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Text

Draft Operating Exam (Section a and Section B) (Folder 2)
	ML17087A090
Person / Time
Site:	Millstone
Issue date:	02/06/2017
From:	; Dominion Nuclear Connecticut
To:	David Silk; Operations Branch I
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ML16337A097	List: ML17046A604; ML17087A086; ML17087A087; ML17087A088; ML17087A089; ML17087A090; ML17087A091;
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JOB PERFORMANCE MEASURE APPROVAL SHEET JPM Title: Maximum RCS Venting Time Determination JPMNumber:

JPM-AlR (JPM-146)

Revision:

1 Initiated:

John W. Riley (Signature on File) 1/23117 Developer Date Reviewed:

Will Chesnutt (Signature on File) 1/27117 Technical Reviewer Date Approved:

Michael John Cote (Signature on File) 1/24/17 Supervisor, Nuclear Training Date 1

SUMMARY

OF CHANGES DATE DESCRIPTION REV/CHANGE 1/9117 JPM 146 developed in 2001. Revised to latest JPM format. 1 Changed number for 201 7 NRC JPM exam. Changed initial condition to give a different vent time. Other editorial changes. 2 JPM WORKSHEET Facility:

MP2 Bxaminee:

JPMNumber:

JPM-AlR (JPM-146)

Revision:

1 Task Title: Maximum RCS Venting Time Determination System: RCS Time Critical Task: DYES Validated Time (minutes):

10 Task Number(s):

NUTIMS #000-05-222 Applicable To: STA ----RO ---x PBO SRO KIA Number: 2.1.23 KIA Rating: 4.314.4 --------Method of Testing: Simulated Performance:

Actual Performance:

x Location:

Classroom:

x Simulator:

In-Plant:

Task Standards:

At the completion of this JPM, the examinee will have determined the maximum allowable venting time (7 minutes+/- 2 minutes).

under the stated plant conditions Required Materials: (procedures, equipment, etc.) General

References:

BOP 2541, Appendix 24 BOP 2541 *** READ TO THE EXAMINEE *** I will explain the initial conditions, which step(s) to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objective for this JPM will be satisfied.

With the exception of the questions at the end, you may use any approved reference material normally available in the Control Room, including logs. Make all written reports, oral reports, alarm acknowledgements, and log entries as if the evolution was actually being performed.

3 JPM WORKSHEET JPMNumber:

JPM-AlR (JPM-146)

Revision:

1 Initial Conditions:

Initiating Cues: Simulator Requirements:

The plant tripped from 100% due to a LOCA.

EOP 2532 is being performed.

Appendix 24, "Void Elimination" is being implemented.

Appendix 24, "Void Elimination, step 4, has been attempted to eliminate the voiding, by raising and lowering the RCS pressure within the RCS PIT curve.

Attempts to eliminate the void were not successful AND a non-condensable void is suspected.

RCS pressure is 760 psia.

RCS temperature is 342°F.

Containment temperature is 185°F.

Containment pressure is 2.2 psig.

Containment hydrogen concentration is currently 2.0%.

Containment fans are running. The Unit Supervisor has directed you to determine the maximum allowable RCS venting time in accordance with EOP 2541, Appendix 24, "Void Elimination", Contingency Action Step 4.1.a. NIA ****NOTES TO TASK PERFORMANCE EVALUATOR****

1. Critical steps for this JPM are indicated by checking "Y". For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.

2. When the student states what his/her simulated action/observation would be, read the appropriate "Cue". 3. If necessary, question student for details of simulated actions/observations (i.e. "What are you looking at?" or "What are you observing?").

4. Under NO circumstances must the student be allowed to manipulate any devices during the performance of this JPM (in-plant only). 4 PERFORMANCE INFORMATION JPM Number: JPM-AlR (JPM-146)

Task Title: Maximum RCS Venting Time Determination S TE P I Performance:

1 4.1 IF attempts to eliminate the void were not successful AND a non-condensable void is suspected, PERFORM the following to vent the reactor vessel: a. DETERMINE maximum allowable venting time. Refer to Attachment 24-A, "RCS Vent Time Based on Hydrogen Buildup Inside Containment." Standard:

Examinee refers to Attachment 24-A Revision:

1 START TIME: ----Critical:

Grade so uo Cue: Provide a copy ofEOP 2541, Appendix 24. The title on Attachment 24-A does not match the procedure step. The step has "RCS Vent Time Based on Hydrogen Buildup Inside Containment" and Attachment 24-A has "RCS Vent Time Based on Hydrogen Buildup".

If asked state as a the US state that Attachment 24-A "RCS Vent Time Based on Hydrogen Buildup" should be used and that you will make an entry in the Narrative Log on the discrepancy.

Comments:

5 PERFORMANCE INFORMATION JPMNumber:

JPM-AlR {J!1M-_146)

Revision:

1 Task Title: Maximum RCS Venting Time Determination STEP Performance:

Standard:

Critical:

Grade #2 This figure is valid only when the following Examinee compares initial conditions against the YD N!Z;J so uo conditions exist: requirements on Attachment 24-A and identifies

1. RCS temperature is greater than 212 °F. that the figure is valid for the current conditions.

2. RCS pressure is less than 2250 psia. 3. Containment Temperature is less than 225 °F. 4. Containment pressure is greater than 0.0 psig. 5. Containment Hydrogen concentration is less than 2.9%. 6. Containment fans are running. Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #3 Ycgj ND so uo Determine maximum vent time. Examine using the initial conditions of RCS pressure (760 psia) and current containment Hydrogen volume (2.0%) to determine maximum vent time. Examinee determines the maximum allowable vent time is 7 minutes(+/-

2 minutes).

Cue: Once the examinee has determined the maximum vent time state this JPM is complete.

Comments:

TERMINATION CUE: The evaluation for this JPM is concluded.

STOP TIME: ---6 VERIFICATION OF JPM COMPLETION JPMNumber:

JPM-AlR (JPM-146)

Revision:

1 Date Performed:

Student: For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.

If task is Time Critical, it MUST be completed within the specified time to achieve a satisfactory grade. EVALUATION SECTION: Time Critical Task? D Yes fZI No Validated Time (minutes):

I 10 Actual Time to Complete (minutes):

I Work Practice Performance:

D SAT D UNSAT Operator Fundamentals:

D SAT D UNSAT JPM Question Portion Overall [NLO only]: D SAT D UNSAT D N/A Attached Question #1 D SAT D UNSAT Attached Question #2 D SAT D UNSAT Overall Result of JPM: D SAT D UNSAT Evaluator:

Print I Sign Areas for hnprovement I Comments:

7 JPMNumber:

Initial Conditions:

Initiating Cues: STUDENT HANDOUT JPM-AlR (JPM-146)

Revision:

1

The plant tripped from 100% due to a LOCA.

BOP 2532 is being performed.

Appendix 24, "Void Elimination" is being implemented.

Appendix 24, "Void Elimination, step 4, has been attempted to eliminate the voiding, by raising and lowering the RCS pressure within the RCS PIT curve.

Attempts to eliminate the void were not successful AND a non-condensable void is suspected.

RCS pressure is 760 psia.

RCS temperature is 342°F.

Containment temperature is 185°F.

Containment pressure is 2.2 psig.

Containment hydrogen concentration is currently 2.0%.

Containment fans are running. The Unit Supervisor has directed you to determine the maximum allowable RCS venting time in accordance with BOP 2541, Appendix 24, "Void Elimination, Contingency Action Step 4.1.a. 8 JOB PERFORMANCE MEASURE APPROVAL SHEET JPM Title: Evaluate RCP Seal Problem (Admin) JPM Number: JPM-Al.1 Revision:

010 Initiated:

Robert L. Cimmino, Jr. 0113112017 Developer Date Reviewed:

Will Chesnutt Technical Reviewer Date Approved:

Michael John Cote Supervisor, Nuclear Training Date

SUMMARY

OF CHANGES DATE DESCRIPTION REV/CHANGE 0612712003 Updated to reflect changes to OP 2301 C and new 1500 psid 8 criteria.

05/03/2016 rlc Updated to reflect new format and procedure chanaes. 9 O 1/26/201 7 rlc Concept copied from JPM-011for2017 NRG Re-Take Exam 010 2 JPM WORKSHEET Facility:

MP2 Examinee:

JPM Number: JPM-Al.l Revision:

0/0 Task Title: Evaluate RCP Seal Problem (Admin) System: RCP Time Critical Task: D YES cg] NO Validated Time (minutes):

20 Task Number(s):

NUTIMS #003-01-033 Applicable To: SRO STA RO x PEO KIA Number: 003/A2.01 KIA Rating: 3.5/3.9 KIA Number: 2.1.7 KIA Rating: 4.4/4.7 --------Method of Testing: Simulated Performance:

Actual Performance:

x Location:

Classroom:

x Simulator:

In-Plant:

Task Standards:

At the completion of this JPM, examinee has evaluated "A" RCP indications and reported that one seal has failed and another seal is failed/degraded.

The examinee also recommends, based on the above findings, that a controlled shutdown should be initiated.

Required Materials:

AOP 2586, RCP Malfunctions (procedures, equipment, etc.) Calculator General

References:

AOP 2586, RCP Malfunctions

- - READ TO THE EXAMINEE *** I will explain the initial conditions, which step(s) to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objective for this JPM will be satisfied.

With the exception of the questions at the end, you may use any approved reference material normally available in the Control Room, including logs. Make all written reports, oral reports, alarm acknowledgements, and log entries as if the evolution was actually being performed.

3 JPM WORKSHEET JPMNumber:

JPM-Al.1 Revision:

0/0 Initial Conditions:

Several alarms have annunciated for the "A" RCP. Initiating Cues:

C-02/3; BA-18, RCP A MID SEAL PRES HI, remains locked in.

The PPC has failed and is unusable.

The US has entered AOP 2586, RCP Malfunctions, and has proceeded to step *2a. Trend RCP Data, CHECK PPC available.

Another operator has just recorded the initial set of data for the "A" RCP on AOP 2586, Attachment A, A RCP Seal Data.

You are the RO.

The US has directed you to perform AOP 2586, RCP Malfunctions, starting with Step *2a. Trend RCP Data, to evaluate the operation of the "A" RCP, using the initial set of data that was recorded.

Report any indications of failed seals and make recommendations concerning continued operation.

RCP vibration data will be acquired and trended by another operator.

Only the initial set of data needs to be evaluated at this time. Subsequent trending of RCP data will be performed by other operators.

Simulator Requirements:

None ****NOTES TO TASK PERFORMANCE EVALUATOR****

1. Critical steps for this JPM are indicated by checking "Y". For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.

2. When the student states what his/her simulated action/observation would be, read the appropriate "Cue". 3. If necessary, question student for details of simulated actions/observations (i.e. "What are you looking at?" or "What are you observing?").

4. Under NO circumstances must the student be allowed to manipulate any devices during the performance of this JPM (in-plant only). 4 PERFORMANCE INFORMATION JPM Number: JPM-Al.l Revision:

0/0 Task Title: Evaluate RCP Seal Problem (Admin) START TIME: ___ _ STEP Performance:

Standard:

Critical:

Grade #1 AOP 2586 2 "RCP Malfunctions" YO N[gj so uo ACTION/EXPECTED RESPONSE Examinee refers to AOP 2586, Step 2 and notes the 2. Trend RCP Data PPC is not available per the initiating conditions.

a. CHECK PPC available Examinee then refers to RNO Step 2a. l . and uses RESPONSE NOT OBTAINED the given copy of Attachment "A", with the a. PERFORM the following:

provided initial data, to determine the status of the I. Using appropriate ATTACHMENT A "A" RCP seals. through ATTACHMENT D, RECORD the affected RCP data parameters at an interval determined by SM/US AND REFER to ATTACHMENT E. Cue: Comments:

The form is effectively a job aid in determining the status of RCP seals when the PPC is unavailable.

STEP Performance:

Standard:

Critical:

Grade #2 AOP 2586 2 "RCP Malfunctions" Examinee fills out Attachment A in accordance YO N[gj so uo ATTACHMENT A 2 "A RCP Seal Data" with the attached key. Based on the calculations performed on Attachment A: I. One seal Lip < 200 psid. 2. Second seal Lip > 1500 psid. Cue: Comments:

5 PERFORMANCE INFORMATION JPM Number: JPM-Al.1 Revision:

0/0 Task Title: Evaluate RCP Seal Problem (Admin) STEP Performance:

Standard:

Critical:

Grade #3 AOP 2586 2 "RCP Malfunctions" Examinee refers to AOP 2586, Attachment E,

so uo ATTACHMENT E 2 "RCP Seal Failure "RCP Seal Failure Indication Significance", and Indication Significance" notes the following:

Indication

One seal failed (due to the < 200 psid) . RCP Lower, Mid, Upper seal DIP high/low

Second seal degraded/failing (due to seal

Any seal greater than 1500 psid RCP >1500 psid).

DIP is less than or equal to 200 psid Possible Causes: Single RCP Seal Failure Cue: Comments:

Identifying which seal is failed or failing and why is not critical.

STEP 3. Check RCP For Plant Shutdown Required Standard:

Critical:

Grade #4 a. CHECK affected RCP for the Examinee continues with step 3 and notes the so uo following:

following:

Any RCP seal stage DIP is

One seal has > 1500 psid GREATER THAN 1500 psid AND OR

One seal has < 650 psid .

RCP has one RCP seal stage failed and another seal stage LESS THAN 650 psid Cue:

Comments:

6 PERFORMANCE INFORMATION JPM Number: JPM-Al.1 Revision:

0/0 Task Title: Evaluate RCP Seal Problem (Admin) STEP Performance:

Standard:

Critical:

Grade #5 b. PERFORM the following:

Examinee continues with step 3b. and recommends Y[8J ND so uo I. GO TO OP 2204, Load Changes a plant shutdown be performed.

AND INITIATE a plant shutdown AND CONTINUE with actions of this procedure beginning with step 3 .c Cue: The only critical action is to recommend a plant shutdown.

Comments:

Recommending a course of action for the plant completes the JPM. TERMINATION CUE: The evaluation for this JPM is concluded.

STOP TIME: __ _ 7 VERIFICATION OF JPM COMPLETION JPMNumber:

JPM-Al.1 Revision:

0/0 Date Performed:

Student: For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.

If task is Time Critical, it MUST be completed within the specified time to achieve a satisfactory grade. EVALUATION SECTION: Time Critical Task? D Yes 12] No Validated Time (minutes):

I 20 Actual Time to Complete (minutes):

I Work Practice Performance:

D SAT D UNSAT Operator Fundamentals:

D SAT D UNSAT JPM Question Portion Overall [NLO only]: D SAT D UNSAT 12] NIA Attached Question #1 D SAT D UNSAT Attached Question #2 D SAT D UNSAT Overall Result of JPM: D SAT D UNSAT Evaluator:

Print I Sign Areas for Improvement I Comments:

8 JPMNumber:

Initial Conditions:

Initiating Cues: STUDENT HANDOUT JPM-Al.1 Revision:

0/0

Several alarms have annunciated for the "A" RCP.

C-02/3; BA-18, RCP A MID SEAL PRES HI, remains locked in.

The PPC has failed and is unusable.

The US has entered AOP 2586, RCP Malfunctions, and has proceeded to step *2a. Trend RCP Data, CHECK PPC available.

Another operator has just recorded the initial set of data for the "A" RCP on AOP 2586, Attachment A, A RCP Seal Data.

You are the RO.

The US has directed you to perform AOP 2586, RCP Malfunctions, starting with Step *2a. Trend RCP Data, to evaluate the operation of the "A" RCP, using the initial set of data that was recorded.

Report any indications of failed seals and make recommendations concerning continued operation.

RCP vibration data will be acquired and trended by another operator.

Only the initial set of data needs to be evaluated at this time. Subsequent trending of RCP data will be performed by other operators.

1. Status of "A" RCP Seals: 2. Recommended action: 9 DOMINION Millstone Power Station RCP Malfunctions G H Parameter f-* Middle Seal Upper Seal Vapor Seal Upper Oil Reservoir Lower Oil Reservoir

[EXamillee-Handout I TABLE 1 (D -E ___ _ (C -D =G ___ _ (B -C =H ___ _ (A -B ___ _ PPC Point Expected Value PPC Alarm ATTACHMENT A A RCP Seal Data (Page 1 of 1) AOP 2586 Revision 002 Page 12 of 17 NOTE: RCP seals are four stage sealing devices. When operating properly, the first three seal stages reduce pressure by approximately one third (1i3) of the total pressure across the pump seaL NOTE: With RCS at rated pressure (2200 to 2300 psia), alarms actuate when seal stage pressures deviate from nominal values by 150 psig. This indicates a degraded or failing operation of a particular seal stage. NOTE: RCP seal stages are considered failed when dip across stage is less than 200 psid and RCS pressure is at rated pressure (2200 to 2300 psia). NOTE: The increased dip in the remaining intact seal stages is equal to the decrease in dip of the degraded or failed seal stage. For short periods of time. each seal stage is designed to safely function with full RCS pressure dip across the seal stage to allow for plant shutdown.

Operation with dip less than 1500 psid across a seal stage is acceptable indefinitely.

Data I (Graphic Location Designator)

I Todav, Now (C-04R, HS-150*1)

Temperature

(°F) _1 !..lcL____(_lill!

Data (Time Acquired)

I *-+-----*-*-+-------+-------+*--*-*----+

-+------+--------+--------

---+---'-_lJ . -+----+----l (C-04R, HS-150*2)

Pressure (psig) 1 (B) 2200 1625# (High) 1290# (Low)

___ 605 -----+---------------+---------+-------

--+-----------+-------

+---------

L156 78 to 84%

to 84%*--125# (High) 20# /Lowl 85% (High) 70% (Low) 85% (High) 77% (low) 3 (C..04R, HS-150-3)

Level (%) 76 2 82 Additional Data (gpm I psia I psig I psid) Bleedoff Flow 0 9 to 1.3 pgm ------!--------(K) I -1.52 -----J m-------+*--*-----+-------+-

j F150 RCS Pressure RCS (psia) -15 =A (psig) PZRPR 2240 to 2260 psia 2350# (High) C-02/3 (A) 2240 (2225 to 2245 psig) 1900# (Low) PR-100 Coora"'"'""'

""""". cmoRR --"' f 0 I 0 1 ° += 0 1 Vapor Seal d/p (F=O-El_ _iF_L_ _____ _ _____ _ Upper Seal dip (G=C-0 (G) dip (H=B-9._ _ _(_t:f)___

______ --------Lower Seal dip (I=A-B) CVALWROP N/A Table 1 (1) G'aptncsNo CSS324 ATTACHMENT A -'A' RCP SEAL DATA CONTINUOUS USE IExaminee Handout!

!ANSWER KJfY] DOMINION Millstone Power Station RCP Malfunctions G H (D 70 (C Ml5 (B .!200 (A 2240 TABLE 1 -E 0 -D 70 ----C 605 -B 2200 \ I =F __l_ H l I =G ='--"=' =H l:'.'"'I='

' I AOP 2586 Revision 002 Page 12 of 17 ATTACHMENT A A RCP Seal Data (Page 1 of 1) d/p Too High For Continued Operation I NOTE: I NOTE: INOTE: I NOTE: RCP seals are four stage sealing devices. When operating properly, the first three seal stages reduce pressure by approximately one third (1i3) of the total pressure across the pump seal. With RCS at rated pressure (2200 to 2300 psia), alarms actuate when seal stage pressures deviate from nominal values by 150 psig. This indicates a degraded or failing operation of a particular seal stage. RCP seal stages are considered failed when dip across stage is less than 200 psid and RCS pressure is at rated pressure (2200 to 2300 psia). The increased dip in the remaining intact seal stages is equal to the decrease in d/p of the degraded or failed seal stage. For short periods of time. each seal stage is designed to safely function with full RCS pressure dip across the seal stage to allow for plant shutdown.

Operation with dip less than 1500 psid across a seal stage is acceptable indefinitely.

Data Data (Graphic (Time

__ _ Location Designator)

I Today, Now 1-----------_:_::__.:.:._:_::__L_

_ _,__,_ __ _L ______ _l ______

Parameter PPC Point Expected Value PPC Alarm _go_:_i=__--+----"-----+----'---'

-+ Lower T151 Lube Oil Cooler Outlet T152 100 to 120"F 120"F 2 Lube Oil Cooler Inlet __

120 to 140"F 1.25 Controlled Bleedoff T154 110 to 150<'F 150°F 115 Motor Stator Windin T155 1'75 --------Upper Gui9e Bearing T156 ISO 105 Lower Guide Bearin T157 140 to 160"'F _____ !§O"F_--+--_--.....:..

_____ +---

Thrust Bearin

__ _ 160°F Thrust Bearing __

160"F Anti-reverse Bearing T190 175"'F , .... 8 I -----==P;-:,:;

9 rn ------Lower Bearing Oil -,:194--100 to 125"F 125"F ------+---*

11 I '>.\ Middle Seal P151 I 1400 to 1600 psig I 1625# (High) !------------

Upper Seal I P152 VaporSeal I P153 Upp8r Oil Reservoir L156 1290# (Low) 600-to 800 psig-40 to 1 OU psig 94-5#(High) 545# (Low)_ -----r---c125# (High) 20#(Low 78 to 84% 85% (High) (C-04R, HS-150-2)

Pressure (psig) 1 (B) 2 (C) 3 (D) 2200 605 70 (C-04R, HS-150-3)

Level(%) 76 -------+-------+

Lower Oil Reservoir I L 157 78 to 84% _"7()%

+--85% (High)

Bleedoff Flow RCS Pressure RCS (ps1a) -15 (psig) F150 PZRPR Containment Pressure CTMTPR -yap;;rs-;,aid1p (F=D-E) -CVAVAPDP Upper Seal dip CVAUPRDP _r-,.1iddle Seal dip (H=B-C) CVAMIDDP Lower Seal dip (I=A-B) CVALWRDP CONTINUOUS USE 0.9 to 1 .3 pgm 2240 to 2260 psia (2225 to 2245 psig) 77°/c, (Low) 82 Additional Data (gpm I psia I psig I psid) 1.5 gpm (High) 0.85 gpm (Low) 2350# (High) 1900# (Low)

I _ (K) __ L_1_*5_2 ___ _,_ ------1-----------------+----

l-----

C-0213 1 (A) PR-100 2240 0 0 -*Degraded Seal Failed Seal !ANSWER KEY I 0 G'apt11csNo CS8324 DOMINION Millstone Power Station RCP Malfunctions

!ANSWER KEYj ATTACHMENT E RCP Seal Failure Indication Significance (Page 1 of 1) Indication Possible Causes: RCP Lower, Mid, Upper seal DIP high/low

Any seal greater than 1500 psid I Single RCP Seal Failure

DIP is less than or equal to 200 psid RCP Lower, Mid, Upper seal DIP rate of change Single RCP Seal Failure

10 psidlhr RCP Bleedoff Temperature High Single RCP Seal Failure

Bleedoff temperature greater than 195.0 °F RCP Bleedoff Flow High Single RCP Seal Failure

Bleedoff Flow greater than 2.0 gpm Vapor Seal Pressure low (any of the following)

Increasing Containment Sump level of equal to or greater than 1 gpm

less than 25 psid

Controlled Bleedoff pressure (P215) is low and AOP2586 Revision 002 Page 16 of 17 NOT able to be increased using PIC-215. Failed or Failing Vapor Seal Stage

Stator temperature on the affected RCP is increasing and DOES NOT stabilize.

Increased upward trend Containment radiation monitors.

Vapor Seal Pressure High Interruption of RCP Bleedoff Flow Path

greater than 115 psid ,...... -d Operation with DIP less than or equal to 1500 ps1d across a seal stage is acceptable indefinitely.

II ,____.._ -RCP seal stages are considered failed when DIP across that stage is less than or equal to 200 psld AND RCS pressure is between 2,200 and 2,300 psia IF one seal stage fails (DIP is less than or equal to 200 psid), OR is degrading AND the following are NOT in alarm or trending toward alarm limits, THEN allow affected RCP to remain in service:

Controlled Bleedoff Flow

Controlled Bleedoff Temperature With RCS pressure at 2200 to 2300 psla, alarms are actuated when seal stage pressures deviate from nominal values by 150 psig, Indicating degraded or failing operation of a particular seal stage. !ANSWER KEYi CONTINUOUS USE DOMINION Millstone Power Station RCP Malfunctions

!ANSWER KEYi STEPll ACTION/EXPECTED RESPONSE II *3_ Check RCP For Plant Shutdown Required AOP2586 Revision 002 Page 7of17 RESPONSE NOT OBTAINED a. CHECK affected RCP for the following:

D a. PROCEED TO step 4. D

Any RCP seal stage D/P is GREATER THAN 1500 psid QB D

RCP has one RCP seal stage failed and another seal stage LESS THAN 650 psid QB D

RCP upper or lower oil reservoir level trending outside of PPG alarm values on Attachment A through Attachment D. QB D

Any RCP seal temperature or bearing oil temperature increasing trend and evaluation indicates alarm setpoint will be reached b. PERFORM the following:

D 1. GO TO OP 2204, Load Changes AND INITIATE a plant shutdown AND CONTINUE with actions of this procedure beginning with step 3.c D c. WHEN Reactor is sub-critical, THEN STOP affected RCP CONTINUOUS USE !ANSWER KEYi JOB PERFORMANCE MEASURE APPROVAL SHEET JPM Title: Determine Shutdown Margin JPMNumber:

JPM-A1.2R Revision:

3 Initiated:

John W. Riley (Signature on File) 01/23/2017 Developer Date Reviewed:

Will Chesnutt (Signature on File) 01/31/2017 Technical Reviewer Date Approved:

Michael John Cote (Signature on File) 01/24/2017 Supervisor, Nuclear Training Date 1

SUMMARY

OF CHANGES DATE DESCRIPTION REV/CHANGE Revised JPM for LOIT 2008 NRC Exam 1 Revised to incorporate NRC comments 2 (Note: Rev. 1 was never approved) 12/29/08 Incorporated NRC Post-Validation comments 2 01/23/17 Revised JPM for ILT 2017 JPM Retake Exam. Updated to 3 latest JPM template.

This is essentially a complete re-write of JPM due to the significant changes to the procedure OP 2208 (revision 017) for determining Shutdown Margin and a completely new OP 2208-013 form (revision 009). 2 JPM WORKSHEET Facility:

MP2 Examinee:

JPMNumber:

JPM-A1.2R Revision:

3 Task Title: Determine Shutdown Margin System: Administrative Time Critical Task: D YES Validated Time (minutes):

25 Task Number(s):

NUTIMS #121-01-145 Applicable To: SRO x STA x RO x PEO KIA Number: 2.1.37 KIA Rating: 4.3/4.6 Method of Testing: Simulated Performance:

Actual Performance:

x Location:

Classroom:

x Simulator:

In-Plant:

Task Standards:

At the completion of this JPM, the examinee has determined the required shutdown boron concentration is between 833.8 ppm to 850.4 ppm and that required SOM is not being met, taking into account xenon worth. Required Materials: (procedures, equipment, etc.) General

References:

OP 2208 and form 2208-13

RE Curve and Data Book (Cycle 24)

Calculator OP 2208, Section 4.3 *** READ TO THE EXAMINEE *** I will explain the initial conditions, which step(s) to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objective for this JPM will be satisfied.

With the exception of the questions at the end, you may use any approved reference material normally available in the Control Room, including logs. Make all written reports, oral reports, alarm acknowledgements, and log entries as if the evolution was actually being performed.

3 JPM WORKSHEET JPMNumber:

JPM-A1.2R Revision:

3 Initial Conditions:

The plant tripped from 100% steady-state equilibrium power at Initiating Cues: 1330, after 2 months of operation.

On the trip, CEA #1 (Group 7 CEA) stuck fully withdrawn.

All other plant components and systems responded as designed.

The plant is presently stable at a Tavg of 532 °F and a pressure of 2250 psia.

The Chemistry Department sampled the RCS, 15 minutes after the plant trip, and determined the Boron concentration is 650 ppm.

Reactor Engineering has indicated core average burnup is 8000 MWD/MTU.

The Unit Supervisor has directed you to verify adequate SDM for the first full hour immediately following a plant trip. Utilize OP 2208 "Reactivity Calculations" section 4.3, crediting Xenon Worth hourly and existing plant conditions.

Report status of Shutdown Margin to the Unit Supervisor after your calculations crediting xenon hourly worth.

An STA review of your results is NOT required.

Simulator Requirements:

N/A * * * *NOTES TO TASK PERFORMANCE EVALUATOR* * *

1. Critical steps for this JPM are indicated by checking "Y". For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.

2. When the student states what his/her simulated action/observation would be, read the appropriate "Cue". 3. If necessary, question student for details of simulated actions/observations (i.e. "What are you looking at?" or "What are you observing?").

4. Under NO circumstances must the student be allowed to manipulate any devices during the performance of this JPM (in-plant only). 4 PERFORMANCE INFORMATION JPMNumber:

JPM-A1.2R Revision:

3 Task Title: Determine Shutdown Margin START TIME: ----STEP Performance:

Standard:

Critical:

Grade #1 OP-2208, Section 4.3 CAUTION: Examinee reads and acknowledges the YD N[g] so uo RCS boron concentration must meet CAUTION. SHUTDOWN MARGIN requirements of Technical Specifications LCO: 3.1.1.1, when in MODE 3, 4, and 5. Cue: Provide examinee with the following items:

OP 2208, Reactivity Calculations

Blank copy of OPS Form 2208-13, SOM Determination in MODES 3, 4, and 5

RE Curve and Data Book

Calculator

Ruler Comments:

STEP Performance:

Standard:

Critical:

Grade #2 4.3.1 REQUEST Chemistry Department Examinee notes from the Initial Conditions that YD N[g] so uo sample and determine present RCS Chemistry Department has already sampled boron concentration.

the RCS and provided an RCS boron concentration of 650 ppm. Cue: Comments:

5 PERFORMANCE INFORMATION JPMNurnber:

JPM-A1.2R Revision:

3 ------------------

Task Title: Determine Shutdown Margin STEP Performance:

Standard:

Critical:

Grade #3 NOTE YD N[Z] so uo 1. All data is recorded and calculated on OP Examinee reads and acknowledges the 2208-013, "SOM Determination in MODEs NOTE. 3, 4 and 5." Additional forms may be used as necessary.

2. SOM Determination may be performed to evaluate anticipated future plant conditions (e.g., due to plant cooldown, plant heatup or Shutdown CEA Groups withdrawn).

Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #4 4.3.2 RECORD Date and Time of Examinee records a date and time on OP YD N[Z] so uo calculation.

2208-013.

Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #5 4.3.3 OBTAIN present Core Burnup from Examinee obtains present core burnup from YD N[Z] so uo one of the following and RECORD: Initial Conditions (8000 MWD/MTU), as * "CVBURNUP" (PPC) provided by Reactor Engineering, and records

Reactor EnQineerinQ it on OP 2208-013.

Cue: Comments:

Obtained from initial conditions . 6 PERFORMANCE INFORMATION JPM Number: JPM-A 1.2R Revision:

3 Task Title: Determine Shutdown Margin STEP Performance:

Standard:

Critical:

Grade #6 4.3.4 RECORD RCS temperature (TAVG) Examines notes from the Initial Conditions that Y0N[gj so uo for the present OR anticipated plant the RCS TAVG is 532°F and records 532°F on condition.

OP 2208-013.

Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #7 4.3.5 CIRCLE the status of the Shutdown Examines notes from initial conditions that all Y0N[gj so uo CEA Groups position (Shutdown CEA CEAs are inserted except for CEA #1 which is Groups may be withdrawn only in not a Shutdown CEA. Examines circles MODE 3) for the present OR inserted on 2208-13. anticipated plant condition.

Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #8 NOTE Y0N[gj so uo 1. Interpolation may be required to Examines reads and acknowledges the determine required xenon free shutdown NOTE. boron concentration value. 2. RE Curve and Data Book Curve RE-B-03, "Minimum Boron Concentration, No Xenon, Keff = 0.99, Shutdown CEAs -Withdrawn, HZP," can only be used in MODE 3 with RCS average temperature (TAVG) Qreater than or equal to 500°F. Cue: Comments:

7 PERFORMANCE INFORMATION JPM Number: JPM-A1 .2R Revision:

3 Task Title: Determine Shutdown Margin STEP Performance:

Standard:

Critical:

Grade #9 4.3.6 Refer To RE Curve and Data Book and Examinee uses 8000 MWD/MTU as burnup so uo DETERMINE the Required Xenon Free value and a Tavg of 532 °F and determines Shutdown Boron Concentration as required shutdown boron concentration from follows: the RE Curve and Data Book (RE-B-01) is a. IF Shutdown CEA Groups are 786 ppm (Tolerance:

780 ppm to 790 ppm] inserted, Refer To RE Curve RE-B-01, "3.6% Shutdown Boron Note tabular RE-B-01 provides 786 ppm for Concentration vs. Moderator 8000 MWD/MTU. Temperature," and DETERMINE the required xenon free shutdown boron concentration as a function of RCS Examinee records required xenon free so uo temperature (TAVG) and core shutdown boron concentration value of 786 burn up. ppm (780 ppm to 790 ppm) on OP 2208-013" b. IF Shutdown CEA Groups are in "Required Xe Free CB." withdrawn OR are anticipated to be withdrawn, Refer To RE Curve RE-B-03, "Minimum Boron Concentration, No Xenon, Keff = 0.99, Shutdown CEAs -Withdrawn, HZP," and DETERMINE the required xenon free shutdown boron concentration as a function of core burnup. c. RECORD required xenon free shutdown boron concentration value in "Reauired Xe Free CB." Cue: Comments:

8 PERFORMANCE INFORMATION JPM Number: JPM-A1 .2R Revision:

3 Task Title: Determine Shutdown Margin STEP Performance:

Standard:

Critical:

Grade #10 NOTE: Examinee reads and acknowledges the Y0Ni:g] so uo FSAR Chapter 14 main steam line break NOTE. analysis uses the additional 350 ppm boration to disposition a main steam line break event initiated in MODE 3 with SIAS blocked. With SIAS blocked, the accident analysis does not credit boration from the HPSI pumps. Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #11 4.3.7 DETERMINE the "Stuck Rod Boron Examinee from initial conditions identifies that Y0N0 so uo Equivalent" as follows: [Ref. 6.5] one regulating CEA did not insert into the core a. RECORD the number of untrippable when the unit was tripped. CEAs not inserted.

Examinee records one CEA not inserted, b. MULTIPLY the value recorded in multiplies one times 350 ppm and records step 4.3. 7.a. by 350 ppm. "Stuck Rod Boron Equivalent" as 350 ppm. c. RECORD result in "Stuck Rod Boron Equivalent." Cue: Comments:

Recording data is not critical.

9 PERFORMANCE INFORMATION JPMNumber:

JPM-A1.2R Revision:

3 Task Title: Determine Shutdown Margin STEP Performance:

Standard:

Critical:

Grade #12 4.3.8 DETERMINE the "Total Required Xe Examinee adds 786 ppm (Required Xe Free Y[gj ND so uo Free CB" as follows: CB") and 350 ppm (Stuck Rod Boron a. ADD the values of "Required Xe Equivalent) to come up with 1136 ppm. Free CB" and "Stuck Rod Boron [Tolerance:

1130 ppm to 1140 ppm] Equivalent." b. RECORD result in "Total Required Examinee records the Total Required Xe Free Xe Free CB." CB of 1136 ppm on the OP 2208-013 form. YD N[gj so uo Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #13 4.3.9 WHEN sample results are obtained, Examinee records present RCS boron YD N[gj so uo RECORD present RCS Boron concentration of 650 ppm, given in the Initial Concentration.

Conditions, on OPS Form 2208-13. Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #14 4.3.10 RECORD Date and Time that RCS Examinee records Date and Time that RCS YD N[gj so uo boron sample was obtained.

boron sample was obtained on OP 2208-013.

The initial conditions state that the sample was collected today, 15 minutes after the plant trip, at 1345. Cue: Comments:

10 PERFORMANCE INFORMATION JPM Number: JPM-A1.2R Revision:

3 ------------------

Task Title: Determine Shutdown Margin STEP Performance:

Standard:

Critical:

Grade #15 NOTE Examinee reads and understands the note.

so uo SHUTDOWN MARGIN is adequate if the value calculated in step 4.3.11 is positive, which indicates that the present RCS boron concentration is greater than the total required shutdown boron concentration.

Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #16 4.3.11 SUBTRACT "Total Required Xe Free Examinee subtracts 1136 ppm (Total so uo CB" from present RCS boron Required Xe Free CB) from 650 ppm (present concentration and RECORD result RCS boron concentration).

AND sign (-or+) in "SHUTDOWN MARGIN Without Xenon Credit." 650 ppm -1136 ppm = -486 ppm, with [Tolerance:

-480 ppm to -490 ppm]. Examinee records result (486 ppm) AND sign so uo (-)in "SHUTDOWN MARGIN Without Xenon Credit" on the OP 2208-013 form. Cue: Comments:

11 PERFORMANCE INFORMATION JPMNumber:

JPM-A1.2R Revision:

3 Task Title: Determine Shutdown Margin STEP Performance:

Standard:

Critical:

Grade #17 4.3.12 CHECK that present RCS boron Examinee compares present RCS born (650 so uo concentration is greater than xenon ppm) against xenon free shutdown boron free shutdown boron concentration.

concentration ( 1136 ppm). Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #18 4.3.13 IF present RCS boron concentration Examinee recognizes that present RCS boron so uo is less than the total required xenon concentration (650 ppm) is less than the total free shutdown boron concentration required xenon free shutdown boron for current plant condition, concentration ( 1136 ppm) for current plant PERFORM one of the following:

condition.

IF time after shutdown is less than 72 hours8.333333e-4 days 0.02 hours 1.190476e-4 weeks 2.7396e-5 months , Go To step 4.3.15 Either path, PERFORM xenon correction or so uo and PERFORM xenon correction.

performing Emergency Boration are

Refer To AOP 2558, "Emergency acceptable.

Boration," and PERFORM emergency boration and ESTABLISH actual RCS boron concentration to greater than the total required xenon free shutdown boron concentration.

Cue: If examinee decides to Emergency Borate then direct, as the Unit Supervisor, to Go To step 4.3.15 and PERFORM xenon correction.

Go to step 4.3.15 and PERFORM xenon correction.

Comments:

The initiating cue states that the Unit Supervisor has directed you to verify adequate SOM for the first full hour immediately following a plant trip, taking advantage of the Xenon worth modification option and existing plant conditions.

Step 4.3.14 is N/A since step 4.3.13 sends you directly to step 4.3.15 and step 4.3.14 is for anticipated plant conditions.

12 PERFORMANCE INFORMATION JPM Number: JPM-A1 .2R Revision:

3 Task Title: Determine Shutdown Margin STEP Performance:

Standard:

Critical:

Grade #19 NOTE Examinee reads and understands the note. YD NISI so uo Crediting xenon worth for the next 24 hour2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months period is preferred over hourly calculations.

If the 24 hour2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months xenon corrected shutdown boron concentration is not met, use of the hourly method may be necessary.

Cue: Comments:

The initiating cue states that the Unit Supervisor has directed you to verify adequate SOM for the first full hour immediately following a plant trip 13 PERFORMANCE INFORMATION JPMNumber:

JPM-A1.2R Revision:

3 Task Title: Determine Shutdown Margin STEP Performance:

Standard:

Critical:

Grade #20 4.3.15 IF xenon worth credit is applicable Examines recognizes that the initiating cue YD Nrg] so uo (i.e., post trip or shutdown), directs you to verify adequate SOM for the first PERFORM the following:

full hour immediately following a plant trip, a. DETERMINE the Xenon taking advantage of the Xenon worth Reactivity worth as follows: modification.

Therefore step 4.3.15.a.1 and 1) IF crediting Xenon Worth for the 4.3.15.a.2 are N/A. next 24 hour2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months period, CHECK the "Next 24 hours2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months " box. 2) IF crediting Xenon Worth for the next 24 hour2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months period, Refer To one of the following and DETERMINE xenon reactivity worth expected at the end of the 24 hour2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months period: * "Xenon -Samarium Post Trip Report" (printed automatically on Control Room printer following reactor trips)

RE Curve and Data Book *"XENON-SAMARIUM DEMAND" program (PPG)

Reactor Engineering Cue: Comments:

14 PERFORMANCE INFORMATION JPM Number: JPM-A1 .2R Revision:

3 Task Title: Determine Shutdown Margin STEP Performance:

NOTE Standard:

Critical:

Grade #21 When determining the smallest xenon Examinee reads and understands the note YO NC8;1 so uo reactivity worth expected to occur at any and determines that xenon is building in. time during the next one hour period, the following should be considered:

If xenon is building in, the value at the beginning of the hour should be used.

If xenon is decaying, the value at the end of the hour should be used. Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #22 3) IF crediting Xenon Worth hourly, CHECK Examinee checks the hourly box on YO NC8;1 so uo the "Hourly" box. OP 2208-013.

4) IF crediting Xenon Worth hourly, Refer To one of the following and DETERMINE the smallest xenon reactivity worth expected within the hour being evaluated:

"Xenon-Samarium Post Trip Report" (printed automatically on Control Room Examinee obtains from the RE Curve and YC8;] NO so uo printer following reactor trips) Data Book (RE-C-01) and determines the

RE Curve and Data Book xenon reactivity worth value at the beginning

"XENON-SAMARIUM DEMAND" of the hour = 2.676 %Lip (time zero) for MOC program on PPC (8,000 MTD/MTU) life conditions.

Reactor Engineering

[Tolerance:

2.650 %Lip to 2.700 %Lip] Cue: If asked which source to use, state that only the RE Curve and Data Book is available for use. (PPC is NOT available.)

Comments:

15 PERFORMANCE INFORMATION JPMNumber:

JPM-A1.2R Revision:

3 Task Title: Determine Shutdown Margin STEP Performance:

Standard:

Critical:

Grade #23 5) RECORD the source of the xenon Examinee records RE Curve and Data Book YO NIS:] so uo reactivity data. (RE-C-01) as the source of the xenon 6) RECORD xenon reactivity value in reactivity data on OP 2208-013. "Xenon p." Examinee records xenon reactivity value of 2.676 %.1p (2.650 -2.700 %.1p) in "Xenon p." Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #24 b. DETERMINE Inverse Boron Worth as Examinee uses 8,000 MWD/MTU burnup to YIS:] NO so uo follows: determine 109.5 ppm/%.1p inverse boron 1) Refer To RE Curve and Data Book, worth from the RE Curve and Data Book (RE-Curve RE-F-02, "Inverse Boron Worth F-02). versus Burnup, HFP, ARO," and [Tolerance:

109.3 ppm/%.1p to 109.7 DETERMINE Inverse Boron Worth at ppm/%.1p) present burnup. Examinee records 109.5 ppm/%.1p for Inverse YO NIS:] so uo 2) RECORD Inverse Boron Worth in Boron Worth in "IBW" on OP 2208-013. "IBW." Cue: Comments:

16 PERFORMANCE INFORMATION JPMNumber:

JPM-A1.2R Revision:

3 Task Title: Determine Shutdown Margin STEP Performance:

Standard:

Critical:

Grade #25 c. DETERMINE "Boron Equivalent Xe" as Examinee multiplies 2.676 (2.650 -Yi:8] ND so uo follows: 2.700 "Xenon p" by 109.5

1) MULTIPLY "Xenon p" by "IBW." (109.3 -109.7 "IBW." 2) RECORD result in "Boron Equivalent 2.676 x 109.5

= 293.0 ppm Xe." 2.650 x 109.3

= 289.6 ppm 2.700 x 109.7

= 296.2 ppm [Tolerance:

289.6 ppm to 296.2 ppm] Examinee records result 293.0 ppm (289.6 ppm to 296.2 ppm) in "Boron Equivalent Xe" YD Ni:8] so uo on 2208-013.

Cue: Comments:

17 PERFORMANCE INFORMATION JPMNumber:

JPM-A1.2R Revision:

3 Task Title: Determine Shutdown Margin STEP Performance:

Standard:

Critical:

Grade #26 d. RECORD the "Required Xe Free CB" Examinee records the Total Required Xe Free YO N[gj so uo value from step 4.3.8. CB of 1136 ppm on the OP 2208-013 form. e. DETERMINE

Total Required Xe Examinee subtracts "Boron Equivalent Xe" Corrected CB" as follows: from "Total Required Xe Free CB." Y[gj NO so uo 1) SUBTRACT "Boron Equivalent Xe" 1136 ppm -293 ppm = 843.0 ppm from "Total Required Xe Free CB." 1130 ppm -296.2 ppm = 833.8 ppm 2) RECORD result in "Total Required Xe 1140 ppm -289.6 ppm = 850.4 ppm Corrected CB." [Tolerance:

833.8 ppm to 850.4 ppm] Examinee records result in "Total Required Xe YO N[gj so uo Corrected CB." Cue: Note, procedure step 4.3.15.e.1 stated "Total Required Xe Corrected Cs"* This should be, as it is on the form "Total Required Xe Free Cs". A procedure change was processed for this JPM to make this correction.

Comments:

STEP Performance:

Standard:

Critical:

Grade #27 f. RECORD present RCS boron Examinee records present RCS boron YO N[gj so uo concentration value from step 4.3.9 concentration of 650 ppm, given in the Initial g. RECORD Date and Time that RCS boron Conditions, on OPS Form 2208-13. sample was obtained in step 4.3.10. Examinee records date and time sample was obtained as stated in the initial conditions; The sample was collected today at 1345. Cue: Comments:

18 PERFORMANCE INFORMATION JPMNumber:

JPM-A1.2R Revision:

3 ------------------

Task Title: Determine Shutdown Margin STEP Performance:

Standard:

Critical:

Grade #28 NOTE Examinee reads and understands the note. YO NC8) so uo SHUTDOWN MARGIN is adequate if the value calculated in step 4.3.15.h.

is positive, which indicates that the present RCS boron concentration is greater than the total required shutdown boron concentration.

Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #29 h. SUBTRACT "Total Required Xe Corrected Examinee subtracts

'Total Required Xe YC8) NO so uo CB" from present RCS boron Corrected CB" from present RCS boron concentration and RECORD result AND concentration.

sign (-or+) in "SHUTDOWN MARGIN 650 ppm -843.0 ppm= -193.0 ppm With Xenon Credit." 650 ppm -833.8 ppm = -183.8 ppm 650 ppm -850.4 ppm = -200.4 ppm [Tolerance:

-183.8 ppm to -200.4 ppm] Examinee records result (193.0 ppm) AND YO NC8) so uo sign(-) in "SHUTDOWN MARGIN With Xenon Credit." Cue: Comments:

19 PERFORMANCE INFORMATION JPM Number: JPM-A1 .2R Revision:

3 Task Title: Determine Shutdown Margin STEP Performance:

Standard:

Critical:

Grade #30 i. CHECK that present RCS boron Examinee checks present RCS boron Y[gj ND so uo concentration is greater than the total concentration is greater than the total required required xenon corrected shutdown boron xenon corrected shutdown boron concentration.

concentration.

Examinee determines the total required xenon corrected shutdown boron concentration is greater than present RCS boron concentration and that required SOM is not met. Cue:

Inform Examinee that an STA review of the results is NOT required (if asked) .

Acknowledge report on Shutdown Margin .

State this JPM is complete . Comments:

TERMINATION CUE: The evaluation for this JPM is concluded.

STOP TIME: ---20 VERIFICATION OF JPM COMPLETION JPMNumber:

JPM-A1.2R Revision:

3 Date Performed:

Student: For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.

If task is Time Critical, it MUST be completed within the specified time to achieve a satisfactory grade. EVALUATION SECTION: Time Critical Task? D Yes l?S] No Validated Time (minutes):

I 25 Actual Time to Complete (minutes):

I Work Practice Performance:

D SAT D UNSAT Operator Fundamentals:

D SAT D UNSAT JPM Question Portion Overall [NLO only]: D SAT D UNSAT D N/A Attached Question #1 D SAT D UNSAT Attached Question #2 D SAT D UNSAT Overall Result of JPM: D SAT D UNSAT Evaluator:

Print I Sign Areas for Improvement I Comments:

21 JPMNumber:

Initial Conditions:

Initiating Cues: STUDENT HANDOUT JPM-A1.2R Revision:

3

The plant tripped from 100% steady-state equilibrium power at 1330, after 2 months of operation.

On the trip, CEA #1 (Group 7 CEA) stuck fully withdrawn.

All other plant components and systems responded as designed.

The plant is presently stable at a Tavg of 532 °F and a pressure of 2250 psia.

The Chemistry Department sampled the RCS, 15 minutes after the plant trip, and determined the Boron concentration is 650 ppm.

Reactor Engineering has indicated core average burnup is 8000 MWD/MTU.

The Unit Supervisor has directed you to verify adequate SOM for the first full hour immediately following a plant trip. Utilize OP 2208 "Reactivity Calculations" section 4.3, crediting Xenon Worth hourly and existing plant conditions.

Report status of Shutdown Margin to the Unit Supervisor after your calculations crediting xenon hourly worth.

An STA review of your results is NOT required.

22 Form Approval I Approval Date 5/30/2016 Effective Date 6/7/2016 Form Cover S/Jeet Generic Information I Form Title Shutdown Margin Determination in MODEs 3, 4 and 5 Reference Procedure Applicable Tech. Spec. OP 2208 This form is being used for the following:

0 System Alignment 0 Preventative Maintenance 0 Maintenance Restoration (Retest) Specific Information I 0 Other: OP 2208-13 Rev. 009 Pa e 1of5 Frequency Rev. No. 009 Shutdown Margin Determination in MODEs 3, 4 and 5 Step No. Calculation Date Calculation Time 4.3.2 T,, ,Jc..;;. d.1 1-e ... .-:--Tc*,,Jc,_y I I,.,,,...<!..

,/ *"' v Shutdown Boron Concentration Determination Step No. Parameter/Calculation Value 4.3.3 Core Burnup 8/()()[J MWD/MTU ;/ 4.3.4 RCS Average Temperature (TAvG) 532. op / 4.3.5 Shutdown CEA Groups Position Withdrawn (Circle applicable value) i-' 4.3.6 Shutdown Boron Concentration, No Xenon 78b ppm Required Xe Free CB i/ 4.3.7 ( I )X350ppm ppm # of untrippable CEAs Not Inserted v' Stuck Rod Boron Equivalent i,/ 4.3.8 ( 7'ef£, ) + ( 35*0 ) tl3b ppm Required Xe Free CB Stuck Rod Boron Equivalent Total Required Xe Free CB / Present RCS Boron Concentration Step No. Parameter Value 4.3.9 RCS Boron Concentration 650 ppm / Present RCS CB v 4.3.10 RCS Boron Sample Date and Time Date:

,_, Time: l5'fS-,/ Clt1/e SHUTDOWN MARGIN Without Xenon Credit Step No. Parameter/Calculation Value 4.3.11 ( 6 5l> ) -( 113(:) ) ;/ i/ 486 Present RCS CB Total Required Xe Free CB ppm Acceptance Criteria SHUTDOWN MARGIN is adequate if this value is positive indicating that present RCS Boron Concentration is greater than the Total Required Xenon Corrected Shutdown Boron Concentration.

Determined By: STA Review: OP 2208-13 Rev.009 Page 2 of 5 Shutdown Margin Determination in MODEs 3, 4 and 5 Xenon Correction of Shutdown Boron Concentration Step No. Parameter/Calculation Value 7b 4.3.15.a.

Xenon Reactivity (Next 24 Hours O Gr) (Indicate source used: g(; C.vl'v't; r-r'-)., / Xenon p /' 4.3.15.b.

Inverse Boron Worth I D'l. !J.

IBW 1/ ( J.rv 1b ) x c l O'i. 5 f pNi )

3 ppm 4.3.15.c.

-Xenon p v IBW /i,Ke j Boron Equivalent Xenon v/ 4.3.15.d.

Total Required Xenon Free Shutdown Boron I 13b ppm Concentration (from step ) Total Required Xe Free CB / 4.3.15.e. ( JI 3b ) -( ) 043 ppm Total Required Xe Free CB Boron Equivalent Xe Total Required Xe Corrected CB v/ Present RCS Boron Concentration Step No. Parameter Value 05D ppm 4.3.15.f.

RCS Boron Concentration Present RCS CB // 4.3.15.g.

RCS Boron Sample Date and Time Date: /i.,t'd" Time: ;34r;' dct I l/ .' SHUTDOWN MARGIN With Xenon Credit Step No. Parameter/Calculation Value ( r;,,_50 ) -( '8i/ *3 ) v"

... 4.3.15.h.

lCf 3 Present RCS CB / Total Required Xe Corrected CB (-) ppm ./ Acceptance Criteria SHUTDOWN MARGIN is adequate if this value is positive indicating that present RCS Boron Concentration is greater than the Total Required Xenon Corrected Shutdown Boron Concentration.

Determined By: STA Review: OP 2208-13 Rev. 009 Page 3 of 5 Shutdown Margin Determination in MODEs 3, 4 and 5 II Hourly Xenon Correction Log Date Time Present RCS Boron Total Required Xanon Shutdown Margin with Determined Concentration Corrected CB Xenon Credit By 1 2 3 4 5 6 7 8 9 10 11 12 ppm -ppm = ( ) ppm -ppm = ( ) ppm -ppm = ( ) ppm -ppm = ( ) ppm -ppm = ( ) ppm -ppm = ( ) ppm -ppm = ( ) ppm -ppm = ( ) ppm -ppm = ( ) ppm -ppm = ( ) ppm -ppm = ( ) ppm -ppm = ( )

Acceptance Criteria SHUTDOWN MARGIN is adequate if this value is positive indicating that present RCS Boron Concentration is greater than the Total Required Xenon Corrected Shutdown Boron Concentration.

ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm OP 2208-13 Rev. 009 Page 4 of 5 STA Review I 13 14 15 16 17 18 19 20 21 22 23 24 Shutdown Margin Determination in MODEs 3, 4 and 5 Hourly Xenon Correction Log Date Time Present RCS Boron Total Required Xanon Shutdown Margin with Determined Concentration Corrected Cu Xenon Credit ppm -ppm = ( ) ppm ppm -ppm = ( ) ppm ppm -ppm = ( ) ppm ppm -ppm = ( ) ppm ppm -ppm = ( ) ppm ppm -ppm = ( ) ppm ppm -ppm = ( ) ppm ppm -ppm = ( ) ppm ppm -ppm = ( ) ppm ppm -ppm = ( ) ppm ppm -ppm = ( ) ppm ppm -ppm = ( ) ppm * ' Acceptance Criteria SHUTDOWN MARGIN is adequate if this value is positive indicating that present RCS Boron Concentration is greater than the Total Required Xenon Corrected Shutdown Boron Concentration.

OP 2208-13 Rev. 009 Page 5 of 5 By STA Review JOB PERFORMANCE MEASURE APPROVAL SHEET JPM Title: Complete "A" SW Pump Operability Surveillance, SP 2612A-003 JPMNumber:

JPM-A2R Revision:

0/0 Initiated:

Robert L. Cimmino, Jr. (Signature on File) 01/23/2017 Developer Date Reviewed:

Will Chesnutt (Signature on File) 01/27/2017 Technical Reviewer Date Approved:

Mike Cote (Signature on File) 01/24/2017 Supervisor, Nuclear Training Date 1

SUMMARY

OF CHANGES DATE DESCRIPTION REV/CHANGE 01/04/2017 Initial JPM creation for 2017 NRC Exam Re-Take 010 2 JPM WORKSHEET Facility:

MP2 Exarninee:

JPMNumber:

A2R Revision:

0/0 ----Task Title: Complete "A" SW Pump Operability Surveillance, SP 2612A-003 System: Service Water Time Critical Task: DYES Validated Time (minutes):

15 ------Task Number(s):

076-01-096 Applicable To: SRO x STA RO x PEO KIA Number: 2.2.12 KIA Rating: 3.7/4.1 --------Method of Testing: Simulated Performance:

Actual Performance:

x Location:

Classroom:

x Simulator:

In-Plant:

Task Standards:

Required Materials: (procedures, equipment, etc.) General

References:

At the completion of this JPM the exarninee will have completed surveillance form SP 2612A-003 IAW SP 2612A; calculates the "A" SW pump determines Mis UNSAT, and notifies the US of the UNSAT results. SP 2612A, "A" Service Water Pump Tests procedure.

SP 2612A-003, "A" SW Pump and Facility 1 Discharge Check Valve IST form. SP 2612A, "A" Service Water Pump Tests procedure.

- - READ TO THE EXAMINEE *** I will explain the initial conditions, which step(s) to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objective for this JPM will be satisfied.

With the exception of the questions at the end, you may use any approved reference material normally available in the Control Room, including logs. Make all written reports, oral reports, alarm acknowledgements, and log entries as if the evolution was actually being performed.

3 JPM WORKSHEET JPMNumber:

JPM-A2R Revision:

0/0 Initial Conditions:

Plant is in Mode 1, all conditions normal. Initiating Cues: * "A" & "C" Service Water Pumps are in service. * "A" Service Water Pump surveillance SP 2612A is being performed following an overhaul of the pump strainer.

Only the pump IST is being performed.

The flush valve and check valve tests are not required.

All vibration data has been recorded on SP 2612A-003.

The US has directed you to complete surveillance form SP 2612A-003, from step 4.1.l lc.1 through step 4.1.19, using the below listed data, which was obtained simultaneously.

Section 4.1 has been completed up to and including step 4.1.1 lb.

Discharge Pressure indication on PI-6474 (local)= 38.5 psig * "A" SW Header Flow indication on FIT-6471=10,500 gpm

Temp Flow Meter at Strainer Backwash Piping flow= 0 gpm

Distance from floor to Circ Water Bay Level= 12.43 ft Simulator Requirements:

NI A ****NOTES TO TASK PERFORMANCE EVALUATOR****

1. Critical steps for this JPM are indicated by checking "Y". For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.

2. When the student states what his/her simulated action/observation would be, read the appropriate "Cue". 3. If necessary, question student for details of simulated actions/observations (i.e. "What are you looking at?" or "What are you observing?").

4. Under NO circumstances must the student be allowed to manipulate any devices during the performance of this JPM (in-plant only). 4 PERFORMANCE INFORMATION JPM Number: JPM-A2R Revision:

0/0 Task Title:

SW Pump Operability Surveillance, SP 2612A-003 STARTTThfE:

STEP Performance:

Standard:

Critical:

Grade #1 SP "A" SW Purol! Tests YO Nrgj so uo 4.1.11 WHEN "A" Service Water Pump has Examinee enters applicable data from hritial operated for at least two minutes with Conditions onto form SP 2612A-003 under "Data": stable system flowrate of 10,500 gpm

38.5 at step 4.1.1 lc. l) (10,300 to 10,700 gpm), PERFORM the

10,500 at step 4.1.llc.2) following:

0 at step 4.1.1 lc.3) a. NI A [completed per IC] b. NI A [completed per IC] c. OBTAIN the following simultaneously, and RECORD on SP 2612A-003:

1) "A" Service Water Pump discharge pressure (PI-6474, strainer inlet pressure).

2) Service Water Header "A" flow (FIT-6471).

3) Strainer backwash discharge flow from temporary flow meter. Cue: Comments:

Examinee will calculate total SW flow and determine IST acceptance criteria is SAT. 5 PERFORMANCE INFORMATION JPM Number: JPM-A2R Revision:

0/0 Task Title: Complete "A" SW Pump Operability Surveillance, SP 2612A-003 STEP Performance:

SP 2612A (cont) Standard:

Critical:

Grade #2 4.1.12 OBTAIN "A" Service Water Pump sea Examinee records distance from floor to CW bay YO N[gj so uo level, by performing the following:

level (12.43 ft) on form SP 2612A-003 at step a. REQUEST local operator to Refer To 4.1.12b under "Level Indicator Data". Attachment 3 and measure the distance Examinee calculates Sea Level as: from floor to circulating water bay level. Y[gj NO so uo b. RECORD distance from floor to Exarninee calculated sea level; circulating water bay level on SP 2612A-(14-12.43 = 1.57 ft) [Tolerance:

1.5 to 1.6] 003. c. RECORD water level indicator NQ Examinee records 1.57 on SP 2612A-003, step YO N[gj so uo Number on SP 2612A-003 cover page. 4.1.12e under "Calculated Data". d. CALCULATE sea level as follows: Sea level = 14 -Distance from floor to water level e. RECORD sea level on SP 2612A-003.

Cue: Comments:

Recording of data is NOT critical.

STEP Performance:

SP 2612A (cont) Standard:

Critical:

Grade #3 4.1.13 CALCULATE pump suction pressure as Examinee calculates pump suction pressure as: Y[gj NO so uo follows: [1.57 x 0.45 = 0.71] Suction pressure = Sea level x 0.45 [Tolerance:

0.675 to 0.72] Cue: Comments:

6 PERFORMANCE INFORMATION JPM Number:

Revision:

0/0 Task Title: Complete "A" SW Pump Operability Surveillance, SP 2612A-003 STEP Performance:

SP 2612A (cont) Standard:

Critical:

Grade #4 4.1.14 RECORD pump suction pressure on Examinee records suction pressure [O. 71] on YO N[ZJ so uo SP 2612A-003.

SP 2612A-003, step 4.1.14 under "Data". Cue: Comments:

STEP Performance:

SP 2612A (cont) Standard:

Critical:

Grade #5 4.1.15 Using step 4.1.1 lc.1) and 4.1.14 Examinee calculates "A" SW Pump Y[ZJ NO so uo pressures, PERFORM the following: =Discharge (38.5) -Suction (0.71)= 37.8 psig a. CALCULATE "A" SW Pump follows: [Tolerance:

37.78 to 37.82) LlP = Discharge

-Suction pressure b. RECORD "A" SW Pump on Examinee records (37.8 psig) on SP 2612A-YO N[ZJ so uo SP 2612A-003.

003, step 4.1.15b. under"Data".

Cue: Comments:

Recording of data is NOT critical.

STEP Performance:

SP 2612A (cont) Standard:

Critical:

Grade #6 4.1.16 DOCUMENT "A" SW Pump Results Examinee documents "A" SW Pump Results on Y[ZJ NO so uo SP 2612A-003.

SP2612A-003, step 4.1.16 as "UNSAT" for both "Acceptable" and "Normal" limits. Cue: Comments:

7 PERFORMANCE INFORMATION JPM Number: JPM-A2R Revision:

0/0 Task Title: Complete "A" SW Pump Operability Surveillance, SP 2612A-003 STEP Performance:

SP 2612A (cont) Standard:

Critical:

Grade #7 4.1.17 DOCUMENT "A" Service Water Pump Examinee documents "A" SW Pump vibration YD NIZ;J so uD vibration Results on SP 2612A-003.

Results on SP2612A-003, step 4.1.17 as "SAT" for both "Acceptable" and "Normal" limits. Cue: Comments:

STEP Performance:

SP 2612A (cont) Standard:

Critical:

Grade #8 4.1.18 DOCUMENT "A" Service Water Pump Examinee documents "A" SW Pump Operational YD NIZ;J so uD Operational Readiness Results on SP Readiness Results on SP2612A-003, step 4.1.18 as 2612A-003. "UNSAT". Cue: Comments:

Recording of data is NOT critical.

STEP Performance:

SP 2612A (cont) Standard:

Critical:

Grade #9 4.1.19 IF "A" Service Water Pump Operational Examinee refers to Att. 1, Actions for IST Data YIZ;J NO so uD Readiness Results "UNSAT," Refer To Outside "Acceptable" Limits, and notifies the US Attachment

1. that of the "UNSAT" results. Cue: Comments:

Once the Examinee has notified the US of the UNSAT results per Step 1 of Attachment 1, the JPM is complete.

TERMINATION CUE: The evaluation for this JPM is concluded.

STOPTThlE:

---8 VERIFICATION OF JPM COMPLETION JPMNumber:

JPM-A2R Revision:

0/0 Date Performed:

Student: For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.

If task is Time Critical, it MUST be completed within the specified time to achieve a satisfactory grade. EVALUATION SECTION: Time Critical Task? 0 Yes [;8J No Validated Time (minutes):

I 15 Actual Time to Complete (minutes):

I Work Practice Performance:

D SAT D UNSAT Operator Fundamentals:

D SAT D UNSAT JPM Question Portion Overall [NLO only]: D SAT D UNSAT D N/A Attached Question # 1 D SAT D UNSAT Attached Question #2 D SAT D UNSAT Overall Result of JPM: D SAT D UNSAT Evaluator:

Print I Sign Areas for Improvement I Comments:

9 JPMNumber:

Initial Conditions:

Initiating Cues: STUDENT HANDOUT JPM-A2R Revision:

0/0

Plant is in Mode 1, all conditions normal. * "A" & "C" Service Water Pumps are in service. * "A" Service Water Pump surveillance SP 2612A is being performed following an overhaul of the pump strainer.

Only the pump IST is being performed.

The flush valve and check valve tests are not required.

All vibration data has been recorded on SP 2612A-003.

The US has directed you to complete surveillance form SP 2612A-003, from step 4.1.11 c.1 through step 4.1.19, using the below listed data, which was obtained simultaneously.

Section 4.1 has been completed up to and including step 4.1.11 b.

Discharge Pressure indication on PI-6474 (local)= 38.5 psig * "A" SW Header Flow indication on FIT-6471 = 10,500 gpm

Temp Flow Meter at Strainer Backwash Piping flow = 0 gpm

Distance from floor to Circ Water Bay Level= 12.43 ft 10

. ' Form Approval I Approval Date 11/23/15 Effective Date 11/23/15 Suveillance Form Generic Information Form Title A!' SW Pump and Facility 1 Discharge Check Valve IST Reference Procedure SP 2612A Applicable TS{TRM 4.0.5; TRM Table 7.1.21-2 Item A Specific Information I Schedule Start Date Al A Performance Modes I Prerequisites Completed (Initials)

All Applicability (TS{TRM) All MODEs WO Number Precautions Noted (Initials) .cJ F Test Authorized By Date U 111 f S'v f} e .--v; v r ,-;c-,-J { /,i_ ,7 -. iv Performed By (Print/Sign)

I Date 17 Accepted By (Print/Sign)

Date Approved By (Department Head or Designee)

Date Surveillance Information I Test Equipment Type QA Number Vi' ,. ;,,, An,:ilvzer (Vt r*..-d"?,l/Y1 A,.,.,,let " Ml£ -/J;.'11..( ( Water Level Indicator NO# <Y'Jr75 ("""" Stoowatch

}/\le:-'* tJ 52..t.b Stopwatch , Temporary Flow Meter .'11\ n:: -it. 3 '61 I Comments I CR# Rev. No. 008 Frequency Every 92 days (Q) Mntc Restoration I xi Yes DNo Partial Surveillance

[iJ Yes DNo Acceptance Criteria Satisfied OYes DNo Cal Due Date tf-/3 o/J7 1-03-.'/17 7)1r/17 '8'/3;/; 7 7/i-1 In NOTE: Following acceptance, copy FORWARDED to IST Coordinator.

D Initial SP 2612A-003 Rev. 008 Page 1of6

' I.. Al.' SW Pump and Facility 1 Discharge Check Valve IST Installation of Temp Flow Meter (Step 4.1.1 a.) SM approval to INSTALL temporary flow meter: lv'4 11,,.,,.. , SM signature A/11 <1. Date A//f. 11.A -Step Action Performer l.V. 4.1.lb. PDM to install temporary flow meter on service water v? strainer backwash piping Perform IV for installation of temporary flow meter on 4.1.lc. service water backwash piping 2-SW-90A, "'A' SERVICE WATER PUMP STRAINER FLUSH," Stroke and Timing Step Parameter Limits Minimum Data (sec) Maximum 2-SW-90A Acceptable" NIA 14.72 open stroke time "Normal" 3.68 7"')5 11.04 Baseline=

7.36 sec 4.l.5f./h.

2-SW-90A Acceptable" NIA NIA close stroke time '-/. "i 3 (Augmented) "Normal" NIA NIA Step Parameter IST Acceptance Criteria Results Initials 2-SW-90A Within IST "Normal" limits 4J--stroke times "UNS.A: ' 4.l.5j./k.

2-SW-90A The following are met: Operational

Stroke times within "SAT" Readiness IST Acceptable" limits "UNSAT" D

Valve completed one full cycle 2-SW-1A, "'A' SERVICE WATER PUMP DISCHARGE CHECK," Open Check Step No. Parameter 4.l.9a. Service Water Header }!('flow Parameter 4.l.9b. 2-SW-lA Open Check Indicator IST Acceptance Criteria Minimum FIT-6471 10,300 IST Acceptance Criteria SW Header }!(' flow within IST Acceptance Criteria" Data (gpm) Maximum tf/, c; r>1>' Results "SAT" @' "UNSAT" D SP 2612A-003 Rev. 008 Page 2 of 6 10,700 Initials 9--

'W' SW Pump and Facility 1 Discharge Check Valve IST "I(' SW Pump Vibration Level Data Step Parameter IST Acceptance Criteria Vibration Measurement Acceptable Limits Data (in/sec) Normal Limits Point MOH Baseline=

.102 <0.612 t5 /'}.. > <0.255 MOV Baseline=

.134 <0.700 0J1'6£, <0.325 MOA Baseline=

.055 <0.330 i,0c;t <0.137 4.1.lla. MIH Augmented

<0.420 fe:,. I¢/ 2 NIA MIV Augmented

<0.330 Jl') , {lf' i NIA MIA Augmented

<0.234 f!5. d? t/ NIA "I(' SW Pump Discharge Pressure Step Parameter Indicator Data (psig) 4.1.llc.l)

Discharge pressure PI-6474 (local) 38-.; N' SW Header Flow Step Parameter Indicator IST Acceptance Criteria Minimum Data (gpm) Maximum Service Water Header "Pl' FIT-6471 /0/ <.:; b 0 flow 4.1. llc.2)1 Temp Flow Meter at 0 3) strainer backwash piping Total Flow 10,300 10 '5-ou I 10,700 Item IST Acceptance Criteria Results Initials 4.1.llc. SW Header PC flow Meets IST Acceptance "SAT" YL-Criteria "UNSAT" 0 Intake Structure Level and "I(' SW Pump Suction Pressure Calculation Step Parameter Distance from floor to Circ Water Bay level 4.l.12b./e.

Sea level (Sea level= 14 -Distance from floor to water level) 4.1.14 Suction pressure Note 1. Suction pressure (psig) =Sea level x 0.45 Indicator Data (ft) Level Indicator 3 Calculated / . .>7 Indicator Data (psig) Calculated

o. 11 (Note 1.) SP 2612A-003 Rev. 008 Page 3 of 6

'W.' SW Pump and Facility 1 Discharge Check Valve IST "Ii.' SW Pump AP Step Parameter Limits IST Acceptance Criteria Min Data (psid) Max N..' SW Pump Acceptable" 40.97 3 7 .. 'I 48.45 4.l.15b. Baseline = 44.05 psid (Note 2.) "Normal" 41.85 NIA Note 2. LJP (psid) =Discharge

-Suction Pressure Step 4.1.16 Step 4.1.17 Step 4.1.18 Item Results Initials N..' SW Pump is within IST Acceptable" limits "SAT" D "UNSAT" //t-.-"SAT" D N..' SW Pump is within IST "Normal" limits ,.., . ., "UNSAT" lkl ( ' ,p/¥;;...,-z._-.,-SW Pump Vibration Level Data Item Data Initials All N..' SW Pump vibration data is within "SAT" IST Acceptable" limits "UNSAT" D 0** All N..' SW Pump vibration data is within "SAT" rig IST "Normal" limits "UNSAT" D SW Pump Operational Readiness Parameter IST Acceptance Data Criteria All within IST "Acceptable" limits: N..' SW Pump * N..' SW Pump "SAT" [I Operational

SW Header N..' "UNSAT" }4 Readiness total flow * N..' SW Pump vibration ( r Initials <..<?--SP 2612A-003 Rev. 008 Page 4 of 6

. ' ' 'W' SW Pump and Facility 1 Discharge Check Valve IST 2-SW-18, "'B' SERVICE WATER PUMP DISCHARGE CHECK," Closure Check Step Parameter IST Acceptable Limit Results Initials "SA'l"' "B" SW Pump No reverse rotation observed 4.1.23 All within IST '1\cceptable" limits: d./e. 2-SW-lB closed * 'W..' SW Pump " 0 NJ " N .T" n '9---* "B" SW Pump reverse rotation -"Ii' SW Pump Reverse Rotation Check Step Parameter IST Acceptable Limit Results Initials "SAT"

- - -4.1.26 }(' SW Pump No sustained reverse rotation observed <._?.....-"U ,, n .-4-"B" SW Pump Discharge Pressure Step Parameter Indicator Data (psig) 4.1.28c.l)

Discharge pressure PI-6480 (local) #If Qi.-2-SW-18, "'B' SERVICE WATER PUMP DISCHARGE CHECK," Open Check Step Parameter Indicator IST Acceptance Criteria Min Data (gpm) 4.1.28c.2)

Service Water Header FIT-6471 10,300 Nf a }('flow

._.....__

Item IST Acceptance Criteria Results 4.1.28d. 2-SW-lB Open Check SW Header 'W..' flow within IST '1\cceptance Criteria" "U ,, Intake Structure Level and "B" SW Pump Suction Pressure Calculation Step Parameter Distance from floor to Circ Water Bay level 4.1.29b./d.

Sea level (Sea level = 14 -Distance from floor to water level) 4.1.31 Suction pressure Note 3. Suction pressure (psig) = Sea level x 0.45 Indicator Level Indicator Calculated Indicator Calculated (Note 3.) SP 2612A-003 Rev. 008 Page 5 of 6 Max 10,700 Initials ti/Jr 0-Data (ft) ;v4 /1--;vJr ,ry-Data (psig) NA-,,,,,_.

'W' SW Pump and Facility 1 Discharge Check Valve IST "B" SW Pump AP Step Parameter Limits IST Acceptance Criteria Minimum Data (psid) 4.l.32b. "B" SW Pump i1P (Note 4.)

38.6 ,/\/A-, .4-" Note 4. LJP (psid) = Discharge

-Suction Pressure Step Item IST Acceptance Criteria Results Initials 4.1.33 "B" SW Pump i1P Within IST Ej limits 2-SW-1A, "'A' SERVICE WATER PUMP DISCHARGE CHECK," Closure Check Step Parameter IST Acceptance Criteria Results Initials 2-SW-lA All within IST limits: t-rA-4.1.34 Closure Check * 'W' SW Pump reverse rotation "U " Yv * "B" SW Pump i1P 2-SW-18, "'B' SERVICE WATER PUMP DISCHARGE CHECK," Closure Check Step Parameter IST Acceptable Limit Results Initials "S-M" tJA <iv "B" SW Pump No reverse rotation observed 4.1.36 All within IST limits:

i./j. "S tJA-2-SW-lB closed * "JC SW Pump i1P ,, D " SAT" 0-* "B" SW Pump reverse rotation SW Pump Strainer Control Restoration Step Parameter Performer l.V. 'W' SW Pump Strainer switch returned to 4.1.39 AJfi-J}UA /J,,, / "B" SW Pump Strainer switch returned to Removal of Temp Flow Meter (Step 4.1.40a.)

SM approval to REMOVE temporary flow meter: SM signature Date Step Action Performer l.V. PDM to remove temporary flow meter on service 4.l.40b. water strainer backwash piping 4.l.40c. Perform IV for removal of temporary flow meter on service water backwash piping ...--*""' ( SP 2612A-003 Rev. 008 Page 6 of 6 JOB PERFORMANCE MEASURE APPROVAL SHEET JPM Title: Review RWP and Survey Map JPMNumber:

JPM-A3R Revision:

0 Initiated:

John W. Riley (Signature on File) 1/23/17 Developer Date Reviewed:

Will Chesnutt (Signature on File) 1127/17 Technical Reviewer Date Approved:

Michael John Cote (Signature on File) 1/26/17 Supervisor, Nuclear Training Date 1

SUMMARY

OF CHANGES DATE DESCRIPTION REV/CHANGE 1111/2017 New JPM for 2017 NRC JPM exam re-take. Similar JPMs are in 0 the bank but task (vent a pump) and area have been changed. 2 JPM WORKSHEET Facility:

MP2 Examinee:

JPMNumber:

JPM-A3R Revision:

0 Task Title: Review RWP and Survey Map System: Radiation Control Time Critical Task: DYES [ZI NO Validated Time (minutes):

15 Task Number(s):

Applicable To: SRO x STA RO x PEO KIA Number: 2.3.7 KIA Rating: 3.5 I 3.6 Method of Testing: Simulated Performance:

Actual Performance:

x Location:

Classroom:

x Simulator:

In-Plant:

Task Standards:

Required Materials: (procedures, equipment, etc.) General

References:

At the completion of this JPM the examinee has reviewed the applicable RWP and survey map to determine the specified radiological requirements to perform the assigned task. RWP 2170002 Millstone Nuclear Power Station -Radiation Survey Figure No. 27 Unit 2, -45 Safeguards, Aerated Waste Tank and Pump Rooms. MP-PROC-HP-RPM 5.2.2[r016]

Basic Radiation Worker Responsibilities

- - READ TO THE EXAMINEE *** I will explain the initial conditions, which step(s) to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objective for this JPM will be satisfied.

With the exception of the questions at the end, you may use any approved reference material normally available in the Control Room, including logs. Make all written reports, oral reports, alarm acknowledgements, and log entries as if the evolution was actually being performed.

3 JPM WORKSHEET JPMNumber:

JPM-A3R Revision:

0 Initial Conditions:

The plant is in MODE 1 operating at 100% power. Initiating Cues:

Maintenance on the "A" CS pump has been completed.

All pump tagging has been removed with the exception of the pump breaker. The pump breaker remains racked down and RED TAGGED.

The suction, discharge, recirculation, vent and drain valves are all closed in preparation for filling and venting of the pump.

You have been directed to fill and vent the "A" CS pump (P43A). The pump casing vent only needs to be vented and this vent is reached without climbing.

Hoses need to be installed for venting.

The duration of filling and venting the "A" CS pump (P43A) is expected to take half an hour.

All radiological protective action for this work is contained in the RWP. There are no additional radiological protective action requirements in the Operating procedure for filling and venting the pump.

State the radiological requirements for entering this area. Include in your answer: 1. WhichRWP task (job step) is appropriate for this assignment.

2. Highest radiation level in the work area around the pump (including units of measure).

3. Highest contamination level in the area of the pump (including units of measure).

4. Protective clothing required to perform venting operations.

5. Expected dose for this assignment area for you only (including units of measure) 6. Dose rate alarm (including units of measure) The examiner will act as Health Physics (HP) for any related questions.

Simulator Requirements:

NI A ****NOTES TO TASK PERFORMANCE EVALUATOR****

1. Critical steps for this JPM are indicated by checking "Y". For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.

2. When the student states what his/her simulated action/observation would be, read the appropriate "Cue". 3. If necessary, question stl,ldent for details of simulated actions/observations (i.e. "What are you looking at?" or "What are you observing?").

4. Under NO circumstances must the student be allowed to manipulate any devices during the performance of this JPM (in-plant only). 4 PERFORMANCE INFORMATION JPM Number: JPM-A3R Revision:

0 Task Title: Review RWP and Survey Map START TIME: ----STEP Performance:

Standard:

Critical:

Grade #1 Examinee reviews RWP 2170002, Nuclear Station so uo Review R WP 2170002, Nuclear Station Operations and Maintenance Radiation Work Operations and Maintenance Radiation Work Permit (RWP). Permit (RWP). Examinee reviews Millstone Nuclear Power Review Millstone Nuclear Power Station -Station -Radiation Survey Figure No. 27 Unit 2, -Radiation Survey Figure No. 27 Unit 2, -45 45 Safeguards, Aerated Waste Tank and Pump Safeguards, Aerated Waste Tank and Pump Rooms. Rooms. Cue:

Provide examinee with RWP 2170002, Nuclear Station Operations and Maintenance Radiation Work Permit.

Provide examinee Millstone Nuclear Power Station-Radiation Survey Figure No. 27 Unit 2, -45 Safeguards, Aerated Waste Tank and Pump Rooms

Provide a calculator . Comments:

STEP Performance:

Standard:

Critical:

Grade #2 1. Determine which RWP task Gob step) is Examinee states that task Gob step) No. 1 is so uo appropriate for this assignment.

appropriate for this task. Task #1 is Operations:

Perform routine work activities in RCAs and Radiation Areas: routine surveillance, rounds, system operation and restoration, tagging, walk downs and inspections.

Cue: Comments:

5 PERFORMANCE INFORMATION JPMNumber:

JPM-A3R Revision:

0 Task Title: Review RWP and Survey Map STEP Performance:

Standard:

Critical:

Grade #3 2. Determine the highest radiation level in Examinee states that highest radiation level in the Y[g] NO so uo the area around the "A" CS pump area around the "A" CS pump (P43A) is 5 mrem/hr (P43A) (including units of measure).

(2.4 mrem/hr to 5 mrem/hr is acceptable)

Cue: Comments:

Note mr/hr is the same as mrem/hr STEP Performance:

Standard:

Critical:

Grade #4 3. Determine the highest contamination Examinee states that the contamination level in the Y[g] NO so uo level in the area around the "A" CS area around the "A" CS pump (P43A) area is pump (P43A) (including units of < lk DPM/100 cm 2 measure).

Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #5 4. Determine the minimum protective Examinee states that as a minimum lab coats and Y[g] NO so uo clothing required for hooking up hoses to rubber gloves shall be worn when hoses are be used for the venting. connected to contaminated systems. Cue: Comments:

Reference page 4 of Job Step 1, specifies 7.3 ofRWP 2170002. It is acceptable if the examinee includes shoe covers since HP might specify this requirement in the brief. STEP Performance:

Standard:

Critical:

Grade #6 5. Determine the expected dose for this Examinee states that the expected dose is between Y[g] NO so uo assignment, (including units of measure).

1.2 to 2.5 mrem. Cue: Comments:

The exarninee could estimate high (conservative) using 5 mrem/hr Dose Rate X 1/2 hr = 2.5 mrem, or could use what appears to be the closes radiation reading to the pump 2.4 mrem/hr which would be 2.4 mrem/hr X 1/2 hr= 1.2 mrem Note mr is the same as mrem 6 PERFORMANCE INFORMATION JPMNumber:

JPM-A3R Revision:

0 Task Title: Review RWP and Survey Map STEP Performance:

Standard:

Critical:

Grade #7 6. Determine the expected dose rate alarm Examinee states that the dose rate alarm is 20 so uo for this assignment, (including units of mrem/hr. measure).

Cue: Comments:

Note mr/hr is the same as mrem/hr TERMINATION CUE: The evaluation for this JPM is concluded.

STOP TIME: ---7 PERFORMANCE INFORMATION JPM Number: JPM-A3R Revision:

0 Task Title: Review RWP and Survey Map Task #1 is Operations:

Perform routine work activities in RCAs 1. RWP Task and Radiation Areas: routine surveillance, rounds, system operation and restoration, tagging, walk downs and inspections.

2. Highest Radation level in 5 mrem/hr (2.4 to 5 mrem/hr is acceptable) pump area (units of measure) 3. Highest contamination Contamination level in the area around the "A" CS pump (P43A) level in the pump area area is < lk DPM/100 cm 2 (units of measure) 4. Minimum required PCs Minimum lab coats and rubber gloves shall be worn when hoses are connected to contaminated systems. Including shoe covers to vent would be acceptable.

5. Expected Dose (units of Expected dose is between 1.2 to 2.5 mrem. measure) 6. Dose Rate Alarm Setting Dose Rate Alarm is 20 mrem/hr. (units of measure)s 8

VERIFICATION OF JPM COMPLETION JPMNumber:

JPM-A3R Revision:

0 Date Performed:

Student: For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.

If task is Time Critical, it MUST be completed within the specified time to achieve a satisfactory grade. EVALUATION SECTION: Time Critical Task? D Yes Validated Time (minutes):

I 15 Actual Time to Complete (minutes):

I Work Practice Performance:

D SAT D UNSAT Operator Fundamentals:

D SAT D UNSAT JPM Question Portion Overall [.NLO only]: D SAT D UNSAT D N/A Attached Question #1 D SAT D UNSAT Attached Question #2 D SAT D UNSAT Overall Result of JPM: D SAT D UNSAT Evaluator:

Print I Sign Areas for Improvement I Comments:

9 JPMNumber:

hritial Conditions:

hritiating Cues: STUDENT HANDOUT (Page 1 of 2) JPM-A3R Revision:

0

The plant is in MODE I operating at 100% power.

Maintenance on the "A" CS pump has been completed.

All pump tagging has been removed with the exception of the pump breaker. The pump breaker remains racked down and RED TAGGED.

The suction, discharge, recirculation, vent and drain valves are all closed in preparation for filling and venting of the pump.

You have been directed to fill and vent the "A" CS pump (P43A). The pump casing vent only needs to be vented and this vent is reached without climbing.

Hoses need to be installed for venting.

The duration of filling and venting the "A" CS pump (P43A) is expected to take half an hour.

All radiological protective action for this work is contained in the RWP. There are no additional radiological protective action requirements in the Operating procedure for filling and venting the pump.

State the radiological requirements for entering this area. Include in your answer: 1. Which RWP task (job step) is appropriate for this assignment.

2. Highest radiation level in the work area around the pump (including units of measure).

3. Highest contamination level in the area of the pump (including units of measure).

4. Protective clothing required to perform venting operations.

5. Expected dose for this assignment area for you only (including units of measure) 6. Dose rate alarm for this area (including units of measure) The examiner will act as Health Physics (HP) for any related questions.

10 STUDENT HANDOUT (Page 2 of2) JPMNumber:

JPM-A3R Revision:

0 1. RWPTask 2. Highest Radation level in the pump area (units of measure) 3. Highest contamination level in the pump area (units of measure) 4. Minimum required PCs to vent 5. Expected Dose (units of measure) 6. Dose Rate Alarm (units of measure) 11

' MILLSTONE NUCLEAR POWER STATION RADIATION SURVEY FIGURE NO. 27 UNIT 2 --* SURVE(BY *, \ -*-Survey Type Purpose Rad Material DATE 12/04/16 _. SIGNATURE

--**

--Contamination l&i Labeling & Radiation Routine Packaging SAT 1230 ....* G. Arends TIME PRINT NAME l&i Gamma l&i GA D Special INITIALS D Beta D LAS D RWPll REVIEWED BY I Mg 1.2 *7*/(-;, 'lo REACTOR 100 __J_ GWA IPMIT/S101UOATE)

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POWER D Neutron 00 DRP Type Instrument Typel ) Serial Numller 1/Efficiency Bacl1ground Calibration Due Date y Tele 6611-140 N/A N/A 11/17 L-177 84679 10 80 cpm 06/17 a L-2241 I 43-2 234926 I 7496 6.5 O cpm 03/17 03/17 REASON FOR SURVEY: MONTHLY .,45 l!i R©©m Sl438 0.9;;;t P42B \!.;:I 3.5 0.5 ©1 2 1 2.5 7.5 X23B 2.6

@) Q ('} .QJ! .§ @) 0.3 Sl659 0 8 8 DD L16 X23A .4 D .4 b2 db Sl460 .QJ! '" -e @ 2. @) O.B Resin Dewatering Panel =Nc:f> Smear Results NUMBER I DPM/100cm 2 1 -23 <1K ALPHA SMEARS NUMBER DPM/100 cm 2 a 3,6,12 <20 /f / y / Air Sample 0.0 %DAG IX! DRP Survey !Xl With LAS Masslin 0 With Tacky Roller With Microfiber O No DRP Detected !XI Noles: _______ _ RAD CONTROLLED AREA RAD MATERIAL AREA CONTAMINATED AREA RADIATION AREA HIGH RAD AREA LOCICEO HIGH RAO AREA VERY HIGH RAO AREA NEUTRON EXPOSURE AREA 1.QQ

gamma(y) at waist level in mremlhr 100* "gamma(y) contact in mremlhr 25 N -neutron(0 n 1) in mremlhr (j)'-DRP survey point (D-contamination survey point §.Q p -beta (/3) reading in mrad/hr 250*110 HS* hot spot reading C) LAS -large area smear JOB PERFORMANCE MEASURE APPROVAL SHEET JPM Title: Emergency Boration JPMNumber:

JPM-Sl (JPM-091)

Revision:

8/0 Initiated:

Robert L. Cimmino, Jr.(Signature on File) 01/23/2017 Developer Date Reviewed:

Will Chesnutt (Signature on File) 01127/2017 Technical Reviewer Date Approved:

Michael John Cote (Signature on File) 01/26/2017 Supervisor, Nuclear Training Date I

SUMMARY

OF CHANGES A/l&DATE DESCRIPTION REV/CHANGE 2006-317 Update JPM to include HUP evaluations and new format 711 01/09/2017 RLC Copied from JPM-091 and updated to latest procedure and format. 8/0 2 JPM WORKSHEET Facility:

MP-2 Examinee:

JPMNumber:

JPM-Sl Revision:

8/0 Task Title: Emergency Boration System: Reactivity Control Time Critical Task: ( ) YES ( X ) NO Validated Time (minutes):

15 TaskNumber(s):

NUTIMS # 000-04-099 Applicable To: SRO x RO x PEO ---------KIA Number: 004 A2.14 KIA Rating: 3.8/3.9 ----------------Method of Testing: Simulated Performance:

Actual Performance:

x Location:

Classroom:

Simulator:

x In-Plant:

Task Standards:

At the completion of this JPM the examinee has recognized the failure of two (2) Control Element Assemblies (CEAs) to insert and has taken action to perform Emergency Boration.

Required Materials:

EOP 2525, Standard Post Trip Actions (procedures, equipment, etc.) EOP 2541, Appendix 3, Emergency boration General

References:

EOP 2525, Standard Post Trip Actions EOP 2541, Appendix 3, Emergency boration 3

- - READ TO THE EXAMINEE *** I will explain the initial conditions, which step(s) to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objective for this JPM will be satisfied.

You may use any approved reference material normally available in the Control Room, including logs. Make all written reports, oral reports, alarm acknowledgements, and log entries as if the evolution was actually being performed.

JPMNumber:

JPM WORKSHEET JPM-Sl Revision:

8/0 Initial Conditions:

Initiating Cues:

The plant is at 100% power with all systems and equipment operating normally.

You are the RO.

Respond to alarms and changing plant conditions on the Primary side.

The examiner will act as the US. Simulator Requirements:

Reset the simulator to any 100% power. IC-20 was used in validation.

Enter RD0201 and RD0238; CEA #1 and #38 stuck out on trip.

Set up RP02, spurious Reactor trip on trigger 1. ****NOTES TO TASK PERFORMANCE EVALUATOR****

1. Critical steps for this JPM are indicated by checking "Y". For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.

2. When the student states what his/her simulated action/observation would be, read the appropriate "Cue". 3. If necessary, question student for details of simulated actions/observations (i.e. "What are you looking at?" or "What are you observing?").

4. Under NO circumstances must the student be allowed to manipulate any devices during the performance of this JPM (in-plant only). 4 PERFORMANCE INFORMATION JPMNumber:

JPM-Sl Revision:

8/0 Task Title: Emergency Boration STARTTIME: STEP Performance:

Standard:

Critical:

Grade #1 Report that the Reactor has tripped Examinee observes indications and alarms of a YO N[gj so uo Reactor trip. Examinee reports the Reactor trip to the Unit Supervisor.

Cue:

BOOTH: When the examinee has the watch or directed by the floor, initiate trigger 1, inserting malfunction RP02, spurious Reactor trip.

Examiner:

When the Examinee reports the Reactor trip, acknowledge and direct the RO to commence EOP 2525, Standard Post Trip Actions and state "going to alarm silence".

Pause for a moment while the RO checks C-04 indications, and then (if necessary) ask the RO, "Status of the reactor?" and acknowledge the response.

BOOTH: Once the US (Examiner) states "going to alarm silence", place all annunciators in "silence" .

FLOOR: Once the RO has commenced actions on C-02/3, change the PPC screens to "post-trip" . Comments:

STEP Performance:

Standard:

Critical:

Grade #2 EOP 2525 YO N[gj so uo Reactivity Control -Reactor Trip When asked about the status of Reactivity Control, 1. ENSURE Reactor trip by ALL of the examinee reports that the Reactor is tripped, the following:

two CEAs are stuck out, power is dropping, and

ALL CEAs fully INSERTED . Startup Rate is negative.

Reactor power is dropping . Examinee states that he/she must perform the

SUR is negative . contingency action and commence Emergency Boration per Appendix 3. Cue: Comments:

Examinee reports to the US are not critical, only that Emergency Boration is commenced.

5 PERFORMANCE INFORMATION JPMNumber:

JPM-Sl Revision:

8/0 Task Title: Emergency Boration STEP Performance:

Standard:

Critical:

Grade #3 2525 RESPONSE NOT OBTAINED Examinee goes to RESPONSE NOT OBTAINED so uo 1.1 PERFORM the following:

step 1.1. b commences emergency boration using b. IF more than ONE CEA is not Appendix 3, "Emergency Boration." fully inserted, THEN USE Appendix Exatninee may use the laminated copy of 3, "Emergency Boration," and COMMENCE emergency boration.

Attachment 3-A, which starts with JPM Step #5, or reference BOP 2541, Appendix 3 (JPM Step #4). Cue: Comments:

RESPONSE NOT OBTAINED step 1.1.a, IF Reactor trip breakers are CLOSED, THEN INSERT CEAs by ANY of the following methods. This step is not applicable since the Reactor trip breakers are OPEN. STEP Performance:

Standard:

Critical:

Grade #4 BOP 2541, Appendix 3 Examinee goes to Attachment 3-A, "Commencing so uo 1. IF emergency boration is desired, Emergency Boration." And commences emergency PERFORM Attachment 3-A, boration. "Commencing Emergency Boration." Cue: Comments:

6 PERFORMANCE INFORMATION JPMNumber:

JPM-Sl Revision:

8/0 Task Title: Emergency Boration STEP Performance:

Standard:

Critical:

Grade #5 EOP 2541, Appendix 3, Attachment 3A Examinee observes level in both Boric Acid so uo 1. IF boric acid storage tanks are Storage Tanks are >75% and detennines that both available, INITIATE emergency tanks are available.

boration as follows: Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #6 a. ENSURE CH-512, VCT makeup Exarninee ensures CH-512, VCT Makeup Valve, so uo valve stop is closed. (on C-04) is closed by observing the green (closed) light is lit and the red (open) light is NOT lit. Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #7 b. ENSURE CH-196, VCT makeup Exarninee ensures CH-196, VCT Makeup Bypass so uo bypass is closed. Valve, (on C-02) is closed by observing the green (closed) light is lit and the red (open) light is NOT lit. Cue: Comments:

7 PERFORMANCE INFORMATION JPMNumber:

JPM-Sl Revision:

8/0 Task Title: Emergency Boration STEP Performance:

Standard:

Critical:

Grade #8 c. OPEN CH-514, boric acid Examinee opens 2-CH-514, boric acid isolation, by Yi:8] NO so uo isolation.

momentarily holding the handswitch in the "OPEN" position and observing the associated red light is lit and the green light is NOT lit (on C-02). Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #9 d. START BOTH boric acid

Examinee starts both "A" and "B" Boric Acid Yi:8] NO so uo pumps. Pumps by momentarily placing the respective handswitches to "START".

Examinee observes the associated red light is lit and the green light is NOT lit. Cue: Comments:

The only Critical part of this step is to start both boric acid pumps. STEP Performance:

Standard:

Critical:

Grade #10 e. CLOSE BOTH boric acid pump Examinee takes 2-CH-510 and 2-CH-511 switches YO Ni:8] so uo recirc valves: to the "CLOSE" position.

CH-510 Examinee observes both valves are closed by

CH-511 observing the green (closed) lights are lit and the red (open) lights are NOT lit. Cue: Comments:

The step is not critical because boric acid iajection will still occur with these valves full open. 8 PERFORMANCE INFORMATION JPMNumber:

JPM-Sl Revision:

8/0 Task Title: Emergency Boration STEP Performance:

Standard:

Critical:

Grade #11 f. OPEN BOTH boric acid gravity Examinee takes CH-508 and CH-509 handswitches y[;g] NO so uo feed isolations:

to the "OPEN" position.

CH-508 Exarninee observes both valves are go open and the

CH-509 associated red lights are lit and the green lights are NOT lit (on C-02). Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #12 g. CLOSE CH-501, VCT outlet Examinee closes CH-501, VCT outlet isolation, by y[;g] NO so uo isolation.

holding the handswitch in the "CLOSE" position until the associated red light is NOT lit and the green light is lit (on C-02). Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #13 h. ENSURE BOTH of the following Examinee observes both valves are closed by YO N[;g] so uo are closed: observing the green (closed) lights are lit and the

CH-192, RWST isolation red (open) lights are NOT lit (on C-02).

CH-504, RWST to charging suction. Cue: Comments:

9 PERFORMANCE INFORMATION JPMNumber:

JPM-Sl Revision:

8/0 Task Title: Emergency Boration STEP Performance:

Standard:

Critical:

Grade #14 i. IF CH-500, letdown divert Examinee observes CH-500, Letdown Divert so uo handswitch is in the "VCT" handswitch position and places it in "RWS" as position, PLACE the valve to the necessary. "RWS" position.

Cue: Comments:

This step has no relevance to the success of the task. STEP Performance:

Standard:

Critical:

Grade #15 j. ENSURE at least one charging Examinee determines the "A" and "C" Charging so uo pump is operating.

Pumps are operating by observing the associated red light is lit and the green light is NOT lit. Cue: Comments:

Examinee may start the "B" charging pump, though this is not required for this JPM. STEP Performance:

Standard:

Critical:

Grade #16 k. CHECK charging flow is greater Examinee observes Charging flow is greater than so uo than40 gpm. 40 gpm and reports indication to the US. Cue: Acknowledge the report or, if necessary, ask the RO for a status. Comments:

Establishing>/=

40 gpm charging flow with a suction source of the BAST completes the JPM. TERMINATION CUE: The evaluation for this JPM is concluded.

STOP TIME: ---10 VERIFICATION OF JPM COMPLETION JPMNumber:

JPM-Sl Revision:

8/0 Date Performed:

Student: For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.

If task is Time Critical, it MUST be completed within the specified time to achieve a satisfactory grade. As necessary, refer to TIG-04 for additional Pass/Fail criteria.

EVALUATION SECTION: Time Critical Task? D Yes [:gj No Validated Time (minutes):

I 15 min Actual Time to Complete (minutes):

I Work Practice Performance:

D SAT D UNSAT Operator Fundamentals:

D SAT D UNSAT JPM Question Portion Overall [NLO only]: D SAT D UNSAT D N/A Attached Question #1 D SAT D UNSAT Attached Question #2 D SAT D UNSAT Overall Result of JPM: D SAT D UNSAT Evaluator:

Print I Sign Areas for Improvement I Comments:

11 JPMNumber:

Initial Conditions:

Initiating Cues: STUDENT HANDOUT JPM-Sl Revision:

8/0

The plant is at 100% power with all systems and equipment operating normally.

You are the RO.

Respond to alarms and changing plant conditions on the Primary side.

The examiner will act as the US. 12

\ JOB PERFORMANCE MEASURE APPROVAL SHEET JPM Title: Verify SI Flow IA W EOP 2532, LOCA JPMNumber:

JPM-S2 Revision:

010 Initiated:

Robert L. Cimmino, Jr. (Signature on File) 01/30/2017 Developer Date Reviewed:

Will Chesnutt (Signature on File) 01/31/2017 Technical Reviewer Date Approved:

Michael John Cote (Signature on File) 02/01/2017 Supervisor, Nuclear Training Date I

SUMMARY

OF CHANGES DATE DESCRIPTION REV/CHANGE 01/17/17 rlc Create JPM for NRC 2017 Re-Take 010 2 JPM WORKSHEET Facility:

MPUnit2 Examinee:

JPMNumber:

JPM-S2 Revision:

0/0 ----Task Title: Verify SI Flow IA W EOP 2532, LOCA System: LPSI Time Critical Task: DYES [3J NO Validated Time (minutes):

12 ------Task Number(s):

000-05-222 Applicable To: RO x PEO ---SRO ---STA ----KIA Number: KIA Rating: --------006/A3.03 4.1/4.1 Method of Testing: Simulated Performance:

Actual Performance:

x Location:

Classroom:

Simulator:

x In-Plant:

Task Standards:

At the completion of this JPM, the examinee has recognized SI flow is not adequate and has taken action to open Facility 2 LPSI injection valves that had failed to open on the already triggered SIAS signal. Required Materials:

EOP 2532, LOCA, Step 4 through Step 6. (procedures, equipment, etc.) EOP 2541, Appendix 2, Figure 3 -"Pre-SRAS Minimum Required SI Flow" General

References:

EOP 2532, Loss Of Coolant Accident *** READ TO THE EXAMINEE *** I will explain the initial conditions, which step(s) to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objective for this JPM will be satisfied.

With the exception of the questions at the end, you may use any approved reference material normally available in the Control Room, including logs. Make all written reports, oral reports, alarm acknowledgements, and log entries as if the evolution was actually being performed.

3 JPM WORKSHEET JPMNumber:

JPM-S2 Revision:

0/0 Initial Conditions:

Initiating Cues: Simulator Requirements:

1. Plant tripped on EHC malfunction, the crew completed EOP 2525, Standard Post Trip Actions. 2. Immediately after transitioning to EOP 2526, Reactor Trip Recovery, 24C de-energized due to a bus fault and a Large Break LOCA occurred.

3. The crew then transitioned to EOP 2532, Loss of Coolant Accident.

4. All steps in EOP 2532, LOCA have been completed through step 3. 5. Based on a loss ofRCP NPSH, all the RCPs are secured and TIC-4165 is in Manual-Closed.

1. You are the Reactor Operator (RO). 2. The Unit Supervisor has directed you to perform steps 4, 5 and 6 ofEOP 2532, Loss Of Coolant Accident.

1. Reset Simulator to any power IC, [IC-140 presently set up] ensure CRACS is operating on Z-1. 2. Trip the plant and perform EOP 2525, immediate actions only. 3. Initiate a loss of 24C (ED05C) an trip the "A" EDG. 4. Then initiate a LOCA using RC02A @ 4000#/s, no ramp. 5. Acknowledge all alarms, ensure alarms are not silenced, and wait for RCS pressure to lower enough to allow LPSI flow. 6. When LPSI has been injecting for about 10 minutes, then override closed both of the Facility 2 LPSI injection valves. 7. Ensure SI flow curve is displayed on booth PPC monitor and be ready to print the screen if requested by the NRC examiner.

8. FREEZE the simulator until the exarninee takes the watch. ****NOTES TO TASK PERFORMANCE EVALUATOR****

1. Critical steps for this JPM are indicated by checking "Y". For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.

2. When the student states what his/her simulated action/observation would be, read the appropriate "Cue". 3. If necessary, question student for details of simulated actions/observations (i.e. "What are you looking at?" or "What are you observing?").

4. Under NO circumstances must the student be allowed to manipulate any devices during the performance ofthis JPM (in-plant only). 4 PERFORMANCE INFORMATION JPM Number: JPM-S2 Revision:

0/0 Task Title: Verify SI Flow IA W EOP 2532, LOCA START TIME: ----STEP Performance:

Standard:

Critical:

Grade #1 EOP 2532, LOCA YD N[gj so uo Check SIAS Actuation

4. IF pressurizer pressure is less than 1 714 Examinee refers to Step 4 of EOP 2532 and notes psia, PERFORM ALL of the following:

that SIAS, CIAS and EBF AS have actuated.

a. ENSURE SIAS, CIAS and EBF AS have actuated. (CO 1) Cue: BOOTH: When the examinee is ready to take the watch, place the simulator in RUN. Comments:

Exarninee may note LPSI injection valves, SI-635 and SI-645, have not opened and either open them or recommend they be opened. Concur and direct. STEP Performance:

Standard:

Critical:

Grade #2 Check SIAS Actuation YD N[gj so uo b. ENSURE ONE complete facility of Exarninee notes Facility 1 CRACS in not operating CRACS is operating in the recirc due to loss of power (and Fae. 1 section is N/A). mode: (C25) Facility 1 Cue: Comments:

5 PERFORMANCE INFORMATION JPM Number:

Revision:

0/0 Task Title: Verify SI Flow IAW EOP 2532, LOCA STEP Performance:

Standard:

Critical:

Grade #3 4. Check SIAS Actuation (cont) YO N[gj so uo b. ENSURE ONE complete facility of CRACS is operating in the recirc mode: (C25) Facility 2 Examinee verifies Facility 2 CRACS is operating

HV-203B, Fan F-21B exhaust damper is open. in recirc mode by performing the following:

Fan F-21B, supply fan is running .

Starts F-21B supply fan

HV-206B, Fan F-31B exhaust

Notes HV-203B damper opens . damper is open.

Starts F-31B, exhaust fan .

Fan F-3 lB, exhaust fan is running .

Notes HV-206B damper opens .

HV-212B, Fan F-32B exhaust

Notes HV-212B is open . damper is open.

Notes F-32B is running .

Fan F-32B, filter fan is running .

Notes HV-495, fresh air damper is closed .

HV-495, fresh air damper is closed .

Notes HV-496, exhaust air damper is closed .

HV-496, exhaust air damper is

Notes HV-497, cable vault exhaust damper is closed. closed.

HV-497, cable vault exhaust damper is closed. Cue: Comments:

6 PERFORMANCE INFORMATION JPMNumber:

JPM-82 Revision:

0/0 Task Title: Verify SI Flow IAW EOP 2532, LOCA STEP Performance:

Optimize Safety Injection Standard:

Critical:

Grade #4 5. IF SIAS has initiated, PERFORM the a. Examinee checks COlX Facility 2 indication of so uo following:

SIAS, CIAS and EBFAS. lfnot previously

a. CHECK at least one train of SIAS, CIAS opened, notes SI-635 and SI-645 are closed. and EBF AS has properly actuated.

b. Examinee checks for adequate SI flow on the (COlX) PPC or compares total indicated flow on CO 1 b. CHECK that safety injection flow is to required flow per EOP 2541, Appendix 2 adequate.

Refer To Appendix 2, Figure 3, "Pre-SRAS Minimum Required SI "Figures." Flow". Cue: Comments:

STEP Performance:

Optimize Safety Injection Standard:

Critical:

Grade #5 CONTINGENCY ACTIONS a.1 Examinee notes two LPSI iajection valves so uo a.l IF ANY component is not in its required (SI-635 and SI-645) are indicating not in their position, manually ALIGN the applicable accident position (blue light off -C-OlX or component.

Green light lit, red light off -C-01 ). b.1 PERFORM ANY of the following to restore Examinee then uses C-01 control switches to safety injection flow within the SI Flow open SI-635 and SI-645 (red lights are lit and Curve: the green lights* are off for both valves). 1) ENSURE electrical power to safety b.l If LPSI SI valves were not opened in the injection pumps and valves. previous step, examinee performs step b.1 2) ENSURE correct safety injection valve 1) Examinee notes SI pumps and valves have lineup. adequate electrical power. 2) Examinee notes two LPSI injection valves are closed and opens injection valves until adequate SI flow is achieved (App. 2). Cue: Once LPSI injection valves are opened enough to satisfy EOP 2541Appendix2 Figure 3, the JPM is complete.

Comments:

Opening the LPSI injection valves enough to meet SI flow IA W App. 2 figure in either step "a. l" or "b.1" is acceptable.

Satisfactory completion of this step requires LPSI injection flow indication on C-01 or the PPC meet Figure 3 of Appendix 2. TERMINATION CUE: The evaluation for this JPM is concluded.

STOP TIME: ---7 VERIFICATION OF JPM COMPLETION JPMNumber:

JPM-S2 Revision:

0/0 Date Performed:

Student: For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.

If task is Time Critical, it MUST be completed within the specified time to achieve a satisfactory grade. EVALUATION SECTION: Time Critical Task? D Yes Validated Time (minutes):

I 12 Actual Time to Complete (minutes):

I Work Practice Performance:

D SAT D UNSAT Operator Fundamentals:

D SAT D UNSAT JPM Question Portion Overall [NLO only]: D SAT D UNSAT D N/A Attached Question #1 D SAT D UNSAT Attached Question #2 D SAT D UNSAT Overall Result of JPM: D SAT D UNSAT Evaluator:

Print I Sign Areas for Improvement I Comments:

8 JPMNumber:

Initial Conditions:

Initiating Cues: STUDENT HANDOUT JPM-S2 Revision:

0/0 1. Plant tripped on EHC malfunction, the crew completed EOP 2525, Standard Post Trip Actions. 2. After transitioning to EOP 2526, Reactor Trip Recovery, 24C de-energized due to a bus fault and a Large Break LOCA occurred.

3. The crew then transitioned to EOP 2532, Loss of Coolant Accident.

4. All steps in EOP 2532, LOCA have been completed through step 3. 5. Based on a loss ofRCP NPSH, all the RCPs are secured and TIC-4165 is in Manual-Closed.

1. You are the Reactor Operator (RO). 2. The Unit Supervisor has directed you to perform steps 4, 5 and 6 of EOP 2532, Loss Of Coolant Accident.

9 JOB PERFORMANCE MEASURE APPROVAL SHEET JPM Title: Forcing Pressurizer Sprays JPMNumber:

JPM-S3 Revision:

0/0 Initiated:

Robert L. Cimmino, Jr. (Signature on File) 01/26/2017 Developer Date Reviewed:

Will Chesnutt (Signature on File) 01/27/2017 Technical Reviewer Date Approved:

Michael John Cote (Signature on File) 02/1/2017 Supervisor, Nuclear Training Date 1

SUMMARY

OF CHANGES DATE DESCRIPTION REV/CHANGE 01/06/17 RLC Copied from JPM 223 and revised as JPM-S3 for 2017 NRC 010 Re-Take Exam, modified malfunction from controller output failure to controller input failure (PT-1 OOY). 2 JPM WORKSHEET Facility:

MP Unit2 Exarninee:

JPMNumber:

JPM-S3 Revision:

0/0 ---Task Title: Forcing Pressurizer Sprays System: Pressurizer Pressure Control System Time Critical Task: DYES Validated Time (minutes):

15 Task Number(s):

Applicable To: KIA Number: Method of Testing: Location:

Task Standards:

Simulator Requirements:

General

References:

010-02-002 SRO x STA RO x PEO 010/K6.03 KIA Rating: 3.2/3.6 --------Simulated Performance:

Actual Performance:

x Classroom:

Simulator:

x In-Plant:

At the completion of this JPM, the examinee has attempted to Force Pressurizer Sprays and has taken action to prevent a Reactor trip due to a controller malfunction.

Initialize to a 100% power IC that will allow Forcing Pressurizer Sprays.

Ensure Channel "Y" is selected for pressure control.

CAUTION tag Ch. "X" PIC-lOOX OOS. Place tag on Channel Selector Switch and over controller PIC-1 OOX.

Insert malfunction RX03B, PT-1 OOY Pressure Transmitter failure, at 2348 psia, ramp = 1 min. when exarninee lowers selected pressure controller setpoint.

OP 2204, Load Changes, Attachment 10, Forcing Pressurizer Sprays

ARP 2590B-212, D-37 on C-0213, PZR Pressure Selected Channel Deviation Hi/Lo

ARP 2590B-216, D-38 on C-0213, Pressurizer Ch X Pres Hi/Lo

ARP 2590B-220, D-39 on C-02/3, Pressurizer Ch Y Pres Hi/Lo

AOP 2585, Immediate Operator Actions *** READ TO THE EXAMINEE *** I will explain the initial conditions, which step(s) to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objective for this JPM will be satisfied.

With the exception of the questions at the end, you may use any approved reference material normally available in the Control Room, including logs. Make all written reports, oral reports, alarm acknowledgements, and log entries as if the evolution was actually being performed.

3 JPM WORKSHEET JPMNumber:

JPM-S3 Revision:

0/0 Initial Conditions:

Initiating Cues: Required Materials: (procedures, equipment, etc.)

A down-power to 90% is being initiated using OP 2204, Load Changes.

All equipment is operating normally.

Channel "X" Pressure controller, PIC-1 OOX, is Out-Of-Service while l&C investigates an erratic control issue. You are the Reactor Operator (RO) and have been directed to initiate forcing Pressurizer Sprays in accordance with OP 2204, Load Changes, Attachment 10, Forcing Pressurizer Sprays.

OP 2204, Load Changes, Attachment 10, Forcing Pressurizer Sprays

ARP 2590B-212, D-37 on C-02/3, PZR Pressure Selected Channel Deviation Hi/Lo

ARP 2590B-216, D-38 on C-02/3, Pressurizer Ch X Pres Hi/Lo

ARP 2590B-220, D-39 on C-02/3, Pressurizer Ch Y Pres Hi/Lo

AOP 2585, Immediate Operator Actions ****NOTES TO TASK PERFORMANCE EVALUATOR****

1. Critical steps for this JPM are indicated by checking "Y". For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.

2. When the student states what his/her simulated action/observation would be, read the appropriate "Cue". 3. If necessary, question student for details of simulated actions/observations (i.e. "What are you looking at?" or "What are you observing?").

4. Under NO circumstances must the student be allowed to manipulate any devices during the performance of this JPM (in-plant only). 4 PERFORMANCE INFORMATION JPM Number: JPM-83 Revision:

0/0 Task Title: Forcing_Pre_ssurizer Sprays START TIME: ----STEP Performance:

Standard:

Critical:

Grade #1 Examinee reads and acknowledges the Note.

so uo OP 2204, Attachment 10 NOTE: 1. Annunciator C-02 window D-37, "PRESSURIZER SELECTED CHANNEL DEVIATION HI/LO," is expected during performance of this evolution.

2. The potential effects of forcing pressurizer spray, due to the pressure coefficient of reactivity, need to be identified to ensure margin exists for thermal power limits. Cue: Provide OP 2204, Load Changes, Attachment 10, Forcing Pressurizer Sprays, to the examinee.

Comments:

STEP Performance:

Standard:

Critical:

Grade #2 Examinee recognizes that the Pressurizer Pressure so uo OP 2204, Attachment 10 Channel Selector Switch is NOT in the "X" 1. IF using PIC-IOOX, "PRESS CNTL-X," to position, marks step I as NA, and proceeds to step force sprays, PERFORM the following:

2. Cue: Comments:

5 PERFORMANCE INFORMATION JPM Number: JPM-S3 Revision:

0/0 Task Title: Forcing Pressurizer Sprays STEP Performance:

Standard:

Critical:

Grade #3 2. IF using PIC-lOOY, "PRESS CNTL-Y," to PIC-lOOY has been verified in service in previous Y0N0 so uo force sprays, PERFORM the following:

step. Examinee continues with step 2 Cue: Comments:

If requested, provide examinee with a copy of ARP 2590B-212, PZR. PRESSURE SELECTED CHANNEL DEVIATION, D-37 on C-02/3. STEP Performance:

Standard:

Critical:

Grade #4 2.1 To initiate forcing sprays, PERFORM the Examinee continues with step 2. Y0N0 so uo following:

Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #5 2.1.1 RECORD one of the following from PIC-Examinee observes either the PIC-1 OOY Controller Y0N0 so uo lOOY, "PRESS CNTL-Y" (C-03): setpoint (Black and white arrow) on C-03 or the

Controller setpoint (black and white PIC-lOOY Controller output signal on C-03 and arrow) records>/=

1 of these values on Attachment

10.

Controller output signal Cue: Examinee may record both values on Attachment

10. Comments:

STEP Performance:

Standard:

Critical:

Grade #6 2.1.2 RECORD pressurizer pressure. (PPC or Examinee observes Pressurizer pressure from the Y0N0 so uo C-03) PPC or on C-03 and records the value on Attachment

10. Cue: Comments:

6 PERFORMANCE INFORMATION JPM Number: JPM-S3 Revision:

0/0 Task Title: Forcing Pressurizer Sprays STEP Performance:

Standard:

Critical:

Grade #7 2.1.3 PLACE all available pressurizer

Examinee locates all 4 Backup Heater "BACKUP HTRS" group handswitches handswitches on C-03 and momentarily places so uo to "CLOSE" (C-03). each of them in the "CLOSE" position, observing red lights lit for each group. Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #8 2.1.4 Slowly LOWER PIC-lOOY, "PRESS

Examinee locates the thumbwheel for Pressure CNTL-Y," to obtain both of the Controller, PIC-lOOY, and rotates it in the so uo following:

downward direction to obtain a 40-50% output on the controller horizontal scale.

Pressurizer controller output signal Examinee observes that the red pointer and the

40%to 50% black and white pointer on the vertical scales so uo

The following controllers output of both Spray Valve Controllers, HIC-lOOE signal start to rise: and lOOF, are rising. 0 HIC-lOOE, "PZR SPRAY-IA"

Examinee observes and acknowledges so uo 0 HIC-lOOF, "PZR SPRAY-lB" annunciator D-37, PZR. PRESSURE SELECTED CHANNEL DEVIATION HI/LO alarm and reports that this is an expected alarm for Forcing Sprays. Cue: BOOTH: When annunciator D-37 alarms on C-02/3 (PZR PRESSURE SELECTED CHANNEL DEVIATION), insert malfunction RX03B at 2348 psia with a 1 minute ramp. Comments:

If requested, provide examinee with a copy of ARP 2590B-212, PZR PRESSURE SELECTED CHANNEL DEVIATION HI/LO, D-37 on C-02/3. 7 PERFORMANCE INFORMATION JPM Number: JPM-S3 Revision:

0/0 Task Title: Forcing Pressurizer Sprays STEP Performance:

Standard:

Critical:

Grade #9 2.2 ADJUST PIC-lOOY, "PRESS CNTL-Y" While adjusting PIC-1 OOY setpoint, Examinee so uo (C-03), as necessary to maintain pressurizer observes PZR pressure and PZR Spray valves pressure recorded in step 2.1.2. continuing to OPEN. Cue:

If requested, provide examinee with ARP-2590B-220, PRESSURIZER CHY PRES HI/LO, D-39 on C-02/3 . Comments:

Examinee may not ask for the ARP if Immediate Operator Actions are taken to mitigate the lowering pressure.

If ARPs are used to mitigate the event, skip to JPM Step 14 (for alarm D-37) or Step 20 (for alarm D-38/39), depending on the ARP utilized.

STEP Performance:

Standard:

Critical:

Grade #10 AOP 2585 Immediate Operator Actions Note: AOP 2585 actions contained in steps 10.1 -

so uo Examinee performs Section 10, Pressurizer 10.4 are required to be performed from memory. Spray Valve Open: [10.l] OBSERVE Pressurizer pressure safety Examinee observes the four Safety Channels of channel indications to evaluate RCS pressure.

pressurizer pressure and notes they are lowering.

Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #11 [10.2] IF Pressurizer pressure less than 2260 Examinee verifies PZR pressure < 2260 psia, then so uo psig, manually CLOSE affected spray places BOTH Spray Valve controllers, valve(s):

HIC-1 OOE/F in "M" and manually closes the 0 HIC 1 OOE, PZR SPRAY-1 A affected spray valves on C-03. 0 HIC lOOF, PZR SPRAY-lB Cue: Comments:

This step is not critical if the examinee elects to utilize the ARPs to mitigate the event. Examinee may also note RCS pressure has dropped below the Tech. Spec. DNB Limit of 2225 psia. This note is not Critical as it is a momentary issue and the Examinee is required to focus on mitigating the problem. 8 PERFORMANCE INFORMATION JPM Number:

_______________

_ Revision:

0/0 Task Title: Forcing Pressurizer Sprays STEP Performance:

Standard:

Critical:

Grade #12 [10.3] CHECK affected Pressurizer Spray Examinee Verifies BOTH spray valves are closed YO Ni:gj so uo Valve(s) are closed: (red lights off, green lights lit on C-03); 0 HIC 1 OOE, PZR SPRAY-I A 0 HIC I OOE, PZR SPRAY-I A 0 HIC I OOF, PZR SPRAY-I B 0 HIC I OOF, PZR SPRAY-I B Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #13 [10.4] START backup heaters as needed. Examinee notes all backup heaters are already on. YO Ni:gj so uo Cue: Comments:

Once both spray valves are closed, the JPM is complete.

STEP Performance:

Standard:

Critical:

Grade #14 ARP 2590B-212

{C02/3; D-37}, Examinee notes this is an expected alarm, but may YO Ni:gj so uo "PZR PRESSURE SELECTED CHANNEL reference the applicable ARP for guidance.

DEVIATION HI/LO" AUTOMATIC FUNCTIONS I. For High alarm, proportional heaters are at Examinee reads and acknowledges the Automatic minimum output Functions.

2. For Low alarm, proportional heaters are at maximum output Cue: Comments:

Steps 14 -24 are included in case the examinee utilizes the ARPs to mitigate the event. Any critical steps listed in this set are only applicable if the spray valves have not yet been manually closed. 9 PERFORMANCE INFORMATION JPM Number: ......:JP::..=....::M.:..:::_::-S:::3:___

______________

_ Revision:

0/0 Task Title: Forcing Pressurizer Sprays STEP Performance:

Standard:

Critical:

Grade #15 CORRECTIVE ACTIONS so uo NOTE; This is an expected alarm when Examinee acknowledges the Note. forcing pressurizer sprays, or testing heater capacity.

Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #16 1. OBSERVE the following to evaluate RCS Examinee observes RCS pressure indication and so uo pressure:

notes pressure is lowering on Channel "X" and the

PRES CNTL-X, PIC-lOOX Safety Channels.

PRES CNTL-Y, PIC-lOOY

Pressurizer pressure safety channel indication Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #17 2. IF channel check indicates the controlling Examinee may note the controlling channel is so uo channel of pressurizer pressure has malfunctioning, but also notes Ch. "X" is malfunctioned, AND the opposite channel is unavailable does NOT transfer control to Ch. "X". operating properly, PERFORM the following (C-03): Cue: If examinee suggests transferring to Channel "X" (it appears operational), as the US, state the status of Channel "X" is unknown and direct the exarninee to remain in Channel "Y" and continue with required actions. Comments:

10 PERFORMANCE INFORMATION JPM Number: _:J:=..::P:...:M=...:-S:...::3

_______________

_ Revision:

0/0 Task Title: Forcing Pressurizer Sprays STEP Performance:

Standard:

Critical:

Grade #18 3. IF channel check indicates the controlling Examinee may attempt to raise the selected channel YD N[gj so uo channel of pressurizer pressure is operating setpoint to mitigate the failure, but should soon properly, ENSURE selected channel setpoint recognize this action is not succeeding.

is adjusted to desired pressurizer pressure (C-03). Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #19 4. IF heaters and spray are not operating Examinee should take manual control of both spray y[g] ND so uo properly, PERFORM the following:

valves and close them, or take manual control of 4.1 Manually OPERA TE pressurizer heaters PIC-1 OOY and lower its output to close both spray and spray to establish desired RCS valves (green lights lit, red lights off on C-03). pressure.

Cue: Comments:

This step is required only if spray valves have not yet been manually closed. Once both spray valves are closed, the JPM is complete.

STEP Performance:

Standard:

Critical:

Grade #20 ARP 2590B-216[220]

{C02/3; D-38[39]}, Examinee notes this alarm and references the YD N[gj so uo "PRESSURIZER CH X[Y] PRES HI/LO" applicable ARP for guidance.

AUTOMATIC FUNCTIONS

1. IF high pressure alarm, backup heater breakers trip. Cue: Comments:

Either Ch. "X" (2590-216) or Ch. "Y" (2590B-220)

Hi/Lo alarms may be referenced due to duplicate actions. 11 PERFORMANCE INFORMATION JPM Number: JPM-S3 Revision:

0/0 Task Title: Forcing Pressurizer Sprays STEP Performance:

Standard:

Critical:

Grade #21 CORRECTIVE ACTIONS YD NIZJ so uo 1. OBSERVE (CHECK) "PRESSURIZER Examinee observes various pressure indications PRESS, PR-100," pressurizer pressure and notes RCS pressure is lowering.

controllers, and pressurizer pressure safety channels (C-03), and PPC indications of applicable RCS pressure.

Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #22 2. IF channel check indicates that channel "X" Examinee notes Ch. "X" is unavailable and not the YIZJ ND so uo ("Y") is the controlling channel and has controlling channel (step is N/A) malfunctioned, AND channel "Y" ("X") is operating properly, PERFORM the following (C-03): Cue: Comments:

Not attempting to transfer control to Ch. "X" is the only critical part to this step. STEP Performance:

Standard:

Critical:

Grade #23 3. IF pressure is high, VERIFY the following:

Examinee notes pressure is low, that the step is YD NIZJ so uo 3.1 All heaters are de-energized.

NI A and takes no action. 3.2 "SPRAY VLVS, RC-lOOE and RC-lOOF" are fully open (C-03). Cue: Comments:

This step is only critical if this action is taken and not corrected before the plant trips on low pressure.

12 PERFORMANCE INFORMATION JPM Number: ....::J:=..::P:...:M.:.::....:-S:...:3

_______________

_ Revision:

0/0 Task Title: Forcing Pressurizer Sprays STEP Performance:

Standard:

Critical:

Grade #24 4. IF pressure is low, VERIFY the following:

Examinee verifies all backup heaters are energized Y[8J ND so uo 4.1 All heaters are energized.

and takes manual control of both spray valves and 4.2 "SPRAY VL VS, RC-IOOE and closes both valves (green lights lit, red lights off on RC-IOOF" are fully closed (C-03). C-03). Examinee may also place PIC-1 OOY in "M" and manually drive the output low, which would also close both spray valves if their controllers are still in automatic mode ("A"). Cue: Comments:

This step is required only if spray valves have not yet been manually closed. Once both spray valves are closed, the JPM is complete.

TERMINATION CUE: The evaluation for this JPM is concluded.

STOP TIME: __ _ 13 VERIFICATION OF JPM COMPLETION JPMNumber:

JPM-S3 Revision:

0/0 Date Performed:

Student: For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.

If task is Time Critical, it MUST be completed within the specified time to achieve a satisfactory grade. EVALUATION SECTION: Time Critical Task? 0 Yes 0 No Validated Time (minutes):

I 15 Actual Time to Complete (minutes):

I Work Practice Performance:

0 SAT 0 UNSAT Operator Fundamentals:

0 SAT 0 UNSAT JPM Question Portion Overall [NLO only]: 0 SAT 0 UNSAT 0 N/A Attached Question #I 0 SAT 0 UNSAT Attached Question #2 0 SAT 0 UNSAT Overall Result of JPM: 0 SAT 0 UNSAT Evaluator:

Print I Sign Areas for Improvement I Comments:

14 JPMNumber:

Initial Conditions:

Initiating Cues: STUDENT HANDOUT JPM-S3 Revision:

0/0

A down-power to 90% is being initiated using OP 2204, Load Changes.

All equipment is operating normally.

Channel "X" Pressure controller, PIC-IOOX, is Out-Of-Service while I&C investigates an erratic control issue. You are the Reactor Operator (RO) and have been directed to initiate forcing Pressurizer Sprays in accordance with OP 2204, Load Changes, Attachment 10, Forcing Pressurizer Sprays. 15 JOB PERFORMANCE MEASURE APPROVAL SHEET JPM Title: Operate the TDAFP using BOP 2541, Appendix 6 (Alt. Path) JPMNumber:

JPM-S4 Revision:

0/0 Initiated:

Robert L. Cimmino, Jr. (Signature on File) 01/23/2017 Developer Date Reviewed:

Will Chesnutt (Signature on File) 01/27/2017 Technical Reviewer Date Approved:

Michael John Cote (Signature on File) 01126/2017 Supervisor, Nuclear Training Date 1

SUMMARY

OF CHANGES DATE DESCRIPTION REV/CHANGE 01/18/17 rlc Created JPM for 2017 NRC Re-Take Exam 010 2 JPM WORKSHEET Facility:

MPUnit2 Examinee:

JPMNumber:

JPM-S4 Revision:

0/0 ----Task Title: Operate the TDAFP using EOP 2541, Appendix 6 (Alt. Path) System: Auxiliary Feed Water Time Critical Task: DYES Validated Time (minutes):

15 ------Task Number(s):

061-01-076 Applicable To: SRO x STA RO X PEO ---KIA Number: 061/A2.04 KIA Rating: 3.4/3.8 --------Method of Testing: Simulated Performance:

Actual Performance:

x Location:

Classroom:

Simulator:

x In-Plant:

Task Standards:

The examinee will utilize EOP 2541, Appendix 6 to start up the TDAFP, place it in service feeding both SGs, then respond to a trip of the pump and return it to service feeding both SGs. Required Materials: (procedures, equipment, etc.) General

References:

1. EOP 2541, Appendix 6, "TDAFW Pump Normal Startup" 2. EOP 2541, Appendix 7, "TDAFW Pump Abnormal Startup." EOP 2541, Appendix 6, "TDAFW Pump Normal Startup" *** READ TO THE EXAMINEE *** I will explain the initial conditions, which step(s) to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objective for this JPM will be satisfied.

With the exception of the questions at the end, you may use any approved reference material normally available in the Control Room, including logs. Make all written reports, oral reports, alarm acknowledgements, and log entries as if the evolution was actually being performed.

3 JPM WORKSHEET JPMNumber:

JPM-S4 Revision:

0/0 Initial Conditions:

Initiating Cues: Simulator Requirements:

1. The plant tripped from 100% power due to a loss of condenser vacuum. 2. All plant systems and components responded as designed on the trip. 3. EOP 2525, "Standard Post Trip Actions", were in progress when the "B" AFW pump tripped on overload.

1. You are the Balance Of Plant (BOP) operator.

2. As the BOP, complete step 7a. RNO actions to place the TDAFW pump in service. Initialize the simulator to the following conditions:

1. Mode 3 with a plant trip due to loss of condenser vacuum (FW01/FW33).

2. Place alarms in "silence" and perform all EOP 2525 Immediate Actions, including setting up AFW to feed both SGs using the two electric pumps. 3. Trip the "B" AFW pump (FW20B) but do not start the TDAFP. 4. FREEZE the simulator until examinee is ready to take the watch. 5. Set up the following IO/Malfunctions to simulate TDAFP overspeed trip: a. BT-29; IO FWSI-4194A to 4500 rpm, no Ramp, auto Delete in 1 sec. b. BT-29; FW20C, no Ramp, no auto Delete. 6. Be prepared to delete FW20C when the examinee directs a PEO to locally reset the overspeed trip. ****NOTES TO TASK PERFORMANCE EVALUATOR****

1. Critical steps for this JPM are indicated by checking "Y". For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.

2. When the student states what his/her simulated action/observation would be, read the appropriate "Cue". 3. If necessary, question student for details of simulated actions/observations (i.e. "What are you looking at?" or "What are you observing?").

4. Under NO circumstances must the student be allowed to manipulate any devices during the performance ofthis JPM (in-plant only). 4 PERFORMANCE INFORMATION JPM Number: JPM-S4 Revision:

0/0 Task Title: Operate the TDAFP using EOP 2541, Appendix 6 (Alt. Path) STARTTIME: STEP Performance:

Standard:

Critical:

Grade #1 EOP 2525 2 Standard Post Tri(! Actions so uo RESPONSE NOT OBTAINED a.1 RESTORE level to between 40% to 70% in Examinee notes the RNO action and refers to at least ONE steam generator using ANY of Appendix 6, "TDAFW Pump Normal Startup".

the following:

Main feedwater

Motor-driven auxiliary feedwater pump

TDAFW Pump. Refer To Appendix 6, "TDAFW Pump Normal Startup."

TDAFW Pump. Refer To Appendix 7, "TDAFW Pump Abnormal Startup." Cue: Comments:

Appendix 7 may also be used as it contains all the necessary steps of Appendix 6. However, Appendix 7 contains several steps that are beyond the scope of the given event that would be considered "NIA". STEP Performance:

Standard:

Critical:

Grade #2 EOP 2541 2 A(!(!endix 6 2 TDAFWPuml!

so uo Normal Startul! 1. IF a SBO event has occurred OR DC Bus Exarninee recognizes a Station Blackout event has 201B is not energized, Go To Appendix not occurred and the step is NI A. 7, "TDAFW Pump Abnormal Operation" Cue: Comments:

5 PERFORMANCE INFORMATION JPM Number:

Revision:

0/0 Task Title:

the TDAFP using EOP 2541, Appendix 6 (Alt. Path) STEP Performance:

Standard:

Critical:

Grade #3 CAUTION so uo 1. Operation of the TDAFW pump below Examinee reads and acknowledges the caution. 1400 rpm or above 4200 rpm will exceed the governor speed control range. 2. Opening SV-4188 too quickly could overspeed the TDAFP. Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #4 2. Slowly OPEN SV-4188, TDAFP steam Examinee opens the TDAFP steam supply valve, so uo valve. by manipulating C-05 control switch SV-4188 and observes TDAFP speed rising. Cue: BOOTH: Verify FW20C actuates when TDAFP speed exceeds 500 rpm and be prepared to delete FW20C when the examinee directs a PEO to locally reset the overspeed trip. Comments:

Opening SV-4188 is the only critical part to this step. When the TDAFP speed rises above 500 rpm, the IO and malfunctions will trigger to simulate an overspeed trip. 6 PERFORMANCE INFORMATION JPM Number: JPM-84 Revision:

0/0 Task Title: Operate the TDAF].>_us_!ng_EOP 2541, Appendix 6 (Alt. Path} STEP Performance:

Standard:

Critical:

Grade #5 Examinee recognizes the TDAFP has tripped (on Y[SJ NO so uo CONTINGENCY ACTIONS overspeed) and begins Contingency Actions: 2.1 IF the TDAFW pump trips on overspeed, a. Adjusts governor speed to ensure at minimum. PERFORM the following: (Examinee may state governor speed is already a. ADJUST the turbine governor to at minimum or have a PEO check it locally).

minimum speed. b. ENSURE MS-464,"TERRY TURBINE b. Closes steam supply valve operator to AUX FEED PUMP STEAM SUPPLY" MS-464 using SV-4188 until both green is closed. lights are lit (top one is already lit). c. OPEN MS-436, "LS-4590 c. Instructs PEO to perform step "2.lc.". INSTRUMENT DRAIN." d. Instructs PEO to perform step "2.1 d.". d. Slowly OPEN MS-447, "LS-4590 INSTRUMENT BACKUP DRAIN." e. Notes alarm window "AUX FW TURB e. ENSURE alarm window "AUX FW STEAM LINE WATER LEVEL HI" is clear. TURB STEAM LINE WATER LEVEL (A-14, COS). HI" is clear. (A-14, COS) f. Instructs PEO to perform step "2.lf.". f. WHEN the condensate has drained from Instructs PEO to perform step "2.lg.". the steam line drip pocket, CLOSE g. BOTH MS-436 and MS-447. Examinee resets annunciator C-05/C-15 when ENSURE that the TDAFW pump it clears. g. overspeed trip mechanical latch is reset. h. When the PEO reports all required steps are h. Go To Step 2. completed, the examinee proceeds to step "2." to restart the TDAFP. Cue: BOOTH: Monitor for and reset alarms on all panels except C-05. BOOTH: When a PEO is directed to perform step 2.lg local action, wait a couple minutes and delete the malfunction "FW20C". Examiner:

Closing SV-4188 to allow the overspeed trip mechanism to be reset locally is the only critical step. When the overspeed trip is reset locally, the overspeed trip alarm on C-05 (C-15) will reset. .If the US is performing communications with the PEO, then at this time inform the examinee that the PEO reports completing steps "c, d, f and g" and that all local conditions appear normal for the TDAFP. Comments:

Annunciator C-15 on C-05 will clear when the TDAFP overspeed trip mechanism is reset locally. 7 PERFORMANCE INFORMATION JPMNumber:

JPM-84 Revision:

0/0 Task Title: Operate the TDAFP using EOP 2541, Appendix 6 (Alt. Path) STEP Performance:

Standard:

Critical:

Grade #6 2. Slowly OPEN SV-4188, TDAFP steam Examinee operates SV-4188 on C-05 and raises YIZ] ND so uo valve. TDAFP speed. Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #7 CAUTION Examinee reads and acknowledges the caution. YD NIZ] so uo Failure to perform TDAFW pump warmup can cause an overspeed trip due to condensate in the steam line or a sluggish governor speed control. Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #8 3. ADJUST the TDAFW pump "SPD CNTL" Examinee adjusts governor speed on C-05 to YD NIZ] so uo switch to maintain minimum governor speed. maintain minimum speed of approximately 1400 rpm. Cue: Comments:

The governor is already at minimum speed so the step is effectively NIA. STEP Performance:

Standard:

Critical:

Grade #9 4. WHEN TDAFW pump parameters have Examinee notes parameters are stable and raises YIZ] ND so uo stabilized, RAISE the "SPD CNTL" switch TDAFP speed until a rise in Auxiliary Feedwater to establish feed flow. flow is noted to both S/Gs on C-05. Cue: Comments:

When the TDAFP discharge pressure exceeds S/G pressure and AFW flow to both S/Gs begins to rise, the JPM is complete.

TERMINATION CUE: The evaluation for this JPM is concluded.

STOP TIME: 8 VERIFICATION OF JPM COMPLETION JPMNumber:

JPM-S4 Revision:

0/0 Date Performed:

Student: For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.

If task is Time Critical, it MUST be completed within the specified time to achieve a satisfactory grade. EVALUATION SECTION: Time Critical Task? D Yes lZ! No Validated Time (minutes):

I 15 Actual Time to Complete (minutes):

I Work Practice Performance:

D SAT D UNSAT Operator Fundamentals:

D SAT D UNSAT JPM Question Portion Overall [NLO only]: D SAT D UNSAT D N/A Attached Question # 1 D SAT D UNSAT Attached Question #2 D SAT D UNSAT Overall Result of JPM: D SAT D UNSAT Evaluator:

Print I Sign Areas for Improvement I Comments:

9 JPMNumber:

Initial Conditions:

Initiating Cues: STUDENT HANDOUT JPM-S4 Revision:

0/0 1. The plant tripped from 100% power due to a loss of condenser vacuum. 2. All plant systems and components responded as designed on the trip. 3. EOP 2525, "Standard Post Trip Actions", were in progress when the "B AFW pump tripped on overload.

1. You are the Balance Of Plant (BOP) operator.

2. As the BOP, complete step 7a. RNO actions to place the TDAFW pump in service. 10 JOB PERFORMANCE MEASURE APPROVAL SHEET JPM Title: Restoring from Containment Spray fuadvertent Actuation JPMNumber:

JPM-S5 Revision:

0/0 fuitiated:

Robert L. Cimmino, Jr. (Signature on File) 01/23/2017 Developer Date Reviewed:

Will Chesnutt (Signature on File) 0112712017 Technical Reviewer Date Approved:

Michael John Cote (Signature on File) 01/26/2017 Supervisor, Nuclear Training Date 1

SUMMARY

OF CHANGES DATE DESCRIPTION REV/CHANGE 01 /13/17 RLC Created JPM-S5 for NRC 2017 Exam Re-Take 010 2 JPM WORKSHEET Facility:

MPUnit2 Examinee:

JPMNumber:

JPM-S5 Revision:

0/0 ---Task Title: Restore From Inadvertent Containment Spray Actuation System: Containment Spray and ESAS Time Critical Task: DYES C8J NO Validated Time (minutes):

15 TaskNumber(s): (NUTIMS) 026-01-035 Applicable To: SRO STA RO X PEO ---------K/ANumber:

026/A4.05 K/ARating:

3.5/3.5 --------Method of Testing: Simulated Performance:

Actual Performance:

x Location:

Classroom:

Simulator:

x In-Plant:

Task Standards:

The examinee will reset ESAS and restore Facility 1 Containment Spray to its normal, at power configuration, following an inadvertent CSAS actuation, using AOP 2571, Inadvertent ESFAS Actuation.

Required Materials: (procedures, equipment, etc.) General

References:

Provide the examinee with a copy of AOP 2571, Inadvertent ESFAS Actuation, with all applicable steps up to, and including, step 3.2 marked as "NIA". AOP 2571, Inadvertent ESFAS Actuation.

- - READ TO THE EXAMINEE *** I will explain the initial conditions, which step(s) to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objective for this JPM will be satisfied.

With the exception of the questions at the end, you may use any approved reference material normally available in the Control Room, including logs. Make all written reports, oral reports, alarm acknowledgements, and log entries as if the evolution was actually being performed.

3 JPM WORKSHEET JPMNumber:

JPM-S5 Revision:

0/0 Initial Conditions:

Initiating Cues: Simulator Requirements:

1. Plant power is 100%, steady state, when an inadvertent Containment Spray actuation occurred on Facility 1 only. 2. The actuation has been deemed inadvertent because all plant conditions are normal and none of the Sensor Cabinet bistables have been triggered.

3. I&C and all applicable personnel have been notified.

4. The crew has entered AOP 2571, Inadvertent ESF AS Actuation, and has completed steps 3.1 and 3.2. 1. You are the Reactor Operator (RO). 2. The US has instructed you to restore from the inadvertent CSAS using AOP 2571, Inadvertent ESFAS Actuation, starting at step 3.3. 1. Reset the simulator to any full power, stable IC and go to RUN. 2. Trigger malfunction ES02E, SPURIOUS F AC 1 CSAS SIGNAL 3. Wait for the CTMT Sump alarm (C-06/7, BA-21) to come in. 4. Then, acknowledge all alarms and place the simulator in FREEZE until the examinee is ready to take the watch. NOTE: The simulator triggers an inadvertent CSAS by directly stimulating the ESAS Actuation Modules, and does not send a signal through the Sensor Modules. Therefore, the sensor bistables will not be triggered and will not have any red lights energized that need to be reset. This more precisely simulates an ESAS circuit failure based on OE. ****NOTES TO TASK PERFORMANCE EVALUATOR****

1. Critical steps for this JPM are indicated by checking "Y". For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.

2. When the student states what his/her simulated action/observation would be, read the appropriate "Cue". 3. If necessary, question student for details of simulated actions/observations (i.e. "What are you looking at?" or "What are you observing?").

4. Under NO circumstances must the student be allowed to manipulate any devices during the performance ofthis JPM (in-plant only). 4 PERFORMANCE INFORMATION JPM Number: JPM-SS Revision:

0/0 Task Title: Restoring from Spray Inadvertent Actuation STARTTThlE:

STEP Performance:

Standard:

Critical:

Grade #1 AOP 2571 2 Inadvertent ESF AS Actuation YO Ni:8J so uo 3.0 Inadvertent CSAS Actuation 3.1 IF an inadvertent bus 24C UV 3 .1. actuation Examinee recognizes step 3.1 is "NI A" or already has occurred, Go To AOP 2502C, "Loss of completed.

Vital 4.16 KV Bus 24C." Cue: BOOTH: When the examinee is ready to take the watch place the simulator in RUN. Comments:

It is acceptable for the examinee to briefly review the control boards and AOP 2571 prior to taking the watch. STEP Performance:

Standard:

Critical:

Grade #2 3.2 IF an inadvertent bus 24D UV 3.2. actuation Examinee recognizes step 3.2 is "NIA" or already YO Ni:8J so uo has occurred, Go To AOP 2502D, "Loss of completed.

Vital 4.16 KV Bus 24D." Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #3 CAUTION Examinee reads and acknowledges the Caution YO Ni:8J so uo When an ESAS signal has been overridden by use of the equipment handswitch, then future ESAS signals will not be processed for that equipment until the ESAS modules have been reset. Cue: Comments:

If the examinee chooses to make the US aware of the Caution, acknowledge any reports. 5 PERFORMANCE INFORMATION JPMNumber:

JPM-SS Revision:

0/0 Task Title: Restoring from Containment Spray Inadvertent Actuation STEP Performance:

Standard:

Critical:

Grade #4 3.3 IF an inadvertent containment spray Examinee notes the step applies and performs the actuation has occurred, PERFORM the following:

following as required:

a. CHECK Containment pressure less than a. Verifies CTMT pressure on C-01 < 9 .48 psig. YD N[2] so uo 9.48 psig. b. Overrides and stops the "A" CS Pump by b. OVERRIDE CSAS start signals and taking the handswitch on C-01 to the "START" Y[2] ND so uo STOP containment spray pumps.(C-01) and then the "STOP" position (more than one c. OVERRIDE CSAS open signals and attempt is acceptable).

CLOSE the following valves:(C-

01) c. Overrides and closes CS-4. lA, contaimnent

CS-4. lA, containment spray header spray header "A" isolation valve by taking the YD N[2] so uo "A" isolation handswitch to "OPEN" and then "CLOSED" on

CS-4. lB, containment spray header C-01 (more than one attempt is acceptable). "B" isolation

d. Proceeds to Section 7 .0, "Inadvertent CSAS Y0Nl:2J so uo d. Go To Section 7.0, "Inadvertent CSAS Actuation." Actuation." Cue: Comments:

Stopping of the "A" CTMT Spray Pump is the only step that is critical.

Examinee may state (per the Initiating Cue) that because only Facility 1 CSAS triggered, no action is required for the Facility 2 CTMT Spray components.

STEP Perfonnance:

Standard:

Critical:

Grade #5 AOP 2571 2 Inadvertent ESFAS Actuation YD N[2] so uo 7.0 Inadvertent CSAS Actuation Examinee goes to Section 7.0 reads step 7.1 and 7.1 Refer To Attachment 2, "Resetting ESAS," then proceeds to Attachment 2, Section 2.0 Section 2.0, "Resetting CSAS," and "Resetting CSAS," for resetting the CSAS. ATTEMPT to reset CSAS. Cue: Comments:

6 PERFORMANCE INFORMATION JPM Number: JPM-SS Revision:

0/0 Task Title: Restoring from Containment Spray Inadvertent Actuation STEP Performance:

Standard:

Critical:

Grade #6 Attachment 2 2 Section 2.0 Resetting CSAS Examinee refers to Attachment 2, Section 2.0, so uo 2.1 PRESS to reset the following bistable Resetting CSAS. Examinee proceeds to ESAS and module "TRIP" lights: ensures the trip lights on the following bistables are * "CTM PRESSURE CSAS BISTABLE reset: BAl 02" (Sensor Cabinet A)

Sensor Cabinet A, bistable BAl 02 * "CTM PRESSURE CSAS BISTABLE

Sensor Cabinet C, bistable BA302 BA302" (Sensor Cabinet C)

Sensor Cabinet D, bistable BA402 * "CTM PRESSURE CSAS BISTABLE

Sensor Cabinet B, bistable BA202 BA402" (Sensor Cabinet D) Examinee may recognizes the Sensor bistables are * "CTM PRESSURE CSAS BISTABLE not triggered (all "TRIP" lights are de-energized), BA202" (Sensor Cabinet B) as explained by the Initiating Cue, and consider the step "NI A". Cue: Comments:

Although the Initiating Cue stated the Sensor bistables were not triggered by the circuit failure (simulator malfunction), the examinee may still elect to perform the step by pushing each de-energized trip light, just to be reassured it is complete.

STEP Performance:

Standard:

Critical:

Grade #7 2.2 PRESS "CSAS ACTUATION RESET" Examinee presses the "CSAS ACTUATION so uo (Actuation Cabinet 5). RESET" button on Actuation Cabinet 5. Cue: Comments:

7 PERFORMANCE INFORMATION JPM Number: JPM-SS Revision:

0/0 Task Title: Restoring from Containment Spray Inadvertent Actuation STEP Performance:

Standard:

Critical:

Grade #8 2.3 OBSERVE BOTH of the following CSAS Examinee notes the "TRIP" lights on both CSAS YO NIS] so uo actuation module "TRIP" lights Actuation modules on Actuation Cabinet 5, extinguished (Actuation Cabinet 5): AM509 and AM510, are de-energized.

"CSAS GROUP 1 AM509" * "CSAS GROUP 2 AM51 O" Cue: After the completion of step 2.3, inform the examinee that the JPM is complete.

Comments:

If the examinee notes the ATI should be reset, acknowledge and state that another operator will take care of that task. TERMINATION CUE: The evaluation for this JPM is concluded.

STOP TIME: ---8 VERIFICATION OF JPM COMPLETION JPMNumber:

JPM-SS Revision:

0/0 Date Performed:

Student: For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.

If task is Time Critical, it MUST be completed within the specified time to achieve a satisfactory grade. EVALUATION SECTION: Time Critical Task? D Yes k8'.I No Validated Time (minutes):

I 15 Actual Time to Complete (minutes):

I Work Practice Performance:

D SAT D UNSAT Operator Fundamentals:

D SAT D UNSAT JPM Question Portion Overall [NLO only]: D SAT D UNSAT D N/A Attached Question #1 D SAT D UNSAT Attached Question #2 D SAT D UNSAT Overall Result of JPM: D SAT D UNSAT Evaluator:

Print I Sign Areas for Improvement I Comments:

9 JPMNumber:

Initial Conditions:

Initiating Cues: STUDENT HANDOUT JPM-SS Revision:

0/0 1. Plant power is 100%, steady state, when an inadvertent Containment Spray actuation occurred on Facility 1 only. 2. The actuation has been deemed inadvertent because all plant conditions are normal and none of the Sensor Cabinet bistables have been triggered.

3. I&C and all applicable personnel have been notified.

4. The crew has entered AOP 2571, Inadvertent ESF AS Actuation, and has completed steps 3 .1 and 3 .2. 1. You are the Reactor Operator (RO). 2. The US has instructed you to restore from the inadvertent CSAS using AOP 2571, Inadvertent ESFAS Actuation, starting at step 3.3. 10 JOB PERFORMANCE MEASURE APPROVAL SHEET JPM Title: Unload and Shutdown the "B" EDG (Alt Path) JPMNumber:

JPM-S6 (JPM 059) Revision:

10 Initiated:

Robert L. Cimmino, Jr. (Signature on File) 01/23/2017 Developer Date Reviewed:

Will Chesnutt (Signature on File) 01/27/2017 Technical Reviewer Date Approved:

Mike J. Cote (Signature on File) 02/01/2017 Supervisor, Nuclear Training Date 1

SUMMARY

OF CHANGES DATE DESCRIPTION REV/CHANGE 06/30/2014 dii Updated Material to new format and procedures 9 01/13/17 rlc Updated Material to new format and procedures and added JPM 10 number designation for 2017 NRC Re-Take Exam 2 JPM WORKSHEET Facility:

Millstone Unit 2 Examinee:

JPMNumber:

JPM-86 (JPM 059) Revision:

10 Task Title: Unload and Shutdown the "B" EDG (Alt Path) System: Emergency Diesel Generators Time Critical Task: ( ) YES (X) NO Validated Time (minutes):

10 Task Number(s):

NUTIMS 064 01 121 Applicable To: STA RO x PEO SRO ---x KIA Number: ---------3.913.9 064 A4.06 KIA Rating: -------Method of Testing: Simulated Performance:

Actual Performance:

x Location:

Classroom:

Simulator:

x In-Plant:

Task Standards:

At the completion of the JPM the examinee, while attempting to unload and secure the "B" EDG, will recognize an electrical fault has occurred that should have tripped the EDG but didn't, then respond by manually tripping the EDG. Required Materials:

(procedures, equipment, etc.) *

General

References:

Simulator with the "B" EDG running paralleled at full load MP-PROC-OPS-OP 2346C "B" Emergency Diesel Generator MP-PROC-OPS-ARP 2590F-140 COS D-35 DIESEL GEN 13U DIFFERENTIAL LOCKOUT MP-PROC-OPS-OP 2346C "B" Emergency Diesel Generator MP-PROC-OPS-ARP 2590F-140 COS D-35 DIESEL GEN 13U DIFFERENTIAL LOCKOUT *** READ TO THE EXAMINEE *** I will explain the initial conditions, which step(s) to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objective for this JPM will be satisfied.

With the exception of the questions at the end, you may use any approved reference material normally available in the Control Room, including logs. Make all written reports, oral reports, alarm acknowledgements, and log entries as if the evolution was actually being performed.

3 JPMNumber:

JPM WORKSHEET JPM-S6 (JPM 059) Revision:

10 Initial Conditions:

Initiating Cues: Simulator Requirements:

1. The Plant is stable at 100% power with all conditions normal. 2. The "B" EDG has been continually running at full load, in parallel with Bus 24D for a surveillance run. 3. All data was collected on OP 2346C-002, the Unit Supervisor has completed his review and all data is SAT. The Unit Supervisor has directed you to Unload and Secure the "B" EDG in accordance with OP 2346C, "B" Emergency Diesel Generator procedure.

Initialize to any 100% IC with the "B" EDG fully loaded X-Tied to 24D [Note: IC-139 is saved with all required JPM conditions]

Under EG, insert the following I/O Overrides to prevent the "B" DG MAN START/STOP switch from tripping the "B" DG: o EGDGH7B15G13U_l

-B DIG "Ready to Load" light on; W o EGDGH7B 1SG13U _2 -B DIG "Standby" light off; NW o 06A1A5S34 -B DIG Manual Start/Stop Switch; AUTO

To simulate a fault, create Event 1 with the following:

o Trigger C08-D35; [ON], DIESEL GEN 13U DIFFERENTIAL LOCKOUT. o Trigger C08-B36; [ON], DIESEL GEN 13U TROUBLE. o TriggerC08-C31;

[ON], 13U AUTO VOLTAGE REGULATOR SETPOINT NOT 4160 V AC. o I/O EGV2/MTR15G-13U; DG "B" Volts [300 AC_KV, no ramp] o I/O EGA2/MTR15G-13U; DG "B" Amps [600 AC_AMP, no ramp] o I/O EGV AR/MTRl 5G-13U, DIG "B" V ARs [2000 K, no ramp] o I/O EGW-2/MTR15G-13U, DIG "B" Power [300 AC_KW, no ramp] All of the above items must be duplicated to auto delete (return to normal) one second after a second BT is triggered.

This second BT should be triggered at the time the EDG is manually tripped by the examinee, so the simulator correctly reflects the EDG is no longer operating.

- - - NOTES TO TASK PERFORMANCE EVALUATOR****

1. Critical steps for this JPM are indicated by checking "Y". For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.

2. When the student states what his/her simulated action/observation would be, read the appropriate "Cue". 3. If necessary, question student for details of simulated actions/observations (i.e. "What are you looking at?" or "What are you observing?").

4. Under NO circumstances must the student be allowed to manipulate any devices during the performance of this JPM (in-plant only). 4 PERFORMANCE INFORMATION JPMNumber:

JPM-S6 (JPM 059) Revision:

10 Task Title: Unload and Shutdown the "B" EDG (Alt Path) START TIME: ----STEP Performance:

Standard:

Critical:

Grade #1 OP 2346Ci "B" Emergency Diesel Generator Examinee reads the initial conditions and proceeds so uo Section 4.6, Unloading and Shutdown of "B" to Section 4.6. DG from Control Room 4.6.1 IF "B" DG has been operated at low load Examinee notes per the Initial Conditions, Step ( <5 0% of full load) for greater than or 4.6.1 is N/As equal to eight hours, Refer To Section 4.5 and LOAD the diesel to between 2,550 and 2,650 kW for at least one hour. Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #2 NOTE so uo During isochronous mode of operation (i.e., not Examinee reads and N/As the NOTE the EDG is in in unit parallel), generator load is decreased by Unit parallel stopping components powered from applicable buses. 4.6.2 WHEN required DG run time has lapsed Examinee notes per the Initial Conditions, Step OR otherwise directed, ENSURE all 4.6.2 is complete.

required data has been recorded on OP 2346C-002.

Cue: Comments:

OP 2346A-002 was completed and signed off per the Initial Conditions.

5 PERFORMANCE INFORMATION JPMNumber:

JPM-S6 ( JPM 059) Revision:

10 Task Title: Unload and Shutdown the "B" EDG (Alt Path) STEP Performance:

Standard:

Critical:

Grade #3 4.6.3 WHEN lowering DG load, MAINTAIN Examinee maintains KV ARs at approximately 50% YD N[gj so uo Kvar loading at 50% of kW value, using of EDG Load using the Voltage Regulator. "B" DG "VOLTAGE CNTL REG AUTO CNTL" (C-08). Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #4 4.6.4 ADJUST "B" DG "LOAD CNTL Examinee adjusts the Governor Control to obtain YD N[gj so uo GOVERNOR CNTL" to reduce load to 1400 KW and voltage Regulator 700 Kvars in 1,400 kW (C-08). equal adjustments maintaining Kvars half of KW. Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #5 NOTE YD N[gj so uo DG operation at 1,400 kW for at least five Examinee reads and acknowledges the note. minutes allows for proper cooldown of components and equalization of temperatures.

Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #6 4.6.5 ALLOW DG to operate at 1,400 kW for at When EDG is at 1400 KW the Examinee states YD N[gj so uo least five minutes. they are waiting the 5 minutes for cooldown.

Cue: BOOTH: Once the examinee reports they are waiting the 5 minutes, or at the discretion of the examiner, trigger Event 1. Comments:

Actions taken for the EDG malfunction are in the subsequent JPM steps. 6 STEP #7 PERFORMANCE INFORMATION JPMNumber:

JPM-S6 (JPM 059) Revision:

Task Title: Unload and Shutdown the "B" EDG (Alt Path) Performance:

Standard:

OP 2346C, "B" Emergency Diesel Generator Precaution 3.8, 3.8 The following steps for use in emergencies 1 * (since it causes abrupt changes in engine loading and power output to the line) have been discussed in pre-job briefing:

1

3. 8 .1 If, at any time, it becomes necessary to immediately stop either DG, perform the Cue: following:

1

a. Using "EMERGENCY STOP. PUSH TO STOP ENGINE," button, TRIP DG fuel racks (local) OR simultaneously press both "EMERG STOP" buttons for DG (C-08) (C-38 if in local control).

b. Ensure the following (C-38):

DG "AC. BREAKER" opens

Field excitation indicates 0 volts

Diesel engine shuts down Examinee dete1mines an abnormal condition exists and the "B" DIG and output breaker should have tripped. Examinee simultaneously (momentarily) presses both EMERG STOP buttons for the "B" DIG. Examinee observes the following:

o "B" DIG and the output breaker trip o "B" DIG Frequency is at minimum (58 Hz). o "B" DIG output breaker, A401, is open (green light is lit and red light is out). If the Examinee recommends tripping the "B" EDG, acknowledge and concur with the recommendation.

Comments:

10 Critical:

YD N['.] Y['.] ND YD N['.]

The normal Start/Stop switch will not function to stop the "B" DIG (as part of the JPM to require use of the trip buttons).

Grade so uo so uo so uo

The examinee may use the guidance of OP 2346C, Precaution 3.8, or ARP-2590F-140 (C-081D-35) to manually trip the EDG.

It is NOT critical which procedural guidance is used, only that the EDG be manually tripped from C-08.

Once the "B" DIG is emergency tripped from C-08, the JPM is complete.

7 PERFORMANCE INFORMATION JPMNumber:

JPM-S6 (JPM 059) Revision:

10 Task Title: Unload and Shutdown the "B" EDG (Alt Path) STEP Performance:

Standard:

Critical:

Grade #8 ARP 2590F-140 2 "DIESEL GEN 13U

Examinee observes some or all of the YD NC2] so uo DIFFERENTILA LOCKOUT" (C-08/D-35}

following:

AUTOMATIC FUNCTIONS 0 Several parameters change. 1. Generator output breaker, A401 and diesel 0 D-35; DIESEL GEN 13U trip. DIFFERENTIAL LOCKOUT 2. Generator output breaker, closing circuitry is B-36; DIESEL GEN 13U TROUBLE blocked. 0 CORRECTIVE ACTIONS

Examinee determines that the "B" DIG and YD NC2] so uo 1. IF "B" DG has not tripped, PRESS both output breaker should have tripped. so uo "EMERG STOP" buttons for "B" DG (C-08).

Examinee simultaneously (momentarily)

YC2] ND 2. VERIFY "DG B FDRBKR, 15G-13U-2 presses both EMERG STOP buttons for the (A401)" open (C-08). "B" DIG.

Examinee observes that the "B" DIG and the YD NC2] so uo output breaker trip: o "B" DIG Frequency is at minimum (58 Hz). o "B" DIG output breaker, A401, is open (green light is lit and red light is out). Cue: If the Examinee recommends tripping the "B" EDG, acknowledge and concur with the recommendation.

Comments:

The normal Start/Stop switch will not function to stop the "B" DIG (as part of the JPM to require use of the trip buttons) .

The examinee may use the guidance of OP 2346C, Precaution 3.8, or ARP-2590F-140 (C-08/D-35) to manually trip the EDG .

It is NOT critical which procedural guidance is used, only that the EDG be manually tripped from C-08 .

Once the "B" DIG is emergency tripped from C-08, the JPM is complete . TERMINATION CUE: The evaluation for this JPM is concluded.

STOP TIME: ---8 VERIFICATION OF JPM COMPLETION JPMNumber:

JPM-S6 (JPM 059) Revision:

10 Date Performed:

Student: For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.

If task is Time Critical, it MUST be completed within the specified time to achieve a satisfactory grade. As necessary, refer to TIG-04 for additional Pass/Fail criteria.

EVALUATION SECTION: Time Critical Task? D Yes IZ! No Validated Time (minutes):

I 10 Actual Time to Complete (minutes):

I Work Practice Performance:

D SAT D UNSAT Operator Fundamentals:

D SAT D UNSAT JPM Question Portion Overall [NLO only]: D SAT D UNSAT D N/A Attached Question #1 D SAT D UNSAT Attached Question #2 D SAT D UNSAT Overall Result of JPM: D SAT D UNSAT Evaluator:

Print I Sign Areas for Improvement I Comments:

9 JPMNumber:

Initial Conditions:

Initiating Cues: STUDENT HANDOUT JPM-S6 (JPM 059) Revision:

10 1. The Plant is stable at 100% power with all conditions nonnal. 2. The "B" EDG has been continually running at full load, in parallel with Bus 24D for a surveillance run. 3. All data was collected on OP 2346C-002, the Unit Supervisor has completed his review and all data is SAT. The Unit Supervisor has directed you to Unload and Secure the "B" EDG in accordance with OP 2346C, "B" Emergency Diesel Generator procedure.

10 JOB PERFORMANCE MEASURE APPROVAL SHEET JPM Title: Respond to SG Level Safety Channel Failure Low JPMNumber:

JPM-S7 Revision:

010 Initiated:

Robert L. Cimmino, Jr. (Signature on File) 01/30/2017 Developer Date Reviewed:

Will Chesnutt (Signature on File) 01/31/2017 Technical Reviewer Date Approved:

Michael J. Cote (Signature on File) 02/01/2017 Supervisor, Nuclear Training Date 1

SUMMARY

OF CHANGES DATE DESCRIPTION REV/CHANGE 01/12/17 RLC Created new JPM for 2017 NRC Re-Take 010 2 JPM WORKSHEET Facility:

MPUnit2 Examinee:

JPMNumber:

JPM-S7 Revision:

0/0 ---Task Title: Respond to SG Level Safety Channel Failure Low System: RPS andAFAS Time Critical Task: D YES 12:1 NO Validated Time (minutes):

10 Task Number(s):

NUTIMS # 012-01-006 Applicable To: STA RO X PEO ---SRO ---KIA Number: ---------KIA Rating: -------012/A4.03 3.613.6 Method of Testing: Simulated Performance:

Actual Performance:

x Location:

Classroom:

Simulator:

x In-Plant:

Task Standards:

At the completion of this JPM, the examinee has responded to the failure of Safety Channel "B" Steam Generator Level, to include bypassing the appropriate RPS and AF AS channels.

Required Materials: (procedures, equipment, etc.) General

References:

ARP 2590C-006, CB-1, Rev. 000-00, "SG LO LEVEL TRIP CH B"

Unit 2 Technical Specifications

RPS bypass key for SG Level

C-51 7 and C-518 bypass keys ARP 2590C-006, CB-1, Rev. 000-00, "SG LO LEVEL TRIP CH B" *** READ TO THE EXAMINEE *** I will explain the initial conditions, which step(s) to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objective for this JPM will be satisfied.

With the exception of the questions at the end, you may use any approved reference material normally available in the Control Room, including logs. Make all written reports, oral reports, alarm acknowledgements, and log entries as if the evolution was actually being performed.

3 JPM WORKSHEET JPMNumber:

JPM-S7 Revision:

0/0 Initial Conditions:

Initiating Cues: Simulator Requirements:

The plant is stable at 100% power with all operating conditions normal.

You are the BOP .

Respond to changing parameters and alarms by reporting your observations and conclusions.

The examiner will act as the Unit Supervisor, participate in the communication process.

Make recommendations and perf onn actions as required.

Initialize to any at power IC with all operating conditions normal.

Ensure all bypass keys are removed from Channel "B" of RPS and C-517 and C-518.

When examinee is in position (or directed by the floor evaluator), enter malfunction RP13B at 0% severity, no ramp, to fail LT-l l 13B (#1 SG Safety Ch "B" level) input to all systems at 0%. ****NOTES TO TASK PERFORMANCE EVALUATOR****

1. Critical steps for this JPM are indicated by checking "Y". For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.

2. When the student states what his/her simulated action/observation would be, read the appropriate "Cue". 3. If necessary, question student for details of simulated actions/observations (i.e. "What are you looking at?" or "What are you observing?").

4. Under NO circumstances must the student be allowed to manipulate any devices during the performance of this JPM (in-plant only). 4 PERFORMANCE INFORMATION JPMNumber:

JPM-S7 Revision:

0/0 Task Title: Respond to SG Level Safety Channel Failure Low START TIME: ----STEP Performance:

Standard:

Critical:

Grade #1 C-04, CB-1; ARP 2590C-006, "SG LO Examinee acknowledges the C-04 alarm, checks so uo LEVEL TRIP CH B" Actions: primary plant parameters, notes reactor did not trip AUTOMATIC FUNCTIONS and reports observations to the US. 1. If 2 RPS channels actuate, reactor trips. Examinee should recommend and/or reference ARP 2590C-006 and note that two channels of RPS did not actuate and the reactor did not trip. Cue: Booth: when directed, activate malfunction RP13B at 0%, no ramp. When the alarm actuates, solicit status of the reactor if not automatically given. Acknowledge any communication as the US and solicit recommendations for actions to take for the alarm ifthe examinee does not suggest referencing the applicable ARP. Comments:

STEP Performance:

Standard:

Critical:

Grade #2 CORRECTIVE ACTIONS Examinee notes reactor did not trip and the step is so uo 1. IF reactor trips, Go To BOP 2525, NIA (i.e.; does not transition to EOP 2525). "Standard Post Trip Actions" and PERFORM necessary corrective actions. Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #3 2. OBSERVE channel "B" SG level indication Examinee notes # 1 SG Safety Channel "B" level so uo and COMP ARE to other safety channel indication has failed low, when compared to the indications (C-05, PPC). other three safety channels.

Cue: Comments:

Examinee may also note the #1 SG level control channel has not changed from pre-event conditions.

5 PERFORMANCE INFORMATION JPMNumber:

JPM-S7 Revision:

0/0 Task Title: Respond to SG Level Safety Channel Failure Low STEP Performance:

Standard:

Critical:

Grade #4 3. IF SG level is less than 49.5% AND no Examinee notes SG actual level has not lowered YD N[8] so uo automatic reactor trip has occurred, below pre-event values (i.e.; does not transition to manually TRIP reactor and Go To EOP EOP 2525). 2525, "Standard Post Trip Actions." Cue: Comments:

STEP Perfonnance:

Standard:

Critical:

Grade #5 4. IF SG level is greater than 49.5% AND Examinee notes SG level is greater than 49.5% and YD N[8] so uo alann is due to instrument malfunction, notes alann appears to be due to instrument PERFORM the following:

malfunction.

4.1. OBTAIN necessary keys and Examinee obtains RPS SG Level bistable bypass Y[8] ND so uo PERFORM applicable actions to key (#4) from applicable RPS channel, inserts it bypass channel "B" SG level into RPS Channel "B" SG Level bistable and bistables on RPS, C-517, and C-518. turns it clockwise to bypass the tripped bistable.

4.2. Refer To the following Technical Examinee gets 2 AF AS bypass keys from Specifications LCOs and simulator key locker, inserts a key into HS-DETERMINE applicability:

1113B-1 (C-517) and HS-1113B-2 (C-518) and

3.3.1.1, Table 3.3-1 turns both keys clockwise to bypass the failed

3.3.2.1, Table 3.3-3 Channel "B" SG Level inputs to both facilities

3.3.3.5, Table 3.3-9 (LI-1123B only) ofAFAS . Examinee then suggests the US refer to the listed YD N[8] so uo Tech. Spec. LCOs to detennine applicability.

Cue: As necessary:

Solicit examinee for suggested actions and concur. Note that the RO will continue as Operator At The Controls (while BOP goes behind the control boards). Comments:

Step "4.1" is the only critical part of JPM Step #5. TERMINATION CUE: The evaluation for this JPM is concluded.

STOP TIME: 6 VERIFICATION OF JPM COMPLETION JPMNumber:

JPM-S7 Revision:

0/0 Date Performed:

Student: For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.

If task is Time Critical, it MUST be completed within the specified time to achieve a satisfactory grade. EVALUATION SECTION: Time Critical Task? D Yes C8'.I No Validated Time (minutes):

I 10 Actual Time to Complete (minutes):

I Work Practice Performance:

D SAT D UNSAT Operator Fundamentals:

D SAT D UNSAT JPM Question Portion Overall [NLO only]: D SAT D UNSAT D N/A Attached Question # 1 D SAT D UNSAT Attached Question #2 D SAT D UNSAT Overall Result of JPM: D SAT D UNSAT Evaluator:

Print I Sign Areas for Improvement I Comments:

STUDENT HANDOUT 7 JPMNumber:

Initial Conditions:

Initiating Cues: JPM-S7 Revision:

0/0 The plant is stable at 100% power with all operating conditions normal.

You are the BOP .

Respond to changing parameters and alarms by reporting your observations and conclusions.

The examiner will act as the Unit Supervisor, participate in the communication process.

Make recommendations and perform actions as required.

8 JOB PERFORMANCE MEASURE APPROVAL SHEET JPM Title: Respond to the Loss of a 2nd Circulating Water Pump JPMNumber:

JPM-S8 Revision:

010 Initiated:

Robert L. Cimmino, Jr. (Signature on File) 01/30/2017 Developer Date Reviewed:

Will Chesnutt (Signature on File) 01/31/2017 Technical Reviewer Date Approved:

Michael J. Cote (Signature on File) 02/01/2017 Supervisor, Nuclear Training Date 1

SUMMARY

OF CHANGES DATE DESCRIPTION REV/CHANGE 01/18/17 rlc Created new JPM for 2017 NRC Re-Take Exam 010 2 JPM WORKSHEET Facility:

MPUnit2 Examinee:

JPMNumber:

JPM-S8 Revision:

0/0 Task Title: Respond to the Loss of a 2°d Circulating Water Pump System: Circulating Water Time Critical Task: D YES l3:I NO Validated Time (minutes):

10 Task Number(s):

Applicable To: KIA Number: Method of Testing: Location:

Task Standards:

000-04-250 SRO x STA RO x PEO 075/A2.02 KIA Rating: 2.5/2.7 --------Simulated Performance:

Actual Performance:

x Classroom:

Simulator:

x In-Plant:

At the completion of this JPM, the examinee has cross-tied the "A" and "B" Circ. Water pumps in response to an existing trip of the "A" Circ. Water pump, noted the subsequent loss of the "B" Circ. Water pump and either recommends or initiates a manual plant trip prior to an automatic plant trip on high condenser backpressure.

Required Materials: (procedures, equipment, etc.) AOP 2517, Circulating Water Malfunctions ARP 2590E-050 (C06/7, B-9); CIRC WATER PUMP B OVERLOAD/TRIP General

References:

AOP 2517, Circulating Water Malfunctions ARP 2590E-050 (C06/7, B-9); CIRC WATER PUMP B OVERLOAD/TRIP

- - READ TO THE EXAMINEE *** I will explain the initial conditions, which step(s) to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objective for this JPM will be satisfied.

With the exception of the questions at the end, you may use any approved reference material normally available in the Control Room, including logs. Make all written reports, oral reports, alarm acknowledgements, and log entries as ifthe evolution was actually being performed.

3 JPM WORKSHEET JPMNumber:

JPM-S8 Revision:

0/0 Initial Conditions:

Initiating Cues: Simulator Requirements:

The "A" Circulating Water pump has just tripped on overload and the crew has entered AOP 2517, Circulating Water Malfunctions.

The plant is at 100% power, steady state, with all other systems and components are operating normally for the given conditions.

No liquid waste discharges are on progress.

No sodium hypochlorite shocking of bays is in progress.

You are the Balance Of Plant (BOP) operator and have been instructed by the US to commence the actions of AOP 2517, Circulating Water Malfunctions, starting with step 3.0, Initial Actions. 1. Initialize to 100% power, steady state, all equipment operating normally.

2. Ensure all VFDs are set to 100% 3. Trip the "A" CW pump (CWOlA), acknowledge all alarms and place simulator in FREEZE until the examinee takes the watch. 4. Call up the malfunction to trip the "B" CW pump (CWOlB) and have it ready to trigger. ****NOTES TO TASK PERFORMANCE EVALUATOR****

1. Critical steps for this JPM are indicated by checking "Y". For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.

2. When the student states what his/her simulated action/observation would be, read the appropriate "Cue". 3. If necessary, question student for details of simulated actions/observations (i.e. "What are you looking at?" or "What are you observing?").

4. Under NO circumstances must the student be allowed to manipulate any devices during the performance of this JPM (in-plant only). 4 PERFORMANCE INFORMATION JPMNumber:

JPM-S8 Revision:

0/0 Task Title: Respond to the Loss of a 2"d Circulating Wafor _PumQ START TIME: ----STEP Performance:

Standard:

Critical:

Grade #1 AOP 2517 2 Circ. Water Malfunctions so uo 3.0 Initial Actions INSTRUCTIONS 3 .1 CHECK the following condition exists:

BOTH circulating water pumps are tripped in ONE condenser Examinee notes that only one Circ. Water pump CONTINGENCY ACTIONS has tripped and per the Contingency Action 3 .1.1, 3.1.1 Proceed To step 3.3. proceeds to step 3 .3 Cue: BOOTH: When the examinee is ready to take the watch, place the simulator in RUN. Comments:

STEP Performance:

Standard:

Critical:

Grade #2 *3 .3 MONITOR condenser backpressure The examinee should continuously monitor (*)

so uo maintained less than or equal to 4.5 in Hg. condenser backpressure to ensure</=

4.5" Hg. Ifbackpressure is>/= 6.5" Hg, the Examinee notes the Contingency Action guidance and recommends and/or trips the plant. Cue: If examinee suggests the plant be (conservatively) tripped due to rising condenser back pressure, decline the request and state that backpressure appears to be rising at a slower rate and to continue with the AOP actions at this time. Comments:

Once a 2nd CW pump is lost, the examinee may recommend tripping the plant at any time due to rising backpressure.

If this recommendation is made, the JPM may be considered complete.

5 PERFORMANCE INFORMATION JPMNumber:

JPM-S8 Revision:

0/0 Task Title: Respond to the Loss of a -1:d Water Pump STEP Performance:

Standard:

Critical:

Grade #3 3.4 RAISE speed of all VFD mode operating Examinee notes all VFDs at I 00% value.

so uo circulating water pumps to I 00%. Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #4 3.5 CLOSE water box inlets for pumps which Examinee notes the "A" CW pump has tripped and so uo tripped: closes CW-1 IH, "A" water box inlet on C-06 (red a. CW-1 lH, "A" water box inlet light out, green light lit). b. CW-11 G, "B" water box inlet c. CW-llF, "C" water box inlet d. CW-1 lE, "D" water box inlet Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #5 NOTE so uo A 15 to 20 second pause is required after Examinee reads and acknowledges the note. receiving the full closed position indication to allow for full closure prior to opening the crosstie valve. Cue: Comments:

6 PERFORMANCE INFORMATION JPM Number: _JP:...::....::M.:.::__:-S:..:8:____

______________

_ Revision:

0/0 Task Title: Respond to the Loss of a 2"d Circulating Water Pump STEP Performance:

Standard:

Critical:

Grade #6 3.6 CHECK water box inlets for tripped pumps Examinee notes CW-I IH is closed, waits I5 -20 Ytzl ND so uo closed. seconds, then opens CW-12D, condenser IA inlet a. OPEN the following waterbox cross-tie cross-tie (red light lit, green light out on C-06). valves for tripped pump(s):

CW-I2D, condenser IA inlet cross-tie

CW-I 2C, condenser 1B inlet cross-tie Cue: BOOTH: When examinee completes step 3.6 (before beginning step 3.7) immediately trip the "B" CW Pump (trigger CWOlB). Comments:

The critical only action is to open CW-12D. When the 2°ct CW pump is lost, the examinee may immediately recommend tripping the plant. STEP Performance:

Standard:

Critical:

Grade #7 ARP 2590E-050 (C06/7, B-9); CIRC WATER Examinee notes and acknowledges the "B" CW YD N[8J so uo PUMP B OVERLOAD/TRIP pump trip. AUTOMATIC FUNCTIONS Examinee informs US of the "B" CW pump trip. 1. "B" circulating water pump trips and alarms. Examinee may elect to recommend and/or trip Y[8J ND so uo CORRECTIVE ACTIONS the plant at this time, or proceed with the ARP 1. NOTIFY Security Shift Operations guidance to demonstrate the procedure flow path. Supervisor that the "B" circulating water 1. Informs US to notify Security Shift Operations pump has tripped. Supervisor that the "B" circulating water pump 2. Go To AOP 25I7, "Circulating Water has tripped. Malfunctions." 2. Goes back to AOP 2517, CW Malfunctions.

Cue: If at any time a plant trip is recommended, concur and direct. Comments:

If required, inform examinee that the Security Shift Operations Supervisor has been notified of the "B" CW pump trip. This step is critical only if a plant trip is recognized to be needed at this time. Examinee may first elect to refer to this ARP, and then go back to AOP 25 I 7 to demonstrate a procedure path. If the tripped at this time, the remaining steps are not critical.

However, an automatic plant trip due to high condenser backpressure occurring before the examinee recommends a manual trip constitutes a failure of the JPM. Manually tripping the plant, or recommending the plant be manually tripped, due to the loss of a 2°d CW pump or rising condenser backpressure, successfully completes the JPM. 7 PERFORMANCE INFORMATION JPMNumber:

JPM-S8 Revision:

0/0 Task Title: Respond to the Loss of a 2°d Circulating Water Pump STEP Performance:

Standard:

Critical:

Grade #8 AOP 2517 2 Circ. Water Malfunctions so uo 3.0 Initial Actions INSTRUCTIONS Examinee notes both circulating water pumps are 3 .1 CHECK the following condition exists: tripped in one condenser and proceeds to step 3 .2

BOTH circulating water pumps are tripped in ONE condenser Cue: If at any time a plant trip is recommended, concur and direct. Comments:

An automatic plant trip due to high condenser backpressure occurring before the examinee recommends a manual trip constitutes a failure oftheJPM.

Manually tripping the plant (or recommending the plant be tripped) due to the loss of a 2"d CW pump, or rising condenser backpressure, successfully completes the JPM. STEP Perfonnance:

Standard:

Critical:

Grade #9 NOTE Examinee reads and acknowledges the note.

so uo When power is less than 15% AND linear power bistable light clears (not lit), on at least 3 RPS channels, the turbine trip is inhibited and turbine trip will not result in an automatic reactor trip. Cue: Comments:

8 PERFORMANCE INFORMATION JPM Number: JPM-S8 Revision:

0/0 Task Title: Respond to the Loss of a znd Circulating Water Pump STEP Performance:

Standard:

Critical:

Grade #10 3.2 CHECK BOTH of the following conditions Examinee notes power is> 15% and references the so uo exist: Contingency Action 3 .2.1.

Power less than 15%

Turbine trip inhibited Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #11 CONTINGENCY ACTIONS so uo 3.2.1 IF greater than or equal to 15% power, Examinee recommends and/or trips the plant. THEN PERFORM the following actions: a. TRIP the reactor and turbine. b. Go To EOP 2525, "Standard Post Trip Actions. Cue: Hat any time a plant trip is recommended, concur and direct. Comments:

An automatic plant trip due to high condenser backpressure occurring before the examinee recommends a manual trip constitutes a failure of the JPM. Manually tripping the plant (or recommending the plant be tripped) due to the loss of a 2°d CW pump, or rising condenser backpressure, successfully completes the JPM. TERMINATION CUE: The evaluation for this JPM is concluded.

STOP TIME: ---9 VERIFICATION OF JPM COMPLETION JPMNumber:

JPM-S8 Revision:

0/0 Date Performed:

Student: For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.

If task is Time Critical, it MUST be completed within the specified time to achieve a satisfactory grade. EVALUATION SECTION: Time Critical Task? 0 Yes Validated Time (minutes):

I 10 Actual Time to Complete (minutes):

I Work Practice Performance:

D SAT D UNSAT Operator Fundamentals:

D SAT D UNSAT JPM Question Portion Overall [NLO only]: D SAT D UNSAT D N/A Attached Question # 1 D SAT D UNSAT Attached Question #2 D SAT D UNSAT Overall Result of JPM: D SAT D UNSAT Evaluator:

Print I Sign Areas for Improvement I Comments:

10 JPMNumber:

Initial Conditions:

Initiating Cues: STUDENT HANDOUT JPM-S8 Revision:

0/0 The "A" Circulating Water pump has just tripped on overload and the crew has entered AOP 2517, Circulating Water Malfunctions.

The plant is at 100% power, steady state, with all other systems and components are operating normally for the given conditions.

No liquid waste discharges are on progress.

No sodium hypochlorite shocking of bays is in progress.

You are the Balance Of Plant (BOP) operator and have been instructed by the US to commence the actions of AOP 2517, Circulating Water Malfunctions, starting with step 3 .0, Initial Actions. 11 JOB PERFORMANCE MEASURE APPROVAL SHEET JPM Title: Mitigate a Reactor Regulating System Failed T cow Input JPMNumber:

JPM-S9 Revision:

010 Initiated:

Robert L. Cimmino, Jr. 02/03/2017 Developer Date Reviewed:

Will Chesnutt Technical Reviewer Date Approved:

Michael John Cote Supervisor, Nuclear Training Date 1

SUMMARY

OF CHANGES DATE DESCRIPTION REV/CHANGE 01/31/2017 rlc Created new JPM for 2017 NRG Re-Take Exam 010 2 JPM WORKSHEET Facility:

MPUnit2 Examinee:

JPM Number: JPM-S9 Revision:

0/0 Task Title: Mitigate a Reactor Regulating System Failed T coLo Input System: Reactor Regulating System Time Critical Task: DYES Validated Time (minutes):

10 Task Number(s):

NUTIMS 041-01-003 Applicable To: RO ---PEO ---SRO ---STA ----x KIA Number: 016/A4.0l KIA Rating: 2.9/2.8 --------Method of Testing: Simulated Performance:

Actual Performance:

x Location:

Classroom:

Simulator:

x In-Plant:

Task Standards:

The Examinee will use OP 2386, Reactor Regulating System, Section 4.2, "Removing (bypassing)

Faulty Indication", to deselect a failed T cow input and restore system calculated outputs to normal. Required Materials:

OP 2386, "Reactor Regulating System" (procedures, equipment, etc.) ARP 2590C-148, 'TAVG-TREF HI/LO" (C-04/DA-19)

General

References:

OP 2386, "Reactor Regulating System" *** READ TO THE EXAMINEE *** I will explain the initial conditions, which step(s) to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objective for this JPM will be satisfied.

With the exception of the questions at the end, you may use any approved reference material normally available in the Control Room, including logs. Make all written reports, oral reports, alarm acknowledgements, and log entries as if the evolution was actually being performed.

3 JPM WORKSHEET JPMNumber:

JPM-S9 Revision:

0/0 Initial Conditions:

Initiating Cues: Simulator Requirements:

1. The Plant is at 100% power, steady state. 2. Loop 1 Tcorn temperature transmitter, TE-111 Y, has failed to 614°F. 3. I&C has been notified.

1. You are the Balance Of Plant (BOP) operator.

2. The Unit Supervisor has directed you to bypass the failed T corn input to the Reactor Regulating System IA W OP 2386, "Reactor Regulating System", Section 4.2, "Removing (bypassing)

Faulty Indication".

1. Initialize the simulator to any steady state, 100% power IC. 2. Enter malfunction RXOSA at 614°F to fail TE-111 Y input to the RRS. 3. Acknowledge all alarms. 4. On the BOP "Foxboro control PPC" application, select the "FEEDWATER HEATERS OVERVIEW" screen. ****NOTES TO TASK PERFORMANCE EVALUATOR****

1. Critical steps for this JPM are indicated by checking "Y". For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.

2. When the student states what his/her simulated action/observation would be, read the appropriate "Cue". 3. If necessary, question student for details of simulated actions/observations (i.e. "What are you looking at?" or "What are you observing?").

4. Under NO circumstances must the student be allowed to manipulate any devices during the performance of this JPM (in-plant only). 4 PERFORMANCE INFORMATION JPMNumber:

JPM-S9 Revision:

0/0 Task Title: Mitigate a Reactor Regulating System T cow Input Failure START TIME: ___ _ STEP Performance:

Standard:

Critical:

Grade #1 OP Reactor Regulating System 1. Examinee references OP 2386, "Reactor YD NIZ! so uo 4.2 Removing (bypassing)

Faulty Indication Regulating System" (RRS), Section 4.2, "Removing (bypassing)

Faulty Indication" 2. Examinee uses any BOP computer work station to access the "Foxboro control PPC" application.

Cue: Comments:

All required actions in Steps 4.2.1 -4.2.6 are performed on the Foxboro control PPC interface to the Foxboro IA system. STEP Performance:

Standard:

Critical:

Grade #2 4.2.1 SELECT "Change Env" (Foxboro Examinee selects "Change Env" on the application.

YD NIZ! so uo control PPC). Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #3 4.2.2 SELECT "Reactor-Reg" (environment The RRS Instruments screen has been selected on YIZ! ND so uo selection screen PPC). the Foxboro control PPC. 4.2.3 CLICK on "OK." 4.2.4 SELECT "RRS Instruments" screen (Foxboro control PPC). Cue: Comments:

The RRS Instrument screen is labeled "REACTOR REGULATING

& STEAM DUMP PROGRAM TEMPERATURE and PRESSURE INSTRUMENT SELECTION".

5 PERFORMANCE INFORMATION JPMNumber:

JPM-S9 Revision:

0/0 Task Title: Mitigate a Reactor Regulating System T COLD Input Failure STEP Performance:

Standard:

Critical:

Grade #4 NOTE Examinee reads and acknowledges the Note. YD N[8] so uo Removing a temperature input from the Selected Loop could cause Pressurizer level setpoint to change. Cue: If required, inform the examinee that the RO is monitoring pressurizer level control for any changes. Comments:

STEP Performance:

Standard:

Critical:

Grade #5 4.2.5 SELECT the input to be bypassed and Examinee CLICKS the "NORMAL" button under Yi:8] ND so uo PRESS the "NORMAL" button. the TE-lllY indication.

Cue: The button label for TE-111 Y must be changed from "NORMAL" to "BYPASSED" for the failed input to be successfully bypassed from the RRS output calculations.

Comments:

STEP Performance:

Standard:

Critical:

Grade #6 4.2.6 OBSERVE that the "NORMAL" button Examinee observes the TE-111 Y input is now YD Ni:8] so uo changed to "BYPASSED." bypassed.

Cue: Comments:

This completes the JPM. TERMINATION CUE: The evaluation for this JPM is concluded.

STOP TIME: 6 VERIFICATION OF .JPM COMPLETION JPMNumber:

JPM-S9 Revision:

0/0 Date Performed:

Student: For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.

If task is Time Critical, it MUST be completed within the specified time to achieve a satisfactory grade. EVALUATION SECTION: Time Critical Task? D Yes D No Validated Time (minutes):

I 10 Actual Time to Complete (minutes):

I Work Practice Performance:

D SAT D UNSAT Operator Fundamentals:

D SAT D UNSAT JPM Question Portion Overall [NLO only]: D SAT D UNSAT D N/A Attached Question #1 D SAT D UNSAT Attached Question #2 D SAT D UNSAT Overall Result of JPM: D SAT D UNSAT Evaluator:

Print I Sign Areas for Improvement I Comments:

7 JPMNumber:

Initial Conditions:

Initiating Cues: STUDENT HANDOUT JPM-S9 Revision:

0/0 1. The Plant is at 100% power, steady state. 2. Loop 1 T COLD temperature transmitter, TE-111 Y, has failed to 614°F. 3. I&C has been notified.

1. You are the Balance Of Plant (BOP) operator.

2. The Unit Supervisor has directed you to bypass the failed T coLD input to the Reactor Regulating System IA WOP 2386, "Reactor Regulating System", Section 4.2, "Removing (bypassing)

Faulty Indication".

8 JOB PERFORMANCE MEASURE APPROVAL SHEET JPM Title: Transferring Computer UPS 480 V AC Main Power Supply JPMNumber:

JPM-Pl (JPM-116)

Revision:

5 Initiated:

John W. Riley (Signature on File) 01/23/2017 Developer Date Reviewed:

Will Chesnutt (Signature on File) 01127/2017 Technical Reviewer Date Approved:

Michael John Cote (Signature on File) 02/01/2017 Supervisor, Nuclear Training Date 1

SUMMARY

OF CHANGES DATE DESCRIPTION REV/CHANGE 2006-317 Update JPM to include HUP evaluations and new format 310 06-11-07 (DAP) Verified JPM to comply with 2349A Rev 010-001. Made minor 310 changes to font and format but nothing of substance.

JWR 08-07-2012 Updated to new Format. Minor editorial changes. 311 07/22/2015

-RJA Updated to newest format and latest procedure revision.

4 1/16/17 jwr Reviewed and validated for 201 7 NRC JPM exam. Changed Task 5 Number, minor changes some cues and initiating cue. 2 JPM WORKSHEET Facility:

MP2 Examinee:

JPMNumber:

JPM-Pl (JPM-116)

Revision:

5 Task Title: Transferring Computer UPS 480 V AC Main Power Supply System: Plant Process Computer Time Critical Task: DYES Validated Time (minutes):

30 ------Task Number(s):

083-01-030 Applicable To: SRO x STA RO x PEO x KIA Number: KIA Rating: --------062 A4.01 3.3/3.1 Method of Testing: Simulated Performance:

x Actual Performance:

Location:

Classroom:

Simulator:

In-Plant:

x Task Standards:

At the completion of this JPM, the examinee has transferred the computer UPS main power supply from Facility 1 to Facility 2. Required Materials:

OP 2349A, Plant Process Computer UPS System (procedures, equipment, etc.) General

References:

OP 2349A, Plant Process Computer UPS System *** READ TO THE EXAMINEE *** I will explain the initial conditions, which step(s) to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objective for this JPM will be satisfied.

With the exception of the questions at the end, you may use any approved reference material normally available in the Control Room, including logs. Make all written reports, oral reports, alarm acknowledgements, and log entries as if the evolution was actually being performed.

3 JPM WORKSHEET JPMNumber:

JPM-Pl (JPM-116)

Revision:

5 Initial Conditions:

The plant is at 100% power. Initiating Cues:

All systems are in a normal lineup.

The computer uninterruptible power supply is being supplied from Facility 1.

The Task Preview and Pre-job Brief have been completed.

The Unit Supervisor has directed you to transfer the computer UPS main power supply from Facility 1 to Facility 2 in accordance with OP 2349A, Section 4.8.

The computer UPS main power supply is being swapped from Facility 1 to Facility 2 to support preventative maintenance on breaker B5238. Simulator Requirements:

NI A ****NOTES TO TASK PERFORMANCE EVALUATOR****

1. Critical steps for this JPM are indicated by checking "Y". For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.

2. When the student states what his/her simulated action/observation would be, read the appropriate "Cue". 3. If necessary, question student for details of simulated actions/observations (i.e. "What are you looking at?" or "What are you observing?").

4. Under NO circumstances must the student be allowed to manipulate any devices during the performance of this JPM (in-plant only). 4 PERFORMANCE INFORMATION JPMNumber:

JPM-Pl (JPM-116)

Revision:

5 Task Title: Transferring Computer UPS 480 V AC Main_Power

§upply STARTTIME: STEP Performance:

Standard:

Critical:

Grade #1 OP 2349A, Section 4.8 Examinee reads and acknowledges the Note. YD N[gj so uo CA UT ION With safety switches, NB-5238 and NB-6245 open, computer power is supplied from computer battery. When computer battery is supplying power, positive operator action must be taken within 90 minutes to place computer UPS back on UPS inverter or alternate source. Cue: Provide examinee with a copy of OP 2349A, Plant Process Computer UPS System. Comments:

STEP Performance:

Standard:

Critical:

Grade #2 4.8.1 IF transferring main power supply from Examinee proceeds to the Control Room Air YD N[gj so uo Facility 1 to Facility 2, PERFORM the Conditioning Room and observes breaker B6245, following: "computer uninterruptible power supply," is in the a. CHECK Facility 2 supply breaker, ON position.

B6245, "computer uninterruptible power supply," closed (CRAC room). Cue: Breaker B6245 is in the ON (closed) position .. Comments:

5 PERFORMANCE INFORMATION JPM Number: JPM-Pl (JPM-116)

Revision:

5 Task Title: Transferring C()mputer UPS 480 V AC Main Power Supply STEP Performance:

Standard:

Critical:

Grade #3 b. CHECK computer battery, DB4A, Examinee locates CB-1 on DSOA (West DC so uo aligned to inverter with CB-1 closed switchgear room) and observes that the breaker is (DSOA). in the ON position.

Cue: Breaker CB-1 is in the ON (closed) position.

Comments:

This area may be Protected.

The preferred method to complete this step is to get the Shift Managers permission to enter the Protected Area. A photo maybe used to complete this step as an alternate method. STEP Performance:

Standard:

Critical:

Grade #4 c. CHECK UPS not aligned to Examinee observes that the red "ALTERNATE so uo alternate source. SOURCE SUPPL YING LOAD" light on DSOA is NOT lit and I or the amber "INVERTER SUPPL YING LOAD" light is lit. Cue: The red "ALTERNATE SOURCE SUPPLYING LOAD" light on DSOA is NOT lit and I or the amber "INVERTER SUPPLYING LOAD" light is lit. Comments:

This area may be Protected.

The preferred method to complete this step is to get the Shift Managers permission to enter the Protected Area. A photo maybe used to complete this step as an alternate method. 6 PERFORMANCE INFORMATION JPMNumber:

JPM-Pl (JPM-116)

Revision:

5 Task Title:

480 V AC Main Power Supply STEP Performance:

Standard:

Critical:

Grade #5 d. PLACE safety switch, "computer Examinee proceeds to the East DC Switchgear Y[gj ND so uo power safety switch NB-5238," to Room and simulates placing switch NB-5238 to the "OFF" (East DC Switchgear "OFF" position.

Room). Cue: Switch NB-523 8 has been placed in the "OFF" position.

Comments:

STEP Performance:

Standard:

Critical:

Grade #6 e. TURN and REMOVE Kirk-Key for Examinee simulates turning and removing Kirk-Y[gj ND so uo safety switch, "computer power Key for safety switch "computer power safety safety switch, NB-5238", (East DC switch, NB-5238", (East DC Switchgear Room). Switchgear Room). Cue: Kirk-Key for safety switch NB-5238 has been turned and the key has been removed. Comments:

STEP Performance:

Standard:

Critical:

Grade #7 f. INSERT and TURN Kirk-key for Examinee proceeds to the West DC Switchgear Y[gj ND so uo safety switch, "computer power Room and simulates inserting the Kirk-key into safety switch, NB-6245" (West DC safety switch NB-6245. Switchgear Room). Examinee simulates turning Kirk-Key for safety Y[gj ND so uo switch NB-6245 .. Cue: The kirk-key has been inserted and turned. Comments:

7 PERFORMANCE INFORMATION JPM Number: JPM-Pl (JPM-116)

Revision:

5 Task Title:

UP§_ 480 Ma!!J.

_§upply STEP Performance:

Standard:

Critical:

Grade #8 g. PLACE safety switch, "computer Examinee simulates placing safety switch, so uo power safety switch, NB-6245," to "computer power safety switch, NB-6245," to the "ON" (West DC Switchgear Room). "ON" position.

Cue: "Computer power safety switch, NB-6245," is in the "ON" position.

Comments:

STEP Performance:

Standard:

Critical:

Grade #9 h. IF UPS inverter operating, Examinee observes the following:

so uo OBSERVE the following (D50A):

Amber "IN SYNC" light is lit

Amber "IN SYNC" light, lit

Amber "INVERTER SUPPLYING LOAD"

Amber "INVERTER light is lit SUPPL YING LOAD" light lit

Red "BATTERY CURRENT" light is NOT lit.

Red "BATTERY CURRENT" light not lit. Cue:

Amber "IN SYNC" light is lit

Amber "INVERTER SUPPLYING LOAD" light is lit

Red "BATTERY CURRENT" light is NOT lit. Comments:

This area may be Protected.

The preferred method to complete this step is to get the Shift Managers permission to enter the Protected Area. A photo maybe used to complete this step as an alternate method. TERMINATION CUE: The evaluation for this JPM is concluded.

STOP TIME: __ _ 8 VERIFICATION OF JPM COMPLETION JPMNumber:

JPM-Pl (JPM-116)

Revision:

5 Date Performed:

Student: For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.

If task is Time Critical, it MUST be completed within the specified time to achieve a satisfactory grade. EVALUATION SECTION: Time Critical Task? D Yes [gj No Validated Time (minutes):

I 30 Actual Time to Complete (minutes):

I Work Practice Performance:

D SAT D UNSAT Operator Fundamentals:

D SAT D UNSAT JPM Question Portion Overall [NLO only]: D SAT D UNSAT D N/A Attached Question # 1 D SAT D UNSAT Attached Question #2 D SAT D UNSAT Overall Result of JPM: D SAT D UNSAT Evaluator:

Print I Sign Areas for Improvement I Comments:

9 JPMNumber:

Initial Conditions:

Initiating Cues: STUDENT HANDOUT JPM-Pl (JPM-116)

Revision:

5

The plant is at 100% power.

All systems are in a normal lineup.

The computer uninterruptible power supply is being supplied from Facility 1.

The Task Preview and Pre-job Brief have been completed.

The Unit Supervisor has directed you to transfer the computer UPS main power supply from Facility 1 to Facility 2 in accordance with OP 2349A, Section 4.8.

The computer UPS main power supply is being swapped from Facility 1 to Facility 2 to support preventative maintenance on breaker B5238. 10 JOB PERFORMANCE MEASURE APPROVAL SHEET JPM Title: Swapping "B" Service Water Strainer from Facility 1 to Facility 2 JPMNumber:

JPM-P2 Revision:

0 Initiated:

John W. Riley (Signature on File) 01/24/2017 Developer Date Reviewed:

Will Chesnutt (Signature on File) 01/27/2017 Technical Reviewer Date Approved:

Michael John Cote (Signature on File) 02/01/2017 Supervisor, Nuclear Training Date 1

SUMMARY

OF CHANGES DATE DESCRIPTION REV/CHANGE 01/24/2017 jwr Initial issue JPM. Similar to JPM-123. Written for the 2017 ILT 0 NRC JPM exam. JPM-123 used the operating procedure.

This JPM uses the Loss of Vital 480 VAC Bus 22E AOP; 2503E. 2 JPM WORKSHEET Facility:

MP2 Examinee:

JPMNumber:

JPM-P2 Revision:

0 ----Task Title: Swapping "B" Service Water Strainer from Facility 1 to Facility 2 System: Service Water Time Critical Task: DYES k?S1 NO Validated Time (minutes):

10 ------Task Number(s):

000-04-018 Applicable To: STA RO PEO x SRO ---x x 076/A2.0l KIA Rating: --------3.5/3.7 KIA Number: Method of Testing: Simulated Performance:

x Actual Performance:

Location:

Classroom:

Simulator:

In-Plant:

x Task Standards:

At the completion of this JPM, the examinee has simulated swapping the "B" service water strainer power supply from Facility 1 to Facility 2. Required Materials:

AOP 2503E, Loss of Vital 480 V AC Bus 22E (procedures, equipment, etc.) General

References:

AOP 2503E, Loss of Vital 480 V AC Bus 22E *** READ TO THE EXAMINEE *** I will explain the initial conditions, which step(s) to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objective for this JPM will be satisfied.

With the exception of the questions at the end, you may use any approved reference material normally available in the Control Room, including logs. Make all written reports, oral reports, alarm acknowledgements, and log entries as if the evolution was actually being performed.

3 JPM WORKSHEET JPMNumber:

JPM-P2 Revision:

0 Initial Conditions:

The plant is at 100% power. Initiating Cues:

A loss of 480 volt electrical bus 22E has occurred.

The crew has entered AOP 2503E, "Loss of Vital 480 VAC Bus 22E".

The crew is performing step 3 .18 to place the "B" SW pump in service on facility 1.

The crew has completed all steps through 3.18.e. The "B" SW pump is operating and the "A" SW pump has been stopped.

The Unit Supervisor has directed you to swap the "B" service water strainer power supply from Facility 1 to Facility 2 in accordance with AOP 2503E, step 3.18.f.

The examiner will act as the US as needed. Simulator Requirements:

NIA * * * *NOTES TO TASK PERFORMANCE EV ALU ATOR* * *

1. Critical steps for this JPM are indicated by checking "Y". For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.

2. When the student states what his/her simulated action/observation would be, read the appropriate "Cue". 3. If necessary, question student for details of simulated actions/observations (i.e. "What are you looking at?" or "What are you observing?").

4. Under NO circumstances must the student be allowed to manipulate any devices during the performance of this JPM (in-plant only). 4 PERFORMANCE INFORMATION JPMNumber:

JPM-P2 Revision:

0 Task Title: Swapping "B" Service Water Strainer from Facility 1 to Facility 2 START TIME: ----STEP Performance:

Standard:

Critical:

Grade #1 3 .18.f DISPATCH Operator to intake structure The examinee locates the "B" Service water Ycgj ND so uo to ENSURE "B" service water strainer Strainer control switch on the middle, left of the powered from facility 2, as follows: "B" Service Water Pump Discharge Strainer 1) PLACE "B" SW strainer control Control panel LIB (C58B), and simulates placing switch to "OFF." it to the "OFF" position.

Cue: "B" SW strainer control switch is in "OFF" position.

Comments:

The best way to administer this JPM is to have both the examiner and examinee stand on the floor using a flashlight and laser pointer. The examinee can climb the ladder and look at the panel but there is not enough room for the examinee and examiner on the platform.

And it could be unsafe for the examinee to tum on the platform to communicate with the examiner.

STEP Performance:

Standard:

Critical:

Grade #2 2) OPEN "Zl" knife switch. The examinee locates the "B" Service Water Ycgj ND so uo Strainer "Z l" knife switch on the right side of the "B" Service Water Pump Discharge Strainer Control panel LIB (C58B), and simulates placing it in the "OFF" position.

Cue: "Zl" knife switch is in the "OFF" position.

Comments:

5 PERFORMANCE INFORMATION JPMNumber:

JPM-P2 Revision:

0 Task Title:

Service Water Strainer from Facility 1toFacility2 STEP Performance:

Standard:

Critical:

Grade #3 3) ROTATE and REMOVE Kirk-key.

The examinee locates the Kirk-key in the lock Y[gj ND so uo for the Zl knife switch, and simulates rotating it 90° to lock the Zl knife switch.

Examinee simulates removing the Kirk-key . Y[gj ND so uo Cue: The Zl Kirk-key has been rotated and removed. Comments:

STEP Performance:

Standard:

Critical:

Grade #4 4) INSERT Kirk-key in Z2 lock. The examinee locates the Kirk-key lock for the Z2 Y[gj ND so uo knife switch and simulates inserting the Kirk-key into the Z2 lock. Cue: The Kirk key has been inserted into the Facility 2 key lock switch. Comments:

STEP Performance:

5 Standard:

Critical:

Grade 5) UNLOCK and CLOSE Z2 knife The examinee simulates unlocking the Kirk key Y[gj ND so uo switch. lock for the Z2 knife switch, and simulates closing the Z2 knife switch ("ON" position).

Cue: The Z2 Kirk key switch is unlocked and the knife switch is closed ("ON" position).

Comments:

6 PERFORMANCE INFORMATION JPMNumber:

JPM-P2 Revision:

0 Task Title: Swapping "B" Water Strainer from Facility 1toFacility2 STEP Performance:

Standard:

Critical:

Grade #6 6) PRESS "CLOSE" on strainer control The examinee simulates pressing "CLOSE" on Y[gj ND so uo panel (west side above Z2 knife strainer control panel (west side above Z2 knife switch). switch). Cue: "CLOSE" on strainer control panel has been pressed. Comments:

STEP Performance:

Standard:

Critical:

Grade #7 7) PLACE "B" SW strainer control Examinee simulates placing "B" SW strainer Y[gj ND so uo switch in "AUTO." control switch in "AUTO. Cue: The "B" SW strainer control switch is in "AUTO. Comments:

TERMINATION CUE: The evaluation for this JPM is concluded.

STOP TIME: ----7 VERIFICATION OF JPM COMPLETION JPM Number: JPM-P2 Revision:

0 Date Performed:

Student: For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.

If task is Time Critical, it MUST be completed within the specified time to achieve a satisfactory grade. EVALUATION SECTION: Time Critical Task? 0 Yes Validated Time (minutes):

I 10 Actual Time to Complete (minutes):

I Work Practice Performance:

D SAT D UNSAT Operator Fundamentals:

D SAT D UNSAT JPM Question Portion Overall [NLO only]: D SAT D UNSAT D N/A Attached Question #1 D SAT D UNSAT Attached Question #2 D SAT D UNSAT Overall Result of JPM: D SAT D UNSAT Evaluator:

Print I Sign Areas for Improvement I Comments:

8 JPMNumber:

Initial Conditions:

Initiating Cues: STUDENT HANDOUT JPM-P2 Revision:

0

The plant is at 100% power.

A loss of 480 volt electrical bus 22E has occurred.

The crew has entered AOP 2503E, "Loss of Vital 480 VAC Bus 22E".

The crew is performing step 3 .18 to place the "B" SW pump in service on Facility 1.

The crew has completed all steps through 3 .18.e. The "B" SW pump is operating and the "A" SW pump has been stopped.

The Unit Supervisor has directed you to swap the "B" service water strainer power supply from Facility 1 to Facility 2 in accordance with AOP 2503, step 3.18.f.

The examiner will act as the US as needed. 9 JOB PERFORMANCE MEASURE APPROVAL SHEET JPM Title: Shift from "A" to "B" Waste Gas Decay Tank JPMNumber:

JPM-P3 (JPM-225)

Revision:

2 Initiated:

John W. Riley (Signature on File) 1/18117 Developer Date Reviewed:

Will Chesnutt (Signature on File) 01/27/2017 Technical Reviewer Date Approved:

Michael John Cote (Signature on File) 02/01/2017 Supervisor, Nuclear Training Date 1

SUMMARY

OF CHANGES DATE DESCRIPTION REV/CHANGE 10/20/08 Revised JPM for LOIT 2008 NRC Exam 110 01102109 Incorporated NRC Post-Validation comments 1/0 01/17/2017 jwr Updated to the latest format in preparation for the 2017 NRC JPM 210 exam. Made changes due to procedure changes. 2 JPM WORKSHEET Facility:

l\1P2 Examinee:

JPMNumber:

JPM-P3 (JPM-225)

Revision:

2/0 ---Task Title: Shift from "A" to "B" Waste Gas Decay Tank System: Gaseous Radwaste Time Critical Task: DYES Validated Time (minutes):

25 ------Task Number(s):

071-01-035 Applicable To: SRO ---STA ----RO ---PEO x x x KIA Number: 071 A4.05 KIA Rating: 2.6*/2.6*

Method of Testing: Simulated Performance:

x Actual Performance:

Location:

Classroom:

Simulator:

In-Plant:

x Task Standards:

At the completion of this JPM the examinee has shifted from the "A" Waste Gas Decay Tank in service to the "B" Waste Gas Decay Tank in service. Required Materials:

Waste Gas System, OP 2337, Section 4.2 (procedures, equipment, etc.) General

References:

Waste Gas System, OP 2337, Section 4.2 ***READ TO THE EXAMINEE *** I will explain the initial conditions, which step(s) to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objective for this JPM will be satisfied.

With the exception of the questions at the end, you may use any approved reference material normally available in the Control Room, including logs. Make all written reports, oral reports, alarm acknowledgements, and log entries as ifthe evolution was actually being performed.

3 JPM WORKSHEET JPMNumber:

JPM-P3 (JPM-225)

Revision:

2/0 Initial Conditions:

Initiating Cues: Simulator Requirements:

The "A" Waste Gas Decay Tank is in service.

The "A" Waste Gas Decay Tank pressure indicates 137 psig.

The "B" Waste Gas Decay Tank pressure indicates 5 psig.

All prerequisites are met.

The Task Preview and Pre-job Brief have been completed.

The US has directed you to remove the "A" Waste Gas Decay Tank from service and place the "B" Waste Gas Decay Tank in service. NIA * * **NOTES TO TASK PERFORMANCE EVALUATOR****

1. Critical steps for this JPM are indicated by checking "Y". For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.

2. When the student states what his/her simulated action/observation would be, read the appropriate "Cue". 3. If necessary, question student for details of simulated actions/observations (i.e. "What are you looking at?" or "What are you observing?").

4. Under NO circumstances must the student be allowed to manipulate any devices during the performance of this JPM (in-plant only). 4 PERFORMANCE INFORMATION JPMNumber:

JPM-P3 Revision:

2/0 Task Title: Shift from "A" to "B" Waste Gas Decay Tank START TIME: ___ _ STEP Performance:

Standard:

Critical:

Grade #1 OP 2337, Section 4.2, NOTE: Examinee reads and acknowledges NOTE prior to YD N[gj so uo 1. The following Section shifts any of the section 4.2, "Shifting Waste Gas Decay Tanks." following waste gas decay tanks ("A" through "F"): 2. When using this Section, the last designator is written in the box next to the component's identification number on a copy of this Section. Cue: Provide the examinee with OP 2337, Gaseous Radwaste System, prerequisites and precautions (pages 1-4) and section 4.2 Shifting Waste Gas Decay Tanks (pages 8-10). Comments:

STEP Performance:

Standard:

Critical:

Grade #2 OP 2337, Section 4.2, NOTE: Examinee reads and acknowledges NOTE at the YD N[gj so uo Waste Gas Decay Tanks are normally shifted start of section 4.2, "Shifting Waste Gas Decay when the gas pressure in the in service Waste Tanks." Gas Decay Tank reaches 135 to 140 psig. Cue: Comments:

5 PERFORMANCE INFORMATION JPMNumber:

JPM-P3 (JPM-225)

Revision:

2/0 Task Title: Shift from "A" to "B" Waste Gas Decay Tank STEP Performance:

Standard:

Critical:

Grade #3 4.2.1 MARK the boxes in step 4.2.6 with the Examinee records the letter "A" in the boxes YD N[8J so uo letter designator of the valve identification associated with step 4.2.6. number of the Waste Gas Decay Tank being removed from service. Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #4 4.2.2 MARK the boxes in step 4.2.8 with the Examinee records the letter "B" in the boxes YD N[8J so uo letter designator of the valve identification associated with step 4.2.8. number of the Waste Gas Decay Tank which is to be placed in service. Cue: Comments:

6 PERFORMANCE INFORMATION JPM Number: JPM-P3 (JPM-225)

Revision:

2/0 Task Title: Shift from "A" to "B" Waste Gas Decay Tank STEP Performance:

Standard:

Critical:

Grade #5 4.2.3 CIRCLE position of Waste Gas Examinee locates the handswitches for the "A" and Y0Nl:8J so uo Compressor hand switches (C-61 ): "B" Waste Gas Compressors on Panel C-61 and

HS-9188, "WASTE GAS records the position of the handswitches in the COMPRESSOR F-lA" appropriate space. OFF AUTO STANDBY

HS-9189, "WASTE GAS COMPRESSORF-lB" OFF AUTO STANDBY Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #6 4.2.4 WRlTE in-service Waste Gas Decay Tank Examinee writes in the in-service Waste Gas YD N(g] so uo pressure ps1g Decay Tank pressure as 137 psig. This was provided in the initial conditions.

Cue: Comments:

7 PERFORMANCE INFORMATION JPM Number: JPM-P3 (JPM-225)

Revision:

2/0 Task Title: Shift from "A" to "B" Waste Gas Decay Tank STEP Performance:

Standard:

Critical:

Grade #7 4.2.5 ENSURE the following in "OFF" (C-61): Examinee states he/she would place both "A" and so uo

HS-9188, "WASTE GAS "B" Waste Gas Compressor handswitches in the COMPRESSOR F-lA" OFF position.

HS-9189, "WASTE GAS COMPRESSOR F-lB" Cue: Both Waste Gas Compressor handswitches are in the OFF position.

Comments:

8 STEP #8 PERFORMANCE INFORMATION JPMNumber:

JPM-P3 (JPM-225)

Revision:

Task Title: Shift from "A" to "B" Waste Gas Decay Tank Performance:

4.2.6 For Waste Gas Decay Tank being removed from service, CLOSE the following valves: Cue:

2-GR-6.lA, "DECAY TK (T-19A) INLET V ALVE"(C-61)

2-GR-6A, "A DECAY TANK INLET STOP" (-25'6" Auxiliary Building)

2-GR-7A, "A DECAY TANK INLET" Standard:

Examinee locates the "WASTE GAS DECAY TANK INLET VAL VE, 2-GR-6.lA handswitch and states he/she would rotate it to the CLOSE position.

Examinee locates the "A" Decay Tank Inlet Stop, 2-GR-6A and states he/she would rotate it in the clockwise direction until the handwheel stops.

Examinee locates the "A" Decay Tank Inlet, 2-GR-7 A, and states he/she would rotate it in the clockwise direction until the handwheel stops. 2/0 Critical:

Grade so uo so uo so uo

When the examinee states that he/she is rotating the handswitch for 2-GR-6.lA to the closed position, inform examinee that the red light is NOT lit and the green light is lit.

When the examinee states that he/she is rotating the handle for 2-GR-6A and 2-GR-7 A, then inform him/her that the valve position indicator is pointing to the CLOSE position.

Comments:

All of the manual valve handles rotate 90° and have a pointer for valve position.

The handles for each of the manual valves may be oriented differently depending on local interference.

2-GR-7A mark number matches, but noun name does not match on permanent label. A temporary label (pink tag) is in place for a 100% match while the new permanent label is being made. 9 PERFORMANCE INFORMATION JPM Number: JPM-P3 (JPM-225)

Revision:

2/0 Task Title: Shift from "A" to "B" Waste Gas Decay Tank STEP Perfonnance:

Standard:

Critical:

Grade #9 4.2. 7 WRITE time decay tank isolated.

Examinee writes in the time decay tank isolated.

YD N[8J so uo Cue: Comments:

10 STEP #10 PERFORMANCE INFORMATION JPM Number: JPM-P3 (JPM-225)

Revision:

Task Title: Shift from "A" to "B" Waste Gas Decay Tank Perfo1mance:

4.2.8 PLACE applicable Waste Gas Decay Tank in service as follows: a. ENSURE the following valves closed:

2-GR-8a, "a DECAY TANK OUTLET ISOLATION" (-25'6" Auxiliary Building)

2-GR-9a, "a DECAY TANK OUTLET STOP" (-25'6" Auxiliary Building)

2-GR-8.lI!, "DECAY TK (T-19R) OUTLET VALVE" (C-61) b. OPEN the following valves:

2-GR-6.lI!, "DECAY TK (T-19R) INLET VAL VE" (C-61)

2-GR-6!1 "a DECAY TANK INLET STOP" -25'6" Auxiliary Building)

2-GR-7a, "a DECAY TANK INLET" Standard:

Examinee locates and states he/she would attempt to rotate the "B" Decay tank outlet isolation, 2-GR-8B, in the clockwise (close) direction and determines that the handle will NOT move.

Examinee locates and states he/she would attempt to rotate the "B" Decay tank outlet stop, 2-GR-9B, in the clockwise (close) direction and determines that the handle will NOT move.

Examinee locates and observes that the associated red light for the "B" DECAY TANK OUTLET CONTROL VAL VE, 2-GR-8. IB is out and the green light is lit.

Examinee locates and states he/she would place the "B" Decay tank inlet valve, 2-GR-6.IB, handswitch to the OPEN position.

Examinee locates and states he/she would rotate the "B" Decay Tank Inlet Stop, 2-GR-6B, in the counter clockwise (open) direction until the handle stops.

Examinee locates and states he/she would rotate the "B" Decay Tank Inlet valve, 2-GR-7B, in the counter clockwise (open) direction until the handle stops. 2/0 Critical:

Grade YD N[2J so uo YD N[2J so uo YD N[2J so uo Y[2J ND so uo Y[2J ND so uo Y[2J ND so uo Cue: For each of the above listed valves, when the examinee states that he/she is rotating a handswitch or a valve handle, then inform him/her that the valves are in the appropriate position or that the appropriate lights are lit as stated in the Standard.

Comments:

2-GR-7B mark number matches, but noun name does not match on permanent label. A temporary label (pink tag) is in place for a 100% match while the new permanent label is being made. 11 PERFORMANCE INFORMATION JPM Number: JPM-P3 (JPM-225)

Revision:

2/0 Task Title: Shift from "A" to "B" Waste Gas Decay Tank STEP Performance:

Standard:

Critical:

Grade #11 4.2.9 PLACE Waste Gas Compressor switches to Examinee places the handswitches for the "A" and so uo position marked in step 4.2.3. "B" Waste Gas Compressors on Panel C-61 back to the position recorded in step 4.2.3. Cue: Inform examinee that the appropriate lights are lit. Comments:

TERMINATION CUE: The evaluation for this JPM is concluded.

STOP TIME: __ _ 12 VERIFICATION OF JPM COMPLETION JPMNumber:

JPM-P3 (JPM-225)

Revision:

2/0 Date Performed:

Student: For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.

If task is Time Critical, it MUST be completed within the specified time to achieve a satisfactory grade. EVALUATION SECTION: Time Critical Task? D Yes Validated Time (minutes):

I 25 Actual Time to Complete (minutes):

I Work Practice Performance:

D SAT D UNSAT Operator Fundamentals:

D SAT D UNSAT JPM Question Portion Overall [NLO only]: D SAT D UNSAT D N/A Attached Question # 1 D SAT D UNSAT Attached Question #2 D SAT D UNSAT Overall Result of JPM: D SAT D UNSAT Evaluator:

Print I Sign Areas for Improvement I Comments:

13 JPMNumber:

Initial Conditions:

Initiating Cues: STUDENT HANDOUT P3 (JPM-225)

Revision:

2/0

The "A" Waste Gas Decay Tank is in service.

The "A" Waste Gas Decay Tank pressure indicates 137 psig.

The "B" Waste Gas Decay Tank pressure indicates 5 psig.

All prerequisites are met.

The Task Preview and Pre-job Brief have been completed.

The US has directed you to remove the "A" Waste Gas Decay Tank from service and place the "B" Waste Gas Decay Tank in service. 14 JOB PERFORMANCE MEASURE APPROVAL SHEET JPM Title: Local Manual Operation of a FRV JPMNumber:

JPM-P4 Revision:

0/0 Initiated:

John W. Riley (Signature on File) 1/30/2017 Developer Date Reviewed:

Will Chesnutt (Signature on File) 1/3112017 Technical Reviewer Date Approved:

Michael John Cote (Signature on File) 2/2/2017 Supervisor, Nuclear Training Date 1

SUMMARY

OF CHANGES DATE DESCRIPTION REV/CHANGE 01125/2017 rlc Created from JPM-063 for 2017 NRC Re-Take Exam 010 2 JPM WORKSHEET Facility:

MP2 Examinee:

JPMNumber:

JPM-P4 Revision:

0/0 Task Title: Local Manual Operation of a FRV System: Main Feedwater (Steam Generator)

Time Critical Task: D YES 1:8:1 NO Validated Time (minutes):

15 Task Number(s):

059-01-038 Applicable To: STA ----RO ---PEO ---SRO ---x x KIA Number: 035/A4.0l KIA Rating: 3.713.6 --------Method of Testing: Simulated Performance:

x Actual Performance:

Location:

Classroom:

Simulator:

In-Plant:

Task Standards:

Examinee has simulated taking local manual control of the # 1 Feedwater Regulating Valve per OP 2385. Required Materials:

AOP 2504C Loss of 120 VAC Vital Instrument Panel VA-10 (procedures, equipment, etc.) OP 2385 "Feedwater Control system Operation" General

References:

AOP 2504C Loss of 120 VAC Vital Instrument Panel VA-10 OP 2385 "Feedwater Control system Operation" *** READ TO THE EXAMINEE *** x I will explain the initial conditions, which step(s) to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objective for this JPM will be satisfied.

With the exception of the questions at the end, you may use any approved reference material normally available in the Control Room, including logs. Make all written reports, oral reports, alarm acknowledgements, and log entries as if the evolution was actually being performed.

3 JPM WORKSHEET JPMNumber:

JPM-P4 Revision:

0/0 Initial Conditions:

Initiating Cues: Simulator Requirements:

The plant is at 100 % power, steady state.

V A-10 has de-energized due to a failure of the panel's main breaker.

Electrical Maintenance is investigating the breaker failure.

The US has directed you to establish communications with the control room and take local manual control of the #1 FRV in accordance with OP 2385 "Feedwater Control System Operation".

Simulate that you have an ASCOM phone and Headset with you.

TSAS 3.7.1.6 "Main Feedwater Isolation Components" has been entered.

All of OP 2385 prerequisites are met except for Vital Instrument power from VAlO.

Step 4.7.2 has been completed by the control room. The controllers are properly configured. "REG VLV, LIC-5268" and "MSTR, LIC-5272" controllers are in manual and "BYPASS, LIC-5215" is in "AUTO". ****NOTES TO TASK PERFORMANCE EVALUATOR****

1. Critical steps for this JPM are indicated by checking "Y". For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.

2. When the student states what his/her simulated action/observation would be, read the appropriate "Cue". 3. If necessary, question student for details of simulated actions/observations (i.e. "What are you looking at?" or "What are you observing?").

4. Under NO circumstances must the student be allowed to manipulate any devices during the performance of this JPM (in-plant only). 4 PERFORMANCE INFORMATION JPMNumber:

JPM-P4 Revision:

0/0 Task Title: Local Manual Operation of a FRV STARTTIME: STEP Performance:

Standard:

Critical:

Grade #1 OP 2385 2 "Feedwater Control System Examinee reads and acknowledges the CAUTION.

so uo 0Qeration" 4.7 Local Operation of No. 1 FRV CAUTION 1. To remain within the Main Steam Line Break inside Containment analysis, operation with FRY bypass valve(s) open when greater than 25% power is not allowed. 2. During this mode of operation, the FRY override from "TURBINE TRIP" or "HI-HI SG LEVEL" signal does not function.

Cue: Provide a copy of OP 2385, "Feedwater Control System Operation";

index, prerequisites, and precaution (through page 7) and section 4.7, "Local Operation of No. 1 FRY". Comments:

STEP Performance:

Standard:

Critical:

Grade #2 NOTE Examinee reads and acknowledges the Note.

so uo This Section is required when malfunctions occur which prevent movement of No. 1 FRY from the Control Room and operation of the Feedwater System*is required.

Cue: Comments:

5 PERFORMANCE INFORMATION JPM Number: JPM-P4 Revision:

0/0 Task Title: Local Manual Operation of a FRV STEP Performance:

Standard:

Critical:

Grade #3 4.7.1 IF in MODEs 1, 2, or 3, ENTER TSAS Examinee notes that the initiating cue stated that YD N[g] so uo 3.7.1.6. TSAS 3. 7 .1.6 has been entered. Cue: Comments:

STEP Perfonnance:

Standard:

Critical:

Grade #4 4.7.2 ENSURE the following (C-05): Examinee notes that the initiating cue stated that YD N[g] so uo Step 4.7.2 has been completed by the control room. * "REG VLV, LIC-5268," controller in manual (red light, lit) * "MSTR, LIC-5272," controller in manual (red light, lit) * "BYPASS, LIC-5215," controller in "AUTO" (green light, lit) Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #5 4.7.3 STATION Operator at 2-FW-5 lA, "#1 Examinee proceeds to the FRV area and states that YD N[g] so uo S/G FEED REG VAL VE," and they would contact the control room on their ESTABLISH communications ASCOM phone. (54' 6" TB). Cue: Communications with Control room established.

BOP is on the line. Comments:

6 PERFORMANCE INFORMATION JPMNumber:

JPM-P4 Revision:

0/0 Task Title: Local Manual Operation of a FRV STEP Performance:

Standard:

Critical:

Grade #6 4.7.4 At 2-FW-51A, "#1 SIG FEED REG Examinee simulates removing the handwheel YcgjN0 so uo VAL VE," PERFORM the following anti-rotational restraint or states they would (54' 6" TB): remove the handwheel anti-rotational restraint.

a. REMOVE handwheel anti-rotational restraint.

Cue: Restraining device is removed. Comments:

STEP Performance:

Standard:

Critical:

Grade #7 CAUTION Examinee reads and acknowledges the Caution Y0Ncgj so uo Feed Regulating valve may move in the closed direction when engaging the large manual hand wheel. Cue: Comments:

STEP Performance:

Standard:

Critical:

Grade #8 4.7.4 At 2-FW-51A, "#1 SIG FEED REG Y0N0 so uo VAL VE," PERFORM the following Examinee simulates turning the large handwheel (54 6" TB): for 2-FW-5 lA in the clockwise direction until it b. TURN large handwheel clockwise to will not turn any further or states that they would its limit of travel. turn the large handwheel for 2-FW-51A in the clockwise direction until it will not turn any further. Cue: Large handwheel for 2-FW-51A rotated clockwise to hard stop. Comments:

7 PERFORMANCE INFORMATION JPM Number: JPM-P4 Revision:

0/0 Task Title: Local Manual Operation of a FRV STEP Performance:

Standard:

Critical:

Grade #9 4.7.4 At 2-FW-51A, "#1 SIG FEED REG Examinee simulates turning the small handwheel in YC8] ND so uo VAL VE," PERFORM the following the counter-clockwise direction until it will not tum (54 6" TB): any further or states that they would tum the small c. TURN small handwheel handwheel in the counter-clockwise direction until counterclockwise until tight, locking it will not tum any further. large handwheel in "engaged" position.

Cue: Small handwheel turned counterclockwise and is tight (large handwheel is locked in engaged position).

Comments:

STEP Performance:

Standard:

Critical:

Grade #10 4.7.4 At 2-FW-51A, "#1 SIG FEED REG Examinee locates 2-FW-39A and simulates turning YC8] ND so uo VAL VE," PERFORM the following its knob counterclockwise until it will not tum any (54 6" TB): further or states that they would open it by turning d. OPEN 2-FW-39A, "'A' FEED its knob counterclockwise until it will not tum any REGULATING EQUALIZING STOP." further. Cue: FW-39A, FEED REGULATING EQUALIZING STOP, is open. Comments:

STEP Performance:

Standard:

Critical:

Grade #11 4.7.5 As directed by Control Room, Examinee informs the control room 2-FW-51A is YD NC8] so uo OPERA TE No. 1 FRY large handwheel in Local-Manual control, standing by for direction.

and MAINTAIN No. 1 SG level within desired operating band. Cue: As BOP, acknowledge that #1 FRY is in local manual and instruct examinee to standby for instructions.

This completes the JPM. Comments:

TERMINATION CUE: The evaluation for this JPM is concluded.

STOP TIME: ---8 VERIFICATION OF JPM COMPLETION JPMNumber:

JPM-P4 Revision:

0/0 Date Performed:

Student: For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.

If task is Time Critical, it MUST be completed within the specified time to achieve a satisfactory grade. EVALUATION SECTION: Time Critical Task? D Yes [gj No Validated Time (minutes):

I 15 Actual Time to Complete (minutes):

I Work Practice Performance:

D SAT D UNSAT Operator Fundamentals:

D SAT D UNSAT JPM Question Portion Overall [NLO only]: D SAT D UNSAT D N/A Attached Question # 1 D SAT D UNSAT Attached Question #2 D SAT D UNSAT Overall Result of JPM: D SAT D UNSAT Evaluator:

Print I Sign Areas for Improvement I Comments:

9 JPMNumber:

Initial Conditions:

Initiating Cues: STUDENT HANDOUT JPM-P4 Revision:

0/0

The plant is at 100 % power, steady state.

V A-10 has de-energized due to a failure of the panel's main breaker.

Electrical Maintenance is investigating the breaker failure.

The US has directed you to establish communications with the control room and take local manual control of the #1 FRV in accordance with OP 2385 "Feedwater Control System Operation".

Simulate that you have an ASCOM phone and Headset with you.

TSAS 3.7.1.6 "Main Feedwater Isolation Components" has been entered.

All of OP 23 85 prerequisites are met except for Vital Instrument power from VAlO.

Step 4.7.2 has been completed by the control room. The controllers are properly configured. "REG VLV, LIC-5268" and "MSTR, LIC-5272" controllers are in manual and "BYPASS, LIC-5215" is in "AUTO". 10

@@ Line 5: / Line 5: @@
 | author name =
 | author affiliation = Dominion Nuclear Connecticut, Inc
-| addressee name = Silk D M
+| addressee name = Silk D
 | addressee affiliation = NRC/RGN-I/DRS/OB
 | docket = 05000336

ML17087A090: Difference between revisions

Revision as of 16:11, 19 June 2019

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