c&i cable schedule format

7/23/2019 C&I Cable Schedule format

http://slidepdf.com/reader/full/ci-cable-schedule-format 1/85

PROJECT : 2 X 660 MW NCC POWER PROJECT, NELLORE DIS

OWNER : NCC POWER PROJECTS LIMITED

CONTRACTOR : NCC LIMITED

CONTRACTOR CONSULTANT: L&T-SARGENT & LUNDY LIMITED

OWNER'S CONSULTANT: TATA CONSULTING ENGINEERS LIMITED

NCC DOC. NO.: NPT10111-PE-V-S-62111!-002

IEC DOC. NO. IEC-16""-I-011

DOC. TITILE : CONTROL & INSTRUMENT CA#LE SCEDULE

SL. NO Service Description

Branc

Number Size

1 0GDN07CF101 ELECTLYR-1 I/L FLO 0GDN07CF101_001 1PX 0.5 Sq.mm

$ 0GDN07%%05& ELECTLYR-1 I/L FC' CNTRL SIG 0GDN07%%05&_001 1PX 0.5 Sq.mm

# 0GDN07%%05& ELECTLYR-1 I/L FC' POS F( SIG 0GDN07%%05&_001 1PX 0.5 Sq.mm

& 0GDN07CE101 ELECTLYR-1 CELL-% 'OLT

0GDY10_001 )PX 1Sq.mm C5 0GDN07CE10$ ELECTLYR-1 CELL-( 'OLT

) 0GDN07CE10# ELECTLYR-1 CELL-C 'OLT

7 0GDN0*CT101 ELECTLYR-1 O/L TE+P 0GDN0*CT101_001 1PX 0.5 Sq.mm

* 0GDN07CF10$ ELECTLYR-$ I/L FLO 0GDN07CF10$_001 1PX 0.5 Sq.mm

, 0GDN07%%055 ELECTLYR-$ I/L FC' CNTRL SIG 0GDN07%%055_001 1PX 0.5 Sq.mm

10 0GDN07%%055 ELECTLYR-$ I/L FC' POS F( SIG 0GDN07%%055_001 1PX 0.5 Sq.mm

11 0GDN07CE10& ELECTLYR-$ CELL-% 'OLT

0GDY11 001 )PX 1Sq.mm C1$ 0GDN07CE105 ELECTLYR-$ CELL-( 'OLT

InstrumentTa) No.



PROJECT : 2 X 660 MW NCC POWER PROJECT, NELLORE DIS







DOC. TITILE : CONTROL & INSTRUMENT CA#LE SCEDULE


Branc

Number Size

InstrumentTa) No.

$1 0GDN0*CT10# ELECTLYR-# O/L TE+P 0GDN0*CT10#_001 1PX 0.5 Sq.mm

$$ 0GDN0$CP101 DILTION LN (STR P+P DSC PR 0GDN0$CP101_00$ 1PX 0.5 Sq.mm

$# 0GDN0)CP151 INLINE STRN-1 DP 0GDN0)CP151_00$ 1PX 0.5 Sq.mm

$& 0GDN0)CP15$ INLINE STRN-$ DP 0GDN0)CP15$_00$ 1PX 0.5 Sq.mm

$5 0GDN0)CP10$ INLINE STRN DSC PR 0GDN0)CP10$_00$ 1PX 0.5 Sq.mm

$) 0GDN0)CT101 INLINE STRN O/L TE+P 0GDN0)CT101_00$ 1PX 0.5 Sq.mm

$7 0GDN$$CL101 %CID STOR T L'L 0GDN$$CL101_00$ 1PX 0.5 Sq.mm

$* 0GDN$$CP101 %CID CLNG P+P DSC PR 0GDN$$CP101_00$ 1PX 0.5 Sq.mm

$, 0GDN$#CL101 %L%LI STOR T L'L 0GDN$#CL101_00$ 1PX 0.5 Sq.mm

#0 0GDN10C$51 $ DETECTION SIGN%L-1 FRO+ $ DETECTOR 0GDN10C$51_00$ 1PX 0.5 Sq.mm

#1 0GDN10CL101 YPO CLORITE T L'L-1 0GDN10CL101_00# 1PX 0.5 Sq.mm

#$ 0GDN10CL10$ YPO CLORITE T L'L-$ 0GDN10CL10$_00# 1PX 0.5 Sq.mm



PROJECT : 2 X 660 MW NCC POWER PROJECT, NELLORE DISTR





NCC DOC. NO.: NPT10111-PE-V-S-62111!-002IEC DOC. NO. IEC-16""-I-011

DOC. TITILE : CONTROL & INSTRUMENT CA#LE SCEDULE AN


Branch C

Number Size

InstrumentTa) No.

&0 0GDN0)CP101 ECP FEED P+P DSC PR 0GDN0)CP101_00& 1PX 0.5 Sq.mm Cu

&1 0GDN0)%%051 ECP FEED P+P DSC FC' CNTRL SIG TO I/P C'TR 0GDN0)%%051_00& 1PX 0.5 Sq.mm Cu

&$ 0GDN0)%%051 ECP FEED P+P DSC FC' POS F( SIG 0GDN0)%%051_00& 1PX 0.5 Sq.mm Cu

&# 0G(#0CE&00 ECP RECTFR XFR+-1 TI

N% N%

&& 0G(#0CE&00 ECP RECTFR XFR+-1 OTI

&5 0G(#0CE&00 RECTFR-1 O/P DC 'OLT

&) 0G(#0CE&00 RECTFR-1 O/P DC CRR

&7 0G(#0CE&00 RECTFR-1 DC CRR CNTRL SIG

&* 0G(#1CE&00 ECP RECTFR XFR+-$ TI

N% N%

&, 0G(#1CE&00 ECP RECTFR XFR+-$ OTI

50 0G(#1CE&00 RECTFR-$ O/P DC 'OLT

51 0G(#1CE&00 RECTFR-$ O/P DC CRR

5$ 0G(#1CE&00 RECTFR-$ DC CRR CNTRL SIG



PROJECT : 2 X 660 MW NCC POWER PROJECT, NELLORE DISTRICT






DOC. TITILE : CONTROL & INSTRUMENT CA#LE SCEDULE AND


Branch Cable

Number Size

InstrumentTa) No.

)1 0G(#1CE&00 ECP RECTFR XFR+-$ OTI

)$ 0G(#$CE&00 ECP RECTFR XFR+-# TIN% N%

)# 0G(#$CE&00 ECP RECTFR XFR+-# OTI

)& 0G(#$(R%001 ECP $&0' PS-1 O/P 'OLT

N% N%

)5 0G(#$(R%001 ECP $&0' PS-1 O/P CRR

)) 0G(#$(R%001 ECP $&0' PS-$ O/P 'OLT

)7 0G(#$(R%001 ECP $&0' PS-$ O/P CRR

)* 0G(#$(R%001 ECP $&0' PS (%T-1 'OLT

), 0G(#$(R%001 ECP $&0' PS (%T-$ 'OLT

70

71 0GDN$,CL101 YPOCLORITE STOR%GE T%N-$ LE'EL N% N%



CLORINATION SYSTEM

T"R!IN#TION #T %I"LD'INSTR!"NTS B

B ' (anel NO. B Location' SystemB ' (anel TB NO.

Number Size(ositive Ne)ative Shiel/

!"NT C#BL" SC$"DL" #ND INT"RCONN"CTION C$#RT %OR "LCTRO C$LORIN#TION SST"! %RO! %I"LD'INSTR!"NTS TO (LC (#N"L

0GDY1)G%001 7$ 2ELECTROLYSR %RE%3

T(-1 T(-$ T(-#

0GDY1)_&1001

T(-& T(-5 T(-)

T(-7 T(-* T(-,

T(-10 T(-11 T(-1$

T(-1# T(-1& T(-15

T(-1) T(-17 T(-1*

T(-1, T(-$0 T(-$1

T(-$$ T(-$# T(-$&

T(-$5 T(-$) T(-$7

T(-$* T(-$, T(-#0

T(-#1 T(-#$ T(-##

No. o0,ay

1$ P X 0.5 S.qmm CFRLS



CLORINATION SYSTEM




No. o0,ay

T(-)1 T(-)$ T(-)#

0GDY1)G%00$ #)

T(-1 T(-$ T(-#

0GDY1)_&100$

T(-& T(-5 T(-)

T(-7 T(-* T(-,

T(-10 T(-11 T(-1$

T(-1# T(-1& T(-15

T(-1) T(-17 T(-1*

T(-1, T(-$0 T(-$1

T(-$$ T(-$# T(-$&

T(-$5 T(-$) T(-$7

T(-1 T(-$ T(-#

T(-& T(-5 T(-)

2SE% %TER

STR%INER %RE%3

1$ P X 0.5 S.qmm C

FRLS



CLORINATION SYSTEM




No. o0,ay

1$

T(-1 T(-$ T(-#

0GDY1)_&100&T(-& T(-5 T(-)

T(-7 T(-* T(-,

0GDY0& N% RECTIFIER-1

T(&-1 T(&-$ EP

0GDY0&_0GDY01_&01

T(&-# T(&-& EP

T(&-5 T(&-) EP

T(&-7 T(&-* EP

T(5-1 T(5-$ EP

0GDY05 N% RECTIFIER-$

T(&-1 T(&-$ EP

0GDY05_0GDY01_&01

T(&-# T(&-& EP

T(&-5 T(&-) EP

T(&-7 T(&-* EP

0GDY1)G%00&2CL%RIFIED %TER

P+P OSE3) P X 0.5 S.qmm

FRLS

* P X 0.5 S.qmm FRLS

* P X 0.5 S.qmm FRLS



CLORINATION SYSTEM




No. o0,ay

T(1-1# T(1-1& EP

_ _

0GDY0, N%

T(1-11 T(1-1$ EP

0GDY0,_0GDY0)_&01

T(1-1# T(1-1& EP

N% N% ECS PS

T%#-5 T%#-) N%

0G(#$(R%001_0GDY01_&01

T%#-# T%#-& N%

T%#-5 T%#-) N%

T%#-# T%#-& N%

T%#-1 T%#-$ N%

T%#-7 T%#-* N%

BL" SC$"DL" #ND INT"RCONN"CTION C$#RT %OR "LCTRO C$LORIN#TION SST"! %RO! %I"LD'INSTR!"NTS TO S,I DOIN- SST"! RIO (#N"L

N% N% SI YPO T%N N% N% N% 0GDN$,CL101_0GDY01_&01

#$+a8s9a!!n< (;=

FRLS

ECS T8ans:;8m"8-#+a8s9a!!n< (;=

$PX 0.5Sq.mm CuFRLS

* P X 0.5 S.qmm CFRLS

1PX 0.5 Sq.mm CFRLS



DATED :"0.10.1%

T"R!IN#TION #T (#N"L' C#BIN"T

Remar1sCable Race2ay NO. (anel NO. Location' System

TB NO.

(ositive Ne)ative Shiel/

0GDY01 ECS CI ROO+

1%I1-5 1%I1-) IE

1X%O1-11 1%I5-$, IE

1%I1-, 1%I1-10 IE

1%I1-1# 1%I1-1& IE

1%I1-17 1%I1-1* IE

1%I1-$1 1%I1-$$ IE

1%I1-$5 1%I1-$) IE

1%I$-5 1%I$-) IE

1X%O1-1# 1X%O1-1& IE

1%I$-, 1%I$-10 IE

1%I$-1# 1%I$-1& IE

R":. Ca!" T8a>R;utn< :;8

E!"?t8;!>s"8 (u!4n<D;?. NPT10111-PE-'-

G%-55#&0#-00#



DATED :"0.10.1%



TB NO.


1%I#-$5 1%I#-$) IE

ECS CI ROO+

1%I#-1 1%I#-$ IE

1%I&-1 1%I&-$ IE

1%I5-1 1%I5-$ IE

1%I&-5 1%I5-5 IE

1%I&-, 1%I5-, IE

1%I)-$, 1%I)-#0 IE

1%I)-## 1%I)-#& IE

1%I)-#7 1%I)-#* IE

1%I1-&, 1%I1-50 IE

1%I&-1# 1%I&-1& IE

R":. Ca!" T8a>R;utn< :;8 ECS

(u!4n< D;?. N;.NPT10111-PE-'-G%-

55#&05-001

0GDY01



DATED :"0.10.1%



TB NO.


ECS CI ROO+

1%I1-1 1%I1-$ IE

1X%O1-, 1X%O1-10 IE

1%I$-1 1%I$-$ IE

0GDY01 ECS CI ROO+

1%I1-## 1%I1-#& IE

1%I1-#7 1%I1-#* IE

1%I1-&1 1%I1-&$ IE

1%I1-&5 1%I1-&) IE

1X%O1-17 1X%O1-1* IE

0GDY01 ECS CI ROO+

1%I$-## 1%I$-#& IE

1%I$-#7 1%I$-#* IE

1%I$-&1 1%I$-&$ IE

R":. Ca!" T8a>R;utn< :;8 ECS(u!4n< D;?. N;.

NPT10111-PE-'-G%-55#&05-001

0GDY01

R":. Ca!" T8a>R;utn< :;8

E!"?t8;!>s"8 (u!4n<D;?. NPT10111-PE-'-

G%-55#&0#-00#



DATED :"0.10.1%



TB NO.


T(&-# T(&-& N%

0GDY0) RECTIFIER-#

T(&-1 T(&-$ N%

T(&-# T(&-& N%

0GDY01 ECS CI ROO+

1%I)-&1 1%I)-&$ N%

1%I)-&5 1%I)-&) N%

1%I5-&, 1%I5-50 N%

1%I)-&, 1%I)-50 N%

1%I5-&1 1%I5-&$ N%

1%I5-&5 1%I5-&) N%

1 0GDY01 ECS CI ROO+ #%I1-1 #%I1-$ IE

. .

NPT10111-PE-'-G%-55#&05-001

R":. Ca!" T8a>

R;utn< :;8 ECS(u!4n< D;?. N;.NPT10111-PE-'-G%-

55#&05-001



PROJECT : 2 X 660 MW NCC POWER PROJECT,




OWNER'S CONSULTANT: TATA CONSULTING ENGINEERS L


DOC. TITILE : CONTROL & INSTRUMENT CA#LE


Number

1 0GDN07CG051% ELECTLYR-1 I/L 'L' OPN F( NO

0GDN07CG051%/(_001

$ 0GDN07CG051( ELECTLYR-1 I/L 'L' CL F( NO

# 0GDN07CG05$% ELECTLYR-$ I/L 'L' OPN F( NO

0GDN07CG05$%/(_001

& 0GDN07CG05$( ELECTLYR-$ I/L 'L' CL F( NO

5 0GDN07CG05#% ELECTLYR-# I/L 'L' OPN F( NO

0GDN07CG05#%/(_001) 0GDN07CG05#( ELECTLYR-# I/L 'L' CL F( NO

7 0GDN07%%051 ELECTLYR-1 I/L 'L' OPN/CL C+D _ 0GDN07%%051_001

* 0GDN07%%05$ ELECTLYR-$ I/L 'L' OPN/CL C+D _ 0GDN07%%05$_001

, 0GDN07%%05# ELECTLYR-# I/L 'L' OPN/CL C+D _ 0GDN07%%05#_001

10 0GDY10 ELECTLYR CELL 'OLT%GE TR%NSDCER P%NEL PR. _ N%

11 0GDN0)CL$01 CL%RIFIED TR STOR T L'L LO NO 0GDN0)CL$01 00$

InstrumentTa) No.

ContactType











Number

InstrumentTa) No.

ContactType

$$ 0GDN$#CP$01 %L%LI XFER P+P-1 DSC PR LO NO 0GDN$#CP$01_00#

$# 0GDN$#CP$0$ %L%LI XFER P+P-$ DSC PR LO NO 0GDN$#CP$0$_00#

$& 0GDN$&CL$01 NET@N PIT CO+P-1 L'L LO NO 0GDN$&CL$01_00#

$5 0GDN$&CL$0$ NET@N PIT CO+P-$ L'L LO NO 0GDN$&CL$0$_00#

$) 0GDN$&CP$01 NET@N PIT XFER P+P-1 DSC PR LO NO 0GDN$&CP$01_00#

$7 0GDN$&CP$0$ NET@N PIT XFER P+P-$ DSC PR LO NO 0GDN$&CP$0$_00#

$* 0GDN$)CP$01 NET@N PIT %IR (LR DSC PR LO NO 0GDN$)CP$01_00#

$, 0GDN05%%051 INLINE STRN-1 DRN 'L' OPN/CL C+D _ 0GDN05%%051_00#

#0 0GDN05%%05$ INLINE STRN-$ DRN 'L' OPN/CL C+D _ 0GDN05%%05$_00#

#1 0GDN$5CP$01 YPO T %IR (LR DSC PR LO NO 0GDN$5CP$01_00&

#$ 0GDN1$CP$01 C SYS YPO DOS P+P-1 DSC PR LO NO 0GDN1$CP$01_00&

## 0GDN1$CP$0$ C SYS YPO DOS P+P-$ DSC PR LO NO 0GDN1$CP$0$ 00&



PROJECT : 2 X 660 MW NCC POWER PROJECT, NELLOR







DOC. TITILE : CONTROL & INSTRUMENT CA#LE SCED


Number

InstrumentTa) No.

ContactType

&& 0GDN0#%%051 C SYS YPO DOS DILTION LN 'L' OPN/CL C+D _ 0GDN0#%%051_00&

&5 0GDN0&%%051 SI SYS YPO DOS DILTION LN 'L' OPN/CL C+D _ 0GDN0&%%051_00&

&) 0GDN$1%%051 R SYS YPO DOS LN 'L' OPN/CL C+D _ 0GDN$1%%051_00&



PROJECT : 2 X 660 MW NCC POWER PROJECT, NEL




OWNER'S CONSULTANT: TATA CONSULTING ENGINEERS LIMIT



DOC. TITILE : CONTROL & INSTRUMENT CA#LE SC


Number

InstrumentTa) No.

ContactType

&7

0G(#0CE&00

ECP RECTFR XFR+-1 GOR TRP NO

N%

&* ECP RECTFR XFR+-1 OTI TE+P TRP NO

&, ECP RECTFR XFR+-1 TI TRP NO

50 ECP RECTFR XFR+-1 OIL L'L LO NO

51 ECP RECTFR XFR+-1 PR RLF DE'ICE OPRTD NO

5$ RECTFR-1 O'ER TE+P NO

5# RECTFR-1 P%S F%IL NO

5& RECTFR-1 FSE F%IL NO

55 RECTFR-1 RN F( NO

5) RECTFR-1 %TO EN%(LE C+D NO

57 ECP RECTFR XFR+-$ GOR TRP NO

5* ECP RECTFR XFR+-$ OTI TE+P TRP NO

5, ECP RECTFR XFR+ $ TI TRP NO



PROJECT : 2 X 660 MW NCC POWER PROJECT, NEL




OWNER'S CONSULTANT: TATA CONSULTING ENGINEERS LIMIT



DOC. TITILE : CONTROL & INSTRUMENT CA#LE SC


Number

InstrumentTa) No.

ContactType

),

0G(#$CE&00

ECP RECTFR XFR+-# TI TRP NO

N%

70 ECP RECTFR XFR+-# OIL L'L LO NO

71 ECP RECTFR XFR+-# PR RLF DE'ICE OPRTD NO

7$ RECTFR-# O'ER TE+P NO

7# RECTFR-# P%S F%IL NO

7& RECTFR-# FSE F%IL NO

75 RECTFR-# RN F( NO

7) RECTFR-# %TO EN%(LE C+D _

77

0G(#0CE&00

ECP RECTFR XFR+-1 GOR TRP NO

N%

7* ECP RECTFR XFR+-1 OTI TE+P TRP NO

7, ECP RECTFR XFR+-1 TI TRP NO

*0 ECP RECTFR XFR+-1 OIL L'L LO NO



PROJECT : 2 X 660 MW NCC POWER PROJECT, NELLOR









Number

InstrumentTa) No.

ContactType

,1 ECP RECTFR XFR+-# PR RLF DE'ICE OPRTD NO

,$

0G(#$(R%001

ECP $&0' PS-1 ON (Y P%SS NO

N%

,# ECP $&0' PS-$ ON (Y P%SS NO

,& ECP $&0' PS-1 CRG/IN'ERTER F%IL NO

,5 ECP $&0' PS-$ CRG/IN'ERTER F%IL NO

,) ECP $&0' PS-1 DC GND F%LT NO

,7 ECP $&0' PS-$ DC GND F%LT NO

,* ECP $&0' PS IN +%N (Y-P%SS +ODE NO








NCC DOC. NO.:NPT10111-PE-V-S-62111!-002




Number

InstrumentTa) No.

ContactType

,,

100 0GDN1&CG051% C SYS CNTS DOS 'L'-1 OPN F( NO

0GDN1&CG051%/(_001

101 0GDN1&CG051( C SYS CNTS DOS 'L'-1 CL F( NO

10$ 0GDN15CG051% C SYS SOC DOS 'L'-1 OPN F( NO

0GDN15CG051%/(_001

10# 0GDN15CG051( C SYS SOC DOS 'L'-1 CL F( NO

10& 0GDN15CG05$% C SYS SOC DOS 'L'-$ OPN F( NO

0GDN15CG05$%/(_001

105 0GDN15CG05$( C SYS SOC DOS 'L'-$ CL F( NO

10) 0GDN15CG05#% C SYS SOC DOS 'L'-# OPN F( NO

0GDN15CG05#%/(_001

107 0GDN15CG05#( C SYS SOC DOS 'L'-# CL F( NO

10* 0GDN15CG05&% C SYS SOC DOS 'L'-& OPN F( NO

0GDN15CG05&%/(_001

10, 0GDN15CG05&( C SYS SOC DOS 'L'-& CL F( NO

110 0GDN15CG055% C SYS SOC DOS 'L'-5 OPN F( NO







OWNER'S CONSULTANT: TATA CONSULTING ENGINEERS LI

NCC DOC. NO.:

NPT10111-PE-V-S-62111!-002IEC DOC. NO. IEC-16""-I-011



Number

InstrumentTa) No.

ContactType

1$1 0GDN1,CG05$% SI SYS CNTS DOS 'L'-$ OPN F( NO0GDN1,CG05$%/(_001

1$$ 0GDN1,CG05$( SI SYS CNTS DOS 'L'-$ CL F( NO

1$# 0GDN#*CG051% SI SYS SOC DOS 'L'-1 OPN F( NO

0GDN#*CG051%/(_001

1$& 0GDN#*CG051( SI SYS SOC DOS 'L'-1 CL F( NO

1$5 0GDN#*CG05$% SI SYS SOC DOS 'L'-$ OPN F( NO

0GDN#*CG05$%/(_001

1$) 0GDN#*CG05$( SI SYS SOC DOS 'L'-$ CL F( NO

1$7 0GDN#*CG05#% SI SYS SOC DOS 'L'-# OPN F( NO

0GDN#*CG05#%/(_001

1$* 0GDN#*CG05#( SI SYS SOC DOS 'L'-# CL F( NO

1$, 0GDN#*CG05&% SI SYS SOC DOS 'L'-& OPN F( NO

0GDN#*CG05&%/(_001

1#0 0GDN#*CG05&( SI SYS SOC DOS 'L'-& CL F( NO

1#1 0GDN1,%%051 SI SYS CNTS DOS 'L'-1 OPN/CL C+D _ 0GDN1,%%051_001

1#$ 0GDN1,%%05$ SI SYS CNTS DOS 'L'-$ OPN/CL C+D 0GDN1,%%05$ 001



PROJECT : 2 X 660 MW NCC POWER PROJECT, NELLORE DI






IEC DOC. NO. IEC-16""-I-011DOC. TITILE : CONTROL & INSTRUMENT CA#LE SCEDULE


Number

InstrumentTa) No.

ContactType

1&# C +%EP P+P-$ RN/STP F( NO

N%

1&& C +%EP P+P-# RN/STP F( NO

1&5 PTP FEED P+P-1/$ RN/STP F( NO



CLORINATION SYSTEM


B ' (anel NO. B. No B Location' SystemB ' (anel TB NO.

Number


!"NT C#BL" SC$"DL" #ND INT"RCONN"CTION C$#RT %OR "LCTRO C$LORIN#TION SST"! %RO! %I"LD'INSTR!"NTS TO (LC (#N"L

1#

0GDY1)G(001 A(-1 #)

T(-1 T(-$ _

0GDY1)_51001

T(-# T(-& T(-5

1$

T(-) T(-7 _

T(-* T(-, T(-10

15

T(-11 T(-1$ _

T(-1# T(-1& T(-15

1# T(-1) T(-17 T(-1*

0GDY1)_5$0011$ T(-1, T(-$0 T(-$1

15 T(-$$ T(-$# T(-$&

N% N% N% N% N% N% N% 0GDY10_0GDY01_501

$0 T( 1 T( $ T( #

Distance*m+

No. o0,ays

ELECTROLYSER

%RE%

ELECTROLYSER %RE%



CLORINATION SYSTEM



Number


Distance*m+

No. o0,ays

1*

0GDY1)G(00# A(-& &*

T(-11 T(-1$ T(-1#

_

1* T(-1& T(-15 T(-1)

$0 T(-17 T(-1* T(-1,

$0 T(-$0 T(-$1 T(-$$

1* T(-$# T(-$& T(-$5

0GDY1)_5$00#1* T(-$) T(-$7 T(-$*

1* T(-$, T(-#0 T(-#1

1$ T(-#$ T(-## T(-#&

0GDY1)_5#00#

1$ T(-#5 T(-#) T(-#7

$$ T(-1 T(-$ T(-#

* T(-& T(-5 T(-)

* T(-7 T(-* T(-,

2SE% %TERSTR%INER %RE%3



CLORINATION SYSTEM



Number


Distance*m+

No. o0,ays

10 T(-#7 T(-#* T(-#,

0GDY1)_5#00&* T(-&0 T(-&1 T(-&$

* T(-&# T(-&& T(-&5

1$C



CLORINATION SYSTEM



Number


Distance*m+

No. o0,ays

N%

0GDY0& .. .. RECTIFIER-1..

T(#-5$ T(#-5# EP

T(#-17 T(#-1* EP

T(#-* T(#-, EP

T(#-&& T(#-&5 EP

T(#-#5 T(#-#) EP

N%

T(#-$, T(#-#0 EP

T(#-5 T(#-) EP

T(#-#$ T(#-## EP

T(-# T(-& T(-5

T($-07 T($-0* EP

T(#-5$ T(#-5# EP

T(#-17 T(#-1* EP

0GDY0&_0GDY01_501/0GDY0&_0GDY01_50$



CLORINATION SYSTEM



Number


Distance*m+

No. o0,ays

N%

0GDY0) .. .. RECTIFIER-#..

T(#-* T(#-, EP

T(#-&& T(#-&5 EP

T(#-#5 T(#-#) EP

N%

T(#-$, T(#-#0 EP

T(#-5 T(#-) EP

T(#-#$ T(#-## EP

T(-# T(-& T(-5

T($-07 T($-0* EP

N% 0GDY07 .. .. RECTIFIER-1..

T(1-5 T(1-) EP

0GDY07_0GDY0&_501

T(1-, T(1-10 EP

T(1-1 T(1-$ EP

T(1-# T(1-& EP

0GDY0)_0GDY01_501/0GDY0)_0GDY01_50$



CLORINATION SYSTEM



Number


Distance*m+

No. o0,ays

T(1-5 T(1-) EP

N% .. .. .. ECS PS

T%#-7 T%#-* PS-1

0G(#$(R%001_0GDY01_501

T%#-7 T%#-* PS-$

T%#-10 T%#-11 PS-1

T%#-10 T%#-11 PS-$

T%#-1) T%#-17 PS-1

T%#-1) T%#-17 PS-$

T%#-1, T%#-$0 N%

1



CLORINATION SYSTEM



Number


Distance*m+

No. o0,ays

L" SC$"DL" #ND INT"RCONN"CTION C$#RT %OR "LCTRO C$LORIN#TION SST"! %RO! %I"LD'INSTR!"NTS TO C, DOIN- SST"! RIO (#N"L

$0

0GDY17G(001 )& )&

T(-1 T(-$ _

0GDY17_51001

T(-# T(-& T(-5

$0

T(-) T(-7 _

T(-* T(-, T(-10

$0

T(-11 T(-1$ _

T(-1# T(-1& T(-15

$0

T(-1) T(-17 _

T(-1* T(-1, T(-$0

$0

T(-$1 T(-$$ _

0GDY17_5$001

T(-$# T(-$& T(-$5

T( $) T( $7

2C SYSTE+DOSING %RE%3



CLORINATION SYSTEM



Number


Distance*m+

No. o0,ays

#$

0GDY1*G(001 7$ 7$

T(-) T(-7 _

0GDY1*_51001T(-* T(-, T(-10

$0

T(-11 T(-1$ _

T(-1# T(-1& T(-15

$0

T(-1) T(-17 _

T(-1* T(-1, T(-$0

$0

T(-$1 T(-$$ _

0GDY1*_5$001

T(-$# T(-$& T(-$5

$0

T(-$) T(-$7 _

T(-$* T(-$, T(-#0

$0 T(-#1 T(-#$ T(-##

$0 T( #& T( #5 T( #)

2SI SYSTE+DOSING %RE%3



CLORINATION SYSTEM



Number


Distance*m+

No. o0,ays

N% XXXXXXX N% N%

N% N% N%

XXXXXXX_0GDY0#_501N% N% N%

N% N% N%

SI DOING SYSTE+CI ROO+

*PX



REV : 01 DATED :"0.10.1%


Remar1s

(anel NO. TB NO.


0GDY01 ECS CI ROO+

1DI1-11 1DI1-1$ N%

1DI1-1# 1DI1-1& N%

1DI$-, 1DI$-10 N%

1DI$-11 1DI$-1$ N%

1DI#-1 1DI#-$ N%

1DI#-# 1DI#-& N%

C 0GDY01 ECS CI ROO+

1DO$-# 1DO$-& N%

1DO#-1 1DO#-$ N%

1DO#-# 1DO#-& N%

C 0GDY01 ECS CI ROO+ 1T(#-1 1T(#-$ N%

Se)re)ationCo/e

CableRace2ay NO.

Location'System

R":. Ca!" T8a>R;utn< :;8

E!"?t8;!>s"8(u!4n< D;?.NPT10111-PE-'-G%-55#&0#-

00#



REV : 01 DATED :"0.10.1%


Remar1s

(anel NO. TB NO.


Se)re)ationCo/e

CableRace2ay NO.

Location'System

0GDY01 ECS CI ROO+

1DI1-$# 1DI1-$& N%

1DI$-$# 1DI$-$& N%

1DI1-$5 1DI1-$) N%

1DI$-$5 1DI$-$) N%

1DI1-$7 1DI1-$* N%

1DI$-$7 1DI$-$* N%

1DI1-$, 1DI1-#0 N%

C 0GDY01 ECS CI ROO+

1DO1-1 1DO1-$ N%

1DO$-1 1DO$-$ N%

1DI$-1# 1DI$-1& N%

1DI1-15 1DI1-1) N%

R":. Ca!" T8a>R;utn< :;8

ECS (u!4n<D;?. N;.

NPT10111-PE-'-G%-55#&05-

001



REV : 01 DATED :"0.10.1%


Remar1s

(anel NO. TB NO.


Se)re)ationCo/e

CableRace2ay NO.

Location'System

C

1DO#-5 1DO#-) N%

1DO#-7 1DO#-* N%

1DO#-, 1DO#-10 N%



REV : 01 DATED :"0.10.1%


Remar1s

(anel NO. TB NO.


Se)re)ationCo/e

CableRace2ay NO.

Location'System

0GDY01 ECS CI ROO+

1DI&-$5 1DI&-$) N%

1DI&-$7 1DI&-$* N%

1DI&-$, 1DI&-#0 N%

1DI&-#1 1DI&-#$ N%

1DI&-## 1DI&-#& N%

1DI&-#5 1DI&-#) N%

1DI&-#7 1DI&-#* N%

1DI&-#, 1DI&-&0 N%

1DI&-&1 1DI&-&$ N%

1DO1-15 1DO1-1) N%

1DI5-$5 1DI5-$) N%

R":. Ca!" T8a>R;utn< :;8E!"?t8;!>s"8

(u!4n< D;?.NPT10111-PE-'-G%-55#&0#-

00#



REV : 01 DATED :"0.10.1%


Remar1s

(anel NO. TB NO.


Se)re)ationCo/e

CableRace2ay NO.

Location'System

0GDY01 ECS CI ROO+

1DI)-1# 1DI)-1& N%

1DI)-15 1DI)-1) N%

1DI)-17 1DI)-1* N%

1DI)-1, 1DI)-$0 N%

1DI)-$1 1DI)-$$ N%

1DI)-$# 1DI)-$& N%

1DI)-$5 1DI)-$) N%

1DO#-1, 1DO#-$0 N%

0GDY0& RECTIFIER-1

T(#-5$ T(#-5# N%

T(#-1) T(#-17 N%

T(#-7 T(#-* N%

R":. Ca!" T8a>R;utn< :;8E!"?t8;!>s"8

(u!4n< D;?.NPT10111-PE-'-G%-55#&0#-

00#



REV : 01 DATED :"0.10.1%


Remar1s

(anel NO. TB NO.


Se)re)ationCo/e

CableRace2ay NO.

Location'System

T(#-&5 T(#-&) N%

0GDY01 ECS CI ROO+

1DI#-&, 1DI#-50 N%

1DI#-51 1DI#-5$ N%

1DI#-5# 1DI#-5& N%

1DI*-51 1DI*-5$ N%

1DI5-5# 1DI5-5& N%

1DI*-5# 1DI*-5& N%

1DI#-55 1DI#-5) N%

R":. Ca!" T8a>R;utn< :;8

ECS (u!4n<D;?. N;.

NPT10111-PE-'-G%-55#&05-

001



REV : 01 DATED :"0.10.1%


Remar1s

(anel NO. TB NO.


Se)re)ationCo/e

CableRace2ay NO.

Location'System

0GDY0$

$DI1-1 $DI1-$ N%

$DI1-# $DI1-& N%

$DI1-5 $DI1-) N%

$DI1-7 $DI1-* N%

$DI1-, $DI1-10 N%

$DI1-11 $DI1-1$ N%

$DI1-1# $DI1-1& N%

$DI1-15 $DI1-1) N%

$DI1-17 $DI1-1* N%

$DI1-1, $DI1-$0 N%

R":. Ca!" T8a>R;utn< :;8E!"?t8;!>s"8

(u!4n< D;?.NPT10111-PE-

' G% 55#&0#

C DOINGSYSTE+ CI

ROO+



REV : 01 DATED :"0.10.1%


Remar1s

(anel NO. TB NO.


Se)re)ationCo/e

CableRace2ay NO.

Location'System

0GDY0#

#DI1-5 #DI1-) N%

#DI1-7 #DI1-* N%

#DI1-, #DI1-10 N%

#DI1-11 #DI1-1$ N%

#DI1-1# #DI1-1& N%

#DI1-15 #DI1-1) N%

#DI1-17 #DI1-1* N%

#DI1-1, #DI1-$0 N%

#DI1-$1 #DI1-$$ N%

#DI1-$# #DI1-$& N%

#DO1-1 #DO1-$ N%R":. Ca!" T8a>

R;utn< :;8

E! t !

SI DOINGSYSTE+ CI

ROO+



REV : 01 DATED :"0.10.1%


Remar1s

(anel NO. TB NO.


Se)re)ationCo/e

CableRace2ay NO.

Location'System

0GDY0##DI1-#5 #DI1-#) N%

#DI1-#7 #DI1-#* N%

#DI1-#, #DI1-&0 N%

SI DOINGSYSTE+ CI

ROO+

PROJECT : 2 X 660 MW NCC POWER PROJECT, NELLORE












T"R!IN#TION #T S,ITC$ -

(anel NO. Location' System !CC

1 0GDN01%P101 ECP FEED P+P-1 STRT C+D 0#01 +CC ROO+ / ECS

$ 0GDN01%P101 ECP FEED P+P-1 STP C+D 0#01 +CC ROO+ / ECS

# 0GDN01%P101 ECP FEED P+P-1 RN/STP F( 0#01 +CC ROO+ / ECS

& 0GDN01%P101 ECP FEED P+P-1 DR' O'LD TRP F( 0#01 +CC ROO+ / ECS

5 0GDN01%P101 ECP FEED P+P-1 DR' LTY F( 0#01 +CC ROO+ / ECS

) 0GDN01%P101 ECP FEED P+P-1 LOC EP( OPRTD 0#01 +CC ROO+ / ECS

7 0GDN01%P10$ ECP FEED P+P-$ STRT C+D 0#01 +CC ROO+ / ECS

* 0GDN01%P10$ ECP FEED P+P-$ STP C+D 0#01 +CC ROO+ / ECS

, 0GDN01%P10$ ECP FEED P+P-$ RN/STP F( 0#01 +CC ROO+ / ECS

10 0GDN01%P10$ ECP FEED P+P-$ DR' O'LD TRP F( 0#01 +CC ROO+ / ECS

11 0GDN01%P10$ ECP FEED P+P-$ DR' LTY F( 0#01 +CC ROO+ / ECS

InstrumentTa) No.

+%RS0(

+%RS0(











DOC. TITILE : CONTROL & INSTRUMENT CA#LE SCEDU




InstrumentTa) No.

$$ 0GDN0$%P10$ DILTION LN (STR P+P-$ DR' O'LD TRP F( 0#01 +CC ROO+ / ECS

$# 0GDN0$%P10$ DILTION LN (STR P+P-$ DR' LTY F( 0#01 +CC ROO+ / ECS

$& 0GDN0$%P10$ DILTION LN (STR P+P-$ LOC EP( OPRTD 0#01 +CC ROO+ / ECS

$5 0G(#0CE&00 ECP RECTFR XFR+-1 C( CL C+D 0#01 +CC ROO+ / ECS

$) 0G(#0CE&00 ECP RECTFR XFR+-1 C( OPN C+D 0#01 +CC ROO+ / ECS

$7 0G(#0CE&00 ECP RECTFR XFR+-1 C( CL F( 0#01 +CC ROO+ / ECS

$* 0G(#0CE&00 ECP RECTFR XFR+-1 C( OPN F( 0#01 +CC ROO+ / ECS

$, 0G(#0CE&00 ECP RECTFR XFR+-1 FDR %TO TRP F( 0#01 +CC ROO+ / ECS

#0 0G(#0CE&00 ECP RECTFR XFR+-1 FDR LTY F( 0#01 +CC ROO+ / ECS

#1 0G(#1CE&00 ECP RECTFR XFR+-$ C( CL C+D 0#01 +CC ROO+ / ECS

#$ 0G(#1CE&00 ECP RECTFR XFR+-$ C( OPN C+D 0#01 +CC ROO+ / ECS

## 0G(#1CE&00 ECP RECTFR XFR+-$ C( CL F( 0#01 +CC ROO+ / ECS

0(

ECS +















InstrumentTa) No.

&# 0GDN1$%P101 C SYS YPO DOS P+P-1 STRT C+D 0#01 +CC ROO+ / ECS

&& 0GDN1$%P101 C SYS YPO DOS P+P-1 STP C+D 0#01 +CC ROO+ / ECS

&5 0GDN1$%P101 C SYS YPO DOS P+P-1 RN/STP F( 0#01 +CC ROO+ / ECS

&) 0GDN1$%P101 C SYS YPO DOS P+P-1 DR' O'LD TRP F( 0#01 +CC ROO+ / ECS

&7 0GDN1$%P101 C SYS YPO DOS P+P-1 DR' LTY F( 0#01 +CC ROO+ / ECS

&* 0GDN1$%P101 C SYS YPO DOS P+P-1 LOC EP( OPRTD 0#01 +CC ROO+ / ECS

&, 0GDN1$%P10$ C SYS YPO DOS P+P-$ STRT C+D 0#01 +CC ROO+ / ECS

50 0GDN1$%P10$ C SYS YPO DOS P+P-$ STP C+D 0#01 +CC ROO+ / ECS

51 0GDN1$%P10$ C SYS YPO DOS P+P-$ RN/STP F( 0#01 +CC ROO+ / ECS

5$ 0GDN1$%P10$ C SYS YPO DOS P+P-$ DR' O'LD TRP F( 0#01 +CC ROO+ / ECS

5# 0GDN1$%P10$ C SYS YPO DOS P+P-$ DR' LTY F( 0#01 +CC ROO+ / ECS

5& 0GDN1$%P10$ C SYS YPO DOS P+P-$ LOC EP( OPRTD 0#01 +CC ROO+ / ECS

+%RS0(

+%RS0(















InstrumentTa) No.

)5 0GDN1)%P101 SI SYS YPO DOS P+P-1 DR' LTY F(0#01

+CC ROO+ / ECS

)) 0GDN1)%P101 SI SYS YPO DOS P+P-1 LOC EP( OPRTD 0#01 +CC ROO+ / ECS

)7 0GDN1)%P10$ SI SYS YPO DOS P+P-$ STRT C+D 0#01 +CC ROO+ / ECS

)* 0GDN1)%P10$ SI SYS YPO DOS P+P-$ STP C+D 0#01 +CC ROO+ / ECS

), 0GDN1)%P10$ SI SYS YPO DOS P+P-$ RN/STP F( 0#01 +CC ROO+ / ECS

70 0GDN1)%P10$ SI SYS YPO DOS P+P-$ DR' O'LD TRP F( 0#01 +CC ROO+ / ECS

71 0GDN1)%P10$ SI SYS YPO DOS P+P-$ DR' LTY F( 0#01 +CC ROO+ / ECS

7$ 0GDN1)%P10$ SI SYS YPO DOS P+P-$ LOC EP( OPRTD 0#01 +CC ROO+ / ECS

7# 0GDN1)%P10# SI SYS YPO DOS P+P-# STRT C+D 0#01 +CC ROO+ / ECS

7& 0GDN1)%P10# SI SYS YPO DOS P+P-# STP C+D 0#01 +CC ROO+ / ECS

75 0GDN1)%P10# SI SYS YPO DOS P+P-# RN/STP F( 0#01 +CC ROO+ / ECS

7) 0GDN1)%P10# SI SYS YPO DOS P+P-# DR' O'LD TRP F( 0#01 +CC ROO+ / ECS

+%RS%0(

+%RS%0(





J










InstrumentTa) No.

*5 0GDN$1%P10$ R SYS YPO DOS P+P-$ STRT C+D 0#01 +CC ROO+ / ECS

*) 0GDN$1%P10$ R SYS YPO DOS P+P-$ STP C+D 0#01 +CC ROO+ / ECS

*7 0GDN$1%P10$ R SYS YPO DOS P+P-$ RN/STP F( 0#01 +CC ROO+ / ECS

** 0GDN$1%P10$ R SYS YPO DOS P+P-$ DR' O'LD TRP F( 0#01 +CC ROO+ / ECS

*, 0GDN$1%P10$ R SYS YPO DOS P+P-$ DR' LTY F( 0#01 +CC ROO+ / ECS

,0 0GDN$1%P10$ R SYS YPO DOS P+P-$ LOC EP( OPRTD 0#01 +CC ROO+ / ECS

,1 0GDN$$%P101 %CID CLNG P+P-1 STRT C+D 0#01 +CC ROO+ / ECS

,$ 0GDN$$%P101 %CID CLNG P+P-1 STP C+D 0#01 +CC ROO+ / ECS

,# 0GDN$$%P101 %CID CLNG P+P-1 RN/STP F( 0#01 +CC ROO+ / ECS

,& 0GDN$$%P101 %CID CLNG P+P-1 DR' O'LD TRP F( 0#01 +CC ROO+ / ECS

,5 0GDN$$%P101 %CID CLNG P+P-1 DR' LTY F( 0#01 +CC ROO+ / ECS

,) 0GDN$$%P101 %CID CLNG P+P-1 LOC EP( OPRTD 0#01 +CC ROO+ / ECS

+%RS0(

+%RS0(





J










InstrumentTa) No.

107 0GDN$#%P101 %L%LI XTFR P+P-1 DR' LTY F( 0#01 +CC ROO+ / ECS

10* 0GDN$#%P101 %L%LI XTFR P+P-1 LOC EP( OPRTD 0#01 +CC ROO+ / ECS

10, 0GDN$#%P10$ %L%LI XTFR P+P-$ STRT C+D 0#01 +CC ROO+ / ECS

110 0GDN$#%P10$ %L%LI XTFR P+P-$ STP C+D 0#01 +CC ROO+ / ECS

111 0GDN$#%P10$ %L%LI XTFR P+P-$ RN/STP F( 0#01 +CC ROO+ / ECS

11$ 0GDN$#%P10$ %L%LI XTFR P+P-$ DR' OC TRP F( 0#01 +CC ROO+ / ECS

11# 0GDN$#%P10$ %L%LI XTFR P+P-$ DR' LTY F( 0#01 +CC ROO+ / ECS

11& 0GDN$#%P10$ %L%LI XTFR P+P-$ LOC EP( OPRTD 0#01 +CC ROO+ / ECS

115 0GDN0)%T151 INLINE STRN-1 STRT C+D 0#01 +CC ROO+ / ECS

11) 0GDN0)%T151 INLINE STRN-1 STP C+D 0#01 +CC ROO+ / ECS

117 0GDN0)%T151 INLINE STRN-1 RN/STP F( 0#01 +CC ROO+ / ECS

11* 0GDN0)%T151 INLINE STRN-1 DR' TRP F( 0#01 +CC ROO+ / ECS

+%RS%0(

+%RS%0(














InstrumentTa) No.

1$7 0GDN$&%P101 NET@N PIT XFER P+P-1 STRT C+D 0#01 +CC ROO+ / ECS

1$* 0GDN$&%P101 NET@N PIT XFER P+P-1 STP C+D 0#01 +CC ROO+ / ECS

1$, 0GDN$&%P101 NET@N PIT XFER P+P-1 RN/STP F( 0#01 +CC ROO+ / ECS

1#0 0GDN$&%P101 NET@N PIT XFER P+P-1 DR' OC TRP F( 0#01 +CC ROO+ / ECS

1#1 0GDN$&%P101 NET@N PIT XFER P+P-1 DR' LTY F( 0#01 +CC ROO+ / ECS

1#$ 0GDN$&%P101 NET@N PIT XFER P+P-1 LOC EP( OPRTD 0#01 +CC ROO+ / ECS

1## 0GDN$&%P10$ NET@N PIT XFER P+P-$ STRT C+D 0#01 +CC ROO+ / ECS

1#& 0GDN$&%P10$ NET@N PIT XFER P+P-$ STP C+D 0#01 +CC ROO+ / ECS

1#5 0GDN$&%P10$ NET@N PIT XFER P+P-$ RN/STP F( 0#01 +CC ROO+ / ECS

1#) 0GDN$&%P10$ NET@N PIT XFER P+P-$ DR' O'LD TRP F( 0#01 +CC ROO+ / ECS

1#7 0GDN$&%P10$ NET@N PIT XFER P+P-$ DR' LTY F( 0#01 +CC ROO+ / ECS

1#* 0GDN$&%P10$ NET@N PIT XFER P+P-$ LOC EP( OPRTD 0#01 +CC ROO+ / ECS

+%RS0(

+%RS0(














InstrumentTa) No.

1&, 0GDN$5%N$0$ YPO T %IR (LR-$ DR' LTY F( 0#01 +CC ROO+ / ECS

150 0GDN$5%N$0$ YPO T %IR (LR-$ LOC EP( OPRTD 0#01 +CC ROO+ / ECS

151 0GDN$)%N$01 NET@N PIT %IR (LR-1 STRT C+D 0#01 +CC ROO+ / ECS

15$ 0GDN$)%N$01 NET@N PIT %IR (LR-1 STP C+D 0#01 +CC ROO+ / ECS

15# 0GDN$)%N$01 NET@N PIT %IR (LR-1 RN/STP F( 0#01 +CC ROO+ / ECS

15& 0GDN$)%N$01 NET@N PIT %IR (LR-1 DR' O'LD TRP F( 0#01 +CC ROO+ / ECS

155 0GDN$)%N$01 NET@N PIT %IR (LR-1 DR' LTY F( 0#01 +CC ROO+ / ECS

15) 0GDN$)%N$01 NET@N PIT %IR (LR-1 LOC EP( OPRTD 0#01 +CC ROO+ / ECS

157 0GDN$)%N$0$ NET@N PIT %IR (LR-$ STRT C+D 0#01 +CC ROO+ / ECS

15* 0GDN$)%N$0$ NET@N PIT %IR (LR-$ STP C+D 0#01 +CC ROO+ / ECS

15, 0GDN$)%N$0$ NET@N PIT %IR (LR-$ RN/STP F( 0#01 +CC ROO+ / ECS

1)0 0GDN$)%N$0$ NET@N PIT %IR (LR-$ DR' O'LD TRP F( 0#01 +CC ROO+ / ECS

+%RS0(

+%RS0(

PROJECT : 2 X 660 MW NCC POWER PROJECT, NELLORE DISTRICT, A


CONTRACTOR NCC LIMITED








DOC. TITILE : CONTROL & INSTRUMENT CA#LE SCEDULE AND IN


T"R!IN#TION #T S,ITC$ -"#R'!CC(#N

(anel NO. Location' System !CC %""D"R NO.

InstrumentTa) No.

171 0(01 ECP &15' P+CC INCO+ER-1 LN NR'LT 0#01 +CC ROO+ / ECS

17$ 0(01 ECP &15' P+CC I/C-1 I/C $$0'DC CNTRL SPLY F%IL 0#01 +CC ROO+ / ECS









IEC DOC. NO. IEC-16""-I-011DOC. TITILE : CONTROL & INSTRUMENT CA#LE SCED


T"R!IN#TION #T S,ITC$


InstrumentTa) No.

17# 0(01 ECP &15' P+CC INCO+ER-$ C( CL C+D 0#01 +CC ROO+ / ECS

17& 0(01 ECP &15' P+CC INCO+ER-$ C( OPN C+D 0#01 +CC ROO+ / ECS

175 0(01 ECP &15' P+CC INCO+ER-$ %TO CL C+D 0#01 +CC ROO+ / ECS

17) 0(01 ECP &15' P+CC INCO+ER-$ FDR %TO TRP F( 0#01 +CC ROO+ / ECS

177 0(01 ECP &15' P+CC INCO+ER-$ C( OPN F( 0#01 +CC ROO+ / ECS

17* 0(01 ECP &15' P+CC INCO+ER-$ C( CL F( 0#01 +CC ROO+ / ECS

17, 0(01 ECP &15' P+CC INCO+ER-$ FDR LTY F( 0#01 +CC ROO+ / ECS

1*0 0(01 ECP &15' P+CC INCO+ER-$ LN PT +C( TRP 0#01 +CC ROO+ / ECS

1*1 0(01 ECP &15' P+CC INCO+ER-$ LN NR'LT 0#01 +CC ROO+ / ECS

1*$ 0(01 ECP &15' P+CC I/C-$ I/C $$0'DC CNTRL SPLY F%IL 0#01 +CC ROO+ / ECS

1*# 0(01 ECP &15' P+CC (/C CL C+D 0#01 +CC ROO+ / ECS

1*& 0(01 ECP &15' P+CC (/C OPN C+D 0#01 +CC ROO+ / ECS

ECS +C %C(













InstrumentTa) No.

1,5 0(01 ECP &15' P+CC (/C I/C $$0'DC CNTRL SPLY F%IL 0#01 +CC ROO+ / ECS

1,) 0(01 ECP &15' P+CC (/C DC SPLY-1/$ F%IL 0#01 +CC ROO+ / ECS

1,7 0(01 ECP &15' P+CC (/C TSS ON I/C -1 0#01 +CC ROO+ / ECS

1,* 0(01 ECP &15' P+CC (/C TSS ON I/C -$ 0#01 +CC ROO+ / ECS

1,, 0(01 ECP &15' P+CC (/C TSS ON (/C 0#01 +CC ROO+ / ECS

$00 0(01 ECP &15' P+CC (/C SSS ON I/C -1 0#01 +CC ROO+ / ECS

$01 0(01 ECP &15' P+CC (/C SSS ON I/C -$ 0#01 +CC ROO+ / ECS

$0$ 0(01 ECP &15' P+CC (/C SSS ON (/C 0#01 +CC ROO+ / ECS

$0# 0(01 ECP &15' P+CC (/C S>n?9 O 0#01 +CC ROO+ / ECS

$0& 0(FT$1 ECP SER' XFR+-1 OTI TE+P TRP 0#01 +CC ROO+ / ECS

$05 0(FT$1 ECP SER' XFR+-1 L' TI TE+P TRP 0#01 +CC ROO+ / ECS

$0) 0(FT$1 ECP SER' XFR+-1 PR RLF DE'ICE OPRTD 2)# PTX3 0#01 +CC ROO+ / ECS

ECS &15' %C

PROJECT : 2 X 660 MW NCC POWER PROJECT, NELLORE DISTRICT, A.P.










DOC. TITILE : CONTROL & INSTRUMENT CA#LE SCEDULE AND INTER


T"R!IN#TION #T S,ITC$ -"#R'!CC(#N"L' C

(anel NO. Location' System !CC %""D"R NO.

InstrumentTa) No.

$17 0(01 ECP FEED P+P-$ CRR 0#01 +CC ROO+ / ECS+%RS%. +OD./

15F&15F5



CONTRACTOR NCC LIMITED











InstrumentTa) No.

$1* 0(01 ECP RECTFR XFR+-1 %C CRR 2BBYBB P%S3 0#01 +CC ROO+ / ECS

$1, 0(01 ECP RECTFR XFR+-$ %C CRR 2BBYBB P%S3 0#01 +CC ROO+ / ECS

$$0 0(01 ECP RECTFR XFR+-# %C CRR 2BBYBB P%S3 0#01 +CC ROO+ / ECS

$$1 0(01 ECP &15' P+CC INCO+ER-1 CRR 0#01 +CC ROO+ / ECS

$$$ 0(01 ECP &15' P+CC INCO+ER-1 %CT PR 23 0#01 +CC ROO+ / ECS

$$# 0(01 ECP &15' P+CC INCO+ER-$ CRR 0#01 +CC ROO+ / ECS

$$& 0(01 ECP &15' P+CC INCO+ER-$ %CT PR 23 0#01 +CC ROO+ / ECS

$$5 0(01 ECP &15' P+CC (S-1 'OLT 2R-P%S3 0#01 +CC ROO+ / ECS

$$) 0(01 ECP &15' P+CC (S-1 'OLT 2Y-P%S3 0#01 +CC ROO+ / ECS

$$7 0(01 ECP &15' P+CC (S-1 'OLT 2(-P%S3 0#01 +CC ROO+ / ECS

$$* 0(01 ECP &15' P+CC (S-$ 'OLT 2R-P%S3 0#01 +CC ROO+ / ECS

$$, 0(01 ECP &15' P+CC (S-$ 'OLT 2Y-P%S3 0#01 +CC ROO+ / ECS

+%

+%

ECS +

ECS +

ECS +C(S

ECS +C

PROJECT : 2 X 660 MW NCC POWER PROJECT, NELLORE D









IEC DOC. NO. IEC-16""-I-011DOC. TITILE : CONTROL & INSTRUMENT CA#LE SCEDUL


T"R!IN#TION #T S,ITC$ -"

(anel NO. Location' System !CC %

InstrumentTa) No.

7 0GDN1$%P10# C SYS YPO DOS P+P-# LP(S 0#01 MCC ROOM + ECS

* 0GDN1)%P101 SI SYS YPO DOS P+P-1 LP(S 0#01 MCC ROOM + ECS

, 0GDN1)%P10$ SI SYS YPO DOS P+P-$ LP(S 0#01 MCC ROOM + ECS

10 0GDN1)%P10# SI SYS YPO DOS P+P-# LP(S 0#01 MCC ROOM + ECS

11 0GDN$1%P101 R SYS YPO DOS P+P-1 LP(S 0#01 MCC ROOM + ECS

1$ 0GDN$1%P10$ R SYS YPO DOS P+P-$ LP(S 0#01 MCC ROOM + ECS

1# 0GDN$$%P101 %CID CLNG P+P-1 LP(S 0#01 MCC ROOM + ECS

1& 0GDN$$%P10$ %CID CLNG P+P-$ LP(S 0#01 MCC ROOM + ECS

15 0GDN$#%P101 %L%LI XTFR P+P-1 LP(S 0#01 MCC ROOM + ECS1) 0GDN$#%P10$ %L%LI XTFR P+P-$ LP(S 0#01 MCC ROOM + ECS

17 0GDN0)%T151 INLINE STRN-1 LP(S 0#01 MCC ROOM + ECS

1* 0GDN0)%T15$ INLINE STRN-$ LP(S 0#01 MCC ROOM + ECS

1, 0GDN$&%P101 NET@N PIT XFER P+P-1 LP(S 0#01 MCC ROOM + ECS

$0 0GDN$&%P10$ NET@N PIT XFER P+P-$ LP(S 0#01 MCC ROOM + ECS

$1 0GDN$5%N$01 YPO T %IR (LR-1 LP(S 0#01 MCC ROOM + ECS

$$ 0GDN$5%N$0$ YPO T %IR (LR-$ LP(S 0#01 MCC ROOM + ECS



LCTRO CLORINATION SYSTEM REV : 01

T"R!IN#TION #T (LC (#N"L' C#BIN"T

Number Size Type

C$"DL" #ND INT"RCONN"CTION C$#RT %OR "LCTRO C$LORIN#TION SST"! %RO! !CC TO (LC (#N"L

0#010GDY01%01 )P0.% S. // C $RLS I345/4 C789 O;5799 S<=9>? 1) "%

0#010GDY01%02 )P0.% S. // C $RLS I345/4 C789 O;5799 S<=9>? 1) "%

Overall Dia.*mm+

Distance*m+

Se)re)ationCo/e





Number Size TypeOverall Dia.

*mm+Distance

*m+Se)re)ation

Co/e

. .

0#010GDY01%0% )P0.% S. // C $RLS I345/4 C789 O;5799 S<=9>? 1) "%






*mm+Distance

*m+Se)re)ation

Co/e

0#010GDY01%0) )P0.% S. // C $RLS I345/4 C789 O;5799 S<=9>? 1) "%

0#010GDY01%0* )P0.% S. // C $RLS I345/4 C789 O;5799 S<=9>? 1) "%






*mm+Distance

*m+Se)re)ation

Co/e

0#010GDY01%12 )P0.% S. // C $RLS I345/4 C789 O;5799 S<=9>? 1) "%

0#010GDY01%1" )P0.% S. // C $RLS I345/4 C789 O;5799 S<=9>? 1) "%






*mm+Distance

*m+Se)re)ation

Co/e

0#010GDY01%1% )P0.% S. // C $RLS I345/4 C789 O;5799 S<=9>? 1) "%

0#010GDY01%16 )P0.% S. // C $RLS I345/4 C789 O;5799 S<=9>? 1) "%






*mm+Distance

*m+Se)re)ation

Co/e

0#010GDY01%1* )P0.% S. // C $RLS I345/4 C789 O;5799 S<=9>? 1) "%

0#010GDY01%20 )P0.% S. // C $RLS I345/4 C789 O;5799 S<=9>? 1) "%






*mm+Distance

*m+Se)re)ation

Co/e

0#010GDY01%22 )P0.% S. // C $RLS I345/4 C789 O;5799 S<=9>? 1) "%

0#010GDY01%2" )P0.% S. // C $RLS I345/4 C789 O;5799 S<=9>? 1) "%






*mm+Distance

*m+Se)re)ation

Co/e

0#010GDY01%26 )P0.% S. // C $RLS I345/4 C789 O;5799 S<=9>? 1) "%

0#010GDY01%2! )P0.% S. // C $RLS I345/4 C789 O;5799 S<=9>? 1) "%






*mm+Distance

*m+Se)re)ation

Co/e






*mm+Distance

*m+Se)re)ation

Co/e

0#010GDY01%"0 6P0.% S. // C $RLS

I345/4 C789 O;5799 S<=9>?

16.% "%

0#010GDY01%"1 12P0.% S. // C $RLS I345/4 C789 O;5799 S<=9>? 22 "%






*mm+Distance

*m+Se)re)ation

Co/e

0#010GDY01%"( )P0.% S. // C $RLS I345/4 C789 O;5799 S<=9>? 1) "%






*mm+Distance

*m+Se)re)ation

Co/e

0#010GDY01(02 2PX 0.%S.// C $RLS Inst. Ca!" 2In464ua! O6"8a!! S9"!43 1& #5






*mm+Distance

*m+Se)re)atio

Co/e

0#010GDY01(0" 2PX 0.%S.// C $RLS Inst. Ca!" 2In464ua! O6"8a!! S9"!43 1& #5

0#010GDY01(0( 2PX 0.%S.// C $RLS Inst. Ca!" 2In464ua! O6"8a!! S9"!43 1& #5

0#010GDY01(0% 2PX 0.%S.// C $RLS Inst. Ca!" 2In464ua! O6"8a!! S9"!43 1& #5

0#010GDY01(06 6P0.% S. // C $RLS 1) "%

0#010GDY01(0! 6P0.% S. // C $RLS 1) "%

0#010GDY01(0) 6P0.% S. // C $RLS 1) "%

I34. C789 I>=;=>79 & O;5799S<=9>?

I34. C789 I>=;=>79 & O;5799S<=9>?

I34. C789 I>=;=>79 & O;5799S<=9>?






*mm+Distance

*m+Se)re)ation

Co/e

0GDN01GS007S_0(01 !C X 1.% S.// C $RLS CB45B9 789 16 %" C

0GDN01GS00*S_0(01 !C X 1.% S.// C $RLS CB45B9 789 16 %1 C

0GDN01GS00,S_0(01 !C X 1.% S.// C $RLS CB45B9 789 16 %1 C

0GDN01GS0010S_0(01 !C X 1.% S.// C $RLS CB45B9 789 16 %1 C

0GDN01GS0011S_0(01 !C X 1.% S.// C $RLS CB45B9 789 16 (* C

0GDN01GS001$S_0(01 !C X 1.% S.// C $RLS CB45B9 789 16 (* C

0GDN01GS001#S_0(01 !C X 1.% S.// C $RLS CB45B9 789 16 6% C

0GDN01GS001&S_0(01 !C X 1.% S.// C $RLS CB45B9 789 16 6% C

0GDN01GS0015S_0(01 !C X 1.% S.// C $RLS CB45B9 789 16 6" C

0GDN01GS001)S_0(01 !C X 1.% S.// C $RLS CB45B9 789 16 6" C

0GDN01GS0017S_0(01 !C X 1.% S.// C $RLS CB45B9 789 16 %! C

0GDN01GS001*S_0(01 !C X 1.% S.// C $RLS CB45B9 789 16 %! C

0GDN01GS001,S_0(01 !C X 1.% S.// C $RLS CB45B9 789 16 !0 C

0GDN01GS00$0S_0(01 !C X 1.% S.// C $RLS CB45B9 789 16 !0 C

0GDN01GS00$1S_0(01 !C X 1.% S.// C $RLS CB45B9 789 16 %0 C



Remar1s Scope (LC TB NO.

Ne)ative Shiel/

1DO1-& N%

1DO1-) N%

1DI&-$ N%

1DI&-& N%

1DI&-) N%

1DI&-* N%

1DO#-1$ N%

1DO#-1& N%

1DI5-$ N%

1DI5-& N%




Ne)ative Shiel/

1DI5-1$ N%

1DI5-1& N%

1DI5-1) N%

1DO1-1$ N%

1DO1-1& N%

1DI&-1* N%

1DI&-$0 N%

1DI&-$$ N%

1DI&-$& N%

1DO$-10 N%

1DO$-1$ N%




Ne)ative Shiel/

1DO1-1* N%

1DO1-$0 N%

1DI1-#$ N%

1DI1-#& N%

1DI1-#) N%

1DI1-#* N%

1DO$-1) N%

1DO$-1* N%

1DI$-#0 N%

1DI$-#$ N%

1DI$-#& N%




Ne)ative Shiel/

1DI&-&* N%

1DI&-50 N%

1DO$-$0 N%

1DO$-$$ N%

1DI5-&& N%

1DI5-&) N%

1DI5-&* N%

1DI5-50 N%

1DO#-$) N%

1DO#-$* N%

1DI)-$* N%




Ne)ative Shiel/

1DO$-$& N%

1DO$-$) N%

1DI*-$ N%

1DI*-& N%

1DI*-) N%

1DI*-* N%

1DO1-#0 N%

1DO1-#$ N%

1DI7-1$ N%

1DI7-1& N%

1DI7-1) N%




Ne)ative Shiel/

1DI7-$& N%

1DI7-$) N%

1DO$-#$ N%

1DO$-#& N%

1DI*-$0 N%

1DI*-$$ N%

1DI*-$& N%

1DI*-$) N%

1DO1-#* N%

1DO1-&0 N%

1DI7-$* N%




Ne)ative Shiel/

1DO$-&0 N%

1DO$-&$ N%

1DI7-#) N%

1DI7-#* N%

1DI7-&0 N%

1DI7-&$ N%

1DO#-#0 N%

1DO#-#$ N%

1DI*-#) N%

1DI*-#* N%

1DI*-&0 N%




Ne)ative Shiel/

1DI$-&$ N%

1DI$-&& N%

1DO$-&* N%

1DO$-50 N%

1DI7-&& N%

1DI7-&) N%

1DI7-&* N%

1DI7-50 N%

1DO#-#& N%

1DO#-#) N%

1DI*-&& N%




Ne)ative Shiel/

1DI#-#$ N%

1DI#-#) N%




Ne)ative Shiel/

1DO$-5$ N%

1DO$-5& N%

1DO#-#* N%

1DI)-#) N%

1DI)-#* N%

1DI)-&0 N%

1DI)-&$ N%

1DI)-&& N%

1DI)-&) N%

1DI)-&* N%

1DO#-&0 N%




Ne)ative Shiel/

1DI7-5$ N%

1DI7-5& N%

1DI)-50 N%

1DI)-5$ N%

1DI)-5& N%

1DI)-5) N%

1DI)-5* N%

1DI7-5* N%

1DI&-5& N%

1DI#-&$ IE

1DI#-&) IE




Ne)ative Shiel/

1%I5-10 IE




Ne)ative Shiel/

1%I1-#0 IE

1%I$-#0 IE

1%I#-#0 IE

1%I&-$$ IE

1%I5-1& IE

1%I&-$) IE

1%I5-1* IE

1%I&-#0 IE

1%I&-#& IE

1%I&-#* IE

1%I5-$$ IE




Ne)ative Shiel/

NA NAM+3. NCC

NA NA M+3. NCC

NA NA M+3. NCC

NA NA M+3. NCC

NA NA M+3. NCC

NA NA M+3. NCC

NA NA M+3. NCC

NA NAM+3. NCC

NA NA M+3. NCC

NA NA M+3. NCC

NA NA M+3. NCC

NA NA M+3. NCC

NA NA M+3. NCC

NA NA M+3. NCC

PROJECT: 2 X 660 MW NCC POWER PROJECT, NELLORE DISTRICT, A.P.





CLORINATION VENDOR IEC $A#CEM LIMITED



CLORINATION VENDOR: IEC $A#CEM LIMITED

SL.NO. DESCRIPTION TYPE

1 2 P7=5 X 0.% S.// C $RLS I>=;=>79 & O;5799 S<=9> A/B5> 2%01 6 P7=5 X 0.% S.// C $RLS I>=;=>79 & O;5799 S<=9> A/B5> 6%0

1 ) P7=5 X 0.% S.// C $RLS I>=;=>79 & O;5799 S<=9> A/B5> 2"0

2 12 P7=5 X 0.% S.// C $RLS I>=;=>79 & O;5799 S<=9> A/B5> 200

( 6 P7=5 X 0.% S.// C $RLS O;5799 S<=9> A/B5> 1)0

% ) P7=5 X 0.% S.// C $RLS O;5799 S<=9> A/B5> 2000

6 12 P7=5 X 0.% S.// C $RLS O;5799 S<=9> A/B5> %60

! 1 P7=5 X 0.% S.// C $RLS O;5799 S<=9> A/B5> *00

) 2 P7=5 X 0.% S.// C $RLS O;5799 S<=9> A/B5> 6%0

10 "C X 2.% S.// C $RLS O;5799 S<=9> A/B5> %60

12 12C X 2.% S.// C $RLS O;5799 S<=9> A/B5> ()0

1( A3 5 7447<> 3=F74=B(!00

1! A3 5 7447<> 3=F74=B%000

1) $=85 O4= C789 B>=4 A3 5 7447<> 3=F74=B %200

E34/74> B34 @5B/ /754=

CW C&I C789 &T57 1".!6

$OC 6

RW C&I C789 &T57 2.%%

PW C&I C789 &T57 0.)*!

O5>5> TY TB479L4< = M45 $?

PLC 4B CW >B3= RIO P79 ( CB5 A5/B5> S=9 MB>$=85 O4= C789

PLC 4B SWI >B3= RIO P79 ( CB5 A5/B5> S=9 MB>$=85 O4= C789

GLAND ENCLOSURE $OR ALL ECS NCC?



TB479 C&I L4<

26 $=85 O4= C789 B>=4 @B5 G=3 #9> C789 -*(6"

26 $=85 O4= C789 B>=4 @B5 G=3 #9> C789 -*(6"

2" ( B5 %0+12% /=+ H99 F99>+ 75/B5> + =48 F85 B4= C789

2% G=3 #9> C789 -*(6"

26 $=85 O4= C789 B>=4 @B5 G=3 #9> C789 -*(6"



COST+MTR. TOTAL COST

!% RE$ 1)1*).!%

2)* 1!*)01."%

"%% !6"(2.!%

()( )(60".2

21% "(61%

2%) %16%16

"(! 1*0"(6.)%

)% VALUE

1%0 *(%"0

10% %6!%2.%2%0 11%%!%

%% 2%)%00

%% 2)0%00

2) 1(0000

2%)%00

1*6 ("%

TOTAL L? K=4<10



E55:%0*

%% RE$ 220000

%2 20)000

2) 112000

%% RE$ 220000

120 1((000

2) 1(0000

%0(000

c&i cable schedule format

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