ML17037B409
| ML17037B409 | |
| Person / Time | |
|---|---|
| Site: | Nine Mile Point  |
| Issue date: | 02/06/2017 |
| From: | Stone & Webster Engineering Corp |
| To: | Office of Nuclear Reactor Regulation, Niagara Mohawk Power Corp |
| References | |
| 12177-EK-401 BC-2 | |
| Download: ML17037B409 (1) | |
Text
INSTPUMENT MATEAIAL SCHEDULE GROUP LINE TERMINATION IIOT TUBING STANDARD SOURCE CONN SOLACE CQ'IN LINE TEAMINATIOH LINE EK-401 SOUACE MOUNTING EK-401 EK. 401 EK- 401 ASME SA 213 PIPING 4 TI/BING EL TUBING IDENT EL iNSTALL Ri.MARKS LINE SOURCE MOUNTING INSTALL EL TUBINL IDENT EL REMARKS GR 'TP 316 5TANDARD FOR REF SH/ZONE VALVE iOENT SH/ZONE DETAIL REF SH/ZONE VALVE IDENT SH/ZONE DE TAIL LOC RAK PNL LOC RA PNL 5MLS 55 ASME III INSTALL (C03IA) 3 ASTM A 213 PIPING 4 TUBING GR TP 316 STANDARD FOR stlLS SS ANSI 831.1 QNSTALL C03IA)
NOTFS R-141 17?LII ZCSH-V27 2CSH PI 128 ZC- 119L6 BK-16 ZL TEE 5 FROM LINE R-015 L SCALE: 3 =I'-O'IJNLE5 OTHERWISE VOTED.
8 2, ALL DW<S I0 BE PREFIXEO '2171 EXCEPT WHERE A DIFFERENT PREFIX IS SHOWN.
3 MAT L ANO LINE SIZE PER INSTR INSTALL OE T REFERENCED IN TABLE.(THIS DWG) 4 REFER TQ INSTR BILL QF NATL FOR INSTR MARK NO.
SHOWN.
- 5. REFER TQ MFR'5 PRINTS FQR CONN'c TD EQPT.
I
- 6. PRI SENSING LINE SLOPE9 SHALL BE PER FT MIN FOR PRESS, FLOW 4 DIFF DEVIL ES UNL/SS OTHERWISE NOTED.
7 FOR GROUP QEF REFER TQ INSTR INSTALL SPEC NQ Cod la
- 8. FQR Yac OF FTi'5 I VALVES USED Wl'TH EaCH MARK REFER TQ STAND/ RD lh SPEC NQ. COCiA.
I'TR 4 PIPING TO BE INSTALLED,SU . OPTED 4, PROTECTED IN ACCORDANCE VH TH INSTR INSTL SPEC No. hMP2.CO)IA.
IQ. INSTR TUBE ROU TING FROM THE LAST SUPPORT OF Tl~ BING RUN TO THE INSTR IS TO BE DETERMINED BY FIELD.
THIS SYMBOL~BI. INDICATES A REF TO A PIPE SUPPORT DETAIL OWG.
- 12. TOL OF SUPPORT LOIN IN CONJUNCTIOV WITH WORK POINT ELEV'5 GIVEN Ic 3'ROVIDED THAT MIN CONT SLJPE AND MAX SPAN AEQT'5 ARE COMPLIED WITH.
- 13. ALL SIJPPORTS SHOWN TO BE RSTN) OA GUIDES UNLESS INDI ATED ASIA) ANCHOR
- 14. R XXX INDICATES LINE AEF IDENT NUMBER.
A-170 210 4 2AHS-V99 2EI2+ N028 115LQ BK-16 ZG 2H22+ PQZt 9ia) R-239 (0-eg 179.6
~
aw ldi I ]9 2 cWP V4?A ?SWP PDI14/A(H) AW (F-5) BK-16
- 15. K XXX tNDIC ATES LINE AEF tDENT NUMBER FQA LINES 190-3 JL'SWP A -171 ZICS9<V90 / ZE52O N055A 175L0 BK 16 /Z 2H226 PO I)LAD R.240 aw (..-5) 218 3 234P - /5IA PDI 14/A(L AW (F-5) 173. 6 SK-16 JU ORIGINATING IN THE PRI CON TMT A 172 190 -3 2 ICS 9<V91 ZE599 N0558 175 0 BK 16 JJ.'H224 P0299)) R- 241 AW (F - 3) 184 6 2SWP- V418 ZSWP. PDI 1478(H) AW (F 5) I/3-6 AK-16 JU 16. SY)l REPRESENTS THE LIVE LENGTH OF FLEX HOSE.
R-242 Aw (A-3) 218.3 2SWP V5I8 2SWP- POI 1478<,L) AW (F-5) 119-6 6K- la JU IT CENTERLINE 5PACING FOR IN5TR TUBING To BE 3j MIN A-243 AW (H 4) 130-10 2SWP - V47C 2SWP-PDI I 1C(H) AW (F-5) 179-6 BK-16 JT UNLES> OTHERWISE NOTED.
A-175 iS2L3':CS atv94 2E5I+ 8004 175L0" BK-16 //. ZHZZGPQI ?CA I)) R. 244 aw (D-3) 213 3 2SWP. V5IC ZSWP- PDI 14/C (L AW (F-5) 119. 6 BK-16 JT 18. ALL WP EL ARE TO BE TAKEN AT CL OF TUBING UNLESS OTHERWISE NOTED.
A -176 186-9" 2ICS )<V?t 2E51% ADO I 175-0" BK-16 // 2H22 9 POI 79 5 R 245 aw (C-S) 2.'4 6 2 SWP V 57 ZSWP-FI590 (H) AW (E-5) 179-6 BK-16 HF
- 19. PiPlho FROM HP VENT ANO/QR LP CRA N WILL BE IDEVTIF E R-177 AX (C-4) 17710 2RHS aVI09 2 EI2 4 N0634 AU (0-9) 175<0 BK- IGQY TEE'5 FROM LINE R.258 aw <'C-5) 224.6 2 SWP .
V5d 2SWP-F1530 (L) AW (E- ) 179'.6'K-16 HF BY a LINE REF Nl M3ER WITH A SUFFIX QF EITHER A V-
<VENT) CR D <ERA,N) RESPECTIVELY.
R-178 186-9'ICS)FVBS / 2 51+ N053 175L0 BK - I o 2H22 % P01793) A-247 AW (J- 3) 202 0 2 SWP<IV21)A 2 Sw P 4 P T 140 A AW (K-3) 201 \ BK-IG QP R-I 79 IBB'-6" 2ICS 99 VBB ZE519 h056A 175LD BK- IG // 2H22 9 POI?9 Q 4-248 Aw CJ - 3) 202 0 2 SWPXV2148 ZSWPXPTI408 AW (J 3) 201.3 cK-16 QP R-180 188-4 2ICS 9< V89 ZE51+ N056E 175LQ BK- 16 <I 2H22 +POI? 93) R 249 AW (K 4) 117 10 2CSL 8 VZO 2E21 4 R002 8 (D-3) I/5-0'K-160M 2 C E5 8 4 A K 00 1,A 2]
REFERENCES:
A-Id I 2ICS K V 194 LICS+ PTI75 175-0 BK 16 /J; ZICS +PII 75 R 250 AW (J 5) 17d 0 2 CSL 8 V26 2EZI 4 RQQI 8 (0 3) 115. 0 SK 16 GX 2 cEs 8 RAKQOILA I] INSTR PP PLAN REAC BLDG EL 175-0 EK-40IA-F INSTR PP PLAN REAC BLDG ELZI5-0 EK-40IG.M A-id2 169-3 ZICS% V78 2ESt+ N007 175-0 BK- I ig 2'<ZZ dt PQI?9/a) A 251 Aw (J- 5) 13790 2 CSL % U23 2E21 4 N003(H) 8 (0-3) 175.3 GK-16 GU 2 CES if RAKOOI Ad INSTR PP PLAN REAC BLDG EL 240 0 EK-40IN-T A-183 186'-9 2ICS 4V73 2ESI% NQSI 175-0" BK- 16 JZ 2H 2 2 + PO IT(SI) R. 252 AW (J 5) i81 0 2CSL 4 V22 ?E21% N003(L) 8 (O-3) i?SLQ BK-ie CU 2 cEs 8 RAKQQI (<4] INSTR PP PLJIN REAC BLDG EL 261.0" EK.40IU 2 INSTR PP PLAN REAC BLDG EL 239 0" EK.40tAA-AF 186L9'ICS dt V 74 2E51 9 N051 175-0" BK-16 JZ 2H22+POI79tc3 R-253 Aw(J 6) 219 6 2CCP -I/P 108 / 2CCP - Tv 108 Aw (J.6) 220.3 BK-16FN INSTR PP PLAN REAi BLDG EL 30/ac<a EK 40IAG-AL A-185 198LO 2CSH )IV?3 2E22 + R002 175LD'K-16 /I 2H22 8 P0249IAI R 254 AX (8 - 3) 233-0 2 SWPX V143A ZE)2 8 NOO?a(H) (F-3) i75LQ" BK-16Fs INSTR PP PLAN REAC BLDG EL 323 IT EK.4QIAM.AS 8 2 cEs 8 RAKQIB ILB]
INSTR PP PLAN NORTH AUX BAY EL 115-0" EK-40IAWZAX Fl-186 278L3'DFA - V33 2GFA- PI2L 179L6" BK-16 <Z R-255 AX (8 3) 2330 2 SWP% VI44A 2EI2 8 NQO)a(L) 8 (F. 3) t)S.O BK-16 Fs 2 CES 8 RAKQIBZ<9 INSTR PP PLAN SOUTH AUX BAY EL I?5 <I EK 40IAY4AZ A.1 87 278L3 2DFA V34 2OFR- PI 2M 17 9L 6'K i6 R.256 AX (P 3) t87 0 2 AHS Xvse 2EI2 8 N052A<H) 8 (F.3) 175L0 BK. 16JX 2 cE5 8 RAKQIB Zve] INSTR PP-REAC BLDG TABLN EK.401%A 88 480 0' REAC BLDG DRYWELL SCHED4 LOCH OF R-18 8 234-0" 2AHS 94 V96 2E I 2+ NOSIA B<E-3) 175-0 BK 16 GJ 2H22 4 POI89$ R-257 ax (0-3) id<< AHSXv55 2EI2 8 N052A<L) 8 (F-'3) t)5-0 SK-16 JX 2 CES 8 RAKOIB'A? INSTR PP PEN EK.22A48 R-189 234-0 2AHS )t V97 2EI2+ NOSOA 8<E-3) 175-0 BK-16 GJ 2H22 8 POI 89/ R.ZSS ax (c-4) 171- 10 2 RHSSV 109 2E12 % R002A 8 (F-3) 175-0 BK-16QY ZCESXAAKO 8 S4],, R7 INSTR INSTALL DETAILS THIMBLE LOCN PLAN REAC BLDG BK 16 SERIES A-190 234-0 2RHS )F V98 2E12+ NOS I 8 175-0'K-16 /Z 2H22+ P021913] R-2 9 ax (0-4) 1)Bio 2 RHSXVIQ? 2EI2 8 N055A 8 (F -3) 175 3 SK ~
16 GM 2 CES 8 RAK 01345 EP-116 SERIES MACH LOCN PLAN REAC BLDG EM-2 SER'IES A-191 234 0 2RHS It Vloo 2EI 2 + N0 5 0 8 175-0 BK-16 /4 2H22+ P02191$ R-260 AX (9-4) 185-1 2 R He% VIII ZEI2 8 N053A S (F-3) 115.0 BK.16GM 2 ccs 8 RAK QIB <XI] FL 4 EQPT DRAINAGE PLAN REAC BLDG EB-IO SERIES INSTR AIR PIPINu 150'5 QIL3404- BZA JA -JZ R-192 226L6" 2SFC NVTSB 2SFC - PII4 8 Zis'-6" BK- e R-261 AX (8-6) 132-6 2 CCPS V233 2CCP- PS 76A AX (1 1) 179 6 BK IG FM 2CCP - PI TGA INSTA INSTALL SPEC NMP2. COSIA R-193 224-6 2SFC ttv686 2SFC- PII58 219'-6 BK-16 R-262 AX (G-4) 207 C4 2 AHSS Vii2 2EI2 % NOQBA (L) AX (H 6) 179-6 SK-i6 JZ EVGRG MECHANICS DIV TECH RPRT CHQC-EMTR-602 A-194 243-0" 2RHS 94 V 144 ZEIZS. 14057 B<E-3) 175-0 BK-16 GJ 2H22-%PQI89)3] R-263 AX (G-4'X 19S II 2 RHS% VII3 2EI2 8 NQQBA <H) AX (H-6) 179'-6 BK-16 JZ R -264 CH-6> 79.6 2EI2 8 KOOIA 2EI2 8 F065A AX (H-5) I83-6 Bi .16 GR R.265 AY (C. 6) 194-11 2 A He% V 141 2EI2% NOOBB <H AY (C. 3) 119 6 BK-16 HJ R- 266 AY (C.6) 2070 2 AHSS VI4Z 2EI24'OOSB (L AY (C-3) IP3-6 BK 16 HJ R-267 AY (C. 3) 179. 6 2EIZ 8 KOOI 8 / 2EI2 % F0658 AY (C.F) 178<6'K 16 GR R- 268 R. 269 AY (H-5) tdoc6 2CCP 8 9205 / 2CCF-Pl 768 f (F.9) 179 6 ~ K 16 FM 2CCP - PS )68 AZ (C 7) 165 5 ZRHSS V260 Z AHS% Pl 31 E <1.9) 119-6 BK 16 QS 2 AHS% PT 31 AY (F- 7) 177 I<PI 2 RHS% VI21 2 AHS% R0028 f (J 9) 1190 SK 16GX 2 cEB 8 RAK02IL)tl]
A-Z11 AZ (0-6) 17710 ZRH9% V135 2 E 12 8 ROOZ C f (J-9) 115 0 BK 16 GX 2 CES 8 RAK 021 [C 3]
~~
~OO/4 A 272 AY (G.6) 111.10 ZRHS% V128 2 E12 8 R0088 (J-9) t)5-0 BK46GX 2 CES 8 RAK02ILB2]
A-213 AZ (C. 6) I) ll 2 AttSS V 13fi 2 f 12 8 N055C (J -9) 115<0 BK 16 GX 2, CES Zt RAKOZI C4] 'i ~ a ~
R-214 AY (H 6) 182'2 ZAHSS V 130 2 E12 % N053 8 E (J 9)
~
ITJ-Q SK 16 GX 2 CES $ RAKOZI jA3 R -Z75 AZ (8 S) 181-0" 2 FIHSS vdo 2 E12 8 N053C E (J-9) 115<0 BK lfi GX Z CES 8 RAK021(CS]
NUCLEAR SAFETY RELATED (C'6)
Il 276 AZ 189-9 2RHSS V83 2 EI2 8 NOSZS(H E (J 9) OS.Q SK 16 QR IZ CES $ RAKOZIPI QA CAT I,lI INSTRUMENT PIPING. REACTOR BLDG TABULATION SH 3 NINE MILE PCINT NUCLEAF< STATION UNIT % ia NIAGARA MOHAWK POWER CORPORATION Z ui FOR CONSTRUCTION
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