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Technical Note - TN 064: 2015 For queries regarding this document [email protected] www.asa.transport.nsw.gov.au Technical Note - TN 064: 2015 Issued date: 09 October 2015 Subject: Amendment to SDG 003 Circuit Design Standards ATP - ETCS and signalling interface circuits under review 1. Background This technical note is issued by the Asset Standards Authority as an update to SDG 003 Circuit Design Standards ATP, Version 1.3, issued 21/08/12. This technical note advises that the current published interface circuits between the ETCS equipment and signalling circuits are currently under review as part of the development work of the ATP (AMS) project. The standard circuits for ATP shall not to be used for any design work associated with the AMS project (ETCS Level 1 LS Mode). Clarification shall be obtained from the ASA regarding confirmation of the status and availability of the new standard circuits. © State of NSW through Transport for NSW Page 1 of 3 Technical Note - TN 064: 2015 2. Amendments The following section is amended: 1.2 Circuit Schematic Status List of Effective Pages Publication No.: Circuit Book Name: Version: Date: SDG 003 CSTD 1.3 Issued 21 August 2012 CURRENT STANDARDS Page Circuit description Date Issue Status ATP 1 LEU AND BALISE - 1 11/05/12 2 Withdrawn ATP 2 LEU AND BALISE - 2 11/05/12 2 Withdrawn ATP 3 LEU AND BALISE – 3 11/05/12 2 Withdrawn ATP 4 CURRENT SENSING INPUTS 1 14/06/12 3 Withdrawn ATP 5 CURRENT SENSING INPUTS 2 11/05/12 3 Withdrawn ATP 6 CURRENT SENSING INPUTS 3 14/06/12 4 Withdrawn ATP 7 CURRENT SENSING CONFIGURATION 1 11/05/12 2 Withdrawn ATP 8 CURRENT SENSING CONFIGURATION 2 11/05/12 3 Withdrawn ATP 9 CONTACT SENSING CONFIGURATION 1 11/05/12 2 Withdrawn ATP 10 CONTACT SENSING CONFIGURATION 2 11/05/12 2 Withdrawn ATP 11 CONTACT SENSING INPUTS 1 11/05/12 2 Withdrawn ATP 12 CONTACT SENSING INPUTS 2 11/05/12 2 Withdrawn ATP 13 CONTACT SENSING INPUTS 3 11/05/12 2 Withdrawn ATP 14 CONTACT SENSING INPUTS 4 11/05/12 2 Withdrawn ATP 15 CONTACT SENSING INPUTS 5 11/05/12 1 Withdrawn ATP 16 CONTACT SENSING INPUTS 6 11/05/12 1 Withdrawn ATP 17 NETWORK CONNECTIONS 11/05/12 1 Withdrawn ATP 18 MAINS DISTRIBUTION AND SURGE PROTECTION 11/05/12 1 Withdrawn ATP 19 CURRENT SENSING INPUTS (WESTRACE) 4 05/06/12 1 Withdrawn ATP 20 CURRENT SENSING INPUTS (WESTRACE) 5 05/06/12 1 Withdrawn ATP 21 REMOTE SENSING INPUTS 7 (REMOTE SENSING) – SHEET 1/2 14/08/12 1 Withdrawn ATP 22 REMOTE SENSING INPUTS 7 (REMOTE SENSING) – SHEET 2/2 13/08/12 1 Withdrawn © State of NSW through Transport for NSW Page 2 of 3 Technical Note - TN 064: 2015 Authorisation: Technical content prepared by Checked and approved by Interdisciplinary coordination checked by Authorised for release Name Daniel Oakes Peter McGregor John Paff Graham Bradshaw Position Principal Engineer Technical Standards Lead Signal and Control Systems Engineer A/Chief Engineer Rail Director Network Standards and Services Signature © State of NSW through Transport for NSW Page 3 of 3 Engineering Specification Signals SDG 003 CIRCUIT DESIGN STANDARDS ATP Version 1.3 Issued 21 August 2012 Owner: Chief Engineer, Signals & Control Systems Approved by: Warwick Allison Chief Engineer Signals & Control Systems Authorised by: Geoff Yarrow Principal Engineer Signalling Principles & Design Technology 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 user’s sole responsibility to ensure that the copy 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. UNCONTROLLED WHEN PRINTED Page 1 of 4 Engineering Specification Circuit Design Standards RailCorp Engineering Specification — Signals — Circuit Design Standards Circuit Design Standards ATP SDG 003 Document control Version 1.0 1.1 1.2 1.3 Date 2 August 2011 28 May 2012 26 June 2012 20 August 2012 Summary of change New document Delete cover sheet, control sheet & correlation sheet; delete job number and date stamp off each circuit; Circuit amendments to sheets ATP 1-14; New sheets ATP15 & ATP16 for contact sensing, ATP17 network connections; ATP18 Mains Distribution & Surge Protection. ATP 1,3,4,5,6,7 new version; 19 & 20 new drawings ATP 5, 6 & 8 amended; 21 new drawing Summary of changes from previous version Summary of change © RailCorp Issued 21 August 2012 Section UNCONTROLLED WHEN PRINTED Page 2 of 4 Version 1.3 RailCorp Engineering Specification — Signals — Circuit Design Standards Circuit Design Standards ATP SDG 003 Contents 1 1.1 1.2 1.3 ATP Standard Circuits ............................................................................................................4 Introduction ...............................................................................................................................4 Circuit Schematic Status ...........................................................................................................4 Circuit Schematics ....................................................................................................................4 © RailCorp Issued 21 August 2012 UNCONTROLLED WHEN PRINTED Page 3 of 4 Version 1.3 RailCorp Engineering Specification — Signals — Circuit Design Standards Circuit Design Standards ATP 1 ATP Standard Circuits 1.1 Introduction SDG 003 This document contains the standard circuit diagrams for use in ATP projects. 1.2 Circuit Schematic Status List of Effective Pages Publication No.: Circuit Book Name: Version: Date: SDG 003 CSTD 1.3 Issued 21 August 2012 CURRENT STANDARDS Page ATP1 ATP2 ATP3 ATP4 ATP5 ATP6 ATP7 ATP8 ATP9 ATP10 ATP11 ATP12 ATP13 ATP14 ATP15 ATP16 ATP17 ATP18 ATP 19 ATP 20 ATP 21 ATP 22 1.3 Circuit Description LEU AND BALISE - 1 LEU AND BALISE - 2 LEU AND BALISE - 3 CURRENT SENSING INPUTS 1 CURRENT SENSING INPUTS 2 CURRENT SENSING INPUTS 3 CURRENT SENSING CONFIGURATION 1 CURRENT SENSING CONFIGURATION 2 CONTACT SENSING CONFIGURATION 1 CONTACT SENSING CONFIGURATION 2 CONTACT SENSING INPUTS 1 CONTACT SENSING INPUTS 2 CONTACT SENSING INPUTS 3 CONTACT SENSING INPUTS 4 CONTACT SENSING INPUTS 5 CONTACT SENSING INPUTS 5 NETWORK CONNECTIONS MAINS DISTRIBUTION AND SURGE PROTECTION CURRENT SENSING INPUTS (WESTRACE) 4 CURRENT SENSING INPUTS (WESTRACE) 5 REMOTE SENSING INPUTS 7 (REMOTE SENSING) – SHEET 1/2 REMOTE SENSING INPUTS 7 (REMOTE SENSING) – SHEET 2/2 Date 11/05/12 11/05/12 11/05/12 14/06/12 11/05/12 14/06/12 11/05/12 11/05/12 11/05/12 11/05/12 11/05/12 11/05/12 11/05/12 11/05/12 11/05/12 11/05/12 11/05/12 11/05/12 05/06/12 05/06/12 14/08/12 Issue 2 2 2 3 3 4 2 3 2 2 2 2 2 2 1 1 1 1 1 1 1 13/08/12 1 Circuit Schematics The following pages show the actual circuit schematics for use in ATP applications. © RailCorp Issued 21 August 2012 UNCONTROLLED WHEN PRINTED Page 4 of 4 Version 1.3 [ $;F. I I CDNF. KEY ID CDNF. KEY NAME CDNF. KEY SPI )-< 1TD9 I 11/5/12 I LE u A SIGNAL NAME CIN'. KEY Sub-D9 1A 1 nawg LEU AND BAUSE 13•46 I+24 PDW'ER SlPPL y 2 ~~ ~E ov r·v L. Cl LAMP 1-2-3 LAMP 4-5-6 C2 lC3 LEF'T + + I - "'"' I I xxxx ~--~~--~ 2 + I RESERVED FIR BEPT MAINTENAN:E (= CABLE;-< I I ,_SHIELD CABINET EARTH ADJACENT TO LEU 1 I I xxxx I I IIIII<7 II I SHIELD--1: =~ ~=~E;-< J J BAUSE SAIB PLLG - VHiiE r; PINC 4 ..."" • ~~®® • J .,!, 1 ·~JB ""11 11 ... 2 "' 11 11 ·=_j 4 2SP Pu tll DTHER CIH£CTmNS VIE'w'ED YlTH PLUG RDIJVED F1UI BALISE \llllTE PINC 3 4 ... 2 ID .,!, 1 I«JUNTING RML ltlUNTING RML ELECTRICALLY CDNNECTED TO MAIN EARTH. lSP I >!!< rc.,.. . ---+·~ •+EB '"r¥ ~ SMB ~ BH..ISE S!ICKET ~ PLUG BAUSE 2 CABLE ....... TYPE D ll s TRlNC CABLE TYPE C AIMI.R EARTI£D VIA CL.NP, BAUSE ID r7 r • ""I\ii 1 ... 11 11 2 11 11 .)< 11 "' 11 3 11 4 =_j I 11 11 ATP JB 2SP Pu ELSAF"E ~S ARRESTJ:R MDJII.LE & BASE PART tll's BASE - 21660DA MODULE - 216680 • 11 TRACKSmE ux: ARRESTJ:R EARTI£D MECHANICALLY TO Tl£ I 1 3 lSP BAUSE ID TRACKSmE 11 l®®o®© ©®® I DC O.BA .,!,. ux: I 24V +24V DV 1111 1111 X4X:S TYPE A ..DB NUMBER DV fXX 1-0!1-Q! I 1111 11111 ""I I I I I I + + ww "'"' + ww XXX BXI20 4A r3:sme .,.m r~:5 ,..e GN/YL ETH.2 C\IC\1 NX120 (UX:) "" +24V EURD OUTPUT ETH.l 1/1 CB• ATP1 . DIN~ DIN F4B ISHT• ~~ INPUT ~ NX BX Xl X2 I LEU A PSU STD 021 IIJOI /12. Al 0 1 r. 7 >!!< --+~ e+EB '"r¥ ~ ~ SAIB BALISE ~ PLUG S!ICKET CAJILE ....... BALISE 1 TYPE D c..!... I TRI.NC CABLE TYPE C AIMI.R EARTI£D VIA CLAfiP. I I I I I I I I I I I I I [ $;F. I IISSUE-021 11/5/12 I CONF. KEY ID CONF. KEY NAME CONF. KEY SPI )-< 1TD9 LE u A SIGNAL NAME CIN', KEY I+24 PDW'ER SLPPL y 2 ~~ Sub-D9 I" 1,..~.awg LEU AND BALISE 14•57 NX BX X1 Cl LAMP 1-2-3 LAMP 4-5-6 C2 lC3 p-o 1TD9 +24V DV DC O.BA LE u B SIGNAL NAME CI:N". ICEY SUb-D9 I+24 ..__ PDW'ER SLPPL y 2~~~ 0 A1-< 4A ISHT• 1/1 CB• ATP2 LEU B PSU STO 021 IIJOI I~ ~· ~ ~~~ ov r·v NX BX 120V AC L. XXX BXI20 24V CONF. KEY ID CONF. KEY NAME CONF. KEY SPI (UX:) +24V DV I NX120 120V AC ov r·v L. X2 $;F. ~~ ~· ~ /12. Al 0 [ LEU A PSU STO 021 IIJOI 2 X2 fXX DIN F4B Cl LAMP 1-2-3 LAMP 4-5-6 C2 lC3 +24V DV 24V +24V DV DC O.BA 4A fXX ~ DIN F4B LEFT LEH EURO OUTPUT I ETH.I EURO OUTPUT 2 I ETH.I =~:t: >- 2 SHIELD -i:::f:':f:'=l>CABLE "'' TYPE J '' '' ' ' CABLE;-< ~=~E;-< J TYPE A J ..."" • TRACKSmE ux: ....iiE r; BAUSE SAIB PLLG - PINC 4 .,!, ~~®® 1 1SP l®®o®© ©®® ·~JB ""11 ... 1 11 2 11 "' 11 11 3 ll 4 2SP "' • VIOTE 3 4 I«JUNTING RML ltlUNTING RML ELECTRICALLY CDNNECTED TO MAIN EARTH. I SMB ....... s ... 2 ID .,!, 1 1SP I ....iiE •+EB r; ••• <2> BAUSE SAIB PLLG - PINC 4 rr:: r • ""I\ii 1 ... 11 11 2 "' 11 3 11 4 1111 11 .)' r. • J VIOTE 3 e+EB '"r¥ ~ PINC ~ SAIB 4 ID ....... 1 BALISE 1 3 I I I I I I ,. . I I •+EB ~ BAUSE ~ PLUG CABLE ....... S!ICKET BAUSE 2 TYPE D ll 4 _j s TRl.NC CABLE TYPE C ARIO..R EARTI£D VIA CLNI', BAt,lSE TRACKSDE ATP JB rr:: r 1 ""11 11 2 "' 11 3 11 4 2SP ... IRAIN SIOELD TRI.NC CABLE TYPE C AIMl.R EARTI£D VIA CLNP. I rc.-{[ . * ~ • SAIB "' 11 11 2 .,!, TYPE D I 2 >!!< •n 11 S!ICKET CAJILE c..!._ 1 ••• ""1\• BALISE ~ PLUG ... 11 ux: REMDVED F1UI BALISE --+~ 11 1<1 IITI£R CI:N£CTDIS VIE'w'ED VITH PLUG >!!< ·~JB \lh 2SP " ' IRAIN SIOELD ••t,l•• TRACKSDE 11 l®®o®© ©®® 7 1 1SP TRlNC CABLE TYPE C BAUSE ID 2 .,!, ~~®® S!ICKET BAUSE 2 AIMI.R EARTI£D VIA CL.NP, =_j I J ux: BH..ISE CABLE ATP JB 2SP "' ELSAF"E ~S ARRESTJ:R MDJII.LE & BASE PART tll's BASE - 21660DA MODULE - 216680 I ~ ~ PLUG TRACKSmE ux: ARRESTJ:R EARTI£D MECHANICALLY TO Tl£ I '"r¥ CIH£CTmNS PINC ..DB NUMBER ,.. . ---+ ~~Ea< J rc.~ ·~ tll DTHER VIE'w'ED YlTH PLUG RDIJVED F1UI BALISE ISSUE Oil 06 07 Ill • 1111 11 CABLE;-< TYPE A >!!< TYPE D ·=_j J BAUSE ID '' '' ' ' ' ' 1111 11 .)' r. ..r¥- ~~ 7 >!!< ~ e+EB BAUSE ~ PLUG SIICIIH~I~II~l~/~ll _(' LE u A PDVER SI..PPL y I+24 2~~ I o •1• LEU A PSU STO 021 liJOl SIGNAL NAME x2 Cl CONF. KEY ID ~ CONF. KEY NAME ~ <;UN', KEY SPI 1ti'UT +- ~':! ·~P.:::;-t.~'~/ ,._ lt tXX ~. ~··- LAMP 1-2-3 [).... 11091 ClJoF, XEY ~ I" Sub-D9 I .. Cl PDW'ER SlPPL Y 24V DC Sub-D LAMP 1-2-3 ETH.2 1 ETH.l 1111 llil1 2 y ' 1•• ··u.l'-'''T+-+"-1--h-1-t-' 7J ..1 "" SH1EI.o--tC j: < '-l SHIELD I= XI 1NPUT +- - ~':! .....·~P.:::;-t.~'~/ t I tXX ' ~. ~··- I y y y y ETH.2 , n. y y y y 1.... y y y y I T T wJ~JmNE ..! -, BAUSE TRACICSIDE ·~JB 1 2 ~ • r¥- f.-~ Rd SHlELD BAUSE TRACICSIDE L~RDD~V~~~~~DM~IIAUSE~~;d~~~~~~·~~~JB~~~r?: 111 ~ 2 I ... il 1 • r'-" I ID ~~~~~~~~~ ~= +DC2 +DCl CDM CDM ..--=i-'11"--" SIGNAL NAME LE u c LEU C PSU STO 021 liJOl [).... 11091 ClJoF, KEY I" - I Sub-D9 Cl ...!.. TRlHC CABLE TYPE C L.:==---ARMJJR EARTI£D VIA CLAMP, UJC 3 ~ x2 Nl OTHER \IH1TE ~ TYPED CIH£CTIDNS J VIEVED 'w'lTH PLUG CONF. KEY ID CONF. KEY NAME <;I IN', KEY SPI ~ IIAUSE SIJCICET BAUSE 2 PLUG 3 • DRAlN _("' >l!< ::-~ ·:: ,:;;--:-:-++ft+~ "' ?<"' ID IR DDIJ-225 * ' ....... ~ ~~ ~· ETHERNET 1SPGnl TYPE K FDR BEPT MAINTENANCE CABLE L1lC _CABLE ~~/: RESERVED TYPE IC IC "~- 11II iiit.. . il1iilil1 ..., 1+24O ~-~~ -=~ 4-5-6 ++llw~w~ x xxx .... ' LEU B PSU STO 021 liJOl EURO OUTPUT 2 ++llw~w~ x xxx ··~ LE u B "-;:::=liil LAMP C2 I•• '- EURO OUTPUT 1 ETH.l SIGNAL NAME LAMP 1-2-3 24V DC OBA 7 -+f EURO OUTPUT >J!< ETH.l 1 2 ETH.2 -EB ~ ~~ii~~~~r:J'I ~EB 2 .. :,_f.-~~. PJNCI4=1illr!/ 1SP Gn MDUNTJNi RAn. ELECTRICAL.LY CDNI£CTED TO twN EARTH. 2SP Pu ii u ELSAF"E ~S ARRESTDR tllllLE I. BASE PART Nl's BASE - 216600A MODULE - 216680 IJOB NUMBER I I I 3 PLUG r••< 4 TYPE D !! ARRESTtR EARTI£D MECHANICAL.LY TO 11£ MDUNTI!IIi RAn... I Li. I I SOCKET BAL1SE 1 TRUNK CABLE TYPE C ARIOJR EARTI£D VIA CLAMP, I I I I I I I I I I I I I I 11416112 I 16•58 I ISSUE 3 SIGNAL MODULE I SIGNAL NAI€ LEU A RHS ,....., BYPASS TERMINALS 0/P 75 r29 LII: ,...., IIP4 L"!!.~_j 7e no INIC 2A i • • • • • 7 IIPO 1 • • • • ID • L~'!!;_j IIP6 • • 0 12 ALL EQUIPI£NT • • • • ARRANGEMENTS I. lETAILS ARE TD REMAIN l.N:HANGED F'IHI4 11£ EXISTING CIRCUIT. 0 u SIGNAL !.D. •• LII: 3 G • 3 #1 76 "" •6 5 .... 6 .;.'~J. 65 ... oiB BYPASS TERMINALS 0/P ~ 77 ..•• . DIP 7 C/P 3 58 •• 43 r26 2A 0/P rf24 2A t£W r,;;-,.-, L~ i! NIC rr I I L"!!.'!!;_j II , , I iINIC rlL~ I I!Oi>l .... LII: 6 IIP • • IIP2 L".!!.~_j 0/P rf27 2A INIC i L~ r 11 4 3 L~.!!;_j SLEEVE RED RETAINING YIRitli 2 ... 12 •32 0 • IIP6 • • 0 •3D • • • • u •16 oiB X3 .. •20 •3D •32 ETF"E TEF'LDN CIJATED 1.231w!SQ, 19/29AVG, 6DOV GRADE 78 r- 7 ..•• . C/P 3 BYPASS TERMINALS . r,l2 . rfl3 . INIC ~~ "' ------, •4 • • • • • • • • SIGN~~. !.D. •6 CIP1 72 •14 •16 ...... •IB CPD 62 CP 1 63 L231'1'1SQ, 19/291\IJG, 600V GRADE • • • • 2 SLEEVE RED R£TAIN1Ni I I I .J •• 2 2 4 4 II I •14 •16 oiB ...••• "" •32 ETF'E TEF'LDN CIJATED Le31¥1SQ, 19/291\VG, SIGNAL !.D. LII: •6 6IXIV GRAlE G 3PE y • •• 1 5 TRANSFORMERS nTTED IN !£ADS LAf!PSISL35 12V 24'W'+24W ... LEDs CIP ~. .~ RESISTOR VIRING •4 • • • DIP l t. RESIS1'1:R NDT REQUIRED IF' LED SIGNA~• !.D. 1 RESISTOR 4 VALUE AS ElClSTING •32 ETF'E TEfUJ\1 CDATED 1 ~fi: X2 • U~.!!;_j NOTE• ALTERED D/Pl L \JIRING IIP2 • • • IIP1 liP 1 #1 IIP2 3 INIC rl L~ i ~~~~AiNOO • • • • INIC ~~ 4 l~ij;l \IJRING #1 • IIP2 • • • • 6 L"!!.'!!;_j L".!!.~_j OIP •• 43 IIP3 ,...., 0/P •• IIP3 • b z •2 r,;;-,.-, 0/P C/P 6 IIP3 • b z •2 SIGNAL twE LEU A LHS LEU t----J IIP1 liP 1 • • • • • • 0 SIGNAL NAN! LEU A LHS LEU 74 D/P • • • •4 • •6 • 7 X3 • 2 IIP4 IIP5 or LEDs VALUE AS ElClSTING CSC234) ~NIC ~~ ID TRANSFtRMERS nTTED IN HEADS LAWSISL~ 12V 24W+241J SIGNAL !.D. CP 2 LII: 0 y 6 . #1 IIP4 • b z • 2 NEW •16 •• I 1 -0--j f-J.I.a- 4 5 ,....., L"!!.~_j G II SIGNAL NAI£ LEU A RHS BYPASS TERMINALS 0/P C/P 4 •4 ISHT• 1111 CB• ATP4 LEU !,]), DIP 7 5 I SIGNAL MODULE IIP5 L~ 1 r IIP4 • b z • 2 t£W INIC L~ i rl 2A 0/P CIPI IATP4.clwg I CURRENT SENSING INPUTS I -f+--+t--t-o o o 14 60 2 4 A 0 0 ol6 X2 rfl :N/0 I/P2 1 RR o--+-' o o 18 L2~~_j 40 3 D/P l1n iij I !/PI D/P3 ---+-~~u,__-H---------:------i--=e~f-T-----rr-<~,_--+t--t-o o o 2 a 58 rf6 ~2A : N/D L~ 1/P I 2 0 0 o30 II : II • 8 TRANSFORMERS FITTED IN HEADS LAMPS•SL35 12V 241J+241J or LEDs ~A I/P6 o o o28 ooo30 ---+-------------, SIGNAL I.D. '----7--:------+--------+-{ o 18 9 --~~--2·4---2·4~_....,2--~~D~~ CP2--~--------------~-7~~~~~~~~---~--~ 1-+------.....-------' .----------------+-{RI-+------==--• 7 3 CSC234l CP2 .---t---~~--~IAVI,A~AIA,,A--~~~ 65 R~~~f~R 2 VALUE AS EXISTING ~~-----+----~---t~Gr-t---------, I I '------o------o---+--{ y 2 2 4 6 11 SIGNAL SB 0 0 ol6 11 LDC o 2 7 1 5;;- sb--, o28 o #1 z I/PS D/P6 ---+---4LJI------------~------~~f-T-------+---tt-~ o 1 1 78 10 fS 2 A SIGNAL I. D. 1N/D ~~ 1 1 I/P s o o 36 12 I/P6 1111 CB: ATP5 I/P4 d b DIP 5 ---+---4~LJI-------------------...;:....;t'---,-------+---+t-J--o o f3 ~2A I Lll___, 77 8 0 0 ~ N/D [" 1/P 4 9 D/P 16;;,- (;b I I/P6 ---+---4\JI-------7---i------i....:O::....:'--;;:--,-------+------t+-t-o o o 2 f8 ~2A I L L:____, 75 8 0 0 0 4 ~ N/D l r-:-' I/P 4 0 0 6 SIGNAL MODULE !.D. #1 CP2 ___,__ _ _ _ _ 65 I/P5 • 10 0 0 016 LDC SB 25 25 o o .~ ~~~----~---+-.-~---~ 24 24 23 23 I i o20 ~~6c~ L-------, c SIGNAL I. D. 72 VALUE AS EXISTING / -...... TERMINALS NEIJ I/P4 D/P 14;;,- 4b I LDC d b D/P 5 o--+--4'V----7--7-7------f--'--1>=--i-------'-'1>=--i-------'-=1>--i------- LEU A LHS I/P3 d 0 0 • 0 •28 •32 •z • •• 0 o2 0 04 p3PE SPARE !IPI • • • • 0 ) -~ L(!)/ I·ATs·l • •16 0 • •IB I/Pl 0 0 028 0 0 030 0 0 032 -+ [SJ 0 o4 0 0 6 r+ J~p~ ...... •32 ' ' MEDIUM first aspect •14 o o ot& o o ot8 !/PI • 0 028 'A' CAUTION 0 0 o30 0 0 o32 first aspect straight route • •16 0 0 •IB !IPI 0 0 028 CAUTION TURNOUT 0 0 030 first QSp.,ct 0 0 MEDIUM 8 0 0 4 'B' 0 6 CAUTION TURNO~ BOL !IP'5 0 0 ol6 0 0 ate MEDIUM TURNOU 0 0 020 3PE BDL 0 0 030 0 0 032 032 0 0 0. 0 0 0 0 8 0 LO'J SPEED first QSp.,ct I SPARE 6 !IP2 • 0 014 o or VRR 11. ECR CDNLY IF INFILL PROVIDED> • - 4 @) !IP6 • 0 028 ~~oo 0 CAUTION V!!= r-EEl 0 04 •14 y 0 o2 • / ®(!) _( (!) -il> ~p::::: 0 0 CLEAR - 0 !IP3 d z 0 0 o2 0 8 0 3PE • LEU 8 LHS •z • •• MEDIUM :t J • • !IP4 d z 0 • 2 ~ CAUTION 0 CLEAR LEU A RHS 0 CLEAR 06 0 ®- 0 0 ' ' •2 • • MEDIUM TURNOUT-- 3PE BDL 0 !IP3 d 0 0 !IP2 •14 0 z LEU A LHS • IIP2 • • • T/0 RPT RIGHT o32 I/P4 •• T/0 RPT LEFT - 1/11 CBI ATP9 •2 !IP2 •16 LEU A LHS z SPARE !IP5 • • • • • • LEU A RHS d 0 • • • •2 ISHTI I o ot& o o ota !/PI 0 0 028 0 0 030 0 0 032 T/0 ROUTE I STRAIGHT ROUTE ISSUE-01 05-07-11 ..DB NUMBER I I I I I I I I I I I I I I I I I I I I IISSUE -021 11/5/12 I 16•20 I IATP10.dwgl CONTACT SENSING CDNFIGURA TIDN 2 I LEU A RHS • • • • • • • I/P6 • • • • • • d •• •6 "A" CAUTION turnout route ... ... •IB MEDIUM TURNOUT •32 PRELIMINARY MEDIUM [S] f-+ CLEAR •6 r+ I/Pl ...... •28 MEDIUM "B" CAUTION or LOIJ SPEED first Qspect strQight route -+ 4>p! ' ' 4 -+ I/P3 •• z • • •2 •4 ,-+ •6 •14 I/Pl ... • • • • • • •16 •IB • •• • • • • 0 T/0 ROUTE •2 • 4 f-+ CLEAR •6 -+r+ •IB ~ • • • • • • I/Pl ...... ® LEU B RHS ~ + • •• z I/P4 d d 0 0 0 4 0 0 0 6 liPS .,. 0 018 o o oeo T/0 RPT LEFT STRAIGHT ROUTE •2 • 4 • • IIP5 T/0 RPT RIGHT 0 0 030 0 0 D32 CAUTION or LOIJ SPEED 0 4>p! -+ ' ' first aspect ® VRR 8. ECR CDNLY IF INFILL PROVIDED> SPARE •16 ... ... •IB I/P6 •28 0 4 •6 • • • • • • !IP6 • • MEDIUM •z • • • • • 2 0 •28 ® LEU B RHS I/P4 • • •16 [S] • •14 • • •28 •32 4 z ® EEJ PRELIMINARY MEDIUM STRAIGHT ROUTE I/P2 • • • • ® IIP2 • • • • • • •32 d 0 4 LEU B LHS • • • •28 I/P3 0 -+ PRELIMINARY MEDIUM with T/0 RPT LEU A LHS r--. -+ f-+ •14 •16 •IB • • • • •2 •4 ... ... I/P6 z •IB d T/0 RPT •16 • • •28 • • • • • • • • • 4 •6 I/P5 I/P2 • • • • •2 • • • • • • •16 I/P3 • •• • • • • z • • • • • • • •2 LEU A LHS d 1/11 CB• ATP10 I/P4 z I/P5 • • • • • • ISHT• LEU A RHS I/P4 d I • • • • SPARE •28 • • •32 VRR 8. ECR CDNLY IF INFILL PROVIDED> ISSUE-01 05-07-11 ..DB NUMBER I I I I I I I I I I I I I I I I I I ISSUE-02 11/5/12 • wg 16•31 CONTACT SENSING INPUTS 1 SHT• 1/1 CB• ATPll p • SIGNAL ID LEU A liP RESISTORS ., . ~DR 1--------(ffi}@ ••' ...."" ERE L.DV SPEED INDICATIDN IS PRDVIDED, \liRE LsPD CONTACT IN LLEL VlTH HR. 3-1 ;v 3-2 XXX #1 sm LEU A • IIP2 e-1 t:5o'~ W2-2 82 • • • • • 3 ux: AT . ., . ~ Bl HR 1/Pl 1-1 t5o'~ 9\, 1-2 NlC12 '• ~ Bl 3-1 B2 ···~;;.. 3-2 --wNv-: 2-1 150 n ,.., 2-2 XXX ux: AT . ., . ~ Bl Nlfl'J Q..OC) HR txx .,. •16 [ ~~ A1 ... ~y THIS p ATH [ REQUIRE D!r lJoFlLL PRIJVIDED •3D ~VRR . ., •32 " XXX #1 SIG LEU A • • • liPS . ~1 t:5o'~ ;y ~ 10 6-1 t5o'~ 9\, 6-2 .,. 0 016 0 ... . ... 0 1L lR DR n-..-: 018 0 • ;;;- XXX ux: •• Fxx 030 AT L / TAP IF F' l:tl VRR !"' r Bl B2 ALTERN AliVE N~~~ ElTE TEF'LDN COATED 1.231¥1SQ, 19/29AVG, - . tso"'ci 9\, . 6 3-2 "' 2-1 150 n 9\, 2-2 HR ... il . 1-1 15Dn 9\, 1-2 1 •• 4 0 • 016 •18 • 0 0 0 5 5 4 4 • 0 •14 016 • •18 ... 3 1/Pl • • • o o o3Q • •32 1 - L~12VLEUTRANSFDRMER AND IS IN 11£ SAME LDCATD:J\1 THEN MAXDUI DISTANCE IS 10. . X2 ... . .,. 0 0 030 ETFE TEFLDN COATED 1231¥1SQ, 19/ecM'w'G, 600V GRADE 11 Dtl..Y 'w'IRED AS PER THIS CIRCUIT ND CIH£CTIDNS TD MY DTI£R CONTACTS I I I I I I I I I I I I I I 4 0 •14 • 1/Pl 6 IIP3 • •• z•• .... 4 0 3 6 #1 ETTE TEF'LDN COATED 1.2:JN!!SQ, 19/29t\VG, 6DOV GRADE •• 6 IIP2 0 • 0 LDC 1 • •• •• 0 t£Y 3 ·~ 9\i t-2 .. XXX LIIC IIP2 e-tt:sO '~ ,...2-2 IIP3 1L lR ISSUE-01 06-07-11 ..DB NUMBER . .1 SIGNAL NAME LEU A LHS •• 6 I I I I I t-ltsO .. I I I I z .... .... HDR XXX liXl2 SIGNAL NAME LEU A LHS ' a-1 .. 3-1 ts0 ·~ \w3-2 (~~i~~~~ 19/29t\VG, 6IXIV GRADE ... HR 411 11 •32 l~Siil, #1 AT UX: BX12~ ETFE TEFLDN COATED '"1 111 CB• ATP12 A2. I i:,HDR o o o3D A1 DR ISHT• SIGNAL ID. LEU A I/P RESISTORS ~DR lDJBLE CUT ARRANZM!NT o oeo • 6-1 150·~ 9\, 6-2 • IIP4 •• •• z liPS 10 ... 1------ID-(ffi} • 2 rr7R PHDR ECR SIGNAL NAME LEU A RHS XXX S1G • I p LEU A 4-1 150 n 9'J 4-2 "1- VRR e ,,awg CONTACT SENSING INPUTS 2 I I I I xe I I ---- . liSSUE-021 11/5/12 p ~ • [ TURIIIIT ROUTE IWUTS • • 5 "' e ,,awg CONTACT SENSING INPUTS 3 16•32 SIGNAL ID. LEU A I/P RESISTORS ~A>HR ., 4-1 t5o'~ 9v SIGNAL NAME LEU A RHS lOCX #1 S!G • 4-2 0 0 0 5-1 t~o'~ 9v 5-2 • 6-1 ..9v A2 t5o'~ o o otB IIP6 ... . ... 12 6-2 --w-Nv-tson 9V 4-2 • A2 • • ~ ,_, lOOn 9\t ,_. X3 lOCX #1 SIG • STRAIGHT ROUTE ~~ L 2, 3 lOCX BXI2 AT _;(IC fxx ALTERNATIVE TAP IFF' m. VRR .. ~- 4A 7L lOCX NXI2 2-1 ... HR 1"' ~B1 Bl 6-1 t5o'~ '" 6-2 12 [ THIS PATH DIII..Y REQ'D IF INFn.L PRDVIIIED WVRR • • • #1 • •• • • • IIP2 • .,. o o ot6 o otB 0 • •30 •32 • • •• ., o ot6 IIP2 • . X2 o otB .. 3 1/Pl 2 1-1 t:son gy 1-2 •32 IL ETF'E TEF"UIII CCATED 12~PISQ, 19129AIJG. 600V GRADE ECR z •2 • • • • • • 2-1 tSrJ'~ 9V 2-2 X2 030 • b .. "'T·· ... 0 X3 IIP3 •• • • 3-1 • • • 2 --w-Nv- tson 9\i 3-2 •2 IL IR I ••• I otB SIGNAL NAME LEU B LHS z b liP! B2 . .... • .. :• IIP3 3L3R 1-1 t~On 9\i 1-2 12 . • t5o'~ ''-' 2-2 • • • o • 1.23PIPISQ, 11J/29A'JG. 600V GRADE • "' ., • ••• • • •• ~~~~SQ, 19129A~ • HDR DPUTS liPS z 11 £TFE TEFU:tol COATED #1 ., . • 2 11 £TFE TEFUIII CDATED DR t5o'ri 9v 3-2 •• • b • SIGNAL NAME LEU A LHS 3-t IIP4 LDJ B 600V GRADE - 111 CB• ATP13 IIP6 •30 •32 • ISHT• SIGNAL NAME LEU B RHS 4-1 o4 .,. liPS r-:HDR ill • • 2 • 7L 70 AI z b • •• HDR ID SIGNAL ID. LEU B I/P RESISTORS IIP4 • LDJ. I • • • • IR ... •30 •32 ETF'E TEFU::tl COATED L23PIPISQ, 19129AIJG. 600V GRAJE I ~ At/lt2.A1A2 PRDVIJED IF Sl-l.INT HAS ND ~ REPLACEMENT DR HAS ESF' A HR [ T\RNIJT R!1ITE INPUT 2 rl Bl [ STRAIGHT ROUTE INPUT 1 L ______ 11 I:N..Y \IIRED AS PER THIS CIRCUIT ISSUE-01 06-07-11 ..DB NUMBER Cl I I B2 B HR I I Nl CCNNECTII:NS TD ANY DTI£R CI:NTACTS C2 I I I I I I I I I I I I I I ISSUE-02 11/5/12 SHTI CONTACT SENSING INPUTS 4 r- • SIGNAL ID LEU A I/P' RESISTORS JP ARRANDENT FlR ..li\ICTION REPEATER r_HDR ~- WITH TID RPT PROVED U TIN HlR •• -t.-1 XXX #1 SIG LEUA • t:5o'~9W •-2 WITH TID RPT tilT PROVED LlT IN HDR SIGNAL NAME LEU A RHS IIP4 ••• • z • 2 • • 4 • • 6 7L 7R ., . PHDR TURIOJT ROUTE '-- liPS 5-t ~! r •• 6-t t:5o'~ 9v 10 5-2 ..'"' tSO~ • • •16 .... .... .... o otB X3 IIP6 ,. 6-2 • • • • M 11 ETFE TEFUJ\1 COATED L23~ftSQ,19/29A~ 60DV liRAlE SIGNAL NAME LEU A LHS #1 DR JP ~ .. ['+_ STRAIGHT RIJUTE '-- XXX BXI2 AT LDC N~ . . ~ txx tSo"~ 9v .. 1-1 •L .. t:son 9.., • • • •• 1/Pe 4 • 3L 3R z •2 •4 •6 • •14 o ot6 o otB I • • IL IR I ..• ......... ETFE TErll:tl COATED L23""SQ,19/29A~ 60DV GRAOC ~ 4-1 1Sl9\i 4-2 THIS PATH REQ']) If" IN'lLL --wM- PROVIDED L[ . . VRR , :5-l l:J00:9\i :5-2 ECR AI ;; 6-1 ... ,~;~ 6-2 SIGNAL NAM E LEU B RHS XXX #1 SIG LEUB • • f' • UL11R • 2 • • • • 4 • • 6 liP. ~:· 12 IIP4 •• •• z • • • • • • ..,.. •16 L23ft"SQ,19/29A~ NO CI:NECTIJ:JG TD MY OTHER CI:JfTACTS X3 • .. .... • .... IIP6 ETF'E TEFUI\I COATED 11 l:tiLY 'e'IRED AS PER THIS CIROJ[T ISSUE-01 06-07-11 X2 1/Pl 1-e SIGNAL ID. LEU BliP RESISTORS IINLY 6 3-2 2-1 t:50~ 9V 2-2 HR BI Q.DC) AI 3-1 IIP3 ••• 60DV GRADE 1/1 CBI ATP14 I I I ISSUE 011 11/5/12 I "' e >.awg CONTACT SENSING INPUTS 5 16•33 ISHT• 111 CB• ATP15 I 1-J:}fl 3 1-J:}fl I \___ SIGNAL ID. LEU A I/P RESISTORS .... 3CSlA HR ~ A1 . . -4-1 3CSlB HR A1 ~~~ri ~ SIGNAL NAME LEU A RHS #1 I/P4 XXX S1G LEU A • b • 4-2 0 0 z 0 2 0 04 0 0. I/P5 0 016 0 0 018 7L 7R ""' ~ ~~~~o'ri~ --wNv- 6-1 tson,.., 6-2 10 • • 112 X3 o oi!D I/P6 0 0 o28 0 0 030 0 0 032 u ETFE TEFLDN COATED 1.23r¥1SQ, 19/29t\VG, 6DOV GRADE SIGNAL NAME LEU A LHS #1 I/P3 --wNv- 3-1 150n 9\1 3-e ICSlB HR ~A1 XXX liXl2 AT j.\1' fxx 4A 11 . . 2-1 A1 ""'9\, 1-1 l':!iO•ri 2-2 • z oE 0 0 o4 0 0 o6 I/PE 0 014 0 0 016 x• 1-2 • I/Pl 0 0 02B 0 030 0 oz IL IR I ETFE TEFLDN COATED 1.231¥1SG, 19/29t\VG, 6DDV GRADE txx 11 Dtl..Y 'w'IRED AS PER THIS CIRCUIT ND CIH£CTIDNS TD MY DTI£R CONTACTS ISSUE-D! ..DB NUMBER ~5R b 0 0 3 XXX NlCI2 CUICl • • 0 018 ICSlA HR . ""' t:so'ri 9V • I I I I I I I I I I I I I I I I I I ISSUE -01 11/5/12 w CONTACT SENSING INPUTS 6 16o!B SHT• p SIGNAL ID LEU A RESISTORS liP • ~DDR . . 1--------(ffi)I •• 4-1 150 n 9V 4-2 XXX #I sm • HIGHER ASPECT CONTROLS \o/HERE BRAKING/PREINDICATION POINT OCCURS BEFORE FIRST \o/ARNING SIGNAL I/P4 FOR DDR INPUT. FOR OTHER ARRANGEMENTS USE FIRST AVAILABLE SPARE. ~ • 2 •16 A ·~_..jl z o o o3D u XXX liXl2 • •• • • • • • • 10 • ux: I/P4 • • • 7L 7R --wN'v-: ~~ t:son 9'w' :5-2 B SIGNAL NAME LEU A RHS LEU A Ill CB• ATP16 X2 ~~ B DDR B DDR- PROVE IN TRACKSTICK CIRCUIT. I I I ISSUE Dll 11/5/12 "1 e11.awg 'A' LOCATION TO 'B' LOCATION NET'v/ORK CONNECTION. 17o16 LOCATION 'A' LOCATION 'B' FOR PREINDICATION CONDITIONS ONLY SIGNAL NAME LEU A SIGNAL NAME LEU A LEU A PSU PART LEU SKJWN I:N.. Y l2DV PLOO -------- ...... DDIJ-225 PSU STD D21 I IJDI T ~E CABII£T EARTH TD LEU + + I I +-- HUT NX BX = I MJJACENT ETH.2 I20V I-D!:: I-D!:: +24V DV 11111 ~MR - +24V XXX NX120 ~E ~ tXX CLIJC'A') AC LDC'A' ••v 4A NX IX I '0 CABLE TYPE K ·= :: :: DV +24V DV +24V DV - D.llll DV r·v ••v XXX BXI20 fXX DC 120V SIIIELll Nl- SIIIELll Ci\BLE TYPE K r~D r~·~ r~e Dsu a:ttMS MlF BL •• WIVIIL BL VHIBL tll _/ I- 111 CBI ATP17 ISHTI I DSL2 SIGNALLING UJCATmN 'A' CDtf!IS MlF SIGNAWNG ii ii I I I I I •• L--+ •• 15 .. •• : -:!:- vlo. fra.M' I 12 via fr'CU'Ie CI:MI.NICATDIS DISCIPLINE I GN/YL CIH4S MDF' ii I I rf-' SlGNALUNG CCMMS MlF r-, I . [e ~ [~~- DSLI IDt=- ..... UX:ATIDN 'I' LDCATIJ::III 'B' r-, I J: {] I I I I I I I I : : .,_J ~ -I 11 WIVliL BL 11 VH/liL \_ I -: : BL I. LNJSED 'WIRES NOT SKJW'N. ALL lHJSED VIRES TO BE CUT DF'F' rLliSH V1TH SI£ATH. SIGNAWNG TELEMETRY ..lJMPER CBUJ£/GREEIID IJlTH RED MARKING CAPS nTTED 1:1\1 JUti'ER & CAlll..E SDE AS PER TMM POOL EARTH POTENTIAL RISE AREAS ARE TYPICALLY 'w'ITHIN 2111'1 IF A HIGH VOLTAGE PCVER EARTH. SECI:I\ID CDNNECTII:I\I TD PRDVDE THE I£TYI::RIC 'w'lTH A ~DANT UIP CIH£CTII:I\I. C2000PI OF' 0.641¥1 T'w'ISTED PAIR COMMJNICATIJ:NS CABLE. C4000PI OF' D.9frllol T'w'ISTED PAIR CDMMLNICATII:I\IS CABLE. I I I I I I I I I I I I I I I I 1 I I I ISSUE 011 11/5/12 TYPICAL PO\·/ ER I "' e ,,awg MAINS DISTRIBUTION 16•38 ~ SURGE PROTECTION I ISHT• 111 CB• ATP18 SURGE PROTECTION ARRANGEMENTS FOR ATP ATP CABINET PROPOSED. INSTALL IN tb EXISTING LIXA~ I I PRDTECTmN SURGE I ATP CABINET ::: ~~---~J----19--t-.;,-:._ : : : LDC ATP lE DEJ-t1 DRM!Pl:SO C953204) REPLACEMENT MODULE liR MOD 150 <953014> ATP CABINET IS SEPARATE FROM EXISTING LOCATION. / 6 LDC INSTALL IN ATP CAIIINET " t]•r• n L ~ I' 4DPI MAXD«JM I ' LDC I I ~mN SURGE I ATP CABINET ·---------u--·--r i ----ll-.;,-- ..,.. c? ' -~-~...,_ BXI20 lOA ••120 120V MAINS lE ~DC ATP ux: I •II 16...... FtR DOUBLE LDCATIDNS BX120 [-- REPLACEMENT MODULE lR MOD 1:50 <9:53014) REQUIRED YI£RE 16"" ' 1 C~E USED ISSUE-D! ..DB NUMBER I I I I I I I I I I I I I I I I I I I I 516112 I 13•04 I ISSUE 00 HOUSING 2 CAP) SLOT 3 VLOM I IC2950H34ICURRENT SENSING INPUTS 4 C'WESTRACD I REPOSITIONING TO BE PROVIDED FOR LOIJ SPEED AND SHUNT ROUTES. I . I I I I I XXX LEU BYPASS TERMINALS 'LDC' OPCPR fXX 4A INID 16115 ~~ • 5 • IIP3 L:J:!!.!;_j I.Oij;l •• mr A7 INID ~~ IIP2 L~!t!;_j 4A BB • !IP2 • • • • 3 I INID !IP1 ~~ • 2 liP 1 L'!.~_j • • • I •• •• ,....., •• .. INID i L~ rl • IIP4 , -, 't L"!.~_j I ' INID I , ~ I/P~ I I INID ~~ • • !IP6 • • • • 12 IIP6 L"!!.~_j S....T • • • • • • • ,...., SLEEVE LOW' SPEED & !IP5 ID L"!!.;!!;_J All • • • 7 I f ••• LDC 11 .,..,. .,. X2 I I I I I XXX NX120 E CXXX) ... tXX LIIV SPEED. 1 uov E I I I I I XXX NX120 E CXXX) tXX Ill 3 1 uov E z I I 3 •• •• ., .,.. LDC A • - I I I I I LDC A .5 r ... ,l .• ... ... ... X3 XXX NX120 E CXXX) tXX •30 1 uov E LDC A • I I I I I LOW SPEED . .• LDC A 7 7 LDC A u--1--~" • SE tXX 3 1 uov E I I I I I LDC A I I I I I I I I 11•1'' SHUNT ~" LDC A u--1--~J I r..... l y • ID ID Ill RESIST[RS VALUE AS EXISTING SE I G .• r..... l ... . VESTRACE Sl.RGE ARRESTER LNIT ~-------~ I I I I I 120V R 5 VESTRACE Sl.RGE 3 ALL LED ML ARRESTI:R LNIT r-------, I I I I I R 3 SE •2 ND CI:NECTIDNS TD N4Y DTI£R aJ\ITACTS I . r..... l ., .• LDC A u--1--~J 11 ONLY 'JIRED AS PER THIS CIRCUIT SD511117 I I I I I ~-------~ NX120 E CXXX) I 2 2 \rtESTRACE Sl.RGE ARRESTCR LtaT •32 XXX ..DB NUMBER ~ SE •30 L231'1'1SQ, 19/29AVG. 60DV GRADE SIIJNT 3 G 1 LDC A u--1--~J ETF'E TEFLDN COATED SLEEVE 1 ARRESTeR LNIT ~-------~ !IP4 t.EV E LDC A SE SIGNAL NAME LEU A RHS BYPASS TERMINALS uov I I I I I VESTRACE SI..RGE •2 B7 LEU 1 u--1--~" z ETF'E TEFUJN Cllt\TED L23MSQ, 19/29AVG. 600V GRADE ~~ fXX • • rtAitil .. l;: XXX BXI20 ••• LDC tXX Ill !IP3 t.EV l:oO'ibl ~ NX120 E CXXX) SIGNAL NAME LEU A LHS 3 1111 CB• ATP19 SIGNAL ID . r..... l ... .. . VESTRAC£ Sl.RGE ARRESTER LtaT r-------, XXX BXI20 ISHT• I I I I I I I I 516112 I 13•04 I HOUSING 2 CAP) SLOT I VLOM I I'\TP20.clwgCURRENT SENSING INPUTS 5 C'WESTRACD SIGNAL ID I ISIJ..ATIDN \IESTRACE SURGE ARRESTOR LNIT TRANSfORMER r-------, r-------l ux:. B1 I T1l!ll I I I I XXX NX120 ()()()() ..,. T12D I I I I I ' ~_!D_____T!_j tXX I I I I I 3 1 UDV I I I I I u__l __iLJ E ux:. ... ... ,..--- .... '\ I" I •• LIJC B G :r..... l 1 I I I ISil..ATIDN TRANSFORMER ~-------~ . OPCP2R 15 B1 I T1l!ll I I I I 'LDC' XXX BXI2D N~~xo E neo I I I I I I I I I I 3 1 UDV I I I I I ~~ r·-----~J u__l __iLJ •• . . E ux:. i i I ! I 87 ISil..ATIDN TRANSfORMER ux:. ~-------~ "' ;;: I T1l!ll I I I I 'LDC' neo I I I I I I 15VA I I I I 3 1 UDV I I I I I E •• LIJC B ux:. ... r 5 •• • LIJC B tXX ISil..ATIDN \IESTRACE SURGE TRANSFORMER ARRESTOR LNIT I T1l!ll I I I I neo I I 15VA I I I I ' L.ro_____T!_j tXX I I I I 3 1 UDV u__l __u E Ill I T1l!ll I I I I neo I I 15VA I I I I ' L.ro_____T!_j tXX \IESTRACE SIJRGE ARRESTOR LNIT ~-------~ I I I I """"'" I I 1 UDV I I I I I u__l __iLJ lli:N..V VIRED AS PER THIS CIRaJIT tll CDIII£CTII:NS TO NlY OTHER CI:NTACTS I 3 E L3.!~...J 5 re.oij;l I II I I Ii 0 · rl L2.!.~..J 0 I I I I o4 0 o6 0 016 0 018 X2 3 I.Oibl ! ~f+--< IIP 1 • L'!!.~_j 1 N/0 IIP1 0 Oi!8 0 0 030 0 ooe ETFE TEFUtol aJATED 1.23r'I..SQ, 19/29AVG. R 60DV GRADE l •1" ux:. ... ... I •• 1 LIJC B r ..... l G 7 \ \ I I LIJC B A33 •• I ·\ r SB LIJC B 1D ' y l "'" ··.~·· 8 L•.!!.~_j 7 r:sG~I t I • \ I • • 0 1e 0 ~liPS L:S.!~...J Ii N/0 Lf+--< liP • u AS EXISTINi 0 IIP6 · rl L&.!.~..J •1 RESISTORS VALUE 06 IIPO 0 0 016 0 0 018 looij;l f 04 0 • I IN/D 0 10 I • ...... ___ ..,... / / 0 I \ II 0 0. r i ,- -, .... \ ••z ux: iN/0 Lf+--< liP 4 1 Ill IIP4 NE\t r4;-4b-, I " SHUNT SIGNAL NAME LDJ A RHS LEU BYPASS TERMINALS B I\ ... /I ' ...... ___ f1•1''.,.... / / SB / ux:. '. LIJC B I ux:. LD'W ' , SPEED ' o20 0 028 0 030 0 ooe ETFE TEru::tl CCATED 1.23ri"SQ, 19/ecM\IG. 600V GRADE SE I 0 1/Pe 0 014 • N/0 Lf+--< liP • oe ,..--- ...... 1" I I I I I • 0 ALL LED 120V SE ISil..ATIDN TRANSfORMER ~-------~ ..DB NUMBER I ••z ux: ii N/0· rlLf+--< liP 3 Ill IIP3 NE\t r3G3bl L_______ J SE XXX (XXX) •1 TERMINALS I N!9 B7 XXX NX12D l R ""' I ML ux:. r-------, r-------l ux:. NX12D ••• LIJC B ARRESTOR LNIT ~-------~ ~9- r·-----~J u__l __iLJ ~ fXX 4A BB •• ()()()() ... r I II I I SIGNAL NAt£ LEU A LHS LEU BYPASS ~ 'W'ESTRACE SLRGE OPCP2R B3 N:~xo E 3 /OE1 I I I I I •• I LIJC B REPOSITIONING TO BE PROVIDED FOR LOIJ SPEED AND SHUNT ROUTES. SE tXX 'LDC' ()()()() ~-------~ ~ fXX ()()()() XXX BXI2D ..,. \IESTRACE SlRGE ARRESTOR UNIT 1111 CB•ATP20 ISHT• \ • I~ SE 'LDC' ".~" •• ! LIJC B I I I I I I I I I I I I X3 ISSUE-01 14/8/12 CURRENT SENSING INPUTS 6 CREMDTE LOCATIONS) 29 12:12 SIGNAL OPERATING 29

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