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=Text=
=Text=
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south CAROLINA EttcTnic a GAS COMPANY post orriec ses re4 COLUMaiA, south CAmoUNA 29218 T. C. NicHoLs, Jn.
s south CAROLINA EttcTnic a GAS COMPANY post orriec ses re4 COLUMaiA, south CAmoUNA 29218 T. C. NicHoLs, Jn.
wi r.u.a . ..o c.%. o m. .           Novembe r 25, 1980 sm.. c . ... . .
wi r.u.a...o c.%. o m..
Novembe r 25, 1980 sm.. c......
Mr. liarold R. Denton, Director Of fice of Nuclear Reactor Regulation U. S. Nuclear Regulatory Comission l
Mr. liarold R. Denton, Director Of fice of Nuclear Reactor Regulation U. S. Nuclear Regulatory Comission l
Washington, D. C. 20555
Washington, D. C. 20555


==Subject:==
==Subject:==
Virgil C. Summer Nuclear Station Docket No. 50/395 Impact Test Results - A-106 Material ,
Virgil C. Summer Nuclear Station Docket No. 50/395 Impact Test Results - A-106 Material
I


==Dear Mr. Denton:==
==Dear Mr. Denton:==
As requested by Mr. Joe Halapatz, South Carolina Electric and Gas           '
As requested by Mr. Joe Halapatz, South Carolina Electric and Gas Company, acting for itself and agent for South Carolina Public Service Authority, provides forty-five (45) copies of a summary of impact test results on material used in main steam and feedwater systems identified on the attached sheet.
Company, acting for itself and agent for South Carolina Public Service Authority, provides forty-five (45) copies of a summary of impact test results on material used in main steam and feedwater systems identified on the attached sheet.
SCESC is pursuing the possibility of obtaining information from the supplier concerning charpy tests on main steam piping identified on the attached sheet at temperatures less than 1200F, Very truly yours, A
SCESC is pursuing the possibility of obtaining information from the supplier concerning charpy tests on main steam piping identified on the attached sheet at temperatures less than 1200F, Very truly yours, A     .
j T. C. Nichols, Jr.
j                                                   T. C. Nichols, Jr.
FBB:RbC:TCN:rh cc:
FBB:RbC:TCN:rh cc:       V. C. Summer C. H. Fischer T. C. Nichols, Jr.
V. C. Summer C. H. Fischer T. C. Nichols, Jr.
E. 11. Crews , Jr.
E. 11. Crews, Jr.
O. S. Bradham O. W. Dixon, Jr.
O. S. Bradham O. W. Dixon, Jr.
D. A. Nauman R. B. Clary W. A. Williams, Jr.
D. A. Nauman R. B. Clary W. A. Williams, Jr.
B. A. Bursey 2
B. A. Bursey Q
2 Q            y. L. Skolds lf. B. Knotts, Jr.
: y. L. Skolds 22 lf. B. Knotts, Jr.
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                                                                                                                                                                                    /
/
4 (Inside 0                   (Outside @                 (Cutside Tenetration).               Penetration)                 Containment)                               COCE PENETP.ATION           PECCESS Cv               SPOOL (L)Cv                 SPOOL (R)Cv                 DOWNSTE/Jf Cv     ISCLATION VALVE Cv     EDITICN Y                 W #203     SA106 Cr B: 19x1.156     W-14-05                         W-14-04                               NONE         Valve 1611C-TV     1974 C1 2
4 (Inside 0 (Outside @
{             g               USS Ht. 1.21716:         SA-106 sm1's Cr B: 18x.9 33     SA-106 sm1's Cr 5: 18x1.156   (Cnly one spool     VP-E-6252-1-1           +
(Cutside Tenetration).
Cv 2 40 F = 36. 27, 30   USS Et. L20479 & N32762         USS !!t. L22333                                                         L' ,75
Penetration)
(---                         MLE = 33, 28, 27                                                                         tetween rener a- SA-352 cr. LCB Cv @ 40'F = 30,32,34; 32,35,37 Cv @ 32 F = 36,39,35               tion & isolation (Anchor Darling)
Containment)
                                                              ?1E = 2 7. 30,31; 29,31,34     11E - 32,35,32                   valve)
COCE PENETP.ATION PECCESS Cv SPOOL (L)Cv SPOOL (R)Cv DOWNSTE/Jf Cv ISCLATION VALVE Cv EDITICN Y
W #206     SA 106 Cr B: 18x1.156   W-15-0 7                       W-15-06 USS Ht. L21716:           SA-106 em1's Cr B: 18x.938     SA-106 sul's CR B: 18x1.156           NCM.         Valve 16118- W     1974 CL 2 g-Q                           Cv @ 400F = 36,27.30     USS Ht. N32759                 USS Ht. LP.3 333               (caly one spool       VP-E-t 2 52-1-2       +
W #203 SA106 Cr B: 19x1.156 W-14-05 W-14-04 NONE Valve 1611C-TV 1974 C1 2
MLE - 33,28,2 7         Cv 3 400F = 30,33,31                                             1-etween penetra- SA-352 Cr. LCB M           '
{
11E = 2 7. 30,29 cv @ 32 f = 36,39,35 F1E = 32,35,32                   tion & isolation (Anchor Darling)
g USS Ht. 1.21716:
W '75 valve)
SA-106 sm1's Cr B: 18x.9 33 SA-106 sm1's Cr 5: 18x1.156 (Cnly one spool VP-E-6252-1-1
QY               W F306     SA 106 Cr B: 19x1.156 USS Ut. L21716:
+
W-13-05 SA-106 sel's Cr B: 18x.938 W-13-04                               NONZ         Valve It 11A-N     19 74 CL 2 SA-106 sal's Cr B: 18.1.56     (culy one spool     VP-E-6:52-1 3           +
Cv 2 40 F = 36. 27, 30 USS Et. L20479 & N32762 USS !!t. L22333 tetween rener a-SA-352 cr. LCB L',75
j                 Cv @ 40 F = 36,27,30     USS Ht. L20476 & N32759         USS Ht. L23333                   letween penetra- SA-352 2r. LCR MLE = 33,28,27           Cv @ 32 F = 33,29,29: 39,25,30 cv 0 32 F = 36,39,35                                                     V '75 t ion & isolation (Ancher Parling) 51E = 30,28,27: 36,22,23       t1E = 32,35,32                   valve)                                 .
(---
g              MS #202     SA-105 (N):C1.1: 33x1.7 MS-17-15                       MS-07-01             (I.D.)   MS-07-03             Valve 7NIC-MS       1974 CL 2 Cameren Ut. 4150         SA-106 Cr.C: 29.61D x 1.20 Cv @ 320F = 6S,62,64                                    SA-106 sm1's Cr.C:29.6 x 1.20 SA-155 KCF 70 (N): VF-1-1:43s                 +
MLE = 33, 28, 27 Cv @ 40'F = 30,32,34; 32,35,37 Cv @ 32 F = 36,39,35 tion & isolation (Anchor Darling)
Car.cron Ht. L3761             Cameron Ut. L3766               2).7 ID x 1.15     SA-216 Cc WCB MLE = 54,49,51           Cv @ 120 F = 94,92,95           cv G 120 F = 100,100,96                                                 U '75 Taylor Forge Ht's     (Atwood Morrill)
?1E = 2 7. 30,31; 29,31,34 11E - 32,35,32 valve)
E E = 81,82,82                 10.E = 84,85,86                 LJ1A17750; 8;2A69890 Cv @ 120 F = 75,79,73*,
W #206 SA 106 Cr B: 18x1.156 W-15-0 7 W-15-06 USS Ht. L21716:
68.6?,60 112 - 64,66,63'49, 46,47 MS #428     SA-105 (N): C1.1: 33x1.7 MS-17-05                       MS-05-01                       MS-05-03             Valve 2 Fila-MS         1974 CL 2 Cameron Ht. 4150         SA-106 Cr.C: 29.6 ID x 1.20     SA-106 Cr.C: 29.6 ID x 1.20   SA-155 CL.1 Cr.     VP-3-134;$                 +
SA-106 em1's Cr B: 18x.938 SA-106 sul's CR B: 18x1.156 NCM.
Cv @ 320F = 68,62,64     Cameron Ht. L3766               Cameron Ht. L3766               KCF-70: 29.7 ID   SA-216 C . WCB         W ' 75 11E = 54,49,51           Cv @ 1900F = 100,100,96         cv @ 120 F = 100,100,96         x 1.150             (Atwood errill)
Valve 16118-W 1974 CL 2 g-Q Cv @ 400F = 36,27.30 USS Ht. N32759 USS Ht. LP.3 333 (caly one spool VP-E-t 2 52-1-2
                                                              !1E = 84,85,86                 MLE = 84,85,S6                 Taylor Forge Rt.
+
812A69890 cv @ ILO F = 58, 62,60 MLE = 49,46,47 MS #207     SA-105 (N):C1.1: 33.x1.7 MS-17-10                       MS-06-01                       MS-06-02             Valve 2S018-MS         1974 CL2 Cameron Mt. 4150         SA-106 Cr.C: 29.6 ID x 1,20     SA-106 Cr.C: 29.6 ID x 1.20   SA-155 (N) CL.1     VP-2713408                 +
MLE - 33,28,2 7 Cv 3 400F = 30,33,31 cv @ 32 f = 36,39,35 1-etween penetra-SA-352 Cr. LCB W '75 M
Cv @ 32 F = 68,62,64     Cameron Ht. L3766               Cameren Ht. L3766               KCF-70: 29.7 x     SA-216 Cr. WCB         W '75 F1E = 54,49,51           Cv @ 120 F = 100,100,96         cv @ 1200F = 100,100,96         1.150               (Atwood Merrill)
11E = 2 7. 30,29 F1E = 32,35,32 tion & isolation (Anchor Darling) valve)
MLE = 84,85,86                 !aE = 84,85,86                 Taylor Forge Ht.
QY W F306 SA 106 Cr B: 19x1.156 W-13-05 W-13-04 NONZ Valve It 11A-N 19 74 CL 2 USS Ut. L21716:
SA-106 sel's Cr B: 18x.938 SA-106 sal's Cr B: 18.1.56 (culy one spool VP-E-6:52-1 3
+
j Cv @ 40 F = 36,27,30 USS Ht. L20476 & N32759 USS Ht. L23333 letween penetra-SA-352 2r. LCR V '75 MLE = 33,28,27 Cv @ 32 F = 33,29,29: 39,25,30 cv 0 32 F = 36,39,35 t ion & isolation (Ancher Parling) 51E = 30,28,27: 36,22,23 t1E = 32,35,32 valve)
MS #202 SA-105 (N):C1.1: 33x1.7 MS-17-15 MS-07-01 (I.D.)
MS-07-03 Valve 7NIC-MS 1974 CL 2 g
Cameren Ut. 4150 SA-106 Cr.C: 29.61D x 1.20 SA-106 sm1's Cr.C:29.6 x 1.20 SA-155 KCF 70 (N): VF-1-1:43s
+
Cv @ 320F = 6S,62,64 Car.cron Ht. L3761 Cameron Ut. L3766 2).7 ID x 1.15 SA-216 Cc WCB U '75 MLE = 54,49,51 Cv @ 120 F = 94,92,95 cv G 120 F = 100,100,96 Taylor Forge Ht's (Atwood Morrill)
E E = 81,82,82 10.E = 84,85,86 LJ1A17750; 8;2A69890 Cv @ 120 F = 75,79,73*,
68.6?,60 112 - 64,66,63'49, 46,47 MS #428 SA-105 (N): C1.1: 33x1.7 MS-17-05 MS-05-01 MS-05-03 Valve 2 Fila-MS 1974 CL 2 Cameron Ht. 4150 SA-106 Cr.C: 29.6 ID x 1.20 SA-106 Cr.C: 29.6 ID x 1.20 SA-155 CL.1 Cr.
VP-3-134;$
+
Cv @ 320F = 68,62,64 Cameron Ht. L3766 Cameron Ht. L3766 KCF-70: 29.7 ID SA-216 C. WCB W ' 75 11E = 54,49,51 Cv @ 1900F = 100,100,96 cv @ 120 F = 100,100,96 x 1.150 (Atwood errill)
!1E = 84,85,86 MLE = 84,85,S6 Taylor Forge Rt.
812A69890 cv @ ILO F = 58, 62,60 MLE = 49,46,47 MS #207 SA-105 (N):C1.1: 33.x1.7 MS-17-10 MS-06-01 MS-06-02 Valve 2S018-MS 1974 CL2 Cameron Mt. 4150 SA-106 Cr.C: 29.6 ID x 1,20 SA-106 Cr.C: 29.6 ID x 1.20 SA-155 (N) CL.1 VP-2713408
+
Cv @ 32 F = 68,62,64 Cameron Ht. L3766 Cameren Ht. L3766 KCF-70: 29.7 x SA-216 Cr. WCB W '75 F1E = 54,49,51 Cv @ 120 F = 100,100,96 cv @ 1200F = 100,100,96 1.150 (Atwood Merrill)
MLE = 84,85,86
!aE = 84,85,86 Taylor Forge Ht.
812A69890 Cv @ 120 F = 58, 62,60 MIT = 49,46,47
812A69890 Cv @ 120 F = 58, 62,60 MIT = 49,46,47
  - - _ . _ _ - . -}}
- - _. _ _ -. -}}

Latest revision as of 10:22, 24 December 2024

Forwards Summary of Impact Test Results on Matl Used in Main Steam & Feedwater Sys
ML19345B410
Person / Time
Site: Summer 
Issue date: 11/25/1980
From: Nichols T
SOUTH CAROLINA ELECTRIC & GAS CO.
To: Harold Denton
Office of Nuclear Reactor Regulation
References
NUDOCS 8012010117
Download: ML19345B410 (2)
v • d • e


Text

4..

s south CAROLINA EttcTnic a GAS COMPANY post orriec ses re4 COLUMaiA, south CAmoUNA 29218 T. C. NicHoLs, Jn.

wi r.u.a...o c.%. o m..

Novembe r 25, 1980 sm.. c......

Mr. liarold R. Denton, Director Of fice of Nuclear Reactor Regulation U. S. Nuclear Regulatory Comission l

Washington, D. C. 20555

Subject:

Virgil C. Summer Nuclear Station Docket No. 50/395 Impact Test Results - A-106 Material

Dear Mr. Denton:

As requested by Mr. Joe Halapatz, South Carolina Electric and Gas Company, acting for itself and agent for South Carolina Public Service Authority, provides forty-five (45) copies of a summary of impact test results on material used in main steam and feedwater systems identified on the attached sheet.

SCESC is pursuing the possibility of obtaining information from the supplier concerning charpy tests on main steam piping identified on the attached sheet at temperatures less than 1200F, Very truly yours, A

j T. C. Nichols, Jr.

FBB:RbC:TCN:rh cc:

V. C. Summer C. H. Fischer T. C. Nichols, Jr.

E. 11. Crews, Jr.

O. S. Bradham O. W. Dixon, Jr.

D. A. Nauman R. B. Clary W. A. Williams, Jr.

B. A. Bursey Q

y. L. Skolds 22 lf. B. Knotts, Jr.

S-

@PCF/Whitaker

~

t Nit a

s?ti'"

m:

%. m m

,c L

6 H

l' 802 n o 3 off y A

t

/

4 (Inside 0 (Outside @

(Cutside Tenetration).

Penetration)

Containment)

COCE PENETP.ATION PECCESS Cv SPOOL (L)Cv SPOOL (R)Cv DOWNSTE/Jf Cv ISCLATION VALVE Cv EDITICN Y

W #203 SA106 Cr B: 19x1.156 W-14-05 W-14-04 NONE Valve 1611C-TV 1974 C1 2

{

g USS Ht. 1.21716:

SA-106 sm1's Cr B: 18x.9 33 SA-106 sm1's Cr 5: 18x1.156 (Cnly one spool VP-E-6252-1-1

+

Cv 2 40 F = 36. 27, 30 USS Et. L20479 & N32762 USS !!t. L22333 tetween rener a-SA-352 cr. LCB L',75

(---

MLE = 33, 28, 27 Cv @ 40'F = 30,32,34; 32,35,37 Cv @ 32 F = 36,39,35 tion & isolation (Anchor Darling)

?1E = 2 7. 30,31; 29,31,34 11E - 32,35,32 valve)

W #206 SA 106 Cr B: 18x1.156 W-15-0 7 W-15-06 USS Ht. L21716:

SA-106 em1's Cr B: 18x.938 SA-106 sul's CR B: 18x1.156 NCM.

Valve 16118-W 1974 CL 2 g-Q Cv @ 400F = 36,27.30 USS Ht. N32759 USS Ht. LP.3 333 (caly one spool VP-E-t 2 52-1-2

+

MLE - 33,28,2 7 Cv 3 400F = 30,33,31 cv @ 32 f = 36,39,35 1-etween penetra-SA-352 Cr. LCB W '75 M

11E = 2 7. 30,29 F1E = 32,35,32 tion & isolation (Anchor Darling) valve)

QY W F306 SA 106 Cr B: 19x1.156 W-13-05 W-13-04 NONZ Valve It 11A-N 19 74 CL 2 USS Ut. L21716:

SA-106 sel's Cr B: 18x.938 SA-106 sal's Cr B: 18.1.56 (culy one spool VP-E-6:52-1 3

+

j Cv @ 40 F = 36,27,30 USS Ht. L20476 & N32759 USS Ht. L23333 letween penetra-SA-352 2r. LCR V '75 MLE = 33,28,27 Cv @ 32 F = 33,29,29: 39,25,30 cv 0 32 F = 36,39,35 t ion & isolation (Ancher Parling) 51E = 30,28,27: 36,22,23 t1E = 32,35,32 valve)

MS #202 SA-105 (N):C1.1: 33x1.7 MS-17-15 MS-07-01 (I.D.)

MS-07-03 Valve 7NIC-MS 1974 CL 2 g

Cameren Ut. 4150 SA-106 Cr.C: 29.61D x 1.20 SA-106 sm1's Cr.C:29.6 x 1.20 SA-155 KCF 70 (N): VF-1-1:43s

+

Cv @ 320F = 6S,62,64 Car.cron Ht. L3761 Cameron Ut. L3766 2).7 ID x 1.15 SA-216 Cc WCB U '75 MLE = 54,49,51 Cv @ 120 F = 94,92,95 cv G 120 F = 100,100,96 Taylor Forge Ht's (Atwood Morrill)

E E = 81,82,82 10.E = 84,85,86 LJ1A17750; 8;2A69890 Cv @ 120 F = 75,79,73*,

68.6?,60 112 - 64,66,63'49, 46,47 MS #428 SA-105 (N): C1.1: 33x1.7 MS-17-05 MS-05-01 MS-05-03 Valve 2 Fila-MS 1974 CL 2 Cameron Ht. 4150 SA-106 Cr.C: 29.6 ID x 1.20 SA-106 Cr.C: 29.6 ID x 1.20 SA-155 CL.1 Cr.

VP-3-134;$

+

Cv @ 320F = 68,62,64 Cameron Ht. L3766 Cameron Ht. L3766 KCF-70: 29.7 ID SA-216 C. WCB W ' 75 11E = 54,49,51 Cv @ 1900F = 100,100,96 cv @ 120 F = 100,100,96 x 1.150 (Atwood errill)

!1E = 84,85,86 MLE = 84,85,S6 Taylor Forge Rt.

812A69890 cv @ ILO F = 58, 62,60 MLE = 49,46,47 MS #207 SA-105 (N):C1.1: 33.x1.7 MS-17-10 MS-06-01 MS-06-02 Valve 2S018-MS 1974 CL2 Cameron Mt. 4150 SA-106 Cr.C: 29.6 ID x 1,20 SA-106 Cr.C: 29.6 ID x 1.20 SA-155 (N) CL.1 VP-2713408

+

Cv @ 32 F = 68,62,64 Cameron Ht. L3766 Cameren Ht. L3766 KCF-70: 29.7 x SA-216 Cr. WCB W '75 F1E = 54,49,51 Cv @ 120 F = 100,100,96 cv @ 1200F = 100,100,96 1.150 (Atwood Merrill)

MLE = 84,85,86

!aE = 84,85,86 Taylor Forge Ht.

812A69890 Cv @ 120 F = 58, 62,60 MIT = 49,46,47

- - _. _ _ -. -

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