Rev 15 to Procedure 8.9.1, Manually Start & Load Each Diesel Generator Once Per MonthML20101S720 |
Person / Time |
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Pilgrim |
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Issue date: |
12/12/1984 |
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From: |
BOSTON EDISON CO. |
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To: |
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Shared Package |
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ML20101S707 |
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References |
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8.9.1, NUDOCS 8502050604 |
Download: ML20101S720 (9) |
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Category:TECHNICAL SPECIFICATIONS & TEST REPORTS
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December 1996 Proposed Revised Tech Specs 1.0 Re definitions,3.4 Re Standby Liquid Control sys,3.5 Re Core & Containment Cooling systems,3.7 Re Containment Systems & 3.9 Re Auxiliary Electrical Sys ML20132E5491996-12-10010 December 1996 Proposed Tech Specs Table 3.2.C.1 Re Instrumentation That Initiates Rod Blocks,Table 3.2.C.2 Re Control Rod Block Instrumentation Setpoints & Table 4.2.C Re Minimum Test & Calibr Frequency for Control Rod Blocks Actuation ML20135C1461996-11-26026 November 1996 Proposed Tech Specs,Modifying Definition 1.M, Primary Containment Integrity, to Include All Instrument Line Flow Check Valves to Make Definition Consisten W/Lco 3/4.7.A.2.a.4 ML20134K4361996-11-0707 November 1996 Proposed Tech Specs Re Installation of BWROG Enhanced Option 1A ML20117K6551996-09-0505 September 1996 Proposed Tech Specs,Providing Revised TS Pages 3/4.5-7 & 3/4.5-6 ML20116M1561996-08-12012 August 1996 Proposed Tech Specs to Plant TS Section 6.0,Administrative Controls & Sections 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Power Profile & R-factor Ranges & Correcting Error in GE11 GEXL Correlation Mass Flux Range in GE Design ref,NEDE-31152-P, GE Fuel Bundle Designs ML20100J2521995-11-22022 November 1995 Rev 7 to Pilgrim Nuclear Power Station Odcm ML20092B5861995-09-0101 September 1995 Rev 0 to Third Ten-Yr Interval ISI Plan for Pilgrim Nuclear Power Station ML20092C4331995-09-0101 September 1995 Startup Test Rept for Pilgrim Nuclear Power Station Cycle 11 ML20092A4421995-08-31031 August 1995 Corrected Tech Spec Page Re Reactor High Pressure Trip Setting ML20086K2661995-07-14014 July 1995 Proposed Tech Specs Re Section 2.1,Bases:Safety Limits; Section 3.3.C,scram Insertion Times & Section 4.11.C, Minimum Critical Power Ratio to Reflect Use of Advanced GE-11 Fuel Design in Cycle 11 ML20078R6221995-02-15015 February 1995 Proposed Tech Specs Substituting for Pages Contained in Proposed TS Amends Submitted Prior to 950130 Authorization ML20078N4861995-02-0909 February 1995 Proposed Tech Specs,Increasing Reactor High Water Level Isolation Trip Level Setting ML20077Q1181995-01-13013 January 1995 Owner'S Specification for Reactor Shroud Repair ML20077M6921995-01-0909 January 1995 Proposed Reformatted Tech Specs & Bases ML20077A8991994-11-22022 November 1994 Proposed Tech Specs Re Suppression Chamber Water Level ML20077B1861994-11-22022 November 1994 Proposed Tech Specs 3.5.F,4.5.F.1 & 3.9.B.1 & 2 Re EDG Allowed out-of-svc Time ML20078K7961994-11-22022 November 1994 Proposed Tech Specs Re Changes to MSIV Leakage Requirement ML20078K8151994-11-22022 November 1994 Proposed TS Pages 3/4.2-20 & 3/4.2-35 Re Tables 3.2.C-1 & 4.2.C ML20078N8421994-11-18018 November 1994 Rev 32 to Procedure 8.7.3, Secondary Containment Leak Rate Test 1999-06-16
[Table view] Category:TEST/INSPECTION/OPERATING PROCEDURES
MONTHYEARML20205A1451999-03-23023 March 1999 Core Shroud Insp Plan ML20151S3851998-08-31031 August 1998 Long-Term Program:Semi-Annual Rept ML20211N6871997-09-16016 September 1997 Rev 9 to Procedure 8.I.1.1, Inservice Pump & Valve Testing Program ML20211G2381997-09-15015 September 1997 Rev 8 to PNPS-ODCM, Pilgrim Nuclear Power Station Odcm ML20216C0631997-08-29029 August 1997 Semi-Annual Long Term Program Schedule ML20210K3551997-07-0101 July 1997 Rev 16 to Procedure 7.8.1, Water Quality Limits ML20117K6611996-07-17017 July 1996 Rev 15 to PNPS Procedure 1.2.2 Administrative OPS Requirements ML20100J2521995-11-22022 November 1995 Rev 7 to Pilgrim Nuclear Power Station Odcm ML20092B5861995-09-0101 September 1995 Rev 0 to Third Ten-Yr Interval ISI Plan for Pilgrim Nuclear Power Station ML20077Q1181995-01-13013 January 1995 Owner'S Specification for Reactor Shroud Repair ML20127N2711992-11-24024 November 1992 Rev 4 to Pilgrim Nuclear Power Station Procedure 8.I.1.1, Inservice Pump & Valve Testing Program ML20128M7701992-03-31031 March 1992 Amend 92-01 to Second Ten Year ISI Program ML20094P5411992-03-19019 March 1992 Rev 23 to Procedure 5.4.6, Primary Containment Venting & Purging Under Emergency Conditions, Revising Coversheet & Attachment 1,Sheet 3 of 5,page 8 of 20 ML20058E5281990-10-25025 October 1990 Rev 1 to Procedure 8.I.1.1, Inservice Pump & Valve Testing Program ML20005F0791989-12-13013 December 1989 Rev 0 to Procedure 8.I.1.1, Inservice Pump & Valve Testing Program. ML20247N3611989-07-31031 July 1989 Rev 2 to Dcrdr Program Plan ML20245D6551989-04-21021 April 1989 Power Ascension Program Resumption Plan ML20235R3441988-12-28028 December 1988 Rev 26 to, Pilgrim Nuclear Power Station Secondary Containment Leak Rate Test ML20235R4671988-12-22022 December 1988 Rev 25 to, Pilgrim Nuclear Power Station Secondary Containment Leak Rate Test ML20155C0141988-09-28028 September 1988 Rev 3 to Appendices to Restart Plan ML20155F9041988-09-0707 September 1988 Rev 3 to Pilgrim Nuclear Power Station Plant-Specific Technical Guidelines for Emergency Operating Procedures ML20153H6481988-08-31031 August 1988 Ascension Program ML20235R3801988-08-0909 August 1988 Special Post-Startup Training Program to Satisfy Requirements of NUREG-1021,Section ES-109,Parts B.2.e & B.2.f for Reactor Operator Licensed Personnel & Parts D.2.e & D.2.f for Senior Reactor .. ML20150C0271988-05-26026 May 1988 Rev 2 to Vol 2 to Apps to Restart Plan ML20151F9481988-04-0606 April 1988 Rev 2 to Emergency Operating Procedure 1.3.4-13, Emergency Operating Procedures Verification Program ML20151C8111988-04-0606 April 1988 Rev 3 to Emergency Operating Procedure 1.3.4-10, Writers Guide for Emergency Operating Procedures ML20151F9681988-04-0606 April 1988 Rev 2 to Emergency Operating Procedure 1.2.4-14, Emergency Operating Procedure Validation Program ML20151C8151988-03-28028 March 1988 Emergency Operating Procedures Training Program Summary Description ML20153B1061988-03-14014 March 1988 Rev 1B to Inservice Testing Program for Pumps & Valves, Pilgrim Nuclear Power Station ML20236T2171987-11-20020 November 1987 Rev 3 to Pilgrim Nuclear Power Station Plant-Specific Technical Guidelines for Emergency Operating Procedures ML20236T2241987-11-20020 November 1987 Rev 3 to Apps to Pilgrim Nuclear Power Plant-Specific Technical Guidelines ML20236T2361987-11-20020 November 1987 Collection of Plant Operating Procedures Utilized to Develop,Process & Issue Plant-Specific Emergency Operating Procedures ML20236N7751987-11-12012 November 1987 Rev 1 to Procedure 3.M.1-1, Preventive Maint ML20236F0201987-10-26026 October 1987 Rev 1 to Vol 2 of Pilgrim Nuclear Power Station Apps to Restart Plan ML20155F9171987-10-16016 October 1987 Rev 1 to Procedure 1.3.4-13, Emergency Operating Procedure Verification Program ML20155F9111987-10-15015 October 1987 Rev 2 to Procedure 1.3.4-10, Writers Guide for Emergency Operating Procedures ML20235X2461987-10-15015 October 1987 Power Ascension Program ML20195H6341987-09-22022 September 1987 Rev 23 to Procedure 8.7.3, Secondary Containment Leak Rate Test ML20238E8311987-09-0101 September 1987 Revised Nuclear Operations Dept Procedures,Including Rev 5 to Procedure 5.7.4.1.1, Post-Accident Sampling Sys,Small Vol Liquid Sample from Jet Pump Flow Sensing Line & Rev 6 to Procedure 5.7.4.1.2, ...Undiluted Liquid Sample.. ML20236G4071987-07-30030 July 1987 Vol 1 to Pilgrim Nuclear Power Station Restart Plan. Rev 0 to Vol 2,appendices,encl ML20236F9531987-07-28028 July 1987 Matl Condition Improvement Action Plan ML20155F9201987-07-10010 July 1987 Rev 0 to Procedure 1.3.4-14, Emergency Operating Procedure Validation Program ML20204F7431986-06-16016 June 1986 Rev 1 to Temporary Procedure Tp 86-85, RHR Intersys Leakage Assessment & Controlled Leakoff ML20204F7301986-06-10010 June 1986 Rev 11 to Procedure 2.3.2.1, Panel Procedures Panel 903 Left ML20204F7481986-06-10010 June 1986 Rev 0 to Temporary Procedure Tp 86-84, RHR Discharge Piping Venting Procedure ML20137M4811985-08-21021 August 1985 Rev 1 to Procedure 5.7.5, Estimating Core Damage ML20138R4501985-07-19019 July 1985 Rev 0 to Procedure 1.3.4-10, Writers Guide for Emergency Operating Procedures ML20128N9341985-03-0606 March 1985 Rev 0 to Procedure 5.7.5, Estimating Core Damage ML20101S7121984-12-13013 December 1984 Rev 11 to Procedure 2.1.12, Daily Diesel Generator Surveillance ML20101S7201984-12-12012 December 1984 Rev 15 to Procedure 8.9.1, Manually Start & Load Each Diesel Generator Once Per Month 1999-03-23
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BOSTON i
EDISON l
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NUCLEAR OPERATIONS DEPARTMENT f PILGRIM NUCLEAR POWER STATION Procedure No. 8.9.1 Manually Start and Load Each D/G Once Per Month l
I List of Effective Pages
- 8. 9.1 -1 8.9.1-2
- 8. 9.1 -3 8.9.1-4 8.9.1-5 Attachments 8.9.1A-1 l 8.9.1A-2 8.9.18-1 8.9.1C-1 Approved a pA///dg b
a f ORC CXairman Date DRfn 11 l.$ l$$Y 8502050604 850128 PDR ADOCK 05000293 8.9.1 -1 Rev.15 P PDR
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.I. PURPOSE To provide instructions for testing the Diesel Generators, including air compressors and fuel oil transfer pumps.
II. DISCUSSION In accordance with PNPS Tech. Specs. 4.9.A.1.a. each diesel generator will be manually started and loaded (2600 KW/1250 KVAR) once per month. In
\h addition, the Turbo Assist and Starting Air Compressors and Fuel Oil Transfer Pump will be operated if not automatically started during the load test.
III. REFERENCES A. Tech. Specs., 4.9.A.1.a B. ASME Code Section XI 1980 Edition, Winter 80 Addenda C. PNPS Inservice Test Program (IST)
IV. PREREQUISITES A. Obtain Watch Engineers permission to start test.
B. The Diesel Generator will be in its Standby Mode of operation.
C.- Insure that surveillance tests are not being performed on the Core Spray or RHR System as test initiation of this logic, with the Diesel Generator 4.16 kV breaker closed, will cause load shedding initiation.
V. APPARATUS A. Diesel Generator Log Sheets 1, 2, 3.
B. Stop Watch VI. PRECAUTIONS Performance of the load test will not impair, in any manner, the availability of the Diesel Generator as a source of power for the accident condition.
VII. PROCEDURE A. Diesel Generator Operation
- 1. Utilizing Log #1 (see. Attachment A-1), take preliminary data.
- 2. Prepare to time DG start utilizing the stop watch and log #1 (see Attachment A-1). The DG start time will be determined as the time between start initiation and energization of relay 159-509/159-609 on Panel C101/C102.
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- 3. . Insure that the DG Voltage Regulator is in Auto as indicated by the Voltage Regulator mode selection lights on C101/C102 Panel.
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8.9.1-2 Rev.15
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' 4. . Switch'the' Droop /Is:chrcnsus switch at C-3 Panel to Dro:p.
- 5. Switch the Test / Normal switch to Test.
- 6. Start the DG from C1038/C1048 Panel and time and record the start time.
- 7. - Insure that crankcase exhauster motors have started. .
- 8. Close the DG synchronizing switch and note the incoming and running sychronizing voltmeters and synchroscope rotation.
- 9. Raise and lower the incoming voltage via Voltage Regulator Set
! Point Adjuster to insure control.
- 10. Set the incoming voltage to match the running voltage.
i i 11. Raise and lower DG speed via the Governor Speed Control Switch l' noting the change on the synchroscope and DG frequency meter thus insuring control.
1 12. Adjust the DG speed to produce a slow rotation in the fast direction on the synchroscope.
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- 13. At 5 degrees before 'in phase
- on the synchroscope, close the DG 416 kV breaker (152-509/152-609).
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- 14. Load the DG to 1000 KW via the Governor Speed Control Switch.
gb 15. Load the DG to 500 KVAR via the Voltage Regulator Set Point Control .
- 16. Load the DG to 2600 KV via the Governor Speed Control Switch.
- 17. Load the DG to 1250 KVAR via the Volatge Regulator Set Point . -
~ \g - Control. ,
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- 18. Allow the DG to run at this load and take data and record at 15 minute intervals on Log 2 and 3 (Attachment 8-1 and C-1).
L NOTE: Do not exceed 2600 KV, or 1250 KVAR. .
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! 19. After the DG has been.run loaded for one hour, unload the DG in the following manner:
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b a. Lower the voltage to 500 KVAR.
- b. Lower the load to 1000 KW.
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- c. Lower the voltage to 0 KVAR. ,
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- d. Lower the load to 100 KW.
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8.9.1 -3 Rev. 15 l
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- 20. Open DG 4.16 kV breaker 152-509/152-609.
- 21. Adjust the generator terminal voltage to 4200V via the Voltage Regulator Set Point Adjuster.
- 22. Raise the generator frequency to 61 hertz via the governor control switch.
- 23. Return the Droop /Isochronous switch to Isochronous.
- 24. Return the Test /Norami switch to Normal.
- 25. Note the DG frequency returns to 60 hertz.
. 26. Permit to DG to run for approximately 3 minutes unloaded in order i
to equalize temperatures.
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- 27. Shut the DG down via the pushbutton on C103B/C1048 Panel.
- 28. Insure that the DG prelube pump is running.
- 8. Air Compressor Operation.
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- 1. Reduce the Starting Air Receiver tank pressure on both tanks via j opening the drain valves to permit automatic compressor start. 1
, Starting pressure is approximately 225#. Verify the pressure in both tanks increases above 225#. _
I 1 Repeat the above for the Turbo Assist System (3 Tanks) l 2.
C .' Fuel 011' Transfer Pump Operation..
- 1. Open the Fuel Oil Transfer System discharge air operated valve to the DG day tank (switch located in Day Tank Room) (A04521/A04522).
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- 2. Operate the Fuel Oil Transfer Pump via manual / auto switch located l' at the Panel by the transfer pump (P141A/P1418). Verify day tank i level rises.
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- 3. Return both controls to automatic. '
- 4. -Verify valve positions (A04521/A04522) closed after testing.
- .D. Physical Evidence of Off-Normal Operation.
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- 1. Observe any physical evidence of off-normal operation such as:
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- a. Odor (excess diesel oil smell, burning smell, etc.)
- b. Visual (smoke, particular attention to around the exhaust manifold).
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- c. Heat (unusual hot spots in controls or equipment) i \
8.9.1 -4 Rev.15
- d. H2aring (vibration or knocks nst usually present) r
- 2. If any of the above observations are noted, you should originate a Maintenance Request and notify the Watch Engineer to ensure immediate corrective action.
- 3. Note observations on bottom of Form 8.9.1.C VIII. ACCEPTANCE CRITERIA A. The diesel generator start within 10 seconds.
B. Generator voltage varies upon demand.
C. Generator synchronizes satisfactorily.
D. Diesel generator operated for at least one hour with a minimum load of 1250 KVAR.
.h E. Air compressors operate upon demand.
c F. Fuel oil transfer pumps operate upon demand. (IST requirements)
- 6. The successful performance of this procedure verifies the operability of the following valves for IST requirements.
A0-4321 - Stroke Test.
A0-4522 - Stroke Test.
1" - 225 - Self Actuating. ,
1" - 225 - Self Actuating. l
' Foot-Val-A - Self Actuating.
Foot-Val-B - Self Actuating. i l
H. Procedure performed as written without any unexplained discrepancies, as indicated by Check-Off Form 8.9.1A being completed with required ~
L signatures.
IX. Normal Position for Components Operated In This Procedure I Verify a11' switches and valves displaced during performance of Section VII parts A, 8, & C are returned to their normal positions. (See procedure 2.2.8).
L X. ATTACHMENTS A. PNPS Form 8.9.1 A, Log Sheet #1.
i 8. PNPS Form 8.9.1B, Log Sheet #2.
l-C. PNPS Forn 8.9.1C, Log Sheet #3.
f L
m L s 8.9.1-5 Rev.15 l
Loo Sheet #1 PRELIMINARY DATA )
I A. Before Start Watch Engineer's Permission obtained:
Inititis
- 8. Diesel Generator is in Standby Mode of i Operation. l Initials C. No other Surveillance Tests are being performed on Core Spray and RHR System.
Initials Diesel Generator ,
l Date Operator Time tube Oil in *F ;
Lube Out *F
' Jacket Water In *F Jacket Water Out *F Eno. Air Hdr. *F Fuel Oil Temo. 'F Lube Oil level Coolant level Bleed Noisture From Air Storace Tanks Start Motors Sw. Pos.
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, 8.9.lA-1 Rev.15 L ..
Loo Sheet J1 cont.
During and After Start Diesel Generator Date/ Time Operator Acceleration Time Starting Air Compressor Operable Turbo Air Compressor Operable Diesel Oil Transfer Pump Operable Remarks:
011 level in engine crankcase verified: Initial Date Plant Status Date Acceptance Criteria as Operator Date specified in Section VIII Date Operating Super Date was met.
(Watch Engineer)
System returned to normal (refer to Section IX).
Verified by Verified by
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8.9.lA-2 Rev.15
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...-__s DIESEL ROOM LOG Diss01Genh Operator Date Running Time: Start Stop Time Ambient Temp. *F (Room)
Field Voltaae Fuel Rack Position - MM Diesel Engine RPM Upper Right Turbine Gas Lower Right Inlet Pipe Temp. 'F udder left Lower Left Jacket Water PSI Jacket Water Inlet Temo. 'F Jacket Water Outlet Temp. 'F Lube Oil PSI Lt'be oil Inlet Temp. *F Lube Oil Outlet Temp. 'F Lube Filter Inlet PSI Lube Filter Outlet PSI Lube Strainer Inlet PSI Lube Strainer Outlet PSI Fuel Oil Header PSI Fuel Strainer Inlet Vac. "HG" Fuel Strainer Outlet Vac. "HG" Fuel Oil Filter Inlet PSI t Fuel Oil Filter Outlet PSI -
Air Manifold PSI Air Manifold Temp. 'F 1R 2R 3R 4R 5R l 6R I Cylinder 7R j 8R 9R Temperature 1L 2L 3L 4L 5L l
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/ Reviewed By Operating Supervisor I Date 8.9.18-1 Rev.15 l
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