ML17299A565
| ML17299A565 | |
| Person / Time | |
|---|---|
| Site: | Palo Verde  |
| Issue date: | 08/30/1985 |
| From: | Van Brunt E ARIZONA PUBLIC SERVICE CO. (FORMERLY ARIZONA NUCLEAR |
| To: | Knighton G Office of Nuclear Reactor Regulation |
| References | |
| REF-GTECI-A-49, REF-GTECI-RV, RTR-NUREG-0857, RTR-NUREG-857, TASK-A-49, TASK-OR ANPP-33305-EEVB, TAC-59971, NUDOCS 8509050075 | |
| Download: ML17299A565 (48) | |
Text
DOCKET' 05000528 05000529 05000530
SUBJECT:
Forwards corrected pages to FSAR<correcting discrepancies re.
pressurized thermal shockiin response to SER (NUREG-0857),
Changes will 'be included in next FSAR update.
DISTRIBUTION CODE:
B001D COPIES RECEIVED:LTR
- ENCL, SIZE:
TITLE; Licensing Submittal:
PSAR/FSAR Amdts 8 Related Correspondence
. REGULATORYNFORMATION DISTRIBUTION SYy>EM (RIDSI T
'ACCESSION NBRi8509050075 DOC ~ DATE: 85/08/30 NOTARIZED:
YES FACIL:STN-50-528 Palo Verde Nuclear Station~
Unit 1~ Arizona Publi STN-50"529 Palo Verde Nuclear Stationi Unit 2g Arizona Publi STN-50-530 Palo Verde Nuclear Station~
Unit 3i Arizona Publi AUTH INANE AUTHOR AFFILIATION VAN BRUNTgE;E ~
Arizona Nuclear Power Project (formerly Arizona Public Serv RECIP ~ NAME RECIPIENT AFFILIATION KNIGHTONg G s N ~
Licensing Branch 3
NOTES:Standardized plant.
OL:12/31/84 Standardized plant.
Standardized plant.
05000528 05000529 05000530 RECIPIENT ID CODE/NAME NRR/DL/ADL NRR LB3 LA INTFRNAL: ACRS 41 ELD/HDS3 IE/DEPER/EPB 36 NRR ROEgM ~ L NRR/DE/CEB 11 NRR/DE/EQB 13 NRR/DE/MEB 18 NRR/DE/SAB 24 NRR/DHFS/HFEB40 NRR/DHFS/PSRB NRR/DSI/AEB 26 NRR/DSI/CPB 10 NRR/DSI/ICSB 16 NRR/DSI/PSB 19 NRR/DS I/RSB 23 RGN5 EXTERNAL; 24X DMB/DSS (AMDTS)
NRC, PDR 02, PNL GRUELgR COPIES LTTR ENCL 1
0 1
0 6
6 1
0 1
1 1
1 1
1 2
2 1
1 1
1 1
1 1
1 1
1 1
1 1
1 1
1 1
1 3
RECIPIENT ID CODE/NAME NRR LB3 BC LICITRAgE 01 ADM/LFMB IE FILE IE/DQAVT/QAB21 NRR/DE/AEAB NRR/DE/EHEB NRR/DE/GB 28 NRR/DE/MTEB 17 NRR/DE/SGEB 25 NRR/DHFS/LQB 32 NRR/DL/SSPB NRR/DS I/ASB NRR/DSI/CSB 09 NRR/DS I/METB 12 N
RAB 22 G FI 04 RM i I/MI8 BNL(ANDTS ONlY)
LPDR 03 NSIC 05 COPIES LTTR ENCL 1
0 1
1 1
0 1
1 1
1 1
0 1
1 2
2 1
1 1
1 1
1 1
0 1
1 1
1 1
1 1
1 1
1 0
1 1
1 1
1 1
TOTAL NUMBER OF COPIES REQUIRED LTTR 52 ENCL
C I
C f
pi e
~
~
P f
1J CP,~ ~
" 'I
~ n
'h C
A I
lt h
b U[
Arizona Nuclear Power, Project P.o. BOX 52034
~
PHOENIX, ARIZONA85072-2034 Director of Nuclear Reactor Regulation Attention:
Mr. George W. Knighton, Chief Licensing Branch No. 3 Division of Licensing U.S. Nuclear Regulatory Commission Washington, D.C.
20555 August 30, 1985 ANPP-33305-EEVB/PGN
Subject:
Palo Verde Nuclear Generating Station (PVNGS)
Units 1, 2, and 3
Pressurized Thermal Shock Docket No. 50-528(License No. NPF-41)/529/530 File:
85-056-026 G.1.01.10
References:
(1)
Safety Evaluation Report related to the operation of Palo Verde Nuclear Generating Station, Units 1, 2, and 3 (NUREG-0857)
Supplement 8, dated May 1985.
(2)
Telecon between E. A. Licitra (NRC), B. J. Elliot (NRC),
T. Collier (CE), R. Pirek (CE),
K. L. McCandless (APS), P.
G.
Nelson (APS), dated 8/8/85;
Subject:
Pressurized Thermal Shock Units 2 and 3
(FSAR Sections 5.2, 5.3, 5.4).
Dear Mr. Knighton:
Reference (1) identifies pressurized thermal shock (PTS) as an issue relating to PVNGS Unit 2 which is still outstanding.
APS has previously informed the NRC that discrepancies had been identified in some of the FSAR sections concerning PTS.
The corrections would be submitted to the staff in the form of an FSAR change package in order for 'them to complete their review of the PTS issue.
Attached are the corrected pages of the affected FSAR sections.
A safety review and evaluation is in process for implementation of these changes in PVNGS Unit 1 in accordance with the requirements of 10CFR 50.59; Please review the attached changes as they apply to PVNGS Units 2 and 3.
These changes will be included in the next FSAR update.
By submittal of this information, we believe the issue of pressurized thermal shock has been addressed and can be closed out.
8509050075 8~~
PDR ADOCK 05000528
" 'E PDR I l
s!
J
~G.'. Knighton Pressurized Thermal Shock ANPP-33305 Page 2
Please contact Mr. M. F. Quinn of my staff concerning any questions or additional information you may need on this matter.
EEVB/MFQ/PGN/slh Attachment Very truly yours,
~ s.V.
E. E.
Van Brunt, Jr.
Executive Vice President Project Director cc:
E. A. Licitra M. C. Ley R. P.
Zimmerman B. J. Elliot A. C. Gehr (all w/a)
STATE OF ARIZONA
)
) ss.
COUNTY OF MARICOPA)
'I, Edwin E.
Van Brunt, Jr.,
represent that I am Executive Vice President, Arizona Nuclear Power Project, that the foregoing document has been signed by me on behalf of Arizona Public Service Company with full authority to do so, that I have read such document and know its contents, and that to the best of my knowledge and belief, the statements made therein are true.
I Wu Edwin E. Van Brunt, Jr.
Sworn to before me this CO day of
, 1985.
g Notary Public
,My Commission Expires:
f,'iy Commission Expires April 6, 1987
1>>
l 6.'V. knighton Preeeerlzeg Thermal Shock ANPP-33305 Page 3
bcc:
D. B. Karner J.
G. Haynes R.
M. Butler E.
C. Sterling A. C. Rogers T. F.
Quan M. A. Jones S.
R. Frost K. L. McCandless-LCTS Coordinator J.
R.
Bynum
- 0. J. Zeringue Lee G. Papworth A. J.'McCabe J.
D. Houchen C. F. Ferguson (all w/a )
I t,
~ ~
PVNGS FSAR INTEGRITY OF REACTOR COOLANT PRESSURE BOUNDARX Table 5.2-8A PALO VERDE UNIT 2 WELD METAL CERTIFICATION TESTS COMPONENT:
REACTOR VESSEL {Sheet 1 of 3)
Component, Weld Seam Number Electrode Code Electrode Lot.
Number TNDT(b)
( F)
RT~T(b)
( F) 101-101 101-102 101-102 101-102 101-102 Coated Coated Coated Coated Coated Electrode (MA Electrode (MA Electrode
{MA Electrode (MA Electrode (MA GABGG CAOJG GABGG LAOBF LAOGF
-50
-60
-50
-70
-40
-50
-30
-50
>>70 101-121 101-121 101-122 101-122 101-122 101-122 101-W~
10 -S~
101-~W 101-142 101-142 101-150 101-150 101-150 101-171 101-171 Coated Electrode
{MA Coated Electrode (MA Coated Electrode
{MA Coated Electrode (MA Coated Electrode (NA Coated Electrode (NA Coated Electrode (NA Coated Electrode (NA Coated Electrode (MA.
Coated Electrode (MA Coated Electrode (NA Coated Electrode (MA Coated Electrode (NA Coated Electrode (NA Coated Electrode (MA Coated Electrode (MA AABHG JAAEF EAAHF FAAFF FABAF GAOAF FAAFF FAAHF FABAF FAAFF LAOGF DABGG FAAFF LAOGF EAOAH
'AOEH
-60
-60
-60
-70
-60
-40
~ -70
-60
-60
-70
-40
-70
-70
-40
-60
>>60
-60
-60
-40
-70
-60
-40
-70
-50
-60
-70
-40
-70
-70
-40
-60
-30 103-121 103-121 103-121 103-121 103-121 103"121 103-121 103-121 Coated.
Coated Coated Coated Coated Coated Coated Coated Electrode (NA Electrode (MA Electrode (NA Electrode (NA Electrode (MA Electrode (MA Electrode (NA Electrode (MA ABCAH BBAGG CAOJG GABGG HAAHG HABJF HACJG IABBG
-60
-60
-60
-50
-70
-70
-40
-60
-60
-60
-30
-50
-70
>>70
-40
-60 a.
- Codes,Section III, Article NB-2430
- Codes,Section III, Article NB-2330 August 1984
, ~
5.2-47 Amendment 13
I
PVNGS FSAR Table 5.2-8A INTEGRITY OF REACTOR COOLANT. PRESSURE-BOUNDARY-PALO VERDE UNIT 2 WELD METAL CERTIFICATION TESTS
. COBIPONENT:
REACTOR VESSFL (Sheet 3 of. 3)
Component Weld Seam Number Electrode Code Flux Type Flux Lot TNDT{b)
( F)
RTNDT(b)
('F) 101-101 101-102 101-121 101-121 101-122 101-122 LLQ 101-M'~
101-142
- 101-150 101-150 101-171 103-121
'I 105<<121 105-121 201-121 201-121 201-141 401-128 Flux Electrode Comb.
(SAA)
Flux Electrode Comb.
(SAA)
Flux Electrode Comb.
(SAA)
Flux Electrode Comb.
(SAA)
Flux Electrode Comb.
(SAA)
Flux Electrode Comb.
(SAA)
Flux Electrode Comb.
(SAA)
Flux Electrode Comb.
(SAA)
Flux Electrode Comb.
(SAA)
Flux Electrode Comb.
( SAA)
Flux Electrode Comb.
(SAA)
Flux Electrode Comb.
(SAA)
Flux Electrode Comb.
(SAA)
Flux Electrode Comb.
(SAA)
Flux Electrode Comb.
(SAA)
Flux Electrode Comb.
(SAA)
Flux Electrode Comb.
(SAA)
Flux Electrode Comb.
SAA 124 r
124 124 124 124 124 124 124 124 124 124 124 124 0871 1061 1061 1061 0662 0662 0951 0662 0751 0951 0871 1061 0171 0171 0871 0871 0161 1061
-80
-70
-70
-80
-80
-70
-80
-80
-60
-80
-60
-80
-90
-80
-80
-80
-50
-60
-60
-70
-70
-.80
-30
-70
-60
-80
-60
-80
-30
-80
-90
-70
-80
-60
-50
-60 Auaust 1984 5.2-49 Amendment 13
t I
Table 5.2-1lB PALO VERDE UNIT 3 FRACTURE TOUGHNESS DATA REACTOR COOLANT PIPING (FORGINGS)
(Sheet 1 of 2) 14 Drop Weight NDT ( F)
(cl RTNDT ('F)g piece Number Reference Drawing No.
Material Code No.
Material Specifi-cation Location 0'80 0'/LST(c) 180 728-101 E-65473-761 "001-02 728-201 E-65473-761-001-02 728-201 E-65473-761-001-02 F-7307-01 F-7308"01 F-7308-02 SA541"CL1 SA541-CL1 Shutdown Cooling Outlet Nozzle Shutdown Cooling Outlet Nozzle SA541-CL1 Surge Nozzle
-10
-10
+10 lp(a)
+10<<)
+lp(a) 14 728-202 728-202 728-102 728-102 728-102 728-102 E-65473-761"002-01 E-65473-761-002-01 E-65473-761-002-02 E-65473-761-002-02 E-65473-761-002-02 E-65473-761-002-02 F-7309-01 F-7309-02 F-73'1 0-0 1 F-7310-02 F-7310-03 F-7310-04 SA541-CLl SA541-CLl SA541-CLl SA541-CLl SA541-CL1 SA541-CLl Spray Nozzle Spray Nozzle Letdown Drain Nozzle Letdown Drain,Nozzle Letdown Drain Nozzle Letdown Drain Nozzle N/A N/A N/A N/A N/A N/A
+40(b)'40(b)
+40(>>
+4p(b)
+4p(b)
+40(b) a.
Determined per applicable ASME-BPV Code and Addenda, Sect III, Subsection NB, Article NB-2331- (a-1, 2, 3) b.
"Lowest Service Temperature" Determined per Applicable ASME-BPV-Code and Addenda, Sect III, Subsection NB, Article NB-2332-a c.
Lowest Service Temperature O00 I
H cnC 0
C 0
K
I I
1 f,'
Table 5.2-11B PALO VERDE UNIT 3 FRACTURE TOUGHNESS DATA REACTOR COOI.ANT PIPING (FORGINGS)
(Sheet 2 of 2) 14 Drop Weight NDT ( F)
(c)
RTNDT ( F)>
Piece Number Reference Drawing No.
Material Code No.
Material Specifi-cation Location 0
180 04/LST(c) 180 Vl IVl CO W
728-103 728-103 728-103 728-103 728-203 E-65473-761-002-02 E-65473=761-002-02 E-65473-761-002-02 E-65473-761-002-02 E-65473-761-002-02 F-7312"01 A541-CL3 F-7311-01 A541-CL3 F-7311-02 A541-CL3 F-7311-03 A541-CL3 F-7311-04 A541-CL3 Safety In)ection Nozzle Safety In)ection Nozzle
'Safety In)ection Nozzle Safety Infection.
Nozzle Charging'nlet Nozzle 0
p(a) p(a) s p(a) p(a) p(a)
O00 H
8 I H C
0 CRU A
0 K
g I l I
I l
Table 5.2-16B PALO VERDE UNIT 3 FRACTURE TOUGHNESS DATA PRESSURIZER (FORGINGS) 14 Drop Weight NDT ( F) cc)
RTNDT (
F)>
Piece Number Reference Drawing No.
Haterial Code No.
Material Specifi-cation Location po 180 0 /LST(c) 180'08-3201 608-3201 608-3201 608-3201 E-65373"661-002-04 E"65373"661-002-04 E-65373-661-002-04 E-65373-661-002-04 608-3101 E-65373-661-002-04 658-3301 E-65373-661-002-04 656-3101 E-65373-661-002-04 F-7007"01 F"7007"02 F-7007-03 F-7007-04 F-7008-01 F-7009-01 F-7013-01 SA508-CL3 SA508-'CL3 SA508-CL3 SA508-CL3 Safety Valve Nozzle Safety Valve Nozzle Safety Valve Nozzle Safety Valve Nozzle A541-CL3 Spray Nozzle A541-CL3 Surge Nozzle SA508-CL3 Support Skirt
-10 "10
-10 "10
-20
-10
-10 N/A N/A N/A N/A N/A N/A N/A
+Ip (b)
+Ip (b)
+10(b)
+10 (b) p (b)
+3p (a)
Ip (a)
N/A N/A N/A N/A N/A
'/A N/A 14 O
=00 H
PXj o
M a 0 b.
c ~
Determined per applicable ASHE BPV Code and Addenda.
Section III, Subsection NB, Article NB-2331-(a-l, 2, 3)
Determined per MTEB 5-2 Lowest Service Temperature
.Ul H
MC K
0 0CRU AH0
g I
)
0
Table 5.2-20
~. PALO VERDE UNIT 1 FRACTURE TOUGHNESS DATA STE1W GENERATOR Nl (PLATES) 12 Place Nunber Reterence Draving No.
Material Code No.
Material Speci(ication Location Drop Height NDT (oF)
NDT 248-302 254-102 254-102 256-104 244-102A 244-102B 244-102C 244-102D E-78373-261-003-04 E-78373-261-003-04 E-78273-261-003 04 E-78273-261-003 04 E-78273-261-003-04 E-I8273-261 003-04 E-78273 261-003-04 E-78273-261 003-04 H-2105-1 SA516-GR70 M-7021-1 SA533-GRB-CL1 M-7021-2 H-7202-1 M-8104-1 M-8104-1 SA533-GRB-CLI SA533 GRB CL1 SA533-GRB-CI 1 SA533-GRB-CL1 H-8104-1 'A533-GRB-CLI H-8104-1 i SA533-GRB-CI 1 Stay Cap Priaary Head Prlnary Mead Su'pport SX(rt Primary Extension Ring Prlnary Extension Ring Prlnary Extension Ring Prlnary Extension Ring
-40
-10
-20 20
-20
-20
~30(a)
-10(a)
-10(a) 35(a)
-20(a) 20(a) 20(a) 20(a) le (II A
(a)
Deternlned Per aPPllcable ASHE-BPV-Code Sect III Subsection NB. Article NB-2331-(a,1,2,3) y QI/pr
/7F.jjn42yy /4>(A)~II/I 0()v~.
12
/0 Pn) 000 UIC k A 0 0
A 4
U Ot30
. Y
g I I
Table 5.2-20A PALO VERDE UNIT 2 FRACTURE TOUGHNESS DATA STEAM GENERATOR Sl (PLATES)
Piece
)nlmber Reference Drawing Number Material Code Number Material Specification Location Drop weight~
RT~(a) 254-101 254-101 244-102 E-79273-261-003-03 E-79273-261-003-03 E-79273-261-003-03 F-1117-01 F-1117-02 M-4704-01 SA533-GRB-CI 1 SA533-GRB-CL1 SA533-GRB-CL1 Primary Head Torus Primary Head Torus Primary Extension Ring
-10 10
-20
-10
-10 10 12 a.
Determined per applicable ASME BPV Code Sect III, Subsection NB, Article NB-2331-a-l, 2,
3 f)4
)a 274-3/e/
E-79273-2(p I-N9-03 f-7Z4/-Ol, gR5 9p-6+8-CLf Pr'mafLI A<~~y Co O00 W
M C
0 0C Ili 5 n 0
K
g t,l I
Table.5.2-208 PALO VERDE UNlT 3. FRACTURE TOUGHNESS DATA STEAM GENERATOR 51 '(PLATES)
Piece Number Re fe rence Drawing Number Material Code Number Material Specification Location Drop Weight NDT ( F)
('F) 254-3101 254-3101 E-65273-261-003-04 E-65273-261-003"04 F-6882-01 F-6882-02.
SA533"GRB"CL1 SA533-GRB-CL1 Primary Head Torus Primary Head Torus
-10
-10 10(a)
(
)
244-102 E-65273-261-003-04 M-,9707-01 SA533-GRB-CL1 Primary Extension Ring
-10
-10(a) a.
Determined per Applicable ASME-BPV-Code Section III, Subsection NB, Article NB-2331-(a-l, 2, 3)
Gl M
~ ~
CO
'-5lZ-dl
~
~
~ t
~'-
$8$'S3'-6 RB-CL'1 l~ ~"
I
'Ppio,ry Adh~'/6' O
Cci)
O
])
/j g
~
I 1
I I
I i
~
s
~
P7 K
A K
0hj h3 O
g
~,)
J I
1
Table 5.2-2lB PALO VERDE UNIT 3 FRACTURE TOUGHNESS DATA STLAM GENERATOR Nl (FORGINGS) 14 Drop Weight NDT ( F) c~).
RTNDT ( F)
Piece Number Reference Drawing No.
Material Code No.
Material Specifi-cation Location 0
180 po 180 258-103 258-203, 258-203 E-65273-261-003-04 E-65273-261-003-04 E-65273-261-003-04 F-6884-01 F-6884-02 SA508-CL1 SA508-CLl F-6883-01 SA508"CL1 Inlet Nozzle Safe End Outlet Nozzle Safe End Outlet Nozzle Safe End
-20
-20 0
A 0%
258-3101 258-3201 258-3201 252-101 272-104 246-101 E-65273"261-003-04 E-65273-261-003-04 E-65273-261-003-04 E-65273-261-003-04 E-65273-261-003-04 E-65273-261-003-04 F-6885-01 SA508-CL3 F-6886-01 F-6886-02 SA508-CL3 SA508-CL3 F-6888-01 SA508-CL3 M-2324-01 A106-GRC M-9701- 01 SA508-CL2 Inlet Nozzle Outlet Nozzle Out-let Nozzle Stay Cylinder Tube Sheet Drain Nozzle Tube Sheet
-30
-40
-40
-30
-30
+20 430 30~
-20~
+20~
+30~
14 O00 a.
Determined per Applicable ASME BPV Code and Addenda,Section III, Subsection NB, Article NB-2331-(a-l.
2, 3) 0
I I,I I
Table 5.2-25 PALO VERDE UNTT l FRACTURE TOUGHNESS DATA STEAI'1 GENERATOR g 2 (PLATES)
Piece Nunber Reference Drauing No.
Material Code No.
Material Specification Location Drop Height NOT (oP)
R7NDT'8-302 56-104 54-102 54-102 44-102A 44-1028 44-102C 44-102O E-78273-361 003-02 E-78273-3&1-003-02 M-2105-1 M-4919-1 E-78273-361-003-02 I
E-78273-361-003-02 E-78273-361-003-02 E-78273 361 003-02 E-78273-361-003-02 M-7021-2 M-8104-1 M-8104 1
M 8104-1 M-8104 1
E-78373-361 003-02, M-7021-1 SA516-GR70 SA533-GRB-Cl 1 SA533-GRB-CLl SA533-GRB-CL1 SA533-GRB-CL1 SA533 GRB-CL1 SA533-GRB-CL1'A533-GRB-CL1 Stay Cap Support Skirt Primary Head Fr(nary Hoad Prinary Extension Ring Prlnary Extension Ring Prlnary Extension Ring Prinary Extension Ring
-40
+10
-10
-10 20
-20
-20
-20 e30(a)
+1O(a) 14 10(a)
+o(a).
20(a) 20(a) 8 20(a) 2O(a)
RA (0.-
~ ~
N 1 ~
pg-geIR pg-3/o/8 gyps y./-g8-o2 A-72' 7'.g-ygl-g3-az H-7~~3-~
I gg~g-g gg-CLf Agq3 68.8 C
p~;~,+ Aanmy d)v ~
p,. g~>~~ 6VeF (a)
Deternlned per applicable ASME-BPV-Code Sect ill Subsection NB, Article NB2331(a,1,2,3)
/0 O00.:0
> a
/0 Za) c
~~
/D PG' 0
av n 0
r,l 1
Table 5.2-25A PALO VERDE. UNIT 2 FRACTURE TOUGHNESS DATA STEAM GENERATOR N2 (PLATES)
Piece Number 254-101 254-101 244-102 Reference Drauing Number E-79273-361-003-03 E-79273-361-003-03 E-79273-361-003-03 Material Code Number F-1117-03 F-1117-04 M-4704-01 ASME Material specification SA533 GRB-CI I SA533-GRB-Cf I SA533-GRB-CII f.ocation in Component Primary Head Torus Primary Head Torus Primary Extension Ring D"WDT
( F)
-10
-10
-20 RTNDT(a)
('F)
-10 0
10 12 a.
Determined per applicable ASME-BPv Code Sect III Subsection NB, Article NB-2331-(a,1,2,3) 12 e
A 0)
~ ~
Q)
~
dwg-Pro(
(g lb O00 A
Pd 0 CR PU Oy 0
e
~. ~'
r C.I "t
fi Jl
'1'able 5.2-25B PALO VERDE UNIT 3 FRACTURE TOUGHNESS DATA STEAM GENERATOR N2 (PLATES) 14 Piece Number Reference Drawing Number Material Code Number Material Specification Location Dr'op Weight RTNDT NDT ( F)
( F) 254-3101 254-3101 E"f5273-361-003-04 E-65273-361-003-04 F-6882"03 F-6882- 04 SA533-GRB-CL1 Primary Head Torus SA533-GRB-CLl Primary Head Torus
-10 "10
(
)
(a) 244-102 E-65273-361-003"04 M-9707"01 SA533-GRB-CLl Primary Extension Ring
-10
-10(a) a.
Determined per Applicable ASME-BPV-Code Section III, Subsection NB, Article NB-2331-(a-l, 2, 3) g4-stoI E-b5nS-Ql-sos-P/
J-siz-oi 8-c~L n.mary ]Pa~~) dO~
/I E~)
O00 C
0 0CRU O' K
0
~
f.l t
Wt I]
It
)
'I
Table 5.2-26B PALO VERDE UNIT 3 FRACTURE TOUGHNESS DATA STEAM GENERATOR N2 (FORGINGS)-
14 Drop Weight NDT ( F)
(a RTNDT ( F)
Piece Number Reference Drawing No.
Material Material Code Number Specification Location 0
180 pO 180 258-103 E-65273-361-003-04 F-6883"02 SA508-CL1 Inlet Nozzle Safe End 0
h 0~
o 258-203 258-203 E-65273-361-003-04 F-6884-03 E"65273-361-003-04 F-6884-04 SA508-CL1 SA508-CL1 Outlet Nozzle Safe End Outlet Nozzle Safe End
-20
-20 h
20~
-20~
-20
-20 A
14 CA '
258-3101 258-3201 258-3201 252-101 272-104 E-65273-361-003-04 F-6885-02 E-65273-361-003-04 E-65273-361-003-04 F"6886-03 F-6886-04 E-65273-361-003-04 F-6888-02 E-65273-361-003-04 M"2324-01 SA508-CL3 SA508-CL3 SA508-CL3 SA508-CL3 I
A106-GRC Inlet Nozzle Outlet 'Nozzle Outlet Nozzle Stay Cylinder Tube Sheet Drain Nozzle
-30
-50
-50
-30
-30 246-101 E-65273-361-003-04 M-8101"02 SA508-CL2 Tube Sheet
+40 a.
Determined per Applicable ASME-BPV Code and Addenda, Sect. III. Subsection NB, Article NB-2331-(a-l.2,3)
<<$0 h
-50 3PM
-50~
<<Q)
-20~
-30
-50
-50
-30
~A
+40~
+4O o00 2s M
CA CA ta 0
0 C--ta a
o 0
K
g t I J
Table 5.3-0A PALO VERDE UNIT-1 REACTOR VESSEL'ELTLINE WELD METAL (AS DEPO.'sITED)
CHEMICAL ANALYSIS (Sheet 1 of 2)
Seam Number Lower Shell.
gpss Long.
Seams.
Intermediate Shell I.ong.
Seams Element 141 142C 101-142B 101-142A 101-124C 101-124$ i 101-124A Girth Seam Mn Si Ni Cr Mo Cb Co Cu Al As Sn 0.15 1.29 0.005 0.006 0.21 0.05 0.03 0.53 0.005
<.Ol
<.01 0.015 0.03 0.005
<.001 0.01 0.004 0.001 0.15 1.32 0.005 0.006 0.20 0.05 0.03 0.52 0.005
<.01
<.01 0.015 0.03 0.005
<.001 0.01 0.004 0.001 0.15
- 1.36 0.006
" 0.006
. 0.21 0.05
~ 0.03
- 0.54 0.006
<.01
<.01 0.016
'0.03 0.007
<.001 0.02 0.005 0.001 0.13 1.21 0.009 0.007 0.12 0.03 0.02 0.49 0.004
<.01
<.01 0.005 0.02 0.004
<.001
<.01 0.007 0.003 0.14 1.20 0.01 0.008 0.14 0.03 0.02 0.49 0.005
<.01
<.01 0.005 0.02 0.004
<.001
<.01 0.006 0.. 002 0.12 1.24 0.012 0.009 0.13 0.03 0.02 0.52 0.005
<.01
<.01 0.006 0.02 0.00$
<.OOL
<.01
- 0. 005 0.003 O.ll 1.51
- 0. 013 0.009 0.54 O.ll 0.16 0.52 0.006
<.01
<.01 0.008 0.02 0.01 0.001 0.01 0.001 0.003 W
M
~
l ~ ~
J
~
~
~
Table 5.3-0A PALO VERDE UNIT-1 REACTOR.+SSEL BELTLINE WELD METAL (AS DEPOSITED)
CHEMICAL ANALYSIS i
, (Sheet 2 of 2)
Seam Number Lower Shell Long.
Seams Intermediate Shell Long.
Se ams Element 14 142C 101-142B 101-142A 101-124C 101-1243 101-3 24A Girth Seam Zr Pb Sb N2 0.001
<.001
<.001 0.005 0.001
<.001
<.001 0.005 0.001
<.001
<.001 0.006
<.001 0.01
<.001 0.006
<.0(il 0.008
<.001
<.001 0.009 0.013 Ql 4J IVl
Table 5,3-4 PALO VERDE UNIT 1 SURVEILLANCE PROGRAM (Sheet 1 of')
Capsule Assy.
No.
6 Type Azimuthal Location Withdrawal Schedule EFPY (<)
Lead Factor Surveillance Material Origins No.
Specimens Orientation 1
PC 38o 8-10
<<l. 5 1.
Base Metal Lower Shel). Plate M-4311-1(a>
15 9
9 3
9 Cv Cv PCv Tension C
Trans.
Trans
~
Long.
Trans.
Long.
2.
Weld Metal M-4311"2/M-4311"3 weld wire:
B-4 Heat/I ot 90071 Flux Linde 0091/1054 3.
HAS Metal Lower Shell Plate M-4311-l(a) 4.
SRM HSST Plate 01 3
15 12 I
9 Tension C
PC Cv
'v Trans.
Trans.
Trans.
- Trans, Long.
a.
b.
c See Table 5.3-0 for chemistry of Plate Code No. M-4311-1 (lower shell plat s).
Me,RL See Table 5.3-0A for chemistry of Plate Code No. 101-142 A-C (lower shell long seamr).
A Surveillance veld metal between plates M-4311-2 and M-4311-3 (long seam).
d.
See ORNL-4315 dated Feb.
1968, for chemistry of SRM (HSST-01 Plate).
e.
See Table 5.3-0 for chemistry of Plate Code No.'.M-6701-2 (intermediate shell plate).
f.
Effective full power years.
I I'1
Table 5.3-4A PALO VERDE UNIT 2 SURVEILLANCE PROGRAM (Sheet 7 of 7)
NOTES:
d.
Surveillance weld metal formed bet e.
See ORNL-4315 dated February 196 or chemistry of SRM (JJHST-01 Plate).
a.
Effective Full Power Year'.
5 5-0$
b.
See table 5.3.1-3 for chemistry of plates.
9'5-dC ~
c.
See table 5.3.1-for chemistry of wel ween de
'gnated plates.
y ~ y
Table 5.3-48 PALO VERDE UNIT 3 SURVEILLANCE PROGRAM (Sh.et l of: 4)
Capsule Assembly No. and TYPe Azimuthal Location Withdrawal Schedule EFPY<<>
Lead Factor Surveillance Material Origins No.
Specimens TYPe Orientation 384 Standby
<1.5 1.
Base Metal Lower Shell Plate F-6411-2~a~
2.
Weld Metal~
F-6411-1 to 3~c~
Weld Wires B-4 Heat/Lot 4P7869 Flux Linde 124/0281
,3.
HAZ Metal Lower Shell Plate F-6411-2~a~
4.
SRM HSST Plate Ol~
15 10 3
15 10 3
12 Cv 1/2TCT Tension Cv 1/2TCT Tension Trans.
Trans.
Trans.
Trans.
Trans.
Trans.
Trans.
l,ong.
l4 Q)
~ ~
2 CT 434 Standby
<1.5 Base Metal Lower Shell Plate F-6411-2~
15 10 3
Cv 1/2TCT Tension Trans.
Trans.
Trans.
& ~
b.
C ~
d.
e.
See Table 5.3-0D for chemistry of plates.
See Table 5.3-0E for chemistry of wel Surveillance weld metal formed between des nated plates.
See ORNL-4315 dated February 1968, for c mistry of SRM (HSST-Ol Plate).
Effective Full Power Years O
0 Cobe go. lol-"I'l2 A-C. ( lowe~ +hell Long eeo~q)
I Iil C
E l
r~
Tabl.e 5.4-1 FRACTURE TOUGHNESS DATA PALO l'ERDE UNIT 1 STEAN GENERATOR 1
SECONDARY SIDE (PLATES) 6 I'1 ece Number Reference Dra~ing Number Material ta"MM M te iat t
I code Number specirlcation L
Location ln Component DWNDT
('Y)
BTNDT l Y)
'- 242. 102 j 242-102 I
j 242-102 I
j 204 102 204-102 202-101 276-3201 276-3101A 276-3101B E 78273
~ 261 ~ 003 ~ 05 Y-78273-261- 003. 05 E-78273
~ 261 ~ 003 ~ 05 L 782'I3 ~ 261 ~ 003 ~ 05 E 782I3 ~ 261-003
~ 05 E-78273
~ 261 003 ~ 05 E-78273
~ 261-003-05 E 78273
~ 261-003-0S M-470 5 ~ 02 M. 4705. 03 1 H-7029.01 M 7029 ~ 02 H-7030. 01 M-7232-01 M 7243 1
H-7243-1 Y~ 7S2/3. 261. 003. 0'5 H. 4705 01 I
SA533 ~ GBA Cl.l I
A533-GRA ~ Cl,l I
i SAS33-GBA-CL1 I
SA516-GR70 SA516-GR70 SA533 ~ ORB-CLl.
M SA533-CBB-CL1 SA'533-CRB-Clal SA5 3 3 ORB - Cla 1 Lowec Shell Plate l
Lower Shell Plate Lower Shell Plate I
Closure Head Torus Closure Head Tocus Top Head Dome Manway Covec Pcimary Manway Covet Primary Manway Covec 20 20 30 10 10 10 10 10 10 10 10 10 10 10 10 10 10 12 O0
'1)0'a 222-102 222 102 222-102 244-202 224-102 224 F 102 224 '02 225 ~ 102 225-102 E 78273
~ 261-003-05 E-/8273 261 003 ~ 05 E-78273-261-003
~ 05 E-78273
~ 261-003
~ 05 E-78273-261-003. 05 I
Y.- 78273-261 003- 05 L-782'/3 ~ 261- 003- 05 E- '/8273
~ 261 ~ 003. 05 E-78273-261. 003. 05 M-8102
~ 02 H-S 102 ~ 03 M. 8102- 05 M-8103
~ 01 M-8106
~ 01 M-8106 ~ 02 M-8106 03 M 810'I ~ Ol.
H-810/ ~ 02 SA533-GRB-Cl 1
SA533-CRB-CL1 SA533-GRB-Cl.l SA533 GRA-CL1 SA533 ANGRA-Cl,l SA533 ANGRA-CLl SA533-CRA Ct 1 a
SA533-CMRO. Cl 1 SA533-GBB-Cl.l Upper Shell Plate Upper Shell Plate Upper Shell Plate Secondary Extension Ring intermediate Shell intermediate Shell intermediate Sheol Shell Cone Segment Shell Cone Segment 50 70 40 30 30 50 60 10 20 20 30 20 30 10 10
-10 10 20 12 a
M QR a.
ASML Section 3 Article NO 2331.A. 1.2,3
~ i ~ 7
Table 5.4-5 PALO VERDE UNIT 1 FRACTURE TOUGHNESS DATA STEAM GENERATOR-2 SECONDARY SIDE (PLATES)
Piece
.'umber
>Reference DraMing Numbec I
Material AGME Material location In Code Number Specilication Component DI/NUT I'Y)
BTNUT
{~YI
. 242-102 I
- 242. 102 E-78273-361- 003 03 E. 'I82'I3-361-003. 03 H 4705 ~ 04 H 4705. 05
~ 242-102
- 255-102 255-102 204-102 204-102 202-101 E-782 I3 ~ 361-003
~ 03 E- /8273 ~ 361-003-03 E-78273-361-003. 03 E-'78273
~ 361 ~ 003
~ 03 E /827) ~ 361-003 03 E-78273
~ 361-003
~ 03 276-32OI '. 78273. 361-Oo)-O)
M 4705 06 M. 700'I ~ 01 M-7007 ~ 02 M. /029 ~ 03 M 7029-04 M-7030. 01 M I232 01 276-310IA E-78273 361 003 ~ 02
,'H 7243
~ 1 276-)ln
~ 003 ~ 02 H 7243
~
1 222 ~ 102 222-102 222-102 244
~ 202 224 F 102 224 '02 224
~ 102 E-78273
~ 361 ~ 003 ~ 03 E-78273
~ 361 ~ 003- 03 E-782 I3 ~ 361- 003 ~ 03 E. 'I8273. 361. 003 03
~
E. 78273
~ 361 ~ 003 ~ 03 E I8 2 I 3 3 6 1 0 0 3 0 3 E-782'/3
~ 361 ~ 003 03 H 8102
~ 01 H 8102 04 H 8102- 06 M 8103
~ Ol I
H 8106 04 H 8106 ~ 05
'M. 8106 ~ 06 a.
ASHY Section 3 Article NU 2311 A 1,2.3 SAS)3. CBA Cu GA533-GBA Cl I SA533-GBA.CI.l SA533-CBU. Cl,l SAS 3 3-C>BB-CI, 1 SA516-CR70 SA516 GR7O SA533-GBU-CI,1 SA 5 ) ) - GB 8-CI. 1 SA533 CBB Cl.l SAS33-ORB
~ CI 1 SAS) 3-CBB-Cl>l SAS))-CBB-CI.1 GAS)3-CBB. CI>l SA533 ~ GRU. Cl.l S AS 3 3-CBA C I> 1 GA533 CBA Cl 1 SA533. GBA CI ~ 1 I.oMec Shell Plate LoMer Shell Plate I.oMec Shell Plate Shell Cone Segment Shell Cone Segment Closure Ilead Torus Closure Ilead Tocus Top Ilead Dame Manvay Cover Primacy HanMay Cover Primacy Hanway Cover Upper Shell Plate Upper Shell Plate
- Upper Shell Plate Secondary Extnsn Bng Intermediate Shell Intecmehiate Shell intermediate Shell
~ 40 50
-40
-20
-30
-10
-10
-10 10 10 10
-60
-50
-40
-40
-50
-30
-30 10 10 40 10 10 30
-10 10 10 10
-20
-10
-10 30
-20
-30 20 12 14 12 O0 Ol Q0 z
L)
M Q
I 0
E.i
~ '
I t
1 l
I
,l