Technical Note - TN 064: 2015

SDG 003 Circuit Design Standards ATPTechnical Note - TN 064: 2015
© State of NSW through Transport for NSW Page 1 of 3
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Technical Note - TN 064: 2015
Subject: Amendment to SDG 003 Circuit Design Standards ATP - ETCS and signalling interface circuits under review
Issued date: 09 October 2015
For queries regarding this document [email protected]
www.asa.transport.nsw.gov.au
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.
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1.2 Circuit Schematic Status
List of Effective Pages Publication No.: SDG 003 Circuit Book Name: CSTD Version: 1.3 Date: 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ATP 1 LEU AND BALISE - 1 11/05/12 2 Withdrawn
ATP 2 LEU AND BALISE - 2 11/05/12 2 Withdrawn
ATP 3 LEU AND BALISE – 3 11/05/12 2 Withdrawn
ATP 4 CURRENT SENSING INPUTS 1 14/06/12 3 Withdrawn
ATP 7 CURRENT SENSING CONFIGURATION 1 11/05/12 2 Withdrawn
ATP 8 CURRENT SENSING CONFIGURATION 2 11/05/12 3 Withdrawn
ATP 9 CONTACT SENSING CONFIGURATION 1 11/05/12 2 Withdrawn
ATP 10 CONTACT SENSING CONFIGURATION 2 11/05/12 2 Withdrawn
ATP 11 CONTACT SENSING INPUTS 1 11/05/12 2 Withdrawn
ATP 17 NETWORK CONNECTIONS 11/05/12 1 Withdrawn
ATP 18 MAINS DISTRIBUTION AND SURGE PROTECTION
11/05/12 1 Withdrawn
ATP 21 REMOTE SENSING INPUTS 7 (REMOTE SENSING) – SHEET 1/2
Authorisation:
Position Principal Engineer Technical Standards
Lead Signal and Control Systems Engineer
A/Chief Engineer Rail Director Network Standards and Services
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Version 1.3
Approved Warwick Allison Authorised Geoff Yarrow by: Chief Engineer by: Principal Engineer
Signals & Control Systems 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
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Page 2 of 4 Version 1.3
Document control
Version Date Summary of change 1.0 2 August 2011 New document 1.1 28 May 2012 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.
1.2 26 June 2012 ATP 1,3,4,5,6,7 new version; 19 & 20 new drawings 1.3 20 August 2012 ATP 5, 6 & 8 amended; 21 new drawing
Summary of changes from previous version
Summary of change Section
RailCorp Engineering Specification — Signals — Circuit Design Standards Circuit Design Standards ATP SDG 003
© RailCorp Page 3 of 4 Issued 21 August 2012 UNCONTROLLED WHEN PRINTED Version 1.3
Contents
RailCorp Engineering Specification — Signals — Circuit Design Standards Circuit Design Standards ATP SDG 003
© RailCorp Page 4 of 4 Issued 21 August 2012 UNCONTROLLED WHEN PRINTED Version 1.3
1 ATP Standard Circuits
1.1 Introduction This document contains the standard circuit diagrams for use in ATP projects.
1.2 Circuit Schematic Status
List of Effective Pages Publication No.: SDG 003 Circuit Book Name: CSTD Version: 1.3 Date: Issued 21 August 2012
CURRENT STANDARDS Page Circuit Description Date Issue ATP1 LEU AND BALISE - 1 11/05/12 2 ATP2 LEU AND BALISE - 2 11/05/12 2 ATP3 LEU AND BALISE - 3 11/05/12 2 ATP4 CURRENT SENSING INPUTS 1 14/06/12 3 ATP5 CURRENT SENSING INPUTS 2 11/05/12 3 ATP6 CURRENT SENSING INPUTS 3 14/06/12 4 ATP7 CURRENT SENSING CONFIGURATION 1 11/05/12 2 ATP8 CURRENT SENSING CONFIGURATION 2 11/05/12 3 ATP9 CONTACT SENSING CONFIGURATION 1 11/05/12 2 ATP10 CONTACT SENSING CONFIGURATION 2 11/05/12 2 ATP11 CONTACT SENSING INPUTS 1 11/05/12 2 ATP12 CONTACT SENSING INPUTS 2 11/05/12 2 ATP13 CONTACT SENSING INPUTS 3 11/05/12 2 ATP14 CONTACT SENSING INPUTS 4 11/05/12 2 ATP15 CONTACT SENSING INPUTS 5 11/05/12 1 ATP16 CONTACT SENSING INPUTS 5 11/05/12 1 ATP17 NETWORK CONNECTIONS 11/05/12 1 ATP18 MAINS DISTRIBUTION AND SURGE PROTECTION 11/05/12 1 ATP 19 CURRENT SENSING INPUTS (WESTRACE) 4 05/06/12 1 ATP 20 CURRENT SENSING INPUTS (WESTRACE) 5 05/06/12 1 ATP 21 REMOTE SENSING INPUTS 7 (REMOTE SENSING) –
SHEET 1/2 14/08/12 1
13/08/12 1
1.3 Circuit Schematics The following pages show the actual circuit schematics for use in ATP applications.
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I I I I 11/5/12 13•46 1A 1 nawg LEU AND BAUSE 1 I ISHT• 1/1 CB• ATP1$;F. CDNF. KEY ID [ CDNF. KEY NAME LEU A PSU
CDNF. KEY SPI SIGNAL NAME LE u A STD 021 IIJOI
)-< 1TD9 CIN'. KEY PDW'ER SlPPLy I+24 /12. ~E INPUTSub-D9 2~~ 0 Al NX ~~~ Xl BX ""
L.
+24V DV 24V +24V DC DV O.BA
DIN F4B DIN~ r3:sme .,.m r~:5..,..eLEF'T GN/YL
EURD OUTPUT .,!,. CABINET EARTH
ETH.l I 2 ETH.2 1 ADJACENT TO LEU
+ + I I - C\IC\1 + + I I"'"' "'"'xxxx ww ww xxxx ~--~~--~ + I + I 1-0!1-Q!
1111 11111 1111 1111 ""I I I I I I I I
X4X:S I I I I I IIIII<7 RESERVED FIR BEPT (=MAINTENAN:E
,_SHIELD SHIELD--1: =~
TRACKSmE BAUSE
ID ux: ·~JB •
rc. ·~VHiiE r; ... • ""11 1 11 11""BAUSE SAIB .,!, 11 11 ,.. . ---+ •+EB PLLG PINC 4 1 ... 2 '"r¥ ~- 11 ~ SMB
~~®® ~ PLUG lSP "' 11 3
11 CABLE
l®®o®© TYPE D 2SP Pu ll 4 .......©®® ·=_j s TRlNC CABLE TYPE C
AIMI.R EARTI£D VIA CL.NP,
tll DTHER BAUSEJ • CIH£CTmNS
VIE'w'ED YlTH PLUG TRACKSmE ID ux: ATP JB
r• 2 ""I\ 1 11
11 ii 11
lSP "' 11 3
NX120 (UX:)
r. e+EB.,!, PINC 4 ~ BALISESAIB
ARRESTJ:R EARTI£D MECHANICALLY TO Tl£ PLUG S!ICKET I«JUNTING RML CAJILE BALISE 1 ltlUNTING RML ELECTRICALLY CDNNECTED TO MAIN EARTH. TYPE D....... ELSAF"E ~S ARRESTJ:R MDJII.LE & BASE PART tll's BASE - 21660DA MODULE - 216680 <GRAPHITE> c..!... TRI.NC CABLE TYPE C
AIMI.R EARTI£D VIA CLAfiP.
..DB NUMBER I I I I I I I I I I I I I I I I I I I
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I I
[ CONF. KEY NAME CONF. KEY SPI SIGNAL NAME LE u A )-< 1TD9 CIN', KEY PDW'ER SLPPLy I+24 /12.
Sub-D9 2~~ 0 Al X1
L.
1-2-3 4-5-6
EURO OUTPUT ETH.I I 2
I" 1,..~.awg LEU AND BALISE 2 I$;F. CONF. KEY ID [ CONF. KEY NAMELEU A PSU
CONF.STO 021 IIJOI
p-o 1TD9
4A fXX
DIN F4B LEH
KEY SPI SIGNAL NAME LE u B CI:N". ICEY PDW'ER SLPPLy I+24 SUb-D9 2~~~ 0
LAMP LAMP 1-2-3 4-5-6
ISHT• 1/1 CB• ATP2
..__ I~A1-<
~ ~~ ~
' ' ' ' ' ' ' ' ' ' ' ' ' '
ux:
11 1SP "' 11
CABLE BAUSE 2
TYPE D ....... TRlNC CABLE TYPE C AIMI.R EARTI£D VIA CL.NP,
J J~~Ea<
©®®
1 ... 11 .. ~ 2
~~®® l®®o®©
VIOTE 3
PINC 4
ARRESTJ:R EARTI£D MECHANICALLY TO Tl£ I«JUNTING RML ltlUNTING RML ELECTRICALLY CDNNECTED TO MAIN EARTH.
ELSAF"E ~S ARRESTJ:R MDJII.LE & BASE PART tll's BASE - 21660DA MODULE - 216680 <GRAPHITE>
..DB NUMBER I I I I
TRACKSmE ID ATP JB rr:: >!!<r
1 1111 .)' --+~ 11 r. e+EB
2 SAIB'"r¥ ~ ~
TRI.NC CABLE TYPE C AIMl.R EARTI£D VIA CLNP.
I I I I I
VIE'w'ED VITH PLUG REMDVED F1UI BALISE
VIOTE
PINC
TRl.NC CABLE TYPE C ARIO..R EARTI£D VIA CLNI',
BAt,lSE 7 rr:: >!!<
..r¥- ~~ BAUSE
TRI.NC CABLE TYPE C ARtO.R EARTI£D VIA CLNP.
I I I
~~-----L-----~IA'~""~~.a~W91~L-~lc~LU~~~ Al ~---~~~---------------------------~~-----~~~~>IH~I~II~l~/~ll
SIGNAL NAME LE u A PDVER SI..PPLy I+24
2~~ I o •1•
1ti'UT
~ <;UN', KEY SPI
SIGNAL NAME LE u B
PDW'ER SlPPL Y 1+24 ~-~~ 24V DC O -=~ Sub-D "~- '
LEU B PSU STO 021 liJOl
1NPUT
..1 "" SH1EI.o--tC j: <I= '-l
.... ' ..., '
Rdr¥- f.-~ IIAUSE ,:;;--:-:-++ft+~ PLUG SIJCICET 1SPGnl 3 BAUSE 2
....... • TYPED
DRAlN SHlELD
...!.. TRlHC CABLE TYPE CL.:==---- ARMJJR EARTI£D VIA CLAMP, Nl OTHER
J IC CIH£CTIDNS BAUSE 7 VIEVED 'w'lTH PLUG UJC TRACICSIDE ID
L~RDD~V~~~~~DM~IIAUSE~~;d~~~~~~·~~~JB~~~r?: >J!< \IH1TE 3 ~ 2 I ... il 1 • I r'-" -+f-EB
111
~ ~~ii~~~~r:J'I ~EB PJNCI4=1illr!/ 2 .. :,_f.-~~.
! ! PLUG SOCKET 1SP Gn ii 3 r••< BAL1SE 1
2SP Pu u 4 TYPE D
Li.
MDUNTJNi RAn. ELECTRICAL.LY CDNI£CTED TO twN EARTH.
ELSAF"E ~S ARRESTDR tllllLE I. BASE PART Nl's BASE - 216600A MODULE - 216680 <GRAPHITE> TRUNK CABLE TYPE C
ARIOJR EARTI£D VIA CLAMP,
IJOB NUMBER I I I I I I I I I
EURO OUTPUT ETH.l 1 2 ETH.2
++llw~w~xxxx
il1iilil1 11II iiit....,n.
XI I y y y y y y y y 1.... y y y y I T T ~~/: RESERVED FDR BEPT MAINTENANCE
_CABLE TYPE K
..!
..--=i-'11"--"_("' CONF. KEY ID ~ CONF. KEY NAME ~ <;I IN', KEY SPI SIGNAL NAME LEu c
[).... 11091 ClJoF, KEY ~ I" - I Sub-D9
x2 Cl LAMP 1-2-3
I I I I I I I
LEU C PSU STO 021 liJOl
I
• •
••
••
•• • • •••
•• ••
• •
••
I I ISSUE 3 11416112 I 16•58 I I IATP4.clwg I CURRENT SENSING INPUTS I <SSD I ISHT• 1111 CB• ATP4 SIGNAL MODULE !,]),
C/P 2 75
BYPASS TERMINALS IIP4 #1t£W,....., • b z0/P LII:
• 2• r29 2A INIC L~ •
i rl IIP4 • • •4
• •6 L"!!.~_j 7
L~'!!;_j • IIP6
0 • • ... 12ALL EQUIPI£NT • • •3D
ARRANGEMENTS I. lETAILS 0ARE TD REMAIN l.N:HANGED • • •32 uF'IHI4 11£ EXISTING CIRCUIT.
ETF"E TEF'LDN CIJATED 1.231w!SQ, 19/29AVG,SIGNAL !.D.
LII:
0/P
• LEU
L"!!.'!!;_jI I ,...., INIC L~ IIP2I i rl
I L".!!.~_j
or LEDs
LEU BYPASS
SLEEVE RED R£TAIN1Ni VIRING
LII:
SIGN~~. !.D. .J CIP
1 ~..~ RESISTOR DIP l t. ~fi: RESIS1'1:R NDT REQUIRED IF' LED
SIGNA~• !.D.
NEW LII:
#1IIP4 • b z
#1IIP3 • b z
G
y
• #1
X2
... LEDs
• • •16
• •IB
IIP1 • ...
• • ... • •32
11 CNLY 'w'IRED AS PER THIS CIRCUIT NO CIH£CTmNS TD MY OTHER a:tiTACTS
ETF'E TEfUJ\1 CDATED L231'1'1SQ, 19/291\IJG,
600V GRADE
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I I IISSUE -03 14/8/12 I 9138 I I IATP5.olwg I SIGNAL MODULE SIGNAL NAME
LEU!.D. LEU A RHS BYPASS
TERMINALS NEIJ I/P4 D/P 14;;,- 4t, I LDC d b z
DIP 2 ---+---4~LJI----------------,--<i;.....:;f-T--------<I-----+t--t-o o o 2 75 f8 ~2A I L L:___, 8
0 0 0 4~ N/D [" r-:-' 1/P 4 0 0 6
L4~~_j 7
DIP 1 5;;- 5t,--, I/PS DIP I ---+---4LJI----------i------i....:O::....:<f-i--------<l-----+t--f-o o o 16
72 9 2 f A iN/D ~~!/PS IO o o ol8
o o20 LS~~_j 9
D/P 16;;,- (;b I I/P6 D/P6 ---+---4\JI-------7---i------i....:O::....:<f-i--------<l-----+t--t-o o o28
78 f3 2A o o o3QiN/D ~~ I/P6 12
o o32 11
SIGNAL I.D. 600V GRADE
LDC SB /'\ ~~-----+----~---t~Gr-t---------,
~ '---.;-~-7~----So-----<4>---+-{ G }-+----S-B--,
'----7--:------+-----<o----+--{YI-+------...,......... 5 5
,-----------+--< R Hf---~1 86 6
"-._/ TRANSFORMERS FITTED IN HEADS LAMPS•SL35 12V 241J+241J or LEDsSIGNAL I.D.
CP2 ~--~~-JAmA,ruA\Av\,A~·--~--~~~----~-------------------------" 65 8
VALUE AS EXISTING
74 CSC234l ---+----------'
TERMINALS NEIJ I/P3 D/P 13;;,- 3b I LDC d b z
D/P 5 ---+---4LJI---------'--'---'-----i....:O::....:<f-T--------<I-----+t--t-o o o 2 77 6
f4 ~2A I I :N/D =~ 1/P 3 0 0 0 4 I 1 I o o 6 L3~~_j 5
DIP 12;;,- 2k, I I/P2 D/P 7 ---+----:~\JI-----+t----7--7--i....:O:....::;f-i----+f--<>-f+--+t--t-o o o 14
60
RR o--+-' 1 o o 18 40 L2~~_j 3
D/P I l1n iij I !/PI D/P3 ---+-~~u,__-H---------:------i--=e~f-T-----rr-<~,_--+t--t-o o o 2a
58 rf6 ~2A : N/D L~ 1/P I 2
RR o--+-' I rl 43 L'~~_j
'---..L---- SLEEVE RED RETAINING IJIRING --'---~
0 0 o30
600V GRADE
CURRENT SENSING INPUTS 2 <SSD I I SHT: 1111 CB: ATP5
#1
X3
# 1
X2
BYPASS TERMINALS NEIJ I/P4
D/P 14;;,- 4b I LDC d b z DIP 5 ---+---4~LJI-------------------...;:....;t'---,-------+---+t-J--o o o 2
77 f3 ~2A I Lll___, 8 0 0 0 4~ N/D [" r-;-' 1/P 4
0 0 6 L4~ 4c_j 7
DIP 1 5;;- sb--, I/PS D/P6 ---+---4LJI------------~------~~f-T-------+---tt-~ o ol6
1 178 10fS 2A SIGNAL I. D. 1N/D ~~ 1 1 I/P s o o o 18 1 1 ·i_~~~~~~+-L. 0~LD~C~~S~B~--~~"'~----l---_L--~S~B--~L~DC~~~~ 1 020
36 36
CSC234l ---+-------------, 74
65 R~~~f~R 2 VALUE AS EXISTING
SIGNAL MODULE !.D. --~~--2·4---2·4~_....,2--~~D~~ CP2--~--------------~-7~~~~~~~~---~--~
65 23 23 I I ------------1--------
ALL EQUIPMENT ARRANGEMENTS L DETAILS ARE TO REMAIN UNCHANGED I FROM THE EXISTING CIRCUIT.
I~--2~6---2•6--+-+4--~R~D~~ I I
:
• o o o28 12 ooo30
o o o32• 11
600V GRADE
LAMPS or LEDs 130V 401J
z D/P 4 ---+---4LJI-----------'---'---'-------i--'i~t'---T-------+----H-J--o o o 2
676 f4 ~2A : N/D :1 : I 1/P 3 o o o 4
I 1 ·I o o 6 L3~3c_j 5
DIP 12;;,- 2bI I/P2 D/P6 ---+---4\JI----------7--7-------~~f-T-------+---H-~ o ol4
78 2 4 fl A i N/D ~I i I 1/P 2 0 0 016
0 018 L2~2c_j 3
D/P l1n lb I !/PI D/P7 ---+---4~u,__________-7---------j--'i~f--T-------+----H-J--o o o 2a
60
I/P3 d b
1f6 ~2A L Ll____, 2 I N/D r-:-' 1/P I 0 0 0 30 I rl I o o32 L'~lc_j
#I DNLY IJIRED AS PER THIS CIRCUIT ETFE TEFLDN COATED NO CONNECTIONS TO ANY OTHER CONTACTS 1.23MMSQ, 19/29AIJG,
600V GRADE
75
I I IISSUE-04 14/8/12 I 9•46 I I IA TP6.olwg CURRENT SENSING INPUTS 3 <SSD SIGNAL MODULE LEU SIGNAL NAME !.D. BYPASS LEU A RHS
TERMINALS NEIJ l/P4 #1 D/P 14;;,- 4b I LDC d b z
~
NOTE• I ALTERED I 0/PO 8. 1 I IJIRING I
SIGNAL I. D. 1
I L L:____, 0 0 0 4~ N/D l r-:-' I/P 4
8
0 0 6 7
ALL EQUIPMENT •ARRANGEMENTS L DETAILS 10 ARE TO REMAIN UNCHANGED FROM THE EXISTING CIRCUIT. •
9
c ~ p ~ 1
D/P I ~-t-~::-'IJA'•rv·•v·AIJ''A'r~=:::;-:~0/\.P~-;::::==::!==-~---~--'''--'~-i y }-f--------s...B,_____, 72 "'V. 2 lifXX 2A 2 2
RESISTOR I VALUE AS .--~---4---+-----+-~R ~~-------~~--, EXISTING I 3 3 TRANSFORMERS 5
I ' m~m~ ~~~~S~D~~ I - LAMPS• SL35 12V 241J+241J NOT REQUIRED I r-7----o--------71L-/-{f:\ .......... or LEDs
IFLEDJI a a I' 0_fy\_'l I .\J LAMPS I ~ p ~ ~ SL35 12V 241J+241J
SIGNAL I. D. :J , , ~ or LEDs
0/PO.---~.-~·~~V·~~·~A·.~~~~~n~up~~~~==~~-----.--~,~y / 73 I RESISTOR 2 fXX 2A 12 12
VALUE AS EXISTING ..____
SIGNAL MODULE !.D.
CPO ---+--~~---~---~~~~~~----~1~0---<10,__________________~ CP4 ,_______________________,
6•2-~r--------~--~~-7~~~----~9 9
I L L:____, 12 0 0 0 30l/P 6iN/D 1 r-:-'
o o32~~6c~ 11
/ -...... 600V GRADE LDC SB '
L---~-----+----~----~-{Gr-r----------------, I I
64 5 r------- LEU SIGNAL NAME I BYPASS LEU A LHS I TERMINALS NEIJ I/P3 l D/P 13;;,- 3b I LDC d b z
DIP 6 ---+-''-'"4LI,__-------'--'-~---T-'<;:....::;;:-;-------+------t+-t-o 0 0 2
78 f4 "2A I I :N/D =~ l/P 3 6 0 0 0 4
I l I o o 6 L3~3c~
~ ~~~ ~I I D/P7 ---~~~\JI-----~----7-~---~~f-T------11-+--11---~f-~ o ol4
60 2 4 rfl A !N/D ~~ l/P2 0 0 ol6
1 RR ---+--' o o 18
L2~2c~40 3
D/P I l1o lb I !/PI D/P3 ---+-~~u,__-H--------~---;-.'<~;;:-;------t+-+-,----t+-t-o o o 2a
58 rf6~2A :N/0 L~ !/PI 2 0 o300
RR ---+--' I ll o o32 43 LJ~lc~ I
ETFE TEFLDN COATEDSLEEVE RED RETAINING IJIRING ---'----' 1.23MMSQ, 19/29AIJG,
600V GRADE
SIGNAL I.D. LDC SB
D/P 5 o--+--4'V----7--7-7------f--'--1>=--i-------<o---ft-+-<~ o 77 f7 2A 8IN/D LL:____, 0 0l/P 4
1 rr-:-' 0
LEU BYPASS
#1 z o 2
o o o32• 11
.----------------HYH---, 16 16
CPI o--+------~-7~-<1---+-------------------" 63 17 17 LEU SL35 12V 241J+241J SIGNAL NAME
BYPASS or LED LEU B LHS
TERMINALS NEIJ l/P3 D/P 13;;,- 3bI LDC d b zD/P 4 ----+---4\JI----~~--=-----~~~~T-----------,-+- 0 o2
76 2 f4 " A : N/D =~ I/P 3
6 o o o 4
I l · I o o 6 L3~~~
DIP 12;;,- 2j;,I I/P2 D/P 6 o--+---41Jo----7--7-------T-'<>'-'1>=--i-------<o---ft-+-<~ o o 14
78 2 fl A ! N/0 ~~ 1/P 2
4 o o o 16
0 018 L2~~~ 3
D/P l1o ib I !/PI D/P 7 o--+---~uo---~--------T-'o>'-=1>--i-------<o---++-+-<~ o o 2a
60 f6 "2A : N/D L~ l/P I 2 0 0 0 30 1
1 ' o 032 u~~~ I
ETFE TEFLDN COATED #I DNLY IJIRED AS PER THIS CIRCUIT 1.23MMSQ, 19/29AIJG, NO CONNECTIONS TO ANY OTHER CONTACTS 600V GRADE
# 1
X2
7
I I I I 11/5/12 16o17 IAwt.awg CURRENT SENSING CONFIGURATION 1 I I SHTI 1/1 CBI APT7
LEU A RHS
0 0 0 4
0 0 0 6
I/P5 0 0 016
0 0 0 4
0 0 0 6
I/P2 0 0 014
o o o 16
0 0 0 4
0 0 0 6
I/P2 0 0 014
I/Pl o o o2B
• • •30 0 0 032
0 0 0 4
0 0 0 6
liPS 0 0 016
0 0 0 4
0 0 0 6
liP2 0 0 014
'----<~Y ROUTE \.:..;
'GROUND SHUNT'
LEU A RHS IIP4 d b z 0 0 0 2
0 0 0 4
0 0 0 6
IIP5 0 0 016
0 0 0 4
0 0 0 6
liPS 0 0 016
LEU A LHS
0 0 0 4
0 0 0 6
liP2 0 0 014
LEU A RHS
0 0 0 4
0 0 0 6
liPS 0 0 016
0 0 0 4
0 0 0 6
liP2 0 0 014
0 0 0 4
0 0 0 6
liP2 0 0 014
R
0 0 018
0 0 020
SHUNT AND LO\J SPEED REQUIRE USE OF REPOSITIONING BALISES FOR THIS CONFIGURATION.
0
BDL & SHUNTS'
..DB NUMBER I I I I I I I I I I I I I I I I I I I
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I SENSING
LEU A RHSLEU A RHS I/P4 d b z 0 0 0 2
0 0 0 4
0 0 0 6
I/P5 0 0 016
0 0 0 4
0 0 0 6
I/P2 0 0 014
0 0 0 4
0 0 0 6
I/P2 0 0 014
y
o o
0 0
I/P3
0 0 0 4
0 0 0 6
I/P5 0 0 016
T/0 RPT LEFT
T/0 RPT RIGHT

7
I I I ISSUE -021 11/5/12 I 16o18 I I IATP9.clwgl CONTACT SENSING CONFIGURATION 1 I ISHTI 1/11 CBI ATP9
LEU A LHS LEU A RHS LEU A LHS
I/P3 !IP4 !IP3 d • z d • z d • z • • •2 • • •2 • • •2
• • •• CLEAR 0 • • •• SPARE 0 0 0 o4 CLEAR 0 • • •• • • •• 0 0 0 6
I/P2 r+ 8 !IP5 !IP2 J :t 3PE 8
• • •14 • • •16 • • •14
• • •16 SPARE 0 • • •IB T/0 RPT LEFT - o o ot& MEDIUM 0 • • •IB • • ... o o ot8
I/Pl
~ !IP6 !/PI -• • •28 CAUTION • • ... • 0 028 'A' CAUTION / ®(!)
0 0 o30 first 0 0 o30 T/0 RPT RIGHT 0 0 o30 first aspect _( (!) y 0 0 o32 aspect _ 0 0 o32 0 0 o32 straight route -il> ~p:::::
' ' V!![SJ = LEU A RHS LEU A LHS -+ LEU A RHS r-EElI/P4 !IP3 !IP4 d • z d • z d • z 0 • •2 0 • •2 • 0 • 2
0 0 04 SHUNT 0 0 •• CLEAR 0 0 0 0 4 'B' @)ROUTE
0 0 06 siMIIQr to 0 0 06 0 0 0 6 CAUTION TURNO~ Main route J~p~ r+ 8 BOL
I/P:S !IP2 ' ' !IP'5 0 0 ol6 0 0 Ol4 0 0 ol6
0 0 oiB SECOND SHUNT ROUTE 0 0 ol6 MEDIUM 0 0 0 ate MEDIUM TURNOU • • ... OR SPARE • • •IB 0 0 020 3PE BDL I/P6 0 !IPI
~ !IP6
• • •28 • • ... CAUTION • 0 028
• • ... VRR 11. ECR • • ... first 0 0 030 VRR 11. ECR CDNLY IF INFILL PROVIDED> aspect CDNLY IF INFILL PROVIDED>0 • •32 0 • •32 0 0 032
LEU A LHS -~ LEU A LHS LEU 8 LHS
I/P3 p3PE
0 0 o2 0 0 o2 0 0 o2
0 0 04 SPARE
I·ATs·l
0 0 04 CLEAR ~~oo 0 0 0. SPARE • • •• • • •• 0 0 0 6
0IIP2 !IP2 !IP2 • • •14 • • •14 • 0 014
0 • •16 MEDIUM TURNOUT-- ®- 0 • •16 MEDIUM - o o ot& T/0 0 • •IB 3PE BDL 0 0 •IB o o ota ROUTE
I I/Pl !IPI
4 0 !/PI 0 0 028 0 0 028 CAUTION 0 0 028
or 8 STRAIGHT0 0 030 CAUTION TURNOUT 0 0 030 LO'J 0 0 030
ROUTE0 0 032 first QSp.,ct 0 0 032 SPEED 0 0 032
first QSp.,ct I 0
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I I I ISSUE -021 11/5/12 I 16•20 I I IATP10.dwgl CONTACT SENSING CDNFIGURATIDN 2 I ISHT• 1/11 CB• ATP10
LEU A RHS LEU A RHS
I/P4 I/P4 d • z • • •2
• • •6
MEDIUM ® "B" CAUTION
-+ ® ~
PRELIMINARY MEDIUM STRAIGHT ROUTE
•® MEDIUM
SPARE
SPARE
LEU B RHS
• zd • • • 2
0 0 0 4 T/0 RPT LEFT 0 0 0 6
liPS • • .,. 0 0 018 T/0 RPT RIGHT o o oeo
!IP6 • • •28
0 0 030 VRR 8. ECR CDNLY IF INFILL PROVIDED>
0 0 D32

ISSUE-02 11/5/12 16•31 • wg CONTACT SENSING INPUTS 1 p
• 1--------(ffi}@
'•• ERE L.DV SPEED INDICATIDN IS"" PRDVIDED, \liRE LsPD CONTACT IN....LLEL VlTH HR.
ux: AT
~DR 3-1 t:SD~ ;v 3-2., ..
~HDR e-1 t:5o'~ W2-2
DR RESISTORS
#1 IIP3
• • z • •2
#1 IIP3
•• z • •2
r
" 1/Pl
~ ux:
I
1-1 l:SDn 9V 1-2 1" 0 0 030 . ... 1L lR
ElTE TEF'LDN COATED 1.231¥1SQ, 19/29AVG,
600V GRADE
Fxx •• ALTERN TAP IF
K REPLACEMENT
-
-4-1 t:So'~ ;v 4-2
1-1 t:so'~ 9v 1-2
--wNv-: 3-1 150 n ,... 3-2
" 2-1 1:son,... 2-2
" 1-1 tJo'ri~ 1-2
XXX #1 IIP4sm LEU A •• z
• • 2
o oeo •
6DOV GRADE
#1 IIP3
• • z • •2• • • • • •••
600V GRADE
XXX #1 11P3SIG LEU B •• z
ll
• •18 3
600V GRADE
• ••
I I liSSUE-021 11/5/12 16•31 "I e ,,awg CONTACT SENSING INPUTS 2 I ISHT• 111 CB• ATP12 p p
1--------(ffi)- SIGNAL NAME 1------ID-(ffi} SIGNAL NAME SIGNAL ID. LEU A RHS SIGNAL ID. LEU A LHS LEU A I/P XXX LEU A I/P IIP4 IIP3• t£Y #1• S1G #1 XXX RESISTORS RESISTORSLEU A LIIC LDC• • z • • z
lDJBLE CUT ARRANZM!NT ~DR• • • 2 --wN'r- • 4-1 150n 9'J 4-2 3-1 ts0 ·~ \w3-2 6 6
0 0 0 4 0 0 0 4 • 0 0 0 6
liPS • .,.
[ • THIS PATH "1- VRR ECR ... IIP6
• ... CNLY REQ'D 6-1 150·~ 9\, 6-2 12 IF lN'lLL ;;;- .. o o o3D PROVIDED A1 ..
• •32
(~~i~~~~ u
ETFE TEFLDN COATED ETTE TEF'LDN COATED l~Siil, 19/29t\VG, 1.2:JN!!SQ, 19/29t\VG,
6IXIV GRADE 6DOV GRADE
#1 IIP3 DR • • -.' z
'"1 ... • •• L~ LEU ANDa-1 tso"'ci 9\, 3-2 6 0 0 0 4;;;- .. 12V TRANSFDRMER IS IN 11£
•• 6 SAME LDCATD:J\1 "' .. THEN MAXDUI DISTANCE IS
HDR .... IIP2 10..
XXX LIIC AT HR .... 1/Pl liXl2 • ...
fJIIX 4A ... 1-1 15Dn 9\, 1-2 • 0 0 030 11 .. il .. . .,.
1L lR
XXX ETFE TEFLDN COATED NlC12 1231¥1SQ, 19/ecM'w'G,CLDC> - 600V GRADE
PHDR rr7R 10 5-1 t:so'~ W~r.,-:·
A1 A2.
X3 I I Bl 1 ••
3 3 XXX UX: AT HR I I .. BX12~
fxx 411 t-ltsO·~ 9\i t-2 • • 11 .. .1 .. I I I I
1 1
1/Pl • ...
• •32
11 Dtl..Y 'w'IRED AS PER THIS CIRCUIT ISSUE-01 ND CIH£CTIDNS TD MY DTI£R CONTACTS
06-07-11 ..DB NUMBER I I I I I I I I I I I I I I I I I I
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---- • •••
• • • • • ••
• • •• • • • • • • • • • ••
I I liSSUE-021 11/5/12 16•32 "' e ,,awg CONTACT SENSING INPUTS 3 I ISHT• 111 CB• ATP13 p
SIGNAL NAME SIGNAL NAME~ SIGNAL ID. LEU A RHS SIGNAL ID. LEU B RHS LEU A I/P lOCX LEU B I/P lOCX• #1 IIP4 #1
• IIP4
b
[ S!G SIGRESISTORS RESISTORS
• b z LDJ B z~A>HR LDJ. • • 2 • • • 2 --w-Nv-- •
4-1 tson 9V 4-24-1 t5o'~ 9v 4-2TURIIIIT 0 0 0 o4• •ROUTE ., .. IWUTS • • 5 7L 70
HDR liPS • .,. liPS
• • .,.~ ID5-1 t~o'~ 9v 5-2 o o otB X3 ,_, lOOn 9\t ,_. :• o otB X3
AI A2 • ~- • ..... ...
• IIP6 IIP6.. • ... • ...r-:HDR
12 126-1 t5o'~ 9v 6-2 • • •30 6-1 t5o'~ '" 6-2 • • •30 ill A2 • •32 • •32
11 11
£TFE TEFUIII CDATED £TFE TEFU:tol COATED ~~~~SQ, 19129A~ 1.23PIPISQ, 11J/29A'JG.
600V GRADE 600V GRADE
SIGNAL NAME SIGNAL NAME LEU A LHS LEU B LHS
#1 IIP3 #1 • IIP3
3-t t5o'ri 9v 3-2 3-1 tson 9\i 3-2• •., DR
.. ..STRAIGHT .. "'ROUTE .. "'T··HDR IIP2 • .,. IIP2
DPUTS • .,. L 2, 3 2-1 tSrJ'~ 9V 2-22-1 t5o'~ ''-' 2-2~~ o o ot6 o ot6X2 X2• • • o otB o otB
3L3R 3 lOCX _;(IC AT <B>HR liP! 1/Pl
BXI2 ... ..• ... • ...1"'fxx 4A ~- 2 21-1 t:son gy 1-21-1 t~On 9\i 1-2 0 0 030 • • •30
B1 12 IBl B2ALTERNATIVE 7 • •32 • •32 TAP IFF' m. VRR IL IR IL IR
lOCX L
••• 12~PISQ, 19129AIJG. L23PIPISQ, 19129AIJG.<LIIC> 600V GRADE 600V GRAJE
WVRR ECR ITHIS PATH DIII..Y REQ'D [ ~ IF INFn.L At/lt2.A1A2PRDVIIIED
PRDVIJED IF Sl-l.INT HAS ND ~ REPLACEMENT DR HAS ESF'
[ <S>A HR
Bl B2
<S>B
[ L ______ HR STRAIGHT ROUTE INPUT 1 11 I:N..Y \IIRED AS PER THIS CIRCUIT
Nl CCNNECTII:NS TD ANY DTI£R CI:NTACTSISSUE-01 Cl C2
..DB NUMBER I I I I I I I I I I I I I I II I 06-07-11
I
ISSUE-02 11/5/12 CONTACT SENSING INPUTS 4 SHTI 1/1 CBI ATP14
SIGNAL NAME SIGNAL ID LEU A RHSr- LEU A I/P' XXX
IIP4• JP RESISTORS SIG #1 LEUA •• z
ARRANDENT FlR ..li\ICTION REPEATER • • 2 r_HDR WITH TID RPT PROVED U TIN HlR -t.-1 t:5o'~9W •-2 • • 4 ~- • •
• • 6 WITH TID RPT tilT PROVED LlT IN HDR 7L 7R
PHDR liPS • •16
•r IIP6.. • ...~! ,. 6-t tSO~ '"' 6-2 • • ...
M .... 11
60DV liRAlE
#1 IIP3 DR •• z
JP AI • •6 • L
'-- o otB 3L 3R
1/Pl . ...•.. IBI . ...~ N~
~ 4-1 1Sl9\i 4-2
VRR ECR ... 6-1 ,~;~ 6-2
LEUB • •
•f' ~:·
12
IIP4
ETF'E TEFUI\I COATED
ISSUE-01 11 l:tiLY 'e'IRED AS PER THIS CIROJ[T NO CI:NECTIJ:JG TD MY OTHER CI:JfTACTS
L23ft"SQ,19/29A~ 60DV GRADE
I
3
I I IISSUE 011 11/5/12 16•33 "' e >.awg CONTACT SENSING INPUTS 5 I ISHT• 111 CB• ATP15
1-J:}fl
~ -4-1 ~~~ri ~ 4-2..A1
ICSlB HR
ICSlA
.. HR
.. XXX ATj.\1'liXl2 ""' fxx 4A 1-1 l':!iO•ri 9\, 1-2
11 A1
XXX #1 I/P4S1G LEU A • b z
0 0 2
• 0 0 04
o oi!D
• I/P6 0 0 o28• 0 0 030112 0 0 032
u ETFE TEFLDN COATED
SIGNAL NAME LEU A LHS
• I/P3
3
• I/Pl
6DDV GRADE
11 Dtl..Y 'w'IRED AS PER THIS CIRCUIT ISSUE-D! ND CIH£CTIDNS TD MY DTI£R CONTACTS
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•• • • •• • ••
• • •••
• •• • • ••
•••
ISSUE -01 11/5/12 16o!B w CONTACT SENSING INPUTS 6 SHT• Ill CB• ATP16 p
SIGNAL NAME B HDR
LEU A liP XXX SIGNAL ID LEU A RHS A A
• ux: VRR HRI/P4• sm #IRESISTORS LEU A • • • z
1--------(ffi)- ~DDR ·~_..jlI 4-1 150n 9V 4-2 •.. .. • 2
7L 7R ·~t.lr-wt~--~~--~liPS • • •16 X CA LDCl txx ...__ Al--wN'v-:
10~~ t:son 9'w' :5-2 BHIGHER ASPECT CONTROLS 3• • o!B DR\o/HERE BRAKING/PREINDICATION
• HDRPOINT OCCURS BEFORE FIRST \o/ARNING SIGNAL IIP6
• • ...~<PREFERRED OPTION) l~l--------,126-1 tson 9'tl 6-2 o o o3D
• • ... u
USE LEU CA then B> I/P4 FOR ETF"E TEFLDN COATED Lea...sQ, 19/29A'w'G,DDR INPUT. B
FOR OTHER ARRANGEMENTS USE 6DOV GRADE
DDRSIGNAL NAME FIRST AVAILABLE SPARE. LEU A LHS ~~ #I IIP3 .. • • zr_ DR
a-1 tso·n 9\, 3-2 •., ,. ..... HDR IIP2.... • .,. B DDR- PROVE
IN TRACKSTICK2-1 150n 9\, 2-2 X2• • • •16llm--! CIRCUIT.o o!B 3
XXX ux: AT HR liP!.... • ...liXl2 2~ 1-1 15Dn 9\, 1-2 0 0 030
11 .,•• .. . ... IL IR - ETF"E TEF'LDN COATED~ I
Le31¥1SQ, 19/29AYG, (UJC) 600V GRADE
ISSUE-D!
I
LOCATION
I
'A' IISSUE Dll 11/5/12 17o16 "1 e11.awg 'A' LOCATION TO 'B'
LOCATION 'B'
SIGNAL NAME FOR PREINDICATION SIGNAL NAME CONDITIONS ONLYLEU A
LEU A PART LEU PSU SKJWN I:N..Y l2DV PLOO
DDIJ-225 PSU
T GN/YL
XXX~E +--HUT NX120CABII£T NX I20V
EARTH = tXX CLIJC'A')BX toeIETH.2 MJJACENT TD LEU
LDC'A'+ + I I XXX xxxx BXI20~~•vI-D!:: I-D!:: +24V 4A fXX DV ••v+24V DC - DV D.llll11111
'0 I .X7
1 2 3 4
D I~ ~ ~ ~I {] D
EXTENDER EXTENDER
~~ IJDLVERINE IJDLVERINE IDt=-D~D~25 J: {] D~D~25 J: {]~ .....
DSL2. r~D r~·~ Dsu r~e
DSL2 [e ~ [~~- DSLI rf-'GN/YL.. ..
r-, r-, BL i I i i BL
i i i WIVIIL •• I I •• 15 •• I I 11 WIVliL
I I I I
I<RIJNE 3 PIJ..E 230V ARRESTOR I CI:MI.NICATDIS - I I<RI:I\IE 3 PIJ..E 23DV ARRESTOR NJTE tilT FITTED IF' IN I DISCIPLINE I NlTE- tilT FITTED IF' IN EMTH POTENTIAL RISE AREA : -: EMTH POTENTIAL RISE AREA AS PER ntl POOL 13. AS PER ntl POOL 13,
11 CATEGI:RY 5 CABLE CI:R BETTER>. LNJSED 'WIRES NOT SKJW'N. ALL lHJSED VIRES TO BE CUT DF'F' rLliSH V1TH SI£ATH. 12 SIGNAWNG TELEMETRY ..lJMPER CBUJ£/GREEIID IJlTH RED MARKING CAPS nTTED 1:1\1 JUti'ER & CAlll..E SDE AS PER TMM POOL 13 EARTH POTENTIAL RISE AREAS ARE TYPICALLY 'w'ITHIN 2111'1 IF A HIGH VOLTAGE PCVER EARTH. 14 SECI:I\ID CDNNECTII:I\I TD PRDVDE THE I£TYI::RIC 'w'lTH A ~DANT UIP CIH£CTII:I\I. 15 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 I I
BL I I I I BL
I I I I VHIBL tll : •• .. 12 : : 11 VH/liLL--+ .. .,_J
_/ -:!:- vlo. fra.M' via fr'CU'Ie ~ \_
PART LEU PSU SHDVN ONLY 12DV PLUG1-------DDIJ-225 PSU
:m....I!STD D21 I IJDI GNIYL ·-· •rm ~E ~ ~mNX 120V Nl<l20 ~::¥:.ET -=:IX AC DC'B')
1ETH.2 ADJACENT TD LEU
XXX + + I I xxxxBX120 l-Ot: I-ll!::+24Vr·v 4A f'XX
DV
DV
1 2 3 4
7
I I IISSUE 011 11/5/12 16•38 "' e ,,awg MAINS DISTRIBUTION ~ SURGE PROTECTION
TYPICAL PO\·/ ER I SURGE PROTECTION ARRANGEMENTS FOR ATP
ATP CABINET PROPOSED.
tb INSTALL IN
ATP CABINET IS SEPARATE FROM EXISTING LOCATION.
INSTALL IN6 / "LDC
ATP CAIIINET
I I ISURGE ATP CABINET~DC ux: LDC ~mNn BX120BXI20t]•r•
ATP
I
L -~-~...,_ [--' ' I 16...... FtR DOUBLE LDCATIDNS REPLACEMENT MODULE
lE •I4DPI MAXD«JM lR MOD 1:50 <9:53014) I I ' ' REQUIRED YI£RE 16""
1 C~E USED
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I I ISSUE 00 I 516112 I 13•04 I I IC2950H34ICURRENT SENSING INPUTS 4 C'WESTRACD I ISHT• 1111 CB• ATP19
HOUSING 2 CAP) REPOSITIONING TO BE PROVIDED FOR SLOT 3 LOIJ SPEED AND SHUNT ROUTES. VLOM ..
'LDC' OPCPR
~XXX BXI20
••
SLEEVE LOW' SPEED & S....T
11 ONLY 'JIRED AS PER THIS CIRCUIT ND CI:NECTIDNS TD N4Y DTI£R aJ\ITACTS
I
I I3 1 I I I uov I I I
XXX I E I NX120 E
u--1--~"CXXX) tXX SIGNAL NAME
l:oO'ibl LDC •• z • •2 VESTRACE SI..RGE
INID ~~ IIP3 • ARRESTeR LNIT• • •• ~-------~
• ••L:J:!!.!;_j 5 I 3 1 I I.Oij;l !IP2 I I
• .,. I uov I
INID ~~ IIP2 • • • .,. X2 I I XXX I E I• .,. NX120 E
u--1--~JL~!t!;_j 3 CXXX) tXX rtAitil !IP1
• ... INID ~~ 2
ETF'E TEFUJN Cllt\TED ~-------~
L23MSQ, 19/29AVG. I I600V GRADE 3 1 I I I uov I I I
XXX I E I SIGNAL NAME NX120 E
u--1--~JLEU LEU A RHS CXXX) tXX BYPASS IllTERMINALS t.EV !IP4,....., LDC •• z
• •2 SE
INID L~ IIP4 • • • •• VESTRACE Sl.RGEi rl • •• ARRESTI:R LNIT L"!.~_j
r-------, 7,..-, !IP5 I I3 1
I ' 't I • • • .,. I IIDINID ~ I/P~ • • .,. X3 I uov I I , f I • • • ... I I L"!!.;!!;_J • XXX I E I,...., !IP6
NX120 E
u--1--~"CXXX) tXX
INID ~~ IIP6 12 • • •30
• ... SE L"!!.~_j 11
VESTRACE Sl.RGE SLEEVE ETF'E TEFLDN COATED ARRESTER LNIT LIIV SPEED. L231'1'1SQ, 19/29AVG. ~-------~
SIIJNT 60DV GRADE I 3 1 I I I I uov I I I
XXX I E I NX120 E
u--1--~JCXXX) tXX
• SHUNT
.. y
Ill RESIST[RS VALUE AS EXISTING
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I I I I 516112 I 13•04 I I I'\TP20.clwgCURRENT SENSING INPUTS 5 C'WESTRACD I ISHT• 1111 CB•ATP20
HOUSING 2 CAP) SIGNAL ID ,..--- ....SLOT I ISIJ..ATIDN \IESTRACE SURGE " 'VLOM TRANSfORMER ARRESTOR LNIT I \ r-------, r-------l ux:. LIJC B •• I \B1
I T1l!ll T12D I I I G
3 1 ... 1 :r..... l I I I I I I I ..,. I I UDV I I ".~" I I I I I •• ! I
XXX I I I E I ux:. LIJC B NX120 ' u__l __iLJ()()()() tXX ~_!D_____T!_j ... I • I I
I ~ ~ Ii iSE
'LDC' TRANSFORMER ARRESTOR UNIT ! IOPCP2R ~-------~ ~-------~ •• Iux:. LIJC B
15 I r R l II T1l!ll neo I I 3 1 I /OE1 3.. I I I I
""'B1
'LDC' I ..,. I I UDV I II II I I I I I •1 I
~~ I I I E I ux:. LIJC B •• I I XXX ~ r·-----~J u__l __iLJ ... • L_______J
BXI2D fXX .. .. •• I
N~~xo E SE ()()()() tXX ISil..ATIDN 'W'ESTRACE SLRGE ML'LDC' TRANSfORMER ARRESTOR LNIT
OPCP2R ~-------~ ~-------~ ux:. LIJC B ••87 R "' I T1l!ll neo I I 3 1 I N!9 5 r lB3 ;;: I I I I
'LDC' I 15VA I I UDV I •1"I I I I
~9- I I I E I ux:. LIJC B •• XXX ~ r·-----~J u__l __iLJ ... •BXI2D
fXX 4A BB B7 ALL LED 120V
N:~xo E SE ,..--- ...... ()()()() tXX 1 " LD'W ',ISil..ATIDN \IESTRACE SURGE
I SPEED 'TRANSFORMER ARRESTOR LNITr-------, r-------l ux:. LIJC B •• 1 '. •• G
I T1l!ll neo I I 3 1 I ... 7 \ r l II I I I \ ..... /I 15VA I I UDV I
I I I I ' ...... f1•1'' // XXX I I I E I ux:. LIJC B
SB ___ .,....
SE ,- -, " ....
TRANSfORMER ARRESTOR LNIT I SHUNT \ ~-------~ ~-------~ •• I \ux:. LIJC B
Ill y I T1l!ll neo I I 3 1 I A33 ·\ r l II I I I
I "'" II 15VA I I UDV I \ I I I I I ' ...... ··.~·· //
XXX I I I E I ux:. LIJC B SB ___ ..,...
NX12D ' u__l __iLJ(XXX) tXX L.ro_____T!_j ... 1D •1 RESISTORS VALUE AS EXISTINi
lli:N..V VIRED AS PER THIS CIRaJIT tll CDIII£CTII:NS TO NlY OTHER CI:NTACTS SE
REPOSITIONING TO BE PROVIDED FOR LOIJ SPEED AND SHUNT ROUTES.
SIGNAL NAt£ LEU LEU A LHS
BYPASS IllTERMINALS NE\t IIP3
r3G3bl ux: • • z 0 oe
iN/0 Lf+--< liP 3 • o40 0 i · rl L3.!~...J
0 o6 5
L2.!.~..J 3
0 ooe L'!!.~_j 1
ETFE TEFUtol aJATED 1.23r'I..SQ, 19/29AVG.
60DV GRADE
BYPASS IllTERMINALS NE\t IIP4
r4;-4b-, ux: • • z 0 0.
iN/0 Lf+--< liP 4 8 0 0 04 i r 1
0 06 L•.!!.~_j 7 r:sG~I IIPO
I • t I • 0 0 016
IN/D ~liPS 10 0 0 018 X3 I • f I • 0 0 o20 L:S.!~...J • looij;l IIP6
IN/0 Lf+--< liP •
i · rl 0 ooe
600V GRADE
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BXI2D SIG LTS
BB B7 BB B7
~ A6
29 DR
D6 DS
29(M)B HR_.
D6 DS
29(M)C HR ...
D6 DS~
ALL EQUIPMENT ARRANGEMENTS & DETAILS ARE TO REMAIN UNCHANGED FROM THE EXISTING CIRCUIT.
CURRENT SENSING INPUTS 6 CREMDTE LOCATIONS) SHT: 112 CB: ATP21 REFER TO DRA~ING ATP22 FOR SHEET 229
.... - .... / 29
SUB HEAD 1 ' \ HEAD SUB SIG TERM SB LOC CD BUSLOC SB TERM
G I I I
I 3 3 3
.... - .... /
LEU BYPASS SUB LOCTERMINALS
j I L4~ 4c_j 7I I Is;;- Sb--,
ID IN/0 L~ l/P sI I I 1 11 LS~Sc_j
I 9
16;;- 6b--,
I 2
4 4 4 4 2
I 6 ...J
I I l/P 6
I I
I I
12;;- 2b--,
I l/P 2 4
l/P I 2
l/P4 d b
0 o20
I/P3 d b
0 o32
ETFE TEFLON COATED 1.23MMSQ, 19/29A~G,#I ONLY ~!RED AS PER THIS CIRCUIT
600V GRADENO CONNECTIONS TO ANY OTHER CONTACTS
JOB NUMBER
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I I ISSUE-01 1318112 I 16152 I f\TP22.dwg CURRENT SENSING INPUTS 7 CREMDTE LOCATIONS) I I SHT: 2/2 I CB:ATP22 SIGNAL OPERATING
CD NXI20
n1 D2
AI A2
~.. tSIG LTS t38 CCDl A3A4
ALL EQUIPMENT ARRANGEMENTS L DETAILS ARE TO REMAIN UNCHANGED FROM THE EXISTING CIRCUIT.
29(S)B HR
SUB LOC
SUB LOC
SUB LOC
SUB LOC
SUB LOC
SUB LOC
REFER TO DRA~ING ATP21 FOR SHEET I SUB SIGNAL LD. LOC SB
25 25 3
I ROUTE ·c· I
LEU SIGNAL NAME LEU B RHS
BYPASS #1TERMINALS SUB LOC l/P4
or 14;;:- 4b-, NE~ LOC d b z
0 0 2
l/P5 • 0 0 016 10
018 X30 0
o300 0
SUB 600V GRADE LOC SB
y 16 16
17 17 SL35 12V 24~+24~ SIGNAL NAME LEU or LED LEU B LHS
BYPASS TERMINALS SUB LOC l/P3 #1 or 13;;:- 3b-, NE~ LOC d b z
0 0 2
0 6 0 L3~~_j 5
12;;:- 2b-, l/P2
!N/0 ~~ I/P 2
0180 L2~~_j 3
o300 0
ETFE TEFLON COATED
#I ONLY ~!RED AS PER THIS CIRCUIT 1.23MMSQ, 19/29A~G,
NO CONNECTIONS TO ANY OTHER CONTACTS 600V GRADE
JOB NUMBER I I I I I I I I I I I I
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Subject: Amendment to SDG 003 Circuit Design Standards ATP - ETCS and signalling interface circuits under review
1. Background
2. Amendments
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Technical Note - TN 064: 2015