ML091520264: Difference between revisions

From kanterella
Jump to navigation Jump to search
(Created page by program invented by StriderTol)
(Created page by program invented by StriderTol)
Line 16: Line 16:


=Text=
=Text=
{{#Wiki_filter:NRC REGION III INITIAL LICENSE EXAM JOB PERFORMANCE MEASURE  
{{#Wiki_filter:NRC REGION III INITIAL LICENSE EXAM JOB PERFORMANCE MEASURE JPM:        RO/SRO ADMIN 1a TITLE:        DETERMINE QUADRANT POWER TILT PER PO-3 CANDIDATE: _____________________________________________
EXAMINER:  _____________________________________________


JPM: RO/SRO ADMIN 1a TITLE: DETERMINE QUADRANT POWER TILT PER PO-3 
JPM RO SRO ADMIN 1a JOB PERFORMANCE MEASURE DATA PAGE Task: Determine Quadrant Power Tilt PER PO-3 Alternate Path: N/A Facility JPM #: PL-OPS-ENG-014J K/A: G2.1.7       Importance: RO: 4.4 SRO: 4.7 K/A Statement: Ability to evaluate plant performance and make operational judgments based on operating characteristics, reactor behavior, and instrument interpretation.
 
Task Standard: Correctly calculate a Quadrant Power Tilt Per PO-3 Preferred Evaluation Location: Simulator         __X__   In Plant   _____
CANDIDATE: _____________________________________________
Preferred Evaluation Method:       Perform     __X__   Simulate   _____
 
EXAMINER: _____________________________________________
 
JPM RO SRO ADMIN 1a PALISADES NUCLEAR PLANT Page 2 of 9 July 2008  JOB PERFORMANCE MEASURE DATA PAGE Task: Determine Quadrant Power Tilt PER PO-3  
 
Alternate Path: N/A  
 
Facility JPM #: PL-OPS-ENG-014J  
 
K/A: G2.1.7           Importance: RO: 4.4   SRO: 4.7  
 
K/A Statement: Ability to evaluate plant performance and make operational judgments based on operating characteristics, reactor behavior, and instrument interpretation.  
 
Task Standard: Correctly calculate a Quadrant Power Tilt Per PO-3  
 
Preferred Evaluation Location: Simulator __X__ In Plant _____  
 
Preferred Evaluation Method: Perform __X__ Simulate _____  


==References:==
==References:==
PO-3, Alternate Incore and Excore Applications  
PO-3, Alternate Incore and Excore Applications Validation Time:12 minutes         Time Critical:     NO Candidate: ________________________________________________
 
Time Start: ________         Time Finish:       ________
Validation Time: 12 minutes Time Critical: NO  
Performance Time:       ________ minutes Performance Rating:     SAT______         UNSAT ______
 
Comments:
Candidate: ________________________________________________  
Examiner: _______________________________                 Date:   ______________
 
Signature PALISADES NUCLEAR PLANT                   Page 2 of 9                         July 2008
Time Start: ________ Time Finish: ________  
 
Performance Time: ________ minutes  
 
Performance Rating: SAT______ UNSAT ______  
 
Comments:  
 
Examiner: _______________________________ Date: ______________ Signature JPM RO SRO ADMIN 1a PALISADES NUCLEAR PLANT Page 3 of 9 July 2008 EXAMINER COPY ONLY Tools/Equipment/Procedures Needed:
 
PO-3, Attachment 2, Rev. 2
 
Also see Simulator Operator Instructions (last page of this document).
 
READ TO CANDIDATE
 
DIRECTION TO CANDIDATE:
 
I will explain the initial conditions, and state the task to be performed. All control room steps shall be performed for this JPM, including any required communications. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.


JPM RO SRO ADMIN 1a EXAMINER COPY ONLY Tools/Equipment/Procedures Needed:
PO-3, Attachment 2, Rev. 2 Also see Simulator Operator Instructions (last page of this document).
READ TO CANDIDATE DIRECTION TO CANDIDATE:
I will explain the initial conditions, and state the task to be performed. All control room steps shall be performed for this JPM, including any required communications. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.
INITIAL CONDITIONS:
INITIAL CONDITIONS:
* Plant was at full power.
* Plant was at full power.
* Incores #9 and #35 are inoperable.
* Incores #9 and #35 are inoperable.
* CRD #11 has dropped into the core.  
* CRD #11 has dropped into the core.
 
INITIATING CUES:
INITIATING CUES:
* During performance of PO-3, Alternate Incore and Excore Applications, the Control Room Supervisor directs you to calculate Excore Quadrant Power Tilt utilizing Power Range NI Channels on Panel C-06.  
* During performance of PO-3, Alternate Incore and Excore Applications, the Control Room Supervisor directs you to calculate Excore Quadrant Power Tilt utilizing Power Range NI Channels on Panel C-06.
PALISADES NUCLEAR PLANT                      Page 3 of 9                              July 2008


JPM RO SRO ADMIN 1a PALISADES NUCLEAR PLANT Page 4 of 9 July 2008 Proc. Step TASK ELEMENT 1 STANDARD Grade n/a Correct Procedure located PO-3, Attachment 2, Excore Quadrant Power Tilt, located.
JPM RO SRO ADMIN 1a Proc. Step             TASK ELEMENT 1                                       STANDARD                       Grade PO-3, Attachment 2, Excore Quadrant Power Correct Procedure located n/a                                                      Tilt, located.                                   S U Comment:
S U Comment: Notes: Evaluator provides candidate with a Working Copy.  
Notes:     Evaluator provides candidate with a Working Copy.
Proc. Step              TASK ELEMENT 2                                      STANDARD                        Grade Lower and upper excore readings from the PPC using NI5L, NI5U, NI6L, NI6U, NI7L, NI7U, NI8L Obtain lower and upper excore readings          and NI8U or from the Upper and Lower NI 5.2.1    as required. (SAL, SBL, SCL, SDL and SAU,      Detector meters on EC-06 are entered on PO-3,    S U SBU, SCU, SDU).                                Attachment 2, within +/-1% (0.01) of the answer key.
Comment:
CRITICAL STEP Proc. Step              TASK ELEMENT 3                                      STANDARD                        Grade Lower + Upper excore readings (SA, SB, SC, SD)
Calculate the sum from the Lower + Upper summed and entered on PO-3, Attachment #2, 5.2.1    excore readings (SA, SB, SC, SD                                                                  S U within +/-1% (0.01) of the answer key.
Comment:
CRITICAL STEP PALISADES NUCLEAR PLANT                          Page 4 of 9                                      July 2008


Proc. Step TASK ELEMENT 2 STANDARD Grade5.2.1 Obtain lower and upper excore readings as required. (S AL , S BL , S CL , S DL and S AU , S BU , S CU , S DU). Lower and upper excore readings from the PPC using NI5L, NI5U, NI6L, NI6U, NI7L, NI7U, NI8L and NI8U or from the Upper and Lower NI Detector meters on EC-06 are entered on PO-3, Attachment 2, within  
JPM RO SRO ADMIN 1a Proc. Step             TASK ELEMENT 4                                    STANDARD                       Grade
+/-1% (0.01) of the answer key. S U Comment:
: 1. Calculate the sum of all excore           Sum of all excores reading divided by 4 readings divided by 4:                  calculated and entered on PO-3, Attachment 2, 5.2.1    (S =  all detectors/4).                    within +/- 1% (0.01) of the answer key.              S U Comment:
CRITICAL STEP
CRITICAL STEP Proc. Step              TASK ELEMENT 5                                    STANDARD                        Grade Using the formula TEX = [(SX - S)/S], calculate the tilt for each Quadrant, within +/-1% (0.01) of 5.2.1    Calculate the Quadrant Tilt.                the answer key.                                     S U Comment:
Evaluator: Acceptance criteria is all four Quadrant Tilts should add up to zero (0) +/- 0.01 CRITICAL STEP Proc. Step              TASK ELEMENT 6                                    STANDARD                        Grade Have another qualified individual verify the Have calculations verified.
5.2.1                                                calculations.                                      S U Comment:
Notes: Evaluator CUE: State to operator that someone else will verify the calculation.
PALISADES NUCLEAR PLANT                      Page 5 of 9                                        July 2008


Proc. Step TASK ELEMENT 3 STANDARD Grade5.2.1 Calculate the sum from the Lower + Upper excore readings (S A , S B , S C , S D  Lower + Upper excore readings (S A , S B , S C , S D) summed and entered on PO-3, Attachment #2, within +/-1% (0.01) of the answer key.
JPM RO SRO ADMIN 1a Proc. Step             TASK ELEMENT 7                                     STANDARD                       Grade Notify the CRS that Excore Quadrant Operator notifies CRS of completion of PO-3, Power Tilt has been completed per PO-3, n/a                                                  Attachment 2, Excore Quadrant Power Tilt         S U Attachment 2.
S  U Comment:
Comment:
CRITICAL STEP
END OF TASK PALISADES NUCLEAR PLANT                       Page 6 of 9                                     July 2008
 
JPM RO SRO ADMIN 1a PALISADES NUCLEAR PLANT Page 5 of 9 July 2008 Proc. Step TASK ELEMENT 4 STANDARD Grade5.2.1 1. Calculate the sum of all excore readings divided by 4: (S =  all detectors/4).
Sum of all excores reading divided by 4 calculated and entered on PO-3, Attachment 2, within +/- 1% (0.01) of the answer key.
S  U Comment:
CRITICAL STEP
 
Proc. Step TASK ELEMENT 5 STANDARD Grade5.2.1 Calculate the Quadrant Tilt.
Using the formula T EX = [(S X - S)/S], calculate the tilt for each Quadrant, within
+/-1% (0.01) of the answer key.
S  U Comment:  Evaluator: Acceptance criteria is all four Quadrant Tilts should add up to zero (0) +/- 0.01 CRITICAL STEP
 
Proc. Step TASK ELEMENT 6 STANDARD Grade5.2.1 Have calculations verified.
Have another qualified individual verify the calculations.
S  U Comment:  Notes: Evaluator CUE: State to operator that someone else will verify the calculation.
 
JPM RO SRO ADMIN 1a PALISADES NUCLEAR PLANT Page 6 of 9 July 2008 Proc. Step TASK ELEMENT 7 STANDARD Grade n/a Notify the CRS that Excore Quadrant Power Tilt has been completed per PO-3, .
Operator notifies CRS of completion of PO-3, Attachment 2, Excore Quadrant Power Tilt S U Comment:
END OF TASK  
 
JPM RO SRO ADMIN 1a PALISADES NUCLEAR PLANT Page 7 of 9 July 2008 CANDIDATE CUE SHEET (TO BE RETURNED TO EXAMINER TO UPON COMPLETION OF TASK)


JPM RO SRO ADMIN 1a CANDIDATE CUE SHEET (TO BE RETURNED TO EXAMINER TO UPON COMPLETION OF TASK)
INITIAL CONDITIONS:
INITIAL CONDITIONS:
* Plant was at full power.
* Plant was at full power.
* Incores #9 and #35 are inoperable.
* Incores #9 and #35 are inoperable.
* CRD #11 has dropped into the core.  
* CRD #11 has dropped into the core.
 
INITIATING CUES:
INITIATING CUES:
* During performance of PO-3, Alternate Incore and Excore Applications, the Control Room Supervisor directs you to calculate Excore Quadrant Power Tilt utilizing Power Range NI Channels on Panel C-06.  
* During performance of PO-3, Alternate Incore and Excore Applications, the Control Room Supervisor directs you to calculate Excore Quadrant Power Tilt utilizing Power Range NI Channels on Panel C-06.
 
PALISADES NUCLEAR PLANT               Page 7 of 9                             July 2008
JPM RO SRO ADMIN 1a PALISADES NUCLEAR PLANT Page 8 of 9 July 2008 SIMULATOR OPERATOR INSTRUCTIONS SIMULATOR SET UP:


JPM RO SRO ADMIN 1a SIMULATOR OPERATOR INSTRUCTIONS SIMULATOR SET UP:
Simulator Setup Instructions:
Simulator Setup Instructions:
* Full power IC
* Full power IC
* Drop CRD #11 fully into the core with RD-11 (Final Value = 2) on PIDRD02
* Drop CRD #11 fully into the core with RD-11 (Final Value = 2) on PIDRD02
* When plant has stabilized, freeze the Simulator and SNAP. ***See NOTE #1 below.
* When plant has stabilized, freeze the Simulator and SNAP. ***See NOTE #1 below.
* Use PO-3, Attachment 2 and record/calculate from the Upper and Lower NI Detector meters on EC-06) and use as answer key.
* Use PO-3, Attachment 2 and record/calculate from the Upper and Lower NI Detector meters on EC-06) and use as answer key.
* Leave the Simulator in freeze during performance of this JPM to ensure that the conditions will not change  
* Leave the Simulator in freeze during performance of this JPM to ensure that the conditions will not change PALISADES NUCLEAR PLANT               Page 8 of 9                           July 2008
 
JPM RO SRO ADMIN 1a PALISADES NUCLEAR PLANT Page 9 of 9 July 2008 Excore Lower Reading(%)
S AL , S BL , S CL , S DL  Upper Reading(%)
 
S AU , S BU , S CU , S DU Lower + Upper S A , S B , S C , S D S = ( All Detectors)/4  = (S A + S B + S C + S D)/4 Excore Quadrant Tilt T EA , T EB , T EC , T ED  5 (CH A)  S AL =  50.5  S AU =  50 S A = S AL + SAU  100.5 
 
95.125 T EA = [(S A-S)/S]  .0565 QUAD 1    6 (CH B)  S BL =  40  S BU =  39 S B = S BL + SBU  79 T EB = [(S B-S)/S]  -.1695 QUAD 3    7 (CH C)  S CL =  50  S CU =  50 S C = S CL + S CU  100 T EC = [(S C-S)/S]  .0512 QUAD 4    8 (CH D)  S DL =  52  S DU =  49 S D = S DL + S DU  101 T ED = [(S D-S)/S]  .0618 QUAD 2 NOTE:  The four QPTs should sum to approximately zero.
Comments: 
 
Performed By: ____Pat Person_________________________________ Date: _____Today__________    Time: _______Now______
Calculations Verified By: _____________________________________________________ Date: _______________
After calculations are verified, forward to Reactor Engineering Supervisor or designee for final review.
 
Reactor Engineering Supervisor or designee: _______________________________________ Date: _______________


ANSWER KEY ANSWER KEY ANSWER KEY ANSWER KEY ANSWER KEY ANSWER KEY}}
JPM RO SRO ADMIN 1a Excore      Lower Reading(%)      Upper Reading(%)        Lower + Upper      S = ( All Detectors)/4        Excore Quadrant Tilt SAL, SBL, SCL, SDL    SAU, SBU, SCU, SDU      SA, SB, SC, SD      = (SA + SB + SC + SD)/4        TEA, TEB, TEC, TED 5 (CH A)      SAL =                  SAU =                  SA = SAL + SAU                                    TEA = [(SA-S)/S]          QUAD 1 50.5                  50 100.5                                                  .0565 6 (CH B)      SBL =                  SBU =                  SB = SBL + SBU                                    TEB = [(SB-S)/S]          QUAD 3 95.125 40                    39 79                                                      -.1695 7 (CH C)      SCL =                  SCU =                  SC = SCL + SCU                                    TEC = [(SC-S)/S]          QUAD 4 50                    50 100                                                    .0512 8 (CH D)      SDL =                  SDU =                  SD = SDL + SDU                                    TED = [(SD-S)/S]          QUAD 2 52                    49 101                                                    .0618 NOTE:        The four QPTs should sum to approximately zero.
Comments:
Performed By: ____Pat Person_________________________________                          Date: _____Today__________          Time: _______Now______
Calculations Verified By: _____________________________________________________                                                Date: _______________
After calculations are verified, forward to Reactor Engineering Supervisor or designee for final review.
Reactor Engineering Supervisor or designee: _______________________________________                                            Date: _______________
ANSWER KEY                 ANSWER KEY               ANSWER KEY               ANSWER KEY                 ANSWER KEY           ANSWER KEY PALISADES NUCLEAR PLANT                            Page 9 of 9                                          July 2008}}

Revision as of 05:13, 14 November 2019

NRC Region III, Initial License Exam, Job Performance Measure, JPM: Ro/Sro Admin 1A, Title: Determine Quadrant Power Tilt Per PO-3
ML091520264
Person / Time
Site: Palisades Entergy icon.png
Issue date: 07/07/2008
From:
NRC/RGN-III
To:
Entergy Nuclear Palisades
Shared Package
ML082200311 List:
References
Download: ML091520264 (9)
v • d • e


Text

NRC REGION III INITIAL LICENSE EXAM JOB PERFORMANCE MEASURE JPM: RO/SRO ADMIN 1a TITLE: DETERMINE QUADRANT POWER TILT PER PO-3 CANDIDATE: _____________________________________________

EXAMINER: _____________________________________________

JPM RO SRO ADMIN 1a JOB PERFORMANCE MEASURE DATA PAGE Task: Determine Quadrant Power Tilt PER PO-3 Alternate Path: N/A Facility JPM #: PL-OPS-ENG-014J K/A: G2.1.7 Importance: RO: 4.4 SRO: 4.7 K/A Statement: Ability to evaluate plant performance and make operational judgments based on operating characteristics, reactor behavior, and instrument interpretation.

Task Standard: Correctly calculate a Quadrant Power Tilt Per PO-3 Preferred Evaluation Location: Simulator __X__ In Plant _____

Preferred Evaluation Method: Perform __X__ Simulate _____

References:

PO-3, Alternate Incore and Excore Applications Validation Time:12 minutes Time Critical: NO Candidate: ________________________________________________

Time Start: ________ Time Finish: ________

Performance Time: ________ minutes Performance Rating: SAT______ UNSAT ______

Comments:

Examiner: _______________________________ Date: ______________

Signature PALISADES NUCLEAR PLANT Page 2 of 9 July 2008

JPM RO SRO ADMIN 1a EXAMINER COPY ONLY Tools/Equipment/Procedures Needed:

PO-3, Attachment 2, Rev. 2 Also see Simulator Operator Instructions (last page of this document).

READ TO CANDIDATE DIRECTION TO CANDIDATE:

I will explain the initial conditions, and state the task to be performed. All control room steps shall be performed for this JPM, including any required communications. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

INITIAL CONDITIONS:

  • Plant was at full power.
  • CRD #11 has dropped into the core.

INITIATING CUES:

  • During performance of PO-3, Alternate Incore and Excore Applications, the Control Room Supervisor directs you to calculate Excore Quadrant Power Tilt utilizing Power Range NI Channels on Panel C-06.

PALISADES NUCLEAR PLANT Page 3 of 9 July 2008

JPM RO SRO ADMIN 1a Proc. Step TASK ELEMENT 1 STANDARD Grade PO-3, Attachment 2, Excore Quadrant Power Correct Procedure located n/a Tilt, located. S U Comment:

Notes: Evaluator provides candidate with a Working Copy.

Proc. Step TASK ELEMENT 2 STANDARD Grade Lower and upper excore readings from the PPC using NI5L, NI5U, NI6L, NI6U, NI7L, NI7U, NI8L Obtain lower and upper excore readings and NI8U or from the Upper and Lower NI 5.2.1 as required. (SAL, SBL, SCL, SDL and SAU, Detector meters on EC-06 are entered on PO-3, S U SBU, SCU, SDU). Attachment 2, within +/-1% (0.01) of the answer key.

Comment:

CRITICAL STEP Proc. Step TASK ELEMENT 3 STANDARD Grade Lower + Upper excore readings (SA, SB, SC, SD)

Calculate the sum from the Lower + Upper summed and entered on PO-3, Attachment #2, 5.2.1 excore readings (SA, SB, SC, SD S U within +/-1% (0.01) of the answer key.

Comment:

CRITICAL STEP PALISADES NUCLEAR PLANT Page 4 of 9 July 2008

JPM RO SRO ADMIN 1a Proc. Step TASK ELEMENT 4 STANDARD Grade

1. Calculate the sum of all excore Sum of all excores reading divided by 4 readings divided by 4: calculated and entered on PO-3, Attachment 2, 5.2.1 (S = all detectors/4). within +/- 1% (0.01) of the answer key. S U Comment:

CRITICAL STEP Proc. Step TASK ELEMENT 5 STANDARD Grade Using the formula TEX = [(SX - S)/S], calculate the tilt for each Quadrant, within +/-1% (0.01) of 5.2.1 Calculate the Quadrant Tilt. the answer key. S U Comment:

Evaluator: Acceptance criteria is all four Quadrant Tilts should add up to zero (0) +/- 0.01 CRITICAL STEP Proc. Step TASK ELEMENT 6 STANDARD Grade Have another qualified individual verify the Have calculations verified.

5.2.1 calculations. S U Comment:

Notes: Evaluator CUE: State to operator that someone else will verify the calculation.

PALISADES NUCLEAR PLANT Page 5 of 9 July 2008

JPM RO SRO ADMIN 1a Proc. Step TASK ELEMENT 7 STANDARD Grade Notify the CRS that Excore Quadrant Operator notifies CRS of completion of PO-3, Power Tilt has been completed per PO-3, n/a Attachment 2, Excore Quadrant Power Tilt S U Attachment 2.

Comment:

END OF TASK PALISADES NUCLEAR PLANT Page 6 of 9 July 2008

JPM RO SRO ADMIN 1a CANDIDATE CUE SHEET (TO BE RETURNED TO EXAMINER TO UPON COMPLETION OF TASK)

INITIAL CONDITIONS:

  • Plant was at full power.
  • CRD #11 has dropped into the core.

INITIATING CUES:

  • During performance of PO-3, Alternate Incore and Excore Applications, the Control Room Supervisor directs you to calculate Excore Quadrant Power Tilt utilizing Power Range NI Channels on Panel C-06.

PALISADES NUCLEAR PLANT Page 7 of 9 July 2008

JPM RO SRO ADMIN 1a SIMULATOR OPERATOR INSTRUCTIONS SIMULATOR SET UP:

Simulator Setup Instructions:

  • Full power IC
  • Drop CRD #11 fully into the core with RD-11 (Final Value = 2) on PIDRD02
  • When plant has stabilized, freeze the Simulator and SNAP. ***See NOTE #1 below.
  • Use PO-3, Attachment 2 and record/calculate from the Upper and Lower NI Detector meters on EC-06) and use as answer key.
  • Leave the Simulator in freeze during performance of this JPM to ensure that the conditions will not change PALISADES NUCLEAR PLANT Page 8 of 9 July 2008

JPM RO SRO ADMIN 1a Excore Lower Reading(%) Upper Reading(%) Lower + Upper S = ( All Detectors)/4 Excore Quadrant Tilt SAL, SBL, SCL, SDL SAU, SBU, SCU, SDU SA, SB, SC, SD = (SA + SB + SC + SD)/4 TEA, TEB, TEC, TED 5 (CH A) SAL = SAU = SA = SAL + SAU TEA = [(SA-S)/S] QUAD 1 50.5 50 100.5 .0565 6 (CH B) SBL = SBU = SB = SBL + SBU TEB = [(SB-S)/S] QUAD 3 95.125 40 39 79 -.1695 7 (CH C) SCL = SCU = SC = SCL + SCU TEC = [(SC-S)/S] QUAD 4 50 50 100 .0512 8 (CH D) SDL = SDU = SD = SDL + SDU TED = [(SD-S)/S] QUAD 2 52 49 101 .0618 NOTE: The four QPTs should sum to approximately zero.

Comments:

Performed By: ____Pat Person_________________________________ Date: _____Today__________ Time: _______Now______

Calculations Verified By: _____________________________________________________ Date: _______________

After calculations are verified, forward to Reactor Engineering Supervisor or designee for final review.

Reactor Engineering Supervisor or designee: _______________________________________ Date: _______________

ANSWER KEY ANSWER KEY ANSWER KEY ANSWER KEY ANSWER KEY ANSWER KEY PALISADES NUCLEAR PLANT Page 9 of 9 July 2008

Retrieved from "https://kanterella.com/w/index.php?title=ML091520264&oldid=2145043"