ML13325A959
| ML13325A959 | |
| Person / Time | |
|---|---|
| Site: | Harris  |
| Issue date: | 11/18/2013 |
| From: | NRC/RGN-II |
| To: | Duke Energy Progress |
| References | |
| 50-400/13-301 | |
| Download: ML13325A959 (149) | |
Text
Appendix C Job Performance Measure Form ES-C-i Worksheet Facility:
Shearon Harris Task No.:
001001 H201 Task
Title:
Perform Control Rod and Rod JPM No.:
2013 NRC Exam Position Indicator Exercise per Simulator JPM CR a OST-i 005 K/A
Reference:
001 A2.1 1 RD 3.7 I SRO 4.0 ALTERNATE PATH -YES Examinee:
NRC Examiner:
Facility Evaluator:
Date:
Method of testing:
Simulated Performance:
Actual Performance:
X Classroom Simulator X
Plant READ TO THE EXAMINEE I will explain the initial conditions, which steps to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objective for this Job Performance Measure will be satisfied.
The plant is operating at 100% power.
OST-1 005, Control Rod and Rod Position Indicator Exercise Initial Conditions Quarterly Interval Modes 1 3, is in progress. All prerequisites to perform the test have been met and a briefing has been conducted.
The CRS has given permission to perform this OST.
A PRZ backup heaters have been energized to support OST-1005.
NOTE: During the performance of this OST you will be required to obtain DRPI position when appropriate. Another operator will stay at the Reactor console while you are obtaining these values.
Initiating Cue:
Continue OST-1 005, commencing with Control Bank D, and continue as directed 2013 NRC Exam CR JPM a Rev. FINAL 1
To expedite the examination schedule, the candidate should reWew Examiners Note:
the INITIAL CONDITIONS, INITIATING CUE, and the marked up copy of OST-1005 prior to entering the simulator to perform the JPM.
Appendix C Job Performance Measure Form ES-C-i Worksheet Task Standard:
The Reactor has been manually Tripped in response to continuous inward rod motion with rod control in manual.
Required Materials:
None OST-i 005, Control Rod and Rod Position Indicator Exercise Quarterly General
References:
Interval Modes 1 3, Rev. 2i AOP-00i, Malfunction of Rod Control and Indication System, Rev. 40 Handouts:
OST-1 005 marked up with prerequisites and step 7.1 completed.
To expedite the examination schedule, the candidate should review the INITIAL CONDITIONS, INITIATING CUE, and the marked up copy of OST-1005 prior to entering the simulator to perform the JPM.
Time Critical Task:
N/A Validation Time:
10 minutes 2013 NRC Exam CR JPM a Rev. FINAL
Appendix C Job Performance Measure Form ES-C-i Worksheet CRITICAL STEP JUSTIFICATION Selecting the bank for control rod motion is a determination of the Step 4 magnitude for the reactivity manipulation that is to be performed and must be controlled at all times by the operator.
Selecting the direction of control rod motion is a determination of the Step 5 type of reactivity manipulation (Positive or Negative) that is to be performed and must be controlled at all times by the operator.
Selecting the direction of control rod motion is a determination of the Step 7 type of reactivity manipulation (Positive or Negative) that is to be performed and must be controlled at all times by the operator.
Selecting the bank for control rod motion is a determination of the Step 11 magnitude for the reactivity manipulation that is to be performed and must be controlled at all times by the operator.
Selecting the direction of control rod motion is a determination of the Step 12 type of reactivity manipulation (Positive or Negative) that is to be performed and must be controlled at all times by the operator.
Determining Reactor Trip criteria is required to understand that the Step 14 Reactor is no longer in a safe controlled condition and is critical to determine that the system is not functioning properly.
2013 NRC Exam CR JPM a Rev. FINAL
Appendix C Job Performance Measure Form ES-C-i Worksheet 2013 NRC Exam
- SIMULATOR SETUP Simulator Operator ResettolC-166 Password dinner Place reactivity data sheet for IC-i 9 on plant status board (this will be used for obtaining boron concentrations for the RCS and BAT)
May have to update rods Place Restricted Access signs on swing gates CRT displays CRT 3: QP Startup and display QP POAH on CRT 4 Go to RUN and wait 10 seconds then silence and acknowledge alarms.
GO TO FREEZE and inform the lead examiner the Simulator is ready. DO NOT GO TO RUN until directed by the lead examiner. (The examiner has provided to the candidate with initial conditions and the initiating cues prior to placing the simulator in RUN.)
To recreate the IC setup for this JPM:
o Reset to IC-19, 100% power MOL o
Place Rod Control Selector Switch to AUTO o
Rod height CBD 218 steps o
Create malfunction to fail the rod selector switch to the selected bank and continuously demand rod motion on Trigger 1 o
imfcrfi5a (1 00:00:00 00:00:00) TRUE o
iorxclili0(i 00:00:00 00:00:00)ASIS o
FREEZE and SNAP.
o After the candidate is ready, place simulator in RUN.
o While Control Bank A is being inserted to 10 steps from the original position, activate Trigger 1 2013 NRC Exam CR JPM a Rev. FINAL
Appendix C Page 5 of 12 Form ES-C-i PERFORMANCE INFORMATION Simulator Operator:
When directed by the Lead Examiner go to Run.
Performance Step: I Obtain procedure.
Standard:
Reviews handout.
Evaluators Cue:
Provide the handout.
Comment:
START TIME:
OST-I 005, 7.2.4 Procedure Note:
NOTE: IF in Mode 1, THEN testing of Control Bank D can be conducted during lowering of plant power per Section 7.4. and the next section may be marked N/A.
NOTE: IF Control Bank D is less than 10 steps, THEN testing of Control Bank D rods can be conducted per Section 7.3. and the next section may be marked N/A.
NOTE: When inserting rods, the Bank Low Insertion and Bank Low-Low Insertion Limit Alarm may be actuated.
Performance Step: 2 Control Bank D Testing For CONTROL BANK D, REFER to Attachment 1 and test the rod bank per the following instructions:
Standard:
Circle / Slash notes to verify that notes are read and understood.
Comment:
- Denotes Critical Steps 2013 NRC Exam CR JPM a Rev. FINAL
Appendix C Page 6 of 12 Form ES-C-i PERFORMANCE INFORMATION OST-1 005, Step 7.2.4.1.a Performance Step: 3 For Control Bank D, record on Attachment 1 the initial rod heights as indicated by Group Step Counters and DRPI.
Standard:
On Attachment 1, for Control Bank D:
Records both Group Position indications as 218.
Records all DRPI position indications as 216.
Comment:
OST-1 005, Step 7.2.4.1.b J
Performance Step: 4 Rotate the Rod Bank Selector to CBD.
Evaluator Note:
0MM-aOl Att 13 provides Stable Plant TAVG Control Band of
+1-2° F and Trip Limit of +1-100 F from TREF with Rod Control in manual.
Standard:
Locates the ROD BANK SELECTOR switch and rotates position to the CB D position.
Verifies 48 steps per minute on rod speed indicator, Sl-408.
Comment:
OST-1 005, Step 7.2.4.1.c I
Performance Step: 5 With the Rod Motion lever, insert Control Bank D IN 10 steps as indicated by Group Step Counters.
Standard:
Places the ROD MOTION lever to the IN position and inserts Control Bank D rods 10 steps by observing Group Step Counters.
Comment:
V
- Denotes Critical Steps 2013 NRC Exam CR JPM a Rev. FINAL
Appendix C Page 7 of 12 Form ES-C-i PERFORMANCE INFORMATION OST-1 005, Step 7.2.4.1.d Performance Step: 6 Record on Attachment 1, the rod heights for Control Bank D, as indicated by Group Step Counters and DRPI.
Standard:
On Attachment 1, for control Bank D:
Records both Group Position indications as 208.
Records all DRPI position indications as 204.
Comment:
OST-1005, Step 7.2.4.1.e J
Performance Step: 7 With the Rod Motion lever, WITHDRAW Control Bank D OUT 10 steps as indicated by Group Step Counters.
Standard:
Places the ROD MOTION lever in the OUT position and withdraws Control Bank D rods 10 steps by observing Group Step Counters.
When completed both Control Bank D Group Step Counters should read 218 steps.
Comment:
OST-1 005, Step 7.2.4.1.f Performance Step: 8 Record on Attachment 1, the final rod heights for Control Bank D, as indicated by Group Step Counters and DRPI.
Standard:
On Attachment 1, for control Bank D:
Records both Group Position indications as 218.
Records all DRPI position indications as 216.
Comment:
When control bank D rods have been exercised the Lead Evaluator:
candidate may ask which bank to exercise next. IF asked direct the operator as CRS to exercise Control Bank A V
- Denotes Critical Steps 2013 NRC Exam CR JPM a Rev. FINAL
Appendix C Page 8 of 12 Form ES-C-i PERFORMANCE INFORMATION OST-1 005, 7.2.1 Procedure Note:
NOTE: When inserting rods, ALB 13/8-2, BANK LOW INSERTION and ALB 13/8-3, BANK LOW-LOW INSERTION LIMIT Alarms may be actuated.
NOTE: ALB 13/8-5, COMP ALARM ROD DEVIATION/SEQUENCE will annunciate during this procedure due to bank out of sequence, and should be considered an expected alarm.
Performance Step: 9 Control Bank A Testing For CONTROL BANK A, REFER to Attachment 1 and test the rod bank per the following instructions:
Standard:
Circle I Slash notes to verify that notes are read and understood.
Comment:
OST-1 005, Step 72.1.1.a Performance Step: 10 For Control Bank A, record on Attachment 1 the rod heights as indicated by Group Step Counters and DRPI.
Standard:
On Attachment 1, for Control Bank A:
Records both Group Position indications as 225.
Records all DRPI position indications as 222.
Comment:
OST-1 005, Step 7.2.1.1.b I
Performance Step: 11 Rotate the Rod Bank Selector to CBA.
Standard:
Rotates the ROD BANK SELECTOR switch to the CB A position.
Comment:
- Denotes Critical Steps 2013 NRC Exam CR JPM a Rev. FINAL
Appendix C Page 9 of 12 Form ES-C-i PERFORMANCE INFORMATION When the rod bank selector switch is taken to CBA Simulator Operator:
position AND rods have been inserted 2-3 steps actuate Trigger I (continuous demand for rod motion)
Alternate Path Starts Here OST-1 005, Step 7.2.1.1.c q
Performance Step: 12 With the Rod Motion lever, insert Control Bank A IN 10 steps as indicated by Group Step Counters.
Standard:
Places the ROD MOTION lever in the IN position and inserts Control Bank A rods 10 steps by observing Group Step Counters.
Comment:
Alternate Path Performance Step: 13 Monitors Rod Motion. When Rod Motion level is released CB A rods continue to step IN.
Standard:
Determines rod motion continues without a demand observing:
Group Step Counter continues to count in DRPI continues to lower Lowering Rx power Lowering Tavg Comment:
V
- Denotes Critical Steps 2013 NRC Exam CR JPM a Rev. FINAL
Appendix C Page 10 of 12 Form ES-C-i PERFORMANCE INFORMATION Alternate Path AOP-OO1 Immediate Action q
Performance Step: 14 Informs the CRS of the continued rod motion with rods in manual and states entry conditions for AOP-00i, (Malfunction of Rod Control and Indication System)
Standard:
Informs the CRS.
Initiates immediate actions of AOP-001 Check that < 2 control rods are dropped (YES)
Position Rod Bank Selector Switch to MAN (YES)
Check Control Bank motion STOPPED (NO)
Trip the Reactor AND GO TO E-0 Locates MCB Reactor trip switch and turns switch to TRIP. (q)
E-O Verify Reactor Trip Rx Trip and Bypass Bkrs OPEN (YES)
Rod Bottom Lights LIT (YES) a Neutron Flux DROPPING (YES)
Check Turbine Trip All Throttle Valves Shut (YES)
TURB STOP VLV 1 TSLP-2I1 -i TURB STOP VI.! 2 TSLE-2-11-2 TLJRB STOP V1.J 3 TSLB-211.-3 TTJRB STOP VT.! 4 TST..3-2-114 Evaluators Cue:
Another Operator will complete the remaining actions of E-O.
Comment:
When the first immediate action of E-O is implemented:
Evaluator Cue:
Evaluation on this JPM is complete.
Direct Simulator Operator to place the Simulator in Freeze.
Simulator Operator:
When directed by the Lead Examiner then go to Freeze.
STOP TIME:
V
- Denotes Critical Steps 2013 NRC Exam CR JPM a Rev. FINAL
Appendix C Page 11 of 12 Form ES-C-i VERIFICATION OF COMPLETION Job Performance Measure No.:
2013 NRC Exam JPM CR a Perform Control Rod and Rod Position Indicator Exercise per OST-i 005 Examinees Name:
Date Performed:
Facility Evaluator:
Number of Attempts:
Time to Complete:
Question Documentation:
Question:
Response
Result:
SAT UNSAT Examiners Signature:
Date:
2013 NRC Exam CR JPM a Rev. FINAL
Appendix C Page 12 of 12 Form ES-C-i JPM CUE SHEET The plant is operating at 100% power.
OST-1 005, Control Rod and Rod Position Indicator Exercise Quarterly nterval Modes 1 3, is in progress. All Initial Conditions prerequisites to perform the test have been met and a briefing has been conducted. The CRS has given permission to perform this OST.
A PRZ backup heaters have been energized to support OST-1 005.
Continue OST-1 005, commencing with Control Bank D, and continue as directed.
Initiating Cue:
NOTE: During the performance of this OST you will be required to obtain DRPI position when appropriate. Another operator will stay at the Reactor console while you are obtaining these values.
2013 NRC Exam CR JPM a Rev. FINAL
Appendix C Page 1 of 12 Form ES-C-i Worksheet Facility:
Shearon Harris Task No.:
013003H101 Task
Title:
Respond to the loss of the running JPM No.:
2013 NRC Exam CSIP Simulator JPM CR b KJA
Reference:
APE022 AA1.01 RO 3.4 SRO 3.3 ALTERNATE PATH
- YES Examinee:
NRC Examiner:
Facility Evaluator:
Date:
Method of testing:
Simulated Performance:
Actual Performance:
X Classroom Simulator X
Plant READ TO THE EXAMINEE I will explain the initial conditions, which steps to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objective for this Job Performance Measure will be satisfied.
The unit is operating at 100% power and is in a steady state alignment.
Initial Conditions:
The ASI system has been under clearance for the last 3 hours3.472222e-5 days <br />8.333333e-4 hours <br />4.960317e-6 weeks <br />1.1415e-6 months <br /> for scheduled maintenance and will be restored to service within the next hour.
Initiating Cue:
You are the QAC. Maintain current plant conditions.
2013 NRC Exam Simulator JPM CR b Rev. FINAL
Appendix C Page 2 of 12 Form ES-C-i Worksheet Task Standard:
Letdown isolated, MANUAL Rx Trip, all RCPs stopped with PZR Spray valves shut.
Required Materials:
None General
References:
AOP-0i 8, Reactor Coolant Pump Abnormal Conditions, Rev. 43 Time Critical Task:
No Validation Time:
10 minutes Critical Step Justification Isolation of letdown is an immediate action step that is expected to be Step 4 performed from memory. Isolation of letdown stops the depletion of RCS inventory.
When the RCPs have exceeded their trip limits described in AOP-01 8,, it is an operator expectation that the Reactor will be Step 10 placed in a safe condition then the RCPs will be secured to protect valuable plant equipment from damage. Tripping the Reactor and ensuring that the Reactor is tripped is the responsibility of the QAC.
Ste 11 Determining that ALL RCPs have been affected and then stopping ALL p
RCPs is critical to protect the RCPs from potential damage.
2013 NRC Exam Simulator JPM CR b Rev. FINAL
Appendix C Page 3 of 12 Form ES-C-i Worksheet 2013 NRC Exam
- SIMULATOR SETUP Simulator Operator ResettolC-167 Password dinner Gotorun Silence and Acknowledge annunciators GO TO FREEZE and inform the lead examiner the Simulator is ready. DO NOT GO TO RUN until directed by the lead examiner. (The examiner has provided to the candidate with initial conditions and the initiating cues prior to placing the simulator in RUN.)
To recreate the IC setup for this JPM:
Initial Simulator IC was lC-19 Gotorun Take ASI system Out of Service o
Verify annunciator ALB-08-2-3 is on ASI System Trouble Place a trip of the A CSIP on a trigger 1 o
imf cvcD5a (1 00:00:00 00:00:00) true Engage the handwheel for CC 252 and then close valve over 10 seconds o
irf ccw044 (2 00:00:00 00:00:00) ENGAGED o
irf ccw045 (2 00:00:00 00:00:00) 0 00:00:10 0 Silence Acknowledge and Reset Annunciators Freeze and Snap these conditions to your exam IC 2013 NRC Exam Simulator JPM CR b Rev. FINAL
Appendix C Page 4 of 12 Form ES-C-i PERFORMANCE INFORMATION Simulator Operator:
When directed by the Lead Examiner go to Run.
Evaluator Cue:
Approximately 10 seconds after taking shift have Simulator Operator insert Trigger 1 (Trip of the running CSIP)
START TIME:
Annunciator Alarms Performance Step: I ALB 7-1-3 CHRG Pumps A Trip or Close CKT Trouble Standard:
Announces annunciator and responds to alarm Identifies:
CSIP discharge pressure is lowering CSIPAmpsareO Recognizes entry conditions to AOP-018 Acknowledges annunciator and entry into AOP-018 Evaluator Cue:
(using proper communications)
Comment:
The Immediate Action Steps of AOP-OI 8 are to be performed from memory WITHOUT the aid of the procedure.
Performance Step: 2 Respond to CSIP trip.
Standard:
Enters AOP-01 8.
Comment:
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- Denotes Critical Steps 2013 NRC Exam Simulator JPM CR b Rev. FINAL
1 Form ES-C-i Page 5 of 12 PERFORMANCE INFORMATION AOP-018, Step Step 1 is an immediate action.
RCP abnormal conditions may require implementation of the SHNPP Emergency Plan.
CHECK ANY CSIP RUNNING.
Answers NO and proceeds to RNO Appendix C Procedure Note:
Performance Step: 3 Standard:
Comment:
- Denotes Critical Steps 2013 NRC Exam Simulator JPM CR b Rev. FINAL
Appendix C Page 6 of 12 Form ES-C-i PERFORMANCE INFORMATION Evaluator Note:
When candidate begins to isolate letdown instruct the Simulator Operator to insert Trigger 1, ICC-252 fails shut.
ALB-5-1-2B, RCP THERMAL BAR HDR LOW FLOW, will alarm when ICC-252 shuts.
The applicant may stop activities associated with AOP-018, address the annunciator and attempt to open ICC-252 valve will NOT open from MCB switch.
Simulator Operator:
When directed by the Evaluator:
Actuate trigger to fail ICC-252 SHUT AOP-018, Step 1 RNO q
Performance Step: 4 Evaluator Note:
Standard:
Comment:
ISOLATE letdown by verifying the following valves SHUT:
1CS-7, 45 GPM Letdown Orifice A 1 CS-8, 60 GPM Letdown Orifice B 1 CS-9, 60 GPM Letdown Orifice C OPS-NGGC-1 000 Attachment 3 Two Handed Operations states: When the need arises due to inability to operate the system as designed or time constraints associated with multiple switch operation with a single hand, then Two-handed Operation should be used. SMICRS approval is required unless two-handed operation is required to meet an urgent need, or is required by procedure direction or controlling interlocks.
An example of when 2 handed operation is accepted at HNP is appropriate: Letdown orifice isolation (placing and holding to SHUT) when directed by AOP/EOP immediate actions.
Two handed operations is recommended (to achieve fast closure) without having to ask permission.
Locates MCB controls for letdown valves and shuts 1CS-7 and 1CS-8 and verifies ICS-9 is shut.
V
- Denotes Critical Steps 2013 NRC Exam Simulator JPM CR b Rev. FINAL
Appendix C Page 7 of 12 Form ES-C-i PERFORMANCE INFORMATION AOP-018, Step 2 After the candidate completes the immediate actions of AOP-018 the candidate should obtain a MCR copy of AOP-018 and Evaluator Note:
perform actions accordingly.
Performance Step: 5 Step 2: REFER TO PEP-I 10, Emergency Classification And Protective Action Recommendations, AND ENTER the EAL Matrix.
Standard:
Informs CRS/SM.
Evaluator Cue:
Acknowledge report.
Comment:
AOP-018, Step 3 Minimum allowable flow for a CSIP is 60 gpm which is provided N
by normal miniflow during normal operation and alternate roceuure o e.
miniflow during safety injection. Maintaining CSIP flow greater than or equal to 60 gpm also satisfies this requirement.
Performance Step: 6 EVALUATE plant conditions AND GO TO the appropriate section:
MALFUNCTION SECTION Page Loss of CCW and/or Normal Seal InjecUon 3.1 5
to RCPs High Reactor Coolant Pump Vibration 3.2 8
ReaGtor Coolant Pump Seal Malfunction 3.3 10 Reactor Coolant Pump Motor Trouble 14 18 Standard:
Circle / Slash note to verify that notes are read and understood.
Evaluates current plant conditions and selects Section 3.1: Loss of CCW and/or Seal Injection to RCPs Comment:
V - Denotes Critical Steps 2013 NRC Exam Simulator JPM CR b Rev. FINAL
Appendix C Page 8 of 12 Form ES-C-I PERFORMANCE INFORMATION AOP-018, Step 3.1.1 Performance Step: 7 CHECK ALB-.5-1-2A, RCP THERMAL BAR HDR HIGH FLOW, alarm CLEAR.
Standard:
Answers YES Comment:
AOP-OO1, Step 3.1.1 Performance Step: 8 CHECK ALL RCPs operating within the limits of Attachment 1 (Page 23).
Standard:
Reviews Attachment 1 conditions Determines Condition 4 not met and answers NO Exceeding Limits and proceeds to carry out the actions of Step 4 Reactor Coolant Pump Trip Limite NOTE ALB-5i1-2B, RCP THERM BAR HDR LOW FLOW, indicates loss of CCW to all ROP thermal barriers.
The ASI System will actuate in 2 ninutes and 45 seconds from timer initiation. If 2 ruinute arid 45 seunds have nut elapsed WAIT fur irritiuliori.
D4.
Loss of all RCP seal inction tiricluding ASI) when ANY of the following cond tions exist:
C1W flnw is lnsr in the mvsoniaterf RCP ThemI Rarrier HX RCS temperature is greater than or equal to 400°F AND CCW HX outlet temperature is greater than 105°F RCS temperature is less than 400°F AND CCW HX outlat temperature is greater than 125F Evaluator Note:
Applicant may make this determination without referencing. Also, dependent on the rate of progress through the procedure, temperature limits may be exceeded.
Comment:
AOP-001, Step 3.1.4 Performance Step: 9 CHECK the Reactor is TRIPPED.
Standard:
Answers NO.
Comment:
V
- Denotes Critical Steps 2013 NRC Exam Simulator JPM CR b Rev. FINAL
Appendix C Page 9 of 12 Form ES-C-I PERFORMANCE INFORMATION AOP-OO1, Step 3.1.4 RNO
-J Performance Step: 10 TRIP the Reactor AND GO TO EOP-E-O. (Perform Steps 5 through 8 as time permits.)
Standard:
Initiates a MANUAL Reactor Trip (q)
Performs E-O Immediate Actions from memory Locates MCB Reactor trip switch and turns switch to TRIP. (q)
E-0 Verify Reactor Trip Rx Trip and Bypass Bkrs OPEN (YES)
Rod Bottom Lights LIT (YES)
Neutron Flux DROPPING (YES)
Check Turbine Trip All Throttle Valves Shut TU3 STOP ViV 1 TSL 11-1 TURD STOP VLV 2 SLB-2-11-2 TLVR STOP VLI( 3
¶SLB-2-11-3 TIERS STOP PIN 4 TSLB-211-4 (YES All Throttle valves are Shut)
After the applicant performs E-0 immediate action steps I and 2 from memory announce:
Evaluator Cue:
Another Operator will complete the remaining actions of E-0.
Continue with the actions of AOP-018 Comment:
V
- Denotes Critical Steps 2013 NRC Exam Simulator JPM CR b Rev. FINAL
Appendix C Page 10 of 12 Form ES-C-i PERFORMANCE INFORMATION AOP-00i, Step 3.1.5 J
Performance Step: 11 STOP affected RCP(s).
Standard:
Determines that ALL RCPs are affected:
Locates IV1CB switches for RCPs A, B, and C Takes individual control switch to STOP for each RCP Comment:
AOP-001, Step 3.1.6 Performance Step: 12 3.1.6: CHECK RCP A RUNNING.
Standard:
Answers NO and performs RNO steps.
Locates MCB manual/auto station and places PK-444C.i in MANUAL then decreases demand to 0% to SHUT 1 RC-1 07, PRZ Spray Loop A Comment:
AOP-00i, Step 3.1.7 Performance Step: 13 3.1.7: CHECK RCP B RUNNING.
Standard:
Answers NO and performs RNO steps.
Locates MOB manual/auto station and places PK-444D.1 in MANUAL then decreases demand to 0% to SHUT 1 RC-103, PRZ Spray Loop B Comment:
When both PRZ Spray valves have been taken to MANUAL Evaluator Cue:
and SHUT: Evaluation on this JPM is complete.
Direct Simulator Operator to place the Simulator in Freeze.
Simulator Operator:
When directed by the Lead Examiner then go to Freeze.
STOP TIME:
V
- Denotes Critical Steps 2013 NRC Exam Simulator JPM CR b Rev. FINAL
Appendix C Page 1 1 of 12 Form ES-C-i VERIFICATION OF COMPLETION Job Performance Measure No.:
2013 NRC Exam JPM CR b Respond to the loss of the running CSIP AOP-01 8 Examinees Name:
Date Performed:
Facility Evaluator:
Number of Attempts:
Time to Complete:
Question Documentation:
Question:
Response
Result:
SAT UNSAT Examiners Signature:
Date:
2013 NRC Exam Simulator JPM CR b Rev. FINAL
Appendix C Page 12 of 12 Form ES-C-i JPM CUE SHEET The unit is operating at 100% power and is in a steady state alignment.
The ASI system has been under clearance for the last 3 hours3.472222e-5 days <br />8.333333e-4 hours <br />4.960317e-6 weeks <br />1.1415e-6 months <br /> for scheduled maintenance and will be restored to service within the next hour.
Initiating Cue:
You are the QAC. Maintain current plant conditions.
Initial Conditions:
I 2013 NRC Exam Simulator JPM CR b Rev. FINAL
Appendix C Page 1 of 9 Form ES-C-i Work Sheet Facility:
Shearon Harris Task No.:
301073H401 Task
Title:
Pressurizer PORV Failure JPM No.:
2013 NRC Exam JPMCRc K/A
Reference:
APE 027 AA1.01 RO 4.0 SRO 3.9 ALTERNATE PATH
- YES Examinee:
NRC Examiner:
Facility Evaluator:
Date:
Method of testing:
Simulated Performance:
Actual Performance:
X Classroom Simulator X
Plant READ TO THE EXAMINEE I will explain the initial conditions, which steps to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objective for this Job Performance Measure will be satisfied.
Initial Conditions:
The unit is operating at 100% power steady state alignment.
Initiating Cue:
You are the QAC. Maintain current plant conditions.
2013 NRC Exam JPM c Rev. FINAL
\\
\\i 7
Appendix C Page 2 of 9 Form ES-C-i Work Sheet Task Standard:
All steps necessary to mitigate the Pressurizer Pressure Master failure that caused a RCS low-pressure transient have been performed.
Required Materials:
None General
References:
AOP-019, Malfunction of RCS Pressure Control, Rev. 24 Time Critical Task:
No Validation Time:
5 minutes Critical Step Justification Prevent an unnecessary automatic Reactor Trip and actuation of ESF components by manually shutting the block valve to a failed open PZR Step 4 PORV.
Reactor Trip on OTL\\T Safety Injection on Low RCS Pressure of 1850 psig 2013 NRC Exam JPM c Rev. FINAL
Appendix C Page 3 of 9 Form ES-C-i Work Sheet 2013 NRC Exam
- SIMULATOR SETUP Simulator Operator ResettolC-168 Password dinner 100% power steady state conditions Silence and Acknowledge annunciators GO TO FREEZE and inform the lead examiner the Simulator is ready. DO NOT GO TO RUN until directed by the lead examiner. (The examiner has provided to the candidate with initial conditions and the initiating cues prior to placing the simulator in RUN.)
To recreate the IC setup for this JPM:
Initial Simulator IC was IC-19 Create Trigger 1 Fail Pressurizer PORV 445A OPEN (25%)
NOTE: To allow the candidate ample time to respond to annunciators associated with this failure and implement the immediate actions of AOP-01 9 the failure of a PORV beyond 25% open will not provide enough response time for a competent operator and will cause a Reactor Trip and Safety Injection.
(With the PZR PORV failed 25% open and without an operator response the Reactor will Trip in 1 mm. 25 seconds) o imf prso3d (1 0 0) 25 0 0 Silence Acknowledge and Reset Annunciators Freeze and Snap these conditions to your exam IC 2013 NRC Exam JPM c Rev. FINAL
Appendix C Page 4 of 9 Form ES-C-i PERFORMANCE INFORMATION Simulator Operator:
When directed by the Evaluator place Simulator in RUN Evaluator Cue Approximately 20 seconds after taking shift have Simulator Operator insert Trigger 1 (Pressurizer PORV 445A failure)
START TIME:
Annunciator Alarms Performance Step: I ALB 9-8-2, Pressurizer Relief Discharge High Temp ALB 9-8-1, PRT High-Low level Press or Temp ALB 9-3-3, PRZ Cont Low Press And Heaters On ALB 9-5-1, Pressurizer High-Low Press Standard:
Announces multiple annunciators associated with Pressurizer and responds to alarm Identifies:
RCS pressure is lowering Both Pressurizer Spray valves are shutting Pressurizer PORV 445A has dual indication (Red and Green Light lit)
Recognizes entry conditions to AOP-0i9 Evaluator Cue:
Acknowledges annunciator and entry into AOP-019 (using proper communications)
Comment:
The Immediate Action Steps of AOP-019 are to be performed from memory WITHOUT the aid of the procedure.
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- Denotes Critical Steps 2013 NRC Exam JPM c Rev. FINAL
Appendix C Page 5 of 9 Form ES-C-i PERFORMANCE INFORMATION AOP-019, Step I Performance Step: 2 NOTE: Steps I through 3 are immediate actions.
CAUTION: A pressure transmitter or indicator malfunction may exist. When referred to throughout this procedure, actual RCS pressure should be obtained by cross-checking of diverse instrumentation, such as P1-455.1, P1-456, and P1-457.
CHECK THAT BUBBLE EXISTS IN THE PRZ.
Standard:
Verifies bubble in Pressurizer by checking parameters.
(Pressure, Temperature, and Level.) (YES)
Comment:
AOP-0I9, Step 2 Performance Step: 3 VERIFY ALL PRZ PORVs AND associated block valves properly positioned for current PRZ pressure and plant conditions.
Standard:
Identifies PRZ PORV PCV-445A indicates partially OPEN Comment:
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Appendix C Page 6 of 9 Form ES-C-i PERFORMANCE INFORMATION Alternate Path Starts Here AOP-019, Step 2 RNO
Performance Step: 4 IF ANY PRZ PORV will NOT shut when required, THEN SHUT its associated block valve.
Standard:
Locates block valve PRZ PORV Isolation 1RC-117 MCB switch and takes switch to SHUT Comment:
AOP-019, Step 3 Performance Step: 5 CHECK BOTH PRZ Spray Valves properly positioned for current PRZ pressure and plant conditions.
Standard:
Determines both spray valves are properly positioned for current PRZ pressure and plant conditions.
Comment:
A Reactor Trip and Safety Injection results in JPM Failure.
IF the candidate fails to shut the failed open Pressurizer PORV block valve RCS pressure will continue to lower until a Reactor Trip from OTAT and a Safety Injection on Low RCS Pressure.
Evaluator NOTE:
In the case of preventing a Reactor Trip the candidate should be considered to PASS the JPM.
If the Reactor Trips
- allow the candidate to perform the immediate actions of E-O to verify that the Reactor has tripped and then end the JPM.
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Appendix C Page 7 of 9 Form ES-C-i PERFORMANCE INFORMATION After the candidate has completed the immediate actions and goes to obtain AOP-019 inform the candidate:
Evaluator Cue:
End of JPM Direct the Simulator Operator to place the Simulator in Freeze.
STOP TIME:
Simulator Operator:
When directed by the Lead Examiner place Simulator in FREEZE V
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Appendix C Page 8 of 9 Form ES-C-i VERIFICATION OF COMPLETION Job Performance Measure No.:
2013 NRC Exam JPM c Pressurizer PORV Failure AOP-01 9 Examinees Name:
Date Performed:
Facility Evaluator:
Number of Attempts:
Time to Complete:
Question Documentation:
Question:
Response
Result:
SAT UNSAT Examiners Signature:
Date:
2013 NRC Exam JPM c Rev. FINAL
Appendix C Form ES-C-i JPM CUE SHEET Initial Conditions:
The unit is operating at 100% power steady state alignment.
Initiating Cue:
You are the OAC. Maintain current plant conditions.
2013 NRC Exam JPM c Rev. FINAL
Appendix C Page 1 of 1 1 Form ES-C-i Worksheet Facility:
Shearon Harris Task No.:
301 068H40i Task
Title:
Perform a Max Rate Cooldown JPM No.:
2013 NRC Exam for a SG Tube Rupture CR-282-a Simulator JPM CR d K/A
Reference:
041 A4.08 RO 3.0 SRO 3.1 ALTERNATE PATH-YES Examinee:
NRC Examiner:
Facility Evaluator:
Date:
Method of testing:
Simulated Performance:
Actual Performance:
X Classroom Simulator X
Plant READ TO THE EXAMINEE I will explain the initial conditions, which steps to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objective for this Job Performance Measure will be satisfied.
The unit was operating at 100% power when a SG Tube Leak developed in the C SG.
The crew manually tripped the Reactor and actuated a manual Safety Injection.
The crew has transitioned from E-0, Reactor Trip Or Safety Initial Conditions:
Injection to E-3, Steam Generator Tube Rupture.
C SG MSIV is shut C SG AFW is isolated The CRS has determined that there is at least one intact SG available for RCS cooldown.
You are the BOP.
Initiating Cue:
The CRS has directed you to continue progressing through E-3 starting at step 28.
2013 NRC Exam Simulator JPM CR d Rev. FINAL
Appendix C Page 2 of 1 1 Form ES-C-i Worksheet Task Standard:
Determine the required core exit temperature based on the lowest ruptured SG pressure then cooldown the RCS to this target temperature utilizing the Steam Dumps and SG PORVs.
Required Materials:
EOP-E-3, Steam Generator Tube Rupture, Rev. 0 General
References:
EOP-E-3, Steam Generator Tube Rupture, Rev. 0 Time Critical Task:
No Validation Time:
10 minutes Critical Step Justification Critical to determine the required core exit temperature is 515°F by identifying that ERFIS is available and the lowest ruptured SG pressure Ste 2
(IC SG) is 1000 to 1100 psig. Without the correct temperature the I
cooldown will be either stopped too soon which will require additionally cooldown later OR later than required and delay making progress through E-3.
St 5
Critical to place Steam Dumps to Steam Pressure mode to allow manual ep control of Steam dumps to establish a Max Rate RCS Cooldown.
Critical to momentarily place Both Steam Dump Interlock Bypass Step 7 Switches To INTLK BYP if these switches are not taken to this position the Steam Dumps will not open.
Critical to dump steam from intact SGs to condenser which will decrease Step 9 RCS temperature which will enable the operator to depressurize the RCS to equal the ruptured SG pressure.
Critical to identify that the Cooldown has stopped and the Steam Dumps Ste 10 have closed. Then reestablishes cooldown using SC PORVs.
If this is p
not recognized then the RCS will not be able to be depressurized to the ruptured SG pressure to stop the tube leakage.
Critical to identify and stop the RCS cooldown at the target temperature Step 11 to allow the RCS depressurization and/or not delay the RCS depressurization.
2013 NRC Exam Simulator JPM CR d Rev. FINAL
Appendix C Page 3 of 1 1 Form ES-C-i Worksheet 2013 NRC Exam
- SIMULATOR SETUP Simulator Operator Password dinner Set MCB screen #4 to QP TUBERUP C Set MCB screen #5 to QP SGPRESS Gotorun Silence and Acknowledge annunciators GO TO FREEZE and inform the lead examiner the Simulator is ready. DO NOT GO TO RUN until directed by the lead examiner. (The examiner has provided to the candidate with initial conditions and the initiating cues prior to placing the simulator in RUN.)
To recreate the IC setup for this JPM:
Initial Simulator IC was IC-19 Gotorun Insert a 420 gpm SG Tube Leak on the C SG o
imf sgno5c (n 00:00:00 00:00:00) 420 00:00:00 0 Manually trip the Rx and insert a Safety Injection Perform actions of E-0 then transition to E-3 Perform actions of E-3 up to step 28 (determine required core exit temperatures based on lowest ruptured SG pressure)
Isolate C SG and shut C SG MSIV Allow the Simulator to run to obtain the following conditions (approximately) o RCStemp546° o
PZR Pressure -1800 psig o
C SG Pressure -. 1010 psig (To get the above PZR pressure we opened the PZR PORV a few times to lower RCS pressure down otherwise you will have problems with RCS pressure causing an SI signal and a distraction that you would not want during the JPM. Also opened the C SG PORV to bring down pressure to be at the low end of the 1100 1000 range.)
Develop Trigger 1 to cause the Steam Dumps to fail closed o
lmf mss07 (1 00:00:00 00:00:00) 3 0.0 Silence Acknowledge and Reset Annunciators Freeze and Snap these conditions to your exam IC 2013 NRC Exam Simulator JPM CR d Rev. FINAL
Appendix C Page 4 of ii Form ES-C-i PERFORMANCE INFORMATION Simulator Operator:
When directed by the Lead Examiner go to Run.
START TIME:
Performance Step: I OBTAIN PROCEDURE Standard:
Obtains current copy of E-3, Steam Generator Tube Rupture (May review steps prior to step 28)
Prepares to proceed with E-3 step 28.
Comment:
EOP-E-3, Step 28 Performance Step: 2 Determine required core exit temperature based on lowest ruptured SG pressure:
V Standard:
Obtains SG C pressure from MCB pressure instruments and determines that the pressure is between 1000 and 1100 psig Determines ERFIS is available and the required core exit temperature is 51 5°F Comment:
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Appendix C Page 5 of ii Form ES-C-i PERFORMANCE INFORMATION EOP-E-3, Step 29 Performance Step: 3 Condenser Available For Steam Dump:
Condenser Available Requiremeats Any Intact SG MSIV OPRN Condner Availab.1L (C9) LIT (EPLE. 3-3)
Steai Dump Coriti AVAILALBE Standard:
Determines that the A and B MSIVs are OPEN Condenser is Available Steam Dump Control is Available Comment:
EOP-E-3, Step 30 Performance Step: 4 Place Steam Dump Pressure Controller In MANUAL AND Lower Output To 0%.
Standard:
Locates Steam Dump Pressure Controller, places controller to manual and lowers output to 0%
Comment:
EOP-E-3, Step 31 V
Performance Step: 5 Place Steam Dump Mode Select Switch In STEAM PRESS.
Standard:
Locates Steam Dump Mode Selector switch and turns switch to the right from Tavg to STEAM PRESS Comment:
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Appendix C Page 6 of ii Form ES-C-i PERFORMANCE INFORMATION EOP-E-3, Step 32 Performance Step: 6 Check RCS Temperature < 553°F (P-i2)
BPLB4 -4 LCW-LOW TAVG STEAM £)TJMP BLOCKED (P-12)
Standard:
Identifies that RCS temperature is < 553°F and locates BPLP-4-4 and determines that Low-Low Tavg Stem Dump Blocked (P-i2) is OFF Reviews RNO actions for RCS temperature is < 553°F RNO:
- a. Dump steam from intact SGs to condenser to lower RCS temperature to 553°F (N/A temp is already < 553°F)
- b. WHEN temperature < LOW-LOW TAVG 553°F (P-i 2),
THEN continue with STEAM DUMP Step 33 (to bypass P-12).
Comment:
EOP-E-3, Step 33 V
Performance Step: 7 Momentarily Place Both Steam Dump Interlock Bypass Switches To INTLK BYP.
Standard:
Locates the Steam Dump Interlock Bypass switches and turns BOTH switches to INTLK BYP Comment:
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Appendix C Page 7 of ii Form ES-C-i PERFORMANCE INFORMATION EOP-E-3, Step 34 Performance Step: 8 Check LOW-LOW STEAM DUMP (P-i2) BYPASSED Status Light ILLUMINATED BPLB LOW - LOW TAVG STEAM DUMP BLOCKED (P-12)
WfPASSED Standard:
Locates BPLB-5-4 and checks that the LOW-LOW STEAM DUMP (P-i2) BYPASSED Status Light is ILLUMINATED Comment:
EOP-E-3, Step 35 V
Performance Step: 9 Dump Steam From Intact SGs To Condenser At Maximum Rate.
Standard:
Raises Steam Dump controller to OPEN the Steam Dumps to start a Max Rate Cooldown.
Monitors RCS temperature during cooldown until Core Exit TCs are at the required target temperature.
Candidate may increase AFW flow to A and B SGs to maintain SG levels and help RCS cooldown Evaluator Note:
When the Steam Dumps are indicating OPEN on Status Light Box #1 instruct the Simulator Operator to insert Trigger #1 to cause the Steam Dumps to CLOSE.
NOTE: Trigger I will take 10 seconds from initiation to close the Steam Dumps.
Simulator Operator:
When instructed by the Evaluator insert Trigger #1 to close all Steam Dumps.
Comment:
V - Denotes Critical Steps 2013 NRC Exam Simulator JPM CR d Rev. FINAL
Appendix C Page 8 of ii Form ES-C-i PERFORMANCE INFORMATION EOP-E-3, Step 35 continued ALTERNATE PATH v
Performance Step: 10 Identifies that the Cooldown has stopped Identifies Steam Dumps have closed Identifies Steam Dump control is unavailable Determines A and B SG PORVs must be used to continue Max Rate Cooldown Standard:
Informs the CRS that the Steam Dumps have closed (steam dump control is Unavailable) and restores the RCS Max Rate Cooldown by opening the A and B SG PORVs in accordance with step 29 RNO actions.
Step 29: Dump steam from intapt SGs at maximum rate using any of the following (Listed in order of preference):
a) SG PORVs Locates controls for ONLY the A and B SG PORVs and places controls to manual then 100% to fully open BOTH PORVs Verifies that the cooldown rate is again established and RCS temperature is lowering towards the core exit temperature of 515°F at the maximum rate.
Comment:
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Appendix C Page 9 of 1 1 Form ES-C-i PERFORMANCE INFORMATION EOP-E-3, Step 36 V
Performance Step: 11 Core Exit TCs LESS THAN REQUIRED TEMPERATURE Standard:
Identifies that ERRS core exit temperatures indicate < 51 5°F then secures the cooldown by shutting both PORVs. Then sets the A and B SG PORVs to maintain the current RCS temperature based on Operator Aid 01-016 then controls RCS temperature by either:
Placing BOTH A and B SG PORV to AUTO Placing BOTH A and B SG PORV in MANUAL I open to 57% to maintain RCS temperature o
(May also decrease AFW flow if AFW flow was previously increased to maintain SG levels during cooldown efforts.)
Control of the PORVs should be set for maintaining RCS Cold Legs @ 5000
- 520° F (about 57% open per PORV)
Informs the CRS that the core exit temperatures are less than the required temperature.
CRS acknowledges that the core exit temperatures are less than the required temperature with A and B SG PORV Evaluator Cue:
controlling RCS temperature.
End of JPM Direct Simulator Operator to place the Simulator in Freeze.
Comment:
After core exit temperatures are less than required and the A and B SG PORVs are adjusted to maintain the current Terminating Cue:
RCS temperature: Evaluation on this JPM is complete.
END OF JPM STOP TIME:
Simulator Operator:
When directed by the Lead Examiner then go to Freeze.
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Appendix C Page 10 of 1 1 Form ES-C-i VERIFICATION OF COMPLETION Job Performance Measure No.:
2013 NRC Exam JPM CR d Perform a Max Rate Cooldown for a SG Tube Rupture E-3, Steam Generator Tube Rupture Examinees Name:
Date Performed:
Facility Evaluator:
Number of Attempts:
Time to Complete:
Question Documentation:
Question:
Response
Result:
SAT UNSAT Examiners Signature:
Date:
2013 NRC Exam Simulator JPM CR d Rev. FINAL
Appendix C Page 1 1 of I I Form ES-C-i JPM CUE SHEET The unit was operating at 100% power when a SG Tube Leak developed in the C SG.
The crew manually tripped the Reactor and actuated a manual Safety Injection.
The crew has transitioned from E-0, Reactor Trip Or Initial Conditions:
Safety Injection to E-3, Steam Generator Tube Rupture.
C SG MSIV is shut C SG AFW is isolated The CRS has determined that there is at least one intact SG available for RCS cooldown.
You are the BOP.
Initiating Cue:
The CRS has directed you to continue progressing through E-3 starting at step 28.
2013 NRC Exam Simulator JPM CR d Rev. FINAL
Appendix C Page 1 of 13 Form ES-C-i Worksheet Facility:
Shearon-Harris Task No.:
022001H101 Task
Title:
Return the Containment Fan JPM No.:
2013 NRC Exam Coolers to normal following an SI Simulator JPM CR e actuation.
K/A
Reference:
022 A4.0i RD 3.6 / SRO 3.6 ALTERNATE PATH
- NO Examinee:
NRC Examiner:
Facility Evaluator:
Date:
Method of testing:
Simulated Performance:
Actual Performance:
X Classroom Simulator X
Plant READ TO THE EXAMINEE I will explain the initial conditions, which steps to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objective for this Job Performance Measure will be satisfied.
An automatic SI initiation occurred due to a combination of equipment failure and technician error Initial Conditions:
SI has been terminated You have been directed to return Containment Fan Coolers to the Initiatin CUe normal alignment per ES-1.1, SI TERMINATION, Attachment 1 step 6.a g
using OP-169, CONTAINMENT COOLING AND VENTILATION, Section 8.4. The A-SA train will be used for normal operation.
2013 NRC Exam CR JPM e Rev. FINAL L
J
Appendix C Page 2 of 13 Form ES-C-i Worksheet Task Standard:
Containment Fan Coolers are returned to NORMAL lineup.
Required Materials:
None General
References:
ES-i.i, SI TERMINATION, Revision 0 OP-I 69, CONTAINMENT COOLING AND VENTILATION, Revision 23 Handout:
ES-i.1 Attachment i Sheet 3 of 6 OP-i 69 Section 5.i and 8.4 Time Critical Task:
No Validation Time:
15 Minutes CRITICAL STEP JUSTIFICATION To comply with OP-i69, Precaution and Limitation #ii Step 7 After any fan cooler is started in low speed, the fan should be alTowed to come up to speed for approximately i 5 seconds before shifting to fast speed. This reduces the starting current required for high speed operation.
Ste 8
The fan must be stopped in order to change fan speed from low speed to high speed.
Ste 9
The fan must be running in high speed in order to be in the correct p
operating mode for the current plant condition.
20i3 NRC Exam CR JPM e Rev. FINAL
Appendix C Page 3 of 13 Form ES-C-i Worksheet 2013 NRC Exam
- SIMULATOR SETUP Simulator Operator ResettolC-170 Password dinner Go to RUN and wait 10 seconds then silence and acknowledge alarms.
GO TO FREEZE and inform the lead examiner the Simulator is ready. DO NOT GO TO RUN until directed by the lead examiner. (The examiner has provided to the candidate with initial conditions and the initiating cues prior to placing the simulator in RUN.)
To recreate the IC setup for this JPM:
o Reset to IC-i9, 100% power MOL o
Insert a Manual SI or MALF for Inadvertent SI o
Perform actions of E-0, transition to ES-1.1 and perform actions up to step 35 which is Realign Plant Systems for Normal Ops using Attachment 1 (where restoration of Containment Fan Coolers is performed) o Leave Fan Coolers in SI Mode o
FREEZE and SNAP.
o After the candidate is ready, place simulator in RUN.
2013 NRC Exam CR JPM e Rev. FINAL
Appendix C Page 4 of 13 Form ES-C-i PERFORMANCE INFORMATION Simulator Operator:
When directed by the Lead Examiner go to Run.
START TIME:
OP-I 69, 8.4.2 Caution prior to step 1 and step 1 Failure of equipment to secure in this section will result in the associated EDG being inoperable. Tech Spec 3.8.1.1 is applicable until the breaker for the affected load is opened.
Circle the train Select train for normal operation and place the control switches for that trains Air Handling Units to STOP.
The CRS designates Train A for normal operation.
Circles Caution, reads Caution and slashes circle after reading.
Places AH-2 A-SA control switch in STOP.
Places AH-2 B-SB control switch in STOP.
Places AH-3 A-SA control switch in STOP.
Places AH-3 B-SB control switch in STOP.
OP-I 69, 8.4.1 Review applicable procedure.
Verifies Initial Conditions are met.
SI Reset (YES)
Instrument Air restored to dampers (YES)
Performance Step: I Standard:
Comment:
Procedure Caution:
Performance Step: 2 Evaluator Cue:
Standard:
Comment:
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Appendix C Page 5 of 13 Form ES-C-I PERFORMANCE INFORMATION OP-I 69, 8.4.Z3 Performance Step: 3 CHECK the following post-accident discharge nozzle dampers SHUT on Status Light Box 5 (6) for the selected train of fans:
- a. CV-D3 for AH-2 (CV Dl for AH-I)
- b. CV-D5 for AH-3 (CV D7 for AH 4)
Standard:
Verifies CV-D3 and CV-D5 indicate SHUT on Status Light Box 5.
Comment:
OP-I 69, 8424 Performance Step: 4 Place the train secured in Step 8.4.2.2 in operation per Section
5.1. Standard
Proceeds to Section 5.1.
Comment:
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Appendix C Page 6 of 13 Form ES-C-i PERFORMANCE INFORMATION OP-I 69, 5.1.1 Procedure Note:
Where the Operator has a choice between Train A or Train B, this procedure will list Train A number and letter identification first with Train B in parentheses.
Evaluator Cue:
Attachments I and 2 have been completed.
Performance Step: 5 Circles Note, reads Note and slashes circle after reading.
Verify Initial Conditions:
Attachments 1 and 2 are completed.
ESW train is in service which corresponds to the AH unit train to be started.
Standard:
Acknowledges cue for Attachments 1 and 2.
Verifies ESW Train A in service.
Comment:
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Appendix C Page 7 of 13 Form ES-C-i PERFORMANCE INFORMATION OP-I 69, 5.1.2.1 Procedure Note:
When changing Containment Cooling modes, or swapping Containment Fan Cooler Trains, care must be taken to prevent the following:
Entering Technical Specification 3.6.1.4 at-i.O inwg Containment pressure (1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> action).
Opening the Containment Vacuum Breakers at -2.25 inwg Containment pressure.
This may be accomplished by performing the evolution slowly, monitoring CNMT pressure effects using ERRS point PCP7611.
Also, placing the Containment Normal Purge Exhaust flow controller (FK-7624) in manual and shutting CP-B9, will allow CNMT pressure to slowly rise, thus compensating for the CNMT pressure drop that will occur during each fan start.
Procedure Caution Failure of equipment to secure in this section will result in the associated EDG being inoperable. Tech Spec 3.8.1.1 is applicable until the breaker for the affected load is opened.
Performance Step: 6 IF CNMT Normal Purge needs to be restored at any time during the performance of this procedure section, THEN PERFORM the following:
(1) IF CNMT Normal Purge has NOT tripped, THEN RESTORE FK-7624 to AUTO.
(2) IF CNMT Normal Purge has tripped, THEN STARTUP CNMT Normal Purge per OP-i 68.
Standard:
Circles Note, reads Note and slashes circle after reading.
Circles Caution, reads Caution and slashes circle after reading.
Checks CNMT Normal Purge secured and N/As steps ia, i.b, and i.c Evaluator Cue:
CNMT Normal Purge will be restored by another operator per ES-I.1 Attachment I step 12.
Comment:
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Appendix C Page 8 of 13 Form ES-C-i PERFORMANCE INFORMATION OP-I 69, 5.1.2.2 Procedure Note In winter months, the operating train should be secured per Section 7.1 prior to starting the idle train, to minimize the potential for entering Technical Specification 3.6.1.4 at -1.0 inwg Containment pressure (1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> action), or opening the Containment Vacuum Breakers at -2.25 inwg Containment pressure.
q Performance Step: 7 Place the control switches for both fans in each Containment cooler unit AH-2 A-SA (Al-I 1 B-SB) and AH-3 A-SA (AH 4 B SB) to LO-SPD.
Standard:
Circles Note, reads Note and slashes circle after reading.
Places control switch for AH-2 A-SA in LO-SPD.
Places control switch for AH-2 B-SA in LO-SPD.
Places control switch for AH-3 A-SA in LO-SPD.
Places control switch for AH-3 B-SA in LO-SPD.
Comment:
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Appendix C Page 9 of 13 Form ES-C-i PERFORMANCE INFORMATION OP-I 69, 5.1.2.3 Procedure Note:
After any fan cooler is started in low speed, the fan should be allowed to come up to speed for approximately 15 seconds before shifting to fast speed. This reduces the starting current required for high speed operation.
Step 5.1.2.4 must be performed without delay following Step 5.1.2.3. The fan should not be allowed to coast down before being started in fast speed. These two steps should be performed together, one fan at a time.
J Performance Step: 8 Place the control switch for the fans started in Step 5.1.2.2 to STOP.
Standard:
Circles Note, reads Note and slashes circle after reading.
Places control switch for AH-2 A-SA in STOP.
Places control switch for AH-2 B-SA in STOP.
Places control switch for AH-3 A-SA in STOP.
Places control switch for AH-3 B-SA in STOP.
Comment:
OP-I 69, 5.1.2.4 I
Performance Step: 9 Place the control switches for the fans stopped in Step 5.1.2.3 to Hl-SPD.
Standard:
Places control switch for AH-2 A-SA in HI-SPD.
Places control switch for AH-2 B-SA in HI-SPD.
Places control switch for AH-3 A-SA in Hl-SPD.
Places control switch for AH-3 B-SA in Hl-SPD.
Comment:
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Appendix C Page 10 of 13 Form ES-C-i PERFORMANCE INFORMATION OP-I 69, 8.4.2.5,.6, and.7 Performance Step: 10 IF FK-7624 was taken to MANUAL in Step 5.1.2.1 a, THEN RESTORE FK-7624 to AUTO.
IF CNMT Normal Purge is not in service, AND it is desired to place CNMT Normal Purge in service, THEN STARTUP CNMT Normal Purge per OP-i 68.
IF both trains of Containment Fan Cooler fans are running (such as during a train swap evolution), THEN PROCEED to Section 7.1 to secure the desired train.
Standard:
Reviews steps 5, 6, and 7 and marks these steps N/A Returns to Section 8.4.2 and proceeds with step 5 Comment:
OP-I 69, 8.4.2.5 Performance Step: II PLACE the following control switches for the standby train to STOP:
- AH-i A-SB (AH 2 A SA)
- AH-1 B-SB (AH 2 B SA)
- AH-4 A-SB (AH 3 A SA)
- AH-4 B-SB (AH 3 B SA)
Standard:
Takes control switches for fans and Stops fans AH-i A-SB (Stop)
AH-1 B-SB (Stop)
AH-4 A-SB (Stop)
AH-4 B-SB (Stop)
Comment:
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Appendix C Page ii of 13 Form ES-C-i PERFORMANCE INFORMATION OP-I 69, 8.4.2.6 Performance Step: 12 CHECK the following post-accident discharge nozzle dampers SHUT on Status Light Box 5 (6) for the standby train of fans:
- a. CV-D1 for AH-1 (CV D3 for AH 2) (Shut)
- b. CV-D7 for AH-4 (CV-D5 for AH 3) (Shut)
Standard:
Checks CV-D1 for AH-1 and CV-D7 for AH-4 indicate SHUT on Status Light Box 6.
Comment:
OP-I 69, 8.4.2.7 Performance Step: 13 If containment temperature is greater than 118 F or if additional cooling is desired, refer to Section 8.1, Start-Up of Fan Cooler Units (Maximum Cooling mode).
Standard:
Verifies containment temperature is less than 118 F.
(Maybe> 118° but trending DOWN at this time.)
Marks step 7 as N/A Evaluator Cue:
It is not desired to start up additional cooling.
Comment:
After containment temperature is verified at or trending to less than 118 F: Evaluation on this JPM is complete.
Evaluator Cue:
Direct Simulator Operator to place the Simulator in Freeze.
Simulator Operator:
When directed by the Lead Examiner then go to Freeze.
STOP TIME:
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Appendix C Page 12 of 13 Form ES-C-I VERIFICATION OF COMPLETION Job Performance Measure No.:
2013 NRC Exam Simulator JPM CR e Return the Containment Fan Coolers to normal following an SI actuation.
OP-i 69 Examinees Name:
Date Performed:
Facility Evaluator:
Number of Attempts:
Time to Complete:
Question Documentation:
Question:
Response
Result:
SAT UNSAT Examiners Signature:
Date:
2013 NRC Exam CR JPM e Rev. FINAL
Appendix C Page 13 of 13 Form ES-C-i JPM CUE SHEET An automatic SI initiation occurred due to a combination of equipment failure and technician error SI has been terminated You have been directed to return Containment Fan Coolers to the normal alignment per ES-i.i, SI TERMINATION, Attachment 1 step 6.a Initiating Cue:
using OP-169, CONTAINMENT COOLING AND VENTILATION, Section 8.4. The A-SA train will be used for normal operation.
Initial Conditions:
2013 NRC Exam CR JPM e Rev. FINAL
Appendix C Page 1 of 18 Form ES-C-i Worksheet Facility:
Shearon Harris Task No.:
Task
Title:
Loss Of All AC While Paralleling JPM No.:
2013 NRC Exam EDG from MCB for Testing Simulator JPM CR f K/A
Reference:
064 A4.06 RO 3.9 SRO 3.9 ALTERNATE PATH
- YES Examinee:
NRC Examiner:
Facility Evaluator:
Date:
Method of testing:
Simulated Performance:
Actual Performance:
X Classroom Simulator X
Plant READ TO THE EXAMINEE I will explain the initial conditions, which steps to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objective for this Job Performance Measure will be satisfied.
The plant is operating at 100% power.
Emergency Diesel Generator lB-SB has been started and is Initial Conditions:
ready to be paralleled to the grid.
An operator is on station to locally monitor B EDG in accordance with_OP-i 55_attachments.
You are the BOP, and the CRS has directed you to parallel EDG lB-SB to the grid in accordance with OP-i 55, section 5.3.
All initial conditions of Section 5.3.1 have been completed.
The monthly voltage and governor controls exercise are required to be performed.
To expedite the examination schedule, the candidate should be briefed outside of the Simulator prior to performing this JPM.
Provide a copy of OP-i55, Rev. 67, pages 1-13, 25-29,178,190 for them to task preview and mark up prior to entering the Simulator to perform the JPM.
Examiners Note:
Inform them that ALL initial conditions are satisfied.
This will allow them to review the Precautions and Limitations associated with OP-i 55 and have time for a task preview of the steps to accomplish paralleling the EDG. Expect that the candidates will_take_about_10_-_15_minutes_to_complete_this_review.
2013 NRC Exam CR JPM f Rev. FINAL Initiating Cue:
Appendix C Page 2 of 18 Form ES-C-i Worksheet Task Standard:
EDG lB-SB output breaker 126 is operated in accordance with OP-i 55; breaker closed per section 5.3, manually opened per Precaution and Limitation 4.0.24 upon LOSP AND manually closed per ECA-0.0 step 8.a RNO.
Required Materials:
OP-i55 Rev. 67, sections 3.0, 4.0, 5.3, Att.9, and Att.i5 (pp.1-13, 25-29,178,190)
General
References:
OP-155, Rev. 67 ECA-0.0, Rev. 2 Time Critical Task:
No Validation Time:
15 minutes Critical Step Justification Step: 4 Without Sync, EDG output breaker will not close on energized bus Ste 15 Must recognize the implications of LOSP without EDG output breaker p.
126 tripping: Sequencer fails to load.
33 Required to restore on power to one emergency bus to support stabilization of the plant.
2013 NRC Exam CR JPM f Rev. FINAL
Appendix C Page 3 of 18 Form ES-C-i Worksheet 2013 NRC Exam
- SIMULATOR SETUP Simulator Operator ResettolC-171 Password dinner GotoRUN Silence and Acknowledge annunciators GO TO FREEZE and inform the lead examiner the Simulator is ready. DO NOT GO TO RUN until directed by the lead examiner. (The examiner has provided to the candidate with initial conditions and the initiating cues prior to placing the simulator in RUN.)
To recreate the IC setup for this JPM:
ResettolC-19 Start EDG B Insert malfunction to prevent EDG B breaker 126 from automatically opening on subsequent LOSP (allowing manual operation to open) o imfZCR3i748 FAIL_ASIS Set up a failure of the A EDG to trip once the sequencer sends a start signal o
EDG A Trips after EDG A start signal is received from sequencer imf dsgol (n 00:00:00 00:00:00) A o
1 B-SB Bus Undervoltage 86UV fails to close EDG B breaker 126 automatically imf dsgo6b (n 00:00:00 00:00:00) TRUE Set Trigger I for a loss of Offsite power to the plant o
imf eps0l (1 0 0) W/O_DELAY o
Assign conditional trigger file B EDG MW Meter to trigger 1 When EDG is loaded to 2 MW the malfunction of loss of Offsite power will actuate GotoRUN Silence and Acknowledge annunciators Freeze and Snap these conditions to your exam IC 2013 NRC Exam CR JPM f Rev. FINAL
Appendix C Page 4 of 18 Form ES-C-i PERFORMANCE INFORMATION Simulator Operator:
When directed by the Lead Examiner go to Run.
START TIME:
OP-I 55 Performance Step: I Implements OP-i 55, Section 5.3, Diesel Synchronizing and Paralleling at MCB Standard:
Reviews Prerequisites, Precautions and Limitations and Initial Conditions (Previously informed that all initial conditions have been satisfied)
Comment:
OP-I 55, Section 5.3.2 Step I Performance Step: 2
Standard:
Contacts Load Dispatcher Simulator Communicator:
Acknowledge as the Load Dispatcher notification has been completed.
Comment:
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Appendix C Page 5 of 18 Form ES-C-i PERFORMANCE INFORMATION OP-I 55, Section 5.3.2 Step 2 Performance Step: 3
- 2. PERFORM the following:
REVIEW Precaution 4.0.21 to determine if UPP-1A is aligned to its normal power source.
REVIEW Precaution 4.0.22 to determine if ALB-i 5-4-i is unlit.
REVIEW Precautions 4.0.24 and 4.0.25 before paralleling.
Standard:
Reviews precautions Evaluator Cue:
(If asked when reviewing Precaution 4.0.21)
UPP-IA is aligned to its normal source.
Comment:
OP-I 55, Section 5.3.2 Step 3 v
Performance Step: 4
- 3. PLACE DIESEL GEN A SA (B-SB) SYNCHRONIZER control switch to SYNC.
Standard:
Places Key in B-SB EDG sync switch and turns to SYNC.
Checks that Sync scope is on.
Comment:
OP-I 55, Section 5.3.2 Note prior to Step 4 Performance Step: 5 NOTE: Steps 5.3.2.4.a, 5.3.2.4.b, 5.3.2.5.a, and 5.3.2.5.b, which exercise the Voltage and Governor adjustment, only need to be accomplished once per month.
Standard:
Reviews and circle/slashes note. Recognizes steps are required per the Initiating Cue.
Comment:
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Appendix C Page 6 of 18 Form ES-C-i PERFORMANCE INFORMATION OP-I 55, Section 5.3.2 Steps 4.a,b Performance Step: 6
- 4. POSITION DIESEL GEN A-SA (B-SB) AUTO VOLTAGE ADJUST control switch to RAISE or LOWER as necessary to perform the following:
- a. Lower voltage to 6.6kV
- b. Raise voltage to 7.2kV Standard:
Lowers EDG B Auto Voltage Adjust until EDG voltage indicates 6.6 kV.
Raises EDG B Auto Voltage Adjust until EDG voltage indicates 7.2 kV.
Comment:
OP-I 55, Section 5.3.2 Note prior to Step 4.c Performance Step: 7 NOTE: El-6953A SA (B SB) has a scaling factor of x300.
Therefore the range of the meter reflects an actual voltage range of -9000 VAC to +9000 VAC.
Standard:
Reviews and Circle/Slash Note Comment:
OP-I 55, Section 53.2 Step 4.c Performance Step: 8
- c. ADJUST EDG voltage to match the associated Emergency 6.9KV Bus voltage as indicated by zero differential voltage indicated on EI-6953A SA (B SB), A (B) SYNC VOLTS.
Standard:
Precisely adjusts EDG B Auto Voltage Adjust until EDG voltage matches 6.9KV Bus 1 B-SB voltage (0 t\\ VOLTS).
Comment:
- Denotes Critical Steps 2013 NRC Exam CR JPM f Rev. FINAL
Appendix C Page 7 of 18 Form ES-C-i PERFORMANCE INFORMATION OP-I 55, Section 5.3.2 Step 5 Performance Step: 9
- 5. POSITION DIESEL GEN A SA (B-SB) GOVERNOR CONTROL switch to RAISE or LOWER as necessary to perform the following:
- a. LOWER frequency to 59hz
- b. RAISE frequency to 61hz
- c. ADJUST EDG speed until the synchroscope is rotating slowly in the FAST direction (CLOCKWISE).
Standard:
Adjusts EDG B Governor Control until EDG B frequency is indicating 59 Hz.
Adjusts EDG B Governor Control until EDG B frequency is indicating 61 Hz.
Adjusts EDG B Governor Control until EDG B sync scope is indicating slow CW movement.
Comment:
OP-I 55, Section 5.3.2 Step 6 Performance Step: 10
- 6. CHECK synchronizing lights are cycling (OUT when the synchroscope is at the 12 oclock position) in agreement with the synchroscope rotation.
Standard:
Checks sync lights are cycling properly.
Comment:
OP-I 55, Section 5.3.2 Note Prior to Step 7 Performance Step: II NOTE:
EI-6955A SA (B SB), EMERGENCY DIESEL OUTPUT VOLTAGE, compared with El-6956A1 SA (Bi SB),
EMERGENCY BUS VOLTAGE, can be used as diverse indications to verify differential voltage indicated in the next step..
Standard:
Reviews and Circle/Slash Note Comment:
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Appendix C Page 8 of 18 Form ES-C-i PERFORMANCE INFORMATION OP-I 55, Section 5.3.2 Step 7 Performance Step: 12 7.
As necessary, POSITION DIESEL GEN A SA (B-SB)
AUTO VOLTAGE ADJUST control switch to adjust EDG voltage to zero differential voltage is indicated on EI-6953A SA (B SB), A (B) SYNC li VOLTS.
Standard:
Verifies precisely 0 t VOLTS, using AUTO VOLTAGE ADJUST control switch as needed.
Comment:
OP-I 55, Section 5.3.2 Caution Prior to Step 8 Performance Step: 13 Performing the following three steps in rapid succession will prevent a reverse power trip of the EDG output breaker. The reverse power trip relay has a 30 second time delay from when the breaker is closed until trip.
Standard:
Reviews and Circle/Slash Caution The candidate should review the next few steps and may use flagging to promptly pick up load sync Comment:
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Appendix C Page 9 of 18 Form ES-C-i PERFORMANCE INFORMATION When B EDG is loaded to 2.0 MW the malfunction of loss of Evaluator Note:
Offsite power will actuate OP-I 55, Section 5.3.2 Steps 8,9,10,11 Performance Step: 14 8.
WHEN the synchroscope reaches the 12 oclock position and the synchronizing lights are TOTALLY DARK, THEN PLACE the DIESEL GEN ASA (B-SB) BREAKER 106 SA (126 SB) control switch to CLOSE.
9.
CHECK DIESEL GEN A SA (B-SB) BREAKER 106 SA (126 SB) is CLOSED.
- 10. POSITION DIESEL GEN A SA (B-SB) GOVERNOR CONTROL switch to increase generator load to 2.2 to 2.4 MW on EI-6957A1 SA (Bi SB), A (B) POWER.
Standard:
Makes PA announcement Closes Breaker 126 when synchroscope is at 12 oclock Promptly checks Breaker 126 is closed Promptly raises generator load to 2.2 2.4 MW Comment:
At 2.0 MW a loss of Offsite Power occurs Loss of Off-site Power I Alternate Path Begins Here
Performance Step: 15 Recognize LOSP and evaluate proper response of breaker 126 lAW P&L 4.0.24 (breaker 126 should automatically trip and re-close to allow the sequencer to start loading)
Standard:
Recognize LOSP condition Determines breaker 126 does not automatically trip as expected Notify CRS of breaker status Place breaker 126 to TRIP After LOSP, candidate may respond to Rx Trip and perform immediate actions of E-0.
Evaluator Note:
However, breaker 126 should be tripped prior to referring to E-0 which will result in the Loss Of All AC requiring entry into ECA-0.0 requiring the candidate to respond.
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Appendix C Page 10 of 18 Form ES-C-i PERFORMANCE INFORMATION Comment:
ECA-O.O, Step I Performance Step: 16 1.
VERIFY Reactor Trip:
cr ta I
eacto Tr+/-p ypass B
fleutron flix
- URQEPIN Standard:
Verifies the Reactor Trip and Bypass Breaker OPEN AND Neutron Flux is dropping.
Comment:
ECA-OM, Step 2 Performance Step: 17 2.
VERIFY Turbine Trip ALL Throttle Valves Shut:
7U3 STOP VLV 1 TSLE-2-11-L TtJRB STOP VLT 2 1LB-2-1i-2 TtIKB S2O? VLV
?SL-2-1i-3 TORE &fO VLV 4 LE-2-1i-4 Standard:
Verifies ALL the Throttle Valves are shut.
Comment:
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Appendix C Page 11 of 18 Form ES-C-I PERFORMANCE INFORMATION ECA-O.O, Step 3.a Check If RCS Isolated:
Performance Step: 18 3.a Check letdown isolation valves
- Shut:
1 CS-i (LCV-460) 1 CS-2 (LCV-459)
Standard:
Check letdown isolation valves are shut. If not Shut then perform RNO 3.a I) Shut all orifice isloation valves:
ICS-7 1CS-8 1CS-9
- 2) Shut letdown isloation valves:
1 CS-i (LCV-460) 1 CS-2 (LCV-459)
Comment:
ECA-O.O, Step 3b Check If RCS Isolated:
Performance Step: 19 3.b Check PRZ PORVs
- Shut:
1 RC-i 18 (PCV-445A) 1RC-i 14 (PCV-444B) 1 RC-i 16 (PCV-445B)
Standard:
Checks ALL PRZ PORVs are shut.
1 RC-1 18 (PCV-445A) 1 RC-1 14 (PCV-444B) 1 RC-i 16 (PCV-445B)
Comment:
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Appendix C Page 12 of 18 Form ESC-1 PERFORMANCE INFORMATION ECA-0.0, Step 3.c Check If RCS Isolated:
Performance Step: 20 3.c Verify excess letdown valves
- SHUT:
I CS-460 1 CS-461 Standard:
Verify excess letdown valves are shut.
1 CS-460 1 CS-461 Comment:
ECA-0.0, Step 4a Verify AFW Flow AND Control SG Levels:
Performance Step: 21 4.a Verify AFW Flow - GREATER THAN 210 KPPH Standard:
Verifies AFW Flow greater than 210 KPPH.
Comment:
ECA-0.0, Step 4.b Verify AFW Flow AND Control SG Levels:
Performance Step: 22 4.b Any level
- GREATER THAN 25%[40%]
Standard:
Checks All SG levels Comment:
ECA-0.0, Step 4.c Verify AFW Flow AND Control SG Levels:
Performance Step: 23 4.c Control AFW flow to maintain all intact level between 25%
and 50% [40% and 50%]
Standard:
Adjusts AFW flow as required to maintain 25% to 50% on ALL SGs.
Comment:
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Appendix C Page 13 of 18 Form ES-C-I PERFORMANCE INFORMATION ECA-O.O, Step 5 Performance Step: 24 Evaluate EAL Matrix Standard:
Notifies the SM to evaluate the EAL Matrix Comment:
ECA-O.O, Step 6 Performance Step: 25 Verify AC Emergency Bus Cross-Ties to Non-Emergency AC Buses
- OPEN Standard:
Verify any cross tie to Bus 1A-SA - OPEN E Breaker 104 D Breaker 105 AND Verify any cross tie to Bus I B-SB
- OPEN D Breaker 124 D Breaker 125 Comment:
ECA-OM, caution prior to Step 7 Performance Step: 26 Emergency stopping an EDG will de-energize the field flashing circuit and prevent a fire in the GCP control section.
Do NOT start any EDG that is emergency stopped OR close any tripped EDG output breaker until problem corrected.
Standard:
Reviews and Circle/Slash Caution Comment:
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Appendix C Page 14 of 18 Form ES-C-i PERFORMANCE INFORMATION ECA-O.O, Step 7.a Check EDGs IA-SA AND lB-SB
- AVAILABLE (FOR START FROM MCB)
Performance Step: 27 7.a Check all of the following for EDG iA-SA:
o DIESEL GENERATOR A TRIP annunciator
[ALB-024-3-1]
- CLEAR (NOT PRESENT)
DIESEL GENERATOR A START FAILURE annunciator
[ALB-024-3-3]
- CLEAR (NOT PRESENT)
Breaker 106 NORMAL (NOT TRIPPED)
Standard:
7.a Check all of the following for EDG iA-SA:
DIESEL GENERATOR A TRIP annunciator YES
[ALB-024-3-i]
- CLEAR (NOT PRESENT)
DIESEL GENERATOR A START FAILURE NO annunciator
[ALB-024-3-3]
- CLEAR (NOT PRESENT)
Breaker 106 NORMAL (NOT TRIPPED)
YES Operator performs RNO:
Places the EDG 1A-SA emergency 1A-SA: stop switch to EMERG STOP and verifies the EDG has stopped Comment:
ECA-O.O, Step 7.b Check EDGs IA-SA AND lB-SB
- AVAILABLE (FOR START FROM MCB)
Performance Step: 28 7.b Check all of the following for EDG I B-SB:
DIESEL GENERATOR B TRIP annunciator
[ALB-025-3-i]
- CLEAR (NOT PRESENT)
DIESEL GENERATOR B START FAILURE annunciator
[ALB-025-3-3]
- CLEAR (NOT PRESENT)
Breaker 126 NORMAL (NOT TRIPPED)
Standard:
Ta Check all of the following for EDG 1 B-SB:
DIESEL GENERATOR B TRIP annunciator YES
[ALB-025-3-1]
- CLEAR (NOT PRESENT)
DIESEL GENERATOR A START FAILURE YES annunciator
[ALB-025-3-3]
- CLEAR (NOT PRESENT)
Breaker 126 NORMAL (NOT TRIPPED)
YES Comment:
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Appendix C Page 15 of 18 Form ES-C-i PERFORMANCE INFORMATION ECA-0.0, Step 7.c Check EDGs IA-SA AND lB-SB
- AVAILABLE (FOR START FROM MCB)
Performance Step: 29 7.c Check any EDG
- AVAILABLE (NOT EMERGENCY STOPPED)
Standard:
Determines EDG lB-SB
- AVAILABLE (NOT EMERGENCY STOPPED)
Comment:
ECA-0.0, Step 7.d Check EDGs IA-SA AND I B-SB - AVAILABLE (FOR START FROM MCB)
Performance Step: 30 7.d Check any EDG RUNNING Standard:
Determines EDG lB-SB RUNNING Comment:
ECA-0.0, Step 7.e Check EDGs IA-SA AND lB-SB
- AVAILABLE (FOR START FROM MCB)
Performance Step: 31 7.e GO TO Step 8.
Standard:
Goes to Step 8 Comment:
- Denotes Critical Steps 2013 NRC Exam CR JPM f Rev. FINAL
Appendix C Page 16 of 18 Form ES-C-I PERFORMANCE INFORMATION ECA-O.O, Step 8.a Energize AC Emergency Buses using EDGs:
Performance Step: 32 8.a Check any AC emergency bus
- ENERGIZED:
LI 1A-SA bus voltage LI 1 B-SB bus voltage Standard:
LI IA-SA bus voltage NO LI 1 B-SB bus voltage NO Comment:
ECA-O.O, Step 8.a RNO Energize AC Emergency Buses using EDGs:
V Performance Step: 33 8.a RNO: Perform any of the following (listed in order of preference):
- 1) At the MCB manually close running EDG output breaker:
LI EDG 1A-SA: Breaker 106 Not Running LI EDG 1A-SA: Breaker 126 Running Standard:
- 1) At the MCB manually close running EDG output breaker:
LI EDG IA SA: Breaker 106 LI EDG IA-SA: Breaker 126 Operator closes EDG IA-SA: Breaker 126 Comment:
Evaluator Note:
After candidate closes EDG output breaker 126 to restore power to the B Emergency Bus, the JPM is complete.
Evaluator Cue:
Evaluation on this JPM is complete.
Direct Simulator Operator to place the Simulator in Freeze.
STOP TIME:
Simulator Operator:
When directed by the Lead Examiner go to Freeze.
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Appendix C Page 17 of 18 Form ES-C-i VERIFICATION OF COMPLETION Job Performance Measure No.:
2013 NRC Exam Sim CR JPM f Loss Of All AC While Paralleling EDG from MCB for Testing OP-i 55, E-0, ECA-0.0 Examinees Name:
Date Performed:
Facility Evaluator:
Number of Attempts:
Time to Complete:
Question Documentation:
Question:
Response
Result:
SAT UNSAT Examiners Signature:
Date:
2013 NRC Exam CR JPM f Rev. FINAL
Appendix C Page 18 of 18 Form ES-C-i JPM CUE SHEET The plant is operating at 100% power.
Emergency Diesel Generator 1 B-SB has been started and Initial Conditions:
is ready to be paralleled to the grid.
An operator is on station to locally monitor B EDG in accordance with OP-i 55 attachments.
You are the BOP, and the CRS has directed you to parallel EDG I B-SB to the grid in accordance with OP-i 55, section 5.3.
Initiating Cue:
All initial conditions of Section 5.3.1 have been completed.
The monthly voltage and governor controls exercise are required to be performed.
2013 NRC Exam CR JPM f Rev. FINAL
Appendix C Page 1 of 15 Form ES-C-I Worksheet Facility:
HARRIS Task No.:
015005H401 Task
Title:
Restore an Excore NI Channel to JPM No.:
2013 NRC JPM CR g Service (at power, NI failed low)
K/A
Reference:
015 A4.03 RO 3.8 SRO 3.9 ALTERNATE PATH
- NO Examinee:
NRC Examiner:
Facility Evaluator:
Date:
Method of testin:
Simulated Performance:
Actual Performance:
X Classroom Simulator X
Plant READ TO THE EXAMINEE:
I will explain the initial conditions, which steps to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objective for this Job Performance Measure will be satisfied.
The plant is at 100 percent power.
N 1-43 has failed low earlier this shift.
Initial Conditions:
I&C have completed the repairs to NI-43. All other parameters are normal.
Initiatin Cue The CRS has directed you to return NI-43 to service in accordance with g
OWP-RP-25.
2013 NRC Exam Simulator JPM CRg Rev. FINAL
Appendix C Page 2 of 15 Form ES-C-I Worksheet Task Standard:
Nl-43 returned to service.
Required Materials:
OWP-RP-25, Rev. 16 General
References:
OWP-RP (Rev. 16)
Handout:
None Time Critical Task:
No Validation Time:
15 minutes Critical Step Justification Step 4 Must place Rod Control System to Manual to prevent inadvertent reactivity changes while implementing the OWP.
Must select correct switch and correct switch position for Nl-43 to Step 7 restore upper detector comparator Must select correct switch and correct switch position for NI-43 to Step 8 restore rod stop bypass and power mismatch Must select correct switch and correct switch position for Nl-43 to Step 9 restore comparator channel defeat Must return Nl-43 to processing for correct alarms and indication Step 19 on ERFIS 2013 NRC Exam Simulator JPM CR g Rev. FINAL
Appendix C Page 3 of 15 Form ES-C-i Worksheet 2013 NRC Exam
- SIMULATOR SETUP Simulator Operator ResettolC-i7i Password dinner Load 2013 exam AMS file from the portable hard drive o
OWP-RP-25-NRM
- Part 1 Place OWP-RP Bistables Tripped OWP-RP in Affect signs on NI 43 drawer GotoRun Silence and Acknowledge annunciators GO TO FREEZE and inform the lead examiner the Simulator is ready. DO NOT GO TO RUN until directed by the lead examiner. (The examiner has provided to the candidate with initial conditions and the initiating cues prior to placing the simulator in RUN.)
To recreate the IC setup for this JPM:
Initial Simulator IC was IC-19, stay in freeze Insert a malfunction to fail low PRNIS Channel 43 o
imf NISO8C 0.0 GotoRUN Silence and Acknowledge annunciators FREEZE and SNAP these conditions for future use NOTE: Running AMS file APP-rps-OWP-Nl-07-TST (PIC-3) will simulate tripping bistables BS3 and BS4 in PIC-3 on Card C3-822.
Run AMS file APP-rps-OWP-NI-07-TST (PIC-3)
NOTE: Running AMS file APP-rps-OWP-NI-07-TST (NI Drawer A) will simulate disconnecting P312 from J3i 2 at the rear of N43 Drawer A.
Run AMS file APP-rps-OWP-NI-07-TST (NI Drawer A)
FREEZEandSNAP 2013 NRC Exam Simulator JPM CR g Rev. FINAL
Appendix C Page 4 of 15 Form ES-C-i PERFORMANCE INFORMATION Simulator Operator:
When directed by the Lead Examiner go to Run.
START TIME:
Performance Step: I Obtain procedure (Provided by Examiner)
Standard:
Obtains OWP-RP-Section 25.
Comment:
OWP-RP-25 Sheet I Performance Step: 2 Sheet 1 contains information on which component the OWP is written for, the scope, applicable requirements, precautions, the component lineup, testing requirements, testing action, component lineups restore, remarks and reviewed by.
Standard:
Reads sheet 1 to ensure the correct component and scope is for N-43 Comment:
Evaluator Cue:
If needed, LCO actions have already been addressed.
OWP-RP-25 Sheet 2 Performance Step: 3 Reviews NOTE: This OWP must be performed in order to prevent possible spurious rod motion or level control swings.
Standard:
Reads and circles I slashes note Comment:
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Appendix C Page 5 of 15 Form ES-C-I PERFORMANCE INFORMATION OWP-RP-25 Sheet 2 continued V
Performance Step: 4 On Main Control Board Check position:
Rod Bank Selector switch MANUAL Standard:
Places Rod Bank Selector Switch from Auto to MANUAL.
Reads I reviews OMM-OO1 Attachment 13 control bands and trip limits with rod control system in Manual Controller Control sand Trip Limit Low Hiob Rod Control T Avg within 2 of T Ref T Avg Within T Avg Within Stable Plant 10 of T Ref 10 of T Ref Rod Control T Avg within 5 of T Ref T Avg Within TAvg Within Transient Plant 10 ofT Ref 10 ofT Ref and the trend and the trend show no sign of show no sign of turning turning IF informing the CRS: Acknowledge the OMM-OO1 Rod Control Evaluator Cue:
control band and trip limits.
Comment:
OWP-RP-25 Sheet 2 continued Performance Step: 5 On Main Control Board check position:
FK-479.l MANUAL FK-489.1 MANUAL FK-499.I
- MANUAL Standard:
Verifies FK-479.1, FK-489.1, and FK-499.1 controllers all in MANUAL.
Comment:
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Appendix C Page 6 of 15 Form ES-C-i PERFORMANCE INFORMATION OWP-RP-25 Sheet 2 continued Performance Step: 6 NOTE: Concurrent verification is preferred in while tripping bistables.
In PlC 3 on Card C3-822 position:
BS3 (TB1432C1 OTAT) to NORMAL BS4 (TB/432C2 OTAT C-3) to NORMAL Contact Maintenance to restore the trip bistables to NORMAL Standard:
Calls Maintenance to trip bistables to NORMAL in PlC 3 on Card C3-822 and requests that second l&C person accompanies person tripping bistables to NORMAL to perform Concurrent verification If candidate calls for Maintenance - acknowledge request with proper communications.
Inform the applicant that time compression is being used for l&C to report to MCR and that I&C is ready to restore the trip bistables to NORMAL in PlC 3 on Card C3-822 Evaluator I Simulator (Contact Simulator Operator to run AMS file OWP-RP Operator Cue:
NRM
- Part 1 to simulate restoring bistables BS3 and BS4 to NORMAL)
NOTE: The applicant may request that the step for restoring the tripped bistables to NORMAL is initialed prior to continuing.
IF SO then cue them to assume that the step is initialed.
Run ANIS file: APP-rps-OWP-RP-25-NRM - Part 1 This file simulates restoring the tripped bistables BS3 and BS4 in PIC-3 on Card C3-822.
Simulator Operator:
After the file is completed wait 10 seconds then report back that the tripped bistables BS3 and BS4 in PIC-3 on Card C3-822 has been restored to NORMAL.
Comment:
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Appendix C Page 7 of 15 Form ES-C-i PERFORMANCE INFORMATION OWP-RP-25 Sheet 2 continued v
Performance Step: 7 On Detector Current Comparator Drawer position:
Upper Section Switch to NORMAL Lower Section Switch to NORMAL Standard:
Selects NORMAL on UPPER SECTION SWITCH Selects NORMAL on LOWER SECTION SWITCH Evaluator Note:
Channel Defeat lights on drawer will extinguish.
Comment:
if Performance Step: 8 On Miscellaneous Control and Indication Panel position:
Rod Stop Bypass Switch to OPERATE Power Mismatch Bypass Switch to OPERATE Standard:
Selects OPERATE on ROD STOP BYPASS SWITCH Selects OPERATE on POWER MISMATCH BYPASS SWITCH Comment:
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Appendix C Page 8 of 15 Form ES-C-i PERFORMANCE INFORMATION OWP-RP-25 Sheet 2 continued V
Performance Step: 9 On Comparator and Rate Drawer position:
Comparator Channel Defeat Switch to NORMAL.
Standard:
Selects NORMAL on the COMPARATOR CHANNEL DEFEAT switch j
Evaluator Note:
Defeat light on drawer extinguishes.,
Comment:
OWP-RP-25 Sheet 2 continued On Power Range Drawer N43A Performance Step: 10 NOTE: The purpose of the sign installed below is to alert personnel of tripped bistables that may not be obvious at the NI drawer. The wording in quotations is the recommended wording, but similar words may also be used.
Standard:
Reviews and circle I slashes Note Comment:
OWP-RP-25 Sheet 2 continued Performance Step: 11 Removed
- Sign stating Bistables Tripped
- OWP-RP in Affect Standard:
Locates sign and removes it from the obvious position on the NI drawer for Nl-43.
Comment:
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Appendix C Page 9 of 15 Form ES-C-I PERFORMANCE INFORMATION OWP-RP-25 Sheet 3 Performance Step: 12 NOTE: Concurrent verification is preferred in the following step.
At the rear of N43 Drawer A, disconnect P312 from J312 Contact Maintenance to disconnect leads Standard:
Calls Maintenance to connect leads at rear of N43 Drawer A and requests that second l&C person accompanies person landing leads to perform Concurrent verification Evaluator I Simulator If candidate calls for Maintenance - acknowledge request Operator Cue:
with proper communications.
- Inform the applicant that time compression is being used for l&C to report to MCR and that l&C is ready to connect leads.
(Contact Simulator Operator to insert remote function nisO3l connect to simulate landing leads)
NOTE: The applicant may request that the step to connect the lead is initialed prior to continuing.
IF SO then cue them to assume that the step is initialed.
Simulator Operator:
When contacted by Evaluator irf nisO3l connect This file simulates connecting P312 from J312.
After the file is completed wait 10 seconds then report back that the connecting of P312 from J312 has been completed.
Comment:
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Appendix C Page 10 of 15 Form ES-C-i PERFORMANCE INFORMATION OWP-RP-25 Sheet 3 continued On completion of the above lineup, check the following.
Performance Step: 13 On TSLB-3 C TRIP 0/TEMP AT - TB432C1 (Window 9-1) DE-ENERGIZED Standard:
Locates window 9-1 and initials DE-ENERGIZED line Comment:
OWP-RP-25 Sheet 3 continued Performance Step: 14 On TSLB-3 C RUN BK 0/TEMP AT
- TB432C2 (Window 9-3) DE-ENERGIZED Standard:
Locates window 9-3 and initials DE-ENERGIZED line Comment:
OWP-RP-25 Sheet 3 continued
- Circle required state as determined by present plant conditions.
Performance Step: 15 On TSLB-4 PR LO PWR HI FLUX NC 43P (Window 5-3)
- ENERGIZED OR DE-ENERGIZED Standard:
Locates window 5-3, circles current status of Window 5-3 and initials U* ENERGIZED OR DE-ENERGIZED line Comment:
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Appendix C Page 1 1 of 15 Form ES-C-i PERFORMANCE INFORMATION OWP-RP-25 Sheet 3 continued Performance Step: 16 On TSLB-4 PR HI PWR HI FLUX NC 43R (Window 6-3) DE-ENERGIZED Standard:
Locates window 6-3 and initials DE-ENERGIZED line Comment:
OWP-RP-25 Sheet 3 continued
- May require manual reset of rate trips at drawer Performance Step: 17 On TSLB-4 PR HI FLUX RATE NC 43U1K (Window 7-3) ** DE-ENERGIZED Standard:
Locates window 7-3 and initials DE-ENERGIZED line Resets the PR rate trip (if required) at PR A N43A drawer by placing the rate mode switch to the reset position. Verifies that the rate trip is reset.
Comment:
OWP-RP-25 Sheet 3 continued Performance Step: 18 On BYPASS PERMISSIVE LIGHTS Panel.
PR OVERPWR ROD WTHDRWL BLK BYPASS CHAN III (Window 3-7) DE-ENERGIZED Standard:
Locates window 3-7 and initials DE-ENERGIZED line Comment:
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Appendix C Page 12 of 15 Form ES-C-i PERFORMANCE INFORMATION OWP-RP-25 Sheet 4 if Performance Step: 19 On ERFIS Computer
- After status lights have been checked, perform the following using the DR function.
ANMO122M
- PWR RNG CHANNEL N43 Qi 1-MIN AVG RESTORE TO PROCESSING Standard:
Logs onto ERFIS Computer using DR function and restores ANMO122M
- PWR RNG CHANNEL N43 Qi i-MIN AVG to processing Comment:
OWP-RP-25 Sheet 4 continued Performance Step: 20 On MAIN CONTROL BOARD: Circle appropriate position as determined by plant conditions.
ROD BANK SELECTOR Switch MAN/AUTO+
Standard:
Checks Rod Bank Selector Switch position (can circle MAN after cue provided)
Evaluator Cue:
The applicant may determine that AUTO rod control can be accomplished
- CUE them prior to obtaining the procedure:
The CRS directs that the Rod Bank Selector Switch be left in MANUAL until a second operator is available in the MCR.
Comment:
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Appendix C Page 13 of 15 Form ES-C-i PERFORMANCE INFORMATION OWP-RP-25 Sheet 4 continued Performance Step: 21 FW Reg Byp Valve Controllers:
Circle appropriate position as determined by plant conditions:
FK-479. I MAN/AUTO-FK-489. I MAN/AUTO+
FK-499. I MAN/AUTO+
Standard:
(Per current plant conditions)
Circles MAN for FK-479.l, FK-489.1 and FK-499.l Comment:
OWP-RP-25 Sheet 4 continued Performance Step: 22 Reports to CRS Standard:
Reports to CRS that N43 has been returned to service lAW OWP-RP-25 Evaluator Cue:
The CRS acknowledges that N43 has been returned to service lAW OWP-RP-25 Comment:
After lineup has been completed and the report provided to CRS then: Evaluation on this JPM is complete.
Lead Evaluator Cue:
Inform the Simulator Operator to place the Simulator in Freeze.
Simulator Operator:
When directed by the Lead Examiner then go to Freeze.
STOP TIME:
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Appendix C Page 14 of 15 Form ES-C-i VERIFICATION OF COMPLETION Job Performance Measure No.:
2013 NRC JPM CR g Restore an Excore NI Channel to Service (at power, NI failed low)
OWP-RP-25 Examinees Name:
Date Performed:
Facility Evaluator:
Number of Attempts:
Time to Complete:
Question Documentation:
Question:
Response
Result:
SAT UNSAT Examiners Signature:
Date:
2013 NRC Exam Simulator JPM CR g Rev. FINAL
Appendix C Page 15 of 15 Form ES-C-i JPM CUE SHEET Initial Conditions:
The plant is at 100 percent power. NI-43 has failed low earlier this shift.
l&C have completed the repairs to N 1-43. All other parameters are normal.
Initiating Cue:
The CRS has directed you to return NI-43 to service per OWP-RP-25.
2013 NRC Exam Simulator JPM CR g Rev. FINAL
Appendix C Job Performance Measure Form ES-C-i Worksheet Facility:
Shearon Harris Task No.:
008010H10i Task
Title:
Align CCWto Support RHR JPM No.:
2013 NRC Exam Initiation (OP-i45)
Simulator JPM CR h KJA
Reference:
008 A4.Oi RO 3.3 I SRO 3.1 ALTERNATE PATH
- NO Examinee:
NRC Examiner:
Facility Evaluator:
Date:
Method of testing:
Simulated Performance:
Actual Performance:
X Classroom Simulator X
Plant READ TO THE EXAMINEE I will explain the initial conditions, which steps to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objective for this Job Performance Measure will be satisfied.
The unit is in Mode 4, going to Mode 5 Preparations are underway to place both trains of RHR in service Initial Conditions:
Both ESW Trains are in service CCW Pump A is running Initiating Cue:
Align CCWto support RHR operation in accordance with OP-145, COMPONENT COOLING WATER. All Section 3.0 Prerequisites are met.
To expedite the examination schedule, the candidate should be briefed outside of the Simulator prior to performing this JPM.
Provide a copy of OP-I 45, Rev. 69, pages 1-i 1, 15-16, and 43-47.
The initial conditions should be signed off and section 5.2 initial conditions signed off. This will allow them time to task preview and mark up prior to entering the Simulator to perform the JPM.
Examiners Note:
Inform them that ALL initial conditions are satisfied.
This will allow them to review the Precautions and Limitations associated with OP-145 and have time for a task preview of the steps to accomplish aligning CCW to support RHR operation.
Expect that the candidates will take about 10
- 15 minutes to complete this review.
2013 NRC Exam CR JPM h Rev. FINAL eIj
Appendix C Job Performance Measure Form ES-C-I Worksheet Task Standard:
Two CCW Pumps running and the required CCW flow rate established through both RHR Heat Exchangers Required Materials:
None General
References:
OP-145, COMPONENT COOLING WATER, Rev 69 Handout:
OP-145, Sections 1.0-4.0 OP-145, Section 5.2 with the Initial Conditions signed off OP-145, Section 8.9 with the Initial Conditions signed off (pages 1-11, 15-16, and 43-47)
Time Critical Task:
No Validation Time:
25 minutes CRITICAL STEP JUSTIFICATION St 2
Must direct AO to throttle shut 1 CC-508 to prevent pump runout when ep aligning CCW flow to the RHR Hx due to flow rate not within band.
St 5
Critical because two CCW Pumps are required to support two RHR ep Trains and other loads.
Step 9 Critical to align flow through RHR HX A or heat exchanger will not provide cooling.
Step 11 Critical to isolate Train A from Non-Essential Header.
Step 12 Critical to isolate Train A from Non-Essential Header.
Step 14 Critical to align flow through RHR HX B.
2013 NRC Exam CR JPM h Rev. FINAL
Appendix C Job Performance Measure Form ES-C-i Worksheet 2013 NRC Exam
- SIMULATOR SETUP Simulator Operator NOTE: The setup time for this JPM may take> 5 minutes ResettolC-172 Password dinner Go to RUN and wait 10 seconds then silence and acknowledge alarms.
GO TO FREEZE and inform the lead examiner the Simulator is ready. DO NOT GO TO RUN until directed by the lead examiner. (The examiner has provided to the candidate with initial conditions and the initiating cues prior to placing the simulator in RUN.)
To recreate the IC setup for this JPM:
Resetto)C-16 Place LTOPS in NORMAL and establish feed with AFW to prevent distracting alarms Start both ESW Pumps Throttle I CC-575 irf ccwO8O (n 0 0) 50 0 0 Shut 1CC-522 irf ccwi22 (n 00) 0 0 0 Open 1CC-512 irfccw083(nOO) 10000 Check Fl-652. 1 in normal band 10,000 gpm to 11,000 gpm IF VCT makeup occurs during this set up allow the VCT to fill Return CCWto normal lineup per OP-145 Stabilize the plant including AFW flows FREEZE and SNAP 2013 NRC Exam CR JPM h Rev. FINAL
Appendix C Page 4 of 15 Form ES-C-i PERFORMANCE INFORMATION Simulator Operator:
When directed by the Lead Examiner go to Run.
START TIME:
OP-I 45 Performance Step: I Implements procedure Standard:
Reviews Sections 1.0 through 4.0.
Proceeds to Section 8.9.
Reviews the initial conditions for 8.9 (RHR System operation desired)
Comment:
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Appendix C Page 5 of 15 Form ES-C-i PERFORMANCE INFORMATION OP-145, 8.9.2.1 Procedure Notes:
The purpose of this section is to ensure CCW pump runout does not occur. Maximum flow through one CCW pump is 12,650 gpm. This section will ensure that one CCW pump is not supplying both essential cooling loops and the non essential loop simultaneously.
Normally it is desirable to place both RHR cooling trains in operation in Mode 4. This will require both CCW pumps to be in operation and one train of non-essential supply and return valves to be shut.
Procedure Caution:
To prevent pump runout when aligning CCW flow to the RHR Hx, verify flow rate to the Non-essential header with one pump running is less than 8500 gpm, as indicated on FI-652.1 (FI-653.i) prior to opening ICC-147 (ICC-167).
Performance Step: 2 PERFORM the following to verify total CCW flow rate is between 7850 gpm and 8500 gpm:
IF SFP 2&3A is in service, THEN THROTTLE SHUT 1 CC-508, SEP HX 2&3A CCW Outlet Isolation Valve.
IF SFP 2&3B is in service, THEN THROTTLE SHUT 1 CC-52i, SFP HX 2&3B CCW Outlet Isolation Valve.
V Standard:
Reads and circle / slashes notes and caution Determines flow is NOT within band and contacts Aux Operator to throttle shut 1 CC-508 to their mark When contacted to throttle shut 1CC-508 use Simulator Drawing CCWO7 / open window for I CC-508 and adjust the percent open in three increments to allow the candidate to monitor the progress on ERFIS you should be in open communication with the candidate during this evolution Simulator Operator I Communicator:
41% to 25% with a 10 second ramp 25% to 10% with a 10 second ramp This last adjustment will get flow to be within band and you will be instructed to stop.
10% to 4% with a 10 second ramp FI-652.1 reads 8400 gpm and 8200 gpm on ERFIS Evaluator Note:
Fl-652.1 Tolerance is +/- 200 gpm Band 8200 I 8600 gpm outside of this band is not acceptable Comment:
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Appendix C Page 6 of 15 Form ES-C-i PERFORMANCE INFORMATION OP-145, 8.9.2.2 Performance Step: 3 IF both trains of RHR cooling are to be placed in service, START the second CCW pump per Section 5.2.
Standard:
Proceeds to Section 5.2 to start CCW Pump B.
Comment:
OP-145, 5.2.1 Performance Step: 4 Verifies Initial Conditions Standard:
Notes all Initial Conditions are signed (including the prestart checks)
Contacts Aux Operator to standby for B CCW pump start Simulator Communicator:
When requested: Report you are standing by.
Comment:
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Appendix C Page 7 of 15 Form ES-C-i PERFORMANCE INFORMATION OP-145, 5.2.2.1 Procedure Notes:
Starting the second pump could cause LP fluctuations across REM-O1CC-35O1ASA (BSB) which may shut solenoid valves I CC-23 and 1 CC-40.
Starting the second pump may cause flow oscillations which could shut 1CC-252. Re-opening of 1CC-252 should not be attempted until the second pump is secured.
APP-ALB-005 Windows 1-3, 2-1, and 3-2 are expected alarms when starting the second CCW Pump.
Procedure Caution:
With one CCW pump running and the standby pump capable of an automatic start, ensure a minimum flowrate of 7850 gpm exists as indicated on Fl-652.1 (Fl-653.i). If both CCW pumps are running OR the CCW trains are separated, a minimum of 3850 gpm per pump is required. This lower flowrate should only be allowed for short durations to accomplish pump swapping or system realignment.
Performance Step: 5 Reviews and circle I slashes notes and caution Makes PA announcement for pump start then:
At the MCB, START CCW Pump Train B-SB.
-1 Standard:
Selects CCW Pump B to start and releases (critical)
Verifies pump start indications (not critical)
Contacts Aux Operator to ensure good start (not critical)
IF contacted OR asked to report on B CCW pump start Simulator Communicator:
Report the B CCW pump had a good start and you will continue to monitor during pump warm up to full operating conditions.
Comment:
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Appendix C Page 8 of 15 Form ES-C-i PERFORMANCE INFORMATION OP-145, 5.2.2.2 Performance Step: 6 VERIFY flow is greater than or equal to 3850 gpm on FI-653.i and Fl-652.1.
Standard:
Verifies 3850 gpm on FI-653.i and FI-652.1.
Comment:
OP-I 45, 52.2.3 Performance Step: 7 VERIFY OPEN, 1CC-23 and 1CC-40, REM 3501 A CCW Inlet Solenoid Valve and REM 3501 B CCW Inlet Solenoid Valve respectively.
Standard:
Contacts Aux Operator for verification Simulator Communicator:
Report: ICC-23 and ICC-40 are OPEN Comment:
OP-I 45, 5.2.2.4 and 5.2.2.5 Performance Step: 8 IF 1 CC-23 or 1 CC-40 shut as a result of starting the CCW pump, THEN INITIATE a CR.
PERFORM one of the following:
SECURE a second CCW Pump using Section 7.1 ALIGN CCW to support RHR cooling using Section 8.9 Standard:
N/As step 4 and step 5 Comment:
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Appendix C Page 9 of 15 Form ES-C-i PERFORMANCE INFORMATION OP-145, 8.9.2.3 Procedure Note:
If A (B) train RHR cooling is placed in service first, the A (B)
CCW pump will only supply the A (B) CCW essential header. B (A) CCW pump will supply the non-essential CCW header and the B (A) CCW essential header.
I Performance Step: 9 OPEN 1CC-i47 (1CC-167), CCW FROM RHR HEAT EXCHANGER A-SA (B SB).
Standard:
Reads and circle I slashes note Places 1CC-i47 in OPEN (RED indication).
Comment:
OP-I 45, 8.9.2.4 Procedure Caution:
With one CCW pump running and the standby pump capable of an automatic start, ensure a minimum flowrate of 7850 gpm exists as indicated on FI-652.i (FI-653.i). If both CCW pumps are running OR the CCW trains are separated, a minimum of 3850 gpm per pump is required. This lower flowrate should only be allowed for short durations to accomplish pump swapping or system realignment. (Reference 2.6.6)
Performance Step: 10 VERIFY RHR HXA (B) outflow is 5600 to 8150 gpm on FI-688Ai (Fl 689A1).
Standard:
Reads circle I slashes caution Verifies RHR HX A out flow is 5600 to 8150 gpm on Fl-688Ai.
Comment:
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Appendix C Page 10 of 15 Form ES-C-i PERFORMANCE INFORMATION OP-I 45, 8.9.2.5 Procedure Note:
If a leak occurs, and surge tank level is less than 40% (below the divider plate), make up water for the B CCW header will be supplied by demin water. Makeup water for the A CCW header must be supplied by the Reactor Makeup Water System.
Procedure Caution:
Shutting both 1CC-99 and ICC-113 will result in the loss of the Nonessential Header.
J Performance Step: II IF both CCW pumps are in service, CLOSE I CC-99 (1CC-il 3),
CCW HEAT EXCHANGER A(B) TO NONESSENTIAL SUP.
Standard:
Closes only 1CC-99 (GREEN indication).
Comment:
OP-145, 8.9.2.6 Procedure Caution:
Shutting both 1CC-128 and 1CC-127 will result in the loss of the Nonessential Header.
q Performance Step: 12 IF both CCW pumps are in service, CLOSE ICC-128 (iCC 127),
CCW NONESSENTIAL RETURN TO HEADER A(8).
Standard:
Reads circle I slashes note Closes 1CC-i 28 (GREEN indication).
Comment:
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Appendix C Page 11 of 15 Form ES-C-I PERFORMANCE INFORMATION OP-145, 8.9.2.7 Performance Step: 13 VERIFY the following:
- a. IF both CCW Pumps are in service, THEN PERFORM the following:
CHECK CCW Pump A-SA (B-SB) flow between 7850 and 8050 gpm on MCB indicator FI-688A1 (Fl-689A1).
IF necessary, THEN ADJUST and LOCK ICC-146 (1 CC-i 66), RHR HxA (B) Outlet Throttle Valve, to obtain desired flow.
Standard:
Verifies flow between 7850 and 8050 gpm on FI-688A1 Determines that there is no need to adjust 1 CC-246 Determines steps 7.a.2 and 7.b.i and 2 are N/A If asked to adjust flow then reduce the percent open of Simulator Operator:
1CC-I 46 on Sim drawing for CCWO3 from 46 to 44 to obtain slightly lower flow rate on FI-688A1 Comment:
OP-I 45, 8.9.2.8 Procedure Caution:
Do not supply CCW to both RHR Heat Exchangers simultaneously with only one CCW pump running.
q Performance Step: 14 IF both trains of RHR cooling are to be placed in service, OPEN ICC-I 67 (iCC 147), CCW FROM RHR HEAT EXCHANGER B SB (A SA).
Standard:
Opens ICC-167 (RED indication).
Comment:
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Appendix C Page 12 of 15 Form ES-C-I PERFORMANCE INFORMATION OP-I 45, 89.2.9 Performance Step: 15 VERIFY CCW Pump B-SB (A-SA) flow rate in the required range, as follows:
CHECK CCW Pump B-SB (A-SA) flow rate is between 10,000 and 12,500 gpm on MCB indicator Fl-653.1 (Fl 652.1). IF flow rate is not between 10,000 and 12,500 gpm, THEN ADJUST the applicable valve.
Standard:
Verifies flow rate is between 10,000 and 12,500 gpm on Fl-653.1 and there is NO need for flow adjustment and N/As step 9.b.
Comment:
OP-145, 8.9.2.10 Performance Step: 16 Locally VERIFY Fl-693, CCW Flow Gross Failed Fuel Detector, is between 8 and 12 gpm.
Standard:
Contacts Aux Operator to verify flow on FI-693 between 8 and 12 gpm rSimulator Communicator:
Flow on FI-693 reads 10 gpm Comment:
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Appendix C Page 13 of 15 Form ES-C-I PERFORMANCE INFORMATION OP-145, 8.9.2.11 Performance Step: 17 WHEN CCW is no longer required for RHR Operation, PERFORM the following steps:
Standard:
Step is N/A at this time.
Comment:
When Step 8.92.11 is read: Evaluation on this JPM is Evaluator Cue:
complete.
Direct Simulator Operator to place the Simulator in Freeze.
Simulator Operator:
When directed by the Lead Examiner then go to Freeze.
STOP TIME:
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Appendix C Page 14 of 15 Form ES-C-i VERIFICATION OF COMPLETION Job Performance Measure No.:
2013 NRC Exam Simulator JPM CR h Align CCW to Support RHR Initiation OP-145 Examinees Name:
Date Performed:
Facility Evaluator:
Number of Attempts:
Time to Complete:
Question Documentation:
Question:
Response
Result:
SAT UNSAT Examiners Signature:
Date:
2013 NRC Exam CR JPM h Rev. FINAL
Appendix C Page 15 of 15 Form ES-C-I JPM CUE SHEET Initial Conditions:
The unit is in Mode 4, going to Mode 5 Preparations are underway to place both trains of RHR in service Both ESW Trains are in service CCW Pump A is running Align CCW to support RHR operation in accordance with OP-145, Initiating Cue:
COMPONENT COOLING WATER. All Section 3.0 Prerequisites are met.
2013 NRC Exam CR JPM h Rev. FINAL
Appendix C Page 1 of 13 Form ES-C-i Worksheet Facility:
Shearon Harris Task No.:
121 00iH404 Task
Title:
Place the ASI System in Standby JPM No.:
2013 NRC Exam Alignment (OP-i 85)
In-Plant JPM i K/A
Reference:
AA2.67 RD 2.9 SRO 3.1 ALTERNATE PATH
- NO Examinee:
NRC Examiner:
Facility Evaluator:
Date:
Method of testing:
Simulated Performance:
X Actual Performance:
Classroom Simulator Plant X
READ TO THE EXAMINEE I will explain the initial conditions, which steps to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objective for this Job Performance Measure will be satisfied.
A Normal Plant Heatup is in progress in accordance with GP-002, Normal Plant Heatup From Cold Solid To Hot Subcritical Mode 5 To Mode 3.
Initial Conditions:
Current RCS temperature is 335 F The A CSIP is in service and providing 10 gpm to all 3 RCP Seals.
The MCR has directed you to perform OP-i 85, Alternate Seal Injection, Section 5.1, Automatic Standby Alignment Prior to MODE 3.
Initial Conditions have been met with the exception of Initiating Cue:
step 5.1.1.6.
You are to complete initial conditions and perform section 5.1.2.
For this task you can assume you have the AC RAB rounds keys.
2013 NRC Exam In-Plant JPM i Rev. FINAL
)
Appendix C Page 2 of 13 Form ES-C-I Worksheet Task Standard:
Place the ASI System in Standby Alignment (OP-I 85)
Required Materials:
OP-I 85 Section 5.1 General
References:
OP-185 Section 5.1 Rev. 7 Time Critical Task:
No Validation Time:
10 minutes Critical Task Justification Ste 4
Required to ensure proper Alternate Seal Injection Standby Alignment p
Prior to entering Mode 3.
Must locate CS-210.1 switch and place CS-210.I, ASI PUMP in the Step 9 AUTO position in order for the ASI pump to work when required.
Must locate CS-210.2 SQUIB VALVE 1ASI-21 BYPASS switch and Step 10 place the switch to NORMAL for the squib valve to work when required.
2013 NRC Exam In-Plant JPM i Rev. FINAL
Appendix C Page 3 of 13 Form ES-C-i PERFORMANCE INFORMATION SAFETY CONSIDERATIONS:
Do NOT operate actual plant equipment. Follow standard ALARA practices in the RCA.
START TIME:
Performance Step: I OBTAIN PROCEDURE Standard:
Obtain OP-i 85 Section 5.1 and review procedure.
Provide operator with a copy of predetermine pages for Evaluator Cue:
OP-I 85, marked-up procedure with all initial conditions completed except 5.1.1.6.
Comment:
OP-185, 5.1.1 Caution prior to Step I Performance Step: 2 CAUTION:
If normal seal injection flow to 2/3 RCPs (FIS-7207, 7208, 7209) is less than 4.0 gpm for 150 seconds the squib valves will fire; the ASI pump will start after a 15 second delay.
Standard:
Circle, reads then slashes Caution Comment:
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Form ES-C-i Page 4 of 13 PERFORMANCE INFORMATION In accordance with PRO-NGGC-0200, Initial Conditions may be performed in any order.
OP-I 85, 5.1.1 Step 6 ASI Tank level is 99% or greater (Ll-7206 at ASI Tank)
Locates Ll-7206 and reads ASI Tank level.
LI-7206 reads 99%.
LI-7206 should read 99% or greater.
Performance Step: 4 Standard:
Comment:
OP-I 85, 5.1.2 Note prior to step I The valves in step 5.1.2.1 and 5.1.2.2 are located in the CVCS Filter Valve Gallery.
Circle, reads then slashes Note Appendix C Evaluator Note:
Performance Step: 3 Standard:
Evaluator Cue:
Evaluator Note:
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Appendix C Page 5 of 13 Form ES-C-i PERFORMANCE INFORMATION OP-I 85, 5.1.2.1 Performance Step: 5 Verify Locked Open 1CS-828, ASI Supply Header Upstream Isolation Vlv.
The location of ICS-828 and ICS-827 may be difficult to see when following the candidate into the CVCS filter valve gallery since the area to stand in is small. Have the candidate show you where the valves are located on the valve map outside the CVCS filter gallery before entering the area.
Evaluator Note:
- There may have be a change in dose conditions from when this JPM was validated. DO NOT ENTER THE AREA TO IDENTIFY THE VALVES IF YOU WILL RECEIVE A DOSE OF
>ImilliRem during the performance of this JPM. Instead use the valve map exclusively and conduct a reverse brief on what would be done.
Standard:
Locates iCS-828, ASI Supply Header Upstream Isolation valve (or on the valve map outside the CVCS filter valve gallery)
(#51 on the map).
Provide feedback that ICS-828 as found position is locked Evaluator Cue:
open.
Comment:
OP-185, 5.1.2.2 Performance Step: 6 Verify Locked Open 1 CS-827, ASI Supply Header Downstream Isolation Vlv.
Standard:
Locates 1 CS-827, ASI Supply Header Downstream Isolation valve (or on the valve map outside the CVCS filter valve gallery)
(#50 on the map).
Evaluator Cue:
Provide feedback that ICS-827 as found position is locked open.
Comment:
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Appendix C Page 6 of 13 Form ES-C-i PERFORMANCE INFORMATION OP-I 85, 5.t2.3 I Provide feedback as each component is checked that the Evaluator Cue:
I associated light indication is OFF.
Performance Step: 7 CHECK the ASI System Control Panel for the following:
Tit!
I rdicatin Status Initials Co [or AS! Pump Auto Stan Tinier Red OFF thitated AS! Pum Not in Auto Amber OFF 24VDC Contrnl Fwr Avla!e White OFF 1 2UUFiL Control twr AvlIable WhIte U I-I Squib in Bypa Arnbr OFF iAI-21 Finnci CLrcua Green orr Available 1ASI-22 Fiiirg CI &.u1 OFF Auai!b!
(7)
AS! Pump Runninci Red OFF AS! Pump Stopped Green OFF Standard:
Locates each indication in step 3 and checks that all lights are off.
Comment:
OP-I 85 section 5.1.2 Note prior to step 4 Performance Step: 8 The actions in Step 5.1.2.4 will clear ALB-8-2-3, ASI SYSTEM TROUBLE, if no other inputs to the ALB are active.
Standard:
Circle, reads then slashes Note Comment:
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- Denotes Critical Steps 2013 NRC Exam In-Plant JPM i Rev. FINAL
Appendix C Page 7 of 13 Form ES-C-i PERFORMANCE INFORMATION OP-I 85 section 5.I.2.4.a V
Performance Step: 9 At the ASI System Control Panel, PERFORM the following:
a.
PLACE CS-2i0.i, ASI PUMP, in AUTO.
Evaluator Cue:
The initial switch position of CS-210.I is OFF Standard:
Locates CS-210.1 and places CS-210.1, ASI PUMP, in the AUTO position.
NOTE: Both lights are OUT and both lights will STILL BE OUT when CS-210.I is placed in AUTO Evaluator Cue:
Once the switch is turned provide feedback:
CS-210.I is now in AUTO Comment:
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Appendix C Page 8 of 13 Form ES-C-i PERFORMANCE INFORMATION OP-I 85 section 5.I.2.4.b (Begin Critical Steps)
V Performance Step: 10 Place CS-210.2, SQUIB VALVE 1ASI-21 BYPASS, in NORMAL Evaluator Cue:
The initial switch position of CS-210.2 is in BYPASS Standard:
Identifies that this step is a critical step. Locates CS-210.2 and determine that switch is in the bypass position. Repositions switch to NORMAL NOTE: Both lights are OUT and both lights will STILL BE OUT when CS-210.2 is placed in NORMAL Evaluator Cue:
Once the switch is turned:
CS-210.2 is now in NORMAL.
Comment:
OP-185 section 5.1.2.4.c V
Performance Step: 11 Place CS-210.3, SQUIB VALVE 1ASI-22 BYPASS, in NORMAL Evaluator Cue:
The initial switch position of CS-21 0.3 is in BYPASS Standard:
Locates CS-210.3 and determine that switch is in the bypass position. Repositions switch to NORMAL NOTE: Both lights are OUT and both lights will STILL BE OUT when CS-210.3 is placed in NORMAL Evaluator Cue:
Once the switch is turned:
CS-210.3 is now in NORMAL.
Comment:
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Appendix C Page 9 of 13 Form ES-C-i PERFORMANCE INFORMATION OP-I 85 section 5.1.2.5 V
Performance Step: 12 PLACE breaker PP-i D232-6, Feed to ASI System Control Panel, to ON.
PP-I D232-6, Feed to ASI System Control breaker Panel Evaluator Cue:
is OFF Standard:
Locates PP-I D232-6 and determines that the breaker is OFF.
Places breaker to the ON position.
Once the breaker is manipulated:
The breaker is now ON NOTE: Candidate may go back to the panel after the breaker is ON to check light conditions. IF they do and they want a Evaluator Cue:
response for the light indications then cue:
24VDC control power available (white light ON)
I2OVAC control power available (white light ON)
ALL 4 Green lights on Firing Circuit Available (green ON)
Comment:
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Appendix C Page 10 of 13 Form ES-C-i PERFORMANCE INFORMATION OP-I 85 section 5.1.2.6
Performance Step: 13 PLACE breaker 1D23-iB, Alternate Seal Injection Pump, to ON.
1D23-IB, Alternate Seal Injection Pump breaker is OFF Evaluator Cue:
IF ASKED: (both red and green lights should be OFF)
Standard:
Locates breaker 1D23-1B, Alternate Seal Injection Pump is OFF and once the breaker is manipulated provide feedback that breaker is now ON.
Once the breaker is manipulated:
The breaker is now ON.
Evaluator Cue:
IF ASKED: green light is LIT on breaker AND above the Auto switch 210.1 on the panel Comment:
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Appendix C Page 1 1 of 13 Form ES-C-i PERFORMANCE INFORMATION End Critical Steps OP-I 85 section 5.1.2.7 Performance Step: 14 Check the ASI system control Panel for the following:
Title 1ndiction Situs I nititls Cc*lor ASI Pump Auto 8tar TImr Rd OFF initiated
.ASI Pump Not in Auto Amber OFF 24VDC Control Pwr Available White ON 1 2OVAC Control Pwr Available Whfte ON Squib Valves in Bypass Amber OFF 1 ASl-21 Firing Circuit Green Available (x2)
IASI-22 Firing Circuit Green Available x2)
.Sl Pump Runnin Red OFF
.ASI pump Stopped Green ON As each indicator is read, provide feedback that each light is Evaluator Cue:
properly lit as determined from the table in this step.
Standard:
Locates each indication listed in step 7 and verifies that the lights are indicating properly.
Evaluator Cue:
Once Student reads step 5.1.2.8, Announce End of JPM.
STOP TIME:
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Appendix C Page 12 of 13 Form ES-C-i VERIFICATION OF COMPLETION Job Performance Measure No.:
2013 NRC Exam In-Plant JPM i Place the ASI System in Standby Alignment (OP-i 85)
Examinees Name:
Date Performed:
Facility Evaluator:
Number of Attempts:
Time to Complete:
Question Documentation:
Question:
Response
Result:
SAT UNSAT Examiners Signature:
Date:
2013 NRC Exam In-Plant JPM i Rev. FINAL
Appendix C Page 13 of 13 Form ES-C-I JPM CUE SHEET SAFETY CONSIDERATIONS:
Do NOT operate actual plant equipment unless specifically authorized to do so.
Follow standard ALARA practices in the RCA.
A Normal Plant Heatup is in progress in accordance with GP-002, Normal Plant Heatup From Cold Solid To Hot Subcritical Mode5ToMode3.
Initial Conditions:
Current RCS temperature is 335° F The A CSIP is in service and providing 10 gpm to all 3 RCP Seals.
The MCR has directed you to perform OP-i 85, Alternate Seal Injection, Section 5.1, Automatic Standby Alignment Prior to MODE 3.
Initial Conditions have been met with the exception of Initiating Cue:
step 5.1.1.6.
You are to complete initial conditions and perform section 5.1.2.
For this task you can assume you have the AC RAB rounds keys.
2013 NRC Exam In-Plant JPM i Rev. FINAL
Appendix C Page 1 of 24 Form ES-C-i Worksheet Facility:
Shearon Harris Task No.:
3011i7H40i Task
Title:
Local Inspection of Annunciator JPM No.:
2013 NRC Exam Cabinets Inplant JPM K/A
Reference:
2.1.23 ALTERNATE PATH: NO Examinee:
NRC Examiner:
Facility Evaluator:
Date:
Method of testinci:
Simulated Performance:
X Actual Performance:
Classroom Simulator Plant X
READ TO THE EXAMINEE I will explain the initial conditions, which steps to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objective for this Job Performance Measure will be satisfied.
ALB-03-4-5, Annunciator System 2 Power Supply Failure, has Initial Conditions:
alarmed in the Main Control Room. The crew has entered AOP-037, Loss of Main Control Room Annunciators.
Initiating Cue:
You have been directed by the CRS to check the status of System 2 annunciator power supplies per Attachment 2.
Provide the candidate a blank copy of AOP-037, Attachment 2 System 2 Annunciator Power Supply Status Determination, Sheets I and 2.
2013 NRC Exam lnPlant JPM j Rev. FINAL 4
Appendix C Page 2 of 24 Form ES-C-i Worksheet Task Standard:
Determine Status of Annunciator power supplies and number of annunciators affected and report to the Main Control Room.
Required Materials:
Annunciator cabinet key #48 General
References:
AOP-037, Attachment 2, Rev. 21 Time Critical Task:
No Validation Time:
15 Minutes N/A In-Plant JPM Critical Task Justification St 4
Without proper diagnosis of the affected power supplies, the MCR will ep not be able to fully determine total number of affected annunciators.
Ste 5
Without proper diagnosis of the affected power supplies, the MCR will not be able to fully determine total number of affected annunciators.
Ste 6
Without proper diagnosis of the affected power supplies, the MCR will not be able to fully determine total number of affected annunciators.
Ste 7
Without proper diagnosis of the affected power supplies, the MCR will
not be able to fully determine total number of affected annunciators.
Ste 9
Critical to determine the number of annunciators that are affected since I
this determination could be used for an EAL declaration.
2013 NRC Exam lnPlantJPMj Rev. FINAL
Appendix C Page 3 of 24 Form ES-C-i Worksheet Examiners Note: Key #48 is required to open the Annunciator power supply cabinets.
Prior to exam administration, the key will be checked out by someone from the Exam Development team and given to the NRC Lead Examiner. The key will be checked back in at the end of the day by the person that originally checked the key out.
Details of how to obtain a key will be left to the Examiner. One method to obtain a key and return it after use is listed below:
Obtain Safety Key Locker key from the CRSs desk Identify which key is required based on the Key Locker Index in key locker area Unlock the Safety Key Locker door and obtain proper key Sign key out Return the Safety Key Locker key to the CRSs desk At conclusion of task the key to the Safety Key Locker should again be obtained from the CRSs desk Unlock the Safety Key Locker and return key to its Safety Key Locker location and re-lock the locker door The key should be signed back in The Safety Key Locker CRS key should be returned to the desk By getting a key ahead of time and just asking the candidates how to obtain a key will alleviate the need to check out and check in the key each time the JPM is administered to the candidates for this JPM. This will reduce the overall time required to perform this JPM 2013 NRC Exam lnPlantJPMj Rev. FINAL
Appendix C Page 4 of 24 Form ES-C-I PERFORMANCE INFORMATION Note: The candidate will need to check out key #48 to open the Annunciator power supply cabinets.
Allow the candidate to either start to obtain a cabinet door key OR go to the cabinets then realize the need for a key when the cabinets are attempted to be Evaluator Cue:
opened.
When the need for a key is determined ask the candidate how to obtain the proper key and note the response. (See details on page 2 for obtaining a cabinet door key). Then provide the candidate with the correct cabinet key.
AOP-037, Attachment 2 System 2 Annunciator Power Supply Status Determination Step I Performance Step: I OBTAIN Annunciator Cabinet key NOTE: the candidate may proceed to the cabinet without a key and determine a key is needed when they try to open the locked door.
Standard:
Discuss how to obtain key (see page 2 write up). Obtains key from CRSs desk to unlock Safety Key locker and checks out key #48.
Proceeds to Annunciator Power Supply Cabinet door area.
Comment:
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Appendix C Page 5 of 24 Form ES-C-i PERFORMANCE INFORMATION PLC CAB5 PLC CABI ISOLCAB1BI ISOLCAB2BL ISOLCAS2 181 182 1 2B1 282 3M 3A2 Annunciator Cabinet System 2
- Bay I GOLCABIAI 1SOLCAB2AI IA1 1A22A1 2A2 AUX RELAY RACKS INPUT LOGIC OUTFW 1
OUWITI 1 TEST TEST AR-3 AR-2 AR-i DEMULTI INPUT LOGIC OUTPU1IOUTPUTI TTTEST
- 2
- 2
- 1
- 2
- 2 START TIME:
SOLID STATE PROTEC11ON SYSTEM RACKS Display PLC ROOM LAYOUT1.PDI, 2119/2009 09:47 PLC CABS PLC CAB2 PLC CABI6 PlC CABID PlC CABI4 SB SB PLC CAB?
PIG CAB 3 PlC CAB 11 PLC CABS PlC CAB4 j
PLC CAB12 PlC CABI5 PLC CABI3 SA 1
IZ SA I
I NSB NSBI NSB NSBI SA NSAI ANN. CAB-I ANN. CAB-2 I NSA NSAI NSA NSAI I-I--4--
--I--.---IBAV BAY BAY BAY BAY BAY BAY BAY [--I--4--
ISBISBISB SBISB SAl 1
2 3
1 2
3 IsAIsAIsA SA TRAIN B TRAiN A Evaluator Note:
Start time should begin when candidate has opened the Annunciator power supply cabinet to begin the first check.
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Appendix C Page 6 of 24 Form ES-C-i PERFORMANCE INFORMATION NOTE prior to Step 2 Performance Step: 2 All power supplies are located in the east side of the cabinets. Indicating lights for the 24 VDC and 12 VDC are on the top side of the power supply.
o Equipment designators used below in brackets [] are those listed in the MCB Annunciator Reference Guide.
The equipment is not labeled in the field.
Standard:
Circles, Reads and slashes Note:
Locates annunciator cabinet, System 2, Bay 1 unlocks and opens door.
Comment:
The candidate MAY start in a different order than System 2 hI Bay I then Bay 3 then Bay 5 then Bay 4. IF they do go out of vaiuator iote.
order then make sure you are providing them with the correct drawing for each cabinet that they are in., Step 2 Performance Step: 3 CHECK the indicated lights for each of the following Annunciator Cabinets (drawing page 2 of attachment) AND INITIAL if LIT.
Standard:
Reviews table (may check operator aid posted inside cabinet door which is the same drawing as sheet 2 in procedure)
Once candidate opens the cabinet door for System 2, Bay I and identifies the first indication, give candidate marked-up attachment for Bay I and Cue:
Evaluator Cue:
Indications for this Bay are as shown on this attachment.
Performance steps 4-7 have the candidate check the appropriate indicating lights and record the findings on Sheet I.
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Appendix C Page 7 of 24 Form ES-C-I PERFORMANCE INFORMATION, Step 2 (continued)
V Performance Step: 4 Checks appropriate indicating lights in SYSTEM 2, BAY 1 Standard:
Checks appropriate indicating lights in Bay 1 and INITIALS all Bay 1 spaces on Attachment 2 Comment:, Step 2 continued v
Performance Step: 5 Checks appropriate indicating lights in SYSTEM 2, BAY 3 Once candidate opens the cabinet door for System 2, Bay 3 and identifies the first indication, give candidate the
- Evaluator Cue:
marked-up attachment for Bay 3 and Cue:
Indications for this Bay are as shown on this attachment.
Standard:
Checks appropriate indicating lights in Bay 3 and INITIALS all Bay 3 spaces on Attachment 2 except left 12 VDC power supply (2C#1)
Comment:
V
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Appendix C Page 8 of 24 Form ES-C-I PERFORMANCE INFORMATION, Step 2 continued v
Performance Step: 6 Checks appropriate indicating lights in SYSTEM 2, BAY 5 Once candidate opens the cabinet door for System 2, Bay 5 and identifies the first indication, give candidate marked-up Evaluator Cue:
attachment for Bay 5 and Cue:
Indications for this Bay are as shown on this attachment.
Standard:
Checks appropriate indicating lights in Bay 5 and INITIALS all Bay 5 spaces on Attachment 2 except left 24 VDC power supply (2E#1)
Comment:, Step 2 continued V
Performance Step: 7 Checks appropriate indicating lights in SYSTEM 2, BAY 4 Once candidate opens the cabinet door for System 2, Bay 4 and identifies the first indication, give candidate marked-up Evaluator Cue:
attachment for Bay 4 and Cue:
Indications for this Bay are as shown on this attachment.
Standard:
Checks appropriate indicating lights in Bay 4 and INITIALS all Bay 4 spaces on Attachment 2 Comment:
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Appendix C Page 9 of 24 Form ES-C-i PERFORMANCE INFORMATION, Step 2 continued Performance Step: 8 Report findings to MCR Since the MCR is close by the candidate may start moving in the Evaluator Note:
direction of the MCR to report their findings. Have them stay in the location they are in and simulate a phone call to the MCR.
Standard:
Candidate calls the MCR using local phone and reports that all power supply indicating lights are lit for System 2 Annunciators except 12 VDC power supply (2C#i) in Bay 3 and the left 24 VDC power supply in Bay 5.
Acknowledge call: Repeat back the information the candidate provides.
The CRS now want you to determine the total number of AFFECTED annunciator WINDOWS that are affected based Evaluator Cue:
on the indications you have identified in Attachment 2 sheet I using AOP-037, Attachment 3 then report your finding.
(Now provide the candidate a copy of Attachment 3 and the sheet they can write their name and answer on).
Comment:
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Appendix C Page 10 of 24 Form ES-C-i PERFORMANCE INFORMATION AOP-037 section 3.0 step 9 Performance Step: 9 Based on indication identified in attachment 2. Determine the number of affected annunciators using AOP-037 attachment 3 and report findings to the MCR.
V Standard:
Candidate that since all power supply indicating lights are lit for System 2 Annunciators except Bay 3 left 12 VDC power supply (2C#1)
Bay 5 left 24 VDC power supply (2E#1)
A total of 262 annunciators would be affected from these 2 failures.
Reason: Since there are overlapping ALBs affected you would NOT count the (10 of 24) with ALB 18 and the (8 of 10) with ALB 24 that are identified in the 2C#1 24VDC power supply failure again.
A total of 18 annunciator windows would have to be subtracted from the 198 affected windows in the 2C#i failure.
2E#i (82 windows) + 2C#1 (198 windows 18 windows)
= 262 total windows affected Acknowledge call: Repeat back the information the candidate provides (it may be different than the key).
Evaluator Cue:
At the conclusion of the communication announce:
End of JPM Comment:
STOP TIME:
V
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Appendix C Page II of 24 PERFORMANCE INFORMATION KEY Form ES-C-I LOSS OF MAIN CONTROL ROOM ANNUNCIATORS
- System 2 Annunciator Power Supply Status Determination Sheet I of 2 Dl.
OBTAIN Annunciator Cabinet key.
NOTE a
.AI power supplies are ocated in the east side of the cab nets. lndcating li 9
hts for the 24 VDC and 2 VDC are on the top side of the power supply a
Equipment designators used below in brackets {] are those listed in the MCB Annunciator Reference Gude. The equipment is not labeied in the field.
D2.
CHECK the indicated lights or each of the follow riq Annunciator Cb.n.ts idrawinq ijace 2 of attachn,enfi AND INITIAL if LIT.
I EVALUAOR NOTE I
- JQ idontifieo th block.o that ndo to b 1njta1d***
CABINET INV AC 125 VDC PWR ON 12 VDC PWR ON 24 VDC PWR ON iToRo iToo Row Lefti iTor Row
(.Seocn R w.Outside [SmaIIetl 1
1Sesnd Row Inner [Larr Light Inithi Light InitiiI Light lLJ IiiitiI Light tLj Tnitb.I Lgh lLi 1ritiI Light (L)
Initii Light (L) hitil 3yrni 2 LIT j.
LIT LF LIT jn L:T Ui j
Lii 5y
.a2At/1 rDrz
- [2A#IJ
[2A#21 rigIit;
[21] sit:
i[2A#21 nQht System 2 LIT UT jc:
LIT jç LIT LIT Li Lii SayS
[22i] ngtti
- [2c1 ettJ
.2D#2] riq9
[2ci] Iefti
[2cDJ riqt system LIT LiT LIT Jr N/A MA LT N/A li/A Bay
2I r
/[2I: eft Q
i[DE1] sit:
A Il/A MA N?e LIT IU NA rii c/A N:A N/A N/A N/A
/[2D1] (t System 2 NA N/A MA MA LIT fi!A NA.
F1?A N/A N/A N/A N/A I i/.
Say 4
[2D2] rihti
N/A N/A NM N/A LIT 1:A il/A.
N/A MA N/A N/A N/A WA
[2OS]
SeGa id rovl AOP-037 I
Rev. 21 Page 12 of 52
- Denotes Critical Steps 2013 NRC Exam lnPIantJPMj Rev. FINAL
Appendix C Page 12 of 24 Form ES-C-I PERFORMANCE INFORMATION KEY 24 VDC System 2 2A1 134 13.1415,20 2A2 87 17,21,30 20#1 124 23, 25. 26, 2C#2 90
- 22. 2T. 28, 29 2EI 82 1E 18,19,24 POWER AFFECTED AFFECTED ALGs SIJPPUES WINDOWS 12 VDC Sistezrt 1 1A1 14 t2345(51 of52),7(3ofl8),8t3o123),9Mof29),
10(6of45) iA2 193 2 (4 of 39), 4 (15 of 21), 5 6, TB, 9(21 Of 29), 10 (36 0145) iOI 104 1 (3 of 33), 9. 10, 11,12 12 VDC System 2 2M1 171 13, 14, 15, 16 (7 of 12), 17 (6 of 16). 20,21 (22 of 37) 13(3 of32), 14 (5 of4l), i6(5 ofl2) 1715oT16), 19, 2A2 192 20 (37 of 39), 21, 22(15 of47), 24(2 of 10), 25 (2 f 10),
26 (1 OF 14). 30 2i 198 14 (3 of4l), 15 (20 of22), 18(10 of24), 22(29 of47), 23,
24(9 of 10), 25, 2, 27(4 of 15)
AN System 2 power supplies are initialed EXCEPT - left 12 VDC power supply (2C#1) in Bay 3 and left 24 VDC power supply (2E#1) in Bay 5. Candidate determines that 262 annunciators are affected.
V - Denotes Critical Steps 2013 NRC Exam InPiant JPM j Rev. FINAL
Appendix C Page 13 of 24 Form ES-C-i VERIFICATION OF COMPLETION Job Performance Measure No.:
2013 NRC Exam InPlant JPM Local Inspection of Annunciator Cabinets AOP-037 Examinees Name:
Date Performed:
Facility Evaluator:
Number of Attempts:
Time to Complete:
Question Documentation:
Question:
Response
Result:
SAT UNSAT Examiners Signature:
Date:
2013 NRC Exam InPlant JPM j Rev. FINAL
Appendix C Page 14 of 24 Form ES-C-i JPM CUE SHEET Name:
Date:
Identify the number of AFFECTED annunciators WINDOWS based on your findings Answer:
2013 NRC Exam InPlant JPM j Rev. FINAL
Appendix C Page 15 of 24 Form ES-C-i JPM CUE SHEET LOSS OF MAIN CONTROL ROOM ANNUNCIATORS - Affected ALB Determination Sheet 3 of 3 General Description of Systems Associated with ALEs:
ALE-I Containment Spray & Accumulator System ALE-2 Emergency Service Normal Service Water System ALE-S Miscellaneous Systems ALB-4 RHR/RWST System ALE-5 Component Cooling Water System ALE-S Chemical Volume Control System ALE-7 Chemical Volume Control System ALE-S RCP System ALE-Si Pressurizer System ALE-lO Reactor Coolant System ALE-i I Reactor First Out System ALE-12 Reactor First Out System ALE-iS Nuclear Instrumentation System and Rod Control System ALE-14 Steam Generator System
(
ALE-IS Various Protective Panels Trouble Alarms ALE-IS Feedwater System ALE-17 Auxiliary Feedwater System ALE-IS Turbine First Out System ALE-l9
- Heater Drain Pump & Condensate System ALE-20 MSR & Turbine System ALE-21 LP/HP Heaters & Circulating Water System ALE-22 Generator Exciter, Startup & Unit Transformer ALE-23 Various Area & Room Ventilation & Equipment, Fuel Pool System ALE-24 Diesel Generator-A System ALE-25 Diesel Generator - S System ALE-26 Control Panels Trouble Alarm System ALE-27 HVAC System (DG & Containment)
ALE-28 HVAC System (Containment)
ALB-29 HVAC System (Containment)
ALE-SO HVAC System (Control Room)
--END OF ATTACHMENT 3
(..
.1 Rev. 21 I
Page 16 of 52 2013 NRC Exam InPIantJPMj Rev. FINAL
Appendix C Page 16 of 24 Form ES-C-i JPM CUE SHEET LOSS OF MAIN CONTROL ROOM ANMUNCIA]IORS - Affected ALB Determiration Sheet 2 of S 2E#1 82 16,18,19,24 POWER AFFECTED AFFECTED ALB SUPPLIES WINDOWS I2VDC System I 1A1 164 1, 2. 3,4. 5 (51 of 52). 7 (3 of 18), 8 (3 of23), 9 4 of 29),
10(of45) iA#2 193 2(4 of 39), 4(15 of 21). 5,5,7.8,9 (21 of 29), 10 (36 of 45) 1Ci 104 1 (3 of 33). 9,10,11,12 12VDC Sytam2 2A#1 171 13, 14, 15, 16 (7 of 12), 17 (8 oF 16)., 20. 21 (22 of 37) 13 (3 of 32)J4 (5 of 41), 16 (5 of 12), 17 (15 of 16), 19, 2A2 192 20 (37 of 3) 21 22 (P5 of 47) 24 (3 of 10) 26 (2 of 10)
- 26(1 OF 14), 30 2C1 198 14 (:3 of 41). 15 (20 of 22), 18 (10 of 24). 22 (29 of 47), 23, tr 24 (8 of 10). 25, 28, 27 4 otiS) 2C#2 125
- 22, 23 (8 of 100), 26(9 of 14), 27, 28, 29, 30(17 of 31) 2F#1 208 16, 18, 19, 20(2 of 39), 21 (iSof3l). 22(3 of 47),
- 23(92 of 100). 24,30(14 oF 31)
AOP-037 I
Rev. 21 Paae 15 of 52 2013 NRC Exam InPIantJPMj Rev. FINAL
Appendix C Page 17 of 24 Form ES-C-I JPM CUE SHEET LOSS OF MAIN CONTROL ROOM ANNUNCIATORS - Affected ALB Determination Sheet I of 3 NOTE when ( ) follow the ALB number, this indicates tile number of windows affected.
Total number oF annunciators is 834 in Iviodes 1 4 (ALB5 1
- 30) and 607 in Modes 5-6 (ALB5 1, 2, 4
-.13, 15, 22. 23, either 24 or 25 based on EDG operability.
26
- 28 and 30)
A given ALB has 3 power supplies. For multiple power supply failures, care must be taken NOT to count an ALB more than once.
Only one 125 VDC power supply is required. (Loss of only iA1 does not make associated ALBs inoperable if 1#1 remains in service)
POWER AFFECTED AFFECTED ALEs SUPPLIES WINDOWS 125 VDC System I 1A#landic#i(
315 jj,2,34,5,67.8.9,10,I1,12 125 VDC System 2 13, 14 (38 of 41 ), 15 (2 of 22), 16. 17. 19, 20(37 of 39),
2A#i g2D#3 217 21 (24 oF 37), 22(150147). 24(201 10), 25(2 0! 10),
26 (1 of 14) 14(3 0141), 15 (20 of 22), 18 (10 of 24), 22 (29 of 47).
2G#i and 2D#1 160 23 (801 100), 24 (8of 10), 25(8 of 10), 26(13 of 14), 27, 28, 29,30(170131) 2E1 and 2D#2 140 18 (14 oF 24), 20 (2cr 39), 21 (13 of 37), 22(3 of 47),
23(92or100), 30 (140131) 24 VDC System 1 1A#1 97 1,2,3,4 IA#2 117 5,6,7,8 IC#1 101 9,10,11,12 24 VDC System 2 2A#1 134 13, 14,15,20 2A#2 87 17,21,30 2G#i 124 23, 25, 26, 2C#2 90 22, 27, 28, 29 AOP-037 I
Rev. 21 I
Page 14 0152 2013 NRC Exam InPlant JPM j Rev. FINAL
Appendix C Page 18 of 24 Form ES-C-i JPM CUE SHEET 4
NDICATS LIGHT G LIT 125 VDC 125 VOC POWER SUPPLY POWER SUPPLY 125 VDC POVER SUPPLY AFINUNC!ATOR CARDS ANNUNC[ATOR CARDS SVSTE11 2, BAY 4 2013 NRC Exam InPIantJPMj Rev. FINAL
Appendix C Page 19 of 24 Form ES-C-I JPM CUE SHEET pAYs INDIC.AT 1IGIfl IS LIT INVETER 125 VDC POWER SUPPLY AVMLABLE LIGHTS SYSTEM 2 BAY C
2013 NRC Exam InPIantJPMj Rev. FINAL
Appendix C Page 20 of 24 Form ES-C-i JPM CUE SHEET BAY 2
INDICATES LIGHT IS LIT 2013 NRC Exam InPIantJPMj Rev. FINAL
C Appendix C Page 21 of 24 Form ES-C-i JPM CUE SHEET IITDICATES LIGI?T :s LIT AVMLSLE UGH1S Ncce: Lights on 1 2VDC ard 24V0C suppHes top oif power suçy.
SSTEM 2 BAY I 2013 NRC Exam InPiant JPM j Rev. FINAL
Appendix Page 22 of 24 JPM CUE SHEET Form ES-C-I LOSS CF MAIN CONTROL ROOM ANNUNCIATORS Attadimri:t 2
- SySm 2 Anniinriatnr Pcwr Supply Status fltrrnnatinn Sheet 2 of 2 125 VDC 125 VOC POWER SUPPLY POWER SUPPLY 1
VD FOW SUPPL 4
MNUNCIATOR CARDS ANNUNCATGR CAR)S SYSTEM 2, BAY4 AOP-037 I
Rev, 21 I
Page 13 or 52 2013 NRC Exam InPIantJPMj Rev. FINAL
Appendix U Page 23 of 24 Form ES-C-I JPM CUE SHEET LOSS OF MAIN CONTROL ROOM ANNUNCIATORS
- System 2 Annunciator Power SuppLy Status Determination Sheet 1 of 2 Dl.
OBTAIN Anriurciator Cabinet key.
NOTE Alt power supplies are located in the east side of the cabinets. Indicating tights for the 24 VOC and 12 VDC are on the top side of the power supply.
Equipment designators used below in brackets [] are those isted in the MC Annunciator Reference Guide. The equipment is not Ia beled in the field.
Q2.
CHECK the indicat9d lights for each of the following Annunciator Cabinets (drawing page 2 of atachnient) AND INITIAL if LIT.
CABINET INV AC 125 VDC PWR ON 12 VDC PWR ON 24 VDC PWR ON cIp°j (Top Row)
(Second Row, Otrtside [SmaNer (Second Row Inner ELPcrjl light Initial Light Initial Light (Loc)
Initial Light (Loc)
Initial Light (Lc Initial Light (Loc)
Initial Ught (bc)
Initial System 2 LIT LiT bE bE LIT UT LIT Say 1
((2Ali nhr)
([241] e)
([2A2I nght;
([2M11 eftj (2M21 right>
System 2 LIT LIT LIT LE LIT LIT LIT BayS
[2c4] right)
([2c] eft
([2C2] right,
([2C#IJ left)
[2DD] riahl)
System 2 LIT LIT LIT UT NM N!,
LIT N/A N/A BayS
((2E1! rgl
- [2EIj :e (t2E11eft h1A N/A NA N/A LIT WA N/A N/A N/A N(A N/A N/A N/A
[2C#i] ft:
System 2 N/A N/A N/A NIA LIT WA
/A NM N/A N/A Fl/A N/A N/A 5ay 4
[2D2] right)
WA N/A.
N/A NA LIT WA N/A NM A
WA NM NM.
N/A
[2D3]
secon row)
AOP-Q37 I
Rev. 21 I
Page 12 of 52 I
2013 NRC Exam InPIantJPMj Rev. FINAL
Appendix C Page 24 of 24 Form ES-C-i JPM CUE SHEET ALB-03-4-5, Annunciator System 2 Power Supply Failure, has Initial Conditions:
alarmed in the Main Control Room. The crew has entered AOP-037, Loss of Main Control Room Annunciators.
You have been directed by the CRS to check the status of System 2 Initiating Cue:
annunciator power supplies per Attachment 2 2013 NRC Exam InPIantJPMj Rev. FINAL
Appendix C Page 1 of 7 Form ES-C-I Worksheet Facility:
Shearon Harris Task No.:
078008H404 Task
Title:
Perform An Instrument Air System JPM No.:
2013 NRC Exam Leak Isolation Locally In-Plant JPM k K/A
Reference:
2.1.30 RO 3.9 SRO 3.4 ALTERNATE PATH
- NO Examinee:
NRC Examiner:
Facility Evaluator:
Date:
Method of testing:
Simulated Performance:
X Actual Performance:
Classroom Simulator Plant X
READ TO THE EXAMINEE I will explain the initial conditions, which steps to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objective for this Job Performance Measure will be satisfied.
Initial Conditions The plant was manually tripped due to lowering instrument air pressure.
MCR personnel have implemented AOP-017.
Initiating Cue:
The CRS has directed you to implement Attachment 3 of AOP-017 due to reduced plant air capacity. Contact the MCR after each valve is isolated for leak isolation determination.
Evaluator:
Provide operator with a copy of AOP-017 Attachment 3.
2013 NRC Exam In-Plant JPM k Rev. FINAL
Appendix C Page 2 of 7 Form ES-C-i Worksheet Task Standard:
Valves listed in Attachment 3 of AOP-017 have been located and simulated shut.
Required Materials:
AOP-017, Attachment 3, Rev 35 General
References:
AOP-017, Attachment 3 Time Critical Task:
No Validation Time:
15 minutes Critical Task Justification Isolating selected portions of the system may reduce demand enough to Step 2 allow the air header pressure to recover. Shutting 1 IA-500 first has the least effect on plant operations as it supplies IA to yard loads.
Isolating selected portions of the system may reduce demand enough to allow the air header pressure to recover. Isolating these valves could Ste s 4 5 6 possibly isolate the leaking instrument air and restore plant control back p
to the MCR. Communicating to MCR after each isolation allows the MCR to evaluate Instrument Air pressure and prevent isolating more than is absolutely necessary.
2013 NRC Exam In-Plant JPM k Rev. FINAL
Appendix C Page 3 of 7 Form ES-C-i PERFORMANCE INFORMATION START TIME:
Performance Step: I OBTAIN PROCEDURE Standard:
Reviews AOP-017 Attachment 3 for Reducing Instrument Air header Loads.
Comment:
AOP-017, Attachment 3 Shutting any of the following will reduce Instrument Air demand (in order of preference):
AOP-017, Attachment 3, Step I V
Performance Step: 2 1 IA-500, Instrument Air to Yard Piping (north of Turb Bldg elevator Machine Rm).
Standard:
Locates and SHUTS, 1 IA-500, Instrument Air to Yard Piping, then contacts the Main Control Room to inform them I IA-500 is SHUT.
The MCR acknowledges IIA-500 is SHUT. Instrument air system pressure is still lowering.
Evaluator Cue:
Another Operator completed step 2 and reported back to the MCR that 31A-300 is shut. Instrument Air pressure is still lowering and you have been directed to continue with step 3.
Comment:
V
- Denotes Critical Steps 2013 NRC Exam In-Plant JPM k Rev. FINAL
Appendix C Page 4 of 7 Form ES-C-i PERFORMANCE INFORMATION AOP-017, Attachment 3, Caution prior to Step 3 Performance Step: 3 CAUTION: Items 3 through 5 must NOT be shut if the Reactor is critical, because they isolate Instrument Air to the FW regulating valves, steam dumps, MSIVs, and CVCS valves.
Standard:
Circle, reads then slashes caution Bullets in Step 3 dont have to be performed in a particular order.
Evaluator Note:
IF the candidate shuts the valves in a different order than listed only cue that Instrument Air header pressure has stabilized AFTER all 3 valves in Step 3 have been shut.
Comment:
AOP-017, Attachment 3, step 3 Turbine Bldg valves:
AOP-017, Attachment 3, step 3.a V
Performance Step: 4 i lA-42, Instrument Air to 261 TB Loop (north of 1A Compressor)
IIA-42 is located 13 feet above 261 TB floor.
Evaluator Note:
Do NOT let the candidate remove a ladder from its hanger.
Let the candidate show you which ladder he!she would use to reach I IA-42 and then simulate use of the ladder.
Standard:
Locates a ladder that is tall enough to reach i IA-42, positions ladder, climbs up then SHUTS, 1 IA-42, Instrument Air to 261 TB Loop, then contacts the Main Control Room to inform them I IA-42 is SHUT.
Evaluator Cue:
The MCR acknowledges IIA-42 is SHUT. Instrument air system pressure is still lowering.
Comment:
V
- Denotes Critical Steps 2013 NRC Exam In-Plant JPM k Rev. FINAL
Appendix C Page 5 of 7 Form ES-C-i PERFORMANCE INFORMATION AOP-017, Attachment 3, step 3.b V
Performance Step: 5 1 IA-59, Instrument Air to 261 TB Loop (above the southwest corner of the alternate area [OSC])
Standard:
Locates and SHUTS, iIA-59, Instrument Air to 261 TB Loop, then contacts the Main Control Room to inform them 1 IA-59 is SHUT.
When the Candidate identifies I IA-59 from north of the Main Feed Pumps on 261 or attempts to climb from the stairs onto the Alternate OSC roof present the picture of IIA-59.
Evaluator Cue:
The MCR acknowledges IIA-59 is SHUT. Instrument air system pressure is still lowering.
Comment:
AOP-017, Attachment 3, step 3.c V
Performance Step: 6 1 lA-67, Instrument Air to 286 And 314 TB Loop (North Of CVPETS)
Standard:
Locates and SHUTS, 1 lA-67, Instrument Air to 286 And 314 TB Loop, then contacts the Main Control Room to inform them 1 IA-67 is SHUT.
The MCR acknowledges IIA-67 is SHUT. Instrument air system pressure has stabilized.
Evaluator Cue:
END OF JPM Comment:
STOP TIME:
V - Denotes Critical Steps 2013 NRC Exam In-Plant JPM k Rev. FINAL
Appendix C Page 6 of 7 Form ES-C-i VERIFICATION OF COMPLETION Job Performance Measure No.:
2013 NRC Exam In-Plant JPM k Perform An Instrument Air System Leak Isolation Locally AOP-017 Attachment 3 Examinees Name:
Date Performed:
Facility Evaluator:
Number of Attempts:
Time to Complete:
Question Documentation:
Question:
Response
Result:
SAT UNSAT Examiners Signature:
Date:
2013 NRC Examin-Plant JPM k Rev. FINAL
Appendix C Page 7 of 7 Form ES-C-i JPM CUE SHEET SAFETY CONSIDERATIONS:
Do Not operate actual plant equipment unless specifically authorized to do so. Follow standard ALARA practices in the RCA.
Initial Conditions:
The plant was manually tripped due to lowering instrument air pressure.
MCR personnel have implemented AOP-017.
The CRS has directed you to perform Attachment 3 of AOP-017 due to reduced plant air capacity.
Initiating Cue:
Contact the MCR after each valve is isolated for leak isolation determination.
2013 NRC Exam In-Plant JPM k Rev. FINAL