Foreword, Contents
General description

SIMADYN D Function Description and

User Information

General Diagnostics Communication Error Codes

Reference Manual Error Supplementary Codes

6DD1987-1AB0
 Safety Guidelines This Manual contains notices which you should observe to ensure your own personal safety, as
well as to protect the product and connected equipment. These notices are highlighted in the
Manual by a warning triangle and are marked as follows according to the level of danger:
_________________________________________________________________________
Danger

! indicates that death, severe personal injury or substantial property damage

precautions are not taken.
will result if proper

_________________________________________________________________________

_________________________________________________________________________
Warning
! indicates that death, severe personal injury or substantial property damage
precautions are not taken.
can result if proper

_________________________________________________________________________

_________________________________________________________________________
Caution
! indicates that minor personal injury or property damage can result if proper precautions are not
taken.
_________________________________________________________________________

_________________________________________________________________________
Note
draws your attention to particularly important information on the product, handling the product,
or to a particular part of the documentation.
_________________________________________________________________________

Correct usage Note the following:

_________________________________________________________________________
Warning
! This device and its components may only be used for the applications described in the catalog
or the technical description, and only in connection with devices or components from other
manufacturers which have been approved or recommended by Siemens.
_________________________________________________________________________

Trademarks SIMATIC and SIMADYN D are registered trademarks of SIEMENS AG.

Third parties using for their own purposes any other names in this document which refer to
trademarks might infringe upon the rights of the trademark owners.

Copyright  SIEMENS AG 1997 All rights reserved Disclaimer of liability

The reproduction, transmission or use of this document or its We have checked the contents of this manual for agreement with
contents is not permitted without express written authority. the hardware and software described. Since deviations cannot be
Offenders will be liable for damages. All rights, including rights precluded entirely, we cannot guarantee full agreement. However,
created by patent grant or registration or a utility model or design, the data in this manual are reviewed regularly and any necessary
are reserved. corrections included in subsequent editions. Suggestions for
Siemens AG improvement are welcomed.
Drives and Standard Products Group  Siemens AG 1997
ASI 1 Variable-Speed Drives Division Technical data subject to change.
Frauenauracher Straße 80
91056 Erlangen

Siemens Aktiengesellschaft Order No. 6DD1987-1AB0

Foreword

NOTES • This Reference Manual is provided solely as a additional

information source and is not necessarily up-to-date.
• No guarantee can be made for the technical correctness of this
manual.

Purpose of this This Reference Manual will help you

Manual
• when troubleshooting the SIMADYN D control system, and

• serve as Reference Manual.

The individual diagnostic capabilities will be explained.

Target group This manual is intended for engineers commissioning SIMADYN D

programs. It is assumed that these persons are knowledgeable about
instrumentation and control.

Validity of this This manual is valid for SIMADYN D Version 3.1 of D7-SYS.
Manual

General diagnostics - SIMADYN D - Reference Manual iii

6DD1987-1BA0 Edition 06.97
Foreword

Overview of the Comprehensive user documentation which is intended for selective use,
SIMADYN D is available to support personnel when configuring and programming a
documentation, SIMADYN D control task. The following information together with Fig. 0-
Version V5.0 1 will help you select the user documentation which you actually require.

Symbol Significance

? This subject is documented in an online help

Reference Manual for selective use

The documentation introduces you to the methodology used.

Online help The documentation is supplemented by an online help.

1 Manuals can be individually ordered.

Intro- SIMADYN D Manual

SIMADYN D
duction Hardware
Simple to assemble and configure

1 1

SIMADYN D
Complete SIMADYN D
Manual System software and
Index
D7-SYS configuring Glossary and complete index
D7-SYS communication
configuring
Online help

Manual SIMADYN D SIMADYN D

Basis software for D7-SYS
? Help on events

Online help

Manual SIMADYN D Reference SIMADYN D

Manual
CFC for SIMADYN D Function block library
Continuous Function
Chart
Online help 1 Online help

Fig. 0-1 Overview of SIMADYN D documentation, Version V5.0

iv General diagnostics - SIMADYN D - Reference Manual

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 Foreword

Introduction The Introduction provides an extremely simple entry into the methodology
Simply to assemble and when assembling and programming the SIMADYN D control system. It is
configure especially conceived for first-time users of a control system.

System software and This Manual provides basic knowhow about the structure of the operating
configuring D7-SYS system and an application program of a SIMADYN D CPU. It should be
used to obtain an overview of the programming methodology, and as basis
for a user program design and configuration .
D7-SYS communication This Manual provides you with basic knowhow about the SIMADYN D
configuring communications capability and how to configure links to communication
partners
Function block library This Reference Manual provides you with an overview of SIMADYN D
function blocks, such as closed-loop control-, communication blocks etc .
Basis software for This Manual explains the essential use and the functions of the STEP 7
D7-SYS automation software with a main focus on the SIMADYN D control system.
For first users of SIMADYN D, the Manual provides an overview on
configuring, programming and commissioning a SIMADYN D subrack.
When working with the basis software, you can access the context-
sensitive online help which provides support when it comes to detailed
questions regarding software use.
CFC for SIMADYN D The CFC language (Continuous Function Chart) allows you to graphically
Continuous Function interconnect blocks.
Chart The following manuals are available: "CFC for S7, Continuous Function
Chart" and "CFC for SIMADYN D, Continuous Function Chart".
Further, when using the software, you can access the online help which can
answer detailed questions regarding the use of the editors/compilers.
Hardware The complete SIMADYN D hardware spectrum is described as reference in
this Manual.

Table 0-1 Information overview of the SIMADYN D Manuals, Version V5.0

Guide This reference Manual is sub-divided as follows:

• resources for troubleshooting

• various error classes

• error codes

The "General diagnostics" Reference Manual consists of the following

documents:
Document Edition
1 General description 06.97
2 Function Description and User Information 06.97
3 Communication Error Codes 06.97
4 Error Supplementary Codes 06.97

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Foreword

Special The user section of this Manual does not contain any detailed
information instructions with individual steps, but instead is intended to explain the
basic procedure. More detailed information on the software dialogs and
their handling, are provided in the online help.

Additional support Please contact your local Siemens partner if you have questions
regarding the software which are neither addressed in the paper
documentation nor in the online help. You can use a Hotline:

• Tel.: +49(9131) 98-5000

• Fax: +49(9131) 98-1603

• e-mail: simadyn.hotline@erlf.siemens.de

If you have any questions or comments regarding this Manual, please

complete the questionnaire at the end of the Manual and send it to the
address below. Please let us know your personal opinion about the
Manual

We offer appropriate courses to make it easier for you to get to know the
SIMADYN D automation system. Please contact the Central Training
Center in Erlangen:

• Tel.: +49(9131) 7-27689, -27972

• Fax: +49(9131) 7-28172

• Internet: http://www.atd.siemens.de/it-dl/training

• Intranet: http://training.erlm.siemens.de

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Inhaltsverzeichnis
1 General description............................................................................................................. 1-1
1.1 The various resources for troubleshooting................................................................. 1-1
1.2 System error fields.................................................................................................... 1-3
2 Function description and user instructions ...................................................................... 2-1
2.1 Acknowledging errors................................................................................................ 2-1
2.2 The various SIMADYN D error classes ..................................................................... 2-1
2.2.1 Error in the INIT operating mode, 7-segment display "0" ................................ 2-1
2.2.2 Error in the RUN operating mode, 7-segment display "E", "C", "A" ................. 2-8
2.2.2.1 Error, task administrator "E" ......................................................... 2-8
2.2.2.2 Error communications "C" ............................................................ 2-9
2.2.2.3 User error "A"............................................................................. 2-10
2.2.2.4 Fatal system error "H" ................................................................ 2-10
2.3 Background processing........................................................................................... 2-14
2.3.1 Online test mode.......................................................................................... 2-14
2.3.2 Monitoring error, 7-segment display "b"........................................................ 2-14
3 Communication Error Codes .............................................................................................. 3-1
3.1 Overview .................................................................................................................. 3-1
3.2 Error Codes .............................................................................................................. 3-2
3.2.1 Data Interface Access Mechanisms ............................................................... 3-2
3.2.2 Data Interface Initialization Errors (IB Errors) ............................................... 3-18
3.2.3 Network ....................................................................................................... 3-18
3.2.4 Service ........................................................................................................ 3-31
3.2.4.1 Display ....................................................................................... 3-32
3.2.4.2 Specific SS52 ............................................................................ 3-37
3.2.5 Process Data ............................................................................................... 3-38
3.2.6 Message System ......................................................................................... 3-41
3.2.7 Trace (Equipment Trace, Simple Trace, Analog Trace)................................ 3-46
3.2.8 Time ............................................................................................................ 3-53
3.2.8.1 Device........................................................................................ 3-55
3.2.8.2 Download................................................................................... 3-58
3.2.9 Central Blocks for Links ............................................................................... 3-60
3.2.9.1 Coupling Memory Link................................................................ 3-60
3.2.9.2 Rack Link ................................................................................... 3-63
3.2.9.3 PN Local Link............................................................................. 3-68
3.2.9.4 Link DUST1................................................................................ 3-71
3.2.9.5 Link SINEC H1........................................................................... 3-71
3.2.9.6 Allgemeine Zentral-Funktionsbaustein-Fehlerkennung ............... 3-75
3.2.9.7 EP Link ...................................................................................... 3-81
3.2.9.8 Link DUST7................................................................................ 3-84
3.2.9.9 Link DUST2................................................................................ 3-89
3.2.9.10 Link DUST3.............................................................................. 3-93
3.2.9.11 USS Link.................................................................................. 3-97
3.2.9.12 Rack Link Fiber Optic Cable................................................... 3-101
3.2.10 Gerätekopplung und Parameterbearbeitung auf T400.............................. 3-108

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Inhaltsverzeichnis

4 Error Supplementary Codes ............................................................................................... 4-1

4.1 Supplementary code "bsspvw_geme"....................................................................... 4-1
4.2 Supplementary code "bsspvw_info" .......................................................................... 4-2
4.3 Supplementary code "zbin_komdat" ......................................................................... 4-3
4.4 Supplementary code "zgsd_zini_nachtrag" ............................................................... 4-6

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1 General description
1.1 The various resources for troubleshooting

The following resources are available in the system for troubleshooting:

NOTE The 7-segment display on the CPU module is the first resource which
permits rough troubleshooting. Depending on the error type, instead of
the configured CPU number, a symbol is displayed which classifies the
error. The first error which was identified, is displayed, flashing. After
being acknowledged with the red button on the CPU module, the error
code of the next error which was identified, is then displayed. The
sequence in which these error codes are displayed depends on the
priority of the error.

The following can be displayed on the 7-segment display:

Initialization running (short numbers
At initialization or
can also appear here)
in the off status,
operating mode <OFF> or <.> Processor crashed, no further
diagnostics possible. Replace the
INIT memory module or CPU module

In cyclic operation CPU number, cyclic operation without system error

RUN operation ..
mode
Monitoring error, cyclic operation; service possible; refer to
the Chapter "Monitoring errors

Communication errors, cyclic operation, service possible;

refer to the Chapter "Communication errors"

Task administration error, cyclic operation; service possible;

refer to Chapter "Task administration errors"

User error, generated by the USF function block, cyclic

operation; service possible; refer to the Chapter "User errors"

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General description

In non-cyclic Initialization error, no cyclic operation; service possible; refer

operation, STOP to Chapter "Initialization errors"
operation mode
Non-maskable interrupt, no cyclic operation; service possible;
refer to the Chapter "Fatal system errors"

(as running light). Error when loading the system software, no

further diagnostics possible. The memory module could be
defective or data incorrectly loaded into it.

Stop mode, initiated by the user. Fast download

NOTE System error fields and exception buffers are memory areas in which
detailed information on the errors which have occurred, can be saved.
Non-critical errors from the various software components (operating
system, communications,...) are saved in the system error fields.
The current system status is saved in the exception buffer when a fatal
error occurs, which results in standard processing being stopped.
These error fields are read-out, e. g. using CFC in the test mode.

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 General description

1.2 System error fields

In addition to the displayed symbols in the CPU 7-segment display,

detailed error information is saved in the central RAM area of the CPU
module. These data areas are designated system error fields.
The system error fields, described here are called INIT_ERR and
SYS_ERR.

Hardware-related error information is coded in the system error field

INIT_ERR.

The various software components (operating system, communications,

monitor, user, ...) enter their error information in the SYS_ERR system
error field.

First error field The first error field is used to identify which of the software components
SYS_ERR_ERST was the first to flag an error. It is possible to identify the first one from a
series of saved errors (which may subsequently initiate other errors).
The first error field is a bit field in which each software component has an
assigned bit. This is set to ’1’, if this component is the first to enter an
error.

The assignment of the bits can be seen from the following table:

First error field

Byte 1 Byte 0
15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
Always 0 User- Always Always Communi- Hardware Task Al Fatal
generated 0 0 cations failure admini- w system
error code error (monitoring stration a error
error) error y
s
0
1) -> 0400H 0040H 0020H 0008H 0001H

Table 1.2-1 Assignment of the bits

1) These hexadecimal values are valid for the appropriate software

components, as a maximum of one bit can be set in the first error field

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General description

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2 Function description and user instructions
2.1 Acknowledging errors

If an error occurs, then this is indicated on the CPU 7-segment display.

With the exception of fatal system errors (NMI) and communication
errors, these errors can be acknowledged by depressing the
acknowledge key. The highest-priority error message is always displayed
first. After depressing the acknowledge button, the next highest priority
error message is displayed. The appropriate symbol is displayed,
flashing, to identify that the displayed error was the first one to occur. If
there are no more errors, the logical CPU module number is displayed.

2.2 The various SIMADYN D error classes

2.2.1 Error in the INIT operating mode, 7-segment display "0"

The errors of the INIT operating mode are saved in the FLAGH, FPNIB,
PNINKO, KO_CBUS and KO_LBU elements of the SYS_ERR error field
and in the INIT_ERR error field.
For errors, which occur when the system is initialized, the user program
doesn’t run-up. However, the service utility can be used and can be used
for diagnostics.
Error diagnostics should start at that CPU module, which was the first to
display an error message . If there is no CPU module which can be
identified as having been the first, then that CPU should be selected,
which displays a , and which is to the furthest left in the subrack.

The significance of the error field contents is listed in the following

pages:
However, if fatal system errors occur at initialization (e. g. non-maskable
interrupt NMI), initialization is aborted, and an appears in the
7-segment display.

NOTE Fatal system errors can occur following an initialization error, for
example, if a function block addresses hardware, which wasn’t previously
correctly initialized. Thus, when fatal system errors occur during the
initialization phase, the error field should first be investigated for
initialization errors!

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Function description and user instructions

Initialization error FLAGH

Set bit Significance

0 Error when initializing the DRAM memory object
1 Error when initializing the SRAM memory object
2 Error at C BUS upload
3 Error at C BUS download
4 Error when creating the C BUS buffer system
5 Error when initializing the C bus buffer system
6 Error at L BUS upload
7 Error at L BUS download
8 Error when creating the C BUS buffer system
9 Error when creating the L bus buffer system
10 Error when initializing the task manager
11 RAM change is inhibited in the change memory
12 Änderungsspeicherinhalt kann nicht geladen werden; Speicherplatzmangel beim Service
13 Fehler bei der Initialisierung der Dollarsignale
14
15 CPU hat kein Anwenderprogramm

Bits 0-10, subsequent errors or system errors; the user cannot

resolve these errors

Bit 11 can be an error due to an erroneous change memory,

especially for test operation, can be resolved, if, in the change
memory
the correct test byte ID AA (hexa) is entered in byte 0, and
a 0 is entered in byte 2.

ATTENTION The change memory entries are then lost!

!
Bit 13: siehe Diagnose der Dollarsignal Initialisierungsfehler

Bit15: Anwenderprogramm laden

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 Function description and user instructions

PN initialization- and PN-IB error FBNIB

Set bit Significance

8 Group display from the initialization blocks. (also refer to system error field INIT_ERR, )
9 When requesting a mirror register area in a KS, the slot number or location ID are
inconsistent, or the memory object ID illegal
10 The requested mirror register area has already been set-up in the local RAM or in the
communications buffer module
11 Number of CPU modules in the C/L bus directory > 1 with the ID, no C/L bus buffer
module
15 Group display when communications is initialized

Subsequent errors or system errors; they cannot be resolved by

the user

Coordination error Error flags from the coordination associated with initializing a multi-
at PN Initialization processor system, is entered in the PNINKO element.
PNINKO
Bits are set for the various error statuses, if the delay time, defined in the
operating system, is not adequate for synchronization, i. e. the
appropriate initialization stage must be aborted. Even bits (0,2,..)
designate the bus master, uneven bits, the bus slaves. Bits 0-7 are used
for the C-bus coordination, bits 8-15, for L-bus coordination.

Set bits for Synchronizing is canceled for the defined

operation
Master Slave
C bus L bus C bus L bus
0 8 1 9 Copying local information into the KS
2 10 Before re-loading the KS lists into the local
RAM
3 11 3 11 Loading the mirror register into the
communications buffer
4 12 5 13 Re-loading the KS information into the local
RAM
6 14 7 15 Initialization- or final synchronization
6 14 6 14 FP initialization, possibly due to erroneous
user function blocks. Also refer to KO_CBUS
and KO_LBUS

Subsequent errors or system errors-CPU, which caused the

error, can be identified from KO_CBUS and KO_LBUS

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Function description and user instructions

Missing checkback The CPU modules are marked in these error fields, which hadn’t
signal from the synchronized with the CPU being investigated. The type of synchronizing
C bus or L bus error is defined in the PNINKO component. The non-synchronized CPU
KO_CBUS and modules are logged using a bit pattern
KO_LBUS
in the components KO_CBUS for the C bus
" " " KO_LBUS " " L bus

and the appropriate bits ("PN No." - 1) set to 1, whereby the PN No. is
the logical CPU number (CPU No. = Bit No. + 1).

Example: SIMADYN D CPU 7 does not checkback via the C bus

=> KO_CBUS = 0040.

Diagnosing If errors are identified in the initialization blocks during the initialization
initialization errors phase, then this is indicated in the group display of the
with the system SYS_ERR_FPNIB components of the system error field SYS_ERR, and,
error field detailed information regarding the error is also saved in the system error
INIT_ERR field INIT_ERR. Only module errors are registered in the error field
INIT_ERR, for those modules which are located from the CPU module,
being investigated, up to the next CPU module, inserted to the right in
the subrack.

Monitoring errors, i. e., errors, which were first identified during normal
operation, are also logged in INIT_ERR.

The INIT_ERR system error field is 25 words long (50 bytes). A word is
reserved for each module, whereby word- and slot number are clearly
assigned to one another (word 1 to word 24 correspond to slots 1 to 24).
Each SIMADYN D CPU saves its own error information in word 0.

An error is displayed, if in one or several words of this field, a value is

not equal to 0.

The following messages are possible in word 0:

Error number Significance

(hexadecimal)
1XXX L bus interrupt is not received from the slave CPU
2XXX C bus interrupt was not received from the slave CPU
4XXX L bus KS cannot be accessed for slave CPU
8XXX C bus KS cannot be accessed for slave CPU
FXXX The length of the interrupt vector table in a CPU initialization block is inconsistent

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 Function description and user instructions

Measures:

Check the daisy chain jumpers and insert as configured

System error or subsequent error, cannot be resolved by the user

The error numbers, listed here, can be located in words 1-24 of error
field INIT_ERR.

System errors or subsequent errors, cannot be resolved by the

user

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Function description and user instructions

Error number Significance

(hexadecimal)
01XX PAD initialization
011X CPU module error
0111 Incorrect module code
Incorrect module, incorrect type or development status
Measure: Insert the right CPU module type
012X Periphery initialization error
Measure: Insert the correct module into the correct slot
0121 Invalid slot number transferred
0122 Incorrect module code
0124 No access to the module
0128 Invalid memory range size
014X Chip select error
0141 Address limits for chip select B interchanged
0142 Address limits for chip select C interchanged
0144 Invalid slot basis address
018X Warnings
0181 All chip select inhibited
0182 Chip select address exceeded
0184 Illegal mask for chip select A
02XX Memory initialization
0200 L-bus communications buffer cannot be accessed from KS-IB
Measure: Test the communications buffer module
0201 Not possible to access the C-bus communications buffer from KS-IB
Measure: Check the communications buffer
0202 Error during memory object initialization
0204 Communication resource list not available
04XX Requesting the mirror register
0401 Illegal memory object ID
0402 Non-configured memory used
0404 Not sufficient memory available
0408 Memory object inhibited
0410 Distribution mode illegal
08XX Special periphery, IB errors
0801 C-bus connection not available
0802 Synchronizing error (is signaled as monitoring error)
0804 Incorrect slot number
Measure: Insert the module into the correct slot
0808 Incorrect configured special periphery
0810 Dual port RAM unable to be accessed
0820 L-bus connection not available
0840 Configuring error

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 Function description and user instructions

Error number Significance

(hexadecimal)
0FXX Monitoring error
0F1X Memory test error, can be signaled both as initialization error as well as monitoring
error
0F10 User memory error
Measure: Progam a new memory module
0F11 RAM error: Defective address line
Measure: Change the module
0F12 Memory module error
Measure: Program a new memory module
0F14 RAM error: Data line defective
Measure: Change the module
0F18 Special periphery test error
0F1F Incorrect transfer parameter
0F2X Error when testing
0F20 Incorrect slot number
Measure: Insert the module into the correct slot
0F21 Battery failure
Measure: Insert a battery or replace the battery
0F22 Module does not respond
Measure: Insert the correct module type
0F24 Fatal system error on another CPU module
Measure: Search for errors on other CPU modules
0F4X Overload, area X5
Short-circuit or excessive current (not a brief overload condition).
Measure: Check the periphery
0F41 Overload, area X5, PINs 1, 2, 3, 4, 5, 6, 7, 8
0F42 Overlaod, area X5, PINs 11, 12, 13, 14, 15, 16, 17, 18
0F8X Overload, area X6
Short-circuit or excessive current (not a brief overload condition).
Measure: Check the periphery
0F84 Overload, area X6, PINs 1, 2, 3, 4, 5, 6, 7, 8
0F88 Overload, area X6, PINs 11, 12, 13, 14, 15, 16, 17, 18
0FCX Overload, areas X5 and X6 simultaneously
Short-circuit or excessive current (not a brief overload condition).
Measure: Check the periphery
0FC5 Overload, area X5, PINs 1, 2, 3, 4, 5, 6, 7, 8 and
overload, area X6, PINs 1, 2, 3, 4, 5, 6, 7, 8
0FC9 Overload, area X5, PINs 1, 2, 3, 4, 5, 6, 7, 8 and
overload, area X6, PINs 11, 12, 13, 14, 15, 16, 17, 18
0FC6 Overload, area X5, PINs 11, 12, 13, 14, 15, 16, 17, 18 and
overload, area X6, PINs 1, 2, 3, 4, 5, 6, 7, 8
0FCA Overload, area X5, PINs 11, 12, 13, 14, 15, 16, 17, 18 and
overload, area X6, PINs 11, 12, 13, 14, 15, 16, 17, 18

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Function description and user instructions

2.2.2 Error in the RUN operating mode, 7-segment display "E", "C", "A"

Errors, occurring in normal operation, are saved in the DAT, COM_PM,

COM_EXC, and ANW elements of the SYS_ERR error field.

2.2.2.1 Error, task administrator "E"

If a task administrator error occurs, the user program continues to run as

well as it can. For cycle errors, or inhibited tasks, low-priority tasks are
either not processed, or not on a regular basis.

Errors of the task administrator are recorded in the SYS_ERR_DAT

components of the SYS_ERR system error field. This field is 5 bytes
long, which are assigned to the existing tasks (bytes 0 - 4 for cyclic tasks
T1 - T5).

A task, which was processed error-free, has the value 0 in "its" byte. Bits
which have been set, have the following significance (several bits can be
simultaneously set):

Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0

Cycle error Internal Software No free buffer in Not used No free buffer in No free Cycle error
which cannot error watchdog the C bus the L-bus local buffer or task
be resolved (only for T1) communications communications back-up
(endless loop) buffer buffer

System errors or subsequent errors, cannot be resolved by the

user

Cycle errors Before a task is started, it is checked as to whether the task to be started
can be completely executed within the task sampling time, or if it is
always in the ’continuous’ status. This means, it is flagged as the highest-
priority task. If this is the case, the task start is bypassed, i. e. the task is
not processed for one cycle.

However, a cycle error is only flagged, when several task starts fail, i. e.
not at the first failure. Thus, seldom failures, which do not negatively
influence program execution, are simply bypassed.

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 Function description and user instructions

If several cycle errors occur one after the other then you can assume
that a task has a significant problem. The cause can be an endless loop
within this task, or that practically no computation time is made available
for this task over a longer time period (this computation time is
completely used by higher-priority tasks), and can therefore not be fully
computed.

Thus, in this case, processing is stopped (with an in the 7-segment

display) and the diagnostics mode (communications utility service) is
started.
The user can resolve a cycle error, e. g. by increasing the sampling time
of the task involved or by reducing the configured function blocks in the
particular task.

Task "bottleneck" Task "bottleneck" for a particular task is only registered, if the task is not
flagged as being the highest-priority task; however it should be started
again. Generally, the cause is a cycle error of a higher-priority task.
The task start is evaluated just as for cycle errors, and generates the
same display bit. The same task-specific error information is used.
For a task "bottleneck", using the PSL function block, the utilization of
the individual tasks should be determined, and, if required, reduced by
re-configuring the software (as for cycle errors).

No free local buffer This error is the result that the data sink no longer enables the data
buffer. The task start is skipped.

Software watchdog A software watchdog occurs if the basic sampling time is not processed
four times consecutively (one after another). The basic cycle timer is re-
initialized with the configured basic sampling time, and processing
continued.
If two software watchdogs occur one after the other, then instead of the
basic cycle timer being re-initialized, processing is aborted (with an in
the 7-segment display) and diagnostics operation (service communi-
cations utility) started.

2.2.2.2 Error communications "C"

Communication errors are entered in the SYS_ERR_COM_PM

components of the SYS_ERR error field. Several entries are possible.
The SYS_ERR_COM_EXC components specify which communication
errors have been entered.

A communications error consists of an error number, a supplementary ID

as well as the configured chart- and block name and an address to
localize the function block to be entered.

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2.2.2.3 User error "A"

The user himself specifies the entries in the SYS_ERR_ANW

components of the SYS_ERR system error field. The USF function block
makes the entry.

2.2.2.4 Fatal system error "H"

If a fatal system error occurs, processing (initialization or normal

operation) is interrupted, and the system goes into the stop mode. The
error cause is available for diagnostic purposes.

NOTE Before investigating a fatal system error, the INIT_ERR and SYS_ERR
system error fields should first be investigated. If errors are entered there
(especially hardware (monitoring) errors), then this could be the cause of
a fatal system error.

A SAVE area is set-up in the upper area, in the local RAM of each CPU
module. This area is not erased at re-initialization, if the status of the
RAM copy is appropriate. An error buffer is set-up in this SAVE area,
which includes the error protocol (error report) consisting of several
messages.

The error buffer consists of an administration part and a ring buffer, in

which the error messages are saved. The ring buffer is implemented as
buffer which can be overwritten, i. e. if the buffer is full with error
messages, then the new messages overwrite the oldest messages.

There are 2 different types of error messages. A long message is output

in the case of a non-maskable interrupt NMI. A short message for a
power OFF.

The service communications utility is available, (even if it has not been

configured) to troubleshoot fatal system errors. It can be accessed via
the local diagnostics interface, after pressing the acknowledge button.
Using the service utility, the error causes can be output in plain text.
What is especially important is the error cause, specified under an ID
code and supplementary ID. If a function block is being calculated at the
instant that the system error occurs, then this is output. In addition, the
results of the last bus accesses are displayed; these are important, if a
bus access is the error cause. Further, all of the process registers are
displayed for the system specialists to allow them to make a precise
error analyses.

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NMI handling When a non-maskable interrupt occurs, this is considered as fatal error
and causes initialization or normal operation to be interrupted. All of the
modules, inserted in the subracks, are no longer processed.

A large flashing is displayed on the CPU module display of the

faulted module, which caused this fatal error. A large is displayed as
steady display on the other CPU modules which received an NMI as
result of the faulted module. The debug monitor can be activated by
pressing the acknowledge button or setting the status value. The
symbols output on the 7-segment display have the following significance:

Steady : CPU module was shutdown by another module.

Flashing : Fatal error on this CPU module (error cause).

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Example for an error protocol (error report) for fatal system errors

Information on the last crash:

Time: 01.01.93 04:16:24.9294 h Crash instant
ID: #5 CPU
Supplementary ID:
EPC:
28 (unaligned instruction fetch)
0x04C4F19A
} Crash cause
Crash adress and
Return jump address: 0x801201f8 adress of the last function call
Running task: T2
Started levels: T2(NRM),T5(NRM),BACKGROUND The running and started tasks at the
Last processed FB: FP-KRUMMS.AY0815 (Typ: ADD8F) crash instant as well as the processed
(ALE: 0x80107D84 CODE: function block with information on
0x801201E0) the data- and code areas

Last L-bus access: Data on the system bus accesses.

- Access type: q_read_2byte This data is especially interesting,
- BUS address: 0xB0F25874 if an erraneous bus access is specified
- Retries: 0 as the cause of the crash in the ID
Last C-bus access: (NMI) and supplementary ID.
- Access type: q_read_2byte
- BUS address: 0xB4F400B4
- Retries: 0

The processor status at the crash instant: Register dump of all process register
EPC : 0x04C4F19A BadVAddr: 0x04C4F19A Especially important:
Status : 0xF000FC14 mdlo : 0x04C4F19A EPC (crash adress, as above) and
fpc_csr : 0x00000F04 BadVAddr (bad virtual adress, adress
which was erroneously accessed
(mainly for ID TLB and CPU))
CAUTION: The value of a0, a1 (and possibly a2)
is not valid!
r00/0 : 0x00000000 r01/at: 0x00000000 r02/v0: 0x00000001 r03/v1: 0xB8803000
r04/a0: 0x80064FC8 r05/a1: 0x80064F44 r06/a2: 0x0000000A r07/a3: 0x00000000
r08/t0: 0x80064FC4 r09/t1: 0x80065048 r10/t2: 0x19999999 r11/t3: 0x00000000
r12/t4: 0x04C4F19A r13/t5: 0x8007FE90 r14/t6: 0x00000000 r15/t7: 0x00000000
r16/s0: 0x800650CC r17/s1: 0x8006511C r18/s2: 0x00000000 r19/s3: 0x8006548C
r20/s4: 0x8006548C r21/s5: 0x00000020 r22/s6: 0x800812E0 r23/s7: 0x80400000
r24/t8: 0xFFFFFFFF r25/t9: 0x8007FE90 r26/k0: 0x00000210 r27/k1: 0x04C4F19A
r28/gp: 0x80088BA0 r29/sp: 0x80064EA8 r30/s8: 0x04C4F19A r31/ra: 0x801201f8

d00: +Denorm d02: +6.400000e+01 d04: +Denorm d06: +9.999000e-01

d08: +4.687500e+01 d10: +Denorm d12: +Denorm d14:+2.660285e+154
d16: +3.000001e+03 d18: +4.687500e+01 d20: QNaN d22:+8.329648e+298
d24: -1.818767e-12 d26:-1.227518e+306 d28:-3.691391e+249 d30:-2.374690e-237
f00: +4.787490e+01 f02: +0.000000e+00 f04: +4.687500e+01 f06: +4.764729e+05
f08: +0.000000e+00 f10: +Denorm f12: +4.787490e+01 f14: -1.960343e+37
f16: +1.024000e+03 f18: +0.000000e+00 f20: -1.693935e+38 f22: QNaN
f24: QNaN f26: QNaN f28: -6.835168e-27 f30: -4.550802e-04
------------------------ End of the diagnostics -----------------------

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 Function description and user instructions

Causes of fatal A fatal system error can have the following causes (ID codes). A
errors supplementary ID describes the error cause in more detail.

ID Supplementary ID code (precise description)

NMI a non-maskable interrupt

second bus clear for task-controlled access
bus clear for direct access
timeout during L/C-bus arbitration/assignment
(module missing/defective, daisy chain missing)
ready internal from L/C bus (error on another
CPU module)
ready internal from the local expansion bus (LE bus)
system bus controller overrun
timeout when accessing the local periphery
spurious interrupt (an interrupt source cannot be
identified)
direct access to the L/C bus (bypassing the
driver functions)
CPU exceptional status of the CPU
internal error
reserved Instruction
unknown Syscall
unaligned instruction fetch (jump to address which
cannot be divided by four)
user access to kernel space
unaligned load/store to coprozessor 0/2/3
unaligned load/store to L-/C-bus address space
break 6/7 not in div/mul context
unknown break value
reserved exception
task running in endless loop
FPU FPU exception status
fpu fault at non-fpu instruction
illegal fpu sub opcode
operation on NaNs
add/sub/division of infinities
mul of infinity and 0
TLB exception status of the TLB
TLB modified exception
TLB read/write miss (access to illegal address)
UTLB miss (access to illegal address)
TIME basic cycle time failure
OFF power down
power down/reset in the normal mode
power down/reset in the stop mode (after another
exception)

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2.3 Background processing

If the CPU has no tasks to process during normal operation, it processes

the background task.

As background task, the following functions are simultaneously available:

− the online test mode and
− a service utility

The online test mode is normally processed in the background after

initialization was successfully completed. However, if the acknowledge
button is pressed at the end of initialization, then only the service
communications utility is activated.

Errors in the background processing are saved in the UEB element of the
error field SYS_ERR.

2.3.1 Online test mode

In the online test mode, for example, a battery test, a memory module
checksum test etc. are executed. The memory module checksum routine
determines the memory module checksum and compares it with the
checksum calculated by the programmer and that saved in the memory
module. If a memory module checksum error is identified in the online
test mode, the user can remove the error by repeatedly generating the
memory module. For battery test errors, he can replace the battery.

2.3.2 Monitoring error, 7-segment display "b"

The background processing errors are known as monitoring errors. They

are registered during the online test mode, and in the normal mode by an
"b" at the 7-segment display. Further, the error information is saved in
the system error fields. However, there are also errors, which are
identified during initialization, but, due to their low significance, are
flagged as monitoring errors and normal mode is still permitted. If a
monitor error is identified, then the appropriate bit of the slot number of
the associated board is set in the SYS_ERR_UEB component of the
SYS_ERR system error. Further, detailed information is saved in the
appropriate word of the INIT_ERR system error, in the slot number of the
associated module.

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3 Communication Error Codes
3.1 Overview

The distribution with regard to the individual functionalities is as follows:

Number Range Functionality

Total Already Utilized
6000 - 60DF 6000 - 60BF Data Interface Access Mechanisms
60E0 - 60FF 60E0 - 60E3 Data Interface Initialization Errors
6100 - 61FF 6100 - 61AA Network Management
6200 - 6280 6200 - 6206 Service
6300 - 6380 6300 - 6333 Process Data
6400 - 6480 6400 - 6421 Message System
6500 - 6580 6500 - 654A Trace
6600 - 6680 6600 - 660B Time
6700 - 67FF 6700 - 6718 Devices
6800 - 68FF 6800 - 6810 Down Load
6900 - 6BFF 6900 - 6A6F Central Blocks for Links
6C00 - 6FFF Unassigned
7C00 - /CFF 7C00 - 7CB66 Gerätekopplung und Parameterbearbeitung auf T400

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Communication Error Codes

3.2 Error Codes

The error codes are structured according to the same scheme as with the
"Error Diagnostics Communication V3.2’’. The codes consists of:

6100 Hex Error F: Error Cause

Number in Hex R: System Reaction
Format A: Resolve By
EQ: Definition Location and Equate of the Error Codes
EM: Module, that determines the Error
AM: Module, that displays the Error
AA: Display Type of the Error

The extended error codes EQ, EM and AM (not printed in bold) are of no
significance for the designer. They are only supplementary information
for the hotline or the development department of SIMADYN D.

3.2.1 Data Interface Access Mechanisms

The error codes designated with ①, have no equates in SDZ.SD, but are
converted as follows from the defined acknowledge value:

Error Code = SDZ_QUIT_xxx ) 6010 Hex.

The error codes designated with ② , have no equates in SDZ.SD, but are
converted as follows from the defined acknowledge value:

Error Code = SDZ_QUIT_xxx * 20 Hex ) 6060 Hex.

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6000 Hex F: No error detected.

R: Error free function.
A: Not necessary.
EQ: SDZ_FRW_ZC_DATA_OK.
EM: ZC.CSF.
AM: Block invoking the function zc_start.
AA: None.
6001 Hex F: (Only receiver) transmitter has not identified itself, i.e. the
channel is not yet in operation.
R: Receive operation has not yet taken place.
A: Re-invoke the function zc_start.
EQ: SDZ_FRW_ZC_SEND_N_STARTKLAR.
EM: ZCRD.CSF.
AM: Block invoking the function zc_start.
AA: Warning state.
6002 Hex F: (Only transmitter) receiver has not yet identified itself, i.e.
channel not yet in operation.
R: Transmit operation has not taken place.
A: Re-invoke the function zc_start.
EQ: SDZ_FRW_ZC_EMPF_N_STARTKLAR
EM: ZCWR.CSF
AM: Block invoking the function zc_start.
AA: Warning state.
6003 Hex F: Transmitter:
Handshake / Select: User data length of the data to be
transmitted is zero and channel is empty.
Refresh / Multiple: User data length is zero and channel
is readyfor operation.
Receiver:
Not Select: User data length of the data to be received is
zero and no acknowledge exists from the transmitter.
Select: User data length of the data to be received is
zero.
R: Transmit / Receive operation has not taken place.
A: Re-invoke the function zc_start.
EQ: SDZ_FRW_ZC_N_ATG
EM: ZCRD.CSF, ZCWR.CSF
AM: Block invoking the function zc_start.
AA: Warning state.
6004 Hex F: (Only transmit)
Handshake/Select: User data buffer in the channel is
still full and no
acknowledge exists from the receiver.
Refresh: User data buffer is being read in the
channel.
Multiple: Cannot occur.
R: Transmit operation has not taken place.
A: Re-invoke function zc_start.
EQ: SDZ_FRW_ZC_PUF_VOLL
EM: ZCRD.CSF, ZCWR.CSF
AM: Block invoking the function zc_start.
AA: Warning state.
6005 Hex Not utilized.

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Communication Error Codes

6006 Hex F: (Only select transmit): another transmitter has temporarily

occupied the channel.
R: Transmit operation has not taken place.
A: Re-invoke the function zc_start.
EQ: SDZ_FRW_ZC_SEND_KAN_BLOCK
EM: ZCWR.CSF
AM: Block invoking the function zc_start.
AA: Warning state.
6007 Hex to 600F utilized.
Hex
6010 Hex F: Defined acknowledge was inserted into the channel.
R: Acknowledge operation has taken place.
A: Re-invoke the function zc_start.
EQ: SDZ_FRW_ZC_QUIT_ABGESETZT
EM: ZCRD.CSF, ZCWR.CSF
AM: Block invoking the function zc_start.
AA: Warning state.
6011 Hex F: The acknowledge ‘‘Remote Link Partner Missing’’ was read from
the channel.
R: Line to link partner defective;
The link partner is missing.
A: Check line;
Re-invoke the function zc_start
EQ: SDZ_QUIT_KOP_PART_ERR _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block invoking the function zc_start.
AA: Warning state.
6012 Hex F: (Only receiver) the acknowledge "Transmit Pause’’ was read
from the channel.
R: Transmitter temporarily does not carry out transmit
operations.
A: Re-invoke the function zc_start.
EQ: SDZ_QUIT_SEND_PAUSE _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block invoking the function zc_start.
AA: Warning state.
6013 Hex F: (Only transmit) the acknowledge ‘‘Receive Pause’’ was read
from the channel.
R: Receiver temporarily does not carry out receive
operation.
A: Re-invoke the function zc_start.
EQ: SDZ_QUIT_EMPF_PAUSE _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block invoking the function zc_start.
AA: Warning state.
6014 Hex F: The acknowledge ‘‘Break’’ was read from the channel.
R: The link partner has temporarily disconnected.
A: Re-invoke the function zc_start.
EQ: SDZ_QUIT_BREAK _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block invoking the function zc_start.
AA: Warning state.

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6015 Hex F: The acknowledge ‘‘NMC Off" was read from the channel.
R: The corresponding NMC FB in the link has switched to
the ‘‘OFF’’ state.
A: Investigate the NMC block that transmitted the
acknowledge.
EQ: SDZ_QUIT_NMC_AUS _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block invoking the function zc_start.
AA: Warning state.
6016 Hex F: (Only SINEC L2 DP)
The acknowledge ‘‘Station cannot be Controlled’’ was
read
from the channel.
R: Bit 1 of the station diagnostics (byte 0 of slave station)
was set.
A: Check station.
EQ: SDZ_QUIT_STAT_N_STEUER _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block invoking the function zc_start.
AA: Warning state.
6017 Hex F: (Only SINEC L2 DP)
The acknowledge ‘‘Station not on the SI NEC L2 DP Bus’’
was read
from the channel.
R: Bit 0 of the station diagnostics (byte 0 of the slave
station) was set.
A: Check if station is operational;
Check whether bus cable is connected.
EQ: SDZ_QUIT_STAT_N_AM_BUS _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block invoking the function zc_start.
AA: Warning state.
6018 Hex F: (Only SINEC L2 DP)
The acknowledge ‘‘Station Diagnostics Error’’ was read
from the channel.
R: Two or several bits of the station diagnostics (byte 0 of
slave station) were set.
A: Two or more of the above described errors
(SDZ_QUIT_BG_AUS_PORT_ERR,
SDZ_QUIT_ADR_ERR_PARA_ERR,
SDZ_QUIT_STAT_N_STEUER,
SDZ_QUIT_STAT_N_AM_BUS) have occurred.
EQ: SDZ_QUIT_STAT_DIAG_ERR _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block invoking the function zc_start.
AA: Warning state.

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6019 Hex F: (Only SINEC-L2-DP)

The acknowledge "Slave already configured by another
Master"
was read from the channel.
R: Is "another Master" a PG --> temporary fault
Is "another Master" a general DP-Master --> two Masters
configure
the same slave; hard fault
A: Is "another Master" a PG: When the PG releases the
slave, then
Master can access slave again
Is "another Master" a general DP-Master: check bus
configuration
EQ: SDZ_QUIT_MASTER_LOCK _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block that invokes the function zc_start
AA: Warning status
601A Hex F: The acknowledge "Transmission error: Parity, Framing or
Overrun" was read from the channel.
R: The received telegram will be discarded
A: Check hardware layout;
i.e. terminating resistor, bus cable, bus connector, etc.
EQ: SDZ_QUIT_POF_ERR _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block that invokes the function zc_start
AA: Warning status
601B Hex F: The acknowledge "BCC error" was read from the channel.
R: The received telegram will be discarded
A: Check hardware layout;
i.e. terminating resistor, bus cable, bus connector, etc.
EQ: SDZ_QUIT_BCC_ERR _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block that invokes the function zc_start
AA: Warning status
601C Hex F: The acknowledge "DUST3: No connect (no DLE)" was read from
the channel.
R: Connect is repeated
A: Start-up link partner;
Check hardware layout;
i.e. terminating resistance, bus cable, bus connector, etc.
EQ: SDZ_QUIT_KOP_NO_ACK _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block that invokes the function zc_start
AA: Warning status
601D Hex F: The acknowledge "DUST3: receive character delay" was read
from the channel.
R: The received telegram will be discarded
A: Check hardware layout;
i.e. terminating resistance, bus cable, bus connector, etc.
EQ: SDZ_QUIT_EZVZ_ERR _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block that invokes the function zc_start
AA: Warning status

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601E Hex F: The acknowledge "DUST3: Invalid receive string, receive

character during
transmission" was read from the channel.
R: The received telegram will be discarded
A: Check hardware layout;
i.e. terminating resistance, bus cable, bus connector, etc.
EQ: SDZ_QUIT_CHAR_ERR _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block that invokes the function zc_start
AA: Warning status
601F Hex F: The acknowledge "DUST3: Invalid receive telegram type" was
read from the channel.
R: The received telegram will be discarded
A: Check SIMATIC S5 configuring with regard to the
transmit telegram type
EQ: SDZ_QUIT_TEL_ERR _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block that invokes the function zc_start
AA: Warning status
6020 Hex F: The acknowledge "DUST3 / USS: Faulty or no reaction telegram"
was
read from the channel.
R: The received telegram will be discarded
A: Start-up link partner;
Check hardware layout;
i.e. terminating resistance, bus cable, bus connector, etc.
EQ: SDZ_QUIT_TEL_ERR _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block that invokes the function zc_start
AA: Warning status
6021 Hex to 602E not utilized
Hex
602F Hex F: The acknowledge index from the user is invalid.
R: No transmit / receive acknowledge operation took place.
A: Contact Siemens AG.
EQ: SDZ_FRW_ZC_USER_QUIT_ERR
EM: ZCRD.CSF, ZCWR.CSF
AM: Block that invokes the function zc_start.
AA: Block dependent.
6030 Hex F: Memory assigning for ZCDAT structure temporarily not possible.
Exact cause see chapter Error Supplementary Code
bsspvw_geme.
R: ZCDAT structure has not been set, link initialization
cannot be started.
A: Re-invoke function zc_start.
EQ: SDZ_FRW_ZC_N_ANM
EM: ZCIN.CSF
AM: Block invoking the function zc_start.
AA: Warning state.

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6031 Hex F: The CIP entry for the link was found.
R: ZCDAT structure has been set, link initialization can be
started.
A: Re-invoke the function zc_start.
EQ: SDZ_FRW_ZC_CIP_ETG_OK
EM: ZCIN.CSF
AM: Block invoking the function zc_start.
AA: Warning state.
6032 Hex F: The link in the CIP entry is enabled.
R: Initialization of the link has begun.
A: Re-invoke function zc_start.
EQ: SDZ_FRW_ZC_KOP_FREI_OK
EM: ZCIN.CSF
AM: Block invoking the function zc_start.
AA: Warning state.
6033 Hex F: The link in the CIP entry has not yet been enabled.
R: Initialization of the link has not yet been started.
A: Re-invoke the function zc_start.
EQ: SDZ_FRW_ZC_KOP_N_FREI
EM: ZCIN.CSF
AM: Block invoking the function zc_start.
AA: Warning state.
6034 Hex F: The DEXDO3 area is enabled.
R: The DEXDO3 enable is set to ‘‘Free’’ in the interface.
A: Re-invoke the function zc_start.
EQ: SDZ_FRW_ZC_DEXDO_FREI_OK
EM: ZCIN.CSF
AM: Block invoking the function zc_start.
AA: Warning state.
6035 Hex F: The DEXDO3 area has not yet been enabled.
R: The DEXDO3 enable is set to ‘‘Disable’’ in the interface.
A: Re-invoke the function zc_start.
EQ: SDZ_ZC_FRW_ZC_DEXDO_N_FREI
EM: ZCIN.CSF
AM: Block invoking the function zc_start.
AA: Warning state.
6036 Hex F: Link enabled, channel initialization running.
R: Channel registration or channel registration checks are
started.
A: Re-invoke the function zc_start.
EQ: SDZ_FRW_ZC_KAN_INIT_START
EM: ZCIN.CSF
AM: Block invoking the function zc_start.
AA: Warning state.
6037 Hex to 603E reserved for debug purposes (within zc_start).
Hex
603F Hex F: Channel initialization completed without error.
R: Channel registration or channel registration check is
completed,
channel is switched to transmit / receive operation.
A: Re-invoke the function zc_start.
EQ: SDZ_FRW_ZC_KAN_INIT_OK
EM: ZCIN.CSF
AM: Block invoking the function zc_start.
AA: Warning state.

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 Communication Error Codes

6040 Hex F: Back plane bus access unsuccessful.

R: Exception processing has started, a new initialization is
subsequently implemented.
A: Re-invoke the function zc_start.
EQ: SDZ_FRW_ZC_EXC
EM: ZCIN.CSF
AM: Block invoking the function zc_start.
AA: Warning state.
6042 Hex to 604E not utilized.
Hex
604F Hex F: (Multiple receiver) data inconsistent in intermediate buffer.
R: Transmitter has overwritten the data in the channel
before the receiver could read it.
A: Re-invoke the function zc_start.
EQ: SDZ_FRW_ZC_DATA_ERR
EM: ZCIN.CSF
AM: Block invoking the function zc_start.
AA: Warning state.
6050 Hex F: The buffer status is faulty in the channel.
R: The information in the channel management is
inconsistent, further processing
of the channel is not possible.
A: Contact Siemens AG.
EQ: SDZ_FRW_ZC_PUF_ZUS_ERR
EM: ZCIN.CSF
AM: Block invoking the function zc_start.
AA: Block dependent.
6051 Hex F: The channel status in the channel is faulty.
R: The information in the channel management is
inconsistent, further processing
of the channel is not possible.
A: Contact Siemens AG.
EQ: SDZ_FRW_ZC_KAN_ZUS_ERR
EM: ZCIN.CSF
AM: Block invoking the function zc_start.
AA: Block dependent.
6052 Hex F: (Refresh receiver) buffer semaphore is blocked.
R: The information in the channel management is
inconsistent, further processing of
the channel is not possible.
A: Contact Siemens AG.
EQ: SDZ_FRW_ZC_PUF_SEM_SPERR
EM: ZCIN.CSF
AM: Block invoking the function zc_start.
AA: Block dependent.
6053 Hex F: Entry in ZCVWL list not possible, since the ZCVWL list is already
full.
R: ZCDAT area was not set, link initialization cannot be
started.
A: Reduce the link partners on the processor board.
EQ: SDZ_FRW_ZC_ZCVWL_VOLL
EM: ZCIN.CSF
AM: Block invoking the function zc_start.
AA: Block dependent.

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Communication Error Codes

6054 Hex F: Memory assigning for ZCDAT structure not possible,

exact error cause see section Error Supplementary Code
bsspvw_geme.
R: ZCDAT area was not set, link initialization cannot be
started.
A: Reduce the RAM requirement in the application.
EQ: SDZ_FRW_ZC_ZCDAT_VOLL
EM: ZCIN.CSF
AM: Block invoking the function zc_start.
AA: Block dependent.
6055 Hex F: (Only PN local link) the CIP entry cannot be accessed, since it
points to another processor board.
R: ZCDAT structure was set, but the link initialization cannot
be started.
A: Board name at the communications port must
correspond to the nameof the processor board.
EQ: SDZ_FRW_ZC_CIP_NAM_KENN_N_ADR
EM: ZCIN.CSF
AM: Block invoking the function zc_start.
AA: Block dependent.
6056 Hex F: The CIP entry for the link does not exist.
R: ZCDAT structure was set, but the link initialization cannot
be started.
A: Check the configured name at the communications port.
EQ: SDZ_FRW_ZC_CIP_NAM_N_KENN
EM: ZCIN.CSF
AM: Block invoking the function zc_start.
AA: Block dependent.
6057 Hex F: Unknown function return value of the function zbak_cip_suche.
R: ZCDAT structure was set, but the link initialization cannot
be started.
A: Contact Siemens AG.
EQ: SDZ_FRW_ZC_CIP_SUCH_FRW_ERR
EM: ZCIN.CSF
AM: Block invoking the function zc_start.
AA: Block dependent.
6058 Hex Not utilized.

6059 Hex F: Channel registration not possible since memory location in

DEXDO3 interface is too small.
R: Channel is not switched to the transmit / receive
operation.
A: Implement a memory reorganization (using CDV
connector at the corresponding central block) in order to
remove possible channel corpses;
Reduce the link partners in the application.
EQ: SDZ_FRW_ZC_MEM_KURZ
EM: ZCIN.CSF
AM: Block invoking the function zc_start.
AA: Block dependent.

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 Communication Error Codes

605A Hex F: Channel with the desired channel names found but channel
registration check faulty because channel mode of the
channel and the user are different.
R: Channel is not switched to the transmit / receive
operation.
A: Check the desired channel modes of the link partner.
EQ: SDZ_FRW_ZC_KAN_MOD_ERR
EM: ZCIN.CSF
AM: Block invoking the function zc_start.
AA: Block dependent.
605B Hex F: Channel with the desired channel names found but channel
registration check faulty because the user data structure of
the channel and the user are different.
R: Channel is not switched to the transmit / receive
operation.
A: Check the user data structures (connector types) of the
link partner.
EQ: SDZ_FRW_ZC_DATA_STR_ERR
EM: ZCIN.CSF
AM: Block invoking the function zc_start.
AA: Block dependent.
605C Hex F: Channel with the desired channel names found but channel
registration check faulty because the user data length of the
channel and the user are different.
R: Channel is not switched to the transmit / receive
operation.
A: Check the desired user data lengths of the link partner.
EQ: SDZ_FRW_ZC_DATA_LEN_ERR
EM: ZCIN.CSF
AM: Block invoking the function zc_start.
AA: Block dependent.
605D Hex F: Channel with the desired channel names found but channel
registration check faulty because the utility type of the
channel and the user are different.
R: Channel is not switched to the transmit / receive
operation.
A: Check the user types of the link partner.
EQ: SDZ_FRW_ZC_DIENSTTYP_ERR
EM: ZCIN.CSF
AM: Block invoking the function zc_start.
AA: Block dependent.
605E Hex F: Configuring error in the PROFIBUS DP (SS52)
R: Channel is not released in the transmit/receive mode.
A: Check the configuring; make sure that:
Mode = Refresh or (for receivers) Multiple
Utility type = Process data
First character in the address stage 2 = "0" or "1"
EQ: SDZ_FRW_ZC_CSL2A_ERR
EM: ZCIN.CSF
AM: Block that invokes the function zc_start
AA: 7-Seg ’C’, KFF

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Communication Error Codes

605F Hex F: Internal error in the PROFIBUS DP (SS52)

R: Channel is not released in the transmit/receive mode.
A: Inform Siemens AG.
EQ: SDZ_FRW_ZC_VARTYP_ERR
EM: ZCIN.CSF
AM: Block that invokes the function zc_start
AA: 7-Seg ’C’, KFF
6060 Hex F: (Only receiver) the acknowledge ‘‘Incorrect Transmit Address’’
was read from the channel.
R: No connection to the link partner, because no remote
partner can be accessed under this transmit address.
A: Check the transmit address of the link partner.
EQ: SDZ_QUIT_SEND_ADR_ERR _
EM: ZCRD.CSF
AM: Block invoking the function zc_start.
AA: Block dependent.
6061 Hex F: (Only transmit) the acknowledge ‘‘Incorrect Receive Address’’
was read from the channel.
R: No connection to the link partner, since no remote
partner can be accessed under this receive address.
A: Check the receive address of the link partner.
EQ: SDZ_QUIT_EMPF_ADR_ERR _
EM: ZCWR.CSF
AM: Block invoking the function zc_start.
AA: Block dependent.
6062 Hex F: (Only for networks)
The acknowledge ‘‘Data Block False’’ was read from the
channel.
R: The network could not connect to the last rack.
A: Check that the utility types of the transmit and receive
blocks concur with one another;
Check that the desired data lengths of the transmit and
receive blocks concur with one another;
Check that the channel modes of the transmit and
receive blocks concur with one another;
Reduce the number of interface users for an end
interface on CSH11 or CS7 boards.
EQ: SDZ_QUIT_TRANSIT_NDB_ERR _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block invoking the function zc_start.
AA: Block dependent.
6063 Hex F: The acknowledge "No resources" was read by the channel.
R: No connect to link partner, since no resources are
available.
A: CSH11: Check the buffer dimensioning in the NML
configuring and modify if necessary.
SS52: No help
EQ: SDZ_QUIT_N_RESOURCE _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block that invokes the function zc_start
AA: Block dependant

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 Communication Error Codes

6064 Hex F: The acknowledge ‘‘Type Mis-Match’’ was read from the channel.
R: No connection to the link partner, since the channel type
does not match to the link partner.
A: Check the channel type of the utility block:
Firmware is not permitted to synchronize itself as a
receiver to the channel type multiple or as a transmitter to the
channel type select.
EQ: SDZ_QUIT_TYP_MISMATCH _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block invoking the function zc_start.
AA: Block dependent.
6065 Hex F: The acknowledge ‘Impermissible Utility Type’’ was read from the
channel.
R: No connection to the link partner, since the utility type of
the channel was faulty or not permitted by the link partner.
A: Utilize a block, whose utility type is permitted by the link
partner;
for SINEC L2 DP only the utility type process data is
permitted.
EQ: SDZ_QUIT_ILLEGAL_DIENSTTYP _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block invoking the function zc_start.
AA: Block dependent.
6066 Hex F: The acknowledge ‘‘CIP User Data Length does not match the
Address Stage 2’’ was read from the channel.
R: No connection to the link partner, since the required
length of the user data and the address stage 2 are
incompatible.
A: Select another address stage;
Adapt the size of the data to be transmitted in the
address stage.
EQ: SDZ_QUIT_NDL_N_ADR2 _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block invoking the function zc_start.
AA: Block dependent.
6067 Hex F: The acknowledge "Incorrect address stage 1" was read by the
channel.
R: No connect to link partner, since the channel’s address
stage 1 does not match the link partner.
A: Check the address stage 1 value range.
EQ: SDZ_QUIT_ADR1_ERR _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block that invokes the function zc_start
AA: Block dependant

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Communication Error Codes

6068 Hex F: The acknowledge "Incorrect address stage 2" was read by the
channel.
R: No connect to link partner, since the channel’s address
stage 2 does not match the link partner.
A: Check the address stage 2 value range.
USS: Check whether the station number has been
entered into thering buffer or whether a broadcast channel to a
device has been registered or whether an address stage 2
is configured
EQ: SDZ_QUIT_ADR2_ERR _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block that invokes the function zc_start
AA: Block dependant
6069 Hex F: The acknowledge ‘‘CIP User Data Length does not match the
User Data length of the VARANM Area’’ was read from the
channel.
R: SW or HW error.
A: Contact Siemens AG.
EQ: SDZ_QUIT_NDL_N_VARANM _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block invoking the function zc_start.
AA: Block dependent.
606A Hex F: The acknowledge ‘‘Transmitter Already Registered’’ was read
from the channel.
R: No connection to the link partner, since a transmitter is
already registered and a maximum of one is permitted.
A: Remove a transmitter.
EQ: SDZ_QUIT_SEND_ANM _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block invoking the function zc_start.
AA: Block dependent.
606B Hex F: The acknowledge ‘‘Receiver Already Registered’’ was read from
the channel.
R: No connection to the link partner, since a receiver is
already registered and a maximum of one is permitted.
A: Remove a receiver.
EQ: SDZ_QUIT_EMPF_ANM _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block invoking the function zc_start.
AA: Block dependent.
606C Hex F: The acknowledge ‘‘Invalid Data Format in VARANM Area’’ was
read from the channel.
R: No connection to the link partner, since the data format
to be transmitted is not permitted.
A: Check permissible data formats according to the table.
EQ: SDZ_QUIT_DATA_FORMAT _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block invoking the function zc_start.
AA: Block dependent.

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 Communication Error Codes

606D Hex F: The acknowledge ‘‘VARANM Area too Large’’ was read from the
channel.
R: SW or HW error.
A: Contact Siemens AG.
EQ: SDZ_QUIT_VARANM_LEN_ERR _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block invoking the function zc_start.
AA: Block dependent.
606E Hex F: (Only SINEC L2 DP)
ET200U: The acknowledge ‘‘Board Pulled’’ was
read from the channel.
ET200K: The acknowledge ‘‘Port Faulty’’ was read
from the channel.
R: Bit 3 of the station diagnostics (byte 0 of the slave
station) was set.
A: Check allocated station.
EQ: SDZ_QUIT_BG_AUS_PORT_ERR _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block invoking the function zc_start.
AA: Block dependent.
606F Hex F: (Only SINEC L2 DP)
ET200U: The acknowledge ‘‘Incorrect Address ID’’
was read from the channel.
ET200K: The acknowledge ‘‘Parameter Fault’’
was read from the channel.
R: Bit 2 of the station diagnostics (byte 0 of the slave
station) was set.
A: Check station parameters.
EQ: SDZ_QUIT_ADR_ERR_PARA_ERR _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block invoking the function zc_start.
AA: Block dependent.
6070 Hex F: (Only SINEC-L2-DP)
The acknowledge "Configuring error: Station type does
not match IM318B" was read from the channel.
R: No data exchange takes place via this channel with the
corresponding
Slave-Station.
A: COM ET200: Check configuration of this station.
EQ: SDZ_QUIT_PARA_ERR _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block that invokes the function zc_start
AA: 7-Seg ’C’
KFF (6070, pointer to configured name,
Suppl. info dependent upon message generating block)

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Communication Error Codes

6071 Hex F: The acknowledge "maximum number of channel connects

reached,
no further channels possible" was read from the channel.
R: No data exchange takes place via this channel with the
corresponding
link partner.
A: Reduce number of transmit / receive function blocks
EQ: SDZ_QUIT_MAX_CHANNEL _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block that invokes the function zc_start
AA: 7-Seg ’C’
KFF (6071, pointer to configured name,
Suppl. info dependent upon message generating block)
6072 Hex F: The acknowledge "incorrect mode (mode of operation)" was read
from the channel.
R: No data exchange takes place via this channel with the
corresponding
link partner.
A: Check mode (mode of operation: Refresh, Handshake,
Select, Multiple)
EQ: SDZ_QUIT_MODE_ERR _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block that invokes the function zc_start
AA: 7-Seg ’C’
KFF (6072, pointer to configured name,
Suppl. info dependent upon message generating block)
6073 Hex F: (Only SINEC-L2-DP)
Channel’s user data length does not match the COM
ET200 configuring.
R: No data exchange to the corresponding link partner takes
place via this channel.
A: SIMADYN D : Match the amount of data to be
transmitted;
COM ET200: modify configuration.
EQ: SDZ_QUIT_NDL_N_AWI _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block that invokes the function zc_start
AA: Block dependant
6074 Hex F: (Only SINEC-L2-DP)
Channel does not match COM ET200 configuring
(Address Stage1, Station Number)
R: No data exchange to the corresponding link partner takes
place via this channel.
A: Match the address stage1 and station number in COM
ET200.
EQ: SDZ_QUIT_N_STAT_ADR1 _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block that invokes the function zc_start
AA: Block dependant

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 Communication Error Codes

6075 Hex F: (Only SINEC L2 DP)

The acknowledge ‘‘No AWI Data Configured for the
Channel’’ was read from the channel.
R: No connection to the link partner, since the AWI data
area does not exist in the link partner.
A: SIMADYN D: Remove transmit / receive FB;
COM ET200: Configure input / output bytes for station.
EQ: SDZ_QUIT_NO_AWI_DATA _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block invoking the function zc_start.
AA: Block dependent.
6076 Hex F: The acknowledge "Receive telegram is larger than the available
user data buffer" was read from the channel.
R: No data exchange takes place via this channel with the
corresponding
link partner.
A: Check configuring;
ensure that the maximum transmit data length does not
exceed the receive data length.
EQ: SDZ_QUIT_NDL_ZUKL _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block that invokes the function zc_start
AA: 7-Seg ’C’
KFF (6076, pointer to configured name,
Suppl. info dependent upon message generating block)
6077 Hex F: User data length too large for the link.
R: No data exchange to the corresponding link partner takes
place via this channel.
A: Reduce the amount of user data
EQ: SDZ_QUIT_NDL_ZUGR _
EM: ZCRD.CSF, ZCWR.CSF
AM: Block that invokes the function zc_start
AA: 7-Seg ’C’
KFF (6077, pointer to configured name,
Additional information dependant upon message
generating block)
6078 Hex to 60BE not utilized.
Hex
60BE Hex F: Unknown acknowledge value detected by the channel
management.
R: SW or HW error.
A: Contact Siemens AG.
EQ: SDZ.SD
EM: ZCRD.CSF, ZCWR.CSF
AM: Block invoking the function zc_start.
AA: Block dependent.
60BF Hex F: Unknown status flag in the ZCDAT structure.
R: The channel is disabled.
A: Contact Siemens AG.
EQ: SDZ.SD
EM: ZCIN.CSF
AM: Block invoking the function zc_start.
AA: Block dependent.

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Communication Error Codes

3.2.2 Data Interface Initialization Errors (IB Errors)

60E0 Hex F: The IB could not create the PN local KDR list.
Exact cause of error, see section Error Supplementary
Code bsspvw_info.
R: Processor board is not initialized.
A: Contact Siemens AG.
EQ: ZG_ERR_NUM_KDR_LIST_N_EIN
EM: ZG.CSF
AM: ZG.CSF
AA: 7-Seg. ‘I’.
60E1 Hex F: The IB could not create the PN local ZCVWL list.
Exact cause of error, see section Error Supplementary
Code bsspvw_info.
R: Processor board is not initialized.
A: Contact Siemens AG.
EQ: ZG_ERR_NUM_ZCVWL_LIST_N_EIN
EM: ZG.CSF
AM: ZG.CSF
AA: 7-Seg. ‘I’.
60E2 Hex F: The IB could not create the PN local ZINI list.
Exact cause of error, see section Error Supplementary
Code bsspvw_info.
R: Processor board is not initialized.
A: Contact Siemens AG.
EQ: ZG_ERR_NUM_ZINI_LIST_N_EIN
EM: ZG.CSF
AM: ZG.CSF
AA: 7-Seg. ‘I’.
60E3 Hex F: The IB could not create the PN local list.
Exact cause of error, see section Error Supplementary
Code bsspvw_info.
R: Processor board is not initialized.
A: Contact Siemens AG.
EQ: ZG_ERR_NUM_CIP16K_LIST_N_EIN
EM: ZG.CSF
AM: ZG.CSF
AA: 7-Seg. ‘I’.

3.2.3 Network

6100 Hex F: Global list KDR not found.

Exact cause see section Error Supplementary Code
bsspvw_info.
R: Abort the @NMC initialization.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_NMC_ZUGR_KDR
EM: _NMC.CSF
AM: _NMC.CSF
AA: 7-Seg. ‘C’; YTS.

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 Communication Error Codes

6101 Hex F: Faulty operating status.

R: Abort the @NMC normal mode.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_NMC_BZS_ERR
EM: _NMC.CSF
AM: _NMC.CSF
AA: 7-Seg. ‘C’; YTS.
6102 Hex F: Initialization error.
R: Abort the @NMC initialization.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_NMC_INI
EM: _NMC.CSF
AM: _NMC.CSF
AA: 7-Seg. ‘C’; YTS.
6103 Hex F: General @NMC group error.
R: Abort the @NMC normal mode.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_NMC_INT_ERR
EM: _NMC.CSF
AM: _NMC.CSF
AA: 7-Seg. ‘C’; YTS.
6104 Hex F: Channel continuously faulty.
Exact cause see section Data Interface Access
Mechanisms.
R: Abort the @NMC normal mode.
A: See section Data Interface Access Mechanisms.
EQ: ZF_ERR_NUM_NMC_DREI_APFEL
EM: _NMC.CSF
AM: _NMC.CSF
AA: 7-Seg. ‘C’; YTS.
6105 Hex F: No longer sufficient RAM memory available .
Exact cause see section Error Supplementary Code
bsspvw_geme.
R: Abort the @NMC normal mode.
A: Create available RAM memory.
EQ: ZF_ERR_NUM_NMC_NO_MEM
EM: _NMC.CSF
AM: _NMC.CSF
AA: 7-Seg. ‘C’; YTS.
6106 Hex F: Error in function zbin_komdat.
Exact cause see section Error Supplementary Code
zbin_komdat.
R: Abort the @NMC normal mode.
A: See section Error Supplementary Code zbin_komdat.
EQ: ZF_ERR_NUM_NMC_ZBIN_KOMDAT
EM: _NMC.CSF
AM: _NMC.CSF
AA: 7-Seg. ‘C’; YTS.
6107 Hex F: Invoking the sub-task not successful.
R: Abort the @NMC initialization.
A: Check the configured sampling time.
EQ: ZF_ERR_NUM_NMC_INI_SUB_TASK
EM: _NMC.CSF
AM: _NMC.CSF
AA: 7-Seg. ‘C’; YTS.

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Communication Error Codes

6108 Hex to 611E not utilized.

Hex
6120 Hex F: No @NMC configured or correctly initialized.
R: Abort the NRI initialization.
A: Correct @NMC configuring.
EQ: ZF_ERR_NUM_NRI_N_NMC
EM: NRI.CSF
AM: NRI.CSF
AA: 7-Seg. ’C’; YTS
6121 Hex F: Global list KDR not found.
Exact cause see section Error Supplementary Code
bsspvw_info.
R: Abort the NRI initialization.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_NRI_N_KDR
EM: NRI.CSF
AM: NRI.CSF
AA: 7-Seg. ’C’; YTS.
6122 Hex F: Faulty ISA connector.
R: Abort the NRI initialization.
A: Correctly configured the ISA connector.
EQ: ZF_ERR_NUM_NRI_ISA_ERR
EM: NRI.CSF
AM: NRI.CSF
AA: 7-Seg. ‘C’; YTS.
6123 Hex F: RAM memory assigning for NMC-NRI element not possible.
Exact cause see section Error Supplementary Code
bsspvw_geme.
R: Abort the NRI initialization.
A: Create available RAM memory.
EQ: ZF_ERR_NUM_NRI_N_MEM_NMC_NRI_ELEM
EM: NRI.CSF
AM: NRI.CSF
AA: 7-Seg. ‘C’; YTS.
6124 Hex F: RAM memory assigning for NMC-NRI buffer not possible.
Exact cause see section Error Supplementary Code
bsspvw_geme.
R: Abort the NRI initialization.
A: Create available RAM memory.
EQ: ZF_ERR_NUM_NRI_N_MEM_NMC_NRI_BUF
EM: NRI.CSF
AM: NRI.CSF
AA: 7-Seg. ‘C’; YTS.
6125 Hex F: RAM memory assigning for NRI-NMC buffer not possible.
Exact cause see section Error Supplementary Code
bsspvw_geme.
R: Abort the NRI initialization.
A: Create available RAM memory.
EQ: ZF_ERR_NUM_NRI_N_MEM_NRI_NMC_BUF
EM: NRI.CSF
AM: NRI.CSF
AA: 7-Seg. ‘C’; YTS.

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 Communication Error Codes

6126 Hex F: RAM memory assigning for RIL not possible.

Exact cause see section Error Supplementary Code
bsspvw_geme.
R: Abort the NRI normal mode.
A: Create available RAM memory.
EQ: ZF_ERR_NUM_NRI_N_MEM_RIL
EM: NRI.CSF
AM: NRI.CSF
AA: 7-Seg. ‘C’; YTS
6127 Hex F: Unknown operating status.
R: Abort the NRI normal mode.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_NRI_BZS_ERR
EM: NRI.CSF
AM: NRI.CSF
AA: 7-Seg. ’C’; YTS
6128 Hex F: Configured data interface not found.
R: Abort the NRI normal mode.
A: Correctly configure the CTS connector.
EQ: ZF_ERR_NUM_NRI_N_CIP
EM: NRI.CSF
AM: NRI.CSF
AA: 7-Seg. ’C’; YTS.
6129 Hex F: Channel continuously faulty.
Exact cause see section Data Interface Access
Mechanisms.
R: Abort the NRI normal mode.
A: See section Data Interface Access Mechanisms.
EQ: ZF_ERR_NUM_NRI_KAN_ERR
EM: NRI.CSF
AM: NRI.CSF
AA: 7-Seg. ‘C’; YTS.
612A Hex F: Error during channel search interface channel Read.
R: Abort the NRI normal mode.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_NRI_N_IK1_SUCHE
EM: NRI.CSF
AM: NRI.CSF
AA: 7-Seg. ‘C’; YTS
612C Hex F: Error during channel search interface channel Write.
R: Abort the NRI normal mode.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_NRI_N_IK2_SUCHE
EM: NRI.CSF
AM: NRI.CSF
AA: 7-Seg. ‘C’; YTS.
612E Hex F: RAM memory assigning for VARANM area IKR not possible.
Exact cause see section Error Supplementary Code
bsspvw_geme.
R: Abort the NRI normal mode.
A: Create available RAM memory.
EQ: ZF_ERR_NUM_NRI_N_VARANM_IKR
EM: NRI.CSF
AM: NRI.CSF
AA: 7-Seg. ‘C’; YTS.

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Communication Error Codes

612F Hex F: RAM memory assigning for KOMDAT area IKR not possible.
Exact cause see section Error Supplementary Code
bsspvw_geme.
R: Abort the NRI normal mode.
A: Create available RAM memory.
EQ: ZF_ERR_NUM_NRI_N_KOMDAT_IKW
EM: NRI.CSF
AM: NRI.CSF
AA: 7-Seg. ‘C’; YTS.
6130 Hex not utilized.

6131 Hex F: RAM memory assigning for VARANM area IKW not possible.
Exact cause see section Error Supplementary Code
bsspvw_geme.
R: Abort the NRI normal mode.
A: Create available RAM memory.
EQ: ZF_ERR_NUM_NRI_N_VARANM_IKW
EM: NRI.CSF
AM: NRI.CSF
AA: 7-Seg. ‘C’; YTS.
6132 Hex F: RAM memory assigning for KOMDAT area IKW not possible.
Exact cause see section Error Supplementary Code
bsspvw_geme.
R: Abort the NRI normal mode.
A: Create available RAM memory.
EQ: ZF_ERR_NUM_NRI_N_KOMDAT_IKW
EM: NRI.CSF
AM: NRI.CSF
AA: 7-Seg. ‘C’; YTS.
6133 Hex F: RAM memory assigning for intermediate buffer IKW not
possible.
Exact cause see section Error Supplementary Code
bsspvw_geme.
R: Abort the NRI normal mode.
A: Create available RAM memory.
EQ: ZF_ERR_NUM_NRI_N_ZW_IKW
EM: NRI.CSF
AM: NRI.CSF
AA: 7-Seg. ‘C’; YTS.
6134 Hex to 6135 not utilized.
Hex
6136 Hex F: The function zbak_kop_typ could not find the ZINI list;
or the function zbak_kop_typ could not find the desired
CIP entry in the ZINI lists;
or the function return value of the function zbak_kop_typ
is unknown.
R: Abort the NRI normal mode.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_NRI_ZBAK_KOP_TYP_FRW_ERR
EM: NRI.CSF
AM: NRI.CSF
AA: 7-Seg. ‘C’; YTS.

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6DD1987-1BA0 Edition 10.97
 Communication Error Codes

6137 Hex F: The link type is not supported.

R: Abort the NRI normal mode.
A: Configure NRI-FB on a board, that has network
capability.
EQ: ZF_ERR_NUM_NRI_KOP_TYP_ERR
EM: NRI.CSF
AM: NRI.CSF
AA: 7-Seg. ‘C’; YTS.
6138 Hex to 613F not utilized.
Hex
6140 Hex F: No @NMC initialized.
R: Abort the NSI initialization.
A: Correctly configure @NMC.
EQ: ZF_ERR_NUM_NSI_N_NMC
EM: NSI.CSF
AM: NSI.CSF
AA: 7-Seg. ‘C’; YTS.
6141 Hex F: No NTC initialized.
R: Abort the NSI initialization.
A: Correctly configure NTC.
EQ: ZF_ERR_NUM_NSI_N_NTC
EM: NSI.CSF
AM: NSI.CSF
AA: 7-Seg. ‘C’; YTS.
6142 Hex F: No NET list exists.
Exact cause see section Error Supplementary Code
bsspvw_info.
R: Abort the NSI initialization.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_NSI_N_NET
EM: NSI.CSF
AM: NSI.CSF
AA: 7-Seg. ‘C’; YTS.
6143 Hex F: Faulty operating state.
R: Abort the NSI normal mode.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_NSI_N_DEF
EM: NSI.CSF
AM: NSI.CSF
AA: 7-Seg. ‘C’; YTS.
6144 Hex F: Faulty return value of the zc_start function.
Exact cause see section Data Interface Access
Mechanisms.
R: Abort the NSI normal mode.
A: See section Data Interface Access Mechanisms.
EQ: ZF_ERR_NUM_NSI_ZC
EM: NSI.CSF
AM: NSI.CSF
AA: 7-Seg. ‘C’; YTS.
6145 Hex not utilized.

General diagnostics - SIMADYN D - Reference Manual 3-23

6DD1987-1BA0 Edition 10.97
Communication Error Codes

6146 Hex F: No global list KDR exists.

Exact cause see section Error Supplementary Code
bsspvw_info.
R: Abort the NSI normal mode.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_NSI_N_KDR
EM: NSI.CSF
AM: NSI.CSF
AA: 7-Seg. ’C’; YTS
6147 Hex not utilized.

6148 Hex F: No back-up list exists.

R: Abort the NSI initialization.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_NSI_BCK_LIST
EM: NSI.CSF
AM: NSI.CSF
AA: 7-Seg. ‘C’; YTS.
6149 Hex F: RAM memory assigning not possible.
Exact cause see section Error Supplementary Code
bsspvw_geme.
R: Abort the NSI initialization.
A: Create available RAM memory.
EQ: ZF_ERR_NUM_NSI_N_RAM
EM: NSI.CSF
AM: NSI.CSF
AA: 7-Seg. ‘C’; YTS.
614A Hex F: Error in function zbin_komdat.
Exact cause see section Error Supplementary Code
zbin_komdat.
R: Abort the NSI initialization.
A: See section Error Supplementary Code zbin_komdat.
EQ: ZF_ERR_NUM_NSI_ZBIN
EM: NSI.CSF
AM: NSI.CSF
AA: 7-Seg. ‘C’; YTS
614B Hex to 6161 not utilized.
Hex
6162 Hex F: Faulty return value for the function zc_start.
Exact cause see section Data Interface Access
Mechanisms.
R: Abort the NSL normal mode.
A: See section Data Interface Access Mechanisms.
EQ: ZF_ERR_NUM_NSL_N_DEF
EM: NSL.CSF
AM: NSL.CSF
AA: 7-Seg. ’C’; YTS.

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6DD1987-1BA0 Edition 10.97
 Communication Error Codes

6163 Hex F: Channel continuously faulty.

Exact cause see section Data Interface Access
Mechanisms.
R: Abort the NSL normal mode.
A: See section Data Interface Access Mechanisms.
EQ: ZF_ERR_NUM_NSL_ZC
EM: NSL.CSF
AM: NSL.CSF
AA: 7-Seg. ‘C’; YTS.
6164 Hex F: Faulty operating status.
R: Abort the NSL normal mode.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_NSL_BZS
EM: NSL.CSF
AM: NSL.CSF
AA: 7-Seg. ’C’; YTS
6165 Hex to not utilized.
6166Hex
6167 Hex F: Insufficient RAM memory available.
Exact cause see section Error Supplementary Code
bsspvw_geme.
R: Abort the NSL initialization.
A: Create available RAM memory.
EQ: ZF_ERR_NUM_NSL_N_RAM
EM: NSL.CSF
AM: NSL.CSF
AA: 7-Seg. ‘C’; YTS.
6168 Hex F: Error in the function zbin_komdat.
Exact cause see section Error Supplementary Code
zbin_komdat.
R: Abort the NSL initialization.
A: See section Error Supplementary Code zbin_komdat.
EQ: ZF_ERR_NUM_NSL_ZBIN
EM: NSL.CSF
AM: NSL.CSF
AA: 7-Seg. ’C’; YTS.
6169 Hex to 617F not utilized.
Hex
6180 Hex F: No function block NTD correctly initialized.
R: Abort the NTC normal mode.
A: Correctly configure function block NTD.
EQ: ZF_ERR_NUM_NTC_NO_NTD
EM: NTC.CSF
AM: NTC.CSF
AA: 7-Seg. ‘C’; YTS.
6181 Hex F: No data interface for processing received from @NMC.
R: Abort the NTC normal mode.
A: This function block does not need to be configured.
EQ: ZF_ERR_NUM_NTC_GOT_NO_CIP
EM: NTC.CSF
AM: NTC.CSF
AA: 7-Seg. ‘C’; YTS.

General diagnostics - SIMADYN D - Reference Manual 3-25

6DD1987-1BA0 Edition 10.97
Communication Error Codes

6182 Hex F: The @NMC is not (no longer) active.

R: Abort the NTC normal mode.
A: Analyze the @NMC error message.
EQ: ZF_ERR_NUM_NTC_NMC_OFF
EM: NTC.CSF
AM: NTC.CSF
AA: 7-Seg. ’C’; YTS.
6183 Hex F: Faulty operating status.
R: Abort the NTC normal mode.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_NTC_BZS_ERR
EM: NTC.CSF
AM: NTC.CSF
AA: 7-Seg. ’C’; YTS.
6184 Hex F: Error while accessing the global list KDR.
R: Abort the NTC initialization.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_NTC_ZUGR_KDR
EM: NTC.CSF
AM: NTC.CSF
AA: 7-Seg. ’C’; YTS
6185 Hex F: Multiple configuring NTC.
R: Abort the NTC initialization.
A: The function block NTC does not need to be configured.
EQ: ZF_ERR_NUM_NTC_MEHRFACHPROJ
EM: NTC.CSF
AM: NTC.CSF
AA: 7-Seg. ’C’; YTS.
6186 Hex not utilized.

6187 Hex F: Insufficient RAM memory available.

Exact cause see section Error Supplementary Code
bsspvw_geme.
R: Abort the NTC normal mode.
A: Create available RAM memory.
EQ: ZF_ERR_NUM_NTC_NO_MEM
EM: NTC.CSF
AM: NTC.CSF
AA: 7-Seg. ’C’; YTS.
6188 Hex F: Insufficient memory available on MM11.
Exact cause see section Error Supplementary Code
bsspvw_geme.
R: Abort the NTC initialization.
A: Create available memory.
EQ: ZF_ERR_NUM_NTC_NO_NET_MEM
EM: NTC.CSF
AM: NTC.CSF
AA: 7-Seg. ’C’; YTS.
6189 Hex F: Unknown channel mode.
R: Abort the NTC normal mode.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_NTC_KANALMODUS_ERR
EM: NTC.CSF
AM: NTC.CSF
AA: 7-Seg. ‘C’; YTS.

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6DD1987-1BA0 Edition 10.97
 Communication Error Codes

618A Hex F: Unknown channel status.

R: Abort the NTC normal mode.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_NTC_KAN_STATUS
EM: NTC.CSF
AM: NTC.CSF
AA: 7-Seg. ‘C’; YTS.
618B Hex F: An invalid value is to be written into a status byte.
R: Abort the NTC normal mode.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_NTC_KAN_FLAGS_ERR
EM: NTC.CSF
AM: NTC.CSF
AA: 7-Seg. ’C’; YTS.
618C Hex F: Invalid transit ID read from the channel.
R: Abort the NTC normal mode.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_NTC_TRANSIT_KENNUNG_ERR
EM: NTC.CSF
AM: NTC.CSF
AA: 7-Seg. ’C’; YTS.
618D Hex F: Invalid transit direction of the channel determined.
R: Abort the NTC normal mode.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_NTC_TRANSIT_RICHTUNG_ERR
EM: NTC.CSF
AM: NTC.CSF
AA: 7-Seg. ‘C’; YTS.
618E Hex F: Channel continuously faulty.
Exact cause see section Data Interface Access
Mechanisms.
R: Abort the NTC normal mode.
A: See section Data Interface Access Mechanisms.
EQ: ZF_ERR_NUM_NTC_DREI_APFEL
EM: NTC.CSF
AM: NTC.CSF
AA: 7-Seg. ‘C’; YTS.
618F Hex F: The function znak_transit_kennung could not find a channel with
the
desired register number;
or the return value of the function znak_transit_kennung
is unknown.
R: Abort the NTC normal mode.
A: Contact Siemens AG.
EQ:
ZF_ERR_NUM_NTC_ZNAK_TRANSIT_KENNUNG_FR
W_ERR
EM: NTC.CSF
AM: NTC.CSF
AA: 7-Seg. ‘C’; YTS.

General diagnostics - SIMADYN D - Reference Manual 3-27

6DD1987-1BA0 Edition 10.97
Communication Error Codes

6190 Hex F: The function znei_transit_kennung could not find a channel

with the desired register number;
or the function znei_transit_kennung determined that the
semaphore
for the transit ID in the channel is disabled;
or the return value of the function znei_transit_kennung
is unknown.
R: Abort the NTC normal mode.
A: Contact Siemens AG.
EQ:
ZF_ERR_NUM_NTC_ZNEI_TRANSIT_KENNUNG_FR
W_ERR
EM: NTC.CSF
AM: NTC.CSF
AA: 7-Seg. ‘C’; YTS.
6191 Hex F: The function znak_prk_aktiv determined that the desired link is
not a rack link;
or the return value of the function znak_prk_aktiv is
unknown.
R: Abort the NTC normal mode.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_NTC_ZNAK_PRK_AKTIV_FRW_ERR
EM: NTC.CSF
AM: NTC.CSF
AA: 7-Seg. ‘C’; YTS.
6192 Hex F: Unknown return value of the function znei_kanal_komdat.
R: Abort the NTC normal mode.
A: Contact Siemens AG.
EQ:
ZF_ERR_NUM_NTC_ZNEI_KANAL_KOMDAT_FRW_E
RR
EM: NTC.CSF
AM: NTC.CSF
AA: 7-Seg. ’C’; YTS.
6193 Hex F: Unknown return value of the function znak_dexdo_zugriff.
R: Abort the NTC normal mode.
A: Contact Siemens AG.
EQ:
ZF_ERR_NUM_NTC_ZNAK_DEXDO_ZUGRIFF_FRW_
ERR
EM: NTC.CSF
AM: NTC.CSF
AA: 7-Seg. ’C’; YTS.
6194 Hex F: The function znak_varanm_laenge could not find a channel with
the desired registered number;
or the return value of the function znak_varanm_laenge
is unknown.
R: Abort the NTC normal mode.
A: Contact Siemens AG.
EQ:
ZF_ERR_NUM_NTC_ZNAK_VARANM_LAENGE_FRW
_ERR
EM: NTC.CSF
AM: NTC.CSF
AA: 7-Seg. ‘C’; YTS.

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 Communication Error Codes

6195 Hex F: Unknown return value of the function znak_transit_kanal.

R: Abort the NTC normal mode.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_NTC_ZNAK_TRANSIT_KANAL_ERR
EM: NTC.CSF
AM: NTC.CSF
AA: 7-Seg. ‘C’; YTS.
6196 Hex F: Faulty return value of the function zc_start.
Exact cause see section Data Interface Access
Mechanisms.
R: Abort the NTC normal mode.
A: See section Data Interface Access Mechanisms.
EQ: ZF_ERR_NUM_NTC_ZC_START_FRW_ERR
EM: NTC.CSF
AM: NTC.CSF
AA: 7-Seg. ’C’; YTS.
6197 Hex F: Internal error.
R: Abort the NTC normal mode.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_NTC_INT_ERR
EM: NTC.CSF
AM: NTC.CSF
AA: 7-Seg. ’C’; YTS.
6198 Hex F: Several transmitters / receivers for the same handshake / refresh
channel.
R: Abort the NTC normal mode.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_NTC_KAN_HR_ERR
EM: NTC.CSF
AM: NTC.CSF
AA: 7-Seg. ‘C’; YTS.
6199 Hex F: The function zcei_kan_nam_loesch could not find a channel with
the desired registered number;
or the return value of the function zcei_kan_nam_loesch
is unknown.
R: Abort the NTC normal mode.
A: Contact Siemens AG.
EQ:
ZF_ERR_NUM_NTC_ZCEI_KAN_NAM_LOESCH_FRW
_ERR
EM: NTC.CSF
AM: NTC.CSF
AA: 7-Seg. ’C’; YTS.
619A Hex F: The function zcak_kanal_nummer_bestimmen could not find a
channel with the desired registered number; or the return
value of the function zcak_kanal_nr_bestimmen is unknown.
R: Abort the NTC normal mode.
A: Contact Siemens AG.
EQ:
ZF_ERR_NUM_NTC_ZCAK_KAN_NR_BEST_FRW_ER
R
EM: NTC.CSF
AM: NTC.CSF
AA: 7-Seg. ’C’; YTS.

General diagnostics - SIMADYN D - Reference Manual 3-29

6DD1987-1BA0 Edition 10.97
Communication Error Codes

619B Hex to 619F not utilized.

Hex
61A0 Hex F: No function block NTC active.
R: Abort the NTD initialization.
A: Correctly configure the function block NTC.
EQ: ZF_ERR_NUM_NTD_NO_NTC
EM: NTD.CSF
AM: NTD.CSF
AA: 7-Seg. ’C’; YTS.
61A1 Hex F: Faulty return value of the function zc_start.
Exact cause see section Data Interface Access
Mechanisms.
R: Abort the NTD normal mode.
A: See section Data Interface Access Mechanisms.
EQ: ZF_ERR_NUM_NTD_KAN_ERR
EM: NTD.CSF
AM: NTD.CSF
AA: 7-Seg. ’C’; YTS.
61A2 Hex F: Too little RAM memory.
Exact cause see section Error Supplementary Code
bsspvw_geme.
R: Abort the NTD initialization.
A: Create available RAM memory.
EQ: ZF_ERR_NUM_NTD_N_MEM
EM: NTD.CSF
AM: NTD.CSF
AA: 7-Seg. ‘C’; YTS.
61A3 Hex F: Global list KDR not found.
Exact cause see section Error Supplementary Code
bsspvw_info.
R: Abort the NTD initialization.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_NTD_N_KDR
EM: NTD.CSF
AM: NTD.CSF
AA: 7-Seg. ‘C’; YTS.
614A Hex to 61A7 not utilized.
Hex
61A8 Hex F: Copy relationship failed (whilst reading the source channel).
R: Copy relationship is no longer processed. The block
remains enabled.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_NTD_STS_ERR_QUELLE
EM: NTD.CSF
AM: NTD.CSF
AA: YTS.
61A9 Hex F: Copy relationship failed (whilst writing to the destination
channel).
R: Copy relationship is no longer processed. The block
remains enabled.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_NTD_STS_ERR_ZIEL
EM: NTD.CSF
AM: NTD.CSF
AA: YTS.

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6DD1987-1BA0 Edition 10.97
 Communication Error Codes

61AA Hex F: Incorrect function return value.

R: NTD is disabled
A: Inform Siemens AG.
EQ: ZF_ERR_NUM_NTD_N_CIP
EM: NTD.CSF
AM: NTD.CSF
AA: 7-Seg. ’C’
61AB Hex F: Too many data interfaces (CIP).
R: NTC is disabled
A: Reduce the number of data interfaces (fewer
MM11/MM4 or CS11/CS21)
EQ: ZF_ERR_NUM_NTC_CIP_ANZ
EM: NTC.CSF
AM: NTC.CSF
AA: 7-Seg. ’C’

3.2.4 Service

6200 Hex F: General initialization error.

Exact cause see section Error Supplementary Code
zbin_komdat and bsspvw_geme.
R: Abort the initialization, SER block not operating.
A: Contact Siemens AG.
EQ: Z_ERR_NUM_SER_INIT_ERR
EM: zdsest.csf
AM: zdsest.csf
AA: 7-Seg. ‘C’; YTS.
6201 Hex F: Initialization errors: insufficient RAM memory available.
Exact cause see section Error Supplementary Code
zbin_komdat and bsspvw_geme.
R: Abort the initialization, SER block not operating.
A: Create available RAM memory.
EQ: Z_ERR_NUM_SER_INIT_NO_MEM
EM: zdsest.csf
AM: zdsest.csf
AA: 7-Seg. ’C’; YTS.
6202 Hex F: Initialization error: request channel cannot be initialized.
Exact cause see section Error Supplementary Code
zbin_komdat.
R: Abort the initialization, SER block not operating.
A: Check specifications at the CTS and US connectors.
EQ: Z_ERR_NUM_SER_INIT_KOMDAT_RD
EM: zdsest.csf
AM: zdsest.csf
AA: 7-Seg. ’C’; YTS.
6203 Hex F: Initialization error: reply channel cannot be initialized.
Exact cause see section Error Supplementary Code
zbin_komdat.
R: Abort the initialization, SER block not operating.
A: Check specifications at the CTS and US connectors.
EQ: Z_ERR_NUM_SER_INIT_KOMDAT_WR
EM: zdsest.csf
AM: zdsest.csf
AA: 7-Seg. ’C’; YTS.

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6DD1987-1BA0 Edition 10.97
Communication Error Codes

6204 Hex F: Initialization error: sub-task not created.

R: SER block cannot operate.
A: Check configured sampling times.
EQ: Z_ERR_NUM_SER_INIT_SUB_TASK
EM: zdsest.csf
AM: zdsest.csf
AA: 7-Seg. ’C’; YTS.
6205 Hex F: Request channel continuously faulty.
Exact cause see section Data Interface Access
Mechanisms.
R: SER block is disabled.
A: See section Data Interface Access Mechanisms.
EQ: Z_ERR_NUM_SER_KAN_ERR_RD
EM: zdsekrd.csf
AM: zdsekrd.csf
AA: 7-Seg. ‘C’; YTS.
6206 Hex F: Reply channel continuously faulty.
Exact cause see section Data Interface Access
Mechanisms.
R: SER block is disabled.
A: See section Data Interface Access Mechanisms.
EQ: Z_ERR_NUM_SER_KAN_ERR_WR
EM: zdsekwr.csf
AM: zdsekwr.csf
AA: 7-Seg. ‘C’; YTS.

3.2.4.1 Display

6281 Hex F: Configuring FB type @DIS0R, connector DIS:

Multiple configuring of display system with the same
name.
R: Block is disabled.
A: Enter correct specification at connector DIS.
EQ: Z_ERR_NUM_DIS_MEHRFACH
EM: ZDDI.CSF
AM: ZDDI.CSF
AA: YTS; 7-Seg. ’C’, KFF
6282 Hex F: Configuring FB type @DIS0R: Invalid sampling time.
R: Block is disabled.
A: Configure @DIS0R with valid sampling time (30ms <= t
<= 300ms)
EQ: Z_ERR_NUM_DIS_ABTASTZEIT
EM: ZDDI.CSF
AM: ZDDI.CSF
AA: YTS; 7-Seg. ’C’, KFF
6283 Hex F: Configuring FB type @DIS0R or DISxy, connector ST1 and ST2:
No display station specified.
R: Block is disabled.
A: Specification at connector ST1 or ST2 not equal to zero.
EQ: Z_ERR_NUM_DIS_NOSTATION
EM: ZDDI.CSF
AM: ZDDI.CSF
AA: YTS; 7-Seg. ’C’, KFF

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 Communication Error Codes

6284 Hex F: Configuring @DIS0T or DISxy, connector DIS:

Associated central block @DIS0R or @DIS0T is not
configured.
R: Block is disabled.
A: Configure block type @DIS0R and @DIS0T with the
same specification at connector DIS.
EQ: Z_ERR_NUM_DIS_NO_ZB
EM: ZDDI.CSF
AM: ZDDI.CSF
AA: YTS; 7-Seg. ’C’, KFF
6285 Hex F: Configuring @DIS0T or DISxy, connector DIS:
Associated central block @DIS0R is not configured.
R: Block is disabled.
A: Configure block type @DIS0R with the same
specification at connector DIS.
EQ: Z_ERR_NUM_DIS_NO_DIS
EM: ZDDI.CSF
AM: ZDDI.CSF
AA: YTS; 7-Seg. ’C’, KFF
6286 Hex F: Configuring @DIS0T or DISxy:
Sampling time does not match the associated @DIS0R.
R: Block is disabled.
A: Configure block with the same sampling time as
@DIS0R.
EQ: Z_ERR_NUM_DIS_AKT_AUFGABE
EM: ZDDI.CSF
AM: ZDDI.CSF
AA: YTS; 7-Seg. ’C’, KFF
6287 Hex F: Configuring DISA4, connector Y or DISS4, connector X:
Type switching to V4 is not permitted.
R: Block is disabled.
A: Set different connector type.
EQ: Z_ERR_NUM_DIS_V4
EM: ZDDI.CSF
AM: ZDDI.CSF
AA: YTS; 7-Seg. ’C’, KFF
6288 Hex F: Configuring DISxy, connector ST1 and ST2:
Configured stations are not all initialized by the central
block @DIS0R.
R: Block is disabled.
A: Only specify those stations at ST1, ST2, that are also
specified at @DIS0R.
EQ: Z_ERR_NUM_DIS_STA_NOZB
EM: ZDDI.CSF
AM: ZDDI.CSF
AA: YTS; 7-Seg. ’C’, KFF

General diagnostics - SIMADYN D - Reference Manual 3-33

6DD1987-1BA0 Edition 10.97
Communication Error Codes

6289 Hex F: Configuring DISx, connector KEY:

Process data number is already defined (for a display
station).
R: Block is disabled.
A: Select other process data number or check specification
at ST1, ST2.
EQ: Z_ERR_NUM_DIS_PZD_DOP
EM: ZDDI.CSF
AM: ZDDI.CSF
AA: YTS; 7-Seg. ’C’, KFF (Suppl. code = Station address of
the display station)
628A Hex F: Configuring DIS1x, connector KEY:
Binary value number is already defined (for a display
station).
R: Block is disabled.
A: Select other binary value number or check specification
at ST1, ST2.
EQ: Z_ERR_NUM_DIS_BIN_DOP
EM: ZDDI.CSF
AM: ZDDI.CSF
AA: YTS; 7-Seg. ’C’, KFF (Suppl. code = Station address of
the display station)
628B Hex F: Configuring DISxy, connector KEY: Invalid value configured.
R: Block is disabled.
A: Configure valid value (review block description).
EQ: Z_ERR_NUM_DIS_KEY
EM: ZDDI.CSF
AM: ZDDI.CSF
AA: YTS; 7-Seg. ’C’, KFF
6290 Hex F: Internal: Error during memory create.
Precise cause: review section Error suppl. code
bsspvw_geme.
R: Block is disabled.
A: Reduce the RAM requirements in the application.
EQ: Z_ERR_NUM_DIS_GEME
EM: ZDDI.CSF, function BSSPVW_GEME
AM: ZDDI.CSF
AA: YTS; 7-Seg. ’C’, KFF (Suppl. code = FRW of
BSSPVW_GEME)
6291 Hex F: Internal: Error during Save-memory create for setpoint.
Precise cause: review section Error suppl. code
bsspvw_geme.
R: Block is disabled.
A: Reduce the SAVE requirements in the application.
EQ: Z_ERR_NUM_DIS_GEMESAV
EM: ZDDI.CSF, function BSSPVW_GEME
AM: ZDDI.CSF
AA: YTS; 7-Seg. ’C’, KFF (Suppl. code = FRW of
BSSPVW_GEME)

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 Communication Error Codes

6292 Hex F: Internal: Error during SAVE-pointer create for setpoint.

R: Block is disabled.
A: Reduce the SAVE requirements in the application.
EQ: Z_ERR_NUM_DIS_SAVPUF
EM: ZDDI.CSF, function BSSAVPUF_GEME
AM: ZDDI.CSF
AA: YTS; 7-Seg. ’C’, KFF
6293 Hex F: Internal: KDR list not found
R: Block is disabled.
A: Inform Siemens AG.
EQ: Z_ERR_NUM_DIS_KDR
EM: ZDDI.CSF
AM: ZDDI.CSF
AA: YTS; 7-Seg. ’C’, KFF
6294 Hex F: Internal: Error during sampling time calculation
R: Block is disabled.
A: Inform Siemens AG.
EQ: Z_ERR_NUM_DIS_AMPI_TN
EM: ZDDI.CSF, function AMPI_TN
AM: ZDDI.CSF
AA: YTS; 7-Seg. ’C’, KFF (Suppl. code = FRW of AMPI_TN)
6295 Hex F: Internal: Error during receive channel initialization.
R: Block is disabled.
A: Inform Siemens AG.
EQ: Z_ERR_NUM_DIS_KOMDAT_EMPF
EM: ZDDI.CSF, function ZBIN_KOMDAT
AM: ZDDI.CSF
AA: YTS, YAC = Station address; 7-Seg. ’C’, KFF (Suppl.
code = FRW of ZBIN_KOMDAT)
6296 Hex F: Internal: Error during transmit channel initialization.
R: Block is disabled.
A: Inform Siemens AG.
EQ: Z_ERR_NUM_DIS_KOMDAT_SEND
EM: ZDDI.CSF, function ZBIN_KOMDAT
AM: ZDDI.CSF
AA: YTS, YAC = Station address; 7-Seg. ’C’, KFF (Suppl.
code = FRW of ZBIN_KOMDAT)
6297 Hex F: Internal: Implementation error.
R: Block is disabled.
A: Inform Siemens AG.
EQ: Z_ERR_NUM_DIS_IMPLEM
EM: ZDDI.CSF
AM: ZDDI.CSF
AA: YTS; 7-Seg. ’C’, KFF
6298 Hex F: Internal: Implementation error
R: Block is disabled.
A: Inform Siemens AG.
EQ: Z_ERR_NUM_DIS_FORMAT
EM: ZDDI.CSF
AM: ZDDI.CSF
AA: YTS; 7-Seg. ’C’, KFF

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Communication Error Codes

6299 Hex F: Internal: (P32) Error during connector description fetch.

R: Block is disabled.
A: Inform Siemens AG.
EQ: Z_ERR_NUM_DIS_BESCHR
EM: ZDDI.CSF, function AMPI/AFPI
AM: ZDDI.CSF
AA: YTS; 7-Seg. ’C’, KFF (Suppl. code = FRW of AMPI/AFPI
function)
629A Hex F: Internal: (P16) Segment pointer fetch unsuccessful.
R: Block is disabled.
A: Inform Siemens AG.
EQ: Z_ERR_NUM_DIS_BSBI_SEG
EM: ZDDI.CSF, function BSBI_SEG
AM: ZDDI.CSF
AA: YTS; 7-Seg. ’C’, KFF
629B Hex F: Internal: (P16) Dimension text fetch unsuccessful.
R: Block is disabled.
A: Inform Siemens AG.
EQ: Z_ERR_NUM_DIS_BSBI_DIM
EM: ZDDI.CSF, function BSBI_DIM
AM: ZDDI.CSF
AA: YTS; 7-Seg. ’C’, KFF
62A0 Hex F: Dialog unit: Incorrect request ID in the telegram.
R: Transmit an error telegram to the dialog unit.
A: Check dialog unit.
EQ: Z_ERR_NUM_DIS_AUFKENN
EM: ZDDI.CSF
AM: ZDDI.CSF
AA: YTS, YAC = Station address;
Error telegram: Error class, (Error number = Request ID)
62A1 Hex F: Dialog unit: Incorrect telegram length.
R: Transmit an error telegram to the dialog unit.
A: Check dialog unit.
EQ: Z_ERR_NUM_DIS_AUFLGE
EM: ZDDI.CSF
AM: ZDDI.CSF
AA: YTS, YAC = Station address;
Error telegram: Error class, (Error number = Telegram
length)
62A2 Hex F: Dialog unit: Incorrect process data number requested.
R: Transmit an error telegram to the dialog unit.
A: Check dialog unit.
EQ: Z_ERR_NUM_DIS_PZDNR
EM: ZDDI.CSF
AM: ZDDI.CSF
AA: YTS, YAC = Station address;
Error telegram: Error class, (Error number = PZD
number)

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 Communication Error Codes

62A3 Hex F: Dialog unit: Incorrect binary value number requested.

R: Transmit an error telegram to the dialog unit.
A: Check dialog unit.
EQ: Z_ERR_NUM_DIS_BINNR
EM: ZDDI.CSF
AM: ZDDI.CSF
AA: YTS, YAC = Station address;
Error telegram: Error class, (Error number = BIN
number)

3.2.4.2 Specific SS52

62A4 Hex F: FB-DIAL2A: Impermissible specification at connector ST1 or

ST2.
R: Block disables.
A: Correct specification: 3<=ST1<=ST2<=123.
EQ: Z_ERR_NUM_DPDIAG_ST1_ST8_NZUG
EM: DIAL2A.CSF
AM: DIAL2A.CSF
AA: 7-Seg ’C’, KFF
62A5 Hex F: FB-DIAL2A: Too little memory (RAM) available.
62A6 Hex R: Block disables.
62A7 Hex A: Reduce configuring.
EQ: Z_ERR_NUM_DPDIAG_N_SLAVE_LI
Z_ERR_NUM_DPDIAG_N_ZWI_PU
Z_ERR_NUM_DPDIAG_N_VARANM_BER
EM: DIAL2A.CSF
AM: DIAL2A.CSF
AA: 7-Seg ’C’, KFF
62A8 Hex F: FB-@SYL2A: Impermissible specification at connector SEL.
R: Block disables.
A: Correct specification at connector SEL: 1<=SEL<=8.
EQ: Z_ERR_NUM_DPSYNC_SEL_NZUG
EM: @SYL2A.CSF
AM: @SYL2A.CSF
AA: 7-Seg ’C’, KFF
62A9 Hex F: FB-@SYL2A: Impermissible specification at connector CNX.
R: Block disables.
A: Correct specification at connector CNX: CNX>0.
EQ: Z_ERR_NUM_DPSYNC_UNTERS_NZUG
EM: @SYL2A.CSF
AM: @SYL2A.CSF
AA: 7-Seg ’C’, KFF
62AA Hex F: FB-@SYL2A: Impermissible specification at connector CTS:
Board does not exist or not a CS7.
R: Block disables.
A: Correct specification at connector CTS.
EQ: Z_ERR_NUM_DPSYNC_CIP3_NVH
EM: @SYL2A.CSF
AM: @SYL2A.CSF
AA: 7-Seg ’C’, KFF

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Communication Error Codes

62AB Hex F: FB-@SYL2A: Impermissible specification at connector CTS:

Only CS7/SS52 permitted with FB-@CSL2A.
R: Block disables.
A: Correct specification at connector CTS.
EQ: Z_ERR_NUM_DPSYNC_KOP_NZUG
EM: @SYL2A.CSF
AM: @SYL2A.CSF
AA: 7-Seg ’C’, KFF
62AC Hex F: FB-@SYL2A: Impermissible multiple configuring.
R: Block disables.
A: Remove block.
EQ: Z_ERR_NUM_DPSYNC_FB_MEHRFACH
EM: @SYL2A.CSF
AM: @SYL2A.CSF
AA: 7-Seg ’C’, KFF
62AD Hex F: FB-@SYL2A: Waiting for SS52 firmware.
R: Wait.
A: SS52 installed?
EQ: Z_ERR_NUM_DPSYNC_SS52_WAIT
EM: @SYL2A.CSF
AM: @SYL2A.CSF
AA: Warning

3.2.5 Process Data

6000 Hex to 60BF see section Data Interface Access Mechanisms.

Hex
6310 Hex F: RAM memory assigning for VARANM area not possible.
Exact error cause see section Error Supplementary Code
bsspvw_geme.
R: Block reverts to the dead status.
A: Reduce the RAM requirement in the application.
EQ: Z_FRW_ZDPD_N_MEM_VARANM
EM: _CRV.CSF, CRV.CSF, _CTV.CSF, CTV.CSF,
ZDPD.CSF
AM: _CRV.CSF, CRV.CSF, _CTV.CSF, CTV.CSF,
CCC4.CSF, CDC4.CSF
AA: 7-Seg. ‘C’; YEV.
6311 Hex F: Fehler bei Auswertung der Adreßparameter (Eingang AT, AR).
Genaue Fehlerursache siehe Abschnitt Fehlerzusatzcode
zbin_kombat.
R: Block reverts to the dead status.
A: Reduce the RAM requirement in the application.
EQ: Z_FRW_ZDPD_INIT_KOMDAT_ERR
EM: _CRV.CSF, CRV.CSF, _CTV.CSF, CTV.CSF,
ZDPD.CSF
AM: _CRV.CSF, CRV.CSF, _CTV.CSF, CTV.CSF,
CCC4.CSF, CDC4.CSF
AA: 7-Seg. `C'; YEV.

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 Communication Error Codes

6312 Hex F: Specification at the MOD connector faulty.

R: Block reverts to the dead status.
A: Correct the specification at the MOD connector, only the
H, R, S or M letters are permissible.
EQ: Z_FRW_ZDPD_INIT_KOMDAT_ERR
EM: _CRV.CSF, CRV.CSF, _CTV.CSF, CTV.CSF,
ZDPD.CSF
AM: _CRV.CSF, CRV.CSF, _CTV.CSF, CTV.CSF,
CCC4.CSF, CDC4.CSF
AA: 7-Seg. ‘C’; YEV.
6313 Hex to 631E utilized for internal purposes.
Hex
631F Hex F: Unknown function return value of the function zc_start.
R: Block reverts to the dead status.
A: Contact Siemens AG.
EQ: Z_FRW_ZDPD_UNDEF
EM: _CRV.CSF, CRV.CSF, _CTV.CSF, CTV.CSF,
CCC4.CSF, CDC4.CSF
AM: _CRV.CSF, CRV.CSF, _CTV.CSF, CTV.CSF,
CCC4.CSF, CDC4.CSF
AA: 7-Seg. ‘C’; YEV.
6320 Hex F: RAM memory assigning for reference list not possible.
Exact cause of error see section Error Supplementary
Code bsspvw_geme.
R: Block reverts to the dead status.
A: Reduce the RAM requirement in the application.
EQ: ZF_ERR_NUM_CTV_N_MEM_REF_LISTE
EM: _CTV.CSF, CTV.CSF
AM: _CTV.CSF, CTV.CSF
AA: 7-Seg. ‘C’; YEV.
6321 Hex F: RAM memory assigning for reference list not possible.
Exact cause of error see section Error Supplementary
Code bsspvw_geme.
R: Block reverts to the dead status.
A: Reduce the RAM requirement in the application.
EQ: ZF_ERR_NUM_CRV_N_MEM_REF_LISTE
EM: _CRV.CSF, CRV.CSF
AM: _CRV.CSF, CRV.CSF
AA: 7-Seg. ‘C’; YEV.
6322 Hex F: Reference list no found; no virtual connection configured.
R: Block reverts to the dead status.
A: Check the virtual connection at the AT connector.
EQ: ZF_ERR_NUM_CTV_N_REF_LISTE
EM: _CTV.CSF, CTV.CSF
AM: _CTV.CSF, CTV.CSF
AA: 7-Seg. ‘C’; YEV.
6323 Hex F: Reference list no found; no virtual connection configured.
R: Block reverts to the dead status.
A: Check the virtual connection at the AR connector.
EQ: ZF_ERR_NUM_CRV_N_REF_LISTE
EM: _CRV.CSF, CRV.CSF
AM: _CRV.CSF, CRV.CSF
AA: 7-Seg. ‘C’; YEV.
6324 Hex to 631F utilized for internal purposes.
Hex

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Communication Error Codes

6330 Hex F: RAM memory assigning for intermediate buffer not possible.
Exact error cause of error see section Error
Supplementary Code bsspvw_geme.
R: Block reverts to the dead status.
A: Reduce the RAM requirement in the application.
EQ: ZF_ERR_NUM_CTV_N_MEM_ZW
EM: _CTV.CSF, CTV.CSF
AM: _CTV.CSF, CTV.CSF
AA: 7-Seg. ‘C’; YEV.
6331 Hex F: RAM memory assigning for intermediate buffer not possible.
Exact cause of error see section Error Supplementary
Code bsspvw_geme.
R: Block reverts to the dead status.
A: Reduce the RAM requirement in the application.
EQ: ZF_ERR_NUM_CRV_N_MEM_ZW
EM: _CRV.CSF, CRV.CSF
AM: _CRV.CSF, CRV.CSF
AA: 7-Seg. ‘C’; YEV.
6332 Hex F: RAM memory assigning for intermediate buffer not possible.
Exact cause of error see section Error Supplementary
Code bsspvw_geme.
R: Block reverts to the dead status.
A: Reduce the RAM requirement in the application.
EQ: ZF_ERR_NUM_CCC4_N_MEM_ZW
EM: CCC4.CSF
AM: CCC4.CSF
AA: 7-Seg. ‘C’; YEV.
6333 Hex F: RAM memory assigning for intermediate buffer not possible.
Exact cause of error see section Error Supplementary
Code bsspvw_geme.
R: Block reverts to the dead status.
A: Reduce the RAM requirement in the application.
EQ: ZF_ERR_NUM_CDC4_N_MEM_ZW
EM: CDC4.CSF
AM: CDC4.CSF
AA: 7-Seg. ‘C’; YEV.
6334 Hex F: unknown connector type during evaluation of the return value
from function zbak_kon_typ_wandel
R: Block reverts to the neutral state
A: Inform Siemens AG.
EQ: ZF_ERR_NUM_CRV_CTV_KON_N_KENN
EM: ZBAK.CSF
AM: _CRV.CSF, _CTV.CSF, CRV.CSF, CTV.CSF
AA: 7-Seg. ’C’;
KFF (6334,pointer to configured name,0)

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 Communication Error Codes

3.2.6 Message System

6400 Hex F: Global list KDR not found.

Exact cause see section Error Supplementary Code
bsspvw_info.
R: Abort the MSI initialization.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_MSI_N_KDR
EM: MSI.CSF
AM: MSI.CSF
AA: 7-Seg. ‘C’;
6401 Hex F: No central block @MSC configured.
R: Abort the MSI initialization.
A: Configure central block @MSC.
EQ: ZF_ERR_NUM_MSI_N_MSC
EM: MSI.CSF
AM: MSI.CSF
AA: 7-Seg. ’C’;
6402 Hex F: RAM memory assigning not possible.
Exact cause see section Error Supplementary Code
bsspvw_geme.
R: Abort the MSI initialization.
A: Create available RAM memory.
EQ: ZF_ERR_NUM_MSI_N_MEM
EM: MSI.CSF
AM: MSI.CSF
AA: 7-Seg. ’C’;
6403 Hex F: KOMDAT area cannot be initialized.
Exact cause see section Error Supplementary Code
zbin_komdat.
R: Abort the MSI initialization.
A: See section Error Supplementary Code zbin_komdat.
EQ: ZF_ERR_NUM_MSI_KOMDAT_INIT
EM: MSI.CSF
AM: MSI.CSF
AA: 7-Seg. ’C’;
6404 Hex F: Channel continuously faulty.
Exact cause see section Data Interface Access
Mechanisms.
R: Abort the MSI normal mode.
A: See section Data Interface Access Mechanisms.
EQ: ZF_ERR_NUM_MSI_KAN_ERR
EM: MSI.CSF
AM: MSI.CSF
AA: 7-Seg. ’C’;
6405 Hex F: Faulty operating status.
R: Abort the MSI normal mode.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_MSI_BZS_ERR
EM: MSI.CSF
AM: MSI.CSF
AA: 7-Seg. ‘C’;

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Communication Error Codes

6406 Hex F: Faulty message format.

R: Abort the MSI normal mode.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_MSI_MF_ERR
EM: MSI.CSF
AM: MSI.CSF
AA: 7-Seg. ‘C’;
6407 Hex F: Unknown return value of the function zc_start.
R: Abort the MSI normal mode.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_MSI_ZC_START_FRW_ERR
EM: MSI.CSF
AM: MSI.CSF
AA: 7-Seg. ‘C’;
6408 Hex F: @MSC configured in incorrect sampling time.
R: Abort the @MSC initialization.
A: @MSC must be configured with the correct sampling
time.
EQ: ZF_ERR_NUM_MSC_TN_ERR
EM: _MSC.CSF
AM: @MSC
AA: 7-Seg. ’C’;
6409 Hex F: Global list KDR not found.
Exact cause see section Error Supplementary Code
bsspvw_info.
R: Abort the @MSC initialization.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_MSC_N_KDR
EM: _MSC.CSF
AM: @MSC
AA: 7-Seg. ’C’;
640A Hex F: Multiple configuring of the @MSC.
R: Abort the @MSC initialization.
A: @MSC may only be configured once per rack.
EQ: ZF_ERR_NUM_MSC_MEHR_PROJ
EM: _MSC.CSF
AM: @MSC
AA: 7-Seg. ‘C’;
640B Hex F: Global list of the SAVE area not found.
Exact cause see section Error Supplementary Code
bsspvw_info.
R: Abort the @MSC initialization.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_MSC_N_SAVE
EM: _MSC.CSF
AM: @MSC
AA: 7-Seg. ‘C’;

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 Communication Error Codes

640C Hex F: Too little memory available in the SAVE area.

Exact cause see section Error Supplementary Code
bsspvw_geme.
R: Abort the @MSC initialization.
A: Create available SAVE memory.
EQ: ZF_ERR_NUM_MSC_N_MEM_SAVE
EM: _MSC.CSF
AM: @MSC
AA: 7-Seg. ‘C’;
640D Hex F: Too little memory for the message sequencing buffer.
Exact cause see section Error Supplementary Code
bsspvw_geme.
R: Abort the @MSC initialization.
A: Create available memory.
EQ: ZF_ERR_NUM_MSC_N_MEM_MFP
EM: _MSC.CSF
AM: @MSC
AA: 7-Seg. ’C’;
640E Hex F: Connector SAV of the @MSC can’t be changed online.
R: Abort the @MSC initialization.
A: Set connector SAV to initial value.
Changes only in the configuring.
EQ: ZF_ERR_NUM_MSC_INV_PROJ
EM: _MSC.CSF
AM: @MSC
AA: 7-Seg. ’C’;
640F Hex F: No memory for the entry description system error.
Exact cause see section Error Supplementary Code
bsspvw_geme.
R: Abort the @MSC initialization.
A: Create available SAVE memory.
EQ: ZF_ERR_NUM_MSC_N_MEM_EB_C
EM: _MSC.CSF
AM: _MSC.CSF
AA: 7-Seg. ’C’;
6410 Hex not utilized.

6411 Hex F: No memory in RAM area for static intermediate buffer.

Exact cause see section Error Supplementary Code
bsspvw_geme.
R: Abort the @MSC initialization.
A: Create available RAM memory.
EQ: ZF_ERR_NUM_MSC_N_KOM_ERROR
EM: _MSC.CSF
AM: _MSC.CSF
AA: 7-Seg. ’C’;
6412 Hex F: No message evaluation blocks configured.
R: Abort the @MSC normal mode.
A: Configure function blocks MSI.
EQ: ZF_ERR_NUM_MSC_N_MA
EM: _MSC.CSF
AM: _MSC.CSF
AA: 7-Seg. ’C’;

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Communication Error Codes

6413 Hex F: Faulty operating status communication error evaluation.

R: Abort the @MSC normal mode.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_MSC_MZC_ERR
EM: _MSC.CSF
AM: _MSC.CSF
AA: 7-Seg. ’C’;
6414 Hex F: Faulty operating status.
R: Abort the @MSC normal mode.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_MSC_BZS_ERR
EM: _MSC.CSF
AM: _MSC.CSF
AA: 7-Seg. ’C’;
6415 Hex F: Global list KDR not found.
Exact cause see section Error Supplementary Code
bsspvw_info.
R: Abort the ME initialization.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_ME_N_KDR
EM: MES.CSF, MES2.CSF, MES4.CSF, MES16.CSF,
MED.CSF, MED2.CSF, MED4.CSF,
MED16.CSF, MEDF.CSF, MESV2.CSF, MEDV2.CSF,
MESV4.CSF, MEDV4.CSF
AM: MES.CSF, MES2.CSF, MES4.CSF, MES16.CSF,
MED.CSF, MED2.CSF, MED4.CSF,
MED16.CSF, MEDF.CSF, MESV2.CSF, MEDV2.CSF,
MESV4.CSF, MEDV4.CSF
AA: 7-Seg. ’C’;
6416 Hex F: No central block @MSC available.
R: Abort the ME initialization.
A: Configure central block @MSC.
EQ: ZF_ERR_NUM_ME_N_MSC
EM: MES.CSF, MES2.CSF, MES4.CSF, MES16.CSF,
MED.CSF, MED2.CSF, MED4.CSF,
MED16.CSF, MEDF.CSF, MESV2.CSF, MEDV2.CSF,
MESV4.CSF, MEDV4.CSF
AM: MES.CSF, MES2.CSF, MES4.CSF, MES16.CSF,
MED.CSF, MED2.CSF, MED4.CSF,
MED16.CSF, MEDF.CSF, MESV2.CSF, MEDV2.CSF,
MESV4.CSF, MEDV4.CSF
AA: 7-Seg. ’C’;

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 Communication Error Codes

6417 Hex F: Too little SAVE memory area for pointer.

Exact cause see section Error Supplementary Code
bsspvw_geme.
R: Abort the ME initialization.
A: Create available SAVE memory.
EQ: ZF_ERR_NUM_ME_N_MEM_SAVE
EM: MES.CSF, MES2.CSF, MES4.CSF, MES16.CSF,
MED.CSF, MED2.CSF, MED4.CSF,
MED16.CSF, MEDF.CSF, MESV2.CSF, MEDV2.CSF,
MESV4.CSF, MEDV4.CSF
AM: MES.CSF, MES2.CSF, MES4.CSF, MES16.CSF,
MED.CSF, MED2.CSF, MED4.CSF,
MED16.CSF, MEDF.CSF, MESV2.CSF, MEDV2.CSF,
MESV4.CSF, MEDV4.CSF
AA: 7-Seg. ’C’;
6418 Hex F: Too little SAVE memory for insertion description.
Exact cause see section Error Supplementary Code
bsspvw_geme.
R: Abort the ME initialization.
A: Create available SAVE memory.
EQ: ZF_ERR_NUM_ME_N_MEM_FB
EM: MES.CSF, MES2.CSF, MES4.CSF, MES16.CSF,
MED.CSF, MED2.CSF, MED4.CSF,
MED16.CSF, MEDF.CSF, MESV2.CSF, MEDV2.CSF,
MESV4.CSF, MEDV4.CSF
AM: MES.CSF, MES2.CSF, MES4.CSF, MES16.CSF,
MED.CSF, MED2.CSF, MED4.CSF,
MED16.CSF, MEDF.CSF, MESV2.CSF, MEDV2.CSF,
MESV4.CSF, MEDV4.CSF
AA: 7-Seg. ’C’;
6419 Hex F: Too little RAM memory for the static intermediate buffer.
Exact cause see section Error Supplementary Code
bsspvw_info.
R: Abort the ME initialization.
A: Create available RAM memory.
EQ: ZF_ERR_NUM_ME_N_MEM_SP
EM: MES.CSF, MES2.CSF, MES4.CSF, MES16.CSF,
MED.CSF, MED2.CSF, MED4.CSF,
MED16.CSF, MEDF.CSF, MESV2.CSF, MEDV2.CSF,
MESV4.CSF, MEDV4.CSF
AM: MES.CSF, MES2.CSF, MES4.CSF, MES16.CSF,
MED.CSF, MED2.CSF, MED4.CSF,
MED16.CSF, MEDF.CSF, MESV2.CSF, MEDV2.CSF,
MESV4.CSF, MEDV4.CSF
AA: 7-Seg. ’C’;
641A Hex to 641F not utilized.
Hex

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Communication Error Codes

6420 Hex F: Faulty operating status.

R: Abort the ME normal mode.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_ME_BZS_ERR
EM: MES.CSF, MES2.CSF, MES4.CSF, MES16.CSF,
MED.CSF, MED2.CSF, MED4.CSF,
MED16.CSF, MEDF.CSF, MESV2.CSF, MEDV2.CSF,
MESV4.CSF, MEDV4.CSF
AM: MES.CSF, MES2.CSF, MES4.CSF, MES16.CSF,
MED.CSF, MED2.CSF, MED4.CSF,
MED16.CSF, MEDF.CSF, MESV2.CSF, MEDV2.CSF,
MESV4.CSF, MEDV4.CSF
AA: 7-Seg. ’C’;
6421 Hex F: Faulty return value of a zdms function.
R: Abort the block.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_ZDMS_FRW_ERR
EM: _MSC.CSF, MSI.CSF, MES.CSF, MES2.CSF,
MES4.CSF, MES16.CSF, MED.CSF, MED2.CSF,
MED4.CSF, MED16.CSF, MEDF.CSF, MESV2.CSF,
MEDV2.CSF, MESV4.CSF, MEDV4.CSF
AM: _MSC.CSF, MSI.CSF, MES.CSF, MES2.CSF,
MES4.CSF, MES16.CSF, MED.CSF, MED2.CSF,
MED4.CSF, MED16.CSF, MEDF.CSF, MESV2.CSF,
MEDV2.CSF, MESV4.CSF, MEDV4.CSF
AA: 7-Seg. ’C’;

3.2.7 Trace (Equipment Trace, Simple Trace, Analog Trace)

6500 Hex F: RAM memory assigning for reference list not possible.
Exact cause see section Error Supplementary Code
bsspvw_geme.
R: Abort the block initialization.
A: Restrict the memory area to the local RAM;
Reduce configured value of the NTV connector.
EQ: Z_ERR_NUM_TC_INI_NO_RAM_1
EM: ZDTR.CSF
AM: @TCI , @TCP
AA: 7-Seg. ’C’; YTS
6501 Hex F: RAM memory assigning for the trace buffer not possible.
Exact cause see section Error Supplementary Code
bsspvw_geme.
R: Abort the control block initialization.
A: Restrict the memory area to the local RAM;
Reduce configured value of the TBL connector.
EQ: Z_ERR_NUM_TC_INI_NO_RAM_2
EM: ZDTR.CSF
AM: @TCI, @TCP
AA: 7-Seg. ’C’; YTS.

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 Communication Error Codes

6502 Hex F: SAVE memory assigning for reference list not possible.
Exact cause see section Error Supplementary Code
bsspvw_geme.
R: Abort the control block initialization.
A: Restrict the memory area to the local SAVE area;
Reduce configured value of the NTV connector.
EQ: Z_ERR_NUM_TC_INI_NO_SAVE_1
EM: ZDTR.CSF
AM: @TCI, @TCP
AA: 7-Seg. ’C’; YTS.

6503 Hex F: SAVE memory assigning for the trace buffer not possible.
Exact cause see section Error Supplementary Code
bsspvw_geme.
R: Abort the @ control block initialization.
A: Restrict the memory area to the local SAVE area;
Reduce configured value of the TBL connector.
EQ: Z_ERR_NUM_TC_INI_NO_SAVE_2
EM: ZDTR.CSF
AM: @TCI, @TCP
AA: 7-Seg. ’C’; YTS.
6504 Hex F: RAM memory assigning for channel VARANM area not possible.
Exact cause see section Error Supplementary Code
bsspvw_geme.
R: Abort the control block initialization.
A: Restrict the memory area to the local RAM.
EQ: Z_ERR_NUM_TC_INI_NO_RAM_3
EM: ZDTR.CSF, _TCI.CSF
AM: @TCI, @TCP
AA: 7-Seg. ’C’; YTS.
6505 Hex F: RAM memory assigning for channel buffer area not possible.
Exact cause see section Error Supplementary Code
bsspvw_geme.
R: Abort the control block initialization.
A: Restrict the memory area to the local RAM.
Reduce configured value of the NTV connector.
EQ: Z_ERR_NUM_TC_INI_NO_RAM_4
EM: ZDTR.CSF, _TCI.CSF
AM: @TCI, @TCP
AA: 7-Seg. ’C’; YTS.
6506 Hex is not utilized.
6507 Hex F: Configured value at TBL connector is equal to zero.
R: Abort the control block initialization.
A: Configure value not equal to zero at the TBL connector.
EQ: Z_ERR_NUM_TC_INI_BAD_TBL
EM: ZDTR.CSF, TRCC2.CSF
AM: @TCI, @TCP, TRCC2
AA: 7-Seg. ’C’; YTS.
6508 Hex F: TRC ID at the control block multiply exists.
R: Abort the control block initialization.
A: Select new unique TRC ID.
EQ: Z_ERR_NUM_TC_INI_TC_DUP
EM: ZDTR.CSF
AM: @TCI, @TCP
AA: 7-Seg. ’C’; YTS.

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Communication Error Codes

6509 Hex F: Global KDR list not found.

Exact cause of error see section Error Supplementary
Code bsspvw_info.
R: Abort the control block initialization.
A: Contact Siemens AG.
EQ: Z_ERR_NUM_TC_INI_NO_KDR
EM: ZDTR.CSF
AM: @TCI, @TCP
AA: 7-Seg. ’C’; YTS.
650A Hex F: Global KOMM_ERROR list not found.
Exact cause of error see section Error Supplementary
Code bsspvw_info.
R: Abort the control block initialization.
A: Contact Siemens AG.
EQ: Z_ERR_NUM_TC_INI_NO_KOM
EM: ZDTR.CSF
AM: @TCI, @TCP
AA: 7-Seg. ‘C’; YTS.
650B Hex F: KOMDAT area of the request channel was not correctly
initialized.
Exact cause of error see section Error Supplementary
Code zbin_komdat.
R: Abort the control block initialization.
A: Contact Siemens AG.
EQ: Z_ERR_NUM_TC_INI_NO_KDB_1
EM: ZDTR.CSF
AM: @TCI.CSF
AA: 7-Seg. ‘C’; YTS.
650C Hex F: KOMDAT area of the reply channel was not correctly initialized.
Exact cause of error see section Error Supplementary
Code zbin_komdat.
R: Abort the control block initialization.
A: Contact Siemens AG.
EQ: Z_ERR_NUM_TC_INI_NO_KDB_2
EM: TCI.CSF, ZDTR.CSF
AM: @TCI, @TCP
AA: 7-Seg. ’C’; YTS.
650D Hex F: SAVE area full.
R: Abort the control block initialization.
A: Restrict the memory area in the local SAVE area.
EQ: Z_ERR_NUM_TC_INI_NO_SAVE_3
EM: ZDTR.CSF
AM: @TCI, @TCP
AA: 7-Seg. ’C’; YTS
650E Hex F: List of the SAVE area not available.
Exact cause of error see section Error Supplementary
Code bsspvw_info.
R: Abort the control block initialization.
A: Contact Siemens AG.
EQ: Z_ERR_NUM_TC_INI_NO_SAVE_4
EM: ZDTR.CSF
AM: @TCI, @TCP
AA: 7-Seg. ’C’; YTS.
650F Hex is not utilized.

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 Communication Error Codes

6510 Hex F: Error during channel access to request channel.

Exact cause of error see section Data Interface Access
Mechanisms.
R: @TCI reverts to the dead status.
A: Contact Siemens AG.
EQ: Z_ERR_NUM_TC_ZP_CHA_IN
EM: _TCI.CSF
AM: @TCI
AA: 7-Seg. ’C’; YTS.
6511 Hex F: Error during channel access to reply channel.
Exact cause of error see section Data Interface Access
Mechanisms.
R: @TCI reverts to the dead status.
A: Contact Siemens AG.
EQ: Z_ERR_NUM_TC_ZP_CHA_OUT
EM: ZDTR.CSF
AM: @TCI, @TCP
AA: 7-Seg. ’C’; YTS.
6512 Hex F: No acquisition block has been initialized.
R: Acquisition block reverts to the dead status.
A: Configure acquisition block with corresponding TRC ID.
EQ: Z_ERR_NUM_TC_ZP_NO_TRI
EM: _TCI.CSF, _TCP.CSF
AM: @TCI, @TCP
AA: 7-Seg. ’C’; YTS.
6513 Hex F: Unknown connector format to be recorded.
R: Block reverts to the dead status.
A: Contact Siemens AG.
EQ: Z_ERR_NUM_BAD_FORMAT
EM: TRCC2.CSF
AM: TRCC2
AA: 7-Seg. ’C’; YTS.
6514 Hex to 651F are not utilized.
Hex
6520 Hex F: Global KDR list does not exist.
Exact cause of error see section Error Supplementary
Code bsspvw_info.
R: Abort the acquisition block initialization.
A: Contact Siemens AG.
EQ: Z_ERR_NUM_TR_INI_NO_KDR
EM: ZDTR.CSF
AM: @TRI, TRP1, TRP2, TRP4, TRPF
AA: 7-Seg. ’C’; YTS.
6521 Hex is not utilized.
6522 Hex F: Multiple configuring of the same acquisition block in the same
task.
R: Abort the acquisition block initialization.
A: Re-configure.
EQ: Z_ERR_NUM_TR_INI_NO_TCI
EM: ZDTR.CSF
AM: @TRI, TRP1, TRP2, TRP4, TRPF
AA: 7-Seg. ‘C’; YTS.

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Communication Error Codes

6523 Hex F: List of the SAVE area does not exist.

Exact cause of error see section Error Supplementary
Code bsspvw_info.
R: Abort the acquisition block initialization.
A: Contact Siemens AG.
EQ: Z_ERR_NUM_TR_INI_NO_SAVE_1
EM: ZDTR.CSF, TRCC2.CSF
AM: @TRI, TRP1, TRP2, TRP4, TRPF, TRCC2
AA: 7-Seg. ’C’; YTS.
6524 Hex F: SAVE area full.
R: Abort the acquisition block initialization.
A: Reduce memory requirements in the local SAVE area.
EQ: Z_ERR_NUM_TR_INI_NO_SAVE_2
EM: ZDTR.CSF, TRCC2
AM: @TRI, TRP1, TRP2, TRP4, TRPF, TRCC2
AA: 7-Seg. ’C’; YTS.
6525 Hex F: SAVE memory assigning for reference list body not possible.
Exact cause of error see section Error Supplementary
Code bsspvw_geme.
R: Abort the acquisition block initialization.
A: Reduce memory requirements in the local SAVE area.
EQ: Z_ERR_NUM_TR_INI_NO_SAVE_3
EM: ZDTR.CSF, TRCC2.CSF
AM: @TRI, TRP1, TRP2, TRP4, TRPF, TRCC2
AA: 7-Seg. ’C’; YTS.
6526 Hex F: SAVE memory assigning for trace value list not possible.
Exact cause of error see section Error Supplementary
Code bsspvw_geme.
R: Abort the acquisition block initialization.
A: Reduce memory requirements in the local SAVE area;
Reduce configured value at the NTV connector of the
corresponding @TCI.
EQ: Z_ERR_NUM_TR_INI_SAVE_4
EM: ZDTR.CSF, TRCC2.CSF
AM: @TRI, TRP1, TRP2, TRP4, TRPF, TRCC2
AA: 7-Seg. ’C’; YTS.
6527 Hex F: RAM memory assigning for reference list body not possible.
Exact cause of error see section Error Supplementary
Code bsspvw_geme.
R: Abort the acquisition block initialization.
A: Reduce memory requirements in the local RAM area.
EQ: Z_ERR_NUM_TR_INI_NO_RAM_1
EM: ZDTR.CSF, TRCC.CSF
AM: @TRI, TRP1, TRP2, TRP4, TRPF, TRCC2
AA: 7-Seg. ’C’; YTS.

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 Communication Error Codes

6528 Hex F: RAM memory assigning for trace value list not possible.
Exact cause of error see section Error Supplementary
Code bsspvw_geme.
R: Abort the acquisition block initialization.
A: Reduce memory requirements in the local RAM area;
Reduce configured value at the NTV connector of the
corresponding @TCI.
EQ: Z_ERR_NUM_TR_INI_NO_RAM_2
EM: ZDTR.CSF, TRCC.CSF
AM: @TRI, TRP1, TRP2, TRP4, TRPF, TRCC2
AA: 7-Seg. ’C’; YTS.
6529 Hex F: No control block with corresponding TRC ID initialized.
R: Abort the acquisition block initialization.
A: Configure control block with corresponding TRC ID.
EQ: Z_ERR_NUM_TR_INI_UNKWN_TRC
EM: ZDTR.CSF
AM: @TRI, TRP1, TRP2, TRP4, TRPF
AA: 7-Seg. ’C’; YTS.
652A Hex F: Connector ID not uniquely selected.
R: Abort the acquisition block initialization.
A: Utilize unique connector ID at the acquisition block.
EQ: Z_ERR_NUM_TR_INI_DUP_CID
EM: TRP1.CSF, TRP2.CSF, TRP4.CSF, TRPF.CSF
AM: TRP1, TRP2, TRP4, TRPF
AA: 7-Seg. ’C’; YTS.
652B Hex to 653F are not utilized.
Hex
6540 Hex F: Unknown block status for control block.
R: Control block reverts to the dead status.
A: Contact Siemens AG.
EQ: Z_ERR_NUM_TC_ZP_BAD_BZS
EM: _TCI.CSF, _TCP.CSF, TRCC2.CSF
AM: @TRI, TRP1, TRP2, TRP4, TRPF, TRCC2
AA: 7-Seg. ’C’; YTS.
6541 Hex F: Ring buffer size too small.
R: Control block reverts to the dead status.
A: Enlarge trace buffer / configure fewer acquisition blocks.
EQ: Z_ERR_NUM_TR_ZP_SM_UMPUF
EM: _TCP.CSF
AM: @TCP
AA: 7-Seg. ’C’; YTS.
6542 Hex F: Sampling time for the control block cannot be determined.
R: Control block reverts to the dead status.
A: Contact Siemens AG.
EQ: Z_ERR_NUM_TC_INI_BAD_TIME
EM: _TCI.CSF, _TCP.CSF
AM: @TCI, @TCP
AA: 7-Seg. ’C’; YTS.

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Communication Error Codes

6543 Hex F: Sampling time for the acquisition block cannot be determined.
R: Acquisition block reverts to the dead status.
A: Contact Siemens AG.
EQ: Z_ERR_NUM_TR_INI_BAD_TIME
EM: _TRI.CSF, TRP1.CSF, TRP2.CSF, TRP4.CSF,
TRPF.CSF
AM: @TRI , TRP1, TRP2, TRP4, TRPF
AA: 7-Seg. ’C’; YTS.
6544 Hex F: Unknown block status for acquisition block.
R: Acquisition block reverts to the dead status.
A: Contact Siemens AG.
EQ: Z_ERR_NUM_TR_ZP_BAD_BZS_
EM: _TRI.CSF, TRP1.CSF, TRP2.CSF, TRP4.CSF,
TRPF.CSF
AM: @TRI, TRP1, TRP2, TRP4, TRPF
AA: 7-Seg. ’C’; YTS.

6545 Hex F: Information function of the operating system could not be

invoked.
R: Acquisition block reverts to the dead status.
A: Contact Siemens AG.
EQ: Z_ERR_NUM_TR_INI_BAD_AFPI
EM: TRP1.CSF, TRP2.CSF, TRP4.CSF, TRPF.CSF
AM: TRP1, TRP2, TRP4, TRPF
AA: 7-Seg. ’C’; YTS.

6546 Hex F: Invalid value at the HIA of TRHI

R: TRHI reverts to the dead status.
A: Configure a value between 0 and 10 at the connector
HIA of the TRHI.
EQ: Z_ERR_NUM_TR_INI_PARAM_ANZ
EM: TRHI.CSF
AM: TRHI
AA: 7-Seg. ’C’; YTS.
6547 Hex F: TRHI block multiply configured.
R: TRHI reverts to the dead status.
A: Configure only one TRHI per trace system.
EQ: Z_ERR_NUM_TR_INI_MEHR
EM: TRHI.CSF
AM: TRHI
AA: 7-Seg. ’C’; YTS.
6548 Hex F: Channel length at the group telegram has been configured too
small.
R: @TCP reverts to the dead status.
A: Select a larger connector CHA of the @TCP. The
minimum number is located at the supplement of the
communication error message.
EQ: Z_ERR_NUM_TC_ZP_CHA
EM: _TCP.CSF
AM: @TCP
AA: 7-Seg. ’C’; YTS.

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6549 Hex F: Too many acquisition blocks at the group telegram output.
R: @TCP reverts to the dead status.
A: Configure fewer than 256 acquisition blocks
(TRP1,TRP2,TRP4,TRPF).
EQ: Z_ERR_NUM_TC_TRP_ANZ
EM: _TCP.CSF
AM: @TCP
AA: 7-Seg. ’C’; YTS.
654A Hex F: Length of the output channel is less than 200 bytes.
R: Block reverts to the dead status.
A: Set the output channel size (connector CHA) to at least
200.
EQ: Z_ERR_NUM_CHA_OUT_LEN
EM: ZDTR.CSF
AM: @TCP, @TCI
AA: 7-Seg. ’C’; YTS.
654B Hex to 657F not utilized.
Hex
3.2.8 Time

6600 Hex F: The board name at the TM connector refers to a board that does
not exist in the rack or cannot function as a time source.
R: RTCM reverts to the dead status.
A: Enter the name of a board that can act as a time source:
- Master Processor Board,
- CSH11,
- MM3,
- SS5,
- CS21.
EQ: ZF_ERR_NUM_RTCM_SZQ_N_VALID
EM: RTCM.CSF
AM: RTCM.CSF
AA: 7-Seg. ’C’; YTS.
6601 Hex not utilized.
6602 Hex F: Unknown operating status of the RTCM block.
R: RTCM reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_RTCM_BZS_ERR
EM: RTCM.CSF
AM: RTCM.CSF
AA: 7-Seg. ’C’; YTS.
6603 Hex F: Memory assigning for the local structures not possible.
Exact cause of error see section Error Supplementary
Code bsspvw_geme.
R: RTCM reverts to the dead status.
A: Reduce the RAM requirement in the application.
EQ: ZF_ERR_NUM_RTCM_N_MEM
EM: RTCM.CSF
AM: RTCM.CSF
AA: 7-Seg. ’C’; YTS.

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Communication Error Codes

6604 Hex F: Several RTCM blocks were configured in the same rack.
R: RTCM reverts to the dead status.
A: Remove one of the configured RTCM blocks.
EQ: ZF_ERR_NUM_RTCM_MEHR_PROJ
EM: RTCM.CSF
AM: RTCM.CSF
AA: 7-Seg. ’C’; YTS.
6605 Hex F: A SS5 import board (at the TM connector) and a SS5 export
board
(at the TTM connector) are simultaneously configured.
R: RTCM reverts to the dead status.
A: Another clock source must be configured at the TM
connector;
The name of the SS5 export board at the TTM connector
must be removed.
EQ: ZF_ERR_NUM_RTCM_CSL2F_PROJ
EM: RTCM.CSF
AM: RTCM.CSF
AA: 7-Seg. ’C’; YTS.
6606 Hex F: PN local KDR list not found.
Exact cause of error see section Error Supplementary
Code bsspvw_info.
R: RTCM reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_RTCM_N_KDR
EM: RTCM.CSF
AM: RTCM.CSF
AA: 7-Seg. ’C’; YTS
6607 Hex not utilized.
6608 Hex F: The rack has no CBUS connection.
R: RTCM reverts to the dead status.
A: Utilize rack with CBUS connection (i.e. SR8).
EQ: ZF_ERR_NUM_RTCM_N_CBUS
EM: RTCM.CSF
AM: RTCM.CSF
AA: 7-Seg. ’C’; YTS.
6609 Hex F: RTCM block was configured with an impermissible sampling time
(not between 128 ms and 512 ms).
R: RTCM reverts to the dead status.
A: Configure the sampling time between 128 ms and 512
ms.
EQ: ZF_ERR_NUM_RTCM_ABTASTZEIT_ERR
EM: RTCM.CSF
AM: RTCM.CSF
AA: 7-Seg. ’C’; YTS.
660A Hex F: The RTCM block is configured on a board that is not a master.
R: RTCM reverts to the dead status.
A: Configure RTCM block on a processor board (processor
1) installed to the left.
EQ: ZF_ERR_NUM_RTCM_N_MASTER
EM: RTCM.CSF
AM: RTCM.CSF
AA: 7-Seg. ’C’; YTS.

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660B Hex F: The clock specification at the connectors XYR, XMO, XDA, XHR
and / or XMI are invalid.
R: RTCM reverts to the dead status.
A: Check specifications at the connectors XYR, XMO, XDA,
XHR and XMI Permissible values are:
00 v XYR v 99
01 v XMO v 12
01 v XDA v 31
00 v XHR v 23
00 v XMI v 59
EQ: ZF_ERR_NUM_RTCM_STELL_N_VALID
EM: RTCM.CSF
AM: RTCM.CSF
AA: 7-Seg. ’C’; YTS.
660C Hex F: Access to link memory unsuccessful.
R: RTCM reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_RTCM_BUS_ZUGR_ERR
EM: RTCM.CSF
AM: RTCM.CSF
AA: 7-Seg. ’C’; YTS.

3.2.8.1 Device

6700 Hex F: Incorrect assignments UP connector

R: @DPH reverts to a neutral state
A: Check specification at connector UP. Permissible values:
1-3
EQ: ZF_ERR_NUM_DPH_UP
EM: _DPH.CSF
AM: _DPH.CSF
AA: 7-Seg. ’C’; YTS, KFF
6701 Hex F: Invalid combination UP and PHL connector
R: @DPH reverts to a neutral state
A: Check specifications at the UP and PHL connectors.
Invalid combination:
PHL = 0 ( 3 word PIV interface )
UP = 1 ( SINEC-L2-DP protocol )
EQ: ZF_ERR_NUM_DPH_UP_PHL
EM: _DPH.CSF
AM: _DPH.CSF
AA: 7-Seg. ’C’; YTS, KFF
6702 Hex F: KDR list not found
R: @DPH reverts to a neutral state
A: Inform Siemens AG.
EQ: ZF_ERR_NUM_DPH_NO_KDR
EM: _DPH.CSF
AM: _DPH.CSF
AA: 7-Seg. ’C’; YTS, KFF (Suppl. code = FRW of
SDB_FUNC_BSSPVW_INFO)

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Communication Error Codes

6703 Hex F: Multiple configuring of central blocks

R: @DPH reverts to a neutral state
A: Connector value PHS must differ on local processor for
each @DPH block.
EQ: ZF_ERR_NUM_DPH_MEHR_PROJ
EM: _DPH.CSF
AM: _DPH.CSF
AA: 7-Seg. ’C’; YTS, KFF
6704 Hex F: No memory available
R: @DPH reverts to a neutral state
A: Reduce memory requirement
EQ: ZF_ERR_NUM_DPH_NO_MEM
EM: _DPH.CSF
AM: _DPH.CSF
AA: 7-Seg. ’C’; YTS, KFF (Suppl. code = FRW of
SDB_FUNC_BSSPVW_GEME)
6705 Hex F: No parameter block DPI configured
R: @DPH reverts to a neutral state
A: Configure at least one block DPI with the same
connector value PHS
EQ: ZF_ERR_NUM_DPH_NO_DPI
EM: _DPH.CSF
AM: _DPH.CSF
AA: 7-Seg. ’C’; YTS, KFF
6706 Hex F: Internal error
R: @DPH reverts to a neutral state
A: Inform Siemens AG.
EQ: ZF_ERR_NUM_DPH_DPI_AK
EM: _DPH.CSF
AM: _DPH.CSF
AA: 7-Seg. ’C’; YTS, KFF
6707 Hex F: Internal error
R: @DPH reverts to a neutral state
A: Inform Siemens AG.
EQ: ZF_ERR_NUM_DPH_INT_ERR
EM: _DPH.CSF
AM: _DPH.CSF
AA: 7-Seg. ’C’; YTS, KFF
6710 Hex F: KDR list not found
R: DPI reverts to a neutral state
A: Inform Siemens AG.
EQ: ZF_ERR_NUM_DPI_NO_KDR
EM: DPI.CSF
AM: DPI.CSF
AA: 7-Seg. ’C’; YTS, KFF (Suppl. code = FRW
SBD_FUNC_BSSPVW_INFO)
6711 Hex F: No central block @DPH configured
R: DPI reverts to a neutral state
A: Configure central block @DPH with the same connector
specification PHS
EQ: ZF_ERR_NUM_DPI_NO_DPH
EM: DPI.CSF
AM: DPI.CSF
AA: 7-Seg. ’C’; YTS, KFF

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6712 Hex F: Faulty cascade sequencing

R: DPI reverts to a neutral state
A: A request was transferred from several parameter blocks
DPI to the same central block. Check the cascade
configuring !
EQ: ZF_ERR_NUM_DPI_IC_ERR
EM: DPI.CSF
AM: DPI.CSF
AA: 7-Seg. ’C’; YTS, KFF
6713 Hex F: Internal error
R: DPI reverts to a neutral state
A: Inform Siemens AG.
EQ: ZF_ERR_NUM_DPI_INT_ERR
EM: DPI.CSF
AM: DPI.CSF
AA: 7-Seg. ’C’; YTS, KFF
6714 Hex F: Incorrect parameter ID at the PR connector
R: DPI does not generate request
A: Specify correct value at the connector PR. Permissible
values: 0-11
EQ: ZF_ERR_NUM_DPI_REQ_PR_ERR
EM: DPI.CSF
AM: DPI.CSF
AA: QS1; YTS
6715 Hex F: Incorrect parameter number at the PN connector
R: DPI does not generate request.
A: Specify correct value at the connector PN. Permissible
values: 0-2047
EQ: ZF_ERR_NUM_DPI_REQ_PN_ERR
EM: DPI.CSF
AM: DPI.CSF
AA: QS1; YTS
6716 Hex F: Incorrect parameter index at the PI connector
R: DPI does not generate request
A: Specify correct value at the connector PI. Permissible
values: 0-254
EQ: ZF_ERR_NUM_DPI_REQ_PI_ERR
EM: DPI.CSF
AM: DPI.CSF
AA: QS1; YTS
6717 Hex F: Double word request with PIV interface length of 3 words at the
connector PR
R: DPI does not generate request
A: Configure correct word request at connector PR
EQ: ZF_ERR_NUM_DPI_PR_4_BYTE_ERR
EM: DPI.CSF
AM: DPI.CSF
AA: QS1; YTS

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Communication Error Codes

6718 Hex F: No reply from the device within the TIME-OUT period
R: DPI has not received reply
A: Increase TIME-OUT period (connector RCM) at the
central block @DPH, check communication with the device.
EQ: ZF_ERR_NUM_DPI_RES_TIME_OUT_ERR
EM: DPI.CSF
AM: DPI.CSF
AA: QS2; YTS

3.2.8.2 Download

6800 Hex F: Internal status error 1.

R: Block LPN disables.
A: Inform Siemens AG..
EQ: ZF_ERR_NUM_LPN_BZS
EM: LPN.CSF
AM: LPN.CSF
AA: QTS; YTS
6801 Hex F: Internal status error 2.
R: Block LPN disables.
A: Inform Siemens AG..
EQ: ZF_ERR_NUM_LPN_ATG_STATE
EM: LPN.CSF
AM: LPN.CSF
AA: QTS; YTS
6802 Hex F: Internal status error 3.
R: Block LPN disables.
A: Inform Siemens AG..
EQ: ZF_ERR_NUM_LPN_ANT_STATE
EM: LPN.CSF
AM: LPN.CSF
AA: QTS; YTS
6803 Hex F: Internal status error 4.
R: Block LPN disables.
A: Inform Siemens AG..
EQ: ZF_ERR_NUM_LPN_KON_STATE
EM: LPN.CSF
AM: LPN.CSF
AA: QTS; YTS
6804 Hex F: Internal status error 5.
R: Block LPN disables.
A: Inform Siemens AG..
EQ: ZF_ERR_NUM_LPN_KOP_STATE
EM: LPN.CSF
AM: LPN.CSF
AA: QTS; YTS
6805 Hex F: Too little memory.
R: Block LPN disables.
A: Reduce application’s RAM requirements.
EQ: ZF_ERR_NUM_LPN_NO_MEM
EM: LPN.CSF
AM: LPN.CSF
AA: QTS; YTS

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6806 Hex F: Multiple configuring of the block LPN.

R: Block LPN disables.
A: Only configure one LPN-FB per processor board.
EQ: ZF_ERR_NUM_LPN_MULT
EM: LPN.CSF
AM: LPN.CSF
AA: QTS; YTS
6807 Hex F: KDR list not found
R: Block LPN disables.
A: Inform Siemens AG..
EQ: ZF_ERR_NUM_LPN_NO_KDR
EM: LPN.CSF
AM: LPN.CSF
AA: QTS; YTS
6808 Hex F: Job request channel continually faulty.
R: Block LPN disables.
A: Inform Siemens AG..
EQ: ZF_ERR_NUM_LPN_ATG_KAN
EM: LPN.CSF
AM: LPN.CSF
AA: QTS; YTS
6809 Hex F: Job request initialization faulty
R: Block LPN disables.
A: Inform Siemens AG..
EQ: ZF_ERR_NUM_LPN_ATG_KOMDAT_INIT
EM: LPN.CSF
AM: LPN.CSF
AA: QTS; YTS
680A Hex F: Job request initialization faulty.
R: Block LPN disables.
A: Inform Siemens AG..
EQ: ZF_ERR_NUM_LPN_ATG_KAN_INIT
EM: LPN.CSF
AM: LPN.CSF
AA: QTS; YTS
680B Hex F: Reply channel continually faulty.
R: Block LPN disables.
A: Inform Siemens AG..
EQ: ZF_ERR_NUM_LPN_ANT_KAN
EM: LPN.CSF
AM: LPN.CSF
AA: QTS; YTS
680C Hex F: Reply channel initialization faulty
R: Block LPN disables.
A: Inform Siemens AG..
EQ: ZF_ERR_NUM_LPN_ANT_KOMDAT_INIT
EM: LPN.CSF
AM: LPN.CSF
AA: QTS; YTS

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680D Hex F: Reply channel initialization faulty

R: Block LPN disables.
A: Inform Siemens AG..
EQ: ZF_ERR_NUM_LPN_ANT_KAN_INIT
EM: LPN.CSF
AM: LPN.CSF
AA: QTS; YTS
680E Hex F: Unknown card type
R: Block LPN disables.
A: Inform Siemens AG..
EQ: ZF_ERR_NUM_LPN_CARD_TYPE_ERR
EM: LPN.CSF
AM: LPN.CSF
AA: QTS; YTS
680F Hex F: Internal card programming error
R: Block LPN disables.
A: Inform Siemens AG..
EQ: ZF_ERR_NUM_LPN_BSFC_FRW_ERR
EM: LPN.CSF
AM: LPN.CSF
AA: QTS; YTS
6810 Hex F: Sub-task initialization not possible
R: Block LPN disables.
A: Configure LPN-FB in a different sampling time.
EQ: ZF_ERR_NUM_LPN_INI_SUB_TASK
EM: LPN.CSF
AM: LPN.CSF
AA: QTS; YTS

3.2.9 Central Blocks for Links

3.2.9.1 Coupling Memory Link

6900 Hex F: Several @CMM blocks were configured with the same coupling
memory board names.
R: @CMM reverts to the dead status.
A: Remove one of the configured @CMM blocks.
EQ: ZF_ERR_NUM_CMM_MEHR_PROJ
EM: _CMM.CSF
AM: _CMM.CSF
AA: 7-Seg. ’C’
6901 Hex F: Unknown function return value of the function zp_cip_freigabe.
R: @CMM reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CMM_CIP_FREI_FRW_ERR
EM: _CMM.CSF
AM: _CMM.CSF
AA: 7-Seg. ’C’

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6902 Hex F: The CIP entry for the @CMM block cannot be accessed.
R: @CMM reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CMM_CIP_NAM_KEN_N_AD
EM: ZBAK.CSF
AM: _CMM.CSF
AA: 7-Seg. ’C’

6903 Hex F: The CIP entry for the @CMM block does not exist.
R: @CMM reverts to the dead status.
A: Check the configured name at the CTS connector.
EQ: ZF_ERR_NUM_CMM_NAM_N_KENN
EM: ZBAK.CSF
AM: _CMM.CSF
AA: 7-Seg. ’C’
6904 Hex F: Unknown function return value of the function zbak_cip_suche.
R: @CMM reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CMM_SUCH_FRW_ERR
EM: _CMM.CSF
AM: _CMM.CSF
AA: 7-Seg. ’C’
6905 Hex F: Unknown function return value of the function
zp_dexdo_reorganization.
R: @CMM reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CMM_REOR_FRW_ERR
EM: _CMM.CSF
AM: _CMM.CSF
AA: 7-Seg. ’C’
6906 Hex F: Unknown operating status of the @CMM block.
R: @CMM reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CMM_BZS_ERR
EM: _CMM.CSF
AM: _CMM.CSF
AA: 7-Seg. ’C’
6907 Hex F: SAVE memory assigning not possible for the warm start flag.
Exact cause of error see section Error Supplementary
Code bsspvw_geme.
R: @CMM reverts to the dead status.
A: Reduce the SAVE requirement in the application.
EQ: ZF_ERR_NUM_CMM_SAVE_ZU_KURZ
EM: ZP.CSF
AM: _CMM.CSF
AA: 7-Seg. ’C’
6908 Hex F: SAVE area not found.
Exact cause of error see section Error Supplementary
Code bsspvw_info.
R: @CMM reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CMM_SAVE_N_KENN
EM: ZP.CSF
AM: _CMM.CSF
AA: 7-Seg. ’C’

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6909 Hex F: @CMM block was configured in an impermissible sampling time

(not between 32 ms and 255 ms).
R: @CMM reverts to the dead status.
A: Configure the sampling time between 32 ms and 255 ms.
EQ: ZF_ERR_NUM_CMM_ABTASTZEIT_ERR
EM: ZP.CSF
AM: _CMM.CSF
AA: 7-Seg. ’C’
690A Hex F: Memory assigning not possible for the exception structure.
Exact cause of error see section Error Supplementary
Code bsspvw_geme.
R: @CMM reverts to the dead status.
A: Reduce the RAM requirement in the application.
EQ: ZF_ERR_NUM_CMM_EXC_ZU_KURZ
EM: ZP.CSF
AM: _CMM.CSF
AA: 7-Seg. ’C’
690B Hex F: Memory assigning not possible for the reorganization structure.
Exact cause of error see section Error Supplementary
Code bsspvw_geme.
R: @CMM reverts to the dead status.
A: Reduce the RAM requirement in the application.
EQ: ZF_ERR_NUM_CMM_REORG_ZU_KURZ
EM: ZP.CSF
AM: _CMM.CSF
AA: 7-Seg. ’C’
690C Hex F: Unknown function return value of the function zp_fb_init.
R: @CMM reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CMM_FB_INIT_FRW_ERR
EM: _CMM.CSF
AM: _CMM.CSF
AA: 7-Seg. ’C’
690D Hex F: Link type in CIP entry is not set to ‘‘Coupling Memory Link’’.
R: @CMM reverts to the dead status.
A: Check the configured name at the CTS connector;
Check that the configured block type corresponds to
@CMM
EQ: ZF_ERR_NUM_CMM_KOP_TYP_ERR
EM: _CMM.CSF
AM: _CMM.CSF
AA: 7-Seg. ’C’
690E Hex F: Unknown function return value of the function
zp_anmelde_ueberwachung.
R: @CMM reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CMM_ANM_FRW_ERR
EM: _CMM.CSF
AM: _CMM.CSF
AA: 7-Seg. ’C’

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690F Hex F: Unknown registered status determined in DEXDO3 management

section.
R: @CMM reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CMM_ANM_STATUS_ERR
EM: ZP.CSF
AM: _CMM.CSF
AA: 7-Seg. ’C’

3.2.9.2 Rack Link

6910 Hex F: Several @CS11 blocks were configured with the same CS11
board names.
R: @CS11 reverts to the dead status.
A: Remove one of the configured @CS11 blocks
EQ: ZF_ERR_NUM_CS11_MEHR_PROJ
EM: _CS11.CSF
AM: _CS11.CSF
AA: 7-Seg. ’C’
6911 Hex F: Unknown function return value of the function zp_cip_freigabe.
R: @CMM reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CS11_CIP_FREI_FRW_ERR
EM: _CS11.CSF
AM: _CS11.CSF
AA: 7-Seg. ’C’
6912 Hex F: The CIP entry for the @CS11 block cannot be accessed.
R: @CMM reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CS11_CIP_NAM_KEN_N_AD
EM: ZBAK.CSF
AM: _CS11.CSF
AA: 7-Seg. ’C’

6913 Hex F: The CIP entry for the @CS11 block does not exist.
R: @CS11 reverts to the dead status.
A: Check the configured name at the CTS connector.
EQ: ZF_ERR_NUM_CS11_NAM_N_KENN
EM: ZBAK.CSF
AM: _CS11.CSF
AA: 7-Seg. ’C’
6914 Hex F: Unknown function return value of the function zbak_cip_suche.
R: @CS11 reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CS11_SUCH_FRW_ERR
EM: ._CS11.CSF
AM: _CS11.CSF
AA: 7-Seg. ’C’

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6915 Hex F: Unknown function return value of the function

zp_dexdo_reorganization.
R: @CS11 reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CS11_REOR_FRW_ERR
EM: _CS11.CSF
AM: _CS11.CSF
AA: 7-Seg. ’C’
6916 Hex F: Unknown operating status of the @CS11 blocks.
R: @CS11 reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CS11_BZS_ERR
EM: _CS11.CSF
AM: _CS11.CSF
AA: 7-Seg. ’C’
6917 Hex F: SAVE memory assigning not possible for the warm start flag.
Exact cause of error see section Error Supplementary
Code bsspvw_geme.
R: @CS11 reverts to the dead status.
A: Reduce the SAVE requirement in the application.
EQ: ZF_ERR_NUM_CS11_SAVE_ZU_KURZ
EM: ZP.CSF
AM: _CS11.CSF
AA: 7-Seg. ’C’
6918 Hex F: SAVE area not found.
Exact cause of error see section Error Supplementary
Code bsspvw_info.
R: @CS11 reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CS11_SAVE_N_KENN
EM: ZP.CSF
AM: _CS11.CSF
AA: 7-Seg. ’C’
6919 Hex F: @CS11 block was configured in a impermissible sampling time
(not between 32 ms and 255 ms).
R: @CS11 reverts to the dead status.
A: Configure the sampling time between 32 ms and 255 ms.
EQ: ZF_ERR_NUM_CS11_ABTASTZEIT_ERR
EM: ZP.CSF
AM: _CS11.CSF
AA: 7-Seg. ’C’
691A Hex F: Memory assignment not possible for the exception structure.
Exact cause of error see section Error Supplementary
Code bsspvw_geme.
R: @CS11 reverts to the dead status.
A: Reduce the RAM requirement in the application.
EQ: ZF_ERR_NUM_CS11_EXC_ZU_KURZ
EM: ZP.CSF
AM: _CS11.CSF
AA: 7-Seg. ’C’

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691B Hex F: Memory assigning not possible for the reorganization structure.
Exact cause of error see section Error Supplementary
Code bsspvw_geme.
R: @CS11 reverts to the dead status.
A: Reduce the RAM requirement in the application.
EQ: ZF_ERR_NUM_CS11_REORG_ZU_KURZ
EM: ZP.CSF
AM: _CS11.CSF
AA: 7-Seg. ’C’
691C Hex F: Unknown function return value of the function zp_fb_init.
R: @CS11 reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CS11_FB_INIT_FRW_ERR
EM: _CS11.CSF
AM: _CS11.CSF
AA: 7-Seg. ’C’
691D Hex F: Link type or sub-link type is not set to "CS11 rack link".
R: @CS11 reverts to the neutral state
A: Check the configured name at the CTS connector;
The configured name at the CTS connector must
correspond to a CS11 board
EQ: ZF_ERR_NUM_CS11_KOP_TYP_ERR
EM: _CS11.CSF
AM: _CS11.CSF
AA: 7-Seg. ’C’
691E Hex F: Unknown function return value of the function
zp_anmelde_ueberwachung.
R: @CS11 reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CS11_ANM_FRW_ERR
EM: _CS11.CSF
AM: _CS11.CSF
AA: 7-Seg. ’C’
691F Hex F: Unknown registered status detected in DEXDO3 management
section.
R: @CS11 reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CS11_ANM_STATUS_ERR
EM: ZP.CSF
AM: _CS11.CSF
AA: 7-Seg. ’C’
6920 Hex F: The configured name of the @CS21 block corresponds to
another in the link.
R: @CS21 reverts to the dead status.
A: Check, whether the name at the CTS connector
corresponds to another CS21 block;
Check, whether the @CS21 block has been multiply
configured on the same CS21 board.
EQ: ZF_ERR_NUM_CS21_MEHR_PROJ
EM: _CS21.CSF
AM: _CS21.CSF
AA: 7-Seg. ’C’

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6921 Hex F: The CIP entry for the @CS21 block cannot be accessed.
R: @CS21 reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CS21_CIP_NAM_KEN_N_AD
EM: ZBAK.CSF
AM: _CS21.CSF
AA: 7-Seg. ’C’

6922 Hex F: The CIP entry for the @CS21 block does not exist.
R: @CS21 reverts to the dead status.
A: Check the configured name at the CTS connector.
EQ: ZF_ERR_NUM_CS21_CIP_NAM_N_KENN
EM: ZBAK.CSF
AM: _CS21.CSF
AA: 7-Seg. ’C’
6923 Hex F: Unknown function return value of the function zbak_cip_suche.
R: @CS21 reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CS21_CIP_SUCH_FRW_ERR
EM: ._CS21.CSF
AM: _CS21.CSF
AA: 7-Seg. ’C’
6924 Hex not utilized.
6925 Hex F: There are already three registered @CS21 blocks in the link.
R: @CS21 reverts to the dead status.
A: Power down rack and power up again after 10 seconds;
Check whether more than three CS21 boards exist on
the link;
Check whether the @CS21 block has been multiply
configured on the same CS21 board.
EQ: ZF_ERR_NUM_CS21_SCHON_DREI_CS21
EM: _CS21.CSF
AM: _CS21.CSF
AA: 7-Seg. ’C’
6926 Hex F: The configured CS11 board does not exist.
R: @CS21 reverts to the dead status.
A: Check the configured CS11 name at the MTS connector.
EQ: ZF_ERR_NUM_CS21_CS11_N_KENN
EM: _CS21.CSF
AM: _CS21.CSF
AA: 7-Seg. ’C’
6927 Hex F: Unknown function return value of the function _cs21_anmeldung.
R: @CS21 reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CS21_ANM_FRW_ERR
EM: _CS21.CSF
AM: _CS21.CSF
AA: 7-Seg. ’C’
6928 Hex F: Unknown operating status of the @CS21 block.
R: @CS21 reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CS21_BZS_ERR
EM: _CS21.CSF
AM: _CS21.CSF
AA: 7-Seg. ’C’

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6929 Hex F: SAVE memory assigning not possible for the warm start flag.
Exact cause of error see section Error Supplementary
Code bsspvw_geme
R: @CS21 reverts to the dead status.
A: Reduce the SAVE requirement in the application.
EQ: ZF_ERR_NUM_CS21_SAVE_ZU_KURZ
EM: ZP.CSF
AM: _CS21.CSF
AA: 7-Seg. ’C’
692A Hex F: SAVE area not found.
Exact cause of error see section Error Supplementary
Code bsspvw_info
R: @CS21 reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CS21_SAVE_N_KENN
EM: ZP.CSF
AM: _CS21.CSF
AA: 7-Seg. ’C’
692B Hex F: @CS21 block was configured in an impermissible sampling time
(not between 32 ms and 255 ms).
R: @CS21 reverts to the dead status.
A: Configure the sampling time between 32 ms and 255 ms.
EQ: ZF_ERR_NUM_CS21_ABTASTZEIT_ERR
EM: ZP.CSF
AM: _CS21.CSF
AA: 7-Seg. ’C’
692C Hex F: Memory assigning not possible for exception structure.
Exact cause of error see section Error Supplementary
Code bsspvw_geme.
R: @CS21 reverts to the dead status.
A: Reduce the RAM requirement in the application.
EQ: ZF_ERR_NUM_CS21_EXC_ZU_KURZ
EM: ZP.CSF
AM: _CS21.CSF
AA: 7-Seg. ’C’
692D Hex F: Memory assigning not possible for reorganization structure.
Exact cause of error see section Error Supplementary
Code bsspvw_geme.
R: @CS21 reverts to the dead status.
A: Reduce the RAM requirement in the application.
EQ: ZF_ERR_NUM_CS21_REORG_ZU_KURZ
EM: ZP.CSF
AM: _CS21.CSF
AA: 7-Seg. ’C’
692E Hex F: Unknown function return value of the function zp_fb_init.
R: @CS21 reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CS21_FB_INIT_FRW_ERR
EM: _CS21.CSF
AM: _CS21.CSF
AA: 7-Seg. ’C’
692F Hex to 6931 not utilized.
Hex

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6932 Hex F: Link type or sub-link type is not set to "CS11 rack link".
R: @CS21 reverts to the neutral state
A: Check the configured name at the CTS connector;
The configured name at the CTS connector must
correspond to a CS21 board
EQ: ZF_ERR_NUM_CS21_KOP_TYP_ERR
EM: _CS21.CSF
AM: _CS21.CSF
AA: 7-Seg. ’C’
6933 Hex F: The software version on the processor board is not compatible
with the version in the CS11 rack.
R: @CS21 reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CS21_VERSION_ERR
EM: _CS21.CSF
AM: _CS21.CSF
AA: 7-Seg. ’C’
6934 Hex to 693F not utilized.
Hex

3.2.9.3 PN Local Link

6940 Hex F: The @CPN block was multiply configured on the same processor
board.
R: @CPN reverts to the dead status.
A: Remove one of the configured @CPN blocks.
EQ: ZF_ERR_NUM_CPN_MEHR_PROJ
EM: _CPN.CSF
AM: _CPN.CSF
AA: 7-Seg. ’C’
6941 Hex F: Unknown function return value of the function zp_cip_freigabe.
R: @CPN reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CPN_CIP_FREI_FRW_ERR
EM: _CPN.CSF
AM: _CPN.CSF
AA: 7-Seg. ’C’
6942 Hex F: The CIP entry for the @CPN block cannot be accessed,
since it is pointing to another processor board.
R: @CPN reverts to the dead status.
A: Board name at the CTS connector must correspond to
the name of the processor board.
EQ: ZF_ERR_NUM_CPN_CIP_NAM_KEN_N_AD
EM: ZBAK.CSF
AM: _CPN.CSF
AA: 7-Seg. ’C’

6943 Hex F: The CIP entry for the @CPN block does not exist.
R: @CPN reverts to the dead status.
A: Check the configured name at the CTS connector.
EQ: ZF_ERR_NUM_CPN_CIP_NAM_N_KENN
EM: ZBAK.CSF
AM: _CPN.CSF
AA: 7-Seg. ’C’

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6944 Hex F: Unknown function return value of the function zbak_cip_suche.

R: @CPN reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CPN_CIP_SUCH_FRW_ERR
EM: _CPN.CSF
AM: _CPN.CSF
AA: 7-Seg. ’C’
6945 Hex F: Unknown function return value of the function
zp_dexdo_reorganization.
R: @CPN reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CPN_REOR_FRW_ERR
EM: _CPN.CSF
AM: _CPN.CSF
AA: 7-Seg. ’C’
6946 Hex F: Unknown operating status of the @CPN block.
R: @CPN reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CPN_BZS_ERR
EM: _CPN.CSF
AM: _CPN.CSF
AA: 7-Seg. ’C’
6947 Hex F: SAVE memory assigning not possible for warm start flag.
Exact cause of error see section Error Supplementary
Code bsspvw_geme.
R: @CPN reverts to dead status.
A: Reduce the SAVE requirement in the application.
EQ: ZF_ERR_NUM_CPN_SAVE_ZU_KURZ
EM: ZP.CSF
AM: _CPN.CSF
AA: 7-Seg. ’C’
6948 Hex F: SAVE area not found.
Exact cause of error see section Error Supplementary
Code bsspvw_info.
R: @CPN reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CPN_SAVE_N_KENN
EM: ZP.CSF
AM: _CPN.CSF
AA: 7-Seg. ’C’
6949 Hex F: @CPN block was configured in an impermissible sampling time
(not between 32 ms and 255 ms)
R: @CPN reverts to the dead status.
A: Configure the sampling time between 32 ms and 255 ms.
EQ: ZF_ERR_NUM_CPN_ABTASTZEIT_ERR
EM: ZP.CSF
AM: _CPN.CSF
AA: 7-Seg. ’C’

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694A Hex F: Memory assigning not possible for exception structure.

Exact cause of error see section Error Supplementary
Code bsspvw_geme.
R: @CS21 reverts to the dead status.
A: Reduce the RAM requirement in the application.
EQ: ZF_ERR_NUM_CPN_EXC_ZU_KURZ
EM: ZP.CSF
AM: _CPN.CSF
AA: 7-Seg. ’C’
694B Hex F: Memory assigning not possible for reorganization structure.
Exact cause of error see section Error Supplementary
Code bsspvw_geme.
R: @CS21 reverts to the dead status.
A: Reduce the RAM requirement in the application.
EQ: ZF_ERR_NUM_CPN_REORG_ZU_KURZ
EM: ZP.CSF
AM: _CPN.CSF
AA: 7-Seg. ’C’
694C Hex F: Unknown function return value of the function zp_fb_init.
R: @CPN reverts to the dead status.
A: Contact Siemens AG
EQ: ZF_ERR_NUM_CPN_FB_INIT_FRW_ERR
EM: _CPN.CSF
AM: _CPN.CSF
AA: 7-Seg. ’C’
694D Hex F: Link type is not set to ‘‘PN Local Link’’.
R: @CS21 reverts to the dead status
A: Check the configured name at the CTS connector;
Check that the configured block type corresponds to
@CS21.
EQ: ZF_ERR_NUM_CPN_KOP_TYP_ERR
EM: _CPN.CSF
AM: _CPN.CSF
AA: 7-Seg. ’C’
694E Hex F: Unknown function return value of the function
zp_anmelde_ueberwachung.
R: @CPN reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CPN_ANM_FRW_ERR
EM: _CPN.CSF
AM: _CPN.CSF
AA: 7-Seg. ’C’
694F Hex F: Unknown register status detected in the DEXDO3 management
section.
R: @CPN reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CPN_ANM_STATUS_ERR
EM: ZP.CSF
AM: _CPN.CSF
AA: 7-Seg. ’C’

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3.2.9.4 Link DUST1

6965 Hex F: Specification at the TWU connector faulty.

R: @CSD01 reverts to the dead status.
A: Set specifications at the TWU connector to only decimal
values be tween 0 and 1000.
EQ: ZF_ERR_NUM_CSD1_TWU_ERR
EM: _CSD01.CSF
AM: _CSD01.CSF
AA: 7-Seg. ’C’
6966 Hex F: Specification at the BDR connector faulty.
R: @CSD01 reverts to the dead status.
A: The specification at the BDR connector can only
correspond to one of the following baud rates:
300, 600, 1200, 2400, 4800, 9600, 19200
EQ: ZF_ERR_NUM_CSD1_BDR_ERR
EM: _CSD01.CSF
AM: _CSD01.CSF
AA: 7-Seg. ’C’
6969 Hex to 6996 not utilized.
Hex
3.2.9.5 Link SINEC H1

6970 Hex F: Several @CSH11 blocks were configured with the same CSH11
board names.
R: @CSH11 reverts to the dead status.
A: Remove one of the configured @CSH11 blocks.
EQ: ZF_ERR_NUM_CSH1_MEHR_PROJ
EM: _CSH11.CSF
AM: _CSH11.CSF
AA: 7-Seg. ’C’
6971 Hex F: Unknown function return value of the function zp_cip_freigabe.
R: @CSH11 reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSH1_CIP_FREI_FRW_ERR
EM: _CSH11.CSF
AM: _CSH11.CSF
AA: 7-Seg. ’C’
6972 Hex F: The CIP entry for the @CSH11 block cannot be accessed.
R: @CSH11 reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSH1_CIP_NAM_KEN_N_AD
EM: ZBAK.CSF
AM: _CSH11.CSF
AA: 7-Seg. ’C’
6973 Hex F: The CIP entry for the @CSH11 block does not exist.
R: @CSH11 reverts to the dead status.
A: Check the configured name at the CTS connector.
EQ: ZF_ERR_NUM_CSH1_CIP_NAM_N_KENN
EM: ZBAK.CSF
AM: _CSH11.CSF
AA: 7-Seg. ’C’

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6974 Hex F: Unknown function return values of the function zbak_cip_suche.

R: @CSH11 reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSH1_CIP_SUCH_FRW_ERR
EM: _CSH11.CSF
AM: _CSH11.CSF
AA: 7-Seg. ’C’
6975 Hex F: Unknown function return values of the function
zp_dexdo_reorganization.
R: @CSH11 reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSH1_REOR_FRW_ERR
EM: _CSH11.CSF
AM: _CSH11.CSF
AA: 7-Seg. ’C’
6976 Hex F: Unknown operating status of the @CSH11 block.
R: @CSH11 reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSH1_BZS_ERR
EM: _CSH11.CSF
AM: _CSH11.CSF
AA: 7-Seg. ’C’
6977 Hex F: SAVE memory assigning not possible for warm start flag.
Exact cause of error see section Error Supplementary
Code bsspvw_geme.
R: @CSH11 reverts to dead status.
A: Reduce the SAVE requirement in the application.
EQ: ZF_ERR_NUM_CSH1_SAVE_ZU_KURZ
EM: ZP.CSF
AM: _CSH11.CSF
AA: 7-Seg. ’C’
6978 Hex F: SAVE area not found.
Exact cause of error see section Error Supplementary
Code bsspvw_info
R: @CSH11 reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSH1_SAVE_N_KENN
EM: ZP.CSF
AM: _CSH11.CSF
AA: 7-Seg. ’C’
6979 Hex F: @CSH11 block was configured in an impermissible sampling
time
(not between 32 ms and 255 ms)
R: @CSH11 reverts to the dead status.
A: Configure the sampling time between 32 ms and 255 ms.
EQ: ZF_ERR_NUM_CSH1_ABTASTZEIT_ERR
EM: ZP.CSF
AM: _CSH11.CSF
AA: 7-Seg. ’C’

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697A Hex F: Memory assigning not possible for the exception structure.
Exact cause of error see section Error Supplementary
Code bsspvw_geme.
R: @CSH11 reverts to the dead status.
A: Reduce the RAM requirement in the application.
EQ: ZF_ERR_NUM_CSH1_EXC_ZU_KURZ
EM: ZP.CSF
AM: _CSH11.CSF
AA: 7-Seg. ’C’
697B Hex F: Memory assigning not possible for reorganization structure.
Exact cause of error see section Error Supplementary
Code bsspvw_geme.
R: @CS21 reverts to the dead status.
A: Reduce the RAM requirement in the application.
EQ: ZF_ERR_NUM_CSH1_REORG_ZU_KURZ
EM: ZP.CSF
AM: _CSH11.CSF
AA: 7-Seg. ’C’
697C Hex F: Unknown function return value of the function zp_fb_init.
R: @CSH11 reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSH1_FB_INIT_FRW_ERR
EM: _CSH11.CSF
AM: _CSH11.CSF
AA: 7-Seg. ’C’
697D Hex F: Link type not set to ‘‘CSH11 Link’’.
R: @CSH11 reverts to the dead status.
A: Check the configured name at the CTS connector;
Check that the block type corresponds to @CSH11.
EQ: ZF_ERR_NUM_CSH1_KOP_TYP_ERR
EM: _CSH11.CSF
AM: _CSH11.CSF
AA: 7-Seg. ’C’
697E Hex F: Unknown function return value of the function
zp_anmelde_ueberwachung.
R: @CSH11 reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSH1_ANM_FRW_ERR
EM: _CSH11.CSF
AM: _CSH11.CSF
AA: 7-Seg. ’C’
697F Hex F: Unknown register status detected in DEXDO3 management
section.
R: @CSH11 reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSH1_ANM_STATUS_ERR
EM: ZP.CSF
AM: _CSH11.CSF
AA: 7-Seg. ’C’

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6980 Hex F: CSH11 firmware has detected an unrepairable error.

R: @CSH11 reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSH1_INI_ERR
EM: ZP.CSF
AM: _CSH11.CSF
AA: 7-Seg. ’C’
6981 Hex F: CSH11 firmware has reverted to an error status.
R: @CSH11 reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSH1_TOT
EM: ZP.CSF
AM: _CSH11.CSF
AA: 7-Seg. ’C’
6982 Hex F: Unknown status of the CSH11 firmware.
R: @CSH11 reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSH1_ZUS_ERR
EM: ZP.CSF
AM: _CSH11.CSF
AA: 7-Seg. ’C’
6983 Hex F: Unknown function return value of the function
zp_firmware_zyklisch.
R: @CSH11 reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSH1_FIRM_ZYK_FRW_ERR
EM: ZP.CSF
AM: _CSH11.CSF
AA: 7-Seg. ’C’
6984 Hex F: Length of the specified address at the MAA connector is false.
R: @CSH11 reverts to the dead status.
A: Specification at the MAA connector must be exactly 12
characters long.
EQ: ZF_ERR_NUM_CSH1_STRING_LEN_ERR
EM: _CSH11.CSF
AM: _CSH11.CSF
AA: 7-Seg. ’C’
6985 Hex F: Specification at the MMA connector faulty.
R: @CSH11 reverts to the dead status.
A: The address at the MAA connector must correspond to a
hexa decimal number, i.e. only numbers 0, 1, 2, 3, 4, 5, 6, 7, 8,
9 and letters a, b, c, d, e, f are permitted.
EQ: ZF_ERR_NUM_CSH1_STRING_ERR
EM: _CSH11.CSF
AM: _CSH11.CSF
AA: 7-Seg. ’C’
6986 Hex F: Memory assigning not possible for the firmware structure.
Exact cause of error see section Error Supplementary
Code bsspvw_geme.
R: @CSH11 reverts to the dead status.
A: Reduce the RAM requirement in the application.
EQ: ZF_ERR_NUM_CSH1_N_MEM
EM: ZP.CSF
AM: _CSH11.CSF
AA: 7-Seg. ’C’

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6987 Hex F: Unknown function return value of the function _csh11_init.

R: @CSH11 reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSH1_INI_FRW_ERR
EM: ZP.CSF
AM: _CSH11.CSF
AA: 7-Seg. ’C’
6988 Hex F: Unknown function return value of the function
_csh11_firmware_init.
R: @CSH11 reverts to the dead status.
A: Contact Siemens AG
EQ: ZF_ERR_NUM_CSH1_FIR_INIT_FRW_ERR
EM: ZP.CSF
AM: _CSH11.CSF
AA: 7-Seg. ’C’
6989 Hex to 698F not utilized.
Hex

3.2.9.6 Allgemeine Zentral-Funktionsbaustein-Fehlerkennung

6990 Hex F: Several communications central blocks were configured

with the same CS7 board names or interface name.
R: @CSxyz reverts to the dead status.
A: Remove one of the configured @CSxyz blocks
EQ: ZF_ERR_NUM_CL2F_MEHR_PROJ
EM: _CSxyz.CSF
AM: _CSxyz.CSF
AA: 7-Seg. ’C’
6991 Hex F: Unknown return function of the function zp_cip_freigabe.
R: @CSxyz reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CL2F_CIP_FREI_FRW_ERR
EM: _CSxyz.CSF
AM: _CSxyz.CSF
AA: 7-Seg. ’C’
6992 Hex F: The CIP entry for the @CSxyz block cannot be accessed.
R: @CSxyz reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CL2F_CIP_NAM_KEN_N_AD
EM: ZBAK.CSF
AM: _CSxyz.CSF
AA: 7-Seg. ’C’
6993 Hex F: The CIP entry for the @CSxyz block does not exist.
R: @CSxyz reverts to the dead status.
A: Check the configured name at the CTS connector.
EQ: ZF_ERR_NUM_CL2F_CIP_NAM_N_KENN
EM: ZBAK.CSF
AM: _CSxyz.CSF
AA: 7-Seg. ’C’

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6994 Hex F: Unknown function return value of the function zbak_cip_suche.

R: @CSxyz reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CL2F_CIP_SUCH_FRW_ERR
EM: _CSxyz.CSF
AM: _CSxyz.CSF
AA: 7-Seg. ’C’
6995 Hex F: Unknown function return value of the function
zp_dexdo_reorganization.
R: @CSxyz reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CL2F_REOR_FRW_ERR
EM: _CSxyz.CSF
AM: _CSxyz.CSF
AA: 7-Seg. ’C’
6996 Hex F: Unknown operating status of the @CSxyz block.
R: @CSxyz reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CL2F_BZS_ERR
EM: _CSxyz.CSF
AM: _CSxyz.CSF
AA: 7-Seg. ’C’
6997 Hex F: SAVE memory assigning not possible for warm start flag.
Exact cause of error see section Error Supplementary
Code bsspvw_geme.
R: @CSxyz reverts to dead status.
A: Reduce the SAVE requirement in the application.
EQ: ZF_ERR_NUM_CSH1_SAVE_ZU_KURZ
EM: ZP.CSF
AM: _CSH11.CSF
AA: 7-Seg. ’C’
6998 Hex F: SAVE area not found.
Exact cause of error see section Error Supplementary
Code bsspvw_info
R: @CSxyz reverts to the dead status.
A: Contact Siemens AG
EQ: ZF_ERR_NUM_CL2F_SAVE_N_KENN
EM: ZP.CSF
AM: _CSxyz.CSF
6999 Hex F: @CSxyz block was configured in an impermissible sampling
time
(not between 32 ms and 255 ms)
R: @CSxyz reverts to the dead status.
A: Configure the sampling time between 32 ms and 255 ms.
EQ: ZF_ERR_NUM_CL2F_ABTASTZEIT_ERR
EM: ZP.CSF
AM: _CSxyz.CSF
AA: 7-Seg. ’C’

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699A Hex F: Memory assigning not possible for the exception structure.
R: @CSxyz reverts to the dead status.
A: Configure the sampling time between 32 ms and 255 ms.
A: Reduce the RAM requirement in the application.
EQ: ZF_ERR_NUM_CL2F_EXC_ZU_KURZ
EM: ZP.CSF
AM: _CSxyz.CSF
AA: 7-Seg. ’C’
699B Hex F: Memory assigning not possible for the reorganization structure.
R: @CSxyz reverts to the dead status.
A: Configure the sampling time between 32 ms and 255 ms.
A: Reduce the RAM requirement in the application.
EQ: ZF_ERR_NUM_CL2F_REORG_ZU_KURZ
EM: ZP.CSF
AM: _CSxyz.CSF
AA: 7-Seg. ’C’
699C Hex F: Unknown function return value for the function zp_fb_init.
R: @CSxyz reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CL2F_FB_INIT_FRW_ERR
EM: _CSxyz.CSF
AM: _CSxyz.CSF
AA: 7-Seg. ’C’
699D Hex F: Link type is not set to ‘‘CSL2x Link’’.
R: @CSxyz reverts to the dead status.
A: Check the configure name at the CTS connector;
Check that the block type corresponds to @CSxyz.
EQ: ZF_ERR_NUM_CL2F_KOP_TYP_ERR
EM: _CSxyz.CSF
AM: _CSxyz.CSF
AA: 7-Seg. ’C’
699E Hex F: Unknown function return value for the function
zp_anmelde_ueberwachung.
R: @CSxyz reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CL2F_ANM_FRW_ERR
EM: _CSxyz.CSF
AM: _CSxyz.CSF
AA: 7-Seg. ’C’
699F Hex F: Unknown register status detected in DEXDO3 management
section.
R: @CSxyz reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CL2F_ANM_STATUS_ERR
EM: ZP.CSF
AM: _CSxyz.CSF
AA: 7-Seg. ’C’
69A0 Hex F: CSL2x firmware has detected an unrepairable error.
R: @CSxyz reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CL2F_INIT_ERR
EM: ZP.CSF
AM: _CSxyz.CSF
AA: 7-Seg. ’C’

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69A1 Hex F: CSL2x firmware has reverted to an error status or SS5x module
insert is missing.
R: @CSxyz reverts to the dead status.
A: SS5x module in the CS7 board;
Contact Siemens AG.
EQ: ZF_ERR_NUM_CL2F_TOT
EM: ZP.CSF
AM: _CSxyz.CSF
AA: 7-Seg. ’C’
69A2 Hex F: Unknown status of the CSL2x firmware.
R: @CSxyz reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CL2F_ZUS_ERR
EM: ZP.CSF
AM: _CSxyz.CSF
AA: 7-Seg. ’C’

69A3 Hex F: Unknown function return value of the function

zp_firmware_zyklisch.
R: @CSxyz reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CL2F_FIRM_ZYK_FRW_ERR
EM: ZP.CSF
AM: _CSxyz.CSF
AA: 7-Seg. ’C’
69A4 Hex F: Station address false at the MAA connector.
R: @CSxyz reverts to the dead status.
A: The specification at the MAA connector must correspond
to a
number between 1 and 126. (@CSL2A: between 1 and
123)
EQ: ZF_ERR_NUM_CL2F_STAT_ADR_ERR
EM: _CSxyz.CSF
AM: _CSxyz.CSF
AA: 7-Seg. ’C’
69A5 Hex not utilized.
69A6 Hex F: Memory assigning not possible for the firmware structure.
Exact cause of error see section Error Supplementary
Code bsspvw_geme
R: @CSxyz reverts to the dead status.
A: Reduce the RAM requirement of the application.
EQ: ZF_ERR_NUM_CL2F_N_MEM
EM: ZP.CSF
AM: _CSxyz.CSF
AA: 7-Seg. ’C’
69A7 Hex F: Unknown function return value of the function _csl2f_init.
R: @CSxyz reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CL2F_INIT_FRW_ERR
EM: ZP.CSF
AM: _CSxyz.CSF
AA: 7-Seg. ’C’

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69A8 Hex F: Unknown function return value of the function

_csl2f_firmware_init.
R: @CSxyz reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CL2F_FIR_INIT_FRW_ERR
EM: ZP.CSF
AM: _CSxyz.CSF
AA: 7-Seg. ’C’
69A9 Hex F: Specification of the BDR connector faulty.
R: @CSxyz reverts to the dead status.
A: The coded baud rate at the BDR connector must
correspond to
a number between 0 and 5 (@CSL2A: between 0 and 8).
EQ: ZF_ERR_NUM_CL2F_BDR_ERR
EM: _CSxyz.CSF
AM: _CSxyz.CSF
AA: 7-Seg. ’C’
69AA Hex F: Specification of the AST connector faulty.
R: @CSL2L reverts to the dead status.
A: The value at the BDR connector must correspond to
a number between 0 and 126.
EQ: ZF_ERR_NUM_CL2L_AST_ERR
EM: _CSL2L.CSF
AM: _CSL2L.CSF
AA: 7-Seg. ’C’

69AB Hex F: Projektierungsfehler Eingang LTT

R: Baustein schaltet sich ab, Eintrag ins Kommunikationsfehlerfeld
A: Eingang LTT korrigieren
EQ: ZF_ERR_NUM_STD_KON_LTT
EM: _peer.csf
AM: _peer.csf
69AC Hex F: Projektierungsfehler Eingang LTR
R: Baustein schaltet sich ab, Eintrag ins Kommunikationsfehlerfeld
A: Eingang LTR korrigieren
EQ: ZF_ERR_NUM_STD_KON_LTR
EM: _peer.csf
AM: _peer.csf
69AD Hex F: Projektierungsfehler Anschluss CTS
R: Baustein schaltet sich ab, Eintrag ins Kommunikationsfehlerfeld
A: Anschluss CTS korrigieren (X01, X02 beachten)
EQ: ZF_ERR_NUM_STD_KON_CTS
EM: _peer.csf, _uss_s/m
AM: _peer.csf, _uss_s/m
69AE Hex F: Fehler bei Kommunikationsinitialisierung („ZINI-Eintrag“)
R: Baustein schaltet sich ab, Eintrag ins Kommunikationsfehlerfeld
A: Siemens AG benachrichtigen
EQ: ZF_ERR_NUM_STD_FRW_ZINI
EM: diverse
AM: diverse
Zusatzcode: Rückgabewert der Funktion zg_zini_Nachtrag

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69AF Hex F: Fehler bei Speicherbeschaffung

R: Baustein schaltet sich ab, Eintrag ins Kommunikationsfehlerfeld
A: Projektierung verkleinern
EQ: ZF_ERR_NUM_STD_FRW_GEME
EM: diverse
AM: diverse
Zusatzcode: Rückgabewert der Funktion bsspvw_geme
69B0 Hex F: Schnitstelle X01/X02 ist belegt
R: Baustein schaltet sich ab, Eintrag ins Kommunikationsfehlerfeld
A: Nur eine Kopplung pro Schnittstelle projektieren
EQ: ZF_ERR_NUM_STD_SST_BELEGT
EM: _peer.csf, _uss_s/m
AM: _peer.csf, _uss_s/m
69B1 Hex F: Projektierungsfehler Eingang BDR
R: Baustein schaltet sich ab, Eintrag ins Kommunikationsfehlerfeld
A: Eingang BDR korrigieren
EQ: ZF_ERR_NUM_STD_KON_BDR
EM: _peer.csf, _uss_s/m
AM: _peer.csf, _uss_s/m
69B2 Hex F: Projektierungsfehler Eingang MAA
R: Baustein schaltet sich ab, Eintrag ins Kommunikationsfehlerfeld
A: Eingang MAA korrigieren
EQ: ZF_ERR_NUM_STD_KON_MAA
EM: _uss_s
AM: _uss_s
69B3 Hex F: Projektierungsfehler Eingang PZD
R: Baustein schaltet sich ab, Eintrag ins Kommunikationsfehlerfeld
A: Eingang PZD korrigieren
EQ: ZF_ERR_NUM_STD_KON_PZD
EM: _uss_s
AM: _uss_s
69B4 Hex F: Schnitstelle X01 nicht für USS freigegeben
R: USS wird nicht gestartet, es läuft Service auf X01
A: Schalter S1/8 auf T400 auf ON stellen
EQ: ZF_ERR_NUM_STD_SST_SPERR_X01
EM: _uss_s/m
AM: _uss_s/m
69B5 Hex F: Zwei USS-Kopplungen auf T400
R: Baustein schaltet sich ab, Eintrag ins Kommunikationsfehlerfeld
A: Nur eine USS-Kopplung auf T400 projektieren
EQ: ZF_ERR_NUM_STD_USS_DOPPELT
EM: _uss_s/m
AM: _uss_s/m
69B6 Hex F: Empfangene Telegrammlänge passt nicht zur projektierten
Länge
R: Telegramm wird verworfen
A: Telegrammlänge des Kommunikationspartners mit projektierter
Länge abgleichen
(USS-Slave: Eingänge PAR, PZD; USS-Master: Anzahl virtueller
Verbindungen)
EQ: ZF_ERR_NUM_STD_TEL_LEN_EMPF
EM: _uss_s/m
AM: _uss_s/m

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3.2.9.7 EP Link

69D0 Hex F: Several @CEP22 resp. @CEP blocks have been configured with
the same EP22 board name.
R: @CEP22 resp. @CEP reverts to the dead status.
A: Remove one of the configured @CEP22 resp. @CEP
blocks.
EQ: ZF_ERR_NUM_EP22_MEHR_PROJ
EM: _CEP22.CSF resp. _CEP.CSF
AM: _CEP22.CSF resp. _CEP.CSF
AA: 7-Seg. ’C’
69D1 Hex F: Unknown function return value of the function zp_cip_freigabe.
R: @CEP22 resp. @CEP reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_EP22_CIP_FREI_FRW_ERR
EM: _CEP22.CSF resp. _CEP.CSF
AM: _CEP22.CSF resp. _CEP.CSF
AA: 7-Seg. ’C’
69D2 Hex F: The CIP entry for the @CEP22 resp. @CEP block cannot be
accessed.
R: @CEP22 resp. @CEP reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_EP22_CIP_NAM_KEN_N_AD
EM: ZBAK.CSF
AM: _CEP22.CSF resp. _CEP.CSF
AA: 7-Seg. ’C’
69D3 Hex F: The CIP entry for the @CEP22 resp. @CEP block does not
exist.
R: @CEP22 resp. @CEP reverts to the dead status.
A: Check the configured name at the CTS connector.
EQ: ZF_ERR_NUM_EP22_CIP_NAM_N_KENN
EM: ZBAK.CSF
AM: _CEP22.CSF resp. _CEP.CSF
AA: 7-Seg. ’C’
69D4 Hex F: Unknown function return value of the function zbak_cip_suche.
R: @CEP22 resp. @CEP reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_EP22_CIP_SUCH_FRW_ERR
EM: _CEP22.CSF resp. _CEP.CSF
AM: _CEP22.CSF resp. _CEP.CSF
AA: 7-Seg. ’C’
69D5 Hex F: Unknown function return value of the function
zp_dexdo_reorganization.
R: @CEP22 resp. @CEP reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_EP22_REOR_FRW_ERR
EM: _CEP22.CSF resp. _CEP.CSF
AM: _CEP22.CSF resp. _CEP.CSF
AA: 7-Seg. ’C’

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Communication Error Codes

69D6 Hex F: Unknown operating status of the @CEP22 resp. @CEP block.
R: @CEP22 resp. @CEP reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_EP22_BZS_ERR
EM: _CEP22.CSF resp. _CEP.CSF
AM: _CEP22.CSF resp. _CEP.CSF
AA: 7-Seg. ’C’
69D7 Hex F: SAVE memory assigning not possible for the warm start flag.
Exact cause of error see section Error Supplementary
Code bsspvw_geme.
R: @CEP22 resp. @CEP reverts to the dead status.
A: Reduce the SAVE requirement in the application.
EQ: ZF_ERR_NUM_EP22_SAVE_ZU_KURZ
EM: ZP.CSF
AM: _CEP22.CSF resp. _CEP.CSF
AA: 7-Seg. ’C’
69D8 Hex F: SAVE are not found.
Exact cause of error see section Error Supplementary
Code bsspvw_info
R: @CEP22 resp. @CEP reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_EP22_SAVE_N_KENN
EM: ZP.CSF
AM: _CEP22.CSF resp. _CEP.CSF
AA: 7-Seg. ’C’
69D9 Hex F: @CEP22 resp. @CEP block was configured in an impermissible
sampling time (not between 32 ms and 255 ms).
R: @CEP22 resp. @CEP reverts to the dead status.
A: Configure the sampling time between 32 ms and 255 ms.
EQ: ZF_ERR_NUM_EP22_ABTASTZEIT_ERR
EM: ZP.CSF
AM: _CEP22.CSF resp. _CEP.CSF
AA: 7-Seg. ’C’
69DA Hex F: Memory assigning not possible for the exception structure.
Exact cause of error see section Error Supplementary
Code bsspvw_geme.
R: @CEP22 resp. @CEP reverts to the dead status.
A: Reduce the RAM requirement in the application.
EQ: ZF_ERR_NUM_EP22_EXC_ZU_KURZ
EM: ZP.CSF
AM: _CEP22.CSF resp. _CEP.CSF
AA: 7-Seg. ’C’
69DB Hex F: Memory assigning not possible for the reorganization structure.
Exact cause of error see section Error Supplementary
Code sspvw_geme.
R: @CEP22 resp. @CEP reverts to the dead status.
A: Reduce the RAM requirement in the application.
EQ: ZF_ERR_NUM_EP22_REORG_ZU_KURZ
EM: ZP.CSF
AM: _CEP22.CSF resp. _CEP.CSF
AA: 7-Seg. ’C’

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69DC Hex F: Unknown function return value of the function zp_fb_init.

R: @CEP22 resp. @CEP reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_EP22_FB_INIT_FRW_ERR
EM: _CEP22.CSF resp. _CEP.CSF
AM: _CEP22.CSF resp. _CEP.CSF
AA: 7-Seg. ’C’
69DD Hex F: Link type in the CIP entry is not set to ‘‘Coupling Memory Link’’.
R: @CEP22 resp. @CEP reverts to the dead status.
A: Check the configured name at the CTS connector;
Check that the configured block type corresponds to
@CEP22 resp. @CEP.
EQ: ZF_ERR_NUM_EP22_KOP_TYP_ERR
EM: _CEP22.CSF resp. _CEP.CSF
AM: _CEP22.CSF resp. _CEP.CSF
AA: 7-Seg. ’C’
69DE Hex F: Unknown function return value of the function
zp_anmelde_ueberwachung.
R: @CEP22 resp. @CEP reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_EP22_ANM_FRW_ERR
EM: _CEP22.CSF resp. _CEP.CSF
AM: _CEP22.CSF resp. _CEP.CSF
AA: 7-Seg. ’C’
69DF Hex F: Unknown register status detected in DEXDO3 management
section.
R: @CEP22 resp. @CEP reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_EP22_ANM_STATUS_ERR
EM: ZP.CSF
AM: _CEP22.CSF resp. _CEP.CSF
AA: 7-Seg. ’C’
69E0 Hex F: CEP22 firmware has detected an unrepairable error.
R: @CEP22 resp. @CEP reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_EP22_INIT_ERR
EM: ZP.CSF
AM: _CEP22.CSF resp. _CEP.CSF
AA: 7-Seg. ’C’
69E1 Hex F: CEP22 firmware has reverted to an error status.
R: @CEP22 resp. @CEP reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_EP22_TOT
EM: ZP.CSF
AM: _CEP22.CSF resp. _CEP.CSF
AA: 7-Seg. ’C’
69E2 Hex F: Unknown status of the CEP22 firmware.
R: @CEP22 resp. @CEP reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_EP22_ZUS_ERR
EM: ZP.CSF
AM: _CEP22.CSF resp. _CEP.CSF
AA: 7-Seg. ’C’

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69E3 Hex F: Unknown function return value of the function

zp_firmware_zyklisch.
R: @CEP22 resp. @CEP reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_EP22_FIRM_ZYK_FRW_ERR
EM: ZP.CSF
AM: _CEP22.CSF resp. _CEP.CSF
AA: 7-Seg. ’C’
69E4 Hex to 69E5 not utilized.
Hex
69E6 Hex F: Memory assigning not possible for the firmware structure.
Exact cause of error see section Error Supplementary
Code bsspvw_geme.
R: @CEP22 resp. @CEP reverts to the dead status.
A: Reduce the RAM requirement in the application.
EQ: ZF_ERR_NUM_EP22_N_MEM
EM: ZP.CSF
AM: _CEP22.CSF resp. _CEP.CSF
AA: 7-Seg. ’C’
69E7 Hex F: Unknown function return value of the function _CEP22_init resp.
_CEP_init.
R: @CEP22 resp. @CEP reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_EP22_INIT_FRW_ERR
EM: ZP.CSF
AM: _CEP22.CSF resp. _CEP.CSF
AA: 7-Seg. ’C’
69E8 Hex F: Unknown function return value of the function
_CEP22_firmware_init.
R: @CEP22 resp. @CEP reverts to the dead status.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_EP22_FIR_INIT_FRW_ERR
EM: ZP.CSF
AM: _CEP22.CSF resp. _CEP.CSF
AA: 7-Seg. ’C’
69E9 Hex to 69EF not utilized.
Hex

3.2.9.8 Link DUST7

69F0 Hex F: Several communication central blocks were configured with the
same
CS7 board names or interface names.
R: @CSD07 reverts to the dead state.
A: Remove one of the configured @CSD07 blocks;
Correct the interface specification of one @CSD07
block.
EQ: ZF_ERR_NUM_CSD7_MEHR_PROJ
EM: _CSD07.CSF
AM: _CSD07.CSF
AA: 7-Seg. ’C’

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69F1 Hex F: Unknown function return value of the function zp_cip_freigabe.

R: @CSD07 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD7_CIP_FREI_FRW_ERR
EM: _CSD07.CSF
AM: _CSD07.CSF
AA: 7-Seg. ’C’
69F2 Hex F: The CIP entry for the @CSD07 block is not accessible.
R: @CSD07 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD7_CIP_NAM_KEN_N_AD
EM: ZBAK.CSF
AM: _CSD07.CSF
AA: 7-Seg. ’C’
69F3 Hex F: The CIP entry for the @CSD07 block does not exist.
R: @CSD07 reverts to the dead state.
A: Check the configured name at the CTS connector
EQ: ZF_ERR_NUM_CSD7_CIP_NAM_N_KENN
EM: ZBAK.CSF
AM: _CSD07.CSF
AA: 7-Seg. ’C’
69F4 Hex F: Unknown function return value of the function zbak_cip_suche.
R: @CSD07 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD7_CIP_SUCH_FRW_ERR
EM: _CSD07.CSF
AM: _CSD07.CSF
AA: 7-Seg. ’C’
69F5 Hex F: Unknown function return value of the function
zp_dexdo_reorganization.
R: @CSD07 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD7_REOR_FRW_ERR
EM: _CSD07.CSF
AM: _CSD07.CSF
AA: 7-Seg. ’C’
69F6 Hex F: Unknown operating status of the @CSD07 block.
R: @CSD07 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD7_BZS_ERR
EM: _CSD07.CSF
AM: _CSD07.CSF
AA: 7-Seg. ’C’
69F7 Hex F: SAVE memory assigning not possible for warm start flag
Exact cause of error see section Error supplementary
code bsspvw_geme.
R: @CSD07 reverts to the dead state.
A: Reduce the SAVE requirement in the application
EQ: ZF_ERR_NUM_CSD7_SAVE_ZU_KURZ
EM: ZP.CSF
AM: _CSD07.CSF
AA: 7-Seg. ’C’

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69F8 Hex F: SAVE area not found.

Exact cause of error see section Error supplementary
code bsspvw_info.
R: @CSD07 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD7_SAVE_N_KENN
EM: ZP.CSF
AM: _CSD07.CSF
AA: 7-Seg. ’C’
69F9 Hex F: @CSD07 block configured in impermissible sampling time (not
between 32ms and 255ms)
R: @CSD07 reverts to the dead state.
A: Configure the sampling time between 32ms and 255ms
EQ: ZF_ERR_NUM_CSD7_ABTASTZEIT_ERR
EM: ZP.CSF
AM: _CSD07.CSF
AA: 7-Seg. ’C’
69FA Hex F: Memory assigning not possible for exception structure
Exact cause of error see section Error supplementary
code bsspvw_geme.
R: @CSD07 reverts to the dead state.
A: Reduce the RAM requirement in the application
EQ: ZF_ERR_NUM_CSD7_EXC_ZU_KURZ
EM: ZP.CSF
AM: _CSD07.CSF
AA: 7-Seg. ’C’
69FB Hex F: Memory assigning not possible for reorganization structure
Exact cause of error see section Error supplementary
code bsspvw_geme.
R: @CSD07 reverts to the dead state.
A: Reduce the RAM requirement in the application
EQ: ZF_ERR_NUM_CSD7_REORG_ZU_KURZ
EM: ZP.CSF
AM: _CSD07.CSF
AA: 7-Seg. ’C’
69FC Hex F: Unknown function return value of the function zp_fb_init.
R: @CSD07 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD7_FB_INIT_FRW_ERR
EM: _CSD07.CSF
AM: _CSD07.CSF
AA: 7-Seg. ’C’
69FD Hex F: Link type is not set to "DUST1" or "CS7".
R: @CSD07 reverts to the dead state.
A: Check the configured name at CTS connector;
Check that block type corresponds to @CSD07
EQ: ZF_ERR_NUM_CSD7_KOP_TYP_ERR
EM: _CSD07.CSF
AM: _CSD07.CSF
AA: 7-Seg. ’C’

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69FE Hex F: Unknown function return value of the function

zp_anmelde_ueberwachung.
R: @CSD07 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD7_ANM_FRW_ERR
EM: _CSD07.CSF
AM: _CSD07.CSF
AA: 7-Seg. ’C’
69FF Hex F: Unknown register status detected in DEXDO3 management
section.
R: @CSD07 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD7_ANM_STATUS_ERR
EM: ZP.CSF
AM: @CSD07
AA: 7-Seg. ’C’
6A00 Hex F: DUST1 firmware has detected an unrepairable error.
R: @CSD07 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD7_DUST_INIT_ERR
EM: ZP.CSF
AM: _CSD07.CSF
AA: 7-Seg. ’C’
6A01 Hex F: DUST1 firmware has reverted to an error status or SS4 adapter
module missing.
R: @CSD07 reverts to the dead state.
A: Install SS4 module in CS7 board;
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD7_DUST_TOT
EM: ZP.CSF
AM: _CSD07.CSF
AA: 7-Seg. ’C’
6A02 Hex F: Unknown status of the DUST1 firmware.
R: @CSD07 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD7_ZUS_ERR
EM: ZP.CSF
AM: _CSD07.CSF
AA: 7-Seg. ’C’
6A03 Hex F: Unknown function return value of the function
zp_firmware_zyklisch.
R: @CSD07 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD7_FIRMWARE_ZYK_FRW_ERR
EM: ZP.CSF
AM: _CSD07.CSF
AA: 7-Seg. ’C’

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6A04 Hex F: Memory assigning not possible for firmware structure

Exact cause of error see section Error supplementary
code bsspvw_geme.
R: @CSD07 reverts to the dead state.
A: Reduce the RAM requirement in the application
EQ: ZF_ERR_NUM_CSD7_N_MEM
EM: ZP.CSF
AM: _CSD07.CSF
AA: 7-Seg. ’C’
6A05 Hex F: Specification at SPB connector faulty.
R: @CSD07 reverts to the dead state.
A: Specification at TWU connector can only be in range 0,
1 or 2 .
EQ: ZF_ERR_NUM_CSD7_SPB_ERR
EM: _CSD07.CSF
AM: _CSD07.CSF
AA: 7-Seg. ’C’
6A06 Hex F: Specification at PAR connector faulty.
R: @CSD07 reverts to the dead state.
A: Specification at BDR connector can only be in range 0, 1
or 2 .
EQ: ZF_ERR_NUM_CSD7_PAR_ERR
EM: _CSD07.CSF
AM: _CSD07.CSF
AA: 7-Seg. ’C’
6A07 Hex F: Specification at BDR connector faulty.
R: @CSD07 reverts to the dead state.
A: Specification at BDR connector can only correspond to
one of the following baud rates:
300, 600, 1200, 2400, 4800, 9600, 19200
EQ: ZF_ERR_NUM_CSD7_BDR_ERR
EM: _CSD07.CSF
AM: _CSD07.CSF
AA: 7-Seg. ’C’
6A08 Hex F: Unknown function return value of the function _CSD7_init.
R: @CSD07 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD7_INIT_FRW_ERR
EM: ZP.CSF
AM: _CSD07.CSF
AA: 7-Seg. ’C’
6A09 Hex F: Unknown function return value of the function
_CSD7_firmware_init.
R: @CSD07 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD7_FIR_INIT_FRW_ERR
EM: ZP.CSF
AM: _CSD07.CSF
AA: 7-Seg. ’C’
6A0A Hex to 6A0F not utilized
Hex

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3.2.9.9 Link DUST2

6A10 Hex F: Several communication central blocks were configured with the
same
CS7 board names or interface names.
R: @CSD02 reverts to the dead state.
A: Remove one of the configured @CSD02 blocks;
Correct the interface specification of one @CSD02 block
EQ: ZF_ERR_NUM_CSD2_MEHR_PROJ
EM: _CSD02.CSF
AM: _CSD02.CSF
AA: 7-Seg. ’C’
6A11 Hex F: Unknown function return value of the function zp_cip_freigabe.
R: @CSD02 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD2_CIP_FREI_FRW_ERR
EM: _CSD02.CSF
AM: _CSD02.CSF
AA: 7-Seg. ’C’
6A12 Hex F: The CIP entry for the @CSD02 block is not accessible.
R: @CSD02 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD2_CIP_NAM_KEN_N_AD
EM: ZBAK.CSF
AM: _CSD02.CSF
AA: 7-Seg. ’C’
6A13 Hex F: The CIP entry for the @CSD02 block does not exist.
R: @CSD02 reverts to the dead state.
A: Check the configured name at the CTS connector
EQ: ZF_ERR_NUM_CSD2_CIP_NAM_N_KENN
EM: ZBAK.CSF
AM: _CSD02.CSF
AA: 7-Seg. ’C’
6A14 Hex F: Unknown function return value of the function zbak_cip_suche.
R: @CSD02 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD2_CIP_SUCH_FRW_ERR
EM: _CSD02.CSF
AM: _CSD02.CSF
AA: 7-Seg. ’C’
6A15 Hex F: Unknown function return value of the function
zp_dexdo_reorganization.
R: @CSD02 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD2_REOR_FRW_ERR
EM: _CSD02.CSF
AM: _CSD02.CSF
AA: 7-Seg. ’C’

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6A16 Hex F: Unknown operating status of the @CSD02 block.

R: @CSD02 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD2_BZS_ERR
EM: _CSD02.CSF
AM: _CSD02.CSF
AA: 7-Seg. ’C’
6A17 Hex F: SAVE memory assigning not possible for warm start flag
Exact cause of error see section Error supplementary
code bsspvw_geme.
R: @CSD02 reverts to the dead state.
A: Reduce the SAVE requirement in the application
EQ: ZF_ERR_NUM_CSD2_SAVE_ZU_KURZ
EM: ZP.CSF
AM: _CSD02.CSF
AA: 7-Seg. ’C’
6A18 Hex F: SAVE area not found.
Exact cause of error see section Error supplementary
code bsspvw_info.
R: @CSD02 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD2_SAVE_N_KENN
EM: ZP.CSF
AM: _CSD02.CSF
AA: 7-Seg. ’C’
6A19 Hex F: @CSD02 block configured in impermissible sampling time (not
between 32ms and 255ms)
R: @CSD02 reverts to the dead state.
A: Configure the sampling time between 32ms and 255ms
EQ: ZF_ERR_NUM_CSD2_ABTASTZEIT_ERR
EM: ZP.CSF
AM: _CSD02.CSF
AA: 7-Seg. ’C’
6A1A Hex F: Memory assigning not possible for exception structure
Exact cause of error see section Error supplementary
code bsspvw_geme.
R: @CSD02 reverts to the dead state.
A: Reduce the RAM requirement in the application
EQ: ZF_ERR_NUM_CSD2_EXC_ZU_KURZ
EM: ZP.CSF
AM: _CSD02.CSF
AA: 7-Seg. ’C’
6A1B Hex F: Memory assigning not possible for reorganization structure
Exact cause of error see section Error supplementary
code bsspvw_geme.
R: @CSD02 reverts to the dead state.
A: Reduce the RAM requirement in the application
EQ: ZF_ERR_NUM_CSD2_REORG_ZU_KURZ
EM: ZP.CSF
AM: _CSD02.CSF
AA: 7-Seg. ’C’

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 Communication Error Codes

6A1C Hex F: Unknown function return value of the function zp_fb_init.

R: @CSD02 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD2_FB_INIT_FRW_ERR
EM: _CSD02.CSF
AM: _CSD02.CSF
AA: 7-Seg. ’C’
6A1D Hex F: Link type is not set to "DUST1" or "CS7".
R: @CSD02 reverts to the dead state.
A: Check the configured name at CTS connector;
Check that block type corresponds to @CSD02
EQ: ZF_ERR_NUM_CSD2_KOP_TYP_ERR
EM: _CSD02.CSF
AM: _CSD02.CSF
AA: 7-Seg. ’C’
6A1E Hex F: Unknown function return value of the function
zp_anmelde_ueberwachung.
R: @CSD02 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD2_ANM_FRW_ERR
EM: _CSD02.CSF
AM: _CSD02.CSF
AA: 7-Seg. ’C’
6A1F Hex F: Unknown register status detected in DEXDO3 management
section.
R: @CSD02 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD2_ANM_STATUS_ERR
EM: ZP.CSF
AM: _CSD02.CSF
AA: 7-Seg. ’C’
6A20 Hex F: DUST1 firmware has detected an unrepairable error.
R: @CSD02 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD2_DUST_INIT_ERR
EM: ZP.CSF
AM: _CSD02.CSF
AA: 7-Seg. ’C’
6A21 Hex F: DUST1 firmware has reverted to an error status or SS4 adapter
module missing.
R: @CSD02 reverts to the dead state.
A: Install SS4 module in CS7 board;
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD2_DUST_TOT
EM: ZP.CSF
AM: _CSD02.CSF
AA: 7-Seg. ’C’
6A22 Hex F: Unknown status of the DUST1 firmware.
R: @CSD02 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD2_ZUS_ERR
EM: ZP.CSF,_CSD02.CSF
AM: _CSD02.CSF
AA: 7-Seg. ’C’

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6A23 Hex F: Unknown function return value of the function

zp_firmware_zyklisch.
R: @CSD02 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD2_FIRMWARE_ZYK_FRW_ERR
EM: ZP.CSF
AM: _CSD02.CSF
AA: 7-Seg. ’C’
6A24 Hex F: Memory assigning not possible for firmware structure
Exact cause of error see section Error supplementary
code bsspvw_geme.
R: @CSD02 reverts to the dead state.
A: Reduce the RAM requirement in the application
EQ: ZF_ERR_NUM_CSD2_N_MEM
EM: ZP.CSF,
AM: _CSD02.CSF
AA: 7-Seg. ’C’
6A25 Hex F: Specification at PAR connector faulty.
R: @CSD02 reverts to the dead state.
A: Specification at TWU connector can only be in range 0
to 1 .
EQ: ZF_ERR_NUM_CSD2_TWU_ERR
EM: _CSD02.CSF
AM: _CSD02.CSF
AA: 7-Seg. ’C’
6A26 Hex F: Specification at BDR connector faulty.
R: @CSD02 reverts to the dead state.
A: Specification at BDR connector can only correspond to
one of the following baud rates:
300, 600, 1200, 2400, 4800, 9600, 19200
EQ: ZF_ERR_NUM_CSD2_BDR_ERR
EM: _CSD02.CSF
AM: _CSD02.CSF
AA: 7-Seg. ’C’
6A27 Hex F: Unknown function return value of the function _csd2_init.
R: @CSD02 reverts to the dead state.
A: Contact Siemens AG.
EQ: Z_ERR_NUM_CSD2_INIT_FRW_ERR
EM: ZP.CSF
AM: _CSD02.CSF
AA: 7-Seg. ’C’
6A28 Hex F: Unknown function return value of the
function_csd2_firmware_init.
R: @CSD02 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD2_FIR_INIT_FRW_ERR
EM: ZP.CSF,_CSD02.CSF
AM: _CSD02.CSF
AA: 7-Seg. ’C’
6A29 Hex to 6A2F not utilized
Hex

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 Communication Error Codes

3.2.9.10 Link DUST3

6A30 Hex F: Several communication central blocks were configured with the
same
CS7 board names or interface names.
R: @CSD03 reverts to the dead state.
A: Remove one of the configured @CSD03 blocks;
Correct the interface specification of one @CSD03 block
EQ: ZF_ERR_NUM_CSD3_MEHR_PROJ
EM: _CSD03.CSF
AM: _CSD03.CSF
AA: 7-Seg. ’C’
6A31 Hex F: Unknown function return value of the function zp_cip_freigabe.
R: @CSD03 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD3_CIP_FREI_FRW_ERR
EM: _CSD03.CSF
AM: _CSD03.CSF
AA: 7-Seg. ’C’
6A32 Hex F: The CIP entry for the @CSD03 block is not accessible.
R: @CSD03 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD3_CIP_NAM_KEN_N_AD
EM: ZBAK.CSF
AM: _CSD03.CSF
AA: 7-Seg. ’C’

6A33 Hex F: The CIP entry for the @CSD03 block does not exist.
R: @CSD03 reverts to the dead state.
A: Check the configured name at the CTS connector
EQ: ZF_ERR_NUM_CSD3_CIP_NAM_N_KENN
EM: ZBAK.CSF
AM: _CSD03.CSF
AA: 7-Seg. ’C’
6A34 Hex F: Unknown function return value of the function zbak_cip_suche.
R: @CSD03 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD3_CIP_SUCH_FRW_ERR
EM: _CSD03.CSF
AM: _CSD03.CSF
AA: 7-Seg. ’C’
6A35 Hex F: Unknown function return value of the function
zp_dexdo_reorganization.
R: @CSD03 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD3_REOR_FRW_ERR
EM: _CSD03.CSF
AM: _CSD03.CSF
AA: 7-Seg. ’C’

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Communication Error Codes

6A36 Hex F: Unknown operating status of the @CSD03 block.

R: @CSD03 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD3_BZS_ERR
EM: _CSD03.CSF
AM: _CSD03.CSF
AA: 7-Seg. ’C’
6A37 Hex F: SAVE memory assigning not possible for warm start flag
Exact cause of error see section Error supplementary
code bsspvw_geme.
R: @CSD03 reverts to the dead state.
A: Reduce the SAVE requirement in the application
EQ: ZF_ERR_NUM_CSD3_SAVE_ZU_KURZ
EM: ZP.CSF
AM: _CSD03.CSF
AA: 7-Seg. ’C’
6A38 Hex F: SAVE area not found.
Exact cause of error see section Error supplementary
code bsspvw_info.
R: @CSD03 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD3_SAVE_N_KENN
EM: ZP.CSF
AM: _CSD03.CSF
AA: 7-Seg. ’C’
6A39 Hex F: @CSD03 block configured in impermissible sampling time (not
between 32ms and 255ms)
R: @CSD03 reverts to the dead state.
A: Configure the sampling time between 32ms and 255ms
EQ: ZF_ERR_NUM_CSD3_ABTASTZEIT_ERR
EM: ZP.CSF
AM: _CSD03.CSF
AA: 7-Seg. ’C’
6A3A Hex F: Memory assigning not possible for exception structure
Exact cause of error see section Error supplementary
code bsspvw_geme.
R: @CSD03 reverts to the dead state.
A: Reduce the RAM requirement in the application
EQ: ZF_ERR_NUM_CSD3_EXC_ZU_KURZ
EM: ZP.CSF
AM: _CSD03.CSF
AA: 7-Seg. ’C’
6A3B Hex F: Memory assigning not possible for reorganization structure
Exact cause of error see section Error supplementary
code bsspvw_geme.
R: @CSD03 reverts to the dead state.
A: Reduce the RAM requirement in the application
EQ: ZF_ERR_NUM_CSD3_REORG_ZU_KURZ
EM: ZP.CSF
AM: _CSD03.CSF
AA: 7-Seg. ’C’

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 Communication Error Codes

6A3C Hex F: Unknown function return value of the function zp_fb_init.

R: @CSD03 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD3_FB_INIT_FRW_ERR
EM: _CSD03.CSF
AM: _CSD03.CSF
AA: 7-Seg. ’C’
6A3D Hex F: Link type is not set to "DUST1" or "CS7".
R: @CSD03 reverts to the dead state.
A: Check the configured name at CTS connector;
Check that block type corresponds to @CSD03
EQ: ZF_ERR_NUM_CSD3_KOP_TYP_ERR
EM: _CSD03.CSF
AM: _CSD03.CSF
AA: 7-Seg. ’C’
6A3E Hex F: Unknown function return value of the function
zp_anmelde_ueberwachung.
R: @CSD03 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD3_ANM_FRW_ERR
EM: _CSD03.CSF
AM: _CSD03.CSF
AA: 7-Seg. ’C’
6A3F Hex F: Unknown register status detected in DEXDO3 management
section.
R: @CSD03 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD3_ANM_STATUS_ERR
EM: ZP.CSF
AM: _CSD03.CSF
AA: 7-Seg. ’C’
6A40 Hex F: DUST1 firmware has detected an unrepairable error.
R: @CSD03 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD3_DUST_INIT_ERR
EM: ZP.CSF
AM: _CSD03.CSF
AA: 7-Seg. ’C’
6A41 Hex F: DUST1 firmware has reverted to an error status or SS4 adapter
module missing.
R: @CSD03 reverts to the dead state.
A: Install SS4 module in CS7 board;
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD3_DUST_TOT
EM: ZP.CSF
AM: _CSD03.CSF
AA: 7-Seg. ’C’
6A42 Hex F: UInknown status of the DUST1 firmware.
R: @CSD03 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD3_ZUS_ERR
EM: ZP.CSF,_CSD03.CSF
AM: _CSD03.CSF
AA: 7-Seg. ’C’

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Communication Error Codes

6A43 Hex F: Unknown function return value of the function

zp_firmware_zyklisch.
R: @CSD03 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD3_FIRMWARE_ZYK_FRW_ERR
EM: ZP.CSF
AM: _CSD03.CSF
AA: 7-Seg. ’C’
6A44 Hex F: Memory assigning not possible for firmware structure
Exact cause of error see section Error supplementary
code bsspvw_geme.
R: @CSD03 reverts to the dead state.
A: Reduce the RAM requirement in the application
EQ: ZF_ERR_NUM_CSD3_N_MEM
EM: ZP.CSF,
AM: _CSD03.CSF
AA: 7-Seg. ’C’
6A45 Hex F: Specification at BCC connector faulty.
R: @CSD03 reverts to the dead state.
A: Specification at BCC connector can only be in range 0 to
1.
EQ: ZF_ERR_NUM_CSD3_TWU_ERR
EM: _CSD03.CSF
AM: _CSD03.CSF
AA: 7-Seg. ’C’
6A46 Hex F: Specification at BDR connector faulty.
R: @CSD03 reverts to the dead state.
A: Specification at BDR connector can only correspond to
one of the following baud rates:
300, 600, 1200, 2400, 4800, 9600, 19200
EQ: ZF_ERR_NUM_CSD3_BDR_ERR
EM: _CSD03.CSF
AM: _CSD03.CSF
AA: 7-Seg. ’C’
6A47 Hex F: Unknown function return value of the function _csd3_init.
R: @CSD03 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD3_INIT_FRW_ERR
EM: ZP.CSF
AM: _CSD03.CSF
AA: 7-Seg. ’C’
6A48 Hex F: Unknown function return value of the function
_csd3_firmware_init.
R: @CSD03 reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSD3_FIR_INIT_FRW_ERR
EM: ZP.CSF,_CSD03.CSF
AM: _CSD03.CSF
AA: 7-Seg. ’C’
6A49 Hex to 6A4F not utilized.
Hex

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 Communication Error Codes

3.2.9.11 USS Link

6A50 Hex F: Several communication central blocks were configured with the
same
CS7 board names or interface names.
R: @CSU reverts to the dead state
A: Remove one of the configured @CSU blocks;
correct the interface specification of one @CSU block.
EQ: ZF_ERR_NUM_CSU_MEHR_PROJ
EM: _CSU.CSF
AM: _CSU.CSF
AA: 7-Seg. ’C’
6A51 Hex F: Unknown function return value of the function zp_cip_freigabe.
R: @CSU reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSU_CIP_FREI_FRW_ERR
EM: _CSU.CSF
AM: _CSU.CSF
AA: 7-Seg. ’C’
6A52 Hex F: The CIP entry for the @CSU block is not accessible.
R: @CSU reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSU_CIP_NAM_KEN_N_AD
EM: ZBAK.CSF
AM: _CSU.CSF
AA: 7-Seg. ’C’
6A53 Hex F: The CIP entry for the @CSU block does not exist.
R: @CSU reverts to the dead state.
A: Check the configured name at the CTS connector.
EQ: ZF_ERR_NUM_CSU_CIP_NAM_N_KENN
EM: ZBAK.CSF
AM: _CSU.CSF
AA: 7-Seg. ’C’
6A54 Hex F: Unknown function return value of the function zbak_cip_suche.
R: @CSU reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSU_CIP_SUCH_FRW_ERR
EM: _CSU.CSF
AM: _CSU.CSF
AA: 7-Seg. ’C’
6A55 Hex F: Unknown function return value of the function
zp_dexdo_reorganization.
R: @CSU reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSU_DEX_REOR_FRW_ERR
EM: _CSU.CSF
AM: _CSU.CSF
AA: 7-Seg. ’C’

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Communication Error Codes

6A56 Hex F: Unknown operating status of the @CSU block.

R: @CSU reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSU_BZS_ERR
EM: _CSU.CSF
AM: _CSU.CSF
AA: 7-Seg. ’C’
6A57 Hex F: SAVE memory assigning not possible for warm start flag
exact cause of error see section Error supplementary
code bsspvw_geme.
R: @CSU reverts to the dead state.
A: Reduce the SAVE requirement in the application.
EQ: ZF_ERR_NUM_CSU_SAVE_ZU_KURZ
EM: ZP.CSF
AM: _CSU.CSF
AA: 7-Seg. ’C’
6A58 Hex F: SAVE area not found.
exact cause of error see section Error supplementary
code bsspvw_info.
R: @CSU reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSU_SAVE_N_KENN
EM: ZP.CSF
AM: _CSU.CSF
AA: 7-Seg. ’C’
6A59 Hex F: @CSU block was configured in impermissible sampling time
(not between 32ms and 255ms).
R: @CSU reverts to the dead state.
A: Configure the sampling time between 32 ms and 255 ms.
EQ: ZF_ERR_NUM_CSU_ABTASTZEIT_ERR
EM: ZP.CSF
AM: _CSU.CSF
AA: 7-Seg. ’C’
6A5A Hex F: Memory assigning not possible for exception structure
exact cause of error see section Error supplementary
code bsspvw_geme.
R: @CSU reverts to the dead state.
A: Reduce the RAM requirement in the application.
EQ: ZF_ERR_NUM_CSU_EXC_ZU_KURZ
EM: ZP.CSF
AM: _CSU.CSF
AA: 7-Seg. ’C’
6A5B Hex F: Memory assigning not possible for reorganization structure
exact cause of error see section Error supplementary
code bsspvw_geme.
R: @CSU reverts to the dead state.
A: Reduce the RAM requirement in the application.
EQ: ZF_ERR_NUM_CSU_REORG_ZU_KURZ
EM: ZP.CSF
AM: _CSU.CSF
AA: 7-Seg. ’C’

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 Communication Error Codes

6A5C Hex F: unknown function return value of the function zp_fb_init.

R: @CSU reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSU_FB_INIT_FRW_ERR
EM: _CSU.CSF
AM: _CSU.CSF
AA: 7-Seg. ’C’
6A5D Hex F: lLnk type is not set to "USS" or "CS7".
R: @CSU reverts to the dead state.
A: Check the configured name at CTS connector;
Check that block type corresponds to @CSU.
EQ: ZF_ERR_NUM_CSU_KOP_TYP_ERR
EM: _CSU.CSF
AM: _CSU.CSF
AA: 7-Seg. ’C’
6A5E Hex F: Unknown function return value of the function
zp_anmelde_ueberwachung.
R: @CSU reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSU_ANM_FRW_ERR
EM: _CSU.CSF
AM: _CSU.CSF
AA: 7-Seg. ’C’
6A5F Hex F: Unknown register status detected in DEXDO3 management
section.
R: @CSU reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSU_ANM_STATUS_ERR
EM: ZP.CSF
AM: _CSU.CSF
AA: 7-Seg. ’C’
6A60 Hex F: USS firmware has detected an unrepairable error.
R: @CSU reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSU_DUST_INIT_ERR
EM: ZP.CSF
AM: _CSU.CSF
AA: 7-Seg. ’C’
6A61 Hex F: USS firmware has reverted to an error status or SS4 adapter
module missing.
R: @CSU reverts to the dead state.
A: Install SS4 module in CS7 board;
A: Contact Siemens AG
EQ: ZF_ERR_NUM_CSU_TOT
EM: ZP.CSF
AM: _CSU.CSF
AA: 7-Seg. ’C’
6A62 Hex F: Unknown status of the USS firmware.
R: @CSU reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSU_ZUS_ERR
EM: ZP.CSF,_CSU.CSF
AM: _CSU.CSF
AA: 7-Seg. ’C’

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Communication Error Codes

6A63 Hex F: Unknown function return value of the function

zp_firmware_zyklisch.
R: @CSU reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSU_FIRM_ZYK_FRW_ERR
EM: ZP.CSF
AM: _CSU.CSF
AA: 7-Seg. ’C’
6A64 Hex F: Memory assigning not possible for firmware structure
exact cause of error see section Error supplementary
code bsspvw_geme.
R: @CSU reverts to the dead state.
A: Reduce the RAM requirement in the application.
EQ: ZF_ERR_NUM_CSU_N_MEM
EM: ZP.CSF,
AM: _CSU.CSF
AA: 7-Seg. ’C’
6A65 Hex F: Specification at PPT connector faulty.
R: @CSU reverts to the dead state
A: Specification at PPT connector can only be in range 0 to
32767.
EQ: ZF_ERR_NUM_CSU_PPT_ERR
EM: _CSU.CSF
AM: _CSU.CSF
AA: 7-Seg. ’C’
6A66 Hex F: Specification at HCT connector faulty.
R: @CSU reverts to the dead state.
A: Specification at HCT connector can only be in range 0 to
32767.
EQ: ZF_ERR_NUM_CSU_HCT_ERR
EM: _CSU.CSF
AM: _CSU.CSF
AA: 7-Seg. ’C’
6A67 Hex F: Specification at BDR connector faulty.
R: @CSU reverts to the dead state.
A: Specification at BDR connector can only correspond
to one of the following baud rates:
300, 600, 1200, 2400, 4800, 9600, 19200,38400
EQ: ZF_ERR_NUM_CSU_BDR_ERR
EM: _CSU.CSF
AM: _CSU.CSF
AA: 7-Seg. ’C’
6A68 Hex F: Unknown function return value of the function _csu_init.
R: @CSU reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSU_INIT_FRW_ERR
EM: ZP.CSF
AM: _CSU.CSF
AA: 7-Seg. ’C’

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 Communication Error Codes

6A69 Hex F: Unknown function return value of the function

_csu_firmware_init.
R: @CSU reverts to the dead state.
A: Contact Siemens AG.
EQ: ZF_ERR_NUM_CSU_FIR_INIT_FRW_ERR
EM: ZP.CSF,_CSU.CSF
AM: _CSU.CSF
AA: 7-Seg. ’C’
6A6A Hex to 6A6F not utilized.
Hex

3.2.9.12 Rack Link Fiber Optic Cable

6A90 Hex F: Several @CS1 blocks were configured with

the same CS11/12/13/14 board names.
R: @CS1 is disabled
A: Reconfigure;
only one @CS1 central block permitted
EQ: ZF_ERR_NUM_CS1_MEHR_PROJ
EM: _CS1.CSF
AM: _CS1.CSF
AA: 7-Seg. ’C’
KFF (6A90, pointer to configured name, 0)
6A91 Hex F: Unknown function return value from the function
zp_cip_freigabe.
R: @CS1 is disabled
A: Inform Siemens AG.
EQ: ZF_ERR_NUM_CS1_CIP_FREI_FRW_ERR
EM: _CS1.CSF
AM: _CS1.CSF
AA: 7-Seg. ’C’
KFF (6A91, pointer to configured name,
function return value of the function zp_cip_freigabe)
6A92 Hex F: The CIP entry for the @CS1 block cannot be accessed.
R: @CS1 is disabled
A: Inform Siemens AG.
EQ: ZF_ERR_NUM_CS1_CIP_NAM_KEN_N_AD
EM: ZBAK.CSF
AM: _CS1.CSF
AA: 7-Seg. ’C’
KFF (6A92, pointer to configured name, 0)
6A93 Hex F: The CIP entry for the @CS1 block does not exist.
R: @CS1 is disabled
A: Check the configured name at the CTS connector
EQ: ZF_ERR_NUM_CS1_CIP_NAM_N_KENN
EM: ZBAK.CSF
AM: _CS1.CSF
AA: 7-Seg. ’C’
KFF (6A93, pointer to configured name, 0)

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Communication Error Codes

6A94 Hex F: Unknown function return value from the function

zbak_cip_suche.
R: @CS1 is disabled
A: Inform Siemens AG.
EQ: ZF_ERR_NUM_CS1_CIP_SUCH_FRW_ERR
EM: _CS1.CSF
AM: _CS1.CSF
AA: 7-Seg. ’C’
KFF (6A94, pointer to configured name,
function return value of the function zbak_cip_suche)
6A95 Hex F: Unknown function return value from the function
zp_dexdo_reorganisation.
R: @CS1 is disabled
A: Inform Siemens AG.
EQ: ZF_ERR_NUM_CS1_DEX_REOR_FRW_ERR
EM: _CS1.CSF
AM: _CS1.CSF
AA: 7-Seg. ’C’
KFF (6A95, pointer to configured name,
function return value of the function
zp_dexdo_reorganisation)
6A96 Hex F: Unknown operating status of the @CS1 block.
R: @CS1 is disabled
A: Inform Siemens AG.
EQ: ZF_ERR_NUM_CS1_BZS_ERR
EM: _CS1.CSF
AM: _CS1.CSF
AA: 7-Seg. ’C’
KFF (6A96, pointer to configured name, not defined)
6A97 Hex F: SAVE-memory create for warm start flag not possible
Precise cause of error, review section Error suppl. code
bsspvw_geme
R: @CS1 is disabled
A: Reduce the SAVE requirements in the application
EQ: ZF_ERR_NUM_CS1_SAVE_ZU_KURZ
EM: ZP.CSF
AM: _CS1.CSF
AA: 7-Seg. ’C’
KFF (6A97, pointer to configured name, not defined)
6A98 Hex F: SAVE area not found.
Precise cause of error, review section Error suppl. code
bsspvw_info
R: @CS1 is disabled
A: Inform Siemens AG.
EQ: ZF_ERR_NUM_CS1_SAVE_N_KENN
EM: ZP.CSF
AM: _CS1.CSF
AA: 7-Seg. ’C’
KFF (6A98, pointer to configured name, not defined)

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 Communication Error Codes

6A99 Hex F: @CS1 block was configured in an invalid sampling time

(not between 32ms and 255ms).
R: @CS1 is disabled
A: Configure the sampling time between 32ms and 255ms
EQ: ZF_ERR_NUM_CS1_ABTASTZEIT_ERR
EM: ZP.CSF
AM: _CS1.CSF
AA: 7-Seg. ’C’’
KFF (6A99, pointer to configured name, not defined)
6A9A Hex F: Memory create for exception structure not possible
Precise cause of error, review section Error suppl. code
bsspvw_geme
R: @CS1 is disabled
A: Reduce the RAM requirements in the application
EQ: ZF_ERR_NUM_CS1_EXC_ZU_KURZ
EM: ZP.CSF
AM: _CS1.CSF
AA: 7-Seg. ’C’
KFF (6A9A, pointer to configured name, not defined)
6A9B Hex F: Memory create for reorganization structure not possible
Precise cause of error, review section Error suppl. code
bsspvw_geme
R: @CS1 is disabled
A: Reduce the RAM requirements in the application
EQ: ZF_ERR_NUM_CS1_REORG_ZU_KURZ
EM: ZP.CSF
AM: _CS1.CSF
AA: 7-Seg. ’C’
KFF (6A9B, pointer to configured name, not defined)
6A9C Hex F: Unknown function return value from the function zp_fb_init.
R: @CS1 is disabled
A: Inform Siemens AG.
EQ: ZF_ERR_NUM_CS1_FB_INIT_FRW_ERR
EM: _CS1.CSF
AM: _CS1.CSF
AA: 7-Seg. ’C’
KFF (6A9C, pointer to configured name,
function return value of the function
zp_dexdo_reorganisation)
6A9D Hex F: Link type not set to "CS11/12/13/14 Rack Link".
R: @CS1 is disabled
A: Check the configured name at the CTS connector
EQ: ZF_ERR_NUM_CS1_KOP_TYP_ERR
EM: _CS1.CSF
AM: _CS1.CSF
AA: 7-Seg. ’C’
KFF (6A9D, pointer to configured name, 0)

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Communication Error Codes

6A9E Hex F: Unknown function return value from the function

zp_anmelde_ueberwachung.
R: @CS1 is disabled
A: Inform Siemens AG.
EQ: ZF_ERR_NUM_CS1_ANM_FRW_ERR
EM: _CS1.CSF
AM: _CS1.CSF
AA: 7-Seg. ’C’
KFF (6A9E, pointer to configured name,
function return value of the function
zp_anmelde_ueberwachung)
6A9F Hex F: Unknown connect status in DEXDO3 management area.
R: @CS1 is disabled
A: Inform Siemens AG.
EQ: ZF_ERR_NUM_CS1_ANM_STATUS_ERR
EM: ZP.CSF
AM: _CS1.CSF
AA: 7-Seg. ’C’
KFF (6A9F, pointer to configured name, 0)
6AA0 Hex F: The configured name of the @CS2 block matches another in the
link.
R: @CS2 is disabled
A: Reconfigure;
only one @CS2 central block permitted.
EQ: ZF_ERR_NUM_CS2_MEHR_PROJ
EM: _CS2.CSF
AM: _CS2.CSF
AA: 7-Seg. ’C’
KFF (6AA0, pointer to configured name, 0)
6AA1 Hex F: The CIP entry for the @CS2 block cannot be accessed.
R: @CS2 is disabled
A: Inform Siemens AG.
EQ: ZF_ERR_NUM_CS2_CIP_NAM_KEN_N_AD
EM: ZBAK.CSF
AM: _CS2.CSF
AA: 7-Seg. ’C’
KFF (6AA1, pointer to configured name, 0)
6AA2 Hex F: The CIP entry for the @CS2 block does not exist.
R: @CS2 is disabled
A: Check the configured name at the CTS connector
EQ: ZF_ERR_NUM_CS2_CIP_NAM_N_KENN
EM: ZBAK.CSF
AM: _CS2.CSF
AA: 7-Seg. ’C’
KFF (6AA2, pointer to configured name, 0)
6AA3 Hex F: Unknown function return value from the function
zbak_cip_suche.
R: @CS2 is disabled
A: Inform Siemens AG.
EQ: ZF_ERR_NUM_CS2_CIP_SUCH_FRW_ERR
EM: _CS2.CSF
AM: _CS2.CSF
AA: 7-Seg. ’C’
KFF (6AA3, pointer to configured name,
function return value of the function zbak_cip_suche)

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 Communication Error Codes

6AA4 Hex not utilized

6AA5 Hex F: Eight @CS2 blocks already connected in the link.
R: @CS2 is disabled
A: Power down rack and after 10 sec. power up again
Check whether more than eight CS2 boards exist in the
link or whether the @CS2 block is multiply configured on the
same CS21/22 board
EQ: ZF_ERR_NUM_CS2_SCHON_ACHT_CS22
EM: _CS2.CSF
AM: _CS2.CSF
AA: 7-Seg. ’C’
KFF (6AA5, pointer to configured name, 0)
6AA6 Hex F: The configured CS11/12/13/14 board does not exist.
R: @CS2 is disabled
A: Check the configured CS11/12/13/14 name at the MTS
connector
EQ: ZF_ERR_NUM_CS2_CS1_N_KENN
EM: _CS2.CSF
AM: _CS2.CSF
AA: 7-Seg. ’C’’
KFF (6AA6, pointer to configured name, 0)
6AA7 Hex F: Unknown function return value from the function
_cs2_anmeldung.
R: @CS2 is disabled
A: Inform Siemens AG.
EQ: ZF_ERR_NUM_CS2_ANM_FRW_ERR
EM: _CS2.CSF
AM: _CS2.CSF
AA: 7-Seg. ’C’
KFF (6AA7, pointer to configured name,
function return value of the function _cs2_anmeldung)
6AA8 Hex F: Unknown operating status of the @CS2 block.
R: @CS2 is disabled
A: Inform Siemens AG.
EQ: ZF_ERR_NUM_CS2_BZS_ERR
EM: _CS2.CSF
AM: _CS2.CSF
AA: 7-Seg. ’C’
KFF (6AA8, pointer to configured name, faulty
operating status)
6AA9 Hex F: SAVE-memory create for warm start flag not possible
Precise cause of error, review section Error suppl. code
bsspvw_geme
R: @CS2 is disabled
A: Reduce the SAVE requirements in the application
EQ: ZF_ERR_NUM_CS2_SAVE_ZU_KURZ
EM: ZP.CSF
AM: _CS2.CSF
AA: 7-Seg. ’C’
KFF (6AA9, pointer to configured name, not defined)

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6AAA Hex F: SAVE area not found.

Precise cause of error, review section Error suppl. code
bsspvw_info
R: @CS2 is disabled
A: Inform Siemens AG.
EQ: ZF_ERR_NUM_CS2_SAVE_N_KENN
EM: ZP.CSF
AM: _CS2.CSF
AA: 7-Seg. ’C’
KFF (6AAA, pointer to configured name, not defined)
6AAB Hex F: @CS2 block was configured in an invalid sampling time
(not between 32ms and 255ms) or the sampling time of
the @CS1 does not fit.
R: @CS2 is disabled
A: Configure the sampling time between 32ms and 255ms
or
check the sampling time of the @CS1
EQ: ZF_ERR_NUM_CS2_ABTASTZEIT_ERR
EM: ZP.CSF
AM: _CS2.CSF
AA: 7-Seg. ’C’
KFF (6AAB, pointer to configured name, 0)
6AAC Hex F: Memory create for exception structure not possible
Precise cause of error, review section Error suppl. code
bsspvw_geme
R: @CS2 is disabled
A: Reduce the RAM requirements in the application
EQ: ZF_ERR_NUM_CS2_EXC_ZU_KURZ
EM: ZP.CSF
AM: _CS2.CSF
AA: 7-Seg. ’C’
KFF (6AAC, pointer to configured name, not defined)
6AAD Hex F: Memory create for reorganization structure not possible
Precise cause of error, review section Error suppl. code
bsspvw_geme
R: @CS2 is disabled
A: Reduce the RAM requirements in the application
EQ: ZF_ERR_NUM_CS2_REORG_ZU_KURZ
EM: ZP.CSF
AM: _CS2.CSF
AA: 7-Seg. ’C’
KFF (6AAD, pointer to configured name, not defined)
6AAE Hex F: Unknown function return value from the function zp_fb_init.
R: @CS2 is disabled
A: Inform Siemens AG.
EQ: ZF_ERR_NUM_CS2_FB_INIT_FRW_ERR
EM: _CS2.CSF
AM: _CS2.CSF
AA: 7-Seg. ’C’’
KFF (6AAE, pointer to configured name,
function return value of the function zp_fb_init)
6AAF Hex to 6AB0 not utilized
Hex

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 Communication Error Codes

6AB1 Hex F: Link type not set to "CS22 Rack Link in the expanded
address area" or "CS22 Rack Link in the special
peripherals area".
R: @CS2 is disabled
A: Check the configured name at the CTS connector
otherwise
inform Siemens AG.
EQ: ZF_ERR_NUM_CS2_KOP_TYP_ERR
EM: _CS2.CSF
AM: _CS2.CSF
AA: 7-Seg. ’C’
KFF (6AB1, pointer to configured name, 0)
6AB2 Hex F: Three @CS2 blocks already connected in the link.
R: @CS2 is disabled
A: Power down rack and after 10 sec. power up again
Check whether more than three CS21 boards exist in the
link or
whether the @CS2 block is multiply configured on the
same CS21 board
EQ: ZF_ERR_NUM_CS2_SCHON_DREI_CS21
EM: _CS2.CSF
AM: _CS2.CSF
AA: 7-Seg. ’C’
KFF (6AB2, pointer to configured name, 0)
6AB3 Hex F: The software version on the processor board is not compatible
with the
version in the CS11/12/13/14 rack.
R: @CS2 is disabled
A: Check the versions in all the connected racks, otherwise
inform Siemens AG.
EQ: ZF_ERR_NUM_CS2_VERSION_ERR
EM: _CS2.CSF
AM: _CS2.CSF
AA: 7-Seg. ’C’
KFF (6AB3, pointer to configured name, 0)
6AB4 Hex F: Memory size of the CS22 and the CS12/13/14 do not match
R: @CS2 is disabled
A: Check the EMA connectors on the CS12/13/14-IB or
CS22-IB, otherwise inform Siemens AG.
EQ: ZF_ERR_NUM_CS2_MEM_SIZE_ERR
EM: _CS2.CSF
AM: _CS2.CSF
AA: 7-Seg. ’C’
KFF (6AB4, pointer to configured name, 0)

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Communication Error Codes

3.2.10 Gerätekopplung und Parameterbearbeitung auf T400

7C00 Hex F: Parameternummer ist nicht vorhanden

R: Auftrag wird nicht ausgeführt
A: Parameternummer überprüfen
EQ: ZF4_GER_ERR_PRP_NO_PARA_NR
EM: zf4ger.csf
AM: _drive.csf, YTx, Parameterrückgabewert 0

7C01 Hex F: PEN-Eingang erlaubt keine Änderung der Parameter

R: Parameter wird nicht geändert
A: FB-@DRIVE, Eingang PEN auf 1 setzen
EQ: ZF4_GER_ERR_PRP_NO_PEN
EM: zf4ger.csf
AM: _drive.csf, YTx, Parameterrückgabewert 1

7C02 Hex F: MIN- / MAX-Grenze ueberschritten

R: Parameter wird nicht geändert
A: Wert für Parameterauftrag so ändern, daß er innerhalb der
Grenzwerte liegt. Oder Grenzwerte ändern, falls Grenzwerte
über PLIM-Bausteine festgelegt wurden, und RESET der T400.
EQ: ZF4_GER_ERR_PRP_OFF_LIMIT
EM: zf4ger.csf
AM: _drive.csf, YTx, Parameterrückgabewert 2

7C03 Hex F: Keine gueltiger Parameterauftrag, Auftragsnummer und

Parameternummer konnten nicht aus der Parameter ID bestimmt
werden.
R: Auftrag wird nicht bearbeitet
A: Parameter ID überprüfen und gültige Parameter ID angeben
EQ: ZF4_GER_ERR_PRP_NO_PARA_ID
EM: zf4ger.csf
AM: _drive.csf, YTx, Parameterrückgabewert 3

7C05 Hex F: Ungueltiger Datentyp

R: Auftrag wird nicht ausgeführt
A: Gültigen Datentyp für Parameterauftrag verwenden
EQ: ZF4_GER_ERR_PRP_ILLEGAL_DATA_TYPE
EM: zf4ger.csf
AM: _drive.csf, YTx, Parameterrückgabewert 5

7C12 Hex F: Parameter auf einem Ausgang ist nicht änderbar

R: Auftrag wird nicht ausgeführt
A: Parameter auf einen Eingang projektieren
EQ: ZF4_GER_ERR_PRP_NO_INPUT
EM: zf4ger.csf
AM: _drive.csf, YTx, Parameterrückgabewert 18

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7C66 Hex F: Schreibschutz der Speicherkarte ist eingelegt

R: Abspeichern in das EEPROM ist nicht möglich.
A: Siemens AG benachrichtigen
EQ: ZF4_GER_ERR_PRP_SAVE_PROTECT
EM: zf4ger.csf
AM _drive.csf, YTx,
Fehlernummer wird als zusätzlicher Parameterrückgabewert bei
der Auftragsantwort mit zurückgesendet.

7C70 Hex F: Kanalzustand ist AUS aufgrund Baugruppen-Konfiguration

R: Keine weitere Bearbeitung
A: Überprüfen, ob die Baugruppen richtig gesteckt sind
EQ: ZF4_GER_ERR_PRP_KAN_ZUS_OFF
EM: zf4ger.csf
AM: _drive.csf, YTx

7C72 Hex F: Funktionsbaustein ist mehrfach projektiert

R: Eintrag ins Kommunikationsfehlerfeld, Baustein wird
abgeschaltet
A: Funktionsbaustein nur einmal projektieren
EQ: ZF4_GER_ERR_MEHRFACH
EM: _drive.csf, cbconf.csf, ptrans.csf, tfaw.csf, rfaw.csf
AM: _drive.csf, cbconf.csf, ptrans.csf, tfaw.csf, rfaw.csf

7C7A Hex F: Abtastzeit nicht 10 .. 200ms

R: Eintrag ins Kommunikationsfehlerfeld, Baustein wird
abgeschaltet
A: Abtastzeit ändern, so daß sie zwischen 10 ms und 200 ms liegt.
EQ: ZF4_GER_ERR_ABTASTZEIT
EM: _drive.csf
AM: _drive.csf, YT1

7C7B Hex F: Fehler bei der Speicherbeschaffung

R: Eintrag ins Kommunikationsfehlerfeld, Baustein wird
abgeschaltet
A: Siemens AG benachrichtigen
EQ: ZF4_GER_ERR_GEME
EM: _drive.csf, cbconf.csf, ptrans.csf, tfaw.csf, rfaw.csf
AM: _drive.csf, cbconf.csf, ptrans.csf, tfaw.csf, rfaw.csf
Zusatzinformation im Kommunikationsfehlerfeld: Rückgabewert
der Funktion bsspvw_geme

7C7E Hex F: ungueltiges Request-Buffer-Status-Byte

R: Paramterkanal wird nicht bearbeitet.
A: Hardware überprüfen, Siemens AG benachrichtigen
EQ: ZF4_GER_ERR_PRP_RQU_BUFFER
EM: zf4ger.csf
AM: _drive.csf, YT1

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Communication Error Codes

7C7F Hex F: kein Zugriff auf Reply-Buffer möglich

R: Paramterkanal wird nicht bearbeitet.
A: Hardware überprüfen, Siemens AG benachrichtigen.
EQ: ZF4_GER_ERR_PRP_RPL_NO_ACC
EM: zf4ger.csf
AM: _drive.csf, YTx

7C80 Hex F: ungueltiges Reply-Buffer-Status-Byte

R: Paramterkanal wird nicht bearbeitet.
A: Hardware überprüfen, Siemens AG benachrichtigen.
EQ: ZF4_GER_ERR_PRP_RPL_BUFFER
EM: zf4ger.csf
AM: _drive.csf, YTx

7C81 Hex F: Vorheriger Speicherauftrag noch in Arbeit.

R: Auftrag wird nicht ausgeführt.
A: Auftrag wiederholen.
EQ: ZF4_GER_ERR_PRP_SAVE_BUSY
EM: zf4ger.csf
AM: _drive.csf, Ytx
Fehlernummer wird als zusätzlicher Parameterrückgabewert bei
der Auftragsantwort mit zurückgesendet.

7C83 Hex F: Kanalkennung fehlerhaft

R: Paramterkanal wird nicht bearbeitet.
A: Hardware überprüfen, Siemens AG benachrichtigen.
EQ: ZF4_GER_ERR_PRP_NO_KAN_KNG
EM: zf4ger.csf
AM: _drive.csf, YTx

7C84 Hex F: Parameterfunktion nicht implementiert, Parameter

Auftragsnumer ist ungültig oder Parameterauftrag kann auf der
T400 nicht bearbeitet werden.
R: Paramterauftrag wird nicht ausgeführt.
A: Gültigen Parameterauftrag projektieren.
EQ: ZF4_GER_ERR_PRP_NO_PKW
EM: zf4ger.csf
AM: _drive.csf, YTx, Parameterrückgabewert

7C8D Hex F: Fehler bei der Übertragung neuer Konfigurationsdaten zum

Comboard
R: kein Datenaustausch zum Comboard.
A: An Baseboard oder FB CBCONF andere Konfigurationsdaten für
Comboard einstellen und diese zum Comboard übertragen.
EQ: ZF4_GER_ERR_CBCONF
EM: _drive.csf
AM: _drive.csf, cbconf.csf, YTS

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 Communication Error Codes

7C8F Hex F: Falsche Baugruppe rechts

R: Eintrag ins Kommunikationsfehlerfeld, Baustein wird
abgeschaltet
A: Anderen Baugruppe rechts verwenden
EQ: ZF4_GER_ERR_KOPP_R
EM: _drive.csf
AM: _drive.csf, YT1

7C92 Hex F: Parametertabelle ist nicht vorhanden

R: Eintrag ins Kommunikationsfehlerfeld, Baustein wird
abgeschaltet
A: Siemens AG benachrichtigen
EQ: ZF4_GER_ERR_PRP_PTAB
EM: _drive.csf
AM: _drive.csf, YT1

7C93 Hex F: Request-Buffer-Channel-Control is OFF

R: Parameterkanal wird nicht bearbeitet
A: Kommunikationpartner überprüfen.
EQ: ZF4_GER_ERR_PRP_RQU_CC_OFF
EM: zf4ger.csf
AM: _drive.csf, YTx

7C94 Hex F: kein Zugriff auf Request-Buffer möglich

R: Parameterkanal wird nicht bearbeitet
A: Kommunikationpartner überprüfen.
EQ: ZF4_GER_ERR_PRP_RQU_NO_ACC
EM: zf4ger.csf
AM: _drive.csf, YTx

7C95 Hex F: Reply-Buffer-Channel-Control is OFF

R: Parameterkanal wird nicht bearbeitet
A: Kommunikationpartner überprüfen.
EQ: ZF4_GER_ERR_PRP_RPL_CC_OFF
EM: zf4ger.csf
AM: _drive.csf, YTx

7C97 Hex F: Auf Parameterantwort vom anderen Board warten.

R: Auf Parameterantwort vom anderen Board warten.
A: Überprüfen, ob anderes Board korrekt arbeitet.
EQ: ZF4_GER_ERR_PRP_RPL_WAIT
EM: zf4ger.csf
AM: _drive.csf, YT5

7C98 Hex F: Timeout beim Warten auf Parameterantwort vom anderen Board
R: Parameterantwort „Auftrag konnte nicht ausgeführt werden“ mit
Zusatzinformation „Timeout beim Warten auf Quittung vom
anderen Board“ wird gesendet
A: Überprüfen, ob anderes Board korrekt arbeitet.
EQ: ZF4_GER_ERR_PRP_RPL_WAITOUT
EM: zf4ger.csf
AM: _drive.csf, YT5

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Communication Error Codes

7C9C Hex F: Speicherkarte ist nicht „SIMADYN D konform“

R: Parameterauftrag wurde nicht ausgeführt
A: Siemens AG benachrichtigen
EQ: ZF4_GER_ERR_PRP_SAVE_NONCOMP
EM: zf4ger.csf
AM: _drive.csf, YTx, als Parameterrückgabewert

7C9D Hex F: Speicherkarte wurde beim letzten Schreibvorgang defekt. Alle

weiteren Versuch zu schreiben sind zwecklos
R: Parameterauftrag wurde nicht ausgeführt
A: Siemens AG benachrichtigen
EQ: ZF4_GER_ERR_PRP_SAVE_DEFECT
EM: zf4ger.csf
AM: _drive.csf, YTx, als Parameterrückgabewert

7C9E Hex F: Speicherplatz im EEPROM ist nicht ausreichend

R: Parameterauftrag wurde nicht ausgeführt
A: keine
EQ: ZF4_GER_ERR_PRP_SAVE_NO_SPACE
EM: zf4ger.csf
AM: _drive.csf, YTx, als Parameterrückgabewert

7CA1 Hex F: Konvertierung von Float auf I4 hat fehlgeschlagen, Float -Zahl
war zu groß
R: Parameterauftrag wird nicht ausgeführt.
A: kleinere Float-Zahlen im Parameterauftrag versenden,
Parameterkanal verwenden, über den Float-Zahlen versendet
werden können (siehe PCF-/PTF-Eingang am FB @Drive)
EQ: ZF4_GER_ERR_PRP_NO_KONV_NFI4
EM: zf4ger.csf
AM: _drive.csf, Ytx
Fehlernummer wird als zusätzlicher Parameterrückgabewert bei
der Auftragsantwort mit zurückgesendet.

7CA6 Hex F: Zentralbaustein FB-@Drive fehlt

R: Eintrag ins Kommunikationsfehlerfeld, Abschaltung des
suchenden Bausteins
A: FB @Drive projektieren
EQ: ZF4_GER_ERR_N_DRIVE
EM: zf4ger.csf, pname.csf, ptrans.csf, cbconf.csf, tfaw.csf, rfaw.csf
AM: pname.csf, plim.csf, plim_i.csf, plim_d.csf, ptrans.csf,
cbconf.csf, tfaw.csf, rfaw.csf
YTS-Ausgänge

7CA7 Hex F: Kanal fehlerhaft

R: Kommunikation wird abgebrochen
A: Board überprüfen, Siemens AG benachrichtigen
EQ: ZF4_GER_ERR_PKZ_BREAK
EM: zf4ger.csf, ptrans.csf
AM: tfaw.csf, ptrans.csf -- YTS-Ausgänge

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 Communication Error Codes

7CAB Hex F: Parameter zur projektierten Nummer ist ein

Beobachtungsparamter (Ausgang)
R: Grenzwerte werden nicht in die Parametertabelle eingetragen,
Eintrag in das Fehlerfeld
A: Parameter an einem Eingang projektieren
EQ: ZF4_PLIM_ERR_NO_WRITE
EM: zf4ger.csf
AM: plim.csf, plim_i.csf, plim_d.csf -- YTS- Ausgang

7CAC Hex F: Parameter zur projektierten Nummer ist nicht vorhanden

R: Grenzweret können nicht in die Parametertabelle eingetragen
werden, Eintrag in das Fehlerfeld
A: Vorhandene Parameternummer projektieren
EQ: ZF4_PLIM_ERR_NO_PARAM_NR
EM: zf4ger.csf
AM: plim.csf, plim_i.csf , plim_d.csf -- YTS- Ausgang

7CAD Hex F: Datentypen sind nicht identisch

R: Grenzwerte für Parameternummer werden nicht aktiv, Eintrag in
das Fehlerfeld
A: Richtigen PLIM-Baustein verwenden
EQ: ZF4_PLIM_ERR_NO_DATA_TYPE
EM: plim.csf, plim_i.csf, plim_d.csf
AM: plim.csf, plim_i.csf, plim_d.csf -- YTS- Ausgang, Eintrag in das
Fehlerfeld

7CAE Hex F: Fehler bei der Bestimmung der Skalierungsfaktoren der MIN- /
MAX-Eingänge
R: Grenzwerte werden nicht aktiv
A: Siemens AG benachrichtigen
EQ: ZF4_PLIM_ERR_MINMAX
EM: plim.csf
AM: plim.csf -- YTS- Ausgang
Eintrag in das Fehlerfeld, Zusatz: Funktionsrückgabewert der
Funktion sda_func_afpi_suche_fbk_nr oder
sda_func_afpi_fbk_kbs

7CAF Hex F: Minimum ist größer als Maximum

R: Grenzwerte werden nicht aktiv
A: Eingänge MIN, MAX korrigieren
EQ: ZF4_PLIM_ERR_MINMAX
EM: plim.csf, plim_i.csf, plim_d.csf
AM: plim.csf, plim_i.csf, plim_d.csf -- YTS- Ausgang, Eintrag in das
Fehlerfeld

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Communication Error Codes

7CB0 Hex F: T400 ist nicht als Techboard projektiert

R: Abschaltung des Bausteins und Eintrag in das
Kommunikationsfehlerfeld
A: T400 am FB @DRIVE als Techboard projektieren (Eingang
BBF=0)
EQ: ZF4_PTRANS_ERR_NO_T400
EM: ptrans.csf
AM: ptrans.csf- YTx-Konnektoren

7CB3 Hex F: Funktionsbaustein kann wg. Hardwarekonfiguration nicht

verwendet werden
R: Funktionsbaustein schaltet sich ab.
A: Baustein nur projektieren, wenn Konfiguration dies zulässt
EQ: ZF4_GER_ERR_FB_FE_KOPPZUS
EM: cbconf.csf, tfaw.csf, rfaw.csf
AM: cbconf.csf, tfaw.csf, rfaw.csf -- YTx-Ausgänge

7CB4 Hex F: Initialisierung des Funktionsbausteins läuft

R: (temporärer Zustand)
A: warten
EQ: ZF4_GER_ERR_FB_INI
EM: cbconf.csf, tfaw.csf, rfaw.csf
AM: cbconf.csf, tfaw.csf, rfaw.csf - YTx-Ausgänge

7CB5 Hex F: keine Kommunikation mit Kommunikationspartner

R: Es findet keine Übertragung der Fehler und Warnungen statt.
A: Kommunikationspartner überprüfen, Siemens AG
benachrichtigen
EQ: ZF4_GER_ERR_FAW_N_COM
EM: tfaw.csf, rfaw.csf
AM: tfaw.csf, rfaw - YTx-Konnektoren

7CB6 Hex F: kein Zugriff auf Kanal möglich

R: Es findet keine Übertragung der Fehler und Warnungen statt.
A: Kommunikationspartner überprüfen, Siemens AG
benachrichtigen
EQ: ZF4_GER_ERR_FAW_N_CHANNEL_ACCESS
EM: tfaw.csf, rfaw
AM: tfaw.csf, rfaw.csf - YTx-Konnektoren

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4 Error Supplementary Codes
This chapter describes the error supplementary codes to the individual
error codes. Which supplementary codes exist for which error codes is
indicated in the description of the corresponding error codes. An error
supplementary code does not automatically exist for each error code.

4.1 Supplementary code "bsspvw_geme"

01 Hex F: Memory object ID impermissible.

(permissible memory object ID’s are PN local RAM, slots 1...24,
PN local SAVE area, L bus coupling memory and C bus coupling
memory).
R: Required memory was not set.
A: Contact Siemens AG .
EQ: SDB_FRW_BSSPVW_GEME_SOK_UNZ
EM: BSSPVW.CSF
AM: Block that invokes the function bsspvw_geme.
AA: Block dependent.

02 Hex F: Memory object ID points to a memory object that does not exist
in the rack.
R: Required memory was not set.
A: Contact Siemens AG .
EQ: SDB_FRW_BSSPVW_GEME_SOK_NEXIST
EM: BSSPVW.CSF
AM: Block that invokes the function bsspvw_geme.
AA: Block dependent.

03 Hex F: The free memory space on the memory object is not sufficient.
R: Required memory was not set.
A: Free up memory space on the memory object by reconfiguring.
EQ: SDB_FRW_BSSPVW_GEME_SP_ZUKLEIN
EM: BSSPVW.CSF
AM: Block that invokes the function bsspvw_geme.
AA: Block dependent.

04 Hex F: The memory object is currently blocked by another user.

R: Required memory was not set.
A: Wait state.
EQ: SDB_FRW_BSSPVW_GEME_SO_KZUGR
EM: BSSPVW.CSF
AM: Block that invokes the function bsspvw_geme.
AA: Block dependent.

Fehler! Datei kann nicht geöffnet werden.- Fehler! Datei kann nicht geöffnet werden.- Fehler! Datei kann nicht geöffnet
werden. 4-1
Fehler! Datei kann nicht geöffnet werden. Fehler! Datei kann nicht geöffnet werden.
Error Supplementary Codes

F: Required memory distribution is impermissible.

05 Hex
(permissible memory distribution is either word wise or paragraph
wise).
R: Required memory was not set.
A: Contact Siemens AG.
EQ: SDB_FRW_BSSPVW_GEME_SOM_UNZ
EM: BSSPVW.CSF
AM: Block that invokes the function bsspvw_geme.
AA: Block dependent.

06 Hex F: System bus access error

R: Required memory was not set.
A: Contact Siemens AG.
EQ: SDB_FRW_BSSPVW_GEME_BUS
EM: BSSPVW.CSF
AM: Block that invokes the function bsspvw_geme.
AA: Block dependent.

07 Hex F: RAM drive access error.

R: Required memory was not set.
A: Contact Siemens AG.
EQ: SDB_FRW_BSSPVW_GEME_RAM
EM: BSSPVW.CSF
AM: Block that invokes the function bsspvw_geme.
AA: Block dependent.

4.2 Supplementary code "bsspvw_info"

01 Hex F: Memory object ID impermissible.

(permissible memory object ID’s are PN local RAM, slots 1...24,
PN local SAVE area, L bus coupling memory and C bus coupling
memory.)
R: The address of the required memory was not set.
A: Contact Siemens AG.
EQ: SDB_FRW_BSSPVW_INFO_SOK_UNZ
EM: BSSPVW.CSF
AM: Block that invokes the function bsspvw_info.
AA: Block dependent.

02 Hex F: Memory object ID points to a memory object that does not exist
in the rack.
R: Required memory was not set.
A: Contact Siemens AG.
EQ: SDB_FRW_BSSPVW_INFO_SOK_NEXIST
EM: BSSPVW.CSF
AM: Block that invokes the function bsspvw_info.
AA: Block dependent.

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 Error Supplementary Codes

F: The required list does not exist.

03 Hex
R: The address of the required memory was not set.
A: Contact Siemens AG.
EQ: SDB_FRW_BSSPVW_INFO_SON_NEXIST
EM: BSSPVW.CSF
AM: Block that invokes the function bsspvw_info.
AA: Block dependent.

04 Hex F: System bus access error

R: The address of the required memory was not set.
A: Contact Siemens AG.
EQ: SDB_FRW_BSSPVW_INFO_BUS
EM: BSSPVW.CSF
AM: Block that invokes the function bsspvw_info.
AA: Block dependent.

4.3 Supplementary code "zbin_komdat"

31 Hex F: Memory assigning for KOMDAT structure temporarily not

possible. Exact cause of error see section Error supplementary
code bsspvw_geme.
R: KOMDAT area is not set.
A: Repeat the function invocation
EQ: Z_FRW_ZBIN_N_ANM
EM: ZBIN.CSF
AM: Block that invokes the function zbin_komdat.
AA: Block dependent.

32 Hex F: Memory assigning for KOMDAT structure not possible

exact cause of error see section Error supplementary code
bsspvw_geme.
R: KOMDAT area is not set.
A: Reduce the RAM requirement in the application
EQ: Z_FRW_ZBIN_GEME_AUFRUF_ERR
EM: ZBIN.CSF
AM: Block that invokes the function zbin_komdat.
AA: Block dependent.

33 Hex F: Transmit/receive ID in transfer structure of the function incorrect.

R: KOMDAT area is not set.
A: The value in transmit / receive ID must correspond to the ENUM
type
z_kenn_val
EQ: Z_ZBIN_DIR_KENN_ERR
EM: ZBIN.CSF
AM: Block that invokes the function zbin_komdat.
AA: Block dependent.

General diagnostics - SIMADYN D - Reference Manual 4-3

6DD1987-1BA0 Edition 10.97
Error Supplementary Codes

F: The number of components (separated by a dot) of the

34 Hex
configuring specification is larger than 6.
R: KOMDAT area is not set.
A: The specification at AT / AR / US connector may only have a
maximum of 6 components.
EQ: Z_ZBIN_TEIL_ERR
EM: ZBIN.CSF
AM: Block that invokes the function zbin_komdat.
AA: Block dependent.

35 Hex F: The configuring specifications consist of more than 3

components but is not identifiable as a destination specification.
R: KOMDAT area is not set.
A: When no destination is configured at AT / AR /US connector,
then the specification may consist of a maximum of three
components (channel name, address stage 1, address stage 2;
when a destination is configured at AT / AR / US connector, then
the specification of the destination rack name must start with an
"@").
EQ: Z_ZBIN_ZIEL_N_KENN
EM: ZBIN.CSF
AM: Block that invokes the function zbin_komdat.
AA: Block dependent.

36 Hex F: Configured destination specification is incorrect.

R: KOMDAT area is not set.
A: Only configure a "@" at AT / AR / US connector.
EQ: Z_ZBIN_ZIEL_ERR
EM: ZBIN.CSF
AM: Block that invokes the function zbin_komdat.
AA: Block dependent.

37 Hex F: Configured channel name is too long.

R: KOMDAT area is not set.
A: Channel name first sub?specification at AT / AR / US connector)
may be a maximum of 8 characters long.
EQ: Z_ZBIN_KAN_NAM_LEN_ERR
EM: ZBIN.CSF
AM: Block that invokes the function zbin_komdat.
AA: Block dependent.

38 Hex F: Configured address stage 1 is too long.

R: KOMDAT area is not set.
A: Address stage 1 (second sub?specification at AT / AR / US
connector) may be a maximum of 14 characters long.
EQ: Z_ZBIN_ADR_STUF1_LEN_ERR
EM: ZBIN.CSF
AM: Block that invokes the function zbin_komdat.
AA: Block dependent.

4-4 General diagnostics - SIMADYN D - Reference Manual

6DD1987-1BA0 Edition 10.97
 Error Supplementary Codes

F: Configured address stage 2 is too long.

39 Hex
R: KOMDAT area is not set.
A: Address stage 2 (third sub?specification at AT / AR / US
connector) may be a maximum of 20 characters long.
EQ: Z_ZBIN_ADR_STUF2_LEN_ERR
EM: ZBIN.CSF
AM: Block that invokes the function zbin_komdat.
AA: Block dependent.

3A Hex F: The configured destination specification is located in the

incorrect section of the string.
R: KOMDAT area is not set.
A: The "@" is only permitted to be at start of the second or third last
sub?specification at the AT / AR / US connector.
EQ: Z_ZBIN_STRING_ERR
EM: ZBIN.CSF
AM: Block that invokes the function zbin_komdat
AA: Block dependent.

3B Hex F: Configured destination rack is too long.

R: KOMDAT area is not set.
A: Destination rack name (first sub?specification after the "@" at
the AT / AR / US connector) must be up to 6 characters long.
EQ: Z_ZBIN_ZBGT_NAM_LEN_ERR
EM: ZBIN.CSF
AM: Block that invokes the function zbin_komdat.
AA: Block dependent.

3C Hex F: Configured destination board name length is incorrect.

R: KOMDAT area is not set.
A: Destination board name (second sub?specification after the "@"
at the AT / AR / US connector) must be exactly 6 characters
long.
EQ: Z_ZBIN_ZBG_NAM_LEN_ERR
EM: ZBIN.CSF
AM: Block that invokes the function zbin_komdat.
AA: Block dependent.

3D Hex F: Configured destination interface length is incorrect.

R: KOMDAT area is not set.
A: Destination board name (third sub?specification after the "@" at
the AT / AR / US connector) must be exactly 3 characters long.
EQ: Z_ZBIN_ZSS_LEN_ERR
EM: ZBIN.CSF
AM: Block that invokes the function zbin_komdat
AA: Block dependent.

3E Hex F: Configured destination interface is incorrect.

R: KOMDAT area is not set.
A: Only the following interface specifications are permitted: "X01",
"X02", "X03".
EQ: Z_ZBIN_ZSS_NAM_ERR
EM: ZBIN.CSF
AM: Block that invokes the function zbin_komdat.
AA: Block dependent.

General diagnostics - SIMADYN D - Reference Manual 4-5

6DD1987-1BA0 Edition 10.97
Error Supplementary Codes

4.4 Supplementary code "zgsd_zini_nachtrag"

02 Hex F: ZINI list is already full

R: Data interface cannot be initialized.
A: Reduce the number of data interfaces
EQ: SDZ_FRW_ZG_ZINI_ZU_KURZ
EM: ZGSD.CSF
AM: Block that invokes the function zgsd_zini_nachtrag
AA: Block dependent

03 Hex F: Incorrect bus access

R: Data interface cannot be initialized.
A: Check hardware or inform Siemens AG.
EQ: SDZ_FRW_ZG_BUS_ACC_ERR
EM: ZGSD.CSF
AM: Block that invokes the function zgsd_zini_nachtrag
AA: Block dependent

04 Hex F: ZINI list is already full

R: Data interface cannot be initialized.
A: Reduce the number of data interfaces
EQ: SDZ_FRW_ZG_ZINI_VOLL
EM: ZGSD.CSF
AM: Block that invokes the function zgsd_zini_nachtrag
AA: Block dependent

05 Hex F: Impermissible board name

R: Data interface cannot be initialized.
A: Check CTS connector
EQ: SDZ_FRW_ZG_BG_NAM_ERR
EM: ZGSD.CSF
AM: Block that invokes the function zgsd_zini_nachtrag
AA: Block dependent

07 Hex F: ZINI list not found

R: Data interface cannot be initialized.
A: Inform Siemens AG.
EQ: SDZ_FRW_ZG_ZINI_N_FOUND
EM: ZGSD.CSF
AM: Block that invokes the function zgsd_zini_nachtrag
AA: Block dependent

08 Hex F: Slot cannot be found

R: Data interface cannot be initialized.
A: Inform Siemens AG.
EQ: SDZ_FRW_ZG_NO_STPL_NR
EM: ZGSD.CSF
AM: Block that invokes the function zgsd_zini_nachtrag
AA: Block dependent

4-6 General diagnostics - SIMADYN D - Reference Manual

6DD1987-1BA0 Edition 10.97
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