ML21361A211
| ML21361A211 | |
| Person / Time | |
|---|---|
| Site: | Perry  |
| Issue date: | 12/20/2021 |
| From: | Energy Harbor Nuclear Corp |
| To: | Office of Nuclear Reactor Regulation |
| Shared Package | |
| ML21361A235 | List:
|
| References | |
| L-21-287 | |
| Download: ML21361A211 (36) | |
Text
{{#Wiki_filter:OPERATING DATA SEE NOTES 6, 7
# PSIG LBS/HR F REMARKS C
1 966 4071689 542 A003 P601 2 959 186954 541 75%LOAD L O PR PI D1-4
- 3 959 180651 541 75%LOAD C
E R011 4 959 107432 541 STARTUP R055 C 10" TO MSR 1B N11EC125 KEYLOCK 3 -014 2ND STAGE REHEATER 5 966 1612354 542 BYPASS P842 P601 B-9 I 6 966 1209266 542 BYPASS SS B PT 7 966 836 542 N010 199A9084(GE DWG) E C 14" 10" 10" TO MSR 2B SHEET 29 8 150 24377 370 P601 1H51-N11EC124 3 -014 2ND STAGE REHEATER P186 9 959 53442 541 25%LOAD B-14 F511 I PI PT STEAM CHEST 10 959 30100 541 STARTUP ZS MCV R012 N500
-121 1" PRESSURE B-6 28" SCH.-140 SA-155 GR N021 F020 C 11 25213 541 TO EHC 959 KCF 70 OR SA-106 GRC C C H51-(TYPICAL 4 PLACES) F501C P186 511 SV-1 CV-1 12 164 94847 F200C F250C M 2" 966 3889940 STEAM LINE "C" 26" 28" D1-4(TYP) 13 542 3/4" 28" 28"
-605 1 13 2 14" DESIGN DATA D1-2 F-6 SEE NOTE 1 SEE NOTE 8 D1-4 18" 3/4" 3/4" 1" ST.PIPE 26" SCH.-80 SA-155 GR 28" SCH.-140 SA-155 GR 2 STOP &
1 1/2" -124 LOW POINT KCF 70 OR SA-106 GRC (TYPICAL 4 PLACES) KCF 70 OR SA-106 GRC (TYPICAL 4 PLACES) 28" 5 F705C F506C 1 CONTROL VALVE C-5 DRAIN # NORMAL UPSET REMARKS
-124 F504C 1" (NOTE 4) PSIG F PSIG F TIME C-7 2" LOW POINT 28" C C-7 DRAIN TE 2" C 28" 1 1250 575 1250 575
-121 2 A059 N080 1"
-124
-124 C-6 C
A001 B21 180 400 180 400 SV 4 P601 C-10 PX PT DRAIN N076 248 512 248 512
-021 O R070 6 TURBINE BYPASS A-9 C C L PI H C C.V.
A H51 R011 DRAIN E P1013 A TR 4" N11EC121 KEYLOCK P601 R065 I C P601 B21
-021 SS D-9
REFERENCES:
PT PX PT A057 N010 R070 N076 E A A A 1" 302-0012-00000 REHEAT STEAM SYSTEM N11 P601 H51 1H51- TE 302-0014-00000 REHEATER REHEATING STEAM SYSTEM N11 N11EC120 P1014 ST PIPE P186 N080 PT PT 302-0121-00000 MAIN,REHEAT,EXTRACTION AND MISCELLANEOUS DRAINS N22 LOW PT DR F705A F506A A N075 N075 302-0123-00000 MAIN,REHEAT,EXTRACTION AND MISCELLANEOUS DRAINS N22 PI -124 D A F504A 302-0124-00000 MAIN,REHEAT,EXTRACTION AND MISCELLANEOUS DRAINS N22 ZS MCV R012 1" C-5
-121 302-0125-00000 MAIN,REHEAT,EXTRACTION AND MISCELLANEOUS DRAINS N22 B-6 N021 F020 A 5 B21 B21 A A H51- 302-0131-00000 CONDENSER AIR REMOVAL SYSTEM N62 F501A P186 3/4" F508D F508A 302-0141-00000 STEAM SEAL SYSTEM N33 3/4" SV-2 CV-3 F250A 302-0183-00000 TURBINE PLANT SAMPLING SYSTEM P33 18" F200A M 2" STEAM LINE "A" 26" 28" 302-0751-00000 OFF GAS SYSTEM N64 3/4" 28" 3/4" 3/4" 828E445CA GE NED NUCLEAR STEAM SUPPLY SHUTOFF SYSTEM ELEMENTARY
-605 1 13 199A9084 GE TURBINE INTERCONNECTION DIAGRAM 2 14" 28" C85 D1-2 SEE NOTE 1 302-0021-00000 STEAM BYPASS AND PRESSURE REGULATION SYSTEM C85 SEE NOTE 8 C-3 D1-4 PT F704A "S" "S" 1" STOP & 120 119 302-0605-00000 NUCLEAR BOILER SYSTEM B21 2 1 1/2"
-021 N001 CONTROL 1" 1" 802-0009-00000 REACTOR-TURBINE GENERATOR TRIP DIAGRAM A 1 B-14 PRESSURE AVERAGING VALVE 911-0005-00000 LUBE OIL AREA,TURBINE LAY-DOWN,AND WATER TREATMENT
-124 1" F706 MANIFOLD 1" (NOTE 4) H.P. CONDENSER I.P. CONDENSER "B" L.P. CONDENSER "A" 911-0005-00000 LUBE OIL AREA,TURBINE LAY-DOWN,AND WATER TREATMENT C-7 B-7 2" LOW POINT 28" 1" BUILDING DRAINS P68 2" DRAIN
-121 C 2 14" C85 4" A004 -124
-124 6" PT F704B B-6 1"
P601 SV N001 C-11 DRAIN O B L PI H.P. TURBINE LP TURBINE "A" LP TURBINE "B" LP TURBINE "C" C TR B C.V. FL EL 647-6" FL.EL.647-6" FL.EL.647-6" FL.EL.647-6" E R011 1 1/2" DRAIN D R060 N11EC127 KEYLOCK LOW POINT P601 P601 -124 L2-4 L2-4 L2-4 DRAIN I C-9 SS C 1" B21 TE PT A060 N080 N010 PT L1-4 L1-4 L1-4 PX D E D N076 R070 1" 1" PRESSURE/FLOW P601 1H51- D D N11EC126 1" 208 144 143 209 137 136 131 130 P186 H51 "N" "N" P1015 EQUALIZER PI MANIFOLD 3/4" ZS MCV R012 3/4"
-121 F508C F508B B-6 N021 F020 D F504D F705D F506D D D H51- CV-2 SV-3 F501D P186 F200D F250D 3/4" M 2" 3/4" STEAM LINE "D" 26" 28" 3/4" 28" NOTES:
-605 1 13 28" PT PT 1. PRESSURE TAPS TO MEET ASME 2 14" 18" D1-2 F-6 SEE NOTE 1 N075 N075 1 1/2" 1 1/2" 1 1/2" SEE NOTE 8 D1-4 PTC6194 "STEAM TURBINE" PARAGRAPH 4.74.
STOP & C L1-4 B L1-4 L1-4 2 1 1/2" CONTROL B21
- 2. REACTOR FEEDWATER PUMP TURBINE SHOWN 911-0005-00000 911-0005-00000 911-0005-00000 6 1 VALVE ON GE DWG. 509E419DC.
-124 1" (NOTE 4)
B-7 2" LOW POINT 28" 3. CONDENSER SHOWN ON I-R DWG H-4 H-4 B-7 DRAIN 2" N4-WRGB4-501X1(6 SHEETS). H-5 4"
-121 2 A C -124
-124 B-6 SV 4. MAIN STEAM STOP AND CONTROL VALVE A002 C-12 DRAIN ASSEMBLY SHOWN ON GE DWG. 832E857 P601
-021 F-9 1"
- 5. ALL PANELS AND RACKS ARE PREFIXED TURBINE BYPASS O
C.V. L PR PI 1H13,UNLESS OTHERWISE NOTED. C DRAIN TO LUBE OIL SUMP E R011 R05O H 6. PROCESS DATA SHOWN IN THE OPERATING DATA TABLE ON THIS B ST. PIPE
-124 SYSTEM DIAGRAM SHALL BE USED IN CONJUNCTION WITH THE N11EC123 KEYLOCK P842 LOW POINT P601 DESIGN BASIS INFORMATION AND SHALL BE USED WITH CAUTION.
DRAIN I B21 C C-4 IN GENERAL, THE OPERATING DATA (PRESSURES, TEMPERATURES,
-021 SS AND FLOWS) PROVIDED ON THIS DRAWING, REPRESENTS THE MOST PT J-9 PX PT A058 COMMON OPERATING CONDITION, AND/OR SYSTEM MODE OF N010 R070 N076 E B B OPERATION AND/OR LINEUP. TO DETERMINE THE REQUIRED VALUES B
1" H51 P601 G1-4 G1-4 FOR A SPECIFIC OPERATING CONFIGURATION, THE APPROPRIATE 1H51- P1016 TE N11EC122 DESIGN DOCUMENTS NEED TO BE REVIEWED. P186 N080 REHEAT REHEAT F504B F705B F506B B STREAM -012 12 STREAM -012 12 PI 7. OPERATING DATA IS TYPICALLY DERIVED FROM GE THERMAL KIT ZS MCV R012 K-6 K-7 8" D1-4 HEAT BALANCES. THE THERMAL KIT HEAT BALANCES ARE KEPT
-121 A-6 N021 F020 B 6 12" 12" IN DESIGN INPUT RECORD (DIR) 237. OPERATING DATA SHOWN IS B B H51-FOR RATED CONDITIONS APPLICABLE TO THE IMPLEMENTATION OF F501B P186 SV-4 CV-4 THE FOLLOWING PLANT CHANGES:
3/4" F200B F250B M 2" 3/4" a.) POWER UPRATE TO 105% OF THE ORIGINAL DESIGN STEAM LINE "B" 26" 28" 3/4" 28" 18" 28" (REF.: TAF 81794) 14" 14" G1-4 G1-4
-605 1 13 b.) PARTIAL ARC ADMISSION (REF.: DCP 98-0050) 14" 28" NOTE: PARTIAL ARC PARAMETER CHANGES (UP & DOWN) 2 6 6 D1-2 E-6 SEE NOTE 1 SEE NOTE 8 D1-4 1" ARE SHOWN ONLY IF THEY ARE GREATER THAN STOP &
B-7 3/4" 2 1 1/2" FI CONTROL 1% OF THE POWER UPRATE VALUES. 1 VALVE R294 c.) LOW PRESSURE TURBINE ROTOR REPLACEMENT (REF.: ECP 04-0070).
-124 1" (NOTE 4) C P680 E 2" LOW POINT B-7 2 28" 8. THIS PORTION OF PIPING IS DESIGNATED AS E32 (MSIV LEAKAGE DRAIN O 2" A009 EA003
-121 CONTROL) FOR ASME CODE PURPOSES ONLY.
L ST.PIPE
-124 F502
-124 C
B-6 PCV 8" LOW F440 14" SS SV POINT I B-13 DRAIN -124 FT A DRAIN AUX COND AUX.COND. P870 1 C-4 N291 PC 14" MCV ZS C.V R441 F100 N101 PX DRAIN A R410 H51 F750A REACTOR F758 F701 P189 F702 P870 FEEDWATER RFWP REACTOR H51-P1153 RFWP TO OFF GAS 10" 4" 10" PUMP "B" TURBINE FEEDWATER 3/4" TURBINE PREHEATER A 3/4" 3/4" "B" "A" PUMP"A" 2" D1-4 3 11 3 4 M TI PI 1 1/2"
-751 6" D1-4 P870 9 R311 F712A FC F711A R301 FL EL 647-6" FL.EL.647-6" B-10 SS P680 P680 D1-4 D1-4 O
MCV ZS L F395 29 N396 C I I 6" P870 - - TT PT M N301 N310 H51-(Rev. 18 10/13)
-014 -014 PCV 2" G-14 G-9 F711B FE P189 F440 3/4" B 8" H51 10 N290 1 1/2" PI 1 3/4" D1-4 PERRY NUCLEAR POWER PLANT L1-4 D1-4 P1007 DRAIN F757 7 R312 FX TO MSR 2A TO MSR 1A PI TO COND 2ND STAGE 2ND STAGE -124 1 R395 N391 MANIFOLD 4 1 TE 3/4" REHEATER REHEATER 6" NO.145 PC R441 J-10 N300 H51P189 4" 10 CENTER RD., PERRY, OHIO 44081 1 1/2" F703 F518B 10"L1-4 B H51 F514 F513
-125 P1 STEAM F517 F750B PCV F756 H51- 007 SEAL EVAP.
D-6 F405 F510 P1153 DRAIN 3/4" F515
-141 1 1/2" 6" MAIN STEAM SYSTEM, UNIT 1 6" TO OFF GAS F712B 3/4" 3/4" E -124 3/4" E-11 F518A PREHEATER B 4" D1-4 J-7 STEAM AIR 1" EJECTOR -751 P 3/4" D1-4 1
A-6 D-10 8" F708 N11D001 4" I
-131 8 PT FIGURE 10.1-1 (SHEET 1 OF 3)
LI-4 L1-4 D1-4 FC F509 4" F507 N405 3/4" D2-4 1" F516 LOW POINT L1-4 D1-4 (DWG. D-302-0011-00000) 1H51- 4 1 DRAIN SAMPLE PI PI F713 FE 1" 1/2" P1007 N390 -123 -183 PC R406 R400 R405 2" K-12 AP-38 A-4 P870 H51-H51P1007 E P1007
OPERATING DATA (RATED) SEE NOTES 2, 3 24" MANWAY 24" MANWAY 1N11-E024B 1N11-E013B
# PSIG LB/HR ^F REMARKS 1 180 1638352 380 24" MANWAY 2 169 1885721 511 1N11-E023B 4 164 189695 512 5 164 94847 512 6 93 2,100,000 515 7 180 382533 380 8 150 20,000 368 RFPT TEST 24" MANWAY 1N11-E021B DESIGN DATA NORMAL UPSET 24" MANWAY # REMARKS 1N11-E022B PSIG ^F PSIG ^F TIME 1 248 510 2 140 515 24" MANWAY 1N11-E011B 24" MANWAY 1N11-E012B
REFERENCES:
302-0011-00000 MAIN STEAM SYSTEM N11 302-0041-00000 EXTRACTION STEAM N36 G-6 302-0052-00000 AUXILIARY STEAM P61 302-0121-00000 MAIN, REHEAT, EXTRACTION AND MISCELLANEOUS DRAINS N22 302-0122-00000 MAIN, REHEAT, EXTRACTION AND MISCELLANEOUS DRAINS N22 302-0123-00000 MAIN, REHEAT, EXTRACTION AND MISCELLANEOUS DRAINS N22 302-0125-00000 MAIN, REHEAT, EXTRACTION AND MISCELLANEOUS DRAINS N22 828E531CA G.E. REACTOR PROTECTION SYSTEM ELEMENTARY C71 851E478 G.E. ROD CONTROL AND INFORMATION SYSTEM ELEMENTARY C11 851E567 G.E. FEEDWATER CONTROL SYSTEM 1ED C34 119A9084 G.E. TURBINE INTERCONNECTGION DIAGRAM NOTES:
- 1. ALL PANELS AND RACKS ARE PREFIXED 1H13, UNLESS H-6 OTHERWISE NOTED.
- 2. PROCESS DATA SHOWN IN THE OPERATING DATA TABLE ON THIS SYSTEM DIAGRAM SHALL BE USED IN CONJUNCTION WITH THE DESIGN BASIS INFORMATION AND SHALL BE USED WITH CAUTION.
IN GENERAL, THE OPERATING DATA (PRESSURES, TEMPERATURES, AND FLOWS) PROVIDED ON THIS DRAWING, REPRESENTS THE MOST COMMON OPERATING CONDITION, AND/OR SYSTEM MODE OF OPERATION AND/OR LINEUP. TO DETERMINE THE REQUIRED VALUES FOR A SPECIFIC OPERATING CONFIGURATION, THE APPROPRIATE DESIGN DOCUMENTS NEED TO BE REVIEWED.
- 3. OPERATING DATA IS TYPICALLY DERIVED FROM GE THERMAL KIT HEAT BALANCES. THE THERMAL KIT HEAT BALANCES ARE KEPT 24" MANWAY IN DESIGN INPUT RECORD (DIR) 237. OPERATING DATA SHOWN IS 1N11-E033A FOR RATED CONDITIONS APPLICABLE TO THE IMPLEMENTATION OF 24" MANWAY THE FOLLOWING PLANT CHANGES:
1N11-E034A 24" MANWAY a.) POWER UPRATE TO 105% OF THE ORIGINAL DESIGN 1N11-E043A (REF.: TAF 81794). b.) PARTIAL ARC ADMISSION (REF.: DCP 98-0050) F610A NOTE: PARTIAL ARC PARAMETER CHANGES (UP & DOWN) RV-6 ARE SHOWN ONLY IF THEY ARE GREATER THAN 1% OF THE POWER UPRATE VALUES. c.) LOW PRESSURE TURBINE ROTOR REPLACEMENT (REF.: ECP 04-0070). (Rev. 18 10/13) 24" MANWAY 1N11-E031A PERRY NUCLEAR POWER PLANT 10 CENTER RD., PERRY, OHIO 44081 C A013 24" MANWAY 1N11-E032A REHEAT STEAM SYSTEM, UNIT 1 24" MANWAY 1N11-E041A 24" MANWAY FIGURE 10.1-1 (SHEET 2 OF 3) 1N11-E042A (DWG. D-302-0012-00000) G-5 G-6
OPERATING DATA (RATED) SEE NOTES 2, 3
# PSIG LB/HR °F REMARKS 1 959 186954 541 75% LOAD 2 546 195854 479 C-10 8"
B-10 8" DESIGN DATA NORMAL UPSET
# REMARKS PSIG °F PSIG °F TIME 1 1250 575 2 620 495 NOTES:
- 1. ALL PANELS AND RACKS ARE PREFIXED 1H13, UNLESS OTHERWISE NOTED.
- 2. PROCESS DATA SHOWN IN THE OPERATING DATA TABLE ON THIS SYSTEM DIAGRAM SHALL BE USED IN CONJUNCTION WITH THE DESIGN BASIS INFORMATION AND SHALL BE USED WITH CAUTION.
IN GENERAL, THE OPERATING DATA (PRESSURES, TEMPERATURES, AND FLOWS) PROVIDED ON THIS DRAWING, REPRESENTS THE MOST COMMON OPERATING CONDITION, AND/OR SYSTEM MODE OF OPERATION AND/OR LINEUP. TO DETERMINE THE REQUIRED VALUES FOR A SPECIFIC OPERATING CONFIGURATION, THE APPROPRIATE DESIGN DOCUMENTS NEED TO BE REVIEWED.
- 3. OPERATING DATA IS TYPICALLY DERIVED FROM GE THERMAL KIT HEAT BALANCES. THE THERMAL KIT HEAT BALANCES ARE KEPT IN DESIGN INPUT RECORD (DIR) 237. OPERATING DATA SHOWN IS FOR RATED CONDITIONS APPLICABLE TO THE IMPLEMENTATION OF THE FOLLOWING PLANT CHANGES:
a.) POWER UPRATE TO 105% OF THE ORIGINAL DESIGN (REF.: TAF 81794) b.) PARTIAL ARC ADMISSION (REF.: DCP 98-0050) NOTE: PARTIAL ARC PARAMETER CHANGES (UP & DOWN) ARE SHOWN ONLY IF THEY ARE GREATER THAN 1% OF THE POWER UPRATE VALUES. c.) LOW PRESSURE TURBINE ROTOR REPLACEMENT (REF.: ECP 04-0070).
REFERENCES:
302-0011-00000 MAIN STEAM SYSTEM N11 302-0012-00000 REHEAT STEAM SYSTEM N11 302-0041-00000 EXTRACTION STEAM N36 302-0111-00000 HIGH PRESSURE HEATER DRAINS AND VENTS "A" N25 302-0121-00000 MAIN, REHEAT, EXTRACTION AND MISCELLANEOUS DRAINS N22 43 -0099-00000 REHEATER HEATING STEAM PIPING/PROTECTION DIAGRAM GET 8" 8" J-10 J-11 (REV. 20 10/2017) PERRY NUCLEAR POWER PLANT 10 CENTER RD., PERRY, OHIO 44081 REHEATER HEATING STEAM SYSTEM A-5 FIGURE 10.1-1 (SHEET 3 OF 3) (DWG. D-302-0014-00000)
,l 3T^
E HA[A]IAL iz TESI \AL!C [ff to'
*,'?
;o P= ts; na T fld n1 E !
1 IA c 70 g jfr f;n o z z fn a
\s Ft. tG) rl r@ ro
+.! r ,o fls, t 9-,i 16' @--
,s---f=f H FCoFi cBO.AA3ouNO
,iT h'q 9--.-)
;F..1il-ffi= nr frrrt ) L_r ffiis'?:tE' A-1 *tit e If-FROIr CR0E6'.&.)NO xft Pi4d 4 E9 PlPtNCr H6 x4 I
in 'E D Z aa No{a-rf-L\-+ bfrF.l-7 n ltl. trtil f nt f
;ilo!
tut t i6l V 3 7 i* tE o 1 n o #ffi_ li r r:(, o L
-l 0 Z I I C s
$ n Io i, P $
E o c r I g o z fi B 6: L@l P, De.gHeRat?.e 6N n I+I+ HEATER LEVFL rrl
$s rltel h I o cLe4tu-t{
$EATEF LEVT-
- A.io
+H+dir ?
_J
=FH H ifr 6Hd
@ lHi z
@ d gd E
t h t N3r.-\4'- L\-4 4Z c "rfi frfl r il Fi t r{en 6 NU t rt o I 7 It 1t o 9 a Irn o F { o t-D'0ff Oo E rio
+rF tft rz r r.. B. i:"
n6 fifi v; I Pi E"r
?i h =H$
ru t f;fl 2? P tn 1f F6 lrF r9 i-( F5 f;_ <o
,fr i"rt" rz frfr ZI 6(
ee rs B# \ o J E 6 12,
; I (1r - +rr. 1 q
ai al
>t I
i
?
I$
= F '. tr Fr' rP r'*d F F F 8849 tg g N N 9 N A N N =
o u E fHHH$$HSHHH o o 3 u o u o n z o o {t r o t B d r' @ i'!
-l , P 3 J H o O
.It o
c H o t t I ! D gEiEilEifi t m
! n EE-.P PETE EigiEiEiiiEH o I o a D
D o *flf;8 m a o T 2 C' HEg
;fililiffifiEt E o n=-
t , I I 6o m z ;o D
-{
ili iEEEf, t I !D n o R B fi , D
-.1 fr r n 3 =fi D E E D t t D m x
- d-< 3 rs;! ItEl irEEEEHll:i c fl an { m D il I x o =rn EFFFF:::; Rz tn Y' X zt- T T] -,l m IiE; HgFfigEIl n aa
- T sP t t i;IEIIEE fiF
( r ?( - s (I , Prn EEEEA-rr 3 rr!3
,") -o FE66
= !p Y# iln sg Z-FE ?-o S 5L a ^O N tt-l N
SN ND rn =
\ J JT l iigfrfiiFE' IfiFF;g #qd;i#;
gn g E 911 S iilig1 ffiu#E
- z. EiiF!ffi-"q li ;s$ iff r:
i; !;Hg
*-G1-4 OPERATING DATA (RATED) 302-0077-00000 SEE NOTES 7, 8 FROM HYDROGEN FLOW CONTROL MODULE 1P73P0100 (E1)
# PSIA GPM °F REMARKS O
ZS 1 108 11,991 329 L 808-0080-00000 N111 SPEEDHOLD PUMP C PFV SCV FEEDWATER PI TRIP ON INTLK -082 2 362 11,981 329 SS PT RUNNING P680 F110 H-4 MA003 LOW NPSH F012 FY PI R101 N100 78 F.W. FLOW 3 345 17,996 329 H51 R015 H51- CONTROL K081 ZT 3" 208-0025-200 P680 H51- PI 5,000 HP 315 18,494 P1028 E P189 LOGIC G.E. A10 N113 4 370 START PERMISSIVE R102 POV PS P189 3,600 RPM H-4 808-0080-00006 P864 EA033 F587 DWG. 3 F.A.I. N588 VLV N112 5 292 18,494 370
& TRIP F518 N.C. 851E567 CLOSURE 808-0080-00000 F545 F519 14" 20 D1-4 20" 20" 20" PFV FY EA003 36" P680 6 10 4,000 125 START-UP 12 F170 K172 LUBE OIL 10 FT PRESSURE F.A.I. 7 1127 18,436 372 N166 F675 N.
C. EA030 ZS POV ZT A11 8 280 7,500 75 PRESTART-UP F517 F577 2 N712 N716 N171 F588 H51P098 F522 9 280 5,000 125 START-UP FY FC MOTOR DRIVEN FT FE FT F570A F570B FEEDWATER 292 8,300 N076 N075 FE 10 369 K070 R077 N077 PUMP ZS H51 N600 N27-C004 N181 P864 H51 P1028 11 1120 8,270 370 UPSET CONDITION P864 PI ZS P1028 F576 (SEE NOTE 9) FI R193 N011 PFV 12 1085 8,270 370 UPSET CONDITION F010 MCV R078 I F180 F.O. N.C. P680 13 98 4,000 125 MDFP START-UP F516 208-0025-00200 H51- PT H51-F789 F788 HC MCV P189 N190 E-4 P189 O 14 300 25-110 329 RECIRC FLOW F140 R080 L SS P680 FT E PB C FE D1-4 P680 40 N601 EA032 P680 N165 P680 A4 N192 EC007 START ON P680 808-0080-00000 ZS 208-0025-00200 24" G1-4 TURB PUMP f" G1-4 BA099 PI N141 P865 LOW INSTR. TRIP P680 F.W. LEVEL CONTROL F531B AIR PRESS. P680 R191 H-5 F524B F525B TX TE TX EC008 SS PS D1-4 EC013 P680 A 208-0025-00200 RECIRC. SYSTEM P680 N.C. N.C. R060 N066 R070 P680 N185 DESIGN DATA F527B F584B SS 56 L RUNBACK ON TDFP TRIP N. C. B B F585B B H51P1028 H-4 36" N.C. F530B FEED PUMP INTL'K 10" D1-4 20" G1-4 67 208-0025-00201 1" 1" 1"xf" EC014 P680 NORMAL UPSET E 2" F,G-3 # REMARKS F507B A10 EA050 PSIG °F PSIG °F TIME MCV 10 D1-4 F506B A-6 F200 1 120 350 120 350 N27- F798 F508 ZS F532B E N27-B001B B003B F594B -335 N201 N.C. 400 5B 2 500 400 500 F671B NC A11 EA051 1*" 1*" TE 3 1500 400 1500 400 36"G1-4 TE D1-4 N055 BA015 N065 B 4 1540 400 1540 400 B N27 P85 F515 G1-4 D1-4 G1-4 WATER LEVEL 5 120 400 120 400 C FY E RFPT TRIP FL.EL.600'-6" 6 145 350 145 350 F526B F528B MA011 EC009 SEE NOTE 12 FOR STRAINERS D1-4 K714B 208-0025-00200 N.C. N.C. TR-N27R066 TR-N27-R066 E 1N27D0001A, B, C, & D (NOTE 10) P864 PI EA036 PI B-2 Z E 30" G1-4 R091B P680 R096B EC010 TRIP ON H51P192 MA016 P680 D1-4 E E HIGH PRESSURE PB PS P680 CLOSE ON E EA037 N195 PUMP TRIP N097B B S EA029 POV PI FI
-112 PT P864 N717 R030 PT N R088B 808-0080-00000 N095 H51- P680 B H-12 F544 N090 TX P192 P680 P680 B B SS ZT H51P1024 M R100 FT B 46 ZS N718 10"D1-4 EA017 N086 N27- PI FT N161 B NOTES:
PT B PI C003B R098 F591B N156 PFV P680 B 808-0080-00000 R092 F795B B N.C. B F160 N031 H51-P098
- 1. ITEMS SUPPLIED BY G.E. HAVE PREFIX B21.
B B FE TX H51P098 F510B F511B F586B H51- MCV F513B ZS H51P1024 N085 N.C. R094 P192 2. SEAL WATER SUPPLY PRESSURE 310 PS1A. N101 F100 F569A F569B EC006 EC005 B B B B 16" 3. PIPING DRAINS ARE 1" AND PIPING VENTS ARE f" P UNLESS OTHERWISE NOTED. FEED PUMP INTL'K 24" D1-4 5 F514B 36" D1-4 ZS 4. ALL INSTRUMENTS AND CONTROLS ARE PREFIXED D1-4 N081 1" F581 12" D1-4 12" 8" 1N27, UNLESS OTHERWISE NOTED.
-077 F574B F575B B F533B P680 MAIN HWC SYSTEM F813B G1-4 F585A 808-0080-00000 FEEDWATER 5. ALL PANEL AND RACKS CARRY PREFIX 1H13, UNLESS NOTE 6 N.C. FT (D-1) 8" PUMP OTHERWISE NOTED.
MCV N087 F573 RFPT "B" START PERMISSIVE SEE PI N27-C002B PX F524A F525A F080 D1-4 B R050 R099 FE N.C. N.C. TX TE TX B 208-0025-00201 6. PIPE TO BE ASTM A312 TP 316L. 36"G1-4 F584A R060 R070 SS B B N155 N066 H51P098 F527A G-2 F531A F530A f" B N.C. A A A 7. PROCESS DATA SHOWN IN THE OPERATING DATA TABLE ON THIS 54 PX 1" N.C. 1" F683 R093 SYSTEM DIAGRAM SHALL BE USED IN CONJUNCTION WITH THE 1"xf" RFPT "A" START PERMISSIVE R f" P680 DESIGN BASIS INFORMATION AND SHALL BE USED WITH CAUTION. f" B 1" F507A 1 3 208-0025-00201 IN GENERAL, THE OPERATING DATA (PRESSURES, TEMPERATURES, I AND FLOWS) PROVIDED ON THIS DRAWING, REPRESENTS THE MOST F-2 24" D1-4 F506A N27- 1" POV COMMON OPERATING CONDITION, AND/OR SYSTEM MODE OF P680 F594A FT N27-B001A 1" 1" B003A 208-0025-00200 N717 OPERATION AND/OR LINEUP. TO DETERMINE THE REQUIRED VALUES F671A F532A SS N156 PFV 5A N.C. A FOR A SPECIFIC OPERATING CONFIGURATION, THE APPROPRIATE EA034 EC001 CLOSE ON 1*" 1*" E-3 PI P680 A ZS F160 TE 50 PI DESIGN DOCUMENTS NEED TO BE REVIEWED. TE PUMP TRIP A N161 ZT D1-4 N055 BA013 N065 R091A H51P1147 P680 R096A A N718 A A EC002 PS F568A F568B 8. OPERATING DATA IS TYPICALLY DERIVED FROM GE THERMAL KIT FEED PUMP P680 E A 30"G1-4 P680 PB HEAT BALANCES. THE THERMAL KIT HEAT BALANCES ARE KEPT NOTE 6 INTL'K R N195 D1-4 G1-4 EA035 P IN DESIGN INPUT RECORD (DIR) 237. OPERATING DATA SHOWN IS SEE 2" MCV A N097A R F080 FOR RATED CONDITIONS APPLICABLE TO THE IMPLEMENTATION OF ZS P680 F526A F528A 3 A PT P865 THE FOLLOWING PLANT CHANGES: PT F682B NC N081 SS D1-4 NC TR-N27-R066 N090 N095 a.) POWER UPRATE TO 105% OF THE ORIGINAL DESIGN F593 TR-N27 C A 208-0025-00200 TX 12" 8" A A 42 (REF.: TAF 81794) 1 3 N.C. R066 MA010 M R100 H51-P191 E-1 ZS P680 H51-NOTE 11 A b.) PARTIAL ARC ADMISSION (REF.: DCP 98-0050) (NOTE 10) P191 N101 D1-4 NOTE: PARTIAL ARC PARAMETER CHANGES (UP & DOWN) SEE 808-0080-00000 PI A MCV PI N27- ARE SHOWN ONLY IF THEY ARE GREATER THAN F510A R098A F100 FE R092 C003A F795A 3 1 1% OF THE POWER UPRATE VALUES. F574A A N155 8" A F513A C NOTE 6 FE F591A A SEE SEE c.) LOW PRESSURE TURBINE ROTOR REPLACEMENT FT FT F586A SEE H51P191 (REF.: ECP 04-0070). MA014 N086 N085 N087 H51- NOTE 6 D1-4 NOTE 11 C TE A A A F512A P191 9. SEE DRAWING 26 -0179-00001 FOR THE LUBE OIL SYSTEM 16" 24" D1-4 BA012 F575A N082 10" COMPONENT INTERFACES WITH THE MOTOR DRIVEN FI A8 H51P098 H51P098 20" FEEDWATER PUMP 1N27C0004. 12" D1-4 F514A F682A R088A 30" G1-4 10.COMPUTER POINTS MA010 AND MA011 PROVIDE AVERAGE F511A -077 1" L1-4 P680 FEEDWATER PUMP SUCTION FLOW RATES - MA010 AVERAGES F571 PCV F533A HWC F572 F813A 592'-0" N.W.L. EL. TRANSMITTERS 1N27N0086A & 87A; MA011 AVERAGES PX MAIN F305 R056 SYSTEM 2 FEEDWATER SS 1N27N0086B & 87B. TX SCV (C-1) 26 R094 PUMP F307 CHEMICAL CLEANING 74 17 TX A3 PX N27-C002A D009A 11. PIPE TO BE A335 GRADE P22. PI A SYSTEM P81 PX F582 R057 R050 16" R093 FL.EL.647'-6" ZS P680 HOT SURGE TANK D009B F583 E A R099 N306 12. F.W. BOOSTER PUMP STRAINERS 1N27D0001 (A, B, C, & D) HAVE A 302-0391-00000 N21-B004 26 N.C. EA028 A8 FY A A MAXIMUM WORKING PRESSURE OF 125 PSIG AT 350°F. E E SEE F563 C-5 NC. 12" G1-4 L1-4 NOTE 11 K714A EC003 EC004 TX PX 15 13.DELETED 12" D1-4 R020D R055D P864 F681 26 20 20 20 20 17 G1-4 L1-4
REFERENCES:
F546D 208-0025-00000 FEEDWATER CONTROL SYSTEM 208-0149-00000 FEEDWATER ELEMENTARY DIAGRAM 18" L1-4 PX F567B R055 302-0082-00000 FEEDWATER N27 ZS F546A A 302-0083-00000 FEEDWATER PUMP INJECTION AND WARM-UP N016 ZS 302-0101-00000 CONDENSATE SYSTEM N21 D N016 TX 1H51P741 PS PS 302-0152-00000 CONDENSATE SEAL SYSTEM P12 C 18"
-G1-4 START STANDBY F546C R020 18"
-G1-4 START STANDBY 1H51P741 N060 N061 302-0293-00000 M.F.P. TURBINE LUBE OIL FLOW DIAGRAM ON PUMP TRIP A ON PUMP TRIP 302-0295-00000 EXTENDED M.F.P. TURBINE "A" FLOW DIAGRAM ZS H51 H51 F546B START STANDBY N016 TX PX P1149 P1149 302-0296-00000 EXTENDED M.F.P. TURBINE "B" FLOW DIAGRAM B R020 R055 1H51P741 ON PUMP TRIP TX PX 302-0391-00000 CHEMICAL CLEANING SYSTEM P81 C C R020 R055 808-0080-00000 FEEDWATER LOOP DIAGRAMS 1H51P741 MCV B B 26 -0179-00001 LUBE OIL SYSTEM DIAGRAM FOR 1N27C0004 F015 MCV D F015 TR START STANDBY C MCV ZS R066 F050 ON PUMP TRIP N016 B MCV A P842 SS FOUR REACTOR FEED- F015 1H51-P741 H-TDH B
WATER BOOSTER PUMPS SS SS 30 P680 MCV MCV EACH @ 12,500 GPM 27 P-680 F050 29 F050 2 P680 P680 630 TDH P680 C P-680 P-680 A P680 1180 RPM 1H51-P741 2353 BHP MCV E SEAL PRESS F015 EA026 C 302-0152-00000 START A F670B PERMISSIVE F670C F-12 ZS F670D ZS EA024 F670A A ZS NC ZS N051 N.C. N051B NC L N051C P680 N051A START D D002D D002B B STANDBY PUMP D002C P680 2500 HP 808-0080-00000 F505D 2500 HP 2500 HP D002A P680 2500 HP F505B F505A 1180 RPM 1180 RPM P680 1180 RPM ON LOW NPSH 1180 RPM PB TI F714D PB TI F714C PB PB f" G1-4 F714A TRIP BOOSTER PUMPS ON SURGE TANK (REV. 22 10/2021) N047D N047B TI TI N.C. A 302-0101-00000 R035D R035 N047A R035A LOW-LOW LEVEL AND N047C R035B 24" C P864 D-5 LOW LEVEL P864 P865 P865 EA025 P680 F504D F504C F504B PERRY NUCLEAR POWER PLANT P680 F523D FL.EL.560'-0" F523C F523B F523A F504A 2" PI PT PI PT PI PI 1" 2" PT PT N045 N27 N045 R046D R046C N27- R046B N045B R046A N045A D C N27 10 CENTER RD., PERRY, OHIO 44081 F592D F592C F592B F592A C001D C001C D003D D003C D003B D003A P680 P680 P680 EL.550'-6" H51P188 PS H51P188 PS H51P188 H51P188 C001A PS N020 PS 24" l1-4 24" L1-4 N020C 24"L1-4 24" L1-4 (TYP. 4 PLACES) f " N020B N020 D H51 PI H51 PI H51- A P680 E F792C PI H51 F792D F502D P1207 R048 F502C P1207 R048B P1207 F502B R048A F502A P1207 EA027 F503D C F503C F503B F503A PI F792A F792B TI H51P188 N.O. R048 H51P188 TI H51P188 EA020 R040 TI D R040 TI D PI R040 PI EA022 PI PI PI PI B PI PT PI PI PI PI PT C PT R040 PI PT R032 R033 R032 R033 R032] N030 R033 H51P188 N030C R033 A N030A D N030D R031D R031C C R031B R032A R031A H51 H51 D C H51- B H51 B B H51 H51 A H51P741 FEEDWATER H51- H51- P680 P1020 P1020 P1021 P680 H51P741 P1021 H51P741 P680 H51P741 P1020 P680 P1021 P1021 P1020 2" G1-4 FIGURE 10.1-3 (SHEET 1 OF 2) (DWG. D-302-0081-00000)
OPERATING DATA (RATED)
# PSIA GPM F REMARKS 1 1127 18,436 372 2 1113 19,188 425 PX PX R185 R184 3 1113 38,377 425 E 4 1100 19,188 425 C
EA041 302-0642-00000 BA001 AREA E-12 5 250 12,000 125 START-UP RHR P&ID SHEET 2 I F552A F552B E-12 6 935 600 125 START-UP PI PT f" D1-2 f" D1-2 START-UP R146A N145A 7 250 400 125 WITH D0594 OPEN H51P1057 F551A F551B D1-1 D1-2 D1-1 D1-2 P680 1 2 1 2 F554A 12"-D1-1 12"RHR PI R290A LX 1" 302-0971-00000 H51P1057 F550A D-3 12"-D1-1 F553A GUARD 2C 3B F542A PIPE C EL. 625'-3*" SEE NOTE 11 LX f" f" RESTRAINT I f" #P121 20"-D1-2 B21-FO32A SEE NOTE 5 SEE NOTE 5 F559A DESIGN DATA MCV B21 F065A 20"-D1-1 f" 20"-D1-1 NORMAL
- UPSET P
F560A # D1-2 REMARKS D1-2 SEE THERMAL PSIG F PSIG F TIME NOTE 6 SLEEVE 2 1 f" REACTOR PRESSURE VESSEL D026A 1 1500 400 1500 400 D1-2 D1-1 F0822A F557A SS 12"-D1-1 M 2 2B D1-2 D1-2 SEE NOTE 6 2A 1500 450 1500 450 23 S/80 SA106 SCH.120 SCH.80 CONTAINM ENT SHELL 2B 1250 550 1500 550 <1% A106 GR. B 2A GR. B 2B 2C SCH.120 P680 SA106 SA106 F551C D1-4 GR.B GR.B 2C 1250 575 1500 575 20" LX PX F0823A F558A 302-0971-00000 R182 3A 50 150 50 150 F0825A F0824A F-12 DRYW ELL o f" ZS D1-2 D1-1 f" 3B 1250 575 1250 575 L B21 E F552C N467A c C LX LX 1 EA042
- SEE NOTE 7 D1-2 D1-1 P-680 BA002 2 o 1 F552D I
302-0642-00000 L RHR P&ID AREA E-4 PI 2 c PT PX P-601 R146B N145B E-4 R183 SHEET 2 H51P1054 D1-1 D1-2 P680 F551D NOTES: D1-1 D1-2 H51P1054 1 2 E PI F554B 12"-D1-1 1. ALL PANELS AND RACKS ARE PREFIXED 1H13, UNLESS OTHERWISE NOTED. C-3 1 2 R290B LX EC065 1" 302-0971-00000 F550B 2. ALL INSTRUMENTS AND CONTROLS ARE PREFIXED 1N27, UNLESS OTHERWISE EC066 12"RHR NOTED. F553B 2C 3B F542B SEE NOTE 11 LX f" C EL. 625'-3*" f" 3. PIPING DRAINS ARE 1" AND PIPING VENTS ARE f", UNLESS OTHERWISE RESTRAINT I
*" SPECIFIED.
20"-D1-2 B21-FO32B SEE NOTE 5 F559B SEE NOTE 5 20"-D1-1 B21 MCV
- 4. TWO SETS OF PRESSURE TAPS ARE PROVIDED ON EACH FEEDWATER FLOW METER F065B 20"-D1-1 f" F560B SECTION. PROCESS INSTRUMENT PIPING/TUBING SHALL BE RUN FROM BOTH D1-2 D1-2 SEE THERMAL SETS OF TAPS WITH ONE SET PERMANENTLY CONNECTED TO THE FEEDWATER GUARD 12"-D1-1 NOTE 6 E SLEEVE f" FLOW TRANSMITTER AND THE ALTERNATE SET TERMINATING ADJACENT TO THE 2 1 PIPE D026B FLOW TRANSMITTER COMPLETE WITH BLOWDOWN, INSTRUMENT SHUTOFF, AND EC067 #P414 LX F0822B F557B SS D1-2 D1-1 EQUALIZING VALVE MANIFOLD TO FACILITATE IN-SERVICE MONITORING OF EC068 M 2 2B D1-2 D1-2 SEE NOTE 6 12"-D1-1 FLOW ELEMENT CALIBRATION UTILIZING EITHER SET OF PRESSURE TAPS.
24 SCH.120 SCH.80 S/80 SA106 A106 GR. B P680 2A 2B 2C 5. CONTROLLED CLOSURE ANTIWATER HAMMER LIFT CHECK VALVES. SCH.120 SA106 SA106 GR. B F-12 D1-4 GR.B GR.B 20" LX 6. CLASS 2 PIPING MUST MEET TESTING REQUIREMENTS OF ASME III, NB-2300. F0823B F558B 302-0971-00000 F551E F551F F0825B F0824B 7. THE DATA IN THE NORMAL COLUMN ARE THE SYSTEM DESIGN CONDITION. o f" ZS L f" N467B B21 8. f" DOUBLE ROOT VALVES EMANATING FROM SAFETY CLASS 1 PIPING ARE c LX LX SAFETY CLASS 2 AT THE POINT OF CONNECTION WITH f" PIPE OR FITTING P-680 F794 F552E F552F AND CLASS 1 PIPE. D1-2 D1-1 D1-2 D1-1 f" 1 1 7 9. PROCESS DATA SHOWN IN THE OPERATING DATA TABLE ON THIS 2 2 2*" D1-4 SYSTEM DIAGRAM SHALL BE USED IN CONJUNCTION WITH THE DESIGN BASIS INFORMATION AND SHALL BE USED WITH CAUTION. C o PX PX 20"
-D1-4 ZS IN GENERAL, THE OPERATING DATA (PRESSURES, TEMPERATURES, o L R180 R181 A-106 GR.
B 2*" D1-4 N151 AND FLOWS) PROVIDED ON THIS DRAWING, REPRESENTS THE MOST L MA005 c 2A c COMMON OPERATING CONDITION, AND/OR SYSTEM MODE OF SCH.120 P-f" 20"
-D1-4 OPERATION AND/OR LINE-UP. TO DETERMINE THE REQUIRED VALUES P601 3A A-106 GR.
B FOR A SPECIFIC OPERATING CONFIGURATION, THE APPOPRIATE D1-4 F597 B21 R/I B21 R/I SS SCH.120 DESIGN DOCUMENTS NEED TO BE REVIEWED. M C TT TT
- 10. OPERATING DATA IS TYPICALLY DERIVED FROM GE THERMAL KIT D1-4 36" D1-4 MA002 N602C N602D P- HEAT BALANCES. THE THERMAL KIT HEAT BALANCES ARE KEPT C IN DESIGN INPUT RECORD (DIR) 237. OPERATING DATA SHOWN IS C
P614 P614 FOR RATED CONDITIONS APPLICABLE TO THE IMPLEMENTATION OF 4 4 MCV E E MA003 THE FOLLOWING PLANT CHANGES: F150 D0594 EC017 24" D1-4 20" D1-4 EC021 24" D1-4 1" a.) POWER UPRATE TO 105% OF THE ORIGINAL DESIGN B21 B21 R/I B21 B21 (REF.: TAF 81794). 1" B21 B21 R/I E 6" D1-4 F684 E TT TE TE TE TE TT b.) PARTIAL ARC ADMISSION (REF.: DCP 98-0050) N041A N041C N041D N041B N602B EC018 EC022 NOTE: PARTIAL ARC PARAMETER CHANGES (UP & DOWN) N602A E 2 2 E E ARE SHOWN ONLY IF THEY ARE GREATER THAN P614 EA021 1% OF THE POWER UPRATE VALUES. P614 o ZS EA018 o ZS EA020 f" F566B C L L c.) LOW PRESSURE TURBINE ROTOR REPLACEMENT (REF.: ECP 04-0070). F578A F578B N131A 1" I N131B 1" D1-4 c c F541A F541B MA004 P680 P680 C34 C34 C34 C34 C34 C34 FE FT H22 N125 208-0025-00201 11. REROUTED PIPE FROM PIPING HAVING A DESIGN TEMPERATURE OF FT FE FX FT H22 FE FT N126 FT FX F604A H51 575°F TO PIPING HAVING A DESIGN TEMPERATURE OF 550°F. 208-0025-00200 N002A P043 208-0025-00200 SS D-8 SS F604B N001A R140A N700A N700B R140B P043 N001B N002B 1" P1146 ZI ANALYSIS WAS PERFORMED AT 575°F. 575°F SHALL BE USED FOR E-7 E-8 M M CONSERVATISM. H22 D1-4 H22 73 R179 65 F566A P043 1H51- 1H51- P043 F540A F540B P5229 P5229 P680 P680 f" P680 F579A F579B F603 FE FE TE FE FE TE N018 N018 MCV R POV MCV N020 N019 N019 N020 A-D E-H F130A N177 F130B A A-D 7 S-V W-Z E-H B TX 302-0081-00000 FEEDWATER N27 C34 1" C34 TR-N27R066 6 R126B TX ZT N178 302-0103-00000 CONDENSING - SYSTEM N21 1" 20" R126A C34 C34 FY FY E 302-0111-00000 HIGH PRESSURE HEATER DRAINS AND VENTS "A" N25 C TR K670 D K670 TX TE PLV TX TE 4"D1-4 4" C34EA003 BA020 A B R125A N120A F175 R125B R066 302-0183-00000 TURBINE PLANT SAMPLING SYSTEM P33 1H51- N120B 20" D1-4 36" D1-4 P5290B P842 1H51-P5290A 24" D1-4 F.A.I. SS f" 302-0642-00000 RESIDUAL HEAT REMOVAL E12 C f" C34 PX 4" D1-4 208-0025-00201 PX 24" D1-4 BC018 79 R 208-0025-00000 FEEDWATER CONTROL SYSTEM C34 R127A F674A F674B R127B FY C o 6" D1-4 F535A F-8 F535B 8 TR-N27R066 D P680 L K671 HIGH 8" 8" 808-0101-00000 CONDENSATE SYSTEM HOT SURGE TANK 3 ELEMENT c o F539A PRESS. 1" 4" D1-4 F538B 1" L P680 F538A 1H51-P5289 TRIP SS 302-0971-00000 FEEDWATER LEAKAGE CONTROL SYSTEM N27 f" c MCV f" f" P680 1"xf" F539B 1"xf" PS 68 OPEN PERMISSIVE 1" 1" 302-0222-00000 F040 F596B TURBINE BUILDING CLOSED COOLING SYSTEM P44 N072 WHEN F035 F596A F600 H51P1150 P680 OPENS FULLY C 28" 28" L EL.605'-7*" 2A C C L EL. 605"-7*" RS232 LINK TO ZS 6A 6B THE PLANT LAN N041 BA018 2A MCV M M 1 F676 (1C91K0714) ZS 16" CHEMICAL 1*" F035 28" 28" LIFTED IN N036 CLEANING N27-B002A 1 N27-B002B 302-0111-00000 R PANEL 1C91P0761 H.P. COND F536A F-3 16" D1-4 1" 1" 5 1" 16" TR-N27R066 SAMPLE AP-37 1*" 5 302-0103-00000 1"
*" D2-4 F536B 302-0183-00000 B 1" F602A 1" F602B f" G-8 1*"
20"D1-4 f" f" E C E C A-6 302-0113-00000 F673 TE TE D2-4 2A 3A EC015 BA017 EC019 NC BA019 F599 3 N110A N110B 1*" B-14 C
" G18-4 F744 E E 36" D1-4 G18-4 24"D1-4 BC023 808-0101-00000 f"
302-0243-00000 EC016 EC020 R IPC-2 1" (REV. 22 10/2021)
'" MCV F-2 F598 o ZS o ZS B
x 0.065 F704 F135 6 L TX L TX
' x 0.065 N106A N106B F543 STAINLESSTUBING c R115A c R115B TR-N27R066 STAINLESS P680 P680 HEATER BAY SAMPLE OUTLET f" D2-4 TUBING BUILDING HYDRAZINE TRACER PERRY NUCLEAR POWER PLANT SAMPLE SAMPLE SS E SS 302-0083-00000 AX SAMPLE AP-076 M M F672A EC023 SS F672B H-7 F561 PROBE R135 72 64
*" F0826 M B21-D014 PEN. PTB5114 P680 66 P680
" G18-4 1" E
1" 10 CENTER RD., PERRY, OHIO 44081 24"D1-4 FEEDWATER P680 1" CORROSION EC024 F0827 F580 PRODUCT MCV o MCV ZS MONITOR F105A L 2A 1 F105B L1-4 G18-4 N136 F601 1B21-Z001 36" D1-4 c 1 P680 1 20" D1-4 36" FEEDWATER FEEDWATER 302-0081-00000 36" D1-4 A-4 FIGURE 10.1-3 (SHEET 2 OF 2) F797 P44 TURBINE BUILDING CLOSED COOLING DWG. 302-0222-00000 (C-9) N27 P85 1*" 302-0335-00000 (DWG. D-302-0082-00000) E-14
O E C L P870 D004 OPERATING DATA E A021 C 20" G1-4 30" G1-4 30" F596 F714 SEE NOTES 6,7 R ZS EA041 E/P 10 11 EC009 7 N146 A6 F706 F705 PLV F712 LY K C PSIA GPM REMARKS F713 X K141 F140 TR-R216 2" 2" E C F784 NC F597 PX FX SS F690C F650 R125 R130 EC010 A020 1 VAC 11,251 101.1 RATED M f" 1" TX J-5 K F668 F669 2" NORMAL P 16 R135 TO STEAM SEAL STEM f" 302-0141-00000 2 190 22,502 101.3 RATED HOTWELL TE P870 EVAPORATOR STEM SEAL SS MAKE-UP SEAL N160 F652 F767 C R 6" L2-4 PP C TE 3 124 22,502 101.3 RATED 25 R160 10 NC 302-0103-00000 N150 A022 TR-R216 30" MCV F543C C C 4 124 200 101.3 RATED F594 FC F593 P870 F145 E-5 PP 302-0113-00000 F598 F761 1 8 C F762 F763 F764 F765 F766 17 R155 E 5 114 22,308 102.4 F617C SEE NOTE 1 808-0101-00000 RATED F651 F-5 C F637C F786 SEE 1" EA024 A/M F532C 20" f" f" NOTE 1 F549 I 6 95 11,129 104.3 RATED LC F653 FE UR FE FT 7 352 11,122 104.9 RATED C L EL. 630'-0" R137 N430 N320 N321 E/P FE R323 F615C 9 8 7,415 104.9 RATED F688 TO/FROM COND. B002C 30" G1-4 N460 SEE NOTE 1 330 P870 O F531 R LY STORAGE TANK F689C f" R P680 D L R 1H51 7,522 K136 F797 f" C 9 319 157.2 RATED 12" L2-4 C F704C F616C P1143 302-0102-00000 F550 12 11 C TR-R216 A002 A6 P870 L EL. 630'-0" 30" 10 308 7,700 219.1 RATED O F760A D-7 MCV ZS TR-R216 PLV C F544A E L P870 F170 B001C N146 NC F544B E 308 219.1 F707 23,100 F702 RATED F760B F135 TE 11 C B C A023 C EA014 F631 F632 J 20" G1-4 808-0101-00000 E N285A PP NC TE EA036 ZS TE 30" 12 293 11,923 288.6 RATED M 10 M R310 N285 A025 18 N171 N461 F614C EA008 24" 3 4 C C A B 13 105 23,847 288.6 P I F703C PCV F638B F619B EMERGENCY M E F708B STEM F230 ZT F619A F638A 14" HOTWELL STEM SEAL VENT 103.4 SEAL FT 20" G1-4 EA025 14 448 5,000 STARTUP (3500 MIN.) MAKE-UP 8 N232 24" L F569 N431 SS NC F637B C R 302-0103-00000 TE E/P 15 12 1,000 103.4 INTERMITTENT F542C 12" L2-4 C F543B F708A A019 9 C N150 L EL. 651'-9 '" F592 G-4 FC F568 1H51P1005 TR-R216 LY G1-4 L1-4 F639A 11 P870 F759C NC A018 B K486 B003A NC F639B 16 12 2,000 103.4 INTERMITTENT 1 8 E R PP P NC B003B F617B F618A J R155 PP 17 20 1,000 65 INTERMITTENT EA023 C 6 SS MCV B 12 R305 PP R E TE P M1 12 L1 TR-R216 F145 4 5 F829A TE A R310B F618B 18 20 2,000 65 INTERMITTENT A004 N160 C L EL. 630'-0" EA022 PP N295 G E 14 24 B 16" 16" 20" 24" F829B R165 B 30" G1-4 C A 24" PP 19 50 60 104.3 PP 20" F690B B002B NC NC TR-R216 20" P870 C R160 A024 R305 C 9 F541 F691B C F.A.I. B F689B B TE 302-0113-00000 F615B F551 A003 E R TI F545A F545B A026 C NC N295 I FI F704B MCV F170B F532B O F616B A5 EC007 P680 13 R315 F691A F546A f" F546B B A027 DESIGN DATA R033 ZS F-9 FT TR-R216 14" R N426 N171 L ZI TR-R216 P680 C L EL. 630'-0" E E L1 C R710 NORMAL UPSET P FI B CW R028 3 4 M P870 B001B EC008 16" VENT F0822 F0820 TE 15 L 1" 1" 1"
# REMARKS 1H51P1004 PSIG PSIG TIME A5 N310 L1-4 ZS O F0821 F0825 F703B P680 A-14 20" G1-4 F614B N146 L P870 f" 16" BY-PASS FOR CHEM CLEANING 1 25&V 135 25&V 135 F629 F630 TX 8 A C F787 302-0113-00000 302-0391-00000 10 30" L1-4 4" G1-4 f" R225 1" L1-4 H f" E 2 250 140 250 140 F-3 F542B 10" L2-4 F690A 20" G1-4 M1 TE NC P870 13 EA040 3 600 140 600 140 F759B N461 C C ZI 26" 30" PT C NC B TE 1H51P1366 G B-14 A015 SS R709 A-10 N334 1" 1*" 600 320 600 320 24" G1-4 F643 F577 4 N150 A016 R 302-0113-00000 E A017 302-0183-00000 18" 18" 18" 18" M A P680 1" 8 P 5 120 350 120 350 FE 6 F637A TR-R216 L1-4 EC005 A4 SAMPLE 1N36F519 PC N425 SS PP E/P 24 f" P870 AP-35 R025 1" 6 50 140 50 140 R165 F617A P PX D.C. HEATER F543A LY H M E B MCV ZT K702 R220 TX B004 1P61 17 TX 7 50 140 250 140 NOTE 4 CLOSE PP F145 N233 R230 CHICAGO HEATER DWG. D3536 EC006 PCV R230 SEE O R160 C L EL. 630'-0" A A F220 B NOTE 5 8 25 140 25 140 L A 808-0101-00000 R PP 302-0113-00000 C B002A TE R155 P870 5 NWL EL. 592'- *"
MCV N160 A E F554 F757 A4 F556 F802 F170A A 21 F633 F-12 TR-R216 FOSTER WHEELER F560 16 EA042 19 10" FEEDWATER F754 17
REFERENCES:
F532A DWG. #44-2228-4-500/600/700 CLOSE EXTN VALVE M 9 ON HH LEVEL 22 BOOSTER ZS 302-0083-00000 FEEDWATER N27 F781 20" PUMP TRIP LS LG LG I R N171A F615A F616A LS LS 808-0101-00000 302-0041-00000 LS N336 D330 D330 L2-4 L2-4 N335 302-0081-00000 A N339 H N337 LT 302-0102-00000 CONDENSATE TRANSFER AND STORAGE SYSTEM P11 EMERGENCY NORMAL 3 4 F704A L A B NC A-4, B-4, B-6 J-4 N338 6 6 22 21 A P680 1H51P1259 16 CHEMICAL CLEANING 23 21 302-0103-00000 CONDENSING SYSTEM N21 12" F689A F557 302-0141-00000 F634 F563 F636 302-0391-00000 C L EL. 630'-0" P680 F751 G-3 G2-4 G2-4 3 3 20" G1-4 J-9 19 17 302-0106-00000 CONDENSATE FILTRATION SYSTEM N23 J-7 8 F555 302-0081-00000 B001A FOSTER WHEELER FL. 580'-6" F756 F815 PLV PLV DWG. #44-2228-4-800/900/1000 302-0107-00000 CONDENSATE DEMINERALIZER SYSTEM N24 F703A F614A F010A F010B 16 15 HOT SURGE TANK E 30" G1-4 HH NC 302-0131-00000 CONDENSOR AIR REMOVAL SYSTEM N62 8" 6" F759A A NORMAL CAPACITY 83,000 GAL. NC N27 EA013 NC F542A 6" 4" P680 302-0141-00000 STEAM SEAL SYSTEM N33 E C R F561 E FC FC TE N27 P P TE 302-0183-00000 TURBINE PLANT SAMPLING SYSTEM P33 EA028 A7 N461 A014 16 N435 EA012 X A PP A E 302-0182-00000 TURBINE PLANT SAMPLING SYSTEM P33 TR-R216 N27 8" 6" G2-4 R165 L POV C EA004 E A N246 302-0391-00000 CHEMICAL CLEANING OF CONDENSATE AND FEEDWATER P680 N27 A/M E/P C R EC001 A028 F635 TR SYSTEM P81 1H51P1002 A/M LC E/P A013 4 SAMPLE-AP-36 R216 FEEDWATER BOOSTER LY PS PX 808-0101-00000 HOT SURGE TANK LOOP DIAGRAM LY G1-4 FC E R012 K011A N420 R095 302-0183-00000 P842 PUMP SUCTION K011B TR-R216 B A (302-0081-00000) (G-4) PFV R247 CONDENSER HOGGING EC002 F576 A-8 828E5250A FEEDWATER ELEMENTARY DIAGRAM P870 TE ZT TI F245 PUMP MAKE UP F562 N240 N248 P680 R235 f" SS 302-0151-00000 CONDENSATE SEAL P12 F666 F667 302-0131-00000 C-14 HOTWELL 9 8 MCV 6" F687 30" 4" 302-0152-00000 CONDENSATE SEAL P12 C DUMP 3 8 C-14 38 F250A 4 302-0083-00000 F527A 18" G1-4 H.P. CONDENSER F526A 808-0090-00000 CONDENSATE SYSTEM LOOP DIAGRAMS 12" G1-4 STEM F.P. SEAL INJ. HOTWELL P870 HOTWELL PUMPS SEAL C L.O. 10" G1-4 12" G1-4 ZS O B INTERLOCK 208-0143-00000 CONDENSATE ELEMENTARY DIAGRAM PERMISSIVE 14 302-0103-00000 L 208-0143-00000 A001 12" G1-4 N251 C f" 808-0090-00002 F699 P680 24" G1-4 F572 8*F0 F573 G-6 A C 302-0113-00000 LOW PRESSURE HEATER, DRAINS, AND VENT CONDENSER HOGGING EA026 D005 F526B P870 3" F785 30" G1-4 STEM SEAL PUMP MAKE UP M TX HOTWELL PUMP SS P680 f" FI D-4 302-0871-00000 CONTROL ROD DRIVE HYDRAULIC SYSTEM C11 L.O. R080 RUNNING PERMISSIVE L.O. PUMP 808-0090-00002 P680 302-0131-00000 808-0090-00002 SS f" R348 302-0103-00000 302-0221-00000 TRIP PERMISSIVE PUMP F574 f" P 302-0081-00000 FEEDWATER SYSTEM N27 28 PUMP PERMISSIVE A SS H-14 F684 1N62C002A TRIP F527B E-8 TRIP 7 7 A 7 P680 29 P680 302-0221-00000 302-0041-00000 EXTRACTION STEAM SYSTEM N36 302-0221-00000 16" A 30 P680 STEM SEAL PP I E-4 F522 5 R491 302-0126-00000 MAIN, REHEAT, EXTRACTION, AND MISC. DRAINS 24" E-6 TURB. TRIP PI P680 24" FT TO EXHAUST HOOD SPRAY SYSTEM N22 TURB. TRIP 3 8 TX F525A F539B STEAM PACKING N346 F539A F539C 302-0041-00000 TURB. TRIP E R085 PP R261B F664 EXHAUSTER 16" L1-4 302-0041-00000 30" R490 302-0221-00000 TURBINE BLDG. CLOSED COOLING SYSTEM P44 EA029 F665B B-3 302-0041-00000 TI B-3 P680 F516 F515 PI R375 F659 1H51P1000 FROM 302-0077-00000 HYDROGEN WATER CHEMISTRY SYSTEM P73 F681 CL. EL. 608'-5" H-12 F801 F680 B-3 F517 PI L1-4 G18-4 A7 A 2" F800 CONDENSATE I F521 302-0126-00000 NC 2500 HP R261A 2500 HP 2500 HP 302-0104-00000 CONDENSATE FILTRATION SYSTEM N23 SAM PLE F665A F685 TI NC DEMINERALIZER 1N33B001 12"-G1-4 F538A NC F538B F665C R261C O F538C E R445 30" SYSTEM 1750 RPM P680 1750 RPM PT 1750 RPM P680 L f" 1" f" 3 3 A AP-040 EA027 N260B 1H51P1001 3 C NOTES: SS 3 302-0107-00000 P870 MCV 1" 30" I 26" G1-4 F518 30" L1-4 F250 F660 NC 12" J-14 1. PIPING AND COMPONENTS MAY OR MAY NOT BE INSTALLED FOR F537A PI I 34 B F661 PT F537C NC THE TEMPORARY TEST OF FLOW NOZZLE N460 (COMMON TO F537B 3 C002B R262 F657 A3 F696 N260 PT F575 UNIT 1 & 2). B 1H51P1001 F529 F524 L1-4 1N64B002 FL. EL. 577'-6" A C002C N260C 2 P870 C002A ZS TYP. 3 PLACES PI 1H51 TI f" FE 2. ALL PANELS ARE PREFIXED 1H13- UNLESS OTHERWISE NOTED. 1H51P1001 P183 E F803C N251 F682 R262 PI M R360 N345 F715 1H51P1002 B F683 F803A A F803B PI E R262 1N62C002B TI 3. ALL DRAINS 1", VENTS 3/4" UNLESS OTHERWISE SPECIFIED. E EA034 2 F656 1H51P1001 R257 C R440 TE EA033 EA035 N64 4. DATA IN THE UPSET COLUMN ARE THE SYSTEM DESIGN B I 30" 30" F530 N450 1H51P1002 18" CONDITIONS 2 I 2 I PT PI TE 18"-L1-4 F536A F536C 32" PI N255B PI 32" N063 C L EL.609'
-6" PT PT F533 F525B 5. VALVE P61F0005 HAS BEEN REMOVED FROM THE SYSTEM 18"-L1-4 R256B 1" N255A F536B N255C AND REPLACED WITH A SPOOL PIECE AND BLANKS.
F534B F697 F534C F534A R256A R256C C f" P680 P680 OFF GAS L EL. 608'-4" THIS INSTRUMENT IS ABANDONED IN PLACE. TE R 1H51P183 P680 SAMPLE AP-32 CONDENSER 1H51P183 N455 PI 1H51P183 F658 PI TI C F788 3 TR-R216 C R257 12"-L1-4 TI TI L EL. 608'-5" TI N64 302-0182-00000 6. PROCESS DATA SHOWN IN THE OPERATING DATA TABLE ON THIS R257 R390 R375 SYSTEM DIAGRAM SHALL BE USED IN CONJUNCTION WITH THE 6 C R400 R445 B-4 A 6 MA012 6 B TI DESIGN BASIS INFORMATION AND SHALL BE USED WITH CAUTION. F535 1H51P183 B 4" 1H51P183 STEAM JET R004 IN GENERAL, THE OPERTING DATA (PRESSURES, TEMPERATURES, C AIR EJECTOR CONDENSERS TI AND FLOWS) PROVIDED ON THIS DRAWING, REPRESENTS THE MOST TT INGERSOLL-RAND 1N64P001 A011 R706 COMMON OPERATING CONDITION AND/OR SYSTEM MODE OF 18" R707 30" L1-4 E DWG. #E4-LES-1875-503XI OPERATION AND/OR LINEUP. TO DETERMINE THE REQUIRED VALUES f" F783 FOR A SPECIFIC OPERATING CONFIGURATION, THE APPROPRIATE 30" EC003 A3 DESIGN DOCUMENTS NEED TO BE REVIEWED. CONDENSATE BOOSTER PUMPS R
*" 7. OPERATING DATA IS TYPICALLY DERIVED FROM GE THERMAL KIT DESIGN CAPACITY 12,800 GPM, 620 FT. TD E 2 HEAT BALANCES. THE THERMAL KIT HEAT BALANCES ARE KEPT RUNOUT CAPACITY 15,000 GPM, 577 FT. TD BINGHAM WILLAMETTE EC004 IN DESIGN INPUT RECORD (DIR) 237. OPERATING DATA SHOWN IS F670 TR-R216 FOR RATED CONDITIONS APPLICABLE TO THE IMPLEMENTATION OF DWG. #FD-1422-0245/50 THE FOLLOWING PLANT CHANGES:
PCV PC a.) POWER UPRATE TO 105% OF THE ORIGINAL DESIGN TRACER F005 R025 (REF.: TAF 81794) AX INJ. b.) PARTIAL ARC ADMISSION (REF.: DCP 98-0050) R090 NOTE:PARTIAL ARC PARAMETER CHANGES (UP & DOWN) 35% HYDRAZINE ARE SHOWN ONLY IF THEY ARE GREATER THAN F711 SOLUTION FROM 1% OF THE POWER UPRATE VALUES. F775 CRD PUMP 55 GAL. DRUM c.) LOW PRESSURE TURBINE ROTOR REPLACEMENT F662 SUCTION F506 (REF.: ECP 04-0070) 4" L1-4 F710 1" 19 302-0871-00000 NC 1P82 FI FC H-14 F502 R015 2 7 302-0102-00000 1H51 B-7 P1251B 50" L1-4 1P82 LC X A/M E 2" R208 PUMP 1H51P1251C 1H51 D P680 PUMP TRIP NC EA011 TRIP PI P1251A F700 P870 A PI 1P82 1" A R265 1 P680 R265 1 PUMP TRIP PI H D001 SS C R265 A B P A P680 1 Y P/E A 1P82 1P82 I I I I COND. STORAGE P SS 36" L1-4 P680 TANK LEVEL f" F503 F504 P/E P/E LR 27 Y STEM SS LY LY LY LY STEM F508B Y STEM P/E 302-0102-00000 1" 2" P P680 F508C SEAL C K200 K202 SEAL 26 F508A K198 K199 SEAL R203 J-7 25 F819 F818 F509A P680 F509B I.P. CONDENSER P870 F509C 1H51 I P680 I 36" 1" LAYUP F732 F737 F736 F729 FALSE F727 P1251B 1H51P1251C PS PS CHEMICAL BOTTOM EL. 594'-3'" 1750 HP N265 N265 1750 HP F776 1180 RPM 1750 HP 1180 RPM B A F772A F605 F607 4 KV S D001C I S D001B 1180 RPM D001A 1P82 F772B F609 F611 4 KV S 1H51 F501 ( K-4) 302-0077-00000 PS f" 4 KV 198 P1251A F780 N265 F733 205 F779 f" C F510A (REV. 22 10/2021) F510B HW C SYSTEM F510C F778 H C-13 36"L1-4 LS PI 36"L1-4 A B-13 f" N195 302-0151-00000 R020 P680 302-0151-00000 A-13 PI 1P82F505 302-0151-00000 1H51 I I I I 2 R270 1P82 P680 2 1 P1251A A 24"L1-4 1 F512B 2 LS LT PERRY NUCLEAR POWER PLANT LT LT LT 24"L1-4 A 201 202 F512A 1 N196 199 N197 200 N198 N199 N201 203 B SAMPLE AP-30 NWL TX C L A F731 F773A R065 581'4*" F512C 24" 302-0182-00000 LG B D002B D210 D002C B-8 F511B D002A F520 NC 10 CENTER RD., PERRY, OHIO 44081 F692C F513B F578 F513C F511A F511C F513A f" f" FL. EL. FL. EL. FL. EL. PX F773B F692A F606 F608 F610 205 577'-6" 577'-6" 577'-6" R075 F612 198 F804 F805 C001C C001B C001A E NC NC F692B F777 1H51 I EA030 2" 1H51P1251C EL. 585'- P182 F507 CONDENSATE 302-0152-00000 I PI PT F679 F728 204 F723 C I PI R277 N275 30"L1-4 F730 32 F735 F734 32 F718 PT COND. SEAL R270 B PI A010 PT N275 A (F-14) C R270 F676 F806 A8 F677 F678 N275 B f" R L2-4 L1-4 C B 1H51 1H51 NO NO SYSTEM TE 1H51P182 P1251B P182 1 1H51P182 NO NC f" f" J-14 N290 30" 2 302-0104-00000 TR-R216 F693 F694 F695 TO CONDENSATE PI FILTRATION R277 C E E PI R277 A8 F514 E-15 302-0391-00000 SYSTEM FIGURE 10.1-4 (SHEET 1 OF 2) EA032 HOTWELL PUMPS A 1H51P182 EA031 DESIGN CAPACITY PI 1H51P182 1H51P182 (DWG. D-302-0101-00000) PI 12,800 GPM 12" CHEM CLEANING 400 FT. TDH PI R276B PS TX R276C INGERSOLL-RAND A A-8 R065 DWG. C R276A N280 3" P680 P680 L A 3APKD86X2C 302-0083-00000 P680 P680
,l ieffii i&iq'll ffii Flffi'4fimr
'--rT@l3q F F8*;
ry q ffi#dl m'llffiF,F 0 c o 4
,i-'Gfli J
E rigJ]-.ilr lliffi ltt o 4 o C HbY
#H s^lt?rl'rF
\) i i qEF i)t l ffi
d fFD sfr.LE "-'")- 'l il ----*
e't rl ffi
=i ;Hffi lt*t#
o" tl 3H1r A+ fr fl ffilltLffi itgef lf 8e d:'
# 'gH tt' ri {6
'l$lg -*ffi1isS-_it "6l- bnl*
'Y FL 13 l!
e$+ l'f E -J I ' )EE {r& b ut; t) iI 'FIFE ftrr0fi9 I le r*+ io<-J', i@l HH l* [-F] IFT t' dd+tq+ I I
- -j L D(Fl 5{
ffi+ ffil 6l l!
'll. ;
iF rl0, t"A E t I I' f$' rrl F
-f'll I.,is
-i;f;
\lA ,l ffiff l?l,)
t T tlruf; I Tl m $H$[$gH E n B I t u 5 1 !8 8ll siri ! 0 E t a{ iiitfi t D o ?= z s ! C.l T m
- im fr2. T t 3 I zt- n E8E a D Doo EI;i iliiii H?IE I m o-l m
- 'It I sL= UI ^z q) qc)
?F ! s EffiIglIEfii'! = lfrir i z E6l da
=m Eo o 9 r -.1D D !
g T az to -t ii+ ,"! T D
*sif,"ii: D ,
m I a Tn ! 3 riliiEli'E ;ilif; n;tt r 3 D F { s ( r -- rz- m ( . . r ] il"
?ro S g E ii E i D 8
tt rt F ( rmm -Kl D ^O EiiE" t = N A-J m N F
\=J lT l SN) g:D g N o S= 9g ffiffi1 u F z.
-{
- 2F a gd rO I 2 s= !
N T
- {S P=. E Ul,rl {
{;# Dg
? 4e i
F UI 3E *$ i IFg6M
*"1 'Eq
,fi
.$.--------.1F f@"
o
\i --@=,il ll,^
D; lrrd EH a
,a.B/rr/
lfaaEnil&TAilt( si gF o b F r! d Ei,. fir EIIIE I:ll;
- i' x T'I 5
Di l$ H8 F:. 6- @-de EEllq s \ rrF {ffi 3n s6ile ilt ri E FB fiJ
,{9 ,4 a
5 c dp i. F FaPr{.E tgtESrt i;IIIFFEE:I6 E I u u ! T @ s C' m u o I Tl n EEEEEin m..l!iliflif;' iiFiEi,E!:li st ql
! C]
; T I = T I m OC m o
d< UI n4 { n -r'r C) F t Et C) fn -; z t P Rz EEFII fr 't- zt- o - ; F= l J _ J D ? P qc) iiffi ! 9 E'A F -{ YN;C') Fg= D r
, :g -.t o
I ! 3 D m D c^"rL;9 ! 3 x Prn D r/r 5 t 'i ,") x o R,}'='- o m N;'Z.Z.
=a H"
?ro
*llliiilTlilill;ii N
R fi 2 m = ;o rv A: a, =
\ J [=T l S;
sul S,; gn
-\
s c l -rl o S 9a g z
TS P015 A 302-0106-00000 A N025 H L A-13 (LOCK OUT - BACKWASH) OPERATING DATA 1H51-P015 INTERNAL CABINET TEMP. CONDENSATE STORAGE TANK-LOW P015 302-0102-00000 A SEE NOTES 7, 8 1H51-P015 H FISHER ROSEMOUNT PROCESS J-7 302-0104-00000 302-0104-00000 CONTROL CABINET (LOCK OUT - BACKWASH) E-13 B-8 N23 TROUBLE P680 BACKWASH RECEIVING TANK-HIGH A (NOTE 9) 302-0736-00000 # PSIG GPM ^F REMARKS A-10 1 145-175 3,215 101.3 NORMAL C (11 PLACES) 1 3633 140 MAX. 175 (11 PLACES) D (11 PLACES) E B-3 C-3 C-3 DESIGN DATA D E NORMAL UPSET D E N061D FIELD BUS FIELD BUS # REMARKS C PSIG ^F PSIG ^F TIME FIELD BUS 1 250 250 140 SCV 105 F142 C P175C C SCV SCV SCV F397 F397 F397 D E C P175C P175D P175E ZS D P E C PCV F395D PCV PCV F130 F130 PoV PoV D PoV E N131 N131 C N131 D E E C D P DETAIL A P DETAIL A P FIELD DETAIL A FIELD P P BUS BUS P 4" 4"
REFERENCES:
4" 302-0104-00000 CONDENSATE FILTRATION SYSTEM N23 302-0106-00000 CONDENSATE FILTRATION SYSTEM N23 C D E F528C F528E F528D PCV FIELD C BUS F100D NOTES: D E
- 1. ALL PANELS & RACKS ARE PREFIXED 1H51, UNLESS 1N23D001C FIELD FIELD BUS 1N23D001D BUS PT 1N23D001E OTHERWISE SPECIFIED.
- 2. DELETED C D E
- 3. DELETED
- 4. DELETED SCV SCV SCV F102 F102 F102 D 5. ALL FILTERS STAND ON FLOOR EL. 568-6" (REF.).
C E P175D P175E P175C
- 6. ALL EXTERNAL PIPING EXCEPT SAMPLE TUBING IS CARBON STEEL.
- 7. PROCESS DATA SHOWN IN THE OPERATING DATA TABLE ON THIS SYSTEM DIAGRAM SHALL BE USED IN CONJUNCTION WITH THE DESIGN BASIS INFORMATION AND SHALL BE USED WITH CAUTION.
IN GENERAL, THE OPERATING DATA (PRESSURES, TEMPERATURES, AND FLOWS) PROVIDED ON THIS DRAWING, REPRESENTS THE MOST COMMON OPERATING CONDITION, AND/OR SYSTEM MODE OF F534E OPERATION AND/OR LINEUP. TO DETERMINE THE REQUIRED VALUES FOR A SPECIFIC OPERATING CONFIGURATION, THE APPROPRIATE DESIGN DOCUMENTS NEED TO BE REVIEWED.
- 8. OPERATING DATA IS TYPICALLY DERIVED FROM GE THERMAL KIT HEAT BALANCES. THE THERMAL KIT HEAT BALANCES ARE KEPT IN DESIGN INPUT RECORD (DIR) 237. OPERATING DATA SHOWN IS FOR RATED CONDITIONS APPLICABLE TO THE IMPLEMENTATION OF THE FOLLOWING PLANT CHANGES:
a.) POWER UPRATE TO 105% OF THE ORIGINAL DESIGN (REF.: TAF 81794) C D E b.) PARTIAL ARC ADMISSION (REF.: DCP 98-0050) NOTE: PARTIAL ARC PARAMETER CHANGES (UP & DOWN) SCV SCV SCV ARE SHOWN ONLY IF THEY ARE GREATER THAN F392 F392 F392 1% OF THE POWER UPRATE VALUES. C D E P175D P175E c.) LOW PRESSURE TURBINE ROTOR REPLACEMENT (REF.: ECP 04-0070). BLANK BLANK BLANK FLANGE FLANGE FLANGE 9. THE CONTROL AND MONITORING OF EACH FILTER UNIT IS COMPLETED D0008 D0009 D0010 WITHIN THE FISHER ROSEMOUNT CONTROL PROCESSOR. ALL OPERATOR INPUT / OUTPUT INTERFACING IS CONDUCTED THROUGH A MONITOR AND KEYBOARD AT THE 1H51P015 PANEL.
- 10. FXXX_ - VALVE IDENTIFICATION NUMBER ("_" REPRESENTING LETTER DESIGNATION).
C D E SCV SCV ZS C F072 F072 N376 D E SCV C F072 P175D P175E C P175C PoV PoV PoV N151 C D E N151 P N151 C D E FIELD BUS FIELD BUS FIELD BUS DETAIL B DETAIL B DETAIL B PCV D E F070E PCV F375 C (Rev. 18 10/13) ABANDONED IN PLACE UNREGULATED AIR SUPPLY PERRY NUCLEAR POWER PLANT SENSING F153_ 10 CENTER RD., PERRY, OHIO 44081 INPUT SENSING OPEN CLOSE OPEN CLOSE INPUT D PORT PORT PORT PORT F132_ A P F130_ P F150_ E CONDENSATE FILTRATION SYSTEM REGULATED REGULATED SENSING B EXHAUST AIR P N131_ AIR P N151_ INPUT SUPPLY SUPPLY SENSING F152_ INPUT F134_ PLUG S F133_ FIGURE 10.1-5 (SHEET 2 OF 3) FIELD VMn FIELD BUS BUS N135_ (DWG. D-302-0105-00000) DETAIL A DETAIL B NOTE: SUFFIX " " CORRELATES TO THE APPROPRIATE NOTE: SUFFIX " " CORRELATES TO THE APPROPRIATE ALPHA DESIGNATION OF EACH FILTER. ALPHA DESIGNATION OF EACH FILTER.
(11 PLACES) OPERATING DATA (11 PLACES) G SEE NOTES 8, 9 F
# PSIG GPM ^F REMARKS 302-0105-00000 H 1 145-175 3,215 101.3 NORMAL A-12 (11 PLACES)
ABANDONED 1 250 3633 140 MAX. IN PLACE 2 30 479 105 INTERMITTENT (4.4 MIN.) D-2 DESIGN DATA NORMAL UPSET
# REMARKS G
PSIG ^F PSIG ^F TIME FIELD BUS G H 1 250 105 250 140 F F P175H FIELD FIELD H FIELD BUS BUS BUS SCV SCV SCV F397 F397 F397 H F G P175F P175H 1" P175G SEE DETAIL "A" H H F DWG. 302-0105-00000 SEE DETAIL A G FIELD DWG. 302-0105-00000 BUS SEE DETAIL A DWG. 302-0105-00000 PoV PCV PCV FIELD N131 PCV F130 F130 BUS H G PoV FIELD F130 H N131 BUS F PoV G G N131 F P P P F P175F P P P
REFERENCES:
P175F CONDENSATE TRANSFER AND STORAGE 302-0102-00000 SYSTEM P11 4" 4" 302-0104-00000 CONDENSATE FILTRATION SYSTEM N23 4" 302-0105-00000 CONDENSATE FILTRATION SYSTEM N23 302-0241-00000 SERVICE AND INSTRUMENT AIR SUPPLY P51 & P52 F H 302-0736-00000 LRW - TANKS AND PUMPS FOR G BACKWASH SLURRY G50 F528G F528H 302-0771-00000 NUCLEAR SAMPLING SAMPLE P34 F528F ZS N101 H F F G FIELD FIELD BUS FIELD BUS BUS H G F SCV SCV SCV F102 F102 F102 G H NOTES: F P175G P175F P175H
- 1. ALL PANELS & RACKS ARE PREFIXED 1H51, UNLESS OTHERWISE SPECIFIED.
- 2. DELETED
- 3. DELETED
- 4. DELETED
- 5. ALL FILTERS STAND ON FLOOR EL. 568-6" (REF.).
- 6. ALL EXTERNAL PIPING EXCEPT SAMPLE TUBING IS CARBON STEEL.
- 7. DELETED
- 8. PROCESS DATA SHOWN IN THE OPERATING DATA TABLE ON THIS SYSTEM DIAGRAM SHALL BE USED IN G CONJUNCTION WITH THE DESIGN BASIS INFORMATION F AND SHALL BE USED WITH CAUTION. IN GENERAL, THE H
OPERATING DATA (PRESSURES, TEMPERATURES, AND FLOWS) SCV SCV F392 PROVIDED ON THIS DRAWING, REPRESENTS THE MOST F392 G COMMON OPERATING CONDITION, AND/OR SYSTEM MODE SCV F P175F P175G OF OPERATION AND/OR LINEUP. TO DETERMINE THE F392 H REQUIRED VALUES FOR A SPECIFIC OPERATING BLANK FLANGE CONFIGURATION, THE APPROPRIATE DESIGN DOCUMENTS BLANK P175H D0013 NEED TO BE REVIEWED. FLANGE D0012
- 9. OPERATING DATA IS TYPICALLY DERIVED FROM GE THERMAL KIT HEAT BALANCES. THE THERMAL KIT HEAT BALANCES ARE KEPT IN DESIGN INPUT RECORD (DIR) 237.
OPERATING DATA SHOWN IS FOR RATED CONDITIONS APPLICABLE TO THE IMPLEMENTATION OF THE FOLLOWING PLANT CHANGES: G F a.) POWER UPRATE TO 105% OF THE ORIGINAL DESIGN SCV FLUSH F (REF.: TAF 81794) F072 H WATER F H b.) PARTIAL ARC ADMISSION (REF.: DCP 98-0050) SCV P175F SEE DETAIL "B" G SEE DETAIL B F072 NOTE: PARTIAL ARC PARAMETER CHANGES (UP & DOWN) P175F DWG. 302-0105-00000 SCV DWG. 302-0105-00000 H H ARE SHOWN ONLY IF THEY ARE GREATER THAN SEE DETAIL "B" F072 1% OF THE POWER UPRATE VALUES. ZS ZS DWG. 302-0105-00000 G P175H FIELD N376 N376 ZS BUS c.) LOW PRESSURE TURBINE ROTOR REPLACEMENT G P175G H N376 (REF.: ECP 04-0070) PoV PoV F PoV N151 F N151 G N151 F G FIELD BUS H FIELD BUS PCV PCV PCV F150 F375 F375 H G H PCV F375 F H-3 (Rev. 18 10/13) H-3 PERRY NUCLEAR POWER PLANT 10 CENTER RD., PERRY, OHIO 44081 CONDENSATE FILTRATION SYSTEM ABANDONED FIGURE 10.1-5 (SHEET 3 OF 3) IN PLACE (DWG. D-302-0106-00000)
Ar )cr*-1 g E e a st O ' lol [v 9rs
=o:" I U:*
E Hi;
!9*
4Flhffiu
,z U- l t" 'EsR F
o iEf;
'[iE z
t\) s I Cf S s s@-?-@ tditg
*isEl rl r
o o t frl I t, o,
'!4, r- F 6l *H*
{i: z tv ffr i s I l\SYf.Tl *E+ E g It O li,ln s c-)
-*f,ffi
'i :F 1l P
Tl m E a t n 3 gg r i : {R I I ! 6 T igli H egiP HHH4 fe -ur
,t u UI o
c]CO a{ F 5if,* 6B i *lE rJ ; { n I f'D
;f;E iiiili' --i I
c) 3 c)ms Rz zt- T EEIEE' i;El E!EE
-.ag I 9 D e E*1 8-d e:F T:
2
! I o-o n m t-t l. m
!iEi a o m
a
!I tI n n T !:; E D F itgg ; f;iE EEI I YNmC-) +c) frFB** 6 A g=
r.rL-nO ;-Pp ;51 z A E= NIJ.2Z Prn rrll1 HiliEr: F:E HF:g
; d ;f;FE fE; IE flr ct iii"oF i.
.o ?!;!; -{ llo Lo N-\ l- O t
," )>
iE;*Ef ' f O) Ef,q m D m 3 J t f l 3fr -.N- $$ii! m t D 3 x =(/lm7^ StEr! 3tg 8 E; t;: iiEi D tn N=nil H-2n S t2 iE; x at _{ llrlA
;o r\) ::i; llill*
;i Ec1l 6sziiIi N I N-l \=J [=T l lfi s-r gn u NOl-rl o Srt 9a s
z.
OPERATING DATA SEE NOTE 1
# PSIG GPM ^F REMARKS 2 175 0/4,500 101.3 B-11 B-8 B-5
-185 -185 -185 -185 -185 -185 B-10 B-6 B-3 DESIGN DATA F-6 NORMAL UPSET
-107 # REMARKS
-" G18-4 PSIG ^F PSIG ^F TIME
-" G18-4 -" G18-4 1 250 105 250 140 P013 P013 PY PY PY K160 K160 K160 D E F P013 A 2"
- B 2"
-" G18-4
-" G18-4 -" G18-4
REFERENCES:
302-0107-00000 CONDENSATE DEMINERALIZER SYSTEM N24 302-0109-00000 CONDENSATE DEMINERALIZER SYSTEM N24 302-0185-00000 TURBINE PLANT SAMPLING SYSTEM P33 P013 P013 A A A NOTES: H L B 1. PROCESS DATA SHOWN IN THE OPERATING DATA TABLE ON THIS SYSTEM DIAGRAM SHALL BE USED IN CONJUNCTION WITH THE FI DESIGN BASIS INFORMATION AND SHALL BE USED WITH CAUTION. F-6 R729 IN GENERAL, THE OPERATING DATA (PRESSURES, TEMPERATURES,
-107 L P013 AND FLOWS) PROVIDED ON THIS DRAWING, REPRESENTS THE MOST A
P013 H COMMON OPERATING CONDITION, AND/OR SYSTEM MODE OF A C C OPERATION AND/OR LINEUP. TO DETERMINE THE REQUIRED VALUES P013 FOR A SPECIFIC OPERATING CONFIGURATION, THE APPROPRIATE P013 P013 P013 DESIGN DOCUMENTS NEED TO BE REVIEWED. PY PY PY K161 2. OPERATING DATA IS TYPICALLY DERIVED FROM GE THERMAL KIT K161 K161 F HEAT BALANCES. THE THERMAL KIT HEAT BALANCES ARE KEPT IN D E H51- H51- DESIGN INPUT RECORD (DIR) 237. OPERATING DATA SHOWN IS FOR H51- 6" P1303 P1304 RATED CONDITIONS APPLICABLE TO THE INPLEMENTATION OF THE P1302 FOLLOWING PLANT CHANGES: a.) LOW PRESSURE TURBINE ROTOR REPLACEMENT (REF.: ECP 04-0070) (Rev. 18 10/13) PERRY NUCLEAR POWER PLANT 10 CENTER RD., PERRY, OHIO 44081 CONDENSATE DEMINERALIZER SYSTEM FIGURE 10.1-6 (SHEET 2 OF 4) (DWG. D-302-0108-00000)
IF lz l< IJ lo-Icr,
,IJ n\fl i[rJ .AH IE wro lo nr arf E fi; ilor lo. _Juo
(*t O (U iuuli, t< -".i ri IE ;()1 lY.(c\ lIilir Fl fiuJo luJ lJ i. LN el lu E\oa
,tl 6
lf z n
.tn OJ .r) c) 3 JJ illifri u d
}{;{
rn u U,, dl / L UJ t\ vt X 'rl nll!!!l ffi
!r1 O
-()=,
t, h frtttr v f, H.3rlr{lidt' n d 4 e It Zs rl
#lTry t\
j
@_r a ,@
w h g $
!F frp,@t ,
-{
- x. (J t
ll,frI @. I e 6 F {F d hh8 e u Z trl I u l! ol I vt Frr e lJ-J ribl iY, f
!I g rg o
z qg' t J I li:i a '!t
@Fg r-- {a )g{
6J l;1 rtr l') H
$g Irl
{!'6n I 0 d tr II tltY UJr. tlfrBt.lqd fi o N fl [, e vfI
.---iPr I
r Uil 1' ffir { grj: F 6 3 a t3 q- [{ EEIO' H it d s ut f t.-,
"l tol teF tl I
ifu ES EI t\ o gtrt II
'$ s {s- ,i,,
eT iE'filtrt
'no I m-r iI gu 6.
ffi"toJ
-i f;i$
Lo9 ls ;oL
>J gO 24 th I
o Y1 rt td .F tQn
$to N'i ff' c
!{ ",2
,7 t cu, t .z -
tU r$ rilt Lr z ,-"\*- t :- .rrSl a t t"@
*-tr
,P s f-l l.-S rT* d 7
fii
- r
't '.i t c9 2P /aL s9 7
U 8rs o?5 R i: il tii's $$
@t:[
'i"l {,
F tlii\ 8tE i{ dT r-T"i R.9r ll $* tflII TI I I l^l' 116 E
- r J'
t
uFEle
- Lrr I L-_tTJ--l i[?-j-?f'l*
i i----i-=- l---l Ei"n
,6*@ng$ ^'-,@3L[E s 5i #*;6.
F o "d FI z E a t tn 2 o r o t Fr, 2 z 5l o c 'i t I
,i f" 9
I i ,HfrPHffi t n
)i Ir Rfl i-f ft d.t L--]-J o l l(
$ tq' I r^ ln3
_1 liPfI D E$* fnE q
!d'
* $*I q""lTi$
E $ ; a
\ la lfr qf;r s S tl iDl o' if
.t@
-FF'
/-;'F-1ia l gl_
ffi! ,L
-Ts FO D
qE 1l -E T] m n 5 T -e =CO H H Hfi r ' a{ DD0o6 ?e R
$ii* c f\
= rrl Rz. o v' zt- n EsEs;FiEE 6 3
=^ m ;EE;! t 'q1 cr qc) B a
D ? F ,'.tsTO s ;i.i* liil o iR H.;P3 ,39 : 3 tieiE T
- sls
$4Ez 2n F I;l:EE'ig f; SH)J3 ;o : & -j 2 m = N *EI IEi
\J[Tl s zi fi E Ff SAg gn g gli Sm s=3 9j 9s A F z.
\;;i-s:-::-:
.@?
AD=- P;^P 3oijl Lri ro
- -- j il-4 i i-jtE$sF
'o$ Pu..P 516r{3retP
"*^ffit"="--
+XltrF :tlma ffi,*'
F=;--- I fl
\1lf itsl) \ ll iE 7 ry r rt-^ \ I O r - l -
A: s2 \d tij- rut* i'if<t; o- ?{ 4,, i
@ l 9Pf;:- I
-AoUI il I I t{rER-ac(io@eN - i r
9o {o r; N=
.r6i 1a1
-til;s
'v7 xi'
-llillliPT-#+ L - - + -t- ' rcr. FLl.tF START Cr6 a- - J (s{ FlJtlP S1bPCIt rr?tH -
-l 'oH - l PUHPS'toFoaEtRlF fl Br- \ - - - --------l v\
//'lfuitl"-=
- <-T
- !nr o_
nDP P ot ry*-# o;; m D z a OI
= D m
ti I >7 Lq
-.t i an; p:
io d* r, ffih'ffil ffik#ffilHh***l 6 ori'oo 9 3 iFR{ :r i E E A 8" Es E E g 5lI i*,fTt*"li' E iil[,#; tl 6
)l(
o m
* (t-
,* z 5 O T H D m m 3
n 5 E = F
- D ? r d-<
Rz. zt* i iiiii$iii!iliiiEilitiii;'lfiiiiii rrt sP s Prn _v> n fit t=) 2ro
;o N
= N L /=m LI tn 9a z.
OPERATING DATA (RATED) SEE NOTES 10, 11
# PSIA LB/HR °F REMARKS 1 191 421,716 378 2 552 178,050 477 3 966 159,496 540 4 344 1,143,886 382 5 185 1,526,419 339 6 185 1,526,419 339 7 552 17,805 477 8 362 15,950 435 9 529 15,453 474 LY K622 A
LT LT LT LT LS LY LB N144A N143A N222A N223A N226A K224A N225A 1N25A003A PLV G-5 LC F160A R141A PLV PLV LC LC F170A F240A R220A R221A ZS SLV N161A F242A G4-4 ZS FO,NC F522A N171A PCV F380A G4-4 G1-4 ZS N381A SEE NOTE 12 FC FO, H-8 NC F743A SEE NOTE 12
-012 F526A f H-11 SEE NOTE TRACER SEE NOTE 12 SAMPLE H-4 12 SEE NOTE 12
-012 H-11 DESIGN DATA NORMAL UPSET
# REMARKS PSIG °F PSIG °F TIME EA021 1 1250 575 NA NA NA LC R260A 2 600 492 NA NA NA 3 400 450 NA NA NA ZS 16"
-G1-4 F562A TE N281A 4 200 385 NA NA NA NC N403 A-12 F582A P870 STEM NA NA NA
-183 5 120 350 SEAL 6 50 380 NA NA NA AX 7 550 500 NA NA NA R285A LC SEE NOTE 13 F538A R261A 3 6 NOTE 13 ZS NOTES:
SEE N391A
- 1. VENT ORIFICES ON HEATER 5 AND 6 ARE INTERNAL.
- 2. FEEDWATER HEATERS SHOWN ON FOSTER-WHEELER DRAWINGS.
- 3. DC HEATER SHOWN ON CHICAGO HEATER DWG. D-3536.
F549A SCV 4. MANUAL HEATER DRAINS ARE PIPED TO CONDENSER. F102A NC F548A 5. ALL PANEL AND RACKS ARE PREFIXED 1H13, UNLESS OTHERWISE NOTED. F547A S NE *" PCV 6. SIGNAL PROVIDED BY EHC TO INHIBIT VALVES OPENING DURING PREWARMING OPERATION. F390A 1'"
- 7. ONE CONTROL SWITCH IS PROVIDED FOR ALL (4) MSR REHEATER STEAM FEED AND ASSOCIATED 1" DRAIN SYSTEMS. THIS CONTROL FUNCTIONS TO PREVENT LOSS OF BLANKETING STEAM WHEN SS STEAM BLANKETING IS BEING APPLIED.
SEE 57 P870 S-13 S-11 S-11 S-10 ZS 8. LOCAL PANELS AND RACKS P180, P1019, P1022, P1159, P1160, P1163, P1190, P1101, P277A NOTE 13 AND P1026, CARRY PREFIX 1H51. N101A S-4
- 9. FOR STEM SEALING DETAILS, SEE DWG. 302-0151-00000.
- 10. PROCESS DATA SHOWN IN THE OPERATING DATA TABLE ON THIS SYSTEM DIAGRAM SHALL BE USED IN CONJUNCTION WITH THE DESIGN BASIS INFORMATION AND SHALL BE USED WITH CAUTION.
S-2 IN GENERAL, THE OPERATING DATA (PRESSURES, TEMPERATURES, AND FLOWS) PROVIDED ON THIS DRAWING, REPRESENTS THE MOST COMMON OPERATING CONDITION, AND/OR SYSTEM MODE OF OPERATION AND/OR LINEUP. TO DETERMINE THE REQUIRED VALUES LC FOR A SPECIFIC OPERATING CONFIGURATION, THE APPROPRIATE R301A DESIGN DOCUMENTS NEED TO BE REVIEWED. 16" F552A
- 11. OPERATING DATA IS TYPICALLY DERIVED FROM GE THERMAL KIT HEAT BALANCES. THE THERMAL KIT HEAT BALANCES ARE KEPT IN DESIGN INPUT RECORD (DIR) 237. OPERATING DATA SHOWN IS LY FOR RATED CONDITIONS APPLICABLE TO THE IMPLEMENTATION OF K636A THE FOLLOWING PLANT CHANGES:
a.) POWER UPRATE TO 105% OF THE ORIGINAL DESIGN (REF.: TAF 81794). SEE NOTE 13 b.) PARTIAL ARC ADMISSION (REF.: DCP 98-0050) NOTE: PARTIAL ARC PARAMETER CHANGES (UP & DOWN) H-12 ARE SHOWN ONLY IF THEY ARE GREATER THAN 1% OF THE POWER UPRATE VALUES. A-13 F571A A-13 c.) LOW PRESSURE TURBINE ROTOR REPLACEMENT (REF.: ECP 04-0070).
-183
- 12. REDUCER IS MADE OF ASTM A234 WP11 CHROME-MOLY MATERIAL WHICH IS COMPARABLE TO ASTM A234 WP22. REFERENCE ECP 13-0591-001.
- 13. INLET REDUCER IS MADE OF ASTM A234 WPB & OUTLET REDUCER IS SEE NOTE 13 F573A MADE OF ASTM A234 WP11, BOTH OF WHICH ARE CHROME-MOLY MATERIAL NC COMPARABLE TO ASTM A234 WP22. REFERENCE ECP 13-0591-001.
MATCH LINE (REV. 21 10/2019) DWG. 302-0112-00000 (J-6)
REFERENCES:
302-0012-00000 302-0041-00000 REHEAT STEAM SYSTEM N11 EXTRACTION STEAM SYSTEM N36 PERRY NUCLEAR POWER PLANT 302-0112-00000 HIGH PRESSURE HEATER DRAINS AND VENTS "B" SYSTEM N25 10 CENTER RD., PERRY, OHIO 44081 302-0113-00000 LOW PRESSURE HEATER DRAINS AND VENTS SYSTEM N26 302-0114-00000 HIGH PRESSURE HEATER DRAINS AND VENTS "A" SYSTEM N25 302-0122-00000 MAIN, REHEAT, EXTRACTION, AND MISCELLANEOUS DRAINS SYSTEM N22 302-0183-00000 TURBINE PLANT SAMPLING SYSTEM P33 HIGH PRESSURE HEATER 802-0009-00000 REACTOR - TURBINE GENERATOR TRIP DIAGRAM 302-0151-00000 CONDENSATE SEAL SYSTEM P12 DRAINS AND VENTS 302-0014-00000 REHEATER HEATING STEAM SYSTEM N11 302-0115-00000 302-0082-00000 HIGH PRESSURE HEATER DRAINS AND VENTS "B" SYSTEM N25 FEEDWATER SYSTEM N27 FIGURE 10.1-8 (SHEET 1 OF 4) (DWG. D-302-0111-00000)
OPERATING DATA (RATED) SEE NOTES 8, 9
# PSIA LB/HR °F REMARKS 1 191 421,716 378 2 552 178,050 477 3 966 159,496 540 4 344 1,143,886 382 5 185 1,526,419 339 6 185 1,526,419 339 7 552 17,805 477 8 363 15,950 435 9 529 15,453 474 DESIGN DATA NORMAL UPSET
# REMARKS PSIG °F PSIG °F TIME 1 1250 575 NA NA NA 2 600 492 NA NA NA 3 400 450 NA NA NA 4 200 385 NA NA NA 7
5 120 350 NA NA NA 6 50 380 NA NA NA 7 550 500 NA NA NA C C BC012 BC011 F527B EHC (302-0111-00000, NOTE 6) LB LY LS LT LT LT LT LS LY LB N225B K224B N226B N223B N222B N143B N144B N145B K142B N148B LC LC R221B R220B LC R141B PLV SLV F240B F242B SEE 12"-G4-4 FO,NC NOTE F523B 10 (302-0111-00000, NOTE 7) G1-4 G4-4 NOTES:
- 1. VENT ORIFICES ON HEATERS 5 AND 6 ARE INTERNAL.
12"-G1-4
- 2. FEEDWATER HEATERS SHOWN ON FOSTER-WHEELER DRAWINGS.
SEE SEE F741B 3. DC HEATER SHOWN ON CHICAGO HEATER DWG. D-3536. SEE NOTE NOTE 10 10 SEE NOTE G4-4 4. MANUAL HEATER DRAINS ARE PIPED TO CONDENSER. NOTE G1-4 10 10 G1-4 G4-4 5. ALL PANEL AND RACKS ARE PREFIXED 1H13, UNLESS OTHERWISE NOTED.
- 6. LOCAL PANELS AND RACKS P1164, P1157, P1158, P1180, P179 P1019, P1022, P277B AND P1026 CARRY PREFIX 1H51.
- 7. FOR STEM SEALING DETAILS, SEE DWG. 302-0151-00000.
- 8. PROCESS DATA SHOWN IN THE OPERATING DATA TABLE ON THIS SYSTEM DIAGRAM SHALL BE USED IN CONJUNCTION WITH THE DESIGN BASIS INFORMATION AND SHALL BE USED WITH CAUTION.
IN GENERAL, THE OPERATING DATA (PRESSURES, TEMPERATURES, AND FLOWS) PROVIDED ON THIS DRAWING, REPRESENTS THE MOST COMMON OPERATING CONDITION, AND/OR SYSTEM MODE OF OPERATION AND/OR LINEUP. TO DETERMINE THE REQUIRED VALUES SCV FOR A SPECIFIC OPERATING CONFIGURATION, THE APPROPRIATE F192B PCV DESIGN DOCUMENTS NEED TO BE REVIEWED. F190B
- 9. OPERATING DATA IS TYPICALLY DERIVED FROM GE THERMAL KIT STEM HEAT BALANCES. THE THERMAL KIT HEAT BALANCES ARE KEPT SEAL -183 IN DESIGN INPUT RECORD (DIR) 237. OPERATING DATA SHOWN IS SS FOR RATED CONDITIONS APPLICABLE TO THE IMPLEMENTATION OF A-10 53 THE FOLLOWING PLANT CHANGES:
LC a.) POWER UPRATE TO 105% OF THE ORIGINAL DESIGN SEE R261B (REF.: TAF 81794). NOTE 11 b.) PARTIAL ARC ADMISSION (REF.: DCP 98-0050) G4-4 G1-4 G1-4 NOTE: PARTIAL ARC PARAMETER CHANGES (UP & DOWN) ARE SHOWN ONLY IF THEY ARE GREATER THAN 1% OF THE POWER UPRATE VALUES. G4-4 c.) LOW PRESSURE TURBINE ROTOR REPLACEMENT (REF.: ECP 04-0070). 3 4 10. REDUCER IS MADE OF ASTM A234 WP11 CHROME-MOLY F579B MATERIAL WHICH IS COMPARABLE TO ASTM A234 WP22 SEE NOTE REFERENCE ECP 13-0591-001. 10
- 11. INLET REDUCER IS MADE OF ASTM A234 WPB & OUTLET REDUCER IS MADE OF ASTM A234 WP11, BOTH OF WHICH ARE CHROME-MOLY MATERIAL COMPARABLE TO TX ASTM A234 WP22, REFERENCE ECP 13-0591-001.
R050B
REFERENCES:
302-0012-00000 REHEAT STEAM SYSTEM N11 302-0111-00000 HIGH PRESSURE HEATER DRAINS AND VENTS "A" SYSTEM N25 SS 302-0115-00000 HIGH PRESSURE HEATER DRAINS AND VENTS "B" SYSTEM N25 F565B 63 NC 302-0141-00000 STEAM SEAL SYSTEM N33 F569B P870 302-0182-00000 TURBINE PLANT SAMPLING SYSTEM P33 302-0183-00000 TURBINE PLANT SAMPLING SYSTEM P33 BC031 STEM 802-0009-00000 REACTOR - TURBINE GENERATOR TRIP DIAGRAM G1-4 STEM SEAL 302-0151-00000 CONDENSATE SEAL SYSTEM P12 SEAL 302-0081-00000 FEEDWATER SYSTEM N27 F559B 302-0041-00000 EXTRACTION STEAM SYSTEM N36 G4-4 (REV. 20 10/2017) FO, NC G4-4 G1-4 SEE NOTE 10 SEE NOTE 10 PERRY NUCLEAR POWER PLANT F573B 10 CENTER RD., PERRY, OHIO 44081 NC HIGH PRESSURE HEATER SEE NOTE 11 G1-4 G4-4 MATCH LINE DRAINS AND VENTS A-11 DWG. 302-0111-00000
-183 (J-13)
FIGURE 10.1-8 (SHEET 2 OF 4) (DWG. D-302-0112-00000)
.rF I
P !P I P {f; I ERo H=lF sl b /' nQ3
-t- JHfnfjl o I irJ{n I @rn{-{
Qbruc g'JP, n 0 FI Ffrg' ro ul
-t **
q N- q. D a 1lfi,fr
""ri'en
$ I 7/0 rF scl{.c'6 30aL ssT ?t[
I,l h
@$t ,--_tF i
--L--*-f tr,
---l F I-*-
o, s\ 9zh t IED -r80/ l Y--_"'rY II d !A, tfii EID ,' {r{t} t
? Y__--iYi N
I
@ l r-t*
F
@*h I
6 E O l-i'= 5 tt
+f\
il o T n 5 +' 6
) t#
f M F 6 i$i n 1tl
, i
-.ffit tu1 F$ fll
'T t" U:
I iF I lllt l+- -ffi r-b I o I I -t $g a :-* PFP----:6g
+ ,@ ,'i r6 t ,-#*
rt
,w__,,' d 9
I z#
'Anl n "IJE I
I F_ l;\ I I t - l I $M -t E I q"l fn 4 I D di i$
\pr q
@ U
-r,f
? *e 0.
t -r' q F u7(lrt fr aix rpG--- I I I o o E a$ dg F
-Tl m T S:E es 6 1 iHe (
J =T a{ $d;r r z o = y' Tno? J- Rz srturfr n zt- n F D ' z o63T 3 B8F sP a cP; o o
'13
,',Lz.T I EEF 2 q t T Trn (t o e e o 6 o n z s !
$f,: $ u u o u o a u o u HS.,U lvlu) ," )>
EEHEg*El;,;,;illli h;f, u gI 6 J u T D J o L t cf l, o l ^ - $ I Io u { u r m u ! 6 { qt z o
.p o a q
S+'o; fi- S F8;
--tE
- I 3 3 D 3 zD 33 e b
u { ? D ts lll 2T ir= - 6 u I o o T -{ rl O Y ?? 5H z z m u ! D D rl { o
;o N hs4 R 3 3 3 3 C m a
l n 2 F c')
= S { C) z z IC]
\JJTl gFg : il 3 7 D D 6 3 z 3
$ -,2 # r ilD S /\ -l > H r\^/ a -r gn CN F;Eillililiiii;rEll $ii H d O r-l
;D 9,pF >
Nlm od -l D a 9a E{E m :D si T E 3 D m D -{
= I
$* iT; D x m T a E
*il*liiiiilliiil 'a d I6 x o
5 z E; H EnrE FT i:q; sq
- .ri I
;iF
t9 eh rfQ a F F D4H9 6 tf I o
@rm ]-JTE 6, @$ @)$
?P f H#
l.?-
/-1",..
F@ i$tr -l n B 3\ . r - - \\\r,r l\--- qt fE 7i r OE
.o Irr G f-.!
ii@
+* ib l---\l r ----)4.
z4 Eg qE I *.. trl p
-o t
$ A"iP #Fj
'i' lEJz lfl h,
ifr l$:
="3'r' @
E rl 6, ff,. o n (, f, e q pri\ \ F @ o I f z o
tf#
fr rl o ,c 0 r -' ts ti ll le f,r ilv n li. e+ 9t t.fr
'r{ 5g t7 rF il -r rr#H QA z Ff o
I r I I
--.1 I t I
,-J I
tt a { t{ ._J b roF r-a b I
$e I
- o I U' x6 L o
o l6\ Hfi ,o D
!e/
5l}r rros 304L SST 6 o a FfeaP Hl!F-
'F$lr' r gftI o=i JA f.)
d --Lr. 3i I P I T Tl m ro n r 5 n o
.o J- c-
=n a{ b e tr ;I Rz. zt-
+e al E q
u e q I o stf; o I Io e \t tn uSlT qc) fi F$$$$FH 6 tiz $o ss o I (t D o ,'.Lz.n f!, B ! 1t 9t, <!o q P - t6 s 6 0 s { l, r Prn
' Flz $ !
o (D m f, q
.") s
- Fq F . 33 33 3 3 3 c q I D H&a8 t\,,
t^
> a
; EEEEEE I O t E d '
o F
*PFt i\ c (3 d I' -{
L____-l a o! FPSE=E z z T (n m \ { { lt N .,== 33 D 3 3 D m u) o ! 9Z-
- i*E I-J )J tf, ' 6 F "'ct 93EE b H T z
- t. lrl fi- F ?B (, tr, o z z z 2 z z z
?ro S iF ;*i:
\ g-d'fi2-i 6 D D D D D D D z d o a N oD zBro ut H FsiFe?
N IJ
;o B E; I cf
> sD g
I &rryH ==
\JlTl q I:HTEE EsET r
? ?I i o !
EiEI:n 1_ m 3 L F il G) v 3 rI D F o m D
-r - n sqE*;s =x I -.1 P . " = at
= gn o 9j rlFrE=
;i F; f; t <t lilqiliiliiiiil o
( P 8E
!=
I z o 3 a
^
u x a m g t - a BlJ S? T ; i; EE69 IeaE t m 4 I
,F {
o 1 e 1D o s F l;E c
- z. + Ee 3-
$ m a
d9
,A E d '
- g b!
zz N N o o iiliiil;l;fii sE dBei oo-r 2A
OPERATING DATA (RATED) SEE NOTES 9, 10
# PSIA LB/HR °F REMARKS 1 61 394,912 229 2 61 263,274 229 2" L1-4 2" L1-4 3 61 131,637 229 2" 2" 4 18.6 489,097 167 D0101A D0101B 5.0 724,180 115 5
2" 2" 2" 6 55 40,000 D0102A D0102B 240 F626 2" 2" HOT WATER SEE DWG. 814-0127-00000 FOR CONFIGURATION HEAT EXCHANGER P55B001A L1-4 L2-4 L1-4 F620 2" L2-4 L2-4 L1-4 L1-4 L2-4 D007B D007A F533B F533A DESIGN DATA NORMAL UPSET
# REMARKS PSIG °F PSIG °F TIME 1 75 310 -
2 50 200 - 3 50 150 - 4 50 300 - NOTES:
- 1. ALL PIPING CLASSIFIED L1-4 EXCEPT PIPING DOWNSTREAM OF LEVEL CONTROL VALVES WHICH IS L4-4.
- 2. VENT ORIFICES ARE INTERNAL TO THE HEATERS WITH THE EXCEPTION OF THE NO. 3 HEATERS.
- 3. HEATERS SHOWN ON FORSTER-WHEELER DRAWINGS WITH THE EXCEPTION OF THE NO. 3 HEATERS WHICH ARE SHOWN ON SPX DRAWINGS.
- 4. ALL MANUAL DRAINS ARE PIPED TO CONDENSER.
- 5. CONNECTION IN CONDENSER NECK.
- 6. ALL PANEL & RACKS ARE PREFIXED 1H13, UNLESS OTHERWISE NOTED.
- 7. FOR STEM SEALING DETAILS, SEE DWG. 302-0151-00000.
- 8. VALVE DESIGNATION PER DRAWING 803-0148-00055
- 9. PROCESS DATA SHOWN IN THE OPERATING DATA TABLE ON THIS SYSTEM DIAGRAM SHALL BE USED IN CONJUNCTION WITH THE DESIGN BASIS INFORMATION AND SHALL BE USED WITH CAUTION.
IN GENERAL, THE OPERATING DATA (PRESSURES, TEMPERATURES, AND FLOWS) PROVIDED ON THIS DRAWING, REPRESENTS THE MOST COMMON OPERATING CONDITION, AND/OR SYSTEM MODE OF OPERATION AND/OR LINEUP. TO DETERMINE THE REQUIRED VALUES FOR A SPECIFIC OPERATING CONFIGURATION, THE APPROPRIATE DESIGN DOCUMENTS NEED TO BE REVIEWED.
- 10. OPERATING DATA IS TYPICALLY DERIVED FROM GE THERMAL KIT HEAT BALANCES. THE THERMAL KIT HEAT BALANCES ARE KEPT IN DESIGN INPUT RECORD (DIR) 237. OPERATING DATA SHOWN IS FOR RATED CONDITIONS APPLICABLE TO THE IMPLEMENTATION OF THE FOLLOWING PLANT CHANGES:
a.) POWER UPRATE TO 105% OF THE ORIGINAL DESIGN (REF.: TAF 81794). b.) PARTIAL ARC ADMISSION (REF.: DCP 98-0050) NOTE: PARTIAL ARC PARAMETER CHANGES (UP & DOWN) ARE SHOWN ONLY IF THEY ARE GREATER THAN 1% OF THE POWER UPRATE VALUES. c.) LOW PRESSURE TURBINE ROTOR REPLACEMENT (REF.: ECP 04-0070).
REFERENCES:
S-5 302-0041-00000 EXTRACTION STEAM SYSTEM N36 302-0111-00000 HIGH PRESSURE HEATER DRAINS & VENTS VENTS "A" SYSTEM N25 302-0180-00000 TURBINE PLANT SAMPLING SYSTEM P33 302-0101-00000 CONDENSATE SYSTEM N21 302-0151-00000 CONDENSATE SEAL SYSTEM P12 302-0082-00000 FEEDWATER SYSTEM N27 (REV. 21 10/2019) PERRY NUCLEAR POWER PLANT 10 CENTER RD., PERRY, OHIO 44081 LOW PRESSURE HEATER DRAINS AND VENTS FIGURE 10.1-9 (DWG. D-302-0113-00000)
RELIEF VALVE SET PRESS. OPERATING DATA SET SEE NOTES 8, 9 VALVE PRESS. NUMBER PSIG
# PSIG LB/HR ^F REMARKS H-5 F0516 120 1 950 30,100 540 START UP F0517 120 2 95 26,400 420 50,700 MAX.
3 90 25,000 331 45,000 MAX. F0518 110 4 60-400 25,000 216 45,000 MAX. F0519 110 67 130 GPM 313 START-UP (MAX.) F0520 120 33 65 GPM 278 START-UP (NORM.) 5 F0521 30 82 110 GPM 326 FULL-LOAD (MAX.) F0522 20 83 60 GPM 327 FULL-LOAD (NORM.) 6 10-60 25,000 300 45,000 MAX. 7 4 1170 260 8 4 2940 260 9 4 290 260 10 4 50 260 11 4 75 260 12 4 810 260 MAX. 1620 LB/HR 13 180 8,150 380 39,380 MAX. 14 5" H O VAC 550 200 PLUS 190 LB/HR AIR 2 15 5" H O VAC 1110 200 PLUS 390 LB/HR AIR 2 16 10" H2O VAC 7760 200 PLUS 2720 LB/HR AIR 17 65 185,000 355 RELIEF VALVE 380 GPM RELEIF VALVE 18 10 190,000 - SP. GR. = 1 19 10 52,000 270 RELIEF VALVE 20 50 30,100 PLUS 130 LB/HR AIR 21 5" H O VAC 355 200 MAX. 710 LB/HR STM. 2
& 260 LB/HR AIR 22 5" H O VAC 747 260 1490 LB/HR MAX.
2 DESIGN DATA NORMAL UPSET
# REMARKS PSIG ^F PSIG ^F TIME 1 1250 575 2 150 450 3 600 320 4 25 450 5 195 386 6 120 350 NOTES:
- 1. OUTLINE OF RFPT (PURCHASED CONNECTIONS) ON G.E.
DWG. 509E419DC.
- 2. STEAM SEAL EVAPORATOR SHOWN ON G.E. DWG. 116D4411.
- 3. STEAM PACKING EXHAUSTER SHOWN ON G.E. DWG. 161C4761.
J-9
- 4. INSTRUMENT INCLUDED WITHIN BOUNDARY ARE LOCATED ON THE PANEL INDICATED.
- 5. ALL PANEL NUMBERS ARE PREFIXED BY 1H13-, UNLESS OTHERWISE NOTED.
D-5 8" B-8
- 6. FORWARD-REVERSE TUBE REPRESENTED BY SYMBOLS, ROOT VALVES BY G.E.T.
- 7. G.E.T. DOES NOT PROVIDE TEST THERMOWELLS IN THEIR PORTION OF THE STEAM SEAL PIPING. STRAP COUPLES ARE TO BE SUPPLIED BY CEI FOR THE FOLLOWING TEMPERATURE TEST POINTS: R213, R228, R243, R248, R253, AND R303.
OFF-GAS PIPE VENT 8. PROCESS DATA SHOWN IN THE OPERATING DATA TABLE ON THIS SYSTEM DIAGRAM SHALL BE USED IN CONJUNCTION WITH THE 912-0622-00000 DESIGN BASIS INFORMATION AND SHALL BE USED WITH CAUTION. C-3 IN GENERAL, THE OPERATING DATA (PRESSURES, TEMPERATURES, AND FLOWS) PROVIDED ON THIS DRAWING, REPRESENTS THE MOST COMMON OPERATING CONDITION, AND/OR SYSTEM MODE OF OPERATION AND/OR LINEUP. TO DETERMINE THE REQUIRED VALUES FOR A SPECIFIC OPERATING CONFIGURATION, THE APPROPRIATE DESIGN DOCUMENTS NEED TO BE REVIEWED. 806-0008-00000
- 9. OPERATING DATA IS TYPICALLY DERIVED FROM GE THERMAL KIT C-5 HEAT BALANCES. THE THERMAL KIT HEAT BALANCES ARE KEPT IN DESIGN INPUT RECORD (DIR) 237. OPERATING DATA SHOWN IS FOR RATED CONDITIONS APPLICABLE TO THE IMPLEMENTATION OF THE FOLLOWING PLANT CHANGES:
a.) POWER UPRATE TO 105% OF THE ORIGINAL DESIGN (REF.: TAF 81794). b.) PARTIAL ARC ADMISSION (REF.: DCP 98-0050) NOTE: PARTIAL ARC PARAMETER CHANGES (UP & DOWN) ARE SHOWN ONLY IF THEY ARE GREATER THAN 1% OF THE POWER UPRATE VALUES. c.) LOW PRESSURE TURBINE ROTOR REPLACEMENT (REF.: ECP 04-0070).
REFERENCES:
302-0011-00000 MAIN STEAM SYSTEM N11 302-0041-0000 EXTRACTOR STEAM SYSTEM N36 302-0101-00000 CONDENSATE SYSTEM N21 302-0112-00000 HIGH PRESSURE HEATER DRAINS AND VENTS "B" SYSTEM N25 302-0122-00000 MAIN, REHEAT, EXTRACTION AND MISCELLANEOUS DRAINS SYSTEM N22 302-0123-00000 MAIN, REHEAT, EXTRACTION AND MISCELLANEOUS DRAINS SYSTEM N22 302-0124-00000 MAIN, REHEAT, EXTRACTION AND MISCELLANEOUS DRAINS SYSTEM N22 302-0125-00000 MAIN, REHEAT, EXTRACTION AND MISCELLANEOUS DRAINS SYSTEM N22 912-0622-00000 OFF-GAS BUILDING EXHAUST SYSTEM M36 806-0008-00000 PLANT RADIATION MONITORING SYSTEM D17 125D3148 ELEMENTARY DIAGRAM TRIP AND MONITORING SYSTEM (G.E.) 834E202 DIAGRAM OF STEAM SEAL SYSTEM (G.E.) 302-0126-00000 MAIN, REHEAT, EXTRACTION, AND MISCELLANEOUS DRAINS SYSTEM N22 302-0053-00000 AUXILIARY STEAM SYSTEM P61 302-0012-00000 REHEAT STEAM SYSTEM N11 (Rev. 18 10/13) PERRY NUCLEAR POWER PLANT 10 CENTER RD., PERRY, OHIO 44081 STEAM SEAL SYSTEM FIGURE 10.1-10 (DWG. D-302-0141-00000)
OPERATING DATA SEE NOTES 8, 9 O 1 O SS SS P870 L P870 P870 L P870 10 J-14 16 C C MCV 8" MCV IN.HGA F /HR REMARKS F020 -011 F020 # A A-9 B ZS ZS
-751 N021 -751 N021 1 2 100 3100 AIR AND VAPOR A M B M 10" A-14 7 2 3.0 75 2500 ACFM 8"L1-4 8"L1-4 3 2 100 260 AIR AND VAPOR AIR
-125 4 2 100 775 AIR AND VAPOR D-7 6"
-126 12"L1-4 AIR AND VAPOR 5 2 100 130 G.A.I. D-12 6 8 228 654 AIR AND VAPOR I.R. 12"L1-4 12"L1-4 PSIA 8"L1-4 8"L1-4 12" F535A F527B STEAM 4" 3"L1-4 12"L1-4 18"L1-4 7 140 353 24,377 STEAM F527A N21 N21 F508A PCV PCV 3/4" 6"G1-4 6"G1-4 8 140 353 408 STEAM F140 F140 10" A B F546 7 7 9 140 353 3509 STEAM TYPICAL TYPICAL 2 1 2 1 10 140 353 9525 STEAM S S 7 PLACES 7 PLACES FC FC P P 12"L1-4 PUMP F514A F514B PI 5"L1-4 8" NE S PI 5"L1-4 8" NE S SEPARATOR TRIP 2 R030 A
5 R030 B 5 DESIGN DATA A 12" SCV 12" SCV ZS ZS F141 F141 P870 N142 N142 NORMAL UPSET REMARKS A B 8 A 8 B SILENCER P870 STEAM JET STEAM JET PSIG F PSIG F TIME 1" 1" 200 HP SS AIR EJECTOR AIR EJECTOR 1800 RPM 1 150 353 150 353 F509A F549A 460 V 26 N62-C002A SS N62-C002B SS O O CONDENSER C EL.608'-5" F515A 13 C EL.608'-5" F515B 21 2 15 353 L PI 5"L1-4 8" L P870 L PI 5"L1-4 8" L P870 3/4" 3/4" 10" SEAL WATER HOGGING R040 5 R040 5 A-7 P870 P870 C C LG RETURN PUMP A B D180 806-0024-00000 A N62-C001A F550A TRIP ON MAIN 1" 1" 8 8 COOLING W ATER STEAM LINE LCV F510A HIGH RADIATION F190 A
-223 2 1/2" 2 1/2" D-8 D5001A CLOSE ON CLOSE ON 1/2" 1/2"L1-4 LOW FLOW LOW FLOW P1153 P1154 S INTER- I INTER- I 3/4" 1/2"L1-4 CONDENSER CONDENSER FL.EL.577'-6" FS FS OVER- L2-4 L1-4 N102 L2-4 L1-4 N102 CONDENSATE F548A A A B A FLOW L L
-101 PUMP E-8 CRW TO RADIATION TO RADIATION PACKING P870 P870 12"L1-4 MONITORING F526A MONITORING F526B LEAK 1" F531B F531A 1" F530A F530B 3 F543 P44 D5002A S DRW OFF 806-0018-00000 806-0018-00000 2 1/2" 2 1/2" F-7 8"L1-4 E-7 8"L1-4 3 HP 6 6 3/4" B-13 F1758A C-13 F1758B 1800 RPM 8" 8" 8" 460 V -751 10 -751 10 SEE NOTE 3 2*" 2*"
SEE NOTE 3 TO OFF GAS TO OFF GAS PREHEATER PREHEATER
-053
-053 FE FE B-4 C-4 PI 4"L1-4 PI 4"L1-4 12" N100 N100 R090 R090 A B COOLER C3-4 L1-4 A
F529A C3-4 L1-4 B F529B 1N62-B001A F522A F522B SEAL PUMP N64 N62 N64 N62 1N62-C003A F516A F516B PI 12"L1-4 PI 12"L1-4 8"L1-4 8"L1-4 A A R050 4 R050 4 PX A B R490 PX PX PX 18" L1-4 2 2 R470 R475 ABANDONED R495 2 1/2" 2 1/2" IN PLACE 9 9 F536A F537A F536B F537B 6"L1-4 6"L1-4 P44 F517A F517B PI 12"L1-4 PI 12"L1-4 3 3 R060 4 R060 4 A 18"L1-4 B 18"L1-4 PUMP RUNNING INTERLOCK 2 1/2" P870 2 1/2" 9 9 A-7 SS SCV PCV 806-0024-00000 F131 F130 A A 12 TRIP ON MAIN BK BK BK BK STEAM LINE F518A F518B PI 12"L1-4 24" PI 12"L1-4 24" HIGH RADIATION AUXILIARY AUXILIARY S R070 4 R070 4 P FC A PCV SCV B CONDENSER CONDENSER D-9 F170 F171 1N61-B002A D-3 1N61-B002B 2 1/2" A A 2 1/2" -123 9 9 -123 2" L1-4 10" NE S 2" FC P 20 20 O ZS F519A F519B L N132 PI 12"L1-4 PI 12"L1-4 P870 R080 4 R080 4 A C 18" A B PFV 18"L1-4 18"L1-4 PFV F538A F538B 2 1/2" 2 1/2" 9 O 9 FL.EL. 620'-6" ZS N171 L A C 8" 8"
REFERENCES:
24"L1-4 N21 N21 24" 302-0011-00000 302-0053-00000 6"L1-4 6"L1-4 302-0101-00000 PUMP RUNNING F541A F541B 1H51-P5274 1H51-P5274 INTERLOCK ND ND 302-0123-00000 3/4" A-7 SS SS SCV PCV S S B-3 PLV LOCAL PLV LOCAL 302-0125-00000 16" 806-0024-00000 F131 F130 B B F539A F220 F539B F220 912-0622-00000 SCV SCV TRIP ON MAIN F523A A F523B B F050 F050 302-0126-00000 STEAM LINE 2 1" A 1" B HIGH RADIATION 10" S 6" 302-0152-00000 P FC H H L -123 H H L -123 16"L1-4 6" LI LS LS LS L FO LI LS LS LS L FO 302-0222-00000 G-12 G-12 24" R205 N210 N220 N225 LS R205 N210 N220 N225 LS NE P870 A A A A N230 B B B B N230 302-0751-00000 11'
-0" DEPTH 11'
-0" DEPTH A B SS F524A F524B S
( M IN) ( M IN) NOTE 6 NOTE 6 NOTE 6 NOTE 6 P870 O 20 806-0018-00000 L O 3/4" 3/4" 1" 3/4" 1" ZS C 3/4" SCV P870 L N132 P870 H P870 H F171 B F542A F542B 806-0024-00000 C B A F540A A F540B PCV 10"L1-4 L L 912-0622-00000 F505 F170 3/4" 3/4" B G.A.I. 2 F601 F528A F528B ZS I.R. N171 P B 18"L1-4 24"L1-4 24"L1-4 F602 F603 HWC SYSTEM F535B 2" 4" 3"L1-4 12"L1-4 -077 FC 3/4" (H-4) 24"L1-4 NOTES: F508B 3/4" F544 12" 1. ALL PANELS AND RACKS CARRY PREFIX 1H13, UNLESS
- 8. PROCESS DATA SHOWN IN THE OPERATING DATA TABLE ON THIS F545 OTHERWISE NOTED.
SYSTEM DIAGRAM SHALL BE USED IN CONJUNCTION WITH THE 12"L1-4 12"L1-4
- 2. BASKET TIPS SUPPLIED BY G.E.T. NOT TO BE CONNECTED DESIGN BASIS INFORMATION AND SHALL BE USED WITH CAUTION.
S S FOR ASME TEST. IN GENERAL, THE OPERATING DATA (PRESSURES, TEMPERATURES, AND FLOWS) PROVIDED ON THIS DRAWING, REPRESENTS THE MOST PUMP 3. TEST CONNECTION PERMANENTLY PIPED. COMMON OPERATING CONDITION, AND/OR SYSTEM MODE OF SEPARATOR TRIP OPERATION AND/OR LINEUP. TO DETERMINE THE REQUIRED VALUES
- 4. NO IMPACT TESTS ARE REQUIRED FOR PIPING (C3-4) FOR A SPECIFIC OPERATING CONFIGURATION, THE APPROPRIATE A BETWEEN SJAE AND RECOMBINERS. DESIGN DOCUMENTS NEED TO BE REVIEWED.
P870 A SILENCER 5. THE SYMBOL DESIGNATES THOSE NON-SAFETY AREAS OF THE 9. OPERATING DATA IS TYPICALLY DERIVED FROM GE THERMAL KIT P870 SYSTEM WHERE THE AUGMENTED QUALITY ASSURANCE PROGRAM 200 HP HEAT BALANCES. THE THERMAL KIT HEAT BALANCES ARE KEPT SS REQUIREMENTS DEFINED IN SP-45 APPLY. 1800 RPM IN DESIGN INPUT RECORD (DIR) 237. OPERATING DATA SHOWN IS F509B F549B 460 V 27 CONDENSER 6. LEVEL SWITCHES N210A & B AND N225A & B ARE FOR RATED CONDITIONS APPLICABLE TO THE IMPLEMENTATION OF 3/4" 3/4" HOGGING ABANDONED IN PLACE. THE FOLLOWING PLANT CHANGES: SEAL WATER A-7 LG RETURN PUMP 7. TUBING UPSTREAM OF 1N62F0533C IS LINEAR LOW DENSITY a.) POWER UPRATE TO 105% OF THE ORIGINAL DESIGN D180 -024 B N62-C001B POLYETHYLENE. 1N62F0600 IS A NON-CALIBRATED VALVED (REF.: TAF 81794). F550B COOLING W ATER TRIP ON MAIN FLOW METER. PRESSURE TEST POINT LOCATION PX-R0255B b.) PARTIAL ARC ADMISSION (REF.: DCP 98-0050) LCV STEAM LINE IS BEING UTILIZED AS THE TRACER GAS "TEST SHOT" F510B F190 HIGH RADIATION NOTE: PARTIAL ARC PARAMETER CHANGES (UP & DOWN) INJECTION POINT FOR CONDENSER IN-LEAKAGE TESTING B ARE SHOWN ONLY IF THEY ARE GREATER THAN ACTIVITIES.
-223 D-7 D5001B 1/2" 1/2"L1-4 1% OF THE POWER UPRATE VALUES.
VALVE INTERLOCK S SCV SCV 3/4" 1/2"L1-4 SCV SS F012 S S F012 S F012 c.) LOW PRESSURE TURBINE ROTOR REPLACEMENT (REF.: ECP 04-0070). FL.EL.577'-6" SEE SEE 1 ENERGIZE 1 A P870 B C NOTE 2 NOTE 2 TO OPEN F548B OVER- O O O CONDENSATE DC,ND DC,ND DC,ND FLOW PP PX PP PX R257 R255 L P870 L P870 L P870
-101 R265 R262 PUMP E-8 CRW C C C C C PACKING SEE SEE F600 S LEAK SEE NOTE 7 D5002B DRW NOTE 2 NOTE 2 P44 OFF PX PX PCV PX PX PX PX PCV PX PX PX PX PCV 806-0018-00000 PP PP ZS ZS ZS 3 HP R256 R254 F010 R257 R256 R255 R254 F010 R257 R256 R255 R254 F010 FROM RADIATION R264 R263 N011 N011 N011 1800 RPM C C A P B B B B B P A A A A C P A B C 460 V F532A F532C F532E F532G F532B F532D F532F F532H 12"L1-4 12"L1-4 12"L1-4 (REV. 20 10/2017)
M ONITORING
-152 F533A F533B F533C F533D -152 F534A F534B F534C F534D -152 24"L1-4 FC D-13 FC D-10 FC D-7 COOLER 1N62-B001B SEAL PUMP PERRY NUCLEAR POWER PLANT 101 101 101 1N62-C003B F504 D004 F525 14"L1-4 78 1" F503 D003 INTERMEDIATE 14"L1-4 77 LOW PRESSURE HIGH PRESSURE 10 CENTER RD., PERRY, OHIO 44081 CONDENSER PRESSURE F502 D002 CONDENSER 14"L1-4 76 1N61-B001A CONDENSER P44 1"
1N61-B001C F501 D001 1N61-B001B F520 14"L1-4 75 CONDENSER AIR FROM RADIATION F532J F532L F532N F532P REMOVAL SYSTEM 806-0018-00000 F533E F533F F533G F533H F534E F534F F534G F534H F532I F532K F532M F532O M ONITORING R260 PP R259 PP R252 PX R250 PX PX R253 PX R252 R251 PX R250 PX R253 PX PX R252 PX R251 PX R250 FIGURE 10.1-11 C C B B B B A A A A SEE SEE PP NOTE 2 R253 PX NOTE 2 PP R251 PX (DWG. D-302-0131-00000) R261 R258 C C SEE SEE NOTE 2 NOTE 2
(Rev. 18 10/13) PERRY NUCLEAR POWER PLANT 10 CENTER RD., PERRY, OHIO 44081 RATED POWER FIGURE 10.1-12
(Rev. 18 10/13) PERRY NUCLEAR POWER PLANT 10 CENTER RD., PERRY, OHIO 44081 DESIGNED POWER - VWO FIGURE 10.1-13
FI zt 5t o.I ul q z o trI ut G qf; ol ?gil
=l IA UJ o-l '.t 6 -t
!co
) !lo ,\
UJ tl *t .i E ttl Zrl nfr o o (J F ON LlJ JI ; ol e8 ! I tu E-l uJ
)
G 9o) -z
- 'l'l 0) cn
'.'{
G o F J (, NH F{ rn t eB t, ru UJ
=
to tu d tr f F G o. tr o o ah tt ll. z o I (, tr lll ' G t-o u,l tr o ul lt G lu u, o o F
=
8F MOlJ l'IV3lS lvlllNt JO lN33U3d'AAO'IJ t tvSls $llNl 3NlSUnl
l-' zl 5l I o-l tr, u.t frg ol qI 1
=t I
o 6 o-l 3I E CE c\ z al r z 9 ol
- l o
o u, F Il t, ,o o
?fl l
4 r{ uJl i^E o ul
)tr c\ JI UJ 5:
)
Q I tr z o Fl ol fl I F o. o o
; =l zl tr u, o E llJ u
tl. UJ z t- g (u oH t!' I v, t cc fq Ll(rJ ll. t (9 ut o FUJ 0c o J IU UJ F H EI vl o-tt rF tu o lll o J ,tl tr F z nE C) o u ll. z o [: F c SEEE sEkd og,tr= F v,
!r 2Hrl UJ F
IL Hfd; zze,) u,
=
l-
-'1aL HrlE MOIJ HtV3lS lvrllNt JO lN:tCU3d'MO'IJ 9{V3lS llt-lNt 3Nt8UnJ.
s3AlYA lrclHc ilo llcYUlII 03919 l0lllsod 0l I I lr-lz
!,l'lVl dim lnlu ut Y Sl,llfA lJllUlINl il0 dino csl0 slA'lYA t^lv^
l0ulllot r{0 dilno c8l0 l^lV'l dinO CSl0 l< J tA'rYA o. (0lnll 3llnYUolll lsd 0091-0)
's'I't r!rsrs dlul tJxtgutr3 t
IU E pc) a q 00 O o
=
- o. Crd E cf)
I
- o! N r-'l tr, -.{ Ol
+r(oo O '-l ui ltJ (I)0 -l N
rl J +r o 0) 3AlfA dtUl O -Y t{ ltt l ililtcti t{O t z Jt OrO A tn ( lsoi xt c J0 rno z) slsvc 0) g, Oe-l '"{ f'{ ctmr lrJtrrnt +Q- - tr
.-l E .a lvlrBlsull[o +--- tr g a
UJ
'lVtlglS'lYCll{YH33i r- o.
Er
'lvt{!lS Cl'lflfuo^H .l-gi!ssY 1vil31S 'lfClUl0l'13 v\t/v v
<- A1 l{3lv't d rul f n = tY I cr001 llstu ot{f dlur cHl co^tu
'lYl ASU0 0l0ll310s o,
o ttslu 110 t iorrrJ + sl{till
'lsn3Q l clsol $slu ollv dlul cl{l 301921 13llYd lSil ilo
'ls3l N0llfts lsll 31001 3ilruouNoi oilf lts3u drul-0$dsu3^o o
XII9Zl sd ltr il0lln0 mlrns llslu d tul
zF J o-tr, lu (u E
+J o
nt t* ulo o o-
- c u
- 9. ,E:! ilg j tF;6 Els I -!
o rl lll
-{OJYo A.
c! t nolA rr) k: =l t-;5=rs8 I lr =fr5!I1l ; : J o LO 4
- !t
- :i;-ee:r vrH E.n r{
UJ F o 0) _:' li z iR o- rn o t Ul-'3 z i:rgilgiEEil: oo lil:i 0)
!, H tt H
a l-rJ rr( X
;5 Ic i; ! !flqg it IJJ 0-
! o-3 ri tt t
llt Iffi-l (x FW1
- tx)
I ;r d t fi tl D iltl tI $w T tt rU -_l ro au 2d I
$=
llfi rltr 1 I I rI I T 6 I T
,9 I
I t
- lI I
I I I I I I tI gu 2 2d fir
$= Iag s,a1 fft J
bJl
- d. l fit9 Fl* I
;t tI a-r.^l F rrrrrr.--nlr----J I
1t, t I
'l'{
- lut olG Itr
""tla u!
at, il! 3tI al 9t tr dt t!:r t I I I
-l tllr ll l.
t1 l!
'rl ll c.l o
lr,l (\l .{
<t n t o o tn t/'l r Ulr
\l tl.
ll
)tY ts !
Ir I
)
ul
\$$ HIFi ur@
ax ll 9u, d -dH I la _J$i I ti\r
$l
?l ttl il t!
z t
! lrJ
!n UJ I
o a i 4 a (rl I I 7 i i
FI zl JI o-l trI Lll G o o\ o
= dg U([) ,^R
-,'o o
o o-tr, dfi .\T g Fl do ;3
\o UJ J ri gA o
-t Hs 1 0) g.
z fi .q i'Pg c) v, t g () o f;xiliiiliilliri UJ o. I -.1+*L I
/w !! lvl N\--a I
J --I t 1 F E F
,l-a J' J
9, r
#,j 1#, J I
=
a t '] f. I tit
- c* zT\+
\lJr_
Ig Illlt tr 2 ta fi P.\i/ o E {h t, T#
#trai r.9 T!
t7 ;* f I$ $$ ft,1 illH 9o I-t$ il-jd
$Fr I
t T a, I l{T ft gH 6fr siE {
- I dn-Pt iE trt dF$j
)
OPERATING DATA
# PSIG GPM F BY REMARKS REV 300 0^
TO MASTER CONTROL VALVES FIRE & FIRE SUPV 1R43-S0001A 1E22-S0001 1R43-S0001B M 914-0006-00000 M M SCV PCV ROOM ROOM ROOM K 0P54F 0P54F EL.620-6" EL.620-6" EL.620-6" COMPRESSOR PS MASTER CONTROL VALVE 20301 3631 3630 CONTROL 0P54 N708 0P54-F1087 SEE SEE NOTE 10 NOTE S P 0P54 2 DESIGN DATA K NC LO A F1086 PI 0P54 NORMAL
- UPSET 0P54 F5622 # BY CHKD REV R405 A PSIG F PSIG F TIME F5707 R F3410 F3430 A
NC F3420 F3430 F3410 F3420 R 1 300 0^ 300 0^ T PS P P P P P P NC NC NC F5706 M 0P54- 2 300 0^ 500 0^ PS 0P54N NC NC NC F5704 F1085 468 OP54- SEE DETAIL 1 23904 0P54 3 N395 0P54 F5605 2P54X0004 2P54X0005 2P54X0006 FOR INSTR. (TYP. SEE NOTE 3 RELIEF 3 PLACES) 4 F1083 (BLANK) (BLANK) (BLANK) VALVE F5708 OP54-A0008 LI VAPOR CONNECTION 0P54 T DIESEL GENERATOR
- DESIGN CONDITIONS ARE INDICATED IN THE R400 CONTROL COMPLEX 0P54 LIQUID FILL ACTUATED VIA UPSET DESIGN DATA COLUMN.
0P54-F1088 F1080 CONNECTION HOSE REELS HOSE REEL TURBINE F5705 DIESEL GENERATOR BUILDING ACTUATORS GENERATOR PURGE D0800 & D0801 0P54 UNIT 2 MOTOR UNIT 1 MOTOR 0P54 FIRE & S F5072 UNITS 1 & 2 NOTES: F1081 4 TON LOW PRESSURE C02TANK 0P54-F5600 FIRE SUPV. CONTOL CENTER CONTROL CENTER M FC NC
- 1. THE CONTROL UNIT FOR EACH HAZARD AREA SELECTOR ATM A CONTROL VALVE INCLUDES:
20204 M D0800 D0801 VENT A TIMER TO LIMIT THE DISCHARGE PERIOD D0801 0P54 2P54X0024 0P54 F5071 SUPERVISORY RELAYS TO MONITOR POWER SUPPLY 0P54-F5602 F5601 TO THE UNIT AND INTERCONNECTING CIRCUITRY AND OPERATIONAL RELAYS TO INITIATE OPERATION OF THE ELECTRO-0P54 SEE PS MANUAL PILOT VALVES,MASTER VALVES,AND INITIATE A FIRE NOTE N3610 S EL 620-6" ALARM SIGNAL. DETAILS ARE SHOWN ON VENDOR DWG. 2 EL 620-6" SEE NOTE 10 2. THE CONTROL UNITS FOR THE MASTER CONTROL VALVES HAVE 0P54-F5062 NECESSARY RELAYS TO USE SELECTOR VALVE CONTROL UNIT SIGNALS HORN A 2P54X0019 0P54 TO OPERATE THE SELECTOR VALVES.DETAILS SHOWN ON VENDOR DWG. B K3612 3. ALL ALARMS PRINT OUT AT THE SECONDARY ALARM STATION. P UNIT 1 F3470 4. PRIMARY METHOD OF SYSTEM INITIATION SHALL BE BY THE LOCAL CORRIDOR 0P54 MANUAL PULL STATIONS (NYYYY+6). SCV PCV EL.638-6" D0810
- 5. APPLICABLE TO CO 2SYSTEMS ASSOCIATED WITH PANELS 1 AND 2 0P54-F1082 2P54 2P54 NC ACTUATED VIA HORN H51P199,1 AND 2 H51P200, 1 AND 2 H51P201, 1 AND 2 H51P213 F3521 F3520 PS HOSE REEL 0P54 AND 1 AND 2 H51P214 ONLY.
2P54X0020 N3620 ACTUATORS K3622 6. SWITCH PROVIDES OVERRIDE TO INADVERTENT C02 HVAC FAN TRIP P881 F3460 0P54,D0810,AND NC SIGNAL.FOR SYSTEMS 1 AND 2 H51P199, 1 AND 2 H51P200, AND P D0803 ATM 1 AND 2 H51P201 ONLY. B P VENT NC (UNITS 1 & 2) 0P54 7. INDIVIDUAL BREAKGLASS STATIONS (1 ELECTRO-MANUAL PILOT SEE 0P54 F5073 CABINET/ROOM) ARE PROVIDED FOR MANUAL INITIATION OF THE CO 2 NOTE F5074 SYSTEM FOR EACH DIESEL GENERATOR ROOM. NC F3450 S 12 FC 8. DELETED S 9. THE SYMBOL A DESIGNATES THOSE NON-SAFETY PORTIONS K OF THE SYSTEM WHERE THE AUGMENTED QUALITY ASSURANCE 2P54X0017 PROGRAM APPLIES. P 0P54
- 10. ABANDONED IN PLACE PER TECHNICAL ASSIGNMENT FILE 81653.
2P54X0018 P A 2P54X0007 D0803 11. DETAIL 1 AND INSTRUMENT/VALVE CROSS REFERENCE TABLE D0803 MASTER CONTROL VALVE M SEE DWG. 914-0006-00000. NC F3490 20202 SCV PCV R 12. MASTER SELECTION VALVE 2P54F3521 AND PANEL 2H51P0216 M 0P54 0P54 0P54 P HAVE BEEN ABANDONED IN PLACE PER ECP 12-0017. FIRE & F3441 F3440 D0807 D0806 F5606 CONTROL FIRE SUPV ROOM EL 647-6" EL 620-6" NC PS SYSTEM SEE 0P54 NC F3450 3 NOTE N463 I UNIT 1 1/2" 2 AE AM F3460 CORRIDOR N250 K251 EL 638- 6" P ATM VENT F5113 UNIT 2 P CONTROL NC S F3470 NC CORRIDOR ROOM EL.638-6" SYS 1 NC F5114 ACTUATED S I VIA HOSE REEL FC H ACTUATORS AE AM P D0806,D0807 N240 K241 CONTROL ROOM SYSTEM 2 I SEE DETAIL 1 FOR MASTER 2P54X0021 INST(TYP.5 PLACES) CONTROL VALVE SEE P P COMPUTER ROOM NOTE 10 SUB FLOOR I M SCV PCV EL.638-0" AE AM 0P54 0P54 F3480 F3480 N245 K246 M 20203 F3501 F3500 R PS NC NC NOT FIRE & 0P54 AUG.QUAL. FIRE SUPV N464 EL.620-6" (TYP.) UNIT 1 UNIT 1 TURBINE POWER TURBINE BUILDING SEE 0P54 NC COMPLEX NOTE F5607 2P54X0025 2 0H51-P877 2P54X0026 MASTER D0805 D0804 D0809 D0808 S P CONTROL VALVE EL 647-6" EL 620-6" CONTROL COMPLEX K UNIT 2 MOTOR CONTOL CENTER UNIT 1 MOTOR CONTROL CENTER INTERMEDIATE BUILDING P601 P881 SEE DETAIL 1 FOR O O INST (TYP 2 PLACES) L L E C C P54EC003 P54EC004 P601 P881 F5605 E E LUBE OIL O O NC P PURIFIER LOCA P54EC001 L L P54EC001 ROOM EL 2 1/2" MCV SIGNAL P54EC002 C C P54EC002 593-0" SS PS F3540 F340 SS N467 25 P 21 MCV ZS FIRE & LUBE OIL E F395 N396 FIRE STORAGE 3" P881 P881 SUPV ROOM EL P54EC003 620-0" F3530 ZS P54EC004 M M N341 LOCA RECIRCULATION M 33601 M DRYWELL PUMP B SIGNAL 1 PS N390 P 2 SEE DETAIL 1 SEE SEE F5604 FIRE & M D908 FOR INSTR NOTE 2 NOTE F3580 FIRE F1098 (TYP 2 PLACES) 2 4" NC SUPV F1097 3/4" F5606 NC 1H51-P0878 F3590 REACTOR RECIRC 3/4" NO M 3/4" NC PUMPS F1099 F1312 2P54X0022 C AREA PROTECTION E 23302 LC NC F1100 P NC NC 2 2A 3/4" 1 SCV A 2 RECIRCULATION F3551 TC TC TC PUMP A SCV TC G1-2 G2-2 G1-2 F3601 E SP-44 SP-68 1 2 C G1-2 SP-45 PS G1-2 G1-4 2P54 S P P S F5607 N466 2P54-F5607 SP-68 SP-44 NC 1 1/2" LX CONTAINMENT VESSEL PENETRATION P210 PCV 4" PCV 3" 4" A PS G F3600 F3550 G PPV R M REACTOR BUILDING SHIELD WALL N466 1P54 UNIT 1 1P54-F1092 F370 REACTOR BUILDING SEE NOTE 3 G 1P54- SEE F3613 TO UNIT 1 1P54-F1091 1P54-F1090 SCV F1093 NOTE 2 1P54-302-302 OP54-F3521 M F3614 NC F3612 F1089 LO F3616 (F-4) PCV 33604 1 1/2" 1P54- UNIT 1 4" LIQUID FILL CONN. F5619 PI 2P54- PPV F3520 AUXILIARY BUILDING 1" 0P54 F1092 2P54- S PS VAPOR EQUAL CONN. 1/2" R5690 F370 M N460 F3610 F3615 PI SP45 23501 R470 2P54- 2P54- P F I PS F1093 F1091 2P54-F1090 N709 1P54-A0007 0P54-B002 LI LUBE OIL ELEC. VAPORIZER MASTER CONTROL VALVE R465 COMPRESSOR STORAGE PROTECTION OP54- F5329 0P54-F3611 SAFETY RELIEF VLV. NC F5328 0P54- SAFETY RELIEF VALVE F3623 CONTROL COMPRESSOR PS OP54-F5330 COMPRESSOR PS LO F5332 CONTROL 0P54 2P54X0016 1 1/2" LIQUID FILL CONTROL N708 F5620 F3624 NC F3622 0P54 F3626 N709 F LO F5621 CONN. PI 1 1/2" 0P54 LIQUID 0P54 2 3/4 TON LOW PRESSURE C0 TANK F5326 H S 0P54- FILL CONN. A 2 F5331 R3970 1" PI F5709 1" VAPOR EQUAL. PI F3620 F3625 VAPOR EQUAL CONN. (Rev. 18 10/13) M M PS 0P54 PS R472 S CONN. 0P54 R430 50401 23502 N462 N495 0P54-A0009 1P54-A0006 LI A CONTROL ROOM AND LI REACTOR UNIT 1 PERRY NUCLEAR POWER PLANT SEE NOTE 3 SEE NOTE 3 0P54 R467 COMPUTER ROOM AND CHART R425 0P54 STORAGE ROOM A F3621 F5327 UNLESS OTHERWISE NOTED,VALVES OR INSTRUMENTS ON THIS SIDE HAVE THE 10 CENTER RD., PERRY, OHIO 44081 1 1/4 TON LOW PRESSURE C0 TANK PREFIX 1P54; ON THE LEFT HALF OF THE 2 3/4 TON LOW PRESSURE C0 TANK 2 2 PAGE THEY HAVE THE PREFIX 2P54. UNIT 2 UNIT 1 FIRE SERVICE CARBON DIOXIDE Figure 10.2-6 (DWG. D-914-0005-00000)
IF lz t< J o. t ul
-lJ k
o E o Q) a o_ = dT cn O tr fla rti r{ tJ gv d F frt,ii e{ r{ UI J o 6e t1 r-i uu JJ trl -t z X fiil Ul
$;t t:
tl. 0) fi t- t-i F ut tr.tL tu E, o () z t a o
+J VVV IJJ A
o *,liifiir o-2 lrl
$\e tx ttxl A x-7.-
JW= z? Ei
.t q+ 0r+
FA '.*4 q5
-iltl trdl
-l_
-t-
+
tl It I trj TI E. lrl J t.i, s[? ey u = trz at ll, 6 r0 t_
\l o
(v z tr.l l., {6: (o I( ilEf r'Q lr. tc, (9 H; 7 A ll, 3 I au(rt IU lt u c, (J o Io E
\ ft$
*g Jl 0{
rJ F it o
\t f,o Bs r
fug^ il .i z. 1F
$ a aa) <l illl d
Hl b F J r! EEdF 6tv ut ut F I Hr O Ill fux $l tL b a t Lr Mr9 31 I I
-rA iJ I
33 I
- t. 40 lq' uo 42 f6 f:l
'J
<o
{ I n z J
.i j
o L o-i I U (.{ 6 I ii B d i I rt tr F 7 1 t{ trf
}4 I
@+
;l2l rl e .4P .'lt -tl Fl T
zl- { J L t ul u t{ Fl F aE ()(J LO O o o-H .]J Or i? iil
-J'
>r T a tr TJ 'I)
.iN
-{ { f,c -C)
- (tl UJ
\r J tIJ '-l dlA r'l u q) fl 5
3 OG
&-l crl z
Fn F >\ :1
;1 c).3 (J
.U "
Eni I tr fr ifi.u tr
$ ! c)
<t u tt ii' s9 a6
-; 4 a ltJ
+J (n
F o. (t igirnEiH ura {t iF.
- I
!i
$iiE;l5i
! F 3
{9-Zs s I urt dG
<l I-J6'${
z Ho Fi fi t:? tkl $ D('1 ct E; i*l-1 i;EEHH*$ l H gH i-iH+44 IJJ tr. (t) UJ o
'ii *.ii L'\r igi
+
o F! r--- t 8t 8,1 fis $iiiE;FI t
!t o t
U o. iln EP-E fEi riglFss* E E'ds qFH i z i q-rill Ii f;fif;$Hge iEail;r ii li r i* l ii[-E
?,
ii *I it r' I i;ifiiirt nr*', i[ il ! iiiiiitli r
.Ii,iiiiirrigiFiiil a
i I i g ii Ei HHfilinEia s rl rl F rl rl lll
'll tll
'tl ili
;ll iI I
I I = E I lc sN EI II m {
.ii:
I Ln (J
!j r O
4 I I E a ur tn t* i i' trJ u I I I i$ I I I I I lF r! a ll li d
-li o'l 6
s r$:$'H Ic fi 2
"6d"6 tcv{ r a-Lrdnt corrtut! u tlt lJ
+HH
+
H36 I I t..
zF J
- o. o E u d
LlJ q) AEE ao O o
=
o. OCJ(d g.lr H OrnCn c{ I
>.d t,
stt
.lJC/)--{
F HV OCr-{ N lU O-l rl J O.rl rd O o
-r O -lJ --l rdrdt{
O-tj+JO t-.1 5 z Ut o > .r{
& m OU h' O '-l tt E< (u
C) iJ IU (n o.
\1\ i /v}}