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ComAp InteliMains 210 BTB, Global Manual

The ComAp InteliMains 210 BTB offers state-of-the-art power management solutions. Access the comprehensive user manual for this global device, free to download from our website. Ensure seamless operations with our reliable manual, empowering you to harness the full potential of this exceptional product.

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InteliMains 210 Global Guide

152

Register

addresses

Number of

registers

Access

Data type

Meaning

4200 - 4201

2

read/write

Time

RTC Time in BCD code

4202 - 4203

2

read/write

Date

RTC Date in BCD code

4204

1

read/write

Unsigned8

Index of the language that is used for text

data provided by MODBUS (e.g. alarmlist

messages).

4205 - 4206

2

read

Unsigned32

Last application error. To be read after the

device returns the exception code 04. It

contains specific information about the error.

4207 - 4208

2

read/write

Unsigned32

Writing:command argument

Reading: command return value

4209

1

write

Unsigned16

Command code

4010

1

-

-

Not implemented

4211

1

write

Unsigned16

Password

4212 - 4213

2

read

Unsigned32

Communication status

4214

1

read

Unsigned8

Number of items in the Alarmlist

4215 - 4241

27

read

Alarm

1. record in alarm list

4242 - 4268

27

read

Alarm

2. record in alarm list

4269 - 4295

27

read

Alarm

3. record in alarm list

4296 - 4322

27

read

Alarm

4. record in alarm list

4323 - 4349

27

read

Alarm

5. record in alarm list

4350 - 4376

27

read

Alarm

6. record in alarm list

4377 - 4403

27

read

Alarm

7. record in alarm list

4404 - 4430

27

read

Alarm

8. record in alarm list

4431 - 4457

27

read

Alarm

9. record in alarm list

4458 - 4484

27

read

Alarm

10. record in alarm list

4485 - 4511

27

read

Alarm

11. record in alarm list

4512 - 4538

27

read

Alarm

12. record in alarm list

4539 - 4565

27

read

Alarm

13. record in alarm list

4566 - 4592

27

read

Alarm

14. record in alarm list

4593 - 4619

27

read

Alarm

15. record in alarm list

4620 - 4646

27

read

Alarm

16. record in alarm list

List of commands and arguments

"Commands" are used to invoke a specific action in the controller via the communication channel. The list of

available actions is in the table below. The general procedure of writing a command via MODBUS is as follows:

1. (Optional) Write required level of password into the register 44212 (register address 4211). Use function 6. If

the password is required or not depends on configuration of access rules. It can be adjusted/modified by

InteliConfig.

Summary of Contents for InteliMains 210 BTB

Page 1: ...ic Tel 420 246 012 111 E mail info comap control com www comap control com Global Guide InteliMains 210 BTB Bus Tie Breaker controller SW version 2 0 0 1 Document information 6 2 System overview 11 3 Applications overview 20 4 Installation and wiring 21 5 Controller setup 42 6 Communication 132 7 Technical data 161 8 Appendix 162 ...

Page 2: ...n this manual 10 2 System overview 11 2 1 General description 11 2 1 1 The key features of InteliMains 210 11 2 2 True RMS measurement 11 2 3 Configurability and monitoring 12 2 3 1 Supported configuration and monitoring tools 12 2 3 2 Configuration parts 12 2 4 PC tools 14 2 4 1 InteliConfig 14 2 4 2 WebSupervisor 14 2 4 3 WinScope 15 2 5 Plug in modules 15 2 5 1 CM Ethernet 15 2 5 2 CM 4G GPS 16...

Page 3: ...4 4 9 USB HOST 39 4 5 Plug in module installation 39 4 5 1 Installation 39 4 6 Maintenance 41 4 6 1 Backup battery replacement 41 5 Controller setup 42 5 1 Default configuration 42 5 1 1 Default configuration 42 5 2 Controller configuration and PC tools connection 42 5 2 1 USB 43 5 2 2 RS232 RS485 44 5 2 3 Ethernet 45 5 2 4 Firmware upgrade 49 5 3 Operator Guide 52 5 3 1 Front panel elements 52 5 ...

Page 4: ...111 5 4 14 Analog switches 117 5 4 15 Voltage phase sequence detection 119 5 4 16 Sensor curves 119 5 4 17 PLC 120 5 4 18 Alternate configuration 127 5 4 19 USB host 128 6 Communication 132 6 1 PC 132 6 1 1 Direct communication 132 6 1 2 Remote communication 134 6 2 Connection to 3rd party systems 145 6 2 1 SNMP 145 6 2 2 MODBUS RTU MODBUS TCP 147 7 Technical data 161 8 Appendix 162 8 1 Controller...

Page 5: ...InteliMains 210 Global Guide 5 8 2 2 Alarms level 2 522 8 2 3 Fail sensor and other types 531 8 3 Modules 538 8 3 1 Plug In modules 538 8 3 2 CAN modules 553 ...

Page 6: ... maintenance of the controllers This manual provides general information how to install and operate InteliMains 210 controllers This manual is dedicated for Operators Control panel builders For everybody who is concerned with installation operation and maintenance 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 ex...

Page 7: ...not 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 techn...

Page 8: ...HW versions compatibility Be aware to use proper combination of SW and HW versions 1 4 3 Dangerous voltage In no case touch the terminals for voltage and current measurement Always connect grounding terminals In any case do not disconnect controller CT terminals 1 4 4 Adjust the setpoints All parameters are adjusted to their typical values However the setpoints has to be checked and adjusted to th...

Page 9: ...andards EN 61000 6 2 EN 61000 6 4 EN 61010 1 EN 60068 2 1 20 C 16 h for std 40 C 16 h for LT version EN 60068 2 2 70 C 16 h EN 60068 2 6 2 25 Hz 1 6 mm 25 100 Hz 4 0 g EN 60068 2 27 a 500 m s2 T 6 ms EN 60068 2 30 2005 25 55 C RH 95 48hours EN 60529 front panel IP65 back side IP20 1 6 Document history Revision number Related sw version Date Author 2 2 0 0 21 12 2018 Lubomír Brož 1 1 0 0 12 7 2018 ...

Page 10: ...easuring Diode Ethernet male Ethernet female Fuel solenoid Fuse Fuse switch Generator Generator schematic Grounding GSM GSM modem IG AVRi IG AVRi TRANS Jumper Load Mains Mains Mobile provider Passive current sensor Pick up Relay coil Relay coil of slow operating Resistor Resistor adjustable Resistive sensor RPTC RS 232 male RS 232 female Starter Switch manually operated Transformer USB type B male...

Page 11: ...2 1 1 The key features of InteliMains 210 Easy to use operation and installation The factory default configuration covers most applications Various customizations are possible thanks to its configurability Excellent remote communication capabilities High reliability 2 2 True RMS measurement This controller measures AC values based on True RMS principle This principle corresponds exactly to the phy...

Page 12: ...te the new configuration to the controller or disk The firmware of controller contains a large number of binary inputs and outputs needed for all necessary functions available However not all functions are required at the same time on the same gen set and also the controller hardware does not have so many input and output terminals One of the main tasks of the configuration is mapping of logical f...

Page 13: ...le service module for cases when no communication module is permanently attached Once the configuration is modified it can be saved to a file for later usage with another controller or for backup purposes The file is called archive and has the file extension ail3 An archive contains a full image of the controller at the time of saving if the controller is online for the PC except the firmware Besi...

Page 14: ...Reading of measured values Browsing of controller history records Exporting data into a XLS file Controller language translation 2 4 2 WebSupervisor Web based system for monitoring and controlling of controllers See more at the WebSupervisor webpage This tool provides the following functions Site and fleet monitoring Reading of measured values Browsing of controller history records On line notific...

Page 15: ...ends in controller On line change of controllers parameters for easy regulator setup 2 5 Plug in modules 2 5 1 CM Ethernet Internet Ethernet module including web server 10 100 Mbit ethernet interface in RJ45 socket Web interface for monitoring and adjustment of the controller Direct IP and or AirGate connection for remote access from InteliConfig MODBUS TCP and SNMP protocols for integration of th...

Page 16: ...versity WCDMA HSDPA HSUPA HSPA Band 1 Band 2 Band 5 Band 8 all bands with diversity GPRS multi slot class 10 TCP IP communication over GPRS 2 5 3 CM GPRS GSM GPRS Internet module Wireless integrated solution Quick and easy installation Support of WebSupervisor Instant alarm SMS notification System control over SMS Quad Band GPRS EDGE modem 850 900 1800 1900 MHz GPRS multi slot class 10 TCP IP comm...

Page 17: ...ibility to configure the unit to have 8 analog inputs Supported sensors Resistor 3 wire input Common resistor 0 250Ω 0 2400Ω 0 10kΩ Temperature sensor Pt100 Pt1000 Ni100 Ni1000 Current active or passive sensors 20mA 0 20mA 4 20mA Voltage 1V 0 2 4V 0 5V 0 10V Lambda probes Thermocouples are not supported the measuring loop was designed for lambda probes what caused non support of thermocouples Impu...

Page 18: ...adjustable frequency 200Hz 2 4kHz Configuration 16 0 16 Binary inputs options pull up or pull down logic 0 Binary outputs 2 Analog outputs options voltage 0 10V current 0 20mA and PWM 5V adjustable frequency 200Hz 2 4kHz 2 6 3 IGS PTM The unit offers the user the flexibility to configure the unit to have 8 binary inputs 8 binary outputs 4 analog inputs and 1 analog outputs Configurable 8 binary an...

Page 19: ... 15 programmable LEDs with configurable colors red green yellow Lamp test function with status LED Customizable labels Local horn output Maximal distance 200 m from the controller Up to 4 units can be connected to the controller UL certified 6 back to System overview ...

Page 20: ...Image 3 1 BTB application overview InteliMains 210 controller closes automatically BTB if bus voltages are within the limits there is voltage on one of the buses and closing to dead bus is enabled binary input BTB disable is not closed it is enabled by setting of setpoints 6 back to Applications overview ...

Page 21: ... Diagram 24 4 4 Recommended wiring 25 4 5 Plug in module installation 39 4 6 Maintenance 41 6 back to Table of contents 4 1 Package content The package contains Controller Mounting holders Terminal blocks Note The package does not contain a communication or extension modules The required modules should be ordered separately ...

Page 22: ...Note Dimensions are in millimeters Note Cutout is in millimeters 4 2 2 Mounting The controller is to be mounted onto the switchboard door Requested cutout size is 187 x 132 mm Use the screw holders delivered with the controller to fix the controller into the door as described on pictures below Recommended torque for holders is 0 15 N m ...

Page 23: ... in a pollution degree 2 environment enclosure having adequate strength and thickness with acceptable spacings being provided Note The accessibility of live parts through openings in the enclosure reliable retention of guards or barriers for prevention of risk of electric shock etc shall be considered in the end product evaluation Note These devices should be used within their electrical ratings a...

Page 24: ...45 BIN1 T30 L1 T38 L1 T42 L1 T46 BIN2 T31 L2 T39 L2 T43 L2 T47 BIN3 T32 L3 T40 L3 T44 L3 T48 BIN4 T49 BIN5 T50 BIN6 T51 BIN7 T52 BIN8 CAN1 BINARY OUTPUTS POWER SUPPLY D USB T26 L T07 BOUT1 T01 BATT USB HOST T27 COM T08 BOUT2 T02 D T28 H T09 BOUT3 T03 BATT CAN2 T10 BOUT4 RS485 T23 L T11 BOUT5 T56 B T24 COM T12 BOUT6 T57 COM T25 H T58 A ...

Page 25: ...Bus voltage inputs 41 44 Voltage measurement wiring page 30 Binary inputs 45 52 Binary inputs page 33 CAN1 H COM L CAN bus and RS485 wiring page 34 CAN2 H COM L CAN bus and RS485 wiring page 34 Binary outputs 07 12 Binary Outputs page 34 Power supply D Power supply page 26 RS485 A COM B CAN bus and RS485 wiring page 34 USB USB B USB page 39 USB HOST USB A USB HOST page 39 ...

Page 26: ... and type for the Field Wiring Terminals For Mains Bus Voltage Generator Voltage and Current terminals Specified tightening torque is 0 56 Nm 5 0 In lbs Use only diameter 2 0 0 5 mm 12 26 AWG conductor rated for 90 C minimum For other controller field wiring terminals Specified tightening torque 0 79 nm 7 0 In lb Use only diameter 2 0 0 5 mm 12 26 AWG conductor rated for 75 C minimum Use copper co...

Page 27: ...dip the controller screen backlight can turn off Note Recommended fusing is 4 A fuse Note In case of the dip to 0 V the high side binary outputs will be temporarily switched off and after recovering to 4 V back on IMPORTANT When the controller is power up only by USB and the USB is disconnected then the actual statistics can be lost Note Suitable conductor protection shall be provided in accordanc...

Page 28: ...l Current page 175 Bus VT Ratio page 177 by appropriate setpoints in the Basic Settings group IMPORTANT Risk of personal injury due to electric shock when manipulating voltage terminals under voltage Be sure the terminals are not under voltage before touching them Do not open the secondary circuit of current transformers when the primary circuit is closed Open the primary circuit first Current mea...

Page 29: ...ce between current COM terminal and battery terminal is maximally 2 V Therefore is strongly recommended to interconnect these two terminals together Split phase application Image 4 2 Split phase application IMPORTANT The second phase of split phase connection is connected to the terminal where is normally connected the third phase ...

Page 30: ...ent Connection Type setpoint Connection type page 176 3Ph4Wire High Leg D 3Ph3Wire Split Ph Mono Ph options every type matches to corresponding connection type Note For fusing of voltage measurement input use T1A or T2A fuse The generator protections are evaluated from different voltages based on Connection type page 176 setting 3Ph 4W Ph Ph voltage Ph N voltage 3Ph 3W Ph Ph voltage Split Ph Ph N ...

Page 31: ...InteliMains 210 Global Guide 31 ConnectionType 3 Phase 4 Wires Image 4 4 3 phase application with neutral ConnectionType 3 Phase 3 Wires Image 4 5 3 phase application without neutral ...

Page 32: ... to the terminal where is normaly connected the third phase ConnectionType Mono Phase Image 4 7 Mono phase application Voltage measurement InteliMains applications on InteliGen 200 hardware Because there is possible to import the InteliMains 210 Firmware in to the InteliGen 200 Hardware is important to respect the number of terminals for voltage measurement ...

Page 33: ...measurement on InteliGen 200 Hardware 4 4 5 Binary inputs Use minimally 1 mm2 cables for wiring of Binary inputs Image 4 9 Wiring binary inputs Note The name and function or alarm type for each binary input have to be assigned during the configuration ...

Page 34: ...ng temperature is higher than 60 C it is strongly recommended to limit output current of high current binary outputs terminal 45 and terminal 56 to 4 A each 4 4 7 CAN bus and RS485 wiring CAN bus wiring The wiring of the CAN bus 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 i...

Page 35: ... Impedance 120 Ω Propagation velocity 75 delay 4 4 ns m Wire crosscut 0 25 mm2 Attenuation 1MHz 2 dB 100 m Note Communication circuits shall be connected to communication circuits of Listed equipment Note A termination resistor at the CAN 120 Ω is already implemented on the PCB For connecting close the jumper near the appropriate CAN terminal Image 4 10 CAN bus topology 1Recommended data cables BE...

Page 36: ...lready implemented on the PCB For connecting close the jumper near the appropriate CAN terminal Standard maximum bus length is 1000 m Shielded cable2 has to be used shielding has to be connected to the terminal T01 Grounding External units can be connected on the RS485 line in any order but keeping line arrangement no tails no star is necessary The line has to be terminated by 120 Ohm resistors at...

Page 37: ...connection out of building in case of storm etc Image 4 14 RS485 wiring for longer distances Recommended PT5HF 5DC ST1 Note Communication circuits shall be connected to communication circuits of Listed equipment 1Recommended protections Phoenix Contact http www phoenixcontact com PT 5 HF 5DC ST with PT2x2 BE base element or MT RS485 TTL or Saltek http www saltek cz DM 006 2 R DJ ...

Page 38: ...ion line into a known state By installing two 620 Ohm balancing resistors at one node on the transmission line you can create a voltage divider that forces the voltage between the differential pair to be less than 200 mili Volts the threshold for the receiver You should install these resistors on only one node The figure below shows a transmission line using bias resistors Balancíng resistors are ...

Page 39: ...pose like a uploading firmware change of configuration etc IMPORTANT Power supply by USB is only for service purpose Binary inputs and outputs are in logical 0 Also plug in modules are not working 4 4 9 USB HOST USB Flash Drive can be connected into USB A connector 4 5 Plug in module installation 4 5 1 Installation Remove the back cover To do this press four holders which are located in corners ...

Page 40: ...er navigation After inserting plug in module under holders 1 press it down to holders marked by symbol 2 which locks the module Insert the plug in module under holders marked by symbol 1 After locking the plug in module into holders place back the back cover small cover for connectors has to be removed from back cover Finally insert the small cover for connectors Small covers are unique for each p...

Page 41: ...tchboard Remove the back cover and all plug in modules Release the rear cover using a flat screwdriver or another suitable tool The battery is located in a holder on the circuit board Remove the old battery with a small sharp screwdriver and push with a finger the new battery into the holder Put the rear cover back Use slight pressure to lock the snaps into the housing Pay attention that the cover...

Page 42: ...eaker feedback BTB Feedback BIN2 Access lock keyswitch Access lock BIN3 Spare Not used BIN4 Manual closing of BTB Force BTB Close BIN5 Spare Not used BIN6 Spare Not used BIN7 Spare Not used BIN8 Spare Not used Binary outputs Number Description Function BOUT1 Control of BTB BTB Close Open BOUT2 Status of system reserve System Reserve OK BOUT3 Spare Not used BOUT4 Spare Not used BOUT5 Spare Not used...

Page 43: ...roller If you require detailed information on each PC tool please use the included Help in those PC tools or download their Reference Guides 5 2 1 USB You may connect to the controller using the USB port In this case standard USB A to B cable should be used Connection using InteliConfig Image 5 1 First screen of InteliConfig select connect to controller Image 5 2 Second screen of InteliConfig sele...

Page 44: ...troller using RS232 or RS485 direct connection serial port or USB to RS232 RS485 converter may be used The following settings need to be checked in the controller COM1 Mode page 263 Direct Controller Address page 181 has to be set to the same value as in the PC tool Connection using InteliConfig Image 5 4 First screen of InteliConfig select connect to controller ...

Page 45: ... 57600 speeds 5 2 3 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 co...

Page 46: ...dress page 290 is either set automatically or it can be adjusted to a specific requested value Subnet Mask page 290 is either set automatically or it can be adjusted to a specific requested Gateway IP page 290 can be set here when it is used ComAp TCP Port page 294 number is 23 Make sure that this port is open for communication in your network Connection using InteliConfig Image 5 7 First screen o...

Page 47: ...nScope Image 5 9 WinScope screen 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 ...

Page 48: ...lly or it can be adjusted to a specific requested value Subnet Mask page 290 is either set automatically or it can be adjusted to a specific requested Gateway IP page 290 can be set here when it is used AirGate Connection page 293 has to be set to Enabled AirGate Address page 293 currently there is one AirGate server running at URL airgate comap cz enter this URL into the setpoint Connection using...

Page 49: ...ftware For more information please download the manual from websites https www comap control com products detail inteliconfig Firmware upgrade in IG200 hardware IMPORTANT InteliMains 210 firmware is possible to use also with InteliGen 200 hardware But because there are some important differences between both hardwares please pay always attention by configuration of InteliMains 210 The main issue i...

Page 50: ...ains 210 doesn t use the terminals 04 05 06 see Terminal Diagram on page 24 This leads to very specific condition which has to be remembered during configuration From the configuration point of view is that you configure always binary outputs BO1 BO6 and on InteliGen 200 hardware is it in fact BO3 BO8 ...

Page 51: ...nary outputs configuration IM210 Image 5 14 Binary outputs configuration IG200 IMPORTANT During configuration of binary outputs either for InteliMains 210 or InteliGen 200 hardware is always required to keep the same terminal numbers BO1 07 BO6 12 ...

Page 52: ... buttons Position Picture Description LEFT button Use this button to move left or to change the mode The button can change the mode only if the main screen with the indicator of currently selected mode is displayed Note This button will not change the mode if the controller mode is forced by one of binary inputs listed in the Reference Guide Operating modes chapter RIGHT button Use this button to ...

Page 53: ...o move up or increase value PAGE button Use this button to switch over display pages DOWN button Use this button to move down or decrease value ENTER button Use this button to finish editing a setpoint or moving right in the history page BTB button Works in MAN mode only Press this button to open or close the BTB or start the synchronization manually Indicators and others Position Description Bus ...

Page 54: ...ay screens and pages structure The displayed information is structured into pages and screens Use PAGE button to switch over the pages The page Measurement consists of screens which display measured values like voltages current oil pressure etc computed values like i e gen set power statistic data and the alarm list on the last screen The page Setpoints contains all setpoints organized to groups a...

Page 55: ...e Up and Down button to move between measurement pages Note Use Up and Down button to move between measurement pages Note Use Up and Down button to move between measurement pages Note Use Up and Down button to move between measurement pages ...

Page 56: ...e Up and Down button to move between measurement pages Note Use Up and Down button to move between measurement pages Note Use Up and Down button to move between measurement pages Note Use Up and Down button to move between measurement pages ...

Page 57: ...e Up and Down button to move between measurement pages Note Use Up and Down button to move between measurement pages Note Use Up and Down button to move between measurement pages Note Use Up and Down button to move between measurement pages ...

Page 58: ...e Up and Down button to move between measurement pages Note Use Up and Down button to move between measurement pages Note Use Up and Down button to move between measurement pages Note Use Up and Down button to move between measurement pages ...

Page 59: ... visibility depends on actual configuration usage of extension or communication modules etc Setpoint Screens Note From all measurement pages we can fluently go to the setpoint group page by pressing Page button Note Use Up and Down button to select required setpoint group Note Use Enter button to enter selected setpoint group Note Use Left and Right button to select required setpoint Note Use Ente...

Page 60: ...ious value and to return to the list of setpoints of selected group IMPORTANT Cannot change setpoint Setpoints marked with an padlock are password protected Enter password as described in the chapter Password page 65 History Log Note From all measurement pages we can fluently go to the setpoint group page by pressing Page button Note From setpoint group page we can fluently go to the history log p...

Page 61: ...Use Up and Down button to select required alarm reason Note Use Enter button to move to the next page of history log Note Use Up and Down button to select required alarm reason Note Use Enter button to move to the next page of history log Note Use Up and Down button to select required alarm reason Note Use Enter button to move to the next page of history log ...

Page 62: ...Use Up and Down button to select required alarm reason Note Use Enter button to move to the next page of history log Note Use Up and Down button to select required alarm reason Note Use Enter button to move to the next page of history log Note Use Up and Down button to select required alarm reason Note Use Enter button to move to the next page of history log ...

Page 63: ...Use Up and Down button to select required alarm reason Note Use Enter button to move to the next page of history log Note Use Up and Down button to select required alarm reason Note Use Enter button to move to the next page of history log Note Use Up and Down button to select required alarm reason Note Use Enter button to move to the next page of history log ...

Page 64: ...r button to move to the first page of history log IMPORTANT The records are numbered in reverse order i e the latest newest record is 0 and older records have 1 2 etc Note This is only basic history record There can be some additional screens in case that in controller is extension module is configured Also it depends on connection type 5 3 3 Browsing alarms Note Use Up button to move to alarmlist...

Page 65: ...Inactive alarms are displayed as black text on white background It means the alarm is no more active i e the appropriate alarm conditions are gone Not confirmed alarms are displayed with an asterisk It means the alarm is still not acknowledged confirmed 5 3 4 Password Enter password Note From all measurement pages we can fluently go to the setpoint group page by pressing Page button ...

Page 66: ... group Password Note Use Up and Down button to select Enter Password Note Use Enter button to enter selected setpoint Note Use Up and Down button to set required value of selected setpoint Note Use Left and Right button to move between digits Note Use Enter button to confirm the password or Page button to cancel entering the password ...

Page 67: ...ck to menu Change password Note From all measurement pages we can fluently go to the setpoint group page by pressing Page button Note Use Up and Down button to select setpoint group Password Note Use Enter button to enter setpoint group Password Note Use Up and Down button to select Change Password Note Use Enter button to enter selected setpoint ...

Page 68: ...rd Note Use Left and Right button to move between digits Note After setting new password use Enter button to confirm adjusted password Note Use Up and Down button to set required value of password again Note Use Left and Right button to move between digits Note After setting new password again use Enter button to confirm adjusted password or Page button to discard changes and to cancel changing pa...

Page 69: ...sword has to be entered before changing the password Log out from controller Note From all measurement pages we can fluently go to the setpoint group page by pressing Page button Note Use Up and Down button to select setpoint group Password Note Use Enter button to enter setpoint group Password Note Use Up and Down button to select Enter Password Note Use Enter button to enter selected setpoint ...

Page 70: ...action code to the backup e mail address specified in the controller 3 Copy the received action code to InteliConfig and reset the administrator level password to default IMPORTANT It is extremely important to adjust the backup e mail address in the controller Otherwise you will not be able to receive the action code IMPORTANT If the backup email was not setup Display the information screen contai...

Page 71: ...Each further attempt to enter invalid password will double the blocking time but maximum blocking time is 20 minutes 5 When incorrect password is entered 100 times after each other the controller is blocked forever and the password reset procedure is required to unblock it 5 3 5 Information screen Note On Main measurement screen press Enter and Page button together Enter button has to be pressed f...

Page 72: ...ote Use Up button to move back to main measurement screen 5 3 6 Language selection Note On Main measurement screen press Enter and Page button together Enter button has to be pressed first Note Use Page button to move to the next page ...

Page 73: ...0 Global Guide 73 Note Use Page button to move to the next page Note Use Page button to move to the next page Note Use Up and down button to select required language Note Use Enter button to confirm selected language ...

Page 74: ...ntroller setup 5 4 Functions 5 4 1 Operating Modes 75 5 4 2 Connecting to load 75 5 4 3 Power management 78 5 4 4 Control groups 95 5 4 5 Distributed power management signals 96 5 4 6 Regulation loops 100 5 4 7 Frequency control 101 5 4 8 Voltage PF control 102 5 4 9 Electric state machine 102 5 4 10 Alarm management 103 5 4 11 History log 107 5 4 12 Breaker control 108 5 4 13 Exercise timers 111 ...

Page 75: ...ltiple inputs are active the mode will be changed according to priorities of the inputs The priorities match the order in the list above If all inputs are deactivated the mode will return to the original position given by the setpoint OFF All regulations are switched off Switching to OFF mode causes opening of BTB regardless of the settings MAN It is possible to close open BTB manually under super...

Page 76: ...ronization is finished Synchronization via BTB in AUTO mode BTB controller controls the synchronization process Behavior of synchronization depends on power sources of bus left and bus right Dead bus Gen sets Mains Gen sets Mains Dead bus BTB Opening page 174 Dead Bus Closing page 174 Dead Bus Closing page 174 Dead Bus Closing page 174 Gen sets Dead Bus Closing page 174 Synchronization R To L page...

Page 77: ...nization is not successful within this period of time the Synchronization Fail page 512 alarm will be issued Voltage matching The bus voltage is regulated to match the mains voltage with tolerance given by the setpoint Voltage Window page 205 The regulation is adjusted by the setpoints Voltage Gain page 203 and Voltage Int page 203 Frequency angle matching The bus frequency is regulated to match t...

Page 78: ...ective gen set is not available for the power management The power management evaluates so called load reserve The load reserve is calculated as difference between actual load and nominal power of running gen sets The reserve is calculated as absolute value in kW kVA or relatively to the nominal power of gen set s in The setpoint Power Management Mode page 192 is used to select the absolute or rel...

Page 79: ... 199 is used in case that Overload Next Start Protection page 199 is enabled and gen sets are running at Overload Next Start Level page 199 or more of their nominal power Load reserve The power management is based on the load reserve concept The load reserve is defined as a difference of the running nominal power of the group within power management and the total load of the system There are two w...

Page 80: ... Actual Relative reserve in for engine start calculation RRstp Actual Relative reserves in for engine stop calculation ΣPgNom Sum of Nominal power of all gen sets on the bus ΣPg Nom Sum of Nominal power of all gen sets on the bus apart of the one which is going to be stopped ΣPgAct Sum of Actual power of all gen sets on the bus system load BaseLd Baseload is given by the setpoint System BaseLoad p...

Page 81: ...xt gen set is actually started The standard starting sequence follows Once the synchronization procedure is done the GCB breaker is closed and the gen set power is ramping up Once loaded the system load reserve is raised and becomes sufficient again Please note the sum of nominal power of all gen sets on the bus is increased by the nominal power of the additional gen set Stopping sequence As it is...

Page 82: ...aker is opened Please note the sum of nominal power of all gen sets on the bus is decreased by the nominal power of the stopped gen set The cooling sequence follows before the gen set is actually stopped The gen set is ready to be started if the system load increases again Absolute power management The power management based on absolute load reserves can be successfully used in cases the load port...

Page 83: ...There are three gen sets with following choice of setpoints Gen set Nominal power Power management Power management mode Priority Priority Auto Swap Starting Load Reserve X Stopping Load Reserve X Gen set 1 200 kW ENABLED ABS kW 1 DISABLED 100 kW 125 kW Gen set 2 500 kW ENABLED ABS kW 2 DISABLED 100 kW 125 kW Gen set 3 1 000 kW ENABLED ABS kW 3 DISABLED 100 kW 125 kW ...

Page 84: ...alue is linked with the setpoint Starting Load Reserve 1 page 193 or other selected reserve set in following way Sum of nominal power for start Starting Load Reserve 1 page 193 or other selected reserve set value of load when additional gen set requested to start e g 700 kW 100 kW 600 kW The red dashed line depicts the value of load at which the additional gen set is requested to stop This value o...

Page 85: ... load reserves perfectly fits to those applications with such load portions connected to the group at once are much lower than the gen set nominal power This mode helps to achieve the maximal lifetime of the gen sets as they can be operated within optimal load range The maximal size of the load connected at once depends on number of actually working gen sets The more gen sets are connected to the ...

Page 86: ... choice of setpoints Gen set Nominal power Power management Power management mode Priority Priority Auto Swap Starting Rel Load Reserve X Stopping Rel Load Reserve X Gen set 1 200 kW ENABLED REL 1 DISABLED 35 40 Gen set 2 500 kW ENABLED REL 2 DISABLED 35 40 Gen set 3 1 000 kW ENABLED REL 3 DISABLED 35 40 Image 5 21 Relative power management example ...

Page 87: ...E 430 is activated Note All controllers cooperating together in Power management must have the same load reserve set selected Priority auto swap There is also the option of automatic priority selection The controllers are sharing data concerning the running hours and all important information relevant to the actual load Thanks to the Automatic priority swapping function the controllers choose the ...

Page 88: ... was G1 2 G2 1 Load demand in this example is constant and it is 500 kW i e only one engine is running at any time In this case the controllers set the engine priority of the gen set 1 to 1 because it has the lowest considered RHE and the difference between RHE2 i e considered RHE of gen set 2 and RHE1 is higher than Run Hours Max Difference page 200 that is set to 10h Run hours RunHoursBase RHE G...

Page 89: ...00 1 Case 2 Gen set 1 running hours 0 running hours considered in RHE 0 0 RunHoursBase Gen set 2 running hours 0 running hours considered in RHE 0 0 RunHoursBase Gen set 3 running hours 0 running hours considered in RHE 0 0 RunHoursBase Each gen set has the same RHE 0 h By applying the SwapTime formula we get the run time of gen set 1 before next swapping SwapTimeG1 0 0 10 1 11 Similar way we get ...

Page 90: ... RunHoursBase Gen set 2 running hours 450 running hours considered in RHE 200 250 RunHoursBase Gen set 3 running hours 750 running hours considered in RHE 250 500 RunHoursBase The gen set 1 has the lowest RHE1 100 h By applying the SwapTime formula we get the run time of gen set 2 before next swapping SwapTimeG1 200 100 10 1 111 Till the step 5 the evolution of the gen set swapping is the same as ...

Page 91: ...mand swap LDS Also engine running hours are taken to the calculation run hours equalization RHE This function is activated via setpoint Priority Auto Swap page 192 Efficiency Algorithm of function In the first step the gen sets are sorted according to their nominal power In the second step the gen sets with the same nominal power are sorted according to their RHE The gen set s with nominal power w...

Page 92: ...ve 1 page 193 20 kW System Load kW Running gen sets Description Total Running power within PM kW Relative load of gen sets 40 5 100 40 60 5 100 60 80 5 2 0h 2 start 5 stop LDS Swap 300 26 100 2 10h 200 50 120 2 20h 200 60 120 2 30h 3 10h 3 start 2 stop RHE Swap 400 30 120 3 20h 200 60 140 3 30h 200 70 180 3 40h 1 1 start 3 stop LDS Swap 500 36 200 1 300 67 240 1 300 80 280 1 5 5 start Gen 5 joins ...

Page 93: ...Relative load of gen sets 440 1 4 500 88 480 1 4 5 5 start Gen 5 joins LDS 600 80 540 1 4 5 600 90 580 1 4 5 2 30h 2 start 5 stop LDS Swap 800 73 600 1 4 2 700 86 640 1 4 2 700 91 680 1 4 2 5 5 start Gen 5 joins LDS 800 85 740 1 4 2 5 800 93 780 1 4 2 5 3 40h 3 start 5 stop LDS Swap 1000 78 800 1 4 2 3 900 89 ...

Page 94: ...art Gen 5 joins LDS 1000 88 940 1 4 2 3 5 1000 94 Minimal running power Minimum Running Power function is used to adjust a minimum value of the sum of nominal power of all running gen sets If the function is active then the gen sets would not be stopped although the reserve for stop is fulfilled Function is activated via logical binary input Min Run Power Active page 430 ...

Page 95: ...ted by the CAN2 bus The logical groups are intended to reflect the real topology of the site when the site is divided into smaller gen set groups separated from each other by bus tie breakers If the bus tie breakers are closed the sub groups have to work as one large group and if the bus tie breakers are open the sub groups have to work independently The group which the particular controller belon...

Page 96: ...d Example 4 gen sets separated by a BTB breaker into two groups of 2 The BTB position is detected by the controllers 2 and 3 The reason why there are 2 controllers used for detection of the BTB position is to have a backup source of the group link information if the primary source controller is switched off Image 5 28 Example of control groups Once the BTB breaker is closed the control groups 2 an...

Page 97: ...ared via CAN2 bus if corresponding LBI function is configured in a controller Example Logical input Remote Start Stop is configured with a controller State of the signal is automatically transmitted to other controllers via CAN2 bus as System Start Stop 2 LBI state received from CAN2 bus is automatically used if corresponding LBI function is not configured in a controller Example LBI Remote Start ...

Page 98: ...used if corresponding LBI function is configured in a controller Example LBI Remote Start Stop is configured with a controller Controller follows only state of signal linked with the Remote Start Stop function The function is not activated by a shared System Start Stop signal ...

Page 99: ... via CAN2 bus is used only by controllers which are in the same group as controller which is source of the shared signal Signal coming from controller in a different group is accepted only if the source controller group is linked with the receiving controller group ...

Page 100: ...r rule 4 applies 5 4 6 Regulation loops Regulation loops overview Regulation loops overview Loop type Related applications Related setpoints Frequency MINT SPtM MCB MGCB Frequency Gain page 202 Frequency Int page 202 Voltage MINT SPtM MCB MGCB Voltage Gain page 203 Voltage Int page 203 Angle regulation MINT SPtM MCB MGCB Angle Gain page 203 Speed Frequency Load sharing Load regulation loops have o...

Page 101: ...a control loop use following method Set both the I factor and P factor to 0 Increase the P factor slightly until the system starts to oscillate Adjust the P factor back to approx one half of the value where the oscillations started Increase the I factor slightly to achieve optimal resulting response IMPORTANT Be ready to press emergency stop button in case the regulation loop would start to behave...

Page 102: ...rol output is used to control the voltage or the power factor of the system The voltage regulation PF regulation and VAr sharing are realized through the voltage control The voltage request is internal value of the regulator This value is transformed to range 0 100 of the Varsharing Output which comes out of the controller via communication line Gen set controller accept this value and transform t...

Page 103: ...One alarm of any type can be assigned to each binary input Two alarms one yellow and one red type can be assigned to each analog input There are also Built in alarms page 106 with fixed alarm types Each alarm is written to the Alarmlist page 106 Each alarm causes a record to be written into the history log Each alarm activates the Alarm and Horn output Each alarm can cause sending of a SMS message...

Page 104: ... level This alarm does not cause any actions regarding the gen set control Warning Wrn The alarm appears in the Alarmlist and is recorded into the history log Activates the output AL COMMON WRN PAGE 438 as well as the standard alarm outputs HORN PAGE 459 and ALARM PAGE 439 Alarm indication AL Indic The event is only indicated in the Alarmlist It disappears for the alarmist automatically as soon as...

Page 105: ...roblem with lower limit of valid range which can be counted as negative number In this case the lower limit is set as one half of the RL point of the sensor curve characteristic Image 5 32 Sensor fail detection principle Remote alarm messaging If communication plug in module is connected to the controller the controller can send SMS messages and emails at the moment when a new alarm appears in the...

Page 106: ...essage in the alarmlist begins with a prefix which represents the alarm type e g Wrn Sd BOC Stp MP MPR Then the alarm name follows In some cases the prefix can be omitted User configured alarms An alarm message in the alarmlist begins with a prefix which represents the alarm type e g Wrn Sd BOC MP MPR Alarm type is selected by user during the configuration of binary or analog input as alarm Then t...

Page 107: ...ectly MGCB closing is prohibited by controller Wrn Synchronization Fail WRN If the synchronization timeout gets elapsed forward synchronization Bus Meas Error WRN Bus measurement error Bus voltage is out of limits for 20s Note This table does not contain all alarms in controller It is only list of the most common alarms 5 4 11 History log The history log is an area in the controller s non volatile...

Page 108: ...ilable nominal power APN Available nominal power of all gen sets Controller Mode Mode Controller mode Note When some setpoint is changed in history log is written its number of communication object Note Some additional columns can be added due to actual controller configuration modules etc 5 4 12 Breaker control The following power switches are controlled by the controller TheBus Tie breaker or co...

Page 109: ...d The pulse lasts until the feedback deactivates but at least for 2 seconds The output is intended for control of open coils of circuit breakers UV coil The GCB UV coil output is active the whole time the gen set is running not in idle or cooling The MCB UV coil output is active when the controller is switched on The output is deactivated for at least 2 seconds in the moment the breaker has to be ...

Page 110: ... in steady state and breaker feedback is changed the breaker fail is detected immediately no delay Image 5 34 Breaker fail breaker close open in steady position open Image 5 35 Breaker fail breaker close open in steady position close When binary output breaker close open opens there is 2 sec delay for breaker fail detection Image 5 36 Breaker fail breaker close open opens ...

Page 111: ...Date page 251 Timer 1 First Occur Time page 251 Timer 1 Duration page 251 Timer 1 Repeated page 252 Timer 1 Repeat Day page 254 Timer 1 Day page 254 Timer 1 Repeated Day In Week page 255 Timer 1 Repeat Day In Month page 255 Timer 1 Repeat Week In Month page 255 Timer 1 Refresh Period page 253 Timer 1 Weekends page 254 Related setpoints for timer 2 are Timer 2 Function page 257 Timer 2 Repetition p...

Page 112: ... month E g the timer can be adjusted to every 1st month on 1st Tuesday Short period The timer is repeated with adjusted period hh mm The timer duration is included in the period Available modes of each timer Once mode Set up via InteliConfig To set up timer via InteliConfig go to the setpoint ribbon setpoint group scheduler and setpoint Timer 1 Setup Note First of all function of timer has to be a...

Page 113: ... of repetition Timer 1 Refresh Period page 253 and behavior of timer on weekends Timer 1 Weekends page 254 Example On image example first start of timer will be 1 1 2016 at 12 00 Duration will be 1 hour Timer will be again activated every 3rd day at 12 00 for 1 hour including weekends Set up via controller interface In controller go to the Scheduler setpoint group Select the function of timer via ...

Page 114: ... again activated every 2nd week on Monday Wednesday and Friday at 12 00 for 1 hour Set up via controller interface In controller go to the Scheduler setpoint group Select the function of timer via Timer 1 Function page 250 setpoint Than go to Timer 1 Setup and press enter button In Timer 1 Repetition page 250 setpoint select Repeated mode Than adjust Timer 1 First Occur Date page 251 Timer 1 First...

Page 115: ... settings adjust date and time of first occurrence of timer Also adjust the duration of each occurrence of timer Than select the type of monthly repetition and the x th day of repetition Timer 1 Repeat Day In Month page 255 Than select the x th month of repetition Example On image example first start of timer will be 1 1 2016 at 12 00 Duration will be 1 hour Timer will be again activated every 2nd...

Page 116: ...oint select Repeated mode Than adjust Timer 1 First Occur Date page 251 Timer 1 First Occur Time page 251 and Timer 1 Duration page 251 In setpoint Timer 1 Repeated page 252 select Monthly and adjust type of monthly repetition via Timer 1 Repeat Day page 254 Timer 1 Refresh Period page 253 x th month of repetition and Timer 1 Repeat Day In Month page 255 concrete day in repeated months Second type...

Page 117: ... 1 2016 at 12 00 Duration will be 1 hour Timer will be again activated every 4th hour for 1 hour Set up via controller interface In controller go to the Scheduler setpoint group Select the function of timer via Timer 1 Function page 250 setpoint Than go to Timer 1 Setup and press enter button In Timer 1 Repetition page 250 setpoint select Repeated mode Than adjust Timer 1 First Occur Date page 251...

Page 118: ...nalog Switch 8 On page 222 Analog Switch 8 Off page 222 AIN SWITCH08 PAGE 443 AIN SWITCH 09 PAGE 486 Analog Switch 9 On page 224 Analog Switch 9 Off page 224 AIN SWITCH09 PAGE 443 AIN SWITCH 10 PAGE 487 Analog Switch 10 On page 226 Analog Switch 10 Off page 226 AIN SWITCH10 PAGE 444 AIN SWITCH 11 PAGE 487 Analog Switch 11 On page 228 Analog Switch 11 Off page 228 AIN SWITCH11 PAGE 444 AIN SWITCH 1...

Page 119: ...controller installation to avoid wrong voltage phase connection The phase sequence is adjusted via setpoint Phase Rotation page 180 When the phases are connected in different order following alarms are detected Bus CCW Rotation Bus Left CCW Rotation page 510 5 4 16 Sensor curves Default sensor curves There are 16 default resistive curves available The following table provides information on minimu...

Page 120: ...e 10 0 1000 ohm General line 11 0 1000 ohm General line 12 0 1000 ohm General line 13 0 1000 ohm Note Curves can be modified via InteliConfig In InteliConfig are also prepared some standard curves 5 4 17 PLC PLC Editor is powerful tool which helps you to create your own PLC scheme It has graphical interface to have user interface easy to use Image 5 45 PLC Editor main page ...

Page 121: ...Editor The procedure of creation of a PLC drawing program contains following essential steps Adjust the sheet to your needs See Working with sheets page 121 for more information Add PLC blocks into the sheets See Adding PLC blocks page 122 for more information Define inputs and outputs of the PLC program See Define inputs and outputs page 123 for more information Create connections between inputs ...

Page 122: ...from the list of available PLC blocks at the left and drag it into the sheet Double click on the block and adjust properties of the block See for more information about blocks Connect the block inputs and outputs by drawing wires in the sheet See Define inputs and outputs page 123 for more information It is also possible to connected inputs and outputs via properties of selected PLC block ...

Page 123: ...d press delete button Also delete selection function can by used Note To see context help for selected PLC block just press F1 button Define inputs and outputs Image 5 48 Blank sheet of PLC editor Inputs Sheet inputs are located at the left side of a sheet Follow the procedure below to add or edit an input ...

Page 124: ...controller If you create an analog input you can select a source from following categories Ana Values this category contains all analog values available in the controller as analog inputs electrical values etc All Setpoints this category contains all setpoints of the controller except the dedicated PLC setpoints Names resolutions and dimensions of these setpoints can not be modified PLC Setpoints ...

Page 125: ... output has to be connected to this output to enable configuration of output Image 5 50 PLC outputs IMPORTANT It is necessary to click on Connect button after selecting the output Otherwise PLC output is not connected to output Creating wires Wires can be create between PLC inputs and PLC blocks and between PLC blocks and PLC outputs IMPORTANT Keep the order of starting and finishing connection po...

Page 126: ...onnection only between the outputs and inputs with the same type of value binary or analog Binary values are marker by black pointer analog values are marked with green pointer Note To delete wire just click on it and press delete button Also delete selection function can by used PLC logic execution rules The PLC program is executed every 100 ms The blocks are executed in order according to block ...

Page 127: ...ignals have blue color IMPORTANT It is not possible to edit PLC in PLC monitor tool 5 4 18 Alternate configuration In controller are 3 sets of configuration Configuration set 1 Configuration set 2 Configuration set 3 Nominal Frequency 1 page 294 Nominal Voltage Ph N 1 page 294 Nominal Voltage Ph Ph 1 page 295 Nominal Current 1 page 295 Connection Type 1 page 295 Nominal Frequency 2 page 296 Nomina...

Page 128: ...nload Alarm list Configuration the part of Archive in the terms of Configuration Setpoints PLC IO definitions Languages New configuration the configuration created in InteliConfig for the purpose of uploading it into the controller using the USB memory stick The new configuration is recognized due to it s name The name has to contain the specific string InteliMains210 Genset name M N P B aig3 Comp...

Page 129: ...load to USB Flash Drive Name SN_YYMMDDHHMM New firmware is uploaded into the controller without the change of the configuration History record USB Flash Drive FW upgrade is made Confirming file txt on USB Flash Drive is made Name SN_YYMMDDHHMM Content Serial number Year Date Time Upgrade to the FW Name of the new FW successful Confirmation pop up message FW upgrade success Configuration upload Poi...

Page 130: ... configuration Detection is based on name of configuration required name InteliMains210 Genset name M N P B aig3 and on name of firmware required name InteliMains210 M N P B bin There can be only one configuration file There can be stored more firmwares on the USB key Controller automatically select the compatible firmware with highest version Point 7 Pop up message Confirmation of configuration a...

Page 131: ...or configuration download There is no firmware or configuration with required name Point 12 Pop up message Confirmation of configuration download Point 11 Configuration download Current archive is download to USB key Name SN_YYMMDDHHMM History record USB key Archive download is made Confirmation pop up message Archive download successful 6 back to Functions ...

Page 132: ...ication module CM RS232 485 is necessary for communication via RS232 connection The module is plugged into the slot located on the rear side of the controller To find more information about installation of the modules see Plug in module installation on page 39 RS232 interface uses COM1 Mode page 263 port of the controller Use a cross wired serial communication cable with DB9 female connectors and ...

Page 133: ...cessary for ethernet connection The module is plugged into the slot located on the rear side of the controller To find more information about installation of the modules see Plug in module installation on page 39 This connection type is used for communication with the controller from InteliConfig or any other PC tool This connection can be used regardless of AirGate is switched on or off Only thre...

Page 134: ...s to be used within a local network the CM Ethernet must have static IP address in the respective local network Note If you have troubles with setting up static and public IP address for direct connection from Internet use AirGate connection instead Image 6 6 Ethernet LAN connection Setting up static IP address There are two basic ways to get the static IP address First way is to switch theCM Ethe...

Page 135: ...t to automatic IP address mode Adjust the setpoint IP Address Mode page 289 to AUTOMATIC In that case all IP settings are assigned by DHCP server Then configure the DHCP server to assign always the same IP address i e static IP address to the particular CM Ethernet according to it s MAC address Internet connection Public static IP If public static IP connection is to be used from the Internet the ...

Page 136: ... put the the same AirGate address as in the controller into the AIRGATE ADDRESS field and use the AirGate ID displayed on the controller SMS Event SMS The InteliMains 210 controller equipped with the CM GPRS or CM 4G GPS communication module is able to send Event SMS according to the setting of setpoint Event Message page 286 Note Firstly setpoint Telephone Number 1 page 281 has to be adjusted The...

Page 137: ...o the telephone number of the SIM card in your CM GPRS module or modem Where the mark means the controller access code xxxx means the Command 1 yyyy is Command 2 zzzz is Command 3 etc Note Access code is set up via InteliConfig IMPORTANT If wrong controller access code is set then only help command is working start Start the engine in MAN mode stop Stop the engine in MAN mode fault reset Acknowled...

Page 138: ...K or ERROR means if the command has been performed succesfuly or not Emails Event Email The InteliMains 210 controller equipped with the CM Ethernet communication module is able to send Event Email according to the setting of setpoint Event Message page 286 Note Firstly setpoints Email Address 1 page 284 and SMTP Sender Address page 279 for CM GPRS or SMTP Sender Address page 289 for CM Ethernet h...

Page 139: ... SMTP Sender Address page 289 for CM Ethernet have to be adjusted Note Summer Time Mode page 248 and Time Zone page 286 have to be adjusted for correct time in emails Message structure Controller Name XXX Serial number XXX SW branch XXX SW version XXX Application XXX Appl version XXX Date dd mm yyyy Time hh mm ss Alarm list Alarm 1 Alarm 2 Alarm 3 History events 0 dd mm yyyy hh mm ss 0 Event 1 1 d...

Page 140: ... the browser to display the main controller web page like http 192 168 1 254 You will be asked for the controller access code prior to entering the web pages IMPORTANT Do not use the browser navigation buttons as Back Forward or Reload Use the links and the reload button located in the toolbar instead Note Only two remote clients can be connected to the Web Server at one moment If you close your w...

Page 141: ...the SCADA link in the toolbar to display the scada page The scada page is also the main page which is displayed by default if you just put the CM Ethernet address into the browser after entering the right access code Image 6 8 Web Server Scada screen ...

Page 142: ...e toolbar to display the measurement page Then click to the required group name in the left box to display values of the group in the right box Note The measurement page is automatically refreshed every 60 seconds this time cannot be changed Image 6 9 Web Server measurement screen ...

Page 143: ... to display setpoints of the group in the right box Click to the required setpoint name or value to change the value If the respective setpoint is protected by password which is indicated by a lock icon by the setpoint name you have to click on the Controller password icon located in the toolbar and then enter valid password Image 6 10 Web Server Setpoints screen ...

Page 144: ...display the history page Use the control buttons to move within the history file Note The history page is automatically refreshed every 60 seconds If a new record appears in the controller the web page will not show it immediately as e g InteliConfig Image 6 11 Web Server History screen ...

Page 145: ...U MODBUS TCP 147 6 back to Communication 6 2 1 SNMP SNMP is an UDP based client server protocol used for providing data and events into a supervisory system building management system The controller plays the role of a SNMP Agent while the supervisory system plays the role of a SNMP Manager CM Ethernet module is required for SNMP function Supported versions SNMP v1 and SNMP v2c The SNMP Agent func...

Page 146: ...y send to the Manager GroupRdFix contains read only objects that exist in all controller regardless of the firmware version type and configuration GroupRdCfg contains read only objects that depend on the firmware version type and configuration GroupWrFix contains read write objects that exist in all controller regardless of the firmware version type and configuration GroupWrCfg contains read write...

Page 147: ...n message e g Protection 1 level Fuel Level alarm activated All possible notifications and their identifiers are listed in the MIB table The notification message also contains controller name serial number and textual description of the event Operational events This events are used for SNMP traps See the list below Start commands of gen set Start button AMF start Remote start Stop commands of gen ...

Page 148: ...sters with fixed meaning reserved registers which are listed in a separate table in this chapter MODBUS address Meaning Access MODICON object type MODBUS function 0000 0999 Binary objects Read only Discrete Inputs Read 01 02 1000 2999 Values Read only Input Registers Read 03 04 3000 3999 Setpoints Read Write Holding Registers Read 03 04 Write 06 16 4200 7167 Reserved registers Read Write depends o...

Page 149: ...fault map of a particular firmware branch and application must not change when a new version of the firmware is created If new objects are added they must be added to free positions so that the previous content is not affected IMPORTANT The default map of a particular firmware branch must not contain different values in different applications at the same MODBUS address It means if a ComAp object d...

Page 150: ...value bits 16 23 MSB2 value bits 8 15 LSB2 value bits 0 7 Char 1 byte ASCII character 1 MSB 0 LSB ASCII value of the character StrList Index into a list of strings 1 MSB 0 LSB index into the list ShortStr Zero terminated string of max 15 ASCII characters 8 MSB1 ASCII value of the 1 character LSB1 ASCII value of the 2 character MSB2 ASCII value of the 3 character LSB2 ASCII value of the 4 character...

Page 151: ...uery sent from the client could not be completed successfuly The controller responds with the error codes in as follows 01 Ilegal function is returned if an incompatible type of operation is applied for a specific object e g if function 03 is applied to a binary object 02 illegal address is returned if the client tries to perform an operation with a object address that is not related to any existi...

Page 152: ... list 4296 4322 27 read Alarm 4 record in alarm list 4323 4349 27 read Alarm 5 record in alarm list 4350 4376 27 read Alarm 6 record in alarm list 4377 4403 27 read Alarm 7 record in alarm list 4404 4430 27 read Alarm 8 record in alarm list 4431 4457 27 read Alarm 9 record in alarm list 4458 4484 27 read Alarm 10 record in alarm list 4485 4511 27 read Alarm 11 record in alarm list 4512 4538 27 rea...

Page 153: ...ing execution the return value indicates the reason a 0x00000001 invalid argument b 0x00000002 command refused e g controller not in MAN breaker can not be closed in the specific situation etc Action Command code Argument Return value Engine start 0x01 0x01FE0000 0x000001FF Engine stop 0x01 0x02FD0000 0x000002FE Fault reset 0x01 0x08F70000 0x000008F8 Horn reset 0x01 0x04FB0000 0x000004FC GCB toggl...

Page 154: ...es read Data 00F0hex 240dec CRC We read value 240 from register 01053 From table of modbus registers we get dimension of read value and Dec Dec 1 means shift one decimal place to the right So battery voltage is 24 0 V Reading Nominal power Export table of values from InteliConfig Table Values Allowed MODBUS functions 03 04 Register s Com Obj Name Dimension Type Len Dec Min Max Group 01228 9018 Nom...

Page 155: ...est Numbers in Hex 01 03 04 2C 00 01 44 F3 Controller address Modbus function Register address 042Chex 1068dec Number of registers CRC Response Numbers in Hex 01 03 02 00 12 38 49 Controller address Modbus function Length of data 02hex 2 bytes read Data 0012hex 00010010bin CRC Binary inputs is 00010010 It means Binary input 2 and binary input 5 are active Note You can use modbus function 4 insted ...

Page 156: ...Feedback Controller I O 00002 Value 8235 Binary Inputs 3 Emergency Stop Controller I O We will read state of MCB Feedback binary input Request Numbers in Hex 01 01 00 01 00 01 AC 0A Controller address Modbus function Register address 0001hex 0001dec Number of registers CRC Response Numbers in Hex 01 01 01 01 90 48 Controller address Modbus function Length of data 01hex 1 byte read Data 01hex activ...

Page 157: ...ble List of commands and arguments page 152 Action Command code Argument Return value Engine start 0x01 0x01FE0000 0x000001FF Engine stop 0x01 0x02FD0000 0x000002FE Request 1 2 Numbers in Hex 01 10 10 6F 00 03 06 Controller address Modbus function 10hex 16dec Register address 106Fhex 4207dec Number of registers Data length in bytes Request 2 2 Numbers in Hex 01 FE 00 00 00 01 68 0B Argument Comman...

Page 158: ...ple the password is 1234 Request Numbers in Hex 01 06 10 73 04 D2 7C D1 Controller address Modbus function Register address 1073hex 4211dec Password 04D2hex 1234dec CRC Response for success Numbers in Hex 01 06 10 73 00 00 7C D1 Controller address Modbus function Register address 1073hex 4211dec Allways zero CRC Response for bad password Numbers in Hex 01 86 04 43 A3 Controller address Modbus exce...

Page 159: ... 01 06 0B C0 00 00 8B D2 Controller address Modbus function Register address 0BC0hex 3008dec Allways zero CRC Writen setpoint nominal power is 100 kW CRC calculation The check field allows the receiver to check the validity of the message The check field value is the Cyclical Redundancy Check CRC based on the polynomial x16 x15 x2 1 CRC is counted from all message bytes preceding the check field O...

Page 160: ... registers Request Numbers in Hex 00 00 00 00 00 06 01 03 04 1D 00 01 transaction identifier usually 0 protocol identifier usually 0 Length of data bytes following Controller address Modbus function Register address 041Dhex 1053dec Number of registers Response Numbers in Hex 00 00 00 00 00 05 01 03 02 00 F0 transaction identifier usually 0 protocol identifier usually 0 Length of data bytes followi...

Page 161: ...ibration 5 25 Hz 1 6 mm 25 100 Hz a 4 g Shocks a 500 m s2 Surrounding air temperature rating 70 C Suitable for pollution degree 2 Operating conditions Measurement inputs 3ph n Gen voltage 3ph n Mains Measurement range 277 V ph n Max allowed voltage 350 V ph n Accuracy 1 Frequency range 40 70 Hz accuracy 0 1 Hz Input impedance 0 72 MΩ ph ph 0 36 MΩ ph n Voltage measurement Type Build in monochromat...

Page 162: ...InteliMains 210 Global Guide 162 8 Appendix 8 1 Controller objects 163 8 2 Alarms 504 8 3 Modules 538 6 back to Table of contents ...

Page 163: ...nteliMains 210 Global Guide 163 8 1 Controller objects 8 1 1 Setpoints 164 8 1 2 Values 364 8 1 3 Logical binary inputs 399 8 1 4 Logical binary outputs 434 8 1 5 Logical analog inputs 462 8 1 6 PLC 491 ...

Page 164: ... of baseload setpoint via Modbus The setpoints are stored in EEPROM memory which can be overwritten up to 105 times without risk of damage or data loss but it may become damaged when the allowed number of writing cycles is exceeded List of setpoint groups Group Process Control 170 Group Basic settings 175 Group Communication Settings 181 Group Bus Right Settings 182 Group Bus Left Settings 185 Gro...

Page 165: ...age Unbalance Delay 183 Bus Right Overfrequency 184 Bus Right Underfrequency184 Bus Right Frequency Delay 184 Bus Measurement Error 191 Bus Left Settings Overload BOR 185 Overload Wrn 185 Overload Delay 185 Short Circuit BOR 186 Short Circuit BOR Delay 186 IDMT Overcurrent 187 Current Unbalance 188 Current Unbalance Delay 188 Bus Left Overvoltage 188 Bus Left Undervoltage 188 Bus Left Voltage Dela...

Page 166: ...9 Analog Protection 7 Sd 219 Analog Protection 7 Delay 219 Analog Switch 7 On 220 Analog Switch 7 Off 220 Analog Protection 8 Wrn 221 Analog Protection 8 Sd 221 Analog Protection 8 Delay 221 Analog Switch 8 On 222 Analog Switch 8 Off 222 Analog Protection 9 Wrn 223 Analog Protection 9 Sd 223 Analog Protection 9 Delay 223 Analog Switch 9 On 224 Analog Switch 9 Off 224 Analog Protection 10 Wrn 225 A...

Page 167: ...2 Weekends 261 Timer 2 Day 261 Timer 2 Repeat Day 261 Timer 2 Repeated Day In Week 262 Timer 2 Repeat Day In Month 262 Timer 2 Repeat Week In Month 262 Plug In Modules Slot A 262 Slot B 263 Communication Modules COM1 Mode 263 COM1 Communication Speed 263 COM1 MODBUS Communication Speed 264 COM2 Mode 264 COM2 Communication Speed 264 COM2 MODBUS Communication Speed 265 Mode 265 APN Name 265 APN User...

Page 168: ...Ph 3 299 Nominal Current 3 299 Connection type 3 299 PLC PLC Setpoint 1 300 PLC Setpoint 2 301 PLC Setpoint 3 302 PLC Setpoint 4 303 PLC Setpoint 5 304 PLC Setpoint 6 305 PLC Setpoint 7 306 PLC Setpoint 8 307 PLC Setpoint 9 308 PLC Setpoint 10 309 PLC Setpoint 11 310 PLC Setpoint 12 311 PLC Setpoint 13 312 PLC Setpoint 14 313 PLC Setpoint 15 314 PLC Setpoint 16 315 PLC Setpoint 17 316 PLC Setpoint...

Page 169: ...PLC Setpoint 61 360 PLC Setpoint 62 361 PLC Setpoint 63 362 PLC Setpoint 64 363 InteliMains 210 Global Guide 169 ...

Page 170: ...aded gen sets will be loaded at the same level relative to gen set nominal power Load sharing regulation loop is active Note The Loadsharing mode shall be used in case a IM210 controller is present in the system In systems without IM210 the setpoint must be in the Baseload position Note The power factor PF is regulated to constant level given by the setpoint System PF Control PTM page 170 in paral...

Page 171: ...scription Required gen set power factor when the group of gen sets is running parallel to the mains The PF is regulated locally in each controller by PF control regulation loop VARsharing is not active System Power Factor 6 back to List of setpoints Subgroup Mains coupling Setpoint group Process Control Related FW 2 0 0 Range units Enabled Disabled Default value Disabled Alternative config NO Step...

Page 172: ... Left Import page 367 value is measured via analog input accordingly LAI BUS IMPORT MEASUREMENT PAGE 490 Bus Power Measurement 6 back to List of setpoints Subgroup BTB Control Setpoint group Process Control Related FW 2 0 0 Range units Enabled Disabled Default value Disabled Alternative config NO Step Comm object 16047 Related applications BTB Description Setpoint for adjustment of the direction o...

Page 173: ... 16049 Related applications BTB Description Setpoint for setting the direction of synchronization This setpoint has to be set to Enable if on both sides are gen sets In case the setpoint is set to enable and even on one side is mains controller recognizes it and automatically adjust the direction of synchronization Synchronization R To L 6 back to List of setpoints Setpoint group Process Control R...

Page 174: ...ve config NO Step Comm object 11038 Related applications MCB MGCB BTB Description Setpoint adjusts behavior of BTB when there is dead bus Disable Closing to dead bus is disabled Controller in AUTO mode does not close breaker unless there is voltage on both sides LeftToRight Closing to dead bus is enabled only if there is healthy voltage on busL Controller in AUTO mode does not close breaker unless...

Page 175: ...Subgroup Power settings Setpoint group Basic settings Related FW 2 0 0 Range units 1 5 000 kW Default value 200 kW Alternative config Yes Step 1 kW Comm object 8276 Related applications MCB MGCB BTB Description Nominal power imported from the Bus Bus Overload BOR protection is based on this setpoint Nominal Bus Import 6 back to List of setpoints Subgroup Current settings Setpoint group Basic setti...

Page 176: ...ire Alternative config YES Step Comm object 11628 Related applications MCB MGCB Description Connection type Mono Phase Single phase voltage measurement L1 N 1x CT Current Transformer Split Phase Double Delta connection Split Phase Two phase voltage measurement L1 L2 with 180 phase shift 2x CT Current Transformer 3Ph3Wire Ungrounded Delta connection Open Delta Ungrounded Wye Corner Grounded Delta S...

Page 177: ...3 page 298 Nominal Voltage Ph N 6 back to List of setpoints Setpoint group Basic settings Related FW 2 0 0 Range units 80 40 000 V Default value 400 V Alternative config YES Step 1 V Comm object 11657 Related applications MCB MGCB BTB Description Nominal system voltage phase to phase Note To lock this setpoint against editing you also have to lock setpoint Nominal Voltage Ph Ph 1 page 295 Nominal ...

Page 178: ...requency 2 page 296 and Nominal Frequency 3 page 298 Nominal Frequency 6 back to List of setpoints Subgroup Controller settings Setpoint group Basic settings Related FW 2 0 0 Range units OFF MAN AUTO TEST Default value OFF Alternative config NO Step Comm object 8315 Related applications MCB MGCB BTB Description This setpoint can be used for changing the Controller mode remotely e g via MODBUS Use ...

Page 179: ...e 6 back to List of setpoints Setpoint group Basic settings Related FW 2 0 0 Range units Disabled 1 255 min Default value Disabled Alternative config NO Step 1 min Comm object 10121 Related applications MCB MGCB BTB Description The display backlight is switched off when this timer exceed When setpoint is adjusted to disabled then the display will be backlighted all the time Backlight Timeout 6 bac...

Page 180: ...oup Engine settings Related FW 2 0 0 Range units 8 0 V Battery Overvoltage page 180 V Default value 18 0 V Alternative config NO Step 0 1 V Comm object 8387 Related applications MCB MGCB BTB Description Warning threshold for low battery voltage Battery Undervoltage 6 back to List of setpoints Setpoint group Engine settings Related FW 2 0 0 Range units Battery Undervoltage page 180 40 0 V Default v...

Page 181: ...B MGCB BTB Description Controller identification number It is possible to set controller address different from the default value 1 so that more controllers can be interconnected via RS485 and accessed e g from MODBUS terminal Note When opening connection to the controller it s address has to correspond with the setting in PC tool Controller Address 6 back to List of setpoints Subgroup RS485 Setti...

Page 182: ...n Settings Related FW 2 0 0 Range units 9600 19200 38400 57600 115200 bps Default value 9600 bps Alternative config NO Step Comm object 24141 Related applications MCB MGCB BTB Description If the MODBUS mode is selected on COM1 channel the MODBUS communication speed can be adjusted here RS485 MODBUS Speed 6 back to List of setpoints Group Bus Right Settings Subgroup Bus Right Voltage Limits Setpoin...

Page 183: ...B BTB Description Delay for Bus Right Undervoltage page 183 and Bus Right Overvoltage page 182 protection Bus Right Voltage Delay 6 back to List of setpoints Setpoint group Bus Right Settings Related FW 2 0 0 Range units 1 150 of Nominal Voltage Ph Ph page 177 Default value 10 Alternative config NO Step 1 of Nominal Voltage Ph Ph page 177 Comm object 8288 Related applications MCB MGCB BTB Descript...

Page 184: ...s Related FW 2 0 0 Range units 50 Bus Right Overfrequency page 184 Default value 98 0 Alternative config NO Step 1 0 of Nominal Frequency page 178 Comm object 9689 Related applications MCB MGCB BTB Description Threshold for Bus Right underfrequency Bus Right Underfrequency 6 back to List of setpoints Setpoint group Bus Right Settings Related FW 2 0 0 Range units 0 0 60 0 s Default value 0 5 s Alte...

Page 185: ... group Bus Left Settings Related FW 2 0 0 Range units 0 200 Default value 120 Alternative config NO Step 1 of Nominal Bus Import page 175 Comm object 9685 Related applications MCB MGCB BTB Description Threshold level for Bus Left overload in of Nominal power protection This is only warning Overload Wrn 6 back to List of setpoints Setpoint group Bus Left Settings Related FW 2 0 0 Range units 0 0 60...

Page 186: ... applications MCB MGCB BTB Description BOR occurs when current reaches this preset threshold Short Circuit BOR 6 back to List of setpoints Setpoint group Bus Left Settings Related FW 2 0 0 Range units 0 00 10 00 s Default value 0 04 s Alternative config YES Step 0 01 s Comm object 9991 Related applications MCB MGCB BTB Description Delay for Short Circuit BOR page 186 protection Short Circuit BOR D...

Page 187: ...onstant but depends on over current level according to the following formula I Overcurrent IDMT Delay Nominal Current Nominal Current gen Reaction time Note Reaction time is limited to 3600 s 60 minutes IDMT protection is not active for Reaction time values longer than 60 minutes Igen is maximal value of all measured phases of Bus Left current Table 8 1 EXAMPLE of Reaction time for different over ...

Page 188: ...to List of setpoints Subgroup Bus Left Voltage Limits Setpoint group Bus Left Settings Related FW 2 0 0 Range units Bus Left Undervoltage page 188 150 Default value 110 Alternative config NO Step 1 of Nominal Voltage Ph Ph page 177 Comm object 8305 Related applications MCB MGCB BTB Description Threshold for Bus Left overvoltage All three phases are checked Maximum out of three is used Bus Left Ove...

Page 189: ...GCB BTB Description Threshold for Bus Left voltage unbalance Bus Left Voltage Unbalance 6 back to List of setpoints Setpoint group Bus Left Settings Related FW 2 0 0 Range units 0 0 60 0 s Default value 2 0 s Alternative config NO Step 0 1 s Comm object 8447 Related applications MCB MGCB BTB Description Delay for Bus Left Voltage Unbalance page 189 protection Bus Left Voltage Unbalance Delay 6 bac...

Page 190: ... MCB MGCB BTB Description Threshold for Bus Left underfrequency Bus Left Underfrequency 6 back to List of setpoints Setpoint group Bus Left Settings Related FW 2 0 0 Range units 0 0 600 0 s Default value 0 5 s Alternative config NO Step 0 1 s Comm object 8311 Related applications MCB MGCB BTB Description Delay for Bus Left Underfrequency page 190 and Bus Left Overfrequency page 189 protection Bus ...

Page 191: ... group on CAN bus was closed The alarm is activated after 20 s however the MCB closing is blocked immediately for safety reasons MGCB application MCB and MGCB feedbacks were closed in AUTO mode Any GCB in power management group on CAN bus was closed The alarm is activated after 20 s however the MGCB closing is blocked immediately from safety reasons BTB application BTB feedback was closed in AUTO ...

Page 192: ... Alternative config NO Step Comm object 10593 Related applications MCB MGCB Description This setpoint adjusts priority auto swapping Disabled Optimalization is disabled Run Hours Equal This method changes the priorities not the setpoints itself to equalize running hours of the gen sets or to keep constant difference of running hours by the controller adjusted via setpoint Run Hours Max Difference ...

Page 193: ...s the delay of the system deactivation after the binary input REMOTE START STOP PAGE 433 has been deactivated System Stop Delay 6 back to List of setpoints Subgroup Load Reserve Set 1 Setpoint group Power Management Related FW 2 0 0 Range units 0 Stopping Load Reserve 1 page 194 kW Default value 60 kW Alternative config NO Step 1 kW Comm object 8489 Related applications MCB MGCB Description This s...

Page 194: ...used Note See Power management page 78 chapter for more information Stopping Load Reserve 1 6 back to List of setpoints Setpoint group Power Management Related FW 2 0 0 Range units 0 Stopping Rel Load Reserve 1 page 195 Default value 60 Alternative config NO Step 1 Comm object 10648 Related applications MCB MGCB Description This setpoint is used to adjust the load reserve for start of next gen set...

Page 195: ... management page 78 chapter for more information Stopping Rel Load Reserve 1 6 back to List of setpoints Subgroup Load Reserve Set 2 Setpoint group Power Management Related FW 2 0 0 Range units 0 Stopping Load Reserve 2 page 196 kW Default value 410 kW Alternative config NO Step 1 kW Comm object 8490 Related applications MCB MGCB Description This setpoint is used to adjust the load reserve for sta...

Page 196: ...used Note See Power management page 78 chapter for more information Stopping Load Reserve 2 6 back to List of setpoints Setpoint group Power Management Related FW 2 0 0 Range units 0 Stopping Rel Load Reserve 2 page 197 Default value 60 Alternative config NO Step 1 Comm object 10649 Related applications MCB MGCB Description This setpoint is used to adjust the load reserve for start of next gen set...

Page 197: ...n Stopping Rel Load Reserve 2 6 back to List of setpoints Subgroup Minimal Running Power Setpoint group Power Management Related FW 2 0 0 Range units 0 65 000 kW Default value 210 kw Alternative config NO Step 1 kW Comm object 9584 Related applications MCB MGCB Description This setpoint is used to adjust certain minimum value of the sum of nominal power of all running gen sets If the function is a...

Page 198: ...t 8494 Related applications MCB MGCB Description This setpoint adjusts the delay for stopping the gen set after the reserve has risen above the reserve for stop Next Engine Stop Delay 6 back to List of setpoints Setpoint group Power Management Related FW 2 0 0 Range units 0 600 s Default value 60 s Alternative config NO Step 1 s Comm object 8495 Related applications MCB MGCB Description This setpo...

Page 199: ...d Next Start Level page 199 right after the delay Overload Next Start Delay page 199 Overload Next Start Protection 6 back to List of setpoints Setpoint group Power Management Related FW 2 0 0 Range units 0 100 Default value 80 Alternative config NO Step 1 Comm object 14941 Related applications MCB MGCB Description Threshold level for Overload Next Start Protection page 199 Overload Next Start Lev...

Page 200: ...ions MINT Description Running hours base corrects actual Running hours differences between particular gen sets Example Gen set 1 actual Running hours 1000 h Gen set 2 actual Running hours 2000 h Adjust this setpoint for Gen set 1 1000 h and for Gen set 2 2000 h to be on the same base for Running Hours Equalization Note This function is not supported in BTB application Run Hours Base 6 back to List...

Page 201: ...up to get more information on this function please refer to the chapter Control groups page 95 to which the particular gen set belongs If there aren t logical groups at the site adjust the setpoint to 1 Note This function is not supported in BTB application Control Group 6 back to List of setpoints Setpoint group Power Management Related FW 2 0 0 Range units 1 2 32 Default value 1 s Alternative co...

Page 202: ...up Link R 6 back to List of setpoints Group Load Control Subgroup Regulation Loops Setpoint group Load Control Related FW 2 0 0 Range units 0 0 200 0 Default value 10 0 Alternative config NO Step 0 1 Comm object 8715 Related applications MCB MGCB BTB Description This setpoint adjusts the gain factor P factor of the frequency control PI loop Note See the chapter Regulation loops page 100 for more i...

Page 203: ...nts Group Voltage PF Control Subgroup Regulation Loops Setpoint group Voltage PF Control Related FW 2 0 0 Range units 0 0 200 0 Default value 10 0 Alternative config NO Step 0 1 Comm object 8501 Related applications MCB MGCB BTB Description This setpoint adjusts the gain factor P factor of the voltage control PI loop Note See the chapter Regulation loops page 100 for more information Voltage Gain ...

Page 204: ...y page 205 Mains frequency in SPtM Bus frequency in MINT application When this frequency is reached Dwell Time page 205 starts countdown After that the command for breaker closing is activated The closing breaker command is issued in advance due to latency of breakers adjusted via setpoints MGCB Latency page 206 and MCB Latency page 206 Note Condition of Voltage Window page 205 has to be also fulf...

Page 205: ...phase angle between the Bus Right and Bus Left voltages for synchronization Phase Window 6 back to List of setpoints Setpoint group Synchronisation Related FW 2 0 0 Range units 0 0 25 0 s Default value 0 3 s Alternative config NO Step 0 1 s Comm object 8653 Related applications MCB MGCB BTB Description The period of time that the phase angle difference must be within Phase Window page 205 and volt...

Page 206: ...ge units 20 1 000 ms Default value 80 ms Alternative config NO Step 1 ms Comm object 14800 Related applications MCB MGCB BTB Description Latency of MGCB IMPORTANT This setpoint is enable when Synchronization Type page 204 has Split Synchro value MGCB Latency 6 back to List of setpoints Setpoint group Synchronisation Related FW 2 0 0 Range units 20 1 000 ms Default value 80 ms Alternative config NO...

Page 207: ...units the range is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 9260 Related applications MCB MGCB BTB Description Shutdown or BOC threshold level for AIN PROT01 PAGE 464 Note These setpoints are used only if LAI AIN PROT01 PAGE 464 is adjusted to required protection type O...

Page 208: ...ITCH 01 PAGE 484 analog input Image 8 2 General analog input 1 switch Analog Switch 1 On 6 back to List of setpoints Setpoint group General Analog Inputs Related FW 2 0 0 Range units the range is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 11410 Related applications MCB MG...

Page 209: ...nge is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 9263 Related applications MCB MGCB Description Shutdown or BOC threshold level for AIN PROT02 PAGE 465 Note These setpoints are used only if LAI AIN PROT02 PAGE 465 is adjusted to required protection type Otherwise these s...

Page 210: ...ITCH 02 PAGE 484 analog input Image 8 4 General analog input 2 switch Analog Switch 2 On 6 back to List of setpoints Setpoint group General Analog Inputs Related FW 2 0 0 Range units the range is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 11411 Related applications MCB MG...

Page 211: ...e is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 9266 Related applications MCB MGCB BTB Description Shutdown or BOC threshold level for AIN PROT03 PAGE 466 Note These setpoints are used only if LAI AIN PROT03 PAGE 466 is adjusted to required protection type Otherwise these...

Page 212: ...ITCH 03 PAGE 484 analog input Image 8 6 General analog input 3 switch Analog Switch 3 On 6 back to List of setpoints Setpoint group General Analog Inputs Related FW 2 0 0 Range units the range is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 11412 Related applications MCB MG...

Page 213: ...e is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 9269 Related applications MCB MGCB BTB Description Shutdown or BOC threshold level for AIN PROT04 PAGE 467 Note These setpoints are used only if LAI AIN PROT04 PAGE 467 is adjusted to required protection type Otherwise these...

Page 214: ...ITCH 04 PAGE 485 analog input Image 8 8 General analog input 4 switch Analog Switch 4 On 6 back to List of setpoints Setpoint group General Analog Inputs Related FW 2 0 0 Range units the range is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 14386 Related applications MCB MG...

Page 215: ...e is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 9272 Related applications MCB MGCB BTB Description Shutdown or BOC threshold level for AIN PROT05 PAGE 468 Note These setpoints are used only if LAI AIN PROT05 PAGE 468 is adjusted to required protection type Otherwise these...

Page 216: ...TCH 05 PAGE 485 analog input Image 8 10 General analog input 4 switch Analog Switch 5 On 6 back to List of setpoints Setpoint group General Analog Inputs Related FW 2 0 0 Range units the range is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 14979 Related applications MCB MG...

Page 217: ...e is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 9275 Related applications MCB MGCB BTB Description Shutdown or BOC threshold level for AIN PROT06 PAGE 469 Note These setpoints are used only if LAI AIN PROT06 PAGE 469 is adjusted to required protection type Otherwise these...

Page 218: ...TCH 04 PAGE 485 analog input Image 8 12 General analog input 4 switch Analog Switch 6 On 6 back to List of setpoints Setpoint group General Analog Inputs Related FW 2 0 0 Range units the range is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 14980 Related applications MCB MG...

Page 219: ...e is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 9278 Related applications MCB MGCB BTB Description Shutdown or BOC threshold level for AIN PROT07 PAGE 470 Note These setpoints are used only if LAI AIN PROT07 PAGE 470 is adjusted to required protection type Otherwise these...

Page 220: ...TCH 04 PAGE 485 analog input Image 8 14 General analog input 4 switch Analog Switch 7 On 6 back to List of setpoints Setpoint group General Analog Inputs Related FW 2 0 0 Range units the range is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 14981 Related applications MCB MG...

Page 221: ...e is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 9281 Related applications MCB MGCB BTB Description Shutdown or BOC threshold level for AIN PROT08 PAGE 471 Note These setpoints are used only if LAI AIN PROT08 PAGE 471 is adjusted to required protection type Otherwise these...

Page 222: ...TCH 04 PAGE 485 analog input Image 8 16 General analog input 4 switch Analog Switch 8 On 6 back to List of setpoints Setpoint group General Analog Inputs Related FW 2 0 0 Range units the range is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 14982 Related applications MCB MG...

Page 223: ...e is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 9284 Related applications MCB MGCB BTB Description Shutdown or BOC threshold level for AIN PROT09 PAGE 472 Note These setpoints are used only if LAI AIN PROT09 PAGE 472 is adjusted to required protection type Otherwise these...

Page 224: ...TCH 04 PAGE 485 analog input Image 8 18 General analog input 4 switch Analog Switch 9 On 6 back to List of setpoints Setpoint group General Analog Inputs Related FW 2 0 0 Range units the range is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 14983 Related applications MCB MG...

Page 225: ...e is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 9287 Related applications MCB MGCB BTB Description Shutdown or BOC threshold level for AIN PROT10 PAGE 473 Note These setpoints are used only if LAI AIN PROT10 PAGE 473 is adjusted to required protection type Otherwise these...

Page 226: ...CH 04 PAGE 485 analog input Image 8 20 General analog input 4 switch Analog Switch 10 On 6 back to List of setpoints Setpoint group General Analog Inputs Related FW 2 0 0 Range units the range is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 14984 Related applications MCB MG...

Page 227: ...e is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 9290 Related applications MCB MGCB BTB Description Shutdown or BOC threshold level for AIN PROT11 PAGE 474 Note These setpoints are used only if LAI AIN PROT11 PAGE 474 is adjusted to required protection type Otherwise these...

Page 228: ...CH 04 PAGE 485 analog input Image 8 22 General analog input 4 switch Analog Switch 11 On 6 back to List of setpoints Setpoint group General Analog Inputs Related FW 2 0 0 Range units the range is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 14985 Related applications MCB MG...

Page 229: ...e is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 9293 Related applications MCB MGCB BTB Description Shutdown or BOC threshold level for AIN PROT12 PAGE 475 Note These setpoints are used only if LAI AIN PROT12 PAGE 475 is adjusted to required protection type Otherwise these...

Page 230: ...CH 04 PAGE 485 analog input Image 8 24 General analog input 4 switch Analog Switch 12 On 6 back to List of setpoints Setpoint group General Analog Inputs Related FW 2 0 0 Range units the range is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 14986 Related applications MCB MG...

Page 231: ...e is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 9296 Related applications MCB MGCB BTB Description Shutdown or BOC threshold level for AIN PROT13 PAGE 476 Note These setpoints are used only if LAI AIN PROT13 PAGE 476 is adjusted to required protection type Otherwise these...

Page 232: ...CH 04 PAGE 485 analog input Image 8 26 General analog input 4 switch Analog Switch 13 On 6 back to List of setpoints Setpoint group General Analog Inputs Related FW 2 0 0 Range units the range is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 14987 Related applications MCB MG...

Page 233: ...e is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 9299 Related applications MCB MGCB BTB Description Shutdown or BOC threshold level for AIN PROT14 PAGE 477 Note These setpoints are used only if LAI AIN PROT14 PAGE 477 is adjusted to required protection type Otherwise these...

Page 234: ...CH 04 PAGE 485 analog input Image 8 28 General analog input 4 switch Analog Switch 14 On 6 back to List of setpoints Setpoint group General Analog Inputs Related FW 2 0 0 Range units the range is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 14988 Related applications MCB MG...

Page 235: ...e is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 9302 Related applications MCB MGCB BTB Description Shutdown or BOC threshold level for AIN PROT15 PAGE 478 Note These setpoints are used only if LAI AIN PROT15 PAGE 478 is adjusted to required protection type Otherwise these...

Page 236: ...CH 04 PAGE 485 analog input Image 8 30 General analog input 4 switch Analog Switch 15 On 6 back to List of setpoints Setpoint group General Analog Inputs Related FW 2 0 0 Range units the range is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 14989 Related applications MCB MG...

Page 237: ...e is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 9305 Related applications MCB MGCB BTB Description Shutdown or BOC threshold level for AIN PROT16 PAGE 479 Note These setpoints are used only if LAI AIN PROT16 PAGE 479 is adjusted to required protection type Otherwise these...

Page 238: ...CH 04 PAGE 485 analog input Image 8 32 General analog input 4 switch Analog Switch 16 On 6 back to List of setpoints Setpoint group General Analog Inputs Related FW 2 0 0 Range units the range is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 14990 Related applications MCB MG...

Page 239: ...e is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 9308 Related applications MCB MGCB BTB Description Shutdown or BOC threshold level for AIN PROT17 PAGE 480 Note These setpoints are used only if LAI AIN PROT17 PAGE 480 is adjusted to required protection type Otherwise these...

Page 240: ...CH 04 PAGE 485 analog input Image 8 34 General analog input 4 switch Analog Switch 17 On 6 back to List of setpoints Setpoint group General Analog Inputs Related FW 2 0 0 Range units the range is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 14991 Related applications MCB MG...

Page 241: ...e is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 9311 Related applications MCB MGCB BTB Description Shutdown or BOC threshold level for AIN PROT18 PAGE 481 Note These setpoints are used only if LAI AIN PROT18 PAGE 481 is adjusted to required protection type Otherwise these...

Page 242: ...CH 04 PAGE 485 analog input Image 8 36 General analog input 4 switch Analog Switch 18 On 6 back to List of setpoints Setpoint group General Analog Inputs Related FW 2 0 0 Range units the range is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 14992 Related applications MCB MG...

Page 243: ...e is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 9314 Related applications MCB MGCB BTB Description Shutdown or BOC threshold level for AIN PROT19 PAGE 482 Note These setpoints are used only if LAI AIN PROT19 PAGE 482 is adjusted to required protection type Otherwise these...

Page 244: ...CH 04 PAGE 485 analog input Image 8 38 General analog input 4 switch Analog Switch 19 On 6 back to List of setpoints Setpoint group General Analog Inputs Related FW 2 0 0 Range units the range is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 14993 Related applications MCB MG...

Page 245: ...e is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 9317 Related applications MCB MGCB BTB Description Shutdown or BOC threshold level for AIN PROT20 PAGE 483 Note These setpoints are used only if LAI AIN PROT20 PAGE 483 is adjusted to required protection type Otherwise these...

Page 246: ...CH 04 PAGE 485 analog input Image 8 40 General analog input 4 switch Analog Switch 20 On 6 back to List of setpoints Setpoint group General Analog Inputs Related FW 2 0 0 Range units the range is defined by analog sensor curve Default value the value is defined by analog sensor curve Alternative config NO Step the step is defined by analog sensor curve Comm object 14994 Related applications MCB MG...

Page 247: ...e 6 back to List of setpoints Setpoint group Scheduler Related FW 2 0 0 Range units Disabled Condition Always Default value DISABLED Alternative config NO Step Comm object 10532 Related applications MCB MGCB BTB Description The setpoint selects the Time stamp function mode Disabled The function is disabled Condition While the binary input TIME STAMP ACT PAGE 433 is active the Time stamps records a...

Page 248: ...etpoints Setpoint group Scheduler Related FW 2 0 0 Range units Disabled Winter Summer Winter S Summer S Default value Disabled Alternative config NO Step Comm object 8727 Related applications MCB MGCB BTB Description Behavior of switching between winter and summer time Disable Automatic switching between summer and wintertime is disabled Winter Summer Automatic switching between summer and wintert...

Page 249: ... are Timer 1 Function page 250 Timer 1 Repetition page 250 Timer 1 First Occur Date page 251 Timer 1 First Occur Time page 251 Timer 1 Duration page 251 Timer 1 Repeated page 252 Timer 1 Repeat Day page 254 Timer 1 Day page 254 Timer 1 Repeated Day In Week page 255 Timer 1 Repeat Day In Month page 255 Timer 1 Repeat Week In Month page 255 Timer 1 Refresh Period page 253 Timer 1 Weekends page 254 T...

Page 250: ...g Disable The Timer is disabled No Func There is no any other function only binary output of timer is activated TEST When this option is chosen then the binary output of timer is internally connected to the binary input Remote TEST TEST OnLd When this option is chosen then the binary output of timer is internally connected to the Remote TEST On Load binary input MFail Blk When this option is chose...

Page 251: ...point group Scheduler Related FW 2 0 0 Range units HH MM Default value 00 00 Alternative config NO Step Comm object 0 Related applications MCB MGCB BTB Description Time of first occurrence of Timer 1 Function page 250 Timer 1 First Occur Time 6 back to List of setpoints Setpoint group Scheduler Related FW 2 0 0 Range units HH MM Default value 00 00 Alternative config NO Step Comm object 0 Related ...

Page 252: ...TB Description Repeated interval of Timer 1 Function page 250 Daily Timer 1 Function page 250 is repeated every day Weekly Timer 1 Function page 250 is repeated every week in chosen days Monthly Timer 1 Function page 250 is repeated in chosen day every month or in chosen days of chosen week of month Short Period Timer 1 Function page 250 is repeated in adjusted period Timer 1 Repeated 6 back to Li...

Page 253: ...nd week from first occurrence of Timer 1 Function page 250 the Timer 1 Function page 250 will be activated in selected days adjusted by Timer 1 Day page 254 Monthly Range units 1 12 month This setpoint adjust that every X month the timer will be activated Example If you have monthly repetition and you set this setpoint to 2 then every second month from first occurrence of Timer 1 Function page 250...

Page 254: ...ence date Timer 1 Weekends 6 back to List of setpoints Setpoint group Scheduler Related FW 2 0 0 Range units Monday Tuesday Wednesday Thursday Friday Saturday Sunday Default value All OFF Alternative config NO Step Comm object 0 Related applications MCB MGCB BTB Description Use this setpoint to include or exclude individual days of week To select the day use Up and Down buttons To change the value...

Page 255: ...points page 165 Setpoint group Scheduler Related FW 2 0 0 Range units 1 31 day Default value 0 Alternative config NO Step Comm object 0 Related applications MCB MGCB BTB Description Use this setpoint to chose the day in month when the Timer 1 Function page 250 will be activated Timer 1 Repeat Day In Month 6 back to List of setpoints Setpoint group Scheduler Related FW 2 0 0 Range units 1 5 week De...

Page 256: ... are Timer 2 Function page 257 Timer 2 Repetition page 257 Timer 2 First Occur Date page 258 Timer 2 First Occur Time page 258 Timer 2 Duration page 258 Timer 2 Repeated page 259 Timer 2 Repeat Day page 261 Timer 2 Day page 261 Timer 2 Repeated Day In Week page 262 Timer 2 Repeat Day In Month page 262 Timer 2 Repeat Week In Month page 262 Timer 2 Refresh Period page 260 Timer 2 Weekends page 261 T...

Page 257: ...g Disable The Timer is disabled No Func There is no any other function only binary output of timer is activated TEST When this option is chosen then the binary output of timer is internally connected to the binary input Remote TEST TEST OnLd When this option is chosen then the binary output of timer is internally connected to the Remote TEST On Load binary input MFail Blk When this option is chose...

Page 258: ...oint group Scheduler Related FW 2 0 0 Range units HH MM Default value 00 00 Alternative config NO Step Comm object 0 Related applications MCB MGCB BTB Description Time of first occurrence of Timer 2 Function page 257 Timer 2 First Occur Time 6 back to List of setpoints Setpoint group Scheduler Related FW 2 0 0 Range units HH MM Default value 00 00 Alternative config NO Step Comm object 0 Related a...

Page 259: ...B Description Repeated interval of Timer 2 Function page 257 Daily Timer 2 Function page 257 is repeated every day Weekly Timer 2 Function page 257 is repeated every week in chosen days Monthly Timer 2 Function page 257 is repeated in chosen day every month or in chosen days of chosen week of month Short Period Timer 2 Function page 257 is repeated in adjusted period Timer 2 Repeated 6 List of set...

Page 260: ...nd week from first occurrence of Timer 2 Function page 257 the Timer 2 Function page 257 will be activated in selected days adjusted by Timer 2 Day page 261 Monthly Range units 1 12 month This setpoint adjust that every X month the timer will be activated Example If you have monthly repetition and you set this setpoint to 2 then every second month from first occurrence of Timer 2 Function page 257...

Page 261: ...ence date Timer 2 Weekends 6 back to List of setpoints Setpoint group Scheduler Related FW 2 0 0 Range units Monday Tuesday Wednesday Thursday Friday Saturday Sunday Default value All OFF Alternative config NO Step Comm object 0 Related applications MCB MGCB BTB Description Use this setpoint to include or exclude individual days of week To select the day use Up and Down buttons To change the value...

Page 262: ...0 Related applications MCB MGCB BTB Description Use this setpoint to chose the day in month when the Timer 2 Function page 257 will be activated Timer 2 Repeat Day In Month 6 back to List of setpoints Setpoint group Scheduler Related FW 2 0 0 Range units 1 5 week Default value 1 week Alternative config NO Step 1 week Comm object 0 Related applications MCB MGCB BTB Description This setpoint adjust ...

Page 263: ...tions MCB MGCB BTB Description Communication protocol switch for the COM1 channel Direct InteliConfig communication protocol via serial cable MODBUS MODBUS protocol COM1 Mode 6 back to List of setpoints Setpoint group CM RS232 485 Related FW 2 0 0 Range units 9600 19200 38400 57600 115200 bps Default value 57600 bps Alternative config NO Step Comm object 24341 Related applications MCB MGCB BTB Des...

Page 264: ... 24451 Related applications MCB MGCB BTB Description Communication protocol switch for the COM2 channel Direct InteliConfig communication protocol via serial cable MODBUS MODBUS protocol COM2 Mode 6 back to List of setpoints Setpoint group CM RS232 485 Related FW 2 0 0 Range units 9600 19200 38400 57600 115200 bps Default value 57600 bps Alternative config NO Step Comm object 24340 Related applica...

Page 265: ... MCB MGCB BTB Description This setpoint adjust the communication mode of module Email SMS Controller is connected to the Internet and is able to send e mails as well as SMS The controller is also accessible via AirGate Internet enabled SIM card must be used Also APN Name page 275 has to be adjusted SMS Only Only SMS are sent Internet enabled SIM card is not required IMPORTANT When this setpoint is...

Page 266: ...bject 24360 Related applications MCB MGCB BTB Description User password for the GPRS 4G Access Point if authentication is required But mostly it is not required and should be left blank APN User Password 6 back to List of setpoints Setpoint group CM GPRS CM 4G GPS CM Ethernet Related FW 2 0 0 Range units 0 63 characters Default value Alternative config NO Step Comm object 24298 Related application...

Page 267: ...g NO Step Comm object 24145 Related applications MCB MGCB BTB Description Enter in this setpoint a valid e mail address where the alarm and event e mails shall be sent Leave this setpoint blank if alarm and event email should not be send Note This setpoint is common for CM Ethernet CM GPRS and CM 4G GPS modules Email Address 3 6 back to List of setpoints Setpoint group CM GPRS CM 4G GPS CM Etherne...

Page 268: ...t group CM GPRS CM 4G GPS Related FW 2 0 0 Range units 0 31 characters Default value Alternative config NO Step Comm object 24313 Related applications MCB MGCB BTB Description Use this setpoint to enter the username for the SMTP server Leave the setpoint blank if the SMTP server does not require authentication SMTP User Name 6 back to List of setpoints Setpoint group CM GPRS CM 4G GPS Related FW 2...

Page 269: ...ate SMTP server at airgate comap cz may be used Ports 25 and 9925 are supported After controller connects to AirGate for the first time or with new public IP address it may not be able to send emails for first 5 10 minutes SMTP Server Address 6 back to List of setpoints Setpoint group CM GPRS CM 4G GPS Related FW 2 0 0 Range units 0 31 characters Default value Alternative config NO Step Comm objec...

Page 270: ...the respective problem actually occurred Note This setpoint is common for CM Ethernet CM GPRS and CM 4G GPS modules Time Zone 6 back to List of setpoints Setpoint group CM GPRS CM 4G GPS CM Ethernet Related FW 2 0 0 Range units ON OFF Default value ON Alternative config NO Step Comm object 10926 Related applications MCB MGCB BTB Description This setpoint enables or disables Event Messages This set...

Page 271: ... Description This setpoint enables or disables Sd Messages This setpoint is common for CM Ethernet CM GPRS and CM 4G GPS modules Sd Messages 6 back to List of setpoints Setpoint group CM GPRS CM 4G GPS Related FW 2 0 0 Range units 0 31 characters Default value Alternative config NO Step Comm object 24296 Related applications MCB MGCB BTB Description Enter in this setpoint either a valid GSM phone ...

Page 272: ...iption Enter in this setpoint either a valid GSM phone number where the alarm messages shall be sent For GSM numbers use either the national format i e the number you would dial if you wanted to make a local call or the full international format beginning with a character followed by the country prefix IMPORTANT Telephone number has to be entered without spaces Telephone Number 3 6 back to List of...

Page 273: ...RS or via CM 4G GPS DISABLED Only SMS are sent Internet enabled SIM card is not required AirGate is not used ENABLED This mode uses the AirGate service Internet enabled SIM card must be used The AirGate server address is adjusted by the setpoint AirGate Address page 293 IMPORTANT When this setpoint is changed the controller has to be restarted to apply changes AirGate Connection 6 back to List of ...

Page 274: ... used this setpoint has to be adjusted to 23 Note This setpoint is common for CM Ethernet CM GPRS and CM 4G GPS modules ComAp TCP Port 6 back to List of setpoints Group CM 4G GPS Setpoint group CM GPRS CM 4G GPS Related FW 2 0 0 Range units Email SMS SMS Only Default value Email SMS Alternative config NO Step Comm object 24315 Related applications MCB MGCB BTB Description This setpoint adjust the ...

Page 275: ... 0 Range units 0 31 characters Default value Alternative config NO Step Comm object 24363 Related applications MCB MGCB BTB Description APN Access Point Name of the GPRS 4G network provided by GSM operator APN Name 6 back to List of setpoints Setpoint group CM GPRS CM 4G GPS Related FW 2 0 0 Range units 0 15 characters Default value Alternative config NO Step Comm object 24361 Related applications...

Page 276: ... Description Enter in this setpoint a valid e mail address where the alarm and event e mails shall be sent Leave this setpoint blank if alarm and event email should not be send Note This setpoint is common for CM Ethernet CM GPRS and CM 4G GPS modules Email Address 1 6 back to List of setpoints Setpoint group CM GPRS CM 4G GPS CM Ethernet Related FW 2 0 0 Range units 0 63 characters Default value ...

Page 277: ...g NO Step Comm object 24144 Related applications MCB MGCB BTB Description Enter in this setpoint a valid e mail address where the alarm and event e mails shall be sent Leave this setpoint blank if alarm and event email should not be send Note This setpoint is common for CM Ethernet CM GPRS and CM 4G GPS modules Email Address 4 6 back to List of setpoints Setpoint group CM GPRS CM 4G GPS CM Etherne...

Page 278: ...tion SMTP User Password 6 back to List of setpoints Setpoint group CM GPRS CM 4G GPS Related FW 2 0 0 Range units 0 31 characters Default value airgate comap cz 9925 Alternative config NO Step Comm object 24311 Related applications MCB MGCB BTB Description This setpoint is used for entering the domain name e g smtp yourprovider com or IP address e g 74 125 39 109 or number of port with colon like ...

Page 279: ...setpoints Setpoint group CM GPRS CM 4G GPS CM Ethernet Related FW 2 0 0 Range units GMT 12 00 GMT 13 00 hours Default value GMT 1 00 hour Alternative config NO Step Comm object 24366 Related applications MCB MGCB BTB 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 posi...

Page 280: ...FW 2 0 0 Range units ON OFF Default value ON Alternative config NO Step Comm object 8482 Related applications MCB MGCB BTB Description This setpoint enables or disables Wrn Messages This setpoint is common for CM Ethernet CM GPRS and CM 4G GPS modules Wrn Message 6 back to List of setpoints Setpoint group CM GPRS CM 4G GPS CM Ethernet Related FW 2 0 0 Range units ON OFF Default value ON Alternativ...

Page 281: ...either the national format i e the number you would dial if you wanted to make a local call or the full international format beginning with a character followed by the country prefix IMPORTANT Telephone number has to be entered without spaces Telephone Number 1 6 back to List of setpoints Setpoint group CM GPRS CM 4G GPS Related FW 2 0 0 Range units 0 31 characters Default value Alternative config...

Page 282: ...try prefix IMPORTANT Telephone number has to be entered without spaces Telephone Number 3 6 back to List of setpoints Setpoint group CM GPRS CM 4G GPS Related FW 2 0 0 Range units 0 31 characters Default value Alternative config NO Step Comm object 24142 Related applications MCB MGCB BTB Description Enter in this setpoint either a valid GSM phone number where the alarm messages shall be sent For G...

Page 283: ...AirGate server address is adjusted by the setpoint AirGate Address page 293 IMPORTANT When this setpoint is changed the controller has to be restarted to apply changes AirGate Connection 6 back to List of setpoints Setpoint group CM GPRS CM 4G GPS CM Ethernet Related FW 2 0 0 Range units Default value airgate comap cz Alternative config NO Step Comm object 24364 Related applications MCB MGCB BTB D...

Page 284: ...ddress among many controllers or to overcome a firewall restrictions IMPORTANT If AirGate is used this setpoint has to be adjusted to 23 Note This setpoint is common for CM Ethernet CM GPRS and CM 4G GPS modules ComAp TCP Port 6 back to List of setpoints Group CM Ethernet Setpoint group CM GPRS CM 4G GPS CM Ethernet Related FW 2 0 0 Range units 0 63 characters Default value Alternative config NO S...

Page 285: ...g NO Step Comm object 24145 Related applications MCB MGCB BTB Description Enter in this setpoint a valid e mail address where the alarm and event e mails shall be sent Leave this setpoint blank if alarm and event email should not be send Note This setpoint is common for CM Ethernet CM GPRS and CM 4G GPS modules Email Address 3 6 back to List of setpoints Setpoint group CM GPRS CM 4G GPS CM Etherne...

Page 286: ... BTB 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 con...

Page 287: ... 2 0 0 Range units ON OFF Default value ON Alternative config NO Step Comm object 10566 Related applications MCB MGCB BTB Description This setpoint enables or disables BOC Messages This setpoint is common for CM Ethernet CM GPRS and CM 4G GPS modules BOC Message 6 back to List of setpoints Setpoint group CM GPRS CM 4G GPS CM Ethernet Related FW 2 0 0 Range units ON OFF Default value ON Alternative...

Page 288: ... SMTP User Password 6 back to List of setpoints Setpoint group CM Ethernet Related FW 2 0 0 Range units 0 31 characters Default value airgate comap cz 9925 Alternative config NO Step Comm object 24368 Related applications MCB MGCB BTB Description This setpoint is used for entering the domain name e g smtp yourprovider com or IP address e g 74 125 39 109 or number of port with colon like a first ma...

Page 289: ...nfig NO Step Comm object 24259 Related applications MCB MGCB BTB Description The setpoint is used to select the method how the ethernet connection is adjusted DISABLED The Ethernet connection is fixed by means of the setpoints IP Addr NetMask GateIP DNS IP Address This method should be used for a classic Ethernet or internet connection When this type of connection opens the controller is specified...

Page 290: ...d to select the method how the Subnet Mask is adjusted If IP Address Mode page 289 is FIXED this setpoint is used to adjust the Subnet Mask Ask your IT specialist for help with this setting If IP Address Mode page 289 is AUTOMATIC this setpoint is inactive The Subnet Mask is assigned by the DHCP server Subnet Mask 6 back to List of setpoints Setpoint group CM Ethernet Related FW 2 0 0 Range units ...

Page 291: ...elated FW 2 0 0 Range units Valid IP address Default value 8 8 8 8 Alternative config NO Step Comm object 24331 Related applications MCB MGCB BTB Description The setpoint is used to select the method how the DNS Address 2 is adjusted If IP Address Mode page 289 is FIXED this setpoint is used to adjust the domain name server DNS which is needed to translate domain names in email addresses and serve...

Page 292: ...ring only for reading SNMP RD Community String 6 back to List of setpoints Setpoint group CM Ethernet Related FW 2 0 0 Range units 0 31 characters Default value private Alternative config NO Step Comm object 24334 Related applications MCB MGCB BTB Description SNMP Community String for writing and reading SNMP WR Community String 6 back to List of setpoints Setpoint group CM Ethernet Related FW 2 0...

Page 293: ...nswers the TCP IP queries addressed to it This mode requires the controller 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 ENABLED This mode enables the AirGate service The AirGate server address is adjusted by the setpoint AirGate Address page 293 Also the standard TCP IP is enabled AirGate Conn...

Page 294: ... 23 Note This setpoint is common for CM Ethernet CM GPRS and CM 4G GPS modules ComAp TCP Port 6 back to List of setpoints Group Alternate Configuration Subgroup Configuration 1 Setpoint group Basic settings Related FW 2 0 0 Range units 45 65 Hz Default value 50 Hz Alternative config YES Step 1 Hz Comm object 9913 Related applications MCB MGCB BTB Description Nominal system frequency usually 50 or ...

Page 295: ...B Description It is current limit for current protections and means maximal continuous current Note This value is used when any other alternate configuration is not active Nominal Current 1 6 back to List of setpoints Setpoint group Basic settings Related FW 2 0 0 Range units Monophase Splitphase 3Ph3Wire High Leg D 3Ph4Wire Default value 3Ph4Wire Alternative config YES Step Comm object 12058 Rela...

Page 296: ...Subgroup Configuration 2 Setpoint group Basic settings Related FW 2 0 0 Range units 45 65 Hz Default value 50 Hz Alternative config YES Step 1 Hz Comm object 9914 Related applications MCB MGCB BTB Description Nominal system frequency usually 50 or 60 Hz Note This value is used when binary input ALTERNATE CONFIG 2 PAGE 401 is active Nominal Frequency 2 6 back to List of setpoints Setpoint group Bas...

Page 297: ...B Description It is current limit for current protections and means maximal continuous current Note This value is used when binary input ALTERNATE CONFIG 2 PAGE 401 is active Nominal Current 2 6 back to List of setpoints Setpoint group Basic settings Related FW 2 0 0 Range units Monophase Splitphase 3Ph3Wire High Leg D 3Ph4Wire Default value 3Ph4Wire Alternative config YES Step Comm object 12059 R...

Page 298: ...ubgroup Configuration 3 Setpoint group Basic settings Related FW 2 0 0 Range units 45 65 Hz Default value 50 Hz Alternative config YES Step 1 Hz Comm object 15197 Related applications MCB MGCB BTB Description Nominal system frequency usually 50 or 60 Hz Note This value is used when binary input ALTERNATE CONFIG 3 PAGE 401 is active Nominal Frequency 3 6 back to List of setpoints Setpoint group Bas...

Page 299: ...TB Description It is current limit for current protections and means maximal continuous current Note This value is used when binary input ALTERNATE CONFIG 3 PAGE 401 is active Nominal Current 3 6 back to List of setpoints Setpoint group Basic settings Related FW 2 0 0 Range units Monophase Splitphase 3Ph3Wire High Leg D 3Ph4Wire Default value 3Ph4Wire Alternative config YES Step Comm object 12060 ...

Page 300: ...alue Depends on resolution of value Alternative config NO Step Depends on resolution of value Comm object 10440 Related applications MCB MGCB BTB Description Adjustable value for input in PLC logic Configuration of setpoint Configuration is made via configuration PC tool InteliConfig Image 8 42 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimensi...

Page 301: ...ration PC tool InteliConfig Image 8 43 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 302: ...ration PC tool InteliConfig Image 8 44 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 303: ...ration PC tool InteliConfig Image 8 45 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 304: ...ration PC tool InteliConfig Image 8 46 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 305: ...ration PC tool InteliConfig Image 8 47 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 306: ...ration PC tool InteliConfig Image 8 48 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 307: ...ration PC tool InteliConfig Image 8 49 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 308: ...ration PC tool InteliConfig Image 8 50 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 309: ...ration PC tool InteliConfig Image 8 51 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 310: ...ration PC tool InteliConfig Image 8 52 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 311: ...ration PC tool InteliConfig Image 8 53 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 312: ...ration PC tool InteliConfig Image 8 54 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 313: ...ration PC tool InteliConfig Image 8 55 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 314: ...ration PC tool InteliConfig Image 8 56 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 315: ...ration PC tool InteliConfig Image 8 57 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 316: ...ration PC tool InteliConfig Image 8 58 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 317: ...ration PC tool InteliConfig Image 8 59 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 318: ...ration PC tool InteliConfig Image 8 60 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 319: ...ration PC tool InteliConfig Image 8 61 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 320: ...ration PC tool InteliConfig Image 8 62 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 321: ...ration PC tool InteliConfig Image 8 63 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 322: ...ration PC tool InteliConfig Image 8 64 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 323: ...ration PC tool InteliConfig Image 8 65 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 324: ...ration PC tool InteliConfig Image 8 66 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 325: ...ration PC tool InteliConfig Image 8 67 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 326: ...ration PC tool InteliConfig Image 8 68 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 327: ...ration PC tool InteliConfig Image 8 69 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 328: ...ration PC tool InteliConfig Image 8 70 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 329: ...ration PC tool InteliConfig Image 8 71 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 330: ...ration PC tool InteliConfig Image 8 72 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 331: ...ration PC tool InteliConfig Image 8 73 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 332: ...ration PC tool InteliConfig Image 8 74 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 333: ...ration PC tool InteliConfig Image 8 75 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 334: ...ration PC tool InteliConfig Image 8 76 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 335: ...ration PC tool InteliConfig Image 8 77 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 336: ...ration PC tool InteliConfig Image 8 78 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 337: ...ration PC tool InteliConfig Image 8 79 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 338: ...ration PC tool InteliConfig Image 8 80 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 339: ...ration PC tool InteliConfig Image 8 81 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 340: ...ration PC tool InteliConfig Image 8 82 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 341: ...ration PC tool InteliConfig Image 8 83 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 342: ...ration PC tool InteliConfig Image 8 84 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 343: ...ration PC tool InteliConfig Image 8 85 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 344: ...ration PC tool InteliConfig Image 8 86 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 345: ...ration PC tool InteliConfig Image 8 87 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 346: ...ration PC tool InteliConfig Image 8 88 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 347: ...ration PC tool InteliConfig Image 8 89 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 348: ...ration PC tool InteliConfig Image 8 90 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 349: ...ration PC tool InteliConfig Image 8 91 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 350: ...ration PC tool InteliConfig Image 8 92 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 351: ...ration PC tool InteliConfig Image 8 93 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 352: ...ration PC tool InteliConfig Image 8 94 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 353: ...ration PC tool InteliConfig Image 8 95 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 354: ...ration PC tool InteliConfig Image 8 96 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 355: ...ration PC tool InteliConfig Image 8 97 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 356: ...ration PC tool InteliConfig Image 8 98 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 357: ...ration PC tool InteliConfig Image 8 99 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 358: ...ation PC tool InteliConfig Image 8 100 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 359: ...ation PC tool InteliConfig Image 8 101 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 360: ...ation PC tool InteliConfig Image 8 102 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 361: ...ation PC tool InteliConfig Image 8 103 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 362: ...ation PC tool InteliConfig Image 8 104 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 363: ...ation PC tool InteliConfig Image 8 105 Screen of configuration from InteliConfig PLC Setpoint name Name of the setpoint 0 32 characters Dimension Dimension of value of the setpoint Resolution Resolution of the value of the setpoint Resolution adjust number of decimal places in low and high limit Low limit The lowest value of setpoint Digit place of this value can be decrease or increase by resolut...

Page 364: ...uration Sensor fail has been detected on an analog input The communication with extension module is interrupted A value containing the invalid flag is displayed as in InteliConfig and on the controller screen If such a value is read out via MODBUS it will contain the data 32768 in the case of signed values and 65535 in the case of unsigned values List of values groups Group Bus Left 367 Group Powe...

Page 365: ...L2 374 Bus Right Voltage L2 L3 374 Bus Right Voltage L3 L1 374 Power Management Actual Reserve 374 Actual Relative Reserve 375 Start Reserve 375 Stop Reserve 375 Start Relative Reserve 375 Stop Relative Reserve 375 Actual Active Power In PM 376 Actual Reactive Power In PM 376 Running Nominal Power In PM 376 Running Nominal Power Of All 376 Available Nominal Power 376 Minimal Running Nominal Power ...

Page 366: ...Log Bout 6 385 Log Bout 7 386 Date Time Time 394 Date 394 InteliMains 210 Global Guide 366 ...

Page 367: ... Left kW L1 6 back to List of values Value group Bus Left Related FW 2 0 0 Units kW Comm object 8806 Related applications MCBMGCB BTB Description Bus Left active power in phase L2 Bus Left kW L2 6 back to List of values Value group Bus Left Related FW 2 0 0 Units kW Comm object 8807 Related applications MCBMGCB BTB Description Bus Left active power in phase L3 Bus Left kW L3 6 back to List of valu...

Page 368: ...L2 6 back to List of values Value group Bus Left Related FW 2 0 0 Units kVAr Comm object 8810 Related applications MCBMGCB BTB Description Bus Left reactive power in phase L3 Bus Left kVAr L3 6 back to List of values Value group Bus Left Related FW 2 0 0 Units kVA Comm object 8811 Related applications MCBMGCB BTB Description Bus Left apparent imported power Bus Left kVA 6 back to List of values Va...

Page 369: ...Bus Left Related FW 2 0 0 Units Hz Comm object 8705 Related applications MCBMGCB BTB Description Bus Left power factor Bus Left Power Factor 6 back to List of values Value group Bus Left Related FW 2 0 0 Units Hz Comm object 8709 Related applications MCBMGCB BTB Description Character of Bus Left load L means inductive load C is capacitive and R is resistive load power factor 1 Bus Left Load Charac...

Page 370: ... Left Related FW 2 0 0 Units Hz Comm object 8819 Related applications MCBMGCB BTB Description Character of Bus Left load L means inductive load C is capacitive and R is resistive load power factor 1 Bus Left Load Character L2 6 back to List of values Value group Bus Left Related FW 2 0 0 Units Hz Comm object 8817 Related applications MCBMGCB BTB Description Bus Left power factor in phase L3 Bus Le...

Page 371: ...values Value group Bus Left Related FW 2 0 0 Units V Comm object 8196 Related applications MCBMGCB BTB Description Bus Left voltage on phase 2 Bus Left Voltage L2 N 6 back to List of values Value group Bus Left Related FW 2 0 0 Units V Comm object 8197 Related applications MCBMGCB BTB Description Bus Left voltage on phase 3 Bus Left Voltage L3 N 6 back to List of values Value group Bus Left Relate...

Page 372: ... L1 phases Bus Left Voltage L3 L1 6 back to List of values Value group Bus Left Related FW 2 0 0 Units A Comm object 8801 Related applications MCB MGCB BTB Description Bus Leftcurrent in phase L1 Bus Left Current L1 6 back to List of values Value group Bus Left Related FW 2 0 0 Units A Comm object 8802 Related applications MCBMGCB BTB Description Bus Leftcurrent in phase L2 Bus Left Current L2 6 b...

Page 373: ...e 6 back to List of values Group Bus Right Value group Bus Right Related FW 2 0 0 Units V Comm object 8210 Related applications MCB MGCB BTB Description Frequency of the Bus Right Bus Right Frequency 6 back to List of values Value group Bus Right Related FW 2 0 0 Units V Comm object 8192 Related applications MCB MGCB BTB Description Bus Right voltage on phase L1 Bus Right Voltage L1 N 6 back to Li...

Page 374: ...e group Bus Right Related FW 2 0 0 Units V Comm object 9629 Related applications MCB MGCB BTB Description Phase to phase Bus Right voltage between L2 L3 Bus Right Voltage L2 L3 6 back to List of values Value group Bus Right Related FW 2 0 0 Units V Comm object 9630 Related applications MCB MGCB BTB Description Phase to phase Bus Right voltage between L3 L1 Bus Right Voltage L3 L1 6 back to List of...

Page 375: ...cations MCB MGCB BTB Description Actual absolute reserve when the reserve is higher than this value the last started gen set the gen set with the highest priority is stopped Stop Reserve 6 back to List of values Value group Power Management Related FW 2 0 0 Units Comm object 10786 Related applications MCB MGCB BTB Description Actual relative reserve for start Start Relative Reserve 6 back to List ...

Page 376: ...ist of values Value group Power Management Related FW 2 0 0 Units kW Comm object 10658 Related applications MCB MGCB BTB Description Actual nominal power of all gen sets in power management which are running Running Nominal Power In PM 6 back to List of values Value group Power Management Related FW 2 0 0 Units kW Comm object 10999 Related applications MCB MGCB BTB Description Actual nominal power...

Page 377: ...s stopped Note This value is evaluated only in controller with the lowest CAN address Actual Power Band 6 back to List of values Value group Power Management Related FW 2 0 0 Units Comm object 8975 Related applications MCB MGCB BTB Description State of all gen sets in next higher power band of power management 1 means that gen set is running 0 means that gen set is stopped Note This value is evalu...

Page 378: ...ts V Comm object 8213 Related applications MCB MGCB BTB Description Controller supply voltage Battery Volts 6 back to List of values Value group Controler I O Related FW 2 0 0 Units Comm object 8235 Related applications MCB MGCB BTB Description State of the binary inputs of the controller Binary Inputs 6 back to List of values Value group Controler I O Related FW 2 0 0 Units Comm object 8239 Relat...

Page 379: ...iConfig PC tool In this case the range of value is decrease 10 times Bus Left kVArh 6 back to List of values Value group Statistics Related FW 2 0 0 Units kVAh Comm object 13663 Related applications MCB MGCB BTB Description This value shows sum of kVAh that were transfered through CB Note This value can be also switch into one decimal power format via InteliConfig PC tool In this case the range of...

Page 380: ...troller while the engine is running Note If an ECU is configured and it provides engine hours value the value is taken from the ECU Running Hours 6 back to List of values Group Info Value group Info Related FW 2 0 0 Units Comm object 14446 Related applications MCB MGCB BTB Description This Value mirrors the active application in the controller The intend of use it to display the value of the activ...

Page 381: ...xts to the codes Timer Text 6 back to List of values Value group Info Related FW 2 0 0 Units Comm object 12944 Related applications MCB MGCB BTB Description The text of this value represents the connection type which is adjusted in setpoint Connection type page 176 Connection Type 6 back to List of values Value group Info Related FW 2 0 0 Units Comm object 14447 Related applications MCB MGCB BTB D...

Page 382: ...teliConfig in command bar ID String 6 back to List of values Value group Info Related FW 2 0 0 Units Comm object 24339 Related applications MCB MGCB BTB Description Major and minor firmware version number FW Version 6 back to List of values Value group Info Related FW 2 0 0 Units Comm object 8480 Related applications MCB MGCB BTB Description The value contains actual application in controller Appl...

Page 383: ...value contains information about controllers with addresses 1 16 CAN16 6 back to List of values Value group Info Related FW 2 0 0 Units V Comm object 8827 Related applications MCB MGCB BTB 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...

Page 384: ...responding with the bit position plays active role in the power management Bit 0 represents address 1 etc This value contains information about controllers with addresses 1 16 Gen Loaded 16 6 back to List of values Value group Info Related FW 2 0 0 Units V Comm object 10197 Related applications MCB MGCB BTB Description Bits of this value show 1 if the controller which has address corresponding wit...

Page 385: ...g Bout 3 6 back to List of values Value group Log Bout Related FW 2 0 0 Units Comm object 9146 Related applications MCB MGCB BTB Description State of binary outputs Log Bout 4 6 back to List of values Value group Log Bout Related FW 2 0 0 Units Comm object 9147 Related applications MCB MGCB BTB Description State of binary outputs Log Bout 5 6 back to List of values Value group Log Bout Related FW ...

Page 386: ...ription 0 SIM card is not inserted 1 Controller registered waiting for authorization 2 Not possible to register controller blacklisted 3 Not possible to register server has no more capacity 4 Not possible to register other reason 5 Controller registered and authorized AirGate Status 6 back to List of values Value group CM GPRS CM 4G GPS 4G part Related FW 2 0 0 Units Comm object 24309 Related appl...

Page 387: ...other reason 5 Controller registered and authorized AirGate Status 6 back to List of values Value group CM GPRS CM 4G GPS 4G part Related FW 2 0 0 Units Comm object 24146 Related applications MCB MGCB BTB Description The type of data connection Connection Type 6 back to List of values Value group CM GPRS CM 4G GPS 4G part Related FW 2 0 0 Units Comm object 24288 Related applications MCB MGCB BTB D...

Page 388: ...nswer to complement initialization string 17 Not possible to read GSM signal strength 18 CDMA modem not detected 19 No CDMA network 20 Unsuccessful registration to CDMA network 21 SIMCom ME909s can t read FW version 22 SIMCom GSM signal not found 23 SIMCom can t detect module speed 24 SIMCom HW reset issued 25 PUK is required 26 Error of SIM card detected 27 ME909s can t set module bps 28 ME909s c...

Page 389: ...igher quality of signal Cell ErrorRate 6 back to List of values Value group CM GPRS CM 4G GPS 4G part Related FW 2 0 0 Units Comm object 24302 Related applications MCB MGCB BTB Description This value contains information about relative strength of the cellular signal received by the CM GPRS module or by CM 4G GPS module It is a relative value helping to find the best signal and for troubleshooting...

Page 390: ...e send 7 Command can t be send 8 HELO command was refused 11 AUTH LOGIN command was refused 12 Wrong user name 13 Wrong password 14 MAIL FROM command was refused 15 RCPT TO command was refused 16 DATA command was refused 17 Sending of email failed 18 SMTP server refused the data of email 19 SMTP server refused the data of email 20 QUIT command was refused 21 Lost of connection 23 Error during clos...

Page 391: ...ode for AirGate connection Helps in troubleshooting Code Description 0 Ethernet cable is disconected 1 Controller registered waiting for authorization 2 Not possible to register controller blacklisted 3 Not possible to register server has no more capacity 4 Not possible to register other reason 5 Controller registered and authorized AirGate Status 6 back to List of values Value group CM EthernetIn...

Page 392: ...cations MCB MGCB BTB Description Current status of ethernet communication ETH Interface Status 6 back to List of values Value group CM Ethernet Related FW 2 0 0 Units Comm object 24182 Related applications MCB MGCB BTB Description Current gateway address Current Gateway 6 back to List of values Value group CM Ethernet Related FW 2 0 0 Units Comm object 24184 Related applications MCB MGCB BTB Descr...

Page 393: ... name 13 Wrong password 14 MAIL FROM command was refused 15 RCPT TO command was refused 16 DATA command was refused 17 Sending of email failed 20 QUIT command was refused 25 It is impossible to create data for command DATA 26 It is impossible to read data for command DATA 27 Email address can t be read 30 SMTP server address translation error from DNS server 31 Error reading email content data 243...

Page 394: ...m object 24554 Related applications MCB MGCB BTB Description Shows setup time Time 6 back to List of values Value group Date Time Related FW 2 0 0 Units DD MM YYYY Comm object 24553 Related applications MCB MGCB BTB Description Shows setup date Date 6 back to List of values Group Plug In I O Value group Plug In I O Related FW 2 0 0 Units Comm object 14291 Related applications MCB MGCB BTB Descript...

Page 395: ...st of values Value group PLC Related FW 2 0 0 Units Comm object 10505 Related applications MCB MGCB BTB Description Internal state of PLC countdowns e g state of block Timer etc PLC Resource 2 6 back to List of values Value group PLC Related FW 2 0 0 Units Comm object 10506 Related applications MCB MGCB BTB Description Internal state of PLC countdowns e g state of block Timer etc PLC Resource 3 6 ...

Page 396: ...ource 6 6 back to List of values Value group PLC Related FW 2 0 0 Units Comm object 10510 Related applications MCB MGCB BTB Description Internal state of PLC countdowns e g state of block Timer etc PLC Resource 7 6 back to List of values Value group PLC Related FW 2 0 0 Units Comm object 10511 Related applications MCB MGCB BTB Description Internal state of PLC countdowns e g state of block Timer e...

Page 397: ... BOUT 3 6 back to List of values Value group PLC Related FW 2 0 0 Units Comm object 10427 Related applications MCB MGCB BTB Description State of binary outputs of PLC PLC BOUT 4 6 back to List of values Value group PLC Related FW 2 0 0 Units Comm object 10428 Related applications MCB MGCB BTB Description State of binary outputs of PLC PLC BOUT 5 6 back to List of values Value group PLC Related FW ...

Page 398: ...InteliMains 210 Global Guide 398 Value group PLC Related FW 2 0 0 Units Comm object 10430 Related applications MCB MGCB BTB Description State of binary outputs of PLC PLC BOUT 7 6 back to List of values ...

Page 399: ... inputs are inputs for binary values and functions Alphabetical groups of Logical binary inputs LBI A 401 LBI B 402 LBI E 428 LBI F 428 LBI G 429 LBI H 429 LBI L 429 LBI M 430 LBI N 431 LBI R 431 LBI T 433 For full list of Logical binary inputs go to the chapter Logical binary inputs alphabetically page 400 ...

Page 400: ... 26 414 BIN Protection 27 415 BIN Protection 28 415 BIN Protection 29 416 BIN Protection 30 416 BIN Protection 31 417 BIN Protection 32 417 BIN Protection 33 418 BIN Protection 34 418 BIN Protection 35 419 BIN Protection 36 419 BIN Protection 37 420 BIN Protection 38 420 BIN Protection 39 421 BIN Protection 40 421 BIN Protection 41 422 BIN Protection 42 422 BIN Protection 43 423 BIN Protection 44 ...

Page 401: ...blocked Access Lock 6 back to Logical binary inputs alphabetically Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 859 Description This binary input can switch between configuration sets When this binary input is active setpoints in Alternate Configuration group are switched to the second set setpoints with number 2 Alternate Config 2 6 back to Logical binary inputs alphabetically R...

Page 402: ... alarm list FLS Sensor fail protection Protection types BIN Protection 1 6 back to Logical binary inputs alphabetically Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 9998 Description This binary input is for general input function used as alarm Monitoring Binary input is not used for protection or any other function Signal is only monitored HistRecOnl Binary input is not used for ...

Page 403: ...arm list FLS Sensor fail protection Protection types BIN Protection 03 6 back to Logical binary inputs alphabetically Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 9996 Description This binary input is for general input function used as alarm Monitoring Binary input is not used for protection or any other function Signal is only monitored HistRecOnl Binary input is not used for pr...

Page 404: ...arm list FLS Sensor fail protection Protection types BIN Protection 05 6 back to Logical binary inputs alphabetically Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 9994 Description This binary input is for general input function used as alarm Monitoring Binary input is not used for protection or any other function Signal is only monitored HistRecOnl Binary input is not used for pr...

Page 405: ...arm list FLS Sensor fail protection Protection types BIN Protection 07 6 back to Logical binary inputs alphabetically Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 9992 Description This binary input is for general input function used as alarm Monitoring Binary input is not used for protection or any other function Signal is only monitored HistRecOnl Binary input is not used for pr...

Page 406: ...arm list FLS Sensor fail protection Protection types BIN Protection 09 6 back to Logical binary inputs alphabetically Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 9990 Description This binary input is for general input function used as alarm Monitoring Binary input is not used for protection or any other function Signal is only monitored HistRecOnl Binary input is not used for pr...

Page 407: ...arm list FLS Sensor fail protection Protection types BIN Protection 11 6 back to Logical binary inputs alphabetically Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 9988 Description This binary input is for general input function used as alarm Monitoring Binary input is not used for protection or any other function Signal is only monitored HistRecOnl Binary input is not used for pr...

Page 408: ...arm list FLS Sensor fail protection Protection types BIN Protection 13 6 back to Logical binary inputs alphabetically Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 9986 Description This binary input is for general input function used as alarm Monitoring Binary input is not used for protection or any other function Signal is only monitored HistRecOnl Binary input is not used for pr...

Page 409: ...arm list FLS Sensor fail protection Protection types BIN Protection 15 6 back to Logical binary inputs alphabetically Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 9984 Description This binary input is for general input function used as alarm Monitoring Binary input is not used for protection or any other function Signal is only monitored HistRecOnl Binary input is not used for pr...

Page 410: ...arm list FLS Sensor fail protection Protection types BIN Protection 17 6 back to Logical binary inputs alphabetically Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 9982 Description This binary input is for general input function used as alarm Monitoring Binary input is not used for protection or any other function Signal is only monitored HistRecOnl Binary input is not used for pr...

Page 411: ...arm list FLS Sensor fail protection Protection types BIN Protection 19 6 back to Logical binary inputs alphabetically Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 9980 Description This binary input is for general input function used as alarm Monitoring Binary input is not used for protection or any other function Signal is only monitored HistRecOnl Binary input is not used for pr...

Page 412: ...arm list FLS Sensor fail protection Protection types BIN Protection 21 6 back to Logical binary inputs alphabetically Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 9978 Description This binary input is for general input function used as alarm Monitoring Binary input is not used for protection or any other function Signal is only monitored HistRecOnl Binary input is not used for pr...

Page 413: ...arm list FLS Sensor fail protection Protection types BIN Protection 23 6 back to Logical binary inputs alphabetically Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 9976 Description This binary input is for general input function used as alarm Monitoring Binary input is not used for protection or any other function Signal is only monitored HistRecOnl Binary input is not used for pr...

Page 414: ...arm list FLS Sensor fail protection Protection types BIN Protection 25 6 back to Logical binary inputs alphabetically Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 9974 Description This binary input is for general input function used as alarm Monitoring Binary input is not used for protection or any other function Signal is only monitored HistRecOnl Binary input is not used for pr...

Page 415: ...arm list FLS Sensor fail protection Protection types BIN Protection 27 6 back to Logical binary inputs alphabetically Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 9972 Description This binary input is for general input function used as alarm Monitoring Binary input is not used for protection or any other function Signal is only monitored HistRecOnl Binary input is not used for pr...

Page 416: ...arm list FLS Sensor fail protection Protection types BIN Protection 29 6 back to Logical binary inputs alphabetically Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 9970 Description This binary input is for general input function used as alarm Monitoring Binary input is not used for protection or any other function Signal is only monitored HistRecOnl Binary input is not used for pr...

Page 417: ...arm list FLS Sensor fail protection Protection types BIN Protection 31 6 back to Logical binary inputs alphabetically Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 9968 Description This binary input is for general input function used as alarm Monitoring Binary input is not used for protection or any other function Signal is only monitored HistRecOnl Binary input is not used for pr...

Page 418: ...arm list FLS Sensor fail protection Protection types BIN Protection 33 6 back to Logical binary inputs alphabetically Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 9966 Description This binary input is for general input function used as alarm Monitoring Binary input is not used for protection or any other function Signal is only monitored HistRecOnl Binary input is not used for pr...

Page 419: ...arm list FLS Sensor fail protection Protection types BIN Protection 35 6 back to Logical binary inputs alphabetically Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 9964 Description This binary input is for general input function used as alarm Monitoring Binary input is not used for protection or any other function Signal is only monitored HistRecOnl Binary input is not used for pr...

Page 420: ...arm list FLS Sensor fail protection Protection types BIN Protection 37 6 back to Logical binary inputs alphabetically Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 9962 Description This binary input is for general input function used as alarm Monitoring Binary input is not used for protection or any other function Signal is only monitored HistRecOnl Binary input is not used for pr...

Page 421: ...arm list FLS Sensor fail protection Protection types BIN Protection 39 6 back to Logical binary inputs alphabetically Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 9960 Description This binary input is for general input function used as alarm Monitoring Binary input is not used for protection or any other function Signal is only monitored HistRecOnl Binary input is not used for pr...

Page 422: ...arm list FLS Sensor fail protection Protection types BIN Protection 41 6 back to Logical binary inputs alphabetically Related FW 2 0 0 Related applications AMF MRS MINT SPtM Comm object 9958 Description This binary input is for general input function used as alarm Monitoring Binary input is not used for protection or any other function Signal is only monitored HistRecOnl Binary input is not used f...

Page 423: ...arm list FLS Sensor fail protection Protection types BIN Protection 43 6 back to Logical binary inputs alphabetically Related FW 2 0 0 Related applications AMF MRS MINT SPtM Comm object 9956 Description This binary input is for general input function used as alarm Monitoring Binary input is not used for protection or any other function Signal is only monitored HistRecOnl Binary input is not used f...

Page 424: ...arm list FLS Sensor fail protection Protection types BIN Protection 45 6 back to Logical binary inputs alphabetically Related FW 2 0 0 Related applications AMF MRS MINT SPtM Comm object 9954 Description This binary input is for general input function used as alarm Monitoring Binary input is not used for protection or any other function Signal is only monitored HistRecOnl Binary input is not used f...

Page 425: ...arm list FLS Sensor fail protection Protection types BIN Protection 47 6 back to Logical binary inputs alphabetically Related FW 2 0 0 Related applications AMF MRS MINT SPtM Comm object 9952 Description This binary input is for general input function used as alarm Monitoring Binary input is not used for protection or any other function Signal is only monitored HistRecOnl Binary input is not used f...

Page 426: ... 2 0 0 Related applications MCB MGCB Comm object 194 Description This binary input has the same function as BTB button on the InteliMains 210 front panel It is evaluated in MAN mode only BTB Button 6 back to Logical binary inputs alphabetically ...

Page 427: ...elated applications MCB MGCB BTB Comm object 65 Description Use this input for indication whether the bus circuit breaker is open or closed Image 8 106 BTB Feedback 1 Image 8 107 BTB Feedback 2 BTB Feedback 6 back to Logical binary inputs alphabetically ...

Page 428: ...is not activated if nonzero speed is detected When the input is deactivated the controller takes control according to the situation in the moment of deactivation Emergency MAN 6 back to Logical binary inputs alphabetically LBI F Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 191 Description Binary input has the same function as Fault Reset button on the InteliMains 210 front panel ...

Page 429: ... application Group link 6 back to Logical binary inputs alphabetically LBI H Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 192 Description Binary input has the same function as Horn reset button on the InteliMains 210 front panel Horn Reset Button 6 back to Logical binary inputs alphabetically LBI L Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 107 Description Use...

Page 430: ...ly Related FW 2 0 0 Related applications MCB MGCB Comm object 49 Description Activation of this logical binary input changes the set of load reserve setpoint which are used in Power management page 78 This input is used to activate the load reserve set 2 instead of the set 1 which is active by default Note This function is not supported in BTB application Load Res 2 Active 6 back to Logical binary...

Page 431: ...ry input is closed When opens controller is switched back to previous mode This binary input has the lowest priority from Remote OFF MAN AUTO TEST binary inputs Remote control priority Remote OFF Highest priority Remote TEST Remote MAN Remote AUTO Lowest Priority Remote AUTO 6 back to Logical binary inputs alphabetically Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 4 Description ...

Page 432: ...priority Remote TEST Remote MAN Remote AUTO Lowest Priority Remote MAN 6 back to Logical binary inputs alphabetically Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 617 Description The controller is switched to the OFF mode there are four modes OFF MAN AUTO TEST when this binary input is closed When opens controller is switched back to previous mode Remote control priority Remote O...

Page 433: ... return Inactive System Start Stop deactivated MGCB opened Note In the SPTM and AMF application there are more LBIs that can influence the state of the application and can be in the collision with the Common LBI Remote Start Stop Note This function is not supported in BTB application Remote Start Stop 6 back to Logical binary inputs alphabetically LBI T Related FW 2 0 0 Related applications MCB MG...

Page 434: ...ogical binary outputs are outputs for binary values and functions Alphabetical groups of Logical binary outputs LBO A 436 LBO B 449 LBO E 458 LBO F 459 LBO H 459 LBO M 459 LBO N 460 LBO S 460 For full list of Logical binary outputs go to the chapter Logical binary outputs alphabetically page 435 ...

Page 435: ...7 442 AIN Switch08 443 AIN Switch09 443 AIN Switch10 444 AIN Switch11 444 AIN Switch12 445 AIN Switch13 445 AIN Switch14 446 AIN Switch15 446 AIN Switch16 447 AIN Switch17 447 AIN Switch18 448 AIN Switch19 448 AIN Switch20 449 BIN 1 Status 449 BIN 2 Status 450 BIN 3 Status 450 BIN 4 Status 451 BIN 5 Status 451 BIN 6 Status 452 BIN 7 Status 452 BIN 8 Status 453 BTB Close Open 453 BTB OFF Coil 455 B...

Page 436: ...onfirmed AL Bus Left Fail 6 back to Logical binary outputs alphabetically Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 1271 Description This output is active when at least one Bus Left frequency alarm is present in alarmlist or isn t confirm AL Bus Left Frequency 6 back to Logical binary outputs alphabetically Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 2094 De...

Page 437: ... in the alarmlist or isn t confirm AL Bus Left Voltage 6 back to Logical binary outputs alphabetically Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 1266 Description This output is active when at least one Bus Right frequency alarm is present in alarmlist or isn t confirm AL Bus Right Frequency 6 back to Logical binary outputs alphabetically Related FW 2 0 0 Related applications M...

Page 438: ... Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 109 Description This output is active when the BOR Overcurrent IDMT page 524 or MPR Short Circuit page 525 alarm is present in alarmlist or isn t confirm AL Overcurrent 6 back to Logical binary outputs alphabetically Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 1268 Description This output is active when the BOR Over...

Page 439: ...ntil confirmation of alarm Alarm 6 back to Logical binary outputs alphabetically Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 1400 Description This is an output from the General Analog Input 1 switch function The behavior of the switch depends on the adjustment of the setpoints Analog Switch 1 On page 208 and Analog Switch 1 Off page 208 The value is measured from AIN SWITCH 01 P...

Page 440: ...4 analog input Image 8 109 General analog input 2 switch AIN Switch02 6 back to Logical binary outputs alphabetically Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 1402 Description This is an output from the General Analog Input 3 switch function The behavior of the switch depends on the adjustment of the setpoints Analog Switch 3 On page 212 and Analog Switch 3 Off page 212 The v...

Page 441: ... analog input Image 8 111 General analog input 4 switch AIN Switch04 6 Logical binary outputs alphabetically page 435 Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 1787 Description This is an output from the General Analog Input 5 switch function The behavior of the switch depends on the adjustment of the setpoints Analog Switch 5 On page 216 and Analog Switch 5 Off page 216 The v...

Page 442: ... analog input Image 8 113 General analog input 6 switch AIN Switch06 6 Logical binary outputs alphabetically page 435 Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 1789 Description This is an output from the General Analog Input 7 switch function The behavior of the switch depends on the adjustment of the setpoints Analog Switch 7 On page 220 and Analog Switch 7 Off page 220 The v...

Page 443: ... analog input Image 8 115 General analog input 8 switch AIN Switch08 6 Logical binary outputs alphabetically page 435 Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 1791 Description This is an output from the General Analog Input 9 switch function The behavior of the switch depends on the adjustment of the setpoints Analog Switch 9 On page 224 and Analog Switch 9 Off page 224 The v...

Page 444: ...analog input Image 8 117 General analog input 10 switch AIN Switch10 6 Logical binary outputs alphabetically page 435 Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 1793 Description This is an output from the General Analog Input 11 switch function The behavior of the switch depends on the adjustment of the setpoints Analog Switch 11 On page 228 and Analog Switch 11 Off page 228 Th...

Page 445: ...analog input Image 8 119 General analog input 12 switch AIN Switch12 6 Logical binary outputs alphabetically page 435 Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 1795 Description This is an output from the General Analog Input 13 switch function The behavior of the switch depends on the adjustment of the setpoints Analog Switch 13 On page 232 and Analog Switch 13 Off page 232 Th...

Page 446: ...analog input Image 8 121 General analog input 14 switch AIN Switch14 6 Logical binary outputs alphabetically page 435 Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 1797 Description This is an output from the General Analog Input 15 switch function The behavior of the switch depends on the adjustment of the setpoints Analog Switch 15 On page 236 and Analog Switch 15 Off page 236 Th...

Page 447: ...analog input Image 8 123 General analog input 16 switch AIN Switch16 6 Logical binary outputs alphabetically page 435 Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 1799 Description This is an output from the General Analog Input 17 switch function The behavior of the switch depends on the adjustment of the setpoints Analog Switch 17 On page 240 and Analog Switch 17 Off page 240 Th...

Page 448: ...analog input Image 8 125 General analog input 18 switch AIN Switch18 6 Logical binary outputs alphabetically page 435 Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 1801 Description This is an output from the General Analog Input 19 switch function The behavior of the switch depends on the adjustment of the setpoints Analog Switch 19 On page 244 and Analog Switch 19 Off page 244 Th...

Page 449: ...gical binary outputs alphabetically page 435 LBO B Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 1374 Description This output is closed when Binary Input 1 is active and open when Binary Input 1 is inactive When Binary Input 1 is used for BIN protection function then this output is closed when BIN protection alarm is in Alarmlist Note When LBI 1 is used like protection then state ...

Page 450: ...st LBO is still active Image 8 129 Binary Input 2 Status BIN 2 Status 6 back to Logical binary outputs alphabetically Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 1376 Description This output is closed when Binary Input 3 is active and open when Binary Input 3 is inactive When Binary Input 3 is used for BIN protection function then this output is closed when BIN protection alarm ...

Page 451: ...st LBO is still active Image 8 131 Binary Input 4 Status BIN 4 Status 6 back to Logical binary outputs alphabetically Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 1378 Description This output is closed when Binary Input 5 is active and open when Binary Input 5 is inactive When Binary Input 5 is used for BIN protection function then this output is closed when BIN protection alarm ...

Page 452: ...st LBO is still active Image 8 133 Binary Input 6 Status BIN 6 Status 6 back to Logical binary outputs alphabetically Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 1380 Description This output is closed when Binary Input 7 is active and open when Binary Input 7 is inactive When Binary Input 7 is used for BIN protection function then this output is closed when BIN protection alarm ...

Page 453: ... state of this LBO is connected with this protection e g when LBI is inactive but alarm of protection is not confirm in alarmlist LBO is still active Image 8 135 Binary Input 8 Status BIN 8 Status 6 back to Logical binary outputs alphabetically Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 45 Description The output controls the bus circuit breaker Its state represents the breaker ...

Page 454: ...InteliMains 210 Global Guide 454 Image 8 137 Repeated BTB Close command Image 8 138 BTB Open command 6 back to Logical binary outputs alphabetically ...

Page 455: ...on The output is intended for control of open coil of bus circuit breaker The output gives a pulse in the moment the breaker has to be opened The pulse lasts until the feedback deactivates but at least for 5 seconds Image 8 139 BTB OFF Coil command BTB OFF Coil 6 back to Logical binary outputs alphabetically ...

Page 456: ...ption The output is intended for control of close coil of bus circuit breaker The output gives at least 5 second pulse in the moment the breaker has to be closed Image 8 140 BTB ON Coil close command Image 8 141 Repeated BTB ON coil close command BTB ON Coil 6 back to Logical binary outputs alphabetically ...

Page 457: ...of undervoltage coil of bus circuit breaker The output is active the whole time when the controller is switched on The output is deactivated for at least 5 seconds in the moment the breaker has to be switched off Image 8 142 BTB UV Coil close command Image 8 143 BTB UV Coil open command BTB UV Coil 6 back to Logical binary outputs alphabetically ...

Page 458: ...c tests of the gen set and its activation depends on the setpoints in the Subgroup Timer 1 page 249 subgroup This output is active when Timer 1 is active Note In the event that both Timers are active at the same time Subgroup Timer 1 page 249 has a higher priority than Subgroup Timer 2 page 256 Exercise Timer 1 6 back to Logical binary outputs alphabetically Related FW 2 0 0 Related applications M...

Page 459: ...o Logical binary outputs alphabetically Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 1 Description The output designed to be used for acoustic indication of a newly appeared alarm The output is activated each time a new alarm has appeared and remains active until one of the following events occurs Fault reset is pressed Horn reset is pressed Horn Timeout page 179 has elapsed Horn...

Page 460: ...gical binary outputs alphabetically LBO N Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 1248 Description This output is active when controller isn t in AUTO mode Not In AUTO 6 back to Logical binary outputs alphabetically Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 286 Description Output has no function Not Used 6 back to Logical binary outputs alphabetically LB...

Page 461: ... FW 2 0 0 Related applications MCB MGCB BTB Comm object 69 Description The output is active in case the synchronisation is active Synchro 6 back to Logical binary outputs alphabetically Related FW 2 0 0 Related applications MCB MGCB BTB Comm object 87 Description This LBO is active when System Reserve is higher than the actual reserve for start of next gen sets System Reserve OK 6 back to Logical ...

Page 462: ...inputs are inputs for analog values Note Functions related to analog inputs are available only in case of configured analog extension module Alphabetical groups of Logical analog inputs LAI A 464 LAI N 490 For full list of Logical analog inputs go to the chapter Logical analog inputs alphabetically page 463 ...

Page 463: ...t17 480 AIN Prot18 481 AIN Prot19 482 AIN Prot20 483 AIN Switch 01 484 AIN Switch 02 484 AIN Switch 03 484 AIN Switch 04 485 AIN Switch 05 485 AIN Switch 06 485 AIN Switch 07 486 AIN Switch 08 486 AIN Switch 09 486 AIN Switch 10 487 AIN Switch 11 487 AIN Switch 12 487 AIN Switch 13 488 AIN Switch 14 488 AIN Switch 15 488 AIN Switch 16 489 AIN Switch 17 489 AIN Switch 18 489 AIN Switch 19 490 AIN S...

Page 464: ...sed for warning and slow stop protection Stp Analog value is used for slow stop protection Wrn BOR Analog value is used for warning and breaker open protection BOR Analog value is used for breaker open protection Protection types Note This parameter has to be adjusted via InteliConfig Under limit Alarm is activated when value of analog input is under adjusted limits Over limit Alarm is activated w...

Page 465: ... for warning and slow stop protection Stp Analog value is used for slow stop protection Wrn BOR Analog value is used for warning and breaker open protection BOR Analog value is used for breaker open protection Protection types Note This parameter has to be adjusted via InteliConfig Under limit Alarm is activated when value of analog input is under adjusted limits Over limit Alarm is activated when...

Page 466: ... for warning and slow stop protection Stp Analog value is used for slow stop protection Wrn BOR Analog value is used for warning and breaker open protection BOR Analog value is used for breaker open protection Protection types Note This parameter has to be adjusted via InteliConfig Under limit Alarm is activated when value of analog input is under adjusted limits Over limit Alarm is activated when...

Page 467: ... for warning and slow stop protection Stp Analog value is used for slow stop protection Wrn BOR Analog value is used for warning and breaker open protection BOR Analog value is used for breaker open protection Protection types Note This parameter has to be adjusted via InteliConfig Under limit Alarm is activated when value of analog input is under adjusted limits Over limit Alarm is activated when...

Page 468: ... for warning and slow stop protection Stp Analog value is used for slow stop protection Wrn BOR Analog value is used for warning and breaker open protection BOR Analog value is used for breaker open protection Protection types Note This parameter has to be adjusted via InteliConfig Under limit Alarm is activated when value of analog input is under adjusted limits Over limit Alarm is activated when...

Page 469: ... for warning and slow stop protection Stp Analog value is used for slow stop protection Wrn BOR Analog value is used for warning and breaker open protection BOR Analog value is used for breaker open protection Protection types Note This parameter has to be adjusted via InteliConfig Under limit Alarm is activated when value of analog input is under adjusted limits Over limit Alarm is activated when...

Page 470: ... for warning and slow stop protection Stp Analog value is used for slow stop protection Wrn BOR Analog value is used for warning and breaker open protection BOR Analog value is used for breaker open protection Protection types Note This parameter has to be adjusted via InteliConfig Under limit Alarm is activated when value of analog input is under adjusted limits Over limit Alarm is activated when...

Page 471: ... for warning and slow stop protection Stp Analog value is used for slow stop protection Wrn BOR Analog value is used for warning and breaker open protection BOR Analog value is used for breaker open protection Protection types Note This parameter has to be adjusted via InteliConfig Under limit Alarm is activated when value of analog input is under adjusted limits Over limit Alarm is activated when...

Page 472: ... for warning and slow stop protection Stp Analog value is used for slow stop protection Wrn BOR Analog value is used for warning and breaker open protection BOR Analog value is used for breaker open protection Protection types Note This parameter has to be adjusted via InteliConfig Under limit Alarm is activated when value of analog input is under adjusted limits Over limit Alarm is activated when...

Page 473: ...ed for warning and slow stop protection Stp Analog value is used for slow stop protection Wrn BOR Analog value is used for warning and breaker open protection BOR Analog value is used for breaker open protection Protection types Note This parameter has to be adjusted via InteliConfig Under limit Alarm is activated when value of analog input is under adjusted limits Over limit Alarm is activated wh...

Page 474: ...ed for warning and slow stop protection Stp Analog value is used for slow stop protection Wrn BOR Analog value is used for warning and breaker open protection BOR Analog value is used for breaker open protection Protection types Note This parameter has to be adjusted via InteliConfig Under limit Alarm is activated when value of analog input is under adjusted limits Over limit Alarm is activated wh...

Page 475: ...ed for warning and slow stop protection Stp Analog value is used for slow stop protection Wrn BOR Analog value is used for warning and breaker open protection BOR Analog value is used for breaker open protection Protection types Note This parameter has to be adjusted via InteliConfig Under limit Alarm is activated when value of analog input is under adjusted limits Over limit Alarm is activated wh...

Page 476: ...ed for warning and slow stop protection Stp Analog value is used for slow stop protection Wrn BOR Analog value is used for warning and breaker open protection BOR Analog value is used for breaker open protection Protection types Note This parameter has to be adjusted via InteliConfig Under limit Alarm is activated when value of analog input is under adjusted limits Over limit Alarm is activated wh...

Page 477: ...ed for warning and slow stop protection Stp Analog value is used for slow stop protection Wrn BOR Analog value is used for warning and breaker open protection BOR Analog value is used for breaker open protection Protection types Note This parameter has to be adjusted via InteliConfig Under limit Alarm is activated when value of analog input is under adjusted limits Over limit Alarm is activated wh...

Page 478: ...ed for warning and slow stop protection Stp Analog value is used for slow stop protection Wrn BOR Analog value is used for warning and breaker open protection BOR Analog value is used for breaker open protection Protection types Note This parameter has to be adjusted via InteliConfig Under limit Alarm is activated when value of analog input is under adjusted limits Over limit Alarm is activated wh...

Page 479: ...ed for warning and slow stop protection Stp Analog value is used for slow stop protection Wrn BOR Analog value is used for warning and breaker open protection BOR Analog value is used for breaker open protection Protection types Note This parameter has to be adjusted via InteliConfig Under limit Alarm is activated when value of analog input is under adjusted limits Over limit Alarm is activated wh...

Page 480: ...ed for warning and slow stop protection Stp Analog value is used for slow stop protection Wrn BOR Analog value is used for warning and breaker open protection BOR Analog value is used for breaker open protection Protection types Note This parameter has to be adjusted via InteliConfig Under limit Alarm is activated when value of analog input is under adjusted limits Over limit Alarm is activated wh...

Page 481: ...ed for warning and slow stop protection Stp Analog value is used for slow stop protection Wrn BOR Analog value is used for warning and breaker open protection BOR Analog value is used for breaker open protection Protection types Note This parameter has to be adjusted via InteliConfig Under limit Alarm is activated when value of analog input is under adjusted limits Over limit Alarm is activated wh...

Page 482: ...ed for warning and slow stop protection Stp Analog value is used for slow stop protection Wrn BOR Analog value is used for warning and breaker open protection BOR Analog value is used for breaker open protection Protection types Note This parameter has to be adjusted via InteliConfig Under limit Alarm is activated when value of analog input is under adjusted limits Over limit Alarm is activated wh...

Page 483: ...ed for warning and slow stop protection Stp Analog value is used for slow stop protection Wrn BOR Analog value is used for warning and breaker open protection BOR Analog value is used for breaker open protection Protection types Note This parameter has to be adjusted via InteliConfig Under limit Alarm is activated when value of analog input is under adjusted limits Over limit Alarm is activated wh...

Page 484: ...sensor This analog input controls logical binary output AIN SWITCH02 PAGE 440 The behavior of the switch depends on the adjustment of the setpoints Analog Switch 2 On page 210 and Analog Switch 2 Off page 210 IMPORTANT This analog input has no protection Input is designed only to control appropriate logical binary output AIN Switch 02 6 back to Logical analog inputs alphabetically Related FW 2 0 0...

Page 485: ...sensor This analog input controls logical binary output AIN SWITCH05 PAGE 441 The behavior of the switch depends on the adjustment of the setpoints Analog Switch 5 On page 216 and Analog Switch 5 Off page 216 IMPORTANT This analog input has no protection Input is designed only to control appropriate logical binary output AIN Switch 05 6 back to Logical analog inputs alphabetically Related FW 2 0 0...

Page 486: ...sensor This analog input controls logical binary output AIN SWITCH08 PAGE 443 The behavior of the switch depends on the adjustment of the setpoints Analog Switch 8 On page 222 and Analog Switch 8 Off page 222 IMPORTANT This analog input has no protection Input is designed only to control appropriate logical binary output AIN Switch 08 6 back to Logical analog inputs alphabetically Related FW 2 0 0...

Page 487: ...ensor This analog input controls logical binary output AIN SWITCH11 PAGE 444 The behavior of the switch depends on the adjustment of the setpoints Analog Switch 11 On page 228 and Analog Switch 11 Off page 228 IMPORTANT This analog input has no protection Input is designed only to control appropriate logical binary output AIN Switch 11 6 back to Logical analog inputs alphabetically Related FW 2 0 ...

Page 488: ...ensor This analog input controls logical binary output AIN SWITCH14 PAGE 446 The behavior of the switch depends on the adjustment of the setpoints Analog Switch 14 On page 234 and Analog Switch 14 Off page 234 IMPORTANT This analog input has no protection Input is designed only to control appropriate logical binary output AIN Switch 14 6 back to Logical analog inputs alphabetically Related FW 2 0 ...

Page 489: ...ensor This analog input controls logical binary output AIN SWITCH17 PAGE 447 The behavior of the switch depends on the adjustment of the setpoints Analog Switch 17 On page 240 and Analog Switch 17 Off page 240 IMPORTANT This analog input has no protection Input is designed only to control appropriate logical binary output AIN Switch 17 6 back to Logical analog inputs alphabetically Related FW 2 0 ...

Page 490: ...on Logical analog input designed for general value received from analog sensor This analog input controls logical binary output AIN SWITCH20 PAGE 449 The behavior of the switch depends on the adjustment of the setpoints Analog Switch 20 On page 246 and Analog Switch 20 Off page 246 IMPORTANT This analog input has no protection Input is designed only to control appropriate logical binary output AIN...

Page 491: ... 491 8 1 6 PLC List of PLC groups Group Basic Logical functions 493 Group Comparison of analog inputs 496 Group Time functions 498 Group Other functions 502 For full list of PLC blocks go to the chapter List of PLC blocks page 492 ...

Page 492: ... AND 493 XOR RS 495 Group Comparison of analog inputs Comparator With Hysteresis 496 Comparator With Delay 497 Group Time functions Timer 498 Delay 500 Group Other functions Force History Record 502 Force Protection 502 InteliMains 210 Global Guide 492 ...

Page 493: ... 1 8 Outputs Output Type Negation Range Function Output Binary Yes 0 1 Result of the logical operation Description The block performs logical operation OR AND of 2 8 binary operands The inputs as well as the output can be inverted Input 1 Input 2 Output 0 0 0 0 1 1 1 0 1 1 1 1 Function OR Input 1 Input 2 Output 0 0 0 0 1 0 1 0 0 1 1 1 Function AND There have to be at least 2 inputs every time Ther...

Page 494: ...InteliMains 210 Global Guide 494 Image 8 144 Configuration of OR AND block 6 back to List of PLC blocks ...

Page 495: ...ts 1 2 Outputs Output Type Negation Range Function Output Binary Yes 0 1 Result of the logical operation Description The block provides logical function of two values XOR or RS flip flop Both inputs and output can be inverted Input 1 Input 2 Output 0 0 0 0 1 1 1 0 1 1 1 0 Function XOR R S Qn 1 0 0 Qn 0 1 1 1 0 0 1 1 0 Function RS Image 8 145 Configuration of XOR RS block XOR RS 6 back to List of P...

Page 496: ...lue Input ON Analog No Same as Input Comparative level for switching on Input OFF Analog No Same as Input Comparative level for switching off Outputs Output Type Negation Range Function Output Binary No 0 1 Comparator output Description The block compares the input value with the comparative levels The behavior depends on whether the ON level is higher than OFF level or vice versa Image 8 146 Diff...

Page 497: ...arison of analog inputs Related FW 2 0 0 Related applications AMF MRS MINT SPtM Comm object 4 Inputs Input Type Negation Range Function Input 1 Analog No Any Compared value Input 2 Analog No Same as Input 1 Comparative level Delay Analog No 0 0 3000 0 s Comparative delay Outputs Output Type Negation Range Function Output Binary No 0 1 Comparator output Description The block works as an analog swit...

Page 498: ...LC blocks Group Time functions PLC group Time functions Related FW 2 0 0 Related applications AMF MRS MINT SPtM Comm object 14 Inputs Input Type Negation Range Function Run Binary No 0 1 The timer runs only if this input is active or not connected Reload Binary No 0 1 This input reloads the timer to the initial value Reload value Analog No 0 0 3276 7 s Initial value of the timer Outputs Timer ...

Page 499: ... any other moment using the reload input The timer is held at reload value until the reload input is deactivated The timer output is inverted always when the timer is reloaded Image 8 150 Principle of timer Image 8 151 Configuration of Timer block Note Input reload value can be constant or value from controller Note If you want the output to start at logical 0 tick First down option Otherwise the ...

Page 500: ...ng edge appears on Input when Input reset is deactivated already Outputs Output Type Negation Range Function Output Binary No 0 1 Output signal Description This block can work in two modes of operation Delay mode the rising edge at the output is generated with delay of input time up when a rising edge at the input is detected The falling edge at the output is generated with delay of input time dow...

Page 501: ...on of Delay block Note If Input time up or Input time down value is 0 this input is internally set to zero Note Input time up and Input time down values can be constants or values from controller Note Use Pulse on edge option to choose between delay and pulse mode 6 back to List of PLC blocks ...

Page 502: ...ctivated Image 8 154 Configuration of Force Hist block Note Maximal number of characters for history message is 15 Force History Record 6 back to List of PLC blocks PLC group Other functions Related FW 2 0 0 Related applications AMF MRS MINT SPtM Comm object 10 Inputs Input Type Negation Range Function Lvl 1 Binary No 0 1 The input activates yellow level of the configured protection if it is confi...

Page 503: ...e binary input is activated Image 8 155 Configuration of Force Prot block Available protections are Monitoring HistRecOnl AL Indic Wrn Wrn BOC BOC Wrn Sd Sd Note Maximal number of characters for alarmlist message is 15 Note Prefix of protection e g Wrn Sd BOC is added automatically into alarmlist message 6 back to List of PLC blocks ...

Page 504: ...s of alarms For more information see Alarm management on page 103 8 2 1 Alarms level 1 Warnings 506 Other type 513 For full list of Alarms level 1 go to List of alarms level 1 page 505 What alarms level 1 are The level 1 alarm indicates that a value or parameter is out of normal limits but has still not reached critical level For more information see Alarm types Level 1 on page 104 ...

Page 505: ... Right L2 Overvoltage 514 Bus Right L2 Undervoltage 514 Bus Right L2L3 Overvoltage 515 Bus Right L2L3 Undervoltage 515 Bus Right L3 Overvoltage 515 Bus Right L3 Undervoltage 516 Bus Right L3L1 Overvoltage 516 Bus Right L3L1 Undervoltage 516 Bus Right Overfrequency 517 Bus Right Underfrequency517 Bus Right Voltage Unbalance 517 EM A a message lost 517 EM A configuration mistake 518 EM A insufficien...

Page 506: ...s adjusted in setpoint Email Address 2 page 285 and email wasn t send Alarm Email 2 Fail 6 back to List of alarms level 1 Alarm Type Other Alarmlist message Alarm Email 3 Fail Alarm evaluated All the time Related applications MCB MGCB BTB Description The alarm indicates that there was a request to send an alarm email to email address which is adjusted in setpoint Email Address 3 page 285 and email...

Page 507: ...djusted in setpoint Telephone Number 2 page 281 and SMS wasn t send Alarm SMS 2 Fail 6 back to List of alarms level 1 Alarm Type Other Alarmlist message Alarm SMS 3 Fail Alarm evaluated All the time Related applications MCB MGCB BTB Description The alarm indicates that there was a request to send an alarm SMS to telephone number which is adjusted in setpoint Telephone Number 3 page 282 and SMS was...

Page 508: ... to email address which is adjusted in setpoint Email Address 1 page 284 and email wasn t send Event Email 1 Fail 6 back to List of alarms level 1 Alarm Type Other Alarmlist message Event Email 2 Fail Alarm evaluated All the time Related applications MCB MGCB BTB Description The alarm indicates that there was a request to send an event email to email address which is adjusted in setpoint Email Add...

Page 509: ...adjusted in setpoint Telephone Number 1 page 281 and SMS wasn t send Event SMS 1 Fail 6 back to List of alarms level 1 Alarm Type Other Alarmlist message Event SMS 2 Fail Alarm evaluated All the time Related applications MCB MGCB BTB Description The alarm indicates that there was a request to send an event SMS to telephone number which is adjusted in setpoint Telephone Number 2 page 281 and SMS wa...

Page 510: ...fined phase sequence in InteliMains 210 controller T35 N T36 L1 T37 L2 and T38 L3 When the phases are connected in a different order alarms are detected This alarm prevent circuit breaker closing Bus CCW Rotation 6 back to List of alarms level 1 Alarm Type Alarm indication Alarmlist message Bus Left CCW Rotation Alarm evaluated All the time Related applications MCB MGCB BTB Description The control...

Page 511: ...n 6 back to List of alarms level 1 Alarm Type Warning Alarmlist message Wrn MCB Fail Alarm evaluated All the time Related applications MCB MGCB BTB Description This alarm will occur when the BTB FEEDBACK PAGE 427 input does not match the expected position given by the BTB CLOSE OPEN PAGE 453 output It stays active until the mismatch between the output and feedback disappears If there was no comman...

Page 512: ...ued when bus left is synchronizing to the bus right or vice versa via BTB and Synchronization Timeout page 204 gets elapsed Synchronization Fail 6 back to List of alarms level 2 Alarm Type Warning Alarmlist message Bus Measurement Error Alarm evaluated All the time Related applications MCB MGCB BTB Description The alarm is issued when the voltage on the bus is out of limits for 20 seconds under th...

Page 513: ...TB Description This alarm evaluates the Bus Right phase voltage in phases The following setpoints are related to it Bus Right Undervoltage page 183 Bus Right Voltage Delay page 183 Note Alarm is active only in case the setpoint Connection type page 176 is set to 3Ph4Wire or MonoPhase Bus Right L1 Undervoltage 6 back to List of alarms level 2 Alarm Type History record Alarmlist message No Alarm eva...

Page 514: ...cations MCB MGCB BTB Description This alarm evaluates the Bus Right phase voltage in phases The following setpoints are related to it Bus Right Overvoltage page 182 Bus Right Voltage Delay page 183 Note Alarm is active only in case the setpoint Connection type page 176 is set to 3Ph4Wire Bus Right L2 Overvoltage 6 back to List of alarms level 2 Alarm Type History record Alarmlist message No Alarm ...

Page 515: ...MGCB BTB Description This alarm evaluates the Bus Right voltage between phases L2 a L3 The following setpoints are related to it Bus Right Undervoltage page 183 Bus Right Voltage Delay page 183 Note Alarm is active only in case the setpoint Connection type page 176 is set to 3Ph3Wire or High Leg D Bus Right L2L3 Undervoltage 6 back to List of alarms level 2 Alarm Type History record Alarmlist mess...

Page 516: ...uates the Bus Right voltage between phases L3 a L1 The following setpoints are related to it Bus Right Overvoltage page 182 Bus Right Voltage Delay page 183 Note Alarm is active only in case the setpoint Connection type page 176 is set to 3Ph3Wire or High Leg D or SplitPhase Bus Right L3L1 Overvoltage 6 back to List of alarms level 2 Alarm Type History record Alarmlist message No Alarm evaluated A...

Page 517: ... Bus Right Underfrequency page 184 Bus Right Frequency Delay page 184 Bus Right Underfrequency 6 back to List of alarms level 2 Alarm Type History record Alarmlist message No Alarm evaluated All the time Related applications MCB MGCB BTB Description This alarm evaluates the Bus Right phase voltage unbalance The following setpoints are related to it Bus Right Voltage Unbalance page 183 Bus Right Vo...

Page 518: ...ort all required features EM A insufficient 6 back to List of alarms level 1 Alarm Type Other Alarmlist message EM A missing or damaged Alarm evaluated All the time Related applications MCB MGCB BTB Description This alarm indicates that there is a problem with communication with module in slot in first 5 second there was no communication and module is configured in slot EM A missing or damaged 6 b...

Page 519: ...ged Alarm evaluated All the time Related applications MCB MGCB BTB Description This alarm indicates that there is a problem with communication with module in slot in first 5 second there was no communication and module is configured in slot EM B missing or damaged 6 back to List of alarms level 1 Alarm Type Other Alarmlist message Module slotA comm outage Alarm evaluated All the time Related appli...

Page 520: ...rent module than which is configured or the module is unconfigured and has to be configured for proper function Module slotA unexpected 6 back to List of alarms level 1 Alarm Type Other Alarmlist message Module slotA unknown module Alarm evaluated All the time Related applications MCB MGCB BTB Description This alarm indicates that unknown module is inserted in slot Module slotA unknown module 6 ba...

Page 521: ...nd one of them will be inactive Module slotB unattended 6 back to List of alarms level 1 Alarm Type Other Alarmlist message Module slotB unexpected Alarm evaluated All the time Related applications MCB MGCB BTB Description This alarm indicates that in slot is inserted different module than which is configured or the module is unconfigured and has to be configured for proper function Module slotB u...

Page 522: ... 524 For full list of Alarms level 2 go to List of alarms level 2 page 523 What alarms level 2 are The level 2 level alarm indicates that a critical level of the respective value or parameter has been reached For more information see Alarm types Level 2 on page 104 ...

Page 523: ...ft L1 Undervoltage 526 Bus Left L1L2 Overvoltage526 Bus Left L1L2 Undervoltage 526 Bus Left L2 Overvoltage 527 Bus Left L2 Undervoltage 527 Bus Left L2L3 Overvoltage527 Bus Left L2L3 Undervoltage 528 Bus Left L3 Overvoltage 528 Bus Left L3 Undervoltage 528 Bus Left L3L1 Overvoltage529 Bus Left L3L1 Undervoltage 529 Bus Left L1 Overvoltage 529 Bus Left L1 Overvoltage 530 Bus Left Voltage Unbalance ...

Page 524: ...put name This alarm occurs when appropriate binary input is active BOR BIN Protection 6 back to List of alarms level 2 Alarm Type BOR Alarmlist message BOR Current Unbalance Alarm evaluated All the time Related applications MCB MGCB BTB Description This alarm evaluates the unbalance of the phase currents i e the difference between highest and lowest phase current at any given time The following se...

Page 525: ...l 2 Alarm Type BOR Alarmlist message BOR Overload Alarm evaluated All the time Related applications MCB MGCB BTB Description The alarm is issued when the Bus Left power is over the limit for time period longer than the delay The behavior of the overload alarm is adjusted by the following setpoints Overload BOR page 185 adjusts the overload limit Overload Delay page 185 adjusts the delay BOR Overlo...

Page 526: ...ated to it Bus Left Undervoltage page 188 Bus Left Voltage Delay page 189 Note Alarm is active only in case the setpoint Connection type page 176 is set to 3Ph4Wire or MonoPhase Bus Left L1 Undervoltage 6 back to List of alarms level 2 Alarm Type Breaker open Alarmlist message No Alarm evaluated All the time Related applications MCB MGCB BTB Description This alarm evaluates the Bus Left voltage be...

Page 527: ...owing setpoints are related to it Bus Left Overvoltage page 188 Bus Left Voltage Delay page 189 Note Alarm is active only in case the setpoint Connection type page 176 is set to 3Ph4Wire Bus Left L2 Overvoltage 6 back to List of alarms level 2 Alarm Type Breaker open Alarmlist message No Alarm evaluated All the time Related applications MCB MGCB BTB Description This alarm evaluates the Bus Left ph...

Page 528: ... setpoints are related to it Bus Left Undervoltage page 188 Bus Left Voltage Delay page 189 Note Alarm is active only in case the setpoint Connection type page 176 is set to 3Ph3Wire or High Leg D Bus Left L2L3 Undervoltage 6 back to List of alarms level 2 Alarm Type Breaker open Alarmlist message No Alarm evaluated All the time Related applications MCB MGCB BTB Description This alarm evaluates th...

Page 529: ...ft Overvoltage page 188 Bus Left Voltage Delay page 189 Note Alarm is active only in case the setpoint Connection type page 176 is set to 3Ph3Wire or High Leg D or SplitPhase Bus Left L3L1 Overvoltage 6 back to List of alarms level 2 Alarm Type Breaker open Alarmlist message No Alarm evaluated All the time Related applications MCB MGCB BTB Description This alarm evaluates the Bus Left voltage betw...

Page 530: ... Description This alarm evaluates the Bus Left phase voltage in phases 1 The following setpoints are related to it Bus Left Overvoltage page 188 Bus Left Voltage Delay page 189 Bus Left L1 Overvoltage 6 back to List of alarms level 2 Alarm Type Breaker open Alarmlist message No Alarm evaluated All the time Related applications MCB MGCB BTB Description This alarm evaluates the Bus Left voltage unba...

Page 531: ...7 For full list of Fails sensor and other types of alarms go to List of fail sensor alarms page 531 What Fail sensor and other types of alarms are If the measured resistance on an analog input exceeds the valid range a sensor fail will be detected and a sensor fail message will appear in the Alarmlist For more information see Sensor fail detection FLS on page 105 Note Functions related to analog i...

Page 532: ...32 Fls AIN Protect 11 535 Fls AIN Protect 12 535 Fls AIN Protect 13 536 Fls AIN Protect 14 536 Fls AIN Protect 15 536 Fls AIN Protect 16 536 Fls AIN Protect 17 537 Fls AIN Protect 18 537 Fls AIN Protect 19 537 Fls AIN Protect 20 537 ...

Page 533: ...hen measurement value of analog input 2 is out of range or is missing Fls AIN Protect 2 6 back to List of fail sensor alarms Alarm Type Fls Alarmlist message Fls name of analog input 3 Alarm evaluated All the time Related applications MCB MGCB BTB Description This alarm occurs when measurement value of analog input 3 is out of range or is missing Fls AIN Protect 3 6 back to List of fail sensor ala...

Page 534: ...surement value of analog input 6 is out of range or is missing Fls AIN Protect 6 6 back to List of fail sensor alarms Alarm Type Fls Alarmlist message Fls name of analog input 7 Alarm evaluated All the time Related applications MCB MGCB BTB Description This alarm occurs when measurement value of analog input 7 is out of range or is missing Fls AIN Protect 7 6 back to List of fail sensor alarms Ala...

Page 535: ...ment value of analog input 10 is out of range or is missing Fls AIN Protect 10 6 back to List of fail sensor alarms Alarm Type Fls Alarmlist message Fls name of analog input 11 Alarm evaluated All the time Related applications MCB MGCB BTB Description This alarm occurs when measurement value of analog input 11 is out of range or is missing Fls AIN Protect 11 6 back to List of fail sensor alarms Al...

Page 536: ...rement value of analog input 14 is out of range or is missing Fls AIN Protect 14 6 back to List of fail sensor alarms Alarm Type Fls Alarmlist message Fls name of analog input 15 Alarm evaluated All the time Related applications MCB MGCB BTB Description This alarm occurs when measurement value of analog input 15 is out of range or is missing Fls AIN Protect 15 6 back to List of fail sensor alarms ...

Page 537: ...rement value of analog input 18 is out of range or is missing Fls AIN Protect 18 6 back to List of fail sensor alarms Alarm Type Fls Alarmlist message Fls name of analog input 19 Alarm evaluated All the time Related applications MCB MGCB BTB Description This alarm occurs when measurement value of analog input 19 is out of range or is missing Fls AIN Protect 19 6 back to List of fail sensor alarms ...

Page 538: ...485 line CM 4G GPS communication module for connection via 4G CM GPRS communication module for connection via GPRS CM Ethernet communication module for internet connection via Ethernet The available extension plug in modules are EM BIO8 EFCP extension module with 8 binary inputs outputs and with earth fault current protection Note Controller has 12 plug in module slots Module CM Ethernet CM 4G GPS...

Page 539: ...ed for computer or MODBUS connection The CM RS232 485 is a dual port module with RS232 and RS485 interfaces at independent COM channels The RS232 is connected to COM1 and RS485 to COM2 Image 8 156 CM RS232 485 interface IMPORTANT Any manipulation with plug in module shall be done with disconnected power supply to controller Image 8 157 Pinout of RS 232 line ...

Page 540: ... line Terminator 120Ω Balancing resistor 5V Power consumption 40 mA 8 VDC 26 mA 12 VDC 14 mA 24 VDC 10 mA 36 VDC Isolation Galvanic separation Technical data Firmware upgrade Download the newest FW of module from ComAp website in form of PSI file or installation package Instal package to computer or open PSI to instal it into InteliConfig Plug the module into the controller and power the controlle...

Page 541: ...00 Mbit interface in RJ45 connector It provides an interface for connecting a PC with through ethernet internet network for sending active e mails and for integration of the controller into a building management MODBUS TCP and SNMP protocols This card also enables to monitor and control the gen set over web browser from any location with internet access using appropriate security measures Image 8 ...

Page 542: ...cation with controller red LED is blinking in period 500ms 500ms test mode green LED is blinking in period 250ms 250ms Firmware upgrade Download the newest FW of module from ComAp website in form of PSI file or installation package Instal package to computer or open PSI to instal it into InteliConfig Plug the module into the controller and power the controller on Open a connection with controller ...

Page 543: ...ption 32 mA 8 VDC 18 mA 12 VDC 10 mA 24 VDC 12 mA 36 VDC Technical data SIM card settings SIM card to be used in CM 4G GPS or CM GPRS modules must be adjusted as follows SMS service enabled Packet data Internet access enabled when required for the selected mode of operation PIN code security disabled How to start using CM GPRS module You will need a controller CM GPRS module antenna and SIM card w...

Page 544: ... User Name and APN User Password in controller s setpoint group CM GPRS which is accessible by PAGE button from any measurement screen on controller Setpoints can be set on controller s front panel keyboard or by InteliConfig Switch the controller off and on Wait for approx 2 4 minutes for first connection of the system to AirGate AirGate will generate automatically the AirGate ID value Then navig...

Page 545: ...SM modem did not accepted particular initialization command possibly caused by locked SIM card 15 Unknown modem 16 Bad answer to complement initialization string 17 Not possible to read GSM signal strength 18 CDMA modem not detected 19 No CDMA network 20 Unsuccessful registration to CDMA network 21 SIMCom ME909s can t read FW version 22 SIMCom GSM signal not found 23 SIMCom can t detect module spe...

Page 546: ...rmware upgrade Download the newest FW of module from ComAp website in form of PSI file or installation package Instal package to computer or open PSI to instal it into InteliConfig Plug the module into the controller and power the controller on Open a connection with controller via InteliConfig Go the menu Tools Firmware upgrade select the Plug in modules tab and select the appropriate firmware yo...

Page 547: ...rk based localization service CM 4G GPS module also works like GPS locator Geo fencing function can be used with this module Supported 4G bands are as follows FDD LTE Band 1 Band 2 Band 3 Band 4 Band 5 Band 7 Band 8 Band 20 all bands with diversity WCDMA HSDPA HSUPA HSPA Band 1 Band 2 Band 5 Band 8 all bands with diversity GSM GPRS EDGE 850 MHz 900 MHz 1800 MHz 1900 MHz Power consumption 55 mA 8 V...

Page 548: ...ou want to use the built in GPS receiver connect also an active GPS antenna to the GPS antenna connector Switch off the controller Insert CM 4G GPS module into controller Power up the controller Select the mode of CM 4G GPS module by adjusting setpoint Mode Enter correct APN Name APN User Name and APN User Password in controller s setpoint group CM 4G GPS which is accessible by PAGE button from an...

Page 549: ...nitialization of analog modem 11 SIM card is locked Possibly PIN code required PIN needs to be deactivated or unknown status of SIM locking 12 No GSM signal 13 Not possible to read the SIM card parameters 14 GSM modem did not accepted particular initialization command possibly caused by locked SIM card 15 Unknown modem 16 Bad answer to complement initialization string 17 Not possible to read GSM s...

Page 550: ...s needed to indicate AirGate Diag Diagnostic Code for AirGate connection Code Description 0 Waiting for connection to AirGate Server 1 Controller registered waiting for authorization 2 Not possible to register controller blacklisted 3 Not possible to register server has no more capacity 4 Not possible to register other reason 5 Controller registered and authorized Firmware upgrade Download the new...

Page 551: ...EFCP EM BIO8 EFCP is optional plug in card Through this card controller can accommodate one AC current CT measuring input 1A or 5A input and up to 8 binary inputs or outputs In InteliConfig PC configuration tool it is possible to easily choose if particular I O will be binary input or output Image 8 168 EM BIO8 EFCP interface IMPORTANT Any manipulation with plug in module shall be done with discon...

Page 552: ... are supported only in MRS16 and AMF25 controllers Image 8 170 EM BIO8 EFCP wiring Note Current inputs are supported only in MRS16 and AMF25 controllers EM BIO8 EFCP technical data Power supply range 8 36 VDC Power consumption 40 mA 8 VDC 27 mA 12 VDC 22 mA 24 VDC 19 mA 36 VDC Power supply ...

Page 553: ...le into the controller and power the controller on Open a connection with controller via InteliConfig Go the menu Tools Firmware upgrade select the Plug in modules tab and select the appropriate firmware you want to program into the module in InteliConfig Press the OK button to start upgrade of firmware The firmware update process may be performed via any kind of connection including connection vi...

Page 554: ... supported without analog outputs Analog outputs of these CAN modules are supported only in slot 1 and 2 It is possible to add up to 80 binary inputs or up to 68 binary outputs or up to 32 analog inputs on CAN modules Extension modules Inteli AIN8 554 Inteli IO8 8 560 IGS PTM 567 Inteli AIN8 Inteli AIN8 module is extension module equipped with analog inputs Inteli AIN8 module is connected to contr...

Page 555: ...l dimensions are in mm Terminals Analog input 8 analog Inputs CAN CAN1 line Power Power supply CAN LED Tx Rx Indication transmitted or received data Status LED LED indication of correct function CAN terminator Terminating CAN resistor active in position ON switch both switches ...

Page 556: ...r curves NI100 F fix 0 5V PT100 C fix NI1000 F fix 0 10V PT1000 C fix 4 20mA passive NI100 C fix 0 2400ohm 4 20mA active NI1000 C fix 0 10k ohm 0 20mA passive PT100 F fix 1V 20mA active PT1000 F fix 0 2 4V CAN address DIP switch determinates CAN address for analog inputs Note In case of setting the CAN address to zero the appropriate group of signals is deactivated Programming firmware Firmware up...

Page 557: ...rt selection is correct Module has power supply no CAN bus connection status LED lights continuously 10 After successful programming disconnect AT Link conv remove TEST jumper and disconnect power supply 11 Connect power supply again status LED should blinking 12 Module FW is upgraded LED indication LED status Description Dark Fw in module does not work correctly Flashing Module does not communica...

Page 558: ...de 558 Terminator Resistance sensor 3 wires Note Ranges Pt100 Pt1000 Ni100 Ni1000 0 2400 Ω 0 10 kΩ Resistance sensor 2 wires Note Ranges Pt100 Pt1000 Ni100 Ni1000 0 2400 Ω 0 10 kΩ Current sensor active Note Ranges 20 mA 4 20 mA ...

Page 559: ...y 8 to 36 V DC Current consumption 35 mA at 24 V 100 mA at 8 V Interface to controller CAN1 Protection IP20 Storage temperature 40 C to 80 C Operating temperature 30 C to 70 C Dimensions WxHxD 110x110x46 mm 4 3 x4 3 x1 8 Weight 221 5 grams General data Number of channels 8 Voltage Range 0 10 V Accuracy 0 25 of actual value 25 mV Current Range 20 mA Analog inputs ...

Page 560: ... is possible to configure the module by internal switch to two configurations Inteli IO8 8 8 binary inputs 8 binary outputs and 2 analog outputs Inteli IO16 0 16 binary inputs 0 binary outputs and 2 analog outputs The detection of communication speed is indicated by fast flashing of status LED Once the speed is detected the module remains set for the speed even when the communication is lost Renew...

Page 561: ...IO8 8 dimensions Note All dimensions are in mm Terminals Binary inputs 8 binary inputs Binary outputs 8 binary outputs 8 binary inputs Analog outputs 2 analog outputs CAN CAN1 line Power Power supply Binary inputs LEDs 8 LEDs for binary input indication ...

Page 562: ...20mA PWM level 5V with adjustable frequency from 200Hz to 2400Hz with step 1Hz All inputs outputs can be configured to any logical function or protection Output state check Output state check function evaluates in real time the state of binary outputs and adjusted required state In case of failure different state of required state and real state history record and alarm are issued type of the alar...

Page 563: ... lights continuously 6 Launch FlashPgr exe PC software version 4 2 or higher 7 In FlashPrg program choose card Inteli IO8 8 and load FW for the module 8 Set the proper COM port connected with the unit and press Start button 9 Wait till process is done If the process doesn t start after 60 second the Timeout will be evaluated In this case please check You have proper connection with the unit COM po...

Page 564: ...inputs LED at power connector status LED LED status Description Dark Fw in module does not work correctly Flashing Module does not communicate with controller in case non zero CAN address Lights Power supply is in the range and the communication between Inteli IO8 8 and controller works properly Or power supply is in range and zero CAN address is set in case zero CAN address module doesn t communi...

Page 565: ... Binary outputs high side When high side setting of outputs is chosen binary output must be connected to the minus potential directly Terminal VHS voltage High side has to be connected to positive potential directly Maximal current of each binary output is 500 mA Size of fuse depends on load Binary outputs low side When low side setting of outputs is chosen binary output must be connected to the p...

Page 566: ... 8 Weight 240 grams General data Number of channels 2 Voltage Range 0 10 V Accuracy 20 mV 0 5 of actual value Imax 5 mA Current Range 0 20 mA Accuracy 100 µA 0 5 of actual value Rmax 500 Ω PWM Level 5 V Frequency adjustable 200 2400 Hz Imax 20 mA Analog outputs Number of channels 8 for Inteli IO8 8 16 for Inteli IO16 0 Input resistance 4400 Ω Input range 0 to 36 V DC Switching voltage level for op...

Page 567: ...e 567 IGS PTM IGS PTM module is extension module equipped with binary inputs binary outputs analog inputs and analog output IGS PTM module is connected to controller by CAN1 bus Image 8 175 IGS PTM Image 8 176 IGS PTM dimensions ...

Page 568: ...r Power supply Analog inputs Analog inputs can be configured for Resistance measurement Current measurement Voltage measurement The type of analog inputs is configured via jumpers RUI located on lower PCB RUI Analog input configuration 1 2 Resistance measuring 2 3 Current measuring no jumper Voltage measuring Supported sensors Sensors PT100 C fix User curves NI100 C fix 0 100 mV PT100 F fix 0 2400...

Page 569: ...essary to close jumper BOOT RESET jumper is used to reset the device Close jumper to reset the device For programming is used FlashProg PC tool LED indication Binary input Each binary input has LED which indicates input signal LED is shining when input signal is set and LED is dark while input signal has other state Binary output Each binary output has LED which indicates output signal Binary outp...

Page 570: ...ary outputs Resistance sensor Note Range 0 2400 Ω IMPORTANT Physical analog input range is 0 250 Ω In sensor configuration in PC tool it is necessary to chose 0 2400 Ω sensor HW type to ensure proper function of analog input Voltage sensor Note Range 0 100 mV ...

Page 571: ... mA 0 33 mA Technical data Power supply 8 to 36 V DC Current consumption 100 mA at 24V 500 mA Interface to controller CAN1 Protection IP20 Storage temperature 40 C to 80 C Operating temperature 30 C to 70 C Dimensions WxHxD 95 96 43 mm 3 7 3 8 1 7 General data Number of channels 8 Voltage Range 0 100 mV Accuracy 1 5 1 mV out of measured value Current Range 0 20 mA Accuracy 2 5 0 5 ohm out of measu...

Page 572: ...umber of channels 8 Max current 500 mA Max switching voltage 36 V DC Number of channels 8 Voltage Range 0 100 mV Accuracy 1 5 1 mV out of measured value Current Range 0 20 mA Accuracy 2 5 0 5 ohm out of measured value Resistive Range 0 250 Ω Accuracy 1 2 ohm out of measured value Binary outputs IGL RA15 Remote annunciator IGL RA15 is designed as an extension signaling unit The unit is equipped wit...

Page 573: ...n Status led is yellow Press Lamp test sixteen times Set the address up by pressing Horn reset The number of red luminous LEDs means the CAN1 addresses two for addresses 1 2 four for addresses 3 4 six for addresses 5 6 and eight for addresses 7 8 Press Lamp test LED indication Each LED color is adjusted independently of controller output settings If controller output 1 is set as Common Shutdown it...

Page 574: ...he unit is OK and the communication to the master controller is OK Blinking red The unit is OK but the communication to the master controller is not running Blinking yellow EEPROM check not passed OK after power on Yellow Horn timeout or controller address adjustment Horn setting The horn output is activated if any of red or yellow LED is on Output is on until pressing Horn reset or horn timeout c...

Page 575: ...ed at the end of the test After that the unit returns to normal operation The horn can be silenced with horn reset Wiring terminator resistor only when iGL RA 15 is the last unit on the CAN1 bus Note The shielding of the CAN bus cable has to be grounded at one point only Note See the section Technical data page 575 for recommended CAN bus cable type Technical data Power supply 8 to 36 V DC Current...

Page 576: ...ut min 0 25 mm2 Maximal attenuation at 1 MHz 2 dB 100m Recommended Industrial Automation Process Control Cables BELDEN 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 Indus...

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