ML20104A843
| ML20104A843 | |
| Person / Time | |
|---|---|
| Site: | Hope Creek  |
| Issue date: | 09/03/1992 |
| From: | Miltenberger S Public Service Enterprise Group |
| To: | NRC OFFICE OF INFORMATION RESOURCES MANAGEMENT (IRM) |
| References | |
| RTR-REGGD-01.099, RTR-REGGD-1.099 GL-88-11, GL-92-01, GL-92-1, NLR-N92120, NUDOCS 9209140180 | |
| Download: ML20104A843 (8) | |
Text
4 A
l Put+c Senico Clectne and Gas Company I
l Steven E. Mlltenberger Putacc Service Etectric and Gas Company P.O. Dox 236, Hancocks finoge. NJ 08038 601339-1100 j
wo r me -t aw ctanomar cem j
SEP 0 31992
}
NLR-N92120 l
i United States Nuclear Regulatory Commission 1
Document Control Desk i
Washington, DC 20555 1
i Gentlemen:
i RESPONSE TO GENERIC LETTER 92-01, REVISION 1 i
REACTOR VESSEL STRUCTURAL INTEGRITY, 10CFR50. 54 ( f)
HOPE CREEK GENERATING STATION-l-
FACILITY OPERATING LICENSE NO. NPF-57 j
DOCKET NO. 50-354 4
i PSE&G submitted the 'esponse to Generic Letter 92-01, l-Revision 1 to the N1J in Letter NLR-N92080 dated June 30, 1992.
This submittal provided peak and maximum end-l of life (EOL)- fluence levels which were calculated utilizing i
the methodology of Regulatory Guide
.1. 99, Rev.
1.
PSE&G's response to Generic Letter 88-11 included the revised t
fluence levels from Revision 2 of the Regulatory Guide.
l-These revised fluence levels were inadvertently excluded from the Generic Letter 92-01 response.
Once PSE&G realized the submitted data was not reflective of the Generic Letter 88-11 submittal, PSE&G contacted
{
Hr. J. Stone, NRR Licensing Project Manager to apprise him of this status.
l Althougn_the differences are minor in nature, PSE&G is i
submitting revised fluence levels to be incorporated into-l the response to-Generic Letter 92-01,.Rev._1 consistent with the values previously submitted.
A markedLup Table 4 with the corrections annotated as well as a corrected Table 4 are provided for incorporation into the : original Generic.. Tetter.
92-01 submittal.
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SEP 0 31992 NLR-N92120 PSE&G apologizes for any inconvenience this may cause.
Should you have any questions regarding this submittal, please do not hesitate to contact us.
Sincerely, L
Attachment Affidavit C
Mr. T.
T.
Martin, Administrator - Region I U.
S. Nuclear Regulatory = Commission 475 Allendale Road King of Prussia, PA :19406 r
Mr. J.
Stone, Licensing Project Manager U.
S.
Nuclear Regulatory Commission One White Flint North 11555 Rockville Pike Rockville, MD 20852 Ms. A. Keller U.
S.
Nuclear Regulatory Commission Cne White Flint North 11555 Rockville Pike Rockville, MD 20652 7
Mr. T. P. Johnson (SOS)
USNRC Senior Resident Inspector Mr. K. Tosch, Chief NJ Department of-Environmental Protection Division of Environmental = Quality Bureau of Nuclear Engineering CN 415 Trenton, NJ 08625
.m 4
i REF: NLR-N92120 STATE OF NEW JERSEY
)
)
SS.
I COUNTY OF SALEM
)
l Steven E. 'eliltetiborger, being duly sworn according to law deposes j
and shys:
1 j
I am Vice President and Chief Nuclear Officer of Public Service Electric and Gas company, and as such, I find the matters set-forth in the above referenced letter, concerning the Hope Creek l
Generating Station, are true to the best of my knowledge, information and be?ief.
I
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l Subscribed and Sworn to before me day of blDNMhff I
this 1992 k 1' NotaryPubficofNewJersey r
K!MBERLY A. HJLL NOTARY PUBUC 0F NEW JERSEY My Commission expires on
"# Cmisw Epres March 9,1997 i-
!~
t NLR-:;9212 0 ATTACHMENT RESPONSE TO GENERIC LETTER 92-01, REVISION 1 REVISED TABLE 4 HOPE CREEK GENERATING STATION DOCKET NO. 50-354 i
9 N
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RAD 8AT!CN AT A.VD E0!. RT TCR BELTLZNE MATER!ALS g7 ET Chemistry RT
( F)
.i from Reg.
Cu (Vt Ni (Vt Inielal Cutie 1.99,R2 Esti:nated Meat Nu=h e r /La t Pareent P e re s2nt Valua Extranolation EOL Vessel Plate Material (SA33
- r. S. C1 1) for Shell Courses 4 and 5 Peak EOL Fluence at 1/4T
.lff
- .018 n/cm
- f. Z 5K2963 1 2 0.07 0.58 10 40
+30 SK2530 1 2 0.08
. 0.56
+19 46
+65
$K3234 1 2(1) 0.09 0.63
+7 52
+59 5K3230 1 2 0.07 0.56 10 40
+3C 6C35 1 2 0.09 0.54 11-52
+41 6C45 1 2 0.08 0.57
+1 46
+47 Vessel Plate Material (SA533, Gr.
. "1 1) for Shel; Course 3 Mar.Lanut EOL nuance (2) at 1/4T J<5T x 10 n/cm 1I 2
2.36 5K3025 1 0.15 0.7
+19 45
+64
~
5K2608 1 0.09 0.58
+19 23
+42 5K2698 1 0.10 0.58
+A9 26
+45 Material for Girth and Iong inal Welds for Shell Courses 4 and 5 18 2
Peak 80L nuance at l/4T M
10 W
- l. 2 510 01205(3) 0.09 0.54 40 98
+50-053040/1125 02205(2,5) 0.08-0.63 30 96
-6f 1 of 2
_m_
_..__.m__
" G LI 1;on:)
4 Chemistry RT I II NDT A frea Reg.
Cu (Ve Ni (Vt Ir.itial Guido 1.9% R2 Estimated Meat h ber/ Lot Percent Percent Valun_ h polation e0L Oire Veld Material between Shell Courses 3 and 4 Maximus EOL Fluence (
(Shell Course 3) at 1/4T
.3-t r 10 n/cm 17 2
- 2. u,
$19 01205('
O.010 0.53 49 8
41 504 01205(')
0.010 0.51 31 8
-23 D55733/1810 02205 0.100 0.68 40 51
+11 053040/1810 02205 0.100 0.68
.'9 51
+2 LPCI Nossle Veld Material (Lottor,4f osales) tiaximsn EOL FluenceI ) at 1/4T 1I 1.7-)10 n/cm 001 01205 0.02 0.51 40 9
-31 (1) Surveillance test plate material.
(2) Axial and radial distributions included.
(3) These materials were also used in the longitudinal seams g
shall course 3-and in th*
51rth welds between shell courses and 4 (4) These materials were also used for the LPCI nessle welds.
(5) Surveillance veld mar,arial.
2 of--2
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i m
7.__...._._... _
.....-._. --__.-__._ _ _.___._...._._ ~ _. _
TABLE
/*
RADIATION ART AND EOL RT FOR BELTLINE MATERIALS ET ET Chemistry RT
('F) g A from Reg.
Cu (We Ni (We Initial Guide 1.99,R2 Estimated Heae Number /Irt Percent Percent Value Extrapolation EOL Vessel Place Material (SA533, Gr. B, Cl 1) for Shell' Courses 4 and 5
~
18 Peak EOL Fluence at 1/4T - 1. 2 x 10 n/cm l
l f
5K2963 1 2 0.07 0.58 10 40
+30 5K2530 1-2 0.08 0.56
+19 46
+65 5K3238 1 2(1}
0.09 0.63
+7 52
+59 s
5K3230 1 2 0,07 0.56 10 40
+3C 6C35 1-2 0.09 0.54 52-
+41 i
6C45 1-2 0.0c 0.57
+1 46
+47 4
4
'!essel Place Material (SA533, Cr. B, Cl-1) for Shell Course 3.-
Maximu.a EOL Fluenes( ) at 1/4T - 2.3 6 x 1017 n/cm l
5K3025 1 0.15 0.71
+19 45
+64 5K2608-1 0.09 0.58
+19 23
+42 5K2698 1 0.10 0.58
+19_
26l
+45 Material for Girth and Longitudinal Welds for Shell Courses.4 and 5 18
- Peak EOL Fluence at 1/4T - 1. 2 x 10
_37c,2-.
?
$10 01205(3) 0.09 0.54 40 98'
' +50-D53040/1125 02205(.5) 0.08 0.63 30 96
+66 1 of 2
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-vwg-w,w
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ne
g-y-r--w.-wws-r-tu
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w w
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TA3LE 4 (Cont)
Chemistry RT
( F)
NDT a from Reg.
Cu (Vt Ni (Vt Initial Guide 1.9% R2 Estimated Heat Number / Lot Percent Percent Value Extranolation EOL e
Girt Veld Material between the11 Courses 3 and 4 Maximum EOL Fluence ( ) (Shell Coursu 3) at 1/4T - 2.3 6 x 1017 2
n/c:n l
519 01205('}
0.010 0.53 49 8
- 41 504-01205(0}
-0.010 0.51-31.
8
-23 D55733/1810 02205 0.100 0.68 40 51
+11 D53040/1810 02205 0.100 0.68 49 51
+2 LPCI 5'ozzle Veld Material (Bottom of Nozzles)
Maximum EOL Fluence ( ) at 1/4T 1.7 x 1017 2
n/cm 001 01205 0.02 0.$1 40
-- 9
-31 (1) Surveillance test plate esterial.
p -
(2) Axial and radial distributions included, a
f
/
(3) These materials were.
also.used in' t.he ' - '1ongitudinal seams of shell course-3.and -in the ' girth welds between shell courses 3 --
and 4'.
(4) These materials were alsolused for the LPCI nozzle Elds.
(
(5). Surveillance weld material.
2 of 2
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_ ___=_
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