ML17151B075

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Revision 30 to Updated Final Safety Analysis Report, Chapter 5, Figures 5.1-1-01 Through 5.4-21
ML17151B075
Person / Time
Site: Wolf Creek Wolf Creek Nuclear Operating Corporation icon.png
Issue date: 03/09/2017
From:
Wolf Creek
To:
Office of Nuclear Reactor Regulation
Shared Package
ML17151A982 List: ... further results
References
WO 17-0045 M-12BB01, Rev 07
Download: ML17151B075 (6)
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Text

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* =t---__ _l_ __ +*_.. =*---1-, CONNECT! ON ..-..-. --' FOR TYGON REACTOR COOLANT PUMP PBBI2Jl A I 037-BCA-2 0 u "" a .. ,.._ z ' ' :--""' -DO: CSl m u z I <Xl N ' 0:-D<I r 0: UO <J: w 0: i}.o(<; "' r z ""' a .. Nl ' ' o, u "" ' ' i!l* "" " II ' -0 0: " 01-co U I OD Z N ' 0::-..... u D<I -r 0: uo <J: w 0: l N ' 0 u "" ' M " ' "" I 2015.04.15

(,568,20 -05'00' <J: u "' 0 u "' !. 2. 3. 4. 5. 6. 7. B. 9. 234-BCD-3/4 HOSE A NOTES: DRILLED RESTRICTION 3/8' IN DIAMETER. POINT AT WHICH QUALITY GROUP CLASS! FI CATION IS CHANGED FROM "A' TO 'B' SEE WESTINGHOUSE DRAWING M-761-00072. SEE WESTINGHOUSE DRAWING M-761-1210073. SEE WESTINGHOUSE DRAWING M-761-00074. SEE WESTINGHOUSE DRAWING M-761-00!2175. DETAILS OF REACTOR COOLANT PUMP MOTOR COOLING, SEAL WATER INJECTION, AND INSTRUMENTATION AND CONTROLS ARE SHOWN ON M-12BB03. RTO STRAPPED TO LINE. TYGON HOSE TO BE INSTALLED AT THESE CONNECTIONS TO VENT PRESSURIZER DURING DRAINING AND FILLING. DELETED 10. REFERENCE WESTINGHOUSE DRAWINGS M-738-00002, M-738-00003, AND M-73B-00004. II. ALL WELDS IN ASME SECTION III CLASS 1 COMPONENTS AND ASME SECTION I I I CLASS I PIPING OF NOAMI NAL PIPE 51 ZE GREATER THAN 1" MAY BE SUBJECT TO VOLUMETRIC EXAMINATION DURING PRESERVICE INSPECTION (PSI) AND/OR INSERVICE INSPECTION ( ISil PROGRAMS THE SPECIFIC WELDS AND THEIR INSPECTION REQUIREMENTS ARE DELINEATED IN THE APPLICABLE PSI/IS! WORK PLANS PROVIDED UNDER SPECIFICATION 10466-M-189 BOUNDARIES OF THESE PIPING SYSTEMS ARE IDENTIFIED WITH A SYMBOL FOR CLARITY 12. FOR P&IO LEGEND AND SYMBOLS SEE DRAWINGS 10466-M-120101 THRU 10466-M-12Qll04.

13. DETAILS OF STEAM GENERATOR SECONDARY SIDE PIPING AND CONTROLS ARE PROVIDED ON M-12AB01, M-12AE02, AND M-12BM1211 I 4. A DIRECT READING DIGITAL PRESSURE INDICATOR IS CONNECTED TO THIS LINE AT fHE NUCLEAR SAMPLE STATION, DOWN STREAM OF THE SAMPLE COOLER, PURPOSES OF CALIBRATING THE PRESSURIZER PRESSURE INSTRUMENT CHANNELS.
15. DELETED I 6. PRESSURIZER SAFETY & RELIEF VALVE DISCHARGE LINE SHOULD BE ANALYZED SO AS TO ASSURE THE INTEGRITY OF THE PRESSURIZER RELIEF TANK DURING & FOLLOWING AN SSE. 17. DELETED 18. DELETED ASTS<AUXILIARY SHUTDOWN TRANSFER SIGNAL> IS INITIATED AT RP11B B BY RPHIS-0003 WHICH TRANSFERS CONTROL TO THE AUXILIARY SHUTDOWN PANEL WHILE ISOLATING THE MAIN CONTROL BOARD CONTROLS AND INDICATION
20. THE PRESSURIZER RELIEF TANK IS A SEISMICALLY QUALIFIED ASME SECTION VIII COMPONENT
21. ISOLATE ALL RCS LEVEL INSTRUMENTATION USING REFERENCED VALVES DURING MODES 1 THRU 4. 22. DELETED 23. DURING NORMAL PLANT OPERATION, QUICK DISCONNECT

'OUST' CAPS WILL BE INSTALLED ON THE DRAIN ENOS WITH QUICK DISCONNECTS FOR STEAM GENERATOR BOWL DRAINING OPERATIONS, THE CAPS WILL BE REMOVED, AND A SECTION OF FLEXIBLE HOSE WITH QUICK DISCONNECT ENOS WILL BE INSTALLED TO ALLOW DRAINING TO THE CONTAINMENT SUMP TRENCH. 24. ACCELEROMETERS ARE INSTALLED AT EACH REACTOR COOLANT PUMP DISCHARGE ( 81

  • 25. LANYARD POTENTIOMETERS ARE ATTACHED AT THE FOLLOWING LOCATIONS, 0 LOOP STEAM GENERATOR COOLANT OUTLET ( ll ALL LOOP CROSSOVER LEGS AT ELBOW BELOW THE REACTOR COOLANT PUMP (4) REACTOR PRESSURE VESSEL HEAD< 5> 26. ACCELEROMETERS ARE REMOVED OR ABANDONED AT THE ' 0' HOT LEG REACTOR VESSEL NOZZLE. 27. 'B'STEAM GENERATOR DRAIN LINE BELOW BBV0475 HAS BEEN SHORTENED, WITH A SCH. 160 PIPE CAP WELDED DIRECTLY TO THE VALVE BODY (OVER THE PIPE STUB>. IF IT IS NECESSARY TO PROVIDE DRAINAGE OF THE PIPE CAP DURING WELDING <DUE TO VALVE LEAKBYl. A DRAGON INSTRUMENT VALVE ( SR80204001 J MAY BE WELDED INTO THE TOP OF THE CAP. CUT THE DRAGON VALVE TUBING ENDS TO APPROXIMATELY 1-1/2'. A SR52062007 TUBING CAP MAY BE USED AT THE END OF THE DOWNSTREAM TUBE.

REFERENCE:

ANY REVISION TO THIS DRAWING MAY REQUIRE THE HIGH PRESSURE COOLANT INJECTION SYS. P& I. D. M-1 2EM03. A REVISION TO TEST LINE USAR FI C. 5.1-1-01 ESSENTIAL REVISED Q ISSUED INCORPORATED CHG. DOC. THIS OWG. SU'ERSEOEO BY REV. DRAWING THIS OWG. SLPERSEJJ:S CHANGE PKG. NO. REV. REVISION lfiTES:REVISED TO REMOVE TCC SYS 88-112 ww* rLrP NUCLEAR OPERATING CORPORATION ELECTRONIC APPROVAL PIPING & REACTOR SCALE NONE INSTRUMENTATION DIAGRAM COOLANT DRAWING NUMBER M-128801 SYSTEM SHEET 32 34X44 E SIZE M-128801*1+32 G F E D c B A

8 7 6 INSTRUMENT AT ION CROSS REFERENCE LINE NUMBER CROSS REFERENCE RC PUMP PBB01A PBB01B PBB01C PBB01D PBB01A PBB01B PBB01C PBB01D THERMAL PI 0001 PI0002 PI0003 PI0004 BARRIER Pl0005 Pl0006 Pl0007 Pl0008 EG-120-HBC-4 EG-1 33-HBC-4 EG-!50-HBC-4 EG-162-HBC-4 COOLING TE0009 TE0010 TE0011 TE0012 EG-121-HBC-1 SEE NOTE 1 6 EG-151 -HBC-1 EG-1 63-HBC-1 TT0009 EG-123-HBC-3 EG-136-HBC-3 EG-153-HBC-3 EG-164-HBC-3 HS0009 EG-301-CBC-3 EG-298-CBC-3 EG-297-CBC-3 EG-300-CBC-3 TI 01211219 FH?ll!l1 7 FT01211 8 FT0019 FT0020 HB-001-HCD-1 HB-002-HCD-1 HB-003-HCD-1 HB-004-HCD-1 HI S00! 3 HIS0014 HIS0015 HIS0016 HV0013 HV0014 HV0015 HV0016 BG-164-BC8-2 BG-168-BCB-2 BG-1 71-BCB-2 BG-1 73-BCB-2 2-001 3 Z-12112114 2-0015 2-0016 BG-167-BCB-3/4 BG-169-BCB-3/4 BG-1 72-BCB-3/4 BG-1 74-BCB-3/4 FE00! 7 FE00!8 FE00!9 FE0020 FS001 7 FS0018 FS0019 FS0020 LF-890-HCD-1 LF -892-HCD-I LF-893-HCD-1 LF-891-HCD-1 FAHLillllll 7 FAHLill018 FAHLill019 FAHL0020 LF-894-HCD-1 LF-820-HCD-I LF-81 1-HCD-I LF-81 2-HCD-I FI 01211 7 FI 1211211 8 FI0019 FI0020 FE012125 FE012126 FE0027 FE0028 FT0025 FT12112126 FT0027 FT0028 MOTOR FSHL0025 FSHL121026 FSHL0027 FSHL0028 118-HBC-4 144-HBC-4 165-HBC-4 186-HBC-4 COOL! NG FE0029 FE0030 FE0031 FE0032 119-HBC-4 145-HBC-4 166-HBC-4 187-HBC-4 FT0029 FT12112130 FT012131 FT0032 12121-HBC-4 146-HBC-4 167-HBC-4 188-HBC-4 FSHL0029 FSHL0030 FSHL0031 FSHL0032 121-HBC-4 147-HBC-4 168-HBC-4 189-HBC-4 FE0033 FE0034 FE0035 FE0036 122-HBC-4 148-HBC-4 169-HBC-4 190-HBC-4 FT0033 FT0034 FT0035 FT0036 123-HBC-4 149-HBC-4 1 7121-HBC-4 I 91-HBC-4 FSHL0033 FSHL121034 FSHL0035 FSHL0036 I 24-HBC-1 150-HBC-I 171-HBC-1 192-HBC-1 Fl0033 FI0034 FI0035 Fl0036 1 25-HBC-1 151-HBC-1 1 72-HBC-1 1 93-HBC-1 FAHL0025 126-HC0-3/4 I 52-HCD-3/4 I 73-HCD-3/4 !94-HCD-3/4 REACTOR COOLANT 127-HC0-3/4 153-HCD-3/4 174-HCD-3/4 195-HCD-3/4 PUMP CONTROL HIS0037 HIS0038 HIS0039 HIS0040 128-HC0-3/4 I 54-HCD-3/4 I 75-HCD-3/4 !96-HCD-3/4 SWITCH I 29-HCD-1 I 55-HCD-I I 76-HCD-I I 97-HCD-I 01 L Ll FT PUMP CONTROL SWITCH HIS0!2141 HIS0042 HIS0043 HIS0044 130-BCB-2 156-BCB-2 177-BCB-2 I 98-BCB-2 PT0153 PT0152 PT0151 PT0150 I 31 -BCB-2 157-BCB-2 I 78-BCB-2 I 99-BCB-2 NO. I SEAL 132-BCA-2 158-BCA-2 1 79-BCA-2 DELTA P PI0153A PI0152A PI0151A PI0150A 200-BCA-2 P80153 P80152 P80151 P80150 133-CBC-3 159-CBC-3 180-CBC-3 201-CBC-3 PAL01 53 133-CBC-1 1/2 159-CBC-1 1/2 I 80-CBC-1 1/2 201-CBC-1 1/2 PDY0! 53 PDY0! 52 PDY0151 PDY0150 134-BCB-3/4 160-BCB-3/4 181-BCB-3/4 21212-BCB-3/4 PD/01 53 PD/01 52 PD/01 51 PD/015121 PUMP INLET NO. I T-01 72 T-01 70 T-01 68 T-0166 138-CBC-3 164-CBC-3 I 85-CBC-3 206-CBC-3 SEAL TEMPERATURE TE01 72 TE01 7121 TE0168 TE0166 PUMP INLET NO. I T-1211 73 T-1211 71 T-0169 T-0167 140-HBC-6 141-HBC-6 142-HBC-6 143-HBC-6 SEAL TEMPERATURE TE01 73 TEen 71 TE0169 TE0167 21 7-CBC-3/4 219-CBC-3/4 221-CBC-3/4 223-CBC-3/4 HI 501 81 HIS0!80 HI 51211 79 HISI2l1 78 LS01 81 LS01 80 LS01 79 LSIZII 78 12101-BCA-27 1/2 12121 -BCA-27 1/2 12138-BCA-27 1/2 056-BCA-27 1/2 RCP STAND-LAH01 81 LAH01 80 LAH01 79 LAH01 78 01 9-BCA-31 036-BCA-31 053-BCA-31 072-BCA-31 PIPE LEVEL LAL01 81 LAL0! 80 LAL01 79 LAL01 78 2-0181 2-01 a0 Z-0179 z-01 78 REACTOR LCV0181 LCV01 80 LCV01 79 LCV01 78 MAKE-UP 2S0181 2S0180 2sm 79 2S01 78 VALVE NUMBER CROSS REFERENCE WATER SUPPLY L Y0181 LY0180 LY01 79 LY01 78 PBB01A PBB01B PBB01C PBB01D NO. 2 SEAL FE0194 FE0193 FE0192 FE0191 LEAKOFF FIS0194 FI 501 93 FIS0192 Fl S0191 V0! 13 V0143 V01 73 V0203 FAHI2ll 94 V0! I 4 Vl2l144 V0! 74 V0204 V0115 V0145 V01 75 V0205 V0! 16 V0146 V01 76 V0206 V011 7 Vl2l147 V01 77 V021217 V0118 V121148 Vl2ll 78 Vl2l21218 V011 9 V0149 V01 79 Vl2l209 V01 20 V01512l V0180 V0210 V01 21 V01 51 V01 81 V021 I UPPER OIL LT0495A LT0495B LT0495C LT04950 RESERVOIR L1 0495A LI 0495B LI 0495C LI 04950 LEVEL LSHLI2l495A LSHLI2l495B LSHLI2l495C LSHLI2l4950 V0124 V0154 V0184 V0214 LS0475B LS0476B LS04778 LS0478B LOWER OIL LAHL121475B RESERVOIR V0127 V0157 V0187 V021 7 V0128 Vl2l158 V0188 V0218 V0129 V0159 V0189 V0219 V01 30 --V0!90 V0220 THRUST BEARING TE0479A TE0480A TE0481A TE0482A V01 31 V01 61 V01 91 V0221 UPPER SHOE T-0479A T-0480A T-0481A T-0482A V0132 V0162 V0192 V0222 V0133 V0163 V0193 V0223 THRUST BEARING TE04798 TE04808 TE04818 TE04828 V0134 V0164 V0194 Vl2l224 LOWER SHOE T-04798 T-04808 T-04818 T-04828 V0135 V0165 V0195 V0225 V0136 V0166 V121196 V0226 TEI2l483A TE0484A TE0485A TEI2l486A Vl2l478 ----UPPER RADI AL BEARING T-12l483A T-0484A T-0485A T-0486A Vl2l318 V121338 --LOWER RADIAL TE04838 TE04848 TE04858 TE04868 V0140 V01 7121 V0200 V0230 BEARING T-0483B T-0484B T-04858 T-1214868 V01 41 V01 71 V0201 V0231 V0! 42 V01 72 V0202 V0232 STATOR TE0487 TE0488 TE0489 TE04912l V0405 ----WINDING T-121487 T-121488 T-0489 T-049121 V0235 Vl2l237 V0239 V0241 TE0491 TE0492 TE0493 TE0494 V0236 V0238 V0240 V0242 TR0500 V0245 Vl2l246 V0247 V0248 PS0491 PS0492 PS0493 PS0494 V041216 ------OIL LIFT PUMP PRESSURE V0250 V0255 V0257 V0259 SWITCH V0251 V0256 V0258 V0260 HV001 3 HV012l14 HV121015 HV0016 HV81 41 A HV8141 B HV8141C HV8141D NO. I SEAL HI S8141 A HI S81 41 B HI 581 41 C HIS8141D HV8351A HV8351B HV8351C HV8351D LEAKOFF HV81 41 A HV8141B HV8141C HV81410 LCV01 81 LCV121180 LCV01 79 LCVI2l1 78 ZS81 41 A ZS81 41 B ZS8141C ZS81 41 D Vl2l261 Vl2l262 V0263 Vl2l264 Z-8141 A Z-8141B Z-8141C Z-81410 V02712l V0271 V0272 Vf2l273 HY81 41 A HY81 41 B HY8141C HY81410 Vl2l274 Vl2l275 V121276 V121277 SEAL COOL! NG HIS835!A HIS8351B HIS8351C HI S8351 D Vl2l278 Vl2l279 V1212812l Vl2l281 WATER INLET HV8351 A HV83518 HV8351C HV83510 V0282 V0283 Vl2l284 V0285 Z-8351 A 2-83518 2-8351C 2-83510 --V031 7 ------V0333 --V0344 V0319 V0320 V0339 --VIBRATION YE0471 A YE0472A YE0473A YE0474A V0345 MONITOR YE0471B YE0472B V0321 --V0340 V0346 YE04 738 YE0474B YE0471 C YE0472C YE04 73C YE0474C V0322 V0335 V0341 V0347 YE0471D YE0472D YE04 730 YE04740 V0323 Vl2l336 V0342 V0348 YE121471 E YE121472E YEIZl4 73E YE121474E V0324 V0337 V0343 Vf2l349 --V0325 YT0471A YT0472A YT04 73A YT0474A YTI2l471B YT0472B YT04738 YT0474B V121407 V0326 V0360 V0365 YT0471 C YT0472C YT04 73C YT0474C V0327 YT0471 D YT0472D YT04 730 YT04740 V041218 ----V0328 YT0471E YT0472E YT04 73E YT0474E V0329 ----V0366 YTI S0471 YTI S04 72 YTI S0473 YTI S0474 --Vl2l330 ----YTI 50471 A YTI S0472A YTIS0474A YTIS0474A V0331 ----YAH0471 V0332 --YAHH0471 V0352 V0354 V0356 V0358 V0353 Vl2l355 V0357 V0359 UPPER BEARING LS0496A LS0496B --V0350 V0361 V0364 OIL COOLER LS0496C LS04960 ENCLOSURE V0362 V0363 LEAK DETECTOR LA0496 --V0334 ------V0398 --V0368 V0369 V03712l V0371 V0374 PBB01A PBB01B PBB01C PBB01D Vl2l376 V0377 V121375 V0378 V0379 V0380 V0381 V0382 V0390 V0391 --V0392 Vl2l383 V121384 V121393 V121394 V121395 Vl!l399 V0385 --V121396 V0386 Vl2l387 V0388 Vl2l389 V121443 Vl2l445 V0447 V121449 V0486 V0444 Vl2l446 V0448 V121450 V0451 V0452 V0453 V0454 ----I v ' M ' 0 u I ' "' N Ni'DLDLD I I I I LL.LLLL.W RCP STANDPIPE SBBf2Jl SBBf2Jl =B SBBf2Jl C;::: SBBf2Jl 0=---> 5 FROM LS04 768 LS04 778 LS04 78B LSHL0495A LSHL04958 LSHL0495C LSHL04950 SEE s-__________ , ' NOTE 2 , B ', 0475B ', ' 4 LSI2l4968 r--sF ROM LSI2l496C NOTE 6 I LS0496D , 12122 .........__.,. I ' 3 NOTE 6 @.R 121500 0 6 06B FROM TE04798 TE0480A & TE0481A & TE0482A & TE0483A & TE0166 TE0480B TE0481B TE0482B TEI2l483B _ ' ' TEI2l484A I TE0485A I _ :_ : ', TE0486A 1 ' -s TE0487 & TEI2J484B & TEI2l485B & TE04868 TE0167 TE0168 TE0169 TE01 7121 TEI2l1 71 TEI2l1 72 TE01 73 , 0 1 TO , '-------TE04B8 TO I TO TO I TR12150121 I TE0489 TR0500 I YT0471 D YT0471 E I . :_ I I TE0490 TO '-0 LS ......,.. "-{" '- 1 : FAHL012125 A I I I TO I ( G-21 (¢E'] (¢E'] '-" NOTE 6 0471D 0471E TE 1214798 121479A : e;53 < H-5 l 0491 TO HIS0037 SEE 0 LT : M-12BB1211 ( F-21 0041 NOTE 14 0495A 0495A '-0 -.,...-)--_...L ____ L__l._ _ _L __ L_ _ _l-(/ '-._.-./ '----""'021

l-----------------l-------;P;;:B;;:B:;;0;-:1 B;:-;;&--0s-8 I 2 COMPONENT COOL! NG WATER 'i ------_ _ PBB01 D ONLY '----""' -._h NOTE 6 w!f/n4" 1 VI PB801 A ONLY I VI J -,1. !5 7 '\7 ::i 3/4"1Vl -, g2 n1Vl ** <0 --n -"' -.->

c'> MOTOR AIR !Sl co PBB01 C . I COMPONENT COOLER > , o. ONLY J15 0033 COOL! NG r WATER 11 B-HBC-4 r-=r-,...----1: rz. R N :f---..L-c 11 9-HBC-4 , 0 ,---,f----.--J._---'------__,-, 1 ,f------.------_1_1 M-1 2EG03 PBB01 A ( D-31 PBB01 B ( E-31 PBB1211 C ( G-31 P8801 0 1 B-31 V0113 'r *'-, , r , , PB801 A & 3/4"<Vl , PBB01 A ( D-3) PBB01 B 1 E-31 PBB01 C ( G-31 .. * *r-PBB1211 D < B-31 PBBI2l10 ONLY ,... I 1 * ( OJ 1 I ( OJ '. " PBB01 B & PBB01 D 'fl ------lJ -COMPONENT PBB01 C ONLY ONLY oo 1 * <OJ 1

  • 1 Dl COOLING oo 121181 WATER "V PBB01 A & P8B01 B 1 ';7; ----s FROM FSHL0026 PBB1211 C ONLY THROUGH FSHL012136 1 1H-2 & F-31 , -*"' "'> PBB"l D ONLY ONLY -022 >---_:_1:::_2:;:0-_:HTB::C:...-_::4

________ -[ r-)-L ".J 1.2 MOTOR AIR 1 " > M-1 2EG03 , rv -, ,---COOLER -* - L_ __ P_B:...80:.:1:..:A_::_:_1 -C -/31 , .. PBB01 B 1 E-3:L !__:_ S \__,__.J-*"' <> ....____... 022 *u .,... > PBB1211 c ( F-3) D PBB01 D ( B-31 1 I (OJ COMPONENT COOL! NG WATER 4*r:2: M LJ> 1 * ( Dl P88018 & SEE 2 N N 12122 L___,i,-COMPONENT COOL! NG WATER 122-HBC-4 > M-12EG03 U M UPPER BEARING COOLER PBB01 C ONLY 123-HBC-4 t-------------___;_:..:....;.;:.:_...;_ __

[X} --2-0:

-L?>::__:M_:_-_:_1

_:2E:_:G:_::0:_3

_> PB81211A PBB01B PBB01C (C-31 m .. N ( E-31 S I 1G-31 -LJ> PBB01D s COMPONENT u ** :;: COOL! NG *r-> WATER > ________ _l ____ M-1 2EG03 / 1,-'(l--'l r-PBBI2l1 A ( D-31 PBB01B I E-31 PBB01 C < G-31 1---------------., P8B01D<A-311 I Z-121181 I I (2)1 81 I ' '""' M M u> u> 1"(0J 1"(0J LOWER BEARING COOLER -------SV[A INTERLOCK TO FAHL0025 FT 053 1G-ll 0029 '712 '7 :;-: ' <;:. 125-HBC-1 V0235 V0236 PBB01A PBB01B PBB1211C PBB01D COMPONENT COOL! NG WATER ( C-31 1 E-31 < F-31 ( B-31 PBBI2l1 A PBB01 C PBB1211 B & PBB12110 ONLY ONLY PBB01 A PBB01 8 & PBB01 0 ONLY 1 \ ZS 0A ,,. u aJ I L___M;,-,;1_;2:_EG:_:0:_:3_> PB801 A 1 D-31 PB801 8 1 E-31 PBB1211 C ( G-31 PBBI2l1 0 ( A-3J REACTOR MAKE-UP WATER A. S. _......1211 81 V011 6 5

  • M-128L01 < u 3/4" ( OJ PBB01C ONLY F. C. SBB01 A < C-21 SBB01 B < B-21 SBB01 C 1 8-21 SBB01 D 1 8-21 L_ ________

REACTOR COOLANT DRAIN TANK C lr u> 3/4" (OJ 3/4" < V1 APPLICABLE TO PBB1211 A, PBB1211 B , PBB01 C * & PBB01 0 SEAL 3 APPLI CABLE TO PBB01 A. PBB01 B. PBB01 c. & PBB01 0 .. '"' u iii 1"(0) I PBBI2ll A ONLY CTMT SUMP 3/4'1 --1 II LF-894-HCD-1

-::;:::

11-.,_ ""/'1 i--------- z M-12LF1219 PBB01 B & P8801 0 ONLY 3/4" 1 VI PBB01 A < 0-41 PBB01 B ( 0-7l PBB01 C 1 D-71 PBB01 0 1 0-31 > ------A.S. '0 8141A / 121471 A FROM YE04 71 D J--, FROM I YT! S0472 I YTIS0472A YTI S04 73 YT!S0473A YTI S0474 YTIS0474A 1 ? ___ c-...... -§_J PBB01 A ( H-8) v.J P880!8 1 H-B) N N P8801 C 1 G-Bl U > PBB01D<G-8l l'<Dl L__L__1 f-. 1-------'1'---" ---l C lr u SEAL 2 n NOTE 15 PBB1211A & PBB01 C ONLY 3/4' ( Vl =--cr --------rol. v .. c r""' ,.. --,...-001 F. (ZS\ 41..e,,;:, 1--'1--'-1 '--/4'--"----<--; _________________ ___________ ) SEAL WATER FILTER M-12BG01 > I"TC& FIS PB801A < V1 01 94 ONLY n '----""' SEE 1 -s :ri S o M 01 94 ---v ----s ....____... 022 '---aJ "' FIS0193 FI S01 92 FI S01 91 1 I ( Dl -j /TE'f-------l 0172 NOTE 6 I I_-----5 141 ill > 0 314'(Vl PBB010 ONLY NOTE 7 : r 3/4" 1 VI 8351 A u.o ----;= SEAL 1 11 f F.O. I 34-BCB-3/4_] NOTE 6 __ _[ TO )TR0500 -,..-021 -,.... .. ae TE o \'l -c " 01 73 Nw -(...-------. BG-1 64-BCB-2 jl HV I ---{::1 PT SEE I CHARG! NG PUMP .. b NOTE 3 l V01 36 \(ll 53 I /E /------SFROM PB01512l @J ___________ B ----SFROM PB0151 0153 I I 0153 ) M-!ZBG 0 l > -{:0 BFC:;:B::.- 1 1/2" PBB01 A 1 A-71 <4>

  • P-41 V011 8 V011 9 V 1 01 ;0 V01 21 11 PBBI2ll B ( A-6) ( PBB01 Al I PBB01 C I A-41 U U '==P=-

1 PBB01 Bl PBB01 D ( A-31 r 1 PBB01 Cl c; i e '" <eOOA 'lc; i -----ill cr cllr 314" < Dl .. PBBI2l1 B & U > PB801 C ONLY 3/4" X 1" RED. LJ I" TC & 1 Dl 3/4" TC & ( Dl PBB01 A, PBB1211 B & PBBIZII 0 ONLY PBB01 C ONLY 3/4" ( Vl 3/4" < VJ 3/4" ( V1 & 1 TCI & 1 TCI & 1 TCI 'r= 'r= 'r c"": :_> 3/4" (OJ PBB01 A, PBB01C & PBB01 0 ONLY aJ u aJ 3/4"(01 PBB1211B ONLY I LABYRINTH SEAL I ....____... I I , s @ : : -----FROM PB01 52 12121 121153 SEE NOTE 2 ....____...12122 SEE NOTE 9 ITJ 0013 7 021 [] ' SEE NOTE 9(F'S'\ I SF ROM TE001 0 : I 12153 § --s FROM TE0011 : FT PBB0IB ONLY __ -SFROM TE 0012 , 001 7 PBB01A PBB01B PBB01C PBB010 ( A-71 ( A-61 ! A-51 ( A-3l NOTES I. 2. 3. 4. 5. 6. 7. B. 9. REACTOR COOLANT PUMP PIPING AND INSTRUMENTATION TYPICAL OF ALL FOUR 141 LOOPS TAG NUMBERS SHOWN UNIQUE TO PUMP "A" TAG NUJvEERS CORRESPONOI NG TO ARE GIVEN IN TABLES. SINGLE ALARM POINT FOR ALL FOUR ( 41 PUMPS. SHOWN IS ON PUMP ARE OTHER PUMPS RESTR! CT! ON OR! Fl CE 3/8" 01 AMETER POI NT AT WH! CH DUAL! TY GROUP CLASSIFICATION IS CHANGED FROM A TO B

  • DELETED. REFERENCE WESTINGHOUSE DRAWING M-738-001211215.

THESE ARE INPUTS TO THE NSSS COMPUTER . VALVES HV8351 A, HV8351 B. HV8351 C & HV8351 0 ARE ALL ASSOCI ATEO WITH CHANNEL 4 POWER SUPPLY. THERMAL BARRIER CODLING COIL HAS INTERNAL PRESSURE DESIGN RATING OF ISO PS!A. VALVES HI S12101 3, HI S001 4, HI S001 5 & FEI2l019 & FEI2l0212l ARE ALL ASSOCIATED & CONTROL. HI 50016 AND FE001 7, FE012118, WITH CHANNEL 1 POWER SUPPLY 10. TYP! CAL T BAR SWITCHING TO MULTI POI NT RECORDER TR 50121 FROM NSSS COMPUTER.

11. 1 2. ALL WELDS IN ASME SECTION Ill CLASS I COMPONENTS AND ASME SECTION I I I CLASS I PIPING OF NOM! NAL PIPE SIZE GREATER THAN 1" MAY BE SUBJECT TO VOLUMETRIC EXAMINATION DURING THE PRESERVI CE INSPECTION (PSI l AND/OR THE I NSERVI CE INSPECTION ( I 51 l PROGRAMS THE SPEC! Fl C WELDS AND THE! R INSPECTION REQUIREMENTS ARE DELINEATED IN THE APPLICABLE PSI/lSI WORK PLANS PROVIDED UNDER SPECIFICATION 1121466-M-189 BOUNDARIES OF THESE PIPING SYSTEMS ARE IDENTIFIED WITH A FOR CLARITY. WELDS IN ASME SECTION I I I, CLASS 2 HIGH ENERGY PIPING H G F E D c COMPONENT COOLING WATER -... in ---------... -----... V M M '"' '"' 'I"

N ID ,-0>> ,7;; '7 v u > I r:Z" 7 v iii , , iii COMPONENT CONTAINMENT PENETRATION AREA OF NOMINAL PIPE SIZE GREATER THAN ONE INCH, MAY BE SUBJECT TO VOLUMETRIC EXAMINATION DURING THE > M-12EG03 >---PBB01 A ( 0-31 PBB01 B ( F-31 PBB01 C ( G-31 PBB01 0 ( C-3) EG-123-HBC-3 V121443 HBC .. I,.CBC I 33-CBC-1 1/2 'J V0444 133-CBC-3 ,7;;; ';;. iii > PI 0001 0 aJ u PSI AND/OR lSI PROGRAMS THE BOUNDARIES OF THESE PIPING SYSTEMS I .II 2" i-------=---1 . -1/ -l > -r > COOL! NG WATER -.. frVC}1 I f-------(Xf ) M-1 2EG03 > ! . Lp 8801 B V026I PBB0I A 1 o-31 EXTEND THROUGH THE ISOLATION RESTRAINT SYSTEM INSIDE AND OUTSIDE OF CONTAINMENT WHICH PROTECTS THE CONTAINMENT PENETRATION THE SPECIFIC WELDS AND THEIR INSPECTION REQUIREMENTS ARE DELINEATED IN THE PSI/lSI WORK PLANS PROVIDED -M "' > 1 * ( OJ PBB01 B ONLY 0 aJ u "' M :':: 1/2"(01 PBB01 A & NOTE 8 " ONLY PBB1211B <F-31 1----------l , ::i PB801 C 1 G-31 THERMAL . J g PBB010 <C-31 BARRIER __ > COOL! NG COIL !'(OJ v PBBI2l1 B & ;:;:; PBB01 0 ONLy I u 12101-BCA-27 1/2 (I Dl --s ID u ' " -N PBB01 C 1 ONL Yl L--.--------.-_j < M-12LF09 <(---c r V0124 PBB01 A ( F-31 I REACTOR COOLANT PUMP PBBf2JlA PBBf2JlB PBBf2JlC PBBf2JlD SEE NOTE 1 P8801 8 1 E-61 PB801 C 1 E-51 PBB01D <E-41 HCO CBC s I 3. UNDER SPECIFICATION 10466-M-189. ARE PROVIDED FOR CLARITY TO INDICATE ASME SECTION I 1 I. CLASS 2 PIPING SYSTEMS WH! CH ARE SUBJECT TO THE PSI/I Sl PROGRAMS AND CONTINUE ON TO OTHER P & !D'S. 14. LIGHT I NDI CAT! NG ADEQUATE 01 L PRESSURE IS AN INTEGRAL PART OF HIS. 15. FOR PBB01B, LINE TEES DIRECTLY INTO EG-239-HBC-10", REF. M-13EG13 USAR FIG. 5.1-1, SHT .3 ESSENTIAL ORA WING REVISED Q ISSUED INCORPORATED WIP-M-128803-014-A-1 CHG. DOC. THIS OWG. SU'ERSEOEO BY REV. REVISION lfiTES: THIS OWG. SLPERSEIJ:S CHANGE PKG, NO. REV. 014173 PIPING AND INSTRUMENTATION DIAGRAM REACTOR COOLANT SYSTEM NONE 34X44 E SIZE M-123803+1+15 B A r-------------------- ------------------- T-------------------- i--------------------l-----------

6--------------------

T-------------------- s--------------------J------------------- 4---------

T------------------ --3-------------------- T-------------------- 2-------------------- l------------------- ---------------------, I I RV COFzE SU8COOLING MONITOR TRAIN SEP. GAP. TIC JUNCT. BOX NO. A 1 880004t\ 8 4-880004Ei RV CORE SUBCOOLING MONITOR NOTE B THERMOCOUPLE/CORE COOLING MONITOR DISPLAY INSTRUMENTS FOR CONTROL BOARD SECTION AND OR OTHER CABINETS INSTRUMENT TAG NO. LOCATION UUl 390A RP12181A TRI 390A RP081 A TI 1 RUI022 RL0022 TAL! 390A RK0020 TALLl 391218 TIC NUMBER TRATION NO. 38 30 33 5 45 4-1 SPR 75 4-8 20 4-4 4-7 49 4-3 SPR 76 4-2 39 15 35 13 4-6 7 77 31 27 32 29 4 11 SPR 78 37 9 17 12 36 SPR 75 24 23 19 50 25 22 18 76 4-0 16 14 34-10 26 2 8 28 3 21 SPR 77 E3 SPR 78 IT] c§B>----:-- ' -'--""" NOTE 2 ITJ/,?\ TE 1------1 I 1314 3/16"

  • FILL ' '-'"' NOTE 2 v3/16"X l/4" TRAIN A I /4' 1.1 INOTE 5 N'i '-' z AE3ANDONED I N PLACE\ CO N :> ' ,_ -1.1 I NOTE 5 r-vj 1/4' TRAIN A TIC JLJNCT. BOX "' SEE TABLE ( H-8) --------------------------------.--------------

' ' ' ---------------------------.------------------- TRAIN B TIC JUNCT. ' ' ' ' ' ' -------------------r-------.-----.-------------- BOX ' ' ' TRAIN B M-l2BB04 > ( F-21 FILL l . SLOPE .L:::l 305-BCA-ITJ ITJ 1 8001A 812102A 1 I ........._...fll21 ............... 021 I I I I I I I I I I I I I Ps\ s ("HV'1 ("HV'1 s Ps\ rl X 3/4 r---'::2.:.50"----'B:.:C;.:B_-:...l ______ .... r...._ _______ _, .. ... l------'2:.:5:.:e_I-.:.B;:;CO:...-_:;l_--lr-t: I 0 I Dl OUICK DISCONNECT W/CAP ..-..., SLOPE ..-..., SLDPE .___. F.C. .L:::J F.C. 1:::::,. BCD TUBING BCD "' SEE NOTE ra \ 1--;;-\ V0410 8J I ......_021 ' ' ' ' ' ' BCB BCD 8]<£ Y021 : ' ' \1 v !_/ u ..--. '---214-BCA-1 Ps\ s M HV s ::!_" \ "' e eB rl X 3/4 NPT .__:2;.:5.:..1...;- B:;C:.:B:...-.:..1 ______ .., ..... t--------..-""'------'2'-'5:.:.1,_-::;BC:::D::..-..:.I_-{r-t:_:J--f '-*I OJ F. C. SLOPE F. C. SLDPE W/CAP .L:::l 1:::::,. ia " k TRAIN B FROM TOP OF RV ll M-12BB04 BCB J ( F-5l FLUX THIMBLE 8\8" X 3/4" _/ V041 6 3/4' INSERTION POINT REO 1"':-i

  • r--3/ 3/4" BCD "' BCD TUBING ' ' ( _____ ...J ' ' ' ' ' ' '-'"' NOTE 2 8016A TUBING I sc:s I I .L:::] 252-BCB-3/4 C]f---i-.J r1_

n / "'--.....__ ITJ : ' I_---...J ' '-'"' IT] ' ------ '-'"' SEE NOTE 2 SEE NOTE 2 '--""' ' '--(' I NOTE 6 I _...L-... NOTE 6 LT (LT 'r-1 31 I NOTE 3 LIS .. .. === .. .. -I 312-0405X 5 '-----""'11 8 022 ' ' PT 0405 "---./ NOTE 3 0---' ' ' ' '

,----------

---' "--.,--/ "----""' 1 _( TO COFIE SUB-1 :---COOLING MONITOR 1 ' : s TO PB 041215C ,----M-!2BB01 (H-Il ' r----s TO S TO EJZA870! B ( M-12EJ01) ( B-8l TO EJHV8701A & EJHV871211 B ( M-I 2EJ0Il ( C-8, G-8) j,VsEE NOTE I " I RBB01 1 8J TRAiN B \\ NOTE 2 !Jl E0--------{I 7 }------------- '\.--' ' '-'"' TRAIN A NOTE 2 I ' N0 5 TE

  • FILL -£><: L-11 J-7 I SEAL TABLE I -' M ' D u I ' M "' N 254-HC0-3/4 SEAL TABLE FLOOR DRAIN ( ORWl II A--I -TBfl 318 lj 01 NOTE 2 TI1AIN B ' '-'"' NOTE 2 FILL " z -8Jf"TF", f---j TE NOTE 2 8Jf"TE'-, TE NOTE 2 NOTE 3 8J ' ' '

'-'"' SEE NOTE 2 "' 1 NOTE 6 ' rV SEE NOTE 2 ' ;_ NOTE 6 --{I ( ([ L L1 S 3/1 6' :" 3/1 6" ________ .__ ___ __, I 321 1------="'---r-l-----j

1 --.-"----""' I NOTE 3 I LIs ' I 322-.-,,,------:--------'

P-59 I 3/1 6' ' "----""' ' I lm I cgz A : 2 (P';\ \(321 _v ____ J 020 I @j PT 121406 8J ,------@ : 1211212 ' ' ' ___ _j ' ' : 8J ' 121406X "----""'!! 8 ' '

*----------------J I 022 ' ' ' ' ' ' ' ' ' ' ' TO EJZA870l B ( M-12EJ0l l ( A-Bl ' ' s,---_:_---*-

,-------'-.../'-.../ 1 I I I TO PV8702A ( M-1 288011 -----------( F-41 ( H-6) .....v--. I I I py PI TO PB0403C TO CORE : : 1 0403 041213 M l 2BB"I ( A 6l SUBCOOLI NG , fi""7il r-;;-1 ' "---./ '-------' -* -MONITOR 0403Y 3 "--.,--/ 022 '--""" TO RVLI S NOTES: I. REFER TO NOTE l ON M-128801.

2. SEE WEST! NGHOUSE PROCESS BLOCK DIAGRAMS-W DWG.

2326090 ( 4 SHEETS) -BECHTEL OWGS. M-761-00441, 442, 443 8t 444, AND WESTINGHOUSE INSTALLATION SCHEMATIC.

3. L1 S-1311 , 131 2, I 321 & I 322 ARE HYDRAULI C I SOUl TORS WI TH A MALFUNCTION INDICATION.
4. DELETED. 5. HYDRAULI C SENSORS. 6. LEVEL TRANSMITTER ELEVATION ABOVE HYORAULI C I SOLA TOR AND NEAR CONTAINMENT PENETRATION.
7. DELETED 8. FOR THERMOCOUPLE/CORE COOL! NG MONITOR SEE WEST! NGHOUSE DRAWl NG 2332078 I 5 SHEETSI BECHTEL DRAWl NGS M-764-00317,.

M-764-00318, M-764-00319, & M-764-00321. USAR FIG. 5. 1-1-04 ESSENTIAL ORA WINIG AEVISEO Q ISSUED INCORPOAATEO CHCi. OOC. TillS OWli. SUPERSE:r£0 BY REV. THIS OWO. &.FEASEIES REVISHJI I'IOTES: REVISED TO REMOVE TCC SYS BB-112 CHANGE PKU. NO. "* NUCLEAR OPERATING CORPORATION ELECTRONIC APPROVAL PIPING & INSTRUMENTATION SCALE NONE DIAGRAM COOLANT REACTOR SYSTEM DRAWING MJMBER M-128804 SI£ET REV 22 H I G F E <h D c I B A ---------------------

__ l_---------------------------------------- _ _ll_------------- _l_---------------------------------------- _t ----------------------------------------- _l_----------------------

31XU E SIZE----

c 8 ------ 7 #'. ' . ' .. *

  • I -** ,_
  • 0 I -I[) -..... , . ' . . " v * " ;'Q SYM A(?OUT t I -I[) ' ' * ,J * * * * * . *.
  • J' * ** ' I ' ' * ** ' *-' :,;. #-. *, COLD PIPE COLD GAPS FOR COLD PIPE SHIMS SHIM NO.I GAP SHIM NO.I GAP 1 2* 3* + 9/16" -1/4" + 0 3t4" -1/4" + 0 3J411 -1J411 *SEE NOTE 14 FOR ADDITIONAL COLD GAP REQUIREMENTS.

4

  • 5 6 *+ 9/16" -1 l4 + 3tB" -1t4" + 3/8" -1/4" p 3 r-----6 ------r ------REACTOR 19 1-0" 1 7'-o" I 1 II 7-OY2 9 1-11 rc(Ao 0 I HOT PIPE PLAN AT EL 2014 1-6" SCALE y,4',1'-0" * ' 0) 0 -1 I' ;,._N 0 -I I' ,:,. N -' 0) = 0 -r-!-b -* I' *-s-* *-* *-* *-* *-* *-* *-* * * *-* *-* *-* *-* *-* *-* 4 *-* *-* *-* *-* *-* *-* *-* r * *-* *-* *-* *-* *-* *-* * * *-* *-* *-* *-* *-* *-*
  • 2 ' " 12-1 TO ( ( =( u: EL. 201' FOR LINER £ DETAILS SEE DR.AWING C-OL2! 3'-3'1 TO W. P. <t REACTOR 1 1-5 " I 5 ,1 l 1 -{_5 '1 ' " \..J 1-4 1'-2 ' 1'-1" 11" 2 .. -',. ----' OJ ,*. I "/ --VJ i? ;, -t--. ;*"* 0 . ' . ' : =::;r ' '*, ... '. z \ * * * 'I> * / ------'-' ' / /6" / b!;-I -,-/ I VJ 3 ' " lL 1-2 '-sTOP BARS :i ) ' " ) A-EL 2014 .1 6 -FIELD DRILL 4-!" ¢ .-----'t:. ' ) I 0 <{ TACK, 10" 10 11 0::: WELD/ *co 4\ -' ' C\: RE '-.:/\ "

I# -+ I \ -fit -... 1'-G" .* . . --- 3 tB"x'2,.. COM --- '. /."

  • 11 * -MATERI. )30 SECTJON -BY GR,t>j TYP 114V D /c" EQUAL) SCALE 1=1'-o*

-** J TYPICAL COLD PIPE \ GROUT HOLES LOCATED AT 180° & 270': S SHOWN ED 30°(TYP) CLOCKWISE BLE MII R ) +I := M-'<l' '<l' PLUG WELD GROUT HOLES &. AIR VENT HOLES AFTER THE GROUT HAS CURED. t 'I GROUT (CONTRACT

  • 'C-101) (SEE 1'\, ,
13) . . . .,.r:. . . . . . : . __ ,'" .. ' " 12'-1 TO REACTOR 1'-1o" FIELD CUT TO SUIT 0 <{ 0::: ffi 2 VJO -z t--.

'i_./ ' . * . ,. ,. I II I ' " 1-1 1-1 (6'\ 1'-o" 10 11 I "---...../1 .. **I . . . ' I>

  • I . ' . ' ... f? t>*:: 0 . '-4 --------: I I I STOP BARS 0 ----1-I I 6 . i 6 ... * *I 1 o'l -+t-----t--rr-E[ I II EL 2014-6 ---. *co ci 0 '"o ' "L() 1 " IE. \!!I 1 I* ' .. 12-1 RAP.

(5: II 3/.4 x 3 LG. SHEAR lACK WEI..D 3 LG. SHEAR STUDS AT 300 (TYP) I I STUDS AT 30° (TYP) I II 12-1 RAD @ V RESTRAINTS SHOWN ARE ROTATED 30°(TYP) 0 <l: 0::: -CD _I N ,--SEE CHART FOR COLD GAPS OF SHIMS Ft 1 11 1'-4 3 h2 R (REF) -------I -'-u ,*).:.-;,*1>* OMIT SHEAR STUDS AT SCREWS (TYP) -----.. 1 1'-4 3/32" R (REF) INSULATION--' (SEE DWG M-05002) !fA., "x5"x 2 '-4"(SH IM) AS REQ'D IN FIELD---------, TYP...-\ li1"-...__ 1" _/ frJ' ......_.., t-..tv . " '?'r_p .... . I G:i 1£ 1 _/ / T y P.) 1,.,: 2 DETAIL

  • SCALE 3 *,. 1'-0"" TYPICAL COLD PIPE

.. (A'. SCALE ,.. :I-" '-:::.1 --<Tt.CK . WELD lJs* v-<!vP 11 I 11 it 2><.0-2 GUIDE !e. ( TYP.) II kll I II L 2x1*.:x0*2 STOP BAR AT END ]_-iJ" q,x 10" SCREW __ WI HEAVY HEX NUT (6 REQ'D I RESTRAINT) TYP 3 " . ft 1 -CD 0 l<l: 'No::: +I - '<l' EL. 2011'-6" ,, ____ 3t8"x2" COMPRESSIBLE --IH-1---::- 1 ... I 1 ('-: *. -:. ** .

  • MATERIAL (RODOFOAM II ... 4 :>; *'!,* ** ** BY GRACE & CO, OR I .. 9 II 7 II EQUAL) (BY OWNER) .. : TYP 114 17 ,,..,,,
  • FIELD CUT TO SUIT GROUT (CONT. C-101) SECTION SCAlE 1"=1'-0" TYPICAL HOT PIPE LDRIU. 1"q, HOLE SCREW(TYPJ DETAIL. r4' SCALE 3 11" 1 1-0" ,/ INSULATION (SEE DWG M-OS002) I' 1/ II I II 2xF2 x0-2 Y n) I 7 T r. 313 STOP BAR AT END a.
T--J .(0 §!::*

-..._ TYPICAL HOT PIPE SECT lOt" B SCALE -IJ" I " <TYP / WELD ,----flfJ}4"x3"x1'-8"(H0T PIPE) l,. (SHIM) MACH AS [lf,1Y 8";'3"x2'-4"(COLD '*'IPE)j REQ'D IN FIELD TACK)\ \ - WELD ' 4 -.--\ 5/8" +3/16" GAP(COLD POSITION) -5116" (HOT PIPE ONLY') <,J I 11 1£ 2x 0-2 GUIDE JE(TYP) Y4" (fVO/'vfJ rse:e: rv-U/f: 5, ? rh, AT ENDS11 2 6 \ ,, ,'1--Jt "x9"x2'-4" (SHIM) M H AS REQ'D IN T ypy_, !e. 1 4'x.1 1-1 o" ( HOT PIPE ) It 1'Ji'x 4\ 2-6(COLD PIPE) __..--'WELD (HOT PIPES) 2 3 132'(COLD PIPES) It 1 " 1£ FIELD (TACK I --. WELD I I I -* E'. 1" fl_1318" 3 I I 1 II Ft 4x2x0-2 GUIDE !e.( TYP) ,. (2 '. SCAU -, 1'-o-'-J -----/TACK ..----, WELD --I-- I 7 ,-11 1 II I II Sl ')p BAR AT END PIA!) 1)2:x.6x 2*-6 (CDLD PIPE) (3-....., ---SC.A.LE 3'* * * -v-* '-=/ *-.. -**j_ **-**-**-**-**-**-.. -**-**-** -**-**-..

  • -OMIT SHEAR STUDS LIFTING LUGS HOLES le I )(TYP 30* _,,, .... '6*!? . -t:"' DETAIL 6"'1

-1 JJ cz ........ Ill r-'1 2 I I 3'---.... ---6 ..... I I y I I z z i \ 4 I z . ' 2 4'-----' 5 I i REACTOR BLDG. KEY PLAN NOTES 1. ALL DIMENSIONS GIVEN ARE IN COLD POSITION U.N.O. 3 -.. 6 2. MATERIAL FOR THE 1" THICK COLLAR RING SHALL BE ASTM A516 GR.70 3. THE 1" THICK COLLAR RING AND BUILT UP FILLER MEMBERS SHALL BE POST WELD HEAT TREATED . 4. SURFACES WHICH RECEIVE SHIMS AND/OR BEARING SHALL BE MACHINED TO THE DESIGN CONTOUR. 5. SHIM AREA AS INDICATED ON THE DRAWING SHALL BE PROVIDED WITH NOT LESS THAN 50% OF THE BEARING AREA. B. SHIM PLATES SHALL BE SHOP TACK WELDED TO THE BUILT UP FILLfR MEMBER AFTER PROPERLY ALIGNED . 7. THE.RADIAL LOCATION INSIDE RADIUS AT ANY POINT OF THE 1" THICK COLLAR RING SHALL NOT VARY FROM THE DESIGN RADIUS BY MORE THAN 1/B". B. RESTRAINT ASSEMBLIES SHALL BE SHOP PRE*ASSEMBLED TO INSURE PROPER ALIGNMENT AND DELIVER TO SITE AS ONE UNIT FOR EACH RESTRAINT.

9. THE MAXIMUM ALLOWABLE GAP AT THE SHIM OR BEARING SURFACES SHALL BE 1/16". SHIMS MAY BE AODED BETWEEN THE OUTSIDE FACE OF THE INNER RING AND THE INSIDE FACE OF THE SPOKE TO MEET THIS REQUIREMENT.
10. THE FIELD MACHINED SHIMS SHALL ACCOUNT FOR THE AS*BUILT DIMENSIONS OF THE RESTRAINT RING, THE INSIDE FACE OF THE INNER RING, AND THE OUTSIDE DIAMETER OF THE HOT AND COLD PIPES AT EACH LOCATIO.N.
11. DE LET EO Q: 0 .... ... "' "' Q: 12. THE OUTER RING SHALL BE PRESSED .AGAINST THE COMPRESSIBLE MATERIAL AS MUCH AS POSSIBLE TO PREVENT LEAKAGE OF GROUT 13. DELETED 14. THE AS-BUILT COLD GAP AT SHIM.3 MUST BE: A) SMALLER THAN (OR EQUAL TO) THE AS .. BUIL T COLD GAP AT SHIM .ft1. 2, B) SMALLER THAN (OR EQUAL TO) THE AS-BUILT COLO GAP AT SHIM*4 PLUS 3!16", REFERENCE DRAWINGS C-OL2930 REACTOR BUILDING LINER PLATE REACTOR CAVITY WALL MATERIAL RESPONSIBILITY
1. STEEL TO BE FURNISHED UNDER SPEC 10466-C202 USAR FIG. 5.4-21 ESSENTIAL ORA WING Q REVISED INCORPORATED CHG. DOC. 0 ISSUED CHANGE PkG. NO. THIS 0\/G, SUPERSEOEO BY REV. THIS 0\IG. SUPERSEDES C-"'38853 REV. 5 REVISION NOTES: REF. CR 2007-000952

.., "' z i5 .... '\§(§ .. [L[p NUCLEAR OPERATING CORPORATION ELECTRONIC APPROVAL PIPE WHIP RESTRAINTS REACTOR COOLANT SYSTEM REACTOR VESSEL NOZZLE SCALE DRAWING NUMBER SHEET I REV AS NOTED C-138853 00 34X44 E SIZE H G F E D c B ..... 0 ::::t 0 o-0 Q " c..-; "' 11.) -CJl v (.) v r:/) A § u 0 Q >, .n -o 11.)}}

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