AGC 200 Parameter List 4189340605 UK

5/21/2018 AGC 200 Parameter List 4189340605 UK

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MULTI-LINE 2PARAMETER LIST

PARAMETER LIST

Alarm list

Parameter list

Document no.: 4189340605F

SW version 3.62.X or later

Advanced Genset Controller, AGC 200


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AGC 200 Parameter List

DEIF A/S Page 2 of 129

Table of contents

1. ABOUT THIS DOCUMENT .................................................................................................... 4

GENERAL PURPOSE...................................................................................................................... 4

INTENDED USERS.......................................................................................................................... 4

CONTENTS/OVERALL STRUCTURE.................................................................................................. 4

2. WARNINGS AND LEGAL INFORMATION ........................................................................... 5

LEGAL INFORMATION AND RESPONSIBILITY..................................................................................... 5

ELECTROSTATIC DISCHARGE AWARENESS..................................................................................... 5

SAFETY ISSUES............................................................................................................................ 5

DEFINITIONS................................................................................................................................ 5

3. ALARM LIST .......................................................................................................................... 6

ALARM TABLE OVERVIEW.............................................................................................................. 7

REVERSE POWER AND OVERCURRENT PROTECTION..................................................................... 10

VOLTAGE PROTECTIONS............................................................................................................. 14

FREQUENCY PROTECTIONS......................................................................................................... 16

BUSBAR VOLTAGE PROTECTIONS................................................................................................. 19

BUSBAR FREQUENCY PROTECTIONS............................................................................................ 22

MAINS FAILURE PROTECTIONS..................................................................................................... 25

OVERLOAD PROTECTIONS........................................................................................................... 26

CURRENT UNBALANCE PROTECTION............................................................................................ 28

VOLTAGE UNBALANCE PROTECTION............................................................................................. 28

REACTIVE POWER IMPORT (LOSS OF EXCITATION)PROTECTION.................................................... 29

REACTIVE POWER EXPORT (OVEREXCITATION)PROTECTION......................................................... 29

NEGATIVE SEQUENCE................................................................................................................. 30

ZERO SEQUENCE........................................................................................................................ 31

DIRECTIONAL OVERCURRENT PROTECTION.................................................................................. 32

BUSBAR UNBALANCE VOLTAGE.................................................................................................... 33

TIME-DEPENDENT UNDERVOLTAGE.............................................................................................. 33

GENERATOR NEUTRAL LINE INVERSE OVERCURRENT.................................................................... 36

GENERATOR EARTH CURRENT INVERSE....................................................................................... 37

POWER-DEPENDENT REACTIVE POWER IMPORT........................................................................... 38

POWER-DEPENDENT REACTIVE POWER EXPORT........................................................................... 39

NON-ESSENTIAL LOAD TRIP (LOAD SHEDDING) .............................................................................. 40

UNDERVOLTAGE AND REACTIVE POWER LOW............................................................................... 42

SYNCHRONISATION AND BREAKER ALARMS.................................................................................. 43

REGULATION ALARMS................................................................................................................. 46

DIGITAL INPUT 77-90SETUP....................................................................................................... 47

DIGITAL INPUT 46-48SETUP (MULTI-FUNCTIONAL INPUTS) ............................................................ 47

EMERGENCY STOP..................................................................................................................... 48

MULTI-FUNCTIONAL ANALOGUE INPUT SETUP............................................................................... 49

SPEED AND RUNNING FEEDBACK SETUP....................................................................................... 59

AUX.SUPPLY SETUP................................................................................................................... 61

STOP COIL WIRE BREAK AND INTERNAL COMMUNICATION ALARMS................................................. 62

ENGINE HEATER FAILURE............................................................................................................ 62

BATTERY TESTS......................................................................................................................... 63

MAX.VENTILATION...................................................................................................................... 64

SWITCHBOARD ERROR................................................................................................................ 65

SWITCHBOARD ERROR................................................................................................................ 65

EXTERNAL COMMUNICATION ERROR............................................................................................ 66

ENGINE INTERFACE COMMUNICATION ALARMS.............................................................................. 67

POWER MANAGEMENT COMMUNICATION ERROR........................................................................... 71

EXTERNAL IOCOMMUNICATION ERROR........................................................................................ 71

EXTERNAL I/OALARM SETUP....................................................................................................... 72


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4. PARAMETER LIST .............................................................................................................. 74

PARAMETER TABLE OVERVIEW.................................................................................................... 74

SYNCHRONISATION..................................................................................................................... 76

REGULATION.............................................................................................................................. 78

DIGITAL OUTPUT SETUP.............................................................................................................. 84

TRANSDUCER OUTPUTS

.............................................................................................................. 87

SYSTEM..................................................................................................................................... 92

GENERAL SETUP........................................................................................................................ 92

COUNTERS AND TIMERS.............................................................................................................. 94

ALARM HORN.............................................................................................................................. 95

RUN COIL................................................................................................................................... 95

RUNNING,START AND STOP........................................................................................................ 96

BREAKER CONTROL.................................................................................................................... 97

POWER DERATE......................................................................................................................... 98

IDLE START................................................................................................................................ 98

ENGINE HEATER......................................................................................................................... 99

ANALOGUE LOAD SHARING LINES OUTPUT.................................................................................... 99

MASTER CLOCK........................................................................................................................ 100

COOLING VENTILATION.............................................................................................................. 100

SUMMER/WINTER TIME.............................................................................................................. 100

FUEL TRANSFER PUMP LOGIC.................................................................................................... 101

ALARM JUMP............................................................................................................................ 101

MAINS SETUP........................................................................................................................... 102

TEST....................................................................................................................................... 103

CONTROLLER SETTINGS............................................................................................................ 103

MAINS FAILURE........................................................................................................................ 104

FREQUENCY DEPENDENT POWER DROOP................................................................................... 105

DROOP CURVE SET Y1/X1 ........................................................................................................ 105

VOLTAGE DEPENDENT PF/KVAR DROOP.................................................................................... 106

DROOP CURVE SET Y2/X2 ........................................................................................................ 107

EXTERNAL COMMUNICATION...................................................................................................... 108

POWER MANAGEMENT INTERNAL COMMUNICATION (AGC24X ONLY)........................................... 108

ENGINE INTERFACE COMMUNICATION......................................................................................... 109

CANAPROTOCOL................................................................................................................... 109

CANBPROTOCOL................................................................................................................... 110

CANCPROTOCOL................................................................................................................... 110

EXTERNAL I/OCOMMUNICATION SETUP...................................................................................... 111

POWER MANAGEMENT SETUP (AGC242/244/245/246ONLY) .................................................... 112

TOOLS MENUS.......................................................................................................................... 118

JUMP MENU.............................................................................................................................. 118

COMMAND TIMERS.................................................................................................................... 121

PASSWORDS............................................................................................................................ 123

VDO46 ................................................................................................................................... 124

VDO47 ................................................................................................................................... 126

VDO48 ................................................................................................................................... 126

MULTI-INPUT SELECTIONS......................................................................................................... 126

EXTERNAL DIGITAL OUTPUTS..................................................................................................... 129

EXTERNAL MODULE STATUS...................................................................................................... 129


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1. About this document

This chapter includes general user information about this handbook concerning the general

purpose, the intended users and the overall contents and structure.

General purpose

This document is the complete parameter list for DEIFs Multi-line 2 AGC 200 units. The document

includes all parameters, which means that some of the option parameters included may not be

accessible in the system in question.

Intended users

The parameter list is mainly intended for the person responsible for the unit parameter setup. In

most cases, this would be a panel builder designer. Naturally, other users might also find useful

information here.

Contents/overall structure

The parameter list is divided into chapters, and in order to make the structure of the document

simple and easy to use, each chapter will begin from the top of a new page. The following will

outline the contents of each of the chapters.

About this document

This first chapter includes general information about this handbook as a document. It deals with

the general purpose and the intended users of the parameter list. Furthermore, it outlines the

overall contents and structure of the document.

Warnings and legal information

The second chapter includes information about general legal issues and safety precautionsrelevant in the handling of DEIF products. Furthermore, this chapter will introduce note and

warning symbols, which will be used throughout the handbook.

Alarm list

This chapter includes a complete standard alarm list for setup. Therefore, this chapter is to be

used for reference, when information about specific alarms is needed.

Parameter list

This chapter includes a complete standard parameter list for setup. Therefore, this chapter is to be

used for reference, when information about specific parameters is needed.


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2. Warnings and legal information

This chapter includes important information about general legal issues relevant in the handling

of DEIF products. Furthermore, some overall safety precautions will be introduced and

recommended. Finally, the highlighted notes and warnings, which will be used throughout this

handbook, are presented.

Legal information and responsibility

DEIF takes no responsibility for installation or operation of the generator set. If there is any doubt

about how to install or operate the generator set controlled by the unit, the company responsible

for the installation or the operation of the set must be contacted.

Electrostatic discharge awareness

Sufficient care must be taken to protect the terminals against static discharges during the

installation. Once the unit is installed and connected, these precautions are no longer necessary.

Safety issues

Installing the unit implies work with dangerous currents and voltages. Therefore, the installation

should only be carried out by authorised personnel who understand the risks involved in working

with live electrical equipment.

Definitions

Throughout this document a number of notes and warnings will be presented. To ensure that these

are noticed, they will be highlighted in order to separate them from the general text.

Notes

Warnings

The notes provide general information which will be helpful for the reader to

bear in mind.

The warnings indicate a potentially dangerous situation which could result in

death, personal injury or damaged equipment, if certain guidelines are not

followed.

Be aware of the hazardous live currents and voltages. Do not touch any AC

measurement inputs as this could lead to injury or death.

The units are not to be opened by unauthorised personnel. If opened anyway, the

warranty will be lost.


6/129



3. Alarm list

This chapter includes a complete alarm list, including all possible options. Therefore, this

chapter is to be used for reference when specific information about the individual parameters is

needed for the unit setup. An overview list can be seen on the next pages.

The table consists of the following possible adjustments:

Setpoint: The alarm setpoint is adjusted in the setpoint menu. The setting is a percentage

of the nominal values.

Delay: The timer setting is the time that must expire from the alarm level is reached

until the alarm occurs.

Relay output A: A relay can be activated by output A.

Relay output B: A relay can be activated by output B.

Enable: The alarm can be activated or deactivated. ON means always activated, RUN

means that the alarm has run status. This means it is activated when the

running signal is present.

Fail class: When the alarm occurs, the unit will react depending on the selected fail class.

Fail classes are:

Fail class DG (diesel

generator)

Mains unit BTB (bus tie

breaker)

F1 Block Block Block

F2 Warning Warning WarningF3 Trip GB Trip TB Trip BTB

F4 Trip + stop Trip MB N/A

F5 Shutdown N/A N/A

F6 Trip MB N/A N/A

F7 Safety stop N/A N/A

F8 Trip MB/GB N/A N/A

Due to the character of the parameters, the individual tables may vary slightly.

In the following, these abbreviations are used:G: Generator

GB: Generator breaker

TB: Tie breaker (for mains unit)

MB: Mains breaker

BTB: Bus tie breaker

BA: Busbar A (BTB unit)

BB: Busbar (BTB unit: Busbar B)

N/A: Not available


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It is also possible to configure the

parameters by using the PC utility

software. It will be possible to make the

same configurations as described above.

By using the PC utility software, extra

functionality is available. For all theprotections, it is possible to make an

automatic acknowledgement of the

alarm.

Alarm table overview

Protection Multi-functional input setup

1000 G -P> 1 4120 4-20mA 46.1

1010 G -P> 2 4130 4-20mA 46.2

1030 G I> 1 4160 Pt100 46.11040 G I> 2 4170 Pt100 46.2

1050 G I> 3 4180 VDO oil 46.1

1060 G I> 4 4190 VDO oil 46.2

1080 G I> Inverse 4200 VDO water 46.1

1100 G Iv > 1-6 4210 VDO water 46.2

1110 G Iv > 4220 VDO fuel 46.1

1130 G I>> 1 4230 VDO fuel 46.2

1140 G I>> 2 4240 W. fail 46

1150 G U> 1 4250 4-20mA 47.1

1160 G U> 2 4260 4-20mA 47.2

1170 G U< 1 4290 Pt100 47.1

1180 G U< 2 4300 Pt100 47.2

1190 G U< 3 4310 VDO oil 47.1

1200 G voltage trip 4320 VDO oil 47.21210 G f> 1 4330 VDO water 47.1

1220 G f> 2 4340 VDO water 47.2

1230 G f> 3 4350 VDO fuel 47.1

1240 G f< 1 4360 VDO fuel 47.2

1250 G f< 2 4370 W. fail 47

1260 G f< 3 4380 4-20mA 48.1

1270 BB U> 1 4390 4-20mA 48.2

1280 BB U> 2 4420 Pt100 48.1

1290 BB U> 3 4430 Pt100 48.2

1300 BB U< 1 4440 VDO oil 48.1

1310 BB U< 2 4450 VDO oil 48.2

1320 BB U< 3 4460 VDO water 48.1

1330 BB U< 4 4470 VDO water 48.2

1340 BB voltage trip 4480 VDO fuel 48.1


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1350 BB f> 1 4490 VDO fuel 48.2

1360 BB f> 2 4500 W. fail 48

1370 BB f> 3 4510 Overspeed 1

1380 BB f< 1 4520 Overspeed 2

1390 BB f< 2 4530 Crank failure

1400 BB f< 3 4540 Run feedb. fail

1410 BB f< 4 4550 MPU wire break

1420 df/dt (ROCOF) 4560 Hz/V failure1430 Vector jump 4570 Start failure

1440 BB pos seq volt 4580 Stop failure

1450 G P> 1 4960 U< aux. term. 1

1460 G P> 2 4970 U> aux. term. 1

1470 G P> 3

1480 G P> 4 System

1490 G P> 5 - General setup

1500 G unbalance curr. 6270 Stop coil wire break

1510 G unbalance volt. 6330 Engine heater 1

1520 G Q> 6410 Battery test

1530 G Q> 6420 Auto battery test

1540 G neg. seq. I 6470 Max. vent 1

1550 G neg. seq. U 6480 Max. vent 2

1560 G neg. seq. select 6500 Blk. swbd error1570 G zero seq. I 6510 Stp. swbd error

1580 G zero seq. U 6540 Not in Auto

1590 G zero seq. select

1600 G directional overcurrent 1 System

1610 G directional overcurrent 2 - Communication

1620 BB unbalance U 7520 Ext. comm. error

1630 Ut< SP 1-3 1 7530 Int. comm. ID

1640 Ut< SP 4-6 1 7570 EI comm. error

1650 Ut< Activate & Recovery 1 7580 EIC warning

1660 Ut< 1 7590 EIC shutdown

1670 Ut< SP 1-3 2 7600 EIC overspeed

1680 Ut< SP 4-6 2 7610 EIC coolant t. 1

1690 Ut< Activate & Recovery 2 7620 EIC coolant t. 2

1700 Ut< 2 7630 EIC oil press. 11720 G In> Inverse 7640 EIC oil press. 2

1730 G Ie> inverse 7650 EIC oil temp. 1

1740 G P dep Q< 1-3 7660 EIC oil temp. 2

1750 G P dep Q< 4-6 7670 EIC coolant level 1

1760 G P dep Q< 7680 EIC coolant level 2

1770 G P dep Q> 1-3 7870 Any BTB missing/appl. hazard

1780 G P dep Q> 4-6

1790 G P dep Q> - External I/O

1800 NEL 1 I> 12000 Ext. Ain 1.1

1810 NEL 2 I> 12010 Ext. Ain 1.2

1820 NEL 3 I>

1830 NEL 1 bus f< 12030 Ext. Ain 2.1

1840 NEL 2 bus f< 12040 Ext. Ain 2.2

1850 NEL 3 bus f 12060 Ext. Ain 3.1

1870 NEL 2 P> 12070 Ext. Ain 3.2

1880 NEL 3 P>

1890 NEL 1 P>> 12090 Ext. Ain 4.1

1900 NEL 2 P>> 12100 Ext. Ain 4.2

1910 NEL 3 P>>

1960 U and Q< 1 12120 Ext. Ain 5.1

1970 U and Q< 2 12130 Ext. Ain 5.2

1980 GB/MB external trip

12150 Ext. Ain 6.1

Control 12160 Ext. Ain 6.2

- Synchronisation

2120 Sync window 12180 Ext. Ain 7.1

2130 GB/TB/BTB sync failure 12190 Ext. Ain 7.2

2140 MB sync failure


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2150 Phase seq error

2154 Phase rotation 12210 Ext. Ain 8.1

2160 GB/TB/BTB open fail 12220 Ext. Ain 8.2

2170 GB//TB/BTB close fail

2180 GB/TB/BTB pos. fail 12540 Ext dig. in 1

2200 MB open fail 12550 Ext dig. in 2

2210 MB close fail 12560 Ext dig. in 3

2220 MB pos. fail 12570 Ext dig. in 42270 Close before excitation failure 12580 Ext dig. in 5

12590 Ext dig. in 6

- Regulation 12600 Ext dig. in 7

2560 GOV reg. fail 12610 Ext dig. in 8

2630 Deload error 12620 Ext dig. in 9

2680 AVR reg. fail 12630 Ext dig. in 10

12640 Ext dig. in 11

Input/output 12650 Ext dig. in 12

- Binary input setup 12660 Ext dig. in 13

3000 Dig. input 77 12670 Ext dig. in 14



3030 Dig. input 80

3040 Dig. input 813050 Dig. input 82

3060 Dig. input 83

3070 Dig. input 84

3080 Dig. input 85

3090 Dig. input 86

3100 Dig. input 87

3110 Dig. input 88

3120 Dig. input 89

3130 Dig. Input 90

3400 Dig. input 46

3410 Dig. input 47

3420 Dig. input 48

3490 Emergency stop


10/129



Reverse power and overcurrent protection

No. Setting Min.

Max.

Factory

setting

Notes Ref. Description

1000 Generator reverse power 1

1001 G P> 1 Setpoint-200.0%

0.0%-5.0%

Designers

Reference

Handbook

The alarm and fail class

are activated when the

reverse power has been

continuously above the

programmed value

during the programmed

delay.

1002 G P> 1 Timer0.1 s

100.0 s10.0 s

1003 G P> 1Relay

output A

Not used

Variant dep.Not used

1004 G P> 1Relay

output B

Not used


1005 G P> 1 EnableOFF

ONON

1006 G P> 1 Fail class F1F8 Trip GB(F3)

1010 Generator reverse power 2

1011 G P> 2 Setpoint-200.0%

0.0%-5.0%

Designers

Reference

Handbook



reverse power has been


programmed value


delay.

1012 G P> 2 Timer0.1 s

100.0 s10.0 s

1013 G P> 2Relay

output A

Not used


1014 G P> 2Relay

output B

Not used


1015 G P> 2 Enable

OFF

ON ON

1016 G P> 2 Fail class F1F8Trip GB

(F3)

1030 Generator overcurrent 1

1031G

I> 1Setpoint

50.0%

200.0%115.0%

Designers

Reference

Handbook



current has been


programmed value


delay.

1032G

I> 1Timer

0.1 s

3200.0 s10.0 s

1033G

I> 1

Relay

output A

Not used


1034G

I> 1

Relay

output B

Not used


1035G

I> 1Enable

OFF

ONON

1036G

I> 1Fail class F1F8

Warning

(F2)


1041G

I> 2Setpoint

50.0%

200.0%120.0%

Designers

Reference

Handbook



current has been


programmed value


1042G

I> 2Timer

0.1 s

3200.0 s5.0 s

1043G

I> 2

Relay

output A

Not used



11/129



No. Setting Min.

Max.

Factory

setting


1044G

I> 2

Relay

output B

Not used


delay.

1045

G

I> 2 Enable

OFF

ON ON

1046G

I> 2Fail class F1F8

Trip GB

(F3)


1051G

I> 3Setpoint

50.0%

200.0%115.0%

Designers

Reference

Handbook



current has been


programmed value


delay.

1052G

I> 3Timer

0.1 s

3200.0 s10.0 s

1053G

I> 3

Relay

output A

Not used


1054G

I> 3

Relay

output B

Not used


1055G

I> 3Enable

OFF

ONON

1056G

I> 3Fail class F1F8

Trip GB

(F3)


1061G

I> 4Setpoint

50.0%

200.0%120.0%

Designers

Reference

Handbook



current has been


programmed value


delay.

1062G

I> 4Timer

0.1 s

3200.0 s5.0 s

1063G

I> 4

Relay

output A

Not used


1064 GI> 4

Relayoutput B

Not usedVariant dep.

Not used

1065G

I> 4Enable

OFF

ONON

1066G

I> 4Fail class F1F8

Trip GB

(F3)

1080 G I> inverse

1081G I> inverse

TypeSetpoint

IEC Inverse

Custom

IEC

Inverse

Designers

Reference

Handbook

Type selections are:

IEC Inverse

IEC Very Inverse

IEC Extremely Inv.

IEEE Moderately Inv.

IEEE Very Inverse

IEEE Extremely Inv.

Custom

Output B is only

available in the utility

software.

1082G I> inverse

LimitSetpoint

50%

200%110%

1083

G I> inverse

TMS Setpoint

0.1

100 1

1084 G I> inverse k Setpoint0.00 s

32 s0.14 s

1085 G I> inverse c Setpoint0 s

32 s0 s

1086 G I> inverse a Setpoint0.00

320.02

1087 G I> inverse Output ANot used


1088 G I> inverse EnableOFF

ONOFF

1089 G I> inverse Fail class F1F8Trip GB

(F3)


12/129



No. Setting Min.

Max.

Factory

setting


G I> inverse Output BNot used


1100 Voltage-dependent overcurrent curve setting

1101 G Iv > (50%)Setpoint

I1

50.0%

200.0%110.0%

@50%

nom.

voltage

Designers

Reference

Handbook

Settings relate to

nominal generator

current.

The condition has to be

true i.e.

I1 (100%)Setpoint

I6

50.0%

200.0%200.0%

@100

% nom.

voltage

1110 Voltage-dependent overcurrent alarm

1111 G Iv > Timer0.1 s

10 s1.0 s

Designers

Reference

Handbook



overcurrent has been


programmed value


delay. Values are set inmenus 1101-1106.

1112 G Iv >Relay

output A

Not used


1113 G Iv >Relay

output B

Not used

Variant dep.

Not used

1114 G Iv > EnableOFF

ONON

1115 G Iv > Fail class F1F8Trip GB

(F3)

1130 Generator fast overcurrent 1

1131G

I>> 1Setpoint

150.0%

350.0%150.0%

Designers

Reference

Handbook

The alarm settings

relate to the nominal

current setting.



current has been


programmed value


delay.

1132G

I>> 1Timer

0.0 s

100.0 s2.0 s

1133G

I>> 1

Relay

output A

Not used


1134G

I>> 1

Relay

output B

Not used


1135G

I>> 1Enable

OFF

ONOFF

1136G

I>> 1Fail class F1F8

Trip GB

(F3)

1140 Generator fast overcurrent 2

1141G

I>> 2Setpoint

150.0%

350.0%200.0%

Designers

Reference

Handbook



current has been

continuously above the1142G

I>> 2Timer

0.0s

100.0 s0.5 s


13/129



No. Setting Min.

Max.

Factory

setting


1143G

I>> 2

Relay

output A

Not used


programmed value


delay.

1144

G

I>> 2

Relay

output B

Not used

Variant dep. Not used

1145G

I>> 2Enable

OFF

ONOFF

1146G

I>> 2Fail class F1F8

Trip GB

(F3)


14/129



Voltage protections

No. Setting Min.

Max.

Factory

setting


1150 Generator overvoltage 1

1151G

U> 1Setpoint

100.0%

120.0%103.0%

Designers

Reference

Handbook



voltage has been


programmed value


delay.

1152G

U> 1Timer

0.1 s

100.0 s10.0 s

1153G

U> 1

Relay

output A

Not used

Variant

dep.

Not used

1154G

U> 1

Relay

output B

Not used

Variant

dep.

Not used

1155 GU> 1

Enable OFFON

OFF

1156G

U> 1

Fail

classF1F8

Warning

(F2)

1160 Generator overvoltage 2

1161G

U> 2Setpoint

100.0%

120.0%105.0%

Designers

Reference

Handbook



voltage has been


programmed value


delay.

1162G

U> 2Timer

0.1 s

100.0 s5.0 s

1163G

U> 2

Relay

output A

Not used

Variant

dep.

Not used

1164G

U> 2

Relay

output B

Not usedVariant

dep.

Not used

1165G

U> 2Enable

OFF

ONOFF

1166G

U> 2

Fail

classF1F8

Warning

(F2)

1170 Generator undervoltage 1

1171G

U< 1Setpoint

40.0%

100.0%97.0%

Designers

Reference

Handbook



voltage has been

continuously under the

programmed value


delay.

1172G

U< 1Timer

0.1 s

100.0 s10.0 s

1173G

U< 1

Relay

output A

Not usedVariant

dep.

Not used

1174G

U< 1

Relay

output B

Not used

Variant

dep.

Not used

1175G

U< 1Enable

OFF

ONOFF

1176G

U< 1

Fail

classF1F8

Warning

(F2)


1181

G

U< 2 Setpoint

40.0%

100.0% 95.0%

Designers

Reference




15/129



No. Setting Min.

Max.

Factory

setting


1182G

U< 2Timer

0.1 s

100.0 s5.0 s

Handbook voltage has been


programmed value

during the programmeddelay.

1183 GU< 2 Relayoutput A

Not used

Variantdep.

Not used

1184G

U< 2

Relay

output B

Not used

Variant

dep.

Not used

1185G

U< 2Enable

OFF

ONOFF

1186G

U< 2

Fail

classF1F8

Warning

(F2)


1191G

U< 3Setpoint

40.0%

100.0%95.0%

Designers

Reference

Handbook



voltage has beencontinuously under the

programmed value


delay.

1192G

U< 3Timer

0.1 s

100.0 s5.0 s

1193G

U< 3

Relay

output A

Not used

Variant

dep.

Not used

1194G

U< 3

Relay

output B

Not used

Variant

dep.

Not used

1195G

U< 3Enable

OFF

ONOFF

1196G

U< 3

Fail

classF1F8

Warning

(F2)

1200 Generator voltage trip

1201G

voltage tripSetpoint

Ph-Ph

Ph-NPh-Ph

Designers

Reference

Handbook

Selection between

phase-phase or phase-

neutral voltage detection.

When phase-phase

tripping is selected, the

voltage alarms relate to

the nominal voltage.

When phase-neutral

tripping is selected, the

voltage alarms relate to

the nominal voltage

divided by 3.


16/129



Frequency protections

No. Setting Min.

Max.

Factory

setting


1210 Generator overfrequency 1

1211G

f> 1Setpoint

100.0%

120.0%103.0%

Designers

Reference

Handbook



frequency has been


programmed value


delay.

Frequency settings

relate to nominalfrequency setting.

1212G

f> 1Timer

0.2 s

100.0 s10.0 s

1213G

f> 1

Relay

output A

Not

used

Variant

dep.

Not used

1214G

f> 1

Relay

output B

Not

used

Variant

dep.

Not used

1215G

f> 1Enable

OFF

ONOFF

1216G

f> 1Fail class F1F8

Warning

(F2)


1221G

f> 2Setpoint

100.0%

120.0%105.0%

Designers

Reference

Handbook



frequency has been


programmed value


delay.

1222 Gf> 2

Timer 0.2 s100.0 s

5.0 s

1223G

f> 2

Relay

output A

Not

used

Variant

dep.

Not used

1224G

f> 2

Relay

output B

Not

used

Variant

dep.

Not used

1225G

f> 2Enable

OFF

ONOFF

1226G

f> 2Fail class F1F8

Warning

(F2)


1231G

f> 3Setpoint

100.0%

120.0%105.0%

Designers

Reference

Handbook



frequency has been


programmed value


delay.

1232G

f> 3Timer

0.2 s

100.0 s5.0 s

1233G

f> 3

Relay

output A

Not

used

Variant

dep.

Not used

1234G

f> 3

Relay

output B

Not

used

Variant

dep.

Not used

Frequency settings relate to the nominal frequency setting.


17/129



No. Setting Min.

Max.

Factory

setting


1235G

f> 3Enable

OFF

ONOFF

1236

G

f> 3 Fail class F1F8

Warning

(F2)

1240 Generator underfrequency 1

1241G

f< 1Setpoint

80.0%

100.0%97.0%

Designers

Reference

Handbook



frequency has been


programmed value


delay.

1242G

f< 1Timer

0.2 s

100.0 s10.0 s

1243G

f< 1

Relay

output A

Not

used

Variant

dep.

Not used

1244G

f< 1

Relay

output B

Not

used

Variantdep.

Not used

1245G

f< 1Enable

OFF

ONOFF

1246G

f< 1Fail class F1F8

Warning

(F2)


1251G

f< 2Setpoint

80.0%

100.0%95.0%

Designers

Reference

Handbook



frequency has been


programmed value


1252G

f< 2Timer

0.2 s

100.0 s5.0 s

1253G

f< 2

Relay

output A

Not

used

Variant

dep.

Not used

1254G

f< 2

Relay

output B

Not

used

Variant

dep.

Not used

1255G

f< 2Enable

OFF

ONOFF

1256G

f< 2Fail class F1F8

Warning

(F2)


1261Gf< 3

Setpoint80.0%100.0%

95.0%DesignersReference

Handbook

The alarm and fail classare activated when the

frequency has been


programmed value


delay.

1262G

f< 3Timer

0.2 s

100.0 s5.0 s

1263G

f< 3

Relay

output A

Not

used

Variant

dep.

Not used

1264G

f< 3

Relay

output B

Not

used

Variant

dep.

Not used

1265G

f< 3

EnableOFF

ON

OFF


18/129



No. Setting Min.

Max.

Factory

setting


1266G

f< 3Fail class F1F8

Warning

(F2)


19/129



Busbar voltage protections

No. Setting Min.

Max.

Factory

setting


1270 Busbar overvoltage 1

1271 BB U> 1 Setpoint100.0%

120.0%103.0%

Designers

Reference

Handbook



voltage has been


programmed value during

the programmed delay.

1272 BB U> 1 Timer0.0 s

99.99 s10.0 s

1273 BB U> 1Relay

output A

Not used

Variant

dep.

Not used

1274 BB U> 1Relay

output B

Not usedVariant

dep.

Not used

1275 BB U> 1 EnableOFF

ONOFF

1276 BB U> 1Fail

classF1F8

Warning

(F2)



120.0%105.0%

Designers

Reference

Handbook



voltage has been




1282 BB U> 2 Timer0.0 s

99.99 s5.0 s

1283 BB U> 2Relay

output A

Not usedVariant

dep.

Not used

1284 BB U> 2Relay

output B

Not used

Variant

dep.

Not used


ONOFF

1286 BB U> 2Fail

classF1F8

Warning

(F2)



120.0%105.0%

Designers

ReferenceHandbook


are activated when thevoltage has been




1292 BB U> 3 Timer0.0 s

99.99 s5.0 s

1293 BB U> 3Relay

output A

Not used

Variant

dep.

Not used

1294 BB U> 3Relay

output B

Not used

Variant

dep.

Not used


ONOFF

1296 BB U> 3Fail

classF1F8

Warning

(F2)

Voltage settings relate to the nominal voltage setting.


20/129



No. Setting Min.

Max.

Factory

setting


1300 Busbar undervoltage 1

1301 BB U< 1 Setpoint40.0%

100.0%97.0%

Designers

ReferenceHandbook


are activated when thevoltage has been




1302 BB U< 1 Timer0.00 s

99.99 s10.0 s

1303 BB U< 1Relay

output A

Not used

Variant

dep.

Not used

1304 BB U< 1Relay

output B

Not used

Variant

dep.

Not used

1305 BB U< 1 EnableOFF

ONOFF

1306 BB U< 1Fail

classF1F8

Warning

(F2)



100.0%95.0%

Designers

Reference

Handbook



voltage has been




1312 BB U< 2 Timer0.00 s

99.99 s5.0 s

1313 BB U< 2Relay

output A

Not used

Variant

dep.

Not used

1314 BB U< 2Relay

output B

Not used

Variant

dep.

Not used

1315 BB U< 2 Enable

OFF

ON OFF

1316 BB U< 2Fail

classF1F8

Warning

(F2)



100.0%97.0%

Designers

Reference

Handbook



voltage has been




1322 BB U< 3 Timer0.00 s

99.99 s10.0 s

1323 BB U< 3Relay

output A

Not used

Variant

dep.

Not used

1324 BB U< 3 Relayoutput B

Not usedVariant

dep.

Not used


ONOFF

1326 BB U< 3Fail

classF1F8

Warning

(F2)



100.0%95.0%

Designers

Reference

Handbook



voltage has been

continuously under the1332 BB U< 4 Timer0.00 s

99.99 s5.0 s


21/129



No. Setting Min.

Max.

Factory

setting


1333 BB U< 4Relay

output A

Not used

Variant

dep.

Not used



1334 BB U< 4Relay

output B

Not usedVariant

dep.

Not used


ONOFF

1336 BB U< 4Fail

classF1F8

Warning

(F2)

1340 Busbar voltage trip

1341 BB voltage trip SetpointPh-Ph

Ph-NPh-Ph

Designers

Reference

Handbook

Selection between phase-

phase or phase-neutral

voltage detection.


22/129



Busbar frequency protections

No. Setting Min.

Max.

Factory

setting


1350 Busbar overfrequency 1

1351 BB f> 1 Setpoint100.0%

120.0%103.0%

Designers

Reference

Handbook



frequency has been


programmed value


delay.

1352 BB f> 1 Timer0.00 s

99.99 s10.0 s

1353 BB f> 1Relay

output A

Not used

Variant

dep.

Not used

1354 BB f> 1Relay

output B

Not usedVariant

dep.

Not used

1355 BB f> 1 EnableOFF

ONOFF

1356 BB f> 1 Fail class F1F8Warning

(F2)



120.0%105.0%

Designers

Reference

Handbook



frequency has been


programmed value


delay.

1362 BB f> 2 Timer0.00 s

99.99 s5.0 s

1363 BB f> 2Relay

output A

Not usedVariant

dep.

Not used

1364 BB f> 2Relay

output B

Not used

Variant

dep.

Not used


ONOFF


(F2)



120.0%105.0%

Designers

ReferenceHandbook


are activated when thefrequency has been


programmed value


delay.

1372 BB f> 3 Timer0.00 s

99.99 s5.0 s

1373 BB f> 3Relay

output A

Not used

Variant

dep.

Not used

1374 BB f> 3Relay

output B

Not used

Variant

dep.

Not used


ONOFF


(F2)

Frequency settings relate to the nominal frequency setting.


23/129



No. Setting Min.

Max.

Factory

setting


1380 Busbar underfrequency 1

1381 BB f< 1 Setpoint

80.0%

100.0% 97.0%

Designers

ReferenceHandbook


are activated when thefrequency has been


programmed value


delay.

1382 BB f< 1 Timer0.00 s

99.99 s10.0 s

1383 BB f< 1Relay

output A

Not used

Variant

dep.

Not used

1384 BB f< 1Relay

output B

Not used

Variant

dep.

Not used

1385 BB f< 1 EnableOFF

ONOFF

1386 BB f< 1 Fail class F1F8Warning

(F2)


1391 BB f< 2 Setpoint80.0%

100.0%95.0%

Designers

Reference

Handbook



frequency has been


programmed value


delay.

1392 BB f< 2 Timer0.00 s

99.99 s5.00 s

1393 BB f< 2Relay

output A

Not used

Variant

dep.

Not used

1394 BB f< 2Relay

output B

Not used

Variant

dep.

Not used


ON OFF


(F2)



100.0%97.0%

Designers

Reference

Handbook



frequency has been


programmed value


delay.

1402 BB f< 3 Timer0.00 s

99.99 s10.0 s

1403 BB f< 3Relay

output A

Not used

Variant

dep.

Not used

1404 BB f< 3Relayoutput B

Not usedVariant

dep.

Not used


ONOFF


(F2)



100.0%95.0%

Designers

Reference

Handbook



frequency has been

continuously under the1412 BB f< 4 Timer0.00 s

99.99 s5.0 s


24/129



No. Setting Min.

Max.

Factory

setting


1413 BB f< 4Relay

output A

Not used

Variant

dep.

Not used

programmed value


delay.

1414 BB f< 4Relay

output B

Not usedVariant

dep.

Not used


ONOFF


(F2)


25/129



Mains failure protections

No. Setting Min.

Max.

Factory

setting


1420 df/dt (ROCOF)

1421 df/dt (ROCOF) Timer

3 periods

20

periods

6 periods

Option A1 The alarm and fail class


df/dt rate has been



the programmed number

of periods (delay).

1422 df/dt (ROCOF) Setpoint1.5Hz/s

10.0Hz/s5.0Hz/s

1423 df/dt (ROCOF)Relay

output A

Not used

Variant

dep.

Not used

1424 df/dt (ROCOF)Relay

output B

Not used

Variant

dep.

Not used

1425 df/dt (ROCOF) EnableOFF

ONOFF

1426 df/dt (ROCOF) Fail class F1F8Trip MB

(F6)

1430 Vector jump

1431 Vector jump Setpoint1.0 deg.

90.0 deg.10.0 deg.


are activated when a

vector jump is detected.

1432 Vector jumpRelay

output A

Not used

Variant

dep.

Not used

1433 Vector jumpRelay

output B

Not used

Variant

dep.

Not used

1434 Vector jump EnableOFF

ONOFF

1435 Vector jump Fail class F1F8Trip MB

(F6)

1440 Busbar positive sequence voltage low

1441 BB pos seq volt Setpoint10.0%

110.0%70.0%



symmetrical (positive

sequence) voltage has

been continuously below

the programmed value


The timer factory setting is

set to 2 periods. This

means that the error has

to be active for 2 whole

periods before the alarm

will be tripped.

E.g. in a 50Hz system, the

alarm will be activated if

the positive sequence is

below 70% of U nominal

voltage for 40ms. The

alarm will trip the fail class

as soon as possible after

this delay.

1442 BB pos seq volt Timer1 period

9 periods2 periods

1443 BB pos seq volt

Relay

output A

Not used

Variantdep.

Not used

1444 BB pos seq voltRelay

output B

Not used

Variant

dep.

Not used

1445 BB pos seq volt EnableOFF

ONOFF

1446 BB pos seq volt Fail class F1F8Trip MB

(F6)


26/129



Overload protections

No. Setting Min.

Max.

Factory

setting


1450 Generator overload 1

1451G

P> 1Setpoint

-200.0%

200.0%100.0%

Designers

Reference

Handbook

Settings relate to nominal

power.



power has been




1452G

P> 1Timer

0.1 s

3200.0 s10.0 s

1453G

P> 1

Relay

output A

Not used

Variant

dep.

Not used

1454G

P> 1

Relay

output B

Not used

Variant

dep.

Not used

1455 GP> 1 Enable OFFON OFF

1456G

P> 1Fail class F1F8

Warning

(F2)


1461G

P> 2Setpoint

-200.0%

200.0%110.0%

Designers

Reference

Handbook



power has been




1462G

P> 2Timer

0.1 s

3200.0 s5.0 s

1463G

P> 2

Relay

output A

Not used

Variant

dep.

Not used

1464G

P> 2

Relay

output B

Not usedVariant

dep.

Not used

1465G

P> 2Enable

OFF

ONOFF

1466G

P> 2Fail class F1F8

Trip GB

(F3)


1471G

P> 3Setpoint

-200.0%

200.0%100.0%

Designers

Reference

Handbook



power has been




1472G

P> 3Timer

0.1 s

3200.0 s10.0 s

1473G

P> 3

Relay

output A

Not usedVariant

dep.

Not used

1474G

P> 3

Relay

output B

Not used

Variant

dep.

Not used

1475G

P> 3Enable

OFF

ONOFF

1476G

P> 3Fail class F1F8

Trip GB

(F3)


1481

G

P> 4 Setpoint

-200.0%

200.0% 110.0%

Designers

Reference




27/129



No. Setting Min.

Max.

Factory

setting


1482G

P> 4Timer

0.1 s

3200.0 s5.0 s

Handbook power has been



the programmed delay.1483 GP> 4 Relayoutput A

Not used

Variantdep.

Not used

1484G

P> 4

Relay

output B

Not used

Variant

dep.

Not used

1485G

P> 4Enable

OFF

ONOFF

1486G

P> 4Fail class F1F8

Trip GB

(F3)


1491G

P> 5Setpoint

-200.0%

200.0%100.0%

Designers

Reference

Handbook



power has beencontinuously above the



1492G

P> 5Timer

0.1 s

3200.0 s10.0 s

1493G

P> 5

Relay

output A

Not used

Variant

dep.

Not used

1494G

P> 5

Relay

output B

Not used

Variant

dep.

Not used

1495G

P> 5Enable

OFF

ONOFF

1496G

P> 5Fail class F1F8

Trip GB

(F3)


28/129



Current unbalance protection

No. Setting Min.

Max.

Factory

setting


1500 Generator unbalanced current

1501G

unbalance curr.Setpoint

0.0%

100.0%30.0%

Designers

Reference

Handbook

Settings relate to nominal

generator current.

The alarm and fail classare activated when the

difference between the

max. reading and the min.

reading of the 3 measured

currents has been




1502G

unbalance curr.Timer

0.1 s

100.0 s10.0 s

1503G

unbalance curr.

Relay

output A

Not used

Variant

dep.

Not used

1504G

unbalance curr.

Relay

output B

Not used

Variant

dep.

Not used

1505 Gunbalance curr.

Enable OFFON

ON

1506G

unbalance curr.Fail class F1F8

Warning

(F2)

Voltage unbalance protection

No. Setting Min.

Max.

Factory

setting


1510 Generator unbalanced voltage

1511 G unbalance volt. Setpoint0.0%

50.0%10.0%

Designers

Reference

Handbook

Settings relate to

nominal voltage.




max. reading and the

min. reading of the 3

measured generator

voltages has been


programmed value


delay.

1512 G unbalance volt. Timer0.1 s

100.0 s10.0 s

1513 G unbalance volt.Relay

output A

Not used

Variant

dep.

Not used

1514 G unbalance volt.Relay

output B

Not used

Variant

dep.

Not used

1515 G unbalance volt. EnableOFF

ONOFF

1516 G unbalance volt. Fail class F1F8 Trip GB(F3)


29/129



Reactive power import (loss of excitation) protection

No. Setting Min.

Max.

Factory

setting


1520 Generator reactive power import (loss of excitation)

1521 G Q> Setpoint0.0%

150.0%50.0%

Designers

Reference

Handbook

Settings relate to

nominal power setting

value.


are activated when

imported VAr has been


programmed value


delay.

1522 G Q> Timer0.1 s

100.0 s10.0 s

1523 G Q>Relay

output A

Not used

Variant

dep.

Not used

1524 G Q>Relay

output B

Not used

Variant

dep.

Not used

1525 G Q> Enable OFFON

OFF

1526 G Q> Fail class F1F8Warning

(F2)

Reactive power export (overexcitation) protection

No. Setting Min.

Max.

Factory

setting


1530 Generator reactive power export (overexcitation)

1531 G Q> Setpoint0.0%

100.0%60.0%

Designers

Reference

Handbook

Settings relate to

nominal power setting

value.


are activated when

exported VAr has been


programmed value


delay.

1532 G Q> Timer0.1 s

100.0 s10.0 s

1533 G Q>Relay

output A

Not used

Variant

dep.

Not used

1534 G Q>Relay

output B

Not used

Variant

dep.

Not used

1535 G Q> EnableOFF

ONOFF

1536 G Q> Fail class F1F8 Warning(F2)


30/129



Negative sequence

No. Setting Min.

Max.

Factory

setting


1540 Generator negative sequence current

1541 G neg seq I Setpoint1.0%

100.0%20.0%

Option C2 Settings relate to

nominal current.

The alarm and fail

class are activated

when the negative

sequence has been


programmed value


delay.

1542 G neg seq I Timer0.2 s

100.0 s0.5 s

1543 G neg seq IRelay

output A

Not used


1544 G neg seq IRelay

output B

Not used


1545 G neg seq I EnableOFF

ONOFF

1546 G neg seq I Failclass

F1F8 Trip MB(F6)

1550 Generator negative sequence voltage

1551 G neg seq U Setpoint1.0%

100.0%5.0%


nominal voltage.

The alarm and fail

class are activated

when the negative

sequence has been


programmed value


delay.

1552 G neg seq U Timer0.2 s

100.0 s0.5 s

1553 G neg seq URelay

output A

Not used


1554 G neg seq URelay

output B

Not used


1555 G neg seq U Enable

OFF

ON OFF

1556 G neg seq UFail

classF1F8

Trip MB

(F6)

1560 Generator negative sequence selection

1561G neg seq

selectSetpoint

G

measurement

BB

measurement

G

measurement

Option C2 Selection between

generator or busbar

measurement of

negative sequence

voltage.


31/129



Zero sequence

No. Setting Min.

Max.

Factory

setting


1570 Generator zero sequence current

1571 G zero seq I Setpoint0.0%

100.0%20.0%


nominal current.

The alarm and fail

class are activated

when the zero

sequence has been


programmed value


delay.

1572 G zero seq I Timer0.2 s

100.0 s0.5 s

1573 G zero seq IRelay

output A

Not used


1574 G zero seq IRelay

output B

Not used


1575 G zero seq I EnableOFF

ONOFF

1576 G zero seq I Failclass

F1F8 Trip MB(F6)

1580 Generator zero sequence voltage

1581 G zero seq U Setpoint0.0%

100.0%5.0%


nominal voltage.

The alarm and fail

class are activated

when the zero

sequence has been


programmed value


delay.

1582 G zero seq U Timer0.2 s

100.0 s0.5 s

1583 G zero seq URelay

output A

Not used


1584 G zero seq URelay

output B

Not used


1585 G zero seq U Enable

OFF

ON OFF

1586 G zero seq UFail

classF1F8

Trip MB

(F6)

1590 Generator zero sequence selection

1591G zero seq

selectSetpoint

G

measurement

BB

measurement

G

measurement

Option C2 Selection between

generator or busbar

measurement of zero

sequence voltage.


32/129



Directional overcurrent protection

No. Setting Min.

Max.

Factory

setting


1600 Generator directional overcurrent 1

1601 G I> direct 1 Setpoint-200.0%

200.0%120.0%

Option A5 Settings relate to

nominal current.



directional current has

been continuously above

the programmed value


delay.

The current

measurement is positive

when current is supplied

from the mains to the

plant. The current

measurement is

negative when current is

being supplied to the

mains.

1602 G I> direct 1 Timer0.0 s

100.0 s0.1 s

1603 G I> direct 1Relay

output A

Not used

Variant

dep.

Not used


output B

Not used

Variant

dep.

Not used

1605 G I> direct 1 Enable OFFON

OFF

1606 G I> direct 1 Fail class F1F8Trip MB

(F6)

1610 Generator directional overcurrent 2

1611 G I> direct 2 Setpoint-200.0%

200.0%130.0%

Option A5 Settings relate to

nominal current.



directional current has

been continuously above

the programmed valueduring the programmed

delay.

The current

measurement is positive

when current is supplied

from the mains to the

plant. The current

measurement is

negative when current is

being supplied to the

mains.

1612 G I> direct 2 Timer0.0 s

100.0 s0.1 s

1613 G I> direct 2

Relay

output A

Not used

Variantdep.

Not used


output B

Not used

Variant

dep.

Not used

1615 G I> direct 2 EnableOFF

ONOFF

1616 G I> direct 2 Fail class F1F8Trip MB

(F6)


33/129



Busbar unbalance voltage

No. Setting Min.

Max.

Factory

setting


1620 BB unbalance U

1621 BB unbalance U Setpoint0.0%

50.0%6.0%

Designers

Reference

Handbook

Settings relate to average

actual voltage.




max. reading and the min.

reading of the 3 measured

busbar voltages has been




1622 BB unbalance U Timer0.1 s

100.0 s

10.0 s

1623 BB unbalance URelay

output A

Not used

Variant

dep.

Not used

1624 BB unbalance URelay

output B

Not used

Variant

dep.

Not used

1625 BB unbalance U Enable OFFON

OFF

1626 BB unbalance U Fail class F1F8Warning

(F2)

Time-dependent undervoltage

No. Setting Min.

Max.

Factory

setting


1630 Time-dependent undervoltage 1 1-3

1631 Ut < 1 Setpoint 1 30.0%120.0%

30.0% Option A1 Curve setting for time-dependent under-

voltage.

Settings relate to

nominal generator

voltage.


true i.e.

Ut(1)1Ut(2)Ut(3)

Ut(4)Ut(5)Ut(6).

If this is not fulfilled, the

worst-case setpoint Ut(6)

will be used.

1632 Ut < 1 Delay 10.00 s

20.00 s0.15 s

1633 Ut < 1 Setpoint 230.0%

120.0%70.0%

1634 Ut < 1 Delay 20.00 s

20.00 s0.15 s

1635 Ut < 1 Setpoint 330.0%

120.0%70.0%

1636 Ut < 1 Delay 30.00 s

20.00 s0.70 s


1641 Ut < 1 Setpoint 430.0%

120.0%90.0%

Option A1 Curve setting for time-

dependent under-

voltage.

Settings relate to

nominal generator

voltage.


true i.e.

Ut(1)1Ut(2)Ut(3)

Ut(4)Ut(5)Ut(6).



will be used.

1642 Ut < 1 Delay 40.00 s

20.00 s1.50 s

1643 Ut < 1 Setpoint 530.0%

120.0%90.0%

1644 Ut < 1 Delay 50.00 s

20.00 s2.00 s

1645 Ut < 1 Setpoint 630.0%

120.0%90.0%

1646 Ut < 1 Delay 60.00 s

20.00 s3.00 s


34/129



No. Setting Min.

Max.

Factory

setting


1650 Time-dependent undervoltage 1 activation

1651 Ut < act 1 Activate30.0%

120.0%90.0%

Option A1 Activate is the voltage

value where the functiontimer starts.

Recovery is the value

where the function timer

is reset to 0 ms.

Delay is the delay timer

for the reset.

The relay outputs will

activate immediately

when the function timer

starts.

1652 Ut < act 1 Recovery30.0%

120.0%95.0%

1653 Ut < act 1 Delay0.0 s

320.0 s1.00 s

1654 Ut < act 1Relay

output A

Not used

Variant

dep.

Not used


output B

Not used

Variant

dep.

Not used

1656 Ut < act 1 EnableOFF

ONOFF

1660 Time-dependent undervoltage 1

1661 Ut < 1Relay

output A

Not used

Variant

dep.

Not used


is activated

instantaneously when

the voltage value is

under the programmed

value curve.1662 Ut < 1

Relay

output B

Not used

Variant

dep.

Not used

1663 Ut < 1 EnableOFF

ONOFF

1664 Ut < 1 Fail class F1F8Trip MB

(F6)


1671 Ut < 2 Setpoint 130.0%

120.0%30.0%


dependent undervoltage.

Settings relate to

nominal generator

voltage.


true i.e.

Ut(1)1Ut(2)Ut(3)

Ut(4)Ut(5)Ut(6).



will be used.

1672 Ut < 2 Delay 10.00 s

20.00 s0.15 s

1673 Ut < 2 Setpoint 230.0%

120.0%70.0%

1674 Ut < 2 Delay 20.00 s

20.00 s0.15 s

1675 Ut < 2 Setpoint 330.0%

120.0%70.0%

1676 Ut < 2 Delay 30.00 s

20.00 s0.70 s


1681 Ut < 2 Setpoint 430.0%

120.0%90.0%


dependent undervoltage.

Settings relate to

nominal generator

voltage.


true i.e.

Ut(1)1Ut(2)Ut(3)

Ut(4)Ut(5)Ut(6).



1682 Ut < 2 Delay 40.00 s

20.00 s1.50 s

1683 Ut < 2 Setpoint 530.0%

120.0%90.0%

1684 Ut < 2 Delay 50.00 s

20.00 s2.00 s

1685 Ut < 2 Setpoint 630.0%

120.0%90.0%


35/129



No. Setting Min.

Max.

Factory

setting


1686 Ut < 2 Delay 60.00 s

20.00 s3.00 s

will be used.

1690 Time-dependent undervoltage 2 activation

1691 Ut < act 2 Activate30.0%

120.0%90.0%

Option A1 Activate is the voltage

value where the function

timer starts.

Recovery is the value

where the function timer

is reset to 0 ms.

Delay is the delay timer

for the reset.

The relay output will

activate immediately

when the function timer

starts.

1692 Ut < act 2 Recovery30.0%

120.0%95.0%

1693 Ut < act 2 Delay0.0 s

320.0 s1.00 s


output A

Not used

Variant

dep.

Not used


output B

Not used

Variant

dep.

Not used

1696 Ut < act 2 EnableOFF

ONOFF

1700 Time-dependent undervoltage 2

1701 Ut < 2Relay

output A

Not used

Variant

dep.

Not used


is activated

instantaneously when

the voltage value is

under the programmed

value curve.1702 Ut < 2

Relay

output B

Not used

Variant

dep.

Not used

1703 Ut < 2 EnableOFF

ONOFF

1704 Ut < 2 Fail class F1F8Trip GB

(F3)


36/129



Generator neutral line inverse overcurrent

No. Setting Min.

Max.

Factory

setting


1720 G In> inverse

1721 G In> Inverse Type

IEC

Inverse

Custom

IEC

Inverse

Designers

Reference

Handbook

Not available for AGC

212/213/222

1722 G In> Inverse Limit2.0%

120.0%30.0%

1723 G In> Inverse TMS0.1

100.01.0

1724 G In> Inverse k0.00 s

32.00 s0.14 s

1725 G In> Inverse c 0.0 s32.0 s 0.0 s

1726 G In> Inverse a0.00

32.00.02

1727 G In> Inverse Output A

Not used

Variant

dep.

Not used

1728 G In> Inverse EnableOFF

ONOFF

1729 G In> Inverse Fail class F1F8Trip GB

(F3)


37/129



Generator earth current inverse

No. Setting Min.

Max.

Factory

setting


1730 G Ie> inverse

1731 G Ie> Inverse Type

IEC

Inverse

Custom

IEC

Inverse

Designers

Reference

Handbook

Not available for AGC

212/213/222

1732 G Ie> Inverse Limit2.0%

120.0%10.0%

1733 G Ie> Inverse TMS0.1

100.01.0

1734 G Ie> Inverse k0.00 s

32.00 s0.14 s

1735 G Ie> Inverse c 0.0 s32.0 s 0.0 s

1736 G Ie> Inverse a0.00

32.00.02

1737 G Ie> Inverse Output A

Not used

Variant

dep.

Not used

1738 G Ie> Inverse EnableOFF

ONOFF

1739 G Ie> Inverse Fail class F1F8Trip GB

(F3)


38/129



Power-dependent reactive power import

No. Setting Min.

Max.

Factory

setting


1740 G P dep Q< 1-3

1741 G P dep Q< Q1 Setpoint0%

100%20%

Designers

Reference

Handbook1742 G P dep Q< P1 Setpoint

0%

100%0%


100%22%

1744 G P dep Q< P2 Setpoint0%

100%7%


100%27%

1746 G P dep Q< P3 Setpoint 0%100%

12%

1750 G P dep Q< 4-6


100%18%

Designers

Reference

Handbook1752 G P dep Q< P4 Setpoint

0%

100%55%


100%21%


100%97%


100% 1%


100%100%

1760 G P dep Q P1 Setpoint

0%

100%0%

1773 G P dep Q> Q2 Setpoint0%

100%86%

1774 G P dep Q> P2 Setpoint0%

100%24%


100%77%

1776 G P dep Q> P3 Setpoint 0%100%

53%

1780 G P dep Q> 4-6


100%60%

Designers

Reference

Handbook1782 G P dep Q> P4 Setpoint

0%

100%80%


100%33%


100%95%


100% 1%


100%100%

1790 G P dep Q>

1791 G P dep Q> Timer0.1 s

300.0 s1.0 s

Designers

Reference

Handbook

1792 G P dep Q>Relay

output A

Not used

Variant

dep.

Not used

1793 G P dep Q>Relay

output B

Not used

Variant

dep.

Not used

1794 G P dep Q> EnableOFF

ONOFF

1795 G P dep Q> Fail class F1F8Trip GB

(F3)


40/129



Non-essential load trip (load shedding)

No. Setting Min.

Max.

Factory

setting


1800 NEL 1 overcurrent

1801 NEL 1 I> Setpoint50.0%

200.0%100.0%

Designers

Reference

Handbook

Trip of non-essential load

due to overcurrent. This

function activates NEL

group 1.1802 NEL 1 I> Timer0.1 s

100.0 s5.0 s

1803 NEL 1 I> EnableOFF

ONOFF



200.0%100.0%

Designers

Reference

Handbook





100.0 s8.0 s


ONOFF



200.0%100.0%

Designers

Reference

Handbook





100.0 s10.0 s


ONOFF

1830 NEL 1 busbar underfrequency

1831 NEL 1 bus f< Setpoint70.0%

100.0%95.0%

Designers

Reference

Handbook


due to low frequency. This


group 1.1832 NEL 1 bus f< Timer0.1 s

100.0 s5.0 s

1835 NEL 1 bus f< EnableOFF

ONOFF


1841 NEL 2 bus f< Setpoint 70.0%100.0% 95.0% DesignersReference

Handbook

Trip of non-essential loaddue to low frequency. This



100.0 s8.0 s


ONOFF


1851 NEL 3 bus f< Setpoint70.0%

100.0%95.0%

Designers

Reference

Handbook


due to low frequency. This



100.0 s10.0 s


ON

OFF

Setting values relate to the nominal setting.


41/129



No. Setting Min.

Max.

Factory

setting


1860 NEL 1 overload

1861 NEL 1 P> Setpoint10.0%

200.0%100.0%

Designers

ReferenceHandbook


due to overload. Thisfunction activates NEL

group 1.1862 NEL 1 P> Timer0.1 s

100.0 s5.0 s

1865 NEL 1 P> EnableOFF

ONOFF

1870 NEL 2 overload


200.0%100.0%

Designers

Reference

Handbook


due to overload. This



100.0 s8.0 s


ONOFF

1880 NEL 3 overload


200.0%100.0%

Designers

Reference

Handbook


due to overload. This



100.0 s10.0 s


ONOFF

1890 NEL 1 high overload

1891 NEL 1 P>> Setpoint10.0%

200.0%110.0%

Designers

Reference

Handbook


due to high overload. This


group 1.1892 NEL 1 P>> Timer 0.1 s999.9 s1.0 s

1895 NEL 1 P>> EnableOFF

ONOFF



200.0%110.0%

Designers

Reference

Handbook




group 2.1902 NEL 2 P>> Timer0.1 s

999.9 s1.0 s


ONOFF



200.0%110.0%

Designers

Reference

Handbook




group 3.1912 NEL 3 P>> Timer0.1 s

999.9 s1.0 s


ONOFF


42/129



Undervoltage and reactive power low

No. Setting Min.

Max.

Factory

setting


1960 U and Q < 1

1961 U and Q < 1 Setpoint40.0%

100.0%85.0%

Option A1 The setting relates to the

generator nominal

voltage.

The condition for trip is

that the actual voltage

drops below the setting

value and the reactive

power is 0 kVAr.

1962 U and Q < 1 Delay0.1 s

3200.0 s0.5 s

1963 U and Q < 1Relay

output A

Not used

Variant

dep.

Not used


output B

Not used

Variant

dep.

Not used

1965 U and Q < 1 Enable OFFON OFF

1966 U and Q < 1 Fail class F1F8Warning

(F2)

1970 U and Q < 2

1971 U and Q < 2 Setpoint40.0%

100.0%85.0%

Option A1 The setting relates to

the generator nominal

voltage.

The condition for trip is

that the actual voltage

drops below the setting

value and the reactive

power is 0 kVAr.

1972 U and Q < 2 Delay0.1 s

3200.0 s0.5 s


output A

Not used

Variant

dep.

Not used


output B

Not usedVariant

dep.

Not used

1975 U and Q < 2 EnableOFF

ONOFF

1976 U and Q < 2 Fail class F1F8Warning

(F2)

1980 GB/MB external trip

1981 GB ext trip EnableOFF

ONON

Designers

Reference

Handbook

The generator breaker or

the mains breaker has

been tripped by an

external device.1982 GB ext trip Fail class F1F8Warning

(F2)

1983 GB ext trip Enable OFFON

ON


43/129



Synchronisation and breaker alarms

No. Setting Min.

Max.

Factory

setting


2120 Synchronisation window

2121 Sync window Setpoint2.0%

20.0%15.0%

Design

AGC 200 Parameter List 4189340605 UK

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Transcript of AGC 200 Parameter List 4189340605 UK