ML13317A521
| ML13317A521 | |
| Person / Time | |
|---|---|
| Site: | San Onofre  |
| Issue date: | 03/02/1983 |
| From: | Baskin K Southern California Edison Co |
| To: | Crutchfield D Office of Nuclear Reactor Regulation |
| References | |
| IEB-79-01B, IEB-79-1B, NUDOCS 8303070020 | |
| Download: ML13317A521 (33) | |
Text
Southern California Edison Company P. 0. BOX 800 2244 WALNUT GROVE AVENUE ROSEMEAD. CALIFORNIA 91770 K. P. BASKIN TELEPHONE MANAGER OF NUCLEAR ENGINEERING, March 2, 1983 (213) 572-1401 SAFETY, AND LICENSING Director of Nuclear Reactor Regulation Attention:
D. M. Crutchfield, Chief Operating Reactors Branch No. 5 Division of Licensing U. S. Nuclear Regulatory Commission Washington, D.C.
20555 Gentlemen:
Subject:
Docket.No. 50-206 Environmental Qualification of Electrical Equipment San Onofre Nuclear Generating Station Unit 1 In our October 31, 1980 submittal on environmental qualification we identified the safety-related electrical equipment which was required to operate following an accident. The post-accident environment which the equipment would be required to operate in was also identified in the submittal.
By letter dated November 4, 1981, we responded to the NRC's SER and provided revision pages for the October 31, 1980 submittal which added post-accident environments and safety-related equipment. It was also indicated in that letter that we were continuing to evaluate the post-accident environment resulting from a MSLB inside containment and from pipe breaks outside containment.
Our evaluation of the MSLB inside containment was provided to you by letter dated June 30, 1982. This letter provides the results of our evaluation of the pressure and temperature values resulting from pipe breaks outside containment. The evaluation included plant specific analyses for the plant areas identified in our October 31, 1980 submittal.
The calculated values provided in the Enclosures to this letter have been incorporated into the environmental qualification program for the equipment identified in our October 31, 1980 submittal.
In addition, we have calculated radiation doses for the equipment located outside containment which have been incorporated into the environmental qualification program. Prior to calculating the doses, we utilized the generic radiation values based on the DOR Guidelines for qualification of equipment outside containment.
830'3070020 830302 PDR ADOCK 05000206
-~PDR
Mr. D.
March 2, 1983 to this letter includes the changes to the environmental parameters for those areas affected. These parameters include pressure, temperature and radiation. The enclosure indicates how the areas identified in Table 3 of our October 31, 1980 submittal have been changed. Enclosure 2 includes revisions to Table 5 of our October 31, 1980 submittal which is the listing of safety-related equipment required to operate in harsh environments.
By letter dated February 24, 1982, we provided to you our justifications for continued operation of San Onofre Unit 1. We have performed a detailed assessment of the consequences of the new environmental values on the justifications. This assessment indicated that the qualification analysis performed for Item 16 (Charging Pumps G8 A and B) required reanalysis to ensure that the increased temperature does not affect the conclusions of the analysis. At the present time San Onofre Unit 1 is in a cold shutdown and the high energy line which would cause the increased temperature in the area of the pumps is not in use.
All other justifications are still applicable. The reanalysis for Item 16 will be completed prior to startup of San Onofre Unit 1 from the current outage.
If you have any questions regarding the enclosed information, please let me know.
Very truly yours, Enclosures The environments for plant areas which contain safety-related equipment was provided in Table 3 of the October 31, 1980 submittal.
This table was revised in the November 4, 1981 submittal which responded to the NRC's SER. As indicated in the November 4, 1981 submittal plant specific analyses have been performed and evaluated for MSLB's and pipe breaks outside containment. In addition post-accident radiation doses integrated over 200 days were calculated for safety-related equipment located outside containment. The generic values provided in the DOR Guidelines were used for environmental qualification.
Based on the plant specific pipe break analysis outside containment and the radiation dose calculations the environments for those areas identified in Table 3 which are affected are as follows:
(Changes have been identified by an asterisk.)
Area 1 Containment Temperature:
391.5 0F*
Pressure:
53.3 psig*
Humidity:
100%
Chemical Spray:
Yes Radiation:
2 x 106 rads Submergence:
Yes*
This environment, in particular the temperature and pressure, is the result of a MSLB inside containment. The analysis for the MSLB was provided to. the NRC by letter dated March 6, 1981.
The peak temperature and pressure values were later recalculated and the results provided to the NRC by letter dated November 18, 1982.
In addition, the flood level inside containment resulting from the MSLB was calculated to be 4'11".
This value is higher than the flood level of 3'11" resulting from a LOCA and identified in the October 31, 1980 submittal.
No additional equipment has been identified between the LOCA flood level and the MSLB flood level.
The 4'11" flood level is being utilized in the design criteria for San Onofre Unit 1. The environment inside containment resulting from a LOCA remains the same as that indicated in Table 3 of the October 31, 1980 submittal.
By letter dated June 30, 1982, it was demonstrated that the use of the LOCA pressure and temperature was acceptable for equipment qualification.
Therefore, for the SCE environmental qualification program the LOCA values are being utilized for equipment qualification. All new equipment is being purchased to the peak MSLB values.
-2 The areas outside containment which are affected by the results of the analyses are as follows:
Area 1 Sphere Enclosure Building Annulus Temperature:
970F (212 0F)*
Pressure:
14.7 psia (15.3 psia)*
Relative Humidity: 100%
Chemical Sprays:
No Radiation:
4.2E5-1.7E6 rads*
Submergence:
No The environment within the annulus is expected to be as indicated with the exception of the penetration area. A steam generator blowdown line passes through the area of the penetrations. Failure of this line would result in a higher temperature and pressure which is indicated above.
Area 1 Piping Penetration Building Temperature:
110OF Pressure:
14.7 psia Relative Humidity: 100%
Chemical Sprays:
No Radiation:
1.7E6 rads*
Submergence:
No Area 1 Outside Temperature:
970F Pressure:
14.7 psia Relative Humidity: 100%
Chemical Sprays:
No Radiation:
1.7E5-1.3E6 rads*
Submergence:
No
-3 Area 2 Under Turbine Deck Temperature:
344oF*
Pressure:
47.2 psia*
Relative Humidity: 100%
Chemical Sprays:
No Radiation:
1.0E5-4.1E.5 rads*
Submergence:
No Areas 4, 5 and 6 Temperature:
325 0F*
Pressure:
15.2 psia*
Relative Humidity: 100%
Chemical Sprays:
No Radiation:
9.4E3-2.7E4 rads*
Submergence:
No The high temperatures and pressures in Areas 2, 4, 5 and 6 are the result of failure of large steam lines outside containment.
Area 8 Auxiliary Building Radwaste Area Temperature:
3190F*
Pressure:
15.9 psia*
Relative Humidity: 100%
Chemical Sprays:
No Radiation:
1.6E3-3.3E6 rads*
Submergence:
No The increased temperatures and pressures in the auxiliary building is the result of failure of a small steam line.
-4 Area 8 Auxiliary Building Roof Temperature:
970F Pressure:
14.7 psia Relative Humidity: 100%
Chemical Sprays:
No Radiation:
8.3E0-5.0E5 rads*
Submergence:
No Area 14 Refueling Water Storage Tank Temperature:
970F Pressure:
14.7 psia Relative Humidity: 100%
Chemical Sprays:
No Radiation:
3.1E6-3.3E6 rads*
Submergence:
No ACL:6061 Table 5:
Environmental Qualification of Electrical Equipment Page 1 of 1 REACTOR PROTECTION SYSTEM EQUIPMENT MANUFACTURER LOCATION ENV.(6)
QUAL.
METHOD REFERENCE
- 1. FT460, 461 and 462 Foxboro E11DM Area 1 T -
291oF 3000 F Test 10 Steam Flow Containment P -
64.1 75 Test 10 H -
100%
100%
Test 10 C -
Yes Yes Test 10 R -
2E7 2.2EB Test 11, 26 S-N
- 2. FT456, 457 and 458 Foxboro 613DM Area 2 T - 344 0 F*
294 0 F Similar (2) 3 Feedwater Flow P - 47.2*
75 Similar (2) 3 H -
100%
100%
Similar (2) 3 C -
No R -
1.0E5*
S -
No
- 3.
PT430, 431 and 432 Foxboro E11GM for PT 432 Area 1 T -
291 0 F 300 0F Test 10, 37 Pressurizer Pressure and NE11GM for PT 430 Containment P -
64.1 75 Test 10, 37 and 431 H -
100%
100%
Test 10, 37 C -
Yes Yes Test 10, 37 R -
2E7 2.2E8 Test 11, 26, 37 S -
No
- 4. LT430, 431 and 432 Foxboro E13DH HFD SAHI Area 1 T -
2910 F 300oF Test 10, 37 Pressurizer Level Containment P -
64.1 75 Test 10, 37 H -
100%
100%
Test 10, 37 C -
Yes Yea Test 10, 37 R -
2E7 2.2E8 Test 11, 26, 37 S -
No
Page 1 of 2 SAFETY INJECTION SYSTEM EQUIPMENT MANUFACTURER LOCATION ENV.
QUAL.
METHOD REFERENCE
- 5. G-3A and B Byron Jackson Pump Area 5 T -
325 0F*
212 0 F Analysis 1
Feedwater Pumps Westinghouse motor Area 6 P - 15.2*
NVS*
Analysis 1
CS type H -
100%
NVS Analysis 1
C -
No R -
2.7E4*
S -
No
- 6.
HV853A and B Teledyne Positioner Area 5 T -
325 0 F*
140oF Spec 5
HV851A and B 02112-002-5210 Area 6 P -
15.2*
NVS Spec 5
HV854A and B 02112-003-5210 H -
100%
100%
Spec 5
HV852A and B C-No R -
2.6E(4)*
S -
No
- 7.
CV875A and B Area 5 T -
325 0 F*
650 0 F (1)
Sim; Anal (2) 2, 3, 1 Feedwater Pump Solenoid ASCO WPHT 8314 Area 6 P -
15.2*
65 Sim; Anal 2, 3, 1 Recirculation H -
100%
100%
Sim; Anal 2, 3, 1 C -No R -
2.6E4*
S -
No
- 8. CV36 and 37 Area 5 T -
325 0F*
6500 F (1)
Analysis 2, 3, 1 (SV17 and 18)
Solenoid ASCO WPLB 8300 B59 Area 6 P -
15.2*
65 Analysis 2, 3, 1 Feedwater to on CV36 and X8302C25 on H -
100%
100%
Analysis 2, 3, 1 Condenser CV37 C -
No R -
2.3E4*
S -
No
- 9. FT912, 913 and 914 Foxboro 630-2AS Area 2 T. -
344 0 F*
SI Flow P -
47.2*
H -
100%
C -
No R -
3.3E5*
9.9E4 Analysis 3
S -
No
- NVS No Value Specified
Page 2 of 2 SAFETY INJECTION SYSTEM EQUIPMENT MANUFACTURER LOCATION ENV.
QUAL.
METHOD REFERENCE
- 10. MOV 850A, B and C Limitorque SMA-1-40 Area 1 T - 2910F 3290 F Analysis 2, 1, 34 SI Valves Reliance motor Containment P -
64.1 105 Analysis 2, 1, 34 ID No. 400524-FQ H - 100%
Steam Analysis
.2, 1, 34 P Type C -
Yes Yes Analysis 2, 1, 34, R -
2E7 2E8 Analysis 2,
1, 34 S -
No
Page 1 of 2.
RECIRCULATION.SYSTEM EQUIPMENT MANUFACTURER LOCATION ENV.
QUAL.
METHOD REFERENCE
- 11.
G-45A and B Chempump GPS-60L-46H-3T Area 1 T -
2910F 3000 F (3)
Analysis 2
Recirculation Pumps Containment P - 64.1 165 (3)
Analysis 2
H -
100%
100%
Analysis 2
C -
Yes Yes Analysis 2
R -
2E7 5.35E7 Analysis 2
S -
Yes Yes Analysis 2
- 12.
MOV 866A and B Limitorque SMBOO Area 1 T - 291 0 F 329 0 F Analysis 2, 3, 1, 34 Peerless motor P11766 Containment P - 64.1 105 Analysis 2, 3, 1, 34 H -
100%
Steam Analysis 2, 3, 1, 34 C -
Yes Yes Analysis 2, 3, 1, 34 R - 2E7 2E8 Analysis 2, 3, 1, 34 S -
No
- 13. FT500 and 501 Foxboro E13DM Style C Area 1 T -
2910F 300oF Test 10 Recirculation Flow Containment P -
64.1 75 Test 10 H -
100%
100%
Test 10 C -
Yes Yes Test 10 R -
2E7 2.2E8 Test 11, 26 S -
No
100%
C -
Yes R -
2E7 S -
Yes
- 15. MOV/LCV 1100B and D Limitorque SMB-00-10 Area 8 T -
319 0F-329oF Analysis 2, 3, 1, 34 MOV/LCV 1100C Reliance motor 400524-FQ P -
15.9*
105 Analysis 2, 3, 1, 34 Charging Pump Suction on B and C and Peerless H -
100%
Steam Analysis 2, 3, 1, 34 motor KS45153 on D C -
No R -
1.6E6*
2EB Analysis 2, 3, 1, 34 S -
No
Page 2 of' 2 RECIRCULATION SYSTEM EQUIPMENT MANUFACTURER LOCATION ENV.
QUAL.
METHOD REFERENCE
- 16.
G-BA and B Pacific Pumps Area 8 T -
319 0F*
212 0F Analysis 1
Charging Pumps Westinghouse CSP motor P -
15.9*
NVS Analysis 1
65F15619 H -
100%
NVS Analysis 1
C -
No R - 3.3E6*
107 Analysis 2, 1 S -
No
- 17. LS-73 Magnetrol A 153F-VPK-TDM Area 1 T -
291oF Sump Hi-Hi Containment P -
64.1 Alarm H -
100%
C -
Yes R -
2E7 S -
Yes
- 18.
MOV 18 and 19 Limitorque SMB-00 Area 1 T - 110oF 3290F Similar (2) 2, 3, 34 Charging Pump Discharge Peerless motor P -
14.7 105 Similar 2, 3, 34 H -
100%
Steam Similar 2, 3, 34 C -
No R -
1.7E6*
2E8 Similar 2, 3, 34 S -
No
- 19.
FCV 1115 D, E and F Honeywell Positioner Area 1 T -
11oF Recirculation Flow IS HE-1 P -
14.7 Control Solenoid ASCO B8300 B56R1 H -
100%
C -
No R -
i.7E6*
S - No
- 20. MOV 356, 357 and 358 Limitorque SMB-00-25 Area 1 T -
291 0 F 329oF Analysis 2, 3, 34 Recirculation Injection Reliance Motor Containment P -
64.1 105 Analysis 2, 3, 34 I.D. #709571-JY H -
100%
Steam Analysis 2, 3, 34 C -
Yes Yes Analysis 2, 3, 34 R -
2E7 2E8 Analysis 2, 3, 34 S -
No
Page 1 of 2 CONTAINMENT SPRAY EQUIPMENT MANUFACTURER LOCATION ENV.
QUAL.
METHOD REFERENCE
- 21.
G-27A and B Worthington Pump Area 14 T - 970F 2480F Analysis 2, 3, 1 Refueling Water Pumps Westinghouse motor AALG P -
14.7 Analysis 2, 3, 1 H -
100%
Analysis 2, 3, 1 C -
No R -
3.3E6*
1E7 (4)
Analysis 2, 3, 1 S -
No
- 22. MOV 883 Limitorque SMB-00 Area 14 T - 970F 3290F Similar (2)
.2, 3, 34 RWST Isolation Peerless motor P -
14.7 105 Similar 2, 3, 34 H -
100%
Steam Similar 2, 3, 34 C-No R -
3.1E6*
2E8 Similar 2, 3, 34 S -No-
- 23. MOV 880 Limitorque SMB-00 Area 1 T -
110oF 3290F Similar (2) 2, 3, 34 Spray/Recirculation Peerless motor P -
14.7 105 Similar 2, 3, 34 Crosstie H -
100%
Steam Similar 2, 3,.34 C -
No R -
1.7E6*
2E8 Similar 2, 3, 34 S -
No
- 24. CV517 and 518 EBV Systems D-6-300-7 Area 1 T - 970F 110 0F c of c 15 Spray Flow Control Solenoid Atkomatic 3101 P -
14.7 ATM c of c 15 Switch Trombetta SOL:NA-702E1 H -
100%
100%
c of c 15 Motor Boston Gear cat ADR C -
No R -
1.3E6*
2E7 c of c 15 S -
No
- 25.
FT 504 Foxboro E13DM Area 1 T - 970F 300oF Test 10 Spray Flow P -
14.7 75 Test 10 H -
100%
100%
Test 10 C -
No R -
1.7E6*
2.2E8 Test 11, 26 No
Page 2 of 2 CONTAINMENT SPRAY EQUIPMENT MANUFACTURER LOCATION ENV.
QUAL.
METHOD REFERENCE
- 26.
CV82 and 114 Area 1 T -
291UF 6500 F (1)
Analysis 2, 3 SV128 and 118 Solenoid ASCO WPLB 8300 B61RV Containment P - 64.1 64 Analysis 2, 3 Spray Isolation on CV82 and U8302C26R H -
100%
100%
Analysis 2, 3 on CV114 C -
Yes Yes Analysis 2, 3 R -
2E7 (5)
Analysis 2, 3 S -
No
- 27.
PT501, 502 and 503 Foxboro E11GM Area 1 T - 970 F 300 0F Test 10 Containment P -
14.7 75 Test 10 Pressure H -
100%
100%
Test 10 C -
No R -
4.2E5*
2.2E8 Test 11, 26 S -
No 0I
Page 1 of CONTAINMENT ISOLATION EQUIPMENT MANUFACTURER LOCATION ENV.
QUAL.
METHOD REFERENCE
- 28. CV102, 104 and 106 Area 1 T -
2910F 650 0F (1)
Analysis 2, 3 SV108, 110 and 112 ASCO WPLB 8300 B61R Containment P - 64.1 65 Analysis 2, 3 Sphere Sump Discharge H -
100%
100%
Analysis 2, 3 RCS Dr Tk Discharge C - Yes Yes Analysis 2, 3 RCS Dr Tk Vent R -
2E7 (5)
Analysis 2, 3 S -
No
- 29. CV103, 105 and 107 ASCO 8300 861 Area 1 T -
110 0 F 6500 F (1)
Similar (2) 2, 3 SV109, 111 and 113 P - 14.7 65 Similar 2, 3 Sphere Sump Discharge H - 100%
100%
Similar 2, 3 RCS Dr Tk Discharge C -
No RCS Dr Tk Vent R -
1.7E6*
(5)
Similar 2, 3 S -
No
- 30.
CV146 and 147 Area 1 T -
291 0 F 6500 F (1)
Analysis 2, 3 5V1212-6 and 1212-7 ASCO WPLB 8300 859 Containment P - 64.1 65 Analysis 2, 3 Sphere Air Sample H -
100%
100%
Analysis 2, 3 C -
Yes Yes Analysis 2, 3 R -
2E7 (5)
Analysis 2, 3 5 -
No
- 31.
SV1212-8 and 1212-9 ASCO HT X 8210 27 Area 1 T -
110 0 F Sphere Air Sample P -
14.7 H -
100%
C - No R -
1.7E6*
S - No
- 32. CV117, 118 and 119 ASCO WP 831735 Area 2 T -
3440F*
6500 F (1)
Similar (2) 2, 3 SV119, 120 and 121 P -
47.2*
65 Similar 2, 3 Steam Gen. Steam Sample H -
100%
100%
Similar 2, 3 C -
No R -
3.5E5*
(5)
Similar 2, 3 S -
No
Page 2 o 5
CONTAINMENT ISOLATION EQUIPMENT.
MANUFACTURER LOCATION ENV.
QUAL.
METHOD REFERENCE
- 33.
CV120, 121 and 122 ASCO WP 831735 Area 2 T -
344 0F*
650oF (1)
Similar (2) 2, 3 SV122, 123 and 124 P - 47.2*
65 Similar 2, 3 Steam Gen. Blowdown Sample H -
100%
100%
Similar 2, 3 C -
No R -
3.5E5*
(5)
Similar 2, 3 S -
No
- 34. CV123 ASCO WP 8300 B61R Area 1 T - 970 F 650 0F (1)
Similar (2) 2, 3 SV125 P - 14.7 65 Similar 2, 3 Service Air H -
100%
100%
Similar 2, 3 C -
No R -
1.7E6*
(5)
Similar 2, 3 S -
No
- 35.
CV537 Contromatic C-9922-DC Area 1 T -
291 0F 2720F Spec 28 Service Water Solenoid ASCO WP HTX 832093 Containment P -
64.1 61.1 Spec 28 H -
100%
100%
Spec 28 C -
Yes Yes Spec 28 R -
2E7 1EB Spec 28 S -
No
- 36. CV115 ASCO WPLB 8300 B64RU Area 1 T - 970 F 6500 F (1)
Similar (2) 2, 3 SV126 P -
14.7 65 Similar 2, 3 Service Water H -
100%
100%
Similar 2, 3 C -
No R - 4.1E5*
(5)
Similar 2, 3 S -
No
- 37.
SV702B and D Morotta Valve Co.
Area 1 T - 291 0 F Cold Leg Vent Model MV 583H-4A Containment P -
64.1 H -
100%
C -
Yes R -
2E7 S - No
Page 3 of 5 CONTAINMENT ISOLATION EQUIPMENT MANUFACTURER LOCATION ENV.
QUAL.
METHOD REFERENCE
- 38. SV702A and C Morotta Valve Co.
Area 1 T -
97 0F Cold Leg Vent Model MV 583H-4A P -
14.7 H -
100%
C -
No R -
1.7E6*
S -
No
- 39.
POV 9 and 10 Area 1 T - 970F AMB Exp SV29 and 30 ASCO 8345 C11 P - 14.7 ATM Exp Sphere Purge H -
100%
AMB Exp C -
No R - 9.3E5*
(5)
Similar (2) 2, 3 S -No
- 40.
CV40 and 116 Area 1 T -
291 0 F 650 0 F (1)
Analysis 2, 3 5V19 and 127 ASCO WPLB 8300 B59 RF Containment P - 64.1 65 Analysis 2, 3 Sphere Vent H -
100%
100%
Analysis 2, 3 C -
Yes Yes Analysis 2, 3 R -
2E7 (5)
Analysis 2, 3 S -
No
- 41.
CV10 Area 1 T - 97oF 650oF (1)
Analysis 2, 3 SV28 ASCO WPLB 8300 B59 P -
14.7 65 Analysis 2, 3 Sphere Vent H -
100%
100%
Analysis 2, 3 C -No R -
5.1E5*
(5)
Analysis 2, 3
-No
- 42.
CV533 and 536 Contromatic C-9922-DC Area 1 T -
291oF 272oF Spec 28 Press Relief Tank Solenoid ASCO WPHTX 8320 93 Containment P - 64.1 61.1 Spec 28 RCS Drain Tank H -
100%
100%
Spec 28 C -
Yes Yes Spec 28 R -
2E7 1E8 Spec 28 S-No
Page 4 o-f 5 CONTAINMENT ISOLATION EQUIPMENT MANUFACTURER LOCATION ENV.
QUAL.
METHOD REFERENCE
- 43. CV534 and 535 Contromatic C-9922-DC Area 1 T -
110oF 1200F Spec 28 Press Relief Tank Solenoid ASCO WPHT 8320 93 P - 14.1 NVS Spec 28 RCS Drain Tank H -
100%
100%
Spec 28 C -
No R -
1.7E6*
2.5E7 Spec 28 S -
No
- 44. CV525 and 527 E8V D-2-300-6 Area 1 T - 291oF 272 0F c of c 15 RCS Letdown EBV D-3-150-14 Containment P - 64.1 61.1 c of c 15 RCP Sealwater Solenoid Atkomatic 3101 H -
100%
100%
c of c 15 Switch Trombetta SOL: NA702E1 C -
Yes Yes c of c 15 Motor Boston Gear Cat: ADR R -
2E7 3E7 c of c 15 S -
No
- 45. CV526 and 528 EBV D-2-300-6 Area 1 T -
110 0F 110oF c of C 15 RCS Letdown EBV D-3-150-14 P - 14.7 ATM c of c 15 RCP Sealwater Solenoid Atkomatic 3101 H -
100%
100%
c of c 15 Switch Trombetta SOL: NA702E1 C -
No Motor Boston Gear Cat: ADR R -
1.7E6*
2E7 c of c 15 S -
No
- 46. CV287 Solenoid ASCO Area 1 T -
291 0F RCS Letdown Containment P -
64.1 H -
100%
C -
Yes R -
2E7 S -Yes
- 47.
CV202, 203 and 204 ASCO WPLB 8300 859 Area 1 T - 29106F 6500 F (1)
Analysis 2, 3 RCS Letdown Containment P - 64.1 65 Analysis 2, 3 H -
100%
100%
Analysis 2, 3 C -
Yes Yes Analysis 2, 3 R -
2E7 (5)
Analysis 2, 3 S -
No
Page >cf 5 CONTAINMENT ISOLATION EQUIPMENT MANUFACTURER LOCATION ENV.
QUAL.
METHOD REFERENCE
- 48. CV532 Contromatic C-9922-DC Area 1 T -
110 0F 1200F Spec 28 Press Relief Tank ASCO WPHTX 8320 93 P - 14.7 NVS Spec 28 H -
100%
100%
Spec 28 C -
No R -
1.7E6*
2E7 Spec 28 S -
No
- 49. CV515 and 516 EBV D-6-150-18 Area 1 T - 970F 970F c of C 15 Air Units Solenoid Atkomatic 3101 P -
14.7 ATM c of c 15 Cooling Water Switch Trombetta SOL: NA-702E1 H -
100%
100%
c of c 15 Motor Boston Gear Cat: ADR C -
No R -
2.1E5*
2E7 c of c 15 5 -
No
14.7 75 Test 10 H -
100%
100%
Teat 10 C -
No R - 1.7E6*
2.2EB Test 11, 26 S -
No
Page 1 of 1 HOT LEG RECIRCULATION EQUIPMENT MANUFACTURER LOCATION ENV.
QUAL.
METHOD REFERENCE
- 51.
FCV 1112 Honeywell Positioher Area 1 T -
110 0 F 120 0F Analysis 1
HLR Flow Control ASCO WPHT 8314 6 P -
14.7 NVS Analysis 1
H -
100%
NVS Analysis 1
C -
No R -
1.7E6*
S -
No
- 52. FIT 1112 Brooks 5523A Area 1 T -
110oF HLR Flow P - 14.7 H -
100%
C - No R -
1.7E6*
S - No
- 53. CV304 Area 1 T -
291oF NVS Analysis 1
Loop A ASCO WPHT 8314 6 Containment P - 64.1 NVS Analysis 1
Charging Line H - 100%
NVS Analysis 1
C -
Yes NVS Analysis 1
R -
2E7 S -
No
- 54. CV305 Area 1 T -
291 0 F NVS Analysis 1
Pressurizer Spray Line ASCO WPHT 8314 6 Containment P -
64.1 NVS Analysis 1
H -
100%
NVS Analysis 1
C -
Yes NVS Analysis 1
R -
2E7 (4)
S -
No
291 0F NVS Analysis
-1 Loop A and B Containment P -
64.1 NVS Analysis 1
H -
100%
NVS Analysis 1
C -
Yes NVS Analysis 1
R -
2E7 S -
No
Page 1 6f 1 CHEMICAL AND VOLUME CONTROL SYSTEM EQUIPMENT MANUFACTURER LOCATION ENV.
QUAL.
METHOD REFERENCE
- 56.
CV410 and 411 ASCO LB 8316 12 Area 8 T - 970F VCT Inlet P -
14.7 H -
100%
C -
No R -
8.3*
S -
No
Page I of 1 STEAM DUMP EQUIPMENT MANUFACTURER LOCATION ENV.
QUAL.
METHOD REFERENCE
- 57. CV76, 77, 78 and 79 Solenoid Area 1 T -
970F SV85, 86, 87 and 88 Valvair 5682-2 P -
14.7 ATM Steam Dump H -
100%
C -
No R -
4.1E5*
S - No 57a. YM 418A Foxboro Area 2 T -
344oF 69-TA-1 P -
47.2*
H -
100%
C -
No R -
3.5E5*
S - No 57b. SV 175 ASCO Solenoid Area 2 T -
344oF*
P -
47.2*
H -
100%
C -
No R -
3.5E5*
S -
No
Page 1 of 1 COMPONENT COOLING WATER SYSTEM EQUIPMENT MANUFACTURER LOCATION ENV.
QUAL.
METHOD REFERENCE
- 58.
G15A, 8 and C Pacific Pump Area B T - 97 0F 212oF Analysis 1
Component Cooling Pumps Westinghouse motor AALG P -
14.7 NVS Analysis 1
H -
100%
NVS Analysis 1
C -
No R -
3.1E5*
S -
No
- 59.
MOV 720A and B Limitorque SMB Area 8 T - 970 F 329 0 F Similar (2) 2, 3, 34 Component Cooling P - 14.7 105 Similar 2, 3, 34 Ht Ex Outlet H -
100%
Steam Similar 2, 3, 34 C -
No R - 5.0E5*
2E8 Similar 2, 3, 34 S -
No
- 60. CV737 A and B EBV Systems D-4-150-18 Area 8 T - 970 F 110 0F c of c 15 Recirculation Ht Ex Solenoid Atkomatic 3101 P - 14.7 ATM C of c 15 Switch Trombetta SOL: NA-302E1 H -
100%
100%
c of c 15 Motor Boston Gear Cat: ADR C -
No R -
1.8E6*
2E7 c of c 15 S -
No
- 61.
TE-606 Foxboro DB-13V-26W Area 8 T - 970 F Cooling Water P -
14.7 H -
100%
C - No R -
2.0E5*
S - No 61a. YM 601 A and B Foxboro 69-TA-1 Area 1 T - 97 0F P -.14.7 H -
100%
C -
No R -
1.7E6*
S - No
Page 1 of 1 AUXILIARY FEEDWATER SYSTEM EQUIPMENT MANUFACTURER LOCATION ENV.
QUAL.
METHOD REFERENCE
- 62. G-10 Pacific Pump Area 6 T -
325*
Auxiliary Feed Pump P -
15.2*
H -
100%
C - No R -
1.8E4*
S -
No
- 63.
FT2002A, B and C Controlatron 240N-3CS40 Area 2 T -
344*
Auxiliary Feed Flow P - 47.2*
H -
100%
C - No R - 3.3E5*
S -
No
- 64. LT 450X, 451X and 452X Foxboro NE13DM Area 1 T -
291 0F 300 0F Test 10 SG Level Containment P -
64.1 75 Test 10 H -
100%
100%
Test 10 C -
Yes Yes Test 10 R -
2E7 2.2E8 Test 11, 26 S -
No
Page 1 of 3 ELECTRICAL DISTRIBUTION SYSTEM EQUIPMENT MANUFACTURER LOCATION ENV.
QUAL.
METHOD REFERENCE
- 65. Cable GE Vulkene Various T -
2910F 3920F Test 3, 4 P -
64.1 80 Test 3
H - 1oo 100%
Test 3
C -
Yes Yes Vendor Data 6
R -
2E7 lE8 Test 3
5 -
Yes Yes Vendor Data 6
- 66. Cable GE Various T -
291 0F 3480 F Test 7
P -
64.1 135 Test 7
H -
100 Steam Test 7
C -
Yes Yes Test 7
R -
2E7 2.2E8 Test 7
S -
Yes Yes Spec 24
- 67. Cable Raychem Various T - 970F 358oF Test 8
P -
14.7 149 Test 8
H -
100%
Steam Test 8
C -
No R -
2E7 2EB Test 8
S -
No
- 68.
Cable Roclbestos Various T - 291 0 F 346 0 F Test 9
P -
64.1 128 Test 9
H -
100%
Steam Test 9
C -
Yes Yes Test 9
R -
2E7 2E8 Test 9
S -
No
- 69. Cable Various Various T -
2910 F P -
64.1 H -
100%
C -
Yes R -
2E7 S
No
Page 2 c-f 3 ELECTRICAL DISTRIBUTION SYSTEM EQUIPMENT MANUFACTURER LOCATION ENV.
QUAL.
METHOD REFERENCE
- 70. Penetrations Viking Area 1 T -
2910F 2720 F Spec 17, 18, 19 P -
64.1 68 Test 20 H -
100%
High Spec 17, 18, 19 C -
Yes R -
9.3E5*
Analysis 35 S -
No
- 71.
Penetrations Conax Area 1 T - 291 0F 3400F Test 30, 31 P -
64.1 125 Test 30, 31 H -
100%
100%
Test 30, 31 C -
Yes Yes Test 30, 31 R - 9.3E5*
2.2E8 Test 30, 31 S -
No
- 72. Penetrations Amphenol Area 1 T - 2910F 300oF Test; Anal 21, 27, 36 P -
64.1 70 Test 21 H -
100%
100%
Test 21 C -
Yes Yes Test 21 R -
9.3E5*
1E9 Test 22 S -
No
- 73.
Cable Splices Raychem Various T -
291 0F 358 0F Test 23 P -
64.1 134 Test 23 H -
100%
100%
Test 23 C -
Yes Yes Test 23 R -
2E7 2EB Test 23 S-No
- 74. Motor Control Center Westinghouse Class11-350 Area 8 T -
319 0F*
2A 8V5407 1965: LA-14108-SV P -
15.9*
H -
100%
C - No R -
1.5E4*
S -
No
Page 3 of 3 ELECTRICAL DISTRIBUTION SYSTEM EQUIPMENT MANUFACTURER LOCATION ENV.
QUAL.
METHOD REFERENCE
- 75.
Terminal Blocks Ar ea 1 T -
2910 F Containment P -
64.1 H -
100%
C -
Yes R -
2E7 S -
No
Page 1 of 1 REACTOR COOLANT SYSTEM EQUIPMENT MANUFACTURER LOCATION ENV.
QUAL.
METHOD REFERENCE
- 76..CV530 and 531 ASCO 8316 Area 1 T -
291oF Pressurizer Block Containment P - 64.1 Valves H -
100%
C -
Yes R -
2E7 S - No
- 77. CV545 and 546 ASCO 8316.
Area 1 T -
291oF Pressurizer PORV Containment P - 64.1 H -
100%
C -
Yes R -
2E7 S - No
- 78.
Limit Switches NAMCO EA180-11302 Area 1 T - 291 0 F 340 0 F Test 32 Pressurizer PORV and EA180-12302 Containment P - 64.1 85 Test 32 Relief Valves H -
100%
100%
Test 32 C -
Yes Yes Test 32 R -
2E7 2EB Test 32 S-No
Page 1 of 1 MONITORING INSTRUMENTATION EQUIPMENT MANUFACTURER LOCATION ENV.
QUAL.
METHOD REFERENCE
- 79. RCTD's Weed Instrument Area 1 T - 291oF 291oF c of c 13 TE400, 401, 402 A, B, C 1bdel 2004 Containment P -
64.1 64.1 c of c 13 TE410, 411, 412 A, B, C H - 100%
100%
c of c 13 TE420, 421, 422 A, B, C C -
Yes Yes c of c 13 R - 2E7 3.5E6 c of c 13 S -
No
- 80. Subcooling Recorder Foxboro E11GM Area 1 T -
291oF 300oF Test 10 Pressure Transmitter Containment P - 64.1 75 Test 10 H -
100%
100%
Test 10 C -
Yes Yes Test 10 R -
2E7 2.2EB Test 11, 26 5 -
No
Page 1 of 2 INSTRUMENT AIR EQUIPMENT MANUFACTURER LOCATION ENV.
QUAL.
METHOD REFERENCE
- 81.
PS56, 57 and 58 United Electric 3-27-160 Area 6 T -
325 0F*
Compressed Air Header P -
15.2*
H -
100%
C -
No R -
1.4E4*
S.- No
- 82.
SV147 ASCO U8300 64R Area 6 T -
325 0F Emergency Compressor P -
15.2*
Start 11 -
100%
C -
No R -
1.4E4*
S - No
- 83. PS119 Square "b" GHG2 9013 Area 6 T -
325 0F*
Emergency Compressor P -
15.2*
Start H -
100%
C -
No R -
1.4E4*
S - No
- 84. K-lA, B and C Chicago Pneumatic 12 x 11 Area 6 T -
325 0F Compressors Westinghouse motor ABLG P -
15.2*
H -
100%
C - No R -
1.5E4*
S - No
- 85. Emergency Compressor Worthington 25 BN-24 Area 6 T -
3250F*
Westinghouse motor ABLG P -
15.2*
H -
100%
C -
No R -
1.4E4*
S - No
Page 2 of 2 INSTRUMENT AIR EQUIPMENT MANUFACTURER LOCATION ENV.
QUAL.
METHOD REFERENCE
- 86. SV105, 106 and 107 Area 6 T - 3250 F Instrument Air Dryer P -
15.2*
H -
100%
C -
No R -
1.5E4*
S - No II
Page 1 of 1 RADIATION MONITORING SYSTEM EQUIPMENT MANUFACTURER LOCATION ENV.
QUAL.
METHOD REFERENCE
- 87. R-1232 Tracer Lab AX-22; 2022 Area 1 T -
291oF Containment meter; Life Containment P -
64.1 Corporation 1A-61A; 3184-1 H -
100%
AX-50, 2065 Detector C -
Yes R -
2E7 S -
No
Page I of 2 RESIDUAL HEAT REMOVAL SYSTEM EQUIPMENT MANUFACTURER LOCATION ENV.
QUAL.
METHOD REFERENCE
- 88. G14A and 8 Pacific Pumps Area 1 T -
291oF 265 0F Test 33 Residual Heat Louis Allis Motor Containment P -
64.1 61.2 Test 33 Removal Pumps Model No. 7117636003 H -
100%
100%
Test 33 Type CJL68 C -
Yes Yes Test 33 R -
2E6 4E6 Test 33 S -
Yes Yes Test 33
- 89. MOV 822A and B Limitorque SMB-00 Area 1 T - 2910F 329 0F Similar 2, 3, 34 RHR Ht Ex Inlet Peerless motor Containment P - 64.1 105 Similar 2, 3, 34 H -
100%
Steam Similar 2, 3, 34 C -
Yes Yes Similar 2, 3, 34 R -
2E6 2E8 Similar 2, 3, 34 S -
Yes
- 90. HCV602 Honeywell Positioner Area 1 T -
291oF 650 0 F Analysis RHR Flow Control Containment P -
64.1 64 Analysis H -
100%
100%
Analysis C -
Yes Yes Analysis R -
2E6 3.5E6 Analysis S -
Yes
- 91.
FT602 Foxboro E13DM Area 1 T -
291 0 F 300oF Test 10 RHR Flow Containment P -
64.1 75 Test 10 H -
100%
100%
Test 10 C -Yes Yes Test 10 R -
2E6 2.2E8 Test 11, 26 S -Yes
- 92. MOV 813 and 814 Crane Valves Area 1 T - 291oF 329 0 F Analysis 2, 3, 34 RHR Inlet Limitorque SMB-0007 1/2 Containment P -
64.1 105 Analysis 2, 3, 34 H -
100%
Steam Analysis 2, 3, 34 C - Yes Yes Analysis 2, 3, 34 R -
2E6 2E8 Analysis 2, 3, 34 S -
Yes
Page 2 Cf 2 RESIDUAL HEAT REMOVAL SYSTEM EQUIPMENT MANUFACTURER LOCATION
- ENV.
QUAL.
METHOD REFERENCE
- 93. MOV 833 and 834.
Crane Valves Area 1 T -
2910F 329 0F Analysis 2, 3, 34 RHR Inlet Limitoique SMB 00 Containment P - 64.1 105 Analysis 2, 3, 34 Reliance motor H -
100%
Steam Analysis 2, 3, 34 C -
Yes Yes Analysis 2,
3, 34 R -
2E6 2EB Analysis 2, 3, 34 S -
Yes
- 94. TE601A and B Area 1 T -
2910 F RHR Ht Ex Outlet Containment P - 64.1 H -
100%
C -
Yes R -
2E6 S - No