InteliDrive

BaseBox
Engine controller for Gas
applications

SW version 1.0.0
1 Document information 5
2 System overview 10
3 Installation and wiring 14
4 Controller setup 36
5 Communication 182
6 Troubleshooting 186
7 External modules connection 187
8 Technical Data 191
9 Appendix 196

Copyright © 2020 ComAp a.s.

Written by Team of authors
Prague, Czech Republic
ComAp a.s., U Uranie 1612/14a,
170 00 Prague 7, Czech Republic
Tel: +420 246 012 111
E-mail: info@comap-control.com, www.comap-control.com Global Guide
Table of contents
1 Document information 5 3.5.5 Binary Outputs wiring 25
1.1 Clarification of Notation 5 3.5.6 Examples of BI and BO wiring 28
1.2 About this Global Guide 5 3.5.7 Binary I/O on IS-BIN16/8 29
1.3 Legal notice 5 3.5.8 Analog Inputs wiring 30
1.4 General warnings 7 3.5.9 Analog Outputs wiring 31
1.4.1 Remote control and programing 7 3.5.10 Analog Inputs on IS-AIN8 31
1.4.2 SW and HW versions compatibility 7 3.5.11 CAN bus and RS485 32
1.4.3 Adjust the setpoints 7 3.5.12 Magnetic pick-up 34
1.5 Certifications and standards 8
4 Controller setup 36
1.6 Document history 8
4.1 Operator Guide 36
1.7 Symbols in this manual 9
4.1.1 InteliVision 5 36
2 System overview 10 4.1.2 InteliVision 8 52
2.1 General description 10 4.1.3 InteliVision 12T 69
2.1.1 The key features of InteliDrive 4.1.4 InteliVision 17T18T 108
BaseBox 10 4.1.5 Mode and function description 109
2.1.2 PC Tools 10 4.2 Controller configuration and PC tools
2.2 Extension modules and accessories 12 connection 109
2.2.1 Available extension modules 12 4.2.1 Controller connections 109
4.2.2 Firmware and archive overview 122
3 Installation and wiring 14
4.2.3 How to use PC tool 125
3.1 Package content 14
4.3 Functions 125
3.2 Controller installation 15
4.3.1 Modes overview 126
3.2.1 Dimensions 15
4.3.2 AFR 127
3.2.2 Mounting 16
4.3.3 Gas Valve Test 135
3.3 Terminals, Jumpers and I/O overview 18
4.3.4 Engine control 136
3.3.1 Schematics 18
4.3.5 Controller redundancy 142
3.3.2 Terminals, Inputs and Outputs 18
4.3.6 Service timers 143
3.4 Display interface 19
4.3.7 Force value 145
3.4.1 InteliVision 5 Wiring 19
4.3.8 External values 147
3.4.2 InteliVision 8 Wiring 20
4.3.9 General purpose timers 148
3.4.3 InteliVision 12Touch Wiring 21
4.3.10 History log 149
3.5 Recommended wiring 22
4.3.11 User buttons 151
3.5.1 General 23
4.3.12 Remote Control function 151
3.5.2 Grounding 23
4.3.13 Shared Binary IO and Virtual IO 152
3.5.3 Power supply 23
4.3.14 Modbus 155
3.5.4 Binary Inputs wiring 25
4.3.15 Sensors 156

InteliDrive-BB-1.0.0 Global Guide 2

 4.3.16 Power formats 158 8.4 Binary inputs and outputs 192
4.3.17 Languages and Translator 158 8.4.1 Binary inputs 192
4.3.18 User mask 159 8.4.2 Binary open collector outputs 192
4.3.19 Binary selector 160 8.5 Analog inputs and outputs 193
4.3.20 PLC functions 160 8.5.1 Analog inputs 193
4.3.21 Protections and Alarm management 169 8.5.2 Analog outputs 193
4.3.22 Controller operation states 176 8.6 D+ function 193
4.3.23 User management 176 8.7 Speed pick-up input 193
4.3.24 Safety function 178 8.8 Communication interface 194
8.8.1 RS232 interface 194
5 Communication 182
8.8.2 RS485 interface 194
5.1 Modbus Communication 182
8.8.3 CAN bus interface 194
5.1.1 Modbus communication via RS232 –
8.9 Outputs refresh rates 195
single controller 182
5.1.2 Modbus communication via RS485 182 9 Appendix 196
5.1.3 Modbus communication via RS485 – 9.1 Controller objects 197
multiple controllers 183
9.1.1 List of controller objects types 197
5.1.4 Modbus communication via I-LB+ 183
9.1.2 Setpoints 198
5.1.5 Modbus communication via IB-NT 183
9.1.3 Values 388
5.1.6 Data reading 183
9.1.4 Logical analog inputs 418
5.1.7 Data writing 184
9.1.5 Logical binary inputs 432
5.1.8 Modbus TCP 184
9.1.6 Logical binary outputs 496
5.2 Possible Connections per Port 185
9.2 Speed governors interfaces 567
9.2.1 Speed governors interfaces
6 Troubleshooting 186
alphabetically 567
7 External modules connection 187 9.3 Extensional modules 575
7.1 Example of Wiring 187 9.3.1 Inteli AIN8 576
7.2 Connection of ECU on CAN1 with Other 9.3.2 Inteli AIN8TC 577
Modules Connected 188 9.3.3 Inteli IO8/8 (can be switched to IO16/0)578
7.3 I-CB wiring and configuration 189 9.3.4 IS-BIN 16/8 579
7.4 Lost Communication Protection 189 9.3.5 IS-AIN8 580
7.5 IS-BIN 16/8 and IS-AIN8 189 9.3.6 IGL-RA15 Remote annunciator 580
7.6 IS-AIN8, IS-BIN 16/8 address setting 190 9.3.7 IGS-PTM 582
7.7 IS-AIN8, IS-BIN 16/8 SW version check 190 9.3.8 InternetBridge-NT 582
7.8 IGS-PTM and IGL-RA15 190 9.3.9 I-LB+ Local Bridge 583
9.3.10 I-CB Communication bridge 584
8 Technical Data 191
9.3.11 I-CB wiring and configuration 584
8.1 Power supply 191
9.3.12 I-RB16, I-RB16/231 relay board 584
8.2 Operating conditions 192
9.3.13 I-CR CAN Repeater 585
8.3 Dimensions and weight 192
9.3.14 I-AOUT8 586

InteliDrive-BB-1.0.0 Global Guide 3

 9.3.15 I-LBA 588

InteliDrive-BB-1.0.0 Global Guide 4

1 Document information
1.1 Clarification of Notation 5
1.2 About this Global Guide 5
1.3 Legal notice 5
1.4 General warnings 7
1.5 Certifications and standards 8
1.6 Document history 8
1.7 Symbols in this manual 9

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1.1 Clarification of Notation

Note: This type of paragraph calls the reader’s attention to a notice or related theme.

IMPORTANT: This type of paragraph highlights a procedure, adjustment etc., which can cause a
damage or improper function of the equipment if not performed correctly and may not be clear at
first sight.

Example: This type of paragraph contains information that is used to illustrate how a specific function
works.

1.2 About this Global Guide

For the purposes of the “Standard Terms for Sales of Products and Provision of Services” and “End User or
Distributor Licence Agreement Conditions – ComAp Control Systems Software”, the Global Guide and its
supplements are considered to be the “End User's Guide/Manual”.
This manual contains important instructions for InteliDrive BaseBox controllers that shall be followed during
installation and maintenance of InteliDrive BaseBox controllers.
This manual provides general information how to install and operate InteliDrive BaseBox controller.
This manual is dedicated for:
Operators of engine
engine control panel builders
For everybody who is concerned with installation, operation and maintenance of the engine

1.3 Legal notice

This End User's Guide/Manual as part of the Documentation is an inseparable part of ComAp’s Product and
may be used exclusively according to the conditions defined in the “END USER or Distributor LICENSE
AGREEMENT CONDITIONS – COMAP CONTROL SYSTEMS SOFTWARE” (License Agreement) and/or in
the “ComAp a.s. Global terms and conditions for sale of Products and provision of Services” (Terms) and/or in
the “Standardní podmínky projektů komplexního řešení ke smlouvě o dílo, Standard Conditions for Supply of
Complete Solutions” (Conditions) as applicable.

InteliDrive-BB-1.0.0 Global Guide 5

 ComAp’s License Agreement is governed by the Czech Civil Code 89/2012 Col., by the Authorship Act
121/2000 Col., by international treaties and by other relevant legal documents regulating protection of the
intellectual properties (TRIPS).
The End User and/or ComAp’s Distributor shall only be permitted to use this End User's Guide/Manual with
ComAp Control System Registered Products. The Documentation is not intended and applicable for any other
purpose.
Official version of the ComAp’s End User's Guide/Manual is the version published in English. ComAp reserves
the right to update this End User's Guide/Manual at any time. ComAp does not assume any responsibility for its
use outside of the scope of the Terms or the Conditions and the License Agreement.
Licensed End User is entitled to make only necessary number of copies of the End User's Guide/Manual. Any
translation of this End User's Guide/Manual without the prior written consent of ComAp is expressly prohibited!
Even if the prior written consent from ComAp is acquired, ComAp does not take any responsibility for the
content, trustworthiness and quality of any such translation. ComAp will deem a translation equal to this End
User's Guide/Manual only if it agrees to verify such translation. The terms and conditions of such verification
must be agreed in the written form and in advance.
For more details relating to the Ownership, Extent of Permitted Reproductions Term of Use of the
Documentation and to the Confidentiality rules please review and comply with the ComAp’s License
Agreement, Terms and Conditions available on www.comap-control.com.
Security Risk Disclaimer
Pay attention to the following recommendations and measures to increase the level of security of ComAp
products and services.
Please note that possible cyber-attacks cannot be fully avoided by the below mentioned recommendations and
set of measures already performed by ComAp, but by following them the cyber-attacks can be considerably
reduced and thereby to reduce the risk of damage. ComAp does not take any responsibility for the actions of
persons responsible for cyber-attacks, nor for any damage caused by the cyber-attack. However, ComAp is
prepared to provide technical support to resolve problems arising from such actions, including but not limited to
restoring settings prior to the cyber-attacks, backing up data, recommending other preventive measures against
any further attacks.
Warning: Some forms of technical support may be provided against payment. There is no legal or factual
entitlement for technical services provided in connection to resolving problems arising from cyber-attack or
other unauthorized accesses to ComAp's Products or Services.
General security recommendations and set of measures
1. AccessCode
• Change the AccessCode BEFORE the device is connected to a network.
• Use a secure AccessCode – ideally a random string of 8 characters containing lowercase, uppercase letters
and digits.
• For each device use a different AccessCode.
2. Password
• Change the password BEFORE the device enters a regular operation.
• Do not leave displays or PC tools unattended if an user, especially administrator, is logged in.
3. Controller Web interface
• The controller web interface at port TCP/80 is based on http, not https, and thus it is intended to be used only
in closed private network infrastructures.
• Avoid exposing the port TCP/80 to the public Internet.

InteliDrive-BB-1.0.0 Global Guide 6

 4. MODBUS/TCP
• The MODBUS/TCP protocol (port TCP/502) is an instrumentation protocol designed to exchange data
between locally connected devices like sensors, I/O modules, controllers etc. From it’s nature it does not
contain any kind of security – neither encryption nor authentication. Thus it is intended to be used only in closed
private network infrastructures.
• Avoid exposing the port TCP/502 to the public Internet.
5. SNMP
• The SNMP protocol (port UDP/161) version 1,2 is not encrypted. Thus it is intended to be used only in closed
private network infrastructures.
• Avoid exposing the port UDP/161 to the public Internet.

1.4 General warnings

IMPORTANT: It's due to enhanced security reason, that you have to change default password in the
controller before operating it.
Otherwise Wrn DefCredentials alarm appears.

1.4.1 Remote control and programing

Controller can be remotely controlled. In the event that maintenance of Controller has to be done, or controller
has to be programmed, check the following points to ensure that the engine cannot be started or any other parts
of the system cannot be effected.
To be sure:
Disconnect remote control
Disconnect binary outputs

1.4.2 SW and HW versions compatibility

Be aware to use proper combination of SW and HW versions.

1.4.3 Adjust the setpoints

All parameters are adjusted to their typical values. However the setpoints has to be checked and adjusted to
their real values before the first starting of the Controller.
IMPORTANT: Wrong adjustment of setpoints can destroy the Controller.

Note: The controller contains a large number of configurable setpoints, because of this it is impossible to
describe all of its functions. Some functions can be changed or have different behavior in different SW versions.
Always check the Global guide and New feature list for SW version which is used in controller. This manual
only describes the product and is not guaranteed to be set for your application.

IMPORTANT: Be aware that the binary outputs can change state during and after software
reprogramming (before the controller is used again ensure that the proper configuration and
setpoint settings are set in the controller).

The following instructions are for qualified personnel only. To avoid personal injury do not perform any action not
specified in related guides for product.

InteliDrive-BB-1.0.0 Global Guide 7

1.5 Certifications and standards
This product is CE compliant.
EN 61000-6-2:2016 EN 60068-2-6:2008 UL 6200
EN 61000-6-4:2006 + EN 61000-6-4:2006/A1:2010 EN 60068-2-27:2009
EN 60068-2-1:2007 EN 60068-2-30:2005
EN 60068-2-2:2007 EN 60068-2-64:2008

List of standards is available on: https://webstore.iec.ch/

1.6 Document history

Revision number Related sw. version Date Author
1 1.0.0 30.10.2019 Jan Kovačka

Revision number Related sw. version Date Author

3 1.0.0 17.2.2020 Lukáš Bečka
2 1.0.0 30.10.2019 Jan Kovačka
1 1.0.0 24.10.2019 Jan Kovačka

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InteliDrive-BB-1.0.0 Global Guide 8

1.7 Symbols in this manual

3 x Phases Module Mains

Active current
Mains
sensor Current measuring

Passive current
Battery
Current measuring sensor

Bo Pick - up
Diode

Break contact Relay coil

Ethernet male

Relay coil of slow-

Break contact
Ethernet female operating

Breaker Resistor
Fuel solenoid

Breaker RS 232 male

Fuse

Breaker RS 232 female

Generator

Switch - manually
Capacitor Generator
operated
schematic

Transformer
Coil
Grounding

Transformer with 2
Connector - male windings
IG-AVRi

USB type B male

Connector - female
IG-AVRi TRANS

USB type B female

Contact
Jumper
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information
Controller simplified
Load

InteliDrive-BB-1.0.0 Global Guide 9

2 System overview
2.1 General description 10
2.2 Extension modules and accessories 12

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2.1 General description

The InteliDrive BaseBox is an industrial grade controller for gas all-speed engines.
Preconfigured functions, scalable and configurable I/Os, broad communication capabilities and an easy-to-
change software allows to adapt the controller to various applications without greater efforts.

2.1.1 The key features of InteliDrive BaseBox

Key features
Predefined adjustable functions for engine control
Built-in PLC interpret to suit individual needs and design demanding applications like compressor
Support wide range of Electronic Control Units
Plug&Play support of ComAp InteliVision display family
Support of Air/Fuel Ratio control and digital speed governor ECON4
Event-based and PreMortem history with customer-selectable list of stored values; RTC; statistic values
Overspeed and Emergency stop detection

2.1.2 PC Tools
There are several tools that are used for the configuration and monitoring of InteliDrive BaseBox controllers.
These tools are listed below with brief description. If you need more information on them you can use their built-
in help.

InteliMonitor

PC Monitoring tool for Inteli controllers. See more in the

InteliMonitor Reference Guide.
This tool provides the following functions:
Online monitoring of a controller or whole site
Fully customizable SCADA diagram
Reading/writing/adjustment of setpoints
Reading of measured values
Browsing of controller history records

InteliDrive-BB-1.0.0 Global Guide 10

 GenConfig
Configuration and monitoring tool for InteliGen, InteliSys and
InteliMains and other related controllers. See more in
GenConfig Reference Guide.
This tool provides the following functions:
Direct, modem or internet communication with the
controller
Offline or online controller configuration
Controller firmware upgrade
Reading/writing/adjustment of setpoints
Binary/Analog Inputs and Outputs logical functions
adjustments
Exporting data into a XLS file
Controller language translation
Screen Editor for editing InteliVision 5, 8 and 12T screens
PLC Editor for editing built-in PLC functions
Updating and configuration of InteliVision 8 and
InteliVision 12T firmware
User Protections, User sensor curves, password
protection and history management

WebSupervisor
Web-based system for monitoring and controlling ComAp controllers. See more at the WebSupervisor mobile
web-page.

This tool provides the following functions:

Site and fleet monitoring
Reading of measured values
Browsing of controller history records
On-line notification of alarms
Email notification
Also available as a smart-phone application

InteliDrive-BB-1.0.0 Global Guide 11

 WinScope
Special graphical controller monitoring software. See more in the WinScope Reference guide.

This tool provides the following functions:

Monitoring and archiving of ComAp controller’s
parameters and values
View of actual/historic trends in controller
On-line change of controllers’ parameters for
easy regulator setup

IGS-LOG

Continuous Monitoring of Single & Multiple InteliDrive BaseBox

controllers
This tool provides the following functions:
Stores measured values and history data from all controllers
on the site
Direct, modem or internet on-line connection
Adjustable logging period
Automatic EXCEL or CSV data files storing procedure
Makes charts of measured (on-line) or stored (off-line) values

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2.2 Extension modules and accessories

The controller provides vast options for extending I/Os, communication capabilities and other specialized
functions. The most important extension modules and accessories are listed below.

2.2.1 Available extension modules

Product Description Order code
8 Binary inputs, 8 Binary outputs and 2 Analog outputs packed in a small unit (HW
Inteli IO8/8 I-IO8/8
switchable to IO16/0)
Inteli IO8/8 HW switchableto IO16/0 - 16 Binary inputs packed in a small unit I-IO8/8
Inteli AIN8 8 Analog inputs (R, I, V) and 1 pulse/frequency input in a small unit I-AIN8
Inteli AIN8TC 8 Thermocouple Analog inputs in a small unit I-AIN8TC
Inteli AIO9/1 9 Analog inputs (4x DC, 4x thermocouples, 1x R) in a small unit I-AIO9/1
IS-AIN8 8 Analog inputs packed in a rugged metal unit IS-AIN8
IGS-PTM 8 Binary inputs, 8 Binary outputs, 4 Analog inputs and 1 Analog output in a unit IGS-PTM
IGL-RA15 15 Binary LED output (3 colors) packed in a rugged metal unit EM2IGLRABAA

InteliDrive-BB-1.0.0 Global Guide 12

 Product Description Order code
I-AOUT8 8 Analog outputs packed in a rugged metal unit I-AOUT8
IB-NT
CM2IB4GABFB
InternetBridge-NT Multiple Internet connections (PC and Modbus) to all controllers on CAN2 or RS485
CM2IB4GEBFB
CM2IB4GJBFB
I-LB+ Direct connection (PC) to all controllers on CAN2 or RS485 I-LB+

You can get more information on wiring of standard extension modules in the chapter Extensional modules
(page 575).
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InteliDrive-BB-1.0.0 Global Guide 13

3 Installation and wiring
3.1 Package content 14
3.2 Controller installation 15
3.3 Terminals, Jumpers and I/O overview 18
3.4 Display interface 19
3.5 Recommended wiring 22

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3.1 Package content

The package contains:

Controller
Terminal blocks
Screws for mounting to InteliVision 5 or InteliVision 8 (if you want to know more on mounting options please
go to the chapter Mounting (page 16).
Note: The package does not contain a communication or extension modules. The required modules should be
ordered separately. If you want to know more about extension or communication modules please go to the
chapter Extensional modules (page 575).

InteliDrive-BB-1.0.0 Global Guide 14

3.2 Controller installation
3.2.1 Dimensions

Image 3.1 Dimensions of InteliDrive BaseBox

InteliDrive-BB-1.0.0 Global Guide 15

3.2.2 Mounting
Mounting on DIN rail

Image 3.2 BaseBox mounted on DIN rail

Note: All dimensions are in millimeters.

InteliDrive-BB-1.0.0 Global Guide 16

 Mounting in the cabinet doors
The controller can be mounted to the cabinet door in combination with InteliVision 5 or InteliVision 8. Use the
provided screws in the package to connect the controller to a display and mount into cabinet doors as shown
below.

Image 3.3 Panel door mounting – Image 3.4 Panel door mounting –
InteliVision 5 InteliVision 8

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InteliDrive-BB-1.0.0 Global Guide 17

3.3 Terminals, Jumpers and I/O overview
3.3.1 Schematics

Image 3.5 InteliDrive BaseBox terminals, Jumpers and I/O overview

Left to right: Pull down Bias / 120 Ω / Pull up Bias / 120 Ω / 120 Ω

AOUT setting
Down: AI3 setting / AI2 setting / AI1 setting

Current input 0-25 mA

Voltage 0-10 VDC
Voltage input 0-5 V
Resistance input 0-2400 Ω
Current 0-20 mA

SG OUT setting
Boot jumper (upper one, rest of the jumpers is for
internal use only)

PWM VoutR VOut

For more information see the chapter
Left to right: Pull up Bias / 120 Ω / Pull down Bias Speed governors interfaces (page
567)

3.3.2 Terminals, Inputs and Outputs

Function Terminals Note
Power supply +,- 8 ÷ 36 VDC
D+ D plus
Inputs and outputs
Binary inputs BI1 ÷ BI6 Activation to minus power supply
BI7 ÷ BI16
Binary outputs BO1 ÷ BO6 Load is connected to plus power supply (defined in GenConfig)

InteliDrive-BB-1.0.0 Global Guide 18

 BO7 ÷ BO16
Analog inputs AI1 ÷ AI4 Ohms, mA, Volts sensors
Analog outputs SG-OUT, SG-COM Speed governor output interface (± 10 V / 5 V PWM; 500 – 3000 Hz);
AOUT+, AOUT-COM Configurable analog output, mA, V

RPM RPM-IN, RPM-COM Min 2 Vpk-pk (from 4 Hz to 4 kHz)

Communication interface
RS232 (1) D SUB9 (male) PC: InteliMonitor, GenConfig or Modem, GSM modem or ECU (e.g.
Cummins ModBus) or IV 8
RS485 (Display) 1 A, B, COM Up to 3 IV 8 displays (remote display) or 3 IV 5
RS485 (2) 2 A ,B ,COM Redirected RS232 (2) – see Basic settings: RS485(2)conv. PC:
InteliMonitor, GenConfig or Modem, GSM modem or IV 8
USB Electrical isolated 2.0 slave PC: InteliMonitor, GenConfig
CAN1 L, H, COM Extension modules
CAN2 L, H, COM Intercontroller , monitoring (IG-IB, I-LB+ ) and up to 4 IV 8
RJ45 (Ethernet) Ethernet cable Remote monitoring via Ethernet, InteliMonitor, WebSupervisor and
etc…

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3.4 Display interface

6 back to Installation and wiring

3.4.1 InteliVision 5 Wiring

General guidelines

InteliVision 5 connections
Connection to InteliDrive BaseBox

1When more devices connected to RS485 bias resistor jumpers should be closed only on one of them.

InteliDrive-BB-1.0.0 Global Guide 19

3.4.2 InteliVision 8 Wiring
General guidelines

InteliDrive-BB-1.0.0 Global Guide 20

 IV 8 connections
Connection to InteliDrive BaseBox

3.4.3 InteliVision 12Touch Wiring

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InteliDrive-BB-1.0.0 Global Guide 21

3.5 Recommended wiring

Power supply Power supply (page 23)

Binary Outputs wiring (page 25)

Binary outputs
Binary Outputs protections (page 26)

N/A Not used

CAN bus and RS485 wiring (page 32)

CAN and RS485
Extensional modules (page 575)

N/A Not used

Communications Display interface (page 19)

N/A Not used

Binary inputs Binary Inputs wiring (page 25)

Analog Inputs wiring (page 30)

Analog inputs
Magnetic pick-up (page 34)

Analog outputs Analog Outputs wiring (page 31)

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InteliDrive-BB-1.0.0 Global Guide 22

3.5.1 General
To ensure proper function:
Use grounding terminals.
Wiring for binary inputs and analog inputs must not be run with power cables.
Analog and binary inputs should use shielded cables, especially when the length is more than 3 m.

Tightening torque, allowable wire size and type, for the Field-Wiring Terminals:
For controller field wiring terminals

Specified tightening torque 0.79 nm (7.0 In-lb)

Use only diameter 2.0 - 0.5 mm (12 - 26 AWWG) conductor,

rated for 75 °C minimum.

Use copper conductors only

3.5.2 Grounding
2
The shortest possible piece of wire should be used for controller grounding. Use cable min. 2.5 mm . A brass
M4 x 10 screw with star washer securing ring type grounding terminal shall be used.
The negative “-” battery terminal must be properly grounded.
Switchboard and engine must be grounded at a common point. Use as short a cable as possible to the
grounding point.

3.5.3 Power supply

To ensure proper function:
Use power supply cable min. 2,5 mm2
Use fuse
2 amps for InteliDrive BaseBox
Maximal continuous DC power supply voltage is 36 VDC

IMPORTANT: Switchboard lightning strikes protection according standard regulation is expected.

The maximum allowable current through the controller negative terminal is 3 to 8A (depends on the
controller type and binary output load).

Power supply fusing

Always use according fuse (1 Amp or 2 Amps) when connection controller, extension modules or relays to a
power source.
See the diagram for proper fusing.

InteliDrive-BB-1.0.0 Global Guide 23

 Image 3.6 Diagram for proper fusing

For more extension units use separate fusing according to the table above.
Controller power supply should never be connected to starter terminals.
For the connections with 12 VDC power supply an I-LBA module can be connected to controller power terminals
in order to allow the controller to continue operation during cranking if the battery voltage dip occurs. I-LBA
module can not be connected on +PWR BOUT outputs on the controller, because their consumption would
exhaust I-LBA capacitors very fast.

InteliDrive-BB-1.0.0 Global Guide 24

3.5.4 Binary Inputs wiring
2
Use min. 1 mm cables for wiring of binary inputs.
The name and function or alarm type for each binary input have to be assigned during the configuration. Binary
inputs may be used in built-in PLC as well. Please refer to the manual of GenConfig for more information
It is recommended to use separation diodes when multiple binary input terminals are connected together to prevent
unwanted activation of binary input when one of the controllers is switched off.

Image 3.7 Binary inputs wiring

3.5.5 Binary Outputs wiring

Controller with High-Side, Low-Side Switch
It is possible to use binary outputs as low side switch or high side switch in BaseBox type of controller. For
correct wiring in both cases please refer to the following diagrams.
This controller supports the wiring of the binary outputs as Low-Side only. For correct wiring please refer to the
following diagram.

Image 3.8 Low side switch

InteliDrive-BB-1.0.0 Global Guide 25

 IMPORTANT: Both power supply sockets for binary outputs need to be connected to ensure proper
function of binary outputs.
Never use DC relays without protection diodes.

Low side or High side function of binary outputs can be chosen in configuration tool GenConfig in Modules tab.
This configuration is used for all binary inputs available on the controller.

Every group of outputs (i.e. 1..8 and 9..16 or 1..6 and 7..12) can provide steady current of up to 2A. Every single
binary output can provide up to 0.5A of steady current unless the total current of group of outputs does not
exceed 2A.
IMPORTANT: Both “+” and “-“ terminals (power supply for lower part of the controller and for
higher part) on the controller need to be connected at all times to ensure the proper function of
Binary Ouptuts 9 to 12(16).

Binary Outputs protections

Controller inputs and outputs terminals are protected against transient disturbance. Protection capability is
limited. Relays in application could be disturbed. Relay K1 is close to controller and than it should be disturbed
minimally.

InteliDrive-BB-1.0.0 Global Guide 26

 Image 3.9 Example of controller protection

IMPORTANT: Never use DC relays without protection diodes. Use protection diodes at all relays in
the switchboard even if they are not connected directly to controller Binary outputs.

InteliDrive-BB-1.0.0 Global Guide 27

3.5.6 Examples of BI and BO wiring
Binary Outputs wiring with I-RB16

Image 3.10 Binary outputs wiring with I-RB16

Binary Inputs and Outputs wiring

InteliDrive-BB-1.0.0 Global Guide 28

 Image 3.11 Binary outputs and inputs wiring examples

3.5.7 Binary I/O on IS-BIN16/8

Binary inputs on IS-BIN16/8
There are two groups of eight Binary inputs BI1 to BI8 and BI9 to BI16. Each group has a separate Common
terminal COM1 and COM2. The Common terminal can be connected to positive or negative pole – see following
drawing. Binary inputs are galvanically separated from IS-BIN16/8 power supply.

A Binary inputs Common terminal is connected to Binary inputs common terminal is connected to negative
positive supply terminal, Binary inputs contacts are supply terminal, Binary inputs contacts are closed to
closed to negative supply terminals. positive supply terminals.

Image 3.12 Binary inputs on IS-BIN 16/8

Input voltage range for opened contact is from 8 VDC to Power supply VDC. Input voltage range for closed
contact is from 0 to 2 VDC. Voltage level is defined between Binary input and Binary input COM terminal and
does not depend on “positive” or “negative” connection.

Binary outputs on IS-BIN16/8

IS-BIN16/8 binary outputs are galvanically separated from IS-BIN16/8 power supply. It is necessary to connect
plus 24 VDC (power supply ) to IS-BIN16/8 terminal according to following drawing.
The maximum load values are 0.5 A / 36V for one output.

Image 3.13 Binary outputs on IS-BIN 16/8

InteliDrive-BB-1.0.0 Global Guide 29

3.5.8 Analog Inputs wiring
Note: For more information on technical data regarding supply, inputs, outputs and jumper setting of Analog
inputs please refer to the section Terminals, Jumpers and I/O overview (page 18).

Image 3.14 Resistive sensor on Analog Image 3.15 Resistive sensor with grounding
input 3 on Analog input 3.

Image 3.16 Active Current sensor on Analog Image 3.17 Passive Current sensor on
input 2 Analog input 3

InteliDrive-BB-1.0.0 Global Guide 30

 Image 3.18 Tristate sensor Image 3.19 Voltage sensors on Analog input 1
and 3
Tristate sensor (binary sensor with fail detection)
on Analog input 3
Below 750 Ω = Inactive
Between 750 Ω and 2400 Ω = Active
Below 10 Ω or Over 2400 Ω = sensor failure
(wire shorted or interrupted)

3.5.9 Analog Outputs wiring

Image 3.20 Analog outputs wiring

3.5.10 Analog Inputs on IS-AIN8

IS-AIN8 extension module analog inputs can be configured to
Resistor two wire input
Resistor three wire input
Current input
Thermocouple input
Voltage input
Select sensor characteristic from the list or define user sensor characteristic in PC configuration tool.

InteliDrive-BB-1.0.0 Global Guide 31

 Resistor sensor input – two wire connection.
Range 0 to 2400 ohms.
Pt100, Pt1000, Ni100, Ni1000
D terminal is shielding

Resistor sensor input – three wire connection.

Range 0 to 2400 ohms.
Pt100, Pt1000, Ni100, Ni1000 – recomended.
D terminal is shielding

3.5.11 CAN bus and RS485

CAN bus Tx, Rx LED indication
Tx and Rx LED is connected directly to Tx and Rx signal.

Status Tx Rx
Communication is OK Fast flashing - data transfer

CAN bus is interrupted Continuous light Continuous light

Short connection H – L Fine flashing Dark
Short connection L – COM Dark Dark
Short connection H – COM Fine flashing Dark
Wrong connection H – H, L – L Synchro flashing

CAN bus and RS485 wiring

The wiring of the CAN bus communication should be provided in such a way that the following rules are
observed:
The maximum length of the CAN bus depends on the communication speed. For a speed of 250 kbps, which
is used on the CAN1 bus (extension modules, ECU) and CAN2 bus if it is switched to 32C mode, the
maximum length is 200 m. If the CAN2 bus is switched to 8C mode the speed is 50 kbps and the maximum
length is 800 m.
The maximum length of the RS485 bus is 1000 m
The bus (CAN and RS485) must be wired in linear form with termination resistors at both ends. No nodes are
allowed except on the controller terminals.
Note: A termination resistors at the CAN and RS485 are already implemented on the PCB. For connecting,
close the jumper near the appropriate CAN or RS485 terminal. For more information on jumper settings please
refer to the section 3.1.4 Jumper setting.

• Use a cable with following parameters:

InteliDrive-BB-1.0.0 Global Guide 32

 Cable type Shielded twisted pair
Impedance 120 Ω
Propagation velocity ≥ 75% (delay ≤ 4.4 ns/m)
2
Wire crosscut ≥ 0.25 mm
Attenuation (@1MHz) ≤ 2dB/100 m

Image 3.21 CAN bus and RS485 topology

Note: See the website www.can-cia.org for information about the CAN bus, specifications, etc.

Wiring examples
1. For shorter distances (all network components within one room) – picture 1
interconnect A and B; shielding connect to PE on controller side
2. For longer distances (connection between rooms within one building) – picture 2
interconnect A, B, COM; shielding connect to PE at one point
3. In case of surge hazard (connection out of building in case of storm etc.) – picture 3
We recommend using the following protections:
Phoenix Contact (www.phoenixcontact.com): PT 5-HF-5DC-ST with PT2x2-BE (base element)(or MT-
RS485-TTL)
Saltek (www.saltek.cz): DM-006/2 R DJ
Recommended data cables: BELDEN (www.belden.com)
1. For shorter distances: 3105A Paired – EIA Industrial RS-485 PLTC/CM (1x2 conductors)
2. For shorter distances: 3105A Paired – EIA Industrial RS-485 PLTC/CM (1x2 conductors)
3. In case of surge hazard: 3106A Paired – EIA Industrial RS-485 PLTC/CM (1x2+1 conductors)

InteliDrive-BB-1.0.0 Global Guide 33

 Image 3.22 CAN wiring - shorter distances (all network components within one room)

Image 3.23 CAN wiring – longer distances (connection between rooms within one building)

Image 3.24 CAN wiring - surge hazard (connection out of the building in case of storm etc.)

3.5.12 Magnetic pick-up

To ensure proper function:
Use a shielded cable.
Take care to interference signal when one common speed pick-up is used for both Speed governor and
Controller. When some problems occur:

InteliDrive-BB-1.0.0 Global Guide 34

 check grounding connection from pick-up to controllers, disconnect ground connection to one of them.
galvanically separate Controller RPM input using ComAp separation transformer RPM-ISO (1:1).
use separate pick-up for Speed governor and Controller.
Controller indicates "Sd Underspeed" + "Pickup fault" after engine start when the pickup signal is good for start
and low speed but too strong for higher speed (loss of signal due to RPM input saturation).
Increase gap between pickup and engine flywheel or change pickup type.

Image 3.25 Active NPN pick-up sensor recommended connection

6 back to Recommended wiring

InteliDrive-BB-1.0.0 Global Guide 35

4 Controller setup
4.1 Operator Guide 36
4.2 Controller configuration and PC tools connection 109
4.3 Functions 125

6 back to Table of contents

4.1 Operator Guide

4.1.1 InteliVision 5 36
4.1.2 InteliVision 8 52
4.1.3 InteliVision 12T 69
4.1.4 InteliVision 17T18T 108
4.1.5 Mode and function description 109

4.1.1 InteliVision 5
Front panel elements 37
Page Structure 38
Connection 41
Alarms 41
Setpoint Change 44
Entering the password 45
Numeric Setpoint change 47
String Selection 47
String edit 48
Time and Date Edit 49
Combined Setpoints 49
History 50
Display Contrast Adjustment 50
Languages 51
Controller Information Screen 52

InteliDrive-BB-1.0.0 Global Guide 36

 Front panel elements

Image 4.1 InteliVision 5 front panel

LED Indication
Position Button Description

Status LED indication. The InteliVision 5 is running.

Direct Buttons
Position Button Description

Up button. Use this button to move up, scroll up the screens or increase a value.

Menu button. Use this button to switch to menu subpages. See Page Structure
(page 38) chapter below this table for more details.

Enter button. Use this button to enter item from the list, menu, or confirm a value.

Down button. Use this button to move down, scroll down the screens or
decrease a value.

Mode button. Use this button to call mode change.

1
History button. Use this button to call controller history screen.

InteliDrive-BB-1.0.0 Global Guide 37

 1
Alarm list button. Use this button to enter Alarm list.

Soft button. Available to add any function

Close clutch. Button to close/open clutch

Controller control buttons and displays

Position Button Description
Stop button. Works in MAN and SEM mode only. Press this button to initiate the
stop sequence of the Controller. Repeated pressing or holding the button for more
than 2s will cancel current phase of stop sequence (like ramping the power down
or cooling) and next phase will continue.
Fault reset button. Use this button to acknowledge alarms and deactivate the
horn output. Inactive alarms will disappear immediately and status of active
alarms will be changed to “confirmed” so they will disappear as soon as their
reasons dismiss.

Horn rest button. Use this button to deactivate the horn output without
acknowledging the alarms.

Start button. Works in MAN and SEM mode only. Press this button to initiate the
start sequence of the engine.

Colour display, 320 × 240 pixels.

Page Structure
Display Screens and Pages Structure.
The displayed information is structured into "pages" and "screens".
1. The pages Metering consist of pages which display measured values, e.g. voltage, current, oil pressure,
etc,. and computed values, e.g. Controller power, statistic data, etc. Use Up and Down buttons to switch
over the pages.
2. The Setpoints screen contains all setpoints organized into groups and also a special group for entering a
password.
3. The History screen shows the history log in the order that the last record is displayed first.
Help/Others screen allows set-up languages, user access, InteliVision 5 setting and etc..

InteliDrive-BB-1.0.0 Global Guide 38

 Metering pages structure

InteliDrive-BB-1.0.0 Global Guide 39

 Menu screen
Press to appear menu screen.

Use and to select required item.

Example: Setpoints: Example: AlarmList:

To select required item use and and press . To select required item use and and press .
Example: History: Example: Help/Others::

To select required item use and and press . To select required item use and and press .

InteliDrive-BB-1.0.0 Global Guide 40

 Connection

Image 4.2 configuration reading

Alarms
Alarms are structured into two levels and InteliVision 5 allows easy interpreted their meaning based on the
colour scheme. First level alarm (yellow lamp, warnings) is interpreted with yellow colour . Red colour
is used for all second level alarms (Red lamp, ShutDown,…). When an error occurs, a new alarm appears
in the AlarmList screen, exclamation mark starts blinking on the metering screens.

Image 4.3 Alarm indication

When a new alarm appears AlarmList screen is displayed automatically when the main/first Metering screen is
displayed. From different screen, Alarm button has to be used to display AlarmList screen.

InteliDrive-BB-1.0.0 Global Guide 41

 AlarmList screen

Image 4.4 AlarmList screen

Alarm activated with analog value

Image 4.5 Alarm activated with analog value

InteliDrive-BB-1.0.0 Global Guide 42

 Alarm activated with binary inputs

Image 4.6 Alarm activated with binary inputs

InteliDrive-BB-1.0.0 Global Guide 43

 Setpoint Change
To change setpoint press button and use or and press to open setpoint menu.

Setpoints marked with a padlock icon are password protected. Enter password as described in the chapter
Entering the password (page 45).

InteliDrive-BB-1.0.0 Global Guide 44

 Entering the password
To change password press button and use or and press to open folder Help/Others.

Press and than use again or to choose required user. Then choose EnterPassword and press
again. Numerical value is changed by using or . Cursor position is control by context buttons.

User is signed when green icon appears.

InteliDrive-BB-1.0.0 Global Guide 45

 Locked Display and Setpoints

Image 4.7 Locked Display and Setpoints

How to log-in
Password dialog has to be open and then use right context or left context for position and for the field use
or .
Password is a five-digit number (0 - 65535). Only setpoints associated with the entered password level can be
modified. Display is locked automatically when no action is done within 15 minutes.

Break through password prottection

Break through password function can be ENABLED/DISABLED from the password management window in
InteliMonitor (initial status is DISABLED).
Warning “PassInsertBlck” appears in alarm list when controller is blocked
It is not allowed to insert the password in case that controller is blocked. There is information that controller
is blocked for next password attempt and time remaining till the end of blocation instead of password input
window at the terminal screen.
The controller is locked for 5 minutes when the password is 6 times wrong entered (in case of next 6 wrong
attempts (correct password was not inserted at all) for 30, 60, 120, 240 minutes). Incorrect password
message appears in the history of the controller when the invalid password is used.

InteliDrive-BB-1.0.0 Global Guide 46

 Unlocked Display and Setpoints

Image 4.8 Unlocked Display and Setpoints

For setpoints change use arrows or to go to a certain setpoint (e.g. Base load) and press Enter button,
see Numeric Setpoint change on page 47.

Numeric Setpoint change

Image 4.9 Numeric Setpoint change

Use left context or buttons to go to a certain position of the field and use or buttons to change the
value. Then use button to confirm new value.
If you set the value out of limit, the field will get red colour and the new value is invalid. Invalid value cannot be
confirmed.

String Selection
Use , buttons to go to a certain setpoint and press button. See picture below:

InteliDrive-BB-1.0.0 Global Guide 47

 Image 4.10 String selection

String edit

Image 4.11 String edit

Use or to select the character and use left context or buttons to the next position and press
button.

InteliDrive-BB-1.0.0 Global Guide 48

 Time and Date Edit

Image 4.12 Time and date edit

Use or to select the character and use left context or right context buttons to the next position
and press button.

Combined Setpoints

Image 4.13 Combined Setpoints

Use or buttons to select the number, left context or right context buttons for the next position or
go Up or go Down context buttons and press button.

InteliDrive-BB-1.0.0 Global Guide 49

 History

Image 4.14 History

History page

Image 4.15 History page

Display Contrast Adjustment

Display brightness could be set from the keyboard with button combination Menu button and or .

Image 4.16 Display contrast adjustment

InteliDrive-BB-1.0.0 Global Guide 50

 Two modes for backlight could be used day or night mode. Hold Menu button until the day or night pictogram
appears.

Note: Display backlight could be switched off due to Backlight Time. For recovery any button has to be
pressed.

Languages
1. Press Menu button

2. Use or to choose Help/Others menu item and use Enter

3. Use or to choose Language and use Enter.

4. Use or to choose correct language and press Enter

Image 4.17 Languages controller settings

Note: InteliVision 5 will reboot when the language is changed. This reboot does not affect control unit.

InteliDrive-BB-1.0.0 Global Guide 51

 Controller Information Screen

Image 4.18 Controller information screen

Lost password
Display the information screen containing the serial number and password decode number as described in the
picture bellow and send them to your local distributor.

4.1.2 InteliVision 8
Front panel elements 53
Page Structure 57
Connection 59
Alarms 60
AlarmList screen 61
Setpoint Change 62
Change of the numerical value 63
String Selection 64
String edit 64
Time and Date Edit 64
Combined Setpoints 65
Entering the password 65
History 67
Display Contrast Adjustment 67

InteliDrive-BB-1.0.0 Global Guide 52

Controller Information Screen 69
Front panel elements 53
Page Structure 57
Connection 59
Alarms 60
AlarmList screen 61
Setpoint Change 62
Change of the numerical value 63
String Selection 64
String edit 64
Time and Date Edit 64
Combined Setpoints 65
History 67
Display Contrast Adjustment 67
Controller Information Screen 69

6 back to Operator Guide

Front panel elements

Image 4.19 InteliVision 8 front panel

InteliDrive-BB-1.0.0 Global Guide 53

 InteliVision 8 front panel elements
Position Element

see Direct Buttons on page 54

see Context Sensitive Buttons on page 55

see Navigation Buttons on page 55

see Controller control Buttons and LED indication on page 56

see Colour Display on page 57

Direct Buttons

Image 4.20 Direct Buttons

Direct Buttons
Position Button Description

Help/Others - settings and information (users/passwords, communication,

languages, InteliVision 8 and controller info, InteliVision 8 settings)

History button. Use this button to call controller history.

Alarm list button. Use this button to enter AlarmList.

Measurement button. Display actual values (power, synchro, analog. inputs,

binary I/O, cylinders, engines, etc.)

Trends button. Use this button to go to the trends screen where chosen values in
graphs/real time trends are displayed.

Setpoints button. Use to go to the setpoints group screen.

InteliDrive-BB-1.0.0 Global Guide 54

 Context Sensitive Buttons
The context sensitive buttons allow display predefined screens when a suitable button is pressed. Meaning of
the buttons depends on the Main menu option that is currently displayed (Metering, Trends and etc.) and on the
controller firmware.

Image 4.21 Context sensitive buttons

Note: The icon in the bottom right hand corner (see picture above) indicates possibility to use PgDn button
to see next items of the context menu.

Navigation Buttons

Image 4.22 Navigation buttons

InteliDrive-BB-1.0.0 Global Guide 55

 Navigation Buttons (Group 1)
Position Button Description

ESC button. Escape from any dialog window or menu (cancels an action).

Right button. Use this button to move the cursor to the right, scroll to the right
history page and etc.

Home button. Jump to Home screen. Main Metering screen is used in default
configuration.

Down button. Use this button to move down, scroll down the screens or decrease
a value.

PgDn button. Use this button to quickly go down among Metering screens or
Setpoints groups (when menu is active) or among Setpoints or History records
(when menu is not active).

Left button. Use this button to move the cursor to the left, scroll to the left history
page and etc.

PgUp button. Use this button to quickly go up among Metering screens or

Setpoints groups (when menu is active) or among Setpoints or History records
(when menu is not active).

Up button. Use this button to move up, scroll up the screens or increase a value.

Enter button. Use this button to confirm a value or opens a value adjustment within
setting dialogs.

To leave the context menu, use Esc, or buttons.

Controller control Buttons and LED indication

Image 4.23 Controller control buttons

Direct Buttons
Position Button Description

Close clutch. Button to close/open clutch

InteliDrive-BB-1.0.0 Global Guide 56

 Soft button. Available to add any function

Fault reset button. Use this button to acknowledge alarms and deactivate the
horn output. Inactive alarms will disappear immediately and status of active
alarms will be changed to “confirmed” so they will disappear as soon as their
1
reasons dismiss.

1
Mode button. Use this button to call mode change.

HORN RESET button. Use this button to deactivate the horn output without
acknowledging the alarms.

START button. Works in MAN mode only. Press this button to initiate the start
sequence of the engine (MAN and SEM mode only).

STOP button. Works in MAN mode only. Press this button to initiate the stop
sequence of the Controller. Repeated pressing or holding the button for more than
2s will cancel current phase of stop sequence (like ramping the power down or
cooling) and next phase will continue.
LED Indication
Position Button Description

Engine indication. Engine LED indication lights only when engine is running.

Alarm indication. Alarm LED indication indicate alarms. Yellow colour for the first
level alarms and red colour for the second level alarms.
Note: LED diode blink when at least one acknowledge alarm is present in the
Alarm List.
LED diode lights when alarms were acknowledged but are still active.

STATUS indication. LED diode turns on when InteliVision 8 is powered up.

Note: When you switch on InteliVision 8 display, Power LED turns on and Engine and Alarm LEDs start to blink
for a while.

Colour Display
Resolution display units are 800 × 600 pixels.

Page Structure
Display Screens and Pages Structure.
The displayed information is structured into "pages" and "screens".
1. The pages Metering consists from pages which displays measured values like voltages, current, oil
pressure etc., computed values like i.e. Controller power, statistic data and etc.. Use arrows Up and Down

InteliDrive-BB-1.0.0 Global Guide 57

 buttons to switch over the pages.
2. The Setpoints screen contains all setpoints organized into the groups and also a special group for entering
password.
3. The History screen shows the history log in the order that the last record is displayed first.
Example: Metering pages structure:

InteliDrive-BB-1.0.0 Global Guide 58

 Connection

Image 4.24 Connection - not available value

InteliDrive-BB-1.0.0 Global Guide 59

 Image 4.25 configuration reading

Image 4.26 Reloaded configuration

Alarms
Alarms are structured into two levels and InteliVision 8 allows easy interpreted their meaning based on the
colour scheme. When an error occurs, a new alarm appears in the AlarmList screen (page 61), exclamation
mark starts blinking on the metering screens. When all alarms are acknowledged, the exclamation stops
blinking and is on.

InteliDrive-BB-1.0.0 Global Guide 60

 Image 4.27 Alarm indication

Note: When a new alarm appears AlarmList screen (page 61) is displayed automatically when the main/first
Metering screen is displayed. From different screen, AlarmList button (see Direct Buttons on page 54) has to
be used to display AlarmList screen (page 61).

AlarmList screen

Image 4.28 AlarmList screen

Note: Use Fault reset button to confirm alarm in the AlarmList.

InteliDrive-BB-1.0.0 Global Guide 61

 Image 4.29 Alarms level on Binary I/O screen

Image 4.30 Alarms level on Analog Inputs screen

Setpoint Change
On Setpoints screens you can set various setpoints. To go to Setpoints screen press Setpoints button (see
Direct Buttons on page 54). Setpoints screen appears with the context sensitive buttons for the the setpoints
group.

InteliDrive-BB-1.0.0 Global Guide 62

 Image 4.31 Setpoint change

Note: Content of the context buttons list depends on the type of the application. To get more familiar with
setpoints go to the chapter List of setpoints (page 199) or use context help in GenConfig and InteliMonitor
(press F1 while a setpoint is highlighted).

Change of the numerical value

Use , buttons to go to a certain position of the field and use , to change the value. Then confirm
your settings with button.

Image 4.32 Change of the numerical value

InteliDrive-BB-1.0.0 Global Guide 63

 String Selection
Use , buttons to go to a certain setpoint and press button. See picture below.

Image 4.33 String selection

String edit
The characters set table appears on the screen when string will be edited (like Controller name). Use ,
and , to find the position, then press button to confirm text.

Image 4.34 String edit

Time and Date Edit

Date and Time are edited as the numerical value. see Change of the numerical value on page 63

InteliDrive-BB-1.0.0 Global Guide 64

 Image 4.35 Time and date edit

Combined Setpoints

Image 4.36 Combined Setpoints

Use Left or Right buttons to move between the cells. Use Left or Right arrow to change cursor position.

Entering the password

User has to be logged in before setpoint is changed. Use Help/Others button to open login dialogue, then use
, to go to Users field and Password then press button.

InteliDrive-BB-1.0.0 Global Guide 65

 Image 4.37 Entering the password

Note: Password is a five-digit number (0 - 65535). Only setpoints associated with the entered password level
can be modified.

Image 4.38 Administrator signed in

The icons in the top right-hand corner then show you that you are logged on.

InteliDrive-BB-1.0.0 Global Guide 66

 History

Image 4.39 History

History context buttons

Position Element
First Row/Col. Use to jump to the first column and first row (the first column is RPM – you
cannot move among columns Reason, Date and Time)

First Row. Use to jump to the first row.

First Col. Use to jump to the first column.

Last Col. Use to jump to the last column.

PageMode On. Use this button when the PageMode is ON you can use buttons to
jump by page right or left (quicker movement through columns). Icon at the top of the screen
indicates that PageMode is On.

Hide PM hist. Use to hide history context buttons.

Display Contrast Adjustment

From the mains screen the day or night mode can be choose. The mode is switched when ESC button is
pressed for one second. The brightness is adjustable in the full range of 0 % - 100 % in the both modes. The
display brightness can be increased/decreased by holding button and repeated pressing , . See
picture below:

InteliDrive-BB-1.0.0 Global Guide 67

 Image 4.40 Display contrast adjustment day mode – active

Image 4.41 Display contrast adjustment night mode – active

When brightness dialogue is active, use + buttons or + to switch between modes, which shall be
adjusted.

InteliDrive-BB-1.0.0 Global Guide 68

 Controller Information Screen

Image 4.42 Controller information screen

4.1.3 InteliVision 12T

System overview 69
Graphical User Interface 73

6 back to Operator Guide

System overview
General description
InteliVision 12Touch (InteliVision 12Touch OEM), industrial operator panel equipped with a 12.1" color, multi-
touch screen, is dedicated together with the main ComAp controller to visualize and control single Controller
and drive controllers in various applications.

InteliDrive-BB-1.0.0 Global Guide 69

 InteliVision 12Touch (InteliVision 12Touch OEM) is a new generation display unit for ComAp InteliSys GSC-C,
InteliGen GSC, InteliGen GSC-C, InteliGen NTC BaseBox,InteliGen NT BaseBox, InteliSys NTC BaseBox,
InteliMains NTC BaseBox, InteliSys NTC Hybrid family of controllers, InteliDrive DCU Marine (HW version
2.0). It is designed as an intuitive, easy to use Plug and Play solution and delivers high visibility of all engine
data, monitoring information and trend history in a bright, colorful and impressive industrial capacitive touch
based design. The Plug and Play solution ensures the User buy the display unit and controllers, puts it together
and it works for most of the applications. No additional programming skills or learning complicated tools are
needed. The display unit allows the configuration of all the controller parameters. The display unit also supports
the extended trending of the specified values.
InteliVision 12Touch OEM:
InteliVision 12Touch OEM is a modified version of the InteliVision 12Touch.
There are no company logo and no name of the display on the front side.
It is a marine certified display.
The functionality is the same.

Supported controllers
Product Description Order code

Industrial grade controller for gas Controller based CHPs and power
InteliDrive BaseBox I2GASXXBAB
generation applications

InteliSys NTC BaseBox Premium parallel Controller IS-NTC-BB

InteliGen NTC BaseBox Complex parallel Controller IG-NTC-BB
NT
InteliGen BaseBox Complex parallel Controller IG-NT-BB
InteliMains NTC BaseBox Mains supervision controller base unit IM-NTC-BB
NTC
InteliSys Hybrid Hybrid gen-get controller IS-NTC HYBRID
InteliDrive DCU Marine Engine controller for marine application (from HW version 2.0) ID-DCU MARINE
InteliDrive DCU Industrial ID2DCUINBAA,
Engine Controller for Pumps and Compressors
InteliDrive DCU LT ID2DCUINBLA(LT)

InteliDrive Mobile Electronic Controller for Off-road Vehicles and Machinery ID-MOBILE
InteliDrive BaseBox Industrial grade controller for gas engine operated applications ID1COMBBBAB

Table 4.1 Supported controllers

InteliDrive-BB-1.0.0 Global Guide 70

 Connection to PC
InteliDrive BaseBox is connected to the PC using the standard USB A-B cable. Microsoft Active Sync (WinXP)
or Microsoft Windows Mobile Center must be installed on the PC. When the Display Unit Engine controller for
Gas applications is switched on the connection between the display and PC is established. Windows Mobile
Device Center (or Active Sync) automatically opens the connection dialog window where the information about
connected devices can be found. When the display is correctly connected to the PC then the next programming
step using IVProg can be performed.
Note: Due to possible risk of damaging the PC in case of wrong wiring, galvanically isolated cables are
recommended to use.

Image 4.43 Connection to PC

6 back to System overview

PC tools

IVProg
The InteliDrive BaseBox InteliVision 12Touch display unit is programmed by the IVProg utility. It can be started
from GenConfig PC tools or directly via menu start in Windows. The IVProg utility is included in the installation
suite for a controller and it is installed automatically. The IVProg utility can also be used for Images and Skins
upload into the InteliDrive BaseBox InteliVision 12Touch display unit. InteliDrive BaseBox InteliVision 12Touch
comes with the ComAp default Skin. There is no software available for user skin modifying. User skins must be
developed in ComAp. Skins consists of only sets of colours used in Graphical User Interface, which means,
there is no change regarding dimensions or forms if customized skin is used.
Microsoft ActiveSync (for Windows XP) or Microsoft Windows Mobile Device Center (WMDC; for Windows
Vista, Windows 7 or Windows 10) must be installed on your computer to make IVProg run.
You can download these drivers from Microsoft web page http://www.microsoft.com/. To install these drivers
properly, follow Microsoft instructions.
The IVprog utility supports 64-bit Windows Vista, Windows 7 and Windows 10.

InteliDrive-BB-1.0.0 Global Guide 71

 Image 4.44 : IVProg Utility

Image Manager
The ImageManager utility is included in the GenConfig Software. The main purpose of the external pictures is to
allow users modification and build their own Metering screens and use their own pictures, schemes, block
diagrams, etc. to build an impressive view of the application in the Metering screens. The ImageManager utility
is dedicated to the external images managing and building of *.ivi packages. External images (*.ivi packages]
must also be stored in the display for correct function. If there are no External images in the display and even
you can see the external images in GenConfig (Screen Editor) nothing is displayed on the display InteliVision
12Touch.

Image 4.45 Image Manager (part of GenConfig Software)

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 Note: For more information on how to work with Image Manager (adding of pictures, writing to display) see the
help in GenConfig Software by pressing F1 key.

IMPORTANT: The screen resolution of the Metering screen is 800 x 660 px. It is recommended to
not to exceed this resolution for external pictures.

Screen Editor
InteliDrive BaseBox is distributed with the default metering screens. The screens are predefined in each
configuration (archive). The User is able to modify the metering screens if necessary. The default screen
template should cover most of the applications.
The user can easily modify the screens himself by drag&drop using predefined commands and pictures in the
powerful easy to use graphical utility ScreenEditor.

Image 4.46 : Illustrative picture of the Screen Editor (part of GenConfig)

Graphical User Interface

GUI overview
This chapter describes Graphical User Interface (GUI) of the InteliVsion 12Touch display unit. Whole GUI is
touch based meaning There is no physical buttons such as InteliVision 8 or InteliVision 5 display units.

Gestures
InteliVision 12Touch uses gestures for configuring, moving, scrolling, commands and other functions.
Tap
The Tap gesture is the most known gesture. The gesture is defined as click on the touch area. It is a
standard gesture which can be used for click on the buttons, areas, cells, etc.
Press and hold
The Press and hold gesture is defined by attaching finger into the touch area and releasing of the finger
after time period. The period is stored in firmware and is not user defined. This gesture can be used e.g.
for deleting long number in the GUI dialogs.

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 Pan
The Pan gesture allows user to move across the GUI. The gesture is done by one finger on the touch
area moving some direction.
Pinch in or out
The 2 points gesture which allows user zoom in or zoom out. Gesture can be realized by two fingers
moving in the opposite directions.
Screenshot
This gesture can be called by 2 fingers putting each of them into the different corners (left bottom and top
right) of the display unit and smooth move from the actual finger positions. By calling this gesture The
screenshot is made. An actual visible screen is stored on a USB stick if connected. If the USB stick is
not connected the screenshot gesture is ignored.

Dialogs
Values, parameters and other names can be stored in the controller via dialogs. There are several dialogs in the
GUI. Dialogs for numbers, texts and lists. Available dialogs are described in the concrete chapters of this
manual.

Pages
There are several screens called pages in the GUI, which are accessible by buttons in the bottom status bar.
The actual GUI consists of 6 different pages : Trends, History, Alarmlist, Metering Screens, Setpoints and
Administration. Each page has a different function and different structure. The description of the concrete pages
is in special chapters in this manual.

Screens
Each type of controller has special set of screens stored in the configuration inside the controller. The
description of the each screens (metering) is defined by the user via powerful easy to use ScreenEditor in
GenConfig PC Tool. Scrolling between the screens is performed using the pan/flick gesture.

Special screens
There are 2 special screens defined inside the set of screens : status screen, service screen and bottom status
bar.

Bottom status bar

The bottom status bar is also a user defined special screen and can be adjusted using the powerful easy to use
Screen Editor in GenConfig PC Tool. More than one bottom status bars could be defined. Each metering screen
can display a different bottom status bar.

Image 4.47 : Bottom Status Bar

1. Mimic diagram – if this area is pressed Metering screen Control appears.

2. Controller status – area is displaying the actual status of the Controller.

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 3. Status timer – displays the actual status timer.
4. Trends page button – pressing this button from the entire GUI displays the Trend Page.
5. History page button – pressing this button from the entire GUI display the History Page.
6. Alarmlist page button – pressing this button from the entire GUI displays the Alarmlist Page.
7. Metering screens button – pressing this button from the entire GUI displays the predefined Metering
screen.
8. Setpoint page button – pressing this button from the whole GUI leads to the show of the Setpoint Page.
9. Administration page button – pressing this button from the entire GUI displays the Administration Page.
10. Controller mode button – by pressing the button mode the list of options appears. The user can easily
change the mode of the controller from the entire GUI.

Top status bar

The top status bar can NOT be adjusted. The definition comes from the firmware and can not be user defined.
All the information in the top status bar is fixed and controlled by ComAp.

Image 4.48 : Top Status Bar

1. Home button - using the tap gesture on the Home button The return to Home screen is executed. Home
button is available in entire Graphical User Interface.
2. Page title - each page and each metering screen has its own title. The first number in square brackets
describes the actual metering screen position. The second number describes the total available number of
metering screens.
3. Access Lock - if the access lock function in the controller is active the display is locked for security
reasons. The icon is not the button, it only provides information about the actual state.
4. Communication error - the icon is displayed if any communication error appears. The icon is grey if the
communication error has appeared sometime in the past but the communication was automatically
reestablished. The icon is inactive if there is no communication error from the last display power up or
touching connect button in the administration. The icon is not the button, it only provides information about
the actual state.
5. USB Stick - the icon is active (lights green) if the USB stick is plugged in the display unit. Icon is inactive if
there is no USB stick plugged in. The icon is not button, it provides only information about actual state.
6. Trending - the icon is active (lights green) when the trending is running. Icon is inactive when the trending is
stopped. The icon is not button, it provides only information about actual state.
7. Alarm indication - if any alarm (Shut Down or Warning) appears the icon will start flashing red. Using the
tap gesture on this button the jump to the alarmlist page is executed.

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 8. Metering screens overview - this button allows the user to move easily to the concrete metering screen by
two taps. If the button is pressed the dialog with the metering screens is displayed, then it is possible to
choose one of the desired concrete metering screen.
9. Navigation arrows - if this button is pressed the navigation arrows appear on the metering screens. Using
these clickable arrows the user can move to other metering screens which can normally be done by the
pan/flick gesture.
10. User - if any user is logged in to the controller the icon is green. If the button is pressed the Administration
Page appears.
11. Status screen - using the tap gesture on this button the status screen appears. Another click on the same
position will close the status screen. The purpose of the status screen is to allow the user to configure one
screen with the most important information, meters and buttons placed in one screen accessible by one
click.

Metering screens
Metering screens are dedicated for important controller values and setpoints. When the display is connected to
the controller screen configuration is downloaded into the display. The concrete template of the screens
depends on the type of controller. After the configuration is downloaded specific meters, values and setpoints
are displayed on the metering screens.

InteliDrive BaseBox controller screens

InteliDrive BaseBox controller is predefined mainly for use in Multiple gas engine operated applications, such as
gas compression application. The metering screens could be changed via powerful easy to use Screen Editor in
GenConfig PC Tool.
The following structure is predefined in the controller archive by default:
1. Home
2. Statistic
3. Analog input
4. Binary I/O
5. AFR values
Note: Other screens are added automatically If external modules, ECU modules and others are added using
GenConfig software. The user is able to remove them manually if necessary.

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 Image 4.49 : Illustrative Metering screens for InteliDrive BaseBox application

Trends settings

Image 4.50 : Trends Settings Dialog

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 1. Grid - it is possible to set 3 levels of grid density or switch off the grid in the background in the main Trends
window.
2. Cursors - switching on/off the horizontal or vertical cursors. The cursors are intended to easily distinquish
the trends channels. The user is simply able to deduct the value directly from the trend line. The cursors are
also connected to the channel panel where the actual and intersecting values are displayed.
3. Period - the button opens another dialog where the user is able to set sample time period.
4. Run - the section is intended for the choice of the
a. cyclic mode (trending is repeated continuously)
b. or trending until the memory dedicated for trending is full.
5. Storage - the section is intended to select the file amount
a. multiple file storage - data is saved to the multiple files, each file is 4MB in size, this option is available
only in case the a USB stick is connected to the display unit. The trending can use the entire USB
memory stick.
b. single file storage - data is saved to one file. The size of the file is 4MB ~ reserved RAM memory for
trends. When the memory reaches 4MB, the oldest data in file is rewritten by new data in case the
cyclic mode in section RUN is active. It works as cyclic buffer. In case the the cyclic mode in RUN
section is inactive the trending is stopped when the 4MB buffer of the trends data is stored. The
samples also remain in the display memory until the display unit is switched off. This option is available
only in case a USB stick is connected to the display unit
c. Trending in the background - if the trending in the background is active the samples are stored on a
USB stick (if connected). The storing of the samples can be switched off even if a USB stick is
connected, then the trends are stored only in the internal memory.
6. Export - ensures the export of the actual sets of samples from the internal memory to a USB stick. The *.trd
(ComAp proprietary format) and *.csv (coma separated format, e.g. csv) files are supported.
7. Import - ensures the import the sets of samples from a USB stick to the internal memory. The trending must
be stoped otherwise the function is not available because of the consistency reason. The only *.trd (ComAp
proprietary format) file is supported for import.
8. Start - extended functions
a. Home button - if the button is active the trending will start when the Home button (top left corner) is
pressed or gesture visiting the home page is done.
b. Autostart - if the button is active The trending is recovered even if the display unit went through the hard
reset, power failure or communciation error.
9. Acknowledgment buttons - ensure the choice confirmation. Until the button Accept is not pressed the
setting is not validated. The Cancel button deletes all the settings actually made by the user.

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 Channel settings

Image 4.51 : Channel Settings dialog

1. Channel color - there is the possibility to change the trend line colour, 16 colours are available. The colour
dialog appears when the simple Tap gesture is called.
2. Channel value - the value menu appears if the gesture tap in the cell in the value collumn is called. Inside
the value menu the user is able to choose the requested channel value. The value availibility depends on the
type of configuration stored in the controller.
3. Trends channel visibility - the checkboxes in the column Visible ensure the visbility of the trends lines. If
the channel is configured and the checkbox Visible is not checked the trend line will not be visible but will be
logged in the internal memory or a USB stick. The user is able to switch on/off the visibility independently for
each channel.
4. Y-axis visibility - checkboxes in the column Y-axis ensure the visbility of the Y-Axis labels. It is
recommended to display a few mandatory Y-Axis labels to have a good overview of the main trend window
with trend lines.
5. Low limit value - the low limit column is intended for changing the low border of the value range. For the
best view of the displayed trends it is highly recommended to set this limit to the minimum expected value
with some reserve.
6. High limit value - the high limit column is intended for changing the low border of the value range. For the
best view of the displayed trends it is highly recommneded to set this limit to the minimum expected value
with some reserve.
7. Quick channel removal - clicking on the trash bin icon the actual channel is not configured.
8. Binary value options - calling this dialog using tap gesture in the cell with the binaries allows the user to
see only the requested bits in the binary value. Note in total 32 bits can be displayed in the background of the
trend window.

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 9. Acknowledgment buttons - ensure the choice confirmation. Until the button Accept is not pushed the
setting is not validated. The Cancel button deletes all the settings actually made by user.

History
The history page displays the records of the important moments in the controller history.
There are 3 types of history records :
Event records - are also known as standard history records. This type of record appears in case the
controller event has been made. The time stamp history also belongs in the event history. The time record is
stored for a specified period of time.
System records - are also known as text history record. These type of records are generated during the user
login/off or controller programming.
Premortem record - is visually a different block of records generated just before the shutdown alarm

Image 4.52 : History page

1. Fixed columns - has a different shade of colour. Fixed columns are always merged and anchored on the left
side of the history page. Anchored columns can be adjusted using button column settings (point 7.)
2. Event history record - this type of record appears in case the controller event has been made.The time
stamp history also belongs in the event history. The time record is stored for a specified period of time.
3. Premortem history record - is visually a different block of records generated just before the shutdown
alarm.
4. Jump to first column button - the jump to the first column is performed if the button is pressed.
5. Jump to last column button - the jump to the last column is performed if the button is pressed.
6. Filter row button - the dialog Filter Row appears if this button is pressed. Displaying / hiding of the
specified type of the records can be adjusted using this dialog (See chapter Row Filter for more information).
7. Column settings button - the dialog column settings appears If this button is pressed. Anchor, visibility
and movement of the columns can be adjusted (see chapter Column settings)
8. History settings button - by pressing this button the settings button is hidden or displayed.
9. History page button - by pressing this button from the entire GUI displays the History page.

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 Row filter

Image 4.53 : Filter Row Dialog

1. Reason area filter - by pressing the reason area the string dialog appears. Then user writes the requested
text filter. The reason history checkbox MUST be checked to filter the rows using the inserted text. If the
checkbox is not checked the inserted text will not be included.
2. Event history checkbox - if the checkbox is checked the event history is displayed.
3. Premortem history checkbox - if the checkbox is checked The Premortem history is displayed.
4. System history checkbox - if the checkbox is checked the system history is shown.
5. Reason history checkbox - if the checkbox is checked the reason history area is taken to the account and
The records are filtered based on the inserted text.
6. Acknowledgment buttons - ensure the choice confirmation. Until the button Accept is not pressed the
setting is not validated. The cancel button deletes all the setting actually made by user.

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 Column settings

Image 4.54 : Column Settings Dialog

1. Anchor columns - if the checkbox in the concrete position is checked the column is anchored to the last
anchored position. If the checkbox is unchecked the column is released to the first released position.
2. Columns visibility - the visibility checkbox is intended for displaying /hiding the requested columns. The
visibility has no other function. The anchored or released columns can be visible or not.
3. Moving arrows - the arrow buttons move the selected column up and down.
4. Acknowledgment buttons - ensure the choice confirmation. Until the button Accept is not pressed the
setting is not validated. The Cancel button deletes all the setting actually made by user.

Alarmlist
The alarmlist page is intended for displaying the controller alarms. If any of the following type of the controller
alarm occurs The alarmlist page is displayed and also the alarm button in the Top status bar starts flashing
RED, even if it is not the shutdown alarm. The Automatic jump to the Alarmlist page is performed only in case
the actual GUI position is the Home metering screen. The alarm button in the top status bar is informative icon
where the display unit informs the user that there is any alarm stored in the controller unit. Pressing the button
opens the alarmlist page. The alarmlist page is displayed until the alarmlist contains the not confirmed alarms.
There are 4 different types of controller alarms :
Warning (often also known as 1st level alarm) - represented by the YELLOW colour. These types of
alarms inform the user that something is wrong and need to be checked and confirmed.
Shutdown (often also known as 2nd level alarm) - represented by the RED colour. These types of
alarms protects the Engine during the wrong state.
ECU alarm - represented by the BLUE colour. This type of alarm comes from the ECU units.
Sensor fail alarm - represented by the WHITE colour. A special kind of alarm that appears if any connected
sensor emits the wrong state.
For more information about alarm types see Alarms types on page 104.

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 Image 4.55 : Alarmlist Page

1. Alarm item number - displays the number of the concrete alarm.

2. Alarmlist item star - describes if the alarm is CONFIRMED or NOT COFIRMED. The confirmation action
is performed by the Alarm reset button (point 7.)
a. Star is displayed - alarm is NOT CONFIRMED
b. Star is not shown - alarm is CONFIRMED (using alarm the reset button)
3. INACTIVE alarm - if the alarm occurs and then the fault (cause of the alarm) is removed the row
background is not colored
4. ACTIVE alarm - if the alarm occurs and the fault continues the row background is coloured. The colour
depends on the type of the alarm.
a. Warning - yellow
b. Shutdown - red
c. ECU - blue
d. Sensor fail - white
5. Topstatus bar Alarmlist button - If there is an alarm in the controller The alarm button in the top statusbar
starts blinking red. This is information that something is wrong and need to be checked.
6. Alarm statistic - shows the basic statistic of the controller alarms
a. Active - the number of active alarms
b. Unconfirmed - the number of not confirmed alarms
c. Total - the total amount of alarms contained in the controller alarmlist
7. Alarm control - the alarm control section is intended for alarm confirmation and horn reset function.
a. Alarm reset - by pressing this button all visible alarms are confirmed. It means the user makes clear
that He understands the alarms and is really sure about the actual status of the faults.
b. Horn reset - if the horn controller function is activated the Display starts to produce sound via internal
buzzer. The binary output on the display is also activated. Pressing the Horn reset button the user
switches off the internal buzzer (horn) and deactivates the binary output (e.g. external horn or light).
The horn timeout can be adjusted via the Setpoint Page.

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 8. Bottomstatus bar Alarmlist button - by pressing this button from the entire GUI displays of the Alarmlist
page.
Note: If the Alarmlist exceeds 8 items the heights of the rows are automatically lowered to display 16 alarms.
The alarmlist page is automatically displayed if the new alarm appears. The home page is displayed by
confirmation using the button Alarm-reset.
The internal buzzer can not be switched off by default. The internal buzzer is connected to the controller object
Horn timeout in the group Engine protection.

IMPORTANT: InteliDrive BaseBox InteliVision 12Touch displays maximum 16 alarms.

ECU Alarmlist
InteliDrive controllers (compared to the InteliDrive BaseBox, InteliGen and InteliSys based controller) have
visually separated pages for common alarms and alarms coming from the ECU. It means that ECU alarms are
displayed on the special ECU Alarmlist page.
The ECU Alarmlist page is accessible by pressing the ECU Alarm button on the Alarmlist page in the section
Alarm control.

Image 4.56 : Alarmlist and ECU Alarmlist pages

Setpoints
The setpoint page is intended for setting the controller values. Each type of controller has specific setpoints to
be set. The setpoints also depend on the type of application like SPtM, SPI, MINT, COMBI, COX (see the
concrete manual of the requested controller for available setpoints to be set).

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 Image 4.57 : Setpoints Page

1. Setpoints group - the informative column setpoint group displays the available groups based on the
controller and application type.
2. Setpoint name - each setpoint group contains specific setpoints. The informative column Setpoint name
displays the available set of setpoints to be set in each Setpoint group. Pressing the item in the concrete row
marks the entire row.
3. Actual value - by pressing the concrete cell in this column will display the specific dialog. There are several
types of dialogs (alpanumeric, numeric, stringlist) and the type of dialog depends on the setpoint type.
4. Information - by pressing the concrete item in the column the setpoint name marks the chosen row and
there is also more detailed information displayed in the Information panel, like units, limits, available
stringlist values, information about a locked setpoint, etc.
5. Setpoint Description - the special panel is intended for user adjustable hint (help). See the chapter user
editable help for setpoints.
6. Setpoints button - by pressing this button from the entire GUI displays of the Setpoints page.

Administration

6 back to Graphical User Interface

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 Users & Passwords

Image 4.58 : Administration Page - Users & Passwords

1. Administration options - the list of administration options.

2. Logged User Info - the information about rights of the actually logged user.
3. Available Users - the list of configured users in the controller configuration.
4. Function buttons :
a. Log in - after choice of user from the list of Available user the password dialog is displayed. The user
must insert the correct password to be logged in. The log in button is disabled if the same user is
selected.
b. Log out - the button is intended for logging out users
c. Change password - the logged user is able to change his own password.
d. Reset password - the logged user (with admin rights) is able to reset password to other users. Other
users are not able to reset password.
5. Administration button - pressing this button from the entire GUI displays the Administration page.

User and Password page in InteliDrive based controllers

InteliDrive controllers (compared to the InteliDrive BaseBox, InteliGen and InteliSys based controller) have
different user management. InteliDrive based controllers have 1 unlogged user password level with access
rights 0 and another 3 user password level with the access rights 1,2, or 3.

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 Image 4.59 : Administration Page - Users & Passwords for InteliDrive controllers

Note: The Administration - Users & Passwords page style is automatically selected based on the connected
controller.

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 Communication

Image 4.60 : Administration Page - Communication

1. Connection type - by pressing the cell area the list of possible interfaces is displayed.
2. Controller address - by pressing the cell area the list of possible controller addresses is displayed.
3. Connect button - after interface and controller settings are made the connect button must be pressed to
establish a connection between the display unit and controller

CAN Interface option

CAN Interface option is extended about the Terminal Address
there are free 3 up to 5 terminal addresses for one CAN bus line based on the controller to which the user
want to connect
InteliGen BaseBox, InteliSys BaseBox and InteliDrive BaseBox based controllers have 4 available
terminal adresses
InteliDrive DCU based controllers have 5 available terminal adresses

InteliDrive-BB-1.0.0 Global Guide 88

 Image 4.61 : CAN Interface dialog option

IMPORTANT: The terminal addresses affect entire CAN bus line. It means that there are maximum
5 free terminal addresses on each CAN Bus line.

Ethernet Interface option

Ethernet Interface option has different structure against the RS-485 and CAN interface
only GSC-C controller versions with Ethernet port are supported
InternetBridge-NT is not supported
Different History reading process if the ethernet interface is selected
the whole history is read just after the configuration is downloaded (like in InteliMonitor PC application)

Image 4.62 Ethernet connection - DHCP mode

InteliDrive-BB-1.0.0 Global Guide 89

 Image 4.63 Ethernet connection - Fixed mode

IMPORTANT: Only network experienced person should set and perform the ethernet connection
settings !!! All the ethernet parameters must be correctly inserted, otherwise the connection
between the InteliVision 12Touch and the controller will not be established.

1. Connection type - by pressing the cell area the list of possible interfaces is displayed.
2. Controller IP address - by pressing the cell area the dialog for the controller IP addresses insert is
displayed. The Controller IP address can be found and set via the controller setpoints. The controller IP
address is the address where the InteliVision 12Touch will be trying to connect. Be sure there is no address
collision.
3. Controller Autodetection - by pressing the button the autodetection function is performed. The table of the
available controllers is displayed. If there is no controller detected the message "No device found." is
displayed. BE SURE that connect button was pressed before the autodetect button, because the connect
button causes the saving of the IP setttings to the Windows CE system. Only controllers on the same
network as InteliVision 12Touch will be found.
4. Controller IP port - by pressing the cell area the dialog for the controller IP port insert is displayed. The
Controller IP port can be found and set via the controller setpoints. The controller IP port is the port where the
InteliVision 12Touch will be trying to connect. IP port must be the same for InteliVision and controller.
5. Controller address - by pressing the cell area the dialog for the controller addresses is displayed. The
Controller address can be found and set via the controller setpoints. The controller address is the address
where the InteliVision 12Touch will be trying to connect. Be sure the right controller address is selected.
6. Controller access code - by pressing the cell area the dialog for the controller access code insert is
displayed. Because of security reasons the access code must be always inserted when the connection
parameters has been changed or the InteliVision 12Touch has been restarted. The access code need not to
be inserted when the communication is lost and automatically reestablished for some reason
(communication interruption, temporary interference, etc.)

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 7. Ethernet IP mode - by pressing the radiobutton the ethernet mode is selected. If the DHCP mode is
selected all the InteliVision settings is given by the DHCP server. The network infrastructure and DHCP
server function are fully under user control. If the fixed mode is selected the manual settings must be made
for proper function.
8. InteliVision IP address - by pressing the cell area the dialog for the InteliVision IP addresses insert is
displayed. The InteliVision IP address is the IP address of the display unit own. The InteliVision IP address
is the address which is used for connection with controller. Be sure there is no address collision.
9. InteliVision IP Subnet Mask - by pressing the cell area the dialog for the InteliVision IP port insert is
displayed. The InteliVision IP port is the port which is used for the connection with controller. IP port must be
the same for InteliVision and controller.
10. InteliVision IP gateway - by pressing the cell area the dialog for the InteliVision IP gateway insert is
displayed. InteliVision IP gateway is the node in a computer network using the Internet Protocol Suite that
serves as the forwarding host (router) to other networks when no other route specification matches the
destination IP address of a packet.
11. Connect button - after interface and controller settings are made the connect button must be pressed to
establish a connection between the display unit and controller
IMPORTANT: Be sure there is no IP address collision before you try connect to the controller using
ethernet interface.

IMPORTANT: Before the first usage of the InteliVision 12Touch 1.4.0 with fixed IP connection
option the Connect button must be pressed before attempt for controller autodetection. This is
because the IP address, SubNet mask settings must be validated by the InteliVision 12Touch
operating system.

IMPORTANT: Ethernet interface on the InteliVision 12Touch does not support the connection to the
controllers via InternetBridge-NT.

IMPORTANT: It is expected the ethernet channel security is solved by the end customer (user)
network infrastructure. It means the ethernet channel encryption is fully under end customer (user)
responsibility. The InteliVision 12Touch ethernet interface is not dedicated and recommended for
remote connection (usage over the internet). The InteliVision 12Touch ethernet interface is
dedicated for local ethernet networks.

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 Languages

Image 4.64 : Administration Page - Languages

1. Language settings - the list of languages stored in the controller configuration is displayed in the list of
possible languages. In case there is another language in the controller configuration the GUI system English
language is set by default. The GUI can be translated to the following GUI languages only :
English
German
Chinese
Spanish
Czech
Arabian
Russian
Korean

Note: The GUI languages does not mean the languages in the controller configuration.

Note: InteliVision 12Touchcan show common code pages (437, 708, 720, 737, 775, 850, 852, 855, 857, 858,
860, 861, 862, 863, 864, 865, 866, 869, 874, 932, 936, 949, 1250, 1251, 1252, 1253, 1254, 1255, 1256, 1257,
1258, 20127, 20261, 20269, 20866, 21027, 21866, 28591, 28592, 28593,28594, 28595, 28596, 28597, 28598,
28599,28603, 28605, 29001).

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 InteliVision Info

Image 4.65 : Administration Page - InteliVision Info

1. InteliVision 12Touch details - the list of information about the display unit (SW version, HW version,
Branch, Release date, etc.)

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 Controller Info

Image 4.66 : Administration Page - Controller Info

1. Controller identification - the list of information about the connected controller

2. Controller modules - if any modules are connected to the controller the list of these modules are displayed
in the table
Note: The ID chip info is displayed as binary value (with LSB on the left side). PC tool InteliMonitor displays the
same value in hexadecimal form. E.g. : InteliDrive BaseBox - 1000000001000000; InteliMonitor - 0x0201

InteliVision Settings

Image 4.67 : Administration Page - InteliVision Settings

InteliDrive-BB-1.0.0 Global Guide 94

 1. Backlight Time - if the cell area is pressed the dialog for time settings is displayed. The user is able to set
the period from 1 up to 241 minutes. There is also the option to set NO Timeout which means the display unit
is backlighted forever.
2. Skin Control :
a. Auto - the day or night skin is chosen automatically based on the light sensor in the front panel
b. Day - the day skin is set manually
c. Night - the night skin is set manually (by default)
3. Brightness Control :
a. Auto - the value of the backlight is set automatically based on the light sensor in the front panel
b. Manual - the value of the backlight must be set manually using the slider
c. External - the value of the backlight is set using the external resistor connected to the analog input. The
expected value of the external resistor (potentiometer) ranges from 0 - 2400 Ohm. If the value of the
external resistor is out of the range the default value is the value set by manual choice.
4. Brightness Manual - the slider to set the backlight value
5. Internal Horn- the internal horn and also binary output on the display unit are activated based on the state of
the setpoint Horn Timeout
a. Enabled - the internal horn and binary output is enabled and activated based on the setpoint
(communication object) Horn Timeout
b. Disabled - the internal horn and binary output are fully deactivated
IMPORTANT: It is strongly recommended to use backlight on the standard level max. 60%.
Maximal backlight intensity level of 100% is suitable only for sun readable application. Be aware
that higher intensity level means higher surface front glass temperature and lower lifetime.

IMPORTANT: It is strongly recommended to use Backlight Time (timer) set on the reasonable
amount of time (approximately 30 minutes) during the normal running engine phase. It is because
of saving lifetime of the display unit. The display unit is still running if the backlight is off. For
switching on the LCD backlight the simple gesture tap is necessary.

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 Export & Import

Image 4.68 : Administration Page - Export & Import

1. Import function - by pressing the concrete button activates the dialog for import.
a. Trends - for importing the trends values from the existing file. The only *.trd file is supported for import.
b. Logo - the user is able to replace the ComAp logo (ComAp eyes) for his own logo. The supported file
type is *.png. The logo will be resized to the size of the display (1280 x 800).
c. Firmware - the firmware can be upgrade using *.ivp file provided by ComAp. The firmware must be
saved in the specific directory on a USB stick (see the Important note below)
d. Image pack - the desired images can be imported to the display unit. The images must be stored as
*.ivi package (use ImageManager - part of GenConfig to create an *.ivi package file)
e. Clone - the clone is the complete copy of the entire InteliDrive BaseBox InteliVision 12Touch unit. The
display unit expects *.ivc file to import the clone of the display unit.
f. Settings - the *.ivs file is expected for import function. The *.ivs file contains a brightness setting,
history settings, chosen language, trends channel settings, trends settings.
g. Skin - the *.ivk file is expected for the import function. The *.ivk file contains the custom or default skin.
By default only the ComAp skin exists, for more information about custom skin contact ComAp.
h. Hint - *.qm binary file with the custom setpoint hints is expected. For more information on how to create
the custom hint (help) in the Setpoint page see chapter Extended functions.
2. Export function - by pressing the concrete button activates the dialog for export.
a. Trends - for exporting the trends values from the existing file. The *.trd (ComAp proprietary format) and
*.csv (coma separated format, e.g. csv) files are supported (in the Trends settings). Here in the
administration panel only the *.csv file is supported.
b. Logo - the user is able to save the actual logo (ComAp eyes) on a USB Stick. The USB stick must be
plugged in. The logo will be saved as logo.png to the specific directory on a USB stick.
c. Firmware - the actual firmware can be saved to the *.ivp file as a backup. The firmware will be stored in
the specific directory on a USB stick (see the Important note below)

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 d. Image pack - the actual images stored in the display unit can be backed up on a USB stick. The image
package file *.ivi is created in the specific directory on a USB stick.
e. Clone - the clone is the complete copy of the entire InteliDrive BaseBox InteliVision 12Touch unit. The
display unit will export the clone to the *.ivc file. The feature is intended for installations or applications
where similar display units are used.
f. Settings - a specific *.ivs file is created in the specific directory on USB stick. The *.ivs file contains a
brightness setting, history settings, chosen language, trends channel settings, trends settings.
g. Skin - an *.ivk file with the actual skin is created in the specific directory on USB stick. The *.ivk file
contains the custom or default skin. The ComAp skin exists by default only. For more information
about custom skin contact ComAp.
h. Hint - an *.ivts file with the actual setpoint hints is created. For more information on how to create the
custom hint (help) in the Setpoint page see chapter Extended functions.
i. Controller archive - actual archive of the connected controller is stored to the specific directory on USB
stick
j. All history - the actual history records are stored as *.csv file into the specific directory on USB Stick
Note: Once the USB stick is inserted to the display unit the InteliDrive BaseBox InteliDrive BaseBox directory
and its subdirecotries are created automatically.

IMPORTANT: Requested files to be imported must be saved in the specific directory on a USB
Stick. The directories are created once the USB stick is inserted in the display unit.

Service screen - administration

Image 4.69 : Administration Page - Service Screen

The service screen is a special screen which can be adjusted using the powerful easy to use Screen Editor in
GenConfig PC Tool. By default the service screen is predefined by general information.
6 back to Graphical User Interface

InteliDrive-BB-1.0.0 Global Guide 97

 Quick help

6 back to Table of contents

Connection to the controller

InteliVision 12Touch supports the following controllers :

Product Description Order code

Industrial grade controller for gas Controller based CHPs and power
InteliDrive BaseBox I2GASXXBAB
generation applications

InteliSys NTC BaseBox Premium parallel Controller IS-NTC-BB

InteliGen NTC BaseBox Complex parallel Controller IG-NTC-BB
NT
InteliGen BaseBox Complex parallel Controller IG-NT-BB
InteliMains NTC BaseBox Mains supervision controller base unit IM-NTC-BB
NTC
InteliSys Hybrid Hybrid gen-get controller IS-NTC HYBRID
InteliDrive DCU Marine Engine controller for marine application (from HW version 2.0) ID-DCU MARINE
InteliDrive DCU Industrial ID2DCUINBAA,
Engine Controller for Pumps and Compressors
InteliDrive DCU LT ID2DCUINBLA(LT)

InteliDrive Mobile Electronic Controller for Off-road Vehicles and Machinery ID-MOBILE
InteliDrive BaseBox Industrial grade controller for gas engine operated applications ID1COMBBBAB

Controller vs InteliVision 12Touch interfaces compatibility matrix:

Controller Type (min version) RS-485 (1) RS-485 (2) CAN2 Ethernet
InteliSys GAS YES YES YES NO
InteliSys NTC BaseBox (3.7.0) YES YES YES NO
InteliGen NTC Basebox (3.7.0) YES YES YES NO
IntelIGen NT BaseBox (3.7.0) YES NO YES NO
InteliMains NTC BaseBox (3.5.0) NO YES YES NO
InteliMains NT BaseBox (3.5.0) NO NO YES NO
InteliSys NTC Hybrid (2.0.0) NO YES YES NO
InteliDrive DCU Marine (3.0.0) NO YES YES NO
InteliGen GSC YES NO YES NO
InteliGen GSC-C YES YES YES NO
InteliSys GSC-C YES YES YES NO
InteliDrive Mobile YES YES YES NO
InteliDrive BaseBox YES YES YES NO

The table above shows the controller interfaces which are supported and can be used for connection with
InteliVision 12Touch.
IMPORTANT: CAN interface on the InteliVision 12Touch is supported from the version
InteliVision 12Touch 1.3.1

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 Image 4.70 : InteliVision 12Touch / Controller connection (Illustrative picture)

Auto detection or passive detection is not available on the RS-485 interface on the InteliVision 12Touch. The
passive detection is partially supoprted on the CAN interface.
To connect or change connection settings use the Administration Menu - Connection.

Image 4.71 : Connection to the controller

1. Connect the ComAp controller to the display using the standard twisted pair cable (2 wires).
2. Check the wires are connected correctly (A,B terminals).
3. Choose the connection type (RS-485 or CAN)
4. Choose the correct controller address.
5. Choose the correct terminal address (for CAN interface only).
6. Press the Connect button.
If the cabling and settings are right, the display unit InteliVision 12Touch will start to download the configuration
from the controller to the display.
Note: If the display does not start with the downloading of the configuration from the controller try to check the
wiring of RS-485 cables, check if the correct interface is selected, check the termination resistors on both ends,
check the right controller address, check if the free terminal address is selected.

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 Note: There could be potencially several reasons why the communication is broken. The communication wires
are not connected correctly. Interference on the communication line. Termination resistors are switched off.

Note: The controller setpoint RS485(1)conv. in the group comms must be set as ENABLED if the controller is
supposed to be connected to the display unit via RS-485 (1) port. The setpoint RS485(1)conv is present in the
specific controller firmware.

IMPORTANT: InteliDrive BaseBox supports only the newest controller archives (InteliVision
12Touch templates included) !!!

IMPORTANT: If the communication between InteliDrive BaseBox and the controller is lost for some
reason the display will try to re-establish communication twice, then the communication error
appears and limited GUI is displayed. Check for possible faults (see note in this chapter), otherwise
please contact your local technical support for help.

Logging in/off to the Controller

The user is able to log in/off to/from the controller via the Administration menu - Users & Passwords.

Image 4.72 : Administration menu - User & Passwords

1. Currently the logged in user is shown on the top of the page.

2. Press the line with the requested user to be logged in.
3. Touch the Login button, the Password dialog will appear.
4. Insert the correct password. If the password is not correct, the user is informed about it.
5. The button (user) in the top status bar turns green when the user is logged in.

InteliDrive-BB-1.0.0 Global Guide 100

 Image 4.73 : Password dialog

Note: The only logged administrator is able to reset the password to other users.

Note: Each user can change his own password.

IMPORTANT: Locked setpoints can not be changed. The user must be logged in to change the
locked setpoints.

Important values
The important controllers values and system buttons are displayed by default and accessible from the Home
and Synchrol metering screens. The breaker status, controller status and system timer are displayed on the
bottom status bar. The statistic and all the system buttons are also displayed on the Status screen which is
accessible from the top status bar and very right button (status screen button).

Image 4.74 : Important values

Note: Metering screens and bottom status bar are user adjustable using the powerful easy to use Screen Editor
in GenConfig or DriveConfig PC Tool.

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 Controller mode change

Image 4.75 : Controller mode change

1. Press the button MODE on the bottom status bar

2. Press the requested Controller mode.
3. If all the controller conditions are fulfilled the Controller mode is changed.

Setpoints setting
The setpoints can be changed using the page Setpoints. There is also a instrument (meter) called the
FastSetpointEdit, which is used for quick setpoint setting directly on a metering screen.
For more information about setpoints see Setpoints on page 84.

Image 4.76 : Setpoints Page (Setpoints edit)

Note: The out of range setpoint image is displayed as a red field in the cell with the value. There is also a red dot
in the top right hand corner of the concrete group.

Image 4.77 : FastEditSetpoint instruments (meters)

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 Password change
The password change can be performed using the Administration Page - Users & Passwords.

Image 4.78 : Password change

1. Choose the user pressing the concrete line.

2. Login to the controller.
3. Change your own password.

IMPORTANT: Each user can change only his own password. The only administrator can RESET
the password to other users.

Display brightness settings

The display brightness setting is adjustable using the Administration Menu - InteliVision Settings.

Image 4.79 : Display brightness settings

Backlight Time - can be set at a range of 1 to 254 minutes. The backlight time can also be switched off, which
means the backlight never shuts down.
Skin Control

InteliDrive-BB-1.0.0 Global Guide 103

 1. If the Auto mode is chosen the display unit switches from the day to night mode automatically based on the
light sensor (in the front frame).
2. If the Day mode is chosen the display holds the day skin all the time
3. If the Night mode is chosen the display holds the night skin all the time (set by default).
Brightness control
1. If the Auto mode is chosen the display unit activates the backlight intensity automatically based on the light
sensor (in the front frame)
2. If the manual mode is chosen the user is responsible for his own backlight intensity. The backlight intensity
can be adjusted using the slider from 0 up to 100%. If 0 is set the user is able to see minimal backlight
intensity to avoid total shutdown of backlight intensity. 100% intensity corresponds to 1000Cd/m2 backlight
which is maximum backlight intensity.
3. If the External mode is chosen the display unit expects the external resistor (potentiometer) on its Analog
input. The expected value range is from 0 - 2400 Ohm. If the value is out of range the manual choice is
preferred.
IMPORTANT: It is strongly recommended to use maximum backlight if it is really needed. The
temperature of the LCD and hence touch layer grows linearly with the set LCD backlight.

Alarms types
All the alarms generated by the connected controller are collected in the Alarmlist page.
There are 4 different types of controller alarms :
Warning (often also known as 1st level alarm) - represented by the YELLOW colour. These types of
alarms inform the user that something is wrong and needs to be checked and confirmed.
Shutdown (often also known as 2nd level alarm) - represented by the RED colour. These types of
alarms protects the Controller or Engine against the wrong status.
ECU alarm - represented by the BLUE colour. This type of alarm comes from the ECU units.
Sensor fail alarm - represented by the WHITE color. A special kind of alarm which appears if any
connected sensor emits the wrong status.

Image 4.80 : Alarmlist page

For more information about the alarmlist see Alarmlist on page 82.
Note: If the Alarmlist exceeds 8 items the heights of the rows are automatically lowered to display 16 alarms.

InteliDrive-BB-1.0.0 Global Guide 104

 Note: The Alarmlist page is automatically displayed if the new alarm appears and the actual GUI position is
Home metering screen.. By confirmation using the button Alarm-reset the Home page is displayed.

IMPORTANT: InteliDrive BaseBox InteliVision 12Touch shows a maximum of 16 alarms.

Communication issues
If a communication error occurs, the red stripe at the top and bottom of any screen appears, the minimal GUI is
also displayed. When a communication error relating to the change of a controller address occurs, follow the
instructions in the chapter Connection to the controller.

Image 4.81 : Communication error

When the cause of the problem is removed the communication error disappears, but the gray inactive icon of
lost communication in the top status bar stays visible until the next restart.

Custom configuration

6 back to Table of contents

Custom logo
There is a possibility to change the starting logo (ComAp eyes).

Image 4.82 : ComAp starting logo

InteliDrive-BB-1.0.0 Global Guide 105

 1. Make your own starting logo.
2. The image resolution is 1280 x 800 pixels. Target image format is *.png. the requested name of the new logo
is logo.png.
3. Insert an empty USB stick into the display. The Display automatically creates the directories (folders).
4. Remove the USB stick from the display and insert it into your computer.
5. Find the folder Logo and copy your new logo.png inside this folder.
6. Remove the USB stick from the computer and insert it again in the display unit.
7. Go to the administration page - Export & Import.
8. Press the logo in the Import column, choose the logo.png and press Accept.
9. The new logo is stored in the display unit and will be displayed after the next display unit restart.

Setpoints help customization

The setpoint description can be changed using the free application QT Linguist. The numbers of communication
objects are predefined, but it is possible to change these numbers to custom specific help. If the user
customizes this description it is also automatically shown in the dialog where the user normally inserts the
setpoints values. These numbers could be changed onto whatever you want. But be aware that ComAp does
not support any misunderstanding on the custom specific description. All description is up to the user. See the
instruction below on how to customize the setpoint description.

Image 4.83 Setpoints description (hint)

InteliDrive-BB-1.0.0 Global Guide 106

 Image 4.84 : QT Linguist application

Instructions (how to change the setpoint description) :

1. Download the free application QT Linguist from the internet and install it on your PC.
a. download link : https://github.com/thurask/Qt-Linguist/releases
2. Connect the InteliVision 12Touch to the controller.
3. Wait until the configuration table is loaded. Then you are able to export hints.
4. Insert the USB stick into the InteliVision 12Touch.
5. Go to the administration menu Import/Export. Press the hint button in the Export Column. The file hints.ivts
is exported onto your USB stick into the hint folder. Hints.ivts file is the standard renamed *.zip package.
6. Open the hints.ivts in one of the compressing software, or rename it onto the hints.zip.
7. There are language mutations of the hints.ts files inside the hints.ivts (hints.zip).
8. It is up to you how many languages and which of them you need to customize.
9. Start the QT Linguist application and open the specific language version to be customized. On the image 7.3
you can see the hints_en.ts opened for customization.
10. In the TAB List of source texts (image 7.3) you can find all available setpoint descriptions for concrete
controller. This list is set by the type of application. There are different lists for a conrete application (the list
is downloaded with the configuration table). Hence, please be careful to import the customized description to
different application type (e.g. the SPtM application may not respond to the MINT application setpoint
description).
11. In the Translation TAB (Image 7.3) you customize the description. There is source text title to be translated.
The main field is the English translation. Here the name of communication object is predefined . You can
insert your own desired setpoint description for the relevant source text.
12. Fill in all the desired setpoint description one by one.
13. After you customize all the source texts you must release this customization as *.qm file. You will do it in the
menu File - Release as. The dialog with the predefined name (here it is hints_en.gm) appears.
14. Place this file in one specific directory.

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 15. If you want to customize other language version do it the same way as for the English version and release
the files to the same directory.
16. Compress these customized files using the *.zip compress application.
17. Rename the compressed zip file to the hints.ivqm file.
18. Now you are ready to import the hints.ivqm package back to the InteliVision 12Touch.
19. Copy the file hints.ivqm into the USB flash drive into the specific folder (Intelivision12T/Hints), which is the
same folder where you found the exported hints.ivts file.
20. Insert the USB stick into the display, go to the Administration page - Import/Export.
21. Press the hints button in the import column and choose the hints.ivqm file for the import of the customized
setpoint description.
22. If all the instructions are fulfilled the display will inform you of import success.
23. Now you can find your customized description in the setpoint page.
IMPORTANT: ComAp does not support any of the specific customized setpoint descriptions. The
change of these descriptions is fully under the control of the end customer.

6 back to Custom configuration

Metering screens modification (XML editing)

Until the new version of Screen Editor is not available There is a temporary option for manual screen
modification. For the screen adjustment, you can use all the common text editors like notepad, pspad, etc..
XML edit Instructions :
1. Start the GenConfig software.
2. Open the latest archive with the support of InteliDrive BaseBox.
3. Export screens using the menu function (File - Export Screens) and save to your folder.
4. Open the XML file with your preferred text editor (notepad, pspad, etc.)
5. Scroll to the line where the InteliVision 12Touch screen template starts
Text on the line : <!-- *** iV12T *** -->
6. The XML file has strict rules and structure which must be fulfilled otherwise the import will not be accepted.
7. There are predefined pages, metering screens, special screens and meters in the IV12T section .Note that
only an experienced person should make an adjustment in the exported XML file.
8. Uses these predefined tags and atributes as wizard for your new screens.
9. Do not delete any of the attributes inside the Meter definitions except the warning limit attributes (warn1 -
warn4)..
10. XML tags and attributes must be correctly ended.
11. When all the editing is done, save it and import it back using function Import screens (File - Import Screens).
12. If all the changes are correct the import function will store new screens into the configuration (archive).
13. Upload the configuration to the controller and view your new metering screens.

4.1.4 InteliVision 17T18T

This display allows connection to several controllers at once. It runs InteliMonitor and therefore controlling of
controller (application) via this display is similar to controlling of application using PC. In fact the display runs
Windows operating system. For further instructions on how to work with InteliMonitor and its features please go
to InteliMonitor Reference Guide.InteliVision 18Touch Global Guide.

InteliDrive-BB-1.0.0 Global Guide 108

4.1.5 Mode and function description
6 back to Operator Guide
This chapter contains brief information on how the controller behaves in different modes of operation. If you
require more information on separate functions of the controller please go to the chapter Functions (page 125)
There are two controller operation modes:OFF and RUN in Allspeed application.

OFF mode
No start of the engine is possible. Outputs STARTER (PAGE 555), CLUTCH CONNECT (PAGE 503) and FUEL
SOLENOID (PAGE 510) are not energized.
No reaction if buttons START,STOP,CLUTCH ON/OFF are pressed.

RUN mode
1. To start the engine press START.
2. When the generator voltage is within limits (adjusted in the setpoints group Generator protections) GCB
green LED on the front panel lights.
3. Press CLUTCH I/O to close the clutch. If the engine speed is out of the limits, controller does not respond to
the CLUTCH I/O.
4. To stop the engine press STOP
a. controller unloads the engine, opens CLUTCH CONNECT (PAGE 503).
b. Engine is cooled down and stopped.
Controller does not respond to external signals and/or conditions. The engine is fully in manual control; there is
no automatic way to stop it (except protections). The engine stays running until STOP button is pressed.

4.2 Controller configuration and PC tools

connection
4.2.1 Controller connections 109
4.2.2 Firmware and archive overview 122
4.2.3 How to use PC tool 125

6 back to Controller setup

This chapter contains brief introduction into the specifics of firmware and archive upload and connection of
various PC tools to the controller. If you require detailed information on each PC tool please use the included
Help in those PC tools or download their Reference Guides.

4.2.1 Controller connections

PC tools can be connected to the controller in many ways. These ways are described below in detail.

RS232
It is possible to connect to the controller using RS232 direct connection (serial port or USB to RS232 converter
may be used). The following settings need to be checked in the controller:

InteliDrive-BB-1.0.0 Global Guide 109

 RS232(1) mode (page 218) has to be set to DIRECT
Contr. address (page 217) has to be set to the same value as in the PC tool

Connection using InteliMonitor

Connection using GenConfig

InteliDrive-BB-1.0.0 Global Guide 110

 Connection using WinScope

Connection using IGS-LOG

USB
You may connect to the controller using the USB port. In this case standard USB A to B cable should be used.
The following settings need to be checked:
Contr. address (page 217) has to be set to the same value as in the PC tool.

InteliDrive-BB-1.0.0 Global Guide 111

 Connection using InteliMonitor

Connection using GenConfig

InteliDrive-BB-1.0.0 Global Guide 112

 Connection using WinScope

InteliDrive-BB-1.0.0 Global Guide 113

 Connection using IGS-LOG

InteliDrive-BB-1.0.0 Global Guide 114

 Ethernet
It is possible to connect to the controller using Ethernet port either directly or using ComAp's AirGate service.

Direct connection
When you use direct connection the controller needs to be reachable directly from the PC you use (i.e. one LAN
or WAN without any firewalls and other points that may not allow the connection). The following settings need to
be checked in the controller:
Contr. address (page 217) has to be set to the same value as in the PC tool
IP Addr mode (page 225) can be set to AUTOMATIC when there is DHCP service is available. Otherwise
it needs to be set to FIXED
IP address (page 226) - IP address is either set automatically or it can be adjusted to a specific requested
value
Net mask (page 226) - Network mask is either set automatically or it can be adjusted to a specific
requested value
Gateway IP (page 227) - IP of a gateway can be set by this Setpoint when it is used
ComApProtoPort (page 227) - ComAp protocol port number is 23. Make sure that this port is open for
communication in your network

Connection using InteliMonitor

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 Connection using GenConfig

InteliDrive-BB-1.0.0 Global Guide 116

 Connection using WinScope

InteliDrive-BB-1.0.0 Global Guide 117

 Connection using IGS-LOG

Note: For more information on how user management (access rights, access codes and passwords) works in
ComAp controller please visit the chapter User management (page 176).

Airgate connection
You can use ComAp's AirGate service that allows you to connect to any controller via Internet no matter what
are the restrictions of the local network (if the controller can connect to the Internet AirGate service will work).
The following setpoints have to be adjusted:
Contr. address (page 217) has to be set to the same value as in the PC tool
IP Addr mode (page 225) - can be set to AUTOMATIC when there is DHCP service is available.
Otherwise it needs to be set to FIXED
IP address (page 226) - IP address is either set automatically or it can be adjusted to a specific requested
value
Net mask (page 226) - Network mask is either set automatically or it can be adjusted to a specific
requested value

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 Gateway IP (page 227) - IP of a gateway can be set by this Setpoint when it is used
AirGate (page 228) needs to be set to ENABLED
AirGate IP (page 228) - currently there is one AirGate server running at URL airgate.comap.cz (enter this
URL into the setpoint)

Connection using InteliMonitor

Connection using GenConfig

InteliDrive-BB-1.0.0 Global Guide 119

 Connection using WinScope
WinScope doesn't support connection via AirGate

Connection using IGS-LOG

InteliDrive-BB-1.0.0 Global Guide 120

 Connection using WebSupervisor mobile

More details about features and setting can you find related reference guides or datasheet presented on the
websites WebSupervisor.

InteliDrive-BB-1.0.0 Global Guide 121

 Using communication modules
It is possible to use communication modules to connect to the controller. The procedure is similar to the
connection directly to the controller.
There are the following communication modules available:
I-LB+ (for detailed information on this module go to websites I-LB)
IB-NT (for detailed information on this module go to websites IB-NT-Config)

Note: For controller monitoring via IB-NT use firmware version 2.4.0 or higher. In case of using lower version
will not work monitoring via web browser.

Connection to multiple controllers

ComAp controllers and PC tools support connection to the whole site (up to 32 controllers). It is possible to set
up such site and connect with one button. To get more information on this option please go to the Help in
InteliMonitor and navigate to the topic Site properties.

4.2.2 Firmware and archive overview

6 back to Controller configuration and PC tools connection
The controller uses ComAp's proprietary firmware and so called archives. Both types of these files come in an
installation package with filename extension .igc.

This installation package will automatically unpack all files to their right location. The default location of these
file in Windows 7 and higher is the following:
For firmware: C:\Users\Public\Documents\ComAp PC Suite\GenConfig\App
For archives: C:\Users\Public\Documents\ComAp PC Suite\GenConfig\Archives
The controller can be uploaded with different versions of the firmware. These can be updates of existing
firmware or they can be different branches of the firmware with different supported functions.
First firmware needs to be uploaded to the controller. It has file extension .mhx. Then archive is uploaded.
Archives contain certain applications that are supported by the controller.

Firmware and archive upload

This chapter shows how to upload new firmware and archive into the controller

Firmware upload
GenConfig is used to upload the firmware in the controller. You can adjust the connection in GenConfig
according to the chapter Controller connections (page 109).
Once you have adjusted the correct connection, you can select Firmware upgrade (default configuration) from
menu File->Firmware upgrade and Cloning...->Firmware upgrade (default configuration).
The following dialog window will appear:

InteliDrive-BB-1.0.0 Global Guide 122

 Once this is selected a window with progress bar will appear and firmware upload will commence shortly.
GenConfig will check hardware-firmware cross compatibility and may inform you that selected firmware is not
supported in the hardware you are connected to. If hardware-firmware compatibility information is missing
GenConfig will let you upload the firmware but it will inform you that the controller may not work after the
procedure because hardware-firmware compatibility could not be checked.

IMPORTANT: If the controller is not responding GenConfig will automatically initiate upload using
boot jumper. To get more details on this procedure go to the chapter Troubleshooting (page 186)

Once the controller finishes firmware upload it will let you know that everything went correctly by the following
dialog window.

GenConfig will also issue the following warning:

InteliDrive-BB-1.0.0 Global Guide 123

 The controller will remain in so called Init state and it will not perform any actions. First archive needs to be
uploaded. See the chapter Archive (page 124) to get more information on archive upload.
IMPORTANT: If the upload fails for any reason (e.g. connection is severed during the upload) the
controller will not usually function and it will not respond to communication attempts. In these
cases it is necessary to use boot jumper and upload firmware again. Note that this requires
manipulation with controller hardware and therefore upload of the firmware from remote location is
recommended only in cases of stable connection. To get more information on the boot jumper
procedure please go to the chapter Troubleshooting (page 186).

Archive
Once the controller is uploaded with the firmware it can be uploaded with a variety of archives that provide you
with different application options. To look at the available application overview please go to the chapter
Applications overview (page 1).
The archive is uploaded using GenConfig. You can either download and archive from the controller, change its
configuration and then re-upload it again or you can open offline archive, modify (or not) the configuration and
upload it to the controller.
To download the archive from a controller adjust the correct connection settings and then click the Read from
controller icon.

The following dialog will let you know that the download is underway:

Once it is done the archive will open in GenConfig. You will see mostly the same thing as if opening the archive
offline. To open a archive offline click on the Open icon.

InteliDrive-BB-1.0.0 Global Guide 124

 Once you have done all the necessary changes in the configuration you can upload the modified archive using
the Write to controller icon.

The following dialog will let you know that the upload is under way.

After it is done GenConfig will ask you whether you want to rewrite setpoint values and then the controller will be
ready with new configuration (when no setpoint change this dialog is skipped).

4.2.3 How to use PC tool

6 back to Controller configuration and PC tools connection
All the PC tools have build in help which can help you with individual configuration functions. Please refer to
these manuals for detailed information on the configuration. Occasionally there are hints how to use PC tool for
specific functions in this guide as well.
Note: If you require further information on this topic please contact ComAp technical support ComAp technical
support on email address support@comap-control.com. We will gladly assist you and provide you with detailed
information based on your specific needs.

4.3 Functions
4.3.1 Modes overview 126
4.3.2 AFR 127
4.3.3 Gas Valve Test 135
4.3.4 Engine control 136
4.3.5 Controller redundancy 142
4.3.6 Service timers 143
4.3.7 Force value 145

InteliDrive-BB-1.0.0 Global Guide 125

4.3.8 External values 147
4.3.9 General purpose timers 148
4.3.10 History log 149
4.3.11 User buttons 151
4.3.12 Remote Control function 151
4.3.13 Shared Binary IO and Virtual IO 152
4.3.14 Modbus 155
4.3.15 Sensors 156
4.3.16 Power formats 158
4.3.17 Languages and Translator 158
4.3.18 User mask 159
4.3.19 Binary selector 160
4.3.20 PLC functions 160
4.3.21 Protections and Alarm management 169
4.3.22 Controller operation states 176
4.3.23 User management 176
4.3.24 Safety function 178

6 back to Controller setup

4.3.1 Modes overview

OFF mode 126
RUN mode 126
There are two basic modes in the controller. The modes influence many functions in the controller but they are
mainly related to the engine control functions. Engine cannot be started in OFF mode, controller itself also will
not start the engine in RUN mode, but it can be started by pressing START button on a display.
Bbasic differences of the modes are described below. Each specific function described in other parts of this
manual then contains information if which mode it is active if needed. Behavior of the controller in different
modes is highly dependent on the application that is used.
Controller modes may be changed either by adjusting the setpoint ControllerMode (page 203) or by sending a
command from a display, InteliMonitor, via Modbus etc.
Alternatively it can be changed using LBOs related to the Remote mode function.

OFF mode
No start of the engine is possible. Outputs STARTER (PAGE 555), CLUTCH CONNECT (PAGE 503) and FUEL
SOLENOID (PAGE 510) are not energized.
No reaction if buttons START,STOP,CLUTCH ON/OFF are pressed.

RUN mode
1. To start the engine press START.
2. When the generator voltage is within limits (adjusted in the setpoints group Generator protections) GCB
green LED on the front panel lights.

InteliDrive-BB-1.0.0 Global Guide 126

 3. Press CLUTCH I/O to close the clutch. If the engine speed is out of the limits, controller does not respond to
the CLUTCH I/O.
4. To stop the engine press STOP
a. controller unloads the engine, opens CLUTCH CONNECT (PAGE 503).
b. Engine is cooled down and stopped.
Controller does not respond to external signals and/or conditions. The engine is fully in manual control; there is
no automatic way to stop it (except protections). The engine stays running until STOP button is pressed.

4.3.2 AFR
AFR control functionality is dedicated for gas engines only.

AFR - Overview

Image 4.85 AFR overview

AFR - configuration
AFR functionality can be added as virtual extension module in GenConfig card Modules.

Image 4.86 AFR module configuration

InteliDrive-BB-1.0.0 Global Guide 127

 After the AFR module is added, new Setpoints and Values for adjusting AFR functionality will be automatically
opened.

Image 4.87 AFR Setpoints

Logical analog inputs, Logical binary inputs and Logical binary outputs are presented in configuration even if the
AFR module is not configured but the function is locked.

Dongle
AFR control functionality is locked by special Dongle.
There is dongle with order code IS-AFC-PCM available for InteliDrive BaseBox
When is the AFR module configured see AFR - configuration on page 127 and the required Dongle is not
present in controller, then will be all Values placed in AFR control group fixed at zero value and the alarm
message "Dongle incomp" will be initiated.

InteliDrive-BB-1.0.0 Global Guide 128

 AFR - Sensor configuration
For correct AFR functionality is required to chose the type of sensor, which will have influence for the mixer
position.

Image 4.88 AFR Sensor configuration

First of the required sensors is LAI: SENSORA (PAGE 431).

Note: Mostly is used MAP (Manifold air pressure), LAM (Lambda sonde) or Cylinder Temperature.

Second required sensor is LAI: MAT A (PAGE 430) (Manifold air temperature).
Range, dimension and resolution of these analog inputs are used as reference Values for dedicated Setpoints.
IMPORTANT: If one of these sensors is not configured or have invalid Value, the shut down is
iniciated and alarm message "AFRcontrolFLS" is displayed.

The LAI: SENSORB (PAGE 431) and MAT B (PAGE 430) are as optional used for control of second mixer.
LAI: AFR VALVEFDBA (PAGE 419) and AFR VALVEFDBB (PAGE 419) serves as indicative Value of mixer
feedback.
For better correction of mixer position due to variable gas quality can be used the LAI: ANA CH4A (PAGE 420)
resp. ANA CH4B (PAGE 420) which is connected with Setpoints MxPos40%CH4A (page 352),
MxPos60%CH4A (page 353) resp. MxPos40%CH4B (page 369), MxPos60%CH4B (page 370).

InteliDrive-BB-1.0.0 Global Guide 129

 AFR - Control

Image 4.89 AFR control

InteliDrive-BB-1.0.0 Global Guide 130

 AFR – Mixer modes
Mixer can be operated in RUN mode and only the combinations listed bellow are possible:
One Mixer, one fuel
One mixer, two fuels
Two mixers, one fuel

Configured
Type of
LBI LAI Alarm Description
configuration
GasAB SensorB MATB SensorA MATA
NO NO NO NO NO YES invalid
NO NO NO NO YES YES invalid
NO NO NO YES NO YES invalid
One Mixer, One Mixer using table A
NO NO NO YES YES NO
One Gas only
NO NO YES NO NO YES invalid
NO NO YES NO YES YES invalid
NO NO YES YES NO YES invalid
NO NO YES YES YES YES invalid
NO YES NO NO NO YES invalid
NO YES NO NO YES YES invalid
NO YES NO YES NO YES invalid
NO YES NO YES YES YES invalid
NO YES YES NO NO YES invalid
NO YES YES NO YES YES invalid
NO YES YES YES NO YES invalid
Two Mixers, Mixer A using table A,
NO YES YES YES YES NO
One Gas Mixer B using table B
YES NO NO NO NO YES invalid
YES NO NO NO YES YES invalid
YES NO NO YES NO YES invalid
Mixer A using table A or B
One Mixer,
YES NO NO YES YES NO based on value in LBI
Two Gases
GasAB
YES NO YES NO NO YES invalid
YES NO YES NO YES YES invalid
YES NO YES YES NO YES invalid
YES NO YES YES YES YES invalid
YES YES NO NO NO YES invalid
YES YES NO NO YES YES invalid
YES YES NO YES NO YES invalid

InteliDrive-BB-1.0.0 Global Guide 131

 Configured
Type of
LBI LAI Alarm Description
configuration
GasAB SensorB MATB SensorA MATA
YES YES NO YES YES YES invalid
YES YES YES NO NO YES invalid
YES YES YES NO YES YES invalid
YES YES YES YES NO YES invalid
YES YES YES YES YES YES invalid

Note: When SensorX is configured, MAT X has to be configured also.

When GasAB is configured, just SensorA and MAT A has to be configured, No SensorB, No MAT B.
When SensorA and SensorB are configured, GasAB cannot be configured.

Mixer RUN mode

Mixer is operated in manual mode if the required Setpoint: AFRValve MODE (page 327) is in position
MANUAL.
In this case the Setpoint: MixerPosMan (page 328) is overwritten with actual position of Mixer, to keep the
Mixer stable. After that is possible to move the mixer to various position.

AFR - Starting procedure

During start request in automatic mode (AFRValve MODE (page 327)=AUTOMATIC) is mixer position on the
fixed level adjusted by Setpoint: StartPositionA (page 339) this position adjust the correct amount of gas
mixture for ignition in the engine.
Starting position of mixer can by adjusted manually with changing of the Setpoint or there can be adjusted
starting ramp of the mixer. This ramp can be modified by setpoints EndStrtPosA (page 339) and
MixStartRampA (page 340). Mixer starts on StartPositionA (page 339) and during cranking phase moves to
the EndStrtPosA (page 339).

Image 4.90 Mixer start ramp

Another possibility how to change the position of the mixer is with gas quality analyzer, which can measure the
CH4 content in the gas and in depend on this can move the position of mixer.
Note: This feature is mostly used in situations where is very various gas quality and the solution with fixed
positions is not sufficient.

Gas analyzer has to be connected to LAI: ANA CH4A (PAGE 420).

For activation of the CH4 function has to be switched the Setpoint: Ana CH4A (page 354) to position either
ENA-FIX or ENA-STEP.

InteliDrive-BB-1.0.0 Global Guide 132

 Dependence of the mixer on the CH4 is defined by setpoints: MxPos40%CH4A (page 352) and
MxPos60%CH4A (page 353).

Image 4.91 CH4 dependence on the mixer position

Starting position is active until the timer Idle time (page 238) is counted down and engine needs to reach the
Nominal RPM (page 203).
In that time activates the second fixed position of the mixer RunPositionA (page 340).
The third fixed position LoPwrPositionA (page 341) is active.
With correct adjustment of this Setpoint, has engine be able to start the ramping on the load.
LoPwrPositionA (page 341) is active till the Controller across the first point of Power characteristic (Power1A
(page 341)).
Note: LoPwrPositionA (page 341) is back activated by undergoing of the Power1A (page 341) Value.

Note: When the fixed positions of the mixer are active, the Value AFRSensReqA (page 415)is disabled and
shows invalid Value.

Image 4.92 Mixer starting procedure

InteliDrive-BB-1.0.0 Global Guide 133

 AFR - Regulation
When the clutch active power across the Value Power1A (page 341), then is activated the AFR PID control
loop which starts to regulate the mixer position.
Principal is, that there is primarily defined power characteristic, for each power Value is defined Mixer position.
This position is ideal setting for to reach required Sensor Value.
Note: Calculated position of mixer is visible in Values: AFRVlvOffsetA (page 414).

In that case will be visible Value AFRSensReqA (page 415) which is calculated Value from the characteristic
adjusted by Setpoints Sensor1A (page 342), Sensor2A (page 343), Sensor3A (page 345), Sensor4A (page
346) and Sensor5A (page 348).
If the actual sensor Value AFRSensActA (page 415) is different from the required sensor Value
AFRSensReqA (page 415) the AFR PID loop represented by Setpoints AFRvalve gain (page 329),
AFRvalve int (page 330), AFRvalve der (page 330) starts to regulate and the output from the PID control loop
is visible as Value AFRVlvRegA (page 415).
Value AFRVlvRegA (page 415) is regulated as long as the regulation reach the regulation limit position
LimPos (page 331).
The output for mixer position MIXPOSA (page 414) is sume of the Values AFRVlvOffsetA (page 414) and
AFRVlvRegA (page 415).

Image 4.93 Dependence of Power, MixPos and Sensor

Example: For the first setting of the whole characteristics is used Mixer RUN mode (page 132). Operator
changes the compressor power (e.g. via Base load (page 1)) to the Value Power1A (page 341) and
watches the actual value of emissions. With manual adjusting of the mixer position reaches the required
value of emissions. In that case write the actual value of sensor and mixer to the Sensor1A (page 342) and
MixPos1A (page 342). The same will be repeated for other points of characteristic. After that can be mixer
switched to AUTOMATIC mode.

Correction of the required sensor value based on rising temperature

For correct AFR function is important to keep the temperature of the mixture represented by MATreference
(page 332) constant.

InteliDrive-BB-1.0.0 Global Guide 134

 If it is not possible and the temperature rises from the reference Value, there is possibility to automatically
adjust the sensor characteristic.
Each step above the MATreference (page 332) means one step of MATcorrection (page 333).
The MATcorrection (page 333) is point of change for Sensor characteristic.
The sensor characteristic is changed as long as the SensorCorrLim (page 333) is reached.

AFR Sensor failure function

It may happen, that the sensor starts to indicate different Value even the Gen-set runs on stable power with
stable mixer position.
Note: This situation happens mostly by using lambda sonde sensor with measuring in mV. Every defect of the
sensor may have bigger influence to output mV Value.

For that reason is there tolerance level of the measured Value from required Value.
If the measured Value of the sensor across the tolerance level defined by Setpoint SensorValTolA (page 351),
then starts to be counted the timer TAFROFFA (page 349), after which is set the Value AFRVlvRegA (page
415) (output from AFR PID loop) to 0 zero.
And simultaneously is counted the timer TAFRERRA (page 350). When is this time counted down, the LBO
AFR ERRA (PAGE 499) is set.

Image 4.94 Sensor tolerance Value

6 back to Functions

4.3.3 Gas Valve Test

Test is based on the external automatic unit that put pressure between two closed Gas Valves and measures
pressure value stability.
Gas Valve Test procedure can be enabled with adjusting of the Setpoint GasVTest (page 242) = ENABLED.
Test is activated prior to engine start by LBO GASVTEST RUN (PAGE 510).

InteliDrive-BB-1.0.0 Global Guide 135

 Controller waits for adjustable delay for test result. Dedicated LBI GASVTEST OK (PAGE 465) must be closed
within this time.
Engine starts at any time during Gas Valve Test procedure when LBI GASVTEST OK (PAGE 465) is closed.
Engine shut down is detected and alarm message activated "Sd GasVTest" when no positive feedback is
received during the adjustable delay GasVTest del (page 243).
Gas Valve Test procedure is skipped during Automatic Mains fail Gen-set start to short black-out time.

Image 4.95 Gas Valve Test

4.3.4 Engine control

The controller performs sequences that control the engine. There can be different states in which the controller
performs specific actions.

Conditions
There are several conditions that are evaluated. Based on these conditions the controller decides if the Gen-set
is successfully started, running, or if it is successfully stopped.

Successful start conditions

Value RPM (page 391) > Starting RPM (page 233)
OR
LAI OIL PRESS (PAGE 430) > Starting POil (page 234)
OR
D+ terminal is active for minimum of 1 second and D+ Function (page 244) = ENABLED
OR
LBI RUNINDICATION 1 (PAGE 483) or RUNINDICATION 2 (PAGE 483) or RUNINDICATION 3 (PAGE 483) gets
active

Engine running conditions

Value RPM (page 391) > Starting RPM (page 233)
OR
LAI OIL PRESS (PAGE 430) > Starting POil (page 234)
OR
D+ terminal is active and D+ Function (page 244) = ENABLED

InteliDrive-BB-1.0.0 Global Guide 136

 OR
LBI RUNINDICATION 1 (PAGE 483) or RUNINDICATION 2 (PAGE 483) or RUNINDICATION 3 (PAGE 483) is active

Successful stop conditions

Value RPM (page 391) < 2
AND
LAI OIL PRESS (PAGE 430) < Starting POil (page 234)
AND
D+ terminal is not active
AND
LBI RUNINDICATION 1 (PAGE 483) or RUNINDICATION 2 (PAGE 483) or RUNINDICATION 3 (PAGE 483) are not
active
IMPORTANT: If all above conditions are fulfilled, additional 2s delay is necessary to confirm still
engine.

IMPORTANT: If the engine is stopped and any of the conditions above is not fulfilled the controller
will consider the engine to run spontaneously and it will initiate stop sequence and issue alarm
Stop fail.

Note: If some of the conditions are not configured (e.g. LBI RUNINDICATION 1 (PAGE 483) is not configured) it is
not taken into account. On the other hand RPM comparison is always considered.

Start sequence
Successful start sequences - GAS
Activation of the LBO FUEL SOLENOID (PAGE 510) can be delayed with the setpoint FuelSol offset (page 241).
This delay starts to be counted when the engine speed exceeds 30 RPM.

InteliDrive-BB-1.0.0 Global Guide 137

 Unsuccessful start sequences
When Starting RPM (page 233) is not reached within MaxCrank Time (page 236):

When RPM goes to zero before/after Underspeed protection gets active:

IMPORTANT: The Underspeed protection is activated regardless of the Setpoint Idle time (page
238) 5 seconds after reaching Starting RPM (page 233) level. To get more information on when
other protections get activated please refer to the chapter Protections and Alarm management (page
169).

Ventilation sequence
When the Fuel Solenoid is set to GAS the controller performs Preventilation and Ventilation sequences.

InteliDrive-BB-1.0.0 Global Guide 138

 Preventilation

Ventilation

Other engine states

This chapter describes engine states except the states that are part of the start sequence. To get more
information on the start sequence please go to the chapter Start sequence (page 137).

Prelubrication
When the prelubrication is activated (Prelubr time (page 235) is set to none zero value and the controller is not
in the OFF mode) the controller cycles according to the settings and periodically prelubricates the engine
(activates LBO PRELUBR PUMP (PAGE 551)). There are pauses between prelubrication that are set by the
Setpoint Prelubr pause (page 236). The prelubrication cycle start when:
The controller DC power is switched on
The controller is switched from OFF mode to other modes
The alarm Alarm Type Level 2 is reset
Alarm Not lubricated is shown when the engine is being lubricated.

InteliDrive-BB-1.0.0 Global Guide 139

 Cooling
The controller enters the state of Cooling when the engine is to be stopped (i.e. normal stop sequence). The time
of the cooling is set by the Setpoint Cooling time (page 239). The cooling speed of the engine can be set by
the Setpoint Cooling speed (page 238). There is optimization of the cooling time available. This can be
enabled or disabled by the Setpoint Cooldown optim (page 1). The cooling sequence may continue (i.e. the
LBO COOLING PUMP (PAGE 506) remains active) after the engine is stopped. To set this time the Setpoint
AfterCool time (page 239) is used.

Stop sequence
When the engine stops normally:

When the pick-up sensor fails:

InteliDrive-BB-1.0.0 Global Guide 140

 When the engine does not stop in time:

When the engine does not stop:

When stopped engine is commanded to stop again:

InteliDrive-BB-1.0.0 Global Guide 141

 When the engine starts spontaneously and the controller stops it:

6 back to Functions

4.3.5 Controller redundancy

Redundant system is a general term for applications where there are two controllers at each compressor. One is
the main controller, which controls the compressor in normal conditions, the other is the redundant controller,
which takes over the control when the main controller fails. Both controllers have identical firmware, and most of
the configuration and setpoints. Only several things need to be adjusted/configured differently because of the
redundancy function itself.
IMPORTANT: If there are shared binary or analog outputs used on the controller (e.g. for system
start/stop), it is necessary to prepare the configuration in the way so each controller uses binary or
analog output set with different address. Configuration in compressor controllers then needs to be
altered so it can receive signals from both controllers (e.g. using built-in PLC functions).

Redundant systems using CAN bus

This system uses the CAN bus for detection whether the main controller is operational or not. If the redundant
controller has not received two consequent messages from the main one (~100ms) it will take over the system
control - it activates the LBO CTRL HBEAT FD (PAGE 508), which has to be wired in such a way, that it
disconnects the dead main controller from the control, connects the redundancy controller instead and activates
it by deactivation of the LBI EMERG. MANUAL (PAGE 438).
As there can be up to 16 pairs of controllers at the CAN bus it is necessary to select which main controller
(address) belongs to which redundant one. The Setpoint WatchedContr (page 208) is used for this purpose. It
must be adjusted to address of the respective main controller in each redundant controller and it must be
adjusted to 0 in each main controller.
IMPORTANT: Correct wiring of all inputs and outputs that should be used both by the main and the
redundant controller needs to be done. Please refer to the corresponding chapter for wiring of
binary inputs and outputs.

IMPORTANT: Do not use Shared Binary Inputs/Outputs for LBO CTRL HBEAT FD (PAGE 508) -> LBI
EMERG. MANUAL (PAGE 438) connection since the failed controller may not interpret it correctly.

InteliDrive-BB-1.0.0 Global Guide 142

 In the figure above the signal of LBO CTRL HBEAT FD (PAGE 508) is used to disable the main controller if it is
lost from CAN bus or CAN bus communication from that controller becomes erratic. It is used also to disable
the redundant controller when the communication on CAN bus is alright (it is negated). For more information on
Virtual Binary Inputs and Outputs (VPIO) please refer to the chapter Shared Binary IO and Virtual IO (page
152).
6 back to Functions

4.3.6 Service timers

Service timers are used as maintenance interval counters. Counters can be set by four setpoints (Service time
1 (page 260), Service time 2 (page 261), Service time 3 (page 262), ServiceTimeSd (page 1)).
Example: Each service timer can be used for different type of regular maintenance work such as oil change,
spark plug change etc.

Actual value of counters is located in Values-Statistics: Service time 1 (page 411), Service time 2 (page
412), Service time 3 (page 412), ServiceTimeSd (page 1). This Value is decremented every running hour.
When the value of first three counters reaches 0, the alarm WrnServiceT1+2 respectively WrnServiceT3 is
activated and the counter continues decrement the value next to minus values until the respective counter is
readjusted back to nonzero value.
When the ServiceTimeSd (page 1) counter reaches 0, the alarm Sd Service time is issued until the related
counter is readjusted back to nonzero value.
Note: Service timers can be renamed in the GenConfig tab Miscellaneous.

Reset of Service timers

Reset command allows to readjust the Service timer to original value presented by the related Setpoints
(Service time 1 (page 260), Service time 2 (page 261), Service time 3 (page 262), ServiceTimeSd (page
1)).
Reset command for each Service timer can be locked with user password setting. (GenConfig tab Commands).

InteliDrive-BB-1.0.0 Global Guide 143

 Image 4.96 Service timers - GenConfig Commands

Reset of Service timers in InteliMonitor

There is a Service timers menu which will open the related dialog window. With this dialog window it is possible
to readjust the actual service timer value to the original Setpoint value.

Image 4.97 Service timers reset

Note: Unused timer has to be adjusted to maximal value (OFF).

Reset of Service timers on display

The principle is the same as it is described here: see User buttons on page 151.
There are available commands ServTimeRes1, ServTimeRes2, ServTimeRes3, ServTimeRes4 which can be
used readjust the service time value on display.

InteliDrive-BB-1.0.0 Global Guide 144

 Image 4.98 Service timers - user button

6 back to Functions

4.3.7 Force value

In this chapter there is complete step by step guide which shows how to use Force value function of the
controller.
Forcing of values is used to change particular setpoint temporarily by activation of related Binary Input. This is
used to change function of controller under given conditions (e.g. there are two different periods during the day
when Export limit given by distribution network is required or not).
IMPORTANT: Setpoints must not be written continuously (e.g. via Modbus connection)! If
continuous change of setpoints is required, combination of External values and Force value
5
function needs to be used. The memory that holds setpoints is designed for up to 10 writings.
Than memory may be damaged!

InteliDrive-BB-1.0.0 Global Guide 145

 Setpoints that are available for forcing may be identified by Force value button on the right side in GenConfig
(see the figure below).

When the button is clicked, Force value dialog appears.

For example if we add Force value 1 (page 266) to be forced to Export limit (page 1) as value 0 (DISABLED)
by Binary Input FORCEVALUEIN 1 (PAGE 452) we can change the function of Export limit (page 1) from
ENABLED to DISABLED by activation of FORCEVALUEIN 1 (PAGE 452). It is possible to rename the setpoint to
e.g. ExportDisabled and Binary Input as well to e.g. DISABLEEXPLIM. The function will not change (only the
corresponding names).
It is possible to use several force value functions for one setpoint. If more than one forcing Binary Input is
active, the one with the highest position (lowest number in the Force value dialog) is used.
It is possible as well to use one Binary Input to force multiple setpoints (e.g. in case of complex function
change).
Note: It is possible only to force value or setpoint in other setpoint if their dimension and range are the same
(e.g. only value with dimension in hours and which is Integer 16 to a setpoint with dimension hours and which is
as well Integer 16). You may use PLC block Convert to change the dimension and range if needed.

InteliDrive-BB-1.0.0 Global Guide 146

 6 back to Functions

4.3.8 External values

This function is especially designed for continuous writing of setpoints from external sources (e.g. via Modbus
connection).
IMPORTANT: In Controller it is possible to continuously rewrite any setpoint in the controller and
it is not necessary to use external values. However external values are very useful when you need
to change the value based on binary impulses (Up, Down, Reset).

It is possible to use up to two different External values for continuous writing from external sources. The values
are adjusted by setpoints in Force value group. Default (also initial) value may be adjusted, rate of change of
ExValueX (by Binary Inputs EXVALUEX UP and EXVALUEX DOWN) can be adjusted as well as high and low limit
of the value.
Get more information on this function in the setpoints ExValue1deflt (page 300) and ExValue2deflt (page
300).
There are two ways, how to adjust External values. One is using Binary Inputs mentioned above. Second one is
to write the value directly using e.g. Modbus. External values then may be converted using PLC block convert
and force into setpoint which is then continuously forced by the value of ExValueX.
External values are reverted back to their default (initial) value (given by corresponding setpoint) when Logical
binary input EXVALUE1RESET (PAGE 445) or EXVALUE2RESET (PAGE 446) for their reset is active (and they
change to the previous value after Binary Input deactivates). When the Binary Input is active the External value
cannot be changed by Modbus writing or by using Binary Inputs for up and down value.
Note: External values are not available for external writing when any Binary Input (up, down or reset) related to
them is active.

IMPORTANT: Note also that when the controller is reset (powered down and up again), all external
values are reverted back to their default (initial) values.

InteliDrive-BB-1.0.0 Global Guide 147

 Note: For information on how to write (or read) objects from controller via Modbus, please refer to the latest
Communication guide for Controller.

6 back to Functions

4.3.9 General purpose timers

There are 16 general-purpose timers in the controller, each 4 of them are joined together to one output. That
means there are 4 fully independent timer blocks including 4 timer channels each. The combined outputs from
the timer blocks are TIMERACT 1-4 (PAGE 557), TIMERACT 5-8 (PAGE 557),TIMERACT 9-12 (PAGE 557) and
TIMERACT 13-16 (PAGE 558).
The timers are intended for scheduling of any operations such as e.g. periodic tests of the Controller, scheduled
transfer of the load to the Controller prior to an expected disconnection of the mains etc. Each timer channel can
be activated more than once within a single day (setting Short Period). The activation time and duration of each
channel is adjustable (both as hh:mm).

Available modes of each timer:

This is a single shot mode. The timer will be activated only once at preset date/time for
Once
preset duration.
The timer is activated every "x-th" day. The day period "x" is adjustable. Weekends can be
Daily
excluded. E.g. the timer can be adjusted to every 2nd day excluding saturdays and sundays.
The timer is activated every "x-th" week on selected weekdays. The week period "x" is
Weekly
adjustable. E.g. the timer can be adjusted to every 2nd week on monday and friday.
The timer is activated every "x-th" month on the selected day. The requested day can be
Monthly selected either as "y-th" day in the month or as "y-th" weekday in the month. E.g. the timer
can be adjusted to every 1st month on 1st tuesday.
Short The timer is repeated with adjusted period (hh:mm). The timer duration is included in the
period preriod.

The mode of each timer channel is adjusted by an assigned setpoint. The setpoints are located int the Timer
settings group and can be adjusted via InteliMonitor and GenConfig.

InteliDrive-BB-1.0.0 Global Guide 148

 Example: Below is an example how to use the timers for periodic tests of the Controller performed every
Sunday with duration of 30 minutes and also for scheduled transfer of the load before expected mains failure
announced by the local electricity distribution company to 1.5.2010 from 01:00 to 04:00.

1. The output TIMERACT 1-4 (PAGE 557) is configured internally in GenConfig (LBI tab) to the logical binary
inputs REMOTE TEST (PAGE 1) and TEST ON LOAD (PAGE 1).
2. The setpoint Timer settings:Timer channel 1 (page 306) is adjusted to "repeated" mode, "weekly" period,
only sundays, starting date/time next sunday at 0:00, timer duration 0:30 min.

3. The setpoint Timer settings:TimerChannel 2 is adjusted to "once" mode, starting date/time 1.5.2010 at
01:00, timer duration 3:00 hrs.

6 back to Functions

4.3.10 History log

History records adjustment
It is possible to change History records content. Each record contains date, time and cause of the record as
obligatory columns. The rest of columns are configurable.
The history record structure has two parts. The upper part is so-called fast and is written into the history memory
immediately in the moment when the written event occurs. The rest of the record may be written with a delay
max. 100ms. The fast part is intended for fast changing values as e.g. currents, voltages or power. The parts
are separated by a line in the record content list.

InteliDrive-BB-1.0.0 Global Guide 149

1. Values selection tree
2. Buttons for adding/removing values into/from the record structure
3. Buttons for ordering of the values in the record structure
4. Fast history separator. The fast part is located above the separator
5. Estimated number of records depending on record size
6. Record capacity usage indicator

Note: Values that are displayed in green color are recomended to be placed in the fast part.

Note: If the checkbox Add modules to history automatically.. in the Modules tab is checked then all values
of a module are automatically added into the history record when the module is inserted into the configuration.

Time stamp function

The controller allows user to define when the history records are written even though there is no other reason for
history record (so called Time Stamp).
It is possible to disable time stamping function (for example when time stamping is not needed and just floods
the history). It may be conditioned by engine run or it may be enabled always.
Period of time stamping may be adjusted from 1 to 240 minutes.
Note: Beware of History flooding by to many Time Stamps (vital information may be overwritten).

You can find more information in the estpoint Time stamp act (page 323).

Time and Date intercontroller sharing

Time and Date are used mainly for History records. Time and date values are shared between controllers that
are connected to CAN. When the value is changed in one controller, it sends its new value to all other
controllers that are connected to the same CAN bus and they update their time and date values and setpoints
accordingly.

Summer time mode

Summer Time Mode function may be enabled and disabled by user. It is possible to set if the controller is
located in the northern or southern hemisphere as well.
SummerTimeMode implemented in ComAp controllers is based on CET summer time which means:

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 Clock goes forward 1 hour at 2:00 a.m. on the last Sunday in March
Clock goes backwards 1 hour at 3:00 a.m. on the last Sunday in October

Note: Please be aware that in other regions summer time adjustments may be done in different time.

You can get more information in the setpoint #SummerTimeMod (page 324).
6 back to Functions

4.3.11 User buttons

There are several User Buttons available in the controller. It is possible to set them on Soft Buttons in
InteliVision 5, 8 or 12.

Available functions for soft buttons

Pressing the button changes the state of Logical binary output USER BUTTON X to closed.
ON
When the output is closed and the button is pressed state is not changed.
Pressing the button changes the state of Logical binary output USER BUTTON X to opened.
OFF
When the output is opened and the button is pressed state is not changed.
Pressing the button changes the state of Logical binary output USER BUTTON X to opened or
ON/OFF
closed depending on previous state (it is changed to the opposite state).
Pressing the button issues Logical binary output USER BUTTON X to close for a period of time
Pulse given by the setpoint UserBtn pulse (page 208).
ON Note: Repeated pressing of button during the closed period causes issuing other pulse
of the same length to be generated from the moment of button pushing.

Note: It is possible to lock User Button with password (go to tab Commands in GenConfig). User Buttons 1-5,
6-8 and 9-16 (IS controllers only) can be locked separately. It is also possible to use User Buttons in
SCADAdiagrams.

6 back to Functions

4.3.12 Remote Control function

It is possible to remotely control several Logical binary outputs in the controller. You can either use Remote
Switches tool in InteliMonitor (select Remote switches in menu for corresponding controller), import Remote
Switches tool to a SCADA diagram in Line Diagram Editor or use external device via Modbus (register #46361
and command #26 (1A hex), for more information on Modbus please refer to the IS2GASXX Communication
guide).

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 Remote Switch will activate or deactivate depending on remote control so it can be used to manually control
devices, simulate malfunctions while commissioning etc. Below you can see example of controls of Remote
Switches in InteliMonitor and in Single Line Diagram for InteliMonitor.

Note: Remote switches can be renamed in the GenConfig tab Miscellaneous.

Remote Switches may be easily used to trigger logical Binary Input function and all other related functions as
normal switch on Binary Input. Module VPIO (Virtual Peripheral Inputs- Outputs) can be added to configuration
and it will copy the state of Remote Switch on virtual output to its counterpart virtual input. Refer to the figure
below for example.

6 back to Functions

4.3.13 Shared Binary IO and Virtual IO

Virtual Peripheral Inputs-Outputs (VPIO) module
For the controller there are several modules available. One of them is Virtual Peripheral Inputs-Outputs module
which is particularly useful for connection of Logical binary output functions to Logical binary input functions.

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 This way internal controller function may easily trigger other internal controller functions without unnecessary
wiring or usage of PLC functions.
Module is functioning the same way as normal module with 8 outputs and 8 inputs, but the difference is that
each input copies its counterpart output. It is possible to select any logical Binary Output function for one of the
outputs of VPIO module. Inputs on VPIO module work the same way as standard input of the controller (i.e. it
can be assigned function and protection).
For example of this function please refer to the chapter Remote Control function (page 151).

Shared virtual inputs and outputs

It is possible to share Binary and Analog values between all the controllers via CAN bus, thus saving physical
Inputs and Outputs and excess wiring.
How to add a virtual module is shown in the following picture.

The principal of how shared Binary inputs and Binary outputs work is shown below.

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 Shared Binary Inputs and Outputs may be used exactly in the same way as standard physical Inputs and
Outputs. If SHBIN or SHAIN modules are configured, at least one corresponding module of SHBOUT or
SHAOUT (respectively) is needed. If it is not configured, corresponding protection appears because SHBIN or
SHAIN will be missing. See the figure below for more information.
IMPORTANT: For proper function of Shared Binary and Analog Inputs and Outputs, only one
source of Shared Binary or Analog Outputs must be configured (i.e. it is not possible to configure
in one controller SHBOUT1 and to another one as well SHBOUT1).

Note: Controller sends Shared Binary Outputs each 100ms if there are any changes in any bit position. If there
are no changes, controller sends the information with period 1s.

A protection upon module failure can be configured in GenConfig. See the schematic below.

Distributed Binary Inputs and Outputs

It is possible to share Binary and Analog values between all the controllers via CAN bus, thus saving physical
Inputs and Outputs and excess wiring.
DISTBIN and DISTBOUT work in a different way than SHBIN and SHBOUT. Each controller has one pack of
eight DISTBOUT available (if not configured or no function is assigned to any output, it does not broadcast
them). The number of DISTBOUT module is not shown in the configuration and it is always corresponding to the
CAN address of the controller (e.g. the controller with address 5 will be broadcasting DISTBOUT-05 which can
be received if module DISTBIN-05 is configured in another controller. Up to 32 DISTBIN modules can be
configured (meaning that the controller will be receiving all DISTBOUT from all the controller, even his own).
It is not possible to change the name of DISTBIN inputs or add protections.
In the example below you can see 4 controllers with various DISTBIN and DISTBOUT configuration.

InteliDrive-BB-1.0.0 Global Guide 154

 Note: Controller sends Distributed Binary Outputs each 100ms if there are any changes in any bit position. If
there are no changes, controller sends the information with period 1s.

IMPORTANT: DISTBIN and DISTBOUT function is conditioned by IS-AFC-LSM+PMSIGS-NT-

LSM+PMS dongle.

IMPORTANT: In case DISTBIN/DISTBOUT is configured and the IS-AFC-LSM+PMSIGS-NT-

LSM+PMS dongle is not used, alarm message "Wrong config" is issued.

6 back to Functions

4.3.14 Modbus
Controller supports Modbus Slave functions (an external device may write or read from a controller). Modbus
registers corresponding to objects in the controller can be exported to text form in GenConfig.

If Modbus Master function is required extension module I-CB/Modbus connected via CAN1 can be used. For
more information on how to use this module please refer to IS2GASXX Communication Guide and to I-CBEdit
manual.

User Modbus
Users can define Modbus registers from 42754 to 43009. Values, setpoints and Alarm states can be specified
for these new Modbus registers to prepare the Modbus protocol for batch reading or to standardize Modbus
protocol between FW versions or branches.

Modbus Switches
The Modbus Switches consist of two groups of Logical binary outputs in Values named ModbusSw1 (page
403) and ModbusSw2 (page 404). Both registers are available on Modbus for simple writing (using command 6
or 16). The particular bits of these registers are available as binary status for universal use in Logical binary

InteliDrive-BB-1.0.0 Global Guide 155

 outputs of the controller as “ModbusSw1..ModbusSw32”. No password is required for writing of those registers.
There are two Values “ModbusSw1” and “ModbusSw2” in group “Log Bout” available for back-reading.

Modbus register Value for

Register for writing Modbus register number
number back-reading
See export of MODBUS registers,
ModbusSw1 46337 ModbusSw1
value ModbusSW1
See export of MODBUS registers,
ModbusSw2 46338 ModbusSw2
value ModbusSW2

The LSB of ModbusSw1 (46337) corresponds to LBO “ModbusSw1”. The LSB of ModbusSw2 (46338)
corresponds to LBO “ModbusSw17”.
IMPORTANT: The Values ModbusSw1 and ModbusSw2 LSB starting from the left.

6 back to Functions

4.3.15 Sensors
Controller and/or some extension modules allow connection of sensor outputs to Analog Inputs. There is whole
variety of common sensor output characteristics prepared in configuration by default. Although if there is sensor
that is not in the list, it is possible to prepare custom characteristics (up to 16) with up to 31 definition points.
Default sensors:
PT100/°C
PT1000/°C, PT100/°F
PT1000/°F
NI1000/°C
NI1000/°F
4-20mA active (linear)
0-2400ohm (linear)
0-2.4V (linear)
Tristate
For the definition please see the chapter Analog Inputs wiring (page 30).
The configuration of a sensor for analog inputs is shown below.

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 IMPORTANT: There is “electronic” type of sensor available for Shared Analog Inputs which can be
used to interpret shared data over CAN bus. To get more information on Shared virtual peripheries
can be found in the chapter Shared Binary IO and Virtual IO (page 152).

Custom sensor configuration

The picture below depicts configuration a custom sensor characteristic.

Sensor fail detection (FLS)

If the measured resistance, voltage or current on an analog input gets out of valid range, the sensor fail will be
detected and a sensor fail message will appear in the alarmlist. The valid range is defined by the most-left (RL)
and most-right (RH) points of the sensor characteristic ±12.5% from RH-RL.

InteliDrive-BB-1.0.0 Global Guide 157

 The sensor fail alarm does not influence the Controller operation. Sensor fail does not activate Binary output
Alarm.
IMPORTANT: It is possible to configure protection to trigger e.g. Shutdown or Warning on Fail
sensor event. To get more information please go to the chapter Protections and Alarm management
(page 169).

Example: If engine shutdown/stop is required when Fail sensor appears, configure in GenConfig →
Inputs/Outputs -> Analog inputs → Protection → property “Active when” to Under/Over limit + Fls.

6 back to Functions

4.3.16 Power formats

InteliDrive BaseBox allows users to choose from several Power Formats that affect dimensions in which values
and some setpoints are interpreted or adjusted. Power formats may be changed in Miscellaneous tab in
GenConfig. There are following Power Formats available:
1 kW
0,1 kW
0,01 MW

Note: Range of some setpoints and values is changed significantly when different Power Formats are
selected. Last Power Format is designed to be used in combined Power/High Voltage and Low Voltage
installations. High voltage is then interpreted in Volts (e.g. 33256V instead of 33kV). Last two Power Formats
can be used in combination on one CAN bus.

6 back to Functions

4.3.17 Languages and Translator

For detailed description of Languages and Translator tool please refer to GenConfig interactive help (press F1
when in corresponding tab or open Help -> Gen-set Help).

InteliDrive-BB-1.0.0 Global Guide 158

 InteliDrive BaseBox supports several languages that can be switched during the operation of the controller.
When the memory for languages is depleted GenConfig will notify the user when upload to the controller or
saving is initiated.

Changing language using binary inputs

There are several Logical binary inputs dedicated for changing of the language of the controller by their
activation.
To get more information on this function please refer to LANG SEL INT A (PAGE 469).

Changing language of Remote Alarm Messaging

It is possible to change the language of Remote Alarm Messaging function regardless to the actual language of
the controller. Get more information in Acall+SMS lang (page 323). Get more information on Remote Alarm
Messaging function in the chapter Remote Alarm Messaging (page 171).

Changing language via display GUI

Get more information for separate displays in the chapter Operator Guide (page 36).
6 back to Functions

4.3.18 User mask

In GenConfig you can easily set any object in Screen Editor to show or hide based on activation of particular
Logical Binary Input available for users. Below, there is diagram showing the setup of User Mask function in
Screen Editor.

InteliDrive-BB-1.0.0 Global Guide 159

 Note: Masking of screens in InteliVision 5 supports only Show function. Use also other masking functions
(masking can react on several internal states, e.g. activation of Timers).

6 back to Functions

4.3.19 Binary selector

There are four Setpoints (Bin selector 1 (page 246), Bin selector 2 (page 246), Bin selector 3 (page 246)
and Bin selector 4 (page 247)) through which user can change state of four corresponding Logical binary
outputs (BIN SELECTOR 1 (PAGE 502), BIN SELECTOR 2 (PAGE 503), BIN SELECTOR 3 (PAGE 503), BIN
SELECTOR 4 (PAGE 503)).
This function can be used to switch on and off devices by changing a setpoint e.g. via a display. It can also be
used in combination with Force value function to change a whole group of Setpoints with one Setpoint. To get
more information on the Force value function please refer to the chapter Force value (page 145).
6 back to Functions

4.3.20 PLC functions

You can get more information on PLC in GenConfig by pressing F1 in the tab PLC or by selecting a PLC block
and pressing F1 for individual help for each block. You can check maximum number of usable blocks in
InteliDrive BaseBox in GenConfig (see the picture below).

InteliDrive-BB-1.0.0 Global Guide 160

 6 back to Functions

General specification
Each function output can be configured to:
another function input
any physical terminal (e.g. to controller’s physical Binary Output) - GenConfig I/O sheet
Each function limit (parameter) can be configured as:
constant limit (fix): just write requested value into the field (-32768 to +32767)
setpoint limit (customer adjustable): click on field and select one from PLC setpoint list
any value (e.g. from Analog input): click on field and select one from controller or PLC values list
All PLC function analog inputs are signed type and that is why the following analog values must not be
configured to any comparator and PID analog input:
Info: ECU DiagSource, Timer val, PasswordDecode.
Statistics: NumSuccStarts, NumUnscStarts, Service time.
All function limits and analog outputs must follow input analog value format:
e.g. input value is 0,0 to 10,0 bars, then setpoint limit is e.g. 3,2.
Any time and delay limit is in 0,1s step in the range 0,1 to 3276,7 sec.
PLC consistency check indicates incorrect PLC configuration.

InteliDrive-BB-1.0.0 Global Guide 161

 PLC values
List contains 256 internal binary values (bits) PLC Bout 1.1 to PLC BOUT 32.8 that
can be configured as any PLC function binary input or output.
Binary Only used PLC Bout x.x can be configured to IS2GASXX-DriveBB controller or
external modules physical terminals.
Used values are visible at controller screen.
There are available 96 internal analog values PLC Aout 1 to PLC Aout 96 that can be
configured as any PLC function input or output.
Analog
Any used PLC Aout x can be configured as physical analog output.Used values are
visible at controller screen.
Unsigned value that is automatically used for Counter and Timer functions, 16 PLC
PLC resource resources are available.
Values are visible in InteliMonitor only.

PLC configuration example

Let suppose a diesel compressor. The engine speed is controlled via Speed governor analog output (no data
communication). InteliDrive BaseBoxmeasures output pressure.

Required function
Based on adjustable pressure limits controller switch the engine between RPM1 to RPM2. When Pressure
drops below Pressure ON limit engine increases from RPM1 to RPM2 and after Pressure increases above
Press OFF limit goes back to RPM1.

InteliDrive-BB-1.0.0 Global Guide 162

 Function structure

Configuration steps
1. Start DriveConfig and open default archive IS2GASXX-DriveBB.ant.
2. Pressure measuring: configure pressure sensor characteristic – suppose range 0 to 10,0 Bars on
IS2GASXX-DriveBB Analog input 4. Wrn and Sd protection limits should be adjusted over Pressure OFF
limit.

3. Go to PLC window and drag & drop PLC functional block Comp Hyst, double click the block.

InteliDrive-BB-1.0.0 Global Guide 163

 4. Configure Comparator Input: click on button and select input value from the list.

5. Configure comparator limits Input ON, Input OFF as PLC setpoints

6. Edit setpoint name in PLC setpoints list.

InteliDrive-BB-1.0.0 Global Guide 164

 Result look like this

7. Drag & drop PLC functional block Ana Switch, configure Input 1 and Input 2 as PLC setpoints and edit the
setpoint names to RPM 1 and RPM 2.

8. Configure binary Input SW: PLC values: PLC Bout 1.1.

9. Rename output to RPM out

InteliDrive-BB-1.0.0 Global Guide 165

10. Go to I/O window and configure analog AOUT1 as RPM out. Then configure output convert Low limit (0
RPM ~ 0.00V output) and High output convert limit (2000 RPM ~ 10.00V output).

Speed governor output characteristics for Lo limit and Hi limit

setting above.

Speed governor output voltage in this case (when RPM1= 500

and RPM2=1800) is 9V when pressure is low and 2,5V when
pressure is high

11. Final PLC layout in GenConfig

InteliDrive-BB-1.0.0 Global Guide 166

 PLC locking sheet by sheet
From GenConfig version 3.12.0 it is possible to lock PLC Sheets individually in the controllers supporting this
feature. Available are 3 passwords, user can assign one of them to each PLC sheet or leave PLC sheet
unlocked.

New button on PLC toolbar to access password settings and login/logout. Button has 3 different colours:

All existing passwords are entered (all PLC sheets with password are unlocked)

Any (but not all) existing passwords are entered (any, but not all PLC sheets with password
are unlocked)

No existing password is entered or no password exists (all PLC sheets with passwords are
locked)

In Passwords window user can:

Login by entering correct password and clicking red button
Logout by clicking green button
Create/change password by slicking on "Change" button
To change password, current and new password must be entered. New password must be entered twice
(match check)

InteliDrive-BB-1.0.0 Global Guide 167

 To create a new password, enter new password twice (match check)

Delete existing password

If password is used for any PLC sheet, password will be removed from appropriate PLC sheets (user has
to confirm this). Correct password must be entered.
If password is not used for any PLC sheet, password is removed immediately without warning. No need
to enter correct password.

To assign password to the PLC sheet, click on assign icon in title of PLC sheet:

InteliDrive-BB-1.0.0 Global Guide 168

 In configuration window you can assign one of three passwords. It is necessary to enter correct password. If
password does not exists, user is asked to create it.

IMPORTANT: Very important parts of the control algorithm must not be locked in PLC sheets.
Certification authorities may request their unlocking if necessary.

4.3.21 Protections and Alarm management

Protection groups
There are two types of protections in the controller
Fixed
Universal (configurable)

Protection group Configurability Settings location

Analog protections Configurable Analog protect
Fixed protections Fixed Engine params, Gener protect, Mains protect, Analog protect

Note: Fixed protections have (usually) configurable settings but they are fixed because they cannot be
removed from the configuration completely. However they may be disabled in their settings. On the other hand
Universal (configurable) protections can be removed from the configuration completely and new protections
with individual settings may be created from scratch.

Alarm types
There are two levels of alarm. Level 1 (Yellow) does not have direct effect on the controlled system (i.e. engine
is not stopped, Circuit breaker is not opened). Level 2 (Red) has direct effect on the controlled system
There are several types of alarm for both Level 1 and Level 2 alarms. The table below gives overview of these
types.

InteliDrive-BB-1.0.0 Global Guide 169

 Alarm/Event kind Level Description
The alarm appears in the Alarmlist and is recorded into the history log.
Warning 1 Activates the output COMMON W RN (PAGE 505) as well as the standard alarm
outputs (HORN (PAGE 510) and ALARM (PAGE 502)).
The alarm appears only in the Alarmlist. Activates the output COMMON AL
Alarm Only 1 (PAGE 505) as well as the standard alarm outputs (HORN (PAGE 510) and
ALARM (PAGE 502)).
The event is recorded into the history. Activates the output COMMON HST
HistRecOnly 1 (PAGE 505) for one second. Standard alarm outputs (HORN (PAGE 510) and
ALARM (PAGE 502)) are not activated.
The event is only indicated in the Alarmlist. It disappears for the alarmist
AL indication 1 automatically as soon as the cause disappears. S tandard alarm outputs (
HORN (PAGE 510) and ALARM (PAGE 502)) are not activated.
The event is only indicated in the Alarmlist and recorded into the history log. It
disappears from the alarmlist automatically as soon as the cause disappears.
A+H indication 1
Standard alarm outputs (HORN (PAGE 510) and ALARM (PAGE 502)) are not
activated.
The alarm appears in the Alarmlist and is recorded into the history log. It
causes immediate stop of the engine without unloading and cooling phase.
Shutdown 2 The engine cannot be started again while there is a Shutdown alarm in the
Alarmlist. Activates the output COMMON SD (PAGE 505) as well as the
standard alarm outputs (HORN (PAGE 510) and ALARM (PAGE 502)).
The alarm appears in the Alarmlist and is recorded into the history log. It
causes stop of the engine by the standard stop sequence, i.e. including
unloading and cooling phase. The engine cannot be started again while there
Cool down 2
is a Slow stop Cool down alarm in the Alarmlist. Activates the output
COMMON CD (PAGE 1) as well as the standard alarm outputs (HORN (PAGE
510) and ALARM (PAGE 502)).
The alarm appears in the Alarmlist and is recorded into the history log. It
causes immediate stop of the engine without unloading and cooling phase.
The engine cannot be started again while there is a Sd override alarm in the
Sd Override 2
Alarmlist. Activates the standard alarm outputs (HORN (PAGE 510) and
ALARM (PAGE 502)). This alarm type is not overriden by the input SD
OVERRIDE (PAGE 484).
This is a special kind of alarm. On its own it does not activate the standard
alarm outputs (HORN (PAGE 510) and ALARM (PAGE 502)). To get more
Fail Sensor -
information on this alarm please refer to the chapter Sensor fail detection
(FLS) (page 157).

Protection blocking
Fixed protections may be blocked based on fixed conditions (e.g. electrical protection are blocked in states
where healthy voltage is not expected - engine stopped, cranking etc.). Universal (configurable) protections may
be blocked based on the following conditions.

InteliDrive-BB-1.0.0 Global Guide 170

 Blocking type Description
All the time The alarms are being evaluated all the time the controller is switched on.
The alarms are being evaluated only while the engine is running. The evaluation
RunOnlyBlkDel1
beginsRunOnlyBlkDel1 (page 248) seconds after the engine has been started.
The alarms are being evaluated only while the engine is running. The evaluation
RunOnlyBlkDel2
begins RunOnlyBlkDel2 (page 249) seconds after the engine has been started.
The alarms are being evaluated only while the engine is running. The evaluation
RunOnlyBlkDel3
begins RunOnlyBlkDel3 (page 249) seconds after the engine has been started.
The alarms are being evaluated only while the engine is running. The evaluation
RunOnlyBlkDel4
begins ForceBlock4Del (page 253) seconds after the engine has been started.
The alarms are being evaluated only while the engine is running. The evaluation
RunOnlyBlkDel5
begins ForceBlock5Del (page 253) seconds after the engine has been started.
The alarms are being evaluated only while the engine is running. The evaluation
RunOnlyBlkDel6
begins ForceBlock6Del (page 254) seconds after the engine has been started.
The alarms are being evaluated while the input FORCE BLOCK 1 (PAGE 450) is not
Force block 1 active. The evaluation begins ForceBlockDel1 (page 251) seconds after the
input has been deactivated.
The alarms are being evaluated while the input FORCE BLOCK 2 (PAGE 450) is not
Force block 2 active. The evaluation begins ForceBlockDel2 (page 252) seconds after the
input has been deactivated.
The alarms are being evaluated while the input FORCE BLOCK 3 (PAGE 450) is not
Force block 3 active. The evaluation begins ForceBlockDel3 (page 252) seconds after the
input has been deactivated.

The following diagram illustrates individual cases.

Remote Alarm Messaging

It is possible to use up to five channels for Active Call, Email and SMS upon defined type of Alarm. It is possible
to define protection type for all ENABLED channels to react. All the possibilities in the controller are: History
record, Alarm only, Warning, Mains protect and Mains protect with Reset. Find more information about alarm
types in the chapter Protections and Alarm management (page 169).

InteliDrive-BB-1.0.0 Global Guide 171

 Communication Types for Remote Alarm Messaging
Below there all types of communication available for each Active Call channel.
DATA-ANA: This option sends a complete archive to the recipient's PC via analog modem. An analog
modem must be connected either to one of controller COM ports or to one of I-LB modules connected to the
controller via CAN2 bus. The channel address must contain complete telephone number of the recipient's
PC where InteliMonitor is running in Active call receiving mode.
DATA-GSM: This option sends a complete archive to the recipient's PC via GSM modem. A GSM modem
with activated CSD data transfers must be connected either to one of controller COM ports or to one of I-LB
modules connected to the controller via CAN2 bus. The channel address must contain complete telephone
number of the recipient's PC where InteliMonitor is running in Active call receiving mode.
DATA-ISDN: This option sends a complete archive to the recipient's PC via ISDN modem. An ISDN
modem must be connected either to one of controller COM ports or to one of I-LB modules connected to the
controller via CAN2 bus. The channel address must contain complete telephone number of the recipient's
PC where InteliMonitor is running in Active call receiving mode.
DATA-CDMA: This option sends a complete archive to the recipient's PC via CDMA modem. A CDMA
modem must be connected either to one of controller COM ports or to one of I-LB modules connected to the
controller via CAN2 bus. The local CDMA network must allow point-to-point data transfers. The channel
address must contain complete telephone number of the recipient's PC where InteliMonitor is running in
Active call receiving mode.
SMS-GSM: This option sends a short text message (SMS) containing the actual Alarmlist contents to the
recipient's mobile phone via the GSM modem. The channel address must contain complete telephone
number of the recipient's mobile phone.
SMS-CDMA: This option sends a short text message (SMS) containing the actual Alarmlist contents to the
recipient's mobile phone via the CDMA modem. The channel address must contain complete telephone
number of the recipient's mobile phone.
IB-E-MAIL: This option sends an e-mail containing the actual Alarmlist contents and latest 20 history
records (only date, time, reason) to the recipient's mailbox via the IB-COM module or IG-IB module. The
channel address must contain valid e-mail address of the recipient.
Note: The SMTP settings (SMTP authent (page 229), SMTP user name (page 229), SMTP password
(page 230), SMTP address (page 230), Contr mailbox (page 231)) must be properly adjusted for sending e-
mails.

Example: There is an example of setting of Remote Alarm Messaging. In this case active calls we be
triggered on Mains protect and Mains protect with Reset alarms. Message is sent via email to
emailAddress@domain.com (Channel 1 – available for NTC controller or with any controller with connected
IB-NT or I-LB+), archive is sent via ISDN modem to the number +111222333444 (Channel 2) and SMS is
sent to the number +999111333555 (Channel 3).

InteliDrive-BB-1.0.0 Global Guide 172

 Example: It is also possible to adjust number of attempts that controller performs in case of not successful
Active Call – Act. calls/SMS: ActCallAttempt (page 322). The language of messages can be changed –
Act. calls/SMS: Acall+SMS lang (page 323) (use Translator and Languages tabs in GenConfig to adjust
languages).
Up to five channels can be used.

Default protections
There are many default (fixed) protections in the controller. These protections are highly dependent on what
application is running in the controller.

Default protections in any application

There are several protections that are present in all the applications.
Fixed Engine protections

Protections Protection type Corresponding Setpoints

Overspeed SD Overspeed (page 255)
Underspeed SD Underspeed (page 234), Starting RPM (page 233)

Shutdown override
nd
If the Logical binary input SD OVERRIDE (PAGE 484) is closed, all 2 level protections are disabled to allow the
Gen-set run in an emergency situation, e.g. sprinkler devices power supply.
All protections are shown in Alarmlist and recorded into History, but the controller does not stop the engine
because of them. If the input is deactivated and some protections are still active or not yet reset, the controller
starts to take these protections into account and consequently stops the engine.
nd
All 2 level protections are locked out, except of these:
Emergency stop
Overspeed
Underspeed

InteliDrive-BB-1.0.0 Global Guide 173

 Binary and analog protections configured as Sd override type. In fact this protection type means
"Unoverridable shutdown", i.e. it works the same way as standard shutdown protection, however it cannot
be overriden (blocked) by the SD OVERRIDE (PAGE 484) input.

Alarm Time Chart

The following time chart shows when different protections are evaluated.

Reset actual alarms selection

It is possible to determine the behavior of alarms that are in alarm list when Fault Reset button is pressed.
Select behavior with ResetActAlarms (page 254).

Pressing of the fault reset button (at any terminal or external button) resets
DISABLED only inactive alarms. Active alarms remain in the alarmlist unchanged and must be reset
again when they become inactive.
Pressing of the fault reset button (at any terminal or external button) resets all alarms that
are currently present in the alarm list. Inactive alarms disappear from the alarm list
ENABLED
immediately, active alarms are changed to "confirmed" state and disappear when the alarm
condition disappear or the alarm starts to be blocked.

Note: ENABLED position corresponds to the method how the IG-classic and IS-classic controllers handled the
alarms.

Configuration of User configurable protections in GenConfig

It is possible to configure protections on Binary Input, Analog Input or any value that is available in the controller.

Binary input protection configuration

Open I/O tab in GenConfig and adjust parameters that are described below.

InteliDrive-BB-1.0.0 Global Guide 174

 Analog input protection configuration
Open I/O tab in GenConfig and adjust parameters that are described below.

Custom configurable protection

Open Protections tab in GenConfig and adjust parameters that are described below.

InteliDrive-BB-1.0.0 Global Guide 175

 IMPORTANT: You need to prepare two separate protections for level 1 and level 2.

Note: Select the value for protection first and then use Wizard – it will take you through all the steps and help
you adjust them correctly.

4.3.22 Controller operation states

This is a list of controller operation states. Usually operation states are indicated on the display (some of them
are invisible and some of them may be "covered" by e.g. a timer on the display).

Engine state Description

Init Controller is powered up and configuration setting is initialized

Not ready Engine is not ready to start or is not allowed to start

Ready Engine is ready to run, all condition for start are fulfilled
Prestart Prestart sequence in process. From closing of Prestart output to closing of Starter output

Cranking Engine is cranking and the starter output is closed

Pause Pause between start attempts is counting down

Starting Starting RPM is reached

Running Engine is running and waiting for clutch connection

Loaded Engine is loaded

Cooling State after Clutch was opened and engine is not stopped

Stop Engine is stopped

Shutdown Shutdown alarm activated

Gas engine - ventilation of unburned fuel when stop command comes during cranking with
Ventil
gas
SDVentil Gas engine - ventilation of unburned fuel after unsuccessful start attempt

Emerg man Emergency manual state

6 back to Functions

4.3.23 User management

All ComAp controllers offer password protection for certain functions and adjustment points. In most cases the
level of password protection for the particular function or setpoint is configurable using the PC configuration tool

InteliDrive-BB-1.0.0 Global Guide 176

 (GenConfig). Please see the configuration tool manual or controller manual for details about password
protection for the particular controller type.
There are seven different users and seven different access groups. Each user has access to selected groups
and has own password. Each item, which is to be protected by password, belongs to one of these seven
access groups. If a valid password is entered, the user gets access to all items that belong to a group to which
he has granted access. The user #0 is an "Administrator" and has access to all protected items as well as the
rights for managing other users.

Entering password
If the Sites connection mode is used, then the passwords for each controller can be entered in advance into the
Controllers list (refer to the context help of InteliMonitor- press F1 in InteliMonitor). If the Quick connection mode
is used, then the passwords for the particular controller can be entered before the connection is opened.
Single connection: To enter the password while the connection is already running, go to the menu Monitor ->
Enter password or click to the icon . You also have to select the user, for whom the password is beeing
entered.
Multiple connection: To enter the password while the connection is already running, in the toolbar select the
Controller to which you want enter the password and then go to the menu Monitor -> Enter password or use the
item Enter password from the pull-down menu of the desired controller. You also have to select the user, for
whom the password is beeing entered.

Deactivating password
Click to the icon resp. or use the menu item Monitor -> Deactivate password to deactivate the
currently entered password (the current user).

Manage users
Log-in as the administrator and click to the icon or use the menu Monitor -> Admin users to open the
window where you can manage the other users of the controller.
1. Select the user that you want to edit in the list (2). The name of the user can be changed after clicking into
the name field. The name of the currently selected user is indicated in the label (3).

Note: To change user name and levels user must be enabled first in section (1).

2. Select the top access level for this user by double-clicking on the appropriate rectangle in the access level
map (4). All lower levels will be selected automatically. To select levels individually, hold the Ctrl key and
click on level field.
3. Uncheck the "Enabled" item (1) if you want to disable the selected user, i.e. the user will not have any
access level assigned.
4. You can reset password to default for all users except the administrator by clicking on the button (5) or reset
password only for the selected user by clicking on the button (6).

Note: Default password is "0" (zero).

InteliDrive-BB-1.0.0 Global Guide 177

 5. Enable/Disable function Password break protection function (7). Initial status is DISABLED.

Note: Warning “PassInsertBlck” appears in alarm list when controller is blocked. It is not allowed to insert
the password in case that controller is blocked. There is information that controller is blocked for next
password attempt and time remaining till the end of blockation instead of password input window at the
terminal screen. The controller is locked for 5 minutes when the password is 6 times wrong entered (in case
of next 6 wrong attempts (correct password was not inserted at all) for 30, 60, 120, 240 minutes). Incorrect
password message appears in the history of the controller when the invalid password is used.

6 back to Functions

4.3.24 Safety function

There is already implemented pair of LBI Emergency stop and Emergency stop neg to be used for Emergency
Stop push button.
There could be more safety functions, for example temperature, gas leakage etc. So additional three pairs (4 in
total with already implemented Emg.) of safety functions is added.
The function will allow users to configure any pair of binary inputs to serve as a safety monitoring of a binary
state (e.g. excess heat, gas leakage). This safety monitoring ensures that the protection reacts even if there is
mismatch on the indicating BIs. This function is very often required for various certifications and it is not
possible (and not practical) to define a unique function for each instance. Because of this configurable solution
is required. The configuration will be done by a user.

InteliDrive-BB-1.0.0 Global Guide 178

 Image 4.99 Safety function

Image 4.100 Safety function

LBI Note
SafetyFunct1NO Normaly open contact. Can be configured as standard LBI. Pair 1
SafetyFunct1NC Normaly close contact. Can be configured as standard LBI. Pair 1
SafetyFunct2NO Normaly open contact. Can be configured as standard LBI. Pair 2
SafetyFunct2NC Normaly close contact. Can be configured as standard LBI. Pair 2
SafetyFunct3NO Normaly open contact. Can be configured as standard LBI. Pair 3
SafetyFunct3NC Normaly close contact. Can be configured as standard LBI. Pair 3
SafetyFunct4NO Normaly open contact. Can be configured as standard LBI. Pair 4
SafetyFunct4NC Normaly close contact. Can be configured as standard LBI. Pair 4

Table 4.2 Safety logical binary inputs

InteliDrive-BB-1.0.0 Global Guide 179

 Alarm Note
The alarm is issued if both LBI's from pair 1 are in the same state for time longer than
SafetyFn1Mism
mismatch delay
The alarm is issued if both LBI's from pair 2 are in the same state for time longer than
SafetyFn2Mism
mismatch delay
The alarm is issued if both LBI's from pair 3 are in the same state for time longer than
SafetyFn3Mism
mismatch delay
The alarm is issued if both LBI's from pair 4 are in the same state for time longer than
SafetyFn4Mism
mismatch delay

Table 4.3 Safety function mismatch alarms

Mismatch evaluation delay = this delay is given by the internal structure of the function (this delay is the same
as in the case of Emergency stop mismatch evaluation).
If only one of LBIs from the pair is configured the function automatically issues alarm SafetyFnXMism (where X
is an integer according to the pair with invalid configuration).
If none of the LBIs from one pair is configured the function is not evaluated at all.

Image 4.101 Safety function mismatch

InteliDrive-BB-1.0.0 Global Guide 180

 Image 4.102 Safety function mismatch

IMPORTANT: This function is not suitable for inputs from sources with longer refresh delay (e.g.
extension modules, Modbus...)

InteliDrive-BB-1.0.0 Global Guide 181

5 Communication
Get more information on communication (Modbus, remote commands etc.) in the Communication guide for
InteliGen BaseBox and InteliSys NTC BaseBoxcontrollers (communication remains the same). Communication
chapter exclusive for InteliDrive BaseBox is coming soon.

5.1 Modbus Communication

Modbus protocol was implemented into the controllers to enable the customer to design its own supervision
software.

Image 5.1 Modbus Step by Step

5.1.1 Modbus communication via RS232 – single controller

Controller’s configuration:
Comms settings:RS232(1) mode = MODBUS-DIRECT
Comms settings:RS232(1)MBCSpd = select of Modbus communication speed
Comms settings:RS485(1)Conv. = DISABLED

5.1.2 Modbus communication via RS485

Controller’s configuration:
Comms settings:RS232(1) mode = MODBUS-DIRECT
Comms settings:RS232(1)MBCSpd = select of Modbus communication speed
Comms settings:RS485(1)Conv. = ENABLED

Note: The RS232/RS485 converter is included in the IG-NTC, IG-EEC and IS-NT controllers (no external
RS232/RS485 converter is needed).

Note: RS485 communication line has to be terminated by 120 ohms resistors at both ends – follow converter
user manual. RS485 communication can be used for monitoring and controlling of many controllers via
InteliMonitor.

InteliDrive-BB-1.0.0 Global Guide 182

5.1.3 Modbus communication via RS485 – multiple controllers
Controller’s configuration:
Comms settings:RS232(1) mode = MODBUS-DIRECT
Comms settings:RS232(1)MBCSpd = select of Modbus communication speed
Comms settings:RS485(1)Conv. = ENABLED

5.1.4 Modbus communication via I-LB+

I-LB+ configuration:
Jumpers P13, P14 = select of Modbus communication speed
Jumper P16 = Modbus
Jumper P17 = Address 1 or Address 2
Jumper P18 = Direct

Note: To use I-LB Modbus communication connect Modbus jumper in I-LB unit (P16). Additionally, you can
choose the communication speed using the speed selection jumpers (P13, P14). Their combination allows the
speed selection of 9600/19200/38400/57600 bps.

5.1.5 Modbus communication via IB-NT

Modbus communication needst to be enabled in settings via IB-NT config.
Modbus is available as Modbus TCP or Modbus RTU over RS485.
Note: For more information regarding IB-NT please see documentation www.comap-control.com.

5.1.6 Data reading

The function Read Multiple Registers has to be used for data reading. The terminal sends a query and from the
controller receives either the normal response containing the requested data or the exceptional response
indicating a read error.
It is possible to use function 3 for reading (Read Multiple Registers).
It is not possible to read from the middle. The register number must correspond with the beginning of the data
object. The only exception are the objects of „multipacket values“ (registers 46367 – 46491) and „data part of
the history record“ (registers 46543 – 46667).
All read registers must be implemented. If an unimplemented register appears among the read registers, the
controller returns an error message.
Even unnamed values can be included among read registers. The read value must be treated as
meaningless.
The length of a block is 127 registers.

InteliDrive-BB-1.0.0 Global Guide 183

5.1.7 Data writing
All data can be written by the function Write Multiple Registers. Data up to 2 bytes can be written by the function
Write Single Register, too. The terminal sends a query containing a written data and the controller either
confirms it (normal response) or refuses it (exceptional response).
For writing it is possible to use function 6 (Write Single Register) or function 16 (Write Multiple Registers).
Using function 16 it is possible to write maximum 16 registers at once.
Data cannot be written from the middle. Register number must correspond with the beginning of the data
object. Written data must be complete to perform writing of all requested data objects.
Writing to EEPROM is executed using a queue. The queue is common for writing from all terminals. The
request for next writing is accepted in case that there is empty space in the queue. Otherwise the controller
returns an error message and the terminal must repeat the request.
All written registers must be implemented. If an unimplemented register appears among the read registers,
the controller returns an error message.
It is possible to include also unnamed registers in the written sequence. The controller confirms this writing
but writing of unnamed registers is not performed.

5.1.8 Modbus TCP

Direct connection
ETH
Port 502
Bridge connection
IB-NT
Transfer mode TCP/IP
Function codes
3 (Read Multiple Registers)
6 (Write Single Register)
10 (Command)
16 (Write Multiple Registers)
The response to an incoming message depends on the network performance and on the controller
configuration. Typical response time is 25 ms.
Connection timeout is set to 15 seconds. If no message comes within the timeout then controller close the
connection.
Note: Data structure is the same as Modbus RTU. Modbus TCP adds 6 bytes header before data. CRC
calculation is not used in Modbus TCP.

InteliDrive-BB-1.0.0 Global Guide 184

5.2 Possible Connections per Port
Port type Number of Connections Available Connections

RS232(1) 1 IV 8
PC
Modbus terminal
Modem
RS485(1) 3 IV 8
IV 5

RS485(1) 1 IV 8
PC
Modbus terminal
Modem
RS232(2) 1 IV 8
PC
Modbus terminal
Modem

RS485(2) 1 IV 8
PC
Modbus terminal
Modem
CAN1 45 AIN (9x)
BIN (12x)
AOUT (4x)
BOUT (12x)
DENOX20 (1x)
ECON3 (1x)
ECON4 (1x)
Other specialized HW

CAN2 35 Controllers
IV 8
I-LB+
InternetBridge-NT
USB 1 PC

Ethernet 2 Standard Ethernet Connection

Note: RS232(1) – RS485(1) can be switched and only one port at a time is available for universal
communication (it is possible to use RS485 for internal display communication while still using RS232).

6 back to Table of contents

InteliDrive-BB-1.0.0 Global Guide 185

6 Troubleshooting
6 back to Table of contents
Use Troubleshooting guide for InteliSys NTC BaseBox and InteliGenBaseBox controllers. General issues
remain the same. Troubleshooting chapter exclusive for InteliDrive BaseBox is coming soon.

InteliDrive-BB-1.0.0 Global Guide 186

7 External modules connection
7.1 Example of Wiring 187
7.2 Connection of ECU on CAN1 with Other Modules Connected 188
7.3 I-CB wiring and configuration 189
7.4 Lost Communication Protection 189
7.5 IS-BIN 16/8 and IS-AIN8 189
7.6 IS-AIN8, IS-BIN 16/8 address setting 190
7.7 IS-AIN8, IS-BIN 16/8 SW version check 190
7.8 IGS-PTM and IGL-RA15 190

6 back to Table of contents

7.1 Example of Wiring

Image 7.1 Example of wiring IS-BIN 16/8 and IS-AIN8

IMPORTANT: CAN bus line has to be terminated by 120 ohm resistors on the both ends.

Always check the number and placement of terminating resistors in the CAN bus line, only correct wiring
ensures reliable operation! Resistors must be placed at either end of the line (see picture), and correct number of
resistors must be used! Correct number can be checked using ohmmeter - when power supply for ALL devices
on the CAN bus line (including third party, e.g. ECU) is switched off, the resistance measured between A and B
wire should be 60 Ohms.

InteliDrive-BB-1.0.0 Global Guide 187

 For longer distances is recommended to connect one CAN COM terminal (one connection for whole site) and
cable shielding to the ground in one point.
External units can be connected on the CAN bus line in any order, but line arrangement (no tails, no star) is
necessary.
Recommended CAN bus data cables see in Chapter Technical data.
IG-MU and IG-IB units are connected to CONTROLLER CAN2 bus.

7.2 Connection of ECU on CAN1 with Other Modules

Connected

Image 7.2 Connection of ECU on CAN1 with Othere Modules Connected

ECU communicating over the CAN bus is connected to CAN1 port of the controller and other ComAp modules
can be connected to this CAN bus as well. For detailed description of connection of various ECUs refer to
ComAp Electronic Engines Support manual.

InteliDrive-BB-1.0.0 Global Guide 188

7.3 I-CB wiring and configuration
1. Configure I-CB using I-CBEdit software. Configured I-CB behaves like fictive IS-AIN and IS-BIN units. I-CB
configuration associates selected values (from ECU database) received from Engine Control Unit to
selected CAN addressees (fictive IS-AIN, IS-BIN inputs and outputs).
2. Configure corresponding controller CAN addresses and tick in PC configuration tool.
3. Configure separate inputs and outputs in corresponding Analog, Binary inputs, outputs in PC configuration
tool.
Note: In case of CAT engines, there is RS232 connection between I-CB and CCM.

6 back to Extensional modules

7.4 Lost Communication Protection

Error message (e.g. SD BOUT2) appears on Controller screen when Binary input or output Address x is
configured but corresponding unit is not recognized (no message is received from CAN bus). Check IGS or IM
configuration and corresponding external IS-AIN, IS-BIN unit address setting.
You can change the related protection for each external module in GenConfig.

Image 7.3 Lost communication protection

7.5 IS-BIN 16/8 and IS-AIN8

IS-BIN 16/8 is an extension module with 16 binary inputs and 8 binary outputs. IS-AIN8 is an extension module
with 8 analog inputs. All I/O can be configured to any logical function or protection. It is possible to connect up to
10 IS-AIN8 and 4 IS-BIN 16/8 external units to one controller.
External modules IS-BIN 16/8 and IS-AIN8 are connected to CONTROLLER CAN1 bus.
Controllers are connected to CONTROLLER CAN2 bus in multiple applications.
To operate external modules

InteliDrive-BB-1.0.0 Global Guide 189

 Connect all external modules to CAN1 bus line
On each module adjust I/O CAN1 address in the range of 1 to 7 for IS-BIN 16/8 inputs, 1 to 4 for IS-BIN 16/8
outputs (address 0 switches corresponding communication OFF) or 0 to 9 for IS-AIN8 (0 has address
meaning of 10).
Input output address is displayed on the front panel LED’s
Use PC configuration tool to configure controller according external modules setting
IS-BIN 16/8 module has two separate CAN1 addresses for binary inputs Group 1, Group 2 and binary outputs
Group (total three addresses). The CAN1 address for BI Group 1 and for BO Group 2 can be adjusted on the IS-
BIN 16/8. The address for BI Group 2 is set automatically to the address following BI Group 1.
Note: If part of IS-BIN16/8 is not required for use, CAN address 0 disables corresponding CAN message
(group data are not send).

7.6 IS-AIN8, IS-BIN 16/8 address setting

Press Address button during IS-AIN8 power supply on to switch to addressing mode.
Then repeatedly press or keep pressed address button to adjust required address according to controller
configuration.
After setting requested address, release the buttons and wait until the digits blink – it indicates write the
changed address to EEPROM memory.

7.7 IS-AIN8, IS-BIN 16/8 SW version check

Let suppose IS-AIN8 of SW version 1.4 for this example. Shortly press address button. Following sequence
appears on the display: number “1”, one second pause, number “4”, two second pause, number “1”, one second
pause, number “4”, two second pause and finally IS-AIN8 actual address.

7.8 IGS-PTM and IGL-RA15

It is possible to connect up to four IGS-PTM and one IGL-RA15 to one controller. IGS-PTM can be connected to
the controller like IS-AIN8 and IS-BIN16. IGS-PTM behaves like IS-AIN8 and IS-BIN16/8 modules in one unit.
IGS-PTM and IGL-RA15 units contain internal jumper removable 120-ohm resistor.
6 back to Installation and wiring

InteliDrive-BB-1.0.0 Global Guide 190

8 Technical Data
8.1 Power supply 191
8.2 Operating conditions 192
8.3 Dimensions and weight 192
8.4 Binary inputs and outputs 192
8.5 Analog inputs and outputs 193
8.6 D+ function 193
8.7 Speed pick-up input 193
8.8 Communication interface 194
8.9 Outputs refresh rates 195

6 back to Table of contents

8.1 Power supply

Controller InteliDrive BaseBox InteliVision 8 InteliVision 5
Voltage supply 8-36VDC 8-36VDC 8-36VDC 8-36VDC
Consumption 0,4A at 8VDC 2A at 12VDC 1A at 8VDC 0.7 A at 8VDC
depends on 0,15 A at 24VDC 1A at 24VDC 0,25A at 36VDC 0.45 A at 36VDC
supply voltage
0,1A at 36VDC 0,7A at 36VDC 0,25A at 36VDC 0,25A at 36VDC
Battery voltage 2 % at 24V
measurement
tolerance
RTC battery 10 year
life-cycle

When internal RTC battery becomes flat, controller function (e.g. Ready for stand by) does not change until
controller power supply is switched off. Some time before the battery is completely exhausted, a warning
message appears in Alarmlist: "RTCbatteryFlat".
After the next power switch on (with flat battery already) controller:
Stays in the INIT state (not possible to run engine)
All History records disappear except of "System log: setpointCS err" record
Time and Date values are set to zero
Statistics values are random

IMPORTANT: If the RTC is not present during controller initialization the time and date is not set
up and Watchdog function will not be initialized which has influence for "Single fault tolerancy"
function. In that case is strongly recommended that change of RTC battery is provided only in
authorized services.

InteliDrive-BB-1.0.0 Global Guide 191

8.2 Operating conditions
Operating temperature -40 °C... +70 °C
Storage temperature -40 °C... +80 °C
Flash memory data retention time 10 years
Protection front panel (built-panel) IP65
Humidity EN 60068-2-30:2005 25/55 °C, RH 95%, 48hours
Standard conformity IEC/EN 60068-2-30
Low Voltage Directive EN 61010-1:95 +A1:97
Electromagnetic Compatibility EN 50081-1:94 (EN 61000-6-3)
EN 50081-2:96 (EN 61000-6-4)
EN 50082-1:99 (EN 61000-6-1)
EN 50082-2:97 (EN 61000-6-2)
Vibration 5 - 25 Hz, ±1,6 mm
25 - 100 Hz, a = 4 g
Shocks a = 200 m/s2

8.3 Dimensions and weight

Dimensions See Terminals and Dimensions chapter
Weight 950g

8.4 Binary inputs and outputs

8.4.1 Binary inputs
Number of inputs 16
Input resistance 4,7 kΩ
Input range 0-36 V DC
Switching voltage level for close 0-2 V
contact indication
Max voltage level for open contact 8-36 V
indication

8.4.2 Binary open collector outputs

Number of outputs 16
Maximum current 0,5 A
Maximum switching voltage 36 V DC

6 back to Technical Data

InteliDrive-BB-1.0.0 Global Guide 192

8.5 Analog inputs and outputs
8.5.1 Analog inputs
Not electrically separated
Number of inputs 4 unipolar
Resolution 10 bits
Jumper selectable range V, ohm, mA
Maximal resistance range 2500 Ω
Maximal voltage range 5V
Maximal current range 0 – 20 mA
Input impedance 180 Ω for mA measuring
Input impedance > 100 kΩ for V measuring
Resistance measurement tolerance ± 2 % ± 2 Ω out of measured value
Voltage measurement tolerance ± 1 % ± 1mV out of measured value
Current measurement tolerance ± 1 % ± 0,5mA out of measured value

8.5.2 Analog outputs

Speed governor output ± 10 V DC / 5 V PWM (500 – 3000Hz), max. 15 mA
Current output 0 – 20 mA ± 0,3mA
Voltage output 0 – 10 V DC, max. 15 mA
Max load resistance 470R at 9,4V

8.6 D+ function
Max. D+ output current 300 mA
Guaranteed level for signal Charging OK 80% of supply voltage

8.7 Speed pick-up input

Type of sensor magnetic pick-up
Minimum input voltage 2 Vpk-pk (from 4 Hz to 4 kHz)
Maximum input voltage 50 Veff
Minimum measured frequency 4 Hz
Maximum measured frequency 10 kHz (min. input voltage 6Vpk-pk)
Frequency measurement tolerance 0,2 %

6 back to Technical Data

InteliDrive-BB-1.0.0 Global Guide 193

8.8 Communication interface
8.8.1 RS232 interface
Maximal distance 10m
Speed up to 57.6kBd

8.8.2 RS485 interface

Maximal distance 1000m
Speed up to 57.6kBd

8.8.3 CAN bus interface

Galvanically separated
Maximal CAN bus length 200 m
Speed 250 kBd
Nominal impedance 120 Ω
Cable type twisted pair (shielded)

Following dynamic cable parameters are important especially for maximal 200 meters CAN bus
length and 32 iS-COM units connected:
Nominal Velocity of Propagation min. 75% (max. 4,4 ns/m)
Wire crosscut min.0,25 mm2
Maximal attenuation (at 1 MHz) 2 dB / 100 m

Recommended Industrial Automation & Process Control Cables:

BELDEN (see http://www.belden.com):
3082A DeviceBus for Allen-Bradley DeviceNet
3083A DeviceBus for Allen-Bradley DeviceNet
3086A DeviceBus for Honeywell SDS
3087A DeviceBus for Honeywell SDS
3084A DeviceBus for Allen-Bradley DeviceNet
3085A DeviceBus for Allen-Bradley DeviceNet
3105A Paired EIA Industrial RS485 cable

LAPP CABLE (see http://www.lappcable.com)

Unitronic BUS DeviceNet Trunk Cable
Unitronic BUS DeviceNet Drop Cable
Unitronic BUS CAN
Unitronic-FD BUS P CAN UL/CSA

InteliDrive-BB-1.0.0 Global Guide 194

 6 back to Technical Data

8.9 Outputs refresh rates

There are the following refresh rates for binary and analog outputs.

Type Refresh rate

Analog Output on a controller 100 ms
Binary Output on a controller 100 ms @ minimum puls lenght 20 ms.
On demnad if there is a "fast" protection configured on this output.
Analog Output on an external 80ms times available modules for configuration (i.e. 4 modules available
module in standard FW results in 320ms period)
Binary Output on an external On demand when there is a change in binary state with period 100ms
module times available modules for configuration if there are no changes in binary
states (i.e. 12 modules available in standard FW results in 1200ms if
there are no changes)
Speed Governor Output Once per voltage period (20ms@50Hz)

6 back to Technical Data

InteliDrive-BB-1.0.0 Global Guide 195

9 Appendix
9.1 Controller objects 197
9.2 Speed governors interfaces 567
9.3 Extensional modules 575

6 back to Table of contents

InteliDrive-BB-1.0.0 Global Guide 196

9.1 Controller objects
9.1.1 List of controller objects types
9.1.2 Setpoints 198
9.1.3 Values 388
9.1.4 Logical analog inputs 418
9.1.5 Logical binary inputs 432
9.1.6 Logical binary outputs 496

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InteliDrive-BB-1.0.0 Global Guide 197

9.1.2 Setpoints
What setpoints are:
Setpoints are analog, binary or special data objects which are used for adjusting the controller to the specific
environment. Setpoints are organized into groups according to their meaning. Setpoints can be adjusted from
the controller front panel, PC, MODBUS, etc.
Each setpoint can be protected by a password against unauthorized changes. Password protection can be
assigned to the setpoints during the configuration procedure. See the chapter Entering the password (page
45) for InteliVision 5 and the chapter Entering the password (page 65) for InteliVision 8 in Operator guide for
instructions on how to enter and modify a password.

List of setpoint groups

Group: Basic settings 202
Group: Comms settings 217
Group: Engine params 233
Group: Engine protect 247
Group: Analog protect 264
Group: Sync/Load ctr 265
Group: Force value 266
Group: Timer settings 306
Group: Act. call/SMS 314
Group: Date/Time 323
Group: AFR Control 327
Group: AFR MIX A 338
Group: AFR MIX B 355
Group: ECON4-EngRPM 372
Group: ECON4-EngStart 377
Group: ECON4-MainPID 379

For full list of setpoints go to the chapter List of setpoints (page 199).
6 back to Controller objects

InteliDrive-BB-1.0.0 Global Guide 198

 List of setpoints CAN bus mode 222 GasVTest del 243
CAN2emptDetect 223 D+ Function 244
Basic settings LB/UART Log 223 RefEngTorque 244
Nomin Power 202 CANAddrSwitch1 224 BI Speed Ramp 245
Gear Teeth 202 CANAddrSwitch2 224 EnLocalSpeed 245
Nominal RPM 203 IP Addr mode 225 Local Speed 245
ControllerMode 203 IP address 226 Bin selector 1 246
Local buttons 204 Net mask 226 Bin selector 2 246
DispBaklightTO 207 Gateway IP 227 Bin selector 3 246
DispBklStrtOff 207 ComApProtoPort 227 Bin selector 4 247
UserBtn pulse 208 AirGate 228
WatchedContr 208 AirGate IP 228 Engine protect
ConvCoefPulse1 209 SMTP authent 229 Horn Timeout 247
ConvCoefPulse2 209 SMTP user name 229 RunOnlyBlkDel1 248
ConvCoefPulse3 210 SMTP password 230 RunOnlyBlkDel2 249
ConvCoefPulse4 210 SMTP address 230 RunOnlyBlkDel3 249
ConvCoefPulse5 211 Contr mailbox 231 BinInp delay 1 250
ConvCoefPulse6 211 Time zone 231 BinInp delay 2 250
ConvCoefPulse7 212 DNS IP 232 BinInp delay 3 251
ConvCoefPulse8 212 ECU Diag 232 ForceBlockDel1 251
ImpCountDef1 213 SHxOcol detect 233 ForceBlockDel2 252
ImpCountDef2 213 ForceBlockDel3 252
ImpCountDef3 214 Engine params ForceBlock4Del 253
ImpCountDef4 214 Starting RPM 233 ForceBlock5Del 253
ImpCountDef5 215 Underspeed 234 ForceBlock6Del 254
ImpCountDef6 215 Starting POil 234 ResetActAlarms 254
ImpCountDef7 216 Prestart time 235 Overspeed 255
ImpCountDef8 216 Prelubr time 235 StartBlockDel 256
Prelubr pause 236 Max+CylDifPmin 257
Comms settings MaxCrank Time 236 Max-CylDifPmin 258
Engine name 217 CrnkFail pause 237 Max+CylDifPnom 258
Contr. address 217 Crank attempts 237 Max-CylDifPnom 259
RS232(1) mode 218 Idle time 238 PminCylDifEval 259
RS232(2) mode 219 Cooling speed 238 CylDifEvalDel 260
RS232(1)MBCSpd 220 Cooling time 239 Service time 1 260
RS232(2)MBCSpd 220 AfterCool time 239 Service time 2 261
RS232(1)MdmIni 221 Stop time 240 Service time 3 262
RS232(2)MdmIni 221 SDVentil time 240 ServiceTimeSd 263
RS485(1) conv. 222 FuelSol offset 241 ClutchMinSpeed 263
GasVTest 242 ClutchMaxSpeed 264

InteliDrive-BB-1.0.0 Global Guide 199

 Analog protect Force value 31 281 ExValue3deflt 301

Batt >V 264 Force value 32 281 ExValue4deflt 301

Batt volt del 264 ExValue1LoLim 282 ExValue5deflt 302

Batt <V 265 ExValue2LoLim 282 ExValue6deflt 302

ExValue3LoLim 283 ExValue7deflt 303
Sync/Load ctr ExValue4LoLim 283 ExValue8deflt 303

SpdGovPWM rate 265 ExValue5LoLim 284 ExValue9deflt 304

ExValue6LoLim 284 ExValue10deflt 304
Force value ExValue7LoLim 285 ExValue11deflt 305
Force value 1 266 ExValue8LoLim 285 ExValue12deflt 305
Force value 2 266 ExValue9LoLim 286
Force value 3 267 ExValue10LoLim 286 Timer settings
Force value 4 267 ExValue11LoLim 287 Timer channel 1 306

Force value 5 268 ExValue12LoLim 287 Timer channel 2 306

Force value 6 268 ExValue1HiLim 288 Timer channel 3 307

Force value 7 269 ExValue2HiLim 288 Timer channel 4 307

Force value 8 269 ExValue3HiLim 289 Timer channel 5 308

Force value 9 270 ExValue4HiLim 289 Timer channel 6 308

Force value 10 270 ExValue5HiLim 290 Timer channel 7 309

Force value 11 271 ExValue6HiLim 290 Timer channel 8 309

Force value 12 271 ExValue7HiLim 291 Timer channel 9 310

Force value 13 272 ExValue8HiLim 291 Timer channel 10 310

Force value 14 272 ExValue9HiLim 292 Timer channel 11 311

Force value 15 273 ExValue10HiLim 292 Timer channel 12 311

Force value 16 273 ExValue11HiLim 293 Timer channel 13 312

Force value 17 274 ExValue12HiLim 293 Timer channel 14 312

Force value 18 274 ExValue1 rate 294 Timer channel 15 313

Force value 19 275 ExValue2 rate 294 Timer channel 16 313

Force value 20 275 ExValue3 rate 295

Force value 21 276 ExValue4 rate 295 Act. call/SMS
Force value 22 276 ExValue5 rate 296 History record 314

Force value 23 277 ExValue6 rate 296 Alarm only 314

Force value 24 277 ExValue7 rate 297 Warning 315

Force value 25 278 ExValue8 rate 297 Cool down 315

Force value 26 278 ExValue9 rate 298 Shutdown 316

Force value 27 279 ExValue10 rate 298 ShutdownOvr 316

Force value 28 279 ExValue11 rate 299 AcallCH1-Type 317

Force value 29 280 ExValue12 rate 299 AcallCH1-Addr 317

Force value 30 280 ExValue1deflt 300 AcallCH2-Type 318

ExValue2deflt 300 AcallCH2-Addr 318

InteliDrive-BB-1.0.0 Global Guide 200

 AcallCH3-Type 319 AFR MIX A Power2B 359
AcallCH3-Addr 319 StartTimeAFRA 338 Sensor2B 360
AcallCH4-Type 320 StartPositionA 339 MixPos2B 360
AcallCH5-Type 320 EndStrtPosA 339 Power3B 361
AcallCH4-Addr 321 MixStartRampA 340 Sensor3B 361
AcallCH5-Addr 321 RunPositionA 340 MixPos3B 362
NumberRings AA 322 LoPwrPositionA 341 Power4B 362
ActCallAttempt 322 Power1A 341 Sensor4B 363
Acall+SMS lang 323 Sensor1A 342 MixPos4B 363

MixPos1A 342 Power5B 364

Date/Time Sensor5B 364
Power2A 343
Time stamp act 323 MixPos5B 365
Sensor2A 343
Time stamp per 324 TAFROFFB 366
MixPos2A 344
#SummerTimeMod 324 TAFRERRB 367
Power3A 344
PremortHistPer 325 SensorValTolB 368
Sensor3A 345
#Time 325 MxPos40%CH4B 369
MixPos3A 345
#Date 326 MxPos60%CH4B 370
Power4A 346
Sensor4A 346 Ana CH4B 371
AFR Control
MixPos4A 347
6 back to Controller
AFRValve MODE 327
Power5A 347 objects
MixerPosMan 328
Sensor5A 348
MixManOffset 328
MixPos5A 348
AFRvalve gain 329
TAFROFFA 349
AFRvalve int 330
TAFRERRA 350
AFRvalve der 330
SensorValTolA 351
LimPos 331
MxPos40%CH4A 352
Sensorfiltr 332
MxPos60%CH4A 353
MATreference 332
Ana CH4A 354
MATcorrection 333
SensorCorrLim 333 AFR MIX B
Mixer BO hyst 334
StartTimeAFRB 355
AFRPIDmulti 334
StartPositionB 355
DeadBand 335
EndStrtPosB 356
MisfSensReduct 335
MixStartRampB 356
MisfLdRed del 336
RunPositionB 357
Misfiring del 336
LoPwrPositionB 357
Knocking del 337
Power1B 358
KnockingReduct 337
Sensor1B 358
KnockProtType 338
MixPos1B 359

InteliDrive-BB-1.0.0 Global Guide 201

 Group: Basic settings
Nomin Power
Setpoint group Basic Settings Related FW 1.0.0
Range [units] 1..32000[kW] (this depends on selected Power formats (page 158))
200 (this depends on Force
Default value selected Power valueAlternative YES
formats (page 158)) config
Step 1 (this depends on selected Power formats (page 158))
Comm object 8276 Related applications
Config level Standard
Setpoint visibility Always
Description
This setpoint is used for adjusting the mechanical nominal (rated) power, i.e. the maximum allowed engine
power level.
Note: The actual setpoint units and range depend on setting of the Power format in GenConfig.

6 back to List of setpoints

Gear Teeth
Setpoint group Basic Settings Related FW 1.0.0
Range [units] 1..500[-]
Force
Default value 120 valueAlternative NO
config
Step 1
Comm object 8252 Related applications all
Config level Standard
Setpoint visibility Always
Description
Number of teeth on the engines flywheel for the pick-up. RPM PICK-UP (PAGE 431) is ignored when RPM
is received via J1939.
Note: Generator voltage must be higher than 10 V effective to measure the speed from the frequency
correctly. If this condition is not fulfilled at low speeds (cranking) it is recommended to use additional
running indication as e.g. D+ signal to prevent overcranking of the engine. See the binary output
STARTER (PAGE 555) for additional information.

IMPORTANT: The starting procedure of gas engine may not work without the pickup. The
pickup must be always used for gas engines.

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InteliDrive-BB-1.0.0 Global Guide 202

 Nominal RPM
Setpoint group Basic Settings Related FW 1.0.0
Range [units] 100..4000[RPM]
Force
Default value 1500 valueAlternative YES
config
Step 1
Comm object 8253 Related applications all
Config level Standard
Setpoint visibility Always
Description
The setpoint adjusts the nominal Controller speed.
The nominal speed is used:
As 100% for the overspeed protection (setpoint Overspeed (page 255))
For current speed calculation if it is calculated from engine flywheel. See the setpoint Gear Teeth
(page 202).

6 back to List of setpoints

ControllerMode
Setpoint group Basic Settings Related FW 1.0.0
Range [units] OFF, RUN [-]
Force
Default value OFF valueAlternative NO
config
Step -
Comm object 8315 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint can be used to select the controller mode. It is equivalent to selecting the mode by the
buttons on the front panel. Currently active mode is displayed on the controller main screen.
Note: If any of the mode forcing inputs REMOTE RUN (PAGE 484), REMOTE AUT/REMOTE SEM (PAGE
1) or REMOTE TEST (PAGE 1) is active, then the currenly active mode can be different than the mode
selected by the setpoint (resp. panel buttons).

OFF Clutch is diconnected, engine is OFF

The engine can be started and stopped manually using START and STOP buttons (or
RUN external buttons wired to appropiate binary inputs) in RUN mode. When the engine is
running, Load can be closed by the Clutch I/O button.

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InteliDrive-BB-1.0.0 Global Guide 203

 Local buttons
Setpoint group Basic settings Related FW 1.0.0
Range [units] PANEL, EXTBUTTONS, BOTH[-]
Force valueAlternative
Default value PANEL NO
config
Step -
Comm object 10588 Related applications all
Config level Standard

InteliDrive-BB-1.0.0 Global Guide 204

 Setpoint visibility Always
Description
The setpoint selects which set of control buttons is currently active. Its function depends on which type
of controller is used. Please refer to the section which suits your controller/display version.
First section deals with the case of InteliDrive BaseBox with InteliVision 5.
Second section deals with the case of InteliDrive BaseBox with InteliVision 8.
InteliDrive BaseBox with InteliVision 5 display
Situation is depicted in the following figure.
Buttons in red box are inactive when EXTBUTTONS option is selected and active when PANEL
or BOTH option is selected.
Buttons in green box are active when any option is selected.
Behavior of buttons in orange box depends on functions assigned to each button individually. If
any function in the list in the note below is assigned to these buttons then it behaves as buttons in
the red box, if any other function is assigned to these buttons it behaves as buttons in the green
box.

Note: The binary inputs for external buttonst may be the following (depending on used application):
GCBButton, MCBButton, MGCBButton, FDRButton, BTBButton, FaultResButton, HornResButton,
StartButton, StopButton etc.

InteliSys GasAll In One Gas with InteliVision 8 display

Situation is depicted in the following figure.
Buttons in red box are inactive when EXTBUTTONS option is selected and active when PANEL
or BOTH option is selected.
Buttons in green box are active when any option is selected.
Behavior of buttons in orange box depends on functions assigned to each button individually. If

InteliDrive-BB-1.0.0 Global Guide 205

 any function in the list in the note below is assigned to these buttons then it behaves as buttons in
the red box, if any other function is assigned to these buttons it behaves as buttons in the green
box.

Note: In the case that more IV displays are connected they all behave the same (they are all clones of
each other).

Note: The binary inputs for external buttonst may be the following (depending on used application):
GCBButton, MCBButton, MGCBButton, FDRButton, BTBButton, FaultResButton, HornResButton,
StartButton, StopButton etc.

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InteliDrive-BB-1.0.0 Global Guide 206

 DispBaklightTO
Setpoint group Basic settings Related FW 1.0.0
Range [units] OFF, 1-240 min, NO TIMEOUT[min]
Force
Default value NO TIMEOUT valueAlternative YES
config
Step 1
Comm object 10121 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts timeout after which the display (internal display or IS display #1) backlight is
switched off.
Note: When InteliVision 5 or InteliVision 8 is used this setpoint does not adjust its behavior. Its backlight
is adjusted by internal InteliVision 5 or InteliVision 8 "setpoint".

OFF The backlight is off all the time

NO TIMEOUT The backlight is on all the time

6 back to List of setpoints

DispBklStrtOff
Setpoint group Basic settings Related FW 1.0.0
Range [units] DISABLED, ENABLED[-]
Force
Default value ENABLED valueAlternative YES
config
Step -
Comm object 11002 Related applications all
Config level Standard
Setpoint visibility Always
Description
If this setpoint is in ENABLED position the display backlight is temporarily switched off during Controller
start.

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InteliDrive-BB-1.0.0 Global Guide 207

 UserBtn pulse
Setpoint group Basic settings Related FW 1.0.0
Range [units] 0.2..10.0[s]
Force
Default value 0.2 valueAlternative YES
config
Step 0.1
Comm object 14020 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the duration of User Button 1..16 pulse. For more information read the description of
LBO USER BUTTON 1 (PAGE 558).

6 back to List of setpoints

WatchedContr
Setpoint group Process Control Related FW 1.0.0
Range [units] OFF, 1..16[-]
Force
Default value OFF valueAlternative NO
config
Step 1
Comm object 11719 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint is used at redundant controller to specify the address of the related main controller in
Redundant systems using CAN bus (page 142). Adjust this setpoint to 0 if the controller is not used
as redundant or if it is used in Redundant systems using binary signals (page 1). Redundant
systems using CAN bus.

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InteliDrive-BB-1.0.0 Global Guide 208

 ConvCoefPulse1
Setpoint group Engine Params Related FW 1.0.0
Range [units] 1..6500[-]
Force
Default value 1 valueAlternative NO
config
Step 1
Comm object 10994 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the rate of increasing of the PulseCounter #1 module. The module counts pulses at
the input PULSECOUNTER 1 (PAGE 480) and if the input pulses counter reaches value given by this
setpoint, the counter value PulseCounter 1 (in the group Statistic) is increased by 1 and input pulses
counter is reset to 0. Both counter value and input pulses counter are stored in the nonvolatile memory.

6 back to List of setpoints

ConvCoefPulse2
Setpoint group Basic settings Related FW 1.0.0
Range [units] 1..6500[-]
Force
Default value 1 valueAlternative NO
config
Step 1
Comm object 10995 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the rate of increasing of the PulseCounter #2 module. The module counts pulses at
the input PULSECOUNTER 2 (PAGE 480) and if the input pulses counter reaches value given by this
setpoint, the counter value PulseCounter 2 (in the group Statistic) is increased by 1 and input pulses
counter is reset to 0. Both counter value and input pulses counter are stored in the nonvolatile memory.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 209

 ConvCoefPulse3
Setpoint group Basic settings Related FW 1.0.0
Range [units] 1..6500[-]
Force
Default value 1 valueAlternative NO
config
Step 1
Comm object 10996 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the rate of increasing of the PulseCounter #3 module. The module counts pulses at
the input PULSECOUNTER 3 (PAGE 480) and if the input pulses counter reaches value given by this
setpoint, the counter value PulseCounter 3 (in the group Statistic) is increased by 1 and input pulses
counter is reset to 0. Both counter value and input pulses counter are stored in the nonvolatile memory.

6 back to List of setpoints

ConvCoefPulse4
Setpoint group Basic settings Related FW 1.0.0
Range [units] 1..6500[-]
Force
Default value 1 valueAlternative NO
config
Step 1
Comm object 10997 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the rate of increasing of the PulseCounter #4 module. The module counts pulses at
the input PULSECOUNTER 4 (PAGE 481) and if the input pulses counter reaches value given by this
setpoint, the counter value PulseCounter 4 (in the group Statistic) is increased by 1 and input pulses
counter is reset to 0. Both counter value and input pulses counter are stored in the nonvolatile memory.

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InteliDrive-BB-1.0.0 Global Guide 210

 ConvCoefPulse5
Setpoint group Basic settings Related FW 1.0.0
Range [units] 1..6500[-]
Force
Default value 1 valueAlternative NO
config
Step 1
Comm object 15346 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the rate of increasing of the PulseCounter #5 module. The module counts pulses at
the input PULSECOUNTER 5 (PAGE 481) and if the input pulses counter reaches value given by this
setpoint, the counter value PulseCounter 5 (page 413) (in the group Statistic) is increased by 1 and
input pulses counter is reset to 0. Both counter value and input pulses counter are stored in the
nonvolatile memory.

6 back to List of setpoints

ConvCoefPulse6
Setpoint group Basic settings Related FW 1.0.0
Range [units] 1..6500[-]
Force
Default value 1 valueAlternative NO
config
Step 1
Comm object 15347 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the rate of increasing of the PulseCounter #6 module. The module counts pulses at
the input PULSECOUNTER 6 (PAGE 481) and if the input pulses counter reaches value given by this
setpoint, the counter value PulseCounter 6 (page 414) (in the group Statistic) is increased by 1 and
input pulses counter is reset to 0. Both counter value and input pulses counter are stored in the
nonvolatile memory.

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InteliDrive-BB-1.0.0 Global Guide 211

 ConvCoefPulse7
Setpoint group Basic settings Related FW 1.0.0
Range [units] 1..6500[-]
Force
Default value 1 valueAlternative NO
config
Step 1
Comm object 15348 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the rate of increasing of the PulseCounter #7 module. The module counts pulses at
the input PULSECOUNTER 7 (PAGE 482) and if the input pulses counter reaches value given by this
setpoint, the counter value PulseCounter 7 (page 414) (in the group Statistic) is increased by 1 and
input pulses counter is reset to 0. Both counter value and input pulses counter are stored in the
nonvolatile memory.

6 back to List of setpoints

ConvCoefPulse8
Setpoint group Basic settings Related FW 1.0.0
Range [units] 1..6500[-]
Force
Default value 1 valueAlternative NO
config
Step 1
Comm object 15349 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the rate of increasing of the PulseCounter #8 module. The module counts pulses at
the input PULSECOUNTER 8 (PAGE 482) and if the input pulses counter reaches value given by this
setpoint, the counter value PulseCounter 8 (page 414) (in the group Statistic) is increased by 1 and
input pulses counter is reset to 0. Both counter value and input pulses counter are stored in the
nonvolatile memory.

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InteliDrive-BB-1.0.0 Global Guide 212

 ImpCountDef1
Setpoint group Basic settings Related FW 1.0.0
Range [units] 0..65535[-]
Force
Default value 0 valueAlternative YES
config
Step 1
Comm object 14277 Related applications all
Config level Standard
Setpoint visibility Always
Description
By activation LBI: IMPCOUNT SET 1 (PAGE 468) will be set the actual Value PulseCounter
1PulseCounter (page 413) to Value presented by this Setpoint.

6 back to List of setpoints

ImpCountDef2
Setpoint group Basic settings Related FW 1.0.0
Range [units] 0..65535[-]
Force
Default value 0 valueAlternative YES
config
Step 1
Comm object 14278 Related applications all
Config level Standard
Setpoint visibility Always
Description
By activation LBI: IMPCOUNT SET 2 (PAGE 468) will be set the actual Value PulseCounter 2 (page 413)
to Value presented by this Setpoint.

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InteliDrive-BB-1.0.0 Global Guide 213

 ImpCountDef3
Setpoint group Basic settings Related FW 1.0.0
Range [units] 0..65535[-]
Force
Default value 0 valueAlternative YES
config
Step 1
Comm object 14279 Related applications all
Config level Standard
Setpoint visibility Always
Description
By activation LBI: IMPCOUNT SET 3 (PAGE 468) will be set the actual Value PulseCounter 3 (page 413)
to Value presented by this Setpoint.

6 back to List of setpoints

ImpCountDef4
Setpoint group Basic settings Related FW 1.0.0
Range [units] 0..65535[-]
Force
Default value 0 valueAlternative YES
config
Step 1
Comm object 14280 Related applications all
Config level Standard
Setpoint visibility Always
Description
By activation LBI: IMPCOUNT SET 4 (PAGE 468) will be set the actual Value PulseCounter 4 (page 413)
to Value presented by this Setpoint.

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InteliDrive-BB-1.0.0 Global Guide 214

 ImpCountDef5
Setpoint group Basic settings Related FW 1.0.0
Range [units] 0..65535[-]
Force
Default value 0 valueAlternative YES
config
Step 1
Comm object 15719 Related applications all
Config level Standard
Setpoint visibility Always
Description
By activation LBI: IMPCOUNT SET 5 (PAGE 468) will be set the actual Value PulseCounter 5 (page 413)
to Value presented by this Setpoint.

6 back to List of setpoints

ImpCountDef6
Setpoint group Basic settings Related FW 1.0.0
Range [units] 0..65535[-]
Force
Default value 0 valueAlternative YES
config
Step 1
Comm object 15720 Related applications all
Config level Standard
Setpoint visibility Always
Description
By activation LBI: IMPCOUNT SET 6 (PAGE 468) will be set the actual Value PulseCounter 6 (page 414)
to Value presented by this Setpoint.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 215

 ImpCountDef7
Setpoint group Basic settings Related FW 1.0.0
Range [units] 0..65535[-]
Force
Default value 0 valueAlternative YES
config
Step 1
Comm object 15721 Related applications all
Config level Standard
Setpoint visibility Always
Description
By activation LBI: IMPCOUNT SET 7 (PAGE 469) will be set the actual Value PulseCounter 7 (page 414)
to Value presented by this Setpoint.

6 back to List of setpoints

ImpCountDef8
Setpoint group Basic settings Related FW 1.0.0
Range [units] 0..65535[-]
Force
Default value 0 valueAlternative YES
config
Step 1
Comm object 15722 Related applications all
Config level Standard
Setpoint visibility Always
Description
By activation LBI: IMPCOUNT SET 8 (PAGE 469) will be set the actual Value PulseCounter 8 (page 414)
to Value presented by this Setpoint.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 216

 Group: Comms settings
Engine name
Setpoint group Comms settings Related FW 1.0.0
Range [units] [-]
Force
Default value IS2GASXXDRIVEBB valueAlternative NO
config
Step -
Comm object 8637 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint is intended for a custom name of the Controller, which is used for identification of the
Controller in saved archives or remote connections. Maximal length of the name is 15 characters.

6 back to List of setpoints

Contr. address
Setpoint group Comms settings Related FW 1.0.0
Range [units] 1..32[-]
Force
Default value 1 valueAlternative NO
config
Step 1
Comm object 24537 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the address of the particular controller at the CAN2, Modbus and/or RS485 bus.
Each Controller connected to the same bus must have unique address.
If the setpoint (COMBI application only) is in AUT position, the address is assigned automatically. The
setpoint Contr. address (page 217) is preffered then, however if it is in conflict with other controller
present on the CAN2 bus other address will be assigned to aviod address collision.
Note: Address 1 is reccommended for standalone Controllers.

Note: If you are connecting to the Controller remotely you have to adjust the proper controller address in
connection settings of the remote client (InteliMonitor, GenConfig, Modbus client etc.)

Note: Address of the controller is also used for Modbus communication via RS485 etc. Address
adjusted by this setpoint is therefore universal address of the controller.

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InteliDrive-BB-1.0.0 Global Guide 217

 RS232(1) mode
Setpoint group Comms settings Related FW 1.0.0
DIRECT, MODEM (HW), MODEM (SW), MODBUS-DIRECT, MODBUS-MDM(HW),
Range [units]
ECU LINK[-]
Force
Default value DIRECT valueAlternative NO
config
Step -
Comm object 24522 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint selects the connection type for the serial port COM1.
See the diagram of all related terminals in the chapter Communication (page 182).

Connection to a local PC via RS232 or RS485 (with internal or external converter) interface. Use
DIRECT this option also for IG-IB connected via RS232 cable. The internal RS485 converter is
enabled/disabled by the setpoint RS485(1) conv. (page 222).
Modem point-to-point connection to a remote PC with hardware data flow control using signals
MODEM (HW)
RTS/CTS. Full modem cable is required for this option.

Modem point-to-point connection to a remote PC with software data flow control. 3-wire cable
MODEM (SW) (RX, TX, GND) is sufficient for this option. Use this option only if your modem does not provide
RTS/CTS signals.
Modbus RTU connection in slave mode via RS232 or RS485 (with internal or external converter)
interface. The internal RS485 converter is enabled/disabled by the setpoint RS485(1) conv.
MODBUS
(page 222) , the communication speed is adjustable by the setpoint RS232(1)MBCSpd (page
220) . See the latest communication guide for more information about the MODBUS protocol.
Modbus RTU connection in slave mode via modem with hardware data flow control. The
MODBUS-MDM(HW) communication speed is adjustable by the setpoint RS232(1)MBCSpd (page 220). See the latest
communication guide for more information about the MODBUS protocol.
Connection to an electronic-controlled engine which uses non-J1939 ECU. The proper ECU type
ECU-LINK
must be also configured with GenConfig.

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InteliDrive-BB-1.0.0 Global Guide 218

 RS232(2) mode
Setpoint group Comms settings Related FW 1.0.0
DIRECT, MODEM (HW), MODEM (SW), MODBUS-DIRECT, MODBUS-MDM(HW),
Range [units]
ECU LINK[-]
Force
Default value DIRECT valueAlternative NO
config
Step -
Comm object 24451 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint selects the connection type for the serial port COM2.
See the diagram of all related terminals in the chapter Communication (page 182).

Connection to a local PC via RS232 or RS485 (with internal or external converter) interface. Use this
DIRECT option also for IG-IB connected via RS232 cable. The internal RS485 converter is enabled/disabled by
the setpoint RS485(2) conv. (the setpoint is not available in hardware version 2.0 and above).
Modem point-to-point connection to a remote PC with hardware data flow control using signals
MODEM (HW)
RTS/CTS. Full modem cable is required for this option.
Modem point-to-point connection to a remote PC with software data flow control. 3-wire cable (RX, TX,
MODEM (SW)
GND) is sufficient for this option. Use this option only if your modem does not provide RTS/CTS signals.
Modbus RTU connection in slave mode via RS232 or RS485 (with internal or external converter)
interface. The internal RS485 converter is enabled/disabled by the setpoint RS485(2) conv. (the
MODBUS setpoint is not available in hardware version 2.0 and above), the communication speed is adjustable by
the setpoint RS232(2)MBCSpd (page 220) . See the latest communication guide for more
information about the MODBUS protocol.
Modbus RTU connection in slave mode via modem with hardware data flow control. The communication
MODBUS-MDM(HW) speed is adjustable by the setpoint RS232(2)MBCSpd (page 220) . See the latest communication
guide for more information about the MODBUS protocol.
Connection to an electronic-controlled engine which uses non-J1939 ECU. The proper ECU type must
ECU-LINK
be also configured with GenConfig.

Note: The RS232(2) connector is no more available in hardware version 2.0 and above. The COM2 port
is redirected to the RS485(2) terminals all the time. That means modem is not supported at COM2 in
these hardware versions. For modem use the COM1 port instead.

InteliDrive-BB-1.0.0 Global Guide 219

 RS232(1)MBCSpd
Setpoint group Comms settings Related FW 1.0.0
Range [units] 9600, 19200, 38400, 57600[bps]
Force
Default value 9600 valueAlternative NO
config
Step -
Comm object 24477 Related applications all
Config level Standard
Setpoint visibility Always
Description
The setpoint adjusts the communication speed on the COM1 connector when it is switched to MODBUS
or MODBUS-MDM(HW) mode. See also the setpoint RS232(1) mode (page 218).

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RS232(2)MBCSpd
Setpoint group Comms settings Related FW 1.0.0
Range [units] 9600, 19200, 38400, 57600[bps]
Force
Default value 9600 valueAlternative NO
config
Step -
Comm object 24420 Related applications all
Config level Standard
Setpoint visibility Always
Description
The setpoint adjusts the communication speed on the COM2 connector when it is switched to MODBUS
or MODBUS-MDM(HW) mode. See also the setpoint RS232(2) mode (page 219).

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InteliDrive-BB-1.0.0 Global Guide 220

 RS232(1)MdmIni
Setpoint group Comms settings Related FW 1.0.0
Range [units] [-]
Force
Default value valueAlternative NO
config
Step -
Comm object 24436 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint can be used to add extra AT commands at the end of the initialization sequence of the
modem connected to the COM1 port. The command can be entered with as well as without the "AT"
prefix, are separated with semicolon and maximal length is 31 characters.

6 back to List of setpoints

RS232(2)MdmIni
Setpoint group Comms settings Related FW 1.0.0
Range [units] [-]
Force
Default value valueAlternative NO
config
Step -
Comm object 24449 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint can be used to add extra AT commands at the end of the initialization sequence of the
modem connected to the COM2 port. The command can be entered with as well as without the "AT"
prefix, are separated with semicolon and maximal length is 31 characters.
Using a modem at the COM2 port is not supported since the hardware version 2.0. For modem use the
COM1 port instead.

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InteliDrive-BB-1.0.0 Global Guide 221

 RS485(1) conv.
Setpoint group Comms settings Related FW 1.0.0
Range [units] DISABLED, ENABLED[-]
Force
Default value DISABLED valueAlternative NO
config
Step -
Comm object 24435 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint selects function of the built-in RS485(1) converter.

The communication port COM1 is redirected to the integrated RS485(1) converter. The RS232(1) connector
ENABLED
has no function and the external display interface is not available.
The communication port COM1 is present at the RS232(1) connector and the RS485(1) connector is used for
DISABLED
the external display interface.

Note: The redirection is applied only for DIRECT, MODBUS and ECU-LINK modes. See the setpoint
RS232(1) mode (page 218).

Note: This setpoint must be set to DISABLED at controllers that do not have internal display. i.e.
InteliVision 5 or InteliVision 8 is connected to the RS485(1) terminals to allow NT terminal
communication and connection of multiple controllers.

6 back to List of setpoints

CAN bus mode

Setpoint group Comms settings Related FW 1.0.0
Range [units] 32C,8C[-]
Force
Default value 32C valueAlternative NO
config
Step -
Comm object 24499 Related applications all
Config level Standard
Setpoint visibility Always
Description
CAN bus speed selection.
32C: High speed CAN (250 kbps) applicable up to 32 controllers, CAN bus length limited up to 200
meters.
8C: Low speed CAN (50 kbps) applicable up to 8 controllers, CAN bus length limited up to 900
meters.
Change of this setpoint is applied after the controller is switched off and on again.
Note: Use low speed for long distance connection only. Set all connected controllers to the same speed.

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InteliDrive-BB-1.0.0 Global Guide 222

 CAN2emptDetect
Setpoint group Comms settings Related FW 1.0.0
Range [units] DISABLED, ENABLED[-]
Force
Default value DISABLED valueAlternative YES
config
Step -
Comm object 9921 Related applications all
Config level Standard
Setpoint visibility Always
Description
Enables the detection of missing other controllers on the CAN2 bus. If the setpoint is in ENABLED
position and there aren't any other controllers detected on the CAN2 bus (the complete bus, not only
within the logical group) the alarm CAN2Empty is issued.

6 back to List of setpoints

LB/UART Log
Setpoint group Comms settings Related FW 1.0.0
Range [units] DISABLED, ENABLED
Force
Default value DISABLED valueAlternative YES
config
Step -
Comm object 11327 Related applications all
Config level Standard
Setpoint visibility Always
Description
The setpoint enables/disables logging of remote communication activity. If logging is enabled connection
and disconnection of each remote terminal as well as entering access code are recorded into the history.
Note: The terminal is disconnected automatically after 5 min of inactivity and next communication
request from the same terminal is considered as a new connection. When logging is enabled in certain
conditions the history may be filled up with large number of records related to the communication and
important records may be overwritten quite fast.

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InteliDrive-BB-1.0.0 Global Guide 223

 CANAddrSwitch1
Setpoint group Comms settings Related FW 1.0.0
Range [units] [-]
Force
Default value MODEM valueAlternative NO
config
Step -
Comm object 24399 Related applications all
Config level Standard
Setpoint visibility Always
Description
The setpoint selects function of the terminal address 122 at the CAN2 line. See the latest communication
guide for details about this topic.

MODEM The address is used for modem connection via I-LB

OTHER The address is used for direct connection to any other device as e.g. IV8 or I-RD.

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CANAddrSwitch2
Setpoint group Comms settings Related FW 1.0.0
Range [units] MODEM, OTHER [-]
Force
Default value OTHER valueAlternative NO
config
Step -
Comm object 24398 Related applications all
Config level Standard
Setpoint visibility Always
Description
The setpoint selects function of the terminal address 125 at the CAN2 line. See the latest communication
guide for details about this topic.

MODEM The address is used for modem connection via I-LB

OTHER The address is used for direct connection to any other device as e.g. IV8 or I-RD

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InteliDrive-BB-1.0.0 Global Guide 224

 IP Addr mode
Setpoint group Comms settings Related FW 1.0.0
Range [units] AUTOMATIC, FIXED [-]
Force
Default value AUTOMATIC valueAlternative NO
config
Step -
Comm object 24259 Related applications all
Config level Standard
Setpoint visibility Always
Description
The setpoint is used to select the method how the ethernet connection is adjusted.
The ethernet connection is adjusted fixedly according to the setpoints IP
address (page 226), Net mask (page 226), Gateway IP (page 227), DNS IP
(page 232).
FIXED This method should be used for classic ethernet or Internet connection (see
Controller connections on page 109). When this type of connection is
opening the controller is specified by it's IP address. That means it would be
inconvenient if the IP address were not fixed (static).
The ethernet connection settings is obtained automatically from the DHCP
server. The obtained settings is then copied to the related setpoints (it is not
possible to set those setpoints manually in this setting, for more information
please see the following setpoints: IP address (page 226), Net mask (page
226), Gateway IP (page 227), DNS IP (page 232)). If the process of obtaining
AUTOMATIC the settings from DHCP server is not successful the value 000.000.000.000 is
copied to the setpoint IP address (page 226) and the module continues trying to
obtain the settings.
This method is beneficial for AirGate as it makes the connection very easy, in
fact "plug and play". When this type of connection is opening the controller is
specified by it's AirGate ID and the IP address does not play any role.

IMPORTANT: If you need to use fixed ethernet settings you should consult the proper setting
with your IT specialist.

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InteliDrive-BB-1.0.0 Global Guide 225

 IP address
Setpoint group Comms settings Related FW 1.0.0
Range [units] [-]
Force
Default value 192.168.1.254 valueAlternative NO
config
Step -
Comm object 24376 Related applications all
Config level Standard
Setpoint visibility Always
Description
When IP Addr mode (page 225) = FIXED, this setpoint is used to adjust the IP address of the
ethernet interface of the controller. Ask your IT specialist for help with this setting.
When IP Addr mode (page 225) = AUTOMATIC, this setpoint is used to display the IP address,
which has been assigned by the DHCP server. It is not possible to change the setpoint value
manually in this setting (the value is immediately reverted back by controller communication
module IB-COM).

6 back to List of setpoints

Net mask
Setpoint group Comms settings Related FW 1.0.0
Range [units] [-]
Force
Default value 255.255.255.0 valueAlternative NO
config
Step -
Comm object 24375 Related applications all
Config level Standard
Setpoint visibility Always
Description
When IP Addr mode (page 225) = FIXED, this setpoint is used to adjust the network mask of
the network segment where the controller is connected.
When IP Addr mode (page 225) = AUTOMATIC, this setpoint is used to display the network
mask which has been assigned by the DHCP server. It is not possible to change the setpoint
value manually in this setting (the value is immediately reverted back by controller communication
module IB-COM).

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InteliDrive-BB-1.0.0 Global Guide 226

 Gateway IP
Setpoint group Comms settings Related FW 1.0.0
Range [units] [-]
Force
Default value 192.168.1.1 valueAlternative NO
config
Step -
Comm object 24373 Related applications all
Config level Standard
Setpoint visibility Always
Description
When IP Addr mode (page 225) = FIXED, this setpoint is used to adjust the IP address of the
gateway of the network segment where the controller is connected.
When IP Addr mode (page 225) = AUTOMATIC, this setpoint is used to display the gateway IP
address which has been assigned by the DHCP server. It is not possible to change the setpoint
value manually in this setting (the value is immediately reverted back by controller communication
module IB-COM).
A gateway is a device which connects the respective segment with the other segments and/or Internet.

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ComApProtoPort
Setpoint group Comms settings Related FW 1.0.0
Range [units] 1..255[-]
Force
Default value 23 valueAlternative NO
config
Step 1
Comm object 24374 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint is used to adjust the port, which is used for ethernet connection to a PC with any of ComAp
PC program (i.e. InteliMonitor, GenConfig). This setpoint should be adjusted to 23, which is the
default port used by all ComAp PC programs. A different value should be used only in special situations
as e.g. sharing one public IP address among many controllers or to overcome a firewall restrictions.

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InteliDrive-BB-1.0.0 Global Guide 227

 AirGate
Setpoint group Comms settings Related FW 1.0.0
Range [units] DISABLED, ENABLED[-]
Force
Default value ENABLED valueAlternative NO
config
Step -
Comm object 24365 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint selects the ethernet connection mode.

This is a standard mode, in which the controller listens to the incoming traffic and
answers the TCP/IP queries addressed to him. This mode requires the controller
DISABLED
to be accessible from the remote device (PC), i.e. it must be accessible at a
public and static IP address if you want to connect to it from the Internet.
This mode uses the "AirGate" service, which hides all the issues with
static/public address into a black box and you do not need to take care about it.
ENABLED
You just need only a connection to the Internet. The AirGate server address is
adjusted by the setpoint AirGate IP (page 228).

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AirGate IP
Setpoint group Comms settings Related FW 1.0.0
Range [units] max. 32 characters[-]
Force
Default value airgate.comap.cz valueAlternative NO
config
Step -
Comm object 24364 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint is used for entering the domain name or IP address of the AirGate server. Use the free
AirGate server provided by ComAp at address airgate.comap.cz.

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InteliDrive-BB-1.0.0 Global Guide 228

 SMTP authent
Setpoint group Comms settings Related FW 1.0.0
Range [units] DISABLED, ENABLED[-]
Force
Default value DISABLED valueAlternative NO
config
Step -
Comm object 24371 Related applications all
Config level Standard
Setpoint visibility Always
Description
Switch this setpoint to ENABLED position if your SMTP address (page 230) requires authenticated
access. You also have to adjust SMTP user name (page 229) and SMTP password (page 230). Ask
your internet provider or IT manager for this information.
Note: Most of public free SMTP servers require authentication. You will get instructions when you
register to the freemail service.

6 back to List of setpoints

SMTP user name

Setpoint group Comms settings Related FW 1.0.0
Range [units] max. 32 characters[-]
Force
Default value valueAlternative NO
config
Step -
Comm object 24370 Related applications all
Config level Standard
Setpoint visibility Always
Description
Use this setpoint to enter the user name for the SMTP server if SMTP authent (page 229) is enabled.

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InteliDrive-BB-1.0.0 Global Guide 229

 SMTP password
Setpoint group Comms settings Related FW 1.0.0
Range [units] max. 32 characters[-]
Force
Default value valueAlternative NO
config
Step -
Comm object 24369 Related applications all
Config level Standard
Setpoint visibility Always
Description
Use this setpoint to enter the password for the SMTP server if SMTP authent (page 229) is enabled.

6 back to List of setpoints

SMTP address
Setpoint group Comms settings Related FW 1.0.0
Range [units] max. 32 characters
Force
Default value valueAlternative NO
config
Step -
Comm object 24368 Related applications all
Config level Standard
Setpoint visibility Always
Description
IMPORTANT: Proper setting of SMTP-related setpoints as well as controller mailbox are
essential for sending alerts via emails. For more information about protections please refer
to the chapter Protections and Alarm management (page 169).

This setpoint is used for entering the domain name (e.g. smtp.yourprovider.com) or IP address (e.g.
74.125.39.109) of the SMTP server. Please ask your internet provider or IT manager for this information.
Note: You may also use one of free SMTP servers, e.g. smtp.gmail.com. However, please note that
some free SMTP servers may cause delays (in hours..) when sending e-mails.

Note: If you do not want to send active e-mails, you may leave this setpoint blank, as well as other
setpoints related to SMTP server and e-mail settings.

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InteliDrive-BB-1.0.0 Global Guide 230

 Contr mailbox
Setpoint group Comms settings Related FW 1.0.0
Range [units] max. 32 characters[-]
Force
Default value valueAlternative NO
config
Step -
Comm object 24367 Related applications all
Config level Standard
Setpoint visibility Always
Description
Enter an existing e-mail address into this setpoint. This address will be used as sender address in
active e-mails that will be sent from the controller. Do not enter your or other recipient's e-mail address.
Recipient's addresses are to be entered into the setpoints AcallCH1-Addr (page 317), AcallCH2-Addr
(page 318), AcallCH3-Addr (page 319), AcallCH4-Addr (page 321) and AcallCH5-Addr (page 321).
Note: Most of SMTP server will reject sending e-mails that contain non-existing address in the sender
address field.

6 back to List of setpoints

Time zone
Setpoint group Comms settings Related FW 1.0.0
Range [units] -[-]
Force
Default value GMT+1:00 valueAlternative NO
config
Step -
Comm object 24366 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint is used to select the time zone where the controller is located. See your computer time
zone setting (click on the time indicator located in the rightmost position of the windows task bar) if you
are not sure about your time zone.
Note: If the time zone is not selected properly the active e-mails may contain incorrect information about
sending time, which may result in confusion when the respective problem actually occurred.

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InteliDrive-BB-1.0.0 Global Guide 231

 DNS IP
Setpoint group Comms settings Related FW 1.0.0
Range [units] [-]
Force
Default value 8.8.8.8 valueAlternative NO
config
Step -
Comm object 24362 Related applications all
Config level Standard
Setpoint visibility Always
Description
When IP Addr mode (page 225) = FIXED, this setpoint is used to adjust the domain name
server (DNS), which is needed to translate domain names in e-mail addresses and server names
into correct IP addresses.
When IP Addr mode (page 225) = AUTOMATIC, this setpoint is used to display DNS server,
which has been assigned by the DHCP server. It is not possible to change the setpoint value
manually in this setting (the value is immediately reverted back by controller communication
module IB-COM).

6 back to List of setpoints

ECU Diag
Setpoint group Comms settings Related FW 1.0.0
Range [units] DISABLED, ENABLED[-]
Force
Default value ENABLED valueAlternative YES
config
Step -
Comm object 10353 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint is used to disable reading of diagnostic codes from the ECU if an external diagnostic tool is
connected to the engine.
A message ECU Diag disabled is displayed in the alarm list while ECU diagnostics is disabled.

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InteliDrive-BB-1.0.0 Global Guide 232

 SHxOcol detect
Setpoint group Comms settings Related FW 1.0.0
Range [units] DISABLED, ENABLED[-]
Force
Default value ENABLED valueAlternative NO
config
Step -
Comm object 11024 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint is used to enable/disable evaluation of collisions of virtual shared peripherial modules. A
collision means that there is more than one source (shared outputs module) active on the CAN2 bus.
Note: In certain situations multiple sites with bus tie breakers may need to have more shared outputs
sources as the CAN bus line is in some points interrupted according to bus tie breakers position.
Normally a collision would be indicated if there were more sources on the bus and this setpoint can be
used to disable the evaluation of collisions in this special case.

6 back to List of setpoints

Group: Engine params

Starting RPM
Setpoint group Engine Params Related FW 1.0.0
Range [units] 0..1500[RPM]
Force
Default value 350 valueAlternative YES
config
Step 1
Comm object 9095 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts "firing" speed level. When this level is reached during cranking, the engine is
considered as started and the starter motor is disengaged, i.e. the output STARTER (PAGE 555) is
deactivated.
Note: There are also other symptoms that cause disengagement of the starter. See the separate chapter
Start sequence (page 137).

This setpoint is also used as the speed limit for the Underspeed protection, which is activated 5 seconds
after the starter was disengaged and the controller continued from Starting to Idle or Running phase.

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InteliDrive-BB-1.0.0 Global Guide 233

 Underspeed
Setpoint group Engine Params Related FW 1.0.0
Range [units] 3..Starting RPM (page 233)[RPM]
Force
Default value 150 valueAlternative YES
config
Step 1
Comm object 14685 Related applications all
Config level Standard
Setpoint visibility Always
Description
On Gas engines it can happen, that after engine is started (starter is disengaged) that the RPM drops for
a while and then RPM ramps up to Idle or Nominal value.
This Setpoint cover such a drop that the engine Underspeed protection is not activated in such a time.
Undespeed protection will be activated if Underspeed is Enabled (5s after RPM during cranking go above
Starting RPM) and actuall speed dropped under Underspeed value.

6 back to List of setpoints

Starting POil
Setpoint group Engine Params Related FW 1.0.0
Range [units] 0.0..10.0[bar]
Force
Default value 10 valueAlternative YES
config
Step 0.1
Comm object 9681 Related applications all
Config level Standard
Setpoint visibility Always
Description
Oil pressure can be used as one of the symptoms that are used for detection that the engine is running.
This setpoint adjusts oil pressure limit above which the engine is considered as started.
Note: Learn more in the separate chapter Start sequence (page 137).

Note: The logical analog input Oil pressure must be configured onto the appropriate analog input where
the oil pressure sensor is connected.

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InteliDrive-BB-1.0.0 Global Guide 234

 Prestart time
Setpoint group Engine Params Related FW 1.0.0
Range [units] 0..3600[s]
Force
Default value 2 valueAlternative YES
config
Step 1
Comm object 8394 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjust length of the prestart period before starter is engaged. The output PRESTART (PAGE
551) is active during the prestart period. Adjust the setpoint to zero if you want to disable the prestart
function.

6 back to List of setpoints

Prelubr time
Setpoint group Engine params Related FW 1.0.0
Range [units] 0..3600[s]
Force
Default value 0 valueAlternative YES
config
Step 1
Comm object 8780 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint is used for adjusting duration of the prelubrication cycle. See the output PRELUBR PUMP
(PAGE 551) for details about prelubrication.

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InteliDrive-BB-1.0.0 Global Guide 235

 Prelubr pause
Setpoint group Engine params Related FW 1.0.0
Range [units] 1..3000[min]
Force
Default value 1 valueAlternative YES
config
Step 1
Comm object 8781 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint is used for adjusting the pause between two consequent prelubrication cycles. See the
output PRELUBR PUMP (PAGE 551) for details about prelubrication.

6 back to List of setpoints

MaxCrank Time
Setpoint group Engine Params Related FW 1.0.0
Range [units] 1..240[s]
Force
Default value 10 valueAlternative YES
config
Step 1
Comm object 8256 Related applications all
Config level Standard
Setpoint visibility Always
Description
The setpoint adjusts the maximum duration the STARTER (PAGE 555) is energized within one cranking
cycle. If there is none of running engine symptoms activated within this period the particular cranking
attempt is finished and either a CrnkFail pause (page 237) follows or start fail alarm is issued.
Note: At gas engines the last cranking cycle is extended about 25 % and the engine is cranked with
closed gas valve during this additional time to ventilate the remaining gas.

Note: If magnetic pickup is used and the controller detects zero RPM within 2 s for gas engine or 5 s for
diesel engine after energizing the starter motor then cranking pause follows immediately (as the pinion is
probably not properly engaged).

Note: Learn more in the separate chapter Start sequence (page 137).

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InteliDrive-BB-1.0.0 Global Guide 236

 CrnkFail pause
Setpoint group Engine Params Related FW 1.0.0
Range [units] 5..60[s]
Force
Default value 10 valueAlternative YES
config
Step 1
Comm object 8257 Related applications all
Config level Standard
Setpoint visibility Always
Description
The setpoint adjusts the pause between two subsequent cranking cycles.
Note: Learn more in the separate chapter Start sequence (page 137).

6 back to List of setpoints

Crank attempts
Setpoint group Engine Params Related FW 1.0.0
Range [units] 1..10[-]
Force
Default value 3 valueAlternative YES
config
Step 1
Comm object 8255 Related applications all
Config level Standard
Setpoint visibility Always
Description
The setpoint adjusts the maximum number of cranking cycles. The alarm Start fail is issued when the
engine does not start within this number of cranking cycles.
Note: An gas engines the last cranking cycle is extended about 25 % and the engine is cranked with
closed gas valve during this additional time to ventilate the remaining gas.

Note: Learn more in the separate chapter Start sequence (page 137).

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InteliDrive-BB-1.0.0 Global Guide 237

 Idle time
Setpoint group Engine Params Related FW 1.0.0
Range [units] 1..3600[s]
Force
Default value 10 valueAlternative YES
config
Step 1
Comm object 9097 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts duration of the idle period, which begins in the moment when the engine is started
(e.g. the STARTER (PAGE 555) is disengaged). The output IDLE/NOMINAL (PAGE 511) is not active to keep
the engine at idle speed (if the governor supports idling) during idle period.

6 back to List of setpoints

Cooling speed
Setpoint group Engine Params Related FW 1.0.0
Range [units] IDLE, NOMINAL
Force
Default value IDLE valueAlternative YES
config
Step -
Comm object 10046 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint is used to select whether the cooling phase is performed at idle or nominal speed, i.e.
whether the output IDLE/NOMINAL (PAGE 511) is open or closed during the idle phase.

Controller performs cooling at nominal speed, generator voltage and frequency

NOMINAL
protections remain active during cooling phase.
Controller performs cooling at idle speed, generator protections are not active in
IDLE
the cooling phase (except of Gen >V Sd).

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InteliDrive-BB-1.0.0 Global Guide 238

 Cooling time
Setpoint group Engine Params Related FW 1.0.0
Range [units] 0..3600[s]
Force
Default value 30 valueAlternative YES
config
Step 1
Comm object 8258 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint is used to adjust the length of the Cooling phase, which takes place after the Controller has
been unloaded (clutch opened) and before it is stopped. The cooling phase can be performed either at
nominal or at idle speed. See the setpoint Cooling speed (page 238).
If the cooling phase length optimization is enabled, the actual length depend on the actual Controller load
in the moment when the stop sequence was started. See the setpoint Cooldown optim (page 1).

6 back to List of setpoints

AfterCool time
Setpoint group Engine params Related FW 1.0.0
Range [units] 0..3600[s]
Force
Default value 120 valueAlternative YES
config
Step 1
Comm object 8662 Related applications all
Config level Standard
Setpoint visibility Always
Description
The setpoint is used to adjust the length of the aftercooling period, i.e. how long the COOLING PUMP
(PAGE 506) remains running after the Controller has been stopped.

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InteliDrive-BB-1.0.0 Global Guide 239

 Stop time
Setpoint group Engine Params Related FW 1.0.0
Range [units] 0..240[s]
Force
Default value 60 valueAlternative YES
config
Step 1
Comm object 9815 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint is used to adjust the time period the Controller needs to stop completely. If the Controller
does not stop within this period the alarm Stop fail is issued. The setpoint also adjusts the minimal length
of stop solenoid activation. See the output STOP SOLENOID (PAGE 556) for more information.

6 back to List of setpoints

SDVentil time
Setpoint group Engine Params Related FW 1.0.0
Range [units] 0..60[s]
Force
Default value 10 valueAlternative NO
config
Step 1
Comm object 9695 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint is used to adjust the length of the preventilation phase at gas engines, i.e. if the setpoint
Fuel Solenoid is switched to GAS ENGINE. The preventilation phase is a period of cranking without
opened gas valve which takes place prior to the first start attempt after a shutdown or after switching on
the controller.
The purpose of the preventilation phase is to clean the engine and exhaust system from possible
unburned gas.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 240

 FuelSol offset
Setpoint group Engine Params Related FW 1.0.0
Range [units] 0.0..5.0[s]
Force
Default value 0 valueAlternative NO
config
Step 0.1
Comm object 10525 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint is used for fine adjustment of the moment when the FUEL SOLENOID (PAGE 510) output is
activated. The time is related to the activation of the STARTER (PAGE 555) output, where negative values
mean the fuel solenoid is activated in advance to the starter motor and positive values mean the fuel
solenoid is delayed after the starter motor.

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InteliDrive-BB-1.0.0 Global Guide 241

 GasVTest
Setpoint group Engine Params Related FW 1.0.0
Range [units] ENABLED / DISABLED [-]
Force valueAlternative
Default value DISABLED NO
config
Step -
Comm object 10204 Related applications all
Config level Standard
Setpoint visibility Always
Description
ENABLED - LBO GASVTEST RUN (PAGE 510) is activated before each engine start requirement.
DISABLED - Engine starts standardly after engine start requirement.
Note: Gas Valve TEST procedure is skipped during Automatic Mains Fail Controller start to short black-
out time.

Note: Active sprinkler function enables engine start even if the Gas valve test is negative.

Image 9.1 Gas valve test

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InteliDrive-BB-1.0.0 Global Guide 242

 GasVTest del
Setpoint group Engine Params Related FW 1.0.0
Range [units] 0...300 [s]
Force valueAlternative
Default value 60 NO
config
Step 1
Comm object 10205 Related applications all
Config level Standard
Setpoint visibility Always
Description
When the GasVTest (page 242) is ENABLED then the LBO GASVTEST RUN (PAGE 510) is activated
before each start for the time adjusted by this Setpoint.
When during the time will not be activated LBI GASVTEST OK (PAGE 465), then is shutdown protection
"Sd GasVTest" activated and start procedure stopped.
Note: Gas Valve TEST procedure is skipped during Automatic Mains Fail Controller start to short black-
out time.

Note: Active sprinkler function enables engine start even if the Gas valve test is negative.

Image 9.2 Gas valve test

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InteliDrive-BB-1.0.0 Global Guide 243

 D+ Function
Setpoint group Engine Params Related FW 1.0.0
Range [units] ENABLED,CHRGFAIL,DISABLED[-]
Force
Default value DISABLED valueAlternative NO
config
Step -
Comm object 9683 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the function of the D+ terminal.

The D+ terminal is used for running engine detection as well as for charger failure
ENABLED
alarm detection.
CHRGFAIL The D+ terminal is used for charger failure alarm detection only.
DISABLED The D+ terminal is not used.

Note: Some alternators provide a terminal labelled as "L" instead of "D+". It is not possible to connect
this "L" terminal to the "D+" terminal of the controller.

6 back to List of setpoints

RefEngTorque
Setpoint group Engine params Related FW 1.0.0
Range [units] 0 .. 64255 [Nm]
Force value
Default value 0 YES
Alternative config
Step 1
Comm object 16546 Related applications All
Config level Standard
Setpoint visibility Always
Description
Used as a reference value for Engine Torque in relative value (percentage).

Example: The relative value is read from the ECU as a percentage (Actual Engine - Percent Torque =
SPN513, range -125 - 125%). These (and other torque values) are relative to the reference absolute
value stored in engine ECU. So-called Engine Configuration (frame EC1) contains a 2B value Engine
Reference Torque (Engine Configuration) = SPN 544, range 0 - 64255Nm).

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InteliDrive-BB-1.0.0 Global Guide 244

 BI Speed Ramp
Setpoint group Engine params Related FW 1.0.0
Range [units] 0.0 .. 100.0 [%/s]
Force value
Default value 5 YES
Alternative config
Step 0.1
Comm object 9984 Related applications All
Config level Standard
Setpoint visibility Always
Description
Speed ramp setting for SPEED UP (PAGE 490) / SPEED DOWN (PAGE 489), not for Analog input request.

6 back to List of setpoints

EnLocalSpeed
Setpoint group Engine params Related FW 1.0.0
Range [units] [ENABLED, DISABLED]
Force value
Default value DISABLED YES
Alternative config
Step [-]
Comm object 10098 Related applications All
Config level Standard
Setpoint visibility Always
Description
ENABLED: Speed request (page 392) is defined by Local Speed (page 245) setpoint.
DISABLED: Speed request (page 392) is changed via SPEED UP (PAGE 490) / SPEED DOWN (PAGE 489) or
via REQUESTED RPM (PAGE 430).

6 back to List of setpoints

Local Speed
Setpoint group Engine params Related FW 1.0.0
Range [units] 0.0 .. 100.0 [%]
Force value
Default value 0.0 YES
Alternative config
Step 0.1
Comm object 9948 Related applications All
Config level Standard
Setpoint visibility Always
Description
Setpoint specifies Speed request (page 392) when EnLocalSpeed (page 245) = ENABLED. Setpoint
can be changed as standard setpoint.

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InteliDrive-BB-1.0.0 Global Guide 245

 Bin selector 1
Setpoint group Engine params Related FW 1.0.0
Range [units] OFF, ON[-]
Force
Default value OFF valueAlternative YES
config
Step -
Comm object 10623 Related applications all
Config level Standard
Setpoint visibility Always
Description
The setpoint is used to switch on and off the output BIN SELECTOR 1 (PAGE 502).

6 back to List of setpoints

Bin selector 2
Setpoint group Engine params Related FW 1.0.0
Range [units] OFF, ON[-]
Force
Default value OFF valueAlternative YES
config
Step -
Comm object 10624 Related applications all
Config level Standard
Setpoint visibility Always
Description
The setpoint is used to switch on and off the output BIN SELECTOR 2 (PAGE 503).

6 back to List of setpoints

Bin selector 3
Setpoint group Engine params Related FW 1.0.0
Range [units] OFF, ON[-]
Force
Default value OFF valueAlternative YES
config
Step -
Comm object 10625 Related applications all
Config level Standard
Setpoint visibility Always
Description
The setpoint is used to switch on and off the output BIN SELECTOR 3 (PAGE 503).

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InteliDrive-BB-1.0.0 Global Guide 246

 Bin selector 4
Setpoint group Engine params Related FW 1.0.0
Range [units] OFF, ON[-]
Force
Default value OFF valueAlternative YES
config
Step -
Comm object 10626 Related applications all
Config level Standard
Setpoint visibility Always
Description
The setpoint is used to switch on and off the output BIN SELECTOR 4 (PAGE 503).

6 back to List of setpoints

Group: Engine protect

Horn Timeout
Setpoint group Engine Protect Related FW 1.0.0
Range [units] OFF, 1s - 3600s, NO TIMEOUT[-]
Force
Default value 10 valueAlternative YES
config
Step 1
Comm object 8264 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts time after which the HORN (PAGE 510) output is automatically deactivated although
the alarms still haven't been reset. If the setpoint is adjusted to OFF the horn output is not activated at all,
the NO TIMEOUT position means the horn output is not deactivated until the alarms are reset.

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InteliDrive-BB-1.0.0 Global Guide 247

 RunOnlyBlkDel1
Setpoint group Engine protect Related FW 1.0.0
Range [units] 0.0..3000.0[s]
Force valueAlternative
Default value 1 NO
config
Step 0.1
Comm object 10023 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the delay after engine start when the alarms configured as RunOnlyBlkDel1 (i.e.
"running only", group #1) are started to be evaluated. The "running only" alarms are not beeing evaluated
while the engine is not running or then, after start, while the adjusted delay is running.

If you want to get more information on the alarm management in ComAp controller please refer to the
chapter Protections and Alarm management (page 169)

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InteliDrive-BB-1.0.0 Global Guide 248

 RunOnlyBlkDel2
Setpoint group Engine protect Related FW 1.0.0
Range [units] 0.0..3000.0[s]
Force
Default value 5 valueAlternative NO
config
Step 0.1
Comm object 10024 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the delay after engine start when the alarms configured as RunOnlyBlkDel2 (i.e.
"running only", group #2) are started to be evaluated. The "running only" alarms are not beeing evaluated
while the engine is not running or then, after start, while the adjusted delay is running.
See the setpoint RunOnlyBlkDel1 (page 248) for diagram of alarm groups and their blocking periods.

6 back to List of setpoints

RunOnlyBlkDel3
Setpoint group Engine protect Related FW 1.0.0
Range [units] 0.0..3000.0[s]
Force
Default value 10 valueAlternative YES
config
Step 0.1
Comm object 10025 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the delay after engine start when the alarms configured as RunOnlyBlkDel3 (i.e.
"running only", group #3) are started to be evaluated. The "running only" alarms are not beeing evaluated
while the engine is not running or then, after start, while the adjusted delay is running.
See the setpoint RunOnlyBlkDel1 (page 248) for diagram of alarm groups and their blocking periods.

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InteliDrive-BB-1.0.0 Global Guide 249

 BinInp delay 1
Setpoint group Engine protect Related FW 1.0.0
Range [units] 0.0..600.0[s]
Force
Default value 1 valueAlternative NO
config
Step 0.1
Comm object 10131 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the delay #1 which can be assigned to an input configured as alarm input
(protection).
Note: Protections configured at a binary inputs can have either fixed 0.5s evaluation delay or there are
three independent delay setpoints and one of them can be assigned to each particular binary input
protection.

6 back to List of setpoints

BinInp delay 2
Setpoint group Engine protect Related FW 1.0.0
Range [units] 0.0..600.0[s]
Force
Default value 5 valueAlternative NO
config
Step 1
Comm object 10132 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the delay #2 which can be assigned to an input configured as alarm input
(protection).
Note: Protections configured at a binary inputs can have either fixed 0.5s evaluation delay or there are
three independent delay setpoints and one of them can be assigned to each particular binary input
protection.

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InteliDrive-BB-1.0.0 Global Guide 250

 BinInp delay 3
Setpoint group Engine protect Related FW 1.0.0
Range [units] 0.0..600.0[s]
Force
Default value 10 valueAlternative YES
config
Step 1
Comm object 10133 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the delay #3 which can be assigned to an input configured as alarm input
(protection).
Note: Protections configured at a binary inputs can have either fixed 0.5s evaluation delay or there are
three independent delay setpoints and one of them can be assigned to each particular binary input
protection.

6 back to List of setpoints

ForceBlockDel1
Setpoint group Engine protect Related FW 1.0.0
Range [units] 0.0..60.0[s]
Force
Default value 5 valueAlternative NO
config
Step 0.1
Comm object 10569 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the delay after the binary input FORCE BLOCK 1 (PAGE 450) has been deactivated,
when the alarms configured as Force block #1 are started to be evaluated.
If you want more information on this function please go to the setpoint RunOnlyBlkDel1 (page 248)
where you can find a diagram for ForceBlockDel function as well.

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InteliDrive-BB-1.0.0 Global Guide 251

 ForceBlockDel2
Setpoint group Engine protect Related FW 1.0.0
Range [units] 0.0..60.0[s]
Force
Default value 5 valueAlternative NO
config
Step 0.1
Comm object 10570 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the delay after the binary input FORCE BLOCK 2 (PAGE 450) has been deactivated,
when the alarms configured as Force block #2 are started to be evaluated.
If you want more information on this function please go to the setpoint RunOnlyBlkDel1 (page 248)
where you can find a diagram for ForceBlockDel function as well.

6 back to List of setpoints

ForceBlockDel3
Setpoint group Engine protect Related FW 1.0.0
Range [units] 0.0..60.0[s]
Force
Default value 5 valueAlternative YES
config
Step 0.1
Comm object 10571 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the delay after the binary input FORCE BLOCK 3 (PAGE 450) has been deactivated,
when the alarms configured as Force block #3 are started to be evaluated.
If you want more information on this function please go to the setpoint RunOnlyBlkDel1 (page 248)
where you can find a diagram for ForceBlockDel function as well.

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InteliDrive-BB-1.0.0 Global Guide 252

 ForceBlock4Del
Setpoint group Engine protect Related FW 1.0.0
Range [units] 0.0..3600.0[s]
Force
Default value 5.0 valueAlternative YES
config
Step 0.1
Comm object 11720 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the delay after the binary input FORCE BLOCK 3 (PAGE 450) has been deactivated,
when the alarms configured as Force block #4 are started to be evaluated.
If you want more information on this function please go to the setpoint RunOnlyBlkDel1 (page 248)
where you can find a diagram for ForceBlockDel function as well.

6 back to List of setpoints

ForceBlock5Del
Setpoint group Engine protect Related FW 1.0.0
Range [units] 0.0..3600.0[s]
Force
Default value 5.0 valueAlternative YES
config
Step 0.1
Comm object 11780 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the delay after the binary input FORCE BLOCK 3 (PAGE 450) has been deactivated,
when the alarms configured as Force block #5 are started to be evaluated.
If you want more information on this function please go to the setpoint RunOnlyBlkDel1 (page 248)
where you can find a diagram for ForceBlockDel function as well.

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InteliDrive-BB-1.0.0 Global Guide 253

 ForceBlock6Del
Setpoint group Engine protect Related FW 1.0.0
Range [units] 0.0..3600.0[s]
Force
Default value 5.0 valueAlternative YES
config
Step 0.1
Comm object 11781 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the delay after the binary input FORCE BLOCK 3 (PAGE 450) has been deactivated,
when the alarms configured as Force block #6 are started to be evaluated.
If you want more information on this function please go to the setpoint RunOnlyBlkDel1 (page 248)
where you can find a diagram for ForceBlockDel function as well.

6 back to List of setpoints

ResetActAlarms
Setpoint group Engine protect Related FW 1.0.0
Range [units] ENABLED, DISABLED [-]
Force
Default value ENABLED valueAlternative NO
config
Step -
Comm object 10665 Related applications all
Config level Standard
Setpoint visibility Always
Description

Pressing of the fault reset button (at any terminal or external button) resets only
DISABLED inactive alarms. Active alarms remain in the alarmlist unchanged and must be reset
again when they become inactive.
Pressing of the fault reset button (at any terminal or external button) resets all
alarms that are currently present in the alarm list. Inactive alarms disappear from the
ENABLED
alarm list immediately, active alarms are changed to "confirmed" state and
disappear when the alarm condition disappear or the alarm starts to be blocked.

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InteliDrive-BB-1.0.0 Global Guide 254

 Overspeed
Setpoint group Engine Protect Related FW 1.0.0
Range [units] 0..200[%]
Force
Default value 110 valueAlternative NO
config
Step 1
Comm object 8263 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the threshold level for overspeed protection.
Note: The overspeed protection is evaluated all the time and without any delay.

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InteliDrive-BB-1.0.0 Global Guide 255

 StartBlockDel
Setpoint group Engine protect Related FW 1.0.0
Range [units] 0...6000[s]
Force valueAlternative
Default value 10 NO
config
Step 1
Comm object 11034 Related applications all
Config level Standard
Setpoint visibility Always
Description
Time limit within the next (automatic or manual) engine start is blocked after engine was stopped. No
block when set to zero.
Alarm message StartBlockDel is active during the start block time.

Image 9.3 Start block delay

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InteliDrive-BB-1.0.0 Global Guide 256

 Max+CylDifPmin
Setpoint group Engine protect Related FW 1.0.0
Range [units] -32000..+32000[?C]
Force valueAlternative
Default value 10 NO
config
Step 1
Comm object 9622 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the maximum allowed positive difference between a particular cylinder
temperature and average cylinder temperature at minimum power level adjusted by setpoint
PminCylDifEval (page 259). This setpoint is one of four setpoints that define the allowed area of
cylinder temperature differencies depending on Controller power. See the picture below.

Image 9.4 Allowed area of cylinder temperature differencies depending on Controller

power

If the difference of actual cylinder temperature from the average temperature is out of the allowed range
at one or more cylinders the alarm Wrn CylTemp is issued after the delay CylDifEvalDel (page 260)
elapses. The alarm is intended for detection that there is a problem with combustion at the particular
cylinders.
Note: Logical analog inputs Cyl temp "n" must be configured onto the appropriate physical analog inputs
where the cylinder temperature sensors are connected. Use the "Cylinder temperature configuration
wizard" in GenConfig - Analog inputs tab for easy configuration of cylinder temperature sensors.

Note: The cylinder temperature difference protection is available in IS-NT only.

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InteliDrive-BB-1.0.0 Global Guide 257

 Max-CylDifPmin
Setpoint group Engine protect Related FW 1.0.0
Range [units] -32000..+32000[°C]
Force
Default value 10 valueAlternative NO
config
Step 1
Comm object 9623 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the maximum allowed negative difference between a particular cylinder
temperature and average cylinder temperature at minimum power level adjusted by setpoint
PminCylDifEval (page 259). This setpoint is one of four setpoints that define the allowed area of
cylinder temperature differencies depending on Controller power. See the setpoint Max+CylDifPmin
(page 257) for more details.

6 back to List of setpoints

Max+CylDifPnom
Setpoint group Engine protect Related FW 1.0.0
Range [units] -32000..+32000[°C]
Force
Default value 10 valueAlternative NO
config
Step 1
Comm object 9624 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the maximum allowed positive difference between a particular cylinder
temperature and average cylinder temperature at nominal power. This setpoint is one of four setpoints
that define the allowed area of cylinder temperature differencies depending on Controller power. See the
setpoint Max+CylDifPmin (page 257) for more details.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 258

 Max-CylDifPnom
Setpoint group Engine protect Related FW 1.0.0
Range [units] -32000..+32000[°C]
Force
Default value 10 valueAlternative NO
config
Step 0
Comm object 9625 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the maximum allowed negative difference between a particular cylinder
temperature and average cylinder temperature at nominal power. This setpoint is one of four setpoints
that define the allowed area of cylinder temperature differencies depending on Controller power. See the
setpoint Max+CylDifPmin (page 257) for more details.

6 back to List of setpoints

PminCylDifEval
Setpoint group Engine protect Related FW 1.0.0
0..Nomin Power (page 202)[kW] (this depends on selected Power formats (page
Range [units]
158))
10 (this depends on Force
Default value selected Power valueAlternative NO
formats (page 158)) config
Step 1 (this depends on selected Power formats (page 158))
Comm object 9626 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the Controller power level below which the cylinder temperature difference
protection is not evaluated. Learn more about this protection in the description of the setpoint
Max+CylDifPmin (page 257).

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InteliDrive-BB-1.0.0 Global Guide 259

 CylDifEvalDel
Setpoint group Engine protect Related FW 1.0.0
Range [units] 0..600[s]
Force
Default value 10 valueAlternative NO
config
Step 1
Comm object 9627 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the evaluation delay of the cylinder temperature difference protection. Learn more
about this protection in the description of the setpoint Max+CylDifPmin (page 257).

6 back to List of setpoints

Service time 1
Setpoint group Engine protect Related FW 1.0.0
Range [units] 0..32766..OFF(32767) [h]
Force
Default value 32766 valueAlternative NO
config
Step 1
Comm object 15114 Related applications all
Config level Standard
Setpoint visibility Always
Description
Service timers could be reseted with password protected command.
There is special dialog window available, where could be every Service timer set on the value prezented
with this Setpoint.
Actual Value of this interval is presented with Value Service time 1 (page 411).
If the Setpoint is set on the maximal Value (OFF), the counter is stopped and actual Value is visible as
####.
If is the actual Value counted to 0, the related alarm message is issued (i.e. WrnServiceT1+2 or
WrnServiceT3) and the counter continous counting until the maximal minus Value.
Alarm remains active until the Service time is reseted.
Note: Each of the maintenance intervals can be used for different type of regular maintenance works
such as oil change, spark plug change etc.

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InteliDrive-BB-1.0.0 Global Guide 260

 Service time 2
Setpoint group Engine protect Related FW 1.0.0
Range [units] 0..65534..OFF(65535)[h]
Force
Default value 65534 valueAlternative NO
config
Step 1
Comm object 15115 Related applications all
Config level Standard
Setpoint visibility Always
Description
Service timers could be reseted with password protected command.
There is special dialog window available, where could be every Service timer set on the value prezented
with this Setpoint.
Actual Value of this interval is presented with Value Service time 2 (page 412).
If the Setpoint is set on the maximal Value (OFF), the counter is stopped and actual Value is visible as
####.
If is the actual Value counted to 0, the related alarm message is issued (i.e. WrnServiceT1+2 or
WrnServiceT3) and the counter continous counting until the maximal minus Value.
Alarm remains active until the Service time is reseted.
Note: Each of the maintenance intervals can be used for different type of regular maintenance works
such as oil change, spark plug change etc.

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InteliDrive-BB-1.0.0 Global Guide 261

 Service time 3
Setpoint group Engine protect Related FW 1.0.0
Range [units] 0..65534..OFF(65535)[h]
Force
Default value 65534 valueAlternative NO
config
Step 1
Comm object 15116 Related applications all
Config level Standard
Setpoint visibility Always
Description
Service timers could be reseted with password protected command.
There is special dialog window available, where could be every Service timer set on the value prezented
with this Setpoint.
Actual Value of this interval is presented with Value Service time 3 (page 412).
If the Setpoint is set on the maximal Value (OFF), the counter is stopped and actual Value is visible as
####.
If is the actual Value counted to 0, the related alarm message is issued (i.e. WrnServiceT1+2 or
WrnServiceT3) and the counter continous counting until the maximal minus Value.
Alarm remains active until the Service time is reseted.
Note: Each of the maintenance intervals can be used for different type of regular maintenance works
such as oil change, spark plug change etc.

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InteliDrive-BB-1.0.0 Global Guide 262

 ServiceTimeSd
Setpoint group Engine protect Related FW 1.0.0
Range [units] 0..65534..OFF(65535)[h]
Force
Default value 65534 valueAlternative NO
config
Step 1
Comm object 15801 Related applications all
Config level Standard
Setpoint visibility Always
Description
Service timers could be reseted with password protected command.
There is special dialog window available, where could be every Service timer set on the value prezented
with this Setpoint.
Actual Value of this interval is presented with Value Service timeSd (page 1).
If the Setpoint is set on the maximal Value (OFF), the counter is stopped and actual Value is visible as
####.
If is the actual Value counted to 0, the related alarm message is issued (SdServiceTime).
Alarm remains active until the Service time is reseted.
Note: Each of the maintenance intervals can be used for different type of regular maintenance works
such as oil change, spark plug change etc.

6 back to List of setpoints

ClutchMinSpeed
Setpoint group Engine protection Related FW 1.0.0
Range [units] 0.0 .. ClutchMaxSpeed [%]
Force value
Default value 0.0 YES
Alternative config
Step 0.1
Comm object 10096 Related applications Allspeed
Config level Standard
Setpoint visibility Always
Description
Clutch can be switched on if ClutchMinSpeed < RPM < ClutchMaxSpeed. Limits are in % of the
Requested speed. See Requested RPM.
Note: 0.0 % corresponds to 0,3*Nominal speed, 100.0 % corresponds to 1,1*Nominal speed.

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InteliDrive-BB-1.0.0 Global Guide 263

 ClutchMaxSpeed
Setpoint group Engine protection Related FW 1.0.0
Range [units] ClutchMinSpeed .. 100.0 [%]
Force value
Default value 100.0 YES
Alternative config
Step 0.1
Comm object 10097 Related applications Allspeed
Config level Standard
Setpoint visibility Always
Description
Clutch can be switched on if ClutchMinSpeed < RPM < ClutchMaxSpeed. Limits are in % of Requested
speed. See Requested RPM.
Note: 0.0 % corresponds to0,3*Nominal speed, 100.0 % corresponds to 1,1*Nominal speed.

6 back to List of setpoints

Group: Analog protect

Batt >V
Setpoint group Analog protect Related FW 1.0.0
Range [units] 8.0..40.0[V]
Force
Default value 30 valueAlternative NO
config
Step 0.1
Comm object 9262 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the warning level for battery overvoltage alarm.

Batt volt del

Setpoint group Analog protect Related FW 1.0.0
Range [units] 0..600[s]
Force
Default value 5 valueAlternative NO
config
Step 0.1
Comm object 9264 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the delay for battery Batt >V (page 264) and Batt <V (page 265) alarms.

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Batt <V
Setpoint group Analog protect Related FW 1.0.0
Range [units] 8.0..40.0[V]
Force
Default value 22 valueAlternative NO
config
Step 0.1
Comm object 9265 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the warning level for battery undervoltage alarm.

6 back to List of setpoints

Group: Sync/Load ctr

SpdGovPWM rate
Setpoint group Sync/Load ctrl Related FW 1.0.0
Range [units] 500..3000[Hz]
Force
Default value 1200 valueAlternative NO
config
Step 1
Comm object 10911 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the frequency of the speed governor output in PWM mode. The PWM mode of the
speed governor output is activated by the jumper located next to the speed governor output terminals.
The PWM interface is used for several governor types as e.g. CAT or Cummins. Adjust the PWM
frequency according to the governor specification. Adjust the setpoint to 1200Hz if the PWM
interface is not used.

6 back to List of setpoints

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 Group: Force value
Force value 1
Setpoint group Force value Related FW 1.0.0
Range [units] [-] (this depends on where the Force value is configured)
0 (this depends on Force
Default value where the Force value valueAlternative NO
is configured) config
Step 1 (this depends on where the Force value is configured)
Comm object 10667 Related applications all
Config level Standard
Setpoint visibility Always
Description
This is one of the 16 setpoints reserved for using as alternative setpoints for the force value functions.
The alternative setpoint is to be assigned to a particular force value function and renamed in GenConfig.
See also the input FORCEVALUEIN 1 (PAGE 452).
Note: It is not obligatory to use one of these reserved setpoints for a force value function. It is possible to
use also any other setpoint or value with matching dimension and decimal resolution.

Note: There isn't any relation between the default names of the force value function blocks, associated
binary inputs and the default names of the reserved setpoints. In other words, the setpoint with default
name Force value 3 is not related to the Force value 3 function block.

6 back to List of setpoints

Force value 2
Setpoint group Force value Related FW 1.0.0
Range [units] [-] (this depends on where the Force value is configured)
0 (this depends on Force
Default value where the Force value valueAlternative NO
is configured) config
Step 1 (this depends on where the Force value is configured)
Comm object 10668 Related applications all
Config level Standard
Setpoint visibility Always
Description
This is one of the 16 setpoints reserved for using as alternative setpoints for the force value functions.
The alternative setpoint is to be assigned to a particular force value function and renamed in GenConfig.
See also the input FORCEVALUEIN 1 (PAGE 452).
Note: It is not obligatory to use one of these reserved setpoints for a force value function. It is possible to
use also any other setpoint or value with matching dimension and decimal resolution.

Note: There isn't any relation between the default names of the force value function blocks, associated
binary inputs and the default names of the reserved setpoints. In other words, the setpoint with default
name Force value 3 is not related to the Force value 3 function block.

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Force value 3
Setpoint group Force value Related FW 1.0.0
Range [units] [-] (this depends on where the Force value is configured)
0 (this depends on Force
Default value where the Force value valueAlternative NO
is configured) config
Step 1 (this depends on where the Force value is configured)
Comm object 10669 Related applications all
Config level Standard
Setpoint visibility Always
Description
This is one of the 16 setpoints reserved for using as alternative setpoints for the force value functions.
The alternative setpoint is to be assigned to a particular force value function and renamed in GenConfig.
See also the input FORCEVALUEIN 1 (PAGE 452).
Note: It is not obligatory to use one of these reserved setpoints for a force value function. It is possible to
use also any other setpoint or value with matching dimension and decimal resolution.

Note: There isn't any relation between the default names of the force value function blocks, associated
binary inputs and the default names of the reserved setpoints. In other words, the setpoint with default
name Force value 3 is not related to the Force value 3 function block.

6 back to List of setpoints

Force value 4
Setpoint group Force value Related FW 1.0.0
Range [units] [-] (this depends on where the Force value is configured)
0 (this depends on Force
Default value where the Force value valueAlternative NO
is configured) config
Step 1 (this depends on where the Force value is configured)
Comm object 10670 Related applications all
Config level Standard
Setpoint visibility Always
Description
This is one of the 16 setpoints reserved for using as alternative setpoints for the force value functions.
The alternative setpoint is to be assigned to a particular force value function and renamed in GenConfig.
See also the input FORCEVALUEIN 1 (PAGE 452).
Note: It is not obligatory to use one of these reserved setpoints for a force value function. It is possible to
use also any other setpoint or value with matching dimension and decimal resolution.

Note: There isn't any relation between the default names of the force value function blocks, associated
binary inputs and the default names of the reserved setpoints. In other words, the setpoint with default
name Force value 3 is not related to the Force value 3 function block.

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Force value 5
Setpoint group Force value Related FW 1.0.0
Range [units] [-] (this depends on where the Force value is configured)
0 (this depends on Force
Default value where the Force value valueAlternative NO
is configured) config
Step 1 (this depends on where the Force value is configured)
Comm object 10671 Related applications all
Config level Standard
Setpoint visibility Always
Description
This is one of the 16 setpoints reserved for using as alternative setpoints for the force value functions.
The alternative setpoint is to be assigned to a particular force value function and renamed in GenConfig.
See also the input FORCEVALUEIN 1 (PAGE 452).
Note: It is not obligatory to use one of these reserved setpoints for a force value function. It is possible to
use also any other setpoint or value with matching dimension and decimal resolution.

Note: There isn't any relation between the default names of the force value function blocks, associated
binary inputs and the default names of the reserved setpoints. In other words, the setpoint with default
name Force value 3 is not related to the Force value 3 function block.

6 back to List of setpoints

Force value 6
Setpoint group Force value Related FW 1.0.0
Range [units] [-] (this depends on where the Force value is configured)
0 (this depends on Force
Default value where the Force value valueAlternative NO
is configured) config
Step 1 (this depends on where the Force value is configured)
Comm object 10672 Related applications all
Config level Standard
Setpoint visibility Always
Description
This is one of the 16 setpoints reserved for using as alternative setpoints for the force value functions.
The alternative setpoint is to be assigned to a particular force value function and renamed in GenConfig.
See also the input FORCEVALUEIN 1 (PAGE 452).
Note: It is not obligatory to use one of these reserved setpoints for a force value function. It is possible to
use also any other setpoint or value with matching dimension and decimal resolution.

Note: There isn't any relation between the default names of the force value function blocks, associated
binary inputs and the default names of the reserved setpoints. In other words, the setpoint with default
name Force value 3 is not related to the Force value 3 function block.

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Force value 7
Setpoint group Force value Related FW 1.0.0
Range [units] [-] (this depends on where the Force value is configured)
0 (this depends on Force
Default value where the Force value valueAlternative NO
is configured) config
Step 1 (this depends on where the Force value is configured)
Comm object 10673 Related applications all
Config level Standard
Setpoint visibility Always
Description
This is one of the 16 setpoints reserved for using as alternative setpoints for the force value functions.
The alternative setpoint is to be assigned to a particular force value function and renamed in GenConfig.
See also the input FORCEVALUEIN 1 (PAGE 452).
Note: It is not obligatory to use one of these reserved setpoints for a force value function. It is possible to
use also any other setpoint or value with matching dimension and decimal resolution.

Note: There isn't any relation between the default names of the force value function blocks, associated
binary inputs and the default names of the reserved setpoints. In other words, the setpoint with default
name Force value 3 is not related to the Force value 3 function block.

6 back to List of setpoints

Force value 8
Setpoint group Force value Related FW 1.0.0
Range [units] [-] (this depends on where the Force value is configured)
0 (this depends on Force
Default value where the Force value valueAlternative NO
is configured) config
Step 1 (this depends on where the Force value is configured)
Comm object 10674 Related applications all
Config level Standard
Setpoint visibility Always
Description
This is one of the 16 setpoints reserved for using as alternative setpoints for the force value functions.
The alternative setpoint is to be assigned to a particular force value function and renamed in GenConfig.
See also the input FORCEVALUEIN 1 (PAGE 452).
Note: It is not obligatory to use one of these reserved setpoints for a force value function. It is possible to
use also any other setpoint or value with matching dimension and decimal resolution.

Note: There isn't any relation between the default names of the force value function blocks, associated
binary inputs and the default names of the reserved setpoints. In other words, the setpoint with default
name Force value 3 is not related to the Force value 3 function block.

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Force value 9
Setpoint group Force value Related FW 1.0.0
Range [units] [-] (this depends on where the Force value is configured)
0 (this depends on Force
Default value where the Force value valueAlternative NO
is configured) config
Step 1 (this depends on where the Force value is configured)
Comm object 10675 Related applications all
Config level Standard
Setpoint visibility Always
Description
This is one of the 16 setpoints reserved for using as alternative setpoints for the force value functions.
The alternative setpoint is to be assigned to a particular force value function and renamed in GenConfig.
See also the input FORCEVALUEIN 1 (PAGE 452).
Note: It is not obligatory to use one of these reserved setpoints for a force value function. It is possible to
use also any other setpoint or value with matching dimension and decimal resolution.

Note: There isn't any relation between the default names of the force value function blocks, associated
binary inputs and the default names of the reserved setpoints. In other words, the setpoint with default
name Force value 3 is not related to the Force value 3 function block.

6 back to List of setpoints

Force value 10
Setpoint group Force value Related FW 1.0.0
Range [units] [-] (this depends on where the Force value is configured)
0 (this depends on Force
Default value where the Force value valueAlternative NO
is configured) config
Step 1 (this depends on where the Force value is configured)
Comm object 10676 Related applications all
Config level Standard
Setpoint visibility Always
Description
This is one of the 16 setpoints reserved for using as alternative setpoints for the force value functions.
The alternative setpoint is to be assigned to a particular force value function and renamed in GenConfig.
See also the input FORCEVALUEIN 1 (PAGE 452).
Note: It is not obligatory to use one of these reserved setpoints for a force value function. It is possible to
use also any other setpoint or value with matching dimension and decimal resolution.

Note: There isn't any relation between the default names of the force value function blocks, associated
binary inputs and the default names of the reserved setpoints. In other words, the setpoint with default
name Force value 3 is not related to the Force value 3 function block.

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Force value 11
Setpoint group Force value Related FW 1.0.0
Range [units] [-] (this depends on where the Force value is configured)
0 (this depends on Force
Default value where the Force value valueAlternative NO
is configured) config
Step 1 (this depends on where the Force value is configured)
Comm object 10677 Related applications all
Config level Standard
Setpoint visibility Always
Description
This is one of the 16 setpoints reserved for using as alternative setpoints for the force value functions.
The alternative setpoint is to be assigned to a particular force value function and renamed in GenConfig.
See also the input FORCEVALUEIN 1 (PAGE 452).
Note: It is not obligatory to use one of these reserved setpoints for a force value function. It is possible to
use also any other setpoint or value with matching dimension and decimal resolution.

Note: There isn't any relation between the default names of the force value function blocks, associated
binary inputs and the default names of the reserved setpoints. In other words, the setpoint with default
name Force value 3 is not related to the Force value 3 function block.

6 back to List of setpoints

Force value 12
Setpoint group Force value Related FW 1.0.0
Range [units] [-] (this depends on where the Force value is configured)
0 (this depends on Force
Default value where the Force value valueAlternative NO
is configured) config
Step 1 (this depends on where the Force value is configured)
Comm object 10678 Related applications all
Config level Standard
Setpoint visibility Always
Description
This is one of the 16 setpoints reserved for using as alternative setpoints for the force value functions.
The alternative setpoint is to be assigned to a particular force value function and renamed in GenConfig.
See also the input FORCEVALUEIN 1 (PAGE 452).
Note: It is not obligatory to use one of these reserved setpoints for a force value function. It is possible to
use also any other setpoint or value with matching dimension and decimal resolution.

Note: There isn't any relation between the default names of the force value function blocks, associated
binary inputs and the default names of the reserved setpoints. In other words, the setpoint with default
name Force value 3 is not related to the Force value 3 function block.

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Force value 13
Setpoint group Force value Related FW 1.0.0
Range [units] [-] (this depends on where the Force value is configured)
0 (this depends on Force
Default value where the Force value valueAlternative NO
is configured) config
Step 1 (this depends on where the Force value is configured)
Comm object 10679 Related applications all
Config level Standard
Setpoint visibility Always
Description
This is one of the 16 setpoints reserved for using as alternative setpoints for the force value functions.
The alternative setpoint is to be assigned to a particular force value function and renamed in GenConfig.
See also the input FORCEVALUEIN 1 (PAGE 452).
Note: It is not obligatory to use one of these reserved setpoints for a force value function. It is possible to
use also any other setpoint or value with matching dimension and decimal resolution.

Note: There isn't any relation between the default names of the force value function blocks, associated
binary inputs and the default names of the reserved setpoints. In other words, the setpoint with default
name Force value 3 is not related to the Force value 3 function block.

6 back to List of setpoints

Force value 14
Setpoint group Force value Related FW 1.0.0
Range [units] [-] (this depends on where the Force value is configured)
0 (this depends on Force
Default value where the Force value valueAlternative NO
is configured) config
Step 1 (this depends on where the Force value is configured)
Comm object 10680 Related applications all
Config level Standard
Setpoint visibility Always
Description
This is one of the 16 setpoints reserved for using as alternative setpoints for the force value functions.
The alternative setpoint is to be assigned to a particular force value function and renamed in GenConfig.
See also the input FORCEVALUEIN 1 (PAGE 452).
Note: It is not obligatory to use one of these reserved setpoints for a force value function. It is possible to
use also any other setpoint or value with matching dimension and decimal resolution.

Note: There isn't any relation between the default names of the force value function blocks, associated
binary inputs and the default names of the reserved setpoints. In other words, the setpoint with default
name Force value 3 is not related to the Force value 3 function block.

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Force value 15
Setpoint group Force value Related FW 1.0.0
Range [units] [-] (this depends on where the Force value is configured)
0 (this depends on Force
Default value where the Force value valueAlternative NO
is configured) config
Step 1 (this depends on where the Force value is configured)
Comm object 10681 Related applications all
Config level Standard
Setpoint visibility Always
Description
This is one of the 16 setpoints reserved for using as alternative setpoints for the force value functions.
The alternative setpoint is to be assigned to a particular force value function and renamed in GenConfig.
See also the input FORCEVALUEIN 1 (PAGE 452).
Note: It is not obligatory to use one of these reserved setpoints for a force value function. It is possible to
use also any other setpoint or value with matching dimension and decimal resolution.

Note: There isn't any relation between the default names of the force value function blocks, associated
binary inputs and the default names of the reserved setpoints. In other words, the setpoint with default
name Force value 3 is not related to the Force value 3 function block.

6 back to List of setpoints

Force value 16
Setpoint group Force value Related FW 1.0.0
Range [units] [-] (this depends on where the Force value is configured)
0 (this depends on Force
Default value where the Force value valueAlternative NO
is configured) config
Step 1 (this depends on where the Force value is configured)
Comm object 10682 Related applications all
Config level Standard
Setpoint visibility Always
Description
This is one of the 16 setpoints reserved for using as alternative setpoints for the force value functions.
The alternative setpoint is to be assigned to a particular force value function and renamed in GenConfig.
See also the input FORCEVALUEIN 1 (PAGE 452).
Note: It is not obligatory to use one of these reserved setpoints for a force value function. It is possible to
use also any other setpoint or value with matching dimension and decimal resolution.

Note: There isn't any relation between the default names of the force value function blocks, associated
binary inputs and the default names of the reserved setpoints. In other words, the setpoint with default
name Force value 3 is not related to the Force value 3 function block.

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Force value 17
Setpoint group Force value Related FW 1.0.0
Range [units] [-] (this depends on where the Force value is configured)
0 (this depends on Force
Default value where the Force value valueAlternative NO
is configured) config
Step 1 (this depends on where the Force value is configured)
Comm object 15616 Related applications all
Config level Standard
Setpoint visibility Always
Description
This is one of the 32 setpoints reserved for using as alternative setpoints for the force value functions.
The alternative setpoint is to be assigned to a particular force value function and renamed in GenConfig.
See also the input FORCEVALUEIN 1 (PAGE 452).
Note: It is not obligatory to use one of these reserved setpoints for a force value function. It is possible to
use also any other setpoint or value with matching dimension and decimal resolution.

Note: There isn't any relation between the default names of the force value function blocks, associated
binary inputs and the default names of the reserved setpoints. In other words, the setpoint with default
name Force value 3 is not related to the Force value 3 function block.

6 back to List of setpoints

Force value 18
Setpoint group Force value Related FW 1.0.0
Range [units] [-] (this depends on where the Force value is configured)
0 (this depends on Force
Default value where the Force value valueAlternative NO
is configured) config
Step 1 (this depends on where the Force value is configured)
Comm object 15617 Related applications all
Config level Standard
Setpoint visibility Always
Description
This is one of the 32 setpoints reserved for using as alternative setpoints for the force value functions.
The alternative setpoint is to be assigned to a particular force value function and renamed in GenConfig.
See also the input FORCEVALUEIN 1 (PAGE 452).
Note: It is not obligatory to use one of these reserved setpoints for a force value function. It is possible to
use also any other setpoint or value with matching dimension and decimal resolution.

Note: There isn't any relation between the default names of the force value function blocks, associated
binary inputs and the default names of the reserved setpoints. In other words, the setpoint with default
name Force value 3 is not related to the Force value 3 function block.

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Force value 19
Setpoint group Force value Related FW 1.0.0
Range [units] [-] (this depends on where the Force value is configured)
0 (this depends on Force
Default value where the Force value valueAlternative NO
is configured) config
Step 1 (this depends on where the Force value is configured)
Comm object 15618 Related applications all
Config level Standard
Setpoint visibility Always
Description
This is one of the 32 setpoints reserved for using as alternative setpoints for the force value functions.
The alternative setpoint is to be assigned to a particular force value function and renamed in GenConfig.
See also the input FORCEVALUEIN 1 (PAGE 452).
Note: It is not obligatory to use one of these reserved setpoints for a force value function. It is possible to
use also any other setpoint or value with matching dimension and decimal resolution.

Note: There isn't any relation between the default names of the force value function blocks, associated
binary inputs and the default names of the reserved setpoints. In other words, the setpoint with default
name Force value 3 is not related to the Force value 3 function block.

6 back to List of setpoints

Force value 20
Setpoint group Force value Related FW 1.0.0
Range [units] [-] (this depends on where the Force value is configured)
0 (this depends on Force
Default value where the Force value valueAlternative NO
is configured) config
Step 1 (this depends on where the Force value is configured)
Comm object 15619 Related applications all
Config level Standard
Setpoint visibility Always
Description
This is one of the 32 setpoints reserved for using as alternative setpoints for the force value functions.
The alternative setpoint is to be assigned to a particular force value function and renamed in GenConfig.
See also the input FORCEVALUEIN 1 (PAGE 452).
Note: It is not obligatory to use one of these reserved setpoints for a force value function. It is possible to
use also any other setpoint or value with matching dimension and decimal resolution.

Note: There isn't any relation between the default names of the force value function blocks, associated
binary inputs and the default names of the reserved setpoints. In other words, the setpoint with default
name Force value 3 is not related to the Force value 3 function block.

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Force value 21
Setpoint group Force value Related FW 1.0.0
Range [units] [-] (this depends on where the Force value is configured)
0 (this depends on Force
Default value where the Force value valueAlternative NO
is configured) config
Step 1 (this depends on where the Force value is configured)
Comm object 15620 Related applications all
Config level Standard
Setpoint visibility Always
Description
This is one of the 32 setpoints reserved for using as alternative setpoints for the force value functions.
The alternative setpoint is to be assigned to a particular force value function and renamed in GenConfig.
See also the input FORCEVALUEIN 1 (PAGE 452).
Note: It is not obligatory to use one of these reserved setpoints for a force value function. It is possible to
use also any other setpoint or value with matching dimension and decimal resolution.

Note: There isn't any relation between the default names of the force value function blocks, associated
binary inputs and the default names of the reserved setpoints. In other words, the setpoint with default
name Force value 3 is not related to the Force value 3 function block.

6 back to List of setpoints

Force value 22
Setpoint group Force value Related FW 1.0.0
Range [units] [-] (this depends on where the Force value is configured)
0 (this depends on Force
Default value where the Force value valueAlternative NO
is configured) config
Step 1 (this depends on where the Force value is configured)
Comm object 15621 Related applications all
Config level Standard
Setpoint visibility Always
Description
This is one of the 32 setpoints reserved for using as alternative setpoints for the force value functions.
The alternative setpoint is to be assigned to a particular force value function and renamed in GenConfig.
See also the input FORCEVALUEIN 1 (PAGE 452).
Note: It is not obligatory to use one of these reserved setpoints for a force value function. It is possible to
use also any other setpoint or value with matching dimension and decimal resolution.

Note: There isn't any relation between the default names of the force value function blocks, associated
binary inputs and the default names of the reserved setpoints. In other words, the setpoint with default
name Force value 3 is not related to the Force value 3 function block.

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Force value 23
Setpoint group Force value Related FW 1.0.0
Range [units] [-] (this depends on where the Force value is configured)
0 (this depends on Force
Default value where the Force value valueAlternative NO
is configured) config
Step 1 (this depends on where the Force value is configured)
Comm object 15622 Related applications all
Config level Standard
Setpoint visibility Always
Description
This is one of the 32 setpoints reserved for using as alternative setpoints for the force value functions.
The alternative setpoint is to be assigned to a particular force value function and renamed in GenConfig.
See also the input FORCEVALUEIN 1 (PAGE 452).
Note: It is not obligatory to use one of these reserved setpoints for a force value function. It is possible to
use also any other setpoint or value with matching dimension and decimal resolution.

Note: There isn't any relation between the default names of the force value function blocks, associated
binary inputs and the default names of the reserved setpoints. In other words, the setpoint with default
name Force value 3 is not related to the Force value 3 function block.

6 back to List of setpoints

Force value 24
Setpoint group Force value Related FW 1.0.0
Range [units] [-] (this depends on where the Force value is configured)
0 (this depends on Force
Default value where the Force value valueAlternative NO
is configured) config
Step 1 (this depends on where the Force value is configured)
Comm object 15623 Related applications all
Config level Standard
Setpoint visibility Always
Description
This is one of the 32 setpoints reserved for using as alternative setpoints for the force value functions.
The alternative setpoint is to be assigned to a particular force value function and renamed in GenConfig.
See also the input FORCEVALUEIN 1 (PAGE 452).
Note: It is not obligatory to use one of these reserved setpoints for a force value function. It is possible to
use also any other setpoint or value with matching dimension and decimal resolution.

Note: There isn't any relation between the default names of the force value function blocks, associated
binary inputs and the default names of the reserved setpoints. In other words, the setpoint with default
name Force value 3 is not related to the Force value 3 function block.

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Force value 25
Setpoint group Force value Related FW 1.0.0
Range [units] [-] (this depends on where the Force value is configured)
0 (this depends on Force
Default value where the Force value valueAlternative NO
is configured) config
Step 1 (this depends on where the Force value is configured)
Comm object 15624 Related applications all
Config level Standard
Setpoint visibility Always
Description
This is one of the 32 setpoints reserved for using as alternative setpoints for the force value functions.
The alternative setpoint is to be assigned to a particular force value function and renamed in GenConfig.
See also the input FORCEVALUEIN 1 (PAGE 452).
Note: It is not obligatory to use one of these reserved setpoints for a force value function. It is possible to
use also any other setpoint or value with matching dimension and decimal resolution.

Note: There isn't any relation between the default names of the force value function blocks, associated
binary inputs and the default names of the reserved setpoints. In other words, the setpoint with default
name Force value 3 is not related to the Force value 3 function block.

6 back to List of setpoints

Force value 26
Setpoint group Force value Related FW 1.0.0
Range [units] [-] (this depends on where the Force value is configured)
0 (this depends on Force
Default value where the Force value valueAlternative NO
is configured) config
Step 1 (this depends on where the Force value is configured)
Comm object 15625 Related applications all
Config level Standard
Setpoint visibility Always
Description
This is one of the 32 setpoints reserved for using as alternative setpoints for the force value functions.
The alternative setpoint is to be assigned to a particular force value function and renamed in GenConfig.
See also the input FORCEVALUEIN 1 (PAGE 452).
Note: It is not obligatory to use one of these reserved setpoints for a force value function. It is possible to
use also any other setpoint or value with matching dimension and decimal resolution.

Note: There isn't any relation between the default names of the force value function blocks, associated
binary inputs and the default names of the reserved setpoints. In other words, the setpoint with default
name Force value 3 is not related to the Force value 3 function block.

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Force value 27
Setpoint group Force value Related FW 1.0.0
Range [units] [-] (this depends on where the Force value is configured)
0 (this depends on Force
Default value where the Force value valueAlternative NO
is configured) config
Step 1 (this depends on where the Force value is configured)
Comm object 15626 Related applications all
Config level Standard
Setpoint visibility Always
Description
This is one of the 32 setpoints reserved for using as alternative setpoints for the force value functions.
The alternative setpoint is to be assigned to a particular force value function and renamed in GenConfig.
See also the input FORCEVALUEIN 1 (PAGE 452).
Note: It is not obligatory to use one of these reserved setpoints for a force value function. It is possible to
use also any other setpoint or value with matching dimension and decimal resolution.

Note: There isn't any relation between the default names of the force value function blocks, associated
binary inputs and the default names of the reserved setpoints. In other words, the setpoint with default
name Force value 3 is not related to the Force value 3 function block.

6 back to List of setpoints

Force value 28
Setpoint group Force value Related FW 1.0.0
Range [units] [-] (this depends on where the Force value is configured)
0 (this depends on Force
Default value where the Force value valueAlternative NO
is configured) config
Step 1 (this depends on where the Force value is configured)
Comm object 15627 Related applications all
Config level Standard
Setpoint visibility Always
Description
This is one of the 32 setpoints reserved for using as alternative setpoints for the force value functions.
The alternative setpoint is to be assigned to a particular force value function and renamed in GenConfig.
See also the input FORCEVALUEIN 1 (PAGE 452).
Note: It is not obligatory to use one of these reserved setpoints for a force value function. It is possible to
use also any other setpoint or value with matching dimension and decimal resolution.

Note: There isn't any relation between the default names of the force value function blocks, associated
binary inputs and the default names of the reserved setpoints. In other words, the setpoint with default
name Force value 3 is not related to the Force value 3 function block.

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Force value 29
Setpoint group Force value Related FW 1.0.0
Range [units] [-] (this depends on where the Force value is configured)
0 (this depends on Force
Default value where the Force value valueAlternative NO
is configured) config
Step 1 (this depends on where the Force value is configured)
Comm object 15628 Related applications all
Config level Standard
Setpoint visibility Always
Description
This is one of the 32 setpoints reserved for using as alternative setpoints for the force value functions.
The alternative setpoint is to be assigned to a particular force value function and renamed in GenConfig.
See also the input FORCEVALUEIN 1 (PAGE 452).
Note: It is not obligatory to use one of these reserved setpoints for a force value function. It is possible to
use also any other setpoint or value with matching dimension and decimal resolution.

Note: There isn't any relation between the default names of the force value function blocks, associated
binary inputs and the default names of the reserved setpoints. In other words, the setpoint with default
name Force value 3 is not related to the Force value 3 function block.

6 back to List of setpoints

Force value 30
Setpoint group Force value Related FW 1.0.0
Range [units] [-] (this depends on where the Force value is configured)
0 (this depends on Force
Default value where the Force value valueAlternative NO
is configured) config
Step 1 (this depends on where the Force value is configured)
Comm object 15629 Related applications all
Config level Standard
Setpoint visibility Always
Description
This is one of the 32 setpoints reserved for using as alternative setpoints for the force value functions.
The alternative setpoint is to be assigned to a particular force value function and renamed in GenConfig.
See also the input FORCEVALUEIN 1 (PAGE 452).
Note: It is not obligatory to use one of these reserved setpoints for a force value function. It is possible to
use also any other setpoint or value with matching dimension and decimal resolution.

Note: There isn't any relation between the default names of the force value function blocks, associated
binary inputs and the default names of the reserved setpoints. In other words, the setpoint with default
name Force value 3 is not related to the Force value 3 function block.

InteliDrive-BB-1.0.0 Global Guide 280

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Force value 31
Setpoint group Force value Related FW 1.0.0
Range [units] [-] (this depends on where the Force value is configured)
0 (this depends on Force
Default value where the Force value valueAlternative NO
is configured) config
Step 1 (this depends on where the Force value is configured)
Comm object 15630 Related applications all
Config level Standard
Setpoint visibility Always
Description
This is one of the 32 setpoints reserved for using as alternative setpoints for the force value functions.
The alternative setpoint is to be assigned to a particular force value function and renamed in GenConfig.
See also the input FORCEVALUEIN 1 (PAGE 452).
Note: It is not obligatory to use one of these reserved setpoints for a force value function. It is possible to
use also any other setpoint or value with matching dimension and decimal resolution.

Note: There isn't any relation between the default names of the force value function blocks, associated
binary inputs and the default names of the reserved setpoints. In other words, the setpoint with default
name Force value 3 is not related to the Force value 3 function block.

6 back to List of setpoints

Force value 32
Setpoint group Force value Related FW 1.0.0
Range [units] [-] (this depends on where the Force value is configured)
0 (this depends on Force
Default value where the Force value valueAlternative NO
is configured) config
Step 1 (this depends on where the Force value is configured)
Comm object 15631 Related applications all
Config level Standard
Setpoint visibility Always
Description
This is one of the 32 setpoints reserved for using as alternative setpoints for the force value functions.
The alternative setpoint is to be assigned to a particular force value function and renamed in GenConfig.
See also the input FORCEVALUEIN 1 (PAGE 452).
Note: It is not obligatory to use one of these reserved setpoints for a force value function. It is possible to
use also any other setpoint or value with matching dimension and decimal resolution.

Note: There isn't any relation between the default names of the force value function blocks, associated
binary inputs and the default names of the reserved setpoints. In other words, the setpoint with default
name Force value 3 is not related to the Force value 3 function block.

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ExValue1LoLim
Setpoint group Force value Related FW 1.0.0
Range [units] -32000..ExValue1HiLim (page 288)[X]
Force
Default value 0 valueAlternative NO
config
Step 1
Comm object 11012 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the low limit of the value of ExValue 1 if the value is lowered/raised by the binary
inputs EXVALUE1 UP (PAGE 439) and EXVALUE1 DOWN (PAGE 442). The ExValue 1 is never lowered
below this limit.
Note: This limit is not taken into account if the value ExValue 1 is written remotely from a terminal using
the appropriate command ExValue #n.

6 back to List of setpoints

ExValue2LoLim
Setpoint group Force value Related FW 1.0.0
Range [units] -32000..ExValue2HiLim (page 288)[X]
Force
Default value 0 valueAlternative NO
config
Step 1
Comm object 11013 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the low limit of the value of ExValue 2 if the value is lowered/raised by the binary
inputs EXVALUE2 UP (PAGE 440) and EXVALUE2 DOWN (PAGE 442). The ExValue 2 is never lowered
below this limit.
Note: This limit is not taken into account if the value ExValue 2 is written remotely from a terminal using
the appropriate command ExValue #n.

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InteliDrive-BB-1.0.0 Global Guide 282

 ExValue3LoLim
Setpoint group Force value Related FW 1.0.0
Range [units] -32000..ExValue3HiLim (page 289)[X]
Force
Default value 0 valueAlternative NO
config
Step 1
Comm object 11014 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the low limit of the value of ExValue 3 if the value is lowered/raised by the binary
inputs EXVALUE3 UP (PAGE 440) and EXVALUE3 DOWN (PAGE 443). The ExValue 3 is never lowered
below this limit.
Note: This limit is not taken into account if the value ExValue 3 is written remotely from a terminal using
the appropriate command ExValue #n..

6 back to List of setpoints

ExValue4LoLim
Setpoint group Force value Related FW 1.0.0
Range [units] -32000..ExValue1HiLim (page 288)[X]
Force
Default value 0 valueAlternative NO
config
Step 1
Comm object 11015 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the low limit of the value of ExValue 4 if the value is lowered/raised by the binary
inputs EXVALUE4 UP (PAGE 440) and EXVALUE4 DOWN (PAGE 443). The ExValue 4 is never lowered
below this limit.
Note: This limit is not taken into account if the value ExValue 4 is written remotely from a terminal using
the appropriate command ExValue #n.

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InteliDrive-BB-1.0.0 Global Guide 283

 ExValue5LoLim
Setpoint group Force value Related FW 1.0.0
Range [units] -32000..ExValue5HiLim (page 290)[X]
Force
Default value 0 valueAlternative NO
config
Step 1
Comm object 16505 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the low limit of the value of ExValue 5 if the value is lowered/raised by the binary
inputs EXVALUE5 UP (PAGE 440) and EXVALUE5 DOWN (PAGE 443). The ExValue 5 is never lowered
below this limit.
Note: This limit is not taken into account if the value ExValue 5 is written remotely from a terminal using
the appropriate command ExValue #n.

6 back to List of setpoints

ExValue6LoLim
Setpoint group Force value Related FW 1.0.0
Range [units] -32000..ExValue2HiLim (page 288)[X]
Force
Default value 0 valueAlternative NO
config
Step 1
Comm object 16506 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the low limit of the value of ExValue 6 if the value is lowered/raised by the binary
inputs EXVALUE6 UP (PAGE 441) and EXVALUE6 DOWN (PAGE 443). The ExValue 6 is never lowered
below this limit.
Note: This limit is not taken into account if the value ExValue 6 is written remotely from a terminal using
the appropriate command ExValue #n.

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InteliDrive-BB-1.0.0 Global Guide 284

 ExValue7LoLim
Setpoint group Force value Related FW 1.0.0
Range [units] -32000..ExValue2HiLim (page 288)[X]
Force
Default value 0 valueAlternative NO
config
Step 1
Comm object 16507 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the low limit of the value of ExValue 7 if the value is lowered/raised by the binary
inputs EXVALUE7 UP (PAGE 441) and EXVALUE7 DOWN (PAGE 444). The ExValue 7 is never lowered
below this limit.
Note: This limit is not taken into account if the value ExValue 7 is written remotely from a terminal using
the appropriate command ExValue #n.

6 back to List of setpoints

ExValue8LoLim
Setpoint group Force value Related FW 1.0.0
Range [units] -32000..ExValue2HiLim (page 288)[X]
Force
Default value 0 valueAlternative NO
config
Step 1
Comm object 16508 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the low limit of the value of ExValue 8 if the value is lowered/raised by the binary
inputs EXVALUE8 UP (PAGE 441) and EXVALUE8 DOWN (PAGE 444). The ExValue 8 is never lowered
below this limit.
Note: This limit is not taken into account if the value ExValue 8 is written remotely from a terminal using
the appropriate command ExValue #n.

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InteliDrive-BB-1.0.0 Global Guide 285

 ExValue9LoLim
Setpoint group Force value Related FW 1.0.0
Range [units] -32000..ExValue2HiLim (page 288)[X]
Force
Default value 0 valueAlternative NO
config
Step 1
Comm object 16509 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the low limit of the value of ExValue 9 if the value is lowered/raised by the binary
inputs EXVALUE9 UP (PAGE 441) and EXVALUE9 DOWN (PAGE 444). The ExValue 9 is never lowered
below this limit.
Note: This limit is not taken into account if the value ExValue 9 is written remotely from a terminal using
the appropriate command ExValue #n.

6 back to List of setpoints

ExValue10LoLim
Setpoint group Force value Related FW 1.0.0
Range [units] -32000..ExValue2HiLim (page 288)[X]
Force
Default value 0 valueAlternative NO
config
Step 1
Comm object 16510 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the low limit of the value of ExValue 10 if the value is lowered/raised by the binary
inputs EXVALUE10 UP (PAGE 441) and EXVALUE10 DOWN (PAGE 444). The ExValue 10 is never lowered
below this limit.
Note: This limit is not taken into account if the value ExValue 10 is written remotely from a terminal
using the appropriate command ExValue #n.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 286

 ExValue11LoLim
Setpoint group Force value Related FW 1.0.0
Range [units] -32000..ExValue2HiLim (page 288)[X]
Force
Default value 0 valueAlternative NO
config
Step 1
Comm object 16511 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the low limit of the value of ExValue 11 if the value is lowered/raised by the binary
inputs EXVALUE2 UP (PAGE 440) and EXVALUE2 DOWN (PAGE 442). The ExValue 11 is never lowered
below this limit.
Note: This limit is not taken into account if the value ExValue 2 is written remotely from a terminal using
the appropriate command ExValue #n.

6 back to List of setpoints

ExValue12LoLim
Setpoint group Force value Related FW 1.0.0
Range [units] -32000..ExValue2HiLim (page 288)[X]
Force
Default value 0 valueAlternative NO
config
Step 1
Comm object 16512 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the low limit of the value of ExValue 12 if the value is lowered/raised by the binary
inputs EXVALUE2 UP (PAGE 440) and EXVALUE2 DOWN (PAGE 442). The ExValue 12 is never lowered
below this limit.
Note: This limit is not taken into account if the value ExValue 12 is written remotely from a terminal
using the appropriate command ExValue #n.

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InteliDrive-BB-1.0.0 Global Guide 287

 ExValue1HiLim
Setpoint group Force value Related FW 1.0.0
Range [units] ExValue1LoLim (page 282)..32000[X]
Force
Default value 0 valueAlternative NO
config
Step 1
Comm object 11016 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the high limit of the value of ExValue 1 if the value is lowered/raised by the binary
inputs EXVALUE1 UP (PAGE 439) and EXVALUE1 DOWN (PAGE 442). The ExValue 1 is never raised over
this limit.
Note: This limit is not taken into account if the value ExValue 1 is written remotely from a terminal using
the appropriate command ExValue #n.

6 back to List of setpoints

ExValue2HiLim
Setpoint group Force value Related FW 1.0.0
Range [units] ExValue2LoLim (page 282)..32000[X]
Force
Default value 0 valueAlternative NO
config
Step 1
Comm object 11017 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the high limit of the value of ExValue 2 if the value is lowered/raised by the binary
inputs EXVALUE2 UP (PAGE 440) and EXVALUE2 DOWN (PAGE 442). The ExValue 2 is never raised over
this limit.
Note: This limit is not taken into account if the value ExValue 2 is written remotely from a terminal using
the appropriate command ExValue #n.

Note: For IS-NT only.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 288

 ExValue3HiLim
Setpoint group Force value Related FW 1.0.0
Range [units] ExValue3LoLim (page 283)..32000[X]
Force
Default value 0 valueAlternative NO
config
Step 1
Comm object 11018 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the high limit of the value of ExValue 3 if the value is lowered/raised by the binary
inputs EXVALUE3 UP (PAGE 440) and EXVALUE3 DOWN (PAGE 443). The ExValue 3 is never raised over
this limit.
Note: This limit is not taken into account if the value ExValue 3 is written remotely from a terminal using
the appropriate command ExValue #n.

Note: For IS-NT only.

6 back to List of setpoints

ExValue4HiLim
Setpoint group Force value Related FW 1.0.0
Range [units] ExValue4LoLim (page 283)..32000[X]
Force
Default value 0 valueAlternative NO
config
Step 1
Comm object 11019 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the high limit of the value of ExValue 4 if the value is lowered/raised by the binary
inputs EXVALUE4 UP (PAGE 440) and EXVALUE4 DOWN (PAGE 443). The ExValue 4 is never raised over
this limit.
Note: This limit is not taken into account if the value ExValue 4 is written remotely from a terminal using
the appropriate command ExValue #n.

Note: For IS-NT only.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 289

 ExValue5HiLim
Setpoint group Force value Related FW 1.0.0
Range [units] ExValue5LoLim (page 284)..32000[X]
Force
Default value 0 valueAlternative NO
config
Step 1
Comm object 16513 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the high limit of the value of ExValue 5 if the value is lowered/raised by the binary
inputs EXVALUE5 UP (PAGE 440) and EXVALUE5 DOWN (PAGE 443). The ExValue 5 is never raised over
this limit.
Note: This limit is not taken into account if the value ExValue 5 is written remotely from a terminal using
the appropriate command ExValue #n.

Note: For IS-NT only.

6 back to List of setpoints

ExValue6HiLim
Setpoint group Force value Related FW 1.0.0
Range [units] ExValue6LoLim (page 284)..32000[X]
Force
Default value 0 valueAlternative NO
config
Step 1
Comm object 16514 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the high limit of the value of ExValue 6 if the value is lowered/raised by the binary
inputs EXVALUE6 UP (PAGE 441) and EXVALUE6 DOWN (PAGE 443). The ExValue 6 is never raised over
this limit.
Note: This limit is not taken into account if the value ExValue 6 is written remotely from a terminal using
the appropriate command ExValue #n.

Note: For IS-NT only.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 290

 ExValue7HiLim
Setpoint group Force value Related FW 1.0.0
Range [units] ExValue7LoLim (page 285)..32000[X]
Force
Default value 0 valueAlternative NO
config
Step 1
Comm object 16515 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the high limit of the value of ExValue 7 if the value is lowered/raised by the binary
inputs EXVALUE7 UP (PAGE 441) and EXVALUE7 DOWN (PAGE 444). The ExValue 7 is never raised over
this limit.
Note: This limit is not taken into account if the value ExValue 7 is written remotely from a terminal using
the appropriate command ExValue #n.

Note: For IS-NT only.

6 back to List of setpoints

ExValue8HiLim
Setpoint group Force value Related FW 1.0.0
Range [units] ExValue8LoLim (page 285)..32000[X]
Force
Default value 0 valueAlternative NO
config
Step 1
Comm object 16516 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the high limit of the value of ExValue 8 if the value is lowered/raised by the binary
inputs EXVALUE8 UP (PAGE 441) and EXVALUE8 DOWN (PAGE 444). The ExValue 8 is never raised over
this limit.
Note: This limit is not taken into account if the value ExValue 8 is written remotely from a terminal using
the appropriate command ExValue #n.

Note: For IS-NT only.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 291

 ExValue9HiLim
Setpoint group Force value Related FW 1.0.0
Range [units] ExValue9LoLim (page 286)..32000[X]
Force
Default value 0 valueAlternative NO
config
Step 1
Comm object 16517 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the high limit of the value of ExValue 9 if the value is lowered/raised by the binary
inputs EXVALUE9 UP (PAGE 441) and EXVALUE9 DOWN (PAGE 444). The ExValue 9 is never raised over
this limit.
Note: This limit is not taken into account if the value ExValue 9 is written remotely from a terminal using
the appropriate command ExValue #n.

Note: For IS-NT only.

6 back to List of setpoints

ExValue10HiLim
Setpoint group Force value Related FW 1.0.0
Range [units] ExValue10LoLim (page 286)..32000[X]
Force
Default value 0 valueAlternative NO
config
Step 1
Comm object 16518 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the high limit of the value of ExValue 10 if the value is lowered/raised by the binary
inputs EXVALUE10 UP (PAGE 441) and EXVALUE10 DOWN (PAGE 444). The ExValue 10 is never raised
over this limit.
Note: This limit is not taken into account if the value ExValue 10 is written remotely from a terminal
using the appropriate command ExValue #n.

Note: For IS-NT only.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 292

 ExValue11HiLim
Setpoint group Force value Related FW 1.0.0
Range [units] ExValue11LoLim (page 287)..32000[X]
Force
Default value 0 valueAlternative NO
config
Step 1
Comm object 16519 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the high limit of the value of ExValue 11 if the value is lowered/raised by the binary
inputs EXVALUE11 UP (PAGE 442) and EXVALUE11 DOWN (PAGE 445). The ExValue 11 is never raised
over this limit.
Note: This limit is not taken into account if the value ExValue 11 is written remotely from a terminal
using the appropriate command ExValue #n.

Note: For IS-NT only.

6 back to List of setpoints

ExValue12HiLim
Setpoint group Force value Related FW 1.0.0
Range [units] ExValue12LoLim (page 287)..32000[X]
Force
Default value 0 valueAlternative NO
config
Step 1
Comm object 16520 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the high limit of the value of ExValue 12 if the value is lowered/raised by the binary
inputs EXVALUE12 UP (PAGE 442) and EXVALUE12 DOWN (PAGE 445). The ExValue 12 is never raised
over this limit.
Note: This limit is not taken into account if the value ExValue 12 is written remotely from a terminal
using the appropriate command ExValue #n.

Note: For IS-NT only.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 293

 ExValue1 rate
Setpoint group Force value Related FW 1.0.0
Range [units] 1..10000[X/s]
Force
Default value 1 valueAlternative YES
config
Step 1
Comm object 11020 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the rate pre second at which the ExValue 1 is beeing changed while the input
EXVALUE1 UP (PAGE 439) or EXVALUE1 DOWN (PAGE 442) is active.

6 back to List of setpoints

ExValue2 rate
Setpoint group Force value Related FW 1.0.0
Range [units] 1..10000[X/s]
Force
Default value 1 valueAlternative YES
config
Step 1
Comm object 11021 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the rate pre second at which the ExValue 2 is beeing changed while the input
EXVALUE2 UP (PAGE 440) or EXVALUE2 DOWN (PAGE 442) is active.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 294

 ExValue3 rate
Setpoint group Force value Related FW 1.0.0
Range [units] 1..10000[X/s]
Force
Default value 1 valueAlternative YES
config
Step 1
Comm object 11022 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the rate pre second at which the ExValue 3 is beeing changed while the input
EXVALUE3 UP (PAGE 440) or EXVALUE3 DOWN (PAGE 443) is active.

6 back to List of setpoints

ExValue4 rate
Setpoint group Force value Related FW 1.0.0
Range [units] 1..10000[X/s]
Force
Default value 1 valueAlternative YES
config
Step 1
Comm object 11023 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the rate pre second at which the ExValue 4 is beeing changed while the input
EXVALUE4 UP (PAGE 440) or EXVALUE4 DOWN (PAGE 443) is active.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 295

 ExValue5 rate
Setpoint group Force value Related FW 1.0.0
Range [units] 1..10000[X/s]
Force
Default value 1 valueAlternative YES
config
Step 1
Comm object 16529 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the rate per second at which the ExValue 5 is being changed while the input
EXVALUE5 UP (PAGE 440) or EXVALUE5 DOWN (PAGE 443) is active.

6 back to List of setpoints

ExValue6 rate
Setpoint group Force value Related FW 1.0.0
Range [units] 1..10000[X/s]
Force
Default value 1 valueAlternative YES
config
Step 1
Comm object 16530 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the rate pre second at which the ExValue 6 is being changed while the input
EXVALUE6 UP (PAGE 441) or EXVALUE6 DOWN (PAGE 443) is active.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 296

 ExValue7 rate
Setpoint group Force value Related FW 1.0.0
Range [units] 1..10000[X/s]
Force
Default value 1 valueAlternative YES
config
Step 1
Comm object 16531 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the rate pre second at which the ExValue 7 is being changed while the input
EXVALUE7 UP (PAGE 441) or EXVALUE7 DOWN (PAGE 444) is active.

6 back to List of setpoints

ExValue8 rate
Setpoint group Force value Related FW 1.0.0
Range [units] 1..10000[X/s]
Force
Default value 1 valueAlternative YES
config
Step 1
Comm object 16532 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the rate pre second at which the ExValue 8 is being changed while the input
EXVALUE8 UP (PAGE 441) or EXVALUE8 DOWN (PAGE 444) is active.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 297

 ExValue9 rate
Setpoint group Force value Related FW 1.0.0
Range [units] 1..10000[X/s]
Force
Default value 1 valueAlternative YES
config
Step 1
Comm object 16533 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the rate pre second at which the ExValue 9 is being changed while the input
EXVALUE9 UP (PAGE 441) or EXVALUE9 DOWN (PAGE 444) is active.

6 back to List of setpoints

ExValue10 rate
Setpoint group Force value Related FW 1.0.0
Range [units] 1..10000[X/s]
Force
Default value 1 valueAlternative YES
config
Step 1
Comm object 16534 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the rate pre second at which the ExValue 10 is being changed while the input
EXVALUE10 UP (PAGE 441) or EXVALUE10 DOWN (PAGE 444) is active.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 298

 ExValue11 rate
Setpoint group Force value Related FW 1.0.0
Range [units] 1..10000[X/s]
Force
Default value 1 valueAlternative YES
config
Step 1
Comm object 16535 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the rate pre second at which the ExValue 11 is being changed while the input
EXVALUE11 UP (PAGE 442) or EXVALUE11 DOWN (PAGE 445) is active.

6 back to List of setpoints

ExValue12 rate
Setpoint group Force value Related FW 1.0.0
Range [units] 1..10000[X/s]
Force
Default value 1 valueAlternative YES
config
Step 1
Comm object 16536 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the rate per second at which the ExValue 12 is being changed while the input
EXVALUE12 UP (PAGE 442) or EXVALUE12 DOWN (PAGE 445) is active.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 299

 ExValue1deflt
Setpoint group Force value Related FW 1.0.0
Range [units] -32000..32000[x]
Force
Default value 0 valueAlternative YES
config
Step 1
Comm object 11008 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the reset (initial) value of the ExValue 1. This initial value is applied either when the
controller is powered-on or when the ExValue 1 is reset by the binary input EXVALUE1RESET (PAGE 445).

6 back to List of setpoints

ExValue2deflt
Setpoint group Force value Related FW 1.0.0
Range [units] -32000..32000[x]
Force
Default value 0 valueAlternative YES
config
Step 1
Comm object 11009 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the reset (initial) value of the ExValue 2. This initial value is applied either when the
controller is powered-on or when the ExValue 2 is reset by the binary input EXVALUE2RESET (PAGE 446).

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 300

 ExValue3deflt
Setpoint group Force value Related FW 1.0.0
Range [units] -32000..32000[x]
Force
Default value 100 valueAlternative YES
config
Step 1
Comm object 11010 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the reset (initial) value of the ExValue 3. This initial value is applied either when the
controller is powered-on or when the ExValue 3 is reset by the binary input EXVALUE3RESET (PAGE 446).

6 back to List of setpoints

ExValue4deflt
Setpoint group Force value Related FW 1.0.0
Range [units] -32000..32000[x]
Force
Default value 100 valueAlternative YES
config
Step 1
Comm object 11011 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the reset (initial) value of the ExValue 4. This initial value is applied either when the
controller is powered-on or when the ExValue 4 is reset by the binary input EXVALUE4RESET (PAGE 446).

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 301

 ExValue5deflt
Setpoint group Force value Related FW 1.0.0
Range [units] ExValue5LoLim..ExValue5HiLim[x]
Force
Default value 100 valueAlternative YES
config
Step 1
Comm object 16521 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the reset (initial) value of the ExValue 5. This initial value is applied either when the
controller is powered-on or when the ExValue 5 is reset by the binary input EXVALUE5RESET (PAGE 447).

6 back to List of setpoints

ExValue6deflt
Setpoint group Force value Related FW 1.0.0
Range [units] ExValue6LoLim..ExValue6HiLim[x]
Force
Default value 100 valueAlternative YES
config
Step 1
Comm object 16522 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the reset (initial) value of the ExValue 6. This initial value is applied either when the
controller is powered-on or when the ExValue 6 is reset by the binary input EXVALUE6RESET (PAGE 447).

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 302

 ExValue7deflt
Setpoint group Force value Related FW 1.0.0
Range [units] ExValue7LoLim..ExValue7HiLim[x]
Force
Default value 100 valueAlternative YES
config
Step 1
Comm object 16523 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the reset (initial) value of the ExValue 7. This initial value is applied either when the
controller is powered-on or when the ExValue 7 is reset by the binary input EXVALUE7RESET (PAGE 447).

6 back to List of setpoints

ExValue8deflt
Setpoint group Force value Related FW 1.0.0
Range [units] ExValue8LoLim..ExValue8HiLim[x]
Force
Default value 100 valueAlternative YES
config
Step 1
Comm object 16524 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the reset (initial) value of the ExValue 8. This initial value is applied either when the
controller is powered-on or when the ExValue 8 is reset by the binary input EXVALUE8RESET (PAGE 448).

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 303

 ExValue9deflt
Setpoint group Force value Related FW 1.0.0
Range [units] ExValue9LoLim..ExValue9HiLim[x]
Force
Default value 100 valueAlternative YES
config
Step 1
Comm object 16525 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the reset (initial) value of the ExValue 9. This initial value is applied either when the
controller is powered-on or when the ExValue 9 is reset by the binary input EXVALUE9RESET (PAGE 448).

6 back to List of setpoints

ExValue10deflt
Setpoint group Force value Related FW 1.0.0
Range [units] ExValue10LoLim..ExValue10HiLim[x]
Force
Default value 100 valueAlternative YES
config
Step 1
Comm object 16526 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the reset (initial) value of the ExValue 10. This initial value is applied either when
the controller is powered-on or when the ExValue 10 is reset by the binary input EXVALUE10RESET (PAGE
448).

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 304

 ExValue11deflt
Setpoint group Force value Related FW 1.0.0
Range [units] ExValue11LoLim..ExValue11HiLim[x]
Force
Default value 100 valueAlternative YES
config
Step 1
Comm object 16527 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the reset (initial) value of the ExValue 11. This initial value is applied either when
the controller is powered-on or when the ExValue 11 is reset by the binary input EXVALUE11RESET (PAGE
449).

6 back to List of setpoints

ExValue12deflt
Setpoint group Force value Related FW 1.0.0
Range [units] ExValue12LoLim..ExValue12HiLim[x]
Force
Default value 100 valueAlternative YES
config
Step 1
Comm object 16528 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the reset (initial) value of the ExValue 12. This initial value is applied either when
the controller is powered-on or when the ExValue 12 is reset by the binary input EXVALUE12RESET (PAGE
449).

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 305

 Group: Timer settings
Timer channel 1
Setpoint group Timer settings Related FW 1.0.0
Range [units] [-]
Force
Default value OFF valueAlternative NO
config
Step -
Comm object 10969 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the mode of the Timer channel #1. Output from this channel is available in the
combined output TIMERACT 1-4 (PAGE 557).
Note: See the chapter General purpose timers (page 148) for more details about timers.

6 back to List of setpoints

Timer channel 2
Setpoint group Timer settings Related FW 1.0.0
Range [units] [-]
Force
Default value OFF valueAlternative NO
config
Step -
Comm object 10970 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the mode of the Timer channel #2. Output from this channel is available in the
combined output TIMERACT 1-4 (PAGE 557).
Note: See the chapter General purpose timers (page 148) for more details about timers

InteliDrive-BB-1.0.0 Global Guide 306

 Timer channel 3
Setpoint group Timer settings Related FW 1.0.0
Range [units] [-]
Force
Default value OFF valueAlternative NO
config
Step -
Comm object 10971 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the mode of the Timer channel #3. Output from this channel is available in the
combined output TIMERACT 1-4 (PAGE 557).
Note: See the chapter General purpose timers (page 148) for more details about timers

6 back to List of setpoints

Timer channel 4
Setpoint group Timer settings Related FW 1.0.0
Range [units] [-]
Force
Default value OFF valueAlternative NO
config
Step -
Comm object 10973 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the mode of the Timer channel #4. Output from this channel is available in the
combined output TIMERACT 1-4 (PAGE 557).
Note: See the chapter General purpose timers (page 148) for more details about timers

InteliDrive-BB-1.0.0 Global Guide 307

 Timer channel 5
Setpoint group Timer settings Related FW 1.0.0
Range [units] [-]
Force
Default value OFF valueAlternative NO
config
Step -
Comm object 10974 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the mode of the Timer channel #5. Output from this channel is available in the
combined output TIMERACT 5-8 (PAGE 557).
Note: See the chapter General purpose timers (page 148) for more details about timers

Timer channel 6
Setpoint group Timer settings Related FW 1.0.0
Range [units] [-]
Force
Default value OFF valueAlternative NO
config
Step -
Comm object 10975 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the mode of the Timer channel #6. Output from this channel is available in the
combined output TIMERACT 5-8 (PAGE 557).
Note: See the chapter General purpose timers (page 148) for more details about timers

InteliDrive-BB-1.0.0 Global Guide 308

 Timer channel 7
Setpoint group Timer settings Related FW 1.0.0
Range [units] [-]
Force
Default value OFF valueAlternative NO
config
Step -
Comm object 10976 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the mode of the Timer channel #7. Output from this channel is available in the
combined output TIMERACT 5-8 (PAGE 557).
Note: See the chapter General purpose timers (page 148) for more details about timers

Timer channel 8
Setpoint group Timer settings Related FW 1.0.0
Range [units] [-]
Force
Default value OFF valueAlternative NO
config
Step -
Comm object 10977 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the mode of the Timer channel #8. Output from this channel is available in the
combined output TIMERACT 5-8 (PAGE 557).
Note: See the chapter General purpose timers (page 148) for more details about timers

InteliDrive-BB-1.0.0 Global Guide 309

 Timer channel 9
Setpoint group Timer settings Related FW 1.0.0
Range [units] [-]
Force
Default value OFF valueAlternative NO
config
Step -
Comm object 10978 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the mode of the Timer channel #9. Output from this channel is available in the
combined output TIMERACT 9-12 (PAGE 557).
Note: See the chapter General purpose timers (page 148) for more details about timers

Timer channel 10
Setpoint group Timer settings Related FW 1.0.0
Range [units] [-]
Force
Default value OFF valueAlternative NO
config
Step -
Comm object 10979 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the mode of the Timer channel #10. Output from this channel is available in the
combined output TIMERACT 9-12 (PAGE 557).
Note: See the chapter General purpose timers (page 148) for more details about timers

InteliDrive-BB-1.0.0 Global Guide 310

 Timer channel 11
Setpoint group Timer settings Related FW 1.0.0
Range [units] [-]
Force
Default value OFF valueAlternative NO
config
Step -
Comm object 10980 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the mode of the Timer channel #11. Output from this channel is available in the
combined output TIMERACT 9-12 (PAGE 557).
Note: See the chapter General purpose timers (page 148) for more details about timers

Timer channel 12
Setpoint group Timer settings Related FW 1.0.0
Range [units] [-]
Force
Default value OFF valueAlternative NO
config
Step -
Comm object 10981 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the mode of the Timer channel #12. Output from this channel is available in the
combined output TIMERACT 9-12 (PAGE 557).
Note: See the chapter General purpose timers (page 148) for more details about timers

InteliDrive-BB-1.0.0 Global Guide 311

 Timer channel 13
Setpoint group Timer settings Related FW 1.0.0
Range [units] [-]
Force
Default value OFF valueAlternative NO
config
Step -
Comm object 10982 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the mode of the Timer channel #13. Output from this channel is available in the
combined output TIMERACT 13-16 (PAGE 558).
Note: See the chapter General purpose timers (page 148) for more details about timers

Timer channel 14
Setpoint group Timer settings Related FW 1.0.0
Range [units] [-]
Force
Default value OFF valueAlternative NO
config
Step -
Comm object 10983 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the mode of the Timer channel #14. Output from this channel is available in the
combined output TIMERACT 13-16 (PAGE 558).
Note: See the chapter General purpose timers (page 148) for more details about timers

InteliDrive-BB-1.0.0 Global Guide 312

 Timer channel 15
Setpoint group Timer settings Related FW 1.0.0
Range [units] [-]
Force
Default value OFF valueAlternative NO
config
Step -
Comm object 10984 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the mode of the Timer channel #15. Output from this channel is available in the
combined output TIMERACT 13-16 (PAGE 558).
Note: See the chapter General purpose timers (page 148) for more details about timers

Timer channel 16
Setpoint group Timer settings Related FW 1.0.0
Range [units] [-]
Force
Default value OFF valueAlternative NO
config
Step -
Comm object 10985 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the mode of the Timer channel #16. Output from this channel is available in the
combined output TIMERACT 13-16 (PAGE 558).
Note: See the chapter General purpose timers (page 148) for more details about timers

InteliDrive-BB-1.0.0 Global Guide 313

 Group: Act. call/SMS
History record
Setpoint group Act. calls/SMS Related FW 1.0.0
Range [units] DISABLED, ENABLED[-]
Force
Default value DISABLED valueAlternative YES
config
Step -
Comm object 10568 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint is used to enable sending SMS and/or e-mail alerts when a "protection" configured as
History record occurs. See the chapter Protections and Alarm management (page 169) for more
information about protection types.
Note: As the History record protection does not appear in the alarmlist, the SMS or e-mail may contain
empty alarmlist.

6 back to List of setpoints

Alarm only
Setpoint group Act. calls/SMS Related FW 1.0.0
Range [units] DISABLED, ENABLED[-]
Force
Default value DISABLED valueAlternative YES
config
Step -
Comm object 10567 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint is used to enable sending SMS and/or e-mail alerts when a "protection" configured as Alarm
only occurs. See the chapter Protections and Alarm management (page 169) for more information
about protection types.

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InteliDrive-BB-1.0.0 Global Guide 314

 Warning
Setpoint group Act. calls/SMS Related FW 1.0.0
Range [units] DISABLED, ENABLED[-]
Force
Default value DISABLED valueAlternative YES
config
Step -
Comm object 8482 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint is used to enable sending SMS and/or e-mail alerts when a warning-type protection occurs.
See the chapter Protections and Alarm management (page 169) for more information about protection
types.

6 back to List of setpoints

Cool down
Setpoint group Act. calls/SMS Related FW 1.0.0
Range [units] DISABLED, ENABLED [-]
Force
Default value DISABLED valueAlternative YES
config
Step -
Comm object 8485 Related applications Allspeed
Config level Standard
Setpoint visibility Always
Description
Enables or disables active calls/SMS to selected phone or mobile numbers when a Cool down alarm
occurs.

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InteliDrive-BB-1.0.0 Global Guide 315

 Shutdown
Setpoint group Act. calls/SMS Related FW 1.0.0
Range [units] DISABLED, ENABLED[-]
Force
Default value DISABLED valueAlternative YES
config
Step -
Comm object 8484 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint is used to enable sending SMS and/or e-mail alerts when a Shutdown-type alarm occurs.
See the chapter Protections and Alarm management (page 169) for more information about protection
types.

6 back to List of setpoints

ShutdownOvr
Setpoint group Act. calls/SMS Related FW 1.0.0
Range [units] DISABLED, ENABLED[-]
Force
Default value DISABLED valueAlternative YES
config
Step -
Comm object 11413 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint is used to enable sending SMS and/or e-mail alerts when a Sd Override-type alarm occurs.
See the chapter Protections and Alarm management (page 169) for more information about protection
types.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 316

 AcallCH1-Type
Setpoint group Act. calls/SMS Related FW 1.0.0
DISABLED, DATA-ANA, DATA-GSM, DATA-ISDN, DATA-CDMA, SMS-GSM,
Range [units]
SMS-CDMA, IB-E-MAIL, IB-EML-SMS [-]
Force
Default value DISABLED valueAlternative NO
config
Step -
Comm object 9594 Related applications all
Config level Standard
Setpoint visibility Always
Description
The setpoint is used to specify the alert type of the active calls - channel 1. See the chapter Protections
and Alarm management (page 169) for more details.

6 back to List of setpoints

AcallCH1-Addr
Setpoint group Act. calls/SMS Related FW 1.0.0
Range [units] - [-]
Force
Default value valueAlternative NO
config
Step -
Comm object 9597 Related applications all
Config level Standard
Setpoint visibility Always
Description
The setpoint is used to specify the recipient address for the active calls - channel 1. The content of the
address must correspond to the selected alert type (e.g. it must contain e-mail address if the alert type is
e-mail). See the chapter Protections and Alarm management (page 169) for more details.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 317

 AcallCH2-Type
Setpoint group Act. calls/SMS Related FW 1.0.0
DISABLED, DATA-ANA, DATA-GSM, DATA-ISDN, DATA-CDMA, SMS-GSM,
Range [units]
SMS-CDMA, IB-E-MAIL, IB-EML-SMS [-]
Force
Default value DISABLED valueAlternative NO
config
Step -
Comm object 9595 Related applications all
Config level Standard
Setpoint visibility Always
Description
The setpoint is used to specify the alert type of the active calls - channel 2. See the chapter Protections
and Alarm management (page 169) for more details.

6 back to List of setpoints

AcallCH2-Addr
Setpoint group Act. calls/SMS Related FW 1.0.0
Range [units] - [-]
Force
Default value valueAlternative NO
config
Step -
Comm object 9598 Related applications all
Config level Standard
Setpoint visibility Always
Description
The setpoint is used to specify the recipient address for the active calls - channel 2. The content of the
address must correspond to the selected alert type (e.g. it must contain e-mail address if the alert type is
e-mail). See the chapter Protections and Alarm management (page 169) for more details.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 318

 AcallCH3-Type
Setpoint group Act. calls/SMS Related FW 1.0.0
DISABLED, DATA-ANA, DATA-GSM, DATA-ISDN, DATA-CDMA, SMS-GSM,
Range [units]
SMS-CDMA, IB-E-MAIL, IB-EML-SMS [-]
Force
Default value DISABLED valueAlternative NO
config
Step -
Comm object 9596 Related applications all
Config level Standard
Setpoint visibility Always
Description
The setpoint is used to specify the alert type of the active calls - channel 3. See the chapter Protections
and Alarm management (page 169) for more details.

6 back to List of setpoints

AcallCH3-Addr
Setpoint group Act. calls/SMS Related FW 1.0.0
Range [units] - [-]
Force
Default value valueAlternative NO
config
Step -
Comm object 9599 Related applications all
Config level Standard
Setpoint visibility Always
Description
The setpoint is used to specify the recipient address for the active calls - channel 2. The content of the
address must correspond to the selected alert type (e.g. it must contain e-mail address if the alert type is
e-mail). See the chapter Protections and Alarm management (page 169) for more information about
protection types.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 319

 AcallCH4-Type
Setpoint group Act. calls/SMS Related FW 1.0.0
DISABLED, DATA-ANA, DATA-GSM, DATA-ISDN, DATA-CDMA, SMS-GSM,
Range [units]
SMS-CDMA, IB-E-MAIL, IB-EML-SMS [-]
Force
Default value DISABLED valueAlternative NO
config
Step -
Comm object 13274 Related applications all
Config level Standard
Setpoint visibility Always
Description
The setpoint is used to specify the alert type of the active calls - channel 4. See the chapter Protections
and Alarm management (page 169) for more details.

6 back to List of setpoints

AcallCH5-Type
Setpoint group Act. calls/SMS Related FW 1.0.0
DISABLED, DATA-ANA, DATA-GSM, DATA-ISDN, DATA-CDMA, SMS-GSM,
Range [units]
SMS-CDMA, IB-E-MAIL, IB-EML-SMS [-]
Force
Default value DISABLED valueAlternative NO
config
Step -
Comm object 13275 Related applications all
Config level Standard
Setpoint visibility Always
Description
The setpoint is used to specify the alert type of the active calls - channel 5. See the chapter Protections
and Alarm management (page 169) for more details.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 320

 AcallCH4-Addr
Setpoint group Act. calls/SMS Related FW 1.0.0
Range [units] - [-]
Force
Default value valueAlternative NO
config
Step -
Comm object 13276 Related applications all
Config level Standard
Setpoint visibility Always
Description
The setpoint is used to specify the recipient address for the active calls - channel 4. The content of the
address must correspond to the selected alert type (e.g. it must contain e-mail address if the alert type is
e-mail). See the chapter Protections and Alarm management (page 169) for more details.

6 back to List of setpoints

AcallCH5-Addr
Setpoint group Act. calls/SMS Related FW 1.0.0
Range [units] - [-]
Force
Default value valueAlternative NO
config
Step -
Comm object 13277 Related applications all
Config level Standard
Setpoint visibility Always
Description
The setpoint is used to specify the recipient address for the active calls - channel 5. The content of the
address must correspond to the selected alert type (e.g. it must contain e-mail address if the alert type is
e-mail). See the chapter Protections and Alarm management (page 169) for more details.

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InteliDrive-BB-1.0.0 Global Guide 321

 NumberRings AA
Setpoint group Act. calls/SMS Related FW 1.0.0
Range [units] 1..30[-]
Force
Default value 3 valueAlternative NO
config
Step 1
Comm object 24512 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint is used to adjust the number of rings after which the modem, which is attached to he
controller, answers the incoming call.
Number of rings prior to answering the modem connection from PC to controller.
Note: Any change of this setpoint is applied first after next switching the controller or modem off and on
or after disconnecting the modem from the controller and connecting it back.

6 back to List of setpoints

ActCallAttempt
Setpoint group Act. calls/SMS Related FW 1.0.0
Range [units] 1..250[-]
Force
Default value 5 valueAlternative NO
config
Step 1
Comm object 24505 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint is used to adjust the maximum number of consequent attempts to perform an active data
call. The next attempt is performed 120s after the previous unsuccessful attempt.

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InteliDrive-BB-1.0.0 Global Guide 322

 Acall+SMS lang
Setpoint group Act. calls/SMS Related FW 1.0.0
Range [units] 1..7[-]
Force
Default value 1 valueAlternative NO
config
Step 1
Comm object 11349 Related applications all
Config level Standard
Setpoint visibility Always
Description
The setpoint specifies in which language the active SMS and e-mail messages are issued. Adjust the
setpoint to the index of the required language. The index can be obtained from the tab Languages in
GenConfig. Index 1 is always English.

6 back to List of setpoints

Group: Date/Time
Time stamp act
Setpoint group Date/Time Related FW 1.0.0
Range [units] DISABLED, ENGINE RUNNING, ALWAYS[-]
Force
Default value ENGINE RUNNING valueAlternative NO
config
Step -
Comm object 10532 Related applications all
Config level Standard
Setpoint visibility Always
Description
The setpoint selects the Time stamp function mode.

DISABLED The function is disabled.

While the engine is running the Time stamps records are recorded into the
ENGINE RUNNING
history log with period adjusted by the setpoint Time stamp per (page 324).
The Time stamps records are recorded into the history log with period
ALWAYS adjusted by the setpoint Time stamp per (page 324) all the time while the
controler is switched on.

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InteliDrive-BB-1.0.0 Global Guide 323

 Time stamp per
Setpoint group Date/Time Related FW 1.0.0
Range [units] 1..240[min]
Force
Default value 1 valueAlternative NO
config
Step 1
Comm object 8979 Related applications all
Config level Standard
Setpoint visibility Always
Description
The setpoint adjusts the time interval for Time stamp records. See also the setpoint Time stamp act
(page 323).

6 back to List of setpoints

#SummerTimeMod
Setpoint group Date/Time Related FW 1.0.0
Range [units] DISABLED, WINTER, SUMMER, WINTER-S, SUMMER-S[-]
Force
Default value DISABLED valueAlternative NO
config
Step -
Comm object 8727 Related applications all
Config level Standard
Setpoint visibility Always
Description
The setpoint is used to select the mode of automatic daylight saving time change.

DISABLED The automatic change to daylight saving time and back is disabled.
The automatic change is enabled, the current season is winter and the controller is
WINTER
located in the northern hemisphere.
The automatic change is enabled, the current season is summer and the controller
SUMMER
is located in the northern hemisphere.
The automatic change is enabled, the current season is winter and the controller is
WINTER-S
located in the southern hemisphere.
The automatic change is enabled, the current season is summer and the controller
SUMMER-S
is located in the southern hemisphere.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 324

 PremortHistPer
Setpoint group Date/Time Related FW 1.0.0
Range [units] 100 ms, 300 ms, 500 ms, 1 s, 3 s[-]
Force
Default value 3s valueAlternative NO
config
Step -
Comm object 24223 Related applications all
Config level Standard
Setpoint visibility Always
Description
This setpoint adjusts the period with which premortem history(fast history) records are written.
Premortem history is triggered if level 2 alarm (for more information on alarm levels please refer to the
chapter Protections and Alarm management (page 169) ) is issued and the engine is running (at least
one condition from Conditions (page 136) is fullfiled ). For any setting of this setpoint Premortem history
contains 50 records. If there are more Premortem histories close together in time line, identical records
are not duplicated and only the latest Premortem records are included in a Premortem history, which
closely follows previously recorded Premortem history. In this case each Premortem history (except the
first one) can contain less records.

6 back to List of setpoints

#Time
Setpoint group Date/Time Related FW 1.0.0
Range [units] [HH:MM:SS]
Force
Default value 0:00:00 valueAlternative NO
config
Step -
Comm object 24554 Related applications all
Config level Standard
Setpoint visibility Always
Description
The setpoint shows the current time from the internal RTC clock of the controller and can be also used to
readjust it.
Note: If the controller is connected to other controllers via the CAN2 bus, the setpoints #Time and #Date
are automatically synchronized each hour with the controller that has lowest address. If date/time is
changed at one controller it is automatically updated also in all other controllers in the group.

Note: Setpoint with the symbol # are synchronized between controllers.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 325

 #Date
Setpoint group Date/Time Related FW 1.0.0
Range [units] [dd.mm.yyyy]
Force
Default value 1.1.2006 valueAlternative NO
config
Step -
Comm object 24553 Related applications all
Config level Standard
Setpoint visibility Always
Description
The setpoint shows the date from the internal RTC clock of the controller and can be also used to
readjust it.
Note: If the controller is connected to other controllers via the CAN2 bus, the setpoints #Time and #Date
are automatically synchronized each hour with the controller that has lowest address. If date/time is
changed at one controller it is automatically updated also in all other controllers in the group.

Note: Setpoint with the symbol # are synchronized between controllers.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 326

 Group: AFR Control
AFRValve MODE
Setpoint group AFR Control Related FW 1.0.0
Range [units] MANUAL / AUTOMATIC
Force valueAlternative
Default value AUTOMATIC NO
config
Step 1
Comm object 10079 Related applications all
Config level Standard
Setpoint visibility Always
Description
MANUAL - mixer position is defined only by setpoint MixerPosMan (page 328)
Note: In this case mixer takes the latest position of mixer and mixer position can be changed from this
Value

AUTOMATIC - mixer position is controlled automatically according to adjusted starting, running and low
power positions and then according to adjusted Sensor and power characteristics.

Image 9.5 Automatic mixer function

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 327

 MixerPosMan
Setpoint group AFR Control Related FW 1.0.0
Range [units] 0,00...100,00 [%]
Force
Default value 35,00 valueAlternative YES
config
Step 0,01
Comm object 10080 Related applications all
Config level Standard
Setpoint visibility Always
Description
Mixer position when Setpoint AFRValve MODE (page 327) is in position MANUAL
Note: In this case mixer takes the latest position of mixer and mixer position can be changed from this
Value

6 back to List of setpoints

MixManOffset
Setpoint group AFR Control Related FW 1.0.0
Range [units] -100,00...100,00 [%]
Force
Default value 0,00 valueAlternative YES
config
Step 0,01
Comm object 15086 Related applications all
Config level Standard
Setpoint visibility Always
Description
Adjustable setpoint for offset between two mixers. Offset is usable only if the Setpoint AFRValve
MODE (page 327) is in position MANUAL.
This Setpoint specify the offset of the second mixer in case of using two mixer control.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 328

 AFRvalve gain
Setpoint group AFR Control Related FW 1.0.0
Range [units] -200,0...200,0 [%]
Force valueAlternative
Default value 10,0 YES
config
Step 0,1
Comm object 10876 Related applications all
Config level Standard
Setpoint visibility Always
Description
Gain for AFR control loop. AFR gain defines the direction of regulation.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 329

 AFRvalve int
Setpoint group AFR Control Related FW 1.0.0
Range [units] 0...100 [%]
Default value 20 Force valueAlternative config YES
Step 1
Comm object 10082 Related applications all
Config level Standard
Setpoint visibility Always
Description
Integration factor for AFR control loop.
Note: Rough calculation of speed of mixer position output change in %per 1 minute.
%/min = - {sign(AFR gain)}(AFR int x Δ) / 500
Where:
AFR int = Setpoint 0 to 100%
Δ = difference between requested and actual Sensor position

Example: Sensor requested value = 1,000 Bar

Sensor actual value = 0,900 Bar
AFR int = 50%
- 50 x 100 / 500 = -10 %/min

Note: Mixer position output speed doesn't depend on AFRvalve gain (page 329) setting.

6 back to List of setpoints

AFRvalve der
Setpoint group AFR Control Related FW 1.0.0
Range [units] 0...100 [%]
Force
Default value 5 valueAlternative YES
config
Step 1
Comm object 10083 Related applications all
Config level Standard
Setpoint visibility Always
Description
Derivative factor for AFR control loop

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 330

 LimPos
Setpoint group AFR Control Related FW 1.0.0
Range [units] 0,00...100,00 [%]
Force valueAlternative
Default value 5,00 YES
config
Step 0,01
Comm object 13571 Related applications all
Config level Standard
Setpoint visibility Always
Description
Required sensor position due to AFR PID regulation can be limited by adjusting of this setpoint.
For each Sensor and Power value is dedicated mixer position. LimPos defines the maximum offset of
this required position.
If the maximum offset is reached, the Log Bout or Log Bout AFR LIMB (PAGE 500) is activated.

Image 9.6 Limit position of mixer

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 331

 Sensorfiltr
Setpoint group AFR Control Related FW 1.0.0
Range [units] 0...100 [-]
Force valueAlternative
Default value 0 NO
config
Step 1
Comm object 13143 Related applications all
Config level Standard
Setpoint visibility Always
Description
Filter on input value of the sensor.
Mainly used for lambda sensors where can be the current value filtered on floating average.
The time constant is given by adjusting of the setpoint, where 0 means filter OFF and 100 is 17s.

Image 9.7 Sensor filtr

6 back to List of setpoints

MATreference
Setpoint group AFR Control Related FW 1.0.0
Range [units] Sensor range [Dim]
Default value 30 Force valueAlternative config NO
Step 1
Comm object 15055 Related applications all
Config level Standard
Setpoint visibility Always
Description
Setpoint defines the reference Value for what is AFR Sensor curve adjusted.
IMPORTANT: Range and resolution of the setpoint is defined by setting of LAI:MAT A (PAGE
430).

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 332

 MATcorrection
Setpoint group AFR Control Related FW 1.0.0
Range [units] Sensor range [Dim]
Default value 0 Force valueAlternative config NO
Step 1
Comm object 10074 Related applications all
Config level Standard
Setpoint visibility Always
Description
Setpoint defines the offset per step which is added to required Sensor Value MAT A (PAGE 430) in case
the Sensor Value varies from the MATreference (page 332) Setpoint.
IMPORTANT: Because one step from MATreference (page 332) means one step of
MATcorrection check always the correct resolution of MAT A (PAGE 430).

6 back to List of setpoints

SensorCorrLim
Setpoint group AFR Control Related FW 1.0.0
Range [units] Sensor range [Dim]
Force
Default value 0 valueAlternative YES
config
Step 1
Comm object 12083 Related applications all
Config level Standard
Setpoint visibility Always
Description
Setpoint defines maximum allowable change of Sensor required Value due to the MATcorrection (page
333) algorithm.
Use this Setpoint to block the MATcorrection (page 333) contribution in case the MAT Value varies
significantly from the MATreference (page 332).

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 333

 Mixer BO hyst
Setpoint group AFR Control Related FW 1.0.0
Range [units] 0,00...100,00 [%]
Force
Default value 1,00 valueAlternative NO
config
Step 0,01
Comm object 10203 Related applications all
Config level Standard
Setpoint visibility Always
Description
Hysteresis for Mixer binary control via Log Bout MIXUPA (PAGE 545), MIXDNA (PAGE 546) and MIXUPB
(PAGE 546), MIXDNB (PAGE 546).

6 back to List of setpoints

AFRPIDmulti
Setpoint group AFR Control Related FW 1.0.0
Range [units] 1...10 [-]
Default value 1 Force valueAlternative config NO
Step 1
Comm object 14455 Related applications all
Config level Standard
Setpoint visibility Always
Description
Value from this setpoint will multiply integral part of regulation and results will be used for AFR PID control.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 334

 DeadBand
Setpoint group AFR Control Related FW 1.0.0
Range [units] Sensor range [Dim]
Force valueAlternative
Default value 0 NO
config
Step 1
Comm object 15492 Related applications all
Config level Standard
Setpoint visibility Always
Description
Deadband defines when the AFR PID control is frozen and keep the value from PID until the sensor
value is out of the adjusted range.
Regulation is then again activated till the sensor value across again the sensor required value (0
deviation)
During the deadband activation the Log Bout AFR DBA (PAGE 499) or Log Bout AFR DBB (PAGE 500)
is activated.

Image 9.8 Sensor deadband

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MisfSensReduct
Setpoint group AFR Control Related FW 1.2.0
Range [units] Sensor range [Dim]
Default value 0 Force valueAlternative config NO
Step 1
Comm object 10084 Related applications all
Config level Standard
Setpoint visibility Always
Description
When the LBI: MISFIRING (PAGE 477) is active the Value AFRSensReqA (page 415) is reduced.

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InteliDrive-BB-1.0.0 Global Guide 335

 MisfLdRed del
Setpoint group AFR Control Related FW 1.2.0
Range [units] 0...Misfiring del (page 336)[s]
Force
Default value 5 valueAlternative NO
config
Step 1
Comm object 10085 Related applications all
Config level Standard
Setpoint visibility Always
Description
Engine power starts to be reduced after delay given by this Setpoint when LBI MISFIRING (PAGE 477) is
active.

6 back to List of setpoints

Misfiring del
Setpoint group AFR Control Related FW 1.2.0
Range [units] MisfLdRed del (page 336)...600 [s]
Force
Default value 30 valueAlternative NO
config
Step 1
Comm object 10086 Related applications all
Config level Standard
Setpoint visibility Always
Description
Slow stop protection is activated after delay given by this Setpoint when LBI MISFIRING (PAGE 477) is
active.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 336

 Knocking del
Setpoint group AFR Control Related FW 1.2.0
Range [units] 0...600 [s]
Force
Default value 30 valueAlternative NO
config
Step 1
Comm object 10087 Related applications all
Config level Standard
Setpoint visibility Always
Description
Shut down protection is activated after delay given by this Setpoint when LBI DXLOADREDUCT (PAGE
436) is active.

6 back to List of setpoints

KnockingReduct
Setpoint group AFR Control Related FW 1.0.0
Range [units] 0,00..100,00 [%]
Force
Default value 0,00 valueAlternative YES
config
Step 0,01
Comm object 15760 Related applications all
Config level Standard
Setpoint visibility Always
Description
Setpoint value is reference for Power reduction based on LBI:DxLoad Reduct.
Activation of LBI:DxLoadReduct reduce the actual power to the power set by this setpoint. If the actual
power is lower than the value presented bysSetpoint KnockingReduct Controller stays on lowest required
value. "Wrn Knocking" has to be active while the LBI:DxLoadReduct=1.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 337

 KnockProtType
Setpoint group AFR Control Related FW 1.0.0
Range [units] Shutdown / Slow stop [-]
Force
Default value Shutdown valueAlternative NO
config
Step -
Comm object 15759 Related applications all
Config level Standard
Setpoint visibility Always
Description
In case the LBI:DxLoadReduct is activated counts down the timer Knocking del. In case the timer Knocking
del run up and the LBI:DxLoadReduct is still active user could chose if the next protection has to be
Shutdown or Slow stop (original function was strictly Shutdown). This type of protection switching is for
"Sd/Stp Knocking" and "Sd/Stp KnockingTO"

6 back to List of setpoints

Group: AFR MIX A

StartTimeAFRA
Setpoint group AFR MIX A Related FW 1.0.0
Range [units] 0...600 [s]
Force
Default value 10 valueAlternative NO
config
Step 1
Comm object 14358 Related applications all
Config level Standard
Setpoint visibility Always
Description
AFR control can be postponed by adjusting of this Setpoint.
Time starts to be counted when the IGNITION (PAGE 512) is activated.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 338

 StartPositionA
Setpoint group AFR MIX A Related FW 1.0.0
Range [units] 0,00...100,00 [%]
Force
Default value 35,00 valueAlternative YES
config
Step 0,01
Comm object 10063 Related applications all
Config level Standard
Setpoint visibility Always
Description
Mixer fix position for Engine start.

6 back to List of setpoints

EndStrtPosA
Setpoint group AFR MIX A Related FW 1.0.0
Range [units] 0,00...100,00 [%]
Force valueAlternative
Default value 35,00 YES
config
Step 0,01
Comm object 15026 Related applications all
Config level Standard
Setpoint visibility Always
Description
Mixer starts on the StartPositionA (page 339) and during the cranking phase starts to move. This
Setpoint defines the end position of the mixer during the cranking phase.

Image 9.9 Mixer start ramp

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 339

 MixStartRampA
Setpoint group AFR MIX A Related FW 1.0.0
Range [units] 0...240 [s]
Force valueAlternative
Default value 1 YES
config
Step 1
Comm object 15028 Related applications all
Config level Standard
Setpoint visibility Always
Description
Setpoint defines the ramp for mixer moving from StartPositionA (page 339) during the cranking
procedure to reach the EndStrtPosA (page 339).

Image 9.10 Mixer start ramp

6 back to List of setpoints

RunPositionA
Setpoint group AFR MIX A Related FW 1.0.0
Range [units] 0,00...100,00 [%]
Force
Default value 30,00 valueAlternative YES
config
Step 0,01
Comm object 10065 Related applications all
Config level Standard
Setpoint visibility Always
Description
Mixer fixed position for reaching the Nominal RPM (page 203). Position is activated after Idle time
(page 238) is counted down and stays active till the clutch is closed.
During the unload phase is the RunPosition activated when the clutch is opened and till the engine stops.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 340

 LoPwrPositionA
Setpoint group AFR MIX A Related FW 1.0.0
Range [units] 0,00...100,00 [%]
Force
Default value 25,00 valueAlternative YES
config
Step 0,01
Comm object 10067 Related applications all
Config level Standard
Setpoint visibility Always
Description
Mixer fixed position after the clutch is closed until the compressor reaches the first point of Sensor1A
(page 342) and Power1A (page 341) value.

6 back to List of setpoints

Power1A
Setpoint group AFR MIX A Related FW 1.0.0
Range [units] 0,0...Power2A (page 343) [kW]
Force valueAlternative
Default value 10,0 NO
config
Step 0,1
Comm object 8420 Related applications all
Config level Standard
Setpoint visibility Always
Description
The first Sensor characteristic specification: engine power for Sensor Value and kW power limit for AFR.

Image 9.11 AFR control PID

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 341

 Sensor1A
Setpoint group AFR MIX A Related FW 1.0.0
Range [units] Sensor range [Dim]
Force
Default value 1 valueAlternative YES
config
Step 1
Comm object 8432 Related applications all
Config level Standard
Setpoint visibility Always
Description
Range and dimension of the sensor is taken over from LAI SENSORA (PAGE 431) settings.
First point of required sensor Value characteristic related to Power1A (page 341).

6 back to List of setpoints

MixPos1A
Setpoint group AFR MIX A Related FW 1.0.0
Range [units] 0,00...100,00 [%]
Force valueAlternative
Default value 10,00 NO
config
Step 0,01
Comm object 8408 Related applications all
Config level Standard
Setpoint visibility Always
Description
First required mixer position for actual power and from that related Sensor value.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 342

 Power2A
Setpoint group AFR MIX A Related FW 1.0.0
Range [units] Power1A (page 341)...Power3A (page 344) [kW]
Force valueAlternative
Default value 15,0 NO
config
Step 0,1
Comm object 8421 Related applications all
Config level Standard
Setpoint visibility Always
Description
The second Sensor characteristic specification: engine power for Sensor Value and kW power limit for
AFR.

Image 9.12 AFR control PID

6 back to List of setpoints

Sensor2A
Setpoint group AFR MIX A Related FW 1.0.0
Range [units] Sensor range [Dim]
Force
Default value 1 valueAlternative YES
config
Step 1
Comm object 8433 Related applications all
Config level Standard
Setpoint visibility Always
Description
Range and dimension of the sensor is taken over from LAI SENSORA (PAGE 431) settings.
Second point of required sensor Value characteristic related to Power2A (page 343).

InteliDrive-BB-1.0.0 Global Guide 343

 6 back to List of setpoints

MixPos2A
Setpoint group AFR MIX A Related FW 1.0.0
Range [units] 0,00...100,00 [%]
Force valueAlternative
Default value 20,00 NO
config
Step 0,01
Comm object 8409 Related applications all
Config level Standard
Setpoint visibility Always
Description
Second required mixer position for actual power and from that related Sensor value.

6 back to List of setpoints

Power3A
Setpoint group AFR MIX A Related FW 1.0.0
Range [units] Power2A (page 343)...Power4A (page 346) [kW]
Force valueAlternative
Default value 20,0 NO
config
Step 0,1
Comm object 8422 Related applications all
Config level Standard
Setpoint visibility Always
Description
The third Sensor characteristic specification: engine power for Sensor Value and kW power limit for AFR.

Image 9.13 AFR control PID

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 344

 Sensor3A
Setpoint group AFR MIX A Related FW 1.0.0
Range [units] Sensor range [Dim]
Force
Default value 1 valueAlternative YES
config
Step 1
Comm object 8434 Related applications all
Config level Standard
Setpoint visibility Always
Description
Range and dimension of the sensor is taken over from LAI SENSORA (PAGE 431) settings.
Third point of required sensor Value characteristic related to Power3A (page 344).

6 back to List of setpoints

MixPos3A
Setpoint group AFR MIX A Related FW 1.0.0
Range [units] 0,00...100,00 [%]
Force
Default value 30,00 valueAlternative NO
config
Step 0,01
Comm object 8410 Related applications all
Config level Standard
Setpoint visibility Always
Description
Third required mixer position for actual power and from that related Sensor value.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 345

 Power4A
Setpoint group AFR MIX A Related FW 1.0.0
Range [units] Power3A (page 344)...Power5A (page 347) [kW]
Force valueAlternative
Default value 25,0 NO
config
Step 0,1
Comm object 8423 Related applications all
Config level Standard
Setpoint visibility Always
Description
The fourth Sensor characteristic specification: engine power for Sensor Value and kW power limit for
AFR.

Image 9.14 AFR control PID

6 back to List of setpoints

Sensor4A
Setpoint group AFR MIX A Related FW 1.0.0
Range [units] Sensor range [Dim]
Force
Default value 1 valueAlternative YES
config
Step 1
Comm object 8435 Related applications all
Config level Standard
Setpoint visibility Always
Description
Range and dimension of the sensor is taken over from LAI SENSORA (PAGE 431) settings.
Fourth point of required sensor Value characteristic related to Power4A (page 346).

InteliDrive-BB-1.0.0 Global Guide 346

 6 back to List of setpoints

MixPos4A
Setpoint group AFR MIX A Related FW 1.0.0
Range [units] 0,00...100,00 [%]
Force
Default value 40,00 valueAlternative NO
config
Step 0,01
Comm object 8411 Related applications all
Config level Standard
Setpoint visibility Always
Description
Fourth required mixer position for actual power and from that related Sensor value.

6 back to List of setpoints

Power5A
Setpoint group AFR MIX A Related FW 1.0.0
Range [units] Power4A (page 346)...3200,0 [kW]
Force valueAlternative
Default value 30,0 NO
config
Step 0,1
Comm object 8424 Related applications all
Config level Standard
Setpoint visibility Always
Description
The fifth Sensor characteristic specification: engine power for Sensor Value and kW power limit for AFR.

Image 9.15 AFR control PID

InteliDrive-BB-1.0.0 Global Guide 347

 6 back to List of setpoints

Sensor5A
Setpoint group AFR MIX A Related FW 1.0.0
Range [units] Sensor range [Dim]
Force
Default value 1 valueAlternative YES
config
Step 1
Comm object 8436 Related applications all
Config level Standard
Setpoint visibility Always
Description
Range and dimension of the sensor is taken over from LAI SENSORA (PAGE 431) settings.
Fifth point of required sensor Value characteristic related to Power5A (page 347).

6 back to List of setpoints

MixPos5A
Setpoint group AFR MIX A Related FW 1.0.0
Range [units] 0,00...100,00 [%]
Force
Default value 60,00 valueAlternative NO
config
Step 0,01
Comm object 8412 Related applications all
Config level Standard
Setpoint visibility Always
Description
Fifth required mixer position for actual power and from that related Sensor value.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 348

 TAFROFFA
Setpoint group AFR MIX A Related FW 1.0.0
Range [units] 0...30 [s]
Force valueAlternative
Default value 1 NO
config
Step 1
Comm object 14354 Related applications all
Config level Standard
Setpoint visibility Always
Description
When the actual sensor value goes above the adjusted tolerance level SensorValTolA (page 351), then
after this delay time is mixer position fixed to related level based on actual power.

Image 9.16 AFR off and AFR error

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 349

 TAFRERRA
Setpoint group AFR MIX A Related FW 1.0.0
Range [units] 0...300 [s]
Force valueAlternative
Default value 20 NO
config
Step 1
Comm object 14356 Related applications all
Config level Standard
Setpoint visibility Always
Description
Time for initialization of Sensor Fail.
Error is initialized when the Sensor Value is for this adjusted time over the SensorValTolA (page 351).
LBO is initialized.
When the sensor Value is for this adjusted time under the SensorValTolA (page 351), the LBO is
deactivated.

Image 9.17 AFR off and AFR error

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 350

 SensorValTolA
Setpoint group AFR MIX A Related FW 1.0.0
Range [units] Sensor range [Dim]
Force valueAlternative
Default value 1 NO
config
Step 1
Comm object 14352 Related applications all
Config level Standard
Setpoint visibility Always
Description
Limit of sensor Value.
When is the actual sensor Value over this limit, AFR control loop is deactivated and LBO is initiated.

Image 9.18 AFR off and AFR error

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 351

 MxPos40%CH4A
Setpoint group AFR MIX A Related FW 1.0.0
Range [units] 0,00...100,00 [%]
Force valueAlternative
Default value 40,00 NO
config
Step 0,01
Comm object 10790 Related applications all
Config level Standard
Setpoint visibility Always
Description
Setpoint for transformation from CH4 content to Mixer position output.

Image 9.19 Mixer position transformation according to CH4 Value

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 352

 MxPos60%CH4A
Setpoint group AFR MIX A Related FW 1.0.0
Range [units] 0,00...100,00 [%]
Force valueAlternative
Default value 60,00 NO
config
Step 0,01
Comm object 10791 Related applications all
Config level Standard
Setpoint visibility Always
Description
Setpoint for transformation from CH4 content to Mixer position output.

Image 9.20 Mixer position transformation according to CH4 Value

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 353

 Ana CH4A
Setpoint group AFR MIX A Related FW 1.0.0
Range [units] DISABLED/ENA-FIX/ENA-STEP [-]
Force
Default value DISABLED valueAlternative NO
config
Step -
Comm object 10068 Related applications all
Config level Standard
Setpoint visibility Always
Description
DISABLED - Mixer position for engine start and running is defined by Setpoints: StartPositionA (page
339), RunPositionA (page 340) and LoPwrPositionA (page 341).
ENA-FIX - Mixer position for engine start and running is defined by LAI:Ana CH4A (page 420) and by
setting of MxPos40%CH4A (page 352), MxPos60%CH4A (page 353).
ENA-STEP - Mixer output = ENA-FIX + corresponding difference between StartPositionA (page 339),
RunPositionA (page 340) and LoPwrPositionA (page 341).
Example: Differences calculation for ENA-STEP:

LBI:
GASAB 0 1
(PAGE 465)
RunPositionB (page 357) -
Dif1 StartPositionA (page 339)
StartPositionB (page 355)
LoPwrPositionA (page 341) - LoPwrPositionB (page 357) -
Dif2
StartPositionA (page 339) StartPositionB (page 355)

Ana CH4 Start Run Low power

StartPositionA (page LoPwrPositionA (page
DISABLE RunPositionA (page 340)
339) 341)
ANA CH4A (PAGE 420) + ANA CH4A (PAGE 420) + ANA CH4A (PAGE 420) +
MxPos40%CH4A (page MxPos40%CH4A (page MxPos40%CH4A (page
ENA-FIX
352), MxPos60%CH4A 352), MxPos60%CH4A 352), MxPos60%CH4A
(page 353) (page 353). (page 353).
ENA-STEP ENA-FIX ENA-FIX+DIF1 ENA-STEP+DIF2

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 354

 Group: AFR MIX B
StartTimeAFRB
Setpoint group AFR MIX B Related FW 1.0.0
Range [units] 0...600 [s]
Force
Default value 10 valueAlternative NO
config
Step 1
Comm object 14359 Related applications all
Config level Standard
Setpoint visibility Always
Description
AFR control can be postponed by adjusting of this Setpoint.
Time starts to be counted when the IGNITION (PAGE 512) is activated.

6 back to List of setpoints

StartPositionB
Setpoint group AFR MIX B Related FW 1.0.0
Range [units] 0,00...100,00 [%]
Force
Default value 35,00 valueAlternative YES
config
Step 0,01
Comm object 10064 Related applications all
Config level Standard
Setpoint visibility Always
Description
Mixer fix position for Engine start.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 355

 EndStrtPosB
Setpoint group AFR MIX B Related FW 1.0.0
Range [units] 0,00...100,00 [%]
Force
Default value 35,00 valueAlternative YES
config
Step 0,01
Comm object 15027 Related applications all
Config level Standard
Setpoint visibility Always
Description
Mixer starts on the StartPositionB (page 355) and during the cranking phase starts to move. This
Setpoint defines the end position of the mixer during the cranking phase.

6 back to List of setpoints

MixStartRampB
Setpoint group AFR MIX B Related FW 1.0.0
Range [units] 0...240 [s]
Force
Default value 1 valueAlternative YES
config
Step 1
Comm object 15029 Related applications all
Config level Standard
Setpoint visibility Always
Description
Setpoint defines the ramp for mixer moving from StartPositionB (page 355) during the cranking
procedure to reach the EndStrtPosB (page 356).

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 356

 RunPositionB
Setpoint group AFR MIX B Related FW 1.0.0
Range [units] 0,00...100,00 [%]
Force
Default value 30,00 valueAlternative YES
config
Step 0,01
Comm object 10066 Related applications all
Config level Standard
Setpoint visibility Always
Description
Mixer fixed position for reaching the Nominal RPM (page 203). Position is activated after Idle time
(page 238) is counted down and stays active till the clutch is closed.
During the unload phase is the RunPosition activated when the clutch is opened and till the engine stops.

6 back to List of setpoints

LoPwrPositionB
Setpoint group AFR MIX B Related FW 1.0.0
Range [units] 0,00...100,00 [%]
Force
Default value 25,00 valueAlternative YES
config
Step 0,01
Comm object 11575 Related applications all
Config level Standard
Setpoint visibility Always
Description
Mixer fixed position after the clutch is closed until the compressor reaches the first point of Sensor1B
(page 358) and Power1B (page 358) value.

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InteliDrive-BB-1.0.0 Global Guide 357

 Power1B
Setpoint group AFR MIX B Related FW 1.0.0
Range [units] 0,0...Power2B (page 359) [kW]
Force valueAlternative
Default value 10,0 NO
config
Step 0,1
Comm object 8456 Related applications all
Config level Standard
Setpoint visibility Always
Description
The first Sensor characteristic specification: engine power for Sensor Value and kW power limit for AFR.

Image 9.21 AFR control PID

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Sensor1B
Setpoint group AFR MIX B Related FW 1.0.0
Range [units] Sensor range [Dim]
Force
Default value 1 valueAlternative YES
config
Step 1
Comm object 8468 Related applications all
Config level Standard
Setpoint visibility Always
Description
Range and dimension of the sensor is taken over from LAI SENSORB (PAGE 431) settings.
First point of required sensor Value characteristic related to Power1B (page 358).

InteliDrive-BB-1.0.0 Global Guide 358

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MixPos1B
Setpoint group AFR MIX B Related FW 1.0.0
Range [units] 0,00...100,00 [%]
Force
Default value 10,00 valueAlternative NO
config
Step 0,01
Comm object 8742 Related applications all
Config level Standard
Setpoint visibility Always
Description
First required mixer position for actual power and from that related Sensor value.

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Power2B
Setpoint group AFR MIX B Related FW 1.0.0
Range [units] Power1B (page 358)...Power3B (page 361) [kW]
Force valueAlternative
Default value 15,0 NO
config
Step 0,1
Comm object 8457 Related applications all
Config level Standard
Setpoint visibility Always
Description
The second Sensor characteristic specification: engine power for Sensor Value and kW power limit for
AFR.

Image 9.22 AFR control PID

InteliDrive-BB-1.0.0 Global Guide 359

 6 back to List of setpoints

Sensor2B
Setpoint group AFR MIX B Related FW 1.0.0
Range [units] Sensor range [Dim]
Force
Default value 1 valueAlternative YES
config
Step 1
Comm object 8469 Related applications all
Config level Standard
Setpoint visibility Always
Description
Range and dimension of the sensor is taken over from LAI SENSORB (PAGE 431) settings.
Second point of required sensor Value characteristic related to Power2B (page 359).

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MixPos2B
Setpoint group AFR MIX B Related FW 1.0.0
Range [units] 0,00...100,00 [%]
Force
Default value 20,00 valueAlternative NO
config
Step 0,01
Comm object 8743 Related applications all
Config level Standard
Setpoint visibility Always
Description
Thirds required mixer position for actual power and from that related Sensor value.

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InteliDrive-BB-1.0.0 Global Guide 360

 Power3B
Setpoint group AFR MIX B Related FW 1.0.0
Range [units] Power2B (page 359)...Power4B (page 362) [kW]
Force valueAlternative
Default value 20,0 NO
config
Step 0,1
Comm object 8458 Related applications all
Config level Standard
Setpoint visibility Always
Description
The third Sensor characteristic specification: engine power for Sensor Value and kW power limit for AFR.

Image 9.23 AFR control PID

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Sensor3B
Setpoint group AFR MIX B Related FW 1.0.0
Range [units] Sensor range [Dim]
Force
Default value 1 valueAlternative YES
config
Step 1
Comm object 8470 Related applications all
Config level Standard
Setpoint visibility Always
Description
Range and dimension of the sensor is taken over from LAI SENSORB (PAGE 431) settings.
Third point of required sensor Value characteristic related to Power3B (page 361).

InteliDrive-BB-1.0.0 Global Guide 361

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MixPos3B
Setpoint group AFR MIX B Related FW 1.0.0
Range [units] 0,00...100,00 [%]
Force
Default value 30,00 valueAlternative NO
config
Step 0,01
Comm object 8744 Related applications all
Config level Standard
Setpoint visibility Always
Description
Third required mixer position for actual power and from that related Sensor value.

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Power4B
Setpoint group AFR MIX B Related FW 1.0.0
Range [units] Power3B (page 361)...Power5B (page 364) [kW]
Force valueAlternative
Default value 25,0 NO
config
Step 0,1
Comm object 8459 Related applications all
Config level Standard
Setpoint visibility Always
Description
The fourth Sensor characteristic specification: engine power for Sensor Value and kW power limit for
AFR.

Image 9.24 AFR control PID

InteliDrive-BB-1.0.0 Global Guide 362

 6 back to List of setpoints

Sensor4B
Setpoint group AFR MIX B Related FW 1.0.0
Range [units] Sensor range [Dim]
Force
Default value 1 valueAlternative YES
config
Step 1
Comm object 8471 Related applications all
Config level Standard
Setpoint visibility Always
Description
Range and dimension of the sensor is taken over from LAI SENSORB (PAGE 431) settings.
Fourth point of required sensor Value characteristic related to Power4B (page 362).

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MixPos4B
Setpoint group AFR MIX B Related FW 1.0.0
Range [units] 0,00...100,00 [%]
Force
Default value 40,00 valueAlternative NO
config
Step 0,01
Comm object 8745 Related applications all
Config level Standard
Setpoint visibility Always
Description
Fourth required mixer position for actual power and from that related Sensor value.

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InteliDrive-BB-1.0.0 Global Guide 363

 Power5B
Setpoint group AFR MIX B Related FW 1.0.0
Range [units] Power4B (page 362)...3200,0 [kW]
Force valueAlternative
Default value 30,0 NO
config
Step 0,1
Comm object 8460 Related applications all
Config level Standard
Setpoint visibility Always
Description
The fifth Sensor characteristic specification: engine power for Sensor Value and kW power limit for AFR.

Image 9.25 AFR control PID

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Sensor5B
Setpoint group AFR MIX B Related FW 1.0.0
Range [units] Sensor range [Dim]
Force
Default value 1 valueAlternative YES
config
Step 1
Comm object 8472 Related applications all
Config level Standard
Setpoint visibility Always
Description
Range and dimension of the sensor is taken over from LAI SENSORB (PAGE 431) settings.
Fifth point of required sensor Value characteristic related to Power5B (page 364).

InteliDrive-BB-1.0.0 Global Guide 364

 6 back to List of setpoints

MixPos5B
Setpoint group AFR MIX B Related FW 1.0.0
Range [units] 0,00...100,00 [%]
Force
Default value 60,00 valueAlternative NO
config
Step 0,01
Comm object 8746 Related applications all
Config level Standard
Setpoint visibility Always
Description
Fifth required mixer position for actual power and from that related Sensor value.

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InteliDrive-BB-1.0.0 Global Guide 365

 TAFROFFB
Setpoint group AFR MIX B Related FW 1.0.0
Range [units] 0...30 [s]
Force valueAlternative
Default value 1 NO
config
Step 1
Comm object 14355 Related applications all
Config level Standard
Setpoint visibility Always
Description
When the actual sensor value goes above the adjusted tolerance level SensorValTolB (page 368), then
after this delay time is mixer position fixed to related level based on actual power.

Image 9.26 AFR off and AFR error

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InteliDrive-BB-1.0.0 Global Guide 366

 TAFRERRB
Setpoint group AFR MIX B Related FW 1.0.0
Range [units] 0...300 [s]
Force valueAlternative
Default value 20 NO
config
Step 1
Comm object 14357 Related applications all
Config level Standard
Setpoint visibility Always
Description
Time for initialization of Sensor Fail.
Error is initialized when the Sensor Value is for this adjusted time over the SensorValTolB (page 368).
LBO AFR ERRB (PAGE 501) is initialized.
When the sensor Value is for this adjusted time under the SensorValTolB (page 368), the LBO AFR
ERRB (PAGE 501) is deactivated.

Image 9.27 AFR off and AFR error

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InteliDrive-BB-1.0.0 Global Guide 367

 SensorValTolB
Setpoint group AFR MIX B Related FW 1.0.0
Range [units] Sensor range [Dim]
Force valueAlternative
Default value 1 NO
config
Step 1
Comm object 14353 Related applications all
Config level Standard
Setpoint visibility Always
Description
Limit of sensor Value.
When is the actual sensor Value over this limit, AFR control loop is deactivated and LBO AFR ERRB
(PAGE 501) is initiated.

Image 9.28 AFR off and AFR error

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InteliDrive-BB-1.0.0 Global Guide 368

 MxPos40%CH4B
Setpoint group AFR MIX B Related FW 1.0.0
Range [units] 0,00...100,00 [%]
Force valueAlternative
Default value 40,00 NO
config
Step 0,01
Comm object 14360 Related applications all
Config level Standard
Setpoint visibility Always
Description
Setpoint for transformation from CH4 content to Mixer position output.

Image 9.29 Mixer position transformation according to CH4 Value

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InteliDrive-BB-1.0.0 Global Guide 369

 MxPos60%CH4B
Setpoint group AFR MIX B Related FW 1.0.0
Range [units] 0,00...100,00 [%]
Force valueAlternative
Default value 60,00 NO
config
Step 0,01
Comm object 14361 Related applications all
Config level 14361
Setpoint visibility Always
Description
Setpoint for transformation from CH4 content to Mixer position output.

Image 9.30 Mixer position transformation according to CH4 Value

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InteliDrive-BB-1.0.0 Global Guide 370

 Ana CH4B
Setpoint group AFR MIX B Related FW 1.0.0
Range [units] DISABLED/ENA-FIX/ENA-STEP [-]
Force
Default value DISABLED valueAlternative NO
config
Step -
Comm object 14362 Related applications all
Config level Standard
Setpoint visibility Always
Description
DISABLED - Mixer position for engine start and running is defined by Setpoints: StartPositionB (page
355), RunPositionB (page 357) and LoPwrPositionB (page 357).
ENA-FIX - Mixer position for engine start and running is defined by LAI:ANA CH4A (PAGE 420) and by
setting of MxPos40%CH4B (page 369), MxPos60%CH4B (page 370).
ENA-STEP - Mixer output = ENA-FIX + corresponding difference between StartPositionB (page 355),
RunPositionB (page 357) and LoPwrPositionB (page 357).
Example: Differences calculation for ENA-STEP:

LBI: Gas
0 1
AB
RunPositionA (page 340) - RunPositionB (page 357) -
Dif1
StartPositionA (page 339) StartPositionB (page 355)
LoPwrPositionA (page 341) - LoPwrPositionB (page 357) -
Dif2
StartPositionA (page 339) StartPositionB (page 355)

Ana CH4 Start Run Low power

DISABLE RunPositionA (page 340) RunPositionA (page 340) RunPositionA (page 340)
ANA CH4A (PAGE 420) + ANA CH4A (PAGE 420) + ANA CH4A (PAGE 420) +
MxPos40%CH4A (page MxPos40%CH4A (page MxPos40%CH4A (page
ENA-FIX
352), MxPos60%CH4A 352), MxPos60%CH4A 352), MxPos60%CH4A
(page 353). (page 353). (page 353).
ENA-STEP ENA-FIX ENA-FIX+DIF1 ENA-STEP+DIF2

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InteliDrive-BB-1.0.0 Global Guide 371

 Group: ECON4-EngRPM
Idle RPM
1.0.0
Setpoint group Basic settings Related FW configured ECON-4 extension
module
Range [units] Start RPM - Nominal RPM
Force value
Default value 1000 RPM NO
Alternative config
Step 1 RPM
Comm object 7186 Related applications All
Config level Standard
Setpoint visibility Always
Description
Engine idle speed.

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BI Speed ramp
1.0.0
Setpoint group Basic settings Related FW configured ECON-4 extension
module
Range [units] 1.0 - 100.0 [s]
Force value
Default value 50 s NO
Alternative config
Step 1.0 s
Comm object 7170 Related applications All
Config level Standard
Setpoint visibility Always
Description
Define how fast changes the requested engine speed if the binary inputs SPEED UP or SPEED DOWN are
active. BI Speed ramp is actually time that the ramp needs to go from Nominal RPM (page 377) - 8%
toNominal RPM (page 377) + 8% and vice versa. The ramping speed is the same for both up and down
directions.

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InteliDrive-BB-1.0.0 Global Guide 372

 CB request
1.0.0
Setpoint group Basic settings Related FW configured ECON-4
extension module
Range [units] BIN / DATA
Force value Alternative
Default value DATA NO
config
Step -
Comm object 14363 Related applications All
Config level Standard
Setpoint visibility Always
Description

CB Request value CB position information source

BIN Terminal S4.1 and S4.2
DATA CAN bus

Note: If possible, use binary control for CB request and wire terminal S4.1 and S4.2 to feedback signal.
This will assure fastest reaction of ECON4 when breaker is closed or opened. This is crucial to avoid
over speed in case of opening GCB (clutch) under load for example.

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InteliDrive-BB-1.0.0 Global Guide 373

 Gear teeth
1.0.0
Setpoint group Basic settings Related FW configured ECON-4 extension
module
Range [units] 32 - 400 [-]
Force value
Default value 256 NO
Alternative config
Step 1
Comm object 7188 Related applications All
Config level Standard
Setpoint visibility Always
Description
Number of teeth on the engine gear for the pick-up.

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Overspeed
1.0.0
Setpoint group Basic settings Related FW configured ECON-4 extension
module
Range [units] 0 - 2500 [RPM]
Force value
Default value 1800 RPM NO
Alternative config
Step 1 RPM
Comm object 7168 Related applications All
Config level Standard
Setpoint visibility Always
Description
Maximum acceptable speed of the engine. If the actual engine speed is higher, ECON-4 immediately closes
the actuator. Normal function is restored after detection of zero engine speed.

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InteliDrive-BB-1.0.0 Global Guide 374

 Speed request
1.0.0
Setpoint group Basic settings Related FW configured ECON-4 extension
module
Range [units] BIN, ANA, DATA

Force value
Default value DATA NO
Alternative config

Step -
Comm object 7171 Related applications All
Config level Standard
Setpoint visibility Always
Description
The setpoint defines source of the Speed reference of the engine.

Speed Request value Speed reference source

BIN SPEED UP, SPEED DOWN

ANA SPEED REQUEST

DATA CAN bus

Speed request - BIN

Speed request - ANA Speed request - DATA

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InteliDrive-BB-1.0.0 Global Guide 375

 PerChSpdNom
1.0.0
Setpoint group Basic settings Related FW configured ECON-4 extension
module
Range [units] 1 - 20 [%]
Force value
Default value 8% NO
Alternative config
Step 1%
Comm object 7193 Related applications All
Config level Standard
Setpoint visibility Always
Description
Percentage Change of Requested RPM from Nominal RPM. This setpoint defines the maximum allowable
change of requested RPM from the Nominal RPM value in case the BIN or ANA control of RPM is used.
Use this setpoint to enlarge maximum allowable swing of the required RPM. Setpoint is by default adjusted
to 8% which should fulfill the most of installations.

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Idle-Nom ramp
1.0.0
Setpoint group Basic settings Related FW configured ECON-4 extension
module
Range [units] 0 - 100 [s]
Force value
Default value 10 s NO
Alternative config
Step 1s
Comm object 7169 Related applications All
Config level Standard
Setpoint visibility Always
Description
Define how fast changes the requested engine speed during transition from Idle RPM (page 372) to
Nominal RPM (page 377) and vice versa. Idle-Nom ramp is directly time that the ramp needs to go from
Idle RPM (page 372) to Nominal RPM (page 377) and vice versa. The ramping speed is the same for both
up and down directions.

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InteliDrive-BB-1.0.0 Global Guide 376

 Nominal RPM
1.0.0
Setpoint group Basic settings Related FW configured ECON-4 extension
module
Range [units] 0 - 2500 [RPM]
Force value
Default value 1500 RPM NO
Alternative config
Step 1 RPM
Comm object 7187 Related applications All
Config level Standard
Setpoint visibility Always
Description
Nominal engine speed.

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Group: ECON4-EngStart
Fuel ramp time
Setpoint group Basic settings Related FW 1.0.0
Range [units] Start RPM - Nominal RPM
Force value
Default value 10 s NO
Alternative config
Step 1s
Comm object 7174 Related applications All
Config level Standard
Setpoint visibility Always
Description
Time the actuator needs to move from the InitStart dose to MaxStart dose.

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InitStart dose
Setpoint group Basic settings Related FW 1.0.0
Range [units] Start RPM - Nominal RPM
Force value
Default value 10% NO
Alternative config
Step 1%
Comm object 7172 Related applications All
Config level Standard
Setpoint visibility Always
Description
Initial position of the actuator during start

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InteliDrive-BB-1.0.0 Global Guide 377

 MaxStart dose
Setpoint group Basic settings Related FW 1.0.0
Range [units] Start RPM - Nominal RPM
Force value
Default value 50% NO
Alternative config
Step 1%
Comm object 7173 Related applications All
Config level Standard
Setpoint visibility Always
Description
Maximum position of the actuator during start.

6 back to List of setpoints

RPM StartRamp
Setpoint group Basic settings Related FW 1.0.0
Range [units] Start RPM - Nominal RPM
Force value
Default value 10 s NO
Alternative config
Step 1s
Comm object 7175 Related applications All
Config level Standard
Setpoint visibility Always
Description
This setpoint defines speed of ramp from Starting RPM to Idle RPM. It is directly the time of ramp from.

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Starting RPM
Setpoint group Basic settings Related FW 1.0.0
Range [units] Start RPM - Nominal RPM
Force value
Default value 350 RPM NO
Alternative config
Step 1 RPM
Comm object 7189 Related applications All
Config level Standard
Setpoint visibility Always
Description
If ECON-4 detects speed higher then Starting RPM, it terminates the starting sequence end starts normal
speed regulation.

Note: ECON-4 can work only if Starting RPM < Idle RPM < Nominal RPM. If this condition is not met, ECON-4
activates bit Invalid setpoints in Transmit PDO 1, see description of CAN protocol. It is not possible to run the
engine if the bit Invalid setpoint is signalized.

InteliDrive-BB-1.0.0 Global Guide 378

 6 back to List of setpoints

Group: ECON4-MainPID
Act position
1.0.0
Setpoint group Force value Related FW configured ECON-4
extension module
Range [units] 0.0 – 100.0 %
Force value Alternative
Default value 30% NO
config
Step 0.1 %
Comm object 7191 Related applications All
Config level Standard
Setpoint visibility Always
Description
Adjusts the actuator position in the Econ-4 Mode = MAN.

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InteliDrive-BB-1.0.0 Global Guide 379

 Actuator type
1.0.0
Setpoint group Force value Related FW configured ECON-4 extension
module
Range [units] -
Force value
Default value ActType1 NO
Alternative config
Step -
Comm object 7185 Related applications All
Config level Standard
Setpoint visibility Always
Description
ECON-4 can be connected to various types of actuators. Setpoints of the internal actuator feedback loop are
tuned for the common actuators and predefined from the factory. Normally there is no need to change them.
The user must only choose the right Actuator type. By default the ActType 1 is chosen. Check the type of
your actuator and compare with the predefined type.
The actuator feedback position control is deactivated in the following situation:
(parameter: ECON-4 mode is in AUTO) AND {10 seconds after detection of [(Engine RPM are 0
(<10RPM)) AND (BI:RUN is in log 0)]}
This covers also the situation, when ECON-4 mode is switched from MAN to AUT, after the
actuator feedback PID was tested.
The actuator feedback control is activated again by any of the following conditions:
BI: RUN is activated (in case the Run signal is being sent over DATA, then both the Physical BI
and the BI over DATA has to be ON)
Non-zero RPM are detected by ECON-4
Parameter ECON-4 mode is set to MAN

Note: In case there is chosen the ActuatorType 2-4, the function is still evaluated from the setting in
ActuatorType1.

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InteliDrive-BB-1.0.0 Global Guide 380

 Droop
1.0.0
Setpoint group Force value Related FW configured ECON-4 extension
module
Range [units] 0.0 - 100.0 [%]
Force value
Default value 0% NO
Alternative config
Step 0.1 %
Comm object 7182 Related applications All
Config level Standard
Setpoint visibility Always
Description
Droop of speed governor. The governor lovers the speed reference by Droop percent of the Nominal RPM
(page 377) over the range from zero to MaxFuel (page 384).

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ECON-4 mode
1.0.0
Setpoint group Force value Related FW configured ECON-4 extension
module
Range [units] -
Force value
Default value AUTO NO
Alternative config
Step -
Comm object 7190 Related applications All
Config level Standard
Setpoint visibility Always
Description
ECON-4 must be in AUTO for normal operation. Mode MAN can be used during installation to check the
function of the actuator and linkage. If ECON-4 is in MAN mode, it sets the actuator to position Act position.
It can be switched to MAN mode only any time even engine is running. This allows measurement of
transition curve to calculate PID parameters.

Note: ECON-4 when engine is running set the same value to setpoint Act position as position where throttle is.
It assure bump less transition.

IMPORTANT: Even Overspeed protection is active in all modes, be carefull when setting throttle
position manualy. Engine can accelerate when breaker opens or when throttle position is too
high.Make sure ECON-4 mode is in Auto positon before you leave installation.

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InteliDrive-BB-1.0.0 Global Guide 381

 IdleFuel
1.0.0
Setpoint group Force value Related FW configured ECON-4 extension
module
Range [units] 0.0 – 100.0 %
Force value
Default value 10% NO
Alternative config
Step 0.1 %
Comm object 7192 Related applications All
Config level Standard
Setpoint visibility Always
Description
IdleFuel is base (together with MaxFuel) for Droop function calculation..

Note: Set this setpoint after engine is running on Nominal speed (no load) according to the real position of
Actuator lever

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Load der
1.0.0
Setpoint group Force value Related FW configured ECON-4 extension
module
Range [units] 0.0 – 100.0 %
Force value
Default value 0% NO
Alternative config
Step 0.1 %
Comm object 7181 Related applications All
Config level Standard
Setpoint visibility Always
Description
Derivative part of the PID speed regulation loop.
There is 5 different setpoints Load der:
Load der 1
Load der 2
Load der 3
Load der 4
For more information about Load der setting please see Load 1 on page 59 in ECON-4 Global Guide.

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InteliDrive-BB-1.0.0 Global Guide 382

 Load gain
1.0.0
Setpoint group Force value Related FW configured ECON-4 extension
module
Range [units] 0.0 – 200.0 %
Force value
Default value 10% NO
Alternative config
Step 0.1 %
Comm object 7179 Related applications All
Config level Standard
Setpoint visibility Always
Description
Gain of the PID speed regulation loop.
There is 5 different setpoints Load gain:
Load gain 1
Load gain 2
Load gain 3
Load gain 4
For more information about Load der setting please see Load 1 on page 59 in ECON-4 Global Guide.

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Load Int
1.0.0
Setpoint group Force value Related FW configured ECON-4 extension
module
Range [units] 0.0 – 100.0 %
Force value
Default value 10% NO
Alternative config
Step 0.1 %
Comm object 7180 Related applications All
Config level Standard
Setpoint visibility Always
Description
Integration of the PID speed regulation loop.
There is 5 different setpoints Load Int:
Load Int 1
Load Int 2
Load Int 3
Load Int 4
For more information about Load Int setting please see Load 1 on page 59 in ECON-4 Global Guide.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 383

 MaxFuel
1.0.0
Setpoint group Force value Related FW configured ECON-4 extension
module
Range [units] 0.0 – 100.0 %
Force value
Default value 100% NO
Alternative config
Step 0.1 %
Comm object 7184 Related applications All
Config level Standard
Setpoint visibility Always
Description
Maximum output from the PID speed control loop + Load anticipation signal. It limits the maximum fuel
delivered to the engine.

Note: It is also used as coordinate for Speed/Fuel line. See description in chapter Speed governor function in
parallel mode.

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PWM rate
1.0.0
Setpoint group Force value Related FW configured ECON-4 extension
module
Range [units] 100 – 10 000 Hz
Force value
Default value 6000 Hz NO
Alternative config
Step 1 Hz
Comm object 7194 Related applications All
Config level Standard
Setpoint visibility Always
Description
Frequency of the PWM signal sent to ACT+ and ACT- outputs.

Note: For Heinzmann actuators adjust the PWM rate to 6000 Hz. For Woodward PWM and current, GAC
actuators adjust the PWM rate to 2000Hz.

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InteliDrive-BB-1.0.0 Global Guide 384

 SGO Bias
1.0.0
Setpoint group Force value Related FW configured ECON-4 extension
module
Range [units] ± 10 V
Force value
Default value 0.00 V NO
Alternative config
Step 0.01 V
Comm object 14375 Related applications All
Config level Standard
Setpoint visibility WinScope only
Description
Together with Idle Fuel value creates coordinates for first point of Speed/Fuel line. For detailed description
see Speed governor function in parallel mode on page 38 in ECON-4 Global Guide.

Note: Setpoint is active for unloaded engine.

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SGO HiLim
1.0.0
Setpoint group Force value Related FW configured ECON-4 extension
module
Range [units] ± 10 V
Force value
Default value 10.00 V NO
Alternative config
Step 0.01 V
Comm object 14376 Related applications All
Config level Standard
Setpoint visibility WinScope only
Description
Together with Max Fuel value creates coordinates for second point of Speed/Fuel line. For detailed
description see Speed governor function in parallel mode on page 38 in ECON-4 Global Guide

Note: Setpoint is active for unloaded engine.

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InteliDrive-BB-1.0.0 Global Guide 385

 SGOoffsetRamp
1.0.0
Setpoint group Force value Related FW configured ECON-4 extension
module
Range [units] 10 - 1800 s
Force value
Default value 30 s NO
Alternative config
Step 1s
Comm object 14375 Related applications All
Config level Standard
Setpoint visibility WinScope only
Description
This defines ramp according SGOoffset is removed after parallel. For details see chapter Speed governor
function in network parallel mode see Speed governor function in parallel mode on page 38 in ECON-4 Global
Guide.

Note: Setpoint is active for unloaded engine.

6 back to List of setpoints

Speed der
1.0.0
Setpoint group Force value Related FW configured ECON-4 extension
module
Range [units] 0.0 – 100.0 %
Force value
Default value 0% NO
Alternative config
Step 0.1 %
Comm object 7178 Related applications All
Config level Standard
Setpoint visibility Always
Description
Derivative part of the PID speed regulation loop.

Note: Setpoint is active for unloaded engine.

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InteliDrive-BB-1.0.0 Global Guide 386

 Speed gain
1.0.0
Setpoint group Force value Related FW configured ECON-4 extension
module
Range [units] 0.0 – 200.0 %
Force value
Default value 10% NO
Alternative config
Step 0.1 %
Comm object 7176 Related applications All
Config level Standard
Setpoint visibility Always
Description
Gain of the PID speed regulation loop.

Note: Setpoint is active for unloaded engine.

6 back to List of setpoints

Speed int
1.0.0
Setpoint group Force value Related FW configured ECON-4 extension
module
Range [units] 0.0 – 100.0 %
Force value
Default value 10% NO
Alternative config
Step 0.1 %
Comm object 7177 Related applications All
Config level Standard
Setpoint visibility Always
Description
Integration of the PID speed regulation loop..

Note: Setpoint is active for unloaded engine.

6 back to List of setpoints

InteliDrive-BB-1.0.0 Global Guide 387

9.1.3 Values
What values are:
Values (or quantities) are analog or binary data objects, measured or computed by the controller, that are
intended for reading from the controller screen, PC, MODBUS, etc. Values are organized into groups according
to their meaning.

List of value groups

Group: Engine values 391
Group: Gener values 392
Group: Sync/Load ctr 392
Group: Force value 394
Group: Analog CU 398
Group: Bin inputs CU 400
Group: Bin outputs CU 400
Group: Log Bout 401
Group: Info 404
Group: Statistics 410
Group: AFR Control 414

For full list of values go to the chapter List of values (page 389).
6 back to Controller objects

InteliDrive-BB-1.0.0 Global Guide 388

 List of values Load shedding ECU DiagSource 407
NextTime1-4 407
Engine values Analog CU
NextDate1-4 407
RPM 391 UBat 398
NextTime5-8 407
T Cyl aver 391 D+ 398
NextDate5-8 408
T Cyl max 391 AIN CU-1 398
NextTime9-12 408
T Cyl min 391 AIN CU-2 399
NextDate9-12 408
AIN CU-3 399
NextTime13-16 408
Gener values AIN CU-4 399
NextDate13-16 409
Act power 392 AirGate ID 409
Act power filt 392 Bin inputs CU
AirGate status 409
BIN 400
Latitude 410
Mains/Bus values
Longitude 410
Bin outputs CU
Pwr management
BOUT 400
Statistics
Sync/Load ctrl
Run Hours 410
ActPwrReq 392 Log Bout
Run minutes 410
Speed request 392 LogBout 1 401
Num starts 411
SpeedReq RPM 393 LogBout 2 401
NumUnsc start 411
SpeedReqRPMx8 393 LogBout 3 401
Service time 1 411
ReqEngineSpeed 393 LogBout 4 402
Service time 2 412
LogBout 5 402
Service time 3 412
Grid Codes LogBout 6 402
ServiceTimeSd 412
LogBout 7 403
Volt/PF ctrl PulseCounter
RemoteControl 403
1PulseCounter 413
Force value ModbusSw1 403
PulseCounter 2 413
ExValue1 394 ModbusSw2 404
PulseCounter 3 413
ExValue2 394
PulseCounter 4 413
ExValue3 395 Info
PulseCounter 5 413
ExValue4 395 Controller mode 404
PulseCounter 6 414
ExValue5 395 Build date 404
PulseCounter 7 414
ExValue6 396 SW Version 404
PulseCounter 8 414
ExValue7 396 Application 405
ExValue8 396 SW Branch 405 AFR Control
ExValue9 397 PasswordDecode 405
MIXPOSA 414
ExValue10 397 CAN16 405
AFRVlvOffsetA 414
ExValue11 397 CAN32 406
AFRVlvRegA 415
ExValue12 398 Engine state 406
AFRSensReqA 415
Timer text 406
AFRSensActA 415
Timer val 406
MIXFeedbackA 415

InteliDrive-BB-1.0.0 Global Guide 389

 MIXPOSB 416
AFRVlvOffsetB 416
AFRVlvRegB 416
AFRSensReqB 416
AFRSensActB 417
MIXFeedbackB 417
CH4offsetA 417
CH4offsetB 418

6 back to Controller
objects

InteliDrive-BB-1.0.0 Global Guide 390

 Group: Engine values
RPM
Value group Engine values Related FW 1.0.0
Resolution [units] 1/min
Comm object 10123 Related applications all
Description
Current engine speed.

6 back to List of values

T Cyl aver
Value group Engine values Related FW 1.0.0
Resolution [units] °C
Comm object 9620 Related applications all
Description
The value contains average cylinder temperature, i.e. average of all configured logical analog inputs CYL
TEMP 1 (PAGE 422) ... CYL TEMP 32 (PAGE 428)

6 back to List of values

T Cyl max
Value group Engine values Related FW 1.0.0
Resolution [units] °C
Comm object 10526 Related applications all
Description
The value contains the maximum of all cylinder temperatures, i.e. maximum of all configured logical
analog inputs CYL TEMP 1 (PAGE 422) ... CYL TEMP 32 (PAGE 428)
Note: The value is intended for creating the "high cylinder temperature" alarm using an universal analog
protection. There is a special wizard at the I/O tab in GenConfig which makes the configuration of
cylinder temperatures easy.

6 back to List of values

T Cyl min
Value group Engine values Related FW 1.0.0
Resolution [units] ?C
Comm object 10527 Related applications all
Description
The value contains the minimus of all cylinder temperatures, i.e. maximum of all configured logical
analog inputs CYL TEMP 1 (PAGE 422) ... CYL TEMP 32 (PAGE 428)
Note: The value is intended for creating the "misfiring cylinder" alarm using an universal analog
protection.

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InteliDrive-BB-1.0.0 Global Guide 391

 Group: Gener values
Act power
Value group Generator Related FW 1.0.0
Resolution [units] kW
Comm object 8202 Related applications all
Description
Generator total active power.

6 back to List of values

Act power filt

Value group Generator Related FW 1.0.0
Resolution [units] kW
Comm object 9678 Related applications all
Description
Generator total active power filtered value which is internaly used for AFR regulation to avoid the
regulation instability.

6 back to List of values

Group: Sync/Load ctr

ActPwrReq
Value group Sync/Load ctrl Related FW 1.0.0
Resolution [units] kW
Comm object 8663 Related applications all
Description
This value contains actual required load level, which is used as the input into the load regulation loop in
the parallel to mains operation.

6 back to List of values

Speed request
Value group Sync/Load ctrl Related FW 1.0.0
Resolution [units] %
Comm object 10137 Related applications all
Description
This value contains the speed control signal expressed in %. This value is used for digital interfacing (via
a communication bus) with ECUs that require the requested speed in %. The relation between Speed
request (page 392) is following:
0% is sent for SpeedRegOut = -10V
100% is sent for SpeedRegOut = 10V

Note: Most of ECU units use the J1939 TSC1 frame for speed control, where the requested speed is
expressed directly in RPM. Use the value SpeedReq RPM (page 393) for this purpose.

InteliDrive-BB-1.0.0 Global Guide 392

 6 back to List of values

SpeedReq RPM
Value group Sync/Load ctrl Related FW 1.0.0
Resolution [units] RPM
Comm object 10006 Related applications all
Description
This value contains the speed which is currently requested by the controller from the attached ECU. This
value is used for digital interfacing (via a communication bus) with ECUs that require the requested
speed directly in RPM. The relation between SpeedReq RPM (page 393) and Speed request (page
392) is following:
0.3 * Nominal RPM is sent for 0%
1.1 * Nominal RPM is sent for 100%

6 back to List of values

SpeedReqRPMx8
Value group Sync/Load ctrl Related FW 1.0.0
Resolution [units] RPM
Comm object 14592 Related applications all
Description
Value is dedicated for ECON-4.
The Speed Request is recalculated to an absolute value in RPM and multiplied by 8 for more accurate
regulation in the ECON unit.

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ReqEngineSpeed
Value group Sync/Load ctrl Related FW 1.0.0
Resolution [units] RPM
Comm object 11833 Related applications all
Description
This value contains an exact copy of the required speed which is beeing sent to the ECU (e.g. in the
TSC1 frame). It is intended for checking if the speed regulation chain is configured properly.

6 back to List of values

InteliDrive-BB-1.0.0 Global Guide 393

 Group: Force value
ExValue1
Force
Value group Related FW 1.0.0
value
Resolution [units] -
Comm object 11004 Related applications all
Description
This data object is intended for remote control of the Controller via the communication if some kind of
data is to be passed into the controller.
This object can be written via the communication (e.g. Modbus) without any limitation. Use GenConfig
function Generate Cfg Image to get the communication object number or register number of this particular
value object. Below is a typical example of using this object.
The Controller is required to be running in parallel-to-mains mode at constant load level (baseload),
however the baseload level is adjusted from a supervisory PLC system via Modbus.
The proper solution is following:
1. Go to GenConfig, download the configuration from the controller, select the LAI tab and configure the
logical analog input LdCtrl:AnExBld onto the ExValue1 (page 394), which is located in the Force
value group. If you do not see the LAI tab you have to switch the GenConfig to "advanced" mode.
Then upload the configuration into the controller.
2. Go to InteliMonitor and change the setpoint Load ctrl PtM to ANEXT BASELOAD.
3. Now you have to program your PLC to write requested Controller baseload into the Modbus register
ExValue1 (register number 40392 for IG/IS-NT-2.4).

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ExValue2
Value group Force value Related FW 1.0.0
Resolution [units] -
Comm object 11005 Related applications all
Description
This data object is intended for remote control of the Controller via the communication if some kind of
data is to be passed into the controller.
This object can be written via the communication (e.g. Modbus) without any limitation. Use GenConfig
function Generate Cfg Image to get the communication object number or register number of this particular
value object. See an example at the object ExValue1 (page 394).

6 back to List of values

InteliDrive-BB-1.0.0 Global Guide 394

 ExValue3
Value group Force value Related FW 1.0.0
Resolution [units] -
Comm object 11006 Related applications all
Description
This data object is intended for remote control of the Controller via the communication if some kind of
data is to be passed into the controller.
This object can be written via the communication (e.g. Modbus) without any limitation. Use GenConfig
function Generate Cfg Image to get the communication object number or register number of this particular
value object. See an example at the object ExValue1 (page 394).

6 back to List of values

ExValue4
Value group Force value Related FW 1.0.0
Resolution [units] X
Comm object 11007 Related applications all
Description
This data object is intended for remote control of the Controller via the communication if some kind of
data is to be passed into the controller.
This object can be written via the communication (e.g. Modbus) without any limitation. Use GenConfig
function Generate Cfg Image to get the communication object number or register number of this particular
value object. See an example at the object ExValue1 (page 394).

6 back to List of values

ExValue5
Value group Force value Related FW 1.0.0
Resolution [units] X
Comm object 16497 Related applications all
Description
This data object is intended for remote control of the Controller via the communication if some kind of
data is to be passed into the controller.
This object can be written via the communication (e.g. Modbus) without any limitation. Use GenConfig
function Generate Cfg Image to get the communication object number or register number of this particular
value object. See an example at the object ExValue1 (page 394).

6 back to List of values

InteliDrive-BB-1.0.0 Global Guide 395

 ExValue6
Value group Force value Related FW 1.0.0
Resolution [units] X
Comm object 16498 Related applications all
Description
This data object is intended for remote control of the Controller via the communication if some kind of
data is to be passed into the controller.
This object can be written via the communication (e.g. Modbus) without any limitation. Use GenConfig
function Generate Cfg Image to get the communication object number or register number of this particular
value object. See an example at the object ExValue1 (page 394).

6 back to List of values

ExValue7
Value group Force value Related FW 1.0.0
Resolution [units] X
Comm object 16499 Related applications all
Description
This data object is intended for remote control of the Controller via the communication if some kind of
data is to be passed into the controller.
This object can be written via the communication (e.g. Modbus) without any limitation. Use GenConfig
function Generate Cfg Image to get the communication object number or register number of this particular
value object. See an example at the object ExValue1 (page 394).

6 back to List of values

ExValue8
Value group Force value Related FW 1.0.0
Resolution [units] X
Comm object 16500 Related applications all
Description
This data object is intended for remote control of the Controller via the communication if some kind of
data is to be passed into the controller.
This object can be written via the communication (e.g. Modbus) without any limitation. Use GenConfig
function Generate Cfg Image to get the communication object number or register number of this particular
value object. See an example at the object ExValue1 (page 394).

6 back to List of values

InteliDrive-BB-1.0.0 Global Guide 396

 ExValue9
Value group Force value Related FW 1.0.0
Resolution [units] X
Comm object 16501 Related applications all
Description
This data object is intended for remote control of the Controller via the communication if some kind of
data is to be passed into the controller.
This object can be written via the communication (e.g. Modbus) without any limitation. Use GenConfig
function Generate Cfg Image to get the communication object number or register number of this particular
value object. See an example at the object ExValue1 (page 394).

6 back to List of values

ExValue10
Value group Force value Related FW 1.0.0
Resolution [units] X
Comm object 16502 Related applications all
Description
This data object is intended for remote control of the Controller via the communication if some kind of
data is to be passed into the controller.
This object can be written via the communication (e.g. Modbus) without any limitation. Use GenConfig
function Generate Cfg Image to get the communication object number or register number of this particular
value object. See an example at the object ExValue1 (page 394).

6 back to List of values

ExValue11
Value group Force value Related FW 1.0.0
Resolution [units] X
Comm object 16503 Related applications all
Description
This data object is intended for remote control of the Controller via the communication if some kind of
data is to be passed into the controller.
This object can be written via the communication (e.g. Modbus) without any limitation. Use GenConfig
function Generate Cfg Image to get the communication object number or register number of this particular
value object. See an example at the object ExValue1 (page 394).

6 back to List of values

InteliDrive-BB-1.0.0 Global Guide 397

 ExValue12
Value group Force value Related FW 1.0.0
Resolution [units] X
Comm object 16504 Related applications all
Description
This data object is intended for remote control of the Controller via the communication if some kind of
data is to be passed into the controller.
This object can be written via the communication (e.g. Modbus) without any limitation. Use GenConfig
function Generate Cfg Image to get the communication object number or register number of this particular
value object. See an example at the object ExValue1 (page 394).

6 back to List of values

Group: Analog CU
UBat
Value group Analog CU Related FW 1.0.0
Resolution [units] V
Comm object 8213 Related applications all
Description
Voltage at the controller power supply terminals.

6 back to List of values

D+
Value group Analog CU Related FW 1.0.0
Resolution [units] V
Comm object 10603 Related applications all
Description
Voltage measured at the D+ terminal. If this voltage is > 80% of the UBat (page 398) the D+ terminal is
evaluated as active and the engine is evaluated as running. See also the chapter Start sequence (page
137).

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AIN CU-1
Value group Analog CU Related FW 1.0.0
Resolution [units] configurable
Comm object 9155 Related applications all
Description
This is the value of the analog input 1 of the controller. Analog inputs are fully configurable so the name
and units depend on configuration. In the default configuration the input is used for oil pressure
measurement.

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InteliDrive-BB-1.0.0 Global Guide 398

 AIN CU-2
Value group Analog CU Related FW 1.0.0
Resolution [units] configurable
Comm object 9156 Related applications all
Description
This is the value of the analog input 2 of the controller. Analog inputs are fully configurable so the name
and units depend on configuration. In the default configuration the input is used for water temperature
measurement.

6 back to List of values

AIN CU-3
Value group Analog CU Related FW 1.0.0
Resolution [units] configurable
Comm object 9157 Related applications all
Description
This is the value of the analog input 3 of the controller. Analog inputs are fully configurable so the name
and units depend on configuration. In the default configuration the input is used for fuel level
measurement.

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AIN CU-4
Value group Analog CU Related FW 1.0.0
Resolution [units] configurable
Comm object 9158 Related applications all
Description
This is the value of the analog input 4 of the controller. Analog inputs are fully configurable so the name
and units depend on configuration. In the default configuration the input is used for fuel level
measurement.

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InteliDrive-BB-1.0.0 Global Guide 399

 Group: Bin inputs CU
BIN
Value group Bin inputs CU Related FW 1.0.0
Resolution [units] -
Comm object 8235 Related applications all
Description
This is a bit array containing status of physical binary inputs of the controller. Bit0 represents BI1, bit1
represents BI2 etc..
Note: All terminals display binary values in "human-readable" form - from left to right. That means the
bit 0 is displayed in the most left position. This is different from common use in computer science, where
binary values are displayed from right to left.

Note: Click on button with "..." to get a clear list of BI names with their corresponding values.

6 back to List of values

Group: Bin outputs CU

BOUT
Value group Bin outputs CU Related FW 1.0.0
Resolution [units] -
Comm object 8239 Related applications all
Description
This is a bit array containing status of physical binary outputs of the controller. Bit0 represents BO1, bit1
represents BO2 etc..
Note: All terminals display binary values in "human-readable" form - from left to right. That means the
bit 0 is displayed in the most left position. This is different from common use in computer science, where
binary values are displayed from right to left.

Note: Click on button with "..." to get a clear list of BI names with their corresponding values.

6 back to List of values

InteliDrive-BB-1.0.0 Global Guide 400

 Group: Log Bout
LogBout 1
Value group Log bout Related FW 1.0.0
Resolution [units] -
Comm object 9143 Related applications all
Description
This is a bit array containing status of logical binary outputs 1-16 of the controller. Bit0 represents LBO1,
bit1 represents LBO2 etc..
Note: All terminals display binary values in "human-readable" form - from left to right. That means the
bit 0 is displayed in the most left position. This is different from common use in computer science, where
binary values are displayed from right to left.

Note: Click on button with "..." to get a clear list of BI names with their corresponding values.

6 back to List of values

LogBout 2
Value group Log bout Related FW 1.0.0
Resolution [units] -
Comm object 9144 Related applications all
Description
This is a bit array containing status of logical binary outputs 17-32 of the controller. Bit0 represents
LBO17, bit1 represents LBO18 etc..
Note: All terminals display binary values in "human-readable" form - from left to right. That means the
bit 0 is displayed in the most left position. This is different from common use in computer science, where
binary values are displayed from right to left.

Note: Click on button with "..." to get a clear list of BI names with their corresponding values.

6 back to List of values

LogBout 3
Value group Log bout Related FW 1.0.0
Resolution [units] -
Comm object 9145 Related applications all
Description
This is a bit array containing status of logical binary outputs 33-48 of the controller. Bit0 represents
LBO33, bit1 represents LBO34 etc..
Note: All terminals display binary values in "human-readable" form - from left to right. That means the
bit 0 is displayed in the most left position. This is different from common use in computer science, where
binary values are displayed from right to left.

Note: Click on button with "..." to get a clear list of BI names with their corresponding values.

6 back to List of values

InteliDrive-BB-1.0.0 Global Guide 401

 LogBout 4
Value group Log bout Related FW 1.0.0
Resolution [units] -
Comm object 9146 Related applications all
Description
This is a bit array containing status of logical binary outputs 49-64 of the controller. Bit0 represents
LBO49, bit1 represents LBO50 etc..
Note: All terminals display binary values in "human-readable" form - from left to right. That means the
bit 0 is displayed in the most left position. This is different from common use in computer science, where
binary values are displayed from right to left.

Note: Click on button with "..." to get a clear list of BI names with their corresponding values.

6 back to List of values

LogBout 5
Value group Log bout Related FW 1.0.0
Resolution [units] -
Comm object 9147 Related applications all
Description
This is a bit array containing status of logical binary outputs 65-80 of the controller. Bit0 represents
LBO65, bit1 represents LBO66 etc..
Note: All terminals display binary values in "human-readable" form - from left to right. That means the
bit 0 is displayed in the most left position. This is different from common use in computer science, where
binary values are displayed from right to left.

Note: Click on button with "..." to get a clear list of BI names with their corresponding values.

6 back to List of values

LogBout 6
Value group Log bout Related FW 1.0.0
Resolution [units] -
Comm object 9148 Related applications all
Description
This is a bit array containing status of logical binary outputs 81-96 of the controller. Bit0 represents
LBO81, bit1 represents LBO82 etc..
Note: All terminals display binary values in "human-readable" form - from left to right. That means the
bit 0 is displayed in the most left position. This is different from common use in computer science, where
binary values are displayed from right to left.

Note: Click on button with "..." to get a clear list of BI names with their corresponding values.

6 back to List of values

InteliDrive-BB-1.0.0 Global Guide 402

 LogBout 7
Value group Log bout Related FW 1.0.0
Resolution [units] -
Comm object 9149 Related applications all
Description
This is a bit array containing status of logical binary outputs 97-112 of the controller. Bit0 represents
LBO97, bit1 represents LBO98 etc..
Note: All terminals display binary values in "human-readable" form - from left to right. That means the
bit 0 is displayed in the most left position. This is different from common use in computer science, where
binary values are displayed from right to left.

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RemoteControl
Value group Log bout Related FW 1.0.0
Resolution [units] -
Comm object 10627 Related applications all
Description
This is a bit array containing status of the binary outputs REMOTECONTROL 1 (PAGE 552) ...
REMOTECONTROL 8 (PAGE 554).

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ModbusSw1
Value group Log bout Related FW 1.0.0
Resolution [units] -
Comm object 13267 Related applications all
Description
This is a bit array containing status of logical binary outputs which are controlled via direct writing to
Modbus.
For this is reserved register 46337.
Note: All terminals display binary values in "human-readable" form - from left to right. That means the
bit 0 is displayed in the most left position. This is different from common use in computer science, where
binary values are displayed from right to left.

6 back to List of values

InteliDrive-BB-1.0.0 Global Guide 403

 ModbusSw2
Value group Log bout Related FW 1.0.0
Resolution [units] -
Comm object 13268 Related applications all
Description
This is a bit array containing status of logical binary outputs which are controlled via direct writing to
Modbus.
For this is reserved register 46338.
Note: All terminals display binary values in "human-readable" form - from left to right. That means the
bit 0 is displayed in the most left position. This is different from common use in computer science, where
binary values are displayed from right to left.

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Group: Info
Controller mode
Value group Info Related FW 1.0.0
Resolution [units] -
Comm object 9574 Related applications all
Description
This value contains actual controller mode. The controller mode is selected by the setpoint
ControllerMode (page 203) but the setpoint position can be overriden by binary inputs REMOTE OFF
(PAGE 483), REMOTE RUN (PAGE 484).

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Build date
Value group Info Related FW 1.0.0
Resolution [units] -
Comm object 24211 Related applications all
Description
Build date of the appropriate SW version in the format according to ISO8601 (YYYY-MM-DD).

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SW Version
Value group Info Related FW 1.0.0
Resolution [units] -
Comm object 24339 Related applications all
Description
Identification of firmware version. These are 4 numbers separated by a period.
Format is M.N.P.B where,
M. N. P - The first three numbers identify the version of this software Major.Minor.Patch
B - The last number identifies the build sequence number of this version

InteliDrive-BB-1.0.0 Global Guide 404

 6 back to List of values

Application
Value group Info Related FW 1.0.0
Resolution [units] -
Comm object 8480 Related applications all
Description
Code of the application type. E.g. 1 for SPtM, 2 for SPI, 3 for MINT etc. The value is intended for
diagnostic purposes.

6 back to List of values

SW Branch
Value group Info Related FW 1.0.0
Resolution [units] -
Comm object 8707 Related applications all
Description
Firmware branch code. Contains 1 in case of standard branches.

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PasswordDecode
Value group Info Related FW 1.0.0
Resolution [units] -
Comm object 9090 Related applications all
Description
This value contains encrypted serial number of the controller and administrator password and is intended
for retrieving of the lost password. Send this number together with controller serial number to your
distributor if you need to retrieve your password.

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CAN16
Value group Info Related FW 1.0.0
Resolution [units] -
Comm object 8546 Related applications all
Description
Bits of this value show "1" if the controller receives messages from the controller which has address
corresponding with the bit position. Bit 0 represents address 1 etc. This value contains information about
controllers with addresses 1-16.
Note: The bit which corresponds to the own controller is always set to "1".

6 back to List of values

InteliDrive-BB-1.0.0 Global Guide 405

 CAN32
Value group Info Related FW 1.0.0
Resolution [units] -
Comm object 8827 Related applications all
Description
Bits of this value show "1" if the controller receives messages from the controller which has address
corresponding with the bit position. Bit 0 represents address 17 etc. This value contains information
about controllers with addresses 17-32.
Note: The bit which corresponds to the own controller is always set to "1".

6 back to List of values

Engine state
Value group Info Related FW 1.0.0
Resolution [units] -
Comm object 9244 Related applications all
Description
Code of the current state of the engine control. The text representation of each code can be obtained
following way:
1. Open the archive in GenConfig and use the function File -> Generate Cfg Image -> Comm. objects to
create a list of all communication objects.
2. Open the file, find the row containing this value and look for the column "Type". The column "Type"
contains reference to a list of codes and their representations located in the bottom part of the file.

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Timer text
Value group Info Related FW 1.0.0
Resolution [units] -
Comm object 10040 Related applications all
Description
Code of the currently running system process timer. The text representation of each code can be
obtained by the procedure described at the value Engine state (page 406).
Remaining time of the timer is available in the value Timer val (page 406).

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Timer val
Value group Info Related FW 1.0.0
Resolution [units] -
Comm object 8955 Related applications all
Description
The value contains remaining time of the currently running system process timer. The name of the timer
is available in the value Timer text (page 406).

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InteliDrive-BB-1.0.0 Global Guide 406

 ECU DiagSource
Value group Info Related FW 1.0.0
Resolution [units] -
Comm object 10226 Related applications all
Description
This value indicates from which source the ECU diagnostic messages are beeing received. The source
depends on ECU type.

6 back to List of values

NextTime1-4
Value group Info Related FW 1.0.0
Resolution [units] -
Comm object 10927 Related applications all
Description
This value contains time of next activation of the timer block 1-4 (i.e. of the output TIMERACT 1-4 (PAGE
557)). The related date is available in the value NextDate1-4 (page 407).
Note: More information about timers is available in the chapter General purpose timers (page 148).

6 back to List of values

NextDate1-4
Value group Info Related FW 1.0.0
Resolution [units] -
Comm object 10931 Related applications all
Description
This value contains date of next activation of the timer block 1-4 (i.e. of the output TIMERACT 1-4 (PAGE
557)). The related time is available in the value NextTime1-4 (page 407).
Note: More information about timers is available in the chapter General purpose timers (page 148).

6 back to List of values

NextTime5-8
Value group Info Related FW 1.0.0
Resolution [units] -
Comm object 10928 Related applications all
Description
This value contains time of next activation of the timer block 5-8 (i.e. of the output TIMERACT 5-8 (PAGE
557)). The related date is available in the value NextDate5-8 (page 408).
Note: More information about timers is available in the chapter General purpose timers (page 148).

6 back to List of values

InteliDrive-BB-1.0.0 Global Guide 407

 NextDate5-8
Value group Info Related FW 1.0.0
Resolution [units] -
Comm object 10932 Related applications all
Description
This value contains date of next activation of the timer block 5-8 (i.e. of the output TIMERACT 5-8 (PAGE
557)). The related time is available in the value NextTime5-8 (page 407).
Note: More information about timers is available in the chapter General purpose timers (page 148).

6 back to List of values

NextTime9-12
Value group Info Related FW 1.0.0
Resolution [units] -
Comm object 10929 Related applications all
Description
This value contains time of next activation of the timer block 9-12 (i.e. of the output TIMERACT 9-12
(PAGE 557)). The related date is available in the value NextDate9-12 (page 408).
Note: More information about timers is available in the chapter General purpose timers (page 148).

6 back to List of values

NextDate9-12
Value group Info Related FW 1.0.0
Resolution [units] -
Comm object 10933 Related applications all
Description
This value contains date of next activation of the timer block 9-12 (i.e. of the output TIMERACT 9-12
(PAGE 557)). The related time is available in the value NextTime9-12 (page 408).
Note: More information about timers is available in the chapter General purpose timers (page 148).

6 back to List of values

NextTime13-16
Value group Info Related FW 1.0.0
Resolution [units] -
Comm object 10930 Related applications all
Description
This value contains time of next activation of the timer block 13-16 (i.e. of the output TIMERACT 13-16
(PAGE 558)). The related date is available in the value NextDate13-16 (page 409).
Note: More information about timers is available in the chapter General purpose timers (page 148).

6 back to List of values

InteliDrive-BB-1.0.0 Global Guide 408

 NextDate13-16
Value group Info Related FW 1.0.0
Resolution [units] -
Comm object 10934 Related applications all
Description
This value contains date of next activation of the timer block 13-16 (i.e. of the output TIMERACT 13-16
(PAGE 558)). The related time is available in the value NextTime13-16 (page 408).
Note: More information about timers is available in the chapter General purpose timers (page 148).

6 back to List of values

AirGate ID
Value group Info Related FW 1.0.0
Resolution [units] -
Comm object 24345 Related applications all
Description
If the controller is connected to the AirGate server this value displays the ID string assigned by the
server. This ID string is to be used in ComAp PC tools (e.g. InteliMonitor) to specify the respective
controller when the connection is opened.

6 back to List of values

AirGate status
Value group Info Related FW 1.0.0
Resolution [units] -
Comm object 15573 Related applications all
Description
This value displays actual status of the connection to the AirGate server.

Code Description
0 Not connected to AirGate.
1 Connected, registered, waiting for autorization.
2 Registration denied.
3 Can not register, no free capacity in the server.
4 Can not register, other reason.
5 Connected, registered, authorized.

6 back to List of values

InteliDrive-BB-1.0.0 Global Guide 409

 Latitude
Value group Info Related FW 1.0.0
Resolution [units] -
Comm object 11678 Related applications all
Description
This value contains latitude of the controller. This value is obtained from connected IB-NT with active
GPS. Time is automatically synchronized as well when succesfull GPS fix is established. If no valid
value is available from InternetBridge-NT, value ##### is displayed.

6 back to List of values

Longitude
Value group Info Related FW 1.0.0
Resolution [units] -
Comm object 11679 Related applications all
Description
This value contains longitude of the controller. This value is obtained from connected IB-NT with active
GPS. Time is automatically synchronized as well when succesfull GPS fix is established. If no valid
value is available from InternetBridge-NT, value ##### is displayed.

6 back to List of values

Group: Statistics
Run Hours
Value group Statistics Related FW 1.0.0
Resolution [units] h
Comm object 8206 Related applications all
Description
Engine operation hours counter. If an ECU is configured and it provides engine hours value, the value is
taken from ECU. If the value is not available from the ECU or ECU is not configured, the engine hours
are incremented in the controller while the engine is running.
Note: The counter can be readjusted/reset from InteliMonitor menu Monitor -> Set statistics.

6 back to List of values

Run minutes
Value group Statistics Related FW 1.2.0
Resolution [units] min
Comm object 15118 Related applications all
Description
Engine operation minutes counter. If an ECU is configured and it provides engine minutes value, the
value is taken from ECU. If the value is not available from the ECU or ECU is not configured, the engine
minutes are incremented in the controller while the engine is running.
Note: The counter can't be readjusted/reset from InteliMonitor menu Monitor -> Set statistics.

InteliDrive-BB-1.0.0 Global Guide 410

 6 back to List of values

Num starts
Value group Statistics Related FW 1.0.0
Resolution [units] -
Comm object 8207 Related applications all
Description
Engine start commands counter. The counter is increased by 1 even if the particular start command will
take more than one attempt.
Note: The counter can be readjusted/reset from InteliMonitor menu Monitor -> Set statistics.

6 back to List of values

NumUnsc start
Value group Statistics Related FW 1.0.0
Resolution [units] -
Comm object 10149 Related applications all
Description
Unsuccessful starts counter. The counter is incremented always when Start fail alarm is issued.
Note: The counter can be readjusted/reset from InteliMonitor menu Monitor -> Set statistics.

6 back to List of values

Service time 1
Value group Statistics Related FW 1.0.0
Resolution [units] h
Comm object 14397 Related applications all
Description
This is maintenance countdown timer #1. The timer is located in values (group Statistics).
Initial Value is given by the Setpoint Service time 1 (page 260).
Value is decremented while the Controller is running.
The alarm WrnServiceTime is issued as soon as the timer counts down to zero.
When the particular maintenance works have been performed, readjust the appropriate counter again to
the period of next regular maintenance cycle by pressing the Reset button in the Service timer dialog
window in InteliMonitor or by configured display command. The counter will then count down again.

6 back to List of values

InteliDrive-BB-1.0.0 Global Guide 411

 Service time 2
Value group Statistics Related FW 1.0.0
Resolution [units] h
Comm object 14398 Related applications all
Description
This is maintenance countdown timer #2. The timer is located in values (group Statistics).
Initial Value is given by the Setpoint Service time 2 (page 261).
Value is decremented while the Controller is running.
The alarm WrnServiceTime is issued as soon as the timer counts down to zero.
When the particular maintenance works have been performed, readjust the appropriate counter again to
the period of next regular maintenance cycle by pressing the Reset button in the Service timer dialog
window in InteliMonitor or by configured display command. The counter will then count down again.

6 back to List of values

Service time 3
Value group Statistics Related FW 1.0.0
Resolution [units] h
Comm object 14400 Related applications all
Description
This is maintenance countdown timer #3. The timer is located in values (group Statistics).
Initial Value is given by the Setpoint Service time 3 (page 262).
Value is decremented while the Controller is running.
The alarm WrnServiceTime is issued as soon as the timer counts down to zero.
When the particular maintenance works have been performed, readjust the appropriate counter again to
the period of next regular maintenance cycle by pressing the Reset button in the Service timer dialog
window in InteliMonitor or by configured display command. The counter will then count down again.

6 back to List of values

ServiceTimeSd
Value group Statistics Related FW 1.0.0
Resolution [units] h
Comm object 15802 Related applications all
Description
This is maintenance countdown timer #4.
Initial Value is given by Setpoint ServiceTimeSd (page 1).
Value is decremented while the Controller is running. The alarm SdServiceTime is issued as soon as the
timer counts down to zero.
When the particular maintenance works have been performed, readjust the appropriate counter again to the
period of next regular maintenance cycle by pressing the Reset button in the Service timer dialog window in
InteliMonitor or by configured display command. The counter will then count down again.

6 back to List of values

InteliDrive-BB-1.0.0 Global Guide 412

 PulseCounter 1PulseCounter
Value group Statistics Related FW 1.0.0
Resolution [units] -
Comm object 10986 Related applications all
Description
This is the value of PulseCounter #1 module. See the binary input PULSECOUNTER 1 (PAGE 480).

6 back to List of values

PulseCounter 2
Value group Statistics Related FW 1.0.0
Resolution [units] -
Comm object 10987 Related applications all
Description
This is the value of PulseCounter #2 module. See the binary input PULSECOUNTER 2 (PAGE 480).

6 back to List of values

PulseCounter 3
Value group Statistics Related FW 1.0.0
Resolution [units] -
Comm object 10988 Related applications all
Description
This is the value of PulseCounter #3 module. See the binary input PULSECOUNTER 3 (PAGE 480).

6 back to List of values

PulseCounter 4
Value group Statistics Related FW 1.0.0
Resolution [units] -
Comm object 10989 Related applications all
Description
This is the value of PulseCounter #4 module. See the binary input PULSECOUNTER 4 (PAGE 481).

6 back to List of values

PulseCounter 5
Value group Statistics Related FW 1.0.0
Resolution [units] -
Comm object 15338 Related applications all
Description
This is the value of PulseCounter #5 module. See the binary input PULSECOUNTER 5 (PAGE 481).

6 back to List of values

InteliDrive-BB-1.0.0 Global Guide 413

 PulseCounter 6
Value group Statistics Related FW 1.0.0
Resolution [units] -
Comm object 15339 Related applications all
Description
This is the value of PulseCounter #6 module. See the binary input PULSECOUNTER 6 (PAGE 481).

6 back to List of values

PulseCounter 7
Value group Statistics Related FW 1.0.0
Resolution [units] -
Comm object 15340 Related applications all
Description
This is the value of PulseCounter #7 module. See the binary input PULSECOUNTER 7 (PAGE 482).

6 back to List of values

PulseCounter 8
Value group Statistics Related FW 1.0.0
Resolution [units] -
Comm object 15341 Related applications all
Description
This is the value of PulseCounter #8 module. See the binary input PULSECOUNTER 8 (PAGE 482).

6 back to List of values

Group: AFR Control

MIXPOSA
Value group AFR Control Related FW 1.0.0
Resolution [units] %
Comm object 10090 Related applications all
Description
Mixer position.
Value is sume of value AFRVlvOffsetA (page 414) and AFRVlvRegA (page 415).

6 back to List of values

AFRVlvOffsetA
Value group AFR Control Related FW 1.0.0
Resolution [units] %
Comm object 13570 Related applications all
Description
Required mixer value calculated from characteristic adjusted by Setpoints MixPos1A (page 342),
MixPos2A (page 344), MixPos3A (page 345), MixPos4A (page 347), MixPos5A (page 348).

InteliDrive-BB-1.0.0 Global Guide 414

 6 back to List of values

AFRVlvRegA
Value group AFR Control Related FW 1.0.0
Resolution [units] %
Comm object 13572 Related applications all
Description
Output value from PID regulation as part of general requested Value for MIXPOSA (page 414).
This Value is limited with Setpoint LimPos (page 331).
Value is set to zero when the Sensor Value goes over the SensorValTolA (page 351) for longer time
than TAFROFFA (page 349).

6 back to List of values

AFRSensReqA
Value group AFR Control Related FW 1.0.0
Resolution [units] Bar/mV/°C
Comm object 10091 Related applications all
Description
Required Sensor Value related to Sensor characteristic adjusted via Setpoints Sensor1A (page 342),
Sensor2A (page 343), Sensor3A (page 345), Sensor4A (page 346), Sensor5A (page 348).

6 back to List of values

AFRSensActA
Value group AFR Control Related FW 1.0.0
Resolution [units] Bar/mV/°C
Comm object 10093 Related applications all
Description
Actual Value of Sensor. Dimension and range depends on the settings of the LAI: SENSORA (PAGE 431).

6 back to List of values

MIXFeedbackA
Value group AFR Control Related FW 1.0.0
Resolution [units] %
Comm object 10092 Related applications all
Description
Actual feedback Value of mixer

6 back to List of values

InteliDrive-BB-1.0.0 Global Guide 415

 MIXPOSB
Value group AFR Control Related FW 1.0.0
Resolution [units] %
Comm object 13139 Related applications all
Description
Mixer position.
Value is sume of Values AFRVlvOffsetB (page 416) and AFRVlvRegB (page 416).

6 back to List of values

AFRVlvOffsetB
Value group AFR Control Related FW 1.0.0
Resolution [units] %
Comm object 15022 Related applications all
Description
Required mixer value calculated from characteristic adjusted by Setpoints MixPos1B (page 359),
MixPos2B (page 360), MixPos3B (page 362), MixPos4B (page 363), MixPos5B (page 365).

6 back to List of values

AFRVlvRegB
Value group AFR Control Related FW 1.0.0
Resolution [units] %
Comm object 15023 Related applications all
Description
Output value from PID regulation as part of general requested Value for MIXPOSB (page 416).
This Value is limited with Setpoint LimPos (page 331).
Value is set to zero when the Sensor Value goes over the SensorValTolB (page 368) for longer time
than TAFROFFB (page 366).

6 back to List of values

AFRSensReqB
Value group AFR Control Related FW 1.0.0
Resolution [units] Bar/mV/°C
Comm object 15024 Related applications all
Description
Required Sensor Value related to Sensor characteristic adjusted via Setpoints Sensor1B (page 358),
Sensor2B (page 360), Sensor3B (page 361), Sensor4B (page 363), Sensor5B (page 364).

6 back to List of values

InteliDrive-BB-1.0.0 Global Guide 416

 AFRSensActB
Value group AFR Control Related FW 1.0.0
Resolution [units] Bar/mV/°C
Comm object 13141 Related applications all
Description
Actual Value of Sensor. Dimension and range depends on the settings of the LAI: SENSORB (PAGE 431).

6 back to List of values

MIXFeedbackB
Value group AFR Control Related FW 1.0.0
Resolution [units] %
Comm object 13140 Related applications all
Description
Actual feedback Value of mixer.

6 back to List of values

CH4offsetA
Value group AFR Control Related FW 1.0.0
Resolution [units] %
Comm object 15639 Related applications all
Description
This value can be useful in case of needs for extended PLC logic when Ana CH4A (page 354) is set to
ENA-FIX or ENA-STEP mode.

ENA-FIX mode
In this mode will Value show the actual recalculated Value which depends on the analog Value LAI: ANA
CH4A (PAGE 420) and Setpoints: MxPos40%CH4A (page 352) and MxPos60%CH4A (page 353).
Value is visible also when the Controller is running above the LowPwr values.

ENA-STEP mode
In this mode will Value show the actual recalculated Value.
This means:
StartingPosition: LAI: ANA CH4A (PAGE 420) + MxPos40%CH4A (page 352) and
MxPos60%CH4A (page 353)
RunningPosition: (RunPositionA (page 340) - StartPositionA (page 339)) + (LAI: ANA CH4A
(PAGE 420) + MxPos40%CH4A (page 352) and MxPos60%CH4A (page 353))
LowPowerPosition: (LoPwrPositionA (page 341) - StartPositionA (page 339)) + (LAI: ANA CH4A
(PAGE 420) + MxPos40%CH4A (page 352) and MxPos60%CH4A (page 353))
LowPower Value will be shown also when the Controller is running above the LowPwr values.

6 back to List of values

InteliDrive-BB-1.0.0 Global Guide 417

 CH4offsetB
Value group AFR Control Related FW 1.0.0
Resolution [units] %
Comm object 15640 Related applications all
Description
This value can be useful in case of needs for extended PLC logic when Ana CH4B (page 371) is set to
ENA-FIX or ENA-STEP mode.

ENA-FIX mode
In this mode will Value show the actual recalculated Value which depends on the analog Value LAI: ANA
CH4B (PAGE 420) and Setpoints: MxPos40%CH4B (page 369) and MxPos60%CH4B (page 370).
Value is visible also when the Controller is running above the LowPwr values.

ENA-STEP mode
In this mode will Value show the actual recalculated Value.
This means:
StartingPosition: LAI: ANA CH4B (PAGE 420) + MxPos40%CH4B (page 369) and
MxPos60%CH4B (page 370)
RunningPosition: (RunPositionB (page 357) - StartPositionB (page 355)) + (LAI: ANA CH4B
(PAGE 420) + MxPos40%CH4B (page 369) and MxPos60%CH4B (page 370))
LowPowerPosition: (LoPwrPositionB (page 357) - StartPositionB (page 355)) + (LAI: ANA CH4B
(PAGE 420) + MxPos40%CH4B (page 369) and MxPos60%CH4B (page 370))
LowPower Value will be shown also when the Controller is running above the LowPwr values.

6 back to List of values

9.1.4 Logical analog inputs

What Logical analog inputs are:
Logical analog inputs are inputs for analog values.

Alphabetical groups of Logical analog inputs

LAI: A 419
LAI: C 421
LAI: E 429
LAI: L 429
LAI: M 430
LAI: O 430
LAI: R 430
LAI: S 431

For full list of Logical analog inputs go to the chapter List of LAI (page 419).
6 back to Controller objects

InteliDrive-BB-1.0.0 Global Guide 418

 List of LAI Cyl temp 26 427 AFR ValveFdbA
Cyl temp 27 427 Rela Related
LAI: A Cyl temp 28 427
1.
ted applicat
0.0
AFR ValveFdbA 419 Cyl temp 29 427 FW ions
AFR ValveFdbB 419 Cyl temp 30 428 Description
Ana CH4A 420 Cyl temp 31 428 Functional input for
Ana CH4B 420 Cyl temp 32 428 configuration of
Ana SGOUT 420 feedback from AFR
mixer.
LAI: M
LAI: C MAT A 430 6 back to List of LAI
Cold temp 1 421 MAT B 430 AFR ValveFdbB
Cold temp 2 421
Rela Related
1.
Cold temp 3 421 LAI: L ted applicat
0.0
Cold temp 4 422 LCD brightness 429 FW ions
Cyl temp 1 422 Description
Cyl temp 2 422 LAI: O Functional input for
Cyl temp 3 422 Oil press 430 configuration of
feedback from AFR
Cyl temp 4 422
mixer.
Cyl temp 5 423 LAI: P
6 back to List of LAI
Cyl temp 6 423
LAI: R
Cyl temp 7 423
Requested RPM 430
Cyl temp 8 423
RPM pick-up 431
Cyl temp 9 423
Cyl temp 10 424 LAI: S
Cyl temp 11 424
SensorA 431
Cyl temp 12 424
SensorB 431
Cyl temp 13 424
Cyl temp 14 424 LAI: T
Cyl temp 15 425
LAI: W
Cyl temp 16 425
Cyl temp 17 425 6 back to Controller
objects
Cyl temp 18 425
Cyl temp 19 425 LAI: A
Cyl temp 20 426
Cyl temp 21 426
Cyl temp 22 426
Cyl temp 23 426
Cyl temp 24 426
Cyl temp 25 427

InteliDrive-BB-1.0.0 Global Guide 419

 Ana CH4A Ana CH4B Ana SGOUT
Rela 1. Related Rela 1. Related Relat Related
1.0
ted 0. applicat ted 0. applicat all ed applicati
.0
FW 0 ions FW 0 ions FW ons
Description Description Description
Gas content influences Gas content influences Input variable for the speed
Mixer position during Mixer position during governor control function.
engine start and engine start and The expected input value
running unloaded state running unloaded state is 0..10 000 (i.e. 0-10V with
when setpoint Ana when setpoint Ana a resolution of 3 decimal
CH4A (page 354) is CH4B (page 371) is places).
ENA-FIX or ENA- ENA-FIX or ENA- It is assumed that the input
STEP. STEP. will be a modified Speed
In this case the In this case the Request value.
setpoints setpoints Example: We use
StartPositionA (page StartPositionB (page the Math AxB/C
339), RunPositionA 355), RunPositionB block in the PLC
(page 340) and (page 357) and editor and multiply
LoPwrPositionA LoPwrPositionB the Speed Request
(page 341)are ignored. (page 357)are ignored. value by 10 to get
This input is used in This input is used in the expected range
case of very fluctuating case of very fluctuating of 0-10000. Speed
gas quality where the gas quality where the Request has one
standard fixed mixer standard fixed mixer decimal place which
positions can't be used. positions can't be used. means 0 - 1000 for
Note: In case that Ana Note: In case that Ana controller.
CH4 is not detected CH4 is not detected 6 back to List of LAI
(sensor value is out of (sensor value is out of
range) StartPositionA range) StartPositionB
(page 339), (page 355),
RunPositionA (page RunPositionB (page
340) and 357) and
LoPwrPositionA LoPwrPositionB
(page 341) will be (page 357) will be
active. active.

Note: Connect Note: Connect

external gas analyzer external gas analyzer
to analogue input Ana to analogue input Ana
CH4 and configure CH4 and configure
corresponding sensor corresponding sensor
characteristics with characteristics with
respect to 0 to 100% respect to 0 to 100%
Mixer control output Mixer control output
range. range.

6 back to List of LAI 6 back to List of LAI

InteliDrive-BB-1.0.0 Global Guide 420

 LAI: C
Cold temp 1
Related FW 1.0.0 Related applications
Description
If there is an additional terminal board between a thermocouple and the IS-AIN8 module and there is a
significant temperature difference between this terminal board and the module, it is necessary to
measure the temperature at this terminal board and use this temperature for the thermocouple
compensation instead of the internal temperature of the module.
This analog input is intended for measuement of this thermocouple compensation temperature for the IS-
AIN8 module with index #1.
Note: Thermocouples without internal compensation "Thermo(nc)..." must be used for this case.

6 back to List of LAI

Cold temp 2
Related FW 1.0.0 Related applications
Description
If there is an additional terminal board between a thermocouple and the IS-AIN8 module and there is a
significant temperature difference between this terminal board and the module, it is necessary to
measure the temperature at this terminal board and use this temperature for the thermocouple
compensation instead of the internal temperature of the module.
This analog input is intended for measuement of this thermocouple compensation temperature for the IS-
AIN8 module with index #2.
Note: Thermocouples without internal compensation "Thermo(nc)..." must be used for this case.

6 back to List of LAI

Cold temp 3
Related FW 1.0.0 Related applications
Description
If there is an additional terminal board between a thermocouple and the IS-AIN8 module and there is a
significant temperature difference between this terminal board and the module, it is necessary to
measure the temperature at this terminal board and use this temperature for the thermocouple
compensation instead of the internal temperature of the module.
This analog input is intended for measuement of this thermocouple compensation temperature for the IS-
AIN8 module with index #3.
Note: Thermocouples without internal compensation "Thermo(nc)..." must be used for this case.

6 back to List of LAI

InteliDrive-BB-1.0.0 Global Guide 421

 Cold temp 4
Related FW 1.0.0 Related applications
Description
If there is an additional terminal board between a thermocouple and the IS-AIN8 module and there is a
significant temperature difference between this terminal board and the module, it is necessary to
measure the temperature at this terminal board and use this temperature for the thermocouple
compensation instead of the internal temperature of the module.
This analog input is intended for measuement of this thermocouple compensation temperature for the IS-
AIN8 module with index #4.
Note: Thermocouples without internal compensation "Thermo(nc)..." must be used for this case.

6 back to List of LAI

Cyl temp 1
Related FW 1.0.0 Related applications
Description
Logical analog input for cylinder temperature #1. Used for computing of values T Cyl aver (page 391), T
Cyl max (page 391), T Cyl min (page 391).
Note: Available in IS-NT only.

6 back to List of LAI

Cyl temp 2
Related FW 1.0.0 Related applications
Description
Logical analog input for cylinder temperature #2. Used for computing of valuesT Cyl aver (page 391), T
Cyl max (page 391), T Cyl min (page 391).
Note: Available in IS-NT only.

6 back to List of LAI

Cyl temp 3
Related FW 1.0.0 Related applications
Description
Logical analog input for cylinder temperature #3. Used for computing of valuesT Cyl aver (page 391), T
Cyl max (page 391), T Cyl min (page 391).
Note: Available in IS-NT only.

6 back to List of LAI

Cyl temp 4
Related FW 1.0.0 Related applications
Description
Logical analog input for cylinder temperature #4. Used for computing of valuesT Cyl aver (page 391), T
Cyl max (page 391), T Cyl min (page 391).
Note: Available in IS-NT only.

InteliDrive-BB-1.0.0 Global Guide 422

 6 back to List of LAI

Cyl temp 5
Related FW 1.0.0 Related applications
Description
Logical analog input for cylinder temperature #5. Used for computing of values T Cyl aver (page 391), T
Cyl max (page 391), T Cyl min (page 391).
Note: Available in IS-NT only.

6 back to List of LAI

Cyl temp 6
Related FW 1.0.0 Related applications
Description
Logical analog input for cylinder temperature #6. Used for computing of valuesT Cyl aver (page 391), T
Cyl max (page 391), T Cyl min (page 391).
Note: Available in IS-NT only.

6 back to List of LAI

Cyl temp 7
Related FW 1.0.0 Related applications
Description
Logical analog input for cylinder temperature #7. Used for computing of valuesT Cyl aver (page 391), T
Cyl max (page 391), T Cyl min (page 391).
Note: Available in IS-NT only.

6 back to List of LAI

Cyl temp 8
Related FW 1.0.0 Related applications
Description
Logical analog input for cylinder temperature #8. Used for computing of values T Cyl aver (page 391), T
Cyl max (page 391), T Cyl min (page 391).
Note: Available in IS-NT only.

6 back to List of LAI

Cyl temp 9
Related FW 1.0.0 Related applications
Description
Logical analog input for cylinder temperature #9. Used for computing of valuesT Cyl aver (page 391), T
Cyl max (page 391), T Cyl min (page 391).
Note: Available in IS-NT only.

6 back to List of LAI

InteliDrive-BB-1.0.0 Global Guide 423

 Cyl temp 10
Related FW 1.0.0 Related applications
Description
Logical analog input for cylinder temperature #10. Used for computing of valuesT Cyl aver (page 391), T
Cyl max (page 391), T Cyl min (page 391).
Note: Available in IS-NT only.

6 back to List of LAI

Cyl temp 11
Related FW 1.0.0 Related applications
Description
Logical analog input for cylinder temperature #11. Used for computing of valuesT Cyl aver (page 391)
Note: Available in IS-NT only.

6 back to List of LAI

Cyl temp 12
Related FW 1.0.0 Related applications
Description
Logical analog input for cylinder temperature #12. Used for computing of valuesT Cyl aver (page 391), T
Cyl max (page 391), T Cyl min (page 391).
Note: Available in IS-NT only.

6 back to List of LAI

Cyl temp 13
Related FW 1.0.0 Related applications
Description
Logical analog input for cylinder temperature #13. Used for computing of valuesT Cyl aver (page 391), T
Cyl max (page 391), T Cyl min (page 391).
Note: Available in IS-NT only.

6 back to List of LAI

Cyl temp 14
Related FW 1.0.0 Related applications
Description
Logical analog input for cylinder temperature #14. Used for computing of values T Cyl aver (page 391),
T Cyl max (page 391), T Cyl min (page 391).
Note: Available in IS-NT only.

6 back to List of LAI

InteliDrive-BB-1.0.0 Global Guide 424

 Cyl temp 15
Related FW 1.0.0 Related applications
Description
Logical analog input for cylinder temperature #15. Used for computing of values T Cyl aver (page 391),
T Cyl max (page 391), T Cyl min (page 391).
Note: Available in IS-NT only.

6 back to List of LAI

Cyl temp 16
Related FW 1.0.0 Related applications
Description
Logical analog input for cylinder temperature #16. Used for computing of valuesT Cyl aver (page 391), T
Cyl max (page 391), T Cyl min (page 391).
Note: Available in IS-NT only.

6 back to List of LAI

Cyl temp 17
Related FW 1.0.0 Related applications
Description
Logical analog input for cylinder temperature #17. Used for computing of valuesT Cyl aver (page 391), T
Cyl max (page 391), T Cyl min (page 391).
Note: Available in IS-NT only.

6 back to List of LAI

Cyl temp 18
Related FW 1.0.0 Related applications
Description
Logical analog input for cylinder temperature #18. Used for computing of values T Cyl aver (page 391),
T Cyl max (page 391), T Cyl min (page 391).
Note: Available in IS-NT only.

6 back to List of LAI

Cyl temp 19
Related FW 1.0.0 Related applications
Description
Logical analog input for cylinder temperature #19. Used for computing of values T Cyl aver (page 391),
T Cyl max (page 391), T Cyl min (page 391).
Note: Available in IS-NT only.

6 back to List of LAI

InteliDrive-BB-1.0.0 Global Guide 425

 Cyl temp 20
Related FW 1.0.0 Related applications
Description
Logical analog input for cylinder temperature #20. Used for computing of valuesT Cyl aver (page 391), T
Cyl max (page 391), T Cyl min (page 391).
Note: Available in IS-NT only.

6 back to List of LAI

Cyl temp 21
Related FW 1.0.0 Related applications
Description
Logical analog input for cylinder temperature #21. Used for computing of values T Cyl aver (page 391),
T Cyl max (page 391), T Cyl min (page 391).
Note: Available in IS-NT only.

6 back to List of LAI

Cyl temp 22
Related FW 1.0.0 Related applications
Description
Logical analog input for cylinder temperature #22. Used for computing of valuesT Cyl aver (page 391), T
Cyl max (page 391), T Cyl min (page 391).
Note: Available in IS-NT only.

6 back to List of LAI

Cyl temp 23
Related FW 1.0.0 Related applications
Description
Logical analog input for cylinder temperature #23. Used for computing of valuesT Cyl aver (page 391), T
Cyl max (page 391), T Cyl min (page 391).
Note: Available in IS-NT only.

6 back to List of LAI

Cyl temp 24
Related FW 1.0.0 Related applications
Description
Logical analog input for cylinder temperature #24. Used for computing of values T Cyl aver (page 391),
T Cyl max (page 391), T Cyl min (page 391).
Note: Available in IS-NT only.

6 back to List of LAI

InteliDrive-BB-1.0.0 Global Guide 426

 Cyl temp 25
Related FW 1.0.0 Related applications
Description
Logical analog input for cylinder temperature #25. Used for computing of valuesT Cyl aver (page 391), T
Cyl max (page 391), T Cyl min (page 391).
Note: Available in IS-NT only.

6 back to List of LAI

Cyl temp 26
Related FW 1.0.0 Related applications
Description
Logical analog input for cylinder temperature #26. Used for computing of valuesT Cyl aver (page 391), T
Cyl max (page 391), T Cyl min (page 391).
Note: Available in IS-NT only.

6 back to List of LAI

Cyl temp 27
Related FW 1.0.0 Related applications
Description
Logical analog input for cylinder temperature #27. Used for computing of valuesT Cyl aver (page 391), T
Cyl max (page 391), T Cyl min (page 391).
Note: Available in IS-NT only.

6 back to List of LAI

Cyl temp 28
Related FW 1.0.0 Related applications
Description
Logical analog input for cylinder temperature #28. Used for computing of valuesT Cyl aver (page 391), T
Cyl max (page 391), T Cyl min (page 391).
Note: Available in IS-NT only.

6 back to List of LAI

Cyl temp 29
Related FW 1.0.0 Related applications
Description
Logical analog input for cylinder temperature #29. Used for computing of valuesT Cyl aver (page 391), T
Cyl max (page 391), T Cyl min (page 391).
Note: Available in IS-NT only.

6 back to List of LAI

InteliDrive-BB-1.0.0 Global Guide 427

 Cyl temp 30
Related FW 1.0.0 Related applications
Description
Logical analog input for cylinder temperature #30. Used for computing of valuesT Cyl aver (page 391), T
Cyl max (page 391), T Cyl min (page 391).
Note: Available in IS-NT only.

6 back to List of LAI

Cyl temp 31
Related FW 1.0.0 Related applications
Description
Logical analog input for cylinder temperature #31. Used for computing of valuesT Cyl aver (page 391), T
Cyl max (page 391), T Cyl min (page 391).
Note: Available in IS-NT only.

6 back to List of LAI

Cyl temp 32
Related FW 1.0.0 Related applications
Description
Logical analog input for cylinder temperature #32. Used for computing of valuesT Cyl aver (page 391), T
Cyl max (page 391), T Cyl min (page 391).
Note: Available in IS-NT only.

6 back to List of LAI

InteliDrive-BB-1.0.0 Global Guide 428

 LAI: E
Engine Torque 429
Engine Torque% 429

Engine Torque
Related FW 1.0.0 Related applications
Description
Input for external torque measurement from which the total instantaneous mechanical power is calculated in
the controller.
The calculation formula to which the logic input is connected assumes an analog value in Nm (newton
meter).

6 back to List of LAI

Engine Torque%
Related FW 1.0.0 Related applications
Description
Input for external torque measurement from which the total instantaneous mechanical power is calculated in
the controller.
The input analog value is in % (percent) - it is a relative number relative to the torque reference of the motor
(possible to use maximum torque).
For use in a power formula, this relative input needs to be recalculated (the formula counts with units of Nm).
We will use the setpoint RefEngTorque for the conversion.
, where
M(rel) = LAI Engine Torque%
RefEngTorq = setpoint

6 back to List of LAI

LAI: L
LCD brightness
Related FW 1.0.0 Related applications
Description
This functional input is used to adjust the backlight intensity of the IG-NT built-in terminal (display) by an
analog input (e.g. a potentiometer). If this input is configured to a physical analog input or other value, the
brightness adjusted by buttons at the terminal is overriden by this analog input.

6 back to List of LAI

InteliDrive-BB-1.0.0 Global Guide 429

 LAI: M
MAT A
Related FW 1.0.0 Related applications
Description
This functional input is used for AFR functionality.
MAT is second condition for correct configuration of AFR functionality.
IMPORTANT: In case this sensor is not configured alarm message AFRcontrolFLS is
activated.

6 back to List of LAI

MAT B
Related FW 1.0.0 Related applications
Description
This functional input is used for AFR functionality.
MAT is second condition for correct configuration of AFR functionality.
IMPORTANT: In case this sensor is not configured alarm message AFRcontrolFLS is
activated.

6 back to List of LAI

LAI: O
Oil press
Related FW 1.0.0 Related applications
Description
This functional input is used as an additional information whether the engine is running or not. If you want
to use this additional feature configure this input onto the physical analog input where the oil pressure
sensor is connected and adjust the setpoint Starting POil (page 234) to cca 50 % of typical engine oil
pressure at idle speed.
Note: See also the chapter Engine control (page 136) for more details.

6 back to List of LAI

LAI: R
Requested RPM
Related FW 1.0.0 Related applications
Description
Analog input influences directly Speed request (page 1) register when configured without ramp. In the case
of sensor fail (out of range) is Speed request = 0.0 % for and 50.0 % (=Nominal RPM) for . There is expected
range of values 0.0 … 100.0 % for this Logical Analog input.

6 back to List of LAI

InteliDrive-BB-1.0.0 Global Guide 430

 RPM pick-up
Related FW 1.0.0 Related applications
Description
This functional input is used for reading of the Controller speed from other source than pickup or
generator frequency. This source is typically an ECU unit, which provides the speed at the
communication bus.

6 back to List of LAI

LAI: S
SensorA
Related FW 1.0.0 Related applications all
Description
This functional input is used for AFR functionality.
With using AFR functionality is requirement to configure type of Sensor.
Defaultly can be choosen from Bar, mV, °C type of sensor.
His configuration has an influence on format of all Setpoints or Values which are related to this LAI.
Example: Sensor1A (page 342), Sensor1B (page 358), SensorValTolA (page 351),
SensorValTolB (page 368), MATcorrection (page 333), DeadBand (page 335).

IMPORTANT: In case this sensor is not configured alarm message AFRcontrolFLS is

activated.

6 back to List of LAI

SensorB
Related FW 1.0.0 Related applications
Description
This functional input is used for AFR functionality.
With using AFR functionality is requirement to configure type of Sensor.
Defaultly can be choosen from Bar, mV, °C type of sensor.
His configuration has an influence on format of all Setpoints or Values which are related to this LAI.
Example: Sensor1A (page 342), Sensor1B (page 358), SensorValTolA (page 351),
SensorValTolB (page 368), MATcorrection (page 333), DeadBand (page 335).

IMPORTANT: In case this sensor is not configured alarm message AFRcontrolFLS is

activated.

6 back to List of LAI

InteliDrive-BB-1.0.0 Global Guide 431

9.1.5 Logical binary inputs
What Logical binary inputs are:
Logical binary inputs are inputs for binary values and functions.

Alphabetical groups of Logical binary inputs

LBI: A 435
LBI: C 436
LBI: D 436
LBI: E 437
LBI: F 449
LBI: G 465
LBI: H 465
LBI: I 466
LBI: L 469
LBI: M 477
LBI: N 479
LBI: O 479
LBI: P 479
LBI: R 482
LBI: S 484
LBI: T 490
LBI: U 494
LBI: W 495

For full list of Logical binary inputs go to the chapter List of LBI (page 433).
6 back to Controller objects

InteliDrive-BB-1.0.0 Global Guide 432

 List of LBI ExValue9 down 444 ForceValueIn15 458
ExValue10 down 444 ForceValueIn16 458
LBI: A ExValue11 down 445 ForceValueIn17 459
AccessLock D#2 435 ExValue12 down 445 ForceValueIn18 459
AccessLock D#3 435 ExValue1reset 445 ForceValueIn19 459
AccessLock ext 435 ExValue2reset 446 ForceValueIn20 460
AccessLock int 436 ExValue3reset 446 ForceValueIn21 460
ExValue4reset 446 ForceValueIn22 461
LBI: C
ExValue5reset 447 ForceValueIn23 461
ClutchBlocking 436 ExValue6reset 447 ForceValueIn24 461
CtrlHBeat sens 436 ExValue7reset 447 ForceValueIn25 462
CylDifEvalBlk 436 ExValue8reset 448 ForceValueIn26 462
ExValue9reset 448 ForceValueIn27 463
LBI: E
ExValue10reset 448 ForceValueIn28 463
ECUComFailBlck 437
ExValue11reset 449 ForceValueIn29 463
ECU StoppedEng 437
ExValue12reset 449 ForceValueIn30 464
Emerg. manual 438
ForceValueIn31 464
Emergency Stop 439 LBI: F ForceValueIn32 465
Emerg stop neg 439 FaultResButton 449
ExValue1 up 439 FaultResButton 450 LBI: G
ExValue2 up 440 Force block 1 450 GasAB 465
ExValue3 up 440 Force block 2 450 GasVTestOK 465
ExValue4 up 440 Force block 3 450
ExValue5 up 440 Force block 4 450 LBI: H
ExValue6 up 441 Force block 5 451 HornResButton 465
ExValue7 up 441 Force block 6 451
ExValue8 up 441 ForceValueIn 1 452 LBI: I
ExValue9 up 441 ForceValueIn 2 453 IssueActCallC1 466
ExValue10 up 441 ForceValueIn 3 453 IssueActCallC2 466
ExValue11 up 442 ForceValueIn 4 453 IssueActCallC3 467
ExValue12 up 442 ForceValueIn 5 454 IssueActCallC4 467
ExValue1 down 442 ForceValueIn 6 454 IssueActCallC5 467
ExValue2 down 442 ForceValueIn 7 455 ImpCountSet1 468
ExValue3 down 443 ForceValueIn 8 455 ImpCountSet2 468
ExValue4 down 443 ForceValueIn 9 455 ImpCountSet3 468
ExValue5 down 443 ForceValueIn10 456 ImpCountSet4 468
ExValue6 down 443 ForceValueIn11 456 ImpCountSet5 468
ExValue7 down 444 ForceValueIn12 457 ImpCountSet6 468
ExValue8 down 444 ForceValueIn13 457 ImpCountSet7 469

ForceValueIn14 457 ImpCountSet8 469

InteliDrive-BB-1.0.0 Global Guide 433

 LBI: L LBI: S User mask 4 495

Lang sel int A 469 Rem Clutch 482

LBI: W
Lang sel int B 470 Sd override 484
Watchdog Test 495
Lang sel int C 471 Startblocking 484
Lang sel D#2 A 472 StartButton 484 6 back to Controller
Lang sel D#2 B 473 StopButton 485 objects
Lang sel D#2 C 474 SafetyFunct1NO 485
Lang sel D#3 A 475 SafetyFunct1NC 486
Lang sel D#3 B 476 SafetyFunct2NO 486
Lang sel D#3 C 477 SafetyFunct2NC 487
Loaded 477 SafetyFunct3NO 487
SafetyFunct3NC 488
LBI: M SafetyFunct4NO 488
Misfiring 477 SafetyFunct4NC 489
MICFaultReset 478 Speed Down 489
Speed Up 490
LBI: N
Nominal speed 479 LBI: T
Timer block 1 490
LBI: O Timer block 2 490
Oil press 479 Timer block 3 491
Timer block 4 491
LBI: P
Timer block 5 491
PrestartBypass 479 Timer block 6 491
PulseCounter 1 480 Timer block 7 491
PulseCounter 2 480 Timer block 8 492
PulseCounter 3 480 Timer block 9 492
PulseCounter 4 481 Timer block 10 492
PulseCounter 5 481 Timer block 11 492
PulseCounter 6 481 Timer block 12 492
PulseCounter 7 482 Timer block 13 493
PulseCounter 8 482 Timer block 14 493
Timer block 15 493
LBI: R
Timer block 16 493
RunIndication 1 483
RunIndication 2 483 LBI: U
RunIndication 3 483 User mask 1 494
Remote OFF 483 User mask 2 494
Remote RUN 484 User mask 3 495

InteliDrive-BB-1.0.0 Global Guide 434

 LBI: A
AccessLock D#2
Related FW 1.0.0 Related applications all
Description
This input forces the external local terminal or IntelliVision (display) #2 into monitoring mode.
Note: Local display means that it is connected to dedicated RS485. There is possibility to connect up to
3 external displays to InteliDrive BaseBox.

Setpoints changes are disabled.

Using control buttons on the panel is disabled even if the controller is in MAN mode.
Change of controller mode is disabled.

6 back to List of LBI

AccessLock D#3
Related FW 1.0.0 Related applications all
Description
This input forces the external local terminal or IntelliVision (display) #3 into monitoring mode.
Note: Local display means that it is connected to dedicated RS485. There is possibility to connect up to
external displays via dedicated RS485 terminal to InteliDrive BaseBox.

Setpoints changes are disabled.

Using control buttons on the panel is disabled even if the controller is in MAN mode.
Change of controller mode is disabled.

6 back to List of LBI

AccessLock ext
Related FW 1.0.0 Related applications all
Description
This input forces all external remote terminals into monitoring mode.
Setpoints changes are disabled.
Executing commands is disabled.
Change of controller mode is disabled.
An external remote terminal is any device, which reads and/or writes data from/into the controller and is
connected to the controller via any other communication bus than the dedicated terminal RS485 bus.
Note: An example of such terminal is a PC with InteliMonitor, any kind of remote display connected via
CAN2 or a PLC connected to the RS485 and communicating via MODBUS.

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 435

 AccessLock int
Related FW 1.0.0 Related applications all
Description
This input forces the InteliVision terminal 1 into monitoring mode.
Setpoints changes are disabled.
Using control buttons on the panel is disabled even if the controller is in MAN mode.
Change of controller mode is disabled.

6 back to List of LBI

LBI: C
ClutchBlocking
Related FW 1.0.0 Related applications Allspeed
Description
ClutchBlocking can block Clutch Connect. Active input is indicated in Alarm list as “Clutch Blocking”
message.

6 back to List of LBI

CtrlHBeat sens
Related FW 1.0.0 Related applications all
Description
This input is used at a redundant controller to sense the "heart beat" from the main controller. The input is
to be connected to the output CTRL HEART BEAT (PAGE 508) of the main controller.
If the redundant controller does not sense the heart beat from the main one, it will activate the binary
output CTRL HBEAT FD (PAGE 508), which has to be wired such a way, that it disconnects the dead main
controller from the Controller, connects the redundant controller instead and activates it.
Note: Learn more about redundancy in separate chapter Controller redundancy (page 142).

6 back to List of LBI

CylDifEvalBlk
Related FW 1.0.0 Related applications all
Description
This input is used to disable temporarily evaluation of the alarms caused by cylinder temperatures
deviations.

6 back to List of LBI

LBI: D
DxLoadReduct
Related FW 1.2.0 Related applications all
Description
Input activates engine knocking protection.

InteliDrive-BB-1.0.0 Global Guide 436

 Knocking is detected from external unit.
Protection is active only when Controller power is above ValuePower1A (page 341). When is closed:
Immediately starts engine unloading with rate given by Load Ramp to Value Min Power PtM.
Activates Engine shut down after delay given by Setpoint Knocking del (page 337).
The engine shut down is activated when binary input DxLoadReduct is activated 5 times in one hour
(Alarm list and History record Sd Knocking). The internal counter is reseted after one hour without
Knocking activation or after engine Stop.

6 back to List of LBI

LBI: E
ECUComFailBlck
Related FW 1.0.0 Related applications all
Description
The input disables issuing of the ECU communication failure alarm and all other alarms related to values
that are beeing read from the ECU.

6 back to List of LBI

ECU StoppedEng
Related FW 1.0.0 Related applications all
Description
When this input is activated, the Controller will be stopped immdiately without unloading and cooling
phase, however no alarm will be issued.
This input is intended for situations, where the Controller is controller by an ECU or other device which
also includes engine protections and can stop the engine itself. In such case the controller would issue
an Underspeed alarm. Connecting this input to an appropriate ECU output, which provides information,
that the engine has been stopped by the ECU, prevents the controller from issuing the underspeed alarm.

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 437

 Emerg. manual
Related FW 1.0.0 Related applications all
Description
This input is designed to allow the Controller to be controlled externally, not by the controller.
This feature is especially designed for marine Controllers, which are supposed to be started manually as
the controller has no power supply before the Controller is started. It may be also useful in case of testing
the Controller or in case of a failure, which does not allow the Controller to be controlled by the controller,
but the Controller itself is stays operational. This function is also used in case of Controller redundancy
(page 142) to disable redundant controller.
The controller behaves following way:
Shows the text EmergMan in the engine status on the main screen.
Stops all functions regarding the Controller control, deactivates all outputs related to it. The
complete list of effected logical binary outputs is at the bottom.
Stop Fail alarm is not beeing evaluated and stop solenoid is not activated if nonzero speed is
detected.
Note: For successful recovery from a running state when the input is deactivated it is recommended to
use pulse-type control outputs instead of continous-type. E.g. STOP SOLENOID (PAGE 556) for fuel
supply control and GCB ON coil, GCB OFF coil for breaker control.

Logical Binary Outputs that are deactivated (directly or indirectly) when Emerg. manual is active:
Starter
Fuel solenoid
Prestart
Cooling pump

Stop solenoid
Stop pulse
Speed up
Speed dn
AVR up
AVR dn
Ignition
Ventilation
Idle/Nominal
Prelubr pump

ECU PwrRelay
Ready for load
Stand-by ready
Operational
Ready
Not Ready
CranckProcedure
Starting
Idle run
Running

InteliDrive-BB-1.0.0 Global Guide 438

 Loaded

Cooling
Stopping
Crancking

6 back to List of LBI

Emergency Stop
Related FW 1.0.0 Related applications all
Description
If the input is activated, engine shutdown is immediately performed. However, the controller behavior is
slightly different compared to other shutdown alarms:
Outputs IGNITION (PAGE 512), VENTILATION (PAGE 566), COOLING PUMP (PAGE 506) and PRELUBR
PUMP (PAGE 551) are deactivated as well.
This input cannot be overridden with the input SD OVERRIDE (PAGE 484).

Note: Because of safety reasons it is recommended to configure this input as Normally closed and use a
NC switch.

IMPORTANT: This is a software function only. It can be extended by a "hard-wired"

emergency stop function, which means disconnecting power supply from the controller
outputs.

6 back to List of LBI

Emerg stop neg

Related FW 1.0.0 Related applications all
Description
Input for stop function with opposite polarity than EMERGENCY STOP (PAGE 439). If the input is configured, its
value is used for deciding on the Emergency stop alarm. Inputs Emerg stop neg and Emergency stop are in
the function of logical sum OR (i.e. alarm is issued when just one condition is met).
IMPORTANT: If there is a signal mismatch (i.e. both inputs will be under 500ms in Log1 or
log0), the AHI E Stp Mismatch alarm will be issued.

6 back to List of LBI

ExValue1 up
Related FW 1.0.0 Related applications all
Description
While this input is active the value of ExValue 1 is continuously beeing increased at the rate of ExValue1
rate (page 294) until it reaches ExValue1HiLim (page 288).

Note: If this input is used (configured), the ExValue 1 can't be written remotely from a remote terminal using
the command ExValue 1.

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 439

 ExValue2 up
Related FW 1.0.0 Related applications all
Description
While this input is active the value of ExValue 2 is continuously beeing increased at the rate of ExValue2
rate (page 294) until it reaches ExValue2HiLim (page 288).

Note: If this input is used (configured), the ExValue 2 can't be written remotely from a remote terminal using
the command ExValue 2.

6 back to List of LBI

ExValue3 up
Related FW 1.0.0 Related applications all
Description
While this input is active the value of ExValue 3 is continuously being increased at the rate of ExValue3 rate
(page 295) until it reaches ExValue3HiLim (page 289).
Note: If this input is used (configured), the ExValue 3 can't be written remotely from a remote terminal
using the command ExValue 3.

6 back to List of LBI

ExValue4 up
Related FW 1.0.0 Related applications all
Description
While this input is active the value of ExValue 4 is continuously being increased at the rate of ExValue4
rate (page 295) until it reaches ExValue4HiLim (page 289).
Note: If this input is used (configured), the ExValue 4 can't be written remotely from a remote terminal
using the command ExValue 4.

6 back to List of LBI

ExValue5 up
Related FW 1.0.0 Related applications all
Description
While this input is active the value of ExValue 5 is continuously being increased at the rate of ExValue5
rate (page 296) until it reaches ExValue5HiLim (page 290).
Note: If this input is used (configured), the ExValue 5 can't be written remotely from a remote terminal
using the command ExValue 5.

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 440

 ExValue6 up
Related FW 1.0.0 Related applications all
Description
While this input is active the value of ExValue 6 is continuously being increased at the rate of ExValue6 rate
(page 296) until it reaches ExValue6HiLim (page 290).
If this input is used (configured), the ExValue 6 can't be written remotely from a remote terminal using the
command ExValue 6.

6 back to List of LBI

ExValue7 up
Related FW 1.0.0 Related applications all
Description
While this input is active the value of ExValue 7 is continuously being increased at the rate of ExValue7 rate
(page 297) until it reaches ExValue7HiLim (page 291).
If this input is used (configured), the ExValue 7 can't be written remotely from a remote terminal using the
command ExValue 7.

6 back to List of LBI

ExValue8 up
Related FW 1.0.0 Related applications all
Description
While this input is active the value of ExValue 8 is continuously being increased at the rate of ExValue8 rate
(page 297) until it reaches ExValue8HiLim (page 291).
If this input is used (configured), the ExValue 8 can't be written remotely from a remote terminal using the
command ExValue 8.

6 back to List of LBI

ExValue9 up
Related FW 1.0.0 Related applications all
Description
While this input is active the value of ExValue 9 is continuously being increased at the rate of ExValue9 rate
(page 298) until it reaches ExValue9HiLim (page 292).
If this input is used (configured), the ExValue 9 can't be written remotely from a remote terminal using the
command ExValue 9.

6 back to List of LBI

ExValue10 up
Related FW 1.0.0 Related applications all
Description
While this input is active the value of ExValue 10 is continuously being increased at the rate of
ExValue10 rate (page 298) until it reaches ExValue10HiLim (page 292).
Note: If this input is used (configured), the ExValue 10 can't be written remotely from a remote terminal
using the command ExValue 10.

InteliDrive-BB-1.0.0 Global Guide 441

 6 back to List of LBI

ExValue11 up
Related FW 1.0.0 Related applications all
Description
While this input is active the value of ExValue 11 is continuously being increased at the rate of
ExValue11 rate (page 299) until it reaches ExValue11HiLim (page 293).
Note: If this input is used (configured), the ExValue 11 can't be written remotely from a remote terminal
using the command ExValue 11.

6 back to List of LBI

ExValue12 up
Related FW 1.0.0 Related applications all
Description
While this input is active the value of ExValue 12 is continuously being increased at the rate of
ExValue12 rate (page 299) until it reaches ExValue12HiLim (page 293).
Note: If this input is used (configured), the ExValue 12 can't be written remotely from a remote terminal
using the command ExValue 12.

6 back to List of LBI

ExValue1 down
Related FW 1.0.0 Related applications all
Description
While this input is active the value of ExValue 1 is continuously beeing decreased at the rate of ExValue1
rate (page 294) until it reaches ExValue1LoLim (page 282).

Note: If this input is used (configured), the ExValue 1 can't be written remotely from a remote terminal using
the command ExValue 1.

6 back to List of LBI

ExValue2 down
Related FW 1.0.0 Related applications all
Description
IS-NT specific function
While this input is active the value of ExValue 2 is continuously beeing decreased at the rate of ExValue2
rate (page 294) until it reaches ExValue2LoLim (page 282).

Note: If this input is used (configured), the ExValue 2 can't be written remotely from a remote terminal using
the command ExValue 2.

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 442

 ExValue3 down
Related FW 1.0.0 Related applications all
Description
While this input is active the value of ExValue 3 is continuously beeing decreased at the rate of ExValue3
rate (page 295) until it reaches ExValue3LoLim (page 283).
Note: If this input is used (configured), the ExValue 3 can't be written remotely from a remote terminal
using the command ExValue 3.

6 back to List of LBI

ExValue4 down
Related FW 1.0.0 Related applications all
Description
While this input is active the value of ExValue 4 is continuously beeing decreased at the rate of ExValue4
rate (page 295) until it reaches ExValue4LoLim (page 283).
Note: If this input is used (configured), the ExValue 4 can't be written remotely from a remote terminal
using the command ExValue 4.

6 back to List of LBI

ExValue5 down
Related FW 1.0.0 Related applications all
Description
IS-NT specific function
While this input is active the value of ExValue 5 is continuously being decreased at the rate of ExValue5
rate (page 296) until it reaches ExValue5LoLim (page 284).

Note: If this input is used (configured), the ExValue 5 can't be written remotely from a remote terminal using
the command ExValue 5.

6 back to List of LBI

ExValue6 down
Related FW 1.0.0 Related applications all
Description
IS-NT specific function
While this input is active the value of ExValue 6 is continuously being decreased at the rate of ExValue6
rate (page 296) until it reaches ExValue6LoLim (page 284).

Note: If this input is used (configured), the ExValue 6 can't be written remotely from a remote terminal using
the command ExValue 6.

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 443

 ExValue7 down
Related FW 1.0.0 Related applications all
Description
IS-NT specific function
While this input is active the value of ExValue 7 is continuously being decreased at the rate of ExValue7
rate (page 297) until it reaches ExValue7LoLim (page 285).

Note: If this input is used (configured), the ExValue 7 can't be written remotely from a remote terminal using
the command ExValue 7.

6 back to List of LBI

ExValue8 down
Related FW 1.0.0 Related applications all
Description
IS-NT specific function
While this input is active the value of ExValue 8 is continuously being decreased at the rate of ExValue8
rate (page 297) until it reaches ExValue8LoLim (page 285).

Note: If this input is used (configured), the ExValue 8 can't be written remotely from a remote terminal using
the command ExValue 8.

6 back to List of LBI

ExValue9 down
Related FW 1.0.0 Related applications all
Description
IS-NT specific function
While this input is active the value of ExValue 9 is continuously being decreased at the rate of ExValue9
rate (page 298) until it reaches ExValue9LoLim (page 286).

Note: If this input is used (configured), the ExValue 9 can't be written remotely from a remote terminal using
the command ExValue 9.

6 back to List of LBI

ExValue10 down
Related FW 1.0.0 Related applications all
Description
IS-NT specific function
While this input is active the value of ExValue 10 is continuously being decreased at the rate of ExValue10
rate (page 298) until it reaches ExValue10LoLim (page 286).

Note: If this input is used (configured), the ExValue 10 can't be written remotely from a remote terminal
using the command ExValue 10.

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 444

 ExValue11 down
Related FW 1.0.0 Related applications all
Description
IS-NT specific function
While this input is active the value of ExValue 11 is continuously being decreased at the rate of ExValue11
rate (page 299) until it reaches ExValue11LoLim (page 287).

Note: If this input is used (configured), the ExValue 11 can't be written remotely from a remote terminal
using the command ExValue 11.

6 back to List of LBI

ExValue12 down
Related FW 1.0.0 Related applications all
Description
IS-NT specific function
While this input is active the value of ExValue 12 is continuously being decreased at the rate of ExValue12
rate (page 299) until it reaches ExValue12LoLim (page 287).

Note: If this input is used (configured), the ExValue 12 can't be written remotely from a remote terminal
using the command ExValue 12.

6 back to List of LBI

ExValue1reset
Related FW 1.0.0 Related applications all
Description
The ExValue 1 is reset to it's default value when this input is activated and held there until the input is
deactivated. The default value is given by the setpoint ExValue1deflt (page 300).
While the reset input is active:
The value does not respond to up and down inputs.
The value does not accept new data that are written remotely from a remote terminal using the
ExValue command.
Note: Configuring of the reset input does not block writing the ExValue remotely, in comparison to the up
and down inputs, which does. However, if the reset input is active, the remotely written data are not
accepted.

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 445

 ExValue2reset
Related FW 1.0.0 Related applications all
Description
The ExValue 2 is reset to it's default value when this input is activated and held there until the input is
deactivated. The default value is given by the setpoint ExValue2deflt (page 300).
While the reset input is active:
The value does not respond to up and down inputs.
The value does not accept new data that are written remotely from a remote terminal using the
ExValue command.
Note: Configuring of the reset input does not block writing the ExValue remotely, in comparison to the up
and down inputs, which does. However, if the reset input is active, the remotely written data are not
accepted.

6 back to List of LBI

ExValue3reset
Related FW 1.0.0 Related applications all
Description
The ExValue 3 is reset to it's default value when this input is activated and held there until the input is
deactivated. The default value is given by the setpoint ExValue3deflt (page 301).
While the reset input is active:
The value does not respond to up and down inputs.
The value does not accept new data that are written remotely from a remote terminal using the
ExValue command.
Note: Configuring of the reset input does not block writing the ExValue remotely, in comparison to the up
and down inputs, which does. However, if the reset input is active, the remotely written data are not
accepted.

6 back to List of LBI

ExValue4reset
Related FW 1.0.0 Related applications all
Description
The ExValue 4 is reset to it's default value when this input is activated and held there until the input is
deactivated. The default value is given by the setpoint ExValue4deflt (page 301).
While the reset input is active:
The value does not respond to up and down inputs.
The value does not accept new data that are written remotely from a remote terminal using the
ExValue command.
Note: Configuring of the reset input does not block writing the ExValue remotely, in comparison to the up
and down inputs, which does. However, if the reset input is active, the remotely written data are not
accepted.

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 446

 ExValue5reset
Related FW 1.0.0 Related applications all
Description
The ExValue 54 is reset to it's default value when this input is activated and held there until the input is
deactivated. The default value is given by the setpoint ExValue5deflt (page 302).
While the reset input is active:
The value does not respond to up and down inputs.
The value does not accept new data that are written remotely from a remote terminal using the
ExValue command.
Note: Configuring of the reset input does not block writing the ExValue remotely, in comparison to the up
and down inputs, which does. However, if the reset input is active, the remotely written data are not
accepted.

6 back to List of LBI

ExValue6reset
Related FW 1.0.0 Related applications all
Description
The ExValue 6 is reset to it's default value when this input is activated and held there until the input is
deactivated. The default value is given by the setpoint ExValue6deflt (page 302).
While the reset input is active:
The value does not respond to up and down inputs.
The value does not accept new data that are written remotely from a remote terminal using the
ExValue command.
Note: Configuring of the reset input does not block writing the ExValue remotely, in comparison to the up
and down inputs, which does. However, if the reset input is active, the remotely written data are not
accepted.

6 back to List of LBI

ExValue7reset
Related FW 1.0.0 Related applications all
Description
The ExValue 7 is reset to it's default value when this input is activated and held there until the input is
deactivated. The default value is given by the setpoint ExValue7deflt (page 303).
While the reset input is active:
The value does not respond to up and down inputs.
The value does not accept new data that are written remotely from a remote terminal using the
ExValue command.
Note: Configuring of the reset input does not block writing the ExValue remotely, in comparison to the up
and down inputs, which does. However, if the reset input is active, the remotely written data are not
accepted.

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 447

 ExValue8reset
Related FW 1.0.0 Related applications all
Description
The ExValue 8 is reset to it's default value when this input is activated and held there until the input is
deactivated. The default value is given by the setpoint ExValue8deflt (page 303).
While the reset input is active:
The value does not respond to up and down inputs.
The value does not accept new data that are written remotely from a remote terminal using the
ExValue command.
Note: Configuring of the reset input does not block writing the ExValue remotely, in comparison to the up
and down inputs, which does. However, if the reset input is active, the remotely written data are not
accepted.

6 back to List of LBI

ExValue9reset
Related FW 1.0.0 Related applications all
Description
The ExValue 9 is reset to it's default value when this input is activated and held there until the input is
deactivated. The default value is given by the setpoint ExValue9deflt (page 304).
While the reset input is active:
The value does not respond to up and down inputs.
The value does not accept new data that are written remotely from a remote terminal using the
ExValue command.
Note: Configuring of the reset input does not block writing the ExValue remotely, in comparison to the up
and down inputs, which does. However, if the reset input is active, the remotely written data are not
accepted.

6 back to List of LBI

ExValue10reset
Related FW 1.0.0 Related applications all
Description
The ExValue 10 is reset to it's default value when this input is activated and held there until the input is
deactivated. The default value is given by the setpoint ExValue10deflt (page 304).
While the reset input is active:
The value does not respond to up and down inputs.
The value does not accept new data that are written remotely from a remote terminal using the
ExValue command.
Note: Configuring of the reset input does not block writing the ExValue remotely, in comparison to the up
and down inputs, which does. However, if the reset input is active, the remotely written data are not
accepted.

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 448

 ExValue11reset
Related FW 1.0.0 Related applications all
Description
The ExValue 11 is reset to it's default value when this input is activated and held there until the input is
deactivated. The default value is given by the setpoint ExValue11deflt (page 305).
While the reset input is active:
The value does not respond to up and down inputs.
The value does not accept new data that are written remotely from a remote terminal using the
ExValue command.
Note: Configuring of the reset input does not block writing the ExValue remotely, in comparison to the up
and down inputs, which does. However, if the reset input is active, the remotely written data are not
accepted.

6 back to List of LBI

ExValue12reset
Related FW 1.0.0 Related applications all
Description
The ExValue 12 is reset to it's default value when this input is activated and held there until the input is
deactivated. The default value is given by the setpoint ExValue12deflt (page 305).
While the reset input is active:
The value does not respond to up and down inputs.
The value does not accept new data that are written remotely from a remote terminal using the
ExValue command.
Note: Configuring of the reset input does not block writing the ExValue remotely, in comparison to the up
and down inputs, which does. However, if the reset input is active, the remotely written data are not
accepted.

6 back to List of LBI

LBI: F
FaultResButton
Related FW 1.0.0 Related applications all
Description
This input is used for an external FAULT RESET button mounted on the switchboard. The function of the
input is identical as function of the fault reset button on the controller front panel.
The input is enabled only if the setpoint Local buttons (page 204) is set to position EXTBUTTONS or
BOTH.

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InteliDrive-BB-1.0.0 Global Guide 449

 FaultResButton
Related FW 1.0.0 Related applications all
Description
This input is used for an external FAULT RESET button mounted on the switchboard. The function of the
input is identical as function of the fault reset button on the controller front panel.
The input is enabled only if the setpoint Local buttons (page 204) is set to position EXTBUTTONS or
BOTH.

6 back to List of LBI

Force block 1
Related FW 1.0.0 Related applications all
Description
This is one of three binary inputs used for user-defined blocking of protections. If the input is active, all
the protections that have Protection block type configured as Force block 1 block type are blocked (i.e.
temporarily disabled).

6 back to List of LBI

Force block 2
Related FW 1.0.0 Related applications all
Description
This is one of three binary inputs used for user-defined blocking of protections. If the input is active, all
the protections that have Protection block type configured as Force block 2 block type are blocked (i.e.
temporarily disabled).

6 back to List of LBI

Force block 3
Related FW 1.0.0 Related applications all
Description
This is one of three binary inputs used for user-defined blocking of protections. If the input is active, all
the protections that have Protection block type configured as Force block 3 block type are blocked (i.e.
temporarily disabled).

6 back to List of LBI

Force block 4
Related FW 1.0.0 Related applications all
Description
This is one of three binary inputs used for user-defined blocking of protections. If the input is active, all
the protections that have Protection block type configured as Force block 4 block type are blocked (i.e.
temporarily disabled).

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InteliDrive-BB-1.0.0 Global Guide 450

 Force block 5
Related FW 1.0.0 Related applications all
Description
This is one of three binary inputs used for user-defined blocking of protections. If the input is active, all
the protections that have Protection block type configured as Force block 5 block type are blocked (i.e.
temporarily disabled).

6 back to List of LBI

Force block 6
Related FW 1.0.0 Related applications all
Description
This is one of three binary inputs used for user-defined blocking of protections. If the input is active, all
the protections that have Protection block type configured as Force block 6 block type are blocked (i.e.
temporarily disabled).

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InteliDrive-BB-1.0.0 Global Guide 451

 ForceValueIn 1
Related FW 1.0.0 Related applications all
Description
This input activates the Force value #1 block. If the input is active, the value of the setpoint, to which the
Force value #1 block is configured, will be overriden by value of the alternative setpoint assigned to the
Force value #1 block.
Note: If there are more than one force value blocks configured onto one setpoint then the highest priority
has the block with the lowest index (i.e. the first active block according to the list displayed in GenConfig
in the Force value window at the related setpoint).

Note: Watch a training video about force value function here:

http://www.comap.cz/support/training/training-videos/.

Force value activated

Force value deactivated

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InteliDrive-BB-1.0.0 Global Guide 452

 ForceValueIn 2
Related FW 1.0.0 Related applications all
Description
This input activates the Force value #2 block. If the input is active, the value of the setpoint, to which the
Force value #2 block is configured, will be overriden by value of the alternative setpoint assigned to the
Force value #2 block.
Note: If there are more than one force value blocks configured onto one setpoint then the highest priority
has the block with the lowest index (i.e. the first active block according to the list displayed in GenConfig
in the Force value window at the related setpoint).

Note: Watch a training video about force value function here: https://www.comap-
control.com/training/online-training.

Note: See an example in the description of the binary input FORCEVALUEIN 1 (PAGE 452).

6 back to List of LBI

ForceValueIn 3
Related FW 1.0.0 Related applications all
Description
This input activates the Force value #3 block. If the input is active, the value of the setpoint, to which the
Force value #3 block is configured, will be overriden by value of the alternative setpoint assigned to the
Force value #3 block.
Note: If there are more than one force value blocks configured onto one setpoint then the highest priority
has the block with the lowest index (i.e. the first active block according to the list displayed in GenConfig
in the Force value window at the related setpoint).

Note: Watch a training video about force value function here:

http://www.comap.cz/support/training/training-videos/.

Note: See an example in the description of the binary input FORCEVALUEIN 1 (PAGE 452).

6 back to List of LBI

ForceValueIn 4
Related FW 1.0.0 Related applications all
Description
This input activates the Force value #4 block. If the input is active, the value of the setpoint, to which the
Force value #4 block is configured, will be overriden by value of the alternative setpoint assigned to the
Force value #4 block.
Note: If there are more than one force value blocks configured onto one setpoint then the highest priority
has the block with the lowest index (i.e. the first active block according to the list displayed in GenConfig
in the Force value window at the related setpoint).

Note: Watch a training video about force value function here:

http://www.comap.cz/support/training/training-videos/.

Note: See an example in the description of the binary input FORCEVALUEIN 1 (PAGE 452).

InteliDrive-BB-1.0.0 Global Guide 453

 6 back to List of LBI

ForceValueIn 5
Related FW 1.0.0 Related applications all
Description
This input activates the Force value #5 block. If the input is active, the value of the setpoint, to which the
Force value #5 block is configured, will be overriden by value of the alternative setpoint assigned to the
Force value #5 block.
Note: If there are more than one force value blocks configured onto one setpoint then the highest priority
has the block with the lowest index (i.e. the first active block according to the list displayed in GenConfig
in the Force value window at the related setpoint).

Note: Watch a training video about force value function here:

http://www.comap.cz/support/training/training-videos/.

Note: See an example in the description of the binary input FORCEVALUEIN 1 (PAGE 452).

6 back to List of LBI

ForceValueIn 6
Related FW 1.0.0 Related applications all
Description
This input activates the Force value #6 block. If the input is active, the value of the setpoint, to which the
Force value #6 block is configured, will be overriden by value of the alternative setpoint assigned to the
Force value #6 block.
Note: If there are more than one force value blocks configured onto one setpoint then the highest priority
has the block with the lowest index (i.e. the first active block according to the list displayed in GenConfig
in the Force value window at the related setpoint).

Note: Watch a training video about force value function here:

http://www.comap.cz/support/training/training-videos/.

Note: See an example in the description of the binary input FORCEVALUEIN 1 (PAGE 452).

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 454

 ForceValueIn 7
Related FW 1.0.0 Related applications all
Description
This input activates the Force value #7 block. If the input is active, the value of the setpoint, to which the
Force value #7 block is configured, will be overriden by value of the alternative setpoint assigned to the
Force value #7 block.
Note: If there are more than one force value blocks configured onto one setpoint then the highest priority
has the block with the lowest index (i.e. the first active block according to the list displayed in GenConfig
in the Force value window at the related setpoint).

Note: Watch a training video about force value function here:

http://www.comap.cz/support/training/training-videos/.

Note: See an example in the description of the binary input FORCEVALUEIN 1 (PAGE 452).

6 back to List of LBI

ForceValueIn 8
Related FW 1.0.0 Related applications all
Description
This input activates the Force value #8 block. If the input is active, the value of the setpoint, to which the
Force value #8 block is configured, will be overriden by value of the alternative setpoint assigned to the
Force value #8 block.
Note: If there are more than one force value blocks configured onto one setpoint then the highest priority
has the block with the lowest index (i.e. the first active block according to the list displayed in GenConfig
in the Force value window at the related setpoint).

Note: Watch a training video about force value function here:

http://www.comap.cz/support/training/training-videos/.

Note: See an example in the description of the binary input FORCEVALUEIN 1 (PAGE 452).

6 back to List of LBI

ForceValueIn 9
Related FW 1.0.0 Related applications all
Description
This input activates the Force value #9 block. If the input is active, the value of the setpoint, to which the
Force value #9 block is configured, will be overriden by value of the alternative setpoint assigned to the
Force value #9 block.
Note: If there are more than one force value blocks configured onto one setpoint then the highest priority
has the block with the lowest index (i.e. the first active block according to the list displayed in GenConfig
in the Force value window at the related setpoint).

Note: Watch a training video about force value function here:

http://www.comap.cz/support/training/training-videos/.

Note: See an example in the description of the binary input FORCEVALUEIN 1 (PAGE 452).

InteliDrive-BB-1.0.0 Global Guide 455

 6 back to List of LBI

ForceValueIn10
Related FW 1.0.0 Related applications all
Description
This input activates the Force value #10 block. If the input is active, the value of the setpoint, to which
the Force value #10 block is configured, will be overriden by value of the alternative setpoint assigned to
the Force value #10 block.
Note: If there are more than one force value blocks configured onto one setpoint then the highest priority
has the block with the lowest index (i.e. the first active block according to the list displayed in GenConfig
in the Force value window at the related setpoint).

Note: Watch a training video about force value function here:

http://www.comap.cz/support/training/training-videos/.

Note: See an example in the description of the binary input FORCEVALUEIN 1 (PAGE 452).

6 back to List of LBI

ForceValueIn11
Related FW 1.0.0 Related applications all
Description
This input activates the Force value #11 block. If the input is active, the value of the setpoint, to which
the Force value #11 block is configured, will be overriden by value of the alternative setpoint assigned to
the Force value #11 block.
Note: If there are more than one force value blocks configured onto one setpoint then the highest priority
has the block with the lowest index (i.e. the first active block according to the list displayed in GenConfig
in the Force value window at the related setpoint).

Note: Watch a training video about force value function here:

http://www.comap.cz/support/training/training-videos/.

Note: See an example in the description of the binary input FORCEVALUEIN 1 (PAGE 452).

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 456

 ForceValueIn12
Related FW 1.0.0 Related applications all
Description
This input activates the Force value #12 block. If the input is active, the value of the setpoint, to which
the Force value #12 block is configured, will be overriden by value of the alternative setpoint assigned to
the Force value #12 block.
Note: If there are more than one force value blocks configured onto one setpoint then the highest priority
has the block with the lowest index (i.e. the first active block according to the list displayed in GenConfig
in the Force value window at the related setpoint).

Note: Watch a training video about force value function here:

http://www.comap.cz/support/training/training-videos/.

Note: See an example in the description of the binary input FORCEVALUEIN 1 (PAGE 452).

6 back to List of LBI

ForceValueIn13
Related FW 1.0.0 Related applications all
Description
This input activates the Force value #13 block. If the input is active, the value of the setpoint, to which
the Force value #13 block is configured, will be overriden by value of the alternative setpoint assigned to
the Force value #13 block.
Note: If there are more than one force value blocks configured onto one setpoint then the highest priority
has the block with the lowest index (i.e. the first active block according to the list displayed in GenConfig
in the Force value window at the related setpoint).

Note: Watch a training video about force value function here:

http://www.comap.cz/support/training/training-videos/.

Note: See an example in the description of the binary input FORCEVALUEIN 1 (PAGE 452).

6 back to List of LBI

ForceValueIn14
Related FW 1.0.0 Related applications all
Description
This input activates the Force value #14 block. If the input is active, the value of the setpoint, to which
the Force value #14 block is configured, will be overriden by value of the alternative setpoint assigned to
the Force value #14 block.
Note: If there are more than one force value blocks configured onto one setpoint then the highest priority
has the block with the lowest index (i.e. the first active block according to the list displayed in GenConfig
in the Force value window at the related setpoint).

Note: Watch a training video about force value function here:

http://www.comap.cz/support/training/training-videos/.

Note: See an example in the description of the binary input FORCEVALUEIN 1 (PAGE 452).

InteliDrive-BB-1.0.0 Global Guide 457

 6 back to List of LBI

ForceValueIn15
Related FW 1.0.0 Related applications all
Description
This input activates the Force value #15 block. If the input is active, the value of the setpoint, to which
the Force value #15 block is configured, will be overriden by value of the alternative setpoint assigned to
the Force value #15 block.
Note: If there are more than one force value blocks configured onto one setpoint then the highest priority
has the block with the lowest index (i.e. the first active block according to the list displayed in GenConfig
in the Force value window at the related setpoint).

Note: Watch a training video about force value function here:

http://www.comap.cz/support/training/training-videos/.

Note: See an example in the description of the binary input FORCEVALUEIN 1 (PAGE 452).

6 back to List of LBI

ForceValueIn16
Related FW 1.0.0 Related applications all
Description
This input activates the Force value #16 block. If the input is active, the value of the setpoint, to which
the Force value #16 block is configured, will be overriden by value of the alternative setpoint assigned to
the Force value #16 block.
Note: If there are more than one force value blocks configured onto one setpoint then the highest priority
has the block with the lowest index (i.e. the first active block according to the list displayed in GenConfig
in the Force value window at the related setpoint).

Note: Watch a training video about force value function here:

http://www.comap.cz/support/training/training-videos/.

Note: See an example in the description of the binary input FORCEVALUEIN 1 (PAGE 452).

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 458

 ForceValueIn17
Related FW 1.0.0 Related applications all
Description
This input activates the Force value #17 block. If the input is active, the value of the setpoint, to which
the Force value #17 block is configured, will be overridden by value of the alternative setpoint assigned to
the Force value #17 block.
Note: If there are more than one force value blocks configured onto one setpoint then the highest priority
has the block with the lowest index (i.e. the first active block according to the list displayed in GenConfig
in the Force value window at the related setpoint).

Note: Watch a training video about force value function here:

http://www.comap.cz/support/training/training-videos/.

Note: See an example in the description of the binary input FORCEVALUEIN 1 (PAGE 452).

6 back to List of LBI

ForceValueIn18
Related FW 1.0.0 Related applications all
Description
This input activates the Force value #18 block. If the input is active, the value of the setpoint, to which
the Force value #18 block is configured, will be overridden by value of the alternative setpoint assigned to
the Force value #18 block.
Note: If there are more than one force value blocks configured onto one setpoint then the highest priority
has the block with the lowest index (i.e. the first active block according to the list displayed in GenConfig
in the Force value window at the related setpoint).

Note: Watch a training video about force value function here:

http://www.comap.cz/support/training/training-videos/.

Note: See an example in the description of the binary input FORCEVALUEIN 1 (PAGE 452).

6 back to List of LBI

ForceValueIn19
Related FW 1.0.0 Related applications all
Description
This input activates the Force value #19 block. If the input is active, the value of the setpoint, to which
the Force value #19 block is configured, will be overridden by value of the alternative setpoint assigned to
the Force value #19 block.
Note: If there are more than one force value blocks configured onto one setpoint then the highest priority
has the block with the lowest index (i.e. the first active block according to the list displayed in GenConfig
in the Force value window at the related setpoint).

Note: Watch a training video about force value function here:

http://www.comap.cz/support/training/training-videos/.

Note: See an example in the description of the binary input FORCEVALUEIN 1 (PAGE 452).

InteliDrive-BB-1.0.0 Global Guide 459

 6 back to List of LBI

ForceValueIn20
Related FW 1.0.0 Related applications all
Description
This input activates the Force value #20 block. If the input is active, the value of the setpoint, to which
the Force value #20 block is configured, will be overridden by value of the alternative setpoint assigned to
the Force value #20 block.
Note: If there are more than one force value blocks configured onto one setpoint then the highest priority
has the block with the lowest index (i.e. the first active block according to the list displayed in GenConfig
in the Force value window at the related setpoint).

Note: Watch a training video about force value function here:

http://www.comap.cz/support/training/training-videos/.

Note: See an example in the description of the binary input FORCEVALUEIN 1 (PAGE 452).

6 back to List of LBI

ForceValueIn21
Related FW 1.0.0 Related applications all
Description
This input activates the Force value #21 block. If the input is active, the value of the setpoint, to which
the Force value #21 block is configured, will be overridden by value of the alternative setpoint assigned to
the Force value #21 block.
Note: If there are more than one force value blocks configured onto one setpoint then the highest priority
has the block with the lowest index (i.e. the first active block according to the list displayed in GenConfig
in the Force value window at the related setpoint).

Note: Watch a training video about force value function here:

http://www.comap.cz/support/training/training-videos/.

Note: See an example in the description of the binary input FORCEVALUEIN 1 (PAGE 452).

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 460

 ForceValueIn22
Related FW 1.0.0 Related applications all
Description
This input activates the Force value #22 block. If the input is active, the value of the setpoint, to which
the Force value #22 block is configured, will be overridden by value of the alternative setpoint assigned to
the Force value #22 block.
Note: If there are more than one force value blocks configured onto one setpoint then the highest priority
has the block with the lowest index (i.e. the first active block according to the list displayed in GenConfig
in the Force value window at the related setpoint).

Note: Watch a training video about force value function here:

http://www.comap.cz/support/training/training-videos/.

Note: See an example in the description of the binary input FORCEVALUEIN 1 (PAGE 452).

6 back to List of LBI

ForceValueIn23
Related FW 1.0.0 Related applications all
Description
This input activates the Force value #23 block. If the input is active, the value of the setpoint, to which
the Force value #23 block is configured, will be overridden by value of the alternative setpoint assigned to
the Force value #23 block.
Note: If there are more than one force value blocks configured onto one setpoint then the highest priority
has the block with the lowest index (i.e. the first active block according to the list displayed in GenConfig
in the Force value window at the related setpoint).

Note: Watch a training video about force value function here:

http://www.comap.cz/support/training/training-videos/.

Note: See an example in the description of the binary input FORCEVALUEIN 1 (PAGE 452).

6 back to List of LBI

ForceValueIn24
Related FW 1.0.0 Related applications all
Description
This input activates the Force value #24 block. If the input is active, the value of the setpoint, to which
the Force value #24 block is configured, will be overridden by value of the alternative setpoint assigned to
the Force value #24 block.
Note: If there are more than one force value blocks configured onto one setpoint then the highest priority
has the block with the lowest index (i.e. the first active block according to the list displayed in GenConfig
in the Force value window at the related setpoint).

Note: Watch a training video about force value function here:

http://www.comap.cz/support/training/training-videos/.

Note: See an example in the description of the binary input FORCEVALUEIN 1 (PAGE 452).

InteliDrive-BB-1.0.0 Global Guide 461

 6 back to List of LBI

ForceValueIn25
Related FW 1.0.0 Related applications all
Description
This input activates the Force value #16 block. If the input is active, the value of the setpoint, to which
the Force value #25 block is configured, will be overridden by value of the alternative setpoint assigned to
the Force value #25 block.
Note: If there are more than one force value blocks configured onto one setpoint then the highest priority
has the block with the lowest index (i.e. the first active block according to the list displayed in GenConfig
in the Force value window at the related setpoint).

Note: Watch a training video about force value function here:

http://www.comap.cz/support/training/training-videos/.

Note: See an example in the description of the binary input FORCEVALUEIN 1 (PAGE 452).

6 back to List of LBI

ForceValueIn26
Related FW 1.0.0 Related applications all
Description
This input activates the Force value #26 block. If the input is active, the value of the setpoint, to which
the Force value #26 block is configured, will be overriden by value of the alternative setpoint assigned to
the Force value #26 block.
Note: If there are more than one force value blocks configured onto one setpoint then the highest priority
has the block with the lowest index (i.e. the first active block according to the list displayed in GenConfig
in the Force value window at the related setpoint).

Note: Watch a training video about force value function here:

http://www.comap.cz/support/training/training-videos/.

Note: See an example in the description of the binary input FORCEVALUEIN 1 (PAGE 452).

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 462

 ForceValueIn27
Related FW 1.0.0 Related applications all
Description
This input activates the Force value #27 block. If the input is active, the value of the setpoint, to which
the Force value #27 block is configured, will be overriden by value of the alternative setpoint assigned to
the Force value #27 block.
Note: If there are more than one force value blocks configured onto one setpoint then the highest priority
has the block with the lowest index (i.e. the first active block according to the list displayed in GenConfig
in the Force value window at the related setpoint).

Note: Watch a training video about force value function here:

http://www.comap.cz/support/training/training-videos/.

Note: See an example in the description of the binary input FORCEVALUEIN 1 (PAGE 452).

6 back to List of LBI

ForceValueIn28
Related FW 1.0.0 Related applications all
Description
This input activates the Force value #28 block. If the input is active, the value of the setpoint, to which
the Force value #28 block is configured, will be overriden by value of the alternative setpoint assigned to
the Force value #28 block.
Note: If there are more than one force value blocks configured onto one setpoint then the highest priority
has the block with the lowest index (i.e. the first active block according to the list displayed in GenConfig
in the Force value window at the related setpoint).

Note: Watch a training video about force value function here:

http://www.comap.cz/support/training/training-videos/.

Note: See an example in the description of the binary input FORCEVALUEIN 1 (PAGE 452).

6 back to List of LBI

ForceValueIn29
Related FW 1.0.0 Related applications all
Description
This input activates the Force value #29 block. If the input is active, the value of the setpoint, to which
the Force value #29 block is configured, will be overriden by value of the alternative setpoint assigned to
the Force value #29 block.
Note: If there are more than one force value blocks configured onto one setpoint then the highest priority
has the block with the lowest index (i.e. the first active block according to the list displayed in GenConfig
in the Force value window at the related setpoint).

Note: Watch a training video about force value function here:

http://www.comap.cz/support/training/training-videos/.

Note: See an example in the description of the binary input FORCEVALUEIN 1 (PAGE 452).

InteliDrive-BB-1.0.0 Global Guide 463

 6 back to List of LBI

ForceValueIn30
Related FW 1.0.0 Related applications all
Description
This input activates the Force value #30 block. If the input is active, the value of the setpoint, to which
the Force value #30 block is configured, will be overriden by value of the alternative setpoint assigned to
the Force value #30 block.
Note: If there are more than one force value blocks configured onto one setpoint then the highest priority
has the block with the lowest index (i.e. the first active block according to the list displayed in GenConfig
in the Force value window at the related setpoint).

Note: Watch a training video about force value function here:

http://www.comap.cz/support/training/training-videos/.

Note: See an example in the description of the binary input FORCEVALUEIN 1 (PAGE 452).

6 back to List of LBI

ForceValueIn31
Related FW 1.0.0 Related applications all
Description
This input activates the Force value #31 block. If the input is active, the value of the setpoint, to which
the Force value #31 block is configured, will be overriden by value of the alternative setpoint assigned to
the Force value #31 block.
Note: If there are more than one force value blocks configured onto one setpoint then the highest priority
has the block with the lowest index (i.e. the first active block according to the list displayed in GenConfig
in the Force value window at the related setpoint).

Note: Watch a training video about force value function here:

http://www.comap.cz/support/training/training-videos/.

Note: See an example in the description of the binary input FORCEVALUEIN 1 (PAGE 452).

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 464

 ForceValueIn32
Related FW 1.0.0 Related applications all
Description
This input activates the Force value #32 block. If the input is active, the value of the setpoint, to which
the Force value #32 block is configured, will be overriden by value of the alternative setpoint assigned to
the Force value #32 block.
Note: If there are more than one force value blocks configured onto one setpoint then the highest priority
has the block with the lowest index (i.e. the first active block according to the list displayed in GenConfig
in the Force value window at the related setpoint).

Note: Watch a training video about force value function here:

http://www.comap.cz/support/training/training-videos/.

Note: See an example in the description of the binary input FORCEVALUEIN 1 (PAGE 452).

6 back to List of LBI

LBI: G
GasAB
Related FW 1.0.0 Related applications all
Description
Input is used for selection of gas types. With activation of this input controller will work with Setpoints
from AFR MIX B group.

6 back to List of LBI

GasVTestOK
Related FW 1.0.0 Related applications all
Description
Binary input from Gas Valve test unit that indicates OK result of Gas valve test.

6 back to List of LBI

LBI: H
HornResButton
Related FW 1.0.0 Related applications all
Description
This input is used for an external HORN RESET button mounted on the switchboard. The function of the
input is identical as function of the horn reset button on the controller front panel.
The input is enabled only if the setpoint Local buttons (page 204) is set to position EXTBUTTONS or
BOTH.

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 465

 LBI: I
IssueActCallC1
Related FW 1.0.0 Related applications all
Description
This input forces the controller to issue an active call/e-mail/SMS via the channel #1. Type of the channel
is to be adjusted by the setpoint AcallCH1-Type (page 317).
This input can be used to inform a remote user about a specific non-alarm situation, e.g. mains failure
and/or mains return:
1. Select a binary signal in the controller, which indicates, that the particular situation occurred, about
which you want to be informed remotely. There are many predefined binary information provided
directly by the controller or use PLC functions to create the desired binary signal.
2. Configure an universal protection block to the binary signal mentioned above and select protection
type AL indication.
3. Configure the binary signal mentioned above onto the logical binary input IssueActCallC1.

6 back to List of LBI

IssueActCallC2
Related FW 1.0.0 Related applications all
Description
This input forces the controller to issue an active call/e-mail/SMS via the channel #2. Type of the channel
is to be adjusted by the setpoint AcallCH2-Type (page 318).
This input can be used to inform a remote user about a specific non-alarm situation, e.g. mains failure
and/or mains return:
1. Select a binary signal in the controller, which indicates, that the particular situation occurred, about
which you want to be informed remotely. There are many predefined binary information provided
directly by the controller or use PLC functions to create the desired binary signal.
2. Configure an universal protection block to the binary signal mentioned above and select protection
type AL indication.
3. Configure the binary signal mentioned above onto the logical binary input IssueActCallC2.

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 466

 IssueActCallC3
Related FW 1.0.0 Related applications all
Description
This input forces the controller to issue an active call/e-mail/SMS via the channel #3. Type of the channel
is to be adjusted by the setpoint AcallCH3-Type (page 319).
This input can be used to inform a remote user about a specific non-alarm situation, e.g. mains failure
and/or mains return:
1. Select a binary signal in the controller, which indicates, that the particular situation occurred, about
which you want to be informed remotely. There are many predefined binary information provided
directly by the controller or use PLC functions to create the desired binary signal.
2. Configure an universal protection block to the binary signal mentioned above and select protection
type AL indication.
3. Configure the binary signal mentioned above onto the logical binary input IssueActCallC3.

6 back to List of LBI

IssueActCallC4
Related FW 1.0.0 Related applications all
Description
This input forces the controller to issue an active call/e-mail/SMS via the channel #4. Type of the channel
is to be adjusted by the setpoint AcallCH4-Type (page 320).
This input can be used to inform a remote user about a specific non-alarm situation, e.g. mains failure
and/or mains return:
1. Select a binary signal in the controller, which indicates, that the particular situation occurred, about
which you want to be informed remotely. There are many predefined binary information provided
directly by the controller or use PLC functions to create the desired binary signal.
2. Configure an universal protection block to the binary signal mentioned above and select protection
type AL indication.
3. Configure the binary signal mentioned above onto the logical binary input IssueActCallC4.

6 back to List of LBI

IssueActCallC5
Related FW 1.0.0 Related applications all
Description
This input forces the controller to issue an active call/e-mail/SMS via the channel #5. Type of the channel
is to be adjusted by the setpoint AcallCH5-Type (page 320).
This input can be used to inform a remote user about a specific non-alarm situation, e.g. mains failure
and/or mains return:
1. Select a binary signal in the controller, which indicates, that the particular situation occurred, about
which you want to be informed remotely. There are many predefined binary information provided
directly by the controller or use PLC functions to create the desired binary signal.
2. Configure an universal protection block to the binary signal mentioned above and select protection
type AL indication.
3. Configure the binary signal mentioned above onto the logical binary input IssueActCallC5.

InteliDrive-BB-1.0.0 Global Guide 467

 6 back to List of LBI

ImpCountSet1
Related FW 1.0.0 Related applications all
Description
This input sets the actual value of PulseCounter 1PulseCounter (page 413) to the Value given by
Setpoint ImpCountDef1 (page 213).

6 back to List of LBI

ImpCountSet2
Related FW 1.0.0 Related applications all
Description
This input sets the actual value of PulseCounter 2 (page 413) to the Value given by Setpoint
ImpCountDef2 (page 213).

6 back to List of LBI

ImpCountSet3
Related FW 1.0.0 Related applications all
Description
This input sets the actual value of PulseCounter 3 (page 413) to the Value given by Setpoint
ImpCountDef3 (page 214).

6 back to List of LBI

ImpCountSet4
Related FW 1.0.0 Related applications all
Description
This input sets the actual value of PulseCounter 4 (page 413) to the Value given by Setpoint
ImpCountDef4 (page 214).

6 back to List of LBI

ImpCountSet5
Related FW 1.0.0 Related applications all
Description
This input sets the actual value of PulseCounter 5 (page 413) to the Value given by Setpoint
ImpCountDef5 (page 215).

6 back to List of LBI

ImpCountSet6
Related FW 1.0.0 Related applications all
Description
This input sets the actual value of PulseCounter 6 (page 414) to the Value given by Setpoint
ImpCountDef6 (page 215).

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 468

 ImpCountSet7
Related FW 1.0.0 Related applications all
Description
This input sets the actual value of PulseCounter 7 (page 414) to the Value given by Setpoint
ImpCountDef7 (page 216).

6 back to List of LBI

ImpCountSet8
Related FW 1.0.0 Related applications all
Description
This input sets the actual value of PulseCounter 8 (page 414) to the Value given by Setpoint
ImpCountDef8 (page 216).

6 back to List of LBI

LBI: L
Lang sel int A
Related FW 1.0.0 Related applications all
Description
This is one of three binary inputs LANG SEL INT A (PAGE 469), LANG SEL INT B (PAGE 470), LANG SEL
INT C (PAGE 471), used for selecting language of the terminal (display) #1, which is supposed to be
directly attached to the controller or mounted close to it.
Note: Using these inputs for language selection is an option only. If the inputs are not configured, the
language can be selected using the menus on the terminal.

Language index Input A Input B Input C

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

Note: "0" in the table means the input is not active or not configured.

Note: Language index 0 selects the default language of the terminal, i.e. the language, which is adjusted
in the terminal using it's menus.

Note: The reaction on changes of these inputs is delayed about 1 sec to ensure the new combination is
valid (e.g. if a rotary selector switch is used).

IMPORTANT: Each language change causes the reinitialization of the display. Function of
the controller is not influenced.

InteliDrive-BB-1.0.0 Global Guide 469

 6 back to List of LBI

Lang sel int B

Related FW 1.0.0 Related applications all
Description
This is one of three binary inputs LANG SEL INT A (PAGE 469), LANG SEL INT B (PAGE 470), LANG SEL
INT C (PAGE 471), used for selecting language of the terminal (display) #1, which is supposed to be
directly attached to the controller or mounted close to it.
Note: Using these inputs for language selection is an option only. If the inputs are not configured, the
language can be selected using the menus on the terminal.

Language index Input A Input B Input C

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

Note: "0" in the table means the input is not active or not configured.

Note: Language index 0 selects the default language of the terminal, i.e. the language, which is adjusted
in the terminal using it's menus.

Note: The reaction on changes of these inputs is delayed about 1 sec to ensure the new combination is
valid (e.g. if a rotary selector switch is used).

IMPORTANT: Each language change causes the reinitialization of the display. Function of
the controller is not influenced.

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 470

 Lang sel int C
Related FW 1.0.0 Related applications all
Description
This is one of three binary inputs LANG SEL INT A (PAGE 469), LANG SEL INT B (PAGE 470), LANG SEL
INT C (PAGE 471), used for selecting language of the terminal (display) #1, which is supposed to be
directly attached to the controller or mounted close to it.
Note: Using these inputs for language selection is an option only. If the inputs are not configured, the
language can be selected using the menus on the terminal.

Language index Input A Input B Input C

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

Note: "0" in the table means the input is not active or not configured.

Note: Language index 0 selects the default language of the terminal, i.e. the language, which is adjusted
in the terminal using it's menus.

Note: The reaction on changes of these inputs is delayed about 1 sec to ensure the new combination is
valid (e.g. if a rotary selector switch is used).

IMPORTANT: Each language change causes the reinitialization of the display. Function of
the controller is not influenced.

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 471

 Lang sel D#2 A
Related FW 1.0.0 Related applications all
Description
This is one of three binary inputs LANG SEL D#2 A (PAGE 472), LANG SEL D#2 B (PAGE 473), LANG SEL
D#2 C (PAGE 474), used for selecting language of the external local terminal #2.
Note: Using these inputs for language selection is an option only. If the inputs are not configured, the
language can be selected using the menus on the terminal.

Language index Input A Input B Input C

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

Note: "0" in the table means the input is not active or not configured.

Note: Language index 0 selects the default language of the terminal, i.e. the language, which is adjusted
in the terminal using it's menus.

Note: The reaction on changes of these inputs is delayed about 1 sec to ensure the new combination is
valid (e.g. if a rotary selector switch is used).

IMPORTANT: Each language change causes the reinitialization of the display. Function of
the controller is not influenced.

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 472

 Lang sel D#2 B
Related FW 1.0.0 Related applications all
Description
This is one of three binary inputs LANG SEL D#2 A (PAGE 472), LANG SEL D#2 B (PAGE 473), LANG SEL
D#2 C (PAGE 474), used for selecting language of the external local terminal #2.
Note: Using these inputs for language selection is an option only. If the inputs are not configured, the
language can be selected using the menus on the terminal.

Language index Input A Input B Input C

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

Note: "0" in the table means the input is not active or not configured.

Note: Language index 0 selects the default language of the terminal, i.e. the language, which is adjusted
in the terminal using it's menus.

Note: The reaction on changes of these inputs is delayed about 1 sec to ensure the new combination is
valid (e.g. if a rotary selector switch is used).

IMPORTANT: Each language change causes the reinitialization of the display. Function of
the controller is not influenced.

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 473

 Lang sel D#2 C
Related FW 1.0.0 Related applications all
Description
This is one of three binary inputs LANG SEL D#2 A (PAGE 472), LANG SEL D#2 B (PAGE 473), LANG SEL
D#2 C (PAGE 474), used for selecting language of the external local terminal #2.
Note: Using these inputs for language selection is an option only. If the inputs are not configured, the
language can be selected using the menus on the terminal.

Language index Input A Input B Input C

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

Note: "0" in the table means the input is not active or not configured.

Note: Language index 0 selects the default language of the terminal, i.e. the language, which is adjusted
in the terminal using it's menus.

Note: The reaction on changes of these inputs is delayed about 1 sec to ensure the new combination is
valid (e.g. if a rotary selector switch is used).

IMPORTANT: Each language change causes the reinitialization of the display. Function of
the controller is not influenced.

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 474

 Lang sel D#3 A
Related FW 1.0.0 Related applications all
Description
This is one of three binary inputs LANG SEL D#3 A (PAGE 475), LANG SEL D#3 B (PAGE 476), LANG SEL
D#3 C (PAGE 477), used for selecting language of the external local terminal #3. The terminal #3 is
available in IS-NT only.
Note: Using these inputs for language selection is an option only. If the inputs are not configured, the
language can be selected using the menus on the terminal.

Language index Input A Input B Input C

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

Note: "0" in the table means the input is not active or not configured.

Note: Language index 0 selects the default language of the terminal, i.e. the language, which is adjusted
in the terminal using it's menus.

Note: The reaction on changes of these inputs is delayed about 1 sec to ensure the new combination is
valid (e.g. if a rotary selector switch is used).

IMPORTANT: Each language change causes the reinitialization of the display. Function of
the controller is not influenced.

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 475

 Lang sel D#3 B
Related FW 1.0.0 Related applications all
Description
This is one of three binary inputs LANG SEL D#3 A (PAGE 475), LANG SEL D#3 B (PAGE 476), LANG SEL
D#3 C (PAGE 477), used for selecting language of the external local terminal #3. The terminal #3 is
available in IS-NT only.
Note: Using these inputs for language selection is an option only. If the inputs are not configured, the
language can be selected using the menus on the terminal.

Language index Input A Input B Input C

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

Note: "0" in the table means the input is not active or not configured.

Note: Language index 0 selects the default language of the terminal, i.e. the language, which is adjusted
in the terminal using it's menus.

Note: The reaction on changes of these inputs is delayed about 1 sec to ensure the new combination is
valid (e.g. if a rotary selector switch is used).

IMPORTANT: Each language change causes the reinitialization of the display. Function of
the controller is not influenced.

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 476

 Lang sel D#3 C
Related FW 1.0.0 Related applications all
Description
This is one of three binary inputs LANG SEL D#3 A (PAGE 475), LANG SEL D#3 B (PAGE 476), LANG SEL
D#3 C (PAGE 477), used for selecting language of the external local terminal #3. The terminal #3 is
available in IS-NT only.
Note: Using these inputs for language selection is an option only. If the inputs are not configured, the
language can be selected using the menus on the terminal.

Language index Input A Input B Input C

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

Note: "0" in the table means the input is not active or not configured.

Note: Language index 0 selects the default language of the terminal, i.e. the language, which is adjusted
in the terminal using it's menus.

Note: The reaction on changes of these inputs is delayed about 1 sec to ensure the new combination is
valid (e.g. if a rotary selector switch is used).

IMPORTANT: Each language change causes the reinitialization of the display. Function of
the controller is not influenced.

6 back to List of LBI

Loaded
Related FW 1.0.0 Related applications all
Description
Binary input function for loaded engine indication.

6 back to List of LBI

LBI: M
Misfiring
Related FW 1.2.0 Related applications all
Description
Misfiring binary input activates engine misfiring protection.
Misfiring is detected from external misfiring unit.

InteliDrive-BB-1.0.0 Global Guide 477

 Protection is active only when engine power is above the Value Power1A (page 341).
When is Misfiring input active:
immediately reduces required sensor Value (AFRSensReqA (page 415)) by Setpoint
MisfSensReduct (page 335)
Note: Wrn Misfire is activated.

start engine unloading after MisfLdRed del (page 336) with rate given by Load Ramp to Value Min
Power PtM.
Note: Wrn Misfire and LOP MisfLdRed is activated

Activates engine slow stop after delay given by Setpoint Misfiring del (page 336).

Note: Stp Misfire TO is activated

Engine shut down is activated in case the Misfiring unload protection is activated 5 times in one hour.
The internal counter is reseted after one hour without any Misfiring activation or after engine Stop.

Image 9.31 Misfiring

6 back to List of LBI

MICFaultReset
Related FW 1.0.0 Related applications all
Description
Fault reset function specially designed for ignition controllers MIC. The rising edge of the input signal
activates the reset sequence through electronic communication. A confirmation command 6 is sent for 1
second and then command 5 is sent for another 1 second. When the timer expires, zero is sent again. Works
in conjunction with the ECU MIC.

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 478

 LBI: N
Nominal speed
Related FW 1.0.0 Related applications all
Description
Use this input to bypass the idle phase of the start-up procedure.
Note: The input is especially designed for shortening of the start-up procedure when the Controller is
starting to an AMF operation.

6 back to List of LBI

LBI: O
Oil press
Related FW 1.0.0 Related applications all
Description
This input is to be configured to the physical binary input where engine oil pressure binary sensor is
connected. It provides following alarms:
The input must not be active at stopped engine. If it is active, the controller issues Sd Oil press B
alarm.
The input must be active at running engine at latest in the moment when the alarm blocking delay
RunOnlyBlkDel1 (page 248) has elapsed. If it is not active, the controller issues Sd Oil press B
alarm.
Note: If you use this logical binary input you do not need to configure any other protection onto the
respective physical binary input.

6 back to List of LBI

LBI: P
PrestartBypass
Related FW 1.0.0 Related applications all
Description
Use this input to bypass the prestart phase of the start-up procedure and activate the STARTER (PAGE
555) output immediately after start command has been issued.
This input is typically used to skip preglowing of the engine when the engine is already warm. A built-in
PLC module Comparator with hysteresis attached to the engine temperature value can be used to
provide the "engine warm" binary signal, which is then internally configured onto this logical binary input.

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 479

 PulseCounter 1
Related FW 1.0.0 Related applications all
Description
This is the input of the PulseCounter #1 module. The module counts pulses at the input and if the input
pulses counter reaches value given by the setpoint ConvCoefPulse1 (page 209), the counter value
PulseCounter 1PulseCounter (page 413) (in the group Statistic) is increased by 1 and input pulses
conter is reset to 0. Both counter value and input pulses counter are stored in the nonvolatile memory.
The PulseCounter modules are intended e.g. for connecting external energy or fuel meters with pulse
outputs.
Note: Minimal pulse width as well as minimal pause between two succesive pulses is 100ms.

Note: The counter value can be reset in the InteliMonitor statistics window.

6 back to List of LBI

PulseCounter 2
Related FW 1.0.0 Related applications all
Description
This is the input of the PulseCounter #2 module. The module counts pulses at the input and if the input
pulses counter reaches value given by the setpoint ConvCoefPulse2 (page 209), the counter value
PulseCounter 2 (page 413) (in the group Statistic) is increased by 1 and input pulses conter is reset to
0. Both counter value and input pulses counter are stored in the nonvolatile memory.
The PulseCounter modules are intended e.g. for connecting external energy or fuel meters with pulse
outputs.
Note: Minimal pulse width as well as minimal pause between two succesive pulses is 100ms.

Note: The counter value can be reset in the InteliMonitor statistics window.

6 back to List of LBI

PulseCounter 3
Related FW 1.0.0 Related applications all
Description
This is the input of the PulseCounter #3 module. The module counts pulses at the input and if the input
pulses counter reaches value given by the setpoint ConvCoefPulse3 (page 210), the counter value
PulseCounter 3 (page 413) (in the group Statistic) is increased by 1 and input pulses conter is reset to
0. Both counter value and input pulses counter are stored in the nonvolatile memory.
The PulseCounter modules are intended e.g. for connecting external energy or fuel meters with pulse
outputs.
Note: Minimal pulse width as well as minimal pause between two succesive pulses is 100ms.

Note: The counter value can be reset in the InteliMonitor statistics window.

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 480

 PulseCounter 4
Related FW 1.0.0 Related applications all
Description
This is the input of the PulseCounter #4 module. The module counts pulses at the input and if the input
pulses counter reaches value given by the setpoint ConvCoefPulse4 (page 210), the counter value
PulseCounter 4 (page 413) (in the group Statistic) is increased by 1 and input pulses conter is reset to
0. Both counter value and input pulses counter are stored in the nonvolatile memory.
The PulseCounter modules are intended e.g. for connecting external energy or fuel meters with pulse
outputs.
Note: Minimal pulse width as well as minimal pause between two succesive pulses is 100ms.

Note: The counter value can be reset in the InteliMonitor statistics window.

6 back to List of LBI

PulseCounter 5
Related FW 1.0.0 Related applications all
Description
This is the input of the PulseCounter #5 module. The module counts pulses at the input and if the input
pulses counter reaches value given by the setpoint ConvCoefPulse5 (page 211), the counter value
PulseCounter 5 (page 413) (in the group Statistic) is increased by 1 and input pulses conter is reset to
0. Both counter value and input pulses counter are stored in the nonvolatile memory.
The PulseCounter modules are intended e.g. for connecting external energy or fuel meters with pulse
outputs.
Note: Minimal pulse width as well as minimal pause between two succesive pulses is 100ms.

Note: The counter value can be reset in the InteliMonitor statistics window.

6 back to List of LBI

PulseCounter 6
Related FW 1.0.0 Related applications all
Description
This is the input of the PulseCounter #6 module. The module counts pulses at the input and if the input
pulses counter reaches value given by the setpoint ConvCoefPulse6 (page 211), the counter value
PulseCounter 6 (page 414) (in the group Statistic) is increased by 1 and input pulses conter is reset to
0. Both counter value and input pulses counter are stored in the nonvolatile memory.
The PulseCounter modules are intended e.g. for connecting external energy or fuel meters with pulse
outputs.
Note: Minimal pulse width as well as minimal pause between two succesive pulses is 100ms.

Note: The counter value can be reset in the InteliMonitor statistics window.

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 481

 PulseCounter 7
Related FW 1.0.0 Related applications all
Description
This is the input of the PulseCounter #7 module. The module counts pulses at the input and if the input
pulses counter reaches value given by the setpoint ConvCoefPulse7 (page 212), the counter value
PulseCounter 7 (page 414) (in the group Statistic) is increased by 1 and input pulses conter is reset to
0. Both counter value and input pulses counter are stored in the nonvolatile memory.
The PulseCounter modules are intended e.g. for connecting external energy or fuel meters with pulse
outputs.
Note: Minimal pulse width as well as minimal pause between two succesive pulses is 100ms.

Note: The counter value can be reset in the InteliMonitor statistics window.

6 back to List of LBI

PulseCounter 8
Related FW 1.0.0 Related applications all
Description
This is the input of the PulseCounter #8 module. The module counts pulses at the input and if the input
pulses counter reaches value given by the setpoint ConvCoefPulse8 (page 212), the counter value
PulseCounter 8 (page 414) (in the group Statistic) is increased by 1 and input pulses conter is reset to
0. Both counter value and input pulses counter are stored in the nonvolatile memory.
The PulseCounter modules are intended e.g. for connecting external energy or fuel meters with pulse
outputs.
Note: Minimal pulse width as well as minimal pause between two succesive pulses is 100ms.

Note: The counter value can be reset in the InteliMonitor statistics window.

6 back to List of LBI

LBI: R
Rem Clutch
Related FW 1.0.0 Related applications all
Description
If active closes binary output Clutch Connect.

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 482

 RunIndication 1
Related FW 1.0.0 Related applications all
Description
This input is one of three inputs used for indication, that the engine is running, and has following
functions:
If the input is active when the engine is expected to be stopped, then the Stop fail alarm is issued and
start is blocked.
If the input becomes active while cranking, the engine is considered as started and the start-up
procedure continues to the next phase (idle).
Note: Learn more in the separate chapter Start sequence (page 137).

6 back to List of LBI

RunIndication 2
Related FW 1.0.0 Related applications all
Description
This input is one of three inputs used for indication, that the engine is running, and has following
functions:
If the input is active when the engine is expected to be stopped, then the Stop fail alarm is issued and
start is blocked.
If the input becomes active while cranking, the engine is considered as started and the start-up
procedure continues to the next phase (idle).
Note: Learn more in the separate chapter Start sequence (page 137).

6 back to List of LBI

RunIndication 3
Related FW 1.0.0 Related applications all
Description
This input is one of three inputs used for indication, that the engine is running, and has following
functions:
If the input is active when the engine is expected to be stopped, then the Stop fail alarm is issued and
start is blocked.
If the input becomes active while cranking, the engine is considered as started and the start-up
procedure continues to the next phase (idle).
Note: Learn more in the separate chapter Start sequence (page 137).

6 back to List of LBI

Remote OFF
Related FW 1.0.0 Related applications all
Description
The controller is forced into OFF mode while this input is active. This input can be used, among others,
for following purposes:
In combination with a timer module for periodic testing of the engine.

InteliDrive-BB-1.0.0 Global Guide 483

 6 back to List of LBI

Remote RUN
Related FW 1.0.0 Related applications all
Description
The controller is forced into RUN mode while this input is active.

6 back to List of LBI

LBI: S
Sd override
Related FW 1.0.0 Related applications all
Description
If the input is closed, all 2nd level protections are overriden to allow engine run in an emergency situation,
e.g. when the Controller works as a power supply for fire extinguishing equipment.
All protections are displayed in Alarmlist and recorded into history, however the controller leaves the
Controller in operation. If there are any protections still active or not reset in the moment when the input is
deactivated, the controller will react to them in a standard way.
Following protections are not overriden by this input:
Emergency stop
Overspeed
Underspeed (only if Fuel Solenoid = GAS ENGINE)
Binary and analog protections configured as Sd override type. In fact this protection type means
"Unoverridable shutdown", i.e. it works the same way as standard shutdown protection, however it
can not be overriden (blocked) by the SD OVERRIDE (PAGE 484) input.

6 back to List of LBI

Startblocking
Related FW 1.0.0 Related applications all
Description
Engine start is disabled while this input is active. NotReady state is displayed on the controller main
screen and the message Start blocking is displayed in the Alarmlist.
Use this input to disable temporarily the Controller to be started e.g. from an higher-level automation
device such as PLC.
Note: The Controller will not be stopped if the input is activated while the Controller is running.

6 back to List of LBI

StartButton
Related FW 1.0.0 Related applications all
Description
This input is used for an external START button mounted on the switchboard. The function of the input is
identical as function of the start button on the controller front panel.
The input is enabled only if the setpoint Local buttons (page 204) is set to position EXTBUTTONS or
BOTH.

InteliDrive-BB-1.0.0 Global Guide 484

 6 back to List of LBI

StopButton
Related FW 1.0.0 Related applications all
Description
This input is used for an external STOP button mounted on the switchboard. The function of the input is
identical as function of the stop button on the controller front panel.
The input is enabled only if the setpoint Local buttons (page 204) is set to position EXTBUTTONS or
BOTH.

6 back to List of LBI

SafetyFunct1NO
Related FW 1.0.0 Related applications all
Description
The function will allow users to configure any pair of binary inputs to serve as a safety monitoring of a
binary state (e.g. excess heat, gas leakage).
This safety monitoring ensures that the protection reacts even if there is mismatch on the indicating BIs.
Note: LBI NO = Normally open LBI (i.e. the protection is active when this LBI is Closed, LBI=1)

Note: LBI NC = Normally closed LBI (i.e. the protection is active when this LBI is Opened, LBI=0)

The mismatch alarm is issued when there are both LBIs from one pair in the same state (both = 0 or both
= 1) for a time longer than the delay.
If only one of LBIs from the pair is configured the function automatically issues alarm SafetyFnXMism
(where X is an integer according to the pair with invalid configuration).
If none of the LBIs from one pair is configured the function is not evaluated at all.
IMPORTANT: This function is not suitable for inputs from sources with longer refresh delay
(e.g. extension modules)

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 485

 SafetyFunct1NC
Related FW 1.0.0 Related applications all
Description
The function will allow users to configure any pair of binary inputs to serve as a safety monitoring of a
binary state (e.g. excess heat, gas leakage).
This safety monitoring ensures that the protection reacts even if there is mismatch on the indicating BIs.
Note: LBI NO = Normally open LBI (i.e. the protection is active when this LBI is Closed, LBI=1)

Note: LBI NC = Normally closed LBI (i.e. the protection is active when this LBI is Opened, LBI=0)

The mismatch alarm is issued when there are both LBIs from one pair in the same state (both = 0 or both
= 1) for a time longer than the delay.
If only one of LBIs from the pair is configured the function automatically issues alarm SafetyFnXMism
(where X is an integer according to the pair with invalid configuration).
If none of the LBIs from one pair is configured the function is not evaluated at all.
IMPORTANT: This function is not suitable for inputs from sources with longer refresh delay
(e.g. extension modules)

6 back to List of LBI

SafetyFunct2NO
Related FW 1.0.0 Related applications all
Description
The function will allow users to configure any pair of binary inputs to serve as a safety monitoring of a
binary state (e.g. excess heat, gas leakage).
This safety monitoring ensures that the protection reacts even if there is mismatch on the indicating BIs.
Note: LBI NO = Normally open LBI (i.e. the protection is active when this LBI is Closed, LBI=1)

Note: LBI NC = Normally closed LBI (i.e. the protection is active when this LBI is Opened, LBI=0)

The mismatch alarm is issued when there are both LBIs from one pair in the same state (both = 0 or both
= 1) for a time longer than the delay.
If only one of LBIs from the pair is configured the function automatically issues alarm SafetyFnXMism
(where X is an integer according to the pair with invalid configuration).
If none of the LBIs from one pair is configured the function is not evaluated at all.
IMPORTANT: This function is not suitable for inputs from sources with longer refresh delay
(e.g. extension modules)

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 486

 SafetyFunct2NC
Related FW 1.0.0 Related applications all
Description
The function will allow users to configure any pair of binary inputs to serve as a safety monitoring of a
binary state (e.g. excess heat, gas leakage).
This safety monitoring ensures that the protection reacts even if there is mismatch on the indicating BIs.
Note: LBI NO = Normally open LBI (i.e. the protection is active when this LBI is Closed, LBI=1)

Note: LBI NC = Normally closed LBI (i.e. the protection is active when this LBI is Opened, LBI=0)

The mismatch alarm is issued when there are both LBIs from one pair in the same state (both = 0 or both
= 1) for a time longer than the delay.
If only one of LBIs from the pair is configured the function automatically issues alarm SafetyFnXMism
(where X is an integer according to the pair with invalid configuration).
If none of the LBIs from one pair is configured the function is not evaluated at all.
IMPORTANT: This function is not suitable for inputs from sources with longer refresh delay
(e.g. extension modules)

6 back to List of LBI

SafetyFunct3NO
Related FW 1.0.0 Related applications all
Description
The function will allow users to configure any pair of binary inputs to serve as a safety monitoring of a
binary state (e.g. excess heat, gas leakage).
This safety monitoring ensures that the protection reacts even if there is mismatch on the indicating BIs.
Note: LBI NO = Normally open LBI (i.e. the protection is active when this LBI is Closed, LBI=1)

Note: LBI NC = Normally closed LBI (i.e. the protection is active when this LBI is Opened, LBI=0)

The mismatch alarm is issued when there are both LBIs from one pair in the same state (both = 0 or both
= 1) for a time longer than the delay.
If only one of LBIs from the pair is configured the function automatically issues alarm SafetyFnXMism
(where X is an integer according to the pair with invalid configuration).
If none of the LBIs from one pair is configured the function is not evaluated at all.
IMPORTANT: This function is not suitable for inputs from sources with longer refresh delay
(e.g. extension modules)

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 487

 SafetyFunct3NC
Related FW 1.0.0 Related applications all
Description
The function will allow users to configure any pair of binary inputs to serve as a safety monitoring of a
binary state (e.g. excess heat, gas leakage).
This safety monitoring ensures that the protection reacts even if there is mismatch on the indicating BIs.
Note: LBI NO = Normally open LBI (i.e. the protection is active when this LBI is Closed, LBI=1)

Note: LBI NC = Normally closed LBI (i.e. the protection is active when this LBI is Opened, LBI=0)

The mismatch alarm is issued when there are both LBIs from one pair in the same state (both = 0 or both
= 1) for a time longer than the delay.
If only one of LBIs from the pair is configured the function automatically issues alarm SafetyFnXMism
(where X is an integer according to the pair with invalid configuration).
If none of the LBIs from one pair is configured the function is not evaluated at all.
IMPORTANT: This function is not suitable for inputs from sources with longer refresh delay
(e.g. extension modules)

6 back to List of LBI

SafetyFunct4NO
Related FW 1.0.0 Related applications all
Description
The function will allow users to configure any pair of binary inputs to serve as a safety monitoring of a
binary state (e.g. excess heat, gas leakage).
This safety monitoring ensures that the protection reacts even if there is mismatch on the indicating BIs.
Note: LBI NO = Normally open LBI (i.e. the protection is active when this LBI is Closed, LBI=1)

Note: LBI NC = Normally closed LBI (i.e. the protection is active when this LBI is Opened, LBI=0)

The mismatch alarm is issued when there are both LBIs from one pair in the same state (both = 0 or both
= 1) for a time longer than the delay.
If only one of LBIs from the pair is configured the function automatically issues alarm SafetyFnXMism
(where X is an integer according to the pair with invalid configuration).
If none of the LBIs from one pair is configured the function is not evaluated at all.
IMPORTANT: This function is not suitable for inputs from sources with longer refresh delay
(e.g. extension modules)

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 488

 SafetyFunct4NC
Related FW 1.0.0 Related applications all
Description
The function will allow users to configure any pair of binary inputs to serve as a safety monitoring of a
binary state (e.g. excess heat, gas leakage).
This safety monitoring ensures that the protection reacts even if there is mismatch on the indicating BIs.
Note: LBI NO = Normally open LBI (i.e. the protection is active when this LBI is Closed, LBI=1)

Note: LBI NC = Normally closed LBI (i.e. the protection is active when this LBI is Opened, LBI=0)

The mismatch alarm is issued when there are both LBIs from one pair in the same state (both = 0 or both
= 1) for a time longer than the delay.
If only one of LBIs from the pair is configured the function automatically issues alarm SafetyFnXMism
(where X is an integer according to the pair with invalid configuration).
If none of the LBIs from one pair is configured the function is not evaluated at all.
IMPORTANT: This function is not suitable for inputs from sources with longer refresh delay
(e.g. extension modules)

6 back to List of LBI

Speed Down
Related FW 1.0.0 Related applications All
Description
Speed request (page 392) is decreased / increased when the binary input is closed. Speed Down has
higher priority when both Up and Down inputs are active. RPM inc/dec rate is defined by BI Speed Ramp
(page 245).
Engine speed can be set by REQUESTED RPM (PAGE 430) or by SPEED UP (PAGE 490) and SPEED DOWN
(PAGE 489).
Following Speed Request initialization is valid when REQUESTED RPM (PAGE 430) is not configured.
Speed Request (Idle) = 0.0 %. Inputs are active in LOC (Local) mode.
Speed Request (Running) = 50.0 % for AUX (ECU 50 % = Nominal RPM).
Speed Request (Running) = 0.0 % for PRP.
See Engine Values: PRP and AUX/EME/HRB modes.

Dual rate ramp

The Binary inputs SpeedUp and SpeedDown ramp function
is for the 0.6 sec constant 0.4 %/s and does not depend on
BI Speed Ramp (page 245) setting. This function enables
fine setting of Engine speed to specific like 1500 RPM
value.

Note: Minimal Speed Up and Speed Down pulse duration is 110 ms to be accepted by controller.

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 489

 Speed Up
Related FW 1.0.0 Related applications All
Description
Speed request (page 392) is decreased / increased when the binary input is closed. Speed Down has
higher priority when both Up and Down inputs are active. RPM inc/dec rate is defined by BI Speed Ramp
(page 245).
Engine speed can be set by Logical Analog Input Requested RPM or by SPEED UP (PAGE 490) and SPEED
DOWN (PAGE 489).
Following Speed Request initialization is valid when REQUESTED RPM (PAGE 430) is not configured.
Speed Request (Idle) = 0.0 %. Inputs are active in LOC (Local) mode.
Speed Request (Running) = 50.0 % for AUX (ECU 50 % = Nominal RPM).
Speed Request (Running) = 0.0 % for PRP.
See Engine Values: PRP and AUX/EME/HRB modes.

Dual rate ramp

The Binary inputs SpeedUp and SpeedDown ramp function
is for the 0.6 sec constant 0.4 %/s and does not depend on
BI Speed Ramp (page 245) setting. This function enables
fine setting of Engine speed to specific like 1500 RPM
value.

Note: Minimal Speed Up and Speed Down pulse duration is 110 ms to be accepted by controller.

6 back to List of LBI

LBI: T
Timer block 1
Related FW 1.0.0 Related applications all
Description
This input is used to disable temporarily the output from the Timer channel #1.
Note: See also the setpoint Timer channel 1 (page 306) and output TIMERACT 1-4 (PAGE 557).

Note: See the chapter General purpose timers (page 148) for more details about timers.

6 back to List of LBI

Timer block 2
Related FW 1.0.0 Related applications all
Description
This input is used to disable temporarily the output from the Timer channel #2.
Note: See also the setpoint Timer channel 2 (page 306) and output TIMERACT 1-4 (PAGE 557).

Note: See the chapter General purpose timers (page 148) for more details about timers.

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 490

 Timer block 3
Related FW 1.0.0 Related applications all
Description
This input is used to disable temporarily the output from the Timer channel #3.
Note: See also the setpoint Timer channel 3 (page 307) and output TIMERACT 1-4 (PAGE 557).

Note: See the chapter General purpose timers (page 148) for more details about timers.

6 back to List of LBI

Timer block 4
Related FW 1.0.0 Related applications all
Description
This input is used to disable temporarily the output from the Timer channel #4.
Note: See also the setpoint Timer channel 4 (page 307) and output TIMERACT 1-4 (PAGE 557).

Note: See the chapter General purpose timers (page 148) for more details about timers.

6 back to List of LBI

Timer block 5
Related FW 1.0.0 Related applications all
Description
This input is used to disable temporarily the output from the Timer channel #5.
Note: See also the setpoint Timer channel 5 (page 308) and output TIMERACT 5-8 (PAGE 557).

Note: See the chapter General purpose timers (page 148) for more details about timers.

6 back to List of LBI

Timer block 6
Related FW 1.0.0 Related applications all
Description
This input is used to disable temporarily the output from the Timer channel #6.
Note: See also the setpoint Timer channel 6 (page 308) and output TIMERACT 5-8 (PAGE 557).

Note: See the chapter General purpose timers (page 148) for more details about timers.

6 back to List of LBI

Timer block 7
Related FW 1.0.0 Related applications all
Description
This input is used to disable temporarily the output from the Timer channel #7.
Note: See also the setpoint Timer channel 7 (page 309) and output TIMERACT 5-8 (PAGE 557).

Note: See the chapter General purpose timers (page 148) for more details about timers.

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 491

 Timer block 8
Related FW 1.0.0 Related applications all
Description
This input is used to disable temporarily the output from the Timer channel #8.
Note: See also the setpoint Timer channel 8 (page 309) and output TIMERACT 5-8 (PAGE 557).

Note: See the chapter General purpose timers (page 148) for more details about timers.

6 back to List of LBI

Timer block 9
Related FW 1.0.0 Related applications all
Description
This input is used to disable temporarily the output from the Timer channel #9.
Note: See also the setpoint Timer channel 9 (page 310) and output TIMERACT 9-12 (PAGE 557).

Note: See the chapter General purpose timers (page 148) for more details about timers.

6 back to List of LBI

Timer block 10
Related FW 1.0.0 Related applications all
Description
This input is used to disable temporarily the output from the Timer channel #10.
Note: See also the setpoint Timer channel 10 (page 310) and output TIMERACT 9-12 (PAGE 557).

Note: See the chapter General purpose timers (page 148) for more details about timers.

6 back to List of LBI

Timer block 11
Related FW 1.0.0 Related applications all
Description
This input is used to disable temporarily the output from the Timer channel #11.
Note: See also the setpoint Timer channel 11 (page 311) and output TIMERACT 9-12 (PAGE 557).

Note: See the chapter General purpose timers (page 148) for more details about timers.

6 back to List of LBI

Timer block 12
Related FW 1.0.0 Related applications all
Description
This input is used to disable temporarily the output from the Timer channel #12.
Note: See also the setpoint Timer channel 12 (page 311) and output TIMERACT 9-12 (PAGE 557).

Note: See the chapter General purpose timers (page 148) for more details about timers.

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 492

 Timer block 13
Related FW 1.0.0 Related applications all
Description
This input is used to disable temporarily the output from the Timer channel #13.
Note: See also the setpoint Timer channel 13 (page 312) and output TIMERACT 13-16 (PAGE 558).

Note: See the chapter General purpose timers (page 148) for more details about timers.

6 back to List of LBI

Timer block 14
Related FW 1.0.0 Related applications all
Description
This input is used to disable temporarily the output from the Timer channel #14.
Note: See also the setpoint Timer channel 14 (page 312) and output TIMERACT 13-16 (PAGE 558).

Note: See the chapter General purpose timers (page 148) for more details about timers.

6 back to List of LBI

Timer block 15
Related FW 1.0.0 Related applications all
Description
This input is used to disable temporarily the output from the Timer channel #15.
Note: See also the setpoint Timer channel 15 (page 313) and output TIMERACT 13-16 (PAGE 558).

Note: See the chapter General purpose timers (page 148) for more details about timers.

6 back to List of LBI

Timer block 16
Related FW 1.0.0 Related applications all
Description
This input is used to disable temporarily the output from the Timer channel #16.
Note: See also the setpoint Timer channel 16 (page 313) and output TIMERACT 13-16 (PAGE 558).

Note: See the chapter General purpose timers (page 148) for more details about timers.

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 493

 LBI: U
User mask 1
Related FW 1.0.0 Related applications all
Description
This input allows user to activate chosen function in ScreenEditor (tool for GenConfig) for particular
screen instrument. User may choose from the following functions:

None Show Hide

By default the screen instrument is hidden. If By default the screen instrument is shown. If
any of mask inputs (USER MASK 1 ( PAGE 494) , any of mask inputs (USER MASK 1 ( PAGE 494) ,
No action regarding this USER MASK 2 ( PAGE 494) , USER MASK 3 USER MASK 2 ( PAGE 494) , USER MASK 3
screen instrument is ( PAGE 495) , USER MASK 4 ( PAGE 495) or ( PAGE 495) , USER MASK 4 ( PAGE 495) or other
taken. other switches) connected to this particular switches) connected to this particular screen
screen instrument is activated, this screen instrument is activated, this screen instrument is
instrument is shown. hidden.

E.g. this function can be used to "swap" between two different screen instruments when certain
conditions are fulfilled. Logical binary inputs Mask 1..8 can be used to define any custom condition for
this "swapping" function.

6 back to List of LBI

User mask 2
Related FW 1.0.0 Related applications all
Description
This input allows user to activate chosen function in ScreenEditor (tool for GenConfig) for particular
screen instrument. User may choose from the following functions:

None Show Hide

By default the screen instrument is hidden. If any By default the screen instrument is shown. If any
of mask inputs (USER MASK 1 ( PAGE 494) , of mask inputs (USER MASK 1 ( PAGE 494) ,
No action regarding this USER MASK 2 ( PAGE 494) , USER MASK 3 USER MASK 2 ( PAGE 494) , USER MASK 3 ( PAGE
screen instrument is ( PAGE 495) , USER MASK 4 ( PAGE 495) or other 495) , USER MASK 4 ( PAGE 495) or other
taken. switches) connected to this particular screen switches) connected to this particular screen
instrument is activated, this screen instrument is instrument is activated, this screen instrument is
shown. hidden.

E.g. this function can be used to "swap" between two different screen instruments when certain
conditions are fulfilled. Logical binary inputs Mask 1..8 can be used to define any custom condition for
this "swapping" function.

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 494

 User mask 3
Related FW 1.0.0 Related applications all
Description
This input allows user to activate chosen function in ScreenEditor (tool for GenConfig) for particular
screen instrument. User may choose from the following functions:

None Show Hide

By default the screen instrument is hidden. If By default the screen instrument is shown. If
any of mask inputs (USER MASK 1 ( PAGE any of mask inputs (USER MASK 1 ( PAGE
494) , USER MASK 2 ( PAGE 494) , USER 494) , USER MASK 2 ( PAGE 494) , USER MASK
No action regarding this
MASK 3 ( PAGE 495) , U SER MASK 4 ( PAGE 3 ( PAGE 495) , USER MASK 4 ( PAGE 495) or
screen instrument is taken.
495) or other switches) connected to this other switches) connected to this particular
particular screen instrument is activated, this screen instrument is activated, this screen
screen instrument is shown. instrument is hidden.

E.g. this function can be used to "swap" between two different screen instruments when certain
conditions are fulfilled. Logical binary inputs Mask 1..8 can be used to define any custom condition for
this "swapping" function.

6 back to List of LBI

User mask 4
Related FW 1.0.0 Related applications all
Description
This input allows user to activate chosen function in ScreenEditor (tool for GenConfig) for particular
screen instrument. User may choose from the following functions:

None Show Hide

By default the screen instrument is By default the screen instrument is
hidden. If any of mask inputs (USER MASK shown. If any of mask inputs (USER MASK
1 ( PAGE 494) , USER MASK 2 ( PAGE 1 ( PAGE 494) , USER MASK 2 ( PAGE
No action regarding this screen 494) , USER MASK 3 ( PAGE 495) , USER 494) , USER MASK 3 ( PAGE 495) , USER
instrument is taken. MASK 4 ( PAGE 495) or other switches) MASK 4 ( PAGE 495) or other switches)
connected to this particular screen connected to this particular screen
instrument is activated, this screen instrument is activated, this screen
instrument is shown. instrument is hidden.

E.g. this function can be used to "swap" between two different screen instruments when certain
conditions are fulfilled. Logical binary inputs Mask 1..8 can be used to define any custom condition for
this "swapping" function.

6 back to List of LBI

LBI: W
Watchdog Test
Related FW 1.0.0 Related applications all
Description
Rising edge of this input will provide reset of controller processor.

6 back to List of LBI

InteliDrive-BB-1.0.0 Global Guide 495

9.1.6 Logical binary outputs
What Logical binary outputs are:
Logical binary outputs are outputs for binary values and functions.

Alphabetical groups of Logical binary outputs

LBO: A 499
LBO: B 502
LBO: C 503
LBO: E 509
LBO: F 510
LBO: G 510
LBO: H 510
LBO: I 511
LBO: K 512
LBO: L 512
LBO: M 513
LBO: N 547
LBO: O 547
LBO: P 547
LBO: R 552
LBO: S 554
LBO: T 557
LBO: U 558
LBO: V 566
LBO: W 566

For full list of Logical binary outputs go to the chapter List of LBO (page 497).
6 back to Controller objects

InteliDrive-BB-1.0.0 Global Guide 496

 List of LBO LBO: D Modbus Sw 4 517
Modbus Sw 5 518
LBO: A LBO: E
Modbus Sw 6 519
AFR limA 499 ECU Comm Error 509
Modbus Sw 7 520
AFR DBA 499 ECU PwrRelay 509
Modbus Sw 8 521
AFR ErrA 499 Modbus Sw 9 522
LBO: F
AFR limB 500 Modbus Sw 10 523
AFR DBB 500 Fuel Solenoid 510
Modbus Sw 11 524
AFR ErrB 501 FltResButnEcho 510
Modbus Sw 12 525
Alarm 502 Modbus Sw 13 526
LBO: G
Alarm flashing 502 Modbus Sw 14 527
GasVTest run 510
Modbus Sw 15 528
LBO: B
Modbus Sw 16 529
LBO: H
Bin selector 1 502 Modbus Sw 17 530
Horn 510
Bin selector 2 503 Modbus Sw 18 531
Horn flashing 511
Bin selector 3 503 Modbus Sw 19 532
HrnResButnEcho 511
Bin selector 4 503 Modbus Sw 20 533

LBO: I Modbus Sw 21 534

LBO: C
Modbus Sw 22 535
Idle run 511
Clutch Connect 503
Modbus Sw 23 536
Idle/Nominal 511
ClutchButnEcho 504
Modbus Sw 24 537
Ignition 512
CommonActLev 1 504
Modbus Sw 25 538
Initialized 512
CommonAlLev 1 504
Modbus Sw 26 539
CommonActLev 2 504
LBO: K Modbus Sw 27 540
CommonAlLev 2 504
kWh pulse 512 Modbus Sw 28 541
Common Al 505
Modbus Sw 29 542
Common Fls 505
LBO: L Modbus Sw 30 543
Common Hst 505
LambdaHeatedA 512 Modbus Sw 31 544
Common Wrn 505
LambdaHeatedB 512 Modbus Sw 32 545
Common Sd 505
Logical 0 513 MixUpA 545
Common SdOvr 506
Loaded 513 MixDnA 546
Cooling 506
Logical 1 513 MixUpB 546
Cooling Pump 506
MixDnB 546
CrankProcedure 506
LBO: M
Cranking 507 LBO: N
MODES: Off mode 513
CtrlHeartBeat 508 Not ready 547
MODES: RUN mode 513
CtrlHeartBeatF 508
Modbus Sw 1 514
CtrlHBeat FD 508 LBO: O
Modbus Sw 2 515
Modbus Sw 3 516 Operational 547

InteliDrive-BB-1.0.0 Global Guide 497

 LBO: P StopButnEcho 557

PeriphCommErr 547
LBO: T
Power1A 548
T cyl differ 557
Power2A 548
TimerAct 1-4 557
Power3A 548
TimerAct 5-8 557
Power4A 549
TimerAct 9-12 557
Power5A 549
TimerAct 13-16 558
Power1B 549
TimerActiveCom 558
Power2B 550
Power3B 550
LBO: U
Power4B 550
User Button 1 558
Power5B 551
User Button 2 559
Prelubr pump 551
User Button 3 559
Prestart 551
User Button 4 560

LBO: Q User Button 5 560

User Button 6 561
LBO: R
User Button 7 561
Ready 552 User Button 8 562
Ready for Load 552 User Button 9 562
RemoteControl1 552 User Button 10 563
RemoteControl2 552 User Button 11 563
RemoteControl3 553 User Button 12 564
RemoteControl4 553 User Button 13 564
RemoteControl5 553 User Button 14 565
RemoteControl6 553 User Button 15 565
RemoteControl7 554 User Button 16 566
RemoteControl8 554
Running 554 LBO: V
Ventilation 566
LBO: S
Speed dn 554 LBO: W
Speed up 555 Wrn Stop fail 566
Starter 555
6 back to Controller
Starting 555
objects
Start Blocked 555
Stop Pulse 555
Stop Solenoid 556
StartButnEcho 556
Stopping 556

InteliDrive-BB-1.0.0 Global Guide 498

 LBO: A
AFR limA
Related FW 1.0.0 Related applications all
Description
Output is activated when the mixer Value AFRVlvRegA (page 415) reaches the limit Value adjusted
with Setpoint LimPos (page 331)

6 back to List of LBO

AFR DBA
Related FW 1.0.0 Related applications all
Description
Output is activated when the sensor Value stays in range of deadband defined by Setpoint DeadBand
(page 335).

Image 9.32 Sensor deadband

6 back to List of LBO

AFR ErrA
Related FW 1.0.0 Related applications all
Description
Output is activated when the sensor Value goes over the tolerance level defined by Setpoint
SensorValTolA (page 351) and stays there for time defined by Setpoint TAFRERRA (page 350).
Output stays active as long the sensor Value stays above the tolerance level and for time TAFRERRA
(page 350) when the sensor Value is back in the tolerance level.

InteliDrive-BB-1.0.0 Global Guide 499

 Image 9.33 Sensor deadband

6 back to List of LBO

AFR limB
Related FW 1.0.0 Related applications all
Description
Output is activated when the mixer Value AFRVlvRegB (page 416) reaches the limit Value adjusted
with Setpoint LimPos (page 331)

6 back to List of LBO

AFR DBB
Related FW 1.0.0 Related applications all
Description
Output is activated when the sensor Value stays in range of deadband defined by Setpoint DeadBand
(page 335).

Image 9.34 Sensor deadband

InteliDrive-BB-1.0.0 Global Guide 500

 6 back to List of LBO

AFR ErrB
Related FW 1.0.0 Related applications all
Description
Output is activated when the sensor Value goes over the tolerance level defined by Setpoint
SensorValTolB (page 368) and stays there for time defined by Setpoint TAFRERRB (page 367).
Output stays active as long the sensor Value stays above the tolerance level and for time TAFRERRB
(page 367) when the sensor Value is back in the tolerance level.

Image 9.35 Sensor deadband

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 501

 Alarm
Related FW 1.0.0 Related applications all
Description
The output is closed if there is at least one unconfirmed alarm in the alarm list.
Note: Some alarm types as e.g. Off load, History record, Low power, Mains protection do not require
confirmation, they disappear from the alarm list automatically when the alarm condition disappears. That
means the Alarm output is not activated by alarms of these types.

6 back to List of LBO

Alarm flashing
Related FW 1.0.0 Related applications all
Description
This is the flashing alternative of the output ALARM (PAGE 502), i.e. the output flashes with period 1s/1s
while the output ALARM (PAGE 502) is closed.

6 back to List of LBO

LBO: B
Bin selector 1
Related FW 1.0.0 Related applications all
Description
Output is closed or opened according to the setpoint Bin selector 1 (page 246).
Note: The output is intended for ECU-controlled engines to switch on/off some particular ECU function
by a controller setpoint if the function can be controlled by a binary value over the J1939 bus.

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 502

 Bin selector 2
Related FW 1.0.0 Related applications all
Description
Output is closed or opened according to the setpoint Bin selector 2 (page 246).
Note: The output is intended for ECU-controlled engines to switch on/off some particular ECU function
by a controller setpoint if the function can be controlled by a binary value over the J1939 bus.

6 back to List of LBO

Bin selector 3
Related FW 1.0.0 Related applications all
Description
Output is closed or opened according to the setpoint Bin selector 3 (page 246).
Note: The output is intended for ECU-controlled engines to switch on/off some particular ECU function
by a controller setpoint if the function can be controlled by a binary value over the J1939 bus.

6 back to List of LBO

Bin selector 4
Related FW 1.0.0 Related applications all
Description
Output is closed or opened according to the setpoint Bin selector 4 (page 247).
Note: The output is intended for ECU-controlled engines to switch on/off some particular ECU function
by a controller setpoint if the function can be controlled by a binary value over the J1939 bus.

6 back to List of LBO

LBO: C
Clutch Connect
Related FW 1.0.0 Related applications all
Description
Output is closed if binary input Rem Clutch is active or controller I/0 button is pressed (command sent) and
actual engine RPM is between: ClutchMinSpeed and ClutchMaxSpeed.
Output stays closed even if the RPM goes out of limits above.
Can’t be opened by button when binary input Rem Clutch is closed.

Image 9.36 Time diagram for LBO Clutch Connect

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 503

 ClutchButnEcho
Related FW 1.0.0 Related applications all
Description
This output provides 1s pulse when:
Clutch button is pressed on the controller front panel or
Clutch button is pressed on any of external local/remote terminals or
Open/Close command is received via communication line or

6 back to List of LBO

CommonActLev 1
Related FW 1.0.0 Related applications all
Description
The output is closed while there is at least one 1st level (yellow) alarm present in the alarm list. The alarm
can be in any state, i.e. active unconfirmed, active confirmed or inactive unconfirmed. See the chapter
Protections and Alarm management (page 169) for more information.

6 back to List of LBO

CommonAlLev 1
Related FW 1.0.0 Related applications all
Description
This output is active if there is at least one unconfirmed 1st-level (yellow) alarm present in the alarm list.
See the chapter Protections and Alarm management (page 169) forr more information.

6 back to List of LBO

CommonActLev 2
Related FW 1.0.0 Related applications all
Description
The output is closed while there is at least one 2nd level (red) alarm present in the alarm list. The alarm
can be in any state, i.e. active unconfirmed, active confirmed or inactive unconfirmed.See the chapter
Protections and Alarm management (page 169) for more information.

6 back to List of LBO

CommonAlLev 2
Related FW 1.0.0 Related applications
Description
This output is active if there is at least one unconfirmed 2nd-level (red) alarm present in the alarm list.
See the chapter Protections and Alarm management (page 169) for more information.

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 504

 Common Al
Related FW 1.0.0 Related applications all
Description
The output is closed while there is at least one alarm of the Alarm only type present in the alarm list. The
alarm can be in any state, i.e. active unconfirmed, active confirmed or inactive unconfirmed. See the
chapter Protections and Alarm management (page 169) for more information.

6 back to List of LBO

Common Fls
Related FW 1.0.0 Related applications all
Description
The output is closed while there is at least one alarm of the Sensor fail type present in the alarm list. The
alarm can be in any state, i.e. active unconfirmed, active confirmed or inactive unconfirmed.See the
chapter Protections and Alarm management (page 169) for more information.

6 back to List of LBO

Common Hst
Related FW 1.0.0 Related applications all
Description
The output is closed for 1s when any alarm of History record type appears. See the chapter Protections
and Alarm management (page 169) for more information.

6 back to List of LBO

Common Wrn
Related FW 1.0.0 Related applications all
Description
The output is closed while there is at least one alarm of the Warning type present in the alarm list. The
alarm can be in any state, i.e. active unconfirmed, active confirmed or inactive unconfirmed. See the
chapter Protections and Alarm management (page 169) for more information.

6 back to List of LBO

Common Sd
Related FW 1.0.0 Related applications all
Description
The output is closed while there is at least one alarm of the Shutdown type present in the alarm list. The
alarm can be in any state, i.e. active unconfirmed, active confirmed or inactive unconfirmed. See the
chapter Protections and Alarm management (page 169) for more information.

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 505

 Common SdOvr
Related FW 1.0.0 Related applications all
Description
Common output that closes with 2 s delay if any Shutdown override-type protection becomes active. If it
is already active and another protection of that type becomes active, the output is deactivated for 2
seconds and then reactivated again to inform on this new alarm.

6 back to List of LBO

Cooling
Related FW 1.0.0 Related applications all
Description
The output is closed during the Cooling phase.

6 back to List of LBO

Cooling Pump
Related FW 1.0.0 Related applications all
Description
This output is used for control of an external electric motor-driven cooling pump. The output closes when
the Controller is started (i.e. at the end of the Starting period) and opens at the end of the Aftercooling
period, which takes place after the engine has been fully stopped. Duration of the aftercooling period is
adjusted by the setpoint AfterCool time (page 239).
The output opens immediately when EMERGENCY STOP (PAGE 439) is activated or if the controller is
switched to OFF mode.

6 back to List of LBO

CrankProcedure
Related FW 1.0.0 Related applications all
Description
The output is closed while the engine is cranking and during pauses between crank attemps. The output
is opened either when the Controller is started or failed to start. See the diagram in the descrition of the
output CRANKING (PAGE 507) for differencies between outputs CRANKPROCEDURE (PAGE 506),
CRANKING (PAGE 507) and STARTER (PAGE 555).

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 506

 Cranking
Related FW 1.0.0 Related applications all
Description
The output is closed while the engine is cranking. See the following diagrams for differencies between
outputs CRANKPROCEDURE (PAGE 506), CRANKING (PAGE 507) and STARTER (PAGE 555). The diagrams
show situation for gas engine and two crank attempts.
Succesfull start

Unsuccesfull start

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 507

 CtrlHeartBeat
Related FW 1.0.0 Related applications all
Description
The output provides alternating signal with rate 500ms active / 500ms inactive while the controller is
operational, i.e. it has passed all checks after startup and no failure was detected.
If the output does not provide the alternating signal it may indicate following:
controller is switched off or
controller is damaged or
incorrect/missing firmware and/or application or
corrupted setpoints
The output is intended for using in wired redundancy systems at the main controller. Learn more about
redundancy in separate chapter Controller redundancy (page 142).

6 back to List of LBO

CtrlHeartBeatF
Related FW 1.0.0 Related applications all
Description
External Watchdog relay support. Logical binary output can be connected to pulse input of external
WatchDog relay.

6 back to List of LBO

CtrlHBeat FD
Related FW 1.0.0 Related applications all
Description
This output is used at a redundant controller to disconnect the main controller from the Controller,
connect the redundant one instead and activate it.
The output is closed:
If the input CTRL HBEAT SENS (PAGE 436) is configured onto any input terminal and the
redundancy controller does not sense the "heart beat" signal from the main controller at that
terminal.
If the redundant controller has not received two consequent messages from the main controller.
The address of the main controller for the particular redundant one is selected by the the setpoint
WatchedContr (page 208)WatchedContr (page 208).
Note: Learn more about redundancy in separate chapter Controller redundancy (page 142).

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 508

 LBO: E
ECU Comm Error
Related FW 1.0.0 Related applications all
Description
The output is closed while there is an error in the communication with ECU, i.e. while there is the alarm
ECU comm error present in the alarm list.

6 back to List of LBO

ECU PwrRelay
Related FW 1.0.0 Related applications all
Description
This output is used for control of the "Keyswitch" ECU input. The output is closed at the beginning of the
prestart phase, remains closed while the engine is running, and is opened when the engine has to be
stopped. The keyswitch input may be also labeled as "15" according to cable numbering convention used
in vehicles.
If this input is used (configured), the evaluation of ECU communication fault alarm and other ECU-
related alarms is enabled only while the engine is beeing started or is running. The reason is that most
of ECUs go to sleep mode and do not communicate while the keyswitch input is deactivated.

Note: It is recommended to adjust the Prestart time (page 235) to at least 3 sec to allow the
ECU to wake-up and begin the communication prior to the ECU communication fault alarm is
enabled.

If this input is not configured the evaluation of ECU-related alarms is enabled all the time.

Note: If your ECU does not have the keyswitch input, however you want the ECU-related alarms to be
disabled while the engine is not running, configure the output onto a virtual IO module (VPIO).

IMPORTANT: This output should not be used for disconnecting of main power supply from
the ECU. Disconnecting of the main power supply while the engine is running might cause
the ECU will not be able to record eventual trouble codes into it's nonvolatile memory.

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 509

 LBO: F
Fuel Solenoid
Related FW 1.0.0 Related applications all
Description
This output is used for control of the engine fuel valve. This output is activated when the engine speed
exceeds 30 RPM. The setpoint FuelSol offset (page 241) can be used to delay the activation of this
output (it starts to be counted when the engine speed exceeds 30 RPM).
Note: Learn more in the separate chapter Start sequence (page 137).

6 back to List of LBO

FltResButnEcho
Related FW 1.0.0 Related applications all
Description
This output provides 1s pulse when:
Fault reset button is pressed on the controller front panel or
Fault reset button is pressed on any of external local/remote terminals or
fault reset command is received via communication line or
the input FAULT RESBUTTON (PAGE 450) is activated.

6 back to List of LBO

LBO: G
GasVTest run
Related FW 1.0.0 Related applications
Description
Output for Gas valve test activation. Configure this output in case you want to run the Gas valve check
before each start of engine.
Setpoint GasVTest (page 242) has to be ENABLED.

6 back to List of LBO

LBO: H
Horn
Related FW 1.0.0 Related applications all
Description
The output closes together with the output ALARM (PAGE 502). It opens when the output ALARM (PAGE
502) is opened or Horn reset button is pressed or Horn Timeout (page 247) has elapsed.

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 510

 Horn flashing
Related FW 1.0.0 Related applications all
Description
This is the flashing alternative of the output HORN (PAGE 510), i.e. the output flashes with period 1s/1s
while the output HORN (PAGE 510) is closed.

6 back to List of LBO

HrnResButnEcho
Related FW 1.0.0 Related applications all
Description
This output provides 1s pulse when:
Horn reset button is pressed on the controller front panel or
Horn reset button is pressed on any of external local/remote terminals or
horn reset command is received via communication line or
the input HORNRESBUTTON (PAGE 465) is activated.

6 back to List of LBO

LBO: I
Idle run
Related FW 1.0.0 Related applications all
Description
This output is closed while the timer Idle time (page 238) is counting down. This timer begins to count
down when the engine is considered as started and the starter motor is deenergized. See also description
of the output STARTER (PAGE 555).

6 back to List of LBO

Idle/Nominal
Related FW 1.0.0 Related applications all
Description
This output is intended for switching of the speed governor reference from idle to nominal speed and vice
versa. The output is opened when the engine is required to run at idle speed and it is closed when the
engine is required to run at nominal speed.
The output is opened while the engine is not running and also during start.
The output is closed after the engine has been started when the timer Idle time (page 238) elapses.
The output remains closed while the engine is running.
The output is opened while stopping either at the beginning or at the end of the cooling phase. This is
selectable by the setpoint Cooling speed (page 238).
Note: Some governors do not support speed reference switching.

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 511

 Ignition
Related FW 1.0.0 Related applications all
Description
The output is used for control of an ignition module on gas engines. The output is closed when the engine
speed exceeds 30 RPM and opens when the engine is fully stopped regardless of the reason of the stop,
i.e. whether it is an operational stop or shutdown stop. The only exception is activation of the input
EMERGENCY STOP (PAGE 439), when the ignition output is opened immediately after the input is
activated.
Note: Learn more in the separate chapter Start sequence (page 137).

6 back to List of LBO

Initialized
Related FW 1.0.0 Related applications all
Description
This LBO indicates that the controller finished the reboot after the restart. It can be used in internal PLC
for blocking some binary inputs to avoid the hazards after restart of the controller.

6 back to List of LBO

LBO: K
kWh pulse
Related FW 1.0.0 Related applications all
Description
This output generates 100ms pulse always when the internal kWh counter incremented.

6 back to List of LBO

LBO: L
LambdaHeatedA
Related FW 1.0.0 Related applications all
Description
Output is activated when the time of Setpoint StartTimeAFRA (page 338) is counted down.

6 back to List of LBO

LambdaHeatedB
Related FW 1.0.0 Related applications all
Description
Output is activated when the time of Setpoint StartTimeAFRB (page 355) is counted down.

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 512

 Logical 0
Related FW 1.0.0 Related applications all
Description
This output is always opened. It may be used in functions (e.g. ECU outputs or PLC modules inputs)
where a binary value is required, however it has to be continously inactive.

6 back to List of LBO

Loaded
Related FW 1.0.0 Related applications all
Description
The output is closed while the Controller is loaded and the load is beeing regulated according to selected
mode (baseload, import/export, power management etc.) or is not beeing regulated in single island
operation.

6 back to List of LBO

Logical 1
Related FW 1.0.0 Related applications all
Description
This output is always closed. It may be used in functions (e.g. ECU outputs or PLC modules inputs)
where continuously active binary value is required.

6 back to List of LBO

LBO: M
MODES: Off mode
Related FW 1.0.0 Related applications all
Description
The output is closed while the controller is currently in OFF mode (either switched by the mode selector
on the front panel or by the input REMOTE OFF (PAGE 483)).

6 back to List of LBO

MODES: RUN mode

Related FW 1.0.0 Related applications all
Description
The output is closed while the controller is currently in RUN mode (either switched by the mode selector
on the front panel or by the input REMOTE RUN (PAGE 484)).

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 513

 Modbus Sw 1
Related FW 1.0.0 Related applications all
Description
The “Modbus Switches” are two Modbus registers dedicated for continuous writing of binary information
via Modbus. Both registers are available on Modbus for simple writing (using command 6 or 16). The
particular bits of these registers are available as binary status for universal use in logical binary outputs of
the controller as “MODBUSSW1..MODBUSSW32”. No password is required for writing of those
registers (if there is no general password for Modbus writing). There are two Values “ModbusSw1” and
“ModbusSw2” in group “Log Bout” available for back-reading.

Register for writing Modbus register number Value for back-reading Modbus register number
ModbusSw1 46337 ModbusSw1 40547
ModbusSw2 46338 ModbusSw2 40548

Note: The LSB of ModbusSw1 (46337) corresponds with LBO “ModbusSw1”

Note: The LSB of ModbusSw2 (46338) corresponds with LBO “ModbusSw17

Register port for writing Input value LBO ModbusSw16....ModbusSw1

ModbusSw1 (46337) 000F HEX 0000 0000 0000 1111

Register port for writing Input value LBO ModbusSw32....ModbusSw17

ModbusSw1 (46338) F000 HEX 1111 0000 0000 0000

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 514

 Modbus Sw 2
Related FW 1.0.0 Related applications all
Description
The “Modbus Switches” are two Modbus registers dedicated for continuous writing of binary information
via Modbus. Both registers are available on Modbus for simple writing (using command 6 or 16). The
particular bits of these registers are available as binary status for universal use in logical binary outputs of
the controller as “MODBUSSW1..MODBUSSW32”. No password is required for writing of those
registers (if there is no general password for Modbus writing). There are two Values “ModbusSw1” and
“ModbusSw2” in group “Log Bout” available for back-reading.

Register for writing Modbus register number Value for back-reading Modbus register number
ModbusSw1 46337 ModbusSw1 40547
ModbusSw2 46338 ModbusSw2 40548

Note: The LSB of ModbusSw1 (46337) corresponds with LBO “ModbusSw1”

Note: The LSB of ModbusSw2 (46338) corresponds with LBO “ModbusSw17

Register port for writing Input value LBO ModbusSw16....ModbusSw1

ModbusSw1 (46337) 000F HEX 0000 0000 0000 1111

Register port for writing Input value LBO ModbusSw32....ModbusSw17

ModbusSw1 (46338) F000 HEX 1111 0000 0000 0000

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 515

 Modbus Sw 3
Related FW 1.0.0 Related applications all
Description
The “Modbus Switches” are two Modbus registers dedicated for continuous writing of binary information
via Modbus. Both registers are available on Modbus for simple writing (using command 6 or 16). The
particular bits of these registers are available as binary status for universal use in logical binary outputs of
the controller as “MODBUSSW1..MODBUSSW32”. No password is required for writing of those
registers (if there is no general password for Modbus writing). There are two Values “ModbusSw1” and
“ModbusSw2” in group “Log Bout” available for back-reading.

Register for writing Modbus register number Value for back-reading Modbus register number
ModbusSw1 46337 ModbusSw1 40547
ModbusSw2 46338 ModbusSw2 40548

Note: The LSB of ModbusSw1 (46337) corresponds with LBO “ModbusSw1”

Note: The LSB of ModbusSw2 (46338) corresponds with LBO “ModbusSw17

Register port for writing Input value LBO ModbusSw16....ModbusSw1

ModbusSw1 (46337) 000F HEX 0000 0000 0000 1111

Register port for writing Input value LBO ModbusSw32....ModbusSw17

ModbusSw1 (46338) F000 HEX 1111 0000 0000 0000

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 516

 Modbus Sw 4
Related FW 1.0.0 Related applications all
Description
The “Modbus Switches” are two Modbus registers dedicated for continuous writing of binary information
via Modbus. Both registers are available on Modbus for simple writing (using command 6 or 16). The
particular bits of these registers are available as binary status for universal use in logical binary outputs of
the controller as “MODBUSSW1..MODBUSSW32”. No password is required for writing of those
registers (if there is no general password for Modbus writing). There are two Values “ModbusSw1” and
“ModbusSw2” in group “Log Bout” available for back-reading.

Register for writing Modbus register number Value for back-reading Modbus register number
ModbusSw1 46337 ModbusSw1 40547
ModbusSw2 46338 ModbusSw2 40548

Note: The LSB of ModbusSw1 (46337) corresponds with LBO “ModbusSw1”

Note: The LSB of ModbusSw2 (46338) corresponds with LBO “ModbusSw17

Register port for writing Input value LBO ModbusSw16....ModbusSw1

ModbusSw1 (46337) 000F HEX 0000 0000 0000 1111

Register port for writing Input value LBO ModbusSw32....ModbusSw17

ModbusSw1 (46338) F000 HEX 1111 0000 0000 0000

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 517

 Modbus Sw 5
Related FW 1.0.0 Related applications all
Description
The “Modbus Switches” are two Modbus registers dedicated for continuous writing of binary information
via Modbus. Both registers are available on Modbus for simple writing (using command 6 or 16). The
particular bits of these registers are available as binary status for universal use in logical binary outputs of
the controller as “MODBUSSW1..MODBUSSW32”. No password is required for writing of those
registers (if there is no general password for Modbus writing). There are two Values “ModbusSw1” and
“ModbusSw2” in group “Log Bout” available for back-reading.

Register for writing Modbus register number Value for back-reading Modbus register number
ModbusSw1 46337 ModbusSw1 40547
ModbusSw2 46338 ModbusSw2 40548

Note: The LSB of ModbusSw1 (46337) corresponds with LBO “ModbusSw1”

Note: The LSB of ModbusSw2 (46338) corresponds with LBO “ModbusSw17

Register port for writing Input value LBO ModbusSw16....ModbusSw1

ModbusSw1 (46337) 000F HEX 0000 0000 0000 1111

Register port for writing Input value LBO ModbusSw32....ModbusSw17

ModbusSw1 (46338) F000 HEX 1111 0000 0000 0000

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 518

 Modbus Sw 6
Related FW 1.0.0 Related applications all
Description
The “Modbus Switches” are two Modbus registers dedicated for continuous writing of binary information
via Modbus. Both registers are available on Modbus for simple writing (using command 6 or 16). The
particular bits of these registers are available as binary status for universal use in logical binary outputs of
the controller as “MODBUSSW1..MODBUSSW32”. No password is required for writing of those
registers (if there is no general password for Modbus writing). There are two Values “ModbusSw1” and
“ModbusSw2” in group “Log Bout” available for back-reading.

Register for writing Modbus register number Value for back-reading Modbus register number
ModbusSw1 46337 ModbusSw1 40547
ModbusSw2 46338 ModbusSw2 40548

Note: The LSB of ModbusSw1 (46337) corresponds with LBO “ModbusSw1”

Note: The LSB of ModbusSw2 (46338) corresponds with LBO “ModbusSw17

Register port for writing Input value LBO ModbusSw16....ModbusSw1

ModbusSw1 (46337) 000F HEX 0000 0000 0000 1111

Register port for writing Input value LBO ModbusSw32....ModbusSw17

ModbusSw1 (46338) F000 HEX 1111 0000 0000 0000

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 519

 Modbus Sw 7
Related FW 1.0.0 Related applications all
Description
The “Modbus Switches” are two Modbus registers dedicated for continuous writing of binary information
via Modbus. Both registers are available on Modbus for simple writing (using command 6 or 16). The
particular bits of these registers are available as binary status for universal use in logical binary outputs of
the controller as “MODBUSSW1..MODBUSSW32”. No password is required for writing of those
registers (if there is no general password for Modbus writing). There are two Values “ModbusSw1” and
“ModbusSw2” in group “Log Bout” available for back-reading.

Register for writing Modbus register number Value for back-reading Modbus register number
ModbusSw1 46337 ModbusSw1 40547
ModbusSw2 46338 ModbusSw2 40548

Note: The LSB of ModbusSw1 (46337) corresponds with LBO “ModbusSw1”

Note: The LSB of ModbusSw2 (46338) corresponds with LBO “ModbusSw17

Register port for writing Input value LBO ModbusSw16....ModbusSw1

ModbusSw1 (46337) 000F HEX 0000 0000 0000 1111

Register port for writing Input value LBO ModbusSw32....ModbusSw17

ModbusSw1 (46338) F000 HEX 1111 0000 0000 0000

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 520

 Modbus Sw 8
Related FW 1.0.0 Related applications all
Description
The “Modbus Switches” are two Modbus registers dedicated for continuous writing of binary information
via Modbus. Both registers are available on Modbus for simple writing (using command 6 or 16). The
particular bits of these registers are available as binary status for universal use in logical binary outputs of
the controller as “MODBUSSW1..MODBUSSW32”. No password is required for writing of those
registers (if there is no general password for Modbus writing). There are two Values “ModbusSw1” and
“ModbusSw2” in group “Log Bout” available for back-reading.

Register for writing Modbus register number Value for back-reading Modbus register number
ModbusSw1 46337 ModbusSw1 40547
ModbusSw2 46338 ModbusSw2 40548

Note: The LSB of ModbusSw1 (46337) corresponds with LBO “ModbusSw1”

Note: The LSB of ModbusSw2 (46338) corresponds with LBO “ModbusSw17

Register port for writing Input value LBO ModbusSw16....ModbusSw1

ModbusSw1 (46337) 000F HEX 0000 0000 0000 1111

Register port for writing Input value LBO ModbusSw32....ModbusSw17

ModbusSw1 (46338) F000 HEX 1111 0000 0000 0000

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 521

 Modbus Sw 9
Related FW 1.0.0 Related applications all
Description
The “Modbus Switches” are two Modbus registers dedicated for continuous writing of binary information
via Modbus. Both registers are available on Modbus for simple writing (using command 6 or 16). The
particular bits of these registers are available as binary status for universal use in logical binary outputs of
the controller as “MODBUSSW1..MODBUSSW32”. No password is required for writing of those
registers (if there is no general password for Modbus writing). There are two Values “ModbusSw1” and
“ModbusSw2” in group “Log Bout” available for back-reading.

Register for writing Modbus register number Value for back-reading Modbus register number
ModbusSw1 46337 ModbusSw1 40547
ModbusSw2 46338 ModbusSw2 40548

Note: The LSB of ModbusSw1 (46337) corresponds with LBO “ModbusSw1”

Note: The LSB of ModbusSw2 (46338) corresponds with LBO “ModbusSw17

Register port for writing Input value LBO ModbusSw16....ModbusSw1

ModbusSw1 (46337) 000F HEX 0000 0000 0000 1111

Register port for writing Input value LBO ModbusSw32....ModbusSw17

ModbusSw1 (46338) F000 HEX 1111 0000 0000 0000

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 522

 Modbus Sw 10
Related FW 1.0.0 Related applications all
Description
The “Modbus Switches” are two Modbus registers dedicated for continuous writing of binary information
via Modbus. Both registers are available on Modbus for simple writing (using command 6 or 16). The
particular bits of these registers are available as binary status for universal use in logical binary outputs of
the controller as “MODBUSSW1..MODBUSSW32”. No password is required for writing of those
registers (if there is no general password for Modbus writing). There are two Values “ModbusSw1” and
“ModbusSw2” in group “Log Bout” available for back-reading.

Register for writing Modbus register number Value for back-reading Modbus register number
ModbusSw1 46337 ModbusSw1 40547
ModbusSw2 46338 ModbusSw2 40548

Note: The LSB of ModbusSw1 (46337) corresponds with LBO “ModbusSw1”

Note: The LSB of ModbusSw2 (46338) corresponds with LBO “ModbusSw17

Register port for writing Input value LBO ModbusSw16....ModbusSw1

ModbusSw1 (46337) 000F HEX 0000 0000 0000 1111

Register port for writing Input value LBO ModbusSw32....ModbusSw17

ModbusSw1 (46338) F000 HEX 1111 0000 0000 0000

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 523

 Modbus Sw 11
Related FW 1.0.0 Related applications all
Description
The “Modbus Switches” are two Modbus registers dedicated for continuous writing of binary information
via Modbus. Both registers are available on Modbus for simple writing (using command 6 or 16). The
particular bits of these registers are available as binary status for universal use in logical binary outputs of
the controller as “MODBUSSW1..MODBUSSW32”. No password is required for writing of those
registers (if there is no general password for Modbus writing). There are two Values “ModbusSw1” and
“ModbusSw2” in group “Log Bout” available for back-reading.

Register for writing Modbus register number Value for back-reading Modbus register number
ModbusSw1 46337 ModbusSw1 40547
ModbusSw2 46338 ModbusSw2 40548

Note: The LSB of ModbusSw1 (46337) corresponds with LBO “ModbusSw1”

Note: The LSB of ModbusSw2 (46338) corresponds with LBO “ModbusSw17

Register port for writing Input value LBO ModbusSw16....ModbusSw1

ModbusSw1 (46337) 000F HEX 0000 0000 0000 1111

Register port for writing Input value LBO ModbusSw32....ModbusSw17

ModbusSw1 (46338) F000 HEX 1111 0000 0000 0000

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 524

 Modbus Sw 12
Related FW 1.0.0 Related applications all
Description
The “Modbus Switches” are two Modbus registers dedicated for continuous writing of binary information
via Modbus. Both registers are available on Modbus for simple writing (using command 6 or 16). The
particular bits of these registers are available as binary status for universal use in logical binary outputs of
the controller as “MODBUSSW1..MODBUSSW32”. No password is required for writing of those
registers (if there is no general password for Modbus writing). There are two Values “ModbusSw1” and
“ModbusSw2” in group “Log Bout” available for back-reading.

Register for writing Modbus register number Value for back-reading Modbus register number
ModbusSw1 46337 ModbusSw1 40547
ModbusSw2 46338 ModbusSw2 40548

Note: The LSB of ModbusSw1 (46337) corresponds with LBO “ModbusSw1”

Note: The LSB of ModbusSw2 (46338) corresponds with LBO “ModbusSw17

Register port for writing Input value LBO ModbusSw16....ModbusSw1

ModbusSw1 (46337) 000F HEX 0000 0000 0000 1111

Register port for writing Input value LBO ModbusSw32....ModbusSw17

ModbusSw1 (46338) F000 HEX 1111 0000 0000 0000

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 525

 Modbus Sw 13
Related FW 1.0.0 Related applications all
Description
The “Modbus Switches” are two Modbus registers dedicated for continuous writing of binary information
via Modbus. Both registers are available on Modbus for simple writing (using command 6 or 16). The
particular bits of these registers are available as binary status for universal use in logical binary outputs of
the controller as “MODBUSSW1..MODBUSSW32”. No password is required for writing of those
registers (if there is no general password for Modbus writing). There are two Values “ModbusSw1” and
“ModbusSw2” in group “Log Bout” available for back-reading.

Register for writing Modbus register number Value for back-reading Modbus register number
ModbusSw1 46337 ModbusSw1 40547
ModbusSw2 46338 ModbusSw2 40548

Note: The LSB of ModbusSw1 (46337) corresponds with LBO “ModbusSw1”

Note: The LSB of ModbusSw2 (46338) corresponds with LBO “ModbusSw17

Register port for writing Input value LBO ModbusSw16....ModbusSw1

ModbusSw1 (46337) 000F HEX 0000 0000 0000 1111

Register port for writing Input value LBO ModbusSw32....ModbusSw17

ModbusSw1 (46338) F000 HEX 1111 0000 0000 0000

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 526

 Modbus Sw 14
Related FW 1.0.0 Related applications all
Description
The “Modbus Switches” are two Modbus registers dedicated for continuous writing of binary information
via Modbus. Both registers are available on Modbus for simple writing (using command 6 or 16). The
particular bits of these registers are available as binary status for universal use in logical binary outputs of
the controller as “MODBUSSW1..MODBUSSW32”. No password is required for writing of those
registers (if there is no general password for Modbus writing). There are two Values “ModbusSw1” and
“ModbusSw2” in group “Log Bout” available for back-reading.

Register for writing Modbus register number Value for back-reading Modbus register number
ModbusSw1 46337 ModbusSw1 40547
ModbusSw2 46338 ModbusSw2 40548

Note: The LSB of ModbusSw1 (46337) corresponds with LBO “ModbusSw1”

Note: The LSB of ModbusSw2 (46338) corresponds with LBO “ModbusSw17

Register port for writing Input value LBO ModbusSw16....ModbusSw1

ModbusSw1 (46337) 000F HEX 0000 0000 0000 1111

Register port for writing Input value LBO ModbusSw32....ModbusSw17

ModbusSw1 (46338) F000 HEX 1111 0000 0000 0000

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 527

 Modbus Sw 15
Related FW 1.0.0 Related applications all
Description
The “Modbus Switches” are two Modbus registers dedicated for continuous writing of binary information
via Modbus. Both registers are available on Modbus for simple writing (using command 6 or 16). The
particular bits of these registers are available as binary status for universal use in logical binary outputs of
the controller as “MODBUSSW1..MODBUSSW32”. No password is required for writing of those
registers (if there is no general password for Modbus writing). There are two Values “ModbusSw1” and
“ModbusSw2” in group “Log Bout” available for back-reading.

Register for writing Modbus register number Value for back-reading Modbus register number
ModbusSw1 46337 ModbusSw1 40547
ModbusSw2 46338 ModbusSw2 40548

Note: The LSB of ModbusSw1 (46337) corresponds with LBO “ModbusSw1”

Note: The LSB of ModbusSw2 (46338) corresponds with LBO “ModbusSw17

Register port for writing Input value LBO ModbusSw16....ModbusSw1

ModbusSw1 (46337) 000F HEX 0000 0000 0000 1111

Register port for writing Input value LBO ModbusSw32....ModbusSw17

ModbusSw1 (46338) F000 HEX 1111 0000 0000 0000

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 528

 Modbus Sw 16
Related FW 1.0.0 Related applications all
Description
The “Modbus Switches” are two Modbus registers dedicated for continuous writing of binary information
via Modbus. Both registers are available on Modbus for simple writing (using command 6 or 16). The
particular bits of these registers are available as binary status for universal use in logical binary outputs of
the controller as “MODBUSSW1..MODBUSSW32”. No password is required for writing of those
registers (if there is no general password for Modbus writing). There are two Values “ModbusSw1” and
“ModbusSw2” in group “Log Bout” available for back-reading.

Register for writing Modbus register number Value for back-reading Modbus register number
ModbusSw1 46337 ModbusSw1 40547
ModbusSw2 46338 ModbusSw2 40548

Note: The LSB of ModbusSw1 (46337) corresponds with LBO “ModbusSw1”

Note: The LSB of ModbusSw2 (46338) corresponds with LBO “ModbusSw17

Register port for writing Input value LBO ModbusSw16....ModbusSw1

ModbusSw1 (46337) 000F HEX 0000 0000 0000 1111

Register port for writing Input value LBO ModbusSw32....ModbusSw17

ModbusSw1 (46338) F000 HEX 1111 0000 0000 0000

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 529

 Modbus Sw 17
Related FW 1.0.0 Related applications all
Description
The “Modbus Switches” are two Modbus registers dedicated for continuous writing of binary information
via Modbus. Both registers are available on Modbus for simple writing (using command 6 or 16). The
particular bits of these registers are available as binary status for universal use in logical binary outputs of
the controller as “MODBUSSW1..MODBUSSW32”. No password is required for writing of those
registers (if there is no general password for Modbus writing). There are two Values “ModbusSw1” and
“ModbusSw2” in group “Log Bout” available for back-reading.

Register for writing Modbus register number Value for back-reading Modbus register number
ModbusSw1 46337 ModbusSw1 40547
ModbusSw2 46338 ModbusSw2 40548

Note: The LSB of ModbusSw1 (46337) corresponds with LBO “ModbusSw1”

Note: The LSB of ModbusSw2 (46338) corresponds with LBO “ModbusSw17

Register port for writing Input value LBO ModbusSw16....ModbusSw1

ModbusSw1 (46337) 000F HEX 0000 0000 0000 1111

Register port for writing Input value LBO ModbusSw32....ModbusSw17

ModbusSw1 (46338) F000 HEX 1111 0000 0000 0000

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 530

 Modbus Sw 18
Related FW 1.0.0 Related applications all
Description
The “Modbus Switches” are two Modbus registers dedicated for continuous writing of binary information
via Modbus. Both registers are available on Modbus for simple writing (using command 6 or 16). The
particular bits of these registers are available as binary status for universal use in logical binary outputs of
the controller as “MODBUSSW1..MODBUSSW32”. No password is required for writing of those
registers (if there is no general password for Modbus writing). There are two Values “ModbusSw1” and
“ModbusSw2” in group “Log Bout” available for back-reading.

Register for writing Modbus register number Value for back-reading Modbus register number
ModbusSw1 46337 ModbusSw1 40547
ModbusSw2 46338 ModbusSw2 40548

Note: The LSB of ModbusSw1 (46337) corresponds with LBO “ModbusSw1”

Note: The LSB of ModbusSw2 (46338) corresponds with LBO “ModbusSw17

Register port for writing Input value LBO ModbusSw16....ModbusSw1

ModbusSw1 (46337) 000F HEX 0000 0000 0000 1111

Register port for writing Input value LBO ModbusSw32....ModbusSw17

ModbusSw1 (46338) F000 HEX 1111 0000 0000 0000

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 531

 Modbus Sw 19
Related FW 1.0.0 Related applications all
Description
The “Modbus Switches” are two Modbus registers dedicated for continuous writing of binary information
via Modbus. Both registers are available on Modbus for simple writing (using command 6 or 16). The
particular bits of these registers are available as binary status for universal use in logical binary outputs of
the controller as “MODBUSSW1..MODBUSSW32”. No password is required for writing of those
registers (if there is no general password for Modbus writing). There are two Values “ModbusSw1” and
“ModbusSw2” in group “Log Bout” available for back-reading.

Register for writing Modbus register number Value for back-reading Modbus register number
ModbusSw1 46337 ModbusSw1 40547
ModbusSw2 46338 ModbusSw2 40548

Note: The LSB of ModbusSw1 (46337) corresponds with LBO “ModbusSw1”

Note: The LSB of ModbusSw2 (46338) corresponds with LBO “ModbusSw17

Register port for writing Input value LBO ModbusSw16....ModbusSw1

ModbusSw1 (46337) 000F HEX 0000 0000 0000 1111

Register port for writing Input value LBO ModbusSw32....ModbusSw17

ModbusSw1 (46338) F000 HEX 1111 0000 0000 0000

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 532

 Modbus Sw 20
Related FW 1.0.0 Related applications all
Description
The “Modbus Switches” are two Modbus registers dedicated for continuous writing of binary information
via Modbus. Both registers are available on Modbus for simple writing (using command 6 or 16). The
particular bits of these registers are available as binary status for universal use in logical binary outputs of
the controller as “MODBUSSW1..MODBUSSW32”. No password is required for writing of those
registers (if there is no general password for Modbus writing). There are two Values “ModbusSw1” and
“ModbusSw2” in group “Log Bout” available for back-reading.

Register for writing Modbus register number Value for back-reading Modbus register number
ModbusSw1 46337 ModbusSw1 40547
ModbusSw2 46338 ModbusSw2 40548

Note: The LSB of ModbusSw1 (46337) corresponds with LBO “ModbusSw1”

Note: The LSB of ModbusSw2 (46338) corresponds with LBO “ModbusSw17

Register port for writing Input value LBO ModbusSw16....ModbusSw1

ModbusSw1 (46337) 000F HEX 0000 0000 0000 1111

Register port for writing Input value LBO ModbusSw32....ModbusSw17

ModbusSw1 (46338) F000 HEX 1111 0000 0000 0000

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 533

 Modbus Sw 21
Related FW 1.0.0 Related applications all
Description
The “Modbus Switches” are two Modbus registers dedicated for continuous writing of binary information
via Modbus. Both registers are available on Modbus for simple writing (using command 6 or 16). The
particular bits of these registers are available as binary status for universal use in logical binary outputs of
the controller as “MODBUSSW1..MODBUSSW32”. No password is required for writing of those
registers (if there is no general password for Modbus writing). There are two Values “ModbusSw1” and
“ModbusSw2” in group “Log Bout” available for back-reading.

Register for writing Modbus register number Value for back-reading Modbus register number
ModbusSw1 46337 ModbusSw1 40547
ModbusSw2 46338 ModbusSw2 40548

Note: The LSB of ModbusSw1 (46337) corresponds with LBO “ModbusSw1”

Note: The LSB of ModbusSw2 (46338) corresponds with LBO “ModbusSw17

Register port for writing Input value LBO ModbusSw16....ModbusSw1

ModbusSw1 (46337) 000F HEX 0000 0000 0000 1111

Register port for writing Input value LBO ModbusSw32....ModbusSw17

ModbusSw1 (46338) F000 HEX 1111 0000 0000 0000

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 534

 Modbus Sw 22
Related FW 1.0.0 Related applications all
Description
The “Modbus Switches” are two Modbus registers dedicated for continuous writing of binary information
via Modbus. Both registers are available on Modbus for simple writing (using command 6 or 16). The
particular bits of these registers are available as binary status for universal use in logical binary outputs of
the controller as “MODBUSSW1..MODBUSSW32”. No password is required for writing of those
registers (if there is no general password for Modbus writing). There are two Values “ModbusSw1” and
“ModbusSw2” in group “Log Bout” available for back-reading.

Register for writing Modbus register number Value for back-reading Modbus register number
ModbusSw1 46337 ModbusSw1 40547
ModbusSw2 46338 ModbusSw2 40548

Note: The LSB of ModbusSw1 (46337) corresponds with LBO “ModbusSw1”

Note: The LSB of ModbusSw2 (46338) corresponds with LBO “ModbusSw17

Register port for writing Input value LBO ModbusSw16....ModbusSw1

ModbusSw1 (46337) 000F HEX 0000 0000 0000 1111

Register port for writing Input value LBO ModbusSw32....ModbusSw17

ModbusSw1 (46338) F000 HEX 1111 0000 0000 0000

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 535

 Modbus Sw 23
Related FW 1.0.0 Related applications all
Description
The “Modbus Switches” are two Modbus registers dedicated for continuous writing of binary information
via Modbus. Both registers are available on Modbus for simple writing (using command 6 or 16). The
particular bits of these registers are available as binary status for universal use in logical binary outputs of
the controller as “MODBUSSW1..MODBUSSW32”. No password is required for writing of those
registers (if there is no general password for Modbus writing). There are two Values “ModbusSw1” and
“ModbusSw2” in group “Log Bout” available for back-reading.

Register for writing Modbus register number Value for back-reading Modbus register number
ModbusSw1 46337 ModbusSw1 40547
ModbusSw2 46338 ModbusSw2 40548

Note: The LSB of ModbusSw1 (46337) corresponds with LBO “ModbusSw1”

Note: The LSB of ModbusSw2 (46338) corresponds with LBO “ModbusSw17

Register port for writing Input value LBO ModbusSw16....ModbusSw1

ModbusSw1 (46337) 000F HEX 0000 0000 0000 1111

Register port for writing Input value LBO ModbusSw32....ModbusSw17

ModbusSw1 (46338) F000 HEX 1111 0000 0000 0000

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 536

 Modbus Sw 24
Related FW 1.0.0 Related applications all
Description
The “Modbus Switches” are two Modbus registers dedicated for continuous writing of binary information
via Modbus. Both registers are available on Modbus for simple writing (using command 6 or 16). The
particular bits of these registers are available as binary status for universal use in logical binary outputs of
the controller as “MODBUSSW1..MODBUSSW32”. No password is required for writing of those
registers (if there is no general password for Modbus writing). There are two Values “ModbusSw1” and
“ModbusSw2” in group “Log Bout” available for back-reading.

Register for writing Modbus register number Value for back-reading Modbus register number
ModbusSw1 46337 ModbusSw1 40547
ModbusSw2 46338 ModbusSw2 40548

Note: The LSB of ModbusSw1 (46337) corresponds with LBO “ModbusSw1”

Note: The LSB of ModbusSw2 (46338) corresponds with LBO “ModbusSw17

Register port for writing Input value LBO ModbusSw16....ModbusSw1

ModbusSw1 (46337) 000F HEX 0000 0000 0000 1111

Register port for writing Input value LBO ModbusSw32....ModbusSw17

ModbusSw1 (46338) F000 HEX 1111 0000 0000 0000

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 537

 Modbus Sw 25
Related FW 1.0.0 Related applications all
Description
The “Modbus Switches” are two Modbus registers dedicated for continuous writing of binary information
via Modbus. Both registers are available on Modbus for simple writing (using command 6 or 16). The
particular bits of these registers are available as binary status for universal use in logical binary outputs of
the controller as “MODBUSSW1..MODBUSSW32”. No password is required for writing of those
registers (if there is no general password for Modbus writing). There are two Values “ModbusSw1” and
“ModbusSw2” in group “Log Bout” available for back-reading.

Register for writing Modbus register number Value for back-reading Modbus register number
ModbusSw1 46337 ModbusSw1 40547
ModbusSw2 46338 ModbusSw2 40548

Note: The LSB of ModbusSw1 (46337) corresponds with LBO “ModbusSw1”

Note: The LSB of ModbusSw2 (46338) corresponds with LBO “ModbusSw17

Register port for writing Input value LBO ModbusSw16....ModbusSw1

ModbusSw1 (46337) 000F HEX 0000 0000 0000 1111

Register port for writing Input value LBO ModbusSw32....ModbusSw17

ModbusSw1 (46338) F000 HEX 1111 0000 0000 0000

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 538

 Modbus Sw 26
Related FW 1.0.0 Related applications all
Description
The “Modbus Switches” are two Modbus registers dedicated for continuous writing of binary information
via Modbus. Both registers are available on Modbus for simple writing (using command 6 or 16). The
particular bits of these registers are available as binary status for universal use in logical binary outputs of
the controller as “MODBUSSW1..MODBUSSW32”. No password is required for writing of those
registers (if there is no general password for Modbus writing). There are two Values “ModbusSw1” and
“ModbusSw2” in group “Log Bout” available for back-reading.

Register for writing Modbus register number Value for back-reading Modbus register number
ModbusSw1 46337 ModbusSw1 40547
ModbusSw2 46338 ModbusSw2 40548

Note: The LSB of ModbusSw1 (46337) corresponds with LBO “ModbusSw1”

Note: The LSB of ModbusSw2 (46338) corresponds with LBO “ModbusSw17

Register port for writing Input value LBO ModbusSw16....ModbusSw1

ModbusSw1 (46337) 000F HEX 0000 0000 0000 1111

Register port for writing Input value LBO ModbusSw32....ModbusSw17

ModbusSw1 (46338) F000 HEX 1111 0000 0000 0000

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 539

 Modbus Sw 27
Related FW 1.0.0 Related applications all
Description
The “Modbus Switches” are two Modbus registers dedicated for continuous writing of binary information
via Modbus. Both registers are available on Modbus for simple writing (using command 6 or 16). The
particular bits of these registers are available as binary status for universal use in logical binary outputs of
the controller as “MODBUSSW1..MODBUSSW32”. No password is required for writing of those
registers (if there is no general password for Modbus writing). There are two Values “ModbusSw1” and
“ModbusSw2” in group “Log Bout” available for back-reading.

Register for writing Modbus register number Value for back-reading Modbus register number
ModbusSw1 46337 ModbusSw1 40547
ModbusSw2 46338 ModbusSw2 40548

Note: The LSB of ModbusSw1 (46337) corresponds with LBO “ModbusSw1”

Note: The LSB of ModbusSw2 (46338) corresponds with LBO “ModbusSw17

Register port for writing Input value LBO ModbusSw16....ModbusSw1

ModbusSw1 (46337) 000F HEX 0000 0000 0000 1111

Register port for writing Input value LBO ModbusSw32....ModbusSw17

ModbusSw1 (46338) F000 HEX 1111 0000 0000 0000

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 540

 Modbus Sw 28
Related FW 1.0.0 Related applications all
Description
The “Modbus Switches” are two Modbus registers dedicated for continuous writing of binary information
via Modbus. Both registers are available on Modbus for simple writing (using command 6 or 16). The
particular bits of these registers are available as binary status for universal use in logical binary outputs of
the controller as “MODBUSSW1..MODBUSSW32”. No password is required for writing of those
registers (if there is no general password for Modbus writing). There are two Values “ModbusSw1” and
“ModbusSw2” in group “Log Bout” available for back-reading.

Register for writing Modbus register number Value for back-reading Modbus register number
ModbusSw1 46337 ModbusSw1 40547
ModbusSw2 46338 ModbusSw2 40548

Note: The LSB of ModbusSw1 (46337) corresponds with LBO “ModbusSw1”

Note: The LSB of ModbusSw2 (46338) corresponds with LBO “ModbusSw17

Register port for writing Input value LBO ModbusSw16....ModbusSw1

ModbusSw1 (46337) 000F HEX 0000 0000 0000 1111

Register port for writing Input value LBO ModbusSw32....ModbusSw17

ModbusSw1 (46338) F000 HEX 1111 0000 0000 0000

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 541

 Modbus Sw 29
Related FW 1.0.0 Related applications all
Description
The “Modbus Switches” are two Modbus registers dedicated for continuous writing of binary information
via Modbus. Both registers are available on Modbus for simple writing (using command 6 or 16). The
particular bits of these registers are available as binary status for universal use in logical binary outputs of
the controller as “MODBUSSW1..MODBUSSW32”. No password is required for writing of those
registers (if there is no general password for Modbus writing). There are two Values “ModbusSw1” and
“ModbusSw2” in group “Log Bout” available for back-reading.

Register for writing Modbus register number Value for back-reading Modbus register number
ModbusSw1 46337 ModbusSw1 40547
ModbusSw2 46338 ModbusSw2 40548

Note: The LSB of ModbusSw1 (46337) corresponds with LBO “ModbusSw1”

Note: The LSB of ModbusSw2 (46338) corresponds with LBO “ModbusSw17

Register port for writing Input value LBO ModbusSw16....ModbusSw1

ModbusSw1 (46337) 000F HEX 0000 0000 0000 1111

Register port for writing Input value LBO ModbusSw32....ModbusSw17

ModbusSw1 (46338) F000 HEX 1111 0000 0000 0000

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 542

 Modbus Sw 30
Related FW 1.0.0 Related applications all
Description
The “Modbus Switches” are two Modbus registers dedicated for continuous writing of binary information
via Modbus. Both registers are available on Modbus for simple writing (using command 6 or 16). The
particular bits of these registers are available as binary status for universal use in logical binary outputs of
the controller as “MODBUSSW1..MODBUSSW32”. No password is required for writing of those
registers (if there is no general password for Modbus writing). There are two Values “ModbusSw1” and
“ModbusSw2” in group “Log Bout” available for back-reading.

Register for writing Modbus register number Value for back-reading Modbus register number
ModbusSw1 46337 ModbusSw1 40547
ModbusSw2 46338 ModbusSw2 40548

Note: The LSB of ModbusSw1 (46337) corresponds with LBO “ModbusSw1”

Note: The LSB of ModbusSw2 (46338) corresponds with LBO “ModbusSw17

Register port for writing Input value LBO ModbusSw16....ModbusSw1

ModbusSw1 (46337) 000F HEX 0000 0000 0000 1111

Register port for writing Input value LBO ModbusSw32....ModbusSw17

ModbusSw1 (46338) F000 HEX 1111 0000 0000 0000

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 543

 Modbus Sw 31
Related FW 1.0.0 Related applications all
Description
The “Modbus Switches” are two Modbus registers dedicated for continuous writing of binary information
via Modbus. Both registers are available on Modbus for simple writing (using command 6 or 16). The
particular bits of these registers are available as binary status for universal use in logical binary outputs of
the controller as “MODBUSSW1..MODBUSSW32”. No password is required for writing of those
registers (if there is no general password for Modbus writing). There are two Values “ModbusSw1” and
“ModbusSw2” in group “Log Bout” available for back-reading.

Register for writing Modbus register number Value for back-reading Modbus register number
ModbusSw1 46337 ModbusSw1 40547
ModbusSw2 46338 ModbusSw2 40548

Note: The LSB of ModbusSw1 (46337) corresponds with LBO “ModbusSw1”

Note: The LSB of ModbusSw2 (46338) corresponds with LBO “ModbusSw17

Register port for writing Input value LBO ModbusSw16....ModbusSw1

ModbusSw1 (46337) 000F HEX 0000 0000 0000 1111

Register port for writing Input value LBO ModbusSw32....ModbusSw17

ModbusSw1 (46338) F000 HEX 1111 0000 0000 0000

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 544

 Modbus Sw 32
Related FW 1.0.0 Related applications all
Description
The “Modbus Switches” are two Modbus registers dedicated for continuous writing of binary information
via Modbus. Both registers are available on Modbus for simple writing (using command 6 or 16). The
particular bits of these registers are available as binary status for universal use in logical binary outputs of
the controller as “MODBUSSW1..MODBUSSW32”. No password is required for writing of those
registers (if there is no general password for Modbus writing). There are two Values “ModbusSw1” and
“ModbusSw2” in group “Log Bout” available for back-reading.

Register for writing Modbus register number Value for back-reading Modbus register number
ModbusSw1 46337 ModbusSw1 40547
ModbusSw2 46338 ModbusSw2 40548

Note: The LSB of ModbusSw1 (46337) corresponds with LBO “ModbusSw1”

Note: The LSB of ModbusSw2 (46338) corresponds with LBO “ModbusSw17

Register port for writing Input value LBO ModbusSw16....ModbusSw1

ModbusSw1 (46337) 000F HEX 0000 0000 0000 1111

Register port for writing Input value LBO ModbusSw32....ModbusSw17

ModbusSw1 (46338) F000 HEX 1111 0000 0000 0000

6 back to List of LBO

MixUpA
Related FW 1.0.0 Related applications all
Description
Binary output for Up Mixer control.
This output is result of PID control, so it's pulse length is not fixed.

Image 9.37 Mixer Up and Down control

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 545

 MixDnA
Related FW 1.0.0 Related applications all
Description
Binary output for Down Mixer control.
This output is result of PID control, so it's pulse length is not fixed.

Image 9.38 Mixer Up and Down control

6 back to List of LBO

MixUpB
Related FW 1.0.0 Related applications all
Description
Binary output for Up Mixer control.
This output is result of PID control, so it's pulse length is not fixed.

Image 9.39 Mixer Up and Down control

6 back to List of LBO

MixDnB
Related FW 1.0.0 Related applications all
Description
Binary output for Down Mixer control.

InteliDrive-BB-1.0.0 Global Guide 546

 This output is result of PID control, so it's pulse length is not fixed.

Image 9.40 Mixer Up and Down control

6 back to List of LBO

LBO: N
Not ready
Related FW 1.0.0 Related applications all
Description
The output is closed while the Controller is not in operation, however it is not ready to be put into
operation. The output is closed while:
the Controller is not running and
the controller is in OFF mode or
there is an alarm blocking start of the Controller.

6 back to List of LBO

LBO: O
Operational
Related FW 1.0.0 Related applications all
Description
The output is closed when the Controller is ready for operation or is currently in operation.

6 back to List of LBO

LBO: P
PeriphCommErr
Related FW 1.0.0 Related applications all
Description
The output is closed while there is an error in the communication with any peripheral unit (e.g. IS-AIN8,
IGS-PTM, ...).

InteliDrive-BB-1.0.0 Global Guide 547

 6 back to List of LBO

Power1A
Related FW 1.0.0 Related applications all
Description
Binary output which serves as indication which part of characteristic of AFR regulation is active.

Power1A Power2A Power3A Power4A Power5A

Power2A
(page
LoPwrPositionA Power1A (page Power3A (page Power4A (page
343) -
(page 341) - Power1A 341) - Power2A 344) - Power4A 346) - Power5A
Power3A
(page 341) (page 343) (page 346) (page 347)
(page
344)

6 back to List of LBO

Power2A
Related FW 1.0.0 Related applications all
Description
Binary output which serves as indication which part of characteristic of AFR regulation is active.

Power1A Power2A Power3A Power4A Power5A

Power2A
(page
LoPwrPositionA Power1A (page Power3A (page Power4A (page
343) -
(page 341) - Power1A 341) - Power2A 344) - Power4A 346) - Power5A
Power3A
(page 341) (page 343) (page 346) (page 347)
(page
344)

6 back to List of LBO

Power3A
Related
Related FW 1.0.0 all
applications
Description
Binary output which serves as indication which part of characteristic of AFR regulation is active.

Power1A Power2A Power3A Power4A Power5A

Power2A
(page
LoPwrPositionA Power1A (page Power3A (page Power4A (page
343) -
(page 341) - Power1A 341) - Power2A 344) - Power4A 346) - Power5A
Power3A
(page 341) (page 343) (page 346) (page 347)
(page
344)

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 548

 Power4A
Related
Related FW 1.0.0 all
applications
Description
Binary output which serves as indication which part of characteristic of AFR regulation is active.

Power1A Power2A Power3A Power4A Power5A

Power2A
(page
LoPwrPositionA Power1A (page Power3A (page Power4A (page
343) -
(page 341) - Power1A 341) - Power2A 344) - Power4A 346) - Power5A
Power3A
(page 341) (page 343) (page 346) (page 347)
(page
344)

6 back to List of LBO

Power5A
Related FW 1.0.0 Related applications all
Description
Binary output which serves as indication which part of characteristic of AFR regulation is active.

Power1A Power2A Power3A Power4A Power5A

Power2A
(page
LoPwrPositionA Power1A (page Power3A (page Power4A (page
343) -
(page 341) - Power1A 341) - Power2A 344) - Power4A 346) - Power5A
Power3A
(page 341) (page 343) (page 346) (page 347)
(page
344)

6 back to List of LBO

Power1B
Related
Related FW 1.0.0 all
applications
Description
Binary output which serves as indication which part of characteristic of AFR regulation is active.

Power1B Power2B Power3B Power4B Power5B

Power2B
(page
LoPwrPositionB Power1B (page Power3B (page Power4B (page
359) -
(page 357) - Power1B 358) - Power2B 361) - Power4B 362) - Power5B
Power3B
(page 358) (page 359) (page 362) (page 364)
(page
361)

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 549

 Power2B
Related
Related FW 1.0.0 all
applications
Description
Binary output which serves as indication which part of characteristic of AFR regulation is active.

Power1B Power2B Power3B Power4B Power5B

Power2B
(page
LoPwrPositionB Power1B (page Power3B (page Power4B (page
359) -
(page 357) - Power1B 358) - Power2B 361) - Power4B 362) - Power5B
Power3B
(page 358) (page 359) (page 362) (page 364)
(page
361)

6 back to List of LBO

Power3B
Related
Related FW 1.0.0 all
applications
Description
Binary output which serves as indication which part of characteristic of AFR regulation is active.

Power1B Power2B Power3B Power4B Power5B

Power2B
(page
LoPwrPositionB Power1B (page Power3B (page Power4B (page
359) -
(page 357) - Power1B 358) - Power2B 361) - Power4B 362) - Power5B
Power3B
(page 358) (page 359) (page 362) (page 364)
(page
361)

6 back to List of LBO

Power4B
Related
Related FW 1.0.0 all
applications
Description
Binary output which serves as indication which part of characteristic of AFR regulation is active.

Power1B Power2B Power3B Power4B Power5B

Power2B
(page
LoPwrPositionB Power1B (page Power3B (page Power4B (page
359) -
(page 357) - Power1B 358) - Power2B 361) - Power4B 362) - Power5B
Power3B
(page 358) (page 359) (page 362) (page 364)
(page
361)

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 550

 Power5B
Related
Related FW 1.0.0 all
applications
Description
Binary output which serves as indication which part of characteristic of AFR regulation is active.

Power1B Power2B Power3B Power4B Power5B

Power2B
(page
LoPwrPositionB Power1B (page Power3B (page Power4B (page
359) -
(page 357) - Power1B 358) - Power2B 361) - Power4B 362) - Power5B
Power3B
(page 358) (page 359) (page 362) (page 364)
(page
361)

6 back to List of LBO

Prelubr pump
Related FW 1.0.0 Related applications all
Description
This output can be used for periodic lubrication of the engine while the engine is not running. The output is
periodically closed for Prelubr time (page 235) and then opened for Prelubr pause (page 236).
The output opens immediately when EMERGENCY STOP (PAGE 439) is activated or if the controller is
switched to OFF mode.
Note: The engine must be equipped with an external electric motor-driven oil pump to allow this function.

6 back to List of LBO

Prestart
Related FW 1.0.0 Related applications all
Description
This output can be used for control of any device, which has to be activated just before start, i.e. glow
plugs. The output is closed for time period of Prestart time (page 235) prior to activating of the starter
motor and remains closed during cranking and also during pause between cranking attempts.
Note: Learn more in the separate chapter Start sequence (page 137).

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 551

 LBO: R
Ready
Related FW 1.0.0 Related applications all
Description
The output is closed while the Controller is not in operation at the moment, however it is ready to be put
into operation. The output is closed while:
the Controller is not running and
the controller is not in OFF mode and
there isn't any alarm blocking start of the Controller

6 back to List of LBO

Ready for Load

Related FW 1.0.0 Related applications all
Description
This output is closed while the engine is running, RPM is inside limits of Clutch Minspeed and Clutch
Max speed.

6 back to List of LBO

RemoteControl1
Related FW 1.0.0 Related applications all
Description
This is a general purpose output, which can be closed and opened remotely, e.g. from InteliMonitor using
the "Remote switches" tool or via MODBUS using the register #46361 and command #26.
Note: See the Remote switches chapter in the InteliMonitor help for details about how to control the
output from InteliMonitor and the Modbus chapter in the latest communication guide for information about
control the output using Modbus.

6 back to List of LBO

RemoteControl2
Related FW 1.0.0 Related applications all
Description
This is a general purpose output, which can be closed and opened remotely, e.g. from InteliMonitor using
the "Remote switches" tool or via MODBUS using the register #46361 and command #26.
Note: See the Remote switches chapter in the InteliMonitor help for details about how to control the
output from InteliMonitor and the Modbus chapter in the latest communication guide for information about
control the output using Modbus.

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 552

 RemoteControl3
Related FW 1.0.0 Related applications all
Description
This is a general purpose output, which can be closed and opened remotely, e.g. from InteliMonitor using
the "Remote switches" tool or via MODBUS using the register #46361 and command #26.
Note: See the Remote switches chapter in the InteliMonitor help for details about how to control the
output from InteliMonitor and the Modbus chapter in the latest communication guide for information about
control the output using Modbus.

6 back to List of LBO

RemoteControl4
Related FW 1.0.0 Related applications all
Description
This is a general purpose output, which can be closed and opened remotely, e.g. from InteliMonitor using
the "Remote switches" tool or via MODBUS using the register #46361 and command #26.
Note: See the Remote switches chapter in the InteliMonitor help for details about how to control the
output from InteliMonitor and the Modbus chapter in the latest communication guide for information about
control the output using Modbus.

6 back to List of LBO

RemoteControl5
Related FW 1.0.0 Related applications all
Description
This is a general purpose output, which can be closed and opened remotely, e.g. from InteliMonitor using
the "Remote switches" tool or via MODBUS using the register #46361 and command #26.
Note: See the Remote switches chapter in the InteliMonitor help for details about how to control the
output from InteliMonitor and the Modbus chapter in the latest communication guide for information about
control the output using Modbus.

6 back to List of LBO

RemoteControl6
Related FW 1.0.0 Related applications all
Description
This is a general purpose output, which can be closed and opened remotely, e.g. from InteliMonitor using
the "Remote switches" tool or via MODBUS using the register #46361 and command #26.
Note: See the Remote switches chapter in the InteliMonitor help for details about how to control the
output from InteliMonitor and the Modbus chapter in the latest communication guide for information about
control the output using Modbus.

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 553

 RemoteControl7
Related FW 1.0.0 Related applications all
Description
This is a general purpose output, which can be closed and opened remotely, e.g. from InteliMonitor using
the "Remote switches" tool or via MODBUS using the register #46361 and command #26.
Note: See the Remote switches chapter in the InteliMonitor help for details about how to control the
output from InteliMonitor and the Modbus chapter in the latest communication guide for information about
control the output using Modbus.

6 back to List of LBO

RemoteControl8
Related FW 1.0.0 Related applications all
Description
This is a general purpose output, which can be closed and opened remotely, e.g. from InteliMonitor using
the "Remote switches" tool or via MODBUS using the register #46361 and command #26.
Note: See the Remote switches chapter in the InteliMonitor help for details about how to control the
output from InteliMonitor and the Modbus chapter in the latest communication guide for information about
control the output using Modbus.

6 back to List of LBO

Running
Related FW 1.0.0 Related applications all
Description
This output is closed at the end of the IDLE RUN (PAGE 511) phase when the output IDLE/NOMINAL (PAGE
511) is closed to switch the Controller to nominal speed. The output is opened when the Controller goes
to cooling phase or performs a shutdown.

6 back to List of LBO

LBO: S
Speed dn
Related FW 1.0.0 Related applications all
Description
This output together with the complementary output SPEED UP (PAGE 555) are designed for speed and
power control at Controllers where the speed governor does not support analogue control.
Note: The governor is recommended to be configured for droop function when these outputs are used for
power control.

Note: The alarm Wrn SpdRegLim is disabled when this output is used (configured onto any controller
terminal or virtual output).

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 554

 Speed up
Related FW 1.0.0 Related applications all
Description
This output together with the complementary output SPEED DN (PAGE 554) are designed for speed and
power control at Controllers where the speed governor does not support analogue control.
Note: The governor is recommended to be configured for droop function when these outputs are used for
power control.

Note: The alarm Wrn SpdRegLim is disabled when this output is used (configured onto any controller
terminal or virtual output).

6 back to List of LBO

Starter
Related FW 1.0.0 Related applications all
Description
The output is used to energize the starter motor. The output closes at the begining of start sequence after
prestart has been completed and opens when the engine is started.
Note: Learn more in the separate chapter Start sequence (page 137).

6 back to List of LBO

Starting
Related FW 1.0.0 Related applications all
Description
The output is closed at the beginning of the prestart phase and remains closed during prestart, cranking
and starting phases. The output is opened either when the Controller goes to running phase or when it
failed to start. See the diagram in the descrition of the output CRANKING (PAGE 507) for details.

6 back to List of LBO

Start Blocked
Related FW 1.0.0 Related applications all
Description
In some conditions given by non-sense setings of setpoints is this LBO closed and start of engine is
blocked. The start is blocked and LBO START BLOCKED (PAGE 555) is closed when LBI
STARTBLOCKING (PAGE 484)STARTBLOCKING (PAGE 484) is active as well.

6 back to List of LBO

Stop Pulse
Related FW 1.0.0 Related applications all
Description
One second pulse is issued at this output when the engine is required to stop (i.e. this pulse does not
commence stopping sequence but it is rather an actual command to engine physical stopping). The
output is especially intended to be used as stop command for ECU-controlled engines, which support
stop command via the communication bus (e.g. J1939).

InteliDrive-BB-1.0.0 Global Guide 555

 6 back to List of LBO

Stop Solenoid
Related FW 1.0.0 Related applications all
Description
This output is used at diesel engines equipped with fuel valve, which must be energized to stop the
engine.
The output is closed when the engine has to stop, remains closed while the engine is stopping and is
opened back if the engine has successfully stopped and Stop time (page 240) elapsed. For other
stopping sequences please refer to Stop sequence (page 140) chapter.
The total time this output is continuously active is never shorter than Stop time (page 240), i.e. if the
Controller stops quickly, the output may remain closed even though all symptoms indicate the engine is
stopped.
This output is also closed if the engine begins to rotate unexpectedly, i.e. if it is started manually directly
on the engine. To allow the engine to be operated manually without intervention from the controller,
switch the controller to the emergency manual mode using the input EMERG. MANUAL (PAGE 438).
Note: Learn more about this topic in the separate chapter Stop sequence (page 140).

6 back to List of LBO

StartButnEcho
Related FW 1.0.0 Related applications all
Description
This output provides 1s pulse when:
Start button is pressed on the controller front panel or
Start button is pressed on any of external local/remote terminals or
start command is received via communication line or
the input START BUTTON (PAGE 484) is activated.

6 back to List of LBO

Stopping
Related FW 1.0.0 Related applications all
Description
The output closes when the command to stop the engine has been issued, i.e. the output FUEL
SOLENOID (PAGE 510) has been deactivated. It opens when the engine is fully stopped. The output also
closes if the engine begins to rotate spontaneously.
This output is closed for the whole time of the stopping sequence (regardless of the repeated opening of
the STOP SOLENOID (PAGE 556)). It is deactivated immediately when the engine is considered stopped.

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 556

 StopButnEcho
Related FW 1.0.0 Related applications all
Description
This output provides 1s pulse when:
Stop button is pressed on the controller front panel or
Stop button is pressed on any of external local/remote terminals or
stop command is received via communication line or
the input STOPBUTTON (PAGE 485) is activated.

6 back to List of LBO

LBO: T
T cyl differ
Related FW 1.0.0 Related applications all
Description
The output is closed while the alarm cylinder temperature difference alarm is active.

6 back to List of LBO

TimerAct 1-4
Related FW 1.0.0 Related applications all
Description
This is combined output from timer channels 1-4. The output is closed if at least one of the channels is
active.
Note: See the chapter General purpose timers (page 148) for more details about timers.

6 back to List of LBO

TimerAct 5-8
Related FW 1.0.0 Related applications all
Description
This is combined output from timer channels 5-8. The output is closed if at least one of the channels is
active.
Note: See the chapter General purpose timers (page 148) for more details about timers.

6 back to List of LBO

TimerAct 9-12
Related FW 1.0.0 Related applications all
Description
This is combined output from timer channels 9-12. The output is closed if at least one of the channels is
active.
Note: See the chapter General purpose timers (page 148) for more details about timers.

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 557

 TimerAct 13-16
Related FW 1.0.0 Related applications all
Description
This is combined output from timer channels 13-16. The output is closed if at least one of the channels is
active.
Note: See the chapter General purpose timers (page 148) for more details about timers.

6 back to List of LBO

TimerActiveCom
Related FW 1.0.0 Related applications all
Description
This is combined output from all timer channels. The output is active if at least one timer channel is
active.
Note: See the chapter General purpose timers (page 148) for more details about timers.

6 back to List of LBO

LBO: U
User Button 1
Related FW 1.0.0 Related applications all
Description
This output can be specified for example on buttons on IV-5/8 or in SCADA diagram in InteliMonitor. Its
state depends on function assigned to the related button.
It is possible to lock UserButton commands in configuration to specific user level. Buttons 1-8 and 9-16
are locked separately.

Pressing the button changes the state of log. binary output User Button X to closed. When the output is closed and
ON
the button is pressed state is not changed.
Pressing the button changes the state of log. binary output User Button X to opened. When the output is opened
OFF
and the button is pressed state is not changed.
Pressing the button changes the state of log. binary output User Button X to opened or closed depending on
ON/OFF
previous state (it is changed to the opposite state).
Pressing the button issues log. binary output User Button X to close for time given by setpoint UserBtn pulse
Pulse (page 208) .
ON Note: Repeated pressing of button during the closed period causes issuing another puls to be generated from
the moment of button pushing.

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 558

 User Button 2
Related FW 1.0.0 Related applications
Description
This output can be specified for example on buttons on IV-5/8 or in SCADA diagram in InteliMonitor. Its
state depends on function assigned to the related button.
It is possible to lock UserButton commands in configuration to specific user level. Buttons 1-8 and 9-16
are locked separately.

Pressing the button changes the state of log. binary output User Button X to closed. When the output is closed and
ON
the button is pressed state is not changed.
Pressing the button changes the state of log. binary output User Button X to opened. When the output is opened
OFF
and the button is pressed state is not changed.
Pressing the button changes the state of log. binary output User Button X to opened or closed depending on
ON/OFF
previous state (it is changed to the opposite state).
Pressing the button issues log. binary output User Button X to close for time given by setpoint UserBtn pulse
Pulse (page 208) .
ON Note: Repeated pressing of button during the closed period causes issuing another puls to be generated from
the moment of button pushing.

6 back to List of LBO

User Button 3
Related FW 1.0.0 Related applications all
Description
This output can be specified for example on buttons on IV-5/8 or in SCADA diagram in InteliMonitor. Its
state depends on function assigned to the related button.
It is possible to lock UserButton commands in configuration to specific user level. Buttons 1-8 and 9-16
are locked separately.

Pressing the button changes the state of log. binary output User Button X to closed. When the output is closed and
ON
the button is pressed state is not changed.
Pressing the button changes the state of log. binary output User Button X to opened. When the output is opened
OFF
and the button is pressed state is not changed.
Pressing the button changes the state of log. binary output User Button X to opened or closed depending on
ON/OFF
previous state (it is changed to the opposite state).
Pressing the button issues log. binary output User Button X to close for time given by setpoint UserBtn pulse
Pulse (page 208) .
ON Note: Repeated pressing of button during the closed period causes issuing another puls to be generated from
the moment of button pushing.

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 559

 User Button 4
Related FW 1.0.0 Related applications all
Description
This output can be specified for example on buttons on IV-5/8 or in SCADA diagram in InteliMonitor. Its
state depends on function assigned to the related button.
It is possible to lock UserButton commands in configuration to specific user level. Buttons 1-8 and 9-16
are locked separately.

Pressing the button changes the state of log. binary output User Button X to closed. When the output is closed and
ON
the button is pressed state is not changed.
Pressing the button changes the state of log. binary output User Button X to opened. When the output is opened
OFF
and the button is pressed state is not changed.
Pressing the button changes the state of log. binary output User Button X to opened or closed depending on
ON/OFF
previous state (it is changed to the opposite state).
Pressing the button issues log. binary output User Button X to close for time given by setpoint UserBtn pulse
Pulse (page 208) .
ON Note: Repeated pressing of button during the closed period causes issuing another puls to be generated from
the moment of button pushing.

6 back to List of LBO

User Button 5
Related FW 1.0.0 Related applications all
Description
This output can be specified for example on buttons on IV-5/8 or in SCADA diagram in InteliMonitor. Its
state depends on function assigned to the related button.
It is possible to lock UserButton commands in configuration to specific user level. Buttons 1-8 and 9-16
are locked separately.

Pressing the button changes the state of log. binary output User Button X to closed. When the output is closed and
ON
the button is pressed state is not changed.
Pressing the button changes the state of log. binary output User Button X to opened. When the output is opened
OFF
and the button is pressed state is not changed.
Pressing the button changes the state of log. binary output User Button X to opened or closed depending on
ON/OFF
previous state (it is changed to the opposite state).
Pressing the button issues log. binary output User Button X to close for time given by setpoint UserBtn pulse
Pulse (page 208) .
ON Note: Repeated pressing of button during the closed period causes issuing another puls to be generated from
the moment of button pushing.

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 560

 User Button 6
Related FW 1.0.0 Related applications all
Description
This output can be specified for example on buttons on IV-5/8 or in SCADA diagram in InteliMonitor. Its
state depends on function assigned to the related button.
It is possible to lock UserButton commands in configuration to specific user level. Buttons 1-8 and 9-16
are locked separately.

Pressing the button changes the state of log. binary output User Button X to closed. When the output is closed and
ON
the button is pressed state is not changed.
Pressing the button changes the state of log. binary output User Button X to opened. When the output is opened
OFF
and the button is pressed state is not changed.
Pressing the button changes the state of log. binary output User Button X to opened or closed depending on
ON/OFF
previous state (it is changed to the opposite state).
Pressing the button issues log. binary output User Button X to close for time given by setpoint UserBtn pulse
Pulse (page 208) .
ON Note: Repeated pressing of button during the closed period causes issuing another puls to be generated from
the moment of button pushing.

6 back to List of LBO

User Button 7
Related FW 1.0.0 Related applications all
Description
This output can be specified for example on buttons on IV-5/8 or in SCADA diagram in InteliMonitor. Its
state depends on function assigned to the related button.
It is possible to lock UserButton commands in configuration to specific user level. Buttons 1-8 and 9-16
are locked separately.

Pressing the button changes the state of log. binary output User button X to closed. When the output is closed and
ON
the button is pressed state is not changed.
Pressing the button changes the state of log. binary output User button X to opened. When the output is opened
OFF
and the button is pressed state is not changed.
Pressing the button changes the state of log. binary output User button X to opened or closed depending on
ON/OFF
previous state (it is changed to the opposite state).
Pressing the button issues log. binary output User Button X to close for time given by setpoint UserBtn pulse
Pulse (page 208) .
ON Note: Repeated pressing of button during the closed period causes issuing another puls to be generated from
the moment of button pushing.

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 561

 User Button 8
Related FW 1.0.0 Related applications all
Description
This output can be specified for example on buttons on IV-5/8 or in SCADA diagram in InteliMonitor. Its
state depends on function assigned to the related button.
It is possible to lock UserButton commands in configuration to specific user level. Buttons 1-8 and 9-16
are locked separately.

Pressing the button changes the state of log. binary output User Button X to closed. When the output is closed and
ON
the button is pressed state is not changed.
Pressing the button changes the state of log. binary output User Button X to opened. When the output is opened
OFF
and the button is pressed state is not changed.
Pressing the button changes the state of log. binary output User Button X to opened or closed depending on
ON/OFF
previous state (it is changed to the opposite state).
Pressing the button issues log. binary output User Button X to close for time given by setpoint UserBtn pulse
Pulse (page 208) .
ON Note: Repeated pressing of button during the closed period causes issuing another puls to be generated from
the moment of button pushing.

6 back to List of LBO

User Button 9
Related FW 1.0.0 Related applications all
Description
This output can be specified for example on buttons on IV-5/8 or in SCADA diagram in InteliMonitor. Its
state depends on function assigned to the related button.
It is possible to lock UserButton commands in configuration to specific user level. Buttons 1-8 and 9-16
are locked separately.

Pressing the button changes the state of log. binary output User Button X to closed. When the output is closed and
ON
the button is pressed state is not changed.
Pressing the button changes the state of log. binary output User Button X to opened. When the output is opened
OFF
and the button is pressed state is not changed.
Pressing the button changes the state of log. binary output User Button X to opened or closed depending on
ON/OFF
previous state (it is changed to the opposite state).
Pressing the button issues log. binary output User Button X to close for time given by setpoint UserBtn pulse
Pulse (page 208) .
ON Note: Repeated pressing of button during the closed period causes issuing another puls to be generated from
the moment of button pushing.

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 562

 User Button 10
Related FW 1.0.0 Related applications all
Description
This output can be specified for example on buttons on IV-5/8 or in SCADA diagram in InteliMonitor. Its
state depends on function assigned to the related button.
It is possible to lock UserButton commands in configuration to specific user level. Buttons 1-8 and 9-16
are locked separately.

Pressing the button changes the state of log. binary output User Button X to closed. When the output is closed and
ON
the button is pressed state is not changed.
Pressing the button changes the state of log. binary output User Button X to opened. When the output is opened
OFF
and the button is pressed state is not changed.
Pressing the button changes the state of log. binary output User Button X to opened or closed depending on
ON/OFF
previous state (it is changed to the opposite state).
Pressing the button issues log. binary output User Button X to close for time given by setpoint UserBtn pulse
Pulse (page 208) .
ON Note: Repeated pressing of button during the closed period causes issuing another puls to be generated from
the moment of button pushing.

6 back to List of LBO

User Button 11
Related FW 1.0.0 Related applications all
Description
This output can be specified for example on buttons on IV-5/8 or in SCADA diagram in InteliMonitor. Its
state depends on function assigned to the related button.
It is possible to lock UserButton commands in configuration to specific user level. Buttons 1-8 and 9-16
are locked separately.

Pressing the button changes the state of log. binary output User Button X to closed. When the output is closed and
ON
the button is pressed state is not changed.
Pressing the button changes the state of log. binary output User Button X to opened. When the output is opened
OFF
and the button is pressed state is not changed.
Pressing the button changes the state of log. binary output User Button X to opened or closed depending on
ON/OFF
previous state (it is changed to the opposite state).
Pressing the button issues log. binary output User Button X to close for time given by setpoint UserBtn pulse
Pulse (page 208) .
ON Note: Repeated pressing of button during the closed period causes issuing another puls to be generated from
the moment of button pushing.

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 563

 User Button 12
Related FW 1.0.0 Related applications all
Description
This output can be specified for example on buttons on IV-5/8 or in SCADA diagram in InteliMonitor. Its
state depends on function assigned to the related button.
It is possible to lock UserButton commands in configuration to specific user level. Buttons 1-8 and 9-16
are locked separately.

Pressing the button changes the state of log. binary output User Button X to closed. When the output is closed and
ON
the button is pressed state is not changed.
Pressing the button changes the state of log. binary output User Button X to opened. When the output is opened
OFF
and the button is pressed state is not changed.
Pressing the button changes the state of log. binary output User Button X to opened or closed depending on
ON/OFF
previous state (it is changed to the opposite state).
Pressing the button issues log. binary output User Button X to close for time given by setpoint UserBtn pulse
Pulse (page 208) .
ON Note: Repeated pressing of button during the closed period causes issuing another puls to be generated from
the moment of button pushing.

6 back to List of LBO

User Button 13
Related FW 1.0.0 Related applications all
Description
This output can be specified for example on buttons on IV-5/8 or in SCADA diagram in InteliMonitor. Its
state depends on function assigned to the related button.
It is possible to lock UserButton commands in configuration to specific user level. Buttons 1-8 and 9-16
are locked separately.

Pressing the button changes the state of log. binary output User Button X to closed. When the output is closed and
ON
the button is pressed state is not changed.
Pressing the button changes the state of log. binary output User Button X to opened. When the output is opened
OFF
and the button is pressed state is not changed.
Pressing the button changes the state of log. binary output User Button X to opened or closed depending on
ON/OFF
previous state (it is changed to the opposite state).
Pressing the button issues log. binary output User Button X to close for time given by setpoint UserBtn pulse
Pulse (page 208) .
ON Note: Repeated pressing of button during the closed period causes issuing another puls to be generated from
the moment of button pushing.

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 564

 User Button 14
Related FW 1.0.0 Related applications all
Description
This output can be specified for example on buttons on IV-5/8 or in SCADA diagram in InteliMonitor. Its
state depends on function assigned to the related button.
It is possible to lock UserButton commands in configuration to specific user level. Buttons 1-8 and 9-16
are locked separately.

Pressing the button changes the state of log. binary output User Button X to closed. When the output is closed and
ON
the button is pressed state is not changed.
Pressing the button changes the state of log. binary output User Button X to opened. When the output is opened
OFF
and the button is pressed state is not changed.
Pressing the button changes the state of log. binary output User Button X to opened or closed depending on
ON/OFF
previous state (it is changed to the opposite state).
Pressing the button issues log. binary output User Button X to close for time given by setpoint UserBtn pulse
Pulse (page 208) .
ON Note: Repeated pressing of button during the closed period causes issuing another puls to be generated from
the moment of button pushing.

6 back to List of LBO

User Button 15
Related FW 1.0.0 Related applications all
Description
This output can be specified for example on buttons on IV-5/8 or in SCADA diagram in InteliMonitor. Its
state depends on function assigned to the related button.
It is possible to lock UserButton commands in configuration to specific user level. Buttons 1-8 and 9-16
are locked separately.

Pressing the button changes the state of log. binary output User Button X to closed. When the output is closed and
ON
the button is pressed state is not changed.
Pressing the button changes the state of log. binary output User Button X to opened. When the output is opened
OFF
and the button is pressed state is not changed.
Pressing the button changes the state of log. binary output User Button X to opened or closed depending on
ON/OFF
previous state (it is changed to the opposite state).
Pressing the button issues log. binary output User Button X to close for time given by setpoint UserBtn pulse
Pulse (page 208) .
ON Note: Repeated pressing of button during the closed period causes issuing another puls to be generated from
the moment of button pushing.

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 565

 User Button 16
Related FW 1.0.0 Related applications all
Description
This output can be specified for example on buttons on IV-5/8 or in SCADA diagram in InteliMonitor. Its
state depends on function assigned to the related button.
It is possible to lock UserButton commands in configuration to specific user level. Buttons 1-8 and 9-16
are locked separately.

Pressing the button changes the state of log. binary output User Button X to closed. When the output is closed and
ON
the button is pressed state is not changed.
Pressing the button changes the state of log. binary output User Button X to opened. When the output is opened
OFF
and the button is pressed state is not changed.
Pressing the button changes the state of log. binary output User Button X to opened or closed depending on
ON/OFF
previous state (it is changed to the opposite state).
Pressing the button issues log. binary output User Button X to close for time given by setpoint UserBtn pulse
Pulse (page 208) .
ON Note: Repeated pressing of button during the closed period causes issuing another puls to be generated from
the moment of button pushing.

6 back to List of LBO

LBO: V
Ventilation
Related FW 1.0.0 Related applications all
Description
The output is intended for control of an engine room ventilation fan or engine container ventilation fan.
Intended for the engine ventilator control. The output is closed at the beginning of the start procedure
together with PRESTART (PAGE 551) output and opens together with STOP SOLENOID (PAGE 556) after the
engine is fully stopped.
The output opens immediately when EMERGENCY STOP (PAGE 439) is activated or if the controller is
switched to OFF mode.

6 back to List of LBO

LBO: W
Wrn Stop fail
Related FW 1.0.0 Related applications all
Description
Output is activated when the alarm message Wrn stop fail occurs.
This output is activated when the Controller indicates that it is rotating although it has to be stopped.
In this case is the Gas Valves and Ignition outputs stays closed till the engine drops to 0 RPM.
During this situation is only alarm message and this Log Bout initiated.

6 back to List of LBO

InteliDrive-BB-1.0.0 Global Guide 566

9.2 Speed governors interfaces
It is possible to connect various Speed governors to the controller. To get more general information regarding
settings in the controller refer to the chapter Speed Governor and AVR general settings (page 1).

9.2.1 Speed governors interfaces alphabetically

Barber Colmar DYN1 10684

Sync/Load ctrl:
Speed gov bias = 6,00 V
SpeedRegChar = POSITIVE
SpeedGovLowLim = 4 V
SpeedGovHiLim = 8 V

Barber Colmar DYNA 8000

Sync/Load ctrl:
Speed gov bias = 6,00 V
SpeedRegChar = POSITIVE
SpeedGovLowLim = 4 V
SpeedGovHiLim = 8 V

Caterpillar ADEM + Signal convertor

Sync/Load ctrl:
Speed gov bias = 5,10 V
SpeedRegChar = POSITIVE
SpeedGovLowLim = 0 V
SpeedGovHiLim = 10 V

Caterpillar ADEM

Sync/Load ctrl:
Speed gov bias = 5,10 V
SpeedRegChar = POSITIVE
SpeedGovLowLim = 0 V
SpeedGovHiLim = 10 V

InteliDrive-BB-1.0.0 Global Guide 567

 Caterpillar PEEC + Signal convertor

Sync/Load ctrl:
Speed gov bias = 5,10 V
SpeedRegChar = POSITIVE
SpeedGovLowLim = 0 V
SpeedGovHiLim = 10 V

Caterpillar PEEC

Sync/Load ctrl:
SpeedGovPWM rate = 500 Hz

Caterpillar PEEC

Sync/Load ctrl:
SpeedGovPWM rate = 500 Hz

Caterpillar Signal Converter

It is not necessary to use Caterpillar Signal Converter with controller from NT family (InteliGenNT and InteliSysNT). Use direct PWM output
instead.

Sync/Load ctrl:
Speed gov bias = 5,10 V
SpeedRegChar = POSITIVE
SpeedGovLowLim = 0 V
SpeedGovHiLim = 10 V

Potentiometer turns cw (droop 0%)

Cummins ECPG

Sync/Load ctrl:
Speed gov bias = 2,50 V
SpeedRegChar = POSITIVE

InteliDrive-BB-1.0.0 Global Guide 568

 Cummins EFC

Sync/Load ctrl:
Speed gov bias = 6,40 V
SpeedRegChar = POSITIVE
SpeedGovLowLim = 5 V
SpeedGovHiLim = 7,8 V

Spurious operation of the controller push buttons is caused by excessive interference from the
speed controller when capacitor is not connected between power supply terminals 1 and 2.

Cummins GCS

Sync/Load ctrl:
Speed gov bias = 5,00 V
SpeedRegChar = POSITIVE
SpeedGovLowLim = 2,5 V
SpeedGovHiLim = 7,5 V

Cummins ONAN

Sync/Load ctrl:
Speed gov bias = 2,50 V
SpeedRegChar = POSITIVE
SpeedGovLowLim = 0V
SpeedGovHiLim = 5 V

Cummins QSL9

Sync/Load ctrl:
Speed gov bias = 3,50 V
SpeedRegChar = POSITIVE
SpeedGovLowLim = 2,5 V
SpeedGovHiLim = 5 V

Cummins QST30

Sync/Load ctrl:
Speed gov bias = 5,00 V
SpeedRegChar = POSITIVE

InteliDrive-BB-1.0.0 Global Guide 569

 DEUTZ BF6M

Sync/Load ctrl:
Speed gov bias = 2,50 V
SpeedRegChar = POSITIVE
SpeedGovLowLim = 2,5 V
SpeedGovHiLim = 7,5 V

ECON 4

Sync/Load ctrl:
Speed gov bias = 5,1 V
SpeedRegChar = POSITIVE
SpeedGovLowLim = 0,0 V
SpeedGovHiLim = 10 V

GAC EGS 104B

Sync/Load ctrl:
Speed gov bias = 5,00 V
SpeedRegChar = POSITIVE
SpeedGovLowLim = 4 V
SpeedGovHiLim = 6 V

GAC ESD 5330

Sync/Load ctrl:
Speed gov bias = 5,00 V
SpeedRegChar = POSITIVE

GAC ESD 5500

Sync/Load ctrl:
Speed gov bias = 5,00 V
SpeedRegChar = POSITIVE
SpeedGovLowLim = 4 V
SpeedGovHiLim = 6 V

InteliDrive-BB-1.0.0 Global Guide 570

 GAC SDG 735
Sync/Load ctrl:
Speed gov bias = 5,00 V
SpeedRegChar = POSITIVE
SpeedGovLowLim = 2,5 V
SpeedGovHiLim = 7,5 V
Tau act. = 1

Heinzmann E6

Sync/Load ctrl:
Speed gov bias = 5,00 V
SpeedRegChar = POSITIVE

Heinzmann E16

Sync/Load ctrl:
Speed gov bias = 0,00 V
SpeedRegChar = POSITIVE

Heinzmann KG-1-03F

Sync/Load ctrl:
Speed gov bias = 0,00 V
SpeedRegChar = POSITIVE

Heinzmann PANDAROS DC6

Sync/Load ctrl:
Speed gov bias = 5 V
SpeedRegChar = POSITIVE
SpeedGovLowLim = 0,8 V
For connection w/o resistor refer to the
next setting

Terminals A3 and B3 are on OEM 14-pin connector.

Mounted on Perkins 40xx engines.

InteliDrive-BB-1.0.0 Global Guide 571

 Heinzmann PANDAROS DC6

Sync/Load ctrl:
Speed gov bias = 2,7 V
SpeedRegChar = POSITIVE
SpeedGovLowLim = 0 V
SpeedGovHiLim = 6 V

MTU MDEC 2000, 4000

Sync/Load ctrl:
Speed gov bias = 4,90 V
SpeedRegChar = POSITIVE
SpeedGovLowLim = 0 V
SpeedGovHiLim = 10 V

PERKINS 1300 EDi

Sync/Load ctrl:
Speed gov bias = 2,50 V
SpeedRegChar = POSITIVE
SpeedGovLowLim = 0,8V
SpeedGovHiLim = 4,5 V

PERKINS 2300, 2800

Sync/Load ctrl:
Speed gov bias = 2,50 V
SpeedRegChar = POSITIVE
SpeedGovLowLim = 0,5 V
SpeedGovHiLim = 4,5 V

Above mentioned pin numbers refer to the Customer Interface Connector. The J1 connector
on ECM has the following numbering:
20 = J1/3; 24 = J1/17

PERKINS 4016 E61 TRS

Sync/Load ctrl:
Speed gov bias = 2,50 V
SpeedRegChar = POSITIVE
SpeedGovLowLim = 2,5 V
SpeedGovHiLim = 7,5 V

InteliDrive-BB-1.0.0 Global Guide 572

 TOHO

Sync/Load ctrl:
Speed gov bias = 4,00 V
SpeedRegChar = POSITIVE

WOODWARD 2301A LS and Speed

Sync/Load ctrl:
Speed gov bias = 5,00 V
SpeedRegChar = POSITIVE

WOODWARD 2301A Speed Control

Sync/Load ctrl:
Speed gov bias = 5,00 V
SpeedRegChar = POSITIVE

WOODWARD 2301D Speed Control

Sync/Load ctrl:
Speed gov bias = 5,00 V
SpeedRegChar = POSITIVE

Terminals 19 and 20 are marked as Analog inputs #1.

25,26 = Speed Signal Inputs

WOODWARD DPG 2201

Sync/Load ctrl:
Speed gov bias = 2,50 V
SpeedRegChar = POSITIVE
SpeedGovLowLim = 0 V
SpeedGovHiLim = 5 V

For Woodward DPG 2223 the ILS terminal is 10.

InteliDrive-BB-1.0.0 Global Guide 573

 WOODWARD EPG 1712/512 (1724/524)

Sync/Load ctrl:
Speed gov bias = 3,1 V
SpeedRegChar = POSITIVE
SpeedGovLowLim = 6,5V
SpeedGovHiLim = 0,0 V

WOODWARD EPG

Sync/Load ctrl:
Speed gov bias = 0,00 V
SpeedRegChar = POSITIVE
SpeedGovLowLim = - 3 V
SpeedGovHiLim = 3 V
For Woodward EPG speed governor (revision F) are limits:
SpeedGovLowLim = -3 V
SpeedGovHiLim = + 2 V
Speed gov bias = - 0,5 V

WOODWARD Flo - tech Speed Control

Sync/Load ctrl:
Speed gov bias = 0,00 V

WOODWARD L - series

Sync/Load ctrl:
Speed gov bias = 2,50 V
SpeedRegChar = POSITIVE
SpeedGovLowLim = 0 V
SpeedGovHiLim = 5 V

WOODWARD Proact II

Sync/Load ctrl:
Speed gov bias = 0,00 V
SpeedRegChar = POSITIVE
SpeedGovLowLim = - 2,5V
SpeedGovHiLim = 2,5 V

InteliDrive-BB-1.0.0 Global Guide 574

 6 back to Appendix

9.3 Extensional modules

More technical details, wiring and settings about extensional modules can be found in Accessory Modules for
IG-NT, IS-NT and ID-DCU for PDF click here.

9.3.1 Inteli AIN8 576

9.3.2 Inteli AIN8TC 577
9.3.3 Inteli IO8/8 (can be switched to IO16/0) 578
9.3.4 IS-BIN 16/8 579
9.3.5 IS-AIN8 580
9.3.6 IGL-RA15 Remote annunciator 580
9.3.7 IGS-PTM 582
9.3.8 InternetBridge-NT 582
9.3.9 I-LB+ Local Bridge 583
9.3.10 I-CB Communication bridge 584
9.3.11 I-CB wiring and configuration 584
9.3.12 I-RB16, I-RB16/231 relay board 584
9.3.13 I-CR CAN Repeater 585
9.3.14 I-AOUT8 586
9.3.15 I-LBA 588

6 back to Installation and wiring

InteliDrive-BB-1.0.0 Global Guide 575

9.3.1 Inteli AIN8

Image 9.41 Dimensions of Inteli AIN8

Inteli AIN8 unit can be mounted on DIN rail (35 mm).

Note: All dimensions are in millimeters.

InteliDrive-BB-1.0.0 Global Guide 576

9.3.2 Inteli AIN8TC

Image 9.42 Dimensions of Inteli AIN8TC

Inteli AIN8TC unit can be mounted on DIN rail (35 mm).

Note: All dimensions are in millimeters.

InteliDrive-BB-1.0.0 Global Guide 577

9.3.3 Inteli IO8/8 (can be switched to IO16/0)

Image 9.43 Dimensions of Inteli IO8/8

Inteli IO8/8 unit can be mounted on DIN rail (35 mm).

Note: All dimensions are in millimeters.

InteliDrive-BB-1.0.0 Global Guide 578

9.3.4 IS-BIN 16/8

Image 9.44 Dimensions of IS-BIN 16/8

IS-BIN 16/8 unit can be mounted on DIN rail (35 mm).

Note: All dimensions are in millimeters.

InteliDrive-BB-1.0.0 Global Guide 579

9.3.5 IS-AIN8

Image 9.45 Dimensions of IS-AIN8

IS-AIN8 unit can be mounted on DIN rail (35 mm).

Note: All dimensions are in millimeters.

9.3.6 IGL-RA15 Remote annunciator

Remote (CAN bus, up to 200 meters) 15 LED states indicator. IGL-RA15 unit can be connected to controller via
CAN as Binary output group with adresses 1+2 or 3+4 or 5+6 or 7+8.
To configure IGL-RA15 use GenConfig ► Modules ► Available modeules, selected IGL-RA15 module and add
it using Insert button. GenConfig automatically adds IGL-RA15 Binary input to the configuration.
For more information about IGL-RA15 consult manual (IGL-RA15-2.0.pdf) and New features list (IGL-RA15-2.0-
New features.pdf).

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 Image 9.46 Dimensions of Remote Annunciator IGL-RA15

Note: All dimensions are in millimeters.

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9.3.7 IGS-PTM

Image 9.47 Dimensions of IGS-PTM

IGS-PTM unit can be mounted on DIN rail (35 mm).

Note: All dimensions are in millimeters.

9.3.8 InternetBridge-NT

Image 9.48 Dimensions of IB-NT

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 Note: All dimensions are in millimeters.

9.3.9 I-LB+ Local Bridge

I-LB+ is a successor of the IG-MU and I-LB units designed to be used withIG-NT, IS-NTand IM-NT controllers.
It therefore provides additional communication port and higher communication speed.
Speed for direct/modem connection can be up to 57600 bps (IG-MU provided only 19200 bps).

Image 9.49 Dimensions of I-LB+

I-LB+ unit can be mounted on DIN rail (35 mm).

Note: All dimensions are in millimeters.

TxC, RxC Indicates data transfer on the CAN line.

TxD, RxD Indicates data transfer on the RS232 line.
Tx, Rx Indicates data transfer on USB
Lights when at least one other unit is active on the CAN bus.
RUN Blinks when no unit is communicated on the CAN bus (during communication speed
detection).
PWR Lights All the time when power supply is switched on.

Table 9.1 Indication LED

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9.3.10 I-CB Communication bridge

Image 9.50 Dimensions of I-CB

I-CB unit can be mounted on DIN rail (35 mm).

Note: All dimensions are in millimeters.

I-CB (Communication bridge) is CAN bus interface between Controller and Engine Control Unit (ECU) for
ECUs which don't support standard J1939 communication (MTU, CAT etc.). Engine values (RPM, Oil pressure
and other) are received from ECU via CAN and corresponding sensors are not needed on controller. Use
ICBEdit software for I-CB configuration (included in installation package).

9.3.11 I-CB wiring and configuration

1. Configure I-CB using I-CBEdit software. Configured I-CB behaves like fictive IS-AIN and IS-BIN units. I-CB
configuration associates selected values (from ECU database) received from Engine Control Unit to
selected CAN addressees (fictive IS-AIN, IS-BIN inputs and outputs).
2. Configure corresponding controller CAN addresses and tick in PC configuration tool.
3. Configure separate inputs and outputs in corresponding Analog, Binary inputs, outputs in PC configuration
tool.
Note: In case of CAT engines, there is RS232 connection between I-CB and CCM.

6 back to Extensional modules

9.3.12 I-RB16, I-RB16/231 relay board

Relay board contains 16 relays for Binary output (open collector) separation. All relays are place in sockets.

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 Number relays: 16 in socket
Nominal voltage: 24 VDC
Voltage range: 16,8 – 36 VDC
Relay opens at: 10% of nominal voltage
Electric / mechanic cycles: 100 000 (when switching 16A) / 10 000 000
Operating temperature range: - 40°C to 70°C
Maximal load: 16A resistive load
4A inductive load
Contacts protection: varistor 14DK390
Relay-connector connection:

1 - 2 n.o.
1 - 3 n.c.

One unit contains two parts (separate PCBs). There are 8 relays on each part which is located on common
plastic base.
I-RB16 is 60 mm high from DIN rail base.

Image 9.51 Dimensions of I-RB16

I-RB16 can be mounted on DIN rail (35 mm).

Note: All dimensions are in millimeters.

Note: I-RB contains two separate boards, 8 relays on each. It can be ordered as I-RB8 as well.

9.3.13 I-CR CAN Repeater

I-CR module enables to extend CAN bus line of

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 extension modules CAN1 to more than 200 meters
intercontroller CAN2 to more than 200/900 meters (in 32C/8C mode)
More application details are in separate manual “Extending the CAN bus” and in the chapter Communication
(page 182).

Image 9.52 Dimensions of I-CR

I-CR unit can be mounted on DIN rail (35 mm).

Note: All dimensions are in millimeters.

9.3.14 I-AOUT8
General Description
I-AOUT8 is an extension unit with 8 Analog outputs. Each analog output can be switched by jumper for.
0 to 20 mA
0 to 10 VDC
PWM (Pulse With Modulation on 1,2 kHz)
I-AOUT8 modules is connected on CAN 1 (peripheral) bus. The corresponding module Address 1 to 4 (default 1)
must be set on module (by Adr.1 and Adr.2 jumpers) and in controller configuration. Communication fail is
indicated in controller Alarm list and by binary output. Use GenConfig PC tool for controller configuration.
It is possible to connect up to four I-AOUT8 units to one controller.
I-AOUT8 unit can be mounted on DIN rail (35 mm).
CAN 1 terminating 120 Ω resistor jumper is connected in default. AGND terminals are on the same potential.

Number of analog outputs 8, no galvanic separation

Type of analog outputs (jumper selectable) U 0 to 10VDC ± 1% , max 5 mA
I 0 to 20 mA ± 1% , max 500 Ω
p pwm 1200 Hz, 5V level, max 10 mA
Power supply 8 to 36 VDC
Current consumption 100 ÷ 300 mA at 24 VDC

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 Communication interface CAN1, with jumper selectable address 1 to 4 Jumper selectable terminating resistor 120 Ω
RS232 interface TTL, firmware upgrade via AT-link.
Operating temperature range - 40°C to +70°C
Analog outputs refreshment Max. 300 ms

Image 9.53 Dimensions of I-AOUT8

I-AOUT8 unit can be mounted on DIN rail (35 mm).

Note: All dimensions are in millimeters.

Connection of Multiple Units

Up to four modules can be connected to one controller. Set module CAN address corresponding to configuration
according table below.

CAN Address Jumper 1 Jumper 2

1 No No
2 Yes No
3 No Yes
4 Yes Yes

Analog outputs Modification (U, I, PWM)

Follow the p-I-I-U symbols on the module sticker. There are two equivalent positions for mA measuring.

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 AOUT jumper Symbol Function
p PWM
Pulse - Widht - Modulation

I 0 to 20 mA

U 0 to 10 VDC

LED Indication
Green LED is located near the power supply connector.

I-AOUT8 module state LED Pwr

No power supply Dark
Memory fail Fast blink (100/100 ms)
Communication fail Slow blink (300/300 ms)
Communication fail Continuous light

Wiring and jumer setting example

Voltage output 0 to 10 VDC Pwm output 1200 Hz

Current output 0 to 20 mA Current output 0 to 20 mA

Current output 0 to 20 mA Current output 0 to 20 mA

Pwm output Voltage output 0 to 10 VDC

6 back to Installation and wiring

9.3.15 I-LBA
For the connections with 12 V DC power supply an I-LBA module can be connected to controller power
terminals in order to allow the controller to continue operation during cranking if the battery voltage dip occurs.
Controllers which may be supplied from I-LBA module.

IG-NT or IG-NTC
IS- NT- BB / IS-
Controller / IG-NT-BB or IG- IS-NT IG-CU IS-CU IL-CU/ IL-NT
NTC-BB
NTC-BB
Connection
YES YES NO YES NO YES
applicable

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 Image 9.54 Dimensions of I-LBA

I-LBA unit can be mounted on DIN rail (35 mm).

Note: All dimensions are in millimeters.

The I-LBA unit is intended to supply one controller unit only at the same time.
It is not recommended to use +PWR BOUT outputs on the controller as a source for relays, as their
consumption would exhaust I-LBA capacitors very fast.
It is also not recommended to supply any kind of above controllers with LT (Low Temperature) display because
of the high current consumption of the LT display.
See also chapter Power supply fusing.
6 back to Extensional modules

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