220kV PGCIL BUSBAR

power grid corporation of india ltd. 400/220kv kota substation project: rapp 5 & 6 transmission system loa no. c-13501-s919a-3/loa-i/1925 dated: 02.02.2006 loa no. c-13501-s919a-3/loa-ii/1926 dated: 02.02.2006

220kv busbar protection panel panel :- 2bb

general arrangement

yn1m300853-aka

list of apparatus

yn1m300853-ka

schematic drawings

yn1m300853-cka

CLIENT :

Power Grid Corporation Of India Ltd. (A Govt.Of India Enterprise)

220kv busbar protection panel Scale

order no : 415473



PROTECTION & SUBSTATION AUTOMATION

%

1

SHEET NO.

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REVISION

4

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DESCRIPTION

SHEET NO.

5

REVISION

6

DESCRIPTION

001

00

INDEX SHEET

002

00

FRONT VIEW (2BB)

003

00

SIDE VIEW

004

00

FOUNDATION DETAILS

005

00

CUBICAL DETAILS

006

00

INTERNAL VIEW OF (2BB)

007

00

DISCRIPTION

A

C:\Chetan\Backup Drive\E Drive\Chetan\E3\2007\Projects\PGCIL Kota 61850\kota approved\220KV dwgs with cable\ PATH:

This document must not be copied without our written permission and the contents there of must not be imparted to a third party nor be used for any unauthorised purpose. Contravention wiil be prosecuted.

ABB LTD.

000_Title

B

C

D

Design checked by

220kV BUSBAR PROTECTION PANEL

Rev

Revision

1MYN691003102(A3) REV:00

400/220kV KOTA SUBSTATION Power Grid Corporation Of India Ltd. (PGCIL)

Appd Year Week

1

2

ORDER No : 415473

K SRINIVASAN Drawing checked by

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Sheet

001_indx

YN1M300853AKA

Iss by Dept Year Week

Drawn by

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Rev

INDEX SHEET 06

42

5

Cont.

002

6

1

2

4

3

5

6

800

A

80A

2BB

D01

D05 

87BB REB500 CENTRAL UNIT

PATH:

ABB LTD.

C:\Chetan\Backup Drive\E Drive\Chetan\E3\2007\Projects\PGCIL Kota 61850\kota approved\220KV dwgs with cable\

D09


REB500



B

D13

D17

2000

D21.01

D21

D25

D29

C

D33

D37 GLASS DOOR 15 47

BASE FRAME ANTI VIBRATION PAD

D

=2BB Design checked by


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GENERAL ARRANGEMENT FRONT VIEW (2BB) 06

42

5

Cont.

003

6

1

2

4

3

5

6

800

PATH:

ABB LTD. This document must not be copied without our written permission and the contents there of must not be imparted to a third party nor be used for any unauthorised purpose. Contravention wiil be prosecuted.


A

REAR

1975

2000

FRONT

B

C

BASE FRAME

15

D ALL DIMENSIONS IN mm

47 Design checked by


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GENERAL ARRANGEMENT SIDE VIEW 06

42

5

Cont.

004

6

1

2

4

3

5

6

PATH:


601x 669 mm

B

675

25

37.5

800

CABLE OPENING

675


25

37.5

A

62.5 REFER NOTE2

REAR

C NOTES: 1) 2)

ALL DIMENSIONS ARE IN MM 4NOs. 16MM DIA HOLES FOR GROUTING BOLT

D

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ORDER No : 415473

GENERAL ARRANGEMENT FOUNDATION DETAILS 06

42

5

Cont.

005

6

1

2

4

3

5

Cubicle Type

VSG(W=800mm,D=800mm,H=2062mm) PANEL

Degree of protection

IP55

Thickness of material

2mm for Swing Frame , 3mm for base frame, 2mm for rear door, 2.0mm for roof plate , bottom plate & side covers

POWDER COATING : Exterior

RAL7032, Texure finish

6

A

: Interior

Glossy white

: Base Frame

Black

: Thickness

80 microns for powder coating

Earth bar

Tinned Copper Strip of 25x6mm

Bottom Plate and Gland Plate

Bottom plate with one opening size 601mm x 669mm

PATH:



Two no. gland plates for fixing cable glands B

LABELS

DIMENSIONS (mm)

LETTER HEIGHT (mm)

MATERIAL

TYPE OF INSCRIPTION

1 : Main Label (Front)

200 x 40

10

Lamicoid

Engravingwhite letters on black background

2A: Apparatus Label (Inside)

33 x 80

3

Aluminium anodised


2B: Apparatus Label (Front)

48 x 14

3

Aluminium anodised


3 : Item Designation Stickers (Inside)

20 x 10

5

Self Adhesive yellow stickers

Black letters

4 : Flag Relay Labels

29x29

2

Aluminium anodised


5 : PB/Lamp Labels

30x40

3

Aluminium anodised


Wiring (FRLS)

CIRCUIT CT PT DC AUX. AC

SIZE ( SQ.MM) 2.5 1.5 1.5 1.5

COLOUR

EARTHING

2.5

GREEN

Terminal Blocks

Disconnecting Type :CT, PT, DC incoming, AC incoming, NonDisConnecting Type :Earthing, Trip, InterPanel, General, 20% spare terminal blocks

Ferrules

White Sleeve with Nos. marked in black letters. All wires directly connected to TRIP COILS will have red ferrule. 50W Heater & 12 W Compact Flourescent lamp

Cubicle Illumination & Heating Weight of Panel :

RED :RPH, YELLOW :YPH, BLUE:BPH, BLACK:NEUTRAL RED :RPH, YELLOW :YPH, BLUE:BPH, BLACK:NEUTRAL GREY GREY

C

400KG (APPROXIMATELY) D

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ORDER No : 415473

GENERAL ARRANGEMENT CUBICAL DETAILS 06

42

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Cont.

006

6

1

2

4

3

5

800

800

6

800

F02

A

F01

B01 X13:0108 CUSTOMER CABLE

B05.01 B05.02 B05.03 B05.04 B05.05 B05.06 B05.07 B05.08 11

14

1 1

2

1

2

1

2

1

12

11

12

11

12

11

12

3

22

21

22

21

22

21

22

21

22

12

3

4

3

4

3

4

3

4

21

14

14

14

2

1

2

1

2

2

4

1

2

B05

11

11

12

11

12

22

12

21

22

21

22

21

3

4

3

4

3

4

14

14

14

A01.01 A01.03 A01.05

11 14

ABB CABLE

1

2

3

4

B09.01 B09.02 B09.03 B09.04 B09.05 B09.06 B09.07 1

2

12

1

2

1

2

1

2

1

2

1

2

1

2

11

12

11

12

11

12

11

12

11

12

11

12

22

21

22

21

22

21

22

21

22

21

22

21

22

21

3

4

3

4

3

4

3

4

3

4

3

4

3

4

14

B09

14

14

14

14

14

11 14

CUSTOMER CABLE

PATH:



B13 ABB CABLE

B

B17

2000

2000

CUSTOMER CABLE

B21 ABB CABLE

12X03:0106

B25 11X03:0106

13X03:0106 CUSTOMER CABLE 7X03:0106

9X03:0106

B29 6X03:0106

8X03:0106 ABB CABLE 2X03:0106

10X03:0106

C

4X03:0106

B33 1X03:0106

3X03:0106 CUSTOMER CABLE

5X03:0106

B37 X03:0108

X04:0140 ABB CABLE

B37 2

PLANEC

PLANEB

1

PLANEA

X01,X02,X03 DISCONNECTING TYPE OF TBs X11,X12,X13 DISCONNECTING TYPE OF TBs X04,X14 NONDISCONNECTING TYPE OF TBs

D

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GENERAL ARRANGEMENT INTERNAL VIEW OF (2BB) 06

42

5

Cont.

007

6

1

2

DEVICE CODE

80A

PATH:



HEATER

87BB

4

3

DEVICE

DESCRIPTION

D01.155.101

TRIP COIL SUPERVISION RELAY, TSR

01

VSG(W=800mm,D=800mm,H=2062mm) PANEL

A01.01

MCB, 2POLE, 16A AC

A01.03

Universal Socket with switch

A01.05

Rotory switch, 6A

F01

DOOR SWITCH

F02

CFL TUBE

B37

SPACE HEATER

D37

BLANKING PLATE, Size : 4S, 60C

B05.01

MCB, 2POLE, 20A DC

B05.02

MCB, 2POLE, 6A DC

B05.03

MCB, 2POLE, 4A DC

B05.04

MCB, 2POLE, 4A DC

B05.05

MCB, 2POLE, 4A DC

B05.06

MCB, 2POLE, 4A DC

B05.07

MCB, 2POLE, 4A DC

B05.08

MCB, 2POLE, 4A DC

B09.01

MCB, 2POLE, 4A DC

B09.02

MCB, 2POLE, 4A DC

B09.03

MCB, 2POLE, 4A DC

B09.04

MCB, 2POLE, 4A DC

B09.05

MCB, 2POLE, 4A DC

B09.06

MCB, 2POLE, 4A DC

B09.07

MCB, 2POLE, 4A DC

D09.01

BUSBAR PROTECTION REALY (87BB)

D21.01

PROTECTION TRANSFER SWITCH

D33


D29


D25


D05


A01

AC MOUNTING PLATE

D13


D17


DEVICE CODE

5

DEVICE

6

DESCRIPTION

A

B

C

D

Design checked by


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YN1M300853AKA


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GENERAL ARRANGEMENT DESCRIPTION 06

42

5

Cont.

000_Indx

6

1

REVISION

4

3

DESCRIPTION

000

00

INDEX SHEET

001

00

LIST OF SYMBOLS

002

00

SINGLE LINE DIAGRAM

003

00

SINGLE LINE DIAGRAM

004

00

SINGLE LINE DIAGRAM

005

00

TRIP LOGICS

006

00

DC DISTRIBUTION CKT

007

00

DC DISTRIBUTION CKT

008

00

AC DISTRUBUTION

009

00

CENTRAL UNIT BUSBAR REB500

010

00


011

00


012

00

SPARE TBs

013

00

TERMINAL PLANE (REB500)

014

00


015

00


SHEET NO.

5

REVISION

6

DESCRIPTION

A



ABB LTD.

SHEET NO.

2

B

C

D

Design checked by


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Revision

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Appd Year Week

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ORDER No : 415473


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INDEX SHEET 06

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5

Cont.

001

6

1

2

4

3

5

6

A

TERMINAL BLOCK DESIGNATION FOR EXTERNAL WIRING X01

SYMBOL LIST

TERMINAL BLOCKS NON DISCONNECTING TB

CT CIRCUITS



MCB X02

PT CIRCUITS

DIS CONNECTING TB

X03

DC/AC INCOMING CIRCUITS

CT/PT JUNCTION BOX TERMINAL

X04

CONTROL CIRCUITS

BREAKER TERMINAL

FUSE LINK

ISOLATOR TERMINAL

B

RELAY COIL

MARSHALLING KIOSK TB TERMINAL BLOCK DESIGNATION FOR INTERPANEL BUS WIRING

ACDB/DCDB TERMINALS

X11

CT CIRCUITS

X12

PT CIRCUITS

X13

DC/AC INCOMING CIRCUITS

X14

REVERSE FLAG

PLCC TERMINALS

MANUAL RESET FLAG

PUSH BUTTON ON CONTACT NO CONTACT

C

CONTROL CIRCUITS NC CONTACT

CURRENT TRANSFORMER

D

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ORDER No : 415473

CIRCUIT DIAGRAM LIST OF SYMBOLS 06

42

5

Cont.

002

6

1

2

4

3

ICT#1 FROM 400kV SWYD

5

6

ICT#2 FROM 400kV SWYD

ICT#3 FUTURE

BAY NO:2 B/C

BAY NO:3 ICT2

BAY NO:4 ICT1

A BAY NO:1 ICT3

220kV TRANSFER BUS P1

P1

P1 20389T

20489T 1

1

2

2

20189T

BUS COUPLER

1

P2 2

3



ABB LTD.

5 3

204CT

3

203CT 4

202CT

201CT

4

4

B 4

3 5

5

5 2

P2

20252

P2

P2

1 20489CE2

20389CE2

20189CE2 P1

20489C

20389C

20489CE1

20389CE1

20452

20289BE1 20289B

20352 20489AE

20489B

20189C

20489A

20189CE1

20289A

20289BE2

20389AE 20389B

20289AE1 20152

20189AE

20289AE2

C

20189B

20389A

20189A

220kV MAIN BUS II

220kV MAIN BUS I

D33.01

D33.01

D33.01

D33.01

BAY204 87BB,50Z

BAY203 87BB,50Z

BAY202 87BB,50Z

BAY201 87BB,50Z

2RDA

2RCA

2RBA

2RAA

LEGEND: FUTURE

D

PRESENT SCOPE Design checked by


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GENERAL ARRANGEMENT SINGLE LINE DIAGRAM 06

42

5

Cont.

003

6

1

2

4

3

LINE#1

5

6

LINE#2

205LA

LINE (F)

206LA

A 3 2

3 2

1

3 2

1

205CVT

1

206CVT BAY NO:5 LINE

205WT

BAY NO:7 B/T

BAY NO:6 LINE

206WT

BAY NO:08 FUTURE

BUS TRANSFER 220kV TRANSFER BUS

P1

20789TE2

P1



20589T

20689T

1

1

2

2

P1 20889T

20789T 1

20789TE1 P1

2 1

3

B

3

205CT

3 2

206CT

207CT

4

208CT

4

4 3

5

5

5 4

P2

P2 20589CE2

20689CE2

20589C

20889CE2

5

20689C

20589CE1

20889C

P2

20689CE1

20552

20889CE1 20752

20652

20589AE 20589B

P2

20589A

20689B

20689A

20852 20789AE

20689AE 20789B

C

20889AE 20889A

20889B

20789A

220kV MAIN BUS II

220kV MAIN BUS I

D33.01

D33.01

D33.01

D33.01

BAY205 87BB,50Z

BAY206 87BB,50Z

BAY207 87BB,50Z

BAY208 87BB,50Z

2REA

2RFA

2RGA

2RHA LEGEND: FUTURE

D



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YN1M300853CKA


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CIRCUIT DIAGRAM SINGLE LINE DIAGRAM 06

42

5

Cont.

004

6

1

2

4

3

LINE (F)

LINE (F)

5

LINE (F)

6

LINE (F)

LINE (F)

A 3 2

3 2

1

3 2

1

BAY NO:09 FUTURE

3 2

1

BAY NO:10 FUTURE

3 2

1

BAY NO:11 FUTURE

1

BAY NO:12 FUTURE

BAY NO:13 FUTURE

220kV TRANSFER BUS



P1

P1

20989T

P1

21089T

P1

21189T

P1

21289T

21389T

1

1

1

1

1

2

2

2

2

2

3

3

3

3

3

B

209CT

210CT

4

211CT

4

5

5

P2

21089CE2

20989C 20989CE1

20989B

21289CE2

21089A

21389C

21289CE1

21389CE1

21252 21189AE

21189B

21389CE2

21289C

21152 21089AE

21089B

P2

21189CE1

21052

20989A

P2

21189C

21089CE1

20989AE

5

21189CE2

21089C

4

5

P2

20989CE2

213CT

4

5

P2

20952

212CT

4

21189A

21352 21289AE

21289A

21289B

21389AE 21389A

21389B

C

220kV MAIN BUS II 220kV MAIN BUS I

D33.01

D33.01

D33.01

D33.01

D33.01

BAY209 87BB,50Z

BAY210 87BB,50Z

BAY211 87BB,50Z

BAY212 87BB,50Z

BAY213 87BB,50Z

2RKA

2RMA

2RNA

2RPA

2RRA

LEGEND: FUTURE

D



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1MYN691003102(A3) REV:00


Appd Year Week

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YN1M300853CKA


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ORDER No : 415473

CIRCUIT DIAGRAM SINGLE LINE DIAGRAM 06

42

5

Cont.

005

6

1

2

4

3

5

6

DIRECT TRIP SEND CH1

DIRECT TRIP SEND CH2

INTERTRIP GRA MV SIDE

INTERTRIP GRB MV SIDE

Electrical protection

GROUP

IP

IP

IP

x

A

IP

IP

IP

IP

x

A

RS

x

A

RS

x

B

IP

x

A

IP

x

B

CLOSE MAIN CB

TO CB TRIP COIL1

TO CB TRIP COIL2

IP

BREAKER FAIL PROTN

BUSBAR PROTECTION

3PH MASTER TRIP RELAY GROUPB

OUTPUT



ABB LTD.

PROTECTION FUNCTION

3PH MASTER TRIP RELAY GROUPA

A

IP

BREAKER FAIL PROTECTION(RBRF,50BF)

3 Ph

BUSBAR PROTECTION (PBDF, 87B)

3 Ph

3PH MASTER TRIP RELAY, GROUPA

3 Ph

IP

3PH MASTER TRIP RELAY, GROUPB

3 Ph

IP

MAIN1 DISTANCE PROTECTION 1PH TRIP REL670

1 Ph

MAIN2 DISTANCE PROTECTION 1PH TRIP 7SA522

1 Ph

IP

TP

TP

RS

Remark

B BUILT IN REB500 (BAY UNIT)

APPLICABLE FOR LINE FEEDERS APPLICABLE FOR LINE FEEDERS C

IP

INDICATES INITIATION FROM PROTECTION FUNCTION

TP

INDICATES TRIP FROM PROTECTION FUNCTION

RS

INDICATES RESET STATUS FOR CB CLOSING

D

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GENERAL ARRANGEMENT TRIP LOGICS 06

42

5

Cont.

006

6

2

5

6

=2BB

=2BB B05.01

TB1

J1001

Ve

20A

D01.155.101

J1

J3

1

01

+Ve

TB1

X03

J1002

2

J2

J4

3

02

J3

4

D01.155.101 TSR

14

B05.02

80A IN74053001A

11 22

12

(220V) (110V)

(POST CL)

K101

21

1

2

3

4

14

11

K102

13 (PRE CL/DC SUP.)

/Sh:007.A3 /Sh:007.A3

6A

11

12 21

J4

80A IN74053001A

TSR

/Sh:009.A2 /Sh:009.A2

/Sh:006.A6

PROTECTION. CKT

220V DC SOURCE1

TO MAIN1

=DCDB

4

3

11 (220V)

COMPONENT

1

(POST CL)

21

/Sh:006.A3 12 (110V)

A

(PRE CL/DC SUP.) 13

16

15 17

26

25 27

12

=2REA (BAY205)

21

4A

LINE#1

BAY UNIT

5X03

5X03

01

01

B05.07

B05.03

1

1

2

01

BAY UNIT

1K602A

02

4

3

3

4

11

14

14

11

12

12

21

21

02

DRG.1MYN900009CDE, SH:007

=2RFA (BAY206)

22

4A

LINE#2

BAY UNIT

6X03

6X03

01

01

B05.08

B05.04

=2RBA (BAY202)

4A 2K601A

2

1

1

2X03

2X03

01

01

02

02

2

6K602A

02

B

22

6K601A

4

02

3

3

4

DRG.1MYN900009CDF, SH:007

=2RGA (BAY207)

22

4A

BAY UNIT

7X03

7X03

01

01

14

14

12

12

21

21

B09.01

11

02

=2RCA (BAY203)

22

B05.05

4A

7K601A

3K601A

2

1

1

3X03

3X03

01

01

02

02

2

7K602A

4

02

22

FUTURE LINE

4A 8X03 BAY UNIT

C

BAY UNIT

3

3

4

DRG.1MYN900009CDC, SH:006 11

LINE

ICT#2

3K602A

DRG.1MYN900009CDG, SH:006

=2RHA (BAY208)

BAY UNIT

DRG.1MYN900009CDB, SH:006 11

BUS TRANSFER

BUS COUPLER

2K602A

14

14

12

12

21

21

B09.02

11

=2RDA (BAY204)

22

B05.06

4A

8K601A

4K601A

2

01

1

1

2

8K602A

4X03

4X03

01

01

02

02

ICT#1

BAY UNIT

4K602A

4

02

3

3

4

14

21

END

12 22

J3

11

J4

DRG.1MYN900009CDD, SH:006

END



ICT#3

1X03

1K601A

2

FUTURE ICT#3

4A

5K601A

5K602A

02

=2RAA (BAY201)

22

14

11

12 21

22

D

Design checked by


Rev

Revision

1MYN691003102(A3) REV:00


Appd Year Week

1


2

DEEPAK

Rev

SASE

DEEPAK

4

Sheet

006

YN1M300853CKA


Drawn by

3

ORDER No : 415473

CIRCUIT DIAGRAM DC DISTRIBUTION CKT 06

42

5

Cont.

007

6

1

2

4

3

5

6

=2BB

FROM DCDB

/Sh:006.A4

J3

J3

/Sh:006.A4

J4

J4

SOURCE1

END

END

A =2RPA (BAY212)

=2RKA (BAY209)

FUTURE LINE 4A

LINE

12X03

B09.03

4A

12K601A

1

1

2

01

12K602A

02

=2RRA (BAY213)

3

3

4

11

14

14

11

12

12

21

21

B09.04

=2RMA (BAY210)

22

1

1

LINE

10X03

2

01

13K602A

02

FUTURE LINE

4A 10K601A

2

01

BAY UNIT

B09.07

02

13K601A

BAY UNIT

10K602A

4

3

3

4

11

14

14

11

12

12

21

21

22

B09.05

B 02

=2RNA (BAY211)

22

1

FUTURE LINE

4A

LINE

11X03

11K601A

2

01

BAY UNIT

11K602A

3

4

14

11

02

J4

21

22

END

J3

12

END

ABB LTD.

13X03



4

4A

LINE

BAY UNIT

9K602A

22

FUTURE LINE

LINE

9X03

9K601A

2

01

BAY UNIT

B09.06

FUTURE LINE

C

D

Design checked by


Rev

Revision

1MYN691003102(A3) REV:00


Appd Year Week

1


2

DEEPAK

Rev

SASE

DEEPAK

4

Sheet

007

YN1M300853CKA


Drawn by

3

ORDER No : 415473

GENERAL ARRANGEMENT DC DISTRIBUTION CKT 06

42

5

Cont.

008

6

1

2

4

3

5

6

A

(TBC PANEL) X13

X13

07

07

04

1Ph, 50Hz

H2

05 1

B 2

16A


08

A01.01

08


X03

H1

3

230V AC SUPPLY

=2BB

4

=2RGA

H23

H24

F01 1

F02

H25

1

2

A01.05 1

2 B37

H27

2

1

2

A01.03

1 15A, 230V AC

2 3

C

D

Design checked by


Rev

Revision

1MYN691003102(A3) REV:00


Appd Year Week

1


2

DEEPAK

Rev

SASE

DEEPAK

4

Sheet

008

YN1M300853CKA


Drawn by

3

ORDER No : 415473

CIRCUIT DIAGRAM AC DISTRUBUTION 06

42

5

Cont.

009

6

1

2

4

3

5

6 =2BB

/Sh:006.A4

K101

B05.02:2

/Sh:006.A4

K102

B05.02:4

D09.01

87BB

REB500

NUMERICAL BUSBAR RELAY

D21.01

CENTRAL UNIT

A DC

P1 Ve

D21.01 OUT

IN K103

1P1

1P1

DC

P2

B/B IN

A1

OC01

1P2 /Sh:009.A6 K104

B/B OUT 1P3 X04

K101

1P4

A2

/Sh:009.A6

OC02

SPARE CONTACTS

01 K105

02

K115

A3

OC03

K101

B1

A4


04

PATH:

K116

B3 OC04

K102

K101

B4

A5

05

K117

CR02

K118

CR03

A6

B5

A7

OC05

SPARE CONTACTS

B6 K120

CR04

K108

B7

A8

08

2P3

2P4

3P1

3P2

3P3

3P4

4P1

4P2

4P3

4P4

/Sh:009.A2

] BUSBAR TRIP ZONE1 ] BUSBAR TRIP ZONE2 23 ] BUSBAR TRIP ZONE3

B

25 SPARE

K121

B8

27

CR05

K109

B10

A9

10

OC07

K122

B9

] BUSBAR REALY FAULTY / 28

K101

11

2P2

22

26

OC06

K101

09

2P1

K119

K101

07

1P4

/Sh:009.A2

24

K107

06

A

1P2

1P3

] COMMON

21

CR01

K106

BAY UNIT COMMUNICATION FAULTY

K123

B11

K110

A10

12

OC08

K102

K101

K124

CR06 B13

A11

13

29 ] END FAULT OPERATED 30

B12

C

A12 K111

K125

A13

14

OC09

B14

K101

15

31

B15 K126

CR07

K112

B16

A14

OC10

K101

K127

CR08 B17

17

K128

CR09 B18

K113

A15

18

] SPARE 32 ] CT FAILUREBUSBAR PROTN. BLOCKED 33 ] ISOLATOR IMAGE MISMATCHBUSBAR PROTN. BLOCKED 34

OC11

K101

19

K114

OC12

A16

20

K102

A18

D

END

K101

K102

A17

END


X04

B2

03

16

C

+Ve

COMPONENT

FROM DCDB

=2BB

Design checked by


Rev

Revision

1MYN691003102(A3) REV:00


Appd Year Week

1


2

DEEPAK

SASE

DEEPAK

4

Rev

Sheet

00

Cont.

009

YN1M300853CKA


Drawn by

3

ORDER No : 415473

CIRCUIT DIAGRAM CENTRAL UNIT BUSBAR REB500 06

42

5

010

6

1

2

4

3

5

6

=2BB D09.01 REB500

87BB CENTRAL UNIT BINARY I/O STAR COUPLER (REAR)

A

FIBER OPTIC SPARE FOR FUTURE BAY201

TX

01

=2RBA

RX FIBER OPTIC

BAY202

87BB,50Z

TX

02

=2RCA

RX FIBER OPTIC

87BB,50Z

TX

03

=2RDA

RX FIBER OPTIC

BAY204

87BB,50Z

TX

04

=2REA

RX FIBER OPTIC



BAY203

BAY205

87BB,50Z

B

TX

05

RX

D09.01 REB500

87BB CENTRAL UNIT BINARY I/O

=2RFA

STAR COUPLER (REAR) FIBER OPTIC

BAY206

87BB,50Z

TX

06

=2RGA

RX FIBER OPTIC

BAY207

87BB,50Z

TX

07

C RX FIBER OPTIC SPARE FOR FUTURE BAY208

TX

08

RX FIBER OPTIC SPARE FOR FUTURE BAY209

TX

09

RX FIBER OPTIC TX

10

SPARE FOR FUTURE BAY210

RX

D

Design checked by


Rev

Revision

1MYN691003102(A3) REV:00


Appd Year Week

1


2

DEEPAK

SASE

DEEPAK

4

Rev

Sheet

00

Cont.

010

YN1M300853CKA


Drawn by

3

ORDER No : 415473

CIRCUIT DIAGRAM CENTRAL UNIT BUSBAR REB500 06

42

5

011

6

1

2

4

3

5

6

=2BB

D09.01

(MAIN1)

REB500

CENTRAL UNIT BINARY I/O

87BB

A

STAR COUPLER (REAR) FIBER OPTIC SPARE FOR FUTURE BAY211

TX

11


TX

12


TX

13

FIBER OPTIC



ABB LTD.

RX

B

TX

14

RX FIBER OPTIC TX

15

RX

C

D

Design checked by


Rev

Revision

1MYN691003102(A3) REV:00


Appd Year Week

1


2

DEEPAK

CENTRAL UNIT BUSBAR REB500 SASE

DEEPAK

4

Rev

Sheet

00

Cont.

011

YN1M300853CKA


Drawn by

3

ORDER No : 415473

GENERAL ARRANGEMENT

06

42

5

012

6

1

2

4

3

5

6

A



=2BB 1X03

2X03

3X03

4X03

5X03

6X03

7X03

8X03

9X03

10X03

11X03

12X03

13X03

03

03

03

03

03

03

03

03

03

03

03

03

03

04

04

04

04

04

04

04

04

04

04

04

04

04

05

05

05

05

05

05

05

05

05

05

05

05

05

06

06

06

06

06

06

06

06

06

06

06

06

06

X03

X04

X13

03

35

01

06

36

02

07

37

03

08

38

04

39

05

40

06

B

C

D

Design checked by


Rev

Revision

1MYN691003102(A3) REV:00


Appd Year Week

1


2

DEEPAK

SASE

DEEPAK

4

Rev

Sheet

00

Cont.

012

YN1M300853CKA


Drawn by

3

ORDER No : 415473

CIRCUIT DIAGRAM SPARE TBs 06

42

5

013

6

2

4

3

Potential

Terminal number

A1

=2BB D21.01

:1P2

/Sh:009.A3

K104

A2

=2BB D21.01

:1P4

/Sh:009.A3

K105

A3

=2BB X04

:02

/Sh:009.A3

K106

A4

=2BB X04

:04

/Sh:009.A3

K102

A5

/Sh:009.A3

K102

A6

/Sh:009.A3

K107

A7

=2BB X04

:06

/Sh:009.A3

K108

A8

=2BB X04

:08

/Sh:009.A3

K109

A9

=2BB X04

:10

/Sh:009.A3

K110

A10

=2BB X04

:12

/Sh:009.A3

K102

A11

/Sh:009.A3

K102

A12

/Sh:009.A3

K111

A13

=2BB X04

:14

/Sh:009.A3

K112

A14

=2BB X04

:16

/Sh:009.A3

K113

A15

=2BB X04

:18

/Sh:009.A3

K114

A16

=2BB X04

:20

/Sh:009.A3

K102

A17

/Sh:009.A3

K102

A18

/Sh:009.A3

K102

P2

/Sh:009.A3

K115

B1

internal

Bridges

Cable name ABB LTD.


external

Destination

Placement in Schematic

=2BB X04

:21

B3

=2BB X04

:22

/Sh:009.A3

K117

B4

=2BB X04

:23

/Sh:009.A3

K118

B5

=2BB X04

:24

/Sh:009.A3

K119

B6

=2BB X04

:25

/Sh:009.A3

K120

B7

=2BB X04

:26

/Sh:009.A3

K121

B8

=2BB X04

:27

/Sh:009.A3

B10

Terminal

B9

/Sh:009.A3

=2BB X04

:28

/Sh:009.A3

1MYN900010PZ [ A1 P2 ]

D

Terminal

=2BB

Terminal Design checked by


Rev

Revision

1MYN691003102(A3) REV:00

1



Appd Year Week

2

C

/Sh:009.A3

K116

K122

B

/Sh:009.A3

B2

Terminal type

6

A

K103

Destination


5

D09.01

Cable type

1

DEEPAK

SASE

DEEPAK

4

Rev

Sheet

00

Cont.

013

YN1M300853CKA


Drawn by

3

ORDER No : 415473

CIRCUIT DIAGRAM TERMINAL PLANE (REB500) 06

42

5

014

6

2

4

3

5

Potential

Terminal number

B11

=2BB X04

:29

/Sh:009.A3

K124

B13

=2BB X04

:30

/Sh:009.A3

Destination internal

Bridges

Cable name

external

A

K123

Destination


B12 K125

B14

/Sh:009.A3

=2BB X04

:31

/Sh:009.A3

PATH:



B15

Terminal Terminal type

/Sh:009.A3

K126

B16

=2BB X04

:32

/Sh:009.A3

K127

B17

=2BB X04

:33

/Sh:009.A3

K128

B18

=2BB X04

:34

/Sh:009.A3

K101

P1

Connection is not unique.

TX

/Sh:010.A1

RX

/Sh:010.A1

TX

/Sh:010.A1

RX

/Sh:010.A1

TX

/Sh:010.A1

RX

/Sh:010.A1

TX

/Sh:010.A1

RX

/Sh:010.A1

TX

/Sh:010.A1

RX

/Sh:010.A1

TX

/Sh:010.B1

RX

/Sh:010.B1

TX

/Sh:010.B1

RX

/Sh:010.B1

TX

/Sh:010.B1

RX

/Sh:010.B1

TX

/Sh:010.B1

RX

/Sh:010.B1

TX

/Sh:010.B1

RX

/Sh:010.B1

D

Terminal

=2BB


1MYN691003102(A3) REV:00

1



Appd Year Week

2

C

1MYN900010PZ [ B11 TX ]

Design checked by

Revision

B

/Sh:009.A3

Terminal

Rev

6

D09.01

Cable type

1

DEEPAK

SASE

DEEPAK

4

Rev

Sheet

00

Cont.

014

YN1M300853CKA


Drawn by

3

ORDER No : 415473


42

5

015

6

2

4

3

PATH:

ABB LTD.


6

A

Destination internal

Bridges

Terminal number

external

Potential

Cable name

Destination


5

D09.01

Cable type

1


TX

/Sh:011.A1

RX

/Sh:011.A1

TX

/Sh:011.A1

RX

/Sh:011.A1

TX

/Sh:011.A1

RX

/Sh:011.A1

TX

/Sh:011.A1

RX

/Sh:011.A1

TX

/Sh:011.A1

RX

/Sh:011.A1

B

C

Terminal Terminal type

1MYN900010PZ [ RX TX ]

D

Terminal

=2BB

Terminal Design checked by


Rev

Revision

1MYN691003102(A3) REV:00


Appd Year Week

1


2

DEEPAK

SASE

DEEPAK

4

Rev

Sheet

00

Cont.

015

YN1M300853CKA


Drawn by

3

ORDER No : 415473


42

5

6

220kV PGCIL BUSBAR

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