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SLOTTED PVC DUCT 120 x 80 OR AS SUPPLIED SLOTTED PVC DUCT 80 x 80 OR AS SUPPLIED SLOTTED PVC DUCT. 45 x 80 OR AS REQUIRED

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REFERENCE DRAWINGS REVISION CONTROL

Drawn Date G. BLOOMFIELD 31/01/2012

Chack8d Date D CHENG 2310512012

Approved Date KELKINS 24/0512012 Bu£Req.Ap~~ Date

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ERGON ENERGY Drawing Status F - AS BUILT H ~~~-----------.~~~-----------1

CORPORATION LTD ABN50087646062

ERGON ENERGY SUBSTATION STANDARD STANDARD ZSS TEMPLATE- ABB TWO-STAGE CAP BANK

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NOTES: 1. ""T"" DENOTES TOP OF FUSE OR LINK.

1. CT"s SHOWN ON MAXIMUM TAP. REFER PROTECTION SETTINGS DATABASE FOR ACTUAL RATIOS

3. BUS 1 & 2 FEEDERS USE VT WIRE NUMBERS E114, E134, E154, E174 etc. BUS 3 FEEDERS USE VT WIRE NUMBERS El14, EB4, EJ54, E374 etc.

4. DRAWING TO BE READ IN CONJUNCTION WITH PANEL CONNECTION DIAGRAM SHEET 07.

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LEGEND -C1 CAPACITOR BANK -11 SURGE DIVERTER -F1, F11 HV FUSES -L1, L11 INDUCTOR -L1,L11 INDUCTOR -001, 011 ISOLATOR -005, 015 EARTH SWITCH -000, 010 CIRCUIT BREAKER -=- KLIPPON SAKT1 TEST /ISOLATION LINKS

TB1: 1-3 -=- WEIDMULLER SAKC10 TEST /ISOLATION LINKS TB1: 4-7

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ITEM IDENTIFI(A liON

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ITEM IDENTIFICATION

=FBOJ 11kV CAP BANK 1 FEEDER PANEL +1B2

H1 LED - CB OPEN IGREENI -H2 LED - CB CLOSED IRED)

J11 PROTECTION RELAY -FEEDER MANAGEMENT J11C. 1 PROTECTION RELAY -CAP BANK 1 STAGE 11CUBICLE 11

- J11C.2 PROTECTION RELAY -CAP BANK 1 STAGE 2 !CUBICLE 21 -51 SWITCH - CIRCUIT BREAKER CONTROL iTRIP/CLOSEJ 52 SWITCH - CB SCADA CONTROL IDFF/DNJ

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NOTES:

1.

2.

J.

4.

5.

6.

7.

CB SHOWN OPEN, CLOSING SPRING DISCHARGED. All CIRCUITS ARE DRAWN IN THE DE-ENERGISED STATE. POSITION SWITCHES ARE IN THE SERVICE POSITION, AUX PLUG INSERTED. CB CLOSING IS BLOCKED WHEN SUPPLY LOST TO THE BLOCKING MAGNET.

'T' DENOTES TOP OF FUSE OR LINK.

CAPACITOR BANK INTERLOCK SOLENOID MUST BE ENERGISED FROM NORMALLY CLOSED CONTACT OF FEEDER CB, TO ALLOW KEY TO BE REMOVED WHICH IS NEEDED TO PERMIT THE OPENING OPERATION OF THE CAPACITOR BANK ISOLATOR. THE REMOVAL OF THE KEY BREAKS THE CB CLOSING SOLENOID CIRCUIT. REFER TO MANUFACTURER'S DRAWINGS FOR ACCESS INSTRUCTIONS TO CAPACITOR BANK.

CLOSE BLOCKED BY -J11 RELAY FOR 5 m;o.AFTER ANY TRIP EVENT.

TRIP CIRCUT SUPERVISION DPTO'S TO BE WIRED LAST IN LOOP.

THIS DRAWING TO BE READ IN CONJUNCTION WITH PANEL CONNECTION DRAWING SHEET 07.

SWITCHGEAR SHOWN IS ABB ZS1 FOR CONTRACT 2005/787/T

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=FB03 11kV CAP BANK 1 FEEDER SWITCHGEAR +2A3

RELAY. DO NOT OPERATE- NOT USED RO ANTI PUMPING RELAY RESISTOR THERMOSTAT -R201,202 HEATER INDICA liON LED RED - CB CLOSED -51 AUXILIARY SWITCH ON MECHANISM INDICA liON LED GREEN - CB OPEN 52 AUXILIARY SWITCH ON BLOCK MAGNET -Y1 INDICATION LED AMBER - DNOR ACTIVATED !NOT USEDI Sl-5 AUXILIARY SWITCH ON SWITCH SHAFT INDICATION LED RED - SPRING CHARGE FAIL -58 CB TEST POSITION SWITCH LIVE LINE INDICA liON UNIT 59 SERVICE POSITION SWITCH ANTI PUMPING RELAY 5201 CB CONTROL SWITCH TRIP/CLOSE MINI CONT ACTOR - EXCESSIVE MOTOR RUNNING -5202.1 SELECTOR SWITCH LOCAL/MAINTENANCE/REMOTE - STAGE 1 RELAY - EXCESSIVE MOTOR RUNNING INDICATION 5202.2 SELECTOR SWITCH LOCAL/MAINTENANCE/REMOTE STAGE 2 RELAY - INDICA liON AUXILIARY ICB CLOSED) T1 RELAY.TIMER RELAY - INDICATION AUXILIARY ICB OPEN) -V1-J,-V9 RECTIFIER SPRING CHARGE MOTOR -Y1 CLOSING BLOCKING MAGNET VACUUM CIRCUIT BREAKER Y2 SHUNT RELEASE OFF - TRIP COIL 2 MCB+ RCD Yl CLOSING RELEASE EARTH SWITCH AUXILIARY CONTACTS -Y9 SHUNT RELEASE OFF - TRIP COIL 1 EARTH SWITCH BLOCKING MAGNET

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i i = YX02 COMMUNICATIONS PANEL +1A6 I I SERIAL PORT 2 0 j j DRG xxxxxxx-xx j j

RS232 DB9 (FEMALE) (1 • • TO LANTRONIX j j REMOTE ENGINEERING lj ' · ' j

ACCESS !REAR! ! 1·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-.1 • ~·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·J

SERIAL PORT 1 RS485-SCADA IDNP31

TUNNEL TERMINALS !REAR!

B19 OUT210

' -+TX -o-1

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+RX -o-3

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DNP LOOPING TO RTU 3 REFER NETWORK CONNECTIONS DRG EESS-10323-03

110Y DC +YE SUPPLY

SHEET 04/L 13

'+' l Z3 26

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110Y DC -VE SUPPLY

SHEET 04/ A 13 ~

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SEE NOTE 5

-X61

Z25 SUPPLY Z26 T

I I ,----- I K70-03 ----() i K70-03 i 0 I -53 ! K72-03 • K72-03 ! 23 : K73-03 IN101

-A4:20 : i L-- _I . i -A4:21 ! T i A 18 II A 17

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-A5:9

K70-03

'SHEET 04/H4 ! ' ! j ..7"'t. 1·-·-·-·-·-·-·-·-·-·-·.. I . K70-03 ! BBl ! K75-C2 I K75-C2 : 24 I K76-C2 IN106 .:.:.:..:--=-tl-co .

• • I -A5:10 : T I A28 A27 I I . I : II • =MX01-Q10 SHEET 06/G5 • I .. _ .. _,_ ..7"'t. ··-·-·-·-·-·-·-·-·-·-·J . I.-.-.-·-·-·-·-·-.-.-·-·-·-·-.-.-.I

=MX01-J11C.1 B

68

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=MX01-J11C.2 B

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'ABB' SPAJ 160 C

'ABB' SPAJ 160 [

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K53

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B28

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IN204

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IN201

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B33

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B27

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=MX01-Q10 CLOSE SIGNAL [ K308 OUT 107 K39-C2 J SHEET 06/G6 A14 A13

=FB03-Il00 CLOSE CIRCUIT +VE SUPPLY SHEET 04/KB [

K30-03 OUT 106 K34-03 J A12 A11

:FB03-QOO TRIP CIRCUIT 1 +VE SUPPLy [ K10-03 T I 0 OUT104

SHEET 04/K2 AOB •

SEE NOTE 6

=FB03-QOO TRIP CIRCUIT 2 +VE SUPPLY [ K20-03 SHEET 04/K5

SEE NOTE 6

A20

A22

A24

A26

IN103

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IN105

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IN102

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A19

A21

A23

A25

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:MX01-Q10 CLOSE INHIBIT - SEE NOTE 4. SHEET 06/G6

=FB03-QOO CLOSE INHIBIT - SEE NOTE 4. SHEET 04/ JB

PROTECTION TRIP TO =FB03-Il00 TRIP COIL 1 CIRCUIT SUPERVISION (52 a, 52bl SHEET 04/ J2

TRIP COIL 2 CIRCUIT SUPERVISION 152a, 52bl SHEET 04/ JS

K150-03

·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-1 .

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RTU 3 FIS +VE SUPPLY FROM

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X301

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RTU 3 FIS +VE SUPPLY TO

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T A16 ALARM A15 -A4:311 •

=MX01-J11C.1 F X13-C1 ' X13-C1 1

RTU 3 INPUTS 70 72 -A5:11I"

'ABB' • 71 SPAJ 160 C I .

I =MX01-J11C.2 .

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70 72 -A5:12' I -

'ABB' ! 71 SPAJ 160 C I

··-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-!

NOTES: 1. "T" DENOTES TOP OF FUSE OR LINK.

2. FOR NORMAL CONDITIONS BINARY INPUT RELAY 'BS' IS ENERGISED.

3. CAPACITOR BANK PROTECTION RELAYS TRIP =FB03-Il00 BUT NOT =MX01-Q10 !THE SECOND STAGE CBI, WHICH IS CONTROLLED BY RTU 3 YAR CONTROL, AND WILL OPEN ON LOSS OF SUPPLY.

4. RECLOSE OF CIRCUIT BREAKERS IS INHIBITED BY -J11 RELAY FOR Smin AFTER ANY TRIP EVENT, TO ALLOW CAPACITORS TO DISCHARGE.

5. PROTECTION RELAY POWER SUPPLY TO BE WIRED LAST IN LOOP.

6. TRIP CIRCUIT SUPERVISION OPTO'S TO BE WIRED LAST IN LOOP.

7. DRAWING TO BE READ IN CONJUNCTION WITH PANEL CONNECTION DRAWING SHEET 07.

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ITEM IDENTIFICATION

=FB03 11kV CAP BANK 1 FEEDER PANEL +1B2

J11 PROTECTION RELAY - FEEDER MANAGEMENT -J11(.1 PROTECTION RELAY - =MX01 CAPACITOR BANK STAGE 1

J11C.2 PROTECTION RELAY - =MX01 CAPACITOR BANK STAGE 2 -X61 TEST BLOCK - PROTECTION

-J11[.1 & -J11L2 RELAY FUNCTIONS OUTPUTS FUNCTION BS UNDERCURRENT BLOCK - SEE NOTE 2 A PROTECTION TRIP B OYER VOLT AGE PROTECTION TRIP c UNBALANCE PROTECTION TRIP D UNBALANCE ALARM E SPARE F SELF SUPERVISION - RELAY FAIL ALARM

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OPTO INPUTS FUNCTION IN101 CB STATUS (52a) IN102 TRIP CIRCUIT SUPERVISION - TRIP IN103 TRIP CIRCUIT SUPERVISION TRIP IN104 TRIP CIRCUIT SUPERVISION - TRIP IN105 TRIP CIRCUIT SUPERVISION TRIP IN106 SPARE IN201 OVERVOL TAGE TRIP FROM -J11C.2 IN202 UNBALANCE TRIP FROM -J11C.2 IN203 UNBALANCE ALARM FROM -J11L2 IN204 OYERVOL TAGE TRIP FROM -J11C.1 IN205 UNBALANCE TRIP FROM -J11C.1 IN206 UNBALANCE ALARM FROM -J11C.1 IN207 SPARE IN208 SPARE

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-J11 RELAY FUNCTIONS

COIL 1 !52al COIL 1 (52bl COIL 2 !52al COIL 2 !52bl

OUTPUTS OUT101 OUT102 OUT103 OUT104 OUT105 OUT106 OUT107 ALARM OUT201 OUT202 OUT203 OUT204 OUT205 OUT206 OUT207 OUT208 OUT209 OUT210 OUT211 OUT212

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FUNCTION SPARE SPARE CB FAIL TRIP PROTECTION TRIP SPARE CLOSE INHIBIT FEEDER CB CLOSE INHIBIT CAP BANK CB WATCHDOG ALARM SPARE SPARE SPARE SPARE SPARE SPARE SPARE SPARE SPARE IDMT 0/C, IDMT E.F & U/F PICKUP] TEST CB FAIL CURRENT CHECK PICKUP OUTPUTS NEG SEQ PICKUP

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:MX01 110V DC SUPPLY

MCB 16A.

• DRG xxxxxxx-xx !MANUFACTURER! I

,-- I . • Jxx ! TB6:2 J4

-VE ---------~--~~~~~r-----~~----------------~~~::~~~~::::~~~::::~~~~~~~~~~=---------------------------------------------------------------~ ! B T r·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·1 i .

-·-·-·-·-·-·-·-·-·-·-·-·-·-· .. SCADA RTU 3 PANEL +1B3.3 DRG EESS-10323-07 __L..'L

! TB6·1 LK11:1 j j +VE 1 Jxx 1 1" J3 FS5 K309 V • K309A • -A25:1 I

I ,..... ' LK11:2

-A25:2 ! K310A K310 K401 LK3 J4 B T T B D--0-"-0 I I I I . o---

2A T j • , 14 T B I

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L·-·-·-·-·-·-·-·-·-·-·-·-·-·-·• J3 ~ K311 LK11:3 j . ')( . ! -A25:3 00-2 • • LK11:4

-A25:4 I K312A I K312 A-4C K402 LK4 J4

B 2A T I

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K311A • 5 6 I I T B . . • RT U 3 SLOT 7 I I I

! SEE NOTE 3 j • I .

·-·-·-·-·-·-·-·-·-·-·-·-·-·-·· '·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·~

CIRCUIT BREAKER =MXOHl10 ----------------------------------------------1

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+ J3 FS4A J30 3 T~6i11 J30 3 X~XB2 XB~:21 J4o2 T~6 .. 12 J4o2 FS4B J4 + B 16A T T B 1 2 B T T 16A B

OPEN CB

I J3 FS2 J301 F1 K314 ITN.=P. K314 TB,6.=14 K315 BB2 ::.!3 D ::!)........a J401 T~6..,5 J401 ILK2, J4 I B T r 1L 1 v 2T1 T B T B 13~ 14 C11 C12 B T T T B

lOA MOl

CLOSE CB J301 F2 K302 ~OL K303 TB6:18 K304 TB6:9 K304 t!!B2 K313 XB:5 XB3 D XB 3 XB:61 J403 TB6:10 J401

+ 1L1 V 2T1 3 4::4 T11

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B T 11

B : 21 4::22 o::---(7, 7;'~ : B 11

T + I MC 1 I I I I I I

p·-·-·-·-·-·-·-·-·-·-·-·-·-·-·, I .-------------------------------------1 I AC DISTRIBUTION BOARD +101 I I I 1 I CB OPEN

J301 TB6:4 J301 I I L 101 TB6:4 L 101 6.8KQ 6W TB6:5 L 102 RES

T B 1 31 1 B T 2 1 T B I I I I 1 BB1 1 6 SKQ 6W CB CLOSED

DR G xxxxxxx-xx 240V AC -A I H1

J401 • I -I 0>---• ITB2:1

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J301 1 I L 103 TB6:6 L 103 " 1 TB6:7 L 104 ®-;; /J I I I I RES I J I I 53/ 54 I B T 2 1 T B X1 X2 I I D1.4

FANS, LIGHTS, HEATERS

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J301 : ~ : J302 TB6:8

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01.1 I I D1.2

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J401

A1 A2

OPEN CB

F1

• J301 0 • I I 0 : : Kl05 r K305 0. I I 0 K306 1 1 6 I I 9 I I 2 I I 1 Al LRM 1 1 T C

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K306 011 I I

I •• I I I K307 I K307 A-4T I I

011 : : ' 5 _.,A.

J301

6 9 L R M --1·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-i Dl.2 K308 1

: :. 03 K305

4 T C

-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·- --=FB03 11kV CAP BANK 1 FEEDER PANEL +1B2 Kl07 A-4C K308

A14

OUT107

CLOSE INHIBIT

NOTE 2.

=FB03-J11 SHEET 05/06

A13

CB STATUS TO :FB03-J11 SHEET 05/F4

K308

K39-C2

,- K70-03 K70-03 1 BB3

TB7:3 : 13~ ----------------+-------"K~7~5-"-C'-!2:..._..;...co K7s-c 2

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TB7:4

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K39-C2 i TB7:2

* TB7 WIRING HAS BEEN RETROFITTED ON THIS CONTRACT

5~ 9

K308

CLOSE CB K39-C2 J401

AI A2 NOTE 2. F2

;-~Mxo1~n1s--~~ -·-·-·-·-·-·-·-·-·-· I •

: : X201 X57 =MX01-Q15 EARTH SWITCH OPEN ! -I 1 I LK12:1

X5-C2 X203 1 ) JJ: 1 X202 o--o-X.o X 58 =MX01-Q15 EARTH SWITCH CLOSED I I,_ -AS:6 ' LK12:3 : 4~ j : LK12:2

, ____ ------ -· i- -= "M-x o1:ciii" 1

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! : : X204 X59 :MX01-Q11 ISOLATOR OPEN I 1 1 1 LK12:4 '

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•-----------~ I RTU 3 INPUTS

I .=*-o-"-<>-o---..:.X:.:2.=.0 8=-------;:-() R~ X 2 0 7 o--o-X.o j X 61 = M X 01 OVERT EM PERATURE ALARM =-

LK12:8 2 ~ 1 LK12:7 j

------------ I : =MX01-D.10 : i : BB

2 : X603 j X62 =MX01-Q10 CB OPEN

I 42 I 41 LK13:3 I • 'i--<>--"-<~:>----"X.:.6 0::..4:...___.

1 .... ....-;() ~ : X 60 2 o-..:..o.x..o j X 6 3 'MXO 1-Q 10 C B C L 0 SED 1 1 1 ,_

• LK13:4 : 54~ ~3 : LK13:2 • j -, ___________ • ! ·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·J

RTU 3 FIS +VE SUPPLY

SHEET -05/D10 p•-•-•-•-•-•-•-•-•-•-•-•-•-•-•-•-•-•-•-•-•-•-•-•~

=MX01 CAPACITOR BANK 1 STAGE 11CONTROL CUBICLE 1) I

SCADA RTU 3 PANEL +1B3.3

\II DRG xxxxxxx-xx (MANUFACTURER} '

:-:~·1>(oi=aosl I I I I X201

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-X 52 -MX01-005 EARTH SWITCH OPEN

LK12:1 • ')( I X 53

I 1 X301 -X46 XS j XS-C1 X20l 1 ) ~

T -A5:5 j LK12:3 : 4~ j :

-MX01-Q05 EARTH SWITCH CLOSED .J. X202 I

=FB03-QOO CLOSE BLOCKING

INTERLOCK URCUIT. REFER CB SCHEMATIC

SHEET 04/68

r- K38-03

K34-03

K31-03

K37-03 c._

K38-03 I . I

_L K34-03

K31-03

K37-03

, ____ ------ -· I

RTU 3 INPUTS

! I ------------ I . I =MX01-D.01 I • I I I I . : : X204 ' X54 ~MX01-Q01 ISOLATOR OPEN I

LK12:2

1 1 LK12:4 ' I ::>!--<>--"-<=~>----'X"-'2'-"0-"-6--!1-+---;<J .J:l. : X205 ~ I X55 'MX01-Q01 ISOLATOR CLOSED j 1 P-

LK12:6 : 4 ~ j : LK12:5 ! •-----------~ I

I 't--<>-''-<l-<>-----'X.:.:2"'-0::..8 -----::,..() R~ X207 o--o-X.o j X 56 =MX01 OVERTEMPERATURE ALARM 1 1 ,_

• LK12:8 2 ~ 1 LK12:7 j -! KEY ' I • TRAPPED !

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H304

H302

H301

CAPACITOR BANKS =MX01 LEGEND

SOL ITEM DES( RIPTION

A-4C

·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·---·~ ~ TB6:1 I A-4T

REMOTE CLOSE CB INTERPOSING RELAY

REMOTE OPEN CB INTERPOSING RELAY

CB AUXILIARY CONTACT r·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-· AC DISTRIBUTION BOARD +101 ! ! DRG xxxxxxx-xx I H1 I I -

240VAC-A I

I I TB2:1

240VAC-N H2 ' •

• • TB2~ E I ! o--JII

c._ I I -. .

TO AUXILIARY CIRCUIT FANS, LIGHTS, HEATERS

-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·- -·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·-·--~

BB1

BB2 BBJ BS1

01.1 01.2 01.3

01.4

CB AUXILIARY CONTACT CB AUXILIARY CONTACT

SPRING CHARGE MOTOR LIMIT SWITCH

LOCAL/REMOTEIMAINT SELECTOR SWITCH

CB ON/OFF SELECTOR SWITCH

CB OPEN INDICATION

CB CLOSED INDICATION

NOTES: F1 OPEN CB REPEAT RELAY

1. THE CAPACITOR BANK INTERLOCK SOLENOID MUST BE ENERGISED FROM A NORMALLY CLOSED CONTACT OF THE FEEDER CB, TO ALLOW THE KEY TO BE REMOVED, WHICH IS NEEDED TO PERMIT THE OPENING OPERATION OF THE CAPACITOR BANK ISOLATOR. THE REMOVAL OF THE KEY BREAKS THE FEEDER CB's CLOSING SOLENOID CIRCUIT & BLOCKS RECLOSE. REFER MANUFACTURER'S DRAWINGS FOR ACCESS INSTRUCTIONS TO CAPACITOR BANK.

2. AFTER ANY TRIP EVENT, THE -J11 FEEDER MANAGEMENT RELAY BLOCKS THE CB CLOSE CIRCUIT FOR 5 MINUTES TO ALLOW CAPACITOR DISCHARGE.

3. THE NORMAL OPERATION OF STAGE 2 CIRCUIT BREAKER ,MX01-Q10 IS BY RTU AUTOMAT[( VAR CONTROL. LOCAL CONTROL IS AVAILABLE FOR MAINTENANCE. NO REMOTE FEEDER PANEL CONTROL HAS BEEN PROVIDED.

4. IF THE UP LINE CB IS TRIPPED, THE RTU WILL OPEN ~MX01-Q10 AUTOMATICALLY, AND THEN RESET TO ITS DEFAULT STATE.

5. CAPACITOR BANK CONTROL CUBICLES SHOWN, ARE FOR A TWO-STAGE ABB ABBACUS ON CONTRACT 20051714/T.

6. THIS DRAWING IS TO BE READ IN CONJUNCTION WITH PANEL CONNECTION DRAWING SHEET 07.

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ITEM IDENTIFICATION

=FB03 11kV CAP BANK 1 FEEDER PANEL +1B2 J11 I PROTECTION RELAY - FEEDER MANAGEMENT

0 I 0 I

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FS2,4A,4B,5,6

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FUSE

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CIRCUIT BREAKER ISOLATOR

EARTH SWITCH

OVERTEMPERATURE RELAY

KL!PPON WDU6 TERMINALS (FEED THROUGH)

KLIPP ON SAKT2 TEST /ISOLATION TERMINAL BLOCKS

ENTRELEC TERMINALS

I ~

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3 Lf Hxxx I I H10 - 2 1• Hxxx RD L I E - 1 EARTH E10-'l• I • . I ~--------------~

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-Wxxx :FB01hFB02 FEEDER PANEL +1B1

DNP TERMINALS [-FB03-Jll ---------------~ -Wxxx ~------· DNP LOOPING SHEET 05/D2 -

REMOTE ENGINEERING PORT [-FB03-Jll ---------------~ -Wxxx ~------· =YX02 COMMUNICATIONS PANEL +1A6 SHEET 05/D1 -

(81 (61 (41 (21 (99 (96 C71 (51 (31

(11 (93 (91

X14-C2 X13-C1

K75-C2 K70-03 K39-C2

K308 X5-C2 X5-C1

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,----- K37-03 ,--- K38-03

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2 1

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-Wxxx =FB03 11kV CAP BANK 1 FEEDER SWITCHGEAR PANEL +2A3

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=FB03 11kV CAP BANK 1 FEEDER SWITCHGEAR PANEL +2A3

=FB03 11kV CAP BANK 1 FEEDER SWITCHGEAR PANEL +2A3

=RFB0111kV BUS ZONE 1 & =FB07 BUS SECTION 1-2 CB MAIN PROT PANEL ,.1B4.1

-A3 K20-03 ~ 411 K20 031 J 1 l 1 -Wxxx 1 =RFB0111kV Bus ZONE 1 & =FB07 Bus SECTION ,_2 cB K10-03 3 K10-03 2 BACKUP PROT & CONTROL PANEL +1B4.2

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NOTES: 1. All POWER & CONTROL CABLES SHALL HAVE THEIR WIRE SCREEN/

BRASS TAPE EARTHED TO THE PANEL/CUBICLE EARTH BAR AT BOTH ENDS OF THE CABLE, UNLESS OTHERWISE NOTED. THE EARTH WIRE JOINING THE SCREEN TO THE EARTH BAR SHALL BE LABELLED WITH ITS RESPECTIVE CABLE NUMBER AS SHOWN BELOW.

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ORG xxxxxx-xx 22-

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7 X10-03 25 >-------X2-03 26 >-------

6 X9-03 27 12 X2-03 28-

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,QX0111kV STATISTICAL METERING PANEL

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=FB03 11kV CAPACITOR BANK 1 FEEDER PANEL +1B2

AC DISTRIBUTION BOARD +101

SCADA RTU 3 PANEL +1B3.3

SCADA RTU 3 PANEL +163.3

=FB03 11kV CAPACITOR BANK 1 FEEDER PANEL +1B2

110V DC DISTRIBUTION BOARD +1(5

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··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-· ... =MX0111kV CAPACITOR BANK 1 STAGE 1 (CONTROL CUBICLE 1)

I

DRG xxxxxx-xx

LK12 ~ X52 1 1-- X201

X53 2 r-- X202

3 5 X5-C1 3 1-- X203

4 I X 54 4 r-- X204 X 55 5 1-- X205

5 ( X5-C1 6 r-- X206 X 56 7 1-- X207 X5-C1 8 r-- X208

SCADA

TB6 ~ K37-03 1 r-- H301

1 K31-03 2 1-- H302 K38-03 3 r-- H303

4 K34-03 4 1-- H304

nov DC INTERLOCKS

TBS 1 2 3 4 5

240V AC AUXILIARY CIRCUITS

TB4 1 2 3 4 5

240V A( AUXILIARY CIRCUITS

TB3 1 2 3 4 5 6 7

240V AC AUXILIARY CIRCUITS

1 2

3 4 5 6

(91 (93

err (11 (31

(51 C71

c:Q

TB1

CT LINKS

TB2

1 1--

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240V AC -A 1 r-- H1 240V AC -N 2 l.J

1 H2

E 3 I 11• 4 5 6 7 8

240V A( AUXILIARY CIRCUITS

'•-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··.J

(·-··-··-··-··-··-··-··-··-.. -.. -··-··-··-··-··- .. -··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-.. -··-··-··-··-··-··-.. -··-··-··-··-··-··-··-··-··-··-··-··-.. -··-··-··-··-·· =MX0111kV CAPACITOR BANK 1 STAGE 2 (CONTROL CUBICLE 2) DRG X)()()()()t-XX

, LK11 i ~ K309A 1 1--- K309 :

3 K310A 2 1--- K310

5

1 2

LK12 X57 1 X201 X58 2 X202

LK13 1 r-- X601

~ X63 2 r-- X602

1 2

TB1 C96 I I 1 1---

! K311A 3 1--- K311 i W XXX ;

4 K312A 4 1--- K312

: 5

3 4

X5-C2 3 X203 X59 4 X204 X60 5 X205

X62 3 r-- X603

I X5-C2 4 r-- X604

5 r-- X605 6 r-- X606

3 4

C (9E9 I I ~ H.. I

(21 II~~

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nov DC CONTROL

6 7 8 9 10

X5-C2 6 X206 X61 7 X207 X5-C2 8 X208

SCADA

TB7 i 4

K308 1 -K308 : ~ K39-C2 2 -K39-C2

SCAD A

7 r-- X607 8 r-- X608 9 r-- X609 ~r-- X610

11 r-- X611 12 r-- X612 13 r-- X613 14 1-- X614 15 r-- X615 16 1-- X616

2 6

C

(41 (61 6 r--(81 7

E 8 Hll I CT LINKS

! K70-03 3 -K70-03 l Wxxx ; 1

K75-C2 4 -K75-C2 : 5

* NEW WIRING INSTALLED TO CONTRACT 2005/714/T

Wxxx

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I

I

TB6 1 J69 1 2 J70 2

110V DC CONTROL

3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

TBS 1 2 3 4 5

240V A( AUXILIARY CIRCUITS

TB4 1 2 3 4 5

240V A( AUXILIARY CIRCUITS

TB3 1 2 3 4 5 6 7

240V AC AUXILIARY CIRCUITS

TB2 240V AC -A 1 r-- H1 240VAC N 2 Ul H2

E 3 I'll 4 5 6 7 8

240V AC AUXILIARY CIRCUITS

'•-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-

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NOTES: 1. ALL POWER & CONTROL CABLES SHALL HAVE THEIR WIRE SCREEN/

BRASS TAPE EARTHED TO THE PANEL/CUBICLE EARTH BAR AT BOTH ENDS OF THE CABLE,UNLESS OTHERWISE NOTEO.THE EARTH WIRE JOINING THE SCREEN TO THE EARTH BAR SHALL BE LABELLED WITH ITS RESPECTIVE CABLE NUMBER AS SHOWN BELOW.

EARTH WIRES TO 2.5mm2 Cu GN/YE PVC INSULA TED.

2

~ (l I -Wxxx ~DESTINATION T

XXX

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2. CAPACITOR BANK CONTROL CUBICLES SHOWN ARE FOR A TWO-STAGE ABB ABBACUS ON CONTRACT 2005/714/T

C1 I tD I

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© COPYRIGHT This drawing must not be reproduoed in part or whole without written permiS$ion from ERG ON ENERGY CORPORATION Ltd.

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