View source for NL-13-130, Indian Point, Unit 2, Updated Final Safety Analysis Report (Ufsar), Rev. 24, Chapter 4 - Figure 4.2-12 Through Figure 4.2-1

{{Adams
| number = ML13291A302
| issue date = 09/26/2013
| title = Indian Point, Unit 2, Updated Final Safety Analysis Report (Ufsar), Rev. 24, Chapter 4 - Figure 4.2-12 Through Figure 4.2-1
| author name = 
| author affiliation = Entergy Nuclear Operations, Inc
| addressee name = 
| addressee affiliation = NRC/NRR
| docket = 05000247
| license number = DPR-026
| contact person = 
| case reference number = NL-13-130
| document type = Updated Final Safety Analysis Report (UFSAR)
| page count = 2
}}

=Text=
{{#Wiki_filter:TRAIN "A" SIGNAL PROC. , TEST POINT & CONTROL SYSTEM SEE DWG.#6235537 REACTOR LEVEL TRANSMITTER RACK TRAIN "A" OUTLINE REACTOR LEVEL TRANSMITTER RACK TRAIN "6" OUTLINE TRAIN "6" SIGNAL PROC, , TEST POINT & CONTROL / SYSTEM SEE DWG.#6235538 w "' z <( O' "' 0 er "' < z w l'J z < O' w D H w "' z < O' w D H SEE@DWG.
1 PENET.#Hl9 PIGTAIL #12 I IE '+"&sect;--, ---. E ' * 
----------E ---* * -I + #2325082 SHT.4 I I TS 1319 ' ' I ' I I fLI-( 
-@ I I -,,,J I W rh W.R. DENSITY COMPENSATION CHNLS ,
* i &sect;--, ___
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r* &#xa3; -I I I E FILL VA I I N. R. & W.R. LOWER N. R. & W.R. I I TAP CAPILLARY R. V. CONDUIT If I COMPENSATION COMPENSATION 5930 I ,-, E I 5931 If FILL VA 3/8" 0.0.TUBE FILL VA 5944 PITCH TYP. RTD CENSOR 0 @ I (LE\ LINE# 791 Ul z w D .&#xa3; RVV. UPPER TAP N.R. & W.R. I I I I FILL VA If 5943 I ,, 3; 4,, -, s,;.:i...,,..,o SCH. 160 3/4" T78/4 I 46 _! A_ COMPENSATIONS SEE DWG 6235535 I I I EL.77'-2" E O' z E --r I t-:--------------_ J I I I I I I N.R & W.R. FLUID DENSITY COMPENSATION SEE DWG.#6235535 I I I I L_--E--------
--TY L----i:--------
-. \. (TY\_ v (TY\ c I WIDE RANGE T. -, HOT LOOP I E { WIDE RANGE T. l HOT LOOP 2 WIDE RANGE RCS PRESSURE LOOP I OUTSIDE v.c. I I "'r I I I INSIDE v.c. 18 I I I E E 3/4" SCH.160 FILL VA If 5932 VENT 3/4" T78/4147 l"SCH.160 TRAIN-A ' (LE\ \!231 18 PITCH LINE # 792 --TYP.LEVEL
_ -SENSORS EL.69'-*. TRAIN-B @-E 2 FILL VA 5945 I I I I I I 1 "SCH.160 TRAIN-B TRAIN-A VENT TO DETECTOR DRIVES 3/8" #4 COORDINATE H-6 PIPE --TOP OF SEAL TABLE / __ / __ . ELEV. 69'-3" (TE\ TRAIN-B ' I I I I I I I w [f) [/] w > Cr' 0 u <( w Cr' 18 INCORPORATED DRN-06-04737, ER-IP2-D5-22495 11 /08/06 CLG LEGEND, 0 8 x x x x 0 .... FIELD MOUNTED INSTR. PANEL MOUNTED INSTR. FILLED CAPILLARY TUBING ELECTRIC SIGNAL LINE LEVEL SENSOR RESISTANCE TEMP. DETECTOR (RTD) INDICATING LIGHT R. V. N.R. W.R. REACTOR VESSEL NARROW RANGE WIDE RANGE CAPILLARY TE 1313 TE 1323 TE 1318 TE 1328 TE 1319 TE 1329 TE 1314 TE 1324 NOTES, RTD LENGTH 50 FEET 50 FEET 24 FEET 24 FEET 24 FEET 24 FEET 24 FEET 24 FEET FOR ADDITIONAL NOTES & REFERENCE OWGS. SEE DRAWINGS A208077, A208799 & A208800. APPROVAL SIGNATURES ON FU&#xa3; I . PIPING AND TUBING SHALL BE IN ACCORDANCE WITH WESTINGHOUSE SPEC. #E-SPEC. G953174/0 HI LT LO .----1131 I I---. "LOW FLUID" "HIGH FLUID" "NORMAL" REACTOR HEAD CAPILLARY STATUS LIGHTS-TRAIN "A" I I I Ej: ' '&deg; I 2. LOCATE ISOLATORS CLOSE TO CONTAIMENT 
& AT THE SAME ELEVATION FOR EACH TRAIN. ROUTE CAPILLARIES FROM PIPING PENETRATION TO ISOLATORS IN MISSILE BARRIER, GUARD PIPE, ETC., TO AFFORD ADDED INTEGRITY TD CONTAINMENT PRESSURE BOUNDARY . 
---'11'------E-----_I_ --_J [_---"'-<
I N "' I n "' 18 -El-E LT I 3 I 5926 5927 I (TE\ v ' 0 I 0 M I ' W.R. \ . . HYDRAULIC ISOLATOR RACK, TRAIN ELEV. 18 I /4" ': O.D.TUBING 1 E FOR CONT. SEE .; II A II 1/4" 0.0.TUBING
_L __
___________
_jl__20' -I " DWG 309028 --1 FILL VA (TYP) .._ __ .... .... 
....
_ 0. D. TUBING WINDOW I -2 LO " -1 LIS
* HI ALARM 5928 I 3 I 5929 3/ 16" r OUTLINE E REMOTE TRAIN ALARM STATUS LIGHTS TRAIN PAB 80" EL. . -8 i E_' E 0.0. TUBING 0 clJ 8 A '._8 NORMAL CCR ASSES PNL I .... WINDOW 1-6 ALARM REMOTE TRAIN ,-0 I ALARM STATUS A -_ _______ I _ __.+_
n, __ ___,* c_ I .....
lB I : 3/16" . 8--HI LO N.R. "LOW FLUID" "LOW FLUID" "HIGH FLUID" "HIGH FLUID" "NORMAL" "NORMAL" QJ p -[-SEAL TABLE CAPILLARY STATUS LIGHTS-TRAIN "A" REACTOR HEAD CAPILLARY STATUS LIGHTS-TRAIN "B" 5937 I-I, O.D.TUBING 
'*NORMAL r. ""'o HI
* HI t----11 32 \\-. ii ii 5939 I 32 I W. R. -FOR CONT. SEE ISOLATOR DWG 309028 18 \ I ! 4" O.D.TUBING 5938 ( ( I I HI II B II 3/16" 0.0.TUBING I I I I I I --TYP. EXIST'G V.C. PENETRATION OUTLINE 18 1/4" 0.0.TUBING 
"' " _J H <( f-"' H [L . "' N I "" w z w o_ r I I I I I I r I I -"' ru I "" w z w o_ 3/16" 0.0.TUBING 
&#xa9; E 9 -"' _J H < f-"' H Q_ " "' N :r: "' aJ "' _J H < r-"' H Q_ . "' N :r: " c-w w o.I o._ I [ ___ 
-. 000 ------------------I I SEAL TABLE CAPILLARY STATUS LIGHTS-TRAIN "B" : I I I I "LOW FLUID" "HIGH FLUID" "NORMAL" E L _______________ -E ______ I I 
--I REACTOR VESSEL I -E-@ &sect;--E- I f ==:: & WIDU:PREARNGTEAPcoN:PRERNO:ATION I I E 0 ,@j .. **. * ":_ --F :1---* CCC "'*"'&deg;&deg;''
I c--0-I --r, --1 I I I N.R. & W.R. R_V_ CONDUIT COMPENSATION N.R. & W.R. LOWER\ TAP CAPILLARY COMPENSATION . E q}--c:-G \ r . ' I I I I 0 ' -I I I I I r I I I I ,----------
1 W I I I I I
* E 1 I I I I I I ,-------'i------------------c:------------------------------------
2 fTPl 0?\__ I I I I I I I --TS 1328 B --SEE@ DWG. I #2325D82 SHT.4 L'..'.:J I I II 11 @-fTPl---, I I I I I I fTPl -. ___ -E l WIDE RANGE T. L'..'.:J ----E ---1 I N R &W R I I I I L'..'.:J" -, HOT LOOP 3 FOREIGN PRINTS IL 
---* : I FLUID.DENSITY I I I I , WESTINGHOUSE DWG. 18 3. TRANSMITTER ELEVATIONS TO BE AT OR BELOW SEAL TABLE ELEVATION.
TRANSMITTERS TO BE IN A "PROTECTED RONMENT" LOCATION TO PRECLUDE ENVIRONMENTAL INDUCED "ERRORS" UNDER ALL ACCIDENT CONDITIONS FOR WHICH REACTOR VESSEL LEVEL MAYBE REQUIRED. 
: 4. VERTICAL RUNS OF CAPILLARIES FOR EACH TRAIN TD BE IN ENCLOSED RACEWAYS FOR THERMOLAGGING 
& THERMAL FORMITY AFFORDED UNDER ACCIDENT TRANSIENT CONDITIONS.
ROUTING SHALL AVOID PROXIMITY TD HIGH ENERGY PIPING. ROUTE RTD CABLE WITH CAPILLARY TO CONVENIENT POINT OF SEPARATION FOR ELECTRICAL CONNECTIONS.
5_ VENT SENSOR HOUSING FOR REFUELING ETC_ REFILL PIPING TO R.V. HEAD BY PUMPING WATER INTO REACTOR VESSEL. (CAUTION REFUELING DISCONNECTIONS AND SENSORS TO BE SEALED PRIOR TO FILLING OF REFUELING CANAL TO PREVENT PARTICULATE FOULING). 
: 6. MAINTAIN SMALL FLUID VOLUME THROUGH PENETRATIONS 1/4" CAPILLARY TUBING MAXIMUM. 7. TRANSMITTERS 
& CONNECTING TUBING TO BE LOCATED OR ROUTED TO MINIMIZE VARIATIONS IN AMBIENT TEMPERATURES.
AVOID PROXIMITY TO PIPING SUBJECT TO TEMPERATURE VARIATIONS.
INSERVICE INSPECTION NOTES: I .CP=CONTAINMENT PENETRATIONS, ASME CLASS MC APPLIES. 2.FOR NON-CODE PIPING PENETRATING CONTAINMENT 
& NOT CLASSIFIED QUALITY GROUP "A", "B" OR "C" QUALITY GROUP "MC" DESIGNATI SHALL BE APPLIED. THIS DRAWING CONTAINS ITEMS WHICH BE CONJRDLLED WITHIN Ca1 EDISON IS, II CLASS A 11 I TE HS PER CI-240-1 --[---
---1--E---*
NARROW RANGE DENSITY COMPENSATION CHNLS.
* L, COMPENSATION
* L, * '1 ---/ COMPUTER GENERATED DRAWING NOT TO BE HAND REVISED 2325D82-SHT.1&4 -----E---t
________
________ L ___________
____ _ 0 RELEASED FOR RECORD 15 f--IN_S_T_R_U_M_E_N_T_A_T_I_O_N_S_Y_S_T_E_M
____ __.f2..!10 D 0 INDIAN POINT P.N. 69911-NP G.To. J, I l_gQj ITPI l WIDE RANGE SI -UFSAR FIGURE NO. 4. 2-I 2 3 E ) RCS PRESSURE S.MISILO MOO. PROC. DR SPEC. DWG Loop 4 0 11-01-99 CKR. SlPV.
* N DA" 
---1 SCALE REC'D NO. 'e"'y N. K.EYMOLD NONE ENG REVIEW APPROVALS 
#6235536 A208798 MY 6 5 4 3 2 A B zc 548 -2S l T I /
LINE#24 I 3/8"-RC-2505R LINE#24 GAS ANALYZER\.-
..
IWDS) 318 ,, 549 ** 9321-F-2725 
'7-.... ---{Xl,___, *** N-813 IVSWS 9321 -F-2746 IA-753 HT--t< .. "-0 c 3/ 4 "Lir-&#xa3; 123 FOR CONTINUATION DWG. 9321-F-2719 t 314'-RC-151R V H _'.'. :.':
* 9321-F-2719<111 -D'Q--.._-----1 OPEN CLOSE 516*** TEST VENT CONN. SWAGELOK CONN. ---I 3/8"-S.S.
TUBING 1 } ! I I ! J SEE WDS " "' D 855 I El I 3 S.I.S. A235296 R.H.R. 9321-F-2720 4166 4164 4167 u 4175 E F G H VACUUM FILL CONN. (CLASS 602R) 3/4"-RC-2505R NITROGEN 5963 BOTTLE CONN. 4165 u 4168 4177 "' ,... " [)--1----l 4178 5964 OJ ('J ITT "' w z H _J O' "' "' ' u "' 4145 4144 " " 3/4'-C58 31d"-C58 LINE #522 
< 3/4 11-&deg;'RZ-cLAs;-153R t 3/4"-RC CLASS 601R > s 1-----l AUXILIARY SPRAY LINE #64 2"-RC-2501R ICVCSI ------1"'-.Jr--------------, A208168 \ --+ 211 z H LJ ' -0 3/4'-RC-602R\
v I f--tlllf---1 526 3/4"-T58 "' " "' "" w z H TE 467 3/4'-RC-602R 3/4'-RC-2505/l 
"' 
'&deg;' 102600841 102600841 O' ' ('J " "' "' w z H "' N 0 "' ' u O' ' ' "' PCV-466 rt 102604361 
!i-----PCV-464 ID26043q 12" 6"-RC-602R LINE#70 026427 TO SAMPLE SINK 9321-F-2745 
... I I 0 "' "' 0260435 TE 463 LJ u_ N z 1/8'&#xa2; PRESSURIZATION , 3/4" RC-2501R LINE #25 EQUALIZATION HOLE DRILLED 1 L -IN THE UPSTREAM VALVE DISK 4'-RC-601R LINE#38 l---l)<J--.---1D-rl}-------C:><J-----J I /2" -RC-2505R 4" ro -';! 1-------i rr TE 129 r-. . ' ' \ -TYGON HOSE 3"-RC-2501R LINE#61 4"-RC-2501R LINE#61 3/4**RC*2505R LINE#728 4" NECH ('J z lo26421aj (s;\ I ' I NITROGEN SUPPLY MANIFOLD IWOS) 9321-F-2723 i---
r J / s 4135 3/4'-X42D 4137 3/4'-X42D 3/4"-X32D 3/4"RC -152R --+ 518 3/4"-C58 55 ' a! SEAL WATER RETURNICVCSJ A208168 ITT "' " N "' "" w z SLOWDOWN i 1 HEADER i 1/2' lIST O' "' 0 "' OJ ' LJ O' ' 0260444 1 I \2.Y" @c I L ___ ' 3419 3/4"-RC-152R-L ____ / s @) LINE#32 C-1 4 9l 16 M 0 H 4136 0260443 \ 3/4"-X42D j_3/4"-RC-152R LINE#32 318"-158 ._ ______ \L \ 1"-8.F.IFLUSHING CONN. . .ur--1"1 \___
LINE#592 r(ijL/ L:'..:17\--
J, IVSWS 9321-F -2746 552 *** co "' N "' --+ 0:: 520 lD 3"-C42 ' u O' ' 560 *** ' u O' D ('J " rox OJ ' "', " ' r') \ CL N "' ' u "' RUPTURE DISCS !-<--I 2" -RC-60 IR LINE#70 521 2"-X42D LETDOWN LINE ICVCS) A208168 "' "' "" O' "' 0 "' N ' u O' ' , N ' FLANGE LEAK DETECTION 
& REFUELING WATER LEVEL MEASUREMENT TYGON HOSE CONNECTION-----,-----, FROM LOOP I ISTM. GEN.#21) 585.1 SNAP ON CAP /[IJST COVERI = "' 0 "' ('J ' LJ (]' ' , "' " "' ..,
IA IA 455B *** 026041 PCV 455A 0260417 *** H O' 0 ('J ' u "' ' "' .*1--..., 5' ' 537XC3 5903 FILL VALVE LOOP SEAL TO SLOWDOWN 531XB3 HEADER 3/8"-RC-25reR FILL-5902 VALVE 533 531 533A ' "'' TO BLO'l/OOWN fllR. ::\; 533E II 
\\ ' 533XB3 INOT USEDJ 5857 5966 TO LT-7610 1/8" 026050 5968 x . ,-TO SLOWDOWN HOR. I PT 3105 g 0 2l I x ' 0 ill I FOR CALIBRATION RETIRED IN PLACE 580A l/4"-5 BN LINE#474 u u 3/4'-RC-2500 LHEl445 LT OUTSIDE REACTOR CONTAINMENT INSIDE REACTOR CONTAINMENT 2"-RC-151R 
----rr 6"-RC-151R NOTE 9 "' t----n---l 
' a! ' N ,... " w NOTE 10 v l'-RC-151 5580 1"-X42D 558C 1 "-X42D l'-RC-151 553B*** (NON-CLASS INSTRUMENTATION SEE NOTE 15) z H _J l"-RC-151R LINE#72 LOOP 2 #22 3/4-'-RC-151R
_J 3/4"-RC-151 . I 3/4'-RC-151R 0252385 PRESSURIZER RELIEF TANK #21 ITEM, PRES. RELIEF TNK IPPRCATPR I *** 523 F .C. 0260438 . 522 / 2"-X420 ',,L2" -RC-151 R -*-***@ RC-2501R-NOTE 3 IO"-RC-2501R NOTE 4 LINE#352-,, #22 I 0260420 [. TUBES SHELL [&sect;::> STEAM GENERATOR ITEM, SG 22 IPPRCPCSG 2 \ 0260502 !fhll 314'-XA20 RC-2510R-NOTE 2 RC-250 I -NOTE I 7 REACTOR COOLANT PUMP = "' H*-J 41 3/4'-152 ITEM, ,-LINE #82 9321-F-2719 RCP MTR 22 IPPRCPCPI 2 RCP CAS 22 IPPRCPCPC 2 L-_if_ ---i. '* 2"-RC-151R D'------1 
"' 6"-RC-151 er: NOTE ' OJ 1--.-; 
' l"-OC-151R I ,... "' w "-,,I NOTE 10 (]' 555A 'fr>:: 314_C 58 554A IA-740 lD 3/4' +-3/ 4-58N z H _J ' LJ "' ' 3/4'-RC-151R 556A 3/4'-X4:Jl H*-J 4129 314 '-152 REACTOR COOLANT PUMP ITEM, RCP MTR 21 I PPRCPCP I I RCP CAS 21 IPPRCPCPC I f--__ .J.lliL!f&sect;L....t 9321-F-2719' 4128 . 3/4"-RC-250R LINE#445 3/4"-T58 3/4" . = Co H D I T LINE 182 9321-F-2719 
!NON-CLASS INSTRUMENTATION SEE NOTE 151 NOTE #I I 541 3 4"-56 542 RC-2501R-NOTE ' "' u "' w z H _J LETDOWN LINE ICVCSI A208168 STEAM GENERATOR ITEM, SG 21 IPPRCPCSGI TUBES SHELL 102604181 SG #21 "' r') "' -X " ' 4138 -X7 [)260420 RETIRED TEMPERATURE ELEMENT ?':<';::J:.,::-"'::H 
"' "' 1---.. .. -i C'>X "'0 r') --x " ' "' -"' --x " ' -' " u THREAOCO}., PIPE BOSS "'"' "'x -' " ::;:e 1.05"0.D. 0.245"I.D. 
)-RC-25DIR LINE159 CHARGING LINE ICVCS) A208168 L ! t I I I I N N "' " w ' = \---@cv 3100 "" IA' C 460 
\::'.''Ao"'26'"'0"'43"'
531XAI l""I 532-XI 532 3/4"-T58 I I z H _J '.!' 102600841 
;:; n----1 FE SIS A235296 538 538_X 2 3/4"-RC-2501 R l-=f><?\'.'.:r'-,l=
TO BLOWDOWN 534 HEADER 
#19A DWG.A208065 
# 19 DWG. A20824 7 I OUTSIDE
_:DNT AINMENT INSIDE REACTOR CONTAINMENT v_ LINE# I 6 857 D " SIS ._1---* -j A235296 O' 0 "' OJ ' u O' (]' r') "' ' u CL ' 3100 "Tr .. "'
I o .o REMOVABLE S. ST. HOS I lf3 ;;; 3"-RC-2501R Litf#62 NOTE 7 5370 TO BLOWDOWN HEADER / // RACK # 19-' 53B-XI 026021 TE 45D TE 102602191 453 HEATER CONTROL 3/4'-RC-2501R LINEl26 952 TO SAMPLE SINK 9321 -F-2745 S-23 co PRESSURIZER SURGE LINE
* 3/4"T58 .I = **-14"-RC-2501R NOTE 4 LINE#63 u RC-250 IR-NOTE 3 ----->['---1 .... --1 .--+-----'L...---+----
..... --....,,..---.,..--...., ..... 1--------.........
8970 SIS --f' 102523851 YT SIS A235296 w z H _J F.O. l.,,!_OTE 6 3/4'-RC-2501R INCONEL.SB-167 OUTER MONITOR TUBE.NOTE 127 -A235296.:
IO"-RC-2501R NOTE 4 LINE#350 ( .
* GRAYLOC / CONNECTORS
___} 
#445 -i" o' en' ;';; fJj H &sect; REACTOR ..._VESSEL LEVEL ii t.\t.b ,,,... ,...,.--,....-INSTR SYS .' .,N /.Y A208798 3/4"SCH.80 Ifl:Dr&#xa3;L ffi-167 f ,. INCORE THERMOCOUPLES(65) 
\ 500 '
1 lTYPI . / 3/4" SCH. 160 \/,, S.ST. PIPE I 2420461 v SEAL TABLE REACTOR VESSEL ITEM,RV21 IPPRCPCRV I I I I I .. CLASS 2501R NE 51 43 @1270" NEUTRON DETECTOR FROM INST. THIMBLE REACTOR VESSEL LEVEL INSTR SYSTEM A208798 IO"-RC-2501R LINE#353 NOTE 4 v ** TO BE CONN. lUl!NG lll1I SflJTOOIN IN. Y TO lllAYLOC CllMCTOR &lw I 2653641 LO TE 440B 1&deg;260424 1 TUBES SHELL SG #24 1026031 ... STEAM GENERATOR ITEM, SG 24 1-rim lo2600Bq NOTE I I TE 442A NOTE 3/4"-RC-2501R RCS-6036-5 102604241 E .. 'i' RCS*6036-I RCS-6036*2 RCS-6031,-3 RCS-11136-4 [ OI RCS-6036-12 102603011 
:CS-6036-7 _6 RCS*W36-9 RCS-6036-10 RCS-61l16-I I "'"' "x "' ' &deg;' TUBES SHELL STEAM GENERATOR ITEM, SG 23 IPPRCPCSG3 9321 -F-2745 I SIS A235296 ' t "' -I '.: 3 = S-30 3/4"T58 954B -XI 954B-X3 SG #23 I .05"0.D. 0.245"I.D.
RC-2501R u ,/--LINE#59 RC-250 IR NOTE I NOTE 8 RETIRED TEMPERATURE ELEMENT RC-2501R-NDTE 2 FT 445 "" FT i:::,,.3:::5 
] D 960-:il ru ' u = ' . = a l\l . &#xa5; , LOOP 4 = ;;; " = o' . -' .nni I D 'F,y_ -L-;NE #84 li'lJ 9321 -F-271 9 FT 434 = "'" -TE 496G YT 498C-025238 ;';; #24 O' -"' ' .., U'>" O' w ,z ' H ' co RC-2501R-NOTE 2 lo26029j TE 433 t---='2 ---' =* ru D ' LINE #83 . 9321-F-2719 " "' " "' D' w z H 0 L...-t"4--Ci<l--""'"'""h--l 5' *** 5530 , I TE 495G 3/4"-RC-151R--" LINE#74 1/ Ii 1,.. I" -RC-I 5 IR-----' REACTOR COOLANT PUMP ITEM, RCP MTR 24 IPPRCPCPI 4 RCP CAS 24 IPPRCPCPC 4 1'-RC-151R 1"-RC-151R v 3/4"-RC-151R-, 554C ;/ LINE 3/4"-X5.9N i--+#383 555C 3/4'-C58 1'-RC-151R LINE#73 REACTOR COOLANT PUMP ITEM, RCP MTR 23 IPPRCPCPC 3 RCP CAS 23 IPPRCPCPI 3 ----;-2"-RC-151R 6'-RC-151R NOTE 9 * \ NOTE 10 \ 60 " ,... " w z H _J 3/4 "-X42D ci o&deg;' "'. [ ' u '
* N v "' I ",... "''" 13 I "' , 3/4"-T52 wLL O' "' ' u "' , , ! "' NOTE I 0 I r--" w = = ' 61 ' * ;';; 556C 3/4'-X420 
[ z H _J O' "' ' u (]' ' ' N 4131 3/4"-T52 --..,z' I HOJ _Jr') J_, &deg;' __ 6"-RC-151R NOTE 9 LINE #83 !-----9321-F-2719" NOTES, LINEf3'10 539 TE 4128 TW 41 I B TE 410B 3"-RC-250 I
LINE#96 SIS A235296 + --f' 
--+ 897C EVERYTHING ON THIS DRAWING !EXCLUDING THOSE PORTIONS SHOWN WITH DASHED LINES) IS PART OF THE REACTOR COOLANT SYSTEM !RCS) LISTED IN EXHIBIT MA'', CI-240-1 SEE NOTE #15 FOR "NON-CLASS" INSTRUMENT LISTING. I
* 2. 3. 4. 5. 6. 7. 8. 9. I 0. I I -12. 13. I 4. 15.
LINE 181 ?--_ 9321-F-2719 29" INSIDE DIAMETER 31" INSIDE DIAMETER 27.5" INSIDE DIAMETER SCHEDULE 140 PIPE LOOP GLOBE VALVES NORMALLY INSTALLED WITH FLOW UNDER SEAT LOCATE OUTSIDE SECONDARY SHIELD WALL VALVE N0.501 IS FROM INNER 0-RING VALVE N0.502 IS FROM OUTER 0-RING SPRAY LINE SCOOP ELBOW FLOW METERS STAND PIPE IS SCH. I OS PIPE PIPE SLOPED DOWNHILL TD DRAIN TANK LOCATE VALVES 539, 540, 541 & 542 BELOW HOT LEG PIPING TRANSITION WELD REQUIRED BETWEEN S.S. PIPING & INCONEL CONN. TO VESSEL REFUELING CANAL FLUSH CONNECTION 
*** INDICATES CONTROL VALVE HAS ADDITIONAL ASSOCIATED CONTROL EQUIPMENT IS REPRESENTED ON CONTROL VALVE HOOK-UP DETAIL DWG. 9321-F-7056.
THE QUALITY GROUP A,B,C & SEISMIC BOUNDARIES EXTEND TD THE FIRST SEISMIC SUPPORT/RESTRAINT BEYOND THE BOUNDARIES SHOWN. A RC-2501R-NOTE 3 15. PER CLASSIFICATIONS 81 -36.REV. I & 89-090-CL,THE FOLLOWING INSTRUMENTATION IS "NON-CLASS." 16. **SEE DETAIL #2 ON DWG NO. 206122 17. *SEE DETAIL #4 ON DWG. 206122 18. FOR LT-462 AND LT-3101, "HI" IS MEASURING 
[VARIABLE)
LEG ANO "LO" IS REFERENCE LEG. RCP-#21 LIC-494A LIC-494E PC-497A TE-407A TE-495A TE-495E TE-496A TE-496E YT-498A-I YT-498A-2 B RCP-#22 LIC-4946 LIC-494F PC-497B TE-4078 TE-4958 TE-495F TE-4968 TE-496F YT-4988-1 YT-4988-2 RCP-#23 LIC-494C LIC-494G PC-497C TE-407C TE-495C TE-495G TE-496C TE-496G YT-498C-I YT-498C-2 RCP-#24 LIC-4940 LIC-494H PC-4970 TE-4070 TE-4950 TE-495H TE-496D TE-496H YT-4980-1 YT-4980-2 c IO'"-RC-2501R LINE#351 NOTE 4 REFERENCES, I -PROCESS FLOW DIAGRAM @ DWG. 540-F-888 
: 2. DEFINITION OF SYMBOLS @ E SPEC. G6 75 I 76 REV. 2 3. INSTRUMENTATION AND CONTROL STANDARDS 
@SYMBOLS & APPLICATIONS FOR INSTRUMENT DIAGRAMS, SECTION I . I , ISSUED AUG. I 2. I 966 @INSTRUMENT INSTALLATION SECTION 3. 0. ISSUED NOV. 16, 1966 4. MATERIAL SPEC & FITTINGS @ E. SPEC. G569866 REV. 2 @E. SPEC. G676398 REV.O D I EGEND IVSWS -ISOLATION VALVE SEAL WATER SYS. eves ACS SIS SS WDS -CHEMICAL & VOLUME CONTROL SYS. -AUXILIARY COOLANT SYS. -SAFETY INJECTION SYS. -SAMPLING SYS. -WASTE DISPOSAL SYS. REFERENCE DWG. FLOW DIAGRAM SYMBOLS---9321-C-2016 DWG.9321 -F-2723 PIPING AT REACTOR COOLANT PUMP 9321-F-2734 E NO THERMAL SLEEVE F ,-NOTE 7 RC-2501R-NOTE 3 120 INCORPORATED EC-34530 1/31/12 RM REV DESCRIPTION DATE BY LOOP 3 APPROVAL INSERVICE INSPECTION NOTES:
PENETRATIONS, ASME CLASS MC APPLIES. 2.FOR NON-CODE PIPING PENETRATING CONTAINMENT 
& CLASSIFIED QUALllY GROUP "A". "B" OR "'c'" QUALllY GROUP "MC" DESIGNATION SHALL BE APPLIED. NOT SIGNATURES,_T_I_T_L_E_, _F_L_O_W_D_IA_G_R_A_M
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* ON FILE REACTOR COOLANT -==Entergy STATION INDIAN POINT SYSTEM CHK"O APP. -UFSAR FIGURE NO. 4.2-1 f--_..._ __________________ 
.__ ____ _..._ __ .__ _ _..__--t--DR_WN_. 
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I 20 MY BY GIBBS & HILL NONE G H I 6 5 4 3 2}}