Text

October 2002 Exam 50-250/2002-301 Final Jpm'S
	ML023390137
Person / Time
Site:	Turkey Point
Issue date:	10/07/2002
From:	; Florida Power & Light Co
To:	; Office of Nuclear Reactor Regulation
References
	50-250/02-301, 50-251/02-301
	Download: ML023390137 (229)
	v • d • e

Final Submittal (Blue Paper)

.X* Administrative Questions/JPMs 2- In-plant JPMs K/ Control Room JPMs (simulator JPMs)

TURKEY POINT EXAM 2002-301 50-250, 50-251/2002-301 OCTOBER 7 - 11 & 15, 2002

Admin Final Submittal

Administrative Topics Outline Form ES-301-1 ES-301 Facility: Turkey Point Date of Examination: 10/07/02 Operating Test Number: 1 Examination Level (circle one): RO / SRO Administrative Describe method of evaluation:

Topic/Subject 1. ONE Administrative JPM, OR Description 2. TWO Administrative Questions A.1 JPM Verify Axial Flux Difference Compliance with ERDADS Inoperable (*-ONOP-059.4 & *-OSP-201.1 Att 8)

JPM Perform RCS Leak Rate Calculation Using Manual Method (Facility Bank)a yiJ rilVlfrxru' IVoucI A.2 JPM Write a Boric Acid Pump Discharge Valve Clearance (RO)

A.3 JPM Calculate Dose During Emergency Operations A.4 JPM Make Emergency Notification (RO)

(Modified)

ES-301 Administrative Topics Outline Form ES-301-1 Facility: Turkey Point Date of Examination: 10/07/02 Operating Test Number: 1 Examination Level (circle one): RO / SRO Administrative Describe method of evaluation:

Topic/Subject 1. ONE Administrative JPM, OR Description 2. TWO Administrative Questions A.1 JPM Verify Axial Flux Difference Compliance with ERDADS Inoperable (*-ONOP-059.4 & *-OSP-201 .1 Att 8)

JPM Perform RCS Leak Rate Calculation Using Manual Method (Facility Bank) (JPM#R0410362)

A.2 JPM Review a Boric Acid Pump Discharge Valve Clearance A.3 JPM Calculate Dose During Emergency Operations Action Recommendations A.4 JPM Classify Event and Make Protective (Facility Bank)

Job Classification: RO JPM

Title:

Write a Boric Acid Pump Discharge Valve Clearance JPM Number: A.1.1 JPM Rev. Date: 09/23/02 Time Validation: 40 minutes Time Critical: NO The applicable method(s) of testing which may be used: SIMULATE IN THE CLASSROOM Task Standards:

1. The clearance order is researched.

2. The required clearance information is entered on the ECO form.

Required Materials:

1. 0-ADM-212.1, "Operations In-Plant Equipment Clearance Orders"

2. Plant Operating Drawings

3. Blank ECO form

4. Highlighter/Red Pen

References:

1. O-ADM-212.1, "Operations In-Plant Equipment Clearance Orders" Terminating Cues:

The ECO form is completed.

I

Initial Conditions Sheet (To be given to Applicant)

TASK:

Write a clearance for valve 374, 4B Boric Acid Pump Discharge Valve.

DIRECTIONS:

The evaluator will explain the initial conditions of the task to be performed and will provide the initiating cue. Ensure you indicate to the evaluator when you understand your assigned task. To indicate that you have completed your assigned task return this "Initial Conditions Sheet" to the evaluator.

INITIAL CONDITIONS:

You are the Admin. RCO.

I. Valve 374, BA PMP 4B DISCH TO BA FILTER ISO VLV, has a valve body leak.

2. The Shift Supervisor has directed you to research and write an ECO to repair the valve body leak for valve 374.

3. NOMS Database is not available for clearance research and preparation.

4. All Technical Specification issues associated with the removal from service of equipment associated with valve 374 have already been addressed.

INITIATING CUE:

The Shift Supervisor directs you to write a clearance for valve 374, 4B Boric Acid Pump Discharge Valve, not including restoration steps.

2

Write Eauirnment Clearance Order Examiner Instructions:

Hand the Initial Conditions Sheet to the Applicant and read the following:

"The task you are to perform is to write a clearance for valve 374, 4B Boric Acid Pump Discharge Valve.

I will explain the initial conditions of the task and will provide the initiating cue.

Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the "Initial Conditions Sheet" to me."

INITIAL CONDITIONS:

You are the Admin. RCO.

1. Valve 374, BA PMP 4B DISCH TO BA FILTER ISO VLV, has a valve body leak.

2. The Shift Supervisor has directed you to research and write an ECO to repair the valve body leak for valve 374.

3. NOMS Database is not available for clearance research and preparation.

4. All Technical Specification issues associated with the removal from service of equipment associated with valve 374 have already been addressed.

INITIATING CUE:

The Shift Supervisor directs you to write a clearance for valve 374, 4B Boric Acid Pump Discharge Valve, not including restoration steps.

3

WRITE EQUIPMENT CLEARANCE ORDER ELEMENT 1: Research the ECO. Time Start:

STANDARDS:

__SAT Sheet 1.

1. Obtains 5610-M-3046,

2. Identifies need to isolate and drain the affected UNSAT equipment.

3. Identifies the ECO boundaries.

4. Recognizes the need to include 4B BA pump breaker as part of the ECO.

CUE: When the applicant identifies the need to look up the 4B BA pump breakernumber, direct the applicantto the reference books in the room.

5. Looks up 4B BA Pump breaker number (40696) in the Breaker Book.

6. Marks up 5610-M-3046, Sheet 1, to show the ECO boundary.

COMMENTS:

4

WRITE EOUIPMENT CLEARANCE ORDER ELEMENT 2: Enter "See Note" on ECO form.

STANDARDS:

SAT

1. Enters "See Note" in Equipment ID Column.

2. Enters "Perform Item in Tag Note" in Equipment Description column. UNSAT

3. Enters "N/A" in EquipmentLocation column.

4. Enters "1" in Tag SerialNumber column.

5. Enters "No Tag" in Tag Type column.

6. Enters "1" in Place Seq. column.

7. Enters "Perform" in Place Config. column.

8. Enters "Verify 4A Boric Acid Pump control switch is in AUTO" in Notes column.

COMMENTS:

NOTE 1: Steps can be done in any.order.

NOTE 2: The exact wording shown is not important.

5

WRITE EQUIPMENT CLEARANCE ORDER ELEMENT 3: Enter "4P203B Control Switch" on ECO form.

STANDARDS: SAT

1. Enters "4P203B Control Switch" in Equipment ID Column.

UNSAT

2. Enters "4B Boric Acid Pump Control Switch" in EquipmentDescription column.

3. Enters "Control Room Console" in Equipment Location column.

4. Enters "2" in Tag Serial Number column.

5. Enters "Info. Tag" in Tag Type column.

6. Enters "2" in Place Seq. column.

7. Enters "Hang Info Tag" in Place Config.

column.

COMMENTS:

NOTE 1: Steps can be done in any order.

NOTE 2: The exact wording shown is not important.

6

WRITE EOUIPMENT CLEARANCE ORDER (C) ELEMENT 4: Enter "40696" on ECO form.

STANDARDS:

SAT

1. Enters "40696" in Equipment ID Column.

2. Enters "4B Boric Acid Pump" in Equipment Description column. UNSAT

3. Enters "4B MCC "in Equipment Location column.

4. Enters "3" in Tag SerialNumber column.

5. Enters "Danger" in Tag Type column.

6. Enters "3" in Place Seq. column.

7. Enters "Place in Off" (or "OPEN") in Place Config. column.

COMMENTS:

NOTE 1: Standard s 2, 3 and 4 are not critical to this Element.

NOTE 2: Steps can be done in any order.

NOTE 3: The exact wording shown is not important.

7

WRITE EQUIPMENT CLEARANCE ORDER (CIELEMENT 5: Enter "393" on ECO form.

STANDARDS:

SAT

1. Enters "393" in Equipment ID Column.

2. Enters "4B Boric Acid Pump Suction Isol.

Valve" in Equipment Description column. UNSAT

3. Enters "Boric Acid Tank Room" in Equipment Location column.

4. Enters "4" in Tag Serial Number column.

5. Enters "Danger" in Tag Type column.

6. Enters "4" in Place Seq. column.

7. Enters "Close" in Place Config. column.

COMMENTS:

NOTE 1: Standards 2, 3, 4 and 6 are not critical to this Element.

NOTE 2: Steps can be done in any order.

NOTE 3: The exact wording shown is not important.

NOTE 4: Elements 5 through 11 can be done in any sequence. This will result in variations in "Place Seq." numbers.

8

WRITE EOUIPMENT CLEARANCE ORDER (C) ELEMENT 6: Enter "398D" on ECO form.

STANDARDS:

SAT 1 Enters "398D" in Equipment ID Column.

2. Enters "Boric Acid Batching Tank to 4B Boric Acid Pump Isol. Valve" in Equipment UNSAT Descriptioncolumn.

3. Enters "Boric Acid Tank Room" in Equipment Location column.

4. Enters "5" in Tag Serial Number column.

5. Enters "Danger" in Tag Type column.

6. Enters "5" in Place Seq. column.

7. Enters "Close" in Place Config. column.

COMMENTS:

NOTE 1: Standards 2, 3, 4 and 6 are not critical to this Element.

NOTE 2: Steps can be done in any order.

NOTE 3: The exact wording shown is not important.

NOTE 4: Elements 5 through 11 can be done in any sequence. This will result in variations in 10

"Place Seq." numbers.

11

WRITE EQUIPMENT CLEARANCE ORDER (C) ELEMENT 7: Enter "395" on ECO form.

STANDARDS:

SAT

1. Enters "395" in Equipment ID Column.

2. Enters "Primary Water to 4B Boric Acid Pump UNSAT Suction 4B Isol. Valve" in Equipment Description column.

3. Enters "Boric Acid Tank Room" in Equipment Location column.

4. Enters "6" in Tag SerialNumber column.

5. Enters "Danger" in Tag Type column.

6. Enters "6" in Place Seq. column.

7. Enters "Close" in Place Config. column.

COMMENTS:

NOTE 1: Standards 2, 3, 4 and 6 are not critical to this Element.

NOTE 2: Steps can be done in any order.

NOTE 3: The exact wording shown is not important.

NOTE 4: Elements 5 through 11 can be done in any sequence. This will result in variations in 12

"Place Seq." numbers.

13

WRITE EOUIPMENT CLEARANCE ORDER (C) ELEMENT 8: Enter "399" on ECO form.

STANDARDS:

SAT

1. Enters "399" in Equipment ID Column.

2. Enters "4B Boric Acid Pump Recirc. to BAST "C" Isol. Valve" in Equipment Description UNSAT column.

3. Enters "Boric Acid Tank Room" in Equipment Location column.

4. Enters "7" in Tag SerialNumber column.

5. Enters "Danger" in Tag Type column.

6. Enters "7" in Place Seq. column.

7. Enters "Close" in Place Config. column.

COMMENTS:

NOTE 1: Standards 2, 3, 4 and 6 are not critical to this Element.

NOTE 2: Steps can be done in any order.

NOTE 3: The exact wording shown is not important.

NOTE 4: Elements 5 through 11 can be done in any sequence. This will result in variations in 14

"Place Seq." numbers.

15

ORDER WRITE EQUIPMENT CLEARANCE form.

(C) ELEMENT 9: Enter "415" on ECO STANDARDS:

SAT

1. Enters "415" in Equipment ID Column.

Discharge

2. Enters "4A & 4B Boric Acid Pump Description Isol. Valve to Recirc." in Equipment UNSAT column.

in Equipment

3. Enters "Boric Acid Tank Room" Location column.

column.

4. Enters "8" in Tag SerialNumber

5. Enters "Danger" in Tag Type column.

6. Enters "8" in PlaceSeq. column.

Config. column.

7. Enters "Wired Closed" in Place COMMENTS:

to NOTE 1: Standards 2, 3, 4 and 6 are not critical this Element.

NOTE 2: Steps can be done in any order.

important.

NOTE 3: The exact wording shown is not in any NOTE 4: Elements 5 through 11 can be done in sequence. This will result in variations "Place Seq." numbers.

16

NOTE 5: Inclusion of the word "Wired" is not critical to Standard '7.

17

WRITE EQUIPMENT CLEARANCE ORDER (C) ELEMENT 10: Enter "376" on ECO form.

STANDARDS:

SAT

1. Enters "376" in Equipment ID Column.

2. Enters "4A Boric Acid Pump Discharge to Boric Acid Filter Isol. Valve" in Equipment UNSAT Description column.

3. Enters "Boric Acid Tank Room" in Equipment Location column.

4. Enters "9" in Tag Serial Number column.

5. Enters "Danger" in Tag Type column.

6. Enters "9" in Place Seq. column.

7. Enters "Close" in Place Config. column.

COMMENTS:

NOTE 1: Standards 2, 3, 4 and 6 are not critical to this Element.

NOTE 2: Steps can be done in any order.

NOTE 3: The exact wording shown is not important.

NOTE 4: Elements 5 through 11 can be done in any sequence. This will result in variations in 18

"Place Seq." numbers.

19

WRITE EOUIPMENT CLEARANCE ORDER (C) ELEMENT 11: Enter "4-347" on ECO form.

STANDARDS:

SAT

1. Enters "4-347" in Equipment ID Column.

2. Enters "Boric Acid Filter Inlet Isol. Valve" in Equipment Description column. UNSAT

3. Enters "Boric Acid Tank Room" in Equipment Location column.

4. Enters "10" in Tag SerialNumber column.

5. Enters "Danger" in Tag Type column.

6. Enters "10" in Place Seq. column.

7. Enters "Close" in Place Config. column.

COMMENTS:

NOTE 1: Standards 2, 3, 4 and 6 are not critical to this Element.

NOTE 2: Steps can be done in any order.

NOTE 3: The exact wording shown is not important.

NOTE 4: Elements 5 through 11 can be done in any sequence. This will result in variations in "Place Seq." numbers.

20

21 WRITE EQUIPMENT CLEARANCE ORDER ELEMENT 12: Enter "396D Drain Line" on ECO form.

STANDARDS: SAT

1. Enters "396D Drain Line" in Equipment ID Column.

UNSAT

2. Enters "4B Boric Acid Pump Drain" in Equipment Description column.

3. Enters "Boric Acid Tank Room" in Equipment Location column.

4. Enters "11" in Tag SerialNumber column.

5. Enters "No Tag" in Tag Type column.

6. Enters "11" in Place Seq. column.

7. Enters "Drain Line Installed" in Place Config.

column.

COMMENTS:

NOTE 1: Standards 2, 3 and 4 are not critical to this Element.

NOTE 2: Steps can be done in any order.

NOTE 3: The exact wording shown is not important.

22

I I I 23

WRITE EQUIPMENT CLEARANCE ORDER ELEMENT 13: Enter "396D Throttle" on ECO form.

STANDARDS:

SAT

1. Enters "396D Throttle" in EquipmentID Column.

2. Enters "4B Boric Acid Pump Drain" in YUNSAT Equipment Descriptioncolumn.

3. Enters "Boric Acid Tank Room" in Equipment Location column.

4. Enters "12" in Tag SerialNumber column.

5. Enters "No Tag" in Tag Type column.

6. Enters "12" in PlaceSeq. column.

7. Enters "Throttle" in Place Config. column.

COMMENTS:

NOTE 1: Standards 2, 3 and 4 are not critical to this Element.

NOTE 2: Steps can be done in any order.

NOTE 3: The exact wording shown is not important.

24

25 WRITE EOUIPMENT CLEARANCE ORDER I

(C) ELEMENT 14: Enter "396D" on ECO form.

STANDARDS:

SAT

1. Enters "396D" in Equipment ID Column.

2. Enters "4B Boric Acid Pump Drain Valve" in Equipment Description column. UNSAT

3. Enters "Boric Acid Tank Room" in Equipment Location column.

4. Enters "13" in Tag SerialNumber column.

5. Enters "Danger" in Tag Type column.

6. Enters "13" in Place Seq. column.

7. Enters "Open" in Place Config. column.

COMMENTS:

NOTE 1: Standards 2, 3, 4 and 5 are not critical to this Element NOTE 2: Steps can be done in any order.

NOTE 3: The exact wording shown is not important.

END OF JPM 26

ATTACHMENT 1 pplic ' C(Page 3 of 4)

ECO FORM Tag Hang List for ECO I

27 27

Page: 43 Procedure No: Procedure

Title:

0-ADM-212.1 Operations In-Plant Equipment Clearance Orders Approval Date 9/6/00 ATTACHMENT I (Page 3 Applicant's Xpfia Copy ECO FORM Tag Hang List for ECO 28

Procedure No: Procedure

Title:

Page:

43 0-ADM-212.1 Operations In-Plant Equipment Clearance Orders Approval Date 9/6/00 ATTACHMENT 1 xaminer's Copy - Key (Page 3 of 4)

ECO FORM Tag Hang List for ECO Page 1 of 2 Equipment Location Tag Tag Place Place V.. 2 n" Notes Equipment ID Equipment Type Seq. Config Serial Description I 1 Fertorm II

.. I venty See Note I Perform item in Tag Note N/A 1 No Tag 1 Pe*rrm Acid Pump I 1 4 Hang I Control Room 2 Info. 2 Hang 4P203B 4B Boric Acid Transfer Pump Control Tag Info. Tag Switch Console Control 4B Boric Acid Pump 4B MCC 3 Dange 3 Place in 40696 r OFF Boric Acid Tank 4 Dange 4 Close 393 4B Boric Acid Pump Suction Isolation Room r Valve

'______________4 Boric Acid Batching Tank to 4B Boric Boric Acid Tank 5 Dange 5 Close 398D r Acid Pump Isol. Valve Room Boric Acid Tank 6 Dange 6 Close 395 Primary Water to 4B Boric Acid Pump r Room Suction 4b Isol Valve I + I 7 I Close

-- l-I I 399 4A Boric Acid Pump Recirc to BAST "C" Boric Acid Tank 7 Dange 7 Close Room r Isol Valve

___________________________ 4. + + Wired 415 4A & 4B Boric Acid Pump Discharge Isol Boric Acid Tank 8 Dange 8 Wired Room r Close Valve to Recite.

-4 I flange I 9

- I Close

-- I 376 4A Boric Acid Pump Discharge to boric Boric Acid Tank 9 range 9 Close Acid Filter Isol Valve Room r j _________________

J _______________

] _____________________

.1-L 30

Procedure No: Procedure

Title:

Page:

43 0-ADM-212.1 Operations In-Plant Equipment Clearance Orders Approval Date 9/6/00 ATTACHMENT 1 (Page 3 of 4) xaminer's Copy - Key I ECO FORM Tag Hang List for ECO Page 2 of 2 Equipment Equipment Equipment Location Tag Tag Place Place V 2 nd Notes ID Description Serial Type Seq. Config 396D Drain 4B Boric Acid Pump Drain Boric Acid Tank 11 No 11 Drain Line Room Tag Line 396D 4B Boric Acid Pump Drain Boric Acid Tank 12 No 12 Throttle Throttle Room Tag 396D 4B Boric Acid Pump Drain Valve Boric Acid Tank 13 Dange 13 Open Room r 4 I I I 1 I

_ I__ I-*

.1 I t I 1- 1 t 1 t t t

___ __________ 1 __ __ __ __ _ _ ___

32

Job Classification: SRO JPM

Title:

Review a Boric Acid Pump Discharge Valve Clearance JPM Number: A.1.1 JPM Rev. Date: 09/23/02 Time Validation: 40 minutes Time Critical: NO The applicable method(s) of testing which may be used: SIMULATE IN THE CLASSROOM Task Standards:

1. The clearance order is reviewed.

2. Errors existing in the clearance ordered are discovered.

Required Materials:

1. O-ADM-212.1, "Operations In-Plant Equipment Clearance Orders"

2. Plant Operating Drawings

3. Completed ECO form

References:

1. 0-ADM-212.1, "Operations In-Plant Equipment Clearance Orders" Terminating Cues:

The ECO errors are identified to the examiner.

I

Initial Conditions Sheet (To be given to Applicant)

TASK:

Review a clearance for valve 374, 4B Boric Acid Pump Discharge Valve.

DIRECTIONS:

The evaluator will explain the initial conditions of the task to be performed and will provide the initiating cue. Ensure you indicate to the evaluator when you understand your assigned task. To indicate that you have completed your assigned task return this "Initial Conditions Sheet" to the evaluator.

INITIAL CONDITIONS:

You are the Shift Supervisor.

1. Valve 374, 4B Boric Acid Pump Discharge to Boric Acid Filter Isol Valve, has a valve body leak.

ECO and marked up POD for valve

2. The Admin RCO has prepared the attached 374 and has submitted it for your review.

3. NOMS Database is not available for clearance research and preparation.

4. All Technical Specification issues associated with the removal from service of equipment associated with valve 374 have already been addressed.

INITIATING CUE:

The Shift Manager directs you to review the ECO for valve 374. If the ECO is correct and complete, sign it showing your approval. If the ECO is not correct or complete, for revise it to make it correct and complete. Note that restoration steps are not required this ECO.

2

Review Eauirnment Clearance Order Examiner Instructions:

Hand the Initial Conditions Sheet to the Applicant and read the following:

"The task you are to perform is to review a clearance for valve 374, 4B Boric Acid Pump Discharge Valve.

I will explain the initial conditions of the task and will provide the initiating cue.

Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the "Initial Conditions Sheet" to me."

INITIAL CONDITIONS:

You are the Shift Supervisor.

1. Valve 374, 4B Boric Acid Pump Discharge to Boric Acid Filter Isol Valve, has a valve body leak.

2. The Admin RCO has prepared the attached ECO and marked up POD for valve 374 and has submitted it for your review.

3. NOMS Database is not available for clearance research and preparation.

4. All Technical Specification issues associated with the removal from service of equipment associated with valve 374 have already been addressed.

INITIATING CUE:

The Shift Manager directs you to review the ECO for valve 374. If the ECO is correct and complete, sign it showing your approval. If the ECO is not correct or complete, revise it to make it correct and complete. Note that restoration steps are not required for this ECO.

3

REVIEW EQUIPMENT CLEARANCE ORDER ELEMENT 1: Review the ECO. Time Start:

STANDARDS:

SAT CUE 1: Hand the applicantthe completed ECO form and the marked up drawing.

1. INSAT

1. Reviews marked up 5610-M-3046, Sheet

2. Identifies need to isolate and drain the affected equipment.

3. Identifies the ECO boundaries.

4. Recognizes the need to include 4B BA pump breaker as part of the ECO.

CUE: When the applicantidentifies the need to look up the 4B BA pump breakernumber, direct the applicantto the reference books in the room.

5. Looks up 4B BA Pump breaker number (40696) in the Breaker Book.

COMMENTS:

4

REVIEW EOUIPMENT CLEARANCE ORDER Ientiy eror an omisios o EG (C): LEMNT (C) ELEMENT 2: Identify errors and omissions on ECO form.

STANDARDS: SAT

1. Discovers 4B BA Transfer Pump has wrong breaker number. Breaker number shown (40725) is for the 4A BA Transfer Pump, not the 4B pump. UNSAT

2. Discovers Breaker 40696 step is at the end of the ECO after valves are closed. Notes that 40696 should be tagged out before valves are closed.

3. Discovers Valve 395, Primary Water to 4B Boric Acid Pump Suction 4B Isol. Valve, has been omitted.

4. Discovers the valve to be worked, Valve 374 is listed on the ECO form as a valve to be Danger tagged. 374 should not be listed on the ECO at all.

5. Annotates ECO form to reflect the 4 discovered errors.

COMMENTS:

END OF JPM 5

Page:

Procedure No: Procedure

Title:

43 0-ADM-212.1 Operations In-Plant Equipment Clearance Orders Approval Date 9/6/00 ATTACHMENT 1 Spplicant's Copy (Page 3 of 4)

ECO FORM Ta g Hang List for ECO Page I of 2 Equipment Location Tag Tag Place Place r" 2nd Notes Equipment Serial Type Seq. Config Equipment ID Description No 1 Verify 4A Boric N/A 1 Perform Acid Pump See Note Perform item in Tag Note Tag Hang Control Room 2 Info. 2 4P203B 4B Boric Acid Transfer Pump Control Tag Info. Tag Switch Console Control Dange Boric Acid Tank 3 3 Close 393 4B Boric Acid Pump Suction Isolation r Valve Room Boric Acid Tank 4 Dange 4 Close 398D Boric Acid Batching Tank to 4B Boric Acid Pump Isol. Valve Room 399 4A Boric Acid Pump Recirc to BAST "C" Boric Acid Tank 5 Dange 5 Close Isol Valve Room r 415 4A & 4B Boric Acid Pump Discharge Isol Boric Acid Tank 6 I Dange 6 Wired Close Valve to Recire. Room 376 4A Boric Acid Pump Discharge to boric Dange 7 Close Boric Acid Tank [ 7 ¢ r

Acid Filter Isol Valve Room 8 Dange 6 Close Boric Acid Tank 4-347 Boric Acid Filter Inlet Isol Valve r Room 7

7

Operations In-Plant Equipment Clearance Orders ATTACHMENT 1 (Page 3 of 4)

Applicant's Copy ECO FORM Tag Hang List for ECO 8

Procedure No: Procedure

Title:

Page:

43 0-ADM-212.1 Operations In-Plant Equipment Clearance Orders Approval Date 9/6/00 ATTACHMENT 1 (Page 3 of 4) xaminer's Copy - Key ECO FORM Tag Hang List for ECO Page 1 of 2 Equipment ID Equipment Equipment Location Tag Tag Place Place 1 2"d Notes Description Serial Type Seq. Config Perform item in Tag Note N/A 1 No 1 Perform Verify 4A Boric See Note Acid Pump Tag 4P203B 4H Boric Acid Transfer Pump Control Control Room 2 Info. 2 Hang Switch Console Tag Info. Tag Control 393 4B Boric Acid Pump Suction Isolation Boric Acid Tank 3 Dange 3 Close Valve Room r 398D Bode Acid Batching Tank to 4B Boric Boric Acid Tank 4 Dange 4 Close Acid Pump Isol. Valve Room r 399 4A Boric Acid Pump Recirc to BAST "C" Boric Acid Tank 5 Dange 5 Close Isol Valve Room r 415 4A & 4B Boric Acid Pump Discharge Isol Boric Acid Tank 6 Dange 6 Wired Valve to Recire. Room r Close 376 4A Boric Acid Pump Discharge to boric Boric Acid Tank 7 Dange 7 Close Acid Filter Isol Valve Room r 4-347 Boric Acid Filter Inlet Isol Valve Boric Acid Tank 8 Dange 8 Close Room r 9

Procedure No: Procedure

Title:

Page:

43 0-ADM-212.1 Operations In-Plant Equipment Clearance Orders Approval Date 9/6/00 ATTACHMENT 1 (Page 3 of 4) xaminer's Copy - Key ECO FORM Tag Hang List for ECO Page 2 of 2 Equipment Equipment Equipment Location Tag Tag Place Place l. 2 nd Notes ID Description Serial Type Seq. Config 396D Drain 4B Boric Acid Pump Drain Boric Acid Tank 9 No Tag 9 Drain Line Room Line 396D 4B Boric Acid Pump Drain Boric Acid Tank 10 No Tag 10 Throttle Throttle Room 374 4B Boric Acid Pump Dischargeto Boric Acid Boric Acid Tank 11 Danger 11 Close Examiner: 374 is the Filter Isol Valve Room valve to be worked. It must not be tagged.

396D 4B Boric Acid Pump Drain Valve Boric Acid Tank 12 Danger 12 Open Room 40725 4B Boric Acid Pump 4B MCC 13 Danger 13 Place in Examiner: Note the wrong OFF breaker number.

Additionally Bkr 40696 must be opened and tagged before any valves are closed closed.

395 Primary Water to 4B Boric Acid Pump Boric Acid Tank 6 Danger 6 Close Examiner: 395was Suction 4B Isol Valve Room omitted. It is a necessary clearanceboundary valve.

10

Job Classification: RO JPM

Title:

Perform RCS Leak Rate Calculation using Manual Method JPM Number: A.1.2 JPM Rev. Date: 09/23/02 Time Validation: 30 minutes NO Time Critical:

SIMULATE IN THE The applicable method(s) of testing which may be used: CLASSROOM Task Standards:

1. RCS leak rate calculated IAW 3-OSP-041.1 standards.

Required Materials:

1. 3-OSP-041.1, "Reactor Coolant System Leak Rate Calculation"

2. Calculator

3. Ruler (Straight Edge)

References:

1. 3-OSP-041.1, "Reactor Coolant System Leak Rated Calculation" Terminating Cues:

RCS leak rate determined & Shift Manager notified.

I

Initial Conditions Sheet (To be given to Applicant)

TASK:

Perform a 4 hour4.62963e-5 days 0.00111 hours 6.613757e-6 weeks 1.522e-6 months RCS Leak Rate Calculation using Manual Method.

DIRECTIONS:

The evaluator will explain the initial conditions of the task to be performed and will provide the initiating cue. Ensure you indicate to the evaluator when you understand your assigned task. To indicate that you have completed your assigned task return this "Initial Conditions Sheet" to the evaluator.

INITIAL CONDITIONS:

You are the Unit 3 RCO on day shift.

1. Unit 3 is at 100% power.

2. All 3-OSP-041.1, "Reactor Coolant System Leak Rate Calculation" prerequisites have been met.

3. ERDADS is not available.

INITIATING CUE:

The Shift Manager directs you to perform a 4 hour4.62963e-5 days 0.00111 hours 6.613757e-6 weeks 1.522e-6 months Manual Method RCS leak rate calculation using 3-OSP-041.1, "Reactor Coolant System Leak Rate Calculation".

2

PERFORM A DROPPED ROD RECOVERY Examiner Instructions:

Hand the Initial Conditions Sheet AND Data Sheet to the Applicant and read the following:

"The task you are to perform is perform a 4 hour4.62963e-5 days 0.00111 hours 6.613757e-6 weeks 1.522e-6 months RCS Leak Rate Calculation using Manual Method.

I will explain the initial conditions of the task and will provide the initiating cue.

Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the "Initial Conditions Sheet" to me."

INITIAL CONDITIONS:

You are the Unit 3 RCO on day shift.

1. Unit 3 is at 100% power.

2. All 3-OSP-041.1, "Reactor Coolant System Leak Rate Calculation" prerequisites have been met.

3. ERDADS is not available.

INITIATING CUE:

The Shift Manager directs you to perform a 4 hour4.62963e-5 days 0.00111 hours 6.613757e-6 weeks 1.522e-6 months Manual Method RCS leak rate calculation using 3-OSP-041.1, "Reactor Coolant System Leak Rate Calculation".

3

PERFORM RCS LEAK RATE CALCULATION ELEMENT 1: Record Start Data Time Start:

SAT STANDARDS:

1. Records the following data under "Start" column on Attachment 3, Page 3. (Step 7.1.6) UNSAT Parameter Value

1. Time 1300

2. VCT level 41%

3. PZR level 52%

4. PW Totalizer 0

5. BA Totalizer 0

6. PRT level 72%

7. RCDT level 20%

8. Cont. Sump level 120 gal.

9. Tavg 573 0 F COMMENTS:

NOTE: Values recorded are from the Data Sheet provided the applicants.

4

PERFORM RCS LEAK RATE CALCULATION ELEMENT 2: Record Stop Data STANDARDS:

SAT

1. Records the following data under "Stop" column on Attachment 3, Page 3.

(Step 7.1.7) UNSAT Parameter Value

1. Time 1700

2. VCT level 18%

3. PZR level 54%

4. PW Totalizer 0

5. BA Totalizer 0

6. PRT level 74%

7. RCDT level 24%

8. Cont. Sump level 220 gal.

9. Tavg 574 0 F COMMENTS:

NOTE: Values recorded are from the Data Sheet provided the applicants.

5

PERFORM RCS LEAK RATE CALCULATION (C) ELEMENT 3: Determine RCS leak rate.

STANDARDS:

SAT

1. Calculates the following values and enters them in the "(Stop - Start) x CF" column on the DAY SHIFT Table on Att. 3 (Page 3 of 6).

__UNSAT 240 min

1. Elapsed time

2. VCT level change - 325.45 gal

3. PZR level change +84.2 gal

4. PW Totalizer change 0 gal

5. BA Totalizer change 0 gal

6. PRT level change +200 gal

7. RCDT level change +12.8 gal

8. Containment Sump level chg. +100 gal

9. Average value of Tavg 573.5 0 F (Start + Stop/2 column)

10. A Gal due to Tavg change +71.3 gal*

Obtained by multiplying Tavg Cony. Factor on Encl.

1, Pg. 1 (71.3 gal/°F) times 1 degree Tavg change.

2. Enters values from lines 2 (-325.45), 3 (+84.2) and 9

(+71.3) into spaces provided in Step 10 of Att. 3.

3. Calculates total by adding lines 2, 3 and 9 values.

(-325.45 + 84.2 - 71.3 = -312.55) (Att. 3, Step 10)

4. Calculates gross leak rate by dividing total gallons (Line 10 = -312.55) by Atime (Line 1 = 240 min.).

(Att. 3, Step 11) Result is 1.30 gpm.

6

COMMENTS:

NOTE: Only Standard 4 is critical to this Element.

Acceptable value range is 1.20 to 1.40 gpm.

NOTE: Mathematical calculation will result in a negative value which corresponds to a loss of inventory in the RCS.

The applicant will change this negative value to a positive number representing leakage.

7

PERFORM RCS LEAK RATE CALCULATION ELEMENT 4: Determine Reference Leakage.

SAT STANDARDS:

1. Enters values from lines 6 (+200), 7

(+12.8), and 1 (240) into spaces provided in UNSAT Step 12 of Att. 3, Page 3.

2. Calculates Identified Leakage by adding lines 6 and 7 values (212.8) and dividing the result by line 1 value (240) . (AUt. 3, Step 12)

Result is +0.89 gpm.

3. Calculates Unidentified Leakage by subtracting line 12 value (+0.89) from line 11 value (1.30). (Attach. 3, Step 13) Result is

+0.41 gpm.

COMMENTS:

NOTE: Acceptable value range is 0.31 to 0.51 gpm.

8

UAV DATi?

DCC ItJ32Aflfl ('AT CTITATTON r 1z 4 .n.t' kttA.

rvnDv 'tD/I% 1t-4 I .PAW12 RTECAILCULIATION (C) ELEMENT 5: Notify Shift Manager of Excessive RCS leakage.

STANDARD: SAT

1. Notifies the Shift Manager that gross RCS leakage exceeds 1.0 gpm.

(Attach. 3, Step 11, Note 1) UNSAT CUE 1: As the Shift Manager,acknowledge the report thatgross RCS leakage exceeds 1.0 GPM and state you will make the appropriatenotificationsincluding the RCS System Engineer.

COMMENTS:

End of JPM 9

RCS Leakrate Calculation DATA Sheet (To be Handed to Applicant)

1. Chemistry has been notified to not sample and the sample valves are closed.

2. The SNPO has pumped the RCDT and its initial level is 20%.

3. The initial Containment sump level is 120 gallons.

4. Containment Sump Pump Discharge Valves, CV-3-2821/CV-3-2822 are CLOSED.

5. VCT Level Controller, LC-3-1 12A is set at 70%.

6. Initial VCT level is 41%.

7. Applicable START and STOP Data as follows:

START DATA STOP DATA Start Time: 1300 Stop Time: 1700 41% 18%

VCT Level:

52% 54%

PZR Level:

0 0 Primary Water Totalizer:

0 0 Boric Acid Totalizer:

72% 74%

PRT Level:

20% 24%

RCDT Level:

120 gal. 220 gal.

Cont. Sump Level:

573 0 F 574 0 F Tavg:

10

NOTE: The following instructions will only be used if the JPM setting is changed to the Simulator!!!

BOOTH OPERATOR INSTRUCTIONS

1. Reset to IC-1

2. Take simulator to run and verify the RCDT level between 15% and 25%. Touch SYS MAT -> WASTE DISPOSAL ->LIQUID WASTE DISPOSAL -> view RCDT LEVEL.

3. Manually pump down the containment sump to between 100 to 125 gallons.

Touch CONTAINMENT SUMP PUMP A -> LOCAL PUSHBUTTON START

> set TCA2JOGA = T and FREEZE when level reaches 12". Then touch CONTAINMENT SUMP PUMP A -> LOCAL PUSHBUTTON STOP ->set TCA2STPA = T.

4. Verify VCT level is between 20% and 70%.

5. Acknowledge any alarms and freeze simulator.

6. Initiate 4 gpm RCS leakage to Containment.

Touch RCS PRESSURE -> COLD LEG BREAK -> RCS COLD LEG LEAKAGE LOOP B -> set TVHHCLB = 0.000005.

7. Place simulator in run and start evaluation.

8. NOTE: Setup is in STATIC IC-52. RCDT level = 18.0%

Containment Sump level = 12" (117 gal)

VCT level = 29.9%

11

Job Classification: RCO JPM

Title:

Verify Axial Flux Difference Compliance with ERDADS Inoperable JPM Number: A.2 JPM Rev. Date: 09/23/02 Time Validation: 30 minutes Time Critical: NO SIMULATE IN THE The applicable method(s) of testing which may be used: CLASSROOM Task Standards:

1. AFD readings evaluated correctly to determine compliance with Operational Space limits.

Required Materials:

1. 3-OSP-20 1.1, RCO Daily Logs, Attachment 8

2. Plant Curve Book, Section 7, Fig.1 (dtd. 12 Oct 2001) or Plant Curve Book, Section 5, Fig. 1 (dtd. 16 Oct 2001)

3. Ruler or straight edge

4. Calculator

References:

1. 3-OSP-201.1, RCO Daily Logs, Attachment 8

2. 3-ONOP-059.4, Excessive Axial Flux Difference"

3. Plant Curve Book, Section 7, Fig.1 (dtd. 12 Oct 2001)

4. Plant Curve Book, Section 5, Fig. 1 (dtd. 16 Oct 2001)

5. Tech Specs. 3.2.1 Terminating Cues:

AFD values have been evaluated for compliance with Tech. Spec. requirements.

I

Initial Conditions Sheet (To be given to Applicant)

TASK:

Demonstrate Axial Flux Difference (AFD) compliance with ERDADS Out of Service.

DIRECTIONS:

The evaluator will explain the initial conditions of the task to be performed and will provide the initiating cue. Ensure you indicate to the evaluator when you understand your assigned task. To indicate that you have completed your assigned task return this "Initial Conditions Sheet" to the evaluator.

INITIAL CONDITIONS:

1. ERDADS is Out of Service.

2. Unit 3 is at 90% power.

INITIATING CUE:

The Shift Manager directs you to perform the following tasks:

1) Determine the AFD Tech Specs limits for 90% power.

2) Evaluate the entries on the provided Attachment 8 of 3-OSP-201.1.

After identifying the AFD Tech Spec limits for 90% power, your job is to identify any errors made on Attachment 8 when the boxes were checked or to certify that Attachment 8 is filled out correctly.

Circle any errors discovered.

2

Demonstrate Axial Flux Difference (AFD) compliance Examiner Instructions:

Hand the following to the applicant:

1) Initial Conditions Sheet

2) Applicant's copy of Attachment 8

3) Selected plant curves

4) Calculator

5) Ruler Read the following:

"The task you are to perform is Demonstrate Axial Flux Difference (AFD) requirements compliance with ERDADS Out of Service.

I will explain the initial conditions of the task and will provide the initiating cue.

Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the "Initial Conditions Sheet" to me.

INITIAL CONDITIONS:

1. ERDADS is Out of Service.

2. Unit 3 is at 90% power.

INITIATING CUE:

The Shift Manager directs you to perform the following tasks:

1) Determine the AFD Tech Specs limits for 90% power.

2) Evaluate the entries on the provided Attachment 8 of 3-OSP-201.1.

After identifying the AFD Tech Spec limits for 90% power, your job is to identify any errors made on Attachment 8 when the boxes were checked or to certify that Attachment 8 is filled out correctly.

Circle any errors discovered.

3

Demonstrate Axial Flux Difference (AFD) compliance (C) ELEMENT 1: Determine AFD limits for 90% Time Start:

power STANDARDS:

SAT

1. Using one of the following methods, determines the RAOC limits at 90% power to be +10.6 and

-14. UNSAT Method 1: Read values directly from PCB Section 5 Figure 1.

Method 2: Calculate values by interpolation.

(.2)(25 - 7) = 3.6 3.6 + 7 = +10.6

(.2)(-30 -- 10) = -4 10 =-14 Method 3: Use a straight edge to estimate limits of -14 and +10.6.

COMMENTS:

Examiner NOTE: Method 3 allowable tolerance is as follows: Acceptable positive estimates are +10 to +11.

Acceptable negative estimates are -13.5 to -14.5.

4

Demonstrate Axial Flux Difference (AFD) compliance (C) ELEMENT 2: Evaluate AFD readings STANDARDS:

SAT

1. Identifies and circles 1 error associated with N-43 (12:30), 1 error associated with N-44 (6:00), and 1 error associated with N-41 (6:30) on . UNSAT CUE: When applicanthas completed the task, have the applicantreturn the materials to you.

COMMENTS:

NOTE: The AFD limits at 90% power are -14 and

+10.6. Any value that exceeds these boundaries is "OUT".

End of JPM 5

Procedure No.: Procedure

Title:

Page 38 3-OSP-201.1 RCO Daily Logs EEEEN_ _

Approval Date; I__ __ ___

____ ___ ___ ___ ____ ___ ___ ___6/21/00 ATTACHMENT 8 pplicant's (Page 1 of 3) opy FLUX DIFFERENCE LOG SHEETS Date:

Instructions: IF required by 3-ONOP-059.4, EXCESSIVE AXIAL FLUX DIFFERENCE, THEN perform the following at the specified frequencies in 3-ONOP-059.4:

1. Record conformance with Flux Difference limit

2. Record the indicated Flux Difference for each operable Power Range Channel.

3. At least once per hour for the first 6 hours6.944444e-5 days 0.00167 hours 9.920635e-6 weeks 2.283e-6 months following restoration of the alarm to operable OR complete the operability check of annunciator using 0-OSP-059.9, COMPUTER AXIAL FLUX VERIFICATION.

NIS POWER RANGES FLUX DIFFERENCE WITHIN OPERATIONAL SPACE INDICATED TIME (CHECK FOR EACH OPERABLE POWER RANGE)

FLUX DIFFERENCE NA I N42 I N43 N44 IN IOUTQ IN IOýUT I IN IrOUT ;IN OUT IN41

+6.0 N42 N3I

+9.0 4

12 12:30 4 -4

-4 II 74 .42

'4

.4 +7.0 +8.5 +11.5 +8.0

.4 .4 .4 +8.0 +9.5 +12.0 +9.5 1:00 .4 +11.5 1:30

-4 .4 4 +9.5 +11.5 +12.5 4 +9.5 +12.0 +13.0 +12.0 2:00 2:30 3:00 4

.4

-4

-4 4

.4 F .4

.4 .4

.4

+8.5

+7.5

+4.5

+9.5

+9.0

+6.5

+11.5

+9.0

+6.0

+9.5

+8.5

+5.5 3:30 4 4 .4 4 +2.0 +2.0

.4 4 +1.0 +3.0 4:00 A .4 4 4 -3.0 0 -1.0 -2.0 4:30

.4 4 .4 -5.5 -3.0 -4.5 -5.5 5:00 4 -9.0

4. -8.0 -7.5 -7.5 5:30 .4 74 .4 -12.5 6:00

.4 .4 -11.0 -10.5 -10.5

.4 .4 -15.0 -12.0 -12.5 -15.0 6:30 4 4 .4 4 -16.0 -16.0 -15.0 -17.0 7:00 .4 -18.0 T4 .4 4 -16.5 -17.0 -17.0 7:30 8:00 8:30 9:00 6

Procedure No.: Procedure

Title:

Page 38 3-OSP-201.1 RCO Daily Logs Approval Date:

6/21/00 raluator's Copy CpATTACHMENT (Page 1 of 3) 8 FLUX DIFFERENCE LOG SHEETS Date:

Instructions: IF required by 3-ONOP-059.4, EXCESSIVE AXIAL FLUX DIFFERENCE, THEN perform the following at the specified frequencies in 3-ONOP-059.4:

1. Record conformance with Flux Difference limit

2. Record the indicated Flux Difference for each operable Power Range Channel.

3. At least once per hour for the first 6 hours6.944444e-5 days 0.00167 hours 9.920635e-6 weeks 2.283e-6 months following restoration of the alarm to operable OR complete the operability check of annunciator using 0-OSP-059.9, COMPUTER AXIAL FLUX VERIFICATION.

FLUX DIFFERENCE WITHIN OPERATIONAL SPACE NIS POWER RANGES TIME (CHECK FOR EACH OPERABLE POWER RANGE) INDICATED FLUX DIFFERENCE N41 N42 N43 N44 IN OUT IN OUT IN OUT IN OUT N41 N42 N43 N44 12 4 .4 ",4 4 +6.0 +8.0 +9.0 +6.0 12:30 _ 4 X X4 4 +7.0 +8.5 +11.5 +8.0 1:00 4 _ 4 .4 4 +8.0 +9.5 +12.0 +9.5 1:30 4 -4 4 -4 +9.5 +11.5 +12.5 +11.5 2:00 4 4 4 4 +9.5 +12.0 +13.0 +12.0 2:30 4 4 4 4 +8.5 +9.5 +11.5 +9.5 3:00 4 4 4 4 +7.5 +9.0 +9.0 +8.5 3:30 4 4 4 4 +4.5 +6.5 +6.0 +5.5 4:00 4 4 4 4 +1.0 +3.0 +2.0 +2.0 4:30 4 4 4 4 3.0 0 -1.0 -2.0 5:00 4 4 4 4 55 -3.0 -4.5 -5.5 5:30 4 4 4 4 80 -7.5 -7.5 -9.0 6:00 4 - 4 4 X -11.0 -10.5 -10.5 -12.5 6:30 X 4 _ 144 -15.0 -12.0 -12.5 -15.0 7:00 4 _ 4 144 -16.0 -16.0 -15.0 -17.0 7:30 4 _ 4 144 -16.5 -17.0 -17.0 -18.0 8:00 8:30 9:00 8

Examiner NOTE:

Grading Basis AFD RAOC limits at 90% power = -14 and +10.6. Any value that exceeds these boundaries is "OUT".

9

Job Classification: RO/SRO JPM

Title:

Calculate Dose During Emergency Operations JPM Number: A.3 JPM Rev. Date: 09/23/02 Time Validation: 30 minutes Time Critical: NO The applicable method(s) of testing which may be used: SIMULATE IN THE CLASSROOM Task Standards:

(if any)

The 3 path options are evaluated for accumulated radiation dose. Determines which option results in radiation exposure less than the allowable dose.

Required Materials:

1 1. 10 Foot elevation survey map 2 2. Task Data Sheet

3. Calculator

References:

1. None Terminating Cues:

less than the The applicant determines the best path option and if the option results in exposure allowable dose.

1

Initial Conditions Sheet (To be given to Applicant)

TASK:

Review 3 path options to reach and open valves.

1) Determine the best alternative and

2) Evaluate against allowable dose limit.

DIRECTIONS:

the The evaluator will explain the initial conditions of the task to be performed and will provide your assigned task. To initiating cue. Ensure you indicate to the evaluator when you understand Sheet" to the indicate that you have completed your assigned task return this "Initial Conditions evaluator.

INITIAL CONDITIONS:

1. Unit 4 has experienced a valid SI signal.

that valves PAHM-4

2. PAHMS has been placed in service per 4-OP-094, Section 7.1, except 002A and PAHM-4-002B cannot be opened due to broken reach rods.

3. Your allowable dose margin limit is 1250 mrem.

one way

4. A survey map is available of the 10 ft. elevation, showing dose rates and travel time to reach the valves for each of three possible routes.

5. HP personnel are unavailable to provide assistance.

INITIATING CUE:

The Emergency Coordinator directs you to determine:

1) Which roundtrip path would result in the lowest radiation exposure.

exceeding your

2) If PAHM-4-002A and PAHM-4-002B can be opened locally by you without dose margin limit.

THE BOTTOM OF THE BE SURE TO FILL IN THE APPROPRIATE INFORMATION AT TASK DATA SHEET.

2

Calculate Dose During Emergency Operations Examiner Instructions:

Hand the following 3 sheets to the Applicant:

1) Initial Conditions Sheet 3 2) 10 Foot elevation survey map 4 3) Task Data Sheet 4). Calculator Read the following to the Applicant:

"The task you are to perform is calculate dose during emergency operations.

cue. Ensure you I will explain the initial conditions of the task and will provide the initiating that you have completed your indicate to me when you understand your assigned task. To indicate assigned task return these materials to me."

AT THE BOTTOM OF THE BE SURE TO FILL IN THE APPROPRIATE INFORMATION TASK DATA SHEET.

INITIAL CONDITIONS:

1. Unit 4 has experienced a valid SI signal.

that valves PAHM-4

2. PAHMS has been placed in service per 4-OP-094, Section 7.1, except rods.

002A and PAHM-4-002B cannot be opened due to broken reach

3. Your allowable dose margin limit is 1250 mrem.

rates and one way

4. A survey map is available of the 10 ft. elevation, showing dose travel time to reach the valves for each of three possible routes.

5. HP personnel are unavailable to provide assistance.

INITIATING CUE:

The Emergency Coordinator directs you to determine:

1) Which roundtrip path would result in the lowest radiation exposure.

you without exceeding your

2) If PAHM-4-002A and PAHM-4-002B can be opened locally by dose margin limit.

4

Calculate Dose During Emergency Operations ELEMENT 1: Calculate dose at Valves Time Start:

PAHM-4-002A & PAHM-4-002B.

STANDARDS: SAT

1. Performs inverse square law calculation as follows: UNSAT Dose rate 2 feet from point source = 200 R/hr.

Dose rate 8 feet from point source = ?

2 R1D12 =R2D 2 200 (2)2 = R 2 (8)2 R2= 800/64 R 2 = 12.5 R/hr Dose after 4 minutes at valve location =?

12.5 R/hr = 12,500 mr/hr (12,500 mr/hr)(1 hr/60 min)(4 min) = 833 mrem COMMENTS:

NOTE: Applicant's numbers might be slightly different due to rounding off. Acceptable range is between 832 and 834 mrem.

6

Calculate Dose During Emergency Operations ELEMENT 2: Calculate Dose on Path 1.

STANDARDS:

SAT

1. Calculates dose along Path 1 as follows:

(3R/hr)(1000 mr/1R)(1 hr/60 min)(6 min) = 300 mr

__UNSAT Total Dose per path for entry and exit 2 (300 mr) = 600 mr Total Dose on Path 1 Including time at valves 600 mr + 833 mr = 1433 mr COMMENTS:

NOTE: Applicant's numbers might be slightly different due to rounding off. Acceptable range is between 1431 and 1435 mrem.

7

Calculate Dose During Emergency Operations ELEMENT 3: Calculate Dose on Path 2.

STANDARDS:

SAT

1. Calculates dose along Path 2 as follows:

(7R/hr)(1000 mr/1R)(1 hr/60 min)(4 min) = 467 mr

_UNSAT Total Dose per path for entry and exit 2 (467 mr) = 934 mr Total Dose on Path 1 Including time at valves 934 mr + 833 mr = 1767 mr COMMENTS:

NOTE: Applicant's numbers might be slightly different due to rounding off. Acceptable range is between 1765 and 1769 mrem.

8

Calculate Dose During Emergency Operations ELEMENT 4: Calculate Dose on Path 3.

STANDARDS:

SAT

1. Calculates dose along Path 3 as follows:

(8R/hr)(1000 mr/lR)(1 hr/60 min)(3 min) = 400 mr

_UNSAT Total Dose per path for entry and exit 2 (400 mr) = 800 mr Total Dose on Path 1 Including time at valves 800 mr + 833 mr = 1633 mr COMMENTS:

NOTE: Applicant's numbers might be slightly different due to rounding off. Acceptable range is between 1631 and 1635 mrem.

9

Calculate Dose During Emergency Operations (C)ELEMENT 5: Determine path with least exposure.

__SAT STANDARDS:

1. Compares Path 1, 2, and 3.

__UNSAT Path 1: 1433 +/- 2 mr Path 2: 1767 +/- 2 mr Path 3: 1633 +/- 2 mr

2. Chooses Path 1 as path with least exposure.

3. Circles Path 1, From #3 RHR Pit to Valves, on Task Data Sheet COMMENTS:

Only Standard 2 is critical to this element.

10

Calculate Dose During Emergencv Onerations (C) ELEMENT 6: Determine ifjob can be done without exceeding dose margin.

STANDARDS: SAT 1 Compares Path 1 Dose with Margin limit and determines NO, the job can not be done and stay within limit. UNSAT Dose Margin Limit: 1250 mr Path 1 Dose: 1433 +/- 2 mr

2. Circles NO on Task Data Sheet.

COMMENTS:

Only Standard 2 is critical to this element.

END OF JPM 11

Calculate Dose Durin. Emergencv Overations Task Data

1. Valves are located at Survey Map Location "A".

2. Estimated time to open the valves is 4 minutes.

3. A "Hot Spot" radiation point source is 8 feet from the valves.

Survey results reveal that the dose rate 2 feet from the point source is 200 R/hr.

The only radiation dose at the valves is from the hot spot.

4. Dose Rates along the three path options are as follows:

Path Options One way travel time per Average Dose Rate Path(Minutes) (R/hr) in each Path 1: From #3 RHR 6 Minutes 3 Rihr Pit to Valves 2: From #4 RHR Pit to 4 Minutes 7 R/hr Valves 3: 3 Minutes 8R/hr From West End access to Valves RESULTS: Circle the Lowest Exposure Path:

Path 1: #3 RHR Pit Path 2: #4 RHR Pit Path 3: West End Access 12

Can the alignment be completed within your Dose Margin Limit? Circle the correct answer. YES NO 13

Job Classification: RO JPM

Title:

Make Emergency Notification JPM Number: A.4 JPM Rev. Date: 09/23/02 Time Validation: 10 minutes Time Critical: YES (15 minutes)

The applicable method(s) of testing which may be used: PERFORM IN THE SIMULATOR Task Standards:

1. Complete the Florida Nuclear Plant Emergency Notification Form in accordance with 0-EPIP-20101 requirements.

2. Make Emergency Notifications to the State and Counties in accordance with 0-EPIP-20101 requirements.

Required Materials:

1. Florida Nuclear Plant Emergency Notification Form (Attachment 1 of 0-EPIP-20101, "Duties of Emergency Coordinator")

References:

1. 0-EPIP-20101, "Duties of Emergency Coordinator" Terminating Cues:

Completion of notification call to State Warning Point and Counties.

I

Initial Conditions Sheet (To be given to Applicant)

TASK:

Make Emergency Notification to the State Warning Point and Dade and Monroe Counties.

DIRECTIONS:

The evaluator will explain the initial conditions of the task to be performed and will provide the initiating cue. Ensure you indicate to the evaluator when you understand your assigned task. To indicate that you have completed your assigned task return this "Initial Conditions Sheet" to the evaluator.

INITIAL CONDITIONS:

You are the Communicator.

Unit 3 was initially at 100% power.

A small break LOCA occurred.

RCS leakage exceeds 50 gpm but is within charging pump capacity.

The Emergency Coordinator declares an Alert.

INITIATING CUE:

The Emergency Coordinator directs you to obtain and complete the Florida Nuclear Plant Emergency Notification Form and then notify the State Warning Point/Dade and Monroe Counties.

Meteorological Data is as seen on the MET Tower recorders.

NOTE:This is a time critical task.

2

Make Ememrency Notification Examiner Instructions:

Hand the Initial Conditions Sheet to the Applicant and read the following:

"The task you are to perform is make Emergency Notification to the State Warning Point and Dade and Monroe Counties.

I will explain the initial conditions of the task and will provide the initiating cue. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the "Initial Conditions Sheet" to me."

INITIAL CONDITIONS:

You are the Communicator.

Unit 3 was initially at 100% power.

A small break LOCA occurred.

RCS leakage exceeds 50 gpm but is within charging pump capacity.

The Emergency Coordinator declares an Alert.

INITIATING CUE:

The Emergency Coordinator directs you to obtain and complete the Florida Nuclear Plant Emergency Notification Form and then notify the State Warning Point/Dade and Monroe Counties.

Meteorological Data is as seen on the MET Tower recorders.

Note: This is a time critical task.

3

MAKE EMERGENCY NOTIFICATION Booth Operator Instructions; Select IC 16. Initiate a small break LOCA of approximately 100 gpm by touching RCS PRESSURE --> COLD LEG BREAK -4 RCS COLD LEG LEAKAGE LOOP B -- set TVHHCLB = 0.00013. The unit is at 75% power in the process of shutting down. Insert 2101 in the 10 meter MET Tower and 2400 in the 60 meter MET Tower by touching STYL INST -4 Al -> MET DATA RECORDERS (811) -- OVERRIDE -> TEN METER TOWER -> WIND DIRECTION -- VALUE -- set KR:WD1O = 210.0 --> RECALL -> OVERRIDE -->

SOUTH DADE TOWER -- WIND DIRECTION ->

VALUE --* set KR:WD60 = 240. Freeze the simulator.

Note this setup is stored in STATIC IC-52.

ELEMENT 1: Obtain copy of Florida Nuclear Plant Emergency Notification Form from 0-EPIP-20101. Time Start:

STANDARDS:

When the applicantshows where to obtain SAT CUE 1:

a copy of the procedure,provide the applicantwith a copy of 0-EPIP-20101. UNSAT

1. Obtains a copy of the notification form from 0 EPIP-20 101 in the EPIP notebook in the Simulator or prints one from Lotus Notes.

CUE 2: Tell the applicantthis is a Drilland the Alert declarationis made at the time 0-EPIP-20101is handed to the applicant. State the time.

COMMENTS:

4

I NOTE: The 15-minute clock starts now. I I 5

MAKE EMERGENCY NOTIFICATION ELEMENT 2: Enter Steps 1 and 2 event information in the Florida Nuclear Plant Emergency Notification Form.

__SAT STANDARDS:

1. Checks the THIS IS A DRILL box.

(Step L.A) UNSAT

2. Enters Applicant's Name/Communicator in Reported by field. (Step 2.B)

(SEE NOTE 1 BELOW)

3. Enters 1 in Message Number field. (Step 2.C)

4. Checks ControlRoom box in the Reported from:

field. (Step 2.d)

COMMENTS:

NOTE 1: The entries associated with ONLINE NOTIFICATION and Time/Date contact made will be made the applicant is talking to the State Warning Point.

6

MAKE EMERGENCY NOTIFICATION (C) ELEMENT 3: Enter Steps 3 through 7 event information in the Florida Nuclear Plant Emergency Notification Form.

SAT STANDARDS:

1. Checks D. TURKEY POINT UNIT 3 box in the SITE field. (Step 3) UNSAT

2. Checks B. ALERT box in the ACCIDENT CLASSIFICATION field. (Step 4)

3. Enters time stated by examiner in CURRENT EMERGENCYDECLARATION TIME field and Today's Date in the DATE field. (Step 5)

4. Enters RCS leakage exceeds 50 gpm but is within charging pump capacity. in REASON FOR EMERGENCY DECLARATION field.

(Step 6)

(SEE NOTE 2 BELOW)

5. Makes no entry or writes NONE or N/A in the ADDITIONALINFORMA TION OR UPDATE field.

(Step 7)

COMMENTS:

NOTE 1: Standards 1 through 4 are critical to this Element.

7

NOTE 2: Exact wording not required for credit.

8

MAKE EMERGENCY NOTIFICATION (C) ELEMENT 4: Enter Steps 8 through 10 event information in the Florida Nuclear Plant Emergency Notification Form.

STANDARDS: SAT

1. Checks the A. No box OR the A. Unknown box and the B. CONTAMINATED No box OR the B.

Unknown box in the INJURIES REQUIRING UNSAT OFFSITE SUPPORTfield.

(Step 8)

2. Enters 210 in the WEATHER DATA: A. Wind direction from degrees. field. (S;tep 9)

3. Enters A, B, C, in the B. Downwind Sectors Affected field. (Step 9)

4. Checks the A. No Release box in the RELEASE STATUS field. (Step 10)

5. Skips Step 11. Goes to Step 12.

COMMENTS:

NOTE 1: Standards 2 through 4 are critical to this Element.

NOTE 2: Entries associated with Standards 2 and 3 are based on the applicant choosing the 10 meter tower as the source of Wind Direction.

9

10 MAKE EMERGENCY NOTIFICATION (C) ELEMENT 5: Enter Steps 12 through 14 event information in the Florida Nuclear Plant Emergency Notification Form.

SAT STANDARDS:

1. Checks the A. NONE box in the UTILITY UNSAT RECOMMENDED PROTECTIVE ACTIONS field.

(step 12)

2. Checks the A. NO box in the HAS EVENT BEEN TERMINATED? field. (Step 13)

3. Checks the A. NO box in the SUPPLEMENTAL FORM ISATTACHED? field. (Step 14)

4. Identifies the need to get the EC approval signature including time and date. (Step 14)

CUE 1: Sign the EC Approval Signature block as the EC. Include the time and date.

COMMENTS:

NOTE 1: Standards 1, 2, and 4 are critical to this Element.

11

MAKE EMERGENCY NOTIFICATION (C) ELEMENT 6: Notify State Warning Point and Dade and Monroe Counties.

STANDARDS: __SAT

1. Locates the Hot Ringdown Phone in the Watch Engineer's office, lifts the handset and dials 100.

Warning UNSAT Booth OperatorCUE: Respond as the State Point. State that Dade and Monroe counties are on the line. Take the messages given by the applicant

2. Identifies self by name and title and states the time and date.

NOTE: The 15-minute clock stops now.

3. When told the State and both counties are on the line, checks all three boxes: SWPH MIAMI DADE COUNTY and MONROE COUNTY.

(Step 1)

4. Enters the time and date told to the State in the Time/Date contact made field. (Step 2.A)

5. Enters Applicant's Name/Communicator in Reported by field. (Step 2.B)

(SEE NOTE 1 BELOW)

COMMENTS:

NOTE 1: Only Standards 1 and 2 are critical to this Element.

12

13 MAKE EMERGENCY NOTIFICATION (C) ELEMENT 7: Read Florida Nuclear Plant Emergency Notification Form contents to State and Counties.

SAT STANDARDS:

1. Reads the contents of the Florida Nuclear Plant Emergency Notification Form to the State UNSAT Warning Point and counties.

2. At Step 15 of the form, asks the State person's name and enters it into the MESSAGE RECEIVED BY. Name field.

Booth OperatorCUE: When asked, stateyour name to the applicant.

3. Enters the time and date the message is complete in the Time/Date MESSAGE RECEIVED BY: field. (Step 15)

COMMENTS:

NOTE 1: Only Standard 1 is critical to this Element.

END OF JPM 14

15 Job Classification: SRO JPM

Title:

Classify Event and Make Protective Action Recommendations JPM Number: A.4 - SRO JPM Rev. Date: 09/23/02 Time Validation: 20 minutes Time Critical: NO The applicable method(s) of testing which may be used: SIMULATE Task Standards:

The correct Emergency Classification has been made and the most conservative PAR has been selected for each mile sector (0-2, 2-5, 5-10), based on current plant conditions and/or off-site dose estimates.

Required Materials:

1. 0-EPIP-20101, "Duties of Emergency Coordinator"

References:

1. 0-EPIP-20 101, "Duties of Emergency Coordinator" Terminating Cues:

The applicant determines the Emergency Classification and makes Protective Action Recommendations.

1

Initial Conditions Sheet # 1 (To be given to Applicant)

TASK 1:

Classify an emergency event.

DIRECTIONS:

The evaluator will explain the initial conditions of the task to be performed and will provide the task. To initiating cue. Ensure you indicate to the evaluator when you understand your assigned to the indicate that you have completed your assigned task return this "Initial Conditions Sheet" evaluator.

INITIAL CONDITIONS:

1. Unit 3 has experienced a LOCA.

2. Containment pressure peaked at 17 psig and is rapidly decreasing.

west electrical

3. Health Physics reports steam and high radiation activity in the vicinity of the penetration room.

4. HHSI flow is 600 gpm.

INITIATING CUE:

You are the Emergency Coordinator.

1) Classify this emergency.

2

Initial Conditions Sheet # 2 (To be given to Applicant)

TASK 2:

Make Protective Action Recommendations.

DIRECTIONS:

The evaluator will explain the initial conditions of the task to be performed and will provide the initiating cue. Ensure you indicate to the evaluator when you understand your assigned task. To to the indicate that you have completed your assigned task return this "Initial Conditions Sheet" evaluator.

INITIAL CONDITIONS:

1. Unit 3 has experienced a LOCA.

2. A General Emergency has been declared.

3. CET temperatures are 750'F.

4. CHRRM readings are 1.4E 5 R/hr.

5. Chemistry reports the following offsite dose estimates:

I mile 2miles 5 miles 10 miles 5,500 mr 800 mr 400 mr Total Dose (TEDE) 6,000 mr 1,100 mr Thyroid Dose (CDE) 26,000 mr 10,000 mr 6,000 mr INITIATING CUE:

You are the Emergency Coordinator.

1) Determine Protective Action Recommendations (PARs).

-3

Classify. Event and Make Protective Action Recommendations Examiner Instructions #1:

Hand Initial Conditions Sheet #1 to the Applicant and read the following:

"The task you are to perform is classify an emergency event.

I will explain the initial conditions of the task and will provide the initiating cue. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the "Initial Conditions Sheet" to me."

INITIAL CONDITIONS:

1. Unit 3 has experienced a LOCA.

2. Containment pressure peaked at 17 psig and is rapidly decreasing.

3. Health Physics reports steam and high radiation activity in the vicinity of the west electrical penetration room.

4. HHSI flow is 600 gpm.

INITIATING CUE:

You are the Emergency Coordinator.

1) Classify this emergency.

4

Classify Event and Make Protective Action Recommendations Examiner Instructions #2:

Hand Initial Conditions Sheet #2 to the Applicant and read the following:

"The task you are to perform is make Protective Action Recommendations.

I will explain the initial conditions of the task and will provide the initiating cue. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the "Initial Conditions Sheet" to me."

INITIAL CONDITIONS:

1. Unit 3 has experienced a LOCA.

2. A General Emergency has been declared.

3. CET temperatures are 750'F.

4. CHRRM readings are 1.4E 5 R/hr.

5. Chemistry reports the following offsite d ose estimates:

1 mile 2mi iles 5 miles 10 miles 800 mr 400 mr Total Dose (TEDE) 6,000 mr 5,5(0O mr 6,000 mr 1,100 mr Thyroid Dose (CDE) 26,000 mr 10,(000 mr INITIATING CUE:

You are the Emergency Coordinator.

1) Determine Protective Action Recommendations (PARs).

5

Classify Event and Make Protective Action Recommendations (C) ELEMENT 1: Classify Event. Time Start:

STANDARDS:

SAT

1. Obtains O-EPIP-20101.

2. Reviews Enclosure 1 and classifies the event as a UNSAT General Emergency.

COMMENTS:

NOTE: Only Standard 2 is critical to this Element.

NOTE: Basis for the classification is a LOCA combined with a loss of Containment integrity. Classified per Category 1 General Emergency.

6

Classify Event and Make Protective Action Recommendations ELEMENT 2: Make Protective Action Recommendations based on Plant Conditions.

SAT STANDARDS:

1. Goes to Attachment 3 and determines PARs based on Plant Conditions based on the existence of a UNSAT General Emergency.

a. Determines there is evidence of severe core damage.

b. Classification based on plant conditions determined: 0-2 miles: E(CR) 2-5 miles: E(DW)+S(RS) 5-10 miles: S(CR)

c. Fills in these PARs in the summary section.

COMMENTS:

7

Classify Event and Make Protective Action Recommendations ELEMENT 3: Make Protective Action Recommendations based on Total Dose (TEDE)

SAT STANDARDS:

1. Goes to Attachment 3 and determines PARs based on Offsite Dose Projections, TEDE. UNSAT

a. PARs are selected for each sector based on dose value provided by the Chemistry Department.

b. PARs based on Total Dose determined to be:

0-2 miles: E(CR) 2-5 miles: E(CR) 5-10 miles: S(DW) c Fills in these PARs in the summary section.

COMMENTS:

8

Classify Event and Make Protective Action Recommendations ELEMENT 4: Make Protective Action Recommendations based on Thyroid Dose (CDE)

SAT STANDARDS:

1. Goes to Attachment 3 and determines PARs based on Thyroid Dose (CDE). UNSAT

a. PARs are selected for each sector based on dose value provided by the Chemistry Department.

b. PARs based on Thyroid Dose determined to be:

0-2 miles: E(CR) 2-5 miles: E(DW)+S(RS) 5-10 miles: E(DW)+S(RS) c Fills in these PARs in the summary section.

COMMENTS:

9

Classify Event and Make Protective Action Recommendations (C) ELEMENT 5: Make Protective Action Recommendations based on Plant Conditions combined with Offsite Dose Projections. SAT STANDARDS:

1. Combines previously determined PARs to choose UNSAT most conservative PARs.

2. Most conservative PARs determined to be:

0-2 miles: E(CR) 2-5 miles: E(CR) 5-10 miles: E(DW)+S(RS)

3. Fills in these PARs in the summary section.

COMMENTS:

NOTE: Only Standard 2 is critical to this Element.

END OF JPM 10

JPMs Final Submittal

.S-301 Control Room systems and Facility WalK- I nrough Iest Outline t-orm 1S-3u1-2:

Facility: Turkey Point Date of Examination: 10/07/02 Exam Level (circle one): RO / SRO(l) / SRO(U) Operating Test No.: I B.1 Control Room Systems SSafety Type Code* Function System / JPM Title

a. Sys. 064/JPM, Perform EDG Normal Start Test. (Build (M) (A) (S) 6 from bank R0230060, Perform the Emergency Diesel GeneratorOperabilityTest. Includes voltage regulator malfunction at end of JPM.)

b. Sys.015IJPM #R0590030, Adjust High Flux at (D) (S) (L) 7 Shutdown Alarm (N-31)

(M) (A) (S) (L) 4S

c. Sys. 061/JPM #A0750190, Perform the AFW Flow Control Valve Operability Test.

d. Sys. 007/JPM, Drain the PressurizerRelief Tank. Lift (N)(A)(S) 5 PORV during draining.Fail PORV, block valve yielding auto reactortrip.

e. APE 068/JPM, Control Room Evacuation as Unit 3 RCO (N) (S) 8 (Fire in Cable Spreading Room). Fire damage causes spurious train A equipment actuation. 37

f. Sys. 006/JPM, Restore Accumulator Pressure and (M)(S)

Level

g. Sys. 003/JPM, Perform a Dropped Rod Recovery. Drop a (M) (A) (S) 1 second control rod thus requiring a reactor trip. (Use R0280160, Recover Misaligned Control Rod as a Guide)

B.2 Facility Walk-Through

a. Sys. 068/JPM #S0610390, Pump Waste Holdup Tank Contents to Unit 4 Containment

b. Sys. 062/JPM #N0030180, Transfer 4P07 Instrument bus (D) from CVT to Inverter (Internal Transfer)

c. Sys. 008/JPM #S0300090, Align Emergency Cooling (D) (R)

Water to the 4A ChargingPump

Type Codes: (D)irect from bank, (M)odified from bank, (N)ew, (A)lternate path, (C)ontrol room, (S)imulator, (L)ow-Power, (R)CA Note: JPM's in BOLD and Italics are the five JPM's the SRO(U) applicants receive. RO and SRO(]) applicants receive all ten JPM's.

Job Classification: RO JPM

Title:

Perform EDG Normal Start Test JPM Number: B.I.1 JPM Type: Alternate Path JPM Rev. Date: 09/24/02 Time Validation: 25 minutes Time Critical: NO The applicable method(s) of testing which may be used: PERFORM Task Standards:

1. The EDG will be synchronized to the Bus in accordance with 3-OSP-023.l.

2. The EDG will be emergency stopped when voltage regulator amperage exceeds 477 amps.

Required Materials:

1. Two way radio (optional communications device).

2. 3-OSP-023.1, "Diesel Generator Operability Test"

References:

1. 3-OSP-023.1 Terminating Cues:

Emergency Stop of the EDG when EDG amperage exceeds 477 amps (Step 4.1 of 3 OSP-023.1).

1

Initial Conditions Sheet (To be given to Applicant)

TASK:

Perform the EDG Normal Start Test (3A EDG).

DIRECTIONS:

The evaluator will explain the initial conditions of the task to be performed and will provide the initiating cue. Ensure you indicate to the evaluator when you understand your assigned task. To indicate that you have completed your assigned task return this "Initial Conditions Sheet" to the evaluator.

INITIAL CONDITIONS:

You are the Unit 3 RCO.

1. The 3A EDG Normal Start Test is to be performed from the Control Room.

2. 3-OSP-023.1 has been obtained and checked against the OTSC index.

3. All applicable prerequisites have been satisfied. (Step 7.1.1.1)

4. Attach. 5 and Section 1 of Attach. 2 have been completed. (Step 7.1.1.2)

5. The Shift Manager has authorized performance of the EDG test. (Step 7.1.1.3)

6. System has been notified of the intent to parallel an EDG to the grid and changes to grid voltage should be avoided if possible. If grid voltage has to be adjusted, Unit 3 & 4 Control Room will be notified. (Step 7.1.1.4)

7. The reason for testing is Monthly Surveillance. (Step 7.1.1.6)

8. O-OSP-023.3, "Equipment Operability Verification with an Emergency Diesel Generator Inoperable", has been completed. (Step 7.1.2.1)

9. Communications have been established with the NPO who is performing local EDG pre-start checks. (Step 7.1.2.2)

INITIATING CUE:

2

You have been notified by the NPO that all pre-start checks and alignments have been satisfactorily completed (Steps 7.1.2.3 through 7.1.2.17).

3

PERFORM EDG NORMAL START TEST Examiner Instructions:

Hand the Initial Conditions Sheet to the Applicant and read the following:

"The task you are to perform is perform the EDG Normal Start Test on the 3A EDG..