parameter list deif

MULTI-LINE 2PARAMETER LIST

PARAMETER LIST

Alarm list Parameter list

Document no.: 41893400664A SW version 3.53.x or later

Advanced Protection Unit, APU 200

APU 200 Parameter List

DEIF A/S Page 2 of 80

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. PARAMETER DESCRIPTIONS ............................................................................................. 6

4. ALARM LIST .......................................................................................................................... 7

ALARM TABLE OVERVIEW .............................................................................................................. 8 REVERSE POWER AND OVERCURRENT PROTECTION ....................................................................... 9 VOLTAGE PROTECTIONS ............................................................................................................. 12 FREQUENCY PROTECTIONS ......................................................................................................... 14 LV VOLTAGE PROTECTIONS ......................................................................................................... 16 LV FREQUENCY PROTECTIONS .................................................................................................... 19 MAINS FAILURE PROTECTIONS ..................................................................................................... 21 OVERLOAD PROTECTIONS ........................................................................................................... 23 CURRENT UNBALANCE PROTECTION ............................................................................................ 25 VOLTAGE UNBALANCE PROTECTION ............................................................................................. 25 REACTIVE POWER IMPORT PROTECTION ...................................................................................... 26 REACTIVE POWER EXPORT PROTECTION ...................................................................................... 26 NEGATIVE SEQUENCE ................................................................................................................. 27 ZERO SEQUENCE ........................................................................................................................ 28 DIRECTIONAL OVERCURRENT PROTECTION .................................................................................. 29 LV UNBALANCE VOLTAGE ............................................................................................................ 30 TIME-DEPENDENT UNDERVOLTAGE .............................................................................................. 30 NEUTRAL LINE INVERSE OVERCURRENT ....................................................................................... 33 EARTH CURRENT INVERSE .......................................................................................................... 33 POWER-DEPENDENT REACTIVE POWER IMPORT ........................................................................... 34 POWER-DEPENDENT REACTIVE POWER EXPORT ........................................................................... 34 UNDERVOLTAGE AND REACTIVE POWER LOW ............................................................................... 35 BTB EXTERNALLY TRIPPED ......................................................................................................... 36 SYNCHRONISATION AND BREAKER ALARMS .................................................................................. 36 DIGITAL INPUT 77-89 SETUP ....................................................................................................... 38 DIGITAL INPUT 46-48 SETUP (MULTI-FUNCTIONAL INPUTS) ............................................................ 38 EMERGENCY STOP ..................................................................................................................... 39 MULTI-FUNCTIONAL ANALOGUE INPUT SETUP ............................................................................... 40 AUX. SUPPLY SETUP ................................................................................................................... 51 INTERTRIP WIRE BREAK AND INTERNAL COMMUNICATION ALARMS .................................................. 51 FAN FAILURE .............................................................................................................................. 52 EXTERNAL COMMUNICATION ERROR ............................................................................................ 53 POWER MANAGEMENT COMMUNICATION ERROR ........................................................................... 54 EXTERNAL IO COMMUNICATION ERROR ........................................................................................ 54 EXTERNAL I/O ALARM SETUP ....................................................................................................... 55

5. PARAMETER LIST .............................................................................................................. 57

PARAMETER TABLE OVERVIEW .................................................................................................... 57 SYNCHRONISATION ..................................................................................................................... 58 RELAY OUTPUT SETUP ................................................................................................................ 58



TRANSDUCER OUTPUTS .............................................................................................................. 60 SYSTEM ..................................................................................................................................... 64 GENERAL SETUP ........................................................................................................................ 64 COUNTERS AND TIMERS .............................................................................................................. 66 ALARM HORN .............................................................................................................................. 67 SUMMER/WINTER TIME ................................................................................................................ 67 FAN LOGIC ................................................................................................................................. 67 FAN LOGIC ................................................................................................................................. 68 ALARM JUMP .............................................................................................................................. 68 EXTERNAL COMMUNICATION ........................................................................................................ 68 POWER MANAGEMENT INTERNAL COMMUNICATION ....................................................................... 69 CAN A PROTOCOL ..................................................................................................................... 69 CAN B PROTOCOL ..................................................................................................................... 69 CAN C PROTOCOL ..................................................................................................................... 69 EXTERNAL I/O COMMUNICATION SETUP........................................................................................ 70 POWER MANAGEMENT SETUP ...................................................................................................... 71 ADVANCED USER MENUS ............................................................................................................. 73 TOOL MENUS .............................................................................................................................. 75 COMMAND TIMERS ...................................................................................................................... 77 PASSWORDS .............................................................................................................................. 79 MULTI-INPUT SELECTIONS ........................................................................................................... 80



1. About this document This chapter includes general user information about this document concerning the general purpose, the intended users and the overall contents and structure.

General purpose This document is the complete parameter list for DEIFs APU 200. The document includes all parameters used in the APU 200 include, and it includes all options.

Intended users The document is mainly intended for the person responsible for the unit parameter setup or programming. In most cases, this would be a panel builder designer. Naturally, other users might also find useful information here.

Contents/overall structure The document 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 document. It deals with the general purpose and the intended users of the parameter list and Modbus addresses. 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 precautions relevant in the handling of DEIF products. Furthermore, this chapter will introduce note and warning symbols, which will be used throughout the document.

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.



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 device connected to the APU 200. If there is any doubt about how to install or operate the device 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.



3. Parameter descriptions Each parameter description is structured according to the same principles. Under the parameter title heading, the detailed parameter descriptions are illustrated and presented. First, a table indicating the parameter facts related to the individual parameter title is presented:

No. Setting Min.

Max.

Factory setting

Notes Ref. Description

1000 HV reverse power 1

1001 HV P> 1 Setpoint -200...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 HV P> 1 Delay 0.1...100 s 10,0 s

1003 HV P> 1 Relay output A Not used Used Not used

1004 HV P> 1 Relay output B Not used Used Not used

1005 HV P> 1 Enable OFF ON OFF

1006 HV P> 1 Fail class F1F3 Trip BTB (F3)

NO: This column indicates the menu number in the display Setting: Those two columns indicate the changeable setting in the display Min/Max: This column indicates the minimum/maximum setpoint available for this setting Factory setting: The fifth column indicates the default setpoint of the unit from the factory Notes: Here the actual setting for the unit can be added Ref. Reference of where more detailed information regarding this parameter can be

found Description: When it is necessary, additional information will be supplied after the table in

order to make the individual parameter descriptions as informative as possible.

Due to the character of the parameters, small differences may exist between the individual tables.



4. 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 APU 200 F1 Block F2 Warning F3 Trip BTB

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 the protections, it is possible to make an automatic acknowledgement of the alarm.

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



Alarm table overview Protection Protection- continuing 1000 HV -P> 1 1770 HV P depended Q Export 1-3 1010 HV -P> 2 1780 HV P depended Q Export 4-6 1030 HV I> 1 1790 HV P depended Q Export, alarm 1040 HV I> 2 1960 U and Q < 1 1050 HV Ie>> 1970 U and Q < 2 1060 HV In>> 1980 BTB external trip 1080 HV I> inverse Setup 1100 HV Iv > 1-6 setup Input/output 1110 HV Iv > Alarm - Binary input setup 1130 HV I>> 1 3000 Dig. input 77 1140 HV I>> 2 3010 Dig. input 78 1150 HV U> 1 3020 Dig. input 79 1160 HV U> 2 3030 Dig. input 80 1170 HV U< 1 3040 Dig. input 81 1180 HV U< 2 3050 Dig. input 82 1190 HV U< 3 3060 Dig. input 83 1200 HV voltage trip 3070 Dig. input 84 1210 HV f> 1 3080 Dig. input 85 1220 HV f> 2 3090 Dig. input 86 1230 HV f> 3 3100 Dig. input 87 1240 HV f< 1 3110 Dig. input 88 1250 HV f< 2 3120 Dig. input 89 1260 HV f< 3 3410 Dig. input 47 1270 LV U> 1 3420 Dig. input 48 1280 LV U> 2 3430 Dig. input 49 1290 LV U> 3 3490 Emergency stop 1300 LV U< 1 1310 LV U< 2 Control 1320 LV U< 3 - Synchronisation 1330 LV U< 4 2120 Sync window 1340 LV voltage trip 2130 BTB sync failure 1350 LV f> 1 2150 Phase seq error 1360 LV f> 2 2160 BTB open fail 1370 LV f> 3 2170 BTB close fail 1380 LV f< 1 2420 BTB pos. fail 1390 LV f< 2 1400 LV f< 3 Multi-functional input setup 1410 LV f< 4 4160 Pt100 46.1 1450 HV P> 1 4170 Pt100 46.2 1460 HV P> 2 4240 W. fail 46 1470 HV P> 3 4290 Pt100 47.1 1480 HV P> 4 4300 Pt100 47.2 1490 HV P> 5 4370 W. fail 47 1500 HV unbalance curr. 4420 Pt100 48.1 1510 HV unbalance volt. 4430 Pt100 48.2 1520 HV Q> 4500 W. fail 48 1530 HV Q> 4960 U< aux. term. 1 1620 LV unbalance U 4970 U> aux. term. 1 1630 Ut< SP 1-3 1 1640 Ut< SP 4-6 1 System 1650 Ut< Activate 1 - General setup 1660 Ut< 1 6270 Intertrip wire break 1670 Ut< SP 1-3 2 6590 Fan A failure 1680 Ut< SP 4-6 2 6600 Fan B failure 1690 Ut< Activate 2 6610 Fan C failure 1700 Ut< 2 6620 Fan D failure 1720 HV In> Inverse 1730 HV Ie>> inverse System 1740 HV P depended Q import 1-3 - Communication 1750 HV P depended Q import 4-6 7530 Int. comm. ID 1760 HV P depended Q import, alarm 7870 Any BTB missing



Reverse power and overcurrent protection

No. Setting Min.

Max.

Factory setting





1002 HV P> 1 Delay 0.1...100 s 10,0 s








1012 HV P> 2 Delay 0.1...100 s 10 s





1030 HV overcurrent 1

1031 HV I> 1 Setpoint 50...200 % 100,0 % Designers Reference Handbook

The alarm and fail class are activated when the current has been continuously above the programmed value during the programmed delay.

1032 HV I> 1 Delay 0,1...3200 s 0.5 s

1033 HV I> 1 Relay output A Not used Used 23

1034 HV I> 1 Relay output B Not used Used Not used

1035 HV I> 1 Enable OFF ON ON

1036 HV I> 1 Fail class F1F3 Trip BTB (F3)

1040 HV overcurrent 2

1041 HV I> 2 Setpoint 50...200 % 120.0 % Designers Reference Handbook


1042 HV I> 2 Delay 0.1...3200 s 5 s

1043 HV I> 2 Relay output A Not used Used Not used

1044 HV I> 2 Relay output B Not used Used Not used

1045 HV I> 2 Enable OFF ON OFF

1046 HV I> 2 Fail class F1F3 Trip BTB (F3)



No. Setting Min.

Max.

Factory setting


1050 HV Fast overcurrent, Earth

1051 HV Ie>> Setpoint 0...500 % 115,0 % Designers Reference Handbook


1052 HV Ie>> Delay 0...320 s 10,0 s

1053 HV Ie>> Relay output A Not used Used Not used

1054 HV Ie>> Relay output B Not used Used Not used

1055 HV Ie>> Enable OFF ON OFF

1056 HV Ie>> Fail class F1F3 Trip BTB (F3)

1060 HV Fast overcurrent, Neutral

1061 HV In>> Setpoint 0...500 % 120,0 % Designers Reference Handbook


1062 HV In>> Delay 0...320 s 5,0 s

1063 HV In>> Relay output A Not used Used Not used

1064 HV In>> Relay output B Not used Used Not used

1065 HV In>> Enable OFF ON OFF

1066 HV In>> Fail class F1F3 Trip BTB (F3)

1080 HV inverse time overcurrent curve setting

1081 HV I> inv. type Type IEC Inverse Custom IEC Inverse

Option C2 Available curve types: - IEC Inverse - IEC Very inverse - IEC Extremely inv. - IEEE Moderately inv. - IEEE Very inverse - IEEE Extremely inv. - Custom

1082 HV I> inv. limit Setpoint 50.0% 200.0% 110.0%

1083 HV I> inv. TMS Setpoint 0.1 100.0 1.0

1084 HV I> inv. k Setpoint 0.001 s 32.000 s 0.140 s

1085 HV I> inv. c Setpoint 0.000 s 32.000 s 0.000 s

1086 HV I> inv. a Setpoint 0.001 32.000 0.020

1087 G I> inv. Relay output A

Not used Option dependent

Not used

1088 G I> inv. Enable OFF ON OFF

1089 G I> inv. Fail class F1F5 Trip GB (F3)



No. Setting Min.

Max.

Factory setting


1100 Voltage dependent overcurrent curve setting

1101 HV Iv > (50%) Setpoint I1 50...200 % 110,0 % @50% nom. voltage

Designers Reference Handbook

Settings relate to nominal current. The condition has to be true i.e. I1 (100%) Setpoint I6 50...200 % 200,0 % @100% nom. voltage

1110 Voltage dependent overcurrent alarm

1111 HV Iv > Timer 0.1...10 s 0,5,0 s Designers Reference Handbook

The alarm and fail class are activated when the overcurrent has been continuously above the programmed value during the programmed delay. Values are set in parameters 1101-1106.

1112 HV Iv > Relay output A Not used Used Not used

1113 HV Iv > Relay output B Not used Used Not used

1114 HV Iv > Activate OFF ON OFF

1115 HV Iv > Fail class F1F3 Trip BTB (F3)

1130 HV fast overcurrent 1

1131 HV I>> 1 Setpoint 150...500 % 150.0 % Designers Reference Handbook

The alarm settings relate to the nominal current setting. The alarm and fail class are activated when the current has been continuously above the programmed value during the programmed delay.

1132 HV I>> 1 Delay 0...100 s 2.0 s

1133 HV I>> 1 Relay output A Not used Used 23

1134 HV I>> 1 Relay B Not used Not used

1135 HV I>> 1 Enable OFF ON ON

1136 HV I>> 1 Fail class F1F3 Trip BTB (F3)

1140 HV fast overcurrent 2

1141 HV I>> 2 Setpoint 50...500 % 200.0 % Designers Reference Handbook


1142 HV I>> 2 Delay 0...100 s 0.5 s

1143 HV I>> 2 Relay A Not used Not used

1144 HV I>> 2 Relay B Not used Not used

1145 HV I>> 2 Enable OFF ON OFF

1146 HV I>> 2 Fail class F1F3 Trip BTB (F3)



Voltage protections

No. Setting Min.

Max.

Factory setting


1150 HV overvoltage 1

1151 HV U> 1 Setpoint 100... 120 % 103,0 % Designers Reference Handbook

The alarm and fail class are activated when the voltage has been continuously above the programmed value during the programmed delay.

1152 HV U> 1 Timer 0.1... 100 s 10,0 s

1153 HV U> 1 Relay output A Not used Used Not used

1154 HV U> 1 Relay output B Not used Used Not used

1155 HV U> 1 Enable OFF ON OFF

1156 HV U> 1 Fail class F1F3 Warning (F2)

1160 HV overvoltage 2

1161 HV U> 2 Setpoint 100... 120 % 105,0 % Designers Reference Handbook


1162 HV U> 2 Timer 0.1... 100s 5,0 s

1163 HV U> 2 Relay output A Not used Used Not used

1164 HV U> 2 Relay output B Not used Used Not used

1165 HV U> 2 Enable OFF ON OFF

1166 HV U> 2 Fail class F1F3 Warning (F2)

1170 HV undervoltage 1

1171 HV U< 1 Setpoint 40... 100% 97,0 % Designers

Reference Handbook

The alarm and fail class are activated when the voltage has been continuously under the programmed value during the programmed delay.

1172 HV U< 1 Timer 0.1... 100 s 10,0 s

1173 HV U< 1 Relay output A Not used Used Not used

1174 HV U< 1 Relay output B Not used Used Not used

1175 HV U< 1 Enable OFF ON OFF

1176 HV U< 1 Fail class F1F3 Warning (F2)



No. Setting Min.

Max.

Factory setting



1181 HV U< 2 Setpoint 40... 100 % 95,0 % Designers Reference Handbook


1182 HV U< 2 Timer 0.1... 100 s 5,0 s






1191 HV U< 3 Setpoint 40... 100 % 95,0 % Designers

Reference Handbook


1192 HV U< 3 Timer 0.1... 100 s 5,0 s





1200 HV voltage trip

1201 HV voltage trip Setpoint Ph-Ph Ph-N Ph-Ph


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.



Frequency protections

No. Setting Min.

Max.

Factory setting


1210 HV overfrequency 1

1211 HV f> 1 Setpoint 100... 120 % 103,0% Designers Reference Handbook

The alarm and fail class are activated when the frequency has been continuously above the programmed value during the programmed delay. Frequency settings relate to nominal frequency setting.

1212 HV f> 1 Timer 0.2... 100 s 10,0 s

1213 HV f> 1 Relay output A

Not-used Used

Not used

1214 HV f> 1 Relay output B

Not used Used

Not used

1215 HV f> 1 Enable OFF ON OFF

1216 HV f> 1 Fail class F1F3 Warning (F2)

1220 HV overfrequency 2

1221 HV f> 2 Setpoint 100... 120 % 105,0 % Designers Reference Handbook

The alarm and fail class are activated when the frequency has been continuously above the programmed value during the programmed delay.

1222 HV f> 2 Timer 0.2... 100 s 5,0 s


Not- used Used

Not used


Not- used Used

Not used

1225 HV f> 2 Enable OFF ON OFF


1230 HV f> overfrequency 3

1231 HV f> 3 Setpoint 100.0% 120.0% 110,0 % Designers Reference Handbook


1232 HV f> 3 Timer 0.2 s 100.0 s 5.0 s


Not-used Used

Not used


Not- used Used

Not used

1235 HV f> 3 Enable Not-used Used

Not used


Frequency settings relate to the nominal frequency setting.



No. Setting Min.

Max.

Factory setting


1240 HV underfrequency 1

1241 HV f < 1 Setpoint 80.0% 100.0% 97,0% Designers Reference Handbook

The alarm and fail class are activated when the frequency has been continuously under the programmed value during the programmed delay.

1242 HV f< 1 Timer 0.2 s 100.0 s 5.0 s

1243 HV f < 1 Relay output A

Not- used Used

Not used

1244 HV f < 1 Relay output B

Not- used Used

Not used

1245 HV f < 1 Enable OFF ON OFF

1246 HV f < 1 Fail class F1F3 Warning (F2)


1251 HV f< 2 Setpoint 80.0% 100.0% 95.0% Designers Reference Handbook


1252 HV f< 2 Timer 0.2 s 100.0 s 5.0 s

1253 HV f< 2 Relay output A

Not- used Used

Not used

1254 HV f< 2 Relay output B

Not-used Used

Not used

1255 HV f< 2 Enable OFF ON OFF

1256 HV f< 2 Fail class F1F3 Warning (F2)


1261 HV f< 3 Setpoint 80.0% 100.0% 95.0% Designers Reference Handbook


1262 HV f< 3 Timer 0.2 s 100.0 s 5.0 s

1263 HV f< 3 Relay output A

Not- used Used

Not used

1264 HV f< 3 Relay output B

Not-used Used

Not used

1265 HV f< 3 Enable OFF ON OFF

1266 HV f< 3 Fail class F1F3 Warning (F2)



LV voltage protections

No. Setting Min.

Max.

Factory setting


1270 LV overvoltage 1

1271 LV U> 1 Setpoint 100.0% 120.0% 103.0% Designers

Reference Handbook


1272 LV U> 1 Timer 0.0 s 99.9 s 10.0 s

1273 LV U> 1 Relay output A Not used Used Not used

1274 LV U> 1 Relay output B Not used Used Not used

1275 LV U> 1 Enable OFF ON ON

1276 LV U> 1 Fail class F1F3 Warning (F2)



Reference Handbook


1282 LV U> 2 Timer 0.0 s 99.9 s 5.0 s



1285 LV U> 2 Enable OFF ON ON




Reference Handbook


1292 LV U> 3 Timer 0.0 s 99.9 s 5.0 s



1295 LV U> 3 Enable OFF ON OFF


Voltage settings relate to the nominal voltage setting.



No. Setting Min.

Max.

Factory setting


1300 LV undervoltage 1

1301 LV U< 1 Setpoint 40.0% 100.0% 97.0% Designers

Reference Handbook


1302 LV U< 1 Timer 0.00 s 99.99 s 10.00 s

1303 LV U< 1 Relay output A Not used Used Not used

1304 LV U< 1 Relay output B Not used Used Not used

1305 LV U< 1 Enable OFF ON OFF

1306 LV U< 1 Fail class F1F3 Warning (F2)



Reference Handbook


1312 LV U< 2 Timer 0.00 s 99.99 s 5.00 s







Reference Handbook


1322 LV U< 3 Timer 0.00 s 99.99 s 10.00 s




1326 LV U< 3 Fail class F1F3 warning (F2)



No. Setting Min.

Max.

Factory setting




Reference Handbook


1332 LV U< 4 Timer 0.00 s 99.99 s 0.10 s





1340 LV voltage trip

1341 LV voltage trip Setpoint Ph-Ph Ph-N Ph-Ph Designers

Reference Handbook

Selection between phase-phase or phase-neutral voltage detection.



LV frequency protections

No. Setting Min.

Max.

Factory setting


1350 LV overfrequency 1

1351 LV f> 1 Setpoint 100.0% 120.0% 120.0% Designers Reference Handbook


1352 LV f> 1 Timer 0.00 s 99.99 s 10.00 s

1353 LV f> 1 Relay output A Not used Used Not used

1354 LV f> 1 Relay output B Not used Used Not used

1355 LV f> 1 Enable OFF ON OFF

1356 LV f> 1 Fail class F1F3 Warning (F2)




1362 LV f> 2 Timer 0.00 s 99.99 s 3.00 s



1365 LV f> 2 Enable OFF ON ON





1372 LV f> 3 Timer 0.00 s 99.99 s 5.00 s



1375 LV f> 3 Enable OFF ON OFF


Frequency settings relate to the nominal frequency setting.



No. Setting Min.

Max.

Factory setting


1380 LV underfrequency 1

1381 LV f< 1 Setpoint 80.0% 100.0% 97.0% Designers Reference Handbook


1382 LV f< 1 Timer 0.00 s 99.99 s 10.00 s

1383 LV f< 1 Relay output A Not used Used Not used

1384 LV f< 1 Relay output B Not used Used Not used

1385 LV f< 1 Enable OFF ON OFF

1386 LV f< 1 Fail class F1F3 Warning (F2)




1392 LV f< 2 Timer 0.00 s 99.99 s 5.00 s








1402 LV f< 3 Timer 0.00 s 99.99 s 10.00 s







No. Setting Min.

Max.

Factory setting





1412 LV f< 4 Timer 0. 00 s 99.99 s 5.00 s





Mains failure protections

No. Setting Min.

Max.

Factory setting


1420 df/dt (ROCOF)

1421 df/dt (ROCOF) Setpoint 1.5Hz/s 10.0Hz/s 5.0Hz/s Option A1 The alarm and fail class

are activated when the df/dt rate has been continuously above the programmed value during the programmed number of periods (delay).

1422 df/dt (ROCOF) Period(s) 1 per 20 per 6 per

1423 df/dt (ROCOF) Relay output A Not used Used Not used

1424 df/dt (ROCOF) Relay output B Not used Used Not used

1425 df/dt (ROCOF) Enable OFF ON OFF

1426 df/dt (ROCOF) Fail class F1F3 Trip BTB (F3)

1430 Vector jump

1431 Vector jump Setpoint 1.0 deg. 90.0 deg. 10.0 deg. Option A1 The alarm and fail class

are activated when a vector jump is detected.

1432 Vector jump Relay output A Not used Used Not used

1433 Vector jump Relay output B Not used Used Not used

1434 Vector jump Enable OFF ON OFF

1435 Vector jump Fail class F1F3 Trip BTB (F3)



No. Setting Min.

Max.

Factory setting


1440 LV positive sequence voltage low

1441 LV pos seq volt Setpoint 10.0% 110.0% 70.0% Option A4 The alarm and fail class

are activated when the symmetrical (positive sequence) voltage has been continuously below the programmed value during the programmed delay. 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 50 Hz system, the alarm will be activated if the positive sequence is below 70% of U nominal voltage for 40 ms. The alarm will trip the fail class as soon as possible after this delay.

1442 LV pos seq volt Period(s) 1 per 9 per 2 per

1443 LV pos seq volt Relay output A Not used Used Not used

1444 LV pos seq volt Relay output B Not used Used Not used

1445 LV pos seq volt Enable OFF ON OFF

1446 LV pos seq volt Fail class F1F3 Trip BTB (F3)



Overload protections

No. Setting Min.

Max.

Factory setting


1450 HV VA overload 1

1451 HV S> 1 Setpoint -200.0% 200.0% 100.0% Designers

Reference Handbook

Settings relate to nominal power. The alarm and fail class are activated when the power has been continuously above the programmed value during the programmed delay.

1452 HV S> 1 Timer 0.1 s 3200.0 s 10.0 s

1453 HV S> 1 Relay output A Not used Used Not used

1454 HV S> 1 Relay output B Not used Used Not used

1455 HV S> 1 Enable OFF ON OFF

1456 HV S> 1 Fail class F1F3 Warning (F2)



Reference Handbook

The alarm and fail class are activated when the power has been continuously above the programmed value during the programmed delay.

1462 HV S> 2 Timer 0.1 s 3200.0 s 5.0 s



1465 HV S> 2 Enable OFF ON ON

1466 HV S> 2 Fail class F1F3 Trip BTB (F3)



Reference Handbook


1472 HV S> 3 Timer 0.1 s 3200 s 10.0 s







No. Setting Min.

Max.

Factory setting




Reference Handbook


1482 HV S> 4 Timer 0.1 s 3200 s 5.0 s







Reference Handbook


1492 HV S> 5 Timer 0.1 s 3200 s 10.0 s







Current unbalance protection

No. Setting Min.

Max.

Factory setting


1500 HV unbalanced current

1501 HV unbalance curr. Setpoint 0.0% 100.0% 30.0%


Settings relate to nominal current. The alarm and fail class are activated when the difference between the max. reading and the min. reading of the 3 measured currents has been continuously above the programmed value during the programmed delay.

1502 HV unbalance curr. Timer 0.1 s 100.0 s 10.0 s

1503 HV unbalance curr. Relay output A

Not used Used Not used

1504 HV unbalance curr. Relay output B


1505 HV unbalance curr. Enable OFF ON OFF

1506 HV unbalance curr. Fail class F1F3 Trip BTB (F3)

Voltage unbalance protection

No. Setting Min.

Max.

Factory setting


1510 HV unbalanced voltage

1511 HV unbalance volt. Setpoint 0.0% 50.0% 10.0%


Settings relate to nominal voltage. The alarm and fail class are activated when the difference between the max. reading and the min. reading of the 3 measured voltages has been continuously above the programmed value during the programmed delay.

1512 HV unbalance volt. Timer 0.1 s 100.0 s 10.0 s

1513 HV unbalance volt. Relay output A


1514 HV unbalance volt. Relay output B


1515 HV unbalance volt. Enable OFF ON OFF

1516 HV unbalance volt. Fail class F1F3 Trip BTB (F3)



Reactive power import protection

No. Setting

Min.

Max.

Factory setting


1520 HV reactive power import

1521 HV Q> Setpoint 0.0% 150.0% 50.0% Designers

Reference Handbook

Settings relate to nominal power setting value. The alarm and fail class are activated when imported VAr has been continuously above the programmed value during the programmed delay.

1522 HV Q> Timer 0.1 s 100.0 s 10.0 s

1523 HV Q> Relay output A Not used Used Not used

1524 HV Q> Relay output B Not used Used Not used

1525 HV Q> Enable OFF ON ON

1526 HV Q> Fail class F1F3 Warning (F2)

Reactive power export protection

No. Setting Min.

Max.

Factory setting


1530 HV reactive power export

1531 HV Q> Setpoint 0.0% 100.0% 60.0% Designers

Reference Handbook

Settings relate to nominal power setting value. The alarm and fail class are activated when exported VAr has been continuously above the programmed value during the programmed delay.

1532 HV Q> Timer 0.1 s 100.0 s 10.0 s

1533 HV Q> Relay output A Not used Used Not used

1534 HV Q> Relay output B Not used Used Not used

1535 HV Q> Enable OFF ON ON

1536 HV Q> Fail class F1F3 Warning (F2)



Negative sequence

No. Setting Min.

Max.

Factory setting


1540 HV negative sequence current

1541 HV neg seq I Setpoint 1.0% 100.0% 20.0% Option C2 Settings relate to

nominal current. The alarm and fail class are activated when the negative sequence has been continuously above the programmed value during the programmed delay.

1542 HV neg seq I Timer 0.2 s 100.0 s 0.5 s

1543 HV neg seq I Relay output A Not used Used Not used

1544 HV neg seq I Relay output B Not used Used Not used

1545 HV neg seq I Enable OFF ON OFF

1546 HV neg seq I Fail class F1F3 Trip BTB (F3)

1550 HV negative sequence voltage

1551 HV neg seq U Setpoint 1.0% 100.0% 5.0% Option C2 Settings relate to

nominal voltage. The alarm and fail class are activated when the negative sequence has been continuously above the programmed value during the programmed delay.

1552 HV neg seq U Timer 0.2 s 100.0 s 0.5 s

1553 HV neg seq U Relay output A Not used Used Not used

1554 HV neg seq U Relay output B Not used Used Not used

1555 HV neg seq U Enable OFF ON OFF

1556 HV neg seq U Fail class F1F3 Trip BTB (F3)

1560 HV negative sequence selection

1561 HV neg seq select Setpoint Conn 61 27 Conn 68 74

Con 61 67 measurement

Option C2 Selection between LV or HV measurement of negative sequence voltage.



Zero sequence

No. Setting Min.

Max.

Factory setting


1570 HV zero sequence current

1571 HV zero seq I Setpoint 0.0% 100.0% 20.0% Option C2 Settings relate to

nominal current. The alarm and fail class are activated when the zero sequence has been continuously above the programmed value during the programmed delay.

1572 HV zero seq I Timer 0.2 s 100.0 s 0.5 s

1573 HV zero seq I Relay output A Not used Used Not used

1574 HV zero seq I Relay output B Not used Used Not used

1575 HV zero seq I Enable OFF ON OFF

1576 HV zero seq I Fail class F1F3 Trip BTB (F3)

1580 HV zero sequence voltage

1581 HV zero seq U Setpoint 0.0% 100.0% 5.0% Option C2 Settings relate to

nominal voltage. The alarm and fail class are activated when the zero sequence has been continuously above the programmed value during the programmed delay.

1582 HV zero seq U Timer 0.2 s 100.0 s 0.5 s

1583 HV zero seq U Relay output A Not used Used Not used

1584 HV zero seq U Relay output B Not used Used Not used

1585 HV zero seq U Enable OFF ON OFF

1586 HV zero seq U Fail class F1F3 Trip BTB (F3)

1590 HV zero sequence selection

1591 HV zero seq select Setpoint Conn 61 27 Conn 68 74

Con 61 67 measurement

Option C2 Selection between HV or LV measurement of zero sequence voltage.



Directional overcurrent protection

No. Setting Min.

Max.

Factory setting


1600 HV directional overcurrent 1

1601 HV I> direct 1 Setpoint -200.0% 200.0% 120.0% Option A5 Settings relate to

nominal current. The alarm and fail class are activated when the directional current has been continuously above the programmed value during the programmed delay. The current measure-ment is positive when current is supplied from the mains to the plant. The current measure-ment is negative when current is being supplied to the mains.

1602 HV I> direct 1 Timer 0.0 s 100.0 s 0.1 s

1603 HV I> direct 1 Relay output A Not used Used Not used

1604 HV I> direct 1 Relay output B Not used Used Not used

1605 HV I> direct 1 Enable OFF ON OFF

1606 HV I> direct 1 Fail class F1F3 Trip BTB (F3)

1610 HV directional overcurrent 2

1611 HV I> direct 2 Setpoint -200.0% 200.0% 130.0% Option A5 Settings relate to

nominal current. The alarm and fail class are activated when the directional current has been continuously above the programmed value during the programmed delay. The current measure-ment is positive when current is supplied from the mains to the plant. The current measure-ment is negative when current is being supplied to the mains.

1612 HV I> direct 2 Timer 0.0 s 100.0 s 0.1 s

1613 HV I> direct 2 Relay output A Not used Used Not used

1614 HV I> direct 2 Relay output B Not used Used Not used

1615 HV I> direct 2 Enable OFF ON OFF

1616 HV I> direct 2 Fail class F1F3 Trip BTB (F3)



LV unbalance voltage

No. Setting Min.

Max.

Factory setting


1620 LV unbalance U

1621 LV unbalance U Setpoint 0.0% 50.0% 6.0% Designers

Reference Handbook

Settings relate to average actual voltage. The alarm and fail class are activated when the difference between the max. reading and the min. reading of the 3 measured busHVr voltages has been continuously above the programmed value during the programmed delay.

1622 LV unbalance U Timer 0.1 s 100.0 s 10.0 s

1623 LV unbalance U Relay output A Not used Used Not used

1624 LV unbalance U Relay output B Not used Used Not used

1625 LV unbalance U Enable OFF ON OFF

1626 LV unbalance U Fail class F1F3 Warning (F2)

Time-dependent undervoltage

No. Setting Min.

Max.

Factory setting


1630 Time-dependent undervoltage 1 1-3

1631 Ut < 1 Setting 1 30.0% 120.0% 30.0% Option A1 Curve setting for time-

dependent under-voltage. Settings relate to nominal voltage. The condition has to be 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 1 0.00 s 20.00 s 0.15 s

1633 Ut < 1 Setting 2 30.0% 120.0% 70.0%

1634 Ut < 1 Delay 2 0.00 s 20.00 s 0.15 s

1635 Ut < 1 Setting 3 30.0% 120.0% 70.0%

1636 Ut < 1 Delay 3 0.00 s 20.00 s 0.70 s



dependent under-voltage. Settings relate to nominal voltage. The condition has to be 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.

1642 Ut < 1 Delay 4 0.00 s 20.00 s 1.50 s

1643 Ut < 1 Setting 5 30.0% 120.0% 90.0%

1644 Ut < 1 Delay 5 0.00 s 20.00 s 2.00 s

1645 Ut < 1 Setting 6 30.0% 120.0% 90.0%

1646 Ut < 1 Delay 6 0.00 s 20.00 s 3.00 s



No. Setting Min.

Max.

Factory setting


1650 Time-dependent undervoltage 1 activation

1651 Ut < act 1 Activate 0.0% 120.0% 90% Option A1 Activate is the voltage

value where the function timer starts. Reset 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 Reset 0.0% 120.0% 95%

1653 Ut < act 1 Delay 0.0 s 320.0 s 1.00 s

1654 Ut < act 1 Relay

output A

Not used Option- dep.

Not used


output B


Not used

1656 Ut < act 1 Enable OFF ON OFF

1660 Time-dependent undervoltage 1

1661 Ut < 1 Relay output A


Not used Option A1 The alarm and fail class

is activated instantaneously when the voltage value is under the programmed value curve.

1662 Ut < 1 Relay

output B


Not used

1663 Ut < 1 Enable OFF ON OFF

1664 Ut < 1 Fail class F1F5 Trip BTB (F3)



dependent undervoltage. Settings relate to nominal voltage. The condition has to be 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.

1672 Ut < 2 Delay 1 0.00 s 20.00 s 0.15 s

1673 Ut < 2 Setting 2 30.0% 120.0% 70.0%

1674 Ut < 2 Delay 2 0.00 s 20.00 s 0.15 s

1675 Ut < 2 Setting 3 30.0% 120.0% 70.0%

1676 Ut < 2 Delay 3 0.00 s 20.00 s 0.70 s



No. Setting Min.

Max.

Factory setting




dependent undervoltage. Settings relate to nominal voltage. The condition has to be 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.

1682 Ut < 2 Delay 4 0.00 s 20.00 s 1.50 s

1683 Ut < 2 Setting 5 30.0% 120.0% 90.0%

1684 Ut < 2 Delay 5 0.00 s 20.00 s 2.00 s

1685 Ut < 2 Setting 6 30.0% 120.0% 90.0%

1686 Ut < 2 Delay 6 0.00 s 20.00 s 3.00 s

1690 Time-dependent undervoltage 2 activation

1691 Ut < act 2 Activate 0.0% 120.0% 90% Option A1 Activate is the voltage

value where the function timer starts. Reset 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 Reset 0.0% 120.0% 95%

1693 Ut < act 2 Delay 0.0 s 320.0 s 1.00 s


output A


Not used


output B


Not used

1696 Ut < act 2 Enable OFF ON OFF

1700 Time-dependent undervoltage 2

1701 Ut < 2 Relay output A


Not used Option A1 The alarm and fail class

is activated instantaneously when the voltage value is under the programmed value curve.

1702 Ut < 2 Relay

output B


Not used

1703 Ut < 2 Enable OFF ON OFF

1704 Ut < 2 Fail class F1F5 Trip BTB (F3)



Neutral line inverse overcurrent

No. Setting Min.

Max.

Factory setting


1720 HV In> inverse

1721 In> Inverse Type IEC inverse Custom

IEC Inverse


1722 In> Inverse Limit 2.0% 120.0% 30.0%

1723 In> Inverse TMS 0.1 100.0 1.0

1724 In> Inverse k 0.001s 32.000s 0.140s

1725 In> Inverse c 0.000s 32.000s 0.000s

1726 In> Inverse a 0.001 32.000 0.020

1727 In> Inverse Output A Not used Used Not used

1728 In> Inverse Enable OFF ON OFF

1729 In> Inverse Fail class F1F3 Trip BTB (F3)

Earth current inverse

No. Setting Min.

Max.

Factory setting


1730 HV Ie>> inverse

1731 Ie> Inverse Type IEC inverse Custom

IEC Inverse


1732 Ie> Inverse Limit 2.0% 120.0% 30.0%

1733 Ie> Inverse TMS 0.1 100.0 1.0

1734 Ie> Inverse k 0.001s 32.000s 0.140s

1735 Ie> Inverse c 0.000s 32.000s 0.000s

1736 Ie> Inverse a 0.001 32.000 0.020

1737 Ie> Inverse Output A Not used Used Not used

1738 Ie> Inverse Enable OFF ON OFF

1739 Ie> Inverse Fail class F1F3 Trip BTB (F3)



Power-dependent reactive power import No. Setting Min.

Max.

Factory setting


1740 HV P-dependent Q import 1-3

1741 HV P dep Q1< Setpoint 0...100% 20% Option C2

1742 HV P dep P1< Setpoint 0...100% 0% 1743 HV P dep Q2< Setpoint 0...100% 22% 1744 HV P dep P2< Setpoint 0...100% 7% 1745 HV P dep Q3< Setpoint 0...100% 27% 1746 HV P dep P3< Setpoint 0...100% 12% 1750 HV P-dependent Q import 4-6

1751 HV P dep Q4< Setpoint 0...100% 18% Option C2

1752 HV P dep P4< Setpoint 0...100% 55% 1753 HV P dep Q5< Setpoint 0...100% 21% 1754 HV P dep P5< Setpoint 0...100% 97% 1755 HV P dep Q6< Setpoint 0...100% 1% 1756 HV P dep P6< Setpoint 0...100% 100% 1760 HV P-dependent Q import, alarm

1761 HV P dep Q< Timer 0,1 s 200 s 1.0 s Option C2

1762 HV P dep Q< Relay output A Not used Used Not used

1763 HV P dep Q< Relay output B Not used Used Not used

1764 HV P dep Q< Enable OFF ON OFF

1765 HV P dep Q< Fail class F1F3 Trip BTB (F3)

Power-dependent reactive power export No. Setting Min.

Max.

Factory setting


1770 HV P-dependent Q export 1-3

1771 HV P dep Q1> Setpoint 0...100% 88% Option C2

1772 HV P dep P1> Setpoint 0...100% 0% 1773 HV P dep Q2> Setpoint 0...100% 86% 1774 HV P dep P2> Setpoint 0...100% 24% 1775 HV P dep Q3> Setpoint 0...100% 77% 1776 HV P dep P3> Setpoint 0...100% 53%



No. Setting Min.

Max.

Factory setting


1750 HV P-dependent Q export 4-6

1781 HV P dep Q4> Setpoint 0...100% 60% Option C2

1782 HV P dep P4> Setpoint 0...100% 80% 1783 HV P dep Q5> Setpoint 0...100% 33% 1784 HV P dep P5> Setpoint 0...100% 95% 1785 HV P dep Q6> Setpoint 0...100% 1% 1786 HV P dep P6> Setpoint 0...100% 100% 1790 HV P-dependent Q export, alarm

1791 HV P dep Q> Timer 0,1 s 200 s 1.0 s Option C2

1792 HV P dep Q> Relay output A Not used Used Not used

1793 HV P dep Q> Relay output B Not used Used Not used

1794 HV P dep Q> Enable OFF ON OFF

1795 HV P dep Q> Fail class F1F3 Trip BTB (F3)

Undervoltage and reactive power low

No. Setting Min.

Max.

Factory setting


1960 U and Q < 1

1961 U and Q < 1 Setpoint 70.0% 100.0% 85.0% Option A1 The setting relates to the

nominal voltage. The condition for trip is that the actual voltage drops below the setting value and that the reactive power is 0 kVAr.

1962 U and Q < 1 Delay 0.0 s 10.0 s 5.0 s

1963 U and Q < 1 Relay output A Option dep. Not used

1964 U and Q < 1 Relay output B Option dep. Not used

1965 U and Q < 1 Enable OFF ON OFF

1966 U and Q < 1 Fail class F1F5 Warning (F2)



No. Setting Min.

Max.

Factory setting


1970 U and Q < 2

1971 U and Q < 2 Setpoint 70.0% 100.0% 85.0% Option A1 The setting relates to the

nominal voltage. The condition for trip is that the actual voltage drops below the setting value and that the reactive power is 0 kVAr.

1972 U and Q < 2 Delay 1.0 s 10.0 s 5.0 s

1973 U and Q < 2 Relay output A Option dep. Not used

1974 U and Q < 2 Relay output B Option dep. Not used

1975 U and Q < 2 Enable OFF ON OFF

1976 U and Q < 2 Fail class F1F5 Trip BTB (F3)

BTB externally tripped

No. Setting Min.

Max.

Factory setting


1980 BTB Ext tripped

1965 BTB Ext. Trip Enable OFF ON ON

1966 BTB Ext. Trip Fail class F1F5 Warning (F2)

Synchronisation and breaker alarms

No. Setting Min.

Max.

Factory setting


2150 Phase sequence error

2151 Phase seq error Relay output A Not used Used Not used


During synchronisation the controller has detected that the rotation direction of the phases is opposite direction as the busbar.

2152 Phase seq error Relay output B Not used Used Not used

2153 Phase seq error Fail class F1F3 Block (F1)

2160 BTB open failure

2161 BTB open fail Delay 1.0 s 5.0 s 2.0 s Designers

Reference Handbook

The breaker open failure will occur, if the unit has transmitted a breaker open signal and the breaker feedback has not changed position from ON to OFF within 2 s.

2162 BTB open fail Relay output A Not used Used Not used

2163 BTB open fail Relay output B Not used Used Not used

2164 BTB open fail Enable OFF ON ON

2165 BTB open fail Fail class F1F3 Warning (F2)



No. Setting Min.

Max.

Factory setting


2170 BTB close failure

2171 BTB close fail Delay 1.0 s 5.0 s 2.0 s Designers

Reference Handbook

The breaker close failure will occur, if the unit has transmitted a breaker close signal and the breaker feedback has not changed position from OFF to ON within 2 s.

2172 BTB close fail Relay output A Not used Used Not used

2173 BTB close fail Relay output B Not used Used Not used

2174 BTB close fail Enable OFF ON ON

2175 BTB close fail Fail class F1F3 Warning (F2)



Digital input 77-89 setup

No. Setting Min.

Max.

Factory setting


3000 Digital input 77

3001 Dig. input 77 Delay 0.0 s 100.0 s 10.0 s Designers

Reference Handbook

The input is configurable and can have different functions in different units. Inputs 24-27 are by default used for breaker feedback. These inputs are only available if no MB or TB is present in the application.

3002 Dig. input 77 Relay output A Not used Used Not used

3003 Dig. input 77 Relay output B Not used Used Not used

3004 Dig. input 77 Enable OFF ON OFF

3005 Dig. input 77 Fail class F1F3 Warning (F2)

3006 Dig. input 77 N/X N/O N/C N/O

Digital input 46-48 setup (multi-functional inputs)

No. Setting Min.

Max.

Factory setting



3401 Wire fail 46 Enable OFF ON OFF Designers

Reference Handbook

The input is configurable and can have different functions in different units. (Only available if multi-input 46 are configured to digital).

3402 Dig. input 46 Delay 0.0 s 100.0 s 10.0 s





The same settings apply to inputs 78-89, settings 3010 to 3120.

These parameters are used when a digital input is used as protection input or to activate a limit relay.



No. Setting Min.

Max.

Factory setting




Reference Handbook









Reference Handbook







Emergency stop

No. Setting Min.

Max.

Factory setting


3490 Emergency stop

3491 Emer. stop Delay 0.0 s 60.0 s 0.0 s Designers

Reference Handbook

Emergency stop input is intended for a normally closed contact. 3492 Emer. stop

Relay output A


3493 Emer. stop Relay output B Not used Used Not used

3494 Emer. stop Enable OFF ON OFF

3495 Emer. stop Fail class F1F3 Trip BTB(F3)



Multi-functional analogue input setup

Multi-input no. 46

No. Setting Min.

Max.

Factory setting


4120 4-20 mA 46.1

4121 4-20 mA 46.1 Setpoint 4 mA 2 0mA 10 mA Designers

Reference Handbook

The multi-input 46 has been configured as 4-20 mA.

4122 4-20 mA 46.1 Delay 0.0 s 999.0 s 120.0 s

4123 4-20 mA 46.1 Relay output A Not used Used Not used

4124 4-20 mA 46.1 Relay output B Not used Used Not used

4125 4-20 mA 46.1 Enable OFF ON OFF

4126 4-20 mA 46.1 Fail class F1F3 Warning (F2)

4130 4-20 mA 46.2

4131 4-20 mA 46.2 Setpoint 4 mA 20 mA 10 mA Designers

Reference Handbook


4132 4-20 mA 46.2 Delay 0.0 s 999.0 s 120.0 s





4160 Pt100 46.1

4161 Pt100 46.1 Setpoint -49 482 80 Designers

Reference Handbook

The multi-input 46 has been configured as Pt100. Pt100 setpoint can be in deg. C or Fahrenheit, dependent on the unit selection (setting 10970).

4162 Pt100 46.1 Delay 0.0 s 999.0 s 5.0 s

4163 Pt100 46.1 Relay output A Not used Used Not used

4164 Pt100 46.1 Relay output B Not used Used Not used

4165 Pt100 46.1 Enable OFF ON OFF

4166 Pt100 46.1 Fail class F1F3 Warning (F2)

The available menus for multi-input no. 46 depend on the input type configured in the PC utility software (menu 10980).



No. Setting Min.

Max.

Factory setting


4170 Pt100 46.2


Reference Handbook


4172 Pt100 46.2 Delay 0.0 s 999.0 s 10.0 s





4180 VDO Pressure 46.1

4181 VDO Pressure 46.1 Setpoint 0.0 145.0 4.0


The multi-input 46 has been configured as VDO oil pressure. Oil pressure setpoint can be in VAr or PSI, dependent on the unit selection (setting 10970).

4182 VDO Pressure 46.1 Delay 0.0 s 999.0 s 5.0 s

4183 VDO Pressure 46.1 Relay output A


4184 VDO Pressure 46.1 Relay output B


4185 VDO Pressure 46.1 Enable OFF ON OFF

4186 VDO Pressure 46.1 Fail class F1F3 Warning (F2)














No. Setting Min.

Max.

Factory setting


4200 VDO Temperature 46.1

4201 VDO Temp. 46.1 Setpoint -49 482 100 Designers

Reference Handbook

The multi-input 46 has been configured as VDO water temperature. Water temperature setpoint can be in deg. C or Fahrenheit, dependent on the unit selection (setting 10970).

4202 VDO Temp. 46.1 Delay 0.0 s 999.0 s 5.0 s

4203 VDO Temp. 46.1 Relay output A Not used Used Not used

4204 VDO Temp. 46.1 Relay output B Not used Used Not used

4205 VDO Temp. 46.1 Enable OFF ON OFF

4206 VDO Temp. 46.1 Fail class F1F3 Warning (F2)


4211 VDO Temp. 46.2 Setpoint -49 482 110 Designers

Reference Handbook


4212 VDO Temp. 46.2 Delay 0.0 s 999.0 s 5.0 s

4213 VDO Temp. 46.2 Relay output A Not used Used Not used

4214 VDO Temp. 46.2 Relay output B Not used Used Not used

4215 VDO Temp. 46.2 Enable OFF ON OFF

4216 VDO Temp. 46.2 Fail class F1F3 Warning (F2)

4220 VDO level 46.1

4221 VDO Level 46.1 Setpoint 0% 100% 10% Designers

Reference Handbook

The multi-input 46 has been configured as VDO fuel level.

4222 VDO Level 46.1 Delay 0.0 s 999.0 s 10.0 s

4223 VDO Level 46.1 Relay output A Not used Used Not used

4224 VDO Level 46.1 Relay output B Not used Used Not used

4225 VDO Level 46.1 Enable OFF ON OFF

4226 VDO Level 46.1 Fail class F1F3 Warning (F2)



No. Setting Min.

Max.

Factory setting


4230 VDO Level 46.2


Reference Handbook







4240 Wire fail 46

4241 W. fail 46 Relay output A Not used Used Not used


The wire break fault detection is activated.

4242 W. fail 46 Relay output B Not used Used Not used

4243 W. fail 46 Enable OFF ON OFF

4244 W. fail 46 Fail class F1F3 Warning (F2)

Multi-input no. 47

No. Setting Min.

Max.

Factory setting


4250 4-20 mA 47.1


Reference Handbook


4252 4-20 mA 47.1 Delay 0.0 s 999.0 s 120.0 s








No. Setting Min.

Max.

Factory setting


4260 4-20 mA 47.2


Reference Handbook


4262 4-20 mA 47.2 Delay 0.0 s 999.0 s 120.0 s





4290 Pt100 47.1


Reference Handbook


4292 Pt100 47.1 Delay 0.0 s 999.0 s 5.0 s





4300 Pt100 47.2


Reference Handbook


4302 Pt100 47.2 Delay 0.0 s 999.0 s 10.0 s







No. Setting Min.

Max.

Factory setting

























4331 VDO Temp 47.1 Setpoint -49 482 100 Designers

Reference Handbook


4332 VDO Temp 47.1 Delay 0.0 s 999.0 s 5.0 s

4333 VDO Temp 47.1 Relay output A Not used Used Not used

4334 VDO Temp 47.1 Relay output B Not used Used Not used

4335 VDO Temp 47.1 Enable OFF ON OFF

4336 VDO Temp 47.1 Fail class F1F3 Warning (F2)



No. Setting Min.

Max.

Factory setting



4341 VDO Temp 47.2 Setpoint -49 482 110 Designers

Reference Handbook


4342 VDO Temp 47.2 Delay 0.0 s 999.0 s 5.0 s

4343 VDO Temp 47.2 Relay output A Not used Used Not used

4344 VDO Temp 47.2 Relay output B Not used Used Not used

4345 VDO Temp 47.2 Enable OFF ON OFF

4346 VDO Temp 47.2 Fail class F1F3 Warning (F2)

4350 VDO Level 47.1


Reference Handbook







4360 VDO Level 47.2


Reference Handbook







4370 Wire fail 47

4371 W. fail 47 Relay output A Not used Used Not used


The wire break fault detection is activated.

4372 W. fail 47 Relay output B Not used Used Not used

4373 W. fail 47 Enable OFF ON OFF

4374 W. fail 47 Fail class F1F3 Warning (F2)



Multi-input no. 48

No. Setting Min.

Max.

Factory setting


4380 4-20 mA 48.1


Reference Handbook


4382 4-20 mA 48.1 Delay 0.0 s 999.0 s 120.0 s





4390 4-20 mA 48.2


Reference Handbook


4392 4-20 mA 48.2 Delay 0.0 s 999.0 s 120.0 s





4420 Pt100 48.1


Reference Handbook


4422 Pt100 48.1 Delay 0.0 s 999.0 s 5.0 s








No. Setting Min.

Max.

Factory setting


4430 Pt100 48.2


Reference Handbook


4432 Pt100 48.2 Delay 0.0 s 999.0 s 10.0 s








The multi-input 48 has been configured as VDO oil pressure. Oil pressure set

parameter list deif

Documents

parameter list deif

voltage unbalance protection

lv voltage protections

overcurrent protection

overload protections

lv frequency protections

parameter descriptions

current unbalance protection