ML18093A837
| ML18093A837 | |
| Person / Time | |
|---|---|
| Site: | Salem, Hope Creek, 05000000 |
| Issue date: | 05/23/1988 |
| From: | Miltenberger S Public Service Enterprise Group |
| To: | NRC OFFICE OF ADMINISTRATION & RESOURCES MANAGEMENT (ARM) |
| References | |
| IEB-85-003, IEB-85-3, IEB-88-003, IEB-88-3, NLR-N88079, NUDOCS 8805250153 | |
| Download: ML18093A837 (15) | |
Text
Public Service Electric and Gas Company Steven E. Miltenberger Public Service Electric and Gas Company P.O. Box 236. Hancocks Bridge, NJ 08038 609-339-4199 Vice President and Ch'1ef Nuclear Officer May 23, 1988 NLR-N88079
- u. s. Nuclear Regulatory Commission Document Control Desk Washington D. c.
20555 Gentlemen:
SUPPLEMENTAL RESPONSE TO IE BULLETIN 85-03 REQUEST FOR ADDITIONAL INFORMATION SALEM AND HOPE CREEK GENERATING STATIONS DOCKET NOS
- 5 0-2 7 2, 5 0-311, AND. 5 0-3 5 4 Please find at.tached the Public Service Electric and Gas Company (PSE&G) responses to your request for additional information relative to PSE&Gs implementation of I&E Bulletin 85-03, Motor Operated Valve Common.Mode Failures During Plant Transients Due To Improper Switch Settings. contains information pertinent to Salem Units*l and 2. and its Table provide Hope Creek specific information. It should be noted that on May 4, 1988, in a telephone conference with Mr. P. Swetland, NRC Region 1 Office of Inspection and Enforcement and Mr.
R. Kiessel, NRR Generic Communication Branch, PSE&G requested and was granted a two week extension in the original due date.
If there are any questions regarding the attached information, please feel free to contact us.
Sincerely, Attachments 88052501 53 8E:052:3 PDR ADOt_"'.1.:'. -""'
Q
~ 0~000272 DCO I
Document Control Desk 2
c Mr. D. c. Fischer USNRC Licensing Project Manager Mr. G. W. Rivenbark USNRC Licensing Project Manager Mr. R. J. Kiessel U.S. Nuclear Regulatory Commission Generic Communication Branch Washington, D.C.
20555 Mr. G. w. Meyer USNRC Senior Resident Inspector Mr. R. W. Borchardt USNRC Senior Resident Inspector Mr. w. T. Russell, Administrator USNRC Region I Mr. D. M. Scott, Chief Bureau of Nuclear Engineering Department of Environmental Protection 380 Scotch Road Trenton, NJ 08628 05-23-88
ATTACHMENT 1 SALEM GENERATING STATION RESPONSE Question 1 Has water hammer due to valve closure been considered in the determination of pressure differentials? If not, explain.
PSE&G Response Pressure rise due to water hammer was not considered in the determination of differential pressure across the safety injection valves. The motor operated valve closure times (10 seconds) are orders of magnitude longer than the sonic transit times of the system piping runs.
Therefore, the occurrence of transient pressure increases within the piping due to the rapid closure of system valves is not considered a credible event.
Question 2 If MOVATS is planned for application to some MOVs which are not included in its data base, commit to and describe an alternate method for determining the extra thrust necessary to overcome pressure differentials for these valves.
PSE&G Response The MOVATS data base was not referenced for the determination of thrust values.
All differential pressure determinations and thrust calculations were performed by PSE&G using the methods discussed in our 5-27-86 and 1-5-88 responses to the bulletin.
Question 3 MOVs 1SJ30, 11SJ33, 12SJ33, 1SJ67, 1SJ68, 11SJ134, 12SJ134, and 1SJ135 of the HPSI System are not listed in the response of 05-27-86. However, similar suction, miniflow and discharge valves 8806A, 8923A, 8923B, 8814A, 8814B, 8821A, 8821B, and 8835 are identified on Page 25 of the WOG Report of March 1986.
Revise the response of 05-27-86 to include these MOVs, or justify their exclusion.
As required by Action item a of the bulletin, assume inadvertent equipment operations.
Note:
PSE&G Response Similarly located valves are used for Unit 2 also.
The MOVs listed above were excluded from the 5-27-88 response on the basis of a clarification provided by Mr. R. J. Kiessel of the NRC to the effect that only those valves in the highest head portion of the safety injection system needed to be addressed.
This interpretation was confirmed via telecon with Mr. Kiessel again on 5-4-88.
These valves are not part of the high pressure portion of the safety injection system and are therefore not required to be addressed in the bulletin response.
These valves 1 of 2
have however been captured within the Salem Station MOVATS Program and the applicable data is available for inspection at the site.
Question 4 Revise Page 2 of Attachment 1 of the response dated 05-27-86 to include values of differential pressure for both opening and closing the MOVs, as required by Action Item a of the bulletin.
PSE&G Response As identified in our 5-27-88 response, the values of differential pressure specified in Table 1 are the maximum values of differential pressure and the direction in which they exist. This value was utilized to select switch settings in both directions of valve operation.
Table 1 of our 1-5-88 response reflects the application of this maximum value of differential pressure to both the open and closed direction.
Question 5 The proposed program for action items b, c, and d of the bulletin is incomplete.
Provide the following details as a minimum:
(a) commitment to a training program for setting switches, maintaining valve operators, using signature testing equipment and interpreting signatures, and (b) consideration of pipe break conditions as required by the bulletin.
PSE&G Response 5.a) A training program has been developed which provides basic
- instruction on MOVATS data acquisition and signature analysis for plant electrical maintenance personnel.
5.b) Pipe break conditions have been considered in the determination of differential pressures.
In each case, atmospheric pressure was assumed to exist on the downstream side of the valve disc. Depending on the system configuration, either the maximum static head of the fluid reservoir or the maximum discharge head of the pump was assumed to exist on the upstream side of the valve disc.
2 of 2
ATTACHMENT 2 HOPE CREEK GENERATING STATION RESPONSE Question 1 If MOVATS is planned for application to some MOVs which are not included in its data base, commit to and describe an alternate method for determining the extra thrust necessary to overcome pressure differentials for these valves.
PSE&G Response All "Q" valve operators are included in Hope Creek's MOVATS Program.
All valve operator seating thrusts, valve limit switch settings, motor current values and valve timing have been set and documented in accordance with system design specifications and vendor testing.
This is addressed in further detail in our 5-27-86 submittal.
Question 2 Revise Table 1 of the response dated 05-27-86 to include the following MOVs, or justify their exclusion.
As required by Action Item a of the bulletin, assume inadvertent equipment operations.
2.a) HPCI MOV V005 is shown normally open in Zone E-3 of Drawing M-55-1 Revision 20, and as MOV 3 on Page 68 of the BWROG Report NEDC-31322. dated September 1986.
How would suction from the CST be ensured if this MOV were to be (a) actuated inadvertently to the closed position upon intended initiation of the system or (b) left closed inadvertently?
PSE&G Response If the valve is inadvertently closed, the HPCI turbine will trip.
If the condition still exists that requires HPCI, the valve will auto open and the turbine will restart. If the valve is inadvertently left closed, it will receive an auto open signal on HPCI initiation. The valve operator is in the Hope Creek MOVATS Program, but was excluded from the original submittal because it is a low differential pressure application and is normally open. Refer to revised Table 1.
2.b) RCIC MOV VOOl is shown normally open in Zone F-3 of Drawing M-49-1 Revision 14, and as MOV 3 on Page 72 of the BWROG Report.
The question in Item 2(a) above applies here also.
PSE&G Response Same response as 2.a.
2.c) HPCI MOV FD-V006 is shown normally open in Zone C-7 of Drawing M-55-1 Revision 20, and as MOV VI on Page.71 of the BWROG Report.
How would steam exhaust from the HPCI Turbine to the suppression pool be ensured if this MOV were to be 1 of 6
___J
(a) actuated inadvertently to the closed position upon intended initiation of the system or (b) left closed inadvertently?
PSE&G Response The valve operator is key locked open.
If it were inadvertently closed, the exhaust rupture discs off the turbine would rupture.
If it was left closed, the turbine would not start and the control room would receive an out-of-service alarm.
The valve operator is in the Hope Creek MOVATS Program, but was excluded from the original submittal because it is a low differential pressure application and is normally open. Refer to revised Table 1.
2.d) RCIC MOV FC-V005 is shown normally open in zone C-6 of Drawing M-49-1 Revision 14, and as MOV VI on page 74 of the BWROG Report.
The question in Item 2(c) above also applies to exhaust from the RCIC Turbine.
PSE&G Response Same response as 2.c.
2.e) RCIC MOV V022 is shown normally open in Zone E-3 of Drawing M-50-1 Revision 16, arid as MOV X on page 74 of the BWROG Report.
How would steam supply to the RCIC Turbine be ensured if this MOV were to be operated inadvertently as described in Item 2(a) above?
PSE&G Response The valve is a mechanical overspeed trip valve which is normally open.
If the turbine overspeeds, a mechanical latching mechanism releases the valve disc, which closes by spring force.
The valve operator is only used to re-latch and open the valve after the turbine trips.
The valve operator is in the Hope Creek MOVATS Program, but was excluded from the original submittal for the reasons stated above. Refer to revised Table 1.
Question 3 Revise Table 1 of the response dated 05-27-86 to include the following MOVs, or justify their. exclusion.
Note that they have safety actions for both opening and closing.
3.a) HPCI MOV V009 is shown normally closed in Zone A-7 of Drawing M-55-1 Revision 20, and as MOV 4 on Page 68 of the BWROG Report.
Both opening and closing are safety actions, per Page 55*
2 of 6
PSE&G Response The valve operator is in the Hope Creek MOVATS Program. It was excluded from the original submittal because it is a low differential pressure application. Refer to revised Table 1.
3.b) RCIC MOV V003 is shown normally closed in Zone B-7 of Drawing M-49-1 Revision 14, and as MOV 4 on Page 72 of the BWROG Report.
Both opening and closing are safety actions, per Page 59.
PSE&G Response Same response as 3.a.
3.c) HPCI MOV BJ-V028 is shown normally closed in Zone c-5 of drawing M-56-1 Revision 13, and as MOV 9 on Page 68 of the BWROG Report.
Both opening and closing are safety actions, per Page 56 and note (f) on Page 66.
PSE&G* Response Hope Creek considers this valve's safety function to be in the open direction only.
The valve operator is in the Hope Creek MOVATS Program.
It.was excluded from the original submittal because of low differential pressure across the valve disc when the valve is automatically opened at HPCI turbine start. Refer to revised Table 1.
3.d) RCIC MOV BD-V022 is shown normally closed in Zone D-6 of Drawing M-50-1 Revision 16, and as MOV 9 on Page 72 of the BWROG Report.
Both opening and closing are safety actions, per Page 60 and note (f) on Page 66.
PSE&G Response Same response as 3.c.
Question 4 Revise Table 1 of the response dated 5-25-86 to include the following MOVs, or justify their exclusion.
Note that each has a safety action for either opening or closing.
4.a) RClC MOV FC-VOll is shown normally open in Zone B-6 of Drawing M-49-1 Revision 14, and as MOV 7 on Page 72 of the BWROG Report. Per Page 59, opening is a safety action.
PSE&G Response This operator is key locked and normally open.
The valve operator is in the Hope Creek MOVATS Program. It was excluded from the original submittal because it is a low 3 of 6
differential pressure valve that is normally key locked open. Refer to revised Table 1.
4.b) HPCI MOV FD-V051 is shown normally closed in Zone F-6 of Drawing M-55-1 Revision 20, and as MOV IV on Page 71 of the BWROG Report.
Per Page 57, closing is a safety action.
PSE&G Response This valve operator is in the Hope Creek MOVATS Program. It was excluded from the original submittal because it is normally closed. Refer to revised Table 1.
4.c) HPCI MOVs FD-V007 and FD-VOlO are shown normally open in zones C-7 and C-8 of Drawing M-56-1 Revision 13, and as MOVs VII and VIII on Page 70 of the BWROG Report.
Per Page 58, closing is a safety action.
PSE&G Response These valves are normally open.
They will isolate on high drywell pressure of 1.68 psig and low system pressure.
The valve operators are in the Hope Creek MOVATS Program.
They were excluded from the original submittal because they are low differential pressure valves that are normally open.
Refer to revised Table 1.
4.d) RCIC MOVs FC-V006 and FC-V007 are shown normally open in zones C-7 and C-8 of Drawing M-49-1 Revision 14, and as MOVs VII and VIII on Page 74 of the BWROG Report.
Per Page 62, closing is a safety action.
PSE&G Response Same response as 4.c.
Question 5 Revise Table 1 of the response dated 05-27-86 to include the following MOVs, or justify their exclusion.
According to pages 55 and 60 of the BWROG ~eport (for HPCI and RCIC respectively),
these valves have no safety action; however, utilities are expected to report differential pressures for testing, per Note (o) on Page 66.
5.a) HPCI MOVs VOlO and V004 are shown normally closed in zones E-5 and F-5 of Drawing M-55-1 Revision 20, and as MOVs 5 and 6 on Page 68 of the BWROG Report.
PSE&G Response Hope Creek considers these valves to have a safety function.
If they are open during testing of the system, and the system is required to perform its intended function, these 4 of 6
valves must close to prevent flow diversion from the reactor vessel.
The valve operators are in the Hope Creek MOVATS Program. They were excluded from the original submittal because it was understood that test valves were not to be considered in the system review. Refer to revised Table 1.
5.b) RCIC MOV V012 is shown normally closed in Zone E-5 of Drawing M-49-1 Revision 14, and as MOV 5 on Page 72 of the BWROG Report.
PSE&G Response Same response as 5.a.
Question 6 The proposed program for action items b, c and d of the bulletin is incomplete.
Provide the following details as a minimum:
6.a) commitment to a training program for setting switches, maintaining valve operators, using signature testing equipment and interpreting signatures, PSE&G Response PSE&G has a formal training program to instruct technicians and engineers in setting switches, maintaining valve operators, use of MOVATS equipment and signature interpretation.
6.b) description of a method possibly needed to extrapolate valve stem thrust determined by testing at less than maximum differential pressure.
PSE&G Response As stated in our 5-27-86 response, the torque switch settings were established based upon the calculated system design-(maximum) differential pressures.
Vendor testing of representative valves at design differential pressures was performed to verify the calculations and the switch settings selected.
6.c) consideration of pipe break conditions as required by the bulletin.
PSE&G Response As stated in our 5-27-88 response, safety related valves have existing circuitry which permits the valve to be fully opened or closed at the control room operators demand.
Should the valve be subjected to a condition that is above its maximum differential pressure and fails to fully stroke either open or closed, the control room operator depresses 5 of 6
and holds the control room panel valve operator switch and the valve operator will move the valve to its requested position.
6 of 6
TABLE 1 QUESTION 2(a)- HPCI Pump Suction from CST:
VALVE VALVE.OPERATOR ID#
1-BJ-V005 ID#
l-BJ-HV-F004 MANUFACTURER -
ANCHOR/DARLING MANUFACTURER -
LIMITORQUE TYPE GATE MODEL SMB-00 SIZE 16" MOTOR RPM 1900 RATING 150 LB.
OUTPUT SPEED -
40 SECONDS QUESTION 2(b)- RCIC Pump Suction from CST:
VALVE ID#
MANUFACTURER TYPE SIZE RATING 1-BD-VOOl ANCHOR/DARLING GATE 6"
150 LB.
VALVE OPERATOR ID#
1-BD-HV-FOlO MANUFACTURER -
LIMITORQUE MODEL SMB-000 MOTOR RPM 1750 OUTPUT SPEED -
18 SECONDS QUESTION 2(c)- HPCI Turbine Exhaust:
VALVE ID#
MANUFACTURER TYPE SIZE RATING 1-FD-V006 ANCHOR/DARLING GATE 20" 150 LB.
VALVE OPERATOR ID#
1-FD-HV-F071 MANUFACTURER -
LIMITORQUE MODEL SMB-0 MOTOR RPM 1900 OUTPUT SPEED -
50 SECONDS QUESTION 2(d)- RCIC Turbine Exhaust:
VALVE ID#
MANUFACTURER TYPE SIZE RATING l-FC-V005 ANCHOR/DARLING GATE 10" 150 LB.
REV. 1 -
5/20/88 VALVE OPERATOR ID#
1-FC-HV-F059 MANUFACTURER -
LIMITORQUE MODEL SMB-00.
MOTOR RPM 1900 OUTPUT SPEED -
33 SECONDS PAGE 1 OF 5 DIFFERENTIAL PRESSURE DATA NORMAL OPEN 10 PSI NORMAL CLOSE 10 PSI ABNORMAL OPEN 125 PSI ABNORMAL CLOSE 125 PSI TORQUE SET/OPEN
- 1.75 TORQUE SET/CLOSE - 1.0 DIFFERENTIAL PRESSURE DATA NORMAL OPEN 5
NORMAL CLOSE 5
ABNORMAL OPEN 125 ABNORMAL CLOSE 125 TORQUE SET/OPEN
- 1.5 TORQUE SET/CLOSE - 1.25 PSI PSI PSI PSI
- DIFFERENTIAL PRESSURE DATA NORMAL OPEN 0
NORMAL CLOSE 50 ABNORMAL OPEN 200 ABNORMAL CLOSE 200 TORQUE SET/OPEN 2.5 TORQUE SET/CLOSE -
2.25 PSI PSI PSI PSI DIFFERENTIAL PRESSURE DATA NORMAL OPEN 0
PSI NORMAL CLOSE 10 PSI ABNORMAL OPEN 150 PSI ABNORMAL CLOSE 150 PSI TORQUE SET/OPEN 2.125 TORQUE SET/CLOSE -
2.25
TABLE 1-QUESTION 2(e)- RCIC Mechanical Overspeed Trip Valve:
VALVE ID#
1-FC-V022 MANUFACTURER -
SHUTTE & KOERTING TYPE GLOBE SIZE RATING 3 II 1500 LB.
VALVE OPERATOR ID#
1-FC-HV-F060 MANUFACTURER -
LIMITORQUE MODEL SMB-000 MOTOR RPM 1900 OUTPUT SPEED -
10 SECONDS QUESTION 3(a)- HPCI Suction from Torus:
VALVE ID#
1-BJ-V009 MANUFACTURER -
ANCHOR/DARLING TYPE GATE SIZE RATING 16" 150 LB.
VALVE OPERATOR ID#
1-BJ-HV-F042 MANUFACTURER -
LIMITORQUE MODEL
~MB-00 MOTOR RPM 1900 OUTPUT SPEED -
43 SECONDS QUESTION 3(b)- RCIC Suction from Torus:
VALVE ID#
1-BD-V003 MANUFACTURER -
ANCHOR/DARLING TYPE GATE SIZE RATING 6"
150 LB.
VALVE OPERATOR ID#
1-BD-HV-F031 MANUFACTURER -
LIMITORQUE MODEL SMB-000 MOTOR RPM 1900
-OUTPUT SPEED -
16 SECONDS QUESTION 3(c)- HPCI Lube Oil Cooler Supply:
VALVE ID#
MANUFACTURER TYPE SIZE RATING 1-BJ-V028 ROCKWELL GLOBE 2"
1500 LB.
REV. 1 -
5/20/88 VALVE OPERATOR ID#
1-BJ-HV-F059 MANUFACTURER -
LIMITORQUE MODEL SMB-000 MOTOR RPM 1900 OUTPUT SPEED -
22 SECONDS PAGE 2 OF 5 DIFFERENTIAL PRESSURE DATA NORMAL OPEN 0
PSI NORMAL CLOSE 1120 PSI ABNORMAL OPEN 1340 PSI ABNORMAL CLOSE 1340 PSI TORQUE SET/OPEN 2.0 TORQUE SET/CLOSE -
2.0 DIFFERENTIAL PRESSURE DATA NORMAL OPEN 5
PSI NORMAL CLOSE 5
PSI ABNORMAL OPEN 125 PSI ABNORMAL CLOSE 125 PSI TORQUE SET/OPEN
- 1. 0 TORQUE SET/CLOSE -
- 1. 0 DIFFERENTIAL PRESSURE DATA NORMAL OPEN 5
PSI NORMAL CLOSE 5
PSI ABNORMAL OPEN 125 PSI ABNORMAL CLOSE 125 PSI TORQUE SET/OPEN
- 1. 5 TORQUE SET/CLOSE -
- 1. 5 DIFFERENTIAL PRESSURE DATA NORMAL OPEN 305 NORMAL CLOSE 305 ABNORMAL OPEN 550 ABNORMAL CLOSE 550 TORQUE SET/OPEN 3.0 TORQUE SET/CLOSE -
TABLE 1 QUESTION 3(d)- RCIC Lube Oil Cooler Supply:
VALVE ID#
MANUFACTURER TYPE SIZE RATING 1-BD-V022
-* ROCKWELL GLOBE 2"
1500 LB.
VALVE OPERATOR ID#
1-BD-HV-F046 MANUFACTURER -
LIMITORQUE MODEL SMB-000 MOTOR RPM 1900 OUTPUT SPEED -
21 SECONDS QUESTION 4(a)- RCIC Vacuum Pump Discharge:
VALVE
. VALVE OPERATOR ID#
1-FC-VOll ID#
1-FC-HV-F060 MANUFACTURER -
ROCKWELL MANUFACTURER -
LIMITORQUE TYPE GLOBE MODEL SMB-000 SIZE 2"
MOTOR RPM i900 RATING 1500 LB.
OUTPUT SPEED -
22 SECONDS QUESTION 4(b)- HPCI Isolation Valve Bypass:
VALVE VALVE OPERATOR ID#
1-FD-V051 ID#
1-FD-HV-FlOO MANUFACTURER -
ROCKWELL MANUFACTURER -
LIMITORQUE TYPE GLOBE MODEL SMB-000 SIZE 2"
MOTOR RPM 1700 RATING 1500 LB.
OUTPUT SPEED -
29 SECONDS QUESTION 4(c)l-HPCI Vacuum Relief Isolation:
VALVE
- ID#
MANUFACTURER TYPE SIZE RATING 1-FD-V007 ANCHOR/DARLING GATE 3 II 150 LB.
REV. 1 -
5/20/88 VALVE OPERATOR ID#
1-FD-HV-F075 MANUFACTURER -
LIMITORQUE MODEL SMB-000 MOTOR RPM 1700 OUTPUT SPEED -
15 SECONDS PAGE 3 OF 5 DIFFERENTIAL PRESSURE DATA NORMAL OPEN 1275 NORMAL CLOSE 1275 ABNORMAL OPEN 1620 ABNORMAL CLOSE 1620 TORQUE SET/OPEN 2.0 TORQUE SET/CLOSE -
2.0 PSI PSI PSI PSI DIFFERENTIAL PRESSURE DATA NORMAL OPEN 0
PSI NORMAL CLOSE 10 PSI ABNORMAL OPEN 100 PSI ABNORMAL CLOSE 100 PSI TORQUE SET/OPEN
- 1.5 TORQUE SET/CLOSE - 1.5 DIFFERENTIAL PRESSURE DATA NORMAL OPEN 1120 PSI NORMAL CLOSE 0
PSI ABNORMAL OPEN 1250 PSI ABNORMAL CLOSE 1250.PSI e TORQUE SET/OPEN 2.0 TORQUE SET/CLOSE -
2.0 DIFFERENTIAL PRESSURE DATA NORMAL OPEN 0
NORMAL CLOSE 35 ABNORMAL OPEN 200 ABNORMAL CLOSE 200 TORQUE SET/OPEN 2.0 TORQUE SET/CLOSE -
TABLE 1 QUESTION 4(c)2-HPCI Vacuum Relief Isolation:
VALVE ID#
1-FD-VOlO MANUFACTURER -
ANCHOR/DARLING TYPE GATE SIZE RATING 3"
150 LB.
VALVE OPERATOR ID#
1-FD-HV-F079 MANUFACTURER -
LIMITORQUE MODEL SMB-000 MOTOR RPM i700 OUTPUT SPEED -
14 SECONDS QUESTION 4(d)l-RCIC Vacuum Relief Isolation:
VALVE ID#
1-FC-VOOG MANUFACTURER -
ANCHOR/DARLING TYPE GATE SIZE RATING 3"
150 LB.
VALVE OPERATOR ID#
1-FC-HV-F062 MANUFACTURER -
LIMITORQUE MODEL SMB-000 MOTOR RPM 1700 OUTPUT SPEED -
13 SECONDS QUESTION 4(d)2-RCIC Vacuum Relief Isolation:
VALVE ID#
MANUFACTURER TYPE SIZE RATING l-FC-V007 ANCHOR/DARLING GATE 3"
150 LB.
VALVE OPERATOR ID#
1-FC-HV-F084 MANUFACTURER -
LIMITORQUE MODEL SMB-000 MOTOR RPM 1700 OUTPUT SPEED -
14 SECONDS QUESTION 5(a)l-HPCI Pump Test Line to CST:
VALVE ID#
MANUFACTURER TYPE SIZE RATING*
1-BJ-VOlO ANCHOR/DARLING GLOBE 10" 900 LB.
REV. 1 -
5/20/88 VALVE OPERATOR ID#
1-BJ-HV-F008 MANUFACTURER -
LIMITORQUE MODEL SMB-3 MOTOR RPM 1900 OUTPUT SPEED -
34 SECONDS PAGE 4 OF 5 DIFFERENTIAL PRESSURE DATA NORMAL OPEN 0
PSI NORMAL CLOSE 35 PSI ABNORMAL OPEN 200 PSI ABNORMAL CLOSE 200 PSI TORQUE SET/OPEN
- 1.75 TORQUE SET/CLOSE -
2.5 DIFFERENTIAL PRESSURE DATA NORMAL OPEN 0
PSI NORMAL CLOSE 10 PSI ABNORMAL OPEN 200 PSI ABNORMAL CLOSE 200 PSI TORQUE SET/OPEN
- 1. 0 TORQUE SET/CLOSE -
- 1. 25 DIFFERENTIAL PRESSURE DATA NORMAL OPEN 0
NORMAL CLOSE 10 ABNORMAL OPEN 200 ABNORMAL CLOSE 200 TORQUE SET/OPEN 3.0 TORQUE SET/CLOSE -
2.5 PSI PSI PSI PSI DIFFERENTIAL PRESSURE DATA NORMAL OPEN 1300 NORMAL CLOSE 1300 ABNORMAL OPEN 1500 ABNORMAL CLOSE 1500 TORQUE SET/OPEN
- 1.5 TORQUE SET/CLOSE - 1.5 PSI PSI PSI PSI
TABLE 1 QUESTION 5(a)2-HPCI/RCIC Pump Test Line to CST:
VALVE ID#
MANUFACTURER TYPE SIZE RATING 1-AP"-V004 ANCHOR/DARLING GATE 10" 9.00 LB.
VALVE OPERATOR.
ID#
1-AP-HV-FOll MANUFACTURER -
LIMITORQUE MODEL SMB-1 MOTOR RPM 1900 OUTPUT SPEED 32 SECONDS QUESTION 5(b)- RCIC Pump Test Line to CST:
VALVE ID#
MANUFACTURER TYPE SIZE RATING 1-BD-V012 ANCHOR/DARLING GLOBE 4"
900 LB.
REV. 1 - 5/20/88 VALVE OPERATOR ID#
1-BD-HV-F022 MANUFACTURER -
LIMITORQUE MODEL SMB-0 MOTOR RPM 1900 OUTPUT SPEED -
19 SECONDS PAGE 5 OF 5 DIFFERENTIAL PRESSURE DATA 1300 NORMAL OPEN NORMAL CLOSE ABNORMAL OPEN ABNORMAL CLOSE TORQUE SET/OPEN TORQUE SET/CLOSE -
1300 1500 1500 3.25 3.25 PSI PSI PSI PSI DIFFERENTIAL PRESSURE DATA NORMAL OPEN 1275 NORMAL CLOSE 1275 ABNORMAL OPEN 1500 ABNORMAL CLOSE 1500 TORQUE SET/OPEN 2.0 TORQUE SET/CLOSE -
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