ML050470041
| ML050470041 | |
| Person / Time | |
|---|---|
| Site: | Vermont Yankee  |
| Issue date: | 01/01/2005 |
| From: | Desilets M Entergy Nuclear Vermont Yankee |
| To: | Conte R NRC/RGN-I/DRS/OSB |
| Conte R | |
| References | |
| ES-301, ES-301-2 | |
| Download: ML050470041 (80) | |
Text
ES-301 Control Roomhn-Plant Systems Outline Rev 1 Form ES-301-2 Facility: Vermont Yankee Date of Examination: Jan 31,2005 Exam Level (circle one): RO Operating Test No.:
Control Room Systems@(8 for RO; 7 for SRO-I; 2 or 3 for SRO-U)
I I System / JPM Title I I Safety Function a.* S1 (24101) EPR to MPR transfer Is, M, A I 3-241000 b.* S2 (26102) Secure SBGT s, D 9 - 261000 c.* S3 (20018) Terminate/Prevent Injection IS. D I 2-259001
- d. S4 (20010) Reopen MSlV following Group 1 Isolation IS. D I 5-223002
- e. S5 (20508) Restart SDC s, D, L 4 - 205000
- f. S6 (2011OF) Respond to a Rod Drift s, M, A 1 -201003
- g. S7 (21201) Shift RPS " A power supply s, D 6-262001 In-Plant Systems@(3 for RO; 3 for SRO-I; 3 or 2 for SRO-U) h.* P1 (21701F) Operate RClC from Alternate Shutdown Panel M, R, E, L, A 2 - 217000 i.* P2 (2641OF) Alternate S/D Diesel Generator Start D, R, E, L, A 6 - 264000
- j. P3 (20015) Isolate and Vent Scram Air Header I 1-201001 All control room (and in-plant) systems must be different and serve different safety functions; in-plant systems and functions may overlap those tested in the control room.
(D)irect from bank 19/18/14 (E)mergency or abnormal in-plant 21/21/21 (L)ow-Power 11 11 1 / 2 1 (N)ew or (M)odified from bank including 1(A) 22/22/11 (P)revious 2 exams 1 3 / 1 3 / 1 2 (randomly selected)
(WCA 2 1 121I 2 1 "SRO-U
ES-301 Control Room/ln-Plant Svstems Outline Rev 1 Form ES-301-2 s1 The applicants will be required to transfer pressure control from the electronic pressure regulator (EPR) to the mechanical pressure regulator (MPR), and remove the EPR from service. A failure will occur which causes lowering pressure. A failure of the MSIVs to close will require the candidate to manually close them. This JPM will be performed by all candidates.
s2 The applicant will be required to secure both SBGT trains and establish a torus vent path through SBGT. This JPM will be performed by all candidates.
s3 The applicants will be required to terminate and prevent injection using Appendix GG. It will require securing the ECCS pumps and feedwater. This JPM will be performed by all candidates.
s4 The applicant will be required to reset a PCIS Group 1 isolation signal, and reestablish the main condenser as a heat sink. This JPM will be performed by the SRO(1) only.
s5 The applicant will be required to restart shutdown cooling following a short term shutdown.
This JPM will be performed by the SRO(1) only.
S6 The applicant will be required to respond to a control rod drift. The followup actions for OT 3 167 will be implemented including individually scramming the drifting control rod. During followup actions, a second control will drift. This will require the applicant to execute an alternate path by implementing the OT 3167 immediate actions to insert a manual scram.
This JPM will be performed by the SRO(1) only.
s7 The applicant will be required to shift the Areactor protection system power supply from the motor generator to the alternate power supply. Following the transfer, the resulting half scram will also be reset. This JPM will be performed by the SRO(1) only.
PI The applicant will be required to lineup and inject with the RCIC system at the alternate shutdown panel. When power is supplied to the alternate shutdown panel, the RCIC injection valve will not have power. This will require the applicant to execute an alternate path to replace a fuse to enable operation of the injection valve. This JPM will be performed by all candidates.
P2 The applicants will be required to start the A, diesel generator completing the alternate shutdown outside the control room actions. The initial actions to start the diesel generator will fail. As a result, this will require the applicant to execute an alternate path to start the diesel generator. This JPM will be performed by all candidates.
P3 The applicants will be required to isolate and vent the scram air header in response to a failure to scram. The task involves the manipulation of multiple valves within the RCA.
This JPM will be performed by the SRO(1) only.
JPM- 24101F Rev. 0, 1/05 Page 1of 6 VERMONT YANKEE JOB PERFORMANCE MEASURE WORKSHEET Task Identification:
Title:
Swap Pressure Regulators (EPR to MPR)
Failure Mode: Pressure Regulator Failure
Reference:
OP 2160, Turbine Generator Support Systems Operation OT 3115, Reactor Pressure Transients Task Number: 2007240501 Task Performance: AO/RO/SRO - RO/SRO Only X SE Only -
Sequence Critical: Yes - No X Time Critical: Yes - No 2 Individual Performing Task:
Examiner:
Date of Evaluation:
Activity Code:
Method of Testing: Simulation - Performance X Discuss Setting: Classroom - Simulator X Plant Performance Expected Completion Time: 15 minutes Evaluation Results:
Performance: PASS - FAIL - Time Required:
Prepared by:
Operations Training Instructor Date Reviewed by:
SRO LicensedCertified Reviewer Date Approved by:
Operations Training Superintendent Date
JPM- 24101F Rev. 0, 1/05 Page 2 of 6 Directions:
Discuss the information given on this page with the operator being evaluated. Allow time for him to ask questions before beginning performance of the task. As each performance step is performed, evaluate the performance of that step by circling either "Sat" or "Unsat". Comments are required for any "Unsat" classification. If a step is preceded by an asterisk (*), it is a critical step. If a critical step is skipped or performed unsatisfactorily, then the individual has failed the Job Performance Measure.
After providing the initiating cue, ask the individual "Do you understand the task?"
Read to the person being; evaluated:
Before starting, I will explain the initial conditions, provide the initiating cues and answer any questions you have.
This JPM will be performed in the Simulator and you are to perform all actions.
You are requested to "talk-through the procedure, stating the parameters you are verifying or checking and the steps you are performing.
Inform me upon completion of this task.
Initial Conditions:
The plant is operating normally at power The EPR is controlling pressure and needs to be removed from service for maintenance. The MPR is available and operable.
Initiating Cues:
For the purpose of this JPM, you will act as both the Balance of Plant (BOP) and Operator at the Controls (OATC). The CRS directs you to transfer control from the EPR to the MPR and remove the EPR from service.
Task Standards:
Complete Immediate Actions of OT 3115 to scram the reactor and close MSIVs Required Materials:
OP 2160, "Turbine Generator Support Systems Operation" (latest revision)
OT 3115, "Reactor Pressure Transients" (latest revision)
JPM- 24101F Rev. 0, 1/05 Page 3 of 6 Simulator Setup:
100%power 0 EPR Regulator in service Verify MPR and EPR stroke difference is approximately 10%
Note: Enter Key 1 when MPR light is first lit - Step 7
JPM- 24101F Rev. 0, 1/05 Page 4 of 6 Evaluation Performance Steps TIME START:
SAT/UNSAT Step 1: Obtain Procedure OP 2160 and review Admin Limits, Precautions, and Prerequisites Standard: OP 2160 obtained, admin limits, precautions, and prerequisites reviewed Interim Cue: Inform Operator that prerequisites are SAT SATAJNSAT Step 2: If time permits, verifv that the MPR pilot bushing is rotating Standard: Directs auxiliary operator to verify that the MPR pilot bushing is rotating Interim Cue: Respond as the auxiliary operator, and inform Operator that the MPR pilot bushing is rotating SAT/UNSAT Step 3: Verifv MPR OUTPUT STROKE is approximately 10% below EPR OUTPUT STROKE setting Standard: Verifies that the MPR output stroke is approximately 10% below the EPR output stroke setting by comparing strokes on meters on 9-7 SATiUNSAT Step 4: Verify bulb for oncoming pressure regulator is sound Standard: Removes MPR white light bulb and checks/swaps bulb with one currently illuminated to verify viability SATmSAT *Step 5: Using MPR SETPOINT switch, slowly lower the MPR SETPOINT by going to LOWER until the MPR OUTPUT STROKE moves in the direction of the EPR OUTPUT STROKE setting Standard: Rotates MPR Setpoint Switch to the LOWER position, and observes that the MPR Output Stroke moves in the direction of the EPR Output Stroke setting. Holds the switch until the MPR takes control.
SAT/UNSAT Step 6: Continue to slowly lower the MPR SETPOINT until the MPR begins to take control Standard: Rotates MPR Output Switch to the LOWER position, and observes that the MPR Output Stroke moves in the direction of the EPR Output Stroke setting until the MPR takes control
JPM- 24101F Rev. 0, 1/05 Page 5 of 6 Evaluation Performance Steps SATANSAT Step 7: Verify that the MPR is controlling pressure as follows:
Verify white light above MPR SETPOINT switch is illuminated Standard: Observes white light above MPR Setpoint Switch ON, Note: Enter Key 1 to increase MPR stroke and lower reactor pressure SAT/UNSAT Step 8: Verify white light above EPR SETPOINT switch is extinguished Standard: Observes white light above EPR Setpoint Switch OFF SAT/UNSAT Step 9: On CRP 9-5, verify stable reactor pressure Standard: Observes reactor pressure is lowering Interim Cue: IF the operator reports the lowering reactor pressure to the CRS. Acknowledge the report, only.
If guidance/direction is requested, provide direction to perform the required actions for the given condition.
SAT/UNSAT *Step 10: If either pressure repIulator fails to control pressure, refer to OT 3115, Reactor Low Pressure, or OT 3116, Reactor Hiph Pressure, for immediate actions.
Standard: Recognizes neither the MPR nor the EPR are controlling pressure and reactor pressure is lowering. Initiates OT 31 15 Immediate Actions
JPM- 24101F Rev. 0, 1/05 Page 6 of 6 Evaluation Performance Steps SAT/UNSAT *Step 11: IF unsuccessful controlling pressure either the EPR or MPR, THEN manually SCRAM the reactor and enter OT 3100, Reactor Scram.
Standard: Initiates a manual reactor scram by depressing manual scram pushbuttons SAT/UNSAT *Step 12: If pressure is LOWERING, THEN close the MSIVs to prevent a rapid cooldown.
Standard: Recognizes pressure is lowering and closes the MSIVs.
Interim Cue: Following the scram and MSIV isolation, inform the operator another operator will complete the OT 3100 actions SAT/UNSAT Step 13: Place Keeping and STAR used consistently throughout.
Standard: Steps are circled as perforrned, crossed out as completed and N/Ad as appropriate. STAR used consistently for each manipulation.
- Critical Step TIME FTNISH:
Terminating Cue: Reactor scrammed and MSIVs closed in accordance with OT 3 115 Immediate Actions Evaluator Comments:
System: 241000 WA: A2.04
JPM- 24 101 Rev. 0, 1/05 Page 1 of 1 EXAMINEE HANDOUT Initial Conditions:
The plant is operating normally at power The EPR is controlling pressure and needs to be removed from service for maintenance. The MPR is available and operable.
Initiating Cues:
For the purpose of this JPM, you will act as both the Balance of Plant (BOP) and Operator at the Controls (OATC). The CRS directs you to transfer control from the EPR to the MPR and remove the EPR from service.
JPM- 26 102 Rev. 11, 12/04 Page 1 of 6 VERMONT YANKEE JOB PERFORMANCE MEASURE WORKSHEET Task Identification:
Title:
Secure Standby Gas Treatment Failure Mode: N/A
Reference:
OP 21 17, Standby Gas Treatment Task Number: 2610060101 Task Performance: AO/RO/SRO - RO/SRO Only X SE Only -
Sequence Critical: Yes - No 2 Time Critical: Yes __ No 2 Individual Performing Task:
Examiner:
Date of Evaluation:
Activity Code:
Method of Testing: Simulation - Performance X Discuss -
Setting: Classroom - Simulator X Plant -
Performance Expected Completion Time: 10 minutes Evaluation Results:
Performance: PASS __ FAIL - Time Required:
Approved by:
- -%A /d Ition&raining Superintendent
/,+Z/L?
Date y
JPM- 26102 Rev. 11, 12/04 Page 2 of 6 Directions:
Discuss the information given on this page with the operator being evaluated. Allow time for him to ask questions before beginning performance of the task. As each performance step is performed, evaluate the performance of that step by circling either "Sat" or "Unsat". Comments are required for any "Unsat" classification. If a step is preceded by an asterisk (*), it is a critical step. If a critical step is skipped or performed unsatisfactorily, then the individual has failed the Job Performance Measure.
After providing the initiating cue, ask the individual "DOyou understand the task?"
Read to the person being evaluated:
Before starting, I will explain the initial conditions, provide the initiating cues and answer any questions you have.
This JPM will be performed in the Simulator and you are to perform the actions.
You are requested to "talk-throuPh" the procedure, stating the parameters you are verifying or checking and the steps you are performing.
Inform me upon completion of this task.
Initial Conditions:
Both trains of SBGT are running as a result of auto initiation An operator has verified and backed up the initiation.
Initiating signals are clear.
Reactor Building ventilation is operating normally.
Initiating Cues:
You have been directed by the CRS to return SBGT to a normal lineup.
Task Standards:
Both SBGT Trains in Standby mode, with torus vent path aligned through SBGT Train "A".
Required Materials:
OP 21 17, Standby Gas Treatment (latest revision)
Simulator Setup:
Any IC Start both trains of SBGT per OP 21 17 Section B
J'PM- 26102 Rev. 11, 12/04 Page 3 of 6 Evaluation Performance Steps TIME START:
SATKJNSAT Step 1: Obtain procedure: review administrative limits, precautions, and prerequisites Standard: OP 21 17 Section D obtained; administrative limits, precautions, and prerequisites reviewed.
~~
Interim Cue: Lnform Operator that all prerequisites are SAT.
-~ ~
SATKJNSAT Step 2: Verifv initiating signal has cleared Standard: Verifies initiating signal cleared based on initial conditions.
-~
Interim Cue: If asked, restate the initial conditions
~~ ~
SAT/UNSAT Step 3: Ensure reactor building HVAC is running per OP 2192 Standard: Ensures reactor building W A C is running based on initial conditions.
Interim Cue: If asked, restate the initial conditions SAT/UNSAT *Step 4: Momentarily place SBGT Fan Am) control switch to STOP Standard: Operator momentarily places SBGT FAN A(B) REF 2-A(B) control switch to STOP on CRP 9-26.
SATAJNSAT Step 5: Verify SBGT Am) Stopped Standard: Observe red light Off and green light On for SBGT A(B) on CRP 9-26.
SATKJNSAT Step 6: Close/verifv closed SGT-2AmI Standard: Operator closes SGT-2A(B) by repositioning control switch to CLOSE AUTO-OP and observing green light On and red light Off on CRP 9-26.
JPM- 26102 Rev. 11, 12/04 Page 4 of 6 Evaluation Performance Steps SATIUNSAT Step 7: Closeherify closed SGT3A(B)
Standard: Operator closes SGT-3A(B) by repositioning control switch to CLOSE AUTO-OP and observing green light On and red light Off on CRP 9-26.
SATKJNSAT *Step 8: Close SGT-lA(B)
Standard: Operator takes control switch on C W 9-26 to CLOSE AUTO-OP.
SATKJNSAT Step 9: Verify SGT-lAm) closed Standard: Observe red light Off and green light On for SGT-lA(B) on CRP 9-26..
SATIUNSAT Step 10: Ensure reactor building HVAC is running per OP 2192 Standard: Ensures reactor building W A C is running based on initial conditions.
Interim Cue: If asked, restate the initial conditions SATKJNSAT *Step 11: Secure the second train by momentarily placing SBGT Fan B(A) control switch to STOP Standard: Operator momentarily places SBGT FAN B(A) REF 2-B(A) control switch to STOP on CRP 9-26.
SATAJNSAT *Step 12: Closeherifv closed SGT-2BIAI Standard: Operator closes SGT-2B(A) by repositioning control switch to CLOSE AUTO-OP and observing green light On and red light Off on CRP 9-26.
SATIUNSAT *Step 13: Closeherifv closed SGT3B(A)
Standard: Operator closes SGT-3B(A) by repositioning control switch to CLOSE AUTO-OP and observing green light On and red light Off on CRP 9126.
SATKJNSAT *Step 14: Close SGT-lB(A)
Standard: Operator takes SGT-1B(A) control switch on CRP 9-26 to CLOSE AUTO-OP.
,SATKJNSAT Step 15: Verify SGT-1BIA) closed Standard: Observe red light Off and green light On for SGT-1B(A) on CRP 9-26.
JPM- 26102 Rev. 11, 12/04 Page 5 of 6 Evaluation Performance Steps SAT/UNSAT *Step 16: Establish torus vent path by openingkhecking open the following valves:
SGT-2A SGT3A Standard: Operator opens SGT-2A and SGT-3A on CRP 9-26 by taking associated control switch to OPEN.
SATAJNSAT Step 17: Verify SGT-2A and SGT3A open Standard: Observe red light On and green light Off for SGT-2A and SGT-3A on CRP 9-26.
SAT/UNSAT Step 18: Closekheck closed SGT-1A Standard: Operator checks closed SGT-1A on CRP 9-26 by verifying red light On, green light Off.
SATKJNSAT Step 19: Verify normal standby valve lineup Standard: Operator verifies the following on CRP 9-26:
SGT-l A(B), SGT-2B, SGT-3B, SGT-4A(B) and SGT-5 are closed SGT-2A and SGT-3A open SBGT Fan A(B) control switches in AUTO 9 KW heaters SBGT-A Elec Htr EUH-2 and SBGT-B Elec Htr EUH-4 control switches are in AUTO SAT/UNSAT Step 20: Place Keeping: and STAR used consistently throughout.
Standard: Steps are circled as performed, crossed out as completed and N/Ad as appropriate. STAR used consistently for each manipulation.
- Critical Step
JPM- 26 102 Rev. 11, 12/04 Page 6 of 6 TIME FINISH:
Terminating Cue: SBGT System in Standby Mode, with torus vent path established through SBGT Train A
Evaluator Comments:
System: 261000 WAs: K1.O1
JPM- 26 102 Rev. 11, 12/04 Page 1 of 1 EXAMINEE HANDOUT Initial Conditions:
Both trains of SBGT are running as a result of auto initiation An operator has verified and backed up the initiation.
Initiating signals are clear.
Reactor Building ventilation is operating normally.
Initiating Cues:
You have been directed by the CRS to return SBGT to a normal lineup
JPM-20018 Rev. 11,01/05 Page 1 of 7 VERMONT YANKEE JOB PERFORMANCE MEASURE WORKSHEET Task Identification:
Title:
Terminate and Prevent all Injection into the From All Sources Failure Mode: -
Reference:
OE 3107, Appendix GG Task Number: 2007450501 Task Performance: AOROISRO - RO/SRO & SRO Only -
Sequence Critical: Yes &No -
Time Critical: Yes- NoJ Operator Performing Task:
Examiner:
Date of Evaluation:
Activity Code:
Method of Testing: Simulation - Performance X Discuss -
Setting: Classroom - Simulator X Plant -
Performance Expected Completion Time: 10 minutes Evaluation Results:
Performance: PASS - FAIL - Time Required:
Prepared by:
Operations Training Instructor Date Reviewed by:
SRO LicensedCertified Reviewer Date Approved by:
Operations Training Manager Date
JPM-200 18 Rev. 11,01/05 Page 2 of 7 Directions:
Discuss the information given on this page with the operator being evaluated. Allow time for him to ask questions before beginning performance of the task. As each performance step is performed, evaluate the performance of that step by circling either "Sat" or "Unsat". Comments are required for any "Unsat" classification. If a step is preceded by an asterisk (*), it is a critical step. If a critical step is skipped or performed unsatisfactorily,then the operator has failed the Job Performance Measure.
After providing the initiating cue, ask the operator "Do you understand the task?"
Read to the person being evaluated:
Before starting, I will explain the initial conditions, provide the initiating cues and answer any questions you have.
This JPM will be performed in the Simulator and you are to perform the actions.
You are requested to "talk through" the procedure, stating the parameters you are verifying or checking and the steps you are performing.
Inform me upon completion of this task.
Initial Conditions:
An ATWS is in progress. All rods did not insert. RPV level is currently being controlled by Feedwater, pressure control is on the Bypass Valves, and the Appendix P Group 1jumpers are installed.
Initiating Cues:
The CRS has directed you to terminate and prevent all injection.
Task Standards:
All injection into the reactor vessel terminated and prevented with the exception of boron, CRD, and RCIC LAW OE 3107, Appendix GG.
Required Materials:
EOP-2 ATWS RPV Control OE 3 107 Appendix GG
JPM-20018 Rev. 11,01/05 Page 3 of 7 Simulator Set-Up:
Malf# RD12A 100%
Malf# RD12B 100%
Remote Function RPR12 Insert a manual scram, Depress PB 1 on the master level controller, initiate ARVRPT and inhibit ADS.
JPM-20018 Rev. 11,01/05 Page 4 of 7 Evaluation Performance Steps TIME START:
SATKJNSAT Step 1: Obtain OE 3107, Appendix GG, verify prerequisites Standard Obtain OE 3107, Appendix GG and verify prerequisites.
Place keeps on the procedure during performance of the task NOTE: Sequence is not critical. Steps MAY be performed in Parallel.
SATKJNSAT *Step 2: Terminate and prevent HPCI by placing the HPCI Turbine Tripnnhibit pushbutton selector switch on CRP 9-3 in INHIBIT.
Standard: Place the HPCI Turbine Triphhibit pushbutton on CRP 9-3 in Inhibit.
SATKJNSAT *Step 3: Terminate and prevent Core Spray by placing the two Core Spray pump control switches on CRP 9-3 in Pull-to-Lock.
Standard: CS pumps switches on CRP 9-3 horizontal in Pull-to-Lock SATKJNSAT *Step 4: Terminate and prevent LPCI by placing the four RHR pump control switches on CRP 9-3 in Pull-to-Lock Standard: RHR pump switches on CRP 9-3 horizontal in pull to lock position
JPM-200 18 Rev. 11,01/05 Page 5 of 7 SAT/UNSAT *Step 5: Terminate and Prevent Feedwater and Condensate as follows:
Place the RX VESSEL LEVEL MASTER CONTROLLER in Manual (MAN) and adiust the controller to minimum Standard: Selects MAN on the master controller Turns knob to bring V signal to ZERO.
SATPUNSAT Step 6: Place the following controllers in Manual (MAN) and confirm/ad.iust the controllers to minimum e FEEDWATER REG VLV FDW-12A CONTROLLER e FEEDWATER REG VLV FDW-12B CONTROLLER FW REG BYPASS VLV FDW-13 CONTROLLER Standard: Selects Man on each of the two individual controllers, FDW-12A and FDW-12B Verifies the V signal at ZERO Verifies that FDW-13 is in manual, and set to minimum SATPUNSAT Step 7: Inform the SCRO that iniection has been terminated and prevented.
Standard: Inform the SCRO that injection has been terminated, Appendix GG complete.
SATPUNSAT Step 8: Place Keeping; and STAR used consistently throughout.
Standard: Steps are circled as performed, crossed out as completed and N/Ad as appropriate. STAR used consistently for each manipulation.
- Critical Step
JPM-200 18 Rev. 11,01/05 Page 6 of 7 TIME FINISH:
Terminating Cue: All injection into the Reactor vessel terminated and prevented IAW OE 3 107, Appendix GG.
Evaluators Comments:
System: 259001 WA's: A4.08
JPM-20018 Rev. 11,01/05 Page 7 of 7 EXAMINEE HANDOUT Initial Conditions:
An ATWS is in progress. All rods did not insert. RPV level is currently being controlled by Feedwater, pressure control is on the Bypass Valves, and the Appendix P Group 1jumpers are installed.
Initiating Cues:
The CRS has directed you to terminate and prevent all injection.
JPM- 20010 Rev. 11, 12/04 Page 1 of 7 VERMONT YANKEE JOB PERFORMANCE MEASURE WORKSHEET Task Identification:
Title:
Open the MSIVs After a Group I Isolation FailureMode: . N/A
Reference:
OP 2 113, Main and Auxiliary Steam, Task Number: 2000030501 Task Performance: AO/RO/SRO - RO/SRO Only X SE Only -
Sequence Critical: Yes - No X Time Critical: Yes - No X Individual Performing Task:
Examiner:
Date of Evaluation:
Activity Code:
Method of Testing: Simulation - Performance X Discuss Setting: Classroom - Simulator X Plant -
Performance Expected Completion Time: 15 minutes Evaluation Results:
Performance: PASS _. FAIL - Time Required:
Prepared by:
Reviewed by:
Approved by:
( O & k d k Tdning Supervisor Date
JPM- 2001 0 Rev. 11, 12/04 Page 2 of 7 Directions: Discuss the information given on this page with the operator being evaluated. Allow time for him to ask questions before beginning performance of the task. As each performance step is performed, evaluate the performance of that step by circling either Sat or Unsat. Comments are required for any Unsatclassification. If a step is preceded by an asterisk (*), it is a critical step. If a critical step is skipped or performed unsatisfactorily, then the individual has failed the Job Performance Measure.
After providing the initiating cue, ask the individual Do you understand the task?
Read to the person being evaluated:
Before starting, I will explain the initial conditions, provide the initiating cues and answer any questions you have.
This JPM will be performed in the Simulator and you are to perform the actions.
You are requested to tttalk-throuehthe procedure, stating the parameters you are verifjmg or checking and the steps you are performing.
Inform me upon completion of this task.
Initial Conditions:
A Group I isolation occurred 5 minutes ago due to low main steam line pressure, OT 3 100, scram procedure has been carried out, mode switch is in shutdown. Initiating signals are clear.
Initiating Cues:
The CRS has directed you to open the MSNs in accordance with OP 21 13.
Task Standards:
M S N s re-opened in accordance with OP 21 13, Main and.Auxiliary Steam Required Materials:
OP 21 13, Main and Auxiliary Steam (latest revision)
Simulator Setup:
Any power IC.
Insert malfunction W 0 3 ,then delete Complete OT 3 100 actions including the MODE Switch to SHUTDOWN Control pressure using SRVs 800-900 psig using the simulator soft panels
JPM- 200 10 Rev. 11 , 12/04 Page 3 of 7 Evaluation Performance Steps TIME START:
SATIUNSAT Step 1: Obtain Procedure OP 2113 and review Admin Limits, Precautions, and Prerequisites Standard: OP 21 13 obtained, Admin Limits, Precautions, and Prerequisites reviewed Interim Cue: Inform Operator that all prerequisites are Sat NOTE: Operator should begin at step 5, Re-opening the MSIVs following a PCIS Group 1 Isolation SAT/UNSAT Step 2: Determine which of the following conditions initiated the isolation.
Standard: Operator confirms no isolation signal exists by reviewing the annunciators on CRP 9-5 andor reviewing initial conditions of the JPM.
Determines the Main Steam Line pressure isolation is cleared (mode switch is NOT in RUN)
SAT/UNSAT *Step 3: Place each MSIV control switch in the CLOSE position Standard: On CRP 9-3, places each control switch for all 8 inboard and outboard MSNs in the CLOSE position.
SATIUNSAT *Step 4: Place Sample Isolation RV-39 control switch to CLOSE Standard: On CRP 9-4, places the control switch for RV-39 to CLOSE.
SATIUNSAT Step 5: Place Sample Isolation RV-40 control switch to CLOSE Standard: On CRP 9-4, places the control switch for RV-40 to CLOSE.
JPM- 20010 Rev. 11, 12/04 Page 4 of 7 SATKJNSAT Step 6: On CRP 9-5, verify PCIS SYS 1 and SYS 2 RESET PERMISSIVE lights are Energized Standard: On CRP 9-5, verifies Containment Isolation Reset Permissive Lights 14A and 16A are lit.
SATKJNSAT Step 7: If condenser vacuum exceeds the Group 1 trip setpoint AND the Shift Manaper determines that the MSIVs need to be reopened, then:
Standard: Determines that condenser vacuum is less than the Group 1 trip setpoint and skips this step.
SATRJNSAT *Step 8: When the cause of the isolation has been cleared or bypassed, reset the Group I isolation by positioninp the GRP 1 ISOL RESET switch lCRP 9-51 to the INBD and OUTBD positions Standard: Verifies no isolation signal exists by observing annunciators on CRP 9-5, then, on CRP 9-5, rotates the Group I Isolation Reset Switch to TNBD and OUTBD positions SATKJNSAT Step 9: Be aware of off gas, primary containment, and reactor building radiological conditions to ensure undesirable venting of radioactive effluents to the environs does not occur pior to and immediately following the opening of the valves.
Standard: Operator may check a variety of radiation monitors to note that there is no high radiation readings or discuss this with the Shift ManagedControl Room Supervisor before continuing.
Interim Cue: If asked, the SM and CRS are aware of radiological conditions and give permission to continue in the procedure.
P M - 20010 Rev. 11, 12/04 Page 5 of 7 SATKJNSAT *SteD 10: Open the outboard MSIVs by placing their control switched to the AUTO OPEN position.
Standard: On CRP 9-3, places the following control switches to AUTO/OPEN:
MS-86A MS-86B MS-86C MS-86D On CRP 9-3, verifies MS-86A through 86D are open by observing red light ON, green light OFF SATRJNSAT *Step 11: To equalize the upstream and downstream pressures:
- 1) Open Stm Line Drain MS-74 Standard: On CRP 9-3, places MS-74 control switch to OPEN and observes MS-74 red light ON, green light OFF SATKJNSAT *Step 12: 2) Open Stm Line Drain MS-77 Standard: On CFU 9-3, places MS-77 control switch to OPEN and observes MS-77 red light ON, green light OFF SATNNSAT *Step 13: 3) Open Stm Line Drain MS-78 Standard: On CRP 9-3, places MS-78 control switch to OPEN and observes MS-78 red light ON, green light OFF SATRJNSAT SteP 14: If the bvpass valves open, raise the setpoint of the turbine pressure reEulator which is in service until the bypass valves shut.
Standard: On CRP 9-7, verifies bypass valves BVl - BVlO indicate shut, by verifying green lights ON, red lights OFF for the ten bypass valves or observing the position meter for bypass valve number 1, or the white lights on for all three pressure regulators.
JPM- 20010 Rev. 11, 12/04 Page6of 7 SATNNSAT Step 15: If the MSIVs have been closed for 30 minutes or more:
Standard: Determines how long the MSIVs have been closed by asking the SWCRS.
~~
Interim Cue: If asked, the MSIVs have been shut for only 10 minutes SATRJNSAT *Step 16: When RX PRESS PI 2-3-56AB) and MAIN STEAM PRESSURE PI-101-2 pressures are within 50 psie, open the inboard MSIVs.
Standard: Using PI-2-3-56A or B (on CRP 9-5), and PI-101-2 (on CRP 9-7),
monitors steam pressure indications and determines when they are within At CRP 9-3, Operator places the following control switches to AUTO-OPEN:
MS-80A MS-80B MS-80C MS-80D Operator observes red light ON, green light OFF for MS-80A through 80D SATIUNSAT Step 17: When the inboard MSIVs are open:
- 1) Close Stm Line Drain MS-74 Standard: On CRP 9-3, places MS-74 control switch to CLOSE and observes MS-74 red light OFF, green light ON SATPUNSAT Step 18: 2) Close Stm Line Drain MS-77 Standard: On CRP 9-3, places MS-77 control switch to CLOSE and observes MS-77 red light OFF, green light ON SATIUNSAT Step 19: 3) Close Stm Line Drain MS-78 Standard: On CRP 9-3, places MS-78 control switch to CLOSE and observes MS-78 red light OFF, green light ON
JPM- 20010 Rev. 11, 12/04 Page7of 7 TIME FINISH:
Terminating Cue: Inboard and Outboard MSWs Open Evaluators Comments:
System: 223002 WA's: A4.03
J'PM- 20010 Rev. 11, 12/04 Page 1 of 1 EXAMINEE HANDOUT Initial Conditions:
A Group I isolation occurred 5 minutes ago due to low main steam line pressure, OT 3 100, scram procedure has been carried out, mode switch is in shutdown. Initiating signals are clear.
Initiating Cues:
The CRS has directed you to open the MSIVs in accordance with OP 21 13.
JPM- 20508 Rev. 2, 12/04 Page 1 of 7 VERMONT YANKEE JOB PERFORMANCE MEASURE WORKSHEET Task Identification:
Title:
Restart SDC Following Short Term Shutdown Failure Mode:
Reference:
OP 2124. Residual Heat Removal System.
Task Number: 2057090101 Task Performance: AO/RO/SRO - RO/SRO Only X SE Only __
Sequence Critical: Yes - No X Time Critical: Yes __ No x Individual Performing Task:
Examiner:
Date of Evaluatioil:
Activity Code:
Method of Testing: Simulation - Perfonnance X Discuss Setting: Classroom - Simulator X Plant performance Expected Completion Time: IO minutes Evaluation Results:
Performance: PASS __ FAIL __ Time Required: d 17 / q . . o y Date
/?//7/a,9 Date Approved by: -
/ 6peratiorKTraining Superintendent Date
J'PM- 20508 Rev. 2, 12/04 Page 2 of 7 Directions:
Discuss the information given on this page with the operator being evaluated. Allow time for him to ask questions before beginning performance of the task. As each performance step is performed, evaluate the performance of that step by circling either "Sat" or "Unsat". Comments are required for any "Unsat" classification. If a step is preceded by an asterisk (*), it is a critical step. If a critical step is skipped or performed unsatisfactorily, then the individual has failed the Job Performance Measure.
After providing the initiating cue, ask the individual "DOyou understand the task?"
Read to the person being evaluated:
Before starting, I will explain the initial conditions, provide the initiating cues and answer any questions you have.
This JPM will be performed in the Simulator and you are to perform the actions.
You are requested to "talk-through"the procedure, stating the parameters you are verifying or checking and the steps you are performing.
Inform me upon completion of this task.
' Initial Conditions:
a A Refuel Outage is in progress 0 A core offload has just been completed a The Reactor Water Cleanup System is shutdown for outage work 0 Spent Fuel Pool temperature is 103 OF 0 The "A" RHR Pump was secured from shutdown cooling 15 minutes ago due to a scheduled evolution in the outage schedule a S/D cooling is in short term shutdown Initiating Cues:
The CRS directs you to restart the "A" RHR Pump in shutdown cooling, and establish a flow of 5000 -
6000 gpm Task Standards:
The SDC Pump is restarted in accordance with OP 2124 Section I Required Materials:
OP 2 124, "Residual Heat Removal," current revision
JPM- 20508 Rev. 2, 12/04 Page 3 of 7 Simulator Setup:
\
a Reactor pressure below the SDC isolation interlock a Reactor level > 185 inches (or state a value in the initial conditions) 0 Reactor temperature < 190 O F (or state a value in the initial conditions) 0 The A RHR Pump lined up in SDC and then secured per OP 2 124 Section I. 1.
a RHR-65A throttled shut a RWCU secured
JPM- 20508 Rev. 2, 12/04 Page 4 of 7 Evaluation Performance Steps TIME START:
SATAJNSAT Step 1: Obtain procedure OP 2124 anG review Admin Limits, Precautions, and Prereauisites Standard: OP 2124 obtained; admin limits, precautions, and prerequisites reviewed
~ ~~
Interim Cue: Inform Operator that Prerequisites are SAT SATAJNSAT . Step2: IF RWCU return to RHR SDC suction line is in service, return RWCU to normal alimment or secure RWCU swtem per OP 2112 Standard: Verifies RWCU system secured, based on initial conditions SATAJNSAT Step 3: On CRP 9-3, confirm closed or close OUTBD INJECTION, RHR-27A Standard: On CRP 9-3, observes RHR-27A closed, green light ON, red light OFF SAT/UNSAT *Step 4: On CRP 9-3, fully open HX BYPASS, RHR-65A Standard: On C W 9-3, opens RHR-65A by holding the control switch to the OPEN position until valve indicates full open.
SATAJNSAT Step 5: Upon RHR pump start, adjust the following;valves as necessary to control cooldown rate Standard: Upon RHR pump start, adjusts the following valves as necessary to control the cooldown rate:
0 HX Bypass RHR-65A 0 RHRHXInlet RHR-23A 0 RHRSW Discharge RHR-89A Interim Cue: If asked, RHR-23A is fully open
JPM- 20508 Rev. 2, 12/04 Page 5 of 7 Evaluation Performance Steps SATKJNSAT *Step 6: Crack open OUTBD INJECTION, RHR-27A until intermediate indication is received (approximately one second)
Standard: On CRP 9-3, places the control switch for RHR-27A in the OPEN position for approximately one second; observes red and green light dual indication SATKJNSAT Step 7: On CRP 9-3, verify or establish a shutdown cooling suction path as follows: Verify or align RHR Loop A for shutdown coolinp. Close PUMP SUCTION RHR-13A Standard: On CRP 9-3, observes RHR-13A closed, green light ON, red light OFF SATIUNSAT Step 8: On CRP 9-3, verify or establish a shutdown cooling suction path as follows: Verify or align RHR Loop A for shutdown cooling. Close PUMP SUCTION RHR-13C Standard: On CRP 9-3, observes RHR-13C closed, green light ON, red light OFF SATKJNSAT Step 9: On CRP 9-3, verify or establish a shutdown cooling suction path as follows: Verify or .align RHR Loop A for shutdown cooling. Open PUMP SUCTION RHR-15A Standard: On CRP 9-3, observes RHR-15A open, green light OFF, red light ON SATKJNSAT Step 10: On CRP 9-3, verify or establish a shutdown cooling suction path as follows: Verify or align RHR Loop A for shutdown cooling. Open PUMP SUCTION RHR-15C Standard: On CRP 9-3, observes RHR-15C open, green light OFF, red light ON SATKJNSAT Step 11: Verify open or open S/D CLG SUCTION RHR-17 Standard: On CRP 9-3, observes RHR-17 open, green light OFF, red light ON S ATIUNSAT Step 12: Verify open or open S/D CLG SUCTION RHR-18 Standard: On CI" 9-3, observes RHR-18 open, green light OFF, red light ON SATKJNSAT *Step 13: Start an RHR Pump in the selected loop Standard: On CRP 9-3, places the control switch for the "A" RHR Pump to the START position
P M - 20508 Rev. 2, 12/04 Page 6 of 7 Evaluation Performance Steps SATAJNSAT *Step 14: When approximately three minutes have elapsed, increase RHR flow to >4100 gpm by throttling open RHR-27A as follows: If the reactor is <190F, slowly adiust RHR flow to >4100 gpm as desired Standard: After approximatelythree minutes, throttle open RHR-27A to a flow of
>4100 gpm as indicated on FI-10-139A Interim Cue: Time compression can be used. Inform the operator that three minutes have elapsed SATKJNSAT *Step 15: On panel CRP 9-3, adiust RHRSW DISCHARGE, RHR-89A, to maintain RHRSW pressure in the heat exchanger at greater than 20 psid above RHR pressure and to achieve RHRSW heat exchanger flow as follows: During normal conditions, limit RHRSW flow to
<3140 gpm Standard: On CRP 9-3, throttles RJ3R-89A until RHRSW pressure is 20 psid above RHR pressure and RHRSW flow < 3 140 gpm SATAJNSAT Step 16: Verifies RHR HX A AP LO (3-5-8) alarms clears Standard: Verifies (3-J-8) alarms clears and observes Ap indication on DPI-10-130A on CRP 9-3 SATrUNSAT *Step 17: Increase RHR flow to between 5000 - 6000 epm by throttling open RHR-27A Standard: Throttles open RHR-27A to a flow of 5000-6000 gpm as indicated on FI-10-139A Interim Cue: Inform the operator that another operator will monitor cool down from this point onward SAT/UNSAT Step 18: Place Keeping and STAR used consistentlv throughout.
Standard: Steps are circled as performed, crossed out as completed and N/A'd as appropriate. STAR used consistently for each manipulation.
- Critical Step
I JPM- 20508 Rev. 2, 12/04 Page 7 of 7 TIME FINISH:
Terminating Cue: The A RHR Pump running in SDC, with proper system flows and differential pressure Evaluator Comments:
System: 205000 WAs: A4.01
I JPM- 20508 Rev. 2, 12/04 Page 1 of 1 EXAMINEE HANDOUT Initial Conditions:
e A Refuel Outage is in progress e A core offload has just been completed e The Reactor Water Cleanup System is shutdown for outage work e Spent Fuel Pool temperature is 103 OF e The ARHR Pump was secured from shutdown cooling 15 minutes ago due to a scheduled evolution in the outage schedule e S / D cooling is in short term shutdown Initiating Cues:
The CRS directs you to restart the ARHR Pump in shutdown cooling, and establish a flow of 5000 -
6000 gpm
JPM - 201 10 Rev. 2, 12/04 Page 1 of5 VERMONT YANKEE JOB PERFORMANCE MEASURE WORKSHEET Task Identification:
Title:
Respond to a Rod Drift Alarm Failure Mode: Multiple Rod Drifts
Reference:
OT 3 167 Control Rod Drift Task Number: 2010050401 Task Performance: AO/RO/SRO - RO/SRO X SRO Only Sequence Critical: Yes - No 3 Time Critical: Yes - No Operator Performing Task:
Examiner:
Date of Evaluation:
Activity code:
Method of Testing: Simulation - Performance X Discuss Setting: Classroom - Simulator X Plant Performance Expected Completion Time: 15 minutes Evaluation Results:
Performance: PASS - FAIL - Time Required:
Prepared by:
Reviewed by:
Approved by:
2 /.$/
Date '
JPM - 201 10 Rev. 2, 12/04 Page 2 of 5 Directions:
Discuss the information given on this page with the operator being evaluated. Allow time for him to ask questions before beginning performance of the task. As each performance step is performed, evaluate the performance of that step by circling either "Sat" or "Unsat". Comments are required for any "Unsat" classification. If a step is preceded by an asterisk (*), it is a critical step. If a critical step is skipped or performed unsatisfactorily, then the operator has failed the Job Performance Measure.
After providing the initiating cue, ask the operator "DOyou understand the task?
Read to the person being: evaluated:
Before starting, I will explain the initial conditions, provide the initiating cues and answer any questions you have.
This JPM will be performed in the Simulator and you are to perform the actions.
You are requested to "talk through" the procedure, stating the parameters you are verifying or checking and the steps you are performing.
Inform me upon completion of this task.
Initial Conditions:
Power is 75% following a Rod Pattern Exchange. Recirculation flow is 27-27.5 Mlbm/hr.' You are a spare CRO on shift. ROD DRIFT annunciator is received in the Control Room. Control Rod 14-35 was at position 34 and has drifted out to position 48.
Initiating Cues:
The CRS directs you to respond to the drifting control rod.
Task Standards:
OT 3 167 Immediate Actions completed following multiple rod drifts.
Required Materials:
OT 3 167, Control Rod Drift Simulator Setup:
IC-19 with recirc flow reduced to 27-27.5 Mlbm/hr Insert Malf- RD05,Control Rod (14-35) drifting (out)
RD02, Control Rod (14-35) Stuck - Delete malfunction just prior to 9-16 action to individually scram control rod Key 1 RD05, Control Rod (14-1 1) drifting (out) - Insert malfunction after 9-16 action to return rod 14-35 to UP position when operator has returned to the 9-5 panel Insert the following rods: Position 0: 22-27,22-19 Position 34 14-11,30-35,30-11, 14-35
JPM - 201 10 Rev. 2, 12/04 Page 3 of 5 Evaluation Performance Steps TIME START:
SATAJNSAT Step 1: Obtain Procedure OT 3167.
Standard: OT 3 167 obtained.
SATAJNSAT Step 2: If the control rod is drifting out:
Standard: Determines control rod has drifted out based on initial conditions and ROD DRIFT alarm SATAJNSAT Step 3: Observe drive water flow.
Standard: Operator observes flow on FI-3-305.
SATfUNSAT Step 4: Select Control Rod 14-35.
Standard: Operator turns Rod Select Power turned to ON and depresses rod select pushbutton 14-35 SATAJNSAT Step 5: Make one attempt to insert control rod 14-35 to its original position.
Standard: Operator positions RMCS switch to NOTCH IN and determines the control rod did not respond.
SATKJNSAT *Step 6: If the control rod did not respond to the insert signal or continued to drift, then manually SCRAM the control rod by placing the individual rod scram switch at 9-16 to the FULL DOWN position.
Standard: Operator positions 14-35 rod scram switch at CRP 9-16 to the FULL DOWN position.
SATRJNSAT Step 7: Reduce core flow to 27.5 - 29 Mlbm/hr at a rate not to exceed 10%
RTP/min.
Standard: Verifies recirc flow is between 27.5 and 29 Mlbm/hr SATRJNSAT Step 8: Notify Reactor Engineering Standard: Notifies Reactor Engineering Interim Cue: Reactor Engineering will acknowledge the notification
JPM - 201 10 Rev. 2, 12/04 Page 4 of 5 Evaluation Performance Steps SATNNSAT Step 9: Enter OT 3166, Mispositioned Control Rod Standard: Informs CRS to enter OT 3 I66 Interim Cue: If the operator enters OT 3 166, provide cue that the CRS will enter and direct actions SATNNSAT Step 10: Contact Reactor Engineering to determine that if the control rod drifts to position 48, it will not cause any operational concerns and to plan for its recovery if the collet is at fault Standard: Contacts Reactor Engineering for their assessment on the control rod Interim Cue: Reactor Engineering will report there are no operational concerns with the control rod drifting to 48 in the current rod configuration and is already planning for its recovery.
SATNNSAT Step 11: Close DRIVE WATER INSERT HCU-101 for control rod 14-35 Standard: Directs A 0 to close DRIVE WATER INSERT HCU-10 1 for control rod 14-35 Interim Cue: The A 0 will report DRIVE WATER INSERT HCU-IO1 for control rod 14-35 was closed SATNNSAT Step 12: Close DRIVE WATER WITHDRAW HCU-102 for control rod 14-35 Standard: Directs A 0 to close DRIVE WATER WITHDRAW HCU-I02 for control rod 14-35 Interim Cue: The A 0 will report DRIVE WATER WITHDRAW HCU-102 for control rod 14-35 was closed SATNNSAT . *Step 13: Place the individual rod scram switch at CFW 9-16 for control rod 14-35 to the UP position Standard: Operator positions 14-35 rod scram switch at CRP 9-16 to the UP position.
SATNNSAT Step 14: Observe the rod for drift Standard: Observes rods 14-35 and 14-11 are drifting out.
JPM - 201 10 Rev. 2, 12/04 Page 5 of 5 Evaluation Performance Steps SATAJNSAT *Step 15: If multiple control rods are drifting; or scrammed, then manually SCRAM the reactor and enter OT 3100, Scram Procedure.
Standard: Initiates immediate operator actions to manually scram the reactor by depressing both scram pushbuttons Interim Cue: Following reactor scram, the CRS will direct another operator to complete the remaining scram actions SAT/UNSAT Step 16: Place Keeping and STAR used consistently throughout.
Standard: Steps are circled as performed, crossed out as completed and N/A'd as appropriate. STAR used consistently for each manipulation.
- Critical Step TIME FINISH:
Terminating Cue: Reactor scram initiated EvaIuators Comments:
System: 201003 WA's: A2.03
JPM - 201 10 Rev. 2, 12/04 Page 1 of 1 EXAMINEE HANDOUT Initial Conditions:
Power is 75% following a Rod Pattern Exchange. Recirculation flow is 27-27.5 Mlbmlhr. You are a spare CRO on shift. ROD DRIFT annunciator is received in the Control Room. Control Rod 14-35 was at position 34 and has drifted out to position 48.
Initiating Cues:
The CRS directs you to respond to the drifting control rod.
JPM-2 1201 Rev. 10, 12/04 Page 1 of 5 VERMONT YANKEE JOB PERFORMANCE MEASURE WORKSHEET Task Identification:
Title:
Shift RPS Bus A Power Supply
Reference:
OP 2134, Reactor Protection System Task Number: 2127050101 Task Performance: AO/RO/SRO - RO/SRO SRO Only Sequence Critical: Yes - No Time Critical: Yes - No Operator Performing Task:
Examiner:
Date of Evaluation:
Activity Code:
Method of Testing: Simulation __ Performance X Discuss -
Setting: Classroom - Simulator X Plant Performance Expected Completion Time: 10 minutes Evaluation Results:
Performance: PASS - FAIL - Time Required:
Prepared by: -
Operations Triindfistructor Reviewed by:
ified Reviewer Approved by:
/&/a)/+
6perat;dns Trading Superintendent Date
JPM-2 1201 Rev. 10, 12/04 Page 2 of 5 Directions:
Discuss the information given on this page with the operator being evaluated. Allow time for him to ask questions before beginning performance of the task. As each performance step is performed, evaluate the performance of that step by circling either "Sat" or "Unsat". Comments are required for any "Unsat" classification. If a step is preceded by an asterisk (*), it is a critical step. If a critical step is skipped or performed unsatisfactorily, then the operator has failed the Job Performance Measure.
After providing the initiating cue, ask the operator "DOyou understand the task?"
Read to the person being evaluated:
Before starting, I will explain the initial conditions, provide the initiating cues and answer any questions you have.
This P M will be performed in the Simulator and you are to perform all actions.
You are requested to "talk-through" the procedure, stating the parameters you are verifying or checking and the steps you are performing.
Inform me upon completion of this task.
Initial Conditions:
The plant is at power, undergoing normal operation. Both RPS Buses are supplied from their normal sources. An A 0 is standing by to assist with this evolution.
Initiating Cues:
The CRS has directed you to place RPS Bus "A" on alternate power to allow for MG maintenance and reset the half scram.
Task Standards:
RPS Bus "A" power supply shifted to alternate power in accordance with OP 2 134 (Reactor Protection System.)
Required Materials:
OP 2134, Reactor Protection System (Section C) (latest revision)
Simulator Setup:
Any at power IC. No half scrams present. No LPRMs inoperable nor bypassed.
JPM-21201 Rev. 10, 12/04 Page 3 of 5 Evaluation Performance Steps TIME START:
SAT/UNSAT Step 1: Obtain Procedure, review administrative limits, precautions, and prerequisites.
Standard: OP 2 134 obtained; administrative limits, precautions, and prerequisites reviewed.
Interim Cue: If asked, all prerequisites have been met. If asked, a pre-job brief has been conducted.
SATAJNSAT Step 2: Ensure alternate power is available.
Standard: Observes alternate power supply available light on CRP 9-15 (above and to the right of the NORM/ALT switch) is on.
SATIUNSAT Step 3: Check the number of LPRMs bypassed on the companion APRM.
Standard: Observes on CRP 9-14 that each companion APRM has no more than 1 LPRM bypassed on shared channels that will remain energized during the transfer.
NOTE: APRMs A D share LPRMs. APRMs C/F share LPRMs. APRMs B/E are independent of one another SAT/UNSAT Step 4: Check the number of LPRMs per level on the companion APRM.
Standard: Observes on CRP 9-14 that each cdmpanion APRM that will remain energized has at least 2 operable LPRMs per level.
SATRJNSAT *Step 5: Transfer the RPS BUS A PWR SUPP SEL Switch to ALTERNATE.
Standard: Quickly transfers the RPS BUS A PWR SUPP SEL Switch to the ALTERNATE position.
SATAJNSAT Step 6: Check that the AEOG radiation monitor indicates correctly.
Standard: Checks that power has been restored to the AEOG recorder on C W 9-2 and/or the AEOG meter on CRP 9-10.
JPM-21201 Rev. 10, 12/04 Page 4 of 5 Evaluation Performance Steps ATNNSAT Step 7: Instruct the A 0 to transfer the power supply for the RPS A APRMs from Alternate to Normal supplv.
Standard: Instruct the A 0 to transfer power supply for the RPS A APRMs to the Normal supply IAW OP 2134, Section (2.4.
Interim Cue: Return RPS A power supply to RESET using rfRP-10.
SATRJNSAT Step 8: Reset the half-scram.
Standard: Completes Section H of OP 2134 SATKJNSAT Step 9: Verify the followins All applicable scram initiation conditions have cleared.
Standard: Reviews existing annunciators and determines all applicable scram initiation conditions have cleared.
SATNNSAT Step 10: Verifv the following:
Both RPS buses energized.
Standard: Verifies both RPS buses energized based on previous actions and reviews of 9-15 and 9-17.
SATRJNSAT Step 11: Verify the following:
APRM power is being supplied from RPS.
Standard: Verifies APRM power supplied from RPS based on previous action and annunciator 5-M-6 APRM BUS NB AL,T PWR SOURCE clear.
SATNNSAT *Step 12: Place the SCRAM RESET switch to the Group 2 and 3 position, then to the Group 1 and 4 position.
Standard: Positions Scram Reset Switch on CRP 9-5 positioned to Group 2,3; and 1,4.
SATRJNSAT *Step 13: If the TURB CTRL VLV FAST CLOSURE alarm (5-L-4) is energized, place the SCRAM RESET switch back to the Group 2 ans 3 position.
Standard: Positions Scram Reset Switch on CRP 9-5 positioned back to Group 2,3 then released.
JPM-21201 Rev. 10, 12/04 Page 5 of 5 Evaluation Performance Steps SATNNSAT Step 14: Verify the following relays are Energized:
CRP 9-15 RY-SA-Kl35, RY-5A-K14E7RY-SA-KlQG,RY-SA-Kl3L CRP 9-17 RY-5A-K13K, RY-5A-K14F9RY-5A-K14H9RY-5A-Kl3M Standard: Verifies 9-15 and 9-17 relays energized.
SATNNSAT Step 15: Reset Group I11 isolation per OP 2115.
Standard: Obtains OP 21 15 in preparation for reset of Group 111isolation.
Interim Cue: When Operator indicates he will reset the Group 111isolation, inform him that another Operator will complete the remaining steps.
SATNNSAT Step 16: Place Keeping and STAR used consistently throughout.
Standard: Steps are circled as performed, crossed out as completed and N/Ad as appropriate. STAR used consistently for each manipulation.
- Critical Step TIME FINISH:
Terminating Cue: RPS A supplied from the alternate power supply and the half scram reset.
Evaluators Comments:
System: 262001 WA: A1.05
JPM-2 1201 Rev. 10, 12/04 Page 1 of 1 EXAMINEE HANDOUT Initiat Conditions:
The plant is at power, undergoing normal operation. Both RPS Buses are supplied from their normal sources. An A 0 is standing by to assist with this evolution.
Initiating Cues:
The CRS has directed you to place RPS Bus A on alternate power to allow for MG maintenance and reset the half scram.
JPM-21701F Rev. 4,12/04 Page 1 of 13 VERMONT YANKEE JOB PERFORMANCE MEASURE WORKSHEET Task Identification:
Title:
Operate RCIC From the Alternate Shutdown Panel Failure Mode: RCIC-13 1 Control Power Failure
Reference:
OP 3126, Shutdown Using- Alternate Shutdown Methods; Appendix C Task Number: 2007170501 Task Performance: AO/RO/SRO - RO/SRO X SRO Only Sequence Critical: Yes - No X Time Critical: Yes - No X Operator Performing Task:
Examiner:
Date of Evaluation:
Activity Code:
Method of Testing: Simulation X Performance -Discuss -
Setting: Classroom - Simulator - Plant 3 Performance Expected Completion Time: 20 minutes Evaluation Results:
Performance: PASS - FAIL - Time Required:
Prepared by:
Operations Training Instructor Date Reviewed by:
SRO LicensedKertified Reviewer Date Approved by:
Operations Training Superintendent Date
JPM-2 1701F Rev. 4,12/04 Page 2 of 13 Directions:
Discuss the information given on this page with the operator being evaluated. Allow time for him to ask questions before beginning performance of the task. As each performance step is performed, evaluate the performance of that step by circling either "Sat" or "Unsat". Comments are required for any "Unsat" classification. If a step is preceded by an asterisk (*), it is a critical step. A (+) sign indicates a sequence critical step. If a critical step is skipped or performed unsatisfactorily,then the operator has failed the Job Performance Measure.
After providing the initiating cue, ask the operator "Do you understand the task?"
Read to the person being evaluated:
Before starting, I will explain the initial conditions, provide the initiating cues and answer any questions you have.
This JPM will be performed in the Plant and you are to simulate all actions.
You are requested to "talk through" the procedure, stating the parameters you are verifying or checkmg and the steps you are performing.
Inform me upon completion of this task.
Initial Conditions:
The Control Room is inaccessible. The reactor is scrammed and all initial actions have been completed prior to evacuating the Control Room. The first 4 steps of Appendix C have been completed.
Initiating Cues:
The SM has appointed you as Operator #3. You are to inject to the vessel with RCIC to control reactor level from the Alternate Shutdown Panel in accordance with OP 3126, Appendix C, starting at Step 5.
Task Standards:
Reactor vessel level rising in accordance with OP 3126 Required Materials:
OP 3126, Shutdown Using Alternate Shutdown Methods, Appendix C (latest revision)
JPM-2 1701F Rev. 4, 12/04 Page 3 of 13 Evaluation Performance Steps TIME START:
SAT/UNSAT Step 1: Obtain and review OP 3126 Appendix C Standard: OP 3126, Appendix C obtained and reviewed.
Interim Cue: If asked, all prerequisites have been met.
SAT/UNSAT *Step 2: At the APPENDIX R SRV ALT SHUTDOWN PANEL (RCIC Corner Room 232 level), place the ADS TRANSFER SS-752, switch to EMER Standard: Operator places the Appendix R ADS Transfer Switch in the RCIC Corner Room 232 in EMERGENCY
~~~~
Interim Cue: Inform Operator that the Appendix R ADS Transfer Switch is in the 10 OClock position SAT/UNSAT *Step 3: At the RCIC Corner Room (RxBldg 213 level) perform the following:
Transfer 125V DC MANUAL RCIC TRANSFER SWITCH MTS-13-1 to EMERGENCY bv turning counter-clockwise.
Standard: Operator rotates MTS-13-1 counter-clockwiseto EMERGENCY.
Interim Cue: Inform Operator that MTS-13-1 rotates counterclockwise and the pointer points to the 12 OClock position.
JPM-2 170I F Rev. 4,12/04 Page 4 of 13 Evaluation Performance Steps SATAJNSAT *Step 4: At CP-82-1 RCIC ALTERNATE SHUTDOWN SYSTEM, place the three RCIC ALTERNATE SHUTDOWN TRANSFER switches to EMER in the following sequence:
SS1178A SS1178B SS1178C Standard: Operator transfers the switches on CP-82-1 to EMERGENCY in sequence: SS1178A +SS1178B + SS1178C Interim Cue: Inform Operator, as each switch is positioned to the 10 Oclock position SATAJNSAT *Step 5: In panel B1300SI1, transfer the SRV control power knifeswitch to EMER Standard: Operator transfers the SRV Control Power Knifeswitch in Panel 1300BSII to EMERGENCY Interim Cue: When operator informs you that he will open the panel, hand him a photo of the inside of panel 1300BSII, Inform Operator that the SRV Control Power knifeswitch is in EMERGENCY.
SAT/UNSAT *Step 6: If power is not available on the panel, or to some valves, replace the fuses as described in Appendix E Standard: Operator observes the positiordstatus indicating lights for all valves/motors on CP-82-1 to determine if fuse replacement is necessary.
Interim Cue: Provide the operator with a picture of CP-82-1 with all appropriate positiordstatus indicating lights are energized with the exception of RCIC-131; neither the green nor red light is lit If the operator attempts to replace the light bulb, inform him both lights remain off.
JPM-2 1701F Rev. 4, 12/04 Page 5 of 13 Evaluation Performance Steps SAT/UNSAT Step 7: Obtain and review OP 3126 Appendix E for fuse replacement Standard: OP 3 126, Appendix E obtained and reviewed SAT/UNSAT Step 8: To replace an MCC control power fuse:
Determine the compartment location for the affected equipment and the fuse size from the attached list Standard: Determines the MCC for RCIC-131 is MCC-DC-2B and the fuse size is 1 amp from the attached list in Appendix E SAT/UNSAT *Step 9: Position the MCC control switch for the affected equipment to the OFF position Standard: Positions MCC for RCIC-131 on MCC-DC-2B to OFF Interim Cue: Inform Operator MCC for RCIC-131 on MCC-DC-2B is in the OFF position SAT/UNSAT *Step 10: Open the compartment door.
Standard: Opens compartment door for MCC for RCIC-131 on MCC-DC-2B Interim Cue: Inform Operator the compartment door for MCC for RCIC-131 on MCC-DC-2B is open SAT/UNSAT *Step 11: Replace the control power fuse.
Standard: Obtains a 1 amp fuse and fuse puller from the red tool box staged in the RCIC room. Replaces the control power-fuse for MCC for RCIC- 131 on MCC-DC-2B Interim Cue: When the operator indicates where he would obtain the 1 amp fuse and fuse puller, inform Operator a 1 amp fuse and fuse puller have been obtained. Inform operator, the control power fuse for MCC for RCIC-131 on MCC-DC-2B has been replaced
JPM-21701F Rev. 4, 12/04 Page 6 of 13 Evaluation Performance Steps SATAJNSAT Step 12: Close the compartment door.
Standard: Closes compartment door for MCC for RCIC-131 on MCC-DC-2B Interim Cue: Inform Operator the compartment door for MCC for RCIC-131 on MCC-DC-2B is closed
~~
SATKJNSAT *Step 13: Position the MCC control switch to the ON position Standard: Positions the MCC for RCIC-131 on MCC-DC-2B to ON Interim Cue: Inform Operator the control switch for MCC for RCIC-131 on MCC-DC-2B is ON SATAJNSAT Step 14: Verify RCIC-131 valve position indication on CP-82-1 Standard: Verifies RCIC-13 1 valve position indication on CP-82-1 Interim Cue: Provide picture of CP-82-1 with RCIC-131 valve position indication illuminated with Green light ON, Red light OFF SATAJNSAT *Step 15: On CP-82-1, RCIC ALTERNATE SHUTDOWN SYSTEM operate RCIC as follows:
Closekheck closed the following valves:
RCIC V13-30 TEST BYPASS TO COND. STG. TANK Standard: Positions RCIC-30 control switch to close Interim Cue: RCIC-30 initial position Green light OFF - Red light ON. After taking switch to close indications shift to Green light ON - Red light OFF
JPM-2 1701F Rev. 4,12/04 Page 7 of 13 Evaluation Performance Steps SATAJNSAT Step 16: On CP-82-1, RCIC ALTERNATE SHUTDOWN SYSTEM operate RCIC as follows:
Close/check closed the following valves:
RCIC V13-131 STEAM TO TURBINE Standard: Operator verifies RCIC RCIC-13 1 valve position indication Green light On / Red light Off on CP-82-1.
Interim Cue: As each valve is addressed, inform Operator that the Green light is On/Red light is Off. If the operator failed to address the RCIC-131 fuse failure in the previous step, indicate there are no lights lit for RCIC-131.
SATAJNSAT Step 17: On CP-82-1, RCIC ALTERNATE SHUTDOWN SYSTEM operate RCIC as follows:
Closekheck closed the followinp valves:
RCIC V13-27 MINIMUM FLOW BYP TO SUPP. CHAMBER Standard: Operator verifies RCIC RCIC-27 valve position indication Green light On / Red light Off on CP-82-1 Interim Cue: As each valve is addressed, inform Operator that the Green light is On/Red light is Off.
SAT/UNSAT Step 18: On CP-82-1, RCIC ALTERNATE SHUTDOWN SYSTEM operate RCIC as follows:
Closekheck closed the followine valves:
RCIC V13-41 PUMP SUCTION FROM SUPP CHAMBER Standard: Operator verifies RCIC RCIC-41 valve position indication Green light On / Red light Off on CP-82-1 Interim Cue: As each valve is addressed, inform Operator that the Green light is On/Red light is Off.
JPM-2 1701F Rev. 4,12/04 Page 8 of 13 Evaluation Performance Steps SAT/UNSAT Step 19: On CP-82-1, RCIC ALTERNATE SHUTDOWN SYSTEM operate RCIC as follows:
Close/check closed the following valves:
RCIC V13-39 PUMP SUCTION FROM SUPP CHAMBER Standard: Operator verifies RCIC RCIC-39 valve position indication Green light On / Red light Off on CP-82-1 Interim Cue: As each valve is addressed, inform Operator that the Green light is On/Red light is Off.
SATrUNSAT *Step 20: Opedcheck open the following valves:
RCIC V13-132 TURBINE COOLING WATER SUPPLY Standard: Positions RCIC-132 control switch to open Interim Cue: RCIC-132 initial position Green light ON - Red light OFF. After taking switch to open indications shift to Green light OFF - Red light ON.
SATNNSAT Step 21: Opedcheck open the following valves:
RCIC V13-18 PUMP SUCTION FROM COND STG TANK Standard: Operator verifies RCIC RCIC- 18 valve position indication Green light Off / Red light On on CP-82-1 Interim Cue: As each valve is addressed, inform Operator that the Red light is On / Green light is Off.
SATNNSAT Step 22: Opedcheck open the following valves:
RCIC V13-20 PUMP DISCHARGE VALVE Standard: Operator verifies RCIC RCIC-20 valve position indication Green light Off / Red light On on CP-82-1.
Interim Cue: As each valve is addressed, inform Operator that the Red light is On / Green light is Off.
JPM-2 1701F Rev. 4, 12/04 Page 9 of 13 Evaluation Performance Steps SAT/UNSAT *Step 23: Opedcheck open the following valves:
RCIC Vl3-21 PUMP DISCHARGE VALVE Standard: Positions RCIC-21 control switch to open Interim Cue: RCIC-21 initial position Green light ON - Red light OFF. After taking switch to open indications shift to Green light OFF - Red light ON.
SATKJNSAT Step 24: Opedcheck open the following;valves:
RCIC TURBINE TRIP THROTTLE VALVE Standard: Operator verifies RCIC TURBINE TRIP THROTTLE VALVE valve position indication Green light Off / Red light On on CP-82-1.
Interim Cue: As each valve is addressed, inform Operator that the Red light is On / Green light is Off.
SATKJNSAT Step 25: Opedcheck open the following valves:
RCIC V13-15 STEAM SUPPLY LINE ISOL VALVE Standard: Operator verifies RCIC RCIC- 15 valve position indication Green light Off / Red light On on CP-82-1 Interim Cue: As each valve is addressed, inform Operator that the Red light is On / Green light is Off.
SATKJNSAT Step 26: Opedcheck open the following valves:
RCIC Vl3-16 STEAM SUPPLY LINE ISOL VALVE Standard: Operator verifies RCIC RCIC-16 valve position indication Green light Off / Red light On on CP-82-1.
Interim Cue: As each valve is addressed, inform Operator that the Red light is On / Green light is Off.
JPM-2 1701F Rev. 4,12/04 Page 10 of 13 Evaluation Performance Steps SATNNSAT Step 27: Start the RCIC GLAND SEAL VACUUM PUMP Standard: RCIC gland seal vacuum pump control switch on CP-82-1 positioned to START.
Verifies RCIC gland seal vacuum pump running by observing Red light On / Green light Off on CP-82-1.
Interim Cue: Inform Operator that the RCIC gland seal vacuum pump control switch is in START. Inform Operator that the RCIC gland seal vacuum pump Red light is On, Green light is Off SATNNSAT Step 28: Operate the RCIC GLAND SEAL VAC. TANK CONDENSATE PUMP as necessary to maintain vacuum tank level within the sightglass Standard: Operator verifies mid-level indicated in sightglass.
Interim Cue: When checked, inform Operator that vacuum tank level is mid-level within the sightglass.
SATNNSAT *Step 29: Set the RCIC TURBINE SPEED potentiometer to zero by turning; counter-clockwise Standard: Operator rotates the RCIC potentiometer fully counter-clockwise Interim Cue: Inform Operator that the RCIC potentiometer is fully counter-clockwise.
SATNNSAT Step 30: Open RCIC V13-27 MINIMUM FLOW BYPASS TO SUPP CHAMBER Standard: Operator places the RCIC-27 control switch on CP-82-1 to OPEN.
Operator verifies RCIC-27 OPEN by observing Red light On / Green light Off on CP-82-1 Interim Cue: Inform Operator that the RCIC-27 control switch is in OPEN Inform Operator that RCIC-27 Red light is On / Green light is Off
JPM-21701F Rev. 4, 12/04 Page 11 of 13 Evaluation Performance Steps SATAJNSAT Step 31: Monitor CST Level on CONDENSATE STORAGE TANK LEVEL LI-107-12A Standard: Operator monitors CST level on CP-82-1 using LI-107-12A.
Interim Cue: CST level is as indicated SATAJNSAT Step 32: Monitor Torus Level on TORUS WATER LEVEL LI-16-19-10A Standard: Operator monitors Torus level on CP-82-1 using LI-16-19-10A.
Interim Cue: Torus Ievel is as indicated SATAJNSAT *Step 33: Start the RCIC turbine by opening; RCIC V13-131 STEAM TO TURBINE and increasing the RCIC potentiometer so turbine accelerates to greater than 2000 rpm immediately.
Standard: RCIC-131 control switch on CP-82-1 positioned to OPEN.
Interim Cue: Inform Operator that the RCIC-131 control switch is in OPEN. RCIC-131 Red light is On/
Green light is Off SATKJNSAT *Step 34: Immediately increase RCIC Turbine Speed to >2000 rpm Standard: Immediately rotates RCIC potentiometer clockwise to raise RCIC turbine speed to > 2000 rpm.
Interim Cue: Inform Operator that RCIC turbine speed rises to 2200 rpm and stabilizes.
JPM-2 1701F Rev. 4, 12/04 Page 12 of 13 Evaluation Performance Steps SATAJNSAT *Step 35: Adiust RCIC potentiometer to obtain 400 gpm at c4500 rpm as indicated on local instrument dpis/FI-13-61.
Standard: Potentiometer on CP-82-1 adjusted to achieve RCIC rpm at e4500 rpm as indicated by RPM meter on CP-82-1 and RCIC flow at 400 gpm as indicated by RCIC flow DPIS 61 located on the instrument rack next to the RCIC Alternate Shutdown Panel.
Interim Cue: Inform Operator that RCIC speed is 4300 and stable. When DPIS-13-61 is checked, inform Operator that indicated flow is 400 gpm.
SATAJNSAT *Step 36: When RCIC flow increases above 80 gpm, close RCIC V13-27 MININUM FLOW BYPASS TO SUPP. CHAMBER Standard: When report is received that flow is > 80 gpm, Operator manually closes RCIC-27 by taking control switch on CP-82-1 to CLOSE.
Interim Cue: Inform Operator that RCIC-27 control switch is in CLOSE.
Inform Operator that RCIC-27 Green light is On / Red light is Off SATmSAT Step 37: Maintain RCIC turbine speed e 4500 rpm.
Standard: Operator adjusts RCIC potentiometer as necessary to maintain RCIC turbine speed < 4500 rpm Interim Cue: Inform Operator that RCIC speed has stabilized at 4300 rpm.
JPM-2 1701F Rev. 4, 12/04 Page 13 of 13 Evaluation Performance Steps SAT/UNSAT Step 38: Ad-iustRCIC flow with the potentiometer as necessary to maintain Reactor Water Level 137" and 167" as read on RPV WATER LEVELLI-2-3-72C Standard: Operator adjusts potentiometer to maintain level between 137" and 167" while monitoring level on LI-2-3-72C.
Interim Cue: Inform Operator that RPV level is 138" and slowly rising. Another operator will complete the remaining steps in Appendix C SATKJNSAT Step 39: Place Keeping and STAR used consistently throughout.
Standard: Steps are circled as performed, crossed out as completed and N/A'd as appropriate. STAR used consistently for each manipulation.
- Critical Step TIME FINISH:
Terminating Cue: Reactor level rising and being maintained using RCIC in accordance with OP 3 126 Appendix C.
Evaluator Comments:
System: 217000 WA: A4.05
JPM-2 1701 Rev. 4, 12/04 Page 1 of 1 EXAMINEE HANDOUT Initial Conditions:
The Control Room is inaccessible. The reactor is scrammed and all initial actions have been completed prior to evacuating the Control Room. The first 4 steps of Appendix C have been completed.
Initiating Cues:
The SM has appointed you as Operator #3. You are to inject to the vessel with RCIC to control reactor level from the Alternate Shutdown Panel in accordance with OP 3126, Appendix C, starting at Step 5.
JPM - 26410F Rev. 3, 12/04 Page 1 of 8 VERMONT YANKEE JOB PERFORMANCE MEASURE WORKSHEET Task Identification:
Title:
Alternate Shutdown Appendix D, Diesel Start Failure Mode: Diesel Fails to Auto Start
Reference:
OP 3126 ADpendix D Task Number: 2640090 101 Task Performance: AOROISRO X ROISRO __ SRO Only Sequence Critical: Yes - No Time Critical: Yes - No Operator Performing Task:
Examiner:
Date of Evaluation:
Activity Code:
Method of Testing: Simulation X Performance __ Discuss -
Setting: Classroom - Simulator __ Plant J Performance Expected Completion Time: 12 minutes Evaluation Results:
Performance: PASS - FAIL - Time Required:
Approved by:
I J iahJh ./
&&ations T r a i d g Superintendent Date
JPM - 26410F Rev. 3, 12/04 Page 2 of 8 Directions:
Discuss the information given on this page with the operator being evaluated. Allow time for him to ask questions before beginning performance of the task., As each performance step is performed, evaluate the performance of that step by circling either "Sat" or "Unsat". Comments are required for any "Unsat" classification. If a step is preceded by an asterisk (*), it is a critical step. If a critical step is skipped or performed unsatisfactorily, then the operator has failed the Job Performance Measure.
After providing the initiating cue, ask the operator "DOyou understand the task?"
Read to the person being: evaluated:
Before starting, I will explain the initial conditions, provide the initiating cues and answer any questions you have.
This JPM will be performed in the Plant and you are to SIMULATE the actions.
You are requested to "talk throuPh" the procedure, stating the parameters you are verifjrlng or checking and the steps you are performing.
Inform me upon completion of this task.
Initial Conditions:
A plant shutdown from outside the control room is in progress. The Vernon tie is NOT available.
Initiating;Cues:
The SM directs you to start and load the A Diesel Generator using Appendix D of OP 3 126 starting at step 12c. Steps 12a and 12b are complete and you are in radio contact with the SM.
Task Standards:
The A Diesel is started and powering 4KV Bus 4.
Required Materials:
OP 3 126 Appendix D Simulator SetuD:
N/A
JPM-26410F Rev. 3, 12/04 Page 3 of 8 Evaluation Performance Steps TIME START:
SATRJNSAT Step 1: Obtain Procedure OP 3126 and review Admin Limits, Precautions, and Prerequisites, and steps prior to step 12c as necessary.
Standard: OP 3 126 Appendix D obtained, admin limits, precautions and prerequisites reviewed.
Interim Cue: Inform operator Prerequisites are SAT.
SAT/UNSAT *Step 2: Establish the following conditions at the DG1-1A GENERATOR PANEL:
- 1) DIESEL GEN ALTERNATE SHUTDOWN TRANSFER SS611A IN EMERG Standard: At the side of the generator panel, places switch SS611A (front switch) in the EMERG position by turning the switch.
Interim Cue: Inform operator SS611A is in the 9 Oclock position.
SAT/UNSAT *Step 3: 2) DIESEL GEN ALTERNATE SHUTDOWN TRANSFER SS611B I N EMERG Standard: At the side of the generator panel, places switch SS611B (back switch) in the EMERG position by turning the switch.
~
Interim Cue: Inform operator SS611B is in the 9 Oclock position
~
SATRJNSAT Step 4: 3) SS 611 MAN/AUTO CNTRL SW FOR ALT SHUTDOWN I N AUTO Standard: In the center of the front of the generator panel, verifies switch SS611 in the AUTO position
~~ ~~
Interim Cue: Inform operator SS611 is AS-IS.
JPM-264101; Rev. 3, 12/04 Page 4 of 8 Evaluation Performance Steps SATAJNSAT Step 5: Request Operator #1 to perform the following:
If available close STATION SERVICE WATER PUMP P-7-1C breaker 4KV Bus 4-2).
Standard: Contacts Operator #1 and request the C SW pump breaker be closed.
Interim Cue: Inform operator that the C SW pump breaker is CLOSED.
SATAJNSAT Step 6: Close the STATION SERVICE TRANSF T-9-1A (49) breaker (4KV BUS4-3).
Standard: Operator contacts Operator #1 and directs him to close the 49 breaker.
Interim Cue: Inform the operator that the 49 breaker is CLOSED.
SATAJNSAT Step 7: Close the MAIN (99) breaker (480V Bus 9). Hold in pushbutton for -5 seconds.
Standard: Operator requests that Operator #1 close the 99 breaker.
Interim Cue: Inform the operator that the 99 breaker is CLOSED.
SATKJNSAT *Step 8: Request Operator #1 instalucheck installed the TRIP and CLOSE fuses for DIESEL GENERATOR DG-1-1A breaker (4KV BUS4-8).
Standard: Operator contacts Operator #1 and directs him to install the TRIP and CLOSE f k e s for the A EDG Output breaker.
Interim Cue: Inform the operator that TRTP and CLOSE hses have been installed.
JPM-2641OF Rev. 3, 12/04 Page 5 of 8 Evaluation Performance Steps SATKJNSAT Step 9: Verify the following occur:
A Diesel Generator starts.
Interim Cue: Inform the operator that he does NOT hear the Diesel start.
Standard: Operator contacts Operator #1 and informs him that the Diesel did not start.
Interim Cue: Inform the operator that he should attempt to start the Diesel.
SATNNSAT Step 10: If DG-1-1A fails to auto start, manually start DG-1-1A as follows:
- 1) Check DG-1-1A GENERATOR PANEL for start failure annunciators.
Standard: Operator checks for a l m s on Generator Alarm Panel.
Interim Cue: Inform the operator that no alarms are present. ,
SATKJNSAT Step 11: Report the status of annunciators to the Shift Manager.
Standard: Operator informs the SM that there are no abnormal alarms.
Interim Cue: Request the operator to continue to attempt to start the Diesel.
SATKJNSAT *Step 12: At the DG-1-1A INSTRUMENT PANEL place the REMOTEIAT ENGINE control switch to AT ENGINE position to remove auto start capabilities.
Standard: Operator goes to the ENGINE Panel and turn the control switch to the AT ENGINE position.
Interim Cue: Inform the operator that the switch is now in 2 Oclock position. LOCAL ENGINE CONTROL (G-1) alarm is annunciating at the generator control panel.
JPM - 264 1 OF Rev. 3, 12/04 Page 6 of 8 Evaluation Performance Steps SATIUNSAT Step 13: Assist in resolving the cause for the failure to start.
Interim Cue: Inform the operator that any cause for the failure to start has been eliminated.
SATIUNSAT Step 14: Reset any lockouts Standard: Operator checks on Generator Panel the position of the LOCKOUT relay.
Interim Cue: Inform the operator that the lockout relay is in its present position (not tripped).
SATKJNSAT *Step 15: Depress the SHUTDOWN RELAY RESET pushbutton to rest the shutdown relay (DGl-1A INSTRUMENT PANEL).
Standard: At the ENGINE panel, the operator momentarilypresses the Shutdown Relay Reset pushbutton.
Interim Cue: Inform the operator that the pushbutton was depressed.
SATKJNSAT *Step 16: Wait approximately 100 seconds for the Shutdown Relay to time out.
Standard: Operator waits for about 100 seconds.
Interim Cue: Time compression can be used, inform the operator that two minutes have elapsed.
SATIUNSAT *Step 17: At the DG-1-1A INSTRUMENT PANEL, auto start the diesel by placing the REMOTE/AT ENGINE control switch to REMOTE position.
Standard: At the ENGINE panel, the operator places the REMOTE/AT ENGINE control switch to the REMOTE position by turning the switch to REMOTE.
Interim Cue: Inform the operator that the switch is in 10 OClock position. He hears the Diesel start and come up to speed.
JPM - 26410F Rev. 3, 12/04 Page 7 of 8 Evaluation Performance Steps SATNNSAT Step 18: Report the status of the diesel to the Shift Manager Standard: Operator informs the SM that the diesel starts.
Interim Cue: SM acknowledges the report.
SATNNSAT Step 19: Verify auto closure of the DG-1-A output breaker.
Standard: Operator checks the position of the output breaker on the generator panel or asks Operator #1 the status of the breaker by visual indication in the switchgear room at Bus 4.
Interim Cue: Inform the operator that the lights indicate, Red light ON, Green light OFF.
SATKJNSAT Step 20: Verify that DIESEL GEN ROOM EXHAUST FAN TEF-2 operates as required.
Standard: Operator checks status of TEF-2 at the controller and visually.
Interim Cue: Inform the operator that TEF-2 is operating normally.
SATNNSAT Step 21: Adiust generator voltage as necessary to maintain between 4000 to 4200 volts.
Standard: Operator checks on the Generator Panel for Diesel and/or Bus 4 voltage.
Interim Cue: Inform the operator that voltage reads 4100V. Another operator will complete remaining section of Appendix D.
-~
SATNNSAT Step 22: Place Keeping and STAR used consistently throughout.
Standard: Steps are circled as performed, crossed out as completed and N/Ad as appropriate. STAR used consistently for each simulated manipulation.
- Critical Step
JPM-26410F Rev. 3, 12/04 Page 8 of 8 TIME FINISH:
Terminating Cue: The A Diesel Generator is running supplying 4KV Bus 4.
Evaluators Comments:
I System: 264000 WAS: A4.04
E M - 26410 Rev. 3, 12/04 Page 1 of 1 EXAMINEE HANDOUT Initial Conditions:
A plant shutdown from outside the control room is in progress. The Vernon tie is NOT available.
Initiating Cues:
The SM directs you to start and load the A Diesel Generator using Appendix D of OP 3 126 starting at step 12c. Steps 12a and 12b are complete and you are in radio contact with the SM.
j JPM-20015 Rev. 16, 12/04 Page 1 of 5 VERMONT YANKEE JOB PERFORMANCE MEASURE WORKSHEET Task Identification:
Title:
Isolate and Vent the Scram Air Header Failure Mode: N/A
Reference:
OE 3 107 OE Amendices, Appendix D Task Number: 20070405 Task Performance: AOIROISRO J - RO/SRO __ SRO Only -A 0 Only -
Sequence Critical: Yes __ No 3 Time Critical: Yes- N o 3 Operator Performing Task:
Examiner:
Date of Evaluation:
Activity Code:
Method of Testing: Simulation Performance -Discuss __
Setting: Classroom - Simulator - Plant 2 Performance Expected Completion Time: 8 minutes Evaluation Results:
Performance: PASS - FAIL - Time Required:
Prepared by:
eratiodrainingInstrctor Reviewed by: , -
Approved by:
Date
i JPM-20015 Rev. 16, 12/04 Page 2 of 5 Directions:
Discuss the information given on this page with the operator being evaluated. Allow time for him to ask questions before beginning performance of the task. As each performance step is performed, evaluate the performance of that step by circling either "Sat" or "Unsat". Comments are required for any "Unsat" classification. If a step is preceded by an asterisk (*), it is a critical step. If a critical step is skipped or performed unsatisfactorily, then the operator has failed the Job Performance Measure.
After providing the initiating cue, ask the operator "DOyou understand the task?"
Read to the person being evaluated:
Before starting, I will explain the initial conditions, provide the initiating cues and answer any questions you have.
This JPM will be performed in the Plant and you are to simulate all actions.
You are requested to "talk throwh" the procedure, stating the parameters you are verifylng or checking and the steps you are performing.
Inform me upon completion of this task.
Initial Conditions:
Actions are being carried out IAW EOP-2. The reactor is at 1000 psig and all control rods have failed to insert.
Initiating Cues:
CRS directs you to isolate and vent the Scram Air Header.
Task Standards:
Scram Air Header isolated and vented in accordance with OE 3 107, Appendix D.
Required Materials:
OE 3 107, OE Appendices, Appendix D
JPM-20015 Rev. 16, 12/04 Page 3 of 5 Evaluation Performance Steps TIME START:
SATAJNSAT Step 1: . Obtain Procedure Standard: OE 3 107 Appendix D obtained SATAJNSAT Step 2: If reactor pressure is C500 psi. THEN OPENkonfirm OPEN CRD-56 CharEing Water Header Isolation valve Standard: Determines reactor pressure is >500 psig based on initial conditions or calls the control room to confirm reactor pressure.
Interim Cue: When requested inform the operator that reactor pressure is at 1000 psi.
SATIUNSAT *Step 3: CLOSE/checked CLOSED the following
- a.
- CRD-A1 Air filter inlet valve
- b.
- CRD-A4 Air filter inlet valve Standard: CRD-A1 and CRD-A4, Air filter inlet valve, handwheels are taken to the clockwise direction until the valve is shut or resistance is felt.
Interim Cue: CRD-A1 and CRD-A4 Valve handwheels rotates freely in the clockwise direction and the valve stem lowers until resistance is felt and the handwheel stops moving.
SATAJNSAT *Step 4: OPEN/check OPEN following:
- a.
- CRD-A2 Air filter outlet valve
- b.
- CRD-A3 Air filter outlet valve Standard: CRD-A2 and CRD-A3 Air filter outlet valve, are Open, handwheel taken to the clockwise direction, then counter-clockwise until full open.
Interim Cue: CRD-A2 and CRD-A3 valve moves freely in the clockwise direction, then counter-clockwise until resistance is felt and the handwheel stops moving. The valve stem moves first inward then outward while the valve is moving.
Note: One valve is already aligned in the OPEN position for normal plant operations
I JPM-20015 Rev. 16, 12/04 Page 4 of 5 Evaluation Performance Steps SATKJNSAT *Step 5: Open Air Filter Cartridge Drains to vent the scram air header
- a.
- Open CRD-Al2 Air filter drain valve
- b.
- Open CRD-A13 Air filter drain valve Standard:, CRD-A12 and CRD-A13 Air Filter Cartridge drains valves are petcocks located on the underside of the air filters, are rotated counter-clockwise Interim Cue: CRD-A12 and CRD-A13 valves rotated counter-clockwise to stop parallel to the vent/drain line. The sound of air rushing out is heard.
SATAJNSAT Step 6: Verify the scram air header is depressurized by observing, decreasing pressure on scram valve pilot air pressure gauge PI-3-229 Standard: Air pressure decreasing on PI-3-229, located on the wall above the air filter.
Interim Cue: When the operator locates PI-3-229 inform him that the air pressure is decreasing.
SATKJNSAT Step 7: Inform the CRS that the Scram Air Header has been isolated and vented Standard: The operator informs the CRS that the scram air header has been isolated and vented Interim Cue: Acknowledge the report to the CRS that the scram air header is isolated and vented. No additional actions will be required.
SATKJNSAT Step 8: Place Keepiw and STAR used consistently throughout.
Standard: Steps are circled as performed, crossed out as completed and N/Ad as appropriate. STAR used consistently for each simulated manipulation.
- Critical Step
JPM-200 15 Rev. 16, 12/04 Page 5 of 5 TIME FINISH:
Terminating Cue: Scram Air Header isolated and vented IAW OE 3 107 Appendix D.
Evaluators Comments:
~~
System: 201001 WA: K1.09
JPM-2001 5 Rev. 16, 12/04 Page 1 of 1 EXAMINEE HANDOUT Initial Conditions:
Actions are being carried out IAW EOP-2. The reactor is at 1000 psig and all control rods have failed to insert.
Initiating Cues: