PPM-3 Parameter List 4189340672 UK

8/17/2019 PPM-3 Parameter List 4189340672 UK

1/144

DEIF A/S · Frisenborgvej 33 · DK-7800 SkiveTel.: +45 9614 9614 · Fax: +45 9614 [email protected] · www.deif.com

PARAMETER LIST

Protection and Power Management, PPM-3● Alarm list● Parameter list

Document no.: 4189340672ASW version: 3.04. or later


2/144

1. General information1.1. Warnings, legal information and safety..................................................................................................5

1.1.1. Warnings and notes ......................................................................................................................51.1.2. Legal information and disclaimer ..................................................................................................5

1.1.3. Safety issues ................................................................................................................................51.1.4. Electrostatic discharge awareness ...............................................................................................51.1.5. Factory settings ............................................................................................................................5

1.2. About the Parameter List........................................................................................................................61.2.1. General purpose............................................................................................................................61.2.2. Intended users...............................................................................................................................61.2.3. Contents and overall structure ......................................................................................................6

2. Alarm lis t2.1. Reverse power pro tection......................................................................................................................9

2.1.1. Reverse pow er protection..............................................................................................................92.2. Overcurrent protec tion..........................................................................................................................10

2.2.1. Overcurre nt protection.................................................................................................................102.3. Generator voltage protection................................................................................................................15

2.3.1. Generator voltage protection.......................................................................................................152.4. Generator frequen cy protection............................................................................................................17

2.4.1. Generator frequency protection...................................................................................................172.5. Busbar voltage pro tection.....................................................................................................................20

2.5.1. Busbar vo ltage protection............................................................................................................202.6. Busbar frequency protection................................................................................................................23

2.6.1. Busbar fre quency protection........................................................................................................232.7. Overload protectio n..............................................................................................................................26

2.7.1. Overload protection.....................................................................................................................262.8. Current unbalance protection...............................................................................................................29

2.8.1. Current u nbalance protection......................................................................................................292.9. Voltage asymmetry protection..............................................................................................................30

2.9.1. Voltage a symmetry protection.....................................................................................................302.10. Reactive power im port (loss of excitation)..........................................................................................30

2.10.1. Reactive power import (loss of excitation).................................................................................302.11. Reactive power e xport (overexcitation)..............................................................................................31

2.11.1. Reactive power export (overexcitation).....................................................................................312.12. Busbar Unbalanc e voltage protection................................................................................................31

2.12.1. Busbar U nbalance voltage protection........................................................................................312.13. Non Essential Lo ad trip......................................................................................................................32

2.13.1. Non Ess ential Load trip..............................................................................................................322.14. Max. parallel time protection..............................................................................................................36

2.14.1. Max. par allel time protection......................................................................................................362.15. Breaker external t rip alarm.................................................................................................................37

2.15.1. Breaker external trip alarm........................................................................................................372.16. Synchronisation a nd breaker alarms..................................................................................................38

2.16.1. Synchro nisation and breaker alarms.........................................................................................38

2.17. Regulation alarms ..............................................................................................................................422.17.1. Regulati on alarms......................................................................................................................422.18. Binary input setup ...............................................................................................................................44

2.18.1. Binary in put setup......................................................................................................................442.19. Analogue input se tup (option M15.6).................................................................................................59

2.19.1. Analogu e input setup (option M15.6).........................................................................................592.20. Multi-functional a nalogue input setup.................................................................................................63

2.20.1. Multi-inp ut no. 102.....................................................................................................................632.20.2. Multi-input n o. 105.....................................................................................................................692.20.3. Multi-inp ut no. 108.....................................................................................................................75

2.21. Overspeed , running, start/stop failure................................................................................................822.21.1. Over speed, running, start/stop failure........................................................................................82

2.22. Analogue input se tup (option M15.8).................................................................................................85

PPM-3 parameter list 4189340672 UK

DEIF A/S Page 2 of 144


3/144

2.22.1. Analogue input setup (option M15.8).........................................................................................852.23. Aux. supply setup...............................................................................................................................90

2.23.1. Aux. supply setup......................................................................................................................902.24. General setup.....................................................................................................................................92

2.24.1. General setup............................................................................................................................922.25. Communication..................................................................................................................................932.25.1. Communication..........................................................................................................................93

2.26. Engine interface communication alarms............................................................................................942.26.1. Engine interface communication alarms....................................................................................94

2.27. Application error.................................................................................................................................972.27.1. Application error.........................................................................................................................97

2.28. External I/O com munication error.......................................................................................................982.28.1. External I/O communication error..............................................................................................98

2.29. External I/O alarm setup.....................................................................................................................982.29.1. External I/O alarm setup............................................................................................................982.29.2. Analogue in puts.........................................................................................................................992.29.3. Digital input s............................................................................................................................100

3. Parameter lis t3.1. Synchronisation.... ..............................................................................................................................1023.1.1. Synchroni sation.........................................................................................................................102

3.2. Regulation............. .............................................................................................................................1043.2.1. Regulatio n..................................................................................................................................104

3.3. Digital output setup .............................................................................................................................1103.3.1. Digital out put setup....................................................................................................................110

3.4. Pulse width modul ation......................................................................................................................1133.4.1. Pulse wid th modulation..............................................................................................................113

3.5. Load reduction...... ..............................................................................................................................1143.5.1. Load redu ction...........................................................................................................................114

3.6. Analogue output li mits........................................................................................................................1153.6.1. Analogue output limits...............................................................................................................115

3.7. Transducer outputs ............................................................................................................................1163.7.1. Transducer o utputs....................................................................................................................116

3.8. Regulator outp ut selection..................................................................................................................1203.8.1. Regulator out put selection.........................................................................................................120

3.9. System............ ...................................................................................................................................1213.9.1. System......... ..............................................................................................................................1213.9.2. General s etup............................................................................................................................122

3.10. EDG setup.......... ..............................................................................................................................1273.10.1. EDG set up...............................................................................................................................127

3.11. External commun ication...................................................................................................................1283.11.1. External communication..........................................................................................................128

3.12. Internal communi cation....................................................................................................................1283.12.1. Internal communication............................................................................................................128

3.13. Engine interface c ommunication......................................................................................................1293.13.1. Engine i nterface communication..............................................................................................129

3.14. External I/O com munication setup...................................................................................................1303.14.1. External I/O communication setup...........................................................................................130

3.15. Power managem ent setup...............................................................................................................1313.15.1. Power m anagement setup.......................................................................................................131

3.16. Jump men us.....................................................................................................................................1363.16.1. Jump menus............................................................................................................................1363.16.2. 9000 Softwa re version.............................................................................................................1363.16.3. 9020 Servic e port.....................................................................................................................1363.16.4. 9070 M4 SW version...............................................................................................................1363.16.5. 9100 De vice type.....................................................................................................................1373.16.6. 911X Passw ord........................................................................................................................1373.16.7. 9120 Se rvice menu..................................................................................................................1373.16.8. 9130 AC co nfiguration.............................................................................................................138




4/144

3.16.9. 9150 Backlight dimmer............................................................................................................1383.16.10. 9160 Application setup..........................................................................................................1383.16.11. 9190 Application broadcast...................................................................................................138

3.17. GSM settings....................................................................................................................................139

3.17.1. GSM settings...........................................................................................................................1393.18. Passwords........................................................................................................................................1393.18.1. Passwords...............................................................................................................................139

3.19. VDO 102...........................................................................................................................................1403.19.1. VDO 102..................................................................................................................................140

3.20. VDO 105...........................................................................................................................................1423.20.1. VDO 105..................................................................................................................................142

3.21. VDO 108...........................................................................................................................................1423.21.1. VDO 108..................................................................................................................................142

3.22. Multi-inputs selections......................................................................................................................1433.22.1. Multi-inputs selections.............................................................................................................143

3.23. External digital outputs.....................................................................................................................1433.23.1. External digital outputs............................................................................................................143

3.24. External Module Status....................................................................................................................144

3.24.1. External Module Status............................................................................................................144




5/144

1. General information1.1 Warnings, legal information and safety

1.1.1 Warnings and notesThroughout this document, a number of warnings and notes with helpful user information will be presented.To ensure that these are noticed, they will be highlighted as follows in order to separate them from the gener-al text.

Warnings

Warnings i ndicate a potentially dangerous situation, which cou ld result i n death, personal injury or damaged equipment, i f certain guideli nes are not fo ll owed.

Notes

Notes provide general information, which will be helpful for the reader to bear in mind.

1.1.2 Legal information and disclaimer DEIF takes no responsibility for installation or operation of the generator set. If there is any doubt about howto install or operate the engine/generator controlled by the Multi-line 2 unit, the company responsible for theinstallation or the operation of the set must be contacted.

The Multi-line 2 unit is not to be op ened by unauthorised personnel. If opened anyway, the war-ranty will be lost.

Disclaimer DEIF A/S reserves the right to change any of the contents of this document without prior notice.

1.1.3 Safety issuesInstalling and operating the Multi-line 2 unit may imply work with dangerous currents and voltages. Therefore,the installation should only be carried out by authorised personnel who understand the risks involved in work-ing with live electrical equipment.

Be aware of the hazardous live currents and voltages. Do not touch any AC measurement in-puts as this could lead to injury or death.

1.1.4 Electro static d ischarge awareness

Sufficient care must be taken to protect the terminal against static discharges during the installation. Once theunit is installed and connected, these precautions are no longer necessary.

1.1.5 Factory settingsThe Multi-line 2 unit is delivered from factory with certain factory settings. These are based on average valuesand are not necessarily the correct settings for matching the engine/generator set in question. Precautionsmust be taken to check the settings before running the engine/generator set.

PPM-3 parameter list 4189340672 UK General information



6/144

1.2 Abou t the Parameter List

1.2.1 General purpose

This document is a complete parameter list including all parameters, which means that some of the optionparameters included may not be accessible in the system in question.

The document includes a complete standard alarm list and a complete standard parameter list for setup.Therefore, this document is to be used for reference, when information about specific alarms and parametersis needed.

Please make sure to read this document b efore starting to work with th e Multi-line 2 unit andthe gen-set to be controlled. Failure to do this could result in human inju ry or damage to theequipment.

1.2.2 Intended users

This 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.

1.2.3 Contents and overall structureThis document is divided into chapters, and in order to make the structure simple and easy to use, eachchapter will begin from the top of a new page.

PPM-3 parameter list 4189340672 UK General information



7/144

2. Alarm l ist

In the followi ng, these abbreviations are used:G: Generator GB: Generator br eaker TB: Tie breaker (for emergency generator)SG: Shaft generator SGB: Shaft g enerator br eaker SC: Shore connectionSCB: Shore connection breaker BT: Bus tieBTB: Bus tie breaker BA: Busbar A (BTB unit)N/A: Not available

This chapter includes a complete alarm list, including all possible options. Therefore, this chapter is to beused for reference when specific information about the individual parameters is needed for the unit setup.

The table consists of the following possible adjustments:

Setpoint: The alarm setpoint is adjusted in the setpoint menu. The setting is a percentageof the nominal values.

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

PPM-3 parameter list 4189340672 UK Alarm list



8/144

Fail classes are:

Fail class DG

(Diesel gener-ator)

EDG

(Emergencydiesel genera-

tor)

SC

(Shore con-nection)

SG

(Shaft genera-tor)

BTB

(Bus tie break-er)

1 Block Block Block Block Block

2 Warning Warning Warning Warning Warning

3 Trip GB Trip GB Trip SCB Trip SGB Trip BTB

4 Trip + Stop Trip + Stop N/A N/A N/A

5 Shut down Shut down N/A N/A N/A

6 Safety stop N/A N/A N/A N/A

7 N/A Trip TB N/A N/A N/A

Small differences due to the character of the parameters may exist between the individual ta-bles.

It is also possible to configure the pa-rameters by using the PC utility soft-ware. It will be possible to make thesame configurations as describedabove.

By using the PC utility software, someextra functionalities are available. For all the protections, it is possible tomake an automatic acknowledgementof the alarm.




9/144

2.1 Reverse power pr otecti on

2.1.1 Reverse power protecti on

No. Setting Min.Max.

Factorysetting

Notes Ref. Description

1000 G/SG/SC reverse power 1

1001 G/SG/SC –P>1

Set-point

-110.0%0.0%

- 8.0% Designer’sReferenceHandbook

The alarm and fail class areactivated when the reversepower has been continuouslyabove the programmed valueduring the programmed de-lay.

1002 G/SG/SC -P>1

Delay 0.1 s300.0 s

5.0 s

1003 G/SG/

SC -P>1

Relay

output A

Not used

Option-de-pendent

Not

used

1004 G/SG/SC -P>1

RelayoutputB

Not usedOption-de-pendent

Notused

1005 G/SG/SC -P>1

Enable OFFON

ON

1006 G/SG/SC -P>1

Failclass

F1…F7 Trip GB(F3)

1010 G/SG/SC reverse power 2

1011 G/SG/SC -P>2

Set-point

-110.0%0.0%

- 15.0% Designer’sReferenceHandbook

The alarm and fail class areactivated when the reversepower has been continuouslyabove the programmed valueduring the programmed de-lay.

1012 G/SG/SC -P>2

Delay 0.1 s300.0 s

2.0 s

1013 G/SG/SC -P>2

Relayoutput

A


Notused

1014 G/SG/SC -P>2

RelayoutputB


Notused

1015 G/SG/SC -P>2

Enable OFFON

ON

1016 G/SG/SC -P>2

Failclass

F1…F7 Trip GB(F3)




10/144

2.2 Overcurrent protection

2.2.1 Overcurrent protection


Facto-rysetting


1030 G/SG/SC/BA overcurrent 1

1031 G/SG/SC/BAI> 1

Set-point

50%200%

100% Design-er’s Refer-enceHandbook

The alarm and fail class are activa-ted when the current has beencontinuously above the program-med value during the programmeddelay.

1032 G/SG/SC/BAI> 1

Delay 0.1 s999.9 s

20.0 s

1033 G/SG/SC/BAI> 1

Relayoutput A

NotusedOption-de-pend-ent

Notused

1034 G/SG/SC/BAI> 1

RelayoutputB


Notused

1035 G/SG/SC/BAI> 1

Enable OFFON

ON

1036 G/SG/SC/BAI> 1

Failclass

F1…F7 Warn-ing(F2)


1041 G/SG/SC/BAI> 2

Set-point

50%200%



1042 G/SG/

SC/BAI> 2

Delay 0.1 s

999.9 s

60.0 s

1043 G/SG/SC/BAI> 2

Relayoutput

A


Notused




11/144


Facto-rysetting


1044 G/SG/SC/BAI> 2

RelayoutputB


Notused

1045 G/SG/SC/BAI> 2

Enable OFFON

ON

1046 G/SG/SC/BA

I> 2

Failclass

F1…F7 TripGB

(F3)1050 G/SG/SC/BA overcurrent 3

1051 G/SG/SC/BAI> 3

Set-point

50%200%



1052 G/SG/SC/BAI> 3

Delay 0.1 s999.9 s

30.0 s

1053 G/SG/SC/BAI> 3

Relayoutput

A

NotusedOption-

de-pend-ent

Notused

1054 G/SG/SC/BAI> 3

RelayoutputB


Notused

1055 G/SG/SC/BAI> 3

Enable OFFON

ON

1056 G/SG/SC/BAI> 3

Failclass

F1…F7 TripGB(F3)


1061 G/SG/SC/BAI> 4

Set-point

50%200%






12/144


Facto-rysetting


1062 G/SG/SC/BAI> 4

Delay 0.1 s999.9 s

10.0 s

1063 G/SG/SC/BAI> 4

Relayoutput

A


Notused

1064 G/SG/SC/BA

I> 4

Relayoutput

B

Notused

Option-de-pend-ent

Notused

1065 G/SG/SC/BAI> 4

Enable OFFON

ON

1066 G/SG/SC/BAI> 4

Failclass

F1…F7 TripGB(F3)

1100 Voltage-dependent overcurrent curve setting

1101 Voltagedep. I> set-pointI1

50%200% 110% @50%nom volt-age

Design-er’s Refer-enceHandbook

Settings relate to nominal genera-tor current.The condition has to be true i.e.I1

set-pointI6

50%200%

200% @100%nom volt-age

1110 Voltage-dependent overcur rent alarm




13/144


Facto-rysetting


1111 Voltagedep. I>

Timer 0.1 s300.0 s

1.0 s Design-er’s Refer-enceHandbook

The alarm and fail class is activa-ted when the overcurrent has beencontinuously above the program-med value during the programmeddelay. Values are set in parame-ters 1101-1106.

1112 Voltagedep. I>

Relay A


Notused

1113 Voltagedep. I>

RelayB

NotusedOption-

de-pend-ent

Notused

1114 Voltagedep. I>

Acti-vate

OFFON

OFF

1115 Voltagedep. I>

Failclass


1130 G/SG/SC/BA fast overcur rent 1

1131 G/SG/SC/BA

I>> 1

Set-point

80%350%

200% Design-er’s Refer-

enceHandbook

The alarm and fail class are activa-ted when the current has been

continuously above the program-med value during the programmeddelay.

1132 G/SG/SC/BAI>> 1

Delay 0.0 s3.0 s

0.0 s


Relayoutput

A


Notused


RelayoutputB


Notused


Enable OFFON

OFF




14/144


Facto-rysetting



Failclass

F1…F7 TripGB(F3)

1140 G/SG/SC/BA fast overcur rent 2


Set-point

80%350%




Delay 0.0 s3.0 s

0.0 s


Relayoutput

A


Notused


RelayoutputB


Notused


Enable OFFON OFF


Failclass

F1…F7 TripGB(F3)




15/144

2.3 Generator voltage protection

2.3.1 Generator voltage protection


Factorysetting


1150 G/SG/SC overvoltage 1

1151 G/SG/SCU> 1

Set-point

80%120%

105% Designer’sReferenceHandbook

The alarm and fail class are ac-tivated when the voltage hasbeen continuously above theprogrammed value during theprogrammed delay.

1152 G/SG/SCU> 1

Timer 0.1 s100.0 s

5.0 s

1153 G/SG/

SCU> 1

Relay

A

Not used

Option-depend-ent

Not

used

1154 G/SG/SCU> 1

RelayB

Not usedOption-depend-ent

Notused

1155 G/SG/SCU> 1

Enable OFFON

ON

1156 G/SG/SCU> 1

Failclass

F1…F7 Warning(F2)

1160 G/SG/SC overvoltage 2

1161 G/SG/SCU> 2

Set-point

80%120%


The alarm and fail class are ac-tivated when the voltage hasbeen continuously above theprogrammed value during theprogrammed delay.

1162 G/SG/SCU> 2

Timer 0.1 s100.0 s

1.0 s

1163 G/SG/SCU> 2

Relay A

Not usedOption-depend-

ent

Notused

1164 G/SG/SCU> 2

RelayB


Notused

1165 G/SG/SCU> 2

Enable OFFON

ON




16/144


Factorysetting


1166 G/SG/SCU> 2

Failclass

F1…F7 Block(F1)

1170 G/SG/SC undervoltage 1

1171 G/SG/SCU< 1

Set-point

50%100%


The alarm and fail class are ac-tivated when the voltage hasbeen continuously under theprogrammed value during theprogrammed delay.

1172 G/SG/SCU< 1

Timer 0.1 s100.0 s

5.0 s

1173 G/SG/SCU< 1

Relay A


Notused

1174 G/SG/SCU< 1

RelayB


Notused

1175 G/SG/SCU< 1

Enable OFFON

ON

1176 G/SG/SC

U< 1

Failclass

F1…F7 Warning(F2)


1181 G/SG/SCU< 2

Set-point

50%100%



1182 G/SG/SCU< 2

Timer 0.1 s100.0 s

3.0 s

1183 G/SG/SCU< 2

Relay A


ent

Notused

1184 G/SG/SCU< 2

RelayB


Notused

1185 G/SG/SCU< 2

Enable OFFON

ON




17/144


Factorysetting


1186 G/SG/SCU< 2

Failclass

F1…F7 Block(F1)


1191 G/SG/SCU< 3

Set-point

50%100%



1192 G/SG/SCU< 3

Timer 0.1 s100.0 s

1.0 s

1193 G/SG/

SCU< 3

Relay

A

Not used

Option-depend-ent

Not

used

1194 G/SG/SCU< 3

RelayB


Notused

1195 G/SG/SCU< 3

Enable OFFON

OFF

1196 G/SG/SCU< 3

Failclass

F1…F7 Block(F1)

2.4 Generator frequency protection

2.4.1 Generator frequency protection

Frequency settings relate to t he nominal frequency setting.




18/144


Factorysetting


1210 G/SG/SC overfrequency 1

1211 G/SG/SCf> 1

Set-point

80%120%


The alarm and fail class are ac-tivated when the frequency hasbeen continuously above theprogrammed value during theprogrammed delay.

1212 G/SG/SCf> 1

Timer 0.2 s100.0 s

5.0 s

1213 G/SG/SCf> 1

Relay A

Not usedOption-dep.

Notused

1214 G/SG/SCf> 1

RelayB

Not usedOption-dep.

Notused

1215 G/SG/SCf> 1

Enable OFFON

ON

1216 G/SG/SCf> 1

Failclass

F1…F7 Warning(F2)


1221 G/SG/SCf> 2

Set-point

80%120%



1222 G/SG/SCf> 2

Timer 0.2 s100.0 s

3.0 s

1223 G/SG/SCf> 2

Relay A

Not usedOption-dep.

Notused

1224 G/SG/SCf> 2

RelayB

Not usedOption-dep.

Notused

1225 G/SG/SC

f> 2

Enable OFFON

ON

1226 G/SG/SCf> 2

Failclass

F1…F7 Block(F1)





19/144


Factorysetting


1231 G/SG/SCf> 3

Set-point

80%120%



1232 G/SG/SCf> 3

Timer 0.2 s100.0 s

1.0 s

1233 G/SG/SCf> 3

Relay A

Not usedOption-dep.

Notused

1234 G/SG/SCf> 3

RelayB

Not usedOption-dep.

Notused

1235 G/SG/SCf> 3

Enable OFFON

OFF

1236 G/SG/SCf> 3

Failclass

F1…F7 Block(F1)

1240 G/SG/SC underfrequency 1

1241 G/SG/SCf< 1

Set-point

80%100%


The alarm and fail class are ac-tivated when the frequency hasbeen continuously under theprogrammed value during the

programmed delay.1242 G/SG/

SCf< 1

Timer 0.2 s100.0 s

5.0 s

1243 G/SG/SCf< 1

Relay A

Not usedOption-dep.

Notused

1244 G/SG/SCf< 1

RelayB

Not usedOption-dep.

Notused

1245 G/SG/SCf< 1

Enable OFFON

ON

1246 G/SG/SCf< 1

Failclass

F1…F7 Warning(F2)


1251 G/SG/SCf< 2

Set-point

80%100%


The alarm and fail class are ac-tivated when the frequency hasbeen continuously under theprogrammed value during theprogrammed delay.




20/144


Factorysetting


1252 G/SG/SCf< 2

Timer 0.2 s100.0 s

3.0 s

1253 G/SG/SCf< 2

Relay A

Not usedOption-dep.

Notused

1254 G/SG/SCf< 2

RelayB

Not usedOption-dep.

Notused

1255 G/SG/SCf< 2

Enable OFFON

ON

1256 G/SG/SCf< 2

Failclass

F1…F7 Block(F1)


1261 G/SG/SCf< 3

Set-point

80%100%


The alarm and fail class are ac-tivated when the frequency hasbeen continuously under theprogrammed value during theprogrammed delay.

1262 G/SG/SCf< 3

Timer 0.2 s100.0 s

1.0 s

1263 G/SG/SCf< 3

Relay A

Not usedOption-dep.

Notused

1264 G/SG/SCf< 3

RelayB

Not usedOption-dep.

Notused

1265 G/SG/SCf< 3

Enable OFFON

OFF

1266 G/SG/SCf< 3

Failclass

F1…F7 Block(F1)

2.5 Busbar volt age protection

2.5.1 Busbar voltage protection

Voltage settings relate to the nominal vo ltage setting.




21/144


Factorysetting


1270 Busbar overvoltage 1

1271 BBU> 1

Set-point

90%150%


The alarm and fail class are acti-vated when the voltage has beencontinuously above the program-med value during the program-med delay.

1272 BBU> 1

Timer 0.00 s99.99 s

5.00 s

1273 BBU> 1

Relay A Not usedOption-dep.

Notused

1274 BBU> 1

Relay B Not usedOption-dep.

Notused

1275 BBU> 1 Enable OFFON ON

1276 BBU> 1

Failclass

F1…F7 Warning(F2)


1281 BBU> 2

Set-point

90%150%


The alarm and fail class are acti-vated when the voltage has beencontinuously above the program-med value during the program-med delay.

1282 BBU> 2

Timer 0.00 s99.99 s

3.00 s

1283 BBU> 2

Relay A Not usedOption-

dep.

Notused

1284 BBU> 2


Notused

1285 BBU> 2

Enable OFFON

ON

1286 BBU> 2

Failclass

F1…F7 Trip GB(F3)


1291 BBU> 3

Set-point

90%150%

130% Designer’sReference

Handbook

The alarm and fail class are acti-vated when the voltage has been

continuously above the program-med value during the program-med delay.

1292 BBU> 3

Timer 0.00 s99.99 s

1.00 s

1293 BBU> 3


Notused

1294 BBU> 3


Notused




22/144


Factorysetting


1295 BBU> 3

Enable OFFON

OFF

1296 BBU> 3

Failclass

F1…F7 Trip GB(F3)

1300 Busbar undervoltage 1

1301 BBU< 1

Set-point

50%100%


The alarm and fail class are acti-vated when the voltage has beencontinuously under the program-med value during the program-med delay.

1302 BBU< 1

Timer 0.00 s99.99 s

5.00 s

1303 BBU< 1


dep.

Notused

1304 BBU< 1


Notused

1305 BBU< 1

Enable OFFON

ON

1306 BBU< 1

Failclass

F1…F7 Warning(F2)


1311 BBU< 2

Set-point

50%100%


Handbook

The alarm and fail class are acti-vated when the voltage has been

continuously under the program-med value during the program-med delay.

1312 BBU< 2

Timer 0.00 s99.99 s

3.00 s

1313 BBU< 2


Notused

1314 BBU< 2


Notused

1315 BBU< 2

Enable OFFON

ON

1316 BB

U< 2

Fail

class

F1…F7 Trip GB

(F3)1320 Busbar undervoltage 3

1321 BBU< 3

Set-point

50%100%



1322 BBU< 3

Timer 0.00 s99.99 s

2.00 s

1323 BBU< 3


Notused




23/144


Factorysetting


1324 BBU< 3


Notused

1325 BBU< 3

Enable OFFON

OFF

1326 BBU< 3

Failclass

F1…F7 Trip GB(F3)


1331 BBU< 4

Set-point

50%100%



1332 BB

U< 4

Timer 0.00 s

99.99 s

1.00 s

1333 BBU< 4


Notused

1334 BBU< 4


Notused

1335 BBU< 4

Enable OFFON

OFF

1336 BBU< 4

Failclass

F1…F7 Trip GB(F3)

2.6 Busbar frequency pro tection

2.6.1 Busbar frequency protection

Frequency settings relate to t he nominal frequency setting.




24/144


Factorysetting


1350 Busbar overfrequency 1

1351 BB f>1

Set-point

100%130%


The alarm and fail class are acti-vated when the frequency hasbeen continuously above the pro-grammed value during the pro-grammed delay.

1352 BB f>1

Timer 0.00 s99.99 s

5.00 s

1353 BB f>1


Notused

1354 BB f>1


Notused

1355 BB f>1 Enable OFFON ON

1356 BB f>1

Failclass

F1…F7 Warning(F2)


1361 BB f>2

Set-point

100%130%


The alarm and fail class are acti-vated when the frequency hasbeen continuously above the pro-grammed value during the pro-grammed delay.

1362 BB f>2

Timer 0.00 s99.99 s

8.00 s

1363 BB f>2


dep.

Notused

1364 BB f>2


Notused

1365 BB f>2

Enable OFFON

ON

1366 BB f>2

Failclass

F1…F7 Trip GB(F3)


1371 BB f>3

Set-point

100%130%


Handbook

The alarm and fail class are acti-vated when the frequency has

been continuously above the pro-grammed value during the pro-grammed delay.

1372 BB f>3

Timer 0.00 s99.99 s

6.00 s

1373 BB f>3


Notused

1374 BB f>3


Notused




25/144


Factorysetting


1375 BB f>3

Enable OFFON

OFF

1376 BB f>3

Failclass

F1…F7 Trip GB(F3)

1380 Busbar underfrequency 1

1381 BB f<1

Set-point

80%100%


The alarm and fail class are acti-vated when the frequency hasbeen continuously under the pro-grammed value during the pro-grammed delay.

1382 BB f<1

Timer 0.00 s99.99 s

5.00 s

1383 BB f<1


dep.

Notused

1384 BB f<1


Notused

1385 BB f<1

Enable OFFON

ON

1386 BB f<1

Failclass

F1…F7 Warning(F2)


1391 BB f<2

Set-point

80%100%


Handbook

The alarm and fail class are acti-vated when the frequency has

been continuously under the pro-grammed value during the pro-grammed delay.

1392 BB f<2

Timer 0.00 s99.99 s

10.00 s

1393 BB f<2


Notused

1394 BB f<2


Notused

1395 BB f<2

Enable OFFON

ON

1396 BB f<

2

Fail

class

F1…F7 Trip GB

(F3)1400 Busbar underfrequency 3

1401 BB f<3

Set-point

80%100%



1402 BB f<3

Timer 0.00 s99.99 s

8.00 s

1403 BB f<3


Notused




26/144


Factorysetting


1404 BB f<3


Notused

1405 BB f<3

Enable OFFON

OFF

1406 BB f<3

Failclass

F1…F7 Trip GB(F3)


1411 BB f<4

Set-point

80%100%



1412 BB f<

4

Timer 0.00 s

99.99 s

6.00 s

1413 BB f<4


Notused

1414 BB f<4


Notused

1415 BB f<4

Enable OFFON

OFF

1416 BB f<4

Failclass

F1…F7 Trip GB(F3)

2.7 Overload protection

2.7.1 Overload p rotecti on

Settings relate to nominal power.




27/144


Facto-rysetting


1450 G/SG/SC/BA overload 1

1451 G/SG/SC/BAP> 1

Set-point

-200%200%


The alarm and fail class are activatedwhen the power has been continu-ously above the programmed valueduring the programmed delay.If negative values are chosen thehigh alarm must be deactivated. Thedeactivating is only available from theUSW.

1452 G/SG/SC/BAP> 1

Timer 0.1 s100.0 s

30.0 s

1453 G/SG/SC/BAP> 1

Relay A

R0Option-dep.

R0(none)

1454 G/SG/SC/BAP> 1

RelayB

R0Option-dep.

R0(none)

1455 G/SG/SC/BAP> 1

Ena-ble

OFFON

ON

1456 G/SG/SC/BAP> 1

Failclass



1461 G/SG/SC/BAP> 2

Set-point

-200%200%



1462 G/SG/SC/BAP> 2

Timer 0.1 s100.0 s

30.0 s

1463 G/SG/SC/BAP> 2

Relay A

R0Option-dep.

R0(none)

1464 G/SG/SC/BAP> 2

RelayB

R0Option-dep.

R0(none)

1465 G/SG/

SC/BAP> 2

Ena-

ble

OFF

ON

ON

1466 G/SG/SC/BAP> 2

Failclass

F1…F7 Trip GB(F3)





28/144


Facto-rysetting


1471 G/SG/SC/BAP> 3

Set-point

-200%200%



1472 G/SG/SC/BAP> 3

Timer 0.1 s100.0 s

10.0 s

1473 G/SG/SC/BAP> 3

Relay A

R0Option-dep.

R0(none)

1474 G/SG/SC/BA

P> 3

RelayB

R0Option-

dep.

R0(none)

1475 G/SG/SC/BAP> 3

Ena-ble

OFFON

OFF

1476 G/SG/SC/BAP> 3

Failclass

F1…F7 Trip GB(F3)


1481 G/SG/SC/BAP> 4

Set-point

-200%200%


The alarm and fail class are activatedwhen the power has been continu-ously above the programmed value

during the programmed delay.If negative values are chosen thehigh alarm must be deactivated. Thedeactivating is only available from theUSW.

1482 G/SG/SC/BAP> 4

Timer 0.1 s100.0 s

5.0 s

1483 G/SG/SC/BAP> 4

Relay A

R0Option-dep.

R0(none)

1484 G/SG/SC/BAP> 4

RelayB

R0Option-dep.

R0(none)

1485 G/SG/SC/BA

P> 4

Ena-ble

OFFON

OFF

1486 G/SG/SC/BAP> 4

Failclass

F1…F7 Trip GB(F3)


1491 G/SG/SC/BAP> 5

Set-point

-200%200%


The alarm and fail class are activatedwhen the power has been continu-ously above the programmed valueduring the programmed delay.




29/144


Facto-rysetting


1492 G/SG/SC/BAP> 5

If negative values are chosen thehigh alarm must be deactivated. Thedeactivating is only available from theUSW.

Timer 0.1 s100.0 s

1.0 s

1493 G/SG/SC/BAP> 5

Relay A

R0Option-dep.

R0(none)

1494 G/SG/SC/BAP> 5

RelayB

R0Option-dep.

R0(none)

1495 G/SG/SC/BA

P> 5

Ena-ble

OFFON

OFF

1496 G/SG/SC/BAP> 5

Failclass

F1…F7 Trip GB(F3)

2.8 Current unbalance protection

2.8.1 Current unbalance protection


Facto-rysetting


1500 G Unbalance I

1501 G Un-bal-ance I

Set-point

0.00%100.00%

30% Design-er’s Ref-erenceHandbook

Settings relate to nominal current.The alarm and fail class are activa-ted when the difference betweenthe max. reading and the min.reading of the 3 measured currentshas been continuously above theprogrammed value during the pro-grammed delay.


Timer 0.1 s100.0 s

10.0 s


Relay A

R0Option-dep.

R0(none)


RelayB

R0Option-dep.

R0(none)


Ena-ble

OFFON

ON


Failclass





30/144

2.9 Voltage asymmetry protection

2.9.1 Voltage asymmetry protection


Facto-rysetting


1510 G Unbalance U

1511 G Un-bal-ance U

Set-point

0.00%50.00%


Settings relate to nominal voltage.The alarm and fail class are activa-ted when the difference between themax. reading and the min. reading of the 3 measured generator voltageshas been continuously above theprogrammed value during the pro-

grammed delay.


Timer 0.1 s100.0 s

10.0 s


Relay A R0Option-dep.

R0(none)


RelayB

R0Option-dep.

R0(none)


Ena-ble

OFFON

ON


Failclass


2.10 Reactive power import (loss of excitation)

2.10.1 Reactive power import (loss of excitation)


Factorysetting


1520 G/SG reactive power import (loss of excitation)

1521 G/SG– Q>

Set-point

0.00%150.00%


Settings relate to nominal pow-er.The alarm and fail class are ac-tivated when imported VAr hasbeen continuously above theprogrammed value during theprogrammed delay.

1522 G/SG–

Q>

Timer 0.1 s

100.0 s

10.0 s

1523 G/SG– Q>


R0(none)

1524 G/SG– Q>

Relay B R0Option-dep.

R0(none)

1525 G/SG– Q>

Enable OFFOFF

OFF

1526 G/SG– Q>

Failclass

F1…F7 Warning(F2)




31/144

2.11 Reactive power export (overexcitation)

2.11.1 Reactive power export (overexcitation)


Factorysetting


1530 G/SG reactive power expor t (overexcitati on)

1531 G/SGQ>

Set-point

0.00%100.00%


Settings relate to nominal pow-er.The alarm and fail class are acti-vated when exported VAr hasbeen continuously above theprogrammed value during theprogrammed delay.

1532 G/SGQ>

Timer 0.1 s100.0 s

10.0 s

1533 G/SGQ>


R0(none)

1534 G/SG

Q>

Relay B R0

Option-dep.

R0

(none)1535 G/SG

Q>Enable OFF

ONOFF

1536 G/SGQ>

Failclass

F1…F7 Warning(F2)

2.12 Busbar Unbalance voltage protection

2.12.1 Busbar Unbalance voltage protection


Facto-rysetting


1620 BB Unbalance U

1621 BB Un-bal-ance U

Set-point

0.00%50.00%


Settings relate to average actualvoltage.The alarm and fail class are activa-ted when the difference between themax. reading and the min. reading of the 3 measured busbar voltages hasbeen continuously above the pro-grammed value during the program-med delay.


Timer 0.1 s100.0 s

10.0 s


Relay A

R0Option-dep.

R0(none)


RelayB

R0Option-dep.

R0(none)


Ena-ble

OFFON

ON


Failclass





32/144

2.13 Non Essential Load tr ip

2.13.1 Non Essential L oad tri p

Setting values relate to t he nominal setting.




33/144


Factorysetting


1800 NEL 1 Overcurrent

1801 NEL 1 I> Setpoint 50%200%

100% Designer’s Ref-erence Hand-book

Trip of Non Essential Loaddue to overcurrent. Thisfunction activates NEL group1.

1802 NEL 1 I> Timer 0.1 s100.0 s

5.0 s

1803 NEL 1 I> Enable OFFON

OFF




Trip of Non Essential Loaddue to overcurrent. Thisfunction activates NEL group

2.

1812 NEL 2 I> Timer 0.1 s

100.0 s

8.0 s


OFF




Trip of Non Essential Loaddue to overcurrent. Thisfunction activates NEL group3.

1822 NEL 3 I> Timer 0.1 s100.0 s

10.0 s


OFF

1830 NEL 1 Busbar underfr equency

1831 NEL 1Bus f<

Setpoint 70%100%


Trip of Non Essential Loaddue to low frequency. Thisfunction activates NEL group1.

1832 NEL 1Bus f<

Timer 0.1 s100.0 s

5.0 s

1833 NEL 1Bus f<

Enable OFFON

OFF


1841 NEL 2Bus f<

Setpoint 70%100%


Trip of Non Essential Loaddue to low frequency. Thisfunction activates NEL group

2.

1842 NEL 2

Bus f<

Timer 0.1 s

100.0 s

8.0 s

1843 NEL 2Bus f<

Enable OFFON

OFF


1851 NEL 3Bus f<

Setpoint 70%100%


Trip of Non Essential Loaddue to low frequency. Thisfunction activates NEL group3.

1852 NEL 3Bus f<

Timer 0.1 s100.0 s

10.0 s




34/144


Factorysetting


1853 NEL 3Bus f<

Enable OFFON

OFF

1860 NEL 1 Overload

1861 NEL 1 P> Setpoint 10%200%


Trip of Non Essential Loaddue to overload. This func-tion activates NEL group 1.1862 NEL 1 P> Timer 0.1 s

999.0 s5.0 s

1863 NEL 1 P> Enable OFFON

OFF

1870 NEL 2 Overload




999.0 s8.0 s


OFF

1880 NEL 3 Overload




999.0 s10.0 s


OFF

1890 NEL 1 High overl oad

1891 NEL 1P>>

Setpoint 10%200%


Trip of Non Essential Loaddue to high overload. Thisfunction activates NEL group1.

1892 NEL 1P>>

Timer 0.1 s999.0 s

1.0 s

1893 NEL 1P>>

Enable OFFON

OFF


1901 NEL 2P>>

Setpoint 10%200%



1902 NEL 2P>>

Timer 0.1 s999.0 s

1.0 s

1903 NEL 2P>>

Enable OFFON

OFF





35/144


Factorysetting


1911 NEL 3P>>

Setpoint 10%200%



1912 NEL 3P>>

Timer 0.1 s999.0 s

1.0 s

1913 NEL 3P>>

Enable OFFON

OFF




36/144

2.14 Max. parallel time pro tection

2.14.1 Max. parallel t ime pro tection


Factorysetting


1930 DG/SG Max Time

1931 DG/SGMaxTime

Delay 0.1 s120.0 s

120.0 s Designer’sReferenceHandbook

Max allowable parallel timebetween diesel generatorsand shaft generator (DGunit only).1932 DG/SG

MaxTime

Relayoutput A

Not usedOption-dep.

Notused

1933 DG/SG

MaxTime

Relay

output B

Not used

Option-dep.

Not

used

1934 DG/SGMaxTime

Enable OFFON

ON

1935 DG/SGMaxTime

Failclass

F1…F7 Trip+stop(F4)

1940 DG/SC Max Time

1941 DG/SCMaxTime

Delay 0.1 s120.0 s


Max allowable parallel timebetween diesel generatorsand shore connection (DGunit only).1942 DG/SC

MaxTime

Relayoutput A

Not usedOption-dep.

Notused

1943 DG/SCMaxTime

Relayoutput B

Not usedOption-dep.

Notused

1950 EG/MBB Max Time

1951 EG/MBBMaxTime

Delay 0.1 s30.0 s


Max allowable parallel timebetween emergency dieselgenerator and main switch-board (EDG unit only).

1952 EG/MBBMaxTime

Relayoutput A Not usedOption-dep.

Notused

1953 EG/MBBMaxTime

Relayoutput B

Not usedOption-dep.

Notused




37/144

2.15 Breaker external tri p alarm

2.15.1 Breaker external trip alarm


Factorysetting


1980 GB Externally trip ped

1981 GB Ext. trip Enable OFFON

ON Designer’s Refer-ence Handbook

The generator breaker hasbeen tripped by an externaldevice.




38/144

2.16 Synchronisation and breaker alarms

2.16.1 Synchronisati on and b reaker alarms


Factorysetting


2130 GB/BTB breaker synchronisation failure

2131 GB/BTBsync fail-ure

Delay 3.0 s300.0 s


GB: Generator breaker BTB: Bus tie breaker The controller has unsuccess-fully tried to synchronise thegenerator to the busbar withinthe time delay.


Relayoutput

A

NotusedOption-dep.

Notused


RelayoutputB

NotusedOption-dep.

Notused


Enable OFFON

ON


Failclass


2140 SGB/SCB/TB breaker synchro nisati on fail ure

2141 SGB/SCB/TBsync fail-ure

Delay 3.0 s300.0 s


SGB: Shaft generator breaker SCB: Shore connection breaker TB: Tie breaker (emergencygenerator)The controller has unsuccess-fully tried to synchronise thegenerator to the busbar withinthe time delay.


Relayoutput

A

NotusedOption-dep.

Notused


RelayoutputB

NotusedOption-dep.

Notused


Enable OFFON

OFF


Failclass


2150 Phase sequence erro r




39/144


Factorysetting


2151 Phaseseq error

Relayoutput

A

NotusedOption-dep.

Notused

Designer’sReferenceHandbook

During synchronisation, thecontroller has detected that therotation direction of the genera-tor phases is opposite directionas the busbar.2152 Phase

seq error RelayoutputB

NotusedOption-dep.

Notused

2153 Phaseseq error

Failclass

F1…F7 Block(F1)

2160 GB/BTB open failur e

2161 GB/BTBopen fail

Delay 1.0 s5.0 s


The breaker open failure will oc-cur, if the unit has transmitted abreaker open signal and thebreaker feedback has notchanged position from ON toOFF within 2 s.


Relayoutput

A

NotusedOption-dep.

Notused


RelayoutputB

NotusedOption-dep.

Notused


Enable OFFON

ON


Failclass


2170 GB/BTB breaker clo se failur e

2171 GB/BTBclose fail

Delay 1.0 s5.0 s


The breaker close failure willoccur, if the unit has transmitteda breaker close signal and thebreaker feedback has notchanged position from OFF toON within 2 s.


Relayoutput

A

NotusedOption-dep.

Notused

2173 GB/BTB

close fail

Relay

outputB

Not

usedOption-dep.

Not

used


Enable OFFON

ON


Failclass

F1…F7 Warn-ing (F2)

2180 GB/BTB breaker position failure




40/144


Factorysetting


2181 GB/BTBpos fail

Delay 1.0 s5.0 s


This alarm will occur, if thebreaker feedbacks for ON andOFF are both missing or activefor more than 2 s at the time.

2182 GB/BTBpos fail

Relayoutput

A

NotusedOption-dep.

Notused

2183 GB/BTBpos fail

RelayoutputB

NotusedOption-dep.

Notused

2184 GB/BTBpos fail

Enable OFFON

ON

2185 GB/BTBpos fail

Failclass


2200 SGB/SCB/TB o pen f ailure

2201 SGB/SCB/TBopen fail

Delay 1.0 s5.0 s


The breaker open failure will oc-cur, if the unit has transmitted abreaker open signal and thebreaker feedback has notchanged position from ON toOFF within 2 s.


Relayoutput

A

NotusedOption-dep.

Notused


RelayoutputB

NotusedOption-dep.

Notused


Enable OFFON

ON


Failclass


2210 SGB/SCB/TB c lose failur e

2211 SGB/SCB/TBclose fail

Delay 1.0 s5.0 s


The breaker close failure willoccur, if the unit has transmitteda breaker close signal and thebreaker feedback has notchanged position from OFF toON within 2 s.


Relayoutput

A

NotusedOption-dep.

Notused




41/144


Factorysetting



RelayoutputB

NotusedOption-dep.

Notused


Enable OFFON

ON


Failclass


2220 SGB/SCB/TB posi tion failu re

2221 SGB/SCB/TBpos fail

Delay 1.0 s5.0 s


This alarm will occur, if thebreaker feedbacks for ON andOFF are both missing or activefor more than 2 s.2222 SGB/

SCB/TBpos fail

Relayoutput

A

NotusedOption-dep.

Notused


RelayoutputB

NotusedOption-dep.

Notused

2224 SGB/

SCB/TBpos fail

Enable OFF

ON

ON


Failclass





42/144

2.17 Regulation alarms

2.17.1 Regulation alarms


Factorysetting


2560 Governor regulation fail

2561 Gov.reg fail

Dead-band

1%100%


The alarm is activated, if the dif-ference between the measuredvalue and the setpoint is out-side the deadband for a longer time period than specified bythe delay setpoint.

2562 Gov.reg fail

Delay 10.0 s300.0 s

60.0 s

2563 Gov.reg fail

Relayoutput A


ent

Notused

2564 Gov.reg fail

Relayoutput B


Notused

2630 Deload erro r

2631 Deloaderror

Delay 0.0 s60.0 s


The alarm is activated, if thegenerator fails to deload withinthe time delay.2632 Deload

error Relayoutput A


Notused

2633 Deloaderror

Relayoutput B


Notused

2634 Deloaderror

Enable OFFON

ON

2635 Deloaderror

Failclass

F1…F7 Warning(F2)

2680 AVR regulation failure

2681 AVR

reg.failure

Dead-

band

1%

100%

30% Option: VAr

control (D1)

The alarm is activated, if the dif-

ference between the measuredvalue and the setpoint is out-side the setting ‘Deadband’ for a longer time period than speci-fied in the timer setpoint.

2682 AVRreg.failure

Delay 10.0 s300.0 s

60.0 s

1153 AVRreg.failure


R0(none)




43/144


Factorysetting


1154 AVRreg.failure

Relay B R0Option-dep.

R0(none)

1155 AVRreg.failure

Failclass

F1…F7 Warning(F2)




44/144

2.18 Binary input setup

2.18.1 Binary input setup


Factorysetting


3010 Digital input 24

3011 Dig. in-put 24

Delay 0.0 s100.0 s


The input is configurableand can have differentfunctions in different units.3012 Dig. in-

put 24Relayoutput A

Not usedOption-dep.

Not used

3013 Dig. in-put 24

Relayoutput B

Not usedOption-

dep.

Not used

3014 Dig. in-put 24

Enable OFFON

OFF

3015 Dig. in-put 24

Failclass

F1…F7 Warning(F2)

3016 Dig. in-put 24

N/X N/ON/C

N/O


3021 Dig. in-put 25

Delay 0.0 s100.0 s



put 25

Relay

output A

Not used

Option-dep.

Not used

3023 Dig. in-put 25

Relayoutput B

Not usedOption-dep.

Not used

3024 Dig. in-put 25

Enable OFFON

OFF

3025 Dig. in-put 25

Failclass

F1…F7 Warning(F2)

3026 Dig. in-put 25

N/X N/ON/C

N/O


3131 Dig. in-put 43

Delay 0.0 s100.0 s



put 43Relayoutput A

Not usedOption-dep.

Not used

3133 Dig. in-put 43

Relayoutput B

Not usedOption-dep.

Not used




45/144


Factorysetting


3134 Dig. in-put 43

Enable OFFON

OFF

3135 Dig. in-put 43

Failclass

F1…F7 Warning(F2)

3136 Dig. in-put 43

N/X N/ON/C

N/O


3141 Dig. in-put 44

Delay 0.0 s100.0 s



put 44Relayoutput A

Not usedOption-

dep.

Not used

3143 Dig. in-put 44

Relayoutput B

Not usedOption-dep.

Not used

3144 Dig. in-put 44

Enable OFFON

OFF

3145 Dig. in-put 44

Failclass

F1…F7 Warning(F2)

3146 Dig. in-put 44

N/X N/ON/C

N/O


3151 Dig. in-put 45

Delay 0.0 s100.0 s



put 45Relayoutput A

Not usedOption-dep.

Not used

3153 Dig. in-put 45

Relayoutput B

Not usedOption-dep.

Not used

3154 Dig. in-put 45

Enable OFFON

OFF

3155 Dig. in-

put 45

Fail

class

F1…F7 Warning

(F2)3156 Dig. in-

put 45N/X N/O

N/CN/O


3161 Dig. in-put 46

Delay 0.0 s100.0 s



put 46Relayoutput A

Not usedOption-dep.

Not used




46/144


Factorysetting


3163 Dig. in-put 46

Relayoutput B

Not usedOption-dep.

Not used

3164 Dig. in-put 46

Enable OFFON

OFF

3165 Dig. in-put 46

Failclass

F1…F7 Warning(F2)

3166 Dig. in-put 46

N/X N/ON/C

N/O


3171 Dig. in-

put 47

Delay 0.0 s

100.0 s

1.0 s Designer’s

ReferenceHandbook

The input is configurable

and can have differentfunctions in different units.3172 Dig. in-put 47

Relayoutput A

Not usedOption-dep.

Not used

3173 Dig. in-put 47

Relayoutput B

Not usedOption-dep.

Not used

3174 Dig. in-put 47

Enable OFFON

OFF

3175 Dig. in-put 47

Failclass

F1…F7 Warning(F2)

3176 Dig. in-put 47

N/X N/ON/C

N/O


3181 Dig. in-put 48

Delay 0.0 s100.0 s



put 48Relayoutput A

Not usedOption-dep.

Not used

3183 Dig. in-put 48

Relayoutput B

Not usedOption-dep.

Not used

3184 Dig. in-put 48

Enable OFFON

OFF

3185 Dig. in-put 48

Failclass

F1…F7 Warning(F2)

3186 Dig. in-put 48

N/X N/ON/C

N/O





47/144


Factorysetting


3191 Dig. in-put 49

Delay 0.0 s100.0 s



put 49Relayoutput A

Not usedOption-dep.

Not used

3193 Dig. in-put 49

Relayoutput B

Not usedOption-dep.

Not used

3194 Dig. in-put 49

Enable OFFON

OFF

3195 Dig. in-put 49

Failclass

F1…F7 Warning(F2)

3196 Dig. in-put 49

N/X N/ON/C

N/O


3201 Dig. in-put 50

Delay 0.0 s100.0 s



put 50Relayoutput A

Not usedOption-dep.

Not used

3203 Dig. in-put 50

Relayoutput B

Not usedOption-dep.

Not used

3204 Dig. in-put 50

Enable OFFON

OFF

3205 Dig. in-put 50

Failclass

F1…F7 Warning(F2)

3206 Dig. in-put 50

N/X N/ON/C

N/O


3211 Dig. in-put 51

Delay 0.0 s100.0 s



put 51

Relay

output A

Not used

Option-dep.

Not used

3213 Dig. in-put 51

Relayoutput B

Not usedOption-dep.

Not used

3214 Dig. in-put 51

Enable OFFON

OFF

3215 Dig. in-put 51

Failclass

F1…F7 Warning(F2)




48/144


Factorysetting


3216 Dig. in-put 51

N/X N/ON/C

N/O


3221 Dig. in-put 52

Delay 0.0 s100.0 s



put 52Relayoutput A

Not usedOption-dep.

Not used

3223 Dig. in-put 52

Relayoutput B

Not usedOption-dep.

Not used

3224 Dig. in-put 52 Enable OFFON OFF

3225 Dig. in-put 52

Failclass

F1…F7 Warning(F2)

3226 Dig. in-put 52

N/X N/ON/C

N/O


3231 Dig. in-put 53

Delay 0.0 s100.0 s



put 53Relayoutput A

Not usedOption-

dep.

Not used

3233 Dig. in-put 53

Relayoutput B

Not usedOption-dep.

Not used

3234 Dig. in-put 53

Enable OFFON

OFF

3235 Dig. in-put 53

Failclass

F1…F7 Warning(F2)

3236 Dig. in-put 53

N/X N/ON/C

N/O


3241 Dig. in-put 54

Delay 0.0 s100.0 s



put 54Relayoutput A

Not usedOption-dep.

Not used

3243 Dig. in-put 54

Relayoutput B

Not usedOption-dep.

Not used




49/144


Factorysetting


3244 Dig. in-put 54

Enable OFFON

OFF

3245 Dig. in-put 54

Failclass

F1…F7 Warning(F2)

3246 Dig. in-put 54

N/X N/ON/C

N/O


3251 Dig. in-put 55

Delay 0.0 s100.0 s



put 55Relayoutput A

Not usedOption-

dep.

Not used

3253 Dig. in-put 55

Relayoutput B

Not usedOption-dep.

Not used

3254 Dig. in-put 55

Enable OFFON

OFF

3255 Dig. in-put 55

Failclass

F1…F7 Warning(F2)

3256 Dig. in-put 55

N/X N/ON/C

N/O


3331 Dig. in-put 91

Delay 0.0 s100.0 s

1.0 s Option:7 binary inputsin slot #6(M13.6)


put 91Relayoutput A

R0Option-dep.

R0(none)

3333 Dig. in-put 91

Relayoutput B

R0Option-dep.

R0(none)

3334 Dig. in-put 91

Enable OFFON

OFF

3335 Dig. in-

put 91

Fail

class

F1…F7 Warning

(F2)3336 Dig. in-

put 91N/O - N/C

N/ON/C

N/O


3341 Dig. in-put 92

Delay 0.0 s100.0 s

1.0 s Option:7 binary inputsin slot #6(M13.6)


put 92Relayoutput A

R0Option-dep.

R0(none)




50/144


Factorysetting


3343 Dig. in-put 92

Relayoutput B

R0Option-dep.

R0(none)

3344 Dig. in-put 92

Enable OFFON

OFF

3345 Dig. in-put 92

Failclass

F1…F7 Warning(F2)

3346 Dig. in-put 92

N/O - N/C

N/ON/C

N/O


3351 Dig. in-

put 93

Delay 0.0 s

100.0 s

1.0 s Option:

7 binary inputsin slot #6(M13.6)

PPM-3 Parameter List 4189340672 UK

Documents

Transcript of PPM-3 Parameter List 4189340672 UK