Manual Covers and Contents Page

8/18/2019 Manual Covers and Contents Page

1/24

MiCOM

P543, P544,P545, P546

Current Differential Relay

Software Versions 41 and 51

Hardware Suffix K

Technical Manual

P54x EN M J74


2/24

Note: The technical manual for this device gives instructions for its installation, commissioning, andoperation. 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 actionwithout proper authorization. Contact the appropriate AREVA technical sales office and requestthe necessary information.

Any agreements, commitments, and legal relationships and any obligations on the part of AREVAincluding settlements of warranties, result solely from the applicable purchase contract, which isnot 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 registeredor not, are the property of their owners.

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

© 2006, AREVA. All rights reserved.


3/24


4/24


5/24

CONTENTS

Safety Section P54x/EN SS/D11

Update Documentation P54x/EN AD/xxx

Section 1 Introduction P54x/EN IT/G74

Section 2 Technical Data P54x/EN TD/J74

Section 3 Getting Started P54x/EN GS/B74

Section 4 Settings P54x/EN ST/B74

Section 5 Operation P54x/EN OP/B74

Section 6 Appl ication Notes P54x/EN AP/J74

Section 7 Programmable Logic P54x/EN PL/B74

Section 8 Measurements and Recording P54x/EN MR/B74

Section 9 Firmware Design P54x/EN FD/I74

Section 10 Commission ing P54x/EN CM/I74

Section 11 Maintenance P54x/EN MT/I74

Section 12 Troubleshooting P54x/EN TS/G74

Section 13 SCADA Communications P54x/EN SC/I74

Section 14 Symbols and Glossary P54x/EN SG/B74

Section 15 Installat ion P54x/EN IN/G74

Section 16 Firmware and Service Manual Version History P54x/EN VH/I74

Index

SS

N/A

IT

TD

GS

ST

OP

AP

PL

MR

FD

CM

MT

TS

SC

SG

IN

VH

Index


6/24


7/24

Documentation Update P54x/EN M/I74

MiCOM P543, P544, P545, P546 Page 1 of 6

DOCUMENTATION UPDATE FROM VERSIONS 0040 AND 0050K TO 0041 AND0051K

Since versions 0400 and 0050K (P54x/EN M/I64), several changes on existing features have been

amended or added. These are described below:

Document Ref. Section Page No. Description

- - -

EC declaration of conformity

Latest version to reflect relay software

P54x/EN IT/G74

1. 3

MiCOM documentation structure

Paragraph 1 : amended

3. 6

Product Scope

P543 and P545 features description :updated

P544 and P546 features description :updated

6

Functional overview

Row 2 of table : feature description amended

Data in row 3 of table : added

3.1 9 - 10

ANSI code 78 : added to table

Functional diagram : updated

P54x/EN TD/J74

- 3

High break contacts

Data added

- 6

Out of step

Data added

- 8

Fault locator

Data added : after disturbance records

- 9

InterMiCOM64 fiber optic teleprotection

Paragraph 2 : amended

Table : re-written

- 15 - 16

Througout

0.10…500.00/In Ω changed to

0.05…500.00/In Ω

- 16

Aided scheme 1

Send on trip data added

- 19

Out of step

Data added


8/24

P54x/EN M/I74 Documentation Update

Page 2 of 6 MiCOM P543, P544, P545, P546


P54x/EN TD/J74

Continued - 19

Supervision

VTS mode data added

P54x/EN ST/B74

1.1 4

Relay settings configuration

ANSI code 78 : added to PowerSwing Blockdescription

10

Line parameters

Line impedance minimum setting : changed

from 0.1/I Ω to 0.05/In Ω

1.3.1 12 - 13

Fault resistance minimum setting : changed

from 0.1/I Ω to 0.05/In Ω

16 - 19

Distance elements (only for models withdistance option)

Throughout section : minimum setting

changed from 0.1/I Ω to 0.05/In Ω

17 R3 Ph. Res Rev. : description amended

1.3.3 18 R3 Gnd. Res Rev. : description amended

1.3.5 23

Scheme logic (basic and aided schemelogic). Only in models with distanceoption

AIDED SCHEME 1 : Send on trip dataadded

1.3.6 27 - 28

Power swing blocking

OST Mode, Z5, Z6, Z5’, Z6’, R5, R6, R5’,R6’, Blinder Angle, Delta t and Tost : dataadded

1.3.16 39

Circuit breaker fail and undercurrentfunction

Ι< Current Set : description amended

1.3.17 40

Supervision (VTS, CTS, Inrush detectionand special weak infeed blocking)

VT SUPERVISION : VTS mode data added

1.3.18 42

System checks (check sync. function)

CS1 Phase angle minimum setting : changedfrom 5˚ to 0˚

CS2 Phase angle minimum setting : changedfrom 5˚ to 0˚


9/24




P54x/EN ST/B74

Continued

1.3.19 42

Auto-reclose function

1 Pole dead time minimum setting : changed

from 0.2s to 0.05sDead time 1 minimum setting : changed from0.2s to 0.05s

1.4.1 48

System data

Software Ref. 1 and Software Ref. 2 :software version updated

1.4.7.3 56

Communications settings for DNP3.0protocol

Last 2 lines of table : added

1.4.7.4 56

Communications settings for Ethernetport

NIC Link Timeout : description amended

P54x/EN OP/B74

1.1.6 21 - 22

Mesh corner and 1½ breaker switchedsubstations

Relay calculations after Figure 10 : amended

1.2 22

Disabling/enabling differential protection

New section added

1.3 23

Differential relay compatibility withprevious versions

Paragraph 1 : re-written

Last paragraph : added

1.5.3 24

Pole dead logic


1.20 44

Out of step detection and tripping

New section added

1.20.1 44

Out of step detection

New section added

1.20.1.1 44 - 45

Characteristic

New section added

1.20.1.2 45 - 46

Operating principle

New section added

1.23.2 58

Distance scheme POR - permissiveoverreach transfer trip

Figure 37 : updated


10/24




P54x/EN OP/B74

Continued 2.1.3.1 86

Trip initiate signals

Paragraph re-written

Auto-reclose logic diagrams

Figure 66 : updated

2.1.8 92 Figure 67 : updated

2.4 105

Voltage transformer supervision - fuse fail

Paragraph 6 : added


2.5.1 108

Differential CTS (no need of local voltage

measurements to declare CTS)

Paragraph before figure 79 : added

P54x/EN AP/J74

2.2.16 20 - 21

Out of step protection

New section added

2.2.17 21 - 22

Critical stability angle

New section added

2.2.17.1 22 - 23

Setting option recommendation

New section added

2.2.17.2 23 - 25

Blinder limits determination

New section added

2.2.17.3 25

Delta t, R5 and R6 setting determination

New section added

2.2.17.4 26

Tost (trip delay) setting

New section added

2.2.17.5 26

Blinder angle setting

New section added

2.2.17.6 26 - 27

Out of step operation on seriescompensated lines

New section added

2.2.23 28

General setting guidelines for DEF(directional ground overcurrent)

Setting data changed from : between 5 and20% In to between 10 and 20% In


11/24




P54x/EN PL/B74

21

Description of logic nodes

DDB number 437 : data added

25 DDB numbers 550 - 555 : data added

26 DDB numbers 556 to 575 : data added

31

DDB numbers 807 to 831 : changed to 807to 828

DDB numbers 829 - 831 : data added

1.7 39 - 40 DDB numbers 1375 - 1385 : data added

1.8 41

Factory default programmable schemelogic

Data in table : updated

Note after table : added

1.10 44

Standard relay output contact mappings

Heading changed

1.11 47 - 49

Optional high break relay output contactmappings

New section added

P54x/EN FD/I74

1.1.5 5

IRIG-B modulated or demodulated board(optional)

Heading changed

2.2 8

Co-processor board

1st sentence : re-written

2.5.3 11 - 12

High break relay board

New section added

2.5.3.1 12 - 13

High break contact applications

New section added

2.8 14

Ethernet board

Last paragraph : added

Figure 5 : added

P54x/EN CM/I74

6.2.7 43 - 44

Out of step protection (if enabled)

New section added

6.2.7.1 44

Predictive OST setting

New section added

6.2.7.2 45

OST setting

New section added


12/24




P54x/EN CM/I74

Continued 6.2.7.3 45

Predictive and OST setting

New section added

6.2.7.4 45

‘Tost’ timer test

New section added

10. 58 - 72

Commissioning test record

Amended to reflect latest relay software

11. 73 - 104

Setting record


P54x/EN IN/G74

8.

12 - 19

20 - 27

P54x external connection diagrams

Figures 5 - 12 : descriptions updated

Figures 13 - 20 : added

P54x/EN VH/I74

- -

Firmware and service manual versionhistory



13/24

Index

INDEX

A

Access level

(GS) 3-9, 11, 13, 15

(ST) 4-49, 53

(MR) 8-12

(CM) 10-13, 57, 79

Advanced setting mode

(ST) 4-12

(OP) 5-33

(AP) 6-14

Aided scheme

(ST) 4-4, 21, 23 - 25, 32 - 33

(OP) 5-23, 49, 51 - 52, 65 - 66, 74, 85, 90

(AP) 6-28, 39, 50

(CM) 10-35, 42 - 43, 45- 48, 56, 68

Aided tripping logic

(OP) 5-51, 54

Alarms

(GS) 3-4, 9, 11, 13

(ST) 4-49, 52

(FD) 9-17

Auto-reclose

(GS) 3-3

(ST) 4-5, 9, 25, 34, 44, 46, 50, 57 - 58, 60

(OP) 5-23, 46, 49, 65, 74, 85 - 99, 103 - 104,

109 - 110, 118

(AP) 6-27, 37, 49, 58 - 61(CM) 10-8, 10, 50, 68, 75, 100

Auto-reclose mode

(OP) 5-87, 90

Auxiliary supply

(OP) 5-109, 124

(AP) 6-54, 56, 64

(CM) 10-15, 18 - 21, 28 - 31, 33, 59, 63 - 64

(MT) 11-5 - 6

(IN) 15-7

B

Basic scheme

(ST) 4-21 - 23

(OP) 5-40 - 41, 65, 67

(AP) 6-19 - 20, 30

(CM) 10-56

Battery

(GS) 3-4, 6

(ST) 4-51, 61

(OP) 5-109, 124

(FD) 9-5, 8, 10, 17, 20 - 22

(CM) 10-19 - 21, 28, 30 - 31, 33, 42, 46, 74

(MT) 11-5 - 6

(IN) 15-4 - 5Binary inputs (see Opto inputs)

Broken conductor

(ST) 4-4, 30

(OP) 5-83, 108(AP) 6-36 - 37, 60

(CM) 10-74, 94

C

Capacitive charging current

(ST) 4-19, 21

(OP) 5-16, 18

(AP) 6-9 - 11

(CM) 10-55

Case dimensions

(IN) 15-9 - 10CB healthy

(ST) 4-45, 50

(OP) 5-85, 87 - 88, 117

(AP) 6-58, 60

(CM) 10-74, 100

Change of state

(MR) 8-4

Channel aided scheme

(OP) 5-23, 51

(AP) 6-28

Check synchronization

(ST) 4-9, 42, 46Slip frequency

(ST) 4-42 - 43

(OP) 5-98 - 101

Synchronism

(ST) 4-46

(OP) 5-87 - 89, 91, 98 - 100, 103, 117

(AP) 6-22, 59

System checks

(ST) 4-5, 42, 46

(OP) 5-91, 98 - 101, 103

(CM) 10-75, 99, 101

System split(ST) 4-43 - 44

(OP) 5-99 - 102

Circuit breaker condition monitoring

(ST) 4-59

(OP) 5-113 - 115

(AP) 6-61

Circuit breaker control

(ST) 4-44, 47 - 50

(OP) 5-116, 119 - 120

Circuit breaker fail

(ST) 4-5, 38 - 39

(OP) 5-80(AP) 6-36

Circuit breaker state monitoring

(OP) 5-109 - 110

Cleaning

(MT) 11-6


14/24

ndex

Clock source

(ST) 4-7

(OP) 5-132 - 134, 143

(AP) 6-38

(CM) 10-84

Commissioning tests

(ST) 4-5, 57

(OP) 5-30, 37, 86

(CM) 10-7 - 8, 38, 51, 70

(IN) 15-4

Commissioning test record

(CM) 10-58

Monitor bits

(CM) 10-9, 47

Communications

(GS) 3-5, 9, 16, 18 - 19

(ST) 4-5 - 6, 7 - 8, 40 - 41, 47, 49, 54 - 57, 62

(CM) 10-9, 14, 20, 22 - 27, 29 - 32, 35, 45, 48, 50,

52 - 53, 62 - 63, 69, 79

(MT) 11-3

(SC) 13-5 - 8, 10 - 12, 19 - 21, 24, 26 - 29

Communications interface

(FD) 9-11

(SC) 13-5

Courier

(GS) 3-7, 14 - 16

(CM) 10-7 - 9, 22 - 24, 62, 79

(SC) 13-5, 7 - 8, 10 - 12, 14 - 17, 19 - 20

DNP3.0 communication

(SC) 13-9, 21

DNP3.0 interface

(SC) 13-21

EIA(RS)485 interface

(FD) 9-11

(SC) 13-5

Ethernet

(GS) 3-5

(ST) 4-48, 56

(SC) 13-11, 24, 26, 29

(IN) 15-8

Ethernet board

(FD) 9-5, 14, 22

Ethernet port

(IN) 15-8

Fiber optic converter

(SC) 13-10, 14

GOOSE

(ST) 4-64

(SC) 13-26, 28 - 29

GOOSE input

(PL) 7-12

GOOSE output

(PL) 7-12

IEC 61850(GS) 3-5, 7

(ST) 4-48, 56, 64

(SC) 13-24 - 29

IRIG-B

(ST) 4-51, 56

(CM) 10-19 - 20, 74

(IN) 15-8

IRIG-B board

(FD) 9-5, 13, 22

Jabber

(SC) 13-6

K-BUS

(CM) 10-14, 22 - 23

(SC) 13-5, 7 - 8, 11 - 12, 14

Rear port

(GS) 3-7, 19

(ST) 4-6, 48, 54 - 55, 57

(MR) 8-5, 8

(FD) 9-5

(CM) 10-24

(SC) 13-5, 7 - 13, 16 - 17

SCADA

(CM) 10-22 - 23

(SC) 13-5, 7

Second rear communications

(FD) 9-13

(CM) 10-23 - 24

(SC) 13-11

Configuration

(GS) 3-4, 6, 8 - 9, 13, 15

(ST) 4-3, 5 - 10, 20, 26 - 27, 32 - 33, 47, 61 - 63, 65

Connection diagrams

(CM) 10-21

(IN) 15-12

Contacts (see also Output relays)

(GS) 3-5

(ST) 4-20, 37, 50, 57 - 58, 66

(FD) 9-5, 11 - 13, 15, 19, 22

(CM) 10-8 - 10, 16, 18 - 20, 22, 35 - 37, 39 - 40, 47, 59

Contact test

(ST) 4-58

(CM) 10-8, 10, 22, 47 - 48

Control inputs

(GS) 3-4, 12

(ST) 4-5, 61 - 62

(OP) 5-123 - 124(CM) 10-18, 75

(SC) 13-22

Courier (see Communications)

CT ratio

(ST) 4-20

(OP) 5-17 - 18

(AP) 6-11 - 12, 17, 30 - 31, 41, 43 - 44, 47

(CM) 10-25 - 26, 54, 58, 65, 73

CT ratio correction

(OP) 5-17 - 18

(AP) 6-11 - 12

Current reversal guard

(ST) 4-17, 19, 23

(OP) 5-56, 60 - 62

(AP) 6-29


15/24

Index

Current transformer supervision

(ST) 4-19, 21, 40

(OP) 5-23, 106 - 107

(AP) 6-60

Current transformers

(OP) 5-17, 127

Current transformer requirements

(AP) 6-62

D

Date and time

(GS) 3-11

(ST) 4-51, 53

(MR) 8-12

(CM) 10-19 - 20, 59, 74

(MT) 11-6

(SC) 13-19

Dead time

(ST) 4-44 - 46

(OP) 5-85 - 88, 91

(AP) 6-27, 49, 58 - 60

(CM) 10-100 - 101

Default display

(GS) 3-3 - 4, 9, 11, 13 - 14

(ST) 4-53

(MR) 8-12

(CM) 10-79

Default mappings

(GS) 3-5

Default programmable scheme logic(PL) 7-40

De-ionizing time

(AP) 6-59

Delta directional

(ST) 4-16, 59

(OP) 5-29, 33, 35, 37 - 38

(AP) 6-18

(CM) 10-11

Differential CTS

(OP) 5-23, 107 - 108

(AP) 6-60 - 61

Differential protection

(FD) 9-5, 18

Digital filtering

(AP) 6-18

Dimensions

(IN) 15-5, 9 - 10

Direct trip

(OP) 5-140

(AP) 6-36

Directional earth fault

(ST) 4-4, 32 - 33, 45

(OP) 5-11, 74 - 75

(AP) 6-7, 14, 31 - 32

(CM) 10-45

Directional function

(ST) 4-32

Directional overcurrent protection

(ST) 4-29

(OP) 5-70, 74

Discrimination timer

(OP) 5-91

Disposal

(MT) 11-6

Distance polarizing

(OP) 5-49

(CM) 10-88

Distance protection

(FD) 9-8, 18

Distance setup

(ST) 4-11 - 12, 17 - 18

(OP) 5-49

(AP) 6-18

(CM) 10-39 - 40, 87

Disturbance recorder(GS) 3-7 - 8, 14

(ST) 4-3, 5, 65 - 66

(MR) 8-6, 8 - 9

(FD) 9-7, 17 - 18, 20

Disturbance records

(GS) 3-4, 7, 16

(ST) 4-55

(MR) 8-8 - 9

(FD) 9-13, 20 - 21

(CM) 10-57, 71

DNP3.0 communication (see Communications)

Documentation structure

(IT) 1-3

E

Earth connection

(IN) 15-8

Earth fault protection (Ground fault)

(ST) 4-4, 33, 45

(OP) 5-50, 73 - 74, 90

(AP) 6-14, 31 - 32, 36, 50

EIA(RS)485 interface (see Communications)

Environmental conditions (EMC) (see Technical data)

Error code

(TS) 12-3 - 6

Error message

(TS) 12-4, 6

ESD

(MR) 8-7

Ethernet (see Communications)

Event records

(GS) 3-9, 15

(ST) 4-49

(MR) 8-3, 6

(FD) 9-17

(SC) 13-17

Event filtering

(MR) 8-7


16/24

ndex

Excessive fault frequency

(ST) 4-60

(OP) 5-91

(AP) 6-61

F

Factory default PSL (see Programmable scheme logic)

Failure of opto-isolated inputs

(TS) 12-7

Failure of output contacts

(TS) 12-7

Fault locator

(ST) 4-9 - 10

(FD) 9-20

(CM) 10-55

Fault record

(GS) 3-4, 7, 9, 11, 13(ST) 4-47, 49, 52, 65

(OP) 5-124 - 125, 127

(MR) 8-3, 5 - 9

(FD) 9-17, 20

(SC) 13-16 - 17

Fiber optic converter (see Communications)

Field voltage supply

(FD) 9-21

(CM) 10-21

Filtering

(OP) 5-16, 19 - 20, 39, 124

(MR) 8-7

(FD) 9-7, 10, 18 - 19

Fixed demand

(ST) 4-53

(MR) 8-11 - 13

Force 3 pole trip

(OP) 5-97

Fourier filtering

(FD) 9-19

Front panel user interface

(GS) 3-7, 9 - 10, 13

(ST) 4-53

(MR) 8-12(CM) 10-15

Front view

(GS) 3-3

Function keys

(GS) 3-3 - 4

(ST) 4-62

(OP) 5-109, 121 - 122

(FD) 9-5

Function key properties

(PL) 7-13

G

Gate properties

(PL) 7-16

Getting started

(GS) 3-3

GOOSE (see Communications)

GOOSE input (see Communications)

GOOSE output (see Communications)

GPS

(ST) 4-8

(OP) 5-13 - 16, 23, 129, 131, 145 - 147(CM) 10-33 - 34, 84 - 85

Ground distance

(ST) 4-13, 17

(OP) 5-26, 34 - 35

(AP) 6-15, 50, 53

Ground fault protection (see Earth fault)

H

Handling of electronic equipment

(IN) 15-3

Hardware overview

(FD) 9-5

Hardware suffix

(VH) 16-1

High break

(FD) 9-11 - 13

Hotkeys

(ST) 4-5, 49, 65

(OP) 5-116, 121

Hotkey menu navigation

(GS) 3-11 - 12

I

IEC curve

(OP) 5-69

IEC 60870-5-103 (see Communications)

IEC 61850 (see Communications)

IEEE C37.94

(CM) 10-32

IMx command type

(AP) 6-38

IMx fallback mode

(OP) 5-142

(AP) 6-39

Initial problem identification

(TS) 12-3

Input labels

(ST) 4-5, 47, 64

(CM) 10-75, 101

Input signal properties

(PL) 7-12

Inrush detection

(ST) 4-39, 41

(OP) 5-109(CM) 10-99

Insulation resistance tests

(CM) 10-17 - 18, 27 - 29, 31, 33

Interface units

(CM) 10-26 - 27, 29, 31, 33, 52 - 53


17/24

Index

InterMiCOM64

(ST) 4-4, 6 - 7, 9

(OP) 5-139 - 143

(AP) 6-38 - 39

(PL) 7-38

(CM) 10-11, 19, 26 - 30, 32, 47, 75

IRIG-B (see Communications)

IRIG-B board (see Communications)

J

Jabber (see Communications)

K

K-BUS (see Communications)

L

Language

(IT) 1-10

(GS) 3-4, 8, 14

(ST) 4-47 - 48

(SC) 13-11

LCD contrast

(GS) 3-4

(ST) 4-6

(CM) 10-19, 59, 75

Line parameters

(ST) 4-10, 12, 23

(OP) 5-23

(AP) 6-14

(CM) 10-40 - 41, 87

Load avoidance

(OP) 5-39

(AP) 6-18, 49 - 50

Load blinder

(ST) 4-15

(OP) 5-32, 35, 39 - 40, 42, 46

(AP) 6-15, 19, 24

(CM) 10-40, 66, 88

Local contact list

(TS) 12-11

Logic gates

(SG) 14-9

Logic symbols

(SG) 14-1

Logic timers

(SG) 14-7

Loopback mode

(CM) 10-8, 11, 27, 29 - 30, 32, 35 - 36, 52

Loss of load

(ST) 4-25 - 26

(OP) 5-64, 66 - 68(AP) 6-30

M

Maintenance checks

(MT) 11-3

Maintenance period

(MT) 11-3

Method of repair

(MT) 11-4

Maintenance reports

(MR) 8-5 - 6

Measurements

(GS) 3-7, 16

(ST) 4-53

(OP) 5-17, 22, 36, 81, 107, 144

(AP) 6-28, 31, 33, 37, 53

(MR) 8-3, 5, 10 - 15

(FD) 9-7, 17 - 18

(CM) 10-15, 25 - 28, 30, 32, 34, 53 - 56, 70

Menu navigation

(GS) 3-10 - 12

Menu structure

(GS) 3-3, 7 - 9, 11

Mesh corner

(OP) 5-21

(AP) 6-13

Mho expansion

(ST) 4-15

(OP) 5-31

MiCOM S1

(GS) 3-14, 16 - 17, 20 - 21(PL) 7-7 - 8

Monitor bits (see Commissioning tests)

Mounting

(TD) 2-1

(IN) 15-5 - 6

MOV

(AP) 6-26 - 27

Multiplexer link

(OP) 5-132 - 133

Mutual compensation

(ST) 4-10 - 11

(OP) 5-26, 38, 124, 126 - 127

(AP) 6-14

Mutual cutoff

(OP) 5-27

N

Negative sequence overcurrent

(ST) 4-4, 30

(OP) 5-76

(AP) 6-32

Neutral voltage displacement (see also residual voltage)

(ST) 4-35

(AP) 6-34, 53


18/24

ndex

O

Offset Mho

(OP) 5-32

Offset quadrilateral

(OP) 5-33

Oil circuit breakers

(AP) 6-61

On-load checks

(CM) 10-47, 54, 70

Open delta

(AP) 6-14, 53

Optical budgets

(OP) 5-128, 132, 145

(AP) 6-37

Optical fiber

(OP) 5-128 - 129, 131 - 133

(AP) 6-38(CM) 10-26 - 28, 30, 32, 34, 52 - 53, 70

Opto inputs

(GS) 3-6

(ST) 4-37, 47 - 48, 61, 66

(OP) 5-21, 59, 77, 90, 122, 124

(AP) 6-54 - 56

(MR) 8-4, 9

(FD) 9-10

(CM) 10-21

Opto signal properties

(PL) 7-11

OST

(OP) 5-44, 46

(AP) 6-21 - 23, 25 - 27

Predictive OST

(OP) 5-44, 46

(AP) 6-21 - 23, 25 - 26

Out of service LED

(CM) 10-20

(TS) 12-3, 5, 7

Out of step

(ST) 4-4, 26 - 27

(OP) 5-43 - 46, 140

(AP) 6-20, 22 - 27

(CM) 10-43 - 44, 67

Output relays

(ST) 4-47, 49, 57 - 58

(FD) 9-7, 10

(CM) 10-9 - 10, 21 - 22, 48, 50, 60

(MT) 11-3

Output contacts

(TD) 2-1 - 2, 12

Output labels

(ST) 4-5, 47

(CM) 10-75, 102

Output relay board

(FD) 9-11

Output signal properties

(PL) 7-12

Overvoltage protection

(ST) 4-4, 36

(OP) 5-77 - 80

(AP) 6-33, 35

P

Panel mounting

(IT) 1-10

(IN) 15-6

Password entry

(GS) 3-9, 13

Password protection

(GS) 3-9, 13

(CM) 10-15

Permissive intertrip

(OP) 5-143

Permissive scheme

(OP) 5-58 - 59, 63, 66, 139

(AP) 6-29, 38

(CM) 10-41 - 42, 46, 67 - 68

Phase correction

(OP) 5-19

(AP) 6-12, 42, 45

Phase differential

(ST) 4-19 - 20

(OP) 5-11, 143

(AP) 6-9

(CM) 10-55

Phase overcurrent protection

(ST) 4-4, 30

(OP) 5-68

IDMT

(OP) 5-68 - 69, 71, 77 - 79

Time dial

(ST) 4-20, 29, 31, 34

(OP) 5-69

Time multiplier setting

(ST) 4-20, 28 - 29, 31, 35, 37 - 38

(OP) 5-69, 77 - 79

Phase rotation

(ST) 4-10 - 11

(OP) 5-23

(CM) 10-14, 18, 54, 58, 70, 87

Phase selection

(OP) 5-28 - 30, 42, 125 - 126

Pole dead

(ST) 4-24, 37, 39, 44, 46, 52

(OP) 5-23 - 26, 49, 77, 81, 86 - 88, 104 - 105

(AP) 6-59

Pole discrepancy

(OP) 5-66, 85 - 86, 98

POR (see also aided scheme or permissive scheme)

(ST) 4-23

(OP) 5-17, 55 - 58, 62(AP) 6-29, 46, 48, 51

(CM) 10-41 - 42

Power supply

(TD) 2-1 - 2, 4


19/24

Index

Power supply board

(FD) 9-5, 10 - 11

Power swing

(ST) 4-4, 15, 26 - 27

(OP) 5-42 - 44, 46

(AP) 6-7, 8, 18, 20, 22, 59

(CM) 10-11, 97

Power swing blocking

(ST) 4-4, 26 - 27

(OP) 5-43 - 44

(AP) 6-8

Power swing detection

(ST) 4-26 - 27

(OP) 5-42 - 43, 46

(CM) 10-11

Power up errors

(TS) 12-3

Product scope

(IT) 1-6

Programmable scheme logic (PSL)

(GS) 3-3, 7

(ST) 4-6, 9, 41, 50, 62 - 64

(AP) 6-19, 51, 53

(PL) 7-7, 12, 40, 52, 63, 75, 85, 97, 109, 122, 133

(MR) 8-5

(FD) 9-19

PSL editor

(PL) 7-7 - 8

PSL editor troubleshooting

(TS) 12-9

PUR (see also aided scheme or permissive scheme)

(ST) 4-23

Q

Quadrilateral element

(OP) 5-28, 32

Quadrilateral ground resistive reach

(OP) 5-35

(AP) 6-17

Quadrilateral phase resistive reach

(OP) 5-35(AP) 6-17

R

Rack mounting

(IN) 15-5

Ratings

(TD) 2-2

(GS) 3-6

(AP) 6-12, 64

(CM) 10-7, 22, 48

(MT) 11-3 - 5

Rear port (see Communications)

Rear view

(GS) 3-6

Reactance line

(ST) 4-16 - 17

(OP) 5-32 - 34, 38, 45

(AP) 6-17, 25

Re-calibration

(MT) 11-5

Receive logic

(OP) 5-51, 53, 62

Reclaim time

(ST) 4-45

(OP) 5-85, 87 - 88, 90 - 91

(AP) 6-60 - 61

(CM) 10-100

Record control

(ST) 4-5, 52

(OP) 5-124

(MR) 8-6 - 7

Records

(GS) 3-4, 7, 9, 13, 15 - 17

(ST) 4-49, 55

(OP) 5-113, 127

(MR) 8-3, 5 - 9

(CM) 10-7, 13, 52, 57, 71

Relay alarm conditions

(MR) 8-4

Remote control

(OP) 5-117

(SC) 13-5

Repair and modification authorization form (RMA)

(TS) 12-10

Repair and modification procedure

(TS) 12-10

Reset characteristic

(ST) 4-29, 31, 34

(OP) 5-69

Residual compensation

(ST) 4-10, 12, 18 - 19, 25

(OP) 5-26 - 28, 31 - 32, 34, 45, 65

(AP) 6-14, 47

Residual overvoltage

(ST) 4-4, 35 - 36

(OP) 5-79 - 80

(AP) 6-34 - 35, 53

Residual voltage

(ST) 4-35

(OP) 5-50 - 51, 74 - 75, 79

(AP) 6-28, 31 - 32, 34 - 35, 53, 60

Restore defaults

(ST) 4-3, 6

(SC) 13-22

Right hand resistive reach

(OP) 5-35

Rolling demand

(ST) 4-53(MR) 8-10, 12


20/24

ndex

S

SCADA (see Communications)

Second rear communications (see Communications)

Self testing & diagnostics

(FD) 9-21Self-check

(CM) 10-7

Send logic

(OP) 5-51, 53, 55 - 56, 58, 60, 62 - 64

(AP) 6-28 - 30

Sensitive earth fault (SEF)

(ST) 4-4, 33 - 34, 39, 46, 51

(OP) 5-73

(AP) 6-31, 36

Sequence components

(ST) 4-11

(OP) 5-23, 124Sequence counter

(OP) 5-88

Sequence voltages and currents

(MR) 8-10

Setting changes

(GS) 3-8, 11, 13 - 14

(ST) 4-52

(MR) 8-6 - 7

(FD) 9-17

Setting groups

(GS) 3-4, 12

(OP) 5-107, 122(MR) 8-6

(CM) 10-73

Setting record

(CM) 10-7, 13 - 15, 50, 73

Simple setting mode

(OP) 5-33

(AP) 6-48

SIR setting

(ST) 4-15

(CM) 10-88

SK5 port

(SC) 13-30

Slip frequency (see Check synchronization)

Software overview

(FD) 9-6

Software version

(ST) 4-48

(VH) 16-1, 31, 34 - 36

Standard CTS

(ST) 4-40

(OP) 5-107 - 108

(AP) 6-60

Static test mode

(OP) 5-30, 37

(CM) 10-10 - 11, 38, 43

Storage

(TD) 2-3

(CM) 10-19

(IN) 15-3 - 4

Stub bus

(OP) 5-22

Supervision

(ST) 4-5, 19, 21, 28 - 32, 34, 39, 40

(OP) 5-23, 71, 74, 76, 104, 106 - 108

(AP) 6-19, 53 - 56, 60

(FD) 9-17

(CM) 10-38, 43, 47, 50, 75, 99

Synchronism (see Check synchronization)

Synchronous polarization

(OP) 5-71

System checks (see Check synchronization)

System data

(GS) 3-9, 13(ST) 4-48

(OP) 5-117, 121

(CM) 10-7, 21, 25, 73

System split (see Check synchronization)

T

Technical data

(TD) 2-1

(CM) 10-7

Type tests

(TD) 2-3Teed feeder protection

(AP) 6-50

Teleprotection

(ST) 4-6 - 7

(OP) 5-139 - 142

(AP) 6-38

Terminals

(TD) 2-1 - 4

(ST) 4-20

(OP) 5-12, 84, 133 - 134

(AP) 6-50 - 53

(IN) 15-7 - 8Test mode

(ST) 4-57 - 59, 64

(OP) 5-30, 37, 113

(CM) 10-8 - 11, 20 - 22, 27 - 30, 32, 38, 43, 47 - 48,50, 57, 84

Test pattern

(ST) 4-58 - 59, 64

(CM) 10-8, 10 - 11, 22, 27 - 30, 32, 84

Test port

(ST) 4-57 - 58

(FD) 9-8

(CM) 10-8 - 9, 36 - 37, 47 - 48

Thermal overload

(ST) 4-4, 36

(OP) 5-71 - 73

(AP) 6-30


21/24

Index

Tilt

(ST) 4-16 - 17

(OP) 5-34, 38, 45

(AP) 6-17

(CM) 10-88 - 89

Time alignment

(ST) 4-8

(OP) 5-13 - 14, 16, 130

Timer properties

(PL) 7-15

Toggle

(ST) 4-62 - 63

(OP) 5-109

Trip circuit supervision (TCS)

(AP) 6-53

Troubleshooting

(MT) 11-4

Type tests (see Technical data)

U

Undercurrent

(ST) 4-26, 37 - 39

(OP) 5-77, 80 - 81

(AP) 6-36

Undervoltage protection

(ST) 4-37

(OP) 5-77 - 78

(AP) 6-33

Universal opto isolated logic inputs (see Opto inputs)User interfaces

(GS) 3-3, 7

(FD) 9-5, 7 - 8, 17

Unpacking

(IN) 15-4

V

Virtual inputs

(PL) 7-12

(SC) 13-28

Virtual outputs

(PL) 7-12

Visual inspection

(CM) 10-15, 27, 29, 31, 33, 59, 62, 64, 66 - 67

Voltage protection

(ST) 4-4, 36 - 37, 39

(OP) 5-77 - 80

(AP) 6-33, 35, 53

(CM) 10-98

VT connections

(AP) 6-53

VT ratio

(ST) 4-5, 47, 51

(OP) 5-23, 99, 104

(AP) 6-41, 44, 47

(CM) 10-25 - 26, 54 - 55, 58, 65, 73, 75

VT supervision

(ST) 4-29 - 30, 32, 34

W

Watchdog contacts

(FD) 9-11

(CM) 10-18 - 19, 59

(MT) 11-4

Weak infeed

(ST) 4-23 - 24, 39, 41

(OP) 5-39, 56, 58 - 59, 81, 84

(AP) 6-17, 29

(CM) 10-92, 99

Weight

(TD) 2-1

Wiring

(GS) 3-6

(CM) 10-7, 15, 17 - 18, 27 - 29, 31, 33, 52 - 54, 57, 59,63 - 64, 70

(MT) 11-3 - 4

(SC) 13-7

(IN) 15-5, 7

Z

Zone 1 extension

(ST) 4-25

(OP) 5-27, 59, 64 - 65

(AP) 6-47

(CM) 10-41 - 42, 67

Zone reaches

(ST) 4-10, 12

(OP) 5-37

(AP) 6-16


22/24

ndex


23/24


24/24

P u b l i c a t i o n :

P 5 4 x / E N M / J 7 4

Documents

Manual Covers and Contents Page