Expand User BE1

Interface

SINUMERIK Online Help

840D sl/840Di sl/840D/840Di/810D HE1

Installing HMI IM2

Commissioning CNC Part 2 (HMI) Embedded

Commissioning HMI IM4

Commissioning Manual Advanced

Creating Foreign TX2

Language Texts
with Windows 2000 /
XP

01/2006 Edition
SINUMERIK® Documentation

Printing history

Brief details of this edition and previous editions are listed below.

The status of each version is indicated by the code in the "Remarks" columns.

Status code in the "Remarks" column:

A .... New documentation.

B .... Unrevised reprint with new order number
C …. Revised edition with new status

Edition Order No. Comments

12.98 6FC5297-5AE20-0BP0 A
08.99 6FC5297-5AE20-0BP1 C
02.01 6FC5297-6AE20-0BP0 C
11.01 6FC5297-6AE20-0BP1 C
11.02 6FC5297-6AE20-0BP2 C
03.04 6FC5297-6AE20-0BP3 C
08.05 6FC5397-3AP10-0BA0 C
01/2006 6FC5397-3AP10-1BA0 C

Registered Trademarks

All designations with the trademark symbol ® are registered trademarks of Siemens AG. Other
designations in this documentation may be trademarks whose use by third parties for their own purposes
may infringe the rights of the owner.

Liability disclaimer

We have checked that the contents of this document correspond to the hardware and software
described. Nonetheless, differences might exist and therefore we cannot guarantee that they are
completely identical. The information contained in this document is, however, reviewed regularly and any
necessary changes will be included in the next edition.

Copyright © Siemens AG, 1995 - 2006.

Order No. 6FC5397-3AP10-1BA0

Siemens AG, 2006.

All rights reserved
01/2006 Preface

Preface

SINUMERIK® Documentation
The SINUMERIK documentation is organized in 3 parts:
• General documentation
• User documentation
• Manufacturer/service documentation

An overview of publications, which is updated on a monthly and also provides

information about the language versions available, can be found on the Internet at:
http://www.siemens.com/motioncontrol
Follow the menu items "Support" "Technical Documentation" "Overview of
Publications".

The Internet version of DOConCD (DOConWEB) is available at:

http://www.automation.siemens.com/doconweb

Information about training courses and FAQs (Frequently Asked Questions) can be
found at the following website:
http://www.siemens.com/motioncontrol under menu item "Support"

Target group
This documentation is intended for service personnel.

Benefits
Based on the commissioning manual, the intended target group can test and
commission the system correctly without any danger.

Standard version
The functionality of the standard version is described in this commissioning
manual. Extensions or changes made by the machine tool manufacturer are
documented by the machine tool manufacturer.

Other functions not described in this documentation might be executable in the

control. This does not, however, represent an obligation to supply such functions
with a new control or when servicing.

Further, for the sake of simplicity, this documentation does not contain all detailed
information about all types of the product and cannot cover every conceivable case
of installation, operation, or maintenance.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition iii
Preface 01/2006

Technical Support
If you have any questions, please contact our hotline:

Europe and Africa time zone:

A&D Technical Support
Phone: +49 (0) 180 / 5050 - 222
Fax: +49 (0) 180 / 5050 - 223
Internet: http://www.siemens.com/automation/support-request
E-mail: mailto:adsupport@siemens.com

Asia and Australia time zone:

A&D Technical Support
Phone: +86 1064 719 990
Fax: +86 1064 747 474
Internet: http://www.siemens.com/automation/support-request
E-mail: mailto:adsupport@siemens.com

America time zone:

A&D Technical Support
Phone: +1 423 262 2522
Fax: +1 423 262 2289
Internet: http://www.siemens.com/automation/support-request
E-mail: mailto:adsupport@siemens.com

Note
Country telephone numbers for technical support are provided under the following
Internet address:

http://www.siemens.com/automation/service&support

Questions about the manual

If you have any queries (suggestions, corrections) in relation to this documentation,
please fax or e-mail us:
Fax: +49 (0) 9131 / 98 - 63315
E-mail: mailto:motioncontrol.docu@siemens.com

Fax form: See the reply form at the end of the brochure.

SINUMERIK Internet address

http://www.siemens.com/sinumerik

© Siemens AG, 2006. All rights reserved

iv SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Preface

EC declaration of conformity
The EC Declaration of Conformity for the EMC Directive can be found/obtained
• in the internet:
http://www.ad.siemens.com/csinfo
under product/order no. 15257461
• at the relevant branch office of the A&D MC group of Siemens AG.

Safety Instructions
This Manual contains information which you should carefully observe to ensure
your own personal safety and the prevention of material damage.

The notices referring to your personal safety are highlighted in the manual by a
safety alert symbol, notices referring to property damage only, have no safety alert
symbol The warnings appear in decreasing order of risk as given below.

! Danger
Indicates that death or severe personal injury will result if proper precautions are
not taken.

! Warning
Indicates that death or severe personal injury may result if proper precautions are
not taken.

! Caution
with a warning triangle indicates that minor personal injury can result if proper
precautions are not taken.

Caution
Without a warning triangle this indicates that property damage may occur if proper
precautions are not taken.

Notice
indicates that an unintended result or situation can occur if the corresponding
information is not taken into account.

If several hazards of different degrees are present, the warning notice representing
the highest degree of danger will be used. A warning notice accompanied by a
safety alert symbol indicating a risk of bodily injury can also indicate a risk of
property damage.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition v
Preface 01/2006

Qualified personnel
The associated device/system may only be set up and operated using this
documentation. The device/system must only be commissioned and operated by
qualified personnel. Qualified persons are defined as persons who are authorized
to commission, ground, and tag equipment, systems, and circuits in accordance
with established safety standards.

Correct usage
Please note the following:

! Warning
The unit may be used only for the applications described in the catalog or the
technical description, and only in combination with the equipment, components and
devices of other manufacturers where recommended or permitted by Siemens.
Correct transport, storage, installation and assembly, as well as careful operation
and maintenance, are required to ensure that the product operates safely and
without faults.

Notes
The following notes with a special meaning are used in the documentation:

Note
This symbol always appears in this documentation where further, explanatory
information is provided.

Ordering Data Option

In this documentation you will find the symbol shown on the left with are ference
to an ordering data option. The described function is only executable on the
control if the control has the designated option.

When changes take effect

After data is modified (e.g. machine data) you must also observe when the data
goes into effect (e.g. after Power On or immediately). The time is therefore always
specified as well.

© Siemens AG, 2006. All rights reserved

vi SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
Contents

SINUMERIK 840D sl/840Di sl

SINUMERIK 840D sl/840Di sl/840D/840Di/810D

Commissioning CNC Part 2 (HMI)

Expand User Interface (BE1)

Valid for

PLC
SINUMERIK 840D sl/840DE sl
SINUMERIK 840Di sl / 840DiE sl
SINUMERIK 840D powerline/840DE powerline
SINUMERIK 840Di powerline/840DiE powerline
SINUMERIK 810D powerline/810DE powerline

Software Software Version

HMI Advanced 7.2
HMI-Embedded 7.1
ShopMill 7.1
ShopTurn 7.1

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/i
Expand User Interface (BE1) 01/2006
Contents

© Siemens AG, 2006. All rights reserved

BE1/ii SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
Contents

Contents
1 Introduction ............................................................................................................................. BE1/1-7

1.1 Objective ................................................................................................................................BE1/1-8

1.2 Performance range and mode of operation............................................................................BE1/1-8

1.3 Boundary conditions for use...................................................................................................BE1/1-9

1.4 Syntax rules in this documentation ......................................................................................BE1/1-10

2 First Steps ............................................................................................................................. BE1/2-13

2.1 Fundamentals of Configuration ............................................................................................BE1/2-14

2.1.1 Configuration and start files ..............................................................................................BE1/2-15
2.1.2 Search sequence for configuration files ............................................................................BE1/2-15
2.1.3 Calling your own screen forms from PLC..........................................................................BE1/2-16

2.2 Creating configuration file as ASCII file................................................................................BE1/2-16

3 Syntax .................................................................................................................................... BE1/3-17

3.1 Structure of a configuration file ............................................................................................BE1/3-19

3.2 Defining a start softkey ........................................................................................................BE1/3-20

3.3 Syntax of screen form descriptions ......................................................................................BE1/3-21

3.3.1 Defining a screen form ......................................................................................................BE1/3-21
3.3.2 Screen form properties .....................................................................................................BE1/3-24
3.3.3 Screen form elements .......................................................................................................BE1/3-27
3.3.4 Multi-column screen forms ................................................................................................BE1/3-34
3.3.5 Differences in screen form appearance ............................................................................BE1/3-35
3.3.6 Integer expansions of the variable parameter group 1).....................................................BE1/3-37
3.3.7 Binary, hexadecimal and exponential notation..................................................................BE1/3-39
3.3.8 More information about variable parameters.....................................................................BE1/3-40
3.3.9 Variable properties ............................................................................................................BE1/3-43
3.3.10 Display images................................................................................................................BE1/3-45
3.3.11 Arrays..............................................................................................................................BE1/3-49
3.3.12 Table element (grid) ........................................................................................................BE1/3-54

3.4 Syntax of softkey descriptions..............................................................................................BE1/3-61

3.5 Methods ...............................................................................................................................BE1/3-65

3.5.1 PRESS method.................................................................................................................BE1/3-66
3.5.2 LOAD method ...................................................................................................................BE1/3-67
3.5.3 UNLOAD method ..............................................................................................................BE1/3-67
3.5.4 CHANGE method..............................................................................................................BE1/3-67
3.5.5 FOCUS method ................................................................................................................BE1/3-68
3.5.6 OUTPUT method ..............................................................................................................BE1/3-69
3.5.7 Version management in conjunction with OUTPUT blocks ...............................................BE1/3-69

3.6 Functions .............................................................................................................................BE1/3-71

3.6.1 Screen form or softkey change .........................................................................................BE1/3-71
3.6.2 PLC/NC variable, write/read MD .......................................................................................BE1/3-75
3.6.3 General screen form variables ..........................................................................................BE1/3-78
3.6.4 General functions ..............................................................................................................BE1/3-81
3.6.5 Subprograms ....................................................................................................................BE1/3-84

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/iii
Expand User Interface (BE1) 01/2006
Contents

3.6.6 File functions.....................................................................................................................BE1/3-87

3.6.7 NC Functions (Pl services)................................................................................................BE1/3-93
3.6.8 External functions (only HMI Advanced) ...........................................................................BE1/3-93
3.6.9 Operators and functions....................................................................................................BE1/3-95
3.6.10 Use of strings ..................................................................................................................BE1/3-98
3.6.11 Functions for start softkeys ...........................................................................................BE1/3-103

3.7 Error handling, log book .....................................................................................................BE1/3-103

4 Programming Support........................................................................................................ BE1/4-105

4.1 What does the programming support do? ..........................................................................BE1/4-106

4.2 Creating new screen forms ................................................................................................BE1/4-106

4.3 Special functions................................................................................................................BE1/4-107

4.4 General cycle support ........................................................................................................BE1/4-109

4.5 Activating a dialog screen from the NC program................................................................BE1/4-111

4.5.1 Structure of instructions ..................................................................................................BE1/4-112
4.5.2 Instruction examples .......................................................................................................BE1/4-113
4.5.3 Example 1 MMC command without acknowledgment.....................................................BE1/4-116
4.5.4 Example 2 Hold time and optional text variables ............................................................BE1/4-117
4.5.5 Example 3 MMC command with synchronous acknowledgment mode ..........................BE1/4-118
4.5.6 Example 4 Positioning of input/output field .....................................................................BE1/4-119
4.5.7 Example 5 Displaying graphics in the dialog screen .......................................................BE1/4-121
4.5.8 Example 7 Displaying OPI variables ...............................................................................BE1/4-122
4.5.9 Example 8 Asynchronous acknowledgment mode with softkeys ....................................BE1/4-123

5 Configuring OP Hotkeys and PLC Keys .......................................................................... BE1/5-127

5.1 Introduction ........................................................................................................................BE1/5-128

5.1.1 OP hotkeys .....................................................................................................................BE1/5-129
5.1.2 Assigning functions to keys.............................................................................................BE1/5-130
5.1.3 Configuring the M key and Menu Select as HK7, HK8....................................................BE1/5-134
5.1.4 Expansions and special cases ........................................................................................BE1/5-135

5.2 Selecting displays created with 'Expand user interface’.....................................................BE1/5-136

5.2.1 Assigning INI files to operating areas..............................................................................BE1/5-136
5.2.2 Configuring 'Expand user interface' functions .................................................................BE1/5-137

5.3 PLC interface .....................................................................................................................BE1/5-138

5.3.1 Description of the interface .............................................................................................BE1/5-138
5.3.2 Requirements for the PLC programm .............................................................................BE1/5-138
5.3.3 Screen selection from PLC .............................................................................................BE1/5-139

5.4 Expanded functions for PLC keys ......................................................................................BE1/5-142

5.5 List of selectable states in HMI Advanced..........................................................................BE1/5-143

5.6 List of selectable states in HMI Embedded sl.....................................................................BE1/5-144

5.7 List of selectable states in ShopMill on NCU......................................................................BE1/5-145

5.8 List of selectable states in ShopTurn on NCU....................................................................BE1/5-147

5.9 Hotkey assignment on the MFII keyboard..........................................................................BE1/5-150

© Siemens AG, 2006. All rights reserved

BE1/iv SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
Contents

5.10 Examples .........................................................................................................................BE1/5-151

5.11 Configuration overview ....................................................................................................BE1/5-151

5.12 Terms...............................................................................................................................BE1/5-153

6 Custom Operating Area...................................................................................................... BE1/6-155

6.1 Introduction ........................................................................................................................BE1/6-156

6.1.1 Delivery ...........................................................................................................................BE1/6-156
6.1.2 Activation during startup..................................................................................................BE1/6-157
6.1.3 Activation by keys ...........................................................................................................BE1/6-157
6.1.4 Characteristics of the Custom area.................................................................................BE1/6-157
6.1.5 Integration of the Custom operating area........................................................................BE1/6-158

6.2 Layout and functions ..........................................................................................................BE1/6-159

6.2.1 Starting screen form layout .............................................................................................BE1/6-159

6.3 Behavior during operating area change .............................................................................BE1/6-160

7 Configuring and Working Environment ........................................................................... BE1/7-161

7.1 General information about the configuring environment ....................................................BE1/7-162

7.2 COMMON.COM control file................................................................................................BE1/7-163

7.2.1 Control file function .........................................................................................................BE1/7-163
7.2.2 Storage location of COMMON.COM ...............................................................................BE1/7-164
7.2.3 Configuration files ...........................................................................................................BE1/7-164
7.2.4 Structure of the COMMON.COM control file ...................................................................BE1/7-165

7.3 Storing the configuration files.............................................................................................BE1/7-172

7.3.1 HMI Embedded sl ...........................................................................................................BE1/7-172
7.3.2 HMI Advanced ................................................................................................................BE1/7-173

7.4 Common HW plattform for both HMI systems....................................................................BE1/7-174

7.4.1 General search strategy..................................................................................................BE1/7-175
7.4.2 Search strategy for COMMON.COM...............................................................................BE1/7-177
7.4.3 Search sequence for display images ..............................................................................BE1/7-177

8 Terms, Tables, Lists, Examples......................................................................................... BE1/8-179

8.1 Terms.................................................................................................................................BE1/8-180

8.2 Table of start softkeys ........................................................................................................BE1/8-183

8.3 Color table..........................................................................................................................BE1/8-184

8.4 List of accessible system variables ....................................................................................BE1/8-186

8.5 List of Pl services ...............................................................................................................BE1/8-195

8.6 Examples ...........................................................................................................................BE1/8-199

I Index ...................................................................................................................................... BE1/I-203

I.1 Subject Index .......................................................................................................................BE1/I-203

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/v
Expand User Interface (BE1) 01/2006
Contents

© Siemens AG, 2006. All rights reserved

BE1/vi SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
1 Introduction

1 Introduction
1
1.1 Objective .................................................................................... BE1/1-8

1.2 Performance range and mode of operation............................... BE1/1-8

1.3 Boundary conditions for use ...................................................... BE1/1-9

1.4 Syntax rules in this documentation .......................................... BE1/1-10

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/1-7
Expand User Interface (BE1) 01/2006
1 Introduction

1.1 Objective

Expand user interface is implemented with an interpreter and configuration files

that describe the user interfaces.
The Expand user interface tools can be used to create user interfaces that
represent functional expansions for specific machine manufacturers or end users,
or simply to implement your own screen form layout. User environments configured
by Siemens or non-Siemens machine manufacturers can be modified or replaced.
The interpreter is available for HMI Embedded sl, ShopMill and ShopTurn on NCU
as well as HMI Advanced.
Parts programs, for example, can be edited on user interfaces created by users.
Screen forms can be created directly on the control system.

Prerequisites
An additional graphics program is needed to produce graphics/display images.
For HMI-Embedded sl you also need the application disk and the PaintShopPro
tool (http://www.jasc.com).

The tool box supplied contains configuration examples for new screen forms. You
can also use these examples as a template for creating your own forms.

1.2 Performance range and mode of operation

1. Open screen forms containing the following elements:

• Softkeys
• Variables, tables
• Texts and Help texts
• Graphics and Help displays
2. Initiate operations in response to the following actions:
• Open a screen form
• Input values (variables)
• Select a softkey
• Exit a screen form
3. Restructure screen forms dynamically:
• Edit and delete softkeys
• Define and design variable fields
• Insert, exchange and delete display texts (language-dependent and
independent)
• Insert, exchange and delete graphics
4. Apply protection levels according to user classes

© Siemens AG, 2006. All rights reserved

BE1/1-8 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
1 Introduction

5. Variables
• Read (NC, PLC and user variables)
• Write (NC, PLC and user variables)
• Combine with mathematical, comparison or logic operators
6. Execute functions:
• Subprograms
• File functions
• PI services
• External functions (HMI Advanced)
7. Data exchange between screen forms

8. The screen form can be invoked by:

• Pressing the (start) softkeys
• Selecting the PLC

Expand user interface is configured using ASCII files stored on the HMI.

These configuration files, which combine to describe the user interface as a whole,
are created using the ASCII Editor.
The syntax that must be applied in creating these files is described in the following
chapters.

Note
The programming support functions described in Chapter 4 and the user
interfaces for Siemens cycles have been created with the system tools for
Expand user interface. As a result, they can be modified as required by the
machine manufacturer or end user within the scope described in this chapter.

1.3 Boundary conditions for use

• It is only possible to switch between screen forms within one HMI operating
area.
• In the case of HMI Advanced, user, setting and machine data are initialized on
request.
• User variables may not have the same names as system or PLC variables.
• The screen forms activated by the PLC form a separate operating area for HMI
Advanced (similar to measuring cycle displays).
• Chapter 7 contains system-specific information concerning the number and size
of configuration files.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/1-9
Expand User Interface (BE1) 01/2006
1 Introduction

1.4 Syntax rules in this documentation

Keywords Keywords are recognized as part of the syntax in the

configuration file. Key words are in bold.
Parameters Parameters can be modified and are replaced by other
words/symbols in the configuration file. Parameters are in italics.
Par.xy = value Parameters with corresponding abbreviation (ID parameters)
can be modified during runtime. Abbreviations are in bold.

Note
When an ID parameter is modified during operation, it is not necessary to specify
the parameter if it is unambiguous:
xy = value

[optional syntax] Optional syntax can, but need not, be configured. Optional
syntax is represented in square parentheses.

Note
If the square parentheses are in bold ([...]), then the entry is not optional syntax,
but square parentheses, which form part of the syntax, i.e., square parentheses
in bold must be configured.

Example Configuration examples are shown in a different font.

; Comment Comments are preceded by a semicolon (;):
− in the configuration examples in this documentation and
− as syntax elements in the configuration files
Positional
parameters Positional parameters are parameters that are defined on the basis of
their position.
The slash "/" separates the parameter groups. A parameter group
comprises one or more individual parameters.
A comma (",") is used to separate the individual parameters of in a
parameter group.
Undefined parameter groups are replaced by a single forward slash
("/"), which acts as a place holder.
Undefined single parameters are replaced by a single comma (","),
which acts as a place holder.
"/" place holders are omitted after the last defined parameter group.
"," place holders are used after the last defined individual parameter in
a parameter group.

© Siemens AG, 2006. All rights reserved

BE1/1-10 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
1 Introduction

Example syntax
//M(Identifier/[Header]/[Graphic]/[Dimension]/[System
or user variable]/[Graphic position]/[Attributes])

Note
All possible values, which can be assumed by a parameter, are listed for some positional
parameters. Only one of the specified values can be assigned.
Identifier=(Text[,Status][,Access level])
with status se0
se1
se2
se3
HS2=("thread",se1)
If alternative parameters are possible, the separator | is placed between the
alternatives in the syntax description.

Example call
//M(Mask1/"CYC83"/"c83.bmp"/,,300,200//10)
;Name of identifier: Form1
;Header: CYC83
;Graphics: c83.bmp
;Dimension: Distance from left and top: Standard positions are
system-dependent, width 300 pixels, height 200 pixels
;System or user variables: none
;x-position of Help display: 10 pixels
;Attribute: none

Note
The positions and size of display elements are specified in pixels with reference
to standard displays with 640x480 pixels. In displays with higher resolutions,
these positions are converted automatically.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/1-11
Expand User Interface (BE1) 01/2006
1 Introduction

$8xxxx Call a text from a separate text file. Texts used in screen forms
can be specified explicitly in configuration files or, particularly
in cases where screen forms are to be displayed in different
languages, stored separately in text files.
Language-dependent texts can be used for:
Softkey labels
Headings
Help texts
Any other texts

The screen forms refer to texts in different text files via text
identification numbers (number after the $ character). Text files
are usually language-dependent. Entries in control files
determine which text files must be activated.
The structure of the configuring environment in Chapter 7
describes how selected text files can be activated for the target
systems HMI Embedded sl and HMI Advanced.
The syntax for creating screen form texts in separate files is
also to be found in Chapter 7.
"text" text is text defined by the user and can be entered directly as
such in the configuration file.
Notations $8xxxx and "text" can be used as alternatives.

© Siemens AG, 2006. All rights reserved

BE1/1-12 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
2 First Steps

2 First Steps
2
2.1 Fundamentals of Configuration................................................ BE1/2-14
2.1.1 Configuration and start files .................................................. BE1/2-15
2.1.2 Search sequence for configuration files ............................... BE1/2-15
2.1.3 Calling your own screen forms from PLC ............................. BE1/2-16

2.2 Creating configuration file as ASCII file ................................... BE1/2-16

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/2-13
Expand User Interface (BE1) 01/2006
2 First Steps

2.1 Fundamentals of Configuration

Editor
An ASCII editor (e.g., Notepad or the HMI editor) is used to create configuration
files.

Files
The defining data for new user interfaces are stored in configuration files. These
files are automatically interpreted and the result displayed on the screen.
Configuration files are not stored in the software supplied and must be set up by
the user.

Principle of the screen form tree

Several interlinked screen forms create a screen form tree. A link exists if you can
switch from one screen form into another. You can use the newly defined
horizontal/vertical softkeys in your form to call the preceding or any other screen
form.

Einstiegs-
softkey

Fig. 2-1: Screen form tree

A screen form tree can be created behind each start softkey.

Reverting to the standard application

You can exit the newly created user interfaces and return to the standard
application.

You can use the <RECALL> key to close new user interfaces if
you have not configured this key for any other task.

© Siemens AG, 2006. All rights reserved

BE1/2-14 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
2 First Steps

2.1.1 Configuration and start files

Every application uses permanent (HMI Embedded sl, ShopMill, and ShopTurn on
NCU) or preset (HMI Advanced) start softkeys, which can be selected to open
newly configured screen forms. Additional start softkeys can be configured with
HMI Advanced.
A table containing the start softkeys with the assigned configuration files (default
setting) can be found in the section "Table of start softkeys".

Other files
In the event of a call to load a screen form (LM) or a softkey menu (LS) in a
configuration file, a new file name containing the object called can be specified.
This makes it possible to structure the configuration, e.g., all functions in one
operation level in a separate configuration file.

2.1.2 Search sequence for configuration files

HMI Embedded on NCU

For HMI Embedded sl as well as ShopMill and ShopTurn on NCU, the system
searches the relevant directories of the CompactFlash card when accessed.

A setting can be made in file COMMON.COM in the standard cycle directory/user

cycle directory of HMI Embedded sl to specify whether a configuration file search
should be carried out each time access is attempted (only relevant when the
screen forms are being set up directly on the control) or if the file already located
and buffered should be reused (corresponds to the standard operating scenario).

Note
Further information about setting the configuring and operational environments
can be found in Chapter 7.

HMI Advanced
With HMI Advanced, the system first attempts to access the configuration files in
the user cycle directory followed by the standard cycle directory and the
manufacturer cycle directory.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/2-15
Expand User Interface (BE1) 01/2006
2 First Steps

2.1.3 Calling your own screen forms from PLC

Screen forms can be selected via the PLC as well as via softkeys. An interface is
available for signal exchange between the PLC and HMI.

For more information about display selection from the PLC, see section "PLC
interface".

2.2 Creating configuration file as ASCII file

Start softkeys
One or more softkeys (start softkeys), which are used to initiate your own operating
sequences, are defined in one of the specified configuration files.

The loading of a dedicated screen form is associated with a softkey definition or

another softkey menu. These are then used to perform the subsequent actions.

Screen form definition to define the screen form layout

Some examples of screen form content include:
- Short text
- Graphics text
- Input/output fields (variables)
- Unit text
- Images/displays
- Tables
- Softkey menus, etc.

Definition of the methods/functions that are used for the purpose of processing the
form screen elements.

Function
Pressing the start softkey loads the assigned screen form. This will also activate
the softkeys associated with the screen form. Variables will be output to the
standard positions unless specific positions have been configured.

Note
Further information about the configuration file syntax can be found in Chapter 3.

© Siemens AG, 2006. All rights reserved

BE1/2-16 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

3
3 Syntax

3.1 Structure of a configuration file ................................................ BE1/3-19

3.2 Defining a start softkey ............................................................ BE1/3-20

3.3 Syntax of screen form descriptions.......................................... BE1/3-21

3.3.1 Defining a screen form.......................................................... BE1/3-21
3.3.2 Screen form properties ......................................................... BE1/3-24
3.3.3 Screen form elements........................................................... BE1/3-27
3.3.4 Multi-column screen forms.................................................... BE1/3-34
3.3.5 Differences in screen form appearance................................ BE1/3-35
3.3.6 Integer expansions of the variable parameter group 1)........ BE1/3-37
3.3.7 Binary, hexadecimal and exponential notation ..................... BE1/3-39
3.3.8 More information about variable parameters........................ BE1/3-40
3.3.9 Variable properties................................................................ BE1/3-43
3.3.10 Display images ................................................................... BE1/3-45
3.3.11 Arrays.................................................................................. BE1/3-49
3.3.12 Table element (grid)............................................................ BE1/3-54

3.4 Syntax of softkey descriptions ................................................. BE1/3-61

3.5 Methods ................................................................................... BE1/3-65

3.5.1 PRESS method..................................................................... BE1/3-66
3.5.2 LOAD method ....................................................................... BE1/3-67
3.5.3 UNLOAD method.................................................................. BE1/3-67
3.5.4 CHANGE method ................................................................. BE1/3-67
3.5.5 FOCUS method .................................................................... BE1/3-68
3.5.6 OUTPUT method .................................................................. BE1/3-69
3.5.7 Version management in conjunction with OUTPUT blocks.. BE1/3-69

3.6 Functions ................................................................................. BE1/3-71

3.6.1 Screen form or softkey change............................................. BE1/3-71
3.6.2 PLC/NC variable, write/read MD........................................... BE1/3-75
3.6.3 General screen form variables.............................................. BE1/3-78
3.6.4 General functions.................................................................. BE1/3-81
3.6.5 Subprograms ........................................................................ BE1/3-84
3.6.6 File functions......................................................................... BE1/3-87
3.6.7 NC Functions (Pl services) ................................................... BE1/3-93
3.6.8 External functions (only HMI Advanced) .............................. BE1/3-93
3.6.9 Operators and functions ....................................................... BE1/3-95
3.6.10 Use of strings ...................................................................... BE1/3-98

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-17
Expand User Interface (BE1) 01/2006
3 Syntax

3.6.11 Functions for start softkeys............................................... BE1/3-103

3.7 Error handling, log book......................................................... BE1/3-103

© Siemens AG, 2006. All rights reserved

BE1/3-18 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

3.1 Structure of a configuration file

A configuration file consists of the following elements:

• Description of the start softkeys
• Definition of the screen form
• Description of the blocks
• Definition of the softkey menu(s)

Below is a simplified example of this structure:

; Definition of the start softkey (optional)

//S (START)
....
//END

; Definition of the screen form

//M (.....)
Definition of the variable
DEF .....

; Description of the blocks:

LOAD
...
END_LOAD

UNLOAD
...
END_UNLOAD

ACTIVATE
...
END_ACTIVATE
...
//END

; Definition of a softkey menu

//S (...)
//END

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-19
Expand User Interface (BE1) 01/2006
3 Syntax

3.2 Defining a start softkey

Start softkeys are softkeys that are not called from a screen form, but which have
been configured before the first new screen form.
Start softkeys can be used to initiate certain functions. There are various ways to
define start softkeys (see "Syntax Methods").

In order to access the start screen or a start softkey menu, the start softkey must
be defined.

The definition block for a start softkey is structured as follows:

Start identifier of start softkey //S(Start)

Define start softkey HS1=(...)
;horiz. SK 1
Method PRESS(HS1)
LM or LS function LM...
End of method END_PRESS
End identifier of start softkey //END

//S (Start) ;Start of identifier softkey...

//END ;End identifier

The softkey is defined in the start softkey description block (see chapter “Defining a
softkey”) and the "Display screen form" or "Display softkey menu" function is
assigned in a method (see chapters “Methods for start softkeys” and “Functions for
start softkeys”).
If the start softkey definition is designated as a comment (semicolon (;) at
beginning of line) or the configuration file removed, the start softkey will not
function.

//S(Start) ;Start identifier

HS6=("1st form") ;Label horizontal softkey 6 "1st form"
PRESS(HS6) ;PRESS method for horiz. SK 6
LM("Form1") ;Load form1 function, where form 1 must be defined
;within the same file.
END_PRESS ;End of PRESS method
HS7=("2nd form") ;Label horizontal softkey 7 with "2nd form"
PRESS(HS7) ;PRESS method for horiz. SK 7
LM("Form2") ;Load form2 function, where form2 must be defined
;within the same file.
END_PRESS ;End of PRESS method
//END ;End identifier of start block

© Siemens AG, 2006. All rights reserved

BE1/3-20 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

3.3 Syntax of screen form descriptions

3.3.1 Defining a screen form

A screen form is part of a user interface consisting of a display line, form elements
and/or graphic, dialog line and 8 horizontal and 8 vertical softkeys.
Anzeigezeile mit Überschrift und Langtext

Header

Masken-
element
Maske
8 vertikale
Softkeys

Grafik

Dialogzeile

8 horizontale Softkeys

The definition of a screen form (form definition block) is basically structured as

follows:

Start identifier of form //M...

Variables DEF Var1=...
...
Softkeys HS1=(...)
...
Methods PRESS(HS1)
Actions LM...
End of method END_PRESS
End identifier of form //END

Within the screen form definition block, various variables that appear as form
elements in the screen form, as well as horizontal and vertical softkeys, are defined
first.
Different types of actions are then configured in methods.

The following rules must be observed when configuring screen forms:

• Texts/strings, path names and system or user variables must always be
enclosed in quotation marks (" ... ").
• The Identifier parameter must be unique and always comprises a minimum of 2
and maximum of 32 characters. The first two characters must be two letters or
an underscore and a letter (a-z, A-Z, _).
• The system does not distinguish between upper and lower case type.
• Insertion of a space before or after the equals sign is optional.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-21
Expand User Interface (BE1) 01/2006
3 Syntax

• If a command is configured only with a file name, then the file search strategy is
as follows:

Table 3-1 Search method

Entry Search in ...

No file name, no path name COM file of current screen form

File name User cycles directory
Manufacturer cycles directory
Standard cycles directory
(Flash card as well in the case of HMI
Embedded sl)
File name and path name Specified path
File name and NC path name The system looks for the COM file on the
NC, copies it to the HMI and reads it there.

Example
A new screen form is called via start softkey "Example" from the Parameters
operating area.
//S(Start)
HS7=("Example", ac7, se1)

PRESS(HS7)
LM("Form1")
END_PRESS

//END
//M(Form1/"Cycles")
HS1=("")
HS2=("")
HS3=("")
HS4=("")
HS5=("")
HS6=("")
HS7=("")
HS8=("")
VS1=("")
VS2=("")
VS3=("")
VS4=("")
VS5=("")
VS6=("")
VS7=("")
VS8=("")
... ;Methods
//END

© Siemens AG, 2006. All rights reserved

BE1/3-22 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-23
Expand User Interface (BE1) 01/2006
3 Syntax

3.3.2 Screen form properties

Anzeigezeile mit Überschrift

Header

Masken-
hauptteil

Grafik

The properties of the screen form are defined in the start identifier line of the form
screen:

//M(Identifier/[Header]/[Graphic]/[Dimension]/[System or user variable]/[Graphic

position]/[Attributes])
with:
Identifier Name of the screen form
Header Screen form header as text or call for text
(e.g., $85011) from a language-specific
text file (see chapter “General information about the
configuring environment“).
Graphic Graphics file (with path) in double quotation marks.
See also chapter "Display images".
Dimension Position and sized of main body of screen form in
pixels (distance from left, distance from top,
width, height), measured from the top left corner
of the screen. The measurements are separated
by commas.
System or System or user variable to which
user variable current cursor position is assigned.
The cursor position can be sent to the NC/PLC
via the system or user variable. The first variable has
the index 1. The sequence matches the configuring
sequence of the variables.
Graphic position Position of graphic (distance from left, distance
from top) in pixels, measured from the top left
corner of the main body of the screen form. The
minimum clearance from the top is 18 pixels.
The data is separated by commas.

© Siemens AG, 2006. All rights reserved

BE1/3-24 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

Attributes Attributes that are entered are separated

by commas. Possible attributes are:
CMx: Column alignment (Column Mode)
CM0: The column distribution is carried out
separately for each line.
CM1: The column distribution for the line with the
most columns is valid for all lines.
Default setting: CM0

Response when screen form is opened

(in terms of change block):
cb0: All change blocks of the screen form are
processed when screen form is opened.
(default value).
cb1: Change blocks are only processed
if there is a change in the associated value.
For the variable, Cb attributes that are specified in a
variables definition take precedence over the global
specification in the screen form definition.

System The System screen form property can be read

during runtime:
Values: 0 HMI_Embedded is being used
1 HMI_Advanced is being used

Accessing the screen form properties:

Read and write access to the "Header”, “Graphics” and “System variable”
properties of the screen form is granted within methods (e.g., PRESS block):

Hd = Header
Hlp = Graphics
Var = System or user variable

Example
//S(Start)
HS7=("Example", se1, ac7)

PRESS(HS7)
LM("Form1")
END_PRESS

//END
//M(Form1/"Example 2 : Display graphics"/"MST.BMP")
HS1=("new%nHeader")
HS2=("")
HS3=("")
HS4=("")
HS5=("")
HS6=("")
HS7=("")
HS8=("")

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-25
Expand User Interface (BE1) 01/2006
3 Syntax

VS1=("")
VS2=("")
VS3=("")
VS4=("")
VS5=("")
VS6=("")
VS7=("")
VS8=("")

PRESS(HS1)
Hd= "New header"
END_PRESS
...
//END

Display for example 2: Display graphics

© Siemens AG, 2006. All rights reserved

BE1/3-26 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

3.3.3 Screen form elements

Grafiktext Ein-/ Aus- Einheiten-

Kurztext
gabefelder text

Anzeigezeile
mit
Langtext
Masken-
element
Masken-
hauptteil

Screen form elements fill lines in the main body of the form. One or several screen
form elements can be defined in each line (see chapter "Multi-column screen
forms").

The term "screen form element" refers to the visible part of a variable, i.e., short
text, graphics text, input/output field (I/O field) and unit text.

All variables are valid only in the active screen form. Properties are assigned to a
variable when it is defined.
The values of form screen properties can be accessed within methods (e.g., a
PRESS block). (See also chapter “Variable properties”.)

Defining variables
DEF Identifier = 1
(Variable type
2
/[limit values or toggle field or table identifier]
3
/[Default]
4
/[Texts (Long text, Short text|Image, Graphics text, Units text)]
5
/[Attributes]
6
/[Help display]
7
/[System or user variable]
8
/[Position of short text]
9
/[Position I/O field(Left, Top, Width, Height)]

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-27
Expand User Interface (BE1) 01/2006
3 Syntax

10
/[Colors]
11
/[Help]*)

* HMI Advanced only

Note
The small figures above "(" and "/" are only an aid to assigning the parameter
groups. Here the numbers are only provided in front of the parameter
explanations for the purpose of facilitating assignment. They are not part of the
syntax. The single parameters to be separated by commas are enclosed in round
parentheses.

with:
Identifier Name of variable

1) Variable type Variable type:

R[x] Real (+ digit for the decimal place)
I Integer
(refer to chapter "Integer expansions").
S[x] String (+ digit for string length)
C Single character
B Bool
V Variant (see chapter “Details about Variant variable type”)

The variable type must be specified.

2) Limit values Limit values for variables:

Limit value MIN, limit value MAX
The limit values are separated by a comma.
Limit values can be entered for types I, C and R in
decimal format or as characters in the format
"A", "F".

The Limit Values parameter works in conjunction with the

Limit attribute (see Attributes, Limit).
Default setting: Empty
or

Toggle field List with predefined entries in the I/O field.

The list is initiated by a * ; the entries are
separated by commas.
The entries can be assigned a value
(see "Examples").
The entry for the limit value is interpreted as a list
for the toggle field.
Entering only a * generates a variable
Toggle field (see “Variable toggle fields”).
Default setting: No default
or

© Siemens AG, 2006. All rights reserved

BE1/3-28 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

Table identifiers
Identifiers of a table containing NCK/PLC values of the same
type, which can be addressed via a channel block. The table
identifier is differentiated from limit values or toggle fields by the
addition of a % sign in front of it. The file containing the table
description can be specified by adding a comma after the
identifier and then inserting the name of the file.

3) Default setting Default setting of variables

If no default has been configured, and if the
variable has not been assigned any system or user variables
(see system or user variable property),
the first element in the toggle field is assigned.
If no toggle field is defined no default setting will be
made, i.e., the variable is allocated the "not calculated" state.
Default setting: No default
See also table "Effect of defaults" in chapter "More information
about variable parameters".

4) Texts Texts: Long text, short text, graphics text, unit text
with:
Long text: Text in the display line
Short text: Name of the screen form element
Graphics text: Text refers to the terms in the graphics.
Unit text: Unit of screen form element
(See graphic image above)
The sequence is specified.
Default setting: Empty

Instead of a short text, an image can also be displayed.

5) Attributes The attributes influence the following properties:

- Input mode
- Access level
- Alignment of short text
- Font size
- Handling the limit values
- Response when screen form is opened in terms of change
block

The attributes are separated by commas, any sequence

is possible. The attributes are not valid for toggle fields.

A definition can be made for each component.

Input mode (display concerns the elements of

the variables):
wr0 I/O field invisible, short text visible
wr1 Read (no focus possible for input)
wr2 Read and write (line appears in white)
wr3 wr1 with focus
wr4 All elements of the variables are invisible,
no focus possible

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-29
Expand User Interface (BE1) 01/2006
3 Syntax

wr5 The value entered is saved immediately whenever

the key is pressed (unlike wr2 – here a save is only
performed on exiting the field, or when RETURN is
pressed).
Default setting: wr2

Access Level
Empty Can always be written
ac0...ac7 Protection levels (see chapter
"Syntax of softkey description")
If the access level is not adequate, then the first line is
displayed grayed-out, default setting: ac7

Text alignment, short text

al0 Left-justified
al1 Right-justified
al2 centered
Default setting: al0

Font size
fs1 Default font size (8 pt.)
fs2 Double font size
Default setting: fs1
The clearances between the lines is defined.
For the default font size, 16 lines can fit into the screen form.
Graphics and unit text can only be configured in the default
font size.

Handling the limit values

Limit can be used to check whether the value of the variables
is within the specified min. and max. limit values.

li0 No check
li1 Check with respect to min.
li2 Check with respect to max.
li3 Check with respect to min. and max.
Default setting: Determined by specified
limit values

Response when screen form is opened in terms of change block

cb0: The change block, which is defined for this variable,
is processed when the form screen opens (default
value).
cb1: The change block, which is defined for this variable,
is only processed if there is a change in the
value of the variables.

For the variables, cb attributes that are specified in a

variables definition take precedence over the global
specification of cb attributes in the screen form
definition.
Multiple attributes are separated by a comma.
6) Help display Help display file: File name
The name of the Help display file is in double quotation marks.
The display appears automatically (replacing the

© Siemens AG, 2006. All rights reserved

BE1/3-30 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

previous graphic) if the cursor is positioned on this variable.

See also chapter "Display images".
Default setting: Empty

7) System or A system or user data item can be assigned to the variable

User variable on the NC/PLC.
The system or user variable appears in double quotation marks.
See chapter "List of accessible system variables"
and also References /PGA 1/ "Lists of System Variables".
8) Position Position of short text (distance from left, distance from top,
short text width)
The positions are specified in pixels and are measured from the
top left corner of the main body of the screen form.
Data is separated by a comma.
Refer to chapter "Positions".

9) Position Position of I/O field (distance from left, distance from

of I/O field top, width, height).
The positions are specified in pixels and are measured from the
top left corner of the main body of the screen form.
Data is separated by a comma.
Refer to chapter "Positions“.
If this position changes, the positions of the short text,
the graphics text and the unit text also change.

10) Colors Colors:

Foreground color, background color
Value range: 1...10
For colors, see chapter "Color table".
The colors are separated by a comma.
Default setting: Foreground color: Black
Background color: White
The color settings only apply to the I/O field
(colors cannot be specified for other texts).
The default colors of the I/O field are determined by the Write
mode:

Wr0 Foreground and background color: Window

background color,
Wr1 Text color: Black, background color for window
Wr2 Text color: Black, background color: White
Wr3 As wr1
Wr4 As wr0
Wr5 As wr2

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-31
Expand User Interface (BE1) 01/2006
3 Syntax

11) Help HMI Advanced only:

Help: Help file, Index, Help text
with:
Help file: Path specification of the file (PDF format)
Index: Index in the Help text file to the Help text
Help text: Help text for display in the Help text file

Data is separated by a comma, the sequence is fixed.

The Help file and Help text appear in double quotation marks.
Several Help references can be configured in a loop (Help loop)
for each screen form element, i.e., the references are called up
in succession and when the last reference closes, the first is
displayed again.
If reference is made to the same file/index/Help text in a
second or subsequent Help call, the entries do not have to be
made (see "Examples").
The Help appears when the cursor is positioned on this
field and the Help key is pressed.

The PDF files must be located in the

CUS.DIR\hlp.dir or CST.DIR\hlp.dir directory.

Identical PDF and text files must have the same name.
The name of the PDF file must be written in uppercase letters
in the txt file.

Examples
Example 1
Assign properties Variable Type, Texts, Help, Colors:
DEF Var1 = (R///,"Actual value",,"mm"//"Var1.bmp"////8,2)
Variable Type: Real
Limit values or toggle field entries: None
Default: None
Texts:
Long text: None
Short text: Actual value
Graphics text: None
Unit text: mm
Attributes: None
Help display: Var1.bmp
System or user variable: None
Position of short text: No data, i.e., default position
Position I/O field: No data, i.e., default position
Colors:
Foreground color: 8
Background color: 2
Help: none

© Siemens AG, 2006. All rights reserved

BE1/3-32 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

Example 2
Assign properties Variable Type, Limit Values, Attributes, Short Text Position:
DEF Var2 = (I/0,10///wr1,al1///,,300)
Variable Type: Integer
Limit values: MIN: 0; MAX: 10
Default: None
Texts: None
Attributes:
Input mode: read-only
Alignment of short text: Right-justified
Help display: None
System or user variable: None
Position of short text:
Distance from left: None
Distance from the top: None, i.e., default distance
from the top left
Width: 300
Position I/O field: No data, i.e., default position
Colors: No data, i.e., default setting
Help: None

Example 3
Assign properties Variable Type, Default, System or User Variable, I/O Field
Position:
DEF Var3 =(R//10////"$R[1]"//300,10,200//
"Help.pdf",1,"Help1")
Variable Type: String
Limit values or toggle field entries: None
Default: 10
Texts: None
Attributes: None
Help display: None
System or user variable: $R[1] (R-Parameter 1)
Position, short text: Default position relative to the I/O field
Position of the I/O field:
Distance from left: 300
Distance from the top: 10
Width: 200
Colors: No data, i.e., default setting
Help: In the Help.pdf file, the Help with the Help text
"Help1" is called on the page with index 1
when the <i> key is pressed.

Example 4
Various entries in the toggle field:
DEF Var1 = (I/* 0,1,2,3)
DEF Var2 = (S/* "In", "Out")
DEF Var3 = (B/* 1="In", 0="Out")
;1 and 0 are values, "In" and "Out"
;are displayed
DEF Var4 = (R/* ARR1) ;ARR1 is the name of an array

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-33
Expand User Interface (BE1) 01/2006
3 Syntax

Example 5
Several Help calls per screen form element (HMI Advanced only):
DEF Var1 = (R//////////"Help1.pdf",1,"Help1",
,2,"Help2","Help3.pdf",3,)
;1. Entry in the Help loop
Help file: HELP1.PDF
Index: 1
Help text: Help1
2. Entry in the Help loop
Help file: HELP1.PDF
Index: 2
Help text: Help2
3. Entry in the Help loop
Help file: HELP3.PDF
Index: 3
Help text: Help3

Example 6 Displaying an image instead of a short text

DEF VAR1= (V///,“\\image1.bmp“ ////160,40,50,50)
The size and position of the image is defined under Position I/O field (left, top,
width, height).

3.3.4 Multi-column screen forms

Multiple variables can also be represented in the main part of the screen form on
one line.
In this case, the variables are all defined in the configuration file on a single
definition line.

DEF VAR11 = (S///"Var11"), VAR12 = (I///"Var12")

To make individual variables in the configuration file more legible, the definition
lines can be wrapped after every variables definition and following comma.
The key word "DEF" always indicates the beginning of a new line.

DEF Tnr1=(I//1/"","T ",""/wr1///,,10/20,,50),

TOP1=(I///,"Type="/WR2//"$TC_DP1[1,1]"/80,,30/120,,50),
TOP2=(R3///,"L1="/WR2//"$TC_DP3[1,1]"/170,,30/210,,70),
TOP3=(R3///,"L2="/WR2//"$TC_DP4[1,1]"/280,,30/320,,70),
TOP4=(R3///,"L3="/WR2//"$TC_DP5[1,1]"/390,,30/420,,70)
DEF Tnr2=(I//2/"","T ",""/wr1///,,10/20,,50),
TOP21=(I///,"Type="/WR2//"$TC_DP1[2,1]"/80,,30/120,,50),
TOP22=(R3///,"L1="/WR2//"$TC_DP3[2,1]"/170,,30/210,,70),
TOP23=(R3///,"L2="/WR2//"$TC_DP4[2,1]"/280,,30/320,,70),
TOP24=(R3///,"L3="/WR2//"$TC_DP5[2,1]"/390,,30/420,,70)
...

© Siemens AG, 2006. All rights reserved

BE1/3-34 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

Maskenelement

When designing multi-column screen forms, consideration should be given to the

capability of the hardware used, e.g.,
HMI Embedded sl Max. 10 columns, Max. 60 DEF statements

3.3.5 Differences in screen form appearance

If HMI Advanced is installed together with ShopMill or ShopTurn on one operator

panel front, then the two systems have different font types.
HMI Advanced has proportional fonts, while JobShop products and HMI
Embedded sl have a fixed font.

If Expand user interface is used on HMI Embedded sl and HMI Advanced, screen
forms that are defined identically will appear differently by default.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-35
Expand User Interface (BE1) 01/2006
3 Syntax

Fig. 3-1 HMI Embedded sl screen form appearance

Below you can see how, despite being configured identically, the same screen
appears differently under HMI Advanced.

Fig. 3-2 HMI Advanced screen form appearance

© Siemens AG, 2006. All rights reserved

BE1/3-36 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

Setting for the same screen appearance

To achieve a uniform screen appearance in respect of the systems mentioned
above, a fixed font should be used.
To enable a consistent screen form appearance with HMI Advanced, the fixed font
is adopted via the setting in the WIZARD.INI file.
[FONT]
FixedFont=1
The text will be displayed in the current language in fixed font format. The only
exception to this is text for the softkey labels. Unlike the HMI Embedded sl input
field, the HMI Advanced input field contains an input mode pictogram. This means
it is smaller than the HMI Embedded sl field.

As you can see above, the combination of short text, graphics text, input field, and
unit text is approximately the same length and contains the same information in
both screens.
However, individual fields can be positioned differently in the two HMI versions
depending on the length of the text to be displayed and the text field within which it
will be contained.

To enable a common configuration file to be produced for both systems, the

SYSTEM screen form property has been created. The runtime environment can be
scanned in the SYSTEM screen form property. This enables one configuration to
be used for both target systems.

3.3.6 Integer expansions of the variable parameter group 1)

The following extensions for determining the display in the I/O field and the
memory utilization are possible for the Integer type:

Table 3-2 2nd character in the extension data type

Display format
B binary
D Decimal signed
H Hexadecimal
No data Decimal signed

Table 3-3 3rd and/or 4th character in extension data type

Memory utilization
B Byte
W Word
D Double Word
BU Byte, Unsigned
WU Word, Unsigned
DU Double word, Unsigned

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-37
Expand User Interface (BE1) 01/2006
3 Syntax

Sequence of characters in type specification

1. I Basic integer designation
2. Display format
3. Memory utilization
4. U Unsigned

Examples of valid Integer type definitions:

IB Integer variable 32 bits in binary notation
IBD Integer variable 32 bits in binary notation
IBW Integer variable 16 bits in binary notation
IBB Integer variable 8 bits in binary notation
I Integer variable 32 bits in decimal notation signed
IDD Integer variable 32 bits in decimal notation signed
IDW Integer variable 16 bits in decimal notation signed
IDB Integer variable 8 bits in decimal notation signed
IDDU Integer variable 32 bits in decimal notation unsigned
IDWU Integer variable 16 bits in decimal notation unsigned
IDBU Integer variable 8 bits in decimal notation unsigned
IH Integer variable 32 bits in hexadecimal notation
IHDU Integer variable 32 bits in hexadecimal notation
IHWU Integer variable 16 bits in hexadecimal notation
IHBU Integer variable 8 bits in hexadecimal notation

Information about Variant variable type

The Variant variable type is determined by the data type of the last value
assignment. Currently, it can be scanned using the ISNUM or ISSTR functions.
The display mode can be changed for the type property of a variable.

ISNUM (VAR), where:

VAR Name of the variable whose data type must be checked
The result of the scan can be:
FALSE = not a numerical variable (data type = String)
TRUE = numerical variable (data type = Real) or

ISSTR (VAR), where:

VAR Name of the variable whose data type must be checked
The result of the scan can be:
FALSE = numerical variable (data type = Real)
TRUE = not a numerical variable (data type = String)
The Variant field type is primarily suitable either for
writing variable names or numerical values to the NC
code.

IF ISNUM(VAR1) == TRUE
IF ISSTR(REG[4]+2) == TRUE

© Siemens AG, 2006. All rights reserved

BE1/3-38 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

Changing the type of a variable

The display mode can be changed for the type property of a variable.
For integer variables this is display type:

B = binary
D = decimal signed
H = hexadecimal
unsigned
+ U for Unsigned

For Real, only the number of places after the decimal point can be changed.
Changing the basic type is illegal and generates an error message in file error.com.

Parameterization example:
Var1.typ = "IBW"
Var2.typ = "R3"

3.3.7 Binary, hexadecimal and exponential notation

Numbers can be represented in either binary, decimal, hexadecimal or exponential

notation.

Note
When codes are generated with the GC function, numerical values in decimal or
exponential notation are evaluated, but not those in binary or hexadecimal
notation.

Binary: ‘B01110110‘
Decimal: 123.45
Hexadecimal: ‘HF1A9‘
Exponential: ‘-1.23EX-3‘

Note
Numerical values in binary, hexadecimal and exponential notation must be
enclosed in apostrophes.

VAR1 = ‘HF1A9‘
REG[0]= ‘B01110110‘
DEF VAR7 = (R//‘-1.23EX-3‘)

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-39
Expand User Interface (BE1) 01/2006
3 Syntax

3.3.8 More information about variable parameters

Variable parameter group 3)

Default setting
A variable can assume various states depending on whether a default value, or a
system or user variable, or both, is assigned to the variable field (I/O field or toggle
field).

Table 3-4 Effect of defaults

If... Then...
Field type Default value System or user Reaction of field type
variable
I/O field Yes Yes Write default value to system or user
variable
No Yes Use system or user variable as default
value
Error Yes Not calculated, system or user variable is
not written into/used.
Yes No Default value
No No Not calculated
Error No Not calculated
Yes Error Not calculated
No Error Not calculated
Error Error Not calculated
Toggle Yes Yes Write default value to system or user
variable
No Yes Use system or user variable as default
value
Error Yes Not calculated, system or user variable is
not written to/used.
Yes No Default value
No No Default = first toggle field element
Error No Not calculated
Yes Error Not calculated
No Error Not calculated
Error Error Not calculated

Not calculated: Toggling is not possible until a valid value is assigned to the
variable

© Siemens AG, 2006. All rights reserved

BE1/3-40 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

Variable parameter group 8), 9)

Positions
The short text and graphics text, as well as the I/O field and unit text, are each
treated like a unit, i.e., position settings for short text apply to the graphic text and
settings for the I/O field and to unit text.
The configured position entry overwrites the default value, i.e., only one value can
be changed.
If no position data is configured for following screen form elements, then the
position settings for the preceding screen form element are applied.
If no positions have been specified for any element, then default positions are
applied. The column width for the short text and I/O field is calculated as standard
for each line from the number of columns and maximum line width, i.e.,
column width = maximum line width/number of columns.
The width of the graphics and unit text is predefined and optimized to suit the
requirements of programming support. If graphics or unit text has been configured,
the width of the short text or I/O field is reduced accordingly.
The order of short text and I/O field can be reversed by position settings.

Variable parameter group 6)

Help
The Help loop for a screen form element can be extended or deleted during
runtime. These functions are available only with HMI Advanced.
Extending the Help loop:

ADDHTX (Identifier, Help file, Index, Help text)

with:
Identifier Name of the variable whose Help loop will be extended
Help file Path specification of the file (PDF format)
Index Index in the Help file to the Help text
Help text Help text for display in the Help text file

The Help loop can be extended as required by calling the function repeatedly.
ADDHTX(VAR1, ”C:\OEM\HLP\MYHLP.PDF”, 15, ”Machine data”)

Deleting the existing Help loop:

CLRHTX (Identifier)
with:
Identifier Name of the variable whose Help loop is to be deleted
CLRHTX(VAR1)

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-41
Expand User Interface (BE1) 01/2006
3 Syntax

Variable parameter group 2)

Toggle field extension

The toggle field extension function can be used to display texts (entries in toggle
field) as a function of NC/PLC variables. A variable, which makes use of a toggle
field extension, is read-only.

DEF Identifier =
(Variable type
/+ $Text number |
* wert= "\\bild"[,wert="\\bild2.bmp"][, ...]
/[default]
/[Texts(Long text, Short text, Graphics text, Units text)]
/[Attributes]
/[Help display]
/[System or user variable]
/[Position of short text]
/[Position I/O field(Left, Top, Width, Height)]
/[Colors]
/[Help])

with:
Variable type Type of variables specified in the system or user
variable
Text number Number (basis) of the language-specific texts valid as the
basis number
System or System or user variable (offset)
user variable used to form the final text number (basis + offset)

For an explanation of other parameters, see 3.3.3 "Defining variables".

DEF VAR1=(IB/+ $85000/15////"DB90.DBB5")

When the screen form is opened, the content of text number $85015 are displayed
in the I/O field. Default value 15 is entered in system variable DB90.DBB5. If the
value saved in system variable DB90.DBB5 changes, then the displayed text
number $(85000 + <DB90.DBB5>) is recalculated in response to every change.

Variable toggle fields

It is possible to assign a variable toggle field to a screen form element. This means
that when the toggle key is pressed, the variable is assigned a value configured in
one CHANGE method.
A single asterisk * is entered for the Limit Values or Toggle Field property to
identify a variable toggle field when a variable is defined.
DEF VAR1=(S/*)

© Siemens AG, 2006. All rights reserved

BE1/3-42 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

Toggle-field-dependent displays
The toggle field is overlaid with graphics, which change depending on the value of
the flag byte. If, for example, the flag byte has the value 1, image1 is displayed, for
value 2, image2. The position and size of the image are indicated under Position
I/O field (left, top, width, height).

DEF VAR1=(IDB/*1=“\\image1.bmp“,
2=“\\image2.bmp“//,$85000/wr1//"MB[0]"//160,40,50,50)

3.3.9 Variable properties

Variable value
The default property of a variable is its value. When a variable is defined, a value is
allocated to it in the form of a default setting, a system or user variable or
programmed in the methods, as described below.
Identifier.val = Variable value
or
Identifier = Variable value
with:
Identifier Name of variable
Variable value Value of variable

VAR3 = VAR4 + SIN(VAR5)

VAR3.VAL = VAR4 + SIN(VAR5)

Variable status
The "Variable status" property can be scanned during runtime to find out whether a
variable has a valid value. This property can be read and written with the value
FALSE = 0.

Identifier.vld

with:
Identifier Name of variable
The result of the scan can be:
FALSE = invalid value
TRUE = valid value

IF VAR1.VLD == FALSE
VAR1 = 84
ENDIF

Variable: Changing properties

Using the notation:
Identifier.property = value
to change a property assigns a new value to the variable.

Examples:
Identifier.min = MIN limit value

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-43
Expand User Interface (BE1) 01/2006
3 Syntax

Identifier.max = MAX limit value

Identifier.lt = Long text
Identifier.st = Short text
Identifier.gt = Graphics text
Identifier.ut = Unit text
Identifier.wr = Input mode
Identifier.ac = Access level
Identifier.al = Alignment of screen form text
Identifier.fs = Font size
Identifier.li = Limit
Identifier.hlp = Help display
Identifier.var = System or user variable
Identifier.fc = Foreground color
Identifier.bc = Background color
Identifier.htx = Help file, index, help text
Identifier.val = Variable value
Identifier.vld = Variable status
Identifier.typ = Variable type

The possible properties are described in chapter “Screen form properties”.

The expression on the right of the equals sign is evaluated and assigned to the
variable or variable property.
Changing the softkey label
HS3.st = "New Text" ;Change softkey label

Addressing system variables indirectly

A system variable can also be addressed indirectly, i.e., as a function of another
variable.

PRESS(HS1)
AXIS=AXIS+1
WEG.VAR="$AA_DTBW["<<AXIS<<"]"
;address axis address via variable
END_PRESS

Help variables
Help variables are internal arithmetic variables.
Arithmetic variables are defined like other variables, but have no other properties
apart from variable value and status, i.e., Help variables are not visible in the
screen form. Help variables are of the Variant type.
DEF Identifier
with:
Identifier Name of Help variables
DEF OTTO ;Definition of a Help variable

A value is assigned to a Help variable in a method.

Identifier.val = Help value variable

or
Identifier = Help variable value

© Siemens AG, 2006. All rights reserved

BE1/3-44 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

with:
Identifier Name of the Help variables
Help variable value Content of the Help variables

LOAD
OTTO = "Test" ;Assign Otto the value "Test"
;Help variable
END_LOAD
LOAD
OTTO = REG[9].VAL ;Assign value of register to
;Help variable
END_LOAD

The Status property can be used to scan the Help variable to find out whether its
value is valid. Status is a read-only property.

Identifier.vld
with:
Identifier Name of Help variables
The result of the scan can be:
FALSE = invalid value
TRUE = valid value
IF OTTO.VLD == FALSE
OTTO = 84
ENDIF

Calculation with variables

Variables are calculated every time you exit an I/O field (using ENTER or TOGGLE
key). The calculation is configured in a CHANGE method that is processed every
time the value changes.

The variable status (see chapter “Variable properties”) can be used to scan a
variable to find out whether or not its value is valid.

Var1 = Var5 + SIN(Var2)

Otto = PI * Var4

3.3.10 Display images

There are two display categories:

• Display images/graphics in the graphic area in accordance with the display in
chapter "Defining a screen form"
• Help displays illustrating, for example, individual variables, which are
superimposed in the graphic area.
• More Help displays can be configured instead of blocks of text or input/output
fields, which you position where you like.

Images
Maximum size: 560 * 326 pixels (HMI Advanced/HMI Embedded sl)
688 * 376 pixels (PCU50 with OP012)

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-45
Expand User Interface (BE1) 01/2006
3 Syntax

Creating screen images for HMI Embedded sl

To configure screen images, proceed as follows:

• Create the screen images using, for example, the Windows 95 Paint application.
• Use the BMP2BIN conversion program (application disk). It supports 256 colors
and faster display building.
This program converts BMP bitmaps to an optimized format of the HMI
Embedded sl.

The program has the following parameters:

BMP2BIN BMPfile colTab

Explanation of parameters:

BMPfile Name of the BMP file (wildcards can be used)

colTab Name of the color file with color conversion table.
This file can be used to assign a color of a BMP pixel
to a color in HMI Embedded sl.
However, this is only possible for 16-color bitmaps.
For 256 color bitmaps, a color file cannot be transferred.

Structure of the color file (example):

[BMP]
;BMP color HMI color
1 3
2 2
...
The separator is at least one blank.

HMI Embedded sl can handle converted graphics as well as .bmp files. For .bmp
files, the colors are converted online. For this the files containing the color table
(syscol.col, sysbw.col, etc.) have been extended to include the [BMP] section. This
section allocates a color of a BMP pixel to a color of the HMI.

Unconverted display images

Although it is possible to introduce unconverted images, we strongly recommend
that you convert the BMP images offline using the BMP2BIN application (see
above, application disk), as this acclereates output considerably.

Prerequisites
The display images must have been saved in 16-color mode.
256-color bitmaps are also supported. You will find the corresponding color table in
chapter “Color table”.

© Siemens AG, 2006. All rights reserved

BE1/3-46 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

Storage locations
The following storage locations are possible:

HMI SolutionLine searches for the display images on the CompactFlash card in the
following sequence:
/user/sinumerik/cycles/ico/xxx
/user/sinumerik/hmi/ico/xxx
/oem/sinumerik/cycles/ico/xxx
/oem/sinumerik/hmi/ico/xxx
/addon/sinumerik/cycles/ico/xxx
/addon/sinumerik/hmi/ico/xxx
/siemens/sinumerik/cycles/ico/xxx
/siemens/sinumerik/hmi/ico/xxx
In this case, xxx stands for the resolution-specific directory
ico1024 Display images for resolution 1024*768
ico800 Display images for resolution 800*600
ico640 Display images for resolution 640*480

HMI Embedded sl automatically finds the resolution of the connected monitor and
searches for the desired display image first in the associated resolution directory. If
it is not found there, HMI Embedded sl searches for the display image in the next
smaller resolution directory until – if it doesn’t find the display image earlier – it
reaches directory ico640.

With the JobShop products that run together with HMI Advanced,
the display images and COM files are read out from the DH path, whereby the DH
directories are browsed in the following sequence:
Com-Files:
cus.dir
cma.dir
std.dir

Display images:
Cus\help.dir
Cma\help.dir
Cst\help.dir
Help.dir
Procedure
Procedure when integrating the bitmaps (customer displays):
Integration on HMI Embedded sl
- Generate the BMP file using Microsoft Paint, Version 4.0 or higher
- Archive the BMP file using the arj.exe supplied (Version 2.41) into the archive
CUS.ARJ or alternatively each BMP file in a separate archive with the file name
of the BMP file and extension .BM_
Examples:
Alternative 1: Several files per archive:
arj a cus.arj my_file1.bmp my_file2.bmp my_file3.bmp my_file4.bmp
Alternative 2: One file per archive:
arj a my_file1.bm_ my_file1.bmp

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-47
Expand User Interface (BE1) 01/2006
3 Syntax

Limit
Archiving is optional. However, it must be noted that the CompactFlash card has
space for at least 10 MB.

A bitmap can be assigned to any softkey if the softkey text is preceded by 2

backslashes. The text behind the backslashes is then interpreted as the name of
the file that contains the bitmap.

E.g., in ALUC.TXT 85000 0 0 "\\mybitmap.bmp"

Note
The display colors might appear differently on HMI Embedded sl than in Paint.
Refer to chapter 7 for more information about search strategies in general and
the search sequence for display images.

Display building, HMI Advanced

Graphics/display images and Help displays can have the following format:
• Bitmap (BMP)
• Metafile (WMF) or
• Icon (ICO)

Graphic programs can be freely selected provided that they are capable of
generating the prescribed formats.

Displays must be saved in one of the following directories:

\DH\CUS.DIR\HLP.DIR (User cycles directory)
\DH\COM.DIR\HLP.DIR (Comments directory)
\DH\CST.DIR\HLP.DIR (Standard cycles directory)
\DH\CMA.DIR\HLP.DIR (Manufacturer directory)

Display in display
You can insert further displays in the background (Help display). Even as a function
of the values of the variables.
Like for softkeys you can assign a graphics file to a display field. The height of the
displayed graphic (of the I/O field) is specified as the fourth parameter of the
positions.
You can define bitmaps in fields (short text, I/O field).
(See "Defining variables" in chapter "Screen form elements").

Example:
Short text field is overlaid with graphics
DEF VAR1=(S///,"\\image1.bmp" ////160,40,50,50) ; Type S irrelevant

Toggle field overlaid with graphics, the graphic being selected with a PLC flag byte.
DEF VAR1=(IDB/* 1=“\\image1.bmp“,
2=“\\image2.bmp"//,$85000/wr1//"MB[0]"//160,40,50,50)

© Siemens AG, 2006. All rights reserved

BE1/3-48 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

3.3.11 Arrays

Arrays are tables in which data can be stored.

Arrays can be one- or two-dimensional. A one-dimensional array is treated like a
two-dimensional array with just one line or column.

Definition
Arrays have start identifier //A and end identifier //END. The number of lines and
columns is optional. An array is structured in the following way:
//A(identifier)
(a/b...)
(c/d...)
...
//END
with:
Identifier Name of array
a, b, c, d Values of array

Note
Values of the String type must be enclosed in quotation marks.

//A(Thread)
; Size / Pitch / Core diameter
(0.3 / 0.075 / 0.202)
(0.4 / 0.1 / 0.270)
(0.5 / 0.125 / 0.338)
(0.6 / 0.15 / 0.406)
(0.8 / 0.2 / 0.540)
(1.0 / 0.25 / 0.676)
(1.2 / 0.25 / 0.676)
(1.4 / 0.3 / 1.010)
(1.7 / 0.35 / 1.246)
//END

Load
The LA (Load Array) function can be used to load an array from another file.
LA(Identifier [, File])
with:
Identifier Name of array to be loaded
File File in which the array is defined

Note
If an array in the current configuration file must be replaced by an array from
another configuration file, then both arrays must have the same name.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-49
Expand User Interface (BE1) 01/2006
3 Syntax

Extract from file maske.com:

DEF Var2 = (S/*ARR5/"Out"/,"Toggle field")

PRESS(HS5)
LA("ARR5","arrayext.com") ;Load array ARR5 from file
;arrayext.com
VAR2 = ARR5[0] ;"Above"/"Below"/"Right"/"Left"
;appears in VAR2 toggle field
;instead of "Out/In"
END_PRESS
//A(ARR5)
("Out"/"In")
//END

Extract from file arrayext.com:

//A(ARR5)
("Top"/"Bottom"/"Right"/"Left")
//END

Note
Please note that a valid value must be assigned to a variable after the LA function
has been used to assign another array to the toggle field of the variable.

Access
The value of an array access operation can be transferred with property Value
(identifier.val).
Access to one-dimensional array with only one column:
Identifier [Z,[M[,C]]] or Identifier [Z,[M[,C]]].val

Access to one-dimensional array with only one line:

Identifier [S,[M[,C]]] or Identifier [S,[M[,C]]].val

Access to two-dimensional array:

Identifier [Z,S,[M[,C]]] or Identifier [Z,S,[M[,C]]].val
with:
Identifier Name of array
Z Line value (line index or search concept)
S Column value (column index or search concept)
M Access mode 0 = Direct
1 = searches the line, column directly
2 = line direct, search the column
3 = searching
4 = searches the line index
5 = searches the column index
C Compare mode 0 = Search concept must be located in value range
of line or column
1 = Search concept must be located exactly
VAR1 = MET_G[REG[3],1,0].VAL
;Assign Var1 a value from array MET_G

© Siemens AG, 2006. All rights reserved

BE1/3-50 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

The line index (line number of the array) or column index (column number of the
array) each start at 0.
If a line index or column index points to outside the array, the value 0 or a blank
string is output and error variable ERR set to TRUE.
Error variable ERR is also set to TRUE if a search concept cannot be found.

"Direct" access mode

With "Direct" access mode (M = 0), the array is accessed with the line index in Z
and the column index in S. Compare mode C is not evaluated.

"Search" access mode

In the case of access mode M = 1, 2 or 3, the search always commences in line 0
or column 0.

Compare mode
When compare mode C = 0 is used, the content of the search line or search
column must be sorted in ascending order. If the search concept is smaller than the
first element or greater than the last, the value 0 or a blank string is output and the
error variable ERR is set to TRUE.

When compare mode C = 1 is used, the search concept must be present in the
search line or search column. If the search concept cannot be found, the value 0 or
a blank string is output and the error variable ERR is set to TRUE.

Access mode
Table 3-5
Mode M Line value Z Column value S Output value
0 Line index Column index Value from line Z and
column S
1 Search concept, Column index of Value from line found
search in column 0 column from which and column S
value is read
2 Line index of line Search concept, Value from line Z and
from which return search in line 0 column found
value is read
3 Search concept, Search concept, Value from line and
search in column 0 search in line 0 column found
4 Search concept, Column index of Line index
search in column S search column
5 Line index of search Search concept, Column index
line search in line Z

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-51
Expand User Interface (BE1) 01/2006
3 Syntax

Example
Two arrays are defined below. These are the basis for the following examples.

//A(Thread)
(0.3 / 0.075 / 0.202)
(0.4 / 0.1 / 0.270)
(0.5 / 0.125 / 0.338)
(0.6 / 0.15 / 0.406)
(0.8 / 0.2 / 0.540)
(1.0 / 0.25 / 0.676)
(1.2 / 0.25 / 0.676)
(1.4 / 0.3 / 1.010)
(1.7 / 0.35 / 1.246)
//END

//A(Array2)
("DES" "PTCH" / "CDM" )
/
(0.3 / 0.075 / 0.202 )
(0.4 / 0.1 / 0.270 )
(0.5 / 0.125 / 0.338 )
(0.6 / 0.15 / 0.406 )
(0.8 / 0.2 / 0.540 )
(1.0 / 0.25 / 0.676 )
(1.2 / 0.25 / 0.676 )
(1.4 / 0.3 / 1.010 )
(1.7 / 0.35 / 1.246 )
//END

Example Access mode 1:

The search concept is in Z. This key is always sought in column 0. The value from
column S is output with the line index of the search concept found.

VAR1 = Thread[0.5,1,1] ;The value of VAR1 is 0.125

Explanation: Search for value 0.5 in column 0 of "Thread" array and output the
value found in column 1 of the same line.

© Siemens AG, 2006. All rights reserved

BE1/3-52 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

Example Access mode 2:

The search concept is in S. This concept is always searched for in line 0. The value
from line Z is output with the column index of the search concept found.

VAR1 = ARRAY2 [3, "PTCH", 2] ;The value of VAR1 is 0.125

Explanation: Search for column containing "PTCH" in line 0 of array "Array2".

Output the value from the column found and the line with index 3.
Example Access mode 3:
A search concept is in each of Z and S. The line index is searched for in column 0
with the concept in Z and the column index in line 0 with the concept in S. The
value from the array is output with the line index and column index found.

VAR1 = ARRAY2 [0.6 "PTCH", 3] ;The value of VAR1 is 0.15

Explanation: Search for the line with the content 0.6 in column 0 of array "Array2",
search for the column with the content "STG" in line 0. Transfer the value from the
line and column found to VAR1.

Example Access mode 4:

The search concept is in Z. S contains the column index of the column in which
concept is being searched for. The line index of the concept found is output.

VAR1 = Thread[0.125,1,4] ;The value of VAR1 is 2

Explanation: Search for value 0.125 in column 1 of array "Thread" and transfer the
line index of the value found to VAR1.

Example Access mode 5:

Z contains the line index of line in which concept is being searched for. The search
concept is in S. The column index of the search concept found is output.

VAR1 = Thread[4,0.2,5,1] ;The value of VAR1 is 1

Explanation: Search in line 4 of the "Thread" array for the value 0.2 and transfer
the column index of the value found to VAR1. Comparison mode 1 was selected
because the values of line 4 are not sorted in ascending order.

Array status
The Status property can be used to scan a configuration file to find out whether an
array access operation is supplying a valid value. Status is a read-only property.
Identifier [Z, S, [M[,C]]].vld
with:
Identifier Name of array
The result of the scan can be:
FALSE = invalid value
TRUE = valid value

DEF MPIT = (R///"MPIT",,"MPIT",""/wr3)

DEF PIT = (R///"PIT",,"PIT",""/wr3)

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-53
Expand User Interface (BE1) 01/2006
3 Syntax

PRESS(VS1)
MPIT = 0.6
IF MET_G[MPIT,0,4,1].VLD == TRUE
PIT = MET_G[MPIT,1,0].VAL
REG[4] = PIT
REG[1] = "OK"
ELSE
REG[1] = "ERROR"
ENDIF
END_PRESS

3.3.12 Table element (grid)

Contrary to the array that displays status data saved in cables, which can then be
selected, the values of a table element (grid) are continually updated. This involves
a tabular representation of values of system variables that can be addressed using
one block in one channel.

Assignment
The table element definition is assigned to a variables definition via a table
identifier (see chapter "Screen form elements").
The variables definition determines the values to be displayed and the table
element definition determines the appearance and the assignment in the screen
window. The grid uses the I/O-field-specific properties from the variables definition
line.

Screen window
The visible area of the grid is determined by the width and height of the I/O field.
Any lines or columns than cannot be seen can be displayed by scrolling
horizontally and vertically.

Table description
The variable definition will contain a reference to a table description:
DEF Identifier = 1
(Variable type
2
/[limit values or toggle field or table identifier]
3
/[Default]
4
/[Texts (Long text, Short text|Image, Graphics text, Units text)]
5
/[Attributes]
6
/[Help display]
7
/[System or user variable]
....

© Siemens AG, 2006. All rights reserved

BE1/3-54 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

The other parameters correspond to those described in chapter "Screen form

elements".

Note
The small figures above "(" and "/" are merely an aid to assignment and do not
form part of the syntax.

Table identifiers
Identifiers of a table containing NCK/PLC values of the
same type, which can be addressed via a channel
block. The table identifier is differentiated from limit
values or toggle fields by the addition of a % sign in
front of it. The file containing the table description can
be specified by adding a comma after the identifier and
then inserting the name of the file.

System or user variable

The parameter remains empty for grid, because the

column definition lines contain detailed information
about the variables to be displayed (see below).

The table description can be provided in a dynamic format.

Load Grid
The table description can be made available dynamically within the LOAD block
using the LG method (LG stands for Load Grid).

LG (grid name, variable name [,file name])

Grid name: Name of the table (grid) in inverted commas

Variable name: Name of the variable to which the table is to be assigned, in
inverted commas
File name: Name of the file in which the table (grid) is defined, in
inverted commas. Only needs to be specified if the table is not
defined within the file that also contains the definition of the
variable.

In order to assign a table using LG, the variable must have already been defined as
a grid variable and cross-referenced to an existing, valid table (see example).

Example:
In this example the "dummygrid" table is first assigned to variable “var1".
Depending on the content of the R parameter R[0], either the “grid1” or “grid2”
tables, which are defined within the same file as variable “var1”, will be loaded In
the LOAD block.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-55
Expand User Interface (BE1) 01/2006
3 Syntax

//M(FORM1/"GRID")
Def Var1=(R/% dummygrid///////200,75,300,85)

HS1=("")
HS2=("")
HS3=("")
HS4=("")
HS5=("")
HS6=("")
HS7=("")
HS8=("")
VS1=("")
VS2=("")
VS3=("")
VS4=("")
VS5=("")
VS6=("")
VS7=("EXIT",ac7,se1)
VS8=("")
Load
reg[0] = rnp ("$R[0]")

if (reg[0] == 0)
LG ("grid1", "var1")
else
LG ("grid2", "var1")
endif
End_Load

PRESS(VS7)
EXIT
END_PRESS

//END

//G(grid1/0/5/1,1); (name/type/lines...)
(R///"longtext1","R1 to R4"/wr2//"$R[1]"/80/1) ; 1st column, header "R1 to R3",
; from R1 with offset1
(R///"long text2","R5 to R8"/wr2//"$R[5]"/80/1) ; 2nd column, from R5
(R///"long text3","R9 to R15"/wr2//"$R[9]"/80/2) ; 3rd column, from R9 with offset2,
; R9 11 13 15
//end

//G(grid2/0/5/1,1); (name/type/lines...)
(R///"longtext1","R1 to R4"/wr2//"$R[1]"/60/1) ; 1st column, header "R1 to R3",
; from R1 with offset1
(R///"long text2","R5 to R8"/wr2//"$R[5]"/60/1) ; 2nd column, from R5
(R///"long text3","R9 to R15"/wr2//"$R[9]"/60/2) ; 3rd column, from R9 with offset2,
; R9 11 13 15
(R///"long text 4","R9 to R15"/wr2//"$R[9]"/60/2) ; 3rd column, from R9 with offset2,
; R9 11 13 15
//end

© Siemens AG, 2006. All rights reserved

BE1/3-56 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

//G(dummygrid/0/5/1,1); (name/type/lines...)
(R///"longtext1","R1 to R4"/wr2//"$R[1]"/80/1) ; 1st column, header "R1 to R3",
; from R1 with offset1
(R///"long text2","R5 to R8"/wr2//"$R[5]"/80/1) ; 2nd column, from R5
//end

Content of the table block

The table block comprises:
1. A header description
2. 1 to n column descriptions

Header
//G(Table identifier/Table type/Number of lines / [Fixed line attribute],[Fixed column
attribute])

Table identifier:
The table identifier is used without a leading % sign. It can only be used once in
each screen form.

Table type:
0 (default value) Standard table for PLC or user data
(NCK and channel-specific data)
1 (and others, reserved)
No. of lines:
Number of lines including header

Fixed line attribute:

1 Active
0 Not active
Fixed column attribute:

0 Active
1 Not active
The fixed line or fixed column is not scrolled.

The number of columns is the number of columns configured.

Column definitions
Column definition line:

(type / limit values / empty / long text, column header / attributes / help image /
system or OPI variable / column width / offset1, offset2, offset3)

Type Data type of the values in the column

Limit values Limit values for variables:
Limit value MIN, limit value MAX
The limit values are separated by a comma.
Limit values can be entered for types I, C and R in
decimal format or as characters in the format "A", "F".

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-57
Expand User Interface (BE1) 01/2006
3 Syntax

The Limit Values parameter works in conjunction with the

Limit attribute (see Attributes, Limit li).
Default setting: Empty
Long text, column header

Attributes Refer to chapter "Screen form elements“.

Help display Refer to chapter "Screen form elements“.

System or OPI variables

The variables should be PLC or NC variables.
The system or user variable appears in double
quotation marks.
See chapter "List of accessible system variables".
Indexed variables are usually used for table elements. The
increments to be used for the respective index in order to fill the
column are specified in the assigned offset parameter.

Column width Column width in pixels

Offset1 Step width for the 1st index

Offset2 Step width for the 2nd index
Offset3 Step width for the 3rd index

For PLC or NC variables, the index number is of significance with one or several
indices. Only those variables with index are sensibly represented as grid.

Modifying column properties

The column properties, which can be modified dynamically (written) are:
Limit values (min,max),
Column header (st),
Attributes (wr, ac and li),
Help display (hlp) and
OPI variable (var).

Column properties are modified via the variable identifier in the definition line and
the column index (starting at 1).
Example:
Var1[1].st="Column 1"

Column properties cannot be read in the Load block.

The wr, ac and li attributes can be specified for column definitions.

Refer to chapter "Screen form elements“.

Column header from text file

The column header can be entered as text or text numbers ($8xxxx) and is not
scrolled.

© Siemens AG, 2006. All rights reserved

BE1/3-58 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

String variable
If the variable is a string type variable, the string length must be specified in Type.

Example for a user variable:

DEF CHAN string [16] TEXT[41]
The column definition for the CHAN variable therefore starts, e.g., (S16/...

Processing the values

The values displayed in a grid can be modified directly by the end user within the
restrictions of the rights granted by the attributes and within any limits defined.

The next three examples show the assignment between cells and PLC variables in
a standard table (table type=0).
The first line shows the column headers.

Example 1:

//G(MB_TAB/0/4/,1)
(I///,"MB 1 to MB 3"///"MB1"/100/1)
(I///,"MB 4 to MB 6"///"MB4"/100/1)

MB 1 to MB 3 MB 4 to MB 6
Value(MB1) Value(MB4)
Value(MB2) Value(MB5)
Value(MB3) Value(MB6)

Example 2 with offset > 1 in the column definition:

//G(MB_TAB/0/4/,1)
(I///," MB1, MB3, MB5"///"MB1"/100/2)
(I///," MB2, MB4, MB6"/// "MB2"/100/2)
Lines and columns are assigned as follows:

MB1, MB3, MB5 MB2, MB4, MB6

Value(MB1) Value(MB2)
Value(MB3) Value(MB4)
Value(MB5) Value(MB6)

In each line, the index of the variable was increased by the offset (=2).

Example 3 with offset and index number in the column definition:

//G(MB_TAB/0/4/,1)
(IB///,"M1.1, M2.1, M3.1"/// "M1.1"/100/1)
(IB///,"M1.1, M2.1, M3.1"/// "M1.1"/100/0.1)

M1.1, M2.1, M3.1 M1.1, M1.2, M1.3

Value(M1.1) Value(M1.1)
Value(M2.1) Value(M1.2)
Value(M3.1) Value(M1.3)

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-59
Expand User Interface (BE1) 01/2006
3 Syntax

In the first column, the first variable index for each line was increased by 1.

(Offset1 = 1)

In the second column, the second variable index for each line was increased by 1.

(Offset2 = 1)

Other system variables

• Ascending numbers can be entered in the first column.

Example: (I///,"Lines"///"0"/60/1)

• Consecutive texts from the language files can be entered in the first column.

Example: (S///,"Lines"///"$80000"/60/1)

Focus control in the grid

The Row and Col properties can be used to set and calculate the focus within a
table.

Syntax Row and Col properties:

Identifier.Row
Identifier.Col

Line properties:
Each cell in a table has the Val and Vld properties.
In order to read and write cell properties, a line and column index must be specified
in addition to the variable identifiers from the definition list.

Syntax Val properties:

Identifier[line index, column index].Val or identifier [line index, column index]

Syntax Vld properties:

Identifier[line index, column index]. Vld

Example:
Var1[2,3].val=1.203
If the line and column indices are not specified, the indices of the focused cell apply.

© Siemens AG, 2006. All rights reserved

BE1/3-60 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

Example:
Var1[2,3].val=1.203
Is equivalent to:
Var1.Row =2
Var1.Col=3
Var1.val=1.203

3.4 Syntax of softkey descriptions

The names of the softkeys are predefined. Not all softkeys need to be assigned.
HSx x1-8, Horizontal softkeys 1 to 8
VSy y1-8, Vertical softkeys 1 to 8

Defining a softkey menu

The term softkey menu is used to refer to all the horizontal and vertical softkeys
displayed on a screen form. In addition to the existing softkey menus, it is possible
to define other menus, which partially or completely overwrite the existing menus.
The definition of a softkey menu is basically structured as follows:

Start identifier of softkey menu //S...

Define softkeys HSx=...
Methods PRESS(HSx)
Actions LM...
End of method END_PRESS
End identifier of softkey menu //END

//S (Identifier) ;Start identifier of softkey menu

...
//END ;End identifier of softkey menu
with:

Identifier Name of softkey menu

//S(Menu1) ;Start identifier of softkey menu

HS1=("OK",ac6,se1) ;Definition of 1st horizontal softkey,
;see Defining a softkey
HS2=("Exit")
HS3=("\\bild1.bmp") ;Display (symbol) on softkey
VS2=("Sub-form")
VS3=($85011, ac7, se2)
PRESS(HS1) ;Start identifier of method
HS1.st="Calculate" ;Change softkey label
...
END_PRESS ;End identifier of method

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-61
Expand User Interface (BE1) 01/2006
3 Syntax

PRESS(RECALL) ;Start identifier of method

LM("Form21") ;Load Form function
END_PRESS ;End identifier of method
//END ;End identifier of softkey

Defining a softkey
Properties are assigned to softkeys in the softkey definition line:
SK = (Text[, Access level][, Status])
with:
SK softkey, e.g., HS1 to HS8, VS1 to VS8
Text
Labeling of softkeys as described in
chapter "Syntax rules in this documentation".
Creation of text: see also chapter "General information about the configuring
environment"
Display: Refer to chapter "Display images".
Instead of a text, a picture file name
is specified in the following form:
"\\my_pic.bmp" or via a separate text file
$85199 with the following text in the
(language-specific) text file: E.g.,
85100 0 0 "\\c:\pic\my_pic.bmp". An image
to be displayed on a softkey may
be 80 * 34 pixels in size.

Note
A line break in the softkey text is created with %n. A maximum of 2 lines of 10
characters each are available in HMI Advanced and 2 lines of 9 characters each
in HMI Embedded sl.

Access level
ac0
...
ac7
For a definition, see table "Protection levels".
Default setting: AC7

Status
se1 visible
se2 disabled (gray text)
se3 displayed (last softkey used)
Default setting: se1

VS7=("Abort", ac1, se3) ;Define softkey VS7 and assign

;the text "Abort", the access level 1
;and the status "displayed".

VS8=("OK", ac6, se2) ;Define softkey VS8 and assign

;the text "OK", the access level 6
;and the status "cannot be used".

© Siemens AG, 2006. All rights reserved

BE1/3-62 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

The properties Text, Access Level and Status can be changed in the methods
when the application is running:
SK.st = Text "Abort" ;Softkey, e.g., the text "Abort"
SK.ac = Access level ;Softkey, e.g., with access level 4
SK.se = Status ;Softkey, e.g., with status 2
with:
Access Level
0
...
7

Status
1 visible
2 disabled (gray text)
3 displayed (last softkey used)

Assigning access level

The meanings of the different protection levels are as follows:

Table 3-6 Protection levels

Protection Locked by Area
level
ac0 Password Siemens
ac1 Password Machine manufacturer
ac2 Password Service
ac3 Password Users
ac4 Keylock switch position 3 Programmer, machine setter
ac5 Keylock switch position 2 Qualified operator
ac6 Keylock switch position 1 Trained operator
ac7 Keylock switch position 0 Semi-skilled operator

ac0 is the highest protection level and ac7 the lowest. The operator can only
access information on the level for which he is authorized and all lower levels.

Example
//S(Start)
HS7=("Example", ac7, se1)

PRESS(HS7)
LM("Form3")
END_PRESS

//END

//M(Form3/"Example 3 : Graphics and softkeys"/"MST.BMP")

HS1=("")
HS2=("")
HS3=("")

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-63
Expand User Interface (BE1) 01/2006
3 Syntax

HS4=("")
HS5=("")
HS6=("")
HS7=("")
HS8=("")
VS1=("")
VS2=("")
VS3=("")
VS4=("")
VS5=("")
VS6=("")
VS7=("")
VS8=("OK", AC7, SE1)
PRESS(VS8)
EXIT
END_PRESS
//END

Display for example 3: Graphics and softkeys

<RECALL> key
In addition to the horizontal and vertical softkeys, a <RECALL> key is
also available.
In contrast to the softkeys, the RECALL key does not need to be
defined. The status and access level properties can be assigned to the
key during runtime.

© Siemens AG, 2006. All rights reserved

BE1/3-64 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

PRESS(RECALL)
RECALL.ac = 1
LM("Form5")
END_PRESS

If you do not assign any action (function, calculation of variables, property changes)
to <RECALL>, you can use it to exit newly configured user interfaces and return to
the standard application.

Screen form elements and displays

Note
More information about defining variables for one or more screen form elements
and all relevant information about creating display images can be found in
chapter "Syntax for screen form definition".

3.5 Methods

Various types of events (exit input field, actuate softkey) can initiate particular
actions in screen forms and screen-form-dependent softkey menus (softkey menus
that are called from a newly configured screen form). These actions are configured
in methods.
The following table shows the basic principle used to configure a method:

Method PRESS(HS1)
Actions:
- Functions, LM...
see chapter "Functions" LS...

- Change properties Var1.st = ...

see chapters "Defining a
softkey" and "Screen form elements"

- Calculate with variables Var2 = Var3+ Var4...

see chapter "Screen form EXIT
elements"

End of method END_PRESS

The following methods can be configured in a screen form:

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-65
Expand User Interface (BE1) 01/2006
3 Syntax

3.5.1 PRESS method

The PRESS method is executed when the corresponding softkey is pressed;

PRESS(SK)
...
END_PRESS
with:
SK Name of softkey: HS1-HS8, VS1-VS8,
or RECALL plus the following keys:

Keys
PU PageUP Screen up
PD PageDown Screen down
SL ScrollLeft Cursor key Left
SR ScrollRight " Right
SU ScrollUp " Up
SD ScrollDown " Down

HS1 = ("other softkey menu")

HS2 = ("no function")
PRESS (HS1)
LS("Menu1") ;Load new softkey menu
Var2 = Var3 + Var1

END_PRESS
PRESS (HS2)

END_PRESS
PRESS(PU)
INDEX = INDEX -7
CALL("UP1")
END_PRESS

© Siemens AG, 2006. All rights reserved

BE1/3-66 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

3.5.2 LOAD method

The LOAD method is executed after the variable and softkey definitions (DEF
Var1= ..., HS1= ...) have been interpreted. At this time, the screen form is not yet
displayed.

LOAD
...
END_LOAD
LOAD ;Start identifier of Load method
Form1.Hd = $85111 ;Assign text from language
;file as screen form header
VAR1.Min = 0 ;Assign Limit Value variable MIN
VAR1.Max = 1000 ;Assign Limit Value variable MAX
END_LOAD ;End identifier

3.5.3 UNLOAD method

The UNLOAD method is executed before a screen form is unloaded.

UNLOAD
...
END_UNLOAD
UNLOAD
REG[1] = VAR1 ;Place variable in register
END_UNLOAD

3.5.4 CHANGE method

CHANGE methods are executed if a variable value changes, i.e., variable

calculations that are performed as soon as a variable value changes are configured
within a CHANGE method.
There are two types of CHANGE method, i.e., element-specific and global.
The element-specific CHANGE method is executed if the value of a specified
variable changes.
CHANGE(identifier)
...
END_CHANGE
with:
Identifier Name of variable
If a system or user variable is assigned to a variable, cyclic updating of the variable
value can be configured in a CHANGE method.

DEF VAR1=(S//////"DB20.DBB1") ;A system variable is assigned

;to Var1
CHANGE(VAR1)
IF VAR1.Val <> 1
VAR1.st=”Tool OK!” ;If the system variable value ≠ 1,
;then the short text of the variable:
;Tool OK!

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-67
Expand User Interface (BE1) 01/2006
3 Syntax

otto=1
ELSE
VAR1.st="Caution Error!" ;If the system variable value = 1,
;then the short text of the variable:
;Caution Error!
otto=2
ENDIF
VAR2.Var=2
END_CHANGE

The global CHANGE method is executed if the value of any variable changes and
no element-specific CHANGE method has been configured.
CHANGE()

...
END_CHANGE
CHANGE()
EXIT ;If any variable value changes,
;the screen form is closed
END_CHANGE

3.5.5 FOCUS method

The FOCUS method is executed if the focus (cursor) is positioned on another field
in the screen form.

FOCUS
...
END_FOCUS
FOCUS
DLGL("The focus has been placed on variable"
<< FOC <<)
END_FOCUS

The FOC function may not be initiated as a result of navigation event. The cursor
may only be moved in softkey press blocks, change blocks, … The response to
cursor left, right, up, down as well as PGUP, PGDN are permanently pre-defined.

Note
Within the focus block, it is not possible to select a different variable, nor can a
new screen form be loaded.

© Siemens AG, 2006. All rights reserved

BE1/3-68 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

3.5.6 OUTPUT method

The OUTPUT method is executed if the GC function is called.

OUTPUT(identifier)
...
END_OUTPUT
with:
Identifier Name of OUTPUT method

Variables and Help variables are configured as an NC code in an OUTPUT method.

The individual elements in a code line are linked by means of blanks.

OUTPUT(CODE1)
"CYCLE82(" Var1.val "," Var2.val "," Var3.val ","
Var4.val "," Var5.val "," Var6.val ")"
END_OUTPUT
Block numbers and skip identifiers
The OUTPUT block must not contain line numbers or skip identifiers if you wish to
keep the line numbers and hide markings directly set with active program support
in the parts program in case of recompilations.
Editor changes in the parts program produce the following response:
Condition Procedure
Number of blocks remains Block numbers are retained
unchanged
Number of blocks is reduced The highest block numbers are canceled
Number of blocks is increased New blocks are not numbered

Note
The NC code can be generated in an extra file by means of file functions and
transferred to the NC. For more information about NC code generation, see
chapter "File functions".

3.5.7 Version management in conjunction with OUTPUT blocks

Additional variables can be added to existing screen forms when
expanding/refining the user interface. A version identifier in parentheses is
appended to the additional variables in the definition following the variable name:
(0 = Original, is not written), 1 = Version 1,
2 = Version 2, ...

Example:
DEF var100=(R//1) ;Original, corresponds to Version 0
DEF var101(1)=(S//"Hello") ;Extension with effect from Version 1

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-69
Expand User Interface (BE1) 01/2006
3 Syntax

When writing the OUTPUT block, you can specify which variables are written, with
reference to a particular version identifier.

Example:
OUTPUT(NC1) ;Only the variables of the original version are
;made available in the OUTPUT block

OUTPUT(NC1,1) ;The variables of the original version and the

;extensions with version identifier 1 are made
;available in the OUTPUT block

The OUTPUT block for the original version does not need a version identifier,
however you can specify it with 0. OUTPUT(NC1) is equivalent to OUTPUT(NC1,0).
Version identifier n in the OUTPUT block includes all variables of the
originals 0, 1, 2, ... up to and including n.

The read-only screen form property CURVER allows the configuration to be

adapted in order to handle different versions.

(IF CURVER==1 ...) On reset, CURVER is automatically set with the

version of the recompiled code.

The code is automatically generated with the newest version, even if the code was
previously recompiled with an older version.

The GC command always generates the newest version.

An additional identifier indicating the generated version is inserted in the user
comment of the generated code in versions > 0.
• Variables used previously may not be changed.
• New variables are inserted in the existing (cycle) configuration in arbitrary
order.
• It is not permissible to delete variables from a screen form from one version to
the next.
• The screen form must contain all variables of all versions.

The newest screen form with all its variables is always displayed.

Example configuration with version identifiers:

;Version 0 (default)
//M(XXX)
DEF var100=(R//1)
DEF var101=(S//"Hello")
DEF TMP

VS8=("GC")

PRESS(VS8)
GC("NC1")
END_PRESS

OUTPUT(NC1)
var100",,"var101
END_OUTPUT

© Siemens AG, 2006. All rights reserved

BE1/3-70 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

; ************ Version 1, extended definition ***************

//M(XXX)
DEF var100=(R//1)
DEF var101=(S//"Hello")
DEF var102(1)=(V//"HUGO")
DEF TMP

VS8=("GC")

PRESS(VS8)
GC("NC1")
END_PRESS
...
;Original
OUTPUT(NC1)
var100","var101
END_OUTPUT
...
;and the new version in addition

;Version 1
OUTPUT(NC1,1)
var100","var101"," var102
END_OUTPUT

3.6 Functions

A variety of functions are available in screen forms and screen-form-dependent

softkey menus. These can be activated by specific events (exit input field, actuate
softkey) and configured in methods.

3.6.1 Screen form or softkey change

LM function
The LM function can be used to load another screen form.

LM("Identifier"[,"File"] [,MSx [, VARx] ] )

with:
Identifier Name of the screen form to be loaded
File Path name (HMI file system or NC file system) of the configuration
file, default setting: Current configuration file
MSx Screen form change mode
0: The current screen form is discarded, the new screen form is loaded
and displayed. On EXIT (see EXIT function) you will be rerouted to
the standard application. You can use the MSx parameter to
determine whether or not the current screen form should be
terminated when changing screen forms. If the current screen form is
retained, variables can be transferred to the new screen form.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-71
Expand User Interface (BE1) 01/2006
3 Syntax

A screen form, which calls another screen form but remains open
when the second screen form is displayed is known as a master
screen form. A screen form called from a master screen form is
known as a sub-screen form.
The advantage of the MSx parameter is that when screen
forms are replaced, they do not have to be reinitialized every
time because the data and layout of the current screen form
are retained and data transfer is facilitated.

1: The current screen form (master screen form) is interrupted

when the LM function is activated, the new screen form
(sub-screen form) is loaded and displayed. On EXIT,
the sub-screen form is terminated and the program reverts
to the interruption point of the master screen form.
The UNLOAD block is not processed in the master
screen form on interruption.
Default setting: 0
VARx List of variables that can be transferred from the master screen form
to the sub-screen form.
Prerequisites: MS1
Up to 20 variables, each separated by a comma,
can be transferred.

Note
Parameter VARx transfers only the value of the variable in each case, i.e.,
variables can be read and written in the sub-screen form, but are not visible in it.
Variables can be returned from the sub-screen form to the master screen form by
means of the EXIT function.

PRESS(HS1)
LM("FORM2",”CFI.COM”,1, POSX, POSY,
DIAMETER)
;Interrupt screen form1 and open screen form2. At the same
;time, transfer variables POSX, POSY and DIAMETER.
DLGL("Form2 ended")
;On return from screen form2, the following text appears in the
;dialog line of screen form1: Screen form2 ended.
END_PRESS

LS function
The LS function can be used to display another softkey menu.
LS("identifier"[, "file"][, merge])
with:
Identifier Name of softkey menu
File Path name (HMI file system or NC file system)
of configuration file
Default setting: Actual configuration file
Merge 0: All currently displayed softkeys are deleted - the
newly configured softkeys are entered
1: Merge, i.e., only newly configured softkeys overwrite
existing softkeys, other Softkeys are retained with their

© Siemens AG, 2006. All rights reserved

BE1/3-72 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

existing functionality and text

Default setting: 1

Note
Even HMI, ShopMill, ShopTurn or ManualTurn standard softkeys can be retained
with their existing functionality.

Default setting: 0
PRESS(HS4)
LS("Menu2",,0) ;Menu2 overwrites existing menu,
;All existing softkeys are deleted
END_PRESS

Note
As long as the interpreter has not displayed a screen form, i.e., no LM function
has yet been processed, only one LS or one LM command, but no other action,
can be configured in the PRESS methods of the definition blocks for the start
softkey and softkey menus.

Note
The LS and LM functions may only be called within a softkey PRESS block and
will not react if navigation keys are pressed (PU, PD, SL, SR, SU,SD)

EXIT function
The EXIT function is used to search for master forms.
If it finds a master screen form, the currently displayed form is closed and you
return to the master screen form. If no master screen form is found, you exit from
the newly configured user interfaces and return to the standard application.

EXIT
PRESS(HS1)
EXIT
END_PRESS

If the current screen form has been called as a sub-screen form with transfer
variables, the variables in the sub-screen form can be changed and transferred
back to the master screen form.

EXIT[(VARx)]

with:
VARx
List of variables/variable values that are transferred from the master screen
form to the subscreen form.
The variable content/values are assigned to the variables that were
transferred to the subscreen form from the master screen form using the LM
function.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-73
Expand User Interface (BE1) 01/2006
3 Syntax

Up to 20 variables/variable values, each separated by a comma,

can be transferred.

Note
The sequence of variables/variable values must be the same as the sequence of
transfer values programmed for the LM function to preclude assignment errors.
Any unspecified variable values will not be changed when the transfer is made.
The modified transfer variables are immediately valid in the master screen form
on execution of the LM function.

//M(FORM1)
...
PRESS(HS1)
LM("FORM2",”CFI.COM”,1, POSX, POSY,
DIAMETER)
;Interrupt screen form1 and open screen form2. At the same
;time, transfer variables POSX, POSY and DIAMETER.
DLGL("Form2 ended")
;On return from screen form2, the following text appears in the
;dialog line of screen form1: Screen form2 ended.
END_PRESS
...
//END

//M(form2)
...
PRESS(HS1)
EXIT(5, , CALCULATED_DIAMETER)
;Exit screen form2 and return to screen form1 in the line after
;LM. At the same time, assign value 5 to variable
;Assign the value of the CALCULATED_DIAMETER variables
;to the DIAMETER variables.
;The variable POSY retains its current value.
END_PRESS
...
//END

EXITLS function
You can use the EXITLS function to exit the current user interface and load a
defined softkey menu.

EXITLS("Softkey menu"[, "path name"])

with:
Softkey menu Name of the softkey menu to be loaded
Path name Directory path of the softkey menu to be loaded

PRESS(HS1)
EXITLS( "Bar1", "AEDITOR.COM" )
END_PRESS

© Siemens AG, 2006. All rights reserved

BE1/3-74 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

EXE function
The EXE function can be used on HMI Advanced to call a program created as an
application with the HMI Advanced OEM package or to start the Free Contour
Programming application.
With HMI Embedded sl, EXE can only be used to start the Free Contour
Programming application.

EXE (Program name) ; HMI Advanced or

EXE (GPROC) ; HMI Embedded sl

with:
Program name Name of the program that is to be executed

Note
The EXE function GPROC is only available within the parts program editor.

Note (HMI Advanced)

In order to start EXE, the task index of the EXE function must be entered under
[CHILDS] in the application INI file as it is stored in the REGIE.INI file (see OEM
documentation).

PRESS(VS3)
EXE(GPROC) ;Start GPROC.EXE (free
;contour programming)
END_PRESS

3.6.2 PLC/NC variable, write/read MD

The RNP (Read NC PLC)/WNP (Write NC PLC) commands can be used to read
and write NC or PLC variables.
Each time a WNP or RNP function is processed, NC/PLC variables are re-
accessed. This means that an NC/PLC access is always executed in a CHANGE
method. It is advisable to use this option in cases where a system or user variable
changes value frequently. If an NC/PLC variable is to be accessed only once, then
it must be configured in a LOAD or UNLOAD method.
Read
RNP ("System or user variable")
with:
System or user variable Name of NC or PLC variable
VAR2=RNP("$AA_IN[2]") ;Read NC variable

Write
WNP ("System or user variable", value)
with:
System or
user variable Name of NC or PLC variable
Value Value that is to be written to the system or
user variable.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-75
Expand User Interface (BE1) 01/2006
3 Syntax

If the value is a String type, it must

be enclosed in quotation marks.

WNP("DB20.DBB1",1) ;Write PLC variable

NC variable
All machine data, setting data and R parameters are available, but only certain
system variables (see “List of all accessible system variables”). In HMI Advanced,
you can find the accessible system variables under operating area
"Parameters"/"System variables"/"Edit view"/"Insert variable".
All global and channel-specific user variables (GUDs) can be accessed. but local
and program-global user variables cannot be processed.

Note
User variables may not have the same names as system or PLC variables.

Table 3-7
Machine data

Global machine data $MN_...

Axis-specific machine data $MA_...
Channel-specific machine data $MC_...

Table 3-8
Setting data

Global setting data $SN_...

Axis-specific setting data $SA_...
Channel-specific setting data $SC_...

Table 3-9
System Variables

R parameter 1 $R[1]

PLC variable
All PLC data are available.
Table 3-10

PLC data
Byte y bit z of data block x DBx.DBXy.z
Byte y of data block x DBx.DBBy
Word y of data block x DBx.DBWy
Double word y v. of data block x DBx.DBDy
Real y of data block x DBx.DBRy

© Siemens AG, 2006. All rights reserved

BE1/3-76 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

PLC data
Flag byte x bit y Mx.y
Flag byte x MBx
Flag word x MWx
Flag double word x MDx
Input byte x bit y Ix.y or Ex.y
Input byte x IBx or EBx
Input word x IWx or EWx
Input double word x IDx or EDx
Output byte x bit y Qx.y or Ax.y
Output byte x QBx or ABx
Output word x QWx or AWx
Output double word x QDx or ADx
String y with length z from data block x DBx.DBSy.z

Read several variables with one command

This MRNP command can be used to transfer several system or OPI variables in a
single register access. This access method is significantly faster than reading via
individual access attempts.
The system or OPI variables must be included on an MRNP command of the same
area.

The areas of the system or OPI variables are organized as follows:

General NC data ($MN..., $SN.., /nck/...)
Channel-spec. NC data ($MC..., $SC.., /channel/...)
PLC data (DB..., MB.., /plc/...)
Axis-spec. NC data of the same axis ($MA..., $SA..)

Structure of the command:

MRNP(Variable name1*Variable name2[* ...], Register index)

In the variable names, "*" is the separator. The values are transferred to register
REG[Register index] and those following in the order that the variable names
appear in the command.
The following therefore applies:
The value of the first variable is located in REG[Register index].
The value of the second variable is located in REG[Register index + 1]
etc. (see chapter “General screen form variables”).

Notice
Please note that the list of variables must not contain more than 500 lines nor
exceed the number of registers specified in chapter “General screen form
variables”.

Example:
MRNP("$R[0]*$R[1]*$R[2]*$R[3]",1)

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-77
Expand User Interface (BE1) 01/2006
3 Syntax

In the previous example, REG[1] to REG[4] are described with the value of
variables $R[0] to $R[3].

Reading display machine data

Display machine data can be read with RNP ($MM...) within the LOAD block.
General read/write access to display machine data is not possible using the extend
user interface function.

3.6.3 General screen form variables

Registers
Registers are needed to be able to exchange data between different screen forms.
Registers are assigned to a screen form. They are loaded when the first screen
form is generated and assigned the value 0 or a blank string.
REG [x]
with:
x Number of register with x = 0...19
Real or String type = Variant
Registers with x ≥ 20 are used by Siemens.

Note
Registers may not be used directly in OUTPUT blocks for generating NC code.

Register value
The assignment of values to registers is configured in a method.
Identifier.val = Register value
or
Identifier = Register value
with:
Identifier Name of register
Register value Value of register

© Siemens AG, 2006. All rights reserved

BE1/3-78 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

UNLOAD
REG[0] = VAR1 ;Assign value of variable 1 to assign
END_UNLOAD

UNLOAD

REG[9].VAL = 84 ;Assign value 84 to register 9

END_UNLOAD

These registers can then be assigned to local variables again in the next screen
form.

LOAD
VAR2 = REG[0]
END_LOAD

Note
If a new form is generated from an existing form by means of the LM function, the
content of registers are automatically transferred to the new screen form at the
same time and so are available for further calculations in the second screen form.

Register status
The Status property can be used to scan a register for valid content. Status is a
read-only property.

Identifier.vld
with:
Identifier Name of register
The result of the scan can be:
FALSE = invalid value
TRUE = valid value

One possible use for the register scan function is to ensure that a value is written to
a register only if the relevant screen form is a "master screen form".
IF REG[15].VLD == FALSE ;Scan validity of register value
REG[15] = 84
ENDIF
VAR1 = REG[9].VLD ;Assign Var1 the value of the status scan
;of REG[9]

CFI variable FILE_ERR

Refer to chapter "File functions”.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-79
Expand User Interface (BE1) 01/2006
3 Syntax

Error variable ERR

Variable ERR can be used to check whether the preceding lines have been
executed correctly.
ERR
The result of the scan can be:
FALSE = previous line was executed error-free
TRUE = previous line was not executed error-free

The ERR variable is read-only.

VAR4 = Thread[VAR1,"KDM",3] ;Output array value
IF ERR == TRUE ;Scan to check whether value has
;been found in array
VAR5 = "Array accessing error"
;If the value has not been found
;in the array, the value "All OK"
;accessing error" is assigned to the
;variable
ELSE
VAR5 = "All OK" ;If the value has been found
;in the array, the value "All OK"
;is assigned to the variable
ENDIF

FOC - Focus
The input focus (current active I/O field) in a screen form is controlled by the FOC
function. FOC can be read and written.
FOC
When FOC is read, the result is the name of the focused variable.
IF FOC == "Var1" ;Read focus
REG[1] = Var1
ELSE
REG[1] = Var2
ENDIF

When FOC is written, it is possible to assign either a string or a numerical value. A

string is interpreted as a variable name and a numerical value as a variable index.
The FOC function may not be initiated as a result of navigation event. The cursor
may only be moved in softkey press blocks, change blocks, …
The response to cursor left, right, up, down as well as PGUP, PGDN are
permanently pre-defined.

Note
The FOC function cannot be applied to variables with input mode wr = 0 and wr =
4 or to Help variables.

FOC = "Var1" ;Input focus is assigned to variable 1

FOC = 3 ;Input focus is assigned to the 3rd screen form
;element with WR ≥ 2.

© Siemens AG, 2006. All rights reserved

BE1/3-80 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

Entry
The ENTRY variable can be used to check by what method a screen form has
been called.
ENTRY
The result of the scan can be:
0 = No programming support
1 = Programming support (screen form called under programming)
2 = Programming support + default from previous form screen
(Subscreen form)
3 = Programming support + recompilation
4 = Programming support + recompilation with generated
comments and # characters
5 = Programming support + recompilation with generated comments,
but no # characters

The ENTRY variable is a read only variable.

IF ENTRY == 0
DLGL("The screen form was not called under Programming")
ELSE
DLGL("The screen form was called under Programming")
ENDIF

S_CHAN
Variable n S_CHAN can be used to determine the number of the current channel
for display or any evaluation purposes.

CURPOS
Using the CURPOS variable, it is possible to call or manipulate the position of the
cursor in the active input field of the current screen form. The variable indicates
how many characters are located in front of the cursor. If the cursor is located at
the start of the input field, then CURPOS assumes the value of 0. If the value of
CURPOS is changed, then the cursor is positioned at the appropriate location in
the input field.
In order to be able to respond to changes in the variable value, it is possible to
monitor for changes using a CHANGE block. If the value of CURPOS changes,
then a jump is made to the CHANGE block and the instructions contained there are
executed.

3.6.4 General functions

Check variables (CVAR)

Using the function CVAR (CheckVariable) it is possible to interrogate as to whether
all or only certain variables or Help variables of a screen form are error-free.
A variable is error-free if the state of the variable identifier.vld = 1.

Check all variables for valid content:

CVAR
Check specific variables for valid content:
CVAR(VarN)

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-81
Expand User Interface (BE1) 01/2006
3 Syntax

with:
VarN List of variables to be checked. A total of 29 variables,
separated by commas, can be checked. The maximum
character length of 500 must not be exceeded.

The result of the scan can be:

1 = TRUE (all variables have valid content)
0 = FALSE (at least one variable has invalid content)

It may be useful to check if variables contain a valid value before an NC code with
the GC function.
IF CVAR == TRUE ;Check all variables
VS8.SE = 1 ;If all variables are correct, softkey VS8 will be visible
ELSE
VS8.SE = 2 ;If one variable contains an invalid value, softkey VS8
;cannot be used
ENDIF

IF CVAR(”VAR1”, ”VAR2”) == TRUE

;Check variables VAR1 and VAR2
DLGL (”VAR1 and VAR2 are OK”)
;If the content of VAR1 and VAR2 are correct,
;"VAR1 and VAR2 are OK" appears in the dialog line
;(See DLGL function)

ELSE
DLGL (”VAR1 and VAR2 are not OK”)
;If the content of VAR1 and VAR2 are incorrect,
;"VAR1 and VAR2 are not OK" appears in the
;dialog line (see DLGL function)
ENDIF

Dialog line (DLGL)

It is possible to configure short texts (messages or input tips) for output in the
dialog line in response to certain situations.

If default font size is selected:

With HMI Embedded sl approximately 50 characters in
the dialog line
With HMI Advanced approximately 100 characters in
the dialog line

DLGL ("String")
with:
String Text, which is displayed in the dialog line

IF Var1 > Var2

DLGL("Value too high!") ;The text "Value too high!" appears
;in the dialog line if variable1 > variable2.
ENDIF

© Siemens AG, 2006. All rights reserved

BE1/3-82 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

Evaluate expression (EVAL)

The EVAL function evaluates a transferred expression and then executes it. With
this function, expressions can be programmed during runtime. This can be useful,
for example, for indexed access operations to variables.
EVAL(exp)
with:
exp ;Logical expression to be evaluated

VAR1=(S)
VAR2=(S)
VAR3=(S)
VAR4=(S)
CHANGE()
REG[7] = EVAL("VAR"<<REG[5]) ;The expression in parentheses
;is the value of VAR3 if the value of
;REG[5] equals 3. REG[7] is
;assigned the value of VAR3.

END_CHANGE

The above-mentioned function is configured as follows:

VAR1=(S)
VAR2=(S)
VAR3=(S)
VAR4=(S)
CHANGE()
IF REG[5] == 1
REG[7] = VAR1
ELSE
IF REG[5] == 2
REG[7] = VAR2
ELSE
IF REG[5] == 3
REG[7] = VAR3
ELSE
IF REG[5] == 4
REG[7] = VAR4
ENDIF
ENDIF
ENDIF
ENDIF
END_CHANGE

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-83
Expand User Interface (BE1) 01/2006
3 Syntax

3.6.5 Subprograms

Repeatedly used configuring instructions or others, which define the process for a
particular operation can be configured in subprograms. Subprograms can be
loaded into the main program or other subprograms at any time and executed as
often as necessary, i.e., the instructions they contain do not need to be configured
repeatedly. The definition blocks of the screen forms/softkey menu constitute a
main program.

Defining a subprogram
Subprograms are identified by the block identifier //B and terminated with //END in
a configuration file. Several subprograms can be defined under each block
identifier. A block is structured in the following way:

//B(Block name)
SUB (identifier)
...
END_SUB
[SUB(identifier)
...
END_SUB]
...
//END
with:
Block name Name of block identifier
Identifier Name of subprogram

Note
Variables programmed in subprograms must be defined in the screen form in
which these subprograms are called.

//B(PROG1) ;Beginning of block

SUB(UP1) ;Subprogram start
...
REG[0] = 5 ;Assign the value 5 to register 0
...
END_SUB ;End of subprogram
SUB(UP2) ;Start of the subprogram
IF VAR1.val=="Otto"
VAR1.val="Hans"
RETURN
ENDIF
VAR1.val="Otto"
END_SUB ;Subprogram end
//END ;Block end

© Siemens AG, 2006. All rights reserved

BE1/3-84 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

Loading a block (LB)

The LB (LoadBlock) function can be used to load blocks containing subprograms
during operation.
LB should be configured in a LOAD method so that the loaded subprograms can
be called at any time.

LB("Block name"[,"File"])
with:
Block name Name of block identifier
File Path name of configuration file
Default setting: Current configuration file
LOAD
LB("PROG1") ;Block "PROG1" is located in the current configuration file
;and then loaded
LB("PROG2","XY.COM")
;Block "PROG2" is located in configuration file XY.COM
;and then loaded
END_LOAD

Note
Subprograms can also be defined directly in a screen form so that they do not
have to be loaded.

Indirect subprogram call (CALL)

The CALL function can be used to call a loaded subprogram from any point in a
method.
Subprogram nesting is supported, i.e., you can call a subprogram from another
subprogram.
CALL("Identifier")
with:
Identifier Name of subprogram

//M(FORM1)
VAR1 = ...
VAR2 = ...
LOAD
...
LB("PROG1") ;Load block
...
END_LOAD
CHANGE()
...
CALL("UP1") ;Call and execute subprogram
...
END_CHANGE
...
//END

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-85
Expand User Interface (BE1) 01/2006
3 Syntax

Aborting the current subprogram (RETURN)

The RETURN function can be used to prematurely terminate execution of the
current subprogram and to return to the branch point of the last CALL command. If
no RETURN command is configured in the subprogram, the branch point is not
reached again until the end of the current subprogram.

RETURN
//B(PROG1) ;Block start
SUB(UP2) ;Subprogram start
IF VAR1.val=="Otto"
VAR1.val="Hans"
RETURN ;If the variable value = Otto, the value Hans is assigned
;to the variable and the subprogram is terminated at
;this point
ENDIF
VAR1.val="Otto" ;If the variable value ≠ Otto,the value Otto is assigned
;to the variable
END_SUB ;Subprogram end
//END ;Block end

REFRESH function
The function has no parameters. It can be called in any block (e.g., PRESS ...
END_PRESS).

Effect
1. All active variable content (input/output fields) in the display range are output
again with the background and foreground.
2. All active and visible short description texts, graphic texts and unit texts are
output again without clearing the text background first.

© Siemens AG, 2006. All rights reserved

BE1/3-86 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

3.6.6 File functions

File functions can be used to generate NC code from an OUTPUT method and
transfer it for execution to the NC.

Generating NC code
The GC (Generate Code) function generates NC code from the OUTPUT method.
GC("identifier"[,"target file"][,Opt],[append])
Identifier Name of OUTPUT block from which code is generated
Target file Path name of target file for HMI or NC file system
If the target file is not specified (only possible within
programming support system), the code will be written to
the location of the cursor within the file that is currently
open.
Opt Option for generating comments
0: Default Generate code with comment for the purpose of
recompilability.
1: Do not create comments in the generated code.
Note: This code cannot be recompiled.
Append This parameter is only relevant if a target file is specified.
0: Default If the file already exists, the old content is deleted.
1: If the file already exists, the new code is written at the
start of the file.
2: If the file already exists, the new code is written at the end
of the file.

No entry for target file:

The GC function can only be used in the Programming Support system and writes
the NC code to the file currently open in the Editor. Recompilation of the NC code
is possible.
If the GC function is configured without specification of a target file under Expand
user interface, an error message is output when it is executed.

Entry for target file:

The code generated from the OUTPUT block is transferred to the target file. If the
target file does not already exist, it is set up in the NC file system. If the target file is
stored in the HMI file system, it is stored on the hard disk (HMI Advanced only).
User comment lines (information required to recompile code) are not set up, i.e.,
the code cannot be recompiled.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-87
Expand User Interface (BE1) 01/2006
3 Syntax

Special considerations for target file specification

In principle, there are three different ways of specifying a target file:

• NC notation: /_N_MPF_DIR/_N_MY_FILE_MPF
Only possible with HMI Embedded sl.
The file is created in the MPF directory on the NC.

• DH notation: /MPF.DIR\MY_FILE.MPF
Possible with both HMI Advanced and HMI Embedded sl.
In the case of HMI Embedded sl, the target file specification is converted into
NC notation and the file is created on the NC.
In the case of HMI Advanced/HMI Embedded WIN32, the file is created in the
data management path.

• DOS notation: d:\abc\my_file.txt or \\RemoteRechner\files\my_file.txt

Possible with both HMI Advanced and HMI Embedded sl
The file is written to the specified directory on the hard disk/the specified PC
provided that the directory is available on the hard disk/remote PC.
In the case of HMI Embedded sl this notation can only be used to write to the
RAM drive or to a networked PC provided that a network connection has been
configured.

Note
Invalid variables generate a blank string in generated NC code and an error
message in the log book when they are read.

Note
The GC function cannot be called in sub-forms because variables originating from
master forms can be used in sub-forms. These variables would not, however, be
available in response to a direct call.

When generated code is processed manually with the Editor, the number of
characters for values created by the code generation program must not be
changed. Changing these values would make it impossible to recompile the code.
Remedy:
Recompile,
Enter changes using the configured screen form (e.g., 99 Æ 101)
GC

© Siemens AG, 2006. All rights reserved

BE1/3-88 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

//M(TestGC/"Code generation:")
DEF VAR1 = (R//1)
DEF VAR2 = (R//2)
DEF D_NAME
LOAD
VAR1 = 123
VAR2 = -6
END_LOAD
OUTPUT(CODE1)
"Cycle123(" VAR1 "," VAR2 ")"
"M30"
END_OUTPUT

RESS(VS1)
D_NAME = "MPF.DIR\MESSEN.MPF"
GC("CODE1",D_NAME) ;NC code:
Cycle123(123, -6)
M30
write from the OUTPUT method to
file C:\MPF.DIR\MESSEN.MPF

END_PRESS

Note
With the following functions, DOS paths (e.g., \MPF.DIR\TEST.MPF) are used for
HMI Embedded sl and HMI Advanced.

Copy Program (CP)

The CP (Copy Program) function copies files within the HMI file system or NC file
system.
With HMI Embedded on NCU, copying is only possible within the NC file system.

CP("Source file", "Target file")

with:
Source file Complete path data of the source file
Target file Complete path data of the target file

CP("\MPF.DIR\CFI.MPF ", "\spf.dir\cfi.nc")

CFI variable FILE_ERR

Variable FILE_ERR can be used to check whether the preceding GC or CP
command has been executed correctly.
Possible results are:
0. Operation okay
1: Drive/path not available
2: Path/file access error
3: Drive not ready

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-89
Expand User Interface (BE1) 01/2006
3 Syntax

4: Incorrect file name

5: File is already open
6: Access denied
7: Target path not available or not permitted
8: Copy source same as target
10: Internal error:
FILE_ERR = 10 means that the error cannot be classified in the
other categories.

The FILE_ERR variable is read-only.

Example:
CP("D:\source.mpf","E:\target.mpf") ;Copy from source.mpf to E:\target.mpf
IF FILE_ERR > 0 ;Query whether error has occurred
IF FILE_ERR == 1 ;Query specific error numbers
;and output associated error text
VAR5 = "Drive/path not available"
ELSE
IF FILE_ERR == 2
VAR5 = "Path/file access error"
ELSE
IF FILE_ERR == 3
VAR5 = "Wrong file name"
ENDIF
ENDIF
ENDIF
ELSE
VAR5 = "All OK" ;If no errors have occurred in CP (or GC)
;output of
ENDIF "All OK"

Activate Program (AP)

The AP (Activate Program) function transfers a file from the passive HMI file
system to the active NC file system. The file is loaded into the NC and enabled and
then deleted in the HMI file system. With HMI Embedded sl, this function has the
same effect as Set enable.

AP("File")
with:
File Complete path name of HMI file to be transferred

//M(TestGC/"Code generation:")
DEF VAR1 = (R//1)
DEF VAR2 = (R//2)
DEF D_NAME
LOAD
VAR1 = 123
VAR2 = -6
END_LOAD
OUTPUT(CODE1)
"Cycle123(" VAR1 "," VAR2 ")"
"M30"
END_OUTPUT

© Siemens AG, 2006. All rights reserved

BE1/3-90 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

PRESS(VS1)
D_NAME = "\MPF.DIR\MESSEN.MPF"
GC("CODE1",D_NAME) ;Write code from OUTPUT method to
;file \MPF.DIR\MESSEN.MPF
END_PRESS
PRESS(HS8)
D_NAME = "\MPF.DIR\MESSEN.MPF"
AP(D_NAME) ;Load file into NC
END_PRESS

Passivate Program (PP)

The PP (Passivate Program) function transfers a file from the active file system on
the NC to the passive file system on HMI Advanced. Once the PP function has
been executed, the file is no longer present in the active file system of the NC. With
HMI Embedded sl, this function has the same effect as Delete enable.

PP("file")
with:
File Complete path name of NC file to be transferred

PP("\MPF.DIR\MESSEN.MPF")

Select Program (SP)

The SP (Select Program) function selects a file in the active NC file system for
execution, i.e., the file must be loaded into the NC beforehand.

SP("file")
with:
File Complete path name of NC file

//M(TestGC/"Code generation:")
DEF VAR1 = (R//1)
DEF VAR2 = (R//2)
DEF D_NAME
LOAD
VAR1 = 123
VAR2 = -6
END_LOAD
OUTPUT(CODE1)
"Cycle123(" VAR1 "," VAR2 ")"
"M30"
END_OUTPUT
PRESS(VS1)
D_NAME = "\MPF.DIR\MESSEN.MPF"
GC("CODE1",D_NAME) ;Write code from OUTPUT method to
;file \MPF.DIR\MESSEN.MPF
END_PRESS
PRESS(HS8)
AP("\MPF.DIR\MESSEN.MPF") ;Load the file into the NC
SP("\MPF.DIR\MESSEN.MPF") ;Select file
END_PRESS

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-91
Expand User Interface (BE1) 01/2006
3 Syntax

Delete Program (DP)

The DP (Delete Program) function deletes a file from the passive HMI or active NC
file system.

DP("file")
with:
File Complete path name of file to be deleted

DP("\MPF.DIR\CFI.MPF")

Exists Program (EP)

The EP (Exists Program) function checks whether a particular file is stored in the
specified path in the NC or HMI file system.

EP("File", Result)
with:
File Complete path name of file for
NC file system or HMI file system
Result Name of a variable to which the result of the scan
is to be assigned

The result of the scan can be:

M = File is stored on HMI
N = file is stored on NC
Blank string = The file neither exists on the HMI nor on the NC

EP("\MPF.DIR\CFI.MPF", VAR1) ;Check whether file CFI.MPF

;HMI file system exists
IF VAR1 == "M"
DLGL("File is located in HMI file system")
ELSE
IF VAR1 == "N"
DLGL("File is located in the NC file directory")
ELSE
DLGL("File is neither in the HMI nor in the NC
file directory")
ENDIF
ENDIF

© Siemens AG, 2006. All rights reserved

BE1/3-92 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

3.6.7 NC Functions (Pl services)

The PI_SERVICE function can be used to start PI Services (Program Invocation
Services) under HMI Embedded sl from the PLC in the NC area.

Note
Channel-dependent PI Services always refer to the current channel.
PI Services, which require the TO area (PI Services of tool functions) always refer
to the TO area allocated to the current channel.

PI_SERVICE (service, n parameter)

with:
Service Identifier of PI service
n parameter List of n parameters of PI Service. The
parameters are separated by commas.
For a description of available PI Services, refer to chapter “List of PI services”.
PRESS(HS2)
PI_SERVICE("_N_CREATO",55)
END_PRESS
PRESS(VS4)
PI_SERVICE("_N_CRCEDN",17,3)
END_PRESS

PI_START command (6.3)

The PI_START command executes a PI service based on OEM documentation.

Structure of the command:

PI_START(transfer string)

Unlike the OEM documentation, the transfer string should be entered in inverted
commas.
Example:
PI_START("/NC,001,_N_LOGOUT")

3.6.8 External functions (only HMI Advanced)

Additional, user-specific functions can be integrated by means of external functions.
External functions are stored in a DLL file and identified by an entry in the definition
lines of the configuration file.

FCT Function name = ("File"/Type of return/Types of

fixed call parameters/Types of variable
call parameters).

with:
Function name Name of external function
File Complete path name of DLL file

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-93
Expand User Interface (BE1) 01/2006
3 Syntax

Type of return Data type of return value for function

Type of fixed call List of data types of fixed

parameter call parameters. The data types are
separated by commas.

Type of variable call List of data types of variable

parameter call parameters (variable or register).
The data types are separated by commas.
The data types of return values and call parameters
are R, I, S, C, B.

Use of external functions in the further configuration:

Function name (Call parameter)
with:
Function name Name of external function
Call parameter List of all call parameters.
Individual parameters are separated by commas.

Note
An external function must have at least one return parameter.

//M(FORM1)
DEF VAR1 = (R)
DEF VAR2 = (I)
DEF RET = (I)
FCT InitConnection = ("c:\user\mydll.dll"/I/R,I,S/I,S)
;The external function "InitConnection"
;is declared. The data type of
;the return value is Integer, the data types
;of the fixed call parameters are Real,
;Integer and String, the data types of the
;variable call parameters are Integer
;and String.
LOAD
RET = InitConnection(VAR1+SIN(VAR3),13,"Servus",VAR2,
REG[2])
;RET is assigned the value of the external
;function "InitConnection" with call parameters
;VAR1+SIN(VAR3), 13, Servus, VAR2, and
;REG[2].
END_LOAD

Extract from DLL file:

void __export WINAPI InitConnection(ExtFctStructPtr FctRet,
ExtFctStructPtr FctPar, char cNrFctPar)
FctRet->value.i Return value of function
FctPar[0]->value.r 1. parameter (VAR1+SIN(VAR3))
FctPar[1]->value.i 2. parameter (13)
FctPar[2]->value.s 3. parameter ("Servus")
FctPar[4]->value.i 4. parameter (reference to VAR2)
FctPar[5]->value.s 5. parameter (reference to REG[2])
cNrFctPar Number of parameters (5)

© Siemens AG, 2006. All rights reserved

BE1/3-94 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

3.6.9 Operators and functions

Mathematical operators
Table 3-11

Mathematical operators
+ Addition
- Subtraction
* Multiplication
/ Division
MOD Modulo operation
() Parentheses
AND AND operator
OR OR operator
NOT NOT operator
ROUND Round off numbers with decimal places

Example:
VAR1.VAL = 45 * (4 + 3)
ROUND command
The ROUND command is used to round off numbers with up to 12 decimal places
during execution of a screen form configuration. The variable fields cannot accept
the decimal places in the display.
ROUND is controlled by the user with two parameters:

Example:
VAR1 = 5.2328543
VAR2 = ROUND( VAR1, 4 )

Result:
VAR2 = 5.2339

VAR1 contains the number to be rounded. The parameter “4” indicates the number
of decimal places in the result, which is placed in VAR2.

Bit-serial operators
Bit operators
BOR Bit-serial OR
BXOR Bit-serial XOR
BAND Bit-serial AND
BNOT Bit-serial NOT
SHL Shift bits to left
SHR Shift bits to right

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-95
Expand User Interface (BE1) 01/2006
3 Syntax

SHL operator
Syntax:
variable = value SHL increment

value value to be shifted

increment number of shift increments

Bits are shifted to the left using the function SHL. You can specify both the value to
be shifted and the number of shift increments directly or via a variable.
If the limit of the data format is reached, the bits are shifted beyond the limit without
displaying an error message.

Example:

PRESS(VS1)
VAR01 = 16 SHL 2 ;Result = 64
VAR02 = VAR02 SHL VAR04 ;Convert content of VAR02 to 32-bit unsigned
;and shift content to left by number of bits
;specified in VAR04. Then convert 32-bit value
;back to format of variable VAR02.
END_PRESS

SHR operator
Syntax:
variable = value SHL increment

value value to be shifted

increment number of shift increments

Bits are shifted to the right using the function SHR. You can specify both the value
to be shifted and the number of shift increments directly or via a variable.
If the limit of the data format is reached, the bits are shifted beyond the limit without
displaying an error message.

Example:
PRESS(VS1)
VAR01 = 16 SHR 2 ;Result = 4
VAR02 = VAR02 SHR VAR04 ;Same effect as SHL but shift to right

© Siemens AG, 2006. All rights reserved

BE1/3-96 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

Mathematical functions
Table 3-12

Mathematical functions
SIN(x) Sine of x
COS(x) Cosine of x
TAN(x) Tangent of x
ATAN(x, y) Arc tangent of x/y
SQRT(x) Square root of x
ABS(x) Absolute value of x
SDEG(x) Conversion to degrees
SRAD(x) Conversion to radian

Note
The functions operate with radian measure. The functions SDEG() and SRAD()
can be used for conversion.

VAR1.VAL = SQRT(2)

Table 3-13
Constants

PI 3.14159265358979323846
FALSE 0
TRUE 1

VAR1.VAL = PI

Table 3-14
Comparison operators

== Equal to
<> Not equal to
> Greater than
< Less than
>= Greater than or equal to
<= Less than or equal to

IF VAR1.VAL == 1
VAR2.VAL = TRUE
ENDIF

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-97
Expand User Interface (BE1) 01/2006
3 Syntax

Conditions
Condition with a command:
IF
...
ENDIF

Condition with two commands:

IF
...
ELSE
...
ENDIF

The nesting depth is unlimited.

3.6.10 Use of strings

Strings
Strings can be processed as part of the configuration. These allow text to be
displayed dynamically or different texts to be chained for the purpose of code
generation.

The following rules must be observed with regard to string variables:

• Logic operations are processed from left to right.
• Nested expressions are solved from the inside outwards.
• No distinction is made between uppercase and lowercase type.

Strings can be deleted simply by assigning a blank string.

Strings can be attached after the equal sign using the operator "<<". Quotation
marks (") in the string are represented by two successive quotation mark symbols.
Strings can be checked for equality in IF instructions.

Examples
Default settings for the following examples:
VAR1.VAL = "This is an"
VAR8.VAL = 4
VAR14.VAL = 15
VAR2.VAL = "error"
$85001 = "This is an"
$85002 = "alarm text"

Chaining of strings:
VAR12.VAL = VAR1 << " Error."
;Result: "This is an error"

Deleting a variable:
VAR10.VAL = "" ;Result: Blank string

Setting a variable with a text variable:

VAR11.VAL = VAR1.VAL ;Result: "This is an"

© Siemens AG, 2006. All rights reserved

BE1/3-98 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

Data type matching:

VAR13.VAL ="This is the " << (VAR14 - VAR8) << "11th error"
;Result: "This is the 11th error"

Treatment of numerical values:

VAR13.VAL = "Error " << VAR14.VAL << ": " << $T80001 <<
$T80002 ;Result:
;"Error 15: This is an alarm text"
IF VAR15 == "Error" ;Strings in IF instruction
VAR16 = 18.1234 ;Result: VAR16 equals 18.1234,
;if VAR15 equals "Error"
ENDIF

Quotation marks within a string:

VAR2="Hello, this is a "" Test"
;Result: Hello, this is a " Test

System or user-variable strings dependent on variable content:

VAR2.Var = "$R[" << VAR8 << "]"
;Result: $R[4]

String functions
The following string functions are available:
• Determine length of string
• Find a character in a string
• Extract substring from left
• Extract substring from right
• Extract substring from mid-string
• Replace substring

String length
Syntax:
LEN(string | varname)

Parameters:
string Every valid string expression. NULL is output if string is empty

varname Any valid declared variable name

Function:
Determine the number of characters in a string.

Note:
Only one of the two parameters is allowed.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-99
Expand User Interface (BE1) 01/2006
3 Syntax

Example:
DEF VAR01
DEF VAR02

LOAD
VAR01="HELLO"
VAR02=LEN(VAR01) ;Result = 5
END_LOAD

Find a character
Syntax:
INSTR(start, string1, string2 [,direction])

Parameters:
start Number, position from which string1 is searched for in string2.
This parameter defines the start position for the search. Enter 0
to start searching at the beginning of string2.

string1 Character that is being searched for.

string2 Chain of characters in which the search is being made

direction Optional. Defines the search direction.

0: From the left to the right,
1: From the right to the left.
If not specified, then direction = 0

Function:
INSTR returns the position of the first occurrence of a specified character in a
string.

Note:
0 is returned if string1 does not occur in string2.

Example:

DEF VAR01
DEF VAR02

LOAD
VAR01="HELLO/WORLD"
VAR02=INST(1,"/",VAR01) ;Result = 6
END_LOAD

© Siemens AG, 2006. All rights reserved

BE1/3-100 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

Substring from left

Syntax:
LEFT(string, length)

Parameters:
string Character string or variable with the string to be
processed
length Number of characters that are to be read out

Function:
LEFT returns a string containing the specified number of characters starting from
the left-hand side of a string.

Example:

DEF VAR01
DEF VAR02
LOAD
VAR01="HELLO/WORLD"
VAR02=LEFT(VAR01,5) ;Result = "HELLO"
END_LOAD

Substring from right

Syntax:
RIGHT(string, length)

Parameters:
string Character string or variable with the string to be
processed
length Number of characters that are to be read out

Function:
RIGHT returns a string containing the specified number of characters starting from
the right-hand side of a string.

Example:
DEF VAR01
DEF VAR02

LOAD
VAR01="HELLO/WORLD"
VAR02=RIGHT(VAR01,4) ;Result = "WORLD"
END_LOAD

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-101
Expand User Interface (BE1) 01/2006
3 Syntax

Substring from mid-string

Syntax:
MIDS(string, start [, length])

Parameters:
string Character string or variable with the string to be
processed

start Start from where characters are to be read in the string

length Number of characters that are to be read out (optional)
If length is not specified, then the string is transferred up to the
end.
Function:
MIDS returns a string containing the specified number of characters starting at the
specified position in the string.

Example:

DEF VAR01
DEF VAR02

LOAD
VAR01="HELLO/WORLD"
VAR02=MIDS(VAR01,4,4) ;Result = "LO/W"
END_LOAD

Replacing characters
Syntax
REPLACE ( String, FindString, ReplaceString [, Start [, Count ] ] )

Parameters:
String String is to be replaced by the ReplaceString
FindString String to be replaced
ReplaceString Replacement string (is used instead of the FindString)
Start position from which a search is made or replacement
Start
made
Number of characters that are to be searched from the Start
Count
position after the FindString

Function:
The REPLACE function replaces a character/string in a string by another
character/string. It is similar to the basic function of the same name.

Return value:

If… Return value

String = Blank string Copy of String

FindString = Blank string Copy of String
Copy of String, in which all occurrences of
ReplaceString = Blank string
FindString are deleted
Start > Len(String) Blank string
Count = 0 Copy of String

© Siemens AG, 2006. All rights reserved

BE1/3-102 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
3 Syntax

3.6.11 Functions for start softkeys

Start softkeys can be used to initiate certain functions.

The following functions are possible:

• The LM function can be used to load another screen form.
LM("Identifier"[,"File"])
• The LS function can be used to display another softkey menu. LS("identifier"[,
"file"][, merge])
• You can use the EXIT function to leave the newly configured user interfaces
and return to the standard application.
• You can use the EXITLS function to exit the current user interface and load a
defined softkey menu.
• The EXE function can be used on HMI Advanced to call a program created as
an application with the HMI Advanced OEM package or to start the Free
Contour Programming application.
With HMI Embedded sl, EXE can only be used to start the Free Contour
Programming application.

For additional information, see "Methods"

3.7 Error handling, log book

The log book is a file (Error.com) to which error messages generated by syntax
interpretation are written.
The operator himself must set up the file in the comment directory (HMI Advanced).

DEF VAR1 = (R)

DEF VAR2 = (R)
LOAD
VAR1 = VAR2 + 1 ;Error message in log book because
;VAR2 has no value

The system does not start to interpret syntax until the start softkey has been
defined and a screen form with start and end identifiers and a definition line has
been configured.

//S(Start)
HS6=("1st screen form")
PRESS(HS6)
LM("Form1")
END_PRESS
//END
//M(Form1)
DEF Var1=(R)
//END

If Expand user interface detects errors when interpreting the screen form
configuration files, these errors are stored in the ERROR.COM ASCII file.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/3-103
Expand User Interface (BE1) 01/2006
3 Syntax

The file is stored as follows:

- for HMI Embedded sl: in the /tmp/hmiemb directory on the CompactFlash card
- for HMI Advanced: in the \DH\COM.DIR\ directory for HMI Advanced

This file is deleted each time HMI Embedded sl / HMI Advanced is restarted. It
details
- which action was affected by an error,
- the line and column number of the first defective character and
- the whole defective line in the configuration file.

If the screen form was created using the PC test environment, then the error file
will be stored in the directory referenced by environment variable RAMDISK (HMI
Embedded sl).
The ERROR.COM file is created only when errors actually occur during
interpretation of the configuration files.

Displaying ERROR.COM
HMI Advanced:
Call the editor in the "Services" or "Start-Up" area.

HMI Embedded sl
"Setup" operating area, (in "Manufacturer" access mode), / "HMI" / "Editor" / "Temp
drive" (4th softkey on vertical softkey bar. This softkey is not displayed with the
manufacturer password, but it responds nonetheless (it is also displayed with the
system password)

• Select ERROR.COM
• Press INPUT key

With the “File functions” softkey, the file can also be copied to a PC by means of a
set up Windows network drive.

© Siemens AG, 2006. All rights reserved

BE1/3-104 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
4 Programming Support

4
4 Programming Support

4.1 What does the programming support do? ............................. BE1/4-106

4.2 Creating new screen forms.................................................... BE1/4-106

4.3 Special functions.................................................................... BE1/4-107

4.4 General cycle support............................................................ BE1/4-109

4.5 Activating a dialog screen from the NC program................... BE1/4-111

4.5.1 Structure of instructions ...................................................... BE1/4-112
4.5.2 Instruction examples........................................................... BE1/4-113
4.5.3 Example 1 MMC command without acknowledgment........ BE1/4-116
4.5.4 Example 2 Hold time and optional text variables................ BE1/4-117
4.5.5 Example 3 MMC command
with synchronous acknowledgment mode.......................... BE1/4-118
4.5.6 Example 4 Positioning of input/output field......................... BE1/4-119
4.5.7 Example 5 Displaying graphics in the dialog screen .......... BE1/4-121
4.5.8 Example 7 Displaying OPI variables .................................. BE1/4-122
4.5.9 Example 8 Asynchronous acknowledgment mode
with softkeys ....................................................................... BE1/4-123

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/4-105
Expand User Interface (BE1) 01/2006
4 Programming Support

4.1 What does the programming support do?

The purpose of the programming support system is to assist programmers in

writing programs using the ASCII Editor.
The system provides the following standard tools for this purpose:
• Cycle support
• Free contour programming
• Blueprint programming
• Recompilation
• Simulation

References: /BA/, Operator's Guide

Customized user interfaces can also be created in the Programming support

system. These interfaces are configured using the ASCII Editor and the tools
provided by the Expand user interface system.

Note

For the sake of compatibility, the cycles support (//C...) function is still supported by the
description language used in earlier versions and not by the syntax of the Expand user
interface system.

4.2 Creating new screen forms

New user interfaces are created with tools provided by the Expand user interface
system. However, the procedures applied under Programming support differ in a
number of ways. These differences are described in this chapter.

Configuration file
The definition of new screen forms for programming support is stored in
configuration file AEDITOR.COM.
Newly configured screen forms can be displayed in the Editor main screen through
selection of 5 start softkeys (horizontal softkeys 2, 3, 4, 5 and 6).
The default labels for softkeys 2 to 5 are "Contour", "Drilling", "Milling" and
"Turning".
Horizontal softkeys 14 and 15 (softkeys 6 and 7 in the expanded menu) are
assigned the "Gauge turning" and "Gauge milling" functions.

© Siemens AG, 2006. All rights reserved

BE1/4-106 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
4 Programming Support

5 Einstiegssoftkeys

Fig. 4-1

4.3 Special functions

In addition to the functions provided by Expand user interface, the following extra
functions are available under Programming support:

Find text
The "Find text" function is used to search for a string from the current cursor
position in the NC program currently selected in the Editor and to output its value.
Search backwards from the current cursor position:
SB ("String")
Search forwards from the current cursor position:
SF ("String")
with:
String Text to be found

Rules governing text search:

• A blank must be inserted before and after the search concept unit, consisting of
search string and its value, in the currently selected NC program.
• The system does not search for concepts within comment text or other strings.
• The value to be output must be a numerical expression. Expressions in the form
of "X1=4+5" are not recognized.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/4-107
Expand User Interface (BE1) 01/2006
4 Programming Support

• The system recognizes hexadecimal constants in the form of X1='HFFFF',

binary constants in the form of X1='B10010' and exponential components in the
form of X1='-.5EX-4'.

Note
The value of a string can be output if it contains the following between string and value:
• Nothing
• Space character
• Equality sign

X100 Y200
Abc=SB("Y") ;The variable Abc contains the value 200
or
X100 Y 200
Abc=SB("Y") ;The variable Abc contains the value 200
or
X100 Y=200
Abc=SB("Y") ;The variable Abc contains the value 200

Recompile
In the Programming support system, it is possible to recompile NC code that has
been generated with the GC function and to display the variable values in the I/O
field of the associated screen form again.

Variables from the NC code are transferred to the screen form. At the same time,
the variable values from the NC code are compared with the calculated variable
values from the configuration file. If the values do not coincide, an error message is
written to the log book because values have been changed during NC code
generation.

If the NC code contains the same variable several times, it is evaluated at the point
where it last occurs during recompilation. A warning is also written to the log book.

Variables not utilized in NC code during code generation are stored as user
comment. The term "user comment" refers to all information required to recompile
codes. User comment must not be altered.

Note
The block consisting of NC code and user comment can be recompiled only if it starts at
the beginning of a line.

© Siemens AG, 2006. All rights reserved

BE1/4-108 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
4 Programming Support

The configuration file contains the following NC code:

DEF VAR1=(I//101)
OUTPUT(CODE1)
"X" VAR1 " Y200"
"X" VAR1 " Y0"
END_OUTPUT

The following code is then stored in the parts program:

;NCG#TestGC#\cus.dir\aeditor.com#CODE1#
;#1#3#
X101 Y200
X101 Y0
;#END#

The Editor reads the following during recompilation:

X101 Y200
X222 Y0 ;The value for X has been changed in the parts program (X101 → X222)

The following value is displayed for VAR1 in the input screen form:
VAR1 = 222

4.4 General cycle support

Introduction
When using cycle support in the parts programs, additional comment lines are
generated in front of and behind the cycle call and used for recompilation. These
lines start with ;# ... .

When cycles noted directly using the editor are called (also referred to as "old"
cycles), then this information is missing. A description is provided in the following
text as to how the information for cycles, contained in the lines in ;# can be
provided by configuring INI files. This means, that after re-compilation, it will be
possible to work with the following using the screen form support:
• Directly noted cycle calls
• Siemens cycle calls
• User cycle calls.

For Siemens cycles, the required configuration files are included in the scope of
supply.

For screen forms generated with the Expand user interface function for the
purpose of supporting user cycles, the information in the screen form descriptive
files can be used for this process.

Cycle-specific settings can be made in the configuration to define whether cycles

with ;# lines are to be processed in the parts program or recompiled via the
configuration files.

This process can be used to optionally generate the addition of ;# lines required for
screen form support in the parts program for directly noted “old" cycles.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/4-109
Expand User Interface (BE1) 01/2006
4 Programming Support

Prerequisites:
For these cycles, a configuration generated using the Expand user interface tools
must exist or be generated.

Project design
The wizard.ini file can be stored in the following directories:
..-\user
..-\oem
..-\hmi_adv
..-\mmc2
A search is made in the specified directories in this sequence and the information
of the section

[MMC_CycleWizard] is then added so that it is up to date.

Entries that refer to cycle packets are located in this section. These include:
INI_1=bohren.ini
INI_2=drehen.ini
...
INI_n=paket.ini

Cycle-specific entries with the following form are located in the particular paket.ini
files
[cycleName] Name of the cycle' as section entry
Mname= mandatory, screen form name
Dir= mandatory, directory of the file with the screen form information
Dname= mandatory, file with screen form information
Output mandatory, name of the OUTPUT block
Anzp= mandatory, number of parameters (defined variables)
Version= optional, cycle version, without data 0
Code_typ= optional, output with = 0 or without = 1 ;# lines

Example
[CYCLE83]
Mname=CYC83
Dir=cst.dir
Output=bohren.ini
Anzp=17
Version=3
Code_typ=0

Details

A differentiation is made between various versions of cycles with the same name
using the version number.

Main block/secondary block and block numbers in front of the cycle call are kept
unchanged.

Cycle call line in the parts program:

/1234 :44 CYCLE94(, , )

© Siemens AG, 2006. All rights reserved

BE1/4-110 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
4 Programming Support

After expansion by the string and ;# lines:

;NCG#CYC94#\CST.DIR\DREHEN.COM#NC1#1#*NCG;*RO*;*HD*
;##########*NCG;*RO*;*HD*
/1234 :44 CYCLE94(,,"",)
;#END#*NCG;*RO*;*HD*

4.5 Activating a dialog screen from the NC program

Introduction
The "Activate dialog screen from NC Program" function is also referred to as a
"command channel".

With HMI Advanced and HMI Embedded sl, dialog screens defined by the user can
be displayed:
• The appearance of the dialog screens is defined through configuration
(modification of COM file in the cycles directory). The dialog screen is called
and exited by function calls from the parts program.
• User-configured dialog screens do not modify the HMI system software (user
interface).
• User-defined dialog screens cannot be called simultaneously in different
channels.

Application
One possible application of user-defined dialog screens is, for example, to assign
defined values to particular user variables (GUD) prior to a parts program run.

• Up to 2 channels:
The "command channel" is activated by default for channels 1 and 2.

• More than 2 channels:

For HMI Advanced/PCU50 the "command channel" must be activated (if the
SIEMENS measuring cycles have not yet been installed).
This requires a modification to be made to the file F:\MMC2\ COMIC.NSK in the
Setup operating area:
− Select file F:\MMC2\COMIC.NSK in the "Setup" operating area with the
softkeys "MMC" → "Editor".
− Insert the following text (after channel 1 and 2):
REM CHANNEL
TOPIC(machineswitch)
COMIC_START(COMIC001MachineSwitch"...)
[cf., text for 1st and 2nd channel]
When the control is restarted (OFF/ON), the command channel is activated for
the corresponding channel.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/4-111
Expand User Interface (BE1) 01/2006
4 Programming Support

4.5.1 Structure of instructions

Syntax
MMC ("operating area, command, COM file, dialog screen name, user data
definition file, graphics file (HMI Advanced only), display time or acknowledgment
variable (HMI Advanced only), text variables, etc.", "Acknowledgment mode")

Parameters:
• Operating area
Name of softkey, with which the configured user dialogs can be called. Default
entry: CYCLES, displayed as "Cycles" on softkey 14 and accessible via the
ETC key.

• Command
Picture_on select screen
Picture_off deselect screen

• COM file
Name of the dialog screen file (max. 8 characters, in the user, manufacturer, or
standard cycles directory CST.DIR). The dialog display appearance is defined
here. The dialog screen is used to display user variables and/or comment texts.

• Dialog screen name

The individual displays are selected via the names of the dialog displays.

• User data definition file

GUD file accessed on reading/writing of variables.

• Graphics file (HMI Advanced only)

File name of a BMP graphic to be inserted.

*.bmp files are stored in resolution-specific subdirectories; these include the

following:

For standard cycles:

\CST.DIR\HLP.DIR\640.DIR For 640 dpi resolution
\CST.DIR\HLP.DIR\800.DIR For 800 dpi resolution
\CST.DIR\HLP.DIR\1024.DIR For 1024 dpi resolution

For user cycles:

\CUS.DIR\HLP.DIR\640.DIR For 640 dpi resolution
\CUS.DIR\HLP.DIR\800.DIR For 800 dpi resolution
\CUS.DIR\HLP.DIR\1024.DIR For 1024 dpi resolution

For manufacturer cycles:

\CMA.DIR\HLP.DIR\640.DIR For 640 dpi resolution
\CMA.DIR\HLP.DIR\800.DIR For 800 dpi resolution
\CMA.DIR\HLP.DIR\1024.DIR For 1024 dpi resolution

© Siemens AG, 2006. All rights reserved

BE1/4-112 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
4 Programming Support

Display time or acknowledgement variable (HMI Advanced only)

Display time in acknowledgment mode "N"
Acknowledgment variable in acknowledgment mode "A"

Text variables
Screen header or comment text from a text variable in the COM file.

Acknowledgment mode
"S" Synchronous, acknowledgment via "OK" softkey

4.5.2 Instruction examples

MMC command in the parts program

MMC("CYCLES,PICTURE_ON,T_SK.COM,BILD1,MGUD.DEF,BILD_3.BMP,TEST_1,A1","S")

Bedienbereich

Befehl Bild on / off

Com-Dateiname im
Zyklenverzeichnis

Dialogbildname

Anwenderdatendefinitionsdatei

Gafikdatei (nicht MMC100.2)

nur bei HMI-Advanced
U
Quittungsvariable (bzw. Anzeigezeit bei Mode • N")
(nicht MMC100.2)
nur bei HMI-Advanced
Bildüberschrift bzw. Kommentar aus
Textvariable (aus COM- Datei)

Quittungsmodus:
Synchron, Asynchron, No Quit

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/4-113
Expand User Interface (BE1) 01/2006
4 Programming Support

User variables (in the definition directory)

%_N_UGUD_DEF

;$PATH=/_N_DEF_DIR

DEF CHAN REAL TEST_1

Geltungsbereich
kanalspezifisch

Datentyp

Name der Anwendervariable

Dialog screen file in the cycles directory (*.COM)

//C3(Bild3)
R/ 15 75 / 5 /KOMMENT,%1,%2,%3/ W,RJ / TEST_1 / ....)

Variablentyp
Real Integer String

Eingabegrenzen: Anwendervariable
min. 15, max. 75

Vorbelegungswert
für Anw.VAR

Kommentartext mit
optionalen Textvariablen

Zugriffsart:
W = schreiben/lesen
R = nur lesen
W, r j = schreiben/lesen mit Kommentar
kein j: linksbündig zum Ein- bzw. Ausgabefeld
j: rechtsbündig zum Ein- bzw. Ausgabefeld

Note
For variable names, text variables and cycle names, capital letters must be used.

© Siemens AG, 2006. All rights reserved

BE1/4-114 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
4 Programming Support

Text variables

[TEXTVARIABLEN]

A1 = Beispiel2: MMC-Befehl ohne Quittung

Bezugsparameter
für MMC- Befehl

Bildüberschrift bzw. Kommentartext

Configuring softkeys for screen call

Softkey assignment for MMC command with asynchronous acknowledgment mode.

[SCREEN3]
SK1 = END
SK2 = Screen2
Softkeys SK0 to SK15 can be configured

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/4-115
Expand User Interface (BE1) 01/2006
4 Programming Support

4.5.3 Example 1 MMC command without acknowledgment

Parts programs
N10 MMC("CYCLES,PICTURE_ON,T_SK.COM,SCREEN1,GUD4.DEF,,,
A1","N")
N20 TEST_1 = 1
N25 G4 F10
N30 MMC ("CYCLES, PICTURE_OFF", "N")
M30

Dialog screen file (*.COM)

//C1(SCREEN1)
(R///USER VAR TEST_1/W/TEST_1///)

Text variable
[TEXT VARIABLES]
A1 =............Example1: MMC command without acknowledgment………

Sequence
The user variable TEST_1 from GUD4.DEF with header A1 is displayed for a short
time.
The hold time comes from parts program block N25.

Beispiel 1: MMC-Befehl ohne Quittung

ANW.VAR TEST_1 1.000000

© Siemens AG, 2006. All rights reserved

BE1/4-116 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
4 Programming Support

4.5.4 Example 2 Hold time and optional text variables

Parts programs
N10 MMC("CYCLES,PICTURE_ON,T_SK.COM,BILD6,GUD4.DEF,,10,
T1,G1","N")
N15 G4 F15
N30 MMC("CYCLES,PICTURE_OFF","N")
M30

Dialog screen file (*.COM)

//C6(screen6)
(R///USER VAR TEST_1,%1/W/TEST_1///)

Text variable
[TEXT VARIABLES]

T1 = Example2: Hold time and optional text variables …

G1 = Optional text variable

The 7th parameter is interpreted as the display time for the mode without
acknowledgment (10 seconds). The contents of the table are then deleted. The
screen form remains on the screen until PICTURE_OFF is selected. The 8th
parameter (T1) is the text variable for the screen header. If there is no entry, the
operating area name (cycles) is displayed. The parameters 9 to 23 are optional text
variables ("G1=optional text variable"). In this COM file, the optional text variables
must be preassigned in the "[Text variables]" section.

Beispiel 2: Verweildauer und optionale Textvariable

ANW.VAR TEST_1, optionale Textvariable 1.000000

Sequence
The comment text from the COM file (USER VAR TEST_1) is expanded in this
example at the position of the first wild card (%1) to include the contents of the text
variable "G1=optional text variable". By calling the text variables contained in the
MMC command (9th to 23rd parameters), messages or names can be "composed"
in this way.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/4-117
Expand User Interface (BE1) 01/2006
4 Programming Support

4.5.5 Example 3 MMC command with synchronous acknowledgment

mode

Parts programs
N15 MMC("CYCLES,PICTURE_ON,T_SK.COM,SCREEN1,GUD4.DEF,,,F1",
"S")
N18 STOPRE
N20 TEST_1 = 5
N25 MMC(CYCLES, PICTURE_OFF","N")
M30

Dialog screen file (*.COM)

//C1(SCREEN1)
(R///USER VAR TEST_1/W/TEST_1///)

Text variable
F1 = ...Example3: MMC command with synchronous acknowledgment mode…

Beispiel 3: MMC-Befehl mit synchronem Quittungsmodus

ANW.VAR TEST_1 1.000000

OK

Sequence
The user variable Test_1 is displayed until the "OK" softkey is pressed.

The user variable has also been overwritten with the value 5 here.

Without STOPRE, this assignment would be carried out before the keyboard input
(after it with STOPRE).

© Siemens AG, 2006. All rights reserved

BE1/4-118 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
4 Programming Support

4.5.6 Example 4 Positioning of input/output field

By specifying position parameters in the COM file, you can insert the comment field,
or input and output field, at any position within the display area.

Parts programs
N15 MMC("CYCLES,PICTURE_ON, T_SK.COM; Screen2,
GUD4.DEF,,,C1","S")
N20 TEST_3 = 5
N30 MMC("CYCLES,PICTURE_OFF","N")
N40 M30

Dialog screen file (*.COM)

//C2(Screen12)

(R///Var.Name/R/TEST_3/6000,2800,8000/200,3000,7500)

Position des Ein-/Ausgabefeldes

Position des Kommentarfeldes:
Erster Wert = 0 --> automatische Positionierung auf Standardwert
Keine Angaben --> Standardpositionierung wie bei PCU20

The two parameters each consist of three numerical values; these specify the
position and length of the field. The values are specified in Twips, with 15 Twips
roughly corresponding to one pixel.
The field height is defined as being 250 Twips.

Meaning of values:
(./6000,2800,8000/....)

Abstand vom linken Bildrand

Abstand vom oberen Bildrand

Länge des Feldes

It is possible to graphically configure 16 comment and 16 input or output fields.

Where there are more than 16 fields, they can be controlled via a scroll bar.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/4-119
Expand User Interface (BE1) 01/2006
4 Programming Support

Beispiel 4: Positionsparameter

ANW.VAR TEST_2
1.000000

OK

To ensure that the cursor control works seamlessly, the configured fields must
overlap one another (see below):

Beispiel 4: Positionsparameter

1.000000

1.000000

1.000000

1.000000

OK

© Siemens AG, 2006. All rights reserved

BE1/4-120 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
4 Programming Support

4.5.7 Example 5 Displaying graphics in the dialog screen

Graphics that were created with Paintbrush, for example, can be displayed in the
dialog screen by means of a graphics file specification.

A comment text for the picture can also be preassigned using the COM file. You
can position this comment text by specifying position parameters.

Note
You can only move the picture itself by repositioning it in the graphics program.

Parts programs
N10 MMC("CYCLES,PICTURE_ON,T_SK.COM,SCREEN8,GUD4.DEF,GRA.BMP,,
M1","S")
N20 MMC("CYCLES,PICTURE_OFF","N")
N30 M30

Dialog screen file (*.COM)

//C8(SCREEN8)
(I///Insert picture no. 2///4000,3000,7500)
(I///Created with Paintbrush ///4000,3250,7500)

Text variable
M1 = ......Example5: Insert picture…..
Pictures are created, e.g., with the drawing tool "Paintbrush".
Picture size: 300X500 pixels, you can only change the picture size in Paintbrush.

Beispiel 5: Bildeinblendung

OK

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/4-121
Expand User Interface (BE1) 01/2006
4 Programming Support

4.5.8 Example 7 Displaying OPI variables

OPI variables can be displayed using the COM file.

Parts programs
MMC("CYCLES,PICTURE_ON,T_SK.COM,SCREEN7,GUD4.DEF,,TEST_1,J1",
"S")

Dialog screen file (*.COM)

//C7(Screen7)
(R///Test_1/R/Test_1)
(I///); (Interpreted as space line))
(R///Actual value from axis 1/R/$actual value)
(R//1/R parameter 12/W/$R[12])

Text variable
J1 = ...Example7: OPI variables
[OPIVar]
$Actual value=/Channel/machineaxis/actToolbasePos[u1,1]
$R[12]=/Channel/Parameter/rpa[u1,12]

Beispiel 7: BTSS-Variablen

ANW.VAR TEST_1 1.000000

Istwert von Achse1 20.00000

R-Parameter12 1.000000

OK

Sequence
A space line is created under the variable TEST_1.
The actual axis value is read-only.
R12 is preset with 1.

© Siemens AG, 2006. All rights reserved

BE1/4-122 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
4 Programming Support

4.5.9 Example 8 Asynchronous acknowledgment mode with softkeys

Softkeys can be preprogrammed in the COM file for display in asynchronous mode,
linked with the acknowledgment variable and evaluated in the parts program.

Parts programs
N10 QUIT_1 = "START"
N20 MMC("CYCLES, PICTURE_ON,T_SK.COM,SCREEN3,GUD4.DEF,,
QUIT_1,K1","A")
N30 LABEL0:
N40 STOPRE
N50 IF MATCH (QUIT_1,"SK1") >= 0 GOTOF LABEL1
N60 IF MATCH (QUIT_1,"SK2") >= 0 GOTOF LABEL2
N70 GOTOB LABEL0
N80 LABEL2:
N90 MMC("CYCLES, PICTURE_ON,T_SK.COM,SCREEN1,GUD4.DEF,,,
N1","N")
N100 G4F10
N110 LABEL1:
N120 MMC("CYCLES, PICTURE_OFF","N")
N130 M30

Dialog screen file (*.COM)

//C3(Screen3)
(S///USER VAR QUIT_1/W/QUIT_1//)
[TEXT VARIABLES]
K1 = ..Example8: MMC command with asynchronous acknowledgment mode
N1 = ..Example8: Screen2

Text variable
[SCREEN3]
SK1 = END
SK2 = Screen2

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/4-123
Expand User Interface (BE1) 01/2006
4 Programming Support

Softkey 8

Softkey 9
Beispiel 8: MMC-Befehl mit asynchronem Quittungsmodus

Softkey 10
ANW.VAR TEST_1 START
Softkey 11

Softkey 12

Softkey 13

Softkey 14

OK Softkey 15

ENDE Bild2

Softkey 0 Softkey 1 Softkey 2 Softkey 3 Softkey 4 Softkey 5 Softkey 6 Softkey 7

Sequence
The screen called via the asynchronous MMC command continues to be displayed
until one of the two configured softkeys is actuated:
• With the "END" softkey, the user dialog is immediately exited.
• With the "Screen2" softkey, a further screen is then displayed for 10s.

Program structure
• The acknowledgment variable is defined as a string.
Length of the string: >= 20
(Values < 20 are evaluated internally only,
SK0 ... SK15 are entered at position 17...20 when a softkey is actuated).

• The string is assigned a value in the parts program and any old softkey
information is deleted.

• Before the parts program can branch as a function of the acknowledgment

variable, the block search must be halted by the STOPRE command.

• IF Match (Quit_1," SK1") >= 0 GotoF Label1

searches for a string within the string
If no softkey is actuated, the loop runs again.

© Siemens AG, 2006. All rights reserved

BE1/4-124 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
4 Programming Support

Beispiel 8: Bild 2

ANW.VAR TEST_1 5.00000

OK

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/4-125
Expand User Interface (BE1) 01/2006
4 Programming Support

Notes

© Siemens AG, 2006. All rights reserved

BE1/4-126 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
5 Configuring OP Hotkeys and PLC Keys

5
5 Configuring OP Hotkeys and PLC Keys

5.1 Introduction ............................................................................ BE1/5-128

5.1.1 OP hotkeys ......................................................................... BE1/5-129
5.1.2 Assigning functions to keys ................................................ BE1/5-130
5.1.3 Configuring the M key and Menu Select as HK7, HK8....... BE1/5-134
5.1.4 Expansions and special cases............................................ BE1/5-135

5.2 Selecting displays created with 'Expand user interface’........ BE1/5-136

5.2.1 Assigning INI files to operating areas ................................. BE1/5-136
5.2.2 Configuring 'Expand user interface' functions .................... BE1/5-137

5.3 PLC interface ......................................................................... BE1/5-138

5.3.1 Description of the interface ................................................. BE1/5-138
5.3.2 Requirements for the PLC programm................................. BE1/5-138
5.3.3 Screen selection from PLC ................................................. BE1/5-139

5.4 Expanded functions for PLC keys.......................................... BE1/5-142

5.5 List of selectable states in HMI Advanced............................. BE1/5-143

5.6 List of selectable states in HMI Embedded sl........................ BE1/5-144

5.7 List of selectable states in ShopMill on NCU......................... BE1/5-145

5.8 List of selectable states in ShopTurn on NCU....................... BE1/5-147

5.9 Hotkey assignment on the MFII keyboard ............................. BE1/5-150

5.10 Examples ............................................................................. BE1/5-151

5.11 Configuration overview ........................................................ BE1/5-151

5.12 Terms................................................................................... BE1/5-153

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/5-127
Expand User Interface (BE1) 01/2006
5 Configuring OP Hotkeys and PLC Keys

5.1 Introduction
This chapter deals with configuring
• A group of 6 hotkeys on the OP 010 and OP 010C and Sinumerik keyboards
with hotkey blocks
• The <machine> and <Menu Select> keys. The assignment of these keys can be
changed optionally.
• Keys (e.g., machine console keys) and events evaluated by the PLC, which, as
PLC keys or "virtual keys", can initiate configured sequences of operations in
the HMI system.

Overview

PLC Nahtstelle HMI z.B. OP010 (schematisch)

MSTT

nur H MI Advanced mit

Festplatte

The 6 OP hotkeys can be used to display any HMI operating area directly. This
shortens the usual selection process via the main menu. This changes the default
assignment of the 6 hotkeys.

The interface between the PLC and the HMI enables a PLC key to be transferred
from the PLC to the HMI. The operations initiated on the HMI system in this way
can be configured. Key numbers 50 to 254 are available for use by the PLC.

As an option, the <Machine> and <Menu Select> keys can be configured in the
same way as the 6 OP hotkeys and are assigned to HK7 and HK8.

Configuration is carried out using the Expand user interface system functions
described in the previous chapters.

Applications
• Selection of operating areas (e.g., Machine, Parameters, etc.)
• Selection of specific submenus (e.g., selection of the alarm screen in the
Diagnosis area)
• Initiation of actions (e.g., selection of the tool list in the Parameters area and
pressing of softkey HS3)
• Specific selection of menus created using the Expand user interface system
• Selection of additional screens, depending on the current operating situation, in
screens created using the Expand user interface system.

© Siemens AG, 2006. All rights reserved

BE1/5-128 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
5 Configuring OP Hotkeys and PLC Keys

5.1.1 OP hotkeys

Standard layout
The 6 OP hotkeys are laid out in 2 lines, each of which contains 3 keys:

Line 1
Label Depends on OP
(no symbol)
OP10 Machine Program Offset
OP10C Machine
OP10S Position
Configured as HK1 HK2 HK3

Line 2
Label Prg. Manager Alarm Custom
(no symbol)
Configured as HK4 HK5 HK6

Optional HK7 and HK8

The OP keys <Machine> and <Menu Select> can be configured in the same way
as HK1 to HK6. This makes it possible to disable the default functions of these
keys and to activate new, user-defined functions.

Label Machine Menu Select

(no symbol)
Configured as HK7 HK8

You can find more information about HK7 and HK8 in chapter “Configuring <M>
key and <Menu select> as HK7, HK8”.

Note
Hot keys 1 and 7 (<M> key) cannot be distinguished by the hardware on the
OP10S (position of labeling). Hot key 7 is always triggered when one of the keys
is pressed. If HK1 is configured, this event can only be triggered by an external
(MFII) keyboard.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/5-129
Expand User Interface (BE1) 01/2006
5 Configuring OP Hotkeys and PLC Keys

5.1.2 Assigning functions to keys

When the system is supplied, the assignment of hotkeys to the functions is entered
in file keys.ini.

Directories
With HMI Advanced, the file can exist in various directories. These are as follows:
• user
• oem
• add_on *)
• mmc0w32 *)
• mmc2 *)
• hmi_adv *)

*) These directories are reserved for Siemens.

The files are executed in the above sequence. Entries in the directory, which
appears at the beginning of the sequence will disable existing entries in directories,
which appear later in the sequence.

The assignments for HK1 to HK6 are supplied and stored as follows in keys.ini in
directory mmc2 for the standard system:

Key Function
HK1 Position Machine operating area, last screen
HK2 Program Program operating area, last screen
HK3 Offset Parameters operating area, last screen
HK4 Prg. manager Main screen programming
HK5 Alarm Diagnosis operating area, alarm screen
HK6 Custom Default Custom operating area, last screen
(user-configured operator interface)

The assignment for ShopMill/ShopTurn applications is as follows:

Key Function
HK1 Position Machine operating area, last screen
HK2 Program Program editor, last status
HK3 Offset Offset area, last status
HK4 Prg. manager Program directory, last status
HK5 Alarm Diagnosis operating area, alarm screen
HK6 Custom Default Custom operating area, last screen
(user-configured operator interface)

With HMI Embedded sl, the data in keys.ini can be adapted using the Software
Configuration Kit (SCK):

© Siemens AG, 2006. All rights reserved

BE1/5-130 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
5 Configuring OP Hotkeys and PLC Keys

Entry format
Details about the input format can be found in the "Hotkey event" subsection below.
To better understand the repeated actuation of the same hotkey used in that
subsection, multiple keypress will be described first.

Multiple keypress
A function extension determines the sequence when the hotkey is pressed
repeatedly:
1. The number "n" in the key data in file Keys.ini represents the number of
keypress repeats, thus allowing a separate task/state/action combination to be
assigned each time the hotkey is pressed. This means that each time the key
is pressed, a change of state can take place, and a screen and a softkey can
be selected.

2. When the user changes to another operating area, the repeat status of the
hotkey is cleared. In the new area, the hotkey is considered not to have been
pressed.
It does not matter how the user changed to the other operating area (operating
area menu, etc.). In addition, each time a function key is pressed (e.g., softkey,
area switchover key, channel switchover key, etc.), the status is reset.

3. Inputting data into fields in the current screen form does not interrupt the
repetition sequence. Pressing a softkey in the current screen form interrupts
the repetition sequence with the softkey that was used to call the current
screen form.

Note
Multiple keypress is possible for HK1–HK8 and for keys HK9–HK49, which are
reserved for Siemens.

Configuration file keys.ini

Every version of the configuration file keys.ini in the above mentioned directories
drives the the hotkey responses in a section [KeyConfiguration]. Every entry (line)
defines the response of the system to a specific keypress (in terms of multiple
keypresses) of a specific hotkey. Hereinafter, this is called a hotkey event.

The keys.ini configuration file has a dedicated section for assigning the ini files for
PLC keys. Without this entry, the ini files will not be detected. The default settings
are as follows:

[HMI_INI_FILES]
Task0 = machine.ini
Task1 = paramet.ini
Task2 = program.ini
Task3 = services.ini
Task4 = diagnosis.ini
Task5 = startup.ini
Task6 = shopmill.ini alternative Task6 = shopturn.ini depending on the system,
mandatory!
Task11=custom.ini

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/5-131
Expand User Interface (BE1) 01/2006
5 Configuring OP Hotkeys and PLC Keys

Hotkey event
Structure:

KEYx.n = Task:=task, State:=state, Action:=action

The maximum number of attributes, which can be assigned to a hotkey event are
the 4 attributes in bold print above.
The KEY key attribute identifies the event and must always come first. All other
attributes are optional, but at least one other attribute must be specified. These
attributes can appear in any sequence in the line.

• Attribute Key (hotkey))

The value x.n contains the hotkey number x and a discrete event n
corresponding to the nth activation of the key (when the key is pressed several
times in succession).
For example, Key 3.5 addresses the hotkey event for HK3, 6th activation.
The range of values of the hotkey numbers is 1 – 254.
The range of values for event n is 0 – 9 (10 keypresses).
Hotkeys 1 – 8 are assigned to the keys of the OPs (see chapter “OP hotkeys”).
Hotkeys 9 – 49 are reserved for Siemens. PLC-specific keys from 50 – 254 are
also available. These keys are not actual hotkeys, but are used for selecting
screen forms via the PLC (virtual keys). Keys 50 – 254 can also be configured
without a task. In this case, the event is always assigned to the current task.

• Attribute Task (operating area)

A hotkey is assigned to an operating area (task) via a task number. The task
number also defines the horizontal softkey to which the operating area is
assigned in the area switchover menu. This creates a permanent connection
between the task number and the corresponding softkey. In the HMI system,
there are three softkey menus (two in HMI Embedded sl) reserved for the area
switchover function. The default assignments are as follows:

Pressing the area switchover key selects softkey menu 1:

SK1 → Task0
...
SK8 → Task7

Pressing the <ETC> key again accesses softkey menu 2

SK1 → Task8
...
SK8 → Task15

Pressing the <ETC> key again accesses softkey menu 3 (only possible in HMI
Advanced):
SK1 → Task16
...
SK8 → Task23

Pressing the <ETC> key again returns to softkey menu 1.

In HMI Advanced, the range of values for the task numbers is between 0 and 23.
In HMI Embedded it is between 0 and 15.

© Siemens AG, 2006. All rights reserved

BE1/5-132 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
5 Configuring OP Hotkeys and PLC Keys

If no task is specified, the event is assigned to the current task (current operating
area).

The task numbers can be accessed:

- From the Regie.ini (Control-ini) file for HMI Advanced.
- With the SCK (Software Configuration Kit) tool in HMI Embedded sl.
An application-specific assignment between SKs and operating areas (tasks) can
be preset during configuration:
HMI Advanced Section [TaskConfiguration] in file control.ini
HMI Embedded sl SCK "Modify configuration"

• Attribute State:
The State attribute can be used to select a specific screen within a task. The
range of values depends on the individual application and is limited to between
0 and 65534 (65535 is used by the system).
For lists of selectable states, refer to:
“List of selectable states in HMI Advanced”
“List of selectable states in HMI Embedded sl”
“List of selectable states in ShopMill on NCU”
“List of selectable states in ShopTurn on NCU”

• Attribute Action:
The Action attribute can be used to select a specific softkey within a task. In
order to be effective, the attribute must be set from a defined state, e.g., the
main menu.
The value range depends on the corresponding application, with a maximum of
between 0 and 17. A special role is played by the Action attribute with a value ≥
100, which initiates a screen selection via Expand user interface.
Actions in the value range 0 - 99 are not executed for ShopMill/ShopTurn.

Note
A power ON is required in order for the changes to keys.ini to take effect.

Example of multiple hotkey keypress

The first time the hotkey is pressed, the associated area is activated and a
state/action may be initiated in this area (entry 1). Pressing the hotkey again will
execute the subsequent entries for this hotkey and an area switchover will not take
place. Once all the entries configured for a hotkey have been executed, the cycle is
repeated. The entries are always executed in ascending order (from 0-9).
Execution in descending order is not possible. There must be no "event gaps" in
the configuration (missing entries). A gap is treated like the end of the chain and
processing will restart at Key x.0 the next time a key is pressed.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/5-133
Expand User Interface (BE1) 01/2006
5 Configuring OP Hotkeys and PLC Keys

Configuring example
[KeyConfiguration]
KEY1.0 = Task:=0, State:=10, Action:=2 ;Hotkey 1, 1st activation
KEY1.1 = State:=10, Action:=3 ;Hotkey 1, 2nd activation
KEY1.2 = Action:=4 ;Hotkey 1, 3rd activation

Assignment of the softkeys to the action values

Horizontal softkeys SKHi Action
SKH1 0
SKH2 1
SKH3 2
SKH4 3
SKH5 4
SKH6 5
SKH7 6
SKH8 7

Vertical softkeys SKVi Action

SKV1 8
SKV2 9
SKV3 10
SKV4 11
SKV5 12
SKV6 13
SKV7 14
SKV8 15

<RECALL> key 16
<ETC> key (HMI-Embedded sl only) 17

5.1.3 Configuring the M key and Menu Select as HK7, HK8

The <M> key (Machine) and <Menu Select> key can be optionally configured as
hotkeys. Doing so causes these keys to lose their original definition and function.
The new functionality is defined by the Keys.ini configuration file. If there is a key
definition in the configuration file for the key, but no response was saved, then the
key does not have a function.

Hotkey assignment:
MFII keyboard Hotkey
<M> key (Machine) SHIFT+F10 HK7
<Menu Select> (area switchover) F10 HK8

If there is no entry in the keys.ini configuration file for hotkey 7 or hotkey 8, the key
will not be mapped as a hotkey but will retain its original function (compatible
mode). A key definition without a response will be assigned the <empty> attribute.

© Siemens AG, 2006. All rights reserved

BE1/5-134 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
5 Configuring OP Hotkeys and PLC Keys

Examples
[KeyConfiguration]
; Activate mapping of the M key to hotkey 7 and set new
; key reaction
Key7.0 = Task:= 3, State := 10

; Activate mapping of the Menu Select key (F10) to

; hotkey 8,
; key has no function
Key8.0 = <empty> ; No reaction assigned

5.1.4 Expansions and special cases

HMI Advanced
The machine manufacturer can overload the entries in keys.ini in directory mmc2
with his own settings. These settings can be entered in the /user or /oem
directories searched earlier during execution. Only deviations in the settings must
be stored, not the complete block.

Special cases Action in HMI Advanced:

The ETC key, Action 17, has no effect.

HMI Embedded sl
Special cases Task, State, and Action
• The range of values for the Task is limited to between 0 and 15.
• HMI Embedded sl always selects the last screen combination that was active
before the task change (state not configured).
• The range of values for State is limited to 0. Only the main menu of the
operating area can be selected.
• The range of values for Action is between 0 and 17 :
SK horizontal 1 to 8,
SK vertical 1 to 8,
Recall and
ETC limited.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/5-135
Expand User Interface (BE1) 01/2006
5 Configuring OP Hotkeys and PLC Keys

5.2 Selecting displays created with 'Expand user interface’

An Action value ≥ 100 automatically switches the HMI software to Expand user
interface operational sequences.
If Action ≥ 100, the configuration of the INI files determines which softkey menu or
screen form should be displayed and in which state.

5.2.1 Assigning INI files to operating areas

HMI Advanced/HMI Embedded sl

The following INI files and sections can be configured for the jump entry to Expand
user interface:

Operating area File Section

Machine machine.ini [KeyConfigurationAuto]
[KeyConfigurationMDA]
[KeyConfigurationJOG]

Parameters paramet.ini [KeyConfiguration]

Program program.ini [KeyConfiguration]
Services services.ini [KeyConfiguration]
Diagnostics diagnosis.ini [KeyConfiguration]
Startup startup.ini [KeyConfiguration]
Custom custom.ini [KeyConfiguration]

ShopMill on NCU/ ShopTurn on NCU

For ShopMill and ShopTurn on NCU, the INI file is called
shopmill.ini and shopturn.ini, respectively. Both files contain the
following sections in which Expand user interface functions can be configured.

[MachineManual]
...
[MachineAutomatic]
...
[ProgramManager]
...
[Program]
...
[MessagesAlarms]
...
[ToolsZeroOffset]
...
[MachineMDI]

© Siemens AG, 2006. All rights reserved

BE1/5-136 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
5 Configuring OP Hotkeys and PLC Keys

5.2.2 Configuring 'Expand user interface' functions

One or more states (according to the State list) can be configured for each action
(≥ 100) and you can also specify which Expand user interface function is to be
initiated. If nothing is configured in these INI files, no screen forms or softkey
menus will appear.

General notation:
Action.State = Screen form/softkey menu to be loaded, configuration file

Action = Action is Action ≥ 100 configured in KEYS.INI.

State = Current state of the application.
Configuration file = File in which the configuration is stored.
LS/LM= Expand user interface - commands to load from
softkeys/screen forms.

Examples
[KeyConfiguration]
100.10=LS("Softkey1","param.com")
100.30=LM("Form1","param.com")
101.10=LS("Softkey1","param.com")
101.30=LM("Form2","param.com")
102=LM("Form2","param1.com")

For the first line, for example, this means:

If an Action 100 is initiated when in state (status/screen) 10, the softkey menu
configured in file param.com will be displayed with the name softkey1.

For the last line, for example, this means:

If Action 102 is initiated, the screen form with the name screen form2 will be
called in the actual screen. This screen form is configured in file param1.com.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/5-137
Expand User Interface (BE1) 01/2006
5 Configuring OP Hotkeys and PLC Keys

5.3 PLC interface

5.3.1 Description of the interface

In the PLC interface, area DB19. Byte10 is provided for key selection. Here, the
PLC can select one key between 50 and 254 directly.
(Keys 1 to 49 are reserved for Siemens, keys 50 to 254 are specific PLC keys.)

Note
In M:N mode, the area for the 2nd HMI interface is DB19.Byte60.

Acknowledgment
An HMI system acknowledgment is divided into two steps:
1. In the first step, the HMI software transfers the control information 255 to
DB19.Byte10.
2. In the second step, the actual acknowledgment takes place on the PLC in
which DB19.Byte10 is cleared.

This is necessary in order that, despite the lack of synchronism between the HMI
and the PLC, the same key code transferred twice in immediate succession can be
detected by the HMI. This defined virtual key activation enables the HMI to identify
every PLC key sequence uniquely. The control information is of no significance to
the PLC program (transparent) and must not be changed.

Next key input

If the transfer byte is set to 0, the PLC program can specify a new key. The current
key request is processed in parallel in the HMI system. The request leads to a
switchover to the corresponding task or initiates a state/action command in the
current task (configured in keys.ini).

If the task switchover cannot be executed, the operator interface will send a
message to indicate this.

5.3.2 Requirements for the PLC programm

A new request can only be set if the HMI system has acknowledged the previous
request (0 in the interface). If the PLC program is deriving the key from an MCP
key or from another source, it must provide sufficient intermediate storage for the
key to ensure that no data is lost if the key is pressed very quickly.

© Siemens AG, 2006. All rights reserved

BE1/5-138 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
5 Configuring OP Hotkeys and PLC Keys

5.3.3 Screen selection from PLC

There is an interface between the PLC and HMI Embedded sl for selecting the
displays. These PLC displays offer the same means of display and functions as for
the displays selected via the softkeys.

Rough description of the interface

The interface contains:
• The display number
• Control bits from PLC to HMI
• Control bits from HMI to PLC

Because each NCU can be addressed by up to two HMI Embedded sl’s at the
same time in systems with "several operator panel fronts and NCUs", this interface
can exist in duplicate.

References: /FB/, B3 "Several Operator Panels and NCUs"

The interface is located in the operator panel front interface (DB19). The interface
requires a total of 8 bytes in DB19, 4 bytes for each HMI Embedded sl.

Location and structure of the interface

The interface between HMI Embedded sl and the PLC uses the following data:

HMI1:
DB19.DBW28: Display number
DB19.DBB30: PLC control bits HMI, PLC byte
DB19.DBB31: Control bits HMI PLC, HMI byte

HMI2:
DB19.DBW28: Display number
DB19.DBB80: PLC control bits HMI, PLC byte
DB19.DBB81: Control bits HMI PLC, HMI byte

PLC byte:
Bit0 Display selection
Bit1 deselect screen

HMI byte:
Bit0 Display selection/deselection accepted
Bit1 Display is selected/deselected
Bit2 Display is selected
Bit3 Display is deselected
Bit4 Error, display selection not possible
Bit7 Inactive bit

Two bytes are used for the display number to be transferred by the PLC, one byte
respectively (PLC byte and HMI byte) for coordinating the display selection.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/5-139
Expand User Interface (BE1) 01/2006
5 Configuring OP Hotkeys and PLC Keys

Using the interface

The interface is operated by the PLC OEM program with the following functions:

Table 5-1: DB 19 extract, first HMI interface

PLC HMI Selec- Deselect HMI PLC Selec Deselec

tion ion -tion tion

DBW 28 Screen number (1)

Bit DBB 30 DBB 31

0 Display 1 (2) Select/deselect 1 (3) 1 (2)

selection 0 (4) accepted 0 (6) 0 (3)
1 deselect screen 1 (1) Display is being 0 (3) 0 (3)
0 (4) selected
Display is 1 (5)
deselected
2 Display is 0 (3) 0 (3)
selected
1 (7)
3 Display is 0 (3) 0 (2)
deselected
1 (3)
4 Error, display 0 0 (2)
selection not
possible
5 −
6 −
7 Inactive 0

Display selection
The relations with the individual steps are shown in the above table by the numbers
in brackets (step numbers).
1. The PLC enters the display number in the number word.
2. The PLC sets bit0 in the PLC byte for display selection if bit0 and bit7 are set to
zero in the HMI byte.
3. HMI Embedded sl acknowledges to the PLC that it has accepted the display
selection by setting bit0 in the HMI byte. At the same time, the value zero is
written to bit3 and bit4 in the HMI byte.
4. The PLC resets bit0 in the PLC byte.
5. HMI Embedded sl acknowledges to the PLC that the interpreter has started by
setting bit1 in the HMI byte.
6. The HMI resets bit0 in the HMI Embedded sl byte.
7. Bit2 is set in the HMI byte if the corresponding display appears.

© Siemens AG, 2006. All rights reserved

BE1/5-140 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
5 Configuring OP Hotkeys and PLC Keys

Display deselection
The relations with the individual steps are shown in the above table by the numbers
in brackets (step numbers).
1. The PLC sets bit1 for display deselection in the PLC byte if bit1 and bit2 are set
in the HMI byte and bit7 is reset.
2. HMI Embedded sl acknowledges to the PLC that it has accepted the display
deselection by setting bit0 in the HMI byte. At the same time, the value zero is
written to bit3 and bit4 in the HMI byte.
3. HMI Embedded sl acknowledges the display deselection to the PLC by setting
bit3 and resetting bit0, bit1 and bit2 in the HMI byte if the interpreter is
terminated.
4. The PLC resets bit1 in the PLC byte.

After display deselection by the PLC or the EXIT command, HMI Embedded sl
switches back to the last selected HMI display.

Error when selecting a display

Bit4 is set in the HMI byte if the interpreter has not responded after 20 seconds or if
the required display cannot be opened.
The states of the HMI that do not support PLC display selection are indicated to the
PLC via bit7 in the HMI byte; e.g., in HMI Embedded sl during switchover between
standard and ShopMill/ShopTurn interface.

Operating areas
With HMI Advanced, the displays are shown in a separate operating area similar
to the measuring cycle displays. This operating area can be selected manually by
means of the sixth softkey (PLC displays) on the second operating area menu. If
no PLC display is active when the area is selected, the text "Currently no PLC
display active" is displayed in the header. The PLC is informed when the area is
selected/deselected manually via bit2 of the HMI byte.

It is also possible to change to other operating areas via the MMC 103's operating
area after a display has been selected by the PLC.

With HMI Embedded sl, it is not possible to manually select/deselect displays

selected by the PLC via an operating area. The PLC display remains in the
foreground even after a change of operating area has occurred.

Configuring PLC displays

The interface is activated by means of the section [PLC_SELECT] in the
COMMON.COM file during HMI boot. HMI Embedded sl searches the directories
for the COMMON.COM file in the following sequence:
• User cycles directory (CUS)
• Standard cycles directory (CST)
• Comment directory (COM)

The first file found is evaluated. The display number is assigned to the configured
display in the section [PLC_SELECT] of the COMMON.COM file.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/5-141
Expand User Interface (BE1) 01/2006
5 Configuring OP Hotkeys and PLC Keys

In general, the syntax of an assignment line is:

PCi = display name, file ; Comment

i , Number of the display in the interface
Screen name , Display (screen form) identifier
File , File in which the display is configured
Example:
[PLC_SELECT] ;Fixed section introduction
PC1= CYC82, drilling.com ;Assignment line
PC2= CYCLE90, millthre.com
PC3=..., etc.

5.4 Expanded functions for PLC keys

Changes of task and state can also be configured for PLC keys.

The number range for the action is as follows:

For standard applications between 0 – 17
For Expand user interface applications ≥ 100

The PLC-specific keys have numbers between 50 – 254, with numbers 50 – 81

reserved for OEM applications.

Examples
Same example as in chapter “Assigning functions to keys”

[KeyConfiguration]
HK50.0 = Action:=100

The configuration shown here does not execute a change of task or state and
therefore remains in the current task and screen. An Action 100 is forwarded.

A change of task and state could be configured here in exactly the same way.
HK50.0 = Task:=1, State:=10, Action:=100

© Siemens AG, 2006. All rights reserved

BE1/5-142 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
5 Configuring OP Hotkeys and PLC Keys

5.5 List of selectable states in HMI Advanced

In general, the following conditions apply to all tasks in HMI Advanced:

No configuration: Maintains current state.
Configuration with 0: The basic state of an operating area is activated.

Machine operating area

In the Machine operating area, the status is always dependent on the status of the
machine (AUTO, MDA, JOG, REF). The following can be accessed via the PLC
key:

1. The main screen for the relevant mode

State Mode Machine function Display

group
0 JOG REF JOG/REF main screen
0 JOG none JOG main screen
0 JOG REPOS REPOS main screen
0 MDA none The "MDA" start screen
0 MDA TEACH MDA/Teach main screen
0 MDA REF MDA/REF main screen
0 AUTO none Auto main screen

2. The main actual value screens for each mode (softkey vertical 6)

State Mode Machine function Display

group
10 JOG none Zoom actual values JOG
20 MDA none Zoom actual values MDA
30 AUTO none Zoom actual values Auto

3. Possibly still in JOG / MDA

State Mode Machine function Display

group
60 JOG none Handwheel selection JOG
70 JOG none Increment selection JOG
80 MDA none Handwheel selection MDA

Switching between the WCS and MCS is possible via the PLC.

Parameter operating area

It is not possible to move from the current screen in this area.

Program operating area

State Function
10 Data selection
20 Program management
70 Protocol

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/5-143
Expand User Interface (BE1) 01/2006
5 Configuring OP Hotkeys and PLC Keys

Services operating area

State Function
10 Data in
20 Data out
40 Manage data
60 Data selection
80 External drives
90 Series start-up
100 upgrading

Diagnostics operating area

The diagnostics main screen is the alarm overview.
The following horizontal softkeys can be used to access other states from this state:
State Function
10 Alarms
20 Messages
30 Alarm log
40 Service displays
50 PLC status

Messages, alarm log and service displays can always be accessed.

Startup operating area

The startup main screen is an overview of the available NC axes and drives.
State Function
0 NC axes and drives
10 Machine data
40 PLC status
50 Optimization/test (V7.1 and later)
60 HMI

Custom operating area

Refer to Chapter 6.

5.6 List of selectable states in HMI Embedded sl

There are only two configuration options for the state in HMI Embedded sl:
No configuration: Maintains current state.
Configuration with 0: The basic state of an operating area is activated.

© Siemens AG, 2006. All rights reserved

BE1/5-144 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
5 Configuring OP Hotkeys and PLC Keys

5.7 List of selectable states in ShopMill on NCU

Legend:
* If option available (display MD is set)
Custom screen These designated functions can be configured with the Expand
user interface system.
If this type of configuration is available, it is activated. Otherwise, the
standard ShopMill screen will appear.

Machine Manual
State Function
19 Basic screen
2 T, S, M, etc.
30 Workpiece zero
5 Workpiece zero - set up edge
7 Workpiece zero – /user screen form
31 Workpiece zero – align edge / user screen form
32 Workpiece zero – spacing 2 edges / user screen form
33 Workpiece zero – rectangular edge
8 Workpiece zero – arbitrary edge /user screen form
34 Workpiece zero – /rectangular pocket
9 Workpiece zero – 1 hole /user screen form
35 Workpiece zero – 2 holes
36 Workpiece zero – 3 holes
37 Workpiece zero – 4 holes
38 Workpiece zero – /rectangular spigot
10 Workpiece zero – 1 circular spigot /user screen form
39 Workpiece zero – 2 circular spigots
40 Workpiece zero – 3 circular spigots
41 Workpiece zero – 4 circular spigots
42 Workpiece zero - set up plane
11 Workpiece zero – calibration probe, length* /user screen form
12 Workpiece zero – calibration probe, radius
50 Tool gauging
16 Tool gauging – length manual / user screen form
17 Tool gauging – diameter / user screen form
13 Tool gauging – length auto* / user screen form
14 Tool gauging – diameter auto* / user screen form
51 Tool gauging – / user screen form
15 Tool gauging – calibration probe* /user screen form
52 Tool gauging – calibration fixed point* /user screen form
60 Swiveling*
4 Positioning
18 Face milling
1 ShopMill settings
90 – /user screen form

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/5-145
Expand User Interface (BE1) 01/2006
5 Configuring OP Hotkeys and PLC Keys

MDA
State Function
20 MDA

Machine Auto
State Function
200 Basic screen
210 Program control
220 Block search
230 – /user screen form
242 Simultaneous recording – top view*
243 Simultaneous recording – 3-plane view*
244 Simultaneous recording – volume model*
250 Setting

Program Manager
State Function
300 NC directory
310 Parts programs*
320 Subprograms*
330 User directory 1 *
340 User directory 2 *
350 User directory 3 *
360 User directory 4 *
380 Standard cycles*
381 Manufacturer cycles*
382 User cycles*
383 User directory 5 *
384 User directory 6 *
385 User directory 7 *
386 User directory 8 *

Program
State Function
400 Machining plan / G code editor
412 Simulation – top view*
413 Simulation – 3-plane view*
414 Simulation – volume model*

Messages/alarms
State Function
500 Messages
510 – /user screen form
520 – /user screen form

© Siemens AG, 2006. All rights reserved

BE1/5-146 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
5 Configuring OP Hotkeys and PLC Keys

Tools zero offsets

State Function
600 Tool list
610 Tool wear
620 User tools list*
630 Magazine
640 Zero offset
650 R parameters
660 – /user screen form
680 User data
690 Machine data

5.8 List of selectable states in ShopTurn on NCU

Legend:
* If option available (display MD is set)
Custom screen These designated functions can be configured with the Expand
user interface system.
If this type of configuration is available, it is activated. Otherwise, the
standard ShopTurn screen will appear.

Maschine manual (without "Machine manual" option)

State Function
19 Basic screen
2 T, S, M, etc.
30 Workpiece zero
31 Workpiece zero – /user screen form
34 Workpiece zero – /user screen form
35 Workpiece zero – /user screen form
36 Workpiece zero – /user screen form
37 Workpiece zero – /user screen form
38 Workpiece zero – /user screen form
40 Workpiece zero – /user screen form
5 Workpiece zero – measure edge Z
50 Measure tool
51 Measure tool – length manual X /user screen form
52 Measure tool – length manual Z /user screen form
53 Measure tool – zoom* / user screen form
54 Measure tool – / user screen form
55 Measure tool – / user screen form
56 Measure tool – calibration probe* /user screen form
57 Measure tool – / user screen form
58 Measure tool – automatic Z *
59 Measure tool – automatic X *
4 Position
18 Face milling*
80 Cutting*
90 – /user screen form (tailstock)
1 ShoptTurn settings

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/5-147
Expand User Interface (BE1) 01/2006
5 Configuring OP Hotkeys and PLC Keys

Machine hand (with "Machine manual" option)

State Function
19 Basic screen
50 Measure tool
51 Measure tool – length manual X /user screen form
52 Measure tool – length manual Z /user screen form
53 Measure tool – zoom* / user screen form
54 Measure tool – / user screen form
55 Measure tool – / user screen form
56 Measure tool – calibration probe* /user screen form
57 Measure tool – / user screen form
58 Measure tool – automatic Z *
59 Measure tool – automatic X *
1300 Straight
1400 Drilling
1410 Drilling – centered
1420 Drilling – thread centered
1433 Drilling – centering*
1434 Drilling – drilling*
1435 Drilling – reaming*
1440 Drilling – deep-hole drilling*
1453 Drilling – tapping*
1454 Drilling – thread milling*
1500 Turning
1513 Turning – cutting 1
1514 Turning – cutting 2
1515 Turning – cutting 3
1523 Turning – groove 1
1524 Turning – groove 2
1525 Turning – groove 3
1533 Turning – undercut form E
1534 Turning – undercut form F
1535 Turning – undercut thread DIN
1536 Turning – undercut thread DIN
1543 Turning – thread, longitudinal
1544 Turning – thread, taper
1545 Turning – thread, facing
1550 Turning – cut-off
1600 Milling*
1613 Milling – rectangular pocket*
1614 Milling – circular pocket*
1623 Milling – rectangular spigot*
1624 Milling – circular spigot*
1633 Milling – longitudinal groove*
1634 Milling – circumferential groove*
1640 Milling – polyhedron*
1670 Milling – engraving*
1730 Simulation – 3-window view*
1740 Simulation – side view*
1750 Simulation – front view*
90 – /user screen form (tailstock)
1 ShopTurn settings

© Siemens AG, 2006. All rights reserved

BE1/5-148 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
5 Configuring OP Hotkeys and PLC Keys

MDA
State Function
20 MDA

Machine Auto
State Function
200 Current block display
210 Program control
220 Block search
230 – /user screen form
242 Simutaneous recording – 3-window view*
243 Simultaneous recording – side view*
244 Simultaneous recording – front view*
250 Setting

Program Manager
State Function
300 NC directory
310 Parts programs*
320 Subprograms*
330 User directory 1 *
340 User directory 2 *
350 User directory 3 *
360 User directory 4 *
380 Standard cycles*
381 Manufacturer cycles*
382 User cycles*
383 User directory 5 *
384 User directory 6 *
385 User directory 7 *
386 User directory 8 *

Program
State Function
400 Machining plan / G code editor
412 Simulation – 3-window view*
413 Simulation – side view*
414 Simulation – front view*

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/5-149
Expand User Interface (BE1) 01/2006
5 Configuring OP Hotkeys and PLC Keys

Messages/alarms
State Function
500 Messages
510 – /user screen form
520 – /user screen form

Tools/zero offsets
State Function
600 Tool list
610 Tool wear
620 OEM tool list*
630 Magazine
640 Zero offset
650 R parameters
660 – /user screen form
670 Spindles
680 User data
690 Machine data

5.9 Hotkey assignment on the MFII keyboard

Hotkey OP label Key on MFII

HK1 Position <SHIFT+F11>
HK2 Program <END> (NB)*
HK3 Offset <Page Down> (NB)*
HK4 Prg.Manager <Home> (NB)*
HK5 Alarm <Page Up> (NB)*
HK6 Custom <SHIFT+F12> or Cursor Down (NB)*
HK7 M Machine <SHIFT+F10>
HK8 Menu Select <F10>

*) Key is located on numeric keypad: <NumLock> must be off.

© Siemens AG, 2006. All rights reserved

BE1/5-150 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
5 Configuring OP Hotkeys and PLC Keys

5.10 Examples
Possible entries for Keys.ini

KEY1.0 = Task:=0 Selection of machine area in last display with

first keystroke
KEY1.1 = Task:=0, State:=0 Selection of machine area in start display with
second keystroke
KEY1.2 = State:=0, Action:=3 Selection of machine area in start display with
third keystroke and selection of third softkey
KEY1.3 = State:=0, Action:=100 Selection of machine area in start display with
fourth keystroke and selection of Expand user
interface function with the configured action<=
100 in machine.ini

5.11 Configuration overview

Below is a schematic diagram illustrating the associations between configured OP

hotkeys and PLC keys and the Expand user interface configuration.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/5-151
Expand User Interface (BE1) 01/2006
5 Configuring OP Hotkeys and PLC Keys

In einem der Verzeichnisse:

user
add_on
Datei Keys.ini
oem
mmc0w32
hmi_adv ...
mmc2(Standard) [KeyConfiguration]
KEY x.n = TASK:= , State:= , Action:=

1
...
6 Hardkeys OP
7
optionale Hardkeys OP
8
9
...
Reserviert für Siemens
49
50
... OEM-Applikationen
81
82
... allgem. Applikationen
254

TASK entspricht Bedienbereich, INI-Dateien

machine.ini paramet.ini program.ini services.ini diagnose.ini startup.ini eigener Bereich

Applikationsdefinitionen:

[KeyConfigurationAuto]
[KeyConfigurationMDA]
[KeyConfigurationJOG] [KeyConfiguration]

Action.State = zu ladende Maske/Softkeyleiste, Projektierungsdatei

z.B. param.com custom.com

100
101
102 //M(Maske1)
103 DEF Var1 ...
.... HS1 = ...
HS2 = ...
(Action >= 100 führen auf den ...
Bedienbereich Wizard) PRESS(HS1)
LM(Maske2)
END_PRESS

//S(Leiste1)
...

© Siemens AG, 2006. All rights reserved

BE1/5-152 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
5 Configuring OP Hotkeys and PLC Keys

5.12 Terms
Hotkeys
6 keys on OP010, OP010C and SINUMERIK keyboards with hotkey blocks.
Pressing the keys selects an operating area directly.
As an option, 2 additional keys can be configured as hotkeys.

References: /BH/, Operator Components Manual

PLC keys
PLC keys are provided as hotkeys via the PLC interface of the HMI software. Their
reactions can be configured in the HMI.
They are set up as:
• Buttons on the machine control panel
• Evaluations of PLC signal logic
They are also referred to as “virtual keys”.

SK
Softkey

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/5-153
Expand User Interface (BE1) 01/2006
5 Configuring OP Hotkeys and PLC Keys

Notes

© Siemens AG, 2006. All rights reserved

BE1/5-154 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
6 Custom Operating Area

6 Custom Operating Area

6
6.1 Introduction ............................................................................ BE1/6-156
6.1.1 Delivery ............................................................................... BE1/6-156
6.1.2 Activation during startup ..................................................... BE1/6-157
6.1.3 Activation by keys ............................................................... BE1/6-157
6.1.4 Characteristics of the Custom area .................................... BE1/6-157
6.1.5 Integration of the Custom operating area ........................... BE1/6-158

6.2 Layout and functions.............................................................. BE1/6-159

6.2.1 Starting screen form layout................................................. BE1/6-159

6.3 Behavior during operating area change ................................ BE1/6-160

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/6-155
Expand User Interface (BE1) 01/2006
6 Custom Operating Area

6.1 Introduction
The operating areas described thus far can be extended and modified using
Expand user interface tools. Extensions can only be applied to softkeys, which
have not been used previously. With the resources described in the following, it is
possible both in

- HMI Embedded sl, as well as in

- HMI Advanced

to configure an autonomous operating area in which all of the 8 horizontal and 8

vertical softkeys are available for an application-specific user interface. The default
name of this operating area is Custom.

The Custom operating area can be accessed directly (on OPs with hotkey blocks:
OP 010, OP 010C) with:

• The "Custom" hotkey or

• Horizontal softkey 4 on the first expanded menu (default setting)
(softkey menu, which appears when the <ETC> key is pressed once in the main
screen).

6.1.1 Delivery

HMI Advanced
The CUSTOM operating area is available as standard and can be reset via an
entry in file regie.ini (control.ini) or assigned to any other horizontal softkey.

HMI Embedded sl
The CUSTOM operating area is available as standard. It is supplied with the
application diskette and can be assigned to any horizontal softkey by the customer
using the Software Configuration Kit (SCK.exe).

Details for integrating the Custom operating area into the system can be found in
chapter “Integration of Custom operating area".

© Siemens AG, 2006. All rights reserved

BE1/6-156 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
6 Custom Operating Area

6.1.2 Activation during startup

HMI Advanced
See chapter "Integration of the Custom operating area".

HMI Embedded sl
Using the display machine data MD 9016: MM_SWITCH_TO_AREA, you can
define in which operator area HMI Embedded sl should start up, whereby the
CUSTOM operating area can also be specified.
The value in the MD provides the number of the softkey for the required operating
area.
Horizontal softkeys 1 – 8: 1–8
Softkeys of the 1st continue menu after pressing ETC: 9 – 16
The standard default setting is 12.

6.1.3 Activation by keys

With hotkey
The CUSTOM hotkey on the OP 010 and OP 010C always activates this operating
area (default). Other additional configurations are possible.

With horizontal softkey

The standard activation is via horizontal softkey 4 in the 1st expanded menu.
The softkey assignment can be changed for
HMI-Advanced
as described in chapter "Integration of the Custom operating area"
using the Software Configuration Kit (SCK).

6.1.4 Characteristics of the Custom area

The CUSTOM operating area displays a standard empty window with a
configurable header across the whole area of the local menu.

The CUSTOM operating area also permits a configurable text in the operating area
display field in the global menu.

All softkeys are empty and can be assigned as required by the customer via
Expand user interface and given Expand user interface functionality.

When switching from and back to the CUSTOM area, the configured screen, which
was active before exiting the CUSTOM operating area, is active.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/6-157
Expand User Interface (BE1) 01/2006
6 Custom Operating Area

6.1.5 Integration of the Custom operating area

HMI Advanced
The operating area is enabled in the REGIE.INI file and is assigned to a softkey.
Example:
Activation via horizontal softkey 4 in the 1st expanded softkey menu
(standard assignment).

a) The entry must be made in section [TaskConfiguration]:

Task11 = name := custom, Timeout := 12000

b) In file control.ini this operating area can also be selected as the standard start-
up area. The entry must be made in section [Miscellaneous]:

PoweronTaskIndex = 11

The corresponding lines can be deactivated by adding a ";" comment line at the
beginning of the line if the Custom area is not to be selected or should not be
activated on start-up.
The area can be assigned to a different softkey by changing the task number.

HMI Embedded sl
The HMI software for the CUSTOM application evaluates file custom.ini and
decides whether the area should be displayed. The file contains a section for this
purpose (HMI Embedded sl only):

[Activate]
Activate=True

The operating area is assigned to a horizontal softkey by the customer using the
Software Configuration Kit (SCK.EXE), menu option "Modify configuration".

In order for the Custom operating area to be activated by default on start-up, the
softkey numbers must be entered in display machine data MD 9016:
MM_SWITCH_TO_AREA.

If this display MD has the value -1, HMI Embedded sl will start up in the operating
area specified as the start-up area with SCK. (When delivered, softkey 1 in the
main menu area MACHINE).

© Siemens AG, 2006. All rights reserved

BE1/6-158 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
6 Custom Operating Area

6.2 Layout and functions

6.2.1 Starting screen form layout

The inputs in file custom.ini are used for the starting screen form and those in file
re_xx.ini for the operating area name in HMI Advanced.

HMI Advanced HMI Embedded sl

Screen form header
A text with the screen form header can be entered into this section [Header].
This can be entered as text:
Text="XY special functions"
or using an alarm text number:
Text=$80XXX
in order that the header can be laid-out depending on the language.
Text="Custom" is set as default.

Picture in start screen form

A path for a screen that is displayed when the application starts up can be entered in the
section [Picture]:
Picture=\directory\bild.bmp

Operating area name Operating area name

The name specified appears in the top left of the The name specified appears in the top left of the
screen form displayed. screen form displayed.

In file re_xx.ini, xx indicates the language.

(File re_xx.ini only exists in HMI Advanced.) Section [Task name]

[HSoftkeyTexts] Notation: Text = $80xxx

HSK11 = "Custom"

Softkey labeling Softkey labeling

Section [Softkey]
The name entered as the operating area name in Notation: Text = $80xxx
file re_xx.ini is also displayed on the configured
softkey. The text entered is displayed on the softkey
assigned. If nothing has been entered, CUSTOM
will appear as standard.

All Custom area elements, which are used to access other elements, e.g.,
• Softkey menus
• I/O fields
and their associated functions must be configured using Expand user interface
tools.

In the CUSTOM application, all softkeys are available as Expand user interface
softkeys.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/6-159
Expand User Interface (BE1) 01/2006
6 Custom Operating Area

These softkeys are configured in file custom.com (like the standard version of
aeditor.com supplied) as described below.

In HMI-Embedded sl, the common.com file for customer start softkeys must
contain references to custom.com. The common.com file is supplied so that all
CUSTOM operating area softkeys are linked to custom.com.

6.3 Behavior during operating area change

When you change from the CUSTOM operating area to another operating area and
back again, the window, which was active when you closed the CUSTOM
operating area, reappears the next time you open it.

© Siemens AG, 2006. All rights reserved

BE1/6-160 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
7 Configuring and Working Environment

7 Configuring and Working Environment

7
7.1 General information about the configuring environment........ BE1/7-162

7.2 COMMON.COM control file ................................................... BE1/7-163

7.2.1 Control file function ............................................................. BE1/7-163
7.2.2 Storage location of COMMON.COM................................... BE1/7-164
7.2.3 Configuration files ............................................................... BE1/7-164
7.2.4 Structure of the COMMON.COM control file ...................... BE1/7-165

7.3 Storing the configuration files ................................................ BE1/7-172

7.3.1 HMI Embedded sl ............................................................... BE1/7-172
7.3.2 HMI Advanced .................................................................... BE1/7-173

7.4 Common HW plattform for both HMI systems ....................... BE1/7-174

7.4.1 General search strategy ..................................................... BE1/7-175
7.4.2 Search strategy for COMMON.COM .................................. BE1/7-177
7.4.3 Search sequence for display images.................................. BE1/7-177

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/7-161
Expand User Interface (BE1) 01/2006
7 Configuring and Working Environment

7.1 General information about the configuring environment

Scope of delivery
The software that interprets the configuration files for user interfaces and
provides/activates the functions described in previous chapters is included in the
scope of delivery of the HMI software, along with an ASCII editor for creating the
content of the configuration files (program editor).

Products
ShopMill on NCU and ShopTurn on NCU are based on HMI Embedded sl. HMI
Embedded WIN32 and HMI Advanced can be combined on a single hardware
platform. Thus, the operating systems of these products are available as
alternatives to HMI Advanced on a single hardware platform. Particularities in the
configuration and search strategies for this case are described in chapter “Shared
HW platform for both HMI systems".

Creating displays
If the configured screen forms are to include images, then a suitable graphics
program (e.g., Windows Paint) will be required (see Graphics section in chapter
“Syntax").

Differences between systems

Hardware differences:
• HMI Advanced on PCU 50 has a hard disk
• HMI Embedded sl only has RAM and FlashCard memory.
• HMI Embedded WIN32 on PCU 50 or PC with Windows NT or Windows XP
evaluates hard disk configuration files but operates in the same way as HMI
Embedded sl in all other respects.
Because of these differences, the configuration files are created differently.

Language-dependent texts
Language-dependent texts used in screen forms are stored in ASCII text files
whose syntax corresponds to that of the alarm text files.

Language-dependent texts can be used for:

• Softkey labels
• Headings
• Help texts
• Any other texts

The file names are defined as follows:

Alsc.txt contains the language-dependent texts for the Siemens standard cycles
Almc.txt contains the language-dependent texts for the manufacturer cycles
Aluc.txt contains the language-dependent user texts

© Siemens AG, 2006. All rights reserved

BE1/7-162 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
7 Configuring and Working Environment

Format of a text entry

The text number is assigned to the text within the file by the following method:
8xxxx 0 0 "text"

with:
xxxx 5000 to 9899 (text identification number range reserved for users).
You must assign unique numbers.
Text Text that appears in the screen form, enclosed in inverted commas

Examples:
85000 0 0 "Retraction level"
85001 0 0 "Drilling depth"
85002 0 0 "Thread pitch"
85003 0 0 "Pocket radius"

Parameters 2 and 3 are separated by blanks and act as control characters for
alarm text output. To ensure that the text format is identical to that of the alarm
texts, these two parameters must always be set to 0.

The following control characters are possible in the texts:

%n Line break
%@x Axis name of axis x (x is the axis number),
(HMI-Embedded sl only)
Display axis names, general solution
HMI Embedded sl and HMI Advanced:
NC access to corresponding machine data element containing the
relevant axis name; text assembly by means of the string functions it
contains.

7.2 COMMON.COM control file

7.2.1 Control file function
In HMI Embedded sl, this central control file contains the following information:
• Assignment between start softkeys and configuration files
• Assignment of display numbers to configuration files in PLC interface DB19
• Control entries (size of LOG file, available memory on the temporary directory
for configuration files).

When using HMI Advanced, no entries are required in the COMMON.COM file.

Changes to COMMON.COM only take effect following a restart.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/7-163
Expand User Interface (BE1) 01/2006
7 Configuring and Working Environment

7.2.2 Storage location of COMMON.COM

HMI Embedded sl
The central control file COMMON.COM must be stored in one of the following NC
directories:
• CUS ;User cycles directory
• CMA ;Manufacturer cycles directory
• CST ;Standard cycles directory

The system searches through the directories for COMMON.COM in the following
order. The first file with this name is evaluated.

HMI Advanced
The central control file COMMON.COM must be stored in one of the following NC
directories or in the DH path:
• CUS or
CUS.DIR on the DH path ;User cycles directory
• CMA or
CMA.DIR on the DH path ;Manufacturer cycles directory
• CST or
CST.DIR on the DH path ;Standard cycles directory
• COM or
COM.DIR on the DH path ;Comment directory

7.2.3 Configuration files

HMI Embedded sl

All file names must follow DOS conventions (xxxxxxxx.eee).

The total permissible number of configuration files is 10.

Color format for the Help displays: 256-color bitmaps in bmp format.
The memory requirement for the displays and configuration files is determined
solely by the size of the CF card used. As with a hard disk, the possible number of
files cannot be specified.

HMI Advanced
Files with the names listed in chapter “Table of start softkeys” are searched for in
directories (see chapter “Storing the configuration files") in the specified order. If
files of the same name are stored in different directories, then the first file detected
according to the search strategy is interpreted.

The sizes of configuration files are not subject to any particular restrictions. It
should be noted, however, that large files are processed more slowly.

© Siemens AG, 2006. All rights reserved

BE1/7-164 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
7 Configuring and Working Environment

7.2.4 Structure of the COMMON.COM control file

COMMON.COM contains various sections for specific hardware settings. For HMI
Embedded sl, section [MMC_DOS] is relevant for the Expand user interface
system.

Note
The file is supplied together with the cycles. It must always be created on the NC.

Syntax of COMMON.COM
Comments: Text contained within a line after a semicolon ";" is treated as a
comment and is not evaluated.

[MMC_DOS] ;Start of the DOS section

Parameters: All parameters are optional.

Parameter=Value ;Any number of blanks may be inserted between

;Parameter '=' and value.

Possible parameters:
SCxxx=file or HCyyy=file
SCxxx Softkey Connection (connection between softkey and configuration
file). xxx represents an internal softkey identity of the start softkey
See Chapter 2 "Defining a start softkey".
The softkey identity must be entered directly after SC.
Softkeys will not be displayed unless a softkey connection is defined
for them.
File The configuration file, which contains the desired softkey and screen
form definitions.
HMI file names may only be 8 characters in length. The file extension
is added with a dot.
Examples:
SC101= my_file.com ; (my_file.com on HMI, NC)
HCyyy Hotkey connection (connection between actual key and configuration
file). yyy represents an internal hotkey identity of the start hotkeys.
The hotkey identity must be entered directly after HC.
Only hotkeys for which a hotkey connection has been defined have an
effect.

Note
The file names listed in chapter “Table of start softkeys” are already stored as
defaults. However, the matching files must be created on the NC or HMI by the
user.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/7-165
Expand User Interface (BE1) 01/2006
7 Configuring and Working Environment

Start softkeys
The start softkeys named here can be used to activate the associated configuration
files.
The possible start softkeys for screen forms are predefined. Additional start
softkeys are not possible. Access points are specific to operating areas.

SCxxx=File
SCxxx Softkey Connection (link between softkey and configuration file). xxx
represents one of the internal softkey identities for start softkeys listed
below
File Name of configuration file

Access points in operating area:

Operating area
SCxxx Screen form:
MACHINE SC101 MACHINE JOG Horizontal SK 1
SC111 MACHINE MDA Horizontal SK 1
SC122 MACHINE AUTO Horizontal SK 2
PARAMETERS SC207 Main screen of PARAMETERS Horizontal SK 7
PROGRAM SC308 Main screen of PROGRAM Horizontal SK 8
SC312 1. softkey line of the editor Horizontal SK 2
SC313 1. softkey line of the editor Horizontal SK 3
SC314 1. softkey line of the editor Horizontal SK 4
SC315 1. softkey line of the editor Horizontal SK 5
SC316 1. softkey line of the editor Horizontal SK 6
SC326 2. Softkey menu of the editor Horizontal SK 6
SC327 2. Softkey menu of the editor Horizontal SK 7
SERVICES SC407 Main screen of SERVICES Horizontal SK 7
DIAGNOSIS SC507 Main screen of DIAGNOSIS Horizontal SK 7
IBN SC607 Main screen of START-UP Horizontal SK 7
SC616 2. Softkey menu of the editor Horizontal SK 6
SC617 2. Softkey menu of the editor Horizontal SK 7

ShopMill SC818 Machine Manual operating area Horizontal SK 8

(large screen form)
SC8181 Machine Manual operating area Horizontal SK 8
(medium-sized screen form)
SC8182 Machine Manual operating area Horizontal SK 8
(small screen form)
SC8131 Machine Manual-Workpiece Vertical SK 1
Zero operating area
SC8132 Machine Manual-Workpiece Vertical SK 2
Zero operating area
SC8133 Machine Manual-Workpiece Vertical SK 3
Zero operating area
SC8134 Machine Manual-Workpiece Vertical SK 4
Zero operating area
SC8135 Machine Manual-Workpiece Vertical SK 5
Zero operating area
SC8136 Machine Manual-Workpiece Vertical SK 6
Zero operating area
SC8137 Machine Manual-Workpiece Vertical SK 7
Zero operating area

© Siemens AG, 2006. All rights reserved

BE1/7-166 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
7 Configuring and Working Environment

Operating area SCxxx Screen form:

SC8141 Machine Manual-Measure Tool Vertical SK 1
operating area
SC8142 Machine Manual-Measure Tool Vertical SK 2
operating area
SC8143 Machine Manual-Measure Tool Vertical SK 3
operating area
SC8144 Machine Manual-Measure Tool Vertical SK 4
operating area
SC8145 Machine Manual-Measure Tool Vertical SK 5
operating area
SC8146 Machine Manual-Measure Tool Vertical SK 6
operating area
SC8147 Machine Manual-Measure Tool Vertical SK 7
operating area
SC826 Machine Auto operating area Horizontal SK 6
(large screen form)
SC8261 Machine Auto operating area Horizontal SK 6
(medium-sized screen form)
SC8262 Machine Auto operating area Horizontal SK 6
(small screen form)
SC8426 Program-Drilling operating area Vertical SK 6
SC8436 Program-Milling operating area Vertical SK 6
SC8454 Program-Miscellaneous Vertical SK 4
operating area
SC8951 Program-Miscellaneous- Vertical SK 1
Workpiece Zero operating area
SC8952 Program-Miscellaneous- Vertical SK 2
Workpiece Zero operating area
SC8953 Program-Miscellaneous- Vertical SK 3
Workpiece Zero operating area
SC8954 Program-Miscellaneous- Vertical SK 4
Workpiece Zero operating area
SC8955 Program-Miscellaneous- Vertical SK 5
Workpiece Zero operating area
SC8956 Program-Miscellaneous- Vertical SK 6
Workpiece Zero operating area
SC8957 Program-Miscellaneous- Vertical SK 7
Workpiece Zero operating area
SC8961 Program-Miscellaneous- Vertical SK 1
Measure Tool operating area
SC8962 Program-Miscellaneous- Vertical SK 2
Measure Tool operating area

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/7-167
Expand User Interface (BE1) 01/2006
7 Configuring and Working Environment

Operating area SCxxx Screen form:

SC8963 Program-Miscellaneous- Vertical SK 3
Measure Tool operating area
SC8964 Program-Miscellaneous- Vertical SK 4
Measure Tool operating area
SC8965 Program-Miscellaneous- Vertical SK 5
Measure Tool operating area
SC8966 Program-Miscellaneous- Vertical SK 6
Measure Tool operating area
SC8967 Program-Miscellaneous- Vertical SK 7
Measure Tool operating area
SC857 Messages/Alarms operating Horizontal SK 7
area
SC858 Messages/Alarms operating Horizontal SK 8
area
SC867 Tools/Zero offsets operating Horizontal SK 7
area
SC8492 Program-G-Code-Editor Horizontal SK 2
operating area (contour cycles
support) *
SC8493 Program-G-Code-Editor Horizontal SK 3
operating area (drilling cycles
support) *
SC8494 Program-G-Code-Editor Horizontal SK 4
operating area (milling cycles
support) *
SC8495 Program-G-Code-Editor Horizontal SK 5
operating area (turning cycles
support) *
SC8496 Program-G-Code-Editor Horizontal SK 6*
operating area
SC8406 Program-G-Code-Editor Horizontal SK 6
operating area (expanded area) (measuring cycles
support)
SC8407 Program-G-Code-Editor Horizontal SK 7
operating area (expanded area) (measuring cycles
support)

ShopTurn SC818 Machine Manual operating area Horizontal SK 8

(large screen form)
SC8181 Machine Manual operating area Horizontal SK 8
(medium-sized screen form)
SC8182 Machine Manual operating area Horizontal SK 8
(small screen form)
SC8131 Machine Manual-Workpiece Vertical SK 1
Zero operating area
SC8132 Machine Manual-Workpiece Vertical SK 2
Zero operating area
SC8133 Machine Manual-Workpiece Vertical SK 3
Zero operating area

© Siemens AG, 2006. All rights reserved

BE1/7-168 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
7 Configuring and Working Environment

SC8134 Machine Manual-Workpiece Vertical SK 4

Zero operating area
SC8135 Machine Manual-Workpiece Vertical SK 5
Zero operating area
SC8136 Machine Manual-Workpiece Vertical SK 6
Zero operating area
SC8137 Machine Manual-Workpiece Vertical SK 7
Zero operating area
SC8141 Machine Manual-Measure Tool Vertical SK 1
operating area
SC8142 Machine Manual-Measure Tool Vertical SK 2
operating area
SC8143 Machine Manual-Measure Tool Vertical SK 3
operating area
SC8144 Machine Manual-Measure Tool Vertical SK 4
operating area
SC8145 Machine Manual-Measure Tool Vertical SK 5
operating area
SC8146 Machine Manual-Measure Tool Vertical SK 6
operating area
SC8147 Machine Manual-Measure Tool Vertical SK 7
operating area
SC826 Machine Auto operating area Horizontal SK 6
(large screen form)
SC8261 Machine Auto operating area Horizontal SK 6
(medium-sized screen form)
SC8262 Machine Auto operating area Horizontal SK 6
(small screen form)
SC8246 Program-Drilling operating area Vertical SK 6
SC9436 Program-Turning operating area Vertical SK 6
SC9456 Program-Milling operating area Vertical SK 6
SC8454 Program-Miscellaneous Vertical SK 4
operating area
SC857 Messages/Alarms operating Horizontal SK 7
area
SC858 Messages/Alarms operating Horizontal SK 8
area

SC867 Tools/Zero offsets operating Horizontal SK 7

area
SC8492 Program-G-Code-Editor Horizontal SK 2
operating area (contour cycles
support) *
SC8493 Program-G-Code-Editor Horizontal SK 3
operating area (drilling cycles
support) *
SC8494 Program-G-Code-Editor Horizontal SK 4
operating area (milling cycles
support) *
SC8495 Program-G-Code-Editor Horizontal SK 5
operating area (turning cycles
support) *

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/7-169
Expand User Interface (BE1) 01/2006
7 Configuring and Working Environment

SC8496 Program-G-Code-Editor Horizontal SK 6*

operating area
SC8406 Program-G-Code-Editor Horizontal SK 6
operating area (expanded area) (turning measuring
cycles support)*
SC8407 Program-G-Code-Editor Horizontal SK 7
operating area (expanded area) (milling measuring
cycles support)*
* This involves Siemens screen forms.

Displays, which can be called from the PLC

If displays are to be called from the PLC on the basis of Expand user interface,
then it is necessary to create a section [PLC_SELECT].

This section is for assigning the display numbers to the configured displays. In
general, the syntax of an assignment line is:

PCi = display name, file ; Comment

i Number of the display in the interface
Screen name Display (screen form) identifier
File File in which the display is configured

Example:
[PLC_SELECT] ;Fixed section introduction
PC1= CYC82, drilling.com ;Assignment line
PC2= CYCLE90, millthre.com
PC3=..., etc.

Control entries
CHK_FILE_EXIST=ram
ram This control flag: specifies whether configuration files must be copied
each time by the NC or whether a check must be made as to whether the
files are already stored on the RAM drive of the HMI.

Possible values:
0:
A check whether the file already exists on the temporary drive is not
carried out.
This mode is only set while the configuration files are being set up online
on the NC. Changes to configuration files in the NC then become
operative immediately on the HMI Embedded sl, slowing down the
display building process.
1:
Default setting (if CHK_FILE_EXIST has not been set):
The configuration files are read once into the temporary directory and
executed thereafter from there. This means that: Runtime is improved,
but there is no reaction to changes in the configuration files in the NC.

© Siemens AG, 2006. All rights reserved

BE1/7-170 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
7 Configuring and Working Environment

LOGSIZE=kB
KB Size of the LOG file in kilobytes (max. size = 64 KB). A LOG file named
ERROR.COM is created on the temporary directory of the HMI; its size is
determined by this parameter setting.

RAMDISK_SIZE = kBrd
kBrd Size of available RAMDISK in KB.
RAMDISK_SIZE can be located at any position - within or outside the
sections. If the element occurs several times, then the first occurrence is
relevant.
Example:
RAMDISK_SIZE=200 ; 200 KB

The standard value (if the element RAMDISK_SIZE was not specified) is
300 KB.

If, after copying, the selected size has been exceeded, all of the COM
files in the temporary directory are deleted before the next copying
operation. (Files for screen forms in the background (for operating area
change) are still kept.)

Example of COMMON.COM

[MMC_DOS]
sc101=tooth.com ; MACHINE
; Files are located in the
; Flash memory of the HMI
sc111=mda.com
sc122=auto.com
sc207=param.com ; PARAMETER
sc314=aeditor.com ; PROGRAM, Editor
sc315=aeditor.com
sc316=aeditor.com
sc407=dienste.com ; SERVICES
sc507=diagnose.com ; DIAGNOSTICS
sc607=inbetrn.com ; Start-up
sc826=cmm.com ; ShopMill, Machine, AUTO
sc857=cmm.com ; Messages/
sc858=cmm.com ; Alarms
sc867=cmm.com ; Tools, ZO
CHK_COMMON.COM=1 ; faster processing
; by HMI
LOGSIZE=30 ; 30 kB for LOG of errors in
: the screen forms
[PLC_SELECT] ; declaration of displays that can
; be called from the PLC,
;see below.
PC1= CYC82, drilling.com ; display 1
PC2= CYCLE90, millthre.com ; display 2

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/7-171
Expand User Interface (BE1) 01/2006
7 Configuring and Working Environment

7.3 Storing the configuration files

7.3.1 HMI Embedded sl

Storage

User wizard files (com files for “normal”

user dialogs, i.e., everything except
cycles support): /card/user/sinumerik/hmi/proj

User wizard files for user cycles support

/card/user/sinumerik/cycles/proj
Similarly, manufacturer wizard files are
stored in: /card/oem/sinumerik/cycles/proj
/card/oem/sinumerik/hmi/proj
Bitmaps: /card/user/sinumerik/cycles/ico/icoxxx
/card/oem/sinumerik/cycles/ico/icoxxx
/card/user/sinumerik/hmi/ico/icoxxx
/card/oem/sinumerik/hmi/ico/icoxxx
Ini files: /card/user/sinumerik/hmi/cfg
/card/oem/sinumerik/hmi/cfg
Header icons: /card/user/sinumerik/hmi/ico/icoxxx
/card/oem/sinumerik/hmi/ico/icoxxx
Associated texts
(aluc.txt, bzw. aluctx.s0x) /card/user/sinumerik/cycles/lng/xxx
/card/oem/sinumerik/cycles/lng/xxx
/card/user/sinumerik/hmi/lng/xxx

Whereby xxx stands for the language

Procedure
In the Linux environment, the user wizard files are copied to the
/user/sinumerik/hmi/proj directory (for “normal“ user dialogs, i.e., everything
except cycles support) of the CompactFlash card. User wizard files for user cycles
support are copied to the /user/sinumerik/cycles/proj directory of the
CompactFlash card. All files are unpacked and copied to the relevant directory.

Similarly, the manufacturer wizard files are copied to the /oem/sinumerik/…

directories.

The copy operation can be performed either using Linux tools (PuTTY or WinSCP)
or using the copy function in the PROGRAM operating area.
In delivery condition, three USB drives and access to the CompactFlash card are
set up in the PROGRAM operating area.

© Siemens AG, 2006. All rights reserved

BE1/7-172 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
7 Configuring and Working Environment

The following directory structure is set up on the USB medium:

\cycles
\cycles\proj (Com files)
\cycles\prog (customer cycles (.spf))
\cycles\lng (Language directory – contains only subdirectories)
\cycles\lng\xxx (Language directory, e.g., ger, eng, etc. – one directory for
each language) The aluc.txt file for the relevant language
is stored here.
\cycles\ico (Display image directory – contains only subdirectories for
each resolution)
\cycles\ico\ico640 Directory for the display images of resolution 640*480
as .bmp or .bin
\cycles\ico\ico800
\cycles\ico\ico1024
or for wizard dialogs assigned to other areas in HMI:
\hmi\proj
\hmi\lng\...
\hmi\ico\...

In the PROGRAM operating area, the entire \cycles or \hmi directory is copied from
the USB medium to the /user/sinumerik directory of the CompactFlash card.

7.3.2 HMI Advanced

When using HMI Advanced, no control file entries are required.

The central control file COMMON.COM must be stored in one of the following NC
directories or in the DH path:
• CUS or
CUS.DIR on the DH path ;User cycles directory
• CMA or
CMA.DIR on the DH path ;Manufacturer cycles directory
• CST or
CST.DIR on the DH path ;Standard cycles directory
• COM or
COM.DIR on the DH path ;Comment directory

The directories are searched for the configuration files in the specified order. If files
of the same name are stored in different directories, then the first file detected
according to the search strategy is interpreted.

Storing the alarm text files

Alarm text files are stored in the following directory:

\DH\MB.DIR\

File name:

ALUC_xx.COM

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/7-173
Expand User Interface (BE1) 01/2006
7 Configuring and Working Environment

Texts can be stored in text file ALUC_xx.COM as described in chapter “General

information about the configuring environment”. The text language is assigned on
the basis of the text file name.

"XX" is replaced by one of the following codes in the text file name:
e.g., ALUC_uk.COM for English texts

Abbreviation xx Language
gr German
uk English
fr French
it Italian
sp Spanish
nl Dutch
fi Finnish
sw Swedish
pl Polish
tr Turkish
ch Chinese
tw Chinese (Taiwan)
ko Korean
hu Hungarian
po Portuguese
ru Cyrillic
cz Czech

Testing configured screen forms in the PC/PG environment

You have installed the PC version of the HMI Advanced software on your PC/PG.

The directory structure is the same as on HMI Advanced.

The error log is generated in: \DH\COM.DIR\ERROR.COM

7.4 Common HW plattform for both HMI systems

HMI Embedded WIN32 searches the configuration files for Expand user interface
on the same paths as HMI Advanced. The starting point is the data management
path.
The search sequences described below are relevant for ShopMill/ShopTurn on
NCU if HMI Advanced and HMI Embedded sl are both operated in parallel on a
single hardware platform. In this case, Expand user interface accesses the same
configuration files under ShopMill/ShopTurn on NCU running on HMI Embedded sl
as on HMI Advanced.

© Siemens AG, 2006. All rights reserved

BE1/7-174 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
7 Configuring and Working Environment

Supplementary conditions
HMI Embedded WIN32 evaluates the mmchome property of section [DHSTART]
in configuration file DH.INI, which contains the root directory for the data
management path.
DH.INI must be stored in the BIN directory on which MMC0.EXE is started. The
maximum length for the data management root directory entry is 100 characters.

7.4.1 General search strategy

Start-up
On start-up, HMI Embedded WIN32 uses the entries in the Windows Registry to
ascertain where HMI Advanced is installed.
Within the directory indicated in the registry, a search is made for file DH.INI in the
subdirectories ..\user, ..\oem, ..\add_on, ..\mmc2 in the sequence specified. If
DH.INI cannot be found there, a search is carried out for the file in the currently
selected directory of HMI Embedded WIN32.

Example:
If HMI Advanced was found on f:\HMI\HMI Advanced, then a search for dh.ini is
made in the following sequence:
f:\HMI\HMI Advanced\user
f:\HMI\HMI Advanced\oem
f:\HMI\HMI Advanced\add_on
f:\HMI\HMI Advanced\mmc2

Control variables for search sequences

Search sequence with HMI Advanced:

CUS directory in the data management directory specified in dh.ini

CMA directory in the data management directory specified in dh.ini
CST directory in the data management directory specified in dh.ini
COM directory in the data management directory specified in dh.ini
Wizard directory on RAM disk

Filename.bin
Filename.bmp

Bitmap name without path

In HMI Advance, files with the file ending .bin are not used

Search sequence if no archive is specified and the file name does not contain a
path:
1. Filename.bin in the CUS directory of the data management path
2. Filename.bmp in the CUS directory of the data management path
3. Filename.bin in archive Filename.bi_ in the CUS directory of the data
management path
4. Filename.bmp in archive Filename.bm_ in the CUS directory of the data
management path

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/7-175
Expand User Interface (BE1) 01/2006
7 Configuring and Working Environment

5. Filename.bin in the CUS\resolution directory of the data management path

6. Filename.bmp in the CUS\resolution directory of the data management path
7. Filename.bin in archive Filename.bi_ in the CUS\resolution directory of the
data management path
8. Filename.bmp in archive Filename.bm_ in the CUS\resolution directory of
the data management path
9. Filename.bin in the CMA directory of the data management path
10. Filename.bmp in the CMA directory of the data management path
11. Filename.bin in archive Filename.bi_ in the CMA directory of the data
management path
12. Filename.bmp in archive Filename.bm_ in the CMA directory of the data
management path
13. Filename.bin in the CMA\resolution directory of the data management path
14. Filename.bmp in the CMA\resolution directory of the data management path
15. Filename.bin in archive Filename.bi_ in the CMA\resolution directory of the
data management path
16. Filename.bmp in archive Filename.bm_ in the CMA\resolution directory of
the data management path
17. Filename.bin in the CST directory of the data management path
18. Filename.bmp in the CST directory of the data management path
19. Filename.bin in archive Filename.bi_ in the CST directory of the data
management path
20. Filename.bmp in archive Filename.bm_ in the CST directory of the data
management path
21. Filename.bin in the CST\resolution directory of the data management path
22. Filename.bmp in the CST\resolution directory of the data management path
23. Filename.bin in archive Filename.bi_ in the CST\resolution directory of the
data management path
24. Filename.bmp in archive Filename.bm_ in the CST\resolution directory of
the data management path
25. Filename.bin in the current directory (Bin directory)
26. Filename.bmp in the current directory (Bin directory)
27. Filename.bin in archive Filename.bi_ in the current directory (Bin directory)
28. Filename.bmp in archive Filename.bm_ in the current directory (Bin directory)
29. Filename.bin in archive CUS.ARJ in the CUS directory of the data
management path
30. Filename.bmp in archive CUS.ARJ in the CUS directory of the data
management path
31. Filename.bin in archive CUS.ARJ in the CUS\resolution directory of the data
management path
32. Filename.bmp in archive CUS.ARJ in the CUS\resolution directory of the
data management path
33. Filename.bin in archive CUS.ARJ in the CMA directory of the data
management path
34. Filename.bmp in archive CUS.ARJ in the CMA directory of the data
management path
35. Filename.bin in archive CUS.ARJ in the CMA\resolution directory of the data
management path
36. Filename.bmp in archive CUS.ARJ in the CMA\resolution directory of the
data management path
37. Filename.bin in archive CUS.ARJ in the CST directory of the data
management path
38. Filename.bmp in archive CUS.ARJ in the CST directory of the data
management path

© Siemens AG, 2006. All rights reserved

BE1/7-176 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
7 Configuring and Working Environment

39. Filename.bin in archive CUS.ARJ in the CST\resolution directory of the data

management path
40. Filename.bmp in archive CUS.ARJ in the CST\resolution directory of the
data management path

Steps 29 through 40 are then repeated for CMA.ARJ

41. Filename.bin in archive CMA.ARJ in the CUS directory of the data

management path
....

52. Filename.bmp in archive CMA.ARJ in the CST\resolution directory of the data

management path
Steps 41 through 52 are then repeated for CST.ARJ

53. Filename.bin in archive CST ARJ in the CUS directory of the data
management path
....

64. Filename.bmp in archive CST.ARJ in the CST\resolution directory of the data

management path
65. Filename.bin in archive CUS.ARJ in the current directory (Bin directory)
66. Filename.bmp in archive CUS.ARJ in the current directory (Bin directory)
67. Filename.bin in archive CMA.ARJ in the current directory (Bin directory)
68. Filename.bmp in archive CMA.ARJ in the current directory (Bin directory)
69. Filename.bin in archive CST.ARJ in the current directory (Bin directory)
70. Filename.bmp in archive CST.ARJ in the current directory (Bin directory)
71. Filename.bxx
Partial binary files, which have to be processed for reasons of compatibility with
Real mode and when starting Protected mode. These files are only searched for in
the currently selected directory.

7.4.2 Search strategy for COMMON.COM

For information about the search sequence for COMMON.COM, see HMI
Embedded sl section in chapter "Storage location of COMMON.COM".

Configuration file COMMON.COM is handled separately. In order to activate the

changes in this file, HMI Embedded WIN32 must be restarted in connection with
HMI Advanced (ShopMill / ShopTurn).
A connection to the NC is established.

7.4.3 Search sequence for display images

The expanded search function for images (bitmaps) in HMI Embedded sl can also
be used for images in the Expand user interface system.

If HMI Embedded WIN32 (ShopMill/ShopTurn) is installed together with HMI

Advanced on a single hardware platform, a relevant data management path can be
preset.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/7-177
Expand User Interface (BE1) 01/2006
7 Configuring and Working Environment

If a data management path is defined, it is prioritized and processed before the

currently selected directory in order that HMI Embedded WIN32 and HMI
Advanced access the same images.

The new search mechanism also includes the directories of the data management
path that are of relevance for Expand user interface and the possible archives for
images (cus.arj, cma.arj, cst.arj).

The search mechanism always searches for the individual files first, before
searching possible archives. Consequently, the search sequence for images is as
follows:
• Individual image before archive (.bin files are searched for before .bmp files).
Once the search of the unpacked files has been completed, the archives
containing a single file (.bi_, then .bm_) are searched.
• Bitmap name with followed by bitmap name without path

For more information about the search sequence for bitmaps with the various
formats, see "General information about searches".

© Siemens AG, 2006. All rights reserved

BE1/7-178 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
8 Terms, Tables, Lists, Examples

8 Terms, Tables, Lists, Examples

8
8.1 Terms..................................................................................... BE1/8-180

8.2 Table of start softkeys............................................................ BE1/8-183

8.3 Color table.............................................................................. BE1/8-184

8.4 List of accessible system variables........................................ BE1/8-186

8.5 List of Pl services ................................................................... BE1/8-195

8.6 Examples ............................................................................... BE1/8-199

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/8-179
Expand User Interface (BE1) 01/2006
8 Terms, Tables, Lists, Examples

8.1 Terms

Table 8-1:
Term Description
Action Anything that is configured within a → method: → Functions,
→ Calculating variables, → Changing properties, ...
User variable The user can declare user-defined variables for optional use in the
→ parts program or data block.
Array Table or list of data
Attribute Characteristic that assigns an object (→ screen form or → variable)
specific, detailed → properties.
Operator interface The term "user interface" refers in this document to the information
displayed on the screen, including allocated softkeys and some
special operator panel front keys.
Group Reload unit for → configuration file
Definition lines Program section in which → variables and → softkeys are defined.
I/O field Input/output field for displaying and modifying values of variables.
Editor ASCII Editor with which characters can be entered in a file and
edited.
Characteristics Characteristics of an object (e.g., of a → variable)
Start softkey → Softkey with which the first newly created → screen form is
started.
Start softkey definition Program section from //S(Start)..........//END in which a → Start
block softkey is defined
Event Any action, which initiates execution of a → Method: Input of
characters, actuation of → Softkeys, ...
Focus Highlighting on screen, which identifies the → Screen form element
that is currently selected for editing/monitoring. Screen form
element marked by the cursor.
Function Sequence of operations programmed in → Methods as a function
of → Parameters.
Graphic Graphic, which is displayed when a screen form is opened.
Master screen form → Screen form, which calls another screen form but remains open
when a second screen is displayed.
Help display Display, which is opened context-sensitively in relation to screen
form elements.
Help loop Several help references can be configured in a loop for each →
Screen form element, i.e., the references are called up in
succession and when the last reference closes, the first is
displayed again.
Help variable Internal arithmetic variable to which no → Properties can be
assigned, i.e., it is not visible in the → Screen form.
HSx Horizontal → Softkey x
Interpreter The interpreter automatically converts the defined code from the →
Configuration File into a → Screen form and controls its use.

© Siemens AG, 2006. All rights reserved

BE1/8-180 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
8 Terms, Tables, Lists, Examples

Term Description
Machine data Settings of properties of the SINUMERIK system made by
Siemens/machine manufacturer/end user and stored in the system.
The following types of auxiliary function are available:
$MN_... General NC machine data
$MC_... Channel-specific machine data
$MA_... Axis-specific machine data
$MM_... Machine data of operator panel front
In addition to this there is → setting data and drive machine data.
Screen form Screen display of → User interface
Screen form-dependent Softkey menu, which is called from a newly configured screen
softkey menu form.
Screen form tree A group of interlinked → Screen forms
Screen form definition Program section from //M..........//END for defining a → Screen form
block
Screen form element Visible component of a → Variable: Short text, graphics text, → I/O
field and unit text
Main body of screen Header, long text, graphics and → Screen form elements
form
Form-independent Softkeys, which are not called from a screen form, i.e., start softkey
softkeys and softkey menus, which the user configures before the first, new
screen form.
Method Programmed sequence of operations, which is executed when a
corresponding → Event occurs.
HMI Embedded sl Computer unit of operator panel front without hard disk
HMI Advanced Computer unit of operator panel front with hard disk
NC Numerical Control: System component of a SINUMERIK system,
which controls the motional sequences of axes on the basis of →
Parts programs.
NC code Permissible language elements used to write → Parts programs of
the SINUMERIK system
NC function →PI service
User comment Comment, which is automatically created during → NC code
generation.
Parameters Parameters are variable elements of the programming syntax and
replaced by other words/symbols in the → Configuration file.
PI service → Function, which, on an → NC, executes a clearly defined
operation.
PI services can be called from the → PLC and from → HMI
Advanced/HMI Embedded sl.
PLC Programmable Logic Control: Programmable controller, which
performs mainly logic operations in the SINUMERIK system.
Programming support Provision of → Screen forms to assist programmers in writing →
Parts programs with "higher-level" components
Free contour programming
Cycle support
Blueprint programming
→Recompiling
→Simulation
directly from the → Editor.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/8-181
Expand User Interface (BE1) 01/2006
8 Terms, Tables, Lists, Examples

Term Description
Configuration file File or files, which contain definitions and instructions that
determine the appearance of → Screen forms and their →
Functions.
RECALL key Standard key on front of operator panel
Tab card Memory for data exchange between → Screen forms.
Recompiling Sections of → NC code can be generated in a → Parts program
from input fields in → Screen forms of the → Programming support
system. Recompilation is the reverse operation. The input fields,
which have created a selected section of NC code, are retrieved
from the NC code and displayed in the original screen form.
Setting data Data, which communicates the properties of the machine tool to
the NC control, as defined by the system software. In contrast to →
Machine data, setting data can be altered immediately by the
operator.
ShopMill Optimized SINUMERIK application and user interface for 21⁄2D
milling operations.
ShopTurn Optimized SINUMERIK application and user interface for turning
operations.
Simulation Simulation of a → Parts program run (e.g., graphically) without
movement of the actual machine axes.
Softkey Key on front of operator panel, which activates a function displayed
on the assigned area of the screen.
Softkey labels Text/image on the screen area, which is assigned to a → Softkey.
Softkey menu All horizontal or all vertical → softkeys
Softkey menu definition Program section from //S..........//END for defining a → Softkey
block menu
Column index Column number of an array
Standard application → User interfaces that are integrated in standard software.
System variable NC variable providing the NC states for parts program accesses
and accesses from → HMI.
Parts programs A program formulated in the NC language, which specifies motion
sequences for axes and various special actions.
Toggle field A list of values in the → I/O Field; check with toggle field: The
value input in a field must be the same as one of the listed values.
Sub-screen form → Screen form that is called from another screen form (master
screen form) without the → Master screen form being closed.
Variable Designation of a memory location, which can be displayed in a →
Screen form by assigning → Properties and in which input data
and the results of arithmetic operations can be entered.
VSx Vertical → Softkey x
Line index Row number of an array
Access Level Graduated system of authorization, which makes the accessibility
and utilization of functions on the → user interface dependent on
the authorization rights of the user.

© Siemens AG, 2006. All rights reserved

BE1/8-182 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
8 Terms, Tables, Lists, Examples

8.2 Table of start softkeys

Correlation between start softkey/configuration file (default setting)

Table 8-2: HMI Advanced/HMI Embedded sl

Basic screen Horizontal softkey Configuration file
Machine JOG 1 MA_JOG.COM
Machine MDA 1 MA_MDA.COM
Machine Automatic 2 MA_AUTO.COM
Parameters 7 PARAM.COM
Program 8 PROG.COM
Services 7 SERVICE.COM
Diagnostics 7 DIAG.COM
Startup 7 STARTUP.COM
expanded softkey menu 6, 7
Editor (reserved) 2, 3, 4, 5 AEDITOR.COM
Editor 6 AEDITOR.COM
expanded softkey menu 6, 7

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/8-183
Expand User Interface (BE1) 01/2006
8 Terms, Tables, Lists, Examples

8.3 Color table

Configuring screen forms

The following standard color table is available for HMI Advanced and HMI
Embedded sl for the purpose of configuring screen forms (subset of the respective
standard color table):

Table 8-3: Color table

Number Color

1 Black
2 Red/brown
3 Dark green
4 Light gray
5 Dark gray
6 blue
7 Red
8 Brown
9 Yellow
10 white

The appearance of the colors may vary slightly with:

- HMI Advanced
- HMI Embedded sl
- ShopMill on NCU
- ShopTurn on NCU

On the EIN6, gray scales are available.

HMI Advanced

For bitmaps in HMI Advanced, the current color table of the shipped software must
be used in the character program.

HMI Embedded sl

For bitmaps in HMI Embedded sl, the current color table of the shipped software
must be used in the character program.

Color tables depend on the "New Fashion" option.

You will find the color tables in the tool box under
8x0d\examples_tools\wizard.bsp\hmi_emb\...
The file names indicate the application of each table.

- HMI_EMB_OLD_FASHION.PAL :
This color palette should be used for HMI Embedded sl with Old Fashion
Color indices 160 to 231 are available

© Siemens AG, 2006. All rights reserved

BE1/8-184 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
8 Terms, Tables, Lists, Examples

- HMI_EMB_NEW_FASHION.PAL :
This color palette should be used for HMI Embedded sl with New Fashion
Color indices 160 to 231 are available

- HMI_EMB_OLD_AND_NEW_FASHION.PAL :
This color palette should be used for HMI Embedded sl with both Old and New
Fashion; the bitmaps generated with this color palette are identical in appearance
for Old and New Fashion.
Color indices 160, 163, 184, 187, 196, 199, 204, 205, 207, 217, 219, 220, 221, 223,
226 and 228 are available

The previous color table HMI_EMB.PAL is superseded by the tables specified

above. Only colors 160 through 231 can be used. This is the only way to ensure
that images look the same on HMI Embedded sl and HMI Advanced.

Activating a color table from PaintShopPro

File → Open → ...\*.bmp
Colors → Open picture palette → ...\*.PAL
Apply palette with ~ Color Indices "Open"

System colors
There is a choice of 10 colors available for the color of a form screen element (text,
input field, screen from background, etc.). The system colors have been expanded
- and there is a difference between the old and new designs (refer to, e.g., the
header color in the table below).

In order to achieve a demarcation between unique and design-dependent colors,

it has been defined that the unique colors are found between 0 and 128. The
design-dependent colors that have been newly introduced as part of this expansion,
are defined from index 128. This means, that also when the unique colors are
expanded (up to 128), it is prevented that both color types are mixed.

Newly defined colors

Index Color description Color
Old design New design
128 System color active field Yellow Orange
129 Background color Gray Light gray
130 Header color (active) Yellow blue
131 Header font color (active) Black white

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/8-185
Expand User Interface (BE1) 01/2006
8 Terms, Tables, Lists, Examples

8.4 List of accessible system variables

Table 8-4:
Name Index Description
$A_DBB[x] x=ByteNo Data byte from/to PLC
$A_DBD[x] x=Offset Double data word (32bit) from/to PLC
$A_DBR[x] x=Offset Real data (32 bit) from/to PLC
$A_DBW[x] x=Offset Data word (16 bit) from/to PLC
$A_DLB[index] index=Offset Data byte in link area
$A_DLD[index] index=Offset Data access to double word in link area
$A_DLR[index] index=Offset Real data in link area
$A_DLW[index] index=Offset Data word in link area
$A_IN[x] x=DigitalinputNo Value of HW digital input
$A_INA[x] x=AnaloginputNo Value of HW analog input
$A_INCO[x] x=InputNo Comparator input NC
$A_INSE Safe Programmable Logic:
External input of the NCK I/O
$A_INSED Safe Programmable Logic:
Image of external NCK input
$A_INSEP Safe Programmable Logic:
External input of the PLC I/O
$A_INSEPD Safe Programmable Logic:
Image of external PLC inputs
$A_INSI Safe Programmable Logic:
Internal NCK input safety
$A_INSID Safe Programmable Logic:
Image of internal NCK input safety
$A_INSIP Safe Programmable Logic:
Internal PLC input safety
$A_LINK_TRANS_RATE Link transfer rate
$A_MARKERSI Safe Programmable Logic: NCK markers
$A_MARKERSIP Safe Programmable Logic:
Image of PLC markers
$A_OUT[x] x=DigitaloutputNo Value of HW digital output
$A_OUTA[x] x=AnalogoutputNo Value of HW analog output
$A_OUTSE Safe Programmable Logic:
External output of the NCK I/O
$A_OUTSED Safe Programmable Logic:
Image of external NCK output
$A_OUTSEP Safe Programmable Logic:
External output of the PLC I/O
$A_OUTSEPD Safe Programmable Logic:
Image of the external PLC output
$A_OUTSI Safe Programmable Logic:
Internal NCK output safety
$A_OUTSID Safe Programmable Logic:
Image of internal NCK output safety
$A_OUTSIP Safe Programmable Logic:
Internal PLC output 611D safety
$A_OUTSIPD Safe Programmable Logic:
Image of internal PLC output 611D safety
$A_TIMERSI Safe Programmable Logic: NCK timers

© Siemens AG, 2006. All rights reserved

BE1/8-186 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
8 Terms, Tables, Lists, Examples

Table 8-5:
Name Index Description
$A_PBB_IN[index] index=Offset IN data byte
$A_PBB_OUT[index] index=Offset OUT data byte
$A_PBD_IN[index] index=Offset IN double data word
$A_PBD_OUT[index] index=Offset OUT double data word
$A_PBR_IN[index] index=Offset IN real data
$A_PBR_OUT[index] index=Offset OUT real data
$A_PBW_IN[index] index=Offset IN data word
$A_PBW_OUT[index] index=Offset OUT data word
$A_TC_FCT Command number
$A_TC_LFN Source location number
$A_TC_LFO Source location number
$A_TC_LTN Target location number
$A_TC_LTO Target location number
$A_TC_MFN Source magazine
$A_TC_MFO Source magazine number
$A_TC_MTN Target magazine number
$A_TC_MTO Target magazine number
$A_TC_STATUS Command status
$A_TC_THNO Number of toolholder
$A_TC_TNO T number
$A_TOOLMLN[x] x=ToolNo T Current location
$A_TOOLMN[x] x=ToolNo T Current magazine
$AA_COUP_ACT[x] x=Spindle following Current coupling status following spindle
$AA_COUP_OFFS[x] x=Axis Offset to leading axis/leading spindle,
setpoint
$AA_COUP_OFFS[x] x=Spindle Position offset for synchronous spindle
(setpoint)
$AA_CURR[x] x=Axis Actual current value of axis or spindle
$AA_DELT[x] x=Axis Drive-specific distance to go in WCS
$AA_DTBB[x] x=Axis Drive-specific path from start of block in
basic coordinate system
$AA_DTBW[x] x=Axis Drive-specific path from start of block in
WCS
$AA_DTEB[x] x=Axis Drive-specific path, end of block in basic
coordinate system
$AA_DTEPB[x] x=Axis Drive-specific dist.-to-go infeed
oscillation in basic coordinate system
$AA_DTEPW[x] x=Axis Drive-specific dist.-to-go infeed
oscillation in WCS
$AA_DTEW[x] x=Axis Drive-specific path, end of block in WCS
$AA_EG_ACTIVE [a,b] a=Following axis EG coupling active
b=Leading axis
$AA_EG_AX[n,a] n=Index leading axis EG leading axis number
a=Following axis
$AA_EG_DENOM [a,b] a=Following axis EG coupling factor denominator
b=Leading axis
$AA_EG_NUM_LA[a] a=Following axis EG no. of leading axes
$AA_EG_NUMERA [a,b] a=Following axis EG coupling factor numerator
b=Leading axis
$AA_EG_SYN[a,b] a=Following axis EG synchronous position leading axis
b=Leading axis
$AA_EG_SYNCDIFF[a] a=Axis identifier EG synchronism deviation
$AA_EG_SYNFA[a] a=Following axis EG synchronous position following axis
$AA_EG_TYPE[a,b] a=Following axis EG coupling type
b=Leading axis

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/8-187
Expand User Interface (BE1) 01/2006
8 Terms, Tables, Lists, Examples

Name Index Description

$AA_ESR_ENABLE[a] a=Axis ESR axis enable
$AA_ESR_ENABLE[a] a=Axis ESR enable
$AA_ESR_STAT[a] a=Axis ESR status
$AA_ETRANS[x] x=FrameNo Offset of external frames
$AA_FXS[x] x=Axis Status after travel to fixed stop
$AA_IBN[x] x=Axis Toolholder actual value
$AA_IEN[x] x=Axis Holder for active tool relative to
workpiece zero point
$AA_IM[x] x=Axis Toolholder
$AA_IW[x] x=Axis Toolholder position, setpoint
$AA_LEAD_P[x] x=Axis Real master value - position
$AA_LEAD_SP[x] x=Axis Simulated master value - position
$AA_LEAD_SV[x] x=Axis Simulated master value - velocity
$AA_LEAD_TYP[x] x=Axis Source of master value
$AA_LEAD_V[x] x=Axis Real master value - velocity
$AA_LOAD[x] x=Axis Drive load in % (for 611D only)
$AA_MM[x] x=Axis Measured value in MCS
$AA_MM1[x] x=Axis Access to measured value in MCS
$AA_MM2[x] x=Axis Access to measured value in MCS
$AA_MM3[x] x=Axis Access to measured value in MCS
$AA_MM4[x] x=Axis Access to measured value in MCS
$AA_MW[x] x=Axis Measured value in WCS
$AA_OFF[x] x=Axis Overlaid motion for programmed axis
$AA_OFF_LIMIT[x] x=Axis Drive-specific limit value reached,
correction for $AA_OFF
$AA_OSCILL_REVERSE_POS1[x] x=Axis Current reversal position 1 oscill. in
synchronous actions
$AA_OSCILL_REVERSE_POS2[x] x=Axis Current reversal position 2 oscill. in
synchronous actions
$AA_OVR[x] x=Axis Drive-specific override for motion-
synchronous actions
$AA_POWER[x] x=Axis Drive active power in [Watts]
$AA_S[x] x=SpindleNo Spindle speed, setpoint
$AA_SOFTENDN[x] x=Axis Software limit position, negative
direction
$AA_SOFTENDP[x] x=Axis Software limit position, positive direction
$AA_STAT[x] x=Axis Axis status
$AA_SYNA_MEM Free memory space, motion
synchronous actions
$AA_SYNC[x] x=Axis Coupling of the slave axis for master
value coupling
$AA_TORQUE[x] x=Axis Drive torque setpoint in [Nm]
$AA_TYP[x] x=Axis Axis type
$AA_VACTB[x] x=Axis Drive-specific feed, actual value
$AA_VACTM[x] x=Axis Drive-specific feed, setpoint
$AA_VACTW[x] x=Axis Drive-specific feed, actual value
$AA_VC[x] x=Axis Drive-specific feed, additive path feed
correction
$AC_ALARM_STAT ESR alarm status
$AC_AXCTSWA[CTn] CTn=Axis container no. Axis container status
$AC_DELT Distance to go, path WCS
$AC_DRF[x] x=Axis DRF value
$AC_DTBB Distance from start of block in basic
coordinate system
$AC_DTBW Distance from block start in WCS
$AC_DTEB Distance from end of block in basic

© Siemens AG, 2006. All rights reserved

BE1/8-188 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
8 Terms, Tables, Lists, Examples

Name Index Description

coordinate system
$AC_DTEPB Distance to go for oscillating infeed of
basic coordinate system
$AC_DTEPW Distance to go for oscillating infeed in
WCS
$AC_DTEW Distance from block end in WCS
$AC_FCT0[x] x=PolynomNo a0 coefficient nth polynomial for synchr.
action
$AC_FCT1[x] x=PolynomNo a1 coefficient nth polynomial for synchr.
action
$AC_FCT2[x] x=PolynomNo a2 coefficient nth polynomial for synchr.
action
$AC_FCT3[x] x=PolynomNo a3 coefficient nth polynomial for synchr.
action
$AC_FCTLL[x] x=PolynomNo Lower limit value nth polynomial for
synchronized action
$AC_FCTUL[x] x=PolynomNo Upper limit value nth polynomial for
synchronized action
$AC_FIFOx[y] x=FIFONo (1-10) FIFO variables for synchronous actions
y=ParameterNo

$AC_MARKER[x] x=MarkerNo Counter for motion synchronous actions

$AC_MEA Probe has responded
$AC_OVR Path override for synchronous actions
$AC_PARAM[x] x=ParameterNo Dyn. parameter for motion
synchronization
$AC_PATHN Normalized path parameter
$AC_PLTBB Distance from start of block in basic
coordinate system
$AC_PLTEB Distance from block end in basic
coordinate system
$AC_PRESET[x] x=Axis PRESET value
$AC_PROG Program status
$AC_RETPOINT[x] x=Axis Return position on contour for
repositioning
$AC_SDIR[x] x=SpindleNo Rotat. status
$AC_SMODE[x] x=SpindleNo Spindle mode
$AC_STAT Channel status
$AC_TIME Time from the start of the block in
seconds (including the times for the
internally generated intermediate blocks)
$AC_TIMES Time from the start of the block in
seconds (without times for the internally
generated intermediate blocks)
$AC_TIMEC Time from the start of the block in
interpolation clock cycles (including
clock cycles for the internally generated
intermediate blocks)
$AC_TIMESC Time from the start of the block in
interpolation clock cycles (without the
clock cycles for internally generated
intermediate blocks)
$AC_TIMER[x] x=TimerNo Timer location in seconds
$AC_VACTB Interpolation feedrate, setpoint
$AC_VACTW Path velocity in WCS
$AC_VC Additive path feed correction for
synchronous actions

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/8-189
Expand User Interface (BE1) 01/2006
8 Terms, Tables, Lists, Examples

Name Index Description

$AN_AXCTAS[n] Actual axis container address (rotary
position)
$AN_AXCTSWA[CTn] CTn=Axis container no. Axis container rotation active
$AN_ESR_TRIGGER ESR start signal
$AN_MARKER[x] x=MarkerNo Marker variable for motion synchronous
actions
$MC_DISPLAY_AXIS Bits 16-31 Machine axis identifier
$MC_DISPLAY_AXIS Bits 0-15 Identifier for geometry/auxiliary axis
$MC_MM_NUM_BASE_FRAMES Number of base frames in channel
$MN_EXTERN_LANGUAGE and CNC system language
$MN_EXTERN_CNC_SYSTEM
$MN_MAX_CUTTING_EDGE_NO Max. value D number
$MN_MAX_CUTTING_EDGE_ Max. number of edges per tool
PER_TOOL
$MN_MAX_SUMCORR_ Max. number of total offsets per cutting
PERCUTTING_EDGE edge
$MN_MM_KIND_OF_SUMCORR Properties of total offsets in NCK
$MN_MM_NUM_CC_MAGAZINE_ Number of parameters for one tool
PARAM magazine
$MN_MM_NUM_CC_MAGLOC_ Number of parameters for one tool
PARAM magazine location
$MN_MM_NUM_CC_MON_ Number of parameters of monitoring
PARAM user data of one tool edge
$MN_MM_NUM_GLOBAL_BASE_ Number of channel-dependent basic
FRAMES frames
$MN_MM_NUM_SUMCORR Total number of total offsets in NCK
$MN_MM_NUM_TOOL_ADAPTER Max. number of traversed tool adapter
data blocks
$MN_MM_TOOL_MANAGEMENT_ Settings NCK tool management
MASK
$P_UBFR[ x ,MI] x=FrameNo Mirroring of settable frame
$P_UBFR[x,RT] x=FrameNo Rotation of settable frame
$P_UBFR[x,SC] x=FrameNo Scaling factor of settable frame
$P_UBFR[x,SI] x=FrameNo Fine offset for frames
$P_UBFR[x,TR] x=FrameNo Translation of settable frame
$P_CHBFRMASK Active channel-specific basic frames
$P_EG_BC[a] EG block change criterion
$P_NCBFRMASK Active channel-independent basic
frames
$P_OFFN Offset normal
$P_PFRAME[x,TR] or Compilation of active frame
$P_ACTFRAME or
$P_IFRAME
$P_TOOL Number of active tool edge
$P_TOOLL[1] Active tool length 1
$P_TOOLL[2] Active tool length 2
$P_TOOLL[3] Active tool length 3
$P_TOOLND[x] x=ToolNo Number of cutting edges
$P_TOOLNO Number of active tool
$P_TOOLR Active tool radius
$P_UIFR[x,y,MI] x=FrameNo, y=Axis Mirroring of settable frame
$P_UIFR[x,y,RT] x=FrameNo, y=Axis Rotation of settable frame
$P_UIFR[x,y,SC] x=FrameNo, y=Axis Scaling factor of settable frame
$P_UIFR[x,y,SI] x=FrameNo, y=Axis Fine offset for frames
$P_UIFR[x,y,TR] x=FrameNo, y=Axis Translation of settable frame
$P_UIFRNUM Index of active set frame
$R[x] x=ParameterNo R parameters

© Siemens AG, 2006. All rights reserved

BE1/8-190 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
8 Terms, Tables, Lists, Examples

Table 8-6:
Name Index Description
$SC_PA_ACTIV_IMMED[x] x=Number protection zone Immediately active after referencing
$SC_PA_CENT_ABS[x,0] x=Number protection zone Abscissa of arc center of 1st contour element
$SC_PA_CENT_ABS[x,1] x=Number protection zone Abscissa of arc center of 2nd contour element
$SC_PA_CENT_ABS[x,2] x=Number protection zone Abscissa of arc center of 3rd contour element
$SC_PA_CENT_ABS[x,3] x=Number protection zone Abscissa of arc center of 4th contour element
$SC_PA_CENT_ABS[x,4] x=Number protection zone Abscissa of arc center of 5th contour element
$SC_PA_CENT_ABS[x,5] x=Number protection zone Abscissa of arc center of 6th contour element
$SC_PA_CENT_ABS[x,6] x = Number protection zone Abscissa of arc center of 7th contour element
$SC_PA_CENT_ABS[x,7] x=Number protection zone Abscissa of arc center of 8th contour element
$SC_PA_CENT_ABS[x,8] x=Number protection zone Abscissa of arc center of 9th contour element
$SC_PA_CENT_ABS[x,9] x=Number protection zone Abscissa of arc center of 10th contour element
$SC_PA_CENT_ORD[x,0] x=Number protection zone Ordinate of arc center of 1st contour element
$SC_PA_CENT_ORD[x,1] x=Number protection zone Ordinate of arc center of 2nd contour element
$SC_PA_CENT_ORD[x,2] x=Number protection zone Ordinate of arc center of 3rd contour element
$SC_PA_CENT_ORD [x,3] x=Number protection zone Ordinate of arc center of 4th contour element
$SC_PA_CENT_ORD[x,4] x=Number protection zone Ordinate of arc center of 5th contour element
$SC_PA_CENT_ORD[x,5] x=Number protection zone Ordinate of arc center of 6th contour element
$SC_PA_CENT_ORD[x,6] x=Number protection zone Ordinate of arc center of 7th contour element
$SC_PA_CENT_ORD[x,7] x=Number protection zone Ordinate of arc center of 8th contour element
$SC_PA_CENT_ORD[x,8] x=Number protection zone Ordinate of arc center of 9th contour element
$SC_PA_CENT_ORD[x,9] x=Number protection zone Ordinate of arc center of 10th contour element
$SC_PA_CONT_ABS[x,0] x=Number protection zone Abscissa of end point of 1st contour element
$SC_PA_CONT_ABS[x,1] x=Number protection zone Abscissa of end point of 2nd contour element
$SC_PA_CONT_ABS[x,2] x=Number protection zone Abscissa of end point of 3rd contour element
$SC_PA_CONT_ABS[x,3] x=Number protection zone Abscissa of end point of 4th contour element
$SC_PA_CONT_ABS[x,4] x=Number protection zone Abscissa of end point of 5th contour element
$SC_PA_CONT_ABS[x,5] x=Number protection zone Abscissa of end point of 6th contour element
$SC_PA_CONT_ABS[x,6] x=Number protection zone Abscissa of end point of 7th contour element
$SC_PA_CONT_ABS[x,7] x=Number protection zone Abscissa of end point of 8th contour element
$SC_PA_CENT_ABS[x,8] x=Number protection zone Abscissa of end point of 9th contour element
$SC_PA_CONT_ABS[x,9] x=Number protection zone Abscissa of end point of 10th contour element
$SC_PA_CONT_NUM[x] x=Number protection zone Number of valid contour elements
$SC_PA_CONT_ORD[x,0] x=Number protection zone Ordinate of end point of 1st contour element
$SC_PA_CONT_ORD[x,1] x=Number protection zone Ordinate of end point of 2nd contour element
$SC_PA_CONT_ORD[x,2] x=Number protection zone Ordinate of end point of 3rd contour element
$SC_PA_CONT_ORD[x,3] x=Number protection zone Ordinate of end point of 4th contour element
$SC_PA_CONT_ORD[x,4] x=Number protection zone Ordinate of end point of 5th contour element
$SC_PA_CONT_ORD[x,5] x=Number protection zone Ordinate of end point of 6th contour element
$SC_PA_CONT_ORD[x,6] x=Number protection zone Ordinate of end point of 7th contour element
$SC_PA_CONT_ORD[x,7] x=Number protection zone Ordinate of end point of 8th contour element
$SC_PA_CONT_ORD[x,8] x=Number protection zone Ordinate of end point of 9th contour element
$SC_PA_CONT_ORD[x,9] x=Number protection zone Ordinate of end point of 10th contour element
$SC_PA_CONT_TYP[x,0] x=Number protection zone Contour type of 1st contour element
$SC_PA_CONT_TYP[x,1] x=Number protection zone Contour type of 2nd contour element
$SC_PA_CONT_TYP[x,2] x=Number protection zone Contour type of 3rd contour element
$SC_PA_CONT_TYP[x,3] x=Number protection zone Contour type of 4th contour element
$SC_PA_CONT_TYP[x,4] x=Number protection zone Contour type of 5th contour element
$SC_PA_CONT_TYP[x,5] x=Number protection zone Contour type of 6th contour element
$SC_PA_CONT_TYP[x,6] x=Number protection zone Contour type of 7th contour element
$SC_PA_CONT_TYP[x,7] x=Number protection zone Contour type of 8th contour element
$SC_PA_CONT_TYP[x,8] x=Number protection zone Contour type of 9th contour element
$SC_PA_CONT_TYP[x,9] x=Number protection zone Contour type of 10th contour element
$SC_PA_LIM_3DIM[x] x=Number protection zone Limitation of protection zone applicate
$SC_PA_MINUS_LIM[x] x=Number protection zone Lower limit of protection zone, applicate

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/8-191
Expand User Interface (BE1) 01/2006
8 Terms, Tables, Lists, Examples

Name Index Description

$SC_PA_ORI[x] x=Number protection zone Plane assignment of protection zone
$SC_PA_PLUS_LIM[x] x=Number protection zone Upper limit of protection zone, applicate
$SC_PA_T_W[x] x=Number protection zone Workpiece or tool-related protection zone
$SN_PA_ACTIV_ IMMED[x] x=Number protection zone Immediately active after referencing
$SN_PA_CENT_ABS[x,0] x=Number protection zone Abscissa of arc center of 1st contour element
$SN_PA_CENT_ABS[x,1] x=Number protection zone Abscissa of arc center of 2nd contour element
$SN_PA_CENT_ABS [x,2] x=Number protection zone Abscissa of arc center of 3rd contour element
$SN_PA_CENT_ABS[x,3] x=Number protection zone Abscissa of arc center of 4th contour element
$SN_PA_CENT_ABS[x,4] x=Number protection zone Abscissa of arc center of 5th contour element
$SN_PA_CENT_ABS[x,5] x=Number protection zone Abscissa of arc center of 6th contour element
$SN_PA_CENT_ABS[x,6] x=Number protection zone Abscissa of arc center of 7th contour element
$SN_PA_CENT_ABS[x,7] x=Number protection zone Abscissa of arc center of 8th contour element
$SN_PA_CENT_ABS[x,8] x=Number protection zone Abscissa of arc center of 9th contour element
$SN_PA_CENT_ABS[x,9] x=Number protection zone Abscissa of arc center of 10th contour element
$SN_PA_CENT_ORD[x,0] x=Number protection zone Ordinate of arc center of 1st contour element
$SN_PA_CENT_ORD[x,1] x=Number protection zone Ordinate of arc center of 2nd contour element
$SN_PA_CENT_ORD [x,2] x=Number protection zone Ordinate of arc center of 3rd contour element
$SN_PA_CENT_ORD[x,3] x=Number protection zone Ordinate of arc center of 4th contour element
$SN_PA_CENT_ORD[x,4] x=Number protection zone Ordinate of arc center of 5th contour element
$SN_PA_CENT_ORD[x,5] x=Number protection zone Ordinate of arc center of 6th contour element
$SN_PA_CENT_ORD[x,6] x=Number protection zone Ordinate of arc center of 7th contour element
$SN_PA_CENT_ORD[x,7] x=Number protection zone Ordinate of arc center of 8th contour element
$SN_PA_CENT_ORD[x,8] x=Number protection zone Ordinate of arc center of 9th contour element
$SN_PA_CENT_ORD[x,9] x=Number protection zone Ordinate of arc center of 10th contour element
$SN_PA_CONT_ABS[x,0] x=Number protection zone Abscissa of end point of 1st contour element
$SN_PA_CONT_ABS[x,1] x=Number protection zone Abscissa of end point of 2nd contour element
$SN_PA_CONT_ABS[x,2] x=Number protection zone Abscissa of end point of 3rd contour element
$SN_PA_CONT_ABS [x,3] x=Number protection zone Abscissa of end point of 4th contour element
$SN_PA_CONT_ABS[x,4] x=Number protection zone Abscissa of end point of 5th contour element
$SN_PA_CONT_ABS[x,5] x=Number protection zone Abscissa of end point of 6th contour element
$SN_PA_CONT_ABS[x,6] x=Number protection zone Abscissa of end point of 7th contour element
$SN_PA_CONT_ABS[x,7] x=Number protection zone Abscissa of end point of 8th contour element
$SN_PA_CONT_ABS[x,8] x=Number protection zone Abscissa of end point of 9th contour element
$SN_PA_CONT_ABS[x,9] x=Number protection zone Abscissa of end point of 10th contour element
$SN_PA_CONT_NUM[x] x=Number protection zone Number of valid contour elements
$SN_PA_CONT_ORD[x,0] x=Number protection zone Ordinate of end point of 1st contour element
$SN_PA_CONT_ORD[x,1] x=Number protection zone Ordinate of end point of 2nd contour element
$SN_PA_CONT_ORD[x,2] x=Number protection zone Ordinate of end point of 3rd contour element
$SN_PA_CONT_ORD[x,3] x=Number protection zone Ordinate of end point of 4th contour element
$SN_PA_CONT_ORD[x,4] x=Number protection zone Ordinate of end point of 5th contour element
$SN_PA_CONT_ORD[x,5] x=Number protection zone Ordinate of end point of 6th contour element
$SN_PA_CONT_ORD[x,6] x=Number protection zone Ordinate of end point of 7th contour element
$SN_PA_CONT_ORD[x,7] x=Number protection zone Ordinate of end point of 8th contour element
$SN_PA_CONT_ORD[x,8] x=Number protection zone Ordinate of end point of 9th contour element
$SN_PA_CONT_ORD[x,9] x=Number protection zone Ordinate of end point of 10th contour element
$SN_PA_CONT_TYP[x,0] x=Number protection zone Contour type of 1st contour element
$SN_PA_CONT_TYP[x,1] x=Number protection zone Contour type of 2nd contour element
$SN_PA_CONT_TYP[x,2] x=Number protection zone Contour type of 3rd contour element
$SN_PA_CONT_TYP[x,3] x=Number protection zone Contour type of 4th contour element
$SN_PA_CONT_TYP[x,4] x=Number protection zone Contour type of 5th contour element
$SN_PA_CONT_TYP[x,5] x=Number protection zone Contour type of 6th contour element
$SN_PA_CONT_TYP[x,6] x=Number protection zone Contour type of 7th contour element
$SN_PA_CONT_TYP[x,7] x=Number protection zone Contour type of 8th contour element
$SN_PA_CONT_TYP[x,8] x=Number protection zone Contour type of 9th contour element

© Siemens AG, 2006. All rights reserved

BE1/8-192 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
8 Terms, Tables, Lists, Examples

Name Index Description

$SN_PA_CONT_TYP[x,9] x=Number protection zone Contour type of 10th contour element
$SN_PA_LIM_3DIM[x] x=Number protection zone Limitation of protection zone, applicate
$SN_PA_MINUS_LIM[x] x=Number protection zone Lower limit of protection zone, applicate
$SN_PA_ORI[x] x=Number protection zone Plane assignment of protection zone
$SN_PA_PLUS_LIM[x] x=Number protection zone Upper limit of protection zone, applicate
$SN_PA_T_W[x] x=Number protection zone Workpiece or tool-related protection zone
$TC_ADPT ... Adapter data
$TC_ADPTx x=1 to 3 Number of parameters per adapter
$TC_ADPTT
$TC_DPCE Transformed edge correction value
$TC_DPCx[y,z] x=ParamNo User-defined tool edge parameter
y=ToolNo, z=EdgeNo
$TC_DPx[y,z] x=ParamNo Edge correction value
y=ToolNo, z=EdgeNo
$TC_DPx[y,z] x=ParamNo Transformed edge correction value
y=ToolNo, z=EdgeNo
$TC_ECP ... Transformed location-dependent setup
correction
$TC_MAMP3 Wear compound strategy
$TC_MAP1 Type of magazine
$TC_MAP2 Identifier of the magazine
$TC_MAP3 Status of magazine
$TC_MAP4 Link 1 between magazine and next magazine
$TC_MAP5 Link 2 between magazine and preceding
magazine
$TC_MAP6 Magazine dimension
$TC_MAP9 Number of active wear group
$TC_MAPCx[y] x=ParameterNo Magazine user data for a tool magazine
y=MagazineNo
$TC_MOP1(x,y) … x=ToolNo Monitoring data for each tool edge
$TC_MOP15(x,y) y=EdgeNo
$TC_MOPCx[y,z] x=ParamNo, Magazine user data for a tool edge
y=T number
z=Edge
$TC_MPPCx[y,z] x=ParamNo Magazine location user data for a tool
y=MagazineNo magazine
z=MagPlaceNo
$TC_MPPx x=1,...7 No. of parameters per magazine location
$TC_SCP... Transformed location-dependent wear
correction
$TC_SCP... Location-dependent wear correction
$TC_SCPx x=13,...21,....71 Number of total offset parameters per total
offset block
$TC_TP1 DUPLO number
$TC_TP10 Tool search type for replacement tools
$TC_TP11 Tool information for HMI
$TC_TP2 Tool designation
$TC_TP3 Size to left in half locations
$TC_TP4 Size to right in half locations
$TC_TP5 Size upwards in half locations
$TC_TP6 Size downwards in half locations
$TC_TP7 Magazine location type
$TC_TP8 Tool status
$TC_TP9 Tool monitoring method

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/8-193
Expand User Interface (BE1) 01/2006
8 Terms, Tables, Lists, Examples

Name Index Description

$TC_TPCx[y] x=ParameterNo User-defined tool parameter
y=ToolNo
$TC_TPG1 Spindle number
$TC_TPG2 Chaining rule
$TC_TPG3 Minimum wheel diameter
$TC_TPG4 Minimum grinding wheel width
$TC_TPG5 Current width of grinding wheel
$TC_TPG6 Maximum speed of grinding wheel
$TC_TPG7 Maximum peripheral speed of grinding wheel
(SUG)
$TC_TPG8 Angle of inclination of inclined grinding wheel
$TC_TPG9 Compensation parameter for GWPS
$VA_COUP_OFFS[x] x=Axis Offset to leading axis / leading spindle, actual
value
$VA_IS[x] x=Axis Safe actual position of axis
$VA_VACTM[x] x=Axis Actual-value, load-end axis velocity in MCS
system

Abbreviations:
EG Expansion Unit
ESR Extended stop and retract
FIFO First In - First Out: Method of storing and retrieving data in a memory.
MCS Machine coordinate system
GWPS Grinding wheel surface speed
WCS Workpiece coordinate system

© Siemens AG, 2006. All rights reserved

BE1/8-194 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
8 Terms, Tables, Lists, Examples

8.5 List of Pl services

PI_SERVICE(service, n parameter)

with:
Service Identifier of PI service
n parameter List of PI service parameters.
Individual parameters are separated by commas.

Table 8-7: PI services

Service Description

Parameters Example

_N_ASUP_ An interrupt number in the specified channel is assigned to a parts program

stored in the NCK (identified by path name and program name). This PI
service is identical to program instruction 'SETINT'.
Par1 Interrupt number (0 – 8)
Par2 Priority (0–8)
Par3 Liftfast (0, 1)
Par4 Block synchronization (0, 1)
Par5 Path data with max. 32 positions
Assignment of interrupt 5 to program MPF_DIR/TEST_MPF in the current
channel. The interrupt has priority 3 and is executed without rapid lift on the
PI_SERVICE("_N_ASUP__“,5, 3, 0, 0,"/_N_MPF_DIR/_N_TEST_MPF“)
_N_CANCEL All alarms with the "Cancel Alarm" classification can be acknowledged with
this command. Individual acknowledgment for specific alarms is not
possible.
---
All alarms with the "Cancel Alarm" classification are reset.
PI_SERVICE("_N_CANCEL“)

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/8-195
Expand User Interface (BE1) 01/2006
8 Terms, Tables, Lists, Examples

Service Description

Parameters Example

_N_CRCEDN Create tool edge by specifying the cutting edge number. If the T number of
an existing tool is entered in parameter "T Number" of this service, then a
tool edge for the existing tool is created (in this case, the parameter
"D number", i.e., the number of the edge to be created, has a value range
of 1-9). If a positive T number is specified as a parameter and the tool for
the T number entered does not exist, then the PI service is aborted.
If a value of 0 is entered as the T number (model of absolute D numbers),
then the D number values can range from 1– 31999. The new cutting edge
is set up with the specified D number.
If the specified cutting edge already exists, then the PI service is aborted in
both cases.
Par1 T number
Par2 D number
T number == 0 ==> 1–31999
T number > 0 ==> 1–9
A tool edge with number 3 is created for the tool with number 17 in the
current TO area.
PI_SERVICE("_N_CRCEDN“,17,3)
_N_CREACE Create a new tool edge for a specified tool. The next-higher available D
number is automatically set up. The following blocks in the active file system
are affected by this PI service:
Tool offsets TO: The relevant tool edge (with ZERO content) is set up
Monitoring data TS: (If available) the relevant tool edge (with ZERO content)
is set up
User edge data TUE: (if available) the respective tool edge is created (with
content ZERO)
(NCK software versions < 10.x)
Par1 Tool number 1 to 31999
After the tool with number 55 has been set up in T area 1, a further 2 edges
are created for it. The tool therefore now possesses a total of 3 edges.
PI_SERVICE("_N_CREATO“,55)
PI_SERVICE("_N_CREACE“,55)
PI_SERVICE("_N_CREACE“,55)
_N_CREATO Create a tool with a specific T number.
The following blocks in the active file system are affected by this PI service:
• Tool directory TV: The tool is entered as an existing tool.
• Tool offsets TO: The first tool edge D1 (with ZERO content) is set up.
• User edge data TUE: (If available) the first tool edge D1 (with ZERO
content) is set up.
• User tool data TU: (If available) an empty data block is made available
for the tool.

© Siemens AG, 2006. All rights reserved

BE1/8-196 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
8 Terms, Tables, Lists, Examples

Service Description

Parameters Example

Par1 Tool number 1 to 31999

After the tool with number 55 has been set up in T area 1, a further 2 edges
are created for it. The tool therefore now possesses a total of 3 edges.
PI_SERVICE("_N_CREATO“,55)
PI_SERVICE("_N_CREACE“,55)
PI_SERVICE("_N_CREACE“,55)
_N_DELECE Delete a cutting edge:
If the T number of an existing tool is entered in parameter "T Number" of this
PI service, then the tool edge for the relevant tool is deleted (in this case,
the parameter "D number, i.e., the number of edge to be deleted, has a
value range of 1-9). If a positive T number is specified as a parameter and
the tool for the T number entered does not exist, then the PI service is
aborted.
If a value of 0 is entered as the T number (model of absolute D numbers),
then the D number values can range from 1-31999. If the specified cutting
edge does not exist, then the PI service is aborted in both cases.
Par1 T number of the tool for which the associated tool cutting edge is to be
deleted.
A setting of 0 indicates that there is no reference to a specific tool
(absolute D number).
Par2 Cutting edge number of tool cutting edge that should be deleted.
Value range:
T number == 0 ⇒ 1 – 31999
T number > 0 ⇒ 1 – 9
The tool edge with number 3 for the tool with number 17 in the current TO
area is deleted:
PI_SERVICE("_N_DELECE“,17,3)

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/8-197
Expand User Interface (BE1) 01/2006
8 Terms, Tables, Lists, Examples

Service Description

Parameters Example

_N_DELETO Deletes the tool with all tool edges in all data blocks in which it is stored. The
tool is also deleted in the following blocks (if available): TO, TU, TUE, TV,
TG (type 400), TD, TS.
Par1 Tool number 1 to 31999
Deletion of tool with T number 21 in the current T area.
PI_SERVICE("_N_DELETO“,21)
Par1 ID for the search mode
1: Search without calculation
2: Search with calculation
3: Search including the main block analysis
Start search with calculation in current channel.
To start the PI service in a meaningful manner, the data structure for the
block search (block SPRAF ; addressing on HMI Embedded sl with variable
services via /Channel/Search/..) must be filled in beforehand.
PI_SERVICE("_N_FINDBL“,2)
_N_LOGIN_ A password, which sets the current access level, is sent to the NCK.
Par1 Password (precisely 8 characters, if there are fewer than 8 characters,
blanks must be added)
Transfers a password to the NCK, thus setting another access level.
PI_SERVICE("_N_LOGIN_“,"TESTWORD“)
_N_LOGOUT The current access level is reset.
---
The current access level is reset.
PI_SERVICE("_N_LOGOUT“)
_N_SETUFR The SYSTEM OR USER variables 'linShift', 'mirrorImgActive', 'rotation' and
'scaleFact' in channel-specific data block FU can be used to define up to 8
zero offsets per channel. PI service _N_SETUFR must be called in order to
activate these user-defined zero offsets.
---
Activation of a user frame.
PI_SERVICE("_N_SETUFR“)

© Siemens AG, 2006. All rights reserved

BE1/8-198 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
8 Terms, Tables, Lists, Examples

8.6 Examples

//S(Start)
HS7=("Example", se1, ac7)
PRESS(HS7)
LM("Form4")
END_PRESS
//END

//M(Form4/"Example 4: Machine control panel"/"MST.BMP")

DEF byte=(I/0/0/"Input byte, Standard=0","Byte

No.:",""/wr1,li1///380,40,100/480,40,50)
DEF Feed=(IBB//0/"","Feed
Ovrd.",""/wr1//"EB3"/20,180,100/130,180,100),
Axistop=(B//0/"","Feed
stop",""/wr1//"E2.2"/280,180,100/380,180,50/0,11)
DEF Spin=(IBB//0/"","Spindle
Override",""/wr1//"EB0"/20,210,100/130,210,100),
spinstop=(B//0/"","Spindle
stop",""/wr1//"E2.4"/280,210,100/380,210,50/0,11)
DEF custom1=(IBB//0/"","Customer keys
1",""/wr1//"EB6"/20,240,100/130,240,100)
DEF custom2=(IBB//0/"","Customer keys
2",""/wr1//"EB7"/20,270,100/130,270,100)
DEF By1
DEF By2
DEF By3
DEF By6
DEF By7

HS1=("Input byte", SE1, AC4)

HS2=("")
HS3=("")
HS4=("")
HS5=("")
HS6=("")
HS7=("")
HS8=("")
VS1=("")
VS2=("")
VS3=("")
VS4=("")
VS5=("")
VS6=("")
VS7=("")
VS8=("OK", SE1, AC7)

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/8-199
Expand User Interface (BE1) 01/2006
8 Terms, Tables, Lists, Examples

LOAD
By1=1
By2=2
By3=3
By6=6
By7=7
END_LOAD

PRESS(HS1)
Byte.wr=2
END_PRESS

CHANGE(Byte)
By1=byte+1
By2=byte+2
By3=byte+3
By6=byte+6
By7=byte+7
Feed.VAR="EB"<<By3
Spin.VAR="EB"<<Byte
Custom1.VAR="EB"<<By6
Custom2.VAR="EB"<<By7
Axistop.VAR="E"<<By2<<".2"
Spinstop.VAR="E"<<By2<<".4"
Byte.wr=1
END_CHANGE

CHANGE(Axistop)
IF Axistop==0
Axistop.BC=9
ELSE
Axistop.BC=11
ENDIF
END_CHANGE

CHANGE(Spinstop)
IF Spinstop==0
Spinstop.BC=9
ELSE
Spinstop.BC=11
ENDIF
END_CHANGE

PRESS(VS8)
EXIT
END_PRESS

© Siemens AG, 2006. All rights reserved

BE1/8-200 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
8 Terms, Tables, Lists, Examples

Fig. 8-1 Machine control panel

Note
You will find further examples in the supplied tool box.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/8-201
Expand User Interface (BE1) 01/2006
8 Terms, Tables, Lists, Examples

Notes

© Siemens AG, 2006. All rights reserved

BE1/8-202 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
I Index

I Index
I
I.1 Subject Index
Configuration file
HMI Advanced ......................... BE1/7-173
A NC code................................... BE1/4-108
start softkey ............................. BE1/7-166
Access level................. BE1/3-30, BE1/3-62 Configuration file ......................... BE1/7-174
Access mode Configuring example ................... BE1/5-134
direct...........................................BE1/3-51 Configuring rules........................... BE1/3-21
search.........................................BE1/3-51 Configuring.................................. BE1/5-137
Action.............................................BE1/3-65 Constants...................................... BE1/3-97
ADDHTX........................................BE1/3-41 Control characters....................... BE1/7-163
AP (Activate Program)...................BE1/3-90 CP (COPY PROGRAM)................ BE1/3-89
Array access..................................BE1/3-50 Custom
Array status ...................................BE1/3-53 features.................................... BE1/6-157
Array ..............................................BE1/3-49 Hotkey...................................... BE1/6-157
ASCII editor ...................................BE1/2-14 Integration................................ BE1/6-158
Attributes ..................... BE1/3-25, BE1/3-29 CUSTOM.COM ........................... BE1/6-160
CVAR ............................................ BE1/3-81
B
D
Background color ..........................BE1/3-31
Binary notation...............................BE1/3-39 Dialog line ..................................... BE1/3-82
Bit operators ..................................BE1/3-95 Dialog screen .............................. BE1/4-111
Block..............................................BE1/3-84 Directory...................................... BE1/5-130
Display
C Deselect................................... BE1/5-141
Display image
CALL..............................................BE1/3-85 creating ...................................... BE1/3-45
CFI variable ...................................BE1/3-90 Display line.................................... BE1/3-21
CHANGE .......................................BE1/3-67 Display number ........................... BE1/5-139
CLRHTX ........................................BE1/3-41 Display .......................................... BE1/3-37
CM .................................................BE1/3-25 DLGL............................................. BE1/3-82
Color table ...................................BE1/8-184 DLL file ......................................... BE1/3-94
Colors ............................................BE1/3-31 DOS conventions ....................... BE1/7-164
Column alignment .........................BE1/3-25 DP (Delete Program) .................... BE1/3-92
Command channel → Dialog
screen..........................................BE1/4-111 E
Comment .......................................BE1/1-10
COMMON.COM control file.........BE1/7-165 ELSE............................................. BE1/3-98
Compare mode..............................BE1/3-51 ENDIF ........................................... BE1/3-98
Comparison operators...................BE1/3-97 ENTRY.......................................... BE1/3-81

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/I-203
Expand User Interface (BE1) 01/2006
I Index

EP..................................................BE1/3-92 HMI byte...................................... BE1/5-139

Error selecting display .................BE1/5-141 HMI Embedded ............................... BE1/1-8
Error variable .................................BE1/3-80 HMI software scope of delivery... BE1/7-162
EVAL .............................................BE1/3-83
Event .............................................BE1/3-65
EXE ........................... BE1/3-75, BE1/3-103 I
EXIT...............................................BE1/3-73
EXITLS ..........................................BE1/3-74 I/O field.......................................... BE1/3-27
Expand user interface (Wizard).......BE1/1-8 ID parameter ................................. BE1/1-10
Exponential notation......................BE1/3-39 Identifier
External functions..........................BE1/3-93 Parameter .................................. BE1/3-21
Variable...................................... BE1/3-28
IF ................................................... BE1/3-98
F Image
Display as short text .................. BE1/3-34
FALSE ...........................................BE1/3-97 Start screen form ..................... BE1/6-159
FCT................................................BE1/3-93 INI files Sections ......................... BE1/5-136
File Input mode .................................... BE1/3-29
Check .........................................BE1/3-92 Integer extensions ........................ BE1/3-37
Copy ...........................................BE1/3-89 Intermediate storage ................... BE1/5-138
Deleting ......................................BE1/3-92 Interpreter ....................................... BE1/1-8
Selecting.....................................BE1/3-91 ISNUM .......................................... BE1/3-38
transferring ............... BE1/3-90, BE1/3-91 ISSTR ........................................... BE1/3-38
File functions .................................BE1/3-87
FILE_ERR .....................................BE1/3-90
Find a character...........................BE1/3-100 K
Find text.......................................BE1/4-107
FOC-Focus ....................................BE1/3-80 Key words ..................................... BE1/1-10
FOCUS ..........................................BE1/3-68 KeyConfiguration ........................ BE1/5-137
Font size ........................................BE1/3-30 Keys.ini ....................................... BE1/5-131
Foreground color ...........................BE1/3-31
Functional principle .........................BE1/1-9 L
Functions .......................................BE1/3-71
LA.................................................. BE1/3-49
G LB.................................................. BE1/3-85
Limit values .................. BE1/3-28, BE1/3-57
GC .................................................BE1/3-87 LM .............................. BE1/3-71, BE1/3-103
Graphic position.............................BE1/3-24 LOAD ............................................ BE1/3-67
Graphics text .................................BE1/3-29 Loading a block............................. BE1/3-85
Graphics ........................................BE1/3-24 Long text ....................................... BE1/3-29
LS............................... BE1/3-72, BE1/3-103

H
M
Hardkey block..............................BE1/5-128
Hardkey event ......... BE1/5-131, BE1/5-132 M key ......................................... BE1/5-134
Hardkeys .....................................BE1/5-128 Main body of screen form ............. BE1/3-24
Header...........................................BE1/3-24 Master screen form ....................... BE1/3-72
Help display ...................................BE1/3-30 Mathematical functions ................. BE1/3-97
Help loop .......................................BE1/3-32 Mathematical operators ................ BE1/3-95
Help variable..................................BE1/3-44 Memory utilization ......................... BE1/3-37
Help ............................. BE1/3-32, BE1/3-41 Menu Select ................................ BE1/5-134
Hexadecimal notation....................BE1/3-39 Merge............................................ BE1/3-73
HMI Advanced alarm text files.....BE1/7-173 Methods ........................................ BE1/3-65
HMI Advanced .................................BE1/1-8 MRNP ........................................... BE1/3-77

© Siemens AG, 2006. All rights reserved

BE1/I-204 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Expand User Interface (BE1)
I Index

Multiple keypress.........................BE1/5-131 Return to standard application...... BE1/2-14

RETURN ....................................... BE1/3-86
RNP .............................................. BE1/3-75
N Round decimal places .................. BE1/3-95
ROUND......................................... BE1/3-95
NC code
Generating .................................BE1/3-87
NC functions ..................................BE1/3-93 S
NC variable
Read...........................................BE1/3-75 SB ............................................... BE1/4-107
Write ...........................................BE1/3-75 Screen form
Defining...................................... BE1/3-21
Definition block .......................... BE1/3-21
O multi-column .............................. BE1/3-34
Testing ..................................... BE1/7-173
Operating area Screen form change mode ........... BE1/3-71
changeover ..............................BE1/6-160 Screen form elements................... BE1/3-27
Custom .....................................BE1/6-156 Screen form header .................... BE1/6-159
Displays....................................BE1/5-141 Screen form properties ................. BE1/3-24
OUTPUT........................................BE1/3-69 Screen form tree ........................... BE1/2-14
Search method............................ BE1/7-177
P Search sequence ........................ BE1/7-174
SF................................................ BE1/4-107
Parameters ....................................BE1/1-10 Short text....................................... BE1/3-29
Performance range..........................BE1/1-8 Softkey
PI services ................. BE1/3-93, BE1/8-195 Defining menu............................ BE1/3-61
PI_SERVICE ...............................BE1/8-195 Horizontal................................... BE1/3-21
PLC byte......................................BE1/5-139 Properties .................................. BE1/3-62
PLC display ................................BE1/5-139 Vertical....................................... BE1/3-21
PLC interface ..............................BE1/5-138 SP ................................................. BE1/3-91
PLC interface...............................BE1/5-139 Start softkeys ................................ BE1/3-20
PLC program ...............................BE1/5-138 Start softkeys ................................ BE1/2-15
PLC softkey .................................BE1/5-142 State............................................ BE1/5-133
PLC variable Status............................................ BE1/3-62
Read...........................................BE1/3-75 String length.................................. BE1/3-99
Write ...........................................BE1/3-75 Strings........................................... BE1/3-98
Position of I/O field ........................BE1/3-31 SUB............................................... BE1/3-84
Position of short text......................BE1/3-31 Subprogram
Position of the cursor.....................BE1/3-81 Aborting ..................................... BE1/3-86
Positional parameters....................BE1/1-10 Calling........................................ BE1/3-85
Positions ........................................BE1/3-41 Define ........................................ BE1/3-84
PP (Passivate Program)................BE1/3-91 Sub-screen form ........................... BE1/3-72
PRESS ..........................................BE1/3-66 Substring from left....................... BE1/3-101
Protection levels ............................BE1/3-63 Substring from mid-string............ BE1/3-102
Substring from right..................... BE1/3-101
Syntax rules ................................. BE1/1-10
R System variable ........... BE1/3-31, BE1/3-44

RECALL key ..................................BE1/3-64

Recompile....................................BE1/4-108
T
REG...............................................BE1/3-78
Register status...............................BE1/3-79 Table ............................................. BE1/3-49
Register value................................BE1/3-78 Task ............................................ BE1/5-132
Registers .......................................BE1/3-78 Terms.......................................... BE1/8-180
Replacing characters...................BE1/3-102 Text alignment .............................. BE1/3-30

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition BE1/I-205
Expand User Interface (BE1) 01/2006
I Index

Text file Variable

Language-dependent .................BE1/1-12 Calculation ................................. BE1/3-45
Text................................................BE1/3-29 Changing properties .................. BE1/3-44
Toggle field Check......................................... BE1/3-81
Extension....................................BE1/3-42 defining ...................................... BE1/3-27
Limit value ..................................BE1/3-28 S_CHAN .................................... BE1/3-81
Transfer variable............................BE1/3-73 Variable status .............................. BE1/3-43
TRUE.............................................BE1/3-97
Variable type
variant ........................................ BE1/3-38
U Variable type ................................. BE1/3-28
Variable value ............................... BE1/3-43
Unit text .........................................BE1/3-29 Variables
UNLOAD........................................BE1/3-67 default setting ............................ BE1/3-29
User interface ................................BE1/3-21 Virtual keys ................................. BE1/5-132
User variable .................................BE1/3-31 vld................................. BE1/3-45, BE1/3-79

V W
val ................................ BE1/3-44, BE1/3-78 WNP.............................................. BE1/3-75
Value range .................................BE1/5-132 Write mode.................................... BE1/3-31

© Siemens AG, 2006. All rights reserved

BE1/I-206 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Online Help (HE1)
Contents

SINUMERIK 840D sl
SINUMERIK 840D/840Di/810D

Commissioning CNC Part 2 (HMI)

Online Help (HE1)

Valid for

Control
SINUMERIK 840D sl / 840DE sl
SINUMERIK 840D powerline / 840DE powerline
SINUMERIK 840Di powerline / 840DiE powerline
SINUMERIK 810D powerline / 810DE powerline

Software Software version

HMI Advanced 7.1
HMI-Embedded 7.1

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition HE1/i
Online Help (HE1) 01/2006
Contents

© Siemens AG, 2006. All rights reserved

HE1/ii SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Online Help (HE1)
Contents

1 Programming Help Systems .................................................................................................. HE1/1-5

1.1 Overview ................................................................................................................................ HE1/1-6

1.2 Quick "ASCII" help ................................................................................................................ HE1/1-9

1.2.1 Extending/replacing the help function ............................................................................... HE1/1-9
1.2.2 Entries in the file "IF.INI"................................................................................................... HE1/1-9
1.2.3 Extension of text files...................................................................................................... HE1/1-12
1.2.4 Extension of a topic ........................................................................................................ HE1/1-14
1.2.5 Extension of an instruction.............................................................................................. HE1/1-15
1.2.6 Parameterization of extended "PDF" help ...................................................................... HE1/1-16
1.2.7 Extension with alarm text variables ................................................................................ HE1/1-19

1.3 Extended "PDF" help .......................................................................................................... HE1/1-19

1.3.1 Function.......................................................................................................................... HE1/1-19
1.3.2 Extension of programming help ...................................................................................... HE1/1-20

1.4 ISO mode help .................................................................................................................... HE1/1-22

1.4.1 Function.......................................................................................................................... HE1/1-22
1.4.2 Extension of ISO mode help ........................................................................................... HE1/1-23

2 Alarm/Machine Data Help ..................................................................................................... HE1/2-27

2.1 Overview ............................................................................................................................. HE1/2-28

2.2 Alarm help........................................................................................................................... HE1/2-31

2.2.1 Function.......................................................................................................................... HE1/2-31
2.2.2 Extension of alarm help .................................................................................................. HE1/2-32
2.2.3 User comments on help.................................................................................................. HE1/2-33
2.2.4 Change "Win-Help" alarm help to "PDF help"................................................................. HE1/2-33

2.3 Machine data help............................................................................................................... HE1/2-34

2.3.1 Function.......................................................................................................................... HE1/2-34
2.3.2 Extension of machine data help...................................................................................... HE1/2-35

I Index ........................................................................................................................................ HE1/I-37

I.1 Subject index ........................................................................................................................ HE1/I-37

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition HE1/iii
Online Help (HE1) 01/2006
Contents

© Siemens AG, 2006. All rights reserved

HE1/iv SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Online Help (HE1)
1 Programming Help Systems

1 Programming Help Systems

1
1.1 Overview ..................................................................................... HE1/1-6

1.2 Quick "ASCII" help ..................................................................... HE1/1-9

1.2.1 Extending/replacing the help function..................................... HE1/1-9
1.2.2 Entries in the file "IF.INI"......................................................... HE1/1-9
1.2.3 Extension of text files............................................................ HE1/1-12
1.2.4 Extension of a topic .............................................................. HE1/1-14
1.2.5 Extension of an instruction.................................................... HE1/1-15
1.2.6 Parameterization of extended "PDF" help ............................ HE1/1-16
1.2.7 Extension with alarm text variables ...................................... HE1/1-19

1.3 Extended "PDF" help ............................................................... HE1/1-19

1.3.1 Function ................................................................................ HE1/1-19
1.3.2 Extension of programming help ............................................ HE1/1-20

1.4 ISO mode help ......................................................................... HE1/1-22

1.4.1 Function ................................................................................ HE1/1-22
1.4.2 Extension of ISO mode help ................................................. HE1/1-23

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition HE1/1-5
Online Help (HE1) 01/2006
1 Programming Help Systems

1.1 Overview
The extendible programming help systems listed below are available in the
PCU 50.3 controller:
• Quick "ASCII" help
• Extended "PDF" help
• Additional help (PDF file) from the quick "ASCII" help
• Additional help on input fields of cycle parameterization screens
• ISO mode help

The functionality and extendability of these help systems is described in the

chapters below.

Software
• HMI Advanced
• Adobe Reader 4.x (can be obtained free of charge from the Internet/specialist
shops)
The "Adobe Acrobat Reader 4.x" software is supplied as standard with the
SINUMERIK 840D sl controller.
• Adobe Acrobat 4.x
You will need the "Adobe Acrobat Distiller 4.x" software for converting documents
to PDF and for editing PDF documents.

Storage locations of help files

Programming help F:\DH\CST.DIR\HLP.DIR
(may contain HLP, PDF and TXT files)

Alarm/MD help F:\MMC2\HLP

(may contain HLP, PDF and TXT files)

OPI help F:\HMI_ADV\HLP

(may contain HLP, PDF and TXT files)

© Siemens AG, 2006. All rights reserved

HE1/1-6 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Online Help (HE1)
1 Programming Help Systems

Principle of PDF help

The PDF help requires the following components at the help file storage location:
1. Call file, e.g. PG_GR.TXT, with the information
<PDF file name> <ID> <search string> for each call
2. Associated PDF file

Proceed as follows to call up the help:

• Start Adobe Acrobat Reader (supplied with the controller)
• Jump to page number (must be defined by index in document)
• Search for term (Adobe software search function)

Creation procedure:
1. Define jumps in the help document (e.g. using standard index function of DTP
systems) and generate
2. Store jump file as text file
3. Assign ID numbers to the programming commands
4. Generate PDF file

Result:
• A call file (text file) containing the data
<PDF file name> <ID> <search string> for each call
• One or more associated PDF files

Note
In the event of multiple jumps for the same topic, each page must be entered on
a separate line.
Example: 840D_PG.PDF 44 155
840D_PG.PDF 45 180
840D_PG.PDF 46 199

Hint:
In the case of a larger volume of indices, the call file can be created automatically
using Microsoft Excel.
• Insert "index file" (*.TXT) in Excel
• Insert column
• Enter the name of the PDF file on the first line
• Select the menu items "Edit" – "Fill" – "Down"
• Copy the data and
• save as "TXT" file
The syntax below is left over:
<PDF file name> <ID> <search string>
840D_PG.PDF 44 155

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition HE1/1-7
Online Help (HE1) 01/2006
1 Programming Help Systems

Testing the jumps in the document

Proceed as follows to test whether all the search strings can be found:
• Start Adobe Acrobat
• Select the menu item "Edit" –> "Find" (CTRL + F)
• Enter the search string.

Note
If the search strings cannot be found, possible causes include:
• Incorrect input
• The texts were not converted properly during PDF generation and cannot be
found by the search engine for that reason.
Analysis: Select a string you are looking for using Adobe Acrobat, copy it and
paste it into a Word document.
Remedy:
• Generate the PDF again or

• Generate the postscript file using Adobe printer driver

AdobePS 5.1.1 and then convert it using the Adobe Distiller.

Search sequence

The help adheres to the search sequence below:

1. F:\ USER\HLP
2. F:\ OEM\HLP
3. F:\ ADD_ON\HLP
4. F:\ MMC2\HLP
5. F:\ HMI_ADV\HLP
6. F:\ DH\CUS.DIR\HLP.DIR (User directory)
7. F:\ DH\CMA.DIR\HLP.DIR (Manufacturer directory)
8. F:\ DH\CST.DIR\HLP.DIR (Siemens directory)
9. F:\ DH\COM.DIR\HLP.DIR

© Siemens AG, 2006. All rights reserved

HE1/1-8 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Online Help (HE1)
1 Programming Help Systems

1.2 Quick "ASCII" help

You can call up a number of help functions in the editor to provide programming
support with the editing of part programs via the "Information" key:
• Quick "ASCII" help
1. Descriptive text for instructions, context-sensitive based on the cursor
position in the part program (e.g. G9 "Exact stop – deceleration")
2. Overview of topics (e.g. "Preparatory functions", "Path commands", "Path
action", etc.) to which instructions are assigned.
3. Overview of instructions with descriptive texts
4. Search in help window via topic or text
5. Transfer of selected instruction to the editor

• Extended "PDF" help

1. Call up additional help (PDF file) from the quick "ASCII" help, e.g. jump
to Programming Guide Fundamentals
2. Call up additional help on input fields of cycle screens (PDF file)

1.2.1 Extending/replacing the help function

The machine manufacturer/end user can integrate additional M and H functions,
cycles or macros in the help system.

Text files designed for this purpose which are accessed by the help function can be
extended (see Subsection "Extension of text files").

The paths of the generated ASCII text files can be parameterized or added in
initialization file "IF.INI" or under "Settings" (user file name).

1.2.2 Entries in the file "IF.INI"

The following sections are available in the "IF.INI" file for parameterization of the
help function:
• TECHNOLOGY
• TEXTFILES
• CONTEXT
• TEXTSEARCH

TECHNOLOGY section
The relevant technology category of the connected machine can be entered in the
[TECHNOLOGY] section so as to limit the display of instruction texts to relevant
technology entries, i.e. only entries pertinent to the relevant technology are
displayed.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition HE1/1-9
Online Help (HE1) 01/2006
1 Programming Help Systems

The following technology codes can be specified:

"m" = milling
"t" = turning
"g" = grinding
"s" = nibbling
"p" = punching
"a" = display all technologies

TEXTFILES section
The paths (path\name) used for the Short Help text files on which the help function
is based are parameterized in the section [TEXTFILES].
The help function accesses the following text files:
• Siemens "DH\CST.DIR\IFS_GR.COM"
• Machine manufacturer "DH\CMA.DIR\IFM_GR.COM" (any file name)
• End user "DH\CST.DIR\USER_GR.COM" (any file name)
(entered under "Settings")

! Important
The path for the Siemens text file "DH\CST.DIR\IFS_GR.COM" must exist
otherwise an error message is output.

There are different parameterization options for the names of the text files when
assigning the text path.

The following table lists the parameterization options and their interpretation by the
help function.

Table 1-1

Parameters for the text file Interpretation

FileName.com The language-dependent text file is
read out

File name_XX.com The language-specific text file is read

(XX=abbreviation for language, e.g. out
"GR" for German,
see Chapter 2 for language
abbreviations: Alarm help, other
languages)

Example: ENDUSER=CUS.DIR\IFM_.COM

First of all, the non-language-specific text file "IFM.COM" is opened in the path
"C:\DH\CUS.DIR\" by default or, if the non-language-specific text file does not exist,
the relevant language-specific text file (e.g. "IFM_GR.COM") is opened.

© Siemens AG, 2006. All rights reserved

HE1/1-10 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Online Help (HE1)
1 Programming Help Systems

Extract from TXT file "IFM_GR.COM":

...
a2//G00/Linear interpolation with rapid traverse (m) Quick help
a2//G01/Linear interpolation with feed (m)
...
a/20/"PGA.PDF",2,"="/=/Assignment operator with extended help
...
a/3/"PG.PDF",17,"ANG"/ANG/Contour angle(s) with extended cycle help
...
m/14/"PGZ.PDF",302,"CYCLE77"/CYCLE77/Circular spigot milling
cycle with extended cycle help
...

CONTEXT section
Increased context sensitivity of the help function can be selected in the [CONTEXT]
section. This setting is activated with "1" and deactivated with "0"
(entered under "Settings").

If increased context sensitivity is activated and the cursor is positioned to the left of,
next to or on an instruction text, all instructions with the same initial letters are
displayed when help is called.

For example, if the programmer has selected instruction "G1", all instructions
beginning with "G1" (e.g. "G1", "G17", "G18", "G19") are displayed.
If increased context sensitivity has been deactivated with "0", then only the
instruction actually selected (if available) is displayed.

TEXTSEARCH section
The text search type can be specified in the [TEXTSEARCH] section. The following
search methods can be parameterized:

1 = instruction texts only

2 = descriptive texts only
3 = instruction and descriptive texts
(entered under "Search").

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition HE1/1-11
Online Help (HE1) 01/2006
1 Programming Help Systems

File IF.INI
[TECHNOLOGY]
"m" = milling
"t" = turning
"g" = grinding
"s" = nibbling
"p" = punching
"a" = display all technologies

[TEXTFILES]
Siemens = DH\CST.DIR\IFS_GR.COM
Machine manufacturer = DH\CMA.DIR\IFM_GR.COM
Machine manufacturer = DH\CMA.DIR\IFI_GR.COM
End user = DH\CUS.DIR\USER_GR.COM

[CONTEXT]
=0 Context sensitivity not active
=1 Context sensitivity active

[TEXTSEARCH]
=1 Text search for instruction texts only
=2 Text search for descriptive texts only
=3 Text search for instruction and descriptive texts

1.2.3 Extension of text files

These two categories are available in the text files:
1. Topic definition
2. Instruction definition

The functions below can be entered in the *.COM text files of the help in the
specified format:
• Topics as IDs of an instruction grouping
• Instructions with descriptive texts
• Instructions with call for extended help
• "PDF" editor help
• Cycle help on input fields of cycle screens in which parameters are
supplied to the instruction
• Instructions with alarm text variables as descriptive texts

One line is available for each of these in the associated text file.

© Siemens AG, 2006. All rights reserved

HE1/1-12 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Online Help (HE1)
1 Programming Help Systems

The screenshot below shows an example:

Fig. 1-1 Siemens text file

The topic definition contains the following parameters:

Topic definition
Technology code "r"/topic ID/topic name

The instruction definition contains the following parameters:

Instruction definition
Technology/topic ID/extended help
/instruction text/descriptive text

Note
1. Within each of the individual text files, the Siemens topics are displayed first,
followed by those of the machine manufacturer and finally those of the end
user.
2. The specified sequence only appears if the topics are declared first and
then the instructions of the text file.
3. The instructions in the text files must be stored in alphabetical order if the
standard, machine manufacturer and end user instructions are to be sorted
correctly.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition HE1/1-13
Online Help (HE1) 01/2006
1 Programming Help Systems

1.2.4 Extension of a topic

Extension of a topic
A topic represents an instruction grouping which can be used for displaying
instructions.

One line for the topic definition contains the following 3 parameters:

Topic definition
Technology code "r"/topic ID/topic name
The following line could then appear in the text file, for example:
r/2/Motion commands
r Permanently defined in topic definitions
2 Topic ID used for assigning instructions
Motion commands Topic name

The "/" character separates the parameters and may only be used as a text
character in the last parameter.
The length of the topic name is limited by the display and must not exceed 40
characters with a standard text size of 8 pt, for example.
The following topic IDs are reserved:

Table 1-2 Topic IDs

Topic ID User
0..49 Siemens
50...99 Machine manufacturer
from 100 End user

The following topic IDs exist as standard in the Siemens text file:

Table 1-3 Predefined topic IDs

Topic Topic

ID Topic name ID Topic name

1 Preparatory functions 13 Program handling
2 Motion commands 14 Standard cycles
3 Path action 15 Measuring cycles
4 Feed 16 Measurement
5 Spindle 17 Synchronized actions
6 Axis handling 18 Interrupt handling
7 M functions 19 String/field operations
8 H functions 20 Math. functions/operators
9 Offsets 21 Definitions
10 Transformations 22 High-level language elements
11 Tool management/ 23 Parameters
compensation
12 Technology functions 24 System Variables

© Siemens AG, 2006. All rights reserved

HE1/1-14 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Online Help (HE1)
1 Programming Help Systems

1.2.5 Extension of an instruction

Extension of an instruction
An instruction contains descriptive texts, e.g. "G0/Linear interpolation with rapid
traverse". An instruction is assigned to a topic via the topic ID.

Parameters of instruction definition

An instruction definition contains the following parameters:
Technology/topic id/extended help/instruction text/descriptive text

Example of editor help

a/20/"PGA.PDF",2,"="/=/Assignment operator
a Milling technology
20 Topic ID Standard cycles
"PGA.PDF",2,"=" Extended help on command "="
= Instruction text
Assignment operator Descriptive text

If the above line is entered in one of the user text files (e.g. IFM_GR.COM), help
file "PGA.PDF" is called up for the command "=" and the relevant help section is
displayed.

Example of cycle help:

m/14/"PGZ.PDF",302,"CYCLE83"/CYCLE83/Deep-hole drilling
milling cycle
m Milling technology
14 Topic ID Standard cycles
"PGZ.PDF",302,"RTP" Extended help on parameter "RTP"
of the cycle parameterization screen
CYCLE83 Instruction text CYCLE83
Deep-hole drilling
milling cycle Descriptive text

If the above line is entered in one of the user text files, user cycle "CYCLExx" is
supported by the help system. It is displayed if
• either technology-independent code "a"
• or cutter-specific code "m" has been entered in initialization file "IF.INI".

It is assigned to "Standard cycles" via topic ID "14" and can therefore also be found
via the corresponding entry in the topic search.

The last parameter contains the descriptive text which is displayed in the relevant
column of the help system and which is designed to give the user an initial
indication as to the function of the cycle.

The "/" character separates the parameters and may only be used as a text
character in the last parameter.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition HE1/1-15
Online Help (HE1) 01/2006
1 Programming Help Systems

Technology
The following characters are defined for specifying the technology category:
"m" = milling
"t" = turning
"g" = grinding
"s" = nibbling
"p" = punching
"a" = display for all technologies

Note
Entries are separated by commas so as to enable them to be assigned to several
technologies and different topics.

Topic ID
The topic ID is used for assigning instructions of a particular topic to the topic
definition and for displaying these under the topic.

Integrating additional commands

If additional commands and a brief description are to be integrated in the help,
these must be incorporated using the syntax described above in file IFM_GR.COM
(any file name), which is stored in directory DH\CMA.DIR\. If an additional help
(extended "PDF" help) is to be called up for these commands, the parameter
"Extended help" must be edited as described in the section below.

1.2.6 Parameterization of extended "PDF" help

Calling extended help

A special entry in the "Extended help" parameter of the instruction definition makes
it possible to call up an extended "PDF" help as an online help in addition to the
quick help. This may contain detailed information on the selected command, for
example. The following calls are possible:
• Editor help: Jump directly to the help (PDF file) from the quick "ASCII" help for
a term (command) in the program editor.
• Cycle help: Jump to the help (PDF file) from an input field of the cycle screen.

Parameters of instruction definition

Technology/topic id/extended help/instruction text/descriptive text

© Siemens AG, 2006. All rights reserved

HE1/1-16 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Online Help (HE1)
1 Programming Help Systems

Extended help
The following entries are possible in the "Extended help" parameter:
• Editor help
/"PDF file name", help ID, "search string"/

• Cycle help
/"PDF file name", help ID, "search string" (file name,
help screen)/

Two commas must be inserted in the "Extended help" parameter even if no entries
need to be made.

Example:
The declaration line requires the following parameters, for example:
m,t/14/"PDF filename", help ID, "search string" (file name,
help screen)/CYCLE82/drilling cycle, drilling, counterboring

The meanings of the entries for the "Extended help" parameter are as follows:
PDF file name
= File from which the descriptive text is to be displayed

Help ID
= Unique assignment to term for which the help is to be displayed

Search string
= Search string in the PDF file which is to be displayed in the help text

(File name, help screen)

= Name of file in which the help screens are stored and the name of the help
screen which is to be displayed (Æ only relevant for cycle help)

CYCLE82
= Instruction text
Drilling cycle, drilling, counterboring
= Descriptive text

Call example:
m,t/14/"PGZ.PDF",1,"RTP"(drilling,CYC82)/CYCLE82/drilling
cycle, drilling, counterboring

Note
If you only want to access the PDF file, only these parameters should then
appear in the "Extended help" section.

e.g.: m,t/14/"PGZ.PDF",1,"RTP"/CYCLE82/drilling cycle, drilling, counterboring

If you only want to display the help screen, only these parameters should then
appear in the "Extended help" section.

e.g.: m,t/14/,,(drilling,CYC82)/CYCLE82/drilling cycle, drilling, counterboring

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition HE1/1-17
Online Help (HE1) 01/2006
1 Programming Help Systems

Instruction text
An instruction text could be "G17", for example. This text is transferred to the part
program currently being edited when the "Transfer to editor" command is issued.
The instruction text can be approx. 12 characters long.

Descriptive text
The descriptive text is the help text which describes the instruction in more detail.
The length of the descriptive text is limited by the display and must not exceed 40
characters with a standard text size of 8 pt, for example.

Multiple jumps
Several help references can be stored in ring formation (i.e. the first help is
displayed again after the last help) for each help element.

Example: m,t/14/"Hlp.pdf",1,"Help1",,2,"Help2","Help3.pdf",3,,/
CYCLE82/Drilling cycle, drilling, counterboring

In other words:
1. Entry in help text ring
File: HLP.PDF
Index: 1
Text: Help1
2. Entry in help text ring
File: HLP.PDF
Index: 2
Text: Help2
3. Entry in help text ring
File: HELP3.PDF
Index: 3
Text: Help2

The components of a block are remembered by the previous block, as illustrated in

the example, so as to avoid repetitions. Only complete blocks are transferred.

Note
Two commas must be inserted in the "Extended help" parameter even if no
entries need to be made.

© Siemens AG, 2006. All rights reserved

HE1/1-18 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Online Help (HE1)
1 Programming Help Systems

1.2.7 Extension with alarm text variables

Extension with alarm text variables

A special situation with respect to parameterization of the section for descriptive
texts or topic names is to store these in the section instead of the descriptive texts
("alarm text variables").

These variables begin with "$".

Example: m/14//CYCLExx/$888888

Instead of entering the descriptive text directly in the help text file, this is entered
under alarm variable "$888888", for example.

The actual declaration of the descriptive text is therefore stored in a user-specific

alarm text file.

The result is a language-independent text file.

1.3 Extended "PDF" help

1.3.1 Function
You can call up a number of help functions in the editor to provide programming
support with the editing of part programs via the "Information" key:
• Quick "ASCII" help
1. Descriptive text for instructions, context-sensitive based on the cursor
position in the part program (e.g. G9 "Exact stop – deceleration")
2. Overview of topics (e.g. "Preparatory functions", "Motion commands",
"Path action", etc.) to which instructions are assigned
3. Overview of instructions with descriptive texts
4. Search in help window via topic or text
5. Transfer of selected instruction to the editor

• Extended "PDF" help

1. Call up additional help (PDF file) from the quick "ASCII" help, e.g. jump
to Programming Guide Fundamentals
2. Call up additional help on input fields of cycle parameterization
screens (PDF file)

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition HE1/1-19
Online Help (HE1) 01/2006
1 Programming Help Systems

1.3.2 Extension of programming help

A special entry in the "Extended help" parameter of the instruction definition makes
it possible to integrate an extended help in addition to the quick help (e.g. detailed
information on the selected command).

The following calls are possible:

• Editor help: Jump directly to the help (PDF file) from the quick "ASCII" help for
a term (command) in the program editor.
Prerequisite:
A list of additional commands which are to be displayed in the quick help has
already been created as described in the "Extension of text files" subsection
(e.g. IFM_GR.COM) and is stored in the controller. This allows you to call up
the extended help after the quick help using the Info key. Please note that the list
of commands for the quick help is identical to the list for the extended help
(concordance).
• Cycle help: Jump to the help (PDF file) from an input field of the cycle screen.

Parameters of instruction definition:

Technology/topic id/extended help/instruction text/
descriptive text

"Extended help":
The following entries are possible in the "Extended help" parameter:
• Editor help
/"PDF file name", help ID, "search string"/
Example: a/20/"PGA.PDF",2,"="/=/Assignment operator
• Cycle help:
/"PDF file name", help ID, "search string" (file name,
help screen)/
Example: a/3/"PG.PDF",17,"ANG"/ANG/Contour angle (s)

Necessary files
• IFM_GR.COM Text file with program commands and brief description
• *.PDF Help file e.g. 840D_PG_GR.PDF
• *.txt Jump file e.g. 840D_PG_GR.TXT

1
Define jump labels in document
The jumps must be identified by an index entry and a single-column index list
(right-justified page numbers) must be generated in the document (e.g. Winword)
from which sections are to be displayed on the controller as a PDF.
If several jumps are required for one command, the same number of index labels
must be created.

© Siemens AG, 2006. All rights reserved

HE1/1-20 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Online Help (HE1)
1 Programming Help Systems

2
Generate text file
Copy the single-column index generated above (right-justified page numbers) and
save it in a text file (*.TXT).

Example: MEAW 155

<search string> <page>

The text file for the PDF call requires the following syntax:
<PDF file name> <ID> <page>

Enter the name of the PDF file (without the language code) at the start of each
line.

Example: 840D_PG.PDF MEAW 155

<PDF name> <ID> <page>

3
Define ID numbers
ID numbers unique to each document (e.g. 1 ... n) must be defined for the search
strings. The ID numbers correspond to the list of instructions of the quick "ASCII"
help, as the detailed descriptions corresponding to the brief descriptions are to be
displayed:

Example: 840D_PG.PDF 44 MEAW 155

<PDF file name> <ID> <search string> <page>

Now delete the "search string" column such that the syntax below remains:
Result: <PDF file name> <ID> <page>
840D_PG.PDF 44 155

4
Generate PDF file
Print your document as a postscript file and convert this to PDF format using
Adobe Acrobat Distiller.

5
Read files into controller
The generated files (*.PDF and *.TXT) must now be read into the controller, e.g.
into directory F:\DH\CUS.DIR\HLP.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition HE1/1-21
Online Help (HE1) 01/2006
1 Programming Help Systems

Note
In the case of a larger volume of indices, the call file can be created automatically
using Microsoft Excel.
• Insert text file (*.TXT) in Excel
• Insert column
• Enter the name of the PDF file on the first line
• Select "Edit > Fill"
• Now delete the "search string" column such that the syntax below remains:
<PDF file name> <ID> <page>
840D_PG.PDF 44 155
• Copy the data and
• Save as "TXT" file

1.4 ISO mode help

1.4.1 Function
The 840D/840D sl-specific help systems are displayed as standard:
• Help in the editor
• Alarm help
• Machine data help

If ISO dialect 0 help systems are to be displayed, it must be differentiated which

data are to be displayed, as the same commands have different meanings, for
example.

The [TEXTFILES] section of the "IF.INI" file has been extended by the entry
SiemensI=CST.DIR\IFIT_COM (turning technology) or
SiemensI=CST.DIR\IFIM_COM (milling technology) for this reason. This specifies
the path (CST.DIR) and the name (IFIT_COM or IFIM_COM) for the ISO mode
quick "ASCII" help.
The extended "PDF" help can thus be called from the quick "ASCII" help.

IF.INI [TEXTFILES]
[TEXTFILES]
;text files containing the information shown in the help
system
Siemens=cst.dir\ifs_.com
SiemensI=cst.dir\ifit_.com or ifim_.com
Manufacturer=
End user=

© Siemens AG, 2006. All rights reserved

HE1/1-22 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Online Help (HE1)
1 Programming Help Systems

Necessary files
• List of "ISO dialect 0" commands with the associated brief description
• TXT file for the jump to the PDF file
• PDF file which is to be displayed in the help

Program execution
The help checks the following machine data on startup:
• MD 18800 MM_EXTERN_LANGUAGE
If the MD is activated, the controller switches over to the ISO dialect 0 mode.
If MD 18800 = 1, MD 20150 is evaluated.

• MD 20150 GCODE_RESET_VALUES[n(active channel),47]

If MD 20150 [47] = 2, the file entered in the INI file under "SiemensI" (ISO
mode) is used
(otherwise the file under "Siemens" is used).

• MD 10880 MM_EXTERN_CNC_LANGUAGE
MD 10880 specifies whether the controller is to be designed for turning or
milling in ISO mode.

1.4.2 Extension of ISO mode help

If additional descriptions are to be displayed in the ISO mode help, these must be
inserted in the form specified below:
• As a list of ISO mode commands with a brief description in the directory
"SiemensI=CST.DIR\" as file "IFIT_COM" or file "IFIM_COM "
(see Subsection "Extension of text files")
• As a help description (PDF file) and a TXT file of the same name in the directory
"F:\USER\HLP"

Parameters of instruction definition:

Technology/topic id/extended help/instruction text/
descriptive text

"Extended help":
The following entries are possible in the "Extended help" parameter:
• Editor help
/"PDF file name", help ID, "page number"/

• Cycle help:
/"PDF file name", help ID, "page number" (file name, help
screen)/

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition HE1/1-23
Online Help (HE1) 01/2006
1 Programming Help Systems

Necessary files
• IFIT_.COM or IFIM_.COM Text file with ISO mode commands and
brief description
• *.PDF e.g. 840D_PGIT_GR.PDF
• *.TXT e.g. 840D_PITG_GR.TXT

1
Define jump labels in document
The jumps must be identified by an index entry and a single-column index list
(right-justified page numbers) must be generated in the document (e.g. Winword)
which is to be displayed on the controller as a PDF.

2
Generate text file
Copy the single-column index generated above (right-justified page numbers) and
save it in a TXT file.
Example: G65 155
<search string> <page>
The text file for the PDF call now requires the following syntax:
<PDF file name> <search string> <page>

Enter the name of the PDF file (without the language code) at the start of each
line.

Example: 840D_PGIT.PDF G65 155

<PDF name> <search string> <page>

3
Define ID numbers
ID numbers unique to each document (e.g. 1 ... n) must be defined for the search
strings. The ID numbers correspond to the list of instructions of the quick "ASCII"
help, as the detailed descriptions corresponding to the brief descriptions are to be
displayed.

Example: 840D_PGIT.PDF 44 MEAW 155

<PDF file name> <ID> <search string> <page>

Now delete the "search string" column such that the syntax below remains:
Result: <PDF file name> <ID> <page>
840D_PGIT.PDF 44 155
4
Generate PDF file
Print your document as a postscript file and convert this to PDF format using
Adobe Acrobat Distiller.
5
Read files into controller
The generated files (*.PDF and *.TXT) must now be read into directory
F:\USER\HLP on the controller.

© Siemens AG, 2006. All rights reserved

HE1/1-24 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Online Help (HE1)
1 Programming Help Systems

Note
In the case of a larger volume of indices, the call file can be created automatically
using Microsoft Excel.
• Insert text file (*.TXT) in Excel
• Insert column
• Enter the name of the PDF file on the first line
• Select "Edit > Fill"
• Now delete the "search string" column such that the syntax below remains:
<PDF file name> <ID> <page>
840D_PGIT.PDF 44 155
• Copy the data and
• Save as "TXT" file

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition HE1/1-25
Online Help (HE1) 01/2006
1 Programming Help Systems

© Siemens AG, 2006. All rights reserved

HE1/1-26 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Online Help (HE1)
2 Alarm/Machine Data Help

2 Alarm/Machine Data Help

2
2.1 Overview .................................................................................. HE1/2-28

2.2 Alarm help................................................................................ HE1/2-31

2.2.1 Function ................................................................................ HE1/2-31
2.2.2 Extension of alarm help ........................................................ HE1/2-32
2.2.3 User comments on help........................................................ HE1/2-33
2.2.4 Change "Win-Help" alarm help to "PDF help" ...................... HE1/2-33

2.3 Machine data help ................................................................... HE1/2-34

2.3.1 Function ................................................................................ HE1/2-34
2.3.2 Extension of machine data help............................................ HE1/2-35

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition HE1/2-27
Online Help (HE1) 01/2006
2 Alarm/Machine Data Help

2.1 Overview
The functionality and extendability of the alarm and machine data help are
described in the chapters below.

Software
• HMI Advanced
• Adobe Reader 4.x (can be obtained free of charge from the Internet/specialist
shops)
The "Adobe Acrobat Reader 4.x" software is supplied as standard with the
SINUMERIK 840D / 840D sl controllers.
• Adobe Acrobat 4.x
You will need the "Adobe Acrobat Distiller 4.x" software for converting
documents to PDF and for editing PDF documents.

Storage locations of help files

Programming help F:\DH\CST.DIR\HLP.DIR
(may contain HLP, PDF and TXT files)

Alarm/MD help F:\MMC2\HLP (may contain HLP, PDF and TXT files)

OPI help F:\HMI_ADV\HLP (may contain HLP, PDF and TXT files)

© Siemens AG, 2006. All rights reserved

HE1/2-28 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Online Help (HE1)
2 Alarm/Machine Data Help

Principle of PDF help

The PDF help requires the following components at the help file storage location:
1. Call file, e.g. PG_GR.TXT, with the information
<PDF file name> <ID> <search term> for each call
2. Associated PDF file

Proceed as follows to call up the help:

• Start "Adobe Acrobat Reader" (supplied with the controller)
• Jump to page number (must be defined by index in document)
• Search for term (Adobe software search function)

Creation procedure:
1. Define jumps in the help document (e.g. using standard index function of DTP
systems) and generate
2. Store jump file as text file
3. Generate PDF file

Result:
• A call file (text file) containing the data
<PDF file name> <ID> <search string> for each call
• One or more associated PDF files

Note
In the event of multiple jumps for the same topic, each page must be
entered on a separate line.
Example: 840D_PG.PDF 44 155
840D_PG.PDF 45 180
840D_PG.PDF 46 199

Hint:
In the case of a larger volume of indices, the call file can be created
automatically using Microsoft Excel.
• Insert "index file" (*.TXT) in Excel
• Insert column
• Enter the name of the PDF file on the first line
• Select the menu items "Edit" – "Fill" –> "Down"
• Copy the data and
• Save as "TXT" file
The syntax below is left over:
<PDF file name> <ID> <search string>
840D_PG.PDF 44 155

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition HE1/2-29
Online Help (HE1) 01/2006
2 Alarm/Machine Data Help

Testing the jumps in the document

Proceed as follows to test whether all the search strings can be found:
• Start Adobe Acrobat
• Select the menu item "Edit" –> "Find" (CTRL + F)
• Enter the search string.

Note
If the search strings cannot be found, possible causes include:
• Incorrect input
• The texts were not converted properly during PDF generation and cannot be
found by the search engine for that reason.
Analysis: Select a string you are looking for using Adobe Acrobat, copy it and
paste it into a Word document.
Remedy:
• Generate the PDF again or

• Generate the postscript file using Adobe printer driver Adobe

PS 5.1.1 and then convert it using the Adobe Distiller.

Search sequence

The help adheres to the search sequence below:

1. F:\ USER\HLP
2. F:\ OEM\HLP
3. F:\ ADD_ON\HLP
4. F:\ MMC2\HLP
5. F:\ HMI_ADV\HLP
6. F:\ DH\CUS.DIR\HLP.DIR (User directory)
7. F:\ DH\CMA.DIR\HLP.DIR (Manufacturer directory)
8. F:\ DH\CST.DIR\HLP.DIR (Siemens directory)
9. F:\ DH\COM.DIR\HLP.DIR

© Siemens AG, 2006. All rights reserved

HE1/2-30 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Online Help (HE1)
2 Alarm/Machine Data Help

2.2 Alarm help

2.2.1 Function
When help is called up, a PDF file is opened and the relevant alarm is displayed on
the controller in Adobe Reader.
The files containing the alarms are stored in the directories below:
• Siemens alarms F:\HMI_ADV\HLP
• Manufacturer alarms F:\DH\CMA.DIR\HLP
• User alarms F:\DH\USER\HLP

File names
The file names below must be adhered to (must not be changed), even for the
purposes of additional alarms:
• ALARM_GR.PDF [German alarms]
• ALARM_UK.PDF [English alarms]
• ALARM_FR.PDF [French alarms]
• ALARM_IT.PDF [Italian alarms]
• ALARM_SP.PDF [Spanish alarms]

The names of the associated TXT files (contain the jump list) must therefore be as
follows:
• ALARM_GR.TXT [German TXT file]
• ALARM_UK.TXT [English TXT file]
• ALARM_FR.TXT [French TXT file]
• ALARM_IT.TXT [Italian TXT file]
• ALARM_SP.TXT [Spanish TXT file]

Other languages
The alarm texts are available in the following languages:
CH: Simplified Chinese
TW: Standard Chinese
KO: Korean
JA: Japanese
SW: Swedish
HU: Hungarian
PO: Portuguese
CZ: Czech
TR: Turkish
RU: Russian
PL: Polish
NL: Dutch

The naming convention specified above for language abbreviations must be used
for the file names of the user alarms (must not be changed).

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition HE1/2-31
Online Help (HE1) 01/2006
2 Alarm/Machine Data Help

2.2.2 Extension of alarm help

If additional user alarms are to be displayed in the alarm help, these must be
inserted in the directory C:\USER\HLP in the form of a PDF file and a TXT file of
the same name.

Necessary files
• *.PDF e.g. ALARM_GR.PDF
• *.TXT e.g. ALARM_GR.TXT

1
Define jump labels in document
The jumps must be identified by an index entry and a single-column index list
(right-justified page numbers) must be generated in the document (e.g. Winword)
which is to be displayed on the controller as a PDF.

2
Generate text file
Copy the single-column index generated above (right-justified page numbers) and
save it in a TXT file.

Example: 10702 90
<ID> <page>
The search string (alarm number) is identical to the ID number in this case.

The text file for the PDF call now requires the following syntax:
<PDF file name> <ID> <page>

Enter the name of the PDF file at the start of each line.

Example: ALARM.PDF 10702 90

ALARM.PDF 10703 90
ALARM.PDF 10704 91
<PDF name> <ID> <page>

3
Generate PDF file
Print your document as a postscript file and convert this to PDF format using
Adobe Acrobat Distiller.

4
Read files into controller
The generated files (*.PDF and *.TXT) must now be read into the controller, e.g.
into directory F:\DH\USER\HLP.

© Siemens AG, 2006. All rights reserved

HE1/2-32 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Online Help (HE1)
2 Alarm/Machine Data Help

2.2.3 User comments on help

The alarm help ([i] key in diagnostics) provides the "Note block" function for
entering user-specific texts for individual alarms. These texts are stored in the
directory:

F:\USER\RH

Note
Alarm-specific texts can be stored if the HMI help is called up using the [i] key
from the alarm overview or from the alarm log for the corresponding alarm.
This is not possible when the alarm is selected from the table of contents.

2.2.4 Change "Win-Help" alarm help to "PDF help"

To change the help function from "Win-Help" to "PDF help", proceed as described
in Subsection "Extension of alarm help".
1. Define jump labels for each alarm number in the document:
The jumps must be identified by an index entry and a single-column index list
(right-justified page numbers) must be generated in the document
(e.g. Winword) which is to be displayed on the controller as a PDF.

2. Generate text file: Copy the single-column index generated above (right-
justified page numbers) and save it in a TXT file.
The text file for the PDF call requires the following syntax:
<PDF file name> <ID> <page>
The search string (alarm number) is identical to the ID number in this case.

3. Enter the name of the PDF file at the start of each line.
Example: ALARM.PDF 10702 90
ALARM.PDF 10703 90
ALARM.PDF 10704 91
<PDF name> <ID> <page>

4. Print the file in which the alarm texts are stored as a postscript file (possible
from all standard platforms). The file extension *.prn is used in Winword, *.ps in
Interleaf.

5. Convert the postscript file to "PDF" using the Adobe Acrobat Distiller software.

6. Read the files (*.PDF and *.TXT) into directory F:\USER\HLP on the controller.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition HE1/2-33
Online Help (HE1) 01/2006
2 Alarm/Machine Data Help

Note
If additional user alarms are to be displayed in the alarm help, these must be
inserted in the directory F:\USER\HLP in the form of a PDF file and a TXT file of
the same name.

Please adhere to the naming conventions listed in the next chapter under the
section "File names".

2.3 Machine data help

2.3.1 Function
The machine data help is based on the "PDF help", i.e. when help is called up, a
PDF file is opened and the relevant alarm is displayed on the controller in Adobe
Reader.
The files containing the machine data are stored in the directories below:
• Siemens MD F:\MMC2\HLP
• User MD F:\USER\HLP

File names
The file names below must be adhered to (must not be changed), even for the
purposes of additional user MD:

• N_NCK_GR.PDF [German] N_NCK_UK.PDF [English]

• C_NCK_GR.PDF C_NCK_UK.PDF
• A_NCK_GR.PDF A_NCK_ UK.PDF
• S_NCK_GR.PDF S_NCK_ UK.PDF
• DISPL_GR.PDF DISPL_ UK.PDF
• DROT_GR.PDF DROT_ UK.PDF
• DLIN_GR.PDF DLIN_ UK.PDF
• HYDRM_GR.PDF HYDRM_ UK.PDF

The names of the associated TXT files (contain the jump list) must therefore be as
follows:

• N_NCK_GR.TXT [German] N_NCK_UK. TXT [English]

• C_NCK_GR. TXT C_NCK_UK. TXT
• A_NCK_GR. TXT A_NCK_ UK. TXT
• S_NCK_GR. TXT S_NCK_ UK. TXT
• DISPL_GR. TXT DISPL_ UK. TXT
• DROT_GR. TXT DROT_ UK. TXT
• DLIN_GR. TXT DLIN_ UK. TXT
• HYDRM_GR. TXT HYDRM_ UK. TXT

© Siemens AG, 2006. All rights reserved

HE1/2-34 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Online Help (HE1)
2 Alarm/Machine Data Help

Structure of text file

PDF file without language MD number Page

code
DROT.PDF 1000 1
DROT.PDF 1001 1
DROT.PDF 1002 1
... ... ...

Meanings of names

Name Meaning
N_NCK_GR.PDF General MD
C_NCK_GR.PDF Channel-specific MD
A_NCK_GR.PDF Axis-specific MD
S_NCK_GR.PDF Setting data
DISPL_GR.PDF Display MD
DROT_GR.PDF Drive MD, rotary
DLIN_GR.PDF Drive MD, linear
HYDRM_GR.PDF Drive MD, hydraulic module

2.3.2 Extension of machine data help

If additional user machine data are to be displayed in the MD help, these must be
inserted in the directory C:\USER\HLP in the form of a PDF file and a TXT file of
the same name.

Necessary files
• *.PDF e.g. N_NCK_GR.PDF
• *.TXT e.g. N_NCK_GR.TXT

1
Define jump labels in document
The jumps must be identified by an index entry and a single-column index list
(right-justified page numbers) must be generated in the document (e.g. Winword)
which is to be displayed on the controller as a PDF.

2
Generate text file
Copy the single-column index generated above (right-justified page numbers) and
save it in a TXT file.
Example: 10000 170
<ID> <page>

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition HE1/2-35
Online Help (HE1) 01/2006
2 Alarm/Machine Data Help

The search string (MD number) is identical to the ID number in this case.
The text file for the PDF call now requires the following syntax:
<PDF file name> <search string> <page>

Enter the name of the PDF file at the start of each line.

Example: N_NCK.PDF 10000 170

N_NCK.PDF 10002 170
N_NCK.PDF 10010 171
<PDF name> <ID> <page>

3
Generate PDF file
Print your document as a postscript file and convert this to PDF format using
Adobe Acrobat Distiller.

4
Read files into controller
The generated files (*.PDF and *.TXT) must now be read into directory
F:\USER\HLP on the controller.

© Siemens AG, 2006. All rights reserved

HE1/2-36 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Online Help (HE1)
I Index

I Index

I.1 Subject index

A I

Add alarm text variables............... HE1/1-19 IF.INI .............................................HE1/1-12

Alarm help .................................... HE1/2-31 IFM_GR.COM ...............................HE1/1-11
Comments ................................. HE1/2-33 Initialization file, file IF.INI ............... HE1/1-9
Extend ....................................... HE1/2-32 Instruction
File name................................... HE1/2-31 Definition,sections .....................HE1/1-15
Alarm texts Extend........................................HE1/1-15
Language abbreviations............ HE1/2-31 Text property..............................HE1/1-18
ISO mode help ..............................HE1/1-22
Extend........................................HE1/1-23
C

CONTEXT .................................... HE1/1-11 J

Jump file
D Create alarm/MD help ...............HE1/2-29
Create programming help............ HE1/1-7
Description Test.....................................HE1/1-8, 2-30
Text property ............................. HE1/1-18

M
E
Machine data help
Extended PDF help ...................... HE1/1-19 Extend........................................HE1/2-35
Parameterize............................. HE1/1-16 File name ...................................HE1/2-34
Maschine data help.......................HE1/2-34
H
P
Help file
Storage location .......................... HE1/1-6 Programming help
Help function................................... HE1/1-9 Extend........................................HE1/1-20
Extend ......................................... HE1/1-9
Help references
Several ...................................... HE1/1-18 Q

Quick ASCII help............................. HE1/1-9

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition HE1/I-37
Online Help (HE1) 01/2006
I Index

S Text files
Extend........................................HE1/1-12
Search sequence TEXTFILES...................................HE1/1-10
Help .................................... HE1/1-8, 2-30 TEXTSEARCH..............................HE1/1-11
Topic
Definition....................................HE1/1-13
T Extend........................................HE1/1-14
Topic ID.........................................HE1/1-14
Technology ................................... HE1/1-16
TECHNOLOGY .............................. HE1/1-9

© Siemens AG, 2006. All rights reserved

HE1/I-38 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
Contents

SINUMERIK 840D sl

Commissioning CNC Part 2 (HMI)

Installing HMI Embedded (IM2)

Valid for

Controller
SINUMERIK 840D sl

Software Software version

HMI Embedded 7.1

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/i
Installing HMI Embedded (IM2) 01/2006
Contents

© Siemens AG, 2006. All rights reserved

IM2/ii SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
Contents

1 General Preparations............................................................................................................... IM2/1-7

1.1 Hardware/software prerequisites ........................................................................................... IM2/1-8

1.1.1 Hardware ............................................................................................................................ IM2/1-8
1.1.2 Software.............................................................................................................................. IM2/1-9

1.2 Accessories............................................................................................................................ IM2/1-9

1.3 Documentation..................................................................................................................... IM2/1-10

1.4 EMC/ESD measures ............................................................................................................ IM2/1-10

1.4.1 Electromagnetic Compatibility (EMC) ............................................................................... IM2/1-10
1.4.2 Electrostatically Endangered Modules (ESD) ................................................................... IM2/1-11

2 Power On and Ramp-Up ........................................................................................................ IM2/2-13

2.1 Start-up ................................................................................................................................ IM2/2-14

3 Communication/Initial Requirements................................................................................... IM2/3-15

3.1 System-internal communication ........................................................................................... IM2/3-16

3.2 Licensing.............................................................................................................................. IM2/3-16

3.3 Network operation with HMI-Embedded .............................................................................. IM2/3-18

3.3.1 Parameterizing the drive connection from the HMI user interface..................................... IM2/3-18
3.3.2 Network configuration ....................................................................................................... IM2/3-21
3.3.3 Examples: network configuration ...................................................................................... IM2/3-22
3.3.4 Configuring a drive connection via MD ............................................................................. IM2/3-24
3.3.5 Parameterizing the drive connection using LOGDRIVE.INI .............................................. IM2/3-25
3.3.6 Accepting network data..................................................................................................... IM2/3-28

3.4 "Blue Screen" error status screen ........................................................................................ IM2/3-28

3.4.1 Restart .............................................................................................................................. IM2/3-29

4 Functions/Parameterization .................................................................................................. IM2/4-31

4.1 Access protection using password and key switch .............................................................. IM2/4-33
4.1.1 Password .......................................................................................................................... IM2/4-34
4.1.2 Keyswitch.......................................................................................................................... IM2/4-35

4.2 Functions ............................................................................................................................. IM2/4-37

4.2.1 Configuring Caps Lock...................................................................................................... IM2/4-37
4.2.2 Activating the screen saver ............................................................................................... IM2/4-37
4.2.3 Changing the language ..................................................................................................... IM2/4-38
4.2.4 Activating/deactivating calculator Help.............................................................................. IM2/4-38
4.2.5 Setting date/time ............................................................................................................... IM2/4-38
4.2.6 Setting the editor............................................................................................................... IM2/4-39
4.2.7 Geometry processor ......................................................................................................... IM2/4-40
4.2.8 File manager ..................................................................................................................... IM2/4-40
4.2.9 Displaying the acknowledgement icon for PLC alarm ....................................................... IM2/4-41
4.2.10 Alarm display .................................................................................................................. IM2/4-41
4.2.11 Inch/metric switchover..................................................................................................... IM2/4-41

4.3 Switching channels .............................................................................................................. IM2/4-42

4.3.1 Several channels on 1 NCU.............................................................................................. IM2/4-42

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/iii
Installing HMI Embedded (IM2) 01/2006
Contents

4.3.2 Configuration example of a NETNAMES.INI..................................................................... IM2/4-43

4.4 Selecting the tool management............................................................................................ IM2/4-47

4.5 Tool fine correction .............................................................................................................. IM2/4-48

4.6 Activating tool correction immediately.................................................................................. IM2/4-48

4.7 Selecting tools via a D number (flat D No.) .......................................................................... IM2/4-48

4.8 Workpiece template ............................................................................................................. IM2/4-49

4.9 Analog spindles.................................................................................................................... IM2/4-49

4.10 Work offset......................................................................................................................... IM2/4-50

4.10.1 Changing access protection to base offset Softkey ........................................................ IM2/4-50
4.10.2 Fine work offset and base offset ..................................................................................... IM2/4-50
4.10.3 Presetting actual value memory, preset, Scratching ....................................................... IM2/4-51
4.10.4 Hiding display of the machine axes................................................................................. IM2/4-53
4.10.5 Displaying the geometry axes ......................................................................................... IM2/4-54

4.11 Specifying the machine and rotary axis position ................................................................ IM2/4-54

4.12 Program simulation ............................................................................................................ IM2/4-55

4.12.1 Rotary simulation and program test ................................................................................ IM2/4-55
4.12.2 Turning/milling simulation................................................................................................ IM2/4-56
4.12.3 Milling simulation 3D graphic .......................................................................................... IM2/4-56

4.13 Measuring cycle support in the G code editor .................................................................... IM2/4-56

4.14 Expanding user displays from the operator interface ......................................................... IM2/4-57

4.15 Coordinate systems ........................................................................................................... IM2/4-58

4.15.1 Actual value display ........................................................................................................ IM2/4-58
4.15.2 Position of the coordinate system ................................................................................... IM2/4-58

4.16 Displaying and editing system resources ........................................................................... IM2/4-60

4.16.1 Static user memory (SRAM) ........................................................................................... IM2/4-60
4.16.2 Dynamic user memory (DRAM) ...................................................................................... IM2/4-64

4.17 Remote diagnosis "RCS Host Embedded / RCS Viewer Embedded" ................................ IM2/4-67
4.17.1 Configuring "RCS Host Embedded" ................................................................................ IM2/4-69
4.17.2 Installing and configuring "RCS Viewer Embedded" ....................................................... IM2/4-71
4.17.3 Start remote diagnostics ................................................................................................. IM2/4-73

4.18 Available display machine data.......................................................................................... IM2/4-75

5 Creating In-House Alarm Texts............................................................................................. IM2/5-95

5.1 Alarm, user, message textfiles ............................................................................................. IM2/5-96

5.1.1 Storage of the text files ..................................................................................................... IM2/5-96

5.2 Number ranges of the text files ............................................................................................ IM2/5-98

5.3 Syntax of the text file............................................................................................................ IM2/5-99

5.3.1 File name .......................................................................................................................... IM2/5-99
5.3.2 Example of an alpu.txt file ................................................................................................. IM2/5-99

© Siemens AG, 2006. All rights reserved

IM2/iv SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
Contents

5.4 Supported languages ......................................................................................................... IM2/5-102

5.5 Bitmaps and icons.............................................................................................................. IM2/5-103

5.5.1 Storage of the bitmaps and icons.................................................................................... IM2/5-103
5.5.2 User status display.......................................................................................................... IM2/5-103

5.6 Editing in-house text files ................................................................................................... IM2/5-105

5.7 Plain text for PLC machine data......................................................................................... IM2/5-107

6 Series startup ....................................................................................................................... IM2/6-109

6.1 Series startup..................................................................................................................... IM2/6-110

6.1.1 Exporting data................................................................................................................. IM2/6-110
6.1.2 Importing data ................................................................................................................. IM2/6-111

7 Data Backup ......................................................................................................................... IM2/7-113

7.1 Data backup....................................................................................................................... IM2/7-114

7.1.1 Introduction ..................................................................................................................... IM2/7-114
7.1.2 Data backup with HMI Embedded................................................................................... IM2/7-116
7.1.3 Data backup for changed machine data.......................................................................... IM2/7-116

8 Diagnostics........................................................................................................................... IM2/8-119

8.1 Action log ........................................................................................................................... IM2/8-120

8.1.1 Log file: "action.log" ........................................................................................................ IM2/8-122
8.1.2 Displaying the log file / setting the action log .................................................................. IM2/8-123
8.1.3 Outputting the log file ...................................................................................................... IM2/8-123

8.2 Software version display .................................................................................................... IM2/8-124

I Index ....................................................................................................................................... IM2/I-125

I.1 Subject Index ....................................................................................................................... IM2/I-125

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/v
Installing HMI Embedded (IM2) 01/2006
Contents

© Siemens AG, 2006. All rights reserved

IM2/vi SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
1 General Preparations

1 General Preparations
1
1.1 Hardware/software prerequisites ................................................ IM2/1-8
1.1.1 Hardware ................................................................................. IM2/1-8
1.1.2 Software................................................................................... IM2/1-9

1.2 Accessories................................................................................. IM2/1-9

1.3 Documentation.......................................................................... IM2/1-10

1.4 EMC/ESD measures................................................................. IM2/1-10

1.4.1 Electromagnetic Compatibility (EMC).................................... IM2/1-10
1.4.2 Electrostatically Endangered Modules (ESD)........................ IM2/1-11

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/1-7
Installing HMI Embedded (IM2) 01/2006
1 General Preparations

Introduction
This Installation and Startup Guide describes the procedures for installing the HMI
Embedded software.

For further reading on special NCK, NCU, PLC, or drive functions, please consult
the Descriptions of Functions/Manuals (see Section: Documentation).

1.1 Hardware/software prerequisites

It is a requirement that all system components be fully mounted, installed and
configured.
For operating, programming, and visualization, the HMI software is integrated in
the NCU software.
The HMI-Embedded software can only be operated via an operator panel with
TCU.

1.1.1 Hardware
At least the following components are needed in order to run the HMI Embedded sl
(Human Machine Interface Embedded Solution Line) software:
• Numerical Control Unit (NCU sl)
• Operator panel (OP)
• Machine control panel (MCP)
• Thin Client Unit (TCU)
• SINAMICS 120 converter system

Bedientafelfront (Operation Panel)

A B C D E
7 8 9 / (

Maschinensteuer- F

P
G
4 5 6 *
L
1 2 3
Q
H

R
I

S
-
J

T
)
[
= 0 . + ]

tafel (MCP) A
U

.
\
V

<
, W

>
1..n
X

–
Y

"

$
End

AC 1 2 3 4 5 6
Thin Client Unit
(TCU)

NCU 710
mit SW
HMI Embedded

SINAMICS

Figure 1-1 Example: Hardware configuration of an 840D sl

© Siemens AG, 2006. All rights reserved

IM2/1-8 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
1 General Preparations

In this Sinumerik sl system, one or more TCUs (Thin Client Units) are used to
operate and monitor the control. The actual HMI Embedded operator software runs
on the NCU, while the TCUs make up the operator interface.
The TCUs are equipped with USB interfaces, to which you can connect USB
devices (e.g., USB-FlashDrive, USB diskette drive, etc.) to download data onto the
control or to back up the control data.
A description of the individual components and how they can be combined,
connected and installed can be found in various manuals.
(see Section: Documentation).

1.1.2 Software
A CompactFlash card containing the complete HMI Embedded sl software package
is supplied with the NCU.
Licensing
You need a license release (authorization to use the software) to use various
options of HMI Embedded and the NCU. Activation is required before the protected
software can be used.
See Chapter 3: Licensing

1.2 Accessories
Memory media
Memory expansion of the CompactFlash card
You can use the CompactFlash card as a storage location for backing up data.
To obtain additional memory expansion, you must purchase the “256 MB user
memory” option with order number: 6FC5800-0AP12-0YB0.
This option is then released via the license manager (addit. 256 MB HMI user
memory on CF card of NC,...).

USB FlashDrive
You can use a 512 MByte USB FlashDrive as an additional memory medium:
Order number: 6ES57648-0DC20-0AA0

Keyboard
With HMI-Embedded sl you have to distinguish between upper and lower case. As
it is not possible to switch to lower case mode on the keyboard of the machine
control panel /OP, you require an external keyboard (with USB connector) for
installation and startup.
Plug in the keyboard in the USB interface on the front of the operator panel. The
system immediately detects the keyboard.
See also Chapter 4: Configuring Caps Lock

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/1-9
Installing HMI Embedded (IM2) 01/2006
1 General Preparations

1.3 Documentation
You require the following documentation to install and start up the SINUMERIK
840D sl:

References:
/GDS/ Sinumerik 840D sl, NCU Manual
/BHsl/ Operator Component Manual
/IDsl/ Installation and Startup Manual CNC Part 1 (NCK, PLC, Drive)
/IAM 2/IM5/ TCU Base Software, HT 8
/FB1/ Description of Functions – Basic Machine
/LIS1/ Lists
/DA/Diagnostics Manual
/BEMsl/ Operator's Guide HMI Embedded
/FBTsl/ Description of Functions - ShopTurn
/FBSPsl/ Description of Functions - ShopMill

1.4 EMC/ESD measures

1.4.1 Electromagnetic Compatibility (EMC)

RI suppression measures
Shielded signal cables
• To ensure safe, interference-free operation of the system, the cables specified
in the individual drawings must be used.
• Both ends of the shield must always be connected conductively with the
housings.

Exception:
If non-Siemens devices are connected (printers, programming devices, etc.),
you can also use standard shielding cables, which are connected at one end.
These external devices may not be connected to the control during normal
operation. However, if the system cannot be operated without them, then the
cable shields must be connected at both ends. Furthermore, the external
device must be connected to the control via an equipotential bonding cable.

Rules for routing cables

In order to achieve the best-possible noise immunity for the complete system
(control, power section, machine) the following EMC measures must be observed:
• Signal cables and load cables must be routed at the greatest possible
distance from one another.
• Only cables supplied by SIEMENS may be used as signal cables to and from
the NCU and PLC.
• Signal cables must not be laid in the close vicinity of strong magnetic fields
(e.g., motors and transformers).
• Pulse-carrying HC/HV cables must always be laid completely separately from
all other cables.
• The distance (interference injection area) between the following cables must
be as close as possible:
- Signal cable and signal cable
- Signal cable and associated equipotential bonding lead
- Equipotential bonding lead and protective conductor incorporated in lead.

© Siemens AG, 2006. All rights reserved

IM2/1-10 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
1 General Preparations

! Important
For further information about suppression measures and the connection of
shielded cables see
References: /EMC/EMC Directive

1.4.2 Electrostatically Endangered Modules (ESD)

Caution
The modules contain electrostatically sensitive devices. Discharge yourself of
electrostatic energy before touching the components. The easiest way to do this
is to touch a conductive, grounded object immediately beforehand (for example,
the bare metal part of a control cabinet or the protective ground contact of a
socket outlet).

! Important
Handling of modules containing devices sensitive to electrostatic discharge:
• When handling electrostatically sensitive devices, make sure that operator,
workplace and packing material are properly grounded.

• Generally, electronic modules must not be touched unless work has to be

carried out on them. When handling PC boards make absolutely sure that
you do not touch component pins or printed conductors.

• Components must only be touched if

- You are permanently grounded with an ESD arm band
- You are wearing ESD shoes or ESD shoe grounding strips that are in
contact with an ESD floor.

• Modules must be placed on a conductive surface (table with ESD surface,

conductive ESD foam plastic, ESD packing bag, ESD transport container).

• Never place modules in the vicinity of display units, monitors, or television

sets (minimum distance < 10 cm).

• Modules must never be brought into contact with statically chargeable and
highly insulating materials, such as plastic sheeting, insulating table tops,
clothing made of synthetic fibers.

• Measurements of the module must only be performed if

- The measuring instrument is grounded (e.g., via a protective conductor) or
- Before measuring with a potential-free measuring device, the measuring
head is discharged briefly (e.g., touch unpainted metal on the control
housing).

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/1-11
Installing HMI Embedded (IM2) 01/2006
1 General Preparations

© Siemens AG, 2006. All rights reserved

IM2/1-12 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
2 Power On and Ramp-Up

2 Power On and Ramp-Up

2
2.1 Start-up ..................................................................................... IM2/2-14

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/2-13
Installing HMI Embedded (IM2) 01/2006
2 Power On and Ramp-Up

2.1 Start-up
Note
Before a cold restart all USB devices must be removed from the TCU and not
connected again until start-up is complete.

Insert the CompactFlash Card containing the HMI Embedded software into the slot
marked "CF" (interface X109) before switching on the NCU.
Now switch on the power supply. The NCU starts up automatically and
automatically detects the CompactFlash card.

An 8-digit HMI Embedded version number is displayed during start-up. The

seconds-counter display can be used to monitor when the connection to the
NCK/PLC has been established.

Further information about the start-up is contained in the submanual of the CNC
Installation and Startup Manual Part 5 (Base Software):

References: IAM2/IM5: Installation and Startup TCU, Section: Operation during

start-up.

© Siemens AG, 2006. All rights reserved

IM2/2-14 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
3 Communication/Initial Requirements

3 Communication/Initial Requirements
3
3.1 System-internal communication................................................ IM2/3-16

3.2 Licensing................................................................................... IM2/3-16

3.3 Network operation with HMI-Embedded................................... IM2/3-18

3.3.1 Parameterizing the drive connection from the HMI
user interface ......................................................................... IM2/3-18
3.3.2 Network configuration ............................................................ IM2/3-21
3.3.3 Examples: network configuration........................................... IM2/3-22
3.3.4 Configuring a drive connection via MD.................................. IM2/3-24
3.3.5 Parameterizing the drive connection using LOGDRIVE.INI .. IM2/3-25
3.3.6 Accepting network data ......................................................... IM2/3-28

3.4 "Blue Screen" error status screen............................................. IM2/3-28

3.4.1 Restart ................................................................................... IM2/3-29

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/3-15
Installing HMI Embedded (IM2) 01/2006
3 Communication/Initial Requirements

3.1 System-internal communication

Internal system communication in the NCU between the HMI Embedded software,
NCK, drive, and PLC is carried out via an integrated PROFIBUS DP (VDP).

For a description, please refer to the following documentation:

References: /IDsl/ Installation and Startup Manual CNC Part 1 (NCK, PLC, Drive)

3.2 Licensing
A suitable license is needed in order to use the options.
In the “Startup” operating area, HMI Embedded has three menus, which contain
information about the status of the options and their licenses.

Requirements
You need at least “write access” authorization in order to set or reset options.

Procedure
To call up the following three menus in the “Startup” operating area, select the ETC
key “>” and press the “License” softkey:
• Overview
• All options
• Missing licenses

Licensing: Overview
The following information appears when you press the “Overview” softkey:

Hardware serial number: Shows the unique number of the Sinumerik sl

Type of hardware, e.g.: "Sinumerik 840D sl"

Status message of the license key, e.g., “License key is NOT sufficient!”

When you obtain a new license key, it must be entered after the prompt “Please
enter a license key:”.
Hyphens are inserted automatically after every fourth character. Their only purpose
is to improve legibility.
When you press the “Apply” softkey, the data are transmitted to the NCU and
stored there.
Press the “NCK Reset” softkey to activate the licenses.

© Siemens AG, 2006. All rights reserved

IM2/3-16 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
3 Communication/Initial Requirements

Licensing: All options

When you press the “All Options” softkey, all NCU and HMI options are displayed.
A description and order number are displayed for each option.
Options shown red are activated, however, not yet licensed or not licensed in
adequate number. You can set or reset the availability in the adjacent “Set” field.
After changing the option, press the "Apply" softkey.

Licensing: Missing licenses

When you press the “Missing Licenses” softkey, any insufficiently licensed options
will be listed.
You can set and reset the option in the adjacent field, as in the “All Options” menu.

Note
Use of non-licensed options.
Before licensing options, you can also activate them temporarily without the
license keys and use them for test purposes. In this case, the control displays
alarm 8080 periodically, indicating that the corresponding license has not been
allocated to the hardware.

The allocation of licenses to hardware is described in the following documentation:

References: /IDsl/ Installation and Startup Manual CNC Part 1 (NCK, PLC, Drive)

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/3-17
Installing HMI Embedded (IM2) 01/2006
3 Communication/Initial Requirements

3.3 Network operation with HMI-Embedded

The NCU hardware has its own network card and can be integrated in an existing
network.
If the appropriate option is set, additional horizontal softkeys can be integrated in
HMI Embedded with icons for a mapped drive or a local drive.

Possible connections
The number of connections between the HMI Embedded system and different
servers or local drives is limited to eight.

These connections are also called "logical drives" and can be parameterized in
three different ways.
1. from the HMI user interface
2. using machine data
3. using the "LOGDRIVE.INI" file

3.3.1 Parameterizing the drive connection from the HMI user interface
The drive connections (local, network and USB drives) and their softkeys are set
up in the settings window of the startup operating area.

Network connections can be defined or parameterized in the screen displayed

below. These connections, also known as "logical drives", can refer to either a
network connection or an internal drive, such as a PCMCIA memory-card interface
(CompactFlash Card) and USB interfaces (including a diskette drive connected via
USB).

Procedure
• Press the "Startup" softkey.
• Press the "Connections" softkey.
• Press the "Logical drives" softkey.

You will now get the "Network Connections" window in which you can set up the
connections:

© Siemens AG, 2006. All rights reserved

IM2/3-18 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
3 Communication/Initial Requirements

Figure 3-1: Drive connections

Use the Select key to select entries for the “Type”, "Connection" and “Access level”
fields.

Type: No drive, USB local, USB global

for set option: Flash Card (delivered CompactFlash
Card with HMI software)
Connection: Front (preassigned), X203, X204
Access level: 1 Manufacturer
2 Service
3 User
4 Key Switch Settings 3
5 Key Switch Settings 2
6 Key Switch Settings 1
7 Key Switch Settings 0

Note
You need the memory expansion (optional) to access the CompactFlash card,
see Chapter 1: Accessories.

Enter the other fields manually. You can choose any softkey text.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/3-19
Installing HMI Embedded (IM2) 01/2006
3 Communication/Initial Requirements

The following methods can be used to create the connections:

Type Connection Path (path entry)

No drive - -

Local USB Front acttcu://0,2

(preassigned)
X203 acttcu://2
X204 acttcu://1

USB global X203 Connection to other TCUs

X204

Flash Card .../user/sinumerik/data/... CompactFlash

card in the NCU

NW Linux - // Linux ComputerName/Linux

ShareName
NW Windows - // WindowsComputerName
/WindowsShareName

• A numeric setting for DOS (Windows) is made in the "Partition" field.

• Two lines, with a maximum of nine characters each, are available for the
softkey text.

• You must allocate a user name and a password for Windows shares.
If no setting is entered, a default user (PCU20_USER) is entered and a default
password is used.

• No user names or passwords are needed for Linux (NFS) shares and
local/global network paths (USB).

• The first four softkeys for the configured connections are displayed in the
horizontal menu bar in the “Program” and “Services” operating areas, and the
other four softkeys are displayed in the second horizontal menu bar, which can
be opened using the ETC key “>”.

• The selection of the drive can be prevented by setting the appropriate access
level.

© Siemens AG, 2006. All rights reserved

IM2/3-20 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
3 Communication/Initial Requirements

3.3.2 Network configuration

Settings
The data required for networking the components are entered in the “Network
Configuration” window.
Only the TCP/IP protocol is supported and can be configured within the network
setup screens.

The window below appears when you press the “Network config.” softkey in the
“Startup” operating area.

Fig. 3-2 Configuring the network

1. DHCP:
Use the “Select” key to select the "Yes" or "No" setting, depending on whether
or not a DHCP server is available.

2. IP addresses:
A unique IP address must be selected for each computer.

1. Subnet mask:
You need to enter a subnet mask that is unique within the entire network.

2. Gateway:
A gateway is not needed for a local area network.
Please ask your administrator for the settings of a company network.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/3-21
Installing HMI Embedded (IM2) 01/2006
3 Communication/Initial Requirements

3. Computer name:
The name is optional, as it is only a symbolic identifier and can be replaced by
the IP address at any time.

4. DNS:
If the DNS (Domain Name Server) has the appropriate assignment of computer
and IP address, no entry is required here.

MAC address: is unique (present on the NCU 710 after X130). If the NCU is
already known, it will be displayed automatically.

Use the “Save” softkey to save the parameter settings for the network connection.

3.3.3 Examples: network configuration

This section describes two possible configurations:
1. A stand-alone local area network
2. A large company network.

Local area network

A small stand-alone network is the easiest option.

! Important
As no "hub" is used, you will need a special twisted-pair cable for the point-to-
point connection.

Select for DHCP: "Yes", the IP address, subnet mask and gateway data are
transmitted and displayed automatically via a DHCP server. These data cannot be
overwritten.
You have to enter the computer name and DNS domain manually.

Select for DHCP: "No", because no server exists, for example, you have to
determine and enter the data yourself.

For stand-alone local area networks, RFC 1597 provides for three address ranges
so that there are no conflicts while using the Internet at the same time:
10.0.0.0 > 10.255.255.255 (Class A network)
172.16.0.0 > 172.31.255.255 (Class B network)
192.168.0.0 > 192.168.255.255 (Class C network)
The IP addresses for small networks should be selected from these ranges.

© Siemens AG, 2006. All rights reserved

IM2/3-22 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
3 Communication/Initial Requirements

Company network
Since the company network already exists, you will need to ask the administrator
for the settings and addresses.
A fixed IP address is used to address the company network. You will need to ask
your administrator for an IP address for each NCU.
The computer name is also provided by the network administrator and corresponds
to the IP address that is set.
Further, it is necessary to have the correct subnet mask for the network and a
default gateway (router).
If you intend to use a DNS server, you will also need its IP address and the DNS
domain.

Server name (setting not mandatory)

In order to assign symbolic names to the computers, the relevant nodes to be
addressed within the network can be entered so that their names can be resolved:
Example
Server name:
192.168.0.20 R2345
192.168.0.21 R2346
With these settings computers R2345 and R2346 can be addressed by means of
their symbolic names.

Fig. 3-3 Server names

Operation:
The first entry in the line is the IP address.
The second entry is the computer name. The data already specified appears in the
upper section of the screen.
By selecting the "New" and "Edit" softkeys you can go to the lower half of the
screen where you can edit entries.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/3-23
Installing HMI Embedded (IM2) 01/2006
3 Communication/Initial Requirements

You can change back to the upper section by pressing the "Cancel" softkey (data is
not saved) or the "Save" softkey (data is saved).

With external drives (network connections) you need to specify the full network
path (\\Rechnername\Freigabenamen\Pfadangabe), whereby the path name is
optional:
\\R4711\Workpieces\Template
\\R4812\Workpieces

These names must be available on the network computer. The network computer,
for example, is called "\\R4812". The share name WORKPIECES must be specified
on any hard disk drive on this computer.

File types
The file types are set up as needed and are evaluated and displayed by the NCU.
The Program Manager will use the file extensions to filter the files to be displayed
and those to be hidden. This filter function can be set as follows:
If the "New" or "Edit" softkeys are selected, a switch is made to the lower half of the
window where a new extension can be entered or an existing extension edited. To
exit, press "Cancel" (without changes) or "Save" (with changes).

3.3.4 Configuring a drive connection via MD

If you do not need more than four drive connections, you can set these up using
machine data.

For the authorization of the input for configuration data, the following display
machine data must be set up:
MD 9509: MM_USER_CLASS_DIRECTORY_CHG (value 0 ... 7)

Display machine data

The following display machine data is available for authorizing the use of the
created drives:

For the “Program” and “Services” areas

MD 9510: MM_USER_CLASS_DIRECTORY1_P
MD 9511: MM_USER_CLASS_DIRECTORY2_P
MD 9512: MM_USER_CLASS_DIRECTORY3_P
MD 9513: MM_USER_CLASS_DIRECTORY4_P
(value 0...7)

For the “Machine” area

MD 9516: MM_USER_CLASS_DIRECTORY1_M
MD 9516: MM_USER_CLASS_DIRECTORY2_M
MD 9516: MM_USER_CLASS_DIRECTORY3_M
MD 9516: MM_USER_CLASS_DIRECTORY4_M

© Siemens AG, 2006. All rights reserved

IM2/3-24 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
3 Communication/Initial Requirements

The network drives are configured in the display machine data:

MD 9676: MM_DIRECTORY_SOFTKEY_PATH1
MD 9676: MM_DIRECTORY_SOFTKEY_PATH2
MD 9676: MM_DIRECTORY_SOFTKEY_PATH3
MD 9676: MM_DIRECTORY_SOFTKEY_PATH4

The display machine data for the access rights are effective immediately, i.e., after
switching to the relevant application. A restart is not required.

3.3.5 Parameterizing the drive connection using LOGDRIVE.INI

You can also use LOGDRIVE.INI to set up all drives (NW Linux, USB interface,
CompactFlash card) that do not require any password.
The display machine data are ignored and the entries are used from this file in
accordance with the HMI search strategy (USER, OEM, ADD_ON).

Important
The change or set up of a Windows network drive (prefix: smb) cannot be made
in the LOGDRIVE.INI, because the password must be entered encrypted.

Opening LOGDRIVE.INI
You need access level 0 in order to call up the file.

Procedure:
To open the file, proceed as follows:
• Select the “Startup” operating area.
• Press the "HMI" softkey.
• Press the "Editor" softkey (HMI only).
• Press the "Flash Card" vertical softkey.
You will find the file in: \user\sinumerik\hmi\cfg\logdrive.ini.
• Press the "Input" key to open the file.

LOGDRIVE.INI file
[CONNECTIONS]
Connection<Index>=<entry>
SK-Connection<Index>=<Softkeytext, 2-lines separated by %n>
Username<Index>=<Username>
Password<Index>=<password, coded, cannot be changed with the editor!>
Type <Index>=
AccessMachine<Index>=<access>
AccessProgram<Index>=<access>
AccessService<Index>=<access>

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/3-25
Installing HMI Embedded (IM2) 01/2006
3 Communication/Initial Requirements

Index: 1 to 8 connections (possibly with gaps).

If "Connection" is not set or is greater than 8, the number of entries is
initially set to 8.
Access: Access rights for machine, program and services possible from 0 – 7.
If nothing is entered, the default is 7 (= access for all).
1st entry: Configuring of the drive in the following form.
Path details for the following interfaces:
FRONT: tcu:// acttcu://0,2
X203: tcu:// acttcu://2
X204: tcu:// acttcu://1

Note
For a connection to a Linux connection, "nfs:" is prefixed to the computer name.

For a connection to a Windows computer, "smb:" is prefixed to the computer

name.

Example of a LOGDRIVE.INI
;-------------------------------------------------- --------
;Copyright (C) Siemens AG 2005 All Rights Reserved.
;----------------------------- -----------------------------

; Set up drives using ini file

;[CONNECTIONS]

;Connection<Index>
;Connection<index>=<entry>
;AccessMachine<index>=<access>
;AccessProgram<index>=<access>
;AccessServices<index>=<access>

[CONNECTIONS]
Connection = 1
Connection1 = "acttcu://0,2/"
SK_Connection1 = "USB%nFront"
Username1 = " "
Password1 = " "
Type1 = "0"
AccessMachine1 = "5"
AccessProgram1 = "5"
AccessServices1 = "5"

Connection = 2
Connection2 = "acttcu://2/"
SK_Connection2 = "USB2"
Username2 = " "
Password2 = " "
Type2 = "0"
AccessMachine2 = "6"
AccessProgram2 = "6"
AccessServices2 = "6"

Connection = 3
Connection3 = "accttcu://1/"
SK_Connection3 = "USB3"

© Siemens AG, 2006. All rights reserved

IM2/3-26 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
3 Communication/Initial Requirements

Username3 = " "

Password3 = " "
Type3 = "0"
AccessMachine3 = "6"
AccessProgram3 = "6"
AccessServices3 = "6"

Connection = 4
Connection4 = ""
SK_Connection4 = ""
Username4 = " "
Password4 = " "
Type4 = ""
AccessMachine4 = ""
AccessProgram4 = ""
AccessServices4 = ""

Connection = 5
Connection5 = ""
SK_Connection5 = ""
Username5 = " "
Password5 = " "
Type5 = ""
AccessMachine5 = ""
AccessProgram5 = ""
AccessServices5 = ""

Connection = 6
Connection6 = ""
SK_Connection6 = ""
Username6 = " "
Password6 = " "
Type6 = ""
AccessMachine6 = ""
AccessProgram6 = ""
AccessServices6 = ""

Connection = 7
Connection7 = ""
SK_Connection7 = ""
Username7 = " "
Password7 = " "
Type7 = ""
AccessMachine7 = ""
AccessProgram7 = ""
AccessServices7 = ""

Connection = 8
Connection8 = ""
SK_Connection8 = ""
Username8 = " "
Password8 = " "
Type8 = ""
AccessMachine8 = ""
AccessProgram8 = ""
AccessServices8 = ""

[EXTENSION_FILTER]

Note
You must not edit the password, as it is encrypted in this file.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/3-27
Installing HMI Embedded (IM2) 01/2006
3 Communication/Initial Requirements

3.3.6 Accepting network data

You can edit all screens, connections, Netw. Config., server names and file types
in succession. After completing your inputs and activating the "Save" softkey, a
prompt is displayed asking whether you want to accept the data.

3.4 "Blue Screen" error status screen

If the system crashes, an error status screen ("Blue Screen") showing current
system information is displayed.
The error status screen displays a brief description of the error, which has
occurred, plus all relevant processor registers.

Backup option
A complete system data image is transferred to the CompactFlash card (optional).

System data display

In the event of a system crash, the crash address, the register allocation and any
additional information needed for crash analysis are displayed on the screen.

Sorry, but HMI Embedded has caused an exception in task XXXXX

Function at XXXXXXXX with code XXXXX
The type of exception is: XXXXXXXXXXXXXXXXXXXXX
The exception has occurred at cs: XX eip : XXXXXXXX!
EAX= XXXXXXXX EBX= XXXXXXXX ECX= XXXXXXXX EDX= XXXXXXXX
EDI= XXXXXXXX ESI= XXXXXXXX FLAGS= XXXXXXXX DS= XXXX ES= XXXX
SS= XXXX ESP= XXXXXXXX EBP= XXXXXXXX FS= XXXX GS= XXXX
Additional information:
XXXXXXXX loaded at: XXXXXXXX XXXXXXXX loaded at: XXXXXXXX
XXXXXXXX loaded at: XXXXXXXX XXXXXXXX loaded at: XXXXXXXX
...
XXXXXXXX loaded at: XXXXXXXX XXXXXXXX loaded at: XXXXXXXX
CODE = XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX
XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX
EIP: XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX
XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX
STACK= XXXXXXXX XXXXXXXX XXXXXXXX XXXXXXXX XXXXXXXX
XXXXXXXX XXXXXXXX XXXXXXXX XXXXXXXX XXXXXXXX
XXXXXXXX XXXXXXXX XXXXXXXX XXXXXXXX XXXXXXXX
XXXXXXXX XXXXXXXX XXXXXXXX XXXXXXXX XXXXXXXX

Please send the above or saved information to the SINUMERIK Hotline!

email: ad.support@siemens.com
Fill in subject: "HMI-Embedded exception (SW XX.XX.XX; date)"
Press 'S' to save data or press 'R' to reboot immediately

© Siemens AG, 2006. All rights reserved

IM2/3-28 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
3 Communication/Initial Requirements

When you select key:

"S" (Save) you open the menu for saving data,
"R" to restart the NCU.

Menu for saving data

The selected system data file is saved to the CompactFlash card (optional) or can
be exported to a USB FlashDrive (available soon).

Press ‘L’ to save exception data to the local compact flash card.
You can also press ‘R’ to reboot immediately but we recommend to first
save the data.

The following status message also appears:

Please wait - data transmission in progress.

If you have problems you can
press key 'S' to stop transmission.

Transmission finished
Once all the data have been transferred successfully, the following message
appears:

Transmission finished, XXXXXX bytes saved.

.
The exception data was saved in folder /user/sinumerik/hmi
Please send the saved information to the SINUMERIK Hotline!
email: ad.support@siemens.com
Fill in subject: "HMI-Embedded exception (SW XX.XX.XX; date)"

Press 'S' to return to save menu or 'R' to reboot

3.4.1 Restart
The exception handler attempts an automatic restart in Restart mode.
If the NCU has not reacted after 60 seconds, you must restart it manually by
switching the power supply to the system off and then on again.

Try rebooting - in the event of no reaction after 1 minute,

please switch off/on

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/3-29
Installing HMI Embedded (IM2) 01/2006
3 Communication/Initial Requirements

© Siemens AG, 2006. All rights reserved

IM2/3-30 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
4 Functions/Parameterization

4 Functions/Parameterization
4
4.1 Access protection using password and key switch................... IM2/4-33
4.1.1 Password ............................................................................... IM2/4-34
4.1.2 Keyswitch............................................................................... IM2/4-35

4.2 Functions .................................................................................. IM2/4-37

4.2.1 Configuring Caps Lock .......................................................... IM2/4-37
4.2.2 Activating the screen saver.................................................... IM2/4-37
4.2.3 Changing the language.......................................................... IM2/4-38
4.2.4 Activating/deactivating calculator Help .................................. IM2/4-38
4.2.5 Setting date/time .................................................................... IM2/4-38
4.2.6 Setting the editor.................................................................... IM2/4-39
4.2.7 Geometry processor .............................................................. IM2/4-40
4.2.8 File manager .......................................................................... IM2/4-40
4.2.9 Displaying the acknowledgement icon for PLC alarm ........... IM2/4-41
4.2.10 Alarm display ....................................................................... IM2/4-41
4.2.11 Inch/metric switchover ......................................................... IM2/4-41

4.3 Switching channels ................................................................... IM2/4-42

4.3.1 Several channels on 1 NCU .................................................. IM2/4-42
4.3.2 Configuration example of a NETNAMES.INI ......................... IM2/4-43

4.4 Selecting the tool management ................................................ IM2/4-47

4.5 Tool fine correction ................................................................... IM2/4-48

4.6 Activating tool correction immediately ...................................... IM2/4-48

4.7 Selecting tools via a D number (flat D No.) .............................. IM2/4-48

4.8 Workpiece template .................................................................. IM2/4-49

4.9 Analog spindles......................................................................... IM2/4-49

4.10 Work offset.............................................................................. IM2/4-50

4.10.1 Changing access protection to base offset Softkey ............ IM2/4-50
4.10.2 Fine work offset and base offset.......................................... IM2/4-50
4.10.3 Presetting actual value memory, preset, Scratching ........... IM2/4-51
4.10.4 Hiding display of the machine axes ..................................... IM2/4-53
4.10.5 Displaying the geometry axes.............................................. IM2/4-54

4.11 Specifying the machine and rotary axis position .................... IM2/4-54

4.12 Program simulation................................................................. IM2/4-55

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/4-31
Installing HMI Embedded (IM2) 01/2006
4 Functions/Parameterization

4.12.1 Rotary simulation and program test..................................... IM2/4-55

4.12.2 Turning/milling simulation .................................................... IM2/4-56
4.12.3 Milling simulation 3D graphic ............................................... IM2/4-56

4.13 Measuring cycle support in the G code editor ........................ IM2/4-56

4.14 Expanding user displays from the operator interface ............. IM2/4-57

4.15 Coordinate systems ................................................................ IM2/4-58

4.15.1 Actual value display ............................................................. IM2/4-58
4.15.2 Position of the coordinate system........................................ IM2/4-58

4.16 Displaying and editing system resources ............................... IM2/4-60

4.16.1 Static user memory (SRAM) ................................................ IM2/4-60
4.16.2 Dynamic user memory (DRAM)........................................... IM2/4-64

4.17 Remote diagnosis "RCS Host Embedded /

RCS Viewer Embedded" ........................................................ IM2/4-67
4.17.1 Configuring "RCS Host Embedded" .................................... IM2/4-69
4.17.2 Installing and configuring "RCS Viewer Embedded" ........... IM2/4-71
4.17.3 Start remote diagnostics ...................................................... IM2/4-73

4.18 Available display machine data .............................................. IM2/4-75

© Siemens AG, 2006. All rights reserved

IM2/4-32 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
4 Functions/Parameterization

4.1 Access protection using password and key switch

Access levels for enabling data areas are implemented in the SINUMERIK 840D sl.
These are subdivided into:
• 4 password levels for Siemens, machine manufacturer and end user.
• 4 keyswitch positions for end user.
This provides a multilevel safety concept for controlling access rights.

Access rights
• 0 to 3 are locked by means of a password and
• 4 to 7 by means of keyswitch positions.

Table 4-1 Protection level concept

Protec- Locked by Area
tion level
0 Password Siemens
1 Password: SUNRISE (default) Machine manufacturer:
Development
2 Password: EVENING (default) Machine manufacturer: Startup
engineer
3 Password: CUSTOMER End user: Service
(default)
4 Keylock switch position 3 End user: Programmer, machine
setter
5 Keylock switch position 2 End user: Skilled operator
without programming knowledge
6 Keylock switch position 1 End user: Trained operator
without programming knowledge
7 Keylock switch position 0 End user: Semi-skilled operator

Access features
• Protection level 0 provides the greatest number of access rights,
protection level 7 the least.

• If certain access rights are granted to a protection level, these protection

rights automatically apply to any higher protection levels.

• Conversely, protection rights for a certain protection level can only be

altered from a higher protection level.

• Access rights on protection levels 0 to 3 are set as Siemens defaults.

• Access rights can be set by querying the current keyswitch positions and
comparing the passwords entered. When a password is entered it
overwrites the access rights of the keyswitch position.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/4-33
Installing HMI Embedded (IM2) 01/2006
4 Functions/Parameterization

• Options can be protected on each protection level. However, option data

can only be entered in protection levels 0 and 1.

• Access rights for protection levels 4 to 7 are only suggestions and can be
altered by the machine tool manufacturer or end user.

4.1.1 Password

Setting/resetting password
The passwords for the 4 available password levels with their respective access
authorization can be entered in the "Diagnostics" operating area through selection
of the "Set password" softkey.
References: /BEM/Operator's Guide HMI Embedded

A password remains valid until the access authorization is reset with the "Delete
password" softkey.
Access authorization is therefore not automatically deleted by Power On!

Permitted characters
Up to eight characters can be used in the password. We recommend that you
restrict yourself to the character set of the operator panel in selecting a password.
Where a password consists of less than eight characters, the additional characters
are interpreted as blanks.

Default passwords
The following default passwords are defined for protection levels 1 to 3:
Protection level 1 SUNRISE
Protection level 2 EVENING
Protection level 3 CUSTOMER

Note
The passwords are entered as the defaults on system ramp-up in startup mode
(NCK startup switch in position 1).
The default passwords should be changed in order to guarantee reliable access
protection.

© Siemens AG, 2006. All rights reserved

IM2/4-34 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
4 Functions/Parameterization

4.1.2 Keyswitch
Protection levels 4 to 7 require a corresponding keyswitch position on the machine
control panel. Three keys of different colors are provided for this purpose. Each of
these keys provides access to certain areas only. The keyswitch positions are
transferred at the PLC interfaces. The associated interface signals are in the DB10,
DBB56 and can be evaluated by the PLC user program.

Keyswitch application
The keyswitch can be used to inhibit access to certain data areas. In this way, for
example, unintentional changes by the operator in the geometry data (e.g., work
offsets) can be excluded.
Keyswitch position 0 has access rights of the lowest priority and position 3 access
rights of the highest priority.

Table 4-2 Meaning of the keyswitch positions

Key color Switch position DB10, DBB56 Protection level
All (no key used) 0 = Key removal Bit 4 7
position
Black 0 and 1 Bit 5 6-7
green 0 to 2 Bit 6 5-7
Red 0 to 3 Bit 7 4-7

Influencing the PLC user program

The PLC interface signals "Keyswitch positions 0 to 3" can be input either directly
via the keyswitch on the machine control panel or from the PLC user program. If
more than one interface signal is set at the same time, the control sets keyswitch
position 3.

Changing the protection levels for machine and setting data

The user can change the priority of the protection levels. Only protection levels of
lower priority can be assigned to the machine data, setting data can also be
assigned protection levels of higher priority.
The file becomes active when the next _N_INITIAL_INI is read in. Different
protection levels are specified for writing (changing) or reading (parts program or
PLC).

Example:
%_N_SGUD_DEF ; File for global variables
; $PATH=/_N_DEF_DIR
REDEF $MA_CTRLOUT_SEGMENT_NR APR 7 APW 4 ; (APR … read access)
REDEF $MA_ENC_SEGMENT_NR APR 2 APW 2 ; (APW … write access)
REDEF $SN_JOG_CONT_MODE_LEVELTRIGGRD APR 2 APW 2
M30

The MD 10000 general machine data has protection level 2 / 7, i.e. protection level
2 (corresponds to password) and protection level 7 are required to write or read,
respectively. In order to access the machine data area, key switch position 3 or
more is required.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/4-35
Installing HMI Embedded (IM2) 01/2006
4 Functions/Parameterization

Undoing protection level changes

To undo protection level changes, the original values have to be restored.

Example:
%_N_SGUD_DEF ; File for global variables
;$PATH=/_N_DEF_DIR
REDEF $MA_CTRLOUT_SEGMENT_NR APR 7 APW 2 ; (APR ... read access)
REDEF $MA_ENC_SEGMENT_NR APR 0 APW 0 ; (APW … write access)
REDEF $SN_JOG_CONT_MODE_LEVELTRIGGRD APR 7 APW 7
M30

For a detailed description of how to change protection levels or the REDEF

command for assigning protection levels, please refer to:
References: /PGA/Programming Guide Advanced
Chapter: “Protection levels for NC commands”

© Siemens AG, 2006. All rights reserved

IM2/4-36 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
4 Functions/Parameterization

4.2 Functions
4.2.1 Configuring Caps Lock
The CAPSLOCK function ensures that text entered via an external keyboard is
always entered in upper case and not in lower case.

Via the display machine data MD 9009: KEYBOARD_STATE sets the key behavior
for Caps Lock:

0: CAPSLOCK off
1: Setting not relevant!
2: CAPSLOCK on (default setting)

If the display machine data is set to “CAPSLOCK” you can switch between upper
and lower case with key combination “Ctrl” and the Shift key.

If the machine data is changed, the system must be rebooted.

4.2.2 Activating the screen saver

If a screen with high contrast is displayed unchanged for longer than an hour, the
screen must be switched dark (screensaver) in order to protect the TFT display
against so-called "freezing" of the last displayed screen.

Activating via PLC

You can activate the screen darkening with the PLC in DB19.DBB0. The PLC has
priority over the entry in the display machine data.

References: /FB1/A2: Various Interface Signals

Activating via the machine data

Via the display machine data MD 9006: DISPLAY_BLACK_TIME is used to specify
the duration (max. 60 minutes), after which the screen is automatically darkened if
no key is pressed on the keyboard.

In this display machine data, the "Screen dark from HMI Embedded" function can
be started with the following entry:
MD 9006 = 1 < time in minutes, e.g., 1 >
MD 9006 = 60 < time in minutes, e.g., 60 >
MD 9006 = 0 Deactivation of the function (default setting)

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/4-37
Installing HMI Embedded (IM2) 01/2006
4 Functions/Parameterization

4.2.3 Changing the language

The HMI software is available in 6 languages as standard:

You can access language selection via the “Language Selection” softkey in the
“Startup” operating area.
Select the first and second languages from the “Language Selection” menu.

During operation, the switchover between the set languages is performed via the
"Change Language" softkey in the “Startup” operating area.

The language displayed during the control ramp-up is set via the MD 9003 display
machine data. FIRST_LANGUAGE

4.2.4 Activating/deactivating calculator Help

Via the display machine data MD 9991: HMI_HELP_SYSTEMS can be used to
activate/deactivate the calculator help.

Bit 0 = 0 help display not active

Bit 0 = 1 help display active (default setting)

4.2.5 Setting date/time

You can set the date and time in the PLC and synchronize the PLC and HMI
Embedded date and time.

This function is accessed via the Startup operating area in the PLC menu by
activating the "Set time/date" softkey.
If any changes are made to the time and date, the time and date from HMI
Embedded are transferred to the PLC.
The synchronization can be verified in the "Current time:" output field.
The cyclical synchronization of the time can be
• activated/deactivated via the "Synchronous AUTO/ON" or "Synchronous
AUTO/OFF" softkeys and
• the duration of the synchronization set via the "Synchronous manual" softkey.
10 minutes should be entered as default.
Minimum value: 0, maximum value: 99.
The set values are retained when the control is rebooted.

Note
Changes can only be made to the PLC operands with the appropriate password.

© Siemens AG, 2006. All rights reserved

IM2/4-38 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
4 Functions/Parameterization

4.2.6 Setting the editor

The editor is available in the "Program" and "Startup" operating areas.
You can set the editor settings as follows:
1. Via the display machine data MD 9460: PROGRAM_SETTINGS
2. Via the HMI user interface
Settings in the display machine data
The following section describes the settings as used in HMI Embedded:

Bit 2 =0 No automatic enabling for programs

=1 Automatic enabling for programs created using the "New"
softkey.

Bit 4 =0 Line feed will be displayed in an opened file in the edit field.
=1 The LF (line feed) icon will be hidden in an opened file in the
edit field.

Bit 5 =0 Hidden lines marked with "*HD" (hidden) will be displayed.

=1 Hidden lines marked with "*HD" (hidden) remain hidden.

Bit 6 =0 Active program disabled for editing.

=1 Active program enabled for editing.

Bit 7 =0 Perform line test

=1 Disable the line test of the cycle support for programs with a file
size in the MD 9464 display machine data greater than:
MAX_PROGRAMM_SIZE_CHECK. The size is entered in
KBytes. New lines can also be added within the G-Code
created by the "Wizard" or the geometry processor.

The settings in the Program/Startup operating areas are retained after a reset.

Settings via the HMI user interface

From the HMI user interface, you can make the same settings in the "Editor
settings" window pane as for the display machine data.

Open a program for editing in the "Program" operating area.

To obtain the settings window, press the "Settings" horizontal softkey and the
"Editor Settings" vertical softkey.

You can mark the following functions in the "Yes" field at the side.
- Release new programs
- Hide LF in the program
- Display hidden lines in the program
- Enable active programs for editing.
- Special handling for mold making File size in KB

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/4-39
Installing HMI Embedded (IM2) 01/2006
4 Functions/Parameterization

4.2.7 Geometry processor

You have two possibilities of specifying the text output at the end of a contour and
to set the representation of the contour elements:
1. Via the HMI user interface
2. Via the display machine data MD 9460: PROGRAM_SETTINGS

Settings from the HMI user interface

Press the "Contour settings" vertical softkey.
The window pane: "Free contour programming settings" will be opened:
- Enter after "Text output at the end of the contour programming" the text that is
to appear after each contour, e.g. "Contour end"

You can select/deselect other settings:

- Technology specifications: "Rotate"
- Show graphically softkey for geometry elements

Settings in the display machine data

The following section describes the settings in the display machine data as used in
HMI Embedded:

Bit 0 =1 Technology rotating (contour support)

Bit 3 =0 The softkeys for selecting the contour elements are assigned
text.
=1 The softkeys for selecting the contour elements are assigned
icons.

4.2.8 File manager

You can use the file manager to select a connection as standard directory for all
created drives.
You can specify the selection of this standard directory using a display machine
data or via the HMI user interface:

1. Via the display machine data MD 9005: PRG_DEFAULT_DIR:

Use the Select key to select all created drive connections (1 to max. 8).

2. From the HMI user interface:

Click the "Settings" vertical softkey and the "Program overview" vertical
softkey. All created drives will be shown. Select the connection you want to
use as the standard directory and then press the “OK” softkey to save the
directory.

© Siemens AG, 2006. All rights reserved

IM2/4-40 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
4 Functions/Parameterization

4.2.9 Displaying the acknowledgement icon for PLC alarm

Via the display machine data MD 9055: PLC_ALARM_PICTURE, activate or
deactivate the following icons:

Value: -1 No icon display

Value: 0 Icon labeled "PLC" is displayed.
Value: 1 "Cancel" icon is displayed.

This functionality refers only to PLC alarms, not to PLC messages.

4.2.10 Alarm display

If several alarms are pending at the same time, only the last alarm is displayed in
the alarm and message line. If you want to display the pending NCK, PLC or HMI
alarms alternatively, you can set this in the display machine data MD 9056:
ALARM_ROTATION_CYCLE.

The following settings can be made:

< 500: No change of the alarm display, only the last alarm is
displayed
500 – 10000: Display duration of an alarm in milliseconds

If a valid display duration is set, each alarm is displayed for this time before being
replaced by the next alarm.

Messages will not be displayed alternatively.

4.2.11 Inch/metric switchover

The availability of the softkey, and thus the associated functionality, can be
configured using the general NCK machine data MD 10260.
In the "Machine" operating area, you can switch between the inches measuring
system and the metric measuring system via a softkey. If you want to display the
"Switch to inch" or "Switch to mm" softkey, set the machine data as follows:

MD 10260: CONVERT_SCALING_SYSTEM ≠ 0

References: /FB1/A3: Axis Monitoring, Protection Zones

/FB1/G2: Velocities, setpoint / actual value systems, closed-loop
control

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/4-41
Installing HMI Embedded (IM2) 01/2006
4 Functions/Parameterization

4.3 Switching channels

4.3.1 Several channels on 1 NCU

Function
You can establish a connection between HMI Embedded and the PLC in every
operating area, using the user interface.

Fig. 4-1 Channel menu

Only the channels of the respective group are displayed.

Activate the channel switchover key. The currently existing connection is displayed
by means of the highlighted softkeys (horizontal, vertical) if the channel menu is
active.

Channel switchover
You can change to other channels by means of the vertically arranged softkeys.

© Siemens AG, 2006. All rights reserved

IM2/4-42 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
4 Functions/Parameterization

Group switchover
Use the horizontal softkeys to switchover to a different group; the channels of the
current group are now displayed on the vertical softkeys. The switchover to another
channel takes place only when a vertical softkey is activated.

Note
The softkeys only offer the connections that are really assigned and whose
channels are active in the respective NCK.

4.3.2 Configuration example of a NETNAMES.INI

The channel menu is configured by extending the "NETNAMES.INI" file.
The file is located on the CompactFlash Card in the following path:
user/sinumerik/hmi/cfg.
Procedure
Proceed as follows to modify the file for your application:

• Press the “Startup” softkey to enter the Startup operating area.

• Press the “HMI” softkey and
• the "Editor softkey (only HMI)".
• Now press the "Edit.net-names.ini" vertical softkey.
A window pane with the following questions opens:
"Do you want to edit your changes that have not yet been activated?"
"Do you want to edit the current data?"
• Press the "Inactive file" vertical softkey. This opens an ini file where you can
make your settings.
• Press the "Close editor" softkey. Your entries are checked and the "Test
completed" window pane is displayed together with the number of errors and
messages.
• Press the "Data active" softkey, this initiates a reset and configuring is
completed.

NETNAMES.INI file
1. Define groups (a max. of 8) in "logChanSetList"
2. Define the NCKs and the channels with unambiguous names for the
groups in "logChanList"
3. For the channels (max. 8/group) specify
- The NC name in "logNCName",
- The channel number on the NCK in "ChanNum" and
- Reserve softkey yes/no (via the command IsAGap" = True/False )

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/4-43
Installing HMI Embedded (IM2) 01/2006
4 Functions/Parameterization

1. Example: Operator panel front as main operator panel

; NETNAMES.INI Version 04.03.11 30.01.05

[own]
owner == MMC_1

; Description of possible connections

[conn MMC_1]
conn_1= NCU_1

; Description of significant net parameters

[param network]
bus= mpi

[param MMC_1]
mmc_address = 1
;only the first letter N or H will be
evaluated
name=VNC ;NCU -> connection using IP to 710s, ip=must
be specified
;HT8 -> connection using SPC2 to PCU with Linux,
ip will be ignored
;VNC -> or no name, connection to 710s with
internal HMI, ip will be ignored

[param NCU_1]
nck_address= 3 ,ip=127.0.0.1
plc_address= 2 ,ip=127.0.0.1
name = NCU710

; Description of a standard channel configuration

[chan MMC_1]
ShowChanMenu = TRUE
DEFAULT_logChanSet = ChannelArea1
DEFAULT_logChan = Channel11
logChanSetList = ChannelArea1

[ChannelArea1]
logChanList = Channel11,Channel12,Channel13

[Channel11]
logNCName = NCU_1
ChanNum = 1

[Channel12]
logNCName = NCU_1
ChanNum = 2

[Channel13]
logNCName = NCU_1
ChanNum = 3

© Siemens AG, 2006. All rights reserved

IM2/4-44 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
4 Functions/Parameterization

Foreign language texts

In particular for the channel menu, the "chan.txt" file is available in several
language variants that are stored language-dependent in the text directories
e.g. for German text at: card/user/sinumerik/hmi/lng/deu",
for English text at: card/user/sinumerik/hmi/lng/eng, etc.
The content of "chan.txt" files, which do not yet contain any texts, is as follows.

Example:
// CP = 1252
// IDEO = NO
// ANSI = YES
// UNICODE = NO
// VERSION = $VERSION

[SWITCHES]/NATIVE
File with OEM name specifications for channel-areas and
channels

//* Lengths of softkey text 2 * 9 characters */

//* For next line use %n in the string */
//* You must not change any number but only insert the texts!
*/
//* Text-definitions for softkeys in channel-switch-menu */

//* Name of channel area 1 and names of channels of channel

area 1 */
3080193 "NCU_1" //2x9 T_CHAN_AREA_1
3080194 "CHANNEL_1" //2x9 T_CHAN_AREA_1_CHANNEL_1
3080195 "CHANNEL_2" //2x9 T_CHAN_AREA_1_CHANNEL_2
3080196 "CHANNEL_3" //2x9 T_CHAN_AREA_1_CHANNEL_3
3080197 "" //2x9 T_CHAN_AREA_1_CHANNEL_4
3080198 "" //2x9 T_CHAN_AREA_1_CHANNEL_5
3080199 "" //2x9 T_CHAN_AREA_1_CHANNEL_6
3080200 "" //2x9 T_CHAN_AREA_1_CHANNEL_7
3080201 "" //2x9 T_CHAN_AREA_1_CHANNEL_8

//* Name of channel area 2 and names of channels of channel

area 2 */
3080202 "" //2x9 T_CHAN_AREA_2
3080203 "" //2x9 T_CHAN_AREA_2_CHANNEL_1
3080204 "" //2x9 T_CHAN_AREA_2_CHANNEL_2
3080205 "" //2x9 T_CHAN_AREA_1_CHANNEL_3
3080206 "" //2x9 T_CHAN_AREA_2_CHANNEL_4
3080207 "" //2x9 T_CHAN_AREA_2_CHANNEL_6
3080208 "" //2x9 T_CHAN_AREA_2_CHANNEL_7
3080209 "" //2x9 T_CHAN_AREA_2_CHANNEL_8

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/4-45
Installing HMI Embedded (IM2) 01/2006
4 Functions/Parameterization

//* Name of channel area 3 and names of channels of channel

area 3 */
3080210 "" //2x9 T_CHAN_AREA_3
3080211 "" //2x9 T_CHAN_AREA_3_CHANNEL_1
3080212 "" //2x9 T_CHAN_AREA_3_CHANNEL_2
3080213 "" //2x9 T_CHAN_AREA_3_CHANNEL_3
3080214 "" //2x9 T_CHAN_AREA_3_CHANNEL_4
3080215 "" //2x9 T_CHAN_AREA_3_CHANNEL_5
3080216 "" //2x9 T_CHAN_AREA_3_CHANNEL_6
3080217 "" //2x9 T_CHAN_AREA_3_CHANNEL_7
3080218 "" //2x9 T_CHAN_AREA_3_CHANNEL_8

//* Name of channel area 4 and names of channels of channel

area 4 */
3080219 "" //2x9 T_CHAN_AREA_4
3080220 "" //2x9 T_CHAN_AREA_4_CHANNEL_1
3080221 "" //2x9 T_CHAN_AREA_4_CHANNEL_2
3080222 "" //2x9 T_CHAN_AREA_4_CHANNEL_3
3080223 "" //2x9 T_CHAN_AREA_4_CHANNEL_4
3080224 "" //2x9 T_CHAN_AREA_4_CHANNEL_5
3080225 "" //2x9 T_CHAN_AREA_4_CHANNEL_6
3080226 "" //2x9 T_CHAN_AREA_4_CHANNEL_7
3080227 "" //2x9 T_CHAN_AREA_4_CHANNEL_8

//* Name of channel area 5 and names of channels of channel

area 5 */
3080228 "" //2x9 T_CHAN_AREA_5
3080229 "" //2x9 T_CHAN_AREA_5_CHANNEL_1
3080230 "" //2x9 T_CHAN_AREA_5_CHANNEL_2
3080231 "" //2x9 T_CHAN_AREA_5_CHANNEL_3
3080232 "" //2x9 T_CHAN_AREA_5_CHANNEL_4
3080233 "" //2x9 T_CHAN_AREA_5_CHANNEL_5
3080234 "" //2x9 T_CHAN_AREA_5_CHANNEL_6
3080235 "" //2x9 T_CHAN_AREA_5_CHANNEL_7
3080236 "" //2x9 T_CHAN_AREA_5_CHANNEL_8

//* Name of channel area 6 and names of channels of channel

area 6 */
3080237 "" //2x9 T_CHAN_AREA_6
3080238 "" //2x9 T_CHAN_AREA_6_CHANNEL_1
3080239 "" //2x9 T_CHAN_AREA_6_CHANNEL_2
3080240 "" //2x9 T_CHAN_AREA_6_CHANNEL_3
3080241 "" //2x9 T_CHAN_AREA_6_CHANNEL_4
3080242 "" //2x9 T_CHAN_AREA_6_CHANNEL_5
3080243 "" //2x9 T_CHAN_AREA_6_CHANNEL_6
3080244 "" //2x9 T_CHAN_AREA_6_CHANNEL_7
3080245 "" //2x9 T_CHAN_AREA_6_CHANNEL_8

© Siemens AG, 2006. All rights reserved

IM2/4-46 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
4 Functions/Parameterization

//* Name of channel area 7 and names of channels of channel

area 7 */
3080246 "" //2x9 T_CHAN_AREA_7
3080247 "" //2x9 T_CHAN_AREA_7_CHANNEL_1
3080248 "" //2x9 T_CHAN_AREA_7_CHANNEL_2
3080249 "" //2x9 T_CHAN_AREA_7_CHANNEL_3
3080250 "" //2x9 T_CHAN_AREA_7_CHANNEL_4
3080251 "" //2x9 T_CHAN_AREA_7_CHANNEL_5
3080252 "" //2x9 T_CHAN_AREA_7_CHANNEL_6
3080253 "" //2x9 T_CHAN_AREA_7_CHANNEL_7
3080254 "" //2x9 T_CHAN_AREA_7_CHANNEL_8

//* Name of channel area 8 and names of channels of channel

area 8 */
3080255 "" //2x9 T_CHAN_AREA_8
3080256 "" //2x9 T_CHAN_AREA_8_CHANNEL_1
3080257 "" //2x9 T_CHAN_AREA_8_CHANNEL_2
3080258 "" //2x9 T_CHAN_AREA_8_CHANNEL_3
3080259 "" //2x9 T_CHAN_AREA_8_CHANNEL_4
3080260 "" //2x9 T_CHAN_AREA_8_CHANNEL_5
3080261 "" //2x9 T_CHAN_AREA_8_CHANNEL_6
3080262 "" //2x9 T_CHAN_AREA_8_CHANNEL_7
3080263 "" //2x9 T_CHAN_AREA_8_CHANNEL_8

The OEM user can enter texts by inserting them in the blank character strings (see
above "")!
8 characters are possible per softkey bar; the carriage return is created with
characters "%n": e.g., "NC3Turn%nChann1".

4.4 Selecting the tool management

The ShopTurn, ShopMill tool management function is activated using the display
machine data MD 9414: TM_KIND_OF_TOOLMANAGEMENT for the
representation of ShopMill/ShopTurn.

MD 9414 = 1 ShopMill/ShopTurn tool management

MD 9414 = 0 Standard tool management (default setting)

All the information needed for setup can be found in:

References: /FBW/Description of Functions - Tool Management

/FBSP/Description of Functions - ShopMill
/FBT/Description of Functions - ShopTurn

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/4-47
Installing HMI Embedded (IM2) 01/2006
4 Functions/Parameterization

4.5 Tool fine correction

The limit values of the tool fine correction are contained in the display machine
data MD 9450: WRITE_TOA_FINE_LIMIT.
When entering the tool wear fine, the difference between the previous value and
the new value may not exceed the limit entered here.

MD 9450 can be changed only when the display machine data MD 9202:
USER_CLASS_TOA_WEAR contains a valid protection level.

References: /FB1/A2: Various Interface Signals

4.6 Activating tool correction immediately

The display machine data MD 9440: ACTIVATE_SEL_USER_DATA can be used
to ensure that the active tool offset is activated as soon as the parts program is in
the "Reset" or "Stop" state.

When the function is used in the reset state, the channel-specific machine data MD
20110: RESET_MODE_MASK Bit 0 = reset mode must be set appropriately. Then
the tool offset is not reset on a reset.

References: /FB1/K2: Axis Types, Coordinate Systems, Frames,…

4.7 Selecting tools via a D number (flat D No.)

The general machine data MD 18102: TYPE_OF_CUTTING_EDGE can be used
to activate the "flat D number management”.

Value = 0 NCK manages the T and D numbers = default setting

Value = 1 Only tools with the D number structure can be selected.

The D number can be assigned just once per tool, i.e., each D number stands for
one and no more than one offset data block.

References: /FB1/W1: Tool offset

© Siemens AG, 2006. All rights reserved

IM2/4-48 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
4 Functions/Parameterization

4.8 Workpiece template

Workpiece templates for a program can be used for similar programs.
For that purpose, you must create a workpiece with the name _TEMPL_. If you
press the "New" softkey, this workpiece is copied and renamed. All files in this
directory are also copied into the new directory.

Example:
Suppose you want to create a workpiece template with the content "Daten.ini" and
"TEST.MPF":
Workpiece: _TEMPL_
_TEMPL_.MPF
DATEN.INI
TEST.MPF

Operating sequence:
1. Press the "New" softkey
2. Name: Define "ACHSE"
3. The new workpiece "ACHSE" is created with the following files:
ACHSE.MPF
DATEN.INI
TEST.MPF

4.9 Analog spindles

The spindle load from 0 to 100% can be displayed in the spindle window for up to
two analog spindles. For that, the following bytes must be set in DB 19:
Analog spindle: DB19.DBB 6
Analog spindle: DB19.DBB 7

References: /BEM/Operator's Guide HMI Embedded

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/4-49
Installing HMI Embedded (IM2) 01/2006
4 Functions/Parameterization

4.10 Work offset

Note
The functions of HMI Embedded can be altered in the INI files, display machine
data or the user interface.

4.10.1 Changing access protection to base offset Softkey

Parameters operating area

The display machine data
MD 9247: MM_USER_CLASS_BASE_ZERO_OFF_PA can be used to set the
access level from which the “Base WO” softkey is displayed in the “Work offset”
window in the “Parameters” operating area.
At the same time, the base frames are also shown/hidden in the "Work offset"
window and in the "Active WO + offsets" window.

Note
Display machine data MD_ 9210 USER_CLASS_WRITE_ZOA (write coarse
offset) has no effect with “active zero offset” in the “Parameters” operating area.

Machine operating area

The display machine data MD 9248: MM_USER_CLASS_BASE_ZERO_OFF_MA
can be set to select the access level from which "WO base" softkey is displayed in
the "Scratching" screen in the Machine operating area and/or G500 can be entered
in the work offset field.

4.10.2 Fine work offset and base offset

This function refers to the offset in the screen form "Settable work offset" and
"Base work offset".

Another column for the fine offset is inserted alongside the column for entering the
offsets.
The inputs will be validated using the display machine data

• MD 9203: USER_CLASS_WRITE_FINE
• MD 9451: MM_WRITE_ZOA_FINE_LIMIT

The first data describes the protection level, and the second data the amount of a
possible value that can be entered.

© Siemens AG, 2006. All rights reserved

IM2/4-50 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
4 Functions/Parameterization

The base work offset (base WO) is displayed like a settable work offset and can be
selected and modified using the "Base WO" softkey in the screen form "Overview
of work offsets".

The general machine data MD 18600: MM_FRAME_FINE_TRANS = 1 activates

the fine offset for all settable FRAMES and the base frame.

Set the general machine data

MD 18600: MM_FRAME_FINE_TRANS = 0, the fine offset cannot be entered or
programmed.

References: /FB1/K2: Axes, Coordinate Systems, Frames,…External Work

Offset.

4.10.3 Presetting actual value memory, preset, Scratching

Introduction
The behavior of the scratching and preset actual value memory, PRESET
functions is influenced by a number of machine data. The selected settings also
affect operation. (Display of softkeys and values, saving of input values.)

References: /BEM/HMI Embedded Operator's Guide

With the introduction of system frames in software version 6, two variants are
available for the functions. The variants are differentiated using a channel-specific
machine data MD 28082: MM_SYSTEM_FRAME_MASK:
Bit: 0 Preset, scratching
1 External work offset
2 TCARR, PAROT
3 TOROT, TOFRAME
4 Workpiece reference points
5 Cycles
6 Frame transformation

Variant 1 without system frame:

The MD does not exist (older NCK software versions) or bit 0 for system frame for
scratching and preset is not set.

Variant 2 with system frame:

Bit 0 for system frame for scratching and preset is not set in the MD.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/4-51
Installing HMI Embedded (IM2) 01/2006
4 Functions/Parameterization

Display machine data MD 9422: MA_PRESET_MODE defines the PRESET/base

offset in the JOG mode.
0: No softkey

1: The old PRESET in the Machine operating area (default).

2: Preset actual value memory:

NCK without system frame: Setting only possible with active G500 in the
base offset, otherwise error message.

NCK with system frame: Setting in the system frame possible.

The basic frame is not used with G500 in the system frame.

3: Preset actual value memory: NCK with/without system frame: Setting possible
in the currently active frame.

Note
To hide the PRESET, preset actual value memory and scratching softkeys, the
display machine data 9220: MM_USER_CLASS_PRESET can be set.

Presetting the actual value memory

Presetting the actual value memory with system frame
G500 active
- The values are written to the system frame
G500 not active
- An error message is output.

Presetting the actual value memory without system frame

G500 active (adjustable frames reset)
- The values are written to the first basic frame (up to software version 4),
or (as of software version 5)
depending on the entry in display machine data
MD 9245: MA_PRESET_FRAMEIDX = index of basic frame
to the set basic frame

Scratching
Scratching with system frame
G500 active
- The values are written to the system frame.
G500 not active
- The values are written in the currently active frame.

You cannot choose any tool other than the one in the spindle.

If there is no tool in the spindle, you can choose any tool you want.

© Siemens AG, 2006. All rights reserved

IM2/4-52 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
4 Functions/Parameterization

Scratching without system frame

G500 active (adjustable frames reset)
- The values will written in the set basic frame depending on the entry in the
display machine data
MD 9245: $MM_MA_PRESET_FRAMEIDX = index of base frame

G500 not active

- The values are written in the currently active frame.
G500 not active
- An error message is output.

You can select any tool you want.

References: /FB1/Description of Functions, K2: Frames...

4.10.4 Hiding display of the machine axes

Function
The operator can use the channel-specific machine data MD 20098:
DISPLAY_AXIS to suppress the display of the axes in the Machine area.
All axes are displayed by default.

Bits 16 to 31 Show (=1)/hide (=0) machine axes (MCS).

20098 DISPLAY_AXIS
MD number Display or hide axis on MMC/HMI
Default setting: 0xFFFFFFFF Minimum input limit: 0 Maximum input limit:
0xFFFFFFFF
Changes effective after POWER ON Protection level: 2/7 Unit: -
Data type: DWORD Applies as of SW 4.4
Significance: Bits 16 to 31: MCS
Bit 16= 1 Display machine axis in actual-value windows
0 Hide machine axis in actual-value windows
(Bit 17) Unassigned
Bit 18= 1 Display machine axis in base offset window
0 Hide machine axis in base offset window
Bit 19= 1 Display machine axis in handwheel selection window
0 Hide machine axis in handwheel selection window

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/4-53
Installing HMI Embedded (IM2) 01/2006
4 Functions/Parameterization

Special cases
Homing and Safety Integrated
The channel-specific machine data MD 20098: DISPLAY_AXIS is not evaluated in
the displays for “REF” homing mode, namely the “Axes Reference Point and
Acknowledge Safe Position” display. All machine axes are always displayed.

Therefore the operator cannot change the values for the base work offset without
the appropriate access right.

The access right 7 must be entered as default value in the display machine data
MD 9247 and 9248.

4.10.5 Displaying the geometry axes

Via the display machine data MD 9421: In MA_AXES_SHOW_GEO_FIRST you
specify whether the geometry axes are to be displayed at the first position or not
(e.g., before the auxiliary axes).
MD 9421 = 1 Display geometry axes at the first position
MD 9421 = 0 Do not display geometry axes at the first position
(default setting)

4.11 Specifying the machine and rotary axis position

Singularities with special kinematics and robots
When the cartesian point-to-point method (PTP) in workpiece coordinates is used,
the position of machine axes is ambiguous at certain points. In order to define
these singularities without ambiguity, the position of the machine STAT and the
position of the axes TU are defined in addition to the workpiece coordinates for this
type of transformation (e.g., 5-axis transformation).
Setting the numerical basis
The STAT- and TU values are displayed in the axis screens (actual-value window,
broad actual-value window with feed and zoom display) and entered in the MDA
editor during the teach-in procedure.

Whether the values in STAT and TU are displayed in binary, decimal or

hexadecimal format is set via the display machine data:

MD 9242: MA_STAT_DISPLAY_BASE Numerical basis for display of

articulated position STAT
MD 9243: MA_TU_DISPLAY_BASE Numerical basis for display of
rotary axis position TU
Possible settings are:
02: Display as binary value
10: Display as decimal value
16: Display as hexadecimal value

These settings apply to both the actual-value window and the editor window.

© Siemens AG, 2006. All rights reserved

IM2/4-54 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
4 Functions/Parameterization

Example
In the NC program the movement of axes from X120 Y20 Z-50 to X200 Y200 Z-120
looks like this in binary display:

• X=120 Y=20 Z=-50 STAT=’B010’ TU’B011101’

• X=200 Y200 Z=-120 STAT’B110‘ TU=‘B011111‘

References: /FB1/Description of Functions, K2: Frames...

Show/hide STAT and TU

The STAT and TU values are displayed in the axis screens (actual-value windows)
and in teach mode (insert block).

You can choose whether or not to show the STAT and TU values by setting the
following display machine data:
STAT and TU are not displayed:
MD 9242: MA_STAT_DISPLAY_BASE =0 of articulated position STAT
MD 9243: MA_TU_DISPLAY_BASE =0 of rotary axis position TU

STAT and TU are displayed:

MD 9242: MA_STAT_DISPLAY_BASE =1 of articulated position STAT
MD 9243: MA_TU_DISPLAY_BASE =1 of rotary axis position TU

4.12 Program simulation

4.12.1 Rotary simulation and program test
PLC signal DB19.DBB20.6 is set to 1 when simulation is activated. This signal can
be evaluated in order to switch to the program test and to remove the axis or
control enable (to prevent axis movements during the simulation).
The signal is reset to 0 when simulation is terminated.

In order to simulate certain operations during a dry run even though the
axis/controller pulses have been disabled, the transfer of status "Ext. pulse disable
active, terminal 663 open” to the NC has to be prevented.
The machine manufacturer can achieve this by evaluating the above-mentioned
PLC signal and activating the dry run simultaneously with NC Start.

If the drive machine data MD 1012: FUNC_SWITCH, bit 2 = 0 is also set, the "Ext.
pulse disable active, terminal 663 open" status will not be forwarded to the NC.

References: /FBA/DB1: Operational messages/alarm responses

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/4-55
Installing HMI Embedded (IM2) 01/2006
4 Functions/Parameterization

4.12.2 Turning/milling simulation

Via the display machine data MD 9020: TECHNOLOGY, you define the basic
configuration for the free contour programming of turning/milling.

MD 9020 = 1 Turning machine configuration

MD 9020 ≠ 1 Milling machine configuration

References: /FB1/A2: Various Interface Signals

4.12.3 Milling simulation 3D graphic

This function is a software option named “Milling Simulation”, with order number
6FC5253-0AE02-0AA0.

If the option is set, the “3D Simulation” softkey will appear and can be used to
select the function.

Operation of milling machine simulation is described in:

References: /BEM/Operator's Guide HMI Embedded

4.13 Measuring cycle support in the G code editor

In HMI Embedded you can integrate screen forms, which provide for programming
measuring cycles, into the G code editor. These cycles can then be recompiled
automatically.

The "measuring cycles" function is a software option with order no. 6FC520-
0BX00-0AB0.

For further information about measuring cycle support, please refer to:
References: /BNM/User's Guide Measuring Cycles

• In the ANWENDER-ZYKLEN\COMMON.COM file, remove the semicolon ";" in

front of the following lines:
;SC326 = AEDITOR.COM ;Turning measuring cycles (horizontal softkey 6 on
;the extended softkey bar in the G code editor)
;SC327 = AEDITOR.COM ;Milling measuring cycles (horizontal softkey 7 on
;the extended softkey bar in the G code editor)

In this way, you establish the connection between the softkeys, with which you
call the measuring cycle support, and the configuration file of these support
screens.

© Siemens AG, 2006. All rights reserved

IM2/4-56 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
4 Functions/Parameterization

• In the ANWENDER-ZYKLEN\COMMON.COM file, remove the semicolon ";" in

front of the following line:
;SC617 = STARTUP.COM ;Startup operating area (horizontal
;softkey 7 on the extended softkey bar
;in the G code editor)

In this way, you can change the properties of the measuring cycle support in
the “Startup” operating area.

Change the properties of the measuring cycle support in the "Startup" " >"
"Measuring Cycles" menu.

4.14 Expanding user displays from the operator interface

“Expand user interface” is implemented with an interpreter and configuration files
that contain the descriptions of the user interfaces. The Expand user interface tools
can be used to create user interfaces that display functional expansions designed
by the machine manufacturer or end user, or simply to implement your own screen
form layout.
User environments configured by Siemens or non-Siemens machine
manufacturers can be modified or replaced. The interpreter is available for HMI
Embedded sl, ShopMill and ShopTurn on NCU as well as HMI Advanced.

Parts programs, for example, can be edited on user interfaces created by users.
Screen forms can be created directly on the control system.
The application diskette and PaintShopPro (http://www.jasc.com) are required to
create graphics and images.
The tool box supplied contains configuration examples for new screen forms. You
can also use these examples as a template for creating your own forms.

You cannot call user-defined dialog windows simultaneously in different channels,

i.e., you can only use the MMC command with a 1:1 link.

The exact procedure is described in submanual:

References: /IAM/ BE1, Expanding the user interface.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/4-57
Installing HMI Embedded (IM2) 01/2006
4 Functions/Parameterization

4.15 Coordinate systems

4.15.1 Actual value display
Via the display machine data MD 9424: MA_COORDINATE_SYSTEM you can set
whether
• the position of the workpiece coordinate system (programmed position,
corresponds to the default setting) or
• the holding position of the active tool relative to the workpiece zero must be
shown in the actual-value display.

MD 9424 =0 Display in workpiece coordinate system, WCS

(default)
MD 9424 =1 Display in settable zero system, SZS
(take-up position of active tool)

References: /FB1/K2: Axes, Coordinate Systems, Frames,…External Work

Offset

4.15.2 Position of the coordinate system

The display machine data MD 9650: CMM_POS_COORDINATE_SYSTEM is used
to set the position of the coordinate system for milling.

Table 4-3 Machine data 9650

9650 MD number CMM_POS_COORDINATE_SYSTEM
Position of coordinate system
Default setting 0 Min. input limit: 0 Unit: -

Data type BYTE Valid as of SW release:

SW 05.01.13

Meaning With this machine data you adapt the coordinate

system of the user interface to the coordinate system
of the machine.
The coordinate system can assume the following
positions.

Note
The display machine data MD 9610: CTM_POS_COORDINATE_SYSTEM is
used to set the position of the coordinate system for milling.

References: /FB1/K1: Mode group, channel, program operation mode

© Siemens AG, 2006. All rights reserved

IM2/4-58 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
4 Functions/Parameterization

+Y +Z +X
+Z
+Y
+X +Y
+X +Z
0 +X 1 +Z 2 +Y 3

+Z +Z
+Y +Y +X
+X
+X +X
+Y +Z
4 5 +Z 6 +Y 7

+X +Y
+Z +X
+Z +Z
+Y
+Y
8 +Y 9 +X 10 11 +X
+Z
+X
+X +Z
+Z +Y +Y

+Y +Y
+Z
12 13 +X 14 +Z 15 +X

+Y +X +Y +Z
+X +Z +X
+Z +Y
16 17 +Y 18 +X 19
+Z
+Y +Y +Z
+X +X
+Z
+Z
+Z
20 +X
21 +Y 22 +X 23 +Y

+Y +Z +X
+Y
+Z
+X +Z
+X
+Y
24 +X 25 +Y 26 +Z 27

+Y +Y
+Z +Z +X
+X
+X +X
+Z +Y
28 29 +Y 30 +Z 31
+X +Y +X +Z
+Y +Y
+Z
+Z
32 +Z 33 +X 34 +Y 35 +X

+X
+X +Y
+Y +Z +Z
+Z +Z
+Y
36 37 +X 38 +Y 39 +X

+Z +X +Z +Y
+X +Y +X
+Y +Z
40 +Y 41 +Z 42 +X 43

+Z +Z +Y
+X +Y +X

+Y
+Y
+X
44 45 +Z 46 +X 47 +Z

Fig. 4-2 Coordinate system

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/4-59
Installing HMI Embedded (IM2) 01/2006
4 Functions/Parameterization

4.16 Displaying and editing system resources

Up-to-date information about the system resources currently used (utilization
display) can be displayed and edited for the NCK and HMI Embedded areas.

Requirements
As different protection levels are assigned to machine data per default, the set
access authorization for the editing of machine data must be sufficiently high.
Depending on the authorization level, it will be possible to edit data such as cycles
and machine data.

Procedure
Another softkey menu is displayed when you select the ETC key ">" in the Startup
operating area.
When you select the "NC memory" softkey, the memory overview screen appears,
showing the amount of NC user memory currently available for programs and data.
The "SRAM" and "DRAM" areas have been provided to enable you to examine or
edit the machine data that configure the memory. These areas in turn are divided
into further groups.

4.16.1 Static user memory (SRAM)

When you select the "SRAM" softkey, the total memory allocation is displayed and
can be modified at the top of the screen.

The memory-configuring machine data are divided into the following groups:
- Tool management
- Global user data
- Curve tables
- Compensation
- File system / program memory
- Protection zones

© Siemens AG, 2006. All rights reserved

IM2/4-60 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
4 Functions/Parameterization

Fig. 4-3 SRAM Static user memory

Detailed view
Click the area of interest with the cursor and select the "Details" softkey. The
current data for the relevant machine data are then displayed.
The block header contains the number and name of the machine data. The
currently set values are output on the lines below.
You can change the memory setting in the gray field after "New value" or "New
number" to the right of the field containing the actual value.
This new setting is entered temporarily. Your entry is automatically checked for
limits and an appropriate message output in the dialog line if you make a mistake.
The total available memory, taking into account any modified values, is displayed in
the lower half of the screen.
The "Axis+" and "Axis-" softkeys are displayed for axis-specific machine data.
The "Channel+" and "Channel-" are softkeys displayed for channel-specific
machine data.
When you select the "Accept" softkey, the temporary values of the displayed
machine data are transferred to the NC.
You can exit the detail view by selecting the "Cancel" softkey or the Recall key "^".

Note
Once you have pressed "Accept" softkey, the "Cancel" softkey is no longer
operative, i.e., any changes you have made cannot be undone.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/4-61
Installing HMI Embedded (IM2) 01/2006
4 Functions/Parameterization

Data backup
When you change the allocation of a memory, alarm 4400 "Machine data alteration
will cause reorganization of buffered memory (data loss)" appears.
Since data are not backed up automatically, to avoid data loss you must back up
the data yourself by way of an NCK Reset before you transfer the MD change.

Memory allocation: Tool management

In the main SRAM screen, click the "Tool management" area with the cursor and
then click the vertical "Details" softkey. The following screen appears:

Fig. 4-4 SRAM - Tools

By selecting the horizontal softkeys, you can view or edit the general machine data
memory values of other subgroups.

"Tools": MD 18082: MM_NUM_TOOL

MD 18088: MM_NUM_TOOL_CARRIER

"Tool edges": MD 18100: MM_NUM_CUTTING_EDGES_IN_TOA

MD 18110: MM_MAX_SUMCORR_PER_CUTTEDGE
MD 18104: MM_NUM_TOOL_ADAPTER

"Magazines": MD 18084: MM_NUM_MAGAZINE

MD 18086: MM_NUM_MAGAZINE_LOCATION

© Siemens AG, 2006. All rights reserved

IM2/4-62 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
4 Functions/Parameterization

"Magazines OEM": MD 18090: MM_NUM_CC_MAGAZINE_PARAM

MD 18092: MM_NUM_CC_MAGLOC_PARAM

"Tool parameter": MD 18094: MM_NUM_CC_TOA_PARAM

MD 18096: MM_ NUM_CC_TDA_PARAM
MD 18098: MM_ NUM_CC_MON_PARAM

"Tool management": MD 18080: MM_TOOL_MANAGEMENT_MASK

Memory allocation: Global user data

When you select the "Global user data" area and click the "Details" softkey, you
can display and edit the memory settings in the machine data of the following
areas:
"GUD files": MD 18118: MM_NUM_GUD_MODULES
MD 18150: MM_GUD_VALUES_MEM

"Number of variables": MD 18120: MM_NUM_GUD_NAMES_NCK

MD 18130: MM_NUM_GUD_NAMES_CHAN

Memory allocation: Curve tables

When you select the "Curve tables" area and click the "Details" softkey, you can
display and edit the memory settings in the following machine data:
MD 18400: MM_NUM_CURVE_TABS
MD 18402: MM_NUM_CURVE_SEGMENTS
MD 18404: MM_NUM_CURVE_POLYNOMS

Memory allocation: Compensation

When you select the "Compensations" area and click the "Details" softkey, you can
display and edit the memory settings in the machine data of the following areas:
"Sag compens.": MD 18342: MM_NUM_CEC_MAX_POINTS[ ]
These configuring machine data are indexed machine data. The index is set in the
top half of the screen.

"E. error compens.": MD 38000: MM_ENC_COMP_MAX_ POINTS[0]

MD 38000: MM_ENC_COMP_MAX_ POINTS[1]
There are only two tables for the encoder/spindle compensation interpolation
points. There is no need to select an index.

"Q. error compens.": MD 38010: MM_QEC_MAX_POINTS[0]

There is only one table for quadrant error compensation. There is no need to select
an index.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/4-63
Installing HMI Embedded (IM2) 01/2006
4 Functions/Parameterization

Memory allocation: File system / program memory

When you select the "File system / program memory" area and click the "Details"
softkey, you can display and edit the memory settings in the machine data of the
following areas:
"Directories": MD 18310: MM_NUM_DIR_IN_FILESYSTEM
MD 18270: MM_NUM_SUBDIR_PER_DIR

"Files": MD 18320: MM_NUM_FILES_IN_FILESYSTEM

MD 18280: MM_NUM_FILES_PER_DIR

Memory allocation: Protection zones

When you select the "Protection zones" area and click the "Details" softkey, you
can display and edit the memory settings in the machine data of the following
areas:
"Global prot. zone": MD 18190: MM_NUM_PROTECT_AREA_NCK
"Chann-spec. prot. zone": MD 28200: MM_NUM_PROTECT_AREA_CHAN
MD 28210: MM_NUM_PROTECT_AREA_ACTIVE

4.16.2 Dynamic user memory (DRAM)

When you select the "DRAM" softkey, the total memory allocation is displayed and
can be modified at the top of the screen.

To help you optimize memory utilization effectively, the memory-configuring

machine data are divided into the following groups:
- Local user data
- REORG
- Cycles
- Interpolation buffer
- Execute from external
- Synchronized actions
- Macros
- Tool management
- Protection zones

© Siemens AG, 2006. All rights reserved

IM2/4-64 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
4 Functions/Parameterization

Fig. 4-5 DRAM dynamic user memory

Operating instructions: See Section "Static user memory (SRAM), Detail view"

Additional elements in DRAM memory allocation screen:

Since the memory of some data areas is allocated to dynamic processes, their
memory requirements vary. By selecting "Peak values=0" softkey, you can reset
the peak values of the currently displayed machine data to zero.

Memory allocation: Local user data

In the DRAM main screen, click the "Local user data" area with the cursor and then
click the "Details" vertical softkey to view and edit the memory settings of the
following machine data:
MD 28020: MM_NUM_LUD_NAMES_TOTAL
MD 28040: MM_LUD_VALUES_MEM

Memory allocation: Reorganization

When you select the "REORG" area and click the "Details" vertical softkey, you can
display and edit the memory settings in the following machine data:
MD 28000: MM_REORG_LOG_FILE_MEM
MD 28010: MM_NUM_REORG_LUD_MODULES

Memory allocation: Cycles

When you select the "Cycles" area and click the "Details" softkey, you can display
and edit the memory settings in the following machine data:
MD 18170: MM_NUM_MAX_FUNC_NAMES
MD 18170: MM_NUM_MAX_FUNC_PARAM

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/4-65
Installing HMI Embedded (IM2) 01/2006
4 Functions/Parameterization

Memory allocation: Interpolation buffer

When you select the "Interpolation buffer" area and click the "Details" softkey, you
can display and edit the memory settings in the following machine data:
MD 28060: MM_IPO_BUFFER_SIZE
MD 28070: MM_NUM_BLOCKS_IN_PREP

Memory allocation: Execute from external

When you select the "Execution from external source" area and click the "Details"
softkey, you can display and edit the memory settings in the following machine
data:
MD 18360: MM_EXT_PROG_BUFFER_SIZE
MD 18362: MM_EXT_PROG_NUM

Memory allocation: Synchronized actions

When you select the "Synchronized actions" area and click the "Details" softkey,
you can display and edit the memory settings in the machine data of the following
areas:

"Synchronized action 1": MD 28250: MM_NUM_SYNC_ELEMENTS

MD 28252: MM_NUM_FCTDEF_ELEMENTS
MD 28258: MM_NUM_AC_TIMER

"Synchronized action 2": MD 28254: MM_NUM_AC_PARAM

MD 28256: MM_NUM_AC_MARKER

Memory allocation: Macros

When you select the "Macros" area and click the "Details" softkey, you can display
and edit the memory settings in the following machine data:
MD 18160: MM_NUM_USER_MACROS

Memory allocation: Tool management

When you select the "Tool management" area and click the "Details" softkey, you
can display and edit the memory settings in the following machine data:
MD 18105: MM_MAX_CUTTING_EDGE_NO
MD 18106: MM_MAX_CUTTING_EDGE_PERTOOL

Memory allocation: Protection zones

See Section: Static user memory (SRAM), memory allocation: Protection zones.

© Siemens AG, 2006. All rights reserved

IM2/4-66 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
4 Functions/Parameterization

4.17 Remote diagnosis "RCS Host Embedded / RCS Viewer

Embedded"
It is possible for a service engineer to monitor and influence a controller from a
remote PC (remote PC = viewer), i.e. the same display is shown on the remote PC
as on the operator panel front.

Remote diagnosis has the following services:

• Direct access to the HMI-Embedded via network
• Data exchange (file transfer)

The user has to apply for a license (operator authorization), order number:
6FC5800-0AP30-0YB0
before he can use the remote diagnosis software "RCS Host Embedded" on the
NCU.
See Chapter 3: Licensing

The remote diagnosis software “RCS Viewer Embedded V1.1” for PC (Windows) is
stored on the remote diagnosis CD "RCS Viewer Embedded”, order number:
6FC6000-6DC81-0BA0.

Requirements
The following hardware and software is required:
• Establish a tunnel connection between NCU 7x0 (Ethernet interface X130)
(machine) and the remote PC (viewer), e.g. via hardware router with so-called
VPN (Virtual Private Network) functionality, e.g. Cisco 803
• Windows PC (XP/ NT4/ 95/ 98) with network connection
• "Viewer" application (mmcR.exe) from the remote diagnosis CD (remote PC)
• Ethernet cable
• Logic drive for data exchange (file transfer)

Connection structure
The example shows the connection via the ISDN network (64 kbit/s). This
telephone network provides the capability of connecting to remote LANs via a
tunnel using the point-to-point protocol (PPP). The NCU 7x0 is connected to the
ISDN network via the Ethernet interface with a hardware router (with VPN
functionality).

© Siemens AG 2006 All Rights Reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Installation and Startup HMI (IAM) - 01/2006 Edition IM2/4-67
Installing HMI Embedded (IM2) 01/2006
4 Functions/Parameterization

Structure example of an ISDN connection:

Remote-PC (Viewer) NCU 7x0 (Host)

LAN HW-Router HW-Router LAN

(Ethernet) private Cisco 803 Cisco 803 (Ethernet) private
WAN
ISDN-Netz

172.1.1.2
Host: NCU 7x0 (HMI Embedded)
IP 192.168.254.4 Ethernet BRIO Interface BRIO Interface Ethernet Host: IP 192.168.12.238
174.1.1.1 192.168.254.1 192.168.12.237 172.1.1.1
Prozess:UDP-Ping (Server) Prozess: UDP-Ping (Client)
auf Port 9999 Ziel: 192.168.254.4:9999
Tunnel Verbindung
Host: Remote-PC (VPN) Prozess: "RCS Host NCU 7x0"
IP 192.168.254.129 (Server) auf Port 5800

Prozess: "RCS Viewer NCU 7x0" (Client) Prozess: file-transfer (Client)

Ziel: 192.168.12.238:5800

Prozess:file-transfer (Server)
"Netzwork-Manager"-Applikation
Share folder Port 19000

Figure 4-1: Example: Connection structure of the remote diagnosis

Remote diagnosis sequence

A machine manufacturer who provides this service has selected an appropriate
topology for a tunnel connection and will provide support when setting up the
remote diagnosis.

The relevant “Ping server” on the remote PC must be activated for this purpose.
This server has the task of accepting the incoming "Ping" data (e.g. serial number)
of the requesting machine and registering the IP address of the requesting
machine. If this server application is not provided by the service provider, it is
possible to configure the RCS viewer application so that a simple “Ping” server
process can be started on the RCS Viewer.
The IP address, the port, and the protocol used for this Ping server are specified by
the service provider and must be set on the machine.

The remote diagnosis is initiated by the machine. The NCU 7x0 is connected to the
appropriately configured router via an Ethernet cable and starts the remote
diagnosis via the operating interface. The NCU 7x0 then sends cyclical preset
"Ping" data to the remote PC and waits for its response. The transmission of the
"Ping" causes the router to establish the connection (e.g. switched ISDN
connection).
When the response is received from the remote PC, the NCU 7x0 is ready for the
data communication for the remote diagnosis. For this, a server process is started
on the NCU 7x0, which is responsible for the exchange of graphic information to
the remote PC and the keyboard inputs from the remote PC.

The exchange is performed via the TCP/IP protocol and a “permanently” agreed
port. A so-called "Viewer" application (mmcR.exe) is installed on a remote PC as
communication partner. From now on, all further activities will be initiated by the
remote PC.

© Siemens AG, 2006. All rights reserved

IM2/4-68 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
4 Functions/Parameterization

With the arrival of the "Ping" on the PC, the IP address of the requesting NCU 7x0
is known and the "Viewer" application (mmcR.exe) with this destination IP address
can be started on a PC. This application runs as a client. The machine can be
monitored and controlled via this remote PC.

The transfer of files between the remote PC and the machine is handled with local
drives (see Chapter 3: Network operation with HMI Embedded).

4.17.1 Configuring "RCS Host Embedded"

Adapting NCU 7x0 to router (VPN network)

NCU 7x0 (Ethernet interface X130) and router are connected via an Ethernet
cable.
If the NCU 7x0 is already in the network, save the current network configuration.
To adapt the network configuration of the NCU 7x0 to the configuration of the
Ethernet interface of the router, proceed as follows:
Start the machine, press the "Start-up" -> "HMI" -> "Netw. config." softkeys and
make the following entries:

Figure 4-2: Configuration of the Ethernet interface “Router NCU 7x0”

The entries
• IP address
• Subnet mask
• Gateway
are already specified by the router configuration and are only used as examples
here.
When you press the "Save" softkey, the NCU 7x0 is restarted.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/4-69
Installing HMI Embedded (IM2) 01/2006
4 Functions/Parameterization

Adapting the machine to the remote PC

In the "Start-up" operating area, press the ETC key ">" and the softkey "Remote
diagnosis". The following window appears:

Figure 4-3: Setting up logon server

The port number, default 5800, is entered in the "Port for remote diagnosis (default
5800)" input field for the server process (remote diagnosis). The same port number
must be entered in the "Viewer" application on the remote PC.

Option: "RCS service partner operates a Ping server" selected

By selecting the option "RCS service partner operates a Ping server", the remote
PC is triggered to operate a Ping server. The subsequent settings must be
obtained from the service partner operating a Ping server:
• Ping server port
• IP address of the “Ping” server runs
• Protocol selection, UDP or TCP/IP
• Connection duration (min): Entry for the maximum time for the duration of the
remote diagnosis. After this time expires, the connection is interrupted.
• Transmission interval (sec): The Ping data is transmitted cyclically in this
interval from the NCU 7x0 to the remote PC. This is used for the monitoring of
the connection.
• Ping transmission data: Entry of an agreed user data string

© Siemens AG, 2006. All rights reserved

IM2/4-70 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
4 Functions/Parameterization

Option: "RCS service partner operates a Ping server" deactivated

This option should only be deselected when the initiative for the remote diagnosis
is to come from the remote PC (e.g. when the remote PC and the NCU 7x0 are in
the same Intranet and an individual NCU 7x0 in the LAN is to be accessed from a
PC).
When this option is deactivated, no other entries are possible.

Pressing the "Save" softkey terminates the configuration of the server.

Connections for data exchange (file transfer)

In order to be able to perform a file transfer, connection entries
(\\<remote_ip>\<share folder name>) are automatically made by the system for the
remote diagnosis. These connection entries are used by the "logical drives".

If, from the eight possible "logical drives", no connection is available,

switch to the "Start-up" operating area, press the softkey "Connections" and delete
a connection entry.

4.17.2 Installing and configuring "RCS Viewer Embedded"

Requirements
• Remote diagnosis CD with the "RCS Viewer Embedded" software
• Logical drive for the file transfer

Installation
The remote diagnosis is installed by running the “Setup.exe” program.

Figure 4-4: Message

Acknowledge the message.

Note
The Network Manager is not required with SINUMERIK 840D sI.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/4-71
Installing HMI Embedded (IM2) 01/2006
4 Functions/Parameterization

Configuration
Start the "Viewer" application "mmcR.exe" on the remote PC.

If the default for the remote diagnosis port is changed, for example, due to firewall
settings when the port is activated for incoming packages only, select the
“Configuration” switch in the "RCS Viewer Embedded (Remote Control System)"
window (see Figure 4-6).

The following window appears:

Figure 4-5: Port setting

In the “Option” area, you can specify that a Ping server process is set up on the
RCS Viewer, which will wait for the incoming “Pings”.

Enter the port numbers in the “Port Configuration” area.

Additional settings
Setting graphic transmission mode
The transmission mode for the screenshots is set in the “Mode Configuration” area.
“Graphic Frame” and “Extended Compressed” are the default settings and feature
the highest transmission rate for this remote diagnosis version.

Note
The field “Graphic Emulation” is not supported with SINUMERIK 840D sl.

© Siemens AG, 2006. All rights reserved

IM2/4-72 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
4 Functions/Parameterization

Click “OK” to save your settings. The following dialog appears in the next window:
"The port-number has been stored.
Please, restart your application.”

When you click "OK" again, the system is restarted.

Note
Each time the configuration on the remote PC is changed, you have to restart the
NCU.

4.17.3 Start remote diagnostics

NCU 7x0 (Host)

Activate the "RCS Host Embedded" in the "Diagnosis" operating area via the
"Remote diagnosis" and "Start" softkeys.
Status messages provide information on the current state.

When the connection to the remote PC is established, the NCU 7x0 waits for the
"Viewer“ application (mmcR.exe) to be started on the remote PC and the
communication for the data exchange to be activated.
The message: "Ping server responds" appears.
This communication is performed via remote diagnosis which, per default, is
applied to port number 5800.
When the message "Communication running" appears, operation of the machine
from the remote PC is possible.

Remote PC (viewer)
The RCS Viewer can be started either via the Start menu of through a double-click
on the “mmcR.exe” file.

If a “Ping” server is operated, then the IP address of the

NCU 7x0 (Ethernet interface X130) is known on the remote PC after the first “Ping”
has been received (e.g.: 147.54.235.46).
If no Ping server is available, enter the address manually.

© Siemens AG 2006 All Rights Reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Installation and Startup HMI (IAM) - 01/2006 Edition IM2/4-73
Installing HMI Embedded (IM2) 01/2006
4 Functions/Parameterization

Figure 4-6: RCS Viewer waiting for incoming “Pings”

When you click the "Connect" button, the connection with the machine is activated
via the remote diagnosis port. The corresponding status messages are output in
the field below. When these are completed, the dialog is minimized and the HMI-
Embedded interface appears.

Press the “Configuration” button to display the “RCS Configuration” window. See
Fig. 4.5: Port setting

File transfer
The file transfer is performed in the "Program" operating area. When you press the
softkey defined via “logic drives”, the contents of the selected folder are displayed.
The transfer can be performed using the vertical soft keys.

Figure 4-7: Share folder for file transfer

© Siemens AG 2006 All Rights Reserved

IM2/4-74 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Installation and Startup HMI (IAM) - 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
4 Functions/Parameterization

4.18 Available display machine data

Please refer to the following documentation, available on DOCONCD, for
descriptions of all machine-data displays:
References: /AMD/Detailed machine data description
Legend
Target systems:
Adv HMI Advanced
Emb HMI-Embedded
HT6 Handheld terminal 6
OP30 Operator panel OP 030
MT ManualTurn
SM ShopMill
ST ShopTurn

Filter:
H01 ShopMill
H02 ShopTurn
H03 ManualTurn
H04 Access levels
H05 Standard machine

MD number Name of identifier Filter Cross

reference:
Unit Name Data type Read/write
protection
PLC Default value Min. value Max. value Activation SW version

9000 LCD_CONTRAST H05 CR: A2

- Contrast BYTE 3/4
OP30, Adv, Emb OP30: 7, Adv: 7, 0 15 Power On -
Emb: 7
9001 DISPLAY_TYPE H05 CR: A2
- Type of operator panel BYTE 0/0
9002 external monitor
OP30, Adv, Emb OP30: 1, Adv: 1, 0 2 Power On
Emb: 1
9002 DISPLAY_MODE CR: A2
- BYTE 3/4
(1: black and white, 2: color)
OP30, OP30: 0, 0 2 Power On 1

9003 FIRST_LANGUAGE H05 CR: A2

- Foreground language BYTE 3/4
OP30, Emb OP30: 1, Emb: 1 1 2 Power On 1.1

9004 DISPLAY_RESOLUTION H05 CR: A2

- Display resolution BYTE 3/4
OP30, Adv, Emb OP30: 3, Adv: 3, 0 5 Power On -
Emb: 3
9005 PRG_DEFAULT_DIR H05 CR: A2
- Basic setting Program directory BYTE 3/4
OP30, Emb OP30: 1, Emb: 1 1 5 IMMEDIATE -
LY

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/4-75
Installing HMI Embedded (IM2) 01/2006
4 Functions/Parameterization

9006 DISPLAY_BLACK_TIME H05 CR: A2

- Time for screen darkening BYTE 3/4
OP30, Emb OP30: 15, Emb: 0 60 Power On SW 2
15
9007 TABULATOR_SIZE H05 CR: A2
- Tabulator length BYTE 3/4
OP30, Emb OP30: 4, Emb: 4 0 30 IMMEDIATE SW 2
LY
9008 KEYBOARD_TYPE H05 CR: A2
- Keyboard type BYTE 3/4
(0: OP, 1: MFII/QWERTY)
Adv, Emb Adv: 0, Emb: 0 0 1 Power On SW3.6

9009 KEYBOARD_STATE H05 CR: A2

- Keyboard shift response during ramp-up BYTE 3/4
(0: single, 2: CAPSLOCK)
Adv, Emb Adv: 0, Emb: 2 0 2 Power On SW3.6

9011 DISPLAY_RESOLUTION_INCH H05 CR: A2

- Display resolution for INCH system of measurement BYTE 3/4
Adv, Emb Adv: 4, Emb: 4 0 6 Power On SW5.1

9012 ACTION_LOG_MODE H05 CR: IM2, IM4

- Set action mode for action log INTEGER 1/1
Adv, Emb Adv: 0xFE, Emb: 0 0xFFFF Power On SW5.2
254
9013 SYS_CLOCK_SYNC_TIME H05 CR: IM1
- Synchronization time for MMC/HMI time with PLC REAL 0/0
Synchr. time for HMI/PLC time
Emb Emb: 0 0 199 Power On SW5.3

9014 USE_CHANNEL_DISPLAY_DATA H05 CR: FBT,

FBSP, EMB,
ADV
- Use channel-specific display MDs INTEGER 3/4
Adv, Emb Adv: 0, Emb: 0 0 1 IMMEDIATE SW6.3
LY
9015 DARKTIME_TO_PLC CR: -
- BOOL 3/4
OP30, OP30: 0, *** *** Power On SW5

9016 SWITCH_TO_AREA H05 CR: IAM, BE1

- Default boot menu can be selected INTEGER 3/4
OP30, Emb OP30: 20, Emb: - -1 10000 Power On SW6.3
1
9017 PLC_HOTKEY CR:
- STRING 3/4
OP30, OP30: *** *** Power On
DB0.DBB0.0,

© Siemens AG, 2006. All rights reserved

IM2/4-76 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
4 Functions/Parameterization

9020 TECHNOLOGY H05 CR: A2, FBT

- Technology for NC prog. and simulation BYTE 3/4
0: No specific assignment
1: Turning machine configuration
<>1: Milling machine configuration
Adv, Emb Adv: 0, Emb: 1 0 2 Power On SW6,
ST SW6.1

9021 LAYOUT_MODE H05 CR:

- Design of the operator interface BYTE 3/4
Adv, Emb, HT 6 Adv: 1, Emb: 0, 0 1 Power On SW 6.3
HT 6:1

9025 DISPLAY_BACKLIGHT CR: IM2

- Display backlight brightness level BYTE 3/4
HT6: 15 0 31 Power On SW 5.3

9026 TEACH_MODE CR: IM2

- Teach mode to be activated REAL 3/4
HT6: 1 *** *** Power On SW 5.3

9027 NUM_AX_SEL CR: IM2

- Number of axis groups for traversing keys REAL 3/4
HT6: 0 0 4 Power On SW 5.3

9030 EXPONENT_LIMIT H05 CR: A2

- Number of digits for display without exponent BYTE 3/4
Emb Emb: 6 0 20 Power On SW 5.1

9031 EXPONENT_SCIENCE H05 CR: A2

- Exponent in the technical representation BYTE 3/4
Emb Emb: 1 0 1 Power On SW5.1

9032 HMI_MONITOR H05 CR: FBT,

FBSP, EMB,
ADV
- Determine PLC data for HMI monitor information STRING 2/4
Adv, Emb Adv: ", Emb: 0 *** *** Power On SW6.2

9050 STARTUP_LOGO H05 CR: FBT,

FBSP, EMB,
ADV
- Activate OEM boot screen BYTE 1/4
Adv, Emb Adv: 0, Emb: 0 0 1 Power On SW6.2

9052 SHOW_CHANNEL_SPANNING_STATE H05 CR: FBT,

FBSP
- Change cross-channel status display BYTE 2/4
Adv, Emb Adv: 0, Emb: 0 0 1 Power On SW6.3

9053 PLC_SYMBOL_SORT H05 CR:

- Sorting algorithm for PLC icons INTEGER 3/4
Adv, Emb Adv: 0, Emb: 0 0 4 IMMEDIATE SW6.3
LY

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/4-77
Installing HMI Embedded (IM2) 01/2006
4 Functions/Parameterization

9054 PLC_SYMBOL_FILTER H05 CR:

- Filter settings for PLC icons REAL 3/4
Adv, Emb Adv: 0, Emb: 0 0 0xFFFF IMMEDIATE SW6.3
LY
9055 PLC_ALARM_PICTURE H05 CR:
- Acknowledgement icon selection for PLC alarms INTEGER 3/4
Adv, Emb Adv: 1, Emb: 1 -1 1 Power On SW6.3

9056 ALARM_ROTATION_CYCLE H05 CR:

- Rotation cycle time for the alarm display INTEGER 3/4
Emb Emb: 0 0 10000 IMMEDIATE SW6.4
LY

9180 USER_CLASS_READ_TCARR H04, H05 CR: A2

- Protection level read toolholder offsets BYTE 3/4
Emb Emb: 7 0 7 IMMEDIATE SW6.1
LY
9181 USER_CLASS_WRITE_TCARR H04, H05 CR: A2
- Protection level write toolholder offsets BYTE 3/4
Emb Emb: 7 0 7 IMMEDIATE SW6.1
LY
9182 USER_CLASS_INCH_METRIC H04, H05 CR: EMB
- Protection level inch/metric switchover BYTE 3/4
Emb Emb: 7 0 7 IMMEDIATE SW6.2
LY
9183 USER_WRITE_TOOLFRAME H04, H05 CR:
- Protection level write toolholder BYTE 3/4
Adv, Emb Adv: 7, Emb: 0 0 7 IMMEDIATE SW6.4
LY
9184 USER_WRITE_PARTFRAME H04, H05 CR:
- Protection level write tool reference point BYTE 3/4
Adv, Emb Adv: 7, Emb: 0 0 7 IMMEDIATE SW6.4
LY
9185 USER_WRITE_WPFRAME H04, H05 CR:
- Protection level write workpiece reference point BYTE 3/4
Adv, Emb Adv: 7, Emb: 0 0 7 IMMEDIATE SW6.4
LY
9186 USER_WRITE_CYCFRAME H04, H05 CR:
- Protection level write cycle frame BYTE 3/4
Adv, Emb Adv: 7, Emb: 0 0 7 IMMEDIATE SW6.4
LY
9187 USER_WRITE_TRAFRAME H04, H05 CR:
- Protection level write transformation frame BYTE 3/4
Adv, Emb Adv: 7, Emb: 0 0 7 IMMEDIATE SW6.4
LY
9188 USER_WRITE_EXTFRAME H04, H05 CR:
- Protection level write external WO BYTE 3/4
Adv, Emb Adv: 7, Emb: 0 0 7 IMMEDIATE SW6.4
LY

© Siemens AG, 2006. All rights reserved

IM2/4-78 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
4 Functions/Parameterization

9200 USER_CLASS_READ_TOA H04, H05 CR: A2

- Protection level read tool offsets BYTE 3/4
OP30, Adv, Emb OP30: 7, Adv: 7, 0 7 IMMEDIATE -
Emb: 7 LY
9201 USER_CLASS_WRITE_TOA_GEO H04, H05 CR: A2
- Protection level write tool geometry BYTE 3/4
OP30, Adv, Emb OP30: 7, Adv: 7, 0 7 IMMEDIATE -
Emb: 7 LY
9202 USER_CLASS_WRITE_TOA_WEAR H04, H05 CR: A2
- Protection level write tool wear data BYTE 3/4
OP30, Adv, Emb OP30: 7, Adv: 7, 0 7 IMMEDIATE -
Emb: 7 LY
9203 USER_CLASS_WRITE_FINE H04, H05 CR: A2
- Protection level fine BYTE 3/4
Adv, Emb Adv: 7, Emb: 7 0 7 IMMEDIATE -
LY
9206 USER_CLASS_WRITE_TOA_SUPVIS H04, H05 CR: A2
- Protection level tool monitoring Change limit values fine BYTE 3/4
Adv, Emb Adv: 7, Emb: 0 0 7 IMMEDIATE SW 5
LY

9209 USER_CLASS_WRITE_TOA_ADAPT H04, H05 CR: A2

- Protection level write tool adapter data BYTE 3/4
OP30, Adv, Emb OP30: 7, Adv: 7, 0 7 IMMEDIATE SW5
Emb: 7 LY
9210 USER_CLASS_WRITE_ZOA H04, H05 CR: A2
- Protection level write settable WO BYTE 3/4
OP30, Adv, Emb OP30: 7, Adv: 7, 0 7 IMMEDIATE -
Emb: 7 LY
9211 USER_CLASS_READ_GUD_LUD H04, H05 CR: A2
- Protection level read user variables BYTE 3/4
OP30, Adv, Emb OP30: 7, Adv: 7, 0 7 IMMEDIATE SW6.1
Emb: 7 LY
9212 USER_CLASS_WRITE_GUD_LUD H04, H05 CR: IM2, IM4,
A2
- Protection level write user variables BYTE 3/4
OP30, Adv, Emb OP30: 7, Adv: 7, 0 7 IMMEDIATE SW6.1
Emb: 7 LY
9213 USER_CLASS_OVERSTORE_HIGH H04, H05 CR: A2
- Protection level extended overstore BYTE 3/4
OP30, Adv, Emb OP30: 7, Adv: 7, 0 7 IMMEDIATE -
Emb: 7 LY
9214 USER_CLASS_WRITE_PRG_CONDIT H04, H05 CR: A2
- Protection level program control BYTE 3/4
OP30, Adv, Emb OP30: 7, Adv: 7, 0 7 IMMEDIATE -
Emb: 7 LY
9215 USER_CLASS_WRITE_SEA H04, H05 CR: A2
- Protection level write setting data BYTE 3/4
OP30, Adv, Emb OP30: 7, Adv: 7, 0 7 IMMEDIATE -
Emb: 7 LY
9216 USER_CLASS_READ_PROGRAM H04, H05 CR: A2
- Protection level read parts program BYTE 3/4
OP30, Adv, Emb OP30: 7, Adv: 7, 0 7 IMMEDIATE -
Emb: 7 LY
9217 USER_CLASS_WRITE_PROGRAM H04, H05 CR: A2
- Protection level write parts program BYTE 3/4
OP30, Adv, Emb OP30: 7, Adv: 7, 0 7 IMMEDIATE -
Emb: 7 LY

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/4-79
Installing HMI Embedded (IM2) 01/2006
4 Functions/Parameterization

9218 USER_CLASS_SELECT_PROGRAM H04, H05 CR: A2

- Protection level 'Program selection' BYTE 3/4
OP30, Adv, Emb OP30: 7, Adv: 7, 0 7 IMMEDIATE -
Emb: 7 LY
9219 USER_CLASS_TEACH_IN H04, H05 CR: A2
- Protection level TEACH IN BYTE 3/4
OP30, Adv, Emb OP30: 7, Adv: 7, 0 7 IMMEDIATE -
Emb: 7 LY
9220 USER_CLASS_PRESET H04, H05 CR: A2
- Protection level PRESET BYTE 3/4
OP30, Adv, Emb OP30: 7, Adv: 7, 0 7 IMMEDIATE -
Emb: 7 LY
9221 USER_CLASS_CLEAR_RPA H04, H05 CR: A2
- Protection level delete R parameters BYTE 3/4
OP30, Adv, Emb OP30: 7, Adv: 7, 0 7 IMMEDIATE -
Emb: 7 LY
9222 USER_CLASS_WRITE_RPA H04, H05 CR: A2
- Protection level write R parameters BYTE 3/4
OP30, Adv, Emb OP30: 7, Adv: 7, 0 7 IMMEDIATE -
Emb: 7 LY
9223 USER_CLASS_SET_V24 H04, H05 CR: A2
- Protection level RS-232 interface parameterization BYTE 3/4
OP30, Emb OP30: 7, Emb: 7 0 7 IMMEDIATE -
LY
9224 USER_CLASS_READ_IN H04, H05 CR: A2
- Protection level read in data BYTE 3/4
OP30, Emb OP30: 7, Emb: 7 0 7 IMMEDIATE -
LY
9225 USER_CLASS_READ_CST H04, H05 CR: A2
- Protection level standard cycles BYTE 3/4
OP30, Emb OP30: 7, Emb: 7 0 7 IMMEDIATE SW 2
LY
9226 USER_CLASS_READ_CUS H04, H05 CR: A2
- Protection level user cycles BYTE 3/4
OP30, Emb OP30: 7, Emb: 7 0 7 IMMEDIATE SW 2
LY
9227 USER_CLASS_SHOW_SBL2 H04, H05 CR: A2
- Skip single block2 (SBL2) BYTE 3/4
Emb Emb: 7 0 7 IMMEDIATE SW3.5
LY
9228 USER_CLASS_READ_SYF H04, H05 CR: A2
- Access level for selecting the directory SYF BYTE 3/4
Emb Emb: 7 0 7 IMMEDIATE SW4.2
LY
9229 USER_CLASS_READ_DEF H04, H05 CR: A2
- Access level for selecting the directory DEF BYTE 3/4
Emb Emb: 7 0 7 IMMEDIATE SW4.2
LY
9230 USER_CLASS_READ_BD H04, H05 CR: A2
- Access level for selecting the directory BD BYTE 3/4
Emb Emb: 3 0 7 IMMEDIATE SW4.2
LY

© Siemens AG, 2006. All rights reserved

IM2/4-80 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
4 Functions/Parameterization

9242 MA_STAT_DISPLAY_BASE H05 CR: K2

- Numerical basis for display of articulated position STAT WORD 3/4
Adv, Emb Adv: 10, Emb: 0 0 16 IMMEDIATE SW6.1
LY
9243 MA_TU_DISPLAY_BASE H05 CR: K2
- Numerical basis for display of rotary axis position TU WORD 3/4
Adv, Emb Adv: 10, Emb: 0 0 16 IMMEDIATE SW6.1
LY

9246 USER_CLASS_SYS_ZERO_OFF H04, H05 CR:

- Access level for writing system frames BYTE 2/2
Adv, Emb Adv: 7, Emb: 7 0 7 IMMEDIATE Adv. SW6.3,
LY Emb. SW6.2

9247 USER_CLASS_BASE_ZERO_OFF_PA H04, H05 CR: K2

- Access level for basic offset PA BYTE 2/2
Adv, Emb Adv: 7, Emb: 7 0 7 IMMEDIATE SW5.3
LY
9248 USER_CLASS_BASE_ZERO_OFF_MA H04, H05 CR: IAM, IM1
- Access level for basic offset MA BYTE 2/2
Adv, Emb Adv: 7, Emb: 7 0 7 IMMEDIATE SW5.3
LY
9249 USER_CLASS_VERT_MODE_SK H04, H05 CR: K2
- Protection level for vertical SKs of area SKs DOUBLE 3/4
Protection for vertical SKs
Emb Emb: 0 0x77777777 IMMEDIATE SW6.1
2004318071 LY
9251 USER_CLASS_TM_SKTLLIST H04, H05 CR: FBW
- Display tool list BYTE 3/4
Emb Emb: 7 0 7 Power On S 4.1

9252 USER_CLASS_TM_SKTOOLLOAD H04, H05 CR: FBW

- Protection level for loading tools BYTE 3/4
Emb Emb: 7 0 7 Power On SW4.1

9253 USER_CLASS_TM_SKTOOLUNLOAD H04, H05 CR: FBW

- Protection level for unloading tools BYTE 3/4
Emb Emb: 7 0 7 Power On SW4.1

9254 USER_CLASS_TM_SKTOOLMOVE H04, H05 CR: FBW

- Protection level for relocating tools BYTE 3/4
Emb Emb: 7 0 7 Power On SW4.1

9256 USER_CLASS_TM_SKMGLREPR2 H04, H05 CR: FBW

- Protection level for displaying 2nd magazine list BYTE 3/4
Emb Emb: 7 0 7 Power On SW4.1

9257 USER_CLASS_TM_SKMGLREPR3 H04, H05 CR: FBW

- Protection level for displaying 3rd magazine list BYTE 3/4
Emb Emb: 7 0 7 Power On SW4.1

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/4-81
Installing HMI Embedded (IM2) 01/2006
4 Functions/Parameterization

9258 USER_CLASS_TM_SKNCNEWTOOLE H04, H05 CR: FBW

- Protection level for creating new tool edges BYTE 3/4
Emb Emb: 7 0 7 Power On SW4.1

9259 USER_CLASS_TM_SKNCDELTOOL H04, H05 CR: FBW

- Protection level for deleting tools BYTE 3/4
Emb Emb: 7 0 7 Power On SW4.1

9260 USER_CLASS_TM_SKMGBUFFER H04, H05 CR: FBW

- Protection level for buffer ON/OFF BYTE 3/4
Emb Emb: 7 0 7 Power On SW4.1

9261 USER_CLASS_TM_SKMGFIND H04, H05 CR: FBW

- Protection level for search BYTE 3/4
Emb Emb: 7 0 7 Power On SW4.1

9262 USER_CLASS_TM_SKMGLISTPOS H04, H05 CR: FBW

- Protection level for positioning BYTE 3/4
Emb Emb: 7 0 7 Power On SW4.1

9263 USER_CLASS_TM_SKMGNEXT H04, H05 CR: FBW

- Protection level for paging to next magazine BYTE 3/4
Emb Emb: 7 0 7 Power On SW4.1

9264 USER_CLASS_TM_SKTLNEWTOOL H04, H05 CR: FBW

- Protection level for creating tools BYTE 3/4
Emb Emb: 7 0 7 Power On SW4.1

9265 USER_CLASS_TM_SKTLLREPR1 H04, H05 CR: FBW

- Protection level for displaying 1st tool list BYTE 3/4
Emb Emb: 7 0 7 Power On SW4.1

9266 USER_CLASS_TM_SKTLLREPR2 H04, H05 CR: FBW

- Protection level for displaying 2nd tool list BYTE 3/4
Emb Emb: 7 0 7 Power On SW4.1

9267 USER_CLASS_TM_SKTLLREPR3 H04, H05 CR: FBW

- Protection level for displaying 3rd tool list BYTE 3/4
Emb Emb: 7 0 7 Power On SW4.1

9269 USER_CLASS_TM_SKFINDPLACE H04, H05 CR: FBW

- Softkey empty location, displ. Tool list BYTE 3/4
Emb Emb: 7 0 7 Power On SW4.1

9270 USER_CLASS_TM_SKACTPLACE H04, H05 CR: FBW

- Protection level for loading to curr. location BYTE 3/4
Emb Emb: 7 0 7 Power On SW4.1

© Siemens AG, 2006. All rights reserved

IM2/4-82 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
4 Functions/Parameterization

9271 USER_CLASS_TM_SKLDTOOLDAT H04, H05 CR: FBW

- Viewing and editing tool data BYTE 3/4
Emb Emb: 7 0 7 Power On SW4.1

9272 USER_CLASS_APPLICATION H04, H05 CR:

- Protection level for selecting the operating area BYTE 3/4
Emb Emb: 7 0 7 IMMEDIATE SW6.4
LY
9300 V24_USER_XON H05 CR: C4
- User: X on character REAL 3/4
OP30, Emb OP30: 17, Emb: 0 0xFF IMMEDIATE -
17 LY
9301 V24_USER_XOFF H05 CR: C4
- User: X off character REAL 3/4
OP30, Emb OP30: 19, Emb: 0 0xFF IMMEDIATE -
19 LY
9302 V24_USER_EOF H05 CR: C4
- User: End of transmission character REAL 3/4
OP30, Emb OP30: 26, Emb: 0 0xFF IMMEDIATE -
26 LY
9303 V24_USER_CONTROLS H05 CR: C4
- User: Special bits REAL 3/4
OP30, Emb OP30: 76, Emb: 0 0x3FF IMMEDIATE -
76 LY
9304 V24_USER_RTS H05 CR: C4
- User: Line-controlled BYTE 3/4
OP30, Emb OP30: 1, Emb: 0 0 1 IMMEDIATE -
LY
9305 V24_USER_BAUD H05 CR: C4
- User: Baud rate ( BYTE 3/4
300, 600, 1200, 2400, 4800, 9600, 19200)
0 1 ...
OP30, Emb OP30: 4, Emb: 5 0 8 IMMEDIATE -
LY
9306 V24_USER_DATABITS H05 CR: C4
- User: Data bits BYTE 3/4
OP30, Emb OP30: 1, Emb: 1 0 1 IMMEDIATE -
LY
9307 V24_USER_PARITY H05 CR: C4
- User: Parity bits BYTE 3/4
OP30, Emb OP30: 0, Emb: 0 0 2 IMMEDIATE -
LY
9308 V24_USER_STOPBIT H05 CR: C4
- User: Stop bits BYTE 3/4
OP30, Emb OP30: 0, Emb: 0 0 1 IMMEDIATE -
LY
9309 V24_USER_LINE H05 CR: C4
- User: RS-232-C interface (COM1/COM2) BYTE 3/4
(COM1/COM2)
Emb Emb: 1 1 2 IMMEDIATE SW5
LY

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/4-83
Installing HMI Embedded (IM2) 01/2006
4 Functions/Parameterization

9310 V24_PRINTER_XON H05 CR: C4

- Printer: X on character REAL 3/4
OP30, Emb OP30: 17, Emb: 0 0xFF IMMEDIATE -
17 LY
9311 V24_PRINTER_XOFF H05 CR: C4
- Printer: X off character REAL 3/4
OP30, Emb OP30: 19, Emb: 0 0xFF IMMEDIATE -
19 LY
9312 V24_PRINTER_EOF H05 CR: C4
- Printer: End of transmission character REAL 3/4
OP30, Emb OP30: 12, Emb: 0 0xFF IMMEDIATE -
12 LY
9313 V24_PRINTER_CONTROLS H05 CR: C4
- Printer: Special bits REAL 3/4
OP30, Emb OP30: 76, Emb: 0 0x3FF IMMEDIATE -
76 LY
9314 V24_PRINTER_RTS H05 CR: C4
- Printer: Line-controlled BYTE 3/4
OP30, Emb OP30: 0, Emb: 0 0 1 IMMEDIATE -
LY
9315 V24_PRINTER_BAUD H05 CR: C4
- Printer: Baud rate ( BYTE 3/4
300, 600, 1200, 2400, 4800, 9600, 19200)
0 1 ...
OP30, Emb OP30: 5, Emb: 5 0 8 IMMEDIATE -
LY
9316 V24_PRINTER_DATABITS H05 CR: C4
- Printer: Data bits BYTE 3/4
OP30, Emb OP30: 1, Emb: 1 0 1 IMMEDIATE -
LY
9317 V24_PRINTER_PARITY H05 CR: C4
- Printer: Parity bits BYTE 3/4
OP30, Emb OP30: 0, Emb: 0 0 2 IMMEDIATE -
LY
9318 V24_PRINTER_STOPBIT H05 CR: C4
- Printer: Stop bits BYTE 3/4
OP30, Emb OP30: 0, Emb: 0 0 1 IMMEDIATE -
LY
9319 V24_PRINTER_LINE H05 CR: C4
- Printer: RS-232-C interface (COM1/COM2) BYTE 3/4
(COM1/COM2)
Emb Emb: 1 1 2 IMMEDIATE -
LY
9320 V24_PG_PC_XON H05 CR: C4
- PG: X on character REAL 3/4
9321 PG: X off character
OP30, Emb OP30: 17, Emb: 0 0xFF IMMEDIATE -
17 LY
9321 V24_PG_PC_XOFF H05 CR: C4
- REAL 3/4
OP30, Emb OP30: 19, Emb: 0 0xFF IMMEDIATE -
19 LY

© Siemens AG, 2006. All rights reserved

IM2/4-84 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
4 Functions/Parameterization

9322 V24_PG_PC_EOF H05 CR: C4

- PG: End of transmission character REAL 3/4
OP30, Emb OP30: 26, Emb: 0 0xFF IMMEDIATE -
26 LY
9323 V24_PG_PC_CONTROLS H05 CR: C4
- PG: Special bits REAL 3/4
9324 PG: Line-controlled
OP30, Emb OP30: 144, Emb: 0 0x3FF IMMEDIATE -
144 LY
9324 V24_PG_PC_RTS H05 CR: C4
- BYTE 3/4
OP30, Emb OP30: 0, Emb: 0 0 1 IMMEDIATE -
LY
9325 V24_PG_PC_BAUD H05 CR: C4
- PG: Baud rate BYTE 3/4
(300, 600, 1200, 2400, 4800, 9600)
0 1 ...
OP30, Emb OP30: 5, Emb: 5 0 8 IMMEDIATE -
LY
9326 V24_PG_PC_DATABITS H05 CR: C4
- PG: Data bits BYTE 3/4
OP30, Emb OP30: 1, Emb: 1 0 1 IMMEDIATE -
LY
9327 V24_PG_PC_PARITY H05 CR: C4
- PG: Parity bits BYTE 3/4
OP30, Emb OP30: 0, Emb: 0 0 2 IMMEDIATE -
LY
9328 V24_PG_PC_STOPBIT H05 CR: C4
- PG: Stop bits BYTE 3/4
OP30, Emb OP30: 0, Emb: 0 0 1 IMMEDIATE -
LY
9329 V24_PG_PC_LINE H05 CR: C4
- PG: RS-232-C interface (COM1/COM2) BYTE 3/4
(COM1/COM2)
Emb Emb: 1 1 2 IMMEDIATE -
LY
9400 TOOL_REF_GEO_AXIS1 H05 CR: BO
- Absolute dimension tool length compensation DOUBLE 3/4
GEOaxis.1
OP30, Emb OP30: 0, Emb: 0 *** *** IMMEDIATE -
LY
9401 TOOL_REF_GEO_AXIS2 H05 CR: BO
- Absolute dimension tool length compensation DOUBLE 3/4
GEOaxis.2
OP30, Emb OP30: 0, Emb: 0 *** *** IMMEDIATE -
LY
9402 TOOL_REF_GEO_AXIS3 H05 CR: BO
- Absolute dimension tool length compensation DOUBLE 3/4
GEOaxis.3
OP30, Emb OP30: 0, Emb: 0 *** *** IMMEDIATE -
LY

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/4-85
Installing HMI Embedded (IM2) 01/2006
4 Functions/Parameterization

9410 TM_LOAD_PLACE H05 CR: BO

- Number of loading station INTEGER 3/4
OP30, Emb OP30: 0, Emb: 0 *** *** Power On -

9411 TM_NUM_MAG H05 CR: BO

- Number of work magazine INTEGER 3/4
OP30, Emb OP30: 0, Emb: 0 *** *** Power On -

9412 TM_DEFAULT_TOOLSIZE H05 CR: FBW

- Default for tool size REAL 3/4
Emb Emb: 1111 1111 7777 IMMEDIATE SW4.1
LY
9414 TM_KIND_OF_TOOLMANAGEMENT H01, H02, CR: FBW
H05
- Type of representation of the tool management BYTE 3/4
0: Old, 1: New (SW 5.2 and higher)
SM, ST, Emb SM: 1, ST: 1, 0 1 Power On SW5
Emb: 0
9415 TM_DEFAULT_TOOLPLACESPEC H05 CR: FBW
- Default value for location type BYTE 3/4
Emb Emb: 1 1 99 IMMEDIATE SW4.2
LY
9416 TM_DEFAULT_TOOLTYPE H05 CR: FBW
- Default for location type REAL 3/4
Emb Emb: 120 100 900 IMMEDIATE SW4.1
LY
9417 TM_DEFAULT_TOOLSTATE H05 CR: FBW
- Default for tool status load INTEGER 3/4
Emb Emb: 2 0 255 IMMEDIATE SW4.1
LY
9419 TM_DEFAULT_DELETE_TOOL H05 CR: FBW
- Default for tool data auto. Delete BYTE 3/4
Emb Emb: 0 0 1 IMMEDIATE SW4.1
LY
9420 MA_ONLY_MKS_DIST_TO_GO H05 CR: FBW
- Distance-to-go display in the Work window BYTE 3/4
0: Work value
1: Machine value
Emb Emb: 0 0 1 IMMEDIATE SW4.1
LY
9421 MA_AXES_SHOW_GEO_FIRST H05 CR: K1
- Actual-value display with leading geo axes BYTE 3/4
Adv, Emb Adv: 1, Emb: 1 0 1 IMMEDIATE SW 2
LY
9422 MA_PRESET_MODE H05 CR: K1
- Selecting PRESET/base offset in JOG BYTE 3/4
0 No Preset, no preset actual value memory
1 PRESET
2 Preset actual value memory
3 Preset actual value memory s. Online help
Adv, Emb Adv: 1, Emb: 1 0 3 IMMEDIATE SW5
LY

© Siemens AG, 2006. All rights reserved

IM2/4-86 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
4 Functions/Parameterization

9423 MA_MAX_SKP_LEVEL H05 CR: K1

- Max. skip levels in NC program BYTE 3/4
Adv, Emb Adv: 1, Emb: 1 1 8 Power On SW5

9424 MA_COORDINATE_SYSTEM H05 CR: K2

- Coord. system for actual-value display BYTE 3/4
0: Work (WCS)
1: SZS (settable zero system)
Adv, Emb Adv: 0, Emb: 0 0 1 Power On SW5

9425 MA_SCRATCH_DEFAULT_MODE H05 CR: K2

- Tool offset calculation scratching DOUBLE 3/4
Emb Emb: 0 0 2236962 IMMEDIATE 5.3
LY

9426 MA_AX_DRIVELOAD_FROM_PLC1 H01, H02, CR:

H05
- Machine-axis index, analog spindle power-rating display BYTE 3/4
Emb Emb: 0 0 31 Power On Emb 6.5

9427 MA_AX_DRIVELOAD_FROM_PLC2 H01, H02, CR:

H05
- Machine-axis index, analog spindle power-rating display BYTE 3/4
Emb Emb: 0 0 31 Power On Emb 6.5

9428 MA_SPIND_MAX_POWER H01, H02, CR: IAM4

H05
- Maximum value of spindle display REAL 3/4
Emb Emb: 100 100 0xFFFF Power On Emb 6.5

9429 MA_SPIND_POWER_RANGE H01, H02, CR: IAM4

H05
- Maximum value of spindle display REAL 3/4
Emb Emb: 100 100 0xFFFF Power On Emb 6.5

9430 TM_UNLOAD_AND_DELETE CR: FBO

- BOOL 3/4
OP30, OP30: 0, *** *** Power On SW5

9431 TM_LOAD_TOOL_NEW CR: FBO

- BOOL 3/4
OP30, OP30: 1, *** *** Power On SW5

9432 TM_TOOL_STATE_DEF_VAL CR:

- BYTE 3/4
OP30, OP30: 2, *** *** Power On
9433 TM_ACT_SEARCH_AND_POS CR:
- BOOL 3/4
OP30, OP30: 0, *** *** Power On
9434 TM_LOAD_LOC1 CR: FBW
- INTEGER 3/7
0: Autom. determination for one magazine
OP30, OP30: 0, *** *** Power On SW4.2

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/4-87
Installing HMI Embedded (IM2) 01/2006
4 Functions/Parameterization

9435 TM_LOAD_LOC2 CR: FBW

- INTEGER 3/7
0: Autom. determination for one magazine
OP30, OP30: 0, *** *** Power On SW4.2

9436 TM_LOAD_LOC3 CR: FBW

- INTEGER 3/7
0: Autom. determination for one magazine
OP30, OP30: 0, *** *** Power On SW4.2

9437 TM_LOAD_LOC4 CR: FBW

- INTEGER 3/7
0: Autom. determination for one magazine
OP30, OP30: 0, *** *** Power On SW4.2

9438 TM_LOAD_LOC5 CR: FBW

- INTEGER 3/7
0: Autom. determination for one magazine
OP30, OP30: 0, *** *** Power On SW4.2

9440 ACTIVATE_SEL_USER_DATA H05 CR: K2

- Activating the active wear immediately BYTE 3/4
Adv, Emb Adv: 1, Emb: 0 0 1 IMMEDIATE SW4.3
LY
9442 MA_AUXFU_GROUPS H01, H02, CR:
H05
- Displayed auxiliary function groups STRING 3/7
Emb, Emb: 0 *** *** Power On SW4.2

9450 WRITE_TOA_FINE_LIMIT H05 CR: K2

mm Limit value for wear fine DOUBLE 3/4
Adv, Emb Adv: 0, Emb: *** *** IMMEDIATE SW4.2
0.999 LY
9451 WRITE_ZOA_FINE_LIMIT H05 CR: K2
mm Limit value for offset fine DOUBLE 3/4
Adv, Emb Adv: 0, Emb: *** *** IMMEDIATE SW4.2
0.999 LY
9459 PA_ZOA_MODE H05 CR: K2, IM2
- Display mode of work offset BYTE 3/4
Emb Emb: 1 0 1 IMMEDIATE SW 6.1
LY
9460 PROGRAM_SETTINGS H05 CR: A2
- Settings in the Program area INTEGER 3/4
Adv, Emb Adv: 0, Emb: 5 *** *** IMMEDIATE SW5.1
LY
9461 CONTOUR_END_TEXT H05 CR: A2
- String to be added at the end of the contour STRING 3/4
Emb Emb: " *** *** IMMEDIATE SW5.1
LY

9464 MAX_PROGRAMM_SIZE_CHECK H05 CR:

- File size, as of which no check is made INTEGER 3/4
Emb Emb: 0 *** *** IMMEDIATE SW6.4
LY

© Siemens AG, 2006. All rights reserved

IM2/4-88 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
4 Functions/Parameterization

9477 TO_TRACE H01, H02, CR:

H05
- For internal testing purposes REAL 3/4
SM, ST, Emb SM: 0, ST: 0, 0 0xFFFF Power On
Emb: 0
9478 TO_OPTION_MASK H01, H02, CR:
H05
- For internal purposes INTEGER 2/2
SM, ST, Emb SM: 1, ST: 1, 0 0xFFFF Power On
Emb: 0
9479 TO_MAG_PLACE_DISTANCE H02, H05 CR:
mm Distance between individual magazine locations DOUBLE 3/4
ST, Emb ST: Emb: 0 0 10000 Power On SW6.3

9480 MA_SIMULATION_MODE H05 CR:

- Simulation mode BYTE 3/4
Adv Adv: -1 -1 2 IMMEDIATE SW6.4
LY
9481 MA_STAND_SIMULATION_LIMIT H05 CR:
- Limit of the standard simulation in KB INTEGER 3/4
Adv Adv: 200 200 2000000 IMMEDIATE SW6.4
LY

9500 NC_PROPERTIES H05 CR: A2

- NC properties BYTE 3/4
Bit 0: Digital drives
Bit 1: Software startup switch
Bits 2...4: Reserved
OP30, Emb OP30: 255, Emb: 0 0xFF IMMEDIATE SW 2
255 LY
9509 USER_CLASS_DIRECTORY_CHG H04, H05 CR: FBT,
FBSP, EMB
- Protection level for network configuration BYTE 3/4
Emb Emb: 1 0 7 IMMEDIATE SW6.2
LY
9510 USER_CLASS_DIRECTORY1_P H04, H05 CR: A2
- Protection level for network drive 1 prog. BYTE 3/4
Adv, Emb Adv: 7, Emb: 1 0 7 IMMEDIATE SW6.1
LY
9511 USER_CLASS_DIRECTORY2_P H04, H05 CR: A2
- Protection level for network drive 2 prog. BYTE 3/4
Adv, Emb Adv: 7, Emb: 1 0 7 IMMEDIATE SW6.1
LY
9512 USER_CLASS_DIRECTORY3_P H04, H05 CR: A2
- Protection level for network drive 3 prog. BYTE 3/4
Adv, Emb Adv: 7, Emb: 1 0 7 IMMEDIATE SW6.1
LY
9513 USER_CLASS_DIRECTORY4_P H04, H05 CR: A2
- Protection level for network drive 4 prog. BYTE 3/4
Adv, Emb Adv: 7, Emb: 1 0 7 IMMEDIAT 6.1
ELY

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/4-89
Installing HMI Embedded (IM2) 01/2006
4 Functions/Parameterization

9516 USER_CLASS_DIRECTORY1_M H04, H05 CR: A2

- Protection level for network drive 1 mach. BYTE 3/4
Adv, Emb Adv: 7, Emb: 0 0 7 IMMEDIATE 6.1
LY
9517 USER_CLASS_DIRECTORY2_M H04, H05 CR: A2
- Protection level for network drive 2 mach. BYTE 3/4
Adv, Emb Adv: 7, Emb: 0 0 7 IMMEDIATE 6.1
LY
9518 USER_CLASS_DIRECTORY3_M H04, H05 CR: A2
- Protection level for network drive 3 mach. BYTE 3/4
Adv, Emb Adv: 7, Emb: 0 0 7 IMMEDIATE 6.1
LY
9519 USER_CLASS_DIRECTORY4_M H04, H05 CR: A2
- Protection level for network drive 4 mach. BYTE 3/4
Adv, Emb Adv: 7, Emb: 0 0 7 IMMEDIATE 6.1
LY

9600 CTM_SIMULATION_DEF_X H01, H02, CR: FBMA,

H03, H05 FBSP
- Simulation default value for X INTEGER 3/4
SM, ST, MT, SM: 0, ST: 0, -10000 10000 Power On SW2.1
Emb MT: 0, Emb: 0 (810D), 4.3
(840D)

9601 CTM_SIMULATION_DEF_Y H01, H02, CR: FBMA,

H03, H05 FBSP
- Simulation default value for Z INTEGER 3/4
SM, ST, MT, SM: 0, ST: 0, -10000 10000 Power On SW2.1
Emb MT: 0, Emb: 0 (810D), 4.3
(840D)

9602 CTM_SIMULATION_DEF_VIS_AREA H01, H02, CR: FBMA,

H03, H05 FBSP
- Simulation default value for display area INTEGER 3/4
SM, ST, MT, SM: 100, ST: -10000 10000 Power On SW2.1
Emb 100, MT: 100, (810D), 4.3
Emb: 100 (840D)

9603 CTM_SIMULATION_MAX_X H01, H02, CR: FBMA,

H03, H05 FBSP
- Simulation of maximum display X INTEGER 3/4
SM, ST, MT, SM: 0, ST: 0, -10000 10000 Power On SW2.1
Emb MT: 0, Emb: 0 (810D), 4.3
(840D)

© Siemens AG, 2006. All rights reserved

IM2/4-90 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
4 Functions/Parameterization

9604 CTM_SIMULATION_MAX_Y H01, H02, CR: FBMA,

H03, H05 FBSP
- Simulation maximum display Z INTEGER 3/4
SM, ST, MT, SM: 0, ST: 0, -10000 10000 Power On 840D SW
Emb MT: 0, Emb: 0 4.3, 810D
SW 2.1

9605 CTM_SIMULATION_MAX_VIS_AREA H01, H02, CR: FBMA,

H03, H05 FBSP
- Simulation of maximum display area INTEGER 3/4
SM, ST, MT, SM: 1000, ST: -10000 10000 Power On 840D SW4.3,
Emb 1000, MT: 1000, 810D SW2.1
Emb: 1000
9606 CTM_SIMULATION_TIME_NEW_POS H01, H02, CR: FBMA,
H03, H05 FBT
- Simulation updating rate of actual value INTEGER 3/4
SM, ST, MT, SM: 250, ST: 0 4000 Power On 840D SW4.3,
Emb 350, MT: 250, 810D SW2.1,
Emb: 100 ST SW6.1

9610 CTM_POS_COORDINATE_SYSTEM H03, H05 CR: FBMA

- Position of coordinate system for turning BYTE 3/4
MT, Adv, Emb MT: 2, Adv: 2, 0 7 IMMEDIATE 840D SW4.3,
Emb: 2 LY 810D SW2.1

9611 CTM_CROSS_AX_DIAMETER_ON H02, H03, CR: FBMA,

H05 FBT
- Diameter display for active transverse axes BYTE 3/4
ST, MT, Emb ST: 1, MT: 1, 0 1 IMMEDIATE 840D SW4.3,
Emb: 1 LY 810D SW2.1,
ST 6.1

9619 CTM_G91_DIAMETER_ON H02, H03, CR: FBMA,

H05 FBT
- Incremental infeed BYTE 3/4
ST, MT, Emb ST: 0, MT: 0, 0 1 IMMEDIATE 840D SW4.3,
Emb: 1 LY 810D SW2.1,
ST SW6.1

9626 CTM_TRACE H02, H03, CR: FBMA

H05
- Test flags internal ManualTurn diagnostics REAL 3/4
ST, MT, Emb ST: 1, MT: 1, 0 0xFFFF IMMEDIATE 840D SW4.3,
Emb: 0 LY 810D SW2.1

9632 CTM_ANGLE_REFERENCE_AXIS H03, H05 CR: FBMA

- Angle reference axis REAL 3/4
1: 1. Axis
2: 2. Axis
MT, Emb MT: 1, Emb: 1 0 1 IMMEDIA 840D SW4.4,
TELY 810D SW2.4

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/4-91
Installing HMI Embedded (IM2) 01/2006
4 Functions/Parameterization

9650 CMM_POS_COORDINATE_SYSTEM H01, H02, CR: FBSP,

H05 FBT
- Position of coordinate system BYTE 3/4
SM, ST, Adv, SM: 0, ST: 34, 0 47 IMMEDIA SW4.3,
Emb Adv: 0, Emb: 0 TELY ST SW6.1
9651 CMM_TOOL_MANAGEMENT H01, H02, CR: FBSP,
H05 FBT
- Tool management strategy BYTE 3/4
SM, ST, Adv, SM: 4, ST: 4, 1 4 Power On SW6.1,
Emb Adv: 4, Emb: 4 ST SW6.1
9652 CMM_TOOL_LIFE_CONTROL H01, H02, CR: FBSP,
H05 FBT
- Tool monitoring BYTE 3/4
SM, ST, Adv, SM: 1, ST: 1, 0 1 Power On SW6.1
Emb Adv: 1, Emb: 1
9661 CMM_ENABLE_CUSTOMER_M_CODES H01, H02, CR: FBSP
H05
- Input of customized M commands BYTE 3/4
SM, ST, Adv, SM: 0, ST: 0, 0 4 Power On 840D SW4.3,
Emb Adv: 4, Emb: 0 810D SW2.3

9663 CMM_TOOL_DISPLAY_IN_DIAM H01, H02, CR: FBSP,

H05 FBT
- Display radius/diameter for tool BYTE 3/4
SM, ST, Adv, SM: 1, ST: 1, 0 1 Power On 840D SW4.3,
Emb Adv: 1, Emb: 1 810D SW2.3,
ST SW6.1

9672 CMM_FIXED_TOOL_PLACE H01, H02, CR: FBSP,

H05 FBT
- Fixed location coding BYTE 3/4
SM, ST, Adv, SM: 0, ST: 1, 0 1 Power On 840D SW4.4,
Emb Adv: 0, Emb: 0 810D SW2.4,
ST SW6.1

9673 CMM_TOOL_LOAD_STATION H01, H02, CR: FBSP,

H05 FBT
- Number of loading station BYTE 3/4
SM, ST, Adv, SM: 1, ST: 1, 1 2 Power On 840D SW4.4,
Emb Adv: 1, Emb: 1 810D SW2.4,
ST SW6.1

9674 CMM_ENABLE_TOOL_MAGAZINE H01, H02, CR: FBSP,

H05 FBT
- Display of magazine list BYTE 3/4
SM, ST, Adv, SM: 1, ST: 1, 0 1 Power On 840D SW4.4,
Emb Adv: 1, Emb: 1 810D SW2.4,
ST SW6.1

9676 CMM_DIRECTORY_SOFTKEY_PATH1 H01, H02, CR: FBSP,

H05 FBT
- Path to the drive names in the directory man. STRING 3/4
SM, ST, Adv, SM: ", ST: ", Adv: *** *** Power On 840D SW4.4,
Emb ", Emb: 0 810D SW2.4
with SM

© Siemens AG, 2006. All rights reserved

IM2/4-92 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
4 Functions/Parameterization

9677 CMM_DIRECTORY_SOFTKEY_PATH2 H01, H02, CR: FBSP,

H05 FBT
- Path to the drive names in the directory man. STRING 3/4
SM, ST, Adv, SM: ", ST: ", Adv: *** *** Power On 840D SW4.4,
Emb ", Emb: 0 810D SW2.4
with SM

9678 CMM_DIRECTORY_SOFTKEY_PATH3 H01, H02, CR: FBSP,

H05 FBT
- Path to the drive names in the directory man. STRING 3/4
SM, ST, Adv, SM: ", ST: ", Adv: *** *** Power On 840D SW4.4,
Emb ", Emb: 0 810D SW2.4
with SM

9679 CMM_DIRECTORY_SOFTKEY_PATH4 H01, H02, CR: FBSP,

H05 FBT
- Path to the drive names in the directory man. STRING 3/4
SM, ST, Adv, SM: ", ST: ", Adv: *** *** Power On 840D SW4.4,
Emb ", Emb: 0 810D SW2.4
with SM

9900 MD_TEXT_SWITCH H05 CR: -

- Plaintext instead of MD identifier BOOL 3/4
OP30, Adv, Emb OP30: 0, Adv: 0, *** *** IMMEDIA SW 2
Emb: 0 TELY
9950 MD_NC_TEA_FILTER H05 CR:
- Display options general machine data INTEGER 0/0
Emb Emb: 67108865 *** *** Power On
9951 MD_NC_TEA_IDX_LIMIT H05 CR:
- Index filter for general machine data INTEGER 0/0
Emb Emb: 0 *** *** Power On
9952 MD_AX_TEA_FILTER H05 CR:
- Display options axis machine data INTEGER 0/0
Emb Emb: 67108865 *** *** Power On
9952 MD_AX_TEA_FILTER H05 CR:
- Display options axis machine data INTEGER 0/0
Emb Emb: 67108865 *** *** Power On
9953 MD_AX_TEA_IDX_LIMIT H05 CR:
- Index filter for axis machine data INTEGER 0/0
Emb Emb: 0 *** *** Power On
9954 MD_CH_TEA_FILTER H05 CR:
- Display options channel machine data INTEGER 0/0
Emb Emb: 33554433 *** *** Power On
9955 MD_CH_TEA_IDX_LIMIT H05 CR:
- Index filter for channel machine data INTEGER 0/0
Emb Emb: 0 *** *** Power On
9956 MD_DRV_TEA_FILTER H05 CR:
- Display options drive machine data INTEGER 0/0
Emb Emb: 8388609 *** *** Power On
9957 MD_DRV_TEA_IDX_LIMIT H05 CR:
- Index filter for drive machine data INTEGER 0/0
Emb Emb: 0 *** *** Power On

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/4-93
Installing HMI Embedded (IM2) 01/2006
4 Functions/Parameterization

9980 LANGUAGE_SETTINGS H05 CR:

- Internal language settings INTEGER 0/0
Emb Emb: 513 *** *** Power On
9990 SW_OPTIONS H05 CR: FBSP,
FBT
- Enable MMC/HMI SW options INTEGER 2/2
Adv, Emb Adv: 0, Emb: 0 *** *** Power On SW5.3

9991 HMI_HELP_SYSTEMS H05 CR: FBSP,

FBT
- Enable MMC/HMI help systems INTEGER 2/2
Bit 0 = 1 Help for calculator enabled (default)
Emb Emb: 1 *** *** Power On SW6.1

9992 HMI_TESTAUTOMAT_OPTION H05 CR: FBT,

FBSP, EMB
- Options for HMI automatic test machine INTEGER 2/2
Emb Emb: 0 *** *** Power On SW6.3

9993 HMI_WIZARD_OPTION H05 CR: FBT,

FBSP, EMB
- Options for the wizard INTEGER 2/2
Emb Emb: 0 *** *** Power On SW6.3

9999 TRACE H05 CR: -

- Test flags for internal diagnosis INTEGER 2/2
OP30, Adv, Emb OP30: 0, Adv: 0, 0 0xFFFF Power On -
Emb: 0

© Siemens AG, 2006. All rights reserved

IM2/4-94 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
5 Creating In-House Alarm Texts

5 Creating In-House Alarm Texts

5
5.1 Alarm, user, message textfiles.................................................. IM2/5-96
5.1.1 Storage of the text files .......................................................... IM2/5-96

5.2 Number ranges of the text files................................................. IM2/5-98

5.3 Syntax of the text file ................................................................ IM2/5-99

5.3.1 File name ............................................................................... IM2/5-99
5.3.2 Example of an alpu.txt file...................................................... IM2/5-99

5.4 Supported languages.............................................................. IM2/5-102

5.5 Bitmaps and icons .................................................................. IM2/5-103

5.5.1 Storage of the bitmaps and icons ........................................ IM2/5-103
5.5.2 User status display .............................................................. IM2/5-103

5.6 Editing in-house text files........................................................ IM2/5-105

5.7 Plain text for PLC machine data ............................................. IM2/5-107

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/5-95
Installing HMI Embedded (IM2) 01/2006
5 Creating In-House Alarm Texts

5.1 Alarm, user, message textfiles

This chapter describes the basics and the procedure to follow when in-house text
files, e.g., for in-house cycle alarm texts or in-house PLC alarm texts and
messages, are to be inserted.

With Sinumerik 840D sl, all alarm text files are stored in the CompactFlash card's
file system. The file system is subdivided into the directories (subtrees) “siemens”,
“addon”, “oem”, and “user”.
Each directory is structured in the same way.

Note
No changes can be made in “siemens”!

New/modified text files can be inserted into “oem” (for the machine manufacturer)
or “user” (for end user).

Access to CompactFlash card (optional)

You can access the CompactFlash card’s file system in order to insert/edit text files
in the "Startup“ operating area via the "HMI" →"Editor" → "Flash card" softkeys and
the file functions provided there (see Section: Edit in-house text files).

Note
The CompactFlash card can only be accessed while the NCU is running.

5.1.1 Storage of the text files

The alarm and message text files are stored in the corresponding subdirectories in
the following areas:

"siemens" (/siemens/sinumerik/hmi/lng/),
"addon" (/addon/sinumerik/hmi/lng/),
"oem" (/oem/sinumerik/hmi/lng/),
"user" (/user/sinumerik/hmi/lng/).

The text files in the “siemens” area represent the original status and cannot be
modified.
The text files are sorted according to language and stored in separate
subdirectories in each “Ing” directory. The subdirectory names correspond to the
language abbreviations in Table 5-5.
For example, you will find German text files under the following path:
/siemens/sinumerik/hmi/lng/deu

© Siemens AG, 2006. All rights reserved

IM2/5-96 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
5 Creating In-House Alarm Texts

The text files for cycles are stored in a directory named “cycles”, which is located
parallel to “hmi” in each case:
"siemens" (/siemens/sinumerik/cycles/lng/)
"addon" (/addon/sinumerik/cycles /lng/)
"oem" (/oem/sinumerik/ cycles /lng/)
"user" (/user/sinumerik/ cycles /lng/)

The language-dependent subdirectories for the installed languages are already set
up in the "siemens" directory.

They will have to be created in the “oem” and “user” directories, if required.

Create directory
You can create the language-dependent directories (deu, eng, etc.; see Table 5-5)
in the “oem” and “user” directories.

Press softkeys “Startup” → "HMI" → "Editor" → "File Function" → "New".

! Important
Directory names must be written in lower case letters,
e.g., deu.

An external keyboard is required to write in lower case!

Editable alarm text files

In-house texts can be inserted into the directories (oem/user) using the following
files:
In the “hmi” subdirectory (/oem/sinumerik/hmi/lng/deu):
- alpu.txt PLC alarm/message texts
- alsi.txt Safety Integrated alarm texts
- alc.txt Compile cycle alarm texts

In the “cycles” subdirectory (/oem/sinumerik/cycles/lng/deu):

- aluc.txt User cycle and tool management texts
Amend texts for user interface (wizard)
- alzu.txt User cycle alarm texts

Foreground or background language

HMI Embedded sl is supplied with six standard languages. Two additional foreign
languages can also be installed.
The installation allows you to choose any combination of two of these languages
as the foreground and background language.
The language is changed using the “Change Language” vertical softkey.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/5-97
Installing HMI Embedded (IM2) 01/2006
5 Creating In-House Alarm Texts

5.2 Number ranges of the text files

Alarm numbers
The following alarm numbers are available for the cycle, compile cycle and PLC
alarms:

Table 5-1 Alarm numbers for cycle, compile-cycle and PLC alarms
Number range Description Effect Delete Name

000000 - 000320 Safety alarms alsi.txt

085000 - 089990 User-cycle and tool- aluc.txt

management texts,
Amend texts for user
interface (wizard)

065000 - 065999 Cycle alarms Display, interlocking Reset alzu.txt

(user) NC Start
066000 - 066999 Display, interlocking Reset
NC Start, motion stop after
execution of predecoded
blocks
067000 – 067999 Display Cancel

068000 - 069000 Reserved

070000 - 079999 Compile cycle alarms alc.txt

400000 - 499999 PLC alarms general alpu.txt

500000 - 599999 PLC alarms for

channel

600000 - 699999 PLC alarms for axis

and spindle

700000 - 709999 PLC alarms for user

800000 – 899999 PLC alarms for

sequence
cascades/graphs

810000 - 810009 System messages in

the PLC

The number range in the list is not available with every number.
References: /DA/ Diagnostics Guide

© Siemens AG, 2006. All rights reserved

IM2/5-98 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
5 Creating In-House Alarm Texts

5.3 Syntax of the text file

5.3.1 File name
Only those file names listed under “Editable alarm text files” in the previous section
may be used.

5.3.2 Example of an alpu.txt file

// CP = 1252
// IDEO = NO
// ANSI = YES
// UNICODE = NO
// VERSION = $VERSION
[SWITCHES]/ALARM

//**********************************************************************/
//* PLC user alarm file */
//**********************************************************************/
//* User entries: */
//* p.e. */
//* 800001 0 0 "Safety door faulty, error analysis required" */
//* max. 62 characters! */
//* Area for Application: 700000-799999,800000-809999,811000-819999
*/
//*******************************************************************/

Header
The text files begin with several comments, which contain information for the
runtime system.
You can enter texts that can be assigned freely after “[SWITCHES]/ALARM”.

// CP = XXXX Number of the code page used to create the file (ANSI table,
see Table 5-5)
// IDEO = Use of Asian text:
Yes: Logographic language
No: Single-byte language (default: No)

// ANSI = File format of the text file

Yes: ANSI code page
No: OEM code page (default: No)

// UNICODE = File format of the text file

Yes: Unicode
No: Single-byte (default: No)

// VERSION = Version identifier

Comment
You can insert comments before every line in the alarm text file. These comments
have to begin with “//”.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/5-99
Installing HMI Embedded (IM2) 01/2006
5 Creating In-House Alarm Texts

Format of text file for PLC alarm texts

The ASCII file for PLC alarm texts has the following structure:

Table 5-2 Structure of the text file for PLC alarm texts
Alarm Display Help ID Text or alarm number Text displayed on HMI
number
510000 1 0 "Channel %K FDDIS all" Channel 1 FDDIS all
600124 1 0 "Feed disable axis %A" Feed disable axis 1
600224 0 0 600124 Feed disable axis 2
600324 1 0 600224 Feed disable axis 3

702463 0 0 "Group index:%A Group index:24

Number:%N" Number:63
// Alarm text file for PLC alarm

Alarm number
List of alarm numbers

Display
This number defines the alarm display type:
0: Display in alarm line
1: Display in a dialog box

Help ID
Since help is not displayed with HMI Embedded, a “0” always has to be entered.

Text or alarm number

Characters " and # must not be used in alarm texts. The % character is reserved
for displaying parameters.

If an existing text is to be used, this can be done with a reference to the

corresponding alarm. 6-digit alarm number instead of "text".
• The maximum length of the alarm text is 110 characters in total for a 2-line
display. If the text is too long, it is truncated and the symbol "/*/" added to
indicate missing text. The entries should be separated from one another by
blanks.
Parameter ”%K”: = 0, e.g., channel number with FC10
(As substitute for %K, the 2nd digit of the 6-digit alarm number
is inserted in the alarm text). Digit count from left to right.
Parameter ”%A”: = 24, the parameter is replaced by the signal group no. (e.g.,
axis no., user area no., sequence cascade no.)
(As substitute for %A, the 3rd and 4th digits of the alarm
number are inserted in the alarm text).
Parameter ”%N”: = 63, e.g., signal number
(As substitute for %N, the 5th and 6th digits of the alarm
number are inserted in the alarm text).
Parameter ”%Z”: e.g., status number for Higraph
(As substitute for %Z, the supplementary information for the
alarm number is inserted in the alarm text. This parameter is
only relevant in conjunction with HIGRAPH programming
800000...899999).

© Siemens AG, 2006. All rights reserved

IM2/5-100 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
5 Creating In-House Alarm Texts

Note
The alarm number is output by the PLC via basic program module FC 10 (this
uses PLC system function SFC 52 to send alarms to the HMI). Supplementary
information is not supported.
However, the alarm number can also be transferred to the HMI by means of PLC
system function SFC 17, SFC 18 (ALARM S, ALARM SQ). The mechanisms are
used, for example, by the PDIAG configuring tool.
The alarm number displayed on the HMI is transferred via SFC parameter EV_ID.
The supplementary information for the alarm number is transferred via SFC
parameter SD.

Format of text file for PLC alarm texts

Range of freely assignable texts

Table 5-3 Freely assignable range, for example, for cycle alarm texts
Alarm number Display Help ID Text or alarm number
065100 1 0 "No D number %1 is
programmed"

065101 1 0 600100
065202 0 0 "Axis %2 in channel %1 is still
moving"

The alarm number, display and help ID are as described in the previous example.

Text or alarm number

The structure of the alarm text/number is the same as that described in the
previous example, apart from the parameter assignment:

Parameter "%1": Channel number

Parameter ”%2”: Block number

Indexed alarm texts

Indexed alarms can be used to display additional comments in the alarm line, e.g.,
an explanation for "action =%"

Table 5-4 Examples:

Alarm Display Help ID Text
no.
010203 0 0 "Channel %1 NC Start without reference point
(Action=%2<ALNX>)"
016903 1 0 "Channel %1 Action=%2<ALNX> not permitted in
current status"
016912 0 0 "Channel %1 Action=%2<ALNX> only possible in
reset state"

References: /DA/ Diagnostics Guide

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/5-101
Installing HMI Embedded (IM2) 01/2006
5 Creating In-House Alarm Texts

5.4 Supported languages

To maintain compatibility with text files already existing, the following conversions
from OEM to ANSI code pages are supported:

Table 5-5 Languages and ANSI table used

Language Language ANSI table code Standard
codes page languages
(Windows)
Chinese (simplified) chs 1252 X
Chinese (traditional) cht 1252
Danish dan 1252
German deu 1252 X
English eng 1252 X
Finnish fin 1252
French fra 1252 X
Italian ita 1252 X
Japanese jpn 1252
Korean kor 1252
Dutch nld 1252
Polish plk 1250
Portuguese ptb 1252
Russian rus 1251
Swedish sve 1252
Spanish esp 1252 X
Czech csy 1250
Turkish trk 1254
Hungarian hun 1250

OEM code pages are not supported for languages not listed.

© Siemens AG, 2006. All rights reserved

IM2/5-102 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
5 Creating In-House Alarm Texts

5.5 Bitmaps and icons

5.5.1 Storage of the bitmaps and icons
Bitmaps and icons are stored in the folders below, depending on their resolution
and the operator panel being used:

Storage folder Formats Resolution OP (operator panel)

ico640 *.ico, *.png, *.bmp 640 x 480 OP10
ico800 *.ico, *.png, *.bmp 800 x 600 OP12
ico1024 *.ico, *.png, *.bmp 1024 x 768 OP15

The images are stored on the CompactFlash card under various paths, divided into
write-protected (standard) and user-specific areas.

Standard (write-protected)
The write-protected standard icons are stored in folders (icoxxx) using the following
path:
"/siemens/sinumerik/hmi/ico/icoxxx/”
xxx stands for the relevant resolution, “640”, “800”, “1024” (see table above).

User
The user-specific icons are stored in folders (icoxxx) in the following three
subdirectories:
• Standard expansion
(AddOn projects) /addon/sinumerik/hmi/ico/icoxxx
• Manufacturer /oem/sinumerik/hmi/ico/icoxxx
• User /user/sinumerik/hmi/ico/icoxxx

In-house configurations
Files with the configured screen definition "Expanding the user interface" (wizard
"com files" including icons) are located in folders:

/oem/sinumerik/hmi/proj
/user/sinumerik/hmi/proj

See submanual: IAM, BE1: Expanding the user interface.

5.5.2 User status display

Machine states controlled by the PLC can be displayed in the program status bar
via user icons.

The user-icon display has to be activated via display MD 9052

SHOW_CHANNEL_SPANNING_STATE.

The program path of the currently selected program is then displayed in the bar
underneath, together with the program name.
16 display positions are defined in the program status bar.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/5-103
Installing HMI Embedded (IM2) 01/2006
5 Creating In-House Alarm Texts

The user icons have to meet the following requirements:

• Colors: 16-color mode
• Size: OP010/OP010C/OP010S: 16 x 16 pixel (height x width)
OP012: 20 x 20 pixels
OP015: 27 x 26 pixels
• File name: 8 characters
• Format: BMP

Configuring
The cross-channel status display is allocated and configured with user icons in the
HEADER.INI file.

HEADER.INI is located on the CompactFlash card in directory

siemens/sinumerik/hmi/cfg/

Copy the HEADER.INI file to directory oem\sinumerik\hmi\cfg

Use the editor to open the file and assign the user icons to the desired positions.

Enter the names of the user icons and the signal for controlling symbol selection in
the HEADER.INI file, section "UserIcons".

[UserIcons]
UI_0= <Ikone_00.bmp>, <position>
UI_0: Name of identifier
Ikone_00.bmp: Name of user icon
Position: Display position (1 to 16)
...
UI_31= <Ikone_31.bmp>, <position>

USER_ICON_BASE = DBx.DBBy
DBx.DBBy: Signal for controlling icon selection, defined by
the user.

User icons are addressed bit-by-bit, i.e., if bit n is set in signal DBx.DBBy, the user
icon with identifier UI_n is displayed.
If the bit is reset by the PLC, the assigned user icon in the program status display
is deleted.

If several user icons are assigned to the same position, the user icon with the
highest identifier number is displayed. Empty positions do not have to be entered.

© Siemens AG, 2006. All rights reserved

IM2/5-104 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
5 Creating In-House Alarm Texts

5.6 Editing in-house text files

There are two ways to create or edit alarm text files.

1. You can copy the default files on the CompactFlash card from the “siemens”
area, edit them as required and store them in your own "oem" or "user" areas.
2. You can copy in-house text files, e.g., files that have already been modified,
from a USB FlashDrive and insert them in your own “oem” or “user" areas on
the CompactFlash card.

! Important
The entire files must always be stored to prevent the contents of files in different
subtrees being compared.

Note
If you try to save a copied file to the CompactFlash card by overwriting an
existing file of the same name, the message “Internal error” is output.
Delete the previous file of the same name and repeat the action.

Copying files, for example, from a USB FlashDrive

• If you want to copy data from a USB FlashDrive, first insert the USB FlashDrive
in the USB interface on the front of the OP.
• Press the "Startup" softkey.
• Press the "HMI" softkeys.
• Select the connection, e.g., to the USB FlashDrive using the vertical softkeys
(“USB front”)
• Select the text file by using the arrow keys to select the directories and opening
them with the “Input” key.
• Press the "File Function" softkey.
• Press the "Copy" softkey.
• Press the "Back" softkey and then select the storage path.

Inserting files, e.g., onto the CompactFlash card

• Press the softkey, for example, "Flash Card".
• Select the appropriate directory (see section: Storage of text files) by using the
arrow keys to select the directories and opening them with the “Input” key.
• Press the "File Function" softkey.
• Press the "Insert" softkey.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/5-105
Installing HMI Embedded (IM2) 01/2006
5 Creating In-House Alarm Texts

Editing files
• To edit the selected file, press the “Input” key to open the file.
• Press the "Close editor" softkey to close the file.

Note
User texts may only be inserted in the “oem” or “user” directories.

© Siemens AG, 2006. All rights reserved

IM2/5-106 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
5 Creating In-House Alarm Texts

5.7 Plain text for PLC machine data

Application-specific and language-dependent plaintexts can be configured for each
index for so-called PLC machine data.

14510[i] User data (INT) i = 0 ... 255

14512[i] User data (HEX) i = 0 ... 255
14514[i] User data (FLOAT) i = 0 ... 31

Storage
Text files named NCTEA_xx.TXT (xx = language code deu, eng, etc.) can be
stored on the CompactFlash card in the following directories:
user\lng
addon\lng or
oem\lng

Syntax
Number plaintext
Number: Number of the machine data item
Plaintext: Plaintext of the machine data item, maximum 62 characters
(The plaintext cannot be enclosed by inverted comas.)

Machine data with different indices:

Number[x] plaintext
x: Index of the machine data item

Note
If a machine data item has different indices and you do not specify an index for
the plaintext, the same plaintext appears for all the indices of the machine data
item.

Note
PLC machine data plaintexts are created and handled in the same way as alarm
texts.

Display
The text for the selected machine data item is displayed below the machine data
list in the Startup operating area.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/5-107
Installing HMI Embedded (IM2) 01/2006
5 Creating In-House Alarm Texts

© Siemens AG, 2006. All rights reserved

IM2/5-108 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
6 Series startup

6 Series startup
6
6.1 Series startup.............................................................................IM2/6-110
6.1.1 Exporting data.........................................................................IM2/6-110
6.1.2 Importing data .........................................................................IM2/6-111

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/6-109
Installing HMI Embedded (IM2) 01/2006
6 Series startup

6.1 Series startup

In order to transfer a particular configuration to further controls of the same
software version as simply as possible (e.g., those that are operated on the same
machine type), you can create what are called series startup files.

1. Series startup with or without compensation data

2. Area—specific archiving:
- PLC data
- Drive data
This type of file cannot be modified externally using an ASCII editor.

6.1.1 Exporting data

Procedure
• Select the "Services" operating area.
• Press the “ETC” key.
• Press the "Series start-up" horizontal softkey.
A window appears where you can select from the following:
- NCK data - With compensation data
- Drive data
- PLC data

Use the arrow keys to select an area (.arc) and mark it with the "Select" key.

• Start the “Output data” operation by pressing the “Generate Archive” softkey.
• The lower part of the window contains the "Save as..." field and the furnished
drives are offered as the storage location.
• Using the arrow keys, select the storage location, e.g. “FlashCard”
(CompactFlash card) or “Front” (USB FlashDrive) and press the “OK” softkey.
• The storage directory, e.g.: on the card: card/user/sinumerik/data/archive and
the file, e.g., "PLC.ARC" are displayed. Press the "OK" softkey.
• Now, you can assign a different name.
• Press "OK" again to start the data transmission.

Note
When the drive data is selected, it takes 1 to 2 minutes after pressing the "Create
archive" softkey until the drive has saved the data on the CompactFlash Card.

© Siemens AG, 2006. All rights reserved

IM2/6-110 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
6 Series startup

Note

When you save very large files to the CompactFlash card, the message "Please
wait - file being flashed" appears. Acknowledge the message with the "Recall"
button.

6.1.2 Importing data

To import the backed up data to another control, proceed as follows:

Procedure
In the “Services” area, select the created archive (arc.) and press the “Read in
archive” vertical softkey.
The "Read in update archive" window pane opens.
Start importing by pressing the “OK” softkey.

Select "ˆ" to return to the previous window.

After importing an NC series startup archive you must restart HMI-Embedded.

In operating area “Installation and Startup” press vertical softkey “NCK Reset” or
press keys CRT and Q and then Enter.

Log
Press the "Log" softkey to view the transmission report on the screen.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/6-111
Installing HMI Embedded (IM2) 01/2006
6 Series startup

© Siemens AG, 2006. All rights reserved

IM2/6-112 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
7 Data Backup

7 Data Backup
7
7.1 Data backup............................................................................ IM2/7-114
7.1.1 Introduction .......................................................................... IM2/7-114
7.1.2 Data backup with HMI Embedded ....................................... IM2/7-116
7.1.3 Data backup for changed machine data.............................. IM2/7-116

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/7-113
Installing HMI Embedded (IM2) 01/2006
7 Data Backup

7.1 Data backup

A data backup should always be made if significant changes have been made.

7.1.1 Introduction

Execution
You should backup your data
• after startup,
• after changing machine-specific settings,
• after service (e.g., after replacing hardware or software), in order to resume
operation quickly
• during startup before altering the memory configuration to make sure that no
data are lost during startup.

The modified data can be stored over all furnished drive connections.

Required accessories
You will require the following accessories in order to save data:
• USB FlashDrive
• Keyboard (for uppercase/lowercase)

Requirements
• To store data to the CompactFlash card you need the license release for the
additional 256 MB HMI user memory.
• All configured network drives must be permanently accessible while HMI
Embedded is running.

© Siemens AG, 2006. All rights reserved

IM2/7-114 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
7 Data Backup

Structure of the file name

Table 7-1 File name structure for NCK data
_N_ Range Unit - Type

• The area indicates which data are to be backed up or retrieved (general,

channel-specific, or axis-specific).

• The unit defines the channel, the axis or the TOA area. No unit has to be
specified if the entire area is selected.

• The type determines the data type. During a data backup, the file names are
created and output automatically.

Areas
NC General NC-specific data
CH Channel-specific data (unit corresponds to the channel
number)
AX Axis-specific data (unit corresponds to the number of the
machine axis)
TO Tool data
COMPLETE All data of an area
INITIAL Data for all areas (_N_INITIAL_INI)

Types
TEA Machine data
SEA Setting data
OPT Option data
TOA Tool data
UFR User input frames: Settable Work offset, rotations, etc.
EEC Measuring system error compensation
CEC Sag/angularity compensation
QEC Quadrant error compensation
PRO Protection zone
RPA R parameters
GUD Global user data
INI General initialization program (all data in the active file
systems)

_N_COMPLETE_TEA Archiving of all machine data

_N_AX_TEA Archiving of all axis machine data
_N_CH1_TEA Archiving of the machine data for channel 1
_N_CH1_GUD Archiving of the global user data for channel 1
_N_INITIAL_INI Archiving of all data in the active file system

References: /IDsl/ Installation and Startup Manual CNC Part 1 (NCK, PLC, Drive)

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/7-115
Installing HMI Embedded (IM2) 01/2006
7 Data Backup

7.1.2 Data backup with HMI Embedded

For SINUMERIK 840D sl, the data backup of various components is divided as
follows:
1. Data backup for NCK
2. Data backup for PLC
3. Drive data
The procedure for this data backup is described in the previous chapter: “Series
startup”.

Next to backup of “Series startup” data you can also back up individual files in
operating area “Services” using the softkeys “Copy" and “Insert”.
Besides saving them to the CompactFlash card you can also save them to other
memory media, for example a USB FlashDrive, via the network connections set up
on your machine.
See the procedure in Section: Alarm, user, and message text files.

7.1.3 Data backup for changed machine data

Saving changed values MD 11210

Using the general machine data
MD: 11210 UPLOAD_MD_CHANGES_ONLY (MD backup only of
changed machine data) it can be set for the backup of the machine and setting
data
whether all data or only data differing from the default setting should be output.
If the value of a data item which is stored as an array, is changed, the entire MD
array is always output (e.g., AXCONF_MA-CHAX_NAME_TAB).

11210 UPLOAD_MD_CHANGES_ONLY
MD number MD backup of changed MD only
Default setting: 0 Minimum input limit: 0 Maximum input limit: 255
Change effective: Immediately Protection level: 2/4 Unit: –
Data type: BYTE
Significance: Selection of differential MD upload:

Bit 0 (LSB) Scope of the differential upload with TEA files (area-specific
archiving)
0: All data are output
1: Only data, which deviate from the standard, are output
(not valid for INITIAL_INI)
If a value of a data item, which is stored as an array, is
changed, the entire MD array is always output.
(e.g., MD 10000: AXCONF_MACHAX_NAME_TAB).

Bit 1 Scope of the differential upload with INI files

0: All data are output
1: Only data, which deviate from the standard, are
output
(e.g., INITIAL_INI)

© Siemens AG, 2006. All rights reserved

IM2/7-116 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
7 Data Backup

Bit 2 Changes of a field element

0: Complete array is output
1: Only modified elements of an array
are output

Bit 3 R parameters (only for INITIAL_INI)

0: All R parameters are output
1: Only R parameters not equal to zero are output

Bit 4 Frames (only for INITIAL_INI)

0: All frames are output
1: Only frames not equal to zero
are output

Bit 5 Tool data, cutting edge parameters (only for INITIAL_INI)

0: All tool data are output
1: Only tool data not equal to zero are output

Bit 6 Battery-backed system variables

($AC_MARKER [ ]; $AC_PARAM [ ] only for INITIAL_INI)
0: All system variables are output
1: Only system variables not equal to 0 are output

Bit 7 Synchronized action GUD (only for INITIAL_INI)

0: All synchronized action GUD are output
1: Only synchronized action GUD not equal to zero are output

Effective: Changes to the data become effective when the upload for
the next area is started.

Note
It might be sensible to back up only altered machine data before a software
update if changes have been made to the default machine data settings in the
new software version. This applies particularly to machine data, which are
assigned SIEMENS protection level 0.

Note
MD 11210 UPLOAD_MD_CHANGES_ONLY should be set to "1" or the
corresponding bits set to "1". With this setting, the transferred files contain only
those data, which deviate from the default.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/7-117
Installing HMI Embedded (IM2) 01/2006
7 Data Backup

© Siemens AG, 2006. All rights reserved

IM2/7-118 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
8 Diagnostics

8 Diagnostics
8
8.1 Action log ................................................................................ IM2/8-120
8.1.1 Log file: "action.log" ............................................................. IM2/8-122
8.1.2 Displaying the log file / setting the action log....................... IM2/8-123
8.1.3 Outputting the log file........................................................... IM2/8-123

8.2 Software version display......................................................... IM2/8-124

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/8-119
Installing HMI Embedded (IM2) 01/2006
8 Diagnostics

8.1 Action log

The action log function is used to log operating sequences so you can analyze
them at a later date.
Function
The following functions are available:
• Logging of alarms
• Logging of key actuation
• Output of log file via a drive that has been set up, for example, Front (USB
FlashDrive), FlashCard (CompactFlash card).
The action log is password-encrypted (protection level less than / equal to 3).
Can be activated/deactivated using the display machine data
MD: 9012 ACTION_LOG_MODE.

Note
The precondition for the Action Log function is that the "Startup" operating area is
installed.

9012 ACTION_LOG_MODE
MD number Action log settings
Default value: 255 Min. input value: 0 Max. input value: 0xffff
Changes effective after POWER ON Protection level (R/W) 2/2 Unit: -
Data type: DWORD
Meaning This MD can be used to enable/disable the action log and to
define a choice of the data to be logged.

Bit 0 =1 Action log ON (default)

=0 Action log OFF

Bit 1 =1 HMI Advanced: Variable services (write

accessing of geometrical data, e.g., tool
offset) are logged. Meaning of the
variables, see help in operating area Parameters
under Variable Views (default).
=0 Variable services are not logged.

Bit 2 =1 HMI Advanced: PI services (e.g., program

selection) are logged, for meaning of variables
see help in operating area Parameters under
Variable Views (default).
=0 PI services are not logged

Bit 3 =1 HMI Advanced: Domain services (e.g.,

load/unload
program) are logged (default).
=0 Domain services are not logged.

Bit 4 =1 Changes to the alarm status are logged

(default).
=0 Changes to the alarm status are not
logged.

© Siemens AG, 2006. All rights reserved

IM2/8-120 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
8 Diagnostics

Bit 5 =1 Key actuations are logged (default).

=0 Key actuations are not logged.

Bit 6 =1 Channel status/override is logged (default).

=0 Channel status/override is not logged

Bit 7 =1 HMI Advanced: Softkey actuations and menu

changes are logged.
For Siemens internal use only (default)
HMI Embedded: Identification number (ID) of
the open and closed window is logged.
For Siemens internal use only (default).
=0 Softkey actuations and menu changes are
are not logged.

If the action log is enabled, the following loggable files are logged by default.
Alarm status
All displayed NC/PLC and HMI Embedded alarms and messages are logged.

Key actuation
All actions on the operator panel front and on the MF2 keyboard are logged.

Channel status/override
NC/PLC statuses are logged using information about the channel status and the
position of the override switch. At least in parts, if they can be recorded by time,
these statuses are used to verify the operation of the MCP.

Window ID
The identification number of a screen is logged when it is opened or closed.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/8-121
Installing HMI Embedded (IM2) 01/2006
8 Diagnostics

8.1.1 Log file: "action.log"

The log file is output in English.

File structure of "action.log"

The log file is divided into 4 columns:
• Date
• Time
• NCU name
• Event

Example of an "action.log":
Date Time Event specification
26.02.1999 07:45:20 HMI booting (conn.no: 0, MM_ACTION_LOG_MODE:
ff, entries: 4094)
26.02.1999 07:45:20 Alarm 300701
29.09.1999 18:59:10 Key: 68 KEY_SELECT_MODE (0)
29.09.1999 18:59:07 Open window: 20005
29.09.1999 18:59:07 Close window: 20020

Output of the window name

The window name, if known, is displayed in addition to the window ID in the action
log.
e.g.:
....
27.02.2002 18:59:07 Open window: (10001) Alarm

For older software versions, you can find an assignment of the window IDs to the
window names in the "Documentation \ Window Lists" directory on the software
CD.

For each software version, there is an assignment file, which contains the version
ID in the file name (e.g., 060507.txt for the software version P06.05.07).
The installed software version appears at the start of the log file.

© Siemens AG, 2006. All rights reserved

IM2/8-122 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
8 Diagnostics

8.1.2 Displaying the log file / setting the action log

Displaying the log file

The display is password-protected.

The current log file is displayed on the operator panel screen in the "Diagnostics"
operating area, "Service Displays" → Action Log → menu in the "Action Log File"
window.
If a crash file exists, the softkey "Crash Data" is also displayed, with which the
crash file can be displayed.

Setting the action log

The action log settings are password-encrypted.

The "Action Log Settings" screen is displayed in the

"HMI Embedded" → "Action Log" menu in the “Startup” operating area.
Here you can:
• Enable/disable the logging,
• Select the data to be logged,
• Alarm status change
• Actuate keys
• Channel status/override
• Window IDs

The selected setting must be confirmed by pressing the softkey "OK".

8.1.3 Outputting the log file

The log file output is password-encrypted.

There are two possible ways to output the log file:

1. In the “Diagnostics” operating area, select “Service Displays” → “Action Log” →

“Save As...” → “FlashCard”/“Front” (logical drive that has been set up).

2. Via the boot menu.

A ramp-up menu is displayed whenever a crash event occurs (PLC bit DB19,
byte0, bit6). The bit is set and reset from the PLC at the user interface (as with
key lock, screen darkening, etc.).

HMI Embedded evaluates the rising edge of the signal (i.e., a transition from 0
to 1) and creates the log file when the signal comes. HMI Embedded only reads
the data, i.e., the signal must be reset by the PLC/user program.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/8-123
Installing HMI Embedded (IM2) 01/2006
8 Diagnostics

If the bit is already set when HMI Embedded is booted, HMI Embedded does not
respond to the value of the bit (only after it has been reset and set again).

• The log file _AC_LOGP.TXT is read out either during the boot process or can
be read out in the Diagnosis operating area until the system is next switched
off. The file is then deleted.

• Reboot of the control with

• Prompt: "Action log detected! Read out CF-Card? ([Y]/N)"

• Acknowledge with “Yes”; the log file is now saved to the CompactFlash card.

Note
A latency must be observed between two signals to make sure that the second
signal can be processed.

8.2 Software version display

Function
The version data of the installed system software are output
in the version display.
Procedure
• Select the "Diagnostics" operating area
• Select the "Service displays" softkey
• Select the "Version" softkey

You can display the version data of the following areas via the horizontal softkeys:
• Version data of the NCU
• Version data of the HMI
• Version data of the cycles (user, manufacturer, standard cycles)
• Definitions
• Compile cycles

© Siemens AG, 2006. All rights reserved

IM2/8-124 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
I Index

I Index
I
I.1 Subject Index
Articulated position STAT ..............IM2/4-54
2
B
256 MB user memory ...................... IM2/1-9
Base offset .....................................IM2/4-50
Bitmaps
A Storage path .............................IM2/5-103
Blue screen ....................................IM2/3-28
Access rights ................................. IM2/4-33
Accessories ..................................... IM2/1-9
Action log C
Outputtting the log file .............. IM2/8-123
ACTION_LOG_MODE Changed machine data,
MD 9012..................................... IM2/4-76 data backup ................................IM2/7-116
ACTION_LOG_MODE Changing protection levels,
MD9012.................................... IM2/8-120 REDEF...........................................IM2/4-35
Actionlog Changing the language..................IM2/4-38
Set ............................................ IM2/8-123 CMM_DIRECTORY_SOFTKEY_PATH1
ACTIVATE_SEL_USER_DATA MD 9676 .....................................IM2/4-92
MD 9440..................................... IM2/4-88 CMM_DIRECTORY_SOFTKEY_PATH2
Activating tool correction MD 9677 .....................................IM2/4-93
immediately ................................... IM2/4-48 CMM_DIRECTORY_SOFTKEY_PATH3
Activating/deactivating calculator .. IM2/4-38 MD 9678 .....................................IM2/4-93
Alarm display ................................. IM2/4-41 CMM_DIRECTORY_SOFTKEY_PATH4
Alarm number ranges.................... IM2/5-98 MD 9679 .....................................IM2/4-93
Alarm text CMM_ENABLE_CUSTOMER_M_CODES
Storage path............................... IM2/5-96 MD 9661 .....................................IM2/4-92
Alarm text files CMM_ENABLE_TOOL_MAGAZINE
Syntax ........................................ IM2/5-99 MD 9674 .....................................IM2/4-92
Alarm texts CMM_FIXED_TOOL_PLACE
Create directory ......................... IM2/5-97 MD 9672 .....................................IM2/4-92
Editable text files ........................ IM2/5-97 CMM_POS_COORDINATE_SYSTEM
Alarm texts..................................... IM2/5-96 MD 9650 .....................................IM2/4-92
ALARM_ROTATION_CYCLE CMM_TOOL_DISPLAY_IN_DIAM
MD 9056..................................... IM2/4-78 MD 9663 .....................................IM2/4-92
alc.txt ............................................ IM2/5-97 CMM_TOOL_LIFE_CONTROL
alpu.txt .......................................... IM2/5-97 MD 9652 .....................................IM2/4-92
alsi.txt ............................................ IM2/5-97 CMM_TOOL_LOAD_STATION
aluc.txt ........................................... IM2/5-97 MD 9673 .....................................IM2/4-92
alzu.txt ........................................... IM2/5-97 CMM_TOOL_MANAGEMENT
ANSI table ................................... IM2/5-102 MD 9651 .....................................IM2/4-92

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/I-125
Installing HMI Embedded (IM2) 01/2006
I Index

Code pages ................................. IM2/5-102 DISPLAY_BACKLIGHT

Communication ............................. IM2/3-16 MD 9025 .....................................IM2/4-77
CompactFlash card DISPLAY_BLACK_TIME
Access........................................ IM2/5-96 MD 9006 .....................................IM2/4-76
Slot ............................................. IM2/2-14 DISPLAY_MODE
Configuring CAPSLOCK ............... IM2/4-37 MD 9002 .....................................IM2/4-75
Configuring keyboard response .... IM2/4-37 DISPLAY_RESOLUTION
Connection structure between RCS Host MD 9004 .....................................IM2/4-75
Embedded und RCS Viewer DISPLAY_RESOLUTION_INCH
Embedded ..................................... IM2/4-67 MD 9011 .....................................IM2/4-76
CONTOUR_END_TEXT DISPLAY_TYPE
MD 9461..................................... IM2/4-88 MD 9001 .....................................IM2/4-75
Displaying axes..............................IM2/4-54
Coordinate system Dynamic user memory (DRAM).....IM2/4-64
for milling .................................... IM2/4-58
Coordinate systems....................... IM2/4-58
Copy E
Text files ................................... IM2/5-105
CTM_ANGLE_REFERENCE_AXIS Edit
MD 9632..................................... IM2/4-91 Text file .....................................IM2/5-106
CTM_CROSS_AX_DIAMETER_ON Editor
MD 9611..................................... IM2/4-91 Setting from the
CTM_G91_DIAMETER_ON HMI user interface ...................IM2/4-39
MD 9619..................................... IM2/4-91 Setting.........................................IM2/4-39
CTM_POS_COORDINATE_SYSTEM Enter server name .........................IM2/3-23
MD 9610..................................... IM2/4-91 Error status screen.........................IM2/3-28
CTM_SIMULATION_DEF_VIS_AREA EXPONENT_LIMIT
MD 9602..................................... IM2/4-90 MD 9030 .....................................IM2/4-77
CTM_SIMULATION_DEF_X EXPONENT_SCIENCE
MD 9600..................................... IM2/4-90 MD 9031 .....................................IM2/4-77
CTM_SIMULATION_DEF_Y
MD 9601..................................... IM2/4-90 F
CTM_SIMULATION_MAX_VIS_AREA
MD 9605..................................... IM2/4-91 File manager ..................................IM2/4-40
CTM_SIMULATION_MAX_X File transfer
MD 9603..................................... IM2/4-90 RCS Viewer Embedded..............IM2/4-74
CTM_SIMULATION_MAX_Y Fine correction for tools subject to
MD 9604..................................... IM2/4-91 wear ...............................................IM2/4-48
CTM_SIMULATION_TIME_NEW_POS Fine work offset .............................IM2/4-50
MD 9606..................................... IM2/4-91 FIRST_LANGUAGE
CTM_TRACE MD 9003 .....................................IM2/4-75
MD 9626..................................... IM2/4-91
Cycle alarm texts
Format ...................................... IM2/5-101 G
Structure................................... IM2/5-101
G code editor .................................IM2/4-56
Geometry processor ......................IM2/4-40
D

D number....................................... IM2/4-48 H
DARKTIME_TO_PLC
MD 9015..................................... IM2/4-76 Hardware
Data backup 840D sl..........................................IM2/1-8
General..................................... IM2/7-114 HEADER.INI ...............................IM2/5-104
Display machine data .................... IM2/4-75

© Siemens AG, 2006. All rights reserved

IM2/I-126 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
I Index

Hiding the display of the machine LOGDRIVE.INI

axes ............................................... IM2/4-53 Example......................................IM2/3-26
HMI_HELP_SYSTEMS LOGDRIVE.INI ..............................IM2/3-25
MD 9991..................................... IM2/4-94 Logical drive ..................................IM2/3-18
HMI_MONITOR
MD 9032..................................... IM2/4-77
HMI_TESTAUTOMAT_OPTION M
MD 9992..................................... IM2/4-94
HMI_WIZARD_OPTION MA_AUXFU_GROUPS
MD 9993..................................... IM2/4-94 MD 9442 .....................................IM2/4-88
MA_AX_DRIVELOAD_FROM_PLC1
MD 9426 .....................................IM2/4-87
I MA_AX_DRIVELOAD_FROM_PLC2
MD 9427 .....................................IM2/4-87
Icon MA_AXES_SHOW_GEO_FIRST
Storage path............................. IM2/5-103 MD 9421 .....................................IM2/4-86
Inch/metric switchover................... IM2/4-41 MA_COORDINATE_SYSTEM
In-house text files MD 9424 .....................................IM2/4-87
Copy ......................................... IM2/5-105 MA_MAX_SKP_LEVEL
Edit ........................................... IM2/5-106 MD 9423 .....................................IM2/4-87
Inserting MA_ONLY_MKS_DIST_TO_GO
Text file..................................... IM2/5-105 MD 9420 .....................................IM2/4-86
MA_PRESET_MODE
MD 9422 .....................................IM2/4-86
K MA_SCRATCH_DEFAULT_MODE
MD 9425 .....................................IM2/4-87
KEYBOARD_STATE MA_SIMULATION_MODE
MD 9009..................................... IM2/4-76 MD 9480 .....................................IM2/4-89
KEYBOARD_STATE..................... IM2/4-37 MA_SPIND_MAX_POWER
KEYBOARD_TYPE MD 9428 .....................................IM2/4-87
MD 9008..................................... IM2/4-76 MA_SPIND_POWER_RANGE
Keyboard ......................................... IM2/1-9 MD 9429 .....................................IM2/4-87
Keyswitch position......................... IM2/4-35 MA_STAND_SIMULATION_LIMIT
Keyswitch ...................................... IM2/4-33 MD 9481 .....................................IM2/4-89
MA_STAT_DISPLAY_BASE
L MD 9242 .....................................IM2/4-81
MA_TU_DISPLAY_BASE
LANGUAGE_SETTINGS MD 9243 .....................................IM2/4-81
MD 9980..................................... IM2/4-94 MAX_PROGRAMM_SIZE_CHECK
LAYOUT_MODE MD 9464 .....................................IM2/4-88
MD 9021..................................... IM2/4-77 MD 9052 .....................................IM2/5-103
LCD_CONTRAST MD 9460 PROGRAM_SETTINGS
MD 9000 .................................... IM2/4-75 .......................................IM2/4-39, IM2/4-40
Licensing MD_AX_TEA_FILTER
All options................................... IM2/3-17 MD 9952 .....................................IM2/4-93
Missing options .......................... IM2/3-17 MD_AX_TEA_IDX_LIMIT
Overview .................................... IM2/3-16 MD 9953 .....................................IM2/4-93
Licensing ......................... IM2/1-9, IM2/3-16 MD_CH_TEA_FILTER
Log MD 9954 .....................................IM2/4-93
Series startup ........................... IM2/6-111 MD_CH_TEA_IDX_LIMIT
Log file MD 9955 .....................................IM2/4-93
Action log structure .................. IM2/8-122 MD_DRV_TEA_FILTER
Display action log .................... IM2/8-123 MD 9956 .....................................IM2/4-93
Output, action log .................... IM2/8-123 MD_DRV_TEA_IDX_LIMIT
MD 9957 .....................................IM2/4-93

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/I-127
Installing HMI Embedded (IM2) 01/2006
I Index

PLC_ALARM_PICTURE
MD_NC_TEA_FILTER MD 9055 .....................................IM2/4-78
MD 9950..................................... IM2/4-93 PLC_HOTKEY
MD_NC_TEA_IDX_LIMIT MD 9017 .....................................IM2/4-76
MD 9951..................................... IM2/4-93 PLC_SYMBOL_FILTER
MD_TEXT_SWITCH MD 9054 .....................................IM2/4-78
MD 9900..................................... IM2/4-93 PLC_SYMBOL_SORT
Measuring cycles........................... IM2/4-56 MD 9053 .....................................IM2/4-77
Memory allocation Prerequisites
Tool management ...................... IM2/4-62 hardware....................................... IM2/1-8
User data.................................... IM2/4-65 software .......................................IM2/1-8
Memory expansion of the CF card . IM2/1-9 Preset.............................................IM2/4-51
Memory media................................. IM2/1-9 Presetting actual value memory ....IM2/4-51
Message texts ............................... IM2/5-96 PRG_DEFAULT_DIR
Metric/inch switchover ................... IM2/4-41 MD 9005 .....................................IM2/4-75
Milling simulation 3D graphic......... IM2/4-56 Program simulation ........................IM2/4-55
Milling simulation ........................... IM2/4-56 PROGRAM_SETTINGS
MD 9460 .....................................IM2/4-88
N
R
NC_PROPERTIES
MD 9500..................................... IM2/4-89 RCS Host Embedded
NETNAMES.INI Adapting to PC............................IM2/4-70
file extension .............................. IM2/4-43 Configure ....................................IM2/4-69
Netwerk Connection structure ..................IM2/4-67
Configuring ................................. IM2/3-21 File Transfer................................IM2/4-71
Netwerk operation Sequence....................................IM2/4-68
With HMI-Embedded ................. IM2/3-18 Starting .......................................IM2/4-73
Network RCS Viewer Embedded
Configure softkey ...................... IM2/3-18 Connection structure ..................IM2/4-67
Configuring, example ................. IM2/3-22 File Transfer................................IM2/4-71
Connection via MD .................... IM2/3-24 install...........................................IM2/4-71
Connections via INI file ............. IM2/3-25 Sequence....................................IM2/4-68
Connections ............................... IM2/3-18 REDEF...........................................IM2/4-35
Save data ................................... IM2/3-28 Resources
USB interface ............................. IM2/3-18 Displaying and editing ................IM2/4-60
NUM_AX_SEL RI suppression measures .............IM2/1-10
MD 9027..................................... IM2/4-77 Rotary axis position........................IM2/4-54

P S

PA_ZOA_MODE Scratching ......................................IM2/4-51

MD 9459..................................... IM2/4-88 Screen
Password Screen darkening via PLC .........IM2/4-37
Default password ....................... IM2/4-34 Select tools via a D number
Permitted characters .................. IM2/4-34 (flat D no.) .....................................IM2/4-48
Resetting .................................... IM2/4-34 Series startup...............................IM2/6-110
Setting ........................................ IM2/4-34 Set date..........................................IM2/4-38
PLC alarm acknowledgement icon IM2/4-41 Set program overview ....................IM2/4-40
PLC alarm texts Set time..........................................IM2/4-38
Format ...................................... IM2/5-100 SHOW_CHANNEL_SPANNING_STATE
Sturcture................................... IM2/5-100 MD 9052 .....................................IM2/4-77
PLC machine data Simulation
Plaintext.................................... IM2/5-107 milling .........................................IM2/4-56

© Siemens AG, 2006. All rights reserved

IM2/I-128 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
I Index

milling ......................................... IM2/4-56 MD 9435 .....................................IM2/4-88

turning ........................................ IM2/4-56 TM_LOAD_LOC3
Software MD 9436 .....................................IM2/4-88
HMI Embedded sl......................... IM2/1-9 TM_LOAD_LOC4
Software version display ............. IM2/8-124 MD 9437 .....................................IM2/4-88
Spindles, analog ............................ IM2/4-49 TM_LOAD_LOC5
Standard languages .................... IM2/5-102 MD 9438 .....................................IM2/4-88
Start-up of the NCU....................... IM2/2-14 TM_LOAD_PLACE
STARTUP_LOGO MD 9410 .....................................IM2/4-86
MD 9050..................................... IM2/4-77 TM_LOAD_TOOL_NEW
STAT ............................................. IM2/4-54 MD 9431 .....................................IM2/4-87
Static user memory (SRAM) ......... IM2/4-60 TM_NUM_MAG
Status (STAT) MD 9411 .....................................IM2/4-86
hide, HMI-Embedded ................ IM2/4-55 TM_TOOL_STATE_DEF_VAL
show,HMI-Embedded................. IM2/4-55 MD 9432 ........................................IM2/4-87
SW_OPTIONS TM_UNLOAD_AND_DELETE
MD 9990..................................... IM2/4-94 MD 9430 .....................................IM2/4-87
SWITCH_TO_AREA TO_MAG_PLACE_DISTANCE
MD 9016..................................... IM2/4-76 MD 9479 .....................................IM2/4-89
Switching channel TO_OPTION_MASK
Foreign language texts............... IM2/4-45 MD 9478 .....................................IM2/4-89
Switching channels TO_TRACE
Example ..................................... IM2/4-43 MD 9477 .....................................IM2/4-89
Switching channels........................ IM2/4-42 Tool management
Switching operator stations ........... IM2/4-42 Memory allocation ......................IM2/4-62
SYS_CLOCK_SYNC_TIME ShopMill ......................................IM2/4-47
MD 9013..................................... IM2/4-76 Standard .....................................IM2/4-47
TOOL_REF_GEO_AXIS1
MD 9400 .....................................IM2/4-85
T TOOL_REF_GEO_AXIS2
MD 9401 .....................................IM2/4-85
TABULATOR_SIZE TOOL_REF_GEO_AXIS3
MD 9007..................................... IM2/4-76 MD 9402 .....................................IM2/4-85
TEACH_MODE TRACE
MD 9026..................................... IM2/4-77 MD 9999 .....................................IM2/4-94
TECHNOLOGY TU ..................................................IM2/4-54
MD 9020..................................... IM2/4-77 Turn (TU)
Text file name ............................... IM2/5-99 hide, HMI-Embedded .................IM2/4-55
TM_ACT_SEARCH_AND_POS show, HMI-Embedded ...............IM2/4-55
MD 9433..................................... IM2/4-87 Turning simulation..........................IM2/4-56
TM_DEFAULT_DELETE_TOOL
MD 9419..................................... IM2/4-86
TM_DEFAULT_TOOLPLACESPEC U
MD 9415..................................... IM2/4-86
TM_DEFAULT_TOOLSIZE USB FlashDrive ............................... IM2/1-9
MD 9412..................................... IM2/4-86 USE_CHANNEL_DISPLAY_DATA
TM_DEFAULT_TOOLSTATE MD 9014 .....................................IM2/4-76
MD 9417..................................... IM2/4-86 User displays
TM_DEFAULT_TOOLTYPE expand .......................................IM2/4-57
MD 9416..................................... IM2/4-86 User status display.......................IM2/5-103
TM_KIND_OF_TOOLMANAGEMENT User text files
MD 9414..................................... IM2/4-86 Inserting ....................................IM2/5-105
TM_LOAD_LOC1 User texts.......................................IM2/5-96
MD 9434..................................... IM2/4-87 USER_CLASS_APPLICATION
TM_LOAD_LOC2 MD 9272 .....................................IM2/4-83

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/I-129
Installing HMI Embedded (IM2) 01/2006
I Index

USER_CLASS_BASE_ZERO_OFF_MA MD 9227 .....................................IM2/4-80

MD 9248..................................... IM2/4-81 USER_CLASS_SYS_ZERO_OFF
USER_CLASS_BASE_ZERO_OFF_PA MD 9246 .....................................IM2/4-81
MD 9247..................................... IM2/4-81 USER_CLASS_TEACH_IN
USER_CLASS_CLEAR_RPA MD 9219 .....................................IM2/4-80
MD 9221..................................... IM2/4-80 USER_CLASS_TM_SKACTPLACE
USER_CLASS_DIRECTORY_CHG MD 9270 .....................................IM2/4-82
MD 9509..................................... IM2/4-89 USER_CLASS_TM_SKFINDPLACE
USER_CLASS_DIRECTORY1_M MD 9269 .....................................IM2/4-82
MD 9516..................................... IM2/4-90 USER_CLASS_TM_SKLDTOOLDAT
USER_CLASS_DIRECTORY1_P MD 9271 .....................................IM2/4-83
MD 9510..................................... IM2/4-89 USER_CLASS_TM_SKMGBUFFER
USER_CLASS_DIRECTORY2_M MD 9260 .....................................IM2/4-82
MD 9517..................................... IM2/4-90 USER_CLASS_TM_SKMGFIND
USER_CLASS_DIRECTORY2_P MD 9261 .....................................IM2/4-82
MD 9511..................................... IM2/4-89 USER_CLASS_TM_SKMGLISTPOS
USER_CLASS_DIRECTORY3_M MD 9262 .....................................IM2/4-82
MD 9518..................................... IM2/4-90 USER_CLASS_TM_SKMGLREPR2
USER_CLASS_DIRECTORY3_P MD 9256 .....................................IM2/4-81
MD 9512..................................... IM2/4-89 USER_CLASS_TM_SKMGLREPR3
USER_CLASS_DIRECTORY4_M MD 9257 .....................................IM2/4-81
MD 9519..................................... IM2/4-90 USER_CLASS_TM_SKMGNEXT
USER_CLASS_DIRECTORY4_P MD 9263 .....................................IM2/4-82
MD 9513..................................... IM2/4-89 USER_CLASS_TM_SKNCDELTOOL
USER_CLASS_INCH_METRIC MD 9259 .....................................IM2/4-82
MD 9182..................................... IM2/4-78 USER_CLASS_TM_SKNCNEWTOOLE
USER_CLASS_OVERSTORE_HIGH MD 9258 .....................................IM2/4-82
MD 9213..................................... IM2/4-79 USER_CLASS_TM_SKTLLIST
USER_CLASS_PRESET MD 9251 .....................................IM2/4-81
MD 9220..................................... IM2/4-80 USER_CLASS_TM_SKTLLREPR1
USER_CLASS_READ_BD MD 9265 .....................................IM2/4-82
MD 9230..................................... IM2/4-80 USER_CLASS_TM_SKTLLREPR2
USER_CLASS_READ_CST MD 9266 .....................................IM2/4-82
MD 9225..................................... IM2/4-80 USER_CLASS_TM_SKTLLREPR3
USER_CLASS_READ_CUS MD 9267 .....................................IM2/4-82
MD 9226..................................... IM2/4-80 USER_CLASS_TM_SKTLNEWTOOL
USER_CLASS_READ_DEF MD 9264 .....................................IM2/4-82
MD 9229..................................... IM2/4-80 USER_CLASS_TM_SKTOOLLOAD
USER_CLASS_READ_GUD_LUD MD 9252 .....................................IM2/4-81
MD 9211..................................... IM2/4-79 USER_CLASS_TM_SKTOOLMOVE
USER_CLASS_READ_IN MD 9254 .....................................IM2/4-81
MD 9224..................................... IM2/4-80 USER_CLASS_TM_SKTOOLUNLOAD
USER_CLASS_READ_PROGRAM MD 9253 .....................................IM2/4-81
MD 9216..................................... IM2/4-79 USER_CLASS_VERT_MODE_SK
USER_CLASS_READ_SYF MD 9249 .....................................IM2/4-81
MD 9228..................................... IM2/4-80 USER_CLASS_WRITE_FINE
USER_CLASS_READ_TCARR MD 9203 .....................................IM2/4-79
MD 9180..................................... IM2/4-78 USER_CLASS_WRITE_GUD_LUD
USER_CLASS_READ_TOA MD 9212 .....................................IM2/4-79
MD 9200..................................... IM2/4-79 USER_CLASS_WRITE_PRG_CONDIT
USER_CLASS_SELECT_PROGRAM MD 9214 .....................................IM2/4-79
MD 9218..................................... IM2/4-80 USER_CLASS_WRITE_PROGRAM
USER_CLASS_SET_V24 MD 9217 .....................................IM2/4-79
MD 9223..................................... IM2/4-80 USER_CLASS_WRITE_RPA
USER_CLASS_SHOW_SBL2 MD 9222 .....................................IM2/4-80

© Siemens AG, 2006. All rights reserved

IM2/I-130 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Installing HMI Embedded (IM2)
I Index

USER_CLASS_WRITE_SEA V24_PRINTER_CONTROLS
MD 9215..................................... IM2/4-79 MD 9313 .....................................IM2/4-84
USER_CLASS_WRITE_TCARR V24_PRINTER_DATABITS
MD 9181..................................... IM2/4-78 MD 9316 .....................................IM2/4-84
USER_CLASS_WRITE_TOA_ADAPT V24_PRINTER_EOF
MD 9209..................................... IM2/4-79 MD 9312 .....................................IM2/4-84
USER_CLASS_WRITE_TOA_GEO V24_PRINTER_LINE
MD 9201..................................... IM2/4-79 MD 9319 .....................................IM2/4-84
USER_CLASS_WRITE_TOA_WEAR V24_PRINTER_PARITY
MD 9202..................................... IM2/4-79 MD 9317 .....................................IM2/4-84
USER_CLASS_WRITE_ZOA V24_PRINTER_RTS
MD 9210..................................... IM2/4-79 MD 9314 .....................................IM2/4-84
USER_WRITE_CYCFRAME V24_PRINTER_STOPBIT
MD 9186..................................... IM2/4-78 MD 9318 .....................................IM2/4-84
USER_WRITE_EXTFRAME V24_PRINTER_XOFF
MD 9188..................................... IM2/4-78 MD 9311 .....................................IM2/4-84
USER_WRITE_PARTFRAME V24_PRINTER_XON
MD 9184..................................... IM2/4-78 MD 9310 .....................................IM2/4-84
USER_WRITE_TOOLFRAME V24_USER_BAUD
MD 9183..................................... IM2/4-78 MD 9305 .....................................IM2/4-83
USER_WRITE_TRAFRAME V24_USER_CONTROLS
MD 9187..................................... IM2/4-78 MD 9303 .....................................IM2/4-83
USER_WRITE_WPFRAME V24_USER_DATABITS
MD 9185..................................... IM2/4-78 MD 9306 .....................................IM2/4-83
Utilization display........................... IM2/4-60 V24_USER_EOF
MD 9302 .....................................IM2/4-83
V24_USER_LINE
V MD 9309 .....................................IM2/4-83
V24_USER_PARITY
V24_PG_PC_BAUD MD 9307 .....................................IM2/4-83
MD 9325..................................... IM2/4-85 V24_USER_RTS
V24_PG_PC_CONTROLS MD 9304 .....................................IM2/4-83
MD 9323..................................... IM2/4-85 V24_USER_STOPBIT
V24_PG_PC_DATABITS MD 9308 .....................................IM2/4-83
MD 9326..................................... IM2/4-85 V24_USER_XOFF
V24_PG_PC_EOF MD 9301 .....................................IM2/4-83
MD 9322..................................... IM2/4-85 V24_USER_XON
V24_PG_PC_LINE MD 9300 .....................................IM2/4-83
MD 9329..................................... IM2/4-85
V24_PG_PC_PARITY
MD 9327..................................... IM2/4-85 W
V24_PG_PC_RTS
MD 9324..................................... IM2/4-85 Work offset ....................................IM2/4-50
V24_PG_PC_STOPBIT Workpiece template .......................IM2/4-49
MD 9328..................................... IM2/4-85 WRITE_TOA_FINE_LIMIT
V24_PG_PC_XOFF MD 9450 .....................................IM2/4-88
MD 9321..................................... IM2/4-84 WRITE_ZOA_FINE_LIMIT
V24_PG_PC_XON MD 9451 .....................................IM2/4-88
MD 9320..................................... IM2/4-84
V24_PRINTER_BAUD
MD 9315..................................... IM2/4-84

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition IM2/I-131
Installing HMI Embedded (IM2) 01/2006
I Index

© Siemens AG, 2006. All rights reserved

IM2/I-132 SINUMERIK 840D sl/840Di sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
Contents

SINUMERIK 840D sl/840Di sl

SINUMERIK 840D/810D

CNC Part 2 (HMI)

Commissioning HMI Advanced (IM4)

Commissioning Manual

Valid for

Control
SINUMERIK 840D sl / 840DE sl
SINUMERIK 840Di sl / 840DiE sl
SINUMERIK 840D powerline / 840DE powerline
SINUMERIK 810D powerline / 810DE powerline

Software Software Version

HMI Advanced 7.2

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/i
Commissioning HMI Advanced (IM4) 01/2006
Contents

Contents
1 General Preparations........................................................................................................... IM4/M1-5

1.1 Hardware/software prerequisites ........................................................................................... IM4/1-7

1.2 HMI startup ............................................................................................................................ IM4/1-8

1.3 Limits of data management.................................................................................................... IM4/1-9

1.4 Protection level concept ......................................................................................................... IM4/1-9

2 Setting Functions and Parameters...................................................................................... IM4/2-11

2.1 Programming PLC functions ................................................................................................ IM4/2-13

2.1.1 Activating data transfer from PLC ..................................................................................... IM4/2-13
2.1.2 Informing the PLC of the current task number of the HMI ................................................. IM4/2-16
2.1.3 Channel/spindle selection via the PLC.............................................................................. IM4/2-17
2.1.4 Block search with multiple channels ................................................................................. IM4/2-18
2.1.5 Configurable displays in the header.................................................................................. IM4/2-20
2.1.6 Cross-channel status display with icons............................................................................ IM4/2-24

2.2 Parameterization of machine data ....................................................................................... IM4/2-32

2.2.1 Work offset fine and basic offset ....................................................................................... IM4/2-32
2.2.2 Machine data for setting actual value, scratching, PRESET ............................................. IM4/2-33
2.2.3 Immediately activate tool compensation ........................................................................... IM4/2-34
2.2.4 Defining position for machine and rotary axis position ...................................................... IM4/2-35
2.2.5 Memory for Cycles in the DRAM....................................................................................... IM4/2-35
2.2.6 Redefining protection levels for NC data........................................................................... IM4/2-37
2.2.7 Modifying access protection to softkey basic offset .......................................................... IM4/2-38
2.2.8 Hiding axes ....................................................................................................................... IM4/2-38
2.2.9 Representing the spindle utilization .................................................................................. IM4/2-40
2.2.10 Inverting the spindle icon of the spindle display .............................................................. IM4/2-43
2.2.11 Keyboard behavior for HMI Advanced ............................................................................ IM4/2-44

2.3 Setting up access to external drives or computers............................................................... IM4/2-45

2.3.1 Connecting drives with display machine data ................................................................... IM4/2-45
2.3.2 Connecting logical drives .................................................................................................. IM4/2-47

2.4 Parameterizing INI files ........................................................................................................ IM4/2-51

2.4.1 Processing INI files ........................................................................................................... IM4/2-51
2.4.2 Setting the alarm log ......................................................................................................... IM4/2-54
2.4.3 Access authorizations when creating programs................................................................ IM4/2-56
2.4.4 Configuring the acknowledgement icon for PLC alarms ................................................... IM4/2-57
2.4.5 Configuring the "Language selection" softkey.................................................................... IM4/2-58
2.4.6 Creating user-specific operating menus............................................................................ IM4/2-59
2.4.7 Expanding the service overview user-specifically ............................................................. IM4/2-66
2.4.8 Workpieces with creating job lists and using templates .................................................... IM4/2-68
2.4.9 Double-channel display..................................................................................................... IM4/2-70
2.4.10 Tool management ........................................................................................................... IM4/2-71
2.4.11 Tool selection without tool management ......................................................................... IM4/2-72
2.4.12 Setting technology-specific texts..................................................................................... IM4/2-74
2.4.13 Configuring the "EXIT" softkey........................................................................................ IM4/2-76
2.4.14 Configuring the screen saver .......................................................................................... IM4/2-77
2.4.15 Executing from the hard disk in M:N ............................................................................... IM4/2-77

© Siemens AG, 2006. All rights reserved

IM4/ii SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
Contents

2.5 Overview of the INI files ....................................................................................................... IM4/2-79

2.5.1 AEDITOR. INI ................................................................................................................... IM4/2-79
2.5.2 COMIC.NSK...................................................................................................................... IM4/2-80
2.5.3 DINO.INI ........................................................................................................................... IM4/2-80
2.5.4 DG.INI ............................................................................................................................... IM4/2-81
2.5.5 DGOVW.INI ...................................................................................................................... IM4/2-82
2.5.6 DH.INI ............................................................................................................................... IM4/2-83
2.5.7 DPDH.INI .......................................................................................................................... IM4/2-83
2.5.8 DPSIM.INI ......................................................................................................................... IM4/2-83
2.5.9 HEADER.INI ..................................................................................................................... IM4/2-84
2.5.10 HMIDESK.INI .................................................................................................................. IM4/2-87
2.5.11 IB.INI ............................................................................................................................... IM4/2-88
2.5.12 IF.INI ............................................................................................................................... IM4/2-89
2.5.13 KEYS.INI......................................................................................................................... IM4/2-90
2.5.14 LOGDRIVE.INI................................................................................................................ IM4/2-90
2.5.15 MACHINE.INI.................................................................................................................. IM4/2-92
2.5.16 MBDDE.INI ..................................................................................................................... IM4/2-95
2.5.17 MMC.INI.......................................................................................................................... IM4/2-99
2.5.18 NETNAMES.INI ............................................................................................................ IM4/2-103
2.5.19 OEMFRAME.INI............................................................................................................ IM4/2-105
2.5.20 PARAM.INI.................................................................................................................... IM4/2-106
2.5.21 PARAMTM.INI .............................................................................................................. IM4/2-106
2.5.22 REGIE.INI ..................................................................................................................... IM4/2-107
2.5.23 SEDITOR.INI ................................................................................................................ IM4/2-109
2.5.24 SIMTOGEO.INI ............................................................................................................. IM4/2-115
2.5.25 TASKCONF.INI............................................................................................................. IM4/2-117

2.6 Simulation Data Matching .................................................................................................. IM4/2-119

2.6.1 Simulation Data............................................................................................................... IM4/2-119
2.6.2 Display of the Simulation Data ........................................................................................ IM4/2-124
2.6.3 Expansion of the Tool Geometry Data of the Simulation ................................................ IM4/2-125
2.6.4 Data Match of the Simulation .......................................................................................... IM4/2-128
2.6.5 Memory Configuration for the Simulation ........................................................................ IM4/2-132
2.6.6 Accelerating Simulation Startup ...................................................................................... IM4/2-133

3 Creating User Alarm Texts ................................................................................................. IM4/3-135

3.1 Creating alarm texts ........................................................................................................... IM4/3-136

3.2 Structure of the user alarms............................................................................................... IM4/3-138

3.3 Alarm texts in foreign languages........................................................................................ IM4/3-139

3.4 Plain texts for PLC machine data....................................................................................... IM4/3-141

3.5 NCU-specific alarm texts (only SINUMERIK powerline) .................................................... IM4/3-142

4 Diagnosis and Service........................................................................................................ IM4/4-143

4.1 Installing HMI Software on a PG/PC .................................................................................. IM4/4-144

4.1.1 NCU Connection Wizard ................................................................................................. IM4/4-145
4.1.2 Starting HMI Advanced in a separate desktop ................................................................ IM4/4-145
4.1.3 Configuring the desktop switch application ..................................................................... IM4/4-147
4.1.4 Operating the desktop switch application........................................................................ IM4/4-148

4.2 Action log ........................................................................................................................... IM4/4-150

4.2.1 Displaying the log file ...................................................................................................... IM4/4-153
4.2.2 Outputting the log file ..................................................................................................... IM4/4-154

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/iii
Commissioning HMI Advanced (IM4) 01/2006
Contents

4.3 HMI Analyzer ..................................................................................................................... IM4/4-155

4.3.1 Operating ........................................................................................................................ IM4/4-156
4.3.2 Analyzing data ................................................................................................................ IM4/4-158
4.3.3 Examples of applications ................................................................................................ IM4/4-161

I Index ...................................................................................................................................... IM4/I-165

I.1 Subject Index ....................................................................................................................... IM4/I-165

I.2 Index of Commands and Identifiers ..................................................................................... IM4/I-167

© Siemens AG, 2006. All rights reserved

IM4/iv SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
1 General Preparations

1
1 General Preparations

1.1 Hardware/software prerequisites ................................................ IM4/1-7

1.2 HMI startup ................................................................................. IM4/1-8

1.3 Limits of data management ........................................................ IM4/1-9

1.4 Protection level concept.............................................................. IM4/1-9

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/1-5
Commissioning HMI Advanced (IM4) 01/2006
1 General Preparations

© Siemens AG, 2006. All rights reserved

IM4/1-6 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
1 General Preparations

1.1 Hardware/software prerequisites

Overview
This manual describes the procedure for performing a system startup of the PCU
50 with the HMI Advanced software.

For further reading on special NCK, HMI, PLC, or drive functions, refer to the
applicable descriptions of functions and manuals (see “Documentation”).

Software
Depending on the order details, the HMI Advanced software may be loaded on the
PCU 50 at the time of delivery. If the HMI Advanced software is not pre-loaded on
the PCU 50 (e.g., PCU 50 is supplied without system software), the HMI software
can be installed on the PCU 50 from the CD supplied using the Service menu.

To install the HMI Advanced software on the PCU 50, you need the following:
• PC or programming device with CD drive
• Network connection
• USB memory

This also applies to SW updates (see “SW Installation/SW Update”).

Operating system
The HMI Advanced software can run on the Windows XP operating system.

Notice
Installing on a PC/PG:
HMI-Advanced can only be run under a non-administrator user if this user has
write privileges for the directory mmc2 of HMI Advanced. The installation of HMI
Advanced does not provide these privileges.

Documentation
For system startup of the SINUMERIC controller, you need the following
documentation:
• Operator Component Manual
• Operator's Guide for HMI Advanced
• Diagnostics Guide
• Description of Functions for the basic machine (Part 1)
• Commissioning Manual for the CNC Part 5 basic software
• Parameter Manual

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/1-7
Commissioning HMI Advanced (IM4) 01/2006
1 General Preparations

1.2 HMI startup

Overview
The actions executed during HMI startup are controlled by the contents of
initialization files.
Notes on other entries can be found in the OEM documentation
Reference: HMI OEM package

For SINUMERIK powerline, the HMI Advanced startup can be modified for M:N
configuration in the NETNAMES.INI file. See Section “Overview of INI Files” and
Reference: /FB2/ B3 Multiple Operator Panel Fronts and NCUs

Startup settings
The following functions can be modified for HMI startup in the "Startup" operating
area:
• Language selection
• MPI/OPI address setting for SINUMERIK powerline
• Setting the IP addresses for SINUMERIK solution line

Errors during HMI Startup

The following error can occur when the PCU 50 is started up:
No connection to NCU/CCU: Alarm 120202 is output.

For SINUMERIK powerline, the PCU 50 is linked to the NC and the PLC via a
serial bus; for SINUMERIK solution line, the PCU 50 is linked to the NC and the
PLC via Ethernet.

This alarm occurs if HMI Advanced is started for the first time and the NC/PLC has
not yet finished starting up or communication with these components is faulty.
When this alarm occurs, all display values connected with NC/PLC become invalid.

Such faults are normal while the controls are starting up (e.g., after resetting). The
alarm disappears automatically as soon as the fault situation is resolved. If the
alarm persists, a wide variety of causes may be to blame (e.g., open circuit,
NC/PLC not started up, incorrect address/baud rate configuration on one of the bus
nodes, etc.).

© Siemens AG, 2006. All rights reserved

IM4/1-8 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
1 General Preparations

1.3 Limits of data management

Overview
Data are stored in the following directories:
• Workpieces
• Part programs
• Subroutines
• User cycles
• Standard cycles
• Manufacturer cycles

The data management directories can contain a combined total of 100,000 files,
whereby each directory (each *.WPD workpiece directory for workpieces) is limited
to 1,000 files. Files in other directories do not count toward the total limit of 100,000
files. However, each of these directories is also limited to 1,000 files, e.g., a
maximum of 1,000 archives in the archive directory. The following limit applies to
network drives: maximum of 1,000 files per directory.

In practice, the number of files available also depends on the file sizes and the
available memory space. A large number of files slows down the display generation
for directory displays.

A total of 5,000 customized alarms/messages can be created in each language.

1.4 Protection level concept

Overview
A protection level concept for enabling data areas is implemented in SINUMERIK
840D. Protection levels 0 to 7 are available, where 0 represents the highest
protection level and 7 the lowest protection level.

Protection levels
• 0 to 3 are locked by means of a password
• 4 to 7 are locked by means of key switch positions

The operator only has access to information corresponding to this particular

protection level and the levels below it. Machine data are routinely assigned
different protection levels.

Protection level 4 (key switch position 3) is the minimum level required to display
machine data. For system startup, the appropriate protection level can generally be
enabled by entering the password "SUNRISE".

For information about changing protection levels, refer to

Reference: /BAD/, HMI Operator's Guide
/FB/, A2, Various Interface Signals

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/1-9
Commissioning HMI Advanced (IM4) 01/2006
1 General Preparations

Protection levels 0 to 3 require the input of a password. The password for

protection level 0 provides access to all data areas. The passwords can be
changed after activation. If the passwords have been forgotten, for example, the
system must be reinitialized (NCK reset). This resets all passwords to the defaults
for this software version.

Protection level 0-3

The password remains valid until it is reset with the "Delete Password" softkey.

POWER ON does not reset the password.

Protection levels 4-7

Protection levels 4 to 7 require a corresponding key switch setting on the machine
control panel. Three keys of different colors are provided for this purpose. Each of
these keys provides access only to certain areas. The associated interface signals
are located in DB10, DBB56.

Table Meaning of keyswitch positions

Key color Key switch position Protection level

All (no key used) 0 = Key removal 7
position
Black 0 and 1 6-7
Green 0 to 2 5-7
Red 0 to 3 4-7

© Siemens AG, 2006. All rights reserved

IM4/1-10 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

2 Setting Functions and Parameters

2
2.1 Programming PLC functions..................................................... IM4/2-13
2.1.1 Activating data transfer from PLC.......................................... IM4/2-13
2.1.2 Informing the PLC of the current task number of the HMI..... IM4/2-16
2.1.3 Channel/spindle selection via the PLC .................................. IM4/2-17
2.1.4 Block search with multiple channels...................................... IM4/2-18
2.1.5 Configurable displays in the header ...................................... IM4/2-20
2.1.6 Cross-channel status display with icons................................ IM4/2-24

2.2 Parameterization of machine data ............................................ IM4/2-32

2.2.1 Work offset fine and basic offset............................................ IM4/2-32
2.2.2 Machine data for setting actual value, scratching, PRESET . IM4/2-33
2.2.3 Immediately activate tool compensation................................ IM4/2-34
2.2.4 Defining position for machine and rotary axis position .......... IM4/2-35
2.2.5 Memory for Cycles in the DRAM ........................................... IM4/2-35
2.2.6 Redefining protection levels for NC data ............................... IM4/2-37
2.2.7 Modifying access protection to softkey basic offset............... IM4/2-38
2.2.8 Hiding axes ............................................................................ IM4/2-38
2.2.9 Representing the spindle utilization ....................................... IM4/2-40
2.2.10 Inverting the spindle icon of the spindle display .................. IM4/2-43
2.2.11 Keyboard behavior for HMI Advanced................................. IM4/2-44

2.3 Setting up access to external drives or computers................... IM4/2-45

2.3.1 Connecting drives with display machine data........................ IM4/2-45
2.3.2 Connecting logical drives....................................................... IM4/2-47

2.4 Parameterizing INI files............................................................. IM4/2-51

2.4.1 Processing INI files ................................................................ IM4/2-51
2.4.2 Setting the alarm log.............................................................. IM4/2-54
2.4.3 Access authorizations when creating programs .................... IM4/2-56
2.4.4 Configuring the acknowledgement icon for PLC alarms ....... IM4/2-57
2.4.5 Configuring the "Language selection" softkey ........................ IM4/2-58
2.4.6 Creating user-specific operating menus ................................ IM4/2-59
2.4.7 Expanding the service overview user-specifically ................. IM4/2-66
2.4.8 Workpieces with creating job lists and using templates ........ IM4/2-68
2.4.9 Double-channel display ......................................................... IM4/2-70
2.4.10 Tool management................................................................ IM4/2-71
2.4.11 Tool selection without tool management ............................. IM4/2-72
2.4.12 Setting technology-specific texts ......................................... IM4/2-74
2.4.13 Configuring the "EXIT" softkey ............................................ IM4/2-76
2.4.14 Configuring the screen saver............................................... IM4/2-77
2.4.15 Executing from the hard disk in M:N.................................... IM4/2-77

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-11
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

2.5 Overview of the INI files............................................................ IM4/2-79

2.5.1 AEDITOR. INI ........................................................................ IM4/2-79
2.5.2 COMIC.NSK........................................................................... IM4/2-80
2.5.3 DINO.INI ................................................................................ IM4/2-80
2.5.4 DG.INI .................................................................................... IM4/2-81
2.5.5 DGOVW.INI ........................................................................... IM4/2-82
2.5.6 DH.INI .................................................................................... IM4/2-83
2.5.7 DPDH.INI ............................................................................... IM4/2-83
2.5.8 DPSIM.INI .............................................................................. IM4/2-83
2.5.9 HEADER.INI .......................................................................... IM4/2-84
2.5.10 HMIDESK.INI ....................................................................... IM4/2-87
2.5.11 IB.INI .................................................................................... IM4/2-88
2.5.12 IF.INI .................................................................................... IM4/2-89
2.5.13 KEYS.INI.............................................................................. IM4/2-90
2.5.14 LOGDRIVE.INI..................................................................... IM4/2-90
2.5.15 MACHINE.INI....................................................................... IM4/2-92
2.5.16 MBDDE.INI .......................................................................... IM4/2-95
2.5.17 MMC.INI............................................................................... IM4/2-99
2.5.18 NETNAMES.INI ................................................................. IM4/2-103
2.5.19 OEMFRAME.INI ................................................................ IM4/2-105
2.5.20 PARAM.INI......................................................................... IM4/2-106
2.5.21 PARAMTM.INI ................................................................... IM4/2-106
2.5.22 REGIE.INI .......................................................................... IM4/2-107
2.5.23 SEDITOR.INI ..................................................................... IM4/2-109
2.5.24 SIMTOGEO.INI.................................................................. IM4/2-115
2.5.25 TASKCONF.INI.................................................................. IM4/2-117

2.6 Simulation data matching ....................................................... IM4/2-119

2.6.1 Simulation data .................................................................... IM4/2-119
2.6.2 Display of the simulation data.............................................. IM4/2-124
2.6.3 Expansion of the tool geometry data of the simulation........ IM4/2-125
2.6.4 Data match of the simulation ............................................... IM4/2-128
2.6.5 Memory Configuration for the Simulation ............................ IM4/2-132
2.6.6 Accelerating Simulation Startup........................................... IM4/2-133

© Siemens AG, 2006. All rights reserved

IM4/2-12 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

Overview
Specific settings can be made in HMI Advanced to address manufacturer and user
requirements by:
• Programming the PLC
• Parameterizing machine data (MD)
• Parameterizing INI files

2.1 Programming PLC functions

2.1.1 Activating data transfer from PLC

Data transfer from/to NCK with the following properties can be started via the PLC:
• Data transfer from the hard disk to or from the NCK (workpiece directory, part
program, etc.) using job lists.
• The "Job lists" function in HMI Advanced enables the full range of part program
handling operations, such as loading, unloading, selecting or executing, from
the hard disk.

References relating to job lists: /IAD/ Installation and Start-Up Guide 840D
/BAD/ Operator's Guide HMI Advanced

By means of the interface between the PLC and HMI in DB19, the PLC issues jobs
to the HMI that initiate a data transfer between the HMI (hard disk) and NCK.

Specify the user control file:

Table 2-1 DB19.DBB16 (PLC Æ HMI)

Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0

always 1 PLC index for the user control file
(appr. Value: 1 - 127
file
system)

Specify the job list:

Table 2-2 DB19.DBB17 (PLC Æ HMI)

Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0

PLC line offset in the user control file
Value: 1 - 255

Job byte of PLC:

Table 2-3 DB19.DBB13 (PLC Æ HMI)

Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0

Selection Load Unload

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-13
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

Acknowledgment byte from HMI for the current data transfer status:

Table 2-4 DB19.DBB26 (HMI Æ PLC)

Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0

Selection Load Unload Active Error OK res. PLC

Job processing
A PLC job is processed according to the following scheme:
1. The PLC may only initiate a job in the job byte if the acknowledgment byte is 0.
2. The HMI mirrors the job (excluding the parameter set) in the acknowledgment
byte (signaling to the PLC that its job is being processed). The PLC receives a
"job active" signal for an unfinished job.
3. Once the operation is finished (OK or Error), the PLC must respond again and
delete the job byte.
4. In response, the HMI sets the acknowledgment byte to 0.

This scheme ensures sequential processing of jobs.

User control file

The names of the job lists to be executed are stored in control file
PLC_IN_OUT_xxx.TEA in the display machine data directory (/BD.DIR) on the HMI,
where "xxx" represents a number between 001 and 127. The file contains a
maximum of 127 references to job lists.

The user must create this file.

The PLC sets an index (1-127) via DB19.DBB16, which determines the control file
in which the job list names are stored.

Example: User control file PLC_IN_OUT_003.TEA

N1 /WKS.DIR/OTTO.WPD/OTTO.JOB
N2 /WKS.DIR/WELLE.WPD/KANAL1.JOB
N3 ...
N4 ...

The line numbers (N..) can be omitted.

The file can be edited.

Example: Loading a job list

Requirement:
• Existing file PLC_IN_OUT_003.TEA
N1 job list A
N2 job list B
N3 job list C
• Acknowledgment byte DB19.DBB26 is 0.
• Define PLC index for the control file (DB 19, DBB16 = 131)
• Define PLC line offset 2 (DB 19, DBB17 = 2)
• PLC job: Load (DB 19, DBB13,6=1)
Job list B is loaded
• HMI signals to the PLC: Job list is loaded (DB19.DBB26,6=1)

© Siemens AG, 2006. All rights reserved

IM4/2-14 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

Note
This function is not available if the MACHINE operating area is suppressed from
the HMI startup.

Error messages to the PLC

The HMI outputs the following error values to the PLC via DB19.DBB27:
0 No error
1 Invalid number for control file.
(value in DB19.DBB16 < 127 or invalid)
2 Unable to read DB19.DBB15
3 Control file /BD.DIR/PLC_IN_OUT_xxx.TEA not found.
(value in DB19.DBB16 invalid)
4 Invalid index in control file (incorrect value in DB19.DBB17)
5 Selected job list in control file could not be opened.
6 Error in job list (job list interpreter returns error)
7 Job list interpreter returns empty job list
9 Error while executing job list

Conflict resolution
When a job list is executed manually (via operator input), prompts can occur in the
protocol, e.g., if an MPF file is located both on the NC as well as on a hard disk and
the two MPF files are different. The default response to the AR server can be
entered in the MASCHINE.INI configuration file.

The default setting is “yes”, i.e., all prompts are responded to with Yes. If "no", all
prompts are responded to with No.

[PLC_REQUEST]
DefaultAnswer=yes

Multiple operator panel fronts/NCUs M:N (for SINUMERIK powerline)

In an m:n system, HMI Advanced is assigned to a netmaster NCU/PLC in
NETNAMES.INI. The bus address of the NCU is configured in the [param network]
section.
e.g.
[param network]
netmaster= NCU_LEFT

This setting for the netmaster NCU/PLC means that data transfer is only activated
by the NCU/PLC with the symbolic name NCU_LEFT.

Machine manufacturer
See machine manufacturer's specifications.

For a description of DB 19, refer to /FB/ A2, Various Interface Signals

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-15
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

2.1.2 Informing the PLC of the current task number of the HMI

Task number
A task describes the position at which an operating area is attached in the HMI
area menu, i.e., the highest level.
The following fixed relationship exists between softkey bars of the area menu and
tasks:

First softkey bar:

Softkey 1 2 3 4 5 6 7 8
Task 0 1 2 3 4 5 6 7
number

Second softkey bar:

Softkey 1 2 3 4 5 6 7 8
Task 8 9 10 11 12 13 14 15
number

Third softkey bar:

Softkey 1 2 3 4 5 6 7 8
Task 16 17 18 19 20 21 22 23
number

Which application is assigned to which task number is stored/configured in the

[TaskConfiguration] section in the REGIE.INI file (see 5.6.14 REGIE.INI).

A fourth softkey bar can be used for OEM applications.

Fourth softkey bar:
Softkey 1 2 3 4 5 6 7 8
Task 96 97 98 99 100 101 102 103
number

Task numbers 24 to 95 are already reserved for child tasks of standard

applications or for specific OEM tasks. The associated label texts can be entered in
the language-dependent re_xx.ini files.

Application
For manufacturer-configured user interfaces, proper concurrence of key strokes on
the machine operator panel and the displayed operating areas/screens is essential.

Example:
The "Move unit" function is selected in a screen form. On the MCP are "forward"
and "backward" traversing keys, which are used to move the unit in real time.

To prevent a new screen from being displayed before the traversing key movement
has been completed, due to an operating area switchover in the HMI, for example,
the PLC is always able to know and check the current task number.

© Siemens AG, 2006. All rights reserved

IM4/2-16 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

Configuration
The current task number is transferred to the PLC in a data block section that can
be specified as a string in the display machine data 9032: HMI_MONITOR as
follows:

DBxx.DBByy

where:
xx is the number of a data block
yy is the byte number of the 1st byte of the transfer area (word limit)
The transfer area is 8 bytes long.
The transfer takes place in the 1st byte. Bytes 2 to 8 are reserved.

Note
Check that the specified area is not already occupied by input bytes, output bytes
or flag bytes.

The block numbers and byte area are not checked.

Updating
The task number in the first byte is updated:
• On every task change by the HMI
• When the connection is changed to a different NC in M:N
For the duration of indeterminate states (e.g., during changeover to another NC in
M:N), special value 255 is transferred as the task number.
Value range
The task number can assume values from 0 to 95, including the operating areas
configured by the user.
As a result, all visible tasks of the main menu (0 to 31) and the hidden child tasks
(32 to 95) are displayed.

2.1.3 Channel/spindle selection via the PLC

Channel selection
Channel selection and display is initiated as follows (display in "Channel name"
field):

DB 19, DBB 32 = 01000001 [binary] Channel selection

DB 19, DBB 33 = <channel number> Channel number
FF for next channel

Spindle selection
Spindle selection is initiated as follows (display in spindle window):
DB 19, DBB 32 = 01000010 [binary] Spindle selection
DB 19, DBB 33 = <spindle number> Spindle no. to be displayed

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-17
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

Error codes
The following error codes, which provide information to the HMI about errors during
the function request of the PLC, are stored in DB 19, DBB 36:

Value Meaning
0 No error
1 No function number (DBB32 bit 0-5)
2 Invalid parameter
3 Error when writing HMI-internal variable
10 Channel not present (DBB33)

Acknowledgment mechanism between HMI ↔ PLC

Via DB 19.DBB32 bits 6, 7, there is an acknowledgment mechanism that ensures
that the HMI and PLC agree on the channel selection:

• The PLC sets Bit 6 to 1 "Function request". The function request can only be set
by the PLC if bits 6 and 7 have the value “0”.
• After displaying the text in the header the HMI writes “0” again in bit 6 and the
interface is enabled for the PLC for the next action.

Note
If two HMI units are assigned to one NC/PLC unit (M:N), the PLC must first
determine from the control interface which of the HMI interfaces is active.
Channel/spindle displays can only be requested by the PLC for the active HMI
unit. The interface for selecting channel/spindle displays for the 2nd HMI unit is
located in DB19, DBB82-86. The use is the same as described for DBB32-36.

2.1.4 Block search with multiple channels

Function
For this block search, the NC is operated in program test mode, so that interactions
between channel and synchronous actions and between multiple channels are
possible within an NCU.

During "Block search in program test mode", all auxiliary functions are output from
the NC to the PLC and the part program commands for channel coordination
(WAITE, WAITM, WAITMC, Replace axis, Write variables) are carried out by the
NC. That is:

• The PLC is updated during this block search

• Machining operations involving interaction among multiple channels are
executed properly within the block search.

© Siemens AG, 2006. All rights reserved

IM4/2-18 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

Activation
The function is activated by the "Prog. test contour" softkey. The NC then starts the
block search and switches the selected program in the current channel to program
test mode:
• The auxiliary functions of the part program are output from the NC to the PLC.
• No axis movements are executed.

If during the block search the NC finds one of the part program commands WAITE,
WAITC or WAITMC, the NC waits for the specified partner channels, irrespective of
the current mode of these partner channels (e.g., normal program execution,
program test, search via program test, etc.).

When the NC reaches the specified target block in the current channel, the NC
stops the block search and deselects program test mode; the auxiliary functions of
the target block are no longer output.

Dialog message
A dialog message appears as soon as all the channels involved in the current
search have exited program test mode. This message indicates that, depending on
the particular part program, Repos offsets may have been produced during the
search operation in the channels involved in the block search and will be retracted
by the NC through interpolation the next time it starts. You must acknowledge this
message.

Any Repos offsets (in the individual channels) can be traversed manually one by
one in JOG mode, before program execution is continued at the point in the
program reached by the block search by pressing the "NC Start" key.

Search configurations
"Block search in program test mode" supports the following configurations:
1. Block search in the currently selected channel
(the currently selected channel is the channel selected by the HMI)
2. Block search in the currently selected channel and in all channels in which
the same workpiece is selected as in the current channel
3. Block search in the currently selected channel and in all channels that are in
the same mode group as the current channel
4. Block search in all channels of the NC

Configurations 2 to 4:
No block search is performed in the other channels (in contrast to the current
channel); program test mode is active in the other channels until a stop condition
(e.g., WAITMC) is detected.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-19
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

Setting the search configuration

The various configurations are activated by means of the MACHINE.INI file.
The following entries are possible in the [BlockSearch] section:

[BlockSearch]
SeruproConfig
=1 Block search in currently selected channel (default)
=2 Block search in currently selected channel and in all
channels with the same workpiece
=3 Block search in currently selected channel and in all
channels with the same mode group
=4 Block search in all channels
Changes take effect immediately, i.e., with the next search.

Deactivating function
The following entries are possible in the [BlockSearch] section:

[BlockSearch]
SeruproEnabled
=0 Function inactive
=1 Function active (default)

Changes take effect immediately, i.e., with the next search.

2.1.5 Configurable displays in the header

Using the PLC, it is possible to configure a two-line text display to appear in the
"Program name" field in the header of JOG and MDA modes (e.g., selected slide,
activated handwheel). See also Alarm Display.

Text length
The maximum length of the texts to be displayed is 30 characters per line.

Syntax
The texts can consist of:
• A language-specific part (from alarm/message text file *.COM)
• Three parameters (%1, %2, %3)

User PLC-DB
The display must be configured via a user PLC-DB.
• The number of the DBx with DBBy must be entered by the user in the
HEADER.INI file as follows:
[UserTextInfo]
USER_TEXT_BASE=DBx.DBBy
where x = data block number, y = start byte in the block.

© Siemens AG, 2006. All rights reserved

IM4/2-20 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

If this interface is specified, the text length limitation

Textlength = 33
must also be activated.
• The name of the PLC alarm text file (e.g., "alpu_") must be entered by the user
in the MBDDE.INI file in the [TextFiles] section under "UserPLC":
[TextFiles]
UserPLC=alpu_

User DB interface to PLC

Two lines in the header can be used for the display:
• Program path line
• Program name line

The user DB interface provides

• A start data byte (job detection by HMI), and
• Secondary bytes, with which
- a number,
- an axis index, and
- a text (length 12 characters/special characters)
can be output.

If "00" is written to a byte during text input, the HMI interprets this as the end of text.
Inputs after this "00" entry are not displayed.

Table 2-5: Interface of the user-PLC-DB for displays for program path/program name
Program Start DBBx Start DBWx Start DBBx Start DBBx Start DBBx
path line +1 +3 +4 +5-17
Data type Byte Word Byte Byte String
Meaning Bit 0=1: there is Offset for text Number from 0 Index from Character string
something to do from to 255 –127 ...128 max. 12
All bytes=1: alpu_xx.com to (corresponds to negative characters
job is be displayed, 1st parameter number (corresponds to
acknowledged 700000 is base %1) (-1=0xFF, - 3rd parameter
by HMI address and is 2=0xFE) is %3)
All bytes=0: always summed machine axis
PLC can write internally index, positive
to interface =0: Delete line number is
again channel axis
index. The
index is then
converted to an
axis name
before being
displayed.
(corresponds to
2. parameter
%2)
Program Start DBBx Start DBWx Start DBBx Start DBBx Start DBBx
name line +20 +21 +23 +24 +25-37
Data type Byte Word Byte Byte String
Meaning As above As above As above As above As above

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-21
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

Start DBBx HMI detects a job and acknowledges it (all bytes=0).

Start-DBWx +1 Start DBWx+1 contains the offset for a text number with a base of 700,000
(user PLC texts). If this parameter = 0, the corresponding line is deleted.
Start-DBBx +3 Start DBBx+3 contains a number that is displayed without being converted.

Start-DBBx +4 Start DBBx+4 contains an axis index.

• Negative value = machine axis index
(AXCONF_MACHAX_NAME_TAB[ Index-1], MD 10000),
• Positive value = channel axis index
(AXCONF_CHANAX_NAME_TAB[ Index-1], MD 20080),
These indices always refer to the channel currently displayed in the HMI. The
index is converted to an axis name before being displayed.
Start-DBB +5 Start DBBx +5−17 contains a character string comprising a maximum of 12
characters.

Note
Bit 0=1 can only be set in Start DBBx for a new job if
• All bytes were reset to zero after the preceding job
• Parameters for the new job Start DBBx+1 to Start DBBx+5 have been set
correctly.
• Special characters that have a special meaning within the syntax for this
function (", %, $, #) must not appear within the user's character string (Start
DBB+5…).

Structure of PLC program

The PLC program must be laid out in such a way that all parameters are initialized
before the first byte is set.

The data for the program name line (second line) are located 20 bytes after the
start byte.

Acknowledgement mechanism between HMI ↔ PLC

For the Start DBBx, there is an acknowledgment mechanism that ensures that the
HMI and PLC agree:
• The PLC sets Bit 0 to 1 "Display user text in header". The function request can
only be set by the PLC if Bit 0 has the value “0”.
• After displaying the text in the header, the HMI writes “0” again in Bit 0 and the
interface is enabled for the PLC for the next action.

© Siemens AG, 2006. All rights reserved

IM4/2-22 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

Response in M:N (SINUMERIK powerline only)

In the M:N function the two text lines must be cleared in passive switching. In
active switching, as in area switching, the content of the variables is evaluated and
displayed.

Task
The following texts should be output in the "Program name" field in the header of
JOG and MDA modes:
• "Handwheel acting on axis …" in the first line with the appropriate axis name
• "Slide … active" in the second line with the appropriate slide number.

Procedure
1. Identify the PLC-HMI interface in the HEADER.INI file, e.g., DB60.DBB10

2. Enter the name of the PLC user text file in MBDDE.INI,

e.g.
[TextFiles]
UserPLC=alpu

3. Enter texts in the PLC user text file,

e.g.
700100 0 0 "Handwheel acting on axis %2"
700101 0 0 "Slide %1 active"

4. Initiate text display from the PLC and describe the interface, e.g., for the first
display line:
DB60.DBW11 = 100
DB60.DBB14 = 2
DB60.DBB10 = 1
e.g., for the second display line:
DB60.DBW31 = 101
DB60.DBB33 = 1
DB60.DBB30 = 1

Result
With the following axis configuration
MD 20080 AXCONF_CHANAX_NAME_TAB[0] = "X"
MD 20080 AXCONF_CHANAX_NAME_TAB[1] = "Y"
MD 20080 AXCONF_CHANAX_NAME_TAB[2] = "Z"
the display is as follows:
"Handwheel acting on Y axis" (first display line)
"Slide 1 active" (second display line)

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-23
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

2.1.6 Cross-channel status display with icons

Function
The status of the following components can be output with icons in the program
status line (header):
• Channels
• Spindles
• Machine states
• Machine states only

In addition to SINUMERIK icons, manufacturer-defined icons can also be used

(configurable using the HEADER.INI file and DB19 DBB32-34).

SINUMERIK icons
The following SINUMERIK icons are available (name in brackets):

Channel status Channel RESET (NC_RESET.BMP)

Channel active (NC_START.BMP)

Channel interrupted (NC_STOP.BMP)

Feed stop
Feed is not enabled (FEEDSTOP.BMP)

Spindle status
Spindle is turning (SPNDLEFT.BMP)
counterclockwise

Spindle is turning clockwise (SPNDRGHT.BMP)

Spindle not enabled (SPNDSTOP.BMP)

Spindle STOP (SPNDM05.BMP)

Storing the SINUMERIK icons

The SINUMERIK icons are stored in
F:\HMI_ADV\ICONS\640 (for 640x480 screen)
F:\HMI_ADV\ICONS\800 (for 800x600 screen)
F:\HMI_ADV\ICONS\1024 (for 1024x768 screen)

The dimensions of the SINUMERIK icons are as follows:

Resolution 640x480: 16x16 pixels
Resolution 800x600: 20x20 pixels
Resolution 1024x768: 27x26 pixels

Colors: TrueColor

© Siemens AG, 2006. All rights reserved

IM4/2-24 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

Note
When using the "Reversible spindles" or "Axis container" functions, the spindle
status is output before the spindle reversal or assignment to axis/spindle
container, i.e. the spindle number displayed under spindle status is the "logical"
spindle.

Activation
The function is activated by MD 9052 SHOW_CHANNEL_SPANNING_STATE > 0.
Changes in MD 9052 take effect after a POWER ON.
This function is available if it is activated by means of the following machine data
element:
9052 SHOW_CHANNEL_SPANNING_STAT
MD number Change cross-channel status display
Default value: 0 Min. input value: 0 Max. input value: 1
Changes effective after POWER ON Protection level (R/W) 4/1 Unit: -
Data type: STRING Applies from version 6.2
Meaning Cross-channel status display:
0 = Display previous program status in header
1 = Display in program status line in header according to configuration in
Header.ini file.

SINUMERIK status display

The following four predefined displays are available:
1 Channel status (active, stopped, RESET) with superimposed spindle stop
and feed stop
2 Channel status (active, stopped, RESET) with superimposed feed stop
3 Channel status (active, stopped, RESET)
4 Spindle status counterclockwise direction, clockwise direction, spindle
stop, spindle halt M05

1 Channel status
The channel status, feed stop, and spindle status are output as an icon at the
display position. The channel status icons can be superimposed with the "Spindle
not enabled" or "Feed not enabled" icon.
The following hierarchy applies (from highest to lowest priority):
1. Channel STOP (Highest priority)
2. Spindle not enabled
3. Feed is not enabled
4. Channel active
5. Channel RESET (Lowest priority)

Syntax:
ChanStatFeedStopSpindleStop = <Channel number>
Spindles = <Spindle number1>,...,<Spindle number n>
Channel number: Number of channel

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-25
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

Spindle number: Numbers of the "logical" spindles to be included

(programmed in the DIN code with S1 to Sn; if more than
one applicable entry, the higher number is displayed).

2 Channel status
The channel status and spindle status are output as an icon at the display position
(spindle status can be output deliberately, for example). The channel status icons
can be superimposed with the "Feed not enabled" icon.

The following hierarchy applies (from highest to lowest priority):

1. Channel STOP (Highest priority)
2. Feed is not enabled
3. Channel active
4. Channel RESET (Lowest priority)

Syntax:
ChanStatFeedStop = <Channel number>
Channel number: Number of channel

3 Channel status
The channel status is output as an icon at the display position. Feed stop is also
output in the feed window in the Machine operating area, for example.

Syntax:
ChanStat = <Channel number>
Channel number: Number of channel

4 Spindle status
The spindle status is output as an icon at the display position.

Syntax:
SpindStat = <Spindle number> , Chan <Channel number>
Spindle number: Number of (logical) spindle
Channel number: Number of channel optional
If the channel number is not specified, then the spindle status for the current
channel is displayed. If the channel is changed, the display is updated accordingly.

Configuring in the HEADER.INI

The assignment of the cross-channel status display is defined in the HEADER.INI
file. It can optionally be configured with SINUMERIK and/or user icons.

© Siemens AG, 2006. All rights reserved

IM4/2-26 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

Notes:
• Empty positions need not be specified.
• Predefined status displays can be disabled in the HEADER.INI file in the OEM
or USER directories with the value <empty>, e.g.,
ChanStatFeedStopSpindleStop = <empty>.
• The cross-channel status display and the use of the USER/OEM icons are
mutually exclusive; i.e. either "cross-channel status display" or "USER-/OEM
icons" can be configured.
• The complete HEADER.INI file is reproduced in Subsection 2.5.9.

16 Display positions
There are 16 display positions defined in the program status line (header), where
each SINUMERIK icon occupies two positions: number + icon.

1 2
1 2 33 4
4 5
5 6
6 77 8
8 9
9 10
10 11
11 12
12 13
13 1415
1415 16
16
1

Fig. 2-1: Program Status Line (1)

The SINUMERIK icons are permanently assigned to an output position. A section

is created in the HEADER.INI configuration file for each position used.

Sample view of the program status line with SINUMERIK icons for 4 channels and
2 spindles:

S1 S2

Fig. 2-2: Program Status Line (2)

These displays always have the predefined channel or spindle number.

Example:
The status displays for 2 channels and 1 spindle should always be output at the
first, third and fifth display position.
HEADER.INI file:
[Pos1] ; first display position
ChanStatFeedStopSpindleStop = 3
Spindles = 1,2 ; channel status of channel 3 is displayed,
; superimposed with feed disable for channel 3 and
; spindle disable for spindles 1 and 2
[Pos3] ; third display position

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-27
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

ChanStatFeedStop = 2 ; channel status of channel 2 is displayed

; superimposed with feed disable for channel 2
[Pos5] ; fifth display position
SpindStat= 3 ; spindle status for spindle 3 is displayed

The following display, for example, appears in the program status line:

S3

Fig. 2-3: Program Status Line (3)

Deactivation
Icon displays configured in this way can be deactivated if user status displays are
used as described in B. Create empty entries in a user-specific HEADER.INI file
(not in the hmi_adv directory, because this would be overwritten again when the
software is upgraded).

Example:
[Pos5]
SpindStat=<EMPTY>

User status display

Additionally (or alternatively), PLC-controlled (DB x, DBB y) user icons linked to
specific machine states can be output.

Procedure:
• Declaration of icons and positions (1.)
• Control of icon call by PLC (2.)

Enter the name of the user icons and the associated positions in the HEADER.INI
file in the UserIcons section under identifiers UI_0 to UI_31.

[UserIcons]
UI_0= <Icon_00.bmp> , <Position>
; UI_0: Identifier
; Icon_00.bmp: Name of user icon (8 characters.bmp)
; Position: Display position (1 to 16)

...
UI_31= <Icon_31.bmp> , <Position>

USER_ICON_BASE = DBx.DBBy
Further on in the UserIcons section:
DBx.DBBy: User-defined double word for
control of the icon selection. If a bit is set for
a user icon, the associated
UI_x entry must exist, otherwise nothing is displayed.

© Siemens AG, 2006. All rights reserved

IM4/2-28 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

To display an icon according to the above declaration, the PLC sets the
corresponding bit in the double word.
For example:

UI_0 Display assigned icon → Bit 0

...
UI_31 Display assigned icon → Set Bit 31.
If the bit is reset by the PLC, the associated icon is cleared from the display.

Example:
UI_3=Icon_01.bmp,12.
If Bit 3 is set, the “Icon_01.bmp" icon is displayed at the 12th position, provided
another icon with a higher identifier (>UI_3) and the same position (12) is not active.

Possible applications
With unique selection, a maximum of 16 bits are set simultaneously in the 4
selection bytes for each of the different positions.
• 32 alternative images for a position, each selected with a different bit (currently
only one active selection bit)
• 2 alternative images for each of the permissible 16 positions, each position
requires 2 of the 32 selection bits
(maximum 16 active selection bits at any one time)
• Combination thereof with a maximum total of 32 images for the maximum 16
positions (maximum of 16 active selection bits at any one time)
• More than 16 selection bits, see Superimposition

Superimposition
With non-unique selection (bits for multiple identifiers whose image is to be
displayed at the same position):

The image with the lower identifier number is superimposed with the image with the
higher identifier number for the same position. Non-unique selection can also be
used with less than 16 active selection bits. The PLC can deliberately use this
superimposition to overlay less important displays (with lower identifier numbers)
with important displays (high identifier numbers).

Note
If two HMI units are assigned to one NC/PLC unit (M:N), the PLC must first
determine from the control interface which of the HMI interfaces is active. Icons
can be requested by the PLC for the active HMI unit only.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-29
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

Configuring OEM texts in the header

The machine manufacturer can display his own texts in the program directory and
program name lines. These texts cannot include % parameters as is possible in
user texts. The lines are divided into <OEM_NUMBER_TEXTFIELD> areas
according to the entry in HEADER.INI.

Fig. 2-4: Example for OEM Text

The data are provided in a user PLC DB. The number of the data block and the
exact offset are declared in the HEADER.INI file.
The following entries are available in the [OEMTextInfo] section for this purpose.

OEM_NUMBER_TEXTFIELD = 1 ; maximum of 3 text fields per line

OEM_TEXT_BASE = DBx.DBBy

The interface in the user DB has the following format:

Start-DBB Byte Bit 0=1: there is something to do
or All Bits=1: job is acknowledged by HMI
Start-DBB +18 Byte All Bits=0: PLC can write to interface again
Start-DBB +1 Word Offset for text from alpu_xx.com to be displayed;
or 700 000 is the base address and is always
Start-DBB +19 Word summed internally
All Bits=0: delete line
Start-DBB + 3 String
or String containing a maximum of 12 characters
Start DBB+20 Double Word

The first parameter contains an offset for a text number with a base of 700,000
(user PLC texts). If this parameter = 0, the corresponding line is deleted. The
second parameter contains a maximum 12-character string. Unless empty, this text
is output instead of the user PLC text.

The parameters must be written from “back to front” in the PLC, i.e., all parameters
must be initialized before the first byte is set. The data for the next line are located
exactly 18 bytes after the start byte. The lines are output from left to right; a
maximum of three output fields per line are provided (i.e., a total of 6 fields are
possible).

A hotlink to the first byte for each line is set up in the HMI. If a change occurs in
that byte, the HMI reacts. If the HMI has displayed the data, it writes a –1 to the
first variable. The HMI is informed about this change by means of the hot link,
whereupon it writes a 0 to this variable.

© Siemens AG, 2006. All rights reserved

IM4/2-30 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

The HMI itself does not have to react to this change. The PLC can only write data
to the interface again if the variable is set to “0”. This mechanism ensures that the
HMI knows about all parameter changes.

Configuring OEM icons

OEM icons indicating the machine state can be output in the field provided for the
program control display (e.g., SBL, MO1, etc.). If OEM icons are defined, the
elements for the program control display are hidden.

The icon names are identified in the HEADER.INI configuration file, same as the
user icons.

[OemIcons]
OI_0= <name.bmp>, <Position>
...
OI_31= <name.bmp>, <Position>

Here, <name> is the file name of the bit map and <Position> is the output position
(from 1 to 16) in the display line. Multiple bit maps can be output at the same
position. If more than one bit map is active simultaneously at the same position, the
bit map with the highest screen number is displayed.

The output is controlled by means of a PLC double word. This double word is
declared in the next section in the HEADER.INI file.

[OemIcons]
Oem_ICON_BASE = DBx.DBBy

Each bit in this double word represents exactly one OEM icon corresponding to the
screen number. Thus, if Bit 0 is set, bit map OI_0 is displayed. If a bit is reset, the
associated bit map is deleted.

A maximum of 16 icons can be displayed, enabling a total of 16 display positions.

Empty positions need not be specified.

Fig. 2-5: Example for OEM Icons

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-31
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

2.2 Parameterization of machine data

2.2.1 Work offset fine and basic offset

Function
This function refers to the offset in the "Settable work offset" and "Basic work
offset" screen forms. Another column for the fine offset is inserted alongside the
column for entering the offsets. The inputs are checked against the display
machine data.

MD 9203: USER_CLASS_WRITE_FINE Access level for protection

MD 9451: MM_WRITE_ZOA_FINE_LIMIT Amount of change

Actual value display: settable zero system

MD 9424: MA_COORDINATE_SYSTEM can be used to specify how the actual
values are displayed:
• Position of the workpiece coordinate system (programmed position,
corresponding to default setting)
• Take-up position of the active tool relative to the workpiece zero.

MD 9424 = 0 Display in workpiece coordinate system, WCS (default)

MD 9424 = 1 Display in settable zero system, SZS
(take-up position of active tool)

Example:
Program WCS display SZS display
N110 X100 100 100
N110 X100 0 0
N120 X0 0 0
N130 $P_PFRAME=CTRANS(X,10) 100 110
N140 X100
N150 ...

Machine manufacturer
To set the actual-value display: see the machine manufacturer's information.

© Siemens AG, 2006. All rights reserved

IM4/2-32 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

2.2.2 Machine data for setting actual value, scratching, PRESET

Function
The behavior of the Scratching, Set actual value, and PRESET functions is
influenced by a number of machine data. The selected settings also affect
operation. (Display of softkeys and values, saving of input values).

With the introduction of system frames, two variants are available for the functions.
The variants are differentiated by a channel-specific machine data (MD):
MD 28082: $MC_SYSTEM_FRAME_MASK
Bit: 0 Actual value setting, Scratching
1 External work offset
2 TCARR, PAROT
3 TOROT, TOFRAME
4 Workpiece reference points
5 Cycles
6 Transformations

Variant 1 without system frame:

The MD does not exist or Bit 0 for the system frame for scratching or actual
value setting is not set.

Variant 2 with system frame:

Bit 0 for the system frame for scratching and actual value setting is set in the
MD.
Display machine data MD 9422: $MM_MA_PRESET_MODE defines the
PRESET/basic offset function in JOG mode.
0: No softkey
1: The old PRESET in the machine operating area (default)
2: Actual value setting
3: Actual value setting, see online help

Note
To hide the PRESET, Set actual value, and Scratching softkeys, MD 9220:
$MM_USER_CLASS_PRESET can also be set.

Reference: /BAD/, Operator's Guide HMI Advanced

Actual value setting

Actual value setting with system frame:
- G500 active: The values are written to the system frame.
- G500 not active: An error message is output.

Actual value setting without system frame:

- G500 active (adjustable frames reset): Values are written to the first basic
frame according to the entry in display MD 9245:
$MM_MA_PRESET_FRAMEIDX = Index of basic frame
- G500 not active: An error message is output.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-33
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

Scratching
When this is selected the active frame is offered. A different frame can be selected
by means of an entry in the "Work offset" field.

Scratching with system frame:

- With G500 in the "Work offset" field, the values are written to the system frame.
- With a value other than G500 in the "Work offset" field, the values are written
to the frame defined in the field.

You cannot choose any tool other than the one in the spindle. If there is no tool in
the spindle, you can choose any tool you want.

Scratching without system frame:

With G500 in the "Work offset" field, the values are written to the first basic frame.

Values are written to the specified basic frame according to the entry in display
MD 9245: $MM_MA_PRESET_FRAMEIDX = Index des Basisframes.

With a value other than G500 in the "Work offset" field, the values are written to the
frame defined in the field. You can select any tool you want.

2.2.3 Immediately activate tool compensation

Function
Display MD 9440: ACTIVATE_SEL_USER_DATA can be used to specify that
changes in the tool offsets are activated immediately even if the NC channel is not
in "Reset" or "Stop" state. This function is always active.

Reference: /FB/ Description of Functions Basic Machine K2 Axes, Coordinate

Systems ...

! Caution
The offset is applied after NC Start of the Reset in response to the next
programmed axis movement in the part program.

© Siemens AG, 2006. All rights reserved

IM4/2-34 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

2.2.4 Defining position for machine and rotary axis position

Singularities in special kinematics and robots

In the Cartesian point-to-point method (PTP) in workpiece coordinates, the position
of the machine axes is ambiguous in some places. In order to define these
singularities without ambiguity, the machine position STAT and the axes position
TU are defined in addition to the workpiece coordinates for this type of
transformation (e.g., 5-axis transformation).

Setting the number base

The STAT and TU values are displayed in the axis screens (actual-value window,
broad actual-value window with feed and zoom display) and entered in the MDA
editor during the teach-in procedure. Whether the values in STAT and TU are
displayed in binary, decimal, or hexadecimal format is specified via the display
machine data:

MD 9242: MA_STAT_DISPLAY_BASE Number base for display of

moving joint position STAT
MD 9243: MA_TU_DISPLAY_BASE Number base for display of
rotary axis position TU

Possible settings are:

02: Display as binary value
10: Display as decimal value
16: Display as hexadecimal value

These settings apply to both the actual-value window and the editor window.

Example
In the NC program, the movement of axes from X120 Y20 Z-50 to X200 Y200
Z-120 looks like this in binary display:
• X=120 Y=20 Z=-50 STAT=’B010’ TU’B011101’
• X=200 Y200 Z=-120 STAT’B110‘ TU=‘B011111‘

2.2.5 Memory for Cycles in the DRAM

Overview
Cycles can be stored in the DRAM of the NCU. This makes more SRAM memory
available to the user for parts programs and workpieces.

Function
Under "Commissioning" → "NC" → "NC Memory", the user interface for HMI
Advanced offers users with corresponding access authorizations the possibility of
determining the utilization of DRAM and to adjust its size via MD 18351:
MM_DRAM_FILE_MEM_SIZE. A change to the DRAM memory causes a complete
reorganization of the NCK memory.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-35
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

Notice
You must save all relevant data before changing the memory sizes. If machine
data is changed then this results in a re-organization of the NCK memory.

Cycles in the DRAM

MD 11290: DRAM_FILESYSTEM_MASK can be used to set which objects should
be loaded in the DRAM:
Bit 0-n = 0: The data for the specified directory is to be stored in the
SRAM.
= 1: The data for the specified directory is to be stored in the
DRAM. Depending on MD 11291:
DRAM_FILESYST_SAVE_MASK a copy is kept in the FFS on
the NC card.
Bit 0 CST directory (Siemens cycles)
Bit 1 CMA directory (machine manufacturer cycles)
Bit 2 CUS directory (user cycles)

Saving in the Flash File System (FFS)

MD 11291: DRAM_FILESYST_SAVE_MASK can be used to set which objects
should be saved in the DRAM on the FFS:
Bit 0-n = 0: No files are saved. If the control is switched off, the data on
the NCK is lost.
= 1: The data in the DRAM is saved in the FFS of the NC card.
Bit 0 CST directory (Siemens cycles)
Bit 1 CMA directory (machine manufacturer cycles)
Bit 2 CUS directory (user cycles)

Saving in the FFS avoids having to reload the objects on startup.

Notice
Direct changes to objects stored in the DRAM and saved in the FFS are not
enabled. Only cycles for saving can be specified in the FFS. Any changes that
are required must be made before loading onto HMI Advanced.
Direct changes to objects in the DRAM that are not saved on the FFS are
lost on Power Off.

© Siemens AG, 2006. All rights reserved

IM4/2-36 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

2.2.6 Redefining protection levels for NC data

Function
The preset protection levels can be modified in the definition file. For machine data,
only lower protection levels are permitted as the configured protection level; for
setting data, higher levels are also permitted. The file becomes active when the
next _N_INITIAL_INI is read in. Different protection levels are specified for writing
or reading (part program or PLC).

Example:
_N_DEF_DIR/_N_SGUD_DEF ; File for global variables
; $PATH=/_N_DEF_DIR
REDEF $MA_CTRLOUT_SEGMENT_NR APR 7 APW 4
; (APR ... Read access)
REDEF $MA_ENC_SEGMENT_NR APR 2 APW 2
; (APW ... Write access)
REDEF $SN_JOG_CONT_MODE_LEVELTRIGGRD APR 2 APW 2
M30

MD 30100: $MA_CTRLOUT_SEGMENT_NR has protection level 2/7, i.e.,

protection level 2 is required for write access (corresponding to password) and
protection level 7 for read access. In order to access the machine data area, key
switch position 3 or higher is required.

Undoing the protection level change

In order to undo protection level changes, the original values have to be restored.

Example:
_N_DEF_DIR/__N_SGUD_DEF ; File for global variables
; $PATH=/_N_DEF_DIR
REDEF $MA_CTRLOUT_SEGMENT_NR APR 7 APW 2
; (APR ... Read access)
REDEF $MA_ENC_SEGMENT_NR APR 0 APW 0
; (APW ... Write access)
REDEF $SN_JOG_CONT_MODE_LEVELTRIGGRD APR 7 APW 7
M30

Compatibility

Note
If the access to machine data that was authorized by the command "REDEF
<machine data> APR <protection level> APW <protection level>", is declined with
alarm 15420, you must proceed as follows:
When the function is activated or when the system is upgraded, the REDEF
commands from existing GUD definition files must be imported into the new
definition files _N_SACCESS_DEF, _N_MACCESS_DEF, _N_UACCESS_DEF.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-37
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

Protection levels for NC commands

Certain NC commands can be linked to protection levels to restrict their execution
to authorized personnel only.
If no corresponding execution authorization exists, the processing of the part
program is aborted with alarm 14018. The preset for the current execution
authorization corresponds to the access authorization on the control unit, i.e. key
switch position 0 to 3 or a password for end users as far as Siemens.

Reference: /PGA/, Chapter “Protection levels for NC commands”.

2.2.7 Modifying access protection to softkey basic offset

Parameters operating area

The MD 9247: $MM_USER_CLASS_BASE_ZERO_OFF_PA can be used to set
the access level from which the “Base WO” softkey is displayed in the “Work offset”
window in the “Parameters” operating area. At the same time, the basic frames are
also displayed/hidden in the "Work offset" window and in the "Active WO +
compensations" window.

Machine operating area

The MD 9248: $MM_USER_CLASS_BASE_ZERO_OFF_MA can be set to select
the access level from which "WO base" softkey is displayed in the "Scratching"
screen in the Machine operating area or G500 can be entered in the work offset
field.

2.2.8 Hiding axes

Function
Via the channel-specific MD 20098: DISPLAY_AXIS to suppress the display of the
axes in the Machine area. All axes are displayed by default.
Axes can be hidden in the following windows in the Machine operating area:
• Small axis window (5 axes, default setting for machine)
• Wide axis window (5 axes with feed and override)
• Large axis window (8 axes, large font)

In this way you can specify separately for the view in the machine or workpiece
coordinate system whether or not the axis is displayed:
Bit 0 to 15 Show (=1)/hide (=0) geometry axes (WCS)
Bits 16 to 31 Show (=1)/hide (=0) machine axes (MCS)

© Siemens AG, 2006. All rights reserved

IM4/2-38 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

Reference point approach and Safety Integrated (special cases)

Set machine data 20098: DISPLAY_AXIS is not used for the displays in the
Homing operating mode, namely the “Axes Reference Point and Acknowledge
Safe Position” display. All machine axes are always displayed.

The operator cannot change the values for the basic work offset without the
appropriate access authorization.

Access authorization 7 is entered as the default value in MD 9247 and MD 9248.

20098 DISPLAY_AXIS
MD number Display or hide axis on the HMI
Default setting: Minimum input limit: 0 Maximum input limit:
0xFFFFFFFF 0xFFFFFFFF
Changes effective after POWER ON Protection level: 2/7 Unit: -
Data type: DWORD Applies from version 4.4
Meaning: Bits 0 to 15: WCS
Bit 0= 1 Show geometry axis in actual-value windows
0 Hide geometry axis in actual-value windows
Bit 1 1 Show geometry axis in reference point
window
0 Hide geometry axis in actual-value windows
Bit 2= 1 Show geometry axis in
Preset/Basic offset/Scratch/Work offset window
0 Hide geometry axis in Preset/Basic offset/
Scratch window
Bit 3= 1 Show geometry axis in Handwheel selection window
0 Hide geometry axis in Handwheel selection

Bits 16 to 31: MCS

Bit 16= 1 Show machine axis in actual-value windows
0 Hide machine axis in actual-value windows
(Bit 17) Not assigned
Bit 18= 1 Show machine axis in Basic offset
window
0 Hide machine axis in Basic offset
window
Bit 19= 1 Show machine axis in Handwheel selection window
0 Hide machine axis in Handwheel selection
window

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-39
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

2.2.9 Representing the spindle utilization

Function
Up to now, the display range of the spindle utilization in the Machine main screen
was represented at 100%. You can set the display range of the bar graph for
representation of the spindle utilization to 200% using display MD 9429:
MA_SPIND_POWER_RANGE.

9428 $MM_MA_SPIND_MAX_POWER
MD number Maximum value of the spindle performance display
Default setting: 100 Minimum input limit: 100 Max. input value: ****
Changes effective after: Power ON Protection level: 3/4 Unit: %
Data type: WORD Applies from version 6.4
Meaning In this MD, enter the factor by which the supplied spindle utilization will
be multiplied.

9429 $MM_MA_SPIND_POWER_RANGE
MD number Display range for spindle utilization
Default setting: 100 Minimum input limit: 100 Max. input value: ****
Changes effective after: Power ON Protection level: 3/4 Unit: %
Data type: WORD Applies from version 6.4
Meaning In this MD, you specify the display range of the bar graph for the spindle
utilization display. Depending on the value entered, the percentage
values displayed and the extent of the color areas change.

Value 100: Percentage values 0%, 80%, and 100% are displayed. The
color display changes from green to red starting at 80% if a value of 100
is also set in display MD 9428.

Value > 100, e.g., 200: Percentage values 0%, 100%, and 200% are
displayed. The color display changes from green to red starting at 100%.

If you set the value to 200%, you must enter the normalization factor in
display MD $MM_MA_SPIND_MAX_POWER.

© Siemens AG, 2006. All rights reserved

IM4/2-40 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

Determining the normalization factor

The normalization factor is determined by measuring the spindle using a function
generator, servo trace function, and information in the motor data sheet.

Function generator
1. Open the following window in the "Commissioning" → "Optimization/Test" →
"Function Generator" operating area:

Fig. 2-6: Function generator

2. In the screen form that appears, select a signal, a signal type and a factor for
standardization under "mode".
3. Continue by pressing the "Signal parameters" softkey. The “Function
generator parameters” screen form is displayed.
4. Enter the settings for amplitude, cycle duration, pulse width, and limitation.
Refer to the motor data sheet to obtain this data.

Notice
If the function generator and measuring function are used on virtual axes, this
leads to an abort by the NCK.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-41
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

Servo trace function

Open the Trace function main screen by pressing the “Drive/servo” softkey
followed by the “Servo trace” softkey in the “Startup" operating area.

Fig. 2-7: Basic display servo trace

Select the variables to be measured from the drop-down list in the “Signal
selection” area. Refer to the motor data sheet to obtain the settings for the
measuring period and trigger time. After parameterization, start the measurement
by pressing the "Start” softkey.

Fig. 2-8: Servo trace graphic

Select the constant power range or constant torque range in order to calculate the
normalization factor using these data.
Example: In Fig. 2-8 the measured power is 10.5 kW.

© Siemens AG, 2006. All rights reserved

IM4/2-42 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

If the utilization display is to indicate 100% for nominal data and higher values at
operation above the nominal working point, the normalization factor setting can be
calculated from the motor data or from the diagram and measurement as follows:

MA_SPIND_MAX_POWER =
Maximum_of the_measured_power / rated power_S1 * 100

MA_SPIND_MAX_POWER = 10500W / 7000W * 100 = 150

Enter the factor “150” in the machine data.

2.2.10 Inverting the spindle icon of the spindle display

Function
The display of the spindle symbol can be inverted using the channel-specific
machine data MD 9033: MA_DISPL_INVERT_DIR_SPIND_M3: normal or inverted
display is possible. For example, if you want the same icon to be displayed at M4
for the counter-spindle as at M3 for the main spindle, set bit[n]=1 (see inverting
M3/M4 at the control interface).

9033 MA_DISPL_INVERT_DIR_SPIND_M3
MD number Spindle rotation direction display
Default value: 0x0000 Min. input value: 0x0000 Max. input value:
0x7FFFFFFF
Change effective after: IMMEDIATE Protection level (R/W) 3/4 Unit: -
Data type: LONG Applies from version 6.2
Meaning Spindle rotation direction display:
Bit[n]=0 M3 displayed as clockwise rotation in the icon
Bit[n]=1 M3 displayed as counter-clockwise rotation in the icon
n = spindle number – 1 (i.e. bit 0 is spindle S1)
Note:
With the corresponding setting for MD 9014:
USE_CHANNEL_DISPLAY_DATA
MD 9033 can be managed channel-specifically in the NC.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-43
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

2.2.11 Keyboard behavior for HMI Advanced

CAPSLOCK (PCU 50)

The CAPSLOCK function allows all entries made with external SINUMERIK
keyboards to be in upper case instead of lower case. If lower case letters are
needed, they can be added by means of the SHIFT commands function.

This function is only active when HMI Advanced is running. It is not active in
standard Windows NTXP operation.

Activation
This function is activated by display MD 9009: $MM_KEYBOARD_STATE
0: CAPSLOCK off
2: CAPSLOCK on
This display MD is only evaluated on during startup. If the MD is changed, the
system must be restarted.

Operation
If display MD 9009 is set to “CAPSLOCK on” and you want to enter lower case text,
proceed as follows:
Press CTRL + SHIFT to switch to lower case text entry. To reset text entry from
lower case back to upper case, press CTRL + SHIFT again.

Restrictions
• When the CAPSLOCK function is activated, the SHIFT key has no effect on
letter keys.
• As is the case in standard Windows applications, CTRL/ALT key sequences
only work in lower case mode.
• Switching to lower case mode is not available on keyboards that are integrated
in the OP.
• The CTRL + SHIFT switching sequence only works with external PS2
keyboards and USB PC keyboards, not with panel keyboards.

Note
The OP keyboard enters lower case text if CAPSLOCK is set on an external
keyboard. If the external keyboard is unplugged in this state, the CAPSLOCK
mode cannot be cancelled.

The CAPSLOCK and NUMLOCK keys can be filtered by a corresponding setting

in parameter file E:\\Windows\System.ini.
The default setting for CAPSLOCK and NUMLOCK is not filtered.

© Siemens AG, 2006. All rights reserved

IM4/2-44 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

2.3 Setting up access to external drives or computers

Application
The control can be connected to external network drives or other computers. This
makes it possible, for example, to execute part programs from other computers.

Two alternatives are available:

• A maximum of 4 drives can be connected by parameterizing display machine
data.
• A maximum of 8 drives can be connected by configuring the LOGDRIVE.INI
file.
The two options cannot be applied jointly. The LOGDRIVE.INI file is the preferred
choice for applications with multiple TCUs or PCUs because it allows global
network access to these drives. The user-specific entries of this file are stored in
the directory.

2.3.1 Connecting drives with display machine data

Configuring drives/computers
A maximum of four network drives can be furnished with the following display
machine data:
MD 9676 CMM_DIRECTORY_SOFTKEY_PATH1="Path1"
MD 9677 CMM_DIRECTORY_SOFTKEY_PATH2="Path2"
MD 9678 CMM_DIRECTORY_SOFTKEY_PATH3="Path3"
MD 9679 CMM_DIRECTORY_SOFTKEY_PATH4="Path4"
The complete path must be entered. The paths are displayed on the softkeys.
The connections can be specified as DOS paths (e.g. "E:" or
"G:\VORBEREI\MPF_DAT" or as network addresses consisting of node identifiers,
share name and directory, e.g. "\\R111\<Sharename>\MPF_DAT".

Example:
MD9677 CMM_DIRECTORY_SOFTKEY_PATH2=F:\R4711
;Drive + directory
MD9678 CMM_DIRECTORY_SOFTKEY_PATH3=\\R4712\PART1\SHAFT1.DIR
; Computer name, share name with directory
MD9679 CMM_DIRECTORY_SOFTKEY_PATH4=\\R4713\Part2\MPF_DAT .DIR
; Computer name, share name with directory

The network connection to be specified in MD 9676

CMM_DIRECTORY_SOFTKEY_PATH1 is reserved for SINUMERIK ShopMill or
ShopTurn.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-45
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

Configuring texts for softkeys

Plain text identifiers for selecting network drive connections with softkeys can be
stored as language-dependent user alarm texts under numbers 89901 to 89905 in
a user text file that is known to the message block (see MBDDE.INI, [TextFiles]
section). Text number 89901 correlates here to MD 9676
CMM_DIRECTORY_SOFTKEY_PATH1, etc.

Example:
MBDDE.INI:
...
[TextFiles]
USER_PLC=F:\DH\MB.DIR\MYTXT_

MYTXT_GR.COM:
89901 0 0 "" Reserved
89902 0 0 "F:\R4711" Softkey text for softkey 2
89903 0 0 "R4712/ MMC1" Softkey text for softkey 3
89904 0 0 "R4713/ MMC2" Softkey text for softkey 4
(2 blanks denote a line break)
...

Availability in the operating areas

The network drives are available in the following operating areas:
• In the MACHINE operating area on the expanded SK (softkey) bar behind the
"Program overview" softkey
• In the PROGRAM operating area as an extended softkey bar in the main menu
• In the SERVICES operating area under “Manage data” (if 3 network drives are
configured, 3 are displayed directly as horizontal softkeys, the fourth appears
after pressing the ETC button)
• In the SERVICES operating area under “Data on” and “Data off” under the
second vertical softkey “Network drives …”
The softkeys in the expanded softkey bar are assigned accordingly to MD 9676
(SK1) to 9679 (SK4) (i.e., with gaps if necessary). The configured text appears on
the softkey. If no labeling text is configured for the softkey, the value of the
corresponding machine data is displayed.

Assigning access authorizations for drives/computers

Access rights are configured individually for each drive in the following display
machine data:
• For the Program and Services areas:
$MM_USER_CLASS_DIRECTORY1_P (9510)
$MM_USER_CLASS_DIRECTORY2_P (9511)
$MM_USER_CLASS_DIRECTORY3_P (9512)
$MM_USER_CLASS_DIRECTORY4_P (9513)
• For the Machine area:
$MM_USER_CLASS_DIRECTORY1_M (9516)
$MM_USER_CLASS_DIRECTORY2_M (9517)
$MM_USER_CLASS_DIRECTORY3_M (9518)
$MM_USER_CLASS_DIRECTORY4_M (9519)

© Siemens AG, 2006. All rights reserved

IM4/2-46 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

The display machine data for access authorizations are activated immediately, i.e.,
after switchover to the respective application, while a change in directories takes
effect only after a restart.

Error messages
The configured network drives are evaluated during HMI Advanced startup. This
evaluation does not check whether the connection actually exists. This check is
made after the drive is selected by the operator. If the configured path cannot be
accessed, an error message is issued.

2.3.2 Connecting logical drives

Function
The control can be connected to external network drives or other computers. This
makes it possible, for example, to execute part programs from other computers.
Two alternatives are available:
• In the setting screen “Logical drives” under "Commissioning" → "NC".
• By configuring the LOGDRIVE.INI file (see Subsection 2.5.14).

Configuring a logical drive includes the following specifications:

• Path name with structure:
“acttcu:/<TCU connector>,<Partition>/<Path name>”
• For USB on a TCU: name, connection field identifying the required connector,
and a partition number
• And a softkey label (either a language-neutral or language-dependent softkey
label by means of alarm texts, see Subsection 2.3.1 Connecting drives with
display machine data).

Requirements
The "logical drives" softkey is available after access level 2 (Service): For this
reason, this function is carried out by a service technician rather than machine
operators. A restart of HMI Advanced is necessary to update the assignment of the
softkeys.

“USB local” softkey

The “USB local” softkey is always displayed in the Machine, Program, and Services
operating areas, even if it is not configured. This enables the front interface of the
active TCU or the configured interface of the PCU to be displayed.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-47
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

Note
If an OEM softkey (horizontal softkey 7) is configured, a maximum of 7 network
drives are displayed in the program. The last entry is ignored.

Fig. 2-9: “Logical Drives” setting screen

Connection type / Connection

The following connections can be selected.
No drive: No additional fields are displayed.
Local USB: Designation of the local USB interface:
- Front (0.2 or 1:0.2 or FRONT)
- X203 (1 or 1:1 or X203)
- X204 (2 or 1:2 or X204)
Partition: e.g. 2
(for local and global USB)
Global USB: Designation of the global USB interface:
- Front (0.2 or 1:0.2 or FRONT)
- X203 (1 or 1:1 or X203)
- X204 (2 or 1:2 or X204)
Device: (only for global e.g. tcu
USB)

© Siemens AG, 2006. All rights reserved

IM4/2-48 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

NW Windows: Designation of the network drive (under

Windows).
The path must begin with // or \\.
User name: The user name can be entered in the user
(only for NW Windows) interface, e.g. Mustermann.
Password: The password is displayed on the user interface
(only for NW Windows) with a *. It is encoded and entered in the
logdrive.ini file.
Local drive: Drive letter, e.g. D:

Access authorizations
The access authorizations to the connections can be assigned from level 0 to 7. If
no entry is made, the default setting is applied (7 = Access for all).
Only one access level can be specified for all the operating areas:
• Machine
• Program
• Services

Softkey labels
Two lines with a maximum of 10 characters are available for the labeling text of a
softkey. Two blanks or \n or %n are acceptable line separators.
For labeling the softkeys, the alarm texts 89901- 89906 are evaluated in order to
store language-dependent softkey texts if no other labeling is defined.

Data transfer from and to the TCU

The USB interface of the TCU that is currently active is always the one accessed,
i.e., has the operator focus. If the active TCU changes during a data transfer, the
data transfer remains active in the background.

If an operation (copy, delete, edit) is active on the drive at the time of the TCU
switchover, the display is retained until the action is finished. The display is not
updated until the operation is finished.

Note
Because the TCU is connected to the PCU via a network connection, the
response times depend on the particular network. Executing a part program
(EXTCALL) from USB memory is not recommended.

Caution
If a USB drive is disconnected while data are being written to are read from this
drive, data loss can result.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-49
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

"Network drives" option

The following overview clarifies when the network drives option is needed:

Legend:
Usable without option: all USB interfaces at the TCU
Usable without option: locally usable
Locally usable without option; "Remote" only usable with network drives
option
Only usable with network drives option
Only usable with HMI user memory option, locally usable

Fig. 2-10: Network Drives Option

© Siemens AG, 2006. All rights reserved

IM4/2-50 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

2.4 Parameterizing INI files

2.4.1 Processing INI files

Notation
[xxx] ; Identification symbol for a section

Identifier=value ; Value assignment

Identifier=<empty> ; Delete value

, ;Separator (comma) for multiple assignments

; ;Introduction of comment:
;As a general rule, comments indicate the range of values
;that can be assigned.
REM ;Introduction of comment

Directory structure
The system directory structure is organized in such a way that user changes are
retained if the software is upgraded.
• User changes to the original software are made in parallel directories.
• There is a clear separation between standard HMI software and customer-
specific enhancements.
• The "mmc2" and “hmi_adv” directories (and their subdirectories) should be read-
only directories. They contain the original software supplied. These directories
are overwritten only if the software is upgraded.

The diagram below shows the priority sequence. This means that entries in the
directory to the right overwrite corresponding entries in directories to the left.

F:\
Priority

hmi_adv mmc2 add_on oem user

- Area applications Basic system

- DLLs
- HMI-specific Data

Fig. 2-9: Priority

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-51
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

The directories contain the following contents:

• hmi_adv:
The directory contains area applications, DLLs and HMI-specific data.

• mmc2:
System directory for basic HMI software.

• add_on:
Directory for additional Siemens products (e.g., TPM, MDA, DNC, etc.).
This can have the same directory structure (e.g. language subdirectory) and
directory contents as mmc2. Entries for the add-on product in REGIE.ini and
re_*.ini, for example, are also stored here.

• oem:
Directory for machine manufacturers and OEM users in which internal OEM
applications are located. This can have the same directory structure
(e.g., language subdirectory) and directory contents as mmc2. Entries for the OEM
product in REGIE.INI and re_*.ini, for example, are also stored here.

• user:
User directory in which customer differences from the ini files supplied are stored.
Changes to the appearance of the user interface, which can be made by the user
by means of settings on the HMI user interface, are also stored here (e.g. language
setting, file selection, file manager view, etc.). Other settings that do not concern
OEM or add-on products are also stored in the user directory, e.g. alarm server
settings.
Changes to “auxiliary files”, e.g. assignment of specific access authorizations for
functions, or hiding of specific softkeys, also have to be stored in the user file.

In principle, only entry differences in the ini files as compared with the originals in
mmc2 are stored in the parallel directories to mmc2. For example, if an OEM
application is added to "oem", a complete "regie.ini" is not created; only the modified
sections are stored in "oem".

REGIE.INI would then look like this, for example:

[TaskConfiguration]
Task7:=oem1appl, .....

Note
None of the INI files in the "mmc2" and "hmi_adv" directory may be modified.

© Siemens AG, 2006. All rights reserved

IM4/2-52 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

Procedure for user-specific entries

1. In the F:\USER directory, create an empty INI file with the same name as in
"mmc2" (if necessary, also create subdirectories, e.g., LANGUAGE, in USER).

2. In the INI file in the USER directory, copy only the section you wish to change and
write the new or modified entry below it.

Note
Do not copy the entire INI file from "MMC2"!
Only copy the differences.

Example:

Entry in MBDDE.INI for PLC error message/operating message and scrolling through
alarm lines
MBDDE.INI in USER:
;Section header

[TextFiles]
UserPLC = F:\DH\MB.DIR\MYPLC_

[Alarms]
;Scroll through alarm lines
RotationCycle = 1000

The same procedure applies to the F:\ADD_ON and F:\OEM directories.

\ADD_ON is reserved for Siemens products.
All OEM applications should be installed in \OEM

Notice
The associated entries, e.g. in REGIE.INI, should be modified in these directories
and not in \MMC2\!

Switching off settings

If there are specific entries in a lower-priority directory that you wish to be disabled in a
higher-priority directory, you can do this by specifying an <empty> entry instead of a
value.

Example:

Directory mmc2, file xxx.INI:

[<Section>]
<Identifier> = <value>
Directory user, file xxx.INI:
[<Section>]
<Identifier> = <empty>

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-53
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

Maximum file length

The maximum file length for INI files in Windows systems is 60 KB. If this limit is
exceeded, entries at the end are ignored.

Remedy: Omit the full comments in USER\PARAMT.ini, for example, since they are
also included in MMC2\PARAMT.INI.

2.4.2 Setting the alarm log

Application
Two different methods are available saving the alarm profile on the hard disk. The
application and the disk load must be taken into account when selecting which method
to use. The required entries are made in the MBDDE.INI file.

Writing to alarm files always places a load on the same hard disk region. Various
methods can be chosen with the following control options.

There are a number of strategies for reducing the load on the disk. Multiple log files
can be maintained in parallel on the disk. With the multiple file strategy, the next file is
selected each time the HMI is started up. This reduces the load on the disk hardware,
both in the data area as well as the directory information area. In addition, this strategy
detects physical disk errors in the data area on startup and avoids them by
reallocating memory space.

The multiple file strategy can be selected by means of the DiskCare Ini file entry
File: "mbdde.ini",
Section: [PROTOCOL],
Entry: "DiskCare".

The following values are possible:

DiskCare=-1 The MBDDE server controls the alarm log in the memory.
The alarm log is saved to the hard disk if
it is displayed in the diagnostics operating area
or if the Alarm Cancel key is actuated.

DiskCare=0 The data is written to the log file immediately.

DiskCare=n Changes in the alarm status are written to the

log file if no change occurs within n seconds.
In addition, the alarm log is saved to the hard disk if
it is displayed in the diagnostics operating area
or if the Alarm CANCEL key is actuated.

DiskCare=-n n>1 specifies the number of parallel alarm files.

The file "mbdde.ini" is evaluated on startup. The unused alarm files and the current log
file are located in the mmc2 directory. The names of these hidden files (attribute
"hidden") consist of an 8-digit hexadecimal number with the extension ".alr".

© Siemens AG, 2006. All rights reserved

IM4/2-54 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

The names of files in which write errors are detected on startup also consist of an
8-digit hexadecimal number, but with the extension ".al_".

Log file size

The size of the log file (ring buffer) can be defined in the MBDDE.INI file.

[Alarms]
Records = value ; Size of log file
Default value: 150
Minimum value: 18
Maximum value: 32000

With standard value 150, 75 alarms can be displayed. 2 records are needed for each
alarm.

Selection of alarms by feature

Filter entries in MBDDE.INI can be used to control the messages logged in the log file.

[PROTOCOL]
Filter=Expression

Expression expresses selection features and is constructed as follows:

Syntax
[IDENTIFIER][RELATION][FEATURE][OPERATORS]

IDENTIFIER:
• No. Alarm number
• Prio Priority
• Mode Message line/alarm line or dialog box
• Type Alarm type (PowerOn, Cancel, etc.)
• From Source of alarm
• AckVar Acknowledgment variable

RELATION:
• ':' Equal to
• '<' Less than
• '>' Greater than
• '!' Not

FEATURE:
• Numbers
• Strings

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-55
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

OPERATORS
• ',' Comma denotes logical OR, only within
a filter.
• '' Space/blank denotes logical AND between
individual filters.
• '|' Pipe denotes logical OR between individual filters.

Examples:

Filter=Type<3
Only POWERON and RESET alarms are logged.
Filter=From:NCU_1
Only alarms from NCU_1 are logged
Filter=From:NCU_1 Type:1,3
Only POWERON and CANCEL alarms from
NCU_1 are logged

2.4.3 Access authorizations when creating programs

Application
When the data management server starts up, it reads data scheme SCHEMA.BIN
followed by the plain-text identifier from the appropriate language dll.

During startup, the data management server checks whether there are entries for
modified standard access authorizations in the DH.INI file. The data management
server uses these settings to update its internal image of the data management chart
with the modified access authorizations.

The access authorizations described in the entries are now used as standard access
authorizations for the selected data. Entries that do not match the existing scheme are
ignored.

Formats and data type

All entries are located in the [ACCESSMASKS] section.
Example:
The entries have the following format:
[ACCESSMASKS]
\wks.dir\*.wpd\*.mpf = 75775
\mpf.dir\*.mpf = 75775
\cus.dir\*.spf = 33773

A standard access mask can be declared for each data type and storage location. An
entry comprises the path at which data of the data type can be created and the new
standard access mask.

© Siemens AG, 2006. All rights reserved

IM4/2-56 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

The paths are composed of the data type identifiers. In the example above,
"\wks.dir\*.wpd\*.mpf" consists of the data types for
workpiece directories "wks.dir"
workpieces "*.wpd"
part programs "*.mpf".

The new standard access mask 75775, with which new part programs are created, is
defined in all workpieces.
Access mask 75775 stands for:
7 Read access for all 0 to 7 are permissible
5 Write authorization for Protection 0 to 7 are permissible
level 5 and higher
7 Execution authorization is set 0 or 7 are permissible
7 Display authorization for all 0 to 7 are permissible
5 Delete authorization for Protection 0 to 7 are permissible
level 5 and higher

Restrictions
When the HMI database is installed, data are always created with the access
authorizations defined in the standard data scheme. Access authorizations for nodes
such as wks.dir cannot be changed.

2.4.4 Configuring the acknowledgement icon for PLC alarms

Application
You can configure your own acknowledgement icon for acknowledging PLC alarms.
You can choose which bitmap is displayed in the diagnostics alarm image for PLC-
generated alarms (via FC 10). The chosen pixel image (20 x 20 pixels) should tell the
user which button to press to acknowledge alarms generated by DB2.

The chosen button must correspond to the signal specified in the QUIT
acknowledgement parameter by FC 10. For example,
Call FC 10
ToUserIF:=TRUE
Quit:=DB21.DBX7.7 //Channel 1 RESET
Select a value for the image to be displayed in the [ALARM_PICTURE] section:

[ALARM_PICTURE]
;0 = Image for PLC button
;1 = Image for Cancel button
;2 = Image for Reset button
;3 = Image for HMI button
;4 = Image for user-defined button
ButtonImage=1

If 4 is selected (user-defined button), then the corresponding image must be specified

with ButtonNameUser=”name.bmp”. Any value can be chosen for name.

We recommend making the entry in the DG.INI in the USER or OEM directory.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-57
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

The image must be located in one or more of the following directories:

;F:\User\Icons\640
;F:\User\Icons\800
;F:\User\Icons\1024
;F:\Oem\Icons\640.
;F:\Oem\Icons\800.
;F:\Oem\Icons\1024.

It is automatically adjusted to the current screen resolution. A version of the image

must be located in the directory containing the images in the current resolution.

2.4.5 Configuring the "Language selection" softkey

Application
If there are more than 2 language options on the control, the "Select language" softkey
can be configured in the main “Startup” in order to change among the language
options via the menu.

The entry "SkSelectLngInsteadSkChangeLng" in the "IB.INI" file in the "[LANGUAGE]"

section controls whether the "Select Language" softkey in the main “Startup” screen
should be replaced by the “Change language" softkey. If there is no
"SkSelectLngInsteadSkChangeLng" entry, only "Change language" is available.

The values of "SkSelectLngInsteadSkChangeLng" have the following meanings:

False: "Change Language" softkey for changing between the foreground and
background language, same as before (default setting).
True: "Select language" softkey for selecting among the installed languages.
This enables you to switch instantaneously among three or more language
online.

If the setting is TRUE (Select language), the following values should be added to the
entries in the "[LANGUAGE]" section in the "MMC.INI" file:
LanguageList= ... , GR
FontList= ... , Europe
FontListKO= ... , Europe2
LBList= ... , German

Note
With Select language the first language is not provided as a choice. By listing the
first language in the language list again (and therefore also in the corresponding
font settings) the first language also appears in the language selection menu.

© Siemens AG, 2006. All rights reserved

IM4/2-58 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

Parameterization
The names of the soft keys are predefined.

HSx x 1 -8, Horizontal soft keys 1 to 8

VSy y 1 -8, Vertical softkeys 1 to 8

Not all softkeys need to be assigned.

Reference: /IAM/ BE1, Section “Configuring OP Hotkeys and PLC Keys”.

2.4.6 Creating user-specific operating menus

Application
Skeleton applications can be generated with the following additional options:
• Free design of operating tree: creation of new operating levels, new arrangement
of softkeys for previous operating levels and the new operating levels.
• Integration of user applications in the operating levels (OEM applications).
• Calling of standard applications from any operating level, including defined
submenus.
• Using the "Skeleton application" function, existing operating areas used in HMI
Advanced can be combined and selected with a new softkey – simply by means of
configuration. This releases operating areas/softkeys in the main menu for
dedicated operating areas (OEM applications).
• The "Skeleton application" function can be used repeatedly to define a
subordinate operating level from an existing operating level. This allows free
operating tree design.
• A skeleton application can define up to 16 horizontal and 8 vertical softkeys.

When you leave an operating area that was selected from a skeleton application, you
return to the higher-level menu of the skeleton application.

The following standard applications can be selected from a skeleton application:

- Machine
- Parameters
- Services
- Program
- Simulation → HMI settings
- Diagnostics
- Startup and
- OEM applications

From the skeleton application a particular function of an operating area that is

accessible from it can be selected specifically. (e.g. Program → Simulation, all
standard possibilities are given in the table below).
A skeleton application can provide its own home screen as a bitmap file or display a
standard image.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-59
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

Configuration principle
New operating levels are created by skeleton applications and attached to existing
operating levels. The assignment of the horizontal and vertical softkey rows of the
framework applications can be configured.

Configuration files
Configuration is carried out in the following files:

• REGIE.INI Calls the skeleton application(s), standard applications

In REGIE.INI an interpreter task mntmmc is specified as a task
in which the CmdLine:="SectionName1" parameter indicates the
section in which additional information about the inserted
skeleton application in the TASKCONF.INI file is located.

• TASKCONF.INI Description of softkeys and the operating areas and background

screen/texts they call, texts for the softkey labeling, if required.
The specifications are made under the section that was specified
in the CmdLine attribute.

• RE_xx.INI Softkey labeling of the skeleton application for the language with
the code xx.

For additional information refer to Section 2.5 Overview of the INI files.

Examples
The following entries in the REGIE.INI clarify the process:

Skeleton application for user-specific operating trees.

; Sample entry

Task7 = name := mntmmc, cmdline := "SectionName1", Timeout := 60000

The task number (7 in this case) is assigned to the softkey that calls the skeleton
application.
Task0: Horizontal softkey 1
...
Task7: Horizontal softkey 8

mntmmc is the name of a standard task for interpreting the softkeys in the skeleton
application in TASKCONF.INI and for activating them.

The value of cmdline indicates the section in the TASKCONF.INI file in which the
softkey assignments in the skeleton application are described in detail.

There may be more than one Task<No.>= name := mntmmc, ... entry if several
sections in TASKCONF.INI have been defined with skeleton application parameters.
This also allows operating trees to be designed with multiple levels.

© Siemens AG, 2006. All rights reserved

IM4/2-60 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

TASKCONF.INI
[SectionName1]
; REGIE.INI must contain a reference to the section name selected by the user.
; Sample entries:
; The Services application should be activated when the skeleton application
; is started for the first time
; The softkey index that activates the desired task at program start is defined using the
; start index entry.
; Services with StartIndex 5 for example

StartIndex = 5

; Main screen for the skeleton application

Picture= Skeleton1.bmp

; The first softkey is assigned the Program task (task index 2) as child
(HSK1IsTask=0)
; with the <root> parameter, the softkey texts specified for German (via default)
; and English (UK)

HSK1Task=2
HSK1IsTask=0

; Application-specific parameter: In this case, return to base level for the

; Program application, parameter: <root>
HSK1Command=<root>
HSK1SkText=Program ; No language specified is the default setting
; for all non-configured languages
HSK1SKText _UK=Program ; softkey label in English (_UK)

; The fifth softkey is assigned the Services task (task index 3) as child
(Hsk1IsTask=0)
; with the empty command parameter,
; the softkey texts specified for the default German (_GR) and English (_UK)

HSK5Task=3
HSK5IsTask =0
HSK5Command=
HSK5SkText=SERVICES
HSK5SkText _GR=Services
HSK5SkText _UK=service

; Access authorizations for the "Services" softkey

HSK5AccessLevel= 3

; The 2nd softkey in the ETC bar is assigned the Setup task (task index 5) as
child
; (HSK10IsTask=0) assigned with empty command parameter,
; the softkey texts specified for German (_GR) and English (_UK)

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-61
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

HSK10Task=5
HSK10IsTask=0
HSK10Command=
HSK10SkText _GR=Commissioning
HSK10SkText _UK=Setup

; TerminateTask=

; HSK16=ExitButton

Assignment of softkey numbers

The following assignments apply to HSK and StartIndex:
1 - 8: Horizontal softkeys 1 - 8
9 - 16 Horizontal softkeys in the ETC softkey bar
17 - 24 Vertical softkeys 1 - 8
25 - 32 Softkey bar for OEM applications, see Subsection 2.1.2

Language-dependence of softkeys
The softkeys are labeled according to the current language setting. The softkeys are
updated whenever the language is changed. If the softkey text for the current
language (HSK<SoftkeyIndex>SkText_<Language>=...) is not found, the softkey is
assigned the default text (Entry (HSK<SoftkeyIndex>SkText=...) or, if there is no
default text, the task index.

Skeleton applications as child tasks

The skeleton application can also be started from a dedicated process as a child
application. Then, upon recall, the skeleton application returns to the starting
application and closes, if applicable:

; The application is terminated on return

HSK<SoftkeyIndex>TerminateTask=1 ; <> 0 terminate
or
; The application is not terminated on return. This is the default setting
HSK<SoftkeyIndex>TerminateTask=0 ; 0 do not terminate

Home screen for the skeleton application

Unless otherwise specified with Picture= …, a blank background is displayed.
You can specify your own picture and store it as a bitmap in the oem directory, e.g.,
Picture=BackgroundSkeleton1.bmp

The screen is displayed when the skeleton application is selected or on return from an
application called by the skeleton application.
Entering 1 rather than a picture file causes the "Setup" screen to be displayed
(default).

© Siemens AG, 2006. All rights reserved

IM4/2-62 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

Note
If StartIndex and a picture are configured, the picture is superimposed as soon
as the skeleton application is selected and the application configured with
StartIndex opens. If the picture is larger than the window available in the current
operating device, the part from the center of the picture that fits in the window is
displayed.

Access authorizations
The softkeys in the skeleton application can be secured with access authorizations.
0: System
... ...
7: Keyswitch position 0
; Example:
; Access authorizations for the "Services" softkey
HSK5AccessLevel= 3

NCK-dependent softkeys
With HSK<SoftkeyIndex>NckLink=1, a softkey can be tied to the existence of an
intact connection to the NCK, provided softkey entries in TASKCONF.INI are made
accordingly. The softkey can then only be used when the connection exists. Default is
0: no check.

Shortened configuration in TaskConf.INI

The above configuration of TASKCONF.INI for a softkey in the skeleton application
can be simplified for the following entries when standard operations are addressed:

HSK<SoftkeyIndex>Task= x/y
x Operating area
y Command or state= i

Example:

HSK1Task=Program/<root>
has the same meaning as the full configuration:

HSK1Task=2
HSK1IsTask=0
HSK1Command=<root>
HSK1SkText=Program

x y Explanation
Machine <root> Go to the Machine home screen (task 0) with recall to the highest level
for return. The softkey text is Machine.
Parameters <root> Go to the Parameters home screen (task 1) with recall to the highest
level for return. The softkey text is Parameter.
Program <root> Go to the Program home screen (task 2) with recall to the highest level
for return. The softkey text is Program.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-63
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

x y Explanation
Service <root> Go to the Service home screen (task 3) with recall to the highest level
for return. The softkey text is Services.
Diagnostics <root> Go to the Diagnostics home screen (task 4) with recall to the highest
level for return. The softkey text is Diagnosis.
Diagnostics State=10 Go to the Diagnostics home screen with recall to the highest level for
return and selection of the alarm screen.
The softkey text is Alarms.
Note:
The entire horizontal diagnostics softkey bar can be used.
Diagnostics State=20 Go to the Diagnostics home screen with recall to the highest level for
return and selection of the message screen.
The softkey text is Messages.
Diagnostics State=30 Go to the Diagnostics home screen with recall to the highest level for
return and selection of the alarm log screen. The softkey text is Alarm
log.
Diagnostics State=40 Go to the Diagnostics service screen with recall to the highest level for
return. The softkey text is Service displays.
Diagnostics State=50 Go to the Diagnostics PLC status screen with recall to the highest level
for return. The softkey text is PLC status.
Setup <root> Go to the Setup home screen (task 5) with recall to the highest level for
return.
The softkey text is Commissioning.
Setup State=10 Go to the Machine data screen with recall on exiting the level. The
softkey text is Machine data.
Setup State=40 Go to the PLC overview screen in Setup with recall on exiting the level.
The softkey text is PLC.
Setup State=50 Go to the Drive overview screen in Setup with recall on exiting the level.
The softkey text is Drives/Servo.
IBSetup <root> Go to the Settings home screen (task 34) with recall to the highest
level for return.
The softkey text is System settings.
Simulation <root> Go to Simulation (task 27). A modal dialog is displayed, which you can
use to select the program to be simulated. The simulation is aborted by
pressing Cancel. The softkey text is Simulation.

Other interfaces in the standard applications

The following standard applications can be addressed with these:
• Parameters
• Diagnostics
• Startup

The following commands should be noted to the right of the equals sign in the softkey
command definition:
HSK<SoftkeyIndex>Command=Command1; Command2; ... or
VSK<SoftkeyIndex>Command=Command1; Command2; ...

A semi-colon is used as a separator between multiple commands.

© Siemens AG, 2006. All rights reserved

IM4/2-64 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

Example:
; Hide some softkeys in the horizontal softkey bar for
; standard operation
HSK1Command=DisableHSK(1, 3-4)

Commands
DisableHSK(<SoftkeyList>)
The horizontal softkeys are removed from the softkey list. Individual softkeys can be
separated by commas or specified using softkey ranges <from> - <to>, e.g.,
DisableHSK(1,3,5-7).

Note
Softkeys in the ETC bar cannot be removed.

DisableVSK(<SoftkeyList>)
The vertical softkeys are removed from the softkey list. Individual softkeys can be
separated by commas or specified using softkey ranges <from> - <to>, e.g.,
DisableVSK(1,3,5-7).

DoVSK=<SoftkeyIndex>
The action of the vertical softkey (1-8) is initiated.

Recall(<StatusList>)
On reaching a status from the list the application returns to the calling application. The
statuses can be separated by commas or specified as ranges <from> - <to>, e.g.
Recall(1,5-7,48).

Highlight=<SoftkeyIndex>
The horizontal (1 – 8) or vertical (9 – 16) softkey is displayed with a blue background
when the application is called.

ZuMat=<StatusMatrix>
The status matrix (e.g. dg\dg.zus) transferred is read and replaces the original status
matrix.

RE_GR.INI
[HSoftkey-Texts]
HSK7 = "Special menu" // 20

The creation of OEM applications in HMI Advanced is described in:

Reference: / HMI Configuring Package /
Please contact your local sales office for the latest electronic documentation.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-65
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

2.4.7 Expanding the service overview user-specifically

Application
The DGOVW.INI file can be used to define additional signals in the drive diagnostics.
The file must be created explicitly in the mmc2 directory or addon, oem, user directory.

If the file is present, the signals configured in it are evaluated and displayed in
Diagnostics → "Service Overview" service displays. Language-specific and non-
language-specific texts can be configured in it.

Language-specific texts are located in language-specific INI files in the

mmc2\language (or addon,oem,user...) directory with the name
DgOvwTxt_<language abbreviation>.ini.

A log file called dgovw.log is created in the user directory, in which error messages
that occur when the dgovw.ini file is compiled are output.

Structure of the DGOVW.INI file

[GLOBAL]
NrOfSignals=
[BMP]
100="<Bitmapname>"
101="..."
.
.
[SIG1]
text=
Item=
expr=
.
.
[SIG2].
.
.
[SIG<n>]
.
.

Meaning of entries
NrOfSignals:
Number of additional signals. The signals are located in the [SIG<nr>] section, where
<nr> goes from 1 to NrOfSignals (continuously and with no gaps).

Text:
• language-specific text in the form $T<TextNr>
where <TextNr> is a number in the language-specific DgOvw_xx.ini file (xx is
the language abbreviation).
• non-language-specific text "<any text>".
"<any text>" is expressed exactly as it is written in this ini file.

© Siemens AG, 2006. All rights reserved

IM4/2-66 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

Item: (see description of the OPI)

The following configuration possibilities exist for the area or line index:
<CH> for the channel number in which the axis is active
<AX> for the axis number
<DRV> for the drive number of the associated axis
<PLC_CH> for a PLC channel DB; is replaced by 20+channel number of the
channel in which the axis is active.
<PLC_AX> for a PLC axis DB; is replaced by 30+axis number

e.g.: Item = /Channel/MachineAxis/impulseEnable[u<CH>, <AX>].

In this case the current channel would be used for <CH> and the current axis number
for <AX>. The value obtained can be evaluated by bits or as a whole number.

expr: This can be an IF statement or a bitmap assignment.

Syntax:
expr=<IF_Statement> or
expr=<Bmp_Assignment>

<IF_Statement>::= IF <BoolExpression> THEN <Statement>ELSE<Statement>

<Bmp_Assignment>::= BMP = <BitmapNr>

<Statement>::= <EntryName> or
<Statement>::= <Bmp_Assignment>

<BoolExpression>::= <Val> or
<BoolExpression>::= <Val><OP><Value>

<Val>::= # or
<Val>::= #.<BitNr>
<BitNr>::=Bit number to be evaluated (0..31)
<OP>::= < , > ,= ,>=, <=, <>

An expression must occupy one line.

<EntryName>::= any name, which must be defined in the same section as expr. It is
treated in the same way as expr.

<BitmapNr>::= Number of a bitmap.

The numbers 0 to 99 are reserved for Siemens.
Internal bitmaps must be defined in the [BMP] section (see below). The predefined
numbers have the following meaning:

0: do not display bitmap

1: OK display bitmap
2: Not OK display bitmap
3: Error => alarm is active display bitmap
4: Not applicable display bitmap
5: No drive allocated display bitmap
6: Communication error display bitmap

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-67
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

[BMP]
Any internal bitmaps can be specified in this section. The first bitmap in the [BMP]
section must have number 100, the second 101, etc.
The name must be specified in double inverted commas. Without path names, the
bitmap is searched for in mmc2 or addon, oem, user... Otherwise, it is searched for in
the stated path.

Example: signal for measuring system 1 active:

[GLOBAL]
NrOfSignals=1
[BMP]
100=“test.bmp“
101=“c:\tmp\test2.bmp“

[SIG1]
text= “Measuring system 1 active“
Item= /Nck/MachineAxis/encChoice[u1, <AX>]
expr= if #=1 then BMP=100 else expr2
expr2= if #=0 then BMP=101 else BMP=2

Structure of the DGOVWTXT_XX.INI File

xx in the file name stands for the language abbreviation for the language-specific file.

The only section is the [TEXT] section.

The individual tests are listed here in the form:
$T<Text-Nr>= "<any text>".

Values from 1000 to 32767 are permitted for <Text Nr> and may only occur once.
Values below 1000 are reserved for Siemens.
This file has to exist for all languages that are required. (Language abbreviation as in
mmc.ini). It is stored in the mmc2(user,addon, oem ...)\language directory

2.4.8 Workpieces with creating job lists and using templates

Application
The option "multiple channel sequential programming" and a multiple channel
machine with 20 channels are prerequisites. An offline mode is possible; the channels
cannot be checked in this case.

The templates for work pieces offer a simple possibility of creating new program
sequences in the form of workpieces with job lists. These templates can be adapted
for an existing workpiece.

In the program operating area, a workpiece is processed using "Edit workpiece." If no

joblist, part program or DAT file with the workpiece name exists, an error message
appears stating that the workpiece cannot be opened. If an automatic adaptation of
the workpieces is activated by an entry in the MMC.INI file, an attempt is made to
finish the workpiece instead of an error message.

© Siemens AG, 2006. All rights reserved

IM4/2-68 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

Parameterization
The following parameters must be specified in the [Program] section in the MMC.INI
file:
[Program]
; 1=finished workpiece via workpiece template,
; if opening is impossible with MCSP (preset)
; 0=sends an error message:
; UpdateWorkpiecesBasedOnTemplates=1

• There is only one workpiece template under templates with JOB/DAT file. The
contents of this template are then automatically copied into the selected
workpiece. Files that already exist in the current workpiece are not overwritten. If
a JOB/DAT file with the workpiece name exists after this, the sequence editor is
opened, otherwise an error message appears.
• If there are several workpiece templates under templates with JOB/DAT files, a
"Finish workpiece" dialog appears which allows the desired workpiece template to
be selected.
• If a part program that does not contain an INIT instruction is selected when "Edit
workpiece“ is activated, the "Finish workpiece" dialog is called up, which allows a
selection to be made from the JOB/DAT files (if available) under templates. If a
JOB/DAT file is selected, it is copied into the workpiece under the part program
name and opened with this file of the sequence editor. Workpiece templates are
not offered at this point, but only when a workpiece is selected.

The files and messages stating that the template files are already contained in the
workpiece are displayed in the log window.

Error messages
Error messages are displayed in the following cases:
• If a part program that does not contain a valid INIT instruction is selected:
No INIT instruction found in the part program!

• There is a reference to a non-existent file in the JOB/DAT file:

The following non-existent programs are addressed:

• There is a reference to a non-existent channel number in the JOB/DAT file:

Non-existing programs are assigned to the following channels:

• If no entry could be created in the DAT file:

No channel assignment found!

Additional configuration options for multi-channel sequential programming are

described in the Subsection 2.5.17 MMC.INI and 2.5.23 SEDITOR.INI.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-69
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

2.4.9 Double-channel display

Application
In order to be able to use the double-channel display in the Machine operating area,
the following [MULTI_CHAN_i] sections are required:

[MULTI_CHAN_i]
CHAN_2 = k
"i" denotes the channel number in the current NCU.
The 2nd channel displayed is specified in the CHAN_2 entry CHAN_2 = k

Note
When the channel menu is selected, all entries under [MULTI_CHAN_i] are
ignored.

This default configuration only applies when switching from 1-channel to 2-channel
display. If 2-channel display is active and a channel is switched within the display, the
other channel remains unaffected.

Example for the default configuration of 2-channel display:

An NCU has 6 channels. (1, 2, 3, 6, 7, 8).
The channel combinations 1-6, 2-7, and 3-8 are always to be displayed together:

[MULTI_CHAN_1]
CHAN_2 = 6

[MULTI_CHAN_2]
CHAN_2 = 7

[MULTI_CHAN_3]
CHAN_2 = 8

[MULTI_CHAN_6]
CHAN_2 = 1

[MULTI_CHAN_7]
CHAN_2 = 2

[MULTI_CHAN_8]
CHAN_2 = 3

Note: Each of the paired channels appears once in [MULTI_CHAN_i] and once as the
2nd channel in CHAN_2=i.

© Siemens AG, 2006. All rights reserved

IM4/2-70 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

2.4.10 Tool management

Application

The Tool Management HMI Advanced already contains the functionality.

The structure of the NCDDE variables of tool management follows the pattern:
“TMHMICurData_”<MMCName>”_”<DataName>
with TMHMI = Tool Management Human Machine Interface

The following current data (<DataName>0) are present:

General TOA and channel data:
- curTOANo Current TOA number
- curChannelNo Current channel number

Current tool in list views (tool in which the cursor lies) and in tool data images for
individual tools:
- curToolTNo T number
- curToolIdent Tool identifier
- curToolDuplo Tool duplo number
- curToolType Tool type
- curEdgeNo Tool edge number, relative to tool and not to duplo
number!
- curDLNo Tool edge correction location number, relative to edge
- curMagNo Magazine number; “0” if the current tool is not situated on
a place or is intended for it.
- curPlaceNo Magazine place number; “0” if the current tool is not
situated on a place or is intended for it.

Current magazine in magazine list view

- curMagLiMagNo Magazine number,

Target magazine, target magazine place during loading, unloading, reloading,

positioning, empty place search:
- targetMagNo Magazine number
- targetPlaceNo Magazine place number

Source magazine, source magazine place during loading, unloading, reloading,

positioning, empty place search:
- sourceMagNo Magazine number
- sourcePlaceNo Magazine place number

Current tool in tool cabinet:

- curCabToolIdent Tool identifier
- curCabToolDuplo Tool duplo number
- curCabToolType Tool type

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-71
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

Current tool in tool catalog:

- curCatToolIdent Tool identifier
- curCatToolDuplo Tool duplo number
- curCatToolType Tool type

Additional information needed for setup can be found in:

Reference: /FBW/, Description of Functions Tool Management.

2.4.11 Tool selection without tool management

Application
The “Parameters without tool management” application provides local NCDDE
variables that write to the currently selected tool. The tool management functions are
used for this purpose for tool selection under Parameters. The settings in the
PARAM.INI file affect when these variables are written to: variables are written to only
when images change as a result of “Expand user interface” or, alternatively, at each
parameter status change.

The tool is selected with the cursor in the tool images without tool management. When
the cursor is positioned on a tool, the internal T number and the edge number are
written to local NCDDE variables for this tool. These variables can be evaluated from
“Expand user interface”.

All data in one variable

The name of the NCDDE variables follows the pattern:
“PAHMICurData“_< MMCName> , where MMCName comes from MMC.INI.
Thus, the difference between the name of the NCDDE variables and the tool
management variables lies in the prefix.

Note
The NcddeMmcName and NcddeMmcName entries in the [GLOBAL] section
must not have standard value “__xxxx__”. Otherwise, it will be replaced by a
random number.

In this variable, the current PAHMI data are fed as a string, possible in the form:
"curToolTNo=35;curToolDNo=5;" with “=” as a separator between data name and
data value and “,” as a separator between data
Individual variables
In addition (or alternatively), a separate NCDDE variable is available for data element.
The name of this variable is formed from the following:

“PAHMICurData_”<MMCName>”_”<DataName>
where <MMCName> is taken from the mmc.ini file in the [GLOBAL] paragraph in
theNcddeMmcName entry.

© Siemens AG, 2006. All rights reserved

IM4/2-72 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

Note
The NCDDE server does not permit multiple variable access to NCDDE variables
so that read and write accesses occur individually.

The following current data (<DataName>) for TOA and channel are present:

- curTOANo Current TOA number

- curChannelNo Current channel number

Current tool in list views (tool in which the cursor lies) and in tool data images for
individual tools:
- curToolTNo T number
- curToolType Tool type
- curEdgeNo Tool edge number, relative to edge,
not DNo!

Currently unknown values exist as “varname=;” in the NCDDE variables or are omitted.
The data sequence is not defined. As long as a data value is not set, its NCDDE
variable is blank or is not present.

Control of interface
The interface activity can be controlled using PARAM.INI.

[General]
; Options of "write current data of tool management human
; interface to ncdde variables when switch to
: WIZARD forms or WIZARD softkeys occur":
; All Options have to be set by using named arguments in
; one single line.
; Options are
; switched "ON" by value "True" and
; switched "OFF" by value "False" or if named argument
; does not exist in line.
; "EnableAllTogetherWriteToNcdde := True":
; all data in one ncdde variable
; "EnableSingleWriteToNcdde := True":
; one ncdde variable per data
; Both options can be active.
; If both options are not active,
; no write to ncdde variables will occur.
; "WriteChangesWhenStateChanged := True":
; write changes when a softkey is pressed,
; even if there is no switch to WIZARD
The following setting must be in a single line of PARAM.INI:
HMICurDataInterface = EnableAllTogetherWriteToNcdde := True,
EnableSingleWriteToNcdde := True,
WriteChangesWhenStateChanged := False

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-73
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

2.4.12 Setting technology-specific texts

Application
The following sections are available in the "IF.INI" file for parameterizing the Help
functions:
• TECHNOLOGY
• TEXTFILES
• CONTEXT
• TEXTSEARCH

TECHNOLOGY section
The technology group to which the machine belongs can be specified in the
[TECHNOLOGY] section in order to limit the display of instruction texts to those
entries that are relevant for the machine. Then, only entries that are relevant to the
technology group are displayed.

The following technology codes can be specified:

“m“ = milling
"t" = turning
"g" = grinding
"s" = nibbling
"p" = punching
"a" = display all technologies

TEXTFILES section
The paths (path\name) of the Quick Help text files on which the help function is based
are parameterized in the [TEXTFILES] section.
The help function accesses the following text files:
Siemens "DH\CST.DIR\IFS_GR.COM"
Machine manufacturer "DH\CST.DIR\IFM_GR.COM" (any file name)
End user "DH\CST.DIR\USER_GR.COM" (any file name)
(Also entered via "Settings")

Notice
The path for the Siemens text file “DH\CST.DIR\IFS_GR.COM“ must exist; if not,
an error message is output accordingly.

The entry for Siemens is specified in conjunction with ISO language as:
SiemensI=file

where file equals ifit_xx.com for turning or

where file equals ifim_xx.com for milling.

There are different parameterization options for the names of the text files when
assigning the text path.

The following table lists the parameterization options and their interpretation by the
Help function.

© Siemens AG, 2006. All rights reserved

IM4/2-74 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

Table 2-6

Parameters for the text file Interpretation

FileName.com The language-dependent text file is read out
File name_XX.com The language-specific text file is read out
(XX=language code, e.g. "gr" for
German. For a list of language
codes, see also /IAD/840D
Installation and Start-Up Guide,
Section "Alarm and Message
Texts")
Filename_.com In this setting the non-language-specific test
file is read first, if present, otherwise the
language-specific text is read

Example: ENDUSER=CUS.DIR\IFM_.COM

First of all, the non-language-specific text file "Ifm.com" is opened in the path
“C:\DH\CUS.DIR\“ by default or, if the non-language-specific text file does not exist,
the relevant language-specific text file (e.g. “IFM_GR.COM“) is opened.

Extract from Short Help txt file "IFM_GR.COM":

...
a2//G00/Linear interpolation with rapid traverse (m)
a2//G01/Linear interpolation with feed (m)
a2//G02/Circular interpolation in clockwise direction (m)
...

CONTEXT section
An increased context sensitivity of the Help function can be selected in the [CONTEXT]
section. This setting is activated with "1" and deactivated with "0".
(Also entered under "Settings").
If the increased context sensitivity is activated and the cursor is positioned to the left of,
next to or on an instruction text, then all instructions with the same initial letters are
displayed when Help is called.

For example, if the programmer has selected instruction "G1", then all instructions
beginning with "G1" (e.g. "G1", "G17", "G18", "G19") are displayed.

If increased context sensitivity has been deactivated with "0", then only the instruction
actually selected (if available) is displayed.

TEXTSEARCH section
The text search type can be specified in the [TEXTSEARCH] section. The following
search methods can be parameterized:
1 = instruction texts only
2 = descriptive texts only
3 = instruction and descriptive texts
(Also entered under "Search").

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-75
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

2.4.13 Configuring the "EXIT" softkey

Application
If you want the sequence control of the HMI software to support an “EXIT” softkey, you
should make the following settings:

[Miscellaneous]

ExitButton=True
ExitButtonIndex = index

The text for identifying the softkey text must be entered in

F:\mmc2\language\re_xx.ini where xx is the language identifier.

ExitButtonAccessLevel=7 ; Dialog box to ask user

ExitButtonQueryUser = True

Requesting a RESTART after shutdown (for Windows XP only)

This function enables HMI Advanced (including Windows XP) to be shut down
followed by a reboot of the PCU during the setup phase. This enables you to avoid
switching the PCU or machine on and off.

The following settings are required:

[Miscellaneous]

EnableRebootDialog=True

The entry can be set either directly in the INI file or by means of the user interface via
Start-up → HMI → Settings → HMI Exit Mode. If the “EXIT” menu is configured
accordingly, the “Shutdown... " or "Restart ... " prompt appears depending on the
access stage.

• If the protection level is lower than the manufacturer level (protection level 2 to 7)
or if the above entry is set to "False" in the REGIE.INI file, the prompt can be
confirmed with:
OK HMI is closed and Windows XP is shutdown.
Cancel HMI is not closed

• If you have the applicable access authorizations (protection level 2 to 7), the
following option is offered:
Restart HMI and Windows XP are closed and then
restarted.
Exit HMI is closed and Windows XP is shutdown.
Cancel HMI is not closed

© Siemens AG, 2006. All rights reserved

IM4/2-76 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

2.4.14 Configuring the screen saver

Application
The delay time before the screen saver is activated can be adjusted:

Section: GLOBAL
Entry : MMCScreenOffTimeInMinutes

Notice
The HMI screen saver and Windows screen saver must not be used at the same
time.

• HMI screen saver: protection for screen and backlight

• Windows screen saver: protection for screen only (blank screen)

Displaying server names

You can choose to display the server name with:

Section: GLOBAL
Entry : ServerVisible

2.4.15 Executing from the hard disk in M:N

Valid for: SINUMERIK powerline
Application
Included in the NETNAMES.INI file are descriptions of the following:
• Configuration of channel menu for multiple channel systems
• Configuration of assignments of multiple HMI components and multiple NCU
components (M : N configurations).
• If multiple HMI components have been assigned to one NCU, the HMI component
that is to provide the part program in the event of "Execution from external source
(hard disk)" must be specified.
• Reference to file with symbols for the PLC signals

In order to execute external programs that are located on the hard disk of the HMI in
the data management system from the part program using the EXTCALL program
command, the following entries, for example, are required in the "Connection part"
section of the NETNAMES.INI file:

; HMI identification part

[own]
owner= HMI_3

; Description of possible connections

; Connection part

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-77
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

[conn HMI_3]
conn_1= NCU_1
conn_2= NCU_2
conn_3= NCU_3
conn_4= NCU_4
EXTCALL_conns=conn_1, conn_2, conn_3, conn_4
; conn_i Identifier for the NCUs from which the HMI
can be accessed (see note)

; Description of significant net parameters

[param network]
bus= opi

; HMI descriptions
[param HMI_3]
HMI_typ = 0x40
HMI_......

; NCU components definition

[param NCU_1]
type =NCU_573
nck_address= 11
plc_address= 11
name = NCU1
...
; Reference to the file with symbols for PLC signals from NCU_1
PlcSymbolFile=PlcSym

Note
The entry EXTCALL_Conns … is only needed in the main operating field in the
NETNAMES.INI file, not in the secondary operating fields.

Details can be found in

Reference: /FB/ B3 "Multiple Operator Panel Fronts and NCUs"

© Siemens AG, 2006. All rights reserved

IM4/2-78 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

2.5 Overview of the INI files

Note
This section provides an alphabetical listing of all INI files indicating the sections
that can be changed by the machine manufacturer or end user. All other
sections must not be changed!

2.5.1 AEDITOR. INI

Information about the ASCII editor can be found in the AEDITOR.INI file.

[MEMORY] section defines the size of the editable files.

MemFactor=f ; f stands for 8 MB units. Permissible values are 1<=f<=31
; corresponding to 8 MB to 248 MB

Editor access authorizations can be modified in section

[ACCESSLEVEL]
GlobalReplace=6
SettingHiddenCheck=7
Enable_Simulation = 7
; Softkey simulation can be hidden
; in the editor

[MMC_Wizard]
AEDITOR=AEDITOR.COM ; see /BE1/

[MEMORY]
; default factor for maximum size of file
; valid values are: from 1 to 31
; factor x (1<=x<=31) means: you can edit a file up to a maximum size of
x * 8 MB
; for example: factor 1 = maximum size of 8 MB, 31 = 248 MB
; attention: a higher factor needs more RAM
; the application can override this default factor
MemFactor=2

; default factor for maximum size of buffer file for editing NC domains
; see explanation for MemFactor above
; the factor should be high enough for the whole NCU memory
; the application cannot override this default factor
MemNCFactor=2

; Number of steps (input lines!), that the ASCII editor

; can reset (Undo)/restore (Redo).
; Default=0: No Undo/Redo steps can be activated
; > 0 max. 32767 only applies if the setting for UndoHandling does not equal 2.
NrOfUndoSteps=10

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-79
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

; Mode for Undo/Redo handling (synchronization with application):

; UndoHandling=0 Automatic: Application responds immediately to Ctrl+Z, CTRL+Y,
; Default
; UndoHandling=1 Active application is informed that Ctrl+Z, CTRL+Y has been
; actuated, response depends on application
; UndoHandling=2 No Undo/Redo function
UndoHandling=0

; Also applies to NC files

; EnableUndoOnNc=1 NC file is also processed with Undo/Redo
With this mode it takes longer to prepare the NC file for
processing in the HMI.
; EnableUndoOnNc=0 NC file is not processed with Undo/Redo
; (Default)
EnableUndoOnNc=0

[STEPS]
; maximum number of blocks to search for a step, 0 == no limit
MaxNrOfBlocks=1500

[ACCESSLEVEL]
GlobalReplace=6
SettingHiddenCheck=7
Enable_Simulation=7 ; Protection level for softkey simulation in editor

2.5.2 COMIC.NSK

REM ----- TYPICAL COMIC START

REM CHANNEL 1
TOPIC(machineswitch) COMIC_START("COMIC001MachineSwitch
",/Channel/Configuration/mmcCmd[u1],/Channel/Configuration/mmcCmdQuit[u1])

REM CHANNEL 2
TOPIC(machineswitch) COMIC_START("COMIC002MachineSwitch
",/Channel/Configuration/mmcCmd[u2],/Channel/Configuration/mmcCmdQuit[u2])

2.5.3 DINO.INI

[ACCESSLEVEL]
USER=3 ; Read authorization for series setup
; Customer password (default)
PROGRAMMER=4 ; Setup authorization for series setup
; corresponds to keyswitch 3 (default)

[Function]
; 0 : ISO-formatted paper tape is not supported
; 1 : ISO-formatted paper tape is supported
IsoActive=0
; 1: ask before overwriting CFG_RESET.INI, 0: don't ask

© Siemens AG, 2006. All rights reserved

IM4/2-80 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

Ask_for_CFG_RESET.INI=0
; Directory to store ISO-formatted programs from
; ISO paper tape archive
; Not changeable by user interface (supported if IsoActive=1)
ISO-Path=/_N_WKS_DIR/_N_SHOPMILL_WPD
; writing ISO paper tape archive:
; 1: accept ISO programs only in ISO path,
; 0: accept in all directories
; Not changeable by user interface (supported if IsoActive=1)
AcceptOnlyISO-Path=1

; 1: first unpack and then delete ZIP files while reading

; an IBN archive,
; 0: don't unpack, but store ZIP files in database
; not changeable by user interface
UnPack=1

; time to wait after a PLC memory reset in seconds

Wait for PLC=20

; reading internal pc-formatted archive that is not a setup archive:

; 0: destination of the unpacked files is determined through any
; existing files with same name, if no such file exist destination
; is MMC
; else: destination is determined from the file header, i.e. from the
; location where the file was read from

TakeDestinationFromHeader=0

2.5.4 DG.INI

Softkey access in the Diagnostics operating area can be set individually by entering
the protection level. Enter the required protection level in the DG.INI file in section:

[ACCESSLEVEL]

ALARMS=7 ; Alarms

SERVICE=7 ; Service displays

COMMUNIC-LOG=3 ; Communication log

PLC=3 ; PLC status
PLC-CHANGE=2 ; PLC status:
; Softkey change value, softkey reset value
; Softkey commit value
; Locked by manufacturer

REMOTE-DIAGNOSIS=4 ; Remote diagnosis

FILE=7 ; File functions
RUN-LOG=7 ; Softkey action log, locked by user

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-81
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

2.5.5 DGOVW.INI

This file is used for configuring additional user-specific signals in Diagnostics →

Service Displays, “Service Overview” screen. Configured signals are added below the
standard signals in this screen and can be viewed there (scrolling may be required).
The file must be created explicitly in the directory mmc2 or addon, oem, user.

[GLOBAL]
; Number of additional signals
NrOfSignals=
; Bitmaps with customized icons to be displayed
[BMP]
100="<Bitmapname>"
101="..."
.
.
; One section per signal
[SIG1]
text=
Item=
expr=
.
.

[SIG2].
.
.
[SIG<n>]
.
.

For details on configuring and for an example, see Subsection 2.4.7 Expanding the
service overview user-specifically.

DGOVWTXT_xx.INI
The value “xx” in the file name contains the language abbreviation. The file contains
the language-specific texts for user-specific signals in the service overview. The file
must be created explicitly in the mmc2 or user, addon, oem …\language directory.

[TEXT]

; $T<Nr> = "Language-specific text"

; <Nr> stands for values from 1000 to 32767, values below 1000 are reserved.
; Example:
$T1001="Signal s"

© Siemens AG, 2006. All rights reserved

IM4/2-82 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

2.5.6 DH.INI

Example:
[ACCESSMASKS]
\wks.dir\*.wpd\*.mpf = 75775
\mpf.dir\*.mpf = 75775
\cus.dir\*.spf = 33773

2.5.7 DPDH.INI

[ACCESSLEVEL]
PROGRAMMER=4
OPERATOR=5
ENABLE_DIALPROG=0
SetStandardWpSave=2
ENABLE_SIMULATION=7

2.5.8 DPSIM.INI

[ACCESSLEVEL]
;minimum level for changing setup standard:
SETUP=1
USER=3
OPERATOR=5

[MAIN]
;<>0: simulate program external modal (see also
; EXTERN_SIZE,EXTERN_CHECK)
EXTERN_MODAL=0
; simulate program extern model, if program
; size >= EXTERN_SIZE
; only if EXTERN_MODAL<>0
EXTERN_SIZE=150000
; only if EXTERN_MODEL<>0
EXTERN_CHECK=1

; <>0: reset tool data, if new workpiece is selected

; =0: use current tool data, if new workpiece is selected
SIM_LOAD_TOOLS=1

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-83
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

[PRELOAD]
;=1: TO_INI.INI and TO_ADDON.INI are preloaded by DPNCSIM.EXE
;=0: TO_INI.INI and TO_ADDON.INI are loaded by simulation
TOOLS=0
;= 1: all cycles are preloaded by DPNCSIM.EXE
; if section MAIN, entry CYCLE is set, additionally all cycles from shadow
directory are preloaded by DPNCSIM.EXE
;= 0: cycles are loaded by simulation, if cycle is called
CYCLES=1
;=2: load for simulation to \CUS.DIR, \CMA.DIR or \CST.DIR (default)
; load only cycles from NCK
; only evaluated if [MAIN]CYCLE is set and [PRELOAD]CYCLES=1
;=0: load all cycle (from NCK and MMC) for simulation to
; \CUS.DIR, \CMA.DIR or \CST.DIR
; only evaluated if [MAIN]CYCLE is set and [PRELOAD]CYCLES=1
;=1: use the cycle interface in \DP.DIR\SIM.DIR
CYCLEINTERFACE=2

2.5.9 HEADER.INI

[CondStopIcons]

DefaultIcon=CondWait.bmp ;0 = No wait state

1=CondStop.bmp ;No NC ready
2=CondStop.bmp ;No ModeGroup ready
3=CondStop.bmp ;EMERGENCY STOP active
4=CondStop.bmp ;Alarm active with stop
5=CondStop.bmp ;M0/M1 active
6=CondStop.bmp ;Block ended in SBL mode
7=CondStop.bmp ;NC Stop active
8=CondStop.bmp ;Read-in enable missing
9=CondStop.bmp ;Feed enable missing
10=CondWait.bmp ;Dwell active
11=CondWait.bmp ;Aux. function acknowledgment missing
12=CondStop.bmp ;Axis enable missing
13=CondWait.bmp ;Exact stop not reached
14=CondWait.bmp ;Waiting for positioning axis
15=CondWait.bmp ;Waiting for spindle
16=CondWait.bmp ;Waiting for other channel
17=CondStop.bmp ;Waiting for feed override
18=CondStop.bmp ;Error in NC block
19=CondStop.bmp ;Waiting for external NC blocks
20=CondWait.bmp ;Waiting for synchronous action
21=CondWait.bmp ;Block search active
22=CondStop.bmp ;No spindle enable
23=CondStop.bmp ;Axis feed override 0
24=CondWait.bmp ;Waiting for tool change acknowledgment
25=CondWait.bmp ;Gear step change
26=CondWait.bmp ;Waiting for position control
27=CondWait.bmp ;Waiting for thread cut
28=CondWait.bmp ;Reserved
29=CondWait.bmp ;Waiting for punching

© Siemens AG, 2006. All rights reserved

IM4/2-84 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

30=CondWait.bmp ;Waiting for safe operation

31=CondWait.bmp ;No channel ready
32=CondStop.bmp ;Oscillation active
33=CondWait.bmp ;Axis replacement active (block change inhibited
because axis replacement in progress)
34=CondWait.bmp ;Axis container rotation
35=CondWait.bmp ;AXCT: following axis active
36=CondWait.bmp ;AXCT: leading axis active
37=CondWait.bmp ;AXCT: follow up mode active
38=CondWait.bmp ;AXCT: internal status change
39=CondWait.bmp ;AXCT: axis/spindle disable
40=CondWait.bmp ;AXCT: corr. motion active
;Axis container replacement: superimposed
motion
41=CondWait.bmp ;AXCT: Axis replacement active
42=CondWait.bmp ;AXCT axis interpolator active
43=CondWait.bmp ;Waiting for compile cycle
44=CondWait.bmp ;Access to system variable
45=CondStop.bmp ;Search target found (;block search has found
search target and the NCK has stopped)
46=CondWait.bmp ;Rapid return started
47=CondWait.bmp ;AXCT: waiting for spindle stop
;Axis container exchange
48=CondWait.bmp ;Machine data matching (;New config)
49=CondWait.bmp ;Axis replacement: axis in coupling
50=CondWait.bmp ;Axis replacement: Liftfast active
51=CondWait.bmp ;Axis replacement: New-Config active
52=CondWait.bmp ;Axis replacement: AXCTSW active
53=CondWait.bmp ;Axis replacement: Waitp active
54=CondWait.bmp ;Axis in another channel
55=CondWait.bmp ;Axis replacement: axis PLC axis
56=CondWait.bmp ;Axis replacement: axis reciprocating axis
57=CondWait.bmp ;Axis replacement: axis jog axis
58=CondWait.bmp ;Axis replacement: command axis
59=CondWait.bmp ;Axis replacement: axis OEM axis
60=CondWait.bmp ;Coupled following axis
61=CondWait.bmp ;Coupled following axis
62=CondWait.bmp ;Coupled slave axis
63=CondWait.bmp ;HOLD at cycle end M0
64=CondWait.bmp ;HOLD at cycle end M1
65=CondWait.bmp ;Wait: Axis is at limit stop
66=CondWait.bmp ;"Master-Slave switchover active"
67=CondWait.bmp ;"Axis replacement: axis single axis"
68=CondWait.bmp ;
69=CondWait.bmp ;"Synchronism: synchronous spindle"
70=CondWait.bmp ;"Switch-off position synch. spindle"
71=CondWait.bmp "Wait for enable of the transformer axis"
72=CondWait.bmp
73=CondWait.bmp

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-85
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

[Pos1]
ChanStatFeedStopSpindleStop = 1 ;Channel status of channel 1 is displayed,
Spindles = 1,2 ;superimposed by feed disable for channel 1 and
;spindle disable for spindles 1 and 2

[Pos3]
SpindStat = 1 ;Spindle status for spindle 1
;ChanStatFeedStop = 3 ;Channel status of channel 3 is displayed,
;superimposed with feed disable for channel 3

[Pos5]
ChanStat = 2 ;Channel status for channel 2 is displayed
;SpindStat = 3 ;Spindle status for spindle 3 is displayed

[Pos9]
ChanStatFeedStopSpindleStop = 1 ;Channel status of channel 1 is displayed,
Spindles=1 ;superimposed by feed disable for channel 1 and
;spindle disable of Spindle 1

[Pos11]
ChanStatFeedStop = 2 ;Channel status of channel 2 is displayed,
;superimposed with feed disable for channel 2
[Pos13]
SpindStat = 2 ;Spindle status for spindle 2

[Pos15]
ChanStatFeedStopSpindleStop = 1 ;Channel status of channel 1 is displayed,
Spindles=1 ;superimposed by feed disable for channel 1 and
;spindle disable of Spindle 1

[UserIcons]
;UI_0 = <name.bmp> , <Position> ;Name of icon, position
...
;UI_31 = <name.bmp> , <Position> ;Name of icon, position

;USER_ICON_BASE = DBxx.DBByy
; Number of data block with the
; double word for user icons
; yy start byte of double word

[UserTextInfo]
;USER_TEXT_BASE = DBxx.DBByy
; xx data block with interface for
; user messages in the header
; yy start byte for interface
; TextLength=33 ; Activate text limit if
; user texts are used

[OemIcons]
;Oem_ICON_BASE=DBxx.DBByy

;OI_0= = <name.bmp> , <Position> ;Name of icon, position

...
;OI_31 = <name.bmp> , <Position> ;Name of icon, position
[OEMTextInfo]

© Siemens AG, 2006. All rights reserved

IM4/2-86 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

;OEM_NUMBER_TEXTFIELD=3 ;A maximum of 3 text fields per line, i.e.,

;a total of 6 text fields in two lines is possible.
;Output length limited to a maximum of 38
;characters per line.
;OEM_TEXT_BASE=DBxx.DBByy

2.5.10 HMIDESK.INI

Settings are only necessary in this file if HMI Advanced is installed on a programming
device or standard PC.

Settings:

[Global]
;Global configuration data
;Definition of desktops (minimum 2, maximum 4)
NumberOfDesktops = 2

;Control mode for mouse operation: Taskbar

ControlMode = Icon

KeyboardControl = False

[Desktop1]
[Desktop2]

;Active desktop with taskbar

Explorer = True
;
;Automatic start of an application after creating the desktop
; Start Regie
StartupApplication = "rngkrnl.exe"
;
;Desktop with customized color scheme
SetHMIColors = True
;
;Definition of start time
CreateDesktop = Immediately
;
;
;Keep user interface in foreground in window mode
WindowOnTop = False

[Desktop3]
[Desktop4].

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-87
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

2.5.11 IB.INI

Softkey access in the Commissioning operating area can be set individually by

entering the protection level. Enter the desired protection level under the [AccessLevel]
section. The operating languages are defined in the [Language] section.

[ACCESSLEVEL]

RESET =2 ;NCK reset NCK reset

CHG_SCL_SYS=5 ;change scaling system Dimension system inch/metric
MASCHDAT =4 ;Machine data Machine data
DRIVE_CFG=2 ;drive configuration Drive configuration
BOOTFILE=2 ;Boot file Boot file
MOT_CTRL=2 ;Motor/Valve selection Motor/valve selection
VIEW=2 ;User views + Display options
User views and
display options
NC_ADDR=2 ;NCK address NCK address
SETUP_SWITCH=2;start-up switch IBN switch
PLC_STATE=3 ;plc state PLC status
PLC_DATE=3 ;plc date PLC date
PLC-CHANGE=2 ;PLC status:
;Sk-Change Value (Change)
;Sk-Reset Value (Undo)
;Sk-Commit Value (Accept change)
Locked by manufacturer
DRIVE_SERVO=2 ;Drives/Servo Drives/servo
SET_COL=3 ;colours Colors
SYST_SETTINGS=4 ;system settings System settings
SET_LANG=2 ;Language Language
SET_BTSS=2 ;Operator panel Operator panel front
OPTION=2 ;Options Options
EDIT=1 ;Editor Editor
DOS=1 ;DOS shell DOS Shell
TOOL_MNG=3 tool management Tool management
FILE=7 ;File functions File functions
PASSWD=3 ;Set/Delete password Change and delete password
CHG_PASSWD=7 ;SK "password ..." SK "password ..."
CHANGE_LANG=7 ;change Language Change language

[LANGUAGE]

;Softkey select language instead of softkey change language in the main

;menu of area setup.

;False: Softkey change language to toggle between the foreground

; and background language.

;True: Softkey select language instead of softkey change language

; to select one of the installed languages. To use this add the
; following values to the entries of the LANGUAGE section in the
; mmc.ini:

© Siemens AG, 2006. All rights reserved

IM4/2-88 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

;LanguageList= ... , GR
;FontList= ... , Europe
;FontListKO= ... , Europe2
;LBList= ... , German

SkSelectLngInsteadSkChangeLng=False

Note
In the [HELP_EXTENSION] section, the HelpFileExtension parameter must be
set to 0 (WinHelp) if you want old, OEM-specific help files with the extension *.hlp
to be displayed.

2.5.12 IF.INI

[TECHNOLOGY]

; "m" = milling
; "t" = turning
; "g" = grinding
; "s" = nibbling
; "p" = punching
; "a" = display all technologies

; Notation in the section e.g.:

Technology=m

[TEXTFILES]
; Siemens = DH\CST.DIR\IFS_GR.COM
; SiemensI= DH\CST.DIR\IFIT_GR.COM ISO turning or
; SiemensI= DH\CST.DIR\IFIM_GR.COM ISO milling
; Machine manufacturer = DH\CST.DIR\IFM_GR.COM
; Machine manufacturer = DH\CST.DIR\IFI_GR.COM
; End user = DH\CST.DIR\USER_GR.COM
; Notation in the section e.g.:
Siemens=Cst.dir\ifs_gr.com

SiemensI=Cst.dir\ifit_gr.com

Manufacturer= …

End user=

[CONTEXT]

;=0 Context sensitivity not active

;=1 Context sensitivity active
; Notation in the section e.g.:
Extended_Sensivity=1

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-89
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

[TEXTSEARCH]

;=1 Text search for instruction texts only

;=2 Text search for descriptive texts only
;=3 Text search for instruction and descriptive texts
; Notation in the section e.g.:

Search type=3

2.5.13 KEYS.INI

Entries in this file allow hard keys on the operator panel fronts OP 010 and OP 010C
or SINUMERIK keyboards with hotkey block and PLC softkeys to be used.

See: /BE1/ Configuring OP Hotkeys and PLC Keys

2.5.14 LOGDRIVE.INI

With the "logdrive.ini" file, the logical drives are connected and the associated access
authorizations are assigned.

[PCU]
; device name of PCU for USB local
UsbFront=G:
; device name of PCU
UsbX203=H:
UsbX204=I:

; - <SEARCH PATH> : USER, OEM, ADD_ON, HMI_ADV, MMC2

; - it can be set up to 8 net devices or usb devices
; - for each device access rights can set for the applications program, machine or services
; missing access rights are set to 7 (no limit) by default
; - all entries for net device are ignored if the software option (Network drive
management) is not set
; - all usb devices are ignored, if no tcu configuration exist.
ACTTCU:\\FRONT always can be set
; all files LOGDRIVE.INI of the <SEARCH PATH> are read and the contents is merged

; display machine data are append after the last entry of LOGDRIVE.INI,
; but the maximum is limited to 8 net devices at all
; $MM_CMM_DIRECTORY_SOFTKEY_PATH1 (MD 9676) to
$MM_CMM_DIRECTORY_SOFTKEY_PATH4 (MD 9679)
; the corresponding access level can be set by
; USER_CLASS_DIRECTORY1_P (MD 9510) to USER_CLASS_DIRECTORY4_P
(MD 9513) for program and services
; USER_CLASS_DIRECTORY1_M (MD 9516) to USER_CLASS_DIRECTORY4_M
(MD 9519) for machine
;
; ALL DISPLAY MACHINE DATA ARE IGNORED, IF A FILE LOGDRIVE.INI EXISTS
UNDER USER, OEM OR ADD_ON

© Siemens AG, 2006. All rights reserved

IM4/2-90 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

; example for net device

;Connection<index>=\\server\share
; example for local device
;Connection<index>= X:
; example for usb device of current pcu/tcu, front
; one partition number may be specified for ALL tcu's. if omitted, the default partition is 1
: the partition number has no effect to a usb devices of the pcu
;Connection<index>= ACTTCU:\\FRONT,1
; example for usb device of tcu TCU1, port X203. for second port use X204
; a partition number may be specified. if omitted, the default partition is 1
: the partition number has no effect to a usb devices of the pcu
;Connection<index>=TCU:\\TCU1:X203,1

; any directory path can be append (TCU:\\TCU1:X204,2\Directory1), but it must exist

on the device

[Connections]
; Connection1 to Connection<N> are read with the corresponding access levels,
empty entries are ignored
; N=0 to 8, if missing ConnectionNum is set to 8
; set ConnectionNum to 0 to ignore all entries of LOGDRIVE.INI AND display machine
data
;ConnectionNum=8

; usb device of current pcu/tcu, front

Connection1=ACTTCU:\\FRONT,1
AccessProgram1=7
AccessMachine1=7
AccessServices1=7

Example: Entries in the logdrive.ini

[Connections]

Connection1=ACTTCU:\\FRONT
SK_Connection1=FRONT_USB
AccessMachine1=7
AccessProgram1=7
AccessServices1=7
.
.
.

Connection5=TCU:\\station2:X203
SK_Connection5=Labeling5
AccessMachine5=6
AccessProgram5=6
AccessServices5=6

Connection6=TCU:\\station3:X204
SK_Connection6=Labeling6
AccessMachine6=6
AccessProgram6=6
AccessServices6=6

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-91
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

Connection7=smb:\\<computer name>\<directory>
SK_Connection7=Network drive
Username7=Mustermann
Password7=431S0Y2E3K530I28
AccessMachine7=6
AccessProgram7=6
AccessServices7=6

Connection8=\\<computer name>\tmp
SK_Connection8=Drive%nlocal
AccessMachine8=5
AccessProgram8=5
AccessServices8=5

User name: (only for NW Windows)

Username<x> =
The user name can be entered in the user interface, e.g. Mustermann.

Password: (only for NW Windows)

Password<x> =
The password is displayed on the user interface with a *. It is encoded and entered in
the logdrive.ini file.

Note
The logical drives can also be set up via the operator interface of HMI Advanced
under "Commissioning" → "HMI" → "logical drives".

2.5.15 MACHINE.INI

The [AccessLevel] section in the "maschine.ini" file can be used to make the access
authorization function settings. The file includes detailed comments.

[ACCESSLEVEL]
;
; 7 = Key position 0 everyone in front of the machine,
; Suggestion: Permission only for NC start, no selection of
part program
; 6 = Key position 1 machine operator, production shop-floor operators
of production
; Suggestion: Permission to select part program, no editing
; 5 = Key position 2 machine setter (more experienced), used to sets up tools
; and test and run new part programs
; Suggestion: Permission to modify (edit) part programs
; 4 = Key position 3 not yet used, same permissions as 5

; 1 = manufacturer of machine only, System specialist

;
; 0 = manufacturer of Numeric Control only (Siemens experts)

; on delivery, all users are authorized for (almost) all work

© Siemens AG, 2006. All rights reserved

IM4/2-92 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

JOG_PRESET=7 ; Preset or Set actual value at JOG mode

==>5 Suggestion machine setter
JOG_HAND=7 ; Handwheel in JOG mode
==>6 Suggestion operator
JOG_ANKRATZ=7 ; Scratch
==>6 Suggestion operator
JOG_INCREM=7 ; Set increment in JOG mode
==>6 Suggestion operator
JOG_SYNAKT=7 ; Synchronous actions in JOG mode
==>5 Suggestion machine setter
JOG_V_ISTW=7 ; watch windows of Actual-values,
==>7 Suggestion everyone
; Spindles, G functions, Aux. functions,
; feed rate, tools or axis feed rate in JOG mode
JOG_V_ZOOM=7 ; Zoom actual values in JOG mode
==>7 Suggestion everyone
JOG_INCHMET=7 ; Switch inch/metric in JOG mode
==>6 Suggestion operator

REF_SISITEC=4 ; Commit safety integrated Ref.Point

==>4 key 3 to stay compatible

MDI_PROGBE=7 ; Program control at MDI mode

==>6 Suggestion operator
MDI_HAND=7 ; Handwheel in MDI mode
==>6 Suggestion operator
MDI_EDITOR=7 ; Edit program in MDI mode
==>5 Suggestion machine setter
MDI_ED_DAT=7 ; Editor functions in MDI mode
==>5 Suggestion machine setter
MDI_ED_CLR=7 ; Clear buffer in MDI mode
==>5 Suggestion machine setter
MDI_V_ISTW=7 ; watch windows of Actual-values,
==>7 Suggestion everyone

; Spindles, G functions, Aux. functions,

; Feedrate, Tools or Axis feedrate in MDI mode
MDI_V_ZOOM=7 ; Zoom actual values in MDI mode
==>7 Suggestion everyone
MDI_SYNAKT=7 ; Synchronous actions in MDI mode
==>5 Suggestion machine setter
MDI_DATEI=4 ; File functions in MDI mode
MDI_INCHMET=7 ; Switch inch/metric in MDI mode
==>6 Suggestion operator

AUTO_OVERST=7 ; Overstore in AUTO mode

==>5 Suggestion machine setter
AUTO_DRF=7 ; DRF in AUTO mode
==>6 Suggestion operator
AUTO_PROGBE=7 ; Program control in AUTO mode
==>6 Suggestion operator
AUTO_SASUCH=7 ; Blocksearch in AUTO mode
==>6 Suggestion operator
AUTO_HAND=7 ; Handwheel in AUTO mode
==>6 Suggestion operator

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-93
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

AUTO_KORREK=7 ; Correct program in AUTO mode

==>5 Suggestion machine setter
AUTO_V_ISTW=7 ; watch windows of Actual-values,
==>7 Suggestion everyone
; Spindles, G functions, Aux. functions,
; Feedrate, Tools or Axis feedrate in AUTO mode
AUTO_V_ZOOM=7 ; Zoom actual values in AUTO mode
==>7 Suggestion everyone
AUTO_V_NCPR=7 ; Program overview in AUTO mode
==>6 Suggestion operator
AUTO_OP_NCPR=7 ; load + select program in AUTO mode
==>6 Suggestion operator
AUTO_ED_NCPR=7 ; Alter enable status of Prog in AUTO mode
==>5 Suggestion machine setter
AUTO_SYNAKT=7 ; synchronous actions in AUTO mode
==>5 Suggestion machine setter
AUTO_INCHMET=7 ; Switch inch/metric in AUTO mode
==>6 Suggestion operator

[Customer]

MDASingleSTEP=yes

ONLY_MKS_ToolBaseDistToGo=no

NcVersionCheck=true
; Due to performance issues the functionality offered with respect to
; block correction, block view and block search depends on the
; Nc-version currently used.
; However, to get access to the whole functionality, regardless of the ;
Nc-Version in use,
; set the flag NcVersionCheck to False.

[BlockSearch]
; Shows (SeruproEnabled=1) or
; hides (SeruproEnabled=0)
; the softkey used to do a block search in mode "programtest".
; The softkey appears in both dialogs
; "Blocksearch Searchposition" and "Blocksearch Searchpointer"

SeruproEnabled=1
; When doing a block search in mode "programtest" you can do
; a multi-channel block search. There are 4 channel-configurations which
; define the NC-channels being affected by the block search:
; SeruproConfig =
; 1: selected/active channel
; 2: selected/active channel and all channels having selected the same
; workpiece as the active channel
; 3: selected/active channel and all channels belonging to the active
; channel’s mode group
; 4: all NC-channels

SeruproConfig=1

© Siemens AG, 2006. All rights reserved

IM4/2-94 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

[SetZero]
; Display_Sign_Switch switch the sign of the tool length in the scratch picture

; Display_Sign_Switch=0 mean - tool length

; Display_Sign_Switch=1 mean + tool length
Display_Sign_Switch=1

2.5.16 MBDDE.INI
[Alarms]
; determines the order in which the alarms are inserted in the alarm list
; possible values:
; FIRST: puts newer alarms at the top of the list
; LAST: inserts the newest alarm at the bottom
ORDER=LAST

; the alarm/message line is able to scroll through the alarms

; possible values:
; 0 or negative value: no scrolling
; 500 - 32767: interval in ms
RotationCycle=0

; determines whether or not the alarm server should connect to

; ALARM_S/SQ possible values:
; 0 Alarm_S/SQ not handled
; 1 Alarm_S/SQ handled (default)
Alarm_S=1

; if Alarm_S/SQ handling is enabled this key determines if Quits should

; be entered into the alarm log
; possible values:
; 0 Alarm_SQ quits are not entered into the alarm log
;(backward compatible)
; 1 Alarm_SQ quits are entered into the alarm log (default)
Protocol_Alarm_SQ=1

; if Alarm_S/SQ handling is enabled this key determines if Quits

; workaround regarding an error in the firmware of the PLC is
; active or not. This workaround corrects the listing of
; Alarm_S/SQ in the diagnostics but causes multiple entries in
; the log list of one alarm event (NEW, NULL, QUIT).
; Using a newer PLC firmware (PLC operating system version: S7
; PLC_315 2DP 2AF03 12.30.03 or higher only necessary at NCU57x.1),
; this workaround can be deactivated to correct log writing.
;
; Attention: Deactivating the workaround while using PLC
; firmware from 12/30/2003 or before leads to unpredictable results!
;
; possible values:
; 0 Workaround active
; 1 Workaround active (default)
Alarm_S_FWA_Inactive=1

; path and file names of the alarm text lists

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-95
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

; The filename fragments must not exceed 6 chars, because it is extended

; automatically by the message module according to the selected language.

; The alarm texts in the files specified under UserMMC, UserNCK ...
; overload the corresponding texts of the files defined in MMC, NCK ...
; Therefore the user should modify files according to the needs of his
; system exclusively in UserMMC, UserNCK ...

; Creating alarm text with any DOS-editor may cause Problems with special
; characters like ä, ö or ü. To nevertheless import DOS generated files,
; add a blank and the string "DOS" after the name of the text file.

; Example: UserPLC=F:\dh\mb.dir\myplc_ DOS

; If you add or remove the parameter DOS, you have to touch (new date
; of file) the corresponding file (*.com) otherwise the change is not accepted.

[TextFiles]
MMC=F:\MMC_52\dh\mb.dir\alm_
NCK=F:\MMC_52\dh\mb.dir\aln_
PLC=F:\MMC_52\dh\mb.dir\alp_
ZYK=F:\MMC_52\dh\mb.dir\alz_
CZYK=F:\MMC_52\dh\mb.dir\alc_
STANDARD_CYCLES=F:\MMC_52\dh\mb.dir\alsc_
SHOPMILL_MANUALTURN_CYCLES=
MEASURE_CYCLES=F:\MMC_52\dh\mb.dir\almc_
PLC_PMC=
USER_CYCLES=
UserMMC=
UserNCK=
UserPLC=
UserZYK=
UserCZYK=
UserSTANDARD_CYCLES=
UserSHOPMILL_MANUALTURN_CYCLES=
UserMEASURE_CYCLES=
UserUSER_CYCLES=
UserPLC_PMC=

; NCU-specific texts in M:N environments

; the entry names are formed by concatenating the string "PLC" or "NCU" with
; the name of a NCU taken from netnames.ini file.
; Entry names are case sensitive!
; the entry values follow the same rules as in the Textfiles section of this file
; the annotated examples below correspond to the supplied netnames.bsp file

[net TextFiles] (for SINUMERIK powerline only)

;PLCRechteNCU = f:\dh\mb.dir\rechts
;NCURechteNCU = f:\dh\mb.dir\rechts
;PLCMittlereNCU = f:\dh\mb.dir\mitte
;NCUMittlereNCU = f:\dh\mb.dir\mitte
;PLCLinkeNCU = f:\dh\mb.dir\links
;NCULinkeNCU = f:\dh\mb.dir\links

© Siemens AG, 2006. All rights reserved

IM4/2-96 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

; drive- and device type-specific alarm text files

[DriveTextFiles]
ALDEV_80E5=f:\dh\mb.dir\aldvs_
ALDRV_80E5=f:\dh\mb.dir\aldrs_
;ALDEV_808F=f:\dh\mb.dir\aldvu_
;ALDRV_808F=f:\dh\mb.dir\aldru_
ALDEV_x=f:\dh\mb.dir\aldvp_
ALDRV_x=f:\dh\mb.dir\aldrp_

[IndexTextFiles]
ALNX=f:\dh\mb.dir\alnx_
ALSI=f:\dh\mb.dir\alsi_

; default definition of the priorities of the different alarm types

[DEFAULTPRIO]
CANCEL=100
RESET=100
POWERON=100
NCSTART=100
PLC=100
PLCMSG=100
MMC=100

; This section defines different characteristics of the log that

; specifies how particular error messages are to be registered.

[PROTOCOL]
For details on formation of filter expressions for control of message volume,
refer to Subsection 2.4.2 Setting the alarm log.

; Criteria for selecting the alarm messages to be recorded. The notation

; is described in SINUMERIK 840D OEM package HMI User's Manual.
Filter=Expression

; Characterizes the numbers of entries in the log file. If the actual

; number exceeds this value, the server starts to overwrite old entries
; (principle: ring buffer)
Records=150

; Mode of alarm log writing

; if a number less than -1 is specified, this number of log files is
; kept in parallel, and one of them is actually used
; if -1 is specified, the log file is not automatically updated
; if 0 is specified, the log file is immediately updated
; if a number greater than 0 is specified, the log file is updated after the
; specified number of seconds elapses with no intermediate alarm state
; changes. The log file is always updated when you send the
; DDE command "AlarmProt" to the MBDDE server
; (principle: ring buffer) ---------------------------------------------------------------
DiskCare=−1 # attention: the mode changed from V4 to V5 !

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-97
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

The multiple file strategy can also be selected by means of the DiskCare entry in the
Ini file.
; information about keys that may be used to clear an alarm

[KEYS]
; A function key (e.g., ESCAPE) is assigned the cancel function.
; This makes it possible to acknowledge alarm cancellations on the
; PC development system, too. ----------------------------------------------------
Cancel=Escape

; This section specifies the names and paths of the help files that
; contain help texts in WinHelp format.
; This list includes a maximum of 10 entries.
; The file name fragments must not exceed 6 characters, because it is
; extended automatically by the message module according to the
; selected language. A filename extension may also be added (optional).
; For additional information, see SINUMERIK 840D OEM package
; HMI User's Manual.

[Helpcontext]
File0=hlp\alarm_ .pdf

For OEM users:

; reserve some sender names of HMI alarms. The names mbdde,
; NCU, and PLC are reserved for mbdde-internal purposes.

[MmcAlarmDisable]
DisableSenderOfMmcAlarm0=mbdde
DisableSenderOfMmcAlarm1=NCU
DisableSenderOfMmcAlarm2=PLC
DisableSenderOfMmcAlarm3=
DisableSenderOfMmcAlarm4=
DisableSenderOfMmcAlarm5=
DisableSenderOfMmcAlarm6=
DisableSenderOfMmcAlarm7=
DisableSenderOfMmcAlarm8=

© Siemens AG, 2006. All rights reserved

IM4/2-98 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

2.5.17 MMC.INI

[GLOBAL]
; connectiontype 0 = default: Connection of SINUMERIK 810D/840D
; 1 = Connection to SINUMERIK 840Di
connectiontype=0

NcddeServiceName=ncdde
ModeWithoutNc=False
ProductCode=MMC

; delay time for screensaver

MMCScreenOffTimeInMinutes=5

; ATTENTION PLEASE FOR USING a SIM1 - MACHINE !!!!!

; for working with a SIMNC, make the following entries AND
; activate the [NCDDE_STARTCMD] section later in this mmc.ini

; ATTENTION PLEASE FOR USING a SIM1 - MACHINE !!!!!

; for using M:N function, set NcddeMachineName=MachineSwitch
; for working without NC. set NcddeMachineName=local
; for working with SIMNC, set NcddeMachineName=SIM1
; for connecting to an NC, set NcddeMachineName=NCU840D
NcddeMachineName=NCU840D

; for using M:N function, set NcddeDefaultMachineName=net:NCU_1

; for working without NC, set NcddeDefaultMachineName=local
; for working with SIMNC, set NcddeDefaultMachineName=SIM1
; for connecting to an NC, set NcddeDefaultMachineName=NCU840D
NcddeDefaultMachineName=NCU840D

; for using M:N function, set NcddeMachineNames=net,NCU840D

; for working without NC, set NcddeMachineNames=
; for working with SIMNC, set NcddeMachineNames=SIM1
; for connecting to a NC, set NcddeMachineNames=NCU840D
NcddeMachineNames=NCU840D

; for connecting to an SIM, add NcddeMachineNamesAdd1=SIM0

NcddeMachineNamesAdd1=SIM0,SIM1

; for using M:N function, set NcddeStartupFile=ncdde6.nsk

; for working without NC, set NcddeStartupFile=ncdde202.nsk
; for working with SIMNC, set NcddeStartupFile=sim1dde5.nsk
; for connecting to an NC, set NcddeStartupFile=ncdde6.nsk
NcddeStartupFile=ncdde6.nsk

; define a network-wide unique MMC name (8 characters) here

NcddeMmcName=__XXXX__

; 1 makes servers such as NCDDE, MBDDE, and DH servers visible.

; With ALT +TAB, they can be brought to the foreground for
; parameterization, e.g., for a trace (service).
; Comment out this entry for this purpose:
;ServerVisible = 1

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-99
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

[Local] For OEM users

ADDRESS0=0,NAME=/NC,LINE=0
ADDRESS1=0,NAME=/PLC,LINE=0
ADDRESS4=/SELF,0
; Example: 840D via OPI connection

[NCU840D] SINUMERIK powerline only

ADDRESS0=13,NAME=/NC,SAP=d
ADDRESS1=13,NAME=/PLC,SAP=1
ADDRESS4=/SELF,10000103

; Example:
; WINCOS-->CP-->TCPIP-->CP-->LINCOS-->NC/PLC/DRIVE0-5
; 1.) change TCPIP address below to your target TCPIP address
; 2.) do not forget to start your windows CP (e.g., cp_840di.exe)
; 3.) Note: no disconnection detection in some cases

;[NCU840D] only SINUMERIK solution line

;ADDRESS0=192.168.214.1,LINE=10,NAME=/NC,SAP=040d,PROFILE=CLT1__CP_L4_INT
;ADDRESS1=192.168.214.1,LINE=10,NAME=/PLC,SAP=0201,PROFILE=CLT1__CP_L4_INT
;ADDRESS2=192.168.214.1,LINE=10,NAME=/CP,SAP=0501,PROFILE=CLT1__CP_L4_INT
;ADDRESS10=192.168.214.1,LINE=10,NAME=/DRIVE0,SAP=0201,SUBNET=004B-00000008:3,
PROFILE=CLT1__CP_L4_INT
;ADDRESS11=192.168.214.1,LINE=10,NAME=/DRIVE1,SAP=0a00,PROFILE=CLT1__CP_L4_INT
;ADDRESS12=192.168.214.1,LINE=10,NAME=/DRIVE2,SAP=0b00,PROFILE=CLT1__CP_L4_INT
;ADDRESS13=192.168.214.1,LINE=10,NAME=/DRIVE3,SAP=0c00,PROFILE=CLT1__CP_L4_INT
;ADDRESS14=192.168.214.1,LINE=10,NAME=/DRIVE4,SAP=0d00,PROFILE=CLT1__CP_L4_INT
;ADDRESS15=192.168.214.1,LINE=10,NAME=/DRIVE5,SAP=0e00,PROFILE=CLT1__CP_L4_INT

The language selection can also be made via the HMI user interface in the operating
area “Commissioning” → “HMI” → “Languages”:

[LANGUAGE]
Language=UK
LanguageFont=Europe
Language2=GR
LanguageFont2=Europe

LanguageList=GR, UK, SP, FR, IT, CH

FontList=Europe, Europe, Europe, Europe, Europe, China
FontListKO=Europe2, Europe2, Europe2, Europe2, Europe2, China
LBList=German, English, Spanish, French, Italian, Chinese

[CONTROL] Relevant for HMI-Advanced on PC/programming device only

; Resolution: 0=fixed (640x480 default), 1=variable
Resolution=0
; BaseScreen specifies the resolution, for which the applications
; were developed originally (typically: 640x480)
; BaseScreen - default: 640x480
BaseScreen=640x480

© Siemens AG, 2006. All rights reserved

IM4/2-100 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

If a mouse is connected to the controller, the mouse pointer is positioned in

the upper right corner of the screen by default. The entry below can be
used to switch disable this behavior:

;MoveCursor=0: do not move cursor to upper right corner

;MoveCursor=0

[Services] Relevant for HMI-Advanced on PC/programming device only

FloppyDisk= a:
PCCard=

Notice
If you want to adjust the font size for different display modes/languages, contact
the Siemens hotline.

The OPI settings are the display machine data, which can also be set on a
technology-specific basis via the HMI user interface in the “Commissioning” operating
area → “Machine Data”:

[OPI Settings]
$MM_LCD_CONTRAST=7
$MM_DISPLAY_TYPE = 1
$MM_DISPLAY_MODE = 2
$MM_FIRST_LANGUAGE = 1
$MM_DISPLAY_RESOLUTION=3
$MM_SPIND_DISPLAY_RESOLUTION=3
…

$MM_MD_DRV_TEA_FILTER = 0
$MM_MD_DRV_TEA_IDX_LIMIT = 0
$MM_MD_TEXT_SWITCH=0
$MM_ACTION_LOG_MODE = 0xFE
$MM_PROGRAM_SETTINGS = 0
$MM_SW_OPTIONS = 0
$MM_HMI_TESTAUTOMAT_OPTION = 0
$MM_HMI_WIZARD_OPTION = 0
$MM_TRACE=0

The action log can also be set via the HMI user interface in the operating area
“Commissioning” → “HMI” → “System Settings”:

; ActionLog parameters
[ActionLog]

; CommitLatency tells the maximum number of seconds that elapse before

; an ActionLog record is written to disk. If this value is less than 0, there is
; no time-controlled automatic writing to disk
; Default: CommitLatency = -1
; no automatic writing
CommitLatency = -1

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-101
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

; DirectoryPath specifies the directory of the log files

DirectoryPath = D:\AC_LOG

; FileSize gives the upper size limit of the log file, in bytes
FileSize = 40000

; VariableN allows a maximum of 10 NC/PLC variables to be monitored.

; The first parameter is numeric and provides the monitoring mode:
; if Bit0 is set and the value of the variable changes, the value changes
; are logged in the ActionLog files
; if Bit1 is set and the value of the variable changes, the ActionLog files
; are committed to disk
; Default: Variable0 = 1, /Channel/ProgramInfo/msg
; monitor part program messages
Variable0 = 1, /Channel/ProgramInfo/msg

; CommittedAlarms holds up to 10 alarm numbers separated by commas.

; Changes in these alarms commit
; ActionLog data to disk
; Default: CommittedAlarms = 3000
; commit on emergency stop
CommittedAlarms = 3000

; for working with SIMNC, uncomment the following section descriptor

; this causes a sim-process to be started that will be used as a machine
;[NCDDE_STARTCMD]
CMD=dpncsim.exe /T:1 /P:0
WND_CLASS=SIM_LOCAL_NCK
WND_NAME=SIM_LOCAL_NCK
STARTUP_TIMEOUT=50
;WAIT_SYNC_MESSAGE=
CLOSE_TIMEOUT=30

[WP_SELECT]
; for displaying a message that TOA/TMA-data on NCK will be overwritten
;TOA_WARNING_MESSAGE = yes/no
TOA_WARNING_MESSAGE=yes

[PCU]
; device name of PCU for USB local
UsbFront=G: ' access rights of the PCU USB device (0-7) for the application machine,
program and services
AccessMachine=7
AccessProgram=7
AccessServices=7

[PROGRAM]
;0=message to user if a program of the DAT-file for MCSE was not found
; or a channel doesn't exist (default)
;1=skip all entries of DAT-file if the program or a channel was not found
IgnoreMissingProgramAndChan=0

© Siemens AG, 2006. All rights reserved

IM4/2-102 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

;0=create a workpiece (optional by template) without opening by editor

;1=open part program, job list or DAT-file after creating
; new workpiece (default)
OpenFileAfterNewWPD=1

The following is applicable to the multichannel sequence editor option in the USER
directory:

[PROGRAM]
IgnoreMissingProgramAndChan=1
OpenFileAfterNewWPD=0

The “Channel assignment missing” message does not appear when workpieces are
newly created using only a job list without MPF.

See also: Subsection 2.4.8 Workpieces with creating job lists and using templates.

2.5.18 NETNAMES.INI

M:N assignments (SINUMERIK powerline only)

In the NETNAMES.INI file, you can determine which operating components can
operate which NCUs. The following details are specified:
• Names of the operating components
• Names of the NCUs
• Communication connections between the NCUs
• Clear assignments for startup

Details can be found in

Reference: /FB/, B3 Multiple Operator Panel Fronts and NCUs

Procedure
The following sequence is useful when configuring the NETNAMES.INI file for M:N
communication:
1. Copy the existing NETNAMES.BSP file created during installation, and modify it
for the application.
2. Rename the existing NETNAMES.INI file.
3. Rename the modified NETNAMES.BSP file to NETNAMES.INI.
4. Save in C:\USER\NETNAMES.INI.
5. Define groups (maximum of 24) in "logChanSetList"
6. Define NCs and channels with unique names for the groups in "logChanList".
7. For the channels, specify the NC name in "logNCName"
- Specify the channel number on the NC in "ChanNum"
- Specify Reserve softkey yes/no (via the command IsAGap" = True/False)
8. For the HMI, specify the default machine "DEFAULT_logChanGrp" and the default
channel in "DEFAULT_logChan" for startup.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-103
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

Note
The NC writes the channel number of the HMI in DB19, DBB22.

The example below is simplified for 1:1 assignment of HMI : NCU

such that conn_2 is omitted and all channels are located on NCU_1.

Example:

NETNAMES.INI
[own]
owner = MMC_1
; Description of possible connections
[conn MMC_1]
conn_1 = NCU_1
conn_2 = NCU_2
; Description of significant net parameters
[param network]
bus = opi ; the MPI interface must be used on the SINUMERIK 810D

[param MMC_1]
mmc_address = 1
[param NCU_1]
nck_address = 12
plc_address = 12
; core name for the PLC symbol files for representing signals with symbols
PlcSymbolFile= ...

[param NCU_2]
nck_address = 14
plc_address = 14
; core name for the PLC symbol files for representing signals with symbols
PlcSymbolFile= ...
[chan MMC_1]
DEFAULT_logChanGrp = Milling1
DEFAULT_logChan = Channel13
ShowChanMenu = TRUE
logChanSetList = Milling1, Milling2
[Milling1]
logChanList = Channel11, Channel12, Channel13, Channel14, Channel15
[Channel11] ; logical channel
logNCName = NCU_1 ; logical NCU name see above
ChanNum = 1 ; channel number within NCU
[Channel12]
logNCName = NCU_1
ChanNum = 2
[Channel13]
logNCName = NCU_1
ChanNum = 3
[Channel14]
logNCName = NCU_1
ChanNum = 4
[Channel15]

© Siemens AG, 2006. All rights reserved

IM4/2-104 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

logNCName = NCU_1
ChanNum = 5
[Milling2]
logChanList = Channel21, Channel22, Channel23, Channel24, Channel25
[Channel21]
logNCName = NCU_2
ChanNum = 1
[Channel22]
logNCName = NCU_2
ChanNum = 2
[Channel23]
logNCName = NCU_2
ChanNum = 3
[Channel24]
logNCName = NCU_2
ChanNum = 4
[Channel25]
logNCName = NCU_2
ChanNum = 5

2.5.19 OEMFRAME.INI

[SysMeter]

; let OEMFrame just look for Windows which have been

; created by the OEMApp
; default is 0 (means NO)

;fSearchOnlyForTaskWindow=1

; let OEMFrame delay INIT_COMPLETE, if set to -1,

; OEMFrame will not send any WM_INITCOMPLETE at all,
; this value must be given in microseconds

;nDelayInitComplete=10000

; switching WS_SYSMENU, WS_MINIMIZEBOX and WS_MAXIMIZEBOX off

WindowStyle_Off = 720896

; other possible task entries aren't used

WindowStyle_On =

x=
y=

Width =
Height =

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-105
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

2.5.20 PARAM.INI

[ACCESSLEVEL]
READ_SYSVAR=7
EDIT_VIEW=7

;Tool compensation user data

;Tool-specific parameters

[ToolParams]
UserDataParamName1=T_Param_1
UserDataParamName2=T_Param_2
UserDataParamName3=T_Param_3
UserDataParamName4=T_Param_4
UserDataParamName5=T_Param_5
UserDataParamName6=T_Param_6
UserDataParamName7=T_Param_7
UserDataParamName8=T_Param_8
UserDataParamName9=T_Param_9
UserDataParamName10=T_Param_10

;Cutting edge-specific parameters

[ToolEdgeParams]
UserDataParamName1=D_Param_1
UserDataParamName2=D_Param_2
UserDataParamName3=D_Param_3
UserDataParamName4=D_Param_4
UserDataParamName5=D_Param_5
UserDataParamName6=D_Param_6
UserDataParamName7=D_Param_7
UserDataParamName8=D_Param_8
UserDataParamName9=D_Param_9
UserDataParamName10=D_Param_10

The tool compensation (turning) is calculated in Diameter when the selected axis is
equal to the traverse axis and the entry CalDiaVal=1 is set in the [Bezugma] section
in the Param.ini file.

2.5.21 PARAMTM.INI

The full range of parameter settings are presented in the tool management description.

Reference: /FBW/ Description of Functions Tool Management

© Siemens AG, 2006. All rights reserved

IM4/2-106 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

2.5.22 REGIE.INI

[Miscellaneous]
; needed if regie is to support an 'EXIT' button
; set 'ExitButton' to True, and 'ExitButtonIndex'
; identifies index of exit button

; The softkey text for this button MUST be entered into

; \mmc2\language\re_xx.ini
; where xx is the language abbreviation, e.g., :
; re_gr.ini (German text)
; re_uk.ini (English text)

ExitButton= True

ExitbuttonIndex=15

; Protection level for exit button

ExitButtonAccessLevel=7

; Dialog box to ask user

ExitButtonQueryUser = True
; Notes on other entries can be found in the OEM documentation

; Activating temperature monitoring for PCU50

; TemperatureMonitoring = True
TemperatureMonitoring = False ; Preset from

Reference: OEM Package HMI, Chapter 6

Hibernate (nur Windows XP)

The HibernateMode parameter in the [Miscellaneous] section is used for setting
hibernation options.

These settings can also be made via the user interface of HMI Advanced. For this,
select “Commissioning” → “HMI” → “System Settings” from the operating area.

HibernateMode = ...

The following values can be set:

HibernateMode = Off Default: off

Hibernate saves and Hibernate reboots are not
performed.
HibernateMode = Normal HMI Advance first closes all applications. After the
shutdown, the controller is restarted automatically.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-107
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

; index of task started by the regie after power on

; (may differ in some circumstances from the default task index,
; which is the task index from [TaskConfiguration] with the lowest number.
PoweronTaskIndex = 0

[StartupConfiguration]

OEM software in the range from 12 to 24 can be started in this section.

The [StartupConfiguration] section is subdivided as follows:

0 to 12 Reserved for expansions by Siemens
12 to 24 Available for OEM applications
25 to 32 Reserved for simulation
33 to 47 Reserved for Siemens applications (in the ADD_ON directory)

Example:
Startup33 = name := ITS, Timeout :=15000
Startup34 = name := HMIVers, Cmdline := "/StartUp", Timeout :=10000

[TaskConfiguration]
; 3. bar
; Task16 = name := oemframe, cmdline := "sysmeter", Timeout := 10000,
; ClassName := "SysMeter", HeaderOnTop := False, PreLoad := False

The 3rd horizontal softkey bar is only displayed if a task or the EXIT button is assigned
to Task 16 or higher in the bar.

; 4. bar : allocated to task 96 - 103

;Task96 = name := oem, Timeout := 10000
;Task97 = name := oem, Timeout := 10000
;Task98 = name := oem, Timeout := 10000
;Task99 = name := oem, Timeout := 10000
;Task100 = name := oem, Timeout := 10000
;Task101 = name := oem, Timeout := 10000
;Task102 = name := oem, Timeout := 10000
;Task103 = name := oem, Timeout := 10000

The 4th horizontal softkey bar is only displayed if a task or the EXIT button is assigned
to Task 96 or higher in the bar.

The Task 50 to Task 87 entries can be used by OEMs.

[CommandToTask]
; only necessary for HMI startup through NCU via command channel
plc_select = #13
Cycles = #14

In this section, you can specify that the HMI will be started from the NCU via the
command channel.

Further information: see “Activating Dialog Screen from NC Program"

© Siemens AG, 2006. All rights reserved

IM4/2-108 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

2.5.23 SEDITOR.INI

Application
You can modify the displays in the multi-channel sequential programming (option)
by means of settings or by making your own additions in this file.
The sections that contain the designation [ *User* ] enable the cycles of the machine
manufacturer and the user to be identified and displayed. In addition, other details can
be specified.

To configure your own steps, settings can be made in the following sections:
• [SyncMarks_User] Expansions to incorporate synchronization
marks
• [USER_VARIABLES] Variables for channels with synchronization
marks
• [Old_or_User_Cycles_USER] Expansions for user cycles, any variable names
can be entered here.
• [ProgSupport_User] Expansions to incorporate your own cycles
The merge mechanism is used for the settings so that, unlike in the standard version
of the ini file, only changes and additions have to be stored in the Add-on, oem, and
user directories.
See also: Subsection 2.5.17 MMC.INI, [PROGRAM] Section.

Syntax rules
Note the following information regarding your expansions:
;*************************************************************
;The following rules must be used for the sections:
; - [SyncMarks_Siemens]
; - [SyncMarks_User]
; - [Old_or_User_Cycles_Siemens]
; - [Old_or_User_Cycles_USER]
;
;- You can use either *- or ?-statements.
; Do not mix these placeholders:
;
; L1* -> OK
; L1?? -> OK
; L1?1* -> NOT OK !!!
;
;- ? is replaced with numbers from 0 to 9, so the step editor
; will find the following strings:
;
; L1? -> L10, L19, L15, but NOT L1A
; LB?? -> LB23, LB99, LB00, but NOT LB1A or LBd6
;
;- You can use the ?-statement once per entry:
; L1? -> OK
; L1?? -> OK
; L23??? -> OK
; L2??3? -> NOT OK !!!
;*************************************************************
[MISC]

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-109
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

IconPath
Relative path to the directory in which the icons are stored.
The path is relative to ..\mmc2. The same directory can also be present in Add_on, oem, and
user. The icons are also searched for in these directories.
Default: IconPath = ae\skpicto

EndIcon
Icon for the last block. This icon must be located in the directory that was specified in
IconPath.

GCodeIcon
Icon for free DINCode. This icon must be located in the directory that was specified in
IconPath.

ShowBlockNumber
Display of line number (e.g., N210). The number of the first line of a block is always
displayed.
0: Line number is not displayed
1: Line number is displayed

TimeFormat
The displayed lines can be formatted in VB syntax, e.g., number of decimal places.
####0.000: Time display with 3 decimal places.

CopySyncBuffers
For the synchronized view, you can specify here whether or not the empty blocks that were
inserted for synchronization will be copied.
0: Do not copy empty blocks
1: Copy empty blocks

[INSERT]
TemplateForNewBlock
Shortcut CTRL+I can be used during Editing mode of a step to insert a SEFORM instruction.
The text to be inserted can be configured here.

[Cache]
Enabled
A file can be opened faster by using the cache.
Presently, only the following setting is available:
0: Cache is not active

[DefaultIcons]
These icons are displayed if icons are not specified in the individual definitions, e.g., if an
icon is not included in SEFORM(…). This icons must be located in the directory that was
specified in IconPath.
Block
Icon for main sequence SEFORM(…, 0, …)

© Siemens AG, 2006. All rights reserved

IM4/2-110 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

SubBlock
Icon for subsequence SEFORM(…, 1, …)

Sync
Icon for synchronization marks, e.g., WAITM(…)

Cycle
Icon for cycle

GeoProz
Icon for contour definition

[SyncMarks_User]
Machine manufacturers can enter their expansions for synchronization marks here.
;Definition of synchronization marks (search texts)
;sync1 = WAITM*(*n,*c,*c,*c,*c,*c,*c,*c,*c,*c,*c)
; '#' : separator: text before is searched in one
; channel, text behind in all others.
; It isn't possible to synchronize this kind of
; synchronization marks !!!
; '*n': identifier for synchronization numbers
; WAITM(*n,1,2,3)
; '*c': channel WAITM(1,*c,*c,*c), if own channel
; is missing, it will be added like WAITM-strategy
;
; Add additional / language dependent Text:
; WAITM*(*n,*c,*c,*c,*c,*c,*c,*c,*c,*c,*c) "$85000 The Text"
;
;sync1_Ico = clock.bmp
; belonging icon for defined sync mark
;sync1_Chans = 1,2,4
; Project the channels to synchronize here
; e.g.: you have a M-function (M4711)
; to synchronize the channels 1, 2 and 4
; Then you can write here: syncX=1,2,4
; If you synchronize the part programs the
; channel 3 will not be considered.
; If you don't project anything here, in all
; channels must stand the M4711 call
; respective if there are *C in [SyncMarks]
; only these channels will be synchronized.

;SIEMENS
[SyncMarks_Siemens]
sync1 = WAITM*(*n,*c,*c,*c,*c,*c,*c,*c,*c,*c,*c)
sync1_Ico = clock.bmp
sync1_Chans =

;USER
[SyncMarks_User]

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-111
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

sync1
Definition of search string. The following syntax applies:
* Wildcard; text replaced by ´*´ must be the same in all channels.

n Identification by means of a number, e.g., WAITM(*n,1,2,3)

Wait marks can be assigned using this number.

*c Channel number, these numbers does not have to be in the same order.
The program coordination channel does not have to be specified
(e.g.: WAITM(1,*c,*c,*c).

# Channel separators: Text before separator is searched for in one channel,

Text after separator is searched in all other channels. These
synchronization marks cannot be synchronized with each other.

sync1_Ico
Associated icon, it must be located in the directory that was specified in IconPath.

sync1_Chans
Here, it can be specified whether the associated synchronization marks will be
searched for in certain channels only. If no entry is made, the search will be carried
out in all channels or in those that are specified if *c was configured.

Example:
M4711 is a synchronization that affects Channel 1, 2, and 6 only. The entry must be
made as follows:

sync2 = M4711
sync2_Ico = clock.bmp
sync2_Chans = 1,2,6

[Old_or_User_Cycles_User]
Machine manufacturers can enter their expansions for their own cycles here.

Examples:

Cycle1 = Cycle*
Cycle1_Type = 1
Cycle1_Ico = cycle.bmp

Cycle2 = Pocket*
Cycle2_Type = 1
Cycle2_Ico = cycle.bmp
...

CycleX
Definition of cycles without graphical support. Subprogram calls can also be entered
here. A language-specific text can also be specified. X stands for a cycle number,
which must be the same over three associated entries.

© Siemens AG, 2006. All rights reserved

IM4/2-112 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

Syntax: The following is displayed, e.g.

CycleX = L100(* „L100(2,3,4)“

CycleX = L100(* „$85001“ Language-dependent text that is
stored in 85001

CycleX = L100(* „$85001/fixed text“ Language-dependent text that is

stored in 85001 + “/fixed text”

CycleX_Type
Definition of whether cycle is to be displayed as a subblock or a main block.
1: Subblock
0: Main block

CycleX_Ico
Associated icon, it must be located in the directory that was specified in IconPath.

[ProgSupport_User]
Machine manufacturers can enter their expansions for their own cycles here.

Example:
;Programming Support - Siemens Standard
[ProgSupport_Siemens]
NCG_1=CYC82
NCG_2=CYC86
NCG_3=CYC83
NCG_4=CYC84
NCG_5=CYC84_1
NCG_6=CYC840_1
NCG_7=HOL1
NCG_8=HOL2
NCG_9=POS1
NCG_10=WPOS
...

;drilling
[CYC82]

;drilling
NCG_1_Label=NC1
NCG_1_Text=$80854
NCG_1_Ico=cm_poly_dr_drill.bmp
NCG_1_Level=0

NCG_2_Label=NC2
NCG_2_Text=$80855
NCG_2_Ico=cm_poly_dr_drill.bmp
NCG_2_Level=0

;reaming
NCG_3_Label=NC3
NCG_3_Text=$80853
NCG_3_Ico=cm_poly_dr_reaming.bmp
NCG_3_Level=0

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-113
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

NCG_4_Label=NC4
NCG_4_Text=$80852
NCG_4_Ico=cm_poly_dr_reaming.bmp
NCG_4_Level=0
…

[CYC86]

;boring
NCG_1_Label=NC1
NCG_1_Text=$80666
NCG_1_Ico=cm_poly_dr_bore.bmp
NCG_1_Level=0

NCG_2_Label=NC2
NCG_2_Text=MCALL CYCLE86
NCG_2_Ico=cm_poly_dr_bore.bmp
NCG_2_Level=0

[CYC83]

;deep hole drilling

NCG_1_Label=NC1
NCG_1_Text=$80794
NCG_1_Ico=cm_poly_dr_deepdrill.bmp
NCG_1_Level=0

NCG_2_Label=NC2
NCG_2_Text=MCALL CYCLE83
NCG_2_Ico=cm_poly_dr_deepdrill.bmp
NCG_2_Level=0

Explanations:
Two graphics-supported supported cycles are shown here by way of example.
The following lines appear in place of the cycle in the NC program:

;NCG#CYC82#\CST.DIR\bohren.com#NC1#2#*NCG;*RO*;*HD*
;#1#1#1#1#1###"M3"####1##1#*NCG;*RO*;*HD*
CYCLE82(1,2,3,4,,0)
;#END#*NCG;*RO*;*HD*

[ProgSupport_User]

No.
Here, the number of the following entries must be specified.

NCG_1
Entries of individual search texts or name of cycles.
Generally, this is the text that is found in the NC program after “NCG#”.
In the example above, this would be “CYC82”.

© Siemens AG, 2006. All rights reserved

IM4/2-114 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

Because there can be several versions (e.g., NC1, NC2, etc.) for such a cycle, an
additional section must be furnished in the INI file for this entry [CYC82].

Section for cycles (e.g.: [CYC82])

No.
Number of cycle versions.

NCG_1_Label
“Name” of version. Generally, this is the text that is found in the NC program after the
path of the COM file (NC1, NC2, etc.).

NCG_1_Text
Text that is displayed. A fixed text, a language-specific text ($85111), or a combination
of both ($85111/my additional text) can be specified.

NCG_1_Ico
Associated icon, it must be located in the directory that was specified in IconPath.

NCG_1_Level
Definition of whether cycle is to be displayed as a subblock or a main block.
1: Subblock
0: Main block

Note
See also: /IAM/ BE1 Expand User Interface

2.5.24 SIMTOGEO.INI

Sample file with the details required for simulation for the individual tool types.

Note
If Link is set to 0 in the [Settings] section, the other entries in SIMTOGEO.INI
have not effect.

[Settings]
; this entry is dependent on settings such as
;
; MD 18206: $MN_MM_NUM_CCS_TOA_PARAM=1
; MD 18207: $MN_MM_TYPE_CCS_TOA_PARAM[1]=4
; MD 18080: $MN_MM_TOOL_MANAGEMENT_MASK='H4'
;
; if required and / or if other oem parameters are used, the index can be changed
; ( e.g. TC_DPCS4 if $MN_MM_NUM_CCS_TOA_PARAM=4 )
; or any other oem variable than TC_DPCS1 can be used :

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-115
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

;
;LINK=TC_DPC7
;
; MD 18096: $MN_MM_NUM_CC_TOA_PARAM=7
; MD 18097: $MN_MM_TYPE_CC_TOA_PARAM[7]=4
; MD 18080: $MN_MM_TOOL_MANAGEMENT_MASK='H4'
;
LINK=0 ; example LINK=TC_DPCS1

; example data sets

[500.1] ; unique identifier (t,d) for roughing tool 1
tool_type=500 ; tool type, if not set, $TC_DP1 is
; used
insert_length= ;TC_DP8, insert length
holder_angle= ; TC_DP10, holder angle
reference_direction= ; TC_DP11, cutting direction
clearance_angle= ; TC_DP24, clearance angle

[500.2] ; unique identifier (t,d) for finishing tool 1

tool_type=510 ; tool type, if not set, $TC_DP1 is
; used
insert_length= ;TC_DP8, insert length
holder_angle= ; TC_DP10, holder angle
reference_direction= ; TC_DP11, cutting direction
clearance_angle= ;TC_DP24, clearance angle

[520.1] ; unique identifier (t,d) for plunging tool 1

tool_type=520 ; tool type, if not set, $TC_DP1 is
; used
insert_length= ;TC_DP8, insert length
reference_direction= ; TC_DP11, cutting direction

[530.1] ; unique identifier (t,d) for parting tool 1

tool_type=530 ; tool type, if not set, $TC_DP1 is
; used
insert_length= ;TC_DP8, insert length
reference_direction= ; TC_DP11, cutting direction

[540.1] ; unique identifier (t,d) for thread-cutting tool 1

tool_type=540 ; tool type, if not set, $TC_DP1 is
; used
reference_direction= ; TC_DP11, cutting direction

[160.1] ; unique identifier (t,d) for boring-threading-milling

cutter
tool_type=160 ; tool type, if not set, $TC_DP1 is
; used
tip_angle= ; TC_DP10, tip angle
;TC_DPV3= ; 1=+X; -1=-X
;TC_DPV4= ; 1=+Y; -1=-Y
;TC_DPV5= ; 1=+Z; -1=-Z

© Siemens AG, 2006. All rights reserved

IM4/2-116 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

[151.1] ; unique identifier (t,d) for saw

tool_type=151 ; tool type, if not set, $TC_DP1 is
; used
width= ; TC_DP9, width
;TC_DPV3= ; 1=+X; -1=-X
;TC_DPV4= ; 1=+Y; -1=-Y
;TC_DPV5= ; 1=+Z; -1=-Z

; data set for tool_types 200-299

[200.001] ; unique identifier (t,d)
tool_type= ; tool type, if not set, $TC_DP1 is
; used
tip_angle= ; TC_DP24, tip angle
;TC_DPV3= ; 1=+X; -1=-X
;TC_DPV4= ; 1=+Y; -1=-Y
;TC_DPV5= ; 1=+Z; -1=-Z

; default tool data sets reserved by SIEMENS AG for later use

; default data sets are recognized by non digit values
; examples
;[500] ; number corresponding to tool type, roughing tool
;insert_length= ; TC_DP8, insert length
;holder_angle= ; TC_DP10, holder angle
;reference_direction= ; TC_DP11, cutting direction
;clearance_angle= ; TC_DP24, clearance angle

;[510] ; number corresponding to tool type, finishing tool

;insert_length= ; TC_DP8, insert length
;holder_angle= ; TC_DP10, holder angle
;reference_direction= ; TC_DP11, cutting direction
;clearance_angle= ; TC_DP24, clearance angle

2.5.25 TASKCONF.INI

[CONTROL]
MDIList=MntMMC\MntMMC.mdi
ControlFile=MntMMC\MntMMC.zus
ScreenTwips=1

[DEBUG]
;MDISize 0 = Debug, 1 = Full screen
MDISize=0

;Buttons: 0 = button invisible, 1 = button visible

Stop_Button=1

; Here you can configure a skeleton application. Instead of APPLICATION, use

; the section name configured in regie.ini. For every section name assigned in regie.ini
; with Task i = name:= mntmmc cmdLine:= "SectionName", ...
; a standalone section must be configured here.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-117
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

[APPLICATION]
; HSK1.. - HSK8.. (horizontal softkeys)
; HSK9.. - HSK16.. (ETC softkeys)
; VSK1.. - VSK8.. (vertical softkeys)

; background picture (default : none)

;1 : machine configuration
; <filename> : load bitmap from OEM directory
Picture=

; index [1,.. initial application (default : none)

StartIndex=

; 0 : permanent task (default)

; <> 0 : terminate task at recall
TerminateTask=

;=================================================;
; for each softkey (HSK1 - HSK16 / VSK1 - VSK8) ;
;=================================================;

; taskid (see regie.ini) or logical task name (program/<root> or ExitButton)

; !!! ExitButton, display button for shutdown of HMI-Adv !!!
HSK1Task=

;0 : recall to calling process (default)

; <> 0 : terminate application at recall (appends ;TerminateTask to HSK1Command)
; must be supported by application !
HSK1TerminateTask=

; 0 : SwitchToChild (default)
; 1 : SwitchToTask -> switch only to task
; 2 : SwitchToTask2 -> switch to child of specified task (if it exists)
HSK1IsTask=

; command string evaluated by application (default : empty)

HSK1Command=

; accesslevel for softkey (0 - 7, default : 7)

HSK1AccessLevel=

;0 : no link to NCK
; <> 0 : link softkey to NCK (lock softkey while no connection to NCK)
HSK1NckLink=

; default softkey text, ignored for logical task name

HSK1SkText=

; language depending softkey text, ignored for logical task name

HSK1SkText_GR=
HSK1SkText_UK=

© Siemens AG, 2006. All rights reserved

IM4/2-118 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

2.6 Simulation data matching

This function can be used to simulate machining on screen. Data evaluated by the
simulation has to be copied into data management in the Dialog
programming\Simulation data directory (\DP.DIR\SIM.DIR).
When the simulation program is started, the following functions can be selected with
the Data matching softkey:
• Match setup data
• Match tools
• Match machine data
• Match cycles

2.6.1 Simulation data

Files used
When HMI Advanced is started up, the following files are initialized for the simulation
in data management directory \DP.DIR\SIM.DIR.

UMAC.DEF User macros

SMAC.DEF System macros
SMAC_SC.DEF "
MMAC.DEF Machine manufacturer macros
UGUD.DEF Global user data
SGUD.DEF Global system data
MGUD.DEF Global machine manufacturer data
GUD4.DEF NC user data 4
GUD5.DEF NC user data 5
GUD6.DEF NC user data 6
GUD7.DEF NC user data 7
GUD7_SC.DEF "
GUD8.DEF NC user data 8
GUD9.DEF NC user data 9
CH(c)_RPA.INI R parameters (channel-specific)
CH(c)_GUD.INI, NC_GUD.INI User data (channel-specific, global)
CH(c)_SEA.INI, NC_SEA.INI Setting data (channel-specific, global)
AX_SEA.INI Setting data for axes
CH(c)_UFR.INI, NC_UFR.INI Work offsets (channel-specific, global)
CH(c)_PRO.INI Protection zones (channel-specific)
NC_CEC.INI Sag/angularity
TO_INI.INI Tool data (complete)
INITIAL.INI NCK initialization data
DPCUSCYC.COM Description of the user cycle interfaces

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-119
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

Startup
The above files, if present, are read in when the simulation application starts up. From
the initialization data in the INITIAL.INI file, only the machine data are interpreted by
the simulation application during startup.

The files (CH(c)_xxx.INI, NC_xxx.INI and AX_SEA.INI) are read in according to the
order of their date stamp, starting with the oldest file.

DPCUSCYC.COM:
The file DPCUSCYC.COM (mapping of user cycle interfaces) is only read if in the
DPSIM.INI file in the [PRELOAD] section

CYCLES=0 or
CYCLEINTERFACE=1 is set.

The following cases are possible:

1. CYCLES=0
The corresponding cycles are not loaded into the simulation until they are called
by the simulation interpreter for the first time.
2. CYCLES=1
All cycles of the NCK and HMI Advanced are preloaded when the simulation
application is started (eliminating cycle reload times during simulation).
3. If a cycle of the same name exists on HMI Advanced and NCK, the NCK cycle is
loaded. If a cycle of the same name exists in \CUS.DIR, \CMA.DIR and \CST.DIR,
it is found and loaded first in \CUS.DIR, then in \CMA.DIR and finally in \CST.DIR.

4. CYCLES=1 and CYCLEINTERFACE=0

The cycle interfaces are formed directly by simulation. This means that all cycles
(in \CUS.DIR, \CMA.DIR, and \CST.DIR of HMI Advanced and the NCK) have to
be loaded in advance (occupying program memory in the simulation NC).

NC cycles
The NC cycles (CUS.DIR, CMA.DIR and CST.DIR) are copied as an image into the
corresponding directories in data management. The location is determined in the
DPSIM.INI file by the CYCLE entry (\DP.DIR\SIM.DIR) in the [MAIN] section.
Synchronization takes place when the HMI is started at every cycle synchronization.
This enables optimized access to the cycles and automatic creation of images of the
cycle interfaces.

Simulation with OEM transformations

For OEM-specific adjustments, e.g. for Compile cycles, the standard configuration,
which is normally located in <InstallationPath>\dp\dpsim.tea, can be overwritten. To
do this, you must create a dpsim.tea file containing the desired adjustments (e.g.
different values for TrafoType) in the <InstallationPath>\OEM directory. The settings in
this dpsim.tea are evaluated last and take priority over the default settings in
<InstallationPath>\dp\dpsim.tea.

© Siemens AG, 2006. All rights reserved

IM4/2-120 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

Displaying the axis names/axis values

The display of axis names and axis values in simulation can be configured in the
DPSIM.INI file and applies to all channels.

By default the first 3 geometrical axes are displayed. In addition, any other channel
axes can also be displayed. Assignment takes place in the [LINKS] section
[LINKS]
ACT_POS_DISPL_1=1
ACT_POS_DISPL_2=2
ACT_POS_DISPL_3=3
ACT_POS_DISPL_4=0
ACT_POS_DISPL_5=0
Value = 0 The associated space in the display is freed
Value = 1 The associated default geometrical axis is displayed
Value = 1 to n Geometrical axis is displayed
(n = 1 to number of generated axes)

The indices of the geometrical/channel axes are permitted as values (1 to number of

axes), axes that are not present are ignored. A maximum of 5 axis names and values
can be displayed simultaneously.

Formatting
The number of digits (3 to 15) can be specified for formatting the axis values.

[LINKS]
ACT_POS_DIGITS=10

The number of digits after the decimal point (maximum number of digits) is read from
the simulation initialization data via MD 9004 DISPLAY_RESOLUTION or MD 9011
DISPLAY_RESOLUTION_INCH.

Hiding axes
The geometry/channel axes can be hidden using MD 20098 DISPLAY_AXIS. Bit 0
(display in the actual-value windows) is evaluated for the simulation.
At a maximum, as many axes can be displayed with their values that are not hidden
with ACT_POS_DISPL_<x> with 0, i.e. at a maximum, the first 5 unhidden
geometry/channel axes in their sequence.

Note
The more space that is required to display the axes, the less space is available to
display the actual block. If necessary, the axis display can be disabled off from
the Settings/Options On/Off menu in the "Actual position" field (within the Display
options field).

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-121
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

Search strategy
If a program (with no path) is required by the simulation, the following directories are
searched:
1. File in current NCK workpiece directory
2. File in current workpiece directory of HMI Advanced
3. File in NCK subroutine/main program directory
4. File in HMI Advanced subroutine/main program directory
5. File in NCK user cycle directory
6. File in HMI user cycle directory
7. File in NCK manufacturer directory
8. File in HMI manufacturer directory
9. File in NCK standard cycle directory
10. File in HMI standard cycle directory

If a program is not present in the simulation, it is loaded from the NC or from the HMI.

All programs (apart from cycles) that are loaded into the simulation are deleted from
the simulation again in the event of a workpiece change. If one of these programs is
needed again by the simulation, it is reloaded.

Program selection
If a part program for a workpiece is selected for the simulation, the following actions
are executed:

1. All tools are cleared with the file TO_CLEAR.INI (in HMI_ADV\DP\SIM) (if present).
2. If WPD_INI_MODE = 1 (see item 5) and if a TOA file with the selected program
name exists in the workpiece directory, this file is loaded into the active file system
for the simulation (otherwise file TO_INI.INI if it exists in the data management
system in \DP.DIR\SIM.DIR).
3. If tool management is active, the file TO_ADDON.INI (in HMI_ADV\DP\SIM) is
also loaded into the simulation and executed.
4. Workpieces: an initialization file with the workpiece name is loaded into the
simulation
5. Workpieces:
• MD 11280 WPD_INI_MODE = 1
All files (RPA, GUD, SEA, UFR, PRO, CEC, TMA) with the part program names
are loaded into the passive file system in the simulation. Program-specific TOA
files are loaded directly into the active file system for the simulation, all tools are
first cleared and then, if tool management is active, the file TO_ADDON.INI (in
HMI_ADV\DP\SIM) is loaded into the simulation and executed.

• MD 11280 WPD_INI_MODE = 0 (as before)

A TOA file with the workpiece name (search sequence NC, then HMI) is loaded
into the simulation, otherwise the first TOA file for the workpiece (search sequence
NC, then HMI) is loaded into the simulation.

The part program is then loaded into the simulation and selected.
If another part program from the same workpiece is selected for the simulation, it is
loaded into the simulation together with the associated data (if MD 11280
WPD_INI_MODE = 1) and then selected.

© Siemens AG, 2006. All rights reserved

IM4/2-122 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

If a part program from another workpiece is selected, the previous workpiece is

removed from the simulation.

If a workpiece is selected for the simulation, the part program with the workpiece
name is loaded into the simulation together with its data and the workpiece selected. If
the part program with the workpiece name does not exist, an error message is output.

Channel change
Only one channel/program at a time can be simulated in the simulation, i.e. direct
synchronization across channels is not possible.

Using the "Channel/spindle" softkey, programs can be assigned to specific channels

to be executed one after another.

The preset channel is channel 1 or the first channel in the simulation. Before programs
are selected, the simulation is switched to the channel for the current program.

MD 11280 WPD_INI_MODE = 1:
The system checks whether a TOA file with the current program name exists. If so,

• the tools are cleared

• the TOA file is loaded into the active file system for the simulation and
• (if tool management is active), the file TO_ADDON.INI (in HMI_ADV\DP\SIM) is
loaded into the simulation and executed.

All files (RPA, GUD, SEA, UFR, PRO, CEC, TMA) with the part program names are
then loaded into the passive file system in the simulation.

The programs in the channel/spindle list are executed one at a time in the specified
sequence with each "NC start" of the simulation; with each program change the
graphics status is retained as a blank specification for the next program. Hidden
programs are skipped.

After the last program the graphic is cleared – after prompting – and the simulation
starts again with the first program.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-123
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

2.6.2 Display of the simulation data

The files loaded into the simulation are displayed with softkey Match data → Loaded
data.

User programs
All programs currently copied into the simulation are displayed. They are deleted from
the simulation again when a different workpiece is selected.
Changes to these programs via the compensation editor are made directly in the HMI
or NCK, and the modified programs are automatically copied into the simulation. If
these programs are modified externally (e.g. via Services), the change is detected at
the time of the next simulation selection and the programs concerned are copied into
the simulation.
If files exist for the current workpiece (extension RPA, GUD, SEA, UFR, PRO, CEC,
TOA, TMA), they are loaded into the simulation when the workpiece is selected.
These files are retained when the workpiece is changed and their date stamp is
monitored.
If these files are modified externally (e.g. via Services/Programs), the change is
detected at the time of the next simulation selection and the files concerned are
automatically loaded into the passive file system for the simulation.
User cycles
All user cycles loaded into the simulation are displayed. If the cycles have not been
loaded before, the cycle interfaces must be defined in the file DPCUSCYC.COM. The
cycles are then copied into the simulation when required. Changes to the cycles are
not detected automatically and must be detected by means of the "Match cycles"
softkey.

All user cycles loaded into the simulation are displayed.

Manufacturer cycles
All manufacturer cycles loaded into the simulation are displayed. If the cycles have not
been loaded before, the cycle interfaces must be defined in the file DPCUSCYC.COM.
The cycles are then copied into the simulation when required. Changes to the cycles
are not detected automatically and must be detected by means of the "Match cycles"
softkey.

All manufacturer cycles loaded into the simulation are displayed.

Standard cycles
All standard cycles loaded into the simulation are displayed. The cycles are then
copied into the simulation when required. Changes to the cycles are not detected
automatically and must be detected by means of the "Match cycles" softkey.

All user cycles loaded into the simulation are displayed.

© Siemens AG, 2006. All rights reserved

IM4/2-124 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

Basic data
The initialization data (INITIAL.INI), tool data (TO_INI.INI) and definition files (*.DEF)
loaded into the simulation are displayed. The files (CH(c)_xxx.INI, NC_xxx.INI and
AX_SEA.INI) are displayed under "Loaded data".
The date stamp for these files is evaluated. If these files are modified externally (e.g.,
via Services), the change is detected at the time of the next simulation selection and
the files concerned are automatically loaded into the simulation.

2.6.3 Expansion of the tool geometry data of the simulation

Previously tools could be shown with their cutting edge, shaft and holder, which were
calculated internally from data from the NC.

With the expansion of the tool geometry data, it is now possible to show only the
cutting edge ("flying edge") in the simulation image, without the shank and holder.
Additional/deviating parameters can also be incorporated into the simulation on a tool-
by-tool basis.

The definition is produced by means of the SIMTOGEO.INI file, which is stored in one
of the directories \USER, \OEM, \ADD_ON, or \HMI_ADV. This file is not supplied with
the system as standard.

Other requirements:
• Activation the "flying edge" function in DPTWP.INI or DPMWP.ini
• Machine data: define memory for OEM parameters
• Create SIMTOGEO.INI file, enter link in file

Parameterization
The SimToGeo.ini file must contain an entry that establishes a link to the NCK tool
data. This is located in the [Settings] section.
Link=TC_DPCx where x = 1 to 10 or
Link=TC_DPCSx where x = 1 to 10

We recommend using the parameter TC_DPCS1 as the link entry for new projects, as
this has been specially reserved for this purpose. A different link setting should only be
used if the parameter TC_DPCS1 is already in use in an existing project.

With Link=TC_DPCS1, for example, for every tool for which entries exist in
SimToGeo.ini, an entry $TC_DPCS1[t,d]= <Identifier> must be specified for the NCK
tool data, where t = tool number and d = duplo number. Identifier must be noted as a
real number, e.g. 500.1, where the number before the decimal point can represent a
tool type and the number after the decimal point allows a further distinction.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-125
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

The associated values in SimToGeo.ini then appear below the corresponding identifier.

Example: [500.1] ; Roughing tool 1

tool_type = 500
...

Optional parameters for orienting milling cutters:

TC_DPV3= ; 1 = +X, -1 = -X
TC_DPV4= ; 1 = +Y, -1 = -Y
TC_DPV5= ; 1 = +Z, -1 = -Z
Only one of these entries may be used. A free tool orientation cannot be entered.

Note
- Tools are still displayed in the 3 main planes, XY, YZ or ZX.
- If a tool cannot be displayed, a polymarker is displayed.
- With the SimToGeo.ini file the tool_type can be defined differently from the
NC settings. If the corresponding cutting edge parameters
(e.g. $TC_DPCS1[t,d]) can be set, a link to/evaluation of SIMTOGEO.INI
geometrical data is also possible.
- A complete sample file with entries for each permissible tool type can be found
in Subsection 2.5.24 SIMTOGEO.INI.

Machine data settings

MD 18206: MM_NUM_CCS_TOA_PARAM=1
; Number of OEM data per cutting edge 0 to 10
MD 18204: MM_TYPE_CCS_TOA_PARAM[0]=4
; Data type 4 = Real
MD 18080: MM_TOOL_MANAGEMENT_MASK='H4'
; Set aside memory for OEM data

Startup procedure
1. Activate the "Flying edge" function in DPTWP.INI or DPMWP.INI, for lathes or
milling respectively, [Setup] section:

[SETUP]
;*** only SW6.4 or later ***
;Display tool only as cutting edge-"flying edge" (on/off)
TOOL_AS_CUTTING_EDGE=ON ;default = OFF

2. Define machine data or memory for OEM parameters:

$MN_MM_TOOL_MANAGEMENT_MASK=4 ; For SimToGeo.ini
; Set bit 2=1
If MD have already been assigned, the bit must also be set

© Siemens AG, 2006. All rights reserved

IM4/2-126 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

Define memory and type for SIEMENS-OEM parameter $TC_DPCS1

$MN_MM_NUM_CCS_TOA_PARAM=1 ; TC_DPCS1 is reserved
$MN_MM_TYPE_CCS_TOA_PARAM[0]=4 ; Data type Float for
; TC_DPCS1
or

Define memory and type for USER-OEM parameter $TC_DPC1

$MN_MM_NUM_CC_TOA_PARAM=1 ; TC_DPC1 is reserved
$MN_MM_TYPE_CC_TOA_PARAM[0]=4 ; Data type Float for TC_DPC1

3. Set up SimToGeo.ini:
Define link entry for Siemens or User OEM parameter and expand geometrical
data.
This is done using the OEM variable ($TC_DPCS1/$TC_DPC1).
The value of this variable determines the geometrical block that is used.

For example, the entry for tool 1 cutting edge 1 (T1D1) $TC_DPCS1[1,1]=500.1
would be referred to the geometrical data block [500.1] in the SimToGeo.ini file. It is
possible for more than one tool to refer to the same geometrical data block.

Add expanded geometrical tool data.

This in done in blocks, which are distinguished by float number identifiers, for
instance. For example [500.1].

[Settings]
Link=TC_DPCS1 ; Link to TO_INI.INI, Siemens OEM
;Link=TC_DPC1 ; Link to TO_INI.INI, USER OEM

[500.1] ;T1 D1 Roughing tool type500 SL3 L1=100, L2=55, R1

tool_type=500 ;Tool type then $TC_DP1 not required
insert_length=10 ;TC_DP8, insert length
holder_angle=105 ;TC_DP10, holder angle, not rake angle
reference_direction=3 ;TC_DP11, cutting angle
clearance_angle=5 ;TC_DP24, clearance angle

4. Link to tool data/TO_INI.INI:

CHANDATA(1)
$TC_DPCS1[1,1]=500.1 ; Siemens OEM T1 D1 roughing tool SL3 type 500
;$TC_DPC1[1,1]=500.1 ; User OEM
$TC_DP1[1,1]=500
$TC_DP2[1,1]=3
$TC_DP3[1,1]=100
$TC_DP4[1,1]=55

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-127
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

2.6.4 Data match of the simulation

The data to be evaluated by the simulation must be located in the data management
system in \DP.DIR\SIM.DIR. They are read each time the simulation application is
started.

Note
The data can be adjusted manually using the editor in the SERVICES operating
area, but if improper changes are made there is a risk that the simulation will not
be able to start. You should therefore save the files systematically in case the
data cannot be retrieved from the NC.

The Data matching menu provides the following functions:

Match tools
The NC tool data for all channels are copied into the TO_INI.INI file and then activated
in the simulation. Existing tools are removed beforehand. The function is offered
automatically whenever simulation is selected if tool data in the NC have changed.

Match machine data

• All definition files (UMAC.DEF, SMAC.DEF, MMAC.DEF, UGUD.DEF, SGUD.DEF,
MGUD.DEF, GUD4.DEF – GUD9.DEF) that are active in the NC are copied to the
corresponding files in the HMI. Files that are not active in the NCK are deleted from
the HMI. All files (CH(c)_xxx.INI, AX_SEA.INI, NC_xxx.INI) are deleted with the
exception of the tool data.
• The machine data from the INITIAL.INI file are interpreted by the simulation. We
recommend MD 11210:
UPLOAD_MD_CHANGES_ONLY = 0.

Data are not activated until the simulation is restarted!

The data are stored in the data management system in \DP.DIR\SIM.DIR.

Note
If you do not wish the definition files in the data management directory to be
matched with the NC, you can set this in DPSIM.INI.
[MAIN]
MATCH_NCU_ENVIRONMENT=0
; Only the INITIAL.INI file is copied from the NC.

MATCH_NCU_ENVIRONMENT=1 (default)
; Definition files in the
; data management directory are also matched with the NC.

© Siemens AG, 2006. All rights reserved

IM4/2-128 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

Match cycles
Cycle changes are not monitored by the simulation.
They are either copied automatically into the simulation as required
(PRELOAD/CYCLES=0) or copied in their entirety into the simulation when the
simulation starts up.

If a cycle is changed, it must be copied into the simulation using the "Match cycles"
softkey. Only cycles that have changed since they were last accessed are copied into
the simulation (along with newly imported cycles).

Cycles in the simulation that have since been deleted are deleted from the simulation.
If an automatic cycle interface is not used, the simulation must be restarted.

Match setup data

The following data selection can be used to load data from the active file system in the
NC into the simulation:

• R parameters (RPA)
• User data (GUD)
• Global user data
• Work offsets (UFR)
• Global work offsets
• Setting data (SEA)
• Global setting data
• Axis-specific setting data
• Protection zones (PRO)
• Sag/angularity (CEC)

The data can be selected in any combination. The channels are selected using
softkeys (if there is more than one channel for simulation); the current channel is
offered as default.
Channel-specific data are only offered if the selected channel is present on the NCK.
The selected data are copied into corresponding files in the data management system
in \DP.DIR\SIM.DIR using the "OK" softkey and loaded into the simulation.
Existing files are overwritten without prompting.
If data are selected for all channels, any associated channel-specific files that are
present are deleted; channel-specific files are always created or overwritten.
Before the data are loaded into the simulation, a "channel reset" is performed for the
simulation.
If an error occurs when copying from the NCK, the transfer can be repeated or aborted
(Abort/Repeat dialog box). If an error occurs when loading into the simulation or a
simulation alarm is triggered, the transfer is aborted.
Pressing the "OK" softkey saves the current data selection and displays it again the
next time the dialog box is opened.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-129
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

Mirroring tools
Differently oriented tool carriers (e.g. in different NC channels) can be used in the
same machine tool, for which the TOA length compensation parameters are subject to
machine tool-specific frame transformations (e.g. MIRROR) and have to be specified
differently from the usual settings.

To support this arrangement in the orientation of graphics tools, the SIM graphics
module DPSMASCH.DLL has been expanded to include, among other things, an
almost universal evaluation of the TOA parameters.
For example, $TC_DP3[n,m]=... can also be evaluated with negative values, with
the convention that by default, positive lengths generally lead to machining "behind
the turning center" and negative lengths to machining "in front of the turning center".

Special NC instructions may also be needed in the corresponding user cycles for tool
carrier selection to ensure that the simulation proceeds with the correct orientation of
the graphics tools, e.g.

...
IF $P_SIM
$SC_MIRROR_TOOL_LENGTH=1 ; tool length compensation
mirror mirrored axes in SIM
ENDIF
...
Use (milling and lathe version):
The sign-compliant evaluation of the TOA parameters at the interface to the graphics
module means that no operator action is required.

Rotating the coordinate system

The orientation of the coordinate system for simulation views (until now largely
incomplete in the lathe version) can be altered and adjusted, for example, to rotary
machines.

For this purpose, the INI entry [VIS] PLANE_VIEW=.. (in ..\user\dpmwp.ini for the
milling version or dptwp.ini for the lathe version) can be modified.

In order for advantage to be taken of these possibilities in machines that differ from
the standard orientations,

• The value range for the entry has been published (B/F: back/front, U/D: up/down,
L/R: left/right) and
• The functionality during turning expanded accordingly (incl. the derived views:
Outside cut, half cut and full cut, surface area) (wire model is kept as before!).
• In some cases (lathes) the entries have been made directly accessible on the user
interface:

© Siemens AG, 2006. All rights reserved

IM4/2-130 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

a[VIS]
..
;Plane viewpoint default for standard milling: BDL(BackDownLeft)
;possible BDL, BUL, BUR, BDR, FDL, FUL, FUR or FDR
PLANE_VIEW=BDL
or
[VIS]
..
;Plane viewpoint default for standard horizontal lathes: BDR(BackDownRight)
;for vertical lathes with +Z upward: BDL or with +Z downward: FUL (*** from SW5.3 ***)
;possible BDL, BUL, BUR, BDR, FDL, FUL, FUR or FDR
PLANE_VIEW=BDR

Note
Entries other than BDR, BDL or FUL are of no use for lathes at present.

Use (lathe version only):

To support vertical lathe orientations, the existing "Set spindle" form has been
expanded to include an additional "Machine orientation" frame group, initially with 3
McOption controls:

• "horizontal standard" (default: PLANE_VIEW=BDR),

• "vertical, downward feed" (PLANE_VIEW=BDL) and
• "vertical, upward feed" (PLANE_VIEW=FUL).

Using the "Change default" softkey the adjustments made here can also be used as a
permanent reference for all new workpieces.

Optimizations
1. Input monitoring "Unwinding diameter surface area"
In the lathe version, in conjunction with the blank inputs, the consistency of the
"External diameter" and "Unwinding diameter surface area" parameters is
checked and, if necessary, adjusted automatically (e.g., if the external diameter is
reduced), and missing entries are signaled (e.g., empty input field for unwinding
diameter).

2. Tool center-point path ("without tool data") is retained temporarily when a tool
data source (e.g., "with tools", etc.) is selected subsequently.
In order for the correct selection and deselection of tool compensations (LK, FRK,
SRK) to be checked visually, it is useful to be able to visually compare the tool
center-point path when tool compensations are deselected and the tool path
when tool compensations are selected.
For this purpose, the tool center-point path produced from a simulation run
"without tool data" is therefore generally retained for the first subsequent
simulation run "with tool data" (tool paths with and without tool compensations are
overlaid graphically for one SIM session). Thereafter the tool paths are reset as
usual at the start of each simulation.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-131
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

2.6.5 Memory configuration for the simulation

Function
To avoid having to carry out memory settings in NC machine data if additional memory
is needed for the simulation, these settings can be carried out in the DPSIMNCK.INI
file in the [DP_SIMNCK] section.
The default values for the simulation are entered in the DPSIMNCK.INI file in the
[DP_SIMNCK] section, generally eliminating the need for additional memory settings
in the NC. These offset values have a cumulative effect on machine data with the
same name.
Negative values are ignored.

DPSIMNCK.INI [DP_SIMNCK]
The following entries with default values are contained in the [DP_SIMNCK] section:
...
[DP_SIMNCK]
DP_SIMNCK_MM_NUM_GUD_MODULES_OFFSET = 0
corresponding machine data:
18118 MM_NUM_GUD_MODULES

DP_SIMNCK_MM_NUM_GUD_NAMES_NCK_OFFSET = 5
corresponding machine data:
18120 MM_NUM_GUD_NAMES_NCK

DP_SIMNCK_MM_NUM_GUD_NAMES_CHAN_OFFSET = 30
corresponding machine data:
18130 MM_NUM_GUD_NAMES_CHAN

DP_SIMNCK_MM_GUD_VALUES_MEM_OFFSET = 20
corresponding machine data:
18150 MM_GUD_VALUES_MEM

DP_SIMNCK_MM_NUM_USER_MACROS_OFFSET = 10
corresponding machine data:
18160 MM_NUM_USER_MACROS

DP_SIMNCK_MM_NUM_MAX_FUNC_NAMES_OFFSET = 40
corresponding machine data:
18170 MM_NUM_MAX_FUNC_NAMES

DP_SIMNCK_MM_NUM_MAX_FUNC_PARAM_OFFSET = 350
corresponding machine data:
18180 MM_NUM_MAX_FUNC_PARAM

DP_SIMNCK_MM_MAX_SIZE_OF_LUD_VALUE_OFFSET = 400
corresponding machine data:
18242 MM_MAX_SIZE_OF_LUD_VALUE
...

© Siemens AG, 2006. All rights reserved

IM4/2-132 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
2 Setting Functions and Parameters

2.6.6 Accelerating simulation startup

Simulation startup
The simulation application is normally started only on request by the operator. This
prevents the system from being overloaded by the software components that have to
be loaded.

At the same time, however, this significantly increases the start time for the simulation
when it is called for the first time. The start time is the time from selecting the
simulation to execution of the first NC command ("visible" result).

Loading during HMI startup

To accelerate simulation startup, the loading times can be transferred to the HMI
startup. The settings for this are carried out in the REGIE.INI file (OEM or USER
directory).

[StartupConfiguration]
Startup12 = name:=dpncsim, Timeout:=0

[TaskConfiguration]
Task27 = name := dpsim, Timeout := 30000

Note
The entry used in the [StartupConfiguration] section must not have been used
anywhere else. Check this in the REGIE.INI file in the MMC2, ADD_ON, OEM
and USER directories.

Loading during SimNCK startup

Configuration files for the NC environment (tool data, cycles) are loaded when the
SimNCK is started. This means that only the program to be executed and its
subroutines need to be loaded into the simulation NCK. This startup behavior is
controlled by means of the [PRELOAD] and [MAIN] sections in the DPSIM.INI file.
The simulation start time can also be reduced as follows:

[PRELOAD]
CYCLES=1
All cycles (from NCK and hard disk) are preloaded when the simulation NCK is started
with DPNCSIM.EXE.

TOOLS=1
The files for the tool mapper (TO_INI.INI and TO_ADDON.INI) are preloaded when
the simulation NCK is started (if applicable).

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/2-133
Commissioning HMI Advanced (IM4) 01/2006
2 Setting Functions and Parameters

Notes

© Siemens AG, 2006. All rights reserved

IM4/2-134 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
3 Creating User Alarm Texts

3 Creating User Alarm Texts

3
3.1 Creating Alarm Texts .............................................................. IM4/3-136

3.2 Structure of the User Alarms .................................................. IM4/3-138

3.3 Alarm Texts in Foreign Languages......................................... IM4/3-139

3.4 Plain Texts for PLC Machine Data.......................................... IM4/3-141

3.5 NCU-Specific Alarm Texts (only SINUMERIK powerline) ...... IM4/3-142

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/3-135
Commissioning HMI Advanced (IM4) 01/2006
3 Creating User Alarm Texts

3.1 Creating alarm texts

Storing the text files

Files containing error texts are stored on the hard disk in directory
F:\dh\mb.dir\. The error text files provided for use are activated in file
f:\mmc2\mbdde.ini.

Standard files
The standard texts in ASCII format are stored on the hard disk of the HMI in the
following files:
MMC F:\dh\mb.dir\alm_XX.com
NCK F:\dh\mb.dir\aln_XX.com
PLC F:\dh\mb.dir\alp_XX.com
ZYK F:\dh\mb.dir\alz_XX.com
CZYK F:\dh\mb.dir\alc_XX.com

In these file names, "XX" stands for the code of the appropriate language. The
standard files should not be changed by the user in order to store his or her own
error texts.

If these files are replaced by new ones when the HMI software is upgraded, then
the added or modified user-specific alarms will be lost. Users should store their
own error texts in user files.

Note
To prevent a modified MBDDE.INI file from being overwritten when the software
is updated, it must be stored in the USER path designated for that purpose:
<InstallationPath>\user\mbdde.ini.

Creating user alarms

The user can replace the stored error texts in the standard files with his own texts.
Likewise, the user can add new error texts.

To do this, the additional files must be imported into directory f:\dh\mb.dir

(MBDDE alarm texts) via the Services operating area. The names of these text files
are set in the f:\mmc2\mbdde.ini file. An editor is provided in the
Diagnostics\Startup\HMI area for this purpose.

Examples of configuration of two additional user files (texts for PLC alarms,
modified NCK alarm texts) in the MBDDE.INI file:
...
User MMC =
User NCK = F:\dh\mb.dir\mynck_
User PLC = F:\dh\mb.dir\myplc_
User ZYK =
User CZYK =
...

© Siemens AG, 2006. All rights reserved

IM4/3-136 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
3 Creating User Alarm Texts

The texts from the user files overwrite standard texts with the same alarm number.
Alarm numbers that do not already exist in the standard texts are added.

Structure of MBDDE.INI
Extract from MBDDE.INI relating to the configuration of alarm text files:
...
[Textfiles]
MMC=f:\dh\mb.dir\alm_
NCK=f:\dh\mb.dir\aln_
PLC=f:\dh\mb.dir\plc_
ZYK=f:\dh\mb.dir\alz_
CZYK=f:\dh\mb.dir\alc_
UserMMC=
UserNCK=
UserPLC=f:\dh\mb.dir\myplc_
UserZyk=
UserCZyk=
...
Editor
Any ASCII editor (e.g., the DOS editor edit) can be used for editing files. When
editing the text files with a different editor, make sure that they are then saved in
ASCII format.

Note
Changes in alarm texts do not take effect until the HMI is started up again. When
creating text files, make sure that the correct date and time are set on the PC.
Otherwise, the user texts may not appear on the screen.

Help on alarms
Creating user-specific online help texts is described in /HE1/ Installation and Start-
Up Guide HMI Online Help.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/3-137
Commissioning HMI Advanced (IM4) 01/2006
3 Creating User Alarm Texts

3.2 Structure of the user alarms

Alarm numbers
The following alarm numbers are available for the cycle alarms, compile cycle
alarms, and PLC alarms:

Number range Name Effect Deletion

60000 - 60999 Cycle alarms Display, NC start disable Reset
(Siemens)
61000 - 61999 Display, NC start disable, Reset
stop motion after
executing the pre-decoded
blocks
62000 - 62999 Display Cancel
63000 - 64999 Reserved
65000 - 65999 Cycle alarms (user) Display, NC start disable Reset
66000 - 66999 Display, NC start disable, Reset
stop motion after
executing the pre-decoded
blocks
67000 - 67999 Display Cancel
68000 - 69000 Reserved
70000 - 79999 Compile cycle alarms
400000 - 499999 PLC alarms general
500000 - 599999 PLC alarms for channel
600000 - 699999 PLC alarms for axis and
spindle
700000 - 799999 PLC alarms for user
800000 - 899999 PLC alarms for sequence
cascades/graphs

Format of text file for cycle alarm texts

The number range indicated in the list is not available with every number
(see Reference: /FB/ P3 ”Basic PLC Program”, Lists)

The structure of the text file for cycle alarms and compile cycle alarms is as follows:

Alarm number Display Help ID Text or alarm number

60100 1 0 "No D number %1 is programmed"
60101 1 0 60100
... ... ... ...
65202 0 1 "Axis %2 in channel %1 is still moving"
// Alarm text file for cycles in English

© Siemens AG, 2006. All rights reserved

IM4/3-138 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
3 Creating User Alarm Texts

3.3 Alarm texts in foreign languages

Language-specific nature of alarm texts

The name of the text file is used to assign language-specific user alarm texts. The
appropriate code and the extension “.com” are added to the user file name entered
in mbdde.ini. The language code is available from the table below.

Configuring user alarm texts

If alarm and message texts are created externally, they must be produced with the
code pages, ANSI tables, and fonts listed in the tables below.

The alarm and message texts are stored in the MBDDE alarm texts directory.
1. Convert the old text file to an ANSI text file using "Save As…" in the Windows
Editor (WinWord, Notepad, etc.).
2. Load the new text file and converted old text file into the Windows editor and
merge them.
3. Save the newly generated text file and copy it to the "MBDDE alarm texts"
directory for the HMI for the target.

Supported languages
Table 3-1 Languages and ANSI table/code pages used
Language Language Code page ANSI table
codes (DOS) (Windows)
Danish DK 850 1252
German GR 850 1252
English UK 850 1252
Finnish RCCB 850 1252
French FR 850 1252
Italian IT 850 1252
Dutch NL 850 1252
Portuguese PO 850 1252
Swedish Software 850 1252
Spanish SP 850 1252
Polish PL 852 1250
Czech CZ 852 1250
Hungarian HU 852 1250
Russian RU 855 1251
Turkish TR 857 1254

Japanese JA 932 -
Chinese (Simplified) CH 936 -
Korean KO 949 -
Chinese (Traditional) TW 950 -

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/3-139
Commissioning HMI Advanced (IM4) 01/2006
3 Creating User Alarm Texts

Assignment between ANSI tables and fonts

Table 3-2 ANSI table 1250 (Central Europe)
Font File name Name of font
Arial Cearial.ttf Arial CE (TrueType)
Arial bold Ceariabd.ttf Arial CE Bold (TrueType)
Arial italic Ceariali.ttf Arial CE Italic (TrueType)
Arial bold italic Caeriabi.ttf Arial CE Bold Italic (TrueType)

Table 3-3 ANSI table 1251 (Cyrillic)

Font File name Name of font
Arial Aricyr.ttf Arial Cyr (TrueType)
Arial bold Aricyb.ttf Arial Cyr Bold (TrueType)
Arial italic Aricyri.ttf Arial Cyr Italic (TrueType)
Arial bold italic Aricyrbi.ttf Arial Cyr Bold Italic (TrueType)

Table 3-4 ANSI table 1252 (West Europe)

Font File name Name of font
Arial Windows default Arial (TrueType)
Arial bold Windows default Arial Bold (TrueType)
Arial italic Windows default Arial Italic (TrueType)
Arial bold italic Windows default Arial Bold Italic (TrueType)

Table 3-5 ANSI table 1254 (Turkish)

Font File name Name of font
Arial Trar.ttf Turkish Arial (TrueType)
Arial bold Trarbd.ttf Turkish Arial Bold (TrueType)
Arial italic Trari.ttf Turkish Arial Italic (TrueType)
Arial bold italic Trarbi.ttf Turkish Arial Bold Italic (True Type)

Installing languages
Languages that are not included with the standard product must first be installed.
An additional tool is implicitly required for Asian languages (e.g., NJWIN). The
appropriate fonts are installed automatically with this.

When each language module is installed, the tool also installs the appropriate fonts,
and all necessary entries are made in the MMC.INI file and in the registry.

During system startup, the DLLs, text files (machine data files) and language-
dependent INI files are stored in the "\mmc2\language" directory, and the alarm
texts are stored in the “\dh\mb.dir” directory.

Language
If you want to configure other languages in the control, a "Language selection"
softkey can be configured (see “Configuring the ‘Language Selection’ Softkey”).
The name of the text file is used to assign language-specific user alarm texts. The
appropriate code and the extension .com are added to the user file name entered
in MBDDE.INI.

© Siemens AG, 2006. All rights reserved

IM4/3-140 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
3 Creating User Alarm Texts

3.4 Plain texts for PLC machine data

Overview
Application-specific and language-dependent plaintexts can be configured for each
index for the PLC machine data.

Example:

14510[i] User data (INT) i = 0 to 255

14512[i] User data (HEX) i = 0 to 255
14514[i] User data (FLOAT) i = 0 to 31

The text files with the name NCTEA_xx.TXT (xx = language code GR, UK, ...) can
be created in the following directories:
user\language
add_on\language
oem\language

Entries in the following format:

<number of entries> ; number of entries
<MD-number>.<index> <text> ; number of index texts

Result:

14510.7 My text for PLC-MD 14510.7

14512.0 This is the text for 14512.0
14514.1 My text for float data 14514.1

Note
PLC operational messages are created and handled in the same way as alarm
texts.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/3-141
Commissioning HMI Advanced (IM4) 01/2006
3 Creating User Alarm Texts

3.5 NCU-specific alarm texts (only SINUMERIK powerline)

Function
If multiple PCUs and NCUs (M:N) are used, NCU-specific alarm texts can be
created and managed in the HMI.
This function requires entries to be made in the MBDDE.INI file in the [netTextFiles]
section. The file is located in the C:\USER directory.
The entries for the NCUs must match the entries in the [paramNCU_Bez] section of
the current NETNAMES.INI file.
The NETNAMES.INI file in connection with the "Multiple operator panel
fronts/NCUs" function is described in

Reference: /FB2/ B3 Multiple Operator Panel Fronts and NCUs.

Search sequence
To output an NCU-specific alarm, the associated text is searched for in the
following sequence:
1. NCU-specific texts
2. Non-NCU-specific texts

Path for alarm texts

Like the other alarm texts, the NCU-specific alarm texts (e.g. NC1_GR.COM)
should be stored in the C:\DH\MB.DIR\ directory.

Entry in MBDDE.INI
Example:
[net TextFiles]
NCU_1=C:\DH\MB.DIR\NC1_GR.COM
NCU_2=C:\DH\MB.DIR\NC2_GR.COM
NCU_3=C:\DH\MB.DIR\NC3_GR.COM

© Siemens AG, 2006. All rights reserved

IM4/3-142 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
4 Diagnosis and Service

4 Diagnosis and Service

4
4.1 Installing HMI Software on a PG/PC....................................... IM4/4-144
4.1.1 NCU Connection Wizard...................................................... IM4/4-145
4.1.2 Starting HMI Advanced in a Separate Desktop ................... IM4/4-145
4.1.3 Configuring the Desktop Switch Application........................ IM4/4-147
4.1.4 Operating the Desktop Switch Application .......................... IM4/4-148

4.2 Action Log ............................................................................... IM4/4-150

4.2.1 Displaying the Log File ........................................................ IM4/4-153
4.2.2 Displaying the Log File ........................................................ IM4/4-154

4.3 HMI-Analyzer .......................................................................... IM4/4-155

4.3.1 Operating ............................................................................. IM4/4-156
4.3.2 Analyzing Data..................................................................... IM4/4-158
4.3.3 Examples of Applications..................................................... IM4/4-161

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/4-143
Commissioning HMI Advanced (IM4) 01/2006
4 Diagnosis and Service

4.1 Installing HMI Software on a PG/PC

Requirements
Target system PG oder PC mit
600 MHz, 256 MB RAM
Available hard disk space 500 MB
Operating system MS Windows XP Professional
MPI driver Version 6
NC interface CP5511, CP5611
(SINUMERIK powerline)
NC interface Network connection (Ethernet)
(SINUMERIK solution line)

"Small fonts" must be selected under "System Control → Display, Settings".

Software
• Name: HMI Advanced for PC/PG
• Installation language: German/English
• Distribution medium: CD
• Uninstallable: Yes

Operating sequence
1. Insert the CD in the CD drive
2. Start setup.exe
3. Select language
4. Specify the target directory: Any
5. For SINUMERIK powerline, select:
- Online with communication to NC
- The system asks whether you wish to install the MPI drivers
- Local without communication to NC, with NC simulation
6. For SINUMERIK solution line, select:
- Online with communication to NC
7. The system lists all the entries you have made
8. On confirmation the copy operation starts
9. At the end of the copying operation, you are prompted to restart the PC.

Notice
Installing on a PC/PG:
HMI-Advanced can then only be run under a non-administrator user, if this user
has write privileges for directory mmc2 of HMI-Advanced. The installation of HMI
Advanced does not provide these privileges.

© Siemens AG, 2006. All rights reserved

IM4/4-144 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
4 Diagnosis and Service

4.1.1 NCU Connection Wizard

Application
The NCU connecting assistant is only installed during the installation of HMI
Advanced on a PG/PC. This assists you during the commissioning of the NCK,
PLC and drive and during the configuration of interfaces and the cabling.
With the connecting assistants, connections are possible both via MPI and
Ethernet, depending on the control unit. Use an Ethernet connection for
SINUMERIK solution line and an MPI connection for SINUMERIK powerline. The
type of connection depends on the software installed on the 840Di control unit.

Starting the "NCU Connection Wizard"

The connecting assistant is started under "Start menu" → "NCU Connection
Wizard" or it is automatically started after a message if no connection to the control
unit can be established.

Note
Changes that you made using the "NCU Connection Wizard" only take effect after
a system restart.

4.1.2 Starting HMI Advanced in a separate desktop

Overview
Installing HMI Advanced on a standard PC creates boundary conditions which
cause the following effects when other programs are used:
• Windows that cannot be moved or minimized
• Special keyboard and keyboard filter functions
• Overcrowded taskbar
• Changes to color scheme
• Focus control in connection with OEM software
• All applications of a standard PC run on one desktop.
How to call up HMI Advanced in a separate desktop is described as a remedy in
the following section.

Remedy
Through the dynamic creation of a separate desktop for the HMI Advanced
software, the features indicated above can be limited to this desktop. In addition,
up to three desktops can be defined without these restrictions. Various methods
can be used to switch between the desktop with HMI Advanced and the other
desktops at any time. Desktop creation is configurable. The solution is only
available for PGs/PCs, not for PCU 50.3.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/4-145
Commissioning HMI Advanced (IM4) 01/2006
4 Diagnosis and Service

Desktop applications:
• In addition to a standard desktop that is always present, one or more desktops
are created dynamically.
• HMI Advanced is loaded into a dynamically created, standalone desktop.
• All existing desktops are provided with a user interface that allows switching to
another desktop at any time.
• The desktop can be configured with the HMIDesk.ini file.

DSA DSA DSA

Standard Desktop HMI-Advanced ... Desktop 4

Windows XP

DSA : Desktop Switch Application

Fig. 4-1: Separate desktops for HMI Advanced and other applications

Notice
1. The key combination CTRL+ALT+DEL of the task manager only works in the
standard desktop. In dynamic desktops, the task manager can only be called
directly from the taskbar.
2. When a dynamic desktop is closed, the application that is started automatically
by inclusion in hmidesk.ini is closed with the desktop. Manually started
applications continue to run, however.
The applications can no longer be used, however, since they are not displayed
in other desktops. If the dynamic desktop is started again later, applications
that are still running are visible again and can continue to be used.
3. All external applications (e.g., ProTool, Transline) that use the basic HMI
Advanced system must be started on the HMI desktop if they are to be
executed in parallel with HMI Advanced.
Background: The process control subsystems cannot be used beyond desktop
limits because Windows restricts window communications to one desktop.
4. 16-bit applications are always started by Windows in the login desktop and so
do not work in a dynamic HMI desktop. The desktop switch can therefore not
be used if 16-bit applications are being used in HMI Advanced. In this case,
HMI Advanced must be started in the conventional way.

© Siemens AG, 2006. All rights reserved

IM4/4-146 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
4 Diagnosis and Service

4.1.3 Configuring the desktop switch application

[Global] section
The application is configured in the HMIDesk.ini file.

In [Global], the number of desktops required is specified with

NumberOfDesktops = n. The 2nd to 4th desktops are created dynamically.
Permissible values for n are 2, 3, 4. For each dynamic desktop, additional settings
must be specified in [Desktopn].

ControlMode = Icon Icons in the taskbar (see Explorer below)

Window Standalone dialog window
(see WindowOnTop below)
KeyboardControl = TRUE Switching can be done using <ALT+1>,
<ALT+2>, ... dialog window or task bar.
FALSE Switching can be done using the dialog
window or task bar.

[Desktop n] section
StartupApplication = "Path\Program.exe"

An application is started automatically after creating a desktop: On closing the

desktop, this application is closed by the desktop switch. Closing of the desktop is
synchronized with the closing of the application. During this synchronization, the
desktop switch cannot process any other requests.

The synchronization is aborted if the application is still being executed after 15

seconds. In this case, the desktop is closed too.

Note
For the desktop (2), the path and associated program name pointing to the
current HMI Advanced installation are set automatically.

Explorer = TRUE Desktop is provided with Explorer and a task

bar which contains the icons for the
configured desktops.
FALSE Desktop is not provided with Explorer or a
task bar. The desktop can only be selected
via the keyboard <ALT+1>, <ALT+2>, ... or
via the dialog window.

WindowOnTop = TRUE If ControlMode = Window appears, the dialog

window of the desktop switch application is
constantly displayed.
FALSE Dialog window can be covered

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/4-147
Commissioning HMI Advanced (IM4) 01/2006
4 Diagnosis and Service

CreateDesktop = Immediately Start desktop immediately.

Delayed Start desktop when selected.

SetHMIColors = TRUE With SetHMIColors, the Desktop 2 uses its

own color scheme with the advantage that
this color scheme does not affect other
desktops. This attribute is intended
exclusively for use with HMI Advanced,
because it uses its own color scheme which
is partially very different from standard
Windows.
FALSE The desktops are displayed with the
standard Windows color scheme, as is the
desktop with HMI Advanced.

When switching between desktops, the desktop switch sets the appropriate color
scheme automatically.

Desktop 1 is the user's standard desktop, which is set up automatically by the

operating system after logon. For the standard desktop, only the property
WindowsOnTop = TRUE can be configured.

Activation
Start HMIDesk.exe in the installation directory for HMI Advanced. The configured
desktops are created. HMI Advanced is started automatically in desktop 2 as the
startup application.

Default behavior when creating a desktop

An active desktop is created with the taskbar. The desktop switch window is hidden.
The desktop switch is operated via the task bar.

4.1.4 Operating the desktop switch application

Overview
The user interface for the desktop switch application can be configured:
• Keyboard hotkeys
• Dialog window
• Icons in the taskbar

Hotkeys:
<Alt+1> Switches to desktop 1 (standard desktop of user)
<Alt+2> Switches to desktop 2 (HMI Advanced desktop)
<Alt+3> Switches to desktop 3 (optional additional user desktop)
<Alt+4> Switches to desktop 4 (optional additional user desktop)

© Siemens AG, 2006. All rights reserved

IM4/4-148 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
4 Diagnosis and Service

HMI startup in separate desktop

First start a second desktop, then HMI Advanced:

Fig. 4-2: Linking to the desktop switching application

Switching by clicking on the corresponding desktop number:

1 Standard desktop
2 Desktop with HMI Advanced
(3, 4) Other optional desktops

Displaying the desktop Switching active desktops

Note
If WindowOnTop = False is configured in hmidesk.ini, the window must be
brought to the foreground using <Alt + TAB>.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/4-149
Commissioning HMI Advanced (IM4) 01/2006
4 Diagnosis and Service

4.2 Action log

Application
The Action log function can be used to log operating sequences. By default, if the
action log is enabled, the data that can be logged are recorded. The action log
setting is password-protected.

The following events can be logged:

Variable services All variables that are written via an input field (e.g., write
accesses to geometry data such as tool compensation
and work offsets) can be logged. A description of the
variables can be obtained via the Help function in the
Parameters operating area under Variable Views.
PI services All PI services (e.g. program selection, file deletion, tool
deletion) can be logged. A description of the variables can
be obtained via the Help function in the Parameters
operating area under Variable Views.
Domain services All domain services (e.g. load/unload program) can be
logged.
Alarm status All NC/PLC and HMI alarms and messages that are
displayed can be logged.
Channel status/ NC/PLC statuses can be logged using information about
override the channel status and the position of the override switch.
If this information can be obtained in a timely manner, in
many cases these states can be used to verify the
operation of the MCP.
HMI events Function buttons for screen selection and switching the
operating area (Action StateReached).

The following functions are available:

• Logging of alarms
• Output of log file via USB
• The log file output is password-protected (access level: Manufacturer).
• The action log is enabled/disabled via MD 9012: ACTION_LOG_MODE or in
the operating area "Commissioning" → "HMI" → "System Settings" in the
"Action Log Settings" screen.

© Siemens AG, 2006. All rights reserved

IM4/4-150 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
4 Diagnosis and Service

9012 ACTION_LOG_MODE
MD number Action log settings
Default value: 254 Min. input value: 0 Max. input value: 0xffff
Changes effective after POWER ON Protection level (R/W) 2/2 Unit: -
Data type: DWORD Applies from version 5.2
Meaning This MD can be used to enable/disable the action log and to define a
choice of the data to be logged.
Bit 0 =1 Action log ON (default)
=0 Action log OFF

Bit 1 =1 HMI Advanced: Variable services (writing accesses to

geometric data) are logged. For the meaning of the
variables, see Help in the Parameter operating area
under variable views (standard).
=0 Variable services are not logged.

Bit 2 =1 HMI Advanced: PI services (e.g. program selection)

are logged. For the meaning of the variables, see Help
in the Parameter operating area under variable views
(standard).
=0 PI services are not logged.

Bit 3 =1 HMI Advanced: Domain services (e.g. load/unload

program) are logged (standard).
=0 Domain services are not logged.

Bit 4 =1 Changes to the alarm status are logged (default).

=0 Changes in the alarm status are not logged.

Bit 5 =1 Key actuations are logged:

only ShopMill, ShopTurn, ManualTurn (standard).
=0 Key actuations are not logged.

Bit 6 =1 Channel status/override is logged (default).

=0 Channel status/override is not logged.

Bit 7 =1 HMI Advanced: Softkey actuations and menu changes

are logged (standard) Only for use by Siemens.
=0 Softkey actuations and menu changes are not logged.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/4-151
Commissioning HMI Advanced (IM4) 01/2006
4 Diagnosis and Service

Setting the action log

Via the operating area "Commissioning" → "HMI" → "System Settings,“ select
which actions of the control should be logged in the "Action log settings" (also see
Subsection 2.5.17 MMC.INI):
• Logging on/off
• Logged data
• Action log settings:
− Write interval file: − 1: (default) The log is only saved to hard
disk upon request, e.g. trigger.
> 0: The longest waiting time in seconds
before a log file is saved on hard disk.
− File size of log file: 40 KB (default).
− Write trigger via alarms: Alarm number entry separated by a comma:
The alarms entered here are immediate
triggers for immediately saving the current
action log on the hard disk.
− The path of the log file is permanently set and cannot be changed

Start-up

Channel RESET Program aborted

Action log settings

Logging ON

Logged files

Change of alarm status Write interval file

Keys (Shop Mill only File size log file

Channel status / Override Path of log file

Writing of data Write trigger via alarms

File access

Instructions (PI services program invocation)

Save
settings
File HMI exit
Query Symbols Templates Action log Trace
display mode
Fig. 4-3: Action log settings

The "Keys (only ShopMill)" selection is without function in HMI Advanced (also
see MD 9012, Bit 5).

© Siemens AG, 2006. All rights reserved

IM4/4-152 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
4 Diagnosis and Service

4.2.1 Displaying the log file

Overview
The log file output is password-protected (access level: Manufacturer). On the
operator panel, the current log file is displayed on the screen in the operating area
"Diagnostics" → "Service displays" → "Action log".

The log is output in English with the following columns:

• Date
• Time
• Name of NCU
• Event

Example of a log file:

Date Time NCU Event

01.09.05 06:22:48 local

=================================================================================================
==
01.09.05 06:22:48 local ACTIONLOG: HMI Booting (OutputSelect:0xff CommitLatency:-1
FileSize:40000)
01.09.05 06:22:48 local ACTIONLOG: Monitored Variable:"/Channel/ProgramInfo/msg" Mode:0x1
01.09.05 06:22:48 local ACTIONLOG: Monitored Variable:"/plc/datablock/byte[c19,0]"
Mode:0x81
01.09.05 06:22:48 MachineSwitch ACTIONLOG: variable "/plc/Datablock/Byte[c19,0]" Mode:0x81
01.09.05 06:22:48 MachineSwitch ACTIONLOG: variable "/Channel/ProgramInfo/msg" = ""
:
:
01.09.05 06:24:52 NCU840D application:RE;state:-992;softkey:-1;etc:0
01.09.05 06:24:52 NCU840D application:RE;state:-990;softkey:-1;etc:0
01.09.05 06:25:05 NCU840D application:RE;state:-991;softkey:-1;etc:0

01.09.05 06:37:58 local ACTIONLOG: HMI Terminates

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/4-153
Commissioning HMI Advanced (IM4) 01/2006
4 Diagnosis and Service

4.2.2 Outputting the log file

Application
The log file can be read out from the startup menu. A startup menu is displayed
whenever a crash occurs (PLC Bit DB19, Byte 0, Bit 6). The PLC must set and
reset the bit at the user interface (same as, e.g., key lock, screen brightness control,
etc.).

The HMI evaluates the rising edge of the signal (i.e., a transition from 0 to 1) and
creates the log file when the signal arrives. The HMI only read-accesses the data,
i.e., the signal must be reset from the PLC/user program. If the bit is already set
when the HMI starts up, the HMI does not respond to the value of the bit (until it is
reset and set again).

Reading out the file

To read out the log files, proceed as follows:
1. In the Service menu choose the "A__Actionlog" menu (press the "A" button).
The "A__Actionlog" menu is only available if a log file exists.
2. The current log files (AC_LOGA.TXT and AC_LOGB.TXT) are copied to the
part program directory. The following message appears: "The action log
(crash) is filed in the part program directory for output (files AC_LOG?.TXT).
3. Press any key to return to the main menu.
4. Once the controller is restarted, you can read out the log files from the
“Services” operating area in the “Data Out” -> Via USB menu.

Reading out a file after a system crash

If events cause the control to crash, crash files are created from the log files in the
data management system.

If you are unable to select the Service menu, you should proceed as follows:
1. Switch on the control.
2. During startup, a log file is scanned for crash files. The current crash files
(AC_LOGP1.TXT to AC_LOGPn.TXT) are copied to the part program
directory.
3. After the controller is restarted, you can read out the log files from the
“Services” operating area in the “Data Out” → via USB menu.

© Siemens AG, 2006. All rights reserved

IM4/4-154 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
4 Diagnosis and Service

4.3 HMI Analyzer

Application
The HMI Analyzer diagnoses any problems occurring on a PCU 50.3. The result of
the analysis is displayed via the HMI Analyzer in lists. It can also be stored in ASCII
files and analyzed later. In this way, the differences between the supplied versions
and a customer-modified version can be determined.

All settings of the INI files of HMI Advanced are analyzed and the resulting settings
are displayed.

Further analyses are possible via the listing of DDE messages, monitoring of the
processes, memory utilization and network settings.

Configuring the HMI Analyzer

The HMI Analyzer is configured in the HMIAnalyzer.ini file:

[HMI_DIRS]
DIR01 = MMC2
DIR02 = HMI_ADV
DIR03 = ADD_ON
DIR04 = OEM
DIR05 = USER

[HMI_FILES]
FILE01 = MMC.INI
FILE02 = REGIE.INI
FILE03 = MBDDE.INI
FILE04 = OEMFRAME.INI
FILE05 = NETNAMES.INI
FILE06 = KEYS.INI

[Additional]
FILE01 = F:\Programs\Test1.ini
FILE02 = F:\Programs\Test2.ini

Section [HMI_DIRS]
All the directories that are to be used for analyzing the INI files are entered here.

Section [HMI_FILES]
All the INI files that are to be used for analysis are entered here. At the same time,
the files in the directories that are entered under HMI_DIRS are searched and
analyzed.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/4-155
Commissioning HMI Advanced (IM4) 01/2006
4 Diagnosis and Service

Section [Additional]
Additional INI files that are not subject to the INI concept of HMI Advanced, i.e. INI
files from add-on applications, can be entered here. The complete path is needed
for the entries. Only the file of this path is analyzed.

4.3.1 Operating

Overview
When the HMI Analyzer is started, the settings in the initialization file
HMIAnalyzer.ini are analyzed. The point selected in the tree to the left is analyzed.
The result of the analysis is displayed as a list on the right side.

The result of the analysis can be saved as a "profile". All of the items marked in the
tree are saved (toggle key or double-click on the respective box).

Fig. 4-4: Example of .ini files

Saving the current data (profile)

The profile of the currently selected items can be saved via the menu item "File" →
"Save Profile". The menu item is only active if items for saving in the profile are
marked in the tree.
When saving, a sub-directory is created in the directory in which the HMI Analyzer
is located. The name of the directory is composed of the date and time at the time
the data was saved.
Example: "20060122_083755“ for saving on January 22, 2006 at 08:37:55. All of
the INI files marked at this time in this directory are saved as profiles.

© Siemens AG, 2006. All rights reserved

IM4/4-156 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
4 Diagnosis and Service

For the INI files saved as profiles are the "resultant” INI files. In this way, the profile
shows the current valid configuration.
The result files can be considered individually in an external ASCII editor.

Deleting the current data (profile)

Individual profiles can be deleted from the hard disk via the menu item "File" →
"Delete Profile".

Comparison of two saved profiles

By selecting the menu item "File" → "Compare" in the main window, two saved
profiles (configurations) can be compared to each other.
All previously saved profiles are listed in the "Available Profiles" list. The profile
selected in the list is selected for comparison via the key "Add " and moved to
the "Compared Profiles" list. The first selected profile is considered as the original,
the second selected profile is considered the modified profile. A profile can be
moved back into the list using the " Remove" button. The sequence in the list
can be changed via arrow right.
The "Compare" button can be used as soon as two profiles in the "Compared
Profiles" list are selected for comparison. After the comparison is done, the result is
displayed in the main window of the application and the selection window is closed.

Fig. 4-5: Comparing profiles

The result of the comparison can be seen in the main window of the application.
The result of the comparison can also be saved in an ASCII file via the menu items
"File" → "Save Comparison".

A saved comparison result can be displayed again by the HMI Analyzer via the
menu items "File" → "View Comparison".

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/4-157
Commissioning HMI Advanced (IM4) 01/2006
4 Diagnosis and Service

4.3.2 Analyzing data

System → Files
All entries of the analyzed INI files are displayed here.
HMI Display of the corresponding INI entries from files that are subject
to the INI concept of HMI Advanced. The directory from which the
entry comes is also displayed ("Source" column). For this, all the
directories that are entered under HMI_DIRS in HMIAnalyzer.ini
are scanned.

Additional Display of the addition INI files that are not subject to the INI
Files concept, i.e. these INI files are only searched for in the specified
path.

System → Hardware Resources

Hardware Under hardware, parts of the existing hardware are listed, e.g.
information on the processor and information on the individual
hard disk partitions and drives.

Memory More precise information on the existing and available memory is

displayed here in KB:

Used Memory: Percent of allocated memory

Physical Memory, total: Total size of the RAM
Physical Memory, available: Free, available RAM memory
Page File, total: Total memory of the swap file
Page File, available: Free, available memory of the
swap file
Virtual Memory, total: Total size of the virtual memory
Virtual Memory, available: Free, available virtual memory

System → Software Environment

Running The memory usage and the running of all active processes are
Tasks displayed here.

The following columns are displayed:

Name Name of the process

Running ‘X’ process running, ‘-‘ Process ended
ProcessID Process ID
WorkingSetSize Current memory usage in KB
DiffWorkingSetSize Modification of the memory since the start
of the HMI Analyzer or since the last reset

© Siemens AG, 2006. All rights reserved

IM4/4-158 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
4 Diagnosis and Service

PagePoolUsage Swap memory in KB

DiffPagePoolUsage Modification of the swap memory since the
start of the HMI Analyzer or since the last
reset
PageFaults Access violations of the swap file
DiffPageFaults Modification of the access violations of the
swap file since the start of the HMI Analyzer
or since the last reset

Additional settings (below):

Cyclic The view is cyclically updated. The differences since
the start or since the last reset are computed and
displayed. The update rate can be specified in
milliseconds [ms] to the left next to the "Cyclic"
selection.
Reset Resets the differential values. This action can only be
carried out for cyclic display.
Single The view is updated once as a static display. The
memory requirement of all processes is reanalyzed.

Modules When the Modules item is selected, the loaded DLLs for all running
processes are determined. When HMI Advanced is running, the
applications of all operating areas that are entered with
ProLoad;=False in the Regie.ini are also started.
For this, the loaded DLLs are also determined.

System Gives information on general PCU or PC data

Network Display of the current network data:

All the data that can be determined via the command “ipconfig /all”
is displayed.

Note
Operating areas that are entered with PreLoad:=False in REGIE.INI and cannot
be found as a process are started by the HMI Analyzer before the analysis. The
start is done via the master control server. During this, all the operating areas to
be started are activated by “SwitchToTask”. After all the operating areas are
started, the operating area changes to "Machine".

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/4-159
Commissioning HMI Advanced (IM4) 01/2006
4 Diagnosis and Service

System → DDE
Message The DDE message records DDE notifications. Depending on the
settings, requests, pokes, executes and hotlinks (advise) are
logged. With the option “Only Active Hotlinks” only the currently
active hotlinks can be displayed. Finished hotlinks disappear from
the screen.

Only DDE notifications that occur after the start of the HMI Analyzer
are recorded. The elapsed time can be determined from the "Time"
column. This column displays the time that has elapsed since the
start of windows in milliseconds.

Ping With "Ping Windows”, you can check whether a window does not
Windows reply to DDE broadcasts. When a hotlink is started, the system
sends a notification to all windows which must be immediately
answered by all windows.

If a window answers very late or not at all, the operation of HMI

Advanced can become slower or even stop completely.

Single The view is updated once as a static display. The

answers from all the windows in the system are
listed.
Cyclic The view is cyclically updated. Notifications are
sent cyclically to all windows and must be
answered. The update rate can be specified in
milliseconds [ms] to the left next to the "Cyclic"
selection.
Reset Deletes the display.
Cycle time The waiting time between the individual run-
throughs during cyclic analysis
Answer Time The time within which a window must answer so
that it is not listed when the “Show All” option is
selected.
Show All Shows the log of the ping attempts with the answer
time of all the windows. When option is deselected,
only those windows are displayed which do not
answer within the specified time ("Answer Time“)
Append The log of each individual run-through depends on
the previous one. When the option is deselected,
the log window is deleted before each run-through

Note
When setting up a hotlink via the DCTL, a data query request is also sent via the
DCTL. The HMI Analyzer cannot display the current value for this request
(“Value” column).

© Siemens AG, 2006. All rights reserved

IM4/4-160 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
4 Diagnosis and Service

4.3.3 Examples of applications

(1) Tied-in OEM application doesn’t start

Problem:
An individual OEM application was tied-in to HMI Advanced, but it does not start
after actuating the corresponding softkey or it starts another application.

Possible cause:
Due to the hierarchical execution of the HMI directory, the entry made in the
Regie.ini file was overwritten by an entry in another regie.ini file with a higher
priority and is therefore not in effect.

For example, an entry was made in the OEM directory:

[TaskConfiguration]
Task6 = name := TestApp, Timeout := 10000, PreLoad := True

This is then overwritten in the user directory:

[TaskConfiguration]
Task6 = <empty>

Fig. 4-6: Check the start of the OEM application

HMI Analyzer:
Under Files → HMI, the regie.ini is selected. The resulting regie.ini file from all the
HMI directories is now displayed (mmc2, hmi_adv, add_on, oem, user). Now it
becomes clear whether the entry that was made is also truly active or was
overwritten by another entry. In addition, it is possible to recognize which HMI
directory the entry comes from.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/4-161
Commissioning HMI Advanced (IM4) 01/2006
4 Diagnosis and Service

(2) No connection to the NCU/PLC

Problem:
In spite of adaptation to the NCU/PLC address in the mmc.ini file, no connection to
the NCU/PLC can be established.

Possible cause:
Due to the hierarchical execution of the HMI directory, the entry made in the
mmc.ini file was overwritten by an entry with a higher priority and is therefore not in
effect.

For example, an entry was made in the OEM directory:

[NCU840D]
ADDRESS0=5,NAME=/NC,SAP=d
ADDRESS1=6,NAME=/PLC,SAP=1

This is then overwritten in the user directory:

[NCU840D]
ADDRESS0=14,NAME=/NC,SAP=d
ADDRESS1=14,NAME=/PLC,MAX_BUB_CYCLICS=0

Fig. 4-7: Checking the connection to controller

HMI Analyzer:
Under Files → HMI, the mmc.ini file is selected. The resulting mmc.ini file from all
the HMI directories is now displayed (mmc2, hmi_adv, add_on, oem, user). Now it
becomes clear whether the entry that was made is also truly active or was
overwritten by another entry. In addition, it is possible to recognize which HMI
directory the entry comes from.

© Siemens AG, 2006. All rights reserved

IM4/4-162 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
4 Diagnosis and Service

(3) Blocking, very slow system

Problem:
The system is very lethargic and blocks the area switcher completely in some
aspects. After a certain period of time, all the operating actions are suddenly
processed sequentially.

Possible causes:
The area application that is newly selected by the area switcher sets up hotlinks
when loading. When loading a form with DCTL, the message DDEInitialize is sent
to the main window of all processes. If a main window is very slow to answer or
does not answer this notification, then this can be the cause of the lethargic or
blocked area switcher.

Regulation:
"Top-level" windows must not be allowed to block the system for a long period of
time. DDE Clients may not use the DDEML. They must use the DCTL.

HMI Analyzer:
Select the DDE/Ping Windows item. Now you can check whether all windows
answer the DDE broadcasts while the cyclic operation is being started. The
“Answer Time” should be set to 100 ms and the cycle time of the query “Cyclic
Time” to 1000 ms. The checkmark for Append should be set and the checkmark for
ShowAll should be removed. The applications that appear in the list have not
answered within the answer time. The displayed applications can be the reason for
the slow, blocking system.

Notes
Clients that establish DDE connections during operation are particularly affected.
Clients that still use the DDEML should change to DCTL or limit the establishing
of connections to the application start. The problem is only solved after the 32 Bit
DCTL. VB4.0 programs must be ported accordingly.

For systems without much memory, the problem occurs more often. All of the
processes exported to the hard disk must be loaded into the main memory (e.g.
DDE initialize) and carried out. This is very time-sensitive. Examples for time-
critical applications are database accesses, complex computation programs, etc.
Background processes, in particular, must be programmed in such a way that the
applications that are running in the foreground are not blocked.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/4-163
Commissioning HMI Advanced (IM4) 01/2006
4 Diagnosis and Service

(4) Slow communication times

Problem:
If too many hotlinks are set up, the communication times are slowed down
extremely by this.

Possible causes:
Depending on the load on the PLC, the number of hotlinks that are causing
problems differs. Hotlinks represent a basic load for the controller and as few as
possible should be used.

HMI Analyzer:
The HMI Analyzer must be started prior to starting HMI Advanced. This can be
done in Service mode. After HMI Advanced has been started up, the HMI Analyzer
displays the actually existing hotlinks under DDE → Message. Using the “Only
Active Hotlinks” option, all active hotlinks can now be displayed. A check must now
be made as to which data accesses will not need to be implemented as hotlinks but
can also be implemented as a request. By doing this, the basic load on the
controller can be reduced.

Using the filter request, poke or execute, you can check whether these DDE
functions are burdening the system. Cyclic requests with short cycle times burden
the system. The cycle time can be determined from the "Time" column. This
column displays the time that has elapsed since the start of windows in
milliseconds.

Note for OPC DataAccess programmers

When programming an OPC Client Application, the variables to be read are
automatically set up as a hotlink if a variable of the respective group is defined as
a hotlink.
In addition, PLC variables for SINUMERIK OPC Server are automatically (Flag
IsActive=True) set up as a hotlink.

© Siemens AG, 2006. All rights reserved

IM4/4-164 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
I Index

I
I Index

I.1 Subject Index

Cycles
Simulation .................................IM4/2-120
$ Cycles in the DRAM.......................IM4/2-35
$MM_MD_DRV_TEA
_FILTER = 18351 ....................... IM4/M2-35 D

Data management ........................... IM4/1-9

A Data matching in simulation.........IM4/2-128
Definition files.................................IM4/2-37
Access authorizations Desktop switch.............................IM4/4-145
Creating programs ..................... IM4/2-56 Displaying server names ...............IM4/2-77
Drives ......................................... IM4/2-46 Displaying spindle utilization..........IM4/2-40
Access protection for basic offset.. IM4/2-38 Double channel display..................IM4/2-70
Action log................... IM4/4-150, IM4/4-153 Drives
Activating data transfer.................. IM4/2-14 Connection via MD .....................IM4/2-45
Actual value
Displaying................................... IM4/2-32
Setting ........................................ IM4/2-33 E
Adding to service overview............ IM4/2-66
Alarm texts Error messages to the PLC ...........IM4/2-15
Languages ............................... IM4/3-139 EXIT softkey...................................IM4/2-76
NCU-specific ............................ IM4/3-142
Storage..................................... IM4/3-136
ANSI tables/fonts......................... IM4/3-139 F
Axis names/axis values ............... IM4/2-121
Filter for alarms ..............................IM4/2-55
Flying edge ..................................IM4/2-125
B

Block search .................................. IM4/2-18 H

Browse drives ................................ IM4/2-47
Hibernate .....................................IM4/2-107
Hiding axes ....................................IM4/2-38
C HMI functions .................................IM4/2-13
HMI Analyzer
Configuring displays in the configuring .............IM4/4-155, IM4/4-156,
header ........................................... IM4/2-20 IM4/4-158, IM4/4-161
Configuring OEM icons ................. IM4/2-31
Configuring OEM texts .. IM4/2-30, IM4/2-86 I
Configuring screen saver .............. IM4/2-77
Creating operator menu ................ IM4/2-59 INI files (overview) .........................IM4/2-79

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/I-165
Commissioning HMI Advanced (IM4) 01/2006
I Index

Input monitoring........................... IM4/2-131 R

Inverting spindle icon..................... IM4/2-43
Rotating coordinate system ........IM4/2-130
J
S
Job list ........................................... IM4/2-68
Saving in the Flash File System
K (FFS)..............................................IM4/2-36
Scratching ......................................IM4/2-33
Keyboard behavior ........................ IM4/2-44 Search configuration ......................IM4/2-19
Select language softkey.................IM4/2-58
L Setting alarm log ............................IM4/2-54
Setting technology .........................IM4/2-74
Language Simulation
Installing ................................... IM4/3-140 Channel change .......................IM4/2-123
Selecting................................... IM4/3-140 Coordinate system ...................IM4/2-130
Language support ....................... IM4/3-139 Data ..........................................IM4/2-119
Log file ......................................... IM4/4-153 Match cycles .............................IM4/2-129
Match MDs................................IM4/2-128
M Match setup data ......................IM4/2-129
Match tools ...............................IM4/2-128
Match cycles................................ IM4/2-129 Mirroring tools ...........................IM4/2-130
Match setup data ......................... IM4/2-129 NC cycles..................................IM4/2-120
Match tools .................................. IM4/2-128 Program selection.....................IM4/2-122
Multi-channel sequential Search strategy.........................IM4/2-122
programming ............. IM4/2-103, IM4/2-109 Startup ......................................IM4/2-120
Simulation data display................IM4/2-124
N Startup
Affecting........................................ IM4/1-8
NC language commands............... IM4/2-38
HMI Advanced .............................. IM4/1-8
NCU Connection Wizard ............. IM4/4-145
Simulation ...............IM4/2-120, IM4/2-133
Status display with icons................IM4/2-24
O System limits.................................... IM4/1-9
Operational messages (PLC) ...... IM4/3-141
Optimization................................. IM4/2-131 T
Templates ......................................IM4/2-68
P Tool center-point path ..................IM4/2-131
Parameterization of INI files .......... IM4/2-51 Tool managment (WZV) ................IM4/2-71
Plain text identifier ....................... IM4/3-141 Tool offset ......................................IM4/2-34
PLC Tool selection with tool
Acknowledging alarms ............... IM4/2-57 management ..................................IM4/2-72
Channel selection....................... IM4/2-17
Machine data............................ IM4/3-141 U
Programming.............................. IM4/2-13
User control file ..............................IM4/2-14
Spindle selection ........................ IM4/2-17
Protection levels
Concept ........................................ IM4/1-9 W
NC commands ........................... IM4/2-38 Work offset.....................................IM4/2-32

© Siemens AG, 2006. All rights reserved

IM4/I-166 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Commissioning HMI Advanced (IM4)
I Index

I.2 Index of Commands and Identifiers

MD 11290
DRAM_FILESYSTEM_MASK ... IM4/2-36
A MD 11291
DRAM_FILESYSTEM_SAVE
AEDITOR.INI ................................ IM4/2-79 _MASK ................................... IM4/2-36
MD 14510
C USER_DATA_INT ................... IM4/3-141
MD 14512
CAPSLOCK .................................. IM4/2-44 USER_DATA_HEX.................. IM4/3-141
COMIC.NSK ................................. IM4/2-80 MD 14514
USER_DATA_FLOAT ............. IM4/3-141
MD 18351
D MM_DRAM_FILE_MEM
_SIZE...................................... IM4/2-36
DG.INI........................................... IM4/2-81 MD 20098
DGOVW.INI .................................. IM4/2-82 DISPLAY_AXIS ......................... IM4/2-39
DGOVWTXT.INI ........................... IM4/2-82 MD 28082
DH.INI........................................... IM4/2-83 SYSTEM_FRAME_MASK ......... IM4/2-33
DINO.INI ....................................... IM4/2-80 MD 30100
DPDH.INI...................................... IM4/2-83 CTRLOUT_SEGMENT_NR....... IM4/2-37
DPSIM.INI................... IM4/2-83, IM4/2-133 MD 9009
KEYBOARD_STATE ................. IM4/2-44
MD 9012
H ACTION_LOG_MODE............. IM4/4-151
MD 9033
HEADER.INI ................................. IM4/2-84 MA_DISPL_INVERT_DIR
HMIAnalyzer.INI ......................... IM4/4-155 _SPIND_M3 ........................... IM4/2-43
HMIDESK.INI.............. IM4/2-87, IM4/4-147 MD 9203
USER_CLASS_WRITE_FINE ... IM4/2-32
MD 9220
I
USER_CLASS_PRESET .......... IM4/2-33
MD 9245
IB.INI............................................. IM4/2-88
MA_PRESET_FRAMEIDX ........ IM4/2-34
IF.INI............................................. IM4/2-89 MD 9247
INI files (overview)........................ IM4/2-79 USER_CLASS_BASE_ZERO
_OFF_PA................................ IM4/2-38
K MD 9248
USER_CLASS_BASE_ZERO
KEYS.INI ...................................... IM4/2-90 _OFF_MA ............................... IM4/2-38
MD 9422
MA_PRESET_MODE ................ IM4/2-33
L MD 9424
MA_COORDINATE_SYSTEM .. IM4/2-32
LOGDRIVE.INI ............. IM4/2-45, IM4/2-90 MD 9428
MA_SPIND_MAX_POWER....... IM4/2-40
MD 9429
M MA_SPIND_POWER_RANGE.. IM4/2-40
MD 9440
MASCHINE.INI ............................. IM4/2-92 ACTIVATE_SEL_USER_DATA. IM4/2-34
MBDDE.INI ................................... IM4/2-95 MD 9451
MM_WRITE_ZOA_FINE_LIMIT IM4/2-32
MD 9676

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition IM4/I-167
Commissioning HMI Advanced (IM4) 01/2006
I Index

CMM_DIRECTORY_SOFTKEY R
_PATH1 ................................. IM4/2-45
MD 9677 REGIE.INI
CMM_DIRECTORY_SOFTKEY Hibernate ................................. IM4/2-107
_PATH2 ................................. IM4/2-45 HMI startup .............................. IM4/2-133
MD 9678 Requesting a RESTART............ IM4/2-76
CMM_DIRECTORY_SOFTKEY_PATH3.. Softkey EXIT.............................. IM4/2-76
IM4/2-45
MD 9679
CMM_DIRECTORY_SOFTKEY_PATH4.. S
IM4/2-45
MMC.INI ....................................... IM4/2-99 SEDITOR.INI .............................. IM4/2-109
SimNCK ...................................... IM4/2-133
SIMTOGEO.INI ......... IM4/2-115, IM4/2-125
N STAT (moving joint position)..........IM4/2-35

NETNAMES.INI ......... IM4/2-77, IM4/2-103

T
O TASKCONF.INI........................... IM4/2-117
TU (rotary axis position).................IM4/2-35
OEMFRAME.INI ......................... IM4/2-105

PARAM.INI ................................. IM4/2-106

PARAMTM.INI ............................ IM4/2-106
PRESET ....................................... IM4/2-33

© Siemens AG, 2006. All rights reserved

IM4/I-168 SINUMERIK 840D sl/840Di sl/840D/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Creating Foreign Language Texts with Windows 2000 / XP (TX2)
Contents

SINUMERIK 840D sl/840D/840Di/810D

Commissioning CNC Part 2 (HMI)

Creating Foreign Language Texts with Windows

2000 / XP (TX2)

Valid for

Controller
SINUMERIK 840D sl/840DE sl
SINUMERIK 840D powerline/840DE powerline
SINUMERIK 840Di powerline/840DiE powerline
SINUMERIK 810D powerline/810DE powerline

Software Software version

HMI Advanced 7.1
HMI-Embedded 7.1

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition TX2/i
Creating Foreign Language Texts with Windows 2000 / XP (TX2) 01/2006
Contents

© Siemens AG, 2006. All rights reserved

TX2/ii SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Creating Foreign Language Texts with Windows 2000 / XP (TX2)
Contents

1 Introduction ..............................................................................................................................TX2/1-5

1.1 General ..................................................................................................................................TX2/1-6

1.2 Prerequisites ..........................................................................................................................TX2/1-6

1.3 Language families..................................................................................................................TX2/1-7

1.4 Tools used .............................................................................................................................TX2/1-8

1.5 Definition of terms ..................................................................................................................TX2/1-9

2 Editing Files with Word 2000/2003 .......................................................................................TX2/2-13

2.1 Overview ..............................................................................................................................TX2/2-14

2.2 Create a new text file ...........................................................................................................TX2/2-14

2.3 Open an existing file ............................................................................................................TX2/2-15

2.4 Save text files.......................................................................................................................TX2/2-17

2.5 Codes for SINUMERIK HMI .................................................................................................TX2/2-19

3 Input of Text ...........................................................................................................................TX2/3-21

3.1 Special characters of different language families.................................................................TX2/3-22

3.2 Entering characters with the character map.........................................................................TX2/3-23

3.3 Compound input...................................................................................................................TX2/3-25

3.4 Using a different keyboard layout.........................................................................................TX2/3-26

3.4.1 Concept of the keyboard language property .....................................................................TX2/3-26
3.4.2 Setting up a keyboard layout under Windows 2000 ..........................................................TX2/3-27
3.4.3 Setting up a keyboard layout under Windows XP .............................................................TX2/3-28
3.4.4 Use ...................................................................................................................................TX2/3-30

3.5 Numerical text input .............................................................................................................TX2/3-32

3.6 Language properties in Word files .......................................................................................TX2/3-33

3.7 Multi-language Word files.....................................................................................................TX2/3-36

3.8 Special considerations when working with Greek and Cyrillic texts .....................................TX2/3-39

3.9 Special considerations when working with East Asian texts ................................................TX2/3-40

4 Problems and Remedies .......................................................................................................TX2/4-45

4.1 Problems and remedies .......................................................................................................TX2/4-46

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition TX2/iii
Creating Foreign Language Texts with Windows 2000 / XP (TX2) 01/2006
Contents

5 References..............................................................................................................................TX2/5-49

5.1 References for text creation .................................................................................................TX2/5-50

I Index .........................................................................................................................................TX2/I-51

I.1 Index ......................................................................................................................................TX2/I-51

© Siemens AG, 2006. All rights reserved

TX2/iv SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Creating Foreign Language Texts with Windows 2000 / XP (TX2)
1 Introduction

1 Introduction
1
1.1 General .......................................................................................TX2/1-6

1.2 Prerequisites ...............................................................................TX2/1-6

1.3 Language families.......................................................................TX2/1-7

1.4 Tools used ..................................................................................TX2/1-8

1.5 Definition of terms .......................................................................TX2/1-9

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition TX2/1-5
Creating Foreign Language Texts with Windows 2000 / XP (TX2) 01/2006
1 Introduction

1.1 General
Since the 1990s, Microsoft have put considerable effort into satisfying global
demands for information processing and software development.
In addition to supporting as many languages as possible, one of the aims was to
be able to support all languages with the same uniform operating system, as
opposed to the language-specific versions of operating systems which were used
before.
As part of these efforts, many of the system components and applications were
gradually converted to the cross-language platform Unicode.
Although in many cases the user would have been completely unaware of this
conversion process, in terms of the subjects discussed in this guide fundamentally
different procedures need to be adopted depending on which version of the
operating system is used.
The procedure recommended for Windows 2000/XP is much simpler than the one
recommended for Windows 95/NT4. Therefore it makes sense to change over to
the new systems. The guide for older systems is no longer being updated by the
documentation department.

1.2 Prerequisites
This document describes the procedure for creating a text with the following
preconditions:
• The text is to be created on a Microsoft Windows operating system (Windows
2000 or Windows XP).

• The text is to be created in a language not identical to the language of the

operating system (= default language).

• The present description uses German as the default language for all examples
provided herein. However, the described procedure will work just as well with a
different language as the default Windows language.

• The text is to be created as a so-called text file, i.e. without formatting such as
font types, font sizes, underscores etc. This means that, apart from the text
characters, the file will only contain ASCII control characters like Tab, CR and
LF (tab indent, carriage return and line feed).

• The language of the text requires a different Windows code page to that of the
default language, i.e. the target language does not belong to the same
language family as the default language.

• The text file is to be coded using this code page, not as a Unicode file.

• The means used to create the text are to be as simple as possible, i.e.
especially without the need to install any additional software.

• For the purposes of this guide, it is assumed that you have installed Microsoft
Word 2000 (or a later version) and are familiar with using it.

© Siemens AG, 2006. All rights reserved

TX2/1-6 SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Creating Foreign Language Texts with Windows 2000 / XP (TX2)
1 Introduction

Text types for HMI Embedded and HMI Advanced

The following text types can be changed in the individual systems:
Table 1-1

Text types Systems

Alarm texts HMI Embedded
Adding texts for the user interface
Application texts for all operating areas
incl. softkey texts

Alarm texts HMI Advanced

Adding texts for the user interface
Texts for the Help function in the editor
Machine data
Softkey texts for all operating areas

1.3 Language families

A language family is a group of languages for which Microsoft operating systems
use the same code page. Microsoft uses the term "language group"

Table 1-2 Language families

Language family Windows- Languages

code page
Central European 1250 Albanian, Croat, Polish, Romanian, Serbian (Latin),
Slovakian, Slovenian, Czech, Hungarian
Cyrillic 1251 Bulgarian, Macedonian, Russian, Serbian (Cyrillic),
Ukrainian, White Russian
Western 1252 German, English, Finnish, French, Indonesian,
Icelandic, Italian, Dutch, Norwegian, Portuguese,
Swedish, Spanish
Greek 1253 Greek
Turkish 1254 Turkish
Baltic 1257 Estonian, Lettish, Lithuanian
Japanese 932 Japanese
Chinese 936 Simplified Chinese
Korean 949 Korean
Chinese 950 Standard Chinese (Traditional Chinese)

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition TX2/1-7
Creating Foreign Language Texts with Windows 2000 / XP (TX2) 01/2006
1 Introduction

Operating system and target language from the same language family
If the language of the operating system (e.g. German) belongs to the same
language family as the target language (e.g. Portuguese), then some difficulties
could possibly occur with the input of certain characters. However, there will be no
problems displaying these characters with a simple text editor.
Remedy:
• Use the Windows "Character Map"
(see Section 3.2: Entering characters with the character map) or

• Switch over the keyboard

(see Section 3.4: Using a different keyboard layout) or

• Use the ALT+digit combination to enter characters

(see Section 3.5: Numerical text input)

There should not be any further problems in this case. Use a simple text editor
(e.g. Notepad) and save the texts in the usual way.
Section 2 does not apply.

Operating system and target language from different language families

If the language of the operating system (e.g. German) does not belong to the same
language family as the target language (e.g. Hungarian), difficulties will occur with
both inputting and displaying the characters in a simple text editor (Notepad).

1.4 Tools used

Standard version
This document describes the use of Microsoft Word 2000/2003 and other tools
which may not necessarily be installed on your PC.

You should have installed the following components:

• Microsoft Word 2000/2003 (required)

• Windows 2000/XP: Language Support for East Asian characters (necessary for
these languages)

• Windows 2000/XP: Character Map (recommended)

Checking the installation of the Language Support for East Asian languages
Installation of the Language Support for East Asian languages is performed
differently for Windows 2000 and Windows XP.
Please refer to Section 3.9 for details: Special requirements for East Asian
languages

© Siemens AG, 2006. All rights reserved

TX2/1-8 SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Creating Foreign Language Texts with Windows 2000 / XP (TX2)
1 Introduction

1.5 Definition of terms

Code page
A list of characters which forms the character set for one or more languages. A
code which is unique within this code page is assigned to each of the characters in
the list.
All of the code pages used under Windows share the ASCII range (codes 0 to
127).

A distinction is made between single-byte code pages and multiple-byte code

pages.
In single-byte code pages (all European languages), each character is represented
with a single byte. Accordingly, single-byte code pages comprise a maximum of
256 characters.
Multiple-byte code pages (Asian languages) contain both characters which can be
stored as a single byte as well as characters which are stored with two (or more)
bytes. The shared ASCII range is contained as a range of single-byte characters.

There is a 1:1 assignment between Windows code page and language family.
Section 1.3 (Language family) contains a list of the language families in Table 1-1.

Diacritical characters
(diacritical = distinguishing)
In most cases, a relatively small supplementary character, which is attached to a
letter to give the letter a specific stress, a specific pronunciation or even a new
meaning.

Section 3.1 (Special characters in different language families) contains a list of

diacritical characters.
If the combination of basic letters and diacritical characters belongs in a language-
specific alphabet, this combination is contained in the appropriate Windows
character sets (code page, Unicode) as a separate character.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition TX2/1-9
Creating Foreign Language Texts with Windows 2000 / XP (TX2) 01/2006
1 Introduction

Use of diacritical characters

A diacritical character is used
• to designate the combined character (e.g. Ì = Ģ = G cedilla, Õ = O tilde),

• for the combined input if there is no separate key that possesses the required
combined character (see Section 3.4: Using a different keyboard layout),

• in Vietnamese and Thai for normal coding in text files,

• for output (only in typographically compound texts): Diacritical characters and

basic letter are output separately, whereby any combinations are possible, e.g.
for ancient languages and phonetics.

In all the other cases, the combined letter is always considered as a compound
unit.
In some cases, however, the combined letter is incorrectly referred to as the
diacritical character.

Input Method Editor (IME)

An aid for entering the CJK characters (CJK: Abbreviation for Chinese, Japanese
and Korean).

Language family
A language family is a group of languages which uses the same code page. This
requires the use of the same basic alphabet (e.g. Latin or Cyrillic), but it does not
mean that the alphabet of all languages of this group is the same.
There is a 1:1 assignment between Windows code page and language family.
Section 1.3 (Language family) contains a list of the language families in Table 1-1.

Font files (TrueType fonts)

Windows 2000 and Windows XP do not use font files stored separated by the code
page, but instead so-called "Big Fonts"; these are fonts that contain the character
set for several code pages, saving memory capacity for the common characters.
With Word 2000/2003, the selection of characters from this total character set is
performed via the Unicode coding, not via the code page coding. This makes it
impossible to mix up characters with the same code in different code pages.

Default language
The term "default language" is used in this guide for the language of the operating
system, i.e. German for a German Windows environment and English for an
English Windows environment.

© Siemens AG, 2006. All rights reserved

TX2/1-10 SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Creating Foreign Language Texts with Windows 2000 / XP (TX2)
1 Introduction

Default keyboard setting

Windows 2000:
Under "Control Panel" "Keyboard", one of the settings in the "Input" tab is
defined as the default keyboard setting. This setting is indicated with a check mark
on the left.

Windows XP:
Under "Control Panel" "Regional and Language Options", in the tab
"Languages", click under the heading "Text Services and Input languages" on the
button "Details..." to reach the dialog "Text Services and Input languages".
Here you can see the default keyboard setting in the "Settings" tab under the
heading "Default Language and Region Support".

Windows 2000 and Windows XP:

The default keyboard setting consists of a language property (left) and a keyboard
layout (right).
This language property of the default keyboard setting need not absolutely match
the default language.
Text file
The term "Text file" is used to describe a file which does not contain any formatting
(font type, font size, underscore, bold, italics etc.) or embedded objects (pictures,
tables, graphics, footnotes etc.).
This means that, apart from the text characters, the file will only contain ASCII
control characters like Tab, CR and LF (tab indent, carriage return and line feed).
The text characters are taken from a particular code page.
Occasionally, text files are also incorrectly referred to as ASCII files.
This is only correct if a text file only contains ASCII characters (codes 0 to 127) and
is therefore code page invariant.

Unicode
A 16-bit character set for which code pages are no longer required.
All character codes are unique, without needing to specify the code page.
Unicode programs like Word 2000/2003 do not offer code page-dependent
interpreting of characters and thus also cannot display characters differently by
assigning a font or language property.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition TX2/1-11
Creating Foreign Language Texts with Windows 2000 / XP (TX2) 01/2006
1 Introduction

© Siemens AG, 2006. All rights reserved

TX2/1-12 SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Creating Foreign Language Texts with Windows 2000 / XP (TX2)
2 Editing Files with Word 2000/2003

2 Editing Files with Word 2000/2003

2
2.1 Overview ...................................................................................TX2/2-14

2.2 Create a new text file ................................................................TX2/2-14

2.3 Open an existing file .................................................................TX2/2-15

2.4 Save text files............................................................................TX2/2-17

2.5 Codes for SINUMERIK HMI......................................................TX2/2-19

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition TX2/2-13
Creating Foreign Language Texts with Windows 2000 / XP (TX2) 01/2006
2 Editing Files with Word 2000/2003

2.1 Overview
This section describes how text files can be edited using Microsoft Word
2000/2003.

Word 2000/2003 does not edit text files We recommend saving an additional
directly. Instead, it converts them to version of the text file as a Word file
Word files upon opening. and using this version as the basis for
During saving Word can then convert future editing.
the edited text back into a text file. It is then no longer necessary to open
and convert the file.

öffnen mit Word 2000/

konvertieren 2003 öffnen
Text- Word-
Datei Datei
Word- speichern
speichern mit
konvertieren Datei

bearbeiten

Fig. 2-1

2.2 Create a new text file

Create a new text file in the usual way, using one of the following methods:
• In Windows Explorer (Windows 2000) click on the command "File" → "New" →
"Text File".
• In Windows Explorer (Windows XP) click on the command "File" → "New" →
"Text Document".

• Launch Notepad without a file. A new empty file is then opened.

Windows 2000: Then select the command "File" → "Save".
Windows XP: Then select the command "File" → "Save As" → "Encoding:
ANSI"

• Make a copy of an existing text file you wish to use as a template for the new
text file.

Now open the text file with Word 2000/2003 in the way described in the next
section.

© Siemens AG, 2006. All rights reserved

TX2/2-14 SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Creating Foreign Language Texts with Windows 2000 / XP (TX2)
2 Editing Files with Word 2000/2003

2.3 Open an existing file

1. In Word 2000/2003 select "Open…" from the "File" menu.

2. In the "Open" dialog box, choose the setting

"Encoded Text Files (*.txt)" (Word 2000) or
"Text Files (*.txt)" (Word 2003) in the "Files of type" line.
If your file does not end in "txt" then you will need to rename it first so that it
does end in "*.txt".

Fig. 2-2 Word 2000

3. Choose the file you would like to open and click on "Open".

Instead of steps 1-3, you can also use one of the standard shortcuts:
• In Word you can use the list of the recently used files.

• Drag and drop the text file from Explorer to the Word icon on your desktop.

• If Word has already been launched, drag and drop the text file from Explorer to
the title bar of the Word window.

4. Note what happens next.

Continue with "Convert File" (see point 5.) if this dialog box opens.
Continue with "File Conversion" (see point 6.) if this dialog box opens.

If however the file is opened straight away with neither the "Convert File" nor
the "File Conversion" dialog boxes opening up, then Word has probably opened
the file incorrectly under the assumption that the text has been written using the
default language.
Be careful with special characters. The special characters will appear incorrectly
if the code page of the text file is not the same as the code page of the default
language.

In this case, go to "Extras" → "Options..." and open the Options dialog for Word.
Click on "General" and select the option "Confirm conversion at Open".
When this option is active the additional dialog "Convert File" (see point 5.) will
appear every time, but when the option is inactive it is skipped.
Afterwards close the file and start again from point 1.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition TX2/2-15
Creating Foreign Language Texts with Windows 2000 / XP (TX2) 01/2006
2 Editing Files with Word 2000/2003

Fig. 2-3

5. The "Convert File"

dialog box will appear. Choose "Encoded Text File" again and click on "OK".

Fig. 2-4

6. A dialog box appears

(Word 2000): "File Conversion - Example.txt".
If "Text Only" is selected, activate "Other encoding".

Fig. 2-5

(Word 2003): "File Conversion - Example.txt".

If "Windows (default)" is selected, activate "Other Encoding".

© Siemens AG, 2006. All rights reserved

TX2/2-16 SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Creating Foreign Language Texts with Windows 2000 / XP (TX2)
2 Editing Files with Word 2000/2003

Select the correct encoding (Word will make a suggestion which will not
necessarily be correct).
Section 2.5 (Codes for SINUMERIK HMI) lists which encoding is suitable in
Table 2-1.
Check the preview area while doing this.

7. Click on "OK".
The file is opened and converted to a Word file at the same time.
The existing text is formatted using a default font.

2.4 Save text files

Save the entered text as a "Text File".
1. In Word 2000/2003, select "Save As…" from the "File" menu.

Fig. 2-6

2. In the "Files of type" line, choose the setting

"Encoded Text File (*.txt)" (Word 2000) or
"Text Only (*.txt)" (Word 2003).

3. Enter the name of the file in the "File name" box and click on "Save".

4. A warning dialog appears (Word 2000):

Fig. 2-7

This warning dialog does not appear in Word 2003, or is included in the dialog
below (see Fig. 2-9).

This warning tells you that saving the file as a text file may result in formatting
information and graphics objects being lost.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition TX2/2-17
Creating Foreign Language Texts with Windows 2000 / XP (TX2) 01/2006
2 Editing Files with Word 2000/2003

This message will even appear if there are no special formatting or graphics
objects in the text.
Click "Yes" to confirm.

5. The "File Conversion" dialog window will then appear.

Fig. 2-8

Select the encoding which is suitable for your target language and click on "OK".

Section 2.5 "Codes for SINUMERIK HMI", Table 2-1 lists the suitable encoding
options.
Your file is now saved as a text file and encoded using the selected code page in
the process.

If you have selected a completely unsuitable code then a warning is displayed in

the dialog box.

Fig. 2-9

This warning will also appear if you have selected the correct code but your file
contains characters which are not permitted, such as Latin mutated vowels in a
Cyrillic text.

If you choose to ignore the warning then all characters which cannot be encoded
are replaced with a question mark.

© Siemens AG, 2006. All rights reserved

TX2/2-18 SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Creating Foreign Language Texts with Windows 2000 / XP (TX2)
2 Editing Files with Word 2000/2003

2.5 Codes for SINUMERIK HMI

When you open or save a file, code page names are used rather than code page
numbers, see Section:
Section 2.3: Open an existing file, or.
Section 2.4 Save text files

Depending on the installation of your system, many other codes may be listed,
including those for Unix (ISO), Apple (Mac), OEM (DOS) and mainframe (EBCDIC)
platforms.
Please use the Windows (ANSI) codes for SINUMERIK HMI.

Use the following codes to open and save files (shown in alphabetical sequence in
accordance with the Word listing):

Table 2-1 Codes

Name Code page

Traditional Chinese (Big5) 950
Simplified Chinese (GB2312) 936
Japanese (Shift-JIS) 932
Korean 949
Cyrillic (Windows) 1251
Central European (Windows) 1250
Turkish (Windows) 1254
Western European (Windows) 1252

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition TX2/2-19
Creating Foreign Language Texts with Windows 2000 / XP (TX2) 01/2006
2 Editing Files with Word 2000/2003

© Siemens AG, 2006. All rights reserved

TX2/2-20 SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Creating Foreign Language Texts with Windows 2000 / XP (TX2)
3 Input of Text

3 Input of Text
3
3.1 Special characters of different language families .....................TX2/3-22

3.2 Entering characters with the character map .............................TX2/3-23

3.3 Compound input........................................................................TX2/3-25

3.4 Using a different keyboard layout .............................................TX2/3-26

3.4.1 Concept of the keyboard language property ..........................TX2/3-26
3.4.2 Setting up a keyboard layout under Windows 2000 ...............TX2/3-27
3.4.3 Setting up a keyboard layout under Windows XP ..................TX2/3-28
3.4.4 Use..........................................................................................TX2/3-30

3.5 Numerical text input ..................................................................TX2/3-32

3.6 Language properties in Word files ............................................TX2/3-33

3.7 Multi-language Word files .........................................................TX2/3-36

3.8 Special considerations when working with Greek and

Cyrillic texts ..............................................................................TX2/3-39

3.9 Special considerations when working with East Asian texts ....TX2/3-40

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition TX2/3-21
Creating Foreign Language Texts with Windows 2000 / XP (TX2) 01/2006
3 Input of Text

3.1 Special characters of different language families

Latin language family
With the Latin-based language families (Baltic, Central European, Turkish,
Western), you can enter most of the characters, namely the basic Latin alphabet,
directly with your (e.g. Western) keyboard.
Most of the special characters, such as ĄáâåçđéèÍïŁŇñöőÓťŤůū are
made up of the Latin letters A-Z a-z and diacritical characters such as acute ´,

breve ˘, cedilla¸, circumflex (caret) ˆ, point ˙, colon (dieresis, trema) ¨, double-

acute ˝, grave accent ‚, háček (caron) ˇ, macron ¯, ogonek (nasal hook, crooked

hook) ˛, squiggle ˚, slash /, hyphen – or tilde ˜.

Other characters of the alphabet are special letters (Þþ, Ðð, ß ) or ligatures
(Ææ, Œœ, IJij ). These are supplemented by language-specific abbreviations
and punctuation marks, e.g. for the endings of the ordinal numbers in Spanish
(ª and º) as well as the exclamation and interrogation marks put upside down (¡ and
¿).
The input methods described in the following will apply without restrictions to the
Latin-based language families.

Greek/Cyrillic language family

Certain special considerations need to be taken into account when inputting texts
using Greek or Cyrillic fonts.
Please refer to Section 3.8: Special considerations when working with Greek and
Cyrillic texts.

East Asian languages

Certain special considerations also need to be taken into account when creating
texts in Japanese, Chinese or Korean.
Please refer to Section 3.9: Special requirements for East Asian texts.

Disruptive Word options

Deactivate the following options in Word to prevent unwanted characters from
reaching the text:
In the dialog "Extras" → "AutoCorrect Options" go to the "AutoFormat as you type"
tab under
"Replace as you type":
• "Straight quotes" with "Smart quotes"
• English ordinals (1st) with superscript
• Fractions (1/2) with fraction character (½)
• Special characters (--) with symbols (—)

"Apply as you type":

• Automatic bulleted lists
• Automatic numbered lists

© Siemens AG, 2006. All rights reserved

TX2/3-22 SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Creating Foreign Language Texts with Windows 2000 / XP (TX2)
3 Input of Text

If you do leave any of the options active then you can always use Ctrl+Z to undo
any automatic corrections. As a general rule this will give the same results as if the
option was deactivated.

3.2 Entering characters with the character map

Note
The character map integrated in Word (menu commands "Insert" → "Symbol...")
is not suitable for creating code page-encoded text files, as it cannot be limited to
the relevant code page.
Use the "Character Map" system program as described below.

Selecting the character map

1. On the start menu, choose "Programs" "Accessories" → "System Tools" →
"Character Map" to start the "Character Map" tool.

2. From "Font", choose the same font type as you have selected for the text file.

Fig. 3-1

3. Activate the box "Advanced view".

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition TX2/3-23
Creating Foreign Language Texts with Windows 2000 / XP (TX2) 01/2006
3 Input of Text

4. Under "Character set" select the code page for your text file in order to restrict
the number of available characters to this code page.
The code pages are identified as follows:

Table 3-1 Encoding of text files

Name Code page
Windows: Chinese (Taiwan) 950
Windows: Chinese (PROC) 936
Windows: Japanese 932
Windows: Korean 949
Windows: Cyrillic 1251
Windows: Eastern European 1250
Windows: Turkish 1254
Windows: Western 1252

Entering characters
1. Choose a character you want to enter.
The information bar at the bottom will display the Unicode code (U+...,
hexadecimal), the code page code (in brackets) and the clear text description of
the character.
Once you have selected the appropriate keyboard layout (see Section 3.4: Use
a different keyboard layout), the key combination for the numerical input is
displayed in the status line at the bottom right (see Section 3.5: Numerical text
input).

Fig. 3-2

2. Click on "Select".
The character is copied into the "Characters to copy" field.

3. Repeat steps 1 and 2 for further characters.

4. After you have selected all the characters, click on "Copy".

The characters are copied from the "Characters to copy" field to the clipboard.

5. Go back to Word 2000/2003 and press Ctrl-V.

The characters are pasted from the Clipboard into the text.

© Siemens AG, 2006. All rights reserved

TX2/3-24 SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Creating Foreign Language Texts with Windows 2000 / XP (TX2)
3 Input of Text

3.3 Compound input

With many of the compound special characters it is possible to enter the diacritical
character first and then the letter. The diacritical character will not appear at first
and is then combined with the letter to form a special character.

Example
With a German keyboard layout, press for example the keys ´ (acute) and "a" one
after the other to obtain the character á (a-acute).
The keys with the diacritical characters, which are thus dealt with in a special way,
are marked with a special color in the descriptions of the keyboard layouts.

Keyboard assignments
The table below shows some keyboard layouts for the supported diacritical
characters:

Table 3-2
Grave accent

Double-acute
Circumflex

Squiggle
Ogonek

Cedilla
Háček

Breve

Colon
Acute

Point

Tilde
Keyboard
assignments ´ ‚ ˆ ˇ ˘ ˛ ˙ ¨ ¸ ˝ ˚ ˜
German X X X
French X X X X
Polish X X X X X X X X X X
Spanish X X X X X
Czech X X X X X X X X X X
Hungarian X X X X X X X X X
U.S International X X X X X

Obtain a graphical representation of your keyboard layout to learn which key

combinations produce the diacritical characters.

Keyboard layout in picture form

Images of the keyboard layouts can be obtained from Microsoft via the Internet at
the following address:

http://www.microsoft.com/globaldev/reference/keyboards.mspx

If you press the space bar after the diacritical character, you will see the character
itself.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition TX2/3-25
Creating Foreign Language Texts with Windows 2000 / XP (TX2) 01/2006
3 Input of Text

Note
It can be useful to switch the keyboard layout to "U.S. International" which
corresponds mainly to the American keyboard, but additionally contains 5
diacritical characters and provides many special characters.

3.4 Using a different keyboard layout

Necessity for changing the keyboard layout
When is a change in the keyboard layout necessary?
• If you have to enter a lot of text.
• Your translator, who is used to a certain language-specific keyboard, wants to
use your PC.

However, if you (as a German) only need to make smaller changes to existing files,
then the German keyboard layout may be enough provided there are only a few
special characters which cannot be represented with the German keyboard. You
can enter these characters using the Character Map.

Example
In Hungarian for example, you would have to enter these characters as follows:
• őŐűŰ (O double-acute, U double acute) via the character map
• öÖüÜ directly
• áÁéÉíÍóÓúÚ compound input

3.4.1 Concept of the keyboard language property

Windows manages pairs for the keyboard consisting of language ("Language and
Region Support") and keyboard layout.
The set keyboard language determines which language property is assigned to the
entered characters.
The associated keyboard layout will determine which key produces which
character.
Several such settings can be set up and switched between. One of the settings is
defined as the default setting.
The keyboard driver assigns the entered key characters a "language property".
This defines that this piece of text has been created in this language.
Windows uses the term "Language and Region Support" as this can be used not
only to switch the language properties, but also to select settings such as currency,
date format etc.

© Siemens AG, 2006. All rights reserved

TX2/3-26 SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Creating Foreign Language Texts with Windows 2000 / XP (TX2)
3 Input of Text

3.4.2 Setting up a keyboard layout under Windows 2000

Proceed as follows to select a new keyboard layout:
1. From the Start menu, select "Settings" → "Control Panel" and click on
"Keyboard".

2. Select the "Input Locales" tab.

If a symbol like DE is displayed in the right-hand task bar then you can also right-
click on this symbol and select the command "Properties" to speed up steps 1
and 2.

You will see here at least one assignment "Input language" (left-hand column) and
"Keyboard layout" (right-hand column) already set up.
One entry is defined by default: Your default language (the language of your
operating system) and your default keyboard layout. This entry is selected and
indicated with a check mark on the left.

Fig. 3-3

3. Click on "Add".
The dialog box "Add Language and Region Support" is opened.

Fig. 3-4

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition TX2/3-27
Creating Foreign Language Texts with Windows 2000 / XP (TX2) 01/2006
3 Input of Text

4. In the dialog "Add Language and Region Support", select a language under
"Language and Region Support" and the associated keyboard layout under
"Keyboard Layout".
The language ("Language and Region Support") may also be the same as the
default language or as some other language for which you have already set up
a keyboard layout. However, in this case you will not be able to make such a
good distinction between the two keyboard layouts, as Windows usually only
displays the language ("Language and Region Support").

5. Click on "OK". The dialog box "Add Language and Region Support" is closed.
You then return to the "Keyboard Properties" window.

6. Use "Hot keys for input locales" to select the way how you want to switch the
keyboard layout. If you select "none", you can only switch using the mouse.

Fig. 3-5

7. Activate the option "Enable indicator on task bar". This provides you with the
possibility of switching over quickly using the mouse.

8. Click on "OK" to quit the dialog.

3.4.3 Setting up a keyboard layout under Windows XP

Proceed as follows to select a new keyboard layout:
1. From the Start menu, select "Settings" → "Control Panel" and click on "Regional
and Language Options".

2. Click on the "Languages" tab and click on the button "Details..." under the
heading "Text Services and Input Languages".

If a symbol like DE is displayed in the right-hand task bar then you can also right-
click on this symbol and select the command "Properties..." to speed up steps 1
and 2.

© Siemens AG, 2006. All rights reserved

TX2/3-28 SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Creating Foreign Language Texts with Windows 2000 / XP (TX2)
3 Input of Text

3. The dialog "Text Services and Input Languages" is opened. Select the
"Settings" tab.

Fig. 3-6

4. Click on "Add".
The dialog box "Add Language and Region Support" is opened.

Fig. 3-7

5. In the dialog "Add Language and Region Support", select a language under
"Language and Region Support" and the associated keyboard layout under
"Keyboard Layout".
The language ("Language and Region Support") may also be the same as the
default language or as some other language for which you have already set up
a keyboard layout. However, in this case you will not be able to make such a
good distinction between the two keyboard layouts, as Windows usually only
displays the language ("Language and Region Support").

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition TX2/3-29
Creating Foreign Language Texts with Windows 2000 / XP (TX2) 01/2006
3 Input of Text

6. Click on "OK". The dialog box "Add Language and Region Support" is closed.
You then return to the "Text Services and Input Languages" window.

7. Use "Keyboard…" to select the way how you want to switch the keyboard
layout. If you select "none", you can only switch using the mouse.

8. Under the "Language and Region Support" bar you can select whether and how
the current keyboard layout is displayed in the task bar or in a special button
bar.

9. Click on "OK" to quit the dialog.

3.4.4 Use
You can now create text with a "keyboard layout" suitable for the target language
(for the input of your texts in a foreign language) or with your previous default
keyboard layout (for the remaining operation). You can switch between the two
layouts as required.

Now, a small blue field with a two-letter language abbreviation should appear in the
task bar for the language you have set:
If you position the mouse pointer on this field (without clicking on it), the setting is
displayed .
If the selected keyboard layout is the default layout for the selected language (e.g.
"Turkish" – "Turkish Q"), then only the language ("Turkish") is displayed, otherwise
the complete settings with language and keyboard layout will be displayed
("Turkish – Turkish F").

Fig. 3-8

If you click with the left mouse button on this field, the languages you have set will
be offered in a small menu.
The current setting is marked by an arrow (Windows XP does this with a check).

Fig. 3-9

© Siemens AG, 2006. All rights reserved

TX2/3-30 SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Creating Foreign Language Texts with Windows 2000 / XP (TX2)
3 Input of Text

If you click with the right mouse button on this field, an abbreviation of the dialog
box "Keyboard Properties" is displayed above the "Properties" menu option.

Fig. 3-10

Further settings are offered under Windows XP. Among other things you can also
arrange this display as an Input language bar independently of the task bar, for
example at the top edge of the screen.

Keyboard layout specific to input window

The Windows operating system will memorize the current keyboard layout for each
input window.
• The keyboard layout is switched automatically if you switch to another
window.
A new window is always started with the default setting. After starting Word,
you may have to reselect the keyboard layout.

• Enable the window in which you want to enter texts before you select the
keyboard settings for this window.

Menu operation
All menus in the active program will also use the changed keyboard layout. You will
possibly no longer find certain key combinations with Alt and the letter key or Ctrl
with a letter key or even initiate a wrong command by mistake. You should
therefore use the mouse or, in menus, the arrow keys.

Additional notes
If you do not want to switch back to the other keyboard layout quite as frequently,
you can also declare the new combination with the special keyboard layout as the
default target language by selecting Start menu "Settings" → "Control Panel" →
"Regional and Language Options" → tab "Languages", dialog box "Keyboard
Properties" (Windows 2000) or "Text Services and Input Languages" (Windows
XP):

Windows 2000:
Select the new entry and click on the button "Set as default".
The default setting is indicated with a check mark on the left.

Windows XP:
Select the new setting under "Default Language and Region Support".

Please note that all new windows, the Start menu and the desktop will now also
use the new keyboard layout.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition TX2/3-31
Creating Foreign Language Texts with Windows 2000 / XP (TX2) 01/2006
3 Input of Text

Keyboard layout in picture form

You can obtain the keyboard layout in picture form.
For appropriate Internet addresses, see Section 5.1. References for text creation

Checking the keyboard layout

Compare the keyboard layouts and note a key with two different assignments. If
you are not sure, press this key when entering the text to test which layout is
active.
Example: If the German keyboard layout is active, pressing key "1" (letter group)
will produce a "1", and if the Czech keyboard layout is active, a "+".

Note
Check whether the automatic option for switching over the keyboard has been
activated in Word. Inadvertent switching of the keyboard layout by Word can
cause confusion.
Section 3.7 (Multi-language Word files) describes situations in which the
automatic keyboard switchover function is useful and how to activate and
deactivate it.

3.5 Numerical text input

You can use numerical inputs with Word 2000/ 2003 only if you have selected a
suitable keyboard layout (see Section 3.4: Using a different keyboard layout).

Press the ALT key, and while holding down the key, enter zero and then the three-
digit decimal coding of the desired special character on the numerical key group.
Only then release the ALT key.

Example (Turkish):
ALT+0222 results in Ş (S with cedilla).
To produce this character, you will only need the character map of the appropriate
code page (see Section 1.3: Language family).

You will find overview tables of the code pages e.g. at Microsoft under
http://www.microsoft.com/globaldev/reference/WinCP.mspx

© Siemens AG, 2006. All rights reserved

TX2/3-32 SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Creating Foreign Language Texts with Windows 2000 / XP (TX2)
3 Input of Text

From these tables, combine the headers for the column and row (hexadecimal 00
to FF) and convert this number to form a decimal number (0 to 255).
The 4-digit hexadecimal numbers contained in the individual table fields are the
corresponding Unicode codes which can be used for identification of a character,
but they cannot be used for numerical input of that character.

Section 3.2 (Input via the Character Map) also describes where the key
combination is displayed in the Character Map.

3.6 Language properties in Word files

Language property
In Word, a property (attribute) is managed separately for each character similarly to
other text properties (bold, underscore).
In the language properties, Word will remember the language to which the
character, the character sequence, the word or the whole sentence belongs.
The language property is independent of the font. For example, a Cyrillic character
can possess the language property "German".
The language property is managed internally as a combination of main language
and sublanguage, e.g. "French (Canada)".
Microsoft sometimes uses the designation "Region scheme" for the language
property, whereby this term also covers properties, such as currency, date format,
decimal separators etc.

Effects of the language property

This property is used (evaluated) for the spell checker and for the automatic
keyboard switchover (see Section 3.7: Multi-language Word files).
If you do not wish to use either the spell checker or the automatic keyboard
switchover function, there is generally no need to worry about the language
properties. In this case do not forget to deactivate the automatic keyboard
switchover function.

Saving the language property

Microsoft Word saves this property in Word files (*.doc). If a document is saved as
a text file (*.txt) then this property is lost along with the other text properties.
If you wish to use the language property, it therefore makes sense to use a Word
file to edit the texts and to keep it for subsequent changes. Whenever the editing
reaches a stage where you want to stop you can then save the document as a text
file as described in Section 2.4: Saving text files.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition TX2/3-33
Creating Foreign Language Texts with Windows 2000 / XP (TX2) 01/2006
3 Input of Text

Displaying the language property

In Word 2000, the current language property is displayed in the status bar at the
bottom edge of the window.

Fig. 3-11

Setting the language property

Proceed as follows to set the language property for a text:
1. Highlight the part of the text for which you wish to set the language property, or
press CTRL+A to select the entire text.

2. Then select the command "Extras" → "Language" →

with Word 2000: "Set Language..."
with Word 2003: "Set Language..."

3. In the "Language" dialog box you can choose the correct language. Click on
"OK" when you are done.

Quick setting of the language property

In Microsoft Word 2000/2003 you can insert a combined display and selection box
into a symbol bar. This both displays the current language property and enables
you to set the language as well.

Proceed as follows to insert this field into a symbol bar:

1. In the "Extras" menu select the command "Customize..."

Fig. 3-12 Word 2000

2. In the "Customize" dialog box select the "Commands" tab.

3. Select "Tools" from the list of categories on the left.

4. Then select "Language" from the list of commands on the right (see Fig.).

© Siemens AG, 2006. All rights reserved

TX2/3-34 SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Creating Foreign Language Texts with Windows 2000 / XP (TX2)
3 Input of Text

5. Drag and drop this entry with the left mouse button into a symbol bar.

Fig. 3-13

6. Close the dialog box.

With this selection box you can then change the selected language for any part of
the text.

Automatic setting of the language property

Word 2000/2003 automatically sets the language property in the following
situations:
• When opening a file of type "Encoded Text File" (see Section 2.3: Opening an
existing text file).
• New text entered with the keyboard is automatically assigned the selected
keyboard language.
• If the automatic recognition option is selected then Word will try to assign the
entered words to a language once they are complete and then automatically
sets the language property.

Note
The "Detect language automatically" can often deliver confusing results,
particularly in technical texts.
This option is usually pre-activated as a default setting.

Recommendation: Deactivate the "Detect language automatically" option.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition TX2/3-35
Creating Foreign Language Texts with Windows 2000 / XP (TX2) 01/2006
3 Input of Text

Proceed as follows to deactivate the automatic language recognition option:

1. Make sure that no part of the text has been highlighted and select the command
"Tools" → "Language" →
with Word 2000: "Set Language..."
with Word 2003: "Set Language..."

2. In the "Language" dialog box deactivate the option "Detect language

automatically" and click on "OK".

Fig. 3-14

3.7 Multi-language Word files

In certain cases it may be useful to deliberately set different language properties for
different parts of the text in a Word file.

Boundary conditions for multi-language Word files

You want to enter certain parts of the text with the German keyboard layout and
then also edit these parts later on with the German keyboard layout, whereas other
parts of the text are to be created and edited with the keyboard layout of the target
language.

Examples
This can be necessary in the following cases:
• With Greek and Cyrillic texts, the Latin letters and other ASCII characters are
missing in the appropriate keyboard layouts.

• With some keyboard layouts, e.g. Czech, no access to the digits is granted on
the standard keyboard level.

• The arrangement of the Latin letters deviates substantially from the

arrangement to which you are accustomed to (e.g. Turkish-F keyboard layout).

© Siemens AG, 2006. All rights reserved

TX2/3-36 SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Creating Foreign Language Texts with Windows 2000 / XP (TX2)
3 Input of Text

• You as a German want to prepare one part of the text, and a second part is to
be created by your translator.

Table with two language properties

To create a multi-column text in which for example the first column possesses the
language property "German" and the second column for example "Russian", you
can proceed as follows:
• Switch to the German keyboard and enter the first column of the first line. Then
switch to the Russian keyboard and enter the second column:
[Text 103][Mode 28] "йцукенгшщзхъфывапролджэячсмить"

• This does not need to be a Word table with borders and fields. You can also
use a simple line and separate the different parts with spaces.

• Select the whole line, copy this to the clipboard by using Ctrl-C and paste this
line several times by pressing Ctrl-V. This will give you two columns with
German on the left and Russian on the right.

Table 3-3
[Text 103][Mode 28] "йцукенгшщзхъфывапролджэячсмить"
[Text 103][Mode 28] "йцукенгшщзхъфывапролджэячсмить"
[Text 103][Mode 28] "йцукенгшщзхъфывапролджэячсмить"
[Text 103][Mode 28] "йцукенгшщзхъфывапролджэячсмить"
[Text 103][Mode 28] "йцукенгшщзхъфывапролджэячсмить"
[Text 103][Mode 28] "йцукенгшщзхъфывапролджэячсмить"
German Russian

Automatic keyboard switching

In order to automatically have the correct keyboard layout when working on
different parts of the text in Word, go to "Extras" → "Options" and activate the
option "Any-Keyboard switching" in the "Edit" tab.

Fig. 3-15

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition TX2/3-37
Creating Foreign Language Texts with Windows 2000 / XP (TX2) 01/2006
3 Input of Text

Note
Accidental use of the automatic keyboard switching function can be confusing.
Only use this option when the above boundary conditions are met.

Active keyboard layout always visible

To make sure you know what is going on, you can adjust the task bar to always
display the currently active keyboard layout.
1. Right-click on the task bar and select "Properties".

2. Activate the option

in Windows 2000: "Always on Top"
in Windows XP: "Key the taskbar on top of other windows"

3. Deactivate the option

in Windows 2000: "Auto hide"
in Windows XP: "Auto-hide the taskbar"

With Windows XP you are also free to position the Language and Region Support
bar anywhere you want on the screen. To do this, click on the button for switching
over the keyboard (e.g. DE ) in the task bar and select "Restore Language and
Region Support Bar".

Another option is to activate the switchover of the keyboard in Word:

1. In the "Extras" menu select the command "Customize..."

Fig. 3-16

2. In the "Customize" dialog box select the "Commands" tab.

3. Select "Format" from the list of categories on the left.

4. Then select "DE Keyboard Language" from the list of commands on the right
(see Fig.).

6. Drag and drop this entry with the left mouse button into a symbol bar.

© Siemens AG, 2006. All rights reserved

TX2/3-38 SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Creating Foreign Language Texts with Windows 2000 / XP (TX2)
3 Input of Text

3.8 Special considerations when working with Greek and

Cyrillic texts

Note
If you create texts in the Greek or Cyrillic language for the first time, then you
MUST read this section!

From the view of the language sciences, the Greek and Cyrillic alphabets are
considered as separate and independent alphabets, and not for example as an
extension of the Latin alphabet.

This means that Greek and Cyrillic letters which in their appearance are identical to
Latin letters, are not the same characters and may therefore also not be coded
identically.

In some cases this becomes evident by the fact that although certain letters look
the same in upper case, the corresponding lower case letters look different.

Table 3-4

Font Name Meaning

Latin P, p Latin letter P
Greek Ρ, ρ Greek letter RHO
Cyrillic Р, р Cyrillic letter ER
Latin H, h Latin letter H
Greek Η, η Greek letter ETA
Cyrillic Н, н Cyrillic letter EN

Example
Incorrect coding could have the following consequences:
Supposed you write the Russian word for "NO" ("HET") using Latin letters instead
of "HET" using Cyrillic letters. Initially you will see no difference. However, the
search for "нет" in lower case letters with the search option "Ignore
uppercase/lowercase letters" will not find the incorrectly coded spelling.

Keyboard layout for Greek/Cyrillic font

For this reason, the keyboard layouts for the Greek and Cyrillic fonts have been
designed in such a way that the Latin letters are not available at all, not even via
AltGr key combinations. These keyboard layouts have normally only two levels
(standard and SHIFT).

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition TX2/3-39
Creating Foreign Language Texts with Windows 2000 / XP (TX2) 01/2006
3 Input of Text

Keyboard layout for the Russian font

In the Russian keyboard layout, there are also some ASCII special characters
which are missing, such as #$[]{}'`|~&.
For these languages it therefore makes sense to use Word files with two languages
as described in Section 3.7 Multi-language Word files.

Note
Switch the keyboard to Latin only if this is absolutely necessary! When doing so,
do not switch over for individual letters, but only for complete words and
sentences.
Never use words with mixed codings!

Note
Find out whether and to what extent certain German, English or international
abbreviations (e.g. DIN/ISO) may or must be written using Latin fonts, or whether
a conversion (ДИН/ИСО) is more appropriate according to the conventions of the
country in question.
The key assignment for combinations, such as Ctrl-C, Ctrl-V, Ctrl-Z, Alt-A, etc.
normally follow the US keyboard layout.

3.9 Special considerations when working with East Asian texts

Requirement
To author or correct texts in Japanese, Chinese or Korean, you will need to have
installed the corresponding expansion package for the operating system.

Checking the system installation for Windows 2000

To check your installation, proceed as follows:
• Open the Control Panel ("Start" → "Settings" → "Control Panel").

• In the "Control Panel", select "Regional Options".

• Click on the "General" tab in the "Regional Options" dialog box.

• You can see the installed language families in the lower part of the window
under "Language settings for the system".

• Check whether the language family you want to use has been activated.

© Siemens AG, 2006. All rights reserved

TX2/3-40 SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Creating Foreign Language Texts with Windows 2000 / XP (TX2)
3 Input of Text

Fig. 3-17

You may require the Microsoft installation CD to install any missing components.
You will also require Administrator Rights to perform the installation.

Checking the system installation for Windows XP

In the Start menu select → Control Panel → "Regional and Language Options".
Check the "Languages" tab to see whether the option "Install files for East Asian
languages" has been selected.

Fig. 3-18

You will not usually need the installation CD to reinstall the files for East Asian
languages in Windows XP, as the files are already present on the hard drive in
compressed form.
You will however require Administrator Rights to perform the installation.

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition TX2/3-41
Creating Foreign Language Texts with Windows 2000 / XP (TX2) 01/2006
3 Input of Text

Input
An Input Method Editor (IME) is used for inputting. This is a tool which is used to
put together the pictograms on a European keyboard and can be activated
analogously to a keyboard layout.

You will normally need a translator who speaks the target language as his/her
mother tongue to operate the IME system.
From Windows 2000 it is no longer necessary to have the Windows operating
system in the target language.

Full-width European characters

In the code pages for the East Asian languages, two versions of many of the
European characters (Latin letters, numbers and the characters # $ % & etc.) are
included:
1. Normal (narrow, half-width) version.
This is the set of ASCII characters which is compatible with European code
pages.

2. Double-width (full-width) version.

These versions of the characters are twice as wide and are not compatible with
the ASCII characters.

If you are using characters with a functional significance it is important to use the
ASCII versions.

Correct example (SINUMERIK alarm text, Japanese):

Fig. 3-19

The circled characters are:

014195 0 0 Identifier and attributes
Space character Syntactical separator
Quotes Text delimiters
%1, %2 Parameter variables
Only the ASCII versions must be used for these characters.

Note
In the remaining part of the text it is quite acceptable to use full-width characters
for better readability (as in the example here for G49).

© Siemens AG, 2006. All rights reserved

TX2/3-42 SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Creating Foreign Language Texts with Windows 2000 / XP (TX2)
3 Input of Text

Notice
There is even a full-width version of the space character (ideographic space).
You can only recognize this character from its width by selecting it.

Incorrect example:

Fig. 3-20

The circled characters are full-width variants which have been used incorrectly.

Note
When placing a translation order, tell the translator that only the narrow, ASCII-
compatible characters must be used for characters with a functional significance.

Simplified/traditional Chinese

Note
Please make a careful distinction between simplified Chinese and traditional (or
standard) Chinese. The former is used in the PR of China, whereas the latter is
used in Taiwan. These two variants are coded differently and therefore have to
be treated differently. You should therefore also make sure that this is clearly
specified in your translation order.

Creating texts
When you are creating texts in Japanese, Chinese or Korean, it definitely makes
sense to initially create a Word file.
There should be no problems if you are using Word 2000/2003 to exchange
documents with your external translator.
Afterwards you can then convert this Word file into a text file in the way described
in Section 2.4 (Saving text files).

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition TX2/3-43
Creating Foreign Language Texts with Windows 2000 / XP (TX2) 01/2006
3 Input of Text

© Siemens AG, 2006. All rights reserved

TX2/3-44 SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Creating Foreign Language Texts with Windows 2000 / XP (TX2)
4 Problems and Remedies

4 Problems and Remedies

4
4.1 Problems and remedies............................................................TX2/4-46

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition TX2/4-45
Creating Foreign Language Texts with Windows 2000 / XP (TX2) 01/2006
4 Problems and Remedies

4.1 Problems and remedies

Keyboard layout switches unintentionally
Problem:
The keyboard occasionally switches to a different layout while inputting text without
this being explicitly requested.

Remedy:
Check the option for automatic switchover of the keyboard as described in Section
3.7: Multi-language Word files.
Deactivate this option.

Language properties are changed inadvertently

Problem:
After creating a text with the keyboard in a certain layout (e.g. Polish), you notice
that parts of the text have German or English as the language.

Remedy:
Deactivate the automatic language recognition option as described in Section 3.6:
Language properties in Word files

Hotkeys no longer work

Problem:
Certain commands (Ctrl+C, Alt+T etc.) no longer work.

Remedy:
As a result of assigning a different keyboard layout, the keyboard shortcuts have
changed for certain commands. Use the mouse while you are working with the
other keyboard layout.

Individual texts not working

Problem:
In some cases the finished text files do not work in the SINUMERIK Runtime
system.
Individual texts or lines of text are obviously not being read correctly.

Remedy:
Check the formal text criteria:
Are all of the characters which have a functional significance correctly encoded?
• If inverted commas are a requirement, check whether Word has converted the
straight inverted commas (ASCII characters) that were entered into
typographic quotation marks. Some disruptive Word options are listed in
Section 3.1: Special characters of various language families.

• If the texts in question are East Asian texts, check the coding of the non-Asian
characters, see Section 3.9: Special requirements for East Asian texts.
If full-width characters have been used for functional characters, replace them
with the corresponding ASCII variants.

© Siemens AG, 2006. All rights reserved

TX2/4-46 SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Creating Foreign Language Texts with Windows 2000 / XP (TX2)
4 Problems and Remedies

Yen character (Japanese) or Won character (Korean) in the text

Problem:
The translator has obviously used a Yen character ¥ or a Won character W
wherever you would expect a backslash “\”.

Remedy:
This is not necessarily a mistake.
Instead, this has historic reasons. For many years the Yen character has been
used in Japan and the Won character in Korea in place of the backslash character.
This representation was kept once the PC users in those countries had got used to
using this representation in path names (where you would otherwise expect the
backslash character). However, internally this is still the backslash character.
In the fonts "MS Gothic" (Japanese) and "Batang" (Korean) the backslash symbol
is represented as a currency character.

However, it is also possible that the Yen character (Unicode U+00A5) or Won
character (Unicode U+20A9) was actually entered instead of the backslash
character (Unicode U+005C).
To check this, reformat the text in Word using a different font, e.g. "Courier New".
If you see the backslash character in its normal representation then everything is in
order.
However, if you can still see the currency symbol or a symbol which is not a valid
symbol then you should correct the character and replace it with a backslash.
Afterwards revert back to the normal font (MS Gothic or Batang).

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition TX2/4-47
Creating Foreign Language Texts with Windows 2000 / XP (TX2) 01/2006
4 Problems and Remedies

© Siemens AG, 2006. All rights reserved

TX2/4-48 SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Creating Foreign Language Texts with Windows 2000 / XP (TX2)
5 References

5 References
5
5.1 References for text creation......................................................TX2/5-50

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition TX2/5-49
Creating Foreign Language Texts with Windows 2000 / XP (TX2) 01/2006
5 References

5.1 References for text creation

For further information about creating texts, please refer to:

Book: Developing International Software, Second Edition

Microsoft Press, October 2002, ISBN 0-7356-1583-7
Online version:
http://www.microsoft.com/globaldev/getwr/dis_v2/default.mspx

1. edition (Developing International Software For Windows 95 and Windows NT):

http://www.microsoft.com/globaldev/dis_v1/disv1.asp

Overview tables of the Microsoft code pages

http://www.microsoft.com/globaldev/reference/WinCP.mspx

Pictures of the keyboard layouts in Microsoft can be found at the following address:
http://www.microsoft.com/globaldev/reference/keyboards.mspx
For printing:
http://www.microsoft.com/globaldev/reference/win2k/setup/localsuppor
t.mspx

http://www.microsoft.com/globaldev/DrIntl/faqs/winxp.mspx

Microsoft Global Software Development

Detailed explanations on various aspects of international software
http://www.microsoft.com/globaldev

Unicode
Tables, definitions, standards and tools
http://www.unicode.org

© Siemens AG, 2006. All rights reserved

TX2/5-50 SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
01/2006 Creating Foreign Language Texts with Windows 2000 / XP (TX2)
I Index

I Index
I
I.1 Index

A I

Automatic keyboard switching.......TX2/3-37 IME (Input Method Editor)............. TX2/1-10

Input Method Editor (IME) ............ TX2/1-10
Installation überprüfen ................... TX2/1-8
C

Character map K
Code page .................................TX2/3-24
Entering ......................................TX2/3-23 Keyboard layout always visisble ... TX2/3-38
CJK characters .............................TX2/1-10 Keyboard layout specific
Code page to input window ............................ TX2/3-31
Name..........................................TX2/2-19
Number.......................................TX2/2-19
Code page .......................................TX2/1-9 L
Cyrillic language family .................TX2/3-39
Language family
Overview...................................... TX2/1-7
D Language family............................ TX2/1-10

Default keyboard setting................TX2/1-11

Diacritical characters M
Overview ....................................TX2/3-22
Multi-language Word files ............ TX2/3-36

E
Q
East Asian texts ............................TX2/3-40
Quick setting of
the language property................... TX2/3-34
F

File conversion ..............................TX2/2-16 S

Setting the language propery........ TX2/3-34

G Special characters of different
language families ......................... TX2/3-22
Greek/Cyrillic language family ......TX2/3-39 System installation
for Windows 2000...................... TX2/3-40
for Windows XP ......................... TX2/3-41

© Siemens AG, 2006. All rights reserved

SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition TX2/I-51
Creating Foreign Language Texts with Windows 2000 / XP (TX2) 01/2006
I Index

T U

Table with two Unicode......................................... TX2/1-11

language properties ......................TX2/3-37 Use of diacritical characters ......... TX2/1-10
Text file
Convert.......................................TX2/2-16
Create new .................................TX2/2-14 W
Open...........................................TX2/2-15
Text input Windows-code page ....................... TX2/1-7
Numerical ...................................TX2/3-32
TrueType fonts ..............................TX2/1-10

© Siemens AG, 2006. All rights reserved

TX2/I-52 SINUMERIK 840D sl/840D/840Di/810D Commissioning HMI (IAM) – 01/2006 Edition
To: Suggestions

Siemens AG Corrections
For publication/manual:
A&D MC MS SINUMERIK 840D sl/840Di sl
Postfach 3180 SINUMERIK 840D/840Di/810D

Commissioning CNC Part 2 (HMI)

91050 ERLANGEN, GERMANY
Phone: +49 (0) 180 5050 - 222 [Hotline] Manufacturer/Service Documentation
Fax: +49 (0) 9131 98 - 63315 [Documentation]
E-mail: mailto:motioncontrol.docu@siemens.com
From Commissioning Manual
Name: Order No.: 6FC5397-3AP10-1BA0
Edition: 01/2006
Address of your company/department Should you come across any printing errors
when reading this publication, please notify us
Address: on this sheet. Suggestions for improvements
are also welcome.
Zip code: ____________ City:
Telephone: __________ /
Fax: ________ /

Suggestions and/or corrections

 Overview of SINUMERIK 840D/840Di/810D Documentation (01/2006)
General Documentation

Saftey
SINUMERIK SINUMERIK Integrated
840D
840Di
810D

Brochure Catalog NC 61 *) Saftey Integrated

Application Manual

User Documentation

SINUMERIK SINUMERIK SINUMERIK SINUMERIK SINUMERIK SINUMERIK

840D 840D sl 840D sl 840D sl 840D sl 840Di
840Di 840D 840D 840D 840D
810D 840Di sl 840Di sl 840Di sl 840Di sl
840Di 840Di 840Di 840Di
810D 810D 810D 810D

Operator’s Guide Operator’s Guide Programming Guide Programming Guide Diagnostics Guide *) System Overview
– HMI Embedded *) – HMI Advanced *) – Fundamentals *) – Cycles
– ShopMill – Programming compact – Advanced *) – Measuring Cycles
– ShopTurn – Programming
– HT6 – Lists System Variables
– ISO Turning/Milling

Manufacturer/Service Documentation

SINUMERIK SINUMERIK SINUMERIK SINUMERIK SINUMERIK SINUMERIK

840D 840D 840D sl 840D 840Di 840D sl
810D 840Di 840D 840Di 840D
810D 840Di sl 810D 840Di sl
840Di 840Di
810D 810D

Configuring (HW) *) Equipment Manual Commissioning Description of Commissioning List Manual *)

– 840D Operator Manual *) Functions Manual – Part 1
– 810D Components *) – 840D – ShopMill – Part 2
– 810D – ShopTurn
– HMI

Manufacturer/Service Documentation

SINUMERIK SINUMERIK SINUMERIK SINUMERIK SINUMERIK SINUMERIK

840D sl 840D 840D 840Di 840D 840D
840D 840Di 840Di 810D 810D
840Di sl 810D 810D
840Di
810D

Description of Description of
Description of Description of Configuring MCIS
Functions Functions
Functions Functions – Operator Interface – Computer Link
– Basic Machine *) – Remote Diagnosis Saftey Integrated
– Drive Functins OP030 – Tool Data Inform. Sys.
– Extended Functions
– Tool Management– @Event – HMI Embedded – NC Data Management
– Special Functions
– Hydraulics Module – NC Data Transfer
– Synchronized
– Analog Module – Tool Data Communication
Actions
– Iso Dialects
– EMC Guidlines
Electronic Documentation

SINUMERIK
SIMODRIVE
Motors

DOCONCD *)
DOCONWEB *) These documents are a minimum requirement
 Overview of SINUMERIK 840D sl/840Di sl Documentation (01/2006)
General Documentation

SINUMERIK SINUMERIK SINAMICS

840D sl S120
840Di sl

Brochure Catalog NC 61 *) Catalog

D21.2 Servo Control *)

User Documentation

SINUMERIK SINUMERIK SINUMERIK SINUMERIK SINUMERIK

840D sl 840D sl 840D sl 840D sl 840D sl
840D 840D 840D 840D
840Di sl 840Di sl 840Di sl 840Di sl
840Di 840Di 840Di 840Di
810D 810D 810D 810D

Operator’s Guide Operator’s Guide Programming Guide Programming Guide Diagnostics Guide *)
– HMI Embedded *) – HMI Advanced *) – Fundamentals *) – Cycles
– ShopMill – Programming compact – Advanced *) – Measuring Cycles
– ShopTurn – Programming
– Lists System Variables
– ISO Turning/Milling

Manufacturer/Service Documentation

SINUMERIK SINUMERIK SINUMERIK SINUMERIK SINUMERIK

840D sl 840D sl 840D sl 840Di sl 840D sl
840Di sl 840D
840Di sl
840Di
810D

Equipment Manual Equipment Manual Commssioning Manul Commissioning List Manual *

NCU *) Operator CNC *) Manual – Part 1
Components *) – Part 1 NCK, PLC, Drive – Part 2
– Part 2 HMI
– Part 3 ShopMill
– Part 4 ShopTurn
– Part 5 Basic Software
Manufacturer/Service Documentation

SINUMERIK SINUMERIK SINAMICS SINUMERIK SINUMERIK

840D sl 840D sl S120 840D sl 840D sl
840D 840D 840D
840Di sl 840Di sl 840Di sl
840Di 840Di 840Di
810D 810D 810D

Description of Description of Description of Description of EMC Guidlines

Functions Functions Functions Functions
– Basic Machine *) – Synchronized Drive Functions Saftey Integrated
– Extended Functions Actions
– Special Functions – Iso Dialects

Electronic Documentation

SINUMERIK
SINAMICS
Motors

DOCONCD *)
DOCONWEB

*) These documents are a minimum requirement