(withdrawn) t hr sc 00001 st - circuit design standards
TRANSCRIPT
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Technical Note - TN 034: 2015
For queries regarding this document [email protected]
www.asa.transport.nsw.gov.au
Technical Note - TN 034: 2015 Issued date: 25 June 2015
Effective date: 25 June 2015
Subject: Withdrawal of SDG 001 Circuit Design Standards This technical note is issued by the Asset Standards Authority as a notification to remove from
use RailCorp document SDG 001 Circuit Design Standards, Version 1.12.
SDG 001 is a legacy document and shall be used for reference purposes only. ASA standard
T HR SC 00001 ST Circuit Design Standards, Version 1.0 supersedes this document.
Authorisation:
Technical content prepared by
Checked and approved by
Interdisciplinary coordination checked by
Authorised for release
Signature
Name Daniel Oakes Peter McGregor John Paff Graham Bradshaw
Position Principal Engineer
Technical Standards
Lead Signals and
Control Systems
Engineer
A/Chief Engineer Rail Principal Manager,
Network Standards
and Services
State of NSW through Transport for NSW Page 1 of 1
mailto:[email protected]://www.asa.transport.nsw.gov.au/
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Engineering Specification Signals
SDG 001
CIRCUIT DESIGN STANDARDS
Version 1.12
Issued 19 April 2013
Owner: Chief Engineer, Signals & Control Systems
Approved by:
Warwick Allison Chief Engineer Signals & Control Systems
Authorised by:
Geoff Yarrow Principal Engineer Signalling Principles & Design Standards
Disclaimer This document was prepared for use on the RailCorp Network only. RailCorp makes no warranties, express or implied, that compliance with the contents of this document shall be sufficient to ensure safe systems or work or operation. It is the document users sole responsibility to ensure that thecopy of the document it is viewing is the current version of the document as in use by RailCorp. RailCorp accepts no liability whatsoever in relation to the use of this document by any party, and RailCorp excludes any liability which arises in any manner by the use of this document. Copyright The information in this document is protected by Copyright and no part of this document may be reproduced, altered,stored or transmitted by any person without the prior consent of RailCorp.
Engi
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UNCONTROLLED WHEN PRINTED Page 1 of 6
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Version Date Summary of change 1.1 08 July 2008 Converted to RailCorp format from Specification No
SC001400SP Standard Signalling Circuits - Version 3.3 of 26 May 2008 Sheets A001, A140, A141, X051 added; Split: X053 to X052 & X053 Amended: W008, X026, X030, X031, X041, X052, X054
1.2 14 October 2008 Amended X105 UCR coil labelled 1, AT in TDR amended to TDR
1.3 03 November 2008 U103 amend POJR straps 1.4 25 November 2008 Q010 new drawing 1.5 12 January 2009 Delete INDX drawing
Amend W008 - V6 - wire size & N-RI contacts, W101 V6 WTJR contacts, X031 #4 Latch delays set to 10, X054 #4 contact 6 on Up side
1.6 9 March 2009 A131 (V1 sh2) formatting of HDFR times; U109 (V6) amended polarity of Load Supply Avail relay;W119, W120, W121 & W122 LOC terms added to detection; W120 labels of detector contacts in N/RKR amended; X015 (V3) Notes 6 & 7 added; X023 split and formed X024; X029 (V4) change of name for emergency switches;
1.7 17 August 2009 X006 (V4) amendments made to Base arrgts and Mech terminals, XNR layout between Bases amended; X025 (V9) current monitor Fastron deleted; X038 deleted and layout for type 3593B moved to Obsolete; X039 (V1)layout for 3590 inserted and layout for 3590B moved to obsolete
1.8 27 April 2010 A102 (V9), A104 (V4), A111 moved to obsolete; A112 (V1) new dwg to replace A111; A122 (V3) link 9 in trainstop added, contacts for VR in V cct corrected, VNR/VRR cct moved moved to V002; R006 (V5) + R007 (V5) - VNR & VRR added note added wrt trainstops; T004 (V5) note added about when Tx & RX on same freq to use separate PSUs; U115 (V1); U116 (V1); U117 (V1); U118 (V1); V001 (V6) link 9 in trainstop added, contacts for VR in V cct corrected, VNR/VRR cct moved moved to V002;V002 (V6) cct controller without RSA studs moved to new dwg V003 in Obsolete; W101 101 RLR in 101 RKR changed to 101 RWR; W115 (V1) replaces W117 (moved to obsolete) and brake cct added; W116 (V1) replaces W118 (moved to obsolete) and brake cct added; X006 (V4) adjustments to LXMON B15; X014 (V) SS & CS Gate ZK; X020 (V3) Emergency Switches; X026 (V5) supplies to Battery Low ZK interface; X029 (V4) Master Emergency Switch; X042 (V4) timer set to 12; X054 (V5) alt. config for vital PED XNR
1.9 13 September 2011 Application of TMA 400 format, A001 cover sheet As Built to RailCorp format; A002 new cover sheet for construction; A118 VRR shown rather than VNR for R1 R3 coil; W078 Amend 105B
RailCorp Page 2 of 6 Issued 19 April 2013 UNCONTROLLED WHEN PRINTED Version 1.12
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RailCorp Engineering Specification Signals Circuit Design Standards SDG 001
Version Date Summary of change to be SLAVE; W088 no break supply note;
1.11 (skip 1.10)
19 June 2012 As Built & Construction Cover sheets A001 & A002;
1.12 19 April 2013 New pages added T021, T022, T023, T024, V060, V061, W076, W097, W098, W099, W100, W123, W124, X106. Pages altered A000, A100, A101, A107, A108, A109, A115, A118, A119, A121, A122, A125, A130-2/2, A131-2/2, A141, T004, T010, T011, T030, T031, T035, U109, U116, U117, U118, V002, W008, W060, W061, W062, W063, W075, W078, W79, W080, W085, W088, W090, W091, W093, W094, W095(page changed from W097), W101, W115, W116, W119, W120, W121, W122, X003, X006, X007, X014, X015, X020, X023, X025, X026, X029, X030, X031 X042, X045, X051, X052, X55-1/2, X55-2/2, X101, X102-1/2, X102-2/2, X103-1/2, X103-2/2, X104-1/2, X104-2/2, X105, X121
List of Effective Pages Publication No.: SDG 001 Circuit Book Name: CSTD
Version: 1.12 Date: 19 April 2013
CURRENT STANDARDS Page Circuit Description Date Old
Page No. Issue
CSTDA000 COVER PAGE 28-03-13 N/A N/A A001 STANDARD COVER SHEET AS BUILT 24-09-12 N/A 3 A002 STANDARD COVER SHEET FOR CONSTRUCTION 20-09-12 N/A 2 A100 NUMERICAL INDEX 15-03-13 N/A 5 A101 AUTOMATIC SIGNALLING (COUNTRY) 31-01-12 A01 7 A102 AUTOMATIC SIGNALLING (METROPOLITAN) 01-2-10 A02 9 A103 AUTOMATIC SIGNALLING (METROPOLITAN) 25-09-07 A03 6 A104 AUTOMATIC SIGNALLING (CITY) 25-01-10 A04 4 A105 AUTOMATIC SIGNALLING (CITY) 19-05-08 A05 5 A106 AUTOMATIC SIGNALLING (CITY) 23-07-07 A06 3 A107 PULSATING YELLOW (COUNTRY) 15-03-13 A07 pt1 6 A108 PULSATING YELLOW (COUNTRY) 19-03-13 A07 pt2 6 A109 PULSATING BAND OF LIGHTS (COUNTRY) WITH LPM 18-03-13 A08 6 A110 SIGNAL OPERATING - SHUNT SIGNAL 28-06-07 A10 3 A112 SIGNAL OPERATING SIX LIGHT SIGNAL 08-02-10 New Dwg 1 A115 SIGNAL LIGHT OPERATING - PRELIMINARY MEDIUM 27-08-12 A15 5 A116 INTERMEDIATE TRAIN STOPS APPROACHING
CATCHPOINT 28-06-07 A17 pt1 2
A117 INTERMEDIATE TRAIN STOPS APPROACHING CATCHPOINT
28-06-07 A17 pt2 3
A118 INTERMEDIATE TRAIN STOPS APPROACHING CATCHPOINT
04-04-13 A17 pt3 5
A119 DOUBLE HEAD TRI-COLOUR SIGNAL 04-04-13 3 A120 DOUBLE HEAD TRI-COLOUR SIGNAL 28-06-07 2 A121 SINGLE HEAD TRI-COLOUR SIGNAL 08-10-12 3 A122 AUTOMATIC SIGNALLING WORKSITE PROTECTION 25-03-13 4 A123 AUTOMATIC SIGNALLING WORKSITE PROTECTION 28-06-07 2 A124 AUTOMATIC SIGNALLING CO-ACTING 28-06-07 2 A125 OUTER METROPOLITAN WITH TRAINSTOP 04-04-13 A50 2 A130 Part 1 SIGNAL LIGHT OPERATING TURNOUT REPEATER 25-09-07 1 A130 Part 2 SIGNAL LIGHT OPERATING TURNOUT REPEATER 05-11-12 2 A131 Part 1 SIGNAL LIGHT OPERATING TURNOUT REPEATER 10-10-07 1 A131 Part 2 SIGNAL LIGHT OPERATING TURNOUT REPEATER 05-11-12 2
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Page No. Issue
A140 CO-ACTING SIGNAL OPERATING CIRCUIT - 1 30-09-08 New 1 A141 CO-ACTING SIGNAL OPERATING CIRCUIT - 2 27-08-12 New 2 N056 ENTRANCE EXIT ROUTE SET WITHOUT A RING
CIRCUIT 27-06-07 4
P004 TZR APPROACH LOCKING RELEASE - MICROLOK 14-05-07 3 P005 TZR APPROACH LOCKING RELEASE RELAY OCS 14-05-07 2 Q001 WIRING OF LOCATION EARTHING 14-05-07 Q01 4 Q002 MISCELLANEOUS - MONITORING APPLICATIONS 14-05-07 Q02 4 Q010 SOLAR POWERED BUFFER STOP LIGHTS 25-11-08 - 1 R003 DUPLINE INPUT ASSIGNMENT - TRACK LAYOUT 16-05-07 R03 4 R004 DUPLINE FIELDBUS TRANSMIT 16-05-07 R04 4 R005 CHANNEL GENERATOR & PRIVATE LINE MODEM 13.7B
LOC. 18-05-07 R05 4
R006 DUPLINE FIELDBUS TRANSMITTERS 22-03-10 R06 5 R007 DUPLINE FIELDBUS TRANSMITTERS 02-02-10 R07 5 R008 DUPLINE FIELDBUS INSTALLATION (SCHEMATIC
DIAGRAM) 18-05-07 R08 4
R009 DUPLINE FIELDBUS CHANNEL ALLOCATIONS 18-05-07 R09 4 R010 DUPLINE FIELDBUS CHANNEL ALLOCATIONS 18-05-07 R10 4 R011 DUPLINE FIELDBUS CHANNEL ALLOCATIONS 18-05-07 R11 4 T004 UM71 CSEE TRACK CIRCUITS 19-11-12 T04 6 T010 ML JOINTLESS TRACK CIRCUITS 03-01-13 T10 6 T011 ML JOINTLESS TRACK CIRCUITS 10-01-13 T11 6 T021 UM71 TYPE T1 TRACK CIRCUIT GENERAL
ARRANGEMENT 05-04-13 NEW 1
T022 UM71 TYPE T1 TRACK CIRCUIT WITH COMBINED TUNING MATCHING UNIT
04-04-13 NEW 1
T023 UM71 TRACK CIRCUIT END TERMINATION ARRANGEMENT
04-04-13 NEW 1
T024 UM71 TYPE T2 TRACK CIRCUIT GENERAL ARRANGEMENT
05-04-13 NEW 1
T030 JEUMONT SCHNEIDER - SINGLE RAIL TRACK CIRCUIT 19-02-13 T30 9 T031 JEUMONT SCHNEIDER - SINGLE RAIL ELEC & NON-
ELEC 04-04-13 T31 9
T032 JEUMONT SCHNEIDER - SINGLE RAIL DC ELEC CAP FED
08-06-07 T32 7
T035 JEUMONT SCHNEIDER - SINGLE RAIL TRACK CIRCUIT 19-11-12 T35 6 T036 JEUMONT SCHNEIDER - DOUBLE RAIL ELECTRIFIED 09-06-07 T36 5 T039 SOLAR POWERED TRACK CIRCUIT 09-06-07 T39 4 T041 DC TRACK CIRCUIT DC TRACK FEED 12-06-07 T41 4 T042 TIFFENBACH AXLE COUNTER 12-06-07 T42 4 T120 CSEE TRACK CIRCUIT DPU 31/07/07 1 U103 POWER SUPPLY INDICATORS 03-11-08 U03 3 U104 POWER SUPPLY INDICATORS 04-07-07 U04 4 U105 415V POWER DISTRIBUTION -
IN APPROVED LOCATIONS ONLY 28-06-07 U06 4
U107 POWER SUPPLY 240V 28-06-07 5 U109 ECO (HS) 25A 200A GENERIC 27-08-12 New 7 U115 GENERAL 415V POWER ARRANGEMENTS -
SCHEMATIC 12-04-10 New 1
U116 415 V POWER SUPPLY ARRANGEMENT (SUPPLY ARRANGEMENT)
05-11-12 New 2
U117 415 V POWER SUPPLY ARRANGEMENT (POWER LOCATION)
04-04-13 New 2
U118 415 V POWER SUPPLY ARRGT FOR THROUGH LOCATION
04-04-13 New 2
V001 TRAIN STOP SUPPRESSION - TYPICAL ARRANGEMENTS
01-02-10 V01 6
V002 TRAINSTOP DETECTION WITH SEALED CIRCUIT CONTROLLER
31-08-12 V02 8
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V060 WARNING LIGHT CIRCUITS 04-04-13 NEW 1 V061 WARNING LIGHT RELAY PROVING 13-03-13 NEW 1 W008 WBS M3A MKII POINTS OPERATE - SINGLE 05-04-13 7 W010 WBS M3A MKII POINTS DETECTION - DOUBLE 14-06-07 W10/W11 5 W011 WBS M3A MKII POINTS DETECTION - SINGLE 14-06-07 W15 4 W060 EP POINT DET. CATCHPOINTS LH A VALVE NKR/RKR 04-10-12 W75 4 W061 EP POINT DET. CATCHPOINTS RH A VALVE NKR/RKR 04-04-13 W76 4 W062 EP POINT DETECTION LH A VALVE NKR/RKR 03-10-12 2 W063 EP POINT DETECTION RH A VALVE NKR/RKR 04-04-13 2 W075 101 POINT CONTROL & DET. REPEAT CIRCUIT 12-03-13 3 W076 101 POINT CONTROL & DET. REPEAT CIRCUIT -3 ENDS 12-03-13 NEW 1 W078 101 POINTS OPERATING 04-04-13 6 W079 EP POINT DET. DOUBLE LH ("A" VALVE) NKR/RKR 08-10-12 4 W080 EP POINT DET. DOUBLE RH ("A" VALVE) NKR/RKR 04-04-13 4 W085 101 POINTS EMERGENCY OPERATION ("A" VALVE) 12-03-13 W85 4 W086 POINTS AND DETECTION LAYOUT 17-10-07 3 W087 EP POINTS HM STYLE DETECTOR LAYOUT 10-12-07 1 W088 EP CLAW LOCK OPERATED BY A UNIT 28-08-12 4 W089 Sh 1 MICROLOK O/P - N/RCR, IR, EOLZR A UNIT WITH
ISOLATION UNITS 10-12-07 2
W089 Sh 2 MICROLOK O/P - N/RCR, IR, EOLZR A UNIT WITHOUT ISOLATION UNITS
10-12-07 1
W090 MICROLOK EP CLAW LOCK POINTS SINGLE ENDER LH A UNIT N/RKR
15-01-13 3
W091 MICROLOK EP CLAW LOCK POINTS SINGLE ENDER RH A UNIT N/RKR
10-09-12 4
W093 MICROLOK - A VALVE UNIT 28-08-12 W090 3 W094 MICROLOK POINTS EMERGENCY OPERATING EOL
A UNIT 03-01-13 W091 3
W095 MICROLOK I/P-POINTS EMERGENCY OPERATING EOL 04-04-13 W097 3 W097 MICROLOK EP CATCHPOINT DETECTION RH A VALVE 14-01-13 NEW 1 W098 MICROLOK EP CATCHPOINT DETECTION LH A VALVE 04-04-13 NEW 1 W099 MICROLOK -D84M MKIII DETECTION SINGLE LH 04-04-13 NEW 1 W100 MICROLOK -D84M MKIII DETECTION SINGLE RH 04-04-13 NEW 1 W101 POINT CONTROL & DETECTION 19-03-13 7 W115 WBS 84M MKIII POINTS DOUBLE RIGHT HAND 04-04-13 2 W116 WBS 84M MKIII POINTS DOUBLE LEFT HAND 04-04-13 2 W119 POINT DETECTION WB&S 84M DOUBLE LH 29-01-13 8 W120 POINT DETECTION WB&S 84M DOUBLE RH 24-01-13 8 W121 POINT DETECTION WB&S TD84M DOUBLE LH 29-01-13 7 W122 POINT DETECTION WB&S TD84M DOUBLE RH 24-01-13 7 W123 D84M MKIII DETECTION SINGLE LH 12-03-13 NEW 1 W124 D84M MKIII DETECTION SINGLE RH 12-03-13 NEW 1 X001 LEVEL CROSSING -SINGLE LINE AUTOMATIC (OTS) 15-06-07 2 X003 LEVEL CROSSING -SINGLE LINE AUTOMATIC (OTS) 14-11-12 3 X005 SHUNTERS PUSHBUTTONS 25-07-07 2 X006 LXMON - DOUBLE LINE AUTOMATIC 15-03-13 X06 X04 6 X007 LXMON - DOUBLE LINE AUTOMATIC 04-04-13 X07 3 X014 LXMON CIRCUIT CONNECTIONS 04-04-13 X14 5 X015 LXMON CIRCUIT CONNECTIONS 20-03-13 X15 4 X020 GATE CONTROL AND POWER DOWN MECHANISM 14-01-13 4 X023 LEVEL XING- WITH CONTROLLED SIGNALS 18-03-13 X14 pt 1
and then X23 Pt 1
5
X024 LEVEL XING- WITH CONTROLLED SIGNALS 02-06-08 X14 pt 2 and then X23 Pt 2
1
X025 LXMON CONNECTION TO BATTERY CHARGER TESTER 25-03-13 10 X026 LXMON LOW BATTERY ALARM CONNECTION - STORE
74 04-04-13 6
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X029 PEDESTRIAN CROSSING CONTROLS 11-01-13 5 X030 PEDESTRIAN LIGHTS (FLASHING) 15-03-13 3 X031 EMERGENCY EXIT GATE MAGNET LATCH 15-03-13 4 X039 WESTERN CULLEN GATE MECHANISM
MODEL 3593B (was X039 Part 1) #2 (19/-06-07) &
MODEL 3590B (was X039 Part 2) #2 (19/-06-07)
Model 3593
To Obsolete
17-08-09 - 1
X041 GATE CONTROL WITH QTD4 RELAYS 25/07/07 X41 2 X042 SINGLE LINE WITH GATE PROTECTION 19-02-13 X42 5 X045 SINGLE LINE WITH GATE PROTECTION 04-04-13 X45 3 X051 PEDESTRIAN GATE THE MET STYLE M2 24-01-13 X053 Sh 1 2 X052 PEDESTRIAN GATE THE MET STYLE M2 19-03-13 X053 Sh 1 2 X053 PEDESTRIAN GATE THE MET STYLE M2 03-06-08 X053 Sh 2 3 X054 PEDESTRIAN GATE THE MET STYLE M2 XNR / XRR 20-04-10 5 X055 Part 1 SAFETRAN GCP 3000 ND 04-04-13 4 X055 Part 2 SAFETRAN GCP 3000 ND 04-04-13 3 X056 LEVEL XING SURGE PROTECTION 19-06-07 2 X060 LEVEL CROSSING ALARMS 26-07-07 New 1 X100 LEVEL CROSSING WITH RTA INTERFACE 26-07-07 1 X101 LEVEL CROSSING WITH RTA INTERFACE 12-03-13 2 X102 Part 1 LEVEL CROSSING WITH RTA INTERFACE 13-03-13 2 X102 Part 2 LEVEL CROSSING WITH RTA INTERFACE 13-03-13 2 X103 Part 1 LEVEL CROSSING WITH RTA INTERFACE 13-03-13 2 X103 Part 2 LEVEL CROSSING WITH RTA INTERFACE 13-03-13 2 X104 Part 1 LEVEL CROSSING WITH RTA INTERFACE 13-03-13 2 X104 Part 2 LEVEL CROSSING WITH RTA INTERFACE 13-03-13 2 X105 LEVEL CROSSING WITH RTA INTERFACE 12-03-13 3 X106 LEVEL CROSSING WITH RTA INTERFACE 12-03-13 1 X121 LEVEL XING GATE WITH FLASHING LED-COUNTRY
SIDE 15-03-13 X021 4
X122 LEVEL XING GATE WITH FLASHING LED-SYDNEY SIDE 20-05-08 X021 2 X123 LEVEL XING GATE WITH FLASHING L.E.D 20-05-08 X021 3
Y001 FILAMENT & LAMP FAILURE ALARMS 19-06-07 2 Y002 WARNINGS & ALARMS 19-06-07 2 Y003 EARTH LEAKAGE DETECTORS 19-06-07 2
Z001 CIRCUIT NOMENCLATURE 19-06-07 2 Z002 CIRCUIT NOMENCLATURE 19-06-07 2 Z003 CIRCUIT NOMENCLATURE 19-06-07 2
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CIRCUIT BOOK No. XXX LOCKING TABLE~lk Transport-- LOCKING DIAGRAM etc. NSW RailCorp
SIGNALLING CIRCUIT
DESIGN GUIDELINES
(CURRENT)
BOOK 1 OF 1
ISSUE No.
ISSUED TO:
CHIEF ENGINEER SIGNALS AND CONTROL SYSTEMS
REGION --------------DTRICT--------- STANDARDS DRAWING FILE No------- CBTDAOOO
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CIRCUIT BOOK No. XXX LOCKING TABLE Transport LOCKING DIAGRAM ect.
RailCorp
CB TITLE
BOOK 1 OF 1
ISSUE No.
ISSUED TO:
CHIEF ENGINEER SIGNALS AND CONTROL SYSTEMS
REGION -------------- XXX DISTRICT-------- XXX DRAWING FILE No ------ CXXXOAOO
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--
---- -------- -----------------
-------- ---------
16/9/11 1415 CXXXOXXX xxx xxx
CIRCUIT BOOK No. XXX SIGNALLING PLAN ~ti Transport TRACK INSULATION PLAN
NSW Rail Corp LOCKING, PANEL, etc.
CB TITLE JOB TITLE
BOOK 1 OF 1
(LAST PAGE NUMBERED XXX) ISSUE No.
ISSUED TO:
THIS CIRCUIT BJDIC Nill THE lNr ll!MATIIIN CDNTAlNED THERElN HAVE BEEN CREATED SOLELY Ftll A PARTlCLl.AR PURPDSE AND CLIENT. THlS lS PRllTECTED BY CDPYRlliHT. YOU MAY NOT CHIEF ENGINEERREPRllDUCE Nf'( or JT JN Nf'( FllRM 'JITKlJT THE VRJTTEN
PERMISSJOo OF' RAlLCCRP. JF' YOU JIJ YOU MAY HlllVE TD PAY
DAMAliES TD RAJLCllRP DR YOU MAY JE PROSECUTED. SIGNALS AND CONTROL SYSTEMS
DESIGN CHECKED FOR CONSTRUCTION DESIGN CHECKED FOR TESTING DESIGN CHECKED FOR COMMISSIONING NAME SIGNED DATE NAME DATE NAME DATESIGNED SIGNED
~
DATE NAME SIGNED JOB No. --- sxxxxxREGION -------------- XX/XX/XXDESIGNED ISSUED ---- TOXX/XX/XXDISTRICT-------- DRAWN XX/XX/XX INTO USE --- XX/XX/XX WN No: DRAWING FILE No ------ XX/XX/XXREVIEWED COC RETURNED FROMXX/XX/XX
VERIFIED XX/XX/XX AMENDED --- XX/XX/XX BY
http:PARTlCLl.AR
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DUPLINE
MISCELLANEOUS
ISSUE-05 15/3/13 I 10158 I
CIRCUIT DESCRIPTION
EARTH LEAKAGEc= FILAMENT AND LAMP FAILURE L_ 'WARNINGS AND ALARMS
I
FIELDBUS -----------------
AXLE COUNTER _______________ _
CIRCUIT NOMENCLATURE----------LOCATION OF EARTHING ___________ MISC. - MONITORING APPLICATIONS _____
SOLAR PO'w'ERED BUFFER STDPS ------
LEVEL CROSSINGS -- OPERATING AND LIGHTING _________ _
POINTS CONTROLS & DETECTION----------
PO'w'ER --------r-L_ DISTRIBUTION, CHANGEOVER & INDICS --SOLAR POWERED TRACI< CIRCUIT______ _
ISSUE-01 ISSUE-02ISSUE-03ISSUE-04 14-02-05 27-06/07 30-09-08 25-11-08 .Ill NUMBER I I I
ICSTDAlOOI NUMERICAL INDEX
I
SHEET
YDD3 YDD1 YDD2
RDD3-R011
TD42 ZDD1-Z003 QOOl Q002 Q010
XDD1-X123
'w'008-'w'124
U103-U118 T039
I
SIGNALS
TRACl
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PSU IXl20
, 4A
TRACK STICK
PSU LIE 153.lA I
Ill 112
CSTDA101 AU TOMATIC SIGNALLINGISSUE 07 31/1/12 153.1 154.3
~ 153.lA 153.lB ~ 154.3A.IR .IR
153.1 DR LIE SI
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T ISSUE-09 1/2/10 14149 CSTDA102 AU TOMATIC SIGNALLING
-
ISSUE-06 25/9/07 9:16 CSTDA103 AUTDMA TIC SIGNALLING CMETRDPDLITAN) SHT: A103 CB: STD S
uper
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T H
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C 0
0001
ST
SIGNAL OPERATING 7.35 7.35
PSU ~c VRR HR LOC SB LED LIGHTS MAKE & MODEL'BX --------c=-1, r---1,
f 4A ~ :
Dl D2
DI I D2
3
D6 D5
7.35 DR LOC SB
5
7.35 HDR
D6 D5 6
1DI D2 SB
LOC PSU 1-=q::_~~--4-~---+-~~~~~~~~~~~~---">NX
9 t CLOC>8
f 4A D8 D7
JSSUE-02 ISSUE-03 ISSUE-04 ISSUE-05
18-02-94 23-08-95 01-09-01 01-09-03
JOB NUMBER
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T ISSUE-04 25/1/10 15131 CSTDA104 AU TOMA TIC
2.13 2.29
1.97A 1.97B IECl:IDIDI O> 2.13A 2.13B IECl:l:E !DI O> 2.29A
ALL RELAYS IN LDCATIDN AT STATIDN CIRCUITS IET'JEEN STATllJ"5 DOUBLE SVITCHEll
L[Jji seEED ~LS~R~ 1.97B DPU
JRCD
1.97B DPU
JRC2) 1.97
LSpR
PSU B
Ri! t
2.13B 2.13B 2.13B JRCD JRC2) JR(3)
PSU B
R2 t
2.29A 2.29A 2.29A DPU DPU DPU JR(l) JRC2) JRC3)
PSU B
R2 t
CAUTION 2.13 HR2.29
PSU LDC LSpRB ~ ..,...--------------,
t
2.13 HDRL.YELLD\J 2.29 2.13
HR HR
2.13 DRL.GREEN 2.29 2.29 2.13
HDR VRR HDR ~~ .----------tRl
IRAIN SI[JP
PSU LDC 8
2.13 HDR 2.13A LDC
9
2.13V
1D
LDC 2.13A 2.13
LSpR
1.97B DPU
JR(2)
ISSUE-01 23-10-91
..llB NUMBER
ISSUE-02 01-09-03
ISSUE-03 28-06-07
SIGNALLING SHT1 A104 CB STD 241 2.45
IECl:l:EIDI O> IECl:IDIDI O>2.41A 2.4SA 2.4SB
2.13 L S~ i!29 L SpCCllNID i!.41 L Sp(!Dlll) i!29 L Sp i!J3 CMJT
1.97 CAU
1.97 MEDIR8!::~ REL8YS 1.97B DPU
PSU
mDJN CLDC> EX RECIEVER PSU 1.97BlN CLDC>
L__J..-----m~EX RECIEVER Cl C2 =._J
PSU N CLDC> 2.13 2.13 2.13 2.13 2.13
LSpR HR HDR DR VCSR
EX RECIEVER
PSU Cl Ci!
N
CLDC>
2.13B
EX RECIEVER m:J
FOR VNR/VRR CIRCUIT, SEE SHEET V002.
1.97B DPU
JR(2)
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000
01 S
T ISSUE-0 19/5/08 12 :11 CSTDA105 AUTD NATIC SIGNALLI NG
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01 S
T ISSUE-03 23/7/07 10:19 CSTDA106 AUTOMATIC SIGNALLING CCITY> SHT: A106 CB: STD
TYPICAL CONDITIONAL CLEARING ARRANGEMENTS - AUTO SECTION
2BT PPR2BT
PSU LDC PR 3 3B 2 28 RR
B
f 4A
l PSU
N (LOC> t Jr 2BT IS REQUIRED FOR APPROACH LOCKING/DIAGRAM AT
AN INTERLOCKING AHEAD, CIRCUIT IS TO COME OFF CONDITIONAL CLEARING PR TO PROVIDE DIAGRAM SUPERVISION OF DTHER~JSE UNPROVED RELAYS
4BT4BT 4BTJR nPSU LDC 4B 3 3 4B PSUB ---6\J>--~~~~~~~~~~~~ )N f 4A
8
ISSUE-01 ISSUE-02 QTD5
23-10-91 01-09-03 JOB NUMBER
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SC
000
01 S
T ISSUE-06 15/3/13 1514 CSTDA107 PULSATING YELLD'w' (COUNTRY> SHT1A107 CB STD
151.9B lAT
15L9
CLEAR (1 DR>
PSU LIE I -- t
MEDIUM ~1 l::IDE~
MEDIUM CLESS THAN SERVICE BRAKING DISTANCE BETIJEEN SIGNALS 3 AND 155.5> 3 3A
PSU LIE ECR HR
1~-"~~ ~3]
PSU N
CLDC> t
CLEAR Cl DR> CLESS THAN SERVICE BRAKING DISTANCE BETIJEEN SIGNALS 3 AND 155.5>
ISSUE-01 ISSUE-02ISSUE-03ISSUE-04ISSUE-05 23-10-91 01-08-97 01-12-98 01-09-03 28-06-07 .m NUMBER
Dl DI! Cl C2
3B 3B ECR _ HR
~ Al~ 1112
3 ECR
3A HR
D4 D3 C4 C3
3B 3B ECR HR
~ 14 13
lBT
~:I
~3 3AT 3BT 1--------m{!!!> 155.5A
3
C3 C4
1 HDR
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SC
000
01 S
T SIGNAL OPERATING
PSU BX12D
ISSUE-06 19/3/13
1AT PR
A3 M
A6
1 HR
1
A5
1 DR
CSTDA108 PULSATING YELLD'w' CCDUNTRY>
1 HDR
A6 A:! 1
HDFR
B
Lll: SB
2
4
SB
3
\ I' .........." - LED UliHTS
MilllCE I. ICJllEL1
HR r----, I I
SHT1A108 CB
1 LPM 1 ECR
B:ID (:1)3, 4A Rl #
N:ID 2 (6)4 t
1 LDC HR PSU
NX12D t CLDC>
A3 A4
PSU Lll: I I PSUBX12D ~4A__________C..,,"8 1 A7..,___________________8____1 ~ R >--+:-----9------------------t--)~E~ ECR L ____ .J
A6 A5
PSU Lll: IX12D --4V
f 4A Cl !CE!
PSU NX12D E 1-JCLDC> t
C4 C3
ISSUE-01 ISSUE-02ISSUE-03ISSUE-04ISSUE-05 23-10-91 01-08-97 01-12-98 01-09-03 28-06-07
# ADJUST lLPM TD DROP lECR RELAY IJHEN LAMP UNIT IS OUT
1 1 DR HDFR
2 D6 !D5
OMRON H3CR-F8
7 D7 DB
T CFr 640 M Tiii! 200"
STD
.m NUMBER
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SC
000
01 S
T ISSUE-06 18/3/13 CSTDA109 PULSATING BAND OF LIGHTS
-
ISSUE-03 28/6/07 8:02 Rev 01 CSTDAllO SIGNAL OPERA TING - SHUNT SIGNAL SHT: A110 CB: STD S
uper
sede
d by
T H
R S
C 0
0001
ST
SIGNAL OPERATING
,-------1
I IDMA I I
PSU LDC HR LDC SB I I SB LDC PSU NX120BX120 --~~~~I~-----i R ALL LAMPS - LED'sBX120 f 4A D6 D5 D6 D5
3 3
l Dl t D2 PSU LDC SB LDC PSU
BX120 R NX120 f 4A DB D7 DB D7 2 2 4 4 t
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SC
000
01 S
T CD
BXli!O SIG LTS
CD BXll!O
SIG LTS
..llII NUMBER
ISSUE -01 8/2/10
29 VRR
1\6 N!!J
l\B 1\7
29BHR
m Di! 29
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SC
000
01 S
T ISSUE-05 27/8/12 11'15
SIGNAL OPERATING 1 1
PSlJ ux: VRR HR B>C
~, 411 m D2
116 D5
ux: D8 D7
PSlJ IX120
1 ux: PHDR ~
1DR
ISSUE-01 ISSUE-02 ISSUE-03 ISSUE-04 01-09-01 1-09-03 8-11-95 28-0G-07 .m NUMBER
Dl I D2
1HDFR
2
OMRON H3CR-FB
TllF'F'640,.. T llN l!OO .,.
CSTDA115 SIGNAL LIGHT OPERATING - PRELIMINARY MEDIUM SHT1 A115 CB STD
ux: SB LED LIGHTS MAKE lo llJDELo
3 \
1DR ux: SB
5
1 1 PHDR
HDR 116 D:I 1'16 1\:1 6
1HDFR
SJI
LllC PSUN>C
D6 D5 w B \ 9 t
-
ISSUE -02 28/6/07 8:04 Rev 01 CSTDA116 INTERMEDIATE TRAIN STOPS APPROACHING CATCHPDINT SHT: A116 CB: STD S
uper
sede
d by
T H
R S
C 0
0001
ST
6AT 51 I TX /
~ G
b
6CM) PSU LDC HR B50
f 4A
lOBT ITS(!)
VR
6CM) PSU LDC HR B50
lOBT ITSC2)
VR
DISTANCES A
A- BRAKING DISTANCE GE52A @ 35KM/hr C80M LEVEL>
B- BRAKING DISTANCE GE52A @ 20KM/hr C30M LEVEL)SJZ DPUC2) lOBT SJZ DPUCD lOAT 18CTRXI X- 33M C20KM/hr, 6sec)
-EC) C>-1 -=D C>-1 Y- 17M
-
ISSUE-03 28/6/07 8:05 Rev 01 CSTDA117 INTERMEDIATE TRAIN STOPS APPROACHING CATCHPDINT SHT: A117 CB: STD S
uper
sede
d by
T H
R S
C 0
0001
ST
PSU B50
LDC
f 4A
TZR JRCD
Al A2
1010 lOBT LSpUCR
PSU
0,----~~====::=:===================================~~ i--=,--~~~~~~~~~~----;>N50Rl R2 CLDC>
51 10 UCR LSp UCR UP STARTS SIGNAL
I \ ITSN\./KR CAUTION OVERLAP lOBT
REPEATER FLASHING GREEN it ~ VRR UNTIL RGKR ENERGISES TD
BI B2 GIVE STEADY GREEN REPEATER Al A2~~~!B2 BI B2
6CS)UCR
BI B2
lOBT lOBT
18CT JR
LSp 10
UCR
DPU(l) DPUC2)10 10 10 10 10NGPR ALSR ALSJR USR JR JR LSpR LDC LDC LDC LDCBsoclx~~ ~l_____yL_____r=1___j
f 4A D6 D5 A6 A5 D6 D5 D6 D5 A6 A5 A6 A5 Rl
BI B2 BI B2 Al A2
6CM)UCR
BI B2
6CS)UCR
BI B2
lOBT t=======".. t==- t=======".. I T S 18 C T
PSU ". 'L_j 'L_j 'L_j 'I VNR JR
N50CEXD ~ '~ J~----------~CLDC> t D7 DB D7 DB D7 DB D7 DB ~ A7 AS A7 AS
B4 B3
6CS)UCR
::
B3 B3
B4 B3 10 HR10 10
UCR LDC LDC LSpR
~ Al A2 Al A2 "8:
ISSUE -01 ISSUE -02 A4 A3 01-09-01 01-09-03 JOB NUMBER
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000
01 S
T
ISSUE-01 01-09-01 .m NUMBER
ux: ux: f 4it.
ISSUE-OS 4/4/13
lOITSCD CIRCUIT CONTROLLER
r------iiVERiE___NmiW.-----, SWITCH S\ollTCH
R R-NI
L--------------------~
CSTDA118 INTERMEDIATE TRAIN STOPS APPROACHING CATCHPDINT
LCX: LDC
LCX: LDC
CENCAPSULit.TED> V ClRCUIT CONTROLLERS
10ITSC2> CIRCUIT CONTROLLER
r-----A[vRS___ NiitW.-----, NITCH SW'ITOl
6 5
R R-NI
L--------------------~
ux:
LDC
DRit.WN lt'ITH it.RN IN T1 NDRNit.L Rit.ISED PDSITmN
SSUE-03 ISSUE-04 4-07-07 07-03-11
10 ITS VRR
it.II it.7
10 ITS VNR
D8 D7
SHT1A118 CB STD
10 ITS VNR
PSU t-=:::---,..N:ID
R2 R4 1: Cl.DC>
10 ITS VRR
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01 S
T
PSU llX120
f 4A
f 4A
ISSUE-01 SSUE-02 01-09-03 8-06-07 .m NUMBER
ISSUE-03 4/4/13
10
m D2
A6 N5
lOAHR
116 D:S
lOB HR
!
10 DR
m J. D2
AB A7
CSTDA119 DOUBLE HEAD TRI-COLOUR SIGNAL SHT1A119 CB STD
N.B. lOA IS A TURNOUT ROUTE
lOAHR
LDC 1 2 ux: 1B 1\1/ ' ( 'i
I I I I
3 I I 4 2B I I 2\1
I I D3 D4 I I
5 .... )
6
' / 3B ..... ......... ___.., 3\1
10 LDC 1 2 ux: DR
1B , 1\1 / ( 'i I I I I
3 I I 4 2B I I 2\1
I I D3 D4 PSU I I NXl20 t (UJ:)
:s .... ) 6' / 3B ..... ........ ___ ,., 3\1
* FOR ALSTOM THE LINK BAR FITTED BET'JEEN TERMINALS 4.5 AND 6 TD BE REMOVED.
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000
01 S
T ISSUE-02 28/6/07 8:05 CSTDA120 DOUBLE HEAD TRI -COLOUR SIGNAL SHT: A120 CB: STD
LDC VRR HR LDC 2 LDC HR VRR BX120
PSU lB ,,. / llv'~ ' ~
/ '\
( I
I I
I I
I I
I I
I I
I I
5 I I 6
3B / 3\v'
A3 A4 DI D2 * D3 D4 A3 A4
' / ' / " ..... /
D6 D5
DR LDC 2 LDC DR lB ,,. / llv'..... ' * / '\
( I
I I
I I
3 I I 4
2B 2\v'I I
I I D3 D4 PSU
NX120I I t CLDC>
' ) 5 / 6' l
3B / 3\v'D6 D5 ' ..... /
PSU BXl20
f 4A DB D7
* FOR ALSTOM THE LINK BAR FITTED ISSUE-DI BET\./EEN TERMINALS 4.5 AND 6 TD BE REMOVED.
JOB NUMBER 01-09-03
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000
01 S
T ISSUE-03 8/10/12 1151 CSTDA121 SINGLE HEAD TRI-COLOUR SIGNAL SHT A121 CB STD
EUL.L. ll[JUJlL.E: SVII!:l::tE:ll DR ux: 1 lB
/ (
,*'1
2 LDC
lV
DR * FlR ALSTOM TI LIN< BAA FITTED IET\IEEN TERM!Ni\LS 4.:1 AND 6 Tll BE RElllVED.
I I I I
VRR HR 3 I I 4 HR
~ m ~ D2 Dl De
2B I I I
I I I
2V
D3 D4 D3 D4 LPM ECR
" ) a:so 3 D6 D:I ' ...
""---~ ""./ f 411
# R1
HR N50 2 4
PSU BX120
ux:
f 411 D6 D:I
:I
3B
6
3V t
PSU NX120
I LPM VERSJlltl LO REQUJRES A nLTERED :IDV DC SUPPLY YITH IN'UT TERMINALS 1 & 2, llJTPUT TERMINALS 3 & 4
DR ux: 1 2 LPM VERSJlltl U JllES NllT REllUIRE A nLTERED :IDV DC Sll'PLY PARTIAL. D[JUJlL.E SVII!:HE:ll lB
/ (
,*'1
lV YITH IN'UT TERMINALS 1 & 2, llJTPUT TERMINALS :I .. 6
I I I I
VRR HR 3 I I 4 LDC HR VRR
~ m ~ D2 Dl D2
2B I I I
I I I
2V ~ 03 D4 D3 04 LPM ECR
" ) a:so 3 D6 D:I ' ... ...... ___ ... "" ./ f 411 # R1
HR N50 2 4 ux: :I
D6 D5 3B
NB TI Pot.RTIAL DllJB..E SlflTClD llRRN&MENT IS IN..Y TD BE USED IN EXISTING SIGNALS lillRE CllBLE CIJRES Ill NOT PERMIT FlLL DllJB..E SlflTCHING
ISSUE-01 ISSUE-02 01-09-03 28-06-07 .m NUMBER
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000
01 S
T ISSUE 04 25/3/13 14107
METROPOLITAN/COUNTRY
150 EXT
, 4A
N:SO EXT
PSUB:SO
LDC
f' 4A
PSUN50
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01 S
T ISSUE-02 28/6/07 8:08 CSTDA123 AUTDMA TIC SIGNALLING-\./ORKSITE PROTECTION SHT: Al23 CB: STD
5KM MAXCITY UDERGROUND
\/DRKSITE INDRKSITE KM KM
INSKSTATION A STATION B 6 2.13 2.29 241 2.45 s::'. ~~~()> 00~~ O> ~~1::!::]]0>l.97A l.97B 2.13A 2.13B 2.29A 2.41A 2.45A 2.45B
ALL RELAYS IN LOCATION AT STATION 1.97 L Sp 2.13 L Sp 2.29 L SpCCDND> 2.41 L SpCCDND> CIRCUITS BETINEEN STATIONS DOUBLE SINITCHED 1.97 CAUT 2.29 L Sp
2.13B 2.13B 2.13B 2.13JRCD JRC2) JRC3> LSpR2.29 2.13
PSU LDC VCSR 2.13A 2.13B GZR PSU BSD N50
f 4A CLOC>Rl R2
2.13
\./SK
2.13 GZR
PSU LDC PSU LDC GZR
~ 'w'SK DENOTES 'w'ORKSITE PROTECTION KEY
B50CEXT> B50 ~ ""'ff ernvrncmE f 4A Rl f 4A ~
\./SK
~
PSU N50CEXT>
CLOC>
5KM MAXCOUNTRY - CODED
TRACKS
\./ORK SITE \./ORK SITE KM KM
167.3 170.1
~ s::'. s::'. 167.3A INSK 170.lA 173.6A CS CM CS CM CS CM CS
OVERLAP
2.13
\./SK
~ 'w'SK DENOTES 'w'ORKSITE PROTECTION KEY
PSU LDC B50CEXT> 1 0---------------+
f 4A
\./SK MICROLOK ~ INPUT
NOTE: REFER TD DESIGN PRINCIPLES PSU
N50CEXT> FOR SIGN 'w'ORDING, KEY INSTRUCTIONS
CLOC> AND LOCATION OF ''w'ORKSITE KM' LOCATIONS
ISSUE-01
JOB NUMBER
01-09-03
-
ISSUE-02 28/6/07 8:07 CSTDA124 AUTOMATIC SIGNALLING CCITY> CD-ACTING LED SHT: A124 CB: STD
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000
01 S
T SIGNAL LDCPSU
BX120
OPERATING
HR
LED LIGHTS
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000
01 S
T ISSUE-02 4/4/13
1--------@(ffi}
151.9B p 1AT +IR
Siut:::lEIL [JEE:BEIIIt:::lu
1 PSU
BlC120 LIJC VRR f 4A
A6 A:S 1
HR PSU LIJC
BlC120 f 4A
1 HDEB
PSU LIJC BlC120 ---"V---------.
f 4A
~ ~E--------~; !~CLDC> t --....:: C4 C3
ISSUE 01 24-07-07 .m NIMllER
A6
1632
1 DR
A:S
+ EDR ~.9
1DR
A6 A5
CSTDA125 OUTER METRDPDLITAN W'ITH TRAINSTDPS &
1BT
1HDR
"' A5 1 HDFR
I
L.?tJ :I
1 HDFR
a
OMRON H3CR-FB
rarr=64Dl'IS TDN =2GOl'IS
3
~
+IR""
LIJC
2
4
LIJC
e
3AT +ED R
3BT
1 3XT l ED R
SB B:IO
N50
1 SB LDC HR
3
A3
\
LED LllifTS MAKE & MDDE:Lo
r----, I I
SB SB LDCR I 9
I IL ____ _J
LPM SHT1A125 CB STD l!r.1.:1
t-----m
-
151.9
25/9/07 9:17 CSTDA130 SIGNAL LIGHT OPERA TING - TURNOUT REPEATER SIGNAL PART 1 oF 2 SHT: A130 CB: STD
155.5
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000
01 S
T SUFFICIENT DISTANCE TD REDUCE
FROM LINE SPEED TD TURNOUT SPEED ~
31 ~ 3AT 3BT
~ 155.5A
/ CD l I
R + R ~
151.9AT 151.9BT lAT 151.9 lBT + R R + R R + R
~
MEDIUM Cl HDR)
3 3CM)A 3 l lJP lJP ECR HDR
,~," 1 3 3CM)A
LDC LDC HR 3
PSU LDC VRR HR LDC LDC VRR PSU B50~
lj; I, ~N50
f 4A ~ i; CLDCl
A3 A4
Al A2 A3 A4
3CM)B 3 1 DR CLEAR Cl DR> HR HDR HDR IJ
1
~~~~---------
JOB NUMBER
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01 S
T
ISSUE 01 25-09-07 .m NUMBER
, 4A 118 D7
1 HDR
CSTDA130 SIGNAL LIGHT OPERATING - TURNOUT REPEATER SIGNAL PMT e 1F e SHT1A130 CB STD
1 DR
D6 D:S
LDC
LDC
LDC
u
SI
s
SI
7
9
11
r-----, " I
I < ' I 1 JPI ' ' I'v) I
LED TYPEL ____ .J
-- ..../ 'I \ SI LDC G
i!
R \ I ' ' /..... _... LED LlGHTS
IW
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000
01 S
T CB: STDISSUE 01 10/10/07 15100 CSTDA131 SIGNAL LIGHT OPERATING - TURNOUT REPEATER SIGNAL PART 1 OF 2 SHT: A131
INSUFFICIENT DISTANCE TD REDUCE FROM LINE SPEED TD TURNOUT SPEED
151.9 1 3 'P' ~ ~ ~ 5
~ ~ 151.9BTI 151.9AT + EDR+ R
~ lAT +IR + EDR
lBT ~ 3AT +IR
\ +ED R
+ED R
3BT
3XT
+IR~
~
+IR~
5AT
1 HDR 1 3 3(M)B
VRR HRPSU LDC BSD ~
lJP3 1 ECRLDC LDC HDR l(M) lJP
.,IJ. HR HDR 1
LDC 3
LDC 3(M)B
HR t
PSU ) NSO
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000
01 S
T SIG~8L PSU
IX120
PSlJ B':IO
PSlJ N:IO
Q..OC>
PSlJ NX120 Q..OC>
PSlJ IX1i!O
ISSUE 01 10-10-07 .m NUMBER
ux: f 4#1
ux: f 4#1
t
t
f 4#1
ux: f 4#1
ISSUE 02 5/11/12
DPER8IIN!j
151.9JPLPM
'!!
i! 6
151.9JP ECR
R1
151.9 VRR
118 07
930
151.9AT
Dli II'!!
151.9JP HDR
Dl Di!
D4 D3
151.9 HDR
CSTDA131 SIGNAL LIGHT OPERATING - TURNOUT REPEATER SIGNAL
151.9 DR
D6D':I D6D':I
151.9 HDFR
'!! B
ux: u
ux: SI
s
L.DC SI
7
9
11
PSU IX1i!O
PSU NX120 CLOC>
151.9 jp r-----,
" II < ' I I ',')I
v I LED TYPEL ____ .J
-- ...." 'I \ SI G
i!
R \ I 6
' ".... _... -- ...." ' I
G \ SI
8
y 1D
R \ I Ii!
' " .._ __
151.9 ux: PHDR ~
o\l !Iii! E
t 1-.:.J o\4 o\3
PMT i! IF i! SHT1A131 CB STD
LOC
LED LIGHTS Mo\ICE ' HmlEL
NIJTEJ VRR JN JP HDR CIRCUIT Tll AVIJID PROBLEM 't/ITH Lo\MP PROVING ALARM.
PSU NX120
t (UJC)
151.9 DR 151.9 HDFR
i!
IMION H3CR-F"B
7
TOF"F"-640"S TONi!DOl'IS
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01 S
T
CD SJG LTS
JX120 f46 411
CD CD SJG LTS
JX120 P47 411
.m NUMBER
ISSUE-01 30/9/0B 10153
MAY BE VRR CDEPENDS ON APPLICATION)
I 36AT
PR
13 14
116 11:5
31CM>A HPR
oa I D4
CB r::7
31A HR
85 B6
31C HR
85 B6
1 C8 C7 CB C7
CSTDA140 CD-ACTING SIGNAL OPERATING CIRCUIT - 1
31 DR
ALL LAMPS1 LED TYPE
CORR 31
CollCT
3
5
7
28
38
48
CD-ACTINGr----1
11111 SB TERM
y 3
R 5
y
L ____ _J
NOTE ORDER OF LIGHTS COULD BE G/R/Y/SMALL Y TD IMPROVE VISIBILITY OF SHUNT \JITH RED LIGHT
4 2V
6 3V
B 4V
4
6
8
31CM>A HR
Dt D2
31CS>A HR
B7 B8
31CS>C HR
B7 B8
SHT1A140 CB STD
CD SJG LTS
t47 NX120 (CD)
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01 S
T ISSUE-02 27/8/12 10115 CSTDA141 CD-ACTING SIGNAL OPERATING CIRCUIT - 2 SHT A141 CB STD
LAIF TYPES 1 LED
ESl.64 ESl.64 L64 L SP. R. HR 1.64 ESL6 LAIF TYPE LED
BX120 fl ~
A3 M A3 M
1 1.64
2 R 2 3 L_...J
I I
ESl.64 I I
ESl.64 DR
HDR 1.64 ESL6
A8 A7 3 3 4
A3 IM
1.64
4 4 5
1.64 ESL64
'5 '5 6 L64 L64 /"3 MBX120
1.64 ESL64P2 ~ Al A7 NX120
2 8 8 9 8 9
1.64 ESL64 1.64
ESl.64 D6 11:5 6 6 7
fl
L. SP.R 1.64 ES164 NX120 E l.__J 77 8
A2 Al
ISSUE-01 30-09-08 .m MUNIER
-
ISSUE-04 27/6/07 11:31 CSTDN056 ENTRANCE EXIT ROUTE SET \VITHDUT A RING CIRCUIT SHT: N056 CB: STD S
uper
sede
d by
T H
R S
C 0
0001
ST
'ACCEPT' 1 3SA
~ ~3MB DO'w'N MAIN
UP MAIN
~ PREVENTS CER ENERGISING IF BUTTON IS ENABLED AS A FINISH 6 8 ""'ACCEPT' ALSO CROSSPROVE CSl&CMl CER FOR SAME SIGNAL PUSH BUTTON TABLE j
COLUMN D FOR A B c DX IN COLUMN C
COMMENCE POSSIBLE FINISH POSSIBLE BUTTON FINISH BUTTON BUTTON COMMENCE BUTTON
X CER CeR X CeR 1 3M 3M 1 X CFM) R 3M DM 4 3S
3S 4 DM 3M
~l A
4 UM UM 4,6 6 UM 6 8FnR FnR 8 6
~__r=l_ ___ _ ~ RESETS COMMENCE
AFTER FINISH ACTIONED
MICRDLDK ASSIGNMENT 3FMR*CCJMBFR*~JFNR*~JSACER*~1CER)+C~DMFNR*3MBCER>> TD JMBCER
ALL VALID COMMENCE FOR Y, EXCEPT ITSELF
jCOLUMN D FOR Y
COLUMN B FOR Y IN COLUMN AIN COLUMN C
Y FNR ~ FnR ------\----~
'./HERE MULTIPLE FINISHES ARE POSIBLE FROM A SINGLE COMMENCE, ENSURE ONLY THE FINISH OPERATED DEFINES THE ROUTE TD BE SET CNONE SHO'JN IN THIS EXAMPLD
1 etc 1 I Y FnR I
~ MICRDLDK ASSIGNMENT
JMBFR*ClCER+JFNR)*~DMFNR TD JFNR
CF)R CeR
I
ISSUE-01 ISSUE-02 ISSUE-03 23-10-91 01-09-03 21-02-06 JOB NUMBER
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T ISSUE 03 14/5/07 13:54 CSTDP004 TZR APPROACH LOCKING RELEASE FOR MICRDLDK DCS SHT: P004 CB: STD
CASE 1: PLAIN TRACK CASE 2: ONE TRACK BET'w'EEN SIGNALS CASE 3: FACING JUNCTION AND SUBSIDIARY SHUNTS
f-------035 ~2 f-------037 37AT
27AT 27BT 31AT 35AT 37BT
37XT
37CS>A 37CS>B 37RUR RUR 37AT TZR
ASSIGN -27AT " 27BT + 27 _ TZR " -27BT TD 27 TZR ASSIGN -31AT >< 35AT + 31_ TZR "-35AT TD 31 TZR
# NOTE: THESE CIRCUITS OPTIMISED FOR USE AS MICRDLDK LOGIC.
RELAY INSTALLATIONS REQUIRE DIFFERENT CIRCUITS TD ACHIEVE SAME FUNCTIONALITY.
REFER TD SHEET POS FOR RELAY CIRCUITS.
ASSIGN 37SA_RUR " 37SB_RUR " C-37AT" CC37BT "105_NLR) + C37XT "105_RLR)) +
37_ TZR " CC-37BT >< 105_NLR> + C-37XT " 105_RLR))) TD 37 TZR
27 31 37 ALSR ALSR ALSR27 31 37 APPROACH
TRACK S AND ) ~o;:-------::0'"'! TRACKS AND ) ~o;:-------::0'"'! TRACKS AND ) ~o;:-------::0'"'! APPROACH APPROACH
~< SELECTION SELECTION SELECTION~< ~<
TD ALSJR
TD 27 ALSR
31AT JRCP)
TD ALSJR
ASSIGN 27 _NGPR " CC27 _ALSR + 27M_ALSJR> + ASSIGN 3l_NGPR" CC31_ALSR + 31M_ALSJR) + TD ALSJR ASSIGN 37 _NGPR " CC37 _ALSR +
CAPPROACH TRACKS AND SELECTION) + CAPPROACH TRACKS AND SELECTION> + C37M_ALSJR + 37MA_NLR + 37MB_NLR) " 37S_ALSJR) +
C27 _ TZR" 27AT >< POJR))) C31_ TZR >< C31AT + 31AT _JRP) " PDJR))) TD 31 ALSR CAPPRDACH TRACKS AND SELECTION> +
C37 _ TZR " 37 AT >< POJR))J TD 37 ALSRISSUE-01 ISSUE-02 29-08-05 05-09-05 JOB NUMBER
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T ISSUE 02 14/5/07 13:57 CSTDP005 TZR APPROACH LOCKING RELEASE FOR RELAY OCS SHT: PODS CB: STD
CASE 1: PLAIN TRACK CASE 2: ONE TRACK BET'w'EEN SIGNALS CASE 3: FACING JUNCTION AND SUBSIDIARY SHUNTS
f-------035 ~2 f-------037 37AT
27AT 27BT 31AT 35AT 37BT
37XT
37CS)A 37CS)B RUR RUR 37AT
27 31 37 27 31 37ALSR ALSR ALSR
~ ~ ~ ~ t AND SELECTION Rl R2 ~ t AND SELECTION Rl R2 ~ t AND SELECTION Rl R2
35AT 37BT37 ZR 37AT
37XT 31AT 105 JRCP) ~RLR4
27BT
TD ALSJR
TD ALSJR TD ALSJR
NOTE: THESE CIRCUITS ARE FOR USE IN RELAY INSTALLATIONS, REFER TD SHEET P04 FOR LOGIC OPTIMISED FOR USE IN MICROLOK DAT A.
ISSUE 01 29-08-05 JOB NUMBER
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01 S
T ISSUE 04 14/5/07 I 13:59 I I lcsTDQOOll\./IRING OF LOCATION EARTHING I I SHT: QOOl I CB: STD
TEST EARTH
ELD TEST EARTHS ,--------, I . I
CDMMUNICA TIDNS EARTH
I I I
. I 1 I
I 2 1nnn
111
,--------, I "'
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01 S
T ISSUE 04 14/5/07 I 14:10 I ICSTDQ002IMISCELLANEOUS - MONITORING APPLICATIONS I I SHT: Q002 I CB: STD
1. VID CDPTD ISOLA TOR) 1 1
NGPR ALSR 1 1 1 PSU LDC ;=====1 ;======1 ALSJR USR l HR
B50CEXT> -----9\J>------------~J' L__j' L f 4A 1 1 ~~':'------:--,.n:
Nsoclx\~ .,_
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01 S
T ISSUE 01 25/11/08 1215 CSTDQOlO SOLAR PD\rlERED DEAD END LIGHTS
SDLAR PD'JERED BUFFER STCP LIGHTS TYPICAL ARRANGEMENT
r-----------------------------------------------1 LCD
SOLAR PANELS f'I! 4 x eov 12v :I i 1 BP SOLAR SOLAR PANEL
~ ~ + +
STECA + 7 3
VOLTAGE
REGULATOR 4#1
~ ~ 12VDC JOA-
2
3
5
t1 3DA
T[NER 12V DC RNNllN -P!l'JER
CllFNIY
DEAD END LJGfTS S'JlTCH !Fr BETWEEN D8ollll-1fiii00 E.S.T.
3x120 AH tl! 12V AGM CELL BATTERIES t3 LIFELINE, 6
CONCORDE t4
ISSUE 01
JlllSE
JlllSE
JlllSE
2 JlllSE
2
Nol SIDIJi
VI
No2 smING
R
SHT1Q010 CB STD
LED TYPE ALDRIDGE 12V 125r1r1
.1111 NUMBER
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-----
-----
-ISSUE 0411615101 I 9:31 I I Rev 01 ICSTDR003IDUPLINE INPUT ASSIGNMENT TRACK LAYOUT I I SHT: R003 I CB: STD
12.3 LOC 12.6
n LOCTD STATION A 10.9B LOC 12.6B LOC 13.4B LOC- 10.9 12.3 A ~ EE EE ~ n EE I
I I Rx 10.9A TxlTx 10.9B Rxl Rx 10.9C Txl Tx 10.9D Rx I Rx 12.3A Txl Rx 12.3B I
L L L L L L I I
I II Tx ll.6B Rxl Tx 11.6A Rx I Rx 12.6B Tx I Tx 12.6A Rx I Rx 13.4B
IL L L L L I
~ I~nn EE I 11.6 12.6 I 10.9 10.9C LOC 11.6 A LOC LOC
A I 13.7
I
I ~ ,I Tx I Tx 12.3C Rx I Rx 13.7A Txl Tx
L L L
I I
I /--~ t%JFfi1rnN B~ I I ITxl Tx 13.4A Rx I Rx 13.BB Tx I Tx 13.BA Rx I RxI ----IL L L L_
I ~ ~ FRAME C ~ FRAME D I ~L ~~ ~ IA I 1: I 1: 13.8REL B FRAME A / _J L " REL
SVI A @--I SVI Bn 13.7Bn nRl3.4 LOC
LOC LOC 13.4 13.7
16.416.4 LOC 15.7C LOC 16.9B LOC 15.7 16.9 ~ EE
LOC EE ~ EEn-1 Rxl Rx 15.7Arx1Tx 15.7B Rx I Rx 15.7C Tx I Tx 15.7D Rx I Rx 16.9A Txl----- I L L L L L L
I
I ~,s,i;11~g~ 2 r~ I Txl Rx 16.4B Txl Tx 16.4A Rxl Rx 17.0B Txl Tx 17.0A Rxl Rx 17.6D TxlI L L L L L L_J
~ ~ TD STATION Dn n16.4 17.0 15.7 17.0B
LOC LOC n n
16.9 17.0 LOC LOC
NOTTO SCALEISSUE 01 ISSUE 02 ISSUE 03 01-09-01 01-09-03 27-02-06 JOB NUMBER I I I I I I I I I I I I I I I I
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01 S
T ISSUE 04 16/5/07 9:33 fob 01 CSTDR004 DU PLINE FIELD BUS TRANSMIT, Cl0.9 &c 10.9C LDCA TIDNS> SHT: R004 CB: STD
PAIR 10 COMMON SIGNAL
PAIR 10 COMMON SIGNAL
T'.'ISTED PAIR I
I
-No.1 INPUT UNIT ,-------1
TV/IS TED PAIR I
I
-No.1 INPUT UNIT ,-------1
RED LI El
RED 1
RED LI El
RED 1
I ICR IT EC CRITECI Ir I
r I
UTB-18 UTB-18 GREY GREY GREY GREY
L2 E2 2 L2 E2 2 I I~ ~
TV/IS TED T'.'ISTEDI I PAIR PAIRT 3 T 3
I I I I I 4 I 41-----, 1-----, I I10.9AT 10.9BT B2
5 5 A4
A5 B36 6
A6 B47 7
i 7
L2 E2 8 22
23 23
---~4__J ---~4__J I I
AS 25
I + 25 I
* ff VORKSITE PROTECTION KEY IS PROVIDED *
10.9 GZR BI
26
I I + 26
I I I I I I + 27 + 27
NOTE: SEE ALSO SCHEMA TIC SHEET ROll I I I I I I
ISSUE 01 ISSUE 02 ISSUE 03 + 28L______ _ + 28L ______ _
01-09-01 01-09-03 27-02-06 JOB NUMBER
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01 S
T ISSUE 04118/5/07 10:07 I I fob 01 ICSTDR005ICHANNEL GENERATOR ~ PRIVATE LINE MODEM 13.7B LDC. I I SHT: ROOS I CB: STD
I PAIR 10 COMMON SIGNAL
T\llSTED I PAIR I
CHANNEL GENERATOR PRIVATE
13.4 BX120
GREY
13.7B ~
f 4A
RED L1 El
r CRITEC UTB-18 SE=
L2 E2
L1 El 3
CRITEC 4
__[5 DSF-6A
-RED
GREY
T\llSTED PAIR
r--------,
I I I I
I(' 1
I I I I
I' 2 I I I T 3 I J. I 4 I + I 5 I T 6 I J. I 7 I + I 8 I
I' 21 I I
-RED
GREY
~
T\llSTED PAIR
LINE MODEM ,-------1 I I I I
11 1 I I I I I j I
11 I2 I I I J. 3I I + 4 I I T 5 I J. 6I I + 7 I I T 8 I j
II 21
-RED
GREY
~
T\llSTED PAIR
PRIVATE LINE MODEM
,-------1 I l
I 1 I I I
I 2 I I J. I 3 I + I 4 I T 5 I J. I 6 I + I 7 I T 8 I I
13.4 NX120, (13.4) t 7
150V L2 E2
8
I
r: J. I
22
23
I I
I
I l
r1 I
22
I
I I I I
I I I l
I
21
22 I I J. I 24
+ 23I I I
I + I I
23
I + I 25 I T 26 I J. I 27 RED RED
+ 24I I T 25 I J. I 26 I
I + I I T I J. I
24
25
26 I I J. I 28 I L _______
D34900000115
3
__[5 GREY
7
L1 El
CRITEC UBT-18
L2 E2
4
8
27I I
GREY I 28
L_______ G34910040115
RED
3
__[5 GREY
7
L1 El
CRITEC UBT-18
L2 E2
4
B
RED
GREY
I
I 27
I I
L_2_ _____
G34910040115
ISSUE 01 ISSUE 02 ISSUE 03 01-09-01 01-09-03 27-02-06 JOB NUMBER I I I I I I I I I I I I I
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01 S
T ISSUE 05
PAJA 10
JSTED I PAUi I
AE:D
GREY
PSU UlC BX120 u a
f 4" 3 CRITEC DSF"-6A
PSU CIOV NX120 7 L2 :s Ee Q..DC> t
-
ISSUE 01 ISSUE 02ISSUE 03 23-10-91 01-08-97 27-02-06 ISSUE 04 18-05-07 ..(]II NUMBER
4
B
22/3/10 13153
u a CAJTEC UTIHB
L2 E2
_L
13.4AT
13.4 ECR
D3 D4
AED
GREY
Bl
-
wlii'e:n PAJA
ee
Tu 01 CSTDR006 DUPLINE FIELDBUS TRANSMITTERS (13.4 LDCA TIDN) SHT1 R006 CB1 STD
No.1 INPUT UNIT r-------,
1ll I I I
Ii 2
I
I I + 3 I I 4 r-------, I
E8
5 iE-+-INTEANl\L WDIE n
6
F1!
7
F"3 8
21
22
+ 23 I I I __ _?~_...J
F"4 25
I I I~T 26 I ' r
6 27I
I+n 28L_______
FRAME CD NR
D3 D4
CINllN SIGNAL.
-AED
GREY
~
TWISTED PADI
N o.2 INPUT UNIT r-------,
l I I I
2 I
~ 3 I 4'-------,I I + 5
6
7
RELS'v/.A N
....----------------------. G3
iE-+-INTEANAL WJAE 8
P'JR
13.4 120V NORM PSI
13.4 120V
EMERG PSI PWR
2 3
13.4 50V CH1
NDID SEE ALSO SCHEMATIC SlET A010
13.4 sov
21
22
T 23 I I I ---~"!_...J
CH2 64 25......---,
I I ' G:I 26I I I ' G6 27I I + 28
I 'JK:AE TRAINSTllPS ARE PROVIDED L------
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01 S
T ISSUE 05 2/2/10
i!O
19 Po\JR 10
ISTED I Po\111 I
llE:D u a CllITEC UTIHB
GREY L2 E2
_L
17.0AT
PSU UlC BX120 u a
f 4A 3 CRITEC 4
DSF"-6A
PSU CIOV NX129 7 L2 :s E2 BQ..DC> t
-
C3 C4
ND'ID SEE ALSO SCHEMATIC SHEET Rll
ISSUE 01 ISSUE 02 ISSUE 03 ISSUE 04 01-09-91 01-09-03 28-02-06 18-05-07 ..(]II NUMBER
-RE:D
GREY
wlii'e:n Po\111
17.0 #
Bl BC!
17.0 # VNR
Bl Bi!
Tu 01 CSTDR007 DUPLINE FIELDBUS TRANSMITTERS (17.0 LOCATION)
aNIDN SIGNAL
No.1 INPUT UNIT r-------, I
1I I I l 2 I I I
' 3I I 4t-------, I
06 s
07
6
IJ8 7
jE-f--ooElllW.. WIRE
Pl 8
21
22
I I
' 23I I I __ _?~_...J
I I
25
I P3 ' 26I I I P4 ' 27I I ' 28L------
NOTE I WHERE TRo\JNSTIPS ARE PRIJVIDED
SHT1 R007 CB1 STD
-
----------- -----------
ISSUE 04 18/5/07 10:37 fob 01 CSTDR008 DU PLINE FIELD BUS INST ALLA TIDN CSCHEMA TIC DIAGRAM) SHT: ROOB CB: STD S
uper
sede
d by
T H
R S
C 0
0001
ST
10.9 LDC 10.9C LDC 11.6 LDC 12.3 LDC 12.6 LDC 13.4 LDC 13.7 LDC ,--------, ,-----, ,-----, ,-----, ,-----------1 ,-----------1 ,-----,
2 ~ I I I I I I I I I
120V AC 120V AC 120V AC 120V AC 120V AC 120V AC I L _____ _J
13.7B LDC 13.8 LDC 15.2C LDC 14.5 LDC 15.2 LDC 15.7 LDC 16.9 LDC 17.0 LDC ,-----------------, ,-----, ,-----, ,-----, ,------------, ,------------, ,-----, ,--------, "'==*=~~~~~~~~~~~~~~=1==1=~=-~~=*===t~~o=~~=1==1=~=-~~=*==*~~~~~~~~~*==*=~~~~~~~~=1==1=~=-~~~~~~===t==="F=~~~~=1==1=~=-~~1 DT
"'==~=1=~~===-=~~~~~~~~~~~-~~~~==*1====1====~~~~~-~~~~===e1====~~===-=~~~~~~I===~~~~~~~~~=======~~~~~~~~==1=======~~-=~~1====~1~~~===t2 o1
CRITEC
I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I ITD TD I 120V AC I I 120V AC I 120V AC I 120V AC I 120V AC 120V AC I 120V AC I I 120V ACI STATION A 120V AC STATION DL _________________ _J L _____ _J L _____ _J L _____ _J L __________ ~ L __________ ~ L __________ ~ L _____ _J L _______ _J
FOR DETAILS SEE:
LDCA TIDN PAGE
10.9 R004 10.9C R004 11.6 12.3
13.4 R006
13.7B ROOS
15.7
17.0 R007
120V AC
16.4 LDC ,------------,
ISSUE 01 ISSUE 02 ISSUE 03 01-09-01 01-09-03 28-02-06 JOB NUMBER
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T ISSUE 04 lB/S/07 I 10:3B I I fob 01 ICSTDR009 DUPLINE FIELD BUS CHANNEL ALLOCATIONS I I SHT: R009 I CB: STD
STATION A TD STATION B SYSTEM 1 00.9 LOCATION TD 17.0 LOCATION)
INPUT CONNECTIONS INPUT CONNECTIONS LOCATION FUNCTION I CHANNEL MODULE LOCATION FUNCTION CHANNEL MODULE
TERMINAL : INPUT TERMINAL : INPUT
I I SPARE SPARE I
I I I I I I I
Al A2 A3
1 12.3 10.9DT 12.3AT
12.3 RGKR 12.3 NGKR 12.3 ECR
12.3 SOV \./ARNING SPARE
S-4 6-4 7-4 B-4
2S-24 26-24 27-24
I I I I I I I I
s 6 7 B 1 2 3
C6 C7 CB Dl D2 D3 D4
1
I I
SPARE 2B-24 I I
4 DS
10.9 10.9AT S-4 I I s A4 1 12.6 12.6AT S-4 s D6 1
10.9 RGKR 6-4 I 6 AS 12.3BT 6-4 6 D7 10.9 NGKR 10.9 ECR
SPARE SPARE SPARE
7-4 8-4
2S-24 26-24 27-24 28-24
I I I I I I I
7 8 1 2 3 4
A6 A7 A8 BI PS
13.4BT
12.6 RGKR 12.6 NGKR
7-4 8-4
2S-24 26-24 27-24 28-24
7 8
1 2 3 4
DB
El E2
I 12.6 ECR S-4 s E3 10.9C 10.9BT
10.9CT 11.6BT
DIRECT INPUT
S-4 6-4 7-4 8-4
2S-24
s 6 7 8 1
B2 B3 B4 BS
1 12.6 SOV \./ARNING DIRECT INPUT
SPARE SPARE
6-4 7-4 8-4
2S-24 26-24
6 7 8 1 2
E4 ES E6 E7
2
26-24 2 27-24 3 27-24 3 2B-24 4 28-24 4
11.6 11.6AT 12.6BT
11.6 RGKR 11.6 NGKR
S-4 6-4 7-4 8-4
s 6 7 8
B6 B7 B8 Cl
1 13.7B CHANNEL GENERATOR AND PRIVATE LINE MODEMS
I I I I I
11.6 ECR 2S-24 1 C2 11.6 SOV \./ARNING
SPARE 26-24 27-24
2 3
C3 C4
SPARE 28-24 4 CS
ISSUE 01 ISSUE 02 ISSUE 03 01-09-01 01-09-03 2B-02-06 JOB NUMBER I I I I I I I I I I I
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T ISSUE 04 18/5/07 I 10:40 I I fob 01 ICSTDROlO DUPLINE FIELD BUS CHANNEL ALLOCATIONS I I SHT: ROlO I CB: STD
STATION A TD STATION B SYSTEM 1 Cl0.9 LOCATION TD 67.0 LOCATION)
INPUT CONNECTIONS INPUT CONNECTIONS
LOCATION FUNCTION I CHANNEL MODULE LOCATION FUNCTION I CHANNEL MODULE TERMINAL I INPUT TERMINAL I INPUT
I I
I 13.4 13.4AT 5-4 5 ES 1 13.8 13.8AT 5-4 I 5 11 1
13.SBT 13.4 RGKR 13.4 NGKR 13.4 ECR
SPARE SPARE SPARE
6-4 7-4 8-4
25-24 26-24 27-24 28-24
6 7 8 1 2 3 4
Fl F2 F3 F4 FS F6 F7
15.2CT 13.8 RGKR 13.8 NGKR 13.8 ECR
13.8 SOV \./ARNING SPARE SPARE
6-4 7-4 8-4
25-24 26-24 27-24 28-24
I I I I I I I I
6 7 8 1 2 3 4
12 13 14 15 16 17 18
SPARE 5-4 5 F8 2 DIRECT INPUT 6-4 6 Gl I FRAME CD NR 7-4 7 G2 15.2C 13.7BT 5-4 I 5 Jl 1
REL SW' AN 13.4 120V&.50V \JARNING
SPARE SPARE
8-4 25-24 26-24 27-24 28-24
8 1 2 3 4
G3 G4 GS G6
15.2BT DIRECT INPUT
6-4 7-4 8-4
25-24 26-24 27-24 28-24
I I I I I I I I
6 7 8 1 2 3 4
J2 J3
I I
13.7 12.3CT 13.7AT
13.7 RGKR 13.7 NGKR 13.7 ECR
5-4 6-4 7-4 8-4
25-24
I I I I I I
5 6 7 8 1
G7 GS Hl H2 H3
1 14.5 13.7CT 14.5AT
14.5 RGKR 14.5 NGKR 14.5 ECR
5-4 6-4 7-4 8-4
25-24
I I I I I I
5 6 7 8 1
J4 J5 J6 J7 J8
1
13.7 50V \./ARNING SPARE SPARE
26-24 27-24 28-24
I I I I
2 3 4
H4 H5 H6
14.5 50V \./ARNING SPARE SPARE
26-24 27-24 28-24
I I I I
2 3 4
Kl K2 K3
ISSUE 01 ISSUE 02 ISSUE 03 01-09-01 01-09-03 28-02-06 JOB NUMBER I I I I I I I I I I I
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T ISSUE 04 18/5/07 I 10:41 I I fob 01 ICSTDROll DU PLINE FIELD BUS CHANNEL ALLOCATIONS I I SHT: ROll I CB: STD
STATION A TD STATION B SYSTEM 1 00.9 LOCATION TD 17.0 LOCATION)
INPUT CONNECTIONS INPUT CONNECTIONS LOCATION FUNCTION I CHANNEL MODULE LOCATION FUNCTION I CHANNEL MD DU LE
TERMINAL : INPUT TERMINAL INPUT
I 15.2 14.5BT 5-4 5 K4 1 16.4 16.4AT 5-4 5 MB 1
15.2AT 6-4 6 K5 15.7BT 6-4 6 Nl 16.4CT 7-4 7 K6 15.7CT 7-4 7 N2
B-4 B 17.0BT B-4 B N3 15.2 RGKR 25-24 1 K7 16.4 RGKR 25-24 1 N4 15.2 NGKR 26-24 2 KB 16.4 NGKR 26-24 2 N5
27-24 3 27-24 3 2B-24 4 2B-24 4
15.2 ECR 5-4 5 L1 2 16.4 ECR 5-4 5 N6 2 12.5 SOV \.'ARNING 6-4 6 L2 16.4 50V \J ARNING 6-4 6 N7
DIRECT INPUT 7-4 7 L3 DIRECT INPUT 7-4 7 NB SPARE B-4 B L4 B-4 B SPARE 25-24 1 L5 SPARE 25-24 1 D1
26-24 2 SPARE 26-24 2 02 27-24 3 27-24 3 2B-24 4 2B-24 4
I I
15.7 14.SCT 5-4 5 L6 1 16.9 15.7DT 5-4 5 03 1 15.7AT 6-4 6 L7 16.9AT 6-4 6 04 16.4BT 7-4 7 LB DIRECT INPUT 7-4 7 05
B-4 B B-4 B 15.7 RGKR 25-24 1 Ml 25-24 1 15.7 NGKR 26-24 2 M2 26-24 2
27-24 3 27-24 3 2B-24 4 2B-24 4
15.7 ECR 5-4 5 M3 2 15.7 120V&.50V \./ARNING
DIRECT INPUT SPARE SPARE
6-4 7-4 B-4
25-24 26-24 27-24 2B-24
6 7 B 1 2 3 4
M4 MS M6 M7
17.0 17.0AT 17.0 RGKR 17.0 NGKR 17.0 ECR
17.6DT SPARE SPARE
5-4 6-4 7-4 B-4
25-24 26-24 27-24
5 6 7 B 1 2 3
06 07 DB Pl P2 P3 P4
1
28-24 4
ISSUE 01 ISSUE 02 ISSUE 03 01-09-01 01-09-03 2B-02-06 JOB NUMBER I I I I I I I I I I I
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T 9147ISSUE 01 19/4/13 CSTDT005 UM71 CSEE TRACK CIRCUITS SHT1 T005 CB1 STD llJTPUT CDNNECTIOIS FtR !ill r.fJ
CLllC>
FEED
, 4111
1:
Ql TX
ve Ml
1700Hz M3
V7
DnR F'REllUENCIES Ql TX SEE F'REQl'ICEM CHART ARR
" r-------, BLM:K3 e I 11 [
I
I
4 I WHITE
V3 V4 V5V6 L--~---.J
r, I
' I I
L......J stEATH
E1
Ql TX
TMU 1700Hz TD TRACK
!ill RELAY PSU 124
LDC
, 4A
-=-SE 7/0.50MSHIELDED PAIR
Ql
Rl
PSU N24
(Ll]C)
Ql
1:
,.,_
Ql RX ,,.
Vl
Ql RX ARRr-------,
BLM:K3 2 I
11 E I
I
r, I
' I
E1
Ql RX
TMU 1700Hz TD TRACK
II WHITE V2 4
L......J stEATH
L--~---.J
~ -=-SE 7/0.50MSHIELDED PNR SEE ICRV TABLE
COMMON PSU llJTPUT CDNNECTIOIS FtR DnR F'REllUENCIES Ql TX!ill FEED Ql SEE F'REQl'ICEM CHART ARR Ql TXP.S.U. TX
124 r-------,UJC 2.,_""'-"'IL~M:K~-+~......_..__~~_..,.a , 4111 I
I "
TMU11 TD TRACK17DDHz I I WHITE1:
L--~---.J 1RANSMIT1ERS Niii RECEIVERS llN IDMll
FREQUENCIES MUST USE SEPMl\TE -=-SE 7/0~
PINER SIA'LIES SHIELDED PNR !il2 RELAY
Q2 RXQ2Q2 RX ARR Q2 RX ,,. r-------,Q2 I LM:K v1e--~~~~~---3 2---~~~-+~......_..__~~--a
1 1Rl I 11! TMU11 E--+-~~t---+-+--~ TD TRACK2300HzI I I WHITE I
L......J stEATH
1111 ~ 7/0~ SHIELDED PNR SEE KRV TABLE 111..l. JNTERNM.. 'tilRING TD I E ETFE TEF'UIN aJlllTED 1.231111!
19/29 111\olli 600V liRADE UNLESS SlllWN llTHERWISE tmESl 11 ELSllF"E 290V llRRESTIR MllDll..E 12111RRESTDR EMTHED MECIWllCAU..Y VIII 13 49310.:101111 M.LMJNllll HYPllLllN HD-90-CPE YELL.IN 91 7 /0.B:IM liREEN/YEl.llllol CABLE
MODULE Niii BASE PMT Nos. THE llTIM:lllENT SCREW TD THE MllLNTJNli1111 TYPJClllL TRACIC STlCK CIRCUIT MSE - 216600 RllL lllM'JNli RAIL ELECTRJCllLLY I! CABLE SCREEN SKILD NOT BE EMTHED l\T TMU -SllNN llN SHEET AIOI! MODULE - 21661111 CliW'HlTE) CllNNECTED TD MlllN EMTH N'PLY HEllT SHRINK TUIJNli
.m NUMBER
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T ISSUE-06 3/1/13 CSTDT010 ML JDINTLESS TRACK CIRCUITS SHT T010 CB STD
Gil P.S.U. TXQl FEED
1LIE Tll!:I 2----rus TD
f 41\ T1D5 ABC .....---..,,... 3 TU TRACKNl!4.,_____,,_____________....... N24 HZ
TO Gil4
PSU NX120 E--------.T:I E :IDIP~----------------~-----~CLDC>
Tl\P MOD E-----.COM
1(;12 SCREEN ISE SE SE-!= SE-=
Q2RX
N24 r"-t----'T~l----------e--e--_._----------__.1 T14"::::--~(;12Q2 RELAY .....-----2 FROM ....---....,... 3 TU TRACK!-----------------~~
R1 DEF 91.. Q24HZ
:I T2~--9H
L---------------------41R 3LE 1HlL3H
NlTE lo
SCREEN I SE-=
SE Q3 FEED \o/ITH MATCHING UNIT Q3
P.S.U. TX
1 1D/Pl---LIE T12:1PSU
BX120 l ...--...TU:I 2 2 TD f 41\ TllJ:I ABC MTU ....---........ 3 TUMTU TRACK
HZ Q3TO Nl!4.----......~u--t-----------~N24 4 a ------T5 5DIP-----... 2E t2CLDC> TAP MOD Et-----. COM
NlTE lo SCREEN I Q4 SE-:
SE SENOTE H.T.lJ'S, INST l\L.l.D YlRE DlCTllTES 1l'f CllHBINllTmN
or TRl\CIC CIRCUIT LENliHT
l\ND Cl\LE: LENliTH. Q4SEE IWIUl\L F"DR DETl\JLS RX
N24 B2,_4__~T~l_.,.
Q4
2----21 Dhl'I FROMQ4 RELAY MTU .....---..,,... 3 TU TRACK
R1 DEF 91.. !-----------------~~
Q44HZ I s rat=-_..9H
L---------------------41R-T2
3LE 1HlL3H
Qi! I. 114 :IOV DC RELAYS NlTE lo NlTE lo SCREEN I T>C l\ND RX lillTH I\ CDMMl>I F"REQUENCY MUn SE-:aa SlFPLY SETTING hDT BE F"ED F"RD4 THE Sl\ME PINER SlFPLY -:-SE
TD surr TX, RX Ull\l) M.T.U. Ml\TONli TRllNSflAR UNIT H TYPJCl\L TRl\CIC STICIC I SEE TAl\CIC CIRCLllT IWLlllL 11o.es.... I CABLE SCREEN SHILUIISSUE-01 ISSUE-02ISSUE-03ISSUE-04ISSUE-05 CIRCUIT SHJ\JN 1111 CTD SUIT TRl\CIC LDlliTH I. Cl>IDITIDN> NOT TD EXCEED v 3Yi!IH!9ClliT. NOT BE El\RTHED l\T M.T.U. DR T.U.
PAGE l\llli! l:ICll'IPI JN LENliTH. l\PPLY I\ HEl\T SHRJNIC TUBlNli.19-09-01 01-09-03 23-8-95 04-10-05 24-05-07 .Ill NIMllER
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T ISSUE-06 10/1113 10154 hv Ol CSTDTD11 ML JDINTLESS TRACK CIRCUITS SHT TOH CB STD
en PSU TXQ1 FEED
124
124 124 11/Pl
* 2 1 T1f'l
Tl25 Ta llX1l!O 1115
f'2 ABCPSU LIE 3 TU TRACKF3 HZF 411 GilTlO:S 4F4
TO II/ :I TI!
PSU N24
NX120 T:S N24 N24t1
TAP E
Q..llC> t MllD Et2CllM o-eA l!-4
t3 NDTE 1 _L' SCREEN I! =- t4 - SE=- SE=SE SE
Q2Q2 INT
DPU RX RX AMPQ2 DEU
N24 124 Ill'
Q2 T1 T1 DPU
R+ DEF DEF HZ HZ
It9HI I 9L
T2 D.P.U. CA> D.P.U. CB>R- 3L T2E lH lL 3H NllTE 1 _L' SCREEN I!
- SE=SE-Q2 SE
RXGl2 BELAY N24 124_h___tl~ _rl Q2 T1
TlQ2 lR 2 FROM
R+ DEF 3 TU TRACK Rl HZ Q29L 4
tt9H :I TI!T2 R- 3L E lH lL 3H
NllTE l _L' SCREEN I!
- SE=- SE-=SE
NllTE 11 nc ~ RX 'WITH "' aJMIN F"REQUENCY MUST NllT BE FED rRllM Tt SAME Pll'WER Sll'PL..Y ~ 3Yl!0-290GT.
Ill! ' Q2 DPU l\RE :IOV DC RELAYS
H TYPICAL. TRACIC STJCIC tl GAIN STRAPPINGS TD 7/0.&:511 I! CABLE SCREEN SIDLD SUPPLY SETTIN; CIRCUIT SllJ\ilN llN SUIT TAlllCIC L.NGTH NllT Tll EXCEED NllT BE EllRTHED AT 1U
Tll SUIT TlC, RX LllAD Pl\GE A102 ~ CllNDlTIDN l:ICINI IN LENGTH. APPLY A 1111T SIRINIC TIJllDtllG.
ISSUE-DI ISSUE-02ISSUE-03ISSUE-04ISSUE-05 19-09-91 01-09-03 23-08-95 04-10-05 19-06-07 .Ill NIMllER
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T ISSUE 01 10:42 CSTDT021 UM71 TYPE T1 TRACK CIRCUIT GENERAL ARRANGEMENT SHT: T021 CB: STD
___________________M_AX_6_5_0m________________~I
23m 23m
11.5m0.2 11.5m0.2 11.5m0.2 11.5m0.2
V1 V1 V1 V2 V1 V2 V1 V2V1
LOW GAIN: NO BRIDGE HIGH GAIN: BRIDGE D1-D2
D1 02 A1 A2
DPU 9 1011 12 1314V1 V2INTERMEDIATE9 1011121314V1 V2
AMPLIFIER
R1
MUR1 MU R1 R3 A6 A5 R2R2 824
' 4A E1 E2 L3 L4 5 6 7 8r E1 E2 L3 L4 5 6 7 8 N24
ALWAYS BRIDGE
R1-R2 WHEN
RESISTOR PROVIDED
IRECEIVER SENSTIVITY:REFER TO KRV TABLE RECEIVER SENSTIVITY:REFER TO KRV TABLE I FOR TRANSMITTER CONNECTION......C...- - - - - - --,I FOR CONNECTION r - - - - - - --, FOR CONNECTION L-1 AND BRIDGES REFER TO KEM TABLEI I IAND BRIDGES TRACK STICK CIRCUIT n :AND BRIDGES I OF RELEVANT FREQUENCY FOR TI I TO BE CONNECTED HERE IWHERE APPLICABLE
R1 R2 R3 R4R5 R6 R7R8 R9 R10 V1 V2 V3 V4 V5 W V7 VBR1 R2 R3 R4 R5 R6 R7 R8 R9 R10 DPUTR R{ M1QN1,24VV1 L+ V1 DPU L+------1Rx l/p RECEIVER (Rx) Rx l/p TRANSMITTER (Tx)~--.V2 L-t---.....,,....--_. V2 RECEIVER L-t--...,.,....---_.
MS \A+ A A+ A '-------~A'""+"'"'A,..-__TR__,ANSMITTER POYER:
LOW: NO BRIDGES824824f 4A HIGH: BRIDGE M2-M4,f 4Af 4A N24 AND M2-M5N24N24
(SHORT BRIDGES)
TU=TUNING UNITG) 4-94/0.5mm ALUMINIUM / HD-90-CPE (YELLOW) MU-MATCHING UNIT (NOTE) : RAIL TO ACl/TU/TMU, TIED AND (%) 7/0.5mm WHT, BLK PVC / (AL SHIELD +DRAIN WIRE) / BLK PVC/NYL DPU-DATA PICKUP UNIT
RUN CABLES TOGETHER WHEN POSSIBLE @ 7/0.4mm PLAIN COPPER /WHT PVC/BLK NYL ACl-AIR CORE INDUCTOR FOR SURGE PROTECTION SEE SPG 0712
JOB NUMBER
824
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T 14:32 CSTDT022 UM71 TYPE T1 TRACK CCT WITH COMBINED TUNING MATCHING UNIT TMU SHT: T022 CB: STD
MAX 650m
23m 23m
11.5m0.2 11.5m0.2 11.5m0.2 11.5m0.2
V1 V2 V1 V2 V1 V2V1
IRECEIVER SENSTIVITY: REFER TO KllV TABLE.......c.:-------, FOR CONNECTION L FOR lRANSMITIER CONNECTIONIAND BRIDGES TRACI< STICK CIRCUIT -1 AND BRIDGES REFER TO KEM TABLE I OF RELEVANT FREQUENCY FOR TI
1 [TO BE CONNECTED HERE IYttlERE APPLICABLE
R1 R2 RJ R4R5 R6R7RBR9 R10 V1 V2. VJ V4 V5 V6 V7 VB 1R
M1L+ QN1,24V M2V1
R11 1/p RECEIVER (Rx) L--------' TRANSMITTER (Tx) MJ ~--V2 M4
M5 \A+ A .________,A'""+_A..-____.TRANSMITIER PO\IER:
TU=TUNING UNIT LOW: NO BRIDGES f 4A
824 824TMU=COMBINED TUNING MATCHING UNIT HIGH: BRIDGE M2-M4, N24
f 4AACl-AIR CORE INDUCTOR AND M2-M5 (SHORT BRIDGES)
N24
G) 494/0.5mm ALUMINIUM / HD-90-CPE (YELLOW)(NOTE) :RAIL TO ACl/TU/TMU, TIED AND 7/0.5mm WHT, BU< PVC / (AL SHIELD +DRAIN WIRE) / BU< PVC/NYLRUN CABLES TOGETHER YttlEN POSSIBLE
Q) 7/0.4mm PLAIN COPPER /WHT PVC/BU< NYL FOR SURGE PROTECTION SEE SPG 0712
JOB NUMBER
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T ISSUE 01 4/4/13 14: 32 CSTDT023 UM71 TRACK CIRCUIT END TERMINATION ARRANGEMENT SHT: T023 CB: STD
COMBINED TUNING MATCHING UNIT (TMU) AND ACI UNIT ARRANGEMENT TUNING UNIT AND ACI UNIT ARRANGEMENT
I --- UM71 TRACK CIRCUIT IRJ +--- UM71 TRACK CIRCUIT IRJ
\
RECEIVER SENSTI\'ITY: REFER TO KRY TABLEr-------1 FOR CONNECTION
- IAND BRIDGES 1RACK STICK CIRCUIT I 'TO BE CONNECTED HERE
WHERE APPLICABLE R1 R2 RJ R4 R5 R6 R7 R8 R9 R10
TR
[ QN1,24V
VI L+
Rx l/p RECEIVER (Rx) L--------'
ACl-AIR CORE INDUCTOR IB-IMPEDANCE BOND
~---V2
A+ A- C C1 C2 IRJ=INSULATED RAIL JOINT MU=MATCHING UNIT TMU=COMBINED TUNING MATCHING UNIT
r 4A TU=TUNING UNIT N24
(j)494/0.5mm ALUMINIUM / HD-90-CPE (VELLOW)NOTE(A) : IMPEDANCE BOND TO ACI, TIED AND RUN CABLES TOGElliER WHEN POSSIBLE @7/0.5 WHT, BLK PVC / (AL SHIELD+DRAIN WIRE)/BLK PVC/NYL
NOTE(B) : ACI TO TU/TMU, 400mm LONG EACH SIDE @7/0.4 PLAIN COPPER /WHT PVC/BLK NYL
VI Y2 9 1011121314
I I FOR 1RANSMITTER CONNECTION L-, AND BRIDGES REFER TO KElll TABLE
I OF RELEVANT FREQUENCY I
TRANSMITTER (Tx) M
A+A- M \ ~------____,
lRANSMITTER POWER: LOW: NO BRIDGES824 HIGH: BRIDGE M2-M4,
N24 r 4A
AND M2-M5 (SHORT BRIDGES)
FOR SURGE PROTECTION SEE SPG 0712
JOB NUMBER
824
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01 S
T ISSUE 01 5 4 13 10: 43 CSTDT024 UM71 TYPE T2 TRACK CIRCUIT GENERAL ARRANGEMENT SHT: T024 CB: STD
19m 19mMAX 300m
DISTANCE moM RAIL MIN. 65mm
V1 V1 V2
/c:-i /
/ ~~Si~~c:~OVIDED 9 10 11 12 13 14 ~ ~ 15 18
ADJJST MU ,CONNECTIONS R1 Mu AND BRIDGES ACCORDING TO MATCHING UNIT ADJJSTMENT TABLE R2
/ /ALWAYS BRIDGE
I R1-R2 WHEN
/
/ RESISTOR PROVIDED
ADJUST MU CONNECTIONS AND BRIDGES ACCORDING TO
l 1
9 10 11 12 13 14 V2 VI 15 16
R1 Mu
R2
ALWAYS BRIDGE R1-R2 WHEN RESISTOR PROVIDED
9 10 11 12 13 14 V2 VI 1516
MU TO GIVE 1 B TO ,~3 V TO RX 2 1
', B76543Elf'f
'',,,~----~ MATCHING UNIT ADJUSTMENT TABLE 2 1 TO GIVE 280-300 mV AT RX M1,M2 B 7 6 5 4 3 E2 ft
"',, ~ ....._______________ J
2 1 E2 E1
c P5
FINE ADJUSTMENT v TRACK STICK CIRCUIT..-----L.... ro BE CONNECTED HERE P4 P3 P2 P1
PO WHERE APPLICABLE
TR c PS P4 P3 P2 P1 PO
FOR TRANSMITTER CONNECTION AND BRIDGES REFER TO KEM TABLE OF RELEVANT FREQUENCY FOR T2 r-----
.. DPU VI
R
924
N24
C1 TR+ QN1,50VC2
RECEIVER (Rx) TR-6-------...----' T2F+
-- ...F'@t .__M..1_M..2_...so_s...1 _S2_ ... s3_s...4_ss........ 824
N24
C1 C2
F+
FM1
DPU RECEIVER
T2 M2 so 51 S2 S3
TR+
TR
S4 S5
TRANSMITTER (Tx)
A+ AMS
~------....---
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- -
ISSUE-09 1410119/2/13 hv Ol ICSTDT030 JEUMONT SCHNEIDER - SINGLE RAIL TRACK CIRCUIT I SHT T030 I CB STD
SUMMARY OF CONNECTIONS FOR SINGLE RAIL JEUMONT SCHNEIDER TRACKS ADJACENT TRACKS TD BE USING TV TH D2 MATCHING TRANSFORMERS ADJACENT TRACKS TD BE
ALTERNATE POLARITIES ALTERNATE POLARITIES
+ + I - I I I-Ill 11 Ill IllCDJt.NECTED TD RAIL CIJllNECTED TD RAIL TOTAL LDDP RES.
TOTAL LDDP RESISTANCE NDT TD EXCEED IIJITH CHAJt.NEL PIN IJITH CHANNEL PIN 1NDT TD EXCEED 0.2 CHM 0.2 CHM 1
I 112112 112 12 ~
112 j -- l112 121 - 1112
VA VB Ve Wt vc VBMIJ.JNTED MOUNTED MATCHING TRANSFORMER MATCHING TRANSFORMERNEAR NEAR
TV TH D2 TV TH D2TRACK TRACK A B C A B C
\.VJ FDR CIJllNECTIDNSTOTAL LINE LDDP RESISTANCE
13 MAXIMUM LINE RESISTANCE 113 I SEE TABLE 2 BEL[JIJ ADJUSTED TD 20 OHMS
60 OHMS PER LDDP
IAS PER TABLE l BELDVI
14 114,----A--........_, \
6 5 4 3 2 l C+ c- C+ c-
PSU LDC
BX120 AP2 TRANSMITTER RECEIVER
f -.,, - APl NCO EGT 600 NCO RVT 600
Pl P2 Dl D2 Sl S2 Vl+ v V2+ 2
SUPPLY VOLTAGE TRACK STICK CIRCUIT I
103V TD 127V 14 14 TD BE CONNECTED HERE 14
VHERE APPLICABLE -~ l Pl P2 Dl D2 Sl S2 Vl+ Vl- V2+ V2
TABLE 1 SETTING ar LDDP RESISTANCE- AP PDIJER SUPPLY RELAY PSU TD 20 OHMS USING INTERNAL RESISTORS
NX120 AN NCO EAT 115CA NCO CV TH 2 404 CLDC> t ACTUAL LDDP
BRIDGES TD BE MADE TD ACHIEVE RESISTANCE Dr
TOTAL LDDP RESISTANCE ar 20 OHMSVIRE A/C+, C-/C
0 TD 2 C+ TD 6
2 TD 4 NOTE 1 VIRE/CABLE SIZES C+ TD s 11 7/19/0.261'11'1 STEEL HYPALDN4 TD S.5 C+ TD S, 2 TD 3 112 7/0.B:Sl'll'I
7 TD 9
s.s TD 7 C+ TD 6, 3 TD 4 13 710.Sl'IPI T'JIN SHIELDED
9 TD 10.S C+ TD 4
14 7/0,41'1PIC+ TD 4, 2 TD 3 10.5 TD 12 C+ TD 6, 3 TD 5 TABLE 2 12 TD 14 RECEIVER MU CDJt.NECTIDNS
14 TD 16 C+ TD 3
CDJt.NECTC+ TD 2 TRACI< LENGTH CPI> C- TD 16 TD 17 C+ TD 6, 1 TD 3. 3 TD 5 17 TD 19 18 TD 600 B
19 TD 20
C+ TD 6. 1 TD s 600 TD 1500 cC+ TD 1
? 3 TERMINAL ARRESTOR 3Y20 700GTISSUE-02 SSUE-03 ISSUE-04 SSUE-05 SSUE-06 SSUE-07 SSUE-08 19-09-91 23-08-95 30-06-99 01-09-03 28-02-06 08-06-07 20-5-08 .118 NIMIER I I I I I I I I I
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T ISSUE 09 4/4/13 ICSTDT031IJEUMDNT SCHNEIDER - SINGLE RAIL ELEC 8. NDN-ELEC ISHT T031 ICB STD
SUMMARY OF CONNECTIONS FOR SINGLE RAIL DC ELECTRIFIED DR NON-ELECTRIFIED ADJACENT TRACKS TC BE JEUMDNT SCHNEIDER TRACKS ADJACENT TRACKS TC BE
ALTERNATE PCLARITIES USING TV TH 1 MATCHING TRANSFORMERS ALTERNATE PDLARITIES
+ + I I
I I
Ill 111 CCNNECTED TD RAIL CCNNECTED TD RAIL Ill 111 TCTAL LDCP RESISTANCE I 'tt'ITH CHAtftlEL PIN 'tt'ITH CHAtftlEL PIN TCTAL LDCP RESISTANCE1 NJT TC EXCEED 0.2 Clf4 :T TC EXCEED 02 c:,I
112 112
-112 112
15 ENDCAP 1:1 ENDCllP
SHDRT _rf,__SHDRT _rf,__ ~ ER2-2 RESISTOR REQUIRED FOR ELECTRIFIED AREAS, LEAD~LEAD~ DR LOOP BET'WEEN R Qnd V V+ R v-V+ R V
Ml1JNTED REQUIRED FOR NON-ELECTRIFIED AREAS MCUNTED MATCHING TRANSFORMER MATCHING TRANSFORMERNEAR NEAR
TV TH 1 TV TH 1TRACK TRACKA B C A B C
LTCTAL LINE LDCP RESISTANCE 13
AD..USTED TC 20 DHMS 13 MAXIMUM LINE LCCP
I I I RESISTANCE 60 CHMS
IAS PER TABLE BELC'tt' I I 1'4 14______.A.------ \
6 5 '4 3 2 1 C+ c- C+ Cl-PSU
IX120 UI:
AP2 TRANSMITTER RECEIVER ,~""'
~ APl NCO EGT 600 NCO RVT 600 Pl P2 Dl D2 Sl S2 Vl+ V V2+ 2
S:UPPLY VCLTAGE TRACK STICK CIRCUIT I\ l__J
103V TC 127V TC BE CCNNECTED HERE I ~ 11'4*"' *"' - ~ll
Pl P2 Dl D2 Sl S2 TC 20 CHMS USING INTERNAL RESISTCRS Vl+ Vl- V2+ V2
ACTUAL LaaP
SETTING IF TRANSMITTER LCDP RESISTANCE 'tt'HERE APPLICABLE -
BRIDGES TC BE MADE TC ACHIEVE RELAY- AP PO'WER SUPPLY RESISTANCE IF
TCTAL LCCP RESISTANCE CF 20 Clf4S NCO CV TH 2 404~li ..,~,....--t---- AN NCO EAT USCA 'tt'IRE A/C+, C-/B 0 TC 2 C+ TC 6 2 TC C+ TC 5"' TC 5.5 C+ TC 5, 2 TC 3
5.5"' TC 7 C+ TC 6, 3 TC '4 7 TC 9 C+ TC NCTE 'tt'IRE/CABLE SIZES
C+ TC "' 2 TC 3 111 7119/0.261'11'1 STEEL HYPALCN9 TC 10,:5 "' 112 710.851'11'110.5 TC 12 C+ TC 6, 3 TC 5 113 7 /0,:51'11'1 T'tt'IN SHIELDED12 TC 14 C+ TC 3
1'4 TC 16 C+ TC 2 *"' 710.41'11'1 16 TC 17 C+ TC 6, 1 TC 2, 3 TC 5 W5 GREEN/YELLD\i \i!RE TC BE ISCLATED
'tt'ITH AN INSULATED END CAP17 TC 19 C+ TC 6, 1 TC 5 19 TC 21 C+ TC 1 .Q. 3 TERMINAL ARRESTCR
_I_ 3Y20 700GTISSUE 02 ISSUE 03 ISSUE 04 ISSUE 05 ISSUE 06 ISSUE 07 ISSUE 08 19-09-91 23-08-95 30-06-99 01-09-01 01-09-03 28-02-06 08-06-07 JOB NIMllER I I I I I I I I I
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T ISSUE 07 8/6/07 9:57 Rev CSTDT032 JEUMONT SCHNEIDER - SINGLE RAIL DC ELEC CAP FED SHT: T032 CB: STD01
SUMMARY OF CONNECTIONS FOR SINGLE RAIL DC ELECTRIFIED CAPACITOR FED
ADJACENT TRACKS TD BE
ALTERNATE POLARITIES USING JEUMONT TV TH D2
SCHNEIDER TRACKS SAR MATCHING TRANSFORMERS
ADJACENT TRACKS TD BE
ALTERNATE POLARITIES
+ + n u
#I #I
TOTAL LOOP RESISTANCE NOT TD EXCEED 05 OHM
CONNECTED TD RAIL
1.'ITH CHANNEL PIN
CONNECTED TD RAIL
1.'ITH CHANNEL PIN
-#I #I
n u
#2- #2 - #2 - #2 -#2 #2 #2 #2
-='=2000uF
TD SECOND TRACK ( JOAT63V ,,- - - _/\.___ - ~ TOTAL LOOP RESISTANCE ADJUSTED TD 2 OHMS~ I l PRK2
BT! BT2 NT BT! BT2 NT BT! BT2 NT MOUNTED MOUNTED
MATCHING TRANSFORMER MATCHING TRANSFORMER MATCHING TRANSFORMERNEAR NEAR TV TH D2 SAR TV TH D2 SAR TV TH D2 SARTRACK TRACK
NHV BHV NHV BHV NHV BHV
TOTAL LINE LOOP RESISTANCE MAXIMUM LINE RESISTANCE
RF20 RF20ADJUSTED TD 60 OHMS #2#2 #2 60 OHMS PER LOOP
' #3 #3 #3
,---~---#4v \ v- - - - #4 #4
C+ C- Cl- C+
PSU LDC BX120 f\- ,._ A______. AP2 TRANSMITTER RECEIVER
4 - API NCO EGT 600 NCO RVT 600
PI P2 DI D2 Sl S2 Vl+ V V2+ 2 SUPPLY VDL TAGE
TRACK STICK CIRCUIT J\___ __j103V TD 127V
#4 #4 TD BE CONNECTED HERE - --!>I ,------ #4
\.'HERE APPLICABLE V ~ PI P2 DI D2 Sl S2 Vl+ Vl- V2+ V2
NOTE I '..'IRE/CABLE SIZES - AP PO\./ER SUPPLY RELAY#I 7 /l9/0.26ru'1 STEEL HYPALDN
NX120 AN NCO EAT 115CA NCO CV TH 2 404 PSU
#2 7 /0,85rH'1 CLDC> t #3 7 /0.5rH'1 Tl.'IN SHIELDED
#4 7 /0.4rH'l
~ 3 TERMINAL ARRESTOR_l 3Y20 700GT
ISSUE 02 ISSUE 03 ISSUE 04 ISSUE 05 ISSUE 06 19-09-91 23-08-95 01-09-01 01-09-03 28-02-06 JOB NUMBER
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LDC LDC IX120
f'1 4A
ISSUE 06 19/11/12 14142 STDT035 JEUMONT SCHNEIDER - SINGLE RAIL TRACK CIRCUIT - NON ELECTRIFIED
SINGLE RAIL JEUMDNT SCHNEIDER TRACKS TYPICAL 2-IJIRE RECEIVER IJITH TRACK STICK
SHT T035 CB STD
4 MAX Lll' RES. TDTAL LDDP RESISTANCE mTAL LOOP RESISTANCE MAX LINE RES. TRACK
AP APl AP2 C+ 4
Sl Sl S2 S2
PSU Dl Dl TX 02 02
LDC Pl Pl
NlC120 AN P2 P2 c
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T ISSUE 05 9/6/07 9:56 CSTDT036 JEUMONT SCHNEIDER - DOUBLE RAIL ELECTRIF"IED SHT: T036 CB: STD
ADJACENT TRACKS TD BE
ALTERNATE POLARITIES n u
+ n u
+
SUMMARY OF CONNECTIONS FOR DOUBLE RAIL ELECTRIFIED JEUMDNT SCHNEIDER TRACKS UP TD 600M
USING DC IMPEDANCE BONDS AND NCO, RVT. 600, 2 \VIRE RECEIVER ADJACENT TRACKS TD BE
ALTERNATE POLARITIES
+ n u
n+ u
#5 #5 #5 #5
TRACTION NEUTRAL TD ADJACENT TRACK CIRCUIT l l
TRACTION NEUTRAL TD ADJACENT TRACK CIRCUIT
VA VN VB v A VN VB DC IMPEDANCE BOND DC IMPEDANCE BOND
CIT 1400 CTl or 2000P CIT 1400 CTl or 2000P G H NOTE 4 A B C D E F G H I K L M
l L_J NOTE 2 '- --------..;- -------_/ NOTE 'WIRE
3 ENDS TD BE FOR CONNECTIONS I NOTE 2
LABELLED SAME CORRESPONDING
AS SEE TABLE IN MANUA~ ___}\___-----.__
RX TERMINALS #3
TOTAL LINE LOOP RESISTANCE -NOTE 3
ADJUSTED TD 20 OHMS
AS PER TABLE l~E~~~--------~~ ~: TABLE 1 MAXIMUM LOOP RESISTANCE
60 OHMS
- #3
6 5 4 3 2 I C+ C SETTING OF LOOP RESISTANCE
PSU BXl20
LDC I~o------AP2
f 4A ~ API
SUPPLY VOLTAGE
103V TD 127V
TRANSMITTER
NCO EGT 600
PI P2 DI D2 SI S2
TD 20 OHMS USING INTERNAL RESISTORS
ACTUAL LOOP
RESISTANCE OF
\,/IRE C+/F, C-/1
0 TD 2
BRIDGES TD BE MADE TD ACHIEVE
TOTAL LOOP RESISTANCE OF 20 OHMS
C+ TD 6
C+ C2
RECEIVER NCO RVT 600
VJ+ V2+ v l}
FOR SEE
CONNECTIONS TABLE IN MANUAL
#4 #4 2 TD 4 C+ TD 5 "'---~
PI P2 DI D2 SI S2
4 TD
5.5 TD
5.5
7
C+
C+
TD
TD
5,
6,
2
3
TD
TD
3
4 MAXIMUM LOOP RESISTANCE
120 OHMS
#4
t
~ AP
AN
PO\JER SUPPLY NCO EAT 115CA
7
9
10.5
12
TD
TD
TD
TD
9
10.5
12
14
C+
C+
C+
C+
TD
TD
TD
TD
4
4,
6,
3
2
3
TD
TD
3
5
0500 METRES MAX.)
TRACK STICK CIRCUIT
#4
+EV2
NC0 VDR SV2
+ -
14 TD 16 C+ TD 2 TD BE CONNECTED HERE ---t> MAXIMUM LOOP RESISTANCE
NOTE I \,/IRE/CABLE SIZES 16 TD 17 C+ TD 6, TD 3, 3 TD 5 \,/HERE APPLICABLE #4 120 OHMS
#1 7/19/0.26rm STEEL HYPALDN 17 TD 19 C+ TD 6, TD 5 Vl+ Vl V2+ V2 0500 METRES MAX.) #2
#3
7/0.85"11"1
7 /0.5Mrl T\,IJN SHIELDED 19 TD 20 C+ TD 1
RELAY
#4 7/0.41"1'1 NCO CV.TH 2.404
#5
NOTE 2
TRACTION SIDE LEADS
TD CHANGE POLARITY, S\,I AP
CONNECTIONS ON THE IMPEDANCE BOND
NOTE
NOTE
3
4
LABEL \,/IRES AS STATED
ON 2000P BOND TERMINAL
ABOVE
T
y =
3 TERMINAL
3Y20 700GT
ARRESTOR
CTRANSMITTER C-/C+, RECEIVER C+/C2-) IS LABELLED AS 'J'
ISSUE 01 ISSUE 02 ISSUE 03 ISSUE 04 16-04-93 23-08-95 01-09-03 28-02-06 JOB NUMBER
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01 S
T ISSUE 04 9/6/07 10:42 CSTDT039 SOLAR PD\v'ERED TRACK CIRCUIT SHT: T039 CB: STD
SOLAR TRACK FEED
45\./ KYOCERA TRACK RELAY SOLAR PANEL
,. DIODE ON !A
HEATSINK
120 or # 240 AH
NICAD QT! 4s ADJUSTMENT 0-3V V EX TRACK or
QTMI 4s t4
SE
NORMALL y OFF H PUSH BUTTON TD TRACK
t5
t6
# TRACK RESISTANCE DC 2s + 2s VARIABLE
* DIODE lOOV, !SA Min
ISSUE 01 ISSUE 02 ISSUE 03 01-12-98 01-09-03 28-02-06 JOB NUMBER
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01 S
T ISSUE 04 9/6/07 18:20 CSTDT040TRACK CIRCUIT - FS2600 SHT: T040 CB: STD
FS 2600 ,------, I I
I I
PSU BX120
PSU NXl20 CLDC>
LDC
= t
,---------, I 120V llOV I
: I I I L ______ _J
lOOVA
BXllO
fl
f2
f3
NXllO
tl
t2
t3
4A
u9 I 10 I 11 I I LI 1----1LDCTX 14 3 o----~,>--------
-
ISSUE 04 12/6/07 10:32 CSTDT041 DC TRACK CIRCUIT - DC TRACK FEED SHT: T041 CB: STD S
uper
sede
d by
T H
R S
C 0
0001
ST + ADJACENT TRACKS TD BE r----------------------------1 ALTERNATE POLARITIES
I I LOC +
CLOD t I 'LO\./ BALLAST' +
I
I I TRL ____________________________ J
TR17 TRACK FEED UNIT
+ I
QT! 4R
ADJACENT TRACKS TD BE r----------------1
I + ALTERNATE POLARITIES
I I LOC
f 4A !
+
I
I
T+ I 4R1# ILOC IPSU BX120 I
I
I
e T-1 LOCPSU I
CLOD t I I +
NX120
# 1I I TQpplngs QS required for
I I tro.ck circuit o.djustMents TRL ________________ J
STORE 72
+ I
ADJACENT TRACKS TD BE
r----------------1 I +
ALTERNATE POLARITIES
I I LOC +
:"" : I I
T+ I
IPSU
BX120 I
I
I
e T-1 LDCPSU INXl20 7 /0.85MMCLOC) I I +NOT TD EXCEED
I I
150MM IN LENGTHI I TRL ________________ J
#2 Adjust vol to.ge for trickle
STORE 72 cho.rge o.s o.pproprio. te
CNE\./ DESIGN>
+ I
ISSUE 01 ISSUE 02 ISSUE 03 #3 Vires MUST be terMino. ted on the bo. ttery30-06-99 01-09-03 28-02-06
JOB NUMBER
PSU BX120
PSU NX120
I 'HIGH BALLAST' I
LOC I
:=El LOC
Tro.ck Adjust
Ni/CQcl 135 AH 1 or 2 Cells
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01 S
T
BTR
DI D2
BCR
---, I
4 II
ISSUE 04 12/6/07 14:09 CSTDT042 TIFFENBACH AXLE COUNTER SHT: T042 CB: STD
TAZ DSSl ~,----------- l ,,---.., Nl N2 N3 N4 N5
I BK 4
5 l YE Sl I T \.,/HEEL SENSORS ():'. w >- w (/)
~I Tiffenbo.ch type _J w _J wi::i()_6
I GN 2 N59-1R-600-40 ()_ -LL ::::J ():'. ():'. i::iI \VT Sll ::::J -_J D - Zo Sto.r quo.d slgncil co.ble or equivo.lent
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01 S
T ISSUE-01 3117 /07 8:01 csrnn20 CSEE TRACK CIRCUITS \./ITH DPU SHT: T120 CB: STD
COMMON PSU DPU DPU RX
PSU B24
LOC PSU
!20V B24
B24
Rl
!RX
Al
ARR,------, 2
BLACK DPU JB 2
f 4A 4A DI
4A DPU AMP #1 E SCREEN ABCHz
PSU N24
CLOD t ov N24
N24
tl t2
R3
AS
D2
A2
A6
THRU LINK MODULE
4 CGREY) 1L_I __ _J \VHITE
@
2C 7/0.50MM 2
2
DPU RELAY SE= #2
DPU RX DPU
VI V2 A+ L+
Rl
A L-ABCHz
Rl c KRV"'{TABLE
R2 C2
NOTE 1, #I ELSAFE 290V RMS ARRESTOR #2 ARRESTOR EARTHED MECHANICALLY >
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01 S
T
A BX120
'A'RR PDR 120V c XING PSRB5DCINT> l ___..,
f ..... 4
RR PDJR
RR PDJPR
ISSUE 01 ISSUE 02 01-09-03 28-06-07 .m MUNIER
ISSUE 03 3/11/08 14106
'B' 120V PSR
'C' 120V PSR
Afl xcx
RR PDR
116 Il5
RR PDR
RR PDJR
B1 12 Cl Cl!
BX120
NX120 (I)
CSTDU103 PD'WER SUPPLY INDICATORS
B
:~ t
RR PDR
Rl R2
RR PDJR
RR PDJPR
Rl
Bfl xcx
B
B
: c N5DCINT>
t (XJNG)
A llXl20
~
f' .....
CA> t
c IXJl!O
c :r.!CICJNT)
c B5DCEXT>
c 124
DI"'6
c --
c ) N:IDCINT>
CC>
c ) N50CEXT>
CC>
) ~24Dr.to[;CC>
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01 S
T ISSUE 04 4/7/07 8:48 CSTDU104 PD'WER SUPPLY INDICATORS SHT: Ul04 CB: STD
PSU B24
PSU B24
LOC
f 4A
A-C PSKR
24V 24V sov INT
A B C SOV 120V 120V 120V 24 V INT
sov INT
sov EXT
sov EXT PSRLOC PSR PSR PSR PSR PSR
~4~A~~~~~-1~+1~~~~-,0~~1>--~~~~~~~~---,1~~1>--~~~~~~~~---,u
sov EXT
##
LXING ND CHARGE
'w'ARN KR
6 3
LXING BATTERY TEST R
'w'ARN PSKR