SP147 Sugarmill Road Pinkenba SPS Electrical Manual OM ...

COMMON LOGIC PTY LTD ACN. 011 029 262

Electrical Contractors

Contract No: BW.60095-05/06 PS147 Sugarmill St

Electrical Manual

ISSUE NO 1

AS BUILT 15/11/2006

Unit 9/58 Weckee Road, Mansfield, Queensland 4122 Telephone (07) 3849 7449 Fax (07) 3343 5210

JH86 JH86Mj05

SP147 Sugarmill Road Pinkenba SPS Electrical Manual OM Manual

Q-Pulse Id TMS983 Active 10/12/2014 of 81

COMMON LOGIC Pty Ltd Electrical Manual Specialist Electrical Contractors

Subject: Sugarmill St SP147 Sheet: 1

Of: 10

Section 1

Page Revision No: Date: 17/11/06 Manual Issue No: 1 Date: 17/11/06

1.0 GENERAL 2

2.0 OPERATIONAL DESCRIPTION 3

2.1 GENERATOR 3

2.2 RTU 3

2.3 PUMP STARTER MCC 3

2.3.1. MCC MAIN SWITCH 3

2.3.2. MAINS AVAILABLE INDICATOR 4

2.3.3. MAINS FAIL IN MCC 4

2.3.4. GENERATOR RUNNING. 4

2.4 ATS CUBICLE 4

2.4.1. GENERATOR INTERFACE 4

2.4.2. RTU INTERFACE 5

2.4.3. ATS AND CONTROL 5

3.0 DRAWINGS 7

4.0 PART LIST 8

5.0 TEST SHEETS 9

6.0 TECHNICAL INFORMATION 10

Authorised By: Grant Kerr

JH86MC01 Sugarmill St





Of: 10

Section 1


1.0 GENERAL

The following document describes the operation of the switchgear and relays installed into the change over switchgear cubicle. The document does NOT describe the detailed operation of the generator PLC or the operation of the pump starters on the site. The generator is a plug in device and can be removed from site by BW at their discretion.







Of: 10

Section 1


2.0 OPERATIONAL DESCRIPTION

There are four components to the system. These are the Generator, RTU, Pump MCC, and the Generator change over switchgear. The last component will be described within this document in detail. The remaining devices will be described in the BW manual.

2.1 GENERATOR

The generator and associated PLC controls all automatic aspects of the change over switchgear, in affect making the basic transfer switch into an Automatic Transfer switch (ATS). The ATS will only operate if the generator PLC is fully operational.

The operation of the ATS is NOT fail safe and will NOT return to a predetermined condition on failure of the generator PLC or associated wiring.

The transfer switch is a solenoid operated load break switch. The switch has Two positions only being "A" Mains and "B" Generator. There is NO "OFF" position.

Mains fail timing and return to mains timing is all controlled within the generator PLC.

2.2 RTU

The RTU monitors several generator alarm conditions and will report these conditions to the system as required.

The RTU can remotely start and stop the generator. The remote start will initiate a

change over of the station to the generator. Stopping the generator will initiate a return to mains if available.

2.3 PUMP STARTER MCC

The pump starter MCC automatically starts and stops the pumps on demand determined by the wet well levels. The starter has not been modified in any way to accommodate the generator ATS with the exception of the re-routing of the sub-mains cabling.

2.3.1. MCC MAIN SWITCH

The Main Switch in all cases refers to the Energex supply point of isolation.

The existing main switch in the pump starter MCC, when labelled as the "Main Switch", will isolate the incoming Energex Mains Supply.

For complete isolation of the switchboards where an automatic generator system is supplied the generator must also be isolated.






Subject: Sugarmill St SP147 Sheet: 4 Of: 10

Section 1


This must be carried out at the generator CB in the generator canopy as well as switching the control to the "OFF" position.

2.3.2. MAINS AVAILABLE INDICATOR

The mains available indicator mounted on the common control escutcheon is supplied by 24VDC originating from the RTU control supply. The signal will be "ON" when the mains are healthy.

The mains available relay does indicate availability and correct rotation after 10 seconds.

2.3.3. MAINS FAIL IN MCC

The mains fail relay in the MCC is the device that assures the system has the correct rotation and supply available for the pumps to operate. When re-connecting the generator to a site it is necessary to check the generator voltage rotation is also correct.

2.3.4. GENERATOR RUNNING.

The generator running indicator is supplied by 24VDC originating from the RTU control supply. .

The indicator will be "ON" when the generator is running as determined by the generator PLC. IE GRR relay is on.

2.4 ATS CUBICLE

The ATS cubicle comprises sections as described below.

2.4.1. GENERATOR INTERFACE

The generator interface is via a Clipsal 27 Pin plug and socket. The multicore cable is connected core 1 to pin 1 and 2-2 etc. The Multicore cable is labelled wire No. GO1 for core 1 to pin 1 and No.G02 -Core2- Pin2 etc. This enables simple and quick reference to all wiring between the plug and the hardware within the ATS cubicle. All signals received from the generator are arranged to switch a relay powered from the generator 24VDC system. The exceptio to this is the "Generator Not On Site" signal, which wires directly to the RTU via the interface terminals.

All control signals to the Generator are via clean contacts. Both sides of the contact are issued to the generator. These contacts switch relays in the generator panel and are powered via the generator 24VDC system.







Of: 10

Section 1


2.4.2. RTU INTERFACE

The RTU interface is via a hard wired loom or multicore cable and terminals. The Loom cable is numbered with the terminal RTU 10 numbers. The RTU connections are different for each site and may also have different polarities for each site according to the site hardware.

All signals received from the RTU are arranged to switch a relay powered from the RTU 24VDC system. IE Remote Exercise Generator only. All signals to the RTU are via clean contacts. Both sides of the contact are issued to the RTU system. These contacts switch directly into the RTU Input cards. The voltage on these signal cables is 24VDC supplied from the RTU power supply.

2.4.3. ATS AND CONTROL

The transfer switch is a MAC-DT Solenoid operated Transfer switch. The control of this switch is only achieved from the generator PLC. The PLC controls the relays CTSN and CTSG within the ATS panel.

Energising CTSN if the Mains Volts are available will open the Generator CB and Close the Mains CB.

Energising CTSG if the Generator Volts are available will open the Mains CB and Close the Generator CB.

If volts are not available the motors in the BTS will not operate. (IE stay in the last condition. If the BTS does not operate the PLC will remove the transfer signal and assume a fault condition. This condition required manual operator intervention.

Manual Operation: If manual operation is desired then the following steps must be carried out. Please note that it is not necessary to remove any covers when manually operating the CB's.

If the PLC is issuing an undesirable status then the operation of the CB solenoids must first be isolated. This is best achieved by switching the CB's QM1 and QG1 to the off position. This removes the motor charge and open close commands to the operators. If the PLC is not affecting the transfer switch these CB's may be left in the ON state.

Manual Open Mains and Close Generator: Turn off the CB's QM1 & QG1. To change state a suitably qualified operator must open the escutcheon door and using the Yellow handled operator, place the operator on the left side square shaft and pull the handle towards the bottom of the switch. This will change the state of the switch as indicated by the windows marked "A" and "B".

Manual Open Generator and Close Mains: Turn off the CB's QM1 & QG1. To change state a suitably qualified operator must open the escutcheon door and using the Yellow handled operator, place the operator







Of: 10

Section 1


on the left side square shaft and pull the handle towards the bottom of the switch. This will change the state of the switch as indicated by the windows marked "A" and "B".

Mains Fail detection: The mains fail relay detects the condition of the mains and issues a mains fail start signal to the PLC. The mains fail relay also operates the mains available indicator on the MCC common control panel. The mains fail signal also issues a condition to the RTU to indicate mains failed when the relay is de-energised.







Of: 10

Section 2


3.0 DRAWINGS





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DEPTH

500 EXISTING

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APPLICABLE SITES

SUGGARMILL RD

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LAGOON CRES

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MATERIAL ALLUMINIUM 1/9/06 26/04/06 11/04/06

AS INSTALLED ISSUED FOR CONSTRUCTION

ISSUED FOR APPROVAL

30

FUN LAN SIM FTN LTN STN

COMMON LOGIC PTY. LTD.

P0. 80X 2008 Mansfield QLD. 4122 Tele: 07 3849 7449

DATE 10/04/06

DRAWN GCK

SCALE NTS

APPROVED

BRISBANE WATER STANDARD DRAWING

TYPICAL 200 AMP SOLENOID OPERATED ATS

JH86DA01 A3 sheet 1 /3 ISSUE C



LIGHT SWITCH BRACKET TBA

LIGHT BRACKET

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REMOVABLE HAT

REMOVABLE MUUON/HAT

IF IN DOUBT, ASK.)

FAN COMMON LOGIC PTY. LTD.

P0. 80X 2008 Monsfield OLD. 4122 Tele: 07 3849 7449

LAN SWN

1/9/06 AS INSTALLED FTN

26/04/06 ISSUED FOR CONSTRUCTION LTAT

11/04/06 ISSUED FOR APPROVAL STN

APPLICABLE SITES

SUGGARMILL RD

RANDOR ST BRISBANE ST

LAGOON CRES

DATE 10/04/06

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JH86DA02 A3 sheet 2/3 ISSUE C



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06.06

03.06

NEW BORDER. RE-DRAWN & RE-ISSUED FOR CONSTRN

APPROVED FOR CONSTRUCTION M

A 1.05 SWEID GENSET UPGRADE 2005 - TENDER ISSUE

SEWAGE SYSTEM IMPROVEMENT 2005 SOLENOID TRANSFER SWITCH INSTALLATION

SP147 SUGARMILL ROAD, MEEANDAH ELECTRICAL DRAWING INDEX

/ \ ELECTRICAL DRAWINGS INDEX

DWG N°. TITLE ISSUE REVISIONS

SOLENOID OPERATED - AUTOMATIC TRANSFER SWITCH - SITE SPECIFIC INSTALLATION

486/5/7 -TQ035 . SUGARMILL ROAD, MEEANDAH - GENSET A.T.S. INSTALLATION - ELECTRICAL DRAWING INDEX 06.2006 : :, E

486/517-TQ036 EQUIPMENT LEGEND 03.2006 000 D

486/5/7-T0037 PUMP No.1, PUMP No.2 & INCOMER POWER SCHEMATIC WIRING DIAGRAM 03.2006 ' D

486/5/7-TQ038 MISCELLANEOUS LIGHT & POWER SCHEMATIC WIRING DIAGRAM 03.2006

DD

486/5/7-TQ039 PUMP No.1 & PUMP No.2 CONTROL SCHEMATIC WIRING DIAGRAM 01.1997

0 486/5/7-T0040 COMMON CONTROL. WELL LEVEL, DELIVERY PRESSURE & SURCHARGE IMMINENT ALARM SCHEMATIC 06.2006 ' 486/5/7-T0041 PLC/RTU SCHEMATIC WIRING DIAGRAM 06.2006 1011111011°011111 AAA E

486/5/7-TQ042 RTU TERMINATION DIAGRAM 06.2006 prrpr- D

4861517-TQ043 CABLE SCHEDULE 03.2006

486/5/7-TQ044 SWITCHBOARD GENERAL ARRANGEMENT 03.2006

486/5[7-T0045 SWITCHBOARD CONSTRUCTION NOTES 03.2006

0100

486/5/7-70046 SWITCHBOARD SECTIONAL DETAILS 05.1998

486/5/7-T0047 SWITCHBOARD SPECIFIC DETAILS 05.1998

486/5/7-T0048 SWITCHBOARD LABEL LIST 05.1998

486/517-T0049 SITE LAYOUT 03.2006 D

PP 486/5/7-PS000 DRAWING INDEX - ELECTRICAL INSTALLATION 05.2006 2

486/517-PS001 TYPICAL SOLENOID OPERATED - AUTOMATIC TRANSFER SWITCH - WIRING SCHEMATIC DIAGRAM 05.2006 : 2

486/5/7-PS002 TYPICAL SOLENOID OPERATED - AUTOMATIC TRANSFER SWITCH - CUBICLE ARRANGEMENT 05.2006

00 2

486/5/7-PS005 TYPICAL SOLENOID OPERATED - AUTOMATIC TRANSFER SWITCH - INTERCONNECTION DIAGRAM 05.2006 :

00 1

486/5/7-PS007 AUTOMATIC TRANSFER SWITCH - ATS EXTENSION CUBICLE - TYPICAL CONCRETE BASE ARRANGEMENT 05.2006 1

i

DRAFTED A.M.H. 25/11/96

DRAFTING CHECK A.H. 26/11/96

A.H. 26/11/96

DESIGN R.P.E.O. No. DATE PRINCIPAL DESIGN MANAGER

CAD FILE 5770035 E

No DATE AMENDMENT DRN. APO. Reference Ora no

2 3 1

FILE NO.

6

..,DESIGN CHECK

7

R.P.E.G. No. DATL...A. CLIENT DELEGATE

8

PROJECT

8

= ISSUED FOR:- EMERUY. GENERATOR TRANSFER SWITCH INSTALLATION

TITLE

SUBMERSIBLE SEWAGE PUMP STATION SOLENOID TRANSFER SWITCH DATE SP147 - SUGARMILL ROAD, MEEANDAH ELECTRICAL INSTALLATION

SEWAGE SYSTEM IMPROVEMENT 2005 ELECTRICAL DRAWING INDEX IIRISSANC

DATE AT

10 11 2 .13 14

c. FOR CONSTRUCTION

SHEET No. 18

BRISBANE WATER DRAWING No.

486/5/7-TQ035 16

AMEND.

A

B

C

D

E



NOTES

l-----1i

ITEM No OTT (*SCRPTMN SUPPLER MANUFACTURER CATALOGUE No SOH 10 WOW GREEN

DATE

SENT TO POWER ELECTRIC

Elan

CORRECTLY INSTALLED

W WE ITEM CITY OESCRPTXN SUPPLER MANUFACTURER CATALOGUE No

SOH TO *PATRICK GREEN

DATE

SENT TO POWER ELECTRIC

(141(

CORRECTLY INSTALLED

W OA

I SURGE DIVERTER POWER ELECTRIC CINTEC SANAA S2 I SURCHARGE ALARM RELAY HUNTER WATERTECH MUT TITROOE MTR 2

01 MAN CIRCUIT BREAKER SHROUD POWER ELECT TERASAKI XSIISC1/50 UXPO

1 PI CPCUIT BREAKER SHROUD POWER ELECTRIC TERASAKI XHI2S/11/20 UX.P0,_/"/-.."--..." v S4

03 1 SOLENOID OPERATED TRANSFER SW *IP TERASAKI 61WNIP0240YAC 1100A I NEW WORK 55 I STATION CONTROL SELECTOR SW POWER ELECTRIC KRAUS I, AMER CADII-A200 -1401356401

SUB- OSTROUTION BOARD CFS POWER ELECTRA ST ERG OESA63G1 ..-\..._ SITE ATTENTION RESET POWER ELECTRIC SPRECHR L SCRIM DSP-16E X10

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Olt 1 CAS FUSE COVER POWER ELECTRIC STROHM/1G OE SA2X172 SI

NJ 3 FUSE CARTRIDGE POWER ELECTRIC GE( TIA 32 se

OS I SUB- DISTROUTIOII BOARD CHASSIS POWER ELECTRIC TERASAKI /1060A1U SI I SITE ATTENTION ALARM POWER ELECTRIC WRENN L SCHUH DSP- PS3010

06 2 AUTO-TRANSFORMER POWER ELECTRIC GEC GAYRAD 3A11.5 60

06 1 6 WROTHERHS POWER ELECTRIC GEC GAYRAD INCLUDED 14 MANN SARI 61 1 3 PHASE OUTLET POWER ELECTRIC CLPSAL 5650420LE

01 AUTO TRANSFORWR CONTACTORS 61 1 IPHASE OUTLET POWER ELECTRIC OPSAL ISV908

07.1 2 LINE CONTACTOR AUX POWER ELECTRIC SPRECNER 1 SCHUH CAI 37N 11 CAI-P-S11 63 I NEUTRAL LW POWER ELECTRIC CIPSAL BP165018

01 2 2 TRANSFORMER CONTACTOR POWER ELECTRIC SPRECIER 1 SCHUH (Al 3 11 64 1 EARTH LINN POWER ELECTRIC CLPSAL BP16502

01.3 2 STAR CONTACTOR AUX. POWER ELECT SPREOER A SCHUH CA3-12-10 CA3-P-01 65 SWITCHBOARD TERMINALS POWER ELECTED( KLPPON

08 2 THERMAL OVERLOADS POWER ELECTRK SPRENER L SCHUH CTAD-Il ARE 16 ANALOGUE DISCONNECT . POWER ELECTRIC KLPPON DKT4/3S 10617461

09 651 16 END PLATE POWER ELECTRIC NIPPON AP 14061150

/0 6S.3 26 FUSE TERNINAL POWER ELECTRIC KLPPON ASKU35 10474561

APPROVED FOR CONSTRUCTION lI 654 26 EEO PLATE POWER ELECTRIC KLPPON AP (0310361

655 26 FUSE CARTROGE POWER ELECTRK KLPPON FUSE 20019so

13

PUMP NSTRUMENT CT POWER ELECT (ROTATOR INSTRUMENTS 711-343T 51/5

2 PRIMARY TURNS 656 103 DISC CT TERMINAL POWER ELECTRIC KIPPUR SAKR/3S 10112161

14 6 INSTRUMENT FUSES POWER ELECTRIC (EC R5201I 651 5 ENO PLATE POWER ELECTRK KLIPPON AP 10211361

D 03.2006 Approved for Construction 14.1 1 FUSE (ARTRE/GES POWERELECTRK GEC NOD 651 9 ENO STOP POWER MURK KLPPON E1/135 103113561

11.2005 SWBD GenSet Upgrade 2005 15 I. CT EST I. S POWER NOTRE NLPPON SAKT1/3S 10105921 66 I MAN0EUTRALLNN POWER ELECTRK (LPSAL MEAN

15.1 1 ENDPLATE POWER ELECTRIC KLPPON AP 10329121 61 I MAIN EARTH LW POWER ELECTRIC UPSAL 2ClAE6

B 12/10/98 AS BUILT

15 2 2 SLICE INN I WAY POWER MORE KLPPON QVS2 10307301 61 1 INSTRUMENTATION EARTH IM POWER ELECTRC CLPSAL BP16501

A 17/04/98 REVISED DRAWING A.H 15.3 4 SLEEVE POWER ELECTRIC ADPPON VH1910341001 69

No DATE AMENDMENT INITIALS 15.4 4 SCREW POWER ELECTRIC KLPPON BS 10334701 10

16 2 PUMP AWE TER POWER ELECTRIC CROMPTON NSIRUENTS 243-0266 0-25/150A 71

AMENDMENT & SSUE REGISTER 17 1 KLOWATTTRANSOLEER MNTERWATERTECH MULTITEN M*0 WA2 72

MANAGER

DATE.

DIRECTOR OF

TECHNOLOGY SERVICES

DATE:

CURRENT TRANSDUCER HUNTER ATERTECH MEDIU M100 ALI 13 3 26501 3A MAR PO R SUPPLY POWER ELECTRIC POWER BOX PE 24/03 GP

19 1 PHASE EARN* PO A Y POWER ELECTRIC CROW TON INSTRUMENTS 152-PSGR 14 I 24VDC C LIT BREAKER POWER ELECTRIC TERASA20 DIN16-106

20 1 PHASE FAILURE CIRCUIT BREAKER POWER ELECTRIC TERASAKI WI16-306 15 1 RTU SURGE REDUCTION FILTER HUNTER WATERTECH MEC 5$61100C-SF

21 3 PHASE OUTLET (11(.1 BREAKER POWER FIORE TERASAKI DINT6-310 16 CATHODE PROTECTION UNIT FREE ISSUE FUTURE

DIRECTOR OF

PLANNING & DESIGN

DATE:

DIRECTOR OF

WATER SUPPLY

DATE:

DIRECTOR OF

CONSTRUCTION

DATE:

/-----'11

\ 'PHASE OUTLET CIRCUIT BRE R PO R ELECTRK TERASAKI DINT6-110 /--"/"...-**"--'"-- Ti BATTERY EIELOSURE POWER MURK MET DWG 1101-23 OCTAL 1

3 1 1 PHASE OUTLET RCO C/B POWER EL ETRE TERASAKI DSRCBH1030A NEW WORK 11 BATTERY VE T POWER ELECTRIC MOE 111310S64

R ILI LAP -TOP GPO (11( I BREAKER POWER ELECTRIC 1 RASAKI 16-102 RIG LAPTOP G.P.O. POWER ELECTRK CLPSAL IS / 449 / 449A

_

25 1 SW/130 FIORD CIRCUIT BREAKER POWER ELECTRIC TERASARI CI0116-106 SO 2 (CONTACTOR POWER ELECTRIC MARECHAL 31-34013-111

26 1 CATHODE PROTECTION (MIT BKR POWERELECTRK TERASAKI CINT6-106 II 2 ANGLE AOAPTOR POWER ELECT MARECHAL 31-30000-021

DESIGN A.H. 25/11/96 ENGINEER

IN CHARGE 27 I 24VIX POWER SUPPL Y CPCUIT BIN POWER ELECTRK TERASAKI DINT6-106 II 2 PLUG TOP POWER ELECTRIC MANCHA 31-31013-172

21 I TRANDUCERS CIFKLIT BREAKER POWER ELECTRIC TERASAKI DINT6-106 III I RTU POWER FAIL RELAY POWER ELECT 1211111 11112B-U-140VAC

DRAWN A.M.H. 26/11/96 SUPERVISING ENGINEER 29 1 RTU CPC I BREAKER POWER LlfCTRE TERASAKI ON16-110 114 I R EU BATERY DISCHARGE RELAY POWER ELECTRIC IZUM 31128-U-11VOC

30 55 I EITU POWER SUPPLY 131VDC HUNTER WATERTECH POWERBOX P50E-1S

TRACED 31 l SPARE CIRCUIT BREAKERS POWERELECTRK TERASAKI 011111-106 16 I RTU 12V/24VDC OM RTER HUNTER WATERTECH POWERBOX V1A1545(12

CHECKED A.H. 26/11/96 A 2 REDUCED 32 2 SW/BO DOOR HERO SWITCHES POWER ELECTRIC CANS() 91202 11 2 BATTERY HUNTER WATERTECH APOLLO HD02

33 2 SW/BD OW INTERNAL F11110 LIGHTS POWER ELECTRK THORN 88048 II I RADIO HUNTER WATERTECH TRIO TR-9000R/L

REFERENCES COPYRIGHTC1996 No reproduction is permitted in whole or in part without

the express consent of BRISBANE CITY COUNCIL

BRISBANE WATER

34 I WELL LEVEL 10CATOR POWER LEC IRK CROMPTON INSTRLRENTS 244 -ONG 4-20A

0-100% RED PORTER PI EXPANSION BASE TER WATERT CH SYMAX 1005EBUI

35 1 PRESSURE TRANSMITTER RELAY HUNTER NAT RICH PLATYPUS AP-WT127 90 1 TELEMETRY 11141 HUNTER WATERTE01 RATER WATERTECH P05500

CADD FILE No

351 1 PRESSURE IRA/ISMER HUNTER WATER TECH PLATYPUS PL ZSGSW 11 2 DIGITAL IPUT MODULE HUNTER WATERTECH SENOR 1005011116

THIS DRAWING WAS PRODUCED

USING AUTOCAD 36 1 WELL LEVEL TRANSDUCER MIN TER WATERTECH VEGA EIS-8 12 1 DUMMY MODULE HUNTER WATERTECH SYMAX 80050111

1 1 WELL LEVEL PRESSURE SENSOR MATER WATERTECH VEGA 071 93 2 DIGITAL OUTPUT HOOVES HUNTER WATERTECH SYMAX 80091108 -.....,_,.........._./

X .......

17.1 : ITT"

Brisbane "./...../'

//0 ter _Aiiiii

36.2 1 RAG REDUCTION TUBE MITER WATERTECM HUNTER WATERTECH 94 2 ANALOGUE INPUT MOOIKE HUNTER WATERTECH HINTER WATERTECH POSIAI

37 7 PUMP (INTRO (HUT BREAKER POWER ELECTRIC TERASAKI DOIT6-101 15

38 1 PUMP HOURS RUN METER POWER ELECTRIC NATIONAL TH639 %

31 TIERMISTOR RELAYS POWER ELECTRIC SPPECHER 1 50/111 1113-A INVAC 91 API A TER WATER TECH R.F. HUSTRES Y8806-12

40 911 I ANTENNA FIRST POWER ELECTRIC POWER ELECTRIC

Al CONTROL CPCLIT ON RELAY POWER ELECTRIC MAI RHN-U-240VAC 912 COAX CABLE INTERNALI HUNTER WATERTECH R.F. ROUSTRIES RG51 Brisbane Cit ASSET MANAGEMENT

Y PROFESSIONAL SERVICES 42 2 ll CONTACTOR CONTROL RELAY POWER ELECTED( KLPPON RS* 11101621 973 1 COAX CABLE 1EXTERNALI HUNTER WATERTON RR. INDUSTRES RG213

PROJECT

I DTS

SUGARMILL ROAD (SP147) SEWAGE SUBMERSIBLE PUMP STATION

43 2 STAR CONTACTOR CONTROL RELAY POWER ELECTRIC KIPPUR eS30 111016.21 914 I COAX PLUG HUNTER WATER TECH RF INDUSTRIES SPIA

li. IN CONTACTOR CONTRCX RELAY POWER ELEC KLPPON 0530 (11016.21 91.S COAX NOG HUNTER WATERTON IF INDUSTRES NIS (MAW

45 1 RADIO COAX. STAGE PROTECTION HUNTER WATERTECH POLYFtlASER (ORNAATION IS-SNIX-C2 91.6 2 COAX PLUG HUNTER WATERTON If NDUSTRES NV DIALEI

46 2 PUMP STATUS INDEA TOR POWER ELECTRIC SP CHER / SCHUH OSP-11430 0 971 I 11 CL MPS MATER WATERTECH RF IOUSTRES UN*

PUMP START PUSH BUTTON POWER DETRE SPRECHER 6 SCHUH D5P-F331110 -,- //,-- TITLE

EQUIPMENT LEGEND

41 PUMP STOP PUSH BUTTON POWER ELECTRIC SPRECHERL SCHUH OSP-MTS341.01/01 . .,._.. , .... NI:

49 PUMP RESET PUSH BUTTON POWER ENTRE SPRECHER 1 SCHUH OSP-MIX% mANIS AVM ABLE 111371 cveu.owi sweet I. WWI MP OSP 4:1530L0 A NEW WORK

SO GNERATOR RUNNING FOR PE01

_____

SP1K(KR / 50111 OSP-NOLO D SI..... ..."---/-1.' ---%-_ _..... ....

SCALE: No OF SHEETS

gs 60 ;(,,,, ---- - --

--- _____.

...------ _____.

DRAWING No

486/5/7 -TQ036 _ ....

AMEND.



ENERGEX

C.T.

METERING

(TARIFF 23T

D

3

10

12

13

1L

16

17

18

19

21

22

23

24

25

27

28

29

30

31

32

33

34

35

37

38

L2

L3

N

R

w

B

N

MAIN SWITCH

100A

E

1 I I

I I

I I

I I

10kA PUMP CONTROL. SHEET 6

240V AC

(NOTE 18.2)

aCT1

SA

2

TL1

TEST LINKS

240V AC AUX SUPPLY FROM kW & CURRENT TRANSDUCERS CIRCUIT BREAKER

NEW WORK r w

F /

B

N

SOLENOID TRANSFER SWITCH

REFER TYPICAL DRGS.

No.486/5/7-PS001 & 2

SWITCHBOARD EXTENSION - REFER DRG. No.486/5/7-10044

C12

0 D® 145 146 147

148

149

KWT1 ISO

A11/1-

SUBMERSIBLE PUMP No.1 1 8.8KW F.L.C.=3 3A

4-20mA 112

0

A11/1. MINN

PUMP CONTROL, SHEET 6

240V AC

256 C22

SUBMERSIBLE PUMP No.2 18.8KW F.L.C.=3 3A

A11/3. 116

0 1MIIK1

240V AC AUX SUPPLY

FROM kW & CURRENT TRANSDUCERS CIRCUIT BREAKER

SUB-DISTRIBUTION

BOARD ISOLATOR

326/63A

0

39 CONTINUED ON

DRG No 486/5/7-T0038

caoasIIEELEatCLJA131.E.

E

PUMP No 1 kW

PUMP No.1 AMPS

PUMP No 2 kW

PUMP No. 2 AMPS

'.15V INCOMER FROM GENSET

litu SHEET LINE !TEN SHEET LINE 1104 SHEET LINE 11E6 SHEET LINE ITEM SHEET UNE 11(0 96(1 Lot n10 96(1 of cu - Con.

- 3 6/0 -16 /0 - 1 14/0

6 3 6 6

7

11

10 191

C23 - COIL - 3 6/0 -16 /0 - I 6/C - 1 N/0 - 1 N/C

6 3

6 6 6 6

20 27

23 19 14 7

30,2 _ cc.. - 1 C/0 - 1 0/0

6 6 -

31 6 -

111.12 - COIL - 1 6/0 - 1 N/C

6 6 6

,3 16 la

P 6901691 - 1O4

-1010 4

I

2,

. unite - ON 0

a

a

11

I n

,,,,,, - -

6 6

32 9

1011 - LL41. - 1 N/0 - 1 N/C

3 6 6

13 9 6

C12 - COL - 1 6/0. - I N/0 - I N/C

6 3 4 6

9 9 II I

GiAtni ,169111.--11._ -cat - 111771

Lat 61 - COIL - 1 C/O - 1 6/0

9 8 -

4 4

-

RP21 - Cot - 1 C/O - 1 C/O

6 6 -

35 18 -

IuL.1 - LULL - 1 N/0 - 1 N/C

a 6 6

2 7

15 16

feWt - Ca. -1010

1

11

I 11 013 - COIL

- 3 9/0 _ 1 6/o - 1 N/C - 1 6/13 - I N/C

6 3 6 6 6 6

1 13 12

6 3 IR

PFR - CC6. - i C/O - 1 C/O

5 9 -

5 3 -

0P22 - COL - 1 c/0 _ , c/o

0 6 _

)6 19 _

Pu64P No 1

APRA.NSFORWCR MOWN. SNITCH

6 6 NW, . co. - 1414

I c/o

1

8

69100 -CR. - ilwo

1 I 0

PRI - COIL

- I C/O

6 6 -

10 3 -

RP23 - COIL - 1 C/O

6 6

37 20

PIMP No 2

APRANSFCMUCR INERum.. SIIITC:6

6 19 60PCN - (OIL - 111/0 11 6

WIIINN6 -Cal - 1 km

3

3

, . C21 - COL - 3 6/0 - i 6/O - 1 6 /C

3 6 6

25 21 7

pR7 - CON - ; C/O

6 6

21 i SO4C - 1 C/O 8 3 B° - Can. - 1 N/0 10 10

9 0

tcsi - fon - 1 WO

3

II ll Rom - (06 .1810

1

5

I f,

C22 - COIL

- 3 Nil' - i N/0 - 1 N/C

6

3 6 6

19

23 22 20

RP - COL - I C/O : 7 "' - CCII- - I 6/0

- "Lir_ 6

9 _e

4 6 _7_

Pf - COL - 1 01/0

10 IC

tO 10

awn° 016. .1010

1

5

I ft

691.106 - Oa .1100

3

NOTES I INCOMING / PUMP CIRCUIT BREAKERS ARE

LINE SIDE SHROUDED

2 CIRCUIT BREAKERS RATINGS TO SUIT LOAD

ENSURE TYPE 2 COORDINATION WITH CONTACTORS 1

OVERLOADS TO IEC 947-4-1

3 TERMINAL NUMBER SHOWN EITHER IMMEDIATELY

BELOW, RIGHT OR LEFT Of TERMINAL

4 FUSE TERMINALS ARE TO BE FITTED WITH 100mA

FUSE -LINKS UNLESS OTHERWISE SHOWN.

AUTOTRANSFORMER NOTES

1 WITH PUMP OFF ALL CONTACTORS ARE OPEN.

2. UPON RECEIVING START SIGNAL, STAR &

TRANSFORMER CONTACTORS CLOSE.

3 AFTER A PRE-DETERMINED DELAY THE STAR

CONTACTOR OPENS I THE LINE CONTACTOR

CLOSES

4 THE TRANSFORMER CONTACTOR THEN OPENS

IMMEDIATELY.

THE PUMP IS NOW ON UNE AT RATED

VOLTAGE 1 SPEED

NOTES 1. INCOMING & PUMP CIRCUIT BREAKERS ARE

LINE SIDE SHROUDED.

2 CIRCUIT BREAKERS RATINGS TO SUIT LOAD & ENSURE TYPE 2 COORDINATION WTH CONTACTORS & OVERLOADS TO IEC 947-4-1.

3. TERMINAL NUMBER SHOWN EITHER IMMEDIATELY BELOW, RIGHT OR LEFT OF TERMINAL.

4 FUSE TERMINALS ARE TO BE FITTED WTH 100mA FUSE-LINKS UNLESS OTHERWISE SHOWN.

5. FAULT LEVEL 15.7kA

6. CIRCUIT BREAKER SETTINGS 1007

7. THERMAL OVERLOAD SETTINGS 18A

APPROVED FOR CONSTRUCTION

0

03.2006 Approved for Construction

C 11.2005 SWBD GenSet Upgrade 2005

B 12/10/98 AS BUILT

A 17/04/98 REVISED DRAWING A.H

No DATE AMENDMENT INITIALS

AMENDMENT & ISSUE REGISTER

MANAGER DIRECTOR OF

TECHNOLOGY SERVICES

DATE DATE

DIRECTOR OF

PLANNING 2. DESIGN

DATE

DIRECTOR OF

WATER SUPPLY

DATE

DIRECTOR OF

CONSTRUCTION

DATE

DESIGN A I-I 15/10/96 ENGINEER IN CHARGE

DRAWN A M H 16/10/96 SUPERVISING ENGINEER

TRACED

CHECKED A.H. 17/10/96 A2 REDUCED

REFERENCES

CAM FILE No


USING AUTOCAD

COPYRIGHT©1996 No reproduction is permitted in whole or in part without


BRISBANE WATER

(NOTE 31

(NOTE 31

0 a

1

LEGEND:

RELAY OR

CONTACTOR COIL

FIELD DEVICE

R.T.U. FUSE TERMINAL

R.T.0 LINK TERMINAL

SWITCHBOARD TERMINAL

CATHODIC PROTECTION

TERMINAL

RTU DIGITAL INPUT

RTU DIGITAL OUTPUT

RTU ANALOG INPUT

EQUIPMENT ITEM No

M Brisbane raterfA'

ASSET MANAGEMENT Brisbane City PROFESSIONAL SERVICES

PROJECT

I DTS SUGARMILL ROAD (SP147) SEWAGE SUBMERSIBLE PUMP STATION

TITLE

PUMP No. 1, PUMP No. 2 & INCOMER

POWER SCHEMATIC WIRING DIAGRAM

SCALE No OF SHEETS

DRAWING No

486/5/7-TQ037 8

WAS 1127-03 AMEND



1 2 3 4 5 6

A

_, CONTINUED FROM

ELECTRODE RELAY

(N3(

SWITCHED) (N4)

INS( (NOTE 1)

N7

NOTES

A

SHEET

- 2

- 3

4 -

03

9

6A 670 il

POWER

FAILURE INI1

RELAY SURCHARGE IMMINENT

1. CATHODIC PROTECTION - FUTURE. THIS UNIT TO BE SUPPLIED BY OTHERS. A 240VAC CABLE IS INSTALLED TO

PROPOSED CATHODIC PROTECTION AREA TERMINAL STRIP FOR CONNECTION BY OTHERS

2. TERMINAL NUMBER SHOWN EITHER IMMEDIATELY

BELOW, RIGHT OR LEFT OF TERMINAL.

B

-

D

-

E

B

- 6

_ 7

- 8

9

10

- 11

- 12

13

maillill="111113. P1,1

F

R

II 0 20A 673 3 PHASE

x 674 20 AMP

675 OUTLET e

II-C 0 N2 -C GPO (N2) O

10A 676 X_,,,,0

N3 0)(.2,..A......0 677 RTU LAPTOP G P 0 (10A1

APPROVED FOR CONSTRUCTION I

N4

C) 60 678 SWITCHBOARD FLUORESCENT (DOOR

0 N5

679 ,0

CATHODIC PROTECTION UNIT D 03 2006 Approved for /ICJ C 112005 SWBD GenSet Upgrade 2005

75

6a 680 kW 8 CURRENT TRANSDUCERS AUX SUPPLY IN71

- 15

16

- 17

- TB

19

28

N7

B 12/10/96 AS BUILT

N6 CRITEC SURGE

PROTECTOR

A 17/04/98 REVISED DRAWING A N 10A 687 681 RTU POWER SUPPLY IN71 X

I No DATE AMENDMENT INITIALS


0VAC/ 24 24VDC

POWER SUPPLY

692 695 MANAGER

DATE

DIRECTOR OF

TECHNOLOGY SERVICES

DATE

6A 682 -x 693 693 24VDC I/O SUPPLY

683

- 1

20 DIRECTOR OF

PLANNING & DESIGN

DATE_

DIRECTOR OF

WATER SUPPLY

DATE

DIRECTOR OF

CONSTRUCTION

DATE

D

E

21

22

23

24

25

X "9

N10

GENSET IN91

I

r ' 01. NEW WORK -C 240V 6A OUTLET -C AT GENSET

I -- BATTERY CHARGER 6A 684

(N101 A ./() SPARE

NI I

DESIGN

DRAWN

A H

A M H

15/10/96

16/10/96

IN

ENGINEER CHARGE

ENGI NE

SUPERVIS ER

ING

\'...._':./ 6A 685 x .....,..0 SPARE (N11)

N12 (i) 0 > 66 IN121 )8 ( SPARE

TRACED

CHECKED A.H. 17/10/96 A 2 REDUCED

27

28

29

30

31

32

33



BRISBANE WATER

CADD FILE No


USING AUTOCAD

'''s,......"...._.."

/I ilr

,.. . -... ....

10111114100

. 's CROSS REFERENCE 7641.1

LEGEND. ASSET MANAGEMENT Brisbane City tY PROFESSIONAL SERVICES _ _ RELAY OR - CONTACTOR

PROJECT

IDTS SUGARMILL ROAD (SP147) SEWAGE SUBMERSIBLE PUMP STATION

COIL

FIELD DEVICE

R.T.U. FUSE TERMINAL /KM 71

0 R T U LINK TERMINAL MOTE 21


.0 CATHODIC PROTECTION

TERMINAL

ITEM IMET ca 1104 WIT LK irtn 5[r1 LK /TIM SNIT LK 1104 SK71 L 34 NI - COI ., IVO

111/0

6

3

6

1

V

C21 - 1 NM ICON I/ - 1 KC

-11/0

6

4

6

21

14

OKI - Ma - 1 C/O

- 1 C/0

. I

ll I

10.1 -COL 1 NM 111/C

-MI

1

a

6

13

4

6

35 cu - COIL

.1110 - i KO .1kg

4 )

a

a

4

71

LC1141 -COL - WO - 1100

. 107/1 - COL -,CM - 1 CM

4

6

N - Mt - 1 NM -INK

PliMP14.1 ./110-KFOOK11 14(1,041 6011(n

7 4

6

71

fi

TITLE

MISCELLANEOUS LIGHT St POWER

SCHEMATIC WIRING DIAGRAM

mit -CM. 1 C/0

- 100

S

a S

) NMI - COL

- 1 CM -I00

a

a

-

)4 44

-

711 34

-

s

36

- 37

CO - Ca - 1 100

-, WO - 110C .,.,0

6

3

4

6

I 0 0 11

3

a,.. ... -1C/0 _,,e

a a

Mn - COL , a, icto

. a

POI, or/ 0 IRKSP001101 r NW 11701

a

F

38

C71 - (04 N.,0

- 1100

. )

a

IS II

P111 COO

- WO - IC/0

6 r IN - 1 C/0 I riTY . cat

- 114,0 0 RTU DIGITAL \, INPUT ) _...: _

39

C27 - COL 1 00

. I sue mg

4 1

a 6

14

11 / N

' 'PP

- 1C/0 4

a

901 - to - 116/0

a

a

. a

_2_,,

11

P' - Ca - .011

II le RTU DIGIT SCALE No OF SHEETS \> AL OUTPUT

1C/0

N

a I

114M

017 COL - 1 OM

1 fan

a

4

6 a

R TU DRAWING No WAS 1127-OS

486/5/7 -TQ038 AMENDtP

D

- IN -(011 1 WO

6 I

114

77

au - Ma 1C/0

-1C/0

I( ssi ANALOG INPUT

11137 EQUIPMENT ITEM No

5 6 I

7 N



3

5

L6 7

9

10

12

13

14

15

16

17

18

42

ELV CONTROL

11 15

3

LCR61 -1 11/14

RTU INPUTS

41

SMC 11/13

\) \)

8 39 6951 L R 0

32

FROM DRG. No. 486/5/7 -FD142

It /L12( )

6953

GENERATOR ATS

X6 6953 T5NA 13/00 -XG

141 -37 .38

6953 GFR 13/01 13/01

\)

COMMON CONTROL

SITE POWER ON

SURCHARGE IMMINENT ALARM

LOCAL REMOTE

SITE ATTENTION ALARM RESET PUSHBUTTON

SPARE

SPARE

RTU INPUTS REFER DWGS - 486/5/7-PS001 8. PS005

13/00 \-) ATS - NORMAL MODE 148 /

\) GENERATOR FAULT 40 150

.42

:4

24V DC.

19 RTU OUTPUTS

02/06 20

21

22

23

D

28

29

30 E

31

32

33

34

35

36

0 104

13/02

152

13/03

) GENERATOR WARNING

GENERATOR LOW FUEL 154

13/04 ) GENERATOR MEDIUM FUEL

156 1 REFUEL NEEDED

GENERATOR ATS

RTU

24V DC- (SHT 101

17

® A

105

GEN-EX -1 02/05 1-XG 02/05

106 28 693 -M 0 \

.29 107

02/06

108 I .30

_ _ .24 VD( 500mA

64 24VDC BATTERY BACKED SUPPLY I

FROM SWITCHBOARD

REFER DWGS - 486/5/7-PS001 & P5005

0 VOC

> 02 / 07 0 110

PFREA

GRR

623

624

31 109

60 -1

OVDC

:61

67 62

OVDC

24V DC

6953

ATTENTION INDICATOR

(SWITCHBOARD)

24V DC- (SHT 5)

EXERCISE GENERATOR

GENERATOR ATS

A NEW WORK

RTU INPUTS 6953

fr213/05 -X6 13/05 /------\) :48 158

6953 GDR

49 :50 160

13/07

13/08

13/09

13/10

13/10

.52

:54

:56

:58

O 13/07

162

13/08

164

13/09

166

13/10

624

:241

SPARE

SWITCHBOARD INDR'S

63

Al2/1- 4 -20 mA 617 1 9 Al2/1+ 6

Al2/2- 4 -20 mA i 619

P 1 1 Al2 2+

I Al2/3- 4-20 m 621 I 3 Al2/3+

1 2 Al2/4- F------1 4-20 m A

fj 623 1 5 AI2/4+

,

CATHODIC 37 PROTECTION

UNIT 38

39

1.7 AI2/5+ 10 36 Al2/8- 1/

\I I SPARE

MAINS -7 AVAILABLE

I

GENERATOR RUNNING

693 CATHODIC PROTECTION ALARM

RECTIFIER CURRENT

RECTIFIER VOLTAGE

REFERENCE ELECTRODE PUMP No.1

REFERENCE ELECTRODE PUMP No.2

SPARE

145 Al2/8+ 144

NEW WORK

117 cp

116

119 0 118

All /3- M1/3+

All /4- Al l /4+

623

1/ NJ

240V AC FROM

SUB-DISTRIBUTION

BOARD

240V AC CONTROL

LCR61 672 ILI

I

240V AC FROM

SUB-DISTRIBUTION

BOARD

REFER DWGS - 486/5/7-PS001 1. PS005

GENERATOR RUNNING

\.) GENERATOR CANOPY OPEN

GENERATOR CB STATUS

(/ \) GENERATOR MODE

(/ \) ENERGEX MAINS POWER

)

SPARE

SPARE

GENERATOR ON SITE

GENERATOR ON SITE

AT GENERATOR

23

WELL LEVEL

TRANSDUCER

IYEGA)

WELL LEVEL

PROBE

IVEGAI

R ...ccssAfsjisEAr) TA E

679

LO L2

DELIVERY LINE

PRESSURE

TRANSDUCER

(PLATYPUS)

DELIVERY LINE

PRESSURE SENSOR

(PLATYPUS)

e N1

653 SURCHARGE IMMINENT

.11-

0

SURCHARGE IMMINENT ALARM

ELECTRODE

CATHODIC

PROTECTION UNIT

121 0 120

123 0 122

Q

124

127 0 126

AO/S-

AD/5.

All /6-

All /6.

A11/7-

A11/7.

AD/8-

A0/0.

(NOTE 2)

N5

\I I SPARE

1/ \I I SPARE

J I SPARE

J I SPARE

RTU ANALOG INPUTS

FOR INSTRUMENTS

628

4-20mA

16

141

RTU

24VDC

DELIVERY PRESSURE

.17

Al2/7.

L & N

INPUT /OUTPUT BOARD

624A

156 11

02 101

ANALOG LEVEL METER

624

10 155

RTU

2400 /6

C) 138

626

4-20mA

ITEM SHEET 1.54E 1707 MIT UK REM 910E0 20( 1101 51E17 LPL

C11 - COL - 3 N/111

- 1 RIO

6

3

6

1

13

10

II3 K01171

-111 /0 - I IOC - WO

4

1

4

23

M

14

PP13 COL -IC /0 - I C/O

6

6

32

f -

7021 - COL

I N/0 . 1 N/C

1

4

K

4

C12 - COOL

- 3 It/0 -I WO . I 11/(

6

1

6

6

4 12

0 1

LCR41 -COS - I c/o

- I I1/0

6 4

4

Ren -COIL

-IC/0 -1(10

4

34

X

1042 -COIL -111/0 - 1N/C

3

4

6

23 IS

14

,644, - co..

- I (10 - I I/0 -

5

1

Re n -COOL

- I C/O - 1C/0

4

4

-

34

2, -

POMP Re I

A/TRANSFORMER 11(03144 3011(11

6 11

CI3 -COL - 3K/0

-10/0 - I WC -1 11/0

6

3

6

4

4

1 (4

n I 3

PRI - CON - 1C/0 -1 C/0

6

6

M 3

FIP21 - (011.

- 1C/0 -IC /0

11

6

-

31

20 -

POMP No 2

A / TRANSFORPER THERM. 31.11701

4 IN

C21 -COOL

- 311/0 -i14/0

4 ) 6

X 22

21

PR2 -cot - 100 -1( /0

6

4 21 14

SAC - I C/O S PUMP Nei

4/TRANSFORMER THERMAL SWITCH

I s

42I -COOL - 3 K/0 - I X/0 -114/I

6

6

6

19

22 70

RPII COI. - I C/O .100

XI

7

IHRI -COOL

- I IVO - I N/C

6

4 4

4

1

I

HO - COL

-13 /0 10

10

1

1

C21 -COOL

- 3N/0 3 23

WU -COOL

- 1 I/0 - IC/0

6

6 -

31

I -

7.2 -cot . IN/0 . $11/C

6

6

4

6 X 111

'6 COL -10/0

X X

M

10

143

WELL LEVEL

17

18 Al2/6.

140

(NOTE 4)

0 (NOTE 4)

LEGEND:

RELAY OR CONTACTOR COIL

FIELD DEVICE

R.T.U. FUSE TERMINAL

R.T.U. LINK TERMINAL


(/ \) >

NJ

1 2 3 4

C D "OTE TERMINAL

RTU DIGITAL INPUT

RTU DIGITAL OUTPUT

RTU ANALOG INPUT

EQUIPMENT ITEM No.

6

NOTES 1. ALL WIRES & CABLE CORES ARE FERRULED WITH

GRAFOPLAST COMPATIBLE LABELLING. THE FOLLOWING PREFIXES ARE USED:

MAIN PUMP No. 1 = 1

MAIN PUMP No. 2 = 2

COMMON WIRING = 6 (i.e. FLOW. LEVEL, PRESSURE)

2. CATHODIC PROTECTION - FUTURE THIS UNIT IS SUPPLIED BY OTHERS. RTU I/O CABLING IS INSTALLED TO PROPOSED CATHODIC PROTECTION TERMINAL STRIP FOR CONNECTION BY OTHERS.

3. ITEMS SHOWN AS DOTTED ARE FOR FUTURE ONLY.



5. FUSE TERMINALS ARE TO BE FITTED WITH 100mA FUSE TERMINALS UNLESS OTHERWISE SHOWN


06.2006 Re-Issued for Construction

C 03.2006 Approved for Construction .J.L.

B 11.2005 SWBD GenSet Upgrade 2005

A 17/04/98 AS BUILT

No DATE AMENDMENT


A

B

INITIALS C

MANAGER

DATE:

DIRECTOR OF

TECHNOLOGY SERVICES

DATE.

DIRECTOR OF

PLANNING & DESIGN

DATE:

DIRECTOR OF

WATER SUPPLY

DATE:

DIRECTOR OF

CONSTRUCTION

DATE:

DESIGN A FI 15/10/96 ENGINEER

IN CHARGE

DRAWN A.M.H. 16/10/96 SUPERVISING ENGINEER

TRACED

CHECKED A.11 17/10/96 A2 REDUCED

REFERENCES

CADD FILE No.


USING AUTOCAD

COPYRIGHT®1996 110 reproduction is permitted

in whole or in part without the express consent of BRISBANE CITY COUNCIL

BRISBANE WATER

Brisbane ;-? Na terj E

ASSET MANAGEMENT Brisbane City PROFESSIONAL SERVICES

PROJECT


TITLE

COMMON CONTROL, WELL LEVEL, DELIVERY

PRESSURE & SURCHARGE IMMINENT ALARM

SCHEMATIC WIRING DIAGRAM

SCALE: No. OF SHEETS

DRAWING No WAS 1127-08

486/5/7-TQ040 AMEND. rs. D

8



, NOTES

2 74VDC - FOR LEVEL

PRESSURE

I, ATTENTION - 3

4

SUPPLY

AND

TRANSDUCERS

MOOR

In Rx 853525

Tx 929.525



2. BASE - MT OMMANEY

- 5

DV/24/ CONVERTER

g (1)

SO

1 i k 1",',,,

.:.

A NEW WORK A\

C

-

- 240VAC FROM

- 6 SW-DISTRIBUTION BOARD 1

5 AM ISHT.51

13

10 52

7 611

P/S

SIR K

P SAMPJ

RADIO

--\ r M GENERATOR S

N1 12

3

12 c) r:.;.7,,-.,-: ,, ...:--..-.,-..

qqn.n. :::], 7,7'_1.1].,:f.f. 22222222 222 _s

10

TAMP 9 0 , 9

c) u ..f-,3..,-5,-...1-a:1-.a:1- aa,,,:aaaaa ..g,5g:4,:f-,a,-- a F, :1,- ., ,, :2, :5; a I ......,.. ... 1

BO

g g 2 g g g E 2 2' 2 2 2-

693

PP

SAM 06

HI- - -I

-II- -1

X 6.5 Ah

JO

PF _

1 i - 010

10 K4 LI' t 14 f-_ -t S 7 E 'A

693

E g Et-tEttt 2 n 11111111111111..,, -,-"_ APPROVED FOR CONSTRUCTION

, _12

_ I 3

*0 e- Imecito.,)0.®::::orit 00e0o,Dooce000eee,e0o6, eo000c0000®,8,®eo$,,e0o0 e,.,.- ,,-,.-, -, ® 0 fg,

ova roe 1 5 NC 1 3 5 1 11

I -1 0 4 6 NC 0 2 4 6mH0 con I 5 NC 1 3 5 1 14

2 4 6 N( 0 2 4 6mH Cl O 1 3 5 NC 1 3 S 7 I- 4 6 NC 0 2 4 6 m 06.2006 RE-ISSUED __if_ 0 0

Iimo UK 014

m i m mom SI

RAOM

.- 0 ; 6-3

E

R ,l': ,--

a 15 E. a "i' "2 .-- .-±' g

51 -g -,.= :4 '- _ g 'E' .4 1 - - k;!;:gg0. '''' k: 'J.-

24V DC INPUT MODULE 1

..;,' e R .'71'

g .i 79

,2 v a ; I. ; .- 't,,-r a - g '' '`

g - 6 W ..= gOgg:T5F5

24V DC INPUT MODULE 2

_, ,T. ". ._ , oc.12°, .'" , Lk-IE-litl -, a'. =

.1.-fl'sy2ns 2 'i.' 3 E cc cc cc CC Cr CC cc Cc oc30.0o. 0 1 . < of < < < < <

fg ...L'-..i

.4iiiiiii, ,.,g ,c.

tI'LLI 24V DC INPUT MODULE 3

D 03.2006 APPROVED FOR CONSTRUCTION .J.L.

tl: 14

C 11/005 SWBD GenSet Upgrade 2005

1)26

15 - 2

01/17 AIMS 2411

CDI C) C)

B 12/10/98 AS BUILT

BATTERIES

16 g' 17

18

_ 19

A 17/04/98 REVISED DRAWING A.H


Tom_ is

ws WINES SETT%

PDS500 TELEMETRY UNIT AMENDMENT & ISSUE REGISTER

5

1

6

MANAGER

DATE:

DIRECTOR OF

TECHNOLOGY SERVICES

DATE:

- DIGITAL OUTPUT MODULE 1 DIGITAL OUTPUT

NEW

5 ""'4

.1111111Ellikillilial

MODULE 2

WORIK.

ANALOGUE INPUT MODULE 1

,:,

' ' ' V '5 V 0 . ' ' = l' 1 1 l'

._ , - ,,, ,,, - = .= =

A/-7 AI-5 N-3 AI-1

,,,w, I- - - "1 *14 I- -I NA, i - -1 At_i 1- -1 r - - 1 Y i V 1

rly-1 r -I-1 Y 1 Y /1(

ANALOGUE INPUT MODULE

'-.1

. = t o."

Ef ,

'6t ,/, era 3 an

N-7 N-S -I

2

'§'

:= ',' - < -' : *, '..' 5, E

= ., w

...e> 6?..

AI-3 AI-1

T -1 Ai..? f---1 -1 r - -1 I

V I I V V 4

20

_ 21

22

PUMP

i., so v :_.

No.1

g -4

g ..,,"'

PUMP

i a r,,-..

No. 2

a ;..1

a :.1

:::O,7'

1-

t-'

DIRECTOR OF

PLANNING & DESIGN

DATE:

DIRECTOR OF

WATER SUPPLY

DATE:

DIRECTOR OF

CONSTRUCTION

DATE:

23

24 IiiiiiiiiiiME11111111 25

1 AMP

- 27 77

- 28

I 1 1 I 499. 1 1

,441-71 "1"7.1 mA

V V V

r-1 /1(

DESIGN A.H. 15/10/96 ENGINEER

IN CHARGE

e.....7 ..,..,

6

. 3.

0 NE 04 0

-4 2

1

...-1

0-i 0

0 7 01 8

0- 06.

ii 0-5 6

0 0 NC 4

3

4

-

02*

1 0-1

-2 0 DRAWN

TRACED

A.M.H. 16/10/96 SUPERVISING ENGINEER

1 EINIE 1 695S EINE' -

* i 1 7 i '.' . 7 .6

--E

' :-:i - 7

FT: A.M. 17/10/96 A

"fl 74 41

..3

- : z

1 A

. 103

Imp

SI

1 2 2 1

1? 2

laNsums1 -

1___J L__/ L__J L--J L___J L___J

REFERENCES

c2op

No reproduction is permitted in whole or in part without


BRISBANE WATER L L___I L__J L_J L____J l_..1 1.--J 1--J 1--J L__J

CADD FILE No.

THIS DRAWING WAS PRODUCED USING AUTOCAD

29 A _ .. ..- . ,--

'ft Te

_ 30 NEW -1:, a 3, 3 3 3 g 3 3, 3 3 :5

WORK - 31

*".....-/"\-..." i

it ru 7 Ti

Brisbane -...---...._..., .......,_._ .....--....... .0...s

//O terms .......

- 32

33 - CROSS REFERENCE TABLE

LEGEND ASSET MANAGEMENT l Brisbane City PROFESSIONAL SERVICES

RELAY OR

CONTACTOR COIL PROJECT


FIELD DEVICE

R.T.U. FUSE TERMINAL NOTE 11

0 R.T.U. LINK TERMINAL NOTE 9

o SWITCHBOARD TERMINAL

A CATHODIC PROTECTION

TERMINAL

ITEM SHEET 11E0 SHEET LK 1" SHEET 000 ITEM SHCET ltt 1101 SP 6111E

34 - C11 _COI . 3 N/O

, 3

6

, 11

PI

(21 -1N/0 ICOND _'WC

-111/0

6

6

6

23

10

RP13 -COIL -1C /0 .1(/0

31 TOO - cot -1N /0 - 111/C

3

6

6

13

35 CU - COIL

- 3 N/0 - 1N/0 .10/C

6 3

6

6

$ 1

II 9

LCR61 - ca. -1C/0 . 1N/0

RP21 - COt -1C/0 -1C/0

, , -

TOLL

cot - 1N/0 - 10/C

3

6

6

11

15

16

TITLE

PLC/RTU SCHEMATIC WIRING DIAGRAM

PER .COI -11/ -1C /0

5

I s RP22 -Cat

-1C/0 -100

6

, 11 .

P.? 166.1

A/TRANSPONMER THERMAL SWITCH

6 0

.___ 36

37

C13 -COIL - 114/0

- 111/0 -INK - , M/0

6

3

6

6

6

1

12

6

3

,,,, .... - 1C/0 - 100

t 6

10

3

RP23 - COIL

- I C/O - 1 C /0

6

6

31

20

-

POW I10.2 A /ANSFE THERMAL

TR

SWITCORMH

R

F _

38

. .Cat - 3 N/0 .1N/0

6

25

21

PR1 -COL -1C/0 -,.1C /0

6 21 u

smc -11/0 s s 00 - cot - 1N/0

,0 x ) RTU DIGITAL INPUT ( / \ </ \> RTU DIGITAL OUTPUT SCALE: I No OF SHEETS - C22 COIL

- 3 0

I 20

11Pil - COIL

- 1C/0 6

6

30

7

I11111 .(OIL -IN/0

, ,

6

6

1

P' - (3. -lotto

10

lo

10

x

DRAWING No. WAS 1127-10

486 5 7 T 041

AMEND.

E

100 ROI2 _COI

-1C/0 - I C/O

-

6

6

-

-

31

11

-

- 1

16612 -COL( _1N /0

- 111/C

6

6

6

6

n RTU 39 - C23 - ac - 3 N/0 3 il

,1 ANALOG INPUT

0 EQUIPMENT ITEM No

1 2 3 4 5 6 7 8



-

|

/



A

B

2 RTU RTU RTU

TERMINAL STRIP TERMINAL STRIP TERMINAL STRIP

\OTES

3 13 1

2 3

4

11 24V DC

695 _fEl_ 6954 617 RECTIFIER CURRENT

;FUTURE! { Al2/1- 12B -4:- Al2/1

Al2/1-

ANALOGUE

INPUT

MODULE

2

12V/24V CONVERTER SUPPLY { 12 -B- ---°-

1 13 8 V DC POWER woo

16 80

81

83

" 9.6,

8

89

,,c,- ------°-9 -

111161111M' M .imi= 11.11.11,... Egii,

9,,,......5111.1 M....--alliMMINI

......111111111 11../6.111.11. MM.'

01/00

14 NM J SUPPLY ®

PUMP 1 STATUS I 'C''' 693

IIII 01/01 619 RECTIFIER

SHIELD Al2/2. 4 RADIO SUPPLY -[ 12

--8- -,--0- II 01/01

130 -e:1- - 15

EXPANSION EXPANSION BASE I/O SUPPLY I 12

PUMP I TRANSFORMER CONTACTOR 11}

693 l 01/02

M DUO

DIGITAL

III OUTPUT

MODULE

1

VOLTAGE { Al2/2 All /2- --Ea-

111

INTERFACE RELAY RPI1 1-1 01/02

PUMP I ST AR CONTACTOR NI TO BATTERY I 1-1 693

IFUTUREI

621 CONNECT REFERENCE 612".

6

7

8

9

-,---°- MING= 011=11 NEED=

5 18

SUPPLY FROM BATTERY -[ 12 -B- -,---°-

owl M. DISCHARGE RELAY

INTERFACE RELAY RP12 1-1 01/03 Al2/3-

ELECTRODES (FUTURE!

{ .612/ 3-

19 PUMP I LINE CONTACTOR

INTERFACE RELAY RP13 I U 11

01/04 623 612/4. 6

POS500 SUPPLY -[ 12

695

-i1-- 01/04 mg ramel io -_...--0- 8,10

PUMP 1 STATUS 693

En M MI

IMM

01/05

CATHODIC PROTECTION { 612/4-

ALARM 1FUTUREI

SPARE -{

626

ilm.i.

C

-

..i ,

-1 F cz:

<

II

12

Al2/4-

Al2/S

24V DC 7 6951

-B- - 01/05 IIIMIENI 137

._ POWER ON RELAY PRI L 11/00

----z' 6951

PUMP 2 TRANSFORMER CONTACTOR 0 693

01/06 13 -,-0- rel

11/00

11/01

24V DC

INPUT

MODULE

1

INTERFACE RELAY RP21 1-1 01/06

PUMP 2 STAR CONTACTOR

INTERFACE RELAY RP22 I U 693 MENIIIMI

16

14

15

-,--c- -,..-.0-

90

91

2

94 9s

96

" 99

100

101

lin MIEN= MIME .511 ogiii., IIMIT

-.....--0- 8 THERMAL OVERLOAD TOLL b 11/01

138

SHIELD - -1.4' 6951

START PUSHBUTTON L 11/02 _ 9 --1 - 6951

EMERGENCY STOP P/B 11/03

r, i 11/02

11/03

01/07 01/07 16 -.---c- PUMP 2 LINE CONTACTOR

n I I-1 693

INTERFACE RELAY RP23 WELL

--11- 240 DC.

17 -,-0- LEVEL

TRANSMITTER { 139 17

18 695

24V DC

SPARE -{

SPARE -{

NEW SPARE { WORK SPARE -[

J6 GENSET A.T.S.

6955

02/00

02/01

Al2/6. EDIEll 612/6

16 DC.

19

20

___-°- -,--0- -,-.0- 628 IIMMIIIIM

6951 IMEM=Ell 1121111111MO

10 MOTOR THERMISTOR THR1 b___, n1ca.

6951

DELIVERY LINE 245

21 I1/04

II/05 02/02 I DIGITAL

OUTPUT

PRESSURE TRANSMITTER Al2/7. 22

23

-...,,,,- -_,--.0-

Al2/7.

Al2/8. 1 1

AUTOTRANSFORMER THERMAL SW I1/05 EMI" EVIIIIMIll'

SPARE

GENERATOR A.T.S.

MME11111 123.:=2.

- 6951

LOCAL RESET P/B 1_ H/06 11/06

11/07

02/03 i LI

I /'

APPROVED FOR CONSTRUCTION 24 7/0-

-.....--C- Egill ®O ii Al2/8-

- 12 --I.° 6951 25

-,...--°- 102

103

,

105

106

11151111 211". r:".11!. TRANSFORMER CONTACTOR CII L I/O? 1

26

27

28

29

30

-..--°- -,,..--.°- -...-0- ,,o-

IlE=1.1 ...1 Willmi

MODULE .--- 24V 695 - - - - - - -I oc Mal. ----° 6951 24V DC.

- - - 02/04 . 02/04 2

GENERATOR:- P4-ERTTTRT- 953 -XG 953

.111 13 STAR CONTACTOR r GEN -E X

ATTENTION INDICATOR GI ' TRANSFER SW. sNA ,3,00 0/00 0/00 C12 L 11/08

-----° 6951

11/08

11/09

11/10

11/11

ISWITCHBOARDI I M.

IMI

2 (X- 02/05

III 02/06

°V"

1 NORMAL MOM L.11

6953 8

i FAULT LGFR 13/01 1 0/01 6953 0 IMEEM

I wARNING L.GWR 13/02 1 13/02

6953 42 6953

24V DC

INPUT

MODULE

3

D 06.2006 Re-Issued for Construction -XG 02/05 8 EXERCISE GENSET 693

02/06 SPARE a 693

623 , 02/07 CATHODE PROTN r -.(i,.- - - - - -

.87111 1 4

LINE CONTACTOR Cl) L H/09

SPARE

31 -...../0- 107

108

109

110

.0111M111m.

MilliM 11/3M litlai .

M MI

13/01

13/02

13/03

C 03.2006 Approved for Construction M J L 32 -.....--0- 33 --,,,,0-- Eimail.

B 11 .2005 SWBD GenSet Upgrade 2005 15 SPARE

6951

34 ->,C1.-

35

36

38

7,---4'-

------4.-- -__,-0-

OVDC Y ALARM IFUTUREI 1- 91 112 =

MEMIll

693 1 LOW FUEL GLFR 13/03 =MI . A

No

17/04/98

DATE

AS BUILT

AMENDMENT INITIALS Mil 11/12

- - - -_,IIIMOMIIII 24V DC - All /1. 6953 44 i 6953 IN

1.1 13/04 16 SITE ATTENTION ALARM RESET P/B 11/12 1

I MAINS PUMP 1 POWER j A11/1

1AVAILABLE TRANSDUCER KWTI A11/1 I MEDIUM FUEL IGMER 13/04 4 EIMIEM .

.

1969M.....-1111

_ -"I 6951

11/13

624 t.

6953 46 6953 Ell

M 13/05

13/06

C LOCAL REMOTE SELECTOR 1.0 ; 11/13 OVDC 1 a A11/2

A11/2- A11/2-

RUNNING GRA 13/05 4 13/05

6953 I 111=IIIM 39

40

7,...,0- -,-C.-

152 MP 1 CURRENT I ,

ENERATO TRANSDUCER 1T1 1 Ail/. 115

AMENDMENT & ISSUE REGISTER 17 6951 115

116 Ill

118

119

IllgIIMII, MEE 11=11. MM. =MIMI EZ:MMI Pik

SURCHARGE IMMINENT RELAY LCR61 L 11/14

"---.° 6951 18

- RUNNING I REFER DWG- T00401

250 PUMP 2 POWER { , TRANSDUCER KWT2 1.. 6111'

CANOPY OPEN GDR 13/06 13/06 41 -......-°- 11/14

611/3

A11/3

1

----.° 6953 § 6953

I C/B STATUS IGCBT 13/07 1 13/07 13/07

MANAGER

DATE.

DIRECTOR OF

TECHNOLOGY SERVICES

DATE:

42

43

44

40

,---.°- 1011=111 - SITE POWER ON RELAY PER L 11/15 11/15

----.° 695 ANALOGUE I 6953 6953 . 13/08

14V DC 19 6952

-fl- - 202 A0/4. INPUT I CONTROL MODE CAR um IIIMITI . iip

_ POWER ON RELAY PRO L 12/00 _0

6952

PUMP 2 CURRENT 1 6953 6953 LE .4 -,---0- 12/00

12/01

611/4 TRANSDUCER 172

A11/4-

A11/5.

MODULE

1

I EMERGE% PFREA 13/09 13/09 1 MAINS FAILURE

6953 6 6953 --,..--c- IMMO Ea'''''''WL-iii

El 13/09

6/10 20 THERMAL OVERLOAD TOL2 L 12/01

47

48

49

-,..-.- -..-0-

110

Ill 1111:=1 .11111

IIMIX.

iii. 9 DIRECTOR OF

PLANNING & DESIGN

DATE:

DIRECTOR OF

WATER SUPPLY

DATE:

DIRECTOR OF

CONSTRUCTION

OATS:

-1-° 6952

12/02

12/03

..-...- SPARE -{

SPARE {

A11/5 ' ON SITE 13/10 ?1 ' 13/10 11-31111. cammi, START PUSHBUTTON L. 12/02

21 ---e 6952 A11/6.

A11/6

I 6953 1111 1. 50 ..--0- 13/10 P3

51 NE=:. 13/11

13/12

EMERGENCY STOP P/B I2/03 sz --,..-n-- 123MM. =MEI I-- _IIIMMIIIII

22 6952 - MOTOR THERMISTOR THR2 L 12/04 12/04 A11/7.

A11/7

- - - - - - - - -2.4-1 I REFER DWG: T00401 53 --,..--0- Fa".11

13/13 54

56

57

-1, ,Y-

-..---°- 7.,--0-

124 0 ligi 6952

12/00

SPARE { RAM= MEM Mil

23 AUTOTRANSFORMER THERMAL SW. 12/05

A11/8 NEW WORK amigh Einsimii DESIGN A.H. 15/10/96 ENGINEER

IN CHARGE 6952 24V DC

SPARE { 128

127

1111=EM IlEll D LOCAL RESET P/B L 12/06

24 --e 6952

A11/8-


SO 7.,..--°-

IIII

12/06

12/07

INPUT

MODULE S9 ------x'- 0-

/MEM IA0 TRANSFORMER CONTACTOR C21 L a/07

TRACED -----.4 6952 60

Al

,....-

-,---°- 12/08

2

25 STAR CONTACTOR (22 L 12/08 6 2

63

-_---C.- -____.-0-

---- - 6952

12/09 (.........".;..-...-

CHECKED

REFERENCES

A.H. 17/10/96 A 2

COPYRIGHT01996

REDUCED LINE CONTACTOR 423 L 2/09 --,0--

r34

26 _,4)

SPARE

27 SPARE

28 SPARE

CATHODIC PROTECTION (FUTURE,

- 29

CATHODIC PROTECTION IFUTUREI

30 CATHODIC PROTECTION (FUTURE!

64

65 -,..---1:1- 12/10

12/11

12/12

12/13

ss 7--o-

(ADD FILE No

No reproduction is permitted in whole or in part without


BRISBANE WATER

67 -,_.--°- se -...-0- 69


USING AUTOCAD 70 7/0- 71

72

,---.°- -,-o-

73 -..--0- 12/14

im

)1

'"",....../1......./

Brisbane'=------ 74 --,,,,,--

75 -,--o- 76 - 12/15

ila t er_Allild....... 31

32

33

35

- 36

_ 37

- 38

_ 39

ASSET MANAGEMENT Brisbane PROFESSIONAL SERVICES


TITLE

RTU TERMINATION DIAGRAM

SCALE 1 No OF SHEETS


486/5/7 -TQ042 AMEND.

D 4 5 6 7



CABLE No

2

SIZE mm CORES TYPE LENGTH (ml FROM - TO - VIA ROUTE CABLE FUNCTION

CORRECTLY INSTALLED

INITIAL DATE

P01 10 4 Existing SEQEB Pole to new switchboard (Extend existing mains) Incoming Mains

P02 10 Building wire New switchboard to earth stake Main Earth

P03 6 6.earth Flexible Rerun in new 150mm conduit to new switchboard Pump 1 Motor

PO4 6 6.earth Flexible Rerun in new 150mm conduit to new switchboard Pump 2 Motor

x01 Coax New switchboard radio to aerial Radio Communications

C01 Special Reflux valve pressure probe to new switchboard Delivery Pressure Signal

CO2 Special Wet well level probe to new switchboard Wet Well Level Signal

CO3 Special Wet well level probe to new switchboard Surcharge Level Signal

PO4 16 4C.E Circular PVC/PVC GENSET TO SWITCHBOARD - ATS GENSET POWER - FREE ISSUE

P05 2.5 2C.E Circular PVC/PVC GENSET TO SWITCHBOARD - DISTRIBUTION BO. GENSET ANCILLARIES SUPPLY

C04 1.0 1...4:5L. Circular PVC/PVC GENSET TO SWITCHBOARD - ATS CONTROL TERMINALS 24VDC CONTROL

NEW WORK

/C\ GENSET CABLES

TO BE INSTALLED

NOTES


03.2006

B 11.2005

Approved for Construction

SWBD GenSet Upgrade 2005

A 17/04/98 AS BUILT



MANAGER

DATE.

DIRECTOR OF

TECHNOLOGY SERVICES

DATE

DIRECTOR OF

PLANNING & DESIGN

DATE

DESIGN A H

DIRECTOR OF DIRECTOR OF

WATER SUPPLY CONSTRUCTION

DATE: DATE

25/11/96 ENGINEER

IN CHARGE

26/11/96 SUPERVISING ENGINEER

CHECKED A H 26/11/96 A2 REDUCED

REFERENCES


USING AUTOCAD

COPYRIGHT®1996 No reproduction is permitted in whole or in part without


BRISBANE WATER

Brisbane, raterja Brisbane City PROFESSIONAL SERVICES

PROJECT


TITLE

CABLE SCHEDULE

SCALE No OF SHEETS

DRAWING No. WAS 1127-16

486/5/7 -TQ043 AMEND



- SP147 Sugarmill Road Pinkenba SPS Electrical Manual OM Manual


2 3 4 5 6 7 8

A

B

C

D

E

F

111

G1+ SOP% ON Off PEROYAKE REFER U1LL C I- ODORS SECO PUSKA

CAI Kra

SE0E8 METERS,

mum., _MonAXIS

Dam STATED RS.

0000 2_01 NOMA

fr,t7TO TRANSFORTfRS

- DON SIAM NS

DOOR 1 KEY NAOMI

OUTLETS

_ DOOO STAYED NV

G

LEFT HAND VIEW

REIVATE DOW NW ANTINNA

APPOIT

1.1(RE APEtK MEI

I Ul

4

r

B

SUN SKID

EVER MTN ID

LCD RUSH WO 0001

WPM PROOF YON

110001

WWI KEY OSMAN r

- I

I

i

'

00OR i K(Y ACLIA .1

1=1;11

an. OEM ftilaa I I

I I

I I

mamma mw.

I

0

I- -1

NAINNONIT ,..,(INANAMI.,

ANIERA. I- - - - 6iMPS60..6

DOOR STAVED IIS

WKS

0

1 11600.1,0 !

1.- - - riLiPlit ....l DKR STAND

-

NCO COW TAG 0 RENA KUL n 4

LEFT HAND ELEVATION

DOORS & SHIELDS REMOVED

D L÷ ELF FRONT VIEW

Ere MA IrsTALLED A 5M508( knovED Eel RR °ELAM EVEN KT& Of

Y NA1M WORT Ar NA%

\ / LA LIEU

WEER KUL el

SOSO PM Mtn MA

WILCO Y PEFENCEIAL O&M

STAYED

REER

SUN

E IWU I

DOOR STAYED LOS

SUNUNU,

WEEDD/ B

RIR10 ROSH Mtn 0000

PROs vE

WOO

0 El

NOTE Z\ NEW WORK

ATS (MCI( PARK ATE) L INSTALLED AS PER DOG 46/S/1-1'5000 DOSING ENO WIELD RELOCATED AND SUN ROCK EXTENDED TO SLOT

EXISTING RIO ANTENNA REPOSITIONED AS 500(451

REAR VIEW

SUK DASD

HAD TROMPS&

RENO CATO SPY

IN

9.11 SW10

KKR Of l'At IARIAL SUPPORT ROE 141001

Al

PA

RIGHT HAND VIEW

::, _.::.:}-, ,. 0 ,

g II II

o o o irnea

FOS 3 3 SI. E

MEAL MT'

TN CUTPU

SW

El (ti @ _ @ - , , ® 11

I= .11 i ri

ESO.Rafox LAYOUT KIM N J 01;10 Rtns IS 71

MAI °KAM WS.% OETAIL ROWED OK SIDE ANS

FRONT ELEVATION


NEW WORK

NOTE

.i. ',WOKE

#

®

.._

Wala 204. PH MKT

arli°1 ANN FA DUET

41 ONI/ A

AIPODITO ,

4 NAMPO DAT

101015D 1

4

0 il 11*.e'"11 GAICI® "." MT

NO SI

4 1311..CP Him

Efrit (IWO YC SWAM DOH

- _

M 0

THE SOLENOID OPERATED ALITEMATIC TRANSFER SwiT01 DISTALLATIM MUST BE READ IN (WARN 71E04 WITS THE TrPiCAL DRAWINGS FOR

A SOLEMN) OPERATED A TS 101 CUBICLE 4116/S/1-PSOIN L PS002

REAR ELEVATION


4,11 rtOOMISI 0 IMMO ON SIX WALL

WEATIOPINOFED NNW MONO MIT

NOTES


C 03.2006 APPROVED FOR CONSTRUCTION

B 112005 GENSET PROJECT REVISIONS

A 17/04/98 AS BUILT



MANAGER

DATE:

DIRECTOR OF

TECHNOLOGY SERVICES

DATE

DIRECTOR OF

PLANNING & DESIGN

DATE

DIRECTOR OF

WATER SUPPLY

DATE:

DIRECTOR OF

CONSTRUCTION

DATE:

DESIGN A H 25/11/96 ENGINEER

IN CHARGE


TRACED

CHECKED A H, 26/11/96 A2 REDUCED

REFERENCES

CADD FILE No


USING AUTOCAD

COPYRIGHT®1996 No reproduction is permitted

in whole or in part without the express consent of BRISBANE CITY COUNCIL

BRISBANE WATER

A

B

D

Brisbane', /later] 4 ASSET MANAGEMENT

Brisbane City PROFESSIONAL SERVICES

PROJECT


TITLE

SWITCHBOARD GENERAL ARRANGEMENT F

SCALE: No. OF SHEETS

DRAWING No

486/5/7 -TQ044 AMEND



,

|



1

2110311:1111

2

ColecleconstnemnPotWnepadekumnimm660 Piet, cmintrurtion MAO charnel WI TO (rade Alumovuo

Folded 'else 114*1 IC celled nth a sysine seams and fonts folly welded.

free from splatter gra.n1 smooth ,Moe needed

El tern' does and covers fitted nth (aka 1011 -141 self aro seal

T. Nodes fitted Awe neared or the Vannes MO Earth studs )wed to No Weenie of all Paes and Wooed escutcheons

ant n ad)/apt cebole nitro' unlaces

Door stiffeners. door stays. cable straps and docunent holders etc lilted

where shown on Pe *songs 1.111 -off covers and moaning panels hoed nth MI studs l chrome acorn nuts

Gland pates manufachred Irmo Wm Bakelite.

Gland pale pawns rt./Wetted nth 75ekno not Amery. Or Gland plate seals attached to obde Mal gland plate

Gard plate twirls are NO I mere than 150 ay apart Vele Decal Fl

Hinges Selectro 11-3650

Star washers feed water all tinge screws

1.10.0Pors1-4p6 rlii isacsa

B11/1THI 1111-0Rgill'Ha` fuisctut u ta6n1wOlitiwi440 TOST1Iiil1iE11DAPE1/416AB( refer to each boo tor clarroaten Key (saes 014%4, R(414A13 R(4 %413( refer to each door for clarrnation 1.111;105r 5

110l-PS(111hanale

WITTER INI,Pittnilis

Fiiii4Nsha11 it10001 V411 Pr rower Paoli,

figtisroon 1141303 brass per to4*or paled,

Setectrs. 1101.SZNU7 hande

SISPISCOPOWATI IpPladln EPia Its turn 100042142

idaia014. EdAWV(21.1ll PVC rod auk 111TIAATF11611841 Rated Operational Voltage U.

Rated aviation Voltage IF

Rated Ionbary Voltage

Rated (wrens Plan MI Snort Circuit (erre& kw

Dinah. of Iry

Degree of Protection

Meson' of Protection by tamers and enclosures

Sernce Condon Mass

Forms of Segregalmn

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AS 34311

AC SOW

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661 V

24 VD( /140 VA(

SO AMPS

V kA

I sec

P55 to AS MP

Oviedo:ars

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Sort aces p-etreareent n atoirtlance nth AS ISM 1 AS IDS nen New. LE and etch cleaner. hnimoat 11 comersmn oaf% E Dean wafer rinses

Apply OU(UX ALPTIATECH )110 powder coat to aavelacturers recommodatoms

CUBICLE L EXTERNAL COMPOENIS INAUX Mist Croon 1366411 matt fintsk NTERIOR ITEMS Imoseitng pads. escetche.s etc., - OU.UX MeV White 132141

Mane. Dry Film Ttodosess At strfaces 30 micron

1210 Alt ono; to 0, PV( 111111.11/11. Grade with towed conductor

(ontriad and entrementatimi wind Ms 0. date cooper ternial ors. all IS [Am ceded as delaki beep mpbered each end and terminated by Me use er

appropule prepnalated It kids

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Earth tidies aka. 25spin 'Pale Doers and trek esortcheass banded oft lopes Needle ear% strap.

Wire romdered oil be equal to (rafoplast TRAW spices Pod ambers re readable left to right. top to bottom as stuns

CEITh

COLOUR OME

Phase ..- CAA LEI

Potential Metered 1244/415 VAC)

(wren! Neter* (Secomilaryl

20 VA( (Nth* Ad. 240 VA( Neutral

24 V ElV Positive

24 V ETV Negative

24 V RN Pnative

24 V RTU Negative

ntrinsically safe worm

Earth

Door & Escutrlamn Earth Bends

Red, White, SIP

Red bfliete, Niue Pack

Red. WM., Slues Cory

Red

Black

Grey

Grey

Grey

Grey

Mrs

Greestfetlea Green/14w

141111 kiterinal labels W/B/W nap ave4 traf folyte to label schedule

Wan., lads 11/1//R engraved traf (aft. Mam sod labels

Compartaent labels

Waving labels

Other labels

MAN SWITCH VIA

RTU

Nes

Nam

DANGER litSV lmm

50.ATE ELSE NMI Sr

KW STATUS

ON - SWING

SLOW PASS - FACET

FAST FLAW - STMT NOTED

lac

1.5scps

2.5sipm

Buda Butts LSitptim

Baps Rippe ISsapa

L.Ssgem

15spim bad 4 so*

Meerut B/W/II

Platerit WAN

Platenal R/W/R

Meerut 0/11/1i

Internal labels s.sred O7 113 drop plated metal Weak labets obscrloted by snktdmard wag re relocated to alliadent dint W The dud setoreal by a angle cable he at en twiner

(linnet lads weaved IA sl.nlws sloe .rte Dreads

3 4

DETAIL K

(DOOR SUN SHIELD DETAIL)

LABEL TAXI TTX7

ITEJGHT

PAIR FIX LETTERING

OPENSONS QUANTITY

A SUPPLY AUTNAITX METER PAW. Nem Mad 3.10111 I

6 9235 Nen Pad 151135 I

( it Mr [Rad 250.00 I

EMS SITE TS MODITONED BY TIE 1EWSTE AD OPERATOR

PLEASE INFORM DE OPERATOR

KECK ISCEATIC Plies OR STATION

D REASE DECK That DIE

STAMM IS II REPINE

SOX BEFORE LEAVNG SITE

1 Pack 7046I I

E DANGER 4150 Ma Red 121115 I

F

1WNETT

NEINFAULT LEVIS WEN 60TH

PPP MUT SNEAKERS

Sea Red SUM 1

(Eternal labels tom IAA 3% drok stooges steel Fmed rite 113116 stainless steel meal Dreads

DETAIL Q

(EXTERNAL STAINLESS STEEL LABEL DETAIL)

/PT OR °MA1 O:101Y'. AUTO TRANSFER 501101

TO SE INS TOALED

REFER WG 1116/5/1-PSI S1

N sips PVC/PIN

%spa PVC

Surge Arrestors

Distribution Board

PUPEOPECANLEP

0' 0 0 0

V act

Pump Not Pump Not KWP1 KW152

Low Cant artela wry MARK

Transfarser (Wade° moll 1XCWIFING

Star haw (Wadi° iimow WOOING

POWER WIRING DETAIL

DETAIL No5

1240VAE GPO)

DETAIL L

ICFS HANDLE MOUNTING DETAIL)

lu boil OW

DETAIL No6

13 PHASE OUTLET)

12

70

5

0 SO

51

0

61

is

515

111

40

ITEM DESERPTIOII (UT IX/1

11 Man Greet Breaker 5104 12 heap (Pool !Weaker 51.16

14 Sr-drshilatmo Nord US 045

Peter Detail U

IS SW-Istrthutem Beard Chasus 114,41

16 Pump Amanita 6141 14 Analogue lean Meter 11211 I Pump News Or Meter 451215

16 Pima Stain Indealor 11215

47 Pao Start Posh-button 11125

41 leeway Stp Pisa-bottom 0225

41 Pop Loa Reset Push-button 0225

55 lout Maude Selector Switch 0125

56 Sate Antrim ALom Reset Poish-button 0223

51 Attention lekator 0115

Al 3 Phase Oullet Refer Detail I 12 DA VA( WO Refer (kW 5

63 Kass Avalable Imitator 41215

64 (Deaver PAPP) Insicater OM

DETAIL R

(ESCUTCHEON CUTOUT DETAIL)

NEW WORK 'PAINS AVAILABLE' AND

*GENERATOR RUNNING' thlErRS

PANEL LICUNTING HOLES

NEW WORK

NEW WORK

DETAIL M

SUB-DISTRIBUTION BOARD ARRANGEMENT

NEW VA MINT WI TO

BE FITTED TO SUPPLY DE

4016E1 SATTER.' WSW GPO MUT PEER OK. 4116/S/Iiir01)1

1101.1111141 MOLES 63164 MD REFER TOOK he 416/S/7- TO1111

EIXIPPENT uctio ITEMS 111 11

\ 0 TE S


03 2006

B 11.2005

A 17/04/98

No DATE


GENSET PROJECT REVISIONS

AS BUILT

AMENDMENT

B

INITIALS C


MANAGER

DATE

DIRECTOR OF

PLANNING 8 DESIGN

DATE

DESIGN A hi

DIRECTOR OF

TECHNOLOGY SERVICES

DATE

DIRECTOR OF

WATER SUPPLY

DATE

25/11/96

DIRECTOR OF

CONSTRUCTION

DATE

ENGINEER IN CHARGE

DRAWN A M H 26/11/96

TRACED

CHECKED A 11 26/11/96

SUPEPVISING ENGINEER

A2 REFERENCES

CADD FILE No.


USING AUTOCAD

REDUCED

COPYRIGHT01996 No reproduction is permitted in whole or in part without

the express consent of BRISBANE CITY COUNCL

BRISBANE WATER

.211

D

BrIsbane'l Illaterito E

ASSET MANAGEMENT Brisbane City., PROFESSIONAL SERVICES

PROJECT


TITLE

SWITCHBOARD CONSTRUCTION NOTES

SCALE No OF SHEETS


486/5/7 -TQ045 AMEN



1 2 3 4 5 6 7 8

NOTES

A

e

C

-

D

E

F

SUGARMILL ROAD

_---- ..- ,. / -....

z r N \


0 03/2006 APPROVED FOR CONSTRUCTION

C 05/2005 SWBD Genset Upgrade 2005

REFLUX

/ / /

/

I

I

\

\ \ \ \

PUMP WELL.

ACCESS

\ B 8/2/99 ASBUILT

\ \ ELECTRODE BOX SURCHARGE POINT

1

A 9/1/97 REVISED DWG A.11



VALVE PIT MANAGER

DATE:

DIRECTOR OF

TECHNOLOGY SERVICES

DATE:

/ / /

7 / DIRECTOR OF

PLANNING 8 DESIGN

DATE:

DIRECTOR OF

WATER SUPPLY

DATE:

DIRECTOR OF

CONSTRUCTION

DATE.

\ / ---._

N ---, .--- '' ......_ ---- ---

\ \ DESIGN A H 18/11/96

ENGINEER IN CHARGE

DRAWN A.M.H. 18/11/96 SUPERVISING ENGINEER \ \

TRACED

EXISTING GENSET SLAB

\ \ \ \

FOOTPATH \ \ _.-. \ \

\

CHECKED A.H. 19/11/96 A 2 REDUCED



BRISBANE WATER

CI 4000 X 1600mm

REF DRG: 486/5/7-M001 CADD FILE No


USING AUTOCAD 1-500

1-800 UPVc CONDUITS 4

A

\

SWITC IOARD -......_.,-,. ......... .._.--......... ......,

r : . X

IIIII TT 1 1

Brisbane 0 .00%.00

Na t e ..... rAori ,D,....DRA DR

PUMP STATION SITE

NEW WORK NEW SOLENOID OPERATED S k,1 A lar ., -.0--

AUTOMATIC TRANSFER

SWITCH TO BE INSTALLED

D IN NEW EXTENSION CABINET

ASSET Brisbane City PROFESSIONAL

MANAGEMENT SERVICES

PROJECT

I DTS SUGARMILL ROAD (SP147) SUBMERSIBLE SEWAGE PUMP STATION

REF DWG: 486/5/7-PS002 ---"\,........,

---\.. --Z.-

LEGEND

KING. OND PATH DA

TITLE

SITE LAYOUT LAVARACK AY

- - - 32mm CONDUIT SCALE: No OF SHEETS

//K.\ . DRAWING No WAS 1142-30

486/5/7 -TQ049 AMEND.

D 150mm CONDUIT

LOCALITY MAP



L~ -



A

B

1 i 2 1 3 I 4 I 10 I 11 12 13 14 15 16

SEWAGE SYSTEM IMPROVEMENT 2005 GENERATOR EMERGENCY POWER AUTOMATIC TRANSFER SWITCHES

ELECTRICAL DRAWING INDEX a -is

ELECTRICAL DRAWINGS INDEX

DWG N°. TITLE ISSUE REVISIONS

486/5/7-PS000 DRAWING INDEX - ELECTRICAL INSTALLATION 05.2006 3

486/5/7-PS001 TYPICAL SOLENOID OPERATED - AUTOMATIC TRANSFER SWITCH - WIRING SCHEMATIC DIAGRAM 05.2006 2

486/5/7-PS002 TYPICAL SOLENOID OPERATED - AUTOMATIC TRANSFER SWITCH - CUBICLE ARRANGEMENT 05.2006 2

486/5/7-PS003 TYPICAL MOTOR OPERATED - AUTOMATIC TRANSFER SWITCH - WIRING SCHEMATIC DIAGRAM 05.2006 2

486/5/7-PS004 TYPICAL MOTOR OPERATED - AUTOMATIC TRANSFER SWITCH - CUBICLE ARRANGEMENT 05.2006 2

486/5/7-PS005 TYPICAL SOLENOID OPERATED - AUTOMATIC TRANSFER SWITCH - INTERCONNECTION DIAGRAM 05.2006

48615/7-PS006 TYPICAL MOTOR OPERATED - AUTOMATIC TRANSFER SWITCH - INTERCONNECTION DIAGRAM 05.2006

486/5/7-PS007 AUTOMATIC TRANSFER SWITCH - ATS EXTENSION CUBICLE - TYPICAL CONCRETE BASE ARRANGEMENT 05.2006

SOLENOID OPERATED- AUTOMATIC TRANSFER SWITCH - SITE SPECIFIC INSTALLATIONS

486/5/7-K1440 RADNOR STREET INDOOROOPILLY - GENSET A.T.S. INSTALLATION - ELECTRICAL DRAWING INDEX 03.2006 D

486/7/85-KIT070 BRISBANE STREET TOOWONG - GENSET A.T.S. INSTALLATION - ELECTRICAL DRAWING INDEX 03.2006

486/5/7 -0T200 RAUBERS ROAD NORTHGATE - GENSET A.T.S. INSTALLATION - ELECTRICAL DRAWING INDEX 03.2006 C

486/5/7-T0035 SUGARMILL ROAD MEEANDAH - GENSET A.T.S. INSTALLATION - ELECTRICAL DRAWING INDEX 03.2006 E E

486/5/7-FD015 LAGOON CRESCENT BELLBOWRIE - GENSET AT.S. INSTALLATION - ELECTRICAL DRAWING INDEX 03.2006 C

MOTOR OPERATED - AUTOMATIC TRANSFER SWITCH - SITE SPECIFIC INSTALLATIONS

486/5/7-FD410 BIRKIN ROAD BELLBOWRIE - GENSET A.T.S. INSTALLATION - ELECTRICAL DRAWING INDEX 03.2006 G

486/5/7-FD135 PIONEER CRESCENT BELLBOWRIE - GENSET A.T.S. INSTALLATION - ELECTRICAL DRAWING INDEX 03.2006 2 E

486/5/7-FK700 WIRRIBOOT COURT KARANA DOWNS - GENSET A.T.S. INSTALLATION - ELECTRICAL DRAWING INDEX 03.2006 ,,,,0" E

/

DATE

UPDATES

RE- ISSUED FOR CONSTRUCTION

P5005. 6 AND 7 ADDED

AMENDMENT

DRAFTED LK:3117800Y

DRAFTING CHECK DESIGN R.P.E.O. No. DATE

......... ............... PRINCIPAL DESIGN MANAGER DATE

PROJECT SEWAGE SYSTEM IMPROVEMENT 2005 STANDBY GENERATORS

CAD FILE 57PS000 3

Reference Drawings B.C.C. FILE No. DESIGN CHECK

2 3 6 7

........... ..............

TITLE

AUTOMATIC TRANSFER SWITCH ELECTRICAL INSTALLATION ELECTRICAL DRAWING INDEX

FOR CONSTRUCTION SHEET No. 18

BRISBANE WATER DRAWING No

R.P.E.O. No. DATE CLIENT DELEGATE DATE

lir a

WATER

AMEND

486/5/7-PS000

10 11 12 13 14 15 16



L_ _



2 3 4 7 9 13 14 15

ENERGEX SUPPLY FROM

3 PHASE 41SVAC SUPPLY

E N R W B

r - r--

I. MEN 42-6 LINK

ENERGEX METERING

QI MAIN ISOLATOR I

11181017 I '

I

1- -I -I - - MAIN SWITCHBOARD I I I ATS EXTENSION PANEL

. . - ----- . _ 1 I

3 PHASE 415VAC SUPPLY FROM

EMERGENCY GENERATOR

REMOTE GENERATOR CONNECTION SOCKET

N R W

YYYYY L_ I_ I I - -1- 7 7 7 I

I

Q2 NORMAL SUPPLY MAIN SWITCH

GEN-EX

(REF -Hu I

ENERGEX MAINS POWER FAILURE RELAY

6A

\ CTSN REF -,A9

I- -I" - - ---49 - 31 62

NORMAL 4 SUPPLY

N

OG1

Z.- r 6A

CTSG [ REF -89 I

_

4

SOLENOID OPERATED TRANSFER SWITCH

ENRWB 415V TO MAIN SWBO CCTS

05.06

NOTES

1. ALL FUSES ARE 500mA UNLESS NOTED OTHERWISE,

2. REFER DWG. 486/5/7-PS005 FOR INTERCONNECTION DIAGRAM.

3 R.T.U. DIGITAL I/O ADDRESSES TO

BE DERIVED FROM SITE SPECIFIC DRAWING REFERENCE TABLE.

4 GENERATOR STARTED & STOPPED

(a) AUTOMATICALLY UNDER POWER FAILURE CONDITIONS VIA PFRE PHASE FAILURE RELAY

(6) SIMULATED PHASE FAILURE VIA R T U AND GEN-EX RELAY

240VAC FROM SWBO OB

DOOR SW

A -- -- N

8W FLUORESCENT

SWITCHBOARD INTERNAL LIGHT CCT.

REDRAWN. SCHEMATIC UPGRADED.


REDRAWN FROM OHO DRAWING

AMENDMENT

1 2 1 3

- GENERATOR I

SUPPLY

J

5. R T U PRESENTATION IS GENERIC.

WIRE NUMBERS AND I/O ADDRESSES SHALL BE DERIVED FROM THE SITE SPECIFIC DRAWINGS LISTED IN THE

REFERENCE TABLE AS SHOWN BELOW

6 CONTACT/COIL LOCATION REFS.

REF - C3 = REFER THIS DWG., GRID REF C3

REF 05:H11 = REFER DWG PS005, GRID REF H11

SITE SPECIFIC DRAWING REFERENCES:

EMERGENCY GENERATOR

1181 2

1191 3

[201 4

1211 5

(221 6

[231 7

(411 20

[431 21

1421 22

r--2

1-24

[44125

1121 9

[171 10

1171 12

(141 13

MI 14

(151 15

(171 16

1161 17

[171 18

19

26

27

GENERATOR DISCONNECT PLUG

(AT GENERATOR)

6014

GOI

603

-XG

4 o 1

601 CTSG 602A CTSN

2 2

CTSN -CTSG 603 1- 603A

3

6006 601N

604

605

606

607

608

620

621

622

623

624

609

610

611

3

21

22 )-

)- 23

24

-2S

9

10

612

)- 11

12

613

614

615

616

617

618

619

626

13

15

16

17

18 )-

26

627

27

0

5

6

0

.7

8

604

605

GFR99

-GWR

606

607

1GLFR

620

GRR

-GDR,

20

611

:21

622

22 - 623 X6

23 :57

624

:24 51

6115 6 r9

GCBT

GMR,

-GMFR

609

9

610

r - - I PFRE t ill L -___J

10

611 TSNA

SEWAGE PUMP STATION SITE SITE DWG INDEX RTU I/O REF DWG

RADNOR STREET - INDOOROOPILLY 486/5/7 -K1440 486/5/7-KI445

BRISBANE STREET - TOOWONG 486/7/85-K11.070 486/7/85-KJT075

RAUBERS ROAD - NORTHGATE 486/5/7-CIT200 486/5/7-U209

SUGARMILL ROAD - MEEANDAH 486/5/740035 486/5/7-70040

LAGOON CRESCENT - BELLBOWRIE 486/5/7-F0610 486/5/7-F0614

:11

612

12

13

613 TSGA

14

1-0 1 16

674

'26

RAFTED M.J. LIGHTBODY

DRAFTING CHECK DESIGN

CAD FILE 57PS0012

1

Reference Dranorvs

4

8 C.0 FILE No

6

DESIGN CHECK

7

GENERATOR A T S. PANEL

CLOSE T/S - NORMAL MODE REF -12. -as 1 1

CLOSE T/S - GENSET MODE I REF -E4. -All I

GENERATOR FAULT I REF -:813 I

GENERATOR WARNING ( REF -813 I

GENERATOR LOW FUEL I REF -1113 I

GENERATOR RUNNING I REF -(13 I 1. 1'3

GENERATOR CANOPY - ODOR OPEN

I REF -E13 I

GENERATOR CB STATUS I REF -03 I

GENERATOR MODE I REF -EI3 I

GENERATOR ON SITE I REF -013 I

GENERATOR MEDIUM FUEL I REF -813 I

ENERGEX MAINS POWER FAILURE I REF - C3 I

TRANSFER SWITCH NORMAL MODE I REF -:H14 I

TRANSFER SWITCH GENERATOR MODE I REF --1114 I

R.P No. DATE PRINCIPAL DESIGN MANAGER DATE

R.P.E.O. No. DATE

............ CLIENT DELEGATE DATE

10

I REF -1114 I

I REF - B9

I REF -.B9 I

I REF -:89 I

I REF -.09 I

I REF -E9

I REF -.09 I

I REF -.09 I

I REF -:09 I

I REF -.1114

_ _ _

CONT'D

EMERGENCY GENERATOR R T U DIGITAL INPUTS

24VDC POWER SUPPLY -

2A I_ J6- 0

GENERATOR A T.S. PANEL 2 CM

29.1-x19£ 0 295 TSNA 1 arr i 37 01-(- ...---0

795._I 795 1 .39

1X/Y

IF< /X/Y

GWR. IX/Y 19. i . _15,. 41

.../".' 42 11-< )- GENERATOR LOW FUEL

IX/), 1 IX/Y o

-Iti-<- / I REFUEL NEEDED I

19:L.-I 795. GLFR p

.)- GENERATOR RUNNING

11-( -)____ GENERATOR MEDIUM LEVEL

-001 IX/Y 0 38 I

40 I

GFR

ATS - NORMAL MODE

GENERATOR FAULT

-)-- GENERATOR WARNING

795. H

795. 1 .Ps

143

795.

795.

i .47

795._I 795.

79.5.40_2

795.

153 795. PFREA .'

GCBT

51

1 .49

795'-1 795$

51

' ....../° 155

195! -I-0-0-623- --(- 57 :23

191.'1_0

G, GMER hvy

6547,

I IX/Y

IX/Y 0 46 '

/X/Y I 0 /X/Y 1(

IX/ Y I IX/Y -fl-( GENERATOR CANOPY OPEN So I 42-( 61

/Ayr I IX" 0 1-( )-- GENERATOR CB STATUS

52 11

IX/Y I /X/Y )-- GENERATOR MODE

59

L._ R.T.U. DIGITAL OUTPUTS

11-( 54

1 IX/ Y 0 )-- ENERGEX MAINS POWER

56 , 11-< -)- -614 -0-0-1-0- -Gi-( )---, GENERATOR ON SITE

24 58 2

0 60 1

L_

OX/Y

1

GEN-EX 6930 693.

29 I

0-I- 191 31

0-1- 191 33 I

6930

35 I

CONT'D _

0 VOC,

CONTI)

- - - - MO( POWER SUPPLY - I BATTERY BACKED I

FROM MAIN SWITCHBOARD

.24 VOCil

L

-X6 - :66

-XG

r .65

-XG

t- .64

TRANSFER SWITCH AUXILIARIES

TSN

I REF - E2 1

1

TSG

I

(REF -.ES I

_1 L

620

621

PFREA 0 PFRE

LI REF - 3 I

622

PROJECT

SEWAGE SYSTEM IMPROVEMENT 2005 STANDBY GENERATORS

11 2

TSNA

CONT'D

- TSGA

PFREA

EXERCISE GENERATOR

1 0 VOC -1

0 VOC

= -XG y -X6

623 0 60

I

GRR 624

I:63 I INDICATORS ON

1 SWITCHBOARD] . _ .

62

"ITLE TYPICAL SOLENOID OPERATED AUTOMATIC TRANSFER SWITCH

WIRING SCHEMATIC DIAGRAM

68

6

T/S IN NORMAL POSITION I

AUXILIARY RELAY I REF OS C11, OS Ell, - B13, - F8 1

T/S IN GENSET POSITION '

AUXILIARY RELAY I REF 05.C11, -F8 ENERGEX PHASE FAILURE .

AUXILIARY RELAY REF -D13, -112 I

MAINS AVAILABLE

GENERATOR RUNNING


BRISBANE WATER DRAWING No.

486/5/7-PS001 AMEND

13 14 15 16



A

B

D

H

2 10 2 13 14 15

/- C-

1400 t EXTSTOI6

/- - - -

SUNSHIELDS TO

MATCH EXISTING.

REFER NOTE 1.

PLAN VIEW

NOTE t EXISTOIG

FRONT VIEW

RELOCATE EXISTING

RTU ANTENNA SUPPORT

8 8 S QM1-6A PFRE 0G1-6A

Ulfigfej :

111111111

8 CONTROL RELAYS

TI!T1!1!:1!1!:4

1111111111111111=1111111111

m1111111111111 EMU LIUL111121113

--=PelPilPAPAP:104;04.Nirr,161,NIPAP71 AMMIHMDIAMMIO 4413A400a44144°

CONTROL EQUIPMENT ARRANGEMENT

1101E1

500

Gamma 8411001

r

0106

11.05

CONTROL EOLOPT UPDATED.


REDRAWN FROM C.L

El a

LID OFF

AIS COVER

SOIDIFIXED

CANE ZONE (OVER

VAN MO YEARN FAME

0 0 I - OSI BUSIED MODES

TO DOSING 511110

500

Mao 844f UTE

axe KATE

SECTION A-A

DRAFTED

1425

750

270

M.J. LIGHTBODY

160

TEO

150

FRONT VIEW

(EQUIPMENT LAYOUT(

CIRCUIT BREAKERS 8

CONTROL EQUIPMENT

IP20 SHROUD

AROUND OPERATOR

No OTT DESCRIPTION SUPPLIER MANFACTURER CATALOGUE No

01 1 SOLENOID AUTO TRANSFER SWITCH NHP AICHI 62WN3FD240VAC

02 1 MAINS VOLTS DETECTION C/B NHP TERASAKI OTCB6306C

03 1 MAINS VOLTS PHASE FAILURE RELAY CROMPTON 252-PSG

04 1 GENSET VOLTS DETECTION C/B NHP TERASAKI DTCB6406C

OS 15 GENSET CONTROL 8 INDICATION RELAYS FINDER OR IZUMI

SITE SPECIFIC REFERENCE DRAWINGS

SEWAGE PUMP STATION SITE: EX. GENERAL ARRGT. EX. CONSTR. NOTES: REMARKS

RADNOR STREET - INDOOROOPILLY 486/5/7-KI449 486/5/7-KI450 REFER NOTES 1, 2, 3 8 4

BRISBANE STREET - TOOWONG 486/7/85-K11079 486/7/85-W080 REFER NOTES 1, 2, 3 8 4

RAUBERS ROAD - NORTHGATE 486/5/7-0T216 486/5/7-QT219 REFER NOTES 1, 3, 8 5

SUGARMILL ROAD - MEEANDAH 486/5/7-T0044 486/5/740045 REFER NOTES 1, 2. 3 & 4

LAGOON CRESCENT - BELLBOWRIE 486/5/7-F0619 486/5/7-FD620 REFER NOTES 1, 2, 3 8 4

EI111111111E

NOTES

1 CUBICLE MATERIAL, CONSTRUCTION. SUN SHIELDS

AND FINISH TO MATCH EXISTING SWITCHBOARDS.

CONSTRUCTION TO BE VERIFIED AGAINST EXISTING

REFERENCE DRG. CONSTRUCTION NOTES.

2. CHECK DIMENSIONS OF EXISTING SWITCHBOARD

AND VERIFY AGAINST EXISTING GENERAL

ARRANGEMENT DRAWING. ATTACH A.T.S. PANEL

TO EXISTING SWITCHBOARD THROUGH SIDE WALL

WITH 4-1110 BOLTS.

3. FOR WIRING DETAILS REFER DRG 486/5/7-PS001.

4,1 EXCEPTION OF THE-ItAtIftERS-A0* SITE, THE INSTALLATION OF -THE .T.S. PANELS

SHALL BE ATTACHED TO THE-REt 517/1fitH+30ARDAS-P-C1184014.2.

INTERFACE

TERMINALS

XG. 01 - 70

FRONT VIEW

(DOOR REMOVED)

DRAFTING CHECK DESIGN R.P.E.Q. No. DATE PRINCIPAL DESIGN MANAGER DATE

200x150 CUTOUT

5 c2)

PROJECT

SEWAGE SYSTEM IMPROVEMENT 2005

STANDBY GENERATORS DRG JHO50001 CAD FILE 57PS001 2

THEAMBERS-IttlA BE LOCATED EXTERNAL TO THE PUMP STATION

BUILDING, REFER-TO DRG No' 486/5/7-Q1224, AND NOT ATTACHED TO THE SWITCHBOARD AS

PER NOTE 2. AT THIS SITE, THE RTU AMMO,. ES NOT APPUEAUE:

6. THE RADNOR STREET SWITCHBOARD SHALL BE

FITTED WITH ITS NEW EXTENSION CABINET AND

A.T.S. IN ITS CURRENT LOCATION. THIS BOARD

IS TO BE RELOCATED IN THE FUTURRE IN

ACCORDANCE WITH THE SITE LAYOUT SHOWN

ON DRAWING. 486/5/7-KI454.

C. %(1. 5 I \Aik64:=to ;zit

\ei\d'r

TITLE

TYPICAL SOLENOID OPERATED AUTOMATIC TRANSFER SWITCH EXTENSION PANEL ARRANGEMENT


BRISBANE WATER DRAWING No

DATE AMENDMENT APD Reference Drawings

4

C.C. FILE No.

6

DESIGN CHECK

7

R P.E.O. No. DATE CLIENT DELEGATE

9

DATE

10

BRISBANE

11 12 13 14

AMEND

486/5/7-PS002

15 16

E

F



B

C

D

E

F

GENERATOR I GENERATOR GENERATOR

1

2 4VOC INPUTS/OUTPUTS P L C GENERATOR I FROM DWG 05 15 016-600 1

DIS-CONNECT PLUG

L

NEG -2 4VDC SUPPLY

CLOSE MAINS ATS

CLOSE GENSET ATS

GENSET FAULT

GENSET WARNING ALARM

LOW FUEL

GENSET RUNNING

GENSET CONNECTED

PHASE FAILURE

MAINS ON LINE

GENSET ON LINE

REMOTE START GENSET

REMOTE STOP GENSET

I NO CONNECTION 1

GENSET CANOPY DOORS OPEN

GENSET C/B - OFF / TRIPPED

GENSET IN AUTO

GENSET CONTROLS CONNECTED

REFUEL NEEDED

NO CONNECTION I

I NO CONNECTION I

17

15

19

20

21

12

23

24

12

[ 17

[ 13

17

[ 14

17

[ IS

17

[ 16

1/

41

43

42

[ .4

1171 1

1181 2

1191 3

1201 4

1211 S

1221 6

1231 7

NOT USED 8

(121 9

1171 10

1131 11

1171 12

1141 13

(171 14

NOT USED 15

NOT USED 16

NOT USED 17

NOT USED 18

NOtOtefaut1t9

1411 20

14 31 21

142122

23

L.._ 24,

i111.1 25

SPARE 26

SPARE 27

1

2

3

4

S

6

7

6

9

10

12

13

14

-

GO IN

602

603

604

605

606

607

SP

609

610

611

612

613

614

615

1 -, 2-' 3

5

6

7

6

616 16 -1

16 617 17-,, 618 18-'

17

19

20

21

12

620 )- 20 -" 621 )--- 21-' 6 )-, 622 22-' 613 }--- 23---'

23 )- 624 24-1 24

)--1 25 cum 26

27

- 2 4VDC DIGITAL OUTPUT MODULE - - - EGEN-EX1 EXERCISE GENSET

1STRGI

ISTPGI

START GENSET

STOP GENSET

SPARE OUTPUT

30 DC

2 4VDC DIGITAL INPUT MODULE

ETSNA1 T/S AT NORMAL POS'N.

IGFR1 GENSET FAULT

IGWR1 GENSET WARNING

(GLFRI GENSET LOW FUEL

(GMFRI GENSET MEDIUM FUEL

MRR1 GENSET RUNNING

(GDR) GENSET CANOPY OPEN

IGCBTI GENSET C/B STATUS

IGMRI GENSET CONTROL MODE

IPFREI ENERGEX MAINS POWER

IGOSI GENSET ON SITE

SPARE INPUT

0U09

OX/Y

693.

OX/Y

03. OX/Y

613.

OX/Y

IX/01

IX/02

IX/03 9---

IX/04

IX/05

IX/06

IX/07

10/00

IX/09

10/10

F- IX/11

IX/12 0---

IX/13

IX/14

IX/1S

693.

05. 20 DC.

8,30 1

w --r- 2

86W 3

w-r-4-'

awh S

w 6

7 eh -j w -r 8

wh 9 B6

w 10

;oh 11 -' 12 -"

795 IX/Y 795.

BIT 79S.

IX/Y 715. IX/Y 795.

IX/Y

795.

IX/Y

795 IX/Y 715. IX/Y 79S.

IX/Y 795. IX/Y 795. IX/Y 795. IX/Y

1

2 -" p6 J shw 3

w -7- 4-,

. .

C04

15

MAIN SWITCHBOARD (EXISTING' - EXTENSION PANEL

GENERATOR A T S PANEL - - _ - NOTE - T/S o TRANSFER SWITCH

1

2

3

4

5

6

601N

601 603 604 605 606 607 608

-XG

CIE7D 1

aED 2

C1=D 3

CrD 4

a= 5

COIN

601N ( CTSG CTSN 602A

ct=o ODD 7

604 605 606 GO7

603A

CTSN

CTSG

GFR - GLFR

GWR

COMMON

CLOSE T/S TO NORMAL

CLOSE T/S TO GENERATOR

GENERATOR FAULT

GENERATOR WARNING

GENERATOR LOW FUEL

GENERATOR RUNNING

8 CM) 8

9 (1=D 9

10 CCID 10

11 (71= 11

12 12

13 ccr, 13

14 am 14

15 = 15

16 16

17 c=iD 17

18 cED 18

19 19 IR 610

20 (1=D 20

21 CII) 21

22 =ID 22

"-- 23 624

24 =ID 24

N'E.2t.:74144r* 62

609 610

611

612

613

614

615

616

617

618

609 610 611

612

613 614

m

I

PFRE I

i

L J ........-0-1 TSNA

........-0-1 TSGA

619

620 611

622 613

ENERGEX MAINS POWER FAILURE

T/S AT NORMAL POSITION

T/S AT GENERATOR POSITION

621

GRR

I REF 01(3 1

REF 01;H14

I REF 01H14 I

GDR

622

=ID 23 623 624

25

aZD 26

1 W

"-Bk 2 -I- W

"-Bk ,- 3 W

\-Bk 1 ( XXX ) 4 W

\-Bk 1 W

"-Bk I N- 2 -I- W

"-Bk " 3 -,-- w

\-Bk 1

Bk

-BW k

I I 1

Bk

I I

- 4[31,

MAIN SWITCHBOARD

R.T U. - SECTION

X XX

NOTE, R.T.U. WIRE NUMBERING VARIES FROM SITE TO SITE WIRE Nos: OX/Y L /X/V AND 795. d 693. SHALL BE REPLACED BY SITE SPECIFIC WIRE NUMBERS. I REFER TO NOTE 1

I

MAIN SWITCHBOARD

CONTROL PANEL STATUS INDICATORS

MAINS AVAILABLE Y

GENERATOR OR RUNNING

613

OVDC

624

0 VDC

- - - - - - - - R.T U SECTION - POWER SUPPLY

BATTERY BACKED .24 VDC

0 VDC R ( XXX )

1

' 2 4VDC SUPPLY Bk

I POINT OF SUPPLY

I

TO BE DETERMINED ON SITE L .

9 W IX /Y 795. "- 10 -,-- W

\-Bk 11 -1- W

\-Bk

OX

693. OX/Y

a= 27 = 28

m(445,-C-4, J----__"3?-z-----"ate*

0 X/Y = 29 693.

693. cED 30

0 X/ Y a= 31

693. GED 32

OX/Y c=c) 33

693. a= 34

795. IX/ Y

795. IX /Y 795.

IX /Y 795.

IX /Y 795. IX/ Y

795. IX /Y 795. IX /Y 795x

IX /Y 795.

35

36

37

C1=D 38

a= 39

CI= 40

CI=D 41

CICED 42 = 43

cr3D 44 = 45

=ID 46

clED 48

crD 49

C1=0 50

a= 51

N-12 W

I "-Bk R XXX

Bk-"

_

R

B

Bk

R

ci=7 S2

C1ED 53

IX/ Y

795. IX /Y 795.

54

cED 55

0:11) 56

SPARE OUTPUTS

795. IX /Y 795. IX /Y 795. IX /Y 795. IX/ Y

795. IX /Y 795. IX/Y 795. IX/Y 795. IX /Y 795. IX /Y 795. IX /Y 613

GEN-EX EXERCISE GENERATOR I REF 01c31

TSNA I REF 01.1114 I

GFR I REF - 813 I

GWR I REF -.813 I

GLFR I REF -813 I

GMFR I REF -0131

GRR (REF - 813 1

GDR I REF -:0131

GCBT I REF - 013 1

GMR I REF -:013 I

PFREA I REF -H17I

GMR

GCBT

= 57 624

IX /Y c=ID 58

623 59

624

0 VDC

0 VDC

CCD 60

crzip 61

a=a) 62

SPARE INPUT

623

614 OVOC

24 VDC a= 63

0 VDC 66

24 VDC

PFREA I REF -11121

GRR I REF -4313 I

24 VOC

24 VOC

67 0 VDC

68 C1=D 0 VDC

PFRE 1 622

I

Ll REF Ot(3

PFREA

69 a=D 0 VDC

70 TSN

I

L GMFR

GENERATOR CANOPY OPEN

GENERATOR CB STATUS

CONTROL MODE

I REF -.812. 0182 I

I REF - 811, 01E3 I

I REF -F11 I

I REF -:F11 I

I REF -:F11 I

I REF -F11 -H11

REF -.0111

REF -Gil I REF -.011 I

GENERATOR MEDIUM FUEL I REF -HI I

ENERGEX PHASE FAILURE AUXILIARY RELAY I REF - G11, -.Hit I

TRANSFER SWITCH

I 610 I TSNA IN NORMAL POSITION I REF -.011, - H11 1

TSG I 611 - TSGA IN GENSET POSITION

REF - G11, - H11 I

- -1

LEGEND:

EMI -(--

I4=1- 5 I

G S I

CABLE IDENTIFIER

DISCONNECT PLUG

FUSE TERMINAL

DISCONNECT LINK TERMINAL

NOTES

1. ALL WIRES & CABLE CORES ARE FERRULED WITH GRAFOPLAST SI2000 COMPATIBLE LABELLING.

2. ALL FUSES ARE 500mA UNLESS NOTED OTHERWISE

3. REFER DWG, 4 86/5/7-PS001 FOR

SCHEMATIC PRESENTATION.

4. GENERATOR STARTED iv STOPPED

(al AUTOMATICALLY UNDER POWER FAILURE CONDITIONS VIA PFRE PHASE FAILURE RELAY.

(b) SIMULATED PHASE FAILURE VIA R.T U. AND GEN-EX RELAY.

S. R T U PRESENTATION IS GENERIC. WIRE NUMBERS SHALL BE DERIVED FROM THE SITE SPECIFIC DRAWINGS AS LISTED IN THE REFERENCE TABLE ON DWG No 486/5/7-PS001.

6 CONTACT/COIL LOCATION REFS.

REF 01.E2 o REFER DWG. PS001, GRID REF E2

REF -:H11 o REFER THIS DWG.. GRID REF H11

02IC

FOR CONSTRUCTION RAFT 0 MJ. LIGHTBOOY v

DESIGN N0.

.%,""..--

-- - DATE

-- polaDIPAL DESIGN MA00/3ER

N'etOJECT DATE

`3,TITLE

SEWAGE SYSTEM IMPROVEMENT 2005 STANDBY GENERATORS

*N.I'

TYPICAL SOLENOID OPERATED AUTOMATIC TRANSFER SWITCH INTERCONNECTION DIAGRAM

SHEET N 18

1 05.06 REDRAWN. NEW BORDER. RELAY CONFIG UPGRADED DRAFTING CHECK BRISBANE WATER DRAWING No

486/5/7-PS005 AMEND

i 0 0106 CONSTRUCTION ISSUE CAD FILE 57P5005_1

DESIGN CHECK PW.11.0.119. DAR , ...................

WENT DELEGATE DATE No DATE AMENDMENT APO. Reference Drawings 8 C.0 FILE No. WATER

2 3 4 6 7 I. 9 10 11 2 13 14 16



MTH MW

L

I-

450

NEW SLAB PINNED

TO EXISTING SLAB

I GENERAL NOTE 21 FRONT VIEW

150

I NOM. I

ATS CUBICLE

EXTENSION

150

I NON. I

EXISTING

SWITCHBOARD

1. BASE SLAB

PLAN VIEW

500

PROPOSED NEW

SUPPORT SLAB

& APRON AREA

001

- GLAND PLATE

CABLE ZONE

COVER

CONDUIT STUBS

[NOTE 4I

_J

150

NOM .I

-mr-

!- / /

/ // / j / / / / CONDUITS TO / ...- / / / GENSET SLAB /- - --- - -- ' / / _______--- /

1 - -- - ...- ..-- / /

/- /

SECTIONAL ELEVATION

1) m-eS

(L\As- c, CL.N)-3G c(s'S

'5N4 ce.DPc)%

APPLICABLE SITES

SUGARMILL ROAD MEEANDAH

BRISBANE STREET TOOWONG

RADNOR STREET INDOOROOPILLY

PIONEER CRESCENT BELLBOWRIE

CONCRETE NOTES

1. ALL MATERIALS AND WORKMANSHIP SHALL BE

IN ACCORDANCE WITH CURRENT AUSTRALIAN

STANDARDS AND CODES AND ANY RELEVANT

BUILDING AUTHORITY BY-LAWS.

2 ALL CONCRETE SHALL COMPLY WITH THE

AUSTRALIAN STANDARDS CONCRETE

STRUCTURES CODE AS3600-2001 AND THE

BRISBANE WATER REFERENCE SPECIFICATION

FOR CONCRETE WORK PSE-SSS002

3. ALL CONCRETE SHALL BE GRADE N32 UNLESS

NOTED OTHERWISE. THE MAXIMUM SIZE OF

AGGREGATE IN THE CONCRETE SHALL BE 20mm.

4. FORMWORK SHALL BE IN ACCORDANCE WITH AS

3610-1995, UNLESS NOTED OTHERWISE

5. EXPOSED EXTERNAL CORNERS SHALL BE

FINISHED WITH A 25mm ARRIS.

GENERAL NOTES

1 NOTE THIS DRAWING IS A PROPOSED GENERIC

PRESENTATION ONLY THE DIMENSIONS AND

GENERAL ARRGT. OF EXISTING SWITCHBOARD

BASE SLABS WILL VARY CONSIDERABLY FROM

SITE TO SITE

2. A NEW CONCRETE SLAB SHALL BE POURED TO

PROVIDE A STABLE, LEVEL PLATFORM FOR THE

NEW A.T.S. EXTENSION CUBICLES. THE NEW

SLAB SHALL BE PINNED TO THE EXISTING SLAB.

3 THE CONTRACTOR SHALL DETERMINE THE BASE

SLAB ARRANGEMENT AND DIMENSIONS REQUIRED

IN ORDER FOR THE NEW SLAB TO MATCH THE

EXISTING SLAB ARRANGEMENT FOR EACH SITE

SPECIFIC SWITCHBOARD

4. PENETRATIONS FOR CONDUIT STUBS, SHALL BE

ALLOWED FOR, IN ACCORDANCE WITH THE

PROPOSED SITE LAYOUTS FOR THE RESPECTIVE

SITES:

I NOMINALLY 1 X 0150 AND 1 X 080 CONDUITS I

5. THE CONTRACTOR SHALL IDENTIFY ALL THE

SERVICES WITHIN THE IMMEDIATE AREA THAT

MAY BE ADVERSELY AFFECTED BY THE SLAB

CONSTRUCTION AND THE INSTALLATION OF

CONDUITS.

6. WHERE ANY SIGNIFICANT REMEDIAL ACTION IS

DEEMED NECESSARY, IT SHALL BE BROUGHT TO

THE ATTENTION OF THE PROJECT MANAGER,

BEFORE PROCEEDING.

FOR CONSTRUCTION /

14 0 04.2006CONSTRUCTION ISSUE

'1 AHD, au( AAIENNIENT

PRRCPPL o.cacol

R_PLO. NO. BATE

MANAGER ENGINEERING

BALE

PRODUCTION / MEGAN

DATE

DESIGN

DESIGN CHECKED

CRAM Kt. LIGHTBODY 04.2006

OWING CHECK

JOB FILE

ACAD 57PS0alhog

SURVEY No Flan BOCK

SURvE1ED Mt DATUM

Brisbane City

Brisbane, Water:AM

SEWAGE SYSTEM IMPROVEMENT 2005

STANDBY GENERATORS

AUTOMATIC TRANSFER SWITCH ATS EXTENSION CUBICLE TYPICAL CONCRETE BASE ARRGT.

SCALE - No. 2 OF 2 SHEETS

DRAWING No

486/5/7-PS007

4

5





Of: 10

Section 3


4.0 PART LIST





Electrical Manual 17/11/2006

Supplier Name Part No Item Description Quant ABK Electrical Wholesale CLIWIPM27 27 CONTROL PIN W/P INSUL PLUG HI-IMPACT 1

Crompton Instruments 252-PSGW 415V NOMINAL VOLTAGE SENSING RELAY 1

NHP Electrical Engineering 96.72 2P 12AMP RELAY BASE FOR 56.32 RLY 2

NHP Electrical Engineering 38.51 24VDC 24V DC RELAY 1C0 6A 8

NHP Electrical Engineering 56.32 0074 24VE RELAY FPIN 2C0 12A 24VDC 2

NHP Electrical Engineering 62W3FD240VAC SOLENOID OPERATED TRANSFER SWITCH N( 1

NHP Electrical Engineering D5PP43NL3R KIT D5 INT LED RED IND 24VAC/DC 1

NHP Electrical Engineering D5PP53DLO YELLOW PILOT LIGHT ROUND MAX 130V 1

NHP Electrical Engineering D5PP53NL3A KIT D5 INT LED YELLOW IND 24VAC/DC 1

NHP Electrical Engineering DSRCBH1030A DINT MCB/RCD 1P 10A 30MA 10KA 1

NHP Electrical Engineering DTCB6106C DINT 6KA 1P 6A CB 1

NHP Electrical Engineering DTCB6306C DINT 6KA 3P 6A CB 1

Phoenix Contact Pty Ltd PH0441504 USLKG5 EARTH TERMINAL 4MM 2

Phoenix Contact Pty Ltd PH3004100 UK5-HESI FUSE TERMINAL M205 4

Phoenix Contact Pty Ltd PH3004362 UK5N 4MM FEEDTHRU TERMINAL GREY 40

Ramelec Pty Ltd 017216-0000 SAKR/35 LINK TERMINAL 32

Ramelec Pty Ltd 047456-0000 ASK1 FUSE TERMINAL 2

Typical Solenoid Site JH86mp01 Page 1





Of: 10

Section 4


5.0 TEST SHEETS





COMMON LOGIC Pty Ltd A.C.N. 011 029 262 Job Card Number:

aCilberA Variation To Fixed Price Proj

Cost Plus Labour Proj.

Out

rvice

Power Authority Forms

Pre-Start Safety Mtg.

Risk Assessment

0443 CUSTOMER: gr(Acc,..iNx 11310i,...12; 1 Project No5P )47 Representative Name: Rrni,Pr t- 6 0)212-'Ll Position: ei(j.10Miaj-Ey \l eks-r- Date: tS CI( CC, I Signature on Completion:

C/L Representative To 144i0-A. Date:2404C

Mobile Phone No: '0 4)1 cic D

Position: nex_9(--

START FINISH DETAILS Hrs. No MEN TOTAL RATE CHARGED

TRAVEL TO SITE

SO0\ .131--(A I I i&A fr'r

th-f\J2) Li- I A bAAatAs cN-c 76rsir s

EASE SEE ATTACHED FORM FOR ADDITIONAL TOTAL LABOUR CHARGED:

ITEM No: PART No:

1.

2.

3.

ITEM DESCRIPTION.

CL-139rA-CJ )2-j CUS SI,6)

No. ITEM

COST ITEM

TOTAL COST

CHARGED

4.

5.

6.

7.

8.

9.

PLEASE SEE ATTACHED FORM FOR ADDITIONAL TOTAL MATERIALS:

PROGRESS CLAIM WORKS NOT COMPLETED AND NOT TESTED

FURTHER WORK REQUIRED TO

VROJECT COMPLETED NO FURTHER ACTION

COMPLETE PROJECT. REQUIRED WHITE COPY -- CUSTOMER YELLOW COPY -- OFFICE

certify that the Electrical work listed above as been tested in accordance with th

prescribed procedure and that such wor, complies with the requirements of the S Electricity Act.

Signature:

ELECTRICAL LICENCE No.

/ 3 LI-

POLARITY TEST.

INSULATION RES. TEST.

ETH CONTINUITY TEST

FUNCTIONAL TEST

Common Logic Pty Ltd Unit 9 /58 ̀ We er Road, Mansfield 4122 Ph: (07) 3849 7449 Fax: (07) 3343 5210



1



COMMON LOGIC Pty Ltd Specialist Electrical Contractors Site Acceptance Tests

Subject: SAT for BW Generator Change Over Panels Sheet: 1

Of: 7

Section

Page Revision No: 0 Date: 28/08/06 Manual Issue No: 0 Date: 28/08/06

1.0 SITE ACCEPTANCE TEST 2

1.1 INTRODUCTION 2

1.2 PRODUCTION UNIT-INFORMATION- 2

1.3 SAFETY PRECAUTIONS 2

2.0 ELECTRICAL EARTHING SYSTEM 3

2.1 ELECTRICAL CONTINUITY AND RESISTANCE OF EARTHING SYSTEM 3

2.2 CONTINUITY TEST SHEET 3

3.0 INSULATION RESISTANCE/ HIGH POT TEST 3

3.1 INSULATION RESISTANCE TEST 3

3.2 LOW VOLTAGE SWITCHBOARDS INSULATION TEST 3

4.0 GENERAL WIRING AND VISUAL INSPECTION 4

4.1 GENERAL WIRING AND VISUAL INSPECTION 4

4.2 SWITCHGEAR VISUAL CHECKLIST ' 4

4.3 TERMINAL VISUAL CHECKLIST 5

4.4 RELAY VISUAL CHECKLIST 5

5.0 CONTINUITY & PRE-COMMISSIONING TEST 6

5.1 CONTINUITY TEST 6

6.0 COMPONENT OPERATIONAL TEST 7

6.1 COMPONENT OPERATION TEST 7

6.2 AC CONTROL SYSTEMS 7

Test Carried out by Cra,"-- Signed... ate... 201/0C) Test witnessed by Signed... Date...

Authorised By:

JH86QT01 28 August, 2006



COMMON LOGIC Pty Ltd Specialist Electrical Contractors Site _Acceptance Tests

Subject: SAT for BW Generator Change Over Panels Sheet: 2. Of: 7

Section


1.0 SITE ACCEPTANCE TEST

1.1 Introduction Complete EVERY box below; if items are not applicable indicate by a N/A in the check box, any comments can be

completed at the end of the checklist. Aim: This Commissioning list is to be completed by the person/s who are undertaking the commissioning and testing of the switchboard in question. The commissioning list is designed to check the fundamental wiring of the switchboard. Scope: This Commissioning list is designed to test the operation of the MSB and Controls only. Building wiring is

subject to test by building services qualified personnel.

Legend of Symbols Check Box, 0 Setting to be recorded, -> and Action to take

1.2 Production Unit Information

Job Number ii-eap Site Name SP 14 -7 Syq19o-111..1- ST Date Name Signature

Testing Officer _ r- -T. C _ 12-,--1 257 ( to G

Witness

1.3 Safety precautions Outlined below are some common safety procedures and First Aid Instruction.

SAFETY FIRST I) Never test live boards alone. Always inform others of your actions and intentions. 2) Isolate mains or REMOVE TEST PLUG and locate close to testing area under your control. 3) Isolate the switchboard main switch and all circuitbreakers and fuses to completely remove

switching a live conductor when not deliberately required. 4) Tag all Distribution as DO NOT OPERATE removing only after tested and safe.

5) Insure NO LIVE WIRES are exposed at any time and a CLEAR TESTING AREA and 6) PROTECTIVE CLOTHING and eyewear should be worn at all times when working within

appropriate.

all possibility of

escape route at all times. Live board or when

Date... V-1C)/bir-'

Date...

Test Carried out by i'a--,-., -...r c Signed... -

Test witnessed by Signed...

Authorised By:




COMMON LOGIC Pty Ltd Specialist Electrical Contractors Site .Acceptance Tests


Of: 7

Section


2.0 ELECTRICAL EARTHING SYSTEM

2.1 Electrical continuity and resistance of earthing system Maximum resistance of the Earthing system within the switchboard is 0.5 ohms (AS/NZS

3000:2000) ® Test resistance of the Earthing system ' S-5/.._ ohms

2.2 Continuity Test Sheet ITEM DETAIL COMPARTMENT DESIGNATION AND TEST RESULT

Test resistance of Earthing system to compartment Answer in Ohms

Extension Main Eth Bar Generator

1 All Earth's wired and continuous 1-----" t...----

2 All metal work earthed where required ,./ 3 Isolate Individual Earth Systems and

check continuity. ,.../

3.0 INSULATION RESISTANCE/ HIGH POT TEST

3.1 Insulation Resistance Test Insulation resistance of whole or part of an installation must be a minimum of 1 Meg/ohm (AS/NZS 3000:2000)

Insulation test conducted on all internal circuits --> All Selector Switches, Isolators and CB's are in the off position -> All electronic equipment susceptible to high voltage damage to be isolated.

3.2 Low Voltage Switchboards Insulation Test MEGGAR VOLTAGE (6$o VOLTS INSTRUMENT DETAILS

'

, - teyriTocF1 -7-r-v Stilg .Ak-.,41,

71*---A s'a...*

..'

Join Red, White & Blue Phases and Neutral, Test to Earth ' 2.13-0 is....9-- Red Phase to White, Blue & N t

White Phase to Red, Blue and N t, Blue Phase to Red, White & N `l N to Red, White & Blue ..

Otmer-c,04-04- ka

(:)(\ cA-,a- .0 c-r- Test Carried out by s ' V Signed... Date... Z5-1bYln, (c.

Test witnessed by Signed... Date...

Authorised By:




COMMON LOGIC Pty Ltd Specialist Electrical Contractors Site Acceptance Tests Subject: SAT for I3W Generator Change Over Panels Sheet: 4

Of: 7

Section


4.0 GENERAL WIRING AND VISUAL INSPECTION

4.1 General Wiring and Visual Inspection Electrical Construction Coversheet Completed and correct.

4.2 Switchgear Visual Checklist --> Carry out visual and mechanical checks to Switchgear

ITEM

NO:

DETAIL Switchboard compartments

Transfer switch compartment

Main switch area

Generator in general

1 Main Switch totally isolates SWBD -/ Mains transfer switch device isolates mains from load. (IE switchboard)

AV-

2

Generator transfer switch operates and isolates generator from the load. And mechanical interlock works

%./..-- _- ....,/

3 Cables tight and correct phase rotation. Colour match. L.--- _..v .....--

4 Main Switch Correct Rating/Label

5 Neutral cable connected and continuous and tight.

ITEM DETAIL COMPARTMENT DESIGNATION AND TEST RESULT Switchboard extension Existing Switchboard.

Where modified. 1 All CBs operate correctly ..." 2

All incoming terminal numbers as per drawings _../' t.../

3 Check wire numbers to core numbers. Random selection. ...V. L./

4 All wires numbered as per drawins (random inspection) L./ c....----

5 Cables loomed and bushed correctly to all compartments. L.,

6

7

c'sc.1----.9.- V-st-r--r- -2-510 (04) Test Carried out by Signed... Date...


Authorised By:






Of: 7

Section


4.3 Terminal Visual Checklist -> Carry out visual and mechanical checks on Site terminals

ITEM DETAIL COMPARTMENT AND TEST RESULT Switchboard extension Existing Board

1 All Terminals tight ( Randomly check ) ,

2 Secure by End Clamps (Check ll) All) .,.., -

3 Labelled correctly ,...--- - 4

4.4 Relay Visual Checklist -> Carry out visual and mechanical checks on Relays ITEM DETAIL COMPARTMENT AND TEST RESULT

1 Relays labelled correctly as per Drns k/ 2 All relay coils correct voltage --- 3 Does relay require Diode fitted? (`-) O 4 Common Bus Link on relays fitted 5 All numbering correct ,/

Test Carried out by a rta,,,..5-. &pc-- Signed... Date... 746 q e.6


Authorised By:






Of: 7

Section


5.0 CONTINUITY & PRE-COMMISSIONING TEST

5.1 Continuity Test EK Wiring of circuits and connections are correct to constructed wiring schematics. F.' Random Continuity Test using Buzzer. 7 Visual Check of all wiring.

--> Open all Circuit breakers and remove all fuse links -> Bridge each interface and test each output. -> Install RTU terminal Plugs into terminals -+ By bridging the relevant pins and observing the relevant RTU IO feedback all circuits will

be checked. -> Test each circuit in turn with corresponding drawings

ITE M

NO

Test description

Action Observation Result of test

1 Transfer to Mains Bridge Observe Relay GTSM ,....--

2 Transfer to Gen Observe Relay GTSG ../ 3 Generator Failed Observe Relay GF 4 Generator Fault Observe Relay GFR ,../ 5 Gen Running Observe Relay GRUN

Check Door Indicator is on when relay is ON ,-/

6 Generator Connected Observe Relay GCONN 7 Doors Opened Observe Relay GOPEN ..../ 8 CB Tripped Observe Relay GCBT ...--

9 Not in Auto Observe Relay GNAUTO L...--

10 Generator Not On Site Observe Indicator %.../-

11 Spare -Q- 15 Remote Start Observe Relay GSTART 3- te,Kes-r....A.s

16 Remote Stop Observe Relay GSTOP ; -4-?-75K)--

1 Mains Failed Close QM1 Indicator ON when PFR is ON Check Door Indicator is ON when PFR is ON

,....--

2 ATS to Mains Manual Change to Mains

Indicator ON when TXS in Mains

3 ATS To Gen Manual change to Gen

Indicator ON when TSX in GEN ....---

r-)A- 4 Remote Start Indicator is on when PB is ON 5 Remote Stop Indicator is on When PB is ON /\.) tq- 6 Generator is missing Indicator is on when PB is ON ....--

/--) -2.--10( o Test Carried out by L.-J-0----% 1--1 (--- Signed._ ate...


Authorised By:






Of: 7

Section


6.0 COMPONENT OPERATIONAL

6.1 Component Operation Test Er Correct Operation and Voltages 1.7' All set points and parameters set to test

6.2 AC Control Systems --> Open all circuit breakers and remove all -> Test each circuit individually, replacing AFTER VOLTAGE APPLIED

TEST

values if required.

fuse links fuses and closing circuit breakers in turn.

(ie switch operation etc) as per BW generator commissioning Sheet

-> Apply mains supply -> Carry out voltage and operational checks --> Bridge control points to check operation -> Apply generator voltage and check operation -> Return to normal and fail the mains -> Return the mains -> Carry out a manual transfer

ITEM NO:

DETAIL New Extension Test Result

1 Mains Incoming Voltage Measured OK 0 44 2 Unplug set and check alarm 4 3 Open doors S K- 4 Trip CB 04. 5 Engine temperature/Alarm 6 Turn set to Auto and Manual e, 7 Low fuel alarm & t- 8 Fuel empty alarm 01( 9

10 Manually initiate generator start OK_ 11 Manually restore to mains e, K 12 Remote start 0 4_ 13 Remote stop AJ 4- 14 Mains fail Start OIC._ 15 Return to mains 014 16 Mains fail and then fail generator ff)i_ 02:CTI)S ilDt-IVOS 17 Check return to to mains if gen fails Ol-C_ 18 19

20

(t1 -2.510Y( 0 Test Carried out by Signed... -Date...

Test witnessed by . Signed... Date...

Authorised By:

6.,




Brisbane City

Brisbane Water

BRISBANE WATER Network Control Systems

IDTS POINT COMMISSIONING SHEET

AND GENERATOR SUPPLY

OPERATIONAL CHECKS

Pump Station Generator Connection

SITE TYPE & No. spsA2G34

Site Name: Sugarmill Rd



.,



Brisbane Water - Network Control Systems Section

NOTE: Some (or all) of the Generator associated IDTS points may be Scan Inhibited in the IDTS system. Remove the Scan Inhibit from these points before proceeding with these. tests

IDTS Point : Generator Offsite

Action Observation Result

Connect the Control interface lead to the station

Confirm that GENERATOR OFFSITE alarm is returned to normal by IDTS

Yes

Disconnect the Control interface lead to the station

Confirm that GENERATOR OFFSITE alarm is received by IDTS

Yes

Reconnect the Control interface lead to the station

OK

IDTS Point : Generator Unsecured


Open a canopy door on the Generator Confirm that GENERATOR UNSECURED alarm is received by IDTS

Yes

Close the canopy door Confirm that GENERATOR UNSECURED alarm return to normal is

received by IDTS

Yes

IDTS Point : Generator Low_ fuel


Make the Generator low fuel warning alarm active

Confirm that GENERATOR LOW_FUEL alarm is received by IDTS

Yes

Deactivate the Generator low fuel warning alarm .

Confirm that GENERATOR LOW_FUEL alarm return to normal is received by IDTS

Yes

IDTS Point : Generator Afed_fuel

Action Observation ' Result

Make the Generator medium fuel warning alarm active

Confirm that GENERATOR MED_FUEL alarm is received by IDTS

Yes

Deactivate the Generator medium fuel warning alarm

Confirm that GENERATOR MED_FUEL alarm return to normal is received by IDTS

Yes

IDTS Point : Generator Warning


Make the Generator warning alarm active (except by low fuel)

Confirm that GENERATOR WARNING alarm is received by IDTS

Yes

Deactivate the Generator warning alarm Confirm that GENERATOR WARNING alarm return to normal is received by IDTS

Yes

IDTS Point : Generator Common_fault


Make the Generator common fault alarm active

Confirm that GENERATOR COMMON_FAULT alarm is received by IDTS

Yes

Deactivate the Generator common fault alarm

Confirm that GENERATOR COMMON_FAULT alarm return to normal is received by IDTS

Yes

C: \Documents and Settings\CM21BVVIocal Settings\Temp\SP-147 Sugar Mill Rd Test Document - Gen IDTS 2.1.doc Page 2 of 5




IDTS Point : Generator Automatic


Turn the generator to local mode Confirm that GENERATOR AUTOMATIC alarm is RETURNED TO NORMAL by IDTS

Yes

Return the generator to automatic mode -

Confirm that GENERATOR Yes - - AUTOMATIC-alarm is received by-IDTS

IDTS Point : Generator CB tripped


Trip the Generator circuit breaker Confirm that GENERATOR CB TRIPPED alarm is received by IDTS

Yes

Reset the Generator circuit breaker Confirm that GENERATOR CB_TRIPPED alarm return to normal is

received by IDTS

Yes

IDTS Point : Generator Running


Start the Generator (off line only) Confirm that GENERATOR RUNNING alarm is received by IDTS

Yes

Stop the Generator Confirm that GENERATOR RUNNING alarm return to normal is received by IDTS

Yes

IDTS Control Points : Generator Exercise


Confirm the Generator is available to run, but not running

OK

Set the IDTS control point GENERATOR START EXERCISE and send to the site

Confirm that the Generator starts and runs off -line

Yes

Confirm that GENERATOR RUNNING alarm is received by IDTS

Yes

Set the IDTS control point GENERATOR STOP EXERCISE and send to the site

Confirm that the Generator stops Yes

Confirm that GENERATOR RUNNING alarm return to normal is received by IDTS

Yes

IDTS Point : Power supply Energex_power


Turn the generator to local mode OK

Fail the Energex power Confirm that POWER_SUPPLY ENERGEX POWER alarm is received by IDTS .

Yes

Restore the Energex power Confirm that POWER SUPPLY ENERGEX POWER alarm return to normal is received by IDTS

Yes

CADocuments and Settings\CM21BVV\Local Settings\Temp\SP-147 Sugar Mill Rd Test Document - Gen IDTS 2.1.doc Page 3 of 5




IDTS Point : ATS Closed , and Generator supply operational checks

NOTE: The purpose of these operational checks is;

- To confirm the pumps are interlocked under Generator supply (where required) - To confirm the code changes have not interfered with the operation of the

Surcharge Imminent probe.


Ensure the Generator is in Automatic mode

OK

Ensure the pumps are selected for local mode

. OK

Ensure there is enough sewage in the well for the pumps to run continuously for one minute

OK

Fail the Energex power to the Generator Confirm that the Generator starts and supplies power to the station

Yes

Confirm that ATS CLOSED alarm is deactivated and received by IDTS

Yes

Generator Interlocking Confirm the RTU will run a maximum of one pump under generator supply.

Yes

Site: BirkinRd. Confirm the RTU will run a maximum of two pumps under generator supply.

NA

Restore Energex power and record the time taken for the Generator controller to return the station power to Energex supply

Time for station power to return to Energex supply

...300..... Secs

Confirm that ATS CLOSED alarm is received by IDTS

Yes

Record time taken for the Generator to stop after station power to returns to Energex supply

Time for Generator to stop after station power to returns to Energex supply ...300

Secs

C: \Documents and Settings\CM21BVV\Local Settings\Temp\SP-147 Sugar Mill Rd Test Document - Gen IDTS 2.1.doc Page 4 of 5




Pump Automatic operation, and

Surcharge Imminent operation under Generator supply


Fail the Energex power to the Generator Confirm that the Generator starts and . supplies power to the station

Yes

Ensure the pumps are selected for remote mode

.

Fixed speed pump sites: Yes Confirm that the duty pump lowers the well. to the Duty A stop level and stops Variable speed pump sites: Yes Confirm that the duty pump operates on variable speed control satisfactorily

Ensure the well level is below the Duty A start level using pump local control as required

OK

Ensure the pumps are selected for remote mode and are stopped

OK

Activate the surcharge imminent probe for at least 10 sec

Confirm that WET_WELL SURCHARGE_ MMINENT alarm is received by IDTS

Yes

Confirm that all pumps (available under Generator supply) start

Yes

Ensure the well does not fall below the Duty A stop level by selecting local mode for the pumps as required

OK

Return the surcharge imminent probe to normal

Confirm that WET_WELL SURCHARGE_ IMMINENT alarm return to normal is received by IDTS

Yes

Restore Energex power indication to the Generator and allow the Generator controller to return the station power to Energex supply

OK

IDTS Points and Generator Supply

Operational Checks commissioned by ...Dan Vowles Date:

30/08/2006

C: \Documents and Settings\CM21BVV\Local.Settings\Temp\SP-147 Sugar Mill Rd Test Document - Gen IDTS 2.1.doc Page 5 of 5



i




Subject: Sugarmill St SP147 Sheet: 10 Of: 10

Section 5


6.0 TECHNICAL INFORMATION





Alfred Platinum Edition On The Web

Catalogue No. WIPM27

Colour Options No colour options

Transparent TR

More colour options may be available. Please check with your nearest Clipsal office.

Page 1 of 1

Description: Low Voltage Multipin - 27 Pin Maximum. Wilco Industrial Hi-Impact Insulated Angle Plug. Wilco Industrial Hi-Impact Insulated Plugs One Piece Angle With Screw Ring - IP56

Item Type 02 Industrial Products

Business Area 40 Industrial Switchgear

Product Group 403 Wilco Hi-Impact Industrial Switchgear

Item Group 40303 Plugs & Extension Sockets

Brochures Available: A Specifiers guide to Clipsal Industrial

A Specifiers guide to Clipsal Industrial

A Specifiers guide to Clipsal Industrial

file://P:\13\BA\BA16 Technical Data\CLIPSAL\WIPM27.htm 16/11/2006



of 2 '

Ref: tW250PMSH - Rev 6 - Sept 02

Models. Covered' 252 -PM M: 252 -PSF 252 ,-PSG -253-PH3. - ---252-PMT--

Introduction ThermIstor Trip Relay (252-PMM 252,13MT). The trip inputs aremonitored within settable In' the event of the,input-movingOutside:theSpAimits; initiate a-trip siirraryirgaduble pole-changeover relay:: An -

illuminated greentED: indicates when the thermistor temperature is within normal working limits. The unit is designed such that the alarm relay is energised when normal temperatures are reached, Model 252-PMM has the facility for manual resetting, so that the trip condition remains after normal operating temperature is reached, until manual intervention occurs.

Phase Balance Relay (252-PSF & 252-PSG) Trip inputs are monitored within settable limits. In the event of the input rnovirsoutside these-lirnits, the unit willinitiate a

trip signal viee'doublepole changeover relay. An illunlinated red LED indicates that the supply is within limits.

Speed Sensing Relay (253-PH3) Trip inputs are monitored. within:settable limits. In the event of the input moving.eutside these limits, the unitwill initiate a

trip signal. The illuminated red LED's. indicates that the single pole output relays are in an energised state and atnorinal running speed allthreerelays should be energised. .Units are-fattory-adjuSteeljer'riOrrnal.runnirigespeed==piz7.5mA,.....- O utput. The meter adjust pot on-the product front is usedlor this requirement, which also-ensures the trip leveleare,set to the calibrated values. Terminal 8 is connected to termineI5 internally. Terminals 15 and,16 give a 0/1mA signal proportional to speed.

No,1 Relay energises on risinizsosed No:2 Relay energises on rising speed No.3 Relay de-energises on risingspeed

This:productlie designed for use only with magnetic-coil inductive sensors.

;Naming -

During normal operation, voltages hazardous to life may be present at some of the terminals of this unit Installation and servicing should be perfo, med only by qualified, properly trained personnel' abiding by local regulations. Ensure all supplies are de-energised before

_ _ efterripting-COririeetionor _other procedures It is,recommeFferadjuitinenta-bemade with supplies de-energised, but if this is not pvsSible, then extreme caution should beexercised. Terminals:stiould not be user accessible after installation ahErexterrialliiitallation provisions must,be.suffiCientto prevent hazards underfault Conditions. This unit is riot intended to function as partof a system providing the sole means Of fault protection -good engineering practice dictates that any critical function be protected by at least two independent pd. diverse means... -

Never open circuit the.secondary winding an. energised current transformer.

Protector Trip Relays Waif Mounted 250 Series

Thermistor Trip, Speed Sensing & _

Phe,ISO Installatlon The-Protector- 'Should be-iristalledin a dry_position,-not indirect sunlight and where. the ambient temperature.is reasonably stable and will not be otitsidethe range 0 to 60 degrees CelSius. Mounting will normally be on a vertical surface but other positions will not-affect the operation. Vibration should;be.kept'to.a The: Protectors. are

to "CIagned rolintuiling-614-a-35W-n rail to DIN 46277` AlternatiVely,,thekmay, be screwfixed;.a special,adaptbr_is

.

supplied to mount 252 types.

To mount a protectar on a DIN rail, the top edge of the cutout on-the back is hooked over one edge of therairand the bottom edge carrying the release Clip clicked into place. Check that the unit-is firmly fined. 'Removal or repositioning may be achieved by levering down the release clip and lifting the unit up and off the rail.

Connection diagrams should be carefully followed to ensure correct polarity and phase. rotation where applicable. External' voltage transformers may be used, on 252-PSF and 252-PSG to extend the range:

2524)MM, 252-PMT & 253-PH3 Pick up, input and output leads should be kept separate from any other wiring.

Setting-CiantrOIS -(252:psF,.252TSG.) .

two.calibration facilitieS;that can be set to,suitoperatinvequirements.and theSraFerfa6tory calibrataii as follows:. 1. % unbalance.set points

Voltages of-and below 380 volts L-L are calibrated to 1.0% oiaseindex.of rated voltage. Voltages above 380 volts L-L are calibrated to 1.5% claSs index of rated yoltage;

2. Time Delay .

For all voltage ranges 10% maximum delay. 3. Voltage Withstand '

Continuous. overload =`1.35 x rated voltage 41,

Setting Up (all other mociel0 The calibratiOn marks around the controls are provided as a

guide Wthe installer does not have access to accurate equipment. The maximum error of the calibration marks is typically 10% of the span of the control concerned.

Maintenance The uhit:should be inspected to normal standards for this class of ecruiprnent. For example remove accumulations of dust and-check-all-connections for.-tightneesiandsorro sbn. An:the unlikely event of a repair being necessary it is

recommended that the unit-be returned to the factbry or to the nearest Crompton instruments Service Centre

Electromagnetic Compatibility This Unit has been designed to provide protection against EM (electro-magnetic): interference in line with requiremente of EU and other regulations. PrebautiOns necessary to provide pi-Oper,operaticin'of this and adjacent, equipment, will be inStallation dependent and so the following can only be general guidance : - -

- reutingwiring.lothis unit alongside-tables and products that are, or could be, a source of interference.



Page- -: Of

Ref: 11.1V250PIVIti-i--1Rev 6 Sept 02

INSTALLATION INSTRUCTi NS

Protector Trip-Relays DIN Rail & Wall Mounted 250 Series Thermistor Trip, Speed Sensing & Phase Angle

The auxiliary supply to the unit should not hesubject to excessive interference. In some cases; a.supply'line,... filter may be required: To protect: the against indOrrect operatiOn or permanent 'damage, surge' transients must be,contr011ed.' It is goOd EMC practice to suppress differential surges to 2kV or less- atthe,source. ThelUnit haS,been5deSigned; to automatically^ recover from typical transients; however'

...-,....ineXtr!erralcirCurnstances-it..mayLbe-heCessaix-t4 tempOrarilie disconnect the'aUkiliariSUOply for a period of greater than 5 seconds to restore correct operation.

252 -PMT

Output Relay

Contact Set 1. Contact Set 2 l'I'ITI'i 14 1'1 12 22 21 24 OTUCTCOn

rr

10-nr.^I Ave N

MAX 1504 n

,, .I.I.L., Supply

Thermistor Connoctione

252 -PMM

252-PSF 252-PSG

0 10.0, 100 10.4.., Acquo Crest -Under over'

' 34 31 32 15 16 2 5

Ratty .

Contact Sot 1 Contact Set .2

14 11 12 22 21 24

%untu, 15

'SET

01217212c7.121R

2,4:22;

41° 1C414.,,I LI

Vseeret 0,

DELAY

L2' L3

Input

Screened communication and small signal leads are

recommended and may be required. These and other connecting leadt may-require the fitting of RF suppression components, such as ferrite absorbers, line filters etc., if RF fields cause problems.

It is gbod practice toinstall tenSitive,electronic instruments that are performing critical. fUnctionS ikEgQ,EinaloSUres that

--- 4.protecbsgainetrelettAtalliirarfirenuelcifusingra.dittUrb-aliart in function.

Output Relay

Contact Set 1 Contact set 2

lEentpleal I..u. N'

1 " 1

21 24

R5581

MAX 1300 n

MI- M2 Il 12. 1

Supply Thermistor

C.onnoctono

Model 252

70

Connectibh Details. 1.3. 1.,.

6 6., GUN. °ADO o!toi

252-PMM can operate in either an automatic or a manual reset mode. For automatic the reset link R1-R2 is to be disbonnected. For manual the reset lihk R1-R2 must be inserted.

55 112

Model 253 75

55 2 Holes 0 4.1

Ai

AdaptoriNate

80

2 Fixing Holes 'A' 2 Fixing Holes 'B' To Bull M4 To sun 145

The Information contained in these installation instructions Is for use only by Installers trained to make electrical,Froyver installations and Is Intended to describe the correct method of installation for this product. However, Tyco Electronics has no control over the field conditions, which influence product Installation. Ills the user's responsibility to determine the suitability of the inStallsitioninethodin the user's field conditions. Tyco,Electronics' only obligations are those in Tyco Electronics' standerd'Conditions of Sale for thii product'ind inrno case will Tyco Electronics be liable ler any other incidental, indirect-or consequential damages arising from the use or misuse of the products. Crompton Is 'a trade mark:

compton eriltznan

Tyco Electronics UK Limited Crompton instruments Freebournes Road, Witham, Essex, CM8 3AH, UK

Phone: +44 1376 509 509 Fax: +44 1376 509 511 http://energy.tycoelectronlcs.com

ett



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documentcreated: 17'Nov 2006

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Representative Image Only

Catalogue Number: 96.72

Description: SKT FOR 56.32 RLY + LED MOD

List Price: Refer to our eCatalogue

Unit Of Measure: EA

Price Schedule: B2

All prices are exclusive of GST

Relays / Accessories

Brand: Finder Accessory type: Plug-in base

Features

DIN rail mounting socket with open terminals, to suit miniature power relays, flat pin 2 CIO (8 pin), eg 56.32. This socket also accepts the 99 series LED modules.

Benefits

The 96.72 series ockets are designed for DIN rail mounting, with the added benefit of incorporating an LED indicator in

the same socket as the relay. Provides a space saving relay / indicator combination. Relay retaining clips also available.

@.2005 I4HP www:nhp.contau



Ecat Product Listing

Item Info

t

Page 1 of 1

NHP E-Cat online website Tuesday, November 14, 2006 1:48:00 PM

User: skerr

try erv

Relays Interface Module Relays Interface Module

Contact arrangement 1 C/O 6A AC1 250VAC

Voltage 24V DC

Number of pins 3

Features Miniature Din rail mounting type Relay interface module

o Supply voltage: 24V DC t C/O contact, 6A. 250V AC I

Benefits Compact Din mount presentation

o Low coil consumption

Coovr.gut NHP Elsctricst Enoinsating Products Ply. Ltd.

Catalogue Number:

38.51 24VDC

Description:

PLEASE ORDER 385124VACDC List Price $ (Not including GST):

46.55

Unit of Measure:

EA

Price Schedule:

B2

All prices are exclusive of GST.

http://ecatrajpcguillsit.e/sparchtps.earch.asa?topaction6&topvaluel=3.8.51%20Z4VDC&... _ 14/1.1/2006 _



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Catalogue Number: 56.32.0074 24VDC

Description: RLY W/PB+LED+FLG FPIN 200 12A

List Price: 9 Refer to our eCatalogue

Unit Of Measure: EA

Price Schedule: B2


Relays-plug-in type / Flat pin

Brand: Finder Contact arrangement: 2 0/0 Voltage: 24V DC Number of pins: 8

Features

24VDC, 12A. 2 C/O contacts. Flat pins.

Benefits

Lockable test button. Mechanical flag indicator and LED.




Catalogue Number: 62W-3FD 240VAC

Description: TRANS.SW.NO OFF 200A3POLE240VA


Unit Of Measure: EA

Price Schedule: A4


Transfer switches / Basic (BTS)

Brand: Aichi Amp rating: 200 kA rating: 25

Features

Single coil operation "W' series. Simple mechanical operation. 100A to 5000A switch range. Pulsed DC coil.system. Load terminals common. Manual operating handle supplied for use in the event of control voltage failure. 125V DC 1 ratings to 2000A (each pole). All terminal covers provided. Control circuit "MOVs" provided, protects control circuit from 'spikes'. Can be used with Terasaki logic panel. 2 C / 0 Auxiliaries fitted as standard (extra on request).

Benefits

External mechanical interlock unnecessary. Maintained coil supply not required. Additional load connections not required. DC switching capability.

6-2005 1-41-IP 1

E & 0.E. wtiymnhp:com.au 7

- J71.:



isprecher+ I schuh


Description: KIT D5 INT LED RED IND 24VAC


Unit Of Measure: EA

Price Schedule: A2


Pushbutton Products / Pilot Light and Buzer

Brand: Sprecher + Schuh Mounting Size: 22.5mm Specification: Complete Shape: Round Style / Frame: Standard Colour: Red Lamp Block: Full Voltage

Features

Part of the vast D5 range of matching 22.5 mm. control and signalling units providing IP 66 front protection. Assembled round plastic pilot light fitted with coupling plate and clip-on LED. Easy to mount. Wide range of legends available to complete the assembly. Individually packaged component.

Benefits

The D5 range combines aesthetic appeal with robust flexibility to suit heavy-duty industrial control applications. Readily visible. Pre-assemblly saves time. When fixing pliot light it will hold in place without a notched panel hole. Saves time and allows fitting by one person only. Simplified ordering and spares holding.



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Catalogue Number: D5P-P53NL3A

Description: KIT D5 INT LED YLW IND 24VAC


Unit Of Measure: EA

Price Schedule: A2


Pushbutton Products / Pilot Light and Buzer

Brand: Sprecher + Schuh Mounting Size: 22.5mm Specification: Complete Shape: Round Style / Frame: Standard Colour: Yellow Lamp Block: Full Voltage

Features

Part of the vast D5 range of matching 22.5 mm. control and signalling units providing IP 66 front protection. Assembled round plastic pilot light fitted with coupling plate and clip-on LED. Easy to mount. Wide range of legends available to complete the assembly. Individually packaged component.

Benefits

The D5 range combines aesthetic appeal with robust flexibility to suit heavy-duty industrial control applications. Readily visible. Pre-assembly saves time. When fixing pliot light it will hold in place without a notched panel hole. Saves time and allows fitting by one person only. Simplified ordering and spares holding.



TERASAKI


ta.

Catalogue Number: DSRCBH1030A

Description: MCB/RCD 1P 10A 30MA 10KA DIN-T


Unit Of Measure: EA

Price Schedule: T3


Circuit breakers - Earth Leakage / ELCB Din

Brand: Terasaki Current rating: 10A Number of poles: 1P + N

Modules: 1 (18) Trip sensitivity: 30mA Voltage: 240V AC

Features

Short circuit protection 10kA. 50kA and 65kA fuse back up. Sensitivities 10mA and 30mA. 6A, 10A, 16A, 20A, 25A, 32A & 40A Current ratings. Type A RCD. On and Off indication with colour coding. Handle can be sealed and locked in "on" or "off' position. IP20 finger protection. Wide range of accessories. Information clearly labeled on front of RCD. Flexible 1.2m long neutral pigtail.

Benefits

Space saving, same width Din-T MCB. Can be directly retrofitted replacing a Din-T MCB. High level of short circuit protection. Wide range of current settings. Approved for use in Australia and New Zealand. Conforms to international standards. Terminals clearly labeled for easy connection.

Ig[2005 NHP E & O.E. www.nhp:com.au



TERASAKI


Catalogue Number: DTCB6106C

Description: MCB 6KA 1P 6A C CURVE DIN


Unit Of Measure: EA

Price Schedule: T1


Circuit breakers-miniature / MCB DIN 6 kA

Brand: Terasaki Current rating: 6A Number of poles: 1 Pole Curve type: C Curve

Features

6kA, 10kA & 15kA short circuit breaking capacities available. 50kA and 65kA fuse backup. On and Off indication with colour coding. Handle can be sealed and locked in "on" or "off' position. High speed operation and rapid arc quenching. Consistant line and load terminal height for Din-T 6, 10 & 15 MCB's. 1P20 finger protection. 35mm2 capacity terminals. Wide range of accessories. Conformity to Australian and International standards. Versatility in mounting, distribution boards, switchgear panels and consumer units. High selectivity figures. Information clearly labeled on front of breaker.

Benefits

Elimates confusion regarding the operating state of the MCB. Increased protection as contacts open through overload or short circuit even when handle is sealed in the "on" position. Saves cost, allows for a fuseless system and confines power outages to the effected circuit preventing wide spread loss of power. Can fit larger cables. Provides greater flexibilty of use. Security on conformitiy. Special data very accessible.



e TERASAKI


Catalogue Number: DTCB6306C

Description: MCB 6KA 3P 6A C CURVE DIN


Unit Of Measure: EA

Price Schedule: T1


Circuit breakers-miniature / MCB DIN 6 kA

Brand: Terasaki Current rating: 6A Number of poles: 3 Pole Curve type: C Curve

Features

6kA, 10kA & 15kA short circuit breaking capacities available 50kA and 65kA fuse backup On and Off indication with colour coding Handle can be sealed and locked in "on" or "off" position High speed operation and rapid arc quenching Consistant line and load terminal height for Din-T 6, 10 & 15 MCB's IP20 finger protection 35mm2 capacity terminals Wide range of accessories Conformity to Australian and International standards Versatility in mounting, distribution boards, switchgear panels and consumer units High selectivity figures Information clearly labeled on front of breaker

Benefits

Elimates confusion regarding the operating state of the MCB Increased protection as contacts open through overload or short circuit even when handle is sealed in the "on" position Saves cost, allows for a fuseless system and confines power outages to the effected circuit preventing wide spread loss of power Can fit larger cables Provides greater flexibilty of use Security on conformitiy Special data very accessible



00(-) 0 CONTACT INNOVATION IN INTERFACE

Universal Ground Terminal Block USLKG

[Article description

Order No.

USLKG 5

0441504 USLKG 5

0441517 USLKG 5-1

; _ .

I EC Prototype certificate no.ILKEN/IA 99ATEX4487U

Assembly on mounting rails

Assembly instructions

'Temperature range of use

NS 32 acc. to EN 60715-G 32 NS 35 acc. to EN 60715-TH 35 See page 2

1-40 ,C,to -I-90 °C

Technical data according to EN 50019 (Increased Safety "e")

Connection capacity

Rated cross section- ' 114 m h12-

Max. conductor cross section 4 mm2

G KEMArl'- . APPROVED

c11 us

lAWG 12

AWG 12

Connectable conductor cross 0.2 - 4 'mm2 rigid and flexible- 'IIAWG 24 - 12

tsectiOns . .

Explosion protection data

550 V on NS 32 Max: ax. opera ing voltage 1750

V on NS 35

Data of insulation material

Mounted in rows with UK 5 N

Description _if PA 6.6 Creep resistance acc. to

CTI 600 /l IEC 60112 / material group

15.07.02 Rev. 00 Technical modifications reserved

Phoenix Contact GmbH & Co. KG Flachsmarktstrasse 8

D-32825 Blomberg, Germany

Page 1 of 2



Important assembly instructions - increased safety "e"

When adding other series and sizes of terminal blocks and using additional accessories, the required air and creepage distances have to be observed.

Feste BrUcke FB 10-6-EX oder KetlenbrUcke K8-6-EX

NS 32 noch Endholter Klemme Klemme Deckel EN 60715-G 32 E-UK UK 5 N USLKG 5 (-1) 0-UK 4/10

NS 35 noch EN 60715-TH 35

Phoenix Contact GmbH & Co. KG Flachsmarktstrasse 8 D-32825 Blomberg, Germany Germany

+49 - (0) 52 35 - 3-00

+49 - (0) 52 35 - 3-4 12 00

www.phoenixcontact.com


PHCENIX CONTACT

Page 2 of 2



UK 5-HESI 0 0 (77) MENTZ 0 0 Please note that the data given here has been taken from the online catalog. For comprehensive information and data, please refer to the user documentation at http://www.download.phoenixcontact.com. The General Terms and Conditions of Use apply to Internet downloads.

Extract from the online catalog

Fuse terminal block for cartridge fuse insert, cross

section: 0.2 - 4 me, AWG: 26 - 10, width: 8.2 mm,

color: black

Order No.

Ord designation

3004100

UK 5-HESI

EAN 4017918090623

Pack 50 Pcs.

Customs tariff 85363010

Weight/Piece 0,018509 KG

Catalog page information Page 266 (CL-2005)

Product notes WEEE/RoHS-compliant since: 01/01/2003

IMPORTANT : This date is valid for Customers in Germany only. Date Format is MWDD/YYYY.Please contact your local in-country Phoenix Contact location or designated business partner for a Logistics Compliant date in your area.ln order to guarantee delivery of RoHS-Compliant product, please purchase Phoenix Contact parts from authorized Phoenix Contact representatives and distributors.

PHOENIX CONTACT GmbH & Co. KG http://www.phoenixcontact.com

Page 1/11

Nov 17, 2006



00C-)OCIENTT2i0 0 Feed-Through Modular Terminal Block

,Aoicle description iji./K 5 N

Order No. 3004362

EC Prototype certificate no. KEMA 98ATEX165111_

Identification 0344 43112 GD EEx e II

KEMA 98ATEX1651U

Assembly on mounting rails NS 32 acc. to EN 60715-G 32 NS 35 acc. to EN 60715-TH 35

Assembly instructions

Temperature range of use

See page 2

40 °C C to +80 C

Technical data according to EN 50019 / EN 50020

INNOVATION IN INTERFACE

KEMAb csuus avonrneo

Max:;:ojperating-voltage Increaeedsafetre" Intrinsic safety-17

1750.4V

1.:.6b v Nominal current 30 A

1Max.'load current 1138 A

Connection capacity

550 V on NS 32.

1Rated cross section ]lAWG 12

AWG 10 Max. conductor cross section 6 mm2

Connectable conductorcross sections

10,2 7.6 mm2 V

Multi-conductor connection (two conductors with same cross section)

[0.2 t,1.5 mm2 AWG 24 Rigid / flexible

Data of insulation material

AWG 24 - 10'

LDestnption - 11PA 6.6 Creep resistance acc. to IEC 60112 / material group

Accessories

CTI 600 / I

Description Order No. Cover 11D-UK 4/10 . 113003020

Cover D-UK 16 3006027 (Partition plate ", IlATP-UK 113003224

Fixed bridge FBI 10-6-EX 0203519 Chain bridge - - IFKBI-6-EX

. '10711849 '

Bridge rail FB 150 0201595

111

Max. 37 A acc. to EN 50019 di Max. 37 A acc. to EN 50019

Max. 27 A acc. to EN 50019




Page 1 of 2



Important assembly instructions - increased safety "e"

When adding other series and sizes of terminal blocks and using additional accessories, the required air and creepage distances have to be observed.

If fixed bridges and chain bridges are used, a cover is necessary between bridges which make direct contact, as well as at the beginning and end of each bridge, in order to maintain the insulation distances.

If the fixed bridges are used for creating bridging between non-adjacent terminals, the max. working voltage is reduced to 175 V.

SSOV 1755

Rests BrOCkG Fl3L-6-EX oder BrOdrenseliene FR 150 oder KenenbrUcko K& -6 -EX

NS 35 noch EN 6075 -TN 35

750V

1(112=74

UK 5N

60leeungalrannolatio ATP -UK Oder Docket 0-UK 16

()onkel 0-UK t!10

Phoenix Contact GmbH & Co. KG Flachsmarktstrasse 8 D-32825 Blomberg, Germany Germany

+49 - (0) 52 35

ö +49 - (0) 52 35

- 3-00

- 3-4 12 00

www.phoenixcontact.com




Page 2 of 2



Weidrniiller Interface

General ordering data

Order No.

Short text for material

EAN

Qty

Product notes

Note, ordering data

Note, technical data

0172160000

SAKR/35

4008190030445

100

SAKR/35 2 StB order No. 0183360000

Tightening torque for the test sockets 0.5 -0.7 Nm

Additional technical data

Type of connection screwed

No. of identical terminals 1

Version Disconnect terminal

Type of mouting clipped

L 94 flammability rating of insulation material V2

Installation advice TS 35

Colour of insulating material beige

Insulating material PA 66

Open sides right

Operating temperature range - 50 °C, + 100 °C

Connection direction on side

Product range SAK Series

No. of levels 1

Levels cross-connected internally No

No. of terminal strips per level 2

End plate required Yes

CSA rating data

Max. cross-section (CSA)

Min. cross-section (CSA)

Voltage CSA

2SA current

Conductors for clamping (rated connection)

Stripping length

Type of connection

AWG 12

AWG 22

300 V

10 A

8 mm

Screw connection

Page 1 of 3

http://catalog.weidmueller.com/procatPrintPage.html 17/11/2006



Weidmtiller Interface Page 2 of 3

No. of connections 2

Torque level with DMS electric screwdriver 2

Tightening torque range 0.5...1.0 Nm

Solid, max. 4 mm2

Flexible, max. 4 mm2

flexible w. ferrule AEH, max. DIN 46228-1 2.5 mm2

flexible w. ferrule AEH, min. DIN 46228-1 0.5 mm2

Clamping range, max. 4 mm2

Clamping range, min. 0.13 mm2

Clamping screw NI 3

Blade size 0.6 x 3.5 mm

Gauge to IEC 60947-1 A3

AWG conductor size, max. 3.31 mm2

AWG conductor size, max. AWG 12

Stranded, max. 4 mm2

Stranded, min. 1.5 mm2

AWG conductor size, min. 0.13 mm2

AWG conductor size, min. AWG 26


Flexible, min. 0.5 mm2

2nd type of connection screwed

Solid, min. 0.5 mm2

Twin wire-end ferrule, min. 0.50 mm2

Zwillings-AEH, max. 1.50 mm2

Dimensions

Width 6.5 mm

Height of lowest version 40.5 mm

Length 42 mm

TS 32 offset 4 mm

Disconnect terminals


Slitting pivoting

Integral test socket No

EN 60079-7 rating data

Current Ex e 10 A

Rating data

Rated cross-section

Rated voltage

Rated impulse withstand voltage

Rated current

4 mm2

400 V

6 kV

10 A

http://catalog.weidmueller.com/procatPrintPage.htpl 17/11/2006



Weidmuller Interface

General ordering data

Order No. 0474560000

Short text for material ASK 1/EN

EAN 4008190020880

Qty 100

Product notes

Note, technical data

Page 1 of 3

The rated cross-section is reduced to max. 2.5 mm2 when using cross-connection bridges.

Additional technical data

Type of connection screwed

No. of identical terminals 1

Version Fuse terminal

Type of mouting clipped

UL 94 flammability rating of insulation material V2

Installation advice TS 35 + TS 32

Colour of insulating material beige

Insulating material PA 66

Open sides right

Operating temperature range - 50 °C, + 100 °C


Product range SAK Series

No. of levels 1

Levels cross-connected internally No

No. of terminal strips per level 2

End plate required Yes

CSA rating data

Max. cross-section (CSA) AWG 12

Min. cross-section (CSA) AWG 26

Voltage CSA 300 V

CSA current 6.3 A

Conductors for clamping (rated connection)

Stripping length 9 mm

Type of connection Screw connection

No. of connections 2


httn://catalog.weidmueller.com/nrocatPrintPage.html 17/11/2006



Weidmiiller Interface Page 2 of 3

Tightening torque range 0.6...0.8 Nm

Solid, max. 4 mm2

Flexible, max. 4 mm2

flexible w. ferrule AEH, max. DIN 46228-1 4 mm2

Flexible, max., ferrule with plastic coHar (DIN 46228 pt 2.5 mm2 4)

flexible w. ferrule AEH, min. DIN 46228-1 0.5 mm2

Flexible, min., ferrule with plastic collar (DIN 46228 pt 4) 0.5 mm2

Clamping range, max. 4 mm2

Clamping range, min. 0.13 mm2

Clamping screw M 3

Blade size 0.6 x 3.5 mm

Gauge to IEC 60947-1 A3

AWG conductor size, max. 3.31 mm2

AWG conductor size, max. AWG 12

Stranded, max. 4 mm2

Stranded, min. 0.5 mm2

AWG conductor size, min. 0.13 mm2

AWG conductor size, min. AWG 26


Flexible, min. 0.5 mm2

2nd type of connection screwed

Solid, min. 0.5 mm2

Twin wire-end ferrule, min. 0.50 mm2

Zwillings-AEH, max. 1.50 mm2

Dimensions

Width 8 mm

Height of lowest version 34 mm

Length 58 mm

TS 32 offset 11 mm

TS 35 offset 9 mm

Disconnect terminals


Display element

Type of voltage for indicator

Operating voltage for indicator, max.

AC/DC

500 V

Fuse terminals

Display without LED

Operating voltage, max. 500

Fuse holder (cartridge holder) detachable

httn://catalog.weidmueller.com/nrocatPrintpaae.html 17/11/2006



SP147 Sugarmill Road Pinkenba SPS Electrical Manual OM ...

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