ML112660350

Initial Exam 2011-301 Final Sim/IN-Plant JPMs

ML112660350
Person / Time
Site:	Harris
Issue date:	09/22/2011
From:	NRC/RGN-II
To:
References
05-400/11-301
Download: ML112660350 (166)

Text

ES-301 Control Room/In-Plant Systems Outline Form ES-301-2 Facility:

Harris Nuclear Plant Date of Examination:

07/11/201 1 Exam Level: RO SRO-l SRO-U (bold)

Operating Test No.: 05000400/2011301 Control Room Systems@ (8 for RO); (7 for SRO-l); (2 or 3 for SRO-U, including I ESF - bold)

System I JPM Title Type Code*

Safety Function a.

Malfunction of RMU Control 0, L, S I

(AOP-003) (JPM-CR-048)

K/A 004 A4.13 b.

Loss of Seal Injection To The RCPs - take corrective A N N

actions lAW AOP-018 E

2 (AOP-018) (NEW JPM-CR-245)

K/A APE 015/017AA2.10 c.

SGTR Without Pressurizer Pressure Control A, M, 5 3

(EOP-EPP-022) (JPM-CR-1 50)

K/A G2.1.20 d.

Loss of RCS Inventory While on RHR MODE 5 A, D, EN, S 4P (AOP-020) (JPM-CR-60)

K/A 005 A4.01 e.

Using ESW System As A Backup Source Of Water To AFW P, C or S 4S (PATH-I and OP-i 37) (JPM-CR-1 07) k/A 054 AAI.01 f.

Manually Align Containment Spray A, D, EN, S 5

(PATH-I) (JPM-CR-i06) RO ONLY k/A 026 A4.01 g.

LOSP While Paralleling a Emergency Diesel Generator from A, D, EN, S 6

the Main Control Room for Testing (OP-i 55) (JPM-CR-203)

K/A 056A2.14 h.

Respond to a Rupture in the Instrument Air Header at A, D, S 8

50% power (AOP-017) (JPM-CR-234)

K/A APE 065 AA2.06 6/28/2011 Rev. Final

In-Plant Systems (3 for RO); (3 for SRO-I); (3 or 2 for SRO-U

- BOLD)

I Reset the Turbine Driven AFW Pump Mechanical D, E, R 4S Overspeed (pump tripped on start)

(OP-137) (JPM-lP-OO1)

K/A 061 K4.07 j.

Align the Train A Battery Charger to the Alternate E, N 6

Power Supply K/A APE 058 AAI.01 k.

Perform Local Actions For Placing a Failed Pressurizer N

3 pressure Channel In TEST (OWP-RP-02)

K/A APE 027 AA2.16 All RO and SRO-l control room (and in-plant) systems must be different and serve different safety functions; all 5 SRO-U systems must serve different safety functions; in-plant systems and functions may overlap those tested in the control room.

• Type Codes Criteria for RO I SRO-l I SRO-U (A)lternate path 4-6 I 4-6 I 2-3 (6, 5, 2)

(C)ontrol room (D)irect from bank 9 I 8 I 4

(7, 6, 3)

(E)mergency or abnormal in-plant I I? 1 I 1

(2, 2, 2)

(EN)gineeredsafetyfeature

- I I 1 (4,3,1)

(L)ow-PowerlShutdown 1/? 1/? 1 (1,1,1)

(N)ew or (M)odified from bank including 1 (A) 2 I 2 I 1

(4, 4, 2)

(P)revious 2 exams 3 I 3 I 2

(1, 1, 0)

(R)CA 1/1/1 (1,1,1)

(S)imulator 6/28/20 1 1 Rev. Final 2

2011 NRC Control Roomlln-Plant JPM Summary JPM a Malfunction of Rx Makeup Control (JPM CR-237) SRO Upgrade K/A 004 A4. 13 Ability to manually operate and/or monitor in the control room: VCT level control and pressure control (CFR: 41.7/45.5 to 45.8) RO 3.3/SRO 2.9 This bank JPM has been revised by changing the initial power level and revising the required boration flow rates based on the current core cycle boron concentrations.

I am still considering this a direct from the bank JPM.

With the unit operating at 4% power steady state conditions, a VCT makeup was required when level reached the low level auto makeup setpoint of 20%. The makeup system malfunctioned and a makeup did not occur. When the operators attempted a manual makeup the Reactor Makeup Mode Selector switch stayed in the STOP position. AOP-003, Malfunction of Reactor Makeup Control was entered and the crew has performed steps 1-14 of section 3.2. The applicant will be directed to continue from this point. This will require the applicant to select from the procedure table what attachment to perform from the given conditions. After making the selection (Attachment 2) the applicant will have to calculate the amount of flow for a local manual makeup to the VCT based on current RCS boron concentration from the status board. They will then need to perform a lineup on the MCB and start a Boric Acid pump. Next they will have to coordinate the actions of a local operator to throttle open boration and dilution valves to the correct positions based on MCR indications until VCT level has reached 40% (normal full auto makeup setpoint).

JPM b Loss of Seal Injection To The RCPs (ASI pump running, align and start standby CSIP)

(NEW JPM-CR-245) SRO Upgrade K/A APE 015/017 AA2. 10 Ability to determine and interpret the following as they apply to the Reactor Coolant Pump Malfunctions (Loss of RC Flow): When to secure RCPs on loss of cooling or seal injection (CFR43.5/45.13)R03.7/SRO3.7 The candidate will assume the Operator at the Controls (QAC) responsibilities with the plant operating at 100% power. After taking the watch the A CSIP will trip requiring the candidate to identify that AOP-018, Reactor Coolant Pump Abnormal Conditions, entry conditions are met. The candidate will then perform the immediate action of Check any CSIP running answer NO and perform the RNO action of isolating letdown. After completing the immediate action the candidate will obtain a copy of AOP-01 8 and begin the actions of the AOP. Without any CSIP running a loss of seal flow to the RCPs is occurring.

A new CVCS positive displacement pump named the Alternate Seal Injection pump (ASI pump) will auto start 2 minute and 45 seconds after 2 out of 3 flow switches detect RCP seal flows <4.0 gpm. The candidate with start the B CSIP but this pump will immediately trip.

Since there are no CSIPs running AOP-018 directs to the operator to trip the Reactor if only the ASI pump is operating. Since the ASI pump suction tank boron concentration is required to be 3800 4200 ppm any time the ASI pump is in operation a large amount of negative reactivity will be added to the RCS. The candidate is expected to carry out the RNO actions of the procedure and perform a manual Reactor trip. They will then perform the immediate actions of PATH-i. When the immediate actions are completed they will be directed to continue with AOP-Oi 8 actions to isolate the Seal Return flow path. The JPM is complete when RCP seal water return valves are isolated.

6/28/2011 Rev. Final 3

2011 NRC Control Room!In-Plant JPM Summary JPM c SGTR Without Pressurizer Pressure Control (Modified JPM-CR-150)

K/A G2. 1.20 - Ability to interpret and execute procedure steps.

(CFR: 41.10/43.5/45.12) RO 4.6/SRO 4.6 The candidate will be informed that EOP-EPP-022 has just been entered after a transition from PATH-2. The plant conditions are: a SGTR occurred on the A SG, offsite power has been lost, and neither the PZR PORVs or PZR Auxiliary spray is functional. The SG tube rupture will be increasing A SG level (current start level will be <78%) as the candidate proceeds through EPP-022. Continuing through the procedure the candidate will get to step 15 to open normal miniflow isolation valves. The common valve (1CS-214) will not open requiring the candidate to use the RNO action of going to Step 9. Step 9 will establish minimum charging flow and isolate BIT flow. The JPM is complete after the candidate has shut the BIT outlet valves 1Sl3 and lSl-4 and verified Cold Leg and Hot Leg Injection valves are shut.

JPM d Loss of RCS Inventory While on RHR MODE 5 (JPM-CR-60)

K/A 005 A4. 01 Ability to manually operate and/or monitor in the control room: Controls and indication for RHR pumps (CFR: 41.7/45.5 to 45.8) RO 3.6/SRQ 3.4 The candidate will be assigned the role of OAC and be directed to maintain current plant conditions of: the plant in Mode 5 with Containment integrity established, on RHR and a bubble in the PZR, RCS temperature stable at 140°F and all RCPs operating. Soon after assuming the watch a RCS leak will develop requiring the candidate to enter AOP-020, Loss of RCS Inventory or RHR While Shutdown. The candidate will obtain a copy of AOP-020 and perform steps to attempt leak isolation. When unable to isolate the leak the procedure directions are to isolate RHR and secure both RHR pumps (this will isolate the leak). The JPM is complete after RHR is isolated and both A and B RHR pump is secured.

JPM e Using ESW System As A Backup Source of Water To AFW (JPM-CR-1 07)

PREVIOUS 2009a NRC Exam (NOTE: Cues have been added to the JPM to allow simulation of performance of this JPM in the Main Control Room) k/A 054 AA 1.01 Ability to operate and / or monitor the following as they apply to the Loss of Main Feedwater AFW controls, including the use of alternate AFW sources (CFR4I.7/45.5/45.6) R04.5/SRO4.4 Following a LOCA the operator is informed that a leak developed in the Condensate Storage Tank (CST). The CST level has decreased to < 10%. The candidate is directed to supply ESW from the A Header to both the A AFW Pump and the Turbine Driven AFW pumps.

This will require shutting down the B MDAFW Pump and A Train of Containment Fan Coolers in addition to the ESW valve alignment.

6/28/2011 Rev. Final 4

2011 NRC Control Roomlln-Plant JPM Summary JPM f Manually Align Containment Spray (JPM-CR-i 06) RO ONLY K/A 026 A4.01 Ability to manually operate and/or monitor in the control room: CSS controls (CFR: 41.7/45.5 to 45.8) RO 4.5 SRO 4.3 The candidate will be assigned the OAC position with a large break LOCA in progress.

Containment pressure has exceeded 10 psig and automatic actuation of Containment Spray has not occurred (> 10 psig on 2/4 Containment pressure channels). The candidate will be instructed that an RCS break has occurred inside Containment and a Reactor Trip and Safety Injection have been initiated. PATH-i is being implemented and step 10 Check Containment Pressure has remained < 10 psig has just been reached. They will then proceed in PATH-i and discover that the Containment Spray System should have actuated but has not. They will attempt to manually actuate Containment Spray by initiating the Spray logic but this will fail. They will then have to manually start each Containment Spray pump and manually align each flow pumps flow path. They will then be required to secure all running Reactor Coolant Pumps. This JPM is complete when all RCPs are secured.

JPM g LOSP While Paralleling a Emergency Diesel Generator from the Main Control Room for Testing (JPM-CR-203) Alternate Path and Engineered Safety Feature K/A 056 AA2. 14 Ability to determine and interpret the following as they apply to the Loss of Offsite Power: Operational status of ED/Gs (A and B)

(CFR: 43.5/45.13) RO 4.4 SRO 4.6 The candidate will be informed that they are the 3 d Board Operator (extra operator) and will be directed by the CRS to parallel the I B-SB Emergency Diesel Generator (EDG) to the grid from the Main Control Board lAW section 5.3 of OP-155. The candidate will exercise the EDG voltage and governor controls then parallel the EDG. After parallel operations have been achieved a Loss of Off Site Power will occur. The loss of power will require the candidate to manually open the EDG output breaker lAW OP-i 55 precaution and limitation

1. 24.

JPM h Respond to a Rupture in the Instrument Air Header at 50% power (JPM-CR-234)

Alternate Path SRO Upgrade K/A APE 065 AA2. 06 Ability to determine and interpret the following as they apply to the Loss of Instrument Air: When to trip reactor if instrument air pressure is decreasing (CFR: 43.5/45.13) RO 3.6 SRO 4.2 The candidate will be assigned the OAC position and be directed to maintain current plant conditions of steady state 50% power. The plant is on hold for chemistry concerns. Soon after taking the watch an Instrument Air leak will develop. The candidate will be expected to respond to the low pressure annunciators and enter AOP-01 7. Air pressure will decrease requiring a manual Reactor Trip. The candidate will be expected to perform the immediate actions of PATH-i then be directed to continue with AOP-017. They will have to contact Auxiliary Operators to vent and depressurize the remaining air from the system. Continuing with the procedure requires the candidate to locate and place multiple MCB controls to manual and zero demand.

6/28/2011 Rev. Final 5

2011 NRC Control Roomlln-Plant JPM Summary JPM i Reset the Turbine Driven AFW Pump Mechanical Overspeed

- pump tripped on start (JPM-IP-001)SRO Upgrade K/A 061 K4. 07 Knowledge of AFW design feature(s) and/or interlock(s) which provide for the following:

Turbine trip, including overspeed (CFR: 41.7) RO 3.1 SRO 3.3 NOTE: This JPM is inside the RCA The candidate will be informed that the plant has tripped from 100% power. The Turbine Driven AFW pump started and has tripped on overspeed. The pump is needed for plant cooldown efforts. The cause of the overspeed trip has been identified and corrected by Maintenance.

The CRS has directed the candidate to reset the Turbine Driven AFW mechanical overspeed trip linkage.

1 MS-70 and 1 MS-72 (steam supply valves to the TDAFW pump) are indicating shut from the MCB. The CRS also notifies the candidate that the Trip and Throttle Valve will be reopened from the Control Room.

JPM I Align a Train A battery Charger to the alternate Power Supply NEW SRO Upgrade K/A APE 058 AA 1.01 Ability to operate and / or monitor the following as they apply to the Loss of DC Power: Cross-tie of the affected dc bus with the alternate supply (CFR 41.7/45.5/45.6) RO 3.4 SRO 3.5 The candidate will be informed that the plant is in Mode 3 following a Reactor Trip from a Loss of Off-Site power and failure of both Emergency Diesel Generators to energize their respective Emergency Buses. The Crew will be implementing EPP-00l, Loss of AC Power to IA-SA and I B-SB Buses, they have verified that the Dedicated Shutdown Diesel Generator has started, loaded and is now supplying 1 D23 bus. The CRS will be directing the candidate to align the IA-SA battery Charger to the alternate Power Supply lAW EOP-001 step 22 using OP-i 56.01, AC Electrical Distribution, Section 8.15 with initial conditions met.

NOTE: This is a new component was installed during the RFO-i7 refueling outage.

JPM k Perform Local Actions For Placing a Failed Pressurizer pressure Channel In TEST K/A APE 027 AA2. 16 Ability to determine and interpret the following as they apply to the Pressurizer Pressure Control Malfunctions: Actions to be taken if PZR pressure instrument fails low (CFR: 43.5/45.13) RO 3.6 SRO 3.9 The candidate will be informed that the plant was operating at 100% when Pressurizer Pressure Channel 455 failed low. They will be directed to perform the local actions per OWP-RP-02 for troubleshooting and tripping bistable for PT-455 to meet Technical Specifications. They will be required to perform actions at PlC 17 and PlC ito place the failed channel in TEST. They will then have to report to the Main Control Room and select an operable Pressurize Pressure recorder channel and verify the correct bistable status lights are lit for placing the channel in test.

6/28/2011 Rev. Final 6

2011 NRC Control Roomlln-PIantJPM Summary Rev. 1 Summary Simulator JPM A

- NRC review resulted in request for replacement Simulator JPM A has been replaced. Original JPM A was Continuous Rod Withdrawl of a Control Bank Pull to POAH / Take Corrective Actions lAW AOP-001. Review statement of JPM said: Does not appear to be very discriminating/Some actions are the same as the actions that will be required in JPM b. Suggest replacing JPM A.

Simulator JPM C NRC review stated not alternate path Simulator JPM C has been modified. During the restoration lineup of the CSIP the common miniflow valve 1 CS-214 will not open. Since the valve does not open this will require the candidate to use the RNO action to manipulate CVCS valves and controllers.

Simulator JPM F

- NRC review resulted in request for replacement Simulator JPM F has been replaced. Original JPM F was Reduce Containment Spray Flow. Review statement of JPM said: While performing this task, the applicant will be using EPP-012. The 401-2 outline states that tasks using this procedure are related to safety function 4(P). You have this listed as safety function 5 (this would be the second 4P that you have in the control room/simulator portion of the outline.

Only I is allowed. Not very discriminating as written, will observe on prep week.

(RO ONLY).

A discussion with the Lead NRC Examiner about the association of the K/A for the original JPM has taken place. The NRC Examiner was correct by stating the K/A is not appropriate for this JPM and therefore will be replaced JPM titled Manually Align Containment Spray which has been verified as a Safety Function 5 JPM.

Simulator JPM G

- NRC review during Prep Week resulted in request for replacement Simulator JPM G has been replaced. Original JPM G was to start a Emergency Diesel Generator. Following the start the local operator was to report that oil was coming out of the crank case vent. This report indicates that a major malfunction has occurred on the Diesel and lAW the starting procedure precautions and limitations the operator should immediately secure the Diesel. The NRC Examiner determined that the feedback should be from indications not from a local report. The Main Control room indications do not support this level of detail.

A new JPM has been selected still dealing with operating the Emergency Diesel Generator and securing the Diesel based on the procedure precaution and limitiations.

Simulator JPM K

- NRC review resulted in request for replacement In-Plant JPM K has been replaced. Original JPM K was locally tripping the Reactor.

The NRC lead examiner determined the JPM lacked discriminatory value and therefore has been replaced with a JPM dealing with local actions required for a Pressurizer Pressure transmitter failure.

6/28/2011 Rev. Final 7

Appendix C Page 1 of 14 Form ES-C-i Worksheet Facility:

Shearon Harris Task No.:

Task

Title:

Malfunction of RMU Control JPM No.:

2011 NRC Exam Simulator JPM A K/A

Reference:

004 A4.i3 RO 3.3 SRO 2.9 ALTERNATE PATH: No Examinee:

NRC Examiner:

Facility Evaluator:

Date:

Method of testinci:

Simulated Performance:

Actual Performance:

X Classroom Simulator X

Plant READTO 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 is operating at 4% power steady state conditions. The RCS boron concentration is 1593 ppm. VCT level has decreased to <20%

and auto makeup did not occur. The crew entered AOP-003, Malfunction of Reactor Makeup Control.

Initiating Cue:

The CRS has directed you to perform AOP-003 Attachment 2 to makeup to the VCT. When makeup is established you are to fill the VCT to 40%.

The RAB operator has been pre-briefed and understands the actions that he will be directed to perform. He is standing by near the 236 RAB Emergency Boration Valve Gallery with a radio and lock valve keys.

Evaluator:

Provide a copy of AOP-003 Attachment 2 to the candidate now.

2011 NRC Exam JPM A Rev. Final

Appendix C Page 2 of 14 Form ES-C-i Worksheet Task Standard:

Makeup to VCT lAW AOP-003, Attachment 2 to 40% full.

Required Materials:

AOP-003 Attachment 2 Rev. 28, calculator General

References:

AOP-003 Rev. 28, OP-107.0i Rev. 18 Time Critical Task:

No Validation Time:

15 minutes CRITICAL STEP JUSTIFICATION Step 7 If the wrong boric acid flow rate determined then an unanticipated reactivity change will occur.

Step 9 If wrong demin water flow rate determined then an unanticipated reactivity change will occur.

Step 13 If a boric acid pump is not started with a discharge path for makeup then makeup will not occur.

Step 18 If the local valves are not shut then makeup to the VCT will continue beyond the desired level.

2011 NRC Exam JPM A Rev. Final

Appendix C Page 3 of 14 Form ES-C-i Worksheef 2011 NRC Exam - SIMULATOR SETUP Simulator Operator Reset to IC-i 65 (saved exam IC PW hotwheels)

Place reactivity data sheet for IC-27 (modified with boron concentration to 1593 ppm) on status board (this will be used for obtaining boron concentrations for the RCS and BAT)

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:

Initial Simulator IC was IC-27, RCS boron concentration 1593 ppm Place RMC to manual FailRMCtostop o

ldixa2illo(nOO)ASIS Reduce VCT level by diverting to RHT until level is <20% and ALB 06-8-3 is in alarm Create Trigger 1 to open 1 CS-287 to 27% Increase setting to develop 26.2 gpm (demin water)

Create Trigger 2 to open 1 CS-274 to 34.5% Decrease setting to develop 93.8 gpm (boric acid) o in cvcoi6 (2 0 0) 34.5 00:00:25 0 o

irm cvcOl7 (1 00) 2700:00:150 Create Trigger 3 to close 1 CS-287 and 1 CS-274 over 5 seconds o

Trg= 3 mn cvcOi6 0 00:00:05 o

Trg= 4 mn cvcOi7 0 00:00:05 Silence Acknowledge and Reset Annunciators Freeze and Snap these conditions to your exam IC 2011 NRC Exam JPM A Rev. Final

Appendix C Page 4 of 14 Form ES-C-i PERFORMANCE INFORMATION Evaluator Note:

The applicant will need some time to preview procedure prior to starting this task. Start time is when the applicant is ready and the Simulator is placed in run.

START TIME:

AOP-003, Attachment 2 Caution prior to step 1 Performance Step: 1 CAUTION:

Due to accident analysis, this attachment can only be used in Modes 1 through 4.

Standard:

Reads and initials caution and confirms the unit is in Mode 2 Comment:

AOP-003, Attachment 2 Step 1 Performance Step: 2 RECORD desired boron concentration of the makeup solution:

CBLEND =

ppm Standard:

Operator enters 1593 ppm (provided)

Comment:

AOP-003, Attachment 2 note prior to step 2 Performance Step: 3 NOTE:

If RCS boron concentration is above 1750 ppm, blended makeup at 120 gpm may not be possible, due to the inability of the system to reliably deliver more than 30 gpm boric acid flow.

In those cases, either select a conservatively low total makeup flow, or consult Attachment 7 of OP-i 07.01 to determine the maximum possible makeup flow.

Standard:

Reads and initials note Comment:

V

- Denotes Critical Steps 2011 NRC Exam JPM A Rev. Final

Appendix C Page 5 of 14 Form ES-C-i PEPFORMANCEINFOMATlON AOP-003, Attachment 2 step 2 Performance Step: 4 RECORD desired total makeup flow rate:

MBLEND =

gpm Standard:

Enters 120 Comment:

AOP-003, Attachment 2 step 3 Performance Step: 5 RECORD most recent Boric Acid Tank boron concentration from Unit Status Board: CBAT =

ppm Standard:

Enters 7300 Comment:

AOP-003, Attachment 2 step 4 Performance Step: 6 CHECK BOTH of the following:

FT-i 13, Boric Acid to Blender Flow, is known to be operative (YES) 1 CS-283 (FCV-1 1 3A), Boric Acid Filter to Boric Acid Blender Flow Control Valve, can be opened OR is failed open (YES)

Standard:

Inspects FT-i 13 and it is operative and 1 CS-283 can be opened Proceeds to step 5 Comment:

V

- Denotes Critical Steps 2011 NRC Exam JPM A Rev. Final

Appendix C Page 6 of 14 Form ES-C-i PERFORMANCE INFORMATION AOP-003, Attachment 2 step 5 V

Performance Step: 7 DETERMINE required boric acid flow rate:

MBA = [(CBLEND) x (MBLEND)] / (CBAT)

=[

x Step 1 step 2 Step 3

=

gpm Standard:

Operator enters 1593 x 120/7300 and determines 26.2 gpm flow rate (2627 gpm is acceptable)

Comment:

AOP-003, Attachment 2 step 6 Performance Step: 8 Record in Step 1 3a the result from the previous step Standard:

Operator records 26.2 gpm in step 13a Comment:

AOP-003, Attachment 2 step 7 V

Performance Step: 9 DETERMINE required dilution flow rate:

MDIL = (MBLEND)

- (MBA)

Step 2 Step 5

=

gpm Standard:

Operator enters 120 26.2 = 93.8 (93-94 gpm is acceptable)

Comment:

V

- Denotes Critical Steps 2011 NRC Exam JPM A Rev. Final

Standard:

Evaluator Cue:

Comment:

Appendix C Page 7 of 14 Form ES-C-i PERFORMANCEINFORMATION AOP-003, Attachment 2 step 8 Performance Step: 10 RECORD in Step 13b the result from the previous calculation.

Standard:

Operator enters 93.8 gpm in step 13b Comment:

AOP-003, Attachment 2 step 9 Performance Step: 11 Independently VERIFY boric acid flow rate and dilution flow rate calculations made in Steps 5 and 7 Operator requests IV IV is complete E

V

- Denotes Critical Steps 2011 NRC Exam JPM A Rev. Final

Appendix C Page 8 of 14 Form ES-C-i PERFORMANCE INFORMATION AOP-003, Attachment 2 step 10 Performance Step: 12 DIRECT an operator to perform the following:

a.

OBTAIN a radio and a locked valve key.

b.

ESTABLISH communication between 236 RAB Emergency Boration Valve Gallery and the Control Room.

c.

UNLOCK the following:

1CS-274, RMUW Manual Blend from RMWST 1CS-287, Manual Alternate Emergency Boration Standard:

Contacts Operator and directs operator to perform actions Simulator Operator:

Report 10 seconds after being directed 1 CS-274, RMUW Manual Blend from RMWST is unlocked 1 CS-287, Manual Alternate Emergency Boration is unlocked Comment:

AOP-003, Attachment 2 step 11 V

Performance Step: 13 VERIFY the following:

One Boric Acid Transfer Pump

- RUNNING One Reactor Makeup WaterPump

- RUNNING 1 CS-283 (FCV-i 1 3A), Boric Acid filter to Boric Acid Blender Flow Control Valve

- OPEN Standard:

1 BA pump (starts one pump) 1 RMUW pump running (one is running) 1 CS-283 open (OPENS 1 CS-283)

Comment:

V

- Denotes Critical Steps 2011 NRC Exam JPM A Rev. Final

Appendix C Page 9 of 14 Form ES-C-i PERFORMANC INFORMATION AOP-003, Attachment 2 step 12 Performance Step: 14 Prior to continuing, CHECK that all previous steps are complete.

Standard:

Operator checks all previous steps complete Comment:

AOP-003, Attachment 2 note prior to step 13 Performance Step: 15 NOTE Boric acid flow can be monitored on ERFIS point FCSO1 1 3A, or locally in 236 RAB Emergency Boration Valve Gallery.

Dilution water flow can be monitored on ERFIS point FCSO1 10, or on Fl-i 10 on the MOB.

Actions in the next step should be performed as closely together as possible to achieve an even makeup.

Standard:

Operator reads and initials note Comment:

V

- Denotes Critical Steps 2011 NRC Exam JPM A Rev. Final

Appendix C Page 10 of 14 Form ES-C-i PERFORMANCE INFORMATION AOP-003, Attachment 2 step 13 Performance Step: 16 As closely together as possible, Locally PERFORM the following:

a. THROTTLE OPEN 1 CS-287, Manual Alternate Emergency Boration, to obtain 26.2 gpm boric acid flow rate (from Step 5).

b. THROTTLE OPEN 1CS-274, RMUW Manual Blend from RMWST, to obtain 93.8 gpm dilution water flow rate (from Step 7).

Standard:

Operator directs local action Simulator Operator:

When directed to open 1CS-287 run TRIGGER 1 Monitor flow rates 1 CS-287 is set to go open to 27%

using ERFIS:

(corresponds to 26.2 gpm with ramp open over 15 seconds)

OP BAFLOW When directed to open 1CS-274 run TRIGGER 2 1CS-274 will open to 34.5%

(corresponds to 93.8 gpm with ramp open over 25 seconds)

IF the applicant comes up with different values or flow rates vary during the JPM then vary the remote functions slightly open or closed accordingly.

Comment:

V

- Denotes Critical Steps 2011 NRC Exam JPM A Rev. Final

Appendix C Page 11 of 14 Form ES-C-i PERFORMANCE INFORMATION AOP-003, Attachment 2 step 14 Performance Step: 17

14. MONITOR the following for expected response:

Tavg Reactor power Control rod motion VCT level Standard:

Operator monitors parameters Tavg (no change)

Reactor power (no change)

Control rod motion (no motion)

VCT level (increasing as expected)

Comment:

AOP-003, Attachment 2 step 15 V

Performance Step: 18 WHEN desired VCT level has been reached THEN:

a.

Locally SHUT AND LOCK the following:

1CS-274, RMUW Manual Blend from RMWST Critical to have the 1 CS-287, Manual Alternate Emergency Boration local operator shut 1CS-274 and 1CS-287 b.

CHECK instrument air AVAILABLE.

c.

SHUT 1CS-283 (FCV-1 13A), Boric Acid Filter to Boric Acid Blender Flow Control Valve.

Standard:

When VCT level has reached 40% (+/- 2%)

Directs operator to shut and lock 1 CS-274 and 287 Checks instrument air available (YES)

Shuts 1 CS-283 Simulator Operator:

Acknowledge directions to shut and lock 1CS-274 and 287 RUN Trigger 3 (shuts 1CS-274 in 5 seconds)

RUN Trigger 4 (shuts 1CS-287 in 5 seconds)

When valves are both closed then report back valves are shut and locked.

Comment:

V

- Denotes Critical Steps 2011 NRC Exam JPM A Rev. Final

Appendix C Page 12 of 14 Form ES-C-i PERFORMANCE INFORMATION AOP-003, Attachment 2 step 16 Performance Step: 19 EXIT this attachment.

Standard:

Report to CRS that the manual VCT makeup has been completed Evaluator Cue:

CRS acknowledges report of VCT makeup completion End of JPM STOP TIME:

V

- Denotes Critical Steps 2011 NRC Exam JPM A Rev. Final

Appendix C Page 13 of 14 Form ES-C-i VERIFICATiON OFCOMPLTION Job Performance Measure No.:

2011 NRC Exam Simulator JPM A Malfunction of RMU Control Examinees Name:

Date Performed:

Facility Evaluator:

Number of Attempts:

Time to Complete:

Question Documentation:

Question:

Response

Result:

SAT UNSAT Examiners Signature:

Date:

2011 NRC Exam JPM A Rev. Final

Appendix C Page 14 of 14 Form ES-C-i JPMCUESI-IEET Initial Conditions:

The plant is operating at 4% power steady state conditions. The RCS boron concentration is 1593 ppm. VCT level has decreased to <20% and auto makeup did not occur. The crew entered AOP 003, Malfunction of Reactor Makeup Control.

Initiating Cue:

The CRS has directed you to perform AOP-003 Attachment 2 to makeup to the VCT. When makeup is established you are to fill the VCT to 40%.

The RAB operator has been pre-briefed and understands the actions that he will be directed to perform. He is standing by near the 236 RAB Emergency Boration Valve Gallery with a radio and lock valve keys.

2011 NRC Exam JPM A Rev. Final

REACTIVITY DATA Plant on-line:

Date:

11/10/10 Time: 1400 Core Burn up:

240 EFPD Date: TODAY Date I

Time RCS Boron:

1593 PPM NOW / NOW PZRBoron:

1587 PPM NOW/NOW BATBoron:

7300 PPM NOW/NOW RWST Boron: 2500 PPM NOW / NOW Xenon Free SDM Boron Requirements Date: Today G:\\OLExams\\Harris Examinations\\nEtiaI Exam 2O113O1\\FinaI Operating test2011 HNP NRC Simulator and InPiant JPMs\\REACTIVITY DATA IC-27 MOL JPM A Status Board.docx

G:\\OLExams\\Harris Examinations\\Initial Exam 201 1-301\\Final Operating test\\201 1 HNP NRC Simulator and InPiant JPMs\\REACTIVITY DATA IC-27 MOL JPM A Status 550°F 1073 ppm 400°F 557°F 1059 ppm 450°F 1285 ppm 300°F 1379 ppm 70°F 1774 ppm 1333 ppm 250°F 500°F 1179 ppm 350°F 1362 ppm 200°F 1756 ppm 1390 ppm Board.docx

Appendix C Job Performance Measure Form ES-C-i Worksheet-Facility:

Shearon Harris Task No.:

301 069H401 Task

Title:

Loss of Seal lniection to RCPs JPM No.:

(Take Corrective Actions lAW 201 1 NRC Exam AOP-018)

Sim JPM B K/A

Reference:

APEO15/017 AA2.10 ALTERNATE PATH - YES RO 3.7 SRO 3.7 Examinee:

NRC Examiner:

Facility Evaluator:

Date:

Method of testinQ:

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.

Initiating Cue:

You are the OAC. Maintain current plant conditions.

Examiners Note:

This JPM will require another board operator to silence MCB DO NOT READ TO THE CANDIDATE annunciators AFTER the manual Reactor Trip is performed.

2011 NRC Exam Sim JPM B Rev. Final

Appendix C Job Performance Measure Form ES-C-i Worksheet Task Standard:

Letdown is isolated lAW the Immediate action step 1 of AOP-O1 8 Attempt to start standby CSIP to provide normal seal injection Reactor trip initiated with ASI pump running and NO standby CSIPs available.

Required Materials:

None General

References:

AOP-018, Reactor Coolant Pump Abnormal Conditions, Revision 39 Handouts:

None Time Critical Task:

N/A Validation Time:

12 minutes Critical Step Justification Step 2 Isolation of Letdown prevents loss of RCS inventory Step 8 Analyzing plant conditions and selecting the appropriate procedure section to proceed with is required to mitigate the event.

Step 22 B-SB CSIP should be started to supply normal RCP Seal Injection.

Step 23 Manual Reactor Trip will prevent Automatic Reactor Trip/SI if ASI were allowed to continue to inject highly borated water into RCP seals while plant was maintained at power and no operator actions were taken.

Step 24 Isolating Seal Return will prevent VCT overfill (over-pressure challenge).

2011 NRC Exam Sim JPM B Rev. Final

Appendix C Job Performance Measure Form ES-C-i Worksheet SIMULATOR SETUP For the 2011 NRC Exam Simulator JPM B Simulator Operator

- Exam Setup Reset to IC-i 66 password hotwheels Goto RUN 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.)

The following setup information is how this exam IC was developed.

o IC-i9 (100% power steady state

- MOL) o Assign Trigger 2 to trip the B CSIP on pump start o

Trg 2 CSIP_B_START o

lmf cvco5b (2 0 2) TRUE o

Assign Trigger 1 to trip the A CSIP o

Imf cvco5a (1 00:00:00 00:00:00) TRUE o

After the candidate has taken the shift the Lead Examiner

- cue the Simulator Booth Operator to activate Trigger 1 2011 NRC Exam Sim JPM B Rev. Final

Appendix C Page 4 of 16 Form ES-C-i PERFORMANCE INFORMATION Simulator Operator:

When directed by the Lead Examiner go to Run.

Lead Examiner:

After the candidate has taken the shift and when appropriate inform Simulator Operator to insert Trigger 1 (Trip of A CSIP).

Simulator Operator:

When directed by the Lead Examiner insert Trigger 1 START TIME:

Annunciator ALB-006-1 -3 Alarms Performance Step: 1 CHRG PUMPS A TRIP OR CLOSE CKT TROUBLE Standard:

Identifies that the A CSIP has tripped Announces entry conditions met for AOP-O1 8, Reactor Coolant Pump Abnormal Conditions Performs Immediate Action from memory Comment:

Soon after the A CSIP trip Annunciator ALB-008-2-2 will alarm:

ASI Pump Auto Start Timer Initiated (RCP seal wtr flow <4 gpm)

If RCP Seal Injection flow remains below 4 gpm for 2 minutes and 30 seconds, the ASI SQUIB valves (1ASI-21 &

1ASI-22) are actuated and the ASI Pump starts 15 seconds later.

NOTE: When the ASI pump starts annunciator ALB-008-2-4 will alarm: ASI PUMP START V

- Denotes Critical Steps 2011 NRC Exam Sim JPM B Rev. Final

Appendix C Page 5 of 16 Form ES-C-i PERFORMANCE INFORMATION AOP-018, Section 3.0 (lmmedate Actions step 1)

V Performance Step: 2 Step 1 CHECK ANY CSIP RUNNING RNO ISOLATE letdown by verifying the following valves SHUT:

1CS-7, 45 GPM LETDOWN ORIFICE A 1CS-8, 60 GPM LETDOWN ORIFICE B 1CS-9, 60 GPM LETDOWN ORIFICE C Standard:

Identifies that NO CSIPs are running and isolates letdown then informs CRS Immediate Actions Complete.

Examiner Cue:

Acknowledge completion of Immediate Actions.

(Candidate may mark time since ASI pump will auto start in 2 minutes and 30 seconds after RCP seal Mr flow is

<4gpm.)

Comment:

AOP-01 8, Section 3.0 step 1 Performance Step: 3 Obtains copy of AOP-01 8 and reviews NOTE prior to step 1 Step 1 is an immediate action RCP abnormal conditions may require implementation of the SHNPP Emergency Plan Standard:

Obtains AOP-0i8 and reviews NOTE Comment:

V

- Denotes Critical Steps 2011 NRC Exam Sim JPM B Rev. Final

Appendix C Page 6 of 16 Form ES-C-i PERFORMANCE INFORMATIOISJ AOP-0i8, Section 3.0 step 1 Performance Step: 4 CHECK ANY CSIP RUNNING Standard:

Identifies that NO CSIPs are running (A CSIP is tripped, B CSIP is under clearance and C CSIP has not been readied for operation)

Comment:

AOP-018, Section 3.0 step 1 RNO Performance Step: 5 ISOLATE letdown by verifying the following valves SHUT:

1CS-7, 45 GPM LETDOWN ORIFICE A 1CS-8, 60 GPM LETDOWN ORIFICE B 1CS-9, 60 GPM LETDOWN ORIFICE C Standard:

Verifies that letdown is isolated Comment:

AOP-0i 8, Section 3.0 step 2 Performance Step: 6 REFER TO PEP-hO, Emergency Classification And Protective Action Recommendations, AND ENTER the EAL Matrix.

Standard:

Reads step 2 and informs SM to refer to PEP-lb and enter the EAL Matrix.

Comment:

AOP-0i 8, Section 3.0 Note prior to step 3 Performance Step: 7 Minimum allowable flow for a CSIP is 60 gpm which is provided by normal miniflow during normal operation and alternate miniflow during safety injection. Maintaining CSIP flow greater than or equal to 60 gpm also satisfies this requirement.

Standard:

Reads note Comment:

V

- Denotes Critical Steps 2011 NRC Exam Sim JPM B Rev. Final

Appendix C Page 7 of 16 Form ES-C-i PERFORMANCE INFORrvIAT1Or\\1 AOP-018, Section 3.0 step 3 V

Performance Step: 8 EVALUATE plant conditions AND GO TO the appropriate section:

Loss of CCW and/or Normal Seal Injection to RCPs Section 3.1 Page 5 Standard:

Evaluates plant conditions and using the provided table determines that Section 3.1 is appropriate Comment:

AOP-018, Section 3.1 step 1 Performance Step: 9 CHECK ALB-5/1-2A, RCP THERMAL BAR HDR HIGH FLOW, alarm CLEAR.

Standard:

Identifies that ALB-5/1-2A, RCP THERMAL BAR HDR HIGH FLOW, alarm is CLEAR.

Comment:

AOP-018, Section 3.1 step 2 Performance Step: 10 CHECK ALL RCPs operating within the limits of Attachment 1 (continuous actions step)

Standard:

Reviews AOP-018 Attachment 1 RCP operating limits and compares ERFIS and MCB indications to limits. Identifies that NO operating limits have been exceeded and goes to step 12.

Comment:

Reference copy of Att.1 for RCP operating limits included at the end of the JPM.

AOP-018, Section 3.1 step 12 Performance Step: 11 CHECK ALL RCPs RUNNING (continuous actions step) YES Standard:

Identifies that ALL 3 RCPs are in operation Comment:

V

- Denotes Critical Steps 2011 NRC Exam Sim JPM B Rev. Final

Appendix C Page 8 of 16 Form ES-C-i PERFORMANCE INFORMATION AOP-018, Section 3.1 step 13 Performance Step: 12 CHECK the following NORMAL for ALL RCPs:

CCW flow Seal Injection flow from CSIPs Standard:

Determines that Seal Injection flow from CSIPs is NOT NORMAL (no CSIPs are operating)

RNO action RESTORE using the applicable attachment Comment:

AOP-018, Section 3.1 step 13 RNO Performance Step: 13 Malfunction

- LOSS of Seal Injection flow from CSIPs ONLY (page 33)

Standard:

Reads RNO for step 13 step and determines that Attachment 4 is required to be performed to restore the loss of RCP seal injection Comment:

AOP-01 8 Attachment 4, Note prior to step 1 Performance Step: 14 NOTE: The ASI System will actuate in 2 minutes and 45 seconds from timer initiation.

Standard:

Reads note Comment:

AOP-018 Attachment 4, step 1 Performance Step: 15 CHECK at least one CSIP RUNNING.

NO RNO action GOTO Step 14 Standard:

Reads step 1 and identifies NO CSIP is running then takes RNO to step 14 Comment:

The ASI pump will auto start after a 2 minute and 45 second time delay.

V

- Denotes Critical Steps 2011 NRC Exam Sim JPM B Rev. Final

Appendix C Page 9 of 16 Form ES-C-i PERFORMANCE 1NFOFMATlCN AOP-01 8 Attachment 4, step 14 Performance Step: 16 DISPATCH an operator to monitor operation of the ASI System.

Standard:

Contacts an available AC to monitor ASI system operation.

Simulator Operator:

Acknowledge request to monitor ASI system operation.

Comment:

AOP-O1 8 Attachment 4, step 15 Performance Step: 17 PLACE controller FK-122.1, Charging Flow in MANUAL AND lowers output to 0.

Standard:

Locates FK-122.1 on MCB, places control to MANUAL and shuts Comment:

AOP-018 Attachment 4, step 16 Performance Step: 18 SHUT HC-186.1, RCP Seal WTR INJ Flow.

Standard:

Locates HC-186.1 on MCB and lowers output to 0.

Comment:

V

- Denotes Critical Steps 2011 NRC Exam Sim JPM B Rev. Final

Appendix C Page 10 of 16 Form ES-C-i PERFORMANCE INFORMATION AOP-018 Attachment 4, step 17 Performance Step: 19 VERIFY a suction path for the standby CSIP by performing the following:

a.

VERIFY CSIP suction flowpath from VCT as follows:

1)

VERIFY greater than 5% level is established in VCT.

2)

VERIFY the following valves are OPEN:

LCV-1 150, VCT OUTLET (1 CS-i 65)

LCV-1 1 5E, VCT OUTLET (1 CS-i 66)

a. GOTOStepi9 Standard:

Locates MOB / ERFIS or OSI-PI VCT level indication and verifies level is > 5%

Locates MOB indications for VCT outlet valves and identifies they are OPEN then GOES TO STEP 19 Comment:

AOP-Oi 8 Attachment 4, step 19 Performance Step: 20 MAINTAIN COW HX outlet temperature less than 105°F.

(continuous action step)

Standard:

Locates MCB / ERFIS or OSI-PI indication for COW HX outlet temperature and verifies temperature is being maintained < 105°.

Comment:

AOP-018 Attachment 4, note prior to step 20 Performance Step: 21 NOTE: The ASI System is adding negative reactivity to the RCS and VCT. If ASI cannot be secured a reactor trip will be initiated.

Standard:

Reads note Comment:

V

- Denotes Critical Steps 2011 NRC Exam Sim JPM B Rev. Final

Appendix C Page ii of i6 Form ES-C-i IEIFOFMANCE INFORMATION AOP-O1 8 Attachment 4, step 20.a V

Performance Step: 22 START the standby CSIP.

Evaluator Note When B-SB CSIP is started it will immediately trip.

No CSIP is available for start, RNO actions to Rx Trip follow.

Standard:

Locates Control switch for B-SB CSIP and places to start. When CSIP trips, reports indications of B-SB CSIP tripped.

Comment:

AOP-Oi 8 Attachment 4, step 20.a RNO V

Performance Step: 23 RNO

- IF No CSIP will start, THEN PERFORM ONE of the following steps:

a.

IF seal injection flow is being supplied by the ASI System, THEN PERFORM the following:

i). VERIFY the Reactor is TRIPPED AND GO TO EOP PATH-i.

NOTE Perform Step 2) as time allows.

2)

SHUT ONE of the following to isolate the Seal Return Flowpath:

iCS-470, RCP SEAL WATER RETURN iCS-472, RCP SEAL WATER RETURN Standard:

Informs CRS that they are about to manually trip the Reactor then Manually Trips the Reactor and performs the immediate actions of PATH-i Comment:

V

- Denotes Critical Steps 20i i NRC Exam Sim JPM B Rev. Final

Appendix C Page 12 of 16 Form ES-C-i PERFORMANCE lNFORMAT1O PATH-i Immediate Actions Steps 1-4 Performance Step: 24

1. Verify Reactor Trip: Auto or Manual Rx Trip successful YES

2. Verify Turbine Trip YES

3. Verify Power to AC Emergency Buses energized by offsite power OR EDGs YES

4. Check SI Actuation NO RNO GO TO EPP-004, Reactor Trip Response Standard:

Performs PATH-i immediate actions Examiner Cue:

(When PATH-i immediate actions are completed)

Another operator will continue with EPP-004. You are to continue with AOP-018 actions.

NOTE: Another operator should be silencing annunciators not related to the task of continuing in AOP-018.

Comment:

AOP-018 Attachment 4, step 20 a. continued V

Performance Step: 25 SHUT ONE of the following to isolate the Seal Return Flowpath:

1CS-470, RCP SEAL WATER RETURN 1CS-472, RCP SEAL WATER RETURN Standard:

Locates either 1 CS-470 or 1 CS-472 and SHUTS one of the valves Comment:

Examiner Cue and After the candidate shuts 1 CS-470 or 1 CS-472: Evaluation of Terminating Cue:

this JPM is complete.

Announce END OF JPM STOP TIME:

Simulator Operator:

When directed by the Lead Examiner go to Freeze.

V

- Denotes Critical Steps 2011 NRC Exam Sim JPM B Rev. Final

Appendix C Page 13 of 16 Form ES-C-i Verification of Completion Job Performance Measure No.:

2011 NRC Exam Sim JPM B Loss of Seal Injection to RCPs (Take Corrective Actions lAW 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:

2011 NRC Exam Sim JPM B Rev. Final

Appendix C Page 14 of 16 Form ES-C-i Verification of Completion REACTOR COOLANT PUMP ABNORMAL CONDITtCFNS Attachnert 1 Sheet I cf 2 Reactor Coolant Pump Trip Limite NOTE FaLse Thdications such as seP cianges or spikes on both the upper and lower thrust bearThgs are signs that the instru ertation iransient may rct be a1id, Validation of the temperatures should be performed by observing positive indic-atior;s of any of the following:

3inuftaneous temperature increases n upper and 1er thrust bering and uper guide bearing (may indicate loss of CCW codllng or cii viscosity prcbems ccrrrncn to the upper resercr)

Jibra1ilon levels increasing along with irroreasThg bearing temperatures.

Rgh or w RCP oil level alarms along with ircreasâng bearing temperatures.

Dl.

M1Y of the Following Motor Bearing temperatures exceeding gOF: [All ERFIS PcLits RCPA RC?B RCPC Mtr Upper Thrust Erg Temp TRCC4I7A TRCC427A TRCO437A Mtr Lower Thrust Erg Temp TRCD4 17B TRCc42YB TRC0437E.

Mtr Upper Radial Erg Temp TRCD4BA TRCC42BA TRCO42BA Mtr Lower Radial Erg Temp TRCO4I9 TRCC42 TRCO43 Q2.

.NY of the following Pump temperatur eceedlng 23OF: [PJ]

ERFS Points RCPA RCPB RCPC Pump Radial Erg Temp TRCO131 TCO12B TRCOi2 Seal Water Inlet Temp IRCOI 32 TRCO 12 TRCO12 Q3.

RCP Stator Wirdirtg temperature exceeding 3OOF:

ERFS Points RCPA RCPB RCPC Motor Staler Windg Temp TRCC4 I BE.

TRCC4ZBB TRCO42SB AOP-O1 I

Rev. 3 I

Page 27 of B 2011 NRC Exam Sim JPM B Rev. Final

Appendix C Page 15 of 16 Form ES-C-i VerifIcatIon of Completion REACTOR COQLPNT PUMP ABNORMAL CON01T0NS Attaohrrert 1 Sheet 2 o12 Reactor Coolant Pump Trip Limits NOTE ALB-511-2B, RCP THERM BAR I-DR OW FLOW, irdcates c5s cf CCW to all CP thermal barr:ers.

a The ASI System will actuate n 2 minutes and 45 seconds from timer itiaiion. If 2 minutes and +/- seconds have not elapsed WAIT for initn.

04.

Loss of au PCP seal injectcn iinctudLng AS) wtien ANY f the otIir ccnthtions exi:

CCW flow is os to the associated RCP Thermal 3arier HX RCS temperature is greater than or equal to 400F AND CCW 4X ouflet temperature is greater thai I 05°F RCS temperature s less than 400°F AND CCW I-X o4tIet temperaure is greater

[an 125°F 05.

RCP vibration in excess ofthefatwin: tAil 2Dmilsstaft 5 miis staft and increasirg greater tnan I milhr Smilsframe or A arid C RCPs ONLY: 3 mils frarre and increasing greater thar 0.2 milhr For B RCP a-41Y: 3.5 mile frame and inDreasing greater than.2 miis.hr Q.

RCP Motor current iluotuaione of 40 amps peak-to-peak:

I EF1S c4nts RCP A RCP B RCP C Mn1rrCiirrrt lRCZ1tfl IR4fl1I lRf11fl7 07.

Loss of 0GW to an RC? or RCP Motor whefi:

An RCP has oerated for

-D minutes without CW low to eitheror oil 000le4 fA.2]

a lsoaticn of to an RCP is recessarj to &.op excessive CCW System leakage

-- END OF ATTACHMENT I AOP-O1E I

Flev.2g I

Page2BcfSB 2011 NRC Exam Sim JPM B Rev. Final

Appendix C Page 16 of 16 Form ES-C-i JPM CUE SHEET Initial Conditions:

The Unit is operating at 100% power.

Initiating Cue:

You are the OAC. Maintain current plant conditions.

2011 NRC Exam Sim JPM B Rev. Final

Appendix C Job Performance Measure Form ES-C-i Worksheet Facility:

Shearon Harris Task No.:

301 161 H601 Task

Title:

SGTR Without Pressurizer Pressure JPM No.:

201 1 NRC Exam Control Sim JPM C KJA

Reference:

G2.1.20 RO 4.6 SRO 4.6 ALTERNATE PATH - YES 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.

Initial Conditions:

A SGTR has occurred on the A SG Off-site power has been lost Containment conditions are normal Instrument Air and N2 to Containment is not available.

The Pressurizer Aux Spray Valve failed not open The crew is implementing emergency procedures and a transition has just been made to EOP-EPP-022 from PATH-2 Initiating Cue:

You are to implement EOP-EPP-022 for SGTR without Pressurizer pressure control Evaluator:

At this time provide the candidate a copy of EPP-022 2011 NRC Exam Sim JPM C Rev. Final

Appendix C Job Performance Measure Form ES-C-i Worksheet Task Standard:

EPP-022 correctly implemented to terminate SI and establish a mini flow path.

Required Materials:

EOP-EPP-022, Rev. 23 General

References:

EOP-EPP-022, SGTR Without Pressurizer Pressure Control, Rev. 23 Handouts:

None Time Critical Task:

N/A Validation Time:

10 minutes Critical Step Justification Step 13 Stopping one CSIP will reduce the rate of RCS pressure increase and slow the ruptured SG fill rate.

Step 16 Shuffing the BIT outlet valves will reduce the rate of RCS pressure increase and slow the ruptured SG fill rate.

Step 18 Prevents establishing a lineup through normal charging line when 1CS-235 and -238 are open to minimize the chance of runout of the CSIP.

Step 19 Valves must be opened to allow alignment of Normal Charging.

Step 21 Setting charging flow controller to 30% ensures that the minimum flow through the CSIP will be established.

Step 22 Prevents possible runout conditions when flow is fully established through the normal charging line.

Step 23 The required minimum of 60 GPM will be established through the CSIP.

2011 NRC Exam Sim JPM C Rev. Final

Appendix C Job Performance Measure Form ES-C-i Worksheet SIMULATOR SETUP For the 2011 NRC Exam Simulator JPM C Simulator Operator

- Exam Setup Reset to IC-i 67 password hotwheels Override the 86 Relays if necessary Goto RUN 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.)

2011 NRC Exam Sim JPM C Rev. Final

Appendix C Job Performance Measure Form ES-C-i Worksheet The following setup information is how this exam IC was developed.

1.

Insert an SGTR on A SG of sufficient size to require an SI.

2.

Insert a loss of off-site power and verify both EDGs energize their safety bus.

3.

Fail all three PZR PORVs shut.

4.

Override the accumulator low-pressure alarms ON (ALB-009 Windows 1-1,1-2,1-3).

5.

Override IA and N2 to Containment 6.

Adjust SG tube rupture size to get Pressurizer level to 0% (start with a 700 gpm leak then go back to a lower value 300-420 gpm after establishing PZR level) 7.

Secure 1 CSIP for periods of time to reduce flow to the RCS 8.

Run APP5 for IA and CSIP cross connect valve power 9.

Align ESW to the Air Compressors, start the A/Cs and restore IA to CNMT.

10.

Take all PATH 1 and PATH-2 actions up to the point of starting the depressurization.

ii.

Ensure the following conditions exist:

a.

A SG level is less than 78 percent (approximately 76% and increasing such that it will be greater than 78% after JPM step 3 but before JPM step 9.)

b.

PRZ level is less than 10%.

c.

Subcooling is greater than 10°F.

d.

RVLIS Full range is greater than 63%.

I developed a CAEP with the following information to accomplish the above setup o

10-19(100% power steady state

- MOL)

Fail IA and N2 valves to Containment AS IS idi xal i060(n 00:00:00 00:00:00) ASIS idi xaaio48(n 00:00:00 00:00:00) ASIS SGTR in A SG

- will need to vary up to 700 gpm during development to get level up imf sgno7b (n 00:00:00 00:00:00) 300 00:00:00 0 I had to reduce to one running CSIP to keep PRZ level <10%

imf epsOl (1 00:00:00 00:00:00) W/O_DELAY imf prso3d (n 00:00:00 00:00:00) 0 00:00:00 0 imf prso3e (n 00:00:00 00:00:00) 0 00:00:00 0 imf prso3f (n 00:00:00 00:00:00) 000:00:00 0 ian xnO9aOi (n 00:00:00 00:00:00) ALARM_ON,CRYWOLF,ASI ian xnO9bOl (n 00:00:00 00:00:00) ALARM_ON,CRYWOLF,ASI ian xnO9cOl (n 00:00:00 00:00:00) ALARM_ON,CRYWOLF,ASI dmf sgno7b imf sgno5a (n 00:00:00 00:00:00) 300 00:00:00 0 Run Trigger 1 to simulate a Loss of Offsite Power 2011 NRC Exam Sim JPM C Rev. Final

Appendix C Page 5 of 16 Form ES-C-i PFOAMANCE INFORMATION Examiner Note:

A second operator should be available to control AFW flow and silence annunciators not associated with this task.

Simulator Operator:

Due to possible delays with checking the A SG level in step 1 leave the Simulator in FREEZE and then GO to RUN when the candidate goes to check the A SG level in step 1.

START TIME:

Obtains Procedure Performance Step: 1 Obtains EOP-EPP-022.

Standard:

Locates and obtains a copy of EOP-EPP-022 from one of three locations in MCR When the candidate locates the MCR copy of EPP-022 Examiners Cue:

provide them with a copy for use.

Comment:

EOP-022, NOTE Prior to Step 1 Performance Step: 2 Step 1 NOTE Foldout applies Standard:

Reads Note and circle/slashes Note Examiners Cue:

The BOP will monitor Foldout items.

Comment:

V

- Denotes Critical Steps 2011 NRC Exam Sim JPM C Rev. Final

Appendix C Page 6 of 16 Form ES-C-i PERFORMANCE INFORMATION EOP-022, Step 1 Performance Step: 3 Check Ruptured SG(s) Level

- LESS THAN 78% (High-High alarm) [60%]

Standard:

Observes level in A SG (<78%

- YES)

Comment:

EOP-022, Caution and Note prior to Step 2 Performance Step: 4 CAUTION Following a complete loss of normal seal cooling, the affected RCP(s) should NOT be started prior to a status evaluation.

NOTE RCPs should be run in order of priority (B only, A AND C, A only, C only) to provide normal PRZ spray Standard:

Reads and circle/slashes Caution and Note Comment:

EOP-022, Step 2 Performance Step: 5 Try To Establish Normal PRZ Spray:

Check RCP B

- RUNNING Standard:

Locates MCB indication for B RCP and identifies it is NOT running (RNO

- GO TO Step 2c.)

Continues with procedure step 2.c Comment:

V

- Denotes Critical Steps 2011 NRC Exam Sim JPM C Rev. Final

Appendix C Page 7 of 16 Form ES-C-i PERFORMANCE INFORMATION EOP-022, Step 2.c Performance Step: 6 Check all of the following IN SERVICE COW to motor oil coolers (YES)

COW to thermal barrier HXs (YES)

Normal seal injection from CSIP (YES)

Standard:

Observes MCB indications Comment:

1CC-252 is a non safety valve and will not power ( Check CCW to thermal barrier HXs)

Diverse indications will be the lack of low flow annunciator. (ALB-5/1-2B). There is no power to the RCPs anyway, so RCP cannot be started.

EOP-022, Step 2.d Performance Step: 7 Establish support conditions AND start ROP(s) to provide normal PRZ spray:

With loss of offsite power in progress RCPs will not be able to be started should identify conditions and perform RNO action GO TO Step 3 (continues in procedure to step 3)

Standard:

Observes current plant conditions and continues with step 3 Comment:

- Denotes Critical Steps 2011 NRC Exam Sim JPM C Rev. Final

Appendix C Page 8 of 16 Form ES-C-i PERFOMANC INFORMATION EPP-022, step 3 Performance Step: 8 Try to Restore PRZ PORV:

Establish condition for opening a PRZ PORV:

Verify power to PRZ PORVs AVAILABLE (YES)

Verify power to PRZ PORV block valves AVAILABLE (YES)

Verify PRZ PORV block valves

- OPEN (UNLESS SHUT TO ISOLATE A LEAKING PORV) (YES)

Nitrogen OR instrument air to PRZ PORVs AVAILABLE (NO) (Locates lSl-287 and 1 IA-81 9 may attempt opening each valve but valves will not open)

At least one PRZ PORV AND block valve AVAILABLE (NO

IF PORV control switch is taken to OPEN the valve will NOT open)

Observe CAUTION prior to Step 4 AND GO TO Step 4.

(proceeds to step 4)

Standard:

Reviews step 3 and determines that RNO for step 3 is required and proceeds to step 4 Examiners Note:

Candidate may attempt to reset Phase A to restore IA and N2 to Containment this action will not work because both valves are failed closed.

Comment:

EPP-022, Caution prior to step 4 Performance Step: 9 CAUTION When SG level decreases to 25%, AFW actuation occurs and the AFW flow control valves receive a full open signal.

Standard:

Reads caution and Circle/Slashes Comment:

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- Denotes Critical Steps 2011 NRC Exam Sim JPM C Rev. Final

Appendix C Page 9 of 16 Form ES-C-i PERFORMANCE INFORMATION EPP-022, Step 4 Performance Step: 10 Check Intact SG Levels:

Any Level

- GREATER THAN 25% [40%] (YES)

AFW flow

- AT LEAST 210 KPPH (YES)

Control feed flow to maintain intact SG levels between 30% and 50% [40% and 50%]

Standard:

Observes MCB indications of SG levels and AFW flow and determines intact SG levels are > 25% and AFW flow is available but not required Examiners Cue:

(IF candidate attempts to control AFW flow cue)

Another operator will control AFW flow to maintain intact SG levels.

Comment:

EPP-022, Step 5 Performance Step: 11 Check PRZ Level

- GREATER THAN 10% [30%] (YES)

Standard:

Locates Pressurizer level indications and determines level greater than 10%

Comment:

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- Denotes Critical Steps 2011 NRC Exam Sim JPM C Rev. Final

Appendix C Page 10 of 16 Form ES-C-i PAFOAMANOE INFORMATION EPP-022, Step 6 V

Performance Step: 12 Check SI Termination Criteria:

RCS subcooling GREATER THAN 10°F [40°F]

C or 20°F

[50° F]

M (YES)

Check for any of the following:

Total feed flow to SGs

- GREATER THAN 210 KPPH AVAILABLE (YES)

Level in at least one intact SG

- GREATER THAN 25%

[40%] (YES)

Check RVLIS indication based on RCP status:

No RCP running: full range

- GREATER THAN 63% (YES)

Any ruptured SG level

- INCREASING IN AN UNCONTROLLED MANNER OR OFFSCALE HIGH (YES)

Standard:

Checks ERFIS RCS Subcooling > 10°F Check RVLIS indications and verifies with NO RCPs running full range indication is > 63%

Checks ruptured SG level and determines it is increasing in an uncontrolled manner Comment:

EPP-022, Step 7 V

Performance Step: 13 Stop All But One CSIP.

Standard:

Locates MCB controls for A or B CSIP and stops ONE CSIP Comment:

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- Denotes Critical Steps 2011 NRC Exam Sim JPM C Rev. Final

Appendix C Page 1 1 of 16 Form ES-C-i PERFORMANCE INFORMATION EPP-022, Step 8.a Performance Step: 14 Isolate High Head SI Flow:

Check CSIP suction ALIGNED TO RWST Standard:

Locates CSIP SUCTIONs FROM RWST LCV-i 15B and LCV-i 1 5D and verifies open.

(May locate VCT OUTLETs LCV-1 1 5C and LCV-i 1 5E and verify shut.)

Comment:

EPP-022, Step 8.b Performance Step: 15 Open normal miniflow isolation valves:

1CS-182 1CS-196 1CS-210 1CS-214 Standard:

Locates MCB control switches for 1CS-182, 1CS-196, 1CS-210, 1CS-214 and takes each valve to OPEN 1CS-214 Fails to stroke OPEN from Control Switch Comment:

EPP-022, Step 8.b (RNO)

V Performance Step: 16 Observe NOTE prior to Step 9 AND GO TO Step 9.

Standard:

Proceeds to Note prior to Step 9.

Comment:

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- Denotes Critical Steps 2011 NRC Exam Sim JPM C Rev. Final

Appendix C Page 12 of 16 Form ES-C-i PERFOMANCE fNFOfMATION EPP-022, Step 9 NOTE Performance Step: 17 NOTE: The following step contains an SI termination sequence for which CSIP normal miniflow is not available. The charging flow control valve is opened a minimal amount prior to isolating the BIT to ensure the running CSIP is not deadheaded.

Standard:

Reads (circle/slashes) Note Comment:

EPP-022, Step 9a V

Performance Step: 18 Establish Minimum Charging Flow AND Isolate BIT Flow:

a. Shut charging flow control valve: FK-1 22.1 Standard:

Places FK-122.1 in MANUAL and LOWERS output to 0%.

Comment:

EPP-022, Step 9b V

Performance Step: 19

b. Open charging line isolation valves:

1 CS-235 1 CS-238 Standard:

Locates MCB control switches for 1 CS-235 and 1 CS-238 and takes each valve to OPEN Comment:

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- Denotes Critical Steps 2011 NRC Exam Sim JPM C Rev. Final

Appendix C Page 13 of 16 Form ES-C-i PERFORMANCE INFORMATION EPP-022, Step 9c Performance Step: 20

c. Check RCS Pressure

- GREATER THAN 1400 PSIG Standard:

Evaluates MCB indications for RCS pressure: determines pressure is >1400 psig.

Comment:

EPP-022, Step 9.d V

Performance Step: 21

d. Set charging flow controller demand position to 30%.

Standard:

Raises FK-122.1 output to approximately 30% and proceeds to step 9e.

Comment:

EPP-022, Step 9e V

Performance Step: 22

e. Shut BIT outlet valves:

lSl-3 lSl-4 Standard:

Locates MCB control switches for 1SI-3 and lSl-4, and takes each valve to SHUT.

Comment:

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- Denotes Critical Steps 2011 NRC Exam Sim JPM C Rev. Final

Appendix C Page 14 of 16 Form ES-C-i PERFORMANCE INFORMATION EPP-022, Step 9f Performance Step: 23

f. Verify cold.leg AND hot leg injection valves

- SHUT 1SI-52 1SI-86 1SI-107 Standard:

Locates and verifies MOB indications for 1 SI-52, 1 Sl-86, and iSl-107 are Shut Comment:

EPP-022, Step 9g V

Performance Step: 24

g. Establish and maintain at least 60 GPM flow through CSIP.

Standard:

Adjusts setpoint for FK-122.1, as needed to establish a minimum of 60 gpm charging flow.

Comment:

Examiner Cue:

After the candidate has established 60 gpm flow through CSIP: Evaluation on this JPM is complete.

Announce END OF JPM Terminating Cue:

After the candidate has established 60 gpm flow through CSIP this JPM is complete.

STOP TIME:

Simulator Operator:

When directed by the Lead Examiner then go to Freeze.

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- Denotes Critical Steps 2011 NRC Exam Sim JPM C Rev. Final

Appendix C Page 15 of 16 Form ES-C-i VERIFICATION OF COMPLETION Job Performance Measure No.:

2011 NRC Exam Sim JPM C SGTR Without Pressurizer Pressure Control Examinees Name:

Date Performed:

Facility Evaluator:

Number of Attempts:

Time to Complete:

Question Documentation:

Question:

Response

Result:

SAT UNSAT Examiners Signature:

Date:

2011 NRC Exam Sim JPM C Rev. Final

Appendix C Page 16 of 16 Form ES-C-i JPM CUE SHEET A SGTR has occurred on the A SG Off-site power has been lost Containment conditions are normal Initial Conditions:

Instrument Air and N2 to Containment is not available.

The Pressurizer Aux Spray Valve failed not open The crew is implementing emergency procedures and a transition has just been made to EOP-EPP-022 from PATH-2 You are to implement EOP-EPP-022 for SGTR without Initiating Cue:

Pressurizer pressure control 2011 NRC Exam Sim JPM C Rev. Final

Appendix C Page 1 of 15 Form ES-C-i PERFORMANCE INFOJRMATIOIST Facility:

Shearon Harris Task No.:

301 078H401 Task

Title:

Loss of RCS Inventory with RHR JPM No.:

2011 NRC Exam Cooling in Progress Sim JPM D K/A

Reference:

005 A4.01 (3.6/3.4)

ALTERNATE PATH - YES Examinee:

NRC Examiner:

Facility Evaluator:

Date:

Method of testing:

Simulated Performance:

Actual Performance:

X Classroom Simulator X

Plant READ TO THE EXAM INEE 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 is in Mode 5 on RHR.

Containment integrity is established.

Pressurizer level is 88% Cold Cal (Ll-462) and being maintained high in anticipation of going solid.

RCS temperature is stable at --140°F.

All 3 RCPs are in operation Initiating Cue:

Your position is the QAC. Maintain current plant conditions.

I 2011 NRC Exam Sim JPM D Rev. Final

Appendix C Page 2 of 15 Form ES-C-i PERFORMANCE INFORMATION Task Standard:

Perform AOP-020 actions required to maintain RCS inventory/cooling with a leak in progress.

Required Materials:

None General

References:

AOP-020, LOSS OF RCS INVENTORY OR RHR WHILE SHUTDOWN, Rev. 34 Handout:

Use simulator copy of AOP-20. Ensure that a cleaned copy replaces the one used by the student after each use.

Time Critical Task:

NO Validation Time:

20 minutes Critical Step Justification St Identification that AOP-020 entry is required. Without this identification ep then an incorrect procedure could be entered.

Critical to identify which procedure section to use.

If wrong section chosen incorrect actions could be taken. Time would also be wasted Steps where the leak may be isolated if the correct procedure section were chosen.

This isolates normal and RHR letdown in an attempt to stop the RCS Step 16 leak.

Increasing Charging flow to < 150 gpm and checking for leak conditions will determine if the leak is a major (defined as leakage> makeup Step 17 capabilities) or minor leak. Time is limited if leakage exceeds 150 gpm and will send the operator to a different procedure section to provide higher flow rates to the RCS and establish a heat removal mechanism.

Securing RCPs when iP is < 200 psig limit appears in OP-100 and is a Step 24 vendor specified operating limit related to maintaining RCP pump seal integrity.

Shutting at least one RHR loop suction valve to each pump isolates the Step 26 RHR suction piping from the RCS. Securing RHR may stop any potential leak paths from RHR.

2011 NRC Exam Sim JPM D Rev. Final

Appendix C Page 3 of 15 Form ES-C-i PERFORMANCE INFORMATION SIMULATOR SETUP For the 2011 NRC Exam Simulator JPM D Simulator Operator

- Exam Setup Reset to IC-i 68 password hotwheels Place CITs on the B CSIP and the B RMUW Pump for GP-006 Set CRT Screen #2 to QP A RHR Set CRT Screen #3 to QP VCT Set CRT Screen #10 to QP B RHR Goto RUN 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.)

NOTE: Since the candidate will be using the Simulator copy of AOP-020 ensure that replacement copies are made prior to starting the JPM. REPLACE THE ENTIRE PROCEDURE AFTER EACH CANDIDATE COMPLETES THIS JPM.

The following setup information is how this exam IC was developed.

Initialize to IC-17 a Mode 5 condition with both RHR pumps and at least one RCP in service.

Establish stable RCS temperature at 140 °F.

Reduce charging to stabilize PRZ level.

Tag one CSIP and one RMUW Pump.

FREEZE and SNAP for NRC JPM d.

RUN When the applicant has read the Initial Conditions sheet: Assign trigger 1 with a Small Break LOCA (3% break) in the B cold leg o

<IMFRCS18B3>

Place the command <IMF RCS18B 50> on a trigger. Insert at the completion of JPM Step 14 to increase the size of the leak and thereby drive the applicant through the desired procedure path.

2011 NRC Exam Sim JPM D 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.

Lead Examiner:

After the candidate has taken the watch and when appropriate inform Simulator Operator to insert Trigger 1 (Small Break LOCA on B RCS Cold Leg)

NOTE: VCT auto makeup will occur sometime during the JPM. When auto makeup occurs cue the candidate that another operator will monitor makeup.

Simulator Operator:

When directed by the Lead Examiner then insert Trigger 1 STARTTIME:

AOP-020, Loss of RCS Inventory or Residual Heat Removal While Shutdown

- Entry Conditions:

Dropping PZR level (Cold Cal Channel)

Dropping RCS pressure Rising CNMT Sump level Annunciator ALB-O1 i Containment Unidentified Leakage Performance Step: 1 Identifies Entry Conditions are met for AOP-020.

Standard:

Enters AOP-020 and announces No Immediate Actions Obtains a copy of AOP-020 Comment:

AOP-020 Section 3.0 Step 1 Performance Step: 2 CHECK that an RCS or Refueling Cavity leak exists.

Standard:

Determines that a leak does exist Comment:

V

- Denotes Critical Steps 2011 NRC Exam Sim JPM D Rev. Final

Form ES-C-i Page 5 of 15 E!RFORMANCE INFORMATION AOP-020 Section 3.0 Step 2 CHECK that all fuel assemblies are safely positioned in one of the following storage locations Reactor vessel A Spent Fuel Pool fuel rack An area isolated from the Refueling Cavity by: A Spent Fuel Pool gate OR Transfer Tube Isolation Valve Determines no fuel handling in progress.

Performance Step: 3 Standard:

Comment:

Performance Step: 4 Standard:

Comment:

V Performance Step: 5 Standard:

Comment:

AOP-020 Section 3.0 Step 3 SUSPEND fuel handling activities.

Determines no fuel handling is in progress.

CHECK that the leak meets one of the following conditions:

Refueling cavity seal has failed.

A SG Nozzle Dam has failed.

Answers NO the RCS is filled.

GO TO the appropriate section.

Proceeds to Section 3.3, RCS LeakBubble in PRZ Appendix C Performance Step: 3 Standard:

Comment:

V

- Denotes Critical Steps 2011 NRC Exam Sim JPM D Rev. Final

Appendix C Page 6 of 15 Form ES-C-i PERFORMANCE INFORMAT1Or\\1 -

AOP-020 Section 3.3 NOTE prior to Step 1 Performance Step: 6 NOTE RHR Pumps operating normally will not exhibit any signs of cavitation, air binding, or fluctuations in flow, pressure, or current.

If standpipe indication and RVLIS are unavailable in the MCR, RCS level can be determined by sending someone in CNMT to read level locally.

Standard:

Reads and Circle/Slashes note Comment:

AOP-020 Section 3.3 Step 1 (Continuous Action)

Performance Step: 7 MONITOR RCS and RHR to ensure BOTH of the following:

Each RHR pump that is running (if any) is operating normally.

Reactor Vessel level 82 inches below the RV flange OR HIGHER.

Standard:

Verifies RHR Pumps running properly and level in PZR.

Comment:

AOP-020 Section 3.3 Step 2 (Continuous Action)

Performance Step: 8 CHECK at least one RHR pump RUNNING.

Standard:

Identifies that at least one RHR pump is running.

Comment:

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- Denotes Critical Steps 2011 NRC Exam Sim JPM D Rev. Final

Appendix C Page 7 of 15 Form ES-C-i PERFORMANCE INFORMATION AOP-020 Section 3.3 Note Prior to Step 3 Performance Step: 9 NOTE Loss of RHR or exceeding an RCS temperature of 200°F without CNMT integrity may require initiation of the HNP Emergency Plan.

Standard:

Reads note and Circle/Slash Comment:

AOP-020 Section 3.3 Step 3 Performance Step: 10 REFER TO PEP-i 10, Emergency Classification and Protective Action Recommendations, AND ENTER the EAL Matrix.

Standard:

Informs SM.

Evaluator Cue:

Acknowledge report.

Comment:

AOP-020 Section 3.3 Note Prior to Step 4 Performance Step: 11 NOTE If the location of the leak is already known, or is discovered before completing all steps in this section, the following step will permit a transition directly to procedure steps dealing with leak isolation and RHR function.

Standard:

Reads note and Circle/Slash Comment:

AOP-020 Section 3.3 Step 4 Performance Step: 12 CHECK that leak location is KNOWN.

Standard:

Answers NO.

Comment:

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- Denotes Critical Steps 2011 NRC Exam Sim JPM D Rev. Final

Appendix C Page 8 of 15 Form ES-C-i PERFORMANCE iNFORMATION AOP-020 Section 3.3 Step 4 RNO (Continuous Action)

Performance Step: 13 PERFORM the following: IF leak location is discovered prior to completing leak isolation sequence in this section, THEN GO TO step 37. GO TO step 6.

Standard:

Proceeds to Section 3.3, Step 6.

Comment:

AOP-020 Section 3.3 Step 6 Performance Step: 14 VERIFY SHUT the following:

1SI-326 SA, Low Head SI Train A to Hot Leg Crossover.

1 SI-327 SB, Low Head SI Train B to Hot Leg Crossover.

Standard:

Verifies/shuts 1 SI-326 SA and 1SI-327 SB. (Both are shut)

Comment:

AOP-020 Section 3.3 Step 7 (Continuous Action)

Performance Step: 15 ADJUST charging flow:

MAINTAIN PRZ level ABOVE 25%.

MAINTAIN flow at or below VCT makeup capability.

Standard:

Adjusts charging flow as needed not to exceed M/U capability.

Evaluator Note:

May use VCT trend as means to monitor.

Comment:

V

- Denotes Critical Steps 2011 NRC Exam Sim JPM D Rev. Final

Appendix C Page 9 of 15 Form ES-C-i PERFORMANCE INFORMATION AOP-020 Section 3.3 Step 8 q

Performance Step: 16 ISOLATE letdown as follows:

SHUT letdown orifice isolations:

1CS-7 1CS-8 1CS-9 SHUT 1CS-28, RHR Letdown HC-142.1 Standard:

Shuts:

1CS-7 1CS-8 1CS-9 1CS-28 Comment:

AOP-020 Section 3.3 Step 9 (Continuous Action)

J Performance Step: 17 ADJUST CSIP flow to maintain the following:

PRZ level ABOVE 25%.

Charging flow 150 gpm or less.

Standard:

Raises charging flow while maintaining <150 gpm.

Comment:

Lead Evaluator:

Signal Simulator Operator to insert Trigger 2 (Size of Small Break LOCA increases)

Simulator Operator:

When directed by the Lead Evaluator insert Trigger 2 V

- Denotes Critical Steps 2011 NRC Exam Sim JPM D Rev. Final

Appendix C Page 10 of 15 Form ES-C-i PERFORMANCElNFORMA11ON AOP-020 Section 3.3 Step 10 Performance Step: 18 CHECK RCS leak STILL PRESENT.

Standard:

Answers YES.

Comment:

AOP-020 Section 3.3 Step ii Performance Step: 19 VERIFY VCT level is automatically or manually maintained within the following limits:

MAINTAIN level ABOVE 5%. (Continuous Action)

Standard:

Maintains VCT level > 5% or verifies CSIP suction swap over to RWST occurs Comment:

AOP-020 Section 3.3 Note Prior to Step 11.b Performance Step: 20 Low VCT level is a precursor to gas binding the CSIPs.

Standard:

Reads and Circle/Slashes note Comment:

- Denotes Critical Steps 2011 NRC Exam Sim JPM D Rev. Final

Appendix C Page 11 of 15 Form ES-C-i PERFORMANCE INFORMATION AOP-020 Section 3.3 Step 11.b Performance Step: 21 MAINTAIN level ON SCALE. (Continuous Action)

Standard:

Checks VCT level being maintained.

Comment:

Low level in the VCT may necessitate CSIP suction swap to RWST at any time. Step 11 RNO actions follow VERIFY CSIP suction shifted to RWST:

OPEN 1CS-291 (LCV-115B), CSIP Suction From RWST OPEN 1CS-292 (LCV-115D), CSIP Suction From RWST SHUT 1CS-165 (LCV-115C), VCT Outlet SHUT 1CS-166 (LCV-115E), VCT Outlet AOP-020 Section 3.3 Step 12 (Continuous Action)

Performance Step: 22 MONITOR core exit thermocouples to determine RCS heatup rate.

Standard:

MONITORS core exit thermocouples.

Comment:

AOP-020 Section 3.3 Step 13 (Continuous Action)

Performance Step: 23 CHECK that RCS temperature can be maintained AT OR BELOW 200°F.

Standard:

Answers YES.

Evaluator Note:

This may be answered YES or NO but the path will be the same because CNMT Integrity is established.

Comment:

V

- Denotes Critical Steps 2011 NRC Exam Sim JPM D Rev. Final

Appendix C Page 12 of 15 Form ES-C-i PERFORMANCE INFORMAflON AOP-020 Section 3.3 Step 14 (Continuous Action) q Performance Step: 24 MAINTAIN Seal AP on running RCPs ABOVE 200 psid.

STOP any RCP with seal P at or below 200 psid.

Standard:

Unable to maintain proper AP then stops all running RCPs.

The candidate may have already secured the RCPs as soon as RCP seal AP decreased to < 200 psid based on ALB-008 Examiners Note:

guidance or the Precautions and Limitations of OP-i 00 for operating the RCPs.

Comment:

AOP-020 Section 3.3 Step 15 Performance Step: 25 CHECK charging flow rate ABOVE 50 gpm.

Standard:

Answers YES.

Comment:

V

- Denotes Critical Steps 2011 NRC Exam Sim JPM D Rev. Final

Appendix C Page 13 of 15 Form ES-C-i PERFORMANCE INFORMATION AOP-020 Section 3.3 Step 16

,J Performance Step: 26 ISOLATE RHR as follows:

a.

STOP ALL running RHR pumps.

b.

SHUT AT LEAST ONE RHR pump loop suction valves:

1RH-1, RCS Loop Ato RHR Pump A 1 RH-2, RCS Loop A to RHR Pump A 1 RH-39, RCS Loop C to RHR Pump B 1 RH-40, RCS Loop C to RHR Pump B Standard:

Stops both RHR Pumps.

Shuts at least 1 RH-i or 1 RH-2 and 1 RH-39 or 1 RH-40.

Evaluator Note:

The critical task is to stop both RHR Pumps and close at least one series valve in each line.

Evaluation on this JPM is complete.

Announce END OF JPM Comment:

Terminating Cue:

After both RHR Pumps are stopped and the suction lines are isolated.

STOP TIME:

Simulator Operator:

When directed by the Lead Examiner go to Freeze.

V

- Denotes Critical Steps 2011 NRC Exam Sim JPM D Rev. Final

Appendix C Page 14 of 15 Form ES-C-i VERIF[CATION OFCOMPLET1OW Job Performance Measure No.:

2011 NRC Exam Sim JPM D Loss of RCS Inventory with RHR Cooling in Progress Examinees Name:

Date Performed:

Facility Evaluator:

Number of Attempts:

Time to Complete:

Question Documentation:

Question:

Response

Result:

SAT UNSAT Examiners Signature:

Date:

2011 NRC Exam Sim JPM D Rev. Final

Appendix C Page 15 of 15 Form ES-C-i JPMCUESHEET The plant is in Mode 5 on RHR.

Containment integrity is established.

Initial Conditions Pressurizer level is 88% Cold Cal (Ll-462) and being maintained high in anticipation of going solid.

RCS temperature is stable at 140°F.

All 3 RCPs are in operation Initiating Cue:

Your position is the OAC. Maintain current plant conditions.

2011 NRC Exam Sim JPM D Rev. Final

Appendix C Job Performance Measure Form ES-C-i WOrkhéet Facility:

Shearon Harris Task No.:

061 007H101 Task

Title:

Using ESW System As A Backur JPM No.:

2011 NRC Exam Source Of Water To AFW MCR JPM E K/A

Reference:

054 AA1.01 4.5/4.4 ALTERNATE PATH - NO Examinee:

NRC Examiner:

Facility Evaluator:

Date:

Method of testing:

Simulated Performance:

Actual Performance:

Classroom Simulator Plant NOTE: This JPM has been developed to be either ran on the Simulator OR simulated in the MCR. Check off the above method of testing when the decision of testing has been made.

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:

A LOCA has occurred and PATH-i is being implemented. Both A and B Motor Driven AFW pumps are in operation.

Initiating Cue:

A leak has developed in the Condensate Storage Tank (CST) and level has decreased to less than 10 percent.

Your directions are to secure the B Motor Driven AFW pump then switch the AFW water supply from the CST to ESW Header A for the A Motor Driven AFW pump and the Turbine Driven AFW pump per OP-i 37, Section 8.1.

NOTE: IF this JPM is performed in the MCR then the Evaluator will provide you with additional cues that may be different than the current plant conditions.

Examiner Note:

IF performed in the Simulator then a second operator should be available to silence annunciators not associated with this task.

2011 NRC Exam MCR JPM E Rev. Final

Appendix C Job Performance Measure Form ES-C-i Workshet Task Standard:

Train A ESW is supplying AFW pumps.

Required Materials:

None General

References:

OP-i 37 Rev. 30, OP-i 69 Rev. 19 Time Critical Task:

No Validation Time:

15 Minutes CRITICAL STEP JUSTIFICATION Isolation of ESW flow will ensure required cooling to maintain EDG Step 5 (or 6) operable for LOSP.

Isolation of ESW flow will ensure required cooling to maintain EDG Step 7 (or 8) operable for LOSP.

Step 10 Opening i SW-i 21 SA provides ESW suction from the A header to the A MDAFW pump Step 1 1 Opening 1 Sw-i 23SA provides ESW suction from the A header to the A MDAFW pump Step 22 Opening 1 SW-124SA provides ESW suction from the A header to the TDAFW pump Step 23 Opening 1 SW-i 26SA provides ESW suction from the A header to the TDAFW pump 2011 NRC Exam MCR JPM E Rev. Final Q

Appendix C Job Performance Measure Form ES-C-i Worksheet SIMULATOR SETUP Forthe 2011 ILC NRC exam N/A IF this is to be performed in the MCR.

IF ran in the Simulator then:

• Simulator Operator - Exam Setup Reset to IC-i 69 password hotwheels NOTE: It may be necessary to override the 86 Generator lockouts if they are tripped prior to going to run.

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.)

The following setup has been saved to IC-i 69 on the Master Portable Hard Drive Initial Simulator IC was IC-i 9 IMF LT:901a (n 0 0) 8.5 0 (Level transmitter Ll-9010A1 SA should read 8.5 %)

IMFLT:901b(nOO)8.30 (Level transmitter Ll-9010B1 SB should read 8.3%)

3 Annunciators will be on due to these actions:

ALB-01 7-4-5 CST Empty ALB-01 7-5-5 CST Low Minimum Level ALB-01 7-6-5 CST Hi-Hi/Lo-Lo Level IMF RCS18A (n 0 0)15 0 Small Break LOCA A Loop 15% of 4.5 line Implement PATH-i Secure the TDAFW Pump o

Close 1 MS-70 o

Close 1MS-72 Restore power to iA-i and iB-i Reduce AFW flow to 300 KPPH total Silence, acknowledge and reset annunciators GO TO FREEZE and create a snap IC 2011 NRC Exam MCR JPM E Rev. Final

Appendix C Page 4 of 17 Form ES-C-i PERFORMANCE INFORAMT1ON START TIME:

(If applicable)

When directed by the Lead Examiner go to Run.

Simulator Operator:

Evaluator Note:

There isnt a step in OP-i 37 that directs when to secure the B MDAFW Pump. It will be at the candidates discretion when to stop the pump. The JPM step to stop the pump is placed after lining up ESW to the A MDAFW Pump just as a place keeper. The candidate can secure the B MDAFW at any time prior to, during, or after the ESW alignment.

Performance Step: 1 OBTAIN PROCEDURE Standard:

Locates OP-i37 and refers to Section 8.1 and reviews initial conditions.

Provide the candidate with OP-i 37 section 8.1 (AND a copy of OP-i69 section 7.1 when candidate determines the need to Evaluator Cue:

secure fans per OP-169)

Initial conditions have been met for OP-i 37 Section 8.1.

Comment:

(S) Used when simulating the JPM on a frozen simulator or in the MCR V

- Denotes Critical Steps 2011 NRC Exam MCR JPM E Rev. Final

Appendix C Page 5 of 17 Form ES-C-i PERFORMANCE INFORAMT[ON OP-i 37 section 8.1.2 Cautions prior to step 1 Performance Step: 2 Caution: The Emergency Service Water System serves as a backup source of water to the Auxiliary Feedwater System if the Condensate Storage Tank volume is exhausted or unavailable.

Since the Emergency Service Water System uses raw reservoir water, it is only used in extreme emergencies.

Caution: Isolating Service Water to the Containment Fan Coolers will make the Coolers inoperable, therefore only one Train of ESW should be aligned to the suction of the AFW pumps unless a determination has been made on the desirability of making both Trains of Containment Fan Coolers inoperable.

Standard:

Read cautions and circle/slashes each Comment:

OP-i 37 section 8.1.2 Step 1 Performance Step: 3 To supply AFW Pump 1A-SA from ESW header A, Perform the following:

a.

Declare A train Containment Fan Coolers inoperable Standard:

Notifies CRS to declare A Train of Containment Fan Coolers INOPERABLE Evaluator Cue:

CRS acknowledges A CFCs are inoperable Comment:

After Candidate determines that they need to use OP-i 69 to perform the next step then provide the candidate with a marked up copy of OP-i 69 Sect. 7.1 Evaluator NOTE:

CUE: The CRS has reviewed OP-i 69 and has N/Ad the steps that are not required to be performed.

(S) Used when simulating the JPM on a frozen simulator or in the MCR

- Denotes Critical Steps 2011 NRC Exam MCR JPM E Rev. Final

Appendix C Performance Step: 4 Standard:

Comment:

Form ES-C-i Page 6 of 17 PERFORMANCE INFORAMTION OP-i 37 section 8.1.2 Step 1.b Verify A Train Containment Fan Coolers are secured per OP-i 69 Obtains copy of OP-169 section 7.i Rev. 19 and perform step 2 OP-i 69 section 7.1 step 2.

PLACE the control switch for each of the following fans to be removed from service to STOP:

Locates switch for AH-2 A-SA and Identifies that the Red LO SPD light is lit.

The RED LO SPD light is lit.

(S) Evaluator Cue:

Standard:

Takes the control switch for AH-2A-SA from neutral to STOP.

Verifies that the RED light goes out and the green light is lit.

(5) Evaluator Cue:

The RED LO SPD light is out and the GREEN light is lit.

Standard:

Locates switch for AH-3 A-SA and identifies that the Red LO SPD light is lit.

(S) Evaluator Cue:

The RED LO SPD light is lit.

Standard:

Takes the control switch for AH-3A-SA from neutral to STOP.

Verifies that the RED light goes out and the GREEN light is lit.

[.___

The RED LO SPD light is out and the GREEN light is lit.

(5) Evaluator Cue:

Comment:

(S) Used when simulating the JPM on a frozen simulator or in the MCR V

- Denotes Critical Steps 201 NRC Exam MCR JPM E Rev. Final Performance Step: 5 Standard:

Page 7 of 17 Form ES-C-i PERFORMANCE INFORAMTION OP-137 section 8.1.2 Step 1.c SHUT 1SW-92 SA, CNMT FAN COOLER AH-3 INLET.

Locates the control switch for 1 SW-92 and identifies that the RED Light is lit.

The RED light is lit.

Takes the control switch for 1 SW-92 from neutral to shut. Verifies that the RED light goes out and the GREEN light is lit.

The RED LO SPD light is out and the GREEN light is lit.

OP-i 37 section 8.1.2 Step 1.d SHUT 1 SW-97 SA, CNMT FAN COOLER AH-3 OUTLET.

Locates the control switch for 1 SW-97 and identifies that the RED Light is lit.

The RED light is lit.

Takes the control switch for 1 SW-97 from neutral to shut. Verifies that the RED light goes out and the GREEN light is lit.

The RED LO SPD light is out and the GREEN light is lit.

(5) Used when simulating the JPM on a frozen simulator or in the MCR

- Denotes Critical Steps 2011 NRC Exam MCR JPM E Rev. Final Appendix C Performance Step: 6 Standard:

(S) Evaluator Cue:

Standard:

L (S) Evaluator Cue:

Comment:

Performance Step: 7 Standard:

(5) Evaluator Cue:

Standard:

L (S) Evaluator Cue:

Comment:

Form ES-C-i Page 8 of 17 PERFORMANCE1NFORAFvrflON OP-137 section 8.1.2 Step i.e SHUT 1SW-91 SA, CNMT FAN COOLER AH-2 INLET.

Locates the control switch for 1 SW-91 and identifies that the RED Light is lit.

The RED light is lit.

Takes the control switch for 1 SW-91 from neutral to shut. Verifies that the RED light goes out and the GREEN light is lit.

The RED LO SPD light is out and the GREEN light is lit.

op-i 37 section 8.1.2 Step 1.f SHUT 1SW-109 SA, CNMT FAN COOLER AH-2 OUTLET.

Locates the control switch for 1 Sw-i 09 and identifies that the RED Light is lit.

The RED light is lit.

Takes the control switch for 1 Sw-i 09 from neutral to shut.

Verifies that the RED light goes out and the GREEN light is lit.

(S) Evaluator Cue:

The RED LO SPD light is out and the GREEN light is lit.

Comment:

(5) Used when simulating the JPM on a frozen simulator or in the MCR V

- Denotes Critical Steps 2011 NRC Exam MCR JPM E Rev. Final Appendix C Performance Step: 8 Standard:

(S) Evaluator Cue:

Standard:

L (S) Evaluator Cue:

Comment:

Performance Step: 9 Standard:

r (5) Evaluator Cue:

Standard:

Appendix C Page 9 of 17 Form ES-C-i PERFORMANCE INFORAMTION OP-i 37 section 8.1.2 Step 1.g Performance Step: 10 CLOSE 1SW-122, AFW PUMP 1A-SA SW DRAIN ISOLATION.

Standard:

Dfrects AO to SHUT 1SW-122 NOTE: 1SW-122 is not modeled on the Simulator Simulator Operator AO acknowledges direction to shut 1SW-i 22, AFW Pump OR 1 A-SA SW Drain Isolation.

Evaluator Cue:

Pause 10-15 seconds then report that 1SW-122, AFW Pump 1 A SW Drain Isolation has been SHUT Comment:

OP-i 37 section 8.1.2 Step i.h

Performance Step: ii OPEN 1SW-121SA, SW HEADER A TO AUX FW MOTOR PUMP A-SA.

Standard:

Locates MCB control switch for 1SW-121 and identifies that the green light is lit.

(S) Evaluator Cue:

The GREEN light is lit.

Standard:

Takes control switch for 1SW-121 from neutral to open and identifies that the GREEN light is out and the RED light is lit.

(S) Evaluator Cue:

The GREEN light is out and the RED light is lit.

Comment:

(S) Used when simulating the JPM on a frozen simulator or in the MCR V

- Denotes Critical Steps 2011 NRC Exam MCR JPM E Rev. Final

Appendix C Page 10 of 17 Form ES-C-i PERFORMANCE INFORAMT1ON OP-137 section 8.1.2 Step 1.i 1

Performance Step: 12 OPEN 1SW-123SA, SW HEADER A TO AUX FW MOTOR PUMP A-SA.

Standard:

Locates MCB control switch for 1 SW-i 23 and identifies that the green light is lit.

(S) Evaluator Cue:

The GREEN light is lit.

Standard:

Takes control switch for 1SW-123 from neutral to open and identifies that the GREEN light is out and the RED light is lit.

(S) Evaluator Cue:

The GREEN light is out and the RED light is lit.

Comment:

OP-137 section 8.1.2 Step 1.i Performance Step: 13 Monitor AFW system parameters to ensure proper operation.

Standard:

Monitors Pl-2150A1 A DISCH PRESS and Pl-2250A1 A SUCT PRESS! Monitors Aux Feedwater Flow on Fl-2050Ai, Bi, and Cl.

(Candidate may report to CRS that ESW is aligned to A AFW Pump.

If so acknowledge information and direct candidate to continue lineup)

Comment:

(S) Used when simulating the JPM on a frozen simulator or in the MCR V

- Denotes Critical Steps 2011 NRC Exam MCR JPM E Rev. Final

Appendix C Page 1 1 of 17 Form ES-C-i PERFORMANCE INFORAMTION Performance Step: 14 STOPS B MDAFW PUMP Standard:

Locates MCB control switch for B MDAFW and identifies that the RED light is lit.

(5) Evaluator Cue:

The RED light is lit.

Standard:

Takes the control switch for B MDAFW Pump from neutral to STOP and identifies that the RED light is out and the GREEN light is lit.

The RED light is out and the GREEN light is lit.

(5) Evaluator Cue:

Comment:

Performance Step: 15 Standard:

Comment:

OP-i 37 section 8.1.2 Caution prior to step 3 CAUTION: Do NOT cross tie the ESW trains together via the TDAFW pump suction supply from ESW. Crosstie is prevented by performing only Step 8.1.2.3 OR 8.1.2.4 Reads caution and circle/slashes caution Performance Step: 16 Standard:

Comment:

OP-i 37 section 8.1.2 Step 3 To supply AFW Pump 1 X-SAB from ESW header A:

a.

Declare A train Containment Fan Coolers inoperable No action required (already declared)

(S) Used when simulating the JPM on a frozen simulator or in the MCR V

- Denotes Critical Steps 2011 NRC Exam MCR JPM E Rev. Final

Appendix C Page 12 of 17 Form ES-C-i PERFORMANCE INFORAMT1ON OP-i 37 section 8.1 Step 3.b Performance Step: 17 Verify A Train Containment Fan Coolers are secured per OP-169 Standard:

No action required (already performed)

Comment:

OP-137 section 8.1.2 Step 3.c Performance Step: 18 Verify shut 1 SW-92 SA, Cnmt Fan Cooler AH-3 inlet Standard:

No action required (already performed)

Comment:

OP-137 section 8.1.2 Step 3.d Performance Step: 19 Shut 1SW-97 SA, Cnmt Fan Cooler AH-3 outlet Standard:

No action required (already performed)

Comment:

OP-i 37 section 8.1.2 Step 3.e Performance Step: 20 Verify shut 1 SW-91 SA, Cnmt Fan Cooler AH-2 inlet Standard:

No action required (already performed)

Comment:

(S) Used when simulating the JPM on a frozen simulator or in the MCR

- Denotes Critical Steps 2011 NRC Exam MCR JPM E Rev. Final

Appendix C Page 13 of 17 Form ES-C-i PERFORMANCE [NFORAMT1Of OP-i 37 section 8.1.2 Step 3.f Performance Step: 21 Verify Shut 1SW-109 SA, Cnmt Fan Cooler AH-2 outlet Standard:

No action required (already performed)

Comment:

OP-i 37 section 8.1.2 Step aci Performance Step: 22 Shut 1SW-125, AFW Pump iX-SAB SW Header A Drain Isolation Standard:

Contacts AO and tells him to close 1SW-125.

NOTE: 1SW-125 is not modeled on the Simulator.

Simulator Operator OR AO acknowledges direction to shut 1SW-i 25, AFW Pump 1X-SAB SW Header A Drain Isolation.

Evaluator Cue:

(Pause 1015 seconds) AO reports 1SW-i 25 closed.

Comment:

(5) Used when simulating the JPM on a frozen simulator or in the MCR V

- Denotes Critical Steps 2011 NRC Exam MCR JPM E Rev. Final

Page l4of 17 Form ES-C-i PERFORMANCE 1T\\fFORAMTtOI OP-i 37 section 81.2 Step 3.h.

OPEN 1SW-124SA, SW HEADER A TO AUX FW TURBINE PMP (S) Used when simulating the JPM on a frozen simulator or in the MCR V

- Denotes Critical Steps 2011 NRC Exam MCR JPM E Rev. Final Appendix C V

Performance Step: 23 Standard:

Locates MCB control switch for 1SW-124 and identifies that the green light is lit.

(5) Evaluator Cue:

The GREEN light is lit.

Standard:

Takes control switch for 1SW-i24 from neutral to open and identifies that the GREEN light is out and the RED light is lit.

(S) Evaluator Cue:

The GREEN light is out and the RED light is lit.

Comment:

OP-i 37 section 8.1.2 Step 3.i V

Performance Step: 24 Open 1SW-126SA, SW HEADER A TO AUX FW TURBINE PUMP Standard:

Locates MCB control switch for 1 SW-i 26 and identifies that the GREEN light is lit (5) Evaluator Cue:

The GREEN light is lit.

Standard:

Takes control switch for 1 Sw-i 26 from neutral to open and identifies that the GREEN light is out and the RED light is lit.

L The GREEN light is out and the RED light is lit.

(5) Evaluator Cue:

Comment:

Appendix C Page 15 of 17 Form ES-C-i OP-137 section 8.1.2 Step 3.j Performance Step: 25 Monitor AFW System to ensure proper operation.

Standard:

No action required 1X-SAB AFW pump is not running but TDAFW pump Suction pressure should be seen to increase.

Report to CRS that A ESW Header is supplying the A MDAFW pump and the TDAFW pump.

Evaluator Cue:

CRS acknowledges that A ESW Header is supplying the A MDAFW Pump and the TDAFW Pump.

Announce: End of JPM Comment:

Terminating Cue:

Completion of ESW line up and report to CRS that A ESW Header supplying both A MDAFW Pump and the TDAFW pump.

STOP TIME:

(If applicable)

When directed by the Lead Examiner go to Freeze.

Simulator Operator:

(5) Used when simulating the JPM on a frozen simulator or in the MCR V

- Denotes Critical Steps 2011 NRC Exam MCR JPM E Rev. Final

Appendix C Page 16 of 17 Form ES-C-i VERIFICATION OF COMPLE11ON Job Performance Measure No.:

2011 NRC Exam MCR JPM E UsinQ ESW System As A Backur Source Of Water To AFW Examinees Name:

Date Performed:

Facility Evaluator:

Number of Attempts:

Time to Complete:

Question Documentation:

Question:

Response

Result:

SAT UNSAT Examiners Signature:

Date:

2011 NRC Exam MCR JPM E Rev. Final

Appendix C Page 17 of 17 Form ES-C-i JPM CUE SHEET Initial Conditions A LOCA has occurred and PATH-i is being implemented. Both A and B Motor Driven AFW pumps are in operation.

A leak has developed in the Condensate Storage Tank (CST) and level has decreased to less than 10 percent.

Your directions are to secure the B Motor Driven AFW pump then switch the AFW water supply from the CST to ESW Header A for the A Motor Initiating Cue:

Driven AFW pump and the Turbine Driven AFW pump per OP-137, Section 8.1.

NOTE: IF this JPM is performed in the MCR then the Evaluator will provide you with additional cues that may be different than the current plant conditions.

2011 NRC Exam MCR JPM E Rev. Final

Appendix C Job Performance Measure Form ES-C-i Worksheet Facility:

Shearon Harris Task No.:

301 i35H60i Task

Title:

Manually Align Containment Siray JPM No.:

201 1 NRC Exam Sim JPM F K/A

Reference:

026 A4.0i (4.5/4.3)

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.

A plant event is in progress Initial Conditions:

A Reactor Trip and SI have automatically been initiated PATH-i is being implemented The crew is performing PATH-i, the CRS directs you to continue with PATH-i starting at step 10.

Initiating Cue:

You are to continue with the implementation of PATH-i.

The BOP will address all foldout items.

2011 NRC Exam Sim JPM F Rev. Final

Appendix C Job Performance Measure Form ES-C-i Worksheet Task Standard:

Containment Spray has been manually initiated and RCPs are stopped.

Required Materials:

None General

References:

Path-i Guide, Rev. 30 Handout:

Use simulator copy of PATH-i Guide or Path board. Ensure that a clean copy is ready to replace the pages used after each JPM or the PATH-i board is cleaned.

Time Critical Task:

No Validation Time:

5 minutes CRITICAL STEP JUSTIFICATION Step 3 Starting one train of Containment Spray system will prevent the Containment from exceeding the design limit during a LBLOCA.

Step 4 Securing the RCP5 after the Containment pressure has caused a Phase B actuation after reaching 10 psig will isolate all CCW to the RCP heat exchangers. The RCPs must be secured when no COW flow to the heat exchangers exists to prevent motor damage.

2011 NRC Exam Sim JPM F Rev. Final

Appendix C Job Performance Measure Form ES-C-i WOrkshet SIMULATOR SETUP For the 2011 ILC NRC exam

• Simulator Operator - Exam Setup Reset to IC-i 70 password hotwheels NOTE:

it may be necessary to override the 86 Generator lockouts if they are not rolled prior to going to run 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.)

The following setup was used to create this JPM exam snap Initial Simulator ICto lC-19, 100% power Defeat automatic and manual Containment Spray actuation imf ZRPK5O5A FAIL_ASIS imf ZRPK5O5B FAIL_ASIS Initiate a LBLOCA o

imfrcsolblo%

Perform PATH-i up to step 10 Go to FREEZE and save IC conditions 2011 NRC Exam Sim JPM F Rev. Final

Appendix C Page 4 of 7 Form ES-C-i PERFORMANCEINFOMATION Simulator Operator:

When directed by the Lead Examiner go to Run.

START TIME:

PATH-i or PATH-i GUIDE step iO Performance Step: 1 Check CNMT Pressure REMAINED LESS THAN 10 PSIG Standard:

Check pressure on MOB indicators, ERFIS, or Recorder Panel.

Provides report: NO, Containment pressure is greater than 10 psig.

Comment:

PATH-i or PATH-i GUIDE step iO.a RNO Performance Step: 2 Verify CNMT SPRAY ACTUATED.

Standard:

Locates and checks indication for CONTAINMENT SPRAY PUMPS A-SA and B-SB and/or checks ALB 001/4-1 CONTAINMENT SPRAY ACTUATION annunciator.

Attempts to manually actuate Containment Spray by using the Containment Spray Actuation Switches.

Checks indication to see if Containment Spray Pumps have started. (NO neither pump has started)

V

- Denotes Critical Steps 2011 NRC Exam Sim JPM F Rev. Final

Appendix C Page 5 of 7 Form ES-C-i PERFORMANCE INFORMATION V

Performance Step: 3 Manually start Containment Spray System Standard:

Manually start Containment Spray using the following steps:

Takes control switch for CONTAINMENT SPRAY PUMP A-SA TO START Takes control switch for 1CT-50 to OPEN Takes control switch for iCT-12 to OPEN Takes control switch for CONTAINMENT SPRAY PUMP B-SB to START Takes control switch for 1 CT-88 to OPEN Takes control switch for 1 CT-i 1 to OPEN Verifies that both Containment Spray pumps are operating correctly and have flow indication.

Provides report to CRS that both A and B CT systems have been manually actuated.

Comment:

Critical to start either A or B CT Pump and open 1CT-50 and 1 CT-i 2 or 1 CT-88 and i CT-il.

Evaluator Acknowledge report that both Containment Spray pumps Communication:

have been manually started.

PATH-i or PATH-i GUIDE step 1O.b. RNO V

Performance Step: 4 Stop all RCPs Standard:

Locates control switches for RCP-A, RCP-B, and RCP-C and takes them to STOP.

Comment:

Evaluator Cue:

Announce: End of JPM Terminating Cue:

When the applicant has stopped or verified stopped all RCPs Evaluation on this JPM is complete.

Simulator Operator:

When directed by the Lead Examiner GO TO Freeze.

STOP TIME:

V

- Denotes Critical Steps 2011 NRC Exam Sim JPM F Rev. Final

Appendix C Page 6 of 7 Form ES-C-i VERIFICATION OF COMPLETION Job Performance Measure No.:

2011 NRC Exam Sim JPM F Manually Align Containment Srray Examinees Name:

Date Performed:

Facility Evaluator:

Number of Attempts:

Time to Complete:

Question Documentation:

Question:

Response

Result:

SAT UNSAT Examiners Signature:

Date:

2011 NRC Exam Sim JPM F Rev. Final

Appendix C Page 7 of 7 Form ES-C-i JPMCUESHEET A plant event is in progress A Reactor Trip and SI have automatically been initiated PATH-i is being implemented The crew is performing PATH-i, the CRS directs you to continue with PATH-i starting at step iO.

Initiating Cue:

You are to continue with the implementation of PATH-i.

The BOP will address all foldout items.

Initial Conditions:

201 i NRC Exam Sim JPM F Rev. Final

Appendix C Page 1 of 1 1 Form ES-C-i

-WorRght Facility:

Shearon Harris Task No.:

Task

Title:

LOSP While Paralleling EDG from JPM No.:

2011 NRC Exam MCB for Testing Sim JPM G 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 EXAM INEE 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 is operating at 100% power.

Emergency Diesel Generator 1 B-SB has been started and is ready to be paralleled to the grid.

An operator is on station to locally monitor B EDG in accordance with OP-155 attachments.

Initiating Cue:

You are the MCR 3 rd board operator, and the CRS has directed you to parallel EDG 1 B-SB to the grid in accordance with OP 155, 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.

2011 NRC Exam Sim JPM G Rev. Final

Appendix C Page 2 of 1 1 Form ES-C-i

WOrheet Task Standard:

EDG 1 B-SB output breaker 126 is operated in accordance with OP-i 55; breaker closed per section 5.3, and manually opened per Precaution and Limitation 4.0.24 upon LOSP.

Required Materials:

OP-i55 Rev. 52, sections 3.0, 4.0, 5.3, Att.9, and Att.i5 (pp.6-il, 22-25,i62,i74)

General

References:

OP-i55, Rev. 52 Time Critical Task:

No Validation Time:

i5 minutes Critical Step Justification Step: 4 Without Sync, EDG output breaker will not close on energized bus Ste 13 Upon closing EDG output breaker, prompt loading is required to prevent a reverse power automatic trip (30 seconds).

Ste 16 Must recognize the implications of LOSP without EDG output breaker P

i 26 tripping: Sequencer fails to load.

201 i NRC Exam Sim JPM G Rev. Final

Appendix C Page 3 of ii Form ES-C-i WOrkhét SIMULATOR SETUP For the 2011 NRC Exam Simulator JPM G Simulator Operator

- Exam Setup Reset to IC-i 70 password hotwheels Goto RUN 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.)

The following setup information is how this exam IC was developed.

ResettolC-19 StartEDGB Insert malfunction to prevent EDG B breaker 126 from automatically opening on subsequent LOSP (allowing manual operation to open) o imf ZCR31 748 FAIL_ASIS Set Trigger 1 for a loss of Offsite power to the plant o

imf epsOl (1 0 0) W/O_DELAY V

GotoRUN Silence and Acknowledge annunciators 2011 NRC Exam Sim JPM G Rev. Final

Appendix C Page 4 of 11 Form ES-C-i

-. PERFORMANCE INFORMATiON START TIME:

The candidates should be briefed outside of the Simulator prior to performing this JPM.

Provide them with a copy of the applicable procedure sections.

Inform them that ALL initial conditions are satisfied.

Evaluator Note:

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.

Simulator Operator:

When directed by the Lead Examiner go to Run.

OP-i55 Performance Step: 1 Obtains OP-i 55, Section 5.3, Diesel Synchronizing and Paralleling at MCB Standard:

Reviews Prerequisites, Precautions and Limitations and Initial Conditions Evaluator Cue:

All initial conditions have been satisfied.

Comment:

5.3.2.1 Performance Step: 2

1. NOTIFY Load Dispatcher EDG 1 A-SA (1 B-SB) will be loaded.

Standard:

Contacts Load Dispatcher Evaluator Cue:

Load Dispatcher has been notified.

Comment:

V

- Denotes Critical Steps 2011 NRC Exam Sim JPM G Rev. Final

Appendix C Page 5 of 1 1 Form ES-C-i PERFORMANCE INFORMATION 5.3.2.2 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-15-4-i is unlit.

• REVIEW Precautions 4.0.24 and 4.0.25 before paralleling.

Standard:

Reviews precautions Evaluator Cue:

UPP-1A is aligned to its normal source.

(If asked when reviewing Precaution 4.0.21)

Comment:

5.3.2.3 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:

5.3.2.4 Note 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:

V

- Denotes Critical Steps 2011 NRC Exam Sim JPM G Rev. Final

Appendix C Page 6 of 11 Form ES-C-i PERFORMANCE 1NFOFMATION 5.3.2.4.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:

5.3.2.4.c Note 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:

5.3.2.4.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 Li VOLTS.

Standard:

Precisely adjusts EDG B Auto Voltage Adjust until EDG voltage matches 6.9KV Bus 1 B-SB voltage (0 A VOLTS).

Comment:

V

- Denotes Critical Steps 2011 NRC Exam Sim JPM G Rev. Final

Appendix C Page 7 of 1 1 Form ES-C-i PERFORMANCE1NFORMATION 5.3.2.5 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 61 hz

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:

5.3.2.6 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:

5.3.2.7 Performance Step: 11 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 El-6953A SA (B SB), A (B) SYNC VOLTS.

Standard:

Verifies precisely 0 A VOLTS, using AUTO VOLTAGE ADJUST control switch as needed.

Comment:

V

- Denotes Critical Steps 2011 NRC Exam Sim JPM G Rev. Final

Appendix C Page 8 of ii Form ES-C-i PFORMANCEINFORMAO 5.3.2.8 CAUTION Performance Step: 12 CAUTION 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:

5.3.2.8,9,10,11 s.-

Performance Step: 13 8.

WHEN the synchroscope reaches the 12 oclock position and the synchronizing lights are TOTALLY DARK, THEN PLACE the DIESEL GEN A-SA (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.

11.

POSITION DIESEL GEN 1A-SA (lB-SB) AUTO VOLTAGE ADJUST control switch to obtain 1.0 MVARs on EI-6958A SA (B SB), A (B) REACTIVE.

Standard:

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 Raises generator MVARs to 1.0 (Avoids reverse power trip)

Comment:

5.3.2.12 Performance Step: 14 12.

PLACE DIESEL GEN A-SA (B-SB) SYNCHRONIZER control switch to OFF Standard:

Turns Sync key switch to OFF.

Comment:

- Denotes Critical Steps 2011 NRC Exam Sim JPM G Rev. Final

Appendix C Page 9 of 1 1 Form ES-C-i RFQRMANCNOAMAON 5.3.2.13 Performance Step: 15 13.

CHECK DIESEL GEN A-SA (B-SB) BREAKER 106 SA (126 SB) amber light is LIT Standard:

Checks amber light lit for breaker 126.

Comment:

Evaluator Note:

After performance of step 13, cue Simulator Operator to insert Loss of Off-site Power malfunction.

Simulator Operator:

When directed by Lead Examiner, insert LOSP Trigger 1.

Loss of Off-site Power Performance Step: 16 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 Determine breaker 126 does not automatically trip as expected Notify CRS of breaker status Place breaker 126 to TRIP Evaluator Note:

After LOSP, candidate may observe Rx Trip and perform immediate actions of PATH-i. These are not required for this task per the initiating cue (

3 rd board operator). However, breaker 126 should be tripped prior to referring to PATH-i.

Comment:

Evaluator Note:

After candidate trips EDG output breaker 126, the JPM is complete.

Evaluator Cue:

END OF JPM.

STOP TIME:

Simulator Operator:

When directed by the Lead Examiner go to Freeze.

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- Denotes Critical Steps 2011 NRC Exam Sim JPM G Rev. Final

Appendix C Page 10 of 11 Form ES-C-i VElFlCA1iON OFCOMPLET1ON Job Performance Measure No.:

2011 NRC Exam Sim JPM G LOSP While Paralleling EDG from MCB for Testing Examinees Name:

Date Performed:

Facility Evaluator:

Number of Attempts:

Time to Complete:

Question Documentation:

Question:

Response

Result:

SAT UNSAT Examiners Signature:

Date:

2011 NRC Exam Sim JPM G Rev. Final

Appendix C Page 1 1 of 1 1 Form ES-C-i JPM CUE SHEET The plant is operating at 100% power.

Emergency Diesel Generator 1 B-SB has been started and 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.

Initial Conditions:

Initiating Cue:

You are the MCR 3 rd board operator, and the CRS has directed you to parallel EDG 1 B-SB to the grid in accordance with OP-155, 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.

2011 NRC Exam Sim JPM G Rev. Final

Appendix C Job Performance Measure Form ES-C-i Workstieet Facility:

HARRIS Task No.:

301 064H401 Task

Title:

Resjond to a rujture in the JPM No.:

2011 NRC Exam Instrument Air Header at 50% rower Sim JPM H K/A

Reference:

APEO65 AA2.06 (3.6/4.2)

ALTERNATE PATH - YES Examinee:

NRC Examiner:

Facility Evaluator:

Date:

Examinee:

NRC Examiner:

Facility Evaluator:

Date:

Method of testinci:

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 50% power during a startup Startup is on hold due to chemistry concerns Initiating Cue:

You are the QAC. Your directions are to maintain current plant conditions.

NOTE:

AFTER the Reactor Trip Immediate actions of PATH-i are completed, in addition to a Simulator Operator this JPM will require a 2 board operator to control AFW flow and silence annunciators not related to this JPM.

2011 NRC Exam Sim JPM H Rev. Final

Appendix C Job Performance Measure Form ES-C-i

Worksheet Task Standard:

Trips the reactor, carries out immediate actions of PATH-i Required Materials:

AOP-Oi 7, Rev 32 General

References:

AOP-Oi 7, Rev 32 Handout:

Time Critical Task:

No Validation Time:

15 mm CRITICAL STEP JUSTIFICATION Step 5 Identification of the need to trip the Reactor and carrying out the immediate actions of PATH-i will place the plant in a known stable condition.

Step 12 The controllers listed in this attachment are positioned as specified by the operator at a point directed by the procedure main body, in order to ensure that the controlled devices will remain in an appropriate condition after restoring air pressure. At that point in the event, the operator can recover the systems in a controlled manner.

2011 NRC Exam Sim JPM H Rev. Final

Appendix C Job Performance Measure Form ES-C-i WOrkSheet SIMULATOR SETUP Simulator Operator

- Exam Setup Reset Simulator to IC-i 72 PW hotwheels Initial conditions Reactor -50% power Plant status board updated per lC-5 data Goto RUN 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.)

NOTE: Since the candidate will be using the Simulator copy of AOP-017 ensure that replacement copies are made prior to starting the JPM. REPLACE THE ENTIRE PROCEDURE AFTER EACH CANDIDATE COMPLETES THIS JPM.

The following setup information is how this exam IC was developed.

JPM is built from IC-5 Disable A and B Air Compressors by shutting compressor discharge valves On Trigger 1 place a trip of the C Air Compressor and an Instrument Air Header Rupture (severity of 100%)

ifr airOO2 (1 0 0) 0 0 0 (Air Comp iA Disc Valve shut) ifr airOO3 (1 0 0) 0 0 0 (Air Comp lB Disc Valve shut) imf air02 (1 0 0)100 00:05:00 0 (Air header leak 100% 5 mm ramp)

Trigger 1 directed by Lead Examiner Trigger 2 directed by candidate to turn off All Air Compressors irf airOl2 (2 0 0) LOCKED_OFF (Air Comp 1A Locked Off) irt airOl 3 (2 0 0) LOCKED_OFF (Air Comp 1 B Locked Off) irf airO2O (2 0 0)STOP (Air Compressor C Stop)

Trigger 3 Vent IA per request by candidate (AFTER Instrument Air pressure is < 35 psig) ifr airO24 (3 0 0)100 00 (Opens IA-814 to 100%)

2011 NRC Exam Sim JPM H Rev. Final

Appendix C Page 4 of 13 Form ES-C-i PERFORMANCE INFORMATiON When directed by Lead Examiner go to Run Simulator Operator:

10-15 seconds after the candidate assumes the watch, insert Trigger 1 START TIME:

Performance Step: 1 Responds to Instrument Air Header alarms ALB-02-8-6, Computer Alarm Air Systems IF the alarm screen is checked the alarm is due to too many Air Compressors running Standard:

Diagnoses loss of Instrument air, enters AOP-0i7 Comment:

AOP-01 7, Note prior to Step 1 Performance Step: 2 This procedure contains no immediate actions.

FW regulating valves receive a shut signal when pressure falls to 60 psig on the Control Air header.

P1-9751.1, Instrument Air Header Pressure, may not be indicative of pressure throughout the Instrument Air System. The plant should be monitored closely for possible spurious valve operations due to low system pressure.

Standard:

Reads note and circle/slashes Evaluates current air pressure.

(rapidly decreasing and on the way to <35 psig)

Comment:

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- Denotes Critical Steps 2011 NRC Exam Sim JPM H Rev. Final

Appendix C Page 5 of 13 Form ES-C-i PERFORMANCE INFORMATION AOP-017, Section 3.0 Step 1 Performance Step: 3 MAINTAIN BOTH of the following:

ALL Steam Generator levels greater than 30% (YES)

Main Feedwater flow to ALL Steam Generators (YES/NO)

NOTE: Depending on how long it takes the operator to get to this step (evaluating Air Compressors, dispatching AOs ect.), Main Feedwater could be lost and/or SG levels could be < 30%

Narrow Range.

Standard:

Determines all SG levels can/cannot be maintained greater 30%

and Feedwater flow continues via the Bypasses Comment:

AOP-017, Section 3.0 Step 2 Performance Step: 4 CHECK Instrument Air pressure MAINTAINED ABOVE 35 PSIG.

Standard:

Determines Instrument Air pressure is <60 psig and cannot maintain FW flows to ALL SGs Candidates may direct AOs to check Instrument Air Evaluator I Simulator compressors and look for air leaks.

Operator Note:

Acknowledge any of the requests.

Comment:

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- Denotes Critical Steps 2011 NRC Exam Sim JPM H Rev. Final

Appendix C Page 6 of 13 Form ES-C-i PERFORMANCE INFORMATION AOP-0i7, Section 3.0 Step 2 RNO a.

q Performance Step: 5 IF Reactor is CRITICAL, THEN TRIP the Reactor AND PERFORM EOP PATH-i while continuing with this AOP.

Standard:

Trips the reactor and begins to carries out the Immediate Actions of PATH-i Verify the Reactor tripped (YES)

Verify the Turbine tripped (YES)

Safety Injection actuated or required (NO)

Emergency Buses energized from Offsite or the Diesels (YES)

Evaluator Cue:

Once the immediate actions of PATH-i have been completed then inform the candidate that Additional operators will perform actions of PATH-i, CRS directs you to continue on with actions of AOP-017.

Comment:

AOP-017, Section 3.0 Step 2 RNO NOTE Performance Step: 6 Depressurizing Instrument Air precludes spurious valve actuations.

Standard:

Reads note and circle/slashes note.

Comment:

AOP-017, Section 3.0 Step 2 RNO b.

Performance Step: 7 STOP ALL air compressors.

Standard:

Directs field operator to stop all air compressors.

Simulator Operator:

When contacted, acknowledge direction to secure all Air Compressors - RUN TRG-2 Comment:

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- Denotes Critical Steps 2011 NRC Exam Sim JPM H Rev. Final

Appendix C Page 7 of 13 Form ES-C-i PERFORMANCE INFORMATION AOP-0i7, Section 3.0 Step 2 RNO c.

Performance Step: 8 VENT Instrument Air System until depressurized.

Simulator Operator:

IF contacted to vent the IA system, acknowledge direction to do this task and then RUN TRG-3 NOTE: IA pressure will continue to decrease to 0 psig if the system is vented or not Standard:

Verifies Instrument air system is completely depressurized by the rupture.

Comment:

AOP-017, Section 3.0 Step 2 RNO d.

Performance Step: 9 VERIFY SHUT ALL MSIVs and MSIV bypasses Standard:

Checks all three MSIVs and bypasses SHUT Comment:

AOP-017, Section 3.0 Step 2 RNO NOTE Performance Step: 10 NOTE The fail positions of critical valves controlled by Instrument Air can be determined from:

• Drawing 2165-S-0801

• Attachment 1, Fail Positions for Major Valves Controlled by Instrument Air.

Standard:

Reads note and circle/slashes note Comment:

V

- Denotes Critical Steps 2011 NRC Exam Sim JPM H Rev. Final

Appendix C Page 8 of 13 Form ES-C-i FERFORMANCElNFORMAflOV AOP-017, Section 3.0 Step 2 RNO e.

Performance Step: 11 REFER TO Attachment 2, Positioning MOB Controllers, AND PLACE listed controllers in the status indicated.

Standard:

Goes to Attachment 2 when Comment:

AOP-017, Section 3.0 Step 3.

Performance Step: 12 REFER TO OP-i 51.01, Compressed Air, AND DISPATCH an operator to perform the following:

a. START ANY available air compressors.

b. VERIFY proper air compressor operation and loading.

c. VERIFY proper operation of air dryers and filters.

Standard:

Dispatches AO to start any available air compressor and perform appropriate checks.

Comment:

Air Compressor status can be obtained on ERFIS.

AOP-017, Section 3.0 Step 4 Performance Step: 13 CHECK Instrument Air pressure MAINTAINED ABOVE 90 PSIG.

Standard:

Use ERFIS or MCB indication to determine IA Pressure.

Comment:

Pressure will be less than 90 psig.

AOP-017, Section 3.0 Step 4 RNO.

Performance Step: 14 VERIFY service air ISOLATED FROM INSTRUMENT AIR:

a. CHECK SHUT 1 SA-506, Service Air Isolation (SLB 3)

OR

b. LOCALLY SHUT 1SA-506.

Standard:

Use Status Light Box 3 to determine that 1 SA-506 is shut.

Verify that Green Light is lit and Red light is out.

Comment:

- Denotes Critical Steps 2011 NRC Exam Sim JPM H Rev. Final

Appendix C Page 9 of 13 Form ES-C-i PERFORMANCE INFORMATION AOP-Oi 7, Section 3.0 Step 5 Performance Step: 15 CHECK Instrument Air System INTACT.

Standard:

Answers NO that Instrument Air System is not intact due to lowering pressure Comment:

AOP-017, Section 3.0 Step 5 RNO.

Performance Step: 16 LOCATE leaking portion of system AND ISOLATE as close to the leak as possible.

NOTE: In the next step, demand for Instrument Air is reduced by selectively isolating portions of the system.

Standard:

Directs AO to investigate air leak and isolate if possible. Circles and Slashes NOTE:

Cornment:

AOP-0i7, Section 3.0 Step 6 Performance Step: 17 CHECK Instrument Air pressure SUFFICIENT TO MEET SYSTEM DEMAND.

Standard:

Answers NO due to rapidly lowering IA pressure.

Comment:

- Denotes Critical Steps 2011 NRC Exam Sim JPM H Rev. Final

Appendix C Page 10 of 13 Form ES-C-i PERFORMANCE INFORMATION AOP-0i 7, Attachment 2, Step 1 q

Performance Step: 18 PLACE the following MCB controllers in MANUAL with ZERO demand:

FK-1 22.1, CHARGING FLOW PK-464.i, STEAM DUMP HEADER PRESSURE CONTROLLER FK-605A1, RHR HEAT XCHG A BYPASS FLOW CONT FK-605B1, RHR HEAT XCHG B BYPASS FLOW CONT PK-444C.1, LOOP A (PRZ Normal Spray)

PK-444D.1, LOOP B (PRZ Normal Spray)

FK-478, MAIN FW A REGULATOR FK-488, MAIN FW B REGULATOR FK-498, MAIN FW C REGULATOR FK-479.1, MN FW A REG BYP FK-489.1, MN FW B REG BYP FK-499.1, MN FW C REG BYP Standard:

Places each controller to MANUAL and lowers the demand to zero Comment:

Performance Step 18 items that are BOLDED are the CRITICAL STEPS.

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- Denotes Critical Steps 2011 NRC Exam Sim JPM H Rev. Final

Appendix C Page 11 of 13 Form ES-C-i PERPORMANC INFOAMATION AOP-017, Attachment 2, Step 2 q

Performance Step: 13 PLACE the following MCB controllers in MANUAL with 100%

demand:

HC-186.1, RCP SEAL WTR INJ FLOW HC-603A1, RHR HEAT XCHG A OUT FLOW CONT HC-603B1, RHR HEAT XCHG B OUT FLOW CONT Standard:

Places each controller to MANUAL and raises the demand to 100%

Examiner Cue:

When candidate exits Attachment 2 Announce: END of JPM Comment:

Terminating Cue:

When Attachment 2 is exited.

STOP TIME:

Simulator Operator:

When directed by Lead Examiner go to Freeze V

- Denotes Critical Steps 2011 NRC Exam Sim JPM H Rev. Final

Appendix C Page 12 of 13 Form ES-C-i VRIFiCAT1ON D CDMPLTiON Job Performance Measure No.:

2011 NRC Exam Sim JPM H Respond to a rupture in the Instrument Air Header at 50%

power Examinees Name:

Date Performed:

Facility Evaluator:

Number of Attempts:

Time to Complete:

Question Documentation:

Question:

Response

Result:

SAT UNSAT Examiners Signature:

Date:

2011 NRC Exam Sim JPM H Rev. Final

Appendix C Page 13 of 13 Form ES-C-i JPMCUESHEET V

V V

The Unit is operating at 50% power during a startup Startup is on hold due to chemistry concerns Initiating Cue:

You are the OAC. Your directions are to maintain current plant conditions.

Initial Conditions:

2011 NRC Exam Sim JPM H Rev. Final

Appendix C Job Performance Measure Form ES-C-i Wrkshet Facility:

Shearon Harris Task No.:

061 01 2H104 Task

Title:

Reset the Turbine-Driven AFW JPM No.:

2011 NRC Exam Pumi Mechanical Overweed In-Plant JPM I K/A

Reference:

061 K4.07 RO 3.1 SRO 3.3 Examinee:

NRC Examiner:

Facility Evaluator:

Date:

Method of testinc:

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 from 100% power due to a loss of the A MFW pump.

The turbine-driven AFW pump is needed for plant cooldown but the pump tripped on overspeed.

The cause of the overspeed trip has been identified and corrected.

Main Steam isolation valves 1 MS-70 and 1 MS-72 are shut.

Initiating Cue:

The CRS has directed you to reset the turbine-driven AFW pump mechanical overspeed trip linkage in accordance with OP-i 37, Section 8.4. The Trip and Throttle Valve will be reopened from the Control Room. All Initial Conditions are met.

2011 NRC Exam In-Plant JPM I Rev. Final

Appendix C Job Performance Measure Form ES-C-i WOrkhét Task Standard:

The turbine-driven AFW pump turbine trip and throttle valve is latched.

Required Materials:

Standard safety equipment General

References:

OP-i 37, AUXILIARY FEEDWATER SYSTEM, Rev. 30 NOTE:

The Probabilistic Safety Assessment for HNP identifies these actions as important to reduction of core damage frequency.

Handout:

OP-137, Section 8.4, Rev. 30 OR OP-i 37, Attachment 6 (locally mounted on wall as an operator aid)

Time Critical Task:

No Validation Time:

7 minutes Critical Task Justification Step 7 If the connecting rod is not properly positioned and locked in place the overspeed reset cannot be accomplished.

Step 8 If the tappet nut is not held down properly and in this sequence the overspeed trip cannot be reset.

2011 NRC Exam In-Plant JPM I Rev. Final

Appendix C Page 3 of 12 Form ES-C-i PERFORMANCE INFORMATION (Denote Critical Steps with a check mark)

START TIME:

Performance Step: 1 Obtain procedure.

Standard:

Reviews Section 8.4 Initial Conditions.

Evaluators Cue:

Provide handout for JPM.

Assume that the Mechanical Overspeed Trip Linkage is currently in the tripped position.

Initial conditions are met.

Comment:

OP-i 37 Section 8.4.2 NOTES prior to step 1 Performance Step: 2 NOTE: Attachment 6 diagram may be used as a reference for nomenclature.

NOTE:

If any of the following information is changed, and local pump information should also be changed.

Standard:

Reads and Circle/Slash notes Comment:

V

- Denotes Critical Steps 2011 NRC Exam In-Plant JPM I Rev. Final

Standard:

Evaluators Cue:

Comment:

OP-137 Section 8.4.2 step 2 CHECK the local red indicating lamp for TURBINE OVERSPEED TRIP is ON Verifies that the red lamp is lit for the TURBINE OVERSPEED TRIP on the local control panel.

(Lamp is located on Aux Feedwater Control Panel iX-SAB)

The red TURBINE OVERSPEED TRIP lamp is lit.

Appendix C Page 4 of 12 Form ES-C-i PERFORMANCE INFORMATION OP-i 37 Section 8.4.2 step 1 Performance Step: 3 Resetting the Turbine-Driven AFW Pump Mechanical Overspeed Linkage Verify the following valves are shut:

1 MS-70 SA, MAIN STEAM B TO AUX FW TURBINE 1 MS-72 SB, MAIN STEAM C TO AUX FW TURBINE Status provided in Initial Conditions.

If necessary: 1 MS-70 and 1 MS-72 are shut.

E Performance Step: 4 Standard:

Evaluators Cue:

Comment:

OP-i 37 Section 8.4.2 step 3 Performance Step: 5 VERIFY the flat side of the tappet nut is aligned toward the tappet lever.

Verifies flat side of the tappet nut aligned toward the tappet lever.

The flat side of tappet nut is aligned toward the tappet lever.

E Standard:

Evaluators Cue:

Comment:

V

- Denotes Critical Steps 2011 NRC Exam In-Plant JPM I Rev. Final

Appendix C Page 5 of 12 Form ES-C-i PERFORMANCE INFORMATION OP-137 Section 8.4.2 NOTES prior to step 4 Performance Step: 6 NOTE: The next two Steps must be coordinated to ensure proper reset of the Trip and Throttle valve.

NOTE: If the local red indicating lamp for TURBINE OVERSPEED TRIP does not extinguish, it is an indication that one of the limit switches did not reset, and further investigation may be warranted.

Standard:

Reads and Circle/Slash notes Comment:

OP-i 37 Section 8.4.2 step 4 q

Performance Step: 7 PULL the connecting rod toward the Trip and Throttle valve until the rod locks in place AND the local red indicating lamp for TURBINE OVERSPEED TRIP is OFF.

Standard:

Locates connecting rod and pulls it toward the trip/throttle valve.

Verifies rod locked in place AND the local red indicating lamp for TURBINE OVERSPEED TRIP is OFF.

Evaluators Cue:

The connecting rod is locked in place and the red indicating lamp for TURBINE OVERSPEED TRIP is OFF.

(Light is located on Aux Feedwater Control Panel 1X-SAB)

Comment:

V

- Denotes Critical Steps 2011 NRC Exam In-Plant JPM I Rev. Final

Appendix C Page 6 of 12 Form ES-C-i

PERFORMANCE[NFORMATION OP-137 Section 8.4.2 step 5 q

Performance Step: 8 PRESS DOWN AND HOLD the tappet nut in the fully seated position while releasing the connecting rod.

Standard:

Presses down and holds the tappet nut in the fully seated position until the connecting rod is released.

Evaluators Cue:

The tappet remains fully seated and the connecting rod is locked in place.

Comment:

OP-i37 Section 8.4.2 step 6 Performance Step: 9 VERIFY the Trip and Throttle valve operator in the shut position by observing the T & T VALVE OPERATOR CLOSED light on the Aux Feedwater Control Panel 1 X-SAB.

Standard:

Verifies trip/throttle valve operator is shut by observing indicating lights on local panel 1X-SAB.

Evaluators Cue:

The green shut light is ON and the red open light is OFF.

(If necessary: Valve stem indication is at the shut position.)

Comment:

OP-i 37 Section 8.4.2 step 7 Performance Step: 10 VERIFY the flat side of the tappet nut is against the tappet lever and fully seated.

Standard:

Verifies flat side of the tappet nut against the tappet lever and fully seated.

Evaluators Cue:

The flat side of tappet nut is against the tappet lever and fully seated.

Comment:

- Denotes Critical Steps 2011 NRC Exam In-Plant JPM I Rev. Final

Appendix C Page 7 of 12 Form ES-C-i PERFORMANCE INFORMATION OP-i 37 Section 8.4.2 step 8 Performance Step: 11 VERIFY the latch lever is being held up by the trip hook.

Standard:

Verifies latch lever is being held up by the trip hook.

Evaluators Cue:

The latch is being held up by the trip hook.

Comment:

OP-i 37 Section 8.4.2 step 9 Performance Step: 12 VERIFY the TURBINE OVERSPEED TRIP light is extinguished on the AFW Control Panel 1 X-SAB Standard:

Verifies TURBINE OVERSPEED TRIP light status on Panel 1 X-SAB.

Evaluators Cue:

The TURBINE OVERSPEED TRIP light is extinguished.

Comment:

OP-137 Section 8.4.2 step 10 Performance Step: 13 Notify the Control Room that the mechanical overspeed linkage is reset and inform them they can now open the Trip and Throttle valve.

Standard:

Simulates notifying the Control Room.

Evaluators Cue:

Acknowledge report.

END OF JPM Comment:

Terminating Cue:

After the Control Room acknowledges the report: This JPM is complete.

STOP TIME:

V

- Denotes Critical Steps 2011 NRC Exam In-Plant JPM I Rev. Final

Appendix C Page 8 of 12 Form ES-C-i VERIFTCATIONOFCOMPLETION*

Job Performance Measure No.:

2011 NRC Exam In-Plant JPM I Reset the Turbine-Driven AFW Pum Mechanical Qverseed Examinees Name:

Date Performed:

Facility Evaluator:

Number of Attempts:

Time to Complete:

Question Documentation:

Question:

Response

Result:

SAT UNSAT Examiners Signature:

Date:

2011 NRC Exam In-Plant JPM I Rev. Final

Appendix C Form ES-C-i JPM CUE SHE Initial Conditions:

The plant was manually tripped from 100% power due to a loss of the A MFW pump.

The turbine-driven AFW pump is needed for plant cooldown but the pump tripped on overspeed.

The cause of the overspeed trip has been identified and corrected.

Main Steam isolation valves 1 MS-70 and 1 MS-72 are shut.

Initiating Cue:

The CRS has directed you to reset the turbine-driven AFW pump mechanical overspeed trip linkage in accordance with OP-i37, Section 8.4. The Trip and Throttle Valve will be reopened from the Control Room. All Initial Conditions are met.

2011 NRC Exam In-Plant JPM I Rev. Final

Appendix C Form ES-C-i JPM CUESHEEr REFERENCE JSE 8.4.

Resettincj vie Turbine-Drivei AFW Pump Methnica[ Over Speed Trip Unkacie L4.. Ini(id CrcWti 1.

MecraniDal Ovr speed Trip Unkage in the tripped poson.

2.

During normal cperations, th cause of any over pd trip of ih tiirtrne-dnven AFV punlo ias been inveseigatec an correted prior to rEsuming the orerahon of the punip.

8.4.2. Procedural Steps NOTE:

Aiftichmcnt 6 dIagrm nay bo ucd a a -ofcmnco fr rornDncaturo.

NOTE:

if any of the iolloing infornation is changed Atlachme9t 6 and !ocal pump inIorna.tion hoiJd tso be changed.

1.

VERIFY the following lves are shut IMS-70 SA, MAIN STEAM B TO AUX FUI TURBINE IMS-72 SB, MAIN STEAM C TO AUX FW TURBINE 2.

CHECK he bcal red iridicatin lamp for TURBINE OVERSPEED TRIP is ON.

VERIFY [hc flat cicI nfrh trnt nut s Minnri tnvrd th tarpt icvi NOTE:

Tile next two Steps must be cooraInateI :0 enstre proper iesat of tile Trip ard Throil.ah.

NO l:

it tile local rel indicating lamp br I UHU4 OV (SFhhL)

I Rli-does fbi otmnçuith, it i cn ridicatior that cno of tho limit wiichc did not rcc; arid furth iniasifra1ion may be atte&

4.

PULL the connecting rod bwrd ihe Thp artd Throtlie yalvt urtil the rod locks in place AND the 1oe31 red indicatina ImpforTURBlNE OVERSPEED TRIF is OFF.

5, PRESS DOWN AN 1-IOLD tl tappet nut in th fufly atd poson tdle re[easig the onnecting rod I

I Rev. 30 Faa 2011 NRC Exam In-Plant JPM I Rev. Final

Appendix C Form ES-C-i JPIVICUE SHEET REFERENCE USE 842 Procedural Steps (continued) 6.

VERIFY the Trip and Throttle valve operatoc in the shut position by obsering the T & T VALVE OPERATOR CLOSED ight on the Aux Feedwater Control Panel 1XSAB 7.

VE:RIFY the fiat side of the tappet nut s against the tappet lever and fully seated.

8.

VERIFY the latch lever is being held up by the trip hook 9

VERIFY the TURBINE OVERSPEED TRIP light is extinguLshed on the AFW Conuol Panel IX-SAB.

10.

OPEN the Trip and Throttle valve from the MCB 11.

IF TDAFW pump operation is desired, TREN GO TO Section 5.5.

OP-i 37 I

Rev. 30 Page 45 of 78 2011 NRC Exam In-Plant JPM I Rev. Final

Appendix C Form ES-C-i JPMCUESI-IEET REFERENCE USE Attachment

- Resetting the TDAFW Pump Mechanical Overspeed Trip Unkage Sheet 1 of I TRW T RTflL ALVi TiRmu PPr NtITtof rn4TtYr AtTO RWT r.w 7

-Llj--fl J ftt 2>

1.

Verify shut IMS-70 and 1MS-72, 2.

Check the local red indicating lamp for TURBiNE OVER.SPEED TRIP is ON.

3.

Verity the flat side of the tappet nut is aligned towards the tappet lever, NOTE:

The next two Steps must be coordinated to ensure proper reset of the Trip and Throttle Valve.

NOTE:

If the local red indicating lamp for TURBINE OVERSPEED TRIP does not extinguish, it is an indication that one of the limit switches did not reset, and further investigation may be warranted.

4.

Pull the connecting rod toward the Trip and Throttle valve until the rod locks in place and the local red indicating lamp for TURBINE OVERSPEED TRIP is OFF 5.

Press down and hold the tappet nut in the fully seated position while releasing the connecting rod.

6.

Verify the Trip and Throttle valve operator in the shut position by observing the T & T VALVE OPERATOR CLOSED light on the Aox Feedwater Control Panel 1X-SAB.

7.

Verity the flat side of the tappet nut is against the tappet lever and fully seated.

S.

Verify the latch lever is being held up by the trip hook.

9.

Verify the TURBINE OVERSPEED TRIP light s extinguished on the Aux Feedwater Control Panel IX-SAB.

10.

Open the Trip and Throttle Valve from the MCB.

NOTE:

W any f th bce nftrmation is thanged, aso cang Section 8.4 and Local pump nformatLon.

OP-137 I

Rev. 30 Page 73 of 75 2011 NRC Exam tn-Plant JPM I Rev. Final

Appendix C Page 1 of 25 Form ES-C-i Workshee Facility:

Shearon Harris Task No.:

Task

Title:

Place A-SA Battery Charger on the JPM No.:

2011 NRC Exam Alternate Power Supply.

In-Plant JPM J K/A

Reference:

APE AA1.01 RO 3.4 SRO 3.5 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.

The plant is in Mode 3 following a Reactor Trip due to a loss of Off-Site Initial Conditions:

power and a failure of the A and B EDG to start and load.

The MCR crew has entered EOP-EPP-001, Loss of AC Power to 1A-SA and 1 B-SB Buses, they have verified that the Dedicated Shutdown Diesel Generator has started, loaded and is now supplying 1 D23 bus.

Initiating Cue:

The CRS has directed you to align the 1 A-SA Battery Charger to the alternate Power Supply lAW EOP-001 step 22.

OP-i56.Oi, AC Electrical Distribution, Section 8.15, initial conditions are met.

When 1A-SA Battery Charger is aligned to the alternate source, continue with placing the charger in service lAW OP-156.0i.

2011 NRC Exam In-Plant JPM J Rev. Final

Appendix C Page 2 of 25 Form ES-C-i Worksheet Task Standard:

Align A-SA Battery Charger to the alternate Power Supply, and place A-SA Battery Charger in service.

Required Materials:

None General

References:

OP-i 56.01 (Rev. 31), EOP-EPP-001 (Rev. 35)

Time Critical Task:

No Validation Time:

15 minutes Critical Task Justification Step 6 Must be pertormed to allow the charger to be connected to alternate power Step 7 Must be performed to allow the charger to be connected to alternate power 2011 NRC Exam In-Plant JPM J Rev. Final

Appendix C Page 3 of 25 Form ES-C-i

?EPFORMANCE INFORMATION START TIME:

Performance Step: 1 Obtain Procedure OP-i 56.01, sections 8.15 and 5.3 (Provided with cue sheet)

Standard:

Obtain procedure OP-i 56.01, sections 8.15 and 5.3 Comment:

OP-156.01 section 8.15.1 Initial Condition Performance Step: 2 Battery Charger 1A-SA or Battery Charger 1 B-SA has been removed from service per Section 7.3.

An evaluation of Technical specifications listed in Section 2.2.

has been completed.

Standard:

Initial Conditions are met (per the Initiating Cue).

Comment:

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Appendix C Page 4 of 25 Form ES-C-i PERFORMANCE INFORMATION (OP-156.O1 section 8.15.2), Step l.a Performance Step: 3 IF aligning Battery Charger 1A-SA to the Alternate Power Supply, THEN PERFORM the following steps:

At Battery Charger iA-SA CHECK the following switch lineup:

SWITCH POSITION AC INPUT OFF DC OUTPUT OFF NORMALJEQUALIZE NORMAL Standard:

Check 1A-SA Battery charger in Shutdown lineup.

Evaluator Cue:

AC INPUT BREAKER IS IN OFF DC OUTPUT BREAKER IS IN OFF NORMAL/EQUALIZE SWITCH IS IN NORMAL Comment:

(OP-156.Ol section 8.15).2, Steplb.

Performance Step: 4 Check DP-iA-SA-30, Battery Charger iA-SA, in the OFF position.

Standard:

Locate breaker DP-1A-SA-30 and check it off.

Evaluator Cue:

Breaker DP-1A-SA-30 is OFF Comment:

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Appendix C Page 5 of 25 Form ES-C-i PERFORMANCE 1NFORMAT1ON (OP-i 56.01 section 8.15.2), Note before 1.c.

Performance Step: 5 NOTE 1 EE-E533 MTS-i is the A Train Alternate Source Selector Switch 1 EE-E534 MTS-2 is the Battery Charger iA-SA Source Selector Switch 1 EE-E535 MTS-3 is the Battery Charger 1 B-SA Source Selector Switch Standard:

Reads and Circle/Slash Note Comment:

(OP-i 56.01 section 8.15.2) step 1.c.

V Performance Step: 6 PERFORM the following steps at 1 EE-E530, A

- TRAIN BATTERY CHARGERS TRANSFER PANEL PLACE 1 EE-E533 MTS-i in ALTERNATE 1 D23 SUPPLY TO 1A-SA Standard:

Locate A Train Battery Charger transfer Panel and operate transfer switch as described Evaluator Cue:

Transfer Switch 1 EE-E533 MTS-1 is aligned to ALTERNATE D23 SUPPLY TO 1A-SA Comment:

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Appendix C Page 6 of 25 Form ES-C-i PERFORFi1ANCE INFORMATiON (OP-156.O1 section 8.15.2) step 1.c.

V Performance Step: 7 PERFORM the following steps at 1 EE-E530, A

- TRAIN BATTERY CHARGERS TRANSFER PANEL PLACE 1 EE-E534 MTS-2 in ALTERNATE 1 D23 SUPPLY TO 1A-SA Standard:

Locate A Train Battery Charger transfer Panel and operate transfer switch as described Evaluator Cue:

Transfer Switch 1 EE-E534 MTS-2 is aligned to ALTERNATE 1D23 SUPPLY TO 1A-SA Comment:

(OP-156.O1 section 8.15.2) step 1.c.

Performance Step: 8 PERFORM the following steps at 1 EE-E530, A

- TRAIN BATTERY CHARGERS TRANSFER PANEL VERIFY 1EE-E535 MTS-3 in NORMAL lA3i-SA SUPPLY TO 1B-SA Standard:

Locate A Train Battery Charger transfer Panel and verify transfer switch position as described Evaluator Cue:

Transfer Switch 1 EE-E535 MTS-3 is aligned to NORMAL 1 A31 -SA SUPPLY TO 1 B-SA Comment:

(OP-156.O1 section 8.15.2) step 2 Performance Step: 9 IF aligning Battery Charger 1 BSA to the Alternate Power Supply, THEN PERFORM the following steps:

Standard:

Recognizes that step 2 is not applicable and N/As step 2.

Comment:

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Appendix C Page 7 of 25 Form ES-C-i PERFORMANCE INFORMATION (OP-156.01 section 8.15.2) step 3 Performance Step: 10 COMPLETE Section 8.15.3.

Standard:

Performs configuration control closeout section.

Evaluator Cue:

If asked for Verification:

The applicable steps have been verified.

Comment:

(OP-156.0i section 8.15.2) step 4 Performance Step: 11 IF placing Battery Charger 1A-SA or Battery Charger 1B-SA in Service, THEN GO TO Section 5.3.

Standard:

After iA-SA Battery Charger is aligned to the alternate source, proceed to section 5.3 to place the charger in service per Initiating Cue.

Evaluator Cue:

If reported to MCR that Battery Charger is aligned to the alternate source:

Continue to place 1 A-SA Battery Charger in service.

Comment:

(OP-i 56.01 section 5.3) NOTE Performance Step: 12 NOTE: If swapping battery chargers, Section 8.3 is used.

Standard:

Reads and circle/slashes note.

Evaluator Cue:

Comment:

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Appendix C Page 8 of 25 Form ES-C-i PERFORMANCE INFORMATION (OP-156.O1 section 5.3.1) Initial Conditions Performance Step: 13

1. All prerequisites listed in Section 3.0 are met.

2. SWGR Rooms A & B Ventilation, Train A is operating per OP-172.

Standard:

Recognizes that Initial conditions are not met, but do not apply for Initiating Cue.

Evaluator Cue:

It asked: The CRS has indicated that the initial conditions are not met, but do not apply.

Comment:

(OP-156.O1 section 5.3.2) step 1 Performance Step: 14

1. VERIFY the following switch lineup for Battery Charger iA-SA and 1 B-SA:

SWITCH: AC INPUT POSITION: OFF Standard:

Verifies Battery Charger iA-SA, AC INPUT switch in OFF Verifies Battery Charger 1 B-SA, AC INPUT switch in OFF Evaluator Cue:

1A-SA, AC INPUT switch is OFF 1 B-SA, AC INPUT switch is OFF Comment:

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Appendix C Page 9 of 25 Form ES-C-i PERFORMANCE INFORMATlOf1 (OP-i 56.01 section 5.3.2) step 1 Performance Step: 15

i. VERIFY the following switch lineup for Battery Charger iA-SA and 1 B-SA:

SWITCH: DC OUTPUT POSITION: OFF Standard:

Verifies Battery Charger iA-SA, DC OUTPUT switch in OFF Verifies Battery Charger 1 B-SA, DC OUTPUT switch in OFF Evaluator Cue:

1A-SA, DC OUTPUT switch is OFF 1 B-SA, DC OUTPUT switch is OFF Comment:

(OP-156.0i section 5.3.2) step 1 Performance Step: 16

1. VERIFY the following switch lineup for Battery Charger iA-SA and 1 B-SA:

SWITCH: NORMAL/EQUALIZE POSITION: NORMAL Standard:

Verifies Battery Charger 1A-SA, in NORMAL Verifies Battery Charger 1 B-SA, in NORMAL Evaluator Cue:

1A-SA, NORMAL/EQUALIZE switch is in NORMAL 1 B-SA, NORMAL/EQUALIZE switch is in NORMAL Comment:

(OP-i 56.01 section 5.3.2) step 2 NOTE Performance Step: 17 NOTE: If DC voltage is low, Electrical support will be necessary to place the battery charger in service.

Standard:

Reads and circle/slashes note.

Comment:

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Appendix C Page 10 of 25 Form ES-C-i PERFORMANCE INFORMATION (OP-156.01 section 5.3.2) step 2 Performance Step: 18 CHECK that DC voltage on DP-1A-SA indicated on EI-O1EE-1798C1SAV is between 105 and 125 VDC.

Standard:

Checks voltage indication meter at DP-1A-SA.

Evaluator Cue:

Indication is 110 VDC.

Comment:

(OP-i 56.01 section 5.3.2) step 3 NOTES Performance Step: 19 NOTE: The following Steps describe placing Battery Charger iA SA in operation. Nomenclature for placing Battery Charger 1 B SA in service is in parenthesis.

NOTE: A momentary ground may exist when the DC breakers are closed.

Standard:

Reads and circle/slashes notes.

Comment:

(OP-156.Oi section 5.3.2) step 3 CAUTION Performance Step: 20 CAUTION The DC Output Breaker must be closed before the AC Input Breaker to allow the output filters to be charged from the battery versus drawing excessive current through the rectifiers on the AC input.

Standard:

Reads and circle/slashes caution.

Comment:

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Appendix C Page 11 of 25 Form ES-C-i PFORMANCE INFORMATION (OP-i 56.01 section 5.3.2) step 3 Performance Step: 21 PLACE DP-i A-SA-30 (31), Battery Charger 1 A (1 B)-SA, to ON.

Standard:

Places DP-1A-SA-30 to ON Evaluator Cue:

DP-1A-SA circuit 30 is ON Comment:

(OP-i 56.01 section 5.3.2) step 4 Performance Step: 22 At Battery Charger 1 A (1 B)-SA, PLACE the DC Output Breaker to ON.

Standard:

Places 1A-SA DC Output Breaker to ON and observes response Evaluator Cue:

The DC Output Breaker is ON If asked: The Low DC Volt Alarm is lit momentarily and extinguishes in less than 30 seconds.

If asked: Charger indicates voltage raising to 115 VDC Comment:

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Appendix C Page 12 of 25 Form ES-C-i PERFORMANCE lNFOIMATlON (OP-156.01 section 5.3.2) step 5 Performance Step: 23 After 30 seconds, with Battery Charger 1A (1 B)-SA Voltmeter stabilized between 105 to 125 VDC, PLACE AC Input Breaker to ON.

Standard:

After 30 seconds, checks voltage stable between 105-125 VCD, and then places A-SA AC Input Breaker to ON, and observes response Evaluator Cue:

If asked: Charger indicates voltage stable at 115 VDC.

The AC Input Breaker is ON If asked: Charger indicates current raising to 50 Amps.

If asked: Charger alarm indications are as you would expect Comment:

(OP-156.01 section 5.3.2) step 6 Performance Step: 24 VERIFY proper operation of Battery Charger 1A (1 B)-SA by observing the following:

PARAMETER CONDITION DC VOLTAGE 132 to 135 VDC DC AMPERES 0 to 150 Amps AC POWER ON light ON NO CHARGE light OFF HIGH DC VOLTS light OFF LOW DC VOLTS light OFF PHASE FAILURE light OFF Standard:

Observes expected indications at 1A-SA Evaluator Cue:

DC Voltage is 133 VCD DC Amperage is 50 Amps AC POWER ON light is ON NO CHARGE light is OFF HIGH DC VOLTS light is OFF LOW DC VOLTS light is OFF PHASE FAILURE light is OFF Comment:

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Appendix C Page 13 of 25 Form ES-C-i PERFORMANCE INFORMATTON Evaluator Note:

After performing step 5.3.2.6, Evaluation on this JPM is complete.

Prior to performing step 5.3.2.7, battery charger ground test, end the JPM Evaluator Cue:

Another operator will perform the ground test END OF JPM STOP TIME:

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Appendix C Page 14 of 25 Form ES-C-i VERIFICATION OF COMPLETiON Job Performance Measure No.:

2011 NRC Exam In-Plant JPM J Place A-SA Battery Charcier on the Alternate Power Sujly Examinees Name:

Date Performed:

Facility Evaluator:

Number of Attempts:

Time to Complete:

Question Documentation:

Question:

Response

Result:

SAT UNSAT Examiners Signature:

Date:

2011 NRC Exam In-Plant JPM J Rev. Final

Appendix C Page 15 of 25 Form ES-C-i VEiflcAT1gN OFCOMPLTiON BATTERY CHARGER MANUAL TNsFER SwITcHEs Each charger has a manual transfer switch that selects the normal or alternate AC power source Figure 3).

These. switches are located on train specific panels in the RAE 286 Switchgear rooms. Another switch on each panel frmnctions to allow onl one charger per train to he selected to the alternate power supply at a time Figure 2.

The alternate power supply for all 4 chargers is a non safe supply when selected the charger is considered Non Operable per Technical Specifications).

The alternate power comes from MCC 1D23 which is supplied by either iD2 or the Dedicated Shutdown Diesel Generator.

Figure Z Afternate SupplyM2nuaI Thns.& Switch fbi Figure 3: ChargerSuppiyManu2l Tr.nsferSwitches 2011 NRC Exam In-Plant JPM J Rev. Final

Appendix C Page 16 of 25 Form ES-C-i JPM CUE SHEET The plant is in Mode 3 following a Reactor Trip due to a loss of Off-Site power and a failure of the A and B EDG to start and load.

Initial Conditions:

The MCR crew has entered EOP-EPP-00i, Loss of AC Power to 1 A-SA and 1 B-SB Buses, they have verified that the Dedicated Shutdown Diesel Generator has started, loaded and is now supplying 1 D23 bus.

The CRS has directed you to align the 1A-SA Battery Charger to the alternate Power Supply lAW EOP-001 step 22.

OP-156.Oi, AC Electrical Distribution, Section 8.15, initial Initiating Cue:

conditions are met.

When 1 A-SA Battery Charger is aligned to the alternate source, continue with placing the charger in service lAW OP 156.01.

2011 NRC Exam In-Plant JPM J Rev. Final

Appendix C Page 17 of 25 Form ES-C-i JPM CUE SHEET INSTRUCTIONS II RESPONSE NOT OBTAINED H

2Z Transfer safely-related battery chargers to MCC I [)23:

LI

• Align battery charger IA-SA OR 1B-SA using OP-15601, AC ELECTRICAl.. 0ISTRlBUTlON, Sections & 1 &

LI

• Align battery charger 1A=S OR lB-SB usinq OP-15&01, AC ELECTRICAL Ol:STRIBUTION, Sections 816 EOP-EPP-OO1 Rev 35 I

Page 34 of 93 I

LOSSOFACPOWERTOIA-SAANDIBSBBUSES I

2011 NRC Exam In-Plant JPM J Rev. Final

Appendix C Page 18 of 25 Form ES-C-i JPMCUESKEET 8.15. Aligning a Train A Battery Charger to the Alternate Power Supply 8.15.1.

Initial Conditions 1.

Battery Charger iA-SA or Battery Charger 1 8-SA has been removed ftom service per Section 73.

2.

An evaluation of Technical Specifications listed in Section 2.2 has been completed.

8.15.2.

Procedural Steps t

IF aligning Battery Charger IASA to the Alternate Power Supply, THEN PERFORM the following steps:

a.

At Battery Charger 1ASA CHECK the following switch lineup:

SWITCH POSITION AC INPUT OFF DC OUTPUT OFF NORMAL/EQUALIZE NORMAL b.

CHECK DP-1A-SA-30, Battery Charger IA-SA, in the OFF position.

NOTE:

I EE-E533 MTS-i is the A Train Alternate Source Selector Switch 1 EEE534 MTS-2 is the Battery Charger iA-SA Source Selector SMtch 1EE-E535 MTS-3 is the Battery Charger iB-SA Source Selector Switch c.

PERFORM the following steps at I EE-E530, A - TRAIN BAHERY CHARGERS TRANSFER PANEL:

PLACE 1EE-E533 MTS-i in ALTERNATE 1 D23 SUPPLY TO IASA.

PLACE I EE-E534 MTS-2 in ALTERNATE I D23 SUPPLY TO IA-SA.

VERIFY I EE-E535 MTS-3 in NORMAL 1A31-SA SUPPLY TO IB-SA.

OP-I 56.01 Rev. 31 I

Page 83 of 113 2011 NRC Exam In-Plant JPM J Rev. Final

Appendix C Page 19 of 25 Form ES-C-i JPMCUESHEE 815 Aligning a Train A Battery Charger to the Alternate Power Supply (continued) 2.

IF aligning Battery charger i BSA to the Alternate Power Supply, THEN PERFORM the fotlowing steps:

a.

At Battery Charger IB-SA CHECK the following switch lineup:

SWITCH POSITION AC INPUT OFF DC OUTPUT OFF NORMALJEQUALIZE NORMAL b.

CHECK DP-1A-SA-31, Battery Charger 1 B-SA, in the OFF postion.

NOTE:

1 EE-E533 MTS-1 is the A Train Alternate Source Selector Switch I EE-E534 MTS-2 is the Battery Charger IA-SA Source Selector Switch 1 EE-E535 MTS-3 is the Battery Charger IB-SA Source Selector Switch c

PERFORM the following steps at the I EE-E530, A - TRAIN BAITERY CHARGERS TRANSFER PANEL:

o PLACE I EE-E33 MTS-l in ALTERNATE ID23SUPPLYTO IBSA VERIFY I EE-E534 MTS-2 in NORMAL 1A21-SA SUPPLY TO iA-SA PLACE 1 EE-E535 MTS-3 in ALTERNATE 1D23 SUPPLY TO iB-SA.

3 COMPLETE Section &1 53.

4.

IF placing Battery Charger 1A-SA or Battery Charger iB-SA in Service.

THEN GO TO Sectfon 5.3.

OP-156.Oi Rev. 31 I

ge 84 of 1 13 2011 NRC Exam In-Plant JPM J Rev. Final

Appendix C Page 20 of 25 Form ES-C-i JPMCUSHT 8:15.3.

Aligning a Train A Battery Charger to the Alternate Power Supply Configuration Control Closeout I.

IF battery charger 1A-SA is aligned to Alternate Power Source.

THEN PERFORM the following CHECK and VERIFY steps.

COMPONENT COMPONENT NUMBER DESCRIPTION POSITION CHECK VERIFY I EE-E530 A - TRAIN BATTERY CHARGERS TRANSFER PANEL I EE-E533 MTS-1 ALTERNATE 1D23 SUPPLY TO IA-SA I EE-E534 MTS-2 ALTERNATE I D23 SUPPLY TO 1A-SA I EE-E535 MTS-3 NORMAL 1A31-SA SUPPLY TO I B-SA 2.

IF battery charger iB-SA is aligned to Alternate Power Source, THEN PERFORM the following CHECK and VERIFY steps.

COMPONENT COMPONENT NUMBER DESCRIPTION POSITION CHECK VERIFY I EE-E530 A - TRAIN BATTERY CHARGERS TRANSFER PANEL 1EE-E533 MTS-i ALTERNATE 1D23 SUPPLY TO IB-SA I EE-E534 MTS-2 NORMAL 1A21-SA SUPPLY TO IA-SA I EE-E535 MTS-3 ALTERNATE 1D23 SUPPLY TO I 8-SA OP-156.0I Rev. 31 Page 85 of 113 2011 NRC Exam In-Plant JPM J Rev. Final

Appendix C Page 21 of 25 Form ES-C-i JM CUE SKEET 8.15.3 Aligning a Train A Battery Charger to the Alternate Power Supply Configuration Control Closeout (Continued)

All personnel perForming this section for alignment or verification must supply their initials and name below Initials Name (Print)

Initials Name (Print)

Approved by_______________________________

CRS Date After receMng the final review signature, this OP Section: becomes a QA RECORD.

OP-156.O1 I

Rev, 31 I

Page 86 of 113 2011 NRC Exam In-Plant JPM J Rev. Final

Appendix C Page 22 of 25 Form ES-C-i JPMCUEE 5.3.

Placing a Train A Battery Charger In Service IIN0TE:

If swapoing battery chargers, Section 8,3 is used.

5.3.1. Initial Conditions 1.

AH prerequisites listed in SectIon 3.0 are met.

2.

SWGR Rooms A & B Ventilation, Train A is operating per OP-172.

5.3.2. Procedural Steps 1.

VERIFY the following switch line.p for Battery Charger 1A-SA and I E-SA:

SWITCH POS TION AC INPUT OFF DC OUTPUT OFF NORMAL/EQUALiZE NORMAL NOTE:

if DC voltage is low, Electrical support will e necessary to place the battery ciarger in service.

2.

CHECK that DC voltage on DP-1A-SA indicated on Ei-OIEE-179SCISAV is between 105 and 125 VDC.

NOTE:

The following Steps describe placing Battery Charger 1A-SA in operation.

Nomenclature for placing Batery Charger 1B-S in service is in parenthesis.

NOTE:

mornertary ground may exist when the DC breakers are closed.

CAUTION The DC Output Breaker must be closed before the AC Input Breeker to a low the output lIters to be charged from the battery versus drawing excessive current through tre rectifiers on the AC input.

3.

PLACE DP-1A-SA-30 (31), Battery Charger IA ( 8)-SA, to ON OP-I 5601 Rev. 31 Page I7of 113 2011 NRC Exam In-Plant JPM J Rev. Final

Appendix C Page 23 of 25 Form ES-C-i JPMCUSHEET 5.3.2 Procedural Steps (continued) 4.

At Battery Charger 1A (1B)-SA, PLACE the DC Output Breaker to ON.

NOTE:

To prevent an inadvertent High Voltage trip, the output filters should be allowed to charge for a minimum of 30 seconds before closing the AC Input Breaker.

The AC Input and Feeder Breaker may trip if the filter capacitors are not fully charged when the AC Input Breaker is closed.

NOTE:

A Low DC Volt alarm is normal during the time required to charge the output rectifiers. This alarm should clear before closing the AC input breaker, or a High Voltage trip could occur. Failure of the Low DC Volt alarm to clear could indicate the DC Output breaker tripped after manually shutting. The DC Output breaker may not indicate its tripped condition.

5.

After 30 seconds, with Battery Charger 1A (1 B)-SA Voltmeter stabilized between 105 to 125 VDC. PLACE AC Input Breaker to ON.

6.

VERIFY proper operation of Battery Charger IA (1B)-SA by observing the following:

PARAMETER CONDITION DC VOLTAGE 132 to 135 VDC DC AMPERES 0 to 150 Amps AC POWER ON light ON NO CHARGE light OFF HIGH DC VOLTS light OFF LOW DC VOLTS light OFF PHASE FAILURE light OFF 7.

PERFORM a ground test of Battery Charger 1A (18)-SA as follows:

a.

NOTIFY the Control Room that a 125 VDC EMERG BUS A TROUBLE annunciator may alarm.

b.

DEPRESS the POS Ground Test Pushbutton.

c.

VERIFY a positive deflection exists on the bus ground voltmeter.

OP-156.01 Rev. 31 Page 18 of 113 2011 NRC Exam In-Plant JPM J Rev. Final

Appendix C Page 24 of 25 Form ES-C-i JPMCUESHEET 5.3.2 Procedural Steps (continued)

NOTE:

If grourd exists, the White GROUND tight will be lit.

d.

VERIFY the White GROJND tight is off.

e.

RELEASE the P05 Sround Test Pushbutton.

f.

DEPRESS the NEG Ground Test Pushutton.

g VERIFY a negative deflection exists on the bis ground votmter h.

VERiFY the White GRO]ND light is off.

RELEASE the NEG Ground Test Pushbttor.

8.

COMPLETE Section 5.3.3.

NOTE:

On the initial closure of each toad breaker, the ground voitrreter of the DC Distribution Panel should be observed for possible grounds on the loads.

CAUTION Rif 3fl entire Train of Instrument Buses is de-energized, before enegizng the first bus of this division the respective Sold State Logic Oitpu: Mode Selector Switch must be placed in TEST to prevent inadvertent safeguard actuation. After solid state has been energized, the MCB Block Switches for Main Steam Line and Pressurizer Pressure SI must be repositioned, hefor placing Scud State Logic Output Switch to OPERATE. (Reference 2.6.1) 9.

At the direction of the CRS and according to applicable procedures.

ENERGIZE the remaining loads on DP-1A-SA and sub-panels.

OP-15G.O1 Rev. 31 Pagel9ofll3l 2011 NRC Exam In-Plant JPM J Rev. Final

Appendix C Page 25 of 25 Form ES-C-i JPIVICUESHEET 5.3.3.

Placing a Train A Battery Charger in Service Configuration Control Closeout Cirde correct position. ON if affected Battery Charger is in Service. Otherwise OFF for the standby Battery Charger.

COMPONENT NUMBER COMPONENT DESCRIPTION DP-1A-SA Battery Charger 1A-SA Battery Charger 1 8-SA Battery Charger IA-SA AC Input DC Output Battery Charger 1B-SA AC Input DC Output POSITION CHECK VERIFY All personnel perrorming this section for alignment or verification must supply their initials and name below.

Initials Name (Print)

Initials Name (Print)

Approved by CRS Date After receiving the final review signature, this OP Section becomes a QA RECORD.

OP-I 56.01 Rev. 31 Page 20 of 113 DP-IA-SA-30 DP-IA-SA-31 N/A N/A N/A N/A ON/OFF ON/OFF*

ON/OFF ON/OFF*

ON/OFF ON/OFF*

2011 NRC Exam In-Plant JPM J Rev. Final

Appendix C Page 1 of ii Form ES-C-i Worksheet Facility:

Shearon Harris Task No.:

01 201 OH1O1 Task

Title:

Place Failed Pressurizer Pressure JPM No.:

2011 NRC Exam Channel 455 In TEST In-Plant JPM K K/A

Reference:

APE 027 AA2.16 RO 3.6 SRO 3.9 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.

Initial Conditions The plant was operating at 100% power when Pressurizer Pressure Channel 455 failed low.

You are directed to perform OWP-RP-02 for troubleshooting and tripping bistables for PT-455 to meet Technical Specifications.

Initiating Cue:

The CRS directs that the applicable Master Test Switches are to be placed in test for troubleshooting.

2011 NRC Exam In-Plant JPM K Rev. Final

Appendix C Page 2 of 1 1 Form ES-C-i Worksheet Task Standard:

Place the PlC Cabinet Master Test switches and bistables in the Test position.

Required Materials:

OWP-RP-02 Rev.15 (pp.12-18)

General

References:

OWP-RP-02, Reactor Protection Rev. 15 Time Critical Task:

No Validation Time:

20 minutes Critical Task Justification Step 4 Master Test Switch is required to be placed in test per CRS direction for troubleshooting in the Initiating Cue.

Steps 5-1 1 Tripping card bistables is required to meet Tech Specs.

2011 NRC Exam In-Plant JPM K Rev. Final

Appendix C Page 3 of 1 1 Form ES-C-i PERFORMANCE INFORMATION START TIME:

Performance Step: 1 OBTAIN PROCEDURE Standard:

Obtains OWP-RP-02 and refers to Section for Pressurizer Pressure Evaluator Cue:

Provide operator with a copy of the procedure after demonstration of ability to ri -ni Comment:

OWP-RP-02 Performance Step: 2 PRECAUTION:

1)

To prevent a Reactor out of service at a timE Status Lightsfortheo 2)

With more than one ci its required state for e of the associated pern Evaluator Note:

Candidate may attempt to verify MCB TSLB Status to insure only one channel will be out of service at a time.

If asked (or going to MCR to check) about more than one channel being out (by MCR Trip Status Light Boxes):

Evaluator Cue:

No other Pressurizer Pressure Channels are out of service.

Standard:

Reviews precautions Comment:

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Appendix C Page 4 of 11 Form ES-C-i PERFORMANCE INFORMATION OWP-RP-02, Pressurizer Press Channel I (P1-455)

. Performance Step: 3 NOTE:

Master Test Switches may be positioned to TEST for troubleshooting. They are not required to be in TEST to meet Tech Specs. Operating these switches before operating the bistable switches aids in troubleshooting by maintaining system conditions the same as they were when the trouble occurred.

Concurrent verification is preferred while tripping bistables.

Standard:

Reviews and annotates note (should request concurrent verification during this JPM)

Evaluator Cue:

For this JPM only, assume that concurrent verification is being performed and that verifier agrees with all actions taken.

Comment:

OWP-RP-02, Pressurizer Press Channel I (P1-455)

V Performance Step: 4 In PlC 17 on Card 017-836: SW5 (PS/455H Master Test Switch for PS/455F) in TEST Standard:

Locates Card Cl 7-836 and places 5W5 in TEST position Evaluator Cue:

SW5 IS IN TEST POSITION.

Comment:

V

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Appendix C Page 5 of 11 Form ES-C-i PERFORMANCE INFORMATION OWP-RP-02, Pressurizer Press Channel I (P1-455)

Performance Step: 5 In PlC 17 on Card Ci 7-844: BS1 (PS/455F1) Master Test Switch for PS/455 in TEST Standard:

Locates Card Ci 7-844 and places BS1 in TEST position Evaluator Cue:

BS1 IS IN TEST POSITION. LED is lit.

Comment:

OWP-RP-02, Pressurizer Press Channel I (P1-455)

V Performance Step: 6 In PlC 1 on Card Cl -844: BS1 (PS/455D PRZ Low Press SI) in TEST Standard:

Locates Card Ci -844 and places BS1 in TEST position Evaluator Cue:

BS1 IS IN TEST POSITION. LED is lit.

Comment:

OWP-RP-02, Pressurizer Press Channel I (P1-455)

V Performance Step: 7 In PlC 1 on Card Cl -844: BS2 (PS/455B PRZ Press lntlk P-il) in TEST Standard:

Locates Card Cl -844 and places BS2 in TEST position Evaluator Cue:

BS2 IS IN TEST POSITION. LED is lit.

Comment:

V

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Appendix C Page 6 of ii Form ES-C-i PERFORMANCEINFORMATION OWP-RP-02, Pressurizer Press Channel (P1-455)

V Performance Step: 8 In PlC 1 on Card Ci -844: BS3 (PS1455A PRZ High Press RX Trip) in TEST Standard:

Locates Card Ci -844 and places BS3 in TEST position Evaluator Cue:

BS3 IS IN TEST POSITION. LED is lit.

Comment:

OWP-RP-02, Pressurizer Press Channel I (P1-455)

V Performance Step: 9 In PlC 1 on Card Ci -844: BS4 (PS/455C PRZ Low Press ax Trip) in TEST Standard:

Locates Card Ci -844 and places BS4 in TEST position Evaluator Cue:

BS4 IS IN TEST POSITION. LED is lit.

Comment:

OWP-RP-02, Pressurizer Press Channel I (P1-455)

V Performance Step: 10 In PlC 1 on Card Ci -822: BS3 (TB/4i2C1 OTDT Rx Trip) in TEST Standard:

Locates Card Ci -822 and places BS3 in TEST position Evaluator Cue:

BS3 IS IN TEST POSITION. LED is lit.

Comment:

V

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Appendix C Page 7 of 11 Form ES-C-i PERFORMANCE iNFORMATION OWP-RP-02, Pressurizer Press Channel I (P1-455) v Performance Step:

In PlC 1 on Card Cl -822: BS4 (TB/41 202 OTDT 0-3) in TEST Standard:

Locates Card Cl -822 and places BS4 in TEST position Evaluator Cue:

BS4 IS IN TEST POSITION. LED is lit.

Comment:

Evaluator Note:

If candidate reports completion of placing bistables in test, acknowledge completion and direct the candidate to continue.

OWP-RP-02, Pressurizer Press Channel I (P1-455)

Performance Step: 12 On Recorder Panel: TS-412Z TR-412 Selector Switch (circle position selected)

Standard:

Locates recorder panel TS-412Z, TR-412 selector switch, verifies selected either LOOP B or C, and circles selected position.

Evaluator Cue:

TR-412 selector switch is in the LOOP B or LOOP C POSITION.

Comment:

OWP-RP-02, Pressurizer Press Channel I (P1-455)

Performance Step: 13 On TSLB-3 check the following: TRIP PRZ HI PRESS PB455A (Window 14-1) LIT Standard:

Locates TSLB-3 and verifies window 14-1 lit Evaluator Cue:

TSLB-3 window 14-1 is lit Comment:

V

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Page 8 of 1 PERFORMANCE INFORMATION OWP-RP-02, Pressurizer Press Channel I (P1-455)

On TSLB-3 check the following: P11 PRZ HI PRESS PB4556 (Window 14-2) LIT Locates TSLB-3 and verifies window 14-2 lit TSLB-3 window 14-2 is lit OWP-RP-02, Pressurizer Press Channel I (P1-455)

On TSLB-3 check the following: TRIP PRZ LOW PRESS PB455C (Window 14-3) LIT Locates TSLB-3 and verifies window 14-3 lit TSLB-3 window 14-3 is lit 1

Form ES-C-i Performance Step: 16 Standard:

Evaluator Cue:

Comment:

OWP-RP-02, Pressurizer Press Channel I (P1-455)

On TSLB-3 check the following: SI PRZ LOW PRESS PB455D (Window 14-4) LIT Locates TSLB-3 and verifies window 14-4 lit TSLB-3 window 14-4 is lit Appendix C Performance Step: 14 Standard:

Evaluator Cue:

Comment:

Performance Step: 15 Standard:

Evaluator Cue:

Comment:

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Appendix C Performance Step: 17 Standard:

Evaluator Cue:

Comment:

Page 9of ii PERFRMANC NFOAMATION OWP-RP-02, Pressurizer Press Channel I (P1-455)

On TSLB-3 check the following: A TRIP 0/TEMP AT TB412C1 (Window 7-i) LIT Locates TSLB-3 and verifies window 7-i lit TSLB-3 window 7-1 is lit Form ES-C-i STOP TIME:

OWP-RP-02, Pressurizer Press Channel I (P1-455)

On TSLB-3 check the following: A RUNBACK 0/TEMP AT TB412C2 (Window 7-3) LIT Locates TSLB-3 and verifies window 7-3 lit TSLB-3 window 7-3 is lit Performance Step: 18 Standard:

Evaluator Cue:

Comment:

Standard:

Reports to CRS that test switches have been positioned lAW OWP-RP-02 for Channel 455 CRS acknowledges completion of the OWP section.

END OF JPM Evaluator Cue:

Comment:

Terminating Cue:

After window 7-3 on TSLB-3 is verified: Evaluation on this JPM is complete.

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Appendix C Page 10 of 11 Form ES-C-i VEIIFlCA1iONF COMPLETiON Job Performance Measure No.:

2011 NRC Exam In-Plant JPM K Place Failed Pressurizer Pressure Channel 455 In TEST Examinees Name:

Date Performed:

Facility Evaluator:

Number of Attempts:

Time to Complete:

Question Documentation:

Question:

Response

Result:

SAT UNSAT Examiners Signature:

Date:

2011 NRC Exam In-Plant JPM K Rev. Final

Appendix C Page 1 1 of 1 1 Form ES-C-i JPMCUE SHEET Initial Conditions The plant was operating at 100% power when Pressurizer Pressure Channel 455 failed low.

You are directed to perform OWP-RP-02 for troubleshooting and tripping bistables for PT-455 to meet Technical Initiating Cue:

Specifications.

The CRS directs that the applicable Master Test Switches are to be placed in test for troubleshooting.

2011 NRC Exam In-Plant JPM K Rev. Final