P547_EN_MD_D32_database_стр. 145-162.pdf

MiCOM P547

Phase Comparison Relay

Software Version 52

Hardware Suffix K

Relay Menu Database

P547/EN MD/D32

Note: The technical manual for this device gives instructions for its installation, commissioning, and operation. However, the manual cannot cover all conceivable circumstances or include detailed information on all topics. In the event of questions or specific problems, do not take any action without proper authorization. Contact the appropriate AREVA technical sales office and request the necessary information.

Any agreements, commitments, and legal relationships and any obligations on the part of AREVA including settlements of warranties, result solely from the applicable purchase contract, which is not affected by the contents of the technical manual.

This device MUST NOT be modified. If any modification is made without the express permission of AREVA, it will invalidate the warranty, and may render the product unsafe.

The AREVA logo and any alternative version thereof are trademarks and service marks of AREVA.

MiCOM is a registered trademark of AREVA. All trade names or trademarks mentioned herein whether registered or not, are the property of their owners.

This manual is provided for informational use only and is subject to change without notice.

© 2008, AREVA. All rights reserved.

Relay Menu Database P547/EN MD/D32

MiCOM P547

RELAY MENU DATABASE

Date: 1st February 2008 Hardware Suffix: K Software Version: 52 Connection Diagrams:

10P54702xx (xx = 01 to 02) 10P54703xx (xx = 01 to 02) 10P54704xx (xx = 01 to 02) 10P54705xx (xx = 01 to 02)

P547/EN MD/D32 Relay Menu Database

MiCOM P547

MiCOM P547

Phase Comparison Relay

Relay Menu Database

This version of the Relay Menu Database is specific to the following models: Model Number Software Number P547------0520K P547------0520B

For other models/software versions, please contact AREVA T&D for the relevant information.


MiCOM P547

(MD) -1

RELAY MENU DATABASE This Relay Menu Database is split into several sections, these are as follows:

• Menu Database for Courier, User Interface and MODBUS

• Menu Datatype Definition

• Event Data for Courier, User Interface and MODBUS

• IEC60870-5-103 Interoperability Guide

• Internal Digital Signals

• DNP3.0 Device Profile Document

• Default Programmable Logic

Menu database

This database defines the structure of the relay menu for the courier interface, the front panel user interface and the MODBUS interface. This includes all of the relay settings and measurements. Datatypes for MODBUS and indexed strings for Courier and the user interface are cross-referenced to the Menu Datatype Definition section (using a G Number). For all settable cells the setting limits and default value are also defined within this database.

Note: The following labels are used within the database.

Label Description Value

V1 Main VT Rating 1 (100/120V) 4 (380/480V)

V2 Checksynch VT Rating 1 (100/120V) 4 (380/480V)

V3 NVD VT Rating 1 (100/120V) 4 (380/480V)

Ι1 Phase CT Rating 1 or 5 (Setting 0A08)

Ι2 Earth Fault CT Rating 1 or 5 (Setting 0A0A)

Ι3 Sensitive CT Rating 1 or 5 (Setting 0A0C)

Ι4 Mutual CT Rating 1 or 5 (Setting 0A0E)

Menu datatype definition

This table defines the datatypes used for MODBUS (the datatypes for the Courier and user interface are defined within the Menu Database itself using the standard Courier Datatypes). This section also defines the indexed string setting options for all interfaces. The datatypes defined within this section are cross-referenced to from the menu database using a G number.

Event data

This section specifies all the event information that can be produced by the relay. It details exactly how each event will be presented via the Courier, User and MODBUS interfaces.

IEC60870-5-103 interoperability guide

This table fully defines the operation of the IEC60870-5-103 (VDEW) interface for the relay it should be read in conjunction with the relevant section of the Communications section of this manual (P547/EN SC).


(MD) -2

MiCOM P547

Internal digital signals

This table defines all of the relay internal digital signals (opto inputs, output contacts and protection inputs and outputs). A relay may have up to 1408 internal signals each referenced by a numeric index as shown in this table. This numeric index is used to select a signal for the commissioning monitor port. It is also used to explicitly define protection events produced by the relay (see the Event Data section).

DNP3.0 device profile document

This table defines all of the objects, functions and/or qualifiers supported.

References

Introduction (P547/EN IT): User Interface operation and connections to the relay

Communications (P547/EN SC): Overview of communication interfaces

Courier User Guide R6512

Modicon MODBUS Protocol Reference Guide PI-MBUS-300 Rev E

IEC60870-5-103 Telecontrol Equipment and Systems - Transmission Protocols - Companion Standard for the informative interface of Protection Equipment.

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 3

Courier Text UI Data Type Strings Default Setting Cell Type Min Max Step Password Model Comment

Col Row Level P547SYSTEM DATA 00 00 *

Language 01 Indexed String G19 English Setting 0 3 1 2 * Sets only for interface being used

Password 02 ASCII Password (4) G20 AAAA Setting 65 90 1 0 * Sets only for interface being used

Sys Fn Links 03 Binary Flag (1) G95 0 Setting 1 1 1 2 *Indexed String

Description 04 ASCII Text (16) MiCOM P54x Setting 32 163 1 2 *

Plant Reference 05 ASCII Text (16) MiCOM Setting 32 163 1 2 *

Model Number 06 ASCII Text (32) Model Number Data *

Firmware Number 07 ASCII Text (16) Firmware Number Data

Serial Number 08 ASCII Text (7) Serial Number Data *

Frequency 09 Unsigned Integer (16 bits) 50 Setting 50 60 10 2 *

Comms Level 0A Unsigned Integer (16 bits) 1 Data *

Relay Address 0B Unsigned Integer (16 bits) 255 Setting 0 255 1 1 * Address of interfaceRear Courier Address available via LCD

Binary Flag (16) Data * Modbus only (Relay status)Note no modbus for P443

Plant Status 0C Binary Flag (16) Data *

Control Status 0D Binary Flag (16) Data *

Active Group 0E Unsigned Integer (16 bits) Data *

UNUSED 0F

CB Trip/Close 10 Indexed String G55 No Operation Command 0 2 1 1 * Visible to LCD+Front Port

CB Trip/Close 10 Indexed String G55 No Operation Command 0 2 1 1 * Visible to Rear Port

Software Ref. 1 11 ASCII Text (16) Data *

Opto I/P Status 20 Binary Flag (24) Data *Indexed String *

Relay O/P Status 21 Binary Flag (32) Data *Indexed String

Alarm Status 22 Binary Flag (32) G96 Data *Indexed String

UNUSED 23

Alarm Status 50 Binary Flag (32) G96 Data *(Copy of 0022) Indexed String

Courier

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 4


Col Row Level P547Courier

Alarm Status 2 51 Binary Flag (32) G128 Data *Indexed String

Alarm Status 3 52 Binary Flag (32) G228 Data *Indexed String

Access Level D0 Unsigned Integer (16 bits) G1 Data *

Password Control D1 Unsigned Integer (16 bits) G22 2 Setting 0 2 1 2 * Sets only for interface being used

Password Level 1 D2 ASCII Password (4) G20 AAAA Setting 65 90 1 1 * Sets only for interface being used

Password Level 2 D3 ASCII Password (4) G20 AAAA Setting 65 90 1 2 * Sets only for interface being used

VIEW RECORDS 01 00 *

* No of event records stored* Number of Fault records stored* No of Maintenance Records stored

Select Event 01 Unsigned Integer (16 bits) 0 Setting 0 499 1 0 * Max value is oldest record[0...n] n is last event record.Menu Cell Ref 02 Cell Reference (From Record) Data * Indicates type of event

See Event sheetTime & Date 03 IEC870 Time & Date (From Record) Data *

Event Text 04 ASCII Text (32) Data * See Event sheet

Event Value 05 Binary Flag (32)/UINT32 Data * Note DTL depends on event typeSee Event sheet

Select Fault 06 Unsigned Integer (16 bits) 0 Setting 0 4 1 0 * Allows Fault Record to be selected[0...n] n is last fault record

* Modbus address where change occurredAlarm 30011; Relay 30723; Opto 30725

* State of current 16 ddb elements

* Additional data present

Started Phase N/A Data *A B C N A/B/C/N Visible if Start A/B/C/NTripped Phase N/A Data *A B C N A/B/C/N Visible if Trip A/B/C/NDelta I2 Low N/A Data *

Delta I2 High N/A Data *

Delta I1 Low N/A Data *

Delta I1 High N/A Data *

Start I2 Low N/A Data *

Start I2 High N/A Data *

Relay Menu Database

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P547/EN MD/D32

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Start I1 Low N/A Data *

Start I1 High N/A Data *

Start V2 Low N/A Data *

Start V2 High N/A Data *

Start Z2 Low N/A Data *

Start Z2 High N/A Data *





Start ZP Low N/A Data *

Start ZP High N/A Data *

Phase Comparison N/A Data *TripDistance N/A Data * Z1/Z2/Z3 if Start Z1/Z2/Z3Start Z1 Z2 Z3 Zp Z4Distance N/A Data * Z1/Z2/Z3 if Trip Z1/Z2/Z3Trip Z1 Z2 Z3 Zp Z4Aided Trip 1 N/A Data *Dist DEF D.Comp 1/2/3/4 Visible if Start I>1/2/3/4Aided Trip 2 N/A Data *Dist DEF D.Comp 1/2/3/4 Visible if Trip I>1/2/3/4WI Aided Trip 1 N/A Data *A B C NWI Aided Trip 2 N/A Data *A B C NOvercurrent N/A Data *Start I> 1234 1/2/3/4 Visible if Start I>1/2/3/4Overcurrent N/A Data *Trip I> 1234 1/2/3/4 Visible if Trip I>1/2/3/4Broken Conductor N/A Data *TripEarth Fault N/A Data *Start IN> 1234 1/2/3/4 visible if Start IN>1/2/3/4Earth Fault N/A Data *Trip IN> 1234 1/2/3/4 visible if Trip IN>1/2/3/4Sensitive E/F N/A Data *Start ISEF> 1234 1/2/3/4 visible if Start IN>1/2/3/4Sensitive E/F N/A Data *Trip ISEF> 1234 1/2/3/4 visible if Trip IN>1/2/3/4Thermal Overload N/A Data *Alarm TripBreaker Fail N/A Data *CB Fail 1/2 visible if CB Fail 1/2

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 6



Supervision N/A Data *VTS PSB VTS/PSB visible if AlarmVTS/PSBA/R State N/A Data *Trip 1 2 3 4 5 1/2/3/4/5 visible if SC:Count 1/2/3/4/5Faulted Phase 07 Binary Flag (8) G16 Data * Started phases + tripped phases

Start Elements 1 08 Binary Flag (32) G84 Data * Started ElementsIndexed String

Start Elements 2 09 Binary Flag (32) G148 Data * Started Elements 2Indexed String

Trip Elements(1) 0A Binary Flag (32) G85 Data * Tripped main elementsIndexed String

Trip Elements(2) 0B Binary Flag (32) G86 Data * Tripped secondary elementsIndexed String

Fault Alarms 0C Binary Flag (32) G87 Data * Faullt Alarms/WarningsIndexed String

Fault Time 0D IEC870 Time & Date Data * Fault Record Time Stamp

Active Group 0E Unsigned Integer (16 bits) Data *

System Frequency 0F Courier Number (frequency) Data *

Fault Duration 10 Courier Number (time) Data *

CB Operate Time 11 Courier Number (time) Data *

Relay Trip Time 12 Courier Number (time) Data *

Fault Location 13 Courier Number (meters) Data * OD0A=0 AND 0D09=0, can be invalid

Fault Location 14 Courier Number (miles) Data * OD0A=0 AND 0D09=1, can be invalid

Fault Location 15 Courier Number (ohms) Data * Can be Invalid

Fault Location 16 Courier Number (percentage) Data * Can be Invalid

IA Prefault Mag 20 Courier Number (current) Data *

IA Prefault Ang 21 Courier Number (degrees) Data *

IB Prefault Mag 22 Courier Number (current) Data *

IB Prefault Ang 23 Courier Number (degrees) Data *

IC Prefault Mag 24 Courier Number (current) Data *

IC Prefault Ang 25 Courier Number (degrees) Data *

IN Prefault Mag 26 Courier Number (current) Data *

IN Prefault Ang 27 Courier Number (degrees) Data *

IM Prefault Mag 28 Courier Number (current) Data *

IM Prefault Ang 29 Courier Number (degrees) Data *

Relay Menu Database

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P547/EN MD/D32

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VA Prefault Mag 30 Courier Number (voltage) Data *

VA Prefault Ang 31 Courier Number (degrees) Data *

VB Prefault Mag 32 Courier Number (voltage) Data *

VB Prefault Ang 33 Courier Number (degrees) Data *

VC Prefault Mag 34 Courier Number (voltage) Data *

VC Prefault Ang 35 Courier Number (degrees) Data *

VN Prefault Mag 36 Courier Number (voltage) Data *

VN Prefault Ang 37 Courier Number (degrees) Data *

IA Fault Mag 40 Courier Number (current) Data *

IA Fault Ang 41 Courier Number (degrees) Data *

IB Fault Mag 42 Courier Number (current) Data *

IB Fault Ang 43 Courier Number (degrees) Data *

IC Fault Mag 44 Courier Number (current) Data *

IC Fault Ang 45 Courier Number (degrees) Data *

IN Fault Mag 46 Courier Number (current) Data *

IN Fault Ang 47 Courier Number (degrees) Data *

IM Fault Mag 48 Courier Number (current) Data *

IM Fault Ang 49 Courier Number (degrees) Data *

VA Fault Mag 50 Courier Number (voltage) Data *

VA Fault Ang 51 Courier Number (degrees) Data *

VB Fault Mag 52 Courier Number (voltage) Data *

VB Fault Ang 53 Courier Number (degrees) Data *

VC Fault Mag 54 Courier Number (voltage) Data *

VC Fault Ang 55 Courier Number (degrees) Data *

VN Fault Mag 56 Courier Number (voltage) Data *

VN Fault Ang 57 Courier Number (degrees) Data *

I1 Comp Mag 80 Courier Number (current) Data *

I1 Comp Ang 81 Courier Number (current) Data *

Relay Menu Database

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P547/EN MD/D32

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I2 Comp Mag 82 Courier Number (current) Data *

I2 Comp Ang 83 Courier Number (current) Data *

Local PU Delay 84 Courier Number (time) Data *

Prop Delay 85 Courier Number (time) Data *

Local Sym Delay 86 Courier Number (time) Data *

Remote Sym Delay 87 Courier Number (time) Data *

Add product specific fault record items from this row onwards, do not redefine any of the above Courier cells.Additional product specific targeting information can be added for the front panel menuSelect Maint F0 Unsigned Integer (16 bits) 0 Setting 0 9 1 0 * Allows Self Test Report to be selected[0...n] n is last maintenance record.Maint Text F1 ASCII Text (32) Data *

Maint Type F2 UINT32 Data *

Maint Data F3 UINT32 Data *

Reset Indication FF Indexed String G11 No Command 0 1 1 1 *

MEASUREMENTS 1 02 00 *

IA Magnitude 01 Courier Number (current) Data *

IA Phase Angle 02 Courier Number (angle) Data *

IB Magnitude 03 Courier Number (current) Data *

IB Phase Angle 04 Courier Number (angle) Data *

IC Magnitude 05 Courier Number (current) Data *

IC Phase Angle 06 Courier Number (angle) Data *

N/A 07

N/A 08

IN Derived Mag 09 Courier Number (current) Data *

IN Derived Angle 0A Courier Number (angle) Data *

ISEF Magnitude 0B Courier Number (current) Data *

ISEF Angle 0C Courier Number (angle) Data *

I1 Magnitude 0D Courier Number (current) Data *

I2 Magnitude 0E Courier Number (current) Data *

I0 Magnitude 0F Courier Number (current) Data *

Relay Menu Database

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P547/EN MD/D32

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IA RMS 10 Courier Number (current) Data *

IB RMS 11 Courier Number (current) Data *

IC RMS 12 Courier Number (current) Data *

VAB Magnitude 14 Courier Number (voltage) Data *

VAB Phase Angle 15 Courier Number (angle) Data *

VBC Magnitude 16 Courier Number (voltage) Data *

VBC Phase Angle 17 Courier Number (angle) Data *

VCA Magnitude 18 Courier Number (voltage) Data *

VCA Phase Angle 19 Courier Number (angle) Data *

VAN Magnitude 1A Courier Number (voltage) Data *

VAN Phase Angle 1B Courier Number (angle) Data *

VBN Magnitude 1C Courier Number (voltage) Data *

VBN Phase Angle 1D Courier Number (angle) Data *

VCN Magnitude 1E Courier Number (voltage) Data *

VCN Phase Angle 1F Courier Number (angle) Data *

VN Measured Mag 20 Courier Number (voltage) Data

VN Measured Ang 21 Courier Number (angle) Data

VN Derived Mag 22 Courier Number (voltage) Data

VN Derived Ang 23 Courier Number (angle) Data

V1 Magnitude 24 Courier Number (voltage) Data *



VAN RMS 27 Courier Number (voltage) Data *

VBN RMS 28 Courier Number (voltage) Data *

VCN RMS 29 Courier Number (voltage) Data *

VAB RMS 2A Courier Number (voltage) Data

VBC RMS 2B Courier Number (voltage) Data

VCA RMS 2C Courier Number (voltage) Data

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 10



Frequency 2D Courier Number (frequency) Data *

C/S Voltage Mag 2E Courier Number (voltage) Data * Visible if System Checks enabled

C/S Voltage Ang 2F Courier Number (angle) Data * Visible if System Checks enabled

C/S Bus-Line Ang 30 Courier Number (angle) Data * Visible if System Checks enabled

Slip Frequency 31 Courier Number (frequency) Data * Visible if System Checks enabled

IM Magnitude 32 Courier Number (current) Data *

IM Phase Angle 33 Courier Number (angle) Data *

I1 Magnitude 40 Courier Number (current) Data *

I1 Phase Angle 41 Courier Number (angle) Data *






V1 Phase Angle 47 Courier Number (angle) Data *


V2 Phase Angle 49 Courier Number (angle) Data *

V0 Magnitude 4A Courier Number (voltage) Data *

V0 Phase Angle 4B Courier Number (angle) Data *


A Phase Watts 01 Courier Number (power) Data *

B Phase Watts 02 Courier Number (power) Data *

C Phase Watts 03 Courier Number (power) Data *

A Phase VArs 04 Courier Number (VAr) Data *

B Phase VArs 05 Courier Number (VAr) Data *

C Phase VArs 06 Courier Number (VAr) Data *

A Phase VA 07 Courier Number (VA) Data *

B Phase VA 08 Courier Number (VA) Data *

Relay Menu Database

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P547/EN MD/D32

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C Phase VA 09 Courier Number (VA) Data *

3 Phase Watts 0A Courier Number (power) Data *

3 Phase VArs 0B Courier Number (VAr) Data *

3 Phase VA 0C Courier Number (VA) Data *

Zero Seq Power 0D Courier Number (VA) Data

3Ph Power Factor 0E Courier Number (decimal) Data *

APh Power Factor 0F Courier Number (decimal) Data *

BPh Power Factor 10 Courier Number (decimal) Data *

CPh Power Factor 11 Courier Number (decimal) Data *

3Ph WHours Fwd 12 Courier Number (Wh) Data * 3 Phase Watt - Hours (Forward)

3Ph WHours Rev 13 Courier Number (Wh) Data * 3 Phase Watts - Hours (Reverse)

3Ph VArHours Fwd 14 Courier Number (VArh) Data * 3 Phase VAr - Hours (Forward)

3Ph VArHours Rev 15 Courier Number (VArh) Data * 3 Phase VAr - Hours (Reverse)

3Ph W Fix Demand 16 Courier Number (power) Data * 3 Phase Watts - Fixed Demand

3Ph VArs Fix Dem 17 Courier Number (VAr) Data * 3 Phase VArs - Fixed Demand

IA Fixed Demand 18 Courier Number (current) Data *

IB Fixed Demand 19 Courier Number (current) Data *

IC Fixed Demand 1A Courier Number (current) Data *

3Ph W Roll Dem 1B Courier Number (power) Data * 3 Phase Watts - Rolling Demand

3Ph VArs RollDem 1C Courier Number (VAr) Data * 3 Phase VArs - Rolling Demand

IA Roll Demand 1D Courier Number (current) Data *

IB Roll Demand 1E Courier Number (current) Data *

IC Roll Demand 1F Courier Number (current) Data *

3Ph W Peak Dem 20 Courier Number (power) Data * 3 Phase Watts - Peak Demand

3Ph VAr Peak Dem 21 Courier Number (VAr) Data * 3 Phase VArs - Peak Demand

IA Peak Demand 22 Courier Number (current) Data *

IB Peak Demand 23 Courier Number (current) Data *

IC Peak Demand 24 Courier Number (current) Data *

Relay Menu Database

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P547/EN MD/D32

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Reset Demand 25 Indexed String G11 No Command 0 1 1 1 *

Thermal State 26 Courier Number (percentage) Data * (0917 =1) && (3C01>=1)

Reset Thermal 27 Indexed String G11 No Command 0 1 1 1 * (0917 =1) && (3C01>=1)

Highest Phase 28 Courier Number (current) G24 Data *

df/dt 29 Courier Number (Hz/sec) G125 Data *


IA Comp Mag 01 Courier Number (current) Data *

IA Comp Ang 02 Courier Number (angle) Data *

IB Comp Mag 03 Courier Number (current) Data *

IB Comp Ang 04 Courier Number (angle) Data *

IC Comp Mag 05 Courier Number (current) Data *

IC Comp Ang 06 Courier Number (angle) Data *

MEASUREMENTS 4 05 00 * 090F = 1 OR 0941 = 1

Fail Count 1D Unsigned Integer (32 bits) Data *

Remote Sym Delay 1E Courier Number (time) Data *

Local Sym Delay 1F Courier Number (time) Data *

Prop Delay 20 Courier Number (time) Data *

Clear Statistics 30 Indexed String G177 Not Applied Command 0 2 1 1 * Reset All Values

CB OPERATION 06 00 * CB CONDITION MONITORING

CB Operations 01 Unsigned Integer (16 bits) Data Number of Circuit Breaker Operations

CB A Operations 02 Unsigned Integer (16 bits) Data * Number of Circuit Breaker Operations

CB B Operations 03 Unsigned Integer (16 bits) Data * Number of Circuit Breaker Operations

CB C Operations 04 Unsigned Integer (16 bits) Data * Number of Circuit Breaker Operations

Total IA Broken 05 Courier Number (current) Data * Broken Current A Phase

Total IB Broken 06 Courier Number (current) Data * Broken Current B Phase

Total IC Broken 07 Courier Number (current) Data * Broken Current C Phase

CB Operate Time 08 Courier Number (time) Data * Circuit Breaker operating time

Reset CB Data 09 Indexed String G11 No Command * Reset All Values

Relay Menu Database

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P547/EN MD/D32

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CB Monitoring 10 Binary Flag (14) & Indexed String G147 Data *

CB CONTROL 07 00 *

CB Control by 01 Indexed String G99 Disabled Setting 0 7 1 2 *

Close Pulse Time 02 Courier Number (time) 0.5 Setting 0.1 10 0.01 2 *

Trip Pulse Time 03 Courier Number (time) 0.5 Setting 0.1 5 0.01 2 *

Man Close t max 04 Courier Number (time) 1 Setting 0.01 9999 0.01 2

Man Close Delay 05 Courier Number (time) 10 Setting 0.01 600 0.01 2 * Manual Close Delay

CB Healthy Time 06 Courier Number (time) 5 Setting 0.01 9999 0.01 2 * CB Healthy Window

Check Sync Time 07 Courier Number (time) 5 Setting 0.01 9999 0.01 2 * System Checks OK Window

Lockout Reset 08 Indexed String G11 No Command 0 1 1 2 *

Reset Lockout by 09 Indexed String G81 CB Close Setting 0 1 1 2 *

Man Close RstDly 0A Courier Number (time) 5 Setting 0.1 600 0.01 2 * Manual Close Reset Delay

AR TeleControl 0B Indexed String G78 No Operation Command 0 2 1 2 * Changes state of Auto-Reclose

Single Pole A/R 0C Indexed String G37 Disabled Setting 0 1 1 2 * Single Pole Auto-reclose

Three Pole A/R 0D Indexed String G37 Enabled Setting 0 1 1 2 * Three Pole Autoclose

A/R Status 0E Indexed String G77 Data * Inservice / Out of service

Total Reclosures 0F Unsigned Integer (16 bits) Data * No of Auto-reclosures

Reset Total A/R 10 Indexed String No Command 0 1 1 2 * Reset No of Auto-reclosures

CB Status Input 11 Indexed String G118 52B 1 pole Setting 0 6 1 2 52A and 52B Logic Input 52B 3 pole 352A & 52B 3 pole *

DATE AND TIME 08 00 *

Date/Time 01 IEC870 Time & Date Setting 0 *

Date/Time N/A IEC870 Time & Date Setting 0 * Modbus only

Date N/A * Front Panel Menu only12-Jan-98Time N/A * Front Panel Menu only12:00IRIG-B Sync 04 Indexed String G37 Disabled Setting 0 1 1 2 *

IRIG-B Status 05 Indexed String G17 Data *

Battery Status 06 Indexed String G59 Data *

Relay Menu Database

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Battery Alarm 07 Indexed String G37 Enabled Setting 0 1 1 2 *

SNTP Server 1 10 ASCII Text (16) 000.000.000.000 Setting 32 163 1 2 * Build = IEC61850

SNTP Server 2 11 ASCII Text (16) 000.000.000.000 Setting 32 163 1 2 * Build = IEC61850

SNTP Poll Rate 12 Courier Number (time-seconds) Setting 64 1024 1 2 * Build = IEC61850

SNTP Status 13 Indexed String G247 Data * Build = IEC61850

LocalTime Enable 20 Indexed String G254 Fixed Setting 0 2 1 2 * Local Time

LocalTime Offset 21 Courier Number (Time Minutes) 0 Setting -720 720 15 2 * Local Time

DST Enable 22 Indexed String G37 Enabled Setting 0 1 1 2 * Local Time

DST Offset 23 Courier Number (Time Minutes) 60 Setting 30 60 30 2 * Local Time

DST Start 24 Indexed String G252 Last Setting 0 4 1 2 * Local Time

DST Start Day 25 Indexed String G250 Sunday Setting 0 6 1 2 * Local Time

DST Start Month 26 Indexed String G251 March Setting 0 11 1 2 * Local Time

DST Start Mins 27 Courier Number (Time Minutes) 60 Setting 0 1425 15 2 * Local Time

DST End 28 Indexed String G252 Last Setting 0 4 1 2 * Local Time

DST End Day 29 Indexed String G250 Sunday Setting 0 6 1 2 * Local Time

DST End Month 2A Indexed String G251 October Setting 0 11 1 2 * Local Time

DST End Mins 2B Courier Number (Time Minutes) 60 Setting 0 1425 15 2 * Local Time

RP1 Time Zone 30 Indexed String G253 Local Setting 0 1 1 2 * Local Time and an RP1 protocol

RP2 Time Zone 31 Indexed String G253 Local Setting 0 1 1 2 * Local Time and RP2 protocol

DNPOE Time Zone 32 Indexed String G253 Local Setting 0 1 1 2 * Local Time and DNP over Ethernet

Tunnel Time Zone 33 Indexed String G253 Local Setting 0 1 1 2 * Local Time and Tunneled Courier

CONFIGURATION 09 00 *

Restore Defaults 01 Indexed String G53 No Operation Command 0 5 1 2 *

Setting Group 02 Indexed String G61 Select via Menu Setting 0 1 1 2 *

Active Settings 03 Indexed String G90 Group 1 Setting 0 3 1 1 *

Save Changes 04 Indexed String G62 No Operation Command 0 2 1 2 *

Copy From 05 Indexed String G90 Group 1 Setting 0 3 1 2 *

Copy To 06 Indexed String G98 No Operation Command 0 3 1 2 *

Relay Menu Database

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Setting Group 1 07 Indexed String G37 Enabled Setting 0 1 1 2 *

Setting Group 2 08 Indexed String G37 Disabled Setting 0 1 1 2 *

Setting Group 3 09 Indexed String G37 Disabled Setting 0 1 1 2 *

Setting Group 4 0A Indexed String G37 Disabled Setting 0 1 1 2 *

Distance 0B Indexed String G37 Enabled Setting 0 1 1 2 *

Directional E/F 0C Indexed String G37 Disabled Setting 0 1 1 2 *

Tripping Mode 0E Indexed String G102 3 Pole Setting 0 1 1 2

Phase Comparison 0F Indexed String G37 Enabled Setting 0 1 1 2 *

Overcurrent 10 Indexed String G37 Disabled Setting 0 1 1 2 *

Neg Sequence O/C 11 Indexed String G37 Disabled Setting 0 1 1 2 *

Broken Conductor 12 Indexed String G37 Disabled Setting 0 1 1 2 *

Earth Fault 13 Indexed String G37 Disabled Setting 0 1 1 2 *

Product Specific 14 Indexed String Setting 0 1 1 2

Sensitive E/F 15 G37 Disabled Setting 0 1 1 2 *

Residual O/V NVD 16 Indexed String G37 Disabled Setting 0 1 1 2 *

Thermal Overload 17 Indexed String G37 Disabled Setting 0 1 1 2 * Residual Overvoltage

PowerSwing Block 18 Indexed String G37 Disabled Setting 0 1 1 2 *

Cold Load Pickup 19 Indexed String G37 Disabled Setting 0 1 1 2 *

Product Specific 1A Indexed String 2

Product Specific 1B Indexed String 2

Product Specific 1C Indexed String 2

Volt Protection 1D Indexed String G37 Disabled Setting 0 1 1 2 *

Freq Protection 1E Indexed String G37 Disabled Setting 0 1 1 2 *

df/dt Protection 1F Indexed String G37 Disabled Setting 0 1 1 2 *

CB Fail 20 Indexed String G37 Disabled Setting 0 1 1 2 *

Supervision 21 Indexed String G37 Enabled Setting 0 1 1 2 *

N/A 22 Fault location always enabled

System Checks 23 Indexed String G37 Disabled Setting 0 1 1 2 *

Relay Menu Database

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Auto-Reclose 24 Indexed String G37 Disabled Setting 0 1 1 2 *

Input Labels 25 Indexed String G80 Visible Setting 0 1 1 1 *

Output Labels 26 Indexed String G80 Visible Setting 0 1 1 1 *

N/A 27 Indexed String G80 Setting 0 1 1 1

CT & VT Ratios 28 Indexed String G80 Visible Setting 0 1 1 1 *

Record Control 29 Indexed String G80 Invisible Setting 0 1 1 1 *

Disturb Recorder 2A Indexed String G80 Invisible Setting 0 1 1 1 *

Measure't Setup 2B Indexed String G80 Invisible Setting 0 1 1 1 * Disturbance recorder

Comms Settings 2C Indexed String G80 Visible Setting 0 1 1 1 *

Commission Tests 2D Indexed String G80 Visible Setting 0 1 1 1 *

Setting Values 2E Indexed String G54 Primary Setting 0 1 1 1 *

Control Inputs 2F Indexed String G80 Visible Setting 0 1 1 2 *

Control I/P Config 35 Indexed String G80 Visible Setting 0 1 1 1 *

Ctrl I/P Labels 36 Indexed String G80 Visible Setting 0 1 1 1 *

Direct Access 39 Indexed String G80 Visible Setting 0 1 1 1 *

Function Key 50 Indexed String G80 Visible Setting 0 1 1 1 *

LCD Contrast FF Indexed String Enabled Setting 0 1 1 1 *

CT AND VT RATIOS 0A 00 * Ratios used for display of primaryvalues for multiplier see mult column

Main VT Primary 01 Courier Number (voltage) 110 Setting 100 1000000 1 2 * Label V1=Main VT Rating/110

Main VT Sec'y 02 Courier Number (voltage) 110 Setting 80*V1 140*V1 1*V1 2 * Label M1=0A01/0A02

C/S VT Primary 03 Courier Number (voltage) 110 Setting 100 1000000 1 2 * Label V2=C/S VT Rating/110

C/S VT Secondary 04 Courier Number (voltage) 110 Setting 80*V2 140*V2 1*V2 2 * Check Sync VT SecondaryLabel M2=0A03/0A04

Not used 05 Neutral Displacement VT PrimaryLabel V3=Neutral Disp VT Rating/110

Not used 06 Neutral Displacement VT SecondaryLabel M3=0A05/0A06

Phase CT Primary 07 Courier Number (current) 1 Setting 1 30000 1 2 * I1=Phase CT secondary rating

Phase CT Sec'y 08 Courier Number (current) 1 Setting 1 5 4 2 * Label M4=0A07/0A08

Not used 09 Label I2=E/F CT secondary rating

Not used 0A Label M5=0A09/0A0A

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P547/EN MD/D32

(MD) - 17



SEF CT Primary 0B Courier Number (current) 1 Setting 1 30000 1 2 * I3=SEF CT secondary rating

SEF CT Secondary 0C Courier Number (current) 1 Setting 1 5 4 2 * Label M6=0A0B/0A0C

MComp CT Primary 0D Courier Number (current) 1 Setting 1 30000 1 2 * Mutual Compensation CT PrimaryLabel I4=Mutual Comp CT Rating

MComp CT Sec'y 0E Courier Number (current) 1 Setting 1 5 4 2 * Mutual Compensation CT SecondaryLabel M7=0A0D/0A0E

C/S Input 0F Indexed String G40 A-N Setting 0 5 1 2 *

Main VT Location 10 Indexed String G89 Line Setting 0 1 1 2 *

CT Polarity 11 Indexed String G163 Standard Setting 0 1 1 2 *

SEF CT Polarity 13 Indexed String G163 Standard Setting 0 1 1 2 *

M CT Polarity 14 Indexed String G163 Standard Setting 0 1 1 2 *

VTs Connected 18 Indexed String G11 Yes Setting 0 1 1 2 *

RECORD CONTROL 0B 00 *

Clear Events 01 Indexed String G11 No Command 0 1 1 1 *

Clear Faults 02 Indexed String G11 No Command 0 1 1 1 *

Clear Maint 03 Indexed String G11 No Command 0 1 1 1 *

Alarm Event 04 Indexed String G37 Enabled Setting 0 1 1 2 *

Relay O/P Event 05 Indexed String G37 Enabled Setting 0 1 1 2 *

Opto Input Event 06 Indexed String G37 Enabled Setting 0 1 1 2 *

General Event 07 Indexed String G37 Enabled Setting 0 1 1 2 *

Fault Rec Event 08 Indexed String G37 Enabled Setting 0 1 1 2 *

Maint Rec Event 09 Indexed String G37 Enabled Setting 0 1 1 2 *

Protection Event 0A Indexed String G37 Enabled Setting 0 1 1 2 *

Clear Disturbance 30 Indexed String G11 No Command 0 1 1 1 *

DDB 31 - 0 40 Binary Flag (32 Bit) G27 0xFFFFFFFF Setting 0xFFFFFFFF 32 1 2 *






Relay Menu Database

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P547/EN MD/D32

(MD) - 18







DDB 351 - 320 4A Binary Flag (32 Bit) G27 0xFFFFFFFF Setting 0xFFFFFFFF 32 1 2 *

DDB 383 - 352 4B Binary Flag (32 Bit) G27 0xFFFFFFFF Setting 0xFFFFFFFF 32 1 2 *

DDB 415 - 384 4C Binary Flag (32 Bit) G27 0xFFFFFFFF Setting 0xFFFFFFFF 32 1 2 *

DDB 447 - 416 4D Binary Flag (32 Bit) G27 0xFFFFFFFF Setting 0xFFFFFFFF 32 1 2 *

DDB 479 - 448 4E Binary Flag (32 Bit) G27 0xFFFFFFFF Setting 0xFFFFFFFF 32 1 2 *

DDB 511 - 480 4F Binary Flag (32 Bit) G27 0xFFFFFFFF Setting 0xFFFFFFFF 32 1 2 *













DDB 927 - 896 5C Binary Flag (32 Bit) G27 0xFFFFFFFF Setting 0xFFFFFFFF 32 1 2 *

DDB 959 - 928 5D Binary Flag (32 Bit) G27 0xFFFFFFFF Setting 0xFFFFFFFF 32 1 2 *

DDB 991 - 960 5E Binary Flag (32 Bit) G27 0xFFFFFFFF Setting 0xFFFFFFFF 32 1 2 *

DDB 1023 - 992 5F Binary Flag (32 Bit) G27 0xFFFFFFFF Setting 0xFFFFFFFF 32 1 2 *



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(MD) - 19













DISTURB RECORDER 0C 00 * DISTURBANCE RECORDER

Duration 01 Courier Number (time) 1.5 Setting 0.1 10.5 0.01 2 *

Trigger Position 02 Courier Number (percentage) 33.3 Setting 0 100 0.1 2 *

Trigger Mode 03 Indexed String G34 Single 0 1 1 2 *

Analog Channel 1 04 Indexed String G31 VA Setting 0 9 1 2 *12

Analog Channel 2 05 Indexed String G31 VB Setting 0 9 1 2 *12

Analog Channel 3 06 Indexed String G31 VC Setting 0 9 1 2 *12

Analog Channel 4 07 Indexed String G31 IA Setting 0 9 1 2 *12

Analog Channel 5 08 Indexed String G31 IB Setting 0 9 1 2 *12

Analog Channel 6 09 Indexed String G31 IC Setting 0 9 1 2 *12

Analog Channel 7 0A Indexed String G31 IN Setting 0 9 1 2 *12

Analog Channel 8 0B Indexed String G31 IN Sensitive Setting 0 9 1 2 *12

Digital Input 1 0C Indexed String G32 Relay 1 Setting 0 DDB Size 1 2 * Note: Number of Signals model dependant

Input 1 Trigger 0D Indexed String G66 No Trigger Setting 0 2 1 2 *

Digital Input 2 0E Indexed String G32 Relay 2 Setting 0 DDB Size 1 2 *

Input 2 Trigger 0F Indexed String G66 No Trigger Setting 0 2 1 2 *

Digital Input 3 10 Indexed String G32 Relay 3 Setting 0 DDB Size 1 2 *

Input 3 Trigger 11 Indexed String G66 Trigger L/H Setting 0 2 1 2 *

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(MD) - 20




Input 4 Trigger 13 Indexed String G66 No Trigger Setting 0 2 1 2 *







Digital Input 8 1A Indexed String G32 Relay 8 Setting 0 DDB Size 1 2 *Opto Input 1

Input 8 Trigger 1B Indexed String G66 No Trigger Setting 0 2 1 2 *

Digital Input 9 1C Indexed String G32 Relay 9 Setting 0 DDB Size 1 2 *Opto Input 2


Digital Input 10 1E Indexed String G32 Relay 10 Setting 0 DDB Size 1 2 *Opto Input 3


Digital Input 11 20 Indexed String G32 Relay 11 Setting 0 DDB Size 1 2 *Opto Input 4








Digital Input 15 28 Indexed String G32 Opto Input 1 Setting 0 DDB Size 1 2 *Opto Input 8


Digital Input 16 2A Indexed String G32 Opto Input 2 Setting 0 DDB Size 1 2 *Not Used


Digital Input 17 2C Indexed String G32 Opto Input 3 Setting 0 DDB Size 1 2 *Not Used


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(MD) - 21



Digital Input 18 2E Indexed String G32 Opto Input 4 Setting 0 DDB Size 1 2 *Not Used


Digital Input 19 30 Indexed String G32 Opto Input 5 Setting 0 DDB Size 1 2 *Not Used










Digital Input 24 3A Indexed String G32 Opto Input 10 Setting 0 DDB Size 1 2 *Not Used


Digital Input 25 3C Indexed String G32 Opto Input 11 Setting 0 DDB Size 1 2 *Not Used


Digital Input 26 3E Indexed String G32 Opto Input 12 Setting 0 DDB Size 1 2 *Not Used










Digital Input 31 48 Indexed String G32 Not Used Setting 0 DDB Size 1 2 *


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(MD) - 22



Digital Input 32 4A Indexed String G32 Not Used Setting 0 DDB Size 1 2 *


Analog Channel 9 50 Indexed String G31 V Checksync Setting 0 9 1 2 *12 .

Analog Channel 10 51 Indexed String G31 IN Setting 0 9 1 2 *12 .



MEASURE'T SETUP 0D 00 * MEASUREMENT SETTINGS

Default Display 01 Indexed String G52 Description Setting 0 7 1 2 *

Local Values 02 Indexed String G54 Primary Setting 0 1 1 1 * Local Measurement Values

Remote Values 03 Indexed String G54 Primary Setting 0 1 1 1 * Remote Measurement Values

Measurement Ref 04 Indexed String G56 VA Setting 0 5 1 1 * Measurement Phase Reference

Measurement Mode 05 Unsigned Integer (16 bits) 0 Setting 0 3 1 1 *

Fix Dem Period 06 Courier Number (time-minutes) 30 Setting 1 99 1 2 * Fixed Demand Interval

Roll Sub Period 07 Courier Number (time-minutes) 30 Setting 1 99 1 2 * Rolling demand sub period

Num Sub Periods 08 Unsigned Integer (16 bits) 1 Setting 1 15 1 2 * Number of rolling sub-periods

Distance Unit 09 Indexed String G97 Miles Setting 0 1 1 2 *

Fault Location 0A Indexed String G51 Distance Setting 0 2 1 2 *

Remote 2 Values 0B Indexed String G54 Primary Setting 0 1 1 1 * Build = 2nd comms

COMMUNICATIONS 0E 00 *

RP1 Protocol 01 Indexed String G71 Data *

RP1 Address 02 Unsigned Integer (16 bits) 255 Setting 0 255 1 1 * Rear Port = Courier or IEC60870-5-103

RP1 Address 02 Unsigned Integer (16 bits) 1 Setting 1 247 1 2 * Rear Port = Modbus

RP1 Address 02 Unsigned Integer (16 bits) 1 Setting 0 65519 1 1 * Build = DNP 3.0

RP1 InactivTimer 03 Courier Number (time-minutes) 15 Setting 1 30 1 2 *

RP1 Baud Rate 04 Indexed String G38v 19200 bits/s Setting 0 1 1 2 * Rear Port = IEC60870-5-103

RP1 Baud Rate 04 Indexed String G38m 19200 bits/s Setting 0 2 1 2 Build = Modbus

RP1 Baud Rate 04 Indexed String G38d 19200 bits/s Setting 0 5 1 2 * Build = DNP3

RP1 Parity 05 Indexed String G39 None Setting 0 2 1 2 * Build = Modbus or DNP3

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(MD) - 23



RP1 Meas Period 06 Courier Number (time) 10 Setting 1 60 1 2 * Build = IEC60870-5-103

RP1 PhysicalLink 07 Indexed String G21 RS485 Setting 0 1 1 1 * Fiber Optic board fitted

RP1 Time Sync 08 Indexed String G37 Disabled Setting 0 1 1 2 * Build=DNP 3.0

Function Type 09 Indexed String G162 Differential 192 Setting 0 1 1 2 * Build = IEC60870-5-103Distance 128 Default = Distance 128 for P440

RP1 CS103Blocking 0A Indexed String G210 Disabled Setting 0 2 1 2 * Build = IEC60870-5-103

RP1 Card Status 0B Indexed String G208 Data * Build = K Bus

RP1 Port Config 0C Indexed String G207 K Bus Setting 0 1 1 2 * When 0E0B ≠ 2(RP1 Port status shows K-Bus OK or EIA485 OK)

RP1 Comms Mode 0D Indexed String G206 IEC60870 FT1.2 Setting 0 1 1 2 * When 0E0B ≠ 0 (RP1 Port status shows EIA485 OK or Fiber-Optic OK)

RP1 Baud Rate 0E Indexed String G38m 19200 bits/s Setting 0 1 1 2 * When 0E0B ≠ 0 (RP1 Port status shows EIA485 OK or Fiber-Optic OK)

Meas Scaling 0F Indexed String G249 Normalized Setting 0 2 1 2 * Build=DNP 3.0

Message Gap 10 Courier Number (time-milliseconds) 0 Data 0 50 1 2 * Build=DNP 3.0

NIC Protocol 1F Indexed String IEC 61850 Data 2 *

NIC Mac Address 22 ASCII Text (17 Chars) Data 2 *

NIC Tunl Timeout 64 Courier Number (time-minutes) 5 Setting 1 30 1 2 *

NIC Link Report 6A Indexed String G226 0 Setting 0 2 1 2 *

NIC Link Timeout 6B Courier Number (time-milliseconds) 60000 Setting 100 60000 100 2 *

REAR PORT2 (RP2) 80 (Sub Heading) * RearCommsCardState != UNSUPPORTED

RP2 Protocol 81 Indexed String G71 Fixed at 'Courier' Data * RearCommsCardState != UNSUPPORTED

RP2 Card Status 84 Indexed String G204 Data * RearCommsCardState != UNSUPPORTED

RP2 Port Config 88 Indexed String G205 RS232/60870-5-2 Setting 0 1 1 2 * RearCommsCardState =OK

RP2 Comms Mode 8A Indexed String G206 IEC60870 FT1.2 Setting 0 1 1 2 * RearCommsCardState =OK AND0E18=0

RP2 Address 90 Unsigned Integer (16 bits) 255 Setting 0 255 1 1 * RearCommsCardState =OK

RP2 InactivTimer 92 Courier Number (time-minutes) 15 Setting 1 30 1 2 * RearCommsCardState =OK

RP2 Baud Rate 94 Indexed String G38m 19200 bits/s Setting 0 1 1 2 * RearCommsCardState =OK AND0E18=0

COMMISSION TESTS 0F 00 *

Opto I/P Status 01 Binary Flag (24) Data *Indexed String

Relay O/P Status 02 Binary Flag (32) Data *Indexed String

Test Port Status 03 Binary Flag (8) Data *Indexed String

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P547/EN MD/D32

(MD) - 24



Monitor Bit 1 05 Unsigned Integer (16 bits) 1060 Setting 0 1407 1 1 * Default LED

Monitor Bit 2 06 Unsigned Integer (16 bits) 1062 Setting 0 1407 1 1 * Default LED1061




Monitor Bit 6 0A Unsigned Integer (16 bits) 1070 Setting 0 1407 1 1 * Default LED1065

Monitor Bit 7 0B Unsigned Integer (16 bits) 1072 Setting 0 1407 1 1 * Default LED1066

Monitor Bit 8 0C Unsigned Integer (16 bits) 1074 Setting 0 1407 1 1 * Default LED1067

Test Mode 0D Indexed String G119 Disabled Setting 0 2 1 2 *

Test Pattern 0E Binary Flag (32) G9 0 Setting 4294967295 32 1 2 *Indexed String

Contact Test 0F Indexed String G93 No Operation Command 0 2 1 2 *

Test LEDs 10 Indexed String G94 No Operation Command 0 1 1 2 *

Test Auto-reclose 11 Indexed String G36 No Operation Command 0 4 1 2 *

Static Test Mode 12 Indexed String G37 Disabled Setting 0 1 1 2 *

Chan Test Mode 14 Indexed String G179 Slave 2Term Setting 0 4 1 2 *

Measure Delay 15 Indexed String G11 No Operation Command 0 1 1 2 * (090F=1) && (0F14=0 OR 0F14=2)

Channel Delay 16 Courier (Number) G125 Data *

Do On Load Test 17 Indexed String G11 No Operation Command 0 1 1 2 * (090F=1) && (0F14=0 OR 0F14=2)

On Load Result 18 Indexed String G171 Data * (090F=1) && (0F14=0 OR 0F14=2)

Red LED Status 1A Binary Flag (18) Data * Red LED Status

Green LED Status 1B Binary Flag (18) Data * Green LED Status

DDB 31 - 0 20 Binary Flag (32) Data *






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P547/EN MD/D32

(MD) - 25







DDB 351 - 320 2A Binary Flag (32) Data *

DDB 383 - 352 2B Binary Flag (32) Data *

DDB 415 - 384 2C Binary Flag (32) Data *

DDB 447 - 416 2D Binary Flag (32) Data *

DDB 479 - 448 2E Binary Flag (32) Data *

DDB 511 - 480 2F Binary Flag (32) Data *











DDB 863 - 832 3A Binary Flag (32) Data *

DDB 895 - 864 3B Binary Flag (32) Data *

DDB 927 - 896 3C Binary Flag (32) Data *

DDB 959 - 928 3D Binary Flag (32) Data *

DDB 991 - 960 3E Binary Flag (32) Data *

DDB 1023 - 992 3F Binary Flag (32) Data * Relay Test Port Status

DDB 1055 - 1024 40 Binary Flag (32) Data * Relay Test Port Status


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DDB 1375 - 1344 4A Binary Flag (32) Data * Relay Test Port Status

DDB 1407 - 1376 4B Binary Flag (32) Data * Relay Test Port Status

CB MONITOR SETUP 10 00 *

Broken I^ 01 Courier Number (decimal) 2 Setting 1 2 0.1 2 * Broken Current IndexNote: NM1 = 0A08^1001

I^ Maintenance 02 Indexed String G88 Alarm Disabled Setting 0 1 1 2 * Broken Current maintenance alarm

I^ Maintenance 03 Courier Number (current) 1000 Setting 1 25000 1 2 * IX Maintenance Alarm

I^ Lockout 04 Indexed String G88 Alarm Disabled Setting 0 1 1 2 * Broken Current lockout alarm

I^ Lockout 05 Courier Number (current) 2000 Setting 1 25000 1 2 * Broken Current lockout threshold

No. CB Ops Maint 06 Indexed String G88 Alarm Disabled Setting 0 1 1 2 * Circuit Breaker Trips maintenance alarm

No. CB Ops Maint 07 Unsigned Integer (16 bits) 10 Setting 1 10000 1 2 * CB Trips maintenance threshold

No. CB Ops Lock 08 Indexed String G88 Alarm Disabled Setting 0 1 1 2 * Circuit Breaker Trips lockout alarm

No. CB Ops Lock 09 Unsigned Integer (16 bits) 20 Setting 1 10000 1 2 * CB Trips lockout threshold

CB Time Maint 0A Indexed String G88 Alarm Disabled Setting 0 1 1 2 * CB Operating Time maintenance alarm

CB Time Maint 0B Courier Number (time) 0.1 Setting 0.005 0.5 0.001 2 * CB Operating Time maintenance threshold

CB Time Lockout 0C Indexed String G88 Alarm Disabled Setting 0 1 1 2 * CB Operating Time lockout alarm

CB Time Lockout 0D Courier Number (time) 0.2 Setting 0.005 0.5 0.001 2 * CB Operating Time lockout threshold

Fault Freq Lock 0E Indexed String G88 Alarm Disabled Setting 0 1 1 2 * Excessive fault frequency alarm

Fault Freq Count 0F Unsigned Integer (16 bits) 10 Setting 1 9999 1 2 * Excessive Fault Frequency Counter

Fault Freq Time 10 Courier Number (time) 3600 Setting 0 9999 1 2 * Excessive Fault Frequency Time

OPTO CONFIG 11 00 * Only visible if Universal Optos fitted

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(MD) - 27



Global threshold 01 Indexed String G200 24-27V Setting 0 5 1 2 *

Opto Input 1 02 Indexed String G201 24-27V Setting 0 4 1 2 *








Opto Input 9 0A Indexed String G201 24-27V Setting 0 4 1 2 *

Opto Input 10 0B Indexed String G201 24-27V Setting 0 4 1 2 *

Opto Input 11 0C Indexed String G201 24-27V Setting 0 4 1 2 *

Opto Input 12 0D Indexed String G201 24-27V Setting 0 4 1 2 *

Opto Input 13 0E Indexed String G201 24-27V Setting 0 4 1 2 *

Opto Input 14 0F Indexed String G201 24-27V Setting 0 4 1 2 *



Filter Control 60 Binary Flag (32 Bit) G8 0xFFFFFF Setting 0xFFFFFF 24 1 2 *

Characteristic 80 Indexed String G237 Standard 60%-80% Setting 0 1 1 2 *

CONTROL INPUTS 12 00 *

Ctrl I/P Status 01 Binary Flag (32 bits) G202 Data 2 *Indexed String

Control Input 1 02 Indexed String G203 No Operation Command 0 2 1 2 *





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P547/EN MD/D32

(MD) - 28






Control Input 9 0A Indexed String G203 No Operation Command 0 2 1 2 *

Control Input 10 0B Indexed String G203 No Operation Command 0 2 1 2 *

Control Input 11 0C Indexed String G203 No Operation Command 0 2 1 2 *

Control Input 12 0D Indexed String G203 No Operation Command 0 2 1 2 *

Control Input 13 0E Indexed String G203 No Operation Command 0 2 1 2 *

Control Input 14 0F Indexed String G203 No Operation Command 0 2 1 2 *











Control Input 25 1A Indexed String G203 No Operation Command 0 2 1 2 *

Control Input 26 1B Indexed String G203 No Operation Command 0 2 1 2 *

Control Input 27 1C Indexed String G203 No Operation Command 0 2 1 2 *

Control Input 28 1D Indexed String G203 No Operation Command 0 2 1 2 *

Control Input 29 1E Indexed String G203 No Operation Command 0 2 1 2 *

Control Input 30 1F Indexed String G203 No Operation Command 0 2 1 2 *



CTRL I/P CONFIG 13 00 *

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(MD) - 29



Hotkey Enabled 01 Binary Flag (32 bits) 0xFFFFFFFF Setting 0xFFFFFFFF 32 1 2 * Hotkey Menu - Control Input availabilityIndexed String

Control Input 1 10 Indexed String G234 Latched Setting 0 1 1 2 * Individual Control Input Type

Ctrl Command 1 11 Indexed String G232 SET/RESET Setting 0 3 1 2 * Individual Control Input Command Text





Control Input 4 1C Indexed String G234 Latched Setting 0 1 1 2 * Individual Control Input Type

Ctrl Command 4 1D Indexed String G232 SET/RESET Setting 0 3 1 2 * Individual Control Input Command Text




















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P547/EN MD/D32

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FUNCTION KEYS 17 00 *

Fn Key Status 01 Binary Flag (10 bits) Data *Indexed String

Fn Key 1 02 Indexed String G242 Unlocked Setting 0 2 1 2 * Disabled/Unlocked/Locked

Fn Key 1 Mode 03 Indexed String G243 Toggled Setting 0 1 1 2 * Normal/Toggled

Fn Key 1 Label 04 ASCII Text (16 chars) Function Key 1 Setting 32 163 1 2 * Default PSL Text for Function Key DDB






Fn Key 3 Label 0A ASCII Text (16 chars) Function Key 1 Setting 32 163 1 2 * Default PSL Text for Function Key DDB

Fn Key 4 0B Indexed String G242 Unlocked Setting 0 2 1 2 * Disabled/Unlocked/Locked

Fn Key 4 Mode 0C Indexed String G243 Toggled Setting 0 1 1 2 * Normal/Toggled

Fn Key 4 Label 0D ASCII Text (16 chars) Function Key 1 Setting 32 163 1 2 * Default PSL Text for Function Key DDB

Fn Key 5 0E Indexed String G242 Unlocked Setting 0 2 1 2 * Disabled/Unlocked/Locked

Fn Key 5 Mode 0F Indexed String G243 Toggled Setting 0 1 1 2 * Normal/Toggled




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P547/EN MD/D32

(MD) - 32










Fn Key 9 1A Indexed String G242 Unlocked Setting 0 2 1 2 * Disabled/Unlocked/Locked

Fn Key 9 Mode 1B Indexed String G243 Toggled Setting 0 1 1 2 * Normal/Toggled

Fn Key 9 Label 1C ASCII Text (16 chars) Function Key 1 Setting 32 163 1 2 * Default PSL Text for Function Key DDB

Fn Key 10 1D Indexed String G242 Unlocked Setting 0 2 1 2 * Disabled/Unlocked/Locked

Fn Key 10 Mode 1E Indexed String G243 Toggled Setting 0 1 1 2 * Normal/Toggled

Fn Key 10 Label 1F ASCII Text (16 chars) Function Key 1 Setting 32 163 1 2 * Default PSL Text for Function Key DDB

IED CONFIGURATOR 19 00 * Build = IEC 61850

Switch Conf.Bank 05 Indexed String G248 No Action Control 0 1 1 2 * Build = IEC 61850

Active Conf.Name 10 ASCII text Data * Build = IEC 61850

Active Conf.Rev 11 ASCII text Data * Build = IEC 61850

Inact.Conf.Name 20 ASCII text Data * Build = IEC 61850

Inact.Conf.Rev 21 ASCII text Data * Build = IEC 61850

IP PARAMETERS 30 ASCII text Data * Build = IEC 61850

IP address 31 ASCII text Data * Build = IEC 61850

Subnet mask 32 ASCII text Data * Build = IEC 61850

Gateway 33 ASCII text Data * Build = IEC 61850

SNTP PARAMETERS 40 ASCII text Data * Build = IEC 61850

SNTP Server 1 41 ASCII text Data * Build = IEC 61850

SNTP Server 2 42 ASCII text Data * Build = IEC 61850

IEC61850 SCL 50 ASCII text Data * Build = IEC 61850

IED Name 51 ASCII text Data * Build = IEC 61850

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IEC 61850 GOOSE 60 ASCII text Data * Build = IEC 61850

GoID 61 ASCII text Data * Build = IEC 61850

GoEna 70 Indexed String G37 Disabled Setting 0 1 1 2 * Build = IEC 61850

Test Mode 71 Indexed String G246 Disabled Setting 0 2 1 2 * Build = IEC 61850

VOP Test Pattern 72 Indexed String G37 0x00000000 Setting 0xFFFFFFFF 32 1 2 * Build = IEC 61850

Ignore Test Flag 73 Indexed String G11 No Setting 0 1 1 2 * Build = IEC 61850

PHASE CMP CFG 21 00 *

Ex Trans Alarm 01 Indexed String G37 Enabled Setting 0 1 1 2 *

Reset Ex Lockout 02 Indexed String G170 No Operation Command 0 1 1 2 *

Ex Delay 03 Courier Number (time) G2 2 Setting 0.2 10 0.01 2 *

Chan Test 04 Indexed String G37 Disabled Setting 0 1 1 2 *

Test Time 05 Courier Number (time hours) G2 8 Setting 0.5 24 0.5 2 *

Retry Time 06 Courier Number (time) G2 10 Setting 10 300 10 2 *

No. Of Retries 07 Courier Number G2 3 Setting 0 5 1 2 *

Tdiscrim 08 Courier Number (time) G2 0.2 Setting 0 0.5 0.001 2 *

PLC Opto Thres 09 Indexed String G182 48/54V Setting 0 1 1 2 *

CTRL I/P LABELS 29 00 *

Control Input 1 01 ASCII Text (16 chars) Control Input 1 Setting 32 163 1 2 *









Control Input 10 0A ASCII Text (16 chars) Control Input 10 Setting 32 163 1 2 *

Control Input 11 0B ASCII Text (16 chars) Control Input 11 Setting 32 163 1 2 *

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Control Input 12 0C ASCII Text (16 chars) Control Input 12 Setting 32 163 1 2 *

Control Input 13 0D ASCII Text (16 chars) Control Input 13 Setting 32 163 1 2 *

Control Input 14 0E ASCII Text (16 chars) Control Input 14 Setting 32 163 1 2 *

Control Input 15 0F ASCII Text (16 chars) Control Input 15 Setting 32 163 1 2 *











Control Input 26 1A ASCII Text (16 chars) Control Input 26 Setting 32 163 1 2 *

Control Input 27 1B ASCII Text (16 chars) Control Input 27 Setting 32 163 1 2 *

Control Input 28 1C ASCII Text (16 chars) Control Input 28 Setting 32 163 1 2 *

Control Input 29 1D ASCII Text (16 chars) Control Input 29 Setting 32 163 1 2 *

Control Input 30 1E ASCII Text (16 chars) Control Input 30 Setting 32 163 1 2 *

Control Input 31 1F ASCII Text (16 chars) Control Input 31 Setting 32 163 1 2 *


GROUP 1 30 00 *LINE PARAMETERSLine Length 01 Courier Number (meters) 100000 Setting 300 1000000 10 2 * Length in Km

Line Length 02 Courier Number (miles) 62 Setting 0.2 625 0.005 2 * Length stored in Km, displayed in miles

Line Impedance 03 Courier Number (Ohms) 10 Setting 0.05*v1/I1 500*V1/I1 0.01*V1/I1 2 * Positive Sequence Impedance

Line Angle 04 Courier Number (angle) 70 Setting 20 90 1 2 * Positive Sequence Angle

Residual Comp 05 Courier Number 0 Setting 0 10 0.01 2 *

Residual Angle 06 Courier Number (angle) 0 Setting -180 90 1 2 *

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Mutual Comp 07 Indexed String G37 Disabled Setting 0 1 1 2 *

Mutual Comp 08 Courier Number 0 Setting 0 10 0.01 2 *

Mutual Angle 09 Courier Number (angle) 0 Setting -180 90 1 2 *

Mutual cut-off (k) 0A Courier Number 0 Setting 0 2 0.1 2 *

Phase Sequence 0B Indexed String G135 Standard ABC Setting 0 1 1 2 *

Trip Mode 0C Indexed String G102 3 Pole Setting 0 1 1 2

Line Charging Y 10 Courier Number (Inverse ohms) 0.002 Setting 0*I2 0.01*I2 0.0001 2 * Charging Admittance setting

Line Znegative 11 Courier Number (Ohms) 4 Setting 0.1*v1/I1 500*V1/I1 0.01*V1/I1 2 *

GROUP 1 31 00 *DISTANCE SETUPSetting Mode 0C Indexed String G129 Simple Setting 0 1 1 2 *

PHASE DISTANCE 10 Sub Heading *

Phase Chars. 11 Indexed String G130 Quadrilateral Setting 0 2 1 2 *

Quad Resistance 12 Indexed String G131 Common Setting 0 1 1 2 *

Fault Resistance 13 Courier Number (Ohms) 12 Setting 0.1*v1/I1 500*V1/I1 0.01*V1/I1 2 *

Zone 1 Ph Status 20 Indexed String G145 Enabled Setting 0 2 1 2 *

Zone 1 Ph Reach 21 Courier Number (%) 80 Setting 10 1000 1 2 *


Zone 2 Ph Reach 31 Courier Number (%) 120 Setting 10 1000 1 2 * Pos Seq



Zone 3 Ph Offset 42 Indexed String G37 Enabled Setting 0 1 1 2 *

Z3Ph Rev Reach 43 Courier Number (%) 10 Setting 5 1000 1 2 *

Zone P Ph Status 50 Indexed String G145 Disabled Setting 0 2 1 2 *

Zone P Ph Dir. 51 Indexed String G120 Forward Setting 0 1 1 2 *

Zone P Ph Reach 52 Courier Number (%) 80 Setting 10 1000 1 2 * Pos Seq



GROUND DISTANCE 70 Sub Heading *

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Ground Chars. 71 Indexed String G130 Quadrilateral Setting 0 2 1 2 * Disabled, Mho or Quad

Quad Resistance 72 Indexed String G131 Common Setting 0 1 1 2 *

Fault Resistance 73 Courier Number (Ohms) 12 Setting 0.1*v1/I1 500*V1/I1 0.01*V1/I1 2 * Positive Sequence Impedance

Zone1 Gnd Status 80 Indexed String G145 Enabled Setting 0 2 1 2 *

Zone1 Gnd Reach 81 Courier Number (%) 80 Setting 10 1000 1 2 * Pos Seq

Zone2 Gnd Status 90 Indexed String G145 Enabled Setting 0 2 1 2 *

Zone2 Gnd Reach 91 Courier Number (%) 80 Setting 10 1000 1 2 * Pos Seq

Zone3 Gnd Status A0 Indexed String G145 Enabled Setting 0 2 1 2 *

Zone3 Gnd Reach A1 Courier Number (%) 80 Setting 10 1000 1 2 * Pos Seq

Zone3 Gnd Offset A2 Indexed String G37 Enabled Setting 0 1 1 2 *

Z3Gnd Offset Ratio A3 Courier Number (%) 10 Setting 5 1000 1 2 * Disabled, Mho only or Mho & Quad

ZoneP Gnd Status B0 Indexed String G145 Disabled Setting 0 2 1 2 *

ZoneP Gnd Direction B1 Indexed String G120 Forward Setting 0 1 1 2 *

ZoneP Gnd Reach B2 Courier Number (%) 80 Setting 10 1000 1 2 * Pos Seq

Zone4 Gnd Status C0 Indexed String G145 Enabled Setting 0 2 1 2 *

Zone4 Gnd Reach C1 Courier Number (%) 80 Setting 10 1000 1 2 * Pos Seq

Digital Filter D0 Indexed String G138 Standard Setting 0 1 1 2 *

CVT Filters D1 Indexed String G142 Disabled Setting 0 2 1 2 *

SIR Setting D2 UINT32 30 Setting 5 60 1 2 *

Load Blinders D3 Indexed String G37 Disabled Setting 0 1 1 2 *

Load/B Impedance D4 Courier Number (Ohms) 15 Setting 0.1*v1/I1 500*V1/I1 0.01*V1/I1 2 *

Load/B Angle D5 Courier Number (angle) 70 Setting 1 50 1 2 *

Load Blinder V< D6 Courier Number (voltage) 15 Setting 1*V1 70*V1 0.5*V1 2 *

Distance Polarizing D7 Courier Number (no unit) 1 Setting 0.2 5 0.1 2 *

DELTADIRECTION E0 (Sub Heading) *

Delta Status E1 Indexed String G37 Enabled Setting 0 1 1 2 * Delta Directional

Delta Char Angle E3 Courier Number (angle) 60 Setting 0 90 1 2 *

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GROUP 1 32 00 * If simple mode all settings visibleDISTANCE ELEMENTS but not settablePHASE DISTANCE 01 Sub Heading *

Z1 Ph. Reach 02 Courier Number (impedance) 8 Setting 0.05*v1/I1 500*V1/I1 0.01*V1/I1 2 *

Z1 Ph. Angle 03 Courier Number (angle) 70 Setting 20 90 1 2 * Positive Sequence Angle

R1 Ph. Resistive 07 Courier Number (Ohms) 8 Setting 0.05*v1/I1 500*V1/I1 0.01*V1/I1 2 * Positive Sequence Impedance

Z1 Tilt Top Line 08 Courier Number (angle) -3 Setting -30 30 1 2 * Positive Sequence Angle

Z1 Sensit. Iph>1 09 Courier Number (current) 0.075 Setting 0.05*I1 2*I1 0.005*I1 2 * Subject to IZ threshold>0.25V





Z2 Sensit. Iph>2 17 Courier Number (current) 0.075 Setting 0.05*I1 2*I1 0.005*I1 2 *



Z3' Ph Rev Reach 22 Courier Number (impedance) 1 Setting 0.05*v1/I1 500*V1/I1 0.01*V1/I1 2 *

R3 Ph. Res. Fwd. 25 Courier Number (Ohms) 25 Setting 0.05*v1/I1 500*V1/I1 0.01*V1/I1 2 * Positive Sequence Impedance

R3' Ph. Res. Rev 26 Courier Number (Ohms) 1 Setting 0.05*v1/I1 500*V1/I1 0.01*V1/I1 2 * Positive Sequence Impedance



ZP Ph. Reach 30 Courier Number (impedance) 20 Setting 0.05*v1/I1 500*V1/I1 0.01*V1/I1 2 *

ZP Ph. Angle 31 Courier Number (angle) 70 Setting 20 90 1 2 * Positive Sequence Angle

RP Ph Resistive 35 Courier Number (Ohms) 20 Setting 0.05*v1/I1 500*V1/I1 0.01*V1/I1 2 * Positive Sequence Impedance

ZP Tilt Top Line 36 Courier Number (angle) -3 Setting -30 30 1 2 * Positive Sequence Angle

ZP Sensit. Iph>P 37 Courier Number (current) 0.05 Setting 0.05*I1 2*I1 0.005*I1 2 *





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GROUND DISTANCE 50 Sub Heading *

Z1 Gnd. Reach 51 Courier Number (impedance) 8 Setting 0.05*v1/I1 500*V1/I1 0.01*V1/I1 2 *

Z1 Gnd. Angle 52 Courier Number (angle) 70 Setting 20 90 1 2 * Positive Sequence Angle

Z1 Dynamic Tilt 53 Indexed String G37 Enabled Setting 0 1 1 2 *

Z1 Tilt Top Line 54 Courier Number (angle) -3 Setting -30 30 1 2 *

kZN1 Res. Comp. 55 Courier Number 1 Setting 0 10 0.01 2 *

kZN1 Res. Angle 56 Courier Number (angle) 0 Setting -180 90 0.1 2 *

kZm1 Mut. Comp. 57 Courier Number 1 Setting 0 10 0.01 2 *

kZm1 Mut. Angle 58 Courier Number (angle) 0 Setting -180 90 0.1 2 *

R1 Gnd Resistive 59 Courier Number (Ohms) 8 Setting 0.05*v1/I1 500*V1/I1 0.01*V1/I1 2 * Positive Sequence Impedance

Z1 Sensit Ignd>1 5B Courier Number (current) 0.075 Setting 0.05*I1 2*I1 0.005*I1 2 *










Z2 Sensit Ignd>2 6B Courier Number (current) 0.075 Setting 0.05*I1 2*I1 0.005*I1 2 *



Z3' Gnd Rev Rch 72 Courier Number (impedance) 1 Setting 0.05*v1/I1 500*V1/I1 0.01*V1/I1 2 *




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R3 Gnd. Res. Fwd 79 Courier Number (Ohms) 25 Setting 0.05*v1/I1 500*V1/I1 0.01*V1/I1 2 * Positive Sequence Impedance

R3' Gnd Res. Rev 7A Courier Number (Ohms) 1 Setting 0.05*v1/I1 500*V1/I1 0.01*V1/I1 2 * Positive Sequence Impedance

Z3 Sensit Ignd>3 7C Courier Number (current) 0.05 Setting 0.05*I1 2*I1 0.005*I1 2 *

ZP Gnd. Reach 80 Courier Number (impedance) 20 Setting 0.05*v1/I1 500*V1/I1 0.01*V1/I1 2 *

ZP Gnd. Angle 81 Courier Number (angle) 70 Setting 20 90 1 2 * Positive Sequence Angle

ZP Dynamic Tilt 83 Indexed String G37 Enabled Setting 0 1 1 2 *

ZP Tilt Top Line 84 Courier Number (angle) -3 Setting -30 30 1 2 *

kZNP Res. Comp. 85 Courier Number 1 Setting 0 10 0.01 2 *

kZNP Res. Angle 86 Courier Number (angle) 0 Setting -180 90 0.1 2 *

kZmP Mut. Comp. 87 Courier Number 1 Setting 0 10 0.01 2 *

kZmP Mut. Angle 88 Courier Number (angle) 0 Setting -180 90 0.1 2 *

RP Gnd Resistive 89 Courier Number (Ohms) 12 Setting 0.05*v1/I1 500*V1/I1 0.01*V1/I1 2 * Positive Sequence Impedance

ZP Sensit Ignd>P 8B Courier Number (current) 0.05 Setting 0.05*I1 2*I1 0.005*I1 2 *










Z4 Sensit Ignd>4 9B Courier Number (current) 3 Setting 0.05*I1 2*I1 0.005*I1 2 *

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MiCOM P547

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GROUP 1 33 00 *PHASE COMPMode 80 Indexed String G167 Intelligent Setting 0 1 1 2 *

K 81 Courier Number (decimal) G2 5 Setting 3 20 1 2 *

Stability Ang 82 Courier Number (angle) G2 30 Setting 0 60 1 2 *

Gap Count 83 Courier Number G2 1 Setting 1 5 1 2 *

Modulator Angle 84 Courier Number (angle) G2 0 Setting -180 180 1 2 *

Dist Supervision 85 Binary Flag (6) G173 0x0 Setting 0x3F 6 1 2 * Distance permissive function link(indexed string)

DEF Supervision 86 Indexed String G37 Disabled Setting 0 1 1 2 * 3I0 permissive function link

I cap Comp Mode 87 Indexed String G184 Secure Setting 0 1 1 2 *

STARTERS 90 (Sub Heading) *

Delta I2 91 Indexed String G37 Enabled Setting 0 1 1 2 *

Delta I2 low 92 Courier Number (current) G2 0.2 Setting 0.05 *In 0.6* In 0.05* In 2 *

Delta I2 high 93 Courier Number (current) G2 0.25 Setting 0.05 *In 0.6* In 0.05* In 2 *

Delta I1 94 Indexed String G37 Enabled Setting 0 1 1 2 *

Delta I1 low 95 Courier Number (current) G2 0.4 Setting 0.05 *In 0.6* In 0.05* In 2 *

Delta I1 high 96 Courier Number (current) G2 0.5 Setting 0.05 *In 0.6* In 0.05* In 2 *

Start I2 97 Indexed String G37 Enabled Setting 0 1 1 2 *

Start I2 low 98 Courier Number (current) G2 0.2 Setting 0.05 *In 5 *In 0.05*In 2 *

Start I2 high 99 Courier Number (current) G2 0.25 Setting 0.05 *In 5 *In 0.05*In 2 *

Start I1 9A Indexed String G37 Enabled Setting 0 1 1 2 *

Start I1 low 9B Courier Number (current) G2 1.5 Setting 0.05 *In 5 *In 0.05*In 2 *

Start I1 high 9C Courier Number (current) G2 1.7 Setting 0.05 *In 5 *In 0.05*In 2 *

Start V2 9D Indexed String G37 Enabled Setting 0 1 1 2 * V2 starter

Start V2 low 9E Courier Number (current) G2 5 Setting 0.1 100 0.1 2 *

Start V2 high 9F Courier Number (current) G2 7.5 Setting 0.1 100 0.1 2 *

Start Dist low B0 Binary Flag (8) G169 0x11 Setting 0xFF 8 1 2 * Distance starter function link(indexed string)

Start Dist high B1 Binary Flag (8) G169 0x11 Setting 0xFF 8 1 2 * Distance starter function link(indexed string)

Res Low Time B2 Courier Number (time) G2 0.6 Setting 0.6 1 0.01 2 *

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Res High Time B3 Courier Number (time) G2 0.5 Setting 0.5 1 0.01 2 *

TRANS STARTERS C0 (Sub Heading)

Transient Start C1 Indexed String G172 Enabled Setting 0 2 1 2 *

Delta I2' C2 Indexed String G37 Enabled Setting 0 2 1 2 * Transient starters

Delta I2' low C3 Courier Number (current) G2 0.2 Setting 0.05 *In 5* In 0.05* In 2 *

Delta I2' high C4 Courier Number (current) G2 0.25 Setting 0.05 *In 5* In 0.05* In 2 *

Delta I1' C5 Indexed String G37 Enabled Setting 0 2 1 2 *

Delta I1' low C6 Courier Number (current) G2 0.4 Setting 0.05 *In 5* In 0.05* In 2 *

Delta I1' high C7 Courier Number (current) G2 0.5 Setting 0.05 *In 5* In 0.05* In 2 *

Start I2' C8 Indexed String G37 Enabled Setting 0 2 1 2 *

Start I2' low C9 Courier Number (current) G2 0.2 Setting 0.05 *In 5 *In 0.05*In 2 *

Start I2' high CA Courier Number (current) G2 0.25 Setting 0.05 *In 5 *In 0.05*In 2 *

Start I1' CB Indexed String G37 Enabled Setting 0 2 1 2 *

Start I1' low CC Courier Number (current) G2 1.5 Setting 0.05 *In 5 *In 0.05*In 2 *

Start I1' high CD Courier Number (current) G2 1.7 Setting 0.05 *In 5 *In 0.05*In 2 *

Start V2' CE Indexed String G37 Enabled Setting 0 2 1 2 * V2 starter

Start V2' low CF Courier Number (current) G2 5 Setting 0.1 100 0.1 2 *

Start V2' high D0 Courier Number (current) G2 7.5 Setting 0.1 100 0.1 2 *

Start Dist' low D1 Binary Flag (8) G169 0x11 Setting 0xFF 8 1 2 * Distance starter function link(indexed string)

Start Dist' high D2 Binary Flag (8) G169 0x11 Setting 0xFF 8 1 2 *(indexed string)

Res Low' Time D3 Courier Number (time) G2 0.6 Setting 0.6 1 0.01 2 *

Res High' Time D4 Courier Number (time) G2 0.5 Setting 0.5 1 0.01 2 *

Trans Start tPU D5 Courier Number (time) G2 0.02 Setting 0.02 3 0.01 2 *

Trans Start tDO D6 Courier Number (time) G2 0.5 Setting 0 1 0.01 2 *

GROUP 1 34 00 *DISTANCE SCHEMESBASIC SCHEME 01

Zone 1 Tripping 08 Indexed String G133 Phase + Ground Setting 0 3 1 2 *

Zone 1 Ph Delay 09 Courier Number (time) 0 Setting 0 10 0.01 2 *

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Zone 1 Gnd Delay 0A Courier Number (time) 0 Setting 0 10 0.01 2 *


Zone 2 Ph Delay 11 Courier Number (time) 0.5 Setting 0 10 0.01 2 *

Zone 2 Gnd Delay 12 Courier Number (time) 0.5 Setting 0 10 0.01 2 *




Zone P Tripping 20 Indexed String G133 Phase + Ground Setting 0 3 1 2 *

Zone P Ph Delay 21 Courier Number (time) 1.5 Setting 0 10 0.01 2 *

Zone P Gnd Delay 22 Courier Number (time) 1.5 Setting 0 10 0.01 2 *




AIDED SCHEME 1 40 (Sub Heading)

Aided 1 Selection 41 Indexed String G134 Disabled Setting 0 2 1 2 *

Aided 1 Distance 42 Indexed String G133 Phase + Ground Setting 0 3 1 2 *

Aided 1 Dist dly 43 Courier Number (time) 0.02 Setting 0 1 0.002 2 *

Aided 1 DEF 44 Indexed String G37 Disabled Setting 0 1 1 2 *

Aided 1 DEF dly 45 Courier Number (time) 0.02 Setting 0 1 0.002 2 *

Aided 1 DEF Trip 46 Indexed String G102 3 Pole Setting 0 1 1 2 *

tReversal Guard 4A Courier Number (time) 0.02 Setting 0 0.15 0.002 2 *

Unblocking Delay 4B Courier Number (time) 0.05 Setting 0 0.1 0.002 2 *

Send on Trip 4C Indexed String G175 0 Setting 0 2 1 2 *

Weak Infeed 50 Sub Heading *

WI Single Pole Trip 51 Indexed String G37 Disabled Setting 0 1 1 2 *

WI V< Threshold 52 Courier Number (volts) 45 Setting 10*V1 70*V1 5*V1 2 *

WI Trip Delay 53 Courier Number (time) 0.06 Setting 0 1 0.002 2 *

Custom Send Mask 58 Binary Flag G140 1 Setting 1023 10 1 2 *(indexed string)

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Custom Time PU 59 Courier Number (time) 0.02 Setting 0 1 0.002 2 *

Custom Time DO 5A Courier Number (time) 0.02 Setting 0 1 0.002 2 *

AIDED SCHEME 2 60 (Sub Heading) *

Aided 2 Selection 61 Indexed String G134 Disabled Setting 0 2 1 2 *

Aided 2 Distance 62 Indexed String G133 Phase + Ground Setting 0 3 1 2 *

Aided 2 Dist dly 63 Courier Number (time) 0.02 Setting 0 1 0.002 2 *

Aided 2 DEF 64 Indexed String G37 Disabled Setting 0 1 1 2 *

Aided 2 DEF dly 65 Courier Number (time) 0.02 Setting 0 1 0.002 2 *

Aided 2 DEF Trip 66 Indexed String G102 3 Pole Setting 0 1 1 2 *

tReversal Guard 6A Courier Number (time) 0.02 Setting 0 0.15 0.002 2 *

Unblocking Delay 6B Courier Number (time) 0.05 Setting 0 0.1 0.002 2 *

Send on Trip 6C Indexed String G175 0 Setting 0 2 1 2 *

Weak Infeed 70 (Sub Heading) *

WI Single Pole Trip 71 Indexed String G37 Disabled Setting 0 1 1 2 *

WI V< Threshold 72 Courier Number (volts) 45 Setting 10*V1 70*V1 5*V1 2 *

WI Trip Delay 73 Courier Number (time) 0.06 Setting 0 1 0.002 2 *

Custom Send Mask 78 Binary Flag G140 1 Setting 31 6 1 2 *(indexed string)

Custom Time PU 79 Courier Number (time) 0.02 Setting 0 1 0.002 2 *

Custom Time DO 7A Courier Number (time) 0.02 Setting 0 1 0.002 2 *

Trip on Close 80 (Sub Heading) * b0:Z1 on, b1: Z2 on, b2: Z3 on,b3: All on, b4: Scheme enabled

SOTF Status 81 Indexed String G165 Enabled Pole Dead Setting 0 1 1 2 *

SOTF Delay 82 Courier Number (time) 110s Setting 0.2s 1000s 1s 2 *

SOTF Tripping 83 Binary Flag G136 1 Setting 31 6 1 2 *(indexed string)

TOR Status 84 Indexed String G37 Enabled Setting 0 1 1 2 *

TOR Tripping 85 Binary Flag G136 1 Setting 31 6 1 2 *(indexed string)

TOC Reset Delay 86 Courier Number (time) 0.5s Setting 100ms 2s 100ms 2 *

SOTF Pulse 87 Courier Number (time) 0.5s Setting 100ms 10s 10ms 2 *

TOC Delay 88 Courier Number (time) 0.2s Setting 50ms 200ms 10ms 2 *

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Zone 1 Extension B0 (Sub Heading) 2 *

Zone 1Ext Status B1 Indexed String G141 Disabled Setting 0 5 1 2 *

Zone1 Ext Phs B2 Courier Number (%) 80 Setting 100 200 1 2 * Pos Seq

Zone1 Ext Gnd B3 Courier Number (%) 80 Setting 100 200 1 2 * Pos Seq

Loss of Load C0 (Sub Heading) 2 *

LoL Mode Status C1 Indexed String G141 Disabled Setting 0 5 1 2 *

Lol I< C3 Courier Number (current) 0.5 Setting 0.05*I1 1*I1 0.05*I1 2 *

LoL Window C4 Courier Number (time) 0.04 Setting 0.01 0.1 0.01 2 *

GROUP 1 35 00 *OVERCURRENTI>1 Status 01 Indexed String G100 Enabled Setting 0 5 1 2 *

I>1 Function 02 Indexed String G112 IEC S Inverse Setting 0 9 1 2 *

I>1 Directional 03 Indexed String G44 Non-Directional Setting 0 2 1 2 *

I>1 Current Set 04 Courier Number (current) 1 Setting 0.08*I1 4.0*I1 0.01*I1 2 * I>1 Current Setting

I>1 Time Delay 05 Courier Number (time) 1 Setting 0 100 0.01 2 * I>1 Definite Time

I>1 TMS 06 Courier Number (decimal) 1 Setting 0.025 1.2 0.005 2 * 4>=3502>=1

I>1 Time Dial 07 Courier Number (decimal) 7 Setting 0.01 100 0.01 2 *

I>1 Reset Char 08 Indexed String G60 DT Setting 0 1 1 2 *

I>1 tRESET 09 Courier Number (time) 0 Setting 0 100 0.01 2 * 4>=3502>=0 OR 3508=0

I>2 Status 0A Indexed String G100 Disabled Setting 0 5 1 2 *

I>2 Function 0B Indexed String G112 IEC S Inverse Setting 0 9 1 2 * I>2 Overcurrent Status

I>2 Directional 0C Indexed String G44 Non-Directional Setting 0 2 1 2

I>2 Current Set 0D Courier Number (current) 1 Setting 0.08*I1 4.0*I1 0.01*I1 2 *

I>2 Time Delay 0E Courier Number (time) 1 Setting 0 100 0.01 2 *

I>2 TMS 0F Courier Number (decimal) 1 Setting 0.025 1.2 0.005 2 * 4>=350B>=1

I>2 Time Dial 10 Courier Number (decimal) 7 Setting 0.01 100 0.01 2 *

I>2 Reset Char 11 Indexed String G60 DT Setting 0 1 1 2 *

I>2 tRESET 12 Courier Number (time) 0 Setting 0 100 0.01 2 * 4>=350B>=0 OR 3511=0

I>3 Status 13 Indexed String G100 Disabled Setting 0 5 1 2 *

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I>3 Directional 14 Indexed String G44 Directional Fwd Setting 0 2 1 2

I>3 Current Set 15 Courier Number (current) 10 Setting 0.08*I1 32*I1 0.01*I1 2 *

I>3 Time Delay 16 Courier Number (time) 0 Setting 0 100 0.01 2 *

I>4 Status 18 Indexed String G100 Disabled Setting 0 5 1 2 *

I>4 Directional 19 Indexed String G44 Non-Directional Setting 0 2 1 2

I>4 Current Set 1A Courier Number (current) 10 Setting 0.08*I1 32*I1 0.01*I1 2 *

I>4 Time Delay 1B Courier Number (time) 0 Setting 0 100 0.01 2 *

I> Char Angle 1C Courier Number (angle) 30 Setting -95 95 1 2 I> Characteristic Angle

I> Blocking 1D Binary Flag (6) G14 15 Setting 15 4 1 2 VTS Block/Auto-reclose block per stageIndexed String

GROUP 1 36 00 *NEG SEQ O/CI2>1 Status 10 Indexed String G37 Disabled Setting 0 1 1 2 *

I2>1 Function 11 Indexed String G166 DT Setting 0 9 1 2 *

I2>1 Directional 12 Indexed String G44 Non-Directional Setting 0 2 1 2 *

I2>1 Current Set 15 Courier Number (current) 0.2 Setting 0.08*I1 4*I1 0.01*I1 2 *

I2>1 Time Delay 17 Courier Number (time) 10 Setting 0 100 0.01 2 * (3610=1) AND (3611=0)

I2>1 TMS 18 Courier Number (decimal) 1 Setting 0.025 1.2 0.005 2 * (3610=1) AND (4>=3611>=1)

I2>1 Time Dial 19 Courier Number (decimal) 1 Setting 0.01 100 0.01 2 * (3610=1) AND (9>=3611>=5)

I2>1 Reset Char 1C Indexed String G60 DT Setting 0 1 1 2 * (3610=1) AND (9>=3611>=5)

I2>1 tRESET 1D Courier Number (decimal) 0 Setting 0 100 0.01 2 * (3610=1) AND (4>=3611>=0 OR(9>=3611>=5 AND 361C=0))

I2>2 Status 20 Indexed String G37 Disabled Setting 0 1 1 2 *

I2>2 Function 21 Indexed String G166 DT Setting 0 9 1 2 *



I2>2 Time Delay 27 Courier Number (time) 10 Setting 0 100 0.01 2 * (3620=1) AND (3621=0)

I2>2 TMS 28 Courier Number (decimal) 1 Setting 0.025 1.2 0.005 2 * (3620=1) AND (4>=3621>=1)

I2>2 Time Dial 29 Courier Number (decimal) 1 Setting 0.01 100 0.01 2 * (3620=1) AND (9>=3621>=5)

I2>2 Reset Char 2C Indexed String G60 DT Setting 0 1 1 2 * (3620=1) AND (9>=3621>=5)

I2>2 tRESET 2D Courier Number (decimal) 0 Setting 0 100 0.01 2 * (3620=1) AND (4>=3621>=0 OR(9>=3621>=5 AND 362C=0))

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I2>3 Time Delay 37 Courier Number (time) 10 Setting 0 100 0.01 2 *




I2>4 Time Delay 47 Courier Number (time) 10 Setting 0 100 0.01 2 *

I2> VTS Blocking 50 Binary Flag (8bits) G158 0x0F Setting 0x0F 4 1 2 *

I2> Char Angle 51 Courier Number (angle) -60 Setting -95 95 1 2 * I> Characteristic Angle

IN> V2pol Set 52 Courier Number (voltage) 5 Setting 0.5*V1 25*V1 0.5*V1 2 * IN> V2 Polarizing Setting

GROUP 1 37 00 *BROKEN CONDUCTORBroken Conductor 37 01 Indexed String G37 Enabled Setting 0 1 1 2 *

I2/I1 Setting 37 02 Courier Number (decimal) G2 0.2 Setting 0.2 1 0.01 2 *

I2/I1 Time Delay 37 03 Courier Number (time) G2 60 Setting 0 100 0.1 2 *

GROUP 1 38 00 *EARTH FAULTIN>1 Status 01 Indexed String G100 Enabled Setting 0 5 1 2 *

IN>1 Function 25 Indexed String G178 IEC S Inverse Setting 0 9 1 2 *

IN>1 Directional 26 Indexed String G44 Non-Directional Setting 0 2 1 2 *

IN>1 Current Set 29 Courier Number (current) 0.2 Setting 0.08*I1 4.0*I1 0.01*I1 2 * I>1 Current Setting

IN1>1 IDG Is 2A Courier Number (decimal) 1.5 Setting 1 4 0.1 2 *

IN>1 Time Delay 2C Courier Number (time) 1 Setting 0 200 0.01 2 * I>1 Definite Time

IN>1 TMS 2D Courier Number (decimal) 1 Setting 0.025 1.2 0.005 2 * 4>=3825>=1

IN>1 Time Dial 2E Courier Number (decimal) 7 Setting 0.01 100 0.01 2 * 9>=3825>=5

IN1>1 IDG Time 30 Courier Number (time) 1.2 Setting 1 2 0.01 2 *

IN>1 Reset Char 32 Indexed String G60 DT Setting 0 1 1 2 * 9>=3825>=5

IN>1 tRESET 33 Courier Number (time) 0 Setting 0 100 0.01 2 * 3801>=0 AND (4>=3825>=0 OR(3832=0 AND (9>=3825>=5)))

IN>2 Status 35 Indexed String G100 Disabled Setting 0 5 1 2 *

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IN>2 Function 36 Indexed String G178 IEC S Inverse Setting 0 9 1 2 * I>2 Overcurrent Status

IN>2 Directional 37 Indexed String G44 Non-Directional Setting 0 2 1 2 *

IN>2 Current Set 3A Courier Number (current) 0.2 Setting 0.08*I1 4.0*I1 0.01*I1 2 *

IN2>1 IDG Is 3B Courier Number (decimal) 1.5 Setting 1 4 0.1 2 *

IN>2 Time Delay 3D Courier Number (time) 1 Setting 0 200 0.01 2 *

IN>2 TMS 3E Courier Number (decimal) 1 Setting 0.025 1.2 0.005 2 * 4>=3836>=1

IN>2 Time Dial 3F Courier Number (decimal) 7 Setting 0.01 100 0.01 2 * 9>=3836>=5

IN2>1 IDG Time 41 Courier Number (time) 1.2 Setting 1 2 0.01 2 *

IN>2 Reset Char 43 Indexed String G60 DT Setting 0 1 1 2 * 9>=3836>=5

IN>2 tRESET 44 Courier Number (time) 0 Setting 0 100 0.01 2 * 3835>=0 AND (4>=3836>=0 OR(3843=0 AND (9>=3836>=5)))

IN>3 Status 46 Indexed String G100 Disabled Setting 0 5 1 2 *

IN>3 Directional 47 Indexed String G44 Directional Fwd Setting 0 2 1 2 *

IN>3 Current Set 4A Courier Number (current) 10 Setting 0.08*I1 32*I1 0.01*I1 2 *

IN>3 Time Delay 4B Courier Number (time) 0 Setting 0 200 0.01 2 *

IN>4 Status 4D Indexed String G100 Disabled Setting 0 5 1 2 *

IN>4 Directional 4E Indexed String G44 Non-Directional Setting 0 2 1 2 *

IN>4 Current Set 51 Courier Number (current) 10 Setting 0.08*I1 32*I1 0.01*I1 2 *

IN>4 Time Delay 52 Courier Number (time) 0 Setting 0 200 0.01 2 *

IN> Blocking 54 Binary Flag (6) G63 15 Setting 15 4 1 2 *Indexed String

IN> DIRECTIONAL 55 (Sub Heading) 2 *

IN> Char Angle 56 Courier Number (angle) -60 Setting -95 95 1 2 *

IN> Polarization 57 Indexed String G46 Zero Sequence Setting 0 1 1 2 *

IN> Voltage Pol 58 Indexed String G49 Derived Setting 0 1 1 2

IN> VNpol Set 59 Courier Number (voltage) 1 Setting 0.5*V1 40*V1 0.5*V1 2 * IN> VN Polarizing Setting

IN> V2pol Set 5A Courier Number (voltage) 1 Setting 0.5*V1 25*V1 0.5*V1 2 * IN> V2 Polarizing Setting

IN> I2pol Set 5B Courier Number (current) 0.08 Setting 0.08*I1 1.0*I1 0.01*I1 2 * IN> I2 Polarizing Setting

GROUP 1 39 00 *AIDED DEFDEF Status 02 Indexed String G37 Enabled Setting 0 1 1 2 *

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DEF Polarizing 03 Indexed String G46 Zero Sequence Setting 0 1 1 2 *

DEF Char Angle 04 Courier Number (angle) -60 Setting -95 95 1 2 *

DEF VNpol Set 05 Courier Number (voltage) 1 Setting 0.5*V1 40*V1 0.5*V1 2 * IN> VN Polarizing Setting

DEF V2pol Set 06 Courier Number (voltage) 1 Setting 0.5*V1 25*V1 0.5*V1 2 * IN> V2 Polarizing Setting

DEF Threshold 07 Courier Number (current) 0.08 Setting 0.08*I1 1.0*I1 0.01*I1 2 * IN> I2 Polarizing Setting

GROUP 1 3A 00 * GROUP 1 - SENSITIVE EARTH FAULTSENSITIVE E/FSens E/F Options 01 Indexed String G58 SEF Enabled Setting 0 1 1 2 * Sensitive Earth Fault Options

ISEF>1 Function 2A Indexed String G152 DT Setting 0 10 1 2 *

ISEF>1 Direction 2B Indexed String G44 Non-Directional Setting 0 2 1 2 * ISEF>1 Directionality

ISEF>1 Current 2E Courier Number (current) 0.05 Setting 0.005*I3 0.1*I3 0.00025*I3 2 * ISEF>1 Current Setting

ISEF>1 IDG Is 2F Courier Number (decimal) 1.5 Setting 1 4 0.1 2 *

ISEF>1 Delay 31 Courier Number (time) 1 Setting 0 200 0.01 2 * ISEF>1 Definite Time

ISEF>1 TMS 32 Courier Number (decimal) 1 Setting 0.025 1.2 0.005 2 * 5>=3A2A>=2

ISEF>1 Time Dial 33 Courier Number (decimal) 1 Setting 0.01 100 0.01 2 * 10>=3A2A>=6

ISEF>1 IDG Time 34 Courier Number (time) 1.2 Setting 1 2 0.01 2 *

ISEF>1 Reset Chr 36 Indexed String G60 DT Setting 0 1 1 2 * 10>=3A2A>=6

ISEF>1 tRESET 37 Courier Number (time) 0 Setting 0 100 0.01 2 * 5>=3A2A>=1 OR(3A36=0 AND (10>=3A2A>=6))

ISEF>2 Function 3A Indexed String G152 Disabled Setting 0 10 1 2 *

ISEF>2 Direction 3B Indexed String G44 Non-Directional Setting 0 2 1 2 *

ISEF>2 Current 3E Courier Number (current) 0.05 Setting 0.005*I3 0.1*I3 0.00025*I3 2 *

ISEF>2 IDG Is 3F Courier Number (decimal) 1.5 Setting 1 4 0.1 2 *

ISEF>2 Delay 41 Courier Number (time) 1 Setting 0 200 0.01 2 *

ISEF>2 TMS 42 Courier Number (decimal) 1 Setting 0.025 1.2 0.005 2 * 5>=3A3A>=2

ISEF>2 Time Dial 43 Courier Number (decimal) 1 Setting 0.01 100 0.01 2 * 10>=3A3A>=6

ISEF>2 IDG Time 44 Courier Number (time) 1.2 Setting 1 2 0.01 2 *

ISEF>2 Reset Chr 46 Indexed String G60 DT Setting 0 1 1 2 * 10>=3A3A>=6

ISEF>2 tRESET 47 Courier Number (time) 0 Setting 0 100 0.01 2 * 5>=3A3A>=1 OR(3A46=0 AND (10>=3A3A>=6))

ISEF>3 Status 49 Indexed String G37 Disabled Setting 0 1 1 2 * ISEF>3 Sensitive Earth Fault Status

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ISEF>3 Direction 4A Indexed String G44 Non-Directional Setting 0 2 1 2 * ISEF>3 Directionality

ISEF>3 Current 4D Courier Number (current) 0.4 Setting 0.005*I3 0.8*I3 0.001*I3 2 * ISEF>3 Current Setting

ISEF>3 Delay 4E Courier Number (time) 0.5 Setting 0 200 0.01 2 * ISEF>3 Definite Time

ISEF>4 Status 50 Indexed String G37 Disabled Setting 0 1 1 2 * ISEF>4 Sensitive Earth Fault Status

ISEF>4 Direction 51 Indexed String G44 Non-Directional Setting 0 2 1 2 * ISEF>4 Directionality

ISEF>4 Current 54 Courier Number (current) 0.6 Setting 0.005*I3 0.8*I3 0.001*I3 2 * ISEF>4 Current Setting

ISEF>4 Delay 55 Courier Number (time) 0.25 Setting 0 200 0.01 2 * ISEF>4 Definite Time

ISEF> Blocking 57 Binary Flag (6) G64 15 Setting 63 6 1 2 *Indexed String

ISEF DIRECTIONAL 58 (Sub Heading) 2 * ISEF Directional Element

ISEF> Char Angle 59 Courier Number (angle) 90 Setting -95 95 1 2 * Characteristic Angle

ISEF> Vpol Input 5A Indexed String G49 Derived Setting 0 1 1 2 Polarizing Neutral Voltage Input

ISEF> VNpol Set 5B Courier Number (voltage) 5 Setting 0.5*V1 88*V1 0.5*V1 2 * Polarization voltage Vop>

Wattmetric SEF 5D (Sub Heading) * Wattmetric Earth Fault

PN> Setting 5E Courier Number (power) 9 Setting 0.0*V1*I3 20*V1*I3 0.05*V1*I3 2 * Po> Power Setting

GROUP 1 3B 00RESIDUAL O/V NVDVN Input 01 Indexed String G49 Data *

VN>1 Function 02 Indexed String G23 DT Setting 0 2 1 2 *

VN>1 Voltage Set 03 Courier Number (Voltage) 5 Setting 1*V1 50*V1 1*V1 2 *

VN>1 Time Delay 04 Courier Number (Time) 5 Setting 0 100 0.01 2 *

VN>1 TMS 05 Courier Number (Decimal) 1 Setting 0.5 100 0.5 2 *

VN>1 tReset 06 Courier Number (Time) 0 Setting 0 100 0.01 2 *

VN>2 Status 07 Indexed String G37 Disabled Setting 0 1 1 2 *

VN>2 Voltage Set 08 Courier Number (Voltage) 10 Setting 1*V1 50*V1 1*V1 2 *

VN>2 Time Delay 09 Courier Number (Time) 10 Setting 0 100 0.01 2 *

GROUP 1 3C 00 *THERMAL OVERLOADCharacteristic 01 Indexed String G67 Single Setting 0 2 1 2 *

Thermal Trip 02 Courier Number (current) 1 Setting 0.08*I1 4.0*I1 0.01*I1 2 *

Thermal Alarm 03 Courier Number (percentage) 70 Setting 50 100 1 2 *

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Time Constant 1 04 Courier Number (time-minutes) 10 Setting 1 200 1 2 *

Time Constant 2 05 Courier Number (time-minutes) 5 Setting 1 200 1 2 *

GROUP 1 3D 00 *POWER SWINGPower Swing 01 Indexed String G137 Blocking Setting 0 1 1 2 *

Zone 1 Ph PSB 03 Indexed String G132 Blocking Setting 0 1 1 2 *



Zone P Ph PSB 09 Indexed String G132 Blocking Setting 0 1 1 2 *

Zone 4 Ph PSB 0B Indexed String G132 Blocking Setting 0 1 1 2 *

Zone 1 Gnd PSB 0D Indexed String G132 Blocking Setting 0 1 1 2 *

Zone 2 Gnd PSB 0F Indexed String G132 Blocking Setting 0 1 1 2 *

Zone 3 Gnd PSB 11 Indexed String G132 Blocking Setting 0 1 1 2 *

Zone P Gnd PSB 13 Indexed String G132 Blocking Setting 0 1 1 2 *

Zone 4 Gnd PSB 15 Indexed String G132 Blocking Setting 0 1 1 2 *

PSB Unblocking 20 Indexed String G37 Disabled Setting 0.1 10 0.1 2 *

PSB Unblock dly 21 Courier Number (time) 2 Setting 0.1 10 0.1 2 *

PSB Reset Delay 22 Courier Number (Time) 0.2 Setting 0.05 2 0.05 2 *

OST Mode 23 Indexed String G176 0 Setting 0 2 1 2 *

Z5 24 Courier Number (Ohms) 30 Setting 0.1 500 0.01 2 *

Z6 25 Courier Number (Ohms) 32 Setting 0.1 500 0.01 2 *

Z5' 26 Courier Number (Ohms) -30 Setting -500 -0.1 0.01 2 *

Z6' 27 Courier Number (Ohms) -32 Setting -500 -0.1 0.01 2 *

R5 28 Courier Number (Ohms) 20 Setting 0.1 200 0.01 2 *

R6 29 Courier Number (Ohms) 22 Setting 0.1 200 0.01 2 *

R5' 2A Courier Number (Ohms) -20 Setting -0.1 -200 0.01 2 *

R6' 2B Courier Number (Ohms) -22 Setting -0.1 -200 0.01 2 *

Blinder Angle 2C Courier Number (angle) 80 Setting 20 90 1 2 *

delta T 2D Courier Number (time) 0.04 Setting 0.04 1 0.001 2 *

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tOST 2E Courier Number (time) 0 Setting 0 1 0.01 2 *

GROUP 1 3E 00 *COLD LOAD PICKUPtcold Time Delay 01 Courier Number (time) G2 1 Setting 0 14400 1 2 *

tclp Time Delay 02 Courier Number (time) G2 2 Setting 0 14400 1 2 *

OVERCURRENT 03 (Sub Heading) (Sub Heading) *

I>1 Status 04 Indexed String G106 Enable Setting 0 1 1 2 * (0910=1) AND (3501<>0)

I>1 Current Set 05 Courier Number (current) G2 1 Setting 0.08*I1 4.0*I1 0.01*I1 2 * (0910=1) AND (3501<>0)AND (3E04=1)

I>1 Time Delay 06 Courier Number (time) G2 2 Setting 0 100 0.01 2 * (0910=1) AND (3501<>0) AND (3E04=1) AND (3502=0)

I>1 TMS 07 Courier Number (decimal) G2 1 Setting 0.025 1.2 0.025 2 * (0910=1) AND (3501<>0) AND (3E04=1) AND (4>=3502>=1)

I>1 Time Dial 08 Courier Number (decimal) G2 4 Setting 0.5 15 0.1 2 * (0910=1) AND (3501<>0) AND (3E04=1) AND (9>=3502>=5)

I>2 Status 09 Indexed String G106 Enable Setting 0 1 1 2 * (0910=1) AND (350A<>0)

I>2 Current Set 0A Courier Number (current) G2 1 Setting 0.08*I1 4.0*I1 0.01*I1 2 * (0910=1) AND (350A<>0) AND (3E09=1)

I>2 Time Delay 0B Courier Number (time) G2 2 Setting 0 100 0.01 2 * (0910=1) AND (350A<>0) AND (3E09=1) AND (350B=0)

I>2 TMS 0C Courier Number (decimal) G2 1 Setting 0.025 1.2 0.025 2 * (0910=1) AND (350A<>0) AND (3E09=1) AND (4>=350B>=1)

I>2 Time Dial 0D Courier Number (decimal) G2 4 Setting 0.5 15 0.1 2 * (0910=1) AND (350A<>0) AND (3E09=1) AND (9>=350B>=5)

I>3 Status 0E Indexed String G106 Block Setting 0 1 1 2 * (0910=1) AND (3513<>0)

I>3 Current Set 0F Courier Number (current) G2 1 Setting 0.08*I1 32*I1 0.01*I1 2 * (0910=1) AND (3513<>0) AND (3E0E=1)

I>3 Time Delay 10 Courier Number (time) G2 2 Setting 0 100 0.01 2 * (0910=1) AND (3513<>0) AND (3E0E=1)

I>4 Status 11 Indexed String G106 Block Setting 0 1 1 2 * (0910=1) AND (3518<>0)

I>4 Current Set 12 Courier Number (current) G2 1 Setting 0.08*I1 32*I1 0.01*I1 2 * (0910=1) AND (3518<>0) AND (3E11=1)

I>4 Time Delay 13 Courier Number (time) G2 2 Setting 0 100 0.01 2 * (0910=1) AND (3518<>0) AND (3E11=1)

STAGE 1 E/F 1 14 (Sub Heading) (0913=1) AND (3801<>0)

IN1>1 Status 15 Indexed String G106 Enable Setting 0 1 1 2 * (0913=1) AND (3801<>0)

IN1>1 Current 16 Courier Number (current) G2 1 Setting 0.08*I1 4.0*I1 0.01*I1 2 * (0913=1) AND (3801<>0) AND (3E15=1)

IN1>1 Time Delay 17 Courier Number (time) G2 2 Setting 0 200 0.01 2 * (0913=1) AND (3801<>0) AND (3E15=1) AND (3825=0)

IN1>1 TMS 18 Courier Number (decimal) G2 1 Setting 0.025 1.2 0.025 2 * (0913=1) AND (3801<>0) AND (3E15=1) AND (4>=3825>=1)

IN1>1 Time Dial 19 Courier Number (decimal) G2 4 Setting 0.5 15 0.1 2 * (0913=1) AND (3801<>0) AND (3E15=1) AND (9>=3825>=5)

IN1>1 IDG Is 1A Courier Number (current) G2 1.5 Setting 1 4 0.1 2 * (0913=1) AND (3801<>0) AND (3E15=1) AND (3825=10)

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GROUP 1 3F 00PRODUCT SPECIFICGROUP 1 40 00PRODUCT SPECIFICGROUP 1 41 00PRODUCT SPECIFICGROUP 1 42 00 *VOLTAGE PROTECTIONUNDER VOLTAGE 01 (Sub Heading) *

V< Measur't Mode 02 Indexed String G47 Phase-Phase Setting 0 3 1 2 *

V< Operate Mode 03 Indexed String G48 Any Phase Setting 0 3 1 2 *

V<1 Function 04 Indexed String G23 DT Setting 0 2 1 2 *

V<1 Voltage Set 05 Courier Number (voltage) 80 Setting 10*V1 120*V1 1*V1 2 * Range covers Ph-N & Ph-Ph

V<1 Time Delay 06 Courier Number (time) 10 Setting 0 100 0.01 2 *

V<1 TMS 07 Courier Number (decimal) 1 Setting 0.5 100 0.5 2 *

V<1 Poledead Inh 08 Indexed String G37 Enabled Setting 0 1 1 2 *

V<2 Status 09 Indexed String G37 Disabled Setting 0 1 1 2 *

V<2 Voltage Set 0A Courier Number (voltage) 60 Setting 10*V1 120*V1 1*V1 2 * Phase-Neutral

V<2 Time Delay 0B Courier Number (time) 5 Setting 0 100 0.01 2 *

V<2 Poledead Inh 0C Indexed String G37 Enabled Setting 0 1 1 2 *

OVERVOLTAGE 0D (Sub Heading) *

V> Measur't Mode 0E Indexed String G180 Phase-Phase Setting 0 3 1 2 *

V> Operate Mode 0F Indexed String G181 Any Phase Setting 0 3 1 2 *

V>1 Function 10 Indexed String G23 DT Setting 0 2 1 2 *

V>1 Voltage Set 11 Courier Number (voltage) 130 Setting 60*V1 185*V1 1*V1 2 *

V>1 Time Delay 12 Courier Number (time) 10 Setting 0 100 0.01 2 *

V>1 TMS 13 Courier Number (decimal) 1 Setting 0.5 100 0.5 2 *

V>2 Status 14 Indexed String G37 Disabled Setting 0 1 1 2 *

V>2 Voltage Set 15 Courier Number (voltage) 150 Setting 60*V1 185*V1 1*V1 2 *

V>2 Time Delay 16 Courier Number (time) 0.5 Setting 0 100 0.01 2 *

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GROUP 1 43 00 *FREQ PROTECTIONUNDER FREQUENCY 01 (Sub Heading) *

F<1 Status 02 Indexed String G37 Enabled Setting 0 1 1 2 *

F<1 Setting 03 Courier Number (Frequency) 49.5 Setting 45 65 0.01 2 *

F<1 Time Delay 04 Courier Number (Time) 4 Setting 0 100 0.01 2 *

F<2 Status 05 Indexed String G37 Disabled Setting 0 1 1 2 *

F<2 Setting 06 Courier Number (Frequency) 49 Setting 45 65 0.01 2 *

F<2 Time Delay 07 Courier Number (Time) 3 Setting 0 100 0.01 2 *

F<3 Status 08 Indexed String G37 Disabled Setting 0 1 1 2 *

F<3 Setting 09 Courier Number (Frequency) 48.5 Setting 45 65 0.01 2 *

F<3 Time Delay 0A Courier Number (Time) 2 Setting 0 100 0.01 2 *

F<4 Status 0B Indexed String G37 Disabled Setting 0 1 1 2 *

F<4 Setting 0C Courier Number (Frequency) 48 Setting 45 65 0.01 2 *

F<4 Time Delay 0D Courier Number (Time) 1 Setting 0 100 0.01 2 *

F< Function Link 0E Binary Flag (4 bits) G65 0 Setting 15 4 1 2 *

OVER FREQUENCY 0F (Sub Heading) *

F>1 Status 10 Indexed String G37 Enabled Setting 0 1 1 2 *

F>1 Setting 11 Courier Number (Frequency) 50.5 Setting 45 65 0.01 2 *

F>1 Time Delay 12 Courier Number (Time) 2 Setting 0 100 0.01 2 *

F>2 Status 13 Indexed String G37 Disabled Setting 0 1 1 2 *

F>2 Setting 14 Courier Number (Frequency) 51 Setting 45 65 0.01 2 *

F>2 Time Delay 15 Courier Number (Time) 1 Setting 0 100 0.01 2 *

GROUP 1 44 00 *DF/DT PROTECTIONdf/dt Avg.Cycles 01 Unsigned Integer (16 bits) 6 Setting 6 12 6 2 *

df/dt>1 Status 04 Indexed String G37 Enabled Setting 0 1 1 2 *

df/dt>1 Setting 05 Courier Number (Hz/sec) 2 Setting 0.1 10 0.1 2 *

df/dt>1 Dir'n 06 Indexed String G157 Negative Setting 0 2 1 2 *

df/dt>1 Time 07 Courier Number (Time) 0.5 Setting 0 100 0.01 2 *

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df/dt>2 Status 0B Indexed String G37 Enabled Setting 0 1 1 2 *

df/dt>2 Setting 0C Courier Number (Hz/sec) 2 Setting 0.1 10 0.1 2 *

df/dt>2 Dir'n 0D Indexed String G157 Negative Setting 0 2 1 2 *

df/dt>2 Time 0E Courier Number (Time) 1 Setting 0 100 0.01 2 *

df/dt>3 Status 12 Indexed String G37 Enabled Setting 0 1 1 2 *

df/dt>3 Setting 13 Courier Number (Hz/sec) 2 Setting 0.1 10 0.1 2 *

df/dt>3 Dir'n 14 Indexed String G157 Negative Setting 0 2 1 2 *

df/dt>3 Time 15 Courier Number (Time) 2 Setting 0 100 0.01 2 *

df/dt>4 Status 19 Indexed String G37 Enabled Setting 0 1 1

df/dt>4 Setting 1A Courier Number (Hz/sec) 2 Setting 0.1 10 0.1 2 *

df/dt>4 Dir'n 1B Indexed String G157 Negative Setting 0 2 1 2 *

df/dt>4 Time 1C Courier Number (Time) 3 Setting 0 100 0.01 2 *

GROUP1 45 00CB FAIL & I<BREAKER FAIL 01 (Sub Heading) *

CB Fail 1 Status 02 Indexed String G37 Enabled Setting 0 1 1 2 *

CB Fail 1 Timer 03 Courier Number (time) 0.2 Setting 0 10 0.01 2 *

CB Fail 2 Status 04 Indexed String G37 Disabled Setting 0 1 1 2 *

CB Fail 2 Timer 05 Courier Number (time) 0.4 Setting 0 10 0.01 2 *

Volt Prot Reset 06 Indexed String G68 Setting 0 2 1 2 *

Ext Prot Reset 07 Indexed String G68 Prot Reset & I< Setting 0 2 1 2 *

WI Prot Reset 08 Indexed String G37 Disabled Setting 0 1 1 2 *

UNDER CURRENT 0A (Sub Heading) *

I< Current Set 0B Courier Number (current) 0.05 Setting 0.02*I1 3.2*I1 0.01*I1 2 *

ISEF< Current 0D Courier Number (current) 0.02 Setting 0.001*I3 0.8*I3 0.0005*I3 2 *

PoleDead Voltage 0E (Sub Heading) *

V< 10 Courier Number (voltage) 38.1 Setting 10*V1 40*V1 0.1*V1 2 *

BLOCKED O/C (Sub Heading) Blocked Overcurrent Schemes

Remove I> Start Indexed String G37 Disabled Setting 0 1 1 2

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Remove IN> Start Indexed String G37 Disabled Setting 0 1 1 2

GROUP 1 46 00 *SUPERVISIONVTS Mode 01 Indexed String G174 Measured + MCB Setting 0 2 1 2 *

VTS Status 02 Indexed String G7 Blocking Setting 0 2 1 2 *

VTS Reset Mode 03 Indexed String G69 Manual Setting 0 1 1 2 *

VTS Time Delay 04 Courier Number (time) 5 Setting 1 10 0.1 2 *

VTS I> Inhibit 05 Courier Number (current) 10 Setting 0.08*I1 32*I1 0.01*I1 2 *

VTS I2> Inhibit 06 Courier Number (current) 0.05 Setting 0.05*I1 0.5*I1 0.01*I1 2 *

INRUSH DETECTION 0E (Sub Heading) *

I>2nd Harmonic 0F Courier Number (percentage) 10 Setting 10 100 5 2 *

WEAK INFEED BLK 10 (Sub Heading)

WI Inhibit 11 Indexed String G37 Enabled Setting 0 1 1 2 *

I0/I2 Setting 12 Courier Number (decimal) G2 3 Setting 2 3 0.1 2 *

CT SUPERVISION 30 (Sub Heading) *

CTS Mode 31 Indexed String G146 Disabled Setting 0 1 1 2 *

CTS Mode 31 Indexed String G146 Disabled Setting 0 3 1 2*

CTS Status 32 Indexed String G153 Restrain Setting 0 1 1 2*

CTS Reset Mode 33 Indexed String G69 Manual Setting 0 1 1 2*

CTS Time Delay 34 Courier Number (time) 5 Setting 0 10 0.01 2 4631 <> 0 AND 4632 = 0*

CTS VN< Inhibit 35 Courier Number (voltage) 5 Setting 0.5*V1 22*V1 0.5*V1 2 * 4631 = 1 OR 4631 = 3

CTS IN> Set 36 Courier Number (current) 0.1 Setting 0.08*I1 4*I1 0.01*I1 2 * 4631 = 1 OR 4631 = 3

N/A 47

GROUP 1 48 00 *SYSTEM CHECKSVOLTAGE MONITORS 14 (Sub Heading) * VOLTAGE MONITORS

Live Voltage 15 Courier Number (voltage) 32 Setting 1*V1 132*V1 0.5*V1 2 * Live Voltage

Dead Voltage 16 Courier Number (voltage) 13 Setting 1*V1 132*V1 0.5*V1 2 * Dead Voltage

CHECK SYNC 17 (Sub Heading) * CHECK SYNC

CS1 Status 18 Indexed String G37 Enabled Setting 0 1 1 2 * CS1 Status

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CS1 Phase Angle 19 Courier Number 20 Setting 0 90 1 2 * CS1 Phase Angle

CS1 Slip Control 1A Indexed String G42 Frequency Setting 0 3 1 2 * CS1 Slip Control

CS1 Slip Freq 1B Courier Number 0.05 Setting 0.02 1 0.01 2 * (4818 = 1) AND (481A > 1)

CS1 Slip Timer 1C Courier Number 1 Setting 0 99 0.1 2 * (4818 = 1) AND (481A > 0)

CS2 Status 1D Indexed String G37 Disabled Setting 0 1 1 2 * CS2 Status

CS2 Phase Angle 1E Courier Number 20 Setting 0 90 1 2 * CS2 Phase Angle

CS2 Slip Control 1F Indexed String G42 Frequency Setting 0 3 1 2 * CS2 Slip Control

CS2 Slip Freq 20 Courier Number 0.05 Setting 0.02 1 0.01 2 * (481D = 1) AND (481F > 1)

CS2 Slip Timer 21 Courier Number 1 Setting 0 99 0.1 2 * (481D = 1) AND (481F > 0)

CS Undervoltage 22 Courier Number (voltage) 54 Setting 10*V1 132*V1 0.5*V1 2 * (4818 = 1) OR (481D = 1)

CS Overvoltage 23 Courier Number (voltage) 130 Setting 60*V1 185*V1 0.5*V1 2 * (4818 = 1) OR (481D = 1)

CS Diff Voltage 24 Courier Number (voltage) 6.5 Setting 1*V1 132*V1 0.5*V1 2 * (4818 = 1) OR (481D = 1)

CS Voltage Block 25 Courier Number (voltage) G41 Undervoltage Setting 0*V1 7*V1 1*V1 2 * (4818 = 1) OR (481D = 1)

SYSTEM SPLIT 26 (Sub Heading) * SYSTEM SPLIT

SS Status 27 Indexed String G37 Enabled Setting 0 1 1 2 * SS Status

SS Phase Angle 28 Courier Number 120 Setting 90 175 1 2 * SS Phase Angle

SS Under V Block 29 Indexed String G37 Enabled Setting 0 1 1 2 * SS Under V Block

SS Undervoltage 2A Courier Number (voltage) 54 Setting 10*V1 132*V1 0.5*V1 2 * SS Undervoltage

SS Timer 2B Courier Number 1 Setting 0 99 0.1 2 * SS Timer

GROUP 1 49 00 *AUTO-RECLOSESingle Pole Shot 05 Unsigned Integer (16 bits) 1 Setting 1 4 1 2 * AR on 1 pole

Three Pole Shot 06 Unsigned Integer (16 bits) 1 Setting 1 4 1 2 * AR on 3 pole

1 Pole Dead Time 07 Courier Number (time) 0.5 Setting 0.05 10 0.01 2 * 1PDTIME

Dead Time 1 08 Courier Number (time) 0.3 Setting 0.05 30 0.01 2 * DTime1

Dead Time 2 09 Courier Number (time) 60 Setting 1 1800 1 2 * DTime2

Dead Time 3 0A Courier Number (time) 180 Setting 1 3600 1 2 * DTime3

Dead Time 4 0B Courier Number (time) 180 Setting 1 3600 1 2 * DTime4

CB Healthy Time 0C Courier Number (time) 5 Setting 1 3600 1 2 *

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Reclaim Time 0F Courier Number (time) 180 Setting 1 600 1 2 * Reclaim time

AR Inhibit Time 10 Courier Number (time) 5 Setting 0.01 600 0.01 2 * AR Inhibit Time Delay

Check Sync Time 25 Courier Number (time) 5 Setting 0.01 9999 0.01 2 * Check Sync Window

Z2T AR 27 Indexed String G114 Initiate AR Setting 0 2 1 2 *

Z3T AR 28 Indexed String G114 Initiate AR Setting 0 2 1 2 *

ZPT AR 29 Indexed String G114 No Action Setting 0 2 1 2

Z4T AR 2A Indexed String G114 Initiate AR Setting 0 2 1 2 *

DEF Aided AR 2B Indexed String G114 Block AR Setting 0 2 1 2 *

TOR AR 2D Indexed String G114 Block AR Setting 0 2 1 2 *

I>1 AR 2F Indexed String G114 No Action Setting 0 2 1 2 *

I>2 AR 30 Indexed String G114 No Action Setting 0 2 1 2 *



IN>1 AR 33 Indexed String G114 No Action Setting 0 2 1 2 *




Mult Phase AR 39 Indexed String G115 BAR 3 Phase Setting 0 2 1 2 *

Dead Time Start 3A Indexed String G127 Protection Op Setting 0 2 1 2 *

Discrim Time 3B Courier Number (time) 0.1 Setting 0.1 5 0.01 2

ISEF>1 AR 3C Indexed String G114 No Action Setting 0 2 1 2 *

ISEF>2 AR 3D Indexed String G114 No Action Setting 0 2 1 2 *

ISEF>3 AR 3E Indexed String G114 No Action Setting 0 2 1 2 *

ISEF>4 AR 3F Indexed String G114 No Action Setting 0 2 1 2 *

SYSTEM CHECKS 40 (Sub Heading) * SYSTEM CHECKS

CheckSync1 Close 41 Indexed String G37 Enabled Setting 0 1 1 2 *

CheckSync2 Close 42 Indexed String G37 Disabled Setting 0 1 1 2 *

LiveLine/DeadBus 43 Indexed String G37 Enabled Setting 0 1 1 2 *

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DeadLine/LiveBus 44 Indexed String G37 Enabled Setting 0 1 1 2 *

DeadLine/DeadBus 45 Indexed String G37 Disabled Setting 0 1 1 2 *

CS AR Immediate 46 Indexed String G37 Disabled Setting 0 1 1 2 *

SysChk on Shot 1 47 Indexed String G37 Disabled Setting 0 1 1 2 * SYNC AR3 Fast

GROUP 1 4A 00 *INPUT LABELSOpto Input 1 01 ASCII Text (16) Setting 32 163 1 2 *

Opto Input 2 02 ASCII Text (16) Setting 32 163 1 2 *








Opto Input 10 0A ASCII Text (16) Setting 32 163 1 2 *

Opto Input 11 0B ASCII Text (16) Setting 32 163 1 2 *

Opto Input 12 0C ASCII Text (16) Setting 32 163 1 2 *

Opto Input 13 0D ASCII Text (16) Setting 32 163 1 2 *

Opto Input 14 0E ASCII Text (16) Setting 32 163 1 2 *

Opto Input 15 0F ASCII Text (16) Setting 32 163 1 2 *


GROUP 1 4B 00 *OUTPUT LABELSRelay 1 01 ASCII Text (16) Setting 32 163 1 2 *

Relay 2 02 ASCII Text (16) Setting 32 163 1 2 *





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Relay 10 0A ASCII Text (16) Setting 32 163 1 2 *

Relay 11 0B ASCII Text (16) Setting 32 163 1 2 *

Relay 12 0C ASCII Text (16) Setting 32 163 1 2 *

Relay 13 0D ASCII Text (16) Setting 32 163 1 2 *

Relay 14 0E ASCII Text (16) Setting 32 163 1 2 *

Relay 15 0F ASCII Text (16) Setting 32 163 1 2 *











Relay 26 1A ASCII Text (16) Setting 32 163 1 2 *

Relay 27 1B ASCII Text (16) Setting 32 163 1 2 *

Relay 28 1C ASCII Text (16) Setting 32 163 1 2 *

Relay 29 1D ASCII Text (16) Setting 32 163 1 2 *

Relay 30 1E ASCII Text (16) Setting 32 163 1 2 *

Relay 31 1F ASCII Text (16) Setting 32 163 1 2 *


GROUP 1 4C 00N/A

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GROUP 2 PROTECTION SETTINGSRepeat of Group 1 50 00 *columns/rowsGROUP 3 PROTECTION SETTINGSRepeat of Group 1 70 00 * columns/rowsGROUP 4 PROTECTION SETTINGSRepeat of Group 1 90 00 * columns/rowsThis is an invisible column for auto extraction of event records, do not redefine any of its rows but keep it consistent with column [01](No Header) B0 00 Auto extraction Event Record ColumnSelect Record 01 Unsigned Integer(2) Setting 0 65535 1 * Unique cyclical fault number(from event)This is an invisible column for auto extraction of event records, do not redefine any of its rows but keep it consistent with column [01]No Header B1 00DATA TRANSFER (No Header) B2 00Domain 04 Indexed String PSL Settings Setting 0 1 1 2 *Sub-Domain 08 Indexed String Group 1 Setting 0 3 1 2 *Version 0C Unsigned Integer (2 Bytes) 256 Setting 0 65535 1 2 *Start 10 Not Used *Length 14 Not Used *Reference 18 Not Used *Transfer Mode 1C Unsigned Integer Indexed String G76 6 Setting 0 7 1 2 *Data Transfer 20 Repeated groups of Unsigned Integers Setting * Only settable if Domain = PSL SettingsRECORDER CONTROL (No Header) B3 00UNUSED 01Recorder Source 02 Indexed String 0 Samples Data *Reserved for future use 03-1FRECORDER EXTRACTION B4 00COLUMN (No Header)Select Record 01 Unsigned Integer 0 Setting -199 199 1 0 *Trigger Time 02 IEC870 Time & Date Data *Active Channels 03 Binary Flag Data * CS103 onlyChannel Types 04 Binary Flag Data * CS103 onlyChannel Offsets 05 Courier Number (decimal) Data * CS103 onlyChannel Scaling 06 Courier Number (decimal) Data * CS103 onlyChannel SkewVal 07 Integer Data * CS103 onlyChannel MinVal 08 Integer Data * CS103 onlyChannel MaxVal 09 Integer Data * CS103 onlyFormat 0A Unsigned Integer Data * 0 - uncompressed, 1 - compressedUpload 0B Unsigned Integer Data *UNUSED 0C-0FNo. Of Samples 10 Unsigned Integer Data * CS103 onlyTrig Position 11 Unsigned Integer Data * CS103 onlyTime Base 12 Courier Number (time) Data * CS103 onlyUNUSED 13Sample Timer 14 Unsigned Integer Data * CS103 onlyUNUSED 15-1FDist. Channel 1 20 Integer Data * CS103 onlyDist. Channel 2 21 Integer Data * CS103 onlyDist. Channel 3 22 Integer Data * CS103 only

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MiCOM P547

P547/EN MD/D32

(MD) - 61



Dist. Channel 4 23 Integer Data * CS103 onlyDist. Channel 5 24 Integer Data * CS103 onlyDist. Channel 6 25 Integer Data * CS103 onlyDist. Channel 7 26 Integer Data * CS103 onlyDist. Channel 8 27 Integer Data * CS103 onlyDist. Channel 9 28 Integer Data * CS103 onlyDist. Channel 10 29 Integer Data * CS103 onlyDist. Channel 11 2A Integer Data * CS103 onlyDist. Channel 12 2B Integer Data * CS103 onlyDist. Channel 13 2C Integer Data * CS103 onlyDist. Channel 31 3D Binary Flag Data * CS103 onlyDist. Channel 32 3E Binary Flag Data * CS103 only

Data Number of Disturbance Records (0 to 200)Data Oldest Stored Disturbance Record(1 to 65535)

Data * Number of Registers in Current PageData * Disturbance Record Page (0 to 65535)Setting 1 65535 1 2 * Select Disturbance RecordData * Timestamp of selected record

Calibration Coefficients (Hidden) (Note B5Cal Soft Version 01 ASCII Text (16) *Cal Date and Time 02 IEC Date and time *Channel Types 03 Repeated Group 16 * Binary Flag 8 bits *Cal Coeffs 04 Block transfer Repeated Group of UINT32

(4 coeffs voltage channel, 8 coeffs current channel)

*

Comms Diagnostics (Hidden) B6 00 Note: No text in column text Err Count F 01 UINT32 *Msg Count F 02 UINT32 *Prot Count F 03 UINT32 *Slave Count F 04 UINT32 *Reset Count F 05 (Reset Menu Cell cmd only) *Err Count R 06 UINT32 *Prot Count R 07 UINT32 *Slave Count R 08 UINT32 *Busy Count R 09 UINT32 *Reset Count R 0A (Reset Menu Cell cmd only) *

PSL DATA B7 00 *

Grp1 PSL Ref B7 01 ASCII Text (32 chars) Default PSL "model number" Data *

Date/Time B7 02 IEC870 Date & Time Data * When downloaded

Grp1 PSL ID B7 03 Unsigned Integer (32 bits) 0 Data *




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MiCOM P547

P547/EN MD/D32

(MD) - 62









COMMS SYS DATA BF 00Dist Record Cntrl Ref 01 Menu Cell(2) B300 Data * Disturbance Record Control ReferenceDist Record Extract Ref 02 Menu Cell(2) B400 Data * Disturbance Record Extraction ReferenceSetting Transfer 03 Unsigned Integer Setting *Reset Demand 04 None (Reset Menu Cell) Data (but * Rest Measurements Demand ValuesUNUSED 05Block Xfer Ref 06 Menu Cell(2) B200 Data * Block Transfer Reference

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MiCOM P547

P547/EN MD/D32

(MD) - 63

Data Types

Type Value / Bit Mask Description NotesG1 UNSIGNED INTEGER e.g.. 5678 stored as 5678G2 NUMERIC SETTING See 50300.3110.004G3 ASCII TEXT CHARACTERS

0x00FF 2nd character0xFF00 1st character

G4 PLANT STATUS (2 REGISTERS) (0 = Off, 1 = On)(Second Reg, First Reg)0x0000,0x0001 Plant Status 10x0000,0x0002 Plant Status 2 0x0000,0x0004 Plant Status 30x0000,0x0008 Plant Status 40x0000,0x0010 Plant Status 5 0x0000,0x0020 Plant Status 6 0x0000,0x0040 Plant Status 7 0x0000,0x0080 Plant Status 8 0x0000,0x0100 Plant Status 9 0x0000,0x0200 Plant Status 10 0x0000,0x0400 Plant Status 110x0000,0x0800 Plant Status 12 0x0000,0x1000 Plant Status 13 0x0000,0x2000 Plant Status 14 0x0000,0x4000 Plant Status 15 0x0000,0x8000 Plant Status 16 0x0001,0x0000 Plant Status 170x0002,0x0000 Plant Status 180x0004,0x0000 Plant Status 19 0x0008,0x0000 Plant Status 200x0010,0x0000 Plant Status 210x0020,0x0000 Plant Status 22 0x0040,0x0000 Plant Status 23 0x0080,0x0000 Plant Status 24 0x0100,0x0000 Plant Status 250x0200,0x0000 Plant Status 26 0x0400,0x0000 Plant Status 27 0x0800,0x0000 Plant Status 28 0x1000,0x0000 Plant Status 29 0x2000,0x0000 Plant Status 30 0x4000,0x0000 Plant Status 31 0x8000,0x0000 Plant Status 32

G5 CONTROL STATUS (2 REGISTERS) (0 = Off, 1 = On)(Second Reg, First Reg)0x0000,0x0001 Control Status 1 0x0000,0x0002 Control Status 2 0x0000,0x0004 Control Status 3 0x0000,0x0008 Control Status 4 0x0000,0x0010 Control Status 5 0x0000,0x0020 Control Status 6 0x0000,0x0040 Control Status 7 0x0000,0x0080 Control Status 80x0000,0x0100 Control Status 90x0000,0x0200 Control Status 10 0x0000,0x0400 Control Status 11 0x0000,0x0800 Control Status 12 0x0000,0x1000 Control Status 13 0x0000,0x2000 Control Status 14 0x0000,0x4000 Control Status 15 0x0000,0x8000 Control Status 16 0x0001,0x0000 Control Status 17 0x0002,0x0000 Control Status 18 0x0004,0x0000 Control Status 19 0x0008,0x0000 Control Status 20 0x0010,0x0000 Control Status 21 0x0020,0x0000 Control Status 22 0x0040,0x0000 Control Status 23 0x0080,0x0000 Control Status 24 0x0100,0x0000 Control Status 25 0x0200,0x0000 Control Status 26 0x0400,0x0000 Control Status 27 0x0800,0x0000 Control Status 28 0x1000,0x0000 Control Status 29 0x2000,0x0000 Control Status 30 0x4000,0x0000 Control Status 31 0x8000,0x0000 Control Status 32

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MiCOM P547

P547/EN MD/D32

(MD) - 64

Type Value / Bit Mask Description NotesG6 Record Control Command Register

0 No operation1 Clear Event records2 Clear Fault Record3 Clear Maintenance Records4 Reset Indications5 Clear Disturbances

G7 VTS Indicate/Block0 Disabled1 Blocking2 Indication

G8 LOGIC INPUT STATUS (0 = Off, 1 = Energized)(Second Reg, First Reg)0x0000,0x0001 Opto 1 Input State 0x0000,0x0002 Opto 2 Input State 0x0000,0x0004 Opto 3 Input State 0x0000,0x0008 Opto 4 Input State 0x0000,0x0010 Opto 5 Input State 0x0000,0x0020 Opto 6 Input State0x0000,0x0040 Opto 7 Input State0x0000,0x0080 Opto 8 Input State0x0000,0x0100 Opto 9 Input State 0x0000,0x0200 Opto 10 Input State0x0000,0x0400 Opto 11 Input State 0x0000,0x0800 Opto 12 Input State 0x0000,0x1000 Opto 13 Input State0x0000,0x2000 Opto 14 Input State 0x0000,0x4000 Opto 15 Input State 0x0000,0x8000 Opto 16 Input State 0x0001,0x0000 Opto 17 Input State0x0002,0x0000 Opto 18 Input State 0x0004,0x0000 Opto 19 Input State0x0008,0x0000 Opto 20 Input State 0x0010,0x0000 Opto 21 Input State 0x0020,0x0000 Opto 22 Input State 0x0040,0x0000 Opto 23 Input State0x0080,0x0000 Opto 24 Input State 0x0100,0x0000 Opto 25 Input State 0x0200,0x0000 Opto 26 Input State 0x0400,0x0000 Opto 27 Input State 0x0800,0x0000 Opto 28 Input State 0x1000,0x0000 Opto 29 Input State 0x2000,0x0000 Opto 30 Input State 0x4000,0x0000 Opto 31 Input State 0x8000,0x0000 Opto 32 Input State

G9 RELAY OUTPUT STATUS (0=Not Operated, 1=Operated)(Second Reg, First Reg)0x0000,0x0001 Relay 10x0000,0x0002 Relay 2 0x0000,0x0004 Relay 30x0000,0x0008 Relay 40x0000,0x0010 Relay 5 0x0000,0x0020 Relay 60x0000,0x0040 Relay 70x0000,0x0080 Relay 8 0x0000,0x0100 Relay 90x0000,0x0200 Relay 100x0000,0x0400 Relay 11 0x0000,0x0800 Relay 12 0x0000,0x1000 Relay 130x0000,0x2000 Relay 14 0x0000,0x4000 Relay 150x0000,0x8000 Relay 160x0001,0x0000 Relay 17 0x0002,0x0000 Relay 18 0x0004,0x0000 Relay 190x0008,0x0000 Relay 20 0x0010,0x0000 Relay 21 0x0020,0x0000 Relay 220x0040,0x0000 Relay 23 0x0080,0x0000 Relay 24 0x0100,0x0000 Relay 25 0x0200,0x0000 Relay 26 0x0400,0x0000 Relay 270x0800,0x0000 Relay 280x1000,0x0000 Relay 290x2000,0x0000 Relay 30

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MiCOM P547

P547/EN MD/D32

(MD) - 65

Type Value / Bit Mask Description Notes0x4000,0x0000 Relay 31 0x8000,0x0000 Relay 32

G11 YES/NO0 No1 Yes

G12 TIME AND DATE (4 REGISTERS) This will take the IEC 870 format0xFFFF 1st Register - Milli-seconds as shown in ref (J) section 5.1.160x9FBF0x0FFF0x007F 4th Register - Years

G13 EVENT RECORD TYPE0 Latched alarm active1 Latched alarm inactive2 Self reset alarm active3 Self reset alarm inactive4 Relay event5 Opto event6 Protection event7 Platform event8 Fault logged event9 Maintenance record logged event

G14 I> BlockingBit 0 VTS Blocks I>1Bit 1 VTS Blocks I>2Bit 2 VTS Blocks I>3Bit 3 VTS Blocks I>4Bit 4 Not UsedBit 5 Not UsedBit 6 Not UsedBit 7 Not Used

G15 DISTURBANCE RECORD INDEX STATUS0 No Record1 Unextracted2 Extracted

G16 FAULTED PHASE0x0001 Start A0x0002 Start B0x0004 Start C0x0008 Start N0x0010 Trip A0x0020 Trip B0x0040 Trip C0x0080 Trip N

G17 IRIG-B Status0 Card Not Fitted1 Card Failed2 Signal Healthy3 No Signal

G18 Record Selection Command Register0x0000 No Operation0x0001 Select next event0x0002 Accept Event0x0004 Select next disturbance record0x0008 Accept disturbance record0x0010 Select next disturbance record page

G19 LANGUAGE0 English1 Francais2 Deutsch3 Espanol

G20 (Second Reg, First Reg) PASSWORD (2 REGISTERS) When registers of this type are read this slave will always0x0000, 0x00FF First password character indicate an "*" in each character position te preserve 0x0000, 0xFF00 Second password character the password security.0x00FF, 0x0000 Third password character0xFF00, 0x0000 Fourth password character

G21 IEC870 Interface0 Copper1 Fiber Optic

G22 PASSWORD CONTROL ACCESS LEVEL0 Level 0 - Passwords required for levels 1 & 2.1 Level 1 - Password required for level 2.2 Level 2 - No passwords required.

G23 Voltage Curve selection0 Disabled1 DT2 IDMT

2nd Register - Summertime & hours / Validity & minutes3rd Register - Month of year / Day of month / Day of week

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MiCOM P547

P547/EN MD/D32

(MD) - 66

Type Value / Bit Mask Description NotesG24 2 REGISTERS UNSIGNED LONG VALUE, 3 DECIMAL PLACES

High order word of long stored in 1st registerLow order word of long stored in 2nd registerExample 123456.789 stored as 123456789

G25 1 REGISTER UNSIGNED VALUE, 3 DECIMAL PLACESExample 50.050 stored as 50050

G26 RELAY STATUS0x0001 In Service Status (1 = In service, 0 = out of service)0x0002 Minor Self Test Failure (=1, 0 otherwise)0x0004 New auto-extraction event available (=1, 0 otherwise)0x00080x0010 New auto-extraction disturbance record available (=1, 0 otherwise)0x0020 Fault (not used always 0)0x0040 Trip LED status (1 = LED on, 0 = LED off)0x0080 Alarm status summary (logical OR of all alarm status bits)0x0100 Unused0x0200 Unused0x0400 Unused0x0800 Unused0x1000 Unused0x2000 Unused0x4000 Unused0x8000 Unused

G27 2 REGISTERS UNSIGNED LONG VALUE Example 123456 stored as 123456High order word of long stored in 1st registerLow order word of long stored in 2nd register

G28 1 REGISTER SIGNED VALUE POWER & WATT-HOURS

G29 3 REGISTER POWER MULTIPLIERAll power measurements use a signed value of type G28 and a 2 unsigned long multiplier of type G27 Value = Real Value *110/(CTsecondary*VTsecondary). For Primary Power Multipler = CTprimary *VTprimary/110

G30 1 REGISTER SIGNED VALUE, 2 DECIMAL PLACESG31 ANALOGUE CHANNEL ASSIGNMENT SELECTOR

0 IA1 IB2 IC3 IN4 IN Sensitive5 VA6 VB7 VC8 IM9 V Checksync

G31 ANALOGUE CHANNEL ASSIGNMENT SELECTOR 0 IA1 IB2 IC3 IN4 IN Sensitive5 VA6 VB7 VC8 IM9 IA210 IB211 IC2

G32 Please refer to table on page 84G33 RECORDER TRIGGERING (2 REGISTERS, 32 BINARY FLAGS) (0 = No Trigger, 1= Trigger)

(Second Reg, First Reg)0x0000,0x0001 Digital Channel 1 Bit 0 0x0000,0x0002 Digital Channel 1 Bit 10x0000,0x0004 Digital Channel 1 Bit 2 0x0000,0x0008 Digital Channel 1 Bit 30x0000,0x0010 Digital Channel 1 Bit 4 0x0000,0x0020 Digital Channel 1 Bit 5 0x0000,0x0040 Digital Channel 1 Bit 6 0x0000,0x0080 Digital Channel 1 Bit 7 0x0000,0x0100 Digital Channel 1 Bit 8 0x0000,0x0200 Digital Channel 1 Bit 9 0x0000,0x0400 Digital Channel 1 Bit 10

Power = (Secondary power/CT secondary) *(100/VT secondary)

For Secondary Power Multipler = CTsecondary *VTsecondary/110

Time Synchronized (=1 after Modbus time synch. Resets to

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MiCOM P547

P547/EN MD/D32

(MD) - 67

Type Value / Bit Mask Description Notes0x0000,0x0800 Digital Channel 1 Bit 11 0x0000,0x1000 Digital Channel 1 Bit 120x0000,0x2000 Digital Channel 1 Bit 13 0x0000,0x4000 Digital Channel 1 Bit 14 0x0000,0x8000 Digital Channel 1 Bit 15 0x0001,0x0000 Digital Channel 2 Bit 00x0002,0x0000 Digital Channel 2 Bit 1 0x0004,0x0000 Digital Channel 2 Bit 2 0x0008,0x0000 Digital Channel 2 Bit 3 0x0010,0x0000 Digital Channel 2 Bit 4 0x0020,0x0000 Digital Channel 2 Bit 5 0x0040,0x0000 Digital Channel 2 Bit 6 0x0080,0x0000 Digital Channel 2 Bit 7 0x0100,0x0000 Digital Channel 2 Bit 8 0x0200,0x0000 Digital Channel 2 Bit 90x0400,0x0000 Digital Channel 2 Bit 100x0800,0x0000 Digital Channel 2 Bit 110x1000,0x0000 Digital Channel 2 Bit 12 0x2000,0x0000 Digital Channel 2 Bit 13 0x4000,0x0000 Digital Channel 2 Bit 140x8000,0x0000 Digital Channel 2 Bit 15

G34 TRIGGER MODE0 Single1 Extended

G35 Numeric Setting (as G2 but 2 registers) Number of steps from minimum value expressed as2 register 32 bit unsigned int

G36 TEST AUTO-RECLOSE0 No Operation1 Trip 3 Pole2 Trip Pole A3 Trip Pole B4 Trip Pole C

G37 ENABLED / DISABLED0 Disabled1 Enabled

G38m COMMUNICATION BAUD RATE (MODBUS)0 9600 bits/s1 19200 bits/s2 38400 bits/s

G38v COMMUNICATION BAUD RATE (IEC 60870)0 9600 bits/s1 19200 bits/s

G38d COMMUNICATION BAUD RATE (DNP 3.0)0 1200 bits/s1 2400 bits/s2 4800 bits/s3 9600 bits/s4 19200 bits/s5 38400 bits/s

G39 COMMUNICATIONS PARITY0 Odd1 Even2 None

G40 CHECK SYNC INPUT SELECTION0 A-N1 B-N2 C-N3 A-B4 B-C5 C-A6 A-N/1.7327 B-N/1.7328 C-N/1.732

G41 CHECK SYNC VOLTAGE BLOCKING0 None1 V< UV2 V> OV3 Vdiff> DiffV4 V< and V>5 V< and Vdiff>6 V> and Vdiff>7 V< V> and Vdiff>

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MiCOM P547

P547/EN MD/D32

(MD) - 68

Type Value / Bit Mask Description NotesG42 CHECK SYNC SLIP CONTROL

0 None1 Timer2 Frequency3 Both

G43 IDMT CURVE TYPE0 Disabled1 DT2 IEC S Inverse3 IEC V Inverse4 IEC E Inverse5 UK LT Inverse6 IEEE M Inverse7 IEEE V Inverse8 IEEE E Inverse9 US Inverse10 US ST Inverse

G44 DIRECTION0 Non-Directional1 Directional Fwd2 Directional Rev

G45 VTS BLOCK0 Block1 Non-Directional

G46 POLARIZATION0 Zero Sequence1 Neg Sequence

G47 MEASURING MODE0 Phase-Phase V<1 & V<21 Phase-Neutral V<1 & V<2 2 V<1Ph-Ph V<2Ph-N3 V<1Ph-N V<2Ph-Ph

G48 OPERATION MODE0 Any Phase V<1 & V<21 Three Phase V<1 & V<2 2 V<1AnyPh V<2 3Ph3 V<1 3Ph V<2AnyPh

G49 V0 INPUT0 Measured1 Derived

G50 RTD SELECT0x0001 RTD Input #10x0002 RTD Input #20x0004 RTD Input #30x0008 RTD Input #40x0010 RTD Input #50x0020 RTD Input #60x0040 RTD Input #70x0080 RTD Input #80x0100 RTD Input #90x0200 RTD Input #10

G51 FAULT LOCATION0 Distance1 Ohms2 % of Line

G52 DEFAULT DISPLAY0 3Ph + N Current1 3Ph Voltage2 Power3 Date and Time4 Description5 Plant Reference6 Frequency7 Access Level

G53 SELECT FACTORY DEFAULTS0 No Operation1 All Settings2 Setting Group 13 Setting Group 24 Setting Group 35 Setting Group 4

G54 SELECT PRIMARY SECONDARY MEASUREMENTS0 Primary1 Secondary

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MiCOM P547

P547/EN MD/D32

(MD) - 69

Type Value / Bit Mask Description NotesG55 CIRCUIT BREAKER CONTROL

0 No Operation1 Trip2 Close3 No Operation4 No Operation5 No Operation6 No Operation7 No Operation8 No Operation9 Trip CB210 Close CB2

G56 PHASE MEASUREMENT REFERENCE 0 VA1 VB2 VC3 IA4 IB5 IC

G57 Data Transfer Domain0 PSL Settings1 PSL Configuration

G58 SEF SELECTION0 SEF Enabled1 Wattmetric SEF

G59 BATTERY STATUS0 Dead1 Healthy

G60 IDMT CURVE TYPE0 DT1 Inverse

G61 ACTIVE GROUP CONTROL0 Select via Menu1 Select via PSL

G62 SAVE AS0 No Operation1 Save2 Abort

G63 IN> BlockingBit 0 VTS Blocks IN>1Bit 1 VTS Blocks IN>2Bit 2 VTS Blocks IN>3Bit 3 VTS Blocks IN>4Bit 4 Not usedBit 5 Not usedBit 6 Not UsedBit 7 Not Used

G64 ISEF> BlockingBit 0 VTS Blks ISEF>1Bit 1 VTS Blks ISEF>2Bit 2 VTS Blks ISEF>3Bit 3 VTS Blks ISEF>4Bit 4 A/R Blks ISEF>3Bit 5 A/R Blks ISEF>4Bit 6 Not UsedBit 7 Not Used

G65 F< Function LinkBit 0 F<1 U/V BlockBit 1 F<2 U/V BlockBit 2 F<3 U/V BlockBit 3 F<4 U/V BlockBit 4 Not UsedBit 5 Not UsedBit 6 Not UsedBit 7 Not Used

G66 MESSAGE FORMAT0 No Trigger1 Trigger L/H2 Trigger H/L

G67 THERMAL OVERLOAD0 Disabled1 Single2 Dual

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MiCOM P547

P547/EN MD/D32

(MD) - 70

Type Value / Bit Mask Description NotesG68 CB Fail Reset Options

0 I< Only1 CB Open & I<2 Prot Reset & I<

G69 VTS/CTS RESET MODE0 Manual1 Auto

G70 AUTO-RECLOSE MODE0 Opto Set1 Auto2 User Set3 Pulse Set

G71 PROTOCOL0 Courier1 IEC870-5-1032 Modbus3 DNP 3.0

G72 START DEAD TIME0 Protection Reset1 CB Trips

G73 RECLAIM TIME if PROTECTION START0 On Prot Start1 No operation

G74 RESET LOCKOUT0 User Interface1 Select NonAuto

G75 Auto-Reclose after Control Close0 Enabled1 Inhibited

G76 TRANSFER MODE0 Prepare Rx1 Complete Rx2 Prepare Tx3 Complete Tx4 Rx Prepared5 Tx Prepared6 OK7 Error

G77 Auto-Reclose0 Out of Service1 In Service

G78 AR Telecontrol0 No Operation1 In Service2 Out of Service

G79 Custom Settings0 Disabled1 Basic2 Complete

G80 Visible/Invisible0 Invisible1 Visible

G81 Reset Lockout by0 User Interface1 CB Close

G82 A/R Protection blocking0 No Block1 Block Inst Prot

G83 A/R Status0 Auto Mode1 Non-auto Mode2 Live Line

G84 Modbus value+bit pos Started Elements (Product Specific)(Second Reg, First Reg)0x0000,0x0001 General Start0x0000,0x0002 Start I Diff0x0000,0x0004 Start Z10x0000,0x0008 Start Z20x0000,0x0010 Start Z30x0000,0x0020 Start ZP0x0000,0x0040 Start Z40x0000,0x0080 Start I>10x0000,0x0100 Start I>20x0000,0x0200 Start I>30x0000,0x0400 Start I>40x0000,0x0800 Start IN1>1

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MiCOM P547

P547/EN MD/D32

(MD) - 71

Type Value / Bit Mask Description Notes0x0000,0x1000 Start IN1>20x0000,0x2000 Start IN1>30x0000,0x4000 Start IN1>40x0000,0x8000 Start ISEF>10x0001,0x0000 Start ISEF>20x0002,0x0000 Start ISEF>30x0004,0x0000 Start ISEF>40x0008,0x0000 Thermal Alarm0x0010,0x0000 Start NVD 10x0020,0x0000 Start NVD 20x0040,0x0000 Start I2>10x0080,0x0000 Start I2>20x0100,0x0000 Start I2>30x0200,0x0000 Start I2>40x0400,0x0000 Start F<10x0800,0x0000 Start F<20x1000,0x0000 Start F<30x2000,0x0000 Start F<40x4000,0x0000 Start F>10x8000,0x0000 Start F>2

G85 Modbus value+bit pos Tripped Elements(1) (Product Specific)(Second Reg, First Reg)0x0000,0x0001 Any Trip0x0000,0x0002 Trip I Diff0x0000,0x0004 InterTrip I Diff0x0000,0x0008 PIT0x0000,0x0010 Trip Z10x0000,0x0020 Trip Z20x0000,0x0040 Trip Z30x0000,0x0080 Trip ZP0x0000,0x0100 Trip Z40x0000,0x0200 Aid 1 Dist Trip0x0000,0x0400 Aid 1 Delta Trip0x0000,0x0800 Aid 1 DEF Trip0x0000,0x1000 Aided 1 WI0x0000,0x2000 Aid 2 Dist Trip0x0000,0x4000 Aid 2 Delta Trip0x0000,0x8000 Aid 2 DEF Trip0x0001,0x0000 Aided 2 WI0x0002,0x0000 TOR0x0004,0x0000 SOTF0x0008,0x0000 LOL0x0010,0x0000 Stub Bus Trip0x0020,0x0000 Trip F<10x0040,0x0000 Trip F<20x0080,0x0000 Trip F<30x0100,0x0000 Trip F<40x0200,0x0000 Trip F>10x0400,0x0000 Trip F>20x0800,0x0000 Trip df/dt>10x1000,0x0000 Trip df/dt>20x2000,0x0000 Trip df/dt>30x4000,0x0000 Trip df/dt>40x8000,0x0000 Phase Comparison

G86 Bit Description Tripped Elements(2) (Product Specific)(Second Reg, First Reg)(Courier and IEC870 Bit Position)0x0000,0x0001 Trip I>10x0000,0x0002 Trip I>20x0000,0x0004 Trip I>30x0000,0x0008 Trip I>40x0000,0x0010 Trip Broken Line0x0000,0x0020 Trip IN1>10x0000,0x0040 Trip IN1>20x0000,0x0080 Trip IN1>30x0000,0x0100 Trip IN1>40x0000,0x0200 Trip ISEF>10x0000,0x0400 Trip ISEF>20x0000,0x0800 Trip ISEF>30x0000,0x1000 Trip ISEF>40x0000,0x2000 Trip Thermal0x0000,0x4000 Trip NVD 10x0000,0x8000 Trip NVD 20x0001,0x0000 Trip I2>10x0002,0x0000 Trip V< 10x0004,0x0000 Trip V< 2

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MiCOM P547

P547/EN MD/D32

(MD) - 72

Type Value / Bit Mask Description Notes0x0008,0x0000 Trip V< A0x0010,0x0000 Trip V< B0x0020,0x0000 Trip V< C0x0040,0x0000 Trip V> 10x0080,0x0000 Trip V> 20x0100,0x0000 Trip V> A0x0200,0x0000 Trip V> B0x0400,0x0000 Trip V> C0x0800,0x0000 Pred. OST0x1000,0x0000 OST0x2000,0x0000 Trip I2>20x4000,0x0000 Trip I2>30x8000,0x0000 Trip I2>4

G87 Bit Description Fault Alarms (Product Specific)(Second Reg, First Reg) (Courier and IEC870 Bit Position)0x0000,0x0001 CB Fail 10x0000,0x0002 CB Fail 20x0000,0x0004 A/R Trip 10x0000,0x0008 A/R Trip 20x0000,0x0010 A/R Trip 30x0000,0x0020 A/R Trip 40x0000,0x0040 A/R Trip 50x0000,0x0080 VTS0x0000,0x0100 PSB0x0000,0x0200 CB2 Fail 10x0000,0x0400 CB2 Fail 20x0000,0x0800 CTS10x0000,0x1000 CTS20x0000,0x2000 Remote CTS0x0000,0x40000x0000,0x80000x0001,0x00000x0002,0x00000x0004,0x00000x0008,0x00000x0010,0x00000x0020,0x00000x0040,0x00000x0080,0x00000x0100,0x00000x0200,0x00000x0400,0x00000x0800,0x00000x1000,0x00000x2000,0x00000x4000,0x00000x8000,0x0000

G88 Alarms0 Alarm Disabled1 Alarm Enabled

G89 Main VT Location0 Line1 Bus

G90 Group Selection0 Group 11 Group 22 Group 33 Group 4

G91 A/R Protection Blocking0 Allow Tripping1 Block Tripping

G92 Lockout0 No Lockout1 Lockout

G93 Commission Test (Contacts)0 No Operation1 Apply Test2 Remove Test

G94 Commission Test (LEDs)0 No Operation1 Apply Test

G95 System Fn Links Bit 0 Trip led self reset (1 = enable self reset)Bit 1 Not UsedBit 2 Not UsedBit 3 Not used

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MiCOM P547

P547/EN MD/D32

(MD) - 73

Type Value / Bit Mask Description NotesBit 4 Not UsedBit 5 Not UsedBit 6 Not UsedBit 7 Not Used

G96 Bit Position Indexed Strings0 Setting Group via opto invalid1 Test Mode Enabled2 Static Test Mode3 Loop Back Test Enabled4 IM64 Test Enabled5 VTS Indication6 CTS Alarm7 CT2S Alarm8 Remote CTS Alarm9 Power Swing10 BF Block AR11 CB Monitor Alarm12 CB Lockout Alarm 13 CB Status Alarm14 CB Failed to Trip15 CB Failed to Close16 Control CB Unhealthy17 Control No Checksync18 Autoclose Lockout/RLY BAR19 No Healthy (AR)20 No Check Sync / AR Fail21 System Split Alarm22 GPS Alarm23 Signaling failure alarm24 Signaling Propagation Delay Alarm25 Differential protection failure alarm26 IM64 Scheme Fail alarm27 IEEE C37.94 Communications Alarms28 Diff Protection inhibited29 Aid1 Channel Out30 Aid2 Channel Out31 Frequency out of range

G97 Distance Unit0 Kilometers1 Miles

G98 Copy to0 No Operation1 Group 12 Group 23 Group 34 Group 4

G99 CB Control0 Disabled1 Local2 Remote3 Local+Remote4 Opto5 Opto+local6 Opto+Remote7 Opto+Rem+local

G100 BACK UP STATUS0 Disabled1 Enabled2 Enabled VTS3 Enabled Ch Fail4 En VTSorCh Fail5 En VTSandCh Fail

G101 SET-UP0 3 Terminal1 2 Terminal2 Dual Redundant

G102 TRIPPING MODE0 3 Pole1 1 and 3 Pole

G103 SIGNALING ADDRESS0 0-01 1-A2 2-A3 3-A4 4-A5 5-A6 6-A

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MiCOM P547

P547/EN MD/D32

(MD) - 74

Type Value / Bit Mask Description Notes7 7-A8 8-A9 9-A10 10-A11 11-A12 12-A13 13-A14 14-A15 15-A16 16-A17 17-A18 18-A19 19-A20 20-A21 1-B22 2-B23 3-B24 4-B25 5-B26 6-B27 7-B28 8-B29 9-B30 10-B31 11-B32 12-B33 13-B34 14-B35 15-B36 16-B37 17-B38 18-B39 19-B40 20-B41 1-C42 2-C43 3-C44 4-C45 5-C46 6-C47 7-C48 8-C49 9-C50 10-C51 11-C52 12-C53 13-C54 14-C55 15-C56 16-C57 17-C58 18-C59 19-C60 20-C

G104 SIGNALING BAUD RATE0 64kbits/s1 56kbits/s

G105 SIGNALING CLOCK SOURCE0 Internal1 External

G106 CLP ENAB/DISAB0 Block1 Enable

G107 NEUTRAL STATUS0 Biased1 Power

G108 VECTORIAL COMPENSATION0 Yy0 (0 deg)1 Yd1 (-30 deg)2 Yy2 (-60 deg)3 Yd3 (-90 deg)4 Yy4 (-120 deg)5 Yd5 (-150 deg)6 Yy6 (180 deg)

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 75

Type Value / Bit Mask Description Notes7 Yd7 (+150 deg)8 Yy8 (+120 deg)9 Yd9 (+90 deg)10 Yy10 (+60 deg)11 Yd11 (+30 deg)12 Ydy0 (0 deg)13 Ydy6 (180 deg)

G109 RE-CONFIGURATION0 Three Ended1 Two Ended (L&R1)2 Two Ended (L&R2)3 Two Ended (R1&R2)

G112 IDMT CURVE TYPE0 DT1 IEC S Inverse2 IEC V Inverse3 IEC E Inverse4 UK LT Inverse5 IEEE M Inverse6 IEEE V Inverse7 IEEE E Inverse8 US Inverse9 US ST Inverse

G113 Channel Fn Links (note logic 1 is healthy)Bit 0 RxBit 1 TxBit 2 Local GPSBit 3 Remote GPSBit 4 Mux Clk F ErrorBit 5 Signal LostBit 6 Path YellowBit 7 Mismatch RxNBit 8 TimeoutBit 9 Message LevelBit 10 PassthroughBit 11 H/W B to J modeBit 12 Max PropDelayBit 13 Max Tx-RxTime

G114 AR STATUS0 No Action1 Initiate AR2 Block AR

G115 AR STATUS0 Allow Autoclose1 BAR 2 and 3Ph2 BAR 3 Phase

G118 CB Control Logic Input Assignment 0 None1 52A 3 pole2 52B 3 pole3 52A & 52B 3 pole4 52A 1 pole5 52B 1 pole6 52A & 52B 1 pole

G119 Test Mode0 Disabled1 Test Mode2 Blocked Contacts

G120 Programmable Distance Zone - Forward/Reverse0 Standard1 Inverted

G125 2 REGISTERS IEEE FLOATING POINT FORMATBit 31 = sign Bits 30-23 = e7 - e0Implicit 1.Bits 22-0 = f22 - f0

G126 Prop Relay Equal Command0 No operation1 Restore CDiff

G127 Auto-reclose Dead Time Start0 Protection Op1 Protection Reset

G128 Bit Position Indexed Strings0 BF Block AR 21 CB2 Monitor Alarm2 CB2 Lockout Alarm3 CB2 Status Alarm

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 76

Type Value / Bit Mask Description Notes4 CB2 Failed to Trip5 CB2 Failed to Close6 Control CB2 Unhealthy7 Control No Checksync8 Autoclose Lockout/RLY BAR9 No Healthy (AR)10 No Check Sync / AR Fail11 System Split Alarm 212 Incompatible relays13 In Valid Message Format14 Copro Main Prot. Fail15 Configuration Error16 Re-Configuration Error17 C Diff Protection Comms Mode18 Max Prop Delay Alarm19 Unused20 Unused21 Unused22 Unused23 Unused24 SR User Alarm 125 SR User Alarm 226 SR User Alarm 327 SR User Alarm 428 MR User Alarm 529 MR User Alarm 630 MR User Alarm 731 MR User Alarm 8

G129 Setting Mode0 Simple1 Advanced

G130 Distance Characteristic0 Disabled1 Mho2 Quadrilateral

G131 Quad Resistance0 Common1 Proportional

G132 Power Swing Blocking Zone0 Allow Trip1 Blocking

G133 Distance Tripping0 Disabled1 Phase only2 Ground only3 Phase + Ground

G134 Aided Scheme0 Disabled1 PUR2 PUR Unblocking3 POR4 POR Unblocking5 Blocking 16 Blocking 27 Prog. Unblocking8 Programmable

G135 Phase Rotation0 Standard ABC1 Reverse ACB

G136 Bit Position TOC Tripping0 Zone 11 Zone 22 Zone 33 Zone 44 Zone 55 CNV

G137 Power Swing Blocking0 Blocking1 Indication

G138 Digital Filter0 Standard1 Special

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 77

Type Value / Bit Mask Description NotesG139 Weak Infeed

0 Disabled1 Echo2 Echo and Trip

G140 Bit Pos Custom Send Mask0 Z1 Gnd.1 Z2 Gnd.2 Z4 Gnd.3 Z1 Ph.4 Z2 Ph.5 Z4 Ph.6 DEF Fwd.7 DEF Rev.8 Dir Comp Fwd.9 Dir Comp Rev.

G141 LoL and Z1X scheme sel0 Disabled1 Enabled2 En. on Ch1 Fail3 En. on Ch2 Fail4 En. All Ch Fail5 En. Any Ch Fail

G142 Protection Comms Mode0 Disabled1 Passive2 Active

G143 Protection Comms Mode0 Standard1 IEEE C37.94

G144 Protection Comms N*64kbits/s Slots0 Auto1 12 23 34 45 56 67 78 89 910 1011 1112 12

G145 BACK UP STATUS0 Disabled1 Enabled2 Enabled on Ch Fail

G146 CTS Status0 Disabled1 Standard / Enabled2 I Diff3 IDiff + Std

G147 CB Monitoring0 I^ Maint Alarm1 I^ Lockout Alarm2 CB OPs Maint3 CB OPs Lock4 CB Time Maint5 CB Time Lockout6 Fault Freq Lock7 I^ Maint Alarm8 I^ Lockout Alarm9 CB2 OPs Maint10 CB2 OPs Lock11 CB2 Time Maint12 CB2 Time Lockout13 Fault Freq Lock

G148 Modbus value+bit pos Started Elements (Product Specific)(Second Reg, First Reg)0x0000,0x0001 Start V<10x0000,0x0002 Start V<20x0000,0x0004 Start V<A0x0000,0x0008 Start V<B0x0000,0x0010 Start V<C0x0000,0x0020 Start V>10x0000,0x0040 Start V>2

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 78

Type Value / Bit Mask Description Notes0x0000,0x0080 Start V>A0x0000,0x0100 Start V>B0x0000,0x0200 Start V>C0x0000,0x0400 Start df/dt>10x0000,0x0800 Start df/dt>20x0000,0x1000 Start df/dt>30x0000,0x2000 Start df/dt>40x0000,0x4000 Delta I2 Low0x0000,0x8000 Delta I2 High0x0001,0x0000 Delta I1 Low0x0002,0x0000 Delta I1 High0x0004,0x0000 I2 Low0x0008,0x0000 I2 High0x0010,0x0000 I1 Low0x0020,0x0000 I1 High0x0040,0x0000 V2 Low0x0080,0x0000 V2 High0x0100,0x0000 Z2 Low0x0200,0x0000 Z2 High0x0400,0x0000 Z3 Low0x0800,0x0000 Z3 High0x1000,0x0000 Z4 Low0x2000,0x0000 Z4 High0x4000,0x0000 Zp Low0x8000,0x0000 Zp High

G149 Loopback Mode0 Disabled1 External2 Internal

G152 IDMT CURVE TYPE0 Disabled1 DT2 IEC S Inverse3 IEC V Inverse4 IEC E Inverse5 UK LT Inverse6 IEEE M Inverse7 IEEE V Inverse8 IEEE E Inverse9 US Inverse10 US ST Inverse11 IDG

G153 CTS Status0 Restrain1 Indication

G157 DF/DT Pickup Direction0 Negative0 Positive1 Both

G162 CS103 Function Type0 Differential 1920 PhaseComp 1921 Distance 128

G163 CT Direction0 Standard1 Inverted

G164 Compensation0 None1 Cap Charging2 Transformer

G165 SOTF0 Disabled1 Enabled Pole Dead2 Enabled ExtPulse3 En Pdead + Pulse

G167 PHASE COMP MODE0 User1 Intelligent

G168 REPORT CHANNEL FAILURE0 Ch 1 Failure1 Ch 2 Failure2 Ch 1 or 2 Fail3 Ch 1 and 2 Fail

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 79

Type Value / Bit Mask Description NotesG169 Bit Position Distance Starter Fn Link

0 Zone 2 (Ph-Ph)1 Zone 3 (Ph-Ph)2 Zone 4 (Ph-Ph)3 Zone P (Ph-Ph)4 Zone 2 (Ph-Gnd)5 Zone 3 (Ph-Gnd)6 Zone 4 (Ph-Gnd)7 Zone P (Ph-Gnd)

G170 ENABLE/DISABLE0 No Operation1 Reset Lockout

G1710 Not Applied1 Test Failed2 Test Passed

G172 Transient starter status0 Disabled1 Enabled2 Automatic

G173 Bit Position Distance Permissive Fn Link0 Zone 2 (Ph-Ph)1 Zone 3 (Ph-Ph)2 Zone P (Ph-Ph)3 Zone 2 (Ph-Gnd)4 Zone 3 (Ph-Gnd)5 Zone P (Ph-Gnd)

G174 Bit Position VTS Mode0 Measured + MCB1 Measured Only2 MCB Only

G175 Send On Trip0 Aided / Z11 Any Trip2 None

G176 OST Mode0 OST Disabled1 OST Predictive Trip2 OST Trip

G177 Clear Statistics0 Not Applied1 Reset Fail Count2 Reset All Values

G178 IDMT CURVE TYPE0 DT1 IEC S Inverse2 IEC V Inverse3 IEC E Inverse4 UK LT Inverse5 IEEE M Inverse6 IEEE V Inverse7 IEEE E Inverse8 US Inverse9 US ST Inverse10 IDG

G179 Channel Test Mode0 Master 2Terminal1 Slave 2Terminal2 Master 3Terminal3 Slave 1 3Terminal4 Slave 2 3Terminal

G180 MEASURING MODE0 Phase-Phase V>1 & V>21 Phase-Neutral V>1 & V>2 2 V>1Ph-Ph V>2Ph-N3 V>1Ph-N V>2Ph-Ph

G181 OPERATION MODE0 Any Phase V>1 & V>21 Three Phase V>1 & V>2 2 V>1AnyPh V>2 3Ph3 V>1 3Ph V>2AnyPh

G182 Fast Scan I/O threshold0 48/54V1 12/15V

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 80

Type Value / Bit Mask Description NotesG183 PIT

0 Remote1 Local

G184 Compensation Mode0 Secure1 Dependable

G200 Threshold Voltages0 24-27V1 30-34V2 48-54V3 110-125V4 220-250V5 Custom

G201 Universal Optos0 24-27V1 30-34V2 48-54V3 110-125V4 220-250V

G202 (2nd Reg, 1st Reg) Control Input Status (2 REGISTERS) (0 = Reset, 1 = Set)

0x0000,0x0001 Control Input 1 0x0000,0x0002 Control Input 20x0000,0x0004 Control Input 3 0x0000,0x0008 Control Input 40x0000,0x0010 Control Input 50x0000,0x0020 Control Input 6 0x0000,0x0040 Control Input 7 0x0000,0x0080 Control Input 8 0x0000,0x0100 Control Input 9 0x0000,0x0200 Control Input 10 0x0000,0x0400 Control Input 110x0000,0x0800 Control Input 120x0000,0x1000 Control Input 13 0x0000,0x2000 Control Input 14 0x0000,0x4000 Control Input 15 0x0000,0x8000 Control Input 16 0x0001,0x0000 Control Input 17 0x0002,0x0000 Control Input 18 0x0004,0x0000 Control Input 19 0x0008,0x0000 Control Input 20 0x0010,0x0000 Control Input 21 0x0020,0x0000 Control Input 22 0x0040,0x0000 Control Input 230x0080,0x0000 Control Input 24 0x0100,0x0000 Control Input 250x0200,0x0000 Control Input 260x0400,0x0000 Control Input 270x0800,0x0000 Control Input 28 0x1000,0x0000 Control Input 29 0x2000,0x0000 Control Input 30 0x4000,0x0000 Control Input 310x8000,0x0000 Control Input 32

G203 Virtual Input0 No Operation1 Set 2 Reset

G204 Second Rear Comms Card Status0 Unsupported1 Card Not Fitted2 EIA232 OK3 EIA485 OK4 K Bus OK

G205 Port Config (Second Rear Port)0 EIA232 (RS232)1 EIA485 (RS485)2 K-Bus

G206 Comms Mode0 IEC60870 FT1.2 Frame1 10-bit no parity

G207 Port Config0 K Bus1 EIA485 (RS485)

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 81

Type Value / Bit Mask Description NotesG208 Port Status

0 K Bus OK1 EIA485 OK2 Fiber Optic OK

G209 InterMiCOM Trip0 Direct1 Permissive

G210 CS103 Blocking0 Disabled1 Monitor Blocking2 Command Blocking

G211 InterMiCOM Blocking0 Disabled1 Direct2 Blocking

G212 InterMiCOM Trip0 Disabled1 Permissive2 Direct

G213 InterMiCOM Data Rate0 6001 12002 24003 48004 96005 19200

G214 InterMiCOM Loopback Mode0 Disabled1 Internal2 External

G215 InterMiCOM Signal state0 Default1 Latched

G216 InterMiCOM SCC Status0 OK1 Fail2 SCC Absent3 SCC Read Error4 SCC Write Error

G217 InterMiCOM channel Status0 OK1 Fail2 SCC Absent

G220 Ethernet Media0 Copper1 Fiber

G221 GOOSE STARTUP MODE (Reserved)0 Promiscuous1 Broadcast

G222 AE QUALIFIER SELECTOR (Reserved)0 Not Used1 Used

G223 IED STATISTICS RESET (Reserved)0 Our IED1 Viewed IED2 All Enrolled3 All Enrolled + Ours

G224 ETHERNET LOOPBACK MODE (Reserved)0 Loopback Off1 Internal Loop2 External Loop

G225 SOFTWARE RELOAD MODE (Reserved)0 No Action1 Reload Software

G226 Link Status0 Alarm1 Event2 None

G228 Alarm Status 30 Battery Fail1 Field Volt Fail2 Rear Comm 2 Fail3 GOOSE IED Absent4 NIC Not Fitted

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 82

Type Value / Bit Mask Description Notes5 NIC No Response6 NIC Fatal Error7 NIC Soft. Reload8 Bad TCP/IP Cfg.9 Bad OSI Config.10 NIC Link Fail11 NIC SW Mis-Match12 IP Addr Conflict13 IM Loopback14 IM Message Fail15 IM Data CD Fail16 IM Channel Fail17 Backup Setting18 Unused19 Unused20 Unused21 Unused22 Unused23 Unused24 Unused25 Unused26 Unused27 Unused28 Unused29 Unused30 Unused31 Unused

G231 DIRECT ACCESS KEYS0 Disabled1 Enabled

G232 CONTROL INPUT COMMAND TEXT0 ON/OFF1 SET/RESET2 IN/OUT3 ENABLED/DISABLED

G233 HOTKEY ENABLED CONTROL INPUTS0x00000001 Control Input 10x00000002 Control Input 20x00000004 Control Input 30x00000008 Control Input 40x00000010 Control Input 50x00000020 Control Input 60x00000040 Control Input 70x00000080 Control Input 80x00000100 Control Input 90x00000200 Control Input 100x00000400 Control Input 110x00000800 Control Input 120x00001000 Control Input 130x00002000 Control Input 140x00004000 Control Input 150x00008000 Control Input 160x00010000 Control Input 170x00020000 Control Input 180x00040000 Control Input 190x00080000 Control Input 200x00100000 Control Input 210x00200000 Control Input 220x00400000 Control Input 230x00800000 Control Input 240x01000000 Control Input 250x02000000 Control Input 260x04000000 Control Input 270x08000000 Control Input 280x10000000 Control Input 290x20000000 Control Input 300x40000000 Control Input 310x80000000 Control Input 32

G234 CONTROL INPUT SIGNAL TYPE0 Latched1 Pulsed

G235 ETHERNET PROTOCOL0 UCA 2.01 UCA 2.0 GOOSE

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 83

Type Value / Bit Mask Description NotesG237 Port Config

0 Standard 60%-80%1 50% - 70%

G238 Modbus IEC Time0 Standard1 Reverse

G242 FUNCTION KEY STATUS (Extended CPU2 only)0 Disabled1 Unlocked (Enabled)2 Locked

G243 FUNCTION KEY MODE (Extended CPU2 only)0 Normal1 Toggled

G245 IEC 61850 DATA TYPES0 None1 BSTR22 BOOL3 INT84 INT165 INT326 UINT87 UINT168 UINT32

G246 GOOSE Test Mode0 Disabled1 Pass Through2 Forced

G247 IEC 61850 TEST MODE0 Disabled1 Trying server 12 Trying server 23 Server 1 OK4 Server 2 OK5 No response6 No valid clock

G248 Switch IED Config Bank0 No Action1 Switch banks

G249 DNP3 Measurement Scaling0 Normalized1 Primary2 Secondary

G250 DAYS OF THE WEEK0 Sunday1 Monday2 Tuesday3 Wednesday4 Thursday5 Friday6 Saturday

G251 MONTHS OF THE YEAR0 January1 February2 March3 April4 May5 June6 July7 August 8 September9 October10 November11 December

G252 WEEK NUMBER0 First1 Second2 Third3 Fourth4 Last

G253 TIME ZONE0 UTC1 Local

G254 LOCAL TIME0 Disabled1 Fixed2 Flexible

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 84

G32 Digital Channel Assignment Selector

Type Value / Bit Mask P547G32 0 Unused

1 Relay 12 Relay 23 Relay 34 Relay 45 Relay 56 Relay 67 Relay 78 Relay 89 Relay 910 Relay 1011 Relay 1112 Relay 1213 Relay 1314 Relay 1415 Relay 1516 Relay 1617 Relay 1718 Relay 1819 Relay 1920 Relay 2021 Relay 2122 Relay 2223 Relay 2324 Relay 2425 Relay 2526 Relay 2627 Relay 2728 Relay 2829 Relay 2930 Relay 3031 Relay 3132 Relay 3233 Opto 134 Opto 235 Opto 336 Opto 437 Opto 538 Opto 639 Opto 740 Opto 841 Opto 942 Opto 1043 Opto 1144 Opto 12

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 85

Type Value / Bit Mask P547

45 Opto 1346 Opto 1447 Opto 1548 Opto 1649 Opto 1750 Opto 1851 Opto 1952 Opto 2053 Opto 2154 Opto 2255 Opto 2356 Opto 2457 Control Input 158 Control Input 259 Control Input 360 Control Input 461 Control Input 562 Control Input 663 Control Input 764 Control Input 865 Control Input 966 Control Input 1067 Control Input 1168 Control Input 1269 Control Input 1370 Control Input 1471 Control Input 1572 Control Input 1673 Control Input 1774 Control Input 1875 Control Input 1976 Control Input 2077 Control Input 2178 Control Input 2279 Control Input 2380 Control Input 2481 Control Input 2582 Control Input 2683 Control Input 2784 Control Input 2885 Control Input 2986 Control Input 3087 Control Input 3188 Control Input 3289 Virtual Input 190 Virtual Input 291 Virtual Input 3

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 86


92 Virtual Input 493 Virtual Input 594 Virtual Input 695 Virtual Input 796 Virtual Input 897 Virtual Input 998 Virtual Input 1099 Virtual Input 11100 Virtual Input 12101 Virtual Input 13102 Virtual Input 14103 Virtual Input 15104 Virtual Input 16105 Virtual Input 17106 Virtual Input 18107 Virtual Input 19108 Virtual Input 20109 Virtual Input 21110 Virtual Input 22111 Virtual Input 23112 Virtual Input 24113 Virtual Input 25114 Virtual Input 26115 Virtual Input 27116 Virtual Input 28117 Virtual Input 29118 Virtual Input 30119 Virtual Input 31120 Virtual Input 32121 Virtual Output 1122 Virtual Output 2123 Virtual Output 3124 Virtual Output 4125 Virtual Output 5126 Virtual Output 6127 Virtual Output 7128 Virtual Output 8129 Virtual Output 9130 Virtual Output10131 Virtual Output11132 Virtual Output12133 Virtual Output13134 Virtual Output14135 Virtual Output15136 Virtual Output16137 Virtual Output17138 Virtual Output18

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 87


139 Virtual Output19140 Virtual Output20141 Virtual Output21142 Virtual Output22143 Virtual Output23144 Virtual Output24145 Virtual Output25146 Virtual Output26147 Virtual Output27148 Virtual Output28149 Virtual Output29150 Virtual Output30151 Virtual Output31152 Virtual Output32153 SG-opto Invalid154 Prot'n Disabled155 Static Test Mode156 PLC Channel Fail157 Ex Trans Alarm158 VT Fail Alarm159 CT Fail Alarm160 Reserved161 Reserved162 Power Swing163 CB Fail Alarm164 CB Monitor Alarm165 CB Lockout Alarm166 CB Status Alarm167 CB Trip Fail168 CB Close Fail169 Man CB Unhealthy170 No C/S Man Close171 A/R Lockout172 A/R CB Unhealthy173 A/R No Checksync174 System Split175 Reserved176 Signaling Fail177 PLC Ex Trans Alm178 Ph Comp Failure179 Stab AB Fail180 Stab AC Fail181 Stab A Fail182 Aid 1 Chan Fail183 Aid 2 Chan Fail184 F out of Range185 Reserved

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 88


186 Reserved187 Reserved188 Reserved189 Reserved190 Reserved191 Reserved192 Reserved193 Reserved194 Reserved195 Reserved196 Reserved197 Stab B Fail198 Stab C Fail199 Main Prot. Fail200 Stab Test Fail201 Reserved202 Reserved203 Reserved204 Reserved205 Reserved206 Reserved207 Reserved208 Reserved209 SR User Alarm 1210 SR User Alarm 2211 SR User Alarm 3212 SR User Alarm 4213 MR User Alarm 5214 MR User Alarm 6215 MR User Alarm 7216 MR User Alarm 8217 Battery Fail218 Field Volts Fail219 Rear Comm 2 Fail220 GOOSE IED Absent221 NIC Not Fitted222 NIC No Response223 NIC Fatal Error224 NIC Soft. Reload225 Bad TCP/IP Cfg.226 Bad OSI Config.227 NIC Link Fail228 NIC SW Mis-Match229 IP Addr Conflict230 Reserved231 Reserved232 Reserved

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 89


233 Reserved234 Backup Setting235 Reserved236 Reserved237 Reserved238 Reserved239 Reserved240 Reserved241 Reserved242 Reserved243 Reserved244 Reserved245 Reserved246 Reserved247 Reserved248 Reserved249 AR Reset Z1 EXT250 Aided 1 Receive251 Aided 1 Send252 Aid1 CustomT Out253 Aid1 Trip Enable254 Aid 1 Dist Trip255 Aid 1 DEF Trip256 Aided 2 Receive257 Aided 2 Send258 Aid2 CustomT Out259 Aid2 Trip Enable260 Aid 2 Dist Trip261 Aid 2 DEF Trip262 Any Trip263 Trip Output A264 Trip Output B265 Trip Output C266 Trip 3ph267 2/3 Ph Fault268 3 Ph Fault269 Stab Test Pass270 Pred. OST271 OST272 Start Z5273 Start Z6274 CNV ACTIVE275 TOR Trip CNV276 SOTF Trip CNV277 Fast OV PHA278 Fast OV PHB279 Fast OV PHC

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 90


280 I2>1 Start281 I2>2 Start282 I2>3 Start283 I2>4 Start284 I2>1 Trip285 I2>2 Trip286 I2>3 Trip287 I2>4 Trip288 AR Trip Test289 AR Trip Test A290 AR Trip Test B291 AR Trip Test C292 AR Init 3Ph293 Block AR294 df/dt>1 Start295 df/dt>2 Start296 df/dt>3 Start297 df/dt>4 Start298 df/dt>1 Trip299 df/dt>2 Trip300 df/dt>3 Trip301 df/dt>4 Trip302 Zone 1 Trip303 Zone 1 A Trip304 Zone 1 B Trip305 Zone 1 C Trip306 Zone 1 N Trip307 Zone 2 Trip308 Zone 2 A Trip309 Zone 2 B Trip310 Zone 2 C Trip311 Zone 2 N Trip312 Zone 3 Trip313 Zone 3 A Trip314 Zone 3 B Trip315 Zone 3 C Trip316 Zone 3 N Trip317 Zone P Trip318 Zone P A Trip319 Zone P B Trip320 Zone P C Trip321 Zone P N Trip322 Zone 4 Trip323 Zone 4 A Trip324 Zone 4 B Trip325 Zone 4 C Trip326 Zone 4 N Trip

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 91


327 Aided 1 Trip A328 Aided 1 Trip B329 Aided 1 Trip C330 Aided 1 Trip N331 Aid 1 WI Trip A332 Aid 1 WI Trip B333 Aid 1 WI Trip C334 Aid1 DEF Trip3Ph335 Aid1 WI Trip 3Ph336 Aided 2 Trip A337 Aided 2 Trip B338 Aided 2 Trip C339 Aided 2 Trip N340 Aid 2 WI Trip A341 Aid 2 WI Trip B342 Aid 2 WI Trip C343 Aid2 DEF Trip3Ph344 Aid2 WI Trip 3Ph345 Loss ofLoad Trip346 I>1 Trip347 I>1 Trip A348 I>1 Trip B349 I>1 Trip C350 I>2 Trip351 I>2 Trip A352 I>2 Trip B353 I>2 Trip C354 I>3 Trip355 I>3 Trip A356 I>3 Trip B357 I>3 Trip C358 I>4 Trip359 I>4 Trip A360 I>4 Trip B361 I>4 Trip C362 IN>1 Trip363 IN>2 Trip364 IN>3 Trip365 IN>4 Trip366 ISEF>1 Trip367 ISEF>2 Trip368 ISEF>3 Trip369 ISEF>4 Trip370 Broken Wire Trip371 Thermal Trip372 V<1 Trip373 V<1 Trip A/AB

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 92


374 V<1 Trip B/BC375 V<1 Trip C/CA376 V<2 Trip377 V<2 Trip A/AB378 V<2 Trip B/BC379 V<2 Trip C/CA380 V>1 Trip381 V>1 Trip A/AB382 V>1 Trip B/BC383 V>1 Trip C/CA384 V>2 Trip 385 V>2 Trip A/AB 386 V>2 Trip B/BC387 V>2 Trip C/CA388 Pole Discrepancy389 VN>1 Trip390 VN>2 Trip391 TOR Trip Zone 1392 TOR Trip Zone 2393 TOR Trip Zone 3394 TOR Trip Zone 4395 TOR Trip Zone P396 SOTF Trip Zone 1397 SOTF Trip Zone 2398 SOTF Trip Zone 3399 SOTF Trip Zone 4400 SOTF Trip Zone P401 Ch. Test Done402 Ch. Manual Test403 CLP Operation404 Phase Comp Trip405 Phase Comp Trp A406 Phase Comp Trp B407 Phase Comp Trp C408 PhComp Trp 3Ph409 Trans Start En410 Zone 1 A Start411 Zone 1 B Start412 Zone 1 C Start413 Zone 1 N Start414 Zone 2 A Start415 Zone 2 B Start416 Zone 2 C Start417 Zone 2 N Start418 Zone 3 A Start419 Zone 3 B Start420 Zone 3 C Start

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 93


421 Zone 3 N Start422 Zone P A Start423 Zone P B Start424 Zone P C Start425 Zone P N Start426 Zone 4 A Start427 Zone 4 B Start428 Zone 4 C Start429 Zone 4 N Start430 I>1 Start431 I>1 Start A432 I>1 Start B433 I>1 Start C434 I>2 Start435 I>2 Start A436 I>2 Start B437 I>2 Start C438 I>3 Start439 I>3 Start A440 I>3 Start B441 I>3 Start C442 I>4 Start443 I>4 Start A444 I>4 Start B445 I>4 Start C446 IN>1 Start447 IN>2 Start448 IN>3 Start449 IN>4 Start450 ISEF>1 Start451 ISEF>2 Start452 ISEF>3 Start453 ISEF>4 Start454 Thermal Alarm455 V<1 Start456 V<1 Start A/AB457 V<1 Start B/BC458 V<1 Start C/CA459 V<2 Start460 V<2 Start A/AB 461 V<2 Start B/BC462 V<2 Start C/CA463 V>1 Start 464 V>1 Start A/AB465 V>1 Start B/BC466 V>1 Start C/CA467 V>2 Start

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 94


468 V>2 Start A/AB469 V>2 Start B/BC470 V>2 Start C/CA471 VN>1 Start472 VN>2 Start473 Del I2 Lo Start474 Del I2 Hi Start475 Del I1 Lo Start476 Del I1 Hi Start477 I2 Lo Start478 I2 Hi Start479 I1 Lo Start480 I1 Hi Start481 V2 Lo Start482 V2 Hi Start483 Ph Z2 Lo Start484 Ph Z2 Hi Start485 Ph Z3 Lo Start486 Ph Z3 Hi Start487 Ph Z4 Lo Start488 Ph Z4 Hi Start489 Ph ZP Lo Start490 Ph ZP Hi Start491 Any Delta Start492 Any Thresh Start493 Any Low Set494 Any High Set495 VA< Start496 VB< Start497 VC< Start498 VTS Fast Block499 VTS Slow Block500 Bfail1 Trip 3ph501 Bfail2 Trip 3ph502 Control Trip503 Control Close504 Close in Prog505 Block Main Prot506 AR 3pole in prog507 AR 1pole in prog508 Seq Counter = 0509 Seq Counter = 1510 Seq Counter = 2511 Seq Counter = 3512 Seq Counter = 4513 Successful Close514 Auto Close

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 95


515 A/R Status 3P516 A/R Status 1P517 Force 3 pole518 AR Blocked519 Lockout Alarm520 IA< Start521 IB< Start522 IC< Start523 ISEF< Start524 Z1X Active525 TOC Active526 TOR Active527 SOTF Active528 SysChks Inactive529 Check Sync 1 OK530 Check Sync 2 OK531 Live Bus532 Dead Bus533 Live Line534 Dead Line535 All Poles Dead536 Any Pole Dead537 Pole Dead A538 Pole Dead B539 Pole Dead C540 CB Open 3 ph541 CB Open A ph542 CB Open B ph543 CB Open C ph544 CB Closed 3 ph545 CB Closed A ph546 CB Closed B ph547 CB Closed C ph548 CTS Block549 Started Phase A550 Started Phase B551 Started Phase C552 Started Phase N553 Zone1 AN Element554 Zone1 BN Element555 Zone1 CN Element556 Zone1 AB Element557 Zone1 BC Element558 Zone1 CA Element559 Zone2 AN Element560 Zone2 BN Element561 Zone2 CN Element

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 96


562 Zone2 AB Element563 Zone2 BC Element564 Zone2 CA Element565 Zone3 AN Element566 Zone3 BN Element567 Zone3 CN Element568 Zone3 AB Element569 Zone3 BC Element570 Zone3 CA Element571 ZoneP AN Element572 ZoneP BN Element573 ZoneP CN Element574 ZoneP AB Element575 ZoneP BC Element576 ZoneP CA Element577 Zone4 AN Element578 Zone4 BN Element579 Zone4 CN Element580 Zone4 AB Element581 Zone4 BC Element582 Zone4 CA Element583 DEF Forward584 DEF Reverse585 Phase Select A586 Phase Select B587 Phase Select C588 Phase Select N589 P Swing Detector590 PSB Fault591 I(2)/I(1)> A592 I(2)/I(1)> B593 I(2)/I(1)> C594 I(2)/I(1)> N595 Clear Stats Cmd596 LED1 Red597 LED1 Grn598 LED2 Red599 LED2 Grn600 LED3 Red601 LED3 Grn602 LED4 Red603 LED4 Grn604 LED5 Red605 LED5 Grn606 LED6 Red607 LED6 Grn608 LED7 Red

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 97


609 LED7 Grn610 LED8 Red611 LED8 Grn612 FnKey LED1 Red613 FnKey LED1 Grn614 FnKey LED2 Red615 FnKey LED2 Grn616 FnKey LED3 Red617 FnKey LED3 Grn618 FnKey LED4 Red619 FnKey LED4 Grn620 FnKey LED5 Red621 FnKey LED5 Grn622 FnKey LED6 Red623 FnKey LED6 Grn624 FnKey LED7 Red625 FnKey LED7 Grn626 FnKey LED8 Red627 FnKey LED8 Grn628 FnKey LED9 Red629 FnKey LED9 Grn630 FnKey LED10 Red631 FnKey LED10 Grn632 Function Key 1633 Function Key 2634 Function Key 3635 Function Key 4636 Function Key 5637 Function Key 6638 Function Key 7639 Function Key 8640 Function Key 9641 Function Key 10642 I^ Maint Alarm643 I^ Lockout Alarm644 CB OPs Maint645 CB OPs Lock646 CB Time Maint647 CB Time Lockout648 Fault Freq Lock649 F<1 Start650 F<2 Start651 F<3 Start652 F<4 Start653 F>1 Start654 F>2 Start655 F<1 Trip

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 98


656 F<2 Trip657 F<3 Trip658 F<4 Trip659 F>1 Trip660 F>2 Trip661 HMI Access Lvl 1662 HMI Access Lvl 2663 FPort AccessLvl1664 FPort AccessLvl2665 RPrt1 AccessLvl1666 RPrt1 AccessLvl2667 RPrt2 AccessLvl1668 RPrt2 AccessLvl2669 Monitor Bit 1670 Monitor Bit 2671 Monitor Bit 3672 Monitor Bit 4673 Monitor Bit 5674 Monitor Bit 6675 Monitor Bit 7676 Monitor Bit 8677 VTS Ia>678 VTS Ib>679 VTS Ic>680 VTS Va>681 VTS Vb>682 VTS Vc>683 VTS I2>684 VTS V2>685 VTS Ia delta>686 VTS Ib delta>687 VTS Ic delta> 688 I>> Backup Super689 I> Trip by VTS690 AR In Service691 Gnd Z2 Lo Start692 Gnd Z2 Hi Start693 Gnd Z3 Lo Start694 Gnd Z3 Hi Start695 Gnd Z4 Lo Start696 Gnd Z4 Hi Start697 Gnd ZP Lo Start698 Gnd ZP Hi Start

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 99

Digital Databaus

DDB No. Source Description English Text P547

0 Output Conditioner Output Relay 1 Relay 1 *1 Output Conditioner Output Relay 2 Relay 2 *2 Output Conditioner Output Relay 3 Relay 3 *3 Output Conditioner Output Relay 4 Relay 4 *4 Output Conditioner Output Relay 5 Relay 5 *5 Output Conditioner Output Relay 6 Relay 6 *6 Output Conditioner Output Relay 7 Relay 7 *7 Output Conditioner Output Relay 8 Relay 8 *8 Output Conditioner Output Relay 9 Relay 9 *9 Output Conditioner Output Relay 10 Relay 10 *10 Output Conditioner Output Relay 11 Relay 11 *11 Output Conditioner Output Relay 12 Relay 12 *12 Output Conditioner Output Relay 13 Relay 13 *13 Output Conditioner Output Relay 14 Relay 14 *14 Output Conditioner Output Relay 15 Relay 15 *15 Output Conditioner Output Relay 16 Relay 16 *16 Output Conditioner Output Relay 17 Relay 17 *17 Output Conditioner Output Relay 18 Relay 18 *18 Output Conditioner Output Relay 19 Relay 19 *19 Output Conditioner Output Relay 20 Relay 20 *20 Output Conditioner Output Relay 21 Relay 21 *21 Output Conditioner Output Relay 22 Relay 22 *22 Output Conditioner Output Relay 23 Relay 23 *23 Output Conditioner Output Relay 24 Relay 24 *24 Output Conditioner Output Relay 25 Relay 25 *25 Output Conditioner Output Relay 26 Relay 26 *26 Output Conditioner Output Relay 27 Relay 27 *27 Output Conditioner Output Relay 28 Relay 28 *28 Output Conditioner Output Relay 29 Relay 29 *29 Output Conditioner Output Relay 30 Relay 30 *30 Output Conditioner Output Relay 31 Relay 31 *31 Output Conditioner Output Relay 32 Relay 32 *32 Opto Input Opto Input 1 Opto 1 *33 Opto Input Opto Input 2 Opto 2 *34 Opto Input Opto Input 3 Opto 3 *35 Opto Input Opto Input 4 Opto 4 *36 Opto Input Opto Input 5 Opto 5 *37 Opto Input Opto Input 6 Opto 6 *38 Opto Input Opto Input 7 Opto 7 *39 Opto Input Opto Input 8 Opto 8 *40 Opto Input Opto Input 9 Opto 9 *41 Opto Input Opto Input 10 Opto 10 *42 Opto Input Opto Input 11 Opto 11 *43 Opto Input Opto Input 12 Opto 12 *44 Opto Input Opto Input 13 Opto 13 *45 Opto Input Opto Input 14 Opto 14 *46 Opto Input Opto Input 15 Opto 15 *47 Opto Input Opto Input 16 Opto 16 *48 Opto Input Opto Input 17 Opto 17 *49 Opto Input Opto Input 18 Opto 18 *50 Opto Input Opto Input 19 Opto 19 *51 Opto Input Opto Input 20 Opto 20 *52 Opto Input Opto Input 21 Opto 21 *53 Opto Input Opto Input 22 Opto 22 *54 Opto Input Opto Input 23 Opto 23 *55 Opto Input Opto Input 24 Opto 24 *56 Opto Input Unused Unused *57 Opto Input Unused Unused *58 Opto Input Unused Unused *59 Opto Input Unused Unused *

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 100


60 Opto Input Unused Unused *61 Opto Input Unused Unused *62 Opto Input Unused Unused *63 Opto Input Unused Unused *64 Unused Unused *65 Unused Unused *66 Unused Unused *67 Unused Unused *68 Unused Unused *69 Unused Unused *70 Unused Unused *71 Unused Unused *72 Unused Unused *73 Unused Unused *74 Unused Unused *75 Unused Unused *76 Unused Unused *77 Unused Unused *78 Unused Unused *79 Unused Unused *80 InterMiCOM Unused Unused *81 InterMiCOM Unused Unused *82 InterMiCOM Unused Unused *83 InterMiCOM Unused Unused *84 InterMiCOM Unused Unused *85 InterMiCOM Unused Unused *86 InterMiCOM Unused Unused *87 InterMiCOM Unused Unused *88 PSL Unused Unused *89 PSL Unused Unused *90 PSL Unused Unused *91 PSL Unused Unused *92 PSL Unused Unused *93 PSL Unused Unused *94 PSL Unused Unused *95 PSL Unused Unused *96 IM64 Unused Unused *97 IM64 Unused Unused *98 IM64 Unused Unused *99 IM64 Unused Unused *100 IM64 Unused Unused *101 IM64 Unused Unused *102 IM64 Unused Unused *103 IM64 Unused Unused *104 IM64 Unused Unused *105 IM64 Unused Unused *106 IM64 Unused Unused *107 IM64 Unused Unused *108 IM64 Unused Unused *109 IM64 Unused Unused *110 IM64 Unused Unused *111 IM64 Unused Unused *112 PSL Unused Unused *113 PSL Unused Unused *114 PSL Unused Unused *115 PSL Unused Unused *116 PSL Unused Unused *117 PSL Unused Unused *118 PSL Unused Unused *119 PSL Unused Unused *120 PSL Unused Unused *

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 101


121 PSL Unused Unused *122 PSL Unused Unused *123 PSL Unused Unused *124 PSL Unused Unused *125 PSL Unused Unused *126 PSL Unused Unused *127 PSL Unused Unused *128 PSL Input to Relay Output Condition Relay Cond 1 *129 PSL Input to Relay Output Condition Relay Cond 2 *130 PSL Input to Relay Output Condition Relay Cond 3 *131 PSL Input to Relay Output Condition Relay Cond 4 *132 PSL Input to Relay Output Condition Relay Cond 5 *133 PSL Input to Relay Output Condition Relay Cond 6 *134 PSL Input to Relay Output Condition Relay Cond 7 *135 PSL Input to Relay Output Condition Relay Cond 8 *136 PSL Input to Relay Output Condition Relay Cond 9 *137 PSL Input to Relay Output Condition Relay Cond 10 *138 PSL Input to Relay Output Condition Relay Cond 11 *139 PSL Input to Relay Output Condition Relay Cond 12 *140 PSL Input to Relay Output Condition Relay Cond 13 *141 PSL Input to Relay Output Condition Relay Cond 14 *142 PSL Input to Relay Output Condition Relay Cond 15 *143 PSL Input to Relay Output Condition Relay Cond 16 *144 PSL Input to Relay Output Condition Relay Cond 17 *145 PSL Input to Relay Output Condition Relay Cond 18 *146 PSL Input to Relay Output Condition Relay Cond 19 *147 PSL Input to Relay Output Condition Relay Cond 20 *148 PSL Input to Relay Output Condition Relay Cond 21 *149 PSL Input to Relay Output Condition Relay Cond 22 *150 PSL Input to Relay Output Condition Relay Cond 23 *151 PSL Input to Relay Output Condition Relay Cond 24 *152 PSL Input to Relay Output Condition Relay Cond 25 *153 PSL Input to Relay Output Condition Relay Cond 26 *154 PSL Input to Relay Output Condition Relay Cond 27 *155 PSL Input to Relay Output Condition Relay Cond 28 *156 PSL Input to Relay Output Condition Relay Cond 29 *157 PSL Input to Relay Output Condition Relay Cond 30 *158 PSL Input to Relay Output Condition Relay Cond 31 *159 PSL Input to Relay Output Condition Relay Cond 32 *160 PSL Input to Auxiliary Timer 1 Timer in 1 *161 PSL Input to Auxiliary Timer 2 Timer in 2 *162 PSL Input to Auxiliary Timer 3 Timer in 3 *163 PSL Input to Auxiliary Timer 4 Timer in 4 *164 PSL Input to Auxiliary Timer 5 Timer in 5 *165 PSL Input to Auxiliary Timer 6 Timer in 6 *166 PSL Input to Auxiliary Timer 7 Timer in 7 *167 PSL Input to Auxiliary Timer 8 Timer in 8 *168 PSL Input to Auxiliary Timer 9 Timer in 9 *169 PSL Input to Auxiliary Timer 10 Timer in 10 *170 PSL Input to Auxiliary Timer 11 Timer in 11 *171 PSL Input to Auxiliary Timer 12 Timer in 12 *172 PSL Input to Auxiliary Timer 13 Timer in 13 *173 PSL Input to Auxiliary Timer 14 Timer in 14 *174 PSL Input to Auxiliary Timer 15 Timer in 15 *175 PSL Input to Auxiliary Timer 16 Timer in 16 *176 Auxiliary Timer Output from Auxiliary Timer 1 Timer out 1 *177 Auxiliary Timer Output from Auxiliary Timer 2 Timer out 2 *178 Auxiliary Timer Output from Auxiliary Timer 3 Timer out 3 *179 Auxiliary Timer Output from Auxiliary Timer 4 Timer out 4 *180 Auxiliary Timer Output from Auxiliary Timer 5 Timer out 5 *181 Auxiliary Timer Output from Auxiliary Timer 6 Timer out 6 *

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 102


182 Auxiliary Timer Output from Auxiliary Timer 7 Timer out 7 *183 Auxiliary Timer Output from Auxiliary Timer 8 Timer out 8 *184 Auxiliary Timer Output from Auxiliary Timer 9 Timer out 9 *185 Auxiliary Timer Output from Auxiliary Timer 10 Timer out 10 *186 Auxiliary Timer Output from Auxiliary Timer 11 Timer out 11 *187 Auxiliary Timer Output from Auxiliary Timer 12 Timer out 12 *188 Auxiliary Timer Output from Auxiliary Timer 13 Timer out 13 *189 Auxiliary Timer Output from Auxiliary Timer 14 Timer out 14 *190 Auxiliary Timer Output from Auxiliary Timer 15 Timer out 15 *191 Auxiliary Timer Output from Auxiliary Timer 16 Timer out 16 *192 Virtual Input Command Control Input 1 Control Input 1 *193 Virtual Input Command Control Input 2 Control Input 2 *194 Virtual Input Command Control Input 3 Control Input 3 *195 Virtual Input Command Control Input 4 Control Input 4 *196 Virtual Input Command Control Input 5 Control Input 5 *197 Virtual Input Command Control Input 6 Control Input 6 *198 Virtual Input Command Control Input 7 Control Input 7 *199 Virtual Input Command Control Input 8 Control Input 8 *200 Virtual Input Command Control Input 9 Control Input 9 *201 Virtual Input Command Control Input 10 Control Input 10 *202 Virtual Input Command Control Input 11 Control Input 11 *203 Virtual Input Command Control Input 12 Control Input 12 *204 Virtual Input Command Control Input 13 Control Input 13 *205 Virtual Input Command Control Input 14 Control Input 14 *206 Virtual Input Command Control Input 15 Control Input 15 *207 Virtual Input Command Control Input 16 Control Input 16 *208 Virtual Input Command Control Input 17 Control Input 17 *209 Virtual Input Command Control Input 18 Control Input 18 *210 Virtual Input Command Control Input 19 Control Input 19 *211 Virtual Input Command Control Input 20 Control Input 20 *212 Virtual Input Command Control Input 21 Control Input 21 *213 Virtual Input Command Control Input 22 Control Input 22 *214 Virtual Input Command Control Input 23 Control Input 23 *215 Virtual Input Command Control Input 24 Control Input 24 *216 Virtual Input Command Control Input 25 Control Input 25 *217 Virtual Input Command Control Input 26 Control Input 26 *218 Virtual Input Command Control Input 27 Control Input 27 *219 Virtual Input Command Control Input 28 Control Input 28 *220 Virtual Input Command Control Input 29 Control Input 29 *221 Virtual Input Command Control Input 30 Control Input 30 *222 Virtual Input Command Control Input 31 Control Input 31 *223 Virtual Input Command Control Input 32 Control Input 32 *224 GOOSE Input Command GOOSE Input 1 Virtual Input 1 *225 GOOSE Input Command GOOSE Input 2 Virtual Input 2 *226 GOOSE Input Command GOOSE Input 3 Virtual Input 3 *227 GOOSE Input Command GOOSE Input 4 Virtual Input 4 *228 GOOSE Input Command GOOSE Input 5 Virtual Input 5 *229 GOOSE Input Command GOOSE Input 6 Virtual Input 6 *230 GOOSE Input Command GOOSE Input 7 Virtual Input 7 *231 GOOSE Input Command GOOSE Input 8 Virtual Input 8 *232 GOOSE Input Command GOOSE Input 9 Virtual Input 9 *233 GOOSE Input Command GOOSE Input 10 Virtual Input 10 *234 GOOSE Input Command GOOSE Input 11 Virtual Input 11 *235 GOOSE Input Command GOOSE Input 12 Virtual Input 12 *236 GOOSE Input Command GOOSE Input 13 Virtual Input 13 *237 GOOSE Input Command GOOSE Input 14 Virtual Input 14 *238 GOOSE Input Command GOOSE Input 15 Virtual Input 15 *239 GOOSE Input Command GOOSE Input 16 Virtual Input 16 *240 GOOSE Input Command GOOSE Input 17 Virtual Input 17 *241 GOOSE Input Command GOOSE Input 18 Virtual Input 18 *242 GOOSE Input Command GOOSE Input 19 Virtual Input 19 *

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 103


243 GOOSE Input Command GOOSE Input 20 Virtual Input 20 *244 GOOSE Input Command GOOSE Input 21 Virtual Input 21 *245 GOOSE Input Command GOOSE Input 22 Virtual Input 22 *246 GOOSE Input Command GOOSE Input 23 Virtual Input 23 *247 GOOSE Input Command GOOSE Input 24 Virtual Input 24 *248 GOOSE Input Command GOOSE Input 25 Virtual Input 25 *249 GOOSE Input Command GOOSE Input 26 Virtual Input 26 *250 GOOSE Input Command GOOSE Input 27 Virtual Input 27 *251 GOOSE Input Command GOOSE Input 28 Virtual Input 28 *252 GOOSE Input Command GOOSE Input 29 Virtual Input 29 *253 GOOSE Input Command GOOSE Input 30 Virtual Input 30 *254 GOOSE Input Command GOOSE Input 31 Virtual Input 31 *255 GOOSE Input Command GOOSE Input 32 Virtual Input 32 *256 PSL GOOSE Output 1 Virtual Output 1 *257 PSL GOOSE Output 2 Virtual Output 2 *258 PSL GOOSE Output 3 Virtual Output 3 *259 PSL GOOSE Output 4 Virtual Output 4 *260 PSL GOOSE Output 5 Virtual Output 5 *261 PSL GOOSE Output 6 Virtual Output 6 *262 PSL GOOSE Output 7 Virtual Output 7 *263 PSL GOOSE Output 8 Virtual Output 8 *264 PSL GOOSE Output 9 Virtual Output 9 *265 PSL GOOSE Output 10 Virtual Output10 *266 PSL GOOSE Output 11 Virtual Output11 *267 PSL GOOSE Output 12 Virtual Output12 *268 PSL GOOSE Output 13 Virtual Output13 *269 PSL GOOSE Output 14 Virtual Output14 *270 PSL GOOSE Output 15 Virtual Output15 *271 PSL GOOSE Output 16 Virtual Output16 *272 PSL GOOSE Output 17 Virtual Output17 *273 PSL GOOSE Output 18 Virtual Output18 *274 PSL GOOSE Output 19 Virtual Output19 *275 PSL GOOSE Output 20 Virtual Output20 *276 PSL GOOSE Output 21 Virtual Output21 *277 PSL GOOSE Output 22 Virtual Output22 *278 PSL GOOSE Output 23 Virtual Output23 *279 PSL GOOSE Output 24 Virtual Output24 *280 PSL GOOSE Output 25 Virtual Output25 *281 PSL GOOSE Output 26 Virtual Output26 *282 PSL GOOSE Output 27 Virtual Output27 *283 PSL GOOSE Output 28 Virtual Output28 *284 PSL GOOSE Output 29 Virtual Output29 *285 PSL GOOSE Output 30 Virtual Output30 *286 PSL GOOSE Output 31 Virtual Output31 *287 PSL GOOSE Output 32 Virtual Output32 *288 Group Selection Setting Group via opto invalid SG-opto Invalid *289 Commissioning Test Test Mode Enabled Prot'n Disabled *290 Commissioning Test Static Test Mode Static Test Mode *291 Phase Comparison PLC Channel Fail PLC Channel Fail *292 Phase Comparison Extended Transmission Alarm Ex Trans Alarm *293 VT Supervision VTS Indication VT Fail Alarm *294 CT Supervision CTS Alarm CT Fail Alarm *295 CT Supervision Unused Reserved *296 CT Supervision Unused Reserved *297 Powerswing Blocking Power Swing Power Swing *298 CB Fail BF Block AR CB Fail Alarm *299 CB Monitoring CB Monitor Alarm CB Monitor Alarm *300 CB Monitoring CB Lockout Alarm CB Lockout Alarm *301 CB Status CB Status Alarm CB Status Alarm *302 CB Control CB Failed to Trip CB Trip Fail *303 CB Control CB Failed to Close CB Close Fail *

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 104


304 CB Control Control CB Unhealthy Man CB Unhealthy *305 CB Control Control No Checksync No C/S Man Close *306 Auto-reclose Autoclose Lockout/RLY BAR A/R Lockout *307 Auto-reclose No Healthy (AR) A/R CB Unhealthy *308 Auto-reclose No Check Sync / AR Fail A/R No Checksync *309 Check Sync System Split Alarm System Split *310 C Diff Unused Reserved *311 C Diff Signaling Failure Alarm Signaling Fail *312 Phase Comparison PLCCE Extended Trans. Alarm PLC Ex Trans Alm *313 Phase Comparison Phase Comp Protection Failure Alarm Ph Comp Failure *314 Stability Test Stability AB Fail Stab AB Fail *315 Stability Test Stability AC Fail Stab AC Fail *316 Stability Test Stability A Fail Stab A Fail *317 PSL Aid1 Channel Out Aid 1 Chan Fail *318 PSL Aid2 Channel Out Aid 2 Chan Fail *319 Frequency Tracking Frequency out of range F out of Range *320 CB2 Fail Unused Reserved *321 CB Monitoring Unused Reserved *322 CB Monitoring Unused Reserved *323 CB2 Status Unused Reserved *324 CB2 Control Unused Reserved *325 CB2 Control Unused Reserved *326 CB2 Control Unused Reserved *327 CB2 Control Unused Reserved *328 Auto-reclose Unused Reserved *329 Auto-reclose Unused Reserved *330 Auto-reclose Unused Reserved *331 Check Sync Unused Reserved *332 Stability Test Stability B Fail Stab B Fail *333 Stability Test Stability C Fail Stab C Fail *334 Co-processor Interface Copro Main Prot. Fail Main Prot. Fail *335 Stability Test Stability Test Fail Stab Test Fail *336 C Diff Unused Reserved *337 C Diff Unused Reserved *338 C Diff Unused Reserved *339 PSL Unused Reserved *340 PSL Unused Reserved *341 PSL Unused Reserved *342 PSL Unused Reserved *343 PSL Unused Reserved *344 PSL SR User Alarm 1 SR User Alarm 1 *345 PSL SR User Alarm 2 SR User Alarm 2 *346 PSL SR User Alarm 3 SR User Alarm 3 *347 PSL SR User Alarm 4 SR User Alarm 4 *348 PSL MR User Alarm 5 MR User Alarm 5 *349 PSL MR User Alarm 6 MR User Alarm 6 *350 PSL MR User Alarm 7 MR User Alarm 7 *351 PSL MR User Alarm 8 MR User Alarm 8 *352 Self Monitoring Battery Fail Battery Fail *353 Self Monitoring Field Volts Fail Field Volts Fail *354 Self Monitoring Comm2 H/W Fail Rear Comm 2 Fail *355 Ethernet Interface Platform Alarm 4 GOOSE IED Absent *356 Ethernet Interface Platform Alarm 5 NIC Not Fitted *357 Ethernet Interface Platform Alarm 6 NIC No Response *358 Ethernet Interface Platform Alarm 7 NIC Fatal Error *359 Ethernet Interface Platform Alarm 8 NIC Soft. Reload *360 Ethernet Interface Platform Alarm 9 Bad TCP/IP Cfg. *361 Ethernet Interface Platform Alarm 10 Bad OSI Config. *362 Ethernet Interface Platform Alarm 11 NIC Link Fail *363 Ethernet Interface Platform Alarm 12 NIC SW Mis-Match *364 Ethernet Interface Platform Alarm 13 IP Addr Conflict *

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 105


365 InterMiCOM IM Loopback Reserved *366 InterMiCOM IM Message Fail Reserved *367 InterMiCOM IM Data CD Fail Reserved *368 InterMiCOM IM Channel Fail Reserved *369 Self Monitoring Platform Alarm 18 Backup Setting *370 Platform Alarm 19 Reserved *371 Platform Alarm 20 Reserved *372 Platform Alarm 21 Reserved *373 Platform Alarm 22 Reserved *374 Platform Alarm 23 Reserved *375 Platform Alarm 24 Reserved *376 Platform Alarm 25 Reserved *377 Platform Alarm 26 Reserved *378 Platform Alarm 27 Reserved *379 Platform Alarm 28 Reserved *380 Platform Alarm 29 Reserved *381 Platform Alarm 30 Reserved *382 Platform Alarm 31 Reserved *383 Platform Alarm 32 Reserved *384 PSL Zone 1 Ground Block Block Zone 1 Gnd *385 PSL Zone 1 Phase Block Block Zone 1 Phs *386 PSL Zone 2 Ground Block Block Zone 2 Gnd *387 PSL Zone 2 Phase Block Block Zone 2 Phs *388 PSL Zone 3 Ground Block Block Zone 3 Gnd *389 PSL Zone 3 Phase Block Block Zone 3 Phs *390 PSL Zone P Ground Block Block Zone P Gnd *391 PSL Zone P Phase Block Block Zone P Phs *392 PSL Zone 4 Ground Block Block Zone 4 Gnd *393 PSL Zone 4 Phase Block Block Zone 4 Phs *394 PSL Aid1 InhibitDist Aid1 InhibitDist *395 PSL Aid1 Inhibit DEF Aid1 Inhibit DEF *396 PSL Unused Unused *397 PSL Aid2 InhibitDist Aid2 InhibitDist *398 PSL Aid2 Inhibit DEF Aid2 Inhibit DEF *399 PSL Unused Unused *400 PSL Time Synch by Opto Time Synch *401 PSL Block Phase Overcurrent Stage 1 time delay I>1 Timer Block *402 PSL Block Phase Overcurrent Stage 2 time delay I>2 Timer Block *403 PSL Block Phase Overcurrent Stage 3 time delay I>3 Timer Block *404 PSL Block Phase Overcurrent Stage 4 time delay I>4 Timer Block *405 PSL Block Standby Earth Fault Stage 1 time delay IN>1 Timer Block *406 PSL Block Standby Earth Fault Stage 2 time delay IN>2 Timer Block *407 PSL Block Standby Earth Fault Stage 3 time delay IN>3 Timer Block *408 PSL Block Standby Earth Fault Stage 4 time delay IN>4 Timer Block *409 PSL Block SEF Stage 1 time delay ISEF>1 Timer Blk *410 PSL Block SEF Stage 2 time delay ISEF>2 Timer Blk *411 PSL Block SEF Stage 3 time delay ISEF>3 Timer Blk *412 PSL Block SEF Stage 4 time delay ISEF>4 Timer Blk *413 PSL Unused Unused *414 PSL V<1 Block Timer V<1 Timer Block *415 PSL V<2 Block Timer V<2 Timer Block *416 PSL V>1 Block Timer V>1 Timer Block *417 PSL V>2 Block Timer V>2 Timer Block *418 PSL Residual OV 1 Timer Block VN>1 Timer Blk *419 PSL Residual OV 2 Timer Block VN>2 Timer Blk *420 PSL 52-A CB Contact Input CB Aux 3ph(52-A) *421 PSL 52-A CB Contact Input A Phase CB Aux A(52-A) *422 PSL 52-A CB Contact Input B Phase CB Aux B(52-A) *423 PSL 52-A CB Contact Input C Phase CB Aux C(52-A) *424 PSL 52-B CB Contact Input CB Aux 3ph(52-B) *425 PSL 52-B CB Contact Input A Phase CB Aux A(52-B) *

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 106


426 PSL 52-B CB Contact Input B Phase CB Aux B(52-B) *427 PSL 52-B CB Contact Input C Phase CB Aux C(52-B) *428 PSL Unused Unused *429 PSL Unused Unused *430 PSL Unused Unused *431 PSL Unused Unused *432 PSL Unused Unused *433 PSL Unused Unused *434 PSL Unused Unused *435 PSL Unused Unused *436 PSL CB Healthy CB Healthy *437 PSL Unused Unused *438 PSL MCB/VTS opto MCB/VTS *439 PSL Logic Input Trip Trip CB *440 PSL Logic Input Close Close CB *441 PSL Unused Unused *442 PSL Unused Unused *443 PSL Reset Manual CB Close Timer Delay Reset Close Dly *444 PSL Reset Latched Relays & LED’s Reset Relays/LED *445 PSL Reset Thermal State Reset Thermal *446 PSL Reset Lockout Opto Input Reset Lockout *447 PSL Reset CB Maintenance Values Reset CB Data *448 PSL Block Auto-reclose / BAR BAR *449 PSL Enable 1 pole reclose En 1pole reclose *450 PSL Enable 3 pole reclose En 3pole reclose *451 PSL Pole Discrepancy Pole Discrepancy *452 PSL Unused Unused *453 Unused Unused *454 Unused Unused *455 Unused Unused *456 Unused Unused *457 PSL Unused Unused *458 PSL Inhibit Weak Infeed Logic Inhibit WI *459 PSL Commissioning Tests Test Mode *460 PSL Command Blocking Command Blocking *461 PSL Monitor Blocking Monitor Blocking *462 Unused Unused *463 PSL Inhibit stage 1 overcurrent Inhibit I>1 *464 PSL Inhibit stage 2 overcurrent Inhibit I>2 *465 PSL Inhibit stage 3 overcurrent Inhibit I>3 *466 PSL Inhibit stage 4 overcurrent Inhibit I>4 *467 PSL Inhibit stage 1 earth fault Inhibit IN>1 *468 PSL Inhibit stage 2 earth fault Inhibit IN>2 *469 PSL Inhibit stage 3 earth fault Inhibit IN>3 *470 PSL Inhibit stage 4 earth fault Inhibit IN>4 *471 PSL Inhibit stage 1 undervoltage Inhibit V<1 *472 PSL Inhibit stage 2 undervoltage Inhibit V<2 *473 PSL Inhibit stage 1 overvoltage Inhibit V>1 *474 PSL Inhibit stage 2 overvoltage Inhibit V>2 *475 PSL Inhibit stage 1 residual overvoltage Inhibit VN>1 *476 PSL Inhibit stage 2 residual overvoltage Inhibit VN>2 *477 PSL Unused Unused *478 PSL Inhibit Thermal Protection Inhibit Thermal *479 PSL Inhibit CB status InhibitCB Status *480 PSL Inhibit CB Fail Inhibit CB Fail *481 PSL Inhibit Broken Conductor Inhibit OpenLine *482 PSL Inhibit VTS Inhibit VTS *483 PSL Inhibit CTS Inhibit CTS *484 PSL Inhibit Checksync Inhibit Checksync *485 PSL Inhibit TOR Inhibit TOR *486 PSL Inhibit SOTF Inhibit SOTF *

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 107


487 PSL Disable CTS Disable CTS *488 PSL Set SOTF Set SOTF *489 Zone 1 Extension Scheme AR Reset Z1 EXT AR Reset Z1 EXT *490 PSL Reset Zone 1 Ext Reset Zone 1 Ext *491 PSL Inhibit LoL Inhibit LoL *492 PSL Aided 1 COS/LGS Aided 1 COS/LGS *493 PSL Aided1 Receive ext Aided1 Scheme Rx *494 Aided Scheme Logic Aided 1 Receive Aided 1 Receive *495 Unused Unused *496 PSL Aid1 Block Send Aid1 Block Send *497 PSL Aid1 Custom Send Aid1 Custom Send *498 Aided Scheme Logic Aided 1 Send Aided 1 Send *499 PSL Aid1 Custom T In Aid1 Custom T In *500 Aided Scheme Logic Aid1 CustomT Out Aid1 CustomT Out *501 Aided Scheme Logic Aid1 Trip Enable Aid1 Trip Enable *502 PSL Aid1 Custom Trip Enable Aid1 Custom Trip *503 Aided Scheme Logic Aided 1 Distance Trip Aid 1 Dist Trip *504 Aided Scheme Logic Unused Unused *505 Aided Scheme Logic Aided 1 DEF Trip Aid 1 DEF Trip *506 PSL Aided 2 COS/LGS Aided 2 COS/LGS *507 PSL Aided2 Receive ext Aided2 Scheme Rx *508 Aided Scheme Logic Aided 2 Receive Aided 2 Receive *509 Unused Unused *510 Unused Unused *511 Unused Unused *512 PSL Aid2 Block Send Aid2 Block Send *513 PSL Aid2 Custom Send Aid2 Custom Send *514 Aided Scheme Logic Aided 2 Send Aided 2 Send *515 PSL Aid2 Custom T In Aid2 Custom T In *516 Aided Scheme Logic Aid2 CustomT Out Aid2 CustomT Out *517 Aided Scheme Logic Aid2 Trip Enable Aid2 Trip Enable *518 PSL Aid2 Custom Trip Enable Aid2 Custom Trip *519 Aided Scheme Logic Aided 2 Distance Trip Aid 2 Dist Trip *520 Aided Scheme Logic Unused Unused *521 Aided Scheme Logic Aided 2 DEF Trip Aid 2 DEF Trip *522 Trip Conversion Logic Any Trip Any Trip *523 Trip Conversion Logic Trip A Trip Output A *524 Trip Conversion Logic Trip B Trip Output B *525 Trip Conversion Logic Trip C Trip Output C *526 Trip Conversion Logic 3 Phase Trip Trip 3ph *527 Trip Conversion Logic 2/3 Phase fault 2/3 Ph Fault *528 Trip Conversion Logic 3 Phase Fault 3 Ph Fault *529 PSL Trip 3 Phase - Input to Trip Latching Logic Trip Inputs 3Ph *530 PSL A Phase Trip- Input to Trip Latching Logic Trip Inputs A *531 PSL B Phase Trip- Input to Trip Latching Logic Trip Inputs B *532 PSL C Phase Trip- Input to Trip Latching Logic Trip Inputs C *533 PSL Force 3 Pole tripping Force 3Pole Trip *534 PSL External Trip 3ph External Trip3ph *535 PSL External Trip A External Trip A *536 PSL External Trip B External Trip B *537 PSL External Trip C External Trip C *538 Unused Unused *539 Unused Unused *540 Unused Unused *541 Unused Unused *542 Binary coded setting group selector 1 SG Select x1 *543 Binary coded setting group selector 2 SG Select 1x *544 PSL Clear C Diff Statistics Clear Statistics *545 Stability test Stability test pass Stab Test Pass *546 Phase Comparison Delta starter block Block Delta *547 Phase Comparison Phase Comp block Block Phase Comp *

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 108


548 Phase Comparison I2 Starter Block Block Start I2 *549 Phase Comparison Set Transient Starter Set Trans Start *550 Out Of Step Tripping Inhibit predictive out of step tripping operation Inh Pred. OST *551 Out Of Step Tripping Predictive out of step trip Pred. OST *552 Out Of Step Tripping Inhibit out of step tripping operation Inhibit OST *553 Out Of Step Tripping Out of step tripping operation OST *554 Out Of Step Tripping Zone 5 element started Start Z5 *555 Out Of Step Tripping Zone 6 element started Start Z6 *556 Distance Basic Scheme CNV Active CNV ACTIVE *557 Distance Basic Scheme CNV_TOR_TRIP TOR Trip CNV *558 Distance Basic Scheme CNV_SOTF_TRIP SOTF Trip CNV *559 Distance Basic Scheme Quarter Cycle Over Voltage PhA Fast OV PHA *560 Distance Basic Scheme Quarter Cycle Over Voltage PhB Fast OV PHB *561 Distance Basic Scheme Quarter Cycle Over Voltage PhC Fast OV PHC *562 PSL Inhibit I2> Protection I2> Inhibit *563 PSL Block I2> Stage 1 Timer I2>1 Tmr Blk *564 PSL Block I2> Stage 2 Timer I2>2 Tmr Blk *565 PSL Block I2> Stage 3 Timer I2>3 Tmr Blk *566 PSL Block I2> Stage 4 Timer I2>4 Tmr Blk *567 Neg Sequence Overcurrent I2> Stage 1 Start I2>1 Start *568 Neg Sequence Overcurrent I2> Stage 2 Start I2>2 Start *569 Neg Sequence Overcurrent I2> Stage 3 Start I2>3 Start *570 Neg Sequence Overcurrent I2> Stage 4 Start I2>4 Start *571 Neg Sequence Overcurrent I2> Stage 1 Trip I2>1 Trip *572 Neg Sequence Overcurrent I2> Stage 2 Trip I2>2 Trip *573 Neg Sequence Overcurrent I2> Stage 3 Trip I2>3 Trip *574 Neg Sequence Overcurrent I2> Stage 4 Trip I2>4 Trip *575 Phase Comparison Secure Icap mode setting Icap mode 1 *576 Commissioning Test Auto-reclose Trip Test AR Trip Test *577 Commissioning Test Auto-reclose trip test A phase AR Trip Test A *578 Commissioning Test Auto-reclose trip test B phase AR Trip Test B *579 Commissioning Test Auto-reclose trip test C Phase AR Trip Test C *580 Auto-reclose Initiate 3 Phase AR AR Init 3Ph *581 Auto-reclose Block Auto-reclose Block AR *582 SW Unused Unused *583 SW Unused Unused *584 SW Unused Unused *585 SW Unused Unused *586 SW Unused Unused *587 SW Unused Unused *588 SW Unused Unused *589 SW Unused Unused *590 SW Unused Unused *591 SW Unused Unused *592 PSL Inhibit df/dt protection df/dt> Inhibit *593 PSL Block ROCOF Stage 1 Timer df/dt>1 Tmr Blk *594 PSL Block ROCOF Stage 2 Timer df/dt>2 Tmr Blk *595 PSL Block ROCOF Stage 3 Timer df/dt>3 Tmr Blk *596 PSL Block ROCOF Stage 4 Timer df/dt>4 Tmr Blk *597 df/dt Protection ROCOF Stage 1 Start df/dt>1 Start *598 df/dt Protection ROCOF Stage 2 Start df/dt>2 Start *599 df/dt Protection ROCOF Stage 3 Start df/dt>3 Start *600 df/dt Protection ROCOF Stage 4 Start df/dt>4 Start *601 df/dt Protection ROCOF Stage 1 Trip df/dt>1 Trip *602 df/dt Protection ROCOF Stage 2 Trip df/dt>2 Trip *603 df/dt Protection ROCOF Stage 3 Trip df/dt>3 Trip *604 df/dt Protection ROCOF Stage 4 Trip df/dt>4 Trip *605 SW Unused Unused *606 SW Unused Unused *607 SW Unused Unused *608 Distance Basic Scheme Zone 1 Trip Zone 1 Trip *

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MiCOM P547

P547/EN MD/D32

(MD) - 109


609 Distance Basic Scheme Zone 1 A Phase Trip Zone 1 A Trip *610 Distance Basic Scheme Zone 1 B Phase Trip Zone 1 B Trip *611 Distance Basic Scheme Zone 1 C Phase Trip Zone 1 C Trip *612 Distance Basic Scheme Zone 1 N Trip Zone 1 N Trip *613 Distance Basic Scheme Zone 2 Trip Zone 2 Trip *614 Distance Basic Scheme Zone 2 A Phase Trip Zone 2 A Trip *615 Distance Basic Scheme Zone 2 B Phase Trip Zone 2 B Trip *616 Distance Basic Scheme Zone 2 C Phase Trip Zone 2 C Trip *617 Distance Basic Scheme Zone 2 N Trip Zone 2 N Trip *618 Distance Basic Scheme Zone 3 Trip Zone 3 Trip *619 Distance Basic Scheme Zone 3 A Phase Trip Zone 3 A Trip *620 Distance Basic Scheme Zone 3 B Phase Trip Zone 3 B Trip *621 Distance Basic Scheme Zone 3 C Phase Trip Zone 3 C Trip *622 Distance Basic Scheme Zone 3 N Trip Zone 3 N Trip *623 Distance Basic Scheme Zone P Trip Zone P Trip *624 Distance Basic Scheme Zone P A Phase Trip Zone P A Trip *625 Distance Basic Scheme Zone P B Phase Trip Zone P B Trip *626 Distance Basic Scheme Zone P C Phase Trip Zone P C Trip *627 Distance Basic Scheme Zone P N Trip Zone P N Trip *628 Distance Basic Scheme Zone 4 Trip Zone 4 Trip *629 Distance Basic Scheme Zone 4 A Phase Trip Zone 4 A Trip *630 Distance Basic Scheme Zone 4 B Phase Trip Zone 4 B Trip *631 Distance Basic Scheme Zone 4 C Phase Trip Zone 4 C Trip *632 Distance Basic Scheme Zone 4 N Phase Trip Zone 4 N Trip *633 Aided Scheme Logic Aided 1 Trip A Aided 1 Trip A *634 Aided Scheme Logic Aided 1 Trip B Aided 1 Trip B *635 Aided Scheme Logic Aided 1 Trip C Aided 1 Trip C *636 Aided Scheme Logic Aided 1 Trip N Aided 1 Trip N *637 Aided Scheme Logic Aided 1 WI Trip A Aid 1 WI Trip A *638 Aided Scheme Logic Aided 1 WI Trip B Aid 1 WI Trip B *639 Aided Scheme Logic Aided 1 WI Trip C Aid 1 WI Trip C *640 Aided Scheme Logic Unused Unused *641 Aided Scheme Logic Aid1 DEF Trip3Ph Aid1 DEF Trip3Ph *642 Aided Scheme Logic Aid1 WI Trip 3Ph Aid1 WI Trip 3Ph *643 Aided Scheme Logic Aided 2 Trip A Aided 2 Trip A *644 Aided Scheme Logic Aided 2 Trip B Aided 2 Trip B *645 Aided Scheme Logic Aided 2 Trip C Aided 2 Trip C *646 Aided Scheme Logic Aided 2 Trip N Aided 2 Trip N *647 Aided Scheme Logic Aided 2 WI Trip A Aid 2 WI Trip A *648 Aided Scheme Logic Aided 2 WI Trip B Aid 2 WI Trip B *649 Aided Scheme Logic Aided 2 WI Trip C Aid 2 WI Trip C *650 Aided Scheme Logic Unused Unused *651 Aided Scheme Logic Aid2 DEF Trip3Ph Aid2 DEF Trip3Ph *652 Aided Scheme Logic Aid2 WI Trip 3Ph Aid2 WI Trip 3Ph *653 Unused Unused *654 Loss of Load Logic Loss ofLoad Trip Loss ofLoad Trip *655 Overcurrent 1st Stage O/C Trip 3ph I>1 Trip *656 Overcurrent 1st Stage O/C Trip A I>1 Trip A *657 Overcurrent 1st Stage O/C Trip B I>1 Trip B *658 Overcurrent 1st Stage O/C Trip C I>1 Trip C *659 Overcurrent 2nd Stage O/C Trip 3ph I>2 Trip *660 Overcurrent 2nd Stage O/C Trip A I>2 Trip A *661 Overcurrent 2nd Stage O/C Trip B I>2 Trip B *662 Overcurrent 2nd Stage O/C Trip C I>2 Trip C *663 Overcurrent 3rd Stage O/C Trip 3ph I>3 Trip *664 Overcurrent 3rd Stage O/C Trip A I>3 Trip A *665 Overcurrent 3rd Stage O/C Trip B I>3 Trip B *666 Overcurrent 3rd Stage O/C Trip C I>3 Trip C *667 Overcurrent 4th Stage O/C Trip 3ph I>4 Trip *668 Overcurrent 4th Stage O/C Trip A I>4 Trip A *669 Overcurrent 4th Stage O/C Trip B I>4 Trip B *

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MiCOM P547

P547/EN MD/D32

(MD) - 110


670 Overcurrent 4th Stage O/C Trip C I>4 Trip C *671 Earth Fault 1st Stage SBEF Trip IN>1 Trip *672 Earth Fault 2nd Stage SBEF Trip IN>2 Trip *673 Earth Fault 3rd Stage SBEF Trip IN>3 Trip *674 Earth Fault 4th Stage SBEF Trip IN>4 Trip *675 SEF 1st Stage SEF Trip ISEF>1 Trip *676 SEF 2nd Stage SEF Trip ISEF>2 Trip *677 SEF 3rd Stage SEF Trip ISEF>3 Trip *678 SEF 4th Stage SEF Trip ISEF>4 Trip *679 Broken Conductor Broken Conductor Trip Broken Wire Trip *680 Thermal overload Thermal Overload Trip Thermal Trip *681 PSL Block Start Zap (Ph-Gnd) Blk Start Gnd Zap *681 Unused Unused682 Unused Unused *683 Undervoltage UV 1 3 Phase Trip V<1 Trip *684 Undervoltage UV 1 A Phase Trip V<1 Trip A/AB *685 Undervoltage UV 1 B Phase Trip V<1 Trip B/BC *686 Undervoltage UV 1 C Phase Trip V<1 Trip C/CA *687 Undervoltage UV 2 3 Phase Trip V<2 Trip *688 Undervoltage UV 2 A Phase Trip V<2 Trip A/AB *689 Undervoltage UV 2 B Phase Trip V<2 Trip B/BC *690 Undervoltage UV 2 C Phase Trip V<2 Trip C/CA *691 Overvoltage OV 1 3 Phase Trip V>1 Trip *692 Overvoltage OV 1 A Phase Trip V>1 Trip A/AB *693 Overvoltage OV 1 B Phase Trip V>1 Trip B/BC *694 Overvoltage OV 1 C Phase Trip V>1 Trip C/CA *695 Overvoltage OV 2 3 Phase Trip V>2 Trip *696 Overvoltage OV 2 A Phase Trip V>2 Trip A/AB *697 Overvoltage OV 2 B Phase Trip V>2 Trip B/BC *698 Overvoltage OV 2 C Phase Trip V>2 Trip C/CA *699 Pole Discrepancy Pole Discrepancy Pole Discrepancy *700 Residual Overvoltage Residual OV 1 Trip VN>1 Trip *701 Residual Overvoltage Residual OV 2 Trip VN>2 Trip *702 PSL Trigger for Fault Recorder Fault REC TRIG *703 Neg Sequence Overcurrent Unused Unused *704 Trip on Close TOR Trip Zone 1 TOR Trip Zone 1 *705 Trip on Close TOR Trip Zone 2 TOR Trip Zone 2 *706 Trip on Close TOR Trip Zone 3 TOR Trip Zone 3 *707 Trip on Close TOR Trip Zone 4 TOR Trip Zone 4 *708 Trip on Close TOR Trip Zone P TOR Trip Zone P *709 Trip on Close SOTF Trip Zone 1 SOTF Trip Zone 1 *710 Trip on Close SOTF Trip Zone 2 SOTF Trip Zone 2 *711 Trip on Close SOTF Trip Zone 3 SOTF Trip Zone 3 *712 Trip on Close SOTF Trip Zone 4 SOTF Trip Zone 4 *713 Trip on Close SOTF Trip Zone P SOTF Trip Zone P *714 SW Channel test completed Ch. Test Done *715 SW Channel test started Ch. Manual Test *716 Phase Comparison Phase comp unstabalising Unstblise PhComp *717 SW Block Channel test Block Chan Test *718 SW CLP initiate CLP Initiate *719 SW CLP operation CLP Operation *720 Unused Unused *721 PSL Continuous manual test Cont Man Test *722 PSL Block PLC Keying Block Keying PLC *723 Phase Comparison Phase comp trip Phase Comp Trip *724 Phase Comparison Phase comp trip A Phase Comp Trp A *725 Phase Comparison Phase comp trip B Phase Comp Trp B *726 Phase Comparison Phase comp trip C Phase Comp Trp C *727 Phase Comparison Phase comp trip 3ph PhComp Trp 3Ph *728 PSL Trans Start Enabled Trans Start En *729 PSL Block Start Z2 (Ph-Ph) Blk Start Ph Z2 *

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MiCOM P547

P547/EN MD/D32

(MD) - 111


730 PSL Block Start Z3 (Ph-Ph) Blk Start Ph Z3 *731 PSL Block Start Z4 (Ph-Ph) Blk Start Ph Z4 *732 PSL Block Start Zp (Ph-Ph) Blk Start Ph Zp *733 PSL Block Start Z2 (Ph-Gnd) Blk Start Gnd Z2 *734 PSL Block Start Z3 (Ph-Gnd) Blk Start Gnd Z3 *735 PSL Block Start Z4 (Ph-Gnd) Blk Start Gnd Z4 *736 PSL Any Start Any Start *737 SW Unused Unused *738 SW Unused Unused *739 SW Unused Unused *740 SW Unused Unused *741 Distance Basic Scheme Zone 1 A Phase Start Zone 1 A Start *742 Distance Basic Scheme Zone 1 B Phase Start Zone 1 B Start *743 Distance Basic Scheme Zone 1 C Phase Start Zone 1 C Start *744 Distance Basic Scheme Zone 1 N Start Zone 1 N Start *745 Distance Basic Scheme Zone 2 A Phase Start Zone 2 A Start *746 Distance Basic Scheme Zone 2 B Phase Start Zone 2 B Start *747 Distance Basic Scheme Zone 2 C Phase Start Zone 2 C Start *748 Distance Basic Scheme Zone 2 N Start Zone 2 N Start *749 Distance Basic Scheme Zone 3 A Phase Start Zone 3 A Start *750 Distance Basic Scheme Zone 3 B Phase Start Zone 3 B Start *751 Distance Basic Scheme Zone 3 C Phase Start Zone 3 C Start *752 Distance Basic Scheme Zone 3 N Start Zone 3 N Start *753 Distance Basic Scheme Zone P A Phase Start Zone P A Start *754 Distance Basic Scheme Zone P B Phase Start Zone P B Start *755 Distance Basic Scheme Zone P C Phase Start Zone P C Start *756 Distance Basic Scheme Zone P N Start Zone P N Start *757 Distance Basic Scheme Zone 4 A Phase Start Zone 4 A Start *758 Distance Basic Scheme Zone 4 B Phase Start Zone 4 B Start *759 Distance Basic Scheme Zone 4 C Phase Start Zone 4 C Start *760 Distance Basic Scheme Zone 4 N Start Zone 4 N Start *761 Overcurrent 1st Stage O/C Start 3ph I>1 Start *762 Overcurrent 1st Stage O/C Start A I>1 Start A *763 Overcurrent 1st Stage O/C Start B I>1 Start B *764 Overcurrent 1st Stage O/C Start C I>1 Start C *765 Overcurrent 2nd Stage O/C Start 3ph I>2 Start *766 Overcurrent 2nd Stage O/C Start A I>2 Start A *767 Overcurrent 2nd Stage O/C Start B I>2 Start B *768 Overcurrent 2nd Stage O/C Start C I>2 Start C *769 Overcurrent 3rd Stage O/C Start 3ph I>3 Start *770 Overcurrent 3rd Stage O/C Start A I>3 Start A *771 Overcurrent 3rd Stage O/C Start B I>3 Start B *772 Overcurrent 3rd Stage O/C Start C I>3 Start C *773 Overcurrent 4th Stage O/C Start 3ph I>4 Start *774 Overcurrent 4th Stage O/C Start A I>4 Start A *775 Overcurrent 4th Stage O/C Start B I>4 Start B *776 Overcurrent 4th Stage O/C Start C I>4 Start C *777 Earth Fault 1st Stage SBEF Start IN>1 Start *778 Earth Fault 2nd Stage SBEF Start IN>2 Start *779 Earth Fault 3rd Stage SBEF Start IN>3 Start *780 Earth Fault 4th Stage SBEF Start IN>4 Start *781 SW 1st Stage SEF Start ISEF>1 Start *782 SW 2nd Stage SEF Start ISEF>2 Start *783 SW 3rd Stage SEF Start ISEF>3 Start *784 SW 4th Stage SEF Start ISEF>4 Start *785 Thermal Overload Thermal Overload Alarm Thermal Alarm *786 Unused Unused *787 Unused Unused *788 Undervoltage UV 1 3 Phase Start V<1 Start *789 Undervoltage UV 1 A Phase Start V<1 Start A/AB *790 Undervoltage UV 1 B Phase Start V<1 Start B/BC *

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MiCOM P547

P547/EN MD/D32

(MD) - 112


791 Undervoltage UV 1 C Phase Start V<1 Start C/CA *792 Undervoltage UV 2 3 Phase Start V<2 Start *793 Undervoltage UV 2 A Phase Start V<2 Start A/AB *794 Undervoltage UV 2 B Phase Start V<2 Start B/BC *795 Undervoltage UV 2 C Phase Start V<2 Start C/CA *796 Overvoltage OV 1 3 Phase Start V>1 Start *797 Overvoltage OV 1 A Phase Start V>1 Start A/AB *798 Overvoltage OV 1 B Phase Start V>1 Start B/BC *799 Overvoltage OV 1 C Phase Start V>1 Start C/CA *800 Overvoltage OV 2 3 Phase Start V>2 Start *801 Overvoltage OV 2 A Phase Start V>2 Start A/AB *802 Overvoltage OV 2 B Phase Start V>2 Start B/BC *803 Overvoltage OV 2 C Phase Start V>2 Start C/CA *804 Residual Overvoltage Residual OV 1 Start VN>1 Start *805 Residual Overvoltage Residual OV 2 Start VN>2 Start *806 Neg Sequence Overcurrent Unused Unused *807 Phase Comparison Delta I2 Low Start Del I2 Lo Start *808 Phase Comparison Delta I2 High Start Del I2 Hi Start *809 Phase Comparison Delta I1 Low Start Del I1 Lo Start *810 Phase Comparison Delta I1 High Start Del I1 Hi Start *811 Phase Comparison Threshold I2 Low Start I2 Lo Start *812 Phase Comparison Threshold I2 High Start I2 Hi Start *813 Phase Comparison Threshold I1 Low Start I1 Lo Start *814 Phase Comparison Threshold I1 High Start I1 Hi Start *815 Phase Comparison V2 Low Start V2 Lo Start *816 Phase Comparison V2 High Start V2 Hi Start *817 Phase Comparison Z2 Low Start (Ph-Ph) Ph Z2 Lo Start *818 Phase Comparison Z2 High Start (Ph-Ph) Ph Z2 Hi Start *819 Phase Comparison Z3 Low Start (Ph-Ph) Ph Z3 Lo Start *820 Phase Comparison Z3 High Start (Ph-Ph) Ph Z3 Hi Start *821 Phase Comparison Z4 Low Start (Ph-Ph) Ph Z4 Lo Start *822 Phase Comparison Z4 High Start (Ph-Ph) Ph Z4 Hi Start *823 Phase Comparison ZP Low Start (Ph-Ph) Ph ZP Lo Start *824 Phase Comparison ZP High Start (Ph-Ph) Ph ZP Hi Start *825 Phase Comparison Any delta current start Any Delta Start *826 Phase Comparison Any thresh current start Any Thresh Start *827 Phase Comparison Any low starter start Any Low Set *828 Phase Comparison Any high starter start Any High Set *829 Poledead Phase A Under Voltage VA< Start *830 Poledead Phase B Under Voltage VB< Start *831 Poledead Phase C Under Voltage VC< Start *832 VT Supervision VTS Fast Block VTS Fast Block *833 VT Supervision VTS Slow Block VTS Slow Block *834 CB Fail Bfail1 Trip 3ph Bfail1 Trip 3ph *835 CB Fail Bfail2 Trip 3ph Bfail2 Trip 3ph *836 CB Fail Unused Unused *837 CB Fail Unused Unused *838 CB Control Control Trip Control Trip *839 CB Control Control Close Control Close *840 CB Control Unused Unused *841 CB Control Unused Unused *842 CB Control Control Close in Progress Close in Prog *843 Auto-reclose AR Block Main Protection Block Main Prot *844 Auto-reclose Auto Reclose/(AR 3 pole) in Progress AR 3pole in prog *845 Auto-reclose AR 1pole in progress AR 1pole in prog *846 Auto-reclose Seq Counter = 0 Seq Counter = 0 *847 Auto-reclose Seq Counter = 1 Seq Counter = 1 *848 Auto-reclose Seq Counter = 2 Seq Counter = 2 *849 Auto-reclose Seq Counter = 3 Seq Counter = 3 *850 Auto-reclose Seq Counter = 4 Seq Counter = 4 *851 Auto-reclose Seq Counter = 5 Seq Counter = 5 *

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MiCOM P547

P547/EN MD/D32

(MD) - 113


852 Auto-reclose Successful Reclosure Successful Close *853 Auto-reclose Unused Unused *854 Autoreclose Auto Close/ AR Close Auto Close *855 Auto-reclose Unused Unused *856 Auto-reclose 3P Auto-reclose In/Out of service A/R Status 3P *857 Auto-reclose 1P Auto-reclose In/Out of service A/R Status 1P *858 Auto-reclose AR Force 3 pole trips Force 3 pole *859 Auto-reclose AR Blocked AR Blocked *860 CB Control Composite Lockout Alarm Lockout Alarm *861 Unused Unused *862 Unused Unused *863 Unused Unused *864 Undercurrent IA< operate IA< Start *865 Undercurrent IB< operate IB< Start *866 Undercurrent IC< operate IC< Start *867 Undercurrent Unused Unused *868 Undercurrent Unused Unused *869 Undercurrent Unused Unused *870 Undercurrent Unused Unused *871 Undercurrent Unused Unused *872 Undercurrent Unused Unused *873 Undercurrent ISEF< operate ISEF< Start *874 Undercurrent Unused Unused *875 Undercurrent Unused Unused *876 Zone 1 Extension Scheme Z1X Active Z1X Active *877 Trip on Close TOC Active TOC Active *878 Trip on Close TOR Active TOR Active *879 Trip on Close SOTF Active SOTF Active *880 Check sync System Checks Inactive SysChks Inactive *881 PSL Check Sync 1 Enabled CS1 Enabled *882 PSL Check Sync 2 Enabled CS2 Enabled *883 Check sync Check Sync 1 OK Check Sync 1 OK *884 Check sync Check Sync 2 OK Check Sync 2 OK *885 PSL System Split Enabled SysSplit Enabled *886 Voltage Monitoring Live Bus Live Bus *887 Voltage Monitoring Dead Bus Dead Bus *888 Voltage Monitoring Live Line Live Line *889 Voltage Monitoring Dead Line Dead Line *890 Poledead logic All Poles Dead All Poles Dead *891 Poledead logic Any Pole Dead Any Pole Dead *892 Poledead logic Phase A Pole Dead Pole Dead A *893 Poledead logic Phase B Pole Dead Pole Dead B *894 Poledead logic Phase C Pole Dead Pole Dead C *895 Fixed Logic Accelerate Ind VTS Acc Ind *896 Fixed Logic Any Voltage Dependent VTS Volt Dep *897 PSL AR Check Sync OK AR Check Sync OK *898 PSL Control System Check OK Ctl Check Sync *899 PSL AR System Check OK/SYNC AR Sys Checks OK *900 PSL Unused Unused *901 PSL Unused Unused *902 PSL Unused Unused *903 CB Status 3 ph CB Open CB Open 3 ph *904 CB Status Ph A CB Open CB Open A ph *905 CB Status Ph B CB Open CB Open B ph *906 CB Status Ph C CB Open CB Open C ph *907 CB Status 3 ph CB Closed CB Closed 3 ph *908 CB Status Ph A CB Closed CB Closed A ph *909 CB Status Ph B CB Closed CB Closed B ph *910 CB Status Ph C CB Closed CB Closed C ph *911 Unused Unused *912 Unused Unused *913 Unused Unused *

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MiCOM P547

P547/EN MD/D32

(MD) - 114


914 Unused Unused *915 Unused Unused *916 Unused Unused *917 Unused Unused *918 Unused Unused *919 Unused Unused *920 Unused Unused *921 Unused Unused *922 Unused Unused *923 Unused Unused *924 Unused Unused *925 Unused Unused *926 Unused Unused *927 Unused Unused *928 Used to block E/F BC etc CTS Block *929 CT Supervision Unused Unused *930 CT Supervision Unused Unused *931 CT Supervision Unused Unused *932 CT Supervision Unused Unused *933 CT Supervision Unused Unused *934 CT Supervision Unused Unused *935 CT Supervision Unused Unused *936 CT Supervision Unused Unused *937 CT Supervision Unused Unused *938 CT Supervision Unused Unused *939 CT Supervision Unused Unused *940 CT Supervision Unused Unused *941 CT Supervision Unused Unused *942 CT Supervision Unused Unused *943 CT Supervision Unused Unused *944 CT Supervision Unused Unused *945 CT Supervision Unused Unused *946 CT Supervision Unused Unused *947 CT Supervision Unused Unused *948 CT Supervision Unused Unused *949 Unused Unused *950 Unused Unused *951 Unused Unused *952 PSL Faulted Phase A Faulted Phase A *953 PSL Faulted Phase B Faulted Phase B *954 PSL Faulted Phase C Faulted Phase C *955 PSL Faulted Phase N Faulted Phase N *956 PSL Started Phase A Started Phase A *957 PSL Started Phase B Started Phase B *958 PSL Started Phase C Started Phase C *959 PSL Started Phase N Started Phase N *960 Distance Elements Zone 1 AN Element Zone1 AN Element *961 Distance Elements Zone 1 BN Element Zone1 BN Element *962 Distance Elements Zone 1 CN Element Zone1 CN Element *963 Distance Elements Zone 1 AB Element Zone1 AB Element *964 Distance Elements Zone 1 BC Element Zone1 BC Element *965 Distance Elements Zone 1 CA Element Zone1 CA Element *966 Distance Elements Zone 2 AN Element Zone2 AN Element *967 Distance Elements Zone 2 BN Element Zone2 BN Element *968 Distance Elements Zone 2 CN Element Zone2 CN Element *969 Distance Elements Zone 2 AB Element Zone2 AB Element *970 Distance Elements Zone 2 BC Element Zone2 BC Element *971 Distance Elements Zone 2 CA Element Zone2 CA Element *972 Distance Elements Zone 3 AN Element Zone3 AN Element *973 Distance Elements Zone 3 BN Element Zone3 BN Element *974 Distance Elements Zone 3 CN Element Zone3 CN Element *

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MiCOM P547

P547/EN MD/D32

(MD) - 115


975 Distance Elements Zone 3 AB Element Zone3 AB Element *976 Distance Elements Zone 3 BC Element Zone3 BC Element *977 Distance Elements Zone 3 CA Element Zone3 CA Element *978 Distance Elements Zone P AN Element ZoneP AN Element *979 Distance Elements Zone P BN Element ZoneP BN Element *980 Distance Elements Zone P CN Element ZoneP CN Element *981 Distance Elements Zone P AB Element ZoneP AB Element *982 Distance Elements Zone P BC Element ZoneP BC Element *983 Distance Elements Zone P CA Element ZoneP CA Element *984 Distance Elements Zone 4 AN Element Zone4 AN Element *985 Distance Elements Zone 4 BN Element Zone4 BN Element *986 Distance Elements Zone 4 CN Element Zone4 CN Element *987 Distance Elements Zone 4 AB Element Zone4 AB Element *988 Distance Elements Zone 4 BC Element Zone4 BC Element *989 Distance Elements Zone 4 CA Element Zone4 CA Element *990 Unused Unused *991 Unused Unused *992 Unused Unused *993 Unused Unused *994 Unused Unused *995 Unused Unused *996 Directional Earth Fault DEF Forward Element DEF Forward *997 Directional Earth Fault DEF Reverse Element DEF Reverse *998 Delta Directional Element Unused Unused *999 Delta Directional Element Unused Unused *1000 Delta Directional Element Unused Unused *1001 Delta Directional Element Unused Unused *1002 Delta Directional Element Unused Unused *1003 Delta Directional Element Unused Unused *1004 Delta Directional Element Unused Unused *1005 Delta Directional Element Unused Unused *1006 Delta Directional Element Unused Unused *1007 Delta Directional Element Unused Unused *1008 Delta Directional Element Unused Unused *1009 Delta Directional Element Unused Unused *1010 Phase Selector Phase Selector A Phase Select A *1011 Phase Selector Phase Selector B Phase Select B *1012 Phase Selector Phase Selector C Phase Select C *1013 Phase Selector Phase Selector N Phase Select N *1014 Powerswing Blocking Power Swing Detected P Swing Detector *1015 Powerswing Blocking PSB Fault PSB Fault *1016 Inrush Detector 2nd Harmonic A I(2)/I(1)> A *1017 Inrush Detector 2rd Harmonic B I(2)/I(1)> B *1018 Inrush Detector 2th Harmonic C I(2)/I(1)> C *1019 Inrush Detector 2th Harmonic N I(2)/I(1)> N *1020 SW Clear C Diff Statistics Clear Stats Cmd *1021 SW Unused Unused *1022 SW Unused Unused *1023 SW Unused Unused *1024 Tri LED Red 1 Tri LED Red 1 LED1 Red *1025 Tri LED Green 1 Tri LED Green 1 LED1 Grn *1026 Tri LED Red 2 Tri LED Red 2 LED2 Red *1027 Tri LED Green 2 Tri LED Green 2 LED2 Grn *1028 Tri LED Red 3 Tri LED Red 3 LED3 Red *1029 Tri LED Green 3 Tri LED Green 3 LED3 Grn *1030 Tri LED Red 4 Tri LED Red 4 LED4 Red *1031 Tri LED Green 4 Tri LED Green 4 LED4 Grn *1032 Tri LED Red 5 Tri LED Red 5 LED5 Red *1033 Tri LED Green 5 Tri LED Green 5 LED5 Grn *1034 Tri LED Red 6 Tri LED Red 6 LED6 Red *1035 Tri LED Green 6 Tri LED Green 6 LED6 Grn *

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MiCOM P547

P547/EN MD/D32

(MD) - 116


1036 Tri LED Red 7 Tri LED Red 7 LED7 Red *1037 Tri LED Green 7 Tri LED Green 7 LED7 Grn *1038 Tri LED Red 8 Tri LED Red 8 LED8 Red *1039 Tri LED Green 8 Tri LED Green 8 LED8 Grn *1040 Tri LED Red 9 Tri LED Red 9 FnKey LED1 Red *1041 Tri LED Green 9 Tri LED Green 9 FnKey LED1 Grn *1042 Tri LED Red 10 Tri LED Red 10 FnKey LED2 Red *1043 Tri LED Green 10 Tri LED Green 10 FnKey LED2 Grn *1044 Tri LED Red 11 Tri LED Red 11 FnKey LED3 Red *1045 Tri LED Green 11 Tri LED Green 11 FnKey LED3 Grn *1046 Tri LED Red 12 Tri LED Red 12 FnKey LED4 Red *1047 Tri LED Green 12 Tri LED Green 12 FnKey LED4 Grn *1048 Tri LED Red 13 Tri LED Red 13 FnKey LED5 Red *1049 Tri LED Green 13 Tri LED Green 13 FnKey LED5 Grn *1050 Tri LED Red 14 Tri LED Red 14 FnKey LED6 Red *1051 Tri LED Green 14 Tri LED Green 14 FnKey LED6 Grn *1052 Tri LED Red 15 Tri LED Red 15 FnKey LED7 Red *1053 Tri LED Green 15 Tri LED Green 15 FnKey LED7 Grn *1054 Tri LED Red 16 Tri LED Red 16 FnKey LED8 Red *1055 Tri LED Green 16 Tri LED Green 16 FnKey LED8 Grn *1056 Tri LED Red 17 Tri LED Red 17 FnKey LED9 Red *1057 Tri LED Green 17 Tri LED Green 17 FnKey LED9 Grn *1058 Tri LED Red 18 Tri LED Red 18 FnKey LED10 Red *1059 Tri LED Green 18 Tri LED Green 18 FnKey LED10 Grn *1060 LED_CON_R1 LED_CON_R1 LED1 Con R *1061 LED_CON_G1 LED_CON_G1 LED1 Con G *1062 LED_CON_R2 LED_CON_R2 LED2 Con R *1063 LED_CON_G2 LED_CON_G2 LED2 Con G *1064 LED_CON_R3 LED_CON_R3 LED3 Con R *1065 LED_CON_G3 LED_CON_G3 LED3 Con G *1066 LED_CON_R4 LED_CON_R4 LED4 Con R *1067 LED_CON_G4 LED_CON_G4 LED4 Con G *1068 LED_CON_R5 LED_CON_R5 LED5 Con R *1069 LED_CON_G5 LED_CON_G5 LED5 Con G *1070 LED_CON_R6 LED_CON_R6 LED6 Con R *1071 LED_CON_G6 LED_CON_G6 LED6 Con G *1072 LED_CON_R7 LED_CON_R7 LED7 Con R *1073 LED_CON_G7 LED_CON_G7 LED7 Con G *1074 LED_CON_R8 LED_CON_R8 LED8 Con R *1075 LED_CON_G8 LED_CON_G8 LED8 Con G *1076 LED_CON_R9 LED_CON_R9 FnKey LED1 ConR *1077 LED_CON_G9 LED_CON_G9 FnKey LED1 ConG *1078 LED_CON_R10 LED_CON_R10 FnKey LED2 ConR *1079 LED_CON_G10 LED_CON_G10 FnKey LED2 ConG *1080 LED_CON_R11 LED_CON_R11 FnKey LED3 ConR *1081 LED_CON_G11 LED_CON_G11 FnKey LED3 ConG *1082 LED_CON_R12 LED_CON_R12 FnKey LED4 ConR *1083 LED_CON_G12 LED_CON_G12 FnKey LED4 ConG *1084 LED_CON_R13 LED_CON_R13 FnKey LED5 ConR *1085 LED_CON_G13 LED_CON_G13 FnKey LED5 ConG *1086 LED_CON_R14 LED_CON_R14 FnKey LED6 ConR *1087 LED_CON_G14 LED_CON_G14 FnKey LED6 ConG *1088 LED_CON_R15 LED_CON_R15 FnKey LED7 ConR *1089 LED_CON_G15 LED_CON_G15 FnKey LED7 ConG *1090 LED_CON_R16 LED_CON_R16 FnKey LED8 ConR *1091 LED_CON_G16 LED_CON_G16 FnKey LED8 ConG *1092 LED_CON_R17 LED_CON_R17 FnKey LED9 ConR *1093 LED_CON_G17 LED_CON_G17 FnKey LED9 ConG *1094 LED_CON_R18 LED_CON_R18 FnKey LED10 ConR *1095 LED_CON_G18 LED_CON_G18 FnKey LED10 ConG *1096 Function Key 1 Function Key 1 Function Key 1 *

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MiCOM P547

P547/EN MD/D32

(MD) - 117


1097 Function Key 2 Function Key 2 Function Key 2 *1098 Function Key 3 Function Key 3 Function Key 3 *1099 Function Key 4 Function Key 4 Function Key 4 *1100 Function Key 5 Function Key 5 Function Key 5 *1101 Function Key 6 Function Key 6 Function Key 6 *1102 Function Key 7 Function Key 7 Function Key 7 *1103 Function Key 8 Function Key 8 Function Key 8 *1104 Function Key 9 Function Key 9 Function Key 9 *1105 Function Key 10 Function Key 10 Function Key 10 *1106 CB Monitoring Broken Current Alarm I^ Maint Alarm *1107 CB Monitoring Broken Current lookout I^ Lockout Alarm *1108 CB Monitoring Maintenance Alarm CB OPs Maint *1109 CB Monitoring Maintenance Lockout CB OPs Lock *1110 CB Monitoring Excessive Op Time Alarm CB Time Maint *1111 CB Monitoring Excessive Op Time Lookout CB Time Lockout *1112 CB Monitoring EFF Lockout Fault Freq Lock *1113 CB2 Monitoring Unused Unused *1114 CB2 Monitoring Unused Unused *1115 CB2 Monitoring Unused Unused *1116 CB2 Monitoring Unused Unused *1117 CB2 Monitoring Unused Unused *1118 CB2 Monitoring Unused Unused *1119 CB2 Monitoring Unused Unused *1120 C Diff Unused Unused *1121 C Diff Unused Unused *1122 C Diff Unused Unused *1123 Fiber Monitor Bits Unused Unused *1124 Fiber Monitor Bits Unused Unused *1125 Fiber Monitor Bits Unused Unused *1126 Fiber Monitor Bits Unused Unused *1127 Fiber Monitor Bits Unused Unused *1128 Fiber Monitor Bits Unused Unused *1129 Fiber Monitor Bits Unused Unused *1130 C Diff Unused Unused *1131 C Diff Unused Unused *1132 C Diff Unused Unused *1133 Fiber Monitor Bits Unused Unused *1134 Fiber Monitor Bits Unused Unused *1135 Fiber Monitor Bits Unused Unused *1136 Fiber Monitor Bits Unused Unused *1137 Fiber Monitor Bits Unused Unused *1138 Fiber Monitor Bits Unused Unused *1139 Fiber Monitor Bits Unused Unused *1140 Unused Unused *1141 Unused Unused *1142 Unused Unused *1143 Unused Unused *1144 Unused Unused *1145 Unused Unused *1146 Backup Enabled Backup Enabled *1147 SEF Trip SEF Trip *1148 Current Prot SEF Trip B Fail SEF Trip *1149 PSL Block Underfrequency Stage 1 Timer F<1 Timer Block *1150 PSL Block Underfrequency Stage 2 Timer F<2 Timer Block *1151 PSL Block Underfrequency Stage 3 Timer F<3 Timer Block *1152 PSL Block Underfrequency Stage 4 Timer F<4 Timer Block *1153 PSL Block Overfrequency Stage 1 Timer F>1 Timer Block *1154 PSL Block Overfrequency Stage 2 Timer F>2 Timer Block *1155 Frequency Protection Under Frequency Stage 1 START F<1 Start *1156 Frequency Protection Under Frequency Stage 2 START F<2 Start *1157 Frequency Protection Under Frequency Stage 3 START F<3 Start *

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 118


1158 Frequency Protection Under Frequency Stage 4 START F<4 Start *1159 Frequency Protection Over Frequency Stage 1 START F>1 Start *1160 Frequency Protection Over frequency Stage 2 START F>2 Start *1161 Frequency Protection Under Frequency Stage 1 trip F<1 Trip *1162 Frequency Protection Under Frequency Stage 2 trip F<2 Trip *1163 Frequency Protection Under Frequency Stage 3 trip F<3 Trip *1164 Frequency Protection Under Frequency Stage 4 trip F<4 Trip *1165 Frequency Protection Over Frequency Stage 1 Trip F>1 Trip *1166 Frequency Protection Over Frequency Stage 2 Trip F>2 Trip *1167 PSL Inhibit Stage 1 Underfrequency Inhibit F<1 *1168 PSL Inhibit Stage 2 Underfrequency Inhibit F<2 *1169 PSL Inhibit Stage 3 Underfrequency Inhibit F<3 *1170 PSL Inhibit Stage 4 Underfrequency Inhibit F<4 *1171 PSL Inhibit Stage 1 Overfrequency Inhibit F>1 *1172 PSL Inhibit Stage 2 Overfrequency Inhibit F>2 *1173 Unused Unused *1174 Unused Unused *1175 Unused Unused *1176 HMI Access Lvl 1 HMI Access Lvl 1 *1177 HMI Access Lvl 2 HMI Access Lvl 2 *1178 FPort AccessLvl1 FPort AccessLvl1 *1179 FPort AccessLvl2 FPort AccessLvl2 *1180 RPrt1 AccessLvl1 RPrt1 AccessLvl1 *1181 RPrt1 AccessLvl2 RPrt1 AccessLvl2 *1182 RPrt2 AccessLvl1 RPrt2 AccessLvl1 *1183 RPrt2 AccessLvl2 RPrt2 AccessLvl2 *1184 Commissioning Test Monitor Port 1 Monitor Bit 1 *1185 Commissioning Test Monitor Port 2 Monitor Bit 2 *1186 Commissioning Test Monitor Port 3 Monitor Bit 3 *1187 Commissioning Test Monitor Port 4 Monitor Bit 4 *1188 Commissioning Test Monitor Port 5 Monitor Bit 5 *1189 Commissioning Test Monitor Port 6 Monitor Bit 6 *1190 Commissioning Test Monitor Port 7 Monitor Bit 7 *1191 Commissioning Test Monitor Port 8 Monitor Bit 8 *1192 Fault recorder New Fault Record New Fault Record *1193 Unused Unused *1194 PSL PSL Internal Node PSL Int 1 *1195 PSL PSL Internal Node PSL Int 2 *1196 PSL PSL Internal Node PSL Int 3 *1197 PSL PSL Internal Node PSL Int 4 *1198 PSL PSL Internal Node PSL Int 5 *1199 PSL PSL Internal Node PSL Int 6 *1200 PSL PSL Internal Node PSL Int 7 *1201 PSL PSL Internal Node PSL Int 8 *1202 PSL PSL Internal Node PSL Int 9 *1203 PSL PSL Internal Node PSL Int 10 *1204 PSL PSL Internal Node PSL Int 11 *1205 PSL PSL Internal Node PSL Int 12 *1206 PSL PSL Internal Node PSL Int 13 *1207 PSL PSL Internal Node PSL Int 14 *1208 PSL PSL Internal Node PSL Int 15 *1209 PSL PSL Internal Node PSL Int 16 *1210 PSL PSL Internal Node PSL Int 17 *1211 PSL PSL Internal Node PSL Int 18 *1212 PSL PSL Internal Node PSL Int 19 *1213 PSL PSL Internal Node PSL Int 20 *1214 PSL PSL Internal Node PSL Int 21 *1215 PSL PSL Internal Node PSL Int 22 *1216 PSL PSL Internal Node PSL Int 23 *1217 PSL PSL Internal Node PSL Int 24 *1218 PSL PSL Internal Node PSL Int 25 *

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 119


1219 PSL PSL Internal Node PSL Int 26 *1220 PSL PSL Internal Node PSL Int 27 *1221 PSL PSL Internal Node PSL Int 28 *1222 PSL PSL Internal Node PSL Int 29 *1223 PSL PSL Internal Node PSL Int 30 *1224 PSL PSL Internal Node PSL Int 31 *1225 PSL PSL Internal Node PSL Int 32 *1226 PSL PSL Internal Node PSL Int 33 *1227 PSL PSL Internal Node PSL Int 34 *1228 PSL PSL Internal Node PSL Int 35 *1229 PSL PSL Internal Node PSL Int 36 *1230 PSL PSL Internal Node PSL Int 37 *1231 PSL PSL Internal Node PSL Int 38 *1232 PSL PSL Internal Node PSL Int 39 *1233 PSL PSL Internal Node PSL Int 40 *1234 PSL PSL Internal Node PSL Int 41 *1235 PSL PSL Internal Node PSL Int 42 *1236 PSL PSL Internal Node PSL Int 43 *1237 PSL PSL Internal Node PSL Int 44 *1238 PSL PSL Internal Node PSL Int 45 *1239 PSL PSL Internal Node PSL Int 46 *1240 PSL PSL Internal Node PSL Int 47 *1241 PSL PSL Internal Node PSL Int 48 *1242 PSL PSL Internal Node PSL Int 49 *1243 PSL PSL Internal Node PSL Int 50 *1244 PSL PSL Internal Node PSL Int 51 *1245 PSL PSL Internal Node PSL Int 52 *1246 PSL PSL Internal Node PSL Int 53 *1247 PSL PSL Internal Node PSL Int 54 *1248 PSL PSL Internal Node PSL Int 55 *1249 PSL PSL Internal Node PSL Int 56 *1250 PSL PSL Internal Node PSL Int 57 *1251 PSL PSL Internal Node PSL Int 58 *1252 PSL PSL Internal Node PSL Int 59 *1253 PSL PSL Internal Node PSL Int 60 *1254 PSL PSL Internal Node PSL Int 61 *1255 PSL PSL Internal Node PSL Int 62 *1256 PSL PSL Internal Node PSL Int 63 *1257 PSL PSL Internal Node PSL Int 64 *1258 PSL PSL Internal Node PSL Int 65 *1259 PSL PSL Internal Node PSL Int 66 *1260 PSL PSL Internal Node PSL Int 67 *1261 PSL PSL Internal Node PSL Int 68 *1262 PSL PSL Internal Node PSL Int 69 *1263 PSL PSL Internal Node PSL Int 70 *1264 PSL PSL Internal Node PSL Int 71 *1265 PSL PSL Internal Node PSL Int 72 *1266 PSL PSL Internal Node PSL Int 73 *1267 PSL PSL Internal Node PSL Int 74 *1268 PSL PSL Internal Node PSL Int 75 *1269 PSL PSL Internal Node PSL Int 76 *1270 PSL PSL Internal Node PSL Int 77 *1271 PSL PSL Internal Node PSL Int 78 *1272 PSL PSL Internal Node PSL Int 79 *1273 PSL PSL Internal Node PSL Int 80 *1274 PSL PSL Internal Node PSL Int 81 *1275 PSL PSL Internal Node PSL Int 82 *1276 PSL PSL Internal Node PSL Int 83 *1277 PSL PSL Internal Node PSL Int 84 *1278 PSL PSL Internal Node PSL Int 85 *1279 PSL PSL Internal Node PSL Int 86 *

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MiCOM P547

P547/EN MD/D32

(MD) - 120


1280 PSL PSL Internal Node PSL Int 87 *1281 PSL PSL Internal Node PSL Int 88 *1282 PSL PSL Internal Node PSL Int 89 *1283 PSL PSL Internal Node PSL Int 90 *1284 PSL PSL Internal Node PSL Int 91 *1285 PSL PSL Internal Node PSL Int 92 *1286 PSL PSL Internal Node PSL Int 93 *1287 PSL PSL Internal Node PSL Int 94 *1288 PSL PSL Internal Node PSL Int 95 *1289 PSL PSL Internal Node PSL Int 96 *1290 PSL PSL Internal Node PSL Int 97 *1291 PSL PSL Internal Node PSL Int 98 *1292 PSL PSL Internal Node PSL Int 99 *1293 PSL PSL Internal Node PSL Int 100 *1294 VT Supervision Ia over threshold VTS Ia> *1295 VT Supervision Ib over threshold VTS Ib> *1296 VT Supervision Ic over threshold VTS Ic> *1297 VT Supervision Va over threshold VTS Va> *1298 VT Supervision Vb over threshold VTS Vb> *1299 VT Supervision Vc over threshold VTS Vc> *1300 VT Supervision I2 over threshold VTS I2> *1301 VT Supervision V2 over threshold VTS V2> *1302 VT Supervision Superimposed Ia over threshold VTS Ia delta> *1303 VT Supervision Superimposed Ib over threshold VTS Ib delta> *1304 VT Supervision Superimposed Ic over threshold VTS Ic delta> *1305 Distance Diagnostic Z1 AN Comparator Z1 AN Comparator *1306 Distance Diagnostic Z1 BN Comparator Z1 BN Comparator *1307 Distance Diagnostic Z1 CN Comparator Z1 CN Comparator *1308 Distance Diagnostic Z1 AB Comparator Z1 AB Comparator *1309 Distance Diagnostic Z1 BC Comparator Z1 BC Comparator *1310 Distance Diagnostic Z1 CA Comparator Z1 CA Comparator *1311 Distance Diagnostic Z2 AN Comparator Z2 AN Comparator *1312 Distance Diagnostic Z2 BN Comparator Z2 BN Comparator *1313 Distance Diagnostic Z2 CN Comparator Z2 CN Comparator *1314 Distance Diagnostic Z2 AB Comparator Z2 AB Comparator *1315 Distance Diagnostic Z2 BC Comparator Z2 BC Comparator *1316 Distance Diagnostic Z2 CA Comparator Z2 CA Comparator *1317 Distance Diagnostic Z3 AN Comparator Z3 AN Comparator *1318 Distance Diagnostic Z3 BN Comparator Z3 BN Comparator *1319 Distance Diagnostic Z3 CN Comparator Z3 CN Comparator *1320 Distance Diagnostic Z3 AB Comparator Z3 AB Comparator *1321 Distance Diagnostic Z3 BC Comparator Z3 BC Comparator *1322 Distance Diagnostic Z3 CA Comparator Z3 CA Comparator *1323 Distance Diagnostic ZP AN Comparator ZP AN Comparator *1324 Distance Diagnostic ZP BN Comparator ZP BN Comparator *1325 Distance Diagnostic ZP CN Comparator ZP CN Comparator *1326 Distance Diagnostic ZP AB Comparator ZP AB Comparator *1327 Distance Diagnostic ZP BC Comparator ZP BC Comparator *1328 Distance Diagnostic ZP CA Comparator ZP CA Comparator *1329 Distance Diagnostic Z4 AN Comparator Z4 AN Comparator *1330 Distance Diagnostic Z4 BN Comparator Z4 BN Comparator *1331 Distance Diagnostic Z4 CN Comparator Z4 CN Comparator *1332 Distance Diagnostic Z4 AB Comparator Z4 AB Comparator *1333 Distance Diagnostic Z4 BC Comparator Z4 BC Comparator *1334 Distance Diagnostic Z4 CA Comparator Z4 CA Comparator *1335 Distance Diagnostic IN> Bias IN> Bias *1336 WI Detect I0/I2 WI Detect I0/I2 *1337 Delta Directional Diagnostic Unused Unused *1338 Delta Directional Diagnostic Unused Unused *1339 Delta Directional Diagnostic Unused Unused *1340 Delta Directional Diagnostic Unused Unused *

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 121


1341 Delta Directional Diagnostic Unused Unused *1342 Delta Directional Diagnostic Unused Unused *1343 Delta Directional Diagnostic Unused Unused *1344 Delta Directional Diagnostic Unused Unused *1345 Delta Directional Diagnostic Unused Unused *1346 Delta Directional Diagnostic Unused Unused *1347 Delta Directional Diagnostic Unused Unused *1348 Delta Directional Diagnostic Unused Unused *1349 Distance Diagnostic Zone 1 Blocked by PSB Zone 1 Blocked *1350 Distance Diagnostic Zone 2 Blocked by PSB Zone 2 Blocked *1351 Distance Diagnostic Zone 3 Blocked by PSB Zone 3 Blocked *1352 Distance Diagnostic Zone P Blocked by PSB Zone P Blocked *1353 Distance Diagnostic Zone 4 Blocked by PSB Zone 4 Blocked *1354 Distance Diagnostic Memory Valid Mem. Valid *1355 Phase Selector Phase Sel Two Cycle Ph Two Cycle *1356 Phase Selector Phase Sel Five Cycle Ph Five Cycle *1357 Phase Selector Buffer Frozen Ph Frozen *1358 Aided Scheme Logic Aided 1 WI V< A Aided 1 WI V< A *1359 Aided Scheme Logic Aided 1 WI V< B Aided 1 WI V< B *1360 Aided Scheme Logic Aided 1 WI V< C Aided 1 WI V< C *1361 Aided Scheme Logic Aided 2 WI I< A Aided 2 WI V< A *1362 Aided Scheme Logic Aided 2 WI I< B Aided 2 WI V< B *1363 Aided Scheme Logic Aided 2 WI I< C Aided 2 WI V< C *1364 CB Control Pre-Lockout Pre-Lockout *1365 Loss of Load logic Loss of Load level detector A I> LoL A *1366 Loss of Load logic Loss of Load level detector B I> LoL B *1367 Loss of Load logic Loss of Load level detector C I> LoL C *1368 Frequency Tracking Freq High Freq High *1369 Frequency Tracking Freq Low Freq Low *1370 Frequency Tracking Freq Not found Freq Not found *1371 Frequency Tracking Stop Freq Track Stop Freq Track *1372 3d/4th Harmonic Restraint A Phase 3d/4th Harmonic Restraint A Phase 3d/4th HarmonicA *1373 3d/4th Harmonic Restraint B Phase 3d/4th Harmonic Restraint B Phase 3d/4th HarmonicB *1374 3d/4th Harmonic Restraint C Phase 3d/4th Harmonic Restraint C Phase 3d/4th HarmonicC *1375 Teleprotection Disturbed Teleprot Disturb *1376 I>> Back Up Supervision I>> Backup Super *1377 O/C Trip By VTS I> Trip by VTS *1378 Teleprotection Sent Teleprot Tx *1379 Teleprotection Received Teleprot Rx *1380 Group Warning Group Warning *1381 Group Alarm Group Alarm *1382 AR On Pulse AR On Pulse *1383 AR Off Pulse AR Off Pulse *1384 AR Enable AR Enable *1385 AR In Service AR In Service *1386 Unused Unused *1387 Unused Unused *1388 Unused Unused *1389 Unused Unused *1390 Distance Diagnostic ZV AN Comparator ZV AN Comparator *1391 Distance Diagnostic ZV BN Comparator ZV BN Comparator *1392 Distance Diagnostic ZV CN Comparator ZV CN Comparator *1393 Distance Diagnostic ZV AB Comparator ZV AB Comparator *1394 Distance Diagnostic ZV BC Comparator ZV BC Comparator *1395 Distance Diagnostic ZV CA Comparator ZV CA Comparator *1396 Phase Comparison Z2 Low Start (Ph-Gnd) Gnd Z2 Lo Start *1397 Phase Comparison Z2 High Start (Ph-Gnd) Gnd Z2 Hi Start *1398 Phase Comparison Z3 Low Start (Ph-Gnd) Gnd Z3 Lo Start *1399 Phase Comparison Z3 High Start (Ph-Gnd) Gnd Z3 Hi Start *1400 Phase Comparison Z4 Low Start (Ph-Gnd) Gnd Z4 Lo Start *1401 Phase Comparison Z4 High Start (Ph-Gnd) Gnd Z4 Hi Start *

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 122


1402 Phase Comparison ZP Low Start (Ph-Gnd) Gnd ZP Lo Start *1403 Phase Comparison ZP High Start (Ph-Gnd) Gnd ZP Hi Start *1404 Transfer Unused Unused *1405 Unused Unused *1406 Unused Unused *1407 Unused Unused *

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MiCOM P547

P547/EN MD/D32

(MD) - 123

Event record data format

16 CharsLogic Inputs Change in Opto Input 0020 Binary Flag (8 bits)

Binary Flag (16 bits) *0F21 Binary Flag (24 bits)

Value contains new opto input status

Output Contacts Change in output contact status 0021 Binary Flag (7 bits)Binary Flag (14 bits) *

0F20 Binary Flag (32 bits)Value contains new output contact status

Alarm Events:Binary Flag (32 bits)Bit Number

SG-opto Invalid ON/OFF Setting Group via opto Invalid 0022 0 *Prot'n Disabled ON/OFF Test Mode Enabled 0022 1 *Test Loopback ON/OFF Loop Back Test Enabled 0022 3 *Test IM64 ON/OFF IM64 Test Enabled 0022 4 *VT Fail Alarm ON/OFF VTS Indication 0022 5 *CT Fail Alarm ON/OFF CTS Alarm 0022 6 *Remote CT Alarm ON/OFF Remote CTS Alarm 0022 8 *CB Fail Alarm ON/OFF BF Block AR 0022 10 *CB Monitor Alarm ON/OFF CB Monitor Alarm 0022 11 *CB Lockout Alarm ON/OFF CB Lockout Alarm 0022 12 *CB Status Alarm ON/OFF CB Status Alarm 0022 13 *CB Trip Fail ON/OFF CB Failed to Trip 0022 14 *CB Close Fail ON/OFF CB Failed to Close 0022 15 *Man CB Unhealthy ON/OFF Control CB Unhealthy 0022 16 *No C/S Man Close ON/OFF Control No Checksync 0022 17 *A/R Lockout ON/OFF Autoclose Lockout/RLY BAR 0022 18 *

Courier Cell Ref Value DDB No. P547Event Text Additional

Text Event Description

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 124



A/R CB Unhealthy ON/OFF No Healthy (AR) 0022 19 *A/R No Checksync ON/OFF No Check Sync/AR Fail 0022 20 *System Split ON/OFF System Split Alarm 0022 21 *GPS Alarm ON/OFF GPS Alarm 0022 22 *Signaling Fail ON/OFF Signaling Failure Alarm 0022 23 *Comm Delay Alarm ON/OFF Signaling Propagation Delay Alarm 0022 24 *C Diff Failure ON/OFF Differential Protection Failure Alarm 0022 25 *IM64 SchemeFail ON/OFF IM64 Scheme Fail Alarm 0022 26 *IEEE C37.94 Fail ON/OFF IEEE C37.94 Communications Alarms 0022 27 *C Diff Inhibited ON/OFF Diff Protection inhibited 0022 28 *F out of Range ON/OFF Frequency out of range 0022 31 *CB2 Fail Alarm ON/OFF BF Block AR 2 0051 0CB2 Monitor Alm ON/OFF CB2 Monitor Alarm 0051 1CB2 Lockout Alm ON/OFF CB2 Lockout Alarm 0051 2No C/S Man Close ON/OFF Control No Checksync 0051 7A/R Lockout ON/OFF Autoclose Lockout/RLY BAR 0051 8A/R CB Unhealthy ON/OFF No Healthy (AR) 0051 9A/R No Checksync ON/OFF No Check Sync/AR Fail 0051 10System Split ON/OFF System Split Alarm 2 0051 11Incompatible Rly ON/OFF Incompatible relays 0051 12 *InValid Mesg Fmt ON/OFF In Valid Message Format 0051 13 *Main Prot. Fail ON/OFF Copro Main Prot. Fail 0051 14 *Config Error ON/OFF Configuration Error 0051 15 *Re-Config Error ON/OFF Re-Configuration Error 0051 16 *Comms Changed ON/OFF C Diff Protection Comms Mode 0051 17 *Unused ON/OFF Unused 0051 18 *Unused ON/OFF Unused 0051 19 *Unused ON/OFF Unused 0051 20 *Unused ON/OFF Unused 0051 21 *Unused ON/OFF Unused 0051 22 *Unused ON/OFF Unused 0051 23 *

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 125



SR User Alarm 1 ON/OFF SR User Alarm 1 0051 24 *SR User Alarm 2 ON/OFF SR User Alarm 2 0051 25 *SR User Alarm 3 ON/OFF SR User Alarm 3 0051 26 *SR User Alarm 4 ON/OFF SR User Alarm 4 0051 27 *MR User Alarm 5 ON/OFF MR User Alarm 5 0051 28 *MR User Alarm 6 ON/OFF MR User Alarm 6 0051 29 *MR User Alarm 7 ON/OFF MR User Alarm 7 0051 30 *MR User Alarm 8 ON/OFF MR User Alarm 8 0051 31 *Battery Fail ON/OFF Battery Fail 0052 0 *Field Volts Fail ON/OFF Field Volts Fail 0052 1 *Rear Comm 2 Fail ON/OFF Comm2 H/W Fail 0052 2 *GOOSE IED Absent ON/OFF Platform Alarm 4 0052 3 *NIC Not Fitted ON/OFF Platform Alarm 5 0052 4 *NIC No Response ON/OFF Platform Alarm 6 0052 5 *NIC Fatal Error ON/OFF Platform Alarm 7 0052 6 *NIC Soft. Reload ON/OFF Platform Alarm 8 0052 7 *Bad TCP/IP Cfg. ON/OFF Platform Alarm 9 0052 8 *Bad OSI Config. ON/OFF Platform Alarm 10 0052 9 *NIC Link Fail ON/OFF Platform Alarm 11 0052 10 *NIC SW Mis-Match ON/OFF Platform Alarm 12 0052 11 *IP Addr Conflict ON/OFF Platform Alarm 13 0052 12 *IM Loopback ON/OFF IM Loopback 0052 13 *IM Message Fail ON/OFF IM Message Fail 0052 14 *IM Data CD Fail ON/OFF IM Data CD Fail 0052 15 *IM Channel Fail ON/OFF IM Channel Fail 0052 16 *Backup Setting ON/OFF Platform Alarm 18 0052 17 *Reserved ON/OFF Platform Alarm 19 0052 18 *Reserved ON/OFF Platform Alarm 20 0052 19 *Reserved ON/OFF Platform Alarm 21 0052 20 *Reserved ON/OFF Platform Alarm 22 0052 21 *Reserved ON/OFF Platform Alarm 23 0052 22 *

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 126



Reserved ON/OFF Platform Alarm 24 0052 23 *Reserved ON/OFF Platform Alarm 25 0052 24 *Reserved ON/OFF Platform Alarm 26 0052 25 *Reserved ON/OFF Platform Alarm 27 0052 26 *Reserved ON/OFF Platform Alarm 28 0052 27 *Reserved ON/OFF Platform Alarm 29 0052 28 *Reserved ON/OFF Platform Alarm 30 0052 29 *Reserved ON/OFF Platform Alarm 31 0052 30 *Reserved ON/OFF Platform Alarm 32 0052 31 *

Protection Events:Binary Flag (32 bits)Bit Number

IM64 Ch1 Input 1 ON/OFF IM64 over Fiber 0F23 0 96 *IM64 Ch1 Input 2 ON/OFF IM64 over Fiber 1 97 *IM64 Ch1 Input 3 ON/OFF IM64 over Fiber 2 98 *IM64 Ch1 Input 4 ON/OFF IM64 over Fiber 3 99 *IM64 Ch1 Input 5 ON/OFF IM64 over Fiber 4 100 *IM64 Ch1 Input 6 ON/OFF IM64 over Fiber 5 101 *IM64 Ch1 Input 7 ON/OFF IM64 over Fiber 6 102 *IM64 Ch1 Input 8 ON/OFF IM64 over Fiber 7 103 *IM64 Ch2 Input 1 ON/OFF IM64 over Fiber 8 104 *IM64 Ch2 Input 2 ON/OFF IM64 over Fiber 9 105 *IM64 Ch2 Input 3 ON/OFF IM64 over Fiber 10 106 *IM64 Ch2 Input 4 ON/OFF IM64 over Fiber 11 107 *IM64 Ch2 Input 5 ON/OFF IM64 over Fiber 12 108 *IM64 Ch2 Input 6 ON/OFF IM64 over Fiber 13 109 *IM64 Ch2 Input 7 ON/OFF IM64 over Fiber 14 110 *IM64 Ch2 Input 8 ON/OFF IM64 over Fiber 15 111 *IM64 Ch1 Output1 ON/OFF IM64 over Fiber 16 112 *IM64 Ch1 Output2 ON/OFF IM64 over Fiber 17 113 *IM64 Ch1 Output3 ON/OFF IM64 over Fiber 18 114 *

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MiCOM P547

P547/EN MD/D32

(MD) - 127



IM64 Ch1 Output4 ON/OFF IM64 over Fiber 19 115 *IM64 Ch1 Output5 ON/OFF IM64 over Fiber 20 116 *IM64 Ch1 Output6 ON/OFF IM64 over Fiber 21 117 *IM64 Ch1 Output7 ON/OFF IM64 over Fiber 22 118 *IM64 Ch1 Output8 ON/OFF IM64 over Fiber 23 119 *IM64 Ch2 Output1 ON/OFF IM64 over Fiber 24 120 *IM64 Ch2 Output2 ON/OFF IM64 over Fiber 25 121 *IM64 Ch2 Output3 ON/OFF IM64 over Fiber 26 122 *IM64 Ch2 Output4 ON/OFF IM64 over Fiber 27 123 *IM64 Ch2 Output5 ON/OFF IM64 over Fiber 28 124 *IM64 Ch2 Output6 ON/OFF IM64 over Fiber 29 125 *IM64 Ch2 Output7 ON/OFF IM64 over Fiber 30 126 *IM64 Ch2 Output8 ON/OFF IM64 over Fiber 31 127 *Control Input 1 ON/OFF Control Input 1 0F26 0 192 *Control Input 2 ON/OFF Control Input 2 1 193 *Control Input 3 ON/OFF Control Input 3 2 194 *Control Input 4 ON/OFF Control Input 4 3 195 *Control Input 5 ON/OFF Control Input 5 4 196 *Control Input 6 ON/OFF Control Input 6 5 197 *Control Input 7 ON/OFF Control Input 7 6 198 *Control Input 8 ON/OFF Control Input 8 7 199 *Control Input 9 ON/OFF Control Input 9 8 200 *Control Input 10 ON/OFF Control Input 10 9 201 *Control Input 11 ON/OFF Control Input 11 10 202 *Control Input 12 ON/OFF Control Input 12 11 203 *Control Input 13 ON/OFF Control Input 13 12 204 *Control Input 14 ON/OFF Control Input 14 13 205 *Control Input 15 ON/OFF Control Input 15 14 206 *Control Input 16 ON/OFF Control Input 16 15 207 *Control Input 17 ON/OFF Control Input 17 16 208 *Control Input 18 ON/OFF Control Input 18 17 209 *

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 128



Control Input 19 ON/OFF Control Input 19 18 210 *Control Input 20 ON/OFF Control Input 20 19 211 *Control Input 21 ON/OFF Control Input 21 20 212 *Control Input 22 ON/OFF Control Input 22 21 213 *Control Input 23 ON/OFF Control Input 23 22 214 *Control Input 24 ON/OFF Control Input 24 23 215 *Control Input 25 ON/OFF Control Input 25 24 216 *Control Input 26 ON/OFF Control Input 26 25 217 *Control Input 27 ON/OFF Control Input 27 26 218 *Control Input 28 ON/OFF Control Input 28 27 219 *Control Input 29 ON/OFF Control Input 29 28 220 *Control Input 30 ON/OFF Control Input 30 29 221 *Control Input 31 ON/OFF Control Input 31 30 222 *Control Input 32 ON/OFF Control Input 32 31 223 *Virtual Input 1 ON/OFF GOOSE Input 1 0F27 0 224 *Virtual Input 2 ON/OFF GOOSE Input 2 1 225 *Virtual Input 3 ON/OFF GOOSE Input 3 2 226 *Virtual Input 4 ON/OFF GOOSE Input 4 3 227 *Virtual Input 5 ON/OFF GOOSE Input 5 4 228 *Virtual Input 6 ON/OFF GOOSE Input 6 5 229 *Virtual Input 7 ON/OFF GOOSE Input 7 6 230 *Virtual Input 8 ON/OFF GOOSE Input 8 7 231 *Virtual Input 9 ON/OFF GOOSE Input 9 8 232 *Virtual Input 10 ON/OFF GOOSE Input 10 9 233 *Virtual Input 11 ON/OFF GOOSE Input 11 10 234 *Virtual Input 12 ON/OFF GOOSE Input 12 11 235 *Virtual Input 13 ON/OFF GOOSE Input 13 12 236 *Virtual Input 14 ON/OFF GOOSE Input 14 13 237 *Virtual Input 15 ON/OFF GOOSE Input 15 14 238 *Virtual Input 16 ON/OFF GOOSE Input 16 15 239 *Virtual Input 17 ON/OFF GOOSE Input 17 16 240 *

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 129



Virtual Input 18 ON/OFF GOOSE Input 18 17 241 *Virtual Input 19 ON/OFF GOOSE Input 19 18 242 *Virtual Input 20 ON/OFF GOOSE Input 20 19 243 *Virtual Input 21 ON/OFF GOOSE Input 21 20 244 *Virtual Input 22 ON/OFF GOOSE Input 22 21 245 *Virtual Input 23 ON/OFF GOOSE Input 23 22 246 *Virtual Input 24 ON/OFF GOOSE Input 24 23 247 *Virtual Input 25 ON/OFF GOOSE Input 25 24 248 *Virtual Input 26 ON/OFF GOOSE Input 26 25 249 *Virtual Input 27 ON/OFF GOOSE Input 27 26 250 *Virtual Input 28 ON/OFF GOOSE Input 28 27 251 *Virtual Input 29 ON/OFF GOOSE Input 29 28 252 *Virtual Input 30 ON/OFF GOOSE Input 30 29 253 *Virtual Input 31 ON/OFF GOOSE Input 31 30 254 *Virtual Input 32 ON/OFF GOOSE Input 32 31 255 *Virtual Output 1 ON/OFF GOOSE Output 1 0F28 0 256 *Virtual Output 2 ON/OFF GOOSE Output 2 1 257 *Virtual Output 3 ON/OFF GOOSE Output 3 2 258 *Virtual Output 4 ON/OFF GOOSE Output 4 3 259 *Virtual Output 5 ON/OFF GOOSE Output 5 4 260 *Virtual Output 6 ON/OFF GOOSE Output 6 5 261 *Virtual Output 7 ON/OFF GOOSE Output 7 6 262 *Virtual Output 8 ON/OFF GOOSE Output 8 7 263 *Virtual Output 9 ON/OFF GOOSE Output 9 8 264 *Virtual Output10 ON/OFF GOOSE Output 10 9 265 *Virtual Output11 ON/OFF GOOSE Output 11 10 266 *Virtual Output12 ON/OFF GOOSE Output 12 11 267 *Virtual Output13 ON/OFF GOOSE Output 13 12 268 *Virtual Output14 ON/OFF GOOSE Output 14 13 269 *Virtual Output15 ON/OFF GOOSE Output 15 14 270 *Virtual Output16 ON/OFF GOOSE Output 16 15 271 *

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MiCOM P547

P547/EN MD/D32

(MD) - 130



Virtual Output17 ON/OFF GOOSE Output 17 16 272 *Virtual Output18 ON/OFF GOOSE Output 18 17 273 *Virtual Output19 ON/OFF GOOSE Output 19 18 274 *Virtual Output20 ON/OFF GOOSE Output 20 19 275 *Virtual Output21 ON/OFF GOOSE Output 21 20 276 *Virtual Output22 ON/OFF GOOSE Output 22 21 277 *Virtual Output23 ON/OFF GOOSE Output 23 22 278 *Virtual Output24 ON/OFF GOOSE Output 24 23 279 *Virtual Output25 ON/OFF GOOSE Output 25 24 280 *Virtual Output26 ON/OFF GOOSE Output 26 25 281 *Virtual Output27 ON/OFF GOOSE Output 27 26 282 *Virtual Output28 ON/OFF GOOSE Output 28 27 283 *Virtual Output29 ON/OFF GOOSE Output 29 28 284 *Virtual Output30 ON/OFF GOOSE Output 30 29 285 *Virtual Output31 ON/OFF GOOSE Output 31 30 286 *Virtual Output32 ON/OFF GOOSE Output 32 31 287 *SG-opto Invalid ON/OFF Setting Group via opto invalid 0F29 0 288 *Prot'n Disabled ON/OFF Test Mode Enabled 1 289 *Static Test Mode ON/OFF Static Test Mode 2 290Test Loopback ON/OFF Loop Back Test Enabled 3 291 *Test IM64 ON/OFF IM64 Test Enabled 4 292 *VT Fail Alarm ON/OFF VTS Indication 5 293 *CT Fail Alarm ON/OFF CTS Alarm 6 294 *CT2 Fail Alarm ON/OFF CT2S Alarm 7 295Remote CT Alarm ON/OFF Remote CTS Alarm 8 296 *Power Swing ON/OFF Power Swing 9 297CB Fail Alarm ON/OFF BF Block AR 10 298 *CB Monitor Alarm ON/OFF CB Monitor Alarm 11 299 *CB Lockout Alarm ON/OFF CB Lockout Alarm 12 300 *CB Status Alarm ON/OFF CB Status Alarm 13 301 *CB Trip Fail ON/OFF CB Failed to Trip 14 302 *

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 131



CB Close Fail ON/OFF CB Failed to Close 15 303 *Man CB Unhealthy ON/OFF Control CB Unhealthy 16 304 *No C/S Man Close ON/OFF Control No Checksync 17 305 *A/R Lockout ON/OFF Autoclose Lockout/RLY BAR 18 306 *A/R CB Unhealthy ON/OFF No Healthy (AR) 19 307 *A/R No Checksync ON/OFF No Check Sync/AR Fail 20 308 *System Split ON/OFF System Split Alarm 21 309 *GPS Alarm ON/OFF GPS Alarm 22 310 *Signaling Fail ON/OFF Signaling Failure Alarm 23 311 *Comm Delay Alarm ON/OFF Signaling Propagation Delay Alarm 24 312 *C Diff Failure ON/OFF Differential Protection Failure Alarm 25 313 *IM64 SchemeFail ON/OFF IM64 Scheme Fail alarm 26 314 *IEEE C37.94 Fail ON/OFF IEEE C37.94 Communications Alarms 27 315 *C Diff Inhibited ON/OFF Diff Protection Inhibited 28 316 *F out of Range ON/OFF Frequency out of range 31 319 *No C/S Man Close ON/OFF Control No Checksync 7 327A/R Lockout ON/OFF Autoclose Lockout/RLY BAR 8 328A/R CB Unhealthy ON/OFF No Healthy (AR) 9 329A/R No Checksync ON/OFF No Check Sync/AR Fail 10 330System Split ON/OFF System Split Alarm 2 11 331Incompatible Rly ON/OFF Incompatible relays 12 332 *InValid Mesg Fmt ON/OFF In Valid Message Format 13 333 *Main Prot. Fail ON/OFF Copro Main Prot. Fail 14 334 *Config Error ON/OFF Configuration Error 15 335 *Re-Config Error ON/OFF Re-Configuration Error 16 336 *Comms Changed ON/OFF C Diff Protection Comms Mode 17 337 *SR User Alarm 1 ON/OFF SR User Alarm 1 24 344 *SR User Alarm 2 ON/OFF SR User Alarm 2 25 345 *SR User Alarm 3 ON/OFF SR User Alarm 3 26 346 *SR User Alarm 4 ON/OFF SR User Alarm 4 27 347 *MR User Alarm 5 ON/OFF MR User Alarm 5 28 348 *

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 132



MR User Alarm 6 ON/OFF MR User Alarm 6 29 349 *MR User Alarm 7 ON/OFF MR User Alarm 7 30 350 *MR User Alarm 8 ON/OFF MR User Alarm 8 31 351 *Time Synch ON/OFF Time Synch by Opto 16 400 *Reset Relays/LED ON/OFF Reset Latched Relays & LED’s 28 444 *Command Blocking ON/OFF Command Blocking 0F2E 12 460 *Monitor Blocking ON/OFF Monitor Blocking 13 461 *Any Trip ON/OFF Any Trip 10 522 *Trip Output A ON/OFF Trip A 11 523 *Trip Output B ON/OFF Trip B 12 524 *Trip Output C ON/OFF Trip C 13 525 *Trip 3ph ON/OFF 3 Phase Trip 14 526 *2/3 Ph Fault ON/OFF 2/3 Phase Fault 15 527 *3 Ph Fault ON/OFF 3 Phase Fault 16 528 *AR Trip Test ON/OFF Auto-reclose Trip Test 0F32 0 576 *AR Trip Test A ON/OFF Auto-reclose Trip Test A phase 1 577 *AR Trip Test B ON/OFF Auto-reclose Trip Test B phase 2 578 *AR Trip Test C ON/OFF Auto-reclose Trip Test C Phase 3 579 *AR Init 3Ph ON/OFF Initiate 3 Phase AR 4 580 *Block AR ON/OFF Block Auto-reclose 5 581 *Diff Trip ON/OFF Differential Trip 6 582 *Diff Trip A ON/OFF Differential Trip A 7 583 *Diff Trip B ON/OFF Differential Trip B 8 584 *Diff Trip C ON/OFF Differential Trip C 9 585 *Diff InterTrip ON/OFF Differential Intertrip 10 586 *Diff InterTrip A ON/OFF Differential Intertrip A 11 587 *Diff InterTrip B ON/OFF Differential Intertrip B 12 588 *Diff InterTrip C ON/OFF Differential Intertrip C 13 589 *Perm InterTrip ON/OFF Permissive Intertrip 14 590 *Stub Bus Trip ON/OFF Stub Bus Trip 15 591 *I>1 Trip ON/OFF 1st Stage O/C Trip 3ph 15 655 *

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 133



I>1 Trip A ON/OFF 1st Stage O/C Trip A 16 656 *I>1 Trip B ON/OFF 1st Stage O/C Trip B 17 657 *I>1 Trip C ON/OFF 1st Stage O/C Trip C 18 658 *I>2 Trip ON/OFF 2nd Stage O/C Trip 3ph 19 659 *I>2 Trip A ON/OFF 2nd Stage O/C Trip A 20 660 *I>2 Trip B ON/OFF 2nd Stage O/C Trip B 21 661 *I>2 Trip C ON/OFF 2nd Stage O/C Trip C 22 662 *I>3 Trip ON/OFF 3rd Stage O/C Trip 3ph 23 663 *I>3 Trip A ON/OFF 3rd Stage O/C Trip A 24 664 *I>3 Trip B ON/OFF 3rd Stage O/C Trip B 25 665 *I>3 Trip C ON/OFF 3rd Stage O/C Trip C 26 666 *I>4 Trip ON/OFF 4th Stage O/C Trip 3ph 27 667 *I>4 Trip A ON/OFF 4th Stage O/C Trip A 28 668 *I>4 Trip B ON/OFF 4th Stage O/C Trip B 29 669 *I>4 Trip C ON/OFF 4th Stage O/C Trip C 30 670 *IN>1 Trip ON/OFF 1st Stage SBEF Trip 31 671 *IN>2 Trip ON/OFF 2nd Stage SBEF Trip 0F35 0 672 *IN>3 Trip ON/OFF 3rd Stage SBEF Trip 1 673 *IN>4 Trip ON/OFF 4th Stage SBEF Trip 2 674 *ISEF>1 Trip ON/OFF 1st Stage SEF Trip 3 675 *ISEF>2 Trip ON/OFF 2nd Stage SEF Trip 4 676 *ISEF>3 Trip ON/OFF 3rd Stage SEF Trip 5 677 *ISEF>4 Trip ON/OFF 4th Stage SEF Trip 6 678 *Broken Wire Trip ON/OFF Broken Conductor Trip 7 679 *Thermal Trip ON/OFF Thermal Overload Trip 8 680 *V<1 Trip ON/OFF UV 1 3 Phase Trip 11 683 *V<1 Trip A/AB ON/OFF UV 1 A Phase Trip 12 684 *V<1 Trip B/BC ON/OFF UV 1 B Phase Trip 13 685 *V<1 Trip C/CA ON/OFF UV 1 C Phase Trip 14 686 *V<2 Trip ON/OFF UV 2 3 Phase Trip 15 687 *V<2 Trip A/AB ON/OFF UV 2 A Phase Trip 16 688 *

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 134



V<2 Trip B/BC ON/OFF UV 2 B Phase Trip 17 689 *V<2 Trip C/CA ON/OFF UV 2 C Phase Trip 18 690 *V>1 Trip ON/OFF OV 1 3 Phase Trip 19 691 *V>1 Trip A/AB ON/OFF OV 1 A Phase Trip 20 692 *V>1 Trip B/BC ON/OFF OV 1 B Phase Trip 21 693 *V>1 Trip C/CA ON/OFF OV 1 C Phase Trip 22 694 *V>2 Trip ON/OFF OV 2 3 Phase Trip 23 695 *V>2 Trip A/AB ON/OFF OV 2 A Phase Trip 24 696 *V>2 Trip B/BC ON/OFF OV 2 B Phase Trip 25 697 *V>2 Trip C/CA ON/OFF OV 2 C Phase Trip 26 698 *Pole Discrepancy ON/OFF Pole Discrepancy 27 699 *VN>1 Trip ON/OFF Residual OV 1 Trip 28 700 *VN>2 Trip ON/OFF Residual OV 2 Trip 29 701 *Any Start ON/OFF Any Start 0F37 0 736 *Diff Start ON/OFF Differential Start 1 737 *Diff Start A ON/OFF Differential Start A 2 738 *Diff Start B ON/OFF Differential Start B 3 739 *Diff Start C ON/OFF Differential Start C 4 740 *I>1 Start ON/OFF 1st Stage O/C Start 3ph 25 761 *I>1 Start A ON/OFF 1st Stage O/C Start A 26 762 *I>1 Start B ON/OFF 1st Stage O/C Start B 27 763 *I>1 Start C ON/OFF 1st Stage O/C Start C 28 764 *I>2 Start ON/OFF 2nd Stage O/C Start 3ph 29 765 *I>2 Start A ON/OFF 2nd Stage O/C Start A 30 766 *I>2 Start B ON/OFF 2nd Stage O/C Start B 31 767 *I>2 Start C ON/OFF 2nd Stage O/C Start C 0F38 0 768 *I>3 Start ON/OFF 3rd Stage O/C Start 3ph 1 769 *I>3 Start A ON/OFF 3rd Stage O/C Start A 2 770 *I>3 Start B ON/OFF 3rd Stage O/C Start B 3 771 *I>3 Start C ON/OFF 3rd Stage O/C Start C 4 772 *I>4 Start ON/OFF 4th Stage O/C Start 3ph 5 773 *

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 135



I>4 Start A ON/OFF 4th Stage O/C Start A 6 774 *I>4 Start B ON/OFF 4th Stage O/C Start B 7 775 *I>4 Start C ON/OFF 4th Stage O/C Start C 8 776 *IN>1 Start ON/OFF 1st Stage SBEF Start 9 777 *IN>2 Start ON/OFF 2nd Stage SBEF Start 10 778 *IN>3 Start ON/OFF 3rd Stage SBEF Start 11 779 *IN>4 Start ON/OFF 4th Stage SBEF Start 12 780 *ISEF>1 Start ON/OFF 1st Stage SEF Start 13 781 *ISEF>2 Start ON/OFF 2nd Stage SEF Start 14 782 *ISEF>3 Start ON/OFF 3rd Stage SEF Start 15 783 *ISEF>4 Start ON/OFF 4th Stage SEF Start 16 784 *Thermal Alarm ON/OFF Thermal Overload Alarm 17 785 *V<1 Start ON/OFF UV 1 3 Phase Start 20 788 *V<1 Start A/AB ON/OFF UV 1 A Phase Start 21 789 *V<1 Start B/BC ON/OFF UV 1 B Phase Start 22 790 *V<1 Start C/CA ON/OFF UV 1 C Phase Start 23 791 *V<2 Start ON/OFF UV 2 3 Phase Start 24 792 *V<2 Start A/AB ON/OFF UV 2 A Phase Start 25 793 *V<2 Start B/BC ON/OFF UV 2 B Phase Start 26 794 *V<2 Start C/CA ON/OFF UV 2 C Phase Start 27 795 *V>1 Start ON/OFF OV 1 3 Phase Start 28 796 *V>1 Start A/AB ON/OFF OV 1 A Phase Start 29 797 *V>1 Start B/BC ON/OFF OV 1 B Phase Start 30 798 *V>1 Start C/CA ON/OFF OV 1 C Phase Start 31 799 *V>2 Start ON/OFF OV 2 3 Phase Start 0F39 0 800 *V>2 Start A/AB ON/OFF OV 2 A Phase Start 1 801 *V>2 Start B/BC ON/OFF OV 2 B Phase Start 2 802 *V>2 Start C/CA ON/OFF OV 2 C Phase Start 3 803 *VN>1 Start ON/OFF Residual OV 1 Start 4 804 *VN>2 Start ON/OFF Residual OV 2 Start 5 805 *VTS Fast Block ON/OFF VTS Fast Block 0F3A 0 832 *

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 136



Bfail1 Trip 3ph ON/OFF Bfail1 Trip 3ph 2 834 *Bfail2 Trip 3ph ON/OFF Bfail2 Trip 3ph 3 835 *Control Trip ON/OFF Control Trip 6 838 *Control Close ON/OFF Control Close 7 839 *Close in Prog ON/OFF Control Close in Progress 10 842 *Block Main Prot ON/OFF AR Block Main Protection 11 843 *AR 3pole in prog ON/OFF Auto-Reclose/(AR 3 pole) in Progress 12 844 *AR 1pole in prog ON/OFF AR 1pole in progress 13 845 *Seq Counter = 1 ON/OFF Seq Counter = 1 15 847 *Seq Counter = 2 ON/OFF Seq Counter = 2 16 848 *Seq Counter = 3 ON/OFF Seq Counter = 3 17 849 *Seq Counter = 4 ON/OFF Seq Counter = 4 18 850 *Successful Close ON/OFF Successful Reclosure 20 852 *Auto Close ON/OFF Auto Close/AR Close 22 854 *A/R Status 3P ON/OFF 3P Auto-reclose In/Out of service 24 856 *A/R Status 1P ON/OFF 1P Auto-reclose In/Out of service 25 857 *Force 3 pole ON/OFF AR Force 3 pole trips 26 858 *AR Blocked ON/OFF AR Blocked 27 859 *Live Bus ON/OFF Live Bus 22 886 *Dead Bus ON/OFF Dead Bus 23 887 *Live Line ON/OFF Live Line 24 888 *Dead Line ON/OFF Dead Line 25 889 *CB Open 3 ph ON/OFF 3 ph CB Open 0F3C 7 903 *CB Open A ph ON/OFF Ph A CB Open 8 904 *CB Open B ph ON/OFF Ph B CB Open 9 905 *CB Open C ph ON/OFF Ph C CB Open 10 906 *CB Closed 3 ph ON/OFF 3 ph CB Closed 11 907 *CB Closed A ph ON/OFF Ph A CB Closed 12 908 *CB Closed B ph ON/OFF Ph B CB Closed 13 909 *CB Closed C ph ON/OFF Ph C CB Closed 14 910 *CTS Restrain ON/OFF Used to restrain C Diff 0F3D 2 930 *

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 137



CT1 L i2/i1>> ON/OFF Local i2/i1>> for CT1 15 943 *CT2 L i2/i1>> ON/OFF Local i2/i1>> for CT2 16 944 *CT1 R1 i2/i1>> ON/OFF Remote 1 i2/i1>> for CT1 17 945 *CT2 R1 i2/i1>> ON/OFF Remote 1 i2/i1>> for CT2 18 946 *CT1 R2 i2/i1>> ON/OFF Remote 2 i2/i1>> for CT1 19 947 *CT2 R2 i2/i1>> ON/OFF Remote 2 i2/i1>> for CT2 20 948 *Clear Stats Cmd ON/OFF Clear C Diff Statistics 0F3F 28 1020 *Function Key 1 ON/OFF Function Key 1 0F42 8 1096 *Function Key 2 ON/OFF Function Key 2 9 1097 *Function Key 3 ON/OFF Function Key 3 10 1098 *Function Key 4 ON/OFF Function Key 4 11 1099 *Function Key 5 ON/OFF Function Key 5 12 1100 *Function Key 6 ON/OFF Function Key 6 13 1101 *Function Key 7 ON/OFF Function Key 7 14 1102 *Function Key 8 ON/OFF Function Key 8 15 1103 *Function Key 9 ON/OFF Function Key 9 16 1104 *Function Key 10 ON/OFF Function Key 10 17 1105 *I^ Maint Alarm ON/OFF Broken Current Alarm 18 1106 *I^ Lockout Alarm ON/OFF Broken Current lookout 19 1107 *CB OPs Maint ON/OFF Maintenance Alarm 20 1108 *CB OPs Lock ON/OFF Maintenance Lockout 21 1109 *CB Time Maint ON/OFF Excessive Op Time Alarm 22 1110 *CB Time Lockout ON/OFF Excessive Op Time Lookout 23 1111 *Fault Freq Lock ON/OFF EFF Lockout 24 1112 *SignalFail Ch1Rx ON/OFF Protection Signaling Failure Alarm - Ch1 Rx 0F43 0 1120 *SignalFail Ch1Tx ON/OFF Protection Signaling Failure Alarm - Ch1 Tx 1 1121 *Ch 1 GPS Fail ON/OFF Remote 1 GPS Fail 2 1122 *Ch1 Signal Lost ON/OFF Ch1 Loss Of Signal 4 1124 *Ch1 Path Yellow ON/OFF Ch1 Path "Yellow" 5 1125 *Ch1 Mismatch RxN ON/OFF Ch1 Mismatch Received N 6 1126 *Ch1 Timeout ON/OFF Ch1 Timeout 7 1127 *

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 138



Ch1 Degraded ON/OFF Ch1 Message Lev 8 1128 *Ch1 Passthrough ON/OFF Ch1 Passthrough 9 1129 *SignalFail Ch2Rx ON/OFF Protection Signaling Failure Alarm - Ch2 Rx 10 1130 *SignalFail Ch2Tx ON/OFF Protection Signaling Failure Alarm - Ch2 Tx 11 1131 *Ch 2 GPS Fail ON/OFF Remote 2 GPS Fail 12 1132 *Ch2 Signal Lost ON/OFF Ch2 Loss Of Signal 14 1134 *Ch2 Path Yellow ON/OFF Ch2 Path "Yellow" 15 1135 *Ch2 Mismatch RxN ON/OFF Ch2 Mismatch Received N 16 1136 *Ch2 Timeout ON/OFF Ch2 Timeout 17 1137 *Ch2 Degraded ON/OFF Ch2 Message Lev 18 1138 *Ch2 Passthrough ON/OFF Ch2 Passthrough 19 1139 *Config Same ON/OFF Relay is already configured 20 1140 *Reconfig Pass ON/OFF Reconfigure was successful 21 1141 *Reconfig Fail ON/OFF Reconfigure was unsuccessful 22 1142 *Restore Pass ON/OFF Restore was successful 23 1143 *Restore Fail ON/OFF Restore was unsuccessful 24 1144 *Teleprot Disturb ON/OFF Teleprotection Disturbed 31 1375 *I>> Backup Super ON/OFF I>> Back Up Supervision 0 1376 *I> Trip by VTS ON/OFF O/C Trip By VTS 1 1377 *Teleprot Tx ON/OFF Teleprotection Sent 2 1378 *Teleprot Rx ON/OFF Teleprotection Received 3 1379 *Group Warning ON/OFF Group Warning 4 1380 *Group Alarm ON/OFF Group Alarm 5 1381 *AR In Service ON/OFF AR In Service 9 1385 *

General Events Unsigned Integer (32 bits)Alarms Cleared Relay Alarms Cleared FFFF 0 *Events Cleared Relay Event Records Cleared 0B01 1 *Faults Cleared Relay Fault Records Cleared 0B02 2 *Maint Cleared Relay Maintenance Records Cleared 0B03 3 *PW Unlocked UI Password Unlocked via User Interface 0002 4 *PW Invalid UI Invalid Password entered on User Interface 0002 5 *

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 139



PW1 Modified UI Password Level 1 Modified on User Interface 0002 6 *PW2 Modified UI Password Level 2 Modified on User Interface 0002 7 *PW Expired UI Password unlock expired User Interface 0002 8 *PW Unlocked F Password Unlocked via Front Port 0002 9 *PW Invalid F Invalid Password entered on Front Port 0002 10 *PW1 Modified F Password Level 1 Modified on Front Port 0002 11 *PW2 Modified F Password Level 2 Modified on Front Port 0002 12 *PW Expired F Password Unlock expired Front Port 0002 13 *PW Unlocked R Password Unlocked via Rear Port 0002 14 *PW Invalid R Invalid Password entered on Rear Port 0002 15 *PW1 Modified R Password Level 1 Modified on Rear Port 0002 16 *PW2 Modified R Password Level 2 Modified on Rear Port 0002 17 *PW Expired R Password Unlock expired Rear Port 0002 18 *IRIG-B Active IRIG-B Timesync Active (Valid Signal) 0805 19 *IRIG-B Inactive IRIG-B Timesync Inactive (No Signal) 0805 20 *Time Synch Relay Clock Adjusted 0801 21 *C&S Changed Disturbance Recorder Settings Changed FFFF 22 *Dist Changed Control and Support Settings Changed 0904 23 *Group 1 Changed Change to Protection Setting Group 1 0904 24 *Group 2 Changed Change to Protection Setting Group 2 0904 25 *Group 3 Changed Change to Protection Setting Group 3 0904 26 *Group 4 Changed Change to Protection Setting Group 4 0904 27 *Act Grp Changed Active Group Selection Changed 0903 28 *Indication Reset Relay Indications Reset 01FF 29 *Power On Relay Powered Up FFFF 30 *Bad GOOSE Logic Invalid GOOSE Scheme Logic FFFF 31 *Bad Masks Invalid Ethernet Card Masks FFFF 32 *Bad Deadbands Invalid Ethernet Card Deadbands FFFF 33 *Bad DI Object Invalid Ethernet Card DI Object FFFF 34 *Rear Comm 2 Fail Rear Port 2 Communications Failure FFFF 35 *PW Unlocked R2 Password Unlocked via Rear Port 2 0002 36 *

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 140



PW Invalid R2 Invalid Password entered on Rear Port 2 0002 37 *PW1 Modified R2 Password Level 1 Modified on Rear Port 2 0002 38 *PW2 Modified R2 Password Level 2 Modified on Rear Port 2 0002 39 *PW Expired R2 Password unlock expired Rear Port 2 0002 40 *No Fiber Card CS103 Optic Fiber Port Not Fitted FFFF 41 *NIC Link Fail Ethernet Card Link Failure FFFF 42 *

Cell Ref Value Extraction ColumnFault Recorded Fault Records: 0100 0 B000Text Self Monitoring: Cell Ref Value Extraction ColumnMaint Recorded Maintenance Records FFFF 0 B100Maintenance Record Text: Description ContinuousFast W'Dog Error Fast Watchdog Error *Battery Fail Battery Failure * *BBRAM Failure Battery Back RAM Failure * *Field Volts Fail Field Voltage Failure * *Bus Reset Error Bus Error *Slow W'Dog Error Slow Watchdog Error *SRAM Failure Bus SRAM Bus Failure * *SRAM Failure Blk SRAM Block Failure * *FLASH Failure Flash checksum Error * *Code Verify Fail Software Code Verification Failure * *EEPROM Failure EEPROM Failure * *Software Failure Software Error * *Hard Verify Fail Hardware Verification Error *Non Standard General Error * *Ana. Sample fail Ana. Sample Fail * *Set Commit Error Setting commit failure * *

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 141

IEC870-5-103: Device ProfileVendor Name AREVA T&D Ltd. Automation & Information SystemsDevice Name: P547 Phase Comparison RelayModels Covered: P547****3**52**Compatibility Level 2Physical LayerElectrical Interface EIA RS-485Number of loads 1 for one protection equipmentOptical Interface Plastic fiber BFOC/2.5 type connector(Order option)Transmission speed 9600 or 19200 (User Setting)Application LayerCOMMON ADDRESS OF ASDU = LINK ADDRESS

Compatible Range Information Numbers in Monitor Direction

ASDU TYPE COT FUN INF Description GI P547 Interpretation DDB Ordinal

System Functions8 10 255 0 End of General Interrogation *6 8 255 0 Time Synchronization *5 3 128 2 Reset FCB *5 4 128 3 Reset CU *5 5 128 4 Start/Restart *5 6 128 5 Power On *

Note: Identification message in ASDU 5: "MiCOM P"+ 16bit model + 8bit major version +1character minor version e.g. "MiCOM P" + 543 + 50 + 'A'Status Indications

1 1,7,9,11,12,20,21 128 16 A/R Status * * Auto-reclose in Service1 1,7,9,11,12,20,21 128 17 Tele-protection active1 1,7,9,11,12,20,21 128 18 Protection active1 1,7,9,11,12,20,21 128 19 LED Reset * RESET_INDICATIONS1 9,11 128 20 Monitor direction blocked * *1 9,11 128 21 Test mode * * Prot'n Disabled1 9,11 128 22 Local parameter setting1 1,7,9,11,12,20,21 128 23 Characteristic 1 * * PG1 Changed1 1,7,9,11,12,20,21 128 24 Characteristic 2 * * PG2 Changed1 1,7,9,11,12,20,21 128 25 Characteristic 3 * * PG3 Changed1 1,7,9,11,12,20,21 128 26 Characteristic 4 * * PG4 Changed1 1,7,9,11 128 27 Opto 1 * * DDB_OPTO_ISOLATOR_11 1,7,9,11 128 28 Opto 2 * * DDB_OPTO_ISOLATOR_21 1,7,9,11 128 29 Opto 3 * * DDB_OPTO_ISOLATOR_31 1,7,9,11 128 30 Opto 4 * * DDB_OPTO_ISOLATOR_4

Supervision Indications1 1,7,9 128 32 Measurand supervision I1 1,7,9 128 33 Measurand supervision V1 1,7,9 128 35 Phase sequence supervision1 1,7,9 128 36 Trip circuit supervision1 1,7,9 128 37 I>> back-up supervision * * DDB_BACK_UP_SUPERVISION1 1,7,9 128 38 VT fuse failure * * VT Supervision Indication1 1,7,9 128 39 Teleprotection disturbed * * DDB_TELEPROTECTION_DISTURBED1 1,7,9 128 46 Group warning * * DDB_GROUP_WARNING1 1,7,9 128 47 Group alarm * * DDB_GROUP_ALARM

Earth Fault Indications1 1,7,9 128 48 Earth Fault L11 1,7,9 128 49 Earth Fault L21 1,7,9 128 50 Earth Fault L31 1,7,9 128 51 Earth Fault Fwd1 1,7,9 128 52 Earth Fault Rev

Fault Indications2 1,7,9 128 64 Start/pickup L1 * * Start A2 1,7,9 128 65 Start/pickup L2 * * Start B2 1,7,9 128 66 Start/pickup L3 * * Start C2 1,7,9 128 67 Start/pickup N * * Start N2 1,7 128 68 General Trip * Any Trip2 1,7 128 69 Trip L1 * Trip A2 1,7 128 70 Trip L2 * Trip B2 1,7 128 71 Trip L3 * Trip C2 1,7 128 72 Trip I>> * DDB_POC_TRIP_BY_VTS4 1,7 128 73 Fault Location in ohms *2 1,7 128 74 Fault forward2 1,7 128 75 Fault reverse2 1,7 128 76 Teleprotection signal sent * DDB_TELEPROTECTION_SENT2 1,7 128 77 Teleprotection signal received * DDB_TELEPROTECTION_RECEIVED2 1,7 128 78 Zone 1 * Zone 1 Trip2 1,7 128 79 Zone 2 * Zone 2 Trip2 1,7 128 80 Zone 3 * Zone 3 Trip2 1,7 128 81 Zone 4 * Zone P Trip2 1,7 128 82 Zone 5 * Zone 4 Trip2 1,7 128 83 Zone 62 1,7,9 128 84 General Start * * Any Start2 1,7 128 85 Breaker Failure * CB Fail Alarm (only when primary fun is distance2 1,7 128 86 Trip measuring system L12 1,7 128 87 Trip measuring system L22 1,7 128 88 Trip measuring system L32 1,7 128 89 Trip measuring system E

Distance Primary

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 142


2 1,7 128 90 Trip I>2 1,7 128 91 Trip I>>2 1,7 128 92 Trip IN>2 1,7 128 93 Trip IN>>

Auto-Reclose Indications 1 1,7 128 128 CB 'on' by A/R * Auto-reclose Close Signal1 1,7 128 129 CB 'on' by long time A/R1 1,7,9 128 130 AR blocked * * Auto-reclose Blocked

Measurands 3.1 2,7 128 144 Measurand I3.2 2,7 128 145 Measurands I,V3.3 2,7 128 146 Measurands I,V,P,Q3.4 2,7 128 147 Measurands IN,VEN9 2,7 128 148 Measurands IL1,2,3,VL1,2,3,P,Q,f * Note unavailable measurands sent as invalidGeneric Functions

10 42,43 128 240 Read Headings10 42,43 128 241 Read attributes of all entries of a group10 42,43 128 243 Read directory of entry10 1,2,7,9,11,12,42,43 128 244 Real attribute of entry10 10 128 245 End of GGI10 41,44 128 249 Write entry with confirm10 40,41 128 250 Write entry with execute10 40 128 251 Write entry aborted1 1,7,9 130 0 Relay 1 * * Output Relay 1 01 1,7,9 130 1 Relay 2 * * Output Relay 2 11 1,7,9 130 2 Relay 3 * * Output Relay 3 21 1,7,9 130 3 Relay 4 * * Output Relay 4 31 1,7,9 130 4 Relay 5 * * Output Relay 5 41 1,7,9 130 5 Relay 6 * * Output Relay 6 51 1,7,9 130 6 Relay 7 * * Output Relay 7 61 1,7,9 130 7 Relay 8 * * Output Relay 8 71 1,7,9 130 8 Relay 9 * * Output Relay 9 81 1,7,9 130 9 Relay 10 * * Output Relay 10 91 1,7,9 130 10 Relay 11 * * Output Relay 11 101 1,7,9 130 11 Relay 12 * * Output Relay 12 111 1,7,9 130 12 Relay 13 * * Output Relay 13 121 1,7,9 130 13 Relay 14 * * Output Relay 14 131 1,7,9 130 14 Relay 15 * * Output Relay 15 141 1,7,9 130 15 Relay 16 * * Output Relay 16 151 1,7,9 130 16 Relay 17 * * Output Relay 17 161 1,7,9 130 17 Relay 18 * * Output Relay 18 171 1,7,9 130 18 Relay 19 * * Output Relay 19 181 1,7,9 130 19 Relay 20 * * Output Relay 20 191 1,7,9 130 20 Relay 21 * * Output Relay 21 201 1,7,9 130 21 Relay 22 * * Output Relay 22 211 1,7,9 130 22 Relay 23 * * Output Relay 23 221 1,7,9 130 23 Relay 24 * * Output Relay 24 231 1,7,9 130 24 Relay 25 * * Output Relay 25 241 1,7,9 130 25 Relay 26 * * Output Relay 26 251 1,7,9 130 26 Relay 27 * * Output Relay 27 261 1,7,9 130 27 Relay 28 * * Output Relay 28 271 1,7,9 130 28 Relay 29 * * Output Relay 29 281 1,7,9 130 29 Relay 30 * * Output Relay 30 291 1,7,9 130 30 Relay 31 * * Output Relay 31 301 1,7,9 130 31 Relay 32 * * Output Relay 32 311 1,7,9,11 128 27 Opto 1 * * Opto Input 1 321 1,7,9,11 128 28 Opto 2 * * Opto Input 2 331 1,7,9,11 128 29 Opto 3 * * Opto Input 3 341 1,7,9,11 128 30 Opto 4 * * Opto Input 4 351 1,7,9,11 130 36 Opto 5 * * Opto Input 5 361 1,7,9,11 130 37 Opto 6 * * Opto Input 6 371 1,7,9,11 130 38 Opto 7 * * Opto Input 7 381 1,7,9,11 130 39 Opto 8 * * Opto Input 8 391 1,7,9,11 130 40 Opto 9 * * Opto Input 9 401 1,7,9,11 130 41 Opto 10 * * Opto Input 10 411 1,7,9,11 130 42 Opto 11 * * Opto Input 11 421 1,7,9,11 130 43 Opto 12 * * Opto Input 12 431 1,7,9,11 130 44 Opto 13 * * Opto Input 13 441 1,7,9,11 130 45 Opto 14 * * Opto Input 14 451 1,7,9,11 130 46 Opto 15 * * Opto Input 15 461 1,7,9,11 130 47 Opto 16 * * Opto Input 16 471 1,7,9,11 130 48 Opto 17 * * Opto Input 17 481 1,7,9,11 130 49 Opto 18 * * Opto Input 18 491 1,7,9,11 130 50 Opto 19 * * Opto Input 19 501 1,7,9,11 130 51 Opto 20 * * Opto Input 20 511 1,7,9,11 130 52 Opto 21 * * Opto Input 21 521 1,7,9,11 130 53 Opto 22 * * Opto Input 22 531 1,7,9,11 130 54 Opto 23 * * Opto Input 23 541 1,7,9,11 130 55 Opto 24 * * Opto Input 24 55

130 56 Unused Unused 56130 57 Unused Unused 57130 58 Unused Unused 58130 59 Unused Unused 59130 60 Unused Unused 60130 61 Unused Unused 61

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 143


130 62 Unused Unused 62130 63 Unused Unused 63130 64 Unused Unused 64130 65 Unused Unused 65130 66 Unused Unused 66130 67 Unused Unused 67130 68 Unused Unused 68130 69 Unused Unused 69130 70 Unused Unused 70130 71 Unused Unused 71130 72 Unused Unused 72130 73 Unused Unused 73130 74 Unused Unused 74130 75 Unused Unused 75130 76 Unused Unused 76130 77 Unused Unused 77130 78 Unused Unused 78130 79 Unused Unused 79130 128 Relay Cond 1 * Input to Relay Output Condition 128130 129 Relay Cond 2 * Input to Relay Output Condition 129130 130 Relay Cond 3 * Input to Relay Output Condition 130130 131 Relay Cond 4 * Input to Relay Output Condition 131130 132 Relay Cond 5 * Input to Relay Output Condition 132130 133 Relay Cond 6 * Input to Relay Output Condition 133130 134 Relay Cond 7 * Input to Relay Output Condition 134130 135 Relay Cond 8 * Input to Relay Output Condition 135130 136 Relay Cond 9 * Input to Relay Output Condition 136130 137 Relay Cond 10 * Input to Relay Output Condition 137130 138 Relay Cond 11 * Input to Relay Output Condition 138130 139 Relay Cond 12 * Input to Relay Output Condition 139130 140 Relay Cond 13 * Input to Relay Output Condition 140130 141 Relay Cond 14 * Input to Relay Output Condition 141130 142 Relay Cond 15 * Input to Relay Output Condition 142130 143 Relay Cond 16 * Input to Relay Output Condition 143130 144 Relay Cond 17 * Input to Relay Output Condition 144130 145 Relay Cond 18 * Input to Relay Output Condition 145130 146 Relay Cond 19 * Input to Relay Output Condition 146130 147 Relay Cond 20 * Input to Relay Output Condition 147130 148 Relay Cond 21 * Input to Relay Output Condition 148130 149 Relay Cond 22 * Input to Relay Output Condition 149130 150 Relay Cond 23 * Input to Relay Output Condition 150130 151 Relay Cond 24 * Input to Relay Output Condition 151130 152 Relay Cond 25 * Input to Relay Output Condition 152130 153 Relay Cond 26 * Input to Relay Output Condition 153130 154 Relay Cond 27 * Input to Relay Output Condition 154130 155 Relay Cond 28 * Input to Relay Output Condition 155130 156 Relay Cond 29 * Input to Relay Output Condition 156130 157 Relay Cond 30 * Input to Relay Output Condition 157130 158 Relay Cond 31 * Input to Relay Output Condition 158130 159 Relay Cond 32 * Input to Relay Output Condition 159130 160 Timer in 1 * Input to Auxiliary Timer 1 160130 161 Timer in 2 * Input to Auxiliary Timer 2 161130 162 Timer in 3 * Input to Auxiliary Timer 3 162130 163 Timer in 4 * Input to Auxiliary Timer 4 163130 164 Timer in 5 * Input to Auxiliary Timer 5 164130 165 Timer in 6 * Input to Auxiliary Timer 6 165130 166 Timer in 7 * Input to Auxiliary Timer 7 166130 167 Timer in 8 * Input to Auxiliary Timer 8 167130 168 Timer in 9 * Input to Auxiliary Timer 9 168130 169 Timer in 10 * Input to Auxiliary Timer 10 169130 170 Timer in 11 * Input to Auxiliary Timer 11 170130 171 Timer in 12 * Input to Auxiliary Timer 12 171130 172 Timer in 13 * Input to Auxiliary Timer 13 172130 173 Timer in 14 * Input to Auxiliary Timer 14 173130 174 Timer in 15 * Input to Auxiliary Timer 15 174130 175 Timer in 16 * Input to Auxiliary Timer 16 175130 176 Timer out 1 * Output from Auxiliary Timer 1 176130 177 Timer out 2 * Output from Auxiliary Timer 2 177130 178 Timer out 3 * Output from Auxiliary Timer 3 178130 179 Timer out 4 * Output from Auxiliary Timer 4 179130 180 Timer out 5 * Output from Auxiliary Timer 5 180130 181 Timer out 6 * Output from Auxiliary Timer 6 181130 182 Timer out 7 * Output from Auxiliary Timer 7 182130 183 Timer out 8 * Output from Auxiliary Timer 8 183130 184 Timer out 9 * Output from Auxiliary Timer 9 184130 185 Timer out 10 * Output from Auxiliary Timer 10 185130 186 Timer out 11 * Output from Auxiliary Timer 11 186130 187 Timer out 12 * Output from Auxiliary Timer 12 187130 188 Timer out 13 * Output from Auxiliary Timer 13 188130 189 Timer out 14 * Output from Auxiliary Timer 14 189130 190 Timer out 15 * Output from Auxiliary Timer 15 190130 191 Timer out 16 * Output from Auxiliary Timer 16 191

1 9,11,12,20,21 130 192 Control Input 1 * * Control Input 1 1921 9,11,12,20,21 130 193 Control Input 2 * * Control Input 2 1931 9,11,12,20,21 130 194 Control Input 3 * * Control Input 3 194

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 144


1 9,11,12,20,21 130 195 Control Input 4 * * Control Input 4 1951 9,11,12,20,21 130 196 Control Input 5 * * Control Input 5 1961 9,11,12,20,21 130 197 Control Input 6 * * Control Input 6 1971 9,11,12,20,21 130 198 Control Input 7 * * Control Input 7 1981 9,11,12,20,21 130 199 Control Input 8 * * Control Input 8 1991 9,11,12,20,21 130 200 Control Input 9 * * Control Input 9 2001 9,11,12,20,21 130 201 Control Input 10 * * Control Input 10 2011 9,11,12,20,21 130 202 Control Input 11 * * Control Input 11 2021 9,11,12,20,21 130 203 Control Input 12 * * Control Input 12 2031 9,11,12,20,21 130 204 Control Input 13 * * Control Input 13 2041 9,11,12,20,21 130 205 Control Input 14 * * Control Input 14 2051 9,11,12,20,21 130 206 Control Input 15 * * Control Input 15 2061 9,11,12,20,21 130 207 Control Input 16 * * Control Input 16 2071 9,11,12,20,21 130 208 Control Input 17 * * Control Input 17 2081 9,11,12,20,21 130 209 Control Input 18 * * Control Input 18 2091 9,11,12,20,21 130 210 Control Input 19 * * Control Input 19 2101 9,11,12,20,21 130 211 Control Input 20 * * Control Input 20 2111 9,11,12,20,21 130 212 Control Input 21 * * Control Input 21 2121 9,11,12,20,21 130 213 Control Input 22 * * Control Input 22 2131 9,11,12,20,21 130 214 Control Input 23 * * Control Input 23 2141 9,11,12,20,21 130 215 Control Input 24 * * Control Input 24 2151 9,11,12,20,21 130 216 Control Input 25 * * Control Input 25 2161 9,11,12,20,21 130 217 Control Input 26 * * Control Input 26 2171 9,11,12,20,21 130 218 Control Input 27 * * Control Input 27 2181 9,11,12,20,21 130 219 Control Input 28 * * Control Input 28 2191 9,11,12,20,21 130 220 Control Input 29 * * Control Input 29 2201 9,11,12,20,21 130 221 Control Input 30 * * Control Input 30 2211 9,11,12,20,21 130 222 Control Input 31 * * Control Input 31 2221 9,11,12,20,21 130 223 Control Input 32 * * Control Input 32 2231 1,7,9 130 224 Virtual Input 1 * * GOOSE Input 1 2241 1,7,9 130 225 Virtual Input 2 * * GOOSE Input 2 2251 1,7,9 130 226 Virtual Input 3 * * GOOSE Input 3 2261 1,7,9 130 227 Virtual Input 4 * * GOOSE Input 4 2271 1,7,9 130 228 Virtual Input 5 * * GOOSE Input 5 2281 1,7,9 130 229 Virtual Input 6 * * GOOSE Input 6 2291 1,7,9 130 230 Virtual Input 7 * * GOOSE Input 7 2301 1,7,9 130 231 Virtual Input 8 * * GOOSE Input 8 2311 1,7,9 130 232 Virtual Input 9 * * GOOSE Input 9 2321 1,7,9 130 233 Virtual Input 10 * * GOOSE Input 10 2331 1,7,9 130 234 Virtual Input 11 * * GOOSE Input 11 2341 1,7,9 130 235 Virtual Input 12 * * GOOSE Input 12 2351 1,7,9 130 236 Virtual Input 13 * * GOOSE Input 13 2361 1,7,9 130 237 Virtual Input 14 * * GOOSE Input 14 2371 1,7,9 130 238 Virtual Input 15 * * GOOSE Input 15 2381 1,7,9 130 239 Virtual Input 16 * * GOOSE Input 16 2391 1,7,9 130 240 Virtual Input 17 * * GOOSE Input 17 2401 1,7,9 130 241 Virtual Input 18 * * GOOSE Input 18 2411 1,7,9 130 242 Virtual Input 19 * * GOOSE Input 19 2421 1,7,9 130 243 Virtual Input 20 * * GOOSE Input 20 2431 1,7,9 130 244 Virtual Input 21 * * GOOSE Input 21 2441 1,7,9 130 245 Virtual Input 22 * * GOOSE Input 22 2451 1,7,9 130 246 Virtual Input 23 * * GOOSE Input 23 2461 1,7,9 130 247 Virtual Input 24 * * GOOSE Input 24 2471 1,7,9 130 248 Virtual Input 25 * * GOOSE Input 25 2481 1,7,9 130 249 Virtual Input 26 * * GOOSE Input 26 2491 1,7,9 130 250 Virtual Input 27 * * GOOSE Input 27 2501 1,7,9 130 251 Virtual Input 28 * * GOOSE Input 28 2511 1,7,9 130 252 Virtual Input 29 * * GOOSE Input 29 2521 1,7,9 130 253 Virtual Input 30 * * GOOSE Input 30 2531 1,7,9 130 254 Virtual Input 31 * * GOOSE Input 31 2541 1,7,9 130 255 Virtual Input 32 * * GOOSE Input 32 2551 1,7,9 131 0 Virtual Output 1 * * GOOSE Output 1 2561 1,7,9 131 1 Virtual Output 2 * * GOOSE Output 2 2571 1,7,9 131 2 Virtual Output 3 * * GOOSE Output 3 2581 1,7,9 131 3 Virtual Output 4 * * GOOSE Output 4 2591 1,7,9 131 4 Virtual Output 5 * * GOOSE Output 5 2601 1,7,9 131 5 Virtual Output 6 * * GOOSE Output 6 2611 1,7,9 131 6 Virtual Output 7 * * GOOSE Output 7 2621 1,7,9 131 7 Virtual Output 8 * * GOOSE Output 8 2631 1,7,9 131 8 Virtual Output 9 * * GOOSE Output 9 2641 1,7,9 131 9 Virtual Output10 * * GOOSE Output 10 2651 1,7,9 131 10 Virtual Output11 * * GOOSE Output 11 2661 1,7,9 131 11 Virtual Output12 * * GOOSE Output 12 2671 1,7,9 131 12 Virtual Output13 * * GOOSE Output 13 2681 1,7,9 131 13 Virtual Output14 * * GOOSE Output 14 2691 1,7,9 131 14 Virtual Output15 * * GOOSE Output 15 2701 1,7,9 131 15 Virtual Output16 * * GOOSE Output 16 2711 1,7,9 131 16 Virtual Output17 * * GOOSE Output 17 2721 1,7,9 131 17 Virtual Output18 * * GOOSE Output 18 2731 1,7,9 131 18 Virtual Output19 * * GOOSE Output 19 2741 1,7,9 131 19 Virtual Output20 * * GOOSE Output 20 2751 1,7,9 131 20 Virtual Output21 * * GOOSE Output 21 2761 1,7,9 131 21 Virtual Output22 * * GOOSE Output 22 2771 1,7,9 131 22 Virtual Output23 * * GOOSE Output 23 2781 1,7,9 131 23 Virtual Output24 * * GOOSE Output 24 279

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 145


1 1,7,9 131 24 Virtual Output25 * * GOOSE Output 25 2801 1,7,9 131 25 Virtual Output26 * * GOOSE Output 26 2811 1,7,9 131 26 Virtual Output27 * * GOOSE Output 27 2821 1,7,9 131 27 Virtual Output28 * * GOOSE Output 28 2831 1,7,9 131 28 Virtual Output29 * * GOOSE Output 29 2841 1,7,9 131 29 Virtual Output30 * * GOOSE Output 30 2851 1,7,9 131 30 Virtual Output31 * * GOOSE Output 31 2861 1,7,9 131 31 Virtual Output32 * * GOOSE Output 32 287

Alarms Delimiter - DON'T CHANGE1 1,7,9 131 32 SG-opto Invalid * * Setting Group via opto invalid 2881 9,11 128 21 Prot'n Disabled * * Test Mode Enabled 2891 1,7,9 131 34 Static Test Mode * * Static Test Mode 2901 1,7,9 131 35 PLC Channel Fail * PLC Channel Fail 2911 1,7,9 131 36 Ex Trans Alarm * Extended Transmission Alarm 2921 1,7,9 128 38 VT Fail Alarm * * VTS Indication 2931 1,7,9 131 38 CT Fail Alarm * * CTS Alarm 2941 1,7,9 131 41 Power Swing * * Power Swing 2972 1,7 128 85 CB Fail Alarm * BF Block AR 2981 1,7,9 131 43 CB Monitor Alarm * * CB Monitor Alarm 2991 1,7,9 131 44 CB Lockout Alarm * * CB Lockout Alarm 3001 1,7,9 131 45 CB Status Alarm * * CB Status Alarm 3011 1,7,9 131 46 CB Trip Fail * * CB Failed to Trip 3021 1,7,9 131 47 CB Close Fail * * CB Failed to Close 3031 1,7,9 131 48 Man CB Unhealthy * * Control CB Unhealthy 3041 1,7,9 131 49 No C/S Man Close * * Control No Checksync 3051 1,7,9 131 50 A/R Lockout * * Autoclose Lockout/RLY BAR 3061 1,7,9 131 51 A/R CB Unhealthy * * No Healthy (AR) 3071 1,7,9 131 52 A/R No Checksync * * No Check Sync / AR Fail 3081 1,7,9 131 53 System Split * * System Split Alarm 3091 1,7,9 131 56 PLC Ex Trans Alm * PLCCE Extended Trans. Alarm 3121 1,7,9 131 57 Phase Comp * Phase Comp protection failure alarm 3131 1,7,9 131 58 Stability Test * Stability AB fail 3141 1,7,9 131 59 IEEE C37.94 Fail * * IEEE C37.94 Communications Alarms 3151 1,7,9 131 59 Stability Test * Stability AC fail 3151 1,7,9 131 60 C Diff Inhibited * * Diff Protection inhibited 3161 1,7,9 131 60 Stability Test * Stability A fail 3161 1,7,9 131 61 Aid 1 Chan Fail * * Aid1 Channel Out 3171 1,7,9 131 62 Aid 2 Chan Fail * * Aid2 Channel Out 3181 1,7,9 131 63 F out of Range * * Frequency out of range 319

131 71 Unused Unused 327131 72 Unused Unused 328131 73 Unused Unused 329131 74 Unused Unused 330131 75 Unused Unused 331

1 1,7,9 131 76 Stability Test * Stability B fail 3321 1,7,9 131 77 Stability Test * Stability C fail 3331 1,7,9 131 78 Main Prot. Fail * * Copro Main Prot. Fail 3341 1,7,9 131 79 Stability Test * Stability test fail 335

131 83 Unused Unused 339131 84 Unused Unused 340131 85 Unused Unused 341131 86 Unused Unused 342131 87 Unused Unused 343

1 1,7,9 131 88 SR User Alarm 1 * * SR User Alarm 1 3441 1,7,9 131 89 SR User Alarm 2 * * SR User Alarm 2 3451 1,7,9 131 90 SR User Alarm 3 * * SR User Alarm 3 3461 1,7,9 131 91 SR User Alarm 4 * * SR User Alarm 4 3471 1,7,9 131 92 MR User Alarm 5 * * MR User Alarm 5 3481 1,7,9 131 93 MR User Alarm 6 * * MR User Alarm 6 3491 1,7,9 131 94 MR User Alarm 7 * * MR User Alarm 7 3501 1,7,9 131 95 MR User Alarm 8 * * MR User Alarm 8 3511 1,7,9 131 96 Battery Fail * * Battery Fail 3521 1,7,9 131 97 Field Volts Fail * * Field Volts Fail 3531 1,7,9 131 98 Rear Comm 2 Fail * * Comm2 H/W Fail 354

131 99 GOOSE IED Absent Platform Alarm 4 355131 100 NIC Not Fitted Platform Alarm 5 356131 101 NIC No Response Platform Alarm 6 357131 102 NIC Fatal Error Platform Alarm 7 358131 103 NIC Soft. Reload Platform Alarm 8 359131 104 Bad TCP/IP Cfg. Platform Alarm 9 360131 105 Bad OSI Config. Platform Alarm 10 361131 106 NIC Link Fail Platform Alarm 11 362131 107 NIC SW Mis-Match Platform Alarm 12 363131 108 IP Addr Conflict Platform Alarm 13 364

1 1,7,9 131 113 Backup Setting * * Backup Setting 369131 114 Reserved Platform Alarm 19 370131 115 Reserved Platform Alarm 20 371131 116 Reserved Platform Alarm 21 372131 117 Reserved Platform Alarm 22 373131 118 Reserved Platform Alarm 23 374131 119 Reserved Platform Alarm 24 375131 120 Reserved Platform Alarm 25 376131 121 Reserved Platform Alarm 26 377131 122 Reserved Platform Alarm 27 378131 123 Reserved Platform Alarm 28 379

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 146


131 124 Reserved Platform Alarm 29 380131 125 Reserved Platform Alarm 30 381131 126 Reserved Platform Alarm 31 382131 127 Reserved Platform Alarm 32 383

End of Alarms Delimiter - DON'T CHANGE131 128 Block Zone 1 Gnd * Zone 1 Ground Block 384131 129 Block Zone 1 Phs * Zone 1 Phase Block 385131 130 Block Zone 2 Gnd * Zone 2 Ground Block 386131 131 Block Zone 2 Phs * Zone 2 Phase Block 387131 132 Block Zone 3 Gnd * Zone 3 Ground Block 388131 133 Block Zone 3 Phs * Zone 3 Phase Block 389131 134 Block Zone P Gnd * Zone P Ground Block 390131 135 Block Zone P Phs * Zone P Phase Block 391131 136 Block Zone 4 Gnd * Zone 4 Ground Block 392131 137 Block Zone 4 Phs * Zone 4 Phase Block 393131 138 Aid1 InhibitDist * Aid1 InhibitDist 394131 139 Aid1 Inhibit DEF * Aid1 Inhibit DEF 395131 140 Aid1 Inhib Delta Aid1 Inhibit DIR 396131 141 Aid2 InhibitDist * Aid2 InhibitDist 397131 142 Aid2 Inhibit DEF * Aid2 Inhibit DEF 398131 144 Time Synch * Time Synch by Opto 400131 145 I>1 Timer Block * Block Phase Overcurrent Stage 1 time delay 401131 146 I>2 Timer Block * Block Phase Overcurrent Stage 2 time delay 402131 147 I>3 Timer Block * Block Phase Overcurrent Stage 3 time delay 403131 148 I>4 Timer Block * Block Phase Overcurrent Stage 4 time delay 404131 149 IN>1 Timer Block * Block Standby Earth Fault Stage 1 time delay 405131 150 IN>2 Timer Block * Block Standby Earth Fault Stage 2 time delay 406131 151 IN>3 Timer Block * Block Standby Earth Fault Stage 3 time delay 407131 152 IN>4 Timer Block * Block Standby Earth Fault Stage 4 time delay 408131 153 ISEF>1 Timer Blk * Block SEF Stage 1 time delay 409131 154 ISEF>2 Timer Blk * Block SEF Stage 2 time delay 410131 155 ISEF>3 Timer Blk * Block SEF Stage 3 time delay 411131 156 ISEF>4 Timer Blk * Block SEF Stage 4 time delay 412131 157 Unused Unused 413131 158 V<1 Timer Block * V<1 Block Timer 414131 159 V<2 Timer Block * V<2 Block Timer 415131 160 V>1 Timer Block * V>1 Block Timer 416131 161 V>2 Timer Block * V>2 Block Timer 417131 162 VN>1 Timer Blk * Residual OV 1 Timer Block 418131 163 VN>2 Timer Blk * Residual OV 2 Timer Block 419131 164 CB Aux 3ph(52-A) * 52-A CB Contact Input 420131 165 CB Aux A(52-A) * 52-A CB Contact Input A Phase 421131 166 CB Aux B(52-A) * 52-A CB Contact Input B Phase 422131 167 CB Aux C(52-A) * 52-A CB Contact Input C Phase 423131 168 CB Aux 3ph(52-B) * 52-B CB Contact Input 424131 169 CB Aux A(52-B) * 52-B CB Contact Input A Phase 425131 170 CB Aux B(52-B) * 52-B CB Contact Input B Phase 426131 171 CB Aux C(52-B) * 52-B CB Contact Input C Phase 427131 180 CB Healthy * CB Healthy 436131 182 MCB/VTS * MCB/VTS opto 438131 183 Trip CB * Logic Input Trip 439131 184 Close CB * Logic Input Close 440131 187 Reset Close Dly * Reset Manual CB Close Timer Delay 443131 188 Reset Relays/LED * Reset Latched Relays & LED’s 444131 189 Reset Thermal * Reset Thermal State 445131 190 Reset Lockout * Reset Lockout Opto Input 446131 191 Reset CB Data * Reset CB Maintance values 447131 192 BAR * Block Auto-reclose / BAR 448131 193 En 1pole reclose * Enable 1 pole reclose 449131 194 En 3pole reclose * Enable 3 pole reclose 450131 195 Pole Discrepancy * Pole Discrepancy 451131 202 Inhibit WI * Inhibit Weak Infeed Logic 458131 203 Test Mode * Commissioning Tests 459

1 9,11 131 204 Command Blocking * * Command Blocking 4601 9,11 128 20 Monitor Blocking * * Monitor Blocking 461

131 206 Unused * Unused 462131 207 Inhibit I>1 * Inhibit stage 1 overcurrent 463131 208 Inhibit I>2 * Inhibit stage 2 overcurrent 464131 209 Inhibit I>3 * Inhibit stage 3 overcurrent 465131 210 Inhibit I>4 * Inhibit stage 4 overcurrent 466131 211 Inhibit IN>1 * Inhibit stage 1 earth fault 467131 212 Inhibit IN>2 * Inhibit stage 2 earth fault 468131 213 Inhibit IN>3 * Inhibit stage 3 earth fault 469131 214 Inhibit IN>4 * Inhibit stage 4 earth fault 470131 215 Inhibit V<1 * Inhibit stage 1 undervoltage 471131 216 Inhibit V<2 * Inhibit stage 2 undervoltage 472131 217 Inhibit V>1 * Inhibit stage 1 overvoltage 473131 218 Inhibit V>2 * Inhibit stage 2 overvoltage 474131 219 Inhibit VN>1 * Inhibit stage 1 residual overvoltage 475131 220 Inhibit VN>2 * Inhibit stage 2 residual overvoltage 476131 221 unused unused 477131 222 InhibitCB Status * Inhibit thermal protection 478131 223 Inhibit CB Fail * Inhibit CB status 479131 224 Inhibit OpenLine * Inhibit CB Fail 480131 225 Inhibit OpenLine * Inhibit Broken conductor 481

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 147


131 226 Inhibit VTS * Inhibit VTS 482131 227 Inhibit CTS * Inhibit CTS 483131 228 InhibitChecksync * Inhibit checksync 484131 229 Inhibit TOR * Inhibit TOR 485131 230 Inhibit SOTF * Inhibit SOTF 486131 231 Disable CTS * Disable CTS 487131 232 Set SOTF * Set SOTF 488131 233 AR Reset Z1 EXT * AR Reset Z1 EXT 489131 234 Reset Zone 1 Ext * Reset Zone 1 Ext 490131 235 Inhibit LoL * Inhibit LoL 491131 236 Aided 1 COS/LGS * Aided 1 COS/LGS 492131 237 Aided1 Scheme Rx * Aided1 Receive ext 493

1 1,7,9 131 238 Aided 1 Receive * * Aided 1 Receive 494131 239 Unused * Unused 495131 240 Aid1 Block Send * Aid1 Block Send 496131 241 Aid1 Custom Send * Aid1 Custom Send 497131 242 Aided 1 Send * Aided 1 Send 498131 243 Aid1 Custom T In * Aid1 Custom T In 499131 244 Aid1 CustomT Out * Aid1 CustomT Out 500131 245 Aid1 Trip Enable * Aid1 Trip Enable 501131 246 Aid1 Custom Trip * Aid1 Custom Trip Enable 502

2 1,7 131 247 Aid 1 Dist Trip * Aided 1 Distance Trip 5032 1,7 131 249 Aid 1 DEF Trip * Aided 1 DEF Trip 505

131 250 Aided 2 COS/LGS * Aided 2 COS/LGS 506131 251 Aided2 Scheme Rx * Aided2 Receive ext 507

1 1,7,9 131 252 Aided 2 Receive * * Aided 2 Receive 508131 253 Unused * Unused 509131 254 Unused * Unused 510131 255 Unused * Unused 511132 0 Aid2 Block Send * Aid2 Block Send 512132 1 Aid2 Custom Send * Aid2 Custom Send 513132 2 Aided 2 Send * Aided 2 Send 514132 3 Aid2 Custom T In * Aid2 Custom T In 515132 4 Aid2 CustomT Out * Aid2 CustomT Out 516132 5 Aid2 Trip Enable * Aid2 Trip Enable 517132 6 Aid2 Custom Trip * Aid2 Custom Trip Enable 518

2 1,7 132 7 Aid 2 Dist Trip * Aided 2 Distance Trip 5192 1,7 132 9 Aid 2 DEF Trip * Aided 2 DEF Trip 5212 1,7 128 68 Any Trip * Any Trip 5222 1,7 128 69 Trip Output A * Trip A 5232 1,7 128 70 Trip Output B * Trip B 5242 1,7 128 71 Trip Output C * Trip C 525

132 14 Unused * Unused 5262 1,7 132 15 2/3 Ph Fault * 2/3 Phase fault 5272 1,7 132 16 3 Ph Fault * 3 Phase Fault 528

132 17 Trip Inputs 3Ph * Trip 3 Phase - Input to Trip Latching Logic 529132 18 Trip Inputs A * A Phase Trip- Input to Trip Latching Logic 530132 19 Trip Inputs B * B Phase Trip- Input to Trip Latching Logic 531132 20 Trip Inputs C * C Phase Trip- Input to Trip Latching Logic 532132 21 Force 3Pole Trip * Force 3 Pole tripping 533

2 1,7 132 22 External Trip3ph * External Trip 3ph 5342 1,7 132 23 External Trip A * External Trip A 5352 1,7 132 24 External Trip B * External Trip B 5362 1,7 132 25 External Trip C * External Trip C 537

132 30 SG Select x1 * Binary coded setting group selector 1 542132 31 SG Select 1x * Binary coded setting group selector 2 543132 32 Clear Statistics * Clear C Diff Statistics 544

1 1,7,9 132 33 Stability Test * Stability test pass 545132 34 Phase Comparison * Delta starter block 546132 35 Phase Comparison * Phase Comp block 547132 36 Phase Comparison * I2 starter block 548132 37 Phase Comparison * Set Transient starter 549132 38 Inh Pred. OST * Inhibit predictive out of step tripping operation 550

2 1,7 132 39 Pred. OST * * Predictive out of step trip 551132 40 Inhibit OST * Inhibit out of step tripping operation 552

2 1,7 132 41 OST * * Out of step tripping operation 553132 42 Start Z5 * Zone 5 element started 554132 43 Start Z6 * Zone 6 element started 555132 44 CNV ACTIVE * CNV Active 556

2 1,7 132 45 TOR Trip CNV * * CNV_TOR_TRIP 5572 1,7 132 46 SOTF Trip CNV * * CNV_SOTF_TRIP 558

132 47 Quart Cyc OV PHA * Quarter Cycle Over Voltage PhA 559132 48 Quart Cyc OV PHB * Quarter Cycle Over Voltage PhB 560132 49 Quart Cyc OV PHC * Quarter Cycle Over Voltage PhC 561132 50 I2> Inhibit * Inhibit I2> protection 562132 51 I2>1 Tmr Blk * Block I2> Stage 1 Timer 563132 52 I2>2 Tmr Blk * Block I2> Stage 2 Timer 564132 53 I2>3 Tmr Blk * Block I2> Stage 3 Timer 565132 54 I2>4 Tmr Blk * Block I2> Stage 4 Timer 566

2 1,7,9 132 55 I2>1 Start * * I2> Stage 1 Start 5672 1,7,9 132 56 I2>2 Start * * I2> Stage 2 Start 5682 1,7,9 132 57 I2>3 Start * * I2> Stage 3 Start 5692 1,7,9 132 58 I2>4 Start * * I2> Stage 4 Start 5702 1,7 132 59 I2>1 Trip * I2> Stage 1 Trip 5712 1,7 132 60 I2>2 Trip * I2> Stage 2 Trip 572

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 148


2 1,7 132 61 I2>3 Trip * I2> Stage 3 Trip 5732 1,7 132 62 I2>4 Trip * I2> Stage 4 Trip 574

132 63 Secure Icap mode * Secure Icap mode setting 5752 1,7 132 64 AR Trip Test * Auto-reclose trip test 5762 1,7 132 65 AR Trip Test A * Auto-reclose trip test A phase 5772 1,7 132 66 AR Trip Test B * Auto-reclose trip test B phase 5782 1,7 132 67 AR Trip Test C * Auto-reclose trip test C Phase 579

132 68 AR Init 3Ph * Initiate 3 Phase AR 580132 69 Block AR * Block Auto-reclose 581132 80 df/dt> Inhibit * Inhibit df/dt protection 592132 81 df/dt>1 Tmr Blk * Block ROCOF Stage 1 Timer 593132 82 df/dt>2 Tmr Blk * Block ROCOF Stage 2 Timer 594132 83 df/dt>3 Tmr Blk * Block ROCOF Stage 3 Timer 595132 84 df/dt>4 Tmr Blk * Block ROCOF Stage 4 Timer 596

2 1,7,9 132 85 df/dt>1 Start * * ROCOF Stage 1 Start 5972 1,7,9 132 86 df/dt>2 Start * * ROCOF Stage 2 Start 5982 1,7,9 132 87 df/dt>3 Start * * ROCOF Stage 3 Start 5992 1,7,9 132 88 df/dt>4 Start * * ROCOF Stage 4 Start 6002 1,7 132 89 df/dt>1 Trip * ROCOF Stage 1 Trip 6012 1,7 132 90 df/dt>2 Trip * ROCOF Stage 2 Trip 6022 1,7 132 91 df/dt>3 Trip * ROCOF Stage 3 Trip 6032 1,7 132 92 df/dt>4 Trip * ROCOF Stage 4 Trip 604

132 93 Unused Unused 605132 94 Unused Unused 606132 95 Unused Unused 607

2 1,7 128 78 Zone 1 Trip * Zone 1 Trip 6082 1,7 132 97 Zone 1 A Trip * Zone 1 A Phase Trip 6092 1,7 132 98 Zone 1 B Trip * Zone 1 B Phase Trip 6102 1,7 132 99 Zone 1 C Trip * Zone 1 C Phase Trip 6112 1,7 132 100 Zone 1 N Trip * Zone 1 N Trip 6122 1,7 128 79 Zone 2 Trip * Zone 2 Trip 6132 1,7 132 102 Zone 2 A Trip * Zone 2 A Phase Trip 6142 1,7 132 103 Zone 2 B Trip * Zone 2 B Phase Trip 6152 1,7 132 104 Zone 2 C Trip * Zone 2 C Phase Trip 6162 1,7 132 105 Zone 2 N Trip * Zone 2 N Trip 6172 1,7 128 80 Zone 3 Trip * Zone 3 Trip 6182 1,7 132 107 Zone 3 A Trip * Zone 3 A Phase Trip 6192 1,7 132 108 Zone 3 B Trip * Zone 3 B Phase Trip 6202 1,7 132 109 Zone 3 C Trip * Zone 3 C Phase Trip 6212 1,7 132 110 Zone 3 N Trip * Zone 3 N Trip 6222 1,7 128 81 Zone P Trip * Zone P Trip 6232 1,7 132 112 Zone P A Trip * Zone P A Phase Trip 6242 1,7 132 113 Zone P B Trip * Zone P B Phase Trip 6252 1,7 132 114 Zone P C Trip * Zone P C Phase Trip 6262 1,7 132 115 Zone P N Trip * Zone P N Trip 6272 1,7 128 82 Zone 4 Trip * Zone 4 Trip 6282 1,7 132 117 Zone 4 A Trip * Zone 4 A Phase Trip 6292 1,7 132 118 Zone 4 B Trip * Zone 4 B Phase Trip 6302 1,7 132 119 Zone 4 C Trip * Zone 4 C Phase Trip 6312 1,7 132 120 Zone 4 N Trip * Zone 4 N Phase Trip 6322 1,7 132 121 Aided 1 Trip A * Aided 1 Trip A 6332 1,7 132 122 Aided 1 Trip B * Aided 1 Trip B 6342 1,7 132 123 Aided 1 Trip C * Aided 1 Trip C 6352 1,7 132 124 Aided 1 Trip N * Aided 1 Trip N 6362 1,7 132 125 Aid 1 WI Trip A * Aided 1 WI Trip A 6372 1,7 132 126 Aid 1 WI Trip B * Aided 1 WI Trip B 6382 1,7 132 127 Aid 1 WI Trip C * Aided 1 WI Trip C 6392 1,7 132 129 Aid1 DEF Trip3Ph * Aid1 DEF Trip3Ph 6412 1,7 132 130 Aid1 WI Trip 3Ph * Aid1 WI Trip 3Ph 6422 1,7 132 131 Aided 2 Trip A * Aided 2 Trip A 6432 1,7 132 132 Aided 2 Trip B * Aided 2 Trip B 6442 1,7 132 133 Aided 2 Trip C * Aided 2 Trip C 6452 1,7 132 134 Aided 2 Trip N * Aided 2 Trip N 6462 1,7 132 135 Aid 2 WI Trip A * Aided 2 WI Trip A 6472 1,7 132 136 Aid 2 WI Trip B * Aided 2 WI Trip B 6482 1,7 132 137 Aid 2 WI Trip C * Aided 2 WI Trip C 6492 1,7 132 138 Aid2 DIR Trip3Ph Aid2 Delta Tr3Ph 6502 1,7 132 139 Aid2 DEF Trip3Ph * Aid2 DEF Trip3Ph 6512 1,7 132 140 Aid2 WI Trip 3Ph * Aid2 WI Trip 3Ph 652

132 141 Unused Unused 6532 1,7 132 142 Loss ofLoad Trip * Loss ofLoad Trip 6542 1,7 132 143 I>1 Trip * 1st Stage O/C Trip 3ph 6552 1,7 132 144 I>1 Trip A * 1st Stage O/C Trip A 6562 1,7 132 145 I>1 Trip B * 1st Stage O/C Trip B 6572 1,7 132 146 I>1 Trip C * 1st Stage O/C Trip C 6582 1,7 132 147 I>2 Trip * 2nd Stage O/C Trip 3ph 6592 1,7 132 148 I>2 Trip A * 2nd Stage O/C Trip A 6602 1,7 132 149 I>2 Trip B * 2nd Stage O/C Trip B 6612 1,7 132 150 I>2 Trip C * 2nd Stage O/C Trip C 6622 1,7 132 151 I>3 Trip * 3rd Stage O/C Trip 3ph 6632 1,7 132 152 I>3 Trip A * 3rd Stage O/C Trip A 6642 1,7 132 153 I>3 Trip B * 3rd Stage O/C Trip B 6652 1,7 132 154 I>3 Trip C * 3rd Stage O/C Trip C 6662 1,7 132 155 I>4 Trip * 4th Stage O/C Trip 3ph 6672 1,7 132 156 I>4 Trip A * 4th Stage O/C Trip A 668

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 149


2 1,7 132 157 I>4 Trip B * 4th Stage O/C Trip B 6692 1,7 132 158 I>4 Trip C * 4th Stage O/C Trip C 6702 1,7 132 159 IN>1 Trip * 1st Stage SBEF Trip 6712 1,7 132 160 IN>2 Trip * 2nd Stage SBEF Trip 6722 1,7 132 161 IN>3 Trip * 3rd Stage SBEF Trip 6732 1,7 132 162 IN>4 Trip * 4th Stage SBEF Trip 6742 1,7 132 163 ISEF>1 Trip * 1st Stage SEF Trip 6752 1,7 132 164 ISEF>2 Trip * 2nd Stage SEF Trip 6762 1,7 132 165 ISEF>3 Trip * 3rd Stage SEF Trip 6772 1,7 132 166 ISEF>4 Trip * 4th Stage SEF Trip 6782 1,7 132 167 Broken Wire Trip * Broken Conductor Trip 6792 1,7 132 168 Thermal Trip * Thermal Overload Trip 680

132 169 Block Start Zp (Ph-Gnd) * Blk Start Gnd Zp 681132 170 Unused Unused 682

2 1,7 132 171 V<1 Trip * UV 1 3 Phase Trip 6832 1,7 132 172 V<1 Trip A/AB * UV 1 A Phase Trip 6842 1,7 132 173 V<1 Trip B/BC * UV 1 B Phase Trip 6852 1,7 132 174 V<1 Trip C/CA * UV 1 C Phase Trip 6862 1,7 132 175 V<2 Trip * UV 2 3 Phase Trip 6872 1,7 132 176 V<2 Trip A/AB * UV 2 A Phase Trip 6882 1,7 132 177 V<2 Trip B/BC * UV 2 B Phase Trip 6892 1,7 132 178 V<2 Trip C/CA * UV 2 C Phase Trip 6902 1,7 132 179 V>1 Trip * OV 1 3 Phase Trip 6912 1,7 132 180 V>1 Trip A/AB * OV 1 A Phase Trip 6922 1,7 132 181 V>1 Trip B/BC * OV 1 B Phase Trip 6932 1,7 132 182 V>1 Trip C/CA * OV 1 C Phase Trip 6942 1,7 132 183 V>2 Trip * OV 2 3 Phase Trip 6952 1,7 132 184 V>2 Trip A/AB * OV 2 A Phase Trip 6962 1,7 132 185 V>2 Trip B/BC * OV 2 B Phase Trip 6972 1,7 132 186 V>2 Trip C/CA * OV 2 C Phase Trip 6982 1,7 132 187 Pole Discrepancy * Pole Discrepancy 6992 1,7 132 188 VN>1 Trip * Residual OV 1 Trip 7002 1,7 132 189 VN>2 Trip * Residual OV 2 Trip 701

132 190 Fault REC TRIG * Trigger for Fault Recorder 702132 191 Unused Unused 703

2 1,7 132 192 TOR Trip Zone 1 * TOR Trip Zone 1 7042 1,7 132 193 TOR Trip Zone 2 * TOR Trip Zone 2 7052 1,7 132 194 TOR Trip Zone 3 * TOR Trip Zone 3 7062 1,7 132 195 TOR Trip Zone 4 * TOR Trip Zone 4 7072 1,7 132 196 TOR Trip Zone P * TOR Trip Zone P 7082 1,7 132 197 SOTF Trip Zone 1 * SOTF Trip Zone 1 7092 1,7 132 198 SOTF Trip Zone 2 * SOTF Trip Zone 2 7102 1,7 132 199 SOTF Trip Zone 3 * SOTF Trip Zone 3 7112 1,7 132 200 SOTF Trip Zone 4 * SOTF Trip Zone 4 7122 1,7 132 201 SOTF Trip Zone P * SOTF Trip Zone P 7131 1,7,9 132 202 Ch. Test Done * * Channel test completed 7141 1,7 132 203 Ch. Manual Test * Channel test started 7151 1,7,9 132 204 Unstblise PhComp * * Phase comp unstabilizing 7161 1,7,9 132 205 Block Chan Test * * Block Channel test 717

132 206 CLP Initiate * CLP initiate 7182 1,7,9 132 207 CLP Operation * * CLP operation 719

132 208 Unused Unused 7201 1,7,9 132 209 Cont Man Test * * Continuous manual test 7211 1,7 132 210 Block Keying PLC * Block PLC Keying 7222 1,7 132 211 Phase Comp Trip * Phase comp trip 7232 1,7 132 212 Phase Comp Trp A * Phase comp trip A 7242 1,7 132 213 Phase Comp Trp B * Phase comp trip B 7252 1,7 132 214 Phase Comp Trp C * Phase comp trip C 7262 1,7 132 215 PhComp Trp 3Ph * phase comp trip 3ph 727

132 216 Trans Start En * Trans Start Enabled 728132 217 Blk Start Ph Z2 * Block Start Z2 (Ph-Ph) 729132 218 Blk Start Ph Z3 * Block Start Z3 (Ph-Ph) 730132 219 Blk Start Ph Z4 * Block Start Z4 (Ph-Ph) 731132 220 Blk Start Ph Zp * Block Start Zp (Ph-Ph) 732132 221 Blk Start Gnd Z2 * Block Start Z2 (Ph-Gnd) 733132 222 Blk Start Gnd Z3 * Block Start Z3 (Ph-Gnd) 734132 223 Blk Start Gnd Z4 * Block Start Z4 (Ph-Gnd) 735

2 1,7,9 128 84 Any Start * * Any Start 7362 1,7,9 132 229 Zone 1 A Start * * Zone 1 A Phase Start 7412 1,7,9 132 230 Zone 1 B Start * * Zone 1 B Phase Start 7422 1,7,9 132 231 Zone 1 C Start * * Zone 1 C Phase Start 7432 1,7,9 132 232 Zone 1 N Start * * Zone 1 N Start 7442 1,7,9 132 233 Zone 2 A Start * * Zone 2 A Phase Start 7452 1,7,9 132 234 Zone 2 B Start * * Zone 2 B Phase Start 7462 1,7,9 132 235 Zone 2 C Start * * Zone 2 C Phase Start 7472 1,7,9 132 236 Zone 2 N Start * * Zone 2 N Start 7482 1,7,9 132 237 Zone 3 A Start * * Zone 3 A Phase Start 7492 1,7,9 132 238 Zone 3 B Start * * Zone 3 B Phase Start 7502 1,7,9 132 239 Zone 3 C Start * * Zone 3 C Phase Start 7512 1,7,9 132 240 Zone 3 N Start * * Zone 3 N Start 7522 1,7,9 132 241 Zone P A Start * * Zone P A Phase Start 7532 1,7,9 132 242 Zone P B Start * * Zone P B Phase Start 7542 1,7,9 132 243 Zone P C Start * * Zone P C Phase Start 7552 1,7,9 132 244 Zone P N Start * * Zone P N Start 7562 1,7,9 132 245 Zone 4 A Start * * Zone 4 A Phase Start 757

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 150


2 1,7,9 132 246 Zone 4 B Start * * Zone 4 B Phase Start 7582 1,7,9 132 247 Zone 4 C Start * * Zone 4 C Phase Start 7592 1,7,9 132 248 Zone 4 N Start * * Zone 4 N Start 7602 1,7,9 132 249 I>1 Start * * 1st Stage O/C Start 3ph 7612 1,7,9 132 250 I>1 Start A * * 1st Stage O/C Start A 7622 1,7,9 132 251 I>1 Start B * * 1st Stage O/C Start B 7632 1,7,9 132 252 I>1 Start C * * 1st Stage O/C Start C 7642 1,7,9 132 253 I>2 Start * * 2nd Stage O/C Start 3ph 7652 1,7,9 132 254 I>2 Start A * * 2nd Stage O/C Start A 7662 1,7,9 132 255 I>2 Start B * * 2nd Stage O/C Start B 7672 1,7,9 133 0 I>2 Start C * * 2nd Stage O/C Start C 7682 1,7,9 133 1 I>3 Start * * 3rd Stage O/C Start 3ph 7692 1,7,9 133 2 I>3 Start A * * 3rd Stage O/C Start A 7702 1,7,9 133 3 I>3 Start B * * 3rd Stage O/C Start B 7712 1,7,9 133 4 I>3 Start C * * 3rd Stage O/C Start C 7722 1,7,9 133 5 I>4 Start * * 4th Stage O/C Start 3ph 7732 1,7,9 133 6 I>4 Start A * * 4th Stage O/C Start A 7742 1,7,9 133 7 I>4 Start B * * 4th Stage O/C Start B 7752 1,7,9 133 8 I>4 Start C * * 4th Stage O/C Start C 7762 1,7,9 133 9 IN>1 Start * * 1st Stage SBEF Start 7772 1,7,9 133 10 IN>2 Start * * 2nd Stage SBEF Start 7782 1,7,9 133 11 IN>3 Start * * 3rd Stage SBEF Start 7792 1,7,9 133 12 IN>4 Start * * 4th Stage SBEF Start 7802 1,7,9 133 13 ISEF>1 Start * * 1st Stage SEF Start 7812 1,7,9 133 14 ISEF>2 Start * * 2nd Stage SEF Start 7822 1,7,9 133 15 ISEF>3 Start * * 3rd Stage SEF Start 7832 1,7,9 133 16 ISEF>4 Start * * 4th Stage SEF Start 7842 1,7,9 133 17 Thermal Alarm * * Thermal Overload Alarm 785

133 18 Unused Unused 786133 19 Unused Unused 787

2 1,7,9 133 20 V<1 Start * * UV 1 3 Phase Start 7882 1,7,9 133 21 V<1 Start A/AB * * UV 1 A Phase Start 7892 1,7,9 133 22 V<1 Start B/BC * * UV 1 B Phase Start 7902 1,7,9 133 23 V<1 Start C/CA * * UV 1 C Phase Start 7912 1,7,9 133 24 V<2 Start * * UV 2 3 Phase Start 7922 1,7,9 133 25 V<2 Start A/AB * * UV 2 A Phase Start 7932 1,7,9 133 26 V<2 Start B/BC * * UV 2 B Phase Start 7942 1,7,9 133 27 V<2 Start C/CA * * UV 2 C Phase Start 7952 1,7,9 133 28 V>1 Start * * OV 1 3 Phase Start 7962 1,7,9 133 29 V>1 Start A/AB * * OV 1 A Phase Start 7972 1,7,9 133 30 V>1 Start B/BC * * OV 1 B Phase Start 7982 1,7,9 133 31 V>1 Start C/CA * * OV 1 C Phase Start 7992 1,7,9 133 32 V>2 Start * * OV 2 3 Phase Start 8002 1,7,9 133 33 V>2 Start A/AB * * OV 2 A Phase Start 8012 1,7,9 133 34 V>2 Start B/BC * * OV 2 B Phase Start 8022 1,7,9 133 35 V>2 Start C/CA * * OV 2 C Phase Start 8032 1,7,9 133 36 VN>1 Start * * Residual OV 1 Start 8042 1,7,9 133 37 VN>2 Start * * Residual OV 2 Start 805

133 38 Unused Unused 8062 1,7,9 133 39 Del I2 Lo Start * * Delta I2 Low Start 8072 1,7,9 133 40 Del I2 Hi Start * * Delta I2 High Start 8082 1,7,9 133 41 Del I1 Lo Start * * Delta I1 Low Start 8092 1,7,9 133 42 Del I1 Hi Start * * Delta I1 High Start 8102 1,7,9 133 43 I2 Lo Start * * Threshold I2 Low Start 8112 1,7,9 133 44 I2 Hi Start * * Threshold I2 High Start 8122 1,7,9 133 45 I1 Lo Start * * Threshold I1 Low Start 8132 1,7,9 133 46 I1 Hi Start * * Threshold I1 High Start 8142 1,7,9 133 47 V2 Lo Start * * V2 Low Start 8152 1,7,9 133 48 V2 Hi Start * * V2 High Start 8162 1,7,9 133 49 Ph Z2 Lo Start * * Z2 Low Start (Ph-Ph) 8172 1,7,9 133 50 Ph Z2 Hi Start * * Z2 High Start (Ph-Ph) 8182 1,7,9 133 51 Ph Z3 Lo Start * * Z3 Low Start (Ph-Ph) 8192 1,7,9 133 52 Ph Z3 Hi Start * * Z3 High Start (Ph-Ph) 8202 1,7,9 133 53 Ph Z4 Lo Start * * Z4 Low Start (Ph-Ph) 8212 1,7,9 133 54 Ph Z4 Hi Start * * Z4 High Start (Ph-Ph) 8222 1,7,9 133 55 Ph ZP Lo Start * * ZP Low Start (Ph-Ph) 8232 1,7,9 133 56 Ph ZP Hi Start * * ZP High Start (Ph-Ph) 8242 1,7,9 133 57 Any Delta Start * * Any delta current start 8252 1,7,9 133 58 Any Thresh Start * * Any thresh current start 8262 1,7,9 133 59 Any Low Set * * Any low starter start 8272 1,7,9 133 60 Any High Set * * Any high starter start 828

133 61 Unused Unused 829133 62 Unused Unused 830133 63 Unused Unused 831

1 1,7 133 64 VTS Fast Block * VTS Fast Block 832133 65 VTS Slow Block * VTS Slow Block 833

2 1,7 133 66 Bfail1 Trip 3ph * Bfail1 Trip 3ph 8342 1,7 133 67 Bfail2 Trip 3ph * Bfail2 Trip 3ph 8351 1,7 133 70 Control Trip * Control Trip 8381 1,7 133 71 Control Close * Control Close 8391 1,7 133 74 Close in Prog * Control Close in Progress 8421 1,7 133 75 Block Main Prot * AR Block Main Protection 8431 1,7 133 76 AR 3pole in prog * Auto Reclose/(AR 3 pole) in Progress 8441 1,7 133 77 AR 1pole in prog * AR 1pole in progress 845

133 78 Seq Counter = 0 * Seq Counter = 0 846

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 151


1 1,7 133 79 Seq Counter = 1 * Seq Counter = 1 8471 1,7 133 80 Seq Counter = 2 * Seq Counter = 2 8481 1,7 133 81 Seq Counter = 3 * Seq Counter = 3 8491 1,7 133 82 Seq Counter = 4 * Seq Counter = 4 850

133 83 Seq Counter = 5 * Seq Counter = 5 8511 1,7 133 84 Successful Close * Successful Reclosure 852

133 85 Unused Unused 8531 1,7 128 128 Auto Close * Auto Close/ AR Close 854

133 87 Unused * Unused 8551 1,7,9,11,12,20,21 133 88 A/R Status 3P * * 3P Auto-reclose In/Out of service 8561 1,7,9,11,12,20,21 133 89 A/R Status 1P * * 1P Auto-reclose In/Out of service 8571 1,7 133 90 Force 3 pole * AR Force 3 pole trips 8581 1,7,9 128 130 AR Blocked * * AR Blocked 8591 9 133 92 Lockout Alarm * * Composite Lockout Alarm 860

133 93 Unused Unused 861133 94 Unused Unused 862133 95 Unused Unused 863133 96 IA< Start * IA< operate 864133 97 IB< Start * IB< operate 865133 98 IC< Start * IC< operate 866133 105 ISEF< Start * ISEF< operate 873133 106 Unused * Unused 874133 107 Unused * Unused 875133 108 Z1X Active * Z1X Active 876

1 1,7,9 133 109 TOC Active * * TOC Active 8771 1,7,9 133 110 TOR Active * * TOR Active 8781 1,7,9 133 111 SOTF Active * * SOTF Active 879

133 112 SysChks Inactive * System Checks Inactive 880133 113 CS1 Enabled * Check Sync 1 Enabled 881133 114 CS2 Enabled * Check Sync 2 Enabled 882

1 1,7,9 133 115 Check Sync 1 OK * * Check Sync 1 OK 8831 1,7,9 133 116 Check Sync 2 OK * * Check Sync 2 OK 884

133 117 SysSplit Enabled * System Split Enabled 8851 1,7,9 133 118 Live Bus * * Live Bus 8861 1,7,9 133 119 Dead Bus * * Dead Bus 8871 1,7,9 133 120 Live Line * * Live Line 8881 1,7,9 133 121 Dead Line * * Dead Line 889

133 122 All Poles Dead * All Poles Dead 890133 123 Any Pole Dead * Any Pole Dead 891133 124 Pole Dead A * Phase A Pole Dead 892133 125 Pole Dead B * Phase B Pole Dead 893133 126 Pole Dead C * Phase C Pole Dead 894133 127 VTS Acc Ind * Accelerate Ind 895133 128 VTS Volt Dep * Any Voltage Dependent 896133 129 AR Check Sync OK * AR Check Sync OK 897133 130 Ctl Check Sync * Control System Check OK 898133 131 AR Sys Checks OK * AR System Check OK/SYNC 899133 132 Unused Unused 900133 133 Unused Unused 901133 134 Unused Unused 902

1 1,7,9 133 135 CB Open 3 ph * * 3 ph CB Open 9031 1,7,9 133 136 CB Open A ph * * Ph A CB Open 9041 1,7,9 133 137 CB Open B ph * * Ph B CB Open 9051 1,7,9 133 138 CB Open C ph * * Ph C CB Open 9061 1,7,9 133 139 CB Closed 3 ph * * 3 ph CB Closed 9071 1,7,9 133 140 CB Closed A ph * * Ph A CB Closed 9081 1,7,9 133 141 CB Closed B ph * * Ph B CB Closed 9091 1,7,9 133 142 CB Closed C ph * * Ph C CB Closed 910

133 151 Unused Unused 919133 152 Unused Unused 920133 153 Unused Unused 921133 154 Unused Unused 922133 155 Unused Unused 923133 156 Unused Unused 924133 157 Unused Unused 925133 158 Unused Unused 926133 159 Unused Unused 927133 160 CTS Block * Used to block E/F BC etc 928133 161 CTS Block Diff Used to block C Diff 929

2 1,7,9 133 162 CTS Restrain * Used to restrain C Diff 930133 181 Unused Unused 949133 182 Unused Unused 950133 183 Unused Unused 951133 184 Faulted Phase A * Faulted Phase A 952133 185 Faulted Phase B * Faulted Phase B 953133 186 Faulted Phase C * Faulted Phase C 954133 187 Faulted Phase N * Faulted Phase N 955

2 1,7,9 128 64 Started Phase A * * Started Phase A 9562 1,7,9 128 65 Started Phase B * * Started Phase B 9572 1,7,9 128 66 Started Phase C * * Started Phase C 9582 1,7,9 128 67 Started Phase N * * Started Phase N 959

133 192 Zone1 AN Element * Zone 1 AN Element 960133 193 Zone1 BN Element * Zone 1 BN Element 961133 194 Zone1 CN Element * Zone 1 CN Element 962133 195 Zone1 AB Element * Zone 1 AB Element 963

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 152


133 196 Zone1 BC Element * Zone 1 BC Element 964133 197 Zone1 CA Element * Zone 1 CA Element 965133 198 Zone2 AN Element * Zone 2 AN Element 966133 199 Zone2 BN Element * Zone 2 BN Element 967133 200 Zone2 CN Element * Zone 2 CN Element 968133 201 Zone2 AB Element * Zone 2 AB Element 969133 202 Zone2 BC Element * Zone 2 BC Element 970133 203 Zone2 CA Element * Zone 2 CA Element 971133 204 Zone3 AN Element * Zone 3 AN Element 972133 205 Zone3 BN Element * Zone 3 BN Element 973133 206 Zone3 CN Element * Zone 3 CN Element 974133 207 Zone3 AB Element * Zone 3 AB Element 975133 208 Zone3 BC Element * Zone 3 BC Element 976133 209 Zone3 CA Element * Zone 3 CA Element 977133 210 ZoneP AN Element * Zone P AN Element 978133 211 ZoneP BN Element * Zone P BN Element 979133 212 ZoneP CN Element * Zone P CN Element 980133 213 ZoneP AB Element * Zone P AB Element 981133 214 ZoneP BC Element * Zone P BC Element 982133 215 ZoneP CA Element * Zone P CA Element 983133 216 Zone4 AN Element * Zone 4 AN Element 984133 217 Zone4 BN Element * Zone 4 BN Element 985133 218 Zone4 CN Element * Zone 4 CN Element 986133 219 Zone4 AB Element * Zone 4 AB Element 987133 220 Zone4 BC Element * Zone 4 BC Element 988133 221 Zone4 CA Element * Zone 4 CA Element 989133 222 Unused Unused 990133 223 Unused Unused 991133 224 Unused Unused 992133 225 Unused Unused 993133 226 Unused Unused 994133 227 Unused Unused 995133 228 DEF Forward * DEF Forward Element 996133 229 DEF Reverse * DEF Reverse Element 997133 242 Phase Select A * Phase Selector A 1010133 243 Phase Select B * Phase Selector B 1011133 244 Phase Select C * Phase Selector C 1012133 245 Phase Select N * Phase Selector N 1013133 246 P Swing Detector * Power Swing Detected 1014133 247 PSB Fault * PSB Fault 1015133 248 I(2)/I(1)> A * 2nd Harmonic A 1016133 249 I(2)/I(1)> B * 2rd Harmonic B 1017133 250 I(2)/I(1)> C * 2th Harmonic C 1018133 251 I(2)/I(1)> N * 2th Harmonic N 1019133 252 Clear Stats Cmd * Clear C Diff Statistics 1020133 253 Unused Unused 1021133 254 Unused Unused 1022133 255 Unused Unused 1023134 0 LED1 Red * Tri LED Red 1 1024134 1 LED1 Grn * Tri LED Green 1 1025134 2 LED2 Red * Tri LED Red 2 1026134 3 LED2 Grn * Tri LED Green 2 1027134 4 LED3 Red * Tri LED Red 3 1028134 5 LED3 Grn * Tri LED Green 3 1029134 6 LED4 Red * Tri LED Red 4 1030134 7 LED4 Grn * Tri LED Green 4 1031134 8 LED5 Red * Tri LED Red 5 1032134 9 LED5 Grn * Tri LED Green 5 1033134 10 LED6 Red * Tri LED Red 6 1034134 11 LED6 Grn * Tri LED Green 6 1035134 12 LED7 Red * Tri LED Red 7 1036134 13 LED7 Grn * Tri LED Green 7 1037134 14 LED8 Red * Tri LED Red 8 1038134 15 LED8 Grn * Tri LED Green 8 1039134 16 FnKey LED1 Red * Tri LED Red 9 1040134 17 FnKey LED1 Grn * Tri LED Green 9 1041134 18 FnKey LED2 Red * Tri LED Red 10 1042134 19 FnKey LED2 Grn * Tri LED Green 10 1043134 20 FnKey LED3 Red * Tri LED Red 11 1044134 21 FnKey LED3 Grn * Tri LED Green 11 1045134 22 FnKey LED4 Red * Tri LED Red 12 1046134 23 FnKey LED4 Grn * Tri LED Green 12 1047134 24 FnKey LED5 Red * Tri LED Red 13 1048134 25 FnKey LED5 Grn * Tri LED Green 13 1049134 26 FnKey LED6 Red * Tri LED Red 14 1050134 27 FnKey LED6 Grn * Tri LED Green 14 1051134 28 FnKey LED7 Red * Tri LED Red 15 1052134 29 FnKey LED7 Grn * Tri LED Green 15 1053134 30 FnKey LED8 Red * Tri LED Red 16 1054134 31 FnKey LED8 Grn * Tri LED Green 16 1055134 32 FnKey LED9 Red * Tri LED Red 17 1056134 33 FnKey LED9 Grn * Tri LED Green 17 1057134 34 FnKey LED10 Red * Tri LED Red 18 1058134 35 FnKey LED10 Grn * Tri LED Green 18 1059134 36 LED1 Con R * LED_CON_R1 1060

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 153


134 37 LED1 Con G * LED_CON_G1 1061134 38 LED2 Con R * LED_CON_R2 1062134 39 LED2 Con G * LED_CON_G2 1063134 40 LED3 Con R * LED_CON_R3 1064134 41 LED3 Con G * LED_CON_G3 1065134 42 LED4 Con R * LED_CON_R4 1066134 43 LED4 Con G * LED_CON_G4 1067134 44 LED5 Con R * LED_CON_R5 1068134 45 LED5 Con G * LED_CON_G5 1069134 46 LED6 Con R * LED_CON_R6 1070134 47 LED6 Con G * LED_CON_G6 1071134 48 LED7 Con R * LED_CON_R7 1072134 49 LED7 Con G * LED_CON_G7 1073134 50 LED8 Con R * LED_CON_R8 1074134 51 LED8 Con G * LED_CON_G8 1075134 52 FnKey LED1 ConR * LED_CON_R9 1076134 53 FnKey LED1 ConG * LED_CON_G9 1077134 54 FnKey LED2 ConR * LED_CON_R10 1078134 55 FnKey LED2 ConG * LED_CON_G10 1079134 56 FnKey LED3 ConR * LED_CON_R11 1080134 57 FnKey LED3 ConG * LED_CON_G11 1081134 58 FnKey LED4 ConR * LED_CON_R12 1082134 59 FnKey LED4 ConG * LED_CON_G12 1083134 60 FnKey LED5 ConR * LED_CON_R13 1084134 61 FnKey LED5 ConG * LED_CON_G13 1085134 62 FnKey LED6 ConR * LED_CON_R14 1086134 63 FnKey LED6 ConG * LED_CON_G14 1087134 64 FnKey LED7 ConR * LED_CON_R15 1088134 65 FnKey LED7 ConG * LED_CON_G15 1089134 66 FnKey LED8 ConR * LED_CON_R16 1090134 67 FnKey LED8 ConG * LED_CON_G16 1091134 68 FnKey LED9 ConR * LED_CON_R17 1092134 69 FnKey LED9 ConG * LED_CON_G17 1093134 70 FnKey LED10 ConR * LED_CON_R18 1094134 71 FnKey LED10 ConG * LED_CON_G18 1095134 72 Function Key 1 * Function Key 1 1096134 73 Function Key 2 * Function Key 2 1097134 74 Function Key 3 * Function Key 3 1098134 75 Function Key 4 * Function Key 4 1099134 76 Function Key 5 * Function Key 5 1100134 77 Function Key 6 * Function Key 6 1101134 78 Function Key 7 * Function Key 7 1102134 79 Function Key 8 * Function Key 8 1103134 80 Function Key 9 * Function Key 9 1104134 81 Function Key 10 * Function Key 10 1105

1 1,7,9 134 82 I^ Maint Alarm * * Broken Current Alarm 11061 1,7,9 134 83 I^ Lockout Alarm * * Broken Current lookout 11071 1,7,9 134 84 CB OPs Maint * * Maintenance Alarm 11081 1,7,9 134 85 CB OPs Lock * * Maintenance Lockout 11091 1,7,9 134 86 CB Time Maint * * Excessive Op Time Alarm 11101 1,7,9 134 87 CB Time Lockout * * Excessive Op Time Lookout 11111 1,7,9 134 88 Fault Freq Lock * * EFF Lockout 1112

134 89 Unused Unused 1113134 90 Unused Unused 1114134 91 Unused Unused 1115134 92 Unused Unused 1116134 93 Unused Unused 1117134 94 Unused Unused 1118134 95 Unused Unused 1119134 122 Backup Enabled * Backup Enabled 1146134 123 SEF Trip * SEF Trip 1147134 124 B Fail SEF Trip * Current Prot SEF Trip 1148134 125 F<1 Timer Block * Block Underfrequency Stage 1 Timer 1149134 126 F<2 Timer Block * Block Underfrequency Stage 2 Timer 1150134 127 F<3 Timer Block * Block Underfrequency Stage 3 Timer 1151134 128 F<4 Timer Block * Block Underfrequency Stage 4 Timer 1152134 129 F>1 Timer Block * Block Overfrequency Stage 1 Timer 1153134 130 F>2 Timer Block * Block Overfrequency Stage 2 Timer 1154

1 1,7,9 134 131 F<1 Start * * Under frequency Stage 1 START 11551 1,7,9 134 132 F<2 Start * * Under frequency Stage 2 START 11561 1,7,9 134 133 F<3 Start * * Under frequency Stage 3 START 11571 1,7,9 134 134 F<4 Start * * Under frequency Stage 4 START 11581 1,7,9 134 135 F>1 Start * * Over frequency Stage 1 START 11591 1,7,9 134 136 F>2 Start * * Over frequency Stage 2 START 11601 1,7 134 137 F<1 Trip * Under frequency Stage 1 trip 11611 1,7 134 138 F<2 Trip * Under frequency Stage 2 trip 11621 1,7 134 139 F<3 Trip * Under frequency Stage 3 trip 11631 1,7 134 140 F<4 Trip * Under frequency Stage 4 trip 11641 1,7 134 141 F>1 Trip * Over frequency Stage 1 Trip 11651 1,7 134 142 F>2 Trip * Over frequency Stage 2 Trip 1166

134 143 Inhibit F<1 * Inhibit Stage 1 Underfrequency 1167134 144 Inhibit F<2 * Inhibit Stage 2 Underfrequency 1168134 145 Inhibit F<3 * Inhibit Stage 3 Underfrequency 1169134 146 Inhibit F<4 * Inhibit Stage 4 Underfrequency 1170134 147 Inhibit F>1 * Inhibit Stage 1 Overfrequency 1171

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 154


134 148 Inhibit F>2 * Inhibit Stage 2 Overfrequency 1172134 149 Unused Unused 1173134 150 Unused Unused 1174134 151 Unused Unused 1175134 152 HMI Access Lvl 1 * HMI Access Lvl 1 1176134 153 HMI Access Lvl 2 * HMI Access Lvl 2 1177134 154 FPort AccessLvl1 * FPort AccessLvl1 1178134 155 FPort AccessLvl2 * FPort AccessLvl2 1179134 156 RPrt1 AccessLvl1 * RPrt1 AccessLvl1 1180134 157 RPrt1 AccessLvl2 * RPrt1 AccessLvl2 1181134 158 RPrt2 AccessLvl1 * RPrt2 AccessLvl1 1182134 159 RPrt2 AccessLvl2 * RPrt2 AccessLvl2 1183134 160 Monitor Bit 1 * Monitor Port 1 1184134 161 Monitor Bit 2 * Monitor Port 2 1185134 162 Monitor Bit 3 * Monitor Port 3 1186134 163 Monitor Bit 4 * Monitor Port 4 1187134 164 Monitor Bit 5 * Monitor Port 5 1188134 165 Monitor Bit 6 * Monitor Port 6 1189134 166 Monitor Bit 7 * Monitor Port 7 1190134 167 Monitor Bit 8 * Monitor Port 8 1191134 168 New Fault Record * New Fault Record 1192134 169 Unused Unused 1193134 170 PSL Int 1 * PSL Internal Node 1194134 171 PSL Int 2 * PSL Internal Node 1195134 172 PSL Int 3 * PSL Internal Node 1196134 173 PSL Int 4 * PSL Internal Node 1197134 174 PSL Int 5 * PSL Internal Node 1198134 175 PSL Int 6 * PSL Internal Node 1199134 176 PSL Int 7 * PSL Internal Node 1200134 177 PSL Int 8 * PSL Internal Node 1201134 178 PSL Int 9 * PSL Internal Node 1202134 179 PSL Int 10 * PSL Internal Node 1203134 180 PSL Int 11 * PSL Internal Node 1204134 181 PSL Int 12 * PSL Internal Node 1205134 182 PSL Int 13 * PSL Internal Node 1206134 183 PSL Int 14 * PSL Internal Node 1207134 184 PSL Int 15 * PSL Internal Node 1208134 185 PSL Int 16 * PSL Internal Node 1209134 186 PSL Int 17 * PSL Internal Node 1210134 187 PSL Int 18 * PSL Internal Node 1211134 188 PSL Int 19 * PSL Internal Node 1212134 189 PSL Int 20 * PSL Internal Node 1213134 190 PSL Int 21 * PSL Internal Node 1214134 191 PSL Int 22 * PSL Internal Node 1215134 192 PSL Int 23 * PSL Internal Node 1216134 193 PSL Int 24 * PSL Internal Node 1217134 194 PSL Int 25 * PSL Internal Node 1218134 195 PSL Int 26 * PSL Internal Node 1219134 196 PSL Int 27 * PSL Internal Node 1220134 197 PSL Int 28 * PSL Internal Node 1221134 198 PSL Int 29 * PSL Internal Node 1222134 199 PSL Int 30 * PSL Internal Node 1223134 200 PSL Int 31 * PSL Internal Node 1224134 201 PSL Int 32 * PSL Internal Node 1225134 202 PSL Int 33 * PSL Internal Node 1226134 203 PSL Int 34 * PSL Internal Node 1227134 204 PSL Int 35 * PSL Internal Node 1228134 205 PSL Int 36 * PSL Internal Node 1229134 206 PSL Int 37 * PSL Internal Node 1230134 207 PSL Int 38 * PSL Internal Node 1231134 208 PSL Int 39 * PSL Internal Node 1232134 209 PSL Int 40 * PSL Internal Node 1233134 210 PSL Int 41 * PSL Internal Node 1234134 211 PSL Int 42 * PSL Internal Node 1235134 212 PSL Int 43 * PSL Internal Node 1236134 213 PSL Int 44 * PSL Internal Node 1237134 214 PSL Int 45 * PSL Internal Node 1238134 215 PSL Int 46 * PSL Internal Node 1239134 216 PSL Int 47 * PSL Internal Node 1240134 217 PSL Int 48 * PSL Internal Node 1241134 218 PSL Int 49 * PSL Internal Node 1242134 219 PSL Int 50 * PSL Internal Node 1243134 220 PSL Int 51 * PSL Internal Node 1244134 221 PSL Int 52 * PSL Internal Node 1245134 222 PSL Int 53 * PSL Internal Node 1246134 223 PSL Int 54 * PSL Internal Node 1247134 224 PSL Int 55 * PSL Internal Node 1248134 225 PSL Int 56 * PSL Internal Node 1249134 226 PSL Int 57 * PSL Internal Node 1250134 227 PSL Int 58 * PSL Internal Node 1251134 228 PSL Int 59 * PSL Internal Node 1252134 229 PSL Int 60 * PSL Internal Node 1253134 230 PSL Int 61 * PSL Internal Node 1254134 231 PSL Int 62 * PSL Internal Node 1255134 232 PSL Int 63 * PSL Internal Node 1256

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 155


134 233 PSL Int 64 * PSL Internal Node 1257134 234 PSL Int 65 * PSL Internal Node 1258134 235 PSL Int 66 * PSL Internal Node 1259134 236 PSL Int 67 * PSL Internal Node 1260134 237 PSL Int 68 * PSL Internal Node 1261134 238 PSL Int 69 * PSL Internal Node 1262134 239 PSL Int 70 * PSL Internal Node 1263134 240 PSL Int 71 * PSL Internal Node 1264134 241 PSL Int 72 * PSL Internal Node 1265134 242 PSL Int 73 * PSL Internal Node 1266134 243 PSL Int 74 * PSL Internal Node 1267134 244 PSL Int 75 * PSL Internal Node 1268134 245 PSL Int 76 * PSL Internal Node 1269134 246 PSL Int 77 * PSL Internal Node 1270134 247 PSL Int 78 * PSL Internal Node 1271134 248 PSL Int 79 * PSL Internal Node 1272134 249 PSL Int 80 * PSL Internal Node 1273134 250 PSL Int 81 * PSL Internal Node 1274134 251 PSL Int 82 * PSL Internal Node 1275134 252 PSL Int 83 * PSL Internal Node 1276134 253 PSL Int 84 * PSL Internal Node 1277134 254 PSL Int 85 * PSL Internal Node 1278134 255 PSL Int 86 * PSL Internal Node 1279135 0 PSL Int 87 * PSL Internal Node 1280135 1 PSL Int 88 * PSL Internal Node 1281135 2 PSL Int 89 * PSL Internal Node 1282135 3 PSL Int 90 * PSL Internal Node 1283135 4 PSL Int 91 * PSL Internal Node 1284135 5 PSL Int 92 * PSL Internal Node 1285135 6 PSL Int 93 * PSL Internal Node 1286135 7 PSL Int 94 * PSL Internal Node 1287135 8 PSL Int 95 * PSL Internal Node 1288135 9 PSL Int 96 * PSL Internal Node 1289135 10 PSL Int 97 * PSL Internal Node 1290135 11 PSL Int 98 * PSL Internal Node 1291135 12 PSL Int 99 * PSL Internal Node 1292135 13 PSL Int 100 * PSL Internal Node 1293135 14 VTS Ia> * Ia over threshold 1294135 15 VTS Ib> * Ib over threshold 1295135 16 VTS Ic> * Ic over threshold 1296135 17 VTS Va> * Va over threshold 1297135 18 VTS Vb> * Vb over threshold 1298135 19 VTS Vc> * Vc over threshold 1299135 20 VTS I2> * I2 over threshold 1300135 21 VTS V2> * V2 over threshold 1301135 22 VTS Ia delta> * Superimposed Ia over threshold 1302135 23 VTS Ib delta> * Superimposed Ib over threshold 1303135 24 VTS Ic delta> * Superimposed Ic over threshold 1304135 25 Z1 AN Comparator * Z1 AN Comparator 1305135 26 Z1 BN Comparator * Z1 BN Comparator 1306135 27 Z1 CN Comparator * Z1 CN Comparator 1307135 28 Z1 AB Comparator * Z1 AB Comparator 1308135 29 Z1 BC Comparator * Z1 BC Comparator 1309135 30 Z1 CA Comparator * Z1 CA Comparator 1310135 31 Z2 AN Comparator * Z2 AN Comparator 1311135 32 Z2 BN Comparator * Z2 BN Comparator 1312135 33 Z2 CN Comparator * Z2 CN Comparator 1313135 34 Z2 AB Comparator * Z2 AB Comparator 1314135 35 Z2 BC Comparator * Z2 BC Comparator 1315135 36 Z2 CA Comparator * Z2 CA Comparator 1316135 37 Z3 AN Comparator * Z3 AN Comparator 1317135 38 Z3 BN Comparator * Z3 BN Comparator 1318135 39 Z3 CN Comparator * Z3 CN Comparator 1319135 40 Z3 AB Comparator * Z3 AB Comparator 1320135 41 Z3 BC Comparator * Z3 BC Comparator 1321135 42 Z3 CA Comparator * Z3 CA Comparator 1322135 43 ZP AN Comparator * ZP AN Comparator 1323135 44 ZP BN Comparator * ZP BN Comparator 1324135 45 ZP CN Comparator * ZP CN Comparator 1325135 46 ZP AB Comparator * ZP AB Comparator 1326135 47 ZP BC Comparator * ZP BC Comparator 1327135 48 ZP CA Comparator * ZP CA Comparator 1328135 49 Z4 AN Comparator * Z4 AN Comparator 1329135 50 Z4 BN Comparator * Z4 BN Comparator 1330135 51 Z4 CN Comparator * Z4 CN Comparator 1331135 52 Z4 AB Comparator * Z4 AB Comparator 1332135 53 Z4 BC Comparator * Z4 BC Comparator 1333

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 156


135 54 Z4 CA Comparator * Z4 CA Comparator 1334135 55 IN> Bias * IN> Bias 1335135 56 WI Detect I0/I2 * Unused 1336135 69 Zone 1 Blocked * Zone 1 Blocked by PSB 1349135 70 Zone 1 Blocked * Zone 1 Blocked by PSB 1350135 71 Zone 1 Blocked * Zone 1 Blocked by PSB 1351135 72 Zone 1 Blocked * Zone 1 Blocked by PSB 1352135 73 Zone 1 Blocked * Zone 1 Blocked by PSB 1353135 74 Mem. Valid * Memory Valid 1354135 75 Ph Two Cycle * Phase Sel Two Cycle 1355135 76 Ph Five Cycle * Phase Sel Five Cycle 1356135 77 Ph Frozen * Buffer Frozen 1357135 78 Aided 1 WI V< A * Aided 1 WI V< A 1358135 79 Aided 1 WI V< B * Aided 1 WI V< B 1359135 80 Aided 1 WI V< C * Aided 1 WI V< C 1360135 81 Aided 2 WI V< A * Aided 2 WI I< A 1361135 82 Aided 2 WI V< B * Aided 2 WI I< B 1362135 83 Aided 2 WI V< C * Aided 2 WI I< C 1363135 84 Pre-Lockout * Pre-Lockout 1364135 85 I> LoL A * Loss of Load level detector A 1365135 86 I> LoL A * Loss of Load level detector B 1366135 87 I> LoL A * Loss of Load level detector C 1367135 88 Freq High * Freq High 1368135 89 Freq Low * Freq Low 1369135 90 Freq Not found * Freq Not found 1370135 91 Stop Freq Track * Stop Freq Track 1371135 92 3d/4th Harmonic Restraint A Phase * 3d/4th Harmonic Restraint A Phase 1372135 93 3d/4th Harmonic Restraint B Phase * 3d/4th Harmonic Restraint B Phase 1373135 94 3d/4th Harmonic Restraint C Phase * 3d/4th Harmonic Restraint C Phase 1374

1 1,7,9 128 39 Teleprot Disturb * * Teleprotection Disturbed 13751 1,7,9 128 37 I>> Backup Super * * I>> Back Up Supervision 13762 1,7 128 72 I> Trip by VTS * O/C Trip By VTS 13772 1,7 128 76 Teleprot Tx * Teleprotection Sent 13782 1,7 128 77 Teleprot Rx * Teleprotection Received 13791 1,7,9 128 46 Group Warning * * Group Warning 13801 1,7,9 128 47 Group Alarm * * Group Alarm 1381

135 106 AR On Pulse * AR On Pulse 1382135 107 AR Off Pulse * AR Off Pulse 1383135 108 AR Enable * AR Enable 1384

1 1,7,9,11,12,20,21 128 16 AR In Service * * AR In Service 1385135 114 ZV AN Comparator * ZV AN Comparator 1390135 115 ZV BN Comparator * ZV BN Comparator 1391135 116 ZV CN Comparator * ZV CN Comparator 1392135 117 ZV AB Comparator * ZV AB Comparator 1393135 118 ZV BC Comparator * ZV BC Comparator 1394135 119 ZV CA Comparator * ZV CA Comparator 1395135 120 Gnd Z2 Lo Start * Z2 Low Start (Ph-Gnd) 1396135 121 Gnd Z2 Hi Start * Z2 High Start (Ph-Gnd) 1397135 122 Gnd Z3 Lo Start * Z3 Low Start (Ph-Gnd) 1398135 123 Gnd Z3 Hi Start * Z3 High Start (Ph-Gnd) 1399135 124 Gnd Z4 Lo Start * Z4 Low Start (Ph-Gnd) 1400135 125 Gnd Z4 Hi Start * Z4 High Start (Ph-Gnd) 1401135 126 Gnd ZP Lo Start * ZP Low Start (Ph-Gnd) 1402135 127 Gnd ZP Hi Start * ZP High Start (Ph-Gnd) 1403135 128 Unused Unused 1404135 129 Unused Unused 1405135 130 Unused Unused 1406135 131 Unused Unused 1407

Miscellaneous Max.MVAL = times rated valueMeasurandsCurrent L1Current L2Current L3Voltage L1-EVoltage L2-EVoltage L3-EActive Power PReactive Power QFrequency fVoltage L1-L2

Disturbance Data Actual Channel Identifiers

ACC Standard0 Global1 IL12 IL23 IL34 IN5 VL1E6 VL2E7 VL3E8 VEN

100 -101 -

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 157


102 -103 -104 -105 -106 -107 -150 -151 -

Relay Menu Database

MiCOM P547

P547/EN MD/D32

(MD) - 158

Private Range Information Numbers in Control DirectionDistance Primary

ASDU TYPE COT FUN INF Description GI P547 Interpretation20 20 128 23 Activate characteristic 1 * Group 1 Active20 20 128 24 Activate characteristic 2 * Group 2 Active20 20 128 25 Activate characteristic 3 * Group 3 Active20 20 128 26 Activate characteristic 4 * Group 4 Active20 20 128 19 LED Reset * Reset Indications and Latches20 20 128 16 Auto-recloser on/off * Auto-reclose in Service20 20 130 192 Control Input 1 * Control Input 120 20 130 193 Control Input 2 * Control Input 220 20 130 194 Control Input 3 * Control Input 320 20 130 195 Control Input 4 * Control Input 420 20 130 196 Control Input 5 * Control Input 520 20 130 197 Control Input 6 * Control Input 620 20 130 198 Control Input 7 * Control Input 720 20 130 199 Control Input 8 * Control Input 820 20 130 200 Control Input 9 * Control Input 920 20 130 201 Control Input 10 * Control Input 1020 20 130 202 Control Input 11 * Control Input 1120 20 130 203 Control Input 12 * Control Input 1220 20 130 204 Control Input 13 * Control Input 1320 20 130 205 Control Input 14 * Control Input 1420 20 130 206 Control Input 15 * Control Input 1520 20 130 207 Control Input 16 * Control Input 1620 20 130 208 Control Input 17 * Control Input 1720 20 130 209 Control Input 18 * Control Input 1820 20 130 210 Control Input 19 * Control Input 1920 20 130 211 Control Input 20 * Control Input 2020 20 130 212 Control Input 21 * Control Input 2120 20 130 213 Control Input 22 * Control Input 2220 20 130 214 Control Input 23 * Control Input 2320 20 130 215 Control Input 24 * Control Input 2420 20 130 216 Control Input 25 * Control Input 2520 20 130 217 Control Input 26 * Control Input 2620 20 130 218 Control Input 27 * Control Input 2720 20 130 219 Control Input 28 * Control Input 2820 20 130 220 Control Input 29 * Control Input 2920 20 130 221 Control Input 30 * Control Input 3020 20 130 222 Control Input 31 * Control Input 3120 20 130 223 Control Input 32 * Control Input 32

Basic Application FunctionsTest Mode *Blocking of monitor direction *Disturbance data *Generic servicesPrivate data *Miscellaneous Max.MVAL = times rated valueMeasurandsCurrent L1Current L2Current L3Voltage L1-EVoltage L2-EVoltage L3-EActive Power PReactive Power QFrequency fVoltage L1-L2


MiCOM P547

(MD) -159

1. INTRODUCTION The purpose of this document is to describe the specific implementation of the Distributed Network Protocol (DNP) version 3.0 within MiCOM 547 relays.

The MiCOM P547 uses the Triangle MicroWorks, Inc. DNP 3.0 Slave Source Code Library version 2.32.

This document, in conjunction with the DNP 3.0 Basic 4 Document Set, and the DNP Subset Definitions Document, provides complete information on how to communicate with P547 relays using the DNP 3.0 protocol.

This implementation of DNP 3.0 is fully compliant with DNP 3.0 Subset Definition Level 2. It also contains many Subset Level 3 and above features.

2. DNP V3.0 DEVICE PROFILE The following table provides a “Device Profile Document” in the standard format defined in the DNP 3.0 Subset Definitions Document. While it is referred to in the DNP 3.0 Subset Definitions as a “Document”, it is only a component of a total interoperability guide. This table, in combination with the following should provide a complete interoperability/configuration guide for the MiCOM P547 relays:

• The Implementation Table provided in section 3.

• The Point List Tables provided in section 6.


(MD) -160

MiCOM P547

DNP 3.0 Device Profile Document

Vendor Name: AREVA T&D Ltd –Automation and Information Systems

Device Name: MiCOM P547 Phase Comparison

Models Covered: • P547****3**52**

Highest DNP Level Supported: For Requests: Level 2 For Responses: Level 2

Device Function: Master Slave

Notable objects, functions, and/or qualifiers supported in addition to the highest DNP levels supported (the complete list is described in the DNP 3.0 Implementation Table): • For static (non-change event) object requests, request qualifier codes 00 and 01 (start-stop), 07 and 08 (limited quantity), and 17 and 28 (index) are supported in addition to the request qualifier code 06 (no range (all points)) • Static object requests sent with qualifiers 00, 01, 06, 07, or 08 will be responded with qualifiers 00 or 01 • Static object requests sent with qualifiers 17 or 28 will be responded with qualifiers 17 or 28 • For change-event object requests, qualifiers 17 or 28 are always responded • 16-bit and 32-bit analog change events with time may be requested • The read function code for Object 50 (time and date) variation 1 is supported

Maximum Data Link Frame Size (octets): Transmitted: 292 Received: 292

Maximum Application Fragment Size (octets) Transmitted: 2048 Received: 249

Maximum Data Link Retries: None Fixed at 2 Configurable

Maximum Application Layer Retries: None Configurable

Requires Data Link Layer Confirmation: Never Always Sometimes Configurable

Requires Application Layer Confirmation: Never Always When reporting event data When sending multi-fragment

responses Sometimes Configurable


MiCOM P547

(MD) -161

Timeouts while waiting for:

Data Link Confirm: None Fixed at 100ms

Variable Configurable

Complete Appl. Fragment: None Fixed at ___ Variable Configurable

Application Confirm: None Fixed at 2s

Variable Configurable

Complete Appl. Response: None Fixed at ___ Variable Configurable

Others:

Select/Operate Arm Timeout: Default 10s

Need Time Interval: Configurable, 0 or 30min

Application File Timeout 60s

Analog Change Event Scan Period: Fixed at 0.5s Variable Configurable

Counter Change Event Scan Period: Fixed at 0.5s Variable Configurable

Frozen Counter Change Event Scan Period:

Fixed at 1s Variable Configurable

Sends/Executes Control Operations:

Write Binary Outputs: Never Always Sometimes Configurable

Select/Operate: Never Always Sometimes Configurable

Direct Operate: Never Always Sometimes Configurable

Direct Operate – No Ack: Never Always Sometimes Configurable

Count > 1 Never Always Sometimes Configurable

Pulse On/NUL/Trip/Close Never Always Sometimes Configurable

Pulse Off/NUL/Trip/Close Never Always Sometimes Configurable

Latch On/NUL Never Always Sometimes Configurable

Latch Off/NUL Never Always Sometimes Configurable

Queue Never Always Sometimes Configurable

Clear Queue Never Always Sometimes Configurable

Note: Paired Control points will accept Pulse On/Trip and Pulse On/Close, but only single point will accept the pulse off control command

Reports Binary Input Change Events when no specific variation requested:

Never Only time-tagged variation 2 Only non-time-tagged Configurable

Reports time-tagged Binary Input Change Events when no specific variation requested:

Never Binary input change with time Binary input change with relative time Configurable

Sends Unsolicited Responses: Never Configurable Certain objects only Sometimes Enable/Disable unsolicited functions codes

supported

Sends Static Data in Unsolicited Responses: Never When device restarts When status flags changes

No other options are permitted


(MD) -162

MiCOM P547

Default Counter Object/Variation: No counters reported Configurable Default object: 20 Default variation: 5 Point-by-point list attached

Counters Roll Over at: No counters reported Configurable 16 bits 32 bits Other value: _____ Point-by-point list attached

Sends multi-fragment responses: Yes No

3. IMPLEMENTATION TABLE The following table identifies the variations, function codes, and qualifiers supported by the P547 in both request and response messages.

For static (non-change-event) objects, requests sent with qualifiers 00, 01, 06, 07, or 08, will be responded with qualifiers 00 or 01. Static object requests sent with qualifiers 17 or 28 will be responded with qualifiers 17 or 28.

For change-event objects, qualifiers 17 or 28 are always responded.

Object Request Response

Object Number

Variation Number Description Function Codes

(dec) Qualifier Codes (hex) Function

Codes (dec) Qualifier Codes

(hex)

1 0 Binary Input (Any Variation 0)

1 (read) 00, 01

06

07, 08

17, 28

(start-stop)

(no range, or all)

limited qty)

(index)

1 1

(default - see note 1)

Binary Input 1 (read) 00, 01

06

07, 08

17, 28

(start-stop)

(no range, or all)

limited qty)

(index)

129 response 00, 01

17, 28

(start-stop)

(index - see note 2)

1 2 Binary Input with Status 1 (read) 00, 01

06

07, 08

17, 28

(start-stop)

(no range, or all)

limited qty)

(index)

129 response 00, 01

17, 28

(start-stop)


2 0 Binary Input Change (Any Variation)

1 (read) 06

07, 08

(no range, or all)

(limited qty)

129 response

2 1 Binary Input Change without Time

1 (read) 06

07, 08

(no range, or all)

(limited qty)

129 response 17, 28 (index)

2 2


Binary Input Change with Time

1 (read) 06

07, 08

(no range, or all)

(limited qty)


10 0 Binary Output Status (All Variations)

1 (read) 00, 01

06

07, 08

17, 28

(start-stop)

(no range, or all)

limited qty)

(index)

10 2


Binary Output Status 1 (read) 00, 01

06

07, 08

17, 28

(start-stop)

(no range, or all)

limited qty)

(index)

129 response 00, 01

17, 28

(start-stop)



MiCOM P547

(MD) -163


Object Number




(hex)

12 1 Control Relay Output Block

3

4

5

6

(select)

(operate)

(direct op)

(dir. op, no ack)

00, 01

07, 08

17, 28

(start-stop)

limited qty)

(index)

129 response Echo of request

20 0 Binary Counter 1

7

8

9

10

(read)

(freeze)

(freeze no ack)

(freeze clear)

(frz. cl. no ack)

00, 01

06

07, 08

17, 28

(start-stop)

(no range, or all)

limited qty)

(index)

20 1 32-Bit Binary Counter with Flag

1

7

8

9

10

(read)

(freeze)

(freeze no ack)

(freeze clear)

(frz. cl. no ack)

00, 01

06

07, 08

17, 28

(start-stop)

(no range, or all)

limited qty)

(index)

129 response 00, 01

17, 28

(start-stop)


20 2 16-Bit Binary Counter with Flag

1

7

8

9

10

(read)

(freeze)

(freeze no ack)

(freeze clear)

(frz. cl. no ack)

00, 01

06

07, 08

17, 28

(start-stop)

(no range, or all)

limited qty)

(index)

129 response 00, 01

17, 28

(start-stop)


20 5


32-Bit Binary Counter without Flag

1

7

8

9

10

(read)

(freeze)

(freeze no ack)

(freeze clear)

(frz. cl. no ack)

00, 01

06

07, 08

17, 28

(start-stop)

(no range, or all)

limited qty)

(index)

129 response 00, 01

17, 28

(start-stop)


20 6 16-Bit Binary Counter without Flag

1

7

8

9

10

(read)

(freeze)

(freeze no ack)

(freeze clear)

(frz. cl. no ack)

00, 01

06

07, 08

17, 28

(start-stop)

(no range, or all)

limited qty)

(index)

129 response 00, 01

17, 28

(start-stop)


21 0 Frozen Counter 1 (read) 00, 01

06

07, 08

17, 28

(start-stop)

(no range, or all)

limited qty)

(index)

21 1 32-Bit Frozen Counter with Flag

1 (read) 00, 01

06

07, 08

17, 28

(start-stop)

(no range, or all)

limited qty)

(index)

129 response 00, 01

17, 28

(start-stop)


21 2 16-Bit Frozen Counter with Flag

1 (read) 00, 01

06

07, 08

17, 28

(start-stop)

(no range, or all)

limited qty)

(index)

129 response 00, 01

17, 28

(start-stop)


21 9


32-Bit Frozen Counter without Flag

1 (read) 00, 01

06

07, 08

17, 28

(start-stop)

(no range, or all)

limited qty)

(index)

129 response 00, 01

17, 28

(start-stop)


21 10 16-Bit Frozen Counter without Flag

1 (read) 00, 01

06

07, 08

17, 28

(start-stop)

(no range, or all)

limited qty)

(index)

129 response 00, 01

17, 28

(start-stop)


30 0 Analog Input (All Variations)

1 (read) 00, 01

06

07, 08

17, 28

(start-stop)

(no range, or all)

limited qty)

(index)


(MD) -164

MiCOM P547


Object Number




(hex)

30 1 32-Bit Analog Input 1 (read) 00, 01

06

07, 08

17, 28

(start-stop)

(no range, or all)

limited qty)

(index)

129 response 00, 01

17, 28

(start-stop)


30 2


16-Bit Analog Input 1 (read) 00, 01

06

07, 08

17, 28

(start-stop)

(no range, or all)

limited qty)

(index)

129 response 00, 01

17, 28

(start-stop)


30 3 32-Bit Analog Input without Flag

1 (read) 00, 01

06

07, 08

17, 28

(start-stop)

(no range, or all)

limited qty)

(index)

129 response 00, 01

17, 28

(start-stop)


30 4 16-Bit Analog Input without Flag

1 (read) 00, 01

06

07, 08

17, 28

(start-stop)

(no range, or all)

limited qty)

(index)

129 response 00, 01

17, 28

(start-stop)


32 0 Analog Change Event (All Variations)

1 (read) 06

07, 08

(no range, or all)

(limited qty)

32 1 32-Bit Analog Change Event without Time

1 (read) 06

07, 08

(no range, or all)

(limited qty)


32 2


16-Bit Analog Change Event without Time

1 (read) 06

07, 08

(no range, or all)

(limited qty)


32 3 32-Bit Analog Change Event with Time

1 (read) 06

07, 08

(no range, or all)

(limited qty)


32 4 16-Bit Analog Change Event with Time

1 (read) 06

07, 08

(no range, or all)

(limited qty)


50 0 Time and Date (All Variations)

1 (read) 00, 01

06

07, 08

17, 28

(start-stop)

(no range, or all)

limited qty)

(index)

129 response 00, 01

17, 28

(start-stop)


50 1


Time and Date 1

2

(read)

(write)

00, 01

06

07

08

17, 28

(start-stop)

(no range, or all)

(limited qty = 1)

(limited qty)

(index)

129 response 00, 01

17, 28

(start-stop)


52 2 Time Delay Fine 129 response 07 (limited qty)

(qty = 1)

60 0 Class 0, 1, 2, and 3 Data 1 (read) 06 (no range, or all)

60 1 Class 0 Data 1 (read) 06 (no range, or all) 129 response 17, 28 (index)

60 2 Class 1 Data 1 (read) 06

07, 08

(no range, or all)

(limited qty)



07, 08

(no range, or all)

(limited qty)



07, 08

(no range, or all)

(limited qty)


80 1 Internal Indications 2 (write) 00 (start–stop) (index must = 7)

No Object (function code only)

13 (cold restart)


14 (warm restart)


23 (delay meas.)


MiCOM P547

(MD) -165

1.

2.

Notes:

A Default variation refers to the variation responded when variation 0 is requested and/or in class 0, 1, 2, or 3 scans.

For static (non-change-event) objects, qualifiers 17 or 28 are only responded when a request is sent with qualifiers 17 or 28, respectively. Otherwise, static object requests sent with qualifiers 00, 01, 06, 07, or 08, will be responded with qualifiers 00 or 01. (For change-event objects, qualifiers 17 or 28 are always responded).

4. INTERNAL INDICATIONS The following table lists the DNP3.0 Internal Indications (IIN) and identifies those that are supported by the P547.

The IIN form an information element used to convey the internal states and diagnostic results of a P547 relay. This information can be used by a receiving station to perform error recovery or other suitable functions. The IIN is a two-octet field that follows the function code in all responses from the P547. When a request cannot be processed due to formatting errors or the requested data is not available, the IIN is always returned with the appropriate bits set.

IIN

Octet Bit Indication Description Supported

0 All stations message received

Set when a request is received with the destination address of the all stations address (6553510). It is cleared after the next response (even if a response to a global request is required).

This IIN is used to let the master station know that a "broadcast" message was received by the relay.

1 Class 1 data available

Set when data that has been configured as Class 1 data is ready to be sent to the master.

The master station should request this class data from the relay when this bit is set in a response.







1

4 Time-synchronization required

The relay requires time synchronization from the master station (using the Time and Date object).

This IIN is cleared once the time has been synchronized. It can also be cleared by explicitly writing a 0 into this bit of the Internal Indication object.


(MD) -166

MiCOM P547

IIN

Octet Bit Indication Description Supported

5 Local

Set when some or all of the relays digital output points (Object 10/12) are in the Local state. That is, the relays control outputs are NOT accessible through the DNP protocol.

This IIN is clear when the relay is in the Remote state. That is, the relays control outputs are fully accessible through the DNP protocol.

6 Device in trouble

Set when an abnormal condition exists in the relay. This IIN is only used when the state can not be described by a combination of one or more of the other IIN bits.

1

7 Device restart

Set when the P145 software application restarts. This IIN is cleared when the master station explicitly writes a 0 into this bit of the Internal Indications object.

0 Function code not implemented The received function code is not implemented within the relay.

1 Requested object(s) unknown

The relay does not have the specified objects or there are no objects assigned to the requested class.

This IIN should be used for debugging purposes and usually indicates a mismatch in device profiles or configuration problems.

2 Out of range

Parameters in the qualifier, range or data fields are not valid or out of range. This is a 'catch-all' for application request formatting errors. It should only be used for debugging purposes. This IIN usually indicates configuration problems.

3 Buffer overflow

Event buffer(s), or other application buffers, have overflowed. The master station should attempt to recover as much data as possible and indicate to the user that there may be lost data. The appropriate error recovery procedures should be initiated by the user.

4 Already executing The received request was understood but the requested operation is already executing.

5 Bad configuration Set to indicate that the current configuration in the relay is corrupt. The master station may download another configuration to the relay.

6 Reserved Always returned as zero.

2

7 Reserved Always returned as zero.


MiCOM P547

(MD) -167

5. RESPONSE STATUS CODES When the P547 relays processes Control Relay Output Block (Object 12) requests it will return a set of status codes; one for each point contained within the original request. The complete list of codes appears in the following table:

Code Number Identifier Name Description

0 Success The received request has been accepted, initiated, or queued.

1 Timeout

The request has not been accepted because the ‘operate’ message was received after the arm timer (Select Before Operate) timed out.

The arm timer was started when the select operation for the same point was received.

2 No select The request has not been accepted because no previous matching ‘select’ request exists. (An ‘operate’ message was sent to activate an output that was not previously armed with a matching ‘select’ message).

3 Format error The request has not been accepted because there were formatting errors in the control request (‘select’, ‘operate’, or ‘direct operate’).

4 Not supported The request has not been accepted because a control operation is not supported for this point.

5 Already active The request has not been accepted because the control queue is full or the point is already active.

6 Hardware error The request has not been accepted because of control hardware problems.

7 Local The request has not been accepted because local access is in progress.

8 Too many operations The request has not been accepted because too many operations have been requested in the same request.

9 Not authorized The request has not been accepted because of insufficient authorization.

127 Undefined The request not been accepted because of some other undefined reason.

Note: Code numbers 10 through to 126 are reserved for future use.

6. POINT LIST The tables in the following sections identify all the individual data points provided by this implementation of DNP 3.0.

6.1 Binary input points

The Binary Input objects (1 & 2) provide read-only access to a sub-set of the P54x’s Digital Data Bus (DDB).

By default, all the static object (object 1) points belong to the Class 0 data set. The default allocation of the points in the change-event object (object 2) to a change-event class (1, 2, 3) is indicated in the point-list table below. The MiCOM S1 setting support software may be used to alter both of these assignments. However, deselecting a point from class 0 also has the effect of removing the point from the point-list of objects 1 & 2 and renumbering the remaining points to ensure the point indices are contiguous.

The validity of each point is reported through the “online” bit in the “flag”, which is supplied for each point with the “with flag” object variations. Points reported as being offline, will typically be points that are invalid for the relay’s current configuration, which is a product of its model number and current settings.


(MD) -168

MiCOM P547 Binary Input Points Static (Steady-State) Object Number: 1 Change Event Object Number: 2 Request Function Codes supported: 1 (read) Static Variation reported when variation 0 requested: 1 (Binary Input without status) Change Event Variation reported when variation 0 requested: 2 (Binary Input Change with time)

P547 Point Index

Name/Description DDB No. Default Change

Event Class (1, 2, 3, or none)

Output Relay Status

0 Output Relay 1 0 2

































MiCOM P547

(MD) -169 Binary Input Points Static (Steady-State) Object Number: 1 Change Event Object Number: 2 Request Function Codes supported: 1 (read) Static Variation reported when variation 0 requested: 1 (Binary Input without status) Change Event Variation reported when variation 0 requested: 2 (Binary Input Change with time)

P547 Point Index



Opto Isolator Status

32 Opto Isolator 1 32 2
























GOOSE Input

56 GOOSE Input 1 224 2









(MD) -170


P547 Point Index



























GOOSE Output

88 GOOSE Output 1 256 2










MiCOM P547


P547 Point Index


























Alarm Status

120 Setting Group via Opto Invalid 288 2

121 Test Mode Enabled 289 2

122 Static Test Mode 290 2

123 Loop Back Test Enabled/PLC Channel Fail 291 2

124 IM64 Test Enabled/PLC Channel Fail 292 2

125 VTS Indication 293 2

126 CT Fail Alarm 294 2

127 CT2 Fail Alarm 295 2

128 Remote CT Alarm 296 2

129 Power Swing 297 2


(MD) -172


P547 Point Index



130 BF Block AR 298 2

131 CB Monitor Alarm 299 2

132 CB Lockout Alarm 300 2

133 CB Status Alarm 301 2

134 CB Failed to Trip 302 2

135 CB Failed to Close 303 2

136 Control CB Unhealthy 304 2

137 Control No Checksync 305 2

138 Autoclose Lockout/RLY BAR 306 2

139 No Healthy (AR) 307 2

140 No Check Sync/AR Fail 308 2

141 System Split Alarm 309 2

142 GPS Alarm 310 2

143 Signaling Failure Alarm 311 2

144 Signaling Propagation Delay Alarm/PLCCE Extended Trans. Alarm 312 2

145 Phase Comp protection failure alarm 313 2

146 IM64 Scheme Fail Alarm/Stability AB fail 314 2

147 IEEE C37.94 Communications Alarms/Stability AC fail 315 2

148 Stability A fail 316 2

149 Aid1 Channel Out 317 2

150 Aid2 Channel Out 318 2

151 Frequency out of range 319 2

152 BF Block AR 2 320 2

153 CB2 Monitor Alarm 321 2

154 CB2 Lockout Alarm 322 2

155 CB2 Status Alarm 323 2

156 CB2 Failed to Trip 324 2

157 CB2 Failed to Close 325 2

158 Control CB2 Unhealthy 326 2

159 Unused 327 2

160 Unused 328 2

161 Unused 329 2

162 Unused 330 2


MiCOM P547


P547 Point Index



163 Unused 331 2

164 Incompatible relays/Stability B fail 332 2

165 In Valid Message Format/Stability C fail 333 2

166 Copro Main Prot. Fail 334 2

167 Configuration Error/Stability test fail 335 2

168 Re-Configuration Error 336 2

169 C Diff Protection Comms Mode 337 2

170 Max Prop Delay Alarm 338 2

171 In Valid Message Format/Stability C fail 339 2

172 Unused 340 2

173 Unused 341 2

174 Unused 342 2

175 Unused 343 2

176 Unused 344 2

177 SR User Alarm 1 345 2




181 MR User Alarm 5 349 2



184 Battery Fail 352 2

185 Field Volts Fail 353 2

186 Comm2 H/W Fail 354 2

187 Platform Alarm 4 355 2











(MD) -174


P547 Point Index



197 IM Loopback 365 2

198 IM Message Fail 366 2

199 IM Data CD Fail 367 2

200 IM Channel Fail 368 2

201 Backup Setting 369 2















Trip Status

216 Aided 1 Distance Trip 503 2

217 Aided 1 DEF Trip 505 2

218 Aided 2 Distance Trip 519 2

219 Aided 2 DEF Trip 521 2

220 Any Trip 522 2

221 Trip A 523 2

222 Trip B 524 2

223 Trip C 525 2

224 2/3 Phase fault 527 2

225 3 Phase Fault 528 2

226 Auto-reclose trip test 576 2

227 Auto-reclose trip test A phase 577 2

228 Auto-reclose trip test B phase 578 2

229 Auto-reclose trip test C Phase 579 2


MiCOM P547


P547 Point Index



230 Zone 1 Trip 608 2

231 Zone 1 A Phase Trip 609 2

232 Zone 1 B Phase Trip 610 2

233 Zone 1 C Phase Trip 611 2

234 Zone 1 N Trip 612 2

235 Zone 2 Trip 613 2




239 Zone 2 N Trip 617 2

240 Zone 3 Trip 618 2




244 Zone 3 N Trip 622 2

245 Zone P Trip 623 2

246 Zone P A Phase Trip 624 2

247 Zone P B Phase Trip 625 2

248 Zone P C Phase Trip 626 2

249 Zone P N Trip 627 2

250 Zone 4 Trip 628 2




254 Zone 4 N Phase Trip 632 2

255 Aided 1 Trip A 633 2

256 Aided 1 Trip B 634 2

257 Aided 1 Trip C 635 2

258 Aided 1 Trip N 636 2

259 Aided 1 WI Trip A 637 2

260 Aided 1 WI Trip B 638 2

261 Aided 1 WI Trip C 639 2

262 Aid1 DEF Trip3Ph 641 2

263 Aid1 WI Trip 3Ph 642 2


(MD) -176


P547 Point Index



264 Aided 2 Trip A 643 2

265 Aided 2 Trip B 644 2

266 Aided 2 Trip C 645 2

267 Aided 2 Trip N 646 2

268 Aided 2 WI Trip A 647 2

269 Aided 2 WI Trip B 648 2

270 Aided 2 WI Trip C 649 2

271 Aid2 DEF Trip3Ph 651 2

272 Aid2 WI Trip 3Ph 652 2

273 Loss ofLoad Trip 654 2

274 1st Stage O/C Trip 3ph 655 2

275 1st Stage O/C Trip A 656 2

276 1st Stage O/C Trip B 657 2

277 1st Stage O/C Trip C 658 2

278 2nd Stage O/C Trip 3ph 659 2

279 2nd Stage O/C Trip A 660 2

280 2nd Stage O/C Trip B 661 2

281 2nd Stage O/C Trip C 662 2

282 3rd Stage O/C Trip 3ph 663 2

283 3rd Stage O/C Trip A 664 2

284 3rd Stage O/C Trip B 665 2

285 3rd Stage O/C Trip C 666 2

286 4th Stage O/C Trip 3ph 667 2

287 4th Stage O/C Trip A 668 2

288 4th Stage O/C Trip B 669 2

289 4th Stage O/C Trip C 670 2

290 1st Stage SBEF Trip 671 2

291 2nd Stage SBEF Trip 672 2

292 3rd Stage SBEF Trip 673 2

293 4th Stage SBEF Trip 674 2

294 1st Stage SEF Trip 675 2

295 2nd Stage SEF Trip 676 2

296 3rd Stage SEF Trip 677 2

297 4th Stage SEF Trip 678 2


MiCOM P547


P547 Point Index



298 Broken Conductor Trip 679 2

299 Thermal Overload Trip 680 2

300 UV 1 3 Phase Trip 683 2

301 UV 1 A Phase Trip 684 2

302 UV 1 B Phase Trip 685 2

303 UV 1 C Phase Trip 686 2

304 UV 2 3 Phase Trip 687 2

305 UV 2 A Phase Trip 688 2

306 UV 2 B Phase Trip 689 2

307 UV 2 C Phase Trip 690 2

308 OV 1 3 Phase Trip 691 2

309 OV 1 A Phase Trip 692 2

310 OV 1 B Phase Trip 693 2

311 OV 1 C Phase Trip 694 2

312 OV 2 3 Phase Trip 695 2

313 OV 2 A Phase Trip 696 2

314 OV 2 B Phase Trip 697 2

315 OV 2 C Phase Trip 698 2

316 Pole Discrepancy 699 2

317 Residual OV 1 Trip 700 2

318 Residual OV 2 Trip 701 2

319 TOR Trip Zone 1 704 2




323 TOR Trip Zone P 708 2

324 SOTF Trip Zone 1 709 2




328 SOTF Trip Zone P 713 2

Start Status

329 Any Start 736 2

330 Zone 1 A Phase Start 741 2


(MD) -178


P547 Point Index



331 Zone 1 B Phase Start 742 2

332 Zone 1 C Phase Start 743 2

333 Zone 1 N Start 744 2









342 Zone P A Phase Start 753 2

343 Zone P B Phase Start 754 2

344 Zone P C Phase Start 755 2

345 Zone P N Start 756 2





350 1st Stage O/C Start 3ph 761 2

351 1st Stage O/C Start A 762 2

352 1st Stage O/C Start B 763 2

353 1st Stage O/C Start C 764 2

354 2nd Stage O/C Start 3ph 765 2

355 2nd Stage O/C Start A 766 2

356 2nd Stage O/C Start B 767 2

357 2nd Stage O/C Start C 768 2

358 3rd Stage O/C Start 3ph 769 2

359 3rd Stage O/C Start A 770 2

360 3rd Stage O/C Start B 771 2

361 3rd Stage O/C Start C 772 2

362 4th Stage O/C Start 3ph 773 2

363 4th Stage O/C Start A 774 2

364 4th Stage O/C Start B 775 2


MiCOM P547


P547 Point Index



365 4th Stage O/C Start C 776 2

366 1st Stage SBEF Start 777 2

367 2nd Stage SBEF Start 778 2

368 3rd Stage SBEF Start 779 2

369 4th Stage SBEF Start 780 2

370 1st Stage SEF Start 781 2

371 2nd Stage SEF Start 782 2

372 3rd Stage SEF Start 783 2

373 4th Stage SEF Start 784 2

374 Thermal Overload Alarm 785 2

375 UV 1 3 Phase Start 788 2

376 UV 1 A Phase Start 789 2

377 UV 1 B Phase Start 790 2

378 UV 1 C Phase Start 791 2

379 UV 2 3 Phase Start 792 2

380 UV 2 A Phase Start 793 2

381 UV 2 B Phase Start 794 2

382 UV 2 C Phase Start 795 2

383 OV 1 3 Phase Start 796 2

384 OV 1 A Phase Start 797 2

385 OV 1 B Phase Start 798 2

386 OV 1 C Phase Start 799 2

387 OV 2 3 Phase Start 800 2

388 OV 2 A Phase Start 801 2

389 OV 2 B Phase Start 802 2

390 OV 2 C Phase Start 803 2

391 Residual OV 1 Start 804 2

392 Residual OV 2 Start 805 2

Control

393 Bfail1 Trip 3ph 834 2

394 Bfail2 Trip 3ph 835 2

395 Control Trip 838 2

396 Control Close 839 2

397 Control Close in Progress 842 2


(MD) -180


P547 Point Index



398 AR Block Main Protection 843 2

399 Auto-Reclose/(AR 3 pole) in Progress 844 2

400 AR 1pole in progress 845 2

401 Seq Counter = 1 847 2





406 Successful Reclosure 852 2

407 Dead Time in Progress 853 2

408 Auto Close/ AR Close 854 2

409 3P Auto-reclose In/Out of service 856 2

410 1P Auto-reclose In/Out of service 857 2

411 AR Blocked 859 2

412 IA< Operate 864 2

413 IB< Operate 865 2

414 ISEF< Operate 873 2

415 Z1X Active 876 2

416 TOC Active 877 2

417 TOR Active 878 2

418 SOTF Active 879 2

419 Live Bus 886 2

420 Dead Bus 887 2

421 Live Line 888 2

422 Dead Line 889 2

CB Monitoring

423 All Poles Dead 890 2

424 Any Pole Dead 891 2

425 Phase A Pole Dead 892 2

426 Phase B Pole Dead 893 2

427 Phase C Pole Dead 894 2

428 3 ph CB Open 903 2

429 Ph A CB Open 904 2

430 Ph B CB Open 905 2


MiCOM P547


P547 Point Index



431 Ph C CB Open 906 2

432 3 ph CB Closed 907 2

433 Ph A CB Closed 908 2

434 Ph B CB Closed 909 2

435 Ph C CB Closed 910 2

Funtion Key Status

436 Function Key 1 1096 2










CB Monitoring

446 Broken Current Alarm 1106 2

447 Broken Current lookout 1107 2

448 Maintenance Alarm 1108 2

449 Maintenance Lockout 1109 2

450 Excessive Op Time Alarm 1110 2

451 Excessive Op Time Lookout 1111 2

452 EFF Lockout 1112 2

Channel Monitoring

453 Backup Enabled 1146 2

Password Indication

454 HMI Access Lvl 1 1176 2

455 HMI Access Lvl 2 1177 2

456 FPort AccessLvl1 1178 2

457 FPort AccessLvl2 1179 2

458 RPrt1 AccessLvl1 1180 2




(MD) -182


P547 Point Index




?

462 New Fault Record 1192 2

463 IRIG-B Status 2

464 Phase A Under Voltage 829 2

465 Phase B Under Voltage 830 2

466 Phase C Under Voltage 831 2

467 Teleprotection Disturbed 1375 2

468 I>> Back Up Supervision 1376 2

469 O/C Trip By VTS 1377 2

470 Teleprotection Sent 1378 2

471 Teleprotection Received 1379 2

472 Group Warning 1380 2

473 Group Alarm 1381 2

474 AR In Service 1385 2

?

475 Predictive Out of Step Trip 552 2

476 Out of Step Tripping Operation 553 2

477 Predictive out of step trip 557 2

478 Out of step tripping operation 558 2

479 TOR Trip CNV 571 2

480 SOTF Trip CNV 572 2

481 I2> Stage 1 Trip 573 2

482 I2> Stage 2 Trip 574 2

483 I2> Stage 3 Trip 1161 2

484 I2> Stage 4 Trip 1162 2

485 Under frequency Stage 1 trip 1163 2




489 Over frequency Stage 1 Trip 601 2

490 Over frequency Stage 2 Trip 602 2

491 ROCOF Stage 1 Trip 603 2



MiCOM P547


P547 Point Index





495 Phase Comp Trip 725 2

496 Phase Comp Trp A 726 2

497 Phase Comp Trp B 727 2

?

498 I2> Stage 1 Start 567 2




502 Under frequency Stage 1 Start 1155 2




506 Over frequency Stage 1 Start 1159 2

507 Over frequency Stage 2 Start 1160 2

508 ROCOF Stage 1 Start 597 2




512 Delta I2 Low Start 807 2

513 Delta I2 High Start 808 2

514 Delta I1 Low Start 809 2

515 Delta I1 High Start 810 2

516 Threshold I2 Low Start 811 2

517 Threshold I2 High Start 812 2

518 Threshold I1 Low Start 813 2

519 Threshold I1 High Start 814 2

520 V2 Low Start 815 2

521 V2 High Start 816 2

522 Ph Z2 Lo Start 817 2

523 Ph Z2 Hi Start 818 2




(MD) -184


P547 Point Index





528 Ph ZP Lo Start 823 2

529 Ph ZP Hi Start 824 2

530 Any delta current start 825 2

531 Any thesh current start 826 2

532 Any low starter start 827 2

533 Any high starter start 828 2

?

534 Stability test pass 545 2

535 Channel test completed 714 2

536 Channel test started 715 2

6.1.1 Time stamping

Time stamping of unpacked binary points is with respect to when a change event scan is performed by the DNP3 driver, which may yield up to a 0.5s error. The time stamping of packed binary points is with respect to when the point changed state and is not tied to DNP3 driver scan period.

Packed binary points are Digital Data Bus signals as used by the Programmable Scheme Logic whereas unpacked binary points are generally not part of the Digital Data Bus.


MiCOM P547

(MD) -185

6.2 Binary output status points and control relay output block

The following table lists both the Binary Output Status Points (Object 10) and the Control Relay Output Block (Object 12).

Binary Output Status points are included in Class 0 data set. (Since there is not a change-event object for the binary outputs, the binary output points are not part of the class 1, 2, or 3 data sets). It is not possible to configure the class 0 membership of this object with MiCOM S1.


The Control Relay Output Block (CROB) implementation is compliant with the DNP technical bulletin TB2000-006, which rescinds CROB behaviors specified in the original four document set and addendum sub-set documents.

The following text is a brief summary of DNP technical bulletin TB2000-006:

Each control point in the CROB may be either a "complimentary control function" or a "single function".

Examples of complimentary control functions are:

• Trip and close

• On and Off

Examples of single-function controls are:

• Trip

• Activate

A point index cannot support both complimentary and single-function methods of operation.

Complimentary control function points require the use of a complementary control-code pair. The CROB provides two sets of control pairs:

• Code 0316 "Latch On" and code 0416 "Latch Off"

• Code 4116 "Pulse On/Close" and code 8116 "Pulse On/Trip"

In DNP there is no significance to these codes; they do the same thing. A complimentary-control point may "permit" either or both of these pairs. If a point permits both pairs of codes then:

• Latch On and Pulse Close must perform the same function

• Latch Off and Pulse Trip must perform the same function

Single-function control points may permit one or more of the following control codes:

• Code 0116 "Pulse On"

• Code 0316 "Latch On"

• Code 0416 "Latch Off"

• Code 4116 "Pulse On/Close

• Code 8116 "Pulse On/Trip"

There is no significance to these codes; they do the same thing. Each of the permitted single-function codes must perform the same function on a given single-function point index.

The original DNP 3.0 specification for the CROB "exposes the details of the device hardware to the protocol stack. This is unnecessary and creates interoperability issues". Moreover, "some IED vendors have implemented points that do different things based on the control


(MD) -186

MiCOM P547

code that is sent. "E.g. a point latches for the latch codes and pulses for the pulse codes. "This perverts the original intent of the CROB and makes it impossible for masters that statically configure control codes to be interoperable with such [IEDs]. This type of implementation is also not transportable across legacy protocol boundaries."

In the following table, point indices that are marked as “unpaired” will accept the correspondingly marked control codes and treat them identically as a “trigger” for the command action associated with the point. Unpaired points do not have a state value that can be read and a read request, whilst completing successfully, will always return a value of zero.

Points that are marked as “paired” behave as complimentary-controls and have a state value that can be read. The Latch On and Pulse On/Close control-codes set the specified output status point whilst the Latch Off and Pulse On/Trip codes reset it.

The Count field is not supported and must be either zero or one. The On-time, and Off-time fields are ignored. The Queue and Clear bits in the Control-Code field are not supported and must be zero. The “Pulse Off” control-code code is not supported.

Binary Output Status Points Object Number: 10 Request Function Code supported: 1 (read) Default Variation reported when variation 0 requested: 2 (Binary Output Status) Control Relay Output Block (CROB) Object Number: 12 Request Function Code supported: 3 (select) 4 (operate) 5 (direct operate) 6 (direct operate, no ack)

Supported CROB Fields

P547 Point Index Name/Description

Paire

d

Unp

aire

d

Latc

h O

n

Latc

h O

ff

Puls

e O

n

Puls

e

Puls

e O

n/Tr

ip

Active Setting Groups1

0 Activate Setting Group 1 * * * * * *




Controls 1

4 CB Trip/Close * * * * *

5 CB Trip * * * * * *

6 CB Close * * * * * *

7 Reset Indication * * * * * *

8 Reset Demand * * * * * *

9 Reset Thermal * * * * * *

10 Clear Events * * * * * *

11 Clear Faults * * * * * *

12 Clear Maintenance s * * * * * *

13 Test LEDs * * * * * *

14 Test Auto-reclose – 3 Phase * * * * * *

15 Test Auto-reclose – A Phase * * * * * *

16 Test Auto-reclose – B Phase * * * * * *


MiCOM P547

(MD) -187




Paire

d

Unp

aire

d

Latc

h O

n

Latc

h O

ff

Puls

e O

n

Puls

e

Puls

e O

n/Tr

ip

17 Test Auto-reclose – C Phase * * * * * *

18 Lockout Reset * * * * * *

19 Reset Total Auto-reclosures * * * * * *

20 Reset Circuit Breaker Data * * * * * *

21 Clear Statistics * * * * * *

22 Clear Statistics 2 * * * * * *

23 Reset FaultRec Indication * * * * * *

Control Virtual Input Status 2

24 Control Input 1 * * * * *
























(MD) -188

MiCOM P547




Paire

d

Unp

aire

d

Latc

h O

n

Latc

h O

ff

Puls

e O

n

Puls

e

Puls

e O

n/Tr

ip










Record Control - Uncompressed Disturbance Recorder 1

56 Clear Disturbance Records * * * * * * 1 LATCH_ON and PULSE_ON operations are supported, although both have the same effect for these

data points; the operation is carried out once. 2 LATCH_ON and LATCH_OFF operations are supported. PULSE_ON is not supported. The queue,

clear, trip/close, on time and off time fields are ignored. A read of these points through object 10 will always return zero.

6.3 Counters

The following table lists both Binary Counters (Object 20) and Frozen Counters (Object 21). When a freeze function is performed on a Binary Counter point, the frozen value is available in the corresponding Frozen Counter point.

By default the Binary Counters (Object 20) and Frozen Counters (Object 21) are included in class 0 polls. The MiCOM S1 setting support software may be used to alter both of these assignments. (Since there is not a change-event object for the Binary Counters or Frozen Counters, the counter points are not part of the class 1, 2, or 3 data sets). However, deselecting a point from class 0 also has the effect of removing the point from the point-list of the associated object (20 or 21) and renumbering the remaining points to ensure the point indices are contiguous. Moreover, if a point is deselected from the running counter object (20) then it is also deselected from the frozen counter object (21).



MiCOM P547

(MD) -189

Binary Counter Points Static (Steady-State) Object Number: 20 Request Function Code supported: 1(read), 7(freeze), 8(freeze no ack), 9(freeze and clear), 10(freeze and clear, no ack) Static Variation reported when variation 0 requested: 5 (32-Bit Binary Counter without Flag) Change Event Variation reported when variation 0 requested: None - not supported Frozen Counter Points Static (Steady State) Object Number: 21 Request Function Code supported: 1 (read) Static Variation reported when variation 0 requested: 9 (32-Bit Binary Counter without Flag) Change Event Variation reported when variation 0 requested: None - not supported

P547 Point Index Name/Description Data Type Default Change


0 3Ph Whours Fwd D10 3

1 3Ph Whours Rev D10 3

2 3Ph VarHours Fwd D10 3

3 3Ph VarHours Rev D10 3

4 CB A Operations D1 3

5 CB B Operations D1 3

6 CB C Operations D1 3

7 Total IA Broken D1 3

8 Total IB Broken D1 3

9 Total IC Broken D1 3

10 Total Reclosures D1 3

6.4 Analog inputs

The following table lists the Analog Inputs (Object 30).

For each point, the “Data Type” code refers to the points scaling information in section 6.5; analog values are provided in a fixed-point integer format derived from the relay’s internal per-unit quantities. The scaling information associated with each data-type code, in section 6.5, will result in an equivalent secondary (i.e. relay input) value. Additional scaling will be required to produce the primary (i.e. power system) values.

By default, all the static object (Object 30) points belong to the Class 0 data set. The “Default Deadband”, and the “Default Change Event Assigned Class” columns are used to represent the absolute amount by which the point must change before an analog change event will be generated. The default allocation of the points in the change-event object (Object 32) to a change-event class (1, 2, 3) is also indicated. The class 0, deadband, and event class values may be changed with the MiCOM S1 setting support software. However, deselecting a point from class 0 also has the effect of removing the point from the point-list of objects 30 & 32 and renumbering the remaining points to ensure the point indices are contiguous.



(MD) -190

MiCOM P547

Analog Inputs Static (Steady State) Object Number: 30 Change Event Object Number: 32 Request Function Codes supported: 1 (read) Static Variation reported when variation 0 requested: 2 (16-Bit Analog Input) Change Event Variation reported when variation 0 requested: 2 (16-Bit Analog Change Event without Time)

P547 Point Index Name/Description Data Type Valid Range Default

D/band

Default Change

Event Class (1, 2, 3, or

none)

Active Group

0 Active Group D9 1 … 4 1 3

Measurements 1

1 IA Magnitude D1 0.000…65.534 0.1 3

2 IA Phase Angle D4 -180.00…+180.00 1 3

3 IB Magnitude D1 0.000…65.534 0.1 3

4 IB Phase Angle D4 -180.00…+180.00 1 3

5 IC Magnitude D1 0.000…65.534 0.1 3

6 IC Phase Angle D4 -180.00…+180.00 1 3

7 IN DerivedMagnitude D1 0.000…65.534 0.1 3

8 IN Derived Angle D4 -180.00…+180.00 1 3

9 ISEF Magnitude D2 0.000…65.534 0.01 3

10 ISEF Angle D4 -180.00…+180.00 1 3

11 I1 Magnitude D1 0.000…65.534 0.1 3

12 I2 Magnitude D1 0.000…65.534 0.1 3

13 I0 Magnitude D1 0.000…65.534 0.1 3

14 IA RMS D1 0.000…65.534 0.1 3

15 IB RMS D1 0.000…65.534 0.1 3

16 IC RMS D1 0.000…65.534 0.1 3

17 VAB Magnitude D3 0.00…220.00 5 3

18 VAB Phase Angle D4 -180.00..+180.00 1 3

19 VBC Magnitude D3 0.00…220.00 5 3

20 VBC Phase Angle D4 -180.00…+180.00 1 3

21 VCA Magnitude D3 0.00…220.00 5 3

22 VBA Phase Angle D4 -180.00…+180.00 1 3

23 VAN Magnitude D3 0.00…220.00 5 3

24 VAN Phase Angle D4 -180.00…+180.00 1 3

25 VBN Magnitude D3 0.00…220.00 5 3

26 VBN Phase Angle D4 -180.00…+180.00 1 3

27 VCN Magnitude D3 0.00…220.00 5 3

28 VCN Phase Angle D4 -180.00…+180.00 1 3

29 V1 Magnitude D3 0.00…220.00 5 3

30 V2 Magnitude D3 0.00…220.00 5 3

31 V0 Magnitude D3 0.00…220.00 5 3

32 VAN RMS D3 0.00…220.00 5 3


MiCOM P547

(MD) -191



D/band

Default Change


none)

33 VBN RMS D3 0.00…220.00 5 3

34 VCN RMS D3 0.00…220.00 5 3

35 Frequency D5 5.00…70.00 0.5 3

36 C/S Voltage Mag D3 0.00…220.00 5 3

37 C/S Voltage Ang D4 -180.00…+180.00 1 3

38 C/S Bus-Line Ang D3 -180.00…+180.00 1 3

39 Slip Frequency D5 5.00…70.00 0.5 3

40 IM Magnitude D1 0.000…65.534 0.1 3

41 IM Phase Angle D4 -180.00…+180.00 1 3

Measurements 2

42 A Phase Watts D6 -3150.0…+3150.0 1 3

43 B Phase Watts D6 -3150.0…+3150.0 1 3

44 C Phase Watts D6 -3150.0…+3150.0 1 3

45 A Phase VArs D6 -3150.0…+3150.0 1 3

46 B Phase VArs D6 -3150.0…+3150.0 1 3

47 C Phase VArs D6 -3150.0…+3150.0 1 3

48 A Phase VA D6 -3150.0…+3150.0 1 3

49 B Phase VA D6 -3150.0…+3150.0 1 3

50 C Phase VA D6 -3150.0…+3150.0 1 3

51 3 Phase Watts D6 -31,500…+31,500 1 3

52 3 Phase VArs D6 -31,500…+31,500 1 3

53 3 Phase VA D6 -31,500…+31,500 1 3

54 3Ph Power Factor D8 0.000…1.000 0.1 3

55 APh Power Factor D8 0.000…1.000 0.1 3

56 BPh Power Factor D8 0.000…1.000 0.1 3

57 CPh Power Factor D8 0.000…1.000 0.1 3

58 3Ph W Fix Demand D6 -31,500…+31,500 1 3

59 3Ph VArs Fix Demand D6 -31,500…+31,500 1 3

60 IA Fixed Demand D1 0.000…65.534 0.1 3

61 IB Fixed Demand D1 0.000…65.534 0.1 3

62 IC Fixed Demand D1 0.000…65.534 0.1 3

63 3 Ph W Roll Demand D6 -31,500…+31,500 1 3

64 3 Ph VArs Roll Demand D6 -31,500…+31,500 1 3

65 IA Roll Demand D1 0.000…65.534 0.1 3

66 IB Roll Demand D1 0.000…65.534 0.1 3


(MD) -192

MiCOM P547



D/band

Default Change


none)

67 IC Roll Demand D1 0.000…65.534 0.1 3

68 3Ph W Peak Demand D6 -31,500…+31,500 1 3

69 3Ph VAr Peak Demand D6 -31,500…+31,500 1 3

70 IA Peak Demand D1 0.000…65.534 0.1 3

71 IB Peak Demand D1 0.000…65.534 0.1 3

72 IC Peak Demand D1 0.000…65.534 0.1 3

73 Thermal State D7 0.00…327.67 10 3

74 df/dt -10.00… +10.00 0.01 0.01

Measurements 3

75 IA Comp Mag D1 0.000…65.534 0.1 3

76 IA Comp Ang D4 -180.00…+180.00 1 3

77 IB Comp Mag D1 0.000…65.534 0.1 3

78 IB Comp Ang D4 -180.00…+180.00 1 3

79 IC Comp Mag D1 0.000…65.534 0.1 3

80 IC Comp Ang D4 -180.00…+180.00 1 3

Measurements 4

81 Remote Sym Delay D15 0.00000…0.32767 0.001 3

82 Local Sym Delay D15 0.00000…0.32767 0.001 3

83 Prop Delay D15 0.00000…0.32767 0.001 3

Fault Record Elements

84 Stats reset time s Lower D15 0.0000…0.32767 1 3

85 Stats reset time s Upper D15 0.0000…0.32767 1 3

86 Stats reset time ms D15 0.0000…0.32767 1 3

87 Faulted Phases D1 0.000…65.534 1 3

88 Started Elements Lower D1 0.000…65.534 1 3

89 Started Elements Upper D1 0.000…65.534 1 3

90 Started Elements 2 Lower D1 0.000…65.534 1 3

91 Started Elements 2 Upper D1 0.000…65.534 1 3

92 Tripped Elements (1) Lower D1 0.000…65.534 1 3

93 Tripped Elements (1) Upper D1 0.000…65.534 1 3

94 Tripped Elements (2) Lower D1 0.000…65.534 1 3

95 Tripped Elements (2) Upper D1 0.000…65.534 1 3

96 Fault Alarms Lower D1 0.000…65.534 1 3

97 Fault Alarms Upper D1 0.000…65.534 1 3

98 Fault Time s Lower D15 0.0000…0.32767 1 3


MiCOM P547

(MD) -193



D/band

Default Change


none)

99 Fault Time s Upper D15 0.0000…0.32767 1 3

100 Fault Time ms D15 0.0000…0.32767 1 3

101 Active Group D9 1 … 4 1 3

102 Frequency D5 5.00…70.00 0.5 3

103 Fault Duration D15 0.0000…0.32767 1 3

104 CB Operate Time D15 0.0000…0.32767 1 3

105 Relay Trip Time D15 0.0000…0.32767 1 3

106 FaultLocMetre D10 -9999.9…+9999.9 10 3

107 FaultLocMiles D7 -9999.9…+9999.9 10 3

108 FaultLocOhms D16 0.000…65.534 0.1 3

109 FaultLocPercent D7 0.000…65.534 1 3

110 ArSequenceCount D9 1 … 4 1 3

111 Ph A PreFault IMag D1 0.000…65.534 0.1 3

112 Ph A PreFault IAng D4 -180.00…+180.00 1 3

113 Ph B PreFault IMag D1 0.000…65.534 0.1 3

114 Ph B PreFault IAng D4 -180.00…+180.00 1 3

115 Ph C PreFault IMag D1 0.000…65.534 0.1 3

116 Ph C PreFault IAng D4 -180.00…+180.00 1 3

117 Ph N PreFault IMag D1 0.000…65.534 0.1 3

118 Ph N PreFault IAng D4 -180.00…+180.00 1 3

119 Ph M PreFault IMag D1 0.000…65.534 0.1 3

120 Ph M PreFault IAng D4 -180.00…+180.00 1 3

121 Ph A PreFault VMag D3 0.00…220.00 5 3

122 Ph A PreFault VAng D4 -180.00…+180.00 1 3

123 Ph B PreFault VMag D3 0.00…220.00 5 3

124 Ph B PreFault VAng D4 -180.00…+180.00 1 3

125 Ph C PreFault VMag D3 0.00…220.00 5 3

126 Ph C PreFault VAng D4 -180.00…+180.00 1 3

127 Ph N PreFault VMag D3 0.00…220.00 5 3

128 Ph N PreFault VAng D4 -180.00…+180.00 1 3

129 Ph A PostFault IMag D1 0.000…65.534 0.1 3

130 Ph A PostFault IAng D4 -180.00…+180.00 1 3

131 Ph B PostFault IMag D1 0.000…65.534 0.1 3

132 Ph B PostFault IAng D4 -180.00…+180.00 1 3

133 Ph C PostFault IMag D1 0.000…65.534 0.1 3


(MD) -194

MiCOM P547



D/band

Default Change


none)

134 Ph C PostFault IAng D4 -180.00…+180.00 1 3

135 Ph N PostFault IMag D1 0.000…65.534 0.1 3

136 Ph N PostFault IAng D4 -180.00…+180.00 1 3

137 Ph M PostFault IMag D1 0.000…65.534 0.1 3

138 Ph M PostFault IAng D4 -180.00…+180.00 1 3

139 Ph A PostFault VMag D3 0.00…220.00 5 3

140 Ph A PostFault VAng D4 -180.00…+180.00 1 3

141 Ph B PostFault Vmag D3 0.00…220.00 5 3

142 Ph B PostFault VAng D4 -180.00…+180.00 1 3

143 Ph C PostFault VMag D3 0.00…220.00 5 3

144 Ph C PostFault VAng D4 -180.00…+180.00 1 3

145 Ph N PostFault VMag D3 0.00…220.00 5 3

146 Ph N PostFault VAng D4 -180.00…+180.00 1 3

147 I1 Comp Mag D1 0.000…65.534 0.1 3

148 I1 Comp Ang D4 -180.00…+180.00 1 3

149 I2 Comp Mag D1 0.000…65.534 0.1 3

150 I2 Comp Ang D4 -180.00…+180.00 1 3

151 Local PU Delay D15 0.00000…0.32767 0.001 3

152 Prop Delay D15 0.00000…0.32767 0.001 3

153 Local Sym Delay D15 0.00000…0.32767 0.001 3

154 Remote Sym Delay D15 0.00000…0.32767 0.001 3


MiCOM P547

(MD) -195

6.5 Data type codes

Uni

ts

A

A

V

Deg

rees

Hz

W/V

Ar/V

A

%

[Non

e]

[Non

e]

Wh/

VA

rh/V

Ah

S

S

Min

C s

[Use

r]

Stan

dard

Num

eric

R

ange

0.00

0…65

.534

0.00

00…

2.00

00

0.00

…22

0.00

-180

.00…

+180

.00

5.00

…70

.00

-315

0.0…

+315

0.0

0.00

…32

7.67

0.00

0…1.

000

1…4

0…231

-1

-7.0

40…

+7.0

40

-0.0

220…

+0.0

220

0.00

…32

7.67

-40.

0…30

0.0

0.00

000…

0.32

767

-999

9.9…

+999

9.9

Cha

nge

Even

t D

eadb

and

STEP

0.00

5 In

0.00

1 In

0.1

Vn

/ 110

0.01

0.01

0.1I

n x

Vn

/ 110

0.01

0.01

1

In x

Vn

/ 110

(0.0

1 In

)( 11

0 / V

n)

(0.0

01 In

)( 11

0 / V

n)

0.5

0.01

0.00

01

0.01

Cha

nge

Even

t D

eadb

and

MA

X

64 In

2 In

220

Vn

/ 110

180

70

3200

In x

Vn

/ 110

320 1 4

3200

0 In

x V

n / 1

10

32 In

x (1

10 /

Vn)

2 In

x (1

10 /

Vn)

30

300

0.03

9999

Cha

nge

Even

t D

eadb

and

MIN

0.00

5 In

0.00

1 In

0.1

Vn

/ 110

0.01

0.01

0.01

In .V

n / 1

10

0.1

0.01

1

In x

Vn

/ 110

(0.0

1 In

)( 11

0 / V

n)

(0.0

01 In

)( 11

0 / V

n)

0.5

0.1

0.00

01

0.1

Def

ault

Cha

nge

Even

t D

eadb

and

0.1

0.01

5 1 0.5 1 10

0.1 1 n/a

0.1

0.01

5 1

0.00

1

10

Scal

ing

x In

/ 50

0

x In

/ 10

000

x V

n /(1

10 x

100

)

x 0.

01

x 0.

01

x 0.

1In

x V

n / 1

10

x 0.

01

x 0.

001

x 1

x In

x V

n / 1

10

x (In

/ 10

00)(

110

/ V

n)

x (In

/ 10

000)

( 110

/ V

n)

x 0.

01

x 0.

1

x 0.

0000

1

x 0.

1

Nam

e/D

escr

iptio

n

Sta

ndar

d P

hase

, RM

S, &

Seq

uenc

e C

urre

nt

I Sen

s

Vol

tage

Ang

le

Freq

uenc

y

Pow

er

Per

cent

age

Pow

er F

acto

r

Set

ting

Gro

up

Ene

rgy

Adm

ittan

ce (S

tand

ard

Cur

rent

)

Adm

ittan

ce (S

ensi

tive

Cur

rent

)

Tim

e (M

inut

es)

Tem

pera

ture

(Cel

sius

)

Tim

e (S

econ

ds)

CLI

O In

put V

alue

Dat

a Ty

pe

D1

D2

D3

D4

D5

D6

D7

D8

D9

D10

D11

D12

D13

D14

D15

D16

Not

es:

1.

Type

D6

can

repr

esen

t Wat

ts, V

Ars

or V

A, t

he e

xact

uni

t app

lied

depe

nds

on th

e de

scrip

tion

of th

e ite

m.

2.

The

defa

ult c

hang

e ev

ent d

eadb

and

is u

sed

unle

ss s

peci

fied

othe

rwis

e in

the

poin

t lis

t.

3.

The

scal

ing

valu

e re

pres

ents

the

mul

tiplie

r req

uire

d fo

r the

mas

ter s

tatio

n.

4.

In a

nd V

n re

pres

ent t

he ra

ted

curr

ent a

nd ra

ted

volta

ge re

spec

tivel

y..


(MD) -196

MiCOM P547

AREVA T&D's Automation & Information Systems Business www.areva-td.com T&D Worldwide Contact Centre online 24 hours a day: +44 (0) 1785 25 00 70 http://www.areva-td.com/contactcentre/

Pu

blic

atio

n:

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47

/EN

MD

/D3

2

P547_EN_MD_D32_database_стр. 145-162.pdf

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