ML14080A023

Submittal of Pre-Operational Test Instruction

ML14080A023
Person / Time
Site:	Watts Bar
Issue date:	03/11/2014
From:	Hruby R Tennessee Valley Authority
To:	Document Control Desk, Office of Nuclear Reactor Regulation
References
2-PTI-063-03, Rev. 0
Download: ML14080A023 (204)

Text

Tennessee Valley Authority, Post Office Box 2000, Spring City, Tennessee 37381-2000 March 11, 2014 U.S. Nuclear Regulatory Commission ATTN: Document Control Desk Washington, D.C. 20555-0001 Watts Bar Nuclear Plant, Unit 2 NRC Docket No. 50-391

Subject:

Watts Bar Nuclear Plant (WBN) Unit 2 - Submittal of Pre-operational Test Instruction The following approved WBN Unit 2 Pre-op Test Instruction (PTI) is enclosed:

If you have any questions, please contact Nick Welch at (423) 365-7820.

Respectfully, Raymond A. Hruby, Jr.

General Manager, Technical Services Watts Bar Unit 2 Enclosure rý:)C)ý)o

U.S. Nuclear Regulatory Commission Page 2 March 11, 2014 cc (Enclosure):

U. S. Nuclear Regulatory Commission Region II Marquis One Tower 245 Peachtree Center Ave., NE Suite 1200 Atlanta, Georgia 30303-1257 NRC Resident Inspector Unit 2 Watts Bar Nuclear Plant 1260 Nuclear Plant Road Spring City, Tennessee 37381

WATTS BAR NUCLEAR PLANT UNIT 2 PREOPERATIONAL TEST TITLE: Safety Iniection System Chargin.q, SI, and RHR Flow Balance Instruction No: 2-PTI-063-03 Revision No: 0 PREPARED BY: Curt Evans / DATE: __ "__-/ __

PRINT NAME / SIGNATURE REVIEWED BY: Johann ReiterW,----NaTURE* DATE: P ///"7 k- NAME / SIGNATURE INSTRUCTION APPROVAL JTG MEETING No: /4- 14o- '

JTG CHAIRMAN: I I9.4ý P DATE:  ?-3-/3N RTU APPROVED BY: Al L(Qoa I; L-STA I61*A EI*

MANAGER "IREO RE0PERATIONAL STARTUP MANAGER DATE: 3"__3 .141 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

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 2 of 202 Revision Log Revision Affected or Change Effective Page Number Date Numbers Description of Revision/Change 0000 ALL Initial Issue based on Unit l's PTI-063-03 and Westinghouse's new methodology of balancing by hydraulic resistance.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 3 of 202 Table of Contents

1.0 INTRODUCTION

................................................... 6 1.1 TEST OBJECTIVES ............................................. 6 1.2 SCOPE ..................................................... 6

2.0 REFERENCES

..................................................................................................... 7 2.1 Perform ance References ........................................................................................ 7 2.2 Developm ental References ....................................................................................... 7 3.0 PRECAUTIONS AND LIMITATIONS ..................................................................... 12 4.0 PREREQUISITE ACTIONS .................................................................................... 17 4 .1 P relim inary A ctions ............................................................................................... . . 17 4.2 Special Tools, Measuring and Test Equipment, Parts, and Supplies ...................... 26 4 .3 Field P reparations ................................................................................................ . . 28 4.4 Approvals and Notifications ................................................................................... 48 5.0 ACCEPTA NCE CRITERIA .......................................................................................... 49 6.0 PERFO RM A NCE .................................................................................................... 52 6.1 Centrifugal Charging Pump 2A-A Test Curve ........................................................ 53 6.2 Centrifugal Charging Pump 2B-B Test Curve ........................................................ 60 6.3 Centrifugal Charging Pumps Flow Balance .......................................................... 67 6.4 Safety Injection Pump 2A-A Test Curve .................................................................. 77 6.5 Safety Injection Pump 2B-B Test Curve .................................................................. 84 6.6 Safety Injection Pumps Flow Balance - Cold Leg Injection .................................... 91 6.7 Safety Injection Pump 2A-A Flow Balance Hot Leg Recirculation ............................ 100 6.8 Safety Injection Pump 2B-B Flow Balance Hot Leg Recirculation ............................ 106 6.9 RHR Pump 2A-A Cold & Hot Leg Injection Flow Rates ............................................ 112 6.10 RHR Pump 2B-B Cold & Hot Leg Injection Flow Rates ............................................ 119 6.11 RWST Level and Containment Sump Annunciators ............................................. 126 7.0 POST-PERFORMANCE ACTIVITIES ...................................................................... 135 8.0 R E C O R D S ................................................................................................................ 137

Safety Injection System - 2-PTI-063-03 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 4 of 202 Table of Contents (continued)

Appendix A: Test Procedures/Instructions Reference Review ................................. 138 Appendix B: TEMPORARY CONDITION LOG ............................................................. 139 Appendix C: PERMANENT PLANT INSTRUMENTATION LOG .................................. 140 Appendix D: COMPUTER POINT VERIFICATION LOG .............................................. 146 Appendix E: CENTRIFUGAL CHARGING PUMP 2A-A OPERATING DA TA ........................................................................................................ 148 Appendix F: CENTRIFUGAL CHARGING PUMP 2A-A PUMP CURVE D AT A ....................................................................................................... 150 Appendix G: CENTRIFUGAL CHARGING PUMP 2B-B OPERATING D AT A ........................................................................................................ 154 Appendix H: CENTRIFUGAL CHARGING PUMP 2B-B PUMP CURVE D AT A ........................................................................................................ 156 Appendix 1: CENTRIFUGAL CHARGING PUMP SUBSYSTEM PUMP D ATA ........................................................................................................ 160 Appendix J: SAFETY INJECTION PUMP 2A-A OPERATING DATA .......................... 164 Appendix K: SAFETY INJECTION PUMP 2A-A PUMP CURVE DATA ....................... 166 Appendix L: SAFETY INJECTION PUMP 2B-B OPERATING DATA .......................... 171 Appendix M: SAFETY INJECTION PUMP 2B-B PUMP CURVE DATA ....................... 173 Appendix N: SAFETY INJECTION PUMP SUBSYSTEM PUMP DATA ....................... 178 Appendix 0: RESIDUAL HEAT REMOVAL PUMP 2A-A OPERATING D AT A ........................................................................................................ 182 Appendix P: RESIDUAL HEAT REMOVAL 2A-A PUMP CURVE DATA ..................... 184 Appendix Q: RESIDUAL HEAT REMOVAL 2B-B OPERATING DATA ....................... 189 Appendix R: RESIDUAL HEAT REMOVAL PUMP 2B-B PUMP CURVE D AT A ........................................................................................................ 19 1 Appendix S: Flow Calculation Sheet .......................................................................... 196

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 5 of 202 Table of Contents (continued)

Appendix T: Resistance Calculation .......................................................................... 198

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 6 of 202 Date

1.0 INTRODUCTION

1.1 TEST OBJECTIVES This test is being performed to ensure the Centrifugal Charging Pumps, Safety Injection Pumps and Residual Heat Removal Pumps perform their design function and flow rates.

1.2 SCOPE A. To demonstrate the ability of the centrifugal charging pumps to deliver required flows to the Reactor Coolant System (RCS) during injection phase and adjust flow to the branch lines to prevent charging pumps from exceeding run out conditions during injection or recirculation alignment.

B. To demonstrate the ability of the safety injection pumps to deliver required flows to the RCS during the injection phase (from the Refueling Water Storage Tank),

and adjust flow to the branch lines to prevent safety injection pumps from exceeding run out conditions of both injection and recirculation alignments.

C. To demonstrate the ability of the Residual Heat Removal (RHR) pumps to deliver required flows to the RCS during the injection phase. The RHR cold leg flow testing ensures the RHR Pumps do not exceed their runout limits during both cold leg injection and recirculation alignments.

D. To demonstrate no excessive vibration of the piping system and components during transient and steady state operation.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 7 of 202 Date

2.0 REFERENCES

2.1 Performance References A. SMP-8.0, ADMINISTRATION OF PREOPERATIONAL TEST INSTRUCTIONS B. SMP-9.0, CONDUCT OF TEST C. TI-31.02, PLANT EQUIPMENT VIBRATION MONITORING & VIBRATION DIAGNOSTICS PROGRAM D. N3C-945, PROCEDURE FOR EVALUATION AND QUALIFICATION OF PIPING SYSTEM VIBRATIONS E. 2-TOP-63-02 R1, Safety Injection System Preoperational Tests 2.2 Developmental References A. Final Safety Analysis Report

1. FSAR - Amendment 111

a. Table 14.2-1 Sheet 17, Residual Heat Removal System Test Summary

b. Table 14.2-1 Sheets 18 and 19, Chemical and Volume Control System Test Summary

c. Table 14.2-1 Sheets 22 thru 24, Safety Injection System Test Summary

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

e. Section 6.3, Emergency Core Cooling System

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

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 8 of 202 Date 2.2 Developmental References (continued)

B. Drawings

1. Flow Diagrams

a. 2-47W809-1 R25, Flow Diagram Chemical & Volume Control System

b. 2-47W809-2 R14, Flow Diagram Chemical & Volume Control System and Boron Recovery System

c. 2-47W810-1 R18, Flow Diagram Residual Heat Removal System

d. 2-47W811-1 R32, Flow Diagram Safety Injection System

e. 2-47W812-1 R23, Flow Diagram Containment Spray System

2. Electrical

a. 2-47W610-63-1 R15, Electrical Control Diagram Safety Injection System

b. 2-47W610-63-IA R12, Electrical Control Diagram Safety Injection System

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

d. 2-47W610-62-2 R13, Electrical Control Diagram Chemical & Volume Control System

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

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

g. 2-47W610-72-1 R9, Electrical Control Diagram Containment Spray System

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

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

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

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 9 of 202 Date 2.2 Developmental References (continued)

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

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

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

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

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

p. 2-45W760-62-2 R10, Wiring Diagrams Chemical & Volume Control System Schematic Diagram

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

r. 2-45W760-63-3 R7, Wiring Diagrams Safety Injection System Schematic Diagram

s. 2-45W760-63-5 R6, Wiring Diagrams Safety Injection System Schematic Diagram

t. 2-45W760-74-2 R10, Wiring Diagrams Residual Heat Removal System Schematic Diagrams

u. 1-45W703-3 R46, Wiring Diagrams 125V Vital Battery Board III Single Line-Sheet 3

v. 1-45W703-4 R39, Wiring Diagrams 125V Vital Battery Board IV Single Line-Sheet 4

w. 2-45W724-3 R6, Wiring Diagrams 6900V Shutdown Board 2A-A Single Line

x. 2-45W724-4 R6, Wiring Diagrams 6900V Shutdown Board 2B-B Single Line

y. 1-45W703-7 R15, Wiring Diagrams 125V Vital Battery Board III PNL 4 Connection Diagram SHT 7

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 10 of 202 Date 2.2 Developmental References (continued)

z. 1-45W703-7A R14, Wiring Diagrams 125V Vital Battery Board III PNL 4 Connection Diagram SHT 7A aa. 1-45W703-8 R15, Wiring Diagrams 125V Vital Battery Board IV PNL 4 connection Diagram SHT 8 bb. 1-45W703-8A R16, Wiring Diagrams 125V Vital Battery Board IV PNL 4 Connection Diagram SHT 8A cc. 45N2632-8 R6, Wiring Diagram Miscellaneous Controls Connection Diagram Sheet 8 dd. 2-45N2676-4 R3, Solid State Protection Sys Train A Connection Diagram ee. 45N2677-4 R18, Solid State Protection Sys Train B Connection Diagram ff. 2-45W2656-5 RO, Wiring Diagram Unit Control Board Panel 2-M-21 Connection Diagram Sheet 5 gg. 1-45W706-1 R77, Wiring Diagram 120V AC Vital Inst Pwr Bds 1-1 &

2-1 Connection Diagram Sheet 1 hh. 1-45W706-2 R68, Wiring Diagram 120V AC Vital Inst Pwr Bds 1-11 &

2-11 Connection Diagram Sheet 2

3. Logic/Control

a. 2-47W611-63-1 R1, Electrical Logic Diagram Safety Injection System

b. 2-47W611-74-2 R4, Residual Heat Removal System Electrical Logic Diagram

4. Vendor Manuals

a. WBN-VTM W120-0010, R23, CCP Vendor Manual, Contract No.

71 C62-54114-1

b. WBN-VTM W120-0720, R28, SIP Vendor Manual, Contract No.

71 C62-54114-1

c. WBN-VTM W120-0570, R13, RHRP Vendor Manual, Contract No.

71 C62-54114-1

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 11 of 202 Date 2.2 Developmental References (continued)

5. Miscellaneous

a. 2-TSD-63-3, R4 Safety Injection System: Centrifugal Charging Pump, RHR Pump, Safety Injection Pump and Related SIS Performance Test, and Flow Balance Test

b. 2-45B655-6C R3, Main Control Room Annunciator Inputs Window Box XA-55-6C

c. 08F802403-FD-2824 R3 SHI, BOP Refueling Water Storage Tank Temperature

d. 08F802403-FD-2824 R3 SH2, BOP Refueling Water Storage Tank Temperature

e. WBN2-63-4001 R3, Safety Injection System

f. 2-TOP-63-02 R1, Safety Injection System Preoperational Tests

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 12 of 202 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/lifted from a terminal shall be identified and 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.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 13 of 202 Date 3.0 PRECAUTIONS AND LIMITATIONS (continued)

H. Observe the following pump/motor operating limitations:

1. Residual Heat Removal Pumps (RHR Pump)

COMPONENT LIMITS MOTOR BEARINGS MAX. 1850 F FROM BEARING THERMOCOUPLE MOTOR STATOR MAX. 1380 F GREATER THAN AMBIENT VIBRATION FILTERED READINGS AT PUMP RUNNING SPEED:

ACCEPTABLE _<0.325 IN/SEC RANGE ALERT RANGE > 0.325 TO

_<_0.70 IN/SEC REQUIRED ACTION > 0.70 IN/SEC

2. Safety Injection Pumps (SIP)

COMPONENT LIMITS MOTOR BEARINGS MAX. 1940 F FROM BEARING THERMOCOUPLE MOTOR STATOR MAX. 158 0 F GREATER THAN AMBIENT PUMP BEARINGS MAX. 128 0 F BEARING OIL INLET TEMPERATURE MAX. 155 0 F BEARING OIL OUTLET TEMPERATURE VIBRATION FILTERED READINGS AT PUMP RUNNING SPEED:

ACCEPTABLE < 0.325 IN/SEC RANGE ALERT RANGE > 0.325 TO

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

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 14 of 202 Date 3.0 PRECAUTIONS AND LIMITATIONS (continued)

3. Centrifugal Charging Pumps (CCP)

COMPONENT LIMITS MOTOR BEARINGS MAX. 1850 F FROM BEARING THERMOCOUPLE MOTOR STATOR MAX. 1580 F GREATER THAN AMBIENT PUMP BEARINGS MAX. 128 0 F BEARING OIL INLET TEMPERATURE MAX. 155 0F BEARING OIL OUTLET TEMPERATURE VIBRATION FILTERED READINGS AT PUMP RUNNING SPEED:

NORMAL OPS *0.40 IN/SEC ALERT RANGE > 0.40 TO

< 0.70 IN/SEC SHUTDOWN PUMP Ž0.70 IN/SEC

1. Observe the following motor starting limitations:

1. Centrifugal Charging Pumps Permissible start per hour:

a. Motor at ambient temperature - 3 consecutive starts

b. Motor at operating temperature - 2 consecutive starts

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

2. Safety Injection Pumps

a. Motor at ambient temperature - 3 consecutive starts

b. Motor at operating temperature - 2 consecutive starts

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

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 15 of 202 Date 3.0 PRECAUTIONS AND LIMITATIONS (continued)

3. Residual Heat Removal Pumps

a. Motor at ambient temperature-2 consecutive starts

b. Motor at operating temperature-1 consecutive start

c. Subsequent starts with motor standing between starts - 45 minutes J. The minimum run time for the Safety Injection Pumps is 20 minutes.

K. The test may be stopped at any time to pump down the vessel. Administrative controls may be required to prevent gravity filling the vessel from the Refueling Water Storage Tank (RWST).

L. Do not operate without a flow path established. Either miniflow, local recirc, or vessel injection must be established before starting any pump to prevent dead head.

M. Following any test or procedure in which gas can enter a pump suction or discharge line, the line must be completely filled and vented.

N. Centrifugal Charging Pump (CCP) run out limit is 550 gpm.

0. Safety Injection Pump (SIP) run out limit is 650 gpm.

P. Residual Heat Removal Pump (RHR Pump) run out limit is 5000 gpm during injection mode, 4550 gpm in the Recirculation mode.

Q. TOPs utilized for system alignment will be recorded in the Chronological Test Log.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 16 of 202 Date 3.0 PRECAUTIONS AND LIMITATIONS (continued)

R. During the performance of this procedure visual observation of piping and components is required. This includes steady state and transient operations with visual confirmation that vibration is not excessive.

Transients include pump starts and stops, or other fluid transients. Check valves should be observed for abnormal slam during startup or shutdown of pumps. Verification that transient conditions are not causing excessive vibration may be accomplished by observation during the transient or verification subsequent to the transient that damage has not resulted.

Steady state conditions include verification that flow control valves and orifices do not produce excessive cavitation induced vibrations. Verification that excessive vibration from other flow induced phenomena does not occur is also required.

If the vibration is determined to be excessive the Test Engineer shall initiate a Test Deficiency Notice (TDN) and submit the findings to Nuclear Engineering (NE).

S. Lube oil pressure for the CCPs and SIPs may be adjusted to meet design requirements to compensate for low Component Cooling System temperatures.

T. When running water into the reactor vessel or preparing to do so, the area is to be monitored constantly and the test can be stopped at the test director's discretion to pump the vessel down as needed. This test is allowed to overflow into the cavity, but the level must be kept at least 5 feet below the cavity ventilation.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 17 of 202 Date 4.0 PREREQUISITE ACTIONS 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 "Test Procedures/Instructions Reference Review", Appendix A, have been reviewed and determined NOT to adversely affect the test performance.

[4] VERIFY current revisions and change paper for referenced drawings have 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.

[5] ENSURE RCS loops are plugged.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 18 of 202 Date 4.1 Preliminary Actions (continued)

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

Subsection 6.1 Subsection 6.2 Subsection 6.3 Subsection 6.4 Subsection 6.5 Subsection 6.6 Subsection 6.7 Subsection 6.8 Subsection 6.9 Subsection 6.10 Subsection 6.11

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 19 of 202 Date 4.1 Preliminary Actions (continued)

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

Subsection 6.1 Subsection 6.2 Subsection 6.3 Subsection 6.4 Subsection 6.5 Subsection 6.6 Subsection 6.7 Subsection 6.8 Subsection 6.9 Subsection 6.10 Subsection 6.11

[8] ENSURE outstanding Design Change Notices (DCNs),

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

[9] ENSURE a review of outstanding 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-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 20 of 202 Date 4.1 Preliminary Actions (continued)

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

A. Safety Injection System - Sys 063 B. Chemical & Volume Control System - Sys 062 C. Residual Heat Removal System - Sys 074 D. Reactor Coolant System - Sys 068 E. Containment Spray System - Sys 072

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

Subsection 6.1 Subsection 6.2 Subsection 6.3 Subsection 6.4 Subsection 6.5 Subsection 6.6 Subsection 6.7 Subsection 6.8 Subsection 6.9 Subsection 6.10 Subsection 6.11

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 21 of 202 Date 4.1 Preliminary Actions (continued)

[12] VERIFY System 55, Annunciator and Sequential Events Recording System applicable TBK switches are ON, the applicable Master Switches are ON, and window software input(s) are ENABLED for the following Annunciator windows:

A. 2-XA-55-6C/126-D B. 2-XA-55-6C/1 26-E C. 2-XA-55-6C/1 27-B D. 2-XA-55-6C/1 27-C E. 2-XA-55-6C/127-D

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

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

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

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 22 of 202 Date 4.1 Preliminary Actions (continued)

[17] VERIFY Unit 2 Plant Computer is available and the computer points listed on Appendix D are active and the description and status for each computer point has been verified.

Subsection 6.1 Subsection 6.2 Subsection 6.3 Subsection 6.4 Subsection 6.5 Subsection 6.6 Subsection 6.7 Subsection 6.8 Subsection 6.9 Subsection 6.10 Subsection 6.11 NOTE It is not necessary to install suction strainers after this test.

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

A. Residual Heat Removal Pump 2A-A B. Residual Heat Removal Pump 2B-B13 C. Centrifugal Charging Pump 2A-A D. Centrifugal Charging Pump 2B-B13 E. Safety Injection Pump 2A-A F. Safety Injection Pump 2B-B13

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 23 of 202 Date 4.1 Preliminary Actions (continued)

[19] VERIFY Design Change Notices (DCNs) for Type 1 Supports identified for Systems 62, 63, 72 and 74 testing are issued.

LEAD CIVIL ENG.

A. VERIFY DCNs for Type 1 Supports identified for Systems 62, 63, 72 and 74 testing are field work complete.

MODIFICATIONS MECHANICAL LEAD FE B. VERIFY remaining supports required for Systems 62, 63, 72, and 74 testing are in place or an equivalent engineering approved temporary support is installed.

MODIFICATIONS MECHANICAL LEAD FE C. VERIFY spring cans, identified, for Systems 62, 63, 72, and 74 are installed, unpinned, and on scale with no visual indication of damage, loose parts or interferences.

STARTUP SUPPORT GROUP MECHANICAL LEAD FE D. VERIFY snubbers identified for Systems 62, 63, 72, and 74 are installed with no visual indication of damage, loose parts or interferences.

STARTUP SUPPORT GROUP MECHANICAL LEAD FE

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 24 of 202 Date 4.1 Preliminary Actions (continued)

[20] 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, is energized.

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

System Eng C. System 212, 480V Shutdown Power - 480V Shutdown Board 2A1-A, is energized.

System Eng D. System 212, 480V Shutdown Power - 480V Shutdown Board 2B1-B, is energized.

System Eng E. System 211, 6.9KV Shutdown Power - 6900V Shutdown Board 2A-A, is energized.

System Eng F. System 211. 6.9KV Shutdown Power - 6900V Shutdown Board 2B-B, is energized.

System Eng G. System 236. 125 VDC Vital Power - Battery Board Ill, is energized.

System Eng H. System 236, 125 VDC Vital Power - Battery Board IV,is energized.

System Eng

1. System 235, 120 VAC Vital Power - Vital Board 2-1, is energized.

System Eng J. System 235, 120 VAC Vital Power - Vital Board 2-11, is energized.

System Eng

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 25 of 202 Date 4.1 Preliminary Actions (continued)

K. System 235, 120 VAC Vital Power - Vital Board 2-111, is energized.

System Eng L. System 235, 120 VAC Vital Power - Vital Board 2-IV, is energized.

System Eng M. System 055, Annunciator and Sequential Events Recording System System Eng N. System 070, Component Cooling Water System is operating.

System Eng

0. System 261, Process Computer System Eng

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

[22] VERIFY the Reactor Vessel cavity is prepared to receive any potential vessel overflow.

[23] VERIFY the Reactor Vessel water level is below the nozzles by visual inspection.

[24] VERIFY provisions have been made to pump down the vessel, and cavity, as required during testing.

[25] ENSURE that the four Cold Leg Accumulators are vented.

[26] ENSURE at least one wide-range RWST level indicator is operable.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 26 of 202 Date 4.2 Special Tools, Measuring and Test Equipment, Parts, and Supplies

[1] ENSURE the following M&TE or equivalent are available, within calibration due dates, and recorded in SMP-9.0, Measuring and Test Equipment (M&TE) Log:

A. 0-200°F Contact Thermometer (+/- 2.4% of full scale).

B. 0-10 psid differential pressure gauge (_ 0.25% of span).

C. 0-13 psid differential pressure gauge (_ 0.25% of span).

D. Two 0-30 psid differential pressure gauges (_ 0.25% of span).

E. Two 0-20 psid differential pressure gauges (_ 0.25% of span).

F. Four 0-35 psid differential pressure gauges (+/- 0.25% of span).

G. Four 0-50 psid differential pressure gauges (+/- 0.25% of span).

H. Four 0-110 psid differential pressure gauges (+/- 0.25% of span).

I. Two 0-60 psig pressure gauges (+/- 0.25% of span).

J. Two 0-300 psig pressure gauges (+/- 0.25% of span).

K. Two 0-2000 psig pressure gauges (+/- 0.25% of span).

L. Two 0-3000 psig pressure gauges (_ 0.25% of span).

M. Strobotac, Digital, 0-24,000 rpm (+/- 2% of reading).

N. Watt Transducer, 0-1000 Watt (+/- 2% of reading).

0. Multimeter, Digital, 0-10mA (+/- 2% of reading).

P. Ultrasonic flow meter, capable of reading 0-4500 gpm

(+/- 2% of range).

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 27 of 202 Date 4.2 Special Tools, Measuring and Test Equipment, Parts, and Supplies (continued)

[2] Twelve locking devices are available for injection throttle valves.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 28 of 202 Date 4.3 Field Preparations

[1] ENSURE a 0-20 psid differential pressure gauge is installed across Miniflow Orifice 2-FE-62-257, CHARGING PUMP MINI FLOW ELEMENT.

A. Subsection 6.1 M&TE Cal Due Date B. Subsection 6.2 M&TE Cal Due Date C. Subsection 6.3 M&TE Cal Due Date

[2] ENSURE a 0-50 psid differential pressure gauge is installed across Orifice 2-FE-63-33, SIS BORON INJ TANK TO CL RCS LOOP 1.

A. Subsection 6.1 M&TE Cal Due Date B. Subsection 6.2 M&TE Cal Due Date C. Subsection 6.3 M&TE Cal Due Date

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 29 of 202 Date 4.3 Field Preparations (continued)

[3] ENSURE a 0-50 psid differential pressure gauge is installed across Orifice 2-FE-63-31, SIS BORON INJ TANK TO CL RCS LOOP 2.

A. Subsection 6.1 M&TE Cal Due Date B. Subsection 6.2 M&TE Cal Due Date C. Subsection 6.3 M&TE Cal Due Date

[4] ENSURE a 0-50 psid differential pressure gauge is installed across Orifice 2-FE-63-29, SIS BORON INJ TANK TO CL RCS LOOP 3.

A. Subsection 6.1 M&TE Cal Due Date B. Subsection 6.2 M&TE Cal Due Date C. Subsection 6.3 M&TE Cal Due Date

[5] ENSURE a 0-50 psid differential pressure gauge is installed across orifice 2-FE-63-27, SIS BORON INJ TANK TO CL RCS LOOP 4.

A. Subsection 6.1 M&TE Cal Due Date B. Subsection 6.2 M&TE Cal Due Date C. Subsection 6.3 M&TE Cal Due Date

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 30 of 202 Date 4.3 Field Preparations (continued)

[6] ENSURE a 0-10 psid differential pressure gauge is installed across Orifice 2-FE-63-170, CVCS CHG PMP TO BORON INJ.

A. Subsection 6.1 M&TE Cal Due Date B. Subsection 6.2 M&TE Cal Due Date C. Subsection 6.3 M&TE Cal Due Date

[7] ENSURE a 0-13 psid differential pressure gauge is installed across Orifice 2-FE-63-2, SIS PUMP DISCH FLOW TO RWST.

A. Subsection 6.4 M&TE Cal Due Date B. Subsection 6.5 M&TE Cal Due Date C. Subsection 6.6 M&TE Cal Due Date

[8] ENSURE a 0-35 psid differential pressure gauge is installed across Orifice 2-FE-63-122, SIS FLOW TO CL 1 FLOW ELEMENT.

A. Subsection 6.4 M&TE Cal Due Date B. Subsection 6.5 M&TE Cal Due Date C. Subsection 6.6 M&TE Cal Due Date

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 31 of 202 Date 4.3 Field Preparations (continued)

[9] ENSURE a 0-35 psid differential pressure gauge is installed across Orifice 2-FE-63-123, SIS FLOW TO CL 2 FLOW ELEMENT.

A. Subsection 6.4 M&TE Cal Due Date B. Subsection 6.5 M&TE Cal Due Date C. Subsection 6.6 M&TE Cal Due Date

[10] ENSURE a 0-35 psid differential pressure gauge is installed across Orifice 2-FE-63-124, SIS FLOW TO CL 3 FLOW ELEMENT.

A. Subsection 6.4 M&TE Cal Due Date B. Subsection 6.5 M&TE Cal Due Date C. Subsection 6.6 M&TE Cal Due Date

[11] ENSURE a 0-35 psid differential pressure gauge is installed across Orifice 2-FE-63-125, SIS FLOW TO CL 4 FLOW ELEMENT.

A. Subsection 6.4 M&TE Cal Due Date B. Subsection 6.5 M&TE Cal Due Date C. Subsection 6.6 M&TE Cal Due Date

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 32 of 202 Date 4.3 Field Preparations (continued)

[12] ENSURE a 0-20 psid differential pressure gauge is installed across Orifice 2-FE-63-151, SIS PMP A-A OUT FLOW.

A. Subsection 6.4 M&TE Cal Due Date B. Subsection 6.5 M&TE Cal Due Date C. Subsection 6.6 M&TE Cal Due Date D. Subsection 6.7 M&TE Cal Due Date E. Subsection 6.8 M&TE Cal Due Date

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 33 of 202 Date 4.3 Field Preparations (continued)

[13] ENSURE a 0-20 psid differential pressure gauge is installed across Orifice 2-FE-63-20, SIS PMP B-B OUT FLOW.

A. Subsection 6.4 M&TE Cal Due Date B. Subsection 6.5 M&TE Cal Due Date C. Subsection 6.6 M&TE Cal Due Date D. Subsection 6.7 M&TE Cal Due Date E. Subsection 6.8 M&TE Cal Due Date

[14] ENSURE a 0-110 psid differential pressure gauge is installed across Orifice 2-FE-63-162, SIS PMP OUT TO LP 1 HL.

A. Subsection 6.7 M&TE Cal Due Date B. Subsection 6.8 M&TE Cal Due Date

[15] ENSURE a 0-110 psid differential pressure gauge is installed across Orifice 2-FE-63-160, SIS PMP OUT TO LP 2 HL.

A. Subsection 6.7 M&TE Cal Due Date B. Subsection 6.8 M&TE Cal Due Date

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 34 of 202 Date 4.3 Field Preparations (continued)

[16] ENSURE a 0-110 psid differential pressure gauge is installed across Orifice 2-FE-63-161, SIS PMP OUT TO LP 3 HL.

A. Subsection 6.7 M&TE Cal Due Date B. Subsection 6.8 M&TE Cal Due Date

[17] ENSURE a 0-110 psid differential pressure gauge is installed across Orifice 2-FE-63-159, SIS PMP OUT TO LP 4 HL.

A. Subsection 6.7 M&TE Cal Due Date B. Subsection 6.8 M&TE Cal Due Date

[18] ENSURE a 0-30 psid differential pressure gauge is installed across Orifice 2-FE-74-12, RHR PMP A-A MINI FLOW VLV.

A. Subsection 6.9 M&TE Cal Due Date B. Subsection 6.10 M&TE Cal Due Date

[19] ENSURE a 0-30 psid differential pressure gauge is installed across Orifice 2-FE-74-24, RHR PMP B-B MINI FLOW VLV.

A. Subsection 6.9 M&TE Cal Due Date B. Subsection 6.10 M&TE Cal Due Date

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 35 of 202 Date 4.3 Field Preparations (continued)

[20] ENSURE a 0-4500 gpm Ultrasonic Flow meter is installed upstream of 2-FCV-63-172, RHR TO HOT LEG 1&3 INJECTION ISOLATION.

A. Subsection 6.9 M&TE Cal Due Date B. Subsection 6.10 M&TE Cal Due Date

[21] ENSURE Refueling Water Storage Tank (RWST) level is greater than 25% as read on 2-LI-63-50, SIS RWST LEVEL IND, 2-LI-63-51, SIS RWST LEVEL IND, 2-LI-63-52, SIS RWST LEVEL IND, AND 2-LI-63-53, SIS RWST LEVEL IND.

[22] ENSURE motor operated isolation valves to the Containment Spray Headers are CLOSED with the associated breaker tagged OPEN.

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

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 36 of 202 Date 4.3 Field Preparations (continued)

[23] ENSURE the following flow measuring orifices are properly installed with "INLET" on the orifice tine on the upstream side:

A. 2-FE-62-257 B. 2-FE-63-2 C. 2-FE-63-27 D. 2-FE-63-29 E. 2-FE-63-31 F. 2-FE-63-33 G. 2-FE-63-20 H. 2-FE-63-91 I. 2-FE-63-92 J. 2-FE-63-151 K. 2-FE-63-170 L. 2-FE-63-122 M. 2-FE-63-123 N. 2-FE-63-124

0. 2-FE-63-125 P. 2-FE-63-159 Q. 2-FE-63-160 R. 2-FE-63-161 S. 2-FE-63-162 T. 2-FE-74-12 U. 2-FE-74-24

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 37 of 202 Date 4.3 Field Preparations (continued)

NOTE Pump suction and discharge test pressure gauges for each pump should be at the same elevation (within one foot) to avoid elevation corrections for Total Developed Head (TDH) calculations.

[24] ENSURE a 0-60 psig test gauge is installed at CCP 2A-A Suction Pressure Gauge, 2-PI-62-109.

A. Subsection 6.1 M&TE Cal Due Date B. Subsection 6.3 M&TE Cal Due Date.

[25] ENSURE a 0-60 psig test gauge is installed at CCP 2B-B Suction Pressure Gauge, 2-PI-62-105.

A. Subsection 6.2 M&TE Cal Due Date B. Subsection 6.3 M&TE Cal Due Date

[26] ENSURE a 0-3000 psig test gauge is installed at CCP 2A-A Discharge Pressure Gauge, 2-PI-62-1 10.

A. Subsection 6.1 M&TE Cal Due Date B. Subsection 6.3 M&TE Cal Due Date

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 38 of 202 Date 4.3 Field Preparations (continued)

[27] ENSURE a 0-3000 psig test gauge is installed at CCP 2B-B Discharge Pressure Gauge, 2-PI-62-106.

A. Subsection 6.2 M&TE Cal Due Date B. Subsection 6.3 M&TE Cal Due Date

[28] ENSURE a 0-60 psig test gauge is installed at SIP 2A-A Suction Pressure Gauge, 2-PI-63-9.

A. Subsection 6.4 M&TE Cal Due Date B. Subsection 6.6 M&TE Cal Due Date C. Subsection 6.7 M&TE Cal Due Date

[29] ENSURE a 0-60 psig test gauge is installed at SIP 2B-B Suction Pressure Gauge, 2-PI-63-14.

A. Subsection 6.5 M&TE Cal Due Date B. Subsection 6.6 M&TE Cal Due Date C. Subsection 6.8 M&TE Cal Due Date

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 39 of 202 Date 4.3 Field Preparations (continued)

[30] ENSURE a 0-2000 psig test gauge is installed at SIP 2A-A Discharge -

Pressure Gauge, 2-PT-63-149.

A. Subsection 6.4 M&TE Cal Due Date B. Subsection 6.6 M&TE Cal Due Date C. Subsection 6.7 M&TE Cal Due Date

[31] ENSURE a 0-2000 psig test gauge is installed at SIP 2B-B Discharge -

Pressure Gauge, 2-PT-63-18.

A. Subsection 6.5 M&TE Cal Due Date B. Subsection 6.6 M&TE Cal Due Date C. Subsection 6.8 M&TE Cal Due Date

[32] INSTALL a 0-60 psig test gauge (accuracy of +/- 0.25%) at RHR PUMP 2A-A Suction Pressure Gauge, 2-PI-74-4.

A. Subsection 6.9 M&TE Cal Due Date

[33] INSTALL a 0-60 psig test gauge (accuracy of +/- 0.25%) at RHR PUMP 2B-B Suction Pressure Gauge, 2-PI-74-22.

A. Subsection 6.10 M&TE Cal Due Date

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 40 of 202 Date 4.3 Field Preparations (continued)

[34] INSTALL a 0-300 psig test gauge (accuracy of_+/- 0.25%) at RHR PUMP 2A-A Discharge Pressure Gauge, 2-PI-74-6.

A. Subsection 6.9 M&TE Cal Due Date

[35] INSTALL a 0-300 psig test gauge (accuracy of +/- 0.25%) at RHR PUMP 2B-B Discharge Pressure Gauge, 2-PI-74-18.

A. Subsection 6.10 M&TE Cal Due Date

[36] ENSURE Normal Component Cooling System supply for CCP 2A-A and the seal water heat exchanger is in service.

A. Subsection 6.1 B. Subsection 6.3

[37] ENSURE Normal Component Cooling System supply for CCP 2B-B and the seal water heat exchanger is in service.

A. Subsection 6.2 B. Subsection 6.3

[38] ENSURE Normal Component Cooling System supply for SIP 2A-A in service.

A. Subsection 6.4 B. Subsection 6.6 C. Subsection 6.7

[39] ENSURE Normal Component Cooling System supply for SIP 2B-B in service.

A. Subsection 6.5 B. Subsection 6.6 C. Subsection 6.8

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 41 of 202 Date 4.3 Field Preparations (continued)

[40] ENSURE Normal Component Cooling System supply for RHR PUMP 2A-A Seal Cooler and RHR Heat Exchanger 2A-A in service.

A. Subsection 6.9

[41] ENSURE Normal Component Cooling System supply for RHR PUMP 2B-B Seal Cooler and RHR Heat Exchanger 2A-A in service.

A. Subsection 6.10

[42] VERIFY the Centrifugal Charging Pump 2A-A suction and discharge piping is FILLED and VENTED per 2-TOP-63-02.

A. Subsection 6.1 B. Subsection 6.3

[43] VERIFY the Centrifugal Charging Pump 2B-B suction and discharge piping is FILLED and VENTED per 2-TOP-63-02.

A. Subsection 6.2 B. Subsection 6.3

[44] VERIFY the SIP 2A-A suction and discharge piping is FILLED and VENTED per 2-TOP-63-02.

A. Subsection 6.4 B. Subsection 6.6 C. Subsection 6.7

[45] VERIFY the SIP 2B-B suction and discharge piping is FILLED and VENTED per 2-TOP-63-02.

A. Subsection 6.5 B. Subsection 6.6 C. Subsection 6.8

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 42 of 202 Date 4.3 Field Preparations (continued)

[46] VERIFY the RHR PUMP 2A-A suction and discharge piping is FILLED and VENTED per 2-TOP-63-02.

A. Subsection 6.9

[47] VERIFY the RHR PUMP 2A-A Seal Cooler is VENTED per 2-TOP-63-02.

A. Subsection 6.9

[48] VERIFY the RHR PUMP 2B-B suction and discharge piping is FILLED and VENTED per 2-TOP-63-02.

A. Subsection 6.10

[49] VERIFY the RHR PUMP 2B-B Seal Cooler is FILLED and VENTED per 2-TOP-63-02.

A. Subsection 6.10

[50] PERFORM the Switch Lineup listed in 2-TOP-63-02 for the applicable Subsection to be performed.

Subsection 6.1 Subsection 6.2 Subsection 6.3

[51] PERFORM the Switch Lineup listed in 2-TOP-63-02 for the applicable Subsection to be performed.

Subsection 6.4 Subsection 6.5 Subsection 6.6 Subsection 6.7 Subsection 6.8

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 43 of 202 Date 4.3 Field Preparations (continued)

[52] PERFORM the Switch Lineup listed in 2-TOP-63-02 for the applicable Subsection to be performed.

Subsection 6.9 Subsection 6.10

[53] PERFORM the Breaker Lineup listed in 2-TOP-63-02 for the applicable Subsection to be performed.

Subsection 6.1 Subsection 6.2 Subsection 6.3

[54] PERFORM the Breaker Lineup listed in 2-TOP-63-02 for the applicable Subsection to be performed.

Subsection 6.4 Subsection 6.5 Subsection 6.6 Subsection 6.7 Subsection 6.8

[55] PERFORM the Breaker Lineup listed in 2-TOP-63-02 for the applicable Subsection to be performed.

Subsection 6.9 Subsection 6.10

[56] PERFORM the Valve Lineup listed in 2-TOP-63-02 for the applicable Subsection to be performed.

Subsection 6.1 Subsection 6.2 Subsection 6.3

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 44 of 202 Date 4.3 Field Preparations (continued)

[57] PERFORM the Valve Lineup listed in 2-TOP-63-02 for the applicable Subsection to be performed.

Subsection 6.4 Subsection 6.5 Subsection 6.6 Subsection 6.7 Subsection 6.8

[58] PERFORM the Valve Lineup listed in 2-TOP-63-02 for the applicable Subsection to be performed.

Subsection 6.9 Subsection 6.10

[59] VERIFY Refueling Water Storage Tank (RWST) temperature is 70°F - 90°F as read on 2-TI-63-131 or 2-TI-63-132.

[60] ENSURE the required test equipment for determination of ECCS pump watt readings has been assembled by issue of a Work Order to the System Engineering, EIC, ELEC ENG PROT/REL as follows:

A. Work Order Number B. The test plug, watt transducer, and digital multimeter are interconnected and available for plugging into the associated ECCS pump breaker cubicle Watt-hour Meter test jack.

C. Multiplication constant "K" has been provided by the System Engineering, EIC, ELEC. ENG PROT/REL for calculation of watts on pump data sheets.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 45 of 202 Date 4.3 Field Preparations (continued)

[61] INSTALL the transducer/multimeter assembly for pump motor power measurements by inserting the test plug into the Watt-hour Meter test jack on the front of the appropriate breaker compartment.

A. Subsection 6.1 SDB 2A-A Compt 18 Watt-Transducer M&TE Cal Due Date Multimeter M&TE Cal Due Date B. Subsection 6.2 SDB 2B-B Compt 18 Watt-Transducer M&TE Cal Due Date Multimeter M&TE Cal Due Date C. Subsection 6.4 SDB 2A-A Compt 15 Watt-Transducer M&TE Cal Due Date Multimeter M&TE Cal Due Date D. Subsection 6.5 SDB 2B-B Compt 15 Watt-Transducer M&TE Cal Due Date Multimeter M&TE Cal Due Date

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 46 of 202 Date 4.3 Field Preparations (continued)

E. Subsection 6.9 SDB 2A-A Compt 14 Watt-Transducer M&TE Cal Due Date Multimeter M&TE Cal Due Date F. Subsection 6.10 SDB 2B-B Compt 14 Watt-Transducer M&TE Cal Due Date Multimeter M&TE Cal Due Date

[62] 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.

Subsection 6.1 Subsection 6.2 Subsection 6.3 Subsection 6.4 Subsection 6.5 Subsection 6.6 Subsection 6.7 Subsection 6.8 Subsection 6.9 Subsection 6.10

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 47 of 202 Date 4.3 Field Preparations (continued)

[63] VERIFY Measuring and Test Equipment (M&TE) calibration due dates will support the completion of this test performance.

Subsection 6.1 Subsection 6.2 Subsection 6.3 Subsection 6.4 Subsection 6.5 Subsection 6.6 Subsection 6.7 Subsection 6.8 Subsection 6.9 Subsection 6.10

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 48 of 202 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.

U2 US/SRO/SM Signature Date

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 49 of 202 Date 5.0 ACCEPTANCE CRITERIA NOTES

1) Steps which determine acceptance criteria are designated by (ACC. CRIT.).

2) If needed, the actual data points of the pump curve are tabled in the Safety Injection System Description, WBN2-63-4001.

[1] The CCPs deliver the required balanced flows with miniflow open during the injection phase:

[1.1] Total flow from one CCP is less than or equal to 503.7 gpm (Steps 6.3[27]C, 6.3[35]C).

[1.2] Total flow from one CCP is greater than or equal to 454.5 gpm (Steps 6.3[27]B, 6.3[35]B).

[1.3] The difference in the maximum and minimum injection line flows is less than or equal to 10 gpm (Steps 6.3[27]A, 6.3[35]A).

[1.4] Each CCP discharge resistance is between 0.01177 and 0.01245 ft/gpm 2 (Steps 6.3[29], 6.3[37]).

[1.5] Each CCP produces a miniflow resistance between 1.35 and 1.55 ft/gpm 2 (Steps 6.1[15], 6.2[15]).

[2] CCP head/flow data is greater than the FSAR curve and less than the maximum composite curve (Steps 6.1[42], 6.2[42]).

[3] CCPs will not trip out under minimum flow and maximum flow conditions (Steps 6.1[16], 6.2[16], 6.3[30], 6.3[38]).

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 50 of 202 Date 5.0 ACCEPTANCE CRITERIA (continued)

[4] The SIPs deliver the required balanced flows with miniflow open during the cold leg injection phase:

[4.1] Total flow from one SIP is less than or equal to 654.6 gpm (Steps 6.6[31]C, 6.6[41]C).

[4.2] Total flow from one SIP is greater than or equal to 605.9 gpm (Steps 6.6[31]B, 6.6[41]B).

[4.3] The difference in the highest and lowest injection line flows is less than or equal to 10 gpm (Steps 6.6[31]A, 6.6[41]A).

2

[4.4] Pump discharge resistance is between 0.004644 and 0.005326 ft/gpm (Steps 6.6[33], 6.6[44]).

[4.5] Each SIP produces a miniflow resistance between 1.76 and 2.50 ft/gpm 2 (Steps 6.4[14], 6.5[14]).

[5] SIP head/flow data is greater than the FSAR curve and less than the maximum composite curve (Steps 6.4[46], 6.5[46]).

[6] The SIPs deliver the required balanced flows with miniflow isolated during the hot leg injection phase:

[6.1] Total flow from one SIP is greater than or equal to 558.3 gpm and less than or equal to 653.7 gpm (Steps 6.7[36], 6.8[36]).

2

[6.2] Pump discharge resistance is between 0.004717 and 0.006886 ft/gpm (Steps 6.7[37], 6.8[37]).

[7] SIPs will not trip out under minimum and maximum conditions (Steps 6.4[15], 6.5[15], 6.6[34], 6.6[45]).

[8] Maximum flow through Valves 2-FCV-63-156 and 2-FCV-63-157 in the closed position is 10 gpm (Steps 6.7[21]C, 6.8[21]C).

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 51 of 202 Date 5.0 ACCEPTANCE CRITERIA (continued)

[9] The RHR Pumps perform as follows with miniflow isolated:

[9.1] Each RHR Pump capacity for cold leg injection is from 3866.8 to 4265.7 gpm (Steps 6.9[29]A, 6.10[29]A).

[9.2] Each RHR Pump discharge resistance for cold leg injection isolated is between 0.0000205 and 0.0000236 ft/gpm 2 (Steps 6.9[31], 6.10[31]).

[9.3] RHR Pump head/flow data is greater than the FSAR curve and less than the maximum composite curve (Steps 6.9[44], 6.10[44]).

[9.4] RHR Pumps will not trip out under minimum and maximum flow conditions (Steps 6.9[16], 6.9[30], 6.10[16], 6.10[30]).

[9.5] Each RHR Pump capacity for hot leg injection is from 3698 to 4120 gpm (Steps 6.9[37], 6.10[37]).

[9.6] Each RHR Pump discharge resistance for hot leg 2 injection is between 0.0000226 and 0.0000264 ft/gpm (Steps 6.9[38], 6.10[38]).

[10] No excessive vibration of the piping system and components is observed (Steps 6.1[44], 6.2[44], 6.3[43], 6.4[48], 6.5[48],

6.6[51], 6.7[43], 6.8[43], 6.9[45], 6.10[45])

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 52 of 202 Date 6.0 PERFORMANCE NOTE Subsections of this procedure shall be performed in the order specified by the below listed diagram.

6.1 6.2 6.4 6.5 6.3fl[E NOTES

1) During the performance of this test instruction the test may be stopped to pump down the Reactor Vessel. Operating pumps should be stopped and applicable valve/valves closed to prevent gravity drain from the RWST while the vessel is being pumped down.

After the vessel is pumped down, reestablish conditions to resume the test and record the actions taken in the test log.

2) All flows calculated from differential pressure through test gauges are to use Appendix S.

Use as many copies of this form as needed and attach to the procedure.

3) All resistences calculated from differential pressure and pressure gauges through test gauges are to use Appendix T. Use as many copies of this form as needed and attach to the procedure.

4) Keeping track of throttle valve revolutions and noting them in the CTL will assist testing in later throttle valve manipulations as well as provide a reference point in case the valves must be full opened or closed in later testing.

5) For calculations, the value of 62.22 lb/ft3 at 80°F was used for water density.

6) Any temporary equipment that will be used for the performance of 2-PTI-063-01 may be left in place and the removal step marked N/A.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 53 of 202 Date 6.1 Centrifugal Charging Pump 2A-A Test Curve NOTE The following section requires monitoring of pump vibration data per TI-31.02 by Preventive and Diagnostic Maintenance, PDM.

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

[2] ENSURE the following valves are CLOSED:

A. 2-THV-63-582, COLD LEG 1 BORON INJ THROTTLE B. 2-THV-63-583, COLD LEG 2 BORON INJ THROTTLE C. 2-THV-63-584, COLD LEG 3 BORON INJ THROTTLE D. 2-THV-63-585, COLD LEG 4 BORON INJ THROTTLE

[3] VERIFY/FILL the RWST to _>25%.

A. 2-LI-63-50, RWST LEVEL (2-M-6)  %

B. 2-LI-63-51, RWST LEVEL (2-M-6)  %

C. 2-LI-63-52, RWST LEVEL (2-M-6)  %

D. 2-LI-63-53, RWST LEVEL (2-M-6)  %

[4] RECORD the RWST temperature. (70°F - 90 0 F)

A. 2-TI-63-132, RWST TEMP (2-M-6) OF

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 54 of 202 Date 6.1 Centrifugal Charging Pump 2A-A Test Curve (continued)

[5] ENSURE the following plant computer points are in scan:

A. T0703A, CENT CHG PMP A-A INBRD BRG B. T0704A, CENT CHG PMP A-A OUTBRD BRG C. T0705A, CENT CHG PMP A-A THRUST BRG D. T071 1A, CENT CHG PMP A-A MTR INBRD BRG E. T0712A, CENT CHG PMP A-A MTR OUTBRD BRG F. T0713A, CENT CHG PMP A-A MTR PH A WNDG G. T0714A, CENT CHG PMP A-A MTR PH B WNDG H. T0715A, CENT CHG PMP A-A MTR PH C WNDG

[6] RECORD ambient computer point temperatures on Appendix E.

[7] RECORD 2A-A 6.9kV Shutdown Board voltage.

2-EI-57-39 (2-M-1) volts (expect 6900-7200 volts)

[8] ENSURE CCP miniflow path established.

[9] VERIFY CCP 2A-A suction pressure greater than 14 psig.

TEST GAUGE AT 2-PI-62-109 psig

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 55 of 202 Date 6.1 Centrifugal Charging Pump 2A-A Test Curve (continued)

CAUTION Closely observe pump operation under miniflow conditions for excessive vibration and overheating.

NOTE During the performance of steps 6.1 [10] through 6.1 [16], visual observation of transient and steady state vibrations is required.

[10] START CCP 2A-A using 2-HS-62-108A, CCP A-A (ECCS)

[2-M-5].

[11] RECORD the time of the pump start.

[12] RECORD time and computer point temperature data at approximately 10 minute intervals on Appendix E until three successive temperature readings differ by no more than 3 percent.

[13] ENSURE the test differential pressure gauge installed at 2-FE-62-257 is vented and in service.

[14] RECORD the miniflow through 2-FE-62-257, CHARGING PUMP MINI FLOW ELEMENT.

Miniflow GPM

[15] PERFORM calculation using Appendix T, AND RECORD the pump miniflow resistance.

(ACC. CRIT. 5.0[1.5])

Kmin ft/gpm 2 (> 1.35 ft/gpm 2 )

Kmax ft/gpm 2 (< 1.55 ft/gpm 2 )

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 56 of 202 Date 6.1 Centrifugal Charging Pump 2A-A Test Curve (continued)

[16] VERIFY CCP 2A-A DID NOT TRIP. (ACC. CRIT. 5.0[3])

[17] RECORD pump operating data on Appendix E.

[18] RECORD the pump curve data for the miniflow target point on Appendix F.

[19] OBTAIN pump and motor vibration data per TI-31.02.

[20] ATTACH vibration data from the previous step to this procedure.

[21] OPEN the following valves one (1) turn open:

A. 2-THV-63-582, COLD LEG 1 BORON INJ THROTTLE B. 2-THV-63-583, COLD LEG 2 BORON INJ THROTTLE C. 2-THV-63-584, COLD LEG 3 BORON INJ THROTTLE D. 2-THV-63-585, COLD LEG 4 BORON INJ THROTTLE

[22] OPEN the following valves:

A. 2-FCV-63-25, 2-HS-63-25A, BIT OUTLET [2-M-6].

B. 2-FCV-63-26, 2-HS-63-26A, BIT OUTLET [2-M-6].

[23] CLOSE the following valves:

A. 2-THV-63-582, COLD LEG 1 BORON INJ THROTTLE B. 2-THV-63-583, COLD LEG 2 BORON INJ THROTTLE C. 2-THV-63-584, COLD LEG 3 BORON INJ THROTTLE D. 2-THV-63-585, COLD LEG 4 BORON INJ THROTTLE

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 57 of 202 Date 6.1 Centrifugal Charging Pump 2A-A Test Curve (continued)

[24] VENT the following test flow gauges and PLACE in service.

A. Installed at 2-FE-63-170 B. Installed at 2-FE-63-27 C. Installed at 2-FE-63-29 D. Installed at 2-FE-63-31 E. Installed at 2-FE-63-33

[25] THROTTLE Valves 2-THV-63-582, BORON INJ VALVE CL L1, 2-THV-63-583, BORON INJ VALVE CL L2, 2-THV-63-584, BORON INJ VALVE CL L3, 2-THV-63-585, BORON INJ VALVE CL L4, until the flow through 2-FE-63-170 is between 100 and 150 gpm.

[26] CLOSE 2-FCV-62-99, CHARGING PUMP 2A-A MIN FLOW, to close off miniflow.

[27] THROTTLE Valves 2-THV-63-582, BORON INJ VALVE CL L1, 2-THV-63-583, BORON INJ VALVE CL L2, 2-THV-63-584, BORON INJ VALVE CL L3, 2-THV-63-585, BORON INJ VALVE CL L4, until the flow through 2-FE-63-170 is between 245 and 250 gpm.

[28] RECORD pump curve data for 250 gpm target point on Appendix F.

[29] THROTTLE Valves 2-THV-63-582, BORON INJ VALVE CL L1, 2-THV-63-583, BORON INJ VALVE CL L2, 2-THV-63-584, BORON INJ VALVE CL L3, 2-THV-63-585, BORON INJ VALVE CL L4, until the flow through 2-FE-63-170 is between 345 and 355 gpm.

[30] RECORD pump curve data for 350 gpm target point on Appendix F.

[31] THROTTLE Valves 2-THV-63-582, BORON INJ VALVE CL L1, 2-THV-63-583, BORON INJ VALVE CL L2, 2-THV-63-584, BORON INJ VALVE CL L3, 2-THV-63-585, BORON INJ VALVE CL L4, until the flow through 2-FE-63-170 is between 445 and 455 gpm.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 58 of 202 Date 6.1 Centrifugal Charging Pump 2A-A Test Curve (continued)

[32] RECORD pump curve data for 450 gpm target point on Appendix F.

CAUTION Do not exceed 550 gpm in total CCP 2A-A output through 2-FE-63-170.

[33] THROTTLE Valves 2-THV-63-582, BORON INJ VALVE CL L1, 2-THV-63-583, BORON INJ VALVE CL L2, 2-THV-63-584, BORON INJ VALVE CL L3, 2-THV-63-585, BORON INJ VALVE CL L4, until the flow through 2-FE-63-170 is between 545 and 550 gpm.

[34] RECORD pump curve data for 550 gpm target point on Appendix F.

[35] CLOSE 2-ISV-62-533, CCP B-B DISCHARGE ISOL.

[36] VERIFY flow rate is 545-550 gpm.

Flow Rate GPM

[37] OPEN Valve 2-ISV-62-533, CCP B-B DISCHARGE.

[38] STOP CCP 2A-A using Hand switch 2-HS-62-108A, CCP A-A.

[39] CLOSE the following valves:

A. 2-FCV-63-25, 2-HS-63-25A, BIT OUTLET [2-M-6].

B. 2-FCV-63-26, 2-HS-63-26A, BIT OUTLET [2-M-6].

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 59 of 202 Date 6.1 Centrifugal Charging Pump 2A-A Test Curve (continued)

[40] CLOSE the following valves:

A. 2-THV-63-582, BORON INJ VALVE CL Li B. 2-THV-63-583, BORON INJ VALVE CL L2 C. 2-THV-63-584, BORON INJ VALVE CL L3 D. 2-THV-63-585, BORON INJ VALVE CL L4

[41] PERFORM pump curve calculations for CCP 2A-A on Appendix F.

[42] VERIFY CCP 2A-A pump curve data is greater than the FSAR curve and less than the maximum composite curve from Appendix F. (ACC. CRIT. 5.0[2])

[43] UNPLUG the watt-transducer/multimeter from SDB 2A-A Compt 18.

1st CV

[44] VERIFY no excessive vibration of the piping system and components associated with the performance of this Subsection was observed. (ACC. CRIT. 5.0[10])

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 60 of 202 Date 6.2 Centrifugal Charging Pump 2B-B Test Curve NOTE The following section requires monitoring of pump vibration data per TI-31.02 by Preventive and Diagnostic Maintenance, PDM.

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

[2] ENSURE the following valves are CLOSED:

A. 2-THV-63-582, BORON INJ VALVE CL Li B. 2-THV-63-583, BORON INJ VALVE CL L2 C. 2-THV-63-584, BORON INJ VALVE CL L3 D. 2-THV-63-585, BORON INJ VALVE CL L4

[3] VERIFY/FILL the RWST to > 25%.

A. 2-LI-63-50, RWST LEVEL (2-M-6)  %

B. 2-LI-63-51, RWST LEVEL (2-M-6)  %

C. 2-LI-63-52, RWST LEVEL (2-M-6)  %

D. 2-LI-63-53, RWST LEVEL (2-M-6)  %

[4] RECORD the RWST temperature. (701F - 901F)

A. 2-TI-63-132, RWST TEMP (2-M-6) OF

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 61 of 202 Date 6.2 Centrifugal Charging Pump 2B-B Test Curve (continued)

[5] ENSURE the following plant computer points are in scan:

A. T0700A, CENT CHG PMP B-B INBRD BRG B. T0701A, CENT CHG PMP B-B OUTBRD BRG C. T0702A, CENT CHG PMP B-B THRUST BRG D. T0706A, CENT CHG PMP B-B MTR INBRD BRG E. T0707A, CENT CHG PMP B-B MTR OUTBRD BRG F. T0708A, CENT CHG PMP B-B MTR PH A WNDG G. T0709A, CENT CHG PMP B-B MTR PH B WNDG H. T071OA, CENT CHG PMP B-B MTR PH C WNDG

[6] RECORD ambient computer point temperatures on Appendix G.

[7] RECORD 2B-B 6.9kV Shutdown Board voltage.

2-EI-57-66 (2-M-1) volts (expected 6900-7200 volts)

[8] ENSURE CCP miniflow path established.

[9] VERIFY CCP 2B-B suction pressure greater than 14 psig.

Test gauge at 2-PI-62-105 psig

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 62 of 202 Date 6.2 Centrifugal Charging Pump 2B-B Test Curve (continued)

CAUTION Closely observe pump operation under miniflow conditions for excessive vibration and overheating.

NOTE During the performance of steps 6.2[10] through 6.2[16], visual observation of transient and steady state vibrations is required.

[10] START CCP 2B-B using 2-HS-62-104A, CCP B-B (ECCS)

[2-M-5].

[11] RECORD the time of the pump start.

[12] RECORD time and computer point temperature data at approximately 10 minute intervals on Appendix G until three successive temperature readings differ by no more than 3 percent.

[13] VENT the test flow gauge installed at 2-FE-62-257 and PLACE in service.

[14] RECORD the miniflow through 2-FE-62-257, CHARGING PUMP MINI FLOW ELEMENT.

Miniflow GPM

[15] PERFORM calculation using Appendix T, AND RECORD the pump miniflow resistance.

(ACC. CRIT. 5.0[1.5])

2 Kmin ft/gpm (> 1.35 ft/gpm 2 )

Kmax ft/gpm 2 (< 1.55 ft/gpm 2 )

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 63 of 202 Date 6.2 Centrifugal Charging Pump 2B-B Test Curve (continued)

[16] VERIFY CCP 2B-B DID NOT TRIP. (ACC. CRIT. 5.0[3])

[17] RECORD pump operating data on Appendix G.

[18] RECORD the pump curve data for the miniflow target point on Appendix H.

[19] OBTAIN pump and motor vibration data per TI-31.02.

[20] ATTACH vibration data from the previous step to this procedure.

[21] OPEN the following valves one (1) turn open:

A. 2-THV-63-582, COLD LEG 1 BORON INJ THROTTLE B. 2-THV-63-583, COLD LEG 2 BORON INJ THROTTLE C. 2-THV-63-584, COLD LEG 3 BORON INJ THROTTLE D. 2-THV-63-585, COLD LEG 4 BORON INJ THROTTLE

[22] OPEN the following valves:

A. 2-FCV-63-25, 2-HS-63-25A, BIT OUTLET [2-M-6].

B. 2-FCV-63-26, 2-HS-63-26A, BIT OUTLET [2-M-6].

[23] CLOSE the following valves:

A. 2-THV-63-582, COLD LEG 1 BORON INJ THROTTLE B. 2-THV-63-583, COLD LEG 2 BORON INJ THROTTLE C. 2-THV-63-584, COLD LEG 3 BORON INJ THROTTLE D. 2-THV-63-585, COLD LEG 4 BORON INJ THROTTLE

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 64 of 202 Date 6.2 Centrifugal Charging Pump 2B-B Test Curve (continued)

[24] VENT the following test flow gauges and PLACE in service.

A. Installed at 2-FE-63-170 B. Installed at 2-FE-63-27 C. Installed at 2-FE-63-29 D. Installed at 2-FE-63-31 E. Installed at 2-FE-63-33

[25] THROTTLE Valves 2-THV-63-582, BORON INJ VALVE CL L1, 2-THV-63-583, BORON INJ VALVE CL L2, 2-THV-63-584, BORON INJ VALVE CL L3, 2-THV-63-585, BORON INJ VALVE CL L4, until the flow through 2-FE-63-170 is between 100 and 150 gpm.

[26] CLOSE 2-FCV-62-99, CHARGING PUMP 2A-A MIN FLOW, to close off miniflow.

[27] THROTTLE Valves 2-THV-63-582, BORON INJ VALVE CL L1, 2-THV-63-583, BORON INJ VALVE CL L2, 2-THV-63-584, BORON INJ VALVE CL L3, 2-THV-63-585, BORON INJ VALVE CL L4, until the flow through 2-FE-63-170 is between 245 and 255 gpm.

[28] RECORD pump curve data for 250 gpm target point on Appendix H.

[29] THROTTLE Valves 2-THV-63-582, BORON INJ VALVE CL L1, 2-THV-63-583, BORON INJ VALVE CL L2, 2-THV-63-584, BORON INJ VALVE CL L3, 2-THV-63-585, BORON INJ VALVE CL L4, until the flow through 2-FE-63-170 is between 345 and 355 gpm.

[30] RECORD pump curve data for 350 gpm target point on Appendix H.

[31] THROTTLE Valves 2-THV-63-582, BORON INJ VALVE CL L1, 2-THV-63-583, BORON INJ VALVE CL L2, 2-THV-63-584, BORON INJ VALVE CL L3, 2-THV-63-585, BORON INJ VALVE CL L4, until the flow through 2-FE-63-170 is between 445 and 455 gpm.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 65 of 202 Date 6.2 Centrifugal Charging Pump 2B-B Test Curve (continued)

[32] RECORD pump curve data for 450 gpm target point on Appendix H.

CAUTION Do not exceed 550 gpm in total CCP 2B-B output through 2-FE-63-170.

[33] THROTTLE Valves 2-THV-63-582, BORON INJ VALVE CL L1, 2-THV-63-583, BORON INJ VALVE CL L2, 2-THV-63-584, BORON INJ VALVE CL L3, 2-THV-63-585, BORON INJ VALVE CL L4, until the flow through 2-FE-63-170 is between 545 and 550 gpm.

[34] RECORD pump curve data for 550 gpm target point on Appendix H.

[35] CLOSE 2-ISV-62-527, CCP A-A DISCHARGE.

[36] VERIFY flow rate is 545-550 gpm.

Flow Rate GPM

[37] OPEN Valve 2-ISV-62-527, CCP A-A DISCHARGE.

[38] STOP CCP 2B-B using Hand switch 2-HS-62-104A, CCP B-B.

[39] CLOSE the following valves:

A. 2-FCV-63-25, 2-HS-63-25A, BIT OUTLET [2-M-6].

B. 2-FCV-63-26, 2-HS-63-26A, BIT OUTLET [2-M-6].

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 66 of 202 Date 6.2 Centrifugal Charging Pump 2B-B Test Curve (continued)

[40] CLOSE the following valves:

A. 2-THV-63-582, BORON INJ VALVE CL Li B. 2-THV-63-583, BORON INJ VALVE CL L2 C. 2-THV-63-584, BORON INJ VALVE CL L3 D. 2-THV-63-585, BORON INJ VALVE CL L4

[41] PERFORM pump curve calculations for CCP 2B-B on Appendix H.

[42] VERIFY CCP 2B-B pump curve data is greater than the FSAR curve and less than the maximum composite curve from Appendix H. (ACC. CRIT. 5.0[2])

[43] UNPLUG the watt-transducer/multimeter from SDB 2B-B Compt 18.

1st CV

[44] VERIFY no excessive vibration of the piping system and components associated with the performance of this Subsection was observed. (ACC. CRIT. 5.0[10])

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 67 of 202 Date 6.3 Centrifugal Charging Pumps Flow Balance NOTE RCP seal flow path should be isolated for the performance of this subsection.

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

[2] VERIFY/FILL the RWST level is _>25%. (N/A any LIs not in service.)

A. 2-LI-63-50, RWST LEVEL (2-M-6)  %

B. 2-LI-63-51, RWST LEVEL (2-M-6)  %

C. 2-LI-63-52, RWST LEVEL (2-M-6)  %

D. 2-LI-63-53, RWST LEVEL (2-M-6)  %

[3] RECORD the RWST temperature. (701F - 90 0 F)

A. 2-TI-63-132, RWST TEMP (2-M-6) OF

[4] ENSURE the following valves are CLOSED:

A. 2-THV-63-582, BORON INJ VALVE CL Li B. 2-THV-63-583, BORON INJ VALVE CL L2 C. 2-THV-63-584, BORON INJ VALVE CL L3 D. 2-THV-63-585, BORON INJ VALVE CL L4

[5] VERIFY CCP 2A-A suction pressure greater than 14 psig.

TEST GAUGE AT 2-PI-62-109 psig

[6] ENSURE CCP miniflow path established.

[7] START CCP 2A-A on miniflow using 2-HS-62-108A, CCP A-A on 2-M-5.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 68 of 202 Date 6.3 Centrifugal Charging Pumps Flow Balance (continued)

[8] VENT the test flow gauge installed at 2-FE-62-257.

[9] OPEN the following valves one (1) turn open:

A. 2-THV-63-582, BORON INJ VALVE CL Li B. 2-THV-63-583, BORON INJ VALVE CL L2 C. 2-THV-63-584, BORON INJ VALVE CL L3 D. 2-THV-63-585, BORON INJ VALVE CL L4

[10] OPEN the following valves:

A. 2-FCV-63-25, 2-HS-63-25A, BIT OUTLET [2-M-6].

B. 2-FCV-63-26, 2-HS-63-26A, BIT OUTLET [2-M-6].

[11] VENT the following test flow gauges, AND PLACE in service:

A. 2-FE-63-27 (Acc Rm 4 724' 2960)

B. 2-FE-63-29 (Acc Rm 3 728' 2160)

C. 2-FE-63-31 (Acc Rm 2 729' 1400)

D. 2-FE-63-33 (Fan Rm 1 729' 01)

E. 2-FE-63-170 (Aux 704 Al 1 V)

CAUTION Do not exceed 550 gpm in total CCP 2A-A output through 2-FE-62-257 and 2-FE-63-170.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 69 of 202 Date 6.3 Centrifugal Charging Pumps Flow Balance (continued)

NOTE Per 2-TSD-63-3, Westinghouse has estimated in WBT-D-4376 that the cold leg injection flow would be 428.4, or 107,.1 gpm per cold leg.

[12] THROTTLE OPEN Valves 2-THV-63-582, BORON INJ VALVE CL L1, 2-THV-63-583, BORON INJ VALVE CL L2, 2-THV-63-584, BORON INJ VALVE CL L3, and 2-THV-63-585, BORON INJ VALVE CL L4, until flow through 2-FE-63-170 reads between 423 and 433 gpm.

[13] ADJUST Valves 2-THV-63-582, BORON INJ VALVE CL L1, 2-THV-63-583, BORON INJ VALVE CL L2, 5-THV-63-584, BORON INJ VALVE CL L3, and 2-THV-63-585, BORON INJ VALVE CL L4, until the following conditions are met:

A. Difference between highest branch line flow and lowest branch line flow is less than or equal to 10 gpm.

Difference GPM B. Total CCP 2A-A flow through 2-FE-62-257 and 2-FE-63-170 is greater than or equal to 454.5 gpm.

Total CCP 2A-A Flow GPM C. Total CCP 2A-A flow through 2-FE-62-257 and 2-FE-63-170 is less than or equal to 503.7 gpm.

Total CCP 2A-A Flow GPM

[14] VERIFY CCP 2B-B suction pressure greater than 14 psig.

TEST GAUGE AT 2-PI-62-105 psig

[15] START CCP 2B-B using 2-HS-62-104A, CCP B-B (ECCS)

[2-M-5].

[16] STOP CCP 2A-A using 2-HS-62-108A, CCP A-A (ECCS)

[2-M-5].

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 70 of 202 Date 6.3 Centrifugal Charging Pumps Flow Balance (continued)

CAUTION Do not exceed 550 gpm in total CCP 2B-B output through 2-FE-62-257 and 2-FE-63-170.

[17] ADJUST Valves 2-THV-63-582, BORON INJ VALVE CL L1, 2-THV-63-583, BORON INJ VALVE CL L2, 5-THV-63-584, BORON INJ VALVE CL L3, and 2-THV-63-585, BORON INJ VALVE CL L4, until the following conditions are met:

A. Difference between highest branch line flow and lowest branch line flow is less than or equal to 10 gpm.

Difference GPM B. Total CCP 2B-B flow through 2-FE-62-257 and 2-FE-63-170 is greater than or equal to 454.5 gpm.

Total CCP 2B-B Flow GPM C. Total CCP 2B-B flow through 2-FE-62-257 and 2-FE-63-170 is less than or equal to 503.7 gpm.

Total CCP 2B-B Flow GPM

[18] START CCP 2A-A using 2-HS-62-108A, CCP A-A (ECCS)

[2-M-5].

[19] STOP CCP 2B-B using 2-HS-62-104A, CCP B-B (ECCS)

[2-M-5].

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 71 of 202 Date 6.3 Centrifugal Charging Pumps Flow Balance (continued)

[20] ADJUST Valves 2-THV-63-582, BORON INJ VALVE CL L1, 2-THV-63-583, BORON INJ VALVE CL L2, 5-THV-63-584, BORON INJ VALVE CL L3, and 2-THV-63-585, BORON INJ VALVE CL L4, until the following conditions are met:

A. Difference between highest branch line flow and lowest branch line flow is less than or equal to 10 gpm.

Difference GPM B. Total CCP 2A-A flow through 2-FE-62-257 and 2-FE-63-170 is greater than or equal to 454.5 gpm.

Total CCP 2A-A Flow GPM C. Total CCP 2A-A flow through 2-FE-62-257 and 2-FE-63-170 is less than or equal to 503.7 gpm.

Total CCP 2A-A Flow GPM NOTE The following step is for information only and not for proof in regards to Acceptance Criteria.

[21] CAPTURE the current flow rates data, AND ATTACH to WO.

[22] STOP CCP 2A-A using 2-HS-62-108A, CCP A-A (ECCS)

[2-M-5].

[23] CLOSE the following valves:

A. 2-FCV-63-25, 2-HS-63-25A, BORON INJ TK OUTLET.

B. 2-FCV-63-26, 2-HS-63-26A, BORON INJ TK OUTLET.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 72 of 202 Date 6.3 Centrifugal Charging Pumps Flow Balance (continued)

NOTE Do not move throttle valve position while installing valve position locking devices.

[24] INSTALL locking devices on the following valves:

A. 2-THV-63-582, BORON INJ VALVE CL LI B. 2-THV-63-583, BORON INJ VALVE CL L2 C. 2-THV-63-584, BORON INJ VALVE CL L3 D. 2-THV-63-585, BORON INJ VALVE CL L4

[25] OPEN the following valves:

A. 2-FCV-63-25, 2-HS-63-25A, BIT OUTLET, on 2-M-6.

B. 2-FCV-63-26, 2-HS-63-26A, BIT OUTLET, on 2-M-6.

NOTE During the performance of steps 6.3[26] thru 6.3[40] visual observation of transient and steady state vibrations is required.

[26] START CCP 2A-A using 2-HS-62-108A, CCP A-A.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 73 of 202 Date 6.3 Centrifugal Charging Pumps Flow Balance (continued)

[27] VERIFY the following conditions:

A. Difference between highest branch line flow and lowest branch line flow is less than or equal to 10 gpm.

(ACC. CRIT. 5.0[1.3])

Difference GPM B. Total CCP 2A-A flow through 2-FE-62-257 and 2-FE-63-170 is greater than or equal to 454.5 gpm.

(ACC. CRIT. 5.0[1.2])

Total CCP 2A-A Flow GPM C. Total CCP 2A-A flow through 2-FE-62-257 and 2-FE-63-170 is less than or equal to 503.7 gpm. (ACC.

CRIT. 5.0[1.1])

Total CCP 2A-A Flow GPM

[28] RECORD CCP 2A-A discharge pressure, suction pressure, Flow Rate, motor current and mechanical data on Appendix I.

[29] RECORD the pump discharge resistance using Appendix T.

(ACC. CRIT. 5.0[1.4])

Kmin ft/gpm 2 (> 0.01177 ft/gpm 2 )

Kmax ft/gpm 2 (< 0.01245 ft/gpm 2 )

[30] VERIFY CCP 2A-A DID NOT TRIP. (ACC. CRIT. 5.0[3])

[31] VERIFY reactor vessel level is below the nozzle centerline.

[32] OBTAIN pump and motor vibration data per TI-31.02, AND ATTACH to this procedure.

[33] START CCP 2B-B using 2-HS-62-104A, CCP B-B.

[34] STOP CCP 2A-A using 2-HS-62-108A, CCP A-A.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 74 of 202 Date 6.3 Centrifugal Charging Pumps Flow Balance (continued)

[35] VERIFY the following conditions:

A. Difference between highest branch line flow and lowest branch line flow is less than or equal to 10 gpm.

(ACC. CRIT. 5.0[1.3])

Difference GPM B. Total CCP 2B-B flow through 2-FE-62-257 and 2-FE-63-170 is greater than or equal to 454.5 gpm.

(ACC. CRIT. 5.0[1.2])

Total CCP 2B-B Flow GPM C. Total CCP 2B-B flow through 2-FE-62-257 and 2-FE-63-170 is less than or equal to 503.7 gpm. (ACC.

CRIT. 5.0[1.1])

Total CCP 2B-B Flow GPM

[36] RECORD CCP 28-B discharge pressure, suction pressure, Flow Rate, motor current and mechanical data on Appendix I.

[37] RECORD the pump discharge resistance using Appendix T.

(ACC. CRIT. 5.0[1.4])

Kmin ft/gpM 2 (> 0.01177 ft/gpm 2 )

Kmax ft/gpM 2 (< 0.01245 ft/gpm 2 )

[38] VERIFY CCP 2B-B DID NOT TRIP. (ACC. CRIT. 5.0[3])

[39] VERIFY reactor vessel level is below the nozzle centerline.

[40] OBTAIN pump and motor vibration data per TI-31.02, AND ATTACH to this procedure.

[41] STOP CCP 28-B using 2-HS-62-104A, CCP B-B.

Safety Injection System - 2-PTI-063-03 Charging, SI, and RHR Flow Balance Rev. 0000 Test Paqe 75 of 202 Date 6.3 Centrifugal Charging Pumps Flow Balance (continued)

[42] CLOSE the following valves:

A. 2-FCV-63-25, 2-HS-63-25A, BORON INJ TK OUTLET.

B. 2-FCV-63-26, 2-HS-63-26A, BORON INJ TK OUTLET.

[43] VERIFY no excessive vibration of the piping system and components associated with the performance of this Subsection was observed. (ACC. CRIT. 5.0[10])

[44] REMOVE the differential pressure gauge connected across Miniflow Orifice 2-FE-62-257.

1st CV

[45] REMOVE the differential pressure gauge connected across Orifice 2-FE-63-33.

1st CV

[46] REMOVE the differential pressure gauge connected across Orifice 2-FE-63-31.

1st CV

[47] REMOVE the differential pressure gauge connected across Orifice 2-FE-63-29.

1st CV

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 76 of 202 Date 6.3 Centrifugal Charging Pumps Flow Balance (continued)

[48] REMOVE the differential pressure gauge connected across Orifice 2-FE-63-27.

1st Cv

[49] REMOVE the differential pressure gauge connected across orifice 2-FE-63-170.

1st Cv

[50] REMOVE a test gauge installed at CCP 2A-A Suction Pressure Gauge 2-PI-62-109.

1st Cv

[51] REMOVE a test gauge installed at CCP 2A-A Discharge Pressure Gauge 2-PI-62-110.

1st Cv

[52] REMOVE a test gauge installed at CCP 2B-B Suction Pressure Gauge 2-PI-62-105.

1st Cv

[53] REMOVE a test gauge installed at CCP 2B-B Discharge Pressure Gauge 2-PI-62-106.

1st Cv

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 77 of 202 Date 6.4 Safety Injection Pump 2A-A Test Curve NOTE The following section requires monitoring of pump vibration data per TI-31.02 by Preventive and Diagnostic Maintenance, PDM.

[1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.4 are completed.

[2] ENSURE the following valves are CLOSED:

A. 2-THV-63-550, COLD LEG 1 SAFETY INJ THROTTLE B. 2-THV-63-552, COLD LEG 2 SAFETY INJ THROTTLE C. 2-THV-63-554, COLD LEG 3 SAFETY INJ THROTTLE D. 2-THV-63-556, COLD LEG 4 SAFETY INJ THROTTLE

[3] VERIFY/FILL the RWST level is >_25%. (N/A any LIs not in service.)

A. 2-LI-63-50, RWST LEVEL (2-M-6)  %

B. 2-LI-63-51, RWST LEVEL (2-M-6)  %

C. 2-LI-63-52, RWST LEVEL (2-M-6)  %

D. 2-LI-63-53, RWST LEVEL (2-M-6)  %

[4] RECORD the RWST temperature. (700F - 901F) 2-TI-63-132, RWST TEMP (2-M-6) OF

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 78 of 202 Date 6.4 Safety Injection Pump 2A-A Test Curve (continued)

[5] ENSURE the following plant computer points are in scan:

A. T0150A, SIS PUMP A-A MOTOR PH A WNDG B. T0151A, SIS PUMP A-A MOTOR PH B WNDG C. T0152A, SIS PUMP A-A MOTOR PH C WNDG D. T0153A, SIS PMP A-A MTR OUTBRD GUIDE BRG E. T0154A, SIS PMP A-A MTR INBRD GUIDE BRG

[6] RECORD ambient computer point temperatures on Appendix J.

[7] RECORD 2A-A 6.9kV Shutdown Board voltage 2-EI-57-39 (2-M-1) volts (expect 6900 - 7200 volts)

[8] VERIFY SIP 2A-A suction pressure greater than 14 psig.

TEST GAUGE AT 2-PI-63-9 psig CAUTION Closely observe pump operation under miniflow conditions for excessive vibration and overheating.

NOTE During the performance of steps 6.4[9] through 6.4[15], visual observation of transient and steady state vibrations is required.

[9] START SIP 2A-A using 2-HS-63-10A, SI PMP A (ECCS), on 2-M-6.

[10] RECORD the time of the pump start.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 79 of 202 Date 6.4 Safety Injection Pump 2A-A Test Curve (continued)

[11] RECORD time and computer point temperature data at approximately 10 minute intervals on Appendix J until three successive temperature readings differ by no more than 3 percent.

[12] VENT the test flow gauge installed at 2-FE-63-2, and PLACE in service.

[13] RECORD the miniflow rate through 2-FE-63-2.

Miniflow GPM

[14] PERFORM calculation using Appendix T, AND RECORD the pump miniflow resistance.

(ACC. CRIT. 5.0[4.5])

Kmin ftlgpM2 (> 1.76 ft/gpm 2)

Kmax ftlgpm2 (< 2.50 ft/gpm 2)

[15] VERIFY SIP 2A-A DID NOT TRIP. (ACC. CRIT. 5.0[7])

[16] RECORD pump operating data on Appendix J.

[17] RECORD the pump curve data for the miniflow target point on Appendix K.

[18] OBTAIN pump and motor vibration data per TI-31.02, AND ATTACH to this procedure.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 80 of 202 Date 6.4 Safety Injection Pump 2A-A Test Curve (continued)

[19] OPEN the following valves one (1) turn open:

A. 2-THV-63-550, COLD LEG 1 SAFETY INJ THROTTLE B. 2-THV-63-552, COLD LEG 2 SAFETY INJ THROTTLE C. 2-THV-63-554, COLD LEG 3 SAFETY INJ THROTTLE D. 2-THV-63-556, COLD LEG 4 SAFETY INJ THROTTLE

[20] OPEN Valve 2-FCV-63-22 using 2-HS-63-22A, SI PMPS TO CL 1-2-3-4, on 2-M-6.

[21] CLOSE the following valves:

A. 2-THV-63-550, COLD LEG 1 SAFETY INJ THROTTLE B. 2-THV-63-552, COLD LEG 2 SAFETY INJ THROTTLE C. 2-THV-63-554, COLD LEG 3 SAFETY INJ THROTTLE D. 2-THV-63-556, COLD LEG 4 SAFETY INJ THROTTLE

[22] VENT the following test flow gauges, AND PLACE in service:

A. Installed at 2-FE-63-151 (Aux 713' All W)

B. Installed at 2-FE-63-122 (RXB 732' 380)

C. Installed at 2-FE-63-123 (RXB 732' 1450)

D. Installed at 2-FE-63-124 (RXB 730' 2100)

E. Installed at 2-FE-63-125 (RXB 728' 3240)

[23] THROTTLE Valve 2-THV-63-550, COLD LEG 1 SAFETY INJ THROTTLE, until flow through 2-FE-63-151 is greater than 110 gpm.

[24] CLOSE SIP miniflow Valve 2-FCV-63-4 using 2-HS-63-4A, SI PMP A RECIRC TO RWST.

[25] VERIFY flow through 2-FE-63-151 is greater than 110 gpm.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 81 of 202 Date 6.4 Safety Injection Pump 2A-A Test Curve (continued)

[26] VERIFY the miniflow through 2-FE-63-2 is less than one gpm.

[27] THROTTLE Valves 2-THV-63-550, SIS Li CL INJ VLV, 2-THV-63-552, SIS L2 CL INJ VLV, 2-THV-63-554, SIS L3 CL INJ VLV, and 2-THV-63-556, SIS L4 CL INJ VLV, until the total flow through 2-FE-63-151 is between 245 and 255 gpm.

[28] RECORD pump curve data for 250 gpm target point on Appendix K.

[29] THROTTLE Valves 2-THV-63-550, SIS Li CL INJ VLV, 2-THV-63-552, SIS L2 CL INJ VLV, 2-THV-63-554, SIS L3 CL INJ VLV, and 2-THV-63-556, SIS L4 CL INJ VLV, until the total flow through 2-FE-63-151 is between 345 and 355 gpm.

[30] RECORD pump curve data for 350 gpm target point on Appendix K.

[31] THROTTLE Valves 2-THV-63-550, SIS LI CL INJ VLV, 2-THV-63-552, SIS L2 CL INJ VLV, 2-THV-63-554, SIS L3 CL INJ VLV, and 2-THV-63-556, SIS L4 CL INJ VLV, until the total flow through 2-FE-63-151 is between 445 and 455 gpm.

[32] RECORD pump curve data for 450 gpm target point on Appendix K.

[33] THROTTLE Valves 2-THV-63-550, SIS Li CL INJ VLV, 2-THV-63-552, SIS L2 CL INJ VLV, 2-THV-63-554, SIS L3 CL INJ VLV, and 2-THV-63-556, SIS L4 CL INJ VLV, until the total flow through 2-FE-63-151 is between 545 and 555 gpm.

[34] RECORD pump curve data for 550 gpm target point on Appendix K.

CAUTION Do not exceed 650 gpm in total SIP 2A-A output through 2-FE-63-151.

[35] THROTTLE Valves 2-THV-63-550, SIS LI CL INJ VLV, 2-THV-63-552, SIS L2 CL INJ VLV, 2-THV-63-554, SIS L3 CL INJ VLV, and 2-THV-63-556, SIS L4 CL INJ VLV, until the total flow through 2-FE-63-151 is between 645 and 650 gpm.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 82 of 202 Date 6.4 Safety Injection Pump 2A-A Test Curve (continued)

[36] RECORD pump curve data for 650 gpm target point on Appendix K.

NOTE The following steps verify that Check Valve 2-CKV-63-526, SI PMP 2B-B DISCHARGE CKV, is CLOSED.

[37] CLOSE Valve 2-ISV-63-527, SI PMP 2B-B DISCHARGE ISOLATION.

[38] VERIFY total flowrate is 645-650 gpm through 2-FE-63-151.

Total Flowrate GPM

[39] OPEN Valve 2-ISV-63-527, SI PMP 2B-B DISCHARGE ISOLATION.

[40] ENSURE SIP 2A-A has been running for at least 20 minutes as noted in step 6.4[10].

[41] STOP SIP 2A-A using Hand Switch 2-HS-63-10A, Sl PMP A (ECCS).

[42] OPEN SIP miniflow Valve 2-FCV-63-4 using 2-HS-63-4A, Sl PMP A RECIRC TO RWST.

[43] CLOSE Valve 2-FCV-63-22 using 2-HS-63-22A, SI PMPS TO CL 1-2-3-4.

[44] CLOSE the following valves:

A. 2-THV-63-550, COLD LEG 1 SAFETY INJ THROTTLE B. 2-THV-63-552, COLD LEG 2 SAFETY INJ THROTTLE C. 2-THV-63-554, COLD LEG 3 SAFETY INJ THROTTLE D. 2-THV-63-556, COLD LEG 4 SAFETY INJ THROTTLE

[45] PERFORM pump curve calculations for SIP 2A-A on Appendix K.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 83 of 202 Date 6.4 Safety Injection Pump 2A-A Test Curve (continued)

[46] VERIFY SIP 2A-A head/flow pump curve data is greater than the FSAR curve and less than the maximum composite curve from Appendix K. (ACC. CRIT. 5.0[5])

[47] UNPLUG the watt-transducer/multimeter SDB 2A-A Compt 15.

1st CV

[48] VERIFY no excessive vibration of the piping system and components associated with the performance of this subsection was observed. (ACC. CRIT. 5.0[10])

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 84 of 202 Date 6.5 Safety Injection Pump 2B-B Test Curve NOTE The following section requires monitoring of pump vibration data per TI-31.02 by Preventive and Diagnostic Maintenance, PDM.

[1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.5 are completed.

[2] ENSURE the following valves are CLOSED:

A. 2-THV-63-550, COLD LEG 1 SAFETY INJ THROTTLE B. 2-THV-63-552, COLD LEG 2 SAFETY INJ THROTTLE C. 2-THV-63-554, COLD LEG 3 SAFETY INJ THROTTLE D. 2-THV-63-556, COLD LEG 4 SAFETY INJ THROTTLE

[3] VERIFY/FILL the RWST level is _>25%. (N/A any LIs not in service.)

A. 2-LI-63-50, RWST LEVEL (2-M-6)  %

B. 2-LI-63-51, RWST LEVEL (2-M-6)  %

C. 2-LI-63-52, RWST LEVEL (2-M-6)  %

D. 2-LI-63-53, RWST LEVEL (2-M-6)  %

[4] RECORD the RWST temperature. (70-F - 90°F).

2-TI-63-132, RWST TEMP (2-M-6) OF

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 85 of 202 Date 6.5 Safety Injection Pump 2B-B Test Curve (continued)

[5] ENSURE the following plant computer points are in scan:

A. T0155A, SIS PUMP B-B MOTOR PH AWNDG B. T0156A, SIS PUMP B-B MOTOR PH B WNDG C. T0157A, SIS PUMP B-B MOTOR PH C WNDG D. T0158A, SIS PMP B-B MTR OUTBRD GUIDE BRG E. T0159A, SIS PMP B-B MTR INBRD GUIDE BRG

[6] RECORD ambient computer point temperatures on Appendix L.

[7] RECORD 2B-B 6.9kV Shutdown Board voltage.

2-EI-57-66 (2-M-1) volts (expected 6900 - 7200 volts)

[8] VERIFY SIP 2B-B suction pressure greater than 14 psig.

TEST GAUGE AT 2-PI-63-14 psig CAUTION Closely observe pump operation under miniflow conditions for excessive vibration and overheating.

NOTE During the performance of steps 6.5[9] through 6.5[15], visual observation of transient and steady state vibrations is required.

[9] START SIP 2B-B using 2-HS-63-15A, SI PMP B (ECCS)

[2-M-6].

[10] RECORD the time of the pump start.

WBN Safety Injection System - 22-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 86 of 202 Date 6.5 Safety Injection Pump 2B-B Test Curve (continued)

[11] RECORD time and computer point temperature data at approximately 10 minute intervals on Appendix L until three successive temperature readings differ by no more than 3 percent.

[12] VENT the test flow gauge installed at 2-FE-63-2 (Aux 692' A9 U), AND PLACE in service.

[13] RECORD the miniflow rate through 2-FE-63-2.

Miniflow GPM

[14] PERFORM calculation using Appendix T, AND RECORD the pump miniflow resistance.

(ACC. CRIT. 5.0[4.5])

2 Kmin ________ftlgpM (> 1.76 ft/gpm 2 )

Kmax ft/gpM 2 (< 2.50 ft/gpm 2 )

[15] VERIFY SIP 2B-B DID NOT TRIP. (ACC. CRIT. 5.0[7])

[16] RECORD pump operating data on Appendix L.

[17] RECORD the pump curve data for the miniflow target point on Appendix M.

[18] OBTAIN pump and motor vibration data per TI-31.02, AND ATTACH to this procedure.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 87 of 202 Date 6.5 Safety Injection Pump 2B-B Test Curve (continued)

[19] OPEN the following valves one (1) turn open:

A. 2-THV-63-550, COLD LEG 1 SAFETY INJ THROTTLE B. 2-THV-63-552, COLD LEG 2 SAFETY INJ THROTTLE C. 2-THV-63-554, COLD LEG 3 SAFETY INJ THROTTLE D. 2-THV-63-556, COLD LEG 4 SAFETY INJ THROTTLE

[20] OPEN Valve 2-FCV-63-22 using 2-HS-63-22A, SI PMPS TO CL 1-2-3-4, on 2-M-6.

[21] CLOSE the following valves:

A. 2-THV-63-550, COLD LEG 1 SAFETY INJ THROTTLE B. 2-THV-63-552, COLD LEG 2 SAFETY INJ THROTTLE C. 2-THV-63-554, COLD LEG 3 SAFETY INJ THROTTLE D. 2-THV-63-556, COLD LEG 4 SAFETY INJ THROTTLE

[22] VENT the following test flow gauges, AND PLACE in service:

A. Installed at 2-FE-63-20 (Aux 721' Al 1 W)

B. Installed at 2-FE-63-122 (RXB 732' 380)

C. Installed at 2-FE-63-123 (RXB 732' 1450)

D. Installed at 2-FE-63-124 (RXB 732' 2100)

E. Installed at 2-FE-63-125 (RXB 732' 3240)

[23] THROTTLE Valve 2-THV-63-550, COLD LEG 1 SAFETY INJ THROTTLE, until flow through 2-FE-63-20 is greater than 110 gpm.

[24] CLOSE SIP miniflow Valve 2-FCV-63-175 using 2-HS-63-175A, SI PMP B RECIRC TO RWST.

[25] VERIFY flow through 2-FE-63-20 is greater than 110 gpm.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 88 of 202 Date 6.5 Safety Injection Pump 2B-B Test Curve (continued)

[26] VERIFY the miniflow through 2-FE-63-2 is less than one gpm.

[27] THROTTLE Valves 2-THV-63-550, SIS LI CL INJ VLV, 2-THV-63-552, SIS L2 CL INJ VLV, 2-THV-63-554, SIS L3 CL INJ VLV, and 2-THV-63-556, SIS L4 CL INJ VLV, until the total flow through 2-FE-63-20 is between 245 and 255 gpm.

[28] RECORD pump curve data for 250 gpm target point on Appendix M.

[29] THROTTLE Valves 2-THV-63-550, SIS Li CL INJ VLV, 2-THV-63-552, SIS L2 CL INJ VLV, 2-THV-63-554, SIS L3 CL INJ VLV, and 2-THV-63-556, SIS L4 CL INJ VLV, until the total flow through 2-FE-63-20 is between 345 and 355 gpm.

[30] RECORD pump curve data for 350 gpm target point on Appendix M.

[31] THROTTLE Valves 2-THV-63-550, SIS Li CL INJ VLV, 2-THV-63-552, SIS L2 CL INJ VLV, 2-THV-63-554, SIS L3 CL INJ VLV, and 2-THV-63-556, SIS L4 CL INJ VLV, until the total flow through 2-FE-63-20 is between 445 and 455 gpm.

[32] RECORD pump curve data for 450 gpm target point on Appendix M.

[33] THROTTLE Valves 2-THV-63-550, SIS Li CL INJ VLV, 2-THV-63-552, SIS L2 CL INJ VLV, 2-THV-63-554, SIS L3 CL INJ VLV, and 2-THV-63-556, SIS L4 CL INJ VLV, until the total flow through 2-FE-63-20 is between 545 and 555 gpm.

[34] RECORD pump curve data for 550 gpm target point on Appendix M.

CAUTION Do not exceed 650 gpm in total SIP 2B-B output through 2-FE-63-20.

[35] THROTTLE Valves 2-THV-63-550, SIS Li CL INJ VLV, 2-THV-63-552, SIS L2 CL INJ VLV, 2-THV-63-554, SIS L3 CL INJ VLV, and 2-THV-63-556, SIS L4 CL INJ VLV, until the total flow through 2-FE-63-20 is between 645 and 650 gpm.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 89 of 202 Date 6.5 Safety Injection Pump 2B-B Test Curve (continued)

[36] RECORD pump curve data for 650 gpm target point on Appendix M.

NOTE The following steps verify that Check Valve 2-CKV-63-524, SI PMP 2A-A DISCHARGE CKV, is CLOSED.

[37] CLOSE Valve 2-ISV-63-525, Sl PMP 2A-A DISCHARGE ISOLATION.

[38] VERIFY total flowrate is 645-650 gpm through 2-FE-63-20.

Total Flowrate GPM

[39] OPEN Valve 2-ISV-63-525, SI PMP 2A-A DISCHARGE.

[40] ENSURE SIP 2B-B has been running for at least 20 minutes as noted in step 6.5[10].

[41] STOP SIP 2B-B using Hand Switch 2-HS-63-15A, Sl PMP A.

[42] OPEN SIP miniflow Valve 2-FCV-63-175 using 2-HS-63-175A, Sl PMP B RECIRC TO RWST.

[43] CLOSE Valve 2-FCV-63-22 using 2-HS-63-22A, Sl PUMPS TO CL 1-2-3-4.

[44] CLOSE the following valves:

A. 2-THV-63-550, COLD LEG 1 SAFETY INJ THROTTLE B. 2-THV-63-552, COLD LEG 2 SAFETY INJ THROTTLE C. 2-THV-63-554, COLD LEG 3 SAFETY INJ THROTTLE D. 2-THV-63-556, COLD LEG 4 SAFETY INJ THROTTLE

[45] PERFORM pump curve calculations for SIP 2B-B on Appendix M.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 90 of 202 Date 6.5 Safety Injection Pump 2B-B Test Curve (continued)

[46] VERIFY SIP 2B-B head/flow pump curve data is greater than the FSAR curve and less than the maximum composite curve from Appendix M. (ACC. CRIT. 5.0[5])

[47] UNPLUG the watt-transducer/multimeter SDB 2B-B Compt 15.

1st CV

[48] VERIFY no excessive vibration of the piping system and components associated with the performance of this subsection was observed. (ACC. CRIT. 5.0[10])

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 91 of 202 Date 6.6 Safety Injection Pumps Flow Balance - Cold Leg Injection

[1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.6 are completed.

[2] VERIFY/FILL the RWST level is >_25%. (N/A any LIs not in service.)

A. 2-LI-63-50, RWST LEVEL (2-M-6)  %

B. 2-LI-63-51, RWST LEVEL (2-M-6)  %

C. 2-LI-63-52, RWST LEVEL (2-M-6)  %

D. 2-LI-63-53, RWST LEVEL (2-M-6)  %

[3] RECORD the RWST temperature. (70°F - 90 0F) 2-TI-63-132, RWST TEMP (2-M-6) OF

[4] ENSURE the following valves are CLOSED:

A. 2-THV-63-550, COLD LEG 1 SAFETY INJ THROTTLE B. 2-THV-63-552, COLD LEG 2 SAFETY INJ THROTTLE C. 2-THV-63-554, COLD LEG 3 SAFETY INJ THROTTLE D. 2-THV-63-556, COLD LEG 4 SAFETY INJ THROTTLE

[5] VERIFY SIP 2A-A suction pressure greater than 14 psig.

TEST GAUGE AT 2-PI-63-9 psig

[6] START Safety Injection Pump 2A-A on miniflow using 2-HS-63-10A, SI PMP A (ECCS), on 2-M-6.

[7] RECORD the time of the 2A-A pump start.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 92 of 202 Date 6.6 Safety Injection Pumps Flow Balance - Cold Leg Injection (continued)

[8] OPEN the following valves one (1) turn open:

A. 2-THV-63-550, COLD LEG 1 SAFETY INJ THROTTLE B. 2-THV-63-552, COLD LEG 2 SAFETY INJ THROTTLE C. 2-THV-63-554, COLD LEG 3 SAFETY INJ THROTTLE D. 2-THV-63-556, COLD LEG 4 SAFETY INJ THROTTLE

[9] OPEN Valve 2-FCV-63-22 using 2-HS-63-22A, SI PMPS TO CL 1-2-3-4, on 2-M-6.

[10] CLOSE the following valves:

A. 2-THV-63-550, COLD LEG 1 SAFETY INJ THROTTLE B. 2-THV-63-552, COLD LEG 2 SAFETY INJ THROTTLE C. 2-THV-63-554, COLD LEG 3 SAFETY INJ THROTTLE D. 2-THV-63-556, COLD LEG 4 SAFETY INJ THROTTLE

[11] VENT the following test flow gauges, AND PLACE in service:

A. 2-FE-63-122 (RXB 732' 380)

B. 2-FE-63-123 (RXB 732' 1450)

C. 2-FE-63-124 (RXB 730' 2100)

D. 2-FE-63-125 (RXB 728' 324-)

CAUTION Do not exceed 650 gpm in total SIP 2A-A output through 2-FE-63-2 and 2-FE-63-151.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 93 of 202 Date 6.6 Safety Injection Pumps Flow Balance - Cold Leg Injection (continued)

NOTE Per 2-TSD-63-3, Westinghouse has estimated in WBT-D-4376 that the cold leg injection flow would be 599.8, or 149.95 gpm per cold leg.

[12] THROTTLE OPEN Valves 2-THV-63-550, COLD LEG 1 SAFETY INJ THROTTLE, 2-THV-63-552, COLD LEG 2 SAFETY INJ THROTTLE, 2-THV-63-554, COLD LEG 3 SAFETY INJ THROTTLE, and 2-THV-63-556, COLD LEG 4 SAFETY INJ THROTTLE, until injection flow through 2-FE-63-151 is between 595 and 605 gpm.

[13] ADJUST Valves 2-THV-63-550, COLD LEG 1 SAFETY INJ THROTTLE, 2-THV-63-552, COLD LEG 2 SAFETY INJ THROTTLE, 2-THV-63-554, SIS L3 CL INJ VALVE, and 2-THV-63-556, COLD LEG 4 SAFETY INJ THROTTLE, until the following conditions are met:

A. Difference between highest branch Line flow and lowest branch line flow is less than or equal to 10 gpm.

Difference GPM B. Total SIP flow through 2-FE-63-2 and 2-FE-63-151is greater than or equal to 605.9 gpm.

Total SIP 2A-A Flow GPM C. Total SIP flow through 2-FE-63-2 and 2-FE-63-151 is less than or equal to 654.6 gpm.

Total SIP 2A-A Flow GPM

[14] START SIP 2B-B using 2-HS-63-15A, SI PMP B (ECCS)

[2-M-6].

[15] RECORD the time of the 2B-B pump start.

[16] ENSURE SIP 2A-A has been running for at least 20 minutes as noted in step 6.6[7].

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 94 of 202 Date 6.6 Safety Injection Pumps Flow Balance - Cold Leg Injection (continued)

[17] STOP SIP 2A-A using 2-HS-63-10A, SI PMP A (ECCS)

[2-M-6].

CAUTION Do not exceed 650 gpm in total SIP 2B-B output through 2-FE-63-2 and 2-FE-63-20.

[18] ADJUST Valves 2-THV-63-550, COLD LEG 1 SAFETY INJ THROTTLE, 2-THV-63-552, COLD LEG 2 SAFETY INJ THROTTLE, 2-THV-63-554, SIS L3 CL INJ VALVE, and 2-THV-63-556, COLD LEG 4 SAFETY INJ THROTTLE, until the following conditions are met:

A. Difference between highest branch Line flow and lowest branch line flow is less than or equal to 10 gpm.

Difference GPM B. Total SIP flow through 2-FE-63-2 and 2-FE-63-20 is greater than or equal to 605.9 gpm.

Total SIP 2B-B Flow GPM C. Total SIP flow through 2-FE-63-2 and 2-FE-63-20 is less than or equal to 654.6 gpm.

Total SIP 2B-B Flow GPM

[19] START SIP 2A-A using 2-HS-63-1OA, SI PMP A (ECCS)

[2-M-6].

[20] RECORD the time of the 2A-A pump start.

[21] ENSURE SIP 2B-B has been running for at least 20 minutes as noted in step 6.6[15].

[22] STOP SIP 2B-B using 2-HS-63-15A, SI PMP B (ECCS)

[2-M-6].

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 95 of 202 Date 6.6 Safety Injection Pumps Flow Balance - Cold Leg Injection (continued)

[23] VERIFY the following conditions:

A. Difference between highest branch Line flow and lowest branch line flow is less than or equal to 10 gpm.

Difference GPM B. Total SIP flow through 2-FE-63-2 and 2-FE-63-151 is greater than or equal to 605.9 gpm.

Total SIP 2A-A Flow GPM C. Total SIP flow through 2-FE-63-2 and 2-FE-63-151 is less than or equal to 654.6 gpm.

Total SIP 2A-A Flow GPM

[24] ENSURE SIP 2A-A has been running for at least 20 minutes as noted in step 6.6[20].

[25] STOP SIP 2A-A using 2-HS-63-10A, SI PMP A (ECCS)

[2-M-6].

[26] CLOSE Valve 2-FCV-63-22 using 2-HS-63-22A, SI PMPS TO CL 1-2-3-4.

NOTE Do not move throttle valve position while installing valve position locking devices.

[27] INSTALL locking devices on the following valves:

A. 2-THV-63-550, COLD LEG 1 SAFETY INJ THROTTLE B. 2-THV-63-552, COLD LEG 2 SAFETY INJ THROTTLE C. 2-THV-63-554, COLD LEG 3 SAFETY INJ THROTTLE D. 2-THV-63-556, COLD LEG 4 SAFETY INJ THROTTLE

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 96 of 202 Date 6.6 Safety Injection Pumps Flow Balance - Cold Leg Injection (continued)

[28] OPEN Valve 2-FCV-63-22 using 2-HS-63-22A, SI PMPS TO CL 1-2-3-4.

NOTE During the performance of steps 6.6[29] through 6.6[49] visual observation of transient and steady state vibrations is required.

[29] START SIP 2A-A using 2-HS-63-10A, SI PMP A (ECCS)

[2-M-6].

[30] RECORD the time of the 2A-A pump start.

[31] VERIFY the following conditions:

A. Difference between highest branch Line flow and lowest branch line flow is less than or equal to 10 gpm.

(ACC. CRIT. 5.0[4.3])

Difference GPM B. Total SIP flow through 2-FE-63-2 and 2-FE-63-151 is greater than or equal to 605.9 gpm.

(ACC. CRIT. 5.0[4.2])

Total SIP 2A-A Flow GPM C. Total SIP flow through 2-FE-63-2 and 2-FE-63-151 is less than or equal to 654.6 gpm.

(ACC. CRIT. 5.0[4.1])

Total SIP 2A-A Flow GPM

[32] RECORD SIP 2A-A discharge pressure, suction pressure, Flow Rate, motor current and mechanical data on Appendix N.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 97 of 202 Date 6.6 Safety Injection Pumps Flow Balance - Cold Leg Injection (continued)

[33] RECORD the pump discharge resistance using Appendix T.

(ACC. CRIT. 5.0[4.4])

Kmin ft/gpm 2 (> 0.004644 ft/gpm 2 )

Kmax ft/gpm 2 (< 0.005326 ft/gpm 2 )

[34] VERIFY SIP 2A-A DID NOT TRIP. (ACC. CRIT. 5.0[7])

[35] VERIFY Reactor Vessel level is below the nozzle centerline.

[36] OBTAIN pump and motor vibration data per TI-31.02, AND ATTACH to this procedure.

[37] START SIP 2B-B using 2-HS-63-15A, Sl PMP B (ECCS)

[2-M-6].

[38] RECORD the time of the 2B-B pump start.

[39] ENSURE SIP 2A-A has been running for at least 20 minutes as noted in step 6.6[30].

[40] STOP SIP 2A-A using 2-HS-63-1OA, Sl PMP A (ECCS)

[2-M-6].

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 98 of 202 Date 6.6 Safety Injection Pumps Flow Balance - Cold Leg Injection (continued)

[41] VERIFY the following conditions:

A. Difference between highest branch line flow and lowest branch Line flow is less than or equal to 10 gpm.

(ACC. CRIT. 5.0[4.3])

Difference GPM B. Total SIP flow through 2-FE-63-2 and 2-FE-63-20 is greater than or equal to 605.9 gpm.

(ACC. CRIT. 5.0[4.2])

Total SIP 2B-B Flow GPM C. Total SIP flow through 2-FE-63-2 and 2-FE-63-20 is less than or equal to 654.6 gpm.

(ACC. CRIT. 5.0[4.1])

Total SIP 2B-B Flow GPM NOTE The following step is for information only and not for proof in regards to Acceptance Criteria.

[42] CAPTURE the current flow rates data, AND ATTACH to WO.

[43] RECORD SIP 2B-B discharge pressure, suction pressure, Flow Rate, motor current and mechanical data on Appendix N.

[44] RECORD the pump discharge resistance using Appendix T.

(ACC. CRIT. 5.0[4.4])

Kmin ft/gpm 2 (> 0.004644 ft/gpm 2 )

Kmax ft/gpm 2 (< 0.005326 ft/gpm 2 )

[45] VERIFY SIP 2B-B DID NOT TRIP. (ACC. CRIT. 5.0[7])

[46] VERIFY reactor vessel level is below the nozzle centerline.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 99 of 202 Date 6.6 Safety Injection Pumps Flow Balance - Cold Leg Injection (continued)

[47] OBTAIN pump and motor vibration data per TI-31.02, AND ATTACH to this procedure.

[48] ENSURE SIP 2B-B has been running for at least 20 minutes as noted in step 6.6[38].

[49] STOP SIP 2B-B using 2-HS-63-15A, SI PMP B (ECCS)

[2-M-6].

[50] CLOSE Valve 2-FCV-63-22 using 2-HS-63-22A, SI PMPS TO CL 1-2-3-4.

[51] VERIFY no excessive vibration of the piping system and components associated with the performance of this subsection was observed. (ACC. CRIT. 5.0[10])

NOTE The remaining steps of this subsection are not a restraint to progressing to other subsections.

[52] REMOVE the differential pressure gauge connected across Orifice 2-FE-63-122.

1st CV

[53] REMOVE the differential pressure gauge connected across Orifice 2-FE-63-123.

1st CV

[54] REMOVE the differential pressure gauge connected across Orifice 2-FE-63-124.

1st CV

[55] REMOVE the differential pressure gauge connected across Orifice 2-FE-63-125.

1st CV

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 100 of 202 Date 6.7 Safety Injection Pump 2A-A Flow Balance Hot Leg Recirculation

[1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.7 are completed.

[2] ENSURE the following valves are CLOSED:

A. 2-THV-63-542, HOT LEG 1 SAFETY INJ THROTTLE B. 2-THV-63-544, HOT LEG 3 SAFETY INJ THROTTLE

[3] RECORD the RWST temperature. (70°F-90 0 F) 2-TI-63-132, RWST TEMP (2-M-6) OF

[4] VERIFY/FILL the RWST level is >_25%. (N/A any LIs not in service.)

A. 2-LI-63-50, RWST LEVEL (2-M-6)  %

B. 2-LI-63-51, RWST LEVEL (2-M-6)  %

C. 2-LI-63-52, RWST LEVEL (2-M-6)  %

D. 2-LI-63-53, RWST LEVEL (2-M-6)  %

[5] VERIFY SIP 2A-A suction pressure greater than 14 psig.

TEST GAUGE AT 2-PI-63-9 psig

[6] START SIP 2A-A on Miniflow using 2-HS-63-10A, SI PMP A (ECCS) [2-M-6].

[7] RECORD the time of the 2A-A pump start.

[8] OPEN the following valves one (1) turn open:

A. 2-THV-63-542, HOT LEG 1 SAFETY INJ THROTTLE B. 2-THV-63-544, HOT LEG 3 SAFETY INJ THROTTLE

[9] OPEN Valve 2-FCV-63-156 using 2-HS-63-156A, SI PMP A TO HL 1 & 3.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 101 of 202 Date 6.7 Safety Injection Pump 2A-A Flow Balance Hot Leg Recirculation (continued)

[10] CLOSE the following valves:

A. 2-THV-63-542, HOT LEG 1 SAFETY INJ THROTTLE B. 2-THV-63-544, HOT LEG 3 SAFETY INJ THROTTLE

[11] CLOSE Valve 2-FCV-63-152 using 2-HS-63-152A, SI PMP A TO CL 1-2-3-4.

[12] VENT the following test flow gauges, AND PLACE in service:

A. 2-FE-63-161 (Acc Rm 2 723' 1350)

B. 2-FE-63-162 (Acc Rm 1 731'370)

[13] THROTTLE OPEN Valve 2-THV-63-542, HOT LEG 1 SAFETY INJ THROTTLE, until flow through 2-FE-63-151 is greater than 110 gpm.

[14] CLOSE SIP Miniflow Valve 2-FCV-63-4 using 2-HS-63-4A, SI PMP A RECIRC TO RWST.

[15] VERIFY flow through 2-FE-63-151 is greater than 110 gpm.

[16] VERIFY flow through 2-FE-63-2 is less than one gpm.

NOTE The following steps verify maximum flow through the hole drilled through the disk for Valve 2-FCV-63-157.

[17] ENSURE Valve 2-THV-63-546, SIS L2 HL INJ VALVE, is partially OPEN.

[18] RECORD injection flow through 2-FE-63-151.

Injection Flow GPM

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 102 of 202 Date 6.7 Safety Injection Pump 2A-A Flow Balance Hot Leg Recirculation (continued)

[19] OPEN Valve 2-FCV-63-152 using 2-HS-63-152A, SI PMP A TO CL 1-2-3-4.

[20] RECORD injection flow through 2-FE-63-151.

Injection Flow GPM

[21] RECORD Injection Flow through 2-FE-63-151 with Valve 2-FCV-63-152 OPEN and CLOSED, AND CALCULATE difference in flow.

A. Valve 2-FCV-63-152 OPEN (6.7[18])

Injection Flow GPM B. Valve 2-FCV-63-152 CLOSED (6.7[20])

Injection Flow GPM C. Flow rate difference gpm (less than or equal to 10 gpm) (ACC. CRIT. 5.0[8])

Calculation Performed By Initials Date Calculation Verified By Initials Date

[22] CLOSE Valve 2-FCV-63-152 using 2-HS-63-152A, SI PMP A TO CL 1-2-3-4.

[23] IF Subsection 6.8 has been performed, THEN MARK Step 6.7[24] N/A.

[24] CLOSE Valve 2-THV-63-546, SIS L2 HL INJ VALVE.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 103 of 202 Date 6.7 Safety Injection Pump 2A-A Flow Balance Hot Leg Recirculation (continued)

CAUTION Do not exceed 650 gpm for the Injection Flow through 2-FE-63-151.

[25] THROTTLE OPEN Valves 2-THV-63-542, HOT LEG 1 SAFETY INJ THROTTLE, and 2-THV-63-544, HOT LEG 3 SAFETY INJ THROTTLE, until Injection Flow through 2-FE-63-151 is between 558.3 and 653.7 gpm.

[26] ADJUST Valves 2-THV-63-542, SIS L1 HL I N J VLV and 2-THV-63-544, HOT LEG 3 SAFETY INJ THROTTLE, until the total injection flow is greater than or equal to 558.3 gpm and less than or equal to 653.7 gpm for Injection Flow through 2-FE-63-151.

Injection Flow GPM NOTE The following step is for information only and not for proof in regards to Acceptance Criteria.

[27] CAPTURE the current flow rates data, AND ATTACH to WO.

[28] RECORD SIP 2A-A discharge and suction pressure:

TEST GAUGE AT 2-PT-63-149 psig (DISCHARGE)

TEST GAUGE AT 2-PI-63-9 psig (SUCTION)

[29] ENSURE SIP 2A-A has been running for at least 20 minutes as noted in step 6.7[7].

[30] STOP SIP 2A-A using 2-HS-63-10A, SI PMP A (ECCS).

[31] CLOSE Valve 2-FCV-63-156 using 2-HS-63-156A, SI PMP A TO HL 1 & 3.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 104 of 202 Date 6.7 Safety Injection Pump 2A-A Flow Balance Hot Leg Recirculation (continued)

[32] INSTALL locking devices on the following valves:

A. 2-THV-63-542, HOT LEG 1 SAFETY INJ THROTTLE B. 2-THV-63-544, HOT LEG 3 SAFETY INJ THROTTLE

[33] OPEN Valve 2-FCV-63-156 using 2-HS-63-156A, SI PMP A TO HL 1 & 3.

NOTE During the performance of steps 6.7[34] through 6.7[38] visual observation of transient and steady state vibrations is required.

[34] START SIP 2A-A using 2-HS-63-10A, SI PMP A (ECCS).

[35] RECORD the time of the 2A-A pump start.

[36] VERIFY the total injection flow is greater than or equal to 558.3 gpm and less than or equal to 653.7 gpm.

(ACC. CRIT. 5.0[6.1])

Injection Flow GPM

[37] RECORD the pump discharge resistance using Appendix T.

(ACC. CRIT. 5.0[6.2])

Kmin ft/gpm 2 (> 0.004717 ft/gpm 2)

Kmax ft/gpm 2 (< 0.006886 ft/gpm 2 )

[38] ENSURE SIP 2A-A has been running for at least 20 minutes as noted in step 6.7[35].

[39] STOP SIP 2A-A using 2-HS-63-10A, SI PMP A (ECCS).

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 105 of 202 Date 6.7 Safety Injection Pump 2A-A Flow Balance Hot Leg Recirculation (continued)

[40] OPEN SIP Miniflow Valve 2-FCV-63-4 using 2-HS-63-4A, SI PMP A RECIRC TO RWST.

[41] CLOSE Valve 2-FCV-63-156 using 2-HS-63-156A, SI PMP A TO HL 1 & 3.

[42] OPEN Valve 2-FCV-63-152 using 2-HS-63-152A, SI PMP A TO CL 1-2-3-4.

[43] VERIFY no excessive vibration of the piping system and components associated with the performance of this subsection was observed. (ACC. CRIT. 5.0[10])

[44] VERIFY/REMOVE differential pressure gauge connected across Orifice 2-FE-63-161.

1st CV

[45] VERIFY/REMOVE differential pressure gauge connected across Orifice 2-FE-63-162.

1st CV

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 106 of 202 Date 6.8 Safety Injection Pump 2B-B Flow Balance Hot Leg Recirculation

[1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.8 are completed.

[2] ENSURE the following valves are CLOSED:

A. 2-THV-63-546, HOT LEG 2 SAFETY INJ THROTTLE B. 2-THV-63-548, HOT LEG 4 SAFETY INJ THROTTLE

[3] RECORD the RWST temperature. (70°F-90°F) 2-TI-63-132, RWST TEMP (2-M-6) OF

[4] VERIFY/FILL the RWST level is _>25%. (N/A any LIs not in service.)

A. 2-LI-63-50, RWST LEVEL (2-M-6)  %

B. 2-LI-63-51, RWST LEVEL (2-M-6)  %

C. 2-LI-63-52, RWST LEVEL (2-M-6)  %

D. 2-LI-63-53, RWST LEVEL (2-M-6)  %

[5] VERIFY SIP 2B-B suction pressure greater than 14 psig.

TEST GAUGE AT 2-PI-63-14 psig

[6] START SIP 2B-B on Miniflow using 2-HS-63-15A, SI PMP B, on 2-M-6.

[7] RECORD the time of the 2B-B pump start.

[8] OPEN the following valves one (1) turn open:

A. 2-THV-63-546, HOT LEG 2 SAFETY INJ THROTTLE B. 2-THV-63-548, HOT LEG 4 SAFETY INJ THROTTLE

[9] OPEN Valve 2-FCV-63-157 using 2-HS-63-157A, SI PMP B TOHL2&4.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI,-and RHR Flow Balance Rev. 0000 Test Page 107 of 202 Date 6.8 Safety Injection Pump 2B-B Flow Balance Hot Leg Recirculation (continued)

[10] CLOSE the following valves:

A. 2-THV-63-546, HOT LEG 2 SAFETY INJ THROTTLE B. 2-THV-63-548, HOT LEG 4 SAFETY INJ THROTTLE

[11] CLOSE Valve 2-FCV-63-153, SI PMP B DISCH TO CL 4 using 2-HS-63-153A.

[12] VENT the following test flow gauges, AND PLACE in service:

A. 2-FE-63-159 (Fan Rm 1 738' 00)

B. 2-FE-63-160 (Fan Rm 2 729' 1800)

[13] THROTTLE OPEN Valve 2-THV-63-546, HOT LEG 2 SAFETY INJ THROTTLE, until flow through 2-FE-63-20 is greater than 110 gpm.

[14] CLOSE Valve 2-FCV-63-175 using 2-HS-63-175A, SI PMP B RECIRC TO RWST.

[15] VERIFY flow through 2-FE-63-20 is greater than 110 gpm.

[16] VERIFY flow through 2-FE-63-2 is less than one gpm.

NOTE The following steps verify maximum flow through the hole drilled through the disk for Valve 2-FCV-63-156.

[17] ENSURE Valve 2-THV-63-542, SIS Li HL INJ VALVE, is partially OPEN.

[18] RECORD injection flow through 2-FE-63-20.

Injection Flow GPM

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 108 of 202 Date 6.8 Safety Injection Pump 2B-B Flow Balance Hot Leg Recirculation (continued)

[19] OPEN Valve 2-FCV-63-153 using 2-HS-63-153A, SI PMP B TO CL 1-2-3-4.

[20] RECORD injection flow through 2-FE-63-20.

Injection Flow GPM

[21] RECORD Injection Flow through 2-FE-63-20 with Valve 2-FCV-63-153 OPEN and CLOSED, AND CALCULATE difference in flow.

A. Valve 2-FCV-63-153 OPEN (6.8[18])

Injection Flow GPM B. Valve 2-FCV-63-153 CLOSED (6.8[20])

Injection Flow GPM C. Flow rate difference gpm (less than or equal to 10 gpm). (ACC. CRIT. 5.0[8])

Calculation Performed By Initials Date Calculation Verified By Initials Date

[22] CLOSE Valve 2-FCV-63-153 using 2-HS-63-153A, SI PMP B TO CL 1-2-3-4.

[23] IF Subsection 6.7 has been performed, THEN MARK Step 6.8[24] N/A.

[24] CLOSE Valve 2-THV-63-542, SIS Li HL INJ VALVE.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 109 of 202 Date 6.8 Safety Injection Pump 2B-B Flow Balance Hot Leg Recirculation (continued)

CAUTION Do not exceed 650 gpm for the Injection Flow through 2-FE-63-20.

[25] THROTTLE OPEN Valves 2-THV-63-546, HOT LEG 2 SAFETY INJ THROTTLE, and 2-THV-63-548, HOT LEG 4 SAFETY INJ THROTTLE, until Injection Flow through 2-FE-63-20 is between 558.3 and 653.7 gpm.

[26] ADJUST Valves 2-THV-63-546, HOT LEG 2 SAFETY INJ THROTTLE and 2-THV-63-548, HOT LEG 4 SAFETY INJ THROTTLE, until the total injection flow is greater than or equal to 558.3 gpm and less than or equal to 653.7 gpm for Injection Flow through 2-FE-63-20.

Injection Flow GPM NOTE The following step is for information only and not for proof in regards to Acceptance Criteria.

[27] CAPTURE the current flow rates data, AND ATTACH to WO.

[28] RECORD SIP 2B-B discharge and suction pressure:

TEST GAUGE AT 2-PT-63-18 psig (DISCHARGE)

TEST GAUGE AT 2-PI-63-14 psig (SUCTION)

[29] ENSURE SIP 2B-B has been running for at least 20 minutes as noted in step 6.8[7].

[30] STOP SIP 2B-B using 2-HS-63-15A, SI PMP B.

[31] CLOSE Valve 2-FCV-63-157 using 2-HS-63-157A, SI PMP B TO HL 2 & 4.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 110 of 202 Date 6.8 Safety Injection Pump 2B-B Flow Balance Hot Leg Recirculation (continued)

[32] INSTALL locking devices on the following valves:

A. 2-THV-63-546, HOT LEG 2 SAFETY INJ THROTTLE B. 2-THV-63-548, HOT LEG 4 SAFETY INJ THROTTLE

[33] OPEN Valve 2-FCV-63-157 using 2-HS-63-157A, SI PMP B TO HL 2 & 4.

NOTE During the performance of steps 6.8[34] through 6.8[38] visual observation of transient and steady state vibrations is required.

[34] START SIP 2B-B using 2-HS-63-15A, SI PMP B.

[35] RECORD the time of the 2B-B pump start.

[36] VERIFY the total injection flow is greater than or equal to 558.3 gpm and less than or equal to 653.7 gpm.

(ACC. CRIT. 5.0[6.1])

Injection Flow GPM

[37] RECORD the pump discharge resistance using Appendix T.

(ACC. CRIT. 5.0[6.2])

Kmin ft/gpm 2 (> 0.004717 ft/gpm 2 )

Kmax ft/gpm 2 (< 0.006886 ft/gpm 2)

[38] ENSURE SIP 2B-B has been running for at least 20 minutes as noted in step 6.8[35].

[39] STOP SIP 2B-B using 2-HS-63-15A, SI PMP B.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 111 of 202 Date 6.8 Safety Injection Pump 2B-B Flow Balance Hot Leg Recirculation (continued)

[40] OPEN SIP Miniflow Valve 2-FCV-63-175 using 2-HS-63-175A, SI PMP B RECIRC TO RWST.

[41] CLOSE Valve 2-FCV-63-157 using 2-HS-63-157A, SI PMP B TO HL 2 & 4.

[42] OPEN Valve 2-FCV-63-153 using 2-HS-63-153A, SI PMP B TO CL 1-2-3-4.

[43] VERIFY no excessive vibration of the piping system and components associated with the performance of this subsection was observed. (ACC. CRIT. 5.0[10])

[44] VERIFY/REMOVE differential pressure gauge connected across Orifice 2-FE-63-159.

1st CV

[45] VERIFY/REMOVE differential pressure gauge connected across Orifice 2-FE-63-160.

1st CV

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 112 of 202 Date 6.9 RHR Pump 2A-A Cold & Hot Leg Injection Flow Rates NOTE The following section requires monitoring of pump vibration data per TI-31.02 by the Preventive and Diagnostic Maintenance, PDM.

[1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.9 are completed.

[2] RECORD the RWST temperature. (70°F-90°F) 2-TI-63-132, RWST TEMP (2-M-6) OF

[3] VERIFY/FILL the RWST level is Ž_25%. (N/A any LIs not in service.)

A. 2-LI-63-50, RWST LEVEL (2-M-6)  %

B. 2-LI-63-51, RWST LEVEL (2-M-6)  %

C. 2-LI-63-52, RWST LEVEL (2-M-6)  %

D. 2-LI-63-53, RWST LEVEL (2-M-6)  %

[4] ENSURE the following plant computer points are in scan:

A. T0650A, RHR PUMP 1 MTR INBOARD BRG TEMP B. T0651A, RHR PUMP 1 MTR OUTBOARD BRG TEMP C. T0652A, RHR PUMP 1 MTR WINDING-PH A TEMP D. T0653A, RHR PUMP 1 MTR WINDING-PH B TEMP E. T0654A, RHR PUMP 1 MTR WINDING-PH C TEMP

[5] RECORD ambient computer point temperatures on Appendix 0.

[6] RECORD 2A-A 6.9kV Shutdown Board voltage.

2-EI-57-39 (2-M-1) Volts (expected 6900-7200 volts)

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Pagel 3 of 202 Date 6.9 RHR Pump 2A-A Cold & Hot Leg Injection Flow Rates (continued)

[7] OPEN 2-FCV-74-3, using 2-HS-74-3A, RHR PMP A SUCTION, [2-M-6].

[8] VERIFY RHR Pump 2A-A suction pressure greater than 14 psig.

TEST GAUGE AT 2-PI-74-4 psig CAUTION Closely observe pump operation under miniflow conditions for excessive vibration and overheating.

NOTE During the performance of steps 6.9[9] through 6.9[16], visual observation of transient and steady state vibrations is required.

[9] START RHR Pump 2A-A using 2-HS-74-1OA, RHR PMP A (ECCS) [2-M-6].

[10] VERIFY Valve 2-FCV-74-12, RHR PMP A MINI FLOW, OPENS.

[11] RECORD pump start time.

[12] RECORD time and computer point temperature data at approximately 10 minute intervals on Appendix 0 until three successive temperature readings differ by no more than 3 percent.

[13] RECORD pump operating data on Appendix 0.

[14] OBTAIN pump and motor vibration data per TI-31.02, AND ATTACH to this procedure.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 114 of 202 Date 6.9 RHR Pump 2A-A Cold & Hot Leg Injection Flow Rates (continued)

[15] RECORD miniflow through 2-FE-74-12 and pump curve data on Appendix P.

[16] VERIFY RHR Pump 2A-A DID NOT TRIP.

(ACC. CRIT. 5.0[9.4])

[17] CLOSE Valve 2-FCV-74-16 using 2-HIC-74-16A, RHR HX A FLOW CONTROL, in MANUAL.

[18] OPEN Valve 2-FCV-63-93 using 2-HS-63-93A, RHR TO CL 2

&3.

[19] THROTTLE OPEN Valve 2-FCV-74-16 using 2-HIC-74-16A, RHR HX A FLOW CONTROL, until Valve 2-FCV-74-12 CLOSES.

[20] ADJUST Valve 2-FCV-74-16 using 2-HIC-74-16A, RHR HX A FLOW CONTROL, until flow through 2-FE-74-12 is between 1350 and 1450 gpm.

[21] RECORD pump curve data for the 1400 gpm target point on Appendix P.

[22] ADJUST Valve 2-FCV-74-16 using 2-HIC-74-16A, RHR HX A FLOW CONTROL, until flow through 2-FE-74-12 is between 2950 and 3050 gpm.

[23] RECORD pump curve data for the 3000 gpm target point on Appendix P.

[24] ADJUST Valve 2-FCV-74-16 using 2-HIC-74-16A, RHR HX A FLOW CONTROL, until flow through 2-FE-74-12 is between 3950 and 4050 gpm.

[25] RECORD pump curve data for the 4000 gpm target point on Appendix P.

CAUTION Closely observe pump operation above 4550 gpm to prevent equipment damage.

[26] ADJUST Valve 2-FCV-74-16 using 2-HIC-74-16A, RHR HX A FLOW CONTROL, until flow through 2-FE-74-12 is between 4950 and 5000 gpm or Valve 2-FCV-74-16 is FULL OPEN.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 115 of 202 Date 6.9 RHR Pump 2A-A Cold & Hot Leg Injection Flow Rates (continued)

[27] RECORD pump curve data for the 5000 gpm target point on Appendix P.

NOTE During the performance of steps 6.9[28] through 6.9[39] visual observation of transient and steady state vibrations is required.

[28] ADJUST Valve 2-FCV-74-16 using 2-HIC-74-16A, RHR HX A FLOW CONTROL, until Valve 2-FCV-74-16 is FULL OPEN.

[29] RECORD the following data from the test gauges and ammeter, AND RECORD pump mechanical data on Appendix P.

A. Total Flow gpm (3866.8 - 4265.7 gpm)

(ACC. CRIT. 5.0[9.1])

B. Pump discharge pressure _ psig C. Pump suction pressure _ psig D. Motor current (2-EI-74-5A, 2-M-6) amps E. Shutdown Board 2A-A Volts (2-EI-57-39, 2-M-1)

Volts

[30] VERIFY RHR Pump 2A-A DID NOT TRIP.

(ACC.CRIT. 5.0[9.4])

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 116 of 202 Date 6.9 RHR Pump 2A-A Cold & Hot Leg Injection Flow Rates (continued)

[31] PERFORM calculation using Appendix T, AND RECORD the pump discharge resistance.

(ACC. CRIT. 5.0[9.2])

Kmin ft/gpm 2 (> 0.0000205 ft/gpm 2 )

2 Kmax ft/gpm (< 0.0000236 ft/gpm 2 )

[32] VERIFY Reactor Vessel level is below the nozzle centerline.

[33] OBTAIN pump and motor vibration data per TI-31.02, AND ATTACH to this procedure.

[34] OPEN 2-FCV-74-33 using 2-HS-74-33, RHR HEAT EXCHANGER 2A OUTLET CROSSTIE.

[35] OPEN 2-FCV-63-172 using 2-HS-63-172, RHR TO HOT LEG 1&3 INJECTION ISOLATION.

[36] CLOSE Valve 2-FCV-63-93 using 2-HS-63-93A, RHR TO CL 2

& 3.

NOTE For the following step, the acceptance criteria range has been adjusted (from 3698-4120, to 3788-4030) to account for a +/- 2% error over a 4500 gpm range for the ultrasonic flowmeter.

[37] RECORD the RHR Pump 2A-A flow rate using the ultrasonic flowmeter. (ACC. CRIT. 5.0[9.5])

gpm (3788 - 4030 gpm)

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 117 of 202 Date 6.9 RHR Pump 2A-A Cold & Hot Leg Injection Flow Rates (continued)

[38] RECORD the pump discharge resistance using Appendix T.

(ACC. CRIT. 5.0[9.6])

Kmin ft/gpm 2 (> 0.0000226 ft/gpm 2 )

Kmax ft/gpm 2 (< 0.0000264 ft/gpm 2 )

[39] STOP RHR Pump 2A-A using 2-HS-74-1OA, RHR PMP A (ECCS) [2-M-6].

[40] CLOSE 2-FCV-74-3, using 2-HS-74-3A, RHR PMP A SUCTION [2-M-6].

[41] CLOSE 2-FCV-63-172 using 2-HS-63-172, RHR TO HOT LEG 1&3 INJECTION ISOLATION.

[42] CLOSE 2-FCV-74-33 using 2-HS-74-33, RHR HEAT EXCHANGER 2A OUTLET CROSSTIE.

[43] PERFORM pump curve calculations for RHR Pump 2A-A on Appendix P.

[44] VERIFY RHR Pump 2A-A head/flow pump curve data is greater than the FSAR curve and less than the maximum composite curve from Appendix P. (ACC. CRIT. 5.0[9.3])

[45] VERIFY no excessive vibration of the piping system and components associated with the performance of this subsection was observed. (ACC. CRIT. 5.0[10])

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 118 of 202 Date 6.9 RHR Pump 2A-A Cold & Hot Leg Injection Flow Rates (continued)

[46] REMOVE the test gauge installed at RHR Pump 2A-A Discharge Pressure gauge 2-PI-74-4.

1st Cv

[47] REMOVE the test gauge installed at RHR Pump 2A-A Discharge Pressure gauge 2-PI-74-6.

1st Cv

[48] VERIFY/REMOVE test gauge installed at 2-FE-74-12.

1st Cv

[49] UNPLUG the watts-transducer/multimeter from SDB 2A-A Compt 14.

1st Cv

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 119 of 202 Date 6.10 RHR Pump 2B-B Cold & Hot Leg Injection Flow Rates NOTE The following section requires monitoring of pump vibration data per TI-31.02 by the Preventive and Diagnostic Maintenance, PDM.

[1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.10 are completed.

[2] RECORD the RWST temperature. (70°F-90°F) 2-TI-63-132, RWST TEMP (2-M-6) OF

[3] VERIFY/FILL the RWST level is > 25%. (N/A any LIs not in service.)

A. 2-LI-63-50, RWST LEVEL (2-M-6)  %

B. 2-LI-63-51, RWST LEVEL (2-M-6)  %

C. 2-LI-63-52, RWST LEVEL (2-M-6)  %

D. 2-LI-63-53, RWST LEVEL (2-M-6)  %

[4] ENSURE the following plant computer points are in scan:

A. T0655A, RHR PUMP 2 MTR INBOARD BRG TEMP B. T0656A, RHR PUMP 2 MTR OUTBOARD BRG TEMP C. T0657A, RHR PUMP 2 MTR WINDING-PH A TEMP D. T0658A, RHR PUMP 2 MTR WINDING-PH B TEMP E. T0659A, RHR PUMP 2 MTR WINDING-PH C TEMP

[5] RECORD ambient computer point temperatures on Appendix Q.

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

2-EI-57-66 (2-M-1) Volts (expected 6900-7200 volts)

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 120 of 202 Date 6.10 RHR Pump 2B-B Cold & Hot Leg Injection Flow Rates (continued)

[7] OPEN 2-FCV-74-21, using 2-HS-74-21, RHR PMP B SUCTION [2-M-6].

[8] VERIFY RHR Pump 2B-B suction pressure greater than 14 psig.

TEST GAUGE AT 2-PI-74-22 psig CAUTION Closely observe pump operation under miniflow conditions for excessive vibration and overheating.

NOTE During the performance of steps 6.10[9] through 6.10[16], visual observation of transient and steady state vibrations is required.

[9] START RHR Pump 2B-B using 2-HS-74-20A, RHR PMP B (ECCS) [2-M-6].

[10] VERIFY Valve 2-FCV-74-24, RHR PMP B MINI FLOW, OPENS on 2-M-6.

[11] RECORD pump start time.

[12] RECORD time and computer point temperature data at approximately 10 minute intervals on Appendix Q until three successive temperature readings differ by no more than 3 percent.

[13] RECORD pump operating data on Appendix Q.

[14] OBTAIN pump and motor vibration data per TI-31.02, AND ATTACH to this procedure.

[15] RECORD miniflow through 2-FE-74-24 and pump curve data on Appendix R.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 121 of 202 Date 6.10 RHR Pump 2B-B Cold & Hot Leg Injection Flow Rates (continued)

[16] VERIFY RHR Pump 2B-B DID NOT TRIP.

(ACC. CRIT. 5.0[9.4])

[17] CLOSE Valve 2-FCV-74-28 using 2-HIC-74-28A, RHR HX B FLOW CONTROL in MANUAL, on 2-M-6.

[18] OPEN Valve 2-FCV-63-94 using 2-HS-63-94A, RHR TO CL 1

& 4, on 2-M-6.

[19] THROTTLE OPEN Valve 2-FCV-74-28 using 2-HIC-74-28A, RHR HX B BLOW CONTROL, until Valve 2-FCV-74-24 CLOSES.

[20] ADJUST Valve 2-FCV-74-28 using 2-HIC-74-28A, RHR HX B FLOW CONTROL, until flow through 2-FE-74-24 is between 1350 and 1450 gpm.

[21] RECORD pump curve data for the 1400 gpm target point on Appendix R.

[22] ADJUST Valve 2-FCV-74-28 using 2-HIC-74-28A, RHR HX B FLOW CONTROL, until flow through 2-FE-74-24 is between 2950 and 3050 gpm.

[23] RECORD pump curve data for the 3000 gpm target point on Appendix R.

[24] ADJUST Valve 2-FCV-74-28 using 2-HIC-74-28A, RHR HX B FLOW CONTROL, until flow through 2-FE-74-24 is between 3950 and 4050 gpm.

[25] RECORD pump curve data for the 4000 gpm target point on Appendix R.

CAUTION Closely observe pump operation above 4550 gpm to prevent equipment damage.

[26] ADJUST Valve 2-FCV-74-28 using 2-HIC-74-28A, RHR HX B FLOW CONTROL, until flow through 2-FE-74-24 is between 4950 and 5050 gpm or Valve 2-FCV-74-28 is FULL OPEN.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 122 of 202 Date 6.10 RHR Pump 2B-B Cold & Hot Leg Injection Flow Rates (continued)

[27] RECORD pump curve data for the 5000 gpm target point on Appendix R.

NOTE During the performance of steps 6.10[28] through 6.10[39] visual observation of transient and steady state vibrations is required.

[28] ADJUST Valve 2-FCV-74-28 using 2-HIC-74-28A, RHR HX A FLOW CONTROL, until Valve 2-FCV-74-28 is FULL OPEN.

[29] RECORD the following data from the test gauges and ammeter, AND RECORD pump mechanical data on Appendix R.

A. Total Flow gpm (3866.8 - 4265.7 gpm)

(ACC. CRIT. 5.0[9.1])

B. Pump discharge pressure psig C. Pump suction pressure _ psig D. Motor current (2-EI-74-17A, 2-M-6) amps E. Shutdown Board 2B-B Volts (2-EI-57-66, 2-M-1)

Volts

[30] VERIFY RHR Pump 2B-B DID NOT TRIP.

(ACC. CRIT. 5.0[9.4])

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 123 of 202 Date 6.10 RHR Pump 2B-B Cold & Hot Leg Injection Flow Rates (continued)

[31] PERFORM calculation using Appendix T, AND RECORD the pump discharge resistance.

(ACC. CRIT. 5.0[9.2])

2 Kmin ft/gpm (> 0.0000205 ft/gpm 2 )

2 Kmax ft/gpm (< 0.0000236 ft/gpm 2 )

[32] VERIFY Reactor Vessel level is below the nozzle centerline.

[33] OBTAIN pump and motor vibration data per TI-31.02, AND ATTACH to this procedure.

[34] OPEN 2-FCV-74-35 using 2-HS-74-35, RHR HEAT EXCHANGER 2B OUTLET CROSSTIE.

[35] OPEN 2-FCV-63-172 using 2-HS-63-172, RHR TO HOT LEG 1&3 INJECTION ISOLATION.

[36] CLOSE Valve 2-FCV-63-94 using 2-HS-63-94A, RHR TO CL 1

&4.

NOTE For the following step, the acceptance criteria range has been adjusted (from 3698-4120, to 3788-4030) to account for a +/- 2% error over a 4500 gpm range for the ultrasonic flowmeter.

[37] RECORD the RHR Pump 2B-B flow rate using the ultrasonic flowmeter. (ACC. CRIT. 5.0[9.5])

gpm (3788 - 4030 gpm)

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 124 of 202 Date 6.10 RHR Pump 2B-B Cold & Hot Leg Injection Flow Rates (continued)

[38] RECORD the pump discharge resistance using Appendix T.

(ACC. CRIT. 5.0[9.6])

Kmin ft/gpm 2 (> 0.0000226 ft/gpm 2 )

Kmax ft/gpm 2 (< 0.0000264 ft/gpm 2 )

[39] STOP RHR Pump 2B-B using 2-HS-74-20A, RHR PMP B (ECCS) [2-M-6].

[40] CLOSE 2-FCV-74-21, using 2-HS-74-21, RHR PMP B SUCTION [2-M-6].

[41] CLOSE 2-FCV-63-172 using 2-HS-63-172, RHR TO HOT LEG 1&3 INJECTION ISOLATION.

[42] CLOSE 2-FCV-74-35 using 2-HS-74-35, RHR HEAT EXCHANGER 2B OUTLET CROSSTIE.

[43] PERFORM pump curve calculations for RHR Pump 2B-B on Appendix R.

[44] VERIFY RHR Pump 2B-B head/flow pump curve data is greater than the FSAR curve and less than the maximum composite curve from Appendix R. (ACC. CRIT. 5.0[9.3])

[45] VERIFY no excessive vibration of the piping system and components associated with the performance of this subsection was observed. (ACC. CRIT. 5.0[10])

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 125 of 202 Date 6.10 RHR Pump 2B-B Cold & Hot Leg Injection Flow Rates (continued)

[46] REMOVE the test gauge installed at RHR Pump 2B-B Discharge Pressure gauge 2-PI-74-22.

1st Cv

[47] REMOVE the test gauge installed at RHR Pump 2B-B Discharge Pressure gauge 2-PI-74-18.

1st Cv

[48] VERIFY/REMOVE test gauge installed at 2-FE-74-24.

1st Cv

[49] UNPLUG the watts-transducer/multimeter from SDB 2B-B Compt 14.

1st Cv

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 126 of 202 Date 6.11 RWST Level and Containment Sump Annunciators NOTE Foxboro I/A workstations will be used to help perform some of the following steps. Ensure Foxboro I/A System Engineer or a qualified individual is available for this portion of the test.

[1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.11 have been completed.

[2] VERIFY RWST level greater than 30% as read on 2-LI-63-50, RWST LEVEL (2-M-6).

[3] VERIFY Annunciator Window 126-D, RWST LEVEL LO-LO, is CLEAR.

[4] CLOSE Valve 2-RTV-63-373A, 2-LT-63-50 ROOT.

[5] REMOVE the cap and OPEN Valve 2-DRIV-63-373B, 2-LT-63-50 DRAIN.

[6] VERIFY Annunciator Window 126-D ALARMS.

[7] VERIFY Unit 2 Event Displays Monitor indicates 126-D RWST LEVEL LO-LO (LS-63-50B), is in ALARM.

[8] CLOSE Valve 2-DRIV-63-373B, 2-LT-63-50 DRAIN, AND REPLACE the cap.

[9] OPEN Valve 2-RTV-63-373A, 2-LT-63-50 ROOT, and PLACE 2-LPL-63-50 into service.

[10] VERIFY Annunciator Window 126-D is CLEAR.

[11] VERIFY Unit 2 Event Displays Monitor indicates 126-D RWST LEVEL LO-LO (LS-63-50B) is NORMAL.

[12] CLOSE Valve 2-RTV-63-374A, 2-LT-63-51 ROOT.

[13] REMOVE the cap and OPEN Valve 2-DRIV-63-374B, 2-LT-63-51 DRAIN.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 127 of 202 Date 6.11 RWST Level and Containment Sump Annunciators (continued)

[14] VERIFY Annunciator Window 126-D ALARMS.

[15] VERIFY Unit 2 Event Displays Monitor indicates 126-D RWST LEVEL LO-LO (LS-63-51 B) is in ALARM.

[16] CLOSE Valve 2-DRIV-63-374B, 2-LT-63-51 DRAIN, AND REPLACE the cap.

[17] OPEN Valve 2-RTV-63-374A, 2-LT-63-51 ROOT, and PLACE 2-LPL-63-51 into service.

[18] VERIFY Annunciator Window.1 26-D is CLEAR.

[19] VERIFY Unit 2 Event Displays Monitor indicates 126-D RWST LEVEL LO-LO (LS-63-51 B) is NORMAL.

[20] CLOSE Valve 2-RTV-63-375A, 2-LT-63-52 ROOT.

[21] REMOVE the cap and OPEN Valve 2-DRLV-63-375B, 2-LT-63-52 DRAIN.

[22] VERIFY Annunciator Window 126-D ALARMS.

[23] VERIFY Unit 2 Event Displays Monitor indicates 126-D RWST LEVEL LO-LO (LS-63-52B) is in ALARM.

[24] CLOSE Valve 2-DRIV-63-375B, 2-LT-63-52 DRAIN, AND REPLACE the cap.

[25] OPEN Valve 2-RTV-63-375A, 2-LT-63-52 ROOT, and PLACE 2-LPL-63-52 into service.

[26] VERIFY Annunciator Window 126-D is CLEAR.

[27] VERIFY Unit 2 Event Displays Monitor indicates 126-D RWST LEVEL LO-LO (LS-63-52B) is NORMAL.

[28] CLOSE Valve 2-RTV-63-376A, 2-LT-63-53 ROOT.

[29] REMOVE the cap and OPEN Valve 2-DRIV-63-376B, 2-LT-63-53 DRAIN.

[30] VERIFY Annunciator Window 126-D ALARMS.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 128 of 202 Date 6.11 RWST Level and Containment Sump Annunciators (continued)

[31] VERIFY Unit 2 Event Displays Monitor indicates 126-D RWST LEVEL LO-LO (LS-63-53B) is in ALARM.

[32] CLOSE Valve 2-DRIV-63-376B, 2-LT-63-53 DRAIN, AND REPLACE the cap.

[33] OPEN Valve 2-RTV-63-376A, 2-LT-63-53 ROOT, and PLACE 2-LPL-63-53 into service.

[34] VERIFY Annunciator Window 126-D is CLEAR.

[35] VERIFY Unit 2 Event Displays Monitor indicates 126-D RWST LEVEL LO-LO (LS-63-53B) is NORMAL.

[36] ENSURE RWST level less than 90% as read on 2-LI-63-50, RWST LEVEL (2-M-6).

[37] VERIFY Annunciator Window 127-C, RWST LEVEL FULL, is CLEAR.

[38] CALL UP 2LT0630046A Block Detail Display from W210CP, W2BOP 063.

[39] PLACE point 2LT0630046A in Manual.

[40] SELECT the EU: 3228 field in the OUTPUT area.

[41] SELECT the Value Box.

[42] INPUT a value of 0380, AND PRESS Enter.

[43] VERIFY Annunciator Window 127-C ALARMS.

[44] VERIFY Unit 2 Event Displays Monitor indicates 127-C RWST LEVEL FULL (LS-63-46A/49A) is in ALARM.

[45] CALL UP 2LT0630046A Block Detail Display from W210CP, W2BOP_063.

[46] PLACE point 2LT0630046A in Auto.

[47] VERIFY Annunciator Window 127-C CLEARS.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 129 of 202 Date 6.11 RWST Level and Containment Sump Annunciators (continued)

[48] VERIFY Unit 2 Event Displays Monitor indicates 127-C RWST LEVEL FULL (LS-63-46A/49A) is NORMAL.

[49] CALL UP 2LT0630049A Block Detail Display from W210CP, W2BOP 063.

[50] PLACE point 2LT0630049A in Manual.

[51] SELECT the EU: 3232 field in the OUTPUT area.

[52] SELECT the Value Box.

[53] INPUT a value of 0380, AND PRESS Enter.

[54] VERIFY Annunciator Window 127-C ALARMS.

[55] VERIFY Unit 2 Event Displays Monitor indicates 127-C RWST LEVEL FULL (LS-63-46A/49A) is in ALARM.

[56] CALL UP 2LT0630049A Block Detail Display from W21 OCP, W2BOP_063.

[57] PLACE point 2LT0630049A in Auto.

[58] VERIFY Annunciator Window 127-C CLEARS.

[59] VERIFY Unit 2 Event Displays Monitor indicates 127-C RWST LEVEL FULL (LS-63-46A/49A) is NORMAL.

[60] VERIFY Annunciator Window 127-D, RWST LEVEL START MAKEUP, is in ALARM.

[61] VERIFY Unit 2 Event Displays Monitor indicates 127-D RWST LEVEL START MAKEUP (LS-63-46B/49B) is in ALARM.

[62] CALL UP 2LT0630046B Block Detail Display from W21OCP, W2BOP_063.

[63] PLACE point 2LT0630046B in Manual.

[64] SELECT the EU: 3229 field in the OUTPUT area.

[65] SELECT the Value Box.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 130 of 202 Date 6.11 RWST Level and Containment Sump Annunciators (continued)

[66] INPUT a value of 0375, AND PRESS Enter.

[67] VERIFY Annunciator Window 127-D is in ALARM.

[68] CALL UP 2LT0630049B Block Detail Display from W21 OCP, W2BOP_063.

[69] PLACE point 2LT0630049B in Manual.

[70] SELECT the EU: 3233 field in the OUTPUT area.

[71] SELECT the Value Box.

[72] INPUT a value of 0375, AND PRESS Enter.

[73] VERIFY Annunciator Window 127-D CLEARS.

[74] VERIFY Unit 2 Event Displays Monitor indicates 127-D RWST LEVEL START MAKEUP (LS-63-46B/49B) is NORMAL.

[75] CALL UP 2LT0630046B Block Detail Display from W210CP, W2BOP_063.

[76] PLACE point 2LT0630046B in Auto.

[77] VERIFY Annunciator Window 127-D ALARMS.

[78] VERIFY Unit 2 Event Displays Monitor indicates 127-D RWST LEVEL START MAKEUP (LS-63-46B/49B) is in ALARM.

[79] CALL UP 2LT0630049B Block Detail Display from W21OCP, W2BOP_063.

[80] PLACE point 2LT0630049B in Auto.

[81] VERIFY Annunciator Window 126-E, CTMT RECIRC SUMP FULL, is CLEAR.

[82] INSTALL a jumper across terminals for wire Nos. 2NM6D and 2M704 local terminal board on 2-LS-63-103 (Location AZ 268, EL 703 ft in Reactor Building).

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 131 of 202 Date 6.11 RWST Level and Containment Sump Annunciators (continued)

[83] VERIFY that Annunciator Window 126-E ALARMS.

[84] VERIFY Unit 2 Event Displays Monitor indicates 126-E CNTMT RECIRC SUMP FULL (LS-63-103/104) is in ALARM.

[85] REMOVE the jumper across terminals for wire Nos. 2NM6D and 2M704 local terminal board on 2-LS-63-103 (Location AZ 268, EL 703 ft in Reactor Building).

1st Cv

[86] VERIFY Annunciator Window 126-E is CLEAR.

[87] VERIFY Unit 2 Event Displays Monitor indicates 126-E CNTMT RECIRC SUMP FULL (LS-63-103/104) is NORMAL.

[88] INSTALL a jumper across terminals for wire Nos. 2NM6D and 2M704 local terminal board on 2-LS-63-104 (Location AZ 268, EL 703 ft in Reactor Building).

[89] VERIFY that Annunciator Window 126-E ALARMS.

[90] VERIFY Unit 2 Event Displays Monitor indicates 126-E CNTMT RECIRC SUMP FULL (LS-63-103/104) is in ALARM.

[91] REMOVE the jumper across terminals for wire Nos. 2NM6D and 2M704 local terminal board on 2-LS-63-104 (Location AZ 268, EL 703 ft in Reactor Building).

1st Cv

[92] VERIFY Annunciator Window 126-E is CLEAR.

[93] VERIFY Unit 2 Event Displays Monitor indicates 126-E CNTMT RECIRC SUMP FULL (LS-63-103/104) is NORMAL.

[94] RECORD the RWST temperature. (60°F - 100 0 F)

A. 2-TI-63-131, RWST TEMP (2-M-6) OF B. 2-TI-63-132, RWST TEMP (2-M-6) OF

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 132 of 202 Date 6.11 RWST Level and Containment Sump Annunciators (continued)

[95] VERIFY Annunciator Window 127-B, RWST TEMP HI/LO, is CLEAR.

[96] CALL UP 2TS0630131A Block Detail Display from W210CP, W2BOP_063.

[97] PLACE point 2TS0630131A in Manual.

[98] SELECT the EU: 3222 field in the OUTPUT area.

[99] SELECT the Value Box.

[100] INPUT a value of 0110, AND PRESS Enter.

[101] VERIFY Annunciator Window 127-B ALARMS.

[102] VERIFY Unit 2 Event Displays Monitor indicates 127-B RWST TEMP HI/LO (TS-63-132C, 132D, 131C, 131D) is in ALARM.

[103] CALL UP 2TS0630131A Block Detail Display from W210CP, W2BOP_063.

[104] PLACE point 2TS0630131A in Auto.

[105] VERIFY Annunciator Window 127-B, is CLEAR.

[106] VERIFY Unit 2 Event Displays Monitor indicates 127-B RWST TEMP HI/LO (TS-63-132C, 132D, 131C, 131D) is NORMAL.

[107] CALL UP 2TS0630131B Block Detail Display from W21OCP, W2BOP_063.

[108] PLACE point 2TS0630131B in Manual.

[109] SELECT the EU: 3223 field in the OUTPUT area.

[110] SELECT the Value Box.

[111] INPUT a value of 0050, AND PRESS Enter.

[112] VERIFY Annunciator Window 127-B ALARMS.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 133 of 202 Date 6.11 RWST Level and Containment Sump Annunciators (continued)

[113] VERIFY Unit 2 Event Displays Monitor indicates 127-B RWST TEMP HI/LO (TS-63-132C, 132D, 131C, 131D) is in ALARM.

[114] CALL UP 2TS0630131B Block Detail Display from W2100P, W2BOP_063.

[115] PLACE point 2TS0630131 B in Auto.

[116] VERIFY Annunciator Window 127-B, is CLEAR.

[117] VERIFY Unit 2 Event Displays Monitor indicates 127-B RWST TEMP HI/LO (TS-63-132C, 132D, 131C, 131D) is NORMAL.

[118] CALL UP 2TS0630132A Block Detail Display from W210(CP, W2BOP 063.

[119] PLACE point 2TS0630132A in Manual.

[120] SELECT the EU: 3216 field in the OUTPUT area.

[121] SELECT the Value Box.

[122] INPUT a value of 0110, AND PRESS Enter.

[123] VERIFY Annunciator Window 127-B ALARMS.

[124] VERIFY Unit 2 Event Displays Monitor indicates 127-B RWST TEMP HI/LO (TS-63-132C, 132D, 1310C, 131D) is in ALARM.

[125] CALL UP 2TS0630132A Block Detail Display from W210CP, W2BOP_063.

[126] PLACE point 2TS0630132A in Auto.

[127] VERIFY Annunciator Window 127-B, is CLEAR.

[128] VERIFY Unit 2 Event Displays Monitor indicates 127-B RWST TEMP HI/LO (TS-63-132C, 132D, 1310C, 131D) is NORMAL.

[129] CALL UP 2TS0630132B Block Detail Display from W210CP, W2BOP_063.

[130] PLACE point 2TS0630132B in Manual.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 134 of 202 Date 6.11 RWST Level and Containment Sump Annunciators (continued)

[131] SELECT the EU: 3217 field in the OUTPUT area.

[132] SELECT the Value Box.

[133] INPUT a value of 0050, AND PRESS Enter.

[134] VERIFY Annunciator Window 127-B ALARMS.

[135] VERIFY Unit 2 Event Displays Monitor indicates 127-B RWST TEMP HI/LO (TS-63-132C, 132D, 131C, 131D) is in ALARM.

[136] CALL UP 2TS0630132B Block Detail Display from W21 OCP, W2BOP_063.

[137] PLACE point 2TS0630132B in Auto.

[138] VERIFY Annunciator Window 127-B, is CLEAR.

[139] VERIFY Unit 2 Event Displays Monitor indicates 127-B RWST TEMP HI/LO (TS-63-132C, 132D, 1310C, 131D) is NORMAL.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 135 of 202 Date 7.0 POST-PERFORMANCE ACTIVITIES NOTE Any temporary equipment that will be used for the performance of 2-PTI-063-01 may be left in place and the removal step marked N/A.

[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] VERIFY/REMOVE test gauge installed at SIP 2A-A suction Pressure Gauge 2-PI-63-9.

1st Cv

[4] VERIFY/REMOVE test gauge installed at SIP 2A-A discharge Pressure Transmitter 2-PT-63-149.

1st Cv

[5] VERIFY/REMOVE test gauge installed at SIP 2B-B suction Pressure Gauge 2-PI-63-14.

1st Cv

[6] VERIFY/REMOVE test gauge installed at SIP 2B-B discharge Pressure Transmitter 2-PT-63-18.

1st CV

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 136 of 202 Date 7.0 POST-PERFORMANCE ACTIVITIES (continued)

[7] VERIFY/REMOVE differential pressure gauge connected across Orifice 2-FE-63-151.

1st Cv

[8] VERIFY/REMOVE differential pressure gauge connected across Orifice 2-FE-63-20.

1st Cv

[9] VERIFY/REMOVE the differential pressure gauge connected across Orifice 2-FE-63-2.

1st Cv

[10] CLOSE the Work Order issued for preparation/assembly of the watt-transducer test equipment in Step 4.3[60].

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

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 137 of 202 Date 8.0 RECORDS A. QA Records Complete Test Package B. Non-QA Records None

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 138 of 202 Appendix A (Page 1 of 1)

Test Procedures/Instructions Reference Review Date Additional copies of this table may be made as necessary.

REVISION/

PROCEDURE/ CHANGES INITIAL AND DATE.

INSTRUCTION (N/A for no change)

WBN-VTM W120-0010, Westinghouse Supplied Centrifugal Charging Pumps, R23 WBN-VTM W120-0720, The Westinghouse Supplied Safety Injection Pumps and Motors, R28 WBN-VTM W120-0570, Westinghouse Supplied Ingersoll-Rand Residual Heat Removal Pumps, R13 FSAR - Amendment 111 2-TSD-63-3, Safety InjectionSystem: Centrifugal Charging Pump, RHR Pump, Safety Injection Pump and Related SIS Performance Test, and Flow Balance Test 2-TOP-63-02, Safety Injection System Preoperational Tests WBN2-63-4001 R3, Safety Injection System

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test ae139 of 202 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-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 140 of 202 Appendix C (Page 1 of 6)

PERMANENT PLANT INSTRUMENTATION LOG Date INSTRUMENT SUBSECTION 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-LPL-63-50 6.1-6.11 2-LPL-63-51 6.1-6.11 2-LPL-63-52 6.1-6.11 2-LPL-63-53 6.1-6.11 2-LPT-63-131 6.1-6.11 2-LPT-63-132 6.1-6.11 2-LPP-63-149 6.4, 6.6, 6.7 2-LPP-63-18 6.5, 6.6, 6.8 2-LPP-74-13 6.9 2-LPP-74-26 6.10 1 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-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 141 of 202 Appendix C (Page 2 of 6)

PERMANENT PLANT INSTRUMENTATION LOG Date INSTRUMENT SUBSECTION 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-EI-57-39 6.1-6.10 2-EI-57-66 6.1-6.10 2-FI-63-2 6.4-6.8 2-EI-62-104B 6.2-6.3 2-EI-62-108B 6.1, 6.3 2-PI-62-247A 6.1,6.3 2-PI-62-247B 6.1, 6.3 2-LPF-70-146 6.1, 6.3 2-PI-62-244A 6.2-6.3 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-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 142 of 202 Appendix C (Page 3 of 6)

PERMANENT PLANT INSTRUMENTATION LOG Date INSTRUMENT SUBSECTION CAL DUE FILLED AND PLACED IN USED FOR POST-TEST POST-TEST OR DATE VENTED 1 SERVICE 1 QUANTITATIVE CAL DATE 2 CALIBRATION 2 INSTRUMENT ACC CRIT ACCEPTABLE LOOP # INITIAL/DATE INIT/DATE INIT/DATE YES NO 2-PI-62-244B 6.2-6.3 2-LPF-70-145 6.2-6.3 2-EI-63-12B 6.4, 6.6, 6.7 2-PI-63-139 6.4, 6.6, 6.7 2-PI-63-140 6.4, 6.6, 6.7 2-LPF-70-147 6.4, 6.6, 6.7 2-EI-63-16B 6.5, 6.6, 6.8 2-PI-63-145 6.5, 6.6, 6.8 2-PI-63-146 6.5, 6.6, 6.8 1 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-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 143 of 202 Appendix C (Page 4 of 6)

PERMANENT PLANT INSTRUMENTATION LOG Date INSTRUMENT SUBSECTION CAL DUE FILLED AND PLACED IN USED FOR POST-TEST POST-TEST OR DATE VENTED' SERVICE' QUANTITATIVE CAL DATE 2 CALIBRATION INSTRUMENT ACC CRIT ACCEPTABLE2 LOOP# INITIAL/DATE INIT/DATE INIT/DATE YES NO 2-TI-63-138 6.4, 6.6, 6.7 2-TI-63-141 6.4, 6.6, 6.7 2-TI-63-144 6.5, 6.6, 6.8 2-TI-63-147 6.5, 6.6, 6.8 2-LPF-70-148 6.5, 6.6, 6.8 2-EI-74-5A 6.9 2-EI-74-5B 6.9 2-TIS-74-7 6.9 2-LPF-70-151 6.9 1 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-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 144 of 202 Appendix C (Page 5 of 6)

PERMANENT PLANT INSTRUMENTATION LOG Date INSTRUMENT SUBSECTION 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 # INITIAL/DATE INIT/DATE INIT/DATE YES NO 2-EI-74-17A 6.10 2-EI-74-17B 6.10 2-TIS-74-19 6.10 2-LPF-70-152 6.10 2-LPF-63-170 6.1-6.3 2-LPF-63-20 6.5, 6.6, 6.8 2-LPF-63-151 6.4, 6.6, 6.7 2-LPL-63-46 6.1-6.11 2-LPL-63-49 6.1-6.11 1 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-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 145 of 202 Appendix C (Page 6 of 6)

PERMANENT PLANT INSTRUMENTATION LOG Date INSTRUMENT SUBSECTION CAL DUE FILLED AND PLACED IN USED FOR POST-TEST POST-TEST OR DATE VENTED1 SERVICE 1 QUANTITATIVE CAL DATE 2 CALIBRATION INSTRUMENT ACC CRIT ACCEPTABLE2 LOOP# INITIAL/DATE INIT/DATE INITIDATE YES NO 2-LS-63-103 6.11 2-LS-63-104 6.11 2-TI-63-131 6.1-6.11 2-TI-63-132 6.1-6.11 2-FIS-74-12 6.9 2-FIS-74-24 6.10 1 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-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 146 of 202 Appendix D (Page 1 of 2)

COMPUTER POINT VERIFICATION LOG Date COMPUTER DESCRIPTION INITIAL/DATE POINT T0703A CENT CHG PMP A-A INBRD BRG T0704A CENT CHG PMP A-A OUTBRD BRG T0705A CENT CHG PMP A-A THRUST BRG T071 1A CENT CHG PMP A-A MTR INBRD BRG T0712A CENT CHG PMP A-A MTR OUTBRD BRG T0713A CENT CHG PMP A-A MTR PH A WNDG T0714A CENT CHG PMP A-A MTR PH B WNDG T0715A CENT CHG PMP A-A MTR PH C WNDG T0700A CENT CHG PMP B-B INBRD BRG T0701A CENT CHG PMP B-B OUTBRD BRG T0702A CENT CHG PMP B-B THRUST BRG T0706A CENT CHG PMP B-B MTR INBRD BRG T0707A CENT CHG PMP B-B MTR OUTBRD BRG T0708A CENT CHG PMP B-B MTR PH A WNDG T0709A CENT CHG PMP B-B MTR PH B WNDG T071OA CENT CHG PMP B-B MTR PH C WNDG TO150A SIS PUMP A-A MOTOR PH A WNDG T0151A SIS PUMP A-A MOTOR PH B WNDG T0152A SIS PUMP A-A MOTOR PH C WNDG T0153A SIS PUMP A-A MTR OUTBRD GUIDE BRG

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 147 of 202 Appendix D (Page 2 of 2)

COMPUTER POINT VERIFICATION LOG Date COMPUTER DESCRIPTION INITIAL/DATE POINT T0154A SIS PUMP A-A MTR INBRD GUIDE BRG TO1 55A SIS PUMP B-B MOTOR PH A WNDG T0156A SIS PUMP B-B MOTOR PH B WNDG T0157A SIS PUMP B-B MOTOR PH C WNDG T0158A SIS PUMP B-B MTR OUTBRD GUIDE BRG T0159A SIS PUMP B-B MTR INBRD GUIDE BRG T0650A RHR PUMP 1 MTR INBOARD BRG TEMP T0651A RHR PUMP 1 MTR OUTBOARD BRG TEMP T0652A RHR PUMP 1 MTR WINDING-PH A TEMP T0653A RHR PUMP 1 MTR WINDING-PH B TEMP T0654A RHR PUMP 1 MTR WINDING-PH C TEMP T0655A RHR PUMP 2 MTR INBOARD BRG TEMP T0656A RHR PUMP 2 MTR OUTBOARD BRG TEMP T0657A RHR PUMP 2 MTR WINDING-PH A TEMP T0658A RHR PUMP 2 MTR WINDING-PH B TEMP T0659A RHR PUMP 2 MTR WINDING-PH C TEMP

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 148 of 202 Appendix E (Page 1 of 2)

CENTRIFUGAL CHARGING PUMP 2A-A OPERATING DATA Date COMP.POINT TEMP °F TEMP 0F TEMP IF TEMP IF TEMP °F TEMP IF TEMP IF TEMP IF TEMP 0 F LIMIT AMBIENT + 10 MIN + 20 MIN + 30 MIN + 40 MIN + 50 MIN + 60 MIN + 70 MIN + 80 MIN TIME TIME TIME TIME TIME TIME TIME TIME INITIAL/DATE INITIAL/DATE INITIAL/DATE INITIAL/DATE INITIAL/DATE INITIAL/DATE INITIALDATE INITIAL/DATE INITIAL!DATE T0703A

< 170°F T0704A

< 170°F T0705A

< 170°F T0711A

< 200OF T0712A

< 200OF T0713A

< 2450 F T0714A

< 2450 F T0715A

< 2450 F NOTE: Unused blocks may be marked N/A. Additional data sheets may be added if required.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 149 of 202 Appendix E (Page 2 of 2)

CENTRIFUGAL CHARGING PUMP 2A-A OPERATING DATA Date STEP 6.11171 INITIALS/DATE 2-EI-62-108B (SDB/2A-A CMPT 18) AMPS MOTOR CURRENT PH 1/2/3 < 43.3 AMPS

/

2-PI-62-247B (LOCAL) PSIG AUX OIL PUMP FILTER UPSTREAM (11-15 PSIG)

PRESS NORMAL RANGE /

2-PI-62-247A (LOCAL) PSIG AUX OIL PUMP FILTER (10-12 PSIG)

DOWNSTREAM PRESS /

CCP 2A-A OIL COOLER (LOCAL) oF COOLING WATER INLET TEMP. (60-100 °F)

/

M&TE ID#

CCP 2A-A OIL COOLER (LOCAL)

COOLING WATER OUTLET TEMP. <110°F M&TE ID# /

2-FI-70-146 (0-M-27B) GPM COOLING WATER FLOW 28 GPM (NORMAL)

/

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 150 of 202 Appendix F (Page 1 of 4)

CENTRIFUGAL CHARGING PUMP 2A-A PUMP CURVE DATA Date STEP TARGET DISCH SUCT FLOW, PUMP MOTOR CURRENT WATTS 1 6.9Kv NO. FLOW PRESS PRESS GPM SPEED 2-EI-62-108B (ENTER mA & SDBD VOLTS GPM PSIG PSIG (Q) RPM (SDB 2A-A CMPT 18) WATTS) 2-EI-57-39 PH 1/2/3 AMPS (2-M-1)

VOLTS 6.1[18] 60-70 6.1[28] 250 6.1[30] 350 6.1[32] 450 6.1[34] 550 Watts = multimeter reading (in mA) X Constant K (Step 4.3[60]C), Watts = mA X K

[1] Step 6.1[41] Pump Curve Calculation A. Target flow, Miniflow TDH = (PDISCH - PSUCT) x 2.3144 + (2.31 x 10-5 x Q x Q)

TDH = ( -- ) x 2.3144 + (2.31 x 10-' x x TDH = FT Calculation Performed By Initials Date Calculation Verified By Initials Date

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 151 of 202 Appendix F (Page 2 of 4)

CENTRIFUGAL CHARGING PUMP 2A-A PUMP CURVE DATA Date B. Target flow, 250 GPM TDH = (PDISCH - PSUCT) x 2.3144 + (2.31 x 10-5 x Q x Q)

TDH = ( - ) x 2.3144 + (2.31 x 10- 5 x x TDH = FT Calculation Performed By Initials Date Calculation Verified By Initials Date C. Target flow, 350 GPM TDH = (PDISCH - PSUCT) x 2.3144 + (2.31 x 10- 5 x Q x Q)

TDH = ( -_ )_)x2.3144+(2.31x10-5 x x TDH = FT Calculation Performed By Initials Date Calculation Verified By Initials Date

Safety Injection System - 2-PTI-063-03 Charging, SI, and RHR Flow Balance Rev. 0000 Test Paqe 152 of 202 Appendix F (Page 3 of 4)

CENTRIFUGAL CHARGING PUMP 2A-A PUMP CURVE DATA Date D. Target flow, 450 GPM TDH = (PDISCH - PSUCT) x 2.3144 + (2.31 x 10-5 X Q x Q)

TDH = ( -) x2.3144+(2.31x10- 5 x x TDH = FT Calculation Performed By Initials Date Calculation Verified By Initials Date E. Target flow, 550 GPM TDH = (PDISCH - PSUCT) x 2.3144 + (2.31 x 10- 5 x Q x Q)

TDH = x2.3144+(2.31x10-5 x x TDH = FT Calculation Performed By Initials Date Calculation Verified By Initials Date F. PLOT the flows vs. TDH on the composite pump curve.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 153 of 202 Appendix F (Page 4 of 4)

CENTRIFUGAL CHARGING PUMP 2A-A PUMP CURVE DATA Date 7

I 6

5 L

• .ON 1ý <( 4 3

2 1

0 0 100 200 300 400 500 600 FLOW (GPM)

-w- MAXIMUM -. *- TEST ACCEPTANCE

-*- FSAR NOTES

1) When plotting points along the pump curve, adjust the head +/- 18 ft to account for instrument inaccuracy. (Maximum affect of instrument inaccuracy is +/- 17.66 ft.

Re-evaluate in case M&TE changes from that stated in Subsection 4.2.)

2) If needed, the actual data points of the pump curve are tabled in the Safety Injection System Description, WBN2-63-4001.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 154 of 202 Appendix G (Page 1 of 2)

CENTRIFUGAL CHARGING PUMP 2B-B OPERATING DATA Date 0

COMP.POINT TEMP 0F TEMP °F TEMP °F TEMP °F TEMP °F TEMP 0 F TEMP F TEMP 'F TEMP 'F LIMIT AMBIENT + 10 MIN + 20 MIN + 30 MIN + 40 MIN + 50 MIN + 60 MIN + 70 MIN + 80 MIN TIME TIME TIME_ TIME TIME TIME TIME TIME

/ / / / / /I INITIAL/DATE INITIAL/DATE INITIAL/DATE INITIAL/DATE INITIAL/DATE INITIAL/DATE INITIAL/DATE INITIAL/DATE INITIAL/DATE T0700A

< 170°F T0701A

< 170°F T0702A

< 170°F T0706A

< 200OF T0707A

< 200OF T0708A

< 2450 F T0709A

< 245°F T071OA

< 245 0 F NOTE: Unused blocks may be marked N/A. Additional data sheets may be added if required.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 155 of 202 Appendix G (Page 2 of 2)

CENTRIFUGAL CHARGING PUMP 2B-B OPERATING DATA Date STEP 6.2[171 INITIALS/DATE 2-EI-62-104B (SDB/2B-B CMPT 18) AMPS MOTOR CURRENT PH 1/2/3 < 43.3 AMPS

/

2-PI-62-244B (LOCAL) PSIG AUX OIL PUMP FILTER UPSTREAM (11-15 PSIG)

PRESS NORMAL RANGE /

2-PI-62-244A (LOCAL) PSIG AUX OIL PUMP FILTER (10-12 PSIG)

DOWNSTREAM PRESS I CCP 2B-B OIL COOLER (LOCAL) oF COOLING WATER INLET TEMP. (60-100 -F)

/

M&TE ID#

CCP 28-B OIL COOLER (LOCAL)

COOLING WATER OUTLET TEMP. <1100 F M&TE ID# I 2-FI-70-145 (0-M-27B) GPM COOLING WATER FLOW 28 GPM (NORMAL)

/

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 156 of 202 Appendix H (Page 1 of 4)

CENTRIFUGAL CHARGING PUMP 2B-B PUMP CURVE DATA Date STEP TARGET DISCH SUCT FLOW, PUMP MOTOR CURRENT WATTS 1 6.9Kv NO. FLOW PRESS PRESS GPM SPEED 2-EI-62-104B (ENTER mA & SDBD VOLTS GPM PSIG PSIG (Q) RPM (SDB 2B-B CMPT 18) WATTS) 2-EI-57-66 PH 1/2/3 AMPS (2-M-1)

VOLTS 6.2[18] 60-70 6.2[28] 250 6.2[30] 350 6.2[32] 450 6.2[34] 550 1 Watts = multimeter reading (in mA) X Constant K (Step 4.3[60]C), Watts = mA X K

[2] Step 6.2[41] Pump Curve Calculation A. Target flow, Miniflow TDH = (PDISCH - PSUCT) x 2.3144 + (2.31 x 10- 5 x Q x Q)

TDH = ( - ) x 2.3144 + (2.31 x 10-xxX TDH = FT Calculation Performed By Initials Date Calculation Verified By Initials Date

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 157 of 202 Appendix H (Page 2 of 4)

CENTRIFUGAL CHARGING PUMP 2B-B PUMP CURVE DATA Date B. Target flow, 250 GPM TDH = (PDISCH - PSUCT) x 2.3144 + (2.31 x 10-5 x Q x Q)

TDH = x2.3144+(2.31x10-' x x TDH = FT Calculation Performed By Initials Date Calculation Verified By Initials Date C. Target flow, 350 GPM TDH = (PDISCH - PSUCT) x 2.3144 + (2.31 x 10-5 x Q x Q)

TDH = ( - ) x 2.3144 + (2.31 x 10- 5 xX TDH = FT Calculation Performed By Initials Date Calculation Verified By Initials Date

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 158 of 202 Appendix H (Page 3 of 4)

CENTRIFUGAL CHARGING PUMP 2B-B PUMP CURVE DATA Date D. Target flow, 450 GPM TDH = (PDISCH - PSUCT) x 2.3144 + (2.31 x 10-i x Q x Q)

TDH = ( - ) x 2.3144+ (2.31 x 10- 5 x x TDH = FT Calculation Performed By Initials Date Calculation Verified By Initials Date E. Target flow, 550 GPM TDH = (PDISCH - PSUCT) x 2.3144 + (2.31 x 10-5 x Q x Q)

TDH = ( -_ ) x 2.3144 + (2.31 x 10-5x x TDH = FT Calculation Performed By Initials Date Calculation Verified By Initials Date F. PLOT the flows vs. TDH on the composite pump curve.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 159 of 202 Appendix H (Page 4 of 4)

CENTRIFUGAL CHARGING PUMP 2B-B PUMP CURVE DATA Date 7

6 5 "'

4

<0 3 IaJX 2

1 0

0 100 200 300 400 500 600 FLOW (GPM)

-w- MAXIMUM *--TEST ACCEPTANCE

-A- FSAR NOTES

1) When plotting points along the pump curve, adjust the head +/- 18 ft to account for instrument inaccuracy. (Maximum affect of instrument inaccuracy is +/- 17.66 ft.

Re-evaluate in case M&TE changes from that stated in Subsection 4.2.)

2) If needed, the actual data points of the pump curve are tabled in the Safety Injection System Description, WBN2-63-4001.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 160 of 202 Appendix I (Page 1 of 4)

CENTRIFUGAL CHARGING PUMP SUBSYSTEM PUMP DATA Date____ _

Step 6.3[281 CCP 2A-A INITIALS/DATE Test gauge 2-PI-62-1 10 (PD) PSIG /

Test gauge 2-PI-62-109 (PS) PSIG /

Total Flow GPM /

2-EI-62-108B (SDB 2A-A CMPT 18) AMPS /

PH 1/2/3 2-EI-57-39 (2-M-1) VOLTS /

(6900-7200 VOLTS)

T0703A (<1700 F) -OF /

T0704A (<170°F) OF /

OF /

T0705A (<170°F)

OF /

T0711A (<200°F)

OF /

T0712A (<2000 F)

OF /

T0713A (<245 0 F)

OF /

T0714A (<2450 F)

OF /

T0715A (<2450 F)

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 161 of 202 Appendix I (Page 2 of 4)

CENTRIFUGAL CHARGING PUMP SUBSYSTEM PUMP DATA Date Step 6.3r281 CCP 2A-A INITIALS/DATE 2-PI-62-247B (LOCAL) PSIG AUX OIL PUMP FILTER UPSTREAM (11-15 PSIG)

PRESS NORMAL RANGE /

2-PI-62-247A (LOCAL) PSIG AUX OIL PUMP FILTER (10-12 PSIG)

DOWNSTREAM PRESS /

CCP 2A-A OIL COOLER (LOCAL) oF COOLING WATER INLET TEMP. (60-100 °F)

M&TE ID# /

CCP 2A-A OIL COOLER (LOCAL) OF COOLING WATER OUTLET TEMP. <110 0 F M&TE ID# /

2-FI-70-146 (0-M-27B) GPM COOLING WATER FLOW 28 GPM (NORMAL)

/

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 162 of 202 Appendix I (Page 3 of 4)

CENTRIFUGAL CHARGING PUMP SUBSYSTEM PUMP DATA Date Step 6.3[361 CCP 28-B INITIALS/DATE Test gauge 2-PI-62-106 (PD) PSIG /

Test gauge 2-PI-62-105 (PS) PSIG /

Total Flow GPM /

2-EI-62-104B (SDB 2B-B CMPT 18) AMPS /

PH 1/2/3 VOLTS 2-EI-57-66 (2-M-1) /

(6900-7200 VOLTS)

T0700A (<1700 F) OF /

OF /

T0701A (<1700 F)

OF /

T0702A (<170°F)

OF /

T0706A (<200°F)

OF /

T0707A (<200°F)

OF /

T0708A (<245°F)

OF /

T0709A (<2450 F)

OF /

T071OA (<2450 F)

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 163 of 202 Appendix I (Page 4 of 4)

CENTRIFUGAL CHARGING PUMP SUBSYSTEM PUMP DATA Date Step 6.3[361 CCP 2B-B INITIALS/DATE 2-PI-62-244B (LOCAL) PSIG AUX OIL PUMP FILTER UPSTREAM (11-15 PSIG)

PRESS NORMAL RANGE I PSIG 2-PI-62-244A (LOCAL)

AUX OIL PUMP FILTER (10-12 PSIG)

DOWNSTREAM PRESS /

CCP 2B-B OIL COOLER (LOCAL) OF COOLING WATER INLET TEMP. (60-100 °F)

M&TE ID# I CCP 2B-B OIL COOLER (LOCAL) OF COOLING WATER OUTLET TEMP. <110°F M&TE ID# /

2-FI-70-145 (0-M-27B) GPM COOLING WATER FLOW 28 GPM (NORMAL)

/

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 164 of 202 Appendix J (Page 1 of 2)

SAFETY INJECTION PUMP 2A-A OPERATING DATA Date COMP.POINT TEMP 0 F TEMP 0F TEMP 0 F TEMP °F TEMP 0 F TEMP 0 F TEMP 'F TEMP 'F TEMP °F LIMIT AMBIENT + 10 MIN + 20 MIN + 30 MIN + 40 MIN + 50 MIN + 60 MIN + 70 MIN + 80 MIN TIME TIME TIME TIME TIME TIME TIME TIME INITIAL/DATE INITIAL/DATE INITIAL/DATE INITIAL/DATE INITIAL/DATE INITIAL/DATE INITIAL/DATE INITIAL/DATE INITIAL/DATE TO150A

< 2750 F T0151A

< 2750 F TO1 52A

< 2750 F T0153A

< 1850 F TO 154A

< 1850 F NOTE: Unused blocks may be marked N/A. Additional data sheets may be added if required.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 165 of 202 Appendix J (Page 2 of 2)

SAFETY INJECTION PUMP 2A-A OPERATING DATA Date STEP 6.4161 INITIALS/DATE 2-EI-63-12B (SDB/2A-A CMPT 15) AMPS MOTOR CURRENT PH 1/2/3 < 30.1 AMPS /

2-PI-63-139 (LOCAL) PSIG LUBE OIL PUMP FILTER (10-12 PSIG)

UPSTREAM PRESS I 2-PI-63-140 (LOCAL) PSIG LUBE OIL PUMP FILTER (5-9 PSIG)

DOWNSTREAM PRESS /

2-TI-63-138 (LOCAL) oF LUBE OIL COOLER MANIFOLD <1550 F TEMP. I 2-TI-63-141 (LOCAL) oF BEARING HOUSING TEMP. <1550 F I

SIP 2A-A OIL COOLER (LOCAL) ,F COOLING WATER INLET TEMP. (60-100 -F)

I M&TE ID#

SIP 2A-A OIL COOLER (LOCAL) oF COOLING WATER OUTLET TEMP. <110OF M&TE ID#

I 2-FI-70-147 (0-M-27B) GPM COOLING WATER FLOW 15 GPM (NORMAL) I

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 166 of 202 Appendix K (Page 1 of 5)

SAFETY INJECTION PUMP 2A-A PUMP CURVE DATA Date STEP TARGET DISCH SUCT FLOW, PUMP MOTOR CURRENT WATTS 1 6.9Kv NO. FLOW PRESS PRESS GPM SPEED 2-EI-62-12B (ENTER mA & SDBD VOLTS GPM PSIG PSIG (Q) RPM (SDB 2A-A CMPT 15) WATTS) 2-EI-57-39 PH 1/2/3 AMPS (2-M-1)

VOLTS 6.4[17] 40.5-49.5 6.4[28] 250 6.4[30] 350 6.4[32] 450 6.4[34] 550 6.4[36] 650 1 Watts = multimeter reading (in mA) X Constant K (Step 4.3[60]C), Watts = mA X K

[3] Step 6.4[45] Pump Curve Calculation A. Target flow, Miniflow TDH = (PDISCH - PSUCT) x 2.3144 + (3.55 X10-5 XQ x Q)

TDH = ( - x 2.3144 + (3.5 5 x 10-' x _ x TDH = FT Calculation Performed By Initials Date Calculation Verified By Initials Date

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 167 of 202 Appendix K (Page 2 of 5)

SAFETY INJECTION PUMP 2A-A PUMP CURVE DATA Date B. Target flow, 250 GPM TDH = (PDISCH - PSUCT) x 2.3144 + (3.55 X10- 5 x Q XQ)

TDH = ( -_ )_)x2.3144+(3.55x10- x x TDH = FT Calculation Performed By Initials Date Calculation Verified By Initials Date C. Target flow, 350 GPM TDH = (PDISCH - PSUCT) x 2.3144 + (3.55 x 10- 5 x Q x Q)

TDH = ( - ) x 2.3144 + (3.55 x 10-5 X TDH = FT Calculation Performed By Initials Date Calculation Verified By Initials Date

Safety Injection System - 2-PTI-063-03 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 168 of 202 Appendix K (Page 3 of 5)

SAFETY INJECTION PUMP 2A-A PUMP CURVE DATA Date D. Target flow, 450 GPM TDH = (PDISCH - PSUCT) x 2.3144 + (3.55 x 10- 5 x Q x Q)

TDH = x 2.3144 + (3.55 x 10-5 x x)x TDH = FT Calculation Performed By Initials Date Calculation Verified By Initials Date E. Target flow, 550 GPM TDH = (PDISCH - PSUCT) x 2.3144 + (3.55 X10-5 X Q XQ)

TDH = ( - ) x 2.3144 + (3.55 x 10-5 x x )

TDH = FT Calculation Performed By Initials Date Calculation Verified By Initials Date

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 169 of 202 Appendix K (Page 4 of 5)

SAFETY INJECTION PUMP 2A-A PUMP CURVE DATA Date F. Target flow, 650 GPM TDH = (PDISCH - PSUCT) x 2.3144 + (3.55 x 10-5 x Q x Q)

TDH = ( - ) x 2.3144 + (3.55 x 10-5 xx TDH = FT Calculation Performed By Initials Date Calculation Verified By Initials Date G. PLOT the flows vs. TDH on the composite pump curve.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 170 of 202 Appendix K (Page 5 of 5)

SAFETY INJECTION PUMP 2A-A PUMP CURVE DATA Date 4

3 LLI.

2 1

0 0 50 100 150 200 250 300 350 400 450 500 550 600 650 FLOW (GPM)

-u-MAXIMUM -.-- TEST ACCEPTANCE

-`- FSAR NOTES

1) When plotting points along the pump curve, adjust the head +/- 12 ft to account for instrument inaccuracy. (Maximum affect of instrument inaccuracy is +/- 11.89 ft.

Re-evaluate in case M&TE changes from that stated in Subsection 4.2.)

2) If needed, the actual data points of the pump curve are tabled in the Safety Injection System Description, WBN2-63-4001.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 171 of 202 Appendix L (Page 1 of 2)

SAFETY INJECTION PUMP 2B-B OPERATING DATA Date COMP.POINT TEMP 'F TEMP 0F TEMP °F TEMP °F TEMP 0 F TEMP 'F TEMP 'F TEMP 'F TEMP 0F LIMIT AMBIENT + 10 MIN + 20 MIN + 30 MIN + 40 MIN + 50 MIN + 60 MIN + 70 MIN + 80 MIN TIME TIME TIME TIME TIME TIME TIME TIME

/ / / / / / / / /

INITIAL/DATE INITIAL/DATE INITIAL/DATE INITIALDATE INITIAL/DATE INITIAL/DATE INITIAL/DATE INITIAL/DATE INITIAL/DATE T0155A

< 2750 F T0156A

< 2750 F T0157A

< 2750 F T0158A

< 1850 F T0159A

< 1850F NOTE: Unused blocks may be marked N/A. Additional data sheets may be added if required.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 172 of 202 Appendix L (Page 2 of 2)

SAFETY INJECTION PUMP 2B-B OPERATING DATA Date STEP 6.5[161 INITIALS/DATE 2-EI-63-16B (SDB/2B-B CMPT 15) AMPS MOTOR CURRENT PH 1/2/3 < 30.1 AMPS /

2-PI-63-145 (LOCAL) PSIG LUBE OIL PUMP FILTER (10-12 PSIG)

UPSTREAM PRESS /

2-PI-63-146 (LOCAL) PSIG LUBE OIL PUMP FILTER (5-9 PSIG)

DOWNSTREAM PRESS /

2-TI-63-144 (LOCAL) OF LUBE OIL COOLER MANIFOLD <155 0 F TEMP. /

2-TI-63-147 (LOCAL) (F BEARING HOUSING TEMP. <1 55°F

/

SIP 2B-B OIL COOLER (LOCAL) oF COOLING WATER INLET TEMP. (60-100 OF)

/

M&TE ID#

SIP 2B-B OIL COOLER (LOCAL)

COOLING WATER OUTLET TEMP. <110 0 F I

M&TE ID#

2-FI-70-148 (0-M-27B) GPM COOLING WATER FLOW 15 GPM (NORMAL) I

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 173 of 202 Appendix M (Page 1 of 5)

SAFETY INJECTION PUMP 2B-B PUMP CURVE DATA Date STEP TARGET DISCH SUCT FLOW, PUMP MOTOR CURRENT WATTS 1 6.9Kv NO. FLOW PRESS PRESS GPM SPEED 2-EI-62-16B (ENTER mA & SDBD VOLTS GPM PSIG PSIG (Q) RPM (SDB 2B-B CMPT 15) WATTS) 2-EI-57-66 PH 1/2/3 AMPS (2-M-1)

VOLTS 6.5[17] 40.5-49.5 6.5[28] 250 6.5[30] 350 6.5[32] 450 6.5[34] 550 6.5[36] 650 1 Watts = multimeter reading (in mA) X Constant K (Step 4.3[60]C), Watts = mA X K

[4] Step 6.5[45] Pump Curve Calculation A. Target flow, Miniflow TDH = (PDISCH - PSUCT) x 2.3144 + (3.55 x 10- 5 x Q x Q)

TDH = ( - x2.3144 + (3.55 xl0x15x TDH = FT Calculation Performed By Initials Date Calculation Verified By Initials Date

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 174 of 202 Appendix M (Page 2 of 5)

SAFETY INJECTION PUMP 2B-B PUMP CURVE DATA Date B. Target flow, 250 GPM TDH = (PDISCH-PSUCT) x 2.3144+ (3.55 x10-5 xQxQ)

TDH = ( - ) x 2.3144 + (3.55 x 10-5 XX TDH = FT Calculation Performed By Initials Date Calculation Verified By Initials Date C. Target flow, 350 GPM TDH = (PDISCH - PSUCT) x 2.3144 + (3.55 x 10- 5 x Q x Q)

TDH =( -) x 2.3144+ (3.55 x10-5 XX TDH = FT Calculation Performed By Initials Date Calculation Verified By Initials Date

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 175 of 202 Appendix M (Page 3 of 5)

SAFETY INJECTION PUMP 2B-B PUMP CURVE DATA Date D. Target flow, 450 GPM TDH = (PDISCH - PSUCT) x 2.3144 + (3.55 x 10- 5 x Q x Q)

TDH =( - )x 2.3144+ (3.55 x0'x1-5Xx TDH = FT Calculation Performed By Initials Date Calculation Verified By Initials Date E. Target flow, 550 GPM TDH = (PDISCH - PSUCT) x 2.3144 + (3.55 x 10- 5 x Q x Q)

TDH= ( - ) x 2.3144 + (3.55 x 10- 5 XX TDH = FT Calculation Performed By Initials Date Calculation Verified By Initials Date

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 176 of 202 Appendix M (Page 4 of 5)

SAFETY INJECTION PUMP 2B-B PUMP CURVE DATA Date F. Target flow, 650 GPM TDH = (PDISCH - PSUCT) x 2.3144 + (3.55 x 10- 5 x Q x Q)

TDH = ( - )x2.3144+ (3.55 x0-x 1-5Xx TDH = FT Calculation Performed By Initials Date Calculation Verified By Initials Date G. PLOT the flows vs. TDH on the composite pump curve.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 177 of 202 Appendix M (Page 5 of 5)

SAFETY INJECTION PUMP 2B-B PUMP CURVE DATA Date 4

3

<0 LU 2 0

0 50 100 150 200 250 300 350 400 450 500 550 600 650 FLOW (GPM)

-!- MAXIMUM -*--TEST ACCEPTANCE

-`- FSAR NOTES

1) When plotting points along the pump curve, adjust the head +/- 12 ft to account for instrument inaccuracy. (Maximum affect of instrument inaccuracy is +/- 11.89 ft.

Re-evaluate in case M&TE changes from that stated in Subsection 4.2.)

2) If needed, the actual data points of the pump curve are tabled in the Safety Injection System Description, WBN2-63-4001.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 178 of 202 Appendix N (Page 1 of 4)

SAFETY INJECTION PUMP SUBSYSTEM PUMP DATA Date____ _

Step 6.6[321 SIP 2A-A INITIALS/DATE Test gauge 2-PT-63-149 (PD) PSIG /

Test gauge 2-PI-63-9 (PS) PSIG /

Total Flow GPM /

2-EI-62-12B (SDB 2A-A CMPT 15) AMPS /

PH 1/2/3 VOLTS /

2-EI-57-39 (2-M-1)

(6900-7200 VOLTS)

T01 50A (<2750F) -OF /

T0151A (<275 0F) OF /

OF /

T0152A (<275-F)

T0153A (<1850 F) OF /

OF /

T0154A (<1850 F)

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 179 of 202 Appendix N (Page 2 of 4)

SAFETY INJECTION PUMP SUBSYSTEM PUMP DATA Date Step 6.6[321 SIP 2A-A INITIALS/DATE 2-PI-63-139 (LOCAL) PSIG LUBE OIL PUMP FILTER (10-12 PSIG)

UPSTREAM PRESS /

2-PI-63-140 (LOCAL) PSIG LUBE OIL PUMP FILTER (5-9 PSIG)

DOWNSTREAM PRESS /

oF 2-TI-63-138 (LOCAL)

LUBE OIL COOLER MANIFOLD <155 0 F TEMP. I 2-TI-63-141 (LOCAL) OF BEARING HOUSING TEMP. <155 0 F

/

SIP 2A-A OIL COOLER (LOCAL) oF COOLING WATER INLET TEMP. (60-100 oF)

M&TE ID#

I SIP 2A-A OIL COOLER (LOCAL) oF COOLING WATER OUTLET TEMP. <110°F

/

M&TE ID#

2-FI-70-147 (0-M-27B) GPM COOLING WATER FLOW 15 GPM (NORMAL)

I

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 180 of 202 Appendix N (Page 3 of 4)

SAFETY INJECTION PUMP SUBSYSTEM PUMP DATA Date Step 6.6[431 SIP 2B-B INITIALS/DATE Test gauge 2-PT-63-18 (PD) PSIG /

Test gauge 2-PI-63-14 (PS) PSIG /

Total Flow GPM /

2-EI-62-16B (SDB 2B-B CMPT 15) AMPS /

PH 1/2/3 VOLTS /

2-EI-57-66 (2-M-1)

(6900-7200 VOLTS)

T0155A (<2750 F) OF /

OF /

T0156A (<2750 F)

OF /

T0157A (<2750 F)

OF /

T0158A (<1850 F)

T0159A (<185°F) -OF /

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 181 of 202 Appendix N (Page 4 of 4)

SAFETY INJECTION PUMP SUBSYSTEM PUMP DATA Date Step 6.6[431 SIP 2B-B INITIALS/DATE 2-PI-63-145 (LOCAL) PSIG LUBE OIL PUMP FILTER (10-12 PSIG)

UPSTREAM PRESS I 2-PI-63-146 (LOCAL) PSIG LUBE OIL PUMP FILTER (5-9 PSIG)

DOWNSTREAM PRESS I 2-TI-63-144 (LOCAL) oF LUBE OIL COOLER MANIFOLD <155 0 F TEMP. /

2-TI-63-147 (LOCAL) OF BEARING HOUSING TEMP. <1550 F

/

SIP 2B-B OIL COOLER (LOCAL) oF COOLING WATER INLET TEMP. (60-100 °F)

/

M&TE ID#

SIP 2B-B OIL COOLER (LOCAL)

COOLING WATER OUTLET TEMP. <110 0 F I

M&TE ID#

2-FI-70-148 (0-M-27B) GPM COOLING WATER FLOW 15 GPM (NORMAL)

/

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 182 of 202 Appendix 0 (Page 1 of 2)

RESIDUAL HEAT REMOVAL PUMP 2A-A OPERATING DATA Date COMP.POINT TEMP 'F TEMP F 0

TEMP °F TEMP 0 F TEMP °F TEMP 0F TEMP 'F TEMP 0F TEMP 'F LIMIT AMBIENT + 10 MIN + 20 MIN + 30 MIN + 40 MIN + 50 MIN + 60 MIN + 70 MIN + 80 MIN TIME TIME TIME_ TIME TIME TIME TIME TIME

/ / / / I / / /I INITIAL/DATE INITIAL/DATE INITIAL/DATE INITIAL/DATE INITIAL/DATE INITIAL/DATE INITIAL/DATE INITIAL/DATE INITIAL/DATE T0650A

< 180°F T0651A

< 180°F T0652A

< 230°F T0653A

< 230OF T0654A

< 230OF NOTE: Unused blocks may be marked N/A. Additional data sheets may be added if required.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 183 of 202 Appendix 0 (Page 2 of 2)

RESIDUAL HEAT REMOVAL PUMP 2A-A OPERATING DATA Date STEP 6.9[131 INITIALS/DATE 2-EI-74-5B (SDB/2A-A CMPT 14) AMPS MOTOR CURRENT PH 1/2/3 < 28.6 AMPS

/

2-TIS-74-7 (2-L-12) oF MECH. SEAL HX OUTLET TEMP. <110OF

/

RHRP 2A-A SEAL COOLER oF (LOCAL) (60-100 OF)

COOLING WATER INLET TEMP. I M&TE ID#

RHRP 2A-A SEAL COOLER OF (LOCAL) <110 0 F COOLING WATER OUTLET TEMP. /

M&TE ID#

2-FI-70-151 (0-M-27B) GPM COOLING WATER FLOW 5-10 GPM

/

Safety Injection System - 2-PTI-063-03 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 184 of 202 Appendix P (Page 1 of 5)

RESIDUAL HEAT REMOVAL 2A-A PUMP CURVE DATA Date STEP TARGET DISCH SUCT FLOW, PUMP MOTOR CURRENT WATTS 1 6.9Kv NO. FLOW PRESS PRESS GPM SPEED 2-EI-74-5B (ENTER mA & SDBD VOLTS GPM PSIG PSIG (Q) RPM (SDB 2A-A CMPT 14) WATTS) 2-EI-57-39 PH 1/2/3 AMPS (2-M-1)

VOLTS 6.9[15] MiniFlow 6.9[21] 1400 6.9[23] 3000 6.9[25] 4000 6.9[27] 5000 1 Watts = multimeter reading (in mA) X Constant K (Step 4.3[60]C), Watts = mA X K

[5] Step 6.9[43] Pump Curve Calculation A. Target flow, Miniflow TDH = (PDISCH - PSUCT) x 2.3144 + (7.85 x 10-7 x Q x Q)

TDH = ( - ) x 2.3144 + (7.85 x07x 10-Xx TDH = FT Calculation Performed By Initials Date Calculation Verified By Initials Date

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 185 of 202 Appendix P (Page 2 of 5)

RESIDUAL HEAT REMOVAL 2A-A PUMP CURVE DATA Date B. Target flow, 1400 GPM TDH = (PDISCH - PSUCT) x 2.3144 + (7.85 x 10- 7 x Q x Q)

TDH = ( - . _) x 2.3144 + (7.85 x 10-7 x X TDH = FT Calculation Performed By Initials Date Calculation Verified By Initials Date C. Target flow, 3000 GPM TDH = (PDISCH - PSUCT) x 2.3144 + (7.85 x 10- 7 x Q x Q)

TDH=( - x 2.3144+(7.85x 10-7 X_ _

TDH = FT Calculation Performed By Initials Date Calculation Verified By Initials Date

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 186 of 202 Appendix P (Page 3 of 5)

RESIDUAL HEAT REMOVAL 2A-A PUMP CURVE DATA Date D. Target flow, 4000 GPM TDH = (PDISCH- PSUCT) x 2.3144+ (7.85 x10- 7 xQ xQ)

TDH = x 2.3144 + (7.85 x 10-7 x x TDH = FT Calculation Performed By Initials Date Calculation Verified By Initials Date E. Target flow, 5000 GPM TDH = (PDISCH - PSUCT) x 2.3144 + (7.85 x 10- 7 x Q x Q)

TDH = ( - )x 2.3144 + (7.85 xl10-Xx7 x TDH = FT Calculation Performed By Initials Date Calculation Verified By Initials Date F. PLOT the flows vs. TDH on the composite pump curve.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 187 of 202 Appendix P (Page 4 of 5)

RESIDUAL HEAT REMOVAL 2A-A PUMP CURVE DATA Date 500 450 400 350

'LU z

300 LU 250 200 ISO 0 S00 1000 1500 2000 2500 3000 3500 4000 4500 5000 5500 6000 FLOW (GPM)

-A- MAXIMUM (MAXIMUM COMPOSITE

-*- FSAR --- TEST ACCEPTANCE CURVE NOTES

1) When plotting points along the pump curve, adjust the head +/- 3 ft to account for instrument inaccuracy. (Maximum affect of instrument inaccuracy is +/- 2.08 ft.

Re-evaluate in case M&TE changes from that stated in Subsection 4.2.)

2) If needed, the actual data points of the pump curve are tabled in the Safety Injection System Description, WBN2-63-4001.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 188 of 202 Appendix P (Page 5 of 5)

RESIDUAL HEAT REMOVAL 2A-A PUMP CURVE DATA Date Step 6.9[291 RHRP 2A-A INITIALS/DATE T0150A (<275 0 F) OF /

OF /

TO151A (<275-F)

T01 52A (<2750F) OF /

OF /

T0153A (<1850 F)

OF /

T0154A (<185 0 F) 2-TIS-74-7 (2-L-12) OF MECH. SEAL HX OUTLET TEMP. <110 0 F

/

RHRP 2A-A SEAL COOLER oF (LOCAL) (60-100 OF)

COOLING WATER INLET TEMP. /

M&TE ID#

RHRP 2A-A SEAL COOLER oF (LOCAL) <110OF COOLING WATER OUTLET TEMP. /

M&TE ID#

2-FI-70-151 (0-M-27B) GPM COOLING WATER FLOW 5-10 GPM I

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 189 of 202 Appendix Q (Page 1 of 2)

RESIDUAL HEAT REMOVAL 2B-B OPERATING DATA Date COMP.POINT TEMP 'F TEMP 0F TEMP 0F TEMP 'F TEMP 0 F TEMP 'F TEMP 'F TEMP 0 F TEMP 'F LIMIT AMBIENT + 10 MIN + 20 MIN + 30 MIN + 40 MIN + 50 MIN + 60 MIN + 70 MIN + 80 MIN TIME TIME TIME TIME TIME TIME TIME TIME

/ / / I I / I / /

INITIAL/DATE INITIAL/DATE INITIAL/DATE INITIAL/DATE INITIAL/DATE INITIAL/DATE INITIAL/DATE INITIAL/DATE INITIAL/DATE T0655A

< 180°F T0656A

< 180°F T0657A

< 230OF T0658A

< 230°F T0659A

< 230OF NOTE: Unused blocks may be marked N/A. Additional data sheets may be added if required.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 190 of 202 Appendix Q (Page 2 of 2)

RESIDUAL HEAT REMOVAL 2B-B OPERATING DATA Date STEP 6.10[131 INITIALS/DATE 2-EI-74-17B (SDB/2B-B CMPT 14) AMPS MOTOR CURRENT PH 1/2/3 < 28.6 AMPS

/

2-TIS-74-19 (2-L-13)

MECH. SEAL HX OUTLET TEMP. <110°F

/

RHRP 2B-B SEAL COOLER (LOCAL) (60-100 °F)

COOLING WATER INLET TEMP. /

M&TE ID#

RHRP 2B-B SEAL COOLER (LOCAL) <110 0 F COOLING WATER OUTLET TEMP. I M&TE ID#

2-FI-70-152 (0-M-27B) GPM COOLING WATER FLOW 5-10 GPM I

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 191 of 202 Appendix R (Page 1 of 5)

RESIDUAL HEAT REMOVAL PUMP 2B-B PUMP CURVE DATA Date STEP TARGET DISCH SUCT FLOW, PUMP MOTOR CURRENT WATTS 1 6.9Kv NO. FLOW PRESS PRESS GPM SPEED 2-EI-74-17B (ENTER mA & SDBD VOLTS GPM PSIG PSIG (Q) RPM (SDB 2B-B CMPT 14) WATTS) 2-EI-57-66 PH 1/2/3 AMPS (2-M-1)

VOLTS 6.10[15] MiniFlow 6.10[21] 1400 6.10[23] 3000 6.10[25] 4000 6.10[27] 5000 1 Watts = multimeter reading (in mA) X Constant K (Step 4.3[60]C), Watts =mA X K

[6] Step 6.10[43] Pump Curve Calculation A. Target flow, Miniflow TDH = (PDISCH - PSUCT) x 2.3144 + (7.85 x 10-7x Q xQ)

TDH = ( -- ) x 2.3144 + (7.85 x 10-7 X _

TDH = FT Calculation Performed By Initials Date Calculation Verified By Initials Date

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 192 of 202 Appendix R (Page 2 of 5)

RESIDUAL HEAT REMOVAL PUMP 2B-B PUMP CURVE DATA Date B. Target flow, 1400 GPM TDH = (PDISCH - PSUCT) x 2.3144 + (7.85 x 10-7 x Q x Q)

TDH = ( - ) x 2.3144 + (7.85 x 10-7 X x TDH = FT Calculation Performed By Initials Date Calculation Verified By Initials Date C. Target flow, 3000 GPM TDH = (PDISCH - PSUCT) x 2.3144 + (7.85 x 10- 7 x Q x Q)

TDH = ( - ) x 2.3144 + (7.85 x 10- 7 X X TDH = FT Calculation Performed By Initials Date Calculation Verified By Initials Date

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 193 of 202 Appendix R (Page 3 of 5)

RESIDUAL HEAT REMOVAL PUMP 2B-B PUMP CURVE DATA Date D. Target flow, 4000 GPM TDH = (PDISCH - PSUCT) x 2.3144 + (7.85 x 10- 7 x Q x Q)

TDH = x 2.3144 + (7.85 x 10-7 X x TDH = FT Calculation Performed By Initials Date Calculation Verified By Initials Date E. Target flow, 5000 GPM TDH = (PDISCH - PSUCT) x 2.3144 + (7.85 x 10-7 x Q x Q)

TDH =( -- ) x 2.3144 + (7.85 x 10- 7 X TDH = FT Calculation Performed By Initials Date Calculation Verified By Initials Date F. PLOT the flows vs. TDH on the composite pump curve.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 194 of 202 Appendix R (Page 4 of 5)

RESIDUAL HEAT REMOVAL PUMP 2B-B PUMP CURVE DATA Date 500 450 400 350 z 300 W.

250 200 150 0 Soo 1000 1500 2000 2500 3000 3500 4000 4500 5000 5500 6000 FLOW (GPM)

-M- MAXIMUM (MAXIMUM COMPOSITE

-A- FSAR -- TEST ACCEPTANCE CURVE NOTES

1) When plotting points along the pump curve, adjust the head +/- 3 ft to account for instrument inaccuracy. (Maximum affect of instrument inaccuracy is +/- 2.08 ft.

Re-evaluate in case M&TE changes from that stated in Subsection 4.2.)

2) If needed, the actual data points of the pump curve are tabled in the Safety Injection System Description, WBN2-63-4001.

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 195 of 202 Appendix R (Page 5 of 5)

RESIDUAL HEAT REMOVAL PUMP 2B-B PUMP CURVE DATA Date Step 6.10[291 RHRP 28-B INITIALS/DATE T0155A (<275°F) OF /

T0156A (<275 0 F) OF /

T0157A (<275°F) OF /

OF /

T0158A (<185 0 F)

T0159A (<185°F) OF /

2-TIS-74-19 (2-L-12) OF MECH. SEAL HX OUTLET TEMP. <110OF

/

0 RHRP 2B-B SEAL COOLER F (LOCAL) (60-100 °F)

COOLING WATER INLET TEMP. /

M&TE ID#

RHRP 2B-B SEAL COOLER oF (LOCAL) <110oF COOLING WATER OUTLET TEMP. /

M&TE ID#

2-FI-70-152 (0-M-27B) GPM COOLING WATER FLOW 5-10 GPM

/

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 196 of 202 Appendix S (Page 1 of 2)

Flow Calculation Sheet Date Calc Number Flow Element(s) Step Number Table 1 - Constants for Flow Calculations Flow Element(s) C' Error (psid) 2-FE-63-27, 29, 31, 33 17.93 0.125 2-FE-63-122, 123, 124, 125 28.52 0.088 2-FE-63-159, 160, 161, 162 32.23 0.275 2-FE-62-93 60.77 0.008 2-FE-62-257 19.97 0.050 2-FE-63-20, 151 148.86 0.050 2-FE-63-2 28.13 0.033 2-FE-63-170 176.50 0.025 2-FE-74-12, 24 930.40 0.075 A. Flow at Least Q (gpm) = C' x .f/dP - Error Q (gpm) = x .

Q= gpm Calculation Performed By Initials Date Calculation Verified By Initials Date

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 197 of 202 Appendix S (Page 2 of 2)

B. Flow Not More Than Q (gpm) = C' x /dP-Error

+

Q (gpm) = xV _ +

Q= gpm Calculation Performed By Initials Date Calculation Verified By Initials Date C. Flow Differencial dQ (gpm) = (C' x JHighest dP 0+ Error )- (C' x JLowestdP - Error) dQ=(_ xV/ + _)-(_*.-

dQ = gpm Calculation Performed By Initials Date Calculation Verified By Initials Date

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 198 of 202 Appendix T (Page 1 of 5)

Resistance Calculation Date Calc Number Flow Element(s) Step Number Table 1 - Constants for Flow Calculations Flow Element(s) C' Error (psid) 2-FE-63-27, 29, 31, 33 17.93 0.125 2-FE-63-122, 123, 124, 125 28.52 0.088 2-FE-63-159, 160, 161, 162 32.23 0.275 2-FE-62-257 19.97 0.050 2-FE-63-20, 151 148.86 0.050 2-FE-63-2 28.13 0.033 2-FE-63-170 176.50 0.025 2-FE-74-12, 24 930.40 0.075 Table 2 - Constants for Pressure Calculations P1 Test Gauge(s) Error (psig) 2-PI-62-110, 106 7.5 2-PT-63-149, 18 5 2-PI-74-6, 18 0.75

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 199 of 202 Appendix T (Page 2 of 5)

NOTE Depending upon the calculation, the applicable flow rate may or may not include the normal pump discharge to the vessel or the miniflow. When only the miniflow or only the vessel injection is considered for the resistance calculation, the unused portion of the flow equation may be assumed to be zero.

A. Resistance Kmin Q = Vessel Injection Flow + Miniflow Q (gpm) = (C' x N/dP + Error ) + (C' x dP-+Error)

Q=(. + ( X +

Q= _ gpm Kmin (ft/gpm 2) = (P - Error) x f4 2.221b (Q)2 Kmin (ftgpm2 ) = ( _) x 2.3144 ( )2 Kmin (ft/gpm 2 ) = (_ x 2.3144) / (_ )

Kmin (ft/gpm 2 ) = ft/gpm 2 Calculation Performed By Initials Date Calculation Verified By Initials Date

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 200 of 202 Appendix T (Page 3 of 5)

B. Resistance Kmax Q = Vessel Injection Flow + Miniflow Q (gpm) = (C' x /dP -- Error) + (C' x [dP - Error)

__( _ x4 _ _- )+( __ x/ _ _- _

Q 93gpm ft4i 2 l/*62.- 2 l1bJt 2 ft3 (Q) 2 Kmax (ft/gpm 2 ) = (P + Error) x. 144in Kmax (ft/gpm2) = ( +_ ) x 2.3144/ )2 Kmax (ft/gpm 2 ) = ( x 2.3144) / ( )

Kmax (ft/gpm 2 ) = ft/gpm 2 Calculation Performed By Initials Date Calculation Verified By Initials Date

WBN Safety Injection -System - 2'PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 201 of 202 Appendix T (Page 4 of 5)

C. Minimum Resistance for Hot Leg Recirc using Ultrasonic Flowmeter Q = Ultrasonic Flowmeter Reading +/- Error Error = +/-2% of 4500 gpm range = +/-90 gpm Q = Ultrasonic Flowmeter reading + Error Q (gpm) = - + 90 = .gpm

'mn*ft/rn 2 (P - Error) xr144in2 ft3 Kmin~g( ft 2 )62.221b () 2 Kmin (ft/gpm 2 ) = (. _- ) x 2.3144 / (.__ )2 Kmin (ft/gpm 2 ) = (. _x 2.3144) / (_ )

2 Kmin (ft/gpm 2 ) = ft/gpm Calculation Performed By Initials Date Calculation Verified By Initials Date

WBN Safety Injection System - 2-PTI-063-03 Unit 2 Charging, SI, and RHR Flow Balance Rev. 0000 Test Page 202 of 202 Appendix T (Page 5 of 5)

C. Maximum Resistance for Hot Leg Recirc using Ultrasonic Flowmeter Q = Ultrasonic Flowmeter Reading +/- Error Error = +/-2% of 4500 gpm range = +/-90 gpm Q = Ultrasonic Flowmeter reading + Error Q (gpm) = _ - 90 = .gpm (i144in2* ft-221 Kmax (ft/gpm 2) = (P + Error) x* , 621 / (Q)2 Kmax (ft/gpm 2 ) = ( + .)x 2.3144 /2(__ )

Kmax (ft/gpm 2 ) = (. x 2.3144) / ( )

Kmax (ft/gpm 2 ) = ft/gpm 2 Calculation Performed By Initials Date Calculation Verified By Initials Date