ML14055A276

Pre-Operational Test Instruction 2-PTI-063-01, Safety Injection System SIS Integrated Test.

ML14055A276
Person / Time
Site:	Watts Bar
Issue date:	02/18/2014
From:	Evans C Tennessee Valley Authority
To:	Office of Nuclear Reactor Regulation
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ML14055A278	List: ML14055A275 ML14055A276 ML14055A277
References
2-PTI-063-01
Download: ML14055A276 (118)

Text

WATTS BAR NUCLEAR PLANT UNIT 2 PREOPERATIONAL TEST TITLE: Safety Inhection System SIS Inte-grated Test Instruction No: 2-PTI-063-01 Revision No: 0 PREPARED BY: Curt EvansI DATE: _ -___ -_-_

PRINT MISIGATU A

REVIEWED BY: Bruce Eltzroth r DATE: I PRINT NAME / SIGNATtS'E INSTRUCTION APPROVAL JTG MEETING No: 1 -4 -Do JTG CHAIRMAN: DATE: ;,- //- //1 APPROVED BY: DATE: Z1-1f-I OPfOPERATIONAL STARTUP MANAGER TEST RESULTS APPROVAL JTG MEETING No:________

JTG CHAIRMAN:__ _ _ _ _ _ _ _ _ _ _ _ _ _ DATE:

APPROVED BY: DATE:__ _ _ _ _ _

PREOPERATIONAL STARTUP MANAGER SMP-8.0, Administration of Preoperational Test instructions, Appendix B 12/07/2010

SAFETY INJECTION SYSTEM 2-PTI-063-01 SiS INTEGRATED TEST Rev. 0000 Paae 2 of 118 Revision Log Revision Affected or Change Effective Page Number Date Numbers Description of Revision/Change 0000 n1i, ALL Initial Issue based on Unit l's PTI-063-01

~j~I~i.CN-01

________ through CN-05.

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 3 of 118 Table of Contents

1.0 INTRODUCTION

................................................................................................... 5 1.1 Test Objectives ........................................................................................................ 5 1.2 Sc o p e ............................................................................................................................ 5

2.0 REFERENCES

..................................................................................................... 6 2.1 Performance References .......................................................................................... 6 2.2 Developmental References ...................................................................................... 6 3.0 PRECAUTIONS AND LIMITATIONS ..................................................................... 12 4.0 PREREQUISITE ACTIONS .................................................................................... 17 4.1 Prelim inary Actions ................................................................................................. 17 4.2 Special Tools, Measuring and Test Equipment, Parts, and Supplies ...................... 26 4.3 Field Preparation ................................................................................................... 27 4.4 Approvals and Notifications ................................................................................... 32 5.0 ACCEPTANCE CRITERIA ...................................................................................... 33 6.0 PERFORMANCE ........................................................................................................ 35 6.1 Cold Leg and Hot Leg Injection Flow Test ............................................................. 35 6.2 Cold Leg Recirculation Flow Test ........................................................................... 45 6.3 Hot Leg Recirculation Flow Test ............................................................................. 57 7.0 POST-PERFORMANCE ACTIVITIES ..................................................................... 66 8.0 RECORDS .................................................................................................................. 70 Appendix A: TEST PROCEDURES/INSTRUCTIONS REFERENCE REVIEW ................................................................................................. 71 Appendix B: TEMPORARY CONDITION LOG .......................................................... 72 Appendix C: PERMANENT PLANT INSTRUMENTATION LOG ................................ 73 Appendix D: SSPS OUTPUT CAB. TERM. VERIFICATION ....................................... 76 Appendix E: COLD AND HOT LEG INJECTION ........................................................ 77

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 4 of 118 Table of Contents (continued)

Appendix F: COLD LEG RECIRCULATION - TRAIN A .............................................. 88 Appendix G: COLD LEG RECIRCULATION - TRAIN B .............................................. 96 Appendix H: HOT LEG RECIRCULATION ................................................................... 104 Appendix 1: VIBRATION DATA SHEET ...................................................................... 114

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 5 of 118 Date

1.0 INTRODUCTION

1.1 Test Objectives This test is being performed to ensure the Emergency Core Cooling System (ECCS) and Residual Heat Removal (RHR) Pumps perform their design function.

1.2 Scope A. Verify Safety Injection System (Sys 063), Centrifugal Charging Pumps (Sys 062), Containment Spray Pumps (Sys 072) and Residual Heat Removal Pumps (Sys 074) function according to design requirements.

B. Verify the required Centrifugal Charging Pumps exhibit flow rates below run out in the Cold Leg Recirculation mode.

C. Verify the required ECCS pumps exhibit flow rates below run out in the Hot Leg Recirculation mode.

D. Verify Residual Heat Removal Pumps exhibit Hot Leg Recirculation flow rates below run out.

E. Verify Residual Heat Removal Hot Leg Recirculation flow rate meets or exceeds design requirements.

F. Verify ECCS pumps do not trip under maximum flow conditions in Cold Leg and Hot Leg Recirculation alignments.

G. Verify Transient vibration is acceptable.

H. Verify Steady State vibration is acceptable.

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 6 of 118 Date

2.0 REFERENCES

2.1 Performance References A. SMP-9.0, Conduct of Test B. SMP-1 5.0, Watts Bar Nuclear Plant Unit 2 Status and Control of Isolation Devices C. TI-31.14, Piping Vibration Measurements D. N3C-945, Procedure for Evaluation and Qualification of Piping System Vibrations E. 2-TOP-063-02 F. TI-300, Electrical Arc Flash Personal Protective Equipment & Protective Boundary Matrices 2.2 Developmental References A. Living WBN Unit 2 Final Safety Analysis Report (FSAR)

1. FSAR-Amendment 110

a. Section 6.3, Emergency Core Cooling System

b. Section 3.9.2.1, Preoperational Vibration and Dynamic Effects Testing on Piping

c. Table 14.2-1 Sheets 22, 23 and 24 of 89, Safety Injection System Test Summary

d. Table 14.2-1 Sheet 80 of 89, Operational Vibration Tests Test Summary

e. Technical Specification, LCO 3.5.4, Page 3.5-9, Rev G B. Test Scoping Documents

1. 2-TSD-63-3 R3, Safety Injection System: Centrifugal Charging Pump, RHR Pump, Safety Injection Pump and Related SIS Performance Test, and Flow Balance Test.

2. 2-TSD-HFT-1 R1, Test Scoping Document for Hot Functional Tests.

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 7 of 118 Date 2.2 Developmental References (continued)

C. Drawings

1. Flow Diagrams

a. 2-47W809-1 R22, Flow Diagram Chemical & Volume Control System

b. 2-47W809-2 R12, Flow Diagram Chemical & Volume Control System (Boron Recovery)

c. 2-47W81 0-1 R1 8, Flow Diagram Residual Heat Removal System

d. 2-47W811-1R30, Flow Diagram Safety Injection System

e. 2-47W812-1 R22, Flow Diagram Containment Spray System

f. 2-47W813-1 R14, Flow Diagram Reactor Coolant System

2. Electrical

a. 45W2766-4 R3, Wiring Diagrams 480V Reactor MOV BD 2A1-A Connection Diagram

b. 45W2768-5 R14, Wiring Diagrams 480V Reactor MOV BD 2B1-B Connection Diagram

c. 2-47W610-63-1 R1 5, Electrical Control Diagram Safety Injection System

d. 2-47W610-62-2 R12, Electrical Control Diagram chemical & Volume Control System

e. 2-47W610-63-2 R6, Electrical Control Diagram Safety Injection System

f. 2-47W610-70-2 R10, Electrical Control Diagram Component Cooling Water System

g. 2-47W610-70-3 R9, Electrical Control Diagram Component Cooling Water System

h. 2-47W610-72-1 R9, Electrical Control Diagram Containment Spray Sys tem

i. 2-47W610-74-1 R12, Electrical Control Diagram Residual Heat Removal System

SAFETY INJECTION SYSTEM 2-PTI-063-01 SIS INTEGRATED TEST Rev. 0000 Page 8 of 118 Date 2.2 Developmental References (continued)

j. 2-45W600-57-1 R5, Wiring Diagram Separation & Misc Aux Relays Schematic Diagram

k. 2-45W600-57-2 R6, Wiring Diagram Separation & Misc Aux Relays Schematic Diagram

1. 2-45W600-57-3 R4, Wiring Diagram Separation & Misc Aux Relays Schematic Diagram

m. 2-45W600-62-1 R6, Wiring Diagram Chemical & Volume Control System Schematic Diagram

n. 2-45W600-62-2 R6, Wiring Diagram Chemical & Volume Control System Schematic Diagram

o. 2-45W600-62-4 R7, Wiring Diagram Chemical & Volume Control System Schematic Diagram

p. 2-45W600-62-5 R9, Wiring Diagram Chemical & Volume Control System Schematic Diagram

q. 2-45W600-63-1 R5, Wiring Diagram Safety Injection System Schematic Diagram

r. 2-45W600-63-2 R3, Wiring Diagram Safety Injection System Schematic Diagram

s. 2-45W600-74 R3, Wiring Diagram Residual Heat Removal System Schematic Diagram

t. 2-45W760-62-1 R7, Wiring Diagrams Chemical & Volume Control System Schematic Diagram

u. 2-45W760-62-2 R9, Wiring Diagrams Chemical & Volume Control System Schematic Diagram

v. 2-45W760-62-3 R6, Wiring Diagrams Chemical & Volume Control System Schematic Diagram

w. 2-45W760-63-1 R5, Wiring Diagrams Safety Injection System Schematic Diagram

x. 2-45W760-63-2 R6, Wiring Diagrams Safety Injection System Schematic Diagram

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 9 of 118 Date 2.2 Developmental References (continued)

y. 2-45W760-63-3 R6, Wiring Diagrams Safety Injection System Schematic Diagram

z. 2-45W760-63-4 R8, Wiring Diagrams Safety Injection System Schematic Diagram aa. 2-45W760-63-5 R6, Wiring Diagrams Safety Injection System Schematic Diagram bb. 2-45W760-63-6 R7, Wiring Diagrams Safety Injection System Schematic Diagram cc. 2-45W760-63-7 R7, Wiring Diagrams Safety Injection System Schematic Diagram dd. 2-45W760-63-8 R7, Wiring Diagrams Safety Injection System Schematic Diagram ee. 2-45W760-63-9 R4, Wiring Diagrams Safety Injection System Schematic Diagram ff. 2-45W760-72-1 R8, Wiring Diagrams Containment Spray System Schematic Diagram gg. 2-45W760-72-2 R7, Wiring Diagrams Containment Spray System Schematic Diagram hh. 2-45W760-74-2 R9, Wiring Diagrams Residual Heat Removal System Schematic Diagrams ii. 2-45W760-74-3 R4, Wiring Diagrams Residual Heat Removal System Schematic Diagrams

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 10 of 118 Date 2.2 Developmental References (continued)

3. Mechanical Piping

a. 47W406-1 R30, Mechanical Chemical & Volume Control System Piping

b. 47W406-2 R30, Mechanical Chemical & Volume Control System Piping

c. 47W432-1 R22, Mechanical Residual Heat Removal System Piping

d. 47W432-2 R20, Mechanical Residual Heat Removal System Piping

e. 47W435-1 R23, Mechanical Safety Injection System Piping

4. Vendor Drawings

a. E-3617E SH 1 R904, Wiring Diagram Panel 1 6900 V Shutdown Board 2A-A Logic Relay Pnl, Contract No. 75K2-85354

b. E-3617E SH 2 R904, Wiring Diagram Panel 1 6900 V Shutdown Board 2A-A Logic Relay Pnl, Contract No. 75K2-85354

c. 7246D1 1 SH 17 R14, Solid State Protection System Interconnection Diagram, Contract No. 71C62-54114-1.

d. 7246D11 SH 20 R13, Solid State Protection System Interconnection Diagram, Contract No. 71C62-54114-1

e. 7246D1 1 SH 23 R7, Solid State Protection System Interconnection Diagram, Contract No. 71C62-54114-1

f. 7246D1 1 SH 56 R6, Solid State Protection System Interconnection Diagram, Contract No. 71C62-54114-1

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 11 of 118 Date 2.2 Developmental References (continued)

I D. Vendor Manuals

1. VTM-W120-0010 R23, Westinghouse Supplied Centrifugal Charging Pumps

2. VTM-W120-0050 R5, Westinghouse Containment Spray Pumps & Drivers

3. VTM-W120-0570 R13, Westinghouse Supplied Ingersoll-Rand Residual Heat Removal Pumps

4. VTM-W120-0720 R28, Westinghouse Supplied Safety Injection Pumps and Motors E. Technical Instructions

1. TI-31.02 R23, Plant Equipment Vibration Monitoring & Vibration Diagnostics Program

2. TI-226 R1, Motor Starting and Operating Limitations

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 12 of 118 Date 3.0 PRECAUTIONS AND LIMITATIONS A. Standard precautions shall be followed for working around energized electrical equipment in accordance with TVA Safety Manual Procedure 1021.

B. Steps may be repeated if all components cannot be tested in a step. However, if the test has been exited, prerequisite steps must be re-verified and a Chronological Test Log (CTL) entry made.

C. Discrepancies between component ID tags and the description in a procedure/instruction do not require a Test Deficiency Notice (TDN) in accordance with SMP-14.0, if the UNIDs match, exclusive of place-keeping zeros and train designators (e.g. 2-HS-31-468 vs. 2-HS-031-0468) and the noun description is sufficient to identify the component. If the component label needs to be changed, a Tag Request Form (TR Card) should be processed in accordance with TI-12.14. Make an entry in the CTL and continue testing.

D. All wires removed from a terminal shall be identified taped or covered with an insulator to prevent personnel or equipment hazard and possible spurious initiations. The wires should be grouped together and labeled with the work implementing document number that required them to be lifted if left unattended.

E. All open problems are to be tracked by a corrective action document and entered on the appropriate system punchlist.

F. Problems identified during the test shall be annotated on the Chronological Test Log (CTL) from SMP-9.0 including a description of the problem, the procedure step when/where the problem was identified, corrective action steps taken to resolve the problem, and the number of the corrective action document, if one was required.

G. Observe all Radiation Protection (RP) requirements when working in or near radiological areas.

H. Ensure there are no adverse effects to the operation of Unit 1 structures, systems, or components.

I. If the vibration is determined to be excessive the Test Engineer shall initiate a Test Deficiency Notice (TDN).

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 13 of 118 Date 3.0 PRECAUTIONS AND LIMITATIONS (continued)

J. The following pump/motor operating limitations apply during performance of this test:

1. Containment Spray Pumps (CSP)

COMPONENT LIMITS MOTOR BEARINGS MAX. 185 0 F FROM BEARING THERMOCOUPLE MOTOR STATOR MAX. 138 0 F GREATER THAN AMBIENT PUMP BEARINGS MAX. 160°F INBOARD BEARING MAX. 165°F OUTBOARD BEARING VIBRATION MAX. 1 MIL, PEAK TO PEAK AT 1775 HZ

2. Residual Heat Removal Pumps (RHRP)

COMPONENT LIMITS 0

MOTOR BEARINGS MAX. 185 F FROM BEARING THERMOCOUPLE MOTOR STATOR MAX. 1380 F GREATER THAN AMBIENT VIBRATION FILTERED READINGS AT PUMP RUNNING SPEED ACCEPTABLE RANGE <0.325 IN/SEC ALERT RANGE > 0.325 TO

_<0.70 IN/SEC REQUIRED ACTION > 0.70 IN/SEC

3. Safety Injection Pumps (SIP)

COMPONENT LIMITS MOTOR BEARINGS MAX. 194 0 F FROM BEARING THERMOCOUPLE MOTOR STATOR MAX. 158°F GREATER THAN AMBIENT PUMP BEARINGS MAX. 128 0 F BEARING OIL OUTLET TEMPERATURE MAX. 155°F BEARING OIL OUTLET TEMPERATURE VIBRATION FILTERED READINGS AT PUMP RUNNING SPEED NORMAL OPS *0.325 IN/SEC ALERT RANGE > 0.325 TO

_ 0.70 IN/SEC SHUTDOWN PUMP > 0.70 IN/SEC

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 14 of 118 Date 3.0 PRECAUTIONS AND LIMITATIONS (continued)

4. Centrifugal Charging Pumps (CCP)

COMPONENT LIMITS 0

MOTOR BEARINGS MAX. 185 F FROM BEARING THERMOCOUPLE MOTOR STATOR MAX. 158 0 F GREATER THAN AMBIENT PUMP BEARINGS MAX. 1280 F BEARING OIL INLET TEMPERATURE MAX. 1550 F BEARING OIL OUTLET TEMPERATURE VIBRATION FILTERED READINGS AT PUMP RUNNING SPEED NORMAL OPS _<0.40 IN/SEC ALERT RANGE > 0.40 TO

<ý0.70 IN/SEC SHUTDOWN PUMP > 0.70 IN/SEC K. The following motor starting limitations apply during performance of this test:

1. Centrifugal Charging Pump permissible starts per hour:

a. Motor at ambient temperature - 3 consecutive starts

b. Motor at operating temperature - 2 consecutive starts

c. Subsequent starts with motor standing idle between starts - 45 minutes

2. Safety Injection Pump:

a. Motor at ambient temperature - 3 consecutive starts

b. Motor at operating temperature - 2 consecutive start

c. Subsequent starts with motor standing idle between starts - 45 minutes

3. Residual Heat Removal Pump:

a. Motor at ambient temperature - 2 consecutive starts

b. Motor at operating temperature - 1 consecutive start

c. Subsequent starts with motor standing idle between starts - 45 minutes

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 15 of 118 Date 3.0 PRECAUTIONS AND LIMITATIONS (continued)

4. Containment Spray Pump permissible starts per hour:

a. Motor at ambient temperature - 2 consecutive starts

b. Motor at operating temperature - 1 consecutive start

c. Subsequent starts with motor standing idle between starts - 45 minutes L. Do not operate pumps without a flow path established and RWST level above 25%.

M. Following any test or procedure which could introduce gas into pump suction or discharge line, the line must be completely filled and vented.

N. After each start of a CCP, the breaker closing spring must be ensured to be recharged.

0. CCP run out limit is 550 gpm during the Injection mode, 560 gpm in the Recirculation mode.

P. SIP run out limit is 650 gpm during the Injection mode, 675 gpm in the Recirculation mode.

Q. SIPs have a 20 minute run time minimum.

R. RHRP run out limit is 5000 gpm during injection mode, 4550 gpm in the Recirculation mode.

S. CSP run out limit is 4950 gpm.

T. Operation in the Recirculation mode with Reactor Vessel water level below the top of the Reactor Coolant loop nozzles will cause a loss or degradation of RHRP suction pressure. Vessel must be monitored to keep level approximately 3 feet above the vessel flange during recirculation modes. (Subsections 6.2 and 6.3)

U. Extended pump operation under miniflow conditions may cause excessive vibration and overheating.

V. During operation in the Injection mode, keep the reactor cavity approximately 5 ft below the cavity ventilation. The test may be stopped at any time to pump down the vessel and cavity. Administrative controls may be required to prevent gravity filling the vessel from the RWST during vessel pump down. (Subsection 6.1)

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 16 of 118 Date 3.0 PRECAUTIONS AND LIMITATIONS (continued)

W. For all electrical activities, the Safety manual and TI-300 are to be strictly adhered.

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 17 of 118 Date 4.0 PREREQUISITE ACTIONS NOTES

1) Preliminary action steps may be performed in any order with Test Directors approval.

2) Prerequisite actions do not have to be performed for sections not being performed.

4.1 Preliminary Actions

[1] VERIFY the test/performance copy of this Preoperational Test Instruction (PTI) is the current revision including any change notices and as needed, each test person assisting in this test has the current revision including any change notices.

[2] OBTAIN copies of the applicable forms from the latest revision of SMP-9.0, and ATTACH to this PTI for use during the performance of this PTI.

[3] ENSURE changes to the references listed on Appendix A, Test Procedure/Instruction Reference Review, have been reviewed, and determined NOT to adversely affect the test performance.

[4] VERIFY current revisions and change paper for referenced drawings has been reviewed and determined NOT to adversely affect the test performance, and ATTACH documentation of current drawing revision numbers and change paper that were reviewed to the data package.

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 18 of 118 Date 4.1 Preliminary Actions (continued)

[5] EVALUATE punchlist items on Open Watts Bar Integrated Task Equipment List (WITEL), and ENSURE that they will NOT adversely affect the test performance.

A. Subsection 6.1 B. Subsection 6.2 C. Subsection 6.3

[6] ENSURE required Component Testing has been completed prior to start of test.

A. Subsection 6.1 B. Subsection 6.2 C. Subsection 6.3

[7] ENSURE outstanding Design Change Notices (DCN's),

Engineering Document Construction Releases (EDCR's) or Temporary Modifications (T-Mods) do NOT adversely impact testing, and ATTACH documentation of DCN's, EDCR's and T-Mods that were reviewed to the data package.

A. Subsection 6.1 B. Subsection 6.2 C. Subsection 6.3

[8] ENSURE a review of outstanding U2 Clearances has been coordinated with Operations for impact to the test performance, and RECORD in Appendix B, Temporary Condition Log, if required.

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 19 of 118 Date 4.1 Preliminary Actions (continued)

[9] VERIFY System cleanness as required for the performance of this test has been completed in accordance with SMP-7.0.

A. Chemical & Volume Control System - 062 B. Safety Injection System - 063 C. Containment Spray System - 072 D. Residual Heat Removal System - 074

[10] VERIFY plant instruments, listed on Appendix C, Permanent Plant Instrumentation Log, are placed in service and are within their calibration interval.

A. Subsection 6.1 B. Subsection 6.2 C. Subsection 6.3

[11] VERIFY Measuring and Test Equipment (M&TE) required for test performance has been (as required) filled, vented, place in service and recorded on Measuring and Test Equipment Log.

A. Subsection 6.1 B. Subsection 6.2 C. Subsection 6.3

[12] VERIFY M&TE calibration due dates will support the completion of this test performance.

A. Subsection 6.1 B. Subsection 6.2 C. Subsection 6.3

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 20 of 118 Date 4.1 Preliminary Actions (continued)

[13] ENSURE components contained within the boundaries of this test are under the jurisdictional control of Preoperational Startup Engineering (PSE) and/or Plant Operations.

A. System 063 B. System 062 C. System 074 D. System 072

[14] VERIFY personnel performing the pipe vibration verification portion of this procedure have been trained in Piping Vibration Inspection and Analysis. (Ref. N3C-945 and TI-31.14)

[15] VERIFY current revision of Reference N3C-945 is attached.

NOTE It is not necessary to install suction strainers after this test.

[16] VERIFY suction strainers have been removed at the following pumps:

A. Residual Heat Removal Pump 2A-A B. Residual Heat Removal Pump 2B-B C. Containment Spray Pump 2A-A D. Containment Spray Pump 2B-B E. Centrifugal Charging Pump 2A-A F. Centrifugal Charging Pump 2B-B G. Safety Injection Pump 2A-A H. Safety Injection Pump 2B-B

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 21 of 118 Date 4.1 Preliminary Actions (continued)

[17] ENSURE a clearance is in place from Operations to lock the following valves CLOSED, and associated breakers OPEN:

A. 2-FCV-72-2 B. 2-FCV-72-39 C. 2-FCV-72-40 D. 2-FCV-72-41

[18] PERFORM a pretest walk down on equipment to be tested to ensure no conditions exist that will impact test performance.

[19] CONDUCT a pretest briefing with Test and Operations personnel in accordance with SMP-9.0.

[20] ENSURE that communications are available for areas where testing is to be conducted.

[21] PERFORM the Switch Lineup listed in 2-TOP-063-02 for Subsection 6.1.

[22] PERFORM the Switch Lineup listed in 2-TOP-063-02 for Subsection 6.2.

[23] PERFORM the Switch Lineup listed in 2-TOP-063-02 for Subsection 6.3.

[24] PERFORM the Breaker Lineup listed in 2-TOP-063-02 for Subsection 6.1.

[25] PERFORM the Breaker Lineup listed in 2-TOP-063-02 for Subsection 6.2.

[26] PERFORM the Breaker Lineup listed in 2-TOP-063-02 for Subsection 6.3.

[27] PERFORM the Valve Lineup listed in 2-TOP-063-02 for Subsection 6.1.

[28] PERFORM the Valve Lineup listed in 2-TOP-063-02 for Subsection 6.2.

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 22 of 118 Date 4.1 Preliminary Actions (continued)

[29] PERFORM the Valve Lineup listed in 2-TOP-063-02 for Subsection 6.3.

[30] VERIFY the following systems are operational and have been placed in service to the extent necessary to perform this test:

A. System 213, Reactor Motor Operated Valve Power - 480V Reactor MOV Board 2A1 -A.

STE B. System 213, Reactor Motor Operated Valve Power - 480V Reactor MOV Board 2B1-B.

STE C. System 212, 480V Shutdown Power - 480V Shutdown Board 2B1-B.

STE D. System 211, 6.9KV Shutdown Power - 6900V Shutdown Board 2A-A.

STE E. System 211. 6.9KV Shutdown Power - 6900V Shutdown Board 2B-B.

STE F. System 236. 125 VDC Vital Power - Battery Board I.

STE G. System 236, 125 VDC Vital Power - Battery Board II.

STE H. System 235, 120 VAC Vital Power - Vital Board 2-I.

STE I. System 235, 120 VAC Vital Power - Vital Board 2-II.

STE J. System 235, 120 VAC Vital Power - Vital Board 2-411.

STE K. System 235, 120 VAC Vital Power - Vital Board 2-IV.

STE

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 23 of 118 Date 4.1 Preliminary Actions (continued)

L. System 055, Annunciator and Sequential Events Recording System.

STE M. System 067, Essential Raw Water System.

STE N. System 030A, Auxiliary Building Area Coolers.

STE

0. System 070, Component Cooling.

STE

[31] VERIFY 2-PTI-063-03, Subsections 6.1 through 6.10 are complete and there are no open Test Deficiency Notices that preclude conduct of 2-PTI-063-01.

[32] VERIFY the Reactor Vessel head and upper and lower internals have been REMOVED.

[33] VERIFY the Reactor Vessel is drained to the test director's satisfaction for Subsection 6.1.

[34] VERIFY the Reactor Vessel water level is above the top of the Reactor Vessel nozzles.

A. Subsection 6.2 B. Subsection 6.3

[35] VERIFY Refueling Water Storage Tank (RWST) level is greater than 370,000 as read on 2-LI-63-46, RWST UPPER LEVEL, on 2-M-6, and RWST water temperature as read on 2-TI-63-132, RWST TEMP IND, on 2-M-6, is 700 to 90°F for Subsection 6.1.

[36] VERIFY provisions have been made to pump down the reactor vessel as required during testing.

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 24 of 118 Date 4.1 Preliminary Actions (continued)

[37] VERIFY Normal Component Cooling System supply for the Centrifugal Charging Pumps is in service.

A. Subsection 6.1 B. Subsection 6.2 C. Subsection 6.3

[38] VERIFY Normal Component Cooling System supply for the Safety Injection Pumps is in service.

A. Subsection 6.1 B. Subsection 6.2 C. Subsection 6.3

[39] VERIFY Normal Component Cooling System supply for the Residual Heat Removal Pumps is in service.

A. Subsection 6.1 B. Subsection 6.2 C. Subsection 6.3

[40] VERIFY Normal Component Cooling System supply for the Containment Spray System is in service for Subsection 6.1.

[41] VERIFY Normal Component Cooling System supply for the RHR Heat Exchangers is in service.

A. Subsection 6.1 B. Subsection 6.2 C. Subsection 6.3

[42] VERIFY the Containment Spray System has been filled and vented in accordance with 2-TOP-063-02 for Subsection 6.1.

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 25 of 118 Date 4.1 Preliminary Actions (continued)

[43] VERIFY the Safety Injection System has been filled and vented in accordance with 2-TOP-063-02.

A. Subsection 6.1 B. Subsection 6.2 C. Subsection 6.3

[44] VERIFY the Chemical Volume and Control System has been filled and vented in accordance with 2-TOP-063-02.

A. Subsection 6.1 B. Subsection 6.2 C. Subsection 6.3

[45] VERIFY the Residual Heat Removal System has been filled and vented in accordance with 2-TOP-063-02.

A. Subsection 6.1 B. Subsection 6.2 C. Subsection 6.3

[46] ENSURE water chemistry for systems/components with water sources other than normal water sources is appropriate for testing.

[47] REVIEW preventive maintenance for system/components covered by this test, and VERIFY no conditions exist that will impact test performance.

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 26 of 118 Date 4.2 Special Tools, Measuring and Test Equipment, Parts, and Supplies

[1] ENSURE the following M&TE or equivalent is available:

A. Two, 0-10 psid differential pressure transmitters

(+/- 0.25% of span) (Subsection 6.1, 6.2 & 6.3)

B. 0-13 psid differential pressure transmitter

(+/- 0.25% of span) (Subsection 6.1)

C. Two, 0-20 psid differential pressure transmitters

(+/- 0.25% of span) (Subsection 6.1, 6.2 & 6.3)

D. Three, 0-35 psid differential pressure transmitters

(+/- 0.25% of span) (Subsection 6.1, 6.2 & 6.3 )

E. Four, 0-100 psig pressure gauges (+/- 0.25% of span)

(Subsection 6.1, 6.2 & 6.3)

F. Four, 0-300 psig pressure gauges (+ 0.25% of span)

(Subsection 6.1, 6.2 & 6.3)

G. Data Recorder, ASTRO-MED Dash 18X or equivalent (Subsection 6.1, 6.2 & 6.3)

H. Ultrasonic flow meter, capable of reading 0-6000 gpm

(+/- 3% of range) (Subsection 6.1 & 6.3)

I. Unholtz-Dickie 1610M, Vibration Meter, Range 10HZ to 1KHZ, (+/- 10% of reading) (Subsection 6.1, 6.2 & 6.3)

SAFETY INJECTION SYSTEM 2-PTI-063-01 SIS INTEGRATED TEST Rev. 0000 Page 27 of 118 Date 4.3 Field Preparation

[1] ENSURE plastic screws and washers are installed at the field terminals listed in Appendix D per SMP-115.0.

[2] ENSURE the data recorder is programmed and ready to scan.

M&TE Cal Due Date

[3] CONNECT test leads from RHR HL Recirculation Flow Test Point 2FP/600 in Panel 2-R-19 to the data recorder.

Wo #

[4] INSTALL test gauge 0-100 psig (accuracy of +/- 0.25%) at 2-PI-74-4, RHR PUMP A-A INLET PRESSURE, at Elevation 683.

Wo #

M&TE Cal Due Date

[5] INSTALL a jumper across Terminals for wires 11B02 and 11B06, to defeat 2-FCV-63-8 interlocks, in back of 480V RX MOV BD 2A1-A, Compt. 11B.

1st Cv

[6] INSTALL a jumper across Terminals for wires 11B02 and 11B06, to defeat 2-FCV-63-1 1 interlocks, in back of 480V RX MOV BD 2B1-B, Compt. 11 B.

1st Cv

[7] INSTALL test gauge 0-100 psig (accuracy of +/- 0.25%) at 2-PI-74-22, RHR PUMP B-B INLET PRESS, at Elevation 683.

Wo #

M&TE Cal Due Date

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 28 of 118 Date 4.3 Field Preparation (continued)

[8] INSTALL test gauge 0-100 psig (accuracy of +/- 0.25%) at 2-PI-72-33, CNTMT SPRAY PUMP 2A-A SUCTION PRESSURE, at Elevation 683.

WO #

M&TE Cal Due Date

[9] INSTALL test gauge 0-100 psig (accuracy of +/- 0.25%) at 2-PI-72-16, CNTMT SPRAY PUMP 2B-B SUCTION PRESSURE, at Elevation 683.

WO #

M&TE Cal Due Date

[10] INSTALL test gauge 0-300 psig (accuracy of +/- 0.25%) at 2-PI-62-109, CCP 2A-A SUCTION PRESSURE, at Elevation 698.

WO #

M&TE Cal Due Date

[11] INSTALL test gauge 0-300 psig (accuracy of +/- 0.25%) at 2-PI-62-105, CCP 2B-B SUCTION PRESSURE, at Elevation 698.

WO #

M&TE Cal Due Date

[12] INSTALL test gauge 0-300 psig (accuracy of +/- 0.25%) at 2-PI-63-9, SIS PUMP A-A INLET PRESS, at Elevation 695.

WO #

M&TE Cal Due Date

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 29 of 118 Date 4.3 Field Preparation (continued)

[13] INSTALL test gauge 0-300 psi (accuracy of +/- 0.25%) at 2-PI-63-14, SIS PUMP B-B INLET PRESS, at Elevation 695.

WO #

M&TE Cal Due Date

[14] INSTALL 0-35 psid differential pressure transmitter (accuracy of +/- 0.25%) with temporary power supply across Miniflow Orifice 2-FE-62-257, CHARGING PUMP MINI FLOW ELEMENT, and CONNECT to the data recorder.

WO #

M&TE Cal Due Date

[15] INSTALL 0-10 psid differential pressure transmitter (accuracy of +/- 0.25%) with temporary power supply across Orifice 2-FE-62-93, CHARGING HEADER FLOW CONT, and CONNECT to the data recorder.

WO #

M&TE Cal Due Date

[16] INSTALL 0-10 psid differential pressure transmitter (accuracy of +/- 0.25%) with temporary power supply across Orifice 2-FE-63-170, CVCS CHG PMP TO BORON INJ TK, and CONNECT to the data recorder.

WO #

M&TE Cal Due Date

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 30 of 118 Date 4.3 Field Preparation (continued)

[17] INSTALL 0-20 psid differential pressure transmitter (accuracy of +/- 0.25%) with temporary power supply across Orifice 2-FE-63-151, SIS PMP A-A OUT FLOW, and CONNECT to the data recorder.

WO #

M&TE Cal Due Date

[18] INSTALL 0-20 psid differential pressure transmitter (accuracy of +/- 0.25%) with temporary power supply across Orifice 2-FE-63-20, SIS PUMP B-B OUT FLOW, and CONNECT to the data recorder.

WO #

M&TE Cal Due Date

[19] INSTALL 0-13 psid differential pressure transmitter (accuracy of +/- 0.25%) with temporary power supply across Orifice 2-FE-63-2, SIS PUMP DISCH FLOW TO RWST, and CONNECT to the data recorder.

WO #

M&TE Cal Due Date

[20] INSTALL a 0-35 psid differential pressure transmitter (accuracy of +/- 0.25%) with temporary power supply across Orifice 2-FE-63-91, RHR PUMP A-A TO RCS 2 & 3 C L, and CONNECT to the data recorder.

WO #

M&TE Cal Due Date

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 31 of 118 Date 4.3 Field Preparation (continued)

[21] INSTALL a 0-35 psid differential pressure transmitter (accuracy of +/- 0.25%) with temporary power supply across Orifice 2-FE-63-92, RHR PUMP B-B TO RCS 1 & 4 C L, and CONNECT to the data recorder.

WO #

M&TE Cal Due Date

[22] INSTALL an ultrasonic flow meter capable of reading 0-6000 gpm (accuracy +/- 3% of range) on the 12 inch RHR hot leg injection line upstream of the containment penetration.

(Subsection 6.1 & 6.3)

CONTROL MODULE M&TE Cal Due Date TRANSDUCERS M&TE Cal Due Date

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 32 of 118 Date 4.4 Approvals and Notifications

[1] OBTAIN permission of the Preoperational Startup Manager to start the test.

Preoperational Startup Manager Date Signature

[2] OBTAIN the Unit 2 Supervisor's (US/SRO) or Shift Manager's (SM) authorization to start the test.

U2 US/SRO/SM Signature Date

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 33 of 118 Date 5.0 ACCEPTANCE CRITERIA A. The following pumps exhibit flow rates below run out in Cold Leg Recirculation alignment with A-train RHR supplying suction for the CCPs and B-train RHR supplying suction for the SIPs:

1. Centrifugal Charging Pump flow rates are less than or equal to 560 gpm with cold leg injection flows balanced, simulated seal injection and miniflow in service. (Step 6.2[63], 6.2[64])

2. Safety Injection Pump flow rates are less than or equal to 675 gpm with cold leg injection flows balanced and miniflow paths isolated.

(Step 6.2[115])

B. The following pumps exhibit flow rates below run out in Hot Leg Recirculation alignment with both trains of RHR running, A-train injecting into HL 1 and 2, B-train supplying suction for the CCPs and SIPs:

1. Centrifugal Charging Pump flow rates are less than or equal to 560 gpm with hot leg injection flows balanced, simulated seal injection and miniflow in service. (Step 6.3[91])

2. Safety Injection Pump flow rates are less than or equal to 675 gpm with hot leg injection flows balanced and miniflow paths isolated. (Step 6.3[92])

C. Residual Heat Removal Pumps Hot Leg Recirculation flow rates are less than or equal to 4550 gpm with suction from the RWST. (Step 6.1[90])

D. ECCS pumps do not trip while operating at their maximum flow conditions in Cold Leg Recirculation and Hot Leg Recirculation alignments. (Steps 6.2[30],

6.2[42], 6.2[54], 6.2[78], 6.2[85], 6.2[96], 6.3[36], 6.3[51], 6.3[55], 6.3[60],

6.3[65])

E. No excessive transient vibration is observed.

1. Transient vibrations are acceptable as evidenced by performance of a post transient walk down which verifies that resultant damage has not occurred.

(Step 6.1[55])

2. Pump Start/Stop transient vibrations are acceptable when no excessive vibrations are observed. (Steps 6.1[9], 6.1[11], 6.1[54])

SAFETY INJECTION SYSTEM 2-PTI-063-01 SIS INTEGRATED TEST Rev. 0000 Pane 34 of 118 Date 5.0 ACCEPTANCE CRITERIA (continued)

F. Steady state vibrations are determined to be acceptable by either:

1. Observing that no excessive vibrations exist OR

2. That measured velocities are less than 0.5 in/sec (pk)

OR

3. That the measured velocities or displacements are less than or equal to the allowable velocities or displacements per TI-31.14. (Steps 6.1[56], 6.1 [75],

6.1[91], 6.2[28], 6.2[48], 6.2[90], 6.3[48])

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 35 of 118 Date 6.0 PERFORMANCE NOTE Subsections 6.1 through 6.3 of this procedure may be performed in any order.

6.1 Cold Leg and Hot Leg Injection Flow Test NOTE During performance of this Subsection, Piping Vibration data will be collected. The TE (Test Engineer) is responsible for performance of Piping Vibration activities. Safeguards pumps suction piping from the RWST will be inspected for vibration during the performance of this Subsection. The short duration of the drawdown test will require additional personnel to be stationed for inspection of the suction header.

[1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.1 have been completed.

[2] ENSURE Reactor Vessel is drained to the test director's satisfaction.

[3] RECORD the RWST level on Appendix E.

[4] RECORD the RWST temperature on Appendix E.

[5] ENSURE the Piping Vibration Test Engineer has test equipment and personnel in place to support vibration testing.

VIB ENGR

[6] NOTIFY the Piping Vibration Test Engineer that conditions have been established for steady state vibration for ECCS pumps suction header from the RWST.

VIB ENGR

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 36 of 118 Date 6.1 Cold Leg and Hot Leg Injection Flow Test (continued)

[7] NOTIFY the Piping Vibration Test Engineer that conditions have been established for transient event for Containment Spray Pump A and B start.

VIB ENGR CAUTION Observe motor starting limitations, Section 3.0K.

I

[8] PLACE Hand Switch 2-HS-72-27A, CNTMT SPRAY PMP A, at 2-M-6 to the START position.

[9] OBSERVE system piping from the upstream side of valve 2-FCV-72-22, RWST TO CNTMT SPRAY PUMP 2A-A SUCTION, to valve 2-ISV-72-528, CNTMT SPRAY PMP 2A-A DISCH ISOLATION, during the Containment Spray Pump A Start Transient, and VERIFY the vibration results are acceptable. (Acc Crit 5.OE.2)

[10] PLACE Hand Switch 2-HS-72-1OA, CNTMT SPRAY PMP B, at 2-M-6 to the START position.

[11] OBSERVE system piping from the upstream side of valve 2-FCV-72-21, RWST TO CNTMT SPRAY PUMP 2B-B SUCTION, to valve 2-ISV-72-529, CNTMT SPRAY PMP 2B-B DISCH ISOLATION, during the Containment Spray Pump B Start Transient, and VERIFY the vibration results are acceptable. (Acc Crit 5.OE.2)

[12] PLACE Hand Switch 2-HS-62-108A, CCP A-A (ECCS), at 2-M-5 to the START position.

[13] PLACE Hand Switch 2-HS-63-25A, BIT OUTLET, at 2-M-6 to the OPEN position.

[14] PLACE Hand Switch 2-HS-63-26A, BIT OUTLET, at 2-M-6 to the OPEN position.

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 37 of 118 Date 6.1 Cold Leg and Hot Leg Injection Flow Test (continued)

[15] PLACE Hand Switch 2-HS-62-90A, CHARGING LINE ISOL, at 2-M-6 to the OPEN position.

[16] PLACE Hand Switch 2-HS-62-91A, CHARGING LINE ISOL, at 2-M-6 to the OPEN position.

[17] START scan on the Data Recorder.

NOTE 2-FCV-62-89, CVCS CHARGING HEADER RCP SEAL INJ FLOW CNTL, and 2-FCV-63-93, CVCS CHARGING HEADER FLOW/ PZR LEVEL CONTROL, can be used to simulate the flow of RCP seal injection.

[18] THROTTLE charging flow until the Data Recorder indicates between 85-87 gpm, and RECORD below.

Charging Flow GPM

[19] PLACE Hand Switch 2-HS-62-104A, CCP B-B (ECCS), at 2-M-5 to the START position.

[20] PLACE Hand Switch 2-HS-63-1OA, SI PMP A, at 2-M-6 to the START position,

[21] PLACE Hand Switch 2-HS-63-15A, SI PMP B, at 2-M-6 to the START position.

[22] RECORD the time.

TIME:

[23] RECORD 2A-A 6.9KV Shutdown Board voltage.

A. 2-EI-57-39, 6.9KV SDB 2A-A VOLTS (2-M-1)

___ volts (6560-7260 volts)

[24] RECORD 2B-B 6.9KV Shutdown Board voltage.

A. 2-EI-57-66, 6.9KV SDB 2B-B VOLTS (2-M-1) volts (6560-7260 volts)

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 38 of 118 Date 6.1 Cold Leg and Hot Leg Injection Flow Test (continued)

[25] PLACE Hand Switch 2-HS-74-1OA, RHR PMP A, at 2-M-6 to the START position, AND VERIFY miniflow OPENS.

[26] PLACE Hand Switch 2-HS-74-20A, RHR PMP B, at 2-M-6 to the START position, AND VERIFY miniflow OPENS.

[27] PLACE Hand Switch 2-HS-63-22A, SI PMPS TO CL 1-2-3-4, at 2-M-6 to the OPEN position.

[28] PLACE Hand Switch 2-HS-63-93A, RHR TO CL 2 & 3, at 2-M-6 to the OPEN position.

[29] PLACE Hand Switch 2-HS-63-94A, RHR TO CL 1 & 4, at 2-M-6 to the OPEN position.

[30] PERFORM a steady-state visual inspection/walk down of the operating system piping, including vents, drains, branch piping, instrument lines and equipment connections for vibration.

[31] RECORD the data on Appendix E.

[32] NOTIFY the Piping Vibration Test Engineer that conditions have been established for Containment Spray Pump B stop transient.

VIB ENGR

[33] OBSERVE system piping from the upstream side of valve 2-FCV-72-21, RWST TO CNTMT SPRAY PUMP 2B-B SUCTION, to valve 2-ISV-72-529, CNTMT SPRAY PMP 2B-B DISCH ISOLATION, during the Containment Spray Pump B stop Transient.

[34] PLACE Hand Switch 2-HS-72-1OA, CNTMT SPRAY PMP B, in the PULL-TO-LOCK position.

[35] RECORD the data on Appendix E.

[36] STOP scan on the Data Recorder.

SAFETY INJECTION SYSTEM 2-PTI-063-01 SIS INTEGRATED TEST Rev. 0000 Page 39 of 118 Date 6.1 Cold Leg and Hot Leg Injection Flow Test (continued)

[37] PLACE Hand Switch 2-HS-74-10A, RHR PMP A, in the PULL-TO-LOCK position.

[38] PLACE Hand Switch 2-HS-74-20A, RHR PMP B, in the PULL-TO-LOCK position.

[39] PLACE Hand Switch 2-HS-63-93A, RHR TO CL 2 & 3, to the CLOSE position.

[40] PLACE Hand Switch 2-HS-63-94A, RHR TO CL 1 & 4, to the CLOSE position.

[41] ENSURE 20 minutes has passed since the time noted in step 6.1[22].

[42] PLACE Hand Switch 2-HS-63-10A, SI PMP A, in the PULL-TO-LOCK position.

[43] PLACE Hand Switch 2-HS-63-15A, SI PMP B, in the PULL-TO-LOCK position.

[44] PLACE Hand Switch 2-HS-63-22A, SI PMPS TO CL 1-2-3-4, to the CLOSE position.

[45] PLACE Hand Switch 2-HS-62-108A. CCP A-A, in the PULL-TO-LOCK position.

[46] PLACE Hand Switch 2-HS-62-104A. CCP B-B, in the PULL-TO-LOCK position.

[47] PLACE Hand Switch 2-HS-63-25A, BIT OUTLET, to the CLOSE position.

[48] PLACE Hand Switch 2-HS-63-26A, BIT OUTLET, to the CLOSE position.

[49] NOTIFY the Piping Vibration Test Engineer that conditions have been established for Containment Spray Pump A stop Transient.

VIB ENGR

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 40 of 118 Date 6.1 Cold Leg and Hot Leg Injection Flow Test (continued)

[50] OBSERVE system piping from the upstream side of valve 2-FCV-72-22, RWST TO CNTMT SPRAY PUMP 2A-A SUCTION, to valve 2-ISV-72-528, CNTMT SPRAY PMP 2A-A DISCH ISOLATION, during the Containment Spray Pump A stop Transient.

[51] PLACE Hand Switch 2-HS-72-27A, CNTMT SPRAY PMP A, in the PULL-TO-LOCK position.

[52] PLACE Hand Switch 2-HS-62-90A, CHARGING LINE ISOL, to the CLOSE position.

[53] PLACE Hand Switch 2-HS-62-91A. CHARGING LINE ISOL, to the CLOSE position.

[54] VERIFY transient piping vibration observed for Containment Spray Pump A and B in Steps 6.1 [33] and 6.1 [50] are acceptable.

A. Containment Spray Pump A (Acc Crit 5.OE.2)

B. Containment Spray Pump B (Acc Crit 5.OE.2)

[55] PERFORM a post-transient visual inspection/walk down of the transient test boundary, and VERIFY the results are acceptable.

A. Containment Spray Pump A (Acc Crit 5.OE.1)

B. Containment Spray Pump B (Acc Crit 5.OE.1)

[56] VERIFY the observed system steady-state vibrations are acceptable. (Acc Crit 5.OF)

[57] ATTACH the system flow diagrams, as applicable, highlighted with the piping inspected during these flow modes.

[58] PERFORM the NPSH and flow calculations required on Appendix E.

[59] RECORD RWST level and temperature on Appendix E.

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 41 of 118 Date 6.1 Cold Leg and Hot Leg Injection Flow Test (continued)

[60] SET Controller 2-HIC-74-16A, RHR HX A FLOW CONTROL, output to 0% to CLOSE 2-FCV-74-16, RHR HT EX A OUTLET FLOW CONTROL VLV, at 2-M-6.

[61] PLACE Hand Switch 2-HS-63-172A, RHR TO HL 1 & 3, to the OPEN position at 2-M-6.

[62] PLACE Hand Switch 2-HS-74-35A, RHR HX B OUTLET XTIE, to the CLOSE position at 2-M-6.

CAUTION Observe motor starting limitations, Section 3.0K.

[63] PLACE Hand Switch 2-HS-74-10A, RHR PMP A, to the START position.

[64] VERIFY Miniflow Valve 2-FCV-74-12, RHR PMP A MINI FLOW, is OPEN by light indication on 2-M-6.

[65] NOTIFY the Piping Vibration Test Engineer that conditions have been established for steady state vibration for RHR Hot Leg Injection, RHRP-2A-A.

VIB ENGR

[66] SET Controller 2-HIC-74-16A, RHR HX A FLOW CONTROL, output to 100% to OPEN 2-FCV-74-16, RHR HT EX A OUTLET FLOW CONTROL VLV.

[67] VERIFY Miniflow Valve 2-FCV-74-12, RHR PMP A MINI FLOW, is CLOSED by light indication.

[68] START scan on the Data Recorder.

[69] PERFORM a visual inspection/walk down of the operating system piping, including vents, drains, branch piping, instrument lines and equipment connections for vibrations.

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 42 of 118 Date 6.1 Cold Leg and Hot Leg Injection Flow Test (continued)

NOTE Mark the following step N/A if excessive vibration is NOT observed.

[70] MEASURE,AND RECORD velocity and displacements, in accordance with the guidelines of Appendix I, at locations where vibration is observed to be excessive.

[71] RECORD pump operating data on Appendix E.

[72] PLACE Hand Switch 2-HS-74-1OA, RHR PMP A, to the PULL-TO-LOCK position.

[73] SET Controller 2-HIC-74-16A, RHR HX A FLOW CONTROL, output to 0% to CLOSE 2-FCV-74-16, RHR HT EX A OUTLET FLOW CONTROL VLV.

[74] SET Controller 2-HIC-74-28A, RHR HX B FLOW CONTROL, output to 0% to CLOSE 2-FCV-74-28, RHR HT EX B OUT FLOW CNTL VLV, at 2-M-6.

[75] VERIFY the observed vibrations are acceptable.

(Acc Crit 5.OF)

[76] ATTACH the system flow diagram(s), as applicable, highlighted with the piping inspected during these flow modes.

[77] PLACE Hand Switch 2-HS-74-35A, RHR HX B OUTLET XTIE, to the OPEN position.

[78] PLACE Hand Switch 2-HS-74-33A, RHR HX A OUTLET XTIE, to the CLOSE position on 2-M-6.

[79] PLACE Hand Switch 2-HS-74-20A, RHR PMP B, to the START position.

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 43 of 118 Date 6.1 Cold Leg and Hot Leg Injection Flow Test (continued)

[80] NOTIFY the Piping Vibration Test Engineer that conditions have been established for steady state vibration for RHR Hot Leg Injection, RHRP 2B-B.

VIB ENGR

[81] ENSURE Controller 2-HIC-74-28A, RHR HX B FLOW CONTROL, output to 100% to OPEN 2-FCV-74-28, RHR HT EX B OUT FLOW CNTL VLV.

[82] VERIFY Miniflow Valve 2-FCV-74-24, RHR PMP B MINI FLOW, is CLOSED by light indication.

[83] PERFORM a visual inspection/walk down of the operating system piping, including vents, drains, branch piping, instrument lines and equipment connections for vibration.

NOTE Mark the following step N/A if excessive vibration is NOT observed.

[84] MEASURE,AND RECORD velocity and displacements, in accordance with the guidelines of Appendix I, at locations where vibration is observed to be excessive.

[85] RECORD pump operating data on Appendix E.

[86] STOP scan on the Data Recorder.

[87] PLACE Hand Switch 2-HS-74-20A, RHR PMP B, in the PULL-TO-LOCK position.

[88] SET Controller 2-HIC-74-28A, RHR HX B FLOW CONTROL, output to 0% to CLOSE 2-FCV-74-28, RHR HT EX B OUT FLOW CNTL VLV.

[89] PLACE Hand Switch 2-HS-63-172A, RHR TO HL 1 & 3, to the CLOSE position.

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 44 of 118 Date 6.1 Cold Leg and Hot Leg Injection Flow Test (continued)

NOTE To account for instrument inaccuracy of the ultrasonic flow meters, the acceptance criteria has been adjusted from 4550 to 4370 gpm to account for 3% of a 6000 gpm span to the conservative side.

[90] VERIFY RHR pumps flow rate of less than or equal to 4370 gpm from Appendix E, Sheet 11, Section 2, 7B and 8B, ultrasonic flow meter reading.

A. RHR Pump 2A-A (< 4370 gpm) (Acc Crit 5.0C)

Appendix E, Sheet 11, Section 2, 7A GPM B. RHR Pump 2B-B (< 4370 gpm) (Acc Crit 5.0C)

Appendix E, Sheet 11, Section 2, 8A GPM

[91] VERIFY the observed vibrations are acceptable.

(Acc Crit 5.OF)

[92] ATTACH the system flow diagram(s), as applicable, highlighted with the piping inspected during these flow modes.

[93] ANNOTATE the data recorder printouts (procedure and step numbers), and PLACE in the test package.

SAFETY INJECTION SYSTEM 2-PTI-063-01 SIS INTEGRATED TEST Rev. 0000 Page 45 of 118 Date 6.2 Cold Leg Recirculation Flow Test CAUTION Observe precaution 3.OT to monitor vessel to keep level at least approximately 3 ft above the vessel flange.

NOTE During the performance of this Subsection, piping vibration data will be collected. The TE is responsible for performance of piping vibration activities.

[1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.2 have been completed.

[2] ENSURE Reactor Vessel level is above the top of the Reactor Vessel nozzles.

[3] ENSURE the Piping Vibration Test Engineer has test equipment and personnel in place to support vibration testing.

VIB ENGR

[4] VERIFY RHR Pump 2A-A suction pressure is greater than 14 psig, AND RECORD.

TEST PRESSURE GAUGE AT 2-PI-74-4 psig

[5] RECORD 2A-A 6.9KV Shutdown Board voltage.

2-EI-57-39, 6.9KV SDB 2A-A VOLTS (2-M-1) volts (6560-7260 volts)

[6] RECORD 2B-B 6.9KV Shutdown Board voltage.

2-EI-57-66, 6.9KV SDB 2B-B VOLTS (2-M-1) volts (6560-7260 volts)

SAFETY INJECTION SYSTEM 2-PTI-063-01 SIS INTEGRATED TEST Rev. 0000 Page 46 of 118 Date 6.2 Cold Leg Recirculation Flow Test (continued)

[7] ENSURE Controller 2-HIC-74-16A, RHR HX A FLOW CONTROL, output to 0% at 2-M-6 to CLOSE 2-FCV-74-16, RHR HT EX A OUTLET FLOW CONTROL VLV.

CAUTION Observe motor starting limitations, Section 3.0K.

[8] PLACE Hand Switch 2-HS-74-10A, RHR PMP A, at 2-M-6, to the START position.

[9] VERIFY Miniflow Valve 2-FCV-74-12, RHR PMP A MINI FLOW, is OPEN by light indication on 2-M-6.

[10] PLACE Hand Switch 2-HS-63-93A, RHR TO CL 2 & 3, at 2-M-6 to the OPEN position.

[11] SET Controller 2-HIC-74-16A, RHR HX A FLOW CONTROL, output to 100% to OPEN 2-FCV-74-16, RHR HT EX A OUTLET FLOW CONTROL VLV.

[12] VERIFY Miniflow Valve 2-FCV-74-12, RHR PMP A MINI FLOW, is CLOSED by light indication.

[13] RECORD RHR HX A outlet temperature on Appendix F.

[14] START scan on the Data Recorder.

[15] RECORD pump operating data on Appendix F.

[16] PLACE Hand Switch 2-HS-63-8A, RHR HX 2A-A OUTLET TO CCP SUCTION, at 2-M-6 to the OPEN position.

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 47 of 118 Date 6.2 Cold Leg Recirculation Flow Test (continued)

[17] VERIFY adequate suction of greater than 25 psig on the CCP suction header test gauges, AND RECORD.

2-PI-62-109 TEST GAUGE psig 2-PI-62-105 TEST GAUGE psig

[18] PLACE Hand Switch 2-HS-62-104A, CCP B-B, at 2-M-5 to the START position.

[19] PLACE Hand Switch 2-HS-63-25A, BIT OUTLET, at 2-M-6 to the OPEN position.

[20] PLACE Hand Switch 2-HS-63-26A, BIT OUTLET, at 2-M-6 to the OPEN position.

[21] PLACE Hand Switch 2-HS-62-90A, CHARGING LINE ISOL, at 2-M-6 to the OPEN position.

[22] PLACE Hand Switch 2-HS-62-91A, CHARGING LINE ISOL, at 2-M-6 to the OPEN position.

NOTE 2-FCV-62-89, CVCS CHARGING HEADER RCP SEAL INJ FLOW CNTL, and 2-FCV-63-93, CVCS CHARGING HEADER FLOW / PZR LEVEL CONTROL, can be used to simulate the flow of RCP seal injection.

[23] THROTTLE charging flow until the Data Recorder indicates between 85-87 gpm, and RECORD below.

Charging Flow GPM

[24] RECORD pump operating data on Appendix F.

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 48 of 118 Date 6.2 Cold Leg Recirculation Flow Test (continued)

[25] NOTIFY the Piping Vibration Test Engineer that conditions have been established for steady state vibration for RHRP 2A-A supplying suction to CCP 2B-B in a cold leg recirculation alignment.

VIB ENGR

[26] PERFORM a visual inspection/walk down of the operating system piping, including vents, drains, branch piping, instrument lines and equipment connections for vibration.

NOTE Mark the following step N/A if excessive vibration is NOT observed.

[27] MEASURE,AND RECORD velocity and displacements, in accordance with the guidelines of Appendix I, at locations where vibration is observed to be excessive.

[28] VERIFY the observed vibrations are acceptable.

(Acc Crit 5.OF)

[29] ATTACHNERIFY ATTACHED the system flow diagram(s), as applicable, highlighted with the piping inspected during these flow modes.

[30] VERIFY CCP 28-B did NOT TRIP. (Acc Crit 5.OD)

[31] PLACE Hand Switch 2-HS-62-108A, CCP A-A, at 2-M-5 to the START position.

[32] PLACE Hand Switch 2-HS-63-6A, RHR HX 2A-A OUTLET TO SI PUMP 2A-A SUCTION, at 2-M-6 to the OPEN position.

[33] PLACE Hand Switch 2-HS-63-7A, RHR HX 2A-A OUTLET TO SI PUMP 2A-A SUCTION, at 2-M-6, to the OPEN position.

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 49 of 118 Date 6.2 Cold Leg Recirculation Flow Test (continued)

[34] VERIFY adequate suction of greater than 25 psig on the SI Pump suction header test gauges, AND RECORD.

2-PI-63-9 TEST GAUGE psig 2-PI-63-14 TEST GAUGE psig

[35] PLACE Hand Switch 2-HS-63-22A, SI PMPS TO CL 1-2-3-4 at 2-M-6 to the OPEN position.

[36] PLACE Hand Switch 2-HS-63-3A, SI PMPS RECIRC HDR TO RWST, at 2-M-6 to the CLOSE position.

[37] PLACE Hand Switch 2-HS-63-4A, SI PMP A RECIRC TO RWST, at 2-M-6 to the CLOSE position.

[38] PLACE Hand Switch 2-HS-63-175A, SI PMP B RECIRC TO RWST, at 2-M-6 to the CLOSE position.

[39] PLACE Hand Switch 2-HS-63-1OA, SI PMP A, at 2-M-6 to the START position.

[40] PLACE Hand Switch 2-HS-63-15A, SI PMP B, at 2-M-6 to the START position.

[41] RECORD the time.

TIME:

[42] VERIFY RHR Pump 2A-A did NOT TRIP. (Acc Crit 5.OD)

[43] RECORD pump operating data on Appendix F.

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 50 of 118 Date 6.2 Cold Leg Recirculation Flow Test (continued)

[44] NOTIFY the Piping Vibration Test Engineer that conditions have been established for steady state vibration for RHRP 2A-A supplying suction to SIP 2A-A, SIP 2B-B, CCP 2A-A, and CCP 2B-B in a Cold Leg Recirculation alignment.

VIB ENGR

[45] PERFORM a visual inspection/walk down of the operating system piping, including vents, drains, branch piping, instrument lines and equipment conditions for vibration.

NOTE Mark the following two steps N/A if excessive vibration is NOT observed.

[46] MEASURE velocity and displacements, in accordance with the guidelines of Appendix I at locations where vibration is observed to be excessive.

[47] RECORD on Appendix I, the measured velocities, displacements, and measurement locations, in accordance with the guidelines of Appendix I.

[48] VERIFY the observed vibrations are acceptable.

(Acc Crit 5.OF)

[49] ATTACHNERIFY ATTACHED the system flow diagrams, as applicable, highlighted with the piping inspected during these flow modes.

[50] ENSURE 20 minutes has passed since the time noted in step 6.2[41].

[51] PLACE Hand Switch 2-HS-63-10A, SI PMP A, to the PULL-TO-LOCK position.

[52] PLACE Hand Switch 2-HS-63-15A, SI PMP B, to the PULL-TO-LOCK position.

[53] PLACE Hand Switch 2-HS-62-104A, CCP B-B, to the PULL-TO-LOCK position.

[54] VERIFY CCP 2A-A did NOT TRIP. (Acc Crit 5.OD)

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 51 of 118 Date 6.2 Cold Leg Recirculation Flow Test (continued)

[55] RECORD pump operating data on Appendix F.

[56] STOP scan on the Data Recorder.

[57] PLACE Hand Switch 2-HS-62-108A, CCP A-A, to the PULL-TO-LOCK position.

[58] PLACE Hand Switch 2-HS-74-1OA, RHR PMP A, to the PULL-TO-LOCK position.

[59] PLACE Hand Switch 2-HS-63-93A, RHR TO CL 2 & 3, to the CLOSE position.

[60] PLACE Hand Switch 2-HS-63-8A, RHR HX 2A-A OUTLET TO CCP SUCTION, to the CLOSE position.

[61] SET Controller 2-HIC-74-16A, RHR HX A FLOW CONTROL, output to 0% to CLOSE 2-FCV-74-16, RHR HT EX A OUTLET FLOW CONTROL VLV.

[62] PERFORM the NPSH and flow calculations required on Appendix F.

NOTE To account for instrument inaccuracy of the differential pressure gauges, the acceptance criteria has been adjusted from 560 to 555 gpm to account for a combined 0.75% of a 560 gpm span to the conservative side for the following steps.

[63] VERIFY Centrifugal Charging Pump 2A-A flow rate is less than or equal to 555 gpm with cold leg injection flows balanced, simulated seal injection and miniflow in service.

(Appendix F, Section 2, 7.A) (Acc Crit 5.OA.1)

[64] VERIFY Centrifugal Charging Pump 2B-B flow rate is less than or equal to 555 gpm with cold leg injection flows balanced, simulated seal injection and miniflow in service.

(Appendix F, Section 2, 7.B) (Acc Crit 5.0A.1)

SAFETY INJECTION SYSTEM 2-PTI-063-01 SiS INTEGRATED TEST Rev. 0000 Paqe 52 of 11.8 Date 6.2 Cold Leg Recirculation Flow Test (continued)

[65] VERIFY RHR Pump 2B-B suction pressure greater than 14 psig, AND RECORD.

TEST PRESSURE GAUGE AT psig 2-PI-74-22

[66] ENSURE Controller 2-HIC-74-28A, RHR HX B FLOW CONTROL, ouput to 0% at 2-M-6 to CLOSE 2-FCV-74-28, RHR HT EX B OUT FLOW CNTL VLV.

CAUTION Observe motor starting limitations, Subsection 3.0K.

[67] PLACE Hand Switch 2-HS-74-20A, RHR PMP B, at 2-M-6 to the START position.

[68] VERIFY Miniflow Valve 2-FCV-74-24, RHR PMP B MINI FLOW, is OPEN by light indication on 2-M-6.

[69] PLACE Hand Switch 2-HS-63-94A, RHR TO CL 1 & 4, at 2-M-6 to the OPEN position.

[70] SET Controller 2-HIC-74-28A, RHR HX B FLOW CONTROL, output to 100% to OPEN 2-FCV-74-28, RHR HT EX B OUT FLOW CNTL VLV.

[71] VERIFY Miniflow Valve 2-FCV-74-24, RHR PMP B MINI FLOW, is CLOSED by light indication.

[72] RECORD RHR HX B outlet temperature on Appendix G.

[73] START scan on the Data Recorder.

[74] RECORD pump operating data on Appendix G.

[75] PLACE Hand Switch 2-HS-63-1 1A, RHR PMP B TO SI PMPS SUCT, at 2-M-6 to the OPEN position.

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 53 of 118 Date 6.2 Cold Leg Recirculation Flow Test (continued)

[76] VERIFY adequate suction of greater than 25 psig on the SI Pump suction header test gauges, AND RECORD.

2-PI-63-9 TEST GAUGE psig 2-PI-63-14 TEST GAUGE psig

[77] PLACE Hand Switch 2-HS-63-10A, SI PMP A, at 2-M-6 to the START position.

[78] VERIFY SI Pump 2A-A did NOT TRIP. (Acc Crit 5.OD)

[79] RECORD pump operating data on Appendix G.

[80] PLACE Hand Switch 2-HS-63-15A, SI PMP B, to the START position.

[81] VERIFY adequate suction of greater than 25 psig on the CCP suction header test gauges, AND RECORD.

2-PI-62-109 TEST GAUGE psig 2-PI-62-105 TEST GAUGE psig

[82] RECORD the time.

TIME:

[83] PLACE Hand Switch 2-HS-62-104A, CCP B-B, to the START position.

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 54 of 118 Date 6.2 Cold Leg Recirculation Flow Test (continued)

[84] PLACE Hand Switch 2-HS-62-108A, CCP A-A, to the START position.

[85] VERIFY RHR Pump 2B-B did NOT TRIP. (Acc Crit 5.0D))

[86] RECORD pump operating data on Appendix G.

[87] NOTIFY the Piping Vibration Test Engineer that conditions have been established for steady state vibration for RHRP 2B-B supplying suction to SIP 2A-A, SIP 2B-B, CCP 2A-A, and CCP 2B-B in a Cold Leg Recirculation alignment.

VIB ENGR

[88] PERFORM a visual inspection/walk down of the operating system piping, including vents, drains, branch piping, instrument lines and equipment connections for vibration.

NOTE Mark the following step N/A if excessive vibration is NOT observed.

[89] MEASURE,AND RECORD velocity and displacements, in accordance with the guidelines of Appendix I, at locations where vibration is observed to be excessive.

[90] VERIFY the observed vibrations are acceptable.

(Acc Crit 5.OF)

[91] ATTACHNVERIFY ATTACHED the system flow diagram(s), as applicable, highlighted with the piping inspected during these flow modes.

[92] PLACE Hand Switch 2-HS-62-108A, CCP A-A, to the PULL-TO-LOCK position.

[93] PLACE Hand Switch 2-HS-62-104A, CCP B-B, to the PULL-TO-LOCK position.

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 55 of 118 Date 6.2 Cold Leg Recirculation Flow Test (continued)

[94] ENSURE 20 minutes has passed since the time noted in step 6.2[82].

[95] PLACE Hand Switch 2-HS-63-1OA, SI PMP A, to the PULL-TO-LOCK position.

[96] VERIFY SI Pump 2B-B did NOT TRIP. (Acc Crit 5.OD)

[97] RECORD pump operating data on Appendix G.

[98] STOP scan on the Data Recorder.

[99] PLACE Hand Switch 2-HS-63-15A, SI PMP B, to the PULL-TO-LOCK position.

[100] PLACE Hand Switch 2-HS-74-20A, RHR PMP B, to the PULL-TO-LOCK position.

[101] PLACE Hand Switch 2-HS-63-94A, RHR TO CL 1 & 4, to the CLOSE position.

[102] PLACE Hand Switch 2-HS-63-11A, RHR PMP B TO SI PMPS SUCT, to the CLOSE position.

[103] SET Controller 2-HIC-74-28A, RHR HX B FLOW CONTROL, output to 0% to CLOSE 2-FCV-74-28, RHR HT EX B OUT FLOW CNTL VLV.

[104] PLACE Hand Switch 2-HS-63-3A, SI PMPS RECIRC HDR TO RWST, to the OPEN position.

[105] PLACE Hand Switch 2-HS-63-4A, SI PMP A RECIRC TO RWST, to the OPEN position.

[106] PLACE Hand Switch 2-HS-63-175A, SI PMP B RECIRC TO RWST, to the OPEN position.

[107] PLACE Hand Switch 2-HS-63-22A, SI PUMPS TO CL 1-2-3-4, to the CLOSE position.

[108] PLACE Hand Switch 2-HS-63-25A, BIT OUTLET, to the CLOSE position.

[109] PLACE Hand Switch 2-HS-63-26A, BIT OUTLET, to the CLOSE position.

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 56 of 118 Date 6.2 Cold Leg Recirculation Flow Test (continued)

[110] PLACE Hand Switch 2-HS-62-90A, CHARGING LINE ISOL, to the CLOSE position.

[111] PLACE Hand Switch 2-HS-62-91A, CHARGING LINE ISOL, to the CLOSE position.

[112] PLACE Hands Switch 2-HS-63-6A, RHR HX 2A-A OUTLET TO SI PUMP 2A-A SUCTION, to the CLOSE position.

[113] PLACE Hand Switch 2-HS-63-7A, RHR HX 2A-A OUTLET TO SI PUMP 2A-A SUCTION, to the CLOSE position.

[114] PERFORM the NPSH and flow calculations required on Appendix G.

NOTE To account for instrument inaccuracy of the differential pressure gauges, the acceptance criteria has been adjusted from 675 to 673 gpm to account for 0.25% of a 675 gpm span to the conservative side for the following steps.

[115] VERIFY Safety Injection Pump flow rates are less than or equal to 673 gpm with cold leg injection flows balanced.

(Appendix G, Section 2, 3.D & 5.D)

A. SIP 2A-A (Acc Crit 5.OA.2)

B. SIP 2B-B (Acc Crit 5.OA.2)

[116] ANNOTATE the data. recorder printouts (procedure and step numbers), and PLACE in the test package.

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 57 of 118 Date 6.3 Hot Leg Recirculation Flow Test CAUTION Observe precaution 3.OT to monitor vessel to keep level at least approximately 3 ft above the vessel flange.

NOTE During performance of this Subsection, piping vibration data will be collected. The TE is responsible for performance of piping vibration activities.

[1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.3 have been completed.

[2] ENSURE Reactor Vessel level is above the top of the Reactor Vessel nozzles.

[3] ENSURE the Piping Vibration Test Engineer has test equipment and personnel in place to support vibration testing.

VIB ENGR

[4] VERIFY RHR Pump 2A-A suction pressure is greater than 14 psig, AND RECORD.

TEST PRESSURE GAUGE AT 2-PI-74-4 psig

[5] RECORD 2A-A 6.9KV Shutdown Board voltage:

2-EI-57-39, 6.9 KV SDB 2A-A VOLTS (2-M-1) volts (6560-7260 volts)

[6] RECORD 2B-B 6.9KV Shutdown Board voltage:

2-EI-57-66, 6.9 KV SDB 2B-B VOLTS (2-M-1) volts (6560-7260 volts)

[7] ENSURE Controller 2-HIC-74-16A, RHR HX A FLOW CONTROL, output to 0% at 2-M-6 to CLOSE 2-FCV-74-16, RHR HT EX A OUTLET FLOW CONTROL VLV.

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 58 of 118 Date 6.3 Hot Leg Recirculation Flow Test (continued)

CAUTION Observe motor starting limitations, Section 3.0K.

[8] PLACE Hand Switch 2-HS-74-10A, RHR PMP A, at 2-M-6 to the START position.

[9] VERIFY Miniflow Valve 2-FCV-74-12, RHR PMP A MINI FLOW, is OPEN by light indication on 2-M-6.

[10] PLACE Hand Switch 2-HS-63-172A, RHR TO HL 1 & 3, at 2-M-6 to the OPEN position.

[11] SET Controller 2-HIC-74-16A, RHR HX A FLOW CONTROL, output to 100% to OPEN 2-FCV-74-16, RHR HT EX A OUTLET FLOW CONTROL VLV.

[12] VERIFY Miniflow Valve 2-FCV-74-12, RHR PMP A MINI FLOW is CLOSED by light indication.

[13] RECORD RHR HX A outlet temperature on Appendix H.

[14] START scan on the Data Recorder.

[15] RECORD pump operating data on Appendix H.

[16] PLACE Hand Switch 2-HS-63-8A, RHR HX 2A-A OUTLET TO CCP SUCTION, at 2-M-6 to the OPEN position.

[17] VERIFY adequate suction of greater than 25 psig on the CCP suction header test gauges, AND RECORD.

2-PI-62-109 TEST GAUGE psig 2-PI-62-105 TEST GAUGE psig

[18] PLACE Hand Switch 2-HS-62-104A, CCP B-B, at 2-M-5 to the START position.

[19] PLACE Hand Switch 2-HS-63-25A, BIT OUTLET, at 2-M-6 to the OPEN position.

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 59 of 118 Date 6.3 Hot Leg Recirculation Flow Test (continued)

[20] PLACE Hand Switch 2-HS-63-26A, BIT OUTLET, at 2-M-6 to the OPEN position.

[21] PLACE Hand Switch 2-HS-62-90A, CHARGING LINE ISOL, at 2-M-6 to the OPEN position.

[22] PLACE Hand Switch 2-HS-62-91A, CHARGING LINE ISOL, at 2-M-6 to the OPEN position.

NOTE 2-FCV-62-89, CVCS CHARGING HEADER RCP SEAL INJ FLOW CNTL, and 2-FCV-63-93, CVCS CHARGING HEADER FLOW / PZR LEVEL CONTROL, can be used to simulate the flow of RCP seal injection.

[23] THROTTLE charging flow until the Data Recorder indicates between 85-87 gpm, and RECORD below.

Charging Flow GPM

[24] PLACE Hand Switch 2-HS-62-108A, CCP A-A, at 2-M-5 to the START position.

[25] PLACE Hand Switch 2-HS-63-6A, RHR HX 2A-A OUTLET TO SI PUMP 2A-A SUCTION, at 2-M-6, to the OPEN position.

[26] PLACE Hand Switch 2-HS-63-7A, RHR HX 2A-A OUTLET TO SI PUMP 2A-A SUCTION, at 2-M-6 to the OPEN position.

[27] VERIFY adequate suction of greater than 25 psig on the SI Pump suction header test gauges.

2-PI-63-9 TEST GAUGE psig 2-PI-63-14 TEST GAUGE psig

[28] PLACE Hand Switch 2-HS-63-156A, SI PMP A TO HL 1 & 3, at 2-M-6 to the OPEN position.

[29] PLACE Hand Switch 2-HS-63-157A, SI PMP B TO HL 2 & 4, at 2-M-6 to the OPEN position.

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 60 of 118 Date 6.3 Hot Leg Recirculation Flow Test (continued)

[30] PLACE Hand Switch 2-HS-63-3A, SI PMPS RECIRC HDR TO RWST, at 2-M-6 to the CLOSE position.

[31] PLACE Hand Switch 2-HS-63-4A, SI PMP A RECIRC TO RWST, at 2-M-6 to the CLOSE position.

[32] PLACE Hand Switch 2-HS-63-175A, SI PMP B RECIRC TO RWST, at 2-M-6 to the CLOSE position.

[33] PLACE Hand Switch 2-HS-63-1OA, SI PMP A, at 2-M-6 to the START position.

[34] PLACE Hand Switch 2-HS-63-15A, SI PMP B, at 2-M-6 to the START position.

[35] RECORD the time.

TIME:

[36] VERIFY RHR Pump 2A-A did NOT TRIP. (Acc Crit 5.OD)

[37] RECORD pump operating data on Appendix H.

[38] ENSURE Controller 2-HIC-74-28A, RHR HX B FLOW CONTROL, output to 0% at 2-M-6 to CLOSE 2-FCV-74-28, RHR HT EX B OUTLET FLOW CONTROL VLV.

[39] PLACE Hand Switch 2-HS-74-20A, RHR PMP B, at 2-M-6 to the START position.

[40] VERIFY Miniflow Valve 2-FCV-74-24, RHR PMP B MINI FLOW, is OPEN by light indication.

[41] SET Controller 2-HIC-74-28A, RHR HX B FLOW CONTROL, output to 100% to OPEN 2-FCV-74-28, RHR HT EX B OUTLET FLOW CONTROL VLV.

[42] PLACE Hand Switch 2-HS-63-1 1A, RHR PMP B TO SI PMPS SUCT, at 2-M-6 to the OPEN position.

[43] VERIFY Miniflow Valve 2-FCV-74-24, RHR PMP B MINI FLOW, is CLOSED by light indication.

[44] RECORD pump operating data on Appendix H.

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 61 of 118 Date 6.3 Hot Leg Recirculation Flow Test (continued)

[45] NOTIFY the Piping Vibration Test Engineer that conditions have been established for steady state vibration for a Hot Leg Recirculation alignment with RHRP 2A-A to HL 1 & 3; RHRP 2B-B supplying suction to SIPS and CCPs; CCP 2A-A and 2B-B to CL 1, 2, 3 & 4 and normal charging (CL1); SIP 2A-A and 2B-B to HL 1,2, 3 & 4.

VIB ENGR

[46] PERFORM a visual inspection/walk down of the operating system piping, including vents, drains, branch piping, instrument lines and equipment connections for vibration.

NOTE Mark the following step N/A if excessive vibration is NOT observed.

[47] MEASURE,AND RECORD velocity and displacements, in accordance with the guidelines of Appendix I, at locations where vibration is observed to be excessive.

[48] VERIFY the observed vibrations are acceptable.

(Acc Crit 5.OF)

[49] ATTACHNERIFY ATTACHED the system flow diagram(s), as applicable, highlighted with the piping inspected during these flow modes.

[50] PLACE Hand Switch 2-HS-62-104A, CCP B-B, to the PULL-TO-LOCK position.

[51] VERIFY CCP 2A-A did NOT TRIP. (Acc Crit 5.OD)

[52] RECORD CCP 2A-A operating data on Appendix H.

[53] PLACE Hand Switch 2-HS-62-104A, CCP B-B, to the START position.

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 62 of 118 Date 6.3 Hot Leg Recirculation Flow Test (continued)

[54] PLACE Hand Switch 2-HS-62-108A, CCP A-A, to the PULL-TO-LOCK position.

[55] VERIFY CCP 2B-B did NOT TRIP. (Acc Crit 5.OD)

[56] RECORD CCP 28-B operating data on Appendix H.

[57] PLACE Hand Switch 2-HS-62-108A, CCP A-A, to the START position.

[58] ENSURE 20 minutes has passed since the time noted in step 6.3[35].

[59] PLACE Hand Switch 2-HS-63-15A, SI PMP B, to the PULL-TO-LOCK position.

[60] VERIFY SIP 2A-A did NOT TRIP. (Acc Crit 5.0D)

[61] RECORD pump operating data on Appendix H.

[62] PLACE Hand Switch 2-HS-63-15A, SI PMP B, to the START position.

[63] RECORD the time.

TIME:

[64] PLACE Hand Switch 2-HS-63-1OA, SI PMP A, to the PULL-TO-LOCK position.

[65] VERIFY SIP 2B-B did NOT TRIP. (Acc Crit 5.0D)

[66] RECORD pump operating data on Appendix H.

[67] STOP scan on the Data Recorder.

[68] ENSURE 20 minutes has passed since the time noted in step 6.3[63].

[69] PLACE Hand Switch 2-HS-63-15A, SI PMP B, to the PULL-TO-LOCK position.

[70] PLACE Hand Switch 2-HS-62-104A, CCP B-B, to the PULL-TO-LOCK position.

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 63 of 118 Date 6.3 Hot Leg Recirculation Flow Test (continued)

[71] PLACE Hand Switch 2-HS-62-108A, CCP A-A, to the PULL-TO-LOCK position.

[72] PLACE Hand Switch 2-HS-74-20A, RHR PMP B, to the PULL-TO-LOCK position.

[73] PLACE Hand Switch 2-HS-74-10A, RHR PMP A, to the PULL-TO-LOCK position.

[74] PLACE Hand Switch 2-HS-63-1 1A, RHR PMP B TO SI PMPS SUCT, to the CLOSE position.

[75] SET Controller 2-HIC-74-28A, RHR HX B FLOW CONTROL, output to 0% to CLOSE 2-FCV-74-28, RHR HT EX B OUTLET FLOW CONTROL VLV.

[76] PLACE Hand Switch 2-HS-63-8A, RHR HX 2A-A OUTLET TO CCP SUCTION, to the CLOSE position.

[77] PLACE Hand Switch 2-HS-63-3A, SI PMPS RECIRC HDR TO RWST, to the OPEN position.

[78] PLACE Hand Switch 2-HS-63-4A, SI PMP A RECIRC TO RWST, to the OPEN position.

[79] PLACE Hand Switch 2-HS-63-175A, SI PMP B RECIRC TO RWST, to the OPEN position.

[80] PLACE Hand Switch 2-HS-63-156A, SI PMP A TO HL 1 & 3, to the CLOSE position.

[81] PLACE Hand Switch 2-HS-63-157A, SI PMP B TO HL 2 & 4, to the CLOSE position.

[82] PLACE Hand Switch 2-HS-63-25A, BIT OUTLET, to the CLOSE position.

[83] PLACE Hand Switch 2-HS-63-26A, BIT OUTLET, to the CLOSE position.

[84] PLACE Hand Switch 2-HS-62-90A, CHARGING LINE ISOL, to the CLOSE position.

[85] PLACE Hand Switch 2-HS-62-91A, CHARGING LINE ISOL, to the CLOSE position.

SAFETY INJECTION SYSTEM 2-PTI-063-01 SIS INTEGRATED TEST Rev. 0000 Page 64 of 118 Date 6.3 Hot Leg Recirculation Flow Test (continued)

[86] PLACE Hand Switch 2-HS-63-6A, RHR HX 2A-A OUTLET TO SI PUMP 2A-A SUCTION, to the CLOSE position.

[87] PLACE Hand Switch 2-HS-63-7A, RHR HX 2A-A OUTLET TO SI PUMP 2A-A SUCTION, to the CLOSE position.

[88] SET Controller 2-HIC-74-16A, RHR HX A FLOW CONTROL, output to 0% to CLOSE 2-FCV-74-16, RHR HT EX A OUTLET FLOW CONTROL VLV.

[89] PLACE Hand Switch 2-HS-74-33A, RHR HX A OUTLET XTIE, at 2-M-6 to the CLOSE position.

[90] PERFORM the NPSH and flow calculations required on Appendix H.

NOTE To account for instrument inaccuracy of the differential pressure gauges, the acceptance criteria has been adjusted from 560 to 555 gpm to account for a combined 0.75% of a 560 gpm span to the conservative side.

[91] VERIFY Centrifugal Charging Pump flow rates are less than or equal to 555 gpm with hot leg injection flows balanced, simulated seal injection and miniflow in service. (Appendix H, Section 2, 1OA & 10B)

A. CCP 2A-A (Acc Crit 5.0B.1)

B. CCP 2B-B (Acc Crit 5.0B.1)

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 65 of 118 Date 6.3 Hot Leg Recirculation Flow Test (continued)

NOTE To account for instrument inaccuracy of the differential pressure gauges, the acceptance criteria has been adjusted from 675 to 673 gpm to account for 0.25% of a 675 gpm span to the conservative side.

[92] VERIFY Safety Injection Pump flow rates are less than or equal to 673 gpm with hot leg injection flows balanced, (Appendix H, Section 2, 7A & 8A)

A. SIP 2A-A (Acc Crit 5.0B.2)

B. SIP 2B-B (Acc Crit 5.0B.2)

[93] ANNOTATE the data recorder printouts (procedure and step numbers), and PLACE in the test package.

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 66 of 118 Date 7.0 POST-PERFORMANCE ACTIVITIES

[1] VERIFY that Post-test calibration of the M&TE used to record quantitative acceptance criteria has been satisfactorily performed and the results RECORDED on Measuring and Test Equipment (M&TE) Log in SMP-9.0.

[2] VERIFY that Post-test calibration of permanent plant instruments used to record quantitative acceptance criteria has been satisfactorily performed, and RECORD the results on Appendix C, Permanent Plant Instrumentation Log.

[3] REMOVE the jumper across the Terminals for Wire Nos.

11B02 and 11B06 in back of 480V RX MOV BD 2A1-A, Compt 11B.

1st CV

[4] REMOVE the jumper across the Terminals for Wire Nos.

11B02 and 11B06 in back of 480V RX MOV BD 2B1-B, Compt 11B.

1st CV

[5] REMOVE the test gauge installed at 2-PI-74-4.

1st CV

[6] REMOVE the test gauge installed at 2-PI-74-22.

1st CV

[7] REMOVE the test gauge installed at 2-PI-72-33.

1st CV

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 67 of 118 Date 7.0 POST-PERFORMANCE ACTIVITIES (continued)

[8] REMOVE the test gauge installed at 2-PI-72-16.

1st Cv

[9] REMOVE the test gauge installed at 2-PI-62-109.

1st Cv

[10] REMOVE the test gauge installed at 2-PI-62-105.

1st Cv

[11] REMOVE the test gauge installed at 2-PI-63-9.

1st Cv

[12] REMOVE the test gauge installed at 2-PI-63-14.

1st Cv

[13] REMOVE the differential pressure test transmitter installed at 2-FE-62-257.

1st Cv

[14] REMOVE the differential pressure test transmitter installed at 2-FE-62-93.

1st Cv

[15] REMOVE the differential pressure test transmitter installed at 2-FE-63-170.

1st Cv

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 68 of 118 Date 7.0 POST-PERFORMANCE ACTIVITIES (continued)

[16] REMOVE the differential pressure test transmitter installed at 2-FE-63-151.

1st Cv

[17] REMOVE the differential pressure test transmitter installed at 2-FE-63-20.

1st Cv

[18] REMOVE the differential pressure test transmitter installed at 2-FE-63-2.

1st Cv

[19] REMOVE the differential pressure test transmitter installed at 2-FE-63-91.

1st Cv

[20] REMOVE the differential pressure test transmitter installed at 2-FE-63-92.

1st Cv

[21] REMOVE the test leads from test point 2FP/600 in Panel 2-R-1 9.

1st Cv

[22] REMOVE the ultrasonic flow meter installed on the 12-inch RHR Hot Leg Injection Line upstream of the containment penetration.

1st Cv

SAFETY INJECTION SYSTEM 2-PTI-063-01 SIS INTEGRATED TEST Rev. 0000 Page 69 of 118 Date 7.0 POST-PERFORMANCE ACTIVITIES (continued)

NOTE The following step may be marked N/A by the test director's discretion.

[23] RELEASE the clearance if it is no longer required to prevent containment spray down, AND

[23.1] CLOSE the following valves:

A. 2-FCV-72-39, CNTMT SPRAY HDR A ISOLATION (737/Al 2V).

B. 2-FCV-72-40, RHR SPRAY HDR A ISOLATION (713/A 11W).

C. 2-FCV-72-2, CNTMT SPRAY HDR B ISOLATION (737/Al 2V).

D. 2-FCV-72-41. RHR SPRAY HDR B ISOLATION (713/Al 1W).

[23.2] OPEN the following breakers:

A. 2-BKR-72-41, RHR SPRAY HDR B ISOL (2-FCV-72-41), RX MOV BD 2B1-B, Compt 14D.

B. 2-BKR-72-2, CS HDR B ISOL (2-FCV-72-2) RX MOV BD 2B1-B, Compt 14A.

C. 2-BKR-72-40, RHR SPRAY HDR A ISOL (2-FCV-72-40), RX MOV BD 2A1-A, Compt 14A.

D. 2-BKR-72-39, Containment Spray HDR A ISOL (2-FCV-72-39), RX MOV BD 2A1-A, Compt 13E.

[24] NOTIFY the Unit 2 US/SRO of the test completion and system alignment.

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 70 of 118 Date 8.0 RECORDS A. QA Records Complete Test Package B. Non-QA Records None

SAFETY INJECTION SYSTEM 2-PTI-063-01 SIS INTEGRATED TEST Rev. 0000 Page 71 of 118 Appendix A (Page 1 of 1)

TEST PROCEDURES/INSTRUCTIONS REFERENCE REVIEW Date I Additional copies of this table may be made as necessary.

PROCEDURE/ INITIAL AND DATE.

INSTRUCTION (N/A for no change) 2-TSD-63-3 2-TSD-HFT-1 FSAR Section 3.9.2.1 Section 6.3 Table 14.2-1 Shts 22, 23, 24, 25 & 80 of 89 Technical Specification, LCO 3.5.4, Page 3.5-9 VTM-W1 20-0050 VTM-W120-0570 VTM-W1 20-0720 VTM-W120-0010 TI-31.02 TI-226

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 72 of 118 Appendix B (Page 1 ofl1)

TEMPORARY CONDITION LOG Date_____

These steps will be N/A'd if no temporary condition existed. Additional copies of this table may be made as necessary.

ITEM TEMPORARY CONDITION PERFORMED RETURNED TO NORMAL No. DESCRIPTION Step Performed By/Date Step Returned By/Date No. CV By/Date No. CV By/Date

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 73 of 118 Appendix C (Page 1 of 3)

PERMANENT PLANT INSTRUMENTATION LOG Date INSTRUMENT CAL DUE FILLED AND PLACED IN USED FOR POST-TEST POST-TEST OR DATE VENTED1 SERVICE1 QUANTITATIVE CAL DATE 2 CALIBRATION 2 INSTRUMENT ACC CRIT ACCEPTABLE LOOP# INITIALIDATE INIT/DATE INIT/DATE YES NO 2-EI-57-39 2-EI-57-66 2-EI-72-12A 2-EI-72-26A 2-PI-72-33 2-PI-62-105 2-PI-62-109 2-EI-62-108A 2-EI-62-104A 2-PI-63-9 2-PI-63-14 2-EI-63-12A 2-EI-63-16A

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 74 of 118 Appendix C (Page 2 of 3)

PERMANENT PLANT INSTRUMENTATION LOG Date INSTRUMENT CAL DUE FILLED AND PLACED IN USED FOR POST-TEST POST-TEST OR DATE VENTED1 SERVICE1 QUANTITATIVE CAL DATE 2 CALIBRATION INSTRUMENT ACC CRIT ACCEPTABLE 2 LOOP # INIT/DATE INITIDATE YES NO INITIAL/DATE 2-EI-74-5A 2-EI-74-17A 2-LPL-63-50 2-LPL-63-51 2-LPL-63-52 2-LPL-63-53 2-LPT-63-131 2-LPT-63-132 2-PI-72-16 2-LPF-72-34 2-LPF-72-1:3

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 75 of 118 Appendix C (Page 3 of 3)

PERMANENT PLANT INSTRUMENTATION LOG Date INSTRUMENT CAL DUE FILLED AND PLACED IN USED FOR POST-TEST POST-TEST OR DATE VENTED1 SERVICE1 QUANTITATIVE CAL DATE 2 CALIBRATION 2 INSTRUMENT ACC CRIT ACCEPTABLE LOOP # INITIAL/DATE INIT/DATE INIT/DATE YES NO 2-LPF-63-173 2-PI-74-4 2-PI-74-22 2-LPT-74-38C 2-LPT-74-40C These items may be initialed and dated by personnel performing the task. Instrumentation not required to be filled and vented may be identified as Not Applicable. (N/A) 2 May be identified as Not Applicable (N/A) if instrument was not used to verify/record quantitative acceptance criteria data.

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 76 of 118 Appendix D (Page 1 of 1)

SSPS OUTPUT CAB. TERM. VERIFICATION Date PANEL NUMBER 2-R-48 PANEL NUMBER 2-R-51 TERMINAL VERIFIED BY TERMINAL VERIFIED BY NO. INITIAL/DATE NO. INITIAL/DATE TB619-5 TB619-5 TB619-6 TB619-6 TB619-7 TB619-7 TB619-8 TB619-8 TB619-9 TB619-9 TB619-10 TB619-10 TB603-3 TB603-3 TB603-4 TB603-4 TB639-11 TB639-1 1 TB639-12 TB639-12 TB640-1 TB640-1 TB640-2 TB640-2 TB655-1 TB655-1 TB655-2 TB655-2 TB655-9 TB655-9 TB655-1 0 TB655-1 0

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 77 of 118 Appendix E (Page 1 of 11)

COLD AND HOT LEG INJECTION Date

1.0 BACKGROUND

CALCULATIONS - NPSH A. RWST LEVEL CORRECTION (RLC)

RLC =( L150 + L151 + L152 + L153 +-2)x 0.3225 4

Where:

L150 thru L153 = RWST level indication, in %

2 = RWST level instrument accuracy of 2%

0.3225 = Converts RWST level in % to feet of water Level instrument range is 387",

387/12 = 32.25 ft.

32.25 ft/100% = 0.3225ft/%

B. NPSH CALCULATION FOR CCPs & SIPs NPSH = (12.8+ PSUCT) x 2.31 -RLC Where:

12.8 = P atmospheric P vapor - P M&TE pressure error P atmospheric = 14.696 psi P vapor pressure = 1.102 psi @ 105 0 F, max RWST Tech Spec temp.

P M&TE error = 0.75 psi for 0-300 psig gauge of +/- 0.25% accuracy 12.8 = 14.696 - 1.102 - 0.75 P SUCT = M&TE gauge reading 2.31 = Conversion from lb/in 2 to feet of water RLC = RWST level correction

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 78 of 118 Appendix E (Page 2 of 11)

COLD AND HOT LEG INJECTION Date

1.0 BACKGROUND

CALCULATIONS - NPSH (continued)

C. NPSH CALCULATION FOR RHRPs AND CSPs NPSH = (13.35 + PSUCT) x 2.31 - RLC Where:

13.35 = P atmospheric P vapor - P M&TE pressure error P atmospheric = 14.696 psi P vapor pressure = 1.102 psi @ 105 0F, max RWST Tech Spec temp.

P M&TE error = 0.25 psi for 0-100 psig gauge of +/- 0.25% accuracy 13.35 = 14.696 - 1.102 - 0.25 P SUCT = M&TE gauge reading 2.31 = Conversion from lb/in 2 to feet of water RLC = RWST level correction

SAFETY INJECTION SYSTEM 2 -PTI-063-01 SIS INTEGRATED TEST Rev. 0000 P age 79 of 118 Appendix E (Page 3 of 11)

COLD AND HOT LEG INJECTION Date 2.0 DATA GATHERING AND CALCULATIONS - NPSH

[1] STEP 6.1[3] RWST LEVEL (2-M-6)

A. 2-LI-63-50  % (L150)

B. 2-LI-63-51  % (L151)

C. 2-LI-63-52  % (L152)

D. 2-LI-63-53  % (L153)

[2] STEP 6.1[4] RWST TEMPERATURE (2-M-6)

A. 2-TI-63-131 OF B. 2-TI-63-132 OF

[3] STEP 6.1[31]

CCP 2A-A SUCT, 2-PI-62-109 TEST GAUGE psig CCP 2B-B SUCT, 2-PI-62-105 TEST GAUGE psig SIP 2A-A SUCT, 2-PI-63-9 TEST GAUGE psig SIP 2B-B SUCT, 2-PI-63-14 TEST GAUGE psig RHRP 2A-A SUCT, 2-PI-74-4 TEST GAUGE psig RHRP 2B-B SUCT, 2-PI-74-22 TEST GAUGE psig CSP 2A-A SUCT, 2-PI-72-33 TEST GAUGE psig CSP 2B-B SUCT, 2-PI-72-16 TEST GAUGE psig

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 80 of 118 Appendix E (Page 4 of 11)

COLD AND HOT LEG INJECTION Date 2.0 DATA GATHERING AND CALCULATIONS - NPSH (continued)

I CHG PUMP INJ FLOW (2-FE-63-170) GPM J CHG FLOW (2-FE-62-93) GPM K CHG PUMP MINIFLOW (2-FE-62-257) GPM L SIP 2A-A INJ FLOW (2-FE-63-151) GPM M SIP 2B-B INJ FLOW (2-FE-63-20) GPM N SIP MINIFLOW (2-FE-63-2) GPM O RHR TRAIN A INJ FLOW (2-FE-63-91) GPM P RHR TRAIN B INJ FLOW (2-FE-63-92) GPM Q CSP 2A-A FLOW 2-FI-72-34 (2-M-6) GPM R CSP 2B-B FLOW 2-FI-72-13 (2-M-6) GPM S 2-EI-57-39, 6.9KV SDB 2A-A VOLTS VOLTS (2-M-1) (6560 - 7260 volts)

T 2-EI-57-66, 6.9KV SDB 2B-B VOLTS VOLTS (2-M-1) (6560 - 7260 volts)

U 2-EI-72-26A, CNTMT SPRY A AMPS AMPS (2-M-6)

V 2-EI-72-12A, CNTMT SPRY B AMPS AMPS (2-M-6)

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 81 of 118 Appendix E (Page 5 of 11)

COLD AND HOT LEG INJECTION Date 2.0 DATA GATHERING AND CALCULATIONS - NPSH (continued)

[4] STEP 6.1[35]

A CSP 2A-A SUCT, 2-PI-72-33 TEST psig GAUGE B CSP 2A-A FLOW, 2-FI-72-34 (2-M-6) GPM NOTE Calculation verifications may be deferred until an appropriate break in testing is available to prevent interference with test sequence.

[5] STEP 6.1[58]

A. RWST LEVEL CORRECTION (RLC), (DATA FROM STEP 6.1.3, APPENDIX E - SHEET 1):

L150 + LI51 + L152 + L153 + 2) x 0.3225 RLC=(+

+ + +

RLC=( + 2) x 0.3225 4

RLC= FT Performed By Initials Date Reviewed By Initials Date

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 82 of 118 Appendix E (Page 6 of 11)

COLD AND HOT LEG INJECTION Date 2.0 DATA GATHERING AND CALCULATIONS - NPSH (continued)

B. CCP 2A-A NPSH = (12.8 + PSUCT) x 2.31 - RLC (from Appendix E, Section 2, 3.A & 5.A)

CCP 2A-A NPSH = (12.8 + .) x 2.31 -

CCP 2A-A NPSH = FT Performed By Initials Date Reviewed By Initials Date C. CCP 2B-B NPSH = (12.8 + PSUCT) x 2.31 - RLC (from Appendix E, Section 2, 3.B & 5.A)

CCP 2B-B NPSH = (12.8 + .) x 2.31 -

CCP 2B-B NPSH = FT Performed By Initials Date Reviewed By Initials Date D. SIP 2A-A NPSH = (12.8 + PSUCT) x 2.31 - RLC (from Appendix E, Section 2, 3.C & 5.A)

SIP 2A-A NPSH = (12.8 + .) x 2.31 -

SIP 2A-A NPSH = FT Performed By Initials Date Reviewed By Initials Date

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 83 of 118 Appendix E (Page 7 of 11)

COLD AND HOT LEG INJECTION Date 2.0 DATA GATHERING AND CALCULATIONS - NPSH (continued)

E. SIP 2B-B NPSH = (12.8 + PSUCT) x 2.31 - RLC (from Appendix E, Section 2, 3.D & 5.A)

SIP 2B-B NPSH = (12.8 + ) x 2.31 -

SIP 2B-B NPSH = FT Performed By Initials Date Reviewed By Initials Date F. RHRP A-A NPSH = (13.35 + PSUCT) x 2.31 - RLC (from Appendix E, Section 2, 3.E & 5.A)

RHRP 2A-A NPSH = (13.35 + ) x 2.31 - __

RHRP 2A-A NPSH = FT Performed By Initials Date Reviewed By Initials Date G. RHRP B-B NPSH = (13.35 + PSUCT) x 2.31 - RLC (from Appendix E, Section 2, 3.F & 5.A)

RHRP 2B-B NPSH = (13.35 + ) x 2.31 - __

RHRP 2B-B NPSH = FT Performed By Initials Date Reviewed By Initials Date

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 84 of 118 Appendix E (Page 8 of 11)

COLD AND HOT LEG INJECTION Date 2.0 DATA GATHERING AND CALCULATIONS - NPSH (continued)

H. CSP 2A-A NPSH = (13.35 + PSUCT) x 2.31 - RLC (from Appendix E, Section 2, 3.G & 5.A)

CSP 2A-A NPSH = (13.35 + __ ) x 2.31 - __

CSP 2A-A NPSH = FT Performed By Initials Date Reviewed By Initials Date

1. CSP 2B-B NPSH = (13.35 + PSUCT) x 2.31 - RLC (from Appendix E, Section 2, 3.H & 5.A)

CSP 2B-B NPSH = (13.35 + __ ) x 2.31 - __

CSP 2B-B NPSH = FT Performed By Initials Date Reviewed By Initials Date

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 85 of 118 Appendix E (Page 9 of 11)

COLD AND HOT LEG INJECTION Date 2.0 DATA GATHERING AND CALCULATIONS - NPSH (continued)

J. TOTAL CCP FLOW (from Appendix E, Section 2, 3.1, J, K)

TOTAL CCP FLOW = 2.0 [3] 1+ 2.0 [3] J + 2.0 [3] K TOTAL CCP FLOW = -I -I TOTAL CCP FLOW = GPM AVERAGE FLOW PER PUMP = TOTAL CCP FLOW/2 AVERAGE FLOW PER PUMP = /2 AVERAGE FLOW PER PUMP = GPM Performed By Initials Date Reviewed By Initials Date K. SIP 2A-A FLOW (from Appendix E, Section 2, 3.L & N) 2.0 [3] L + (2.0 [3] N + 2)

+_( + 2)

GPM Performed By Initials Date Reviewed By Initials Date

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 86 of 118 Appendix E (Page 10 of 11)

COLD AND HOT LEG INJECTION Date 2.0 DATA GATHERING AND CALCULATIONS - NPSH (continued)

L. SIP 2B-B FLOW (from Appendix E, Section 2, 3.M & N) 2.0 [3] M + (2.0 [3] N -. 2)

+(._ .2)

GPM Performed By Initials Date Reviewed By Initials Date

[6] STEP 6.1[59] RWST LEVEL AND TEMPERATURE A. 2-LI-63-50  %

B. 2-LI-63-51  %

C. 2-LI-63-52  %

D. 2-LI-63-53  %

E. 2-TI-63-131 OF F. 2-TI-63-132 OF

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 87 of 118 Appendix E (Page 11 of 11)

COLD AND HOT LEG INJECTION Date 2.0 DATA GATHERING AND CALCULATIONS - NPSH (continued)

[7] STEP 6.1[71] RHRP A-A RHR HL RECIRC FLOW A RHR HL FLOW (Ultrasonic FM) GPM B 2-EI-57-39, 6.9KV SDB 2A-A VOLTS VOLTS (2-M-1) (6560 - 7260 volts)

C 2-EI-74-5A, RHR PUMP A-A MOTOR AMPS CURRENT (2-M-6)

[8] STEP 6.1[85] RHRP B-B RHR HL RECIRC FLOW A RHR HL FLOW (Ultrasonic FM) GPM B 2-EI-57-66, 6.9KV SDB 2B-B VOLTS VOLTS (2-M-1) (6560 - 7260 volts)

C 2-EI-74-17A, RHR PUMP B-B MOTOR AMPS CURRENT (2-M-6)

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 88 of 118 Appendix F (Page 1 of 8)

COLD LEG RECIRCULATION - TRAIN A Date

1.0 BACKGROUND

CALCULATIONS - NPSH

[1] RWST LEVEL CORRECTION (RLC)

RLC( (L150 + L151 + L152 + L153 +-2)x0.3225 4

Where:

LI50 thru L153 = RWST level indication, in %

2 = RWST level instrument accuracy of 2%

0.3225 = Converts RWST level in % to feet of water Level instrument range is 387",

387/12 = 32.25 ft.

32.25 ft/100% = 0.3225ft/%

[2] NPSH CALCULATION FOR CCPs & SIPs NPSH = (12.8 + PSUCT) x 2.31 - RLC Where:

12.8 = P atmospheric - P vapor P M&TE pressure error P atmospheric = 14.696 psi P vapor pressure = 1.102 psi @ 105 0 F, max RWST Tech Spec temp.

P M&TE error = 0.75 psi for 0-300 psig gauge of +/- 0.25% accuracy 12.8 = 14.696 - 1.102 - 0.75 P SUCT = M&TE gauge reading 2.31 = Conversion from lb/in 2 to feet of water RLC = RWST level correction

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 89 of 118 Appendix F (Page 2 of 8)

COLD LEG RECIRCULATION - TRAIN A Date

1.0 BACKGROUND

CALCULATIONS - NPSH (continued)

[3] NPSH CALCULATION FOR RHRPs AND CSPs NPSH = (13.35 + PSUCT) x 2.31 - RLC Where:

13.35 = P atmospheric - P vapor - P M&TE pressure error P atmospheric = 14.696 psi P vapor pressure = 1.102 psi @ 105 0 F, max RWST Tech Spec temp.

P M&TE error = 0.25 psi for 0-100 psig gauge of +/- 0.25% accuracy 13.35 = 14.696 - 1.102 - 0.25 P SUCT = M&TE gauge reading 2.31 = Conversion from lb/in 2 to feet of water RLC = RWST level correction

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SiS INTEGRATED TEST Rev. 0000 Page 90 of 118 Appendix F (Page 3 of 8)

COLD LEG RECIRCULATION - TRAIN A Date 2.0 DATA GATHERING AND CALCULATIONS - NPSH

[1] STEP 6.2[13] RHR HX A OUTLET TEMP A. 2-TI-74-14 (2-M-6) OF

[2] STEP 6.2[15]

A RHRP 2A-A SUCT, 2-PI-74-4 TEST GAUGE psig B RHR TRAIN A INJ FLOW (2-FE-63-91) GPM

[3] STEP 6.2[24]

A RHRP 2A-A SUCT, 2-PI-74-4 TEST GAUGE psig B RHR TRAIN A INJ FLOW (2-FE-63-91) GPM C CCP 2B-B SUCT, 2-PI-62-105 TEST GAUGE psig D CHG PUMP INJ FLOW (2-FE-63-170) GPM E CHG FLOW (2-FE-62-93) GPM F CHG PUMP MINIFLOW (2-FE-62-257) GPM G CCP 2B-B MOTOR CURRENT, AMPS 2-EI-62-104A, CHARG PMP B-B MOT CT (2-M-5)

H 2-EI-57-66, 6.9KV SDB 2B-B VOLTS (2-M-1) VOLTS (6560 - 7260 volts)

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 91 of 118 Appendix F (Page 4 of 8)

COLD LEG RECIRCULATION - TRAIN A Date 2.0 DATA GATHERING AND CALCULATIONS - NPSH (continued)

[4] STEP 6.2[43]

A RHRP 2A-A SUCT, 2-PI-74-4 TEST GAUGE psig B RHR TRAIN A INJ FLOW (2-FE-63-91) GPM C CCP 2A-A SUCT, 2-PI-62-109 TEST psig GAUGE D CCP 2B-B SUCT, 2-PI-62-105 TEST psig GAUGE E CHG PUMP INJ FLOW (2-FE-63-170) GPM F CHG FLOW (2-FE-62-93) GPM G CHG PUMP MINIFLOW (2-FE-62-257) GPM H SIP 2A-A SUCT, 2-PI-63-9 TEST GAUGE psig I SIP 2B-B SUCT, 2-PI-63-14 TEST GAUGE psig J SIP 2A-A INJ FLOW (2-FE-63-151) GPM K SIP 2B2 INJ FLOW (2-FE-63-20) GPM L RHRP 2A-A MOTOR CURRENT, AMPS 2-EI-74-5A, RHR PMP A-A MOTOR CURRENT (2-M-6)

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 92 of 118 Appendix F (Page 5 of 8)

COLD LEG RECIRCULATION - TRAIN A Date 2.0 DATA GATHERING AND CALCULATIONS - NPSH (continued)

M 2-EI-57-39, 6.9KV SDB 2A-A VOLTS VOLTS (2-M-1) (6560 - 7260 volts)

[5] STEP 6.2[55]

A RHRP 2A-A SUCT, 2-PI-74-4 TEST psig GAUGE B RHR TRAIN A INJ FLOW (2-FE-63-91) GPM C CCP 2A-A SUCT, 2-PI-62-109 TEST psig GAUGE D CHG PUMP INJ FLOW (2-FE-63-170) GPM E CHG FLOW (2-FE-62-93) GPM F CHG PUMP MINIFLOW (2-FE-62-257) GPM G CCP 2A-A MOTOR CURRENT, AMPS 2-EI-62-108A, CHARG PMP A-A MOT CT (2-M-5)

H 2-EI-57-39, 6.9KV SDB 2A-A VOLTS VOLTS (2-M-1) (6560 - 7260 volts)

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 93 of 118 Appendix F (Page 6 of 8)

COLD LEG RECIRCULATION - TRAIN A Date 2.0 DATA GATHERING AND CALCULATIONS - NPSH (continued)

[6] STEP 6.2[62] NPSH CALCULATIONS NOTE Calculation verifications may be referred until an appropriate break in testing is available to prevent interference with test sequence.

A. CCP 2A-A NPSH = (12.8 + PSUCT) x 2.31 - 18.7 (from Appendix F, Section 2, 4.C)

CCP 2A-A NPSH = (12.8 + .) x 2.31 - 18.7 CCP 2A-A NPSH = FT Performed By Initials Date Reviewed By Initials Date B. CCP 2B-B NPSH = (12.8 + PSUCT) x 2.31 - 18.7 (from Data Appendix F, Section 2, 4.D)

CCP 2B-B NPSH = (12.8 + ) x 2.31 - 18.7 CCP 2B-B NPSH = FT Performed By Initials Date Reviewed By Initials Date

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 94 of 118 Appendix F (Page 7 of 8)

COLD LEG RECIRCULATION - TRAIN A Date 2.0 DATA GATHERING AND CALCULATIONS - NPSH (continued)

C. SIP 2A-A NPSH = (12.8 + PSUCT) x 2.31 - 18.7 (from Appendix F, Section 2, 4.H)

SIP 2A-A NPSH = (12.8 + ) x 2.31 - 18.7 SIP 2A-A NPSH = FT Performed By Initials Date Reviewed By Initials Date D. SIP 2B-B NPSH = (12.8 + PSUCT) x 2.31 - 18.7 (from Appendix F Section 2, 4.1)

SIP 2B-B NPSH = (12.8 + ) x 2.31 - 18.7 SIP 2B-B NPSH = FT Performed By Initials Date Reviewed By Initials Date

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 95 of 118 Appendix F (Page 8 of 8)

COLD LEG RECIRCULATION - TRAIN A Date 2.0 DATA GATHERING AND CALCULATIONS - NPSH (continued)

[7] STEP 6.2[62] CCP FLOW CALCULATIONS A. CCP 2A-A FLOW (from Appendix F, Section 2, 5.D, E, F)

CCP 2A-A FLOW = 2.0 [5] D + 2.0 [5] E + 2.0 [5] F CCP 2A-A FLOW = + +

CCP 2A-A FLOW = GPM Performed By Initials Date Reviewed By Initials Date B. CCP 2B-B FLOW (from Appendix F, Section 2, 3.D, E, F)

CCP 2B-B FLOW = 2.0 [3] D + 2.0 [3] E + 2.0 [3] F CCP 2B-B FLOW = + +

CCP 2B-B FLOW = GPM Performed By Initials Date Reviewed By Initials Date

SAFETY INJECTION SYSTEM 2-PTI-063-01 SiS INTEGRATED TEST Rev. 0000 Page 96 of 118 Appendix G (Page 1 of 8)

COLD LEG RECIRCULATION - TRAIN B Date

1.0 BACKGROUND

CALCULATIONS - NPSH

[1] RWST LEVEL CORRECTION (RLC)

RLC=((.L150 + L151 + L152 + L153 + 2) x 0.3225 4

Where:

L150 thru L153 = RWST level indication, in %

2 = RWST level instrument accuracy of 2%

0.3225 = Converts RWST level in % to feet of water Level instrument range is 387",

387/12 = 32.25 ft.

32.25 ft/100% = 0.3225ft/%

[2] NPSH CALCULATION FOR CCPs & SIPs NPSH = (12.8 + PSUCT) x 2.31 - RLC Where:

12.8 = P atmospheric - P vapor P M&TE pressure error P atmospheric = 14.696 psi P vapor pressure = 1.102 psi @ 105'F, max RWST Tech Spec temp.

P M&TE error = 0.75 psi for 0-300 psig gauge of +/- 0.25% accuracy 12.8 = 14.696 - 1.102 - 0.75 P SUCT = M&TE gauge reading 2.31 = Conversion from Ib/in2 to feet of water RLC = RWST level correction

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 97 of 118 Appendix G (Page 2 of 8)

COLD LEG RECIRCULATION - TRAIN B Date

1.0 BACKGROUND

CALCULATIONS - NPSH (continued)

[3] NPSH CALCULATION FOR RHRPs NPSH = (13.35 + PSUCT) x 2.31 - RLC Where:

13.35 = P atmospheric - P vapor P M&TE pressure error P atmospheric = 14.696 psi P vapor pressure = 1.102 psi @ 105 0 F, max RWST Tech Spec temp.

P M&TE error = 0.25 psi for 0-100 psig gauge of +/- 0.25% accuracy 13.35 = 14.696 - 1.102 - 0.25 P SUCT = M&TE gauge reading 2.31 = Conversion from Ib/in2 to feet of water RLC = RWST level correction

SAFETY INJECTION SYSTEM 2-PTI-063-01 SIS INTEGRATED TEST Rev. 0000 Page 98 of 118 Appendix G (Page 3 of 8)

COLD LEG RECIRCULATION - TRAIN B Date 2.0 DATA GATHERING AND CALCULATIONS - NPSH

[1] STEP 6.2[72] RHR HX B OUTLET TEMPERATURE A. 2-TI-74-25 (2-M-6) OF

[2] STEP 6.2[74]

A RHRP 2B-B SUCT, 2-PI-74-22 TEST psig GAUGE B RHR TRAIN B INJ FLOW (2-FE-63-92) GPM

[3] STEP 6.2[79]

A RHRP 2B-B SUCT, 2-PI-74-22 TEST psig GAUGE B RHR TRAIN B INJ FLOW (2-FE-63-92) GPM C SIP 2A-A SUCT, 2-PI-63-9 TEST GAUGE psig D SIP 2A-A INJ FLOW (2-FE-63-151) GPM E SIP 2A-A MOTOR CURRENT, 2-EI-63-12A, AMPS SI PMP A-A MOTOR CUR (2-M-6)

F 2-EI-57-39, 6.9KV SDB 2A-A VOLTS VOLTS (2-M-1) (6560 - 7260 volts)

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 99 of 118 Appendix G (Page 4 of 8)

COLD LEG RECIRCULATION - TRAIN B Date 2.0 DATA GATHERING AND CALCULATIONS - NPSH (continued)

[4] STEP 6.2[86]

A RHRP 2B-B SUCT, 2-PI-74-22 TEST psig GAUGE B RHR TRAIN B INJ FLOW (2-FE-63-92) GPM C CCP 2A-A SUCT, 2-PI-62-109 TEST psig GAUGE D CCP 28-B SUCT, 2-PI-62-105 TEST psig GAUGE E CHG PUMP INJ FLOW (2-FE-63-170) GPM F CHG FLOW (2-FE-62-93) GPM G CHG PUMP MINIFLOW (2-FE-62-257) GPM H SIP 2A-A SUCT, 2-PI-63-9 TEST GAUGE psig I SIP 28-B SUCT, 2-PI-63-14 TEST GAUGE psig J SIP 2A-A INJ FLOW (2-FE-63-151) GPM K SIP 2B-B INJ FLOW (2-FE-63-20) GPM L RHRP 2B-B MOTOR CURRENT, AMPS 2-EI-74-17A, RHRP B-B MOTOR CURRENT (2-M-6)

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 100 of 118 Appendix G (Page 5 of 8)

COLD LEG RECIRCULATION - TRAIN B Date 2.0 DATA GATHERING AND CALCULATIONS - NPSH (continued)

M 2-EI-57-66, 6.9KV SDB 2B-B VOLTS VOLTS (2-M-1) (6560 - 7260 volts)

[5] STEP 6.2[97]

A RHRP 2B-B SUCT, 2-PI-74-22 TEST psig GAUGE B RHR TRAIN B INJ FLOW (2-FE-63-92) GPM C SIP 2B-B SUCT, 2-PI-63-14 TEST psig GAUGE D SIP 2B-B INJ FLOW (2-FE-63-20) GPM E SIP 2B-B MOTOR CURRENT, AMPS 2-EI-63-16A, SI PMP B-B MOTOR CUR (2-M-6)

F 2-EI-57-66, 6.9KV SDB 2B-B VOLTS VOLTS (2-M-1) (6560 - 7260 volts)

SAFETY INJECTION SYSTEM 2-PTI-063-01 SIS INTEGRATED TEST Rev. 0000 Paqe 101 of 118 Appendix G (Page 6 of 8)

COLD LEG RECIRCULATION - TRAIN B Date 2.0 DATA GATHERING AND CALCULATIONS - NPSH (continued)

[6] STEP 6.2[114] NPSH CALCULATIONS A. CCP 2A-A NPSH = (12.8 + PSUCT) x 2.31 - 18.7 (from Appendix G, Section 2, 4.C)

CCP 2A-A NPSH = (12.8 + ) x 2.31 - 18.7 CCP 2A-A NPSH = FT Performed By Initials Date Reviewed By Initials Date B. CCP 2B-B NPSH = (12.8 + PSUCT) x 2.31 - 18.7 (from Appendix G, Section 2, 4.D)

CCP 2B-B NPSH = (12.8 + ) x 2.31 - 18.7 CCP 2B-B NPSH = FT Performed By Initials Date Reviewed By Initials Date

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COLD LEG RECIRCULATION - TRAIN B Date 2.0 DATA GATHERING AND CALCULATIONS - NPSH (continued)

C. SIP 2A-A NPSH = (12.8 + PSUCT) x 2.31 - 18.7 (from Appendix G, Section 2, 4.H)

SIP 2A-A NPSH = (12.8 + .) x 2.31 - 18.7 SIP 2A-A NPSH = FT Performed By Initials Date Reviewed By Initials Date D. SIP 2B-B NPSH = (12.8 + PSUCT) x 2.31 - 18.7 (from Appendix G Section 2, 4.1)

SIP 2B-B NPSH = (12.8 + ) x 2.31 - 18.7 SIP 2B-B NPSH = FT Performed By Initials Date Reviewed By Initials Date

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 103 of 118 Appendix G (Page 8 of 8)

COLD LEG RECIRCULATION - TRAIN B Date 2.0 DATA GATHERING AND CALCULATIONS - NPSH (continued)

[7] STEP 6.2[114] CCP FLOWRATE CALCULATIONS A. TOTAL CCP FLOW (from Appendix G, Section 2, 4.E, F, G)

TOTAL CCP FLOW = 2.0 [4] E + 2.0 [4] F + 2.0 [4] G TOTAL CCP 2A-A FLOW = + +

TOTAL CCP 2A-A FLOW = GPM AVERAGE FLOW PER PUMP = TOTAL CCP FLOW ÷2 AVERAGE FLOW PER PUMP = +2 AVERAGE FLOW PER PUMP = GPM Performed By Initials Date Reviewed By Initials Date

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 104 of 118 Appendix H (Page 1 of 10)

HOT LEG RECIRCULATION Date

1.0 BACKGROUND

CALCULATIONS - NPSH

[1] RWST LEVEL CORRECTION (RLC)

RLC( (L150 + L151 + L152 + L153 +-2) x 0.3225 4

Where:

LI50 thru L153 = RWST level indication, in %

2 = RWST level instrument accuracy of 2%

0.3225 = Converts RWST level in % to feet of water Level instrument range is 387",

387/12 = 32.25 ft.

32.25 ft/100% = 0.3225ft/%

[2] NPSH CALCULATION FOR CCPs & SIPs NPSH = (12.8 + PSUCT) x 2.31 - RLC Where:

12.8 = P atmospheric P vapor P M&TE pressure error P atmospheric = 14.696 psi P vapor pressure = 1.102 psi @ 105 0 F, max RWST Tech Spec temp.

P M&TE error = 0.75 psi for 0-300 psig gauge of +/- 0.25% accuracy 12.8 = 14.696 - 1.102 - 0.75 P SUCT = M&TE gauge reading 2.31 = Conversion from lb/in 2 to feet of water RLC = RWST level correction

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 105 of 118 Appendix H (Page 2 of 10)

HOT LEG RECIRCULATION Date

1.0 BACKGROUND

CALCULATIONS - NPSH (continued)

[3] NPSH CALCULATION FOR RHRPs NPSH = (13.35 + PSUCT) x 2.31 - RLC Where:

13.35 = P atmospheric - P vapor - P M&TE pressure error P atmospheric = 14.696 psi P vapor pressure = 1.102 psi @ 1051F, max RWST Tech Spec temp.

P M&TE error = 0.25 psi for 0-100 psig gauge of +/- 0.25% accuracy 13.35 = 14.696 - 1.102 - 0.25 P SUCT = M&TE gauge reading 2.31 = Conversion from lb/in 2 to feet of water RLC = RWST level correction

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 106 of 118 Appendix H (Page 3 of 10)

HOT LEG RECIRCULATION Date 2.0 DATA GATHERING AND CALCULATIONS - NPSH

[1] STEP 6.3[13] RHR HX A OUTLET TEMP A. 2-TI-74-14 (2-M-6) OF

[2] STEP 6.3[15]

A. RHRP 2A-A SUCT, 2-PI-74-4 TEST GAUGE psig B. RHR HL RECIRC FLOW -

ULTRASONIC FM gpm

[3] STEP 6.3[37]

A RHRP 2A-A SUCT, 2-PI-74-4 TEST psig GAUGE B RHR HL RECIRC FLOW - ULTRASONIC GPM FLOWMETER C CCP 2A-A SUCT, 2-PI-62-109 TEST psig GAUGE D CCP 2B-B SUCT, 2-PI-62-105 TEST psig GAUGE E CHG PUMP INJ FLOW (2-FE-63-170) GPM

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 107 of 118 Appendix H (Page 4 of 10)

HOT LEG RECIRCULATION Date 2.0 DATA GATHERING AND CALCULATIONS - NPSH (continued)

F CHG FLOW (2-FE-62-93) GPM G CHG PUMP MINIFLOW (2-FE-62-257) GPM H SIP 2A-A SUCT, 2-PI-63-9 TEST GAUGE psig I SIP 2B-B SUCT, 2-PI-63-14 TEST psig GAUGE J SIP 2A-A INJ FLOW (2-FE-63-151) GPM K SIP 2B-B INJ FLOW (2-FE-63-20) GPM L RHRP 2A-A MOTOR CURRENT, AMPS 2-EI-74-5A, RHR PMP A-A MOTOR CURRENT (2-M-6)

M 2-EI-57-39, 6.9KV SDB 2A-A VOLTS VOLTS (2-M-1) (6560 - 7260 volts)

[4] STEP 6.3[44]

A RHRP 2A-A SUCT, 2-PI-74-4 TEST psig GAUGE B RHRP 2B-B SUCT, 2-PI-74-22 TEST psig GAUGE C RHR HL RECIRC FLOW - ULTRASONIC GPM FLOWMETER

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HOT LEG RECIRCULATION Date 2.0 DATA GATHERING AND CALCULATIONS - NPSH (continued)

D CCP 2A-A SUCT, 2-PI-62-109 TEST psig GAUGE E CCP 2B-B SUCT, 2-PI-62-105 TEST psig GAUGE F CHG PUMP INJ FLOW (2-FE-63-170) GPM G CHG FLOW (2-FE-62-93) GPM H CHG PUMP MINIFLOW (2-FE-62-257) GPM I SIP 2A-A SUCT, 2-PI-63-9 TEST GAUGE psig J SIP 2B-B SUCT, 2-PI-63-14 TEST psig GAUGE K SIP 2A-A INJ FLOW (2-FE-63-151) GPM L SIP 2B2 INJ FLOW (2-FE-63-20) GPM

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 109 of 118 Appendix H (Page 6 of 10)

HOT LEG RECIRCULATION Date 2.0 DATA GATHERING AND CALCULATIONS - NPSH (continued)

[5] STEP 6.3[52] CCP 2A-A OPERATING DATA A CHG PUMP INJ FLOW (2-FE-63-170) GPM B CHG FLOW (2-FE-62-93) GPM C CHG PUMP MINIFLOW (2-FE-62-257) GPM D CCP 2A-A MOTOR CURRENT, 2-EI-62-108A, CHARG PMP A-A MOT CT (2-M-5) AMPS E 2-EI-57-39, 6.9KV SDB 2A-A VOLTS (2-M-1) (6560 - 7260 volts) VOLTS

[6] STEP 6.3[56] CCP 2B-B OPERATING DATA A CHG PUMP INJ FLOW (2-FE-63-170) GPM B CHG FLOW (2-FE-62-93) GPM C CHG PUMP MINIFLOW (2-FE-62-257) GPM D CCP 28-B MOTOR CURRENT, AMPS 2-EI-62-104A, CHARG PMP B-B MOT CT (2-M-5)

E 2-EI-57-66, 6.9KV SDB 2B-B VOLTS VOLTS (2-M-1) (6560 - 7260 volts)

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 110 of 118 Appendix H (Page 7 of 10)

HOT LEG RECIRCULATION Date 2.0 DATA GATHERING AND CALCULATIONS - NPSH (continued)

[7] STEP 6.3[61]

A SIP 2A-A INJ FLOW (2-FE-63-151) GPM B SIP 2A-A MOTOR CURRENT, AMPS 2-EI-63-12A, SI PMP A-A MOTOR CUR (2-M-6)

C 2-EI-57-39, 6.9KV SDB 2A-A VOLTS VOLTS (2-M-1) (6560 - 7260 volts)

SAFETY INJECTION SYSTEM 2-PTI-063-01 SIS INTEGRATED TEST Rev. 0000 Page 111 of 118 Appendix H (Page 8 of 10)

HOT LEG RECIRCULATION Date 2.0 DATA GATHERING AND CALCULATIONS - NPSH (continued)

[8] STEP 6.3[66]

A SIP 2B-B INJ FLOW (2-FE-63-20) GPM B SIP 2B-B MOTOR CURRENT, AMPS 2-EI-63-16A, SI PMP B-B MOTOR CUR (2-M-6)

C 2-EI-57-66, 6.9KV SDB 2B-B VOLTS VOLTS (2-M-1) (6560 - 7260 volts)

NOTE Calculation verifications may be deferred until an appropriate break in testing is available to prevent interference with test sequence.

[9] STEP 6.3[90] NPSH CALCULATIONS A. CCP 2A-A NPSH = (12.8 + PSUCT) x 2.31 - 18.7 (from Appendix H, Section 2, 3.D)

CCP 2A-A NPSH = (12.8 + ) x 2.31 - 18.7 CCP 2A-A NPSH = FT Performed By Initials Date Reviewed By Initials Date

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HOT LEG RECIRCULATION Date 2.0 DATA GATHERING AND CALCULATIONS - NPSH (continued)

B. CCP 2B-B NPSH = (12.8 + PSUCT) x 2.31 - 18.7 (from Appendix H, Section 2, 3.E)

CCP 2B-B NPSH = (12.8 + .) x 2.31 - 18.7 CCP 2B-B NPSH = FT Performed By Initials Date Reviewed By Initials Date C. SIP 2A-A NPSH = (12.8 + PSUCT) x 2.31 - 18.7 (from Appendix H, Section 2, 3.1)

SIP 2A-A NPSH = (12.8 + .) x 2.31 - 18.7 SIP 2A-A NPSH = FT Performed By Initials Date Reviewed By Initials Date D. SIP 2B-B NPSH = (12.8 + PSUCT) x 2.31 - 18.7 (from Appendix H, Section 2, 3.J)

SIP 2B-B NPSH = (12.8 + ) x 2.31 - 18.7 SIP 2B-B NPSH = FT Performed By Initials Date Reviewed By Initials Date

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 113 of 118 Appendix H (Page 10 of 10)

HOT LEG RECIRCULATION Date 2.0 DATA GATHERING AND CALCULATIONS - NPSH (continued)

[10] STEP 6.3[90] CCP FLOW CALCULATIONS A. CCP 2A-A FLOW (from Appendix H, Section 2, 5.A, B, C)

CCP 2A-A FLOW = 2.0 [5] A + 2.0 [5] B + 2.0 [5] C CCP 2A-A FLOW = + +

CCP 2A-A FLOW = GPM Performed By Initials Date Reviewed By Initials Date B. CCP 2B-B FLOW (from Appendix H, Section 2, 6.A, B, C)

CCP 2B-B FLOW = 2.0 [6] A + 2.0 [6] B + 2.0 [6] C CCP 2B-B FLOW = + +

CCP 2B-B FLOW = GPM Performed By Initials Date Reviewed By Initials Date

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 114 of 118 Appendix I (Page 1 of 5)

VIBRATION DATA SHEET 1.0 GUIDELINES FOR SHEETS 2 & 3 COMPLETION

[1] Based upon the operating system walk down, MEASURE velocity and displacement at a point or points of maximum or excessive vibrations.

RECORD the peak levels +10%, on Sheet 2 along with information on the system tested, Flow Mode, Test Procedure step and Location No. (For each Flow Mode, there may be multiple measurement locations).

[2] MAKE A SKETCH to identify exactly where the vibration levels were measured. The sketch should include as a minimum: Valves or equipment and identifiers, vibration measurement locations, flow direction, and sketch coordinate identification.

[3] If the velocity is below the screening criteria, (< 0.5 in/sec 0-pk), then N/A the specific piping information, FILL IN the M&TE information, CHECK vibration acceptable and SIGN.

[4] Ifthe velocity is above the screening criteria, the sketch should also show support and restraint types and locations, identification numbers, and orientation. The sketch will include actual distances to other supports, components and the measurements locations as is deemed necessary as well as elbows and or bends, fittings and weld types. UTILIZE the techniques delineated (in Reference WB-DC-40-31.16) to calculate whether the vibration level(s) is (are) acceptable. USE Sheet 5, Vibration Data Sheet, Continuation Sheet, as necessary for calculations.

NOTES

1) Copy Sheets 2 thru 5 as necessary and attach as Attachment 2.

2) Use additional Sheets 2 thru 5 as necessary for as many locations that require evaluation.

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 115 of 118 Appendix I (Page 2 of 5)

VIBRATION DATA SHEET Date 1.0 GUIDELINES FOR SHEETS 2 & 3 COMPLETION (continued)

[5] Data for Step 1.0[1]

System Tested:

Test Procedure Step(s): No:

Flow Mode:

Measured Velocity (+10%) (in/sec-Pk):

Measured Displacement (+10%) (in 0-Pk): Orthogonal Directions as defined on sketch:

DIRECTION X DIRECTION Y DIRECTION Z

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 116 of 118 Appendix I (Page 3 of 5)

VIBRATION DATA SHEET Date 1.0 GUIDELINES FOR SHEETS 2 & 3 COMPLETION (continued)

[6] Sketch for displacements above as required by Step 1.0[2]

NOTE If no calculations are required, the following information blanks may be marked N/A.

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VIBRATION DATA SHEET Date 1.0 GUIDELINES FOR SHEETS 2 & 3 COMPLETION (continued)

[7] Data for Step 1.0[3]

Line

Description:

Do = in.

Material/Schedule:

C2 K 2 = for Class 1 piping, or i = for Class 2, 3, or B31.1 Span Length (L) = ft.K=

K =

Measured Vibration = Acceptable Unacceptable M&TE ID NO. (s) CAL DATE CAL DUE DATE 4

WBN SAFETY INJECTION SYSTEM 2-PTI-063-01 Unit 2 SIS INTEGRATED TEST Rev. 0000 Page 118 of 118 Appendix I (Page 5 of 5)

VIBRATION DATA SHEET Date 1.0 GUIDELINES FOR SHEETS 2 & 3 COMPLETION (continued)

[8] Calculations per Step 1.0[4]

System Tested: Test Procedure Step (s): No:

Performed By Initials Date Reviewed By Initials Date