Seg WI Series Reference Manual
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Seg WI Series Reference Manual

Self-/dual-powered protection device
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PROTECTION MADE SIMPLE.
WI Line
WIC1
SELF-/DUAL-POWERED PROTECTION DEVICE
Self-powered device, parameter settings via DiggiMEC / Smart view
WIC1-1
Self-powered device, parameter settings via DIP switches and/or DiggiMEC / Smart view
WIC1-2
Self-powered device, parameter settings via HEX switches and/or DiggiMEC / Smart view
WIC1-3
Dual-powered device, parameter settings via DiggiMEC / Smart view
WIC1-4
C
C
C
C
C
C
C
C
C
C
C
C
4
C
4
C
4
C
4
C
4
C
4
C
4
C
4
C
4
SELF-/DUAL-POWERED PROTECTION DEVICE
C
4
C
4
DM version: 2.1.c (Build 61213)
C
4
C
REFERENCE MANUAL WIC1-2.1-EN-REF
Original document
English
Build 61329
Revision A

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  • Page 1 PROTECTION MADE SIMPLE. WI Line WIC1 SELF-/DUAL-POWERED PROTECTION DEVICE Self-powered device, parameter settings via DiggiMEC / Smart view WIC1-1 Self-powered device, parameter settings via DIP switches and/or DiggiMEC / Smart view WIC1-2 Self-powered device, parameter settings via HEX switches and/or DiggiMEC / Smart view WIC1-3 Dual-powered device, parameter settings via DiggiMEC / Smart view WIC1-4...
  • Page 2 E-mail: support@SEGelectronics.de   SEG Electronics GmbH reserves the right to update any portion of this publication at any time. Information provided by SEG Electronics GmbH is believed to be correct and reliable. However, no responsibility is assumed by SEG Electronics GmbH unless otherwise expressly undertaken.

  • Page 3: Table Of Contents

    Table of Contents Table of Contents About This Reference Manual ........... 5█...
  • Page 4 Table of Contents 8.16 Ipeak> ............... . 105█...

  • Page 5: About This Reference Manual

    1 About This Reference Manual About This Reference Manual This document is a reference of all the Setting Values, Direct Commands and Signals of the WIC1. In other words, it lists all parameters that are available (or can be made available) with the (optionally) full featured versions of the WIC1 protection device.
  • Page 6 1 About This Reference Manual the various parameter types, only the first instance (e. g. »I2>[1]«) is mentioned, because all the other instances are identical anyway. Structure of a Reference Table Since (almost) every module can be activated or deactivated independently of the other modules and all parameters of an inactive module disappear from the menu branch it would not be helpful if this Reference Manual would list parameters sorted according to the menu structure.
  • Page 7 (sold) to a third party, the manual has to be handed over as well. Information Concerning Liability and Warranty SEG does not accept any liability for damage resulting from conversions or changes carried out on the device or planning (projecting) work, parameter setting or adjustment changes done by the customer.

  • Page 8: Device Configuration

    2 Device Configuration Device Configuration Self-/Dual-Powered Protection Device WIC1 Device Variant Self-powered device, parameter settings via DiggiMEC / Smart view Self-powered device, parameter settings via DIP switches and/or DiggiMEC / Smart view Self-powered device, parameter settings via HEX switches and/or DiggiMEC / Smart view Dual-powered device, parameter settings via DiggiMEC / Smart view CT Type...
  • Page 9 2 Device Configuration Self-/Dual-Powered Protection Device WIC1 ANSI 50, 51, 50G/N, 51G/N, inrush, 50BF, 74TC Package “S” + 46, 49, 51Q, Breaker Wear, Condition Monit. Package “A” + SOTF, CLPU, ExP, ultra-f.OC Communication Without RS 485: Modbus RTU Ethernet: Modbus TCP Ethernet/Fiber Optics: Modbus TCP WIC1-2.1-EN-REF WIC1...

  • Page 10: Menu

    3 Menu 3.1 Operation Menu Operation 3.1.1 Operation / Measured Values 3.1.1.1 Operation / Measured Values / Current »IL1 « Measured value: Phase current (fundamental) »IL2 « Measured value: Phase current (fundamental) »IL3 « Measured value: Phase current (fundamental) »IG meas «...
  • Page 11 3 Menu 3.1.1.2 Operation / Measured Values / Current RMS 3.1.1.2 Operation / Measured Values / Current RMS »IL1 RMS« Measured value: Phase current (RMS) »IL2 RMS« Measured value: Phase current (RMS) »IL3 RMS« Measured value: Phase current (RMS) »IG meas RMS«...
  • Page 12 3 Menu 3.1.2.2 Operation / Condition Monitoring / Life Load (Values) 3.1.2.2 Operation / Condition Monitoring / Life Load (Values) »< 0.4 In« Number of operating days with measured current values within this range »0.4 ... 0.5 In« Number of operating days with measured current values within this range »0.5 ...
  • Page 13 3 Menu 3.1.3 Operation / Status Display 3.1.3 Operation / Status Display 3.1.3.1 Operation / Status Display / All Actives »IH2 . Active« Signal: active »I> . Active« Signal: active »I>> . Active« Signal: active »I>>> . Active« Signal: active »IG>...
  • Page 14 3 Menu 3.1.3.2 Operation / Status Display / Trips 3.1.3.2 Operation / Status Display / Trips »I> . Trip« Signal: Trip »I>> . Trip« Signal: Trip »I>>> . Trip« Signal: Trip »IG> . Trip« Signal: Trip »IG>> . Trip« Signal: Trip »I2/I1>...
  • Page 15 3 Menu 3.1.3.3 Operation / Status Display / Alarms 3.1.3.3 Operation / Status Display / Alarms »I> . Alarm« Signal: Alarm »I>> . Alarm« Signal: Alarm »I>>> . Alarm« Signal: Alarm »IG> . Alarm« Signal: Alarm »IG>> . Alarm« Signal: Alarm »I2/I1>...
  • Page 16 3 Menu 3.1.3.4 Operation / Status Display / Pickups 3.1.3.4 Operation / Status Display / Pickups »I> . Pickup« Signal: Pickup »I>> . Pickup« Signal: Pickup »I>>> . Pickup« Signal: Pickup »IG> . Pickup« Signal: Pickup »IG>> . Pickup« Signal: Pickup »I2/I1>...
  • Page 17 3 Menu 3.1.3.5 Operation / Status Display / Prot 3.1.3.5 Operation / Status Display / Prot »TripCmd« Signal: Trip Command »Trip« Signal: General Trip »Alarm« Signal: General Alarm »Pickup« Signal: General Pickup »Active« Signal: active »Trip IPh« Signal: General Trip due to a phase current fault »Trip IG«...
  • Page 18 3 Menu 3.1.3.6 Operation / Status Display / IH2 3.1.3.6 Operation / Status Display / IH2 »Active« Signal: active »Block. L1« Signal: Inrush blocking of phase L1 of the phase overcurrent protection »Block. L2« Signal: Inrush blocking of phase L2 of the phase overcurrent protection »Block.
  • Page 19 3 Menu 3.1.3.8 Operation / Status Display / I>> 3.1.3.8 Operation / Status Display / I>> »Active« Signal: active »Trip« Signal: Trip »Alarm« Signal: Alarm »Pickup« Signal: Pickup »Trip IL1« Signal: Trip due to a fault in phase L1 »Trip IL2«...
  • Page 20 3 Menu 3.1.3.9 Operation / Status Display / I>>> 3.1.3.9 Operation / Status Display / I>>> »Active« Signal: active »Trip« Signal: Trip »Alarm« Signal: Alarm »Pickup« Signal: Pickup »Trip IL1« Signal: Trip due to a fault in phase L1 »Trip IL2«...
  • Page 21 3 Menu 3.1.3.12 Operation / Status Display / I2/I1> 3.1.3.12 Operation / Status Display / I2/I1> »Active« Signal: active »Trip« Signal: Trip »Alarm« Signal: Alarm »Pickup« Signal: Pickup »IH2 Blo« Signal: Blocking the trip command by an inrush »ExBlo-I« Module input state: External blocking 3.1.3.13 Operation / Status Display / I2>...
  • Page 22 3 Menu 3.1.3.15 Operation / Status Display / Ipeak> 3.1.3.15 Operation / Status Display / Ipeak> »Active« Signal: active »Trip« Signal: Trip »Alarm« Signal: Alarm »Pickup« Signal: Pickup »Trip IL1« Signal: Trip due to a fault in phase L1 »Trip IL2«...
  • Page 23 3 Menu 3.1.3.18 Operation / Status Display / ExP[2] 3.1.3.18 Operation / Status Display / ExP[2] »Active« Signal: active »Trip« Signal: Trip »Alarm« Alarm »Pickup« Signal: Pickup »ExBlo-I« Module input state: External blocking »Trigger Signal-I« State of the module input: External trigger signal »Condition-I«...
  • Page 24 3 Menu 3.1.3.23 Operation / Status Display / BkrWear 3.1.3.23 Operation / Status Display / BkrWear »Active« Signal: active »Alarm« Signal: Alarm: The maximum number of open commands or the maximum value for the sum of ruptured currents has been exceeded. »Alm(mx.Sum.Tr)«...
  • Page 25 3 Menu 3.1.4 Operation / Count and RevData 3.1.4 Operation / Count and RevData 3.1.4.1 Operation / Count and RevData / WIC1 »Op. Hours« Device operation hours counter, that shows for how long the device has been operating since the last restart. 3.1.4.2 Operation / Count and RevData / Prot »Fault...

  • Page 26: Device Planning

    3 Menu 3.1.5 Operation / Recorders 3.1.5 Operation / Recorders »Fault/Alarm Rec.« The values measured at the time of a trip / an alarm are saved by the Fault/Alarm Recorder. 3.1.6 Operation / Time »Uptime« Display the operation time of the device 3.1.7 Operation / Self-Supervision »Messages«...
  • Page 27 3 Menu 3.2.2 Device planning / Projected Elements 3.2.2 Device planning / Projected Elements »IH2 . Mode« Module Inrush, general operation mode »I> . Mode« Phase Overcurrent Stage, general operation mode »I>> . Mode« Phase Overcurrent Stage, general operation mode »I>>>...
  • Page 28 3 Menu 3.2.3 Device planning / Definition 3.2.3 Device planning / Definition »I> . Definition« Phase Overcurrent Stage: If set to “Alarm”: The function operates as a supervision function, i.e. a fault generates neither alarm nor trip, but an »Alarm« signal gets issued instead.

  • Page 29: Device Para

    3 Menu 3.3 Device Para Device Para 3.3.1 Device Para / WIC1 3.3.1.1 Device Para / WIC1 / Digital Inputs »Nom voltage« Nominal voltage of the digital inputs 3.3.1.2 Device Para / WIC1 / Output »Out. Mode« Select whether the output shall operate as an impulse output (for connecting a flag indicator with full compatibility to the 1st generation WIC1), or as a relay output (with a fixed, pre-defined usage as a self-supervision contact).
  • Page 30 3 Menu 3.3.2.2 Device Para / DiggiMEC / FI / BO 3.3.2.2 Device Para / DiggiMEC / FI / BO »FI / BO 1 assign.« Assignment of the Flag Indicator / bistable output relay »FI / BO 1 latching« Defines whether the Flag Indicator/output relay will be latched when it is set. In case it is set as latched then you also have a choice between several automatical reset modes.
  • Page 31 3 Menu 3.3.5 Device Para / TCP/IP 3.3.5 Device Para / TCP/IP 3.3.5.1 Device Para / TCP/IP / TCP/IP config »Function« Activation or deactivation of the TCP/IP communication. »IP address, part 1« IP address (IPv4, part 1) »IP address, part 2« IP address (IPv4, part 2) »IP address, part 3«...
  • Page 32 3 Menu 3.3.6.3 Device Para / Modbus / TCP 3.3.6.3 Device Para / Modbus / TCP »Unit ID« The Unit Identifier is used for routing. This parameter is to be set, if a Modbus RTU and a Modbus TCP network should be coupled. »Modbus TCP Port Number«...

  • Page 33: Field Para

    3 Menu 3.4 Field Para Field Para 3.4.1 Field Para / General Settings »Phase Sequence« Phase Sequence »f« Nominal frequency »Measuring method« Measuring method for the protection stages I>, I>>, I>>>, IG>, IG>>: Fundamental or RMS »IG Source« Selection if measured or calculated ground current should be used. 3.4.2 Field Para / CT »Display of Meas.

  • Page 34: Protection Para

    3 Menu 3.5 Protection Para Protection Para 3.5.1 Protection Para / Breaker & Trip »Meth.Detect.Bkr.Pos.« Select the method to be used to determine the connected breaker position. »I ON« The breaker is determined as ON (closed) based on current measurement if any phase current is greater than this value (for at least the settable duration »t ON/ OFF«).
  • Page 35 3 Menu 3.5.3 Protection Para / I> 3.5.3 Protection Para / I> »Function« Permanent activation or deactivation of module/stage. »I« If the pickup value is exceeded, the protection stage starts to time out to trip. WARNING: Check the Technical Data and ensure that the actual overcurrent settings for this pickup threshold and the trip delay comply with the technical limits of the phase current inputs! (The device allows for overcurrent settings that are out of the permitted range of current values.)
  • Page 36 3 Menu 3.5.5 Protection Para / I>>> 3.5.5 Protection Para / I>>> »Function« Permanent activation or deactivation of module/stage. »I« If the pickup value is exceeded, the protection stage starts to time out to trip. WARNING: Check the Technical Data and ensure that the actual overcurrent settings for this pickup threshold and the trip delay comply with the technical limits of the phase current inputs! (The device allows for overcurrent settings that are out of the permitted range of current values.)
  • Page 37 3 Menu 3.5.7 Protection Para / IG>> 3.5.7 Protection Para / IG>> »Function« Permanent activation or deactivation of module/stage. »IG« If the pickup value is exceeded, the protection stage starts to time out to trip. »Char« Characteristic »t« Time delay for trip or alarm »tChar«...
  • Page 38 3 Menu 3.5.9 Protection Para / I2> 3.5.9 Protection Para / I2> »Function« Permanent activation or deactivation of module/stage. »I2« The Threshold setting defines a minimum operating current magnitude of I2 for the 46 function to operate, which ensures that the relay has a solid basis for initiating a current unbalance trip.
  • Page 39 3 Menu 3.5.12 Protection Para / SOTF 3.5.12 Protection Para / SOTF »Function« Permanent activation or deactivation of module/stage. »Enabling« Select the criterion for determining a manual CLOSE of the breaker. (After this, the »SOTF« module gets enabled for a particular settable time.) »t-enable«...
  • Page 40 3 Menu 3.5.16 Protection Para / CBF 3.5.16 Protection Para / CBF »Function« Permanent activation or deactivation of module/stage. »t-CBF« If the delay time is expired, a CBF alarm is issued. »ExBlo« External blocking of the module if the state of the assigned signal is true. 3.5.17 Protection Para / CLPU »Function«...
  • Page 41 3 Menu 3.5.18.3 Protection Para / Condition Monitoring / BkrWear 3.5.18.3 Protection Para / Condition Monitoring / BkrWear »Function« Permanent activation or deactivation of the Breaker Wear function. Important: The activation is only possible after the primary rated current »CT pri« has been set in the Field Parameters.

  • Page 42: Service

    3 Menu 3.6 Service Service 3.6.1 Service / General »User Restart« Direct Command to manually initiate a warm restart of the device. »Factory Reset« Direct Command to reset all settings of the device to their respective default. »Force Backup Prot.« Direct Command to manually force the device into the Backup Protection mode.
  • Page 43 3 Menu 3.6.3.2.2 Service / Sgen / Configuration / PreFault 3.6.3.2.2 Service / Sgen / Configuration / PreFault »IL1 « Current Fundamental Magnitude in Pre State: phase L1 »IL2 « Current Fundamental Magnitude in Pre State: phase L2 »IL3 « Current Fundamental Magnitude in Pre State: phase L3 »IG meas «...

  • Page 44: System

    4 System System System Messages Internal messages This item represents a special dialog. (See the Technical Manual for details.) WIC1 WIC1-2.1-EN-REF...

  • Page 45: Sys

    4 System 4.1 Sys System Uptime Display the operation time of the device This item represents a special dialog. (See the Technical Manual for details.) Password Changing the password This item represents a special dialog. (See the Technical Manual for details.) 4.1.1 Sys: Direct Controls Rst.
  • Page 46 4 System 4.1.2 Sys: Values 4.1.2 Sys: Values Op. Hours Operation / Count and RevData / WIC1 Device operation hours counter, that shows for how long the device has been operating since the last restart. Build Device Para / Version / WIC1 Build Build Number DM version...
  • Page 47 4 System 4.1.2 Sys: Values Device Para / Version / DiggiMEC The serial number of the device. WIC1-2.1-EN-REF WIC1...

  • Page 48: Field Settings

    5 Field settings 5.1 CT Field settings Current Transformer 5.1.1 CT: Settings Field Para / General Settings 50Hz, 60Hz Default: ╚═▷ Table • 50Hz, If: Device Variant with DIP/HEX • Switches = 50 Hz • 60Hz, If: Device Variant with DIP/HEX • Switches = 60 Hz •...
  • Page 49 5 Field settings 5.1.1 CT: Settings CT pri Field Para / CT Adjustable range: • Only available if: • Settings valid Software • 0A  . . .  0A, If: CT Type = Relative • • 16.0A  . . .  56.0A, If: CT Type = WE2 : 16 A ... 56 A •...
  • Page 50 5 Field settings 5.1.2 CT: Direct Controls IG Source Field Para / General Settings Default: Adjustable range: • measured, If: Device Variant with • • calculated, measured, If: Device Variant with Ground Current • Ground Current Inputs = True Inputs = True •...
  • Page 51 5 Field settings 5.1.3 CT: Values ECT pri Field Para / CT 1A  . . .  10000.0A • Only available if: • Settings valid Switches This parameter defines the primary nominal current of the connected earth current transformer. If the earth current is measured via the Holmgreen connection, the primary value of the phase current transformer must be entered here.
  • Page 52 5 Field settings 5.1.3 CT: Values phi IG meas Operation / Measured Values / Current • Only available if: Device Variant with Ground Current Inputs = True • Measured value (calculated): Angle of Phasor IG meas Since the angle might be unreliable or invalid for a too low amplitude it is displayed as 360°” in this case. phi IG calc Operation / Measured Values / Current Measured value (calculated): Angle of Phasor IG calc...
  • Page 53 5 Field settings 5.1.3 CT: Values Operation / Measured Values / Current Measured value (calculated): Positive phase sequence current (fundamental) Operation / Measured Values / Current Measured value (calculated): Unbalanced load current (fundamental) %(I2/I1) Operation / Measured Values / Current Measured value (calculated): I2/I1, phase sequence will be taken into account automatically.

  • Page 54: Recorders

    6 Recorders 6.1 Fault/Alarm Rec. Recorders Fault/Alarm Rec. The values measured at the time of a trip / an alarm are saved by the Fault/Alarm Recorder. Fault/Alarm Rec. The values measured at the time of a trip / an alarm are saved by the Fault/Alarm Recorder. This item represents a special dialog.

  • Page 55: Communication

    7 Communication 7.1 Modbus Communication Modbus 7.1.1 Modbus: Device Planning Parameters Mode Device planning / Projected Elements Adjustable range: • -, RTU, If: Modbus = serial • • -, TCP, If: Modbus = TCP • • Else: -, RTU, -, TCP •...
  • Page 56 7 Communication 7.1.3 Modbus: Direct Controls Modbus TCP Port Number Device Para / Modbus / TCP 502  . . .  65535 • Only available if: Modbus = TCP • TCP port number to be used for Modbus TCP. In general it is recommended to keep the default value. If this is not possible then select a number out of the private range 49152-52151 or 52164-65535 that is not yet in use within your network.
  • Page 57 7 Communication 7.1.4 Modbus: Values Req.for me Operation / Count and RevData / Modbus / RTU • Only available if: Modbus = serial • Total Number of requests for this slave. TX msg. Operation / Count and RevData / Modbus / RTU •...
  • Page 58 7 Communication 7.1.4 Modbus: Values NoOf Cmd.OF Operation / Count and RevData / Modbus / TCP • Only available if: Modbus = TCP • If there are more incoming Modbus commands than the device can execute at a time the internal command stack overflows.

  • Page 59: Protection Parameter

    8 Protection Parameter Protection Parameter Module General Protection Prot: Device Planning Parameters Settings valid Device planning / WIC1 + DiggiMEC Default: Adjustable range: • Software, If: Device Variant with • • Software, If: Device Variant with DIP/HEX Switches = 50 Hz / 60 •...
  • Page 60 8 Protection Parameter 8.2 Prot: Settings Out. assign. Device Para / WIC1 / Output Adjustable range: • Only available if: • Out. Mode ≠ Syst. O.K. & Ext.Suppl. • -, If: Device Variant/Outputs = TC: TripCmd • • TripCmd, If: Device Variant/Outputs = TC: TripCmd, FI: TripCmd •...
  • Page 61 8 Protection Parameter 8.2 Prot: Settings I ON Protection Para / Breaker & Trip Only available if: 0.05In  . . .  0.20In • • Meth.Detect.Bkr.Pos. = Current-Based • • Meth.Detect.Bkr.Pos. = Current and Aux 0.10In The breaker is determined as ON (closed) based on current measurement if any phase current is greater than this value (for at least the settable duration »t ON/OFF«).
  • Page 62 8 Protection Parameter 8.3 Prot: Direct Controls Assign Ext. Reset Device Para / Reset Default: Adjustable range: • -, If: Device Variant/Inputs = Without • • -, If: Device Variant/Inputs = Without Inputs • Inputs • -, If: Device Variant/Inputs = Without Inputs •...
  • Page 63 8 Protection Parameter 8.4 Prot: Input States Rst. LEDs, FIs Operation / Reset False False, True ╚═▷ Table Direct Command to immediately reset all latched LEDs, all DiggiMEC Flag Indicators, and the Fault Info Screen that might be visible on the DiggiMEC display. Rst.
  • Page 64 8 Protection Parameter 8.5 Prot: Signals (Output States) Active Operation / Status Display / All Actives Operation / Status Display / Prot Signal: active Trip IPh Operation / Status Display / Prot Signal: General Trip due to a phase current fault Trip IG Operation / Status Display / Prot Signal: General Trip due to a ground current fault...
  • Page 65 8 Protection Parameter 8.6 Prot: Values Pickup IL1 Operation / Status Display / Prot Signal: General Pickup due to a fault in phase L1 Pickup IL2 Operation / Status Display / Prot Signal: General Pickup due to a fault in phase L2 Pickup IL3 Operation / Status Display / Prot Signal: General Pickup due to a fault in phase L3...
  • Page 66 8 Protection Parameter 8.7 IH2 Module Inrush 8.7.1 IH2: Device Planning Parameters Mode Device planning / Projected Elements -, use ╚═▷ Table Module Inrush, general operation mode 8.7.2 IH2: Settings Function Protection Para / IH2 Active Inactive, Active ╚═▷ Table Permanent activation or deactivation of module/stage.
  • Page 67 8 Protection Parameter 8.7.3 IH2: Signals (Output States) 8.7.3 IH2: Signals (Output States) Active Operation / Status Display / All Actives Operation / Status Display / IH2 Signal: active Block. L1 Operation / Status Display / IH2 Signal: Inrush blocking of phase L1 of the phase overcurrent protection Block.
  • Page 68 8 Protection Parameter 8.8 I> [50, 51] I> [50, 51] Phase Overcurrent Stage 8.8.1 I>: Device Planning Parameters Mode Device planning / Projected Elements -, use ╚═▷ Table Phase Overcurrent Stage, general operation mode Definition Device planning / Definition Trip Trip, Alarm ╚═▷...
  • Page 69 8 Protection Parameter 8.8.2 I>: Settings Protection Para / I> 1.00In Adjustable range: • 0.35In  . . .  20.00In, If: Char = DEFT • • 0.35In  . . .  2.50In, If: Char = IEC NINV • • 0.35In  . . .  2.50In, If: Char = IEC VINV •...
  • Page 70 8 Protection Parameter 8.8.2 I>: Settings tChar Protection Para / I> Only available if: 0.05  . . .  10.00 • • Char = IEC NINV • • Char = IEC VINV • • Char = IEC EINV • • Char = IEC LINV •...
  • Page 71 8 Protection Parameter 8.8.3 I>: Input States Reset Mode Protection Para / I> instantaneous Adjustable range: • instantaneous, definite time, If: Char = DEFT • • instantaneous, definite time, inverse time, If: Char = IEC NINV • • instantaneous, definite time, inverse time, If: Char = IEC VINV •...
  • Page 72 8 Protection Parameter 8.8.4 I>: Signals (Output States) 8.8.4 I>: Signals (Output States) Active Operation / Status Display / All Actives Operation / Status Display / I> Signal: active Trip Operation / Status Display / Trips Operation / Status Display / I> •...
  • Page 73 8 Protection Parameter 8.8.4 I>: Signals (Output States) Alarm IL2 Operation / Status Display / I> • Only available if: • Definition = Alarm Signal: Alarm due to a fault in phase L2 Alarm IL3 Operation / Status Display / I> •...
  • Page 74 8 Protection Parameter 8.9 I>> [50, 51] I>> [50, 51] Phase Overcurrent Stage 8.9.1 I>>: Device Planning Parameters Mode Device planning / Projected Elements -, use ╚═▷ Table Phase Overcurrent Stage, general operation mode Definition Device planning / Definition Trip Trip, Alarm ╚═▷...
  • Page 75 8 Protection Parameter 8.9.2 I>>: Settings Protection Para / I>> 1.00In Adjustable range: • 0.35In  . . .  20.00In, If: Char = DEFT • • 0.35In  . . .  2.50In, If: Char = IEC NINV • • 0.35In  . . .  2.50In, If: Char = IEC VINV •...
  • Page 76 8 Protection Parameter 8.9.2 I>>: Settings tChar Protection Para / I>> Only available if: 0.05  . . .  10.00 • • Char = IEC NINV • • Char = IEC VINV • • Char = IEC EINV • • Char = IEC LINV •...
  • Page 77 8 Protection Parameter 8.9.3 I>>: Input States Reset Mode Protection Para / I>> instantaneous Adjustable range: • instantaneous, definite time, If: Char = DEFT • • instantaneous, definite time, inverse time, If: Char = IEC NINV • • instantaneous, definite time, inverse time, If: Char = IEC VINV •...
  • Page 78 8 Protection Parameter 8.9.4 I>>: Signals (Output States) 8.9.4 I>>: Signals (Output States) Active Operation / Status Display / All Actives Operation / Status Display / I>> Signal: active Trip Operation / Status Display / Trips Operation / Status Display / I>> •...
  • Page 79 8 Protection Parameter 8.9.4 I>>: Signals (Output States) Alarm IL2 Operation / Status Display / I>> • Only available if: • Definition = Alarm Signal: Alarm due to a fault in phase L2 Alarm IL3 Operation / Status Display / I>> •...

  • Page 80: I>>> [50, 51]

    8 Protection Parameter 8.10 I>>> [50, 51] 8.10 I>>> [50, 51] Phase Overcurrent Stage 8.10.1 I>>>: Device Planning Parameters Mode Device planning / Projected Elements -, use ╚═▷ Table Phase Overcurrent Stage, general operation mode Definition Device planning / Definition Trip Trip, Alarm ╚═▷...
  • Page 81 8 Protection Parameter 8.10.2 I>>>: Settings Protection Para / I>>> 1.00In Adjustable range: • 0.35In  . . .  20.00In, If: Char = DEFT • • 0.35In  . . .  2.50In, If: Char = IEC NINV • • 0.35In  . . .  2.50In, If: Char = IEC VINV •...
  • Page 82 8 Protection Parameter 8.10.2 I>>>: Settings tChar Protection Para / I>>> Only available if: 0.05  . . .  10.00 • • Char = IEC NINV • • Char = IEC VINV • • Char = IEC EINV • • Char = IEC LINV •...
  • Page 83 8 Protection Parameter 8.10.3 I>>>: Input States Reset Mode Protection Para / I>>> instantaneous Adjustable range: • instantaneous, definite time, If: Char = DEFT • • instantaneous, definite time, inverse time, If: Char = IEC NINV • • instantaneous, definite time, inverse time, If: Char = IEC VINV •...
  • Page 84 8 Protection Parameter 8.10.4 I>>>: Signals (Output States) 8.10.4 I>>>: Signals (Output States) Active Operation / Status Display / All Actives Operation / Status Display / I>>> Signal: active Trip Operation / Status Display / Trips Operation / Status Display / I>>> •...
  • Page 85 8 Protection Parameter 8.10.4 I>>>: Signals (Output States) Alarm IL2 Operation / Status Display / I>>> • Only available if: • Definition = Alarm Signal: Alarm due to a fault in phase L2 Alarm IL3 Operation / Status Display / I>>> •...

  • Page 86: Ig> [50N/G, 51N/G]

    8 Protection Parameter 8.11 IG> [50N/G, 51N/G] 8.11 IG> [50N/G, 51N/G] Ground (earth) current protection stage 8.11.1 IG>: Device Planning Parameters Mode Device planning / Projected Elements -, use ╚═▷ Table Earth current protection stage, general operation mode Definition Device planning / Definition Trip Trip, Alarm ╚═▷...
  • Page 87 8 Protection Parameter 8.11.2 IG>: Settings Protection Para / IG> 1.00In Adjustable range: • 0.20In  . . .  10.00In, If: IG Source = calculated • • 0.02In  . . .  10.00In, If: IG Source = measured • • 0.02In  . . .  10.00In, If: Char = DEFT •...
  • Page 88 8 Protection Parameter 8.11.2 IG>: Settings tChar Protection Para / IG> Only available if: 0.05  . . .  10.00 • • Char = IEC NINV • • Char = IEC VINV • • Char = IEC EINV • • Char = IEC LINV •...
  • Page 89 8 Protection Parameter 8.11.2 IG>: Settings Reset Mode Protection Para / IG> instantaneous Adjustable range: • instantaneous, definite time, If: Char = DEFT • • instantaneous, definite time, inverse time, If: Char = IEC NINV • • instantaneous, definite time, inverse time, If: Char = IEC VINV •...
  • Page 90 8 Protection Parameter 8.11.3 IG>: Input States 8.11.3 IG>: Input States ExBlo-I Operation / Status Display / IG> (╚═▷ IG> . ExBlo) Module input state: External blocking 8.11.4 IG>: Signals (Output States) Active Operation / Status Display / All Actives Operation / Status Display / IG>...
  • Page 91 8 Protection Parameter 8.12 IG>> [50N/G, 51N/G] 8.12 IG>> [50N/G, 51N/G] Ground (earth) current protection stage 8.12.1 IG>>: Device Planning Parameters Mode Device planning / Projected Elements -, use ╚═▷ Table Earth current protection stage, general operation mode Definition Device planning / Definition Trip Trip, Alarm ╚═▷...
  • Page 92 8 Protection Parameter 8.12.2 IG>>: Settings Protection Para / IG>> 1.00In Adjustable range: • 0.20In  . . .  10.00In, If: IG Source = calculated • • 0.02In  . . .  10.00In, If: IG Source = measured • • 0.02In  . . .  10.00In, If: Char = DEFT •...
  • Page 93 8 Protection Parameter 8.12.2 IG>>: Settings tChar Protection Para / IG>> Only available if: 0.05  . . .  10.00 • • Char = IEC NINV • • Char = IEC VINV • • Char = IEC EINV • • Char = IEC LINV •...
  • Page 94 8 Protection Parameter 8.12.2 IG>>: Settings Reset Mode Protection Para / IG>> instantaneous Adjustable range: • instantaneous, definite time, If: Char = DEFT • • instantaneous, definite time, inverse time, If: Char = IEC NINV • • instantaneous, definite time, inverse time, If: Char = IEC VINV •...
  • Page 95 8 Protection Parameter 8.12.3 IG>>: Input States 8.12.3 IG>>: Input States ExBlo-I Operation / Status Display / IG>> (╚═▷ IG>> . ExBlo) Module input state: External blocking 8.12.4 IG>>: Signals (Output States) Active Operation / Status Display / All Actives Operation / Status Display / IG>>...

  • Page 96: I2/I1> [46]

    8 Protection Parameter 8.13 I2/I1> [46] 8.13 I2/I1> [46] Unbalanced Load Protection 8.13.1 I2/I1>: Device Planning Parameters Mode Device planning / Projected Elements -, use ╚═▷ Table Unbalanced Load-Stage, general operation mode Definition Device planning / Definition Trip Trip, Alarm ╚═▷...
  • Page 97 8 Protection Parameter 8.13.3 I2/I1>: Input States IH2 Blo Protection Para / I2/I1> Active Blocking the trip command, if an inrush is detected. 8.13.3 I2/I1>: Input States ExBlo-I Operation / Status Display / I2/I1> (╚═▷ I2/I1> . ExBlo) Module input state: External blocking 8.13.4 I2/I1>: Signals (Output States) Active...

  • Page 98: I2> [51Q]

    8 Protection Parameter 8.14 I2> [51Q] 8.14 I2> [51Q] Negative-Sequence Current Protection 8.14.1 I2>: Device Planning Parameters Mode Device planning / Projected Elements -, use ╚═▷ Table Unbalanced Load-Stage, general operation mode Definition Device planning / Definition Trip Trip, Alarm ╚═▷...
  • Page 99 8 Protection Parameter 8.14.2 I2>: Settings Protection Para / I2> 0.00s  . . .  300.00s • Only available if: • Char = DEFT 0.1s Time delay for trip or alarm tChar Protection Para / I2> Only available if: 0.05  . . .  10.00 • •...
  • Page 100 8 Protection Parameter 8.14.3 I2>: Input States Reset Mode Protection Para / I2> instantaneous Adjustable range: • instantaneous, definite time, If: Char = DEFT • • instantaneous, definite time, inverse time, If: Char = IEC NINV • • instantaneous, definite time, inverse time, If: Char = IEC VINV •...
  • Page 101 8 Protection Parameter 8.14.4 I2>: Signals (Output States) Trip Operation / Status Display / Trips Operation / Status Display / I2> • Only available if: • Definition = Trip Signal: Trip Alarm Operation / Status Display / Alarms Operation / Status Display / I2> •...

  • Page 102: Thr [49]

    8 Protection Parameter 8.15 ThR [49] 8.15 ThR [49] Thermal replica module 8.15.1 ThR: Device Planning Parameters Mode Device planning / Projected Elements -, use ╚═▷ Table Thermal replica module, general operation mode Definition Device planning / Definition Trip Trip, Alarm ╚═▷...
  • Page 103 8 Protection Parameter 8.15.3 ThR: Direct Controls Pre-Alarm Lev. Protection Para / ThR 50%  . . .  100% Threshold value for the Thermal Level. If the thermal level exceeds this setting the signal »ThR . Pre-Alarm« is issued. τ-warm Protection Para / ThR 300s 10s  . . . ...
  • Page 104 8 Protection Parameter 8.15.6 ThR: Values Trip Operation / Status Display / Trips Operation / Status Display / ThR • Only available if: • Definition = Trip Signal: Trip Alarm Operation / Status Display / Alarms Operation / Status Display / ThR •...

  • Page 105: Ipeak

    8 Protection Parameter 8.16 Ipeak> 8.16 Ipeak> Peak-Value Overcurrent 8.16.1 Ipeak>: Device Planning Parameters Mode Device planning / Projected Elements -, use ╚═▷ Table Peak-Value Overcurrent, general operation mode Definition Device planning / Definition Trip Trip, Alarm ╚═▷ Table Peak-Value Overcurrent: If set to “Alarm”: The function operates as a supervision function, i.e. a fault generates neither alarm nor trip, but an »Alarm«...
  • Page 106 8 Protection Parameter 8.16.3 Ipeak>: Input States 8.16.3 Ipeak>: Input States ExBlo-I Operation / Status Display / Ipeak> (╚═▷ Ipeak> . ExBlo) Module input state: External blocking 8.16.4 Ipeak>: Signals (Output States) Active Operation / Status Display / All Actives Operation / Status Display / Ipeak>...
  • Page 107 8 Protection Parameter 8.16.4 Ipeak>: Signals (Output States) Alarm IL1 Operation / Status Display / Ipeak> • Only available if: • Definition = Alarm Signal: Alarm due to a fault in phase L1 Alarm IL2 Operation / Status Display / Ipeak> •...

  • Page 108: Sotf

    8 Protection Parameter 8.17 SOTF 8.17 SOTF Switch Onto Fault - Module 8.17.1 SOTF: Device Planning Parameters Mode Device planning / Projected Elements -, use ╚═▷ Table Switch Onto Fault - Module, general operation mode Definition Device planning / Definition Trip Trip, Alarm ╚═▷...
  • Page 109 8 Protection Parameter 8.17.3 SOTF: Input States Enabling Protection Para / SOTF Breaker Pos. Breaker Pos., Close Command ╚═▷ Table Select the criterion for determining a manual CLOSE of the breaker. (After this, the »SOTF« module gets enabled for a particular settable time.) t-enable Protection Para / SOTF 0.2s...
  • Page 110 8 Protection Parameter 8.17.4 SOTF: Signals (Output States) Alarm Operation / Status Display / Alarms Operation / Status Display / SOTF • Only available if: • Definition = Alarm Signal: Alarm Pickup Operation / Status Display / Pickups Operation / Status Display / SOTF Signal: Pickup WIC1 WIC1-2.1-EN-REF...

  • Page 111: Exp[1]

    8 Protection Parameter 8.18 ExP[1] 8.18 ExP[1] External Protection - Module 8.18.1 ExP[1]: Device Planning Parameters Mode Device planning / Projected Elements -, use ╚═▷ Table External Protection - Module, general operation mode Definition Device planning / Definition Trip Trip, Alarm ╚═▷...
  • Page 112 8 Protection Parameter 8.18.3 ExP[1]: Input States Function Protection Para / ExP[1] Active Inactive, Active ╚═▷ Table Permanent activation or deactivation of module/stage. Protection Para / ExP[1] 0.00s 0.00s  . . .  60.00s Time delay for trip or alarm 8.18.3 ExP[1]: Input States ExBlo-I Operation / Status Display / ExP[1] (╚═▷...
  • Page 113 8 Protection Parameter 8.18.4 ExP[1]: Signals (Output States) Pickup Operation / Status Display / Pickups Operation / Status Display / ExP[1] Signal: Pickup WIC1-2.1-EN-REF WIC1...
  • Page 114 8 Protection Parameter 8.19 ExP[2] 8.19 ExP[2] External Protection - Module 8.19.1 ExP[2]: Device Planning Parameters Mode Device planning / Projected Elements -, use ╚═▷ Table External Protection - Module, general operation mode Definition Device planning / Definition Trip Trip, Alarm ╚═▷...
  • Page 115 8 Protection Parameter 8.19.3 ExP[2]: Input States ExBlo Protection Para / ExP[2] -  . . .  - ╚═▷ Table External blocking of the module if the state of the assigned signal is true. Function Protection Para / ExP[2] Active Inactive, Active ╚═▷ Table Permanent activation or deactivation of module/stage.
  • Page 116 8 Protection Parameter 8.19.4 ExP[2]: Signals (Output States) Trip Operation / Status Display / Trips Operation / Status Display / ExP[2] • Only available if: • Definition = Trip Signal: Trip Alarm Operation / Status Display / Alarms Operation / Status Display / ExP[2] •...

  • Page 117: Cbf

    8 Protection Parameter 8.20 CBF 8.20 Circuit breaker failure protection module 8.20.1 CBF: Device Planning Parameters Mode Device planning / Projected Elements -, use ╚═▷ Table Module Circuit Breaker Failure protection, general operation mode 8.20.2 CBF: Settings ExBlo Protection Para / CBF -  . . . ...
  • Page 118 8 Protection Parameter 8.20.4 CBF: Signals (Output States) Alarm Operation / Status Display / Alarms Operation / Status Display / CBF Signal: Alarm WIC1 WIC1-2.1-EN-REF...

  • Page 119: Clpu

    8 Protection Parameter 8.21 CLPU 8.21 CLPU Cold Load Pickup Module 8.21.1 CLPU: Device Planning Parameters Mode Device planning / Projected Elements -, use ╚═▷ Table Cold Load Pickup Module, general operation mode 8.21.2 CLPU: Settings ExBlo Protection Para / CLPU -  . . . ...
  • Page 120 8 Protection Parameter 8.21.3 CLPU: Input States 50 N/G, 51 N/G Stab. Protection Para / CLPU inactive inactive, Factor, Block. ╚═▷ Table Select whether the CLPU stabilization shall be effective for the Ground (Earth) Overcurrent stages, and which operating mode shall be used. 50 N/G, 51 N/G Factor Protection Para / CLPU 100%  . . . ...
  • Page 121 8 Protection Parameter 8.21.4 CLPU: Signals (Output States) stab. Operation / Status Display / CLPU Signal: The CLPU stabilization is active. WIC1-2.1-EN-REF WIC1...

  • Page 122: Supervision

    8 Protection Parameter 8.22 Supervision 8.22 Supervision 8.22.1 Trip Circuit Monitoring 8.22.1.1 TCM: Device Planning Parameters Mode Device planning / Projected Elements -, use ╚═▷ Table Trip Circuit Supervision, general operation mode 8.22.1.2 TCM: Settings ExBlo Protection Para / TCM -  . . . ...
  • Page 123 8 Protection Parameter 8.22.1.4 TCM: Signals (Output States) Alarm Operation / Status Display / Alarms Operation / Status Display / TCM Signal: Alarm WIC1-2.1-EN-REF WIC1...

  • Page 124: Bkrwear

    8 Protection Parameter 8.22.2 BkrWear 8.22.2 BkrWear Breaker Wear 8.22.2.1 BkrWear: Device Planning Parameters Mode Device planning / Projected Elements -, Counters only, Counters, Wear Lev. ╚═▷ Table Circuit Breaker Monitoring, general operation mode 8.22.2.2 BkrWear: Settings Function Protection Para / Condition Monitoring / BkrWear Inactive Adjustable range: •...
  • Page 125 8 Protection Parameter 8.22.2.3 BkrWear: Direct Controls N(Ir) Protection Para / Condition Monitoring / BkrWear 2  . . .  100000 Number of switching operations at the rated current of the circuit breaker Protection Para / Condition Monitoring / BkrWear 16.0A  . . .  100000.0A 1120.0A Maximum short-circuit current of the circuit breaker N(Isc)
  • Page 126 8 Protection Parameter 8.22.2.5 BkrWear: Values, Counters Alm (CB Wear Lev.) Operation / Status Display / BkrWear Signal: Alarm: The maximum wear level of the circuit breaker has been exceeded. 8.22.2.5 BkrWear: Values, Counters Sum Trips Operation / Condition Monitoring / BkrWear Sum of the previously executed open commands Sum Itrip Operation / Condition Monitoring / BkrWear...

  • Page 127: Sbm

    8 Protection Parameter 8.22.3 SBM 8.22.3 Station Battery Monitoring 8.22.3.1 SBM: Device Planning Parameters Mode Device planning / Projected Elements -, use ╚═▷ Table Station Battery Monitoring, general operation mode Definition Device planning / Definition Alarm Trip, Alarm ╚═▷ Table Station Battery Monitoring: If set to “Alarm”: The function operates as a supervision function, i.e.
  • Page 128 8 Protection Parameter 8.22.3.2 SBM: Settings V Batt> Protection Para / Condition Monitoring / SBM 110% Adjustable range: • 100%  . . .  150%, If: V Batt nom = 24 VDC • • 100%  . . .  150%, If: V Batt nom = 48 VDC •...
  • Page 129 8 Protection Parameter 8.22.3.3 SBM: Direct Controls 8.22.3.3 SBM: Direct Controls Rst. Statistics Operation / Reset Inactive Inactive, Active ╚═▷ Table Direct Command to reset the statistical data (min./max. values) Corr.factor Vbatt Protection Para / Condition Monitoring / SBM 0.0% -15.0%  . . . ...
  • Page 130 8 Protection Parameter 8.22.3.6 SBM: Values Trip VBatt<< Operation / Status Display / SBM • Only available if: • Definition = Trip Signal: Trip because the station battery voltage has dropped below VBatt<< Alarm VBatt> Operation / Status Display / SBM Signal: Alarm because the station battery voltage has exceeded VBatt>...

  • Page 131: Service

    9 Service 9.1 Sgen Service Sgen Sine wave generator 9.1.1 Sgen: Device Planning Parameters Mode Device planning / Projected Elements -, use ╚═▷ Table Sine wave generator, general operation mode 9.1.2 Sgen: Settings PreFault Service / Sgen / Configuration / Times 10.000s 0.000s  . . . ...
  • Page 132 9 Service 9.1.2 Sgen: Settings Ex ForcePost Service / Sgen / Process -  . . .  - ╚═▷ Table Force Post state. Abort simulation. Service / Sgen / Configuration / PreFault 0.500In -30.000In  . . .  30.000In Current Fundamental Magnitude in Pre State: phase L1 Service / Sgen / Configuration / PreFault 0.500In -30.000In  . . . ...
  • Page 133 9 Service 9.1.3 Sgen: Direct Controls Service / Sgen / Configuration / PostFault 0.100In -30.000In  . . .  30.000In Current Fundamental Magnitude during Post phase: phase L1 Service / Sgen / Configuration / PostFault 0.100In -30.000In  . . .  30.000In Current Fundamental Magnitude during Post phase: phase L2 Service / Sgen / Configuration / PostFault 0.100In -30.000In  . . . ...
  • Page 134 9 Service 9.1.5 Sgen: Signals (Output States) Ex ForcePost-I Operation / Status Display / Sgen (╚═▷ Sgen . Ex ForcePost) State of the module input:Force Post state. Abort simulation. 9.1.5 Sgen: Signals (Output States) Started Operation / Status Display / Sgen Fault Simulation has been started Running Operation / Status Display / Sgen...

  • Page 135: Selection Lists

    10 Selection Lists 10.1 Mode Selection Lists 10.1 Mode Selection list referenced by the following parameters: • • IH2 . Function • • IH2 . 3-ph Blo • • I> . Function • • I> . IH2 Blo • • I>...
  • Page 136 10 Selection Lists 10.3 True or not true 10.3 True or not true Selection list referenced by the following parameters: • • BkrWear . Reset • • Sys . Rst. Err. LED • • Sys . Factory Reset • • Sys .
  • Page 137 10 Selection Lists 10.5 Polarity 10.5 Polarity Selection list referenced by the following parameters: • • CT . CT Shift by 0°/180° • • CT . ECT Shift by 0°/180° Polarity Description 180 degree polarity correction (wiring faults) 10.6 Referenced by: •...
  • Page 138 10 Selection Lists 10.9 IG Source 10.9 IG Source Referenced by: • • CT . IG Source IG Source Description calculated calculated measured measured 10.10 Display of Meas. Values Referenced by: • • CT . Display of Meas. Values Display of Meas. Values Description Based on In,relative All current measuring values are displayed based on In,relative.
  • Page 139 10 Selection Lists 10.11 Device planning 10.11 Device planning Selection list referenced by the following parameters: • • IH2 . Mode • • I> . Mode • • I>> . Mode • • I>>> . Mode • • IG> . Mode •...
  • Page 140 10 Selection Lists 10.12 Char 10.12 Char Selection list referenced by the following parameters: • • I> . Char • • I>> . Char • • I>>> . Char • • I2> . Char Char Description DEFT DEFT IEC NINV IEC Normal Inverse IEC VINV IEC Very Inverse [VINV]...
  • Page 141 10 Selection Lists 10.13 Reset Mode 10.13 Reset Mode Selection list referenced by the following parameters: • • I> . Reset Mode • • I>> . Reset Mode • • I>>> . Reset Mode • • IG> . Reset Mode •...
  • Page 142 10 Selection Lists 10.15 Initial Thermal Level 10.15 Initial Thermal Level Referenced by: • • ThR . Initial Thermal Level Initial Thermal Level Description Zero After a restart of the device, always set the initial value to 0. Last Stored Value After a restart of the device, restore the initial value to the last known value, that had been valid before the restart of the device.
  • Page 143 10 Selection Lists 10.18 Operating Mode 10.18 Operating Mode Selection list referenced by the following parameters: • • CLPU . 50/51 Stab. • • CLPU . 50 N/G, 51 N/G Stab. Operating Mode Description inactive The Cold Load Pickup stabilization is inactive. Factor The Cold Load Pickup stabilization (temporarily) increases the pickup threshold of the (phase and/or ground) overcurrent protection.
  • Page 144 10 Selection Lists 10.21 I 10.21 Referenced by: Description > 0.4 In > 0.4 In > 0.5 In > 0.5 In > 0.6 In > 0.6 In > 0.7 In > 0.7 In > 0.8 In > 0.8 In > 0.9 In >...
  • Page 145 10 Selection Lists 10.24 Allow invalid addr. 10.24 Allow invalid addr. Referenced by: • • Modbus . Allow invalid addr. Allow invalid addr. Description Send an exception The device answers with an exception whenever the requested address range contains an invalid address. Inv.
  • Page 146 10 Selection Lists 10.27 Settings valid 10.27 Settings valid Referenced by: • • Prot . Settings valid Settings valid Description Switches The settings made via the switches are used. Software The settings made via Smart view/DiggiMEC are used. 10.28 Nom voltage Referenced by: •...
  • Page 147 10 Selection Lists 10.30 Out. Mode 10.30 Out. Mode Referenced by: • • Prot . Out. Mode Out. Mode Description Impulse Output The output shall operate as an impulse output (for connecting a flag indicator with full compatibility to the 1st generation WIC1). Syst.
  • Page 148 10 Selection Lists 10.33 Latching 10.33 Latching Selection list referenced by the following parameters: Latching Description No latching No latching, the status always follows the status of the assigned signal. With latching With latching, i.e. the state remains active once the the assigned signal has become active.
  • Page 149 10 Selection Lists 10.37 My Language 10.37 My Language Referenced by: My Language Description English English 10.38 Options Selection list referenced by the following parameters: • • I> . ExBlo • • I>> . ExBlo • • I>>> . ExBlo •...
  • Page 150 10 Selection Lists 10.38 Options Description Trip Signal: Trip Alarm Signal: Alarm Pickup Signal: Pickup IH2 Blo Signal: Blocking the trip command by an inrush Trip Signal: Trip Alarm Signal: Alarm Pickup Signal: Pickup IH2 Blo Signal: Blocking the trip command by an inrush Trip Signal: Trip Alarm...
  • Page 151 10 Selection Lists 10.38 Options Description Alarm Signal: Alarm Pickup Signal: Pickup Trip VBatt<< Signal: Trip because the station battery voltage has dropped below VBatt<< Alarm VBatt> Signal: Alarm because the station battery voltage has exceeded VBatt> Alarm VBatt< Signal: Alarm because the station battery voltage has dropped below VBatt< Alarm VBatt<<...
  • Page 152 10 Selection Lists 10.39 Options Description none 10.39 Options Selection list referenced by the following parameters: • • ExP[1] . Trigger Signal • • ExP[2] . Trigger Signal • • Prot . Aux ON • • Prot . Aux OFF •...
  • Page 153 REFERENCE MANUAL docs.SEGelectronics.de/wic1 SEG Electronics GmbH reserves the right to update any portion of this publication at any time. Information provided by SEG Electronics GmbH is believed to be correct and reliable. However, SEG Electronics GmbH assumes no responsibility unless otherwise expressly undertaken.

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