ML17258A836
| ML17258A836 | |
| Person / Time | |
|---|---|
| Site: | Ginna  |
| Issue date: | 02/27/1981 |
| From: | Maier J ROCHESTER GAS & ELECTRIC CORP. |
| To: | Crutchfield D Office of Nuclear Reactor Regulation |
| References | |
| NUDOCS 8103030784 | |
| Download: ML17258A836 (9) | |
Text
REGULATORY ORMATION DISTRIBUTION SYS (RIDS)
ACCESSION NBR:8103030780 DOC ~ DATE: 81/02/27 NOTARIZED:
NO DOCKET FACIL!50<<240 Robert Emmet Ginna Nuclear Plantr Unit ir Rochester
- G 05000240 AUTH BYNAME" AUTHOR AF F IL'IATION MAIERiJ,E; Rochester Gas L Electr ic Corp+
RECIP ~ NAMEl, RECIPIENT AFFILIATION CRUTCHFIELDiD i Oper ating Reactor s Branch 5
SUBJECT:
For war ds 1 istingof piping sys inside containment per NRC 810221 requests Listing contains each analysis line, for ASME" Class 2
8 3 sys which are patt of seismic upgrade
- plogram, Revision 1 of upgrade criteria document submitted
- 801104, DISTRIBUTION CODES A035S COPIES RECEIVED!LTR, ENCL SIZES' TITLE'c SEP Top i cs NOTES!i copyjSEP Sect.
Ldr.
05000244 RECIPIENT ID CODE/NAME~
ACTION:
CRUTCHFIELD OQ INTERNAL: A/D MATLEQUAL13 HYD/GEO BR 10, N
02m G
F ILE" 01 COPIES LTTR ENCL 7
7 1
1 2
2 1
1 RECIPIENT ID CODE/NAME CONT'YS A
07 IHE>>
06 OR ASSESS BR 14 SEP BR 12 COPIES LTTR ENCL~
1 1
2 2
1 1
3 3~
EXTERNAL'! ACRS NSIC 1005'6 16' 1
LPDR 03 1
1.
MAR 04 1981
~S TOTAL NUMBER'F COPIES REQUIRED:. LTTR M
ENCL<
II n
R n
~
/I//////I/I// //l//////////
Sea ~ OWtame~,r+ A,S
~ III'Rrrure ROCHESTER GAS AND ELECTRIC CORPORATION o
89 EAST AVENUE, ROCHESTER, N.Y. 14649 JOHN E.
MAILER VICE PRCSIOCNT TCLCPNONC ARcA cooc Tlss 546.2700 February 27, 1981 Mr. Dennis 'M. Crutchfield, Chief Operating Reactors Branch No.
5 Division of Licensing U.S. Nuclear Regulatory Commission Washington, D.C.
20555
Subject:
s'SNRC Letter dated February 2'1, 1981 e
SEP Seismic Piping Review R. E. Ginna Nuclear Power Plant, Unit No.
1 Docket No. 50-244
Dear Mr. Crutchfield:
Attached is a listing of piping systems inside containment as.requested by your letter dated February 21, 1981.
The listing contains each analysis, line for ASME Class 2 and 3 "piping systems inside containment which are part of our seismic upgrade program.
The system name, identification number, line size, analysis boundaries, and completion date are shown for each line.
Those lines 4 inch nominal pipe size and smaller containing motor-operated valves are indicated by an asterisk.
The piping 'information for the two systems selected for your independent review will be available for submittal on the indicated completion dates.
In order not. to impact the schedule for our seismic upgrade program, the,.lines selected should have completion 'dates consistent. with your required response date.
For those two lines, we will-provide the input information necessary for you to perform independent review; and summary of the results of our seismic upgrade program analyses.
The information provided will be consistent with our Piping Seismic Upgrading Program Criteria Document.
Revision 1 of this document was transmitted to you by our letter dated November 4, 1980.
Very truly yours, (LPGA J
n E.
aier JEM/JCH/bdk Enclosure 8>as Dso ygq
I I J
a
,4, g
4<1,
'I
'bc
>h w
Ginna Station Piping Analysis Index ASME Class 2/3 Systems Inside Containment 8~stem Anal sis Identification Line Size Descri tion Date of Com letion Main Feedwater Main Steam Residual Heat Removal Steam Generator Blowdown FW-100 FW-200 MS-100 MS-200 RHR-100 4 RHR-2500 4 SGB-100 14 II 14" 3PII 3PII 1PII 1PII 2 II Penetration 403 to steam generator lA Penetration 404 to steam generator 1B Main steam from steam generator 1A to penetration 401 Main steam from steam generator 1B penetration 402 From penetration ill to the reactor vessel and intermediate anchor at the interior wall From penetration 140 to hot leg loop A From penetration 321 to steam generator lA 3/13/81 3/24/81 3/24/81 3/13/81 3/24/81 3/24/81 3/19/81 Safety Injection SGB-200 SIS-100 5 SIS-101 SIS"110*
SIS-ill* 0 SIS-200 5 2ll 10" 3 II 2 I I I
4 II 2 II I
2ll 10" From penetration 322 to steam generator 1B 10" from accumulator No.
B to Reactor Coolant Loop cold leg loop A 2" drain line from SIS-100 to anchor (Fl El 235.67')
4" from penetration 101 to SIS-100 including the 2" branch to inline anchor at el 237.917" 2" line from inline anchor 6 el 237.917" to Reactor Coolant Loop "A" hot leg From accumulator No. A to Loop B cold leg including 2" drain line anchored in floor 3/26/81 3/27/81 3/27/81 3/27/81 ~
3/27/81 4/3/81 Piping Analysis Index EWR 2512 Page 1
Revision 1
2/27/81
~Setem Anal sis Identification Line Size Descri tion Date of Com letion Service Hater SIS-210* 5 SW-100 SW"150 SH-200 SH-300 SW-400 SW-450 4I I 2 II I
8ll 4 I I I
I 3 II 2ll I
8ll 6 II 4ll 3 II 2 II 8 II 6 II 4 II 4ll 2 II I
2 II 2 II From SIS-200 to hot leg loop B and penetration 113 From penetration-315 to containment containment ventilation cooling coil C From penetration 311 to containment ventilation cooling coil 1B and fan motor and to fan motor for coil 1A, 8" line to coil lA and intermediate anchor at N-753 From penetration 308 to Containment Ventilation Cooling Coils lA From penetration 323 to Containment Ventilation Cooling Coils 1D and fan motor and to reactor cavity cooler and penetration 201 From penetration 209 to Reactor Compartment Coolers C-381-358-28 From penetration 209 to Reactor Compartment Coolers C-381-358-29 4/3/81 4/16/81 4/16/81 4/16/81 4/16/81 ~
4/16/81 4/16/81 Piping Analysis Indez EWR 2512 SW-500 SW"600 SW-700 SW-800 SH-900 8 II 6 II I
I 4 II 3 II I
8 II 6 II I
I 4 II 3 II I
8 II 6 II I
4 II 3 II I
2ll 8ll 4ll 3 II Page 2
From penetration 319 to Containment Ventilation Cooling Coils lA and fan motor From penetration 316 to Containment Ventilation Cooling Coils 1B and fan motor From penetration 312 to Containment Ventilation Cooling Coils 10 and fan motor From penetration
.201 to Reactor Compartment Coolers (C-381-368-.31)
From penetration 320 to Containment Ventilation Cooling Coils 1C and fan motor 4/16/81 4/16/81 4/16/81 4/16/81 4/16/81 Revision 1
2/27/81
~set em Anal sis Identification Line Size Descri tion Date of Com letion Component Cooling Containment Spray Chemical Sc Volume Control CC-400 CC"450 CC-500 CC-525 CC"575 CC-550 CC-600 CC-625 CC-700 CC-725 CS-100 CS-200 CS-300 CS-400 CVC-100 4 II 4 II 6 II 6 II 4 II I
6 II 6 II 4 II 4 I I 4ll 4 II 4 II 6 II 6 II 6 II 6 II 2ll From penetration 126 to Reactor Coolant Pump motor oil cooler From penetration 128 to Reactor Coolant Pump motor oil cooler From penetration 131 to intermediate anchor (to 525)
From intermediate anchor to reactor support cooling spray headers (contin-uation of 500)
From penetration 130 to intermediate anchor (continued on 550)
From intermediate anchor to reactor support cooling sprays (continuation of 575)
From intermediate anchor to Reactor Coolant Pump A motor From penetration 127 to intermediate
'nchor From intermediate anchor to Reactor Coolant Pump A motor From penetration 126 to intermediate anchor From penetration 105 to intermediate anchor From penetration 109 to intermediate anchor Containment spray ring from CS-100 intermediate anchor Containment spray ring from CS-200 intermediate anchor From penetration 112 to regenerative heat exchanger and pressurizer relief tank inlet header 4/21/81 4/21/81 3/31/81 4/21/81 3/31/81 8/21/81 ~
4/21/81 3/31/81 4/21/81 3/31/81 3/21/82 3/21/82 3/21/82 3/21/82 3/21/82 Piping Analysis Index ERR 2512 Page 3
Revision 1
2/27/81
~metem Anal sis Identification Line Size Descri tion Date of Com letion CVC-200 CVC-205 5 CVC-210 CVC-225 CVC-250 0 CVC-300 CVC-400 4 CVC-500 N
CVC-600 CVC-625 4 CVC-700 CVC-701 5 CVC-725 5 3 II 2 II I
2 I I 2 II 2ll 2 II 2 II 2 II 2 II 2 II 2 II 2 II 2 II 2ll From penetration 108 to intermediate anchors at N1109 (el. 270.250')
(C-381-357-33 E-4) and at el. 247.792 (C-381-357-30, D-4)
From intermediate anchor at N1109 (el.
(el. 270.250 C-381-357-33 E-4 on CVCS-200) to Reactor Coolant Pump 1B From intermediate anchor at 249.417 (C-318-357-30, D-4) to intermediate anchor at 253.250 (C-381-357-29, E-ZO),
connected to 200 and 225 Continuation of CVCS-200 from inter-mediate anchor at 253.542 to inter-mediate anchor at 241.417 From intermediate anchor at 241.417 (C-381-357-29, G-3) to Reactor Coolant Pump lA From penetration 100 to Regenerative Heat Exchanger Penetration 102 to cold leg loop A Isometric C-381-357-24, 25 Penetration 110 to Reactor Coolant Pump B Isometric C-381-357-31, 32 From penetration 106 to intermediate anchor From intermediate anchor to Reactor Coolant Pump 1A From Regenerative Heat Exchanger to CVC-701 and 725 6 intermediate anchors From intermediate anchor (ele. 237.667 C-381-357-19, F-7) to Loop B hot leg From intermediate anchor (ele.
237 667 C-381-357-20, F-6) to Loop B cold leg 3/21/82 3/21/82 3/21/82
~ 3/21/82 3/21/82 3/21/82 3/21/82 3/21/82 3/21/82 3/21/82 ~
3/21/82 3/21/81 3/21/82 Piping Analysis Index EWR 2512 Page 4
Revision 1
2/27/81
~set em Anal sis Identification Line Size Descri tion Date of Com letion
'VC-730 5
2ll From Regenerative heat exchanger to Loop B crossover leg 3/21/82
- - Lines 4 inch nominal pipe size and smaller containing motor-operated valves.
5 Lines in which portions are class 1.
Piping Analysis Index ERR 2512 Page 5
Revision 1
2/27/81