Text

2-PTI-002-01, Rev 000, Condensate System.
	ML13162A310
Person / Time
Site:	Watts Bar
Issue date:	04/03/2013
From:	Parham J; Tennessee Valley Authority
To:	; Office of Nuclear Reactor Regulation
References
	2-PTI-002-01, Rev 0
	Download: ML13162A310 (450)
	v • d • e

{{#Wiki_filter:WATTS BAR NUCLEAR PLANT UNIT 2 PREOPERATIONAL TEST TITLE: Condensate System Instruction No: 2-PTI-002-01 Revision No: 0000 PREPARED BY: Jamie Parham agag. [/IA DATE: Y/ - 3_-/3 PRINT NAME/ SI'NATURE REVIEWED BY: Joe Wooten L DATE: _ -__.__,__- PRINT NAA I SIGNATURE INSTRUCTION APPROVAL JTG MEETING No: 13 - oo JTG CHAIRMAN: -/ DATE: APPROVED BY: Ad PI*f*OERATIONAL STARTUP MANAGER DATE: 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 Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 2 of 450 Revision Log Revision Affected or Change Effective Page Number Date Numbers Description of Revision/Change

               *1 L*/}*Revision ALL        New procedure   guide. using Unit 1 PTI-002-01, 0 as a written

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 3 of 450 Table of Contents

1.0 INTRODUCTION

...................................................................................................                      8 1.1 Test Objectives ........................................................................................................              8 1.2 Sco p e ............................................................................................................................ 8 1.2.1       Condensate Storage Tank, Hotwell Control and Transfer Pump ................ 8 1.2.2       Hotwell Pump Operation .............................................................................                      9 1.2.3       Condensate Dem ineralizer Pum p and Suction Valve .................................                                       9 1.2.4       Condensate Booster Pump, Auxiliary Oil Pump and Suction Valve Controls .............................................................................................              9 1.2.5       Hotwell Pump Operation and Condensate Demineralizer Pump Performance .............................................................................................                10 1.2.6       Condensate Polisher ................................................................................                     10

2.0 REFERENCES

......................................................................................................                    11 2.1 Performance References .......................................................................................                       11 2.2 Development References ......................................................................................                        11 3.0 PRECAUTIONS AND LIMITATIONS .....................................................................                                    18 4.0 PREREQUISITE ACTIONS ....................................................................................                            20 4.1 Prelim inary Actions .................................................................................................               20 4.2 Special Tools, Measuring & Test Equipment (M&TE), Parts & Supplies .................                                                 28 4.3 Field Preparations ..................................................................................................                30 4.4 Approvals and Notifications                                          .......................................                         46 5.0 ACCEPTANCE CRITERIA ...................................................................................                              47 5.1 Condensate Heaters Isolation Valves ....................................................................                             47 5.2 Main Feedwater Pumps Suction/Condenser Isolation Valves .................................                                            48 5.3 Main Condenser ...................................................................................................                   49 5.4 Main/Standby Feedwater Pum p NPSH Low Alarm .................................................                                        49 5.5 Feedwater Heater Level Control .............................................................................                         50 5.6 Hotwell Pumps (HW P) ..........................................................................................                      51 5.7 Condensate Dem ineralizer Pum ps (CDP) ............................................................                                  53

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 4 of 450 Table of Contents (continued) 5.8 Condensate Booster Pumps (CBP) ......................................................................... 54 5.9 G land Steam Condenser ........................................................................................ 59 5.10 Condensate Demineralizers .................................................................................. 60 6.0 PER FO R MA NC E ........................................................................................................ 62 6.1 Motor-Operated Flow Control Valves ....................................................................... 62 6.1.1 Valve 2-FCV-2-45, CONDENSATE HTR A5/A6/A7 INLET HDR IS O L........................................................................................................ . . 62 6.1.2 Valve 2-FCV-2-55, CONDENSATE HTR A5/A6/A7 OUTLET HD R IS O L ............................................................................................... . . 66 6.1.3 Valve 2-FCV-2-56, CONDENSATE HTR B5/B6/B7 INLET HDR IS O L........................................................................................................ . . 70 6.1.4 Valve 2-FCV-2-65, CONDENSATE HTR B5/B6/B7 OUTLET HD R IS O L ............................................................................................... . . 74 6.1.5 Valve 2-FCV-2-66, CONDENSATE HTR C5/C6/C7 INLET HD R IS O L ............................................................................................... . . 78 6.1.6 Valve 2-FCV-2-75, CONDENSATE HTR C5/C6/C7 OUTLET HD R IS O L ................................................................................................. 82 6.1.7 Valve 2-FCV-2-110, CONDENSATE HTR A2/A3/A4 INLET HD R IS O L ............................................................................................... . . 86 6.1.8 Valve 2-FCV-2-128, CONDENSATE HTR A2/A3/A4 OUTLET HD R IS O L .............................................................................................. . . 90 6.1.9 Valve 2-FCV-2-130, CONDENSATE HTR B2/B3/B4 INLET HD R IS O L ............................................................................................... . . 94 6.1.10 Valve 2-FCV-2-147, CONDENSATE HTR B2/B3/B4 OUTLET HD R IS O L ............................................................................................... . . 98 6.1.11 Valve 2-FCV-2-149, CONDENSATE HTR C2/C3/C4 INLET HD R IS O L ................................................................................................... 10 2 6.1.12 Valve 2-FCV-2-167, CONDENSATE HTR C2/C3/C4 OUTLET HD R IS O L ................................................................................................... 10 6 6.1.13 Valve 2-FCV-2-221, MAIN FEEDWATER PUMP 2A SUCTION IS O L............................................................................................................ 110 6.1.14 Valve 2-FCV-2-224, MAIN FEEDWATER PUMP 2B SUCTION IS O L............................................................................................................ 117

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 5 of 450 Table of Contents (continued) 6.1.15 Valve 2-FCV-2-265, STANDBY MAIN FW PUMP SUCT ISOL ................... 124 6.1.16 Valve 2-FCV-2-275, CONDENSATE DEMIN PUMP BYPASS ................... 130 6.1.17 Valves 2-FCV-2-205, MFPT CONDENSER 2A ISOL, and 2-FCV-2-210, MFPT CONDENSER 2A ISOL, Main Feedwater Pump Turbine 2A Condenser Outlet and Inlet Isolation Valves .................. 134 6.1.18 Valves 2-FCV-2-211, MFPT CONDENSER 2B INLET ISOL, and 2-FCV-2-216, MFPT CONDENSER 2B OUTLET ISOL, Main Feedwater Pump Turbine 2B Condenser Inlet and Outlet Iso la tio n V a lve s ........................................................................................... 14 6 6.1.19 Hotwell Auto Makeup to Condenser and Hotwell Level Bypass to Condensate Storage Tank ...................................................................... 157 6.1.20 Gland Steam Condenser Inlet Pressure ..................................................... 159 6.1.21 Main/Standby Feedwater Pump NPSH Low Alarm ..................................... 161 6.2 Feedwater Heater Level Control ............................................................................... 163 6.2.1 Condensate Heater A6 Level Control ......................................................... 163 6.2.2 Condensate Heater A5 Level Control ......................................................... 166 6.2.3 Condensate Heater A4 Level Control ......................................................... 169 6.2.4 Condensate Heater A2 Level Control ......................................................... 172 6.2.5 Condensate Heater B6 Level Control ......................................................... 175 6.2.6 Condensate Heater B5 Level Control ......................................................... 178 6.2.7 Condensate Heater B4 Level Control ......................................................... 181 6.2.8 Condensate Heater B2 Level Control ......................................................... 184 6.2.9 Condensate Heater C6 Level Control ......................................................... 187 6.2.10 Condensate Heater C5 Level Control ......................................................... 190 6.2.11 Condensate Heater C4 Level Control ......................................................... 193 6.2.12 Condensate Heater C2 Level Control ......................................................... 196 6.3 Hotwell Pump 2A, 2B and 2C Controls ..................................................................... 199 6.3.1 Hotwell Pump (HWP) 2A Controls .............................................................. 199 6.3.2 Hotwell Pump (HWP) 2B Controls .............................................................. 214 6.3.3 Hotwell Pump (HWP) 2C Controls .............................................................. 229 6.4 Condensate Demineralizer Pump and Suction Valve Controls ................................. 245

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 6 of 450 Table of Contents (continued) 6.4.1 Condensate Demineralizer Pump (CDP) 2A and Suction Valve 2-F C V 2 9 0 ............................................................................................... 24 5 6.4.2 Condensate Demineralizer Pump (CDP) 2B and Suction Valve 2 -F C V 2 8 5 ............................................................................................... 25 6 6.4.3 Condensate Demineralizer Pump (CDP) 2C and Suction Valve 2 -F C V 2 80 ............................................................................................... 26 7 6.5 Condensate Booster Pump, Auxiliary Oil Pump and Suction Valve C on tro ls .................................................................................................................... 27 8 6.5.1 Condensate Booster Pump (CBP) 2A, CBP Auxiliary Oil Pump (AOP) 2A and Suction Valve 2-FCV-2-94 ................................................... 278 6.5.2 Condensate Booster Pump (CBP) 2B, CBP Auxiliary Oil Pump (AOP) 2B and Suction Valve 2-FCV-2-87 ................................................... 311 6.5.3 Condensate Booster Pump (CBP) 2C, CBP Auxiliary Oil Pump (AOP) 2C and Suction Valve 2-FCV-2-81 .................................................. 343 6.6 Hotwell Pumps, Demineralized Condensate Pumps and Condensate Booster Pum ps Perform ance .................................................................................... 376 6.6.1 Hotwell Pum ps O peration ........................................................................... 376 6.6.2 Condensate Demineralizer Pumps Operation ............................................. 396 6.6.3 Condensate Booster Pump Operation ........................................................ 412 6.7 Condensate Polishing Demineralizer ........................................................................ 428 6.7.1 Condensate Polishing Demineralizer Vessel 2A Performance ................... 428 6.7.2 Condensate Polishing Demineralizer Vessel 2B Performance ......... 430 6.7.3 Condensate Polishing Demineralizer Vessel 2C Performance ................... 431 6.7.4 Condensate Polishing Demineralizer Vessel 2D Performance ................... 432 6.7.5 Condensate Polishing Demineralizer Vessel 2E Performance .................. 433 6.7.6 Condensate Polishing Demineralizer Vessel 2F Performance .................... 434 6.8 2-FCV-14-3 Condensate Polishers Bypass Valve .................................................... 435 7.0 POST-PERFORMANCE ACTIVITIES ...................................................................... 441 8.0 R EC O R D S ................................................................................................................ 441 Appendix A: TEST PROCEDURES/INSTRUCTIONS REFERENCE R EV IEW ................................................................................................... 442

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 7 of 450 Table of Contents (continued) Appendix B: TEMPORARY CONDITION LOG ............................. 444 Appendix C: PERMANENT PLANT INSTRUMENT LOG ............................................. 445 Appendix D: BACKGROUND CALCULATIONS .......................................................... 446 Figure 1: HOTWELL PUMPS CURVE .................................................................... 447 Figure 2: CONDENSATE BOOSTER PUMPS CURVE ........................................... 448 Figure 3: CONDENSATE DEMINERALIZER PUMPS CURVE ............................... 449 : RELAY ARMATURE ................................................................................ 450

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 8 of 450

1.0 INTRODUCTION

1.1 Test Objectives The objective of this test is to verify the operability/performance of the Hotwell Pumps (HWP), Condensate Booster Pumps (CBP), Condensate Demineralizer Pumps (CDP), and the associated equipment. All the interlocks and trips for the above pumps will be tested. The Hotwell level alarm annunciation will be verified. The differential pressure across the Condensate Polishers, the flow through the polishers and the water quality of the effluent will be checked. The operability and indications of the Low Pressure and Intermediate Heater Isolation valves, Main Feedwater Pump Turbine (MFPT) valves, Motor-Driven Feedwater valve, Condensate Demineralizer Pump Bypass valve and the Main Feedwater Pump Turbine Condenser isolation valves will all be verified. The interlock between the Condensate valves and the feedwater heater level switches will be tested by 2-ATI-006-01. 1.2 Scope 1.2.1 Condensate Storage Tank, Hotwell Control and Transfer Pump A. The Auto-Makeup control is verified to transfer water from the CST to the hotwell on a hotwell low level. B. The Hotwell Level Bypass control is verified to transfer water from the hotwell to the CST on a hotwell high level. C. The Hotwell Level Switch A&B is verified to annunciate the Hotwell C Level HI-LO in the MCR. D. The Gland Steam Condenser inlet pressure is verified to annunciate on high pressure in the MCR.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 9 of 450 1.2.2 Hotwell Pump Operation A. The Hotwell Pump 2A controls, interlocks, and annunciation are verified to perform as designed. B. The Hotwell Pump 2B controls, interlocks and annunciation are verified to perform as designed. C. The Hotwell Pump 2C controls, interlocks and annunciation are verified to perform as designed. 1.2.3 Condensate Demineralizer Pump and Suction Valve A. The Condensate Demineralizer Pump (CDP) 2A and suction valve 2-FCV-2-290 operation, controls, interlocks and annunciation are verified. B. The Condensate Demineralizer Pump (CDP) 2B and suction valve 2-FCV-2-285 operation, controls, interlocks and annunciation are verified. C. The Condensate Demineralizer Pump (CDP) 2C and suction valve 2-FCV-2-280 operation, control, interlocks and annunciation are verified. 1.2.4 Condensate Booster Pump, Auxiliary Oil Pump and Suction Valve Controls A. The Condensate Booster Pump (CBP) 2A, CBP Auxiliary Oil Pump (AOP) 2A and suction valve 2-FCV-2-94 control, interconnection and annunciation are verified. B. The Condensate Booster Pump (CBP) 2B, CBP Auxiliary Oil Pump (AOP) 2B and suction valve 2-FCV-2-87 control, interconnection and annunciation are verified. C. The Condensate Booster Pump (CBP) 2C, CBP Auxiliary Oil Pump (AOP) 2C and suction valve 2-FCV-2-81 control, interconnection and annunciation are verified.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 10 of 450 1.2.5 Hotwell Pump Operation and Condensate Demineralizer Pump Performance A. The Hotwell Pumps 2A, 2B and 2C operation on minimum flow recirculation is verified. Condensate flow rates and gland steam condenser pressure drop are recorded on short cycle recirculation. B. The Hotwell Pumps 2A, 2B and 2C are performance tested near design point with three points being plotted on the Pump Curve. C. The Condensate Demineralizer Pumps 2A, 2B and 2C are performance tested near design point with three points being plotted on the Pump Curve. D. The Condensate Booster Pumps (CBP) 2A, 2B and 2C are verified to have the required recirculation flow. E. Condensate Booster Pumps (CBP) 2A, 2B and 2C are performance tested near design point with three points being plotted on the Pump Curve. F. The short cycle recirculation valve 2-FCV-2-35A modulates open when hotwell pump flow is less than set point and then modulates closed when hotwell pump flow is greater than set point. G. The gland steam condenser bypass valve 2-FCV-2-260 modulates open when gland steam condenser differential pressure increases and then modulates closed when condenser differential pressure decreases. 1.2.6 Condensate Polisher A. This test measures the flow and the differential pressure across a Condensate Polishing Demineralizer (CDP) Service tank. Water sample from one service tank will be taken, then analyzed by Chemistry and evaluated. B. When in the auto mode, condensate polisher bypass valve automatically transfers to modulating control when condensate polisher differential pressure is greater than or equal to set point.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 11 of 450

2.0 REFERENCES

2.1 Performance References A. SMP-9.0, Conduct of Test B. 2-TOP-002&003A-02, Condensate & Feedwater System Temporary Operating Procedure C. 2-TOP-014-01, Condensate Polishing System Temporary Operating Procedure D. 2-TOP-054-01, Gland Seal Water System Temporary Operating Procedure E. 2-SOI-37.01, Injection Water System Operating Instruction F. N3C-945, Procedure for Evaluation and Qualification of Piping System Vibration G. OPDP-8, Limiting Conditions for Operation Tracking. H. TSP 1021, TVA Safety Manual, Working on/or Near Energized Electrical Equipment. I. TI-300, Electrical Arc Flash-Personal Protective Equipment & Protection Boundary Matrices. J. GOI-7, Generic Equipment Operating Guidelines 2.2 Development References A. Unit 2 Final Safety Analysis Report - Amendment 108

1. Chapter 14 - Table 14.3-1 Sheets 68-69 of 89

2. Chapter 10 B. Drawings

1. Flow Diagrams

a. 2-47W803-1, Rev. 14, Main Feedwater System

b. 2-47W804-1, Rev. 13, Condensate System

c. 2-47W804-2, Rev. 13, Condensate System

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 12 of 450 2.2 Development References (continued)

d. 2-47W804-3, Rev. 5, Condensate System

e. 2-47W838-1, Rev. 9, Condensate Demineralizer System

2. Control Diagrams

a. 2-47W610-2-1, Rev. 9, Condensate System, DRA 53307-2, Rev. 0, DRA 52378-409, Rev. 1

b. 2-47W610-2-2, Rev. 9, Condensate System

c. 2-47W610-2-3, Rev. 6, Condensate System, DRA 53307-4, Rev. 0, DRA 52379-413, Rev.0, DRA53307-13, Rev.0

d. 2-47W610-2-4, Rev. 5, Condensate System, DRA 53307-6, Rev.

DRA 53307-7, Rev. 0

e. 2-47W610-54-1, Rev. 2, Injection Water System

f. 2-47W610-3-4, Rev. 4, Main & Aux Feedwater System

3. Electrical Diagrams

a. 2-45B655-E1B, Rev. 0, XA-55-1B

b. 2-45B655-E2C, Rev. 1, XA-55-2C

c. 2-45B655-E3A, Rev. 1, XA-55-3A

d. 2-45B655-1B, Rev. 1, I/O Panel XA-55-2B

e. 2-45B655-2C, Rev. 2, I/O Panel XA-55-2C

f. 2-45B655-3A, Rev. 2, 1/0 Panel XA-55-3A, DRA-54828-74, Rev. 0

g. 2-47A615-0, Rev. 1, Integrated Computer System Terminations And I/O List, DRA 53307-23, Rev. 0, DRA 52378-36, Rev. 2, DRA-54928-68, Rev. 0, -70, Rev. 0, -71, Rev. 0, -72, Rev. 0,

4. Logic Diagrams

a. 2-47W611-2-1, Rev. 4, Condensate System, DRA 52378-629, Rev 0, DRA 53307-7, Rev 0

b. 2-47W611-2-2, Rev. 3, Condensate System, DRA 53307-8, Rev 0

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 13 of 450 2.2 Development References (continued)

c. 2-47W611-2-3, Rev. 2, Condensate System

d. 2-47W611-14-1, Rev. 2, Condensate Demineralizer System

5. Schematic Diagrams

a. 2-45W760-2-1, Rev. 3, Condensate System

b. 2-45W760-2-2, Rev. 3, Condensate System

c. 2-45W760-2-3, Rev. 4, Condensate System

d. 2-45W760-2-4, Rev. 3, Condensate System

e. 2-45W760-2-5, Rev. 5, Condensate System

f. 2-45W760-30-7, Rev. 4, Ventilating System

g. 2-45W600-57-18, Rev. 3, Separation & Misc Aux Relays

h. 2-45W760-3-2, Rev. 3, Main & Aux Feedwater System

i. 2-45W760-3-1 1, Rev. 2, Main & Aux Feedwater System

j. 2-45W760-6-2, Rev. 3, Heater Drains & Vent System, DRA 54026-9, Rev. 1

k. 2-45W760-6-3, Rev. 4, Heater Drains & Vent System I. 2-45W760-54-1, Rev. 1, Injection Water System

m. 2-45W760-201-2, Rev. 1, 6900-V UNIT Boards

n. 2-45W600-57-24, Rev. 2, Separation & Misc. Aux Relays, DRA 52378-843, Rev. 0

o. 2-45W600-46-1, Rev. 3, Feedwater Pump & Turbines

p. 2-45W600-46-7, Rev. 5, Feedwater Pump & Turbines

q. 2-45W600-57-20, Rev. 4, Separation & Misc Aux Relays

r. 2-45W600-57-21, Rev. 3, Separation & Misc Aux Relays

s. 2-47W600-130, Rev 2, Electrical Instruments & Controls, DRA 53865-7, Rev 0, DRA 53865-1, Rev 0

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 14 of 450 2.2 Development References (continued)

t. 2-47W600-161,Rev 1, Electrical Instruments & Controls

u. 2-47W600-277,Rev 1, Electrical Instruments & Controls, DRA 53307-18, Rev 0

6. Connection Diagrams

a. 2-45W2721-1, Rev. 0, 6900V UNIT BOARDS

b. 2-45W2721-5, Rev. 1, 6900V UNIT BOARDS

c. 2-45B2752-8A, Rev. 2,480V TURB MOV BD 2A

d. 2-45B2753-3B, Rev. 2, 480V TURB MOV BD 2B

e. 45B2753-6E, Rev. 2, 480V TURB MOV BD 2B

f. 45W2754-2, Rev. 1, 480V TURB MOV BD 2C

g. 2-45B2754-2D, Rev. 3, 480V TURB MOV BD 2C

h. 2-45B2757-8C, Rev. D, 480V TURB VENT BD 2A

i. 45W796-12, Rev. 7, Ul & U2 TB 480V MU WTR TRMT BD, DRA 53207-098

j. 45N2687-1, Rev. 11, Feedwater Aux Relay PNL 2-R-72

k. 45N2690-4, Rev. 6, Separation Auxiliary Relay PNL 2-R-75 I. 2-45W2614-1, Rev. 0, Main Feedwater Pump & Turbines 2A

m. 45W2614-3, Rev. 4, Main Feedwater Pump & Turbines 2A, DRA 53439-22, Rev. 3

n. 45W2614-4, Rev. 0, Main Feedwater Pump & Turbines 2A

o. 2-45W2614-5, Rev. 0, Main Feedwater Pump & Turbines 2B

p. 45N2635-17, Rev. 5, Local Instrument Panels

q. 45N2635-18, Rev. 4, Local Instrument Panels

r. 45N2635-27, Rev. 2, Local Instrument Panels, DRA 53307-40, Rev. 0,

                 -41, Rev. 0, -42, Rev. 0

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 15 of 450 2.2 Development References (continued)

s. 2-45N2635-91, Rev. 3, Local Instrument Panels

t. 45W2671-1 ,Rev. 9, Balance of Plant Instr Racks

u. 45N1687-2, Rev. V, Feedwater Aux Relay Panel 2-R-72

v. 45N1687-3, Rev. BB, Feedwater Aux Relay Panel 2-R-72

w. 45N2690-1, Rev. 9, Separation Aux Relay Panel 2-R-75

x. 45N2691-1, Rev. C, Separation Aux Relay Panel 2-R-76

y. 45N2691-2, Rev. F, Separation Aux Relay Panel 2-R-76

z. 45N2691-4, Rev. 7, Separation Aux Relay Panel 2-R-76 aa. DRA 54172-262, Rev 0 bb. 2-45W2747-3, Rev. 0, 480V UNIT Boards cc. 45W2752-5, Rev. 3, 480V Turb MOV Bd 2A dd. 2-45B2752-5C, Rev. 1, 480V Turb MOV Bd 2A ee. 45W2753-1, Rev.2, 480V Turb MOV Bd 2B ff. 45B2753-5C, Rev. 1, 480V Turb MOV Bd 2B gg. 2-45B2754-2B, Rev. 0, 480V Turb MOV Bd 2C hh. 2-45B640-60, Rev. 0, Contact Development of Control and Instrument Switches, DRA 52360-28, Rev. 0 ii. 2-45B640-64, Rev. 0, Contact Development of Control and Instrument Switches, DRA 52360-30, Rev. 0 jj. 2-45B640-167, Rev. 0, Contact Development of Selector Switches and Pushbuttons C. Documents

1. SSD-2-LPL-2-3, Rev. 0, Condensate Dump to Condensate Storage Tanks

2. SSD-2-LPL-2-9, Rev. 0, Condensate Makeup from Condensate Storage Tanks

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 16 of 450 2.2 Development References (continued)

3. SSD-2-LPL-2-12, Rev. 1, Condenser Zone C Hotwell level

4. SSD-2-LPF-2-35, Rev. 2, Cond Hotwell Pump Discharge HDR Flow

5. SSD LPP-2-36, Rev. 0, Hotwell Pump Discharge HDR Pressure

6. SSD-2-LPP-2-129, Rev. 2, MFP Inlet Pressure

7. SSD-2-LS-2-232A, Rev. 1, Condensate Storage Tank B Lo Level Switch

8. SSD-2-LS-2-232B, Rev. 0, Condensate Storage Tank B Hi Level Switch

9. SSD-2-LPL-2-233, Rev. 4, Condensate Storage Tank B Level

10. SSD-2-LPF-2-260, Rev. 1, Gland Seal Exhaust Bypass

11. SSD-2-LPF-14-3, Rev. 0, Condensate Polishers Bypass Flow

12. SSD-2-LPP-14-204, Rev. 0, Condensate Polisher Bypass Differential Pressure

13. SSD-2-PIS-2-41, Rev. 2, Gland Seal Steam Cond Inlet Pressure

14. SSD-2-LPF-14-1, Rev. 2, Condensate Polisher 1 Service Inlet Flow

15. SSD-2-LPF-14-18, Rev. 2, Condensate Polisher 2 Service Inlet Flow

16. SSD-2-LPF-14-29, Rev. 2, Condensate Polisher 3 Service Inlet Flow

17. SSD-2-LPF-14-40, Rev. 2, Condensate Polisher 4 Service Inlet Flow

18. SSD-2-LPF-14-51, Rev. 2, Condensate Polisher 5 Service Inlet Flow

19. SSD-2-LPF-14-62, Rev. 2, Condensate Polisher 6 Service Inlet Flow

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 17 of 450 2.2 Development References (continued)

20. WBN2-2-4002, Rev. 1, Condensate System Description

21. 2-TSD-2-1, Rev 2, Feedwater Condensate System

22. WBN2-14-4002, Rev. 1, Condensate Polishing Demineralizer System

23. CM-3.01, Rev. 89, WBN Unit 0, 1 & 2 System Chemistry Specifications

24. 2-ATI-006-01, Rev.0, Heater Drains and Vents

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 18 of 450 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 reverified 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-31-0468 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 CTL from SMP-9.0 including a description of the problem, the procedure step when/where the problem was identified, corrective action steps taken to resolve the problem, and the number of the corrective action document, if one was required. G. Observe all Radiation Protection (RP) requirements when working in or near radiological areas. H. Ensure there are no adverse effects to the operation of Unit 1 structures, systems, or components.

1. Test personnel will coordinate with Unit 1 Operations when manipulating Unit 1 equipment if required.

J. System water chemistry is within system specifiable parameters especially for fluids supplied from external sources.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 19 of 450 3.0 PRECAUTIONS AND LIMITATIONS (continued) K. 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. L. If the vibration is determined to be excessive the Test Engineer shall initiate a Test Deficiency Notice (TDN). M. Pumping water from the Hotwell to the CSTs when vacuum is broken will increase the 02 concentration in the CST. N. Filling the Hotwell more that 18" above normal when the water temperature is less than 60°F could cause the condenser undue stresses on the wall welds.

0. Short Cycle is not intended for long term operation. Due to high vibration problems, its use must be minimized by proceeding to long cycle recirculation as soon as reasonably possible.

P. Exercise caution when manually actuating relays to avoid contact with control circuit power. Q. Manual actuation of relays should be made with a nonconductive device. R. The deaeration line valves (2-ISV-3-602 and 2-FCV-3-195) should be open during long-cycle deaeration with only HWPs operating and closed during all other modes. 2-FCV-3-195 will NOT withstand the higher pressure drop caused by the MFPs.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 20 of 450 Date 4.0 PREREQUISITE ACTIONS NOTE Preliminary action steps may be performed in any order with Test Directors approval. 4.1 Preliminary Actions [1] EVALUATE open items in Watts Bar Integrated Task Equipment List (WITEL), and ENSURE they will NOT adversely affect the test performance and results of the following subsections. A. Subsection 6.1 B. Subsection 6.2 C. Subsection 6.3 D. Subsection 6.4 E. Subsection 6.5 F. Subsection 6.5.3[1] G. Subsection 6.7 H. Subsection 6.8 [2] ENSURE changes to the references listed on Appendix A, have been reviewed, and determined NOT to adversely affect the test performance. [3] VERIFY current revisions and change paper for referenced drawings has been reviewed and determined NOT to adversely affect the test performance, and ATTACH documentation of current drawing revision numbers and change paper that were reviewed to the data package. [4] 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.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 21 of 450 Date 4.1 Preliminary Actions (continued) [5] ENSURE special environmental conditions are available for testing if required. [6] ENSURE outstanding Design Change Notices (DCN's), Engineering Document Construction Releases (EDCR's) or Temporary Alterations (TA's) do NOT adversely impact testing, and ATTACH documentation of DCN's, EDCR's and TA's that were reviewed to the data package. [7] ENSURE required Component Testing has been completed prior to start of the following subsections. A. Subsection 6.1 B. Subsection 6.2 C. Subsection 6.3 D. Subsection 6.4 E. Subsection 6.5 F. Subsection 6.5.3[1] G. Subsection 6.7 H. Subsection 6.8 [8] 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. [9] ENSURE NC-PI-9, IA Functional Test 2.001 Hotwell Level, has been submitted to JTG for concurrence. JTG Meeting: [10] ENSURE NC-PI-10, IA Functional Test 2.002 Hotwell Pump Discharge, has been submitted to JTG for concurrence. JTG Meeting:

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 22 of 450 Date 4.1 Preliminary Actions (continued) [11] ENSURE a review of outstanding Clearances have been coordinated with U2 Operations for impact to the test performance, and RECORD on Appendix B, Temporary Condition Log if required. [12] VERIFY System cleanliness as required for the performance of this test has been completed in accordance with SMP-7.0 for the following subsections. A. Subsection 6.1 B. Subsection 6.2 C. Subsection 6.3 D. Subsection 6.4 E. Subsection 6.5 F. Subsection 6.5.3[1] G. Subsection 6.7 H. Subsection 6.8 [13] VERIFY plant instruments, listed on Appendix C, Permanent Plant Instrumentation Log, are placed in service and are within their calibration interval for the following subsections. A. Subsection 6.5.3[1] B. Subsection 6.7 C. Subsection 6.8

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 23 of 450 Date 4.1 Preliminary Actions (continued) [14] VERIFY Measuring and Test Equipment (M&TE) required for test performance has been (as required) filled, vented, place in service and record on M&TE log in SMP-9.0 for the following subsections. A. Subsection 6.1 B. Subsection 6.2 C. Subsection 6.3 D. Subsection 6.4 E. Subsection 6.5 F. Subsection 6.5.3[1] G. Subsection 6.7 H. Subsection 6.8 [15] VERIFY M&TE calibration due dates will support the completion of this test performance for the following subsections. A. Subsection 6.1 B. Subsection 6.2 C. Subsection 6.3 D. Subsection 6.4 E. Subsection 6.5 F. Subsection 6.5.3[1] G. Subsection 6.7 H. Subsection 6.8

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 24 of 450 Date 4.1 Preliminary Actions (continued) [16] VERIFY System 55, Annunciator and Sequential Events Recording System, FTA switch (in Panel 2-M-21) associated with the following Annunciator windows inputs are in the ON position including the applicable TBK and Master switches. A. 2-XA-55-6D/1 35-F B. 2-XA-55-3A/43-A C. 2-XA-55-3A/44-A D. 2-XA-55-3A/45-A E. 2-XA-55-3A/47-A F. 2-XA-55-3A/48-A G. 2-XA-55-3A/49-A H. 2-XA-55-3A/49-E I. 2-XA-55-3A/43-B J. 2-XA-55-3A/44-B K. 2-XA-55-3A/45-D L. 2-XA-55-2C/41-A M. 2-XA-55-2C/41 -B N. 2-XA-55-2C/40-E

0. 2-XA-55-1B/14-D P. 2-XA-55-1 B/14-E Q. 2-XA-55-3B/53-C R. 2-XA-55-3B/54-E

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 25 of 450 Date 4.1 Preliminary Actions (continued) [17] PERFORM a pretest walkdown on equipment to be tested to ensure no conditions exist that will impact test performance for the following subsections. A. Subsection 6.1 B. Subsection 6.2 C. Subsection 6.3 D. Subsection 6.4 E. Subsection 6.5 F. Subsection 6.5.3[1] G. Subsection 6.7 H. Subsection 6.8 [18] ESTABLISH communications in areas where testing is to be conducted. [19] CONDUCT a pretest briefing with Test and Operations personnel in accordance with SMP-9.0. [20] ENSURE all piping supports required for testing are installed and adjusted as required. [21] ENSURE components contained within the boundaries of this test are under the jurisdictional control of Preoperational Startup Engineering (PSE) and /or Plant Operations. [22] ENSURE that the Condensate Storage Tank (CST) B contains greater than 200,000 and less than 300,000 gallons of water. [23] ENSURE the following systems are in service, or operable to the extent necessary to perform this test: A. System 032, Control Air - Provides control air to all air operated valves. B. System 209, Turbine Bldg Motor Operated Valve Power - Provides 480-V Turbine MOV Board power for motor operated valves.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 26 of 450 Date 4.1 Preliminary Actions (continued) C. System 237, 120V AC Instrument Power - Provides instrument rack power. D. System 210, Turbine Bldg Vent Power - Provides 480-V Vent Board power for Condensate System auxiliary equipment. E. System 003A, Main Feed Water - Operational to support long cycle recirculation. (Required for subsection 6.6) F. System 239, 250V DC Power - Provides control power for 6.9KV breakers. G. System 201, 6.9KV Unit Power- Provides power for Condensate Booster and Hotwell pumps. H. System 235, 120V AC Vital Power - Auxiliary relay rack power supply. I. System 6, Heater Drains and Vents

                "     Aligned to accept condensate booster pump injection water leak-off per 2-TOP-006&005-01. (Required for subsection 6.5.3[1])

Feedwater Heater Level Indicator Controllers are in service for Condensate Feedwater Heaters.

(Required for subsection 6.2). [24] PERFORM the Electrical Breaker Lineup per 2-TOP-002&003A-02. [25] PERFORM the Switch Lineup per 2-TOP-002&003A-02. [26] PERFORM the Valve Lineup for the desired flowpath per 2-TOP-002&003A-02. [27] REVIEW preventive maintenance for system /components covered by this test, and VERIFY no conditions exist that will impact test performance.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 27 of 450 Date 4.1 Preliminary Actions (continued) [28] ENSURE the following Integrated Computer System (ICS) points are in scan: A. Y2403D B. Y2413D C. Y2404D D. Y2225D E. Y2226D F. Y2227D G. Y2215D H. Y2216D I. Y2217D J. F2264A [29] OBTAIN copy of Pump Curves for the following pumps, and ATTACH to Data Package: A. 2-PMP-2-33, HOTWELL PMP 2A B. 2-PMP-2-26, HOTWELL PMP 2B1 C. 2-PMP-2-20, HOTWELL PMP 2C( D. 2-PMP-2-292A, CNDS DEMIN PMP 2A E. 2-PMP-2-287A, CNDS DEMIN PMP 2B1 F. 2-PMP-2-282A, CNDS DEMIN PMP 20C G. 2-PMP-2-97, CNDS BSTR PMP 2A H. 2-PMP-2-91, CNDS BSTR PMP 2B1 I. 2-PMP-2-84, CNDS BSTR PMP 2C(

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 28 of 450 Date 4.2 Special Tools, Measuring & Test Equipment (M&TE), Parts & Supplies [1] ENSURE the following equipment is available:

Jumpers (Grabber Type with Insulated Boots)
Jumpers, (Momentary hand-held contact)

           "   Tygon Tubing (at least 150 ft)

Wedge (Shim)
Digital Stopwatch
Amptector test set

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Paqe 29 of 450 Date 4.2 Special Tools, Measuring & Test Equipment (M&TE), Parts & Supplies. (continued) [2] ENSURE the following M&TE or equivalent is available and within their calibration due dates, and RECORD the M&TE data on SMP-9.0, Measuring and Test Equipment (M&TE) Log. DESCRIPTION MINIMUM RANGE REQUIRED ACRC M&TE ID UBR CALIBRATION DEDT ACCURACY NUMBER DUE DATE Ultrasonic Flowmeter Cron Stee for8"r Carbon Steel 8" 0-10000 GPM + 3.0% of range Schedule 40 Pipe (2 qty) Pressure Gauge 0-600 PSIG +/-0.5% of range (Test Gauge #1) Pressure Gauge (Test Gauge #2) 0-800 PSIG +/-1.0% of range Differential Pressure Gauge 0-200 H2 0 +/-1.0% of range (Test Gauge #3) Pressure Gauge 30 IN Hg 30 (Test Gauge #4) PSIG +0.5% of range Hand Pump (Temporary 0-100 PSIG best available Pressure Source) Hand Pump (Temporary 0-200 PSIG best available Pressure Source) Hand Pump (Temporary 0-600 PSIG best available Pressure Source)

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 30 of 450 Date 4.3 Field Preparations [1] ENSURE System 002 and its respective pumps are filled and vented according to 2-TOP-002&003A-02. [2] ENSURE all System 002 pumps are operated in accordance to which Condensate Cycle is in operation according to 2-TOP-002&003A-02. [3] ENSURE System 054 and its respective pumps are filled and vented according to 2-TOP-054-01. [4] ALIGN the GSW system per 2-SOI-037-01, as required, to support the HWPs. [5] ENSURE drain paths are open downstream of Feedwater Isolation valves and upstream of steam generators to ensure no water is placed in steam generators. [6] PERFORM the following prerequisites for Subsection 6.1.13 Valve 2-FCV-2-221, MAIN FEEDWATER PUMP 2A SUCTION ISOL: [6.1] REMOVE Fuse 2-FU-275-R76/N6 (6th position from left, Row N) in Panel 2-R-76 in order to disable injection water normal interlock. (Ref DWG 45N2691-2 & 2-45W760-2-3) 1st CV [6.2] PLACE jumper between points 3 and 5 on TB 214 for relays R/LBOT-A and R/LBO-A. (Jumper was installed to ensure 2-FCV-2-221 will operate without interference from interlocks MFPT 2A high bearing oil pressure and MFPT 2A low bearing oil pressure. Reference drawing 45N2687 series.) 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 31 of 450 Date 4.3 Field Preparations (continued) [7] PERFORM the following prerequisites for Subsection 6.1.14 Valve 2-FCV-2-224, MAIN FEEDWATER PUMP 2B SUCTION ISOL: [7.1] REMOVE Fuse 2-FU-275-R76/N8 (8th position from left, Row N) in Panel 2-R-76 in order to disable injection water normal interlock. (Ref DWG 45N2691-2 & 2-45W760-2-3) 1st CV [7.2] PLACE jumper between points 2 and 1 on TB 240 for relays R/LBOT-B and R/LBO-B. (Jumper was installed to ensure 2-FCV-2-224 will operate without interference from interlocks MFPT 2B high bearing oil pressure and MFPT 2B low bearing oil pressure. Reference drawing 45N2687 series.) 1st CV [8] PERFORM the following prerequisites for Section 6.1, Motor-Operated Flow Control Valves, in order to prevent Feedwater Heater Interlocks: (Reference Drawing 2-45W760-6-3) ENSURE the following breakers are OPEN: A. 2-BKR-209-AOOO/5C2, 480V TURB MOV BD 2A BKR5C2 TO RLYS 2LA2 & 2LC2 B. 2-BKR-209-C000/5C1, 480V TURB MOV BD 2C BKR5C1 TO RLYS 2LA3 & 2LC3 C. 2-BKR-209-COOO/5B, 480V TURB MOV BD 2C BKR5B TO DIST PANEL

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 32 of 450 Date 4.3 Field Preparations (continued) [9] PERFORM the following prerequisites for Section 6.2, Feedwater Heater Level Control, in order to actuate the Feedwater Heater Interlocks: (Reference Drawing 2-45W760-6-3) ENSURE the following breakers are CLOSED: A. 2-BKR-209-A000/5C2, 480V TURB MOV BD 2A BKR5C2 TO RLYS 2LA2 & 2LC2 B. 2-BKR-209-C000/5C1, 480V TURB MOV BD 2C BKR5C1 TO RLYS 2LA3 & 2LC3 C. 2-BKR-209-COOO/5B, 480V TURB MOV BD 2C BKR5B TO DIST PANEL [10] PERFORM the following prerequisites for Subsection 6.5.1 CONDENSATE BOOSTER PUMP (CBP) 2A, CBP AUXILIARY OIL PUMP (AOP) 2A and SUCTION VALVE 2-FCV-2-94: [10.1] ENSURE 2-FCV-2-94, CONDENSATE BSTR PUMP 2A SUCTION ISOL, is CLOSED. [10.2] ENSURE that the following breakers are CLOSED. Breaker Description 480-V TURBINE CONDENSATE BOOSTER BUILDING VENT BD 2B; PUMP AREA COOLER 2A Compt 7E 2-MTR-30-882 480-V TURBINE CONDENSATE BOOSTER BUILDING VENT BD 2B; PUMP AREA COOLER 2B Compt 8E 2-MTR-30-881

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 33 of 450 Date 4.3 Field Preparations (continued) [10.3] ENSURE the following switches are in the indicated positions: A. 2-HS-30-881, CONDENSATE BOOSTER PUMP AREA COOLER 2B, is in AUTO. B. 2-HS-30-882, CONDENSATE BOOSTER PUMP AREA COOLER 2A, is in AUTO. C. 2-HS-2-105A, AUX OIL PMP CNDS BSTR PMP A is in STOP/PULL TO LOCK. [10.4] REMOVE Fuse 2-FU-201-A8/4, FW ISLN VLV, located in 6900-V UNIT Board 2A, Compartment 8, to prevent feedwater isolation signal from tripping 2-BKR-2-97, CBP 2A breaker. 1st CV [10.5] REMOVE the cover of 2-PS-2-95A [T9F/685] CNDS BSTR PUMP A SUCT PRESS INTLK, and INSTALL a jumper between switch common (AA2) and normally open contact (AA1) located on right hand side of switch which simulates required NPSH to prevent CBP A LOW NPSH ALARM 43-A. (Ref DWG 45N2635-27) 1st CV [10.6] REMOVE the cover of 2-PS-2-95B [T9F/685] CNDS BSTR PUMP A SUCT PRESS INTLK, and INSTALL a jumper between switch common (CC2) and normally open contact (CC3) located on right hand side of switch which simulates required NPSH to CLOSE 2-BKR-2-97, CBP A. (Ref DWG 45N2635-27) 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 34 of 450 Date 4.3 Field Preparations (continued) [10.7] INSTALL a jumper between Terminal 003 and Terminal CC6 in Panel 2-L-98 Section A ['9F/685] to simulate normal seal water pressure at 2-PDIS-54-12B. (Ref DWG 45N2635-27) 1st CV [10.8] LIFT wire (CC4) landed at the normally closed terminal switch on left side of 2-PS-2-95B [T9F/685], CNDS BSTR PUMP A SUCT PRESS INTLK to simulate normal CBP 2A suction pressure to keep 2-BKR-2-97, CBP A, CLOSED.(Ref DWG 45N2635-27) 1st CV [10.9] INSTALL jumper on Wire 2A8C4 and 2A8C5 from Terminal CC1 in Panel 2-L-98 Section A in order to simulate normal motor temperature on CBP 2A breaker closing circuit (2-TIS-2-96). (Ref Dwg 45N2635-27) 1st CV [10.10] INSTALL jumper on Wire 2A8TD and 2A8CP in Panel 2-L-98 in order to simulate normal lube oil pressure on CBP 2A breaker closing circuit (2-PS-2-105D [T9F/685]). (Ref Dwg 2-45W760-2-1) 1st CV [10.11] ENSURE that the following fuses are installed: (Ref DWG 45W760-2-1) Fuse Location Description 2-FU-201 -A8/1 6900-V UNIT COND BOOSTER BD 2A; Compt 8 PMP 2A TRIP 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 35 of 450 Date 4.3 Field Preparations (continued) 2-FU-201-A8/2 6900-V UNIT COND BOOSTER BD 2A; Compt 8 PMP 2A CLOSE 1st CV 2-FU-201 -A8/3 6900-V UNIT ELEVATING CKT BD 2A; Compt 8 FOR BKR 2A8 1st CV [10.12] ENSURE the oil level for the Auxiliary Oil Pump 2-MTR-2-105 is in the operating range (above low level marked on sight glass and below high level marked on sight glass). [10.13] INSTALL jumper on Wire 8A8 and 8A7 in Panel 2-L-98 in order to simulate oil pressure > setpoint (2-PS-2-105A [T9F/685]). (Ref Dwg 2-45W760-2-1 & 2-45W2721-1) 1st CV [10.14] INSTALL jumper on Wire 2A8C8 and 2A8C7 in Panel 2-L-98 in order to simulate oil pressure > setpoint (2-PS-2-105B [T9F/685]). (Ref Dwg 2-45W760-2-1& 2-45W2721-1) 1st CV [11] PERFORM the following prerequisites for Subsection 6.5.2 CONDENSATE BOOSTER PUMP (CBP) 2B, CBP AUXILIARY OIL PUMP (AOP) 2B and SUCTION VALVE 2-FCV-2-87, CONDENSATE BSTR PUMP 2B SUCTION ISOL: [11.1] ENSURE 2-FCV-2-87, CONDENSATE BSTR PUMP 2B SUCTION ISOL, is CLOSED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 36 of 450 Date 4.3 Field Preparations (continued) [11.2] ENSURE that the following breakers are CLOSED. Breaker Description 480-V TURBINE CONDENSATE BOOSTER BUILDING VENT BD 2B; PUMP AREA COOLER 2A Compt 7E 2-MTR-30-882 480-V TURBINE CONDENSATE BOOSTER BUILDING VENT BD 2B; PUMP AREA COOLER 2B Compt 8E 2-MTR-30-881 [11.3] ENSURE the following switches are in the indicated positions: A. 2-HS-30-881, CONDENSATE BOOSTER PUMP AREA COOLER 2B, is in AUTO. B. 2-HS-30-882, CONDENSATE BOOSTER PUMP AREA COOLER 2A, is in AUTO. C. 2-HS-2-107A, AUX OIL PMP CNDS BSTR PMP B, is in STOP/PULL TO LOCK. [11.4] REMOVE 2-FU-201-A8/4, FW ISLN VLV, located in 6900-V UNIT BD 2A, Compt 8, to prevent feedwater isolation signal from tripping 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91). 1st CV [11.5] REMOVE the cover of 2-PS-2-88A [T9F/685] CNDS BSTR PUMP 2B SUCT PRESS INTLK, and INSTALL a jumper between switch common (AA2) and normally open contact (AA1) located on right hand side of switch which simulates required NPSH to prevent CBP B LOW NPSH ALARM 44-A. (Ref DWG 45N2635-27) 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 37 of 450 Date 4.3 Field Preparations (continued) [11.6] REMOVE the cover of 2-PS-2-88B [T9F/685] CNDS BSTR PUMP 2B SUCT PRESS INTLK, and INSTALL a jumper between switch common (CC2) and normally open contact (CC3) located on right hand side of switch which simulates required NPSH to CLOSE 2-BKR-2-91, CBP B. (Ref DWG 45N2635-27) 1st CV [11.7] INSTALL a jumper between Terminal CC3 and Terminal CC6 in Panel 2-L-98 Section B [T9F/685] to simulate normal seal water pressure at 2-PDIS-54-14B. (Ref DWG 45N2635-27) 1st CV [11.8] LIFT wire (CC4) landed at the normally closed terminal switch on left side of 2-PS-2-88B [T9F/685], to simulate normal CBP 2B suction pressure to keep 2-BKR-2-91, CBP B, CLOSED. (Ref DWG 45N2635-27) 1st Cv [11.9] INSTALL jumper on Wire 2B6C4and 2B6C5 from Terminal CC1 in Panel 2-L-98 Section B in order to simulate normal motor temperature on CBP 2A breaker closing circuit (2-TIS-2-90). (Ref Dwg45N2635-27) 1st CV [11.10] INSTALL jumper on Wire 2B6TD and 2B6CP in Panel 2-L-98 in order to simulate normal lube oil pressure on CBP 2B breaker closing circuit (2-PS-2-107D [T9F/685]). (Ref Dwg 2-45W760-2-1) 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 38 of 450 Date 4.3 Field Preparations (continued) [11.11] ENSURE that the following fuses are installed: (Ref DWG 45W760-2-1) Fuse Location Description 2-FU-201 -86/1 6900-V UNIT COND BOOSTER BD 2B; Compt 6 PMP 2B TRIP 1st CV 2-FU-201 -B6/2 6900-V UNIT COND BOOSTER BD 2B; Compt 6 PMP 2B CLOSE 1st CV 2-FU-201 -B6/3 6900-V UNIT ELEVATING CKT BD 28; Compt 6 FOR BKR 2B6 1st CV [11.12] ENSURE the oil level for the Auxiliary Oil Pump 2-MTR-2-107 is in the operating range (above low level marked on sight glass and below high level marked on sight glass). [11.13] INSTALL jumper on Wire 2D8 and 2D7 in Panel 2-L-98 in order to simulate oil pressure > setpoint (2-PS-2-107A [T9F/685]). (Ref Dwg 2-45W760-2-1& 2-45W2721-1) 1st CV [11.14] INSTALL jumper on Wire 286C8 and 2B6C7 in Panel 2-L-98 in order to simulate oil pressure > setpoint (2-PS-2-107B [T9F/685]). (Ref Dwg 2-45W760-2-1& 2-45W2721-1) 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 39 of 450 Date 4.3 Field Preparations (continued) [12] PERFORM the following prerequisites for Subsection 6.5.3 CONDENSATE BOOSTER PUMP (CBP) 2C, CBP AUXILIARY OIL PUMP (AOP) 2C and CONDENSATE BSTR PUMP 2C SUCTION ISOL 2-FCV-2-81: [12.1] ENSURE 2-FCV-2-81, CONDENSATE BSTR PUMP 2C SUCTION ISOL, is CLOSED. [12.2] . ENSURE that the following breakers are CLOSED. Breaker Description 480-V TURBINE CONDENSATE BOOSTER BUILDING VENT BD 2B; PUMP AREA COOLER 2A Compt 7E 2-MTR-30-882 480-V TURBINE CONDENSATE BOOSTER BUILDING VENT BD 2B; PUMP AREA COOLER 2B Compt 8E 2-MTR-30-881 [12.3] ENSURE the following switches are in the indicated positions: A. 2-HS-30-881, CONDENSATE BOOSTER PUMP AREA COOLER 2B, is in AUTO. B. 2-HS-30-882, CONDENSATE BOOSTER PUMP AREA COOLER 2A, is in AUTO. C. 2-HS-2-109A, AUX OIL PMP CNDS BSTR PMP C, is in STOP/PULL TO LOCK. [12.4] REMOVE Fuse 2-FU-201-A8/4, FW ISLN VLV, located in 6900-V UNIT BD 2A, Compt 8, to prevent feedwater isolation signal from tripping 2-BKR-2-984, CONDENSATE BSTR PUMP 2C (2-PMP-2-84). 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 40 of 450 Date 4.3 Field Preparations (continued) [12.5] REMOVE the cover of 2-PS-2-82A [T9F/685] CNDS BSTR PUMP 2C SUCT PRESS INTLK, and INSTALL a jumper between switch common (AA2) and normally open contact (AA1) located on right hand side of switch which simulates required NPSH prevent CBP C LOW NPSH ALARM 45-A. (Ref DWG 45N2635-27) 1st Cv [12.6] REMOVE the cover of 2-PS-2-82B [T9F/685] CNDS BSTR PUMP 2C SUCT PRESS INTLK, and INSTALL a jumper between switch common (CC2) and normally open contact (CC3) located on right hand side of switch which simulates required NPSH to CLOSE 2-BKR-2-84. (Ref DWG 45N2635-27) 1st Cv [12.7] INSTALL a jumper between Terminal CC3 and Terminal CC6 in Panel 2-L-98 Section C [T9F/685] to simulate normal seal water pressure at 2-PDIS-54-17B. (Ref DWG 45N2635-27) 1st Cv [12.8] LIFT wire (CC4) landed at the normally closed terminal switch on left side of 2-PS-2-82B [T9F/685] CNDS BSTR PUMP 2C SUCT PRESS INTLK, to simulate normal CBP 2C suction pressure to keep 2-BKR-2-84, CBP C, CLOSED. (Ref DWG 45N2635-27) 1st Cv

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 41 of 450 Date 4.3 Field Preparations (continued) [12.9] LIFT White Wire 2C8C4 from Terminal CC1 in Panel 2-L-98 Section C in order to simulate high motor temperature on CBP 2C breaker closing circuit (2-TIS-2-83). (Ref Dwg 45N2635-27) 1st CV [12.10] INSTALL jumper on Wire 2C8TD and 2C8CP in Panel 2-L-98 in order to simulate normal lube oil pressure on CBP 2C breaker closing circuit (2-PS-2-109D [T9F/685]). (Ref Dwg 2-45W760-2-1) 1st CV [12.11] ENSURE that the following fuses are installed: (Ref DWG 45W760-2-1) Fuse Location Description 2-FU-201 -C8/1 6900-V UNIT COND BOOSTER BD 2C; Compt 8 PMP 2C TRIP 1st CV 2-FU-201 -C8/2 6900-V UNIT COND BOOSTER BD 2C; Compt 8 PMP 2C CLOSE 1st CV 2-FU-201 -C8/3 6900-V UNIT ELEVATING CKT BD 2C; Compt 8 FOR BKR 2C8 1st CV [12.12] ENSURE the oil level for the Auxiliary Oil Pump 2-MTR-2-109 is in the operating range (above low level marked on sight glass and below high level marked on sight glass).

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 42 of 450 Date 4.3 Field Preparations (continued) [12.13] INSTALL jumper on Wire 6E8 and 6E7 in Panel 2-L-98 in order to simulate oil pressure > setpoint (2-PS-2-109A [T9F/685]). (Ref Dwg 2-45W760-2-1& 2-45W2721-1) 1st CV [12.14] INSTALL jumper on Wire 2C8C8 and 2C8C7 in Panel 2-L-98 in order to simulate oil pressure > setpoint (2-PS-2-109B [T9F/685]). (Ref Dwg 2-45W760-2-1& 2-45W2721-1) 1st CV [13] PERFORM the following prerequisites for Hotwell Pump Operation (Subsection 6.6.1). [13.1] ENSURE the condensate system is aligned for Short Cycle operation per 2-TOP-002&003A-02. [13.2] ENSURE that the hotwell is within its normal operating range of 27.1" to 32" as read on 2-LR-2-12 (the use of the local sight glasses, 2-LG-2-12, shall be used to verify levels in addition to LRs and LIs). [13.3] ENSURE that 2-FIC-2-35, GLAND SEAL EXH RECIRC FLOW CONTROL [2-R-123] is in AUTO and set point adjusted to 31%. [13.4] CLOSE 480-V TURB BLDG VENT BD 2A; Compt. 8C, 2-BKR-30-886, Hotwell Pumps Cooler. [13.5] INSTALL a 0-600 PSIG Test Gauge at 2-PI-2-34 test connection. [Labeled and referenced in instruction as Test Gauge # 1(0-600 PSIG)] 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 43 of 450 Date 4.3 Field Preparations (continued) [13.6] INSTALL a 30 IN Hg-0-30 PSIG Test Gauge at 2-PI 30 test connection. [Labeled and referenced in instruction as Test Gauge # 4 (30 IN Hg-0-30 PSIG)] 1st CV [13.7] ENSURE that 2-HS-30-886, [TI4F/688], HOTWELL PUMP AREA COOLER, is in AUTO. [13.8] INSTALL a 0-200 inch H20 differential pressure gauge across the Gland Steam Condenser at 2-PDI-2-260 [Labeled and referenced in instruction as Test Gauge # 3(0-200 inch H2 0)]. 1st CV [14] PERFORM the following prerequisites for Demineralized Condensate Pump Operation (Subsection 6.6.2). [14.1] INSTALL a 0-600 PSIG Test Gauge at the test connection for 2-PI-2-295. [Labeled and referenced in instruction as Test Gauge # 1(0-600 PSIG)] 1st CV [14.2] INSTALL a 0-800 PSIG Test Gauge at the test connection for 2-PI-2-296. [Labeled and referenced in instruction as Test Gauge # 2(0-800 PSIG)] 1st CV [14.3] ENSURE that the Condensate System is in Long Cycle Recirculation per 2-TOP-002&003A-02.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 44 of 450 Date 4.3 Field Preparations (continued) [15] PERFORM the following prerequisites for Condensate Booster Pump Operation (Subsection 6.6.3). [15.1] RACK-UP the following breakers: Breaker Description 6900-V UNIT BD 2A; CONDENSATE BOOSTER Compt 8 PUMP 2A 6900-V UNIT BD 2B; CONDENSATE BOOSTER Compt 6 PUMP 2B 6900-V UNIT BD 2C; CONDENSATE BOOSTER Compt 8 PUMP 2C [15.2] INSTALL a 0-600 PSIG Test Gauge at 2-PI-2-95 test connection. [Labeled and referenced in instruction as Test Gauge # 1(0-600 PSIG)] 1st CV [15.3] INSTALL a 0-800 PSIG Test Gauge at 2-PI-2-98 test connection. [Labeled and referenced in instruction as Test Gauge # 2(0-800 PSIG)] 1st CV [15.4] CLOSE the following breakers: Breaker Description 480-V TURB BLDG CBP COOLER A VENT BD 2B; Compt 7E 480-V TURB BLDG CBP COOLER B VENT BD 2B; Compt 8E [15.5] ENSURE that the Condensate System is in Long Cycle Recirculation per 2-TOP-002&003A-02.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 45 of 450 Date 4.3 Field Preparations (continued) [15.6] ENSURE the differential pressure across the inlet and outlet of the Injection Water to the Condensate Booster Pumps is within the range of 20-50 PSID. A. 2-PDIS-54-12A B. 2-PDIS-54-14A C. 2-PDIS-54-17A [15.7] INSTALL an Ultrasonic Flowmeter on Condensate Booster Pump 8" recirculation common header (preferably around 2-CKV-2-577, CONDENSATE BSTR PUMP 2B MIN FLOW RECIRC LN CHK). [16] PERFORM the following prerequisites for Subsection 6.7, Condensate Polishing Demineralizer. NOTES

1) The water chemistry should be sampled prior to testing the condensate polishers.

High dissolved oxygen levels in the condensate system would require large concentrations of hydrazine which causes rapid depletion of the polisher resins. Various support systems and alternate flow paths may be required to achieve the necessary quality and may be utilized without impacting this section of the test.

2) Any time an In-service or Standby polisher is isolated with inlet and outlet valves closed, it must be refilled and vented per 2-TOP-014-01 to prevent water hammer when placing in-service. Polisher(s) are placed back in-service per appropriate 2-TOP-014-01.

[16.1] ENSURE the Chemistry Department has granted permission to perform test Section 6.7, Condensate Polishing Demineralizer. Chem. [16.2] ENSURE UNIT 2 Condensate Polishers are charged with resin. [16.3] ENSURE Condensate System is in short cycle per 2-TOP-002&003A-02.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 46 of 450 Date 4.4 Approvals and Notifications [1] Prior to start of the test; OBTAIN permission of the Preoperational Startup Manager to start the test. Preoperational Startup Manager Date Signature [2] Prior to start of the test; OBTAIN the Unit 2 Supervisor's (US/SRO) or Shift Manager's (SM) authorization. US/SRO/SM Signature Date [3] Prior to start of test; OBTAIN Unit 1 Supervisor's (US/SRO) or Shift Manager's (SM) authorization. US/SRO/SM Signature Date

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 47 of 450 5.0 ACCEPTANCE CRITERIA Paragraph/sentences/tables which determine Acceptance Criteria may be designated by (Acc Crit). 5.1 Condensate Heaters Isolation Valves [1] 2-FCV-2-45, Condensate Heater A5/A6/A7 Inlet Header Isolation valve can be operated manually from the MCR and locally and the valves position is indicated by lights on the handswitches at both locations. 6.1.1[3], 6.1.1[4], 6.1.1[5], 6.1.1[6], 6.1.1[8], 6.1.1[12] [2] 2-FCV-2-55, Condensate Heater A5/A6/A7 Outlet Header Isolation valve can be operated manually from the MCR and locally and the valves position is indicated by lights on the handswitches at both locations. 6.1.2[3], 6.1.2[4], 6.1.2[5], 6.1.2[6], 6.1.2[8], 6.1.2[12] [3] 2-FCV-2-56, Condensate Isolation valve to Heater B7 can be operated manually from the MCR and locally and the valves position is indicated by lights on the handswitches at both locations. 6.1.3[3], 6.1.3[4], 6.1.3[5], 6.1.3[6], 6.1.3[8], 6.1.3[12] [4] 2-FCV-2-65, Condensate Isolation valve after Heater B5 can be operated manually from the MCR and locally and the valves position is indicated by lights on the handswitches at both locations. 6.1.4[3], 6.1.4[4], 6.1.4[5], 6.1.4[6], 6.1.4[8], 6.1.4[12] [5] 2-FCV-2-66, Condensate Heater C5/C6/C7 Inlet Header Isolation valve can be operated manually from the MCR and locally and the valves position is indicated by lights on the handswitches at both locations. 6.1.5[3], 6.1.5[4], 6.1.5[5], 6.1.5[6], 6.1.5[8], 6.1.5[12] [6] 2-FCV-2-75, Condensate Heater C5/C6/C7 Outlet Header Isolation valve can be operated manually from the MCR and locally and the valves position is indicated by lights on the handswitches at both locations. 6.1.6[3], 6.1.6[4], 6.1.6[5], 6.1.6[6], 6.1.6[8], 6.1.6[12] [7] 2-FCV-2-1 10, Condensate Heater A2/A3/A4 Inlet Header Isolation valve can be operated manually from the MCR and locally and the valves position is indicated by lights on the handswitches at both locations. 6.1.7[3], 6.1.7[4], 6.1.7[5], 6.1.7[6], 6.1.7[8], 6.1.7[12]

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000

                                                               .Page 48 of 450 5.1   Condensate Heaters Isolation Valves (continued)

[8] 2-FCV-2-128, Condensate Heater A2/A3/A4 Outlet Header Isolation valve can be operated manually from the MCR and locally and the valves position is indicated by lights on the handswitches at both locations. 6.1.8[3], 6.1.8[4], 6.1.8[5], 6.1.8[6], 6.1.8[8], 6.1.8[12] [9] 2-FCV-2-130, Condensate Heater B2/1B3/1B4 Inlet Header Isolation valve can be operated manually from the MCR and locally and the valves position is indicated by lights on the handswitches at both locations. 6.1.9[3], 6.1.9[4], 6.1.9[5], 6.1.9[6], 6.1.9[8], 6.1.9[12] [10] 2-FCV-2-147, Condensate Heater 82/83/84 Outlet Header Isolation valve can be operated manually from the MCR and locally and the valves position is indicated by lights on the handswitches at both locations. 6.1.10[3], 6.1.10[4], 6.1.10[5], 6.1.10[6], 6.1.10[8], 6.1.10[12] [11] 2-FCV-2-149, Condensate Heater C2/C3/C4 Inlet Header Isolation valve can be operated manually from the MCR and locally and the valves position is indicated by lights on the handswitches at both locations. 6.1.11 [3], 6.1.11 [4], 6.1.1 1[5], 6.1.11[6], 6.1.1 1[8], 6.1.11[12] [12] 2-FCV-2-167, Condensate Heater C2/C3/C4 Outlet Header Isolation valve can be operated manually from the MCR and locally and the valves position is indicated by lights on the handswitches at both locations. 6.1.12[3], 6.1.12[4], 6.1.12[5], 6.1.12[6], 6.1.12[8], 6.1.12[12] 5.2 Main Feedwater Pumps Suction/Condenser Isolation Valves [1] 2-FCV-2-221 and 2-FCV-2-224, MFP suction valves, OPEN on demand when injection water pressure, and the MFP, and MFPT bearing oil pressure is greater than or equal to low set point. The valves can be operated and have position indication lights locally and in the MCR, annunciation, and events display. 6.1.13[6], 6.1.13[7], 6.1.13[8], 6.1.13[9], 6.1.13[11],6.1.13[14], 6.1.13[18], 6.1.13[21], 6.1.13[24], 6.1.14[6], 6.1.14[7], 6.1.14[8], 6.1.14[9], 6.1.14[11], 6.1.14[14],6.1.14[18], 6.1.14[21], 6.1.14[24] [2] 2-FCV-2-265, Standby Main Feedwater Pump (SMFP) valve OPENS on demand when Injection Water Pressure and SMFP oil pressure is greater than or equal to low set points. The valve can be operated locally, has local indication lights and annunciation in MCR functions correctly. 6.1.15[4], 6.1.15[13], 6.1.15[15], 6.1.15[17], 6.1.15[23], 6.1.15[26].

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 49 of 450 5.2 Main Feedwater Pumps Suction/Condenser Isolation Valves (continued) [3] 2-FCV-2-275, The Condensate Demin Pumps Bypass Valve can be operated both by handswitches in the MCR and locally and valve position is indicated by lights at both handswitches. 6.1.16[2], 6.1.16[3], 6.1.16[4], 6.1.16[5], 6.1.16[7], 6.1.16[11] [4] 2-FCV-2-205 and 2-FCV-2-210, MFPT Condenser A Isolation valves CLOSE after a MFPT A trip if MFPT B NOT TRIPPED and feedwater flows is greater than or equal to the set point. Both valves can be operated both by handswitches in the MCR and locally and valve position is indicated by lights at both handswitches. 6.1.17[4], 6.1.17[5], 6.1.17[6], 6.1.17[7], 6.1.17[9], 6.1.17[12],6.1.17[14], 6.1.17[15], 6.1.17[16], 6.1.17[19], 6.1.17[17], 6.1.17[22],6.1.17[25] [5] 2-FCV-2-211 and 2-FCV-2-216, MFPT Condenser B Isolation valves CLOSE after a MFPT B trip if MFPT A NOT TRIPPED and feedwater flow is greater than or equal to the set point. Both valves can be operated both by handswitches in the MCR and locally and valve position is indicated by lights at both handswitches. 6.1.18[4], 6.1.18[5], 6.1.18[6], 6.1.18[7], 6.1.18[9], 6.1.18[12], 6.1.18[14], 6.1.18[15], 6.1.18[16], 6.1.18[17], 6.1.18[19], 6.1.18[22], 6.1.18[25] 5.3 Main Condenser [1] 2-LT-2-3, 2-LT-2-9, 2-LT-2-12, 2-LT-2-1007, 2-LT-2-1008 and 2-LT-2-1009 Annunciator Window Hotwell Level Hi/Lo alarms in MCR. 6.1.19[6], 6.1.19[7], 6.1.19[10], 6.1.19[11] [2] 2-LCV-2-3 modulates to lower Hotwell level in response to the controller. 6.1.19[5], 6.1.19[8] [3] 2-LCV-2-9 modulates to raise Hotwell level in response to the controller. 6.1.19[4], 6.1.19[9] 5.4 Main/Standby Feedwater Pump NPSH Low Alarm [1] MFP suction pressure (2-PS-2-129A) < 100 psig above #2 FW Heater shell side pressure will annunciate display event on the events display screen in MCR. 6.1.21[4], 6.1.21[5]

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 50 of 450 5.5 Feedwater Heater Level Control [1] 2-FCV-2-45 and 2-FCV-2-55 CLOSE on High-High Level Signal on Condensate Heater A6. 2-02-2-45 changes state. 6.2.1[7], 6.2.1[8] [2] 2-FCV-2-45 and 2-FCV-2-55 CLOSE on High-High Level Signal on Condensate Heater A5. 2-02-2-45 changes state. 6.2.2[7], 6.2.2[8] [3] 2-FCV-2-1 10 and 2-FCV-2-128 CLOSE on High-High Level Signal on Condensate Heater A4. 2-02-2-110 changes state. 6.2.3[7], 6.2.3[8] [4] 2-FCV-2-1 10 and 2-FCV-2-128 CLOSE on High-High Level Signal on Condensate Heater A2. 2-02-2-110 changes state. 6.2.4[7], 6.2.4[8] [5] 2-FCV-2-56 and 2-FCV-2-65 CLOSE on High-High Level Signal on Condensate Heater B6. 2-02-2-56 changes state. 6.2.5[7], 6.2.5[8] [6] 2-FCV-2-56 and 2-FCV-2-65 CLOSE on High-High Level Signal on Condensate Heater B5. 2-02-2-56 changes state. 6.2.6[7], 6.2.6[8] [7] 2-FCV-2-130 and 2-FCV-2-147 CLOSE on High-High Level Signal on Condensate Heater B4. 2-02-2-130 changes state. 6.2.7[7], 6.2.7[8] [8] 2-FCV-2-130 and 2-FCV-2-147 CLOSE on High-High Level Signal on Condensate Heater B2. 2-02-2-130 changes state. 6.2.8[7], 6.2.8[8] [9] 2-FCV-2-66 and 2-FCV-2-75 CLOSE on High-High Level Signal on Condensate Heater C6. 2-02-2-66 changes state. 6.2.9[7], 6.2.9[8] [10] 2-FCV-2-66 and 2-FCV-2-75 CLOSE on High-High Level Signal on Condensate Heater C5. 2-02-2-66 changes state. 6.2.10[7], 6.2.10[8] [11] 2-FCV-2-149 and 2-FCV-2-167 CLOSE on High-High Level Signal on Condensate Heater C4. 2-02-2-149 changes state. 6.2.11[7], 6.2.11[8] [12] 2-FCV-2-149 and 2-FCV-2-167 CLOSE on High-High Level Signal on Condensate Heater C2. 2-02-2-149 changes state. 6.2.12[7], 6.2.12[8]

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 51 of 450 5.6 Hotwell Pumps (HWP) [1] HWP Cooler starts when the HWP starts. A. 2-PMP-2-33, HWP 2A: 6.3.1[11]11 B. 2-PMP-2-26, HWP 2B: 6.3.2[111 C. 2-PMP-2-20, HWP 2C: 6.3.3[111 [2] MCR computer inputs indicate correct pump status. A. 2-PMP-2-33, HWP 2A: 6.3.1[11]J, 6.3.1[13]C B. 2-PMP-2-26, HWP 2B: 6.3.2[11]J, 6.3.2[13]C C. 2-PMP-2-20, HWP 2C: 6.3.3[11]J, 6.3.3[13]C [3] The Pump can be operated by handswitches in the MCR and locally. Pump status is correctly indicated by indicating lights on the MCR handswitch and the 6900V Unit Board. A. 2-PMP-2-33, HWP 2A: 6.3.1[10], 6.3.1[11], 6.3.1[15], 6.3.1[18], 6.3.1[20] B. 2-PMP-2-26, HWP 2B: 6.3.2[10], 6.3.2[11], 6.3.2[15], 6.3.2[18], 6.3.2[20] C. 2-PMP-2-20, HWP 2C: 6.3.3[10], 6.3.3[11], 6.3.3[15], 6.3.3[18], 6.3.3[20] [4] HWP trip or motor overload signal actuates MCR annunciator, white light and events display. A. 2-PMP-2-33, HWP 2A: 6.3.1[17], 6.3.1[40], 6.3.1[51], 6.3.1[54]C, 6.3.1 [54]D, 6.3.1 [54]E, 6.3.1 [63]C, 6.3.1[63]D, 6.3.1[63]E, 6.3.1 [69] B. 2-PMP-2-26, HWP 2B: 6.3.2[17], 6.3.2[40], 6.3.2[51], 6.3.2[54]C, 6.3.2[54]D, 6.3.2[54]E, 6.3.2[63]C, 6.3.2[63]D, 6.3.2[63]E, 6.3.2[69] C. 2-PMP-2-20, HWP 2C: 6.3.3[17], 6.3.3[40], 6.3.3[51], 6.3.3[54]C, 6.3.3[54]D, 6.3.3[54]E, 6.3.3[63]C, 6.3.3[63]D, 6.3.3[63]E, 6.3.3[69]

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 52 of 450 Date 5.6 Hotwell Pumps (HWP) (continued) [5] HWP will NOT start unless both the inlet and outlet isolation valves are open >75% or greater for one MFPT Condenser. A. 2-PMP-2-33, HWP 2A: 6.3.1[34] B. 2-PMP-2-26, HWP 2B: 6.3.2[34] C. 2-PMP-2-20, HWP 2C: 6.3.3[34] [6] HWP trips when MFPT condenser flowpath not available. A. 2-PMP-2-33, HWP 2A: 6.3.1[17]A, 6.3.1[23], 6.3.1[28], 6.3.1[32] B. 2-PMP-2-26, HWP 2B: 6.3.2[17]A, 6.3.2[23], 6.3.2[28], 6.3.2[32] C. 2-PMP-2-20, HWP 2C: 6.3.3[17]A, 6.3.3[231, 6.3.3[28], 6.3.3[33] [7] HWP recirculation flow is greater than or equal to 5500 GPM. A. 2-PMP-2-33, HWP 2A: 6.6.1[10] B. 2-PMP-2-26, HWP 2B: 6.6.1[54] C. 2-PMP-2-20, HWP 2C: 6.6.1[74] [8] HWP performance near design point meets or exceeds the Pump Curve. The design point for these pumps is 6700 GPM at 600 ft. TDH. A. 2-PMP-2-33, HWP 2A: 6.6.1[36] B. 2-PMP-2-26, HWP 28: 6.6.1[56] C. 2-PMP-2-20, HWP 2C: 6.6.1[76]

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 53 of 450 5.7 Condensate Demineralizer Pumps (CDP) [1] CDP will NOT start or trips after a time delay on a suction pressure signal less than or equal to set point and actuates MCR annunciation along with the events display. A. 2-PMP-2-292A, CDP 2A: 6.4.1[25], 6.4.1[27] B. 2-PMP-2-287A, CDP 2B: 6.4.2[25], 6.4.2[27] C. 2-PMP-2-282A, CDP 2C: 6.4.3[25],6.4.3[27] [2] CDP trips on feedwater isolation signal. A. 2-PMP-2-292A, CDP 2A: 6.4.1[31] B. 2-PMP-2-287A, CDP 2B: 6.4.2[31] C. 2-PMP-2-282A, CDP 2C: 6.4.3[31] [3] The CDP can be operated by handswitches in the MCR and locally and pump status is shown by indicating lights on the MCR handswitch. A. 2-PMP-2-292A, CDP 2A: 6.4.1[12], 6.4.1[21], 6.4.1[22], 6.4.1[37] B. 2-PMP-2-287A, CDP 2B: 6.4.2[12], 6.4.2[21], 6.4.2[22], 6.4.2[37] C. 2-PMP-2-282A, CDP 2C: 6.4.3[12], 6.4.3[21], 6.4.3[22], 6.4.3[37] [4] CDP OTS signal actuates MCR annunciator, events display and white light. A. 2-PMP-2-292A, CDP 2A: 6.4.1[35] B. 2-PMP-2-287A, CDP 2B: 6.4.2[35] C. 2-PMP-2-282A, CDP 2C: 6.4.3[35] [5] CDP performance near design point meets or exceeds the Pump Curve. At the design point this is 6700 GPM at 150 ft TDH. A. 2-PMP-2-292A, CDP 2A: 6.6.2[16] B. 2-PMP-2-287A, CDP 2B: 6.6.2[34] C. 2-PMP-2-282A, CDP 2C: 6.6.2[52]

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 54 of 450 5.7 Condensate Demineralizer Pumps (CDP) (continued) [6] The CDP suction isolation valves can be operated by handswitches located in the MCR and locally. Valve position is shown by indicator lights on each handswitch. A. 2-FCV-2-290, CDP 2A: 6.4.119], 6.4.1110], 6.4.1113], 6.4.1[15], 6.4.1118] B. 2-FCV-2-285, CDP 2B: 6.4.2[9] 6.4.2[10], 6.4.2113], 6.4.2[15], 6.4.2[18] C. 2-FCV-2-280, CDP 2C: 6.4.3[9], 6.4.3[10], 6.4.3[13], 6.4.3[15],6.4.3[18] 5.8 Condensate Booster Pumps (CBP) [1] MCR computer inputs indicate correct pump status. A. 2-PMP-2-97, CBP 2A: 6.5.1[11.7]J, 6.5.1111.9] B. 2-PMP-2-91, CBP 2B: 6.5.2111.7]J, 6.5.2[11.9]G C. 2-PMP-2-84, CBP 2C: 6.5.3111.7]J, 6.5.3[11.9]G [2] CBP trip or motor overload signal actuates MCR annunciators for M1 through M6 motor tripout and FWP suction NPSH low, events display and a white light on the handswitch. A. 2-PMP-2-97, CBP 2A: 6.5.1[13.9]D, 6.5.1[13.9]E, 6.5.1[13.9]F, 6.5.1[18.22] B. 2-PMP-2-91, CBP 2B: 6.5.2[13.9]D, 6.5.2[13.9]E, 6.5.2[13.9]F, 6.5.2[18.22] C. 2-PMP-2-84, CBP 2C: 6.5.3[13.9]D, 6.5.3[13.9]E, 6.5.3[13.9]F, 6.5.3[18.22] [3] CBP will NOT start when the suction isolation valve is NOT fully open. A. 2-PMP-2-97, CBP 2A: 6.5.1[15.8] B. 2-PMP-2-91, CBP 2B: 6.5.2[15.8] C. 2-PMP-2-84, CBP 2C: 6.5.3[15.8]

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 55 of 450 5.8 Condensate Booster Pumps (CBP) (continued) [4] CBP will NOT start with suction pressure less than or equal to set point. A. 2-PMP-2-97, CBP 2A: 6.5.1[18] B. 2-PMP-2-91, CBP 2B: 6.5.2[18] C. 2-PMP-2-84, CBP 2C: 6.5.3[18] [5] CBP will NOT start with oil pressure less than or equal to set point and suction isolation valve closes after being open for 20 seconds with CBP not in operation. A. 2-PMP-2-97, CBP 2A :6.5.1[14] 6.5.1[14.8] B. 2-PMP-2-91, CBP 2B: 6.5.2[14], 6.5.2[14.8] C. 2-PMP-2-84, CBP 2C: 6.5.3[14], 6.5.3[14.8] [6] The Pump can be operated by handswitches in the MCR and locally. Pump status is correctly indicated by indicating lights on the MCR handswitch and the 6900V Unit Board. A. 2-PMP-2-97, CBP 2A: 6.5.1[11] B. 2-PMP-2-91, CBP 2B: 6.5.2[11] C. 2-PMP-2-84, CBP 2C: 6.5.3[11] [7] CBP will NOT start with seal water pressure less than or equal to set point and, after a delay of 20 seconds, actuates MCR annunciators and events display. A. 2-PMP-2-97, CBP 2A: 6.5.1[16], 6.5.1[16.15] B. 2-PMP-2-91, CBP 2B: 6.5.2[16], 6.5.2[16.15] C. 2-PMP-2-84, CBP 2C: 6.5.3[16], 6.5.3[16.15]

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 56 of 450 5.8 Condensate Booster Pumps (CBP) (continued) [8] CBP will NOT start with motor winding temperature greater than or equal to set point. A. 2-PMP-2-97, CBP 2A: 6.5.1[17] B. 2-PMP-2-91, CBP 2B: 6.5.2[17] C. 2-PMP-2-84, CBP 2C: 6.5.3[17] [9] CBP trips when suction pressure is less than or equal to set point and actuates MCR annunciators and events display. A. 2-PMP-2-97, CBP 2A: 6.5.1[18] B. 2-PMP-2-91, CBP 2B: 6.5.2[18] C. 2-PMP-2-84, CBP 2C: 6.5.3[18] [10] CBP trips when oil pressure less than or equal to set point. A. 2-PMP-2-97, CBP 2A: 6.5.1[12.12], 6.5.1[13.9] B. 2-PMP-2-91, CBP 2B: 6.5.2[13], 6.5.2[13.9] C. 2-PMP-2-84, CBP 2C: 6.5.3[13], 6.5.3[13.9] [11] CBP trips on feedwater isolation signal. A. 2-PMP-2-97, CBP 2A: 6.5.1[16] B. 2-PMP-2-91, CBP 2B: 6.5.2[16] C. 2-PMP-2-84, CBP 2C: 6.5.3[16] [12] CBP trips when instantaneous and time over current is initiated. A. 2-PMP-2-97, CBP 2A: 6.5.1[19], 6.5.1[19.7]A, 6.5.1[19.12], 6.5.1[19.17]A, 6.5.1[19.21], 6.5.1[19.26] B. 2-PMP-2-91, CBP 2B: 6.5.2[19], 6.5.2[19.7]A, 6.5.2[19.12], 6.5.2[19.17]A, 6.5.2[19.21], 6.5.2[19.26] C. 2-PMP-2-84, CBP 2C: 6.5.3[19], 6.5.3[19.7]A, 6.5.3[19.12], 6.5.3[19.17]A,6.5.3[19.21], 6.5.3[19.26]

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 57 of 450 5.8 Condensate Booster Pumps (CBP) (continued) [13] 2-MTR-30-881 and 2-MTR-30-882, CBP Area Coolers A and B, start when CBP starts. A. 2-PMP-2-97, CBP 2A: 6.5.1[11.7]H, 6.5.1[11.7]1 B. 2-PMP-2-91, CBP 2B: 6.5.2[11.7]H, 6.5.2[11.7]1 C. 2-PMP-2-84, CBP 2C: 6.5.3[11.7]H, 6.5.3[11.7]1 [14] CBP Aux Oil Pumps can be operated from handswitches in the MCR and locally. Indicating lights on the MCR handswitches show pump status. CBP Aux Oil Pump auto starts in P AUTO and CBP breaker is OPEN. A. 2-PMP-2-105, CBP 2A: 6.5.1[9], 6.5.1[11.11] B. 2-PMP-2-107, CBP 2B: 6.5.2[9], 6.5.2[11.11] C. 2-PMP-2-109, CBP 2C: 6.5.3[9], 6.5.3[11.11] [15] CBP Aux Oil Pump auto stops on start of corresponding CBP. A. 2-PMP-2-105, CBP 2A: 6.5.1[11.7]G, 6.5.1[12] B. 2-PMP-2-107, CBP 2B: 6.5.2[11.7]G, 6.5.2[12] C. 2-PMP-2-109, CBP 2C: 6.5.3[11.7]G, 6.5.3[12]

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 58 of 450 5.8 Condensate Booster Pumps (CBP) (continued) [16] CBP Aux Oil Pumps will AUTO START due to oil pressure decreasing to less than set point after the CBP has been running for 20 seconds. A. 2-PMP-2-105, CBP 2A: 6.5.1[12.9] B. 2-PMP-2-107, CBP 2B: 6.5.2[12.9] C. 2-PMP-2-109, CBP 2C: 6.5.3[12.9] [17] The Suction Isolation Valves can be operated from handswitches located in the MCR and locally. Indicating lights on both handswitches indicate valve position. A. 2-FCV-2-94, CBP 2A: 6.5.1[10], 6.5.1[10.2], 6.5.1[10.3], 6.5.1[10.4], 6.5.1[10.5], 6.5.1[10.7], 6.5.1110.11] B. 2-FCV-2-87, CBP 2B: 6.5.2[10], 6.5.2[10.2], 6.5.2[10.3], 6.5.2[10.4], 6.5.2[110.5], 6.5.2[110.7], 6.5.2[110.11] C. 2-FCV-2-81, CBP 2C: 6.5.3[10], 6.5.3[10.2], 6.5.3[10.3], 6.5.3[10.4], 6.5.3[10.5], 6.5.3[10.7], 6.5.3[1 0.11] [18] The Suction Isolation Valve for each pump opens on CBP start signal. A. 2-FCV-2-94, CBP 2A: 6.5.1[111.7]F B. 2-FCV-2-87, CBP 2B: 6.5.2[111.7]F C. 2-FCV-2-81, CBP 2C: 6.5.3[111.7]F [19] When the respective CBP is running, valve closes when CBP suction pressure decreases to less than set point or CBP oil pressure decreases to less than or equal to the low set point A. 2-FCV-2-94, CBP 2A: 6.5.1[18], 6.5.1[13.9]B B. 2-FCV-2-87, CBP 2B: 6.5.2[18], 6.5.2[13.9]B C. 2-FCV-2-81, CBP 2C: 6.5.3[18], 6.5.3[13.9]B

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 59 of 450 5.8 Condensate Booster Pumps (CBP) (continued) [20] FCV closes when respective CBP trips. A. 2-FCV-2-94, CBP 2A: 6.5.1[13.9]B B. 2-FCV-2-87, CBP 2B: 6.5.2[13.9]B C. 2-FCV-2-81, CBP 2C: 6.5.3[13.9]B [21] CBP recirculation flow is greater than or equal to 1224 GPM. A. 2-PMP-2-84, CBP 2C: 6.6.3[6] B. 2-PMP-2-91, CBP 2B: 6.6.3[10] C. 2-PMP-2-97, CBP 2A: 6.6.3[14] [22] CBP performance near design point meets or exceeds the Pump Curve. At the design point this is 9000 GPM at 680 ft. TDH. A. 2-PMP-2-97, CBP 2A: 6.6.3[22] B. 2-PMP-2-91, CBP 2B: 6.6.3[41] C. 2-PMP-2-84, CBP 2C: 6.6.3[60] 5.9 Gland Steam Condenser [1] 2-PIS-2-41 actuates annunciator and events display in MCR when pressure > setpoint. 6.1.20[5], 6.1.20[6]. [2] 2-FCV-2-260 Modulates OPEN on gland steam condenser high differential pressure. CLOSES on gland steam condenser normal differential pressure. 6.6.1[23] 6.6.1[28] [3] 2-FCV-2-35A Modulates OPEN on low condensate flow signal, CLOSE on normal condensate flow signal greater than minimum flow set point. 6.6.1[32], 6.6.1 [51]

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 60 of 450 5.10 Condensate Demineralizers [1] Each Condensate Polisher Service Tank full flow is < 3800 GPM with a pressure drop across each Polisher Service Tank less than 60 psi. A. Vessel 2A: 6.7.1[3], 6.7.1[4] B. Vessel 2B: 6.7.2[3], 6.7.2[4] C. Vessel 2C: 6.7.3[3], 6.7.3[4] D. Vessel 2D: 6.7.4[3], 6.7.4[4] E. Vessel 2E: 6.7.5[3], 6.7.5[4] F. Vessel 2F: 6.7.6[3], 6.7.6[4] [2] Each Condensate Polisher effluent shall meet the following criteria: Specific Conductivity, uS/cm @ 25C* 0.10 Sodium, ppb *0.10 Chloride, ppb _ 0.20 Sulfate, ppb < 0.50 A. Vessel 2A: 6.7.1[6] B. Vessel 2B: 6.7.2[6] C. Vessel 2C: 6.7.3[6] D. Vessel 2D: 6.7.4[6] E. Vessel 2E: 6.7.5[6] F. Vessel 2F: 6.7.6[6]

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 61 of 450 5.10 Condensate Demineralizers (continued) [3] 2-FCV-14-3, Condensate Polisher Bypass Valve modulates to maintain set point of 2-FIC-14-3 when condensate polisher differential pressure 2-PDS 204 is greater than or equal to the set point and 2-HS-14-3 is in the AUTO position. 6.8[35] [4] 2-FCV-14-3 will fail OPEN on loss of air. 6.8[15] [5] 2-FCV-14-3 will fail OPEN on loss of power. 6.8[21] [6] 2-FCV-14-3 can be operated from local control panel. 6.8[3] [7] 2-FCV-14-3 indicating lights locally and in MCR indicate correct valve position. 6.8[3], 6.8[4]

Date 6.0 PERFORMANCE NOTES

1) Performance of Subsections 6.1 through 6.5 may be performed in any order and each section within 6.1 through 6.5 may be performed in any order. Subsections 6.5.3[1],

6.7, and 6.8 must be performed in sequence after completion of Subsections 6.1, 6.3, 6.4 and 6.5.

2) Subsections 6.1 through 6.5 and 6.8 should be performed with the Condensate system and Heater Drains & Vents system NOT in service. Subsections 6.5.3[1] and 6.7 must have the Condensate system filled, vented and ready for operation.

3) Upon completion of each subsection, Operations is to be informed that the affected equipment is available for normal operations.

6.1 Motor-Operated Flow Control Valves 6.1.1 Valve 2-FCV-2-45, CONDENSATE HTR A5/A6/A7 INLET HDR ISOL [1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. [2] ENSURE that valve 2-FCV-2-45 [TI1 1H/724], CONDENSATE HTR A5/A6/A7 INLET HDR ISOL, is OPEN. [3] PLACE 2-HS-2-45A [2-M-2], A7 HEATER INLET, to CLOSE to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.1 [1] A. By local verification, 2-FCV-2-45, CONDENSATE HTR A5/A6/A7 INLET HDR ISOL, is CLOSED. B. Red light OFF at 2-HS-2-45A, A7 HEATER INLET. C. Green light ON at 2-HS-2-45A, A7 HEATER INLET.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 63 of 450 Date 6.1.1 Valve 2-FCV-2-45, CONDENSATE HTR A5/A6/A7 INLET HDR ISOL (continued) [4] PLACE 2-HS-2-45A, A7 HEATER INLET, to OPEN to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.1[1] A. By local verification, 2-FCV-2-45, CONDENSATE HTR A5/A6/A7 INLET HDR ISOL, is OPEN. B. Red light ON at 2-HS-2-45A, A7 HEATER INLET. C. Green light OFF at 2-HS-2-45A, A7 HEATER INLET. [5] DEPRESS 2-HS-2-45B [T11H/721], CONDENSATE HTR A5/A6/A7 INLET HDR ISOL VLV, CLOSE to verify operation locally, and VERIFY the following: (Acc Crit) 5.1 [1] A. By local verification, 2-FCV-2-45, CONDENSATE HTR A5/A6/A7 INLET HDR ISOL, is CLOSED. B. Red light OFF at 2-HS-2-45B, CONDENSATE HTR A5/A6/A7 INLET HDR ISOL VLV. C. Green light ON at 2-HS-2-45B, CONDENSATE HTR A5/A6/A7 INLET HDR ISOL VLV. [6] DEPRESS 2-HS-2-45B, CONDENSATE HTR A5/A6/A7 INLET HDR ISOL VLV, OPEN to verify operation locally, and VERIFY the following: (Acc Crit) 5.1 [1] A. By local verification, 2-FCV-2-45, CONDENSATE HTR A5/A6/A7 INLET HDR ISOL, is OPEN. B. Red light ON at 2-HS-2-45B, CONDENSATE HTR A5/A6/A7 INLET HDR ISOL VLV. C. Green light OFF at 2-HS-2-45B, CONDENSATE HTR A5/A6/A7 INLET HDR ISOL VLV.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 64 of 450 Date 6.1.1 Valve 2-FCV-2-45, CONDENSATE HTR A5/A6/A7 INLET HDR ISOL (continued) NOTE To test the STOP pushbutton, 2-FCV-2-45 must be traveling between OPEN and CLOSE. [7] DEPRESS 2-HS-2-45B, CONDENSATE HTR A5/A6/A7 INLET HDR ISOL VLV, CLOSE pushbutton. [8] DEPRESS 2-HS-2-45B, CONDENSATE HTR A5/A6/A7 INLET HDR ISOL VLV, STOP pushbutton before 2-FCV-2-45, CONDENSATE HTR A5/A6/A7 INLET HDR ISOL, reaches the closed position, and VERIFY the following: (Acc Crit) 5.1 [1] A. Red light ON at 2-HS-2-45B, CONDENSATE HTR A5/A6/A7 INLET HDR ISOL VLV. B. Green light ON at 2-HS-2-45B, CONDENSATE HTR A5/A6/A7 INLET HDR ISOL VLV. C. By local verification, valve 2-FCV-2-45, CNDS ISOL VALVE TO HTR A7, stops in mid-position. [9] DEPRESS 2-HS-2-45B, CONDENSATE HTR A5/A6/A7 INLET HDR ISOL VLV, CLOSE pushbutton. [10] VERIFY 2-FCV-2-45, CONDENSATE HTR A5/A6/A7 INLET HDR ISOL, travels CLOSED. [11] DEPRESS 2-HS-2-45B, CONDENSATE HTR A5/A6/A7 INLET HDR ISOL VLV, OPEN pushbutton. [12] DEPRESS 2-HS-2-45B, CONDENSATE HTR A5/A6/A7 INLET HDR ISOL VLV, STOP pushbutton before 2-FCV-2-45, CONDENSATE HTR A5/A6/A7 INLET HDR ISOL, reaches the closed position, and VERIFY the following: (Acc Crit) 5.1 [1] A. Red light ON at 2-HS-2-45B, CONDENSATE HTR A5/A6/A7 INLET HDR ISOL VLV.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 65 of 450 Date 6.1.1 Valve 2-FCV-2-45, CONDENSATE HTR A5/A6/A7 INLET HDR ISOL (continued) B. Green light ON at 2-HS-2-45B, CONDENSATE HTR A5/A6/A7 INLET HDR ISOL VLV. C. By local verification, valve 2-FCV-2-45, CNDS ISOL VALVE TO HTR A7, stops in mid-position. [13] DEPRESS 2-HS-2-45B, CONDENSATE HTR A5/A6/A7 INLET HDR ISOL VLV, OPEN pushbutton. [14] VERIFY 2-FCV-2-45, CONDENSATE HTR A5/A6/A7 INLET HDR ISOL, travels OPEN. [15] DEPRESS 2-HS-2-45B, CONDENSATE HTR A5/A6/A7 INLET HDR ISOL VLV, OPEN pushbutton.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 66 of 450 Date 6.1.2 Valve 2-FCV-2-55, CONDENSATE HTR A5/A6/A7 OUTLET HDR ISOL [1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. [2] ENSURE that valve 2-FCV-2-55 [T1 OG/741], CONDENSATE HTR A5/A6/A7 OUTLET HDR ISOL, is OPEN. [3] PLACE 2-HS-2-55A [2-M-2], A5 HEATER INLET, to CLOSE to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.1 [2] A. By local verification, 2-FCV-2-55, CONDENSATE HTR A5/A6/A7 OUTLET HDR ISOL, is CLOSED. B. Red light OFF at 2-HS-2-55A, A5 HEATER INLET. C. Green light ON at 2-HS-2-55A, A5 HEATER INLET. [4] PLACE 2-HS-2-55A, A5 HEATER INLET, to OPEN to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.1[2] A. By local verification, 2-FCV-2-55, CONDENSATE HTR A5/A6/A7 OUTLET HDR ISOL, is OPEN. B. Red light ON at 2-HS-2-55A, A5 HEATER INLET. C. Green light OFF at 2-HS-2-55A, A5 HEATER INLET.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 67 of 450 Date 6.1.2 Valve 2-FCV-2-55, CONDENSATE HTR A5/A6/A7 OUTLET HDR ISOL (continued) [5] DEPRESS 2-HS-2-55B [T11H/731], CONDENSATE HTR A5/A6/A7 OUTLET HDR ISOL VLV, CLOSE to verify operation locally, and VERIFY the following: (Acc Crit) 5.1 [2] A. By local verification, 2-FCV-2-55, CONDENSATE HTR A5/A6/A7 OUTLET HDR ISOL, is CLOSED. B. Red light OFF at 2-HS-2-55B, CONDENSATE HTR A5/A6/A7 OUTLET HDR ISOL VLV. C. Green light ON at 2-HS-2-55B, CONDENSATE HTR A5/A6/A7 OUTLET HDR ISOL VLV. [6] DEPRESS 2-HS-2-55B, CONDENSATE HTR A5/A6/A7 OUTLET HDR ISOL VLV, OPEN to verify operation locally, and VERIFY the following: (Acc Crit) 5.112] A. By local verification, 2-FCV-2-55, CONDENSATE HTR A5/A6/A7 OUTLET HDR ISOL, is OPEN. B. Red light ON at 2-HS-2-55B, CONDENSATE HTR A5/A6/A7 OUTLET HDR ISOL VLV. C. Green light OFF at 2-HS-2-55B, CONDENSATE HTR A5/A6/A7 OUTLET HDR ISOL VLV.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 68 of 450 Date 6.1.2 Valve 2-FCV-2-55, CONDENSATE HTR A5/A6/A7 OUTLET HDR ISOL (continued) NOTE To test the STOP pushbutton, 2-FCV-2-55 must be traveling between OPEN and CLOSE. [7] DEPRESS 2-HS-2-55B, CONDENSATE HTR A5/A6/A7 OUTLET HDR ISOL VLV, CLOSE pushbutton. [8] DEPRESS 2-HS-2-55B STOP pushbutton before 2-FCV-2-55, CONDENSATE HTR A5/A6/A7 OUTLET HDR ISOL, reaches the closed position, and VERIFY the following: (Acc Crit) 5.1[2] A. Red light ON at 2-HS-2-55B, CONDENSATE HTR A5/A6/A7 OUTLET HDR ISOL VLV. B. Green light ON at 2-HS-2-55B, CONDENSATE HTR A5/A6/A7 OUTLET HDR ISOL VLV. C. By local verification valve 2-FCV-2-55, CONDENSATE HTR A5/A6/A7 OUTLET HDR ISOL, stops in mid-position. [9] DEPRESS 2-HS-2-55B, CONDENSATE HTR A5/A6/A7 OUTLET HDR ISOL VLV, CLOSE pushbutton. [10] VERIFY 2-FCV-2-55, CONDENSATE HTR A5/A6/A7 OUTLET HDR ISOL, travels CLOSED. [11] DEPRESS 2-HS-2-55B, CONDENSATE HTR A5/A6/A7 OUTLET HDR ISOL VLV, OPEN pushbutton. [12] DEPRESS 2-HS-2-55B STOP pushbutton before 2-FCV-2-55, CONDENSATE HTR A5/A6/A7 OUTLET HDR ISOL, reaches the closed position, and VERIFY the following: (Acc Crit) 5.1 [2] A. Red light ON at 2-HS-2-55B, CONDENSATE HTR A5/A6/A7 OUTLET HDR ISOL VLV. B. Green light ON at 2-HS-2-55B, CONDENSATE HTR A5/A6/A7 OUTLET HDR ISOL VLV.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 69 of 450 Date 6.1.2 Valve 2-FCV-2-55, CONDENSATE HTR A5/A6/A7 OUTLET HDR ISOL (continued) C. By local verification valve 2-FCV-2-55, CONDENSATE HTR A5/A6/A7 OUTLET HDR ISOL, stops in mid-position. [13] DEPRESS 2-HS-2-55B, CONDENSATE HTR A5/A6/A7 OUTLET HDR ISOL VLV, OPEN pushbutton. [14] VERIFY 2-FCV-2-55, CONDENSATE HTR A5/A6/A7 OUTLET HDR ISOL, travels OPEN. [15] DEPRESS 2-HS-2-55B, CONDENSATE HTR A5/A6/A7 OUTLET HDR ISOL VLV, CLOSE pushbutton.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 70 of 450 Date 6.1.3 Valve 2-FCV-2-56, CONDENSATE HTR B5/1B6/B7 INLET HDR ISOL [1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. [2] ENSURE that valve 2-FCV-2-56 [T1 OG/722], CONDENSATE HTR B5/B6/B7 INLET HDR ISOL, is OPEN. [3] PLACE 2-HS-2-56A [2-M-2], B7 HEATER INLET, to CLOSE to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.1 [3] A. By local verification, 2-FCV-2-56, CONDENSATE HTR B5/B6/B7 INLET HDR ISOL, is CLOSED. B. Red light OFF at 2-HS-2-56A, B7 HEATER INLET. C. Green light ON at 2-HS-2-56A, B7 HEATER INLET. [4] PLACE 2-HS-2-56A, B7 HEATER INLET, to OPEN to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.1 [3] A. By local verification, 2-FCV-2-56, CONDENSATE HTR B5/B6/B7 INLET HDR ISOL, is OPEN. B. Red light ON at 2-HS-2-56A, B7 HEATER INLET. C. Green light OFF at 2-HS-2-56A, B7 HEATER INLET.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 71 of 450 Date 6.1.3 Valve 2-FCV-2-56, CONDENSATE HTR B5/1B6/B7 INLET HDR ISOL (continued) [5] DEPRESS 2-HS-2-56B [T11G/721], CONDENSATE HTR B5/B6/B7 INLET HDR ISOL VLV, CLOSE to verify operation locally, and VERIFY the following: (Acc Crit) 5.1[3] A. By local verification, 2-FCV-2-56, CONDENSATE HTR B5/B6/B7 INLET HDR ISOL, is CLOSED. B. Red light OFF at 2-HS-2-56B, CONDENSATE HTR B5/B6/B7 INLET HDR ISOL VLV. C. Green light ON at 2-HS-2-56B, CONDENSATE HTR B5/B6/B7 INLET HDR ISOL VLV. [6] DEPRESS 2-HS-2-56B, CONDENSATE HTR B5/B6/B7 INLET HDR ISOL VLV, OPEN to verify operation locally, and VERIFY the following: (Acc Crit) 5.1[3] A. By local verification, 2-FCV-2-56, CONDENSATE HTR B5/B6/B7 INLET HDR ISOL, is OPEN. B. Red light ON at 2-HS-2-56B, CONDENSATE HTR B5/B6/B7 INLET HDR ISOL VLV. C. Green light OFF at 2-HS-2-56B, CONDENSATE HTR B5/B6/B7 INLET HDR ISOL VLV.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 72 of 450 Date 6.1.3 Valve 2-FCV-2-56, CONDENSATE HTR B5/1B6/B7 INLET HDR ISOL (continued) NOTE To test the STOP pushbutton, 2-FCV-2-56 must be traveling between OPEN and CLOSE. [7] DEPRESS 2-HS-2-56B, CONDENSATE HTR B5/B6/B7 INLET HDR ISOL VLV, CLOSE pushbutton. [8] DEPRESS 2-HS-2-56B, CONDENSATE HTR B5/B6/B7 INLET HDR ISOL VLV, STOP pushbutton before 2-FCV-2-56, CONDENSATE HTR B5/B6/B7 INLET HDR ISOL, reaches the closed position, and VERIFY the following: (Acc Crit) 5.1[3] A. Red light ON at 2-HS-2-56B, CONDENSATE HTR B5/B6/B7 INLET HDR ISOL VLV. B. Green light ON at 2-HS-2-56B, CONDENSATE HTR B5/B6/B7 INLET HDR ISOL VLV. C. By local verification valve 2-FCV-2-56, CONDENSATE HTR B5/B6/B7 INLET HDR ISOL, stops in mid-position. [9] DEPRESS 2-HS-2-56B, CONDENSATE HTR B5/B6/B7 INLET HDR ISOL VLV, CLOSE pushbutton. [10] VERIFY 2-FCV-2-56, CONDENSATE HTR B5/B6/B7 INLET HDR ISOL, travels CLOSED. [11] DEPRESS 2-HS-2-56B, CONDENSATE HTR B5/B6/B7 INLET HDR ISOL VLV, OPEN pushbutton. [12] DEPRESS 2-HS-2-56B, CONDENSATE HTR B5/B6/B7 INLET HDR ISOL VLV, STOP pushbutton before 2-FCV-2-56, CONDENSATE HTR B5/B6/B7 INLET HDR ISOL, reaches the closed position, and VERIFY the following: (Acc Crit) 5.1[3] A. Red light ON at 2-HS-2-56B, CONDENSATE HTR B5/B6/B7 INLET HDR ISOL VLV. B. Green light ON at 2-HS-2-56B, CONDENSATE HTR B5/B6/B7 INLET HDR ISOL VLV.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 73 of 450 Date 6.1.3 Valve 2-FCV-2-56, CONDENSATE HTR B5/1B6/B7 INLET HDR ISOL (continued) C. By local verification valve 2-FCV-2-56, CONDENSATE HTR B5/B6/B7 INLET HDR ISOL, stops in mid-position. [13] DEPRESS 2-HS-2-56B, CONDENSATE HTR B5/B6/B7 INLET HDR ISOL VLV, OPEN pushbutton. [14] VERIFY 2-FCV-2-56, CONDENSATE HTR B5/B6/B7 INLET HDR ISOL, travels OPEN. [15] DEPRESS 2-HS-2-56B, CONDENSATE HTR B5/B6/B7 INLET HDR ISOL VLV, CLOSE pushbutton.

Date 6.1.4 Valve 2-FCV-2-65, CONDENSATE HTR B5/1B61B7 OUTLET HDR ISOL [1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. [2] ENSURE that valve 2-FCV-2-65 [T1 16/741], CONDENSATE HTR B5/B6/B7 OUTLET HDR ISOL, is OPEN. [3] PLACE 2-HS-2-65A [2-M-2], B5 HEATER OUTLET, to CLOSE to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.1 [4] A. By local verification, 2-FCV-2-65, CONDENSATE HTR B5/B6/B7 OUTLET HDR ISOL, is CLOSED. B. Red light OFF at 2-HS-2-65A, B5 HEATER OUTLET. C. Green light ON at 2-HS-2-65A, B5 HEATER OUTLET. [4] PLACE 2-HS-2-65A, B5 HEATER OUTLET, to OPEN to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.1 [4] A. By local verification, 2-FCV-2-65, CONDENSATE HTR B5/B6/B7 OUTLET HDR ISOL, is OPEN. B. Red light ON at 2-HS-2-65A, B5 HEATER OUTLET. C. Green light OFF at 2-HS-2-65A, B5 HEATER OUTLET.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 75 of 450 Date 6.1.4 Valve 2-FCV-2-65, CONDENSATE HTR B5/1B6/B7 OUTLET HDR ISOL (continued) [5] DEPRESS 2-HS-2-65B [T11G/721], CONDENSATE HTR B5/B6/B7 OUTLET HDR ISOL VLV, CLOSE to verify operation locally, and VERIFY the following: (Acc Crit) 5.1 [4] A. By local verification, 2-FCV-2-65, CONDENSATE HTR B5/B6/B7 OUTLET HDR ISOL, is CLOSED. B. Red light OFF at 2-HS-2-65B, CONDENSATE HTR B5/B6/B7 OUTLET HDR ISOL VLV. C. Green light ON at 2-HS-2-65B, CONDENSATE HTR B5/B6/B7 OUTLET HDR ISOL VLV. [6] DEPRESS 2-HS-2-65B,CONDENSATE HTR B5/B6/B7 OUTLET HDR ISOL VLV, OPEN to verify operation locally, and VERIFY the following: (Acc Crit) 5.1[4] A. By local verification, 2-FCV-2-65, CONDENSATE HTR B5/B6/B7 OUTLET HDR ISOL, is OPEN. B. Red light ON at 2-HS-2-65B, CONDENSATE HTR B5/B6/B7 OUTLET HDR ISOL VLV. C. Green light OFF at 2-HS-2-65B, CONDENSATE HTR B5/B6/B7 OUTLET HDR ISOL VLV.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 76 of 450 Date 6.1.4 Valve 2-FCV-2-65, CONDENSATE HTR B5/1B6/B7 OUTLET HDR ISOL (continued) NOTE To test the STOP pushbutton, 2-FCV-2-65 must be traveling between OPEN and CLOSE. [7] DEPRESS 2-HS-2-65B, CONDENSATE HTR B5/B6/B7 OUTLET HDR ISOL VLV, CLOSE pushbutton. [8] DEPRESS 2-HS-2-65B, CONDENSATE HTR B5/B6/B7 OUTLET HDR ISOL VLV, STOP pushbutton before 2-FCV 65, CONDENSATE HTR B5/B6/B7 OUTLET HDR ISOL, reaches the closed position, and VERIFY the following: (Acc Crit) 5.1 [4] A. Red light ON at 2-HS-2-65B, CONDENSATE HTR B5/B6/B7 OUTLET HDR ISOL VLV. B. Green light ON at 2-HS-2-65B, CONDENSATE HTR B5/B6/B7 OUTLET HDR ISOL VLV. C. By local verification, valve 2-FCV-2-65, CONDENSATE HTR B5/B6/B7 OUTLET HDR ISOL, stops in mid-position. [9] DEPRESS 2-HS-2-65B, CONDENSATE HTR B5/B6/B7 OUTLET HDR ISOL VLV, CLOSE pushbutton. [10] VERIFY 2-FCV-2-65, CONDENSATE HTR B5/B6/B7 OUTLET HDR ISOL, travels CLOSED. [11] DEPRESS 2-HS-2-65B, CONDENSATE HTR B5/B6/B7 OUTLET HDR ISOL VLV, OPEN pushbutton.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 77 of 450 Date 6.1.4 Valve 2-FCV-2-65, CONDENSATE HTR B5/1B6/B7 OUTLET HDR ISOL (continued) [12] DEPRESS 2-HS-2-65B, CONDENSATE HTR B5/B6/B7 OUTLET HDR ISOL VLV, STOP pushbutton before 2-FCV 65, CONDENSATE HTR B5/B6/B7 OUTLET HDR ISOL, reaches the closed position, and VERIFY the following: (Acc Crit) 5.1[4] A. Red light ON at 2-HS-2-65B, CONDENSATE HTR B5/B6/B7 OUTLET HDR ISOL VLV. B. Green light ON at 2-HS-2-65B, CONDENSATE HTR B5/B6/B7 OUTLET HDR ISOL VLV. C. By local verification, valve 2-FCV-2-65, CONDENSATE HTR B5/B6/B7 OUTLET HDR ISOL, stops in mid-position. [13] DEPRESS 2-HS-2-65B, CONDENSATE HTR B5/B6/B7 OUTLET HDR ISOL VLV, OPEN pushbutton. [14] VERIFY 2-FCV-2-65, CONDENSATE HTR B5/B6/B7 OUTLET HDR ISOL, travels OPEN. [15] DEPRESS 2-HS-2-65B, CONDENSATE HTR B5/B6/B7 OUTLET HDR ISOL VLV, CLOSE pushbutton.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 78 of 450 Date 6.1.5 Valve 2-FCV-2-66, CONDENSATE HTR C5/C6/C7 INLET HDR ISOL [1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. [2] ENSURE that valve 2-FCV-2-66 [T1 1F/724], CONDENSATE HTR C5/C6/C7 INLET HDR ISOL, is OPEN. [3] PLACE 2-HS-2-66A [2-M-2], C7 HEATER INLET, to CLOSE to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.1[5] A. By local verification, 2-FCV-2-66, CONDENSATE HTR C5/C6/C7 INLET HDR ISOL, is CLOSED. B. Red light OFF at 2-HS-2-66A, C7 HEATER INLET. C. Green light ON at 2-HS-2-66A, C7 HEATER INLET. [4] PLACE 2-FCV-2-66A, C7 HEATER INLET, to OPEN to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.1[5] A. By local verification, 2-FCV-2-66, CONDENSATE HTR C5/C6/C7 INLET HDR ISOL, is OPEN. B. Red light ON at 2-HS-2-66A, C7 HEATER INLET. C. Green light OFF at 2-HS-2-66A, C7 HEATER INLET.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 79 of 450 Date 6.1.5 Valve 2-FCV-2-66, CONDENSATE HTR C5/C6/C7 INLET HDR ISOL (continued) [5] DEPRESS 2-HS-2-66B [T11G/721], CONDENSATE HTR C5/C6/C7 INLET HDR ISOL VLV, CLOSE to verify operation locally, and VERIFY the following: (Acc Crit) 5.1 [5] A. By local verification, 2-FCV-2-66, CONDENSATE HTR C5/C6/C7 INLET HDR ISOL, is CLOSED. B. Red light OFF at 2-HS-2-66B, CONDENSATE HTR C5/C6/C7 INLET HDR ISOL VLV. C. Green light ON at 2-HS-2-66B, CONDENSATE HTR C5/C6/C7 INLET HDR ISOL VLV. [6] DEPRESS 2-HS-2-66B, CONDENSATE HTR C5/C6/C7 INLET HDR ISOL VLV, OPEN to verify operation locally, and VERIFY the following: (Acc Crit) 5.1[5] A. By local verification, 2-FCV-2-66, CONDENSATE HTR C5/C6/C7 INLET HDR ISOL, is OPEN. B. Red light ON at 2-HS-2-66B, CONDENSATE HTR C5/C6/C7 INLET HDR ISOL VLV. C. Green light OFF at 2-HS-2-66B, CONDENSATE HTR C5/C6/C7 INLET HDR ISOL VLV.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 80 of 450 Date 6.1.5 Valve 2-FCV-2-66, CONDENSATE HTR C5/C6/C7 INLET HDR ISOL (continued) NOTE To test the STOP pushbutton, 2-FCV-2-66 must be traveling between OPEN and CLOSE. [7] DEPRESS 2-HS-2-66B, CONDENSATE HTR C5/C6/C7 INLET HDR ISOL VLV, CLOSE pushbutton. [8] DEPRESS 2-HS-2-66B STOP pushbutton before 2-FCV-2-66, CONDENSATE HTR C5/C6/C7 INLET HDR ISOL VLV, reaches the closed position, and VERIFY the following: (Acc Crit) 5.1 [5] A. Red light ON at 2-HS-2-66B, CONDENSATE HTR C5/C6/C7 INLET HDR ISOL VLV. B. Green light ON at 2-HS-2-66B, CONDENSATE HTR C5/C6/C7 INLET HDR ISOL VLV. C. By local verification, valve 2-FCV-2-66, CNDS ISOL VALVE TO HTR C7, stops in mid-position. [9] DEPRESS 2-HS-2-66B, CONDENSATE HTR C5/C6/C7 INLET HDR ISOL VLV, CLOSE pushbutton. [10] VERIFY 2-FCV-2-66, CONDENSATE HTR C5/C6/C7 INLET HDR ISOL, travels CLOSED. [11] DEPRESS 2-HS-2-66B, CONDENSATE HTR C5/C6/C7 INLET HDR ISOL VLV, OPEN pushbutton. [12] DEPRESS 2-HS-2-66B STOP pushbutton before 2-FCV-2-66, CONDENSATE HTR C5/C6/C7 INLET HDR ISOL VLV, reaches the closed position, and VERIFY the following: (Acc Crit) 5.1 [5] A. Red light ON at 2-HS-2-66B, CONDENSATE HTR C5/C6/C7 INLET HDR ISOL VLV.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 81 of 450 Date 6.1.5 Valve 2-FCV-2-66, CONDENSATE HTR C51C6/C7 INLET HDR ISOL (continued) B. Green light ON at 2-HS-2-66B, CONDENSATE HTR C5/C6/C7 INLET HDR ISOL VLV. C. By local verification, valve 2-FCV-2-66, CNDS ISOL VALVE TO HTR C7, stops in mid-position. [13] DEPRESS 2-HS-2-66B, CONDENSATE HTR C5/C6/C7 INLET HDR ISOL VLV, OPEN pushbutton. [14] VERIFY 2-FCV-2-66, CONDENSATE HTR C5/C6/C7 INLET HDR ISOL, travels OPEN. [15] DEPRESS 2-HS-2-66B, CONDENSATE HTR C5/C6/C7 INLET HDR ISOL VLV, CLOSE pushbutton.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 82 of 450 Date 6.1.6 Valve 2-FCV-2-75, CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL [1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. [2] ENSURE that valve 2-FCV-2-75 [T1 OE/741], CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL, is OPEN. [3] PLACE 2-HS-2-75A [2-M-2], C7 HEATER OUTLET, to CLOSE to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.1 [6] A. By local verification, 2-FCV-2-75, CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL, is CLOSED. B. Red light OFF at 2-HS-2-75A, C7 HEATER OUTLET. C. Green light ON at 2-HS-2-75A, C7 HEATER OUTLET. [4] PLACE 2-HS-2-75A, C7 HEATER OUTLET, to OPEN to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.1 [6] A. By local verification, 2-FCV-2-75, CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL, is OPEN. B. Red light ON at 2-HS-2-75A, C7 HEATER OUTLET. C. Green light OFF at 2-HS-2-75A, C7 HEATER OUTLET.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 83 of 450 Date 6.1.6 Valve 2-FCV-2-75, CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL (continued) [5] DEPRESS 2-HS-2-75B [T11 F/721], CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL VLV, CLOSE to verify operation locally, and VERIFY the following: (Acc Crit) 5.1[6] A. By local verification, 2-FCV-2-75, CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL, is CLOSED. B. Red light OFF at 2-HS-2-75B, CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL VLV. C. Green light ON at 2-HS-2-75B, CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL VLV. [6] DEPRESS 2-HS-2-75B, CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL VLV, OPEN to verify operation locally, and VERIFY the following: (Acc Crit) 5.1[6] A. By local verification, 2-FCV-2-75, CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL, is OPEN. B. Red light ON at 2-HS-2-75B, CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL VLV. C. Green light OFF at 2-HS-2-75B, CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL VLV.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 84 of 450 Date 6.1.6 Valve 2-FCV-2-75, CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL (continued) NOTE To test the STOP pushbutton, 2-FCV-2-75 must be traveling between OPEN and CLOSE. [7] DEPRESS 2-HS-2-75B, CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL VLV, CLOSE pushbutton. [8] DEPRESS 2-HS-2-75B, CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL VLV, STOP pushbutton before 2-FCV 75, CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL, reaches the closed position, and VERIFY the following: (Acc Crit) 5.1[6] A. Red light ON at 2-HS-2-75B, CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL VLV. B. Green light ON at 2-HS-2-75B, CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL VLV. C. By local verification, valve 2-FCV-2-75, CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL, stops in mid-position. [9] DEPRESS 2-HS-2-75B, CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL VLV, CLOSE pushbutton. [10] VERIFY 2-FCV-2-75, CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL, travels CLOSED. [11] DEPRESS 2-HS-2-75B, CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL VLV, OPEN pushbutton.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 85 of 450 Date 6.1.6 Valve 2-FCV-2-75, CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL (continued) [12] DEPRESS 2-HS-2-75B, CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL VLV, STOP pushbutton before 2-FCV 75, CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL, reaches the closed position, and VERIFY the following: (Acc Crit) 5.1 [6] A. Red light ON at 2-HS-2-75B, CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL VLV. B. Green light ON at 2-HS-2-75B, CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL VLV. C. By local verification, valve 2-FCV-2-75, CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL, stops in mid-position. [13] DEPRESS 2-HS-2-75B, CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL VLV, OPEN pushbutton. [14] VERIFY 2-FCV-2-75, CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL, travels OPEN. [15] DEPRESS 2-HS-2-75B, CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL VLV, CLOSE pushbutton.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 86 of 450 Date 6.1.7 Valve 2-FCV-2-110, CONDENSATE HTR A2/A3/A4 INLET HDR ISOL [1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. [2] ENSURE valve 2-FCV-2-1 10 [T1 5G/708], CONDENSATE HTR A2/A3/A4 INLET HDR ISOL, is OPEN. [3] PLACE 2-HS-2-1 10A [2-M-3], A4 HEATER INLET, to CLOSE to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.1[7] A. By local verification, 2-FCV-2-110, CONDENSATE HTR A2/A3/A4 INLET HDR ISOL, is CLOSED. B. Red light OFF at 2-HS-2-110A, A4 HEATER INLET. C. Green light ON at 2-HS-2-110A, A4 HEATER INLET. [4] PLACE 2-HS-2-1 10A, A4 HEATER INLET, to OPEN to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.1 [7] A. By local verification, 2-FCV-2-110, CONDENSATE HTR A2/A3/A4 INLET HDR ISOL, is OPEN. B. Red light ON at 2-HS-2-110A, A4 HEATER INLET. C. Green light OFF at 2-HS-2-110A, A4 HEATER INLET.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 87 of 450 Date 6.1.7 Valve 2-FCV-2-110, CONDENSATE HTR A2/A3/A4 INLET HDR ISOL (continued) [5] DEPRESS 2-HS-2-11OB [T1-5G/708], CONDENSATE HTR A2/A3/A4 INLET HDR ISOL VLV, CLOSE to verify operation locally, and VERIFY the following: (Acc Crit) 5.1[7] A. By local verification, 2-FCV-2-1 10, CONDENSATE HTR A2/A3/A4 INLET HDR ISOL, is CLOSED. B. Red light OFF at 2-HS-2-1 10B, CONDENSATE HTR A2/A3/A4 INLET HDR ISOL VLV. C. Green light ON at 2-HS-2-1 10B, CONDENSATE HTR A2/A3/A4 INLET HDR ISOL VLV. [6] DEPRESS 2-HS-2-1 1OB, CONDENSATE HTR A2/A3/A4 INLET HDR ISOL VLV, OPEN to verify operation locally, and VERIFY the following: (Acc Crit) 5.1[7] A. By local verification, 2-FCV-2-110, CONDENSATE HTR A2/A3/A4 INLET HDR ISOL, is OPEN. B. Red light ON at 2-HS-2-1 10B, CONDENSATE HTR A2/A3/A4 INLET HDR ISOL VLV. C. Green light OFF at 2-HS-2-1 1OB, CONDENSATE HTR A2/A3/A4 INLET HDR ISOL VLV.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 SPage 88 of 450 Date 6.1.7 Valve 2-FCV-2-110, CONDENSATE HTR A2/A3/A4 INLET HDR ISOL (continued) NOTE To test the STOP pushbutton, 2-FCV-2-1 10 must be traveling between OPEN and CLOSE. [7] DEPRESS 2-HS-2-1 1OB, CONDENSATE HTR A2/A3/A4 INLET HDR ISOL VLV, CLOSE pushbutton. [8] DEPRESS 2-HS-2-11OB, CONDENSATE HTR A2/A3/A4 INLET HDR ISOL VLV, STOP pushbutton before 2-FCV 110, CONDENSATE HTR A2/A3/A4 INLET HDR ISOL, reaches the closed position and, VERIFY the following: (Acc Crit) 5.1 [7] A. Red light ON at 2-HS-2-1 1OB, CONDENSATE HTR A2/A3/A4 INLET HDR ISOL VLV. B. Green light ON at 2-HS-2-1 1OB, CONDENSATE HTR A2/A3/A4 INLET HDR ISOL VLV. C. By local verification, valve 2-FCV-2-110, CONDENSATE HTR A2/A3/A4 INLET HDR ISOL, stops in mid-position. [9] DEPRESS 2-HS-2-1 1OB, CONDENSATE HTR A2/A3/A4 INLET HDR ISOL VLV, CLOSE pushbutton. [10] VERIFY 2-FCV-2-1 10, CONDENSATE HTR A2/A3/A4 INLET HDR ISOL, travels CLOSED. [11] DEPRESS 2-HS-2-1 1OB, CONDENSATE HTR A2/A3/A4 INLET HDR ISOL VLV, OPEN pushbutton.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 89 of 450 Date 6.1.7 Valve 2-FCV-2-110, CONDENSATE HTR A2/A3/A4 INLET HDR ISOL (continued) [12] DEPRESS 2-HS-2-11OB, CONDENSATE HTR A2/A3/A4 INLET HDR ISOL VLV, STOP pushbutton before 2-FCV 110, CONDENSATE HTR A2/A3/A4 INLET HDR ISOL, reaches the closed position and, VERIFY the following: (Acc Crit) 5.1[7] A. Red light ON at 2-HS-2-11OB, CONDENSATE HTR A2/A3/A4 INLET HDR ISOL VLV. B. Green light ON at 2-HS-2-11OB, CONDENSATE HTR A2/A3/A4 INLET HDR ISOL VLV. C. By local verification, valve 2-FCV-2-1 10, CONDENSATE HTR A2/A3/A4 INLET HDR ISOL, stops in mid-position. [13] DEPRESS 2-HS-2-1 1OB, CONDENSATE HTR A2/A3/A4 INLET HDR ISOL VLV, OPEN pushbutton. [14] VERIFY 2-FCV-2-1 10, CONDENSATE HTR A2/A3/A4 INLET HDR ISOL, travels OPEN. [15] DEPRESS 2-HS-2-1 I OB, CONDENSATE HTR A2/A3/A4 INLET HDR ISOL VLV, CLOSE pushbutton.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 90 of 450 Date 6.1.8 Valve 2-FCV-2-128, CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL [1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. [2] ENSURE valve 2-FCV-2-128 [T15D/708], CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL, is OPEN. [3] PLACE 2-HS-2-128A [2-M-3], CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL, to CLOSE to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.1 [8] A. By local verification, 2-FCV-2-128, CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL, is CLOSED. B. Red light OFF at 2-HS-2-128A, CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL. C. Green light ON at 2-HS-2-128A, CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL. [4] PLACE 2-HS-2-128A, CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL, to OPEN to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.1[8] A. By local verification, 2-FCV-2-128, CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL, is OPEN. B. Red light ON at 2-HS-2-128A, CNDS ISOL VALVE HEATER A2. C. Green light OFF at 2-HS-2-128A, A2 HEATER OUTLET.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 91 of 450 Date 6.1.8 Valve 2-FCV-2-128, CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL (continued) [5] DEPRESS 2-HS-2-128B [T15D/719], CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL VLV, CLOSE to verify operation locally, and VERIFY the following: (Acc Crit) 5.1[8] A. By local verification, 2-FCV-2-128, CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL, is CLOSED. B. Red light OFF at 2-HS-2-128B, CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL VLV. C. Green light ON at 2-HS-2-128B, CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL VLV. [6] DEPRESS 2-HS-2-128B, CONDENSATE HTR A2/A3/A4 INLET HDR OUTLET VLV, OPEN to verify operation locally, and VERIFY the following: (Acc Crit) 5.1[8] A. By local verification, 2-FCV-2-128, CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL, is OPEN. B. Red light ON at 2-HS-2-128B, CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL VLV. C. Green light OFF at 2-HS-2-128B, CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL VLV.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 92 of 450 Date 6.1.8 Valve 2-FCV-2-128, CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL (continued) NOTE To test the STOP pushbutton, 2-FCV-2-128 must be traveling between OPEN and CLOSE. [7] DEPRESS 2-HS-2-128B, CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL VLV, CLOSE pushbutton. [8] DEPRESS 2-HS-2-128B, CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL VLV,STOP pushbutton before 2-FCV 128, CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL, reaches the closed position, and VERIFY the following: (Acc Crit) 5.1[8] A. Red light ON at 2-HS-2-128B, CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL VLV. B. Green light ON at 2-HS-2-128B, CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL VLV. C. By local verification, valve 2-FCV-2-128, CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL, stops in mid-position. [9] DEPRESS 2-HS-2-128B, CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL VLV, CLOSE pushbutton. [10] VERIFY 2-FCV-2-128, CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL, travels CLOSED. [11] DEPRESS 2-HS-2-128B, CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL VLV, OPEN pushbutton.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 93 of 450 Date 6.1.8 Valve 2-FCV-2-128, CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL (continued) [12] DEPRESS 2-HS-2-128B, CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL VLV,STOP pushbutton before 2-FCV 128, CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL, reaches the closed position, and VERIFY the following: (Acc Crit) 5.1[8] A. Red light ON at 2-HS-2-128B, CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL VLV. B. Green light ON at 2-HS-2-128B, CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL VLV. C. By local verification, valve 2-FCV-2-128, CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL, stops in mid-position. [13] DEPRESS 2-HS-2-128B, CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL VLV, OPEN pushbutton. [14] VERIFY 2-FCV-2-128, CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL, travels OPEN. [15] DEPRESS 2-HS-2-128B, CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL VLV, CLOSE pushbutton.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 94 of 450 Date 6.1.9 Valve 2-FCV-2-130, CONDENSATE HTR B2/1B3/1B4 INLET HDR ISOL [1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. [2] ENSURE valve 2-FCV-2-130 [T12G/725], CONDENSATE HTR B2/B3/B4 INLET HDR ISOL, is OPEN. [3] PLACE 2-HS-2-130A [2-M-3], B4 HEATER INLET, to CLOSE to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.1 [9] A. By local verification, 2-FCV-2-130, CONDENSATE HTR B2/B3/B4 INLET HDR ISOL, is CLOSED. B. Red light OFF at 2-HS-2-130A, B4 HEATER INTLET. C. Green light ON at 2-HS-2-130A, B4 HEATER INTLET. [4] PLACE 2-HS-2-130A, B4 HEATER INTLET, OPEN to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.1 [9] A. By local verification, 2-FCV-2-130, B4 HEATER INLET, is OPEN. B. Red light ON at 2-HS-2-130A, B4 HEATER INTLET. C. Green light OFF at 2-HS-2-130A, B4 HEATER INTLET.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 95 of 450 Date 6.1.9 Valve 2-FCV-2-130, CONDENSATE HTR B2/1B3/1B4 INLET HDR ISOL (continued) [5] DEPRESS 2-HS-2-130B [T14G/724], CONDENSATE HTR B2/B3/B4 INLET HDR ISOL VLV, CLOSE to verify operation locally, and VERIFY the following: (Acc Crit) 5.1[9] A. By local verification, 2-FCV-2-130, CONDENSATE HTR B2/B3/B4 INLET HDR ISOL, is CLOSED. B. Red light OFF at 2-HS-2-130B, CONDENSATE HTR B2/B3/B4 INLET HDR ISOL VLV. C. Green light ON at 2-HS-2-130B, CONDENSATE HTR B2/B3/B4 INLET HDR ISOL VLV. [6] DEPRESS 2-HS-2-130B, CONDENSATE HTR B2/B3/B4 INLET HDR ISOL VLV, OPEN to verify operation locally, and VERIFY the following: (Acc Crit) 5.1 [9] A. By local verification, 2-FCV-2-130, CONDENSATE HTR B2/B3/B4 INLET HDR ISOL, is OPEN. B. Red light ON at 2-HS-2-130B, CONDENSATE HTR B2/B3/B4 INLET HDR ISOL VLV. C. Green light OFF at 2-HS-2-130B, CONDENSATE HTR B2/B3/B4 INLET HDR ISOL VLV.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 96 of 450 Date 6.1.9 Valve 2-FCV-2-130, CONDENSATE HTR B2/1B3/1B4 INLET HDR ISOL (continued) NOTE To test the STOP pushbutton, 2-FCV-2-130 must be traveling between OPEN and CLOSE. [7] DEPRESS 2-HS-2-130B, CONDENSATE HTR B2/B3/1B4 INLET HDR ISOL VLV, CLOSE pushbutton. [8] DEPRESS 2-HS-2-130B, CONDENSATE HTR B2/B3/B4 INLET HDR ISOL VLV, STOP pushbutton before 2-FCV 130, CONDENSATE HTR B2/B3/B4 INLET HDR ISOL, reaches the closed position, and VERIFY the following: (Acc Crit) 5.1 [9] A. Red light ON at 2-HS-2-130B, CONDENSATE HTR B2/B3/B4 INLET HDR ISOL VLV. B. Green light ON at 2-HS-2-130B, CONDENSATE HTR B2/B3/B4 INLET HDR ISOL VLV. C. By local verification valve 2-FCV-2-130, CONDENSATE HTR B2/B3/B4 INLET HDR ISOL VLV, stops in mid-position. [9] DEPRESS 2-HS-2-130B, CONDENSATE HTR B2/B3/B4 INLET HDR ISOL VLV, CLOSE pushbutton. [101 VERIFY 2-FCV-2-130, CONDENSATE HTR B2/B3/B4 INLET HDR ISOL, travels CLOSED. [11] DEPRESS 2-HS-2-130B, CONDENSATE HTR B2/B3/B4 INLET HDR ISOL VLV, OPEN pushbutton.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 97 of 450 Date 6.1.9 Valve 2-FCV-2-130, CONDENSATE HTR B2/1B3/1B4 INLET HDR ISOL (continued) [121 DEPRESS 2-HS-2-130B, CONDENSATE HTR B2/B3/B4 INLET HDR ISOL VLV, STOP pushbutton before 2-FCV 130, CONDENSATE HTR B2/B3/B4 INLET HDR ISOL, reaches the closed position, and VERIFY the following: (Acc Crit) 5.1[9] A. Red light ON at 2-HS-2-130B, CONDENSATE HTR B2/B3/B4 INLET HDR ISOL VLV. B. Green light ON at 2-HS-2-130B, CONDENSATE HTR B2/B3/B4 INLET HDR ISOL VLV. C. By local verification valve 2-FCV-2-130, CONDENSATE HTR B2/B3/B4 INLET HDR ISOL VLV, stops in mid-position. [13] DEPRESS 2-HS-2-130B, CONDENSATE HTR B2/B3/B4 INLET HDR ISOL VLV, OPEN pushbutton. [14] VERIFY 2-FCV-2-130, CONDENSATE HTR B2/B3/B4 INLET HDR ISOL, travels OPEN. [15] DEPRESS 2-HS-2-130B, CONDENSATE HTR B2/B3/B4 INLET HDR ISOL VLV, CLOSE pushbutton.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 98 of 450 Date 6.1.10 Valve 2-FCV-2-147, CONDENSATE HTR B2/1B3/1B4 OUTLET HDR ISOL [1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. [2] ENSURE valve 2-FCV-2-147 [T14D/713], CONDENSATE HTR B2/B3/B4 OUTLET HDR ISOL, is OPEN. [3] PLACE 2-HS-2-147A [2-M-3], B2 HEATER OUTLET, to CLOSE to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.1 [10] A. By local verification, 2-FCV-2-147, CONDENSATE HTR B2/B3/B4 OUTLET HDR ISOL, is CLOSED. B. Red light OFF at 2-HS-2-147A, B2 HEATER OUTLET. C. Green light ON at 2-HS-2-147A, B2 HEATER OUTLET. [4] PLACE 2-HS-2-147A ,B2 HEATER OUTLET, to OPEN to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.1[110] A. By local verification, 2-FCV-2-147, CONDENSATE HTR B2/B3/B4 OUTLET HDR ISOL, is OPEN. B. Red light ON at 2-HS-2-147A, B2 HEATER OUTLET. C. Green light OFF at 2-HS-2-147A, B2 HEATER OUTLET.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 99 of 450 Date 6.1.10 Valve 2-FCV-2-147, CONDENSATE HTR B2/1B3/1B4 OUTLET HDR ISOL (continued) [5] DEPRESS 2-HS-2-147B [T15D/712], CONDENSATE HTR B2/B3/B4 OUTLET HDR ISOL VLV, CLOSE to verify operation locally, and VERIFY the following: (Acc Crit) 5.1 [10] A. By local verification, 2-FCV-2-147, CONDENSATE HTR B2/B3/B4 OUTLET HDR ISOL, is CLOSED. B. Red light OFF at 2-HS-2-147B, CONDENSATE HTR B2/B3/B4 OUTLET HDR ISOL VLV. C. Green light ON at 2-HS-2-147B, CONDENSATE HTR B2/B3/B4 OUTLET HDR ISOL VLV. [6] DEPRESS 2-HS-2-147B, CONDENSATE HTR B2/B3/B4 OUTLET HDR ISOL VLV, OPEN to verify operation locally, and VERIFY the following: (Acc Crit) 5.1[10] A. By local verification, 2-FCV-2-147, CONDENSATE HTR B2/B3/B4 OUTLET HDR ISOL, is OPEN. B. Red light ON at 2-HS-2-147B, CONDENSATE HTR B2/B3/B4 OUTLET HDR ISOL VLV. C. Green light OFF at 2-HS-2-147B, CONDENSATE HTR B2/B3/B4 OUTLET HDR ISOL VLV.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 100 of 450 Date 6.1.10 Valve 2-FCV-2-147, CONDENSATE HTR B2/1B3/1B4 OUTLET HDR ISOL (continued) NOTE To test the STOP pushbutton, 2-FCV-2-147 must be traveling between OPEN and CLOSE. [7] DEPRESS 2-HS-2-147B, CONDENSATE HTR B2/B3/B4 OUTLET HDR ISOL VLV, CLOSE pushbutton. [8] DEPRESS 2-HS-2-147B, CONDENSATE HTR B2/B3/B4 OUTLET HDR ISOL VLV, STOP pushbutton before 2-FCV 147, CONDENSATE HTR B2/B3/B4 OUTLET HDR ISOL, reaches the closed position, and VERIFY the following: (Acc Crit) 5.1 [10] A. Red light ON at 2-HS-2-147B, CONDENSATE HTR B2/B3/B4 OUTLET HDR ISOL VLV. B. Green light ON at 2-HS-2-147B, CONDENSATE HTR B2/B3/B4 OUTLET HDR ISOL VLV. C. By local verification, valve 2-FCV-2-147, CONDENSATE HTR B2/B3/B4 OUTLET HDR ISOL, stops in mid-position. [9] DEPRESS 2-HS-2-147B, CONDENSATE HTR B2/B3/B4 OUTLET HDR ISOL VLV, CLOSE pushbutton. [10] VERIFY 2-FCV-2-147, CONDENSATE HTR B2/B3/B4 OUTLET HDR ISOL, travels CLOSED. [11] DEPRESS 2-HS-2-147B, CONDENSATE HTR B2/B3/B4 OUTLET HDR ISOL VLV, OPEN pushbutton.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 101 of 450 Date 6.1.10 Valve 2-FCV-2-147, CONDENSATE HTR B2/1B3/1B4 OUTLET HDR ISOL (continued) [12] DEPRESS 2-HS-2-147B, CONDENSATE HTR B2/B3/B4 OUTLET HDR ISOL VLV, STOP pushbutton before 2-FCV 147, CONDENSATE HTR B2/B3/B4 OUTLET HDR ISOL, reaches the closed position, and VERIFY the following: (Acc Crit) 5.1[10] A. Red light ON at 2-HS-2-147B, CONDENSATE HTR B2/B3/B4 OUTLET HDR ISOL VLV. B. Green light ON at 2-HS-2-147B, CONDENSATE HTR B2/B3/B4 OUTLET HDR ISOL VLV. C. By local verification, valve 2-FCV-2-147, CONDENSATE HTR B2/B3/B4 OUTLET HDR ISOL, stops in mid-position. [13] DEPRESS 2-HS-2-147B, CONDENSATE HTR B2/B3/B4 OUTLET HDR ISOL VLV, OPEN pushbutton. [14] VERIFY 2-FCV-2-147, CONDENSATE HTR B2/B3/B4 OUTLET HDR ISOL, travels OPEN. [15] DEPRESS 2-HS-2-147B, CONDENSATE HTR B2/B3/B4 OUTLET HDR ISOL VLV, CLOSE pushbutton.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 102 of 450 Date 6.1.11 Valve 2-FCV-2-149, CONDENSATE HTR C2/C3/C4 INLET HDR ISOL [1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. [2] ENSURE valve 2-FCV-2-149 [T15G/724] CONDENSATE HTR C2/C3/C4 INLET HDR ISOL, is OPEN. [3] PLACE 2-HS-2-149A [2-M-3], CONDENSATE HTR C2/C3/C4 INLET HDR ISOL, to CLOSE to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.1 [111] A. By local verification, 2-FCV-2-149, CONDENSATE HTR C2/C3/C4 INLET HDR ISOL is CLOSED. B. Red light OFF at 2-HS-2-149A, C4 HEATER INLET. C. Green light ON at 2-HS-2-149A, C4 HEATER INLET. [4] PLACE 2-HS-2-149A, C4 HEATER INLET, to OPEN to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.1 [111] A. By local verification, 2-FCV-2-149, CONDENSATE HTR C2/C3/C4 INLET HDR ISOL, is OPEN. B. Red light ON at 2-HS-2-149A, C4 HEATER INLET. C. Green light OFF at 2-HS-2-149A, C4 HEATER INLET.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 103 of 450 Date 6.1.11 Valve 2-FCV-2-149, CONDENSATE HTR C2/C3/C4 INLET HDR ISOL (continued) [5] DEPRESS 2-HS-2-149B [T15G/724], CONDENSATE HTR C2/C3/C4 INLET HDR ISOL VLV, CLOSE to verify operation locally, and VERIFY the following: (Acc Crit) 5.1 [11] A. By local verification, 2-FCV-2-149, CONDENSATE HTR C2/C3/C4 INLET HDR ISOL, is CLOSED. B. Red light OFF at 2-HS-2-149B, CONDENSATE HTR C2/C3/C4 INLET HDR ISOL VLV. C. Green light ON at 2-HS-2-149B, CONDENSATE HTR C2/C3/C4 INLET HDR ISOL VLV. [6] DEPRESS 2-HS-2-149B, CONDENSATE HTR C2/C3/C4 INLET HDR ISOL VLV, OPEN to verify operation locally, and VERIFY the following: (Acc Crit) 5.1 [11] A. By local verification, 2-FCV-2-149, CONDENSATE HTR C2/C3/C4 INLET HDR ISOL, is OPEN. B. Red light ON at 2-HS-2-149B, CONDENSATE HTR C2/C3/C4 INLET HDR ISOL VLV. C. Green light OFF at 2-HS-2-149B, CONDENSATE HTR C2/C3/C4 INLET HDR ISOL VLV.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 104 of 450 Date 6.1.11 Valve 2-FCV-2-149, CONDENSATE HTR C2/C3/C4 INLET HDR ISOL (continued) NOTE To test the STOP pushbutton, 2-FCV-2-149 must be traveling between OPEN and CLOSE. [7] DEPRESS 2-HS-2-149B, CONDENSATE HTR C2/C3/C4 INLET HDR ISOL VLV, CLOSE pushbutton. [8] DEPRESS 2-HS-2-149B, CONDENSATE HTR C2/C3/C4 INLET HDR ISOL VLV, STOP pushbutton before 2-FCV 149, CONDENSATE HTR C2/C3/C4 INLET HDR ISOL, reaches the closed position, and VERIFY the following: (Acc Crit) 5.1 [11] A. Red light ON at 2-HS-2-149B, CONDENSATE HTR C2/C3/C4 INLET HDR ISOL VLV. B. Green light ON at 2-HS-2-149B, CONDENSATE HTR C2/C3/C4 INLET HDR ISOL VLV. C. By local verification, valve 2-FCV-2-149, CONDENSATE HTR C2/C3/C4 INLET HDR ISOL, stops in mid-position. [9] DEPRESS 2-HS-2-149B, CONDENSATE HTR C2/C3/C4 INLET HDR ISOL VLV, CLOSE pushbutton. [10] VERIFY 2-FCV-2-149, CONDENSATE HTR C2/C3/C4 INLET HDR ISOL, travels CLOSED. [11] DEPRESS 2-HS-2-149B, CONDENSATE HTR C2/C3/C4 INLET HDR ISOL VLV, OPEN pushbutton.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 105 of 450 Date 6.1.11 Valve 2-FCV-2-149, CONDENSATE HTR C2/C3/C4 INLET HDR ISOL (continued) [12] DEPRESS 2-HS-2-149B, CONDENSATE HTR C2/C3/C4 INLET HDR ISOL VLV, STOP pushbutton before 2-FCV 149, CONDENSATE HTR C2/C3/C4 INLET HDR ISOL, reaches the closed position, and VERIFY the following: (Acc Crit) 5.1 [11] A. Red light ON at 2-HS-2-149B, CONDENSATE HTR C2/C3/C4 INLET HDR ISOL VLV. B. Green light ON at 2-HS-2-149B, CONDENSATE HTR C2/C3/C4 INLET HDR ISOL VLV. C. By local verification, valve 2-FCV-2-149, CONDENSATE HTR C2/C3/C4 INLET HDR ISOL, stops in mid-position. [13] DEPRESS 2-HS-2-149B, CONDENSATE HTR C2/C3/C4 INLET HDR ISOL VLV, OPEN pushbutton. [14] VERIFY 2-FCV-2-149, CONDENSATE HTR C2/C3/C4 INLET HDR ISOL, travels OPEN. [15] DEPRESS 2-HS-2-149B, CONDENSATE HTR C2/C3/C4 INLET HDR ISOL VLV, CLOSE pushbutton.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 106 of 450 Date 6.1.12 Valve 2-FCV-2-167, CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL [1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. [2] ENSURE valve 2-FCV-2-167 [T14D/719], CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL, is OPEN. [3] PLACE 2-HS-2-167A [2-M-3], C2 HEATER OUTLET, to CLOSE to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.1 [12] A. By local verification, 2-FCV-2-167, CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL, is CLOSED. B. Red light OFF at 2-HS-2-167A, C2 HEATER OUTLET. C. Green light ON at 2-HS-2-167A, C2 HEATER OUTLET. [4] PLACE 2-HS-2-167A, C2 HEATER OUTLET, to OPEN to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.1[12] A. By local verification, 2-FCV-2-167, CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL, is OPEN. B. Red light ON at 2-HS-2-167A, C2 HEATER OUTLET. C. Green light OFF at 2-HS-2-167A, C2 HEATER OUTLET.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 107 of 450 Date 6.1.12 Valve 2-FCV-2-167, CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL (continued) [5] DEPRESS 2-HS-2-167B [T14D/719], CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL VLV, CLOSE to verify operation locally, and VERIFY the following: (Acc Crit) 5.1[12] A. By local verification, 2-FCV-2-167, CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL, is CLOSED. B. Red light OFF at 2-HS-2-167B, CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL VLV. C. Green light ON at 2-HS-2-167B, CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL VLV. [6] DEPRESS 2-HS-2-167B, CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL VLV, OPEN to verify operation locally, and VERIFY the following: (Acc Crit) 5.1[12] A. By local verification, 2-FCV-2-167, CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL, is OPEN. B. Red light ON at 2-HS-2-167B, CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL VLV. C. Green light OFF at 2-HS-2-167B, CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL VLV.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 108 of 450 Date 6.1.12 Valve 2-FCV-2-167, CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL (continued) NOTE To test the STOP pushbutton, 2-FCV-2-167 must be traveling between OPEN and CLOSE. [7] DEPRESS 2-HS-2-167B, CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL VLV, CLOSE pushbutton. [8] DEPRESS 2-HS-2-167B, CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL VLV, STOP pushbutton before 2-FCV-2-167, CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL, reaches the closed position, and VERIFY the following: (Acc Crit) 5.1[12] A. Red light ON at 2-HS-2-167B, CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL VLV. B. Green light ON at 2-HS-2-167B, CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL VLV. C. By local verification, valve 2-FCV-2-167, CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL, stops in mid-position. [9] DEPRESS 2-HS-2-167B, CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL VLV, CLOSE pushbutton. [10] VERIFY 2-FCV-2-167, CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL, travels CLOSED. [11] DEPRESS 2-HS-2-167B, CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL VLV, OPEN pushbutton.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 109 of 450 Date 6.1.12 Valve 2-FCV-2-167, CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL (continued) [12] DEPRESS 2-HS-2-167B, CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL VLV, STOP pushbutton before 2-FCV-2-167, CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL, reaches the closed position, and VERIFY the following: (Acc Crit) 5.1[12] A. Red light ON at 2-HS-2-167B, CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL VLV. B. Green light ON at 2-HS-2-167B, CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL VLV. C. By local verification, valve 2-FCV-2-167, CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL, stops in mid-position. [13] DEPRESS 2-HS-2-167B, CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL VLV, OPEN pushbutton. [14] VERIFY 2-FCV-2-167, CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL, travels OPEN. [15] DEPRESS 2-HS-2-167B, CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL VLV, CLOSE pushbutton.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 110 of 450 Date 6.1.13 Valve 2-FCV-2-221, MAIN FEEDWATER PUMP 2A SUCTION ISOL NOTES

1) During performance of this subsection verify with Operations that operation of MFPT Turning Gear Motor 2A is not required.

2) Electrical manipulations are to be performed by qualified Startup Test Electrical Personnel.

3) Reference Attachment 1, Relay Armature, in order to brief qualified Startup Test Electrical Personnel on relay armature manipulations.

[1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. NOTE The next step will bring in Annunciator Window 15-B on 2-XA-55-2C, 250 DC BATT CHR 2/BD 2 ABNORMAL. [2] CLOSE 480-V Turbine MOV BD 2A (2-MCC-209-A) Breaker 9E for 2-FCV-2-221, MAIN FEEDWATER PUMP 2A ISOL, (Ref Dwg 45W2614-1). [3] ENSURE that Fuse 2-FU-275-R76/N6 (6th position from left, Row N) in Panel 2-R-76 is REMOVED. (Ref Dwg 45N2691-2) 1st CV [4] ENSURE that valve 2-FCV-2-221 [T1 5H/737], MAIN FEEDWATER PUMP 2A SUCTION ISOL, is OPEN. [5] ENSURE that Annunciator Window 53C on 2-XA-55-3B, MFP SUCTION VLV NOT FULL OPEN, is CLEARED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 111 of 450 Date 6.1.13 Valve 2-FCV-2-221, MAIN FEEDWATER PUMP 2A SUCTION ISOL (continued) [6] PLACE 2-HS-2-221A [2-M-3], MFWP A SUCTION ISOL, to CLOSE to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.2[1] A. By local verification 2-FCV-2-221, MAIN FEEDWATER PUMP 2A SUCTION ISOL, is CLOSED. B. Red light OFF at 2-HS-2-221A, MFWP A SUCTION ISOL. C. Green light ON at 2-HS-2-221A, MFWP A SUCTION ISOL. D. Annunciator Window 53C on 2-XA-55-3B, MFP SUCTION VLV NOT FULL OPEN, is ALARMED. E. Computer Point Y2403D indicates CNDS ISLN VLV TO FW PMP 2A, is CLOSED. F. Event Display Monitor shows: AC-53-C MFPA SUCTION VLV NOT FULL OPEN. [7] PLACE 2-HS-2-221A, MFWP A SUCTION ISOL, to OPEN to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.2[1] A. By local verification, 2-FCV-2-221, MAIN FEEDWATER PUMP 2A SUCTION ISOL, is OPEN. B. Red light ON at 2-HS-2-221A, MFWP A SUCTION ISOL. C. Green light OFF at 2-HS-2-221 A, MFWP A SUCTION ISOL. D. Annunciator Window 53C on 2-XA-55-3B, MFP SUCTION VLV NOT FULL OPEN, is CLEARED. E. Computer Point Y2403D indicates CNDS ISLN VLV TO FWP PMP 2A is OPEN.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 112 of 450 Date 6.1.13 Valve 2-FCV-2-221, MAIN FEEDWATER PUMP 2A SUCTION ISOL (continued) [8] DEPRESS 2-HS-2-221B [T1 5H/737], MAIN FEEDWATER PUMP 2A SUCTION ISOL VLV, CLOSE to verify operation locally, and VERIFY the following: (Acc Crit) 5.2[1] A. By local verification 2-FCV-2-221, MAIN FEEDWATER PUMP 2A SUCTION ISOL, is CLOSED. B. Red light OFF at 2-HS-2-221 B, MAIN FEEDWATER PUMP 2A SUCTION ISOL VLV. C. Green light ON at 2-HS-2-221 B, MAIN FEEDWATER PUMP 2A SUCTION ISOL VLV. [9] DEPRESS 2-HS-2-221 B, MAIN FEEDWATER PUMP 2A SUCTION ISOL VLV, OPEN to verify operation locally, and VERIFY the following: (Acc Crit) 5.2[1] A. By local verification 2-FCV-2-221, MAIN FEEDWATER PUMP 2A SUCTION ISOL, is OPEN. B. Red light ON at 2-HS-2-221 B, MAIN FEEDWATER PUMP 2A SUCTION ISOL VLV. C. Green light OFF at 2-HS-2-221 B, MAIN FEEDWATER PUMP 2A SUCTION ISOL VLV.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 113 of 450 Date 6.1.13 Valve 2-FCV-2-221, MAIN FEEDWATER PUMP 2A SUCTION ISOL (continued) NOTE To test the STOP pushbutton, 2-FCV-2-221 must be traveling between OPEN and CLOSE. [10] DEPRESS 2-HS-2-221B, MAIN FEEDWATER PUMP 2A SUCTION ISOL VLV, CLOSE pushbutton. [11] DEPRESS 2-HS-2-221B, MAIN FEEDWATER PUMP 2A SUCTION ISOL VLV, STOP pushbutton before 2-FCV-2-221, MAIN FEEDWATER PUMP 2A SUCTION ISOL, reaches the closed position, and VERIFY the following: (Acc Crit) 5.2[1] A. Red light ON at 2-HS-2-221 B, MAIN FEEDWATER PUMP 2A SUCTION ISOL VLV. B. Green light ON at 2-HS-2-221 B, MAIN FEEDWATER PUMP 2A SUCTION ISOL VLV. C. By local verification, valve 2-FCV-2-221, MAIN FEEDWATER PUMP 2A SUCTION ISOL, stops in mid-position. [12] DEPRESS 2-HS-2-221B, MAIN FEEDWATER PUMP 2A SUCTION ISOL VLV, CLOSE pushbutton, and VERIFY 2-FCV-2-221, MAIN FEEDWATER PUMP 2A SUCTION ISOL, travels CLOSED. [13] DEPRESS 2-HS-2-221B, MAIN FEEDWATER PUMP 2A SUCTION ISOL VLV, OPEN pushbutton.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 114 of 450 Date 6.1.13 Valve 2-FCV-2-221, MAIN FEEDWATER PUMP 2A SUCTION ISOL (continued) [14] DEPRESS 2-HS-2-221B, MAIN FEEDWATER PUMP 2A SUCTION ISOL VLV, STOP pushbutton before 2-FCV-2-221, MAIN FEEDWATER PUMP 2A SUCTION ISOL, reaches the open position, and VERIFY the following: (Acc Crit) 5.2[1] A. Red light ON at 2-HS-2-221 B, MAIN FEEDWATER PUMP 2A SUCTION ISOL VLV. B. Green light ON at 2-HS-2-221 B, MAIN FEEDWATER PUMP 2A SUCTION ISOL VLV. C. By local verification, valve 2-FCV-2-221, MAIN FEEDWATER PUMP 2A SUCTION ISOL, stops in mid-position. [15] DEPRESS 2-HS-2-221B, MAIN FEEDWATER PUMP 2A SUCTION ISOL VLV, OPEN pushbutton, and VERIFY 2-FCV-2-221, MAIN FEEDWATER PUMP 2A SUCTION ISOL, travels OPEN. [16] DEPRESS 2-HS-2-221B, MAIN FEEDWATER PUMP 2A SUCTION ISOL VLV, CLOSE pushbutton. [17] DEPRESS and HOLD Relay R/LBOT-A armature located in Panel 2-R-72 (1st position from left, Row A) to simulate low turbine bearing oil pressure. (Ref Dwg 45N2687-1) [18] PLACE 2-HS-2-221A, MFWP A SUCTION ISOL, to OPEN, and VERIFY 2-FCV-2-221, MAIN FEEDWATER PUMP 2A SUCTION ISOL, did NOT OPEN. (Acc Crit) 5.211)) [19] RELEASE Relay R/LBOT-A armature. [20] DEPRESS and HOLD Relay R/LBO-A armature located in Panel 2-R-72 (2nd position from left, Row A) to simulate low pump bearing oil pressure.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 115 of 450 Date 6.1.13 Valve 2-FCV-2-221, MAIN FEEDWATER PUMP 2A SUCTION ISOL (continued) [21] PLACE 2-HS-2-221A, MFWP A SUCTION ISOL, to OPEN, and VERIFY 2-FCV-2-221, MAIN FEEDWATER PUMP 2A SUCTION ISOL, did NOT OPEN. (Acc Crit) 5.2[1]) [22] RELEASE Relay R/LBO-A armature. [23] DEPRESS and HOLD Relay FPTA armature located in Panel 2-R-76 (7th position from left, Row A) to simulate low FWP seal water pressure. [24] PLACE 2-HS-2-221A, MFWP A SUCTION ISOL, to OPEN and, VERIFY 2-FCV-2-221, MAIN FEEDWATER PUMP 2A SUCTION ISOL, did NOT OPEN. (Acc Crit) 5.2[1]) [25] RELEASE Relay FPTA armature. [26] LIFT wire TTAP at terminal point 196 located in Panel 2-L-275 to simulate MFP 2A Suction Valve Open interlock. (Ref Dwg 45W2614-1) 1st CV [27] VERIFY continuity between wire TTAP and terminal point 207 located in Panel 2-L-275 (limit switch 3 to MFPT Trip Circuit). [28] PLACE 2-HS-2-221A, MFWP A SUCTION ISOL, to OPEN and, VERIFY that 2-FCV-2-221, MAIN FEEDWATER PUMP 2A SUCTION ISOL, OPENED. [29] VERIFY no continuity between wire TTAP and terminal point 207 located in Panel 2-L-275 (limit switch 3 to MFPT Trip Circuit).

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 116 of 450 Date 6.1.13 Valve 2-FCV-2-221, MAIN FEEDWATER PUMP 2A SUCTION ISOL (continued) [30] LAND wire TTAP at Terminal point 196 located in Panel 2-L-275. 1st CV NOTE This is a FLAS fuse 5 which entails that the fuse has an annunciator bar that must be positioned correctly to alarm when the fuse blows. Attention to reinstallation of the fuse should be given. [31] REINSTALL FUSE 2-FU-275-R76/N6 in Panel 2-R-76. (If the fuse has been removed for clearance purposes then this step may be N/A). 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 117 of 450 Date 6.1.14 Valve 2-FCV-2-224, MAIN FEEDWATER PUMP 2B SUCTION ISOL NOTES

1) During performance of this subsection verify with Operations that operation of MFPT Turning Gear Motor 2B is not required.

2) Electrical manipulations are to be performed by qualified Startup Test Electrical Personnel.

3) Reference Attachment 1, Relay Armature, in order to brief qualified Startup Test Electrical Personnel on relay armature manipulations.

[1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. NOTE The next step will bring in Annunciator Window 15-B on 2-XA-55-2C, 250 DC BATT CHR 2/BD 2 ABNORMAL. [2] CLOSE 480-V Turbine MOV BD 2B (2-MCC-209-B) breaker 6A for 2-FCV-2-224, MAIN FEEDWATER PUMP 2B SUCTION ISOL. [3] ENSURE that Fuse 2-FU-275-R76/N8 (8th position from left, Row N) in Panel 2-R-76 is REMOVED. (Ref Dwg 45N2691-2) 1st CV [4] ENSURE that valve 2-FCV-2-224 [T1 5G/737], MAIN FEEDWATER PUMP 2B SUCTION ISOL, is OPEN. [5] ENSURE that Annunciator Window 53C on 2-XA-55-3B, MFP SUCTION VLV NOT FULL OPEN, is CLEARED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 118 of 450 Date 6.1.14 Valve 2-FCV-2-224, MAIN FEEDWATER PUMP 2B SUCTION ISOL (continued) [6] PLACE 2-HS-2-224A [2-M-3] MFWP B SUCTION ISOL, to CLOSE to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.2[1] A. By local verification, 2-FCV-2-224, MAIN FEEDWATER PUMP 2B SUCTION ISOL, is CLOSED. B. Red light OFF at 2-HS-2-224A, MFWP B SUCTION ISOL. C. Green light ON at 2-HS-2-224A, MFWP B SUCTION ISOL. D. Annunciator Window 53C on 2-XA-55-3B MFP SUCTION VLV NOT FULL OPEN is ALARMED. E. Computer Point Y2413D indicates CNDS ISLN VLV TO FW PMP 2B. F. Event Display Monitor shows: AC-53-C MFPB SUCTION VLV NOT FULL OPEN. [7] PLACE 2-HS-2-224A, MFWP B SUCTION ISOL, to OPEN to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.2[1] A. By local verification, 2-FCV-2-224, MAIN FEEDWATER PUMP 2B SUCTION ISOL, is OPEN. B. Red light ON at 2-HS-2-224A, MFWP B SUCTION ISOL. C. Green light OFF at 2-HS-2-224A, MFWP B SUCTION ISOL. D. Annunciator Window 53C on 2-XA-55-3B, MFP SUCTION VLV NOT FULL OPEN, is CLEARED. E. Computer Point Y2413D indicates CNDS ISLN VLV TO FW PMP 2B is OPEN.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 119 of 450 Date 6.1.14 Valve 2-FCV-2-224, MAIN FEEDWATER PUMP 2B SUCTION ISOL (continued) [8] DEPRESS 2-HS-2-224B [T15G/737], MAIN FEEDWATER PUMP 2B SUCTION ISOL VLV, CLOSE, and VERIFY the following: (Acc Crit) 5.2[1] A. By local verification, 2-FCV-2-224, MAIN FEEDWATER PUMP 2B SUCTION ISOL, is CLOSED. B. Red light OFF at 2-HS-2-224B, MAIN FEEDWATER PUMP 2B SUCTION ISOL VLV. C. Green light ON at 2-HS-2-224B, MAIN FEEDWATER PUMP 2B SUCTION ISOL VLV. [9] DEPRESS 2-HS-2-224B, MAIN FEEDWATER PUMP 2B SUCTION ISOL VLV, OPEN operation locally, and VERIFY the following: (Acc Crit) 5.2[1] A. By local verification, 2-FCV-2-224, MAIN FEEDWATER PUMP 2B SUCTION ISOL, is OPEN. B. Red light ON at 2-HS-2-224B, MAIN FEEDWATER PUMP 2B SUCTION ISOL VLV. C. Green light OFF at 2-HS-2-224B, MAIN FEEDWATER PUMP 2B SUCTION ISOL VLV.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 120 of 450 Date 6.1.14 Valve 2-FCV-2-224, MAIN FEEDWATER PUMP 2B SUCTION ISOL (continued) NOTE To test the STOP pushbutton, 2-FCV-2-224 must be traveling between OPEN and CLOSE. [10] DEPRESS 2-HS-2-224B, MAIN FEEDWATER PUMP 2B SUCTION ISOL VLV, CLOSE pushbutton. [11] DEPRESS 2-HS-2-224B, MAIN FEEDWATER PUMP 2B SUCTION ISOL VLV, STOP pushbutton before 2-FCV-2-224, MAIN FEEDWATER PUMP 2B SUCTION ISOL, reaches the closed position, and VERIFY the following: (Acc Crit) 5.2[1] A. Red light ON at 2-HS-2-224B, MAIN FEEDWATER PUMP 2B SUCTION ISOL VLV. B. Green light ON at 2-HS-2-224B, MAIN FEEDWATER PUMP 2B SUCTION ISOL VLV. C. By local verification, valve 2-FCV-2-224, MAIN FEEDWATER PUMP 2B SUCTION ISOL, stops in mid-position. [12] DEPRESS 2-HS-2-224B, MAIN FEEDWATER PUMP 2B SUCTION ISOL VLV, SUCTION ISOL CLOSE pushbutton, and VERIFY 2-FCV-2-224, MAIN FEEDWATER PUMP 2B SUCTION ISOL, travels CLOSED. [13] DEPRESS 2-HS-2-224B, MAIN FEEDWATER PUMP 2B SUCTION ISOL VLV, OPEN pushbutton.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 121 of 450 Date 6.1.14 Valve 2-FCV-2-224, MAIN FEEDWATER PUMP 2B SUCTION ISOL (continued) [14] DEPRESS 2-HS-2-224B, MAIN FEEDWATER PUMP 2B SUCTION ISOL VLV, STOP pushbutton before 2-FCV-2-224, MAIN FEEDWATER PUMP 2B SUCTION ISOL, reaches the open position, and VERIFY the following: (Acc Crit) 5.2[1] A. Red light ON at 2-HS-2-224B, MAIN FEEDWATER PUMP 2B SUCTION ISOL VLV. B. Green light ON at 2-HS-2-224B, MAIN FEEDWATER PUMP 2B SUCTION ISOL VLV. C. By local verification, valve 2-FCV-2-224, MAIN FEEDWATER PUMP 2B SUCTION ISOL, stops in mid-position. [15] DEPRESS 2-HS-2-224B, MAIN FEEDWATER PUMP 2B SUCTION ISOL VLV, SUCTION ISOL OPEN pushbutton, and VERIFY 2-FCV-2-224, MAIN FEEDWATER PUMP 2B SUCTION ISOL, travels OPEN. [16] DEPRESS 2-HS-2-224B, MAIN FEEDWATER PUMP 2B SUCTION ISOL VLV, SUCTION ISOL CLOSE pushbutton. [17] DEPRESS and HOLD Relay R/LBOT-B armature located in Panel 2-R-72 (3rd position from left, Row A) to simulate low turbine bearing oil pressure. (Ref Dwg 45N2687-1) [18] PLACE 2-HS-2-224A, MFWP B SUCTION ISOL, to OPEN, and VERIFY 2-FCV-2-224, MAIN FEEDWATER PUMP 2B SUCTION ISOL, did NOT OPEN. (Acc Crit) 5.2[1] [19] RELEASE Relay R/LBOT-B armature. [20] DEPRESS AND HOLD Relay R/LBO-B armature located in Panel 2-R-72 (4th position from left, Row A) to simulate low pump bearing oil pressure.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 122 of 450 Date 6.1.14 Valve 2-FCV-2-224, MAIN FEEDWATER PUMP 2B SUCTION ISOL (continued) [21] PLACE 2-HS-2-224A, MFWP B SUCTION ISOL, to OPEN, and VERIFY 2-FCV-2-224, MAIN FEEDWATER PUMP 2B SUCTION ISOL, did NOT OPEN. (Acc Crit) 5.2[1] [22] RELEASE Relay R/LBOT-B armature. [23] DEPRESS and HOLD Relay FPTB armature located in Panel 2-R-76 (8th position from left, Row A) to simulate low FWP seal water pressure. [24] PLACE 2-HS-2-224A, MFWP B SUCTION ISOL, to OPEN, and VERIFY 2-FCV-2-224, MAIN FEEDWATER PUMP 2B SUCTION ISOL, did NOT OPEN. (Acc Crit) 5.2[1] [25] RELEASE Relay FPTB armature. [26] LIFT wire TTBP at terminal point 196 located in Panel 2-L-276 to simulate MFP 2B Suction Valve Open interlock. (Dwg 2-45W2614-5) 1st CV [27] VERIFY continuity between wire TTBP and Terminal point 207 located in Panel 2-L-276. (Limit switch 3 to MFPT Trip Circuit). [28] PLACE 2-HS-2-224A, MFWP B SUCTION ISOL, to OPEN and, VERIFY that 2-FCV-2-224, MAIN FEEDWATER PUMP 2B SUCTION ISOL, OPENED. [29] VERIFY no continuity between wire TTBP (BK) and Terminal point 207 located in Panel 2-L-276. (Limit switch 3 to MFPT Trip Circuit).

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 123 of 450 Date 6.1.14 Valve 2-FCV-2-224, MAIN FEEDWATER PUMP 2B SUCTION ISOL (continued) [30] LAND wire TTBP at Terminal point 196 located in Panel 2-L-276. 1st CV NOTE This is a FLAS fuse 5 which entails that the fuse has an annunciator bar that must be positioned correctly to alarm when the fuse blows. Attention to reinstallation of the fuse should be given. [31] REINSTALL FUSE 2-FU-275-R76/N8 in Panel 2-R-76. (If the fuse has been removed for clearance purposes then this step may be N/A). 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 124 of 450 Date 6.1.15 Valve 2-FCV-2-265, STANDBY MAIN FW PUMP SUCT ISOL [1] ENSURE that valve 2-FCV-2-265 [T15J/731], STANDBY MAIN FW PUMP SUCT ISOL, is CLOSED. [2] INSTALL a jumper between Terminal CC1 (wire 3C03) and Terminal CC2 (wire 3C02) in panel 2-L-491 to simulate normal seal water injection pressure. (Dwg 45N2635-91) 1st Cv [3] INSTALL a wedge between the switch 2-PS-3-212A [T1 6K/729] plunger and switch actuating bar to simulate Standby Main Feedwater Pump normal oil pressure. 1st Cv

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 125 of 450 Date 6.1.15 Valve 2-FCV-2-265, STANDBY MAIN FW PUMP SUCT ISOL (continued) [4] DEPRESS 2-HS-2-265 [T1 5J/731], STANDBY MAIN FW PUMP SUCTION ISOL VLV, OPEN to verify indicating lights in Main Control Room and local operation, and VERIFY the following: (Acc Crit) 5.2[2] A. By local verification, 2-FCV-2-265, STANDBY MAIN FW PUMP SUCT ISOL, is OPEN. B. Red light ON at 2-HS-2-265, STANDBY MAIN FW PUMP SUCTION ISOL VLV. C. Green light OFF at 2-HS-2-265, STANDBY MAIN FW PUMP SUCTION ISOL VLV. D. Annunciator Window 54E on 2-XA-55-3B, STANDBY MFP SUCT FCV-2-265 NOT FULL OPEN, is CLEARED. E. Computer point Y2404D indicates STANDBY MAIN FW PMP TR-SUCT VLV NOT CL. [5] PLACE 2-HS-3-200A [2-M-3] STANDBY MFWP to P AUTO. [6] DEPRESS 2-HS-2-265, STANDBY MAIN FW PUMP SUCTION ISOL VLV, CLOSE pushbutton, and VERIFY 2-FCV-2-265, STANDBY MAIN FW PUMP SUCT ISOL, REMAINS OPEN. [7] PLACE 2-HS-3-200A, STANDBY MFWP to STOP/PULL TO LOCK. [8] LIFT wire 2D7C7 at Terminal TA6 located in 2-JB-291-653 [T16J/729] (Dwg 2-45W2721-5). 1st CV [9] VERIFY continuity (closed circuit) across Terminal TA7 (wire 2D7C6) and wire 2D7C7 in 2-JB-291-653.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 126 of 450 Date 6.1.15 Valve 2-FCV-2-265, STANDBY MAIN FW PUMP SUCT ISOL (continued) [10] LIFT wire 7C01 at Terminal TD9 located in 2-JB-291-653 [T16/729]. (Dwg 2-45W2721-5) 1st Cv [11] VERIFY continuity (closed circuit) across Terminal TD10 (wire 7C02) and wire 7C01 located in 2-JB-291-653. NOTE To test the STOP pushbutton, 2-FCV-2-265 must be traveling between OPEN and CLOSE. [12] DEPRESS 2-HS-2-265B, STANDBY MAIN FW PUMP SUCTION ISOL VLV, CLOSE pushbutton. [13] DEPRESS 2-HS-2-265B, STANDBY MAIN FW PUMP SUCTION ISOL VLV, STOP pushbutton before 2-FCV-2-265, STANDBY MAIN FW PUMP SUCT ISOL, reaches the closed position, and VERIFY the following: (Acc Crit) 5.2[2] A. By local verification, 2-FCV-2-265, STANDBY MAIN FW PUMP SUCT ISOL, STOPS in mid travel. B. Red light is ON at 2-HS-2-265, STANDBY MAIN FW PUMP SUCTION ISOL VLV. C. Green light is ON at 2-HS-2-265, STANDBY MAIN FW PUMP SUCTION ISOL VLV. D. Annunciator Window 54E on 2-XA-55-3B, STANDBY MFP SUCT FCV-2-265 NOT FULL OPEN, is ALARMED. [14] ENSURE Annunciator Window 54E on 2-XA-55-3B, STANDBY MFP SUCT FCV-2-265 NOT FULL OPEN, is CLEARED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 127 of 450 Date 6.1.15 Valve 2-FCV-2-265, STANDBY MAIN FW PUMP SUCT ISOL (continued) [15] DEPRESS 2-HS-2-265, MOTOR-DRIVEN FW PUMP, CLOSE to verify indicating lights in Main Control Room and local operation, and VERIFY the following: (Acc Crit) 5.2[2] A. Red light OFF at 2-HS-2-265, STANDBY MAIN FW PUMP SUCTION ISOL VLV. B. Green light ON at 2-HS-2-265, STANDBY MAIN FW PUMP SUCTION ISOL VLV. C. By local verification 2-FCV-2-265, STANDBY MAIN FW PUMP SUCT ISOL, is CLOSED. D. Computer point Y2404D indicates STANDBY MAIN FW PMP TR-SUCT VLV CLOSED. [16] DEPRESS 2-HS-2-265B, STANDBY MAIN FW PUMP SUCTION ISOL VLV, OPEN pushbutton. [17] DEPRESS 2-HS-2-265B, STANDBY MAIN FW PUMP SUCTION ISOL VLV, STOP pushbutton before 2-FCV-2-265, STANDBY MAIN FW PUMP SUCT ISOL, reaches the open position, and VERIFY the following: (Acc Crit) 5.2[2] A. By local verification, 2-FCV-2-265, STANDBY MAIN FW PUMP SUCT ISOL, STOPS in mid travel. B. Red light is ON at 2-HS-2-265, STANDBY MAIN FW PUMP SUCTION ISOL VLV. C. Green light is ON at 2-HS-2-265, STANDBY MAIN FW PUMP SUCTION ISOL VLV. D. Annunciator Window 54E on 2-XA-55-3B, STANDBY MFP SUCT FCV-2-265 NOT FULL OPEN, is ALARMED. [18] ENSURE Annunciator Window 54E on 2-XA-55-3B, STANDBY MFP SUCT FCV-2-265 NOT FULL OPEN, is CLEARED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 128 of 450 Date 6.1.15 Valve 2-FCV-2-265, STANDBY MAIN FW PUMP SUCT ISOL (continued) [19] DEPRESS 2-HS-2-265, MOTOR-DRIVEN FW PUMP, CLOSE. [20] VERIFY no continuity (open Circuit) across Terminal TA7 (wire 2D7C6) and wire 2D7C7 in 2-JB-291-653. [21] VERIFY no continuity (open circuit) across TD10 (wire 7C02) and lifted wire 7C01 located in 2-JB-291-653. [22] REMOVE jumper installed between Terminal CCI (Wire 3CO3) and Terminal CC2 (Wire 3CO2) in Panel 2-L-491 to simulate below normal seal water injection pressure. 1st CV [23] DEPRESS 2-HS-2-265, STANDBY MAIN FW PUMP SUCTION ISOL VLV, OPEN Pushbutton, and VERIFY 2-FCV-2-265, STANDBY MAIN FW PUMP SUCT ISOL, does NOT OPEN. (Acc Crit) 5.2[2] [24] INSTALL jumper between Terminal CCI (wire 3C03) and Terminal CC2 (wire 3C02) in Panel 2-L-491 to simulate normal seal water injection pressure. 1st CV [25] REMOVE the wedge installed between switch 2-PS-3-212A [T16K/730] STANDBY FW PUMP OIL PRESS, plunger and switch actuating bar. 1st CV [26] DEPRESS the OPEN pushbutton on 2-HS-2-265, STANDBY MAIN FW PUMP SUCTION ISOL VLV, and VERIFY 2-FCV-2-265, STANDBY MAIN FW PUMP SUCT ISOL, does NOT OPEN. (Acc Crit) 5.2[2]

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 129 of 450 Date 6.1.15 Valve 2-FCV-2-265, STANDBY MAIN FW PUMP SUCT ISOL (continued) [27] REMOVE the jumper between Terminal CC1 (wire 3C03) and Terminal CC2 (wire 3002) in Panel 2-L-491. 1St CV [28] LAND wire 7C01 at Terminal TD9 located in 2-JB-291-653. 1st CV [29] LAND wire 2D7C7 at Terminal TA6 located in 2-JB-291-653. 1 St CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 130 of 450 Date 6.1.16 Valve 2-FCV-2-275, CONDENSATE DEMIN PUMP BYPASS [1] ENSURE that 2-FCV-2-275 [T7H/708], CONDENSATE DEMIN PUMP BYPASS, is CLOSED. [2] PLACE 2-HS-2-275A [2-M-3], CNDS DEMIN PMPS BYPASS, to OPEN to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.2[3] A. By visual observation, 2-FCV-2-275, CONDENSATE DEMIN PUMP BYPASS, is OPEN. B. Red light ON at 2-HS-2-275A, CNDS DEMIN PMPS BYPASS. C. Green light OFF at 2-HS-2-275A, CNDS DEMIN PMPS BYPASS. [3] PLACE 2-HS-2-275A, CNDS DEMIN PMPS BYPASS, to CLOSE to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.2[3] A. By visual observation, 2-FCV-2-275, CONDENSATE DEMIN PUMP BYPASS, is CLOSED. B. Red light OFF at 2-HS-2-275A, CNDS DEMIN PMPS BYPASS. C. Green light ON at 2-HS-2-275A, CNDS DEMIN PMPS BYPASS.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 131 of 450 Date 6.1.16 Valve 2-FCV-2-275, CONDENSATE DEMIN PUMP BYPASS (continued) [4] DEPRESS 2-HS-2-275B [TI10H/708], CONDENSATE DEMIN PMP 2A BYPASS VLV, OPEN to verify operation locally, and VERIFY the following: (Acc Crit) 5.2[3] A. By local verification, 2-FCV-2-275, CNDS DEMIN PMPS BYPASS, is OPEN. B. Red light ON at 2-HS-2-275B, CONDENSATE DEMIN PMP 2A BYPASS VLV. C. Green light OFF at 2-HS-2-275B, CONDENSATE DEMIN PMP 2A BYPASS VLV. [5] DEPRESS 2-HS-2-275B, CONDENSATE DEMIN PMP 2A BYPASS VLV, CLOSE to verify operation locally, and VERIFY the following: (Acc Crit) 5.2[3] A. By local verification, 2-FCV-2-275, CNDS DEMIN PMPS BYPASS, is CLOSED. B. Red light OFF at 2-HS-2-275B, CONDENSATE DEMIN PMP 2A BYPASS VLV. C. Green light ON at 2-HS-2-275B, CONDENSATE DEMIN PMP 2A BYPASS VLV.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 132 of 450 Date 6.1.16 Valve 2-FCV-2-275, CONDENSATE DEMIN PUMP BYPASS (continued) NOTE To test the STOP pushbutton, 2-FCV-2-275 must be traveling between OPEN and CLOSE. [6] DEPRESS 2-HS-2-275B, CONDENSATE DEMIN PMP 2A BYPASS VLV, OPEN pushbutton. [7] DEPRESS 2-HS-2-275B, CONDENSATE DEMIN PMP 2A BYPASS VLV, STOP pushbutton before 2-FCV-2-275, CONDENSATE DEMIN PUMP BYPASS, reaches the open position, and VERIFY the following: (Acc Crit) 5.2[3] A. Red light ON at 2-HS-2-275B, CONDENSATE DEMIN PMP 2A BYPASS VLV. B. Green light ON at 2-HS-2-275B, CONDENSATE DEMIN PMP 2A BYPASS VLV. C. By local verification valve 2-FCV-2-275, CONDENSATE DEMIN PUMP BYPASS, stops in mid-position. [8] DEPRESS 2-HS-2-275B, CONDENSATE DEMIN PMP 2A BYPASS VLV, CLOSE pushbutton, and VERIFY that 2-FCV-2-275, CONDENSATE DEMIN PUMP BYPASS, is CLOSED. [9] DEPRESS 2-HS-2-275B, CONDENSATE DEMIN PMP 2A BYPASS VLV, OPEN pushbutton. [10] DEPRESS 2-HS-2-275B, CONDENSATE DEMIN PMP 2A BYPASS VLV, CLOSE pushbutton. [11] DEPRESS 2-HS-2-275B, CONDENSATE DEMIN PMP 2A BYPASS VLV, STOP pushbutton before 2-FCV-2-275, CONDENSATE DEMIN PUMP BYPASS, reaches the closed position, and VERIFY the following: (Acc Crit) 5.2[3]

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 133 of 450 Date 6.1.16 Valve 2-FCV-2-275, CONDENSATE DEMIN PUMP BYPASS (continued) A. Red light ON at 2-HS-2-275B, CONDENSATE DEMIN PMP 2A BYPASS VLV. B. Green light ON at 2-HS-2-275B, CONDENSATE DEMIN PMP 2A BYPASS VLV. C. By local verification valve 2-FCV-2-275, CONDENSATE DEMIN PUMP BYPASS, stops in mid-position. [12] DEPRESS 2-HS-2-275B, CONDENSATE DEMIN PMP 2A BYPASS VLV, CLOSE pushbutton, and VERIFY that 2-FCV-2-275, CONDENSATE DEMIN PUMP BYPASS, is CLOSED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 134 of 450 Date 6.1.17 Valves 2-FCV-2-205, MFPT CONDENSER 2A ISOL, and 2-FCV 210, MFPT CONDENSER 2A ISOL, Main Feedwater Pump Turbine 2A Condenser Outlet and Inlet Isolation Valves NOTES

1) During performance of this subsection verify with Operations that operation of MFPT Turning Gear Motor 2A or 2B is not required.

2) Electrical manipulations are to be performed by qualified Startup Test Electrical Personnel.

3) Reference Attachment 1, Relay Armature, in order to brief qualified Startup Test Electrical Personnel on relay armature manipulations.

[1] ENSURE that the following valves are CLOSED. A. 2-FCV-2-205 [T15H/709], MFPT CONDENSER 2A OUTLET ISOL. B. 2-FCV-2-210 [T15H/709], MFPT CONDENSER 2A INLET ISOL. [2] ENSURE that the following breakers are OFF. A. 2-BKR-46-9, 250V DC FDR FOR MFPT A TRIP BUS UNIT 2, [250V Bat Bd 2, Panel 3]. B. 2-BKR-46-36, 250V DC FDR FOR MFPT B TRIP BUS UNIT 2, [250V Bat Bd 2, Panel 3]. [3] INSTALL a jumper between Terminal 7 (Wire HDPX) and Terminal 8 (Wire HDR1) on Terminal Block TB-A-35 in Panel 2-R-1 28 to simulate feedwater flow greater than set point (2-FS-3-70A; Dwg 45W2671-1). 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 135 of 450 Date 6.1.17 Valves 2-FCV-2-205, MFPT CONDENSER 2A ISOL, and 2-FCV 210, MFPT CONDENSER 2A ISOL, Main Feedwater Pump Turbine 2A Condenser Outlet and Inlet Isolation Valves (continued) [4] PLACE 2-HS-2-205A [2-M-2], MFPT 'A' CONDENSER CNDS OUTLET, to OPEN to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.2[4] A. By local verification, 2-FCV-2-205, MFPT CONDENSER 2A OUTLET ISOL, is OPEN. B. Red light ON at 2-HS-2-205A, MFPT 'A' CONDENSER CNDS OUTLET. C. Green light OFF at 2-HS-2-205A, MFPT 'A' CONDENSER CNDS OUTLET. [5] PLACE 2-HS-2-205A, MFPT 'A' CONDENSER CNDS OUTLET, to CLOSE to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.2[4] A. By local verification, 2-FCV-2-205, MFPT CONDENSER 2A OUTLET ISOL, is CLOSED. B. Red light OFF at 2-HS-2-205A, MFPT 'A' CONDENSER CNDS OUTLET. C. Green light ON at 2-HS-2-205A, MFPT 'A' CONDENSER CNDS OUTLET.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 136 of 450 Date 6.1.17 Valves 2-FCV-2-205, MFPT CONDENSER 2A ISOL, and 2-FCV 210, MFPT CONDENSER 2A ISOL, Main Feedwater Pump Turbine 2A Condenser Outlet and Inlet Isolation Valves (continued) [6] DEPRESS 2-HS-2-205B [T115H/709], MFPT CONDENSER 2A OUTLET ISOL VLV, OPEN to verify operation locally, and VERIFY the following: (Acc Crit) 5.2[4] A. By local verification, 2-FCV-2-205, MFPT 2A CONDENSER 2A OUTLET ISOL, is OPEN. B. Red light ON at 2-HS-2-205B, MFPT CONDENSER 2A OUTLET ISOL VLV. C. Green light OFF at 2-HS-2-205B, MFPT CONDENSER 2A OUTLET ISOL VLV. [7] DEPRESS 2-HS-2-205B, MFPT CONDENSER 2A OUTLET ISOL VLV, CLOSE to verify operation locally, and VERIFY the following: (Acc Crit) 5.2[4] A. By local verification, 2-FCV-2-205, MFPT 2A CONDENSER 2A OUTLET ISOL, is CLOSED. B. Red light OFF at 2-HS-2-205B, MFPT CONDENSER 2A OUTLET ISOL VLV. C. Green light ON at 2-HS-2-205B, MFPT CONDENSER 2A OUTLET ISOL VLV.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 137 of 450 Date 6.1.17 Valves 2-FCV-2-205, MFPT CONDENSER 2A ISOL, and 2-FCV 210, MFPT CONDENSER 2A ISOL, Main Feedwater Pump Turbine 2A Condenser Outlet and Inlet Isolation Valves (continued) NOTE To test the STOP pushbutton, 2-FCV-2-205 must be traveling between OPEN and CLOSE. [8] DEPRESS 2-HS-2-205B, MFPT CONDENSER 2A OUTLET ISOL VLV, OPEN pushbutton. [9] DEPRESS 2-HS-2-205B, MFPT CONDENSER 2A OUTLET ISOL VLV, STOP pushbutton before 2-FCV-2-205, MFPT CONDENSER 2A OUTLET ISOL, reaches the open position, and VERIFY the following: (Acc Crit) 5.2[4] A. Red light ON at 2-HS-2-205B, MFPT CONDENSER 2A OUTLET ISOL VLV. B. Green light ON at 2-HS-2-205B, MFPT CONDENSER 2A OUTLET ISOL VLV. C. By local verification, valve 2-FCV-2-205, MFPT CONDENSER 2A OUTLET ISOL, stops in mid-position. [10] DEPRESS 2-HS-2-205B, MFPT CONDENSER 2A OUTLET ISOL VLV, OPEN pushbutton, and VERIFY that 2-FCV-2-205, MFPT CONDENSER 2A OUTLET ISOL, is OPEN. [11] DEPRESS 2-HS-2-205B, MFPT CONDENSER 2A OUTLET ISOL VLV, CLOSE pushbutton.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 138 of 450 Date 6.1.17 Valves 2-FCV-2-205, MFPT CONDENSER 2A ISOL, and 2-FCV 210, MFPT CONDENSER 2A ISOL, Main Feedwater Pump Turbine 2A Condenser Outlet and Inlet Isolation Valves (continued) [12] DEPRESS 2-HS-2-205B, MFPT CONDENSER 2A OUTLET ISOL VLV, STOP pushbutton before 2-FCV-2-205, MFPT CONDENSER 2A OUTLET ISOL, reaches the CLOSE position, and VERIFY the following: (Acc Crit) 5.2[4] A. Red light ON at 2-HS-2-205B, MFPT CONDENSER 2A OUTLET ISOL VLV. B. Green light ON at 2-HS-2-205B, MFPT CONDENSER 2A OUTLET ISOL VLV. C. By local verification, valve 2-FCV-2-205, MFPT CONDENSER 2A OUTLET ISOL, stops in mid-position. [13] DEPRESS 2-HS-2-205B, MFPT CONDENSER 2A OUTLET ISOL VLV, CLOSE pushbutton, and VERIFY that 2-FCV-2-205, MFPT CONDENSER 2A OUTLET ISOL, is CLOSED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 139 of 450 Date 6.1.17 Valves 2-FCV-2-205, MFPT CONDENSER 2A ISOL, and 2-FCV 210, MFPT CONDENSER 2A ISOL, Main Feedwater Pump Turbine 2A Condenser Outlet and Inlet Isolation Valves (continued) [14] PLACE 2-HS-2-210A [2-M-2], MFPT 'A' CONDENSER CNDS INLET, to OPEN to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.2[4] A. By local verification, 2-FCV-2-210, MFPT CONDENSER 2A INLET ISOL, is OPEN. B. Red light ON at 2-HS-2-210A, MFPT 'A' CONDENSER CNDS INLET. C. Green light OFF at 2-HS-2-210A, MFPT 'A' CONDENSER CNDS INLET. [15] PLACE 2-HS-2-210A, MFPT 'A' CONDENSER CNDS INLET, to CLOSE to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.2[4] A. By local verification, 2-FCV-2-210, MFPT CONDENSER 2A INLET ISOL, is CLOSED. B. Red light OFF at 2-HS-2-210A, MFPT 'A' CONDENSER CNDS INLET. C. Green light ON at 2-HS-2-210A, MFPT 'A' CONDENSER CNDS INLET.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 140 of 450 Date 6.1.17 Valves 2-FCV-2-205, MFPT CONDENSER 2A ISOL, and 2-FCV 210, MFPT CONDENSER 2A ISOL, Main Feedwater Pump Turbine 2A Condenser Outlet and Inlet Isolation Valves (continued) [16] DEPRESS 2-HS-2-210B [T15H/709], MFPT CONDENSER 2A INLET ISOL VLV, OPEN to verify operation locally, and VERIFY the following: (Acc Crit) 5.2[4] A. By local verification, 2-FCV-2-210, MFPT CONDENSER 2A INLET ISOL, is OPEN. B. Red light ON at 2-HS-2-210B, MFPT CONDENSER 2A INLET ISOL VLV. C. Green light OFF at 2-HS-2-210B, MFPT CONDENSER 2A INLET ISOL VLV. [17] DEPRESS 2-HS-2-210B, MFPT CONDENSER 2A INLET ISOL VLV, CLOSE to verify operation locally, and VERIFY the following: (Acc Crit) 5.2[4] A. By local verification, 2-FCV-2-210, MFPT CONDENSER 2A INLET ISOL, is CLOSED. B. Red light OFF at 2-HS-2-210B, MFPT CONDENSER 2A INLET ISOL VLV. C. Green light ON at 2-HS-2-210B, MFPT CONDENSER 2A INLET ISOL VLV. NOTE To test the STOP pushbutton, 2-FCV-2-210 must be traveling between OPEN and CLOSE. [18] DEPRESS 2-HS-2-210B, MFPT CONDENSER 2A INLET ISOL VLV, OPEN pushbutton.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 141 of 450 Date 6.1.17 Valves 2-FCV-2-205, MFPT CONDENSER 2A ISOL, and 2-FCV 210, MFPT CONDENSER 2A ISOL, Main Feedwater Pump Turbine 2A Condenser Outlet and Inlet Isolation Valves (continued) [19] DEPRESS 2-HS-2-210B,MFPT CONDENSER 2A INLET ISOL VLV, STOP pushbutton before 2-FCV-2-210, MFPT CONDENSER 2A INLET ISOL, reaches the open position, and VERIFY the following: (Acc Crit) 5.2[4] A. Red light ON at 2-HS-2-210B, MFPT CONDENSER 2A INLET ISOL VLV. B. Green light ON at 2-HS-2-210B, MFPT CONDENSER 2A INLET ISOL VLV. C. By local verification, valve 2-FCV-2-210, MFPT CONDENSER 2A INLET ISOL, stops in mid-position. [20] DEPRESS 2-HS-2-210B, MFPT CONDENSER 2A INLET ISOL VLV, OPEN pushbutton, and VERIFY that 2-FCV-2-210, MFPT CONDENSER 2A INLET ISOL, is OPEN. [21] DEPRESS 2-HS-2-210B, MFPT CONDENSER 2A INLET ISOL VLV, CLOSE pushbutton.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 142 of 450 Date 6.1.17 Valves 2-FCV-2-205, MFPT CONDENSER 2A ISOL, and 2-FCV 210, MFPT CONDENSER 2A ISOL, Main Feedwater Pump Turbine 2A Condenser Outlet and Inlet Isolation Valves (continued) [22] DEPRESS 2-HS-2-210B,MFPT CONDENSER 2A INLET ISOL VLV, STOP pushbutton before 2-FCV-2-210, MFPT CONDENSER 2A INLET ISOL, reaches the open position, and VERIFY the following: (Acc Crit) 5.2[4] A. Red light ON at 2-HS-2-210B, MFPT CONDENSER 2A INLET ISOL VLV. B. Green light ON at 2-HS-2-210B, MFPT CONDENSER 2A INLET ISOL VLV. C. By local verification, valve 2-FCV-2-210, MFPT CONDENSER 2A INLET ISOL, stops in mid-position. [23] DEPRESS 2-HS-2-210B, MFPT CONDENSER 2A INLET ISOL VLV, CLOSE pushbutton, and VERIFY that 2-FCV-2-210, MFPT CONDENSER 2A INLET ISOL, is CLOSE. [24] DEPRESS 2-HS-2-210B, MFPT CONDENSER 2A INLET ISOL VLV, OPEN pushbutton NOTE The following step will cause 2-FCV-2-205 and 2-FCV-2-210 to COSE after a short time delay (approximately 1.5 seconds) [25] DEPRESS and HOLD Relay R/TT-2 armature located in Panel 2-L-275, and VERIFY the following: (Acc Crit) 5.2[4] A. Valve 2-FCV-2-205, MFPT CONDENSER 2A OUTLET ISOL, CLOSED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 143 of 450 Date 6.1.17 Valves 2-FCV-2-205, MFPT CONDENSER 2A ISOL, and 2-FCV 210, MFPT CONDENSER 2A ISOL, Main Feedwater Pump Turbine 2A Condenser Outlet and Inlet Isolation Valves (continued) B. Valve 2-FCV-2-210, MFPT CONDENSER 2A INLET ISOL, CLOSED. [26] RELEASE Relay R/TT-2 armature located in Panel 2-L-275. [27] PLACE 2-HS-2-205A, MFPT'A' CONDENSER CNDS OUTLET, to OPEN, and VERIFY 2-FCV-2-205, MFPT CONDENSER 2A OUTLET ISOL, is OPEN. [28] PLACE 2-HS-2-210A, MFPT 'A' CONDENSER CNDS INLET, and VERIFY 2-FCV-2-210, MFPT CONDENSER 2A INLET ISOL, is OPEN. [29] DEPRESS and HOLD Relay R/TT-1 armature located in Panel 2-L-276 to simulate a MFPT-B Trip signal to 2-FCV-2-205, MFPT CONDENSER 2A OUTLET ISOL. [30] DEPRESS and HOLD Relay R/TT-2 armature located in Panel 2-L-276 to simulate a MFPT-B Trip signal to 2-FCV-2-210, MFPT CONDENSER 2A INLET ISOL. [31] DEPRESS and HOLD Relay R/TT-2 armature located in Panel 2-L-275, and VERIFY the following: A. Valve 2-FCV-2-205, MFPT CONDENSER 2A OUTLET ISOL, REMAINS OPEN. B. Valve 2-FCV-2-210, MFPT CONDENSER 2A INLET ISOL, REMAINS OPEN.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 144 of 450 Date 6.1.17 Valves 2-FCV-2-205, MFPT CONDENSER 2A ISOL, and 2-FCV 210, MFPT CONDENSER 2A ISOL, Main Feedwater Pump Turbine 2A Condenser Outlet and Inlet Isolation Valves (continued) NOTE Relay R/TT2 in Panel 2-L-275 must be released first to prevent valves from traveling closed. [32] RELEASE the armature on the following Relays: Relay Panel Location R/TT-2 2-L-275 R/TT-1 2-L-276 R/TT-2 2-L-276 [33] REMOVE the jumper installed between Terminal 7 (wire HDPX) and Terminal 8 (wire HDR1) on Terminal Block TB-A-35 in Panel 2-R-128. 1st CV [34] DEPRESS and HOLD Relay RITT-2 armature located in Panel 2-L-275, and VERIFY the following: A. Valve 2-FCV-2-205, MFPT CONDENSER 2A OUTLET ISOL, REMAINS OPEN. B. Valve 2-FCV-2-210, MFPT CONDENSER 2A INLET ISOL, REMAINS OPEN. [35] RELEASE Relay RITT-2 armature located in Panel 2-L-275.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 145 of 450 Date 6.1.17 Valves 2-FCV-2-205, MFPT CONDENSER 2A ISOL, and 2-FCV 210, MFPT CONDENSER 2A ISOL, Main Feedwater Pump Turbine 2A Condenser Outlet and Inlet Isolation Valves (continued) [36] PLACE the following breakers to ON. (This step may be N/A if conditions require these breakers to remain OFF) A. 2-BKR-46-9, 250V DC FDR FOR MFPT A TRIP BUS UNIT 2, [250V Bat Bd 2, Panel 3] B. 2-BKR-46-36, 250V DC FDR FOR MFPT B TRIP BUS UNIT 2, [250V Bat Bd 2, Panel 3]

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 146 of 450 Date 6.1.18 Valves 2-FCV-2-211, MFPT CONDENSER 2B INLET ISOL, and 2-FCV-2-216, MFPT CONDENSER 2B OUTLET ISOL, Main Feedwater Pump Turbine 2B Condenser Inlet and Outlet Isolation Valves NOTES

1) During performance of this subsection verify with Operations that operation of MFPT Turning Gear Motor 2A or 2B is not required.

2) Electrical manipulations are to be performed by qualified Startup Test Electrical Personnel.

3) Reference Attachment 1, Relay Armature, in order to brief qualified Startup Test Electrical Personnel on relay armature manipulations.

[1] ENSURE that the following valves are CLOSED. A. 2-FCV-2-211[T15H/709], MFPT CONDENSER 2B INLET ISOL. B. 2-FCV-2-216[T15H/709], MFPT CONDENSER 2B OUTLET ISOL. [2] ENSURE that the following breakers are OFF. A. 2-BKR-46-9, 250V DC FDR FOR MFPT A TRIP BUS UNIT 2, [250V Bat Bd 2, Panel 3] B. 250V DC BAT BD 2, 2-BKR-2-36 (Main Feedwater Pump 2B Panel 2-L-276) [3] INSTALL a jumper between Terminal 7 (Wire HDPX) and Terminal 8 (Wire HDR1) on Terminal block TB-A-35 in Panel 2-R-1 28 to simulate feedwater flow greater than set point (2-FS-3-70A; Dwg 45W2671-1). 1st Cv

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 147 of 450 Date 6.1.18 Valves 2-FCV-2-211, MFPT CONDENSER 2B INLET ISOL, and 2-FCV-2-216, MFPT CONDENSER 2B OUTLET ISOL, Main Feedwater Pump Turbine 2B Condenser Inlet and Outlet Isolation Valves (continued) [4] PLACE 2-HS-2-211A [2-M-2], MFPT 'B' CONDENSER CNDS INLET, to OPEN to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.2[5] A. By local verification, 2-FCV-2-21 1, MFPT CONDENSER INLET ISOL, is OPEN. B. Red light ON at 2-HS-2-21 1A, MFPT 'B' CONDENSER CNDS INLET. C. Green light OFF at 2-HS-2-21 1A, MFPT'B' CONDENSER CNDS INLET. [5] PLACE 2-HS-2-211A, MFPT 'B' CONDENSER CNDS INLET, to CLOSE to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.2[5] A. By local verification, 2-FCV-2-21 1, MFPT CONDENSER 2B INLET ISOL, is CLOSED. B. Red light OFF at 2-HS-2-21 1A, MFPT 'B' CONDENSER CNDS INLET. C. Green light ON at 2-HS-2-21 1A, MFPT 'B' CONDENSER CNDS INLET.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 148 of 450 Date 6.1.18 Valves 2-FCV-2-211, MFPT CONDENSER 2B INLET ISOL, and 2-FCV-2-216, MFPT CONDENSER 2B OUTLET ISOL, Main Feedwater Pump Turbine 2B Condenser Inlet and Outlet Isolation Valves (continued) [6] DEPRESS 2-HS-2-21 1B[T1 5H/709], MFPT CONDENSER 2B INLET ISOL VLV, OPEN to verify operation locally, and VERIFY the following: (Acc Crit) 5.2[5] A. By local verification, 2-FCV-2-21 1, MFPT CONDENSER 2B INLET ISOL, is OPEN. B. Red light ON at 2-HS-2-21 1B, MFPT CONDENSER 2B INLET ISOL VLV. C. Green light OFF at 2-HS-2-21 1B, MFPT CONDENSER 2B INLET ISOL VLV. [7] DEPRESS 2-HS-2-21 1B, MFPT CONDENSER 2B INLET ISOL VLV, CLOSE to verify operation locally, and VERIFY the following: (Acc Crit) 5.2[5] A. By local verification, 2-FCV-2-21 1, MFPT CONDENSER 2B INLET ISOL, is CLOSED. B. Red light OFF at 2-HS-2-21 1B, MFPT CONDENSER 2B INLET ISOL VLV. C. Green light ON at 2-HS-2-21 1B, MFPT CONDENSER 2B INLET ISOL VLV. NOTE To test the STOP pushbutton, 2-FCV-2-211 must be traveling between OPEN and CLOSE. [8] DEPRESS 2-HS-2-21 1B, MFPT CONDENSER 2B INLET ISOL VLV, OPEN pushbutton.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 149 of 450 Date 6.1.18 Valves 2-FCV-2-211, MFPT CONDENSER 2B INLET ISOL, and 2-FCV-2-216, MFPT CONDENSER 2B OUTLET ISOL, Main Feedwater Pump Turbine 2B Condenser Inlet and Outlet Isolation Valves (continued) [9] DEPRESS 2-HS-2-21 1B, MFPT CONDENSER 2B INLET ISOL VLV, STOP pushbutton before 2-FCV-2-211 reaches the open position, and VERIFY the following: (Acc Crit) 5.2[5] A. Red light ON at 2-HS-2-21 1B, MFPT CONDENSER 2B INLET ISOL VLV. B. Green light ON at 2-HS-2-211B, MFPT CONDENSER 2B INLET ISOL VLV. C. By local verification, valve 2-FCV-2-21 1, MFPT CONDENSER 2B INLET ISOL, is OPEN stops in mid-position. [10] DEPRESS 2-HS-2-211B, MFPT CONDENSER 2B INLET ISOL VLV, OPEN pushbutton, and VERIFY that 2-FCV-2-21 1, MFPT CONDESER 2B INLET ISOL, is OPEN. [11] DEPRESS 2-HS-2-21 1B, MFPT CONDENSER 2B INLET ISOL VLV, CLOSE pushbutton.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 150 of 450 Date 6.1.18 Valves 2-FCV-2-211, MFPT CONDENSER 2B INLET ISOL, and 2-FCV-2-216, MFPT CONDENSER 2B OUTLET ISOL, Main Feedwater Pump Turbine 2B Condenser Inlet and Outlet Isolation Valves (continued) [12] DEPRESS 2-HS-2-211B, MFPT CONDENSER 2B INLET ISOL VLV, STOP pushbutton before 2-FCV-2-211 reaches the close position, and VERIFY the following: (Acc Crit) 5.2[5] A. Red light ON at 2-HS-2-21 1B, MFPT CONDENSER 2B INLET ISOL VLV. B. Green light ON at 2-HS-2-21 1B, MFPT CONDENSER 2B INLET ISOL VLV. C. By local verification, valve 2-FCV-2-21 1, MFPT CONDENSER 2B INLET ISOL, is OPEN stops in mid-position. [13] DEPRESS 2-HS-2-21 1B, MFPT CONDENSER 2B INLET ISOL VLV, CLOSE pushbutton, and VERIFY that 2-FCV-2-21 1, MFPT CONDESER 2B INLET ISOL, is CLOSED. [14] PLACE 2-HS-2-216A [2-M-2], MFPT'B' CONDENSER CNDS OUTLET, OPEN to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.2[5] A. By local verification, 2-FCV-2-216, MFPT CONDENSER 2B OUTLET ISOL, is OPEN. B. Red light ON at 2-HS-2-216A, MFPT 'B' CONDENSER CNDS OUTLET. C. Green light OFF at 2-HS-2-216A, MFPT 'B' CONDENSER CNDS OUTLET.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 151 of 450 Date 6.1.18 Valves 2-FCV-2-211, MFPT CONDENSER 2B INLET ISOL, and 2-FCV-2-216, MFPT CONDENSER 2B OUTLET ISOL, Main Feedwater Pump Turbine 2B Condenser Inlet and Outlet Isolation Valves (continued) [15] PLACE 2-HS-2-216A, MFPT 'B' CONDENSER CNDS OUTLET, CLOSE to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.2[5] A. By local verification, 2-FCV-2-216, MFPT CONDENSER 2B OUTLET ISOL, is CLOSED. B. Red light OFF at 2-HS-2-216A, MFPT'B' CONDENSER CNDS OUTLET. C. Green light ON at 2-HS-2-216A, MFPT 'B' CONDENSER CNDS OUTLET. [16] DEPRESS 2-HS-2-216B[TI-5H/709], MFPT CONDENSER 2B OUTLET ISOL VLV, OPEN to verify operation locally, and VERIFY the following: (Acc Crit) 5.2[5] A. By local verification, 2-FCV-2-216, MFPT COND 2B OUTLET ISOL, is OPEN. B. Red light ON at 2-HS-2-216B, MFPT CONDENSER 2B OUTLET ISOL VLV. C. Green light OFF at 2-HS-2-216B, MFPT CONDENSER 2B OUTLET ISOL VLV.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 152 of 450 Date 6.1.18 Valves 2-FCV-2-211, MFPT CONDENSER 2B INLET ISOL, and 2-FCV-2-216, MFPT CONDENSER 2B OUTLET ISOL, Main Feedwater Pump Turbine 2B Condenser Inlet and Outlet Isolation Valves (continued) [17] DEPRESS 2-HS-2-216B, MFPT CONDENSER 2B OUTLET ISOL VLV, CLOSE to verify operation locally, and VERIFY the following: (Acc Crit) 5.2[5] A. By local verification, 2-FCV-2-216, MFPT CONDENSER 2B OUTLET ISOL, is CLOSED. B. Red light OFF at 2-HS-2-216B, MFPT CONDENSER 2B OUTLET ISOL VLV. C. Green light ON at 2-HS-2-216B, MFPT CONDENSER 2B OUTLET ISOL VLV. NOTE To test the STOP pushbutton, 2-FCV-2-216 must be traveling between OPEN and CLOSE. [18] DEPRESS 2-HS-2-216B, MFPT CONDENSER 2B OUTLET ISOL VLV, OPEN pushbutton. [19] DEPRESS 2-HS-2-216B, MFPT CONDENSER 2B OUTLET ISOL VLV, STOP pushbutton before 2-FCV-2-216, MFPT CONDENSER 2B OUTLET ISOL, reaches the open position, and VERIFY the following: (Acc Crit) 5.2[5] A. Red light ON at 2-HS-2-216B, MFPT CONDENSER 2B OUTLET ISOL VLV. B. Green light ON at 2-HS-2-216B, MFPT CONDENSER 2B OUTLET ISOL VLV. C. By local verification, valve 2-FCV-2-216, MFPT CONDENSER 2B OUTLET ISOL, stops in mid-position.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 153 of 450 Date 6.1.18 Valves 2-FCV-2-211, MFPT CONDENSER 2B INLET ISOL, and 2-FCV-2-216, MFPT CONDENSER 2B OUTLET ISOL, Main Feedwater Pump Turbine 2B Condenser Inlet and Outlet Isolation Valves (continued) [20] DEPRESS 2-HS-2-216B, MFPT CONDENSER 2B OUTLET ISOL VLV, OPEN pushbutton, and VERIFY that 2-FCV-2-216, MFPT CONDENSER 2B OUTLET ISOL, is OPEN. [21] DEPRESS 2-HS-2-216B, MFPT CONDENSER 2B OUTLET ISOL VLV, CLOSE pushbutton. [22] DEPRESS 2-HS-2-216B, MFPT CONDENSER 2B OUTLET ISOL VLV, STOP pushbutton before 2-FCV-2-216, MFPT CONDENSER 2B OUTLET ISOL, reaches the close position, and VERIFY the following: (Acc Crit) 5.2[5] A. Red light ON at 2-HS-2-216B, MFPT CONDENSER 2B OUTLET ISOL VLV. B. Green light ON at 2-HS-2-216B, MFPT CONDENSER 2B OUTLET ISOL VLV. C. By local verification, valve 2-FCV-2-216, MFPT CONDENSER 2B OUTLET ISOL, stops in mid-position. [23] DEPRESS 2-HS-2-216B, MFPT CONDENSER 2B OUTLET ISOL VLV, CLOSE pushbutton, and VERIFY that 2-FCV-2-216, MFPT CONDENSER 2B OUTLET ISOL, is CLOSED. [24] DEPRESS 2-HS-2-216B, MFPT CONDENSER 2B OUTLET ISOL VLV, OPEN pushbutton.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 154 of 450 Date 6.1.18 Valves 2-FCV-2-211, MFPT CONDENSER 2B INLET ISOL, and 2-FCV-2-216, MFPT CONDENSER 2B OUTLET ISOL, Main Feedwater Pump Turbine 2B Condenser Inlet and Outlet Isolation Valves (continued) [25] DEPRESS and HOLD Relay R/ITT-2 armature located in Panel 2-L-276, and VERIFY the following: (Acc Crit) 5.2[5] A. Valve 2-FCV-2-21 1, MFPT CONDENSER 2B INLET ISOL, CLOSED. B. Valve 2-FCV-2-216, MFPT CONDENSER 2B OUTLET ISOL, CLOSED. [26] RELEASE Relay R/TT-2 armature located in Panel 2-L-276. [27] PLACE 2-HS-2-211A, MFPT 'B' CONDENSER CNDS INLET, to OPEN, and VERIFY 2-FCV-2-21 1, MFPT CONDENSER 2B INLET ISOL, is OPEN. [28] PLACE 2-HS-2-216A, MFPT 'B' CONDENSER CNDS OUTLET, to OPEN, and VERIFY 2-FCV-2-216, MFPT CONDENSER 2B OUTLET ISOL, is OPEN. [29] DEPRESS and HOLD Relay RITT-1 armature located in Panel 2-L-275 to simulate a MFPT-A Trip signal to 2-FCV-2-21 1, MFPT COND 2B INLET ISOL.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 155 of 450 Date 6.1.18 Valves 2-FCV-2-211, MFPT CONDENSER 2B INLET ISOL, and 2-FCV-2-216, MFPT CONDENSER 2B OUTLET ISOL, Main Feedwater Pump Turbine 2B Condenser Inlet and Outlet Isolation Valves (continued) [30] DEPRESS and HOLD Relay R/TT-2 armature located in Panel 2-L-275 to simulate a MFPT-A Trip signal to 2-FCV-2-216, MFPT CONDENSER 2B OUTLET ISOL. [31] DEPRESS and HOLD Relay R/TT-2 armature located in Panel 2-L-276, and VERIFY the following: A. Valve 2-FCV-2-211, MFPT CONDENSER 2B INLET ISOL, REMAINS OPEN. B. Valve 2-FCV-2-216, MFPT CONDENSER 2B OUTLET ISOL, REMAINS OPEN. NOTE Relay R/TT-2 in panel 2-L-276 must be released first to prevent valves from traveling closed. [32] RELEASE the armature on the following Relays: Relay Panel Location R/TT-2 2-L-276 R/TT-1 2-L-275 R/TT-2 2-L-275

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 156 of 450 Date 6.1.18 Valves 2-FCV-2-211, MFPT CONDENSER 2B INLET ISOL, and 2-FCV-2-216, MFPT CONDENSER 2B OUTLET ISOL, Main Feedwater Pump Turbine 2B Condenser Inlet and Outlet Isolation Valves (continued) [33] REMOVE jumper installed between Terminal 7 (wire HDPX) and Terminal 8 (wire HDR1) on Terminal Block TB-A-35 in Panel 2-R-128. 1st CV [34] DEPRESS and HOLD Relay R/TT-2 armature located in Panel 2-L-276, and VERIFY the following: A. Valve 2-FCV-2-21 1, MFPT CONDENSER 2B INLET ISOL, REMAINS OPEN. B. Valve 2-FCV-2-216, MFPT CONDENSER 2B OUTLET ISOL, REMAINS OPEN. [35] RELEASE Relay R/TT-2 armature located in Panel 2-L-276. [36] PLACE the following breakers to ON. (This step may be N/A if conditions require these breakers to remain OFF) A. 2-BKR-46-9, 250V DC FDR FOR MFPT A TRIP BUS UNIT 2, [250V Bat Bd 2, Panel 3] B. 2-BKR-46-36, 250V DC FDR FOR MFPT B TRIP BUS UNIT 2, [250V Bat Bd 2, Panel 3]

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 157 of 450 Date 6.1.19 Hotwell Auto Makeup to Condenser and Hotwell Level Bypass to Condensate Storage Tank [1] VERIFY that the preliminary actions applicable to this subsection have been completed. [2] ENSURE NC-PI-9, IA Functional Test 2.001 Hotwell Level, has been performed. [3] ATTACH performance data from NC-PI-9, IA Functional Test 2.001 Hotwell Level, to the Data Package in 2-PTI-002-01. NOTE The following information will be extracted from the NC-PI-9, IA Functional Test 2.001 Hotwell Level Data Package. [4] ENSURE simulated Hotwell input is for High Level, then VERIFY that 2-LCV-2-9, MAIN CONDENSER AUTO MAKEUP LEVEL CNTL, modulates in the CLOSED direction. (Acc Crit) 5.3[3] [5] VERIFY that 2-LCV-2-3, MAIN CONDENSER AUTO BYPASS LEVEL CNTL, modulates in the OPEN direction. (Acc Crit) 5.3[2] [6] VERIFY that alarm 2-XA-55-3A-45D, HOTWELL LEVEL HI/LO, is ALARMED for Zone A High Hotwell Level. (Acc Crit) 5.3[1] [7] VERIFY that alarm 2-XA-55-3A-45D, HOTWELL LEVEL HI/LO, is ALARMED for Zone C High Hotwell Level. (Acc Crit) 5.3[1] [8] ENSURE simulated Hotwell input is for Low Level, then VERIFY that 2-LCV-2-3, MAIN CONDENSER AUTO BYPASS LEVEL CNTL, modulates in the CLOSED direction. (Acc Crit) 5.3[2]

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 158 of 450 Date 6.1.19 Hotwell Auto Makeup to Condenser and Hotwell Level Bypass to Condensate Storage Tank (continued) [9] VERIFY that 2-LCV-2-9, MAIN CONDENSER AUTO MAKEUP LEVEL CNTL, modulates in the OPEN direction. (Acc Crit) 5.3[3] [10] VERIFY that alarm 2-XA-55-3A-45D, HOTWELL LEVEL HI/LO, is ALARMED for Zone A Low Hotwell Level. (Acc Crit) 5.3[1] [11] VERIFY that alarm 2-XA-55-3A-45D, HOTWELL LEVEL HI/LO, is ALARMED for Zone C Low Hotwell Level. (Acc Crit) 5.3[1]

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 159 of 450 Date 6.1.20 Gland Steam Condenser Inlet Pressure [1] VERIFY that the prerequisites applicable to this subsection have been completed. [2] CLOSE 2-RTV-0324A [T14H/708], RT VLV FOR 2-PIS-2-41/2-PDT-2-260, to 2-PIS-2-41, GLAND STM COND INLET PRESS at panel 2-L-908. [3] CONNECT the hand pump, 0-600 psig, to the high side test connection of 2-PIS-2-41 [T14H/729], GLAND STM COND INLET PRESS. 1st Cv [4] ENSURE Window 40E on 2-XA-55-2C, CNDS INLET TO GLAND STM COND PRESS HI, is CLEARED. [5] SLOWLY INCREASE pressure in 2-PIS-2-41, GLAND STM COND INLET PRESS, until Window 40E ON 2-XA-55-2C, CNDS INLET TO GLAND STM COND PRESS HI, ALARMS, and RECORD the pressure PSIG. (Acc Crit) 5.9[1] M &TE ID# [6] VERIFY Events Display Screen Window 40E ON 2-XA-55-2C, CNDS INLET TO GLAND STM COND PRESS HI, is ALARMED. (Acc Crit) 5.9[1] [7] DECREASE pressure to zero on 2-PIS-2-41, GLAND STM COND INLET PRESS. [8] VERIFY Window 40E ON 2-XA-55-2C, CNDS INLET TO GLAND STM COND PRESS HI, is CLEARED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 160 of 450 Date 6.1.20 Gland Steam Condenser Inlet Pressure (continued) [9] REMOVE hand pump from 2-PIS-2-41, GLAND STM COND INLET PRESS, test connection and recap. 1st Cv [10] OPEN 2-RTV-0324A, RT VLV FOR 2-PIS-2-41/2-PDT-2-260, to 2-PIS-2-41, GLAND STM COND INLET PRESS, at panel 2-L-908.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 161 of 450 Date 6.1.21 Main/Standby Feedwater Pump NPSH Low Alarm [1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. [2] CLOSE 2-RTV-002-0381A [T1 6E729], 2-PT-2-129 ROOT. [3] CONNECT the hand pump (0-200 PSIG) to the test connection of 2-PT-2-129 [T14C/708], MFP Inlet Pressure transmitter. 1st CV [4] SLOWLY INCREASE pressure in 2-PT-2-129, MFP Inlet Pressure transmitter until 2-XA-55-3A, Window 49E, MFWP or STBY FWP SUCTION NPSH LO, ALARMS, and RECORD the pressure PSIG (Acc Crit) 5.4[1] M &TE ID# [5] VERIFY Events Display Screen Window 49E ON 2-XA-55-3A, MFWP or STBY FWP SUCTION NPSH LO, is ALARMED. (Acc Crit) 5.4[1] [6] DECREASE pressure to zero in 2-PT-2-129 MFP Inlet Pressure transmitter until 2-XA-55-3A, Window 49E, MFWP or STBY FWP SUCTION NPSH LO, is CLEARED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 162 of 450 Date 6.1.21 Main/Standby Feedwater Pump NPSH Low Alarm (continued) [7] REMOVE the hand pump from test connection of 2-PT-2-129 MFP Inlet Pressure transmitter test connection and recap. 1st Cv [8] OPEN 2-RTV-002-0381A, 2-PT-2-129 ROOT.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 163 of 450 Date 6.2 Feedwater Heater Level Control 6.2.1 Condensate Heater A6 Level Control [1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. [2] ENSURE the following valves are OPEN: A. 2-FCV-2-45 [T11 H/724], CONDENSATE HTR A5/A6/A7 INLET HDR ISOL B. 2-FCV-2-55 [TiOG/741], CONDENSATE HTR A5/A6/A7 OUTLET HDR ISOL [3] CLOSE the following valves on 2-FWHT-2-A6 [T1 2H/721] CONDENSATE HEATER A6: A. 2-RTV-6-1820A [TILE/724], 2-LIC-6-138 ROOT B. 2-RTV-6-1821A [TIIH/724], 2-LIC-6-138 ROOT [4] CONNECT a demineralized water source to 2-DRV-6-1130 [T11 H/724] 2-LIC-6-138 DRAIN. [5] OPEN the following valves: A. 2-DRV-6-1130 [T11 H/724], 2-LIC-6-138 DRAIN B. 2-VTV-6-1140 [T1 1H/724], 2-LIC-6-138 VENT [6] ENSURE Startup personnel are located at 2-02-2-45 [T11 K/729], TDR FOR LP HTR ISOL 2-FCV-002-0045, to watch the relay CLOSE. [7] FILL 2-LIC-6-138 [T1i1 G/729], CNDS HEATER A6 SHELL SIDE LEVEL, AND ENSURE Startup personnel located at 2-02-2-45 [T11 K/729], TDR FOR LP HTR ISOL 2-FCV-002-0045, verified 2-02-2-45 is CLOSED. (Acc Crit) 5.11[1] 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 164 of 450 Date 6.2.1 Condensate Heater A6 Level Control (continued) [8] VERIFY the following valves are CLOSED: (Acc Crit) 5.5[1] A. 2-FCV-2-45 [T11H/724], CONDENSATE HTR A5/A6/A7 INLET HDR ISOL B. 2-FCV-2-55 [T10G/741], CONDENSATE HTR A5/A6/A7 OUTLET HDR ISOL [9] CLOSE the demineralized water source. [10] CLOSE the following valves: A. 2-DRV-6-1130 [T11H/724] 2-LIC-6-138 DRAIN B. 2-VTV-6-1140 [T11 H/724], 2-LIC-6-138 VENT [11] DISCONNECT the demineralized water source to 2-DRV-6-1130 [Ti 1H/724], 2-LIC-6-138 DRAIN. [12] CONNECT hose to 2-DRV-6-949 [T16H/724], CNDS HTR A6 SHELL SIDE LEVEL COLUMN DRAIN. [13] OPEN the following valves on 2-FWHT-2-A6 [T12H/721] CONDENSATE HEATER A6: A. 2-RTV-6-1820A [TI 1E/724], 2-LIC-6-138 ROOT B. 2-RTV-6-1821A [TI1H/724], 2-LIC-6-138 ROOT [14] OPEN 2-DRV-6-949 [T16H/724], CNDS HTR A6 SHELL SIDE LEVEL COLUMN DRAIN, AND DRAIN to the nearest floor drain.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 165 of 450 Date 6.2.1 Condensate Heater A6 Level Control (continued) [15] CLOSE 2-DRV-6-949 [T16H/724], CNDS HTR A6 SHELL SIDE LEVEL COLUMN DRAIN, AND REMOVE hose. [16] DEPRESS the following handswitches to OPEN: A. 2-HS-2-45B ((T11H/721)), CONDENSATE HTR A5/A6/A7 INLET HDR ISOL B. 2-HS-2-55B [T11H/721], CONDENSATE HTR A5/A6/A7 OUTLET HDR ISOL

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 166 of 450 Date 6.2.2 Condensate Heater A5 Level Control [1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. [2] ENSURE the following valves are OPEN: A. 2-FCV-2-45 ['TI"IH/724], CONDENSATE HTR A5/A6/A7 INLET HDR ISOL B. 2-FCV-2-55 [TiOG/741], CONDENSATE HTR A5/A6/A7 OUTLET HDR ISOL [3] CLOSE the following valves on 2-FWHT-2-A5 [T12G/729] CONDENSATE HEATER A5: A. 2-RTV-6-1790 [T11G/724], 2-LIC-6-133 ROOT B. 2-RTV-6-1791A [T IE/729], 2-LIC-6-133 ROOT [4] CONNECT a demineralized water source to 2-DRV-6-1118 [T11G/724] 2-LIC-6-133 DRAIN. [5] OPEN the following valves: A. 2-DRV-6-1118 [T11G/724] 2-LIC-6-133 DRAIN B. 2-VTV-6-1128 [T11G/724], 2-LIC-6-133 VENT [6] ENSURE Startup personnel are located at 2-02-2-45 [Ti 1K/729], TDR FOR LP HTR ISOL 2-FCV-002-0045, to watch the relay CLOSE. [7] FILL 2-LIC-6-133 [T11 E/729], CNDS HEATER A5 SHELL SIDE LEVEL, AND ENSURE Startup personnel located at 2-02-2-45 [T1i1 K/729], TDR FOR LP HTR ISOL 2-FCV-002-0045, verified 2-02-2-45 is CLOSED. (Acc Crit)5.5[2] 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 167 of 450 Date 6.2.2 Condensate Heater A5 Level Control (continued) [8] VERIFY the following valves are CLOSED: (Acc Crit) 5.5[2] A. 2-FCV-2-45 [T11H/724], CONDENSATE HTR A5/A6/A7 INLET HDR ISOL B. 2-FCV-2-55 [T10G/741], CONDENSATE HTR A5/A6/A7 OUTLET HDR ISOL [9] CLOSE the demineralized water source. [10] CLOSE the following valves: A. 2-DRV-6-1118 [T11G/724], 2-LIC-6-133 DRAIN B. 2-VTV-6-1128 [T11G/724], 2-LIC-6-133 VENT [11] DISCONNECT the demineralized water source to 2-DRV-6-1118 [T11G/724] 2-LIC-6-133 DRAIN. [12] CONNECT hose to 2-DRV-6-946 [T1IG/724] CNDS HTR A5 SHELL SIDE LEVEL COLUMN DRAIN. [13] OPEN the following valves on 2-FWHT-2-A5 [T12G/729] CONDENSATE HEATER A5: A. 2-RTV-6-1790 [T11G/724], 2-LIC-6-133 ROOT B. 2-RTV-6-1791A [Ti1E/729], 2-LIC-6-133 ROOT [14] OPEN 2-DRV-6-946 [T1 1G/724] CNDS HTR A5 SHELL SIDE LEVEL COLUMN DRAIN, AND DRAIN to nearest floor drain.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 168 of 450 Date 6.2.2 Condensate Heater A5 Level Control (continued) [15] DEPRESS the following handswitches to OPEN: A. 2-HS-2-45B [TI11H/721], CONDENSATE HTR A5/A6/A7 INLET HDR ISOL B. 2-HS-2-55B [T11H/721], CONDENSATE HTR A5/A6/A7 OUTLET HDR ISOL [16] CLOSE 2-DRV-6-946 [T11G/724] CNDS HTRA5 SHELL SIDE LEVEL COLUMN DRAIN, AND REMOVE hose.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 169 of 450 Date 6.2.3 Condensate Heater A4 Level Control [1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. [2] ENSURE the following valves are OPEN: A. 2-FCV-2-110 [TI5G/708], CONDENSATE HTR A2/A3/A4 INLET HDR ISOL B. 2-FCV-2-128 [TI5D/708], CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL [3] CLOSE the following valves on 2-FWHT-2-A4 [T16F/729] CONDENSATE HEATER A4: A. 2-RTV-6-48A [T14G/729], 2-LIC-6-127B ROOT B. 2-RTV-6-54A [T1I1 H/724], 2-LIC-6-127B ROOT [4] CONNECT a demineralized water source to 2-DRV-6-0088 [T14G/729] 2-LIC-6-127B DRAIN. [5] OPEN the following valves: A. 2-DRV-6-88 [T14G/729], 2-LIC-6-127B DRAIN B. 2-VTV-6-146 [T14G/729], 2-LIC-6-127B VENT [6] ENSURE Startup personnel are located at 2-02-2-110 [T14D/708], TDR FOR CLOSE 2-FCV-2-110/128, 2-FCV 108, to watch the relay CLOSE. [7] FILL 2-LIC-6-127B [T15F/729], CNDS HEATER A4 SHELL SIDE LEVEL, AND ENSURE Startup personnel located at 2-02-2-110 [T14D/708], TDR FOR CLOSE 2-FCV-2-110/128, 2-FCV-6-108, verified 2-02-2-110 is CLOSED. (Acc Crit) 5.5[3] 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000

                                                       --Page 170 of 450 Date 6.2.3   Condensate Heater A4 Level Control (continued)

[8] VERIFY the following valves are CLOSED: (Acc Crit) 5.5[3] A. 2-FCV-2-110 [T15G/708], CONDENSATE HTRA2/A3/A4 INLET HDR ISOL B. 2-FCV-2-128 [T15D/708], CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL [9] CLOSE the demineralized water source. [10] CLOSE the following valves: A. 2-DRV-6-88 [T14G/729], 2-LIC-6-127B DRAIN B. 2-VTV-6-146 [T14G/729], 2-LIC-6-127B VENT [11] DISCONNECT the demineralized water source to 2-DRV-6-88 [T15G/729], 2-LIC-6-127B DRAIN. [12] CONNECT hose to 2-DRV-6-940 [T15G/729], CNDS HTR A4 SHELL SIDE LEVEL COLUMN DRAIN. [13] OPEN the following valves on 2-FWHT-2-A4 [T16F/729] CONDENSATE HEATER A4: A. 2-RTV-6-48A [Ti4G/729], 2-LIC-6-127B ROOT B. 2-RTV-6-54A [TI1H/724], 2-LIC-6-127B ROOT [14] OPEN 2-DRV-6-940 [T14G/729], CNDS HTR A4 SHELL SIDE LEVEL COLUMN DRAIN, AND DRAIN to nearest floor drain.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 171 of 450 Date 6.2.3 Condensate Heater A4 Level Control (continued) [15] CLOSE 2-DRV-6-940 [T14G/729], CNDS HTR A4 SHELL SIDE LEVEL COLUMN DRAIN, AND REMOVE hose. [16] DEPRESS the following handswitches to OPEN: A. 2-HS-2-110B [T15G/708], CONDENSATE HTR A2/A3/A4 INLET HDR ISOL B. 2HS-2-128B [T15D/708], CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 172 of 450 Date 6.2.4 Condensate Heater A2 Level Control [1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. [2] ENSURE the following valves are OPEN: A. 2-FCV-2-110 [T15G/708], CONDENSATE HTR A2/A3/A4 INLET HDR ISOL B. 2-FCV-2-128 [T15D/708], CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL [3] CLOSE the following valves on 2-FWHT-2-A2 [T1 OD/708] CONDENSATE HEATER A2: A. 2-RTV-6-1991A [TI5D/708], 2-LIC-6-1988 ROOT B. 2-RTV-6-1992A [TI5D/708], 2-LIC-6-1988 ROOT [4] CONNECT a demineralized water source to 2-DRV-6-0008 [T14D/708] 2-LIC-6-1988 DRAIN. [5] OPEN the following valves: A. 2-DRV-6-8 [Ti4D/708], 2-LIC-6-1988 DRAIN B. 2-VTV-6-2 [TI4D/708], 2-LIC-6-1988 VENT [6] ENSURE Startup personnel are located at 2-02-2-110 [T14D/708], TDR FOR CLOSE 2-FCV-2-110/128, 2-FCV 108, to watch the relay CLOSE. [7] FILL 2-LIC-6-1988 [T15D/708], CNDS HEATER A2 SHELL SIDE LEVEL, AND ENSURE Startup personnel located at 2-02-2-110 [T14D/708], TDR FOR CLOSE 2-FCV-2-110/128, 2-FCV-6-108, verified 2-02-2-110 is CLOSED. (Acc Crit) 5.5[4] 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 173 of 450 Date 6.2.4 Condensate Heater A2 Level Control (continued) [8] VERIFY the following valves are CLOSED: (Acc Crit) 5.5[4] A. 2-FCV-2-110 [TI"5G/708], CONDENSATE HTR A2/A3/A4 INLET HDR ISOL B. 2-FCV-2-128 [Ti5D/708], CONDENSATE HTRA2/A3/A4 OUTLET HDR ISOL [9] CLOSE the demineralized water source. [10] CLOSE the following valves: A. 2-DRV-6-8 [Tr4D/708], 2-LIC-6-1988 DRAIN B. 2-VTV-6-2 [TI4D/708], 2-LIC-6-1988 VENT [11] DISCONNECT the demineralized water source to 2-DRV-6-8 [T14D/708], 2-LIC-6-1988 DRAIN. [12] CONNECT hose to 2-DRV-6-943 [T1 5D/708], CNDS HTR A2 SHELL SIDE LEVEL COLUMN DRAIN. [13] OPEN the following valves on 2-FWHT-2-A2 [T10D/708] CONDENSATE HEATER A2: A. 2-RTV-6-1991A [TI5D/708], 2-LIC-6-1988 ROOT B. 2-RTV-6-1992A [TI5D/708], 2-LIC-6-1988 ROOT [14] OPEN 2-DRV-6-943 [TI15D/708], CNDS HTR A2 SHELL SIDE LEVEL COLUMN DRAIN, AND DRAIN to nearest floor drain.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 174 of 450 Date 6.2.4 Condensate Heater A2 Level Control (continued) [15] CLOSE 2-DRV-6-943 [T15D/708], CNDS HTR A2 SHELL SIDE LEVEL COLUMN DRAIN, AND REMOVE hose. [16] DEPRESS the following handswitches to OPEN: A. 2-HS-2-110B [T15G/708], CONDENSATE HTR A2/A3/A4 INLET HDR ISOL B. 2-HS-2-128B [Ti5D/708], CONDENSATE HTR A2/A3/A4 OUTLET HDR ISOL

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 175 of 450 Date 6.2.5 Condensate Heater B6 Level Control [1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. [2] ENSURE the following valves are OPEN: A. 2-FCV-2-56 [T11G/724], CONDENSATE HTR B5/B6/B7 INLET HDR ISOL B. 2-FCV-2-65 [T11F/724], CONDENSATE HTR B5/B6/B7 OUTLET HDR ISOL [3] CLOSE the following valves on 2-FWHT-2-B6 [T12G/721] CONDENSATE HEATER B6: A. 2-RTV-6-1830 [T1i1 F/724], 2-LIC-6-158 ROOT B. 2-RTV-6-1831 [T11F/724], 2-LIC-6-158 ROOT [4] CONNECT a demineralized water source to 2-DRV-6-1134 [T11 G/724], 2-LIC-6-158 DRAIN. [5] OPEN the following valves: A. 2-DRV-6-1134 [T11G/724], 2-LIC-6-158 DRAIN B. 2-VTV-6-1144 [T11G/724], 2-LIC-6-158 VENT [6] ENSURE Startup personnel are located at 2-02-2-56 [T9F/729], TDR FOR CLOSE 2-FCV-2-56/65, 2-FCV-6-163, 2-LCV-6-147A, to watch the relay CLOSE. [7] FILL 2-LIC-6-158 [T15D/708], CNDS HEATER B6 SHELL SIDE LEVEL, AND ENSURE Startup personnel located at 2-02-2-56 [T9F/729], TDR FOR CLOSE 2-FCV-2-56/65, 2-FCV-6-163, 2-LCV 147A, verified 2-02-2-56 is CLOSED. (Acc Crit) 5.5[5] 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 176 of 450 Date 6.2.5 Condensate Heater B6 Level Control (continued) [8] VERIFY the following valves are CLOSED: (Acc Crit) 5.5[5] A. 2-FCV-2-56 [Ti1G/724], CONDENSATE HTR B5/B6/B7 INLET HDR ISOL B. 2-FCV-2-65 [TIIF/724], CONDENSATE HTR B5/B6/B7 OUTLET HDR ISOL [9] CLOSE the demineralized water source. [10] CLOSE the following valves: A. 2-DRV-6-1134 [T11G/724] 2-LIC-6-158 DRAIN B. 2-VTV-6-1144 [T11G/724], 2-LIC-6-158 VENT [11] DISCONNECT the demineralized water source to 2-DRV-6-1134 [T-i1 G/724] 2-LIC-6-158 DRAIN. [12] CONNECT hose to 2-DRV-6-950 [TI 1G/724] CNDS HTR B6 SHELL SIDE LEVEL COLUMN DRAIN. [13] OPEN the following valves on 2-FWHT-2-B6 [T12G/721] CONDENSATE HEATER B6: A. 2-RTV-6-1830 [T11 F/724], 2-LIC-6-158 ROOT B. 2-RTV-6-1831 [T11F/724], 2-LIC-6-158 ROOT [14] OPEN 2-DRV-6-950 [T11G/724] CNDS HTR B6 SHELL SIDE LEVEL COLUMN DRAIN, AND DRAIN to nearest floor drain.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 177 of 450 Date 6.2.5 Condensate Heater B6 Level Control (continued) [15] DEPRESS the following handswitches to OPEN: A. 2-HS-2-56B [T11G/724], CONDENSATE HTR B5/B6/B7 INLET HDR ISOL B. 2-HS-2-65B [T11 F/724], CONDENSATE HTR B5/B6/B7 OUTLET HDR ISOL [16] CONNECT 2-DRV-6-950 [T11G/724] CNDS HTR B6 SHELL SIDE LEVEL COLUMN DRAIN, AND REMOVE hose.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 178 of 450 Date 6.2.6 Condensate Heater B5 Level Control [1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. [2] ENSURE the following valves are OPEN: A. 2-FCV-2-56 [T11G/724], CONDENSATE HTR B5/B6/B7 INLET HDR ISOL B. 2-FCV-2-65 [Ti 1F/724], CONDENSATE HTR B5/B6/B7 OUTLET HDR ISOL [3] CLOSE the following valves on 2-FWHT-2-B5 [T12F/729] CONDENSATE HEATER 85: A. 2-RTV-6-1800A [T11E/724], 2-LIC-6-153 ROOT B. 2-RTV-6-1801A [T11F/724], 2-LIC-6-153 ROOT [4] CONNECT a demineralized water source to 2-DRV-6-1122 [T11 F/729] 2-LIC-6-153 DRAIN. [5] OPEN the following valves: A. 2-DRV-6-1122 [T11G/724], 2-LIC-6-153 DRAIN B. 2-VTV-6-1132 [T11G/724], 2-LIC-6-153 VENT [6] ENSURE Startup personnel are located at 2-02-2-56 [T9F/729], TDR FOR CLOSE 2-FCV-2-56/65, 2-FCV-6-163, 2-LCV-6-147A, to watch the relay CLOSE.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 179 of 450 Date 6.2.6 Condensate Heater B5 Level Control (continued) [7] FILL 2-LIC-6-153 [T11E/729], CNDS HEATER B5 SHELL SIDE LEVEL, AND ENSURE Startup personnel located at 2-02-2-56 [T9F/729], TDR FOR CLOSE 2-FCV-2-56/65, 2-FCV-6-163, 2-LCV 147A, verified 2-02-2-56 is CLOSED. (Acc Crit) 5.5[6] 1st CV [8] VERIFY the following valves are CLOSED: (Acc Crit) 5.5[6] A. 2-FCV-2-56 [T11G/724], CONDENSATE HTR B5/B6/B7 INLET HDR ISOL B. 2-FCV-2-65 [T11F/724], CONDENSATE HTR B5/B6/B7 OUTLET HDR ISOL [9] CLOSE the demineralized water source. [10] CLOSE the following valves: A. 2-DRV-6-1122 [T11G/724] 2-LIC-6-153 DRAIN B. 2-VTV-6-1132 [T11 G/724], 2-LIC-6-153 VENT [11] DISCONNECT the demineralized water source to 2-DRV-6-1122 [T11 G/724] 2-LIC-6-153 DRAIN [12] CONNECT hose to 2-DRV-6-947 [Ti 1F/724], CNDS HTR B5 SHELL SIDE LEVEL COLUMN DRAIN.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 180 of 450 Date 6.2.6 Condensate Heater B5 Level Control (continued) [13] OPEN the following valves on 2-FWHT-2-B5 [T12F/729] CONDENSATE HEATER B5: A. 2-RTV-6-1800A [TIIE/724], 2-LIC-6-153 ROOT B. 2-RTV-6-1801A [T11F/724], 2-LIC-6-153 ROOT [14] OPEN 2-DRV-6-947 [T11F/724], CNDS HTR B5 SHELL SIDE LEVEL COLUMN DRAIN, AND DRAIN to nearest floor drain. [15] CLOSE 2-DRV-6-947 [T11F/724], CNDS HTR B5 SHELL SIDE LEVEL COLUMN DRAIN, AND REMOVE hose. [16] DEPRESS the following handswitches to OPEN: A. 2-HS-2-56B [T11G/724], CONDENSATE HTR B5/B6/B7 INLET HDR ISOL B. 2-HS-2-65B [T11 F/724], CONDENSATE HTR B5/B6/1B7 OUTLET HDR ISOL

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 181 of 450 Date 6.2.7 Condensate Heater B4 Level Control [1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. [2] ENSURE the following valves are OPEN: A. 2-FCV-2-130 [T15G/708], CONDENSATE HTR B2/B3/B4 INLET HDR ISOL B. 2-FCV-2-147 [T15D/712], CONDENSATE HTR B2/B3/B4 OUTLET HDR ISOL [3] CLOSE the following valves on 2-FWHT-2-B4 [T1 5F/729] CONDENSATE HEATER B4: A. 2-RTV-6-59A [Ti5E/729], 2-LIC-6-147B ROOT B. 2-RTV-6-60A [TI5F/729], 2-LIC-6-147B ROOT [4] CONNECT a demineralized water source to 2-DRV-6-116 [T11 F/729] 2-LIC-6-147B DRAIN. [5] OPEN the following valves: A. 2-DRV-6-116 [T11G/724], 2-LIC-6-147B DRAIN B. 2-VTV-6-148 [T11G/724], 2-LIC-6-147B VENT [6] ENSURE Startup personnel are located at 2-02-2-130 [T9H/729], TDR FOR CLOSE 2-FCV-2-130/147, 2-FCV-6-109, 2-LCV-6-35A, to watch the relay CLOSE. [7] FILL 2-LIC-6-147B [T15G/729], CNDS HEATER B4 SHELL SIDE LEVEL, AND ENSURE Startup personnel located at 2-02-2-130 [T9H/729], TDR FOR CLOSE 2-FCV-2-130/147, 2-FCV-6-109, 2-LCV 35A, verified 2-02-2-130 is CLOSED. (Acc Crit) 5.5[7] 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 182 of 450 Date 6.2.7 Condensate Heater B4 Level Control (continued) [8] VERIFY that the following valves are CLOSED: (Acc Crit)5.5[7] A. 2-FCV-2-130 [T15G/708], CONDENSATE HTR B2/1B3/1B4 INLET HDR ISOL B. 2-FCV-2-147 [TI5D/712], CONDENSATE HTR B2/B3/B4 OUTLET HDR ISOL [9] CLOSE the demineralized water source. [10] CLOSE the following valves: A. 2-DRV-6-116 [T11G/724], 2-LIC-6-147B DRAIN B. 2-VTV-6-148 [T-11G/724], 2-LIC-6-147B VENT [11] DISCONNECT the demineralized water source to 2-DRV-6-116 [T11G/724], 2-LIC-6-147B DRAIN [12] CONNECT hose to 2-DRV-6-941 [Ti 1G/724], CNDS HTR C5 SHELL SIDE LEVEL COLUMN DRAIN. [13] OPEN the following valves on 2-FWHT-2-B4 [T1 5F/729] CONDENSATE HEATER B4: A. 2-RTV-6-59A [Ti5E/729], 2-LIC-6-147B ROOT B. 2-RTV-6-60A [Ti5F/729], 2-LIC-6-147B ROOT [14] OPEN 2-DRV-6-941 [T11G/724], CNDS HTR C5 SHELL SIDE LEVEL COLUMN DRAIN, AND DRAIN to the nearest floor drain.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 183 of 450 Date 6.2.7 Condensate Heater B4 Level Control (continued) [15] CLOSE 2-DRV-6-941 [T11G/724], CNDS HTR C5 SHELL SIDE LEVEL COLUMN DRAIN, AND REMOVE hose. [16] DEPRESS the following handswitches to OPEN: A. 2-HS-2-130B [T15G/708], CONDENSATE HTR B2/B3/B4 INLET HDR ISOL B. 2-HS-2-147B [T15D/712], CONDENSATE HTR B2/1B3/1B4 OUTLET HDR ISOL

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 184 of 450 Date 6.2.8 Condensate Heater B2 Level Control [1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. [2] ENSURE the following valves are OPEN: A. 2-FCV-2-130 [TI5G/708], CONDENSATE HTR B2/B3/B4 INLET HDR ISOL B. 2-FCV-2-147 [T15D/712], CONDENSATE HTR B2/B3/B4 OUTLET HDR ISOL [3] CLOSE the following valves on 2-FWHT-2-B2 [T15D/708] CONDENSATE HEATER B2: A. 2-RTV-6-1994A [Ti5D/708], 2-LIC-6-1989 ROOT B. 2-RTV-6-1993A [TI5D/708], 2-LIC-6-1989 ROOT [4] CONNECT a demineralized water source to 2-DRV-6-11 [T15D/708] 2-LIC-6-1989 DRAIN. [5] OPEN the following valves: A. 2-DRV-6-11 [T15D/708] 2-LIC-6-1989 DRAIN B. 2-VTV-6-16 [TI5D/708], 2-LIC-6-1989 VENT [6] ENSURE Startup personnel are located at 2-02-2-130 [T9H/729], TDR FOR CLOSE 2-FCV-2-130/147, 2-FCV-6-109, 2-LCV-6-35A, to watch the relay CLOSE. [7] FILL 2-LIC-6-1989 [T15D/708], CNDS HEATER B2 SHELL SIDE LEVEL, AND ENSURE Startup personnel located at 2-02-2-130 [T9H/729], TDR FOR CLOSE 2-FCV-2-130/147, 2-FCV-6-109, 2-LCV 35A, verified 2-02-2-130 is CLOSED. (Acc Crit) 5.5[8] 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 185 of 450 Date 6.2.8 Condensate Heater B2 Level Control (continued) [8] VERIFY that the following valves are CLOSED: (Acc Crit) 5.5[8] A. 2-FCV-2-130 [T1i5G/708], CONDENSATE HTR B2/1B3/1B4 INLET HDR ISOL B. 2-FCV-2-147 [T15D/712], CONDENSATE HTR B2/B3/B4 OUTLET HDR ISOL [9] CLOSE the demineralized water source. [10] CLOSE the following valves: A. 2-DRV-6-11 [T15D/708] 2-LIC-6-1989 DRAIN B. 2-VTV-6-16 [TI5D/708], 2-LIC-6-1989 VENT [11] DISCONNECT the demineralized water source to 2-DRV-6-11 [T1 5D/708] 2-LIC-6-1989 DRAIN. [12] CONNECT hose to 2-DRV-6-944 [T14D/708] CNDS HTR B2 SHELL SIDE LEVEL COLUMN DRAIN. [13] OPEN the following valves on 2-FWHT-2-B2 [T15D/708] CONDENSATE HEATER B2: A. 2-RTV-6-1994A [Ti5D/708], 2-LIC-6-1989 ROOT B. 2-RTV-6-1993A [TI-5D/708], 2-LIC-6-1989 ROOT [14] OPEN 2-DRV-6-944 [T14D/708] CNDS HTR B2 SHELL SIDE LEVEL COLUMN DRAIN, AND DRAIN to nearest floor drain.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 186 of 450 Date 6.2.8 Condensate Heater B2 Level Control (continued) [15] CLOSE 2-DRV-6-944 [T14D/708] CNDS HTR B2 SHELL SIDE LEVEL COLUMN DRAIN, AND REMOVE hose. [16] DEPRESS the following handswitches to OPEN: A. 2-HS-2-130B [T15G/708], CONDENSATE HTR B2/B3/B4 INLET HDR ISOL B. 2-HS-2-147B [T15D/712], CONDENSATE HTR B2/B3/B4 OUTLET HDR ISOL

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 187 of 450 Date 6.2.9 Condensate Heater C6 Level Control [1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. [2] ENSURE the following valves are OPEN: A. 2-FCV-2-66 [T11 F/724], CONDENSATE HTR C5/C6/C7 INLET HDR ISOL B. 2-FCV-2-75 [TILE/724], CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL [3] CLOSE the following valves on 2-FWHT-2-C6 [T12F/721] CONDENSATE HEATER C6: A. 2-RTV-6-1840A [TI 1G/729], 2-LIC-6-177 ROOT B. 2-RTV-6-1841A [TI1IF/724], 2-LIC-6-177 ROOT [4] CONNECT a demineralized water source to 2-DRV-6-1138 [T11 E/729] 2-LIC-6-177 DRAIN. [5] OPEN the following valves: A. 2-DRV-6-1138 [TIIE/724], 2-LIC-6-177 DRAIN B. 2-VTV-6-1148 [TILE/724], 2-LIC-6-177 VENT [6] ENSURE Startup personnel are located at 2-02-2-66 [T9H/729], TDR FOR CLOSE 2-FCV-2-66/75, 2-FCV-6-184, 2-LCV-6-166A, to watch the relay CLOSE. [7] FILL 2-LIC-6-177 [T11 G/729], CNDS HEATER C6 SHELL SIDE LEVEL, AND ENSURE Startup personnel located at 2-02-2-66 [T9H/729], TDR FOR CLOSE 2-FCV-2-66/75, 2-FCV-6-184, 2-LCV 166A, verified 2-02-2-66 is CLOSED. (Acc Crit) 5.5[9] 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 188 of 450 Date 6.2.9 Condensate Heater C6 Level Control (continued) [8] VERIFY that the following valves are CLOSED: (Acc Crit) 5.5[9] A. 2-FCV-2-66 [T11F/724], CONDENSATE HTR C5/C6/C7 INLET HDR ISOL B. 2-FCV-2-75 [TILE/724], CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL [9] CLOSE the demineralized water source. [10] CLOSE the following valves: A. 2-DRV-6-1138 [T11E/724], 2-LIC-6-177 DRAIN B. 2-VTV-6-1148 [TILE/724], 2-LIC-6-177 VENT [11] DISCONNECT the demineralized water source to 2-DRV-6-1138 [T11 E/724], 2-LIC-6-177 DRAIN. [12] CONNECT hose to 2-DRV-6-951 [T11E/724], CNDS HTR C6 SHELL SIDE LEVEL COLUMN DRAIN. [13] OPEN the following valves on 2-FWHT-2-C6 [T1 2F/721] CONDENSATE HEATER C6: A. 2-RTV-6-1840A [TIIG/729], 2-LIC-6-177 ROOT B. 2-RTV-6-1841A [T11F/724], 2-LIC-6-177 ROOT [14] OPEN 2-DRV-6-951 [T11E/724], CNDS HTR C6 SHELL SIDE LEVEL COLUMN DRAIN, AND DRAIN to nearest floor drain.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 189 of 450 Date 6.2.9 Condensate Heater C6 Level Control (continued) [15] CLOSE 2-DRV-6-951 [T11E/724], CNDS HTR C6 SHELL SIDE LEVEL COLUMN DRAIN, AND REMOVE hose. [16] DEPRESS the following handswitches to OPEN: A. 2-FCV-2-66B [T11F/724], CONDENSATE HTR C5/C6/C7 INLET HDR ISOL B. 2-FCV-2-75B [TILE/724], CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 190 of 450 Date 6.2.10 Condensate Heater C5 Level Control [1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. [2] ENSURE the following valves are OPEN: A. 2-FCV-2-66 [Ti1F/724], CONDENSATE HTR C5/C6/C7 INLET HDR ISOL B. 2-FCV-2-75 [TILE/724], CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL [3] CLOSE the following valves on 2-FWHT-2-C5 [T1 2E/729] CONDENSATE HEATER C5: A. 2-RTV-6-1810A [TI1G/724], 2-LIC-6-172 ROOT B. 2-RTV-6-1811A [TI1G/724], 2-LIC-6-172 ROOT [4] CONNECT a demineralized water source to 2-DRV-6-1126 [T11 E/724] 2-LIC-6-172 DRAIN. [5] OPEN the following valves: A. 2-DRV-6-1126 [Ti1E/724] 2-LIC-6-172 DRAIN B. 2-VTV-6-1136 [TiIE/724], 2-LIC-6-172 VENT [6] ENSURE Startup personnel are located at 2-02-2-66 [T9H/729], TDR FOR CLOSE 2-FCV-2-66/75, 2-FCV-6-184, 2-LCV-6-166A, to watch the relay CLOSE. [7] FILL 2-LIC-6-172 [T11 G/729], CNDS HEATER C5 SHELL SIDE LEVEL, AND ENSURE Startup personnel located at 2-02-2-66 [T9H/729], TDR FOR CLOSE 2-FCV-2-66/75, 2-FCV-6-184, 2-LCV 166A, verified 2-02-2-66 is CLOSED. (Acc Crit) 5.5[l0] 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 191 of 450 Date 6.2.10 Condensate Heater C5 Level Control (continued) [8] VERIFY that the following valves are CLOSED: (Acc Crit) 5.5[10] A. 2-FCV-2-66 [T11F/724], CONDENSATE HTR C5/C6/C7 INLET HDR ISOL B. 2-FCV-2-75 [TI1E/724], CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL [9] CLOSE the demineralized water source. [10] CLOSE the following valves: A. 2-DRV-6-1126 [TILE/724] 2-LIC-6-172 DRAIN B. 2-VTV-6-1136 [T11E/724], 2-LIC-6-172 VENT [11] DISCONNECT the demineralized water source to 2-DRV-6-1126 [T11 E/724] 2-LIC-6-172 DRAIN. [12] CONNECT hose to 2-DRV-6-948 [T11G/724] CNDS HTR C5 SHELL SIDE LEVEL COLUMN DRAIN. [13] OPEN the following valves on 2-FWHT-2-C5 [T12E/729] CONDENSATE HEATER C5: A. 2-RTV-6-1810A [Ti1G/724], 2-LIC-6-172 ROOT B. 2-RTV-6-1811A[TI1G/724], 2-LIC-6-172 ROOT [14] OPEN 2-DRV-6-948 [TI 1G/724] CNDS HTR C5 SHELL SIDE LEVEL COLUMN DRAIN, AND DRAIN to nearest floor drain.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 192 of 450 Date 6.2.10 Condensate Heater C5 Level Control (continued) [15] CLOSE 2-DRV-6-948 [T11G/724] CNDS HTR C5 SHELL SIDE LEVEL COLUMN DRAIN, AND REMOVE hose. [16] DEPRESS the following handswitches to OPEN: A. 2-HS-2-66B [T11F/724], CONDENSATE HTR C5/C6/C7 INLET HDR ISOL B. 2-HS-2-75B [T1IE/724], CONDENSATE HTR C5/C6/C7 OUTLET HDR ISOL

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 193 of 450 Date 6.2.11 Condensate Heater C4 Level Control [1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. [2] ENSURE the following valves are OPEN: A. 2-FCV-2-149 [T15G/708], CONDENSATE HTR C2/C3/C4 INLET HDR ISOL B. 2-FCV-2-167 [T14D/708], CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL [3] CLOSE the following valves on 2-FWHT-2-C4 [T1 5F/729] CONDENSATE HEATER C4: A. 2-RTV-6-67A [T15F/729], 2-LIC-6-166B ROOT B. 2-RTV-6-150A [TI5F/729], 2-LIC-6-166B ROOT [4] CONNECT a demineralized water source to 2-DRV-6-121 [T14F/729] 2-LIC-6-166B DRAIN. [5] OPEN the following valves: A. 2-DRV-6-121 [T14F/729], 2-LIC-6-166B DRAIN B. 2-VTV-6-150 [T14F/729], 2-LIC-6-166B VENT [6] ENSURE Startup personnel are located at 2-02-2-149 [T1 4D/708], TDR FOR CLOSE 2-FCV-2-149/167, 2-FCV 110, to watch the relay CLOSE. [7] FILL 2-LIC-6-166B [T14F/729], CNDS HEATER C4 SHELL SIDE LEVEL, AND ENSURE Startup personnel located at 2-02-2-149 [T14D/708], TDR FOR CLOSE 2-FCV-2-149/167, 2-FCV-6-110, verified 2-02-2-149 is CLOSED. (Acc Crit) 5.5[1 1] 1 st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 194 of 450 Date 6.2.11 Condensate Heater C4 Level Control (continued) [8] VERIFY that the following valves are CLOSED: (Acc Crit) 5.5[111] A. 2-FCV-2-149 [T15G/708], CONDENSATE HTR C2/C3/C4 INLET HDR ISOL B. 2-FCV-2-167 [T14D/708], CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL [9] CLOSE the demineralized water source. [10] CLOSE the following valves: A. 2-DRV-6-121 [T14F/729], 2-LIC-6-166B DRAIN B. 2-VTV-6-150 [T14F/729], 2-LIC-6-166B VENT [11] DISCONNECT the demineralized water source to 2-DRV-6-121 [T14F/729], 2-LIC-6-166B DRAIN. [12] CONNECT hose to 2-DRV-6-942 [T14G/729], CNDS HTR C4 SHELL SIDE LEVEL COLUMN DRAIN. [13] OPEN the following valves on 2-FWHT-2-C4 [T1 5F/729] CONDENSATE HEATER C4: A. 2-RTV-6-67A [TI5F/729], 2-LIC-6-166B ROOT B. 2-RTV-6-150A [Ti-5F/729], 2-LIC-6-166B ROOT [14] OPEN 2-DRV-6-942 [T14G/729], CNDS HTR C4 SHELL SIDE LEVEL COLUMN DRAIN, AND DRAIN to nearest floor drain.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 195 of 450 Date 6.2.11 Condensate Heater C4 Level Control (continued) [15] CLOSE 2-DRV-6-942 [T14G/729], CNDS HTR C4 SHELL SIDE LEVEL COLUMN DRAIN, AND REMOVE hose. [16] DEPRESS the following handswitches to OPEN: A. 2-HS-2-149B [T15G/708], CONDENSATE HTR C2/C3/C4 INLET HDR ISOL B. 2-HS-2-167B [TI14D/708], CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 196 of 450 Date 6.2.12 Condensate Heater C2 Level Control [1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. [2] ENSURE the following valves are OPEN: A. 2-FCV-2-149 [T15G/708], CONDENSATE HTR C2/C3/C4 INLET HDR ISOL B. 2-FCV-2-167 [T14D/708], CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL [3] CLOSE the following valves on 2-FWHT-2-C2 [T1 5D/708] CONDENSATE HEATER C2: A. 2-RTV-6-1995A [TI4D/708], 2-LIC-6-1990 ROOT B. 2-RTV-6-1996A [T14D/708], 2-LIC-6-1990 ROOT [4] CONNECT a demineralized water source to 2-DRV-6-17 [T14D/708] 2-LIC-6-166B DRAIN. [5] OPEN the following valves: A. 2-DRV-6-17 [T14D/708] 2-LIC-6-1990B DRAIN B. 2-VTV-6-20 [T14D/708], 2-LIC-6-1990B VENT [6] ENSURE Startup personnel are located at 2-02-2-149 [T1 4D/708], TDR FOR CLOSE 2-FCV-2-149/167, 2-FCV 110, to watch the relay CLOSE. [7] FILL 2-LIC-6-166B [T15D/729], CNDS HEATER C4 SHELL SIDE LEVEL, AND ENSURE Startup personnel located at 2-02-2-149 [T14D/708], TDR FOR CLOSE 2-FCV-2-149/167, 2-FCV-6-1 10, verified 2-02-2-149 is CLOSED. (Acc Crit) 5.5[12] 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 197 of 450 Date 6.2.12 Condensate Heater C2 Level Control (continued) [8] VERIFY that the following valves are CLOSED: (Acc Crit) 5.5[12] A. 2-FCV-2-149 [TI5G/708], CONDENSATE HTR C2/C3/C4 INLET HDR ISOL B. 2-FCV-2-167 [T14D/708], CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL [9] CLOSE the demineralized water source. [10] CLOSE the following valves: A. 2-DRV-6-17 [T14D/708] 2-LIC-6-1990B DRAIN B. 2-VTV-6-20 [Ti4D/708], 2-LIC-6-1990B VENT [11] DISCONNECT the demineralized water source to 2-DRV-6-17 [T14D/708] 2-LIC-6-1990B DRAIN. [12] CONNECT hose to 2-DRV-6-945 [T14D/708] CNDS HTR C2 SHELL SIDE LEVEL COLUMN DRAIN. [13] OPEN the following valves on 2-FWHT-2-C2 [T15D/708] CONDENSATE HEATER C2: A. 2-RTV-6-1995A [T14D/708], 2-LIC-6-1990 ROOT B. 2-RTV-6-1996A [TI4D/708], 2-LIC-6-1990 ROOT [14] OPEN 2-DRV-6-945 [T14D/708] CNDS HTR C2 SHELL SIDE LEVEL COLUMN DRAIN, AND DRAIN to nearest floor drain.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 198 of 450 Date 6.2.12 Condensate Heater C2 Level Control (continued) [15] CLOSE 2-DRV-6-945 [T14D/708] CNDS HTR C2 SHELL SIDE LEVEL COLUMN DRAIN, AND REMOVE hose. [16] DEPRESS the following handswitches to OPEN: A. 2-HS-2-149B [T15G/708], CONDENSATE HTR C2/C3/C4 INLET HDR ISOL B. 2-HS-2-167B [T14D/708], CONDENSATE HTR C2/C3/C4 OUTLET HDR ISOL

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 199 of 450 Date 6.3 Hotwell Pump 2A, 2B and 2C Controls 6.3.1 Hotwell Pump (HWP) 2A Controls [1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. [2] ENSURE the following initial conditions have been established as follows: A. 2-HS-30-886, [T14F/688] HOTWELL PUMP AREA COOLER, in AUTO. B. 2-HS-2-33A, [2-M-3] HOTWELL PMP A, to STOP. C. Annunciator Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, is CLEARED. D. Annunciator Window 14E ON 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. E. 2-FCV-2-205, [T15H/709], MFPT CONDENSER 2A OUTLET ISOL, is OPEN. F. 2-FCV-2-210, [T1 5H/709], MFPT CONDENSER 2A INLET ISOL, is OPEN. G. 2-FCV-2-21 1, [T1 5H/709], MFPT CONDENSER 2B INLET ISOL, is CLOSED. H. 2-FCV-2-216, [T1 5H/709], MFPT CONDENSER 2B OUTLET ISOL, is CLOSED. I. 480-V MOV BD 2C, Compt 6A, 2-BKR-2-205, is CLOSED. J. 6900-V UNIT BD 2A, Compt. 7, 2-FU-201- A7/3, ELEVATING CKT FOR BK 2A7, is INSTALLED. [3] RAISE 2-BD-201-A, Compt. 7, HOTWELL PUMP 2A, breaker elevating mechanism to simulate breaker fully racked up to the operating position. [4] PLACE 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), in the TEST position in accordance with GOI-7.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 200 of 450 Date 6.3.1 Hotwell Pump (HWP) 2A Controls (continued) NOTES

1) The following step makes up the breaker to the compartment secondary contact set to allow operation of the breaker through its normal control circuit while it is in the TEST position.

2) Lifting of the interlock mechanism of the breaker during installation of the Electrical DC Test Coupler cable between the breaker and board will prevent the breaker from charging and arcing of the secondary disconnect pins.

3) Electrical manipulations are to be performed by qualified Startup Test Electrical Personnel.

[5] LIFT up the breaker interlock mechanism, and CONNECT the Electrical DC Test Coupler between 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), and 2-BD-201A, Compt. 7 board secondary disconnects. 1st Cv [6] RELEASE the breaker interlock mechanism, and VERIFY 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), charges. [7] INSTALL STA mechanical test linkage in accordance with GOl-7 between breaker 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), and switch 52 STA in Compt. 7 of 2-BD-201-A with the breaker in the test position. 1st Cv [8] INSTALL the following Control Fuses in 2-BD-201-A, Compt 7. A. 2-FU-201-A7/1; HOTWELL PMP 2A TRIP. B. 2-FU-201-A7/2; HOTWELL PMP 2A CLOSE.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 201 of 450 Date 6.3.1 Hotwell Pump (HWP) 2A Controls (continued) [9] DEPRESS the TEST CLOSE pushbutton located inside 2-BD-201-A, Compt 7, and VERIFY 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), REMAINS OPEN. [10] VERIFY the following: (Acc Crit) 5.6[3]A A. Red light OFF at 2-HS-2-33A, HOTWELL PMP A. B. Green light ON at 2-HS-2-33A, HOTWELL PMP A. C. White light OFF at 2-HS-2-33A, HOTWELL PMP A. D. Red light OFF at 2-BD-201-A, Compt 7. E. Green light ON at 2-BD-201-A, Compt 7. F. By local verification, 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), is OPEN. G. By local verification, 2-MTR-30-886, HOTWELL PUMP COOLER, is OFF. H. Red light OFF at 2-HS-2-33B, HOTWELL PUMP 2A CONTROLS. I. Green light ON at 2-HS-2-33B, HOTWELL PUMP 2A CONTROLS.

Date 6.3.1 Hotwell Pump (HWP) 2A Controls (continued) [11] DEPRESS 2-HS-2-33B [T15F/680], HOTWELL PUMP 2A CONTROLS, TEST pushbutton, and VERIFY the following: (Acc Crit) 5.6[3]A A. 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), is CLOSED. B. Red light ON at 2-HS-2-33A, HOTWELL PMP A. C. Green light OFF at 2-HS-2-33A, HOTWELL PMP A. D. White light OFF at 2-HS-2-33A, HOTWELL PMP A. E. Red light ON at 2-BD-201-A, Compt 7. F. Green light OFF at 2-BD-201 -A, Compt 7. G. Red light ON at 2-HS-2-33B, HOTWELL PUMP 2A CONTROLS. H. Green light OFF at 2-HS-2-33B, HOTWELL PUMP 2A CONTROLS. I. 2-MTR-30-886, HOTWELL PUMP COOLER, is RUNNING. (Acc Crit) 5.6[1]A J. Computer Point Y2225D indicates HOTWELL PMP 2A BKR, CLOSED. (Acc Crit) 5.6[2]A [12] DEPRESS the TEST TRIP pushbutton located inside 2-BD-201-A, Compt. 7, and VERIFY that 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), REMAINS CLOSED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 203 of 450 Date 6.3.1 Hotwell Pump (HWP) 2A Controls (continued) [13] DEPRESS 2-HS-2-33B, HOTWELL PUMP 2A CONTROLS, SAFE-STOP pushbutton, and VERIFY the following: A. 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), is OPEN. B. 2-MTR-30-886, HOTWELL PUMP COOLER, is OFF. C. Computer Point Y2225D indicates HOTWELL PMP 2A BKR, OPEN. (Acc Crit) 5.6[2]A [14] DEPRESS 2-HS-2-33B, HOTWELL PUMP 2A CONTROLS, RESET pushbutton. [15] PLACE 2-HS-2-33A, HOTWELL PMP A, to START, and VERIFY the following: (Acc Crit) 5.6[3]A A. 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), CLOSED. B. Red light ON at 2-HS-2-33A, HOTWELL PMP A. C. Green light OFF at 2-HS-2-33A, HOTWELL PMP A. D. White light OFF at 2-HS-2-33A, HOTWELL PMP A. E. Red light ON at 2-HS-2-33B, HOTWELL PMP 2A CONTROLS. F. Green light OFF at 2-HS-2-33B, HOTWELL PMP 2A CONTROLS. [16] ENSURE 2-BKR-2-205 at 480V MOV BD 2C, Compt. 6A, is CLOSED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 204 of 450 Date 6.3.1 Hotwell Pump (HWP) 2A Controls (continued) [17] PLACE 2-HS-2-205A, MFPT'A' CONDENSER CNDS OUTLET, to CLOSE, and VERIFY the following: (Acc Crit) 5.6[4]A A. 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), is OPEN. B. Red light OFF at 2-HS-2-33A, HOTWELL PMP A. C. Green light ON at 2-HS-2-33A, HOTWELL PMP A. D. White light ON at 2-HS-2-33A, HOTWELL PMP A. E. Annunciator Window 14E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED. F. Events Display Screen shows Annunciator Window 14-E on 2-XA-55-1 B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED. G. Motor tripout buzzer is ON. [18] PLACE 2-HS-2-33B, HOTWELL PUMP 2A CONTROLS, to STOP, and VERIFY the following: (Acc Crit) 5.613]A A. White light OFF at 2-HS-2-33A, HOTWELL PMP A. B. Red light OFF at 2-HS-2-33A, HOTWELL PMP A. C. Green light ON at 2-HS-2-33A, HOTWELL PMP A. D. Red light OFF at 2-HS-2-33B, HOTWELL PMP 2A. E. Green light ON at 2-HS-2-33B, HOTWELL PMP 2A CONTROLS. F. Annunciator Window 14E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 205 of 450 Date 6.3.1 Hotwell Pump (HWP) 2A Controls (continued) G. Events Display Screen shows Annunciator Window 14-E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. H. Motor tripout buzzer is OFF. [19] PLACE 2-HS-2-205A, MFPT 'A' CONDENSER CNDS OUTLET, to OPEN. [20] PLACE 2-HS-2-33B, HOTWELL PMP 2A, to TEST, and VERIFY the following: (Acc Crit) 5.6[3]A A. 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), REMAINS CLOSED. B. Red light ON at 2-HS-2-33A, HOTWELL PMP A. C. Green light OFF at 2-HS-2-33A, HOTWELL PMP A. D. White light OFF at 2-HS-2-33A, HOTWELL PMP A. E. Red light ON at 2-HS-2-33B, HOTWELL PMP 2A. F. Green light OFF at 2-HS-2-33B, HOTWELL PMP 2A. [21] PLACE 2-HS-2-33A, HOTWELL PMP A, to STOP to latch 30RX relay. [22] PLACE 2-HS-2-33A, HOTWELL PMP A, to START, and VERIFY by light indication that 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), is CLOSED. [23] PLACE 2-HS-2-210A, MFPT 'A' CONDENSER CNDS INLET, to CLOSED, and VERIFY by light indication that 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33) is OPEN. (Acc Crit) 5.6[6]A [24] PLACE 2-HS-2-21 1A, MFPT 'B' CONDENSER CNDS INLET, to OPEN. [25] PLACE 2-HS-2-216A, MFPT'B' CONDENSER CNDS OUTLET, to OPEN.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 206 of 450 Date 6.3.1 Hotwell Pump (HWP) 2A Controls (continued) [26] PLACE 2-HS-2-33A, HOTWELL PMP A, to STOP. [27] PLACE 2-HS-2-33A, HOTWELL PMP A, to START, and VERIFY by light indication that 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), is CLOSED. [28] PLACE 2-HS-2-211A, MFPT 'B' CONDENSER CNDS INLET, to CLOSED, then VERIFY by light indication that 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), is OPEN. (Acc Crit) 5.6[6]A [29] PLACE 2-HS-2-21 1A, MFPT 'B' CONDENSER CNDS INLET, to OPEN. [30] PLACE 2-HS-2-33A, HOTWELL PMP A, to STOP. [31] PLACE 2-HS-2-33A, HOTWELL PMP A, to START, and VERIFY by light indication that 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), is CLOSED. [32] PLACE 2-HS-2-216A, MFPT'B' CONDENSER CNDS OUTLET, to CLOSED, then VERIFY by light indication that 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), is OPEN. (Acc Crit) 5.6[6]A [33] PLACE 2-HS-2-33A, HOTWELL PMP A, to STOP. [34] PLACE 2-HS-2-33A, HOTWELL PMP A, to START, and VERIFY 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP 33), REMAINS OPEN. (Acc Crit) 5.6[5]A [35] PLACE 2-HS-2-216A, MFPT 'B' CONDENSER CNDS OUTLET, to OPEN. [36] PLACE 2-HS-2-33A, HOTWELL PMP A, to START, and VERIFY that 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), REMAINS OPEN (30RX NOT latched).

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 207 of 450 Date 6.3.1 Hotwell Pump (HWP) 2A Controls (continued) [37] PLACE 2-HS-2-33A, HOTWELL PMP A, to STOP. [38] PLACE 2-HS-2-33A, HOTWELL PMP A, to START, and VERIFY that 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), is CLOSED. [39] PLACE a jumper between relay 27-2AX Terminal 3 (wire 2A7TP) and Terminal 4 (wire 2A7T1) located in 2-BD-201-A, Compt. 3 (Dwg 2-45W760-2-2) to bring in the HWP 2A trip interlock. 1st Cv [40] VERIFY the following: (Acc Crit) 5.6[4]A A. 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), is OPEN. B. Red light OFF at 2-HS-2-33A, HOTWELL PMP A. C. Green light ON at 2-HS-2-33A, HOTWELL PMP A. D. White light ON at 2-HS-2-33A, HOTWELL PMP A. E. Annunciator Window 14E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRI POUT, is ALARMED. F. Events Display Screen shows Annunciator Window 14-E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED. G. Motor tripout buzzer is ON. [41] REMOVE jumper between relay 27-2AX Terminal 3 (wire 2A7TP) and Terminal 4 (wire 2A7T1) located in 2-BD-201 -A, Compt. 3. 1st Cv

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 208 of 450 Date 6.3.1 Hotwell Pump (HWP) 2A Controls (continued) [42] VERIFY the following: A. White light OFF at 2-HS-2-33A, HOTWELL PMP A. B. Annunciator Window 14E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. C. Events Display Screen shows Annunciator Window 14-E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. [43] PLACE 2-HS-2-33A, HOTWELL PMP A, to START, and VERIFY 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), is CLOSED. [44] PLACE 2-HS-2-33A, HOTWELL PMP A, to STOP, and VERIFY 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), is OPEN. [45] REMOVE 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), from the compartment. [46] LOWER 2-BD-201-A, Compt. 7 elevating mechanism. [47] PLACE 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), in the TEST position in accordance with GOI-7 except for raising elevating mechanism.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 209 of 450 Date 6.3.1 Hotwell Pump (HWP) 2A Controls (continued) [48] PLACE 2-HS-2-33A, HOTWELL PMP A, to START, and VERIFY that 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), REMAINS OPEN. NOTE In the following steps TEST CLOSE pushbutton refers to the pushbutton located inside 6900-V UNIT BD 2A, Compt. 7. White light and alarm will be present in the control room but the following steps will clear the alarm actuation signal. [49] DEPRESS the TEST CLOSE pushbutton, and VERIFY that 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), is CLOSED. [50] PLACE 2-HS-2-33A, HOTWELL PMP A, to STOP, and VERIFY that 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), REMAINS CLOSED. [51] ACTUATE (manually LIFT the plunger) the instantaneous portion (50) of the A-phase overcurrent relay 50/51/83 at 2-BD-201-A, Compt. 7, and VERIFY the following: (Acc Crit) 5.6[4]A A. 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), OPENS. B. INST (50) target on relay is visible. [52] RESET the INST (50) target for the A-phase overcurrent relay 50/51/83. [53] DEPRESS the TEST CLOSE pushbutton, and VERIFY that 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), is CLOSED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 210 of 450 Date 6.3.1 Hotwell Pump (HWP) 2A Controls (continued) [54] ACTUATE (manually ROTATE and HOLD the disc) the time portion (51) of the A-phase overcurrent relay 50/51/83 at 2-BD-201-A, Compt. 7, and VERIFY the following: A. 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), does NOT OPEN. B. TIME (51) target on relay is visible. C. White light is ON at 2-HS-2-33A, HOTWELL PMP A. (Acc Crit) 5.6[4]A D. Annunciator Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, ALARMS. (Acc Crit) 5.6[4]A E. Events Display Screen shows Annunciator Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, ALARMS. (Acc Crit) 5.6[4]A [55] PLACE a jumper between terminal points 9 and 10 on the back of the A-phase overcurrent relay 50/51/83, to simulate "83" coil pickup, and VERIFY 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), OPENS. (Dwg 2-45W-760-2-2) 1st CV [56] REMOVE jumper between terminal points 9 and 10 on the back of the A-phase overcurrent relay 50/51/83. 1st CV [57] RELEASE the A-phase overcurrent relay 50/51/83 disc. [58] RESET the TIME (51) target for the A-phase overcurrent relay 50/51/83, and VERIFY the following: A. White light is OFF at 2-HS-2-33A, HOTWELL PMP A.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 211 of 450 Date 6.3.1 Hotwell Pump (HWP) 2A Controls (continued) B. Annunciator Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, is CLEARED. C. Events Display Screen shows Annunciator Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, is CLEARED. [59] DEPRESS the TEST CLOSE pushbutton, and VERIFY 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), is CLOSED. [60] ACTUATE ( manually LIFT the plunger) the instantaneous portion (50) of the C-phase overcurrent relay 50/51/83 at 2-BD-201-A, Compt. 7, and VERIFY: A. 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), OPENS. B. INST (50) target on relay is visible. [61] RESET the INST (50) target for the C-phase overcurrent relay 50/51/83. [62] DEPRESS the TEST CLOSE pushbutton, and VERIFY 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), is CLOSED. [63] ACTUATE (manually ROTATE and HOLD the disc) the time portion (51) of the C-phase overcurrent relay 50/51/83 at 2-BD-201-A, Compt. 7, and VERIFY: A. 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), does NOT OPEN. B. TIME (51) target on relay is visible. C. Annunciator Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, ALARMS. (Acc Crit) 5.6[4]A

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 212 of 450 Date 6.3.1 Hotwell Pump (HWP) 2A Controls (continued) D. White light is ON at 2-HS-2-33A, HOTWELL PMP A. (Acc Crit) 5.6[4]A E. Events Display Screen shows Annunciator Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, ALARMS. (Acc Crit) 5.6[4]A [64] PLACE a jumper between terminal points 9 and 10 on the back of the C-phase overcurrent relay 50/51/83, to simulate "83" coil pickup, and VERIFY 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), OPENS. (Dwg 2-45W760-2-2) 1st CV [65] REMOVE the jumper between terminal points 9 and 10 on the back of the C-phase overcurrent relay 50/51/83. 1st CV [66] RELEASE the C-phase overcurrent relay 50/51/83 disc. [67] RESET the TIME (51) target for the C-phase overcurrent relay 50/51/83, and VERIFY the following: A. White light is OFF at 2-HS-2-33A, HOTWELL PMP A. B. Annunciator Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, can be CLEARED. C. Events Display Screen shows Annunciator Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, is CLEARED. [68] DEPRESS the TEST CLOSE pushbutton, and VERIFY that 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), CLOSES.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 213 of 450 Date 6.3.1 Hotwell Pump (HWP) 2A Controls (continued) [69] ACTUATE the ground overcurrent relay 50G (manually lift the plunger) at 2-BD-201-A, Compt. 7, and VERIFY the following: (Acc Crit) 5.6[4]A A. 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), OPENS. B. Target on (50G) relay is visible. [70] RESET the target for the ground overcurrent relay 50G. [71] DEPRESS the TEST CLOSE pushbutton, and VERIFY that 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), is CLOSED. [72] DEPRESS the TEST TRIP pushbutton, and VERIFY that 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), is OPEN. [73] REMOVE breaker 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), in 2-BD-201-A, Compt. 7 from test position in accordance with GOI-7. [74] REMOVE STA mechanical test linkage in accordance with GOI-7. 1st CV [75] REMOVE the Electrical DC Test Coupler. 1st CV [76] PLACE 2-BKR-2-33, COND HOTWELL PUMP 2A (2-PMP-2-33), in the desired position in accordance with GOI-7.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 214 of 450 Date 6.3.2 Hotwell Pump (HWP) 2B Controls [1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. [2] ENSURE the following initial conditions have been established as follows: A. 2-HS-30-886, [r14F/688] HOTWELL PUMP AREA COOLER, in AUTO. B. 2-HS-2-26A, [2-M-3], HOTWELL PMP B, to STOP. C. Annunciator Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, is CLEARED. D. Annunciator Window 14E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. E. 2-FCV-2-205, [T15H/709], MFPT CONDENSER 2A OUTLET ISOL, is OPEN. F. 2-FCV-2-210, [T1 5H/709], MFPT CONDENSER 2A INLET ISOL, is OPEN. G. 2-FCV-2-211, [T15H/709], MFPT CONDENSER 2B INLET ISOL, is CLOSED. H. 2-FCV-2-216, [T15H/709], MFPT CONDENSER 2B OUTLET ISOL, is CLOSED. I. 480-V MOV BD 2C, Compt 6A, 2-BKR-2-205, is CLOSED. J. 6900-V UNIT BD 2C, Compt. 7, 2-FU-201-C7/3, ELEVATING CKT FOR BK 2C7, is INSTALLED. [3] RAISE 2-BD-201-C, Compt. 7, HOTWELL PUMP 2B, breaker elevating mechanism to simulate breaker fully racked up to the operating position. [4] PLACE 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), in the TEST position in accordance with GOI-7.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 215 of 450 Date 6.3.2 Hotwell Pump (HWP) 2B Controls (continued) NOTES

1) The following step makes up the breaker to the compartment secondary contact set to allow operation of the breaker through its normal control circuit while it is in the TEST position.

2) Lifting of the interlock mechanism of the breaker during installation of the Electrical DC Test Coupler cable between the breaker and board will prevent the breaker from charging and arcing of the secondary disconnect pins.

3) Electrical manipulations are to be performed by qualified Startup Test Electrical Personnel.

[5] LIFT up the breaker interlock mechanism, and CONNECT the Electrical DC Test Coupler between 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), and 2-BD-201-C, Compt. 7 board secondary disconnects. 1st Cv [6] RELEASE the breaker interlock mechanism, and VERIFY 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), charges. [7] INSTALL STA mechanical test linkage in accordance with GOl-7 between 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), and relay 52STA in 2-BD-201-C, Compt. 7 with the breaker in the test position. 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 216 of 450 Date 6.3.2 Hotwell Pump (HWP) 2B Controls (continued) [8] INSTALL the following Control Fuses in 2-BD-201-C, Compt. 7. A. 2-FU-201-C7/1; HOTWELL PMP 2B TRIP. 1st CV B. 2-FU-201-C7/2; HOTWELL PMP 2B CLOSE. 1 st CV [9] DEPRESS the TEST CLOSE pushbutton located inside 2-BD-201-C; Compt. 7, and VERIFY that 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), REMAINS OPEN. [10] VERIFY the following: (Acc Crit) 5.6[3]B A. Red light OFF at 2-HS-2-26A, HOTWELL PUMP B CONTROLS. B. Green light ON at 2-HS-2-26A, HOTWELL PUMP B CONTROLS. C. White light OFF at 2-HS-2-26A, HOTWELL PUMP B CONTROLS. D. Red light OFF at 2-BD-201-C, Compt. 7. E. Green light ON at 2-BD-201-C, Compt. 7. F. By local verification, 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), is OPEN. G. Red light OFF at 2-HS-2-26B, HOTWELL PUMP 2B CONTROLS. H. Green light ON at 2-HS-2-26B, HOTWELL PUMP 2B CONTROLS.

1. By local verification, 2-MTR-30-886, HOTWELL PUMP COOLER, is OFF.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 217 of 450 Date 6.3.2 Hotwell Pump (HWP) 2B Controls (continued) [11] DEPRESS 2-HS-2-26B [T15F/680], HOTWELL PUMP B CONTROLS, TEST pushbutton, and VERIFY the following: (Acc Crit) 5.6[3]B A. 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), is CLOSED. B. Red light ON at 2-HS-2-26A, HOTWELL PMP B. C. Green light OFF at 2-HS-2-26A, HOTWELL PMP B. D. White light OFF at 2-HS-2-26A, HOTWELL PMP B. E. Red light ON at 2-BD-201-C, Compt. 7. F. Green light OFF at 2-BD-201 -C, Compt. 7. G. Red light ON at 2-HS-2-26B, HOTWELL PUMP 2B CONTROLS. H. Green light OFF at 2-HS-2-26B, HOTWELL PUMP 2B CONTROLS. I. 2-MTR-30-886, HOTWELL PUMP COOLER, is RUNNING. (Acc Crit) 5.6[1]B J. Computer Point Y2226D indicates HOTWELL PMP 2B BKR, CLOSED. (Acc Crit) 5.6[2]B [12] DEPRESS the TEST TRIP pushbutton located inside 2-BD-201-C, Compt. 7, and VERIFY that 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), REMAINS CLOSED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 218 of 450 Date 6.3.2 Hotwell Pump (HWP) 2B Controls (continued) [13] DEPRESS 2-HS-2-26B, HOTWELL PUMP 2B CONTROLS, SAFE-STOP pushbutton, and VERIFY the following: A. 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), is OPEN. B. 2-MTR-30-886, HOTWELL PUMP COOLER, is OFF. C. Computer Point Y2226D indicates HOTWELL PMP 2B BKR, OPEN. (Acc Crit) 5.6[2]B [14] DEPRESS 2-HS-2-26B, HOTWELL PUMP 2B CONTROLS, RESET pushbutton. [15] PLACE 2-HS-2-26A, HOTWELL PMP B, to START and, VERIFY the following: (Acc Crit) 5.6[3]B A. 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), is CLOSED. B. Red light ON at 2-HS-2-26A, HOTWELL PMP B. C. Green light OFF at 2-HS-2-26A, HOTWELL PMP B. D. White light OFF at 2-HS-2-26A, HOTWELL PMP B. E. Red light ON at 2-HS-2-26B, HOTWELL PUMP 2B CONTROLS. F. Green light OFF at 2-HS-2-26B, HOTWELL PUMP 2B CONTROLS. [16] ENSURE 2-BKR-2-205 at 480V MOV BD 2C, Compt. 6A, is CLOSED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 219 of 450 Date 6.3.2 Hotwell Pump (HWP) 2B Controls (continued) [17] PLACE 2-HS-2-205A, MFPT 'A' CONDENSER CNDS OUTLET, to CLOSE, and VERIFY the following: (Acc Crit) 5.6[4]B A. 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), is OPEN. B. Red light OFF at 2-HS-2-26A, HOTWELL PMP B. C. Green light ON at 2-HS-2-26A, HOTWELL PMP B. D. White light ON at 2-HS-2-26A, HOTWELL PMP B. E. Annunciator Window 14E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED. F. Events Display Screen shows Annunciator Window 14-E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED. G. Motor tripout buzzer is ON. [18] PLACE 2-HS-2-26B, HOTWELL PUMP 2B CONTROLS, to STOP, and VERIFY the following: (Acc Crit) 5.6[3]B A. White light OFF at 2-HS-2-26A, HOTWELL PMP B. B. Red light OFF at 2-HS-2-26A, HOTWELL PMP B. C. Green light ON at 2-HS-2-26A, HOTWELL PMP B. D. Red light OFF at 2-HS-2-26B, HOTWELL PUMP 2B CONTROLS. E. Green light ON at 2-HS-2-26B, HOTWELL PUMP 2B Controls. F. Annunciator Window 14E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 220 of 450 Date 6.3.2 Hotwell Pump (HWP) 2B Controls (continued) G. Events Display Screen shows Annunciator Window 14-E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. H. Motor tripout buzzer is OFF. [19] PLACE 2-HS-2-205A, MFPT'A' CONDENSER CNDS OUTLET, to OPEN. [20] PLACE 2-HS-2-26B, HOTWELL PUMP 2B CONTROLS, to TEST, and VERIFY the following: (Acc Crit) 5.6[3]B A. 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), REMAINS CLOSED. B. Red light ON at 2-HS-2-26A, HOTWELL PMP B. C. Green light OFF at 2-HS-2-26A, HOTWELL PMP B. D. White light OFF at 2-HS-2-26A, HOTWELL PMP B. E. Red light ON at 2-HS-2-26B, HOTWELL PUMP 2B CONTROLS. F. Green light OFF at 2-HS-2-26B, HOTWELL PUMP 2B CONTROLS. [21] PLACE 2-HS-2-26A, HOTWELL PMP B, to STOP to latch 30RX relay. [22] PLACE 2-HS-2-26A, HOTWELL PMP B, to START, and VERIFY by light indication that 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), is CLOSED. [23] PLACE 2-HS-2-210A, MFPT 'A' CONDENSER CNDS INLET, to CLOSED, and VERIFY by light indication that 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), is OPEN. (Acc Crit) 5.6[6]B [24] PLACE 2-HS-2-21 1A, MFPT 'B' CONDENSER CNDS INLET, to OPEN.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 221 of 450 Date 6.3.2 Hotwell Pump (HWP) 2B Controls (continued) [25] PLACE 2-HS-2-216A, MFPT 'B' CONDENSER CNDS OUTLET, to OPEN. [26] PLACE 2-HS-2-26A, HOTWELL PMP B, to STOP. [27] PLACE 2-HS-2-26A, HOTWELL PMP B, to START, then VERIFY by light indication 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), is CLOSED. [28] PLACE 2-HS-2-21 1A, MFPT 'B' CONDENSER CNDS INLET, to CLOSED, and VERIFY by light indication that 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), is OPEN. (Acc Crit) 5.6[6]B [29] PLACE 2-HS-2-211A, MFPT 'B' CONDENSER CNDS INLET, to OPEN. [30] PLACE 2-HS-2-26A, HOTWELL PMP B, to STOP. [31] PLACE 2-HS-2-26A, HOTWELL PMP B, to START, and VERIFY by light indication that 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), is CLOSED. [32] PLACE 2-HS-2-216A, MFPT 'B' CONDENSER CNDS OUTLET, to CLOSED, then VERIFY by light indication that 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), is OPEN. (Acc Crit) 5.6[6]B [33] PLACE 2-HS-2-26A, HOTWELL PMP B, to STOP. [34] PLACE 2-HS-2-26A, HOTWELL PMP B, to START, and VERIFY 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), REMAINS OPEN. (Acc Crit) 5.6[5]B [35] PLACE 2-HS-2-216A, MFPT'B' CONDENSER CNDS OUTLET, to OPEN.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 222 of 450 Date 6.3.2 Hotwell Pump (HWP) 2B Controls (continued) [36] PLACE 2-HS-2-26A, HOTWELL PMP B, to START, and VERIFY that 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), REMAINS OPEN (30RX NOT latched). [37] PLACE 2-HS-2-26A, HOTWELL PMP B, to STOP. [38] PLACE 2-HS-2-26A, HOTWELL PMP B, to START, and VERIFY that 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), is CLOSED. [39] PLACE a jumper between relay 27-2CX Terminal 3 (wire 2C7TP) and Terminal 4 (wire 2C7T1) located in 2-BD-201-C, Compt. 3 to bring in the HWP 2B trip interlock. 1st Cv [40] VERIFY the following: (Acc Crit) 5.6[4]B A. 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), is OPEN. B. Red light OFF at 2-HS-2-26A, HOTWELL PMP B. C. Green light ON at 2-HS-2-26A, HOTWELL PMP B. D. White light ON at 2-HS-2-26A, HOTWELL PMP B. E. Annunciator Window 14E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED. F. Events Display Screen shows Annunciator Window 14-E on 2-XA-55-1 B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED. G. Motor tripout buzzer is ON. [41] REMOVE the jumper between relay 27-2CX Terminal 3 (wire 2C7TP) and Terminal 4 (wire 2C7T1) located in 2-BD-201-C, Compt. 3. 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 223 of 450 Date 6.3.2 Hotwell Pump (HWP) 2B Controls (continued) [42] VERIFY the following: A. White light OFF at 2-HS-2-26A, HOTWELL PMP B. B. Annunciator Window 14E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. C. Events Display Screen shows Annunciator Window 14-E on 2-XA-55-1 B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. [43] PLACE 2-HS-2-26A, HOTWELL PMP B, to START, and VERIFY 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), is CLOSED. [44] PLACE 2-HS-2-26A, HOTWELL PMP B, to STOP, then VERIFY 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), is OPEN. [45] REMOVE 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), from the compartment. [46] LOWER 2-BD-201-C, Compt. 7 elevating mechanism. [47] PLACE 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), in the TEST position in accordance with GOI-7 except for raising elevating mechanism.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 224 of 450 Date 6.3.2 Hotwell Pump (HWP) 2B Controls (continued) [48] PLACE 2-HS-2-26A, HOTWELL PMP B, to START, and VERIFY that 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), REMAINS OPEN. NOTE In the following steps TEST CLOSE pushbutton refers to the pushbutton located inside 6900-V UNIT BD 2C, Compt. 7. White light and alarm will be present in the control room but the following steps will clear the alarm actuation signal. [49] DEPRESS the TEST CLOSE pushbutton, and VERIFY that 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), is CLOSED. [50] PLACE 2-HS-2-26A, HOTWELL PMP B, to STOP, and VERIFY that 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), REMAINS CLOSED. [51] ACTUATE (manually LIFT the plunger) the instantaneous portion (50) of the A-phase overcurrent relay 50/51/83 at 2-BD-201-C, Compt. 7, and VERIFY the following: (Acc Crit) 5.6[4]B A. 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), OPENS. B. INST (50) target on relay is visible. [52] RESET the INST (50) target for the A-phase overcurrent relay 50/51/83. [53] DEPRESS the TEST CLOSE pushbutton and, VERIFY that 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), is CLOSED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 225 of 450 Date 6.3.2 Hotwell Pump (HWP) 2B Controls (continued) [54] ACTUATE (manually ROTATE and HOLD the disc) the time portion (51) of the A-phase overcurrent relay 50/51/83 at 2-BD-201-C, Compt. 7, and VERIFY the following: A. 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), does NOT OPEN. B. TIME (51) target on relay is visible. C. White light is ON at 2-HS-2-26A, HOTWELL PMP B. (Acc Crit) 5.6[4]B D. Annunciator Window 14D on 2-XA-55-1 B, M-1 THRU M-6 MOTOR OVERLOAD, ALARMS. (Acc Crit) 5.6[4]B E. Events Display Screen shows Annunciator Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, ALARMS. (Acc Crit) 5.6[4]B [55] PLACE a jumper between terminal points 9 and 10 on the back of the A-phase overcurrent relay 50/51/83, to simulate "83" coil pickup, and VERIFY 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), OPENS. (Dwg 2-45W-760-2-2) 1st CV [56] REMOVE jumper between terminal points 9 and 10 on the back of the A-phase overcurrent relay 50/51/83. 1st CV [57] RELEASE the A-phase overcurrent relay 50/51/83 disc. [58] RESET the TIME (51) target for the A-phase overcurrent relay 50/51/83, and VERIFY the following:

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 226 of 450 Date 6.3.2 Hotwell Pump (HWP) 2B Controls (continued) A. White light is OFF at 2-HS-2-26A, HOTWELL PMP B. B. Annunciator Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, is CLEARED. C. Events Display Screen shows Annunciator Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, is CLEARED. [59] DEPRESS the TEST CLOSE pushbutton, and VERIFY 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), CLOSED. [60] ACTUATE (manually LIFT the plunger) the instantaneous portion (50) of the C-phase overcurrent relay 50/51/83 at 2-BD-201-C, Compt. 7, and VERIFY the following: A. 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), OPENS. B. INST (50) target on relay is visible. [61] RESET the INST (50) target for the C-phase overcurrent relay 50/51/83. [62] DEPRESS the TEST CLOSE pushbutton, and VERIFY that 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), is CLOSED. [63] ACTUATE (manually ROTATE and HOLD the disc) the time portion (51) of the C-phase overcurrent relay 50/51/83 at 2-BD-201-C, Compt. 7, and VERIFY the following: A. 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), does NOT OPEN. B. TIME (51) target on relay is visible.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 227 of 450 Date 6.3.2 Hotwell Pump (HWP) 2B Controls (continued) C. Annunciator Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, ALARMS. (Acc Crit) 5.6[4]B D. White light is ON at 2-HS-2-26A, HOTWELL PMP B. (Acc Crit) 5.6[4]B E. Events Display Screen shows Annunciator Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, ALARMS. (Acc Crit) 5.6[4]B [64] PLACE a jumper between terminal points 9 and 10 on the back of the C-phase overcurrent relay 50/51/83, to simulate "83" coil pickup, and VERIFY 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), OPENS. (Dwg 2-45W-760-2-2) 1st CV [65] REMOVE the jumper between terminal points 9 and 10 on the back of the C-phase overcurrent relay 50/51/83. 1st CV [66] RELEASE the C-phase overcurrent relay 50/51/83 disc. [67] RESET the TIME (51) target for the C-phase overcurrent relay 50/51/83, then VERIFY the following: A. White light is OFF at 2-HS-2-26A, HOTWELL PMP B. B. Annunciator Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, can be CLEARED. C. Events Display Screen shows Annunciator Window 14D on 2-XA-55-1 B, M-1 THRU M-6 MOTOR OVERLOAD, is CLEARED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 228 of 450 Date 6.3.2 Hotwell Pump (HWP) 2B Controls (continued) [68] DEPRESS the TEST CLOSE pushbutton, and VERIFY that 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), CLOSES. [69] ACTUATE the ground overcurrent relay 50G (manually lift the plunger) at 2-BD-201-C, Compt. 7, and VERIFY the following: (Acc Crit) 5.6[4]B A. 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), OPENS. B. Target on (50G) relay is visible. [70] RESET the target for the ground overcurrent relay 50G. [71] DEPRESS the TEST CLOSE pushbutton, and VERIFY that 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), is CLOSED. [72] DEPRESS the TEST TRIP pushbutton, and VERIFY that 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), is OPEN. [73] REMOVE breaker 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), in 2-BD-201-C, Compt. 7 from test position in accordance with GOI-7. [74] REMOVE STA mechanical test linkage in accordance with GOI-7. 1st CV [75] REMOVE the Electrical DC Test Coupler. 1st CV [76] PLACE 2-BKR-2-26, COND HOTWELL PUMP 2B (2-PMP-2-26), in the desired position in accordance with GOI-7.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 229 of 450 Date 6.3.3 Hotwell Pump (HWP) 2C Controls [1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. [2] ENSURE the following initial conditions have been established as follows: A. 2-HS-30-886, [T14F/688], HOTWELL PUMP AREA COOLER, in AUTO. B. 2-HS-2-20A, [2-M-3], HOTWELL PMP C, to STOP. C. Annunciator Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, is CLEARED. D. Annunciator Window 14E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. E. 2-FCV-2-205, [T15H/709], MFPT CONDENSER 2A OUTLET ISOL, is OPEN. F. 2-FCV-2-210, [T15H/709], MFPT CONDENSER 2A INLET ISOL, is OPEN. G. 2-FCV-2-211, [T 1-5H/709], MFPT CONDENSER 2B INLET ISOL, is CLOSED. H. 2-FCV-2-216, [T15H/709], MFPT CONDENSER 2B OUTLET ISOL, is CLOSED.

1. 480-V MOV BD 2C, Compt. 6A, 2-BKR-2-205, is CLOSED.

J. 6900-V Unit BD 2D, Compt. 4, 2-FU-201-D4/3, ELEVATING CKT FOR BK 2D4, is INSTALLED. [3] RAISE 2-BD-201-D, Compt. 4, HOTWELL PUMP 2C, breaker elevating mechanism to simulate breaker fully racked up to the operating position. [4] PLACE 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), in the TEST position in accordance with GOI-7.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 230 of 450 Date 6.3.3 Hotwell Pump (HWP) 2C Controls (continued) NOTES

1) The following step makes up the breaker to the compartment secondary contact set to allow operation of the breaker through its normal control circuit while it is in the TEST position.

2) Lifting of the interlock mechanism of the breaker during installation of the Electrical DC Test Coupler cable between the breaker and board will prevent the breaker from charging and arcing of the secondary disconnect pins.

3) Electrical manipulations are to be performed by qualified Startup Test Electrical Personnel.

[5] LIFT up the breaker interlock mechanism, and CONNECT the Electrical DC Test Coupler between 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), and 2-BD-201-D, Compt. 4 board secondary disconnects. 1st Cv [6] RELEASE the breaker interlock mechanism, and VERIFY 2-BKR-2-20, COND HOTWELL PUMP 20 (2-PMP-2-20), charges. [7] INSTALL STA mechanical test linkage in accordance with GOI-7 between breaker 2-BKR-2-20, COND HOTWELL PUMP 20 (2-PMP-2-20), and switch 52STA in 2-BD-201-D, Compt. 4 with the breaker in the test position. 1st Cv

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 231 of 450 Date 6.3.3 Hotwell Pump (HWP) 2C Controls (continued) [8] INSTALL the following Control Fuses in 2-BD-201-D, Compt. 4: A. 2-FU-201-D4/1; HOTWELL PMP 2C TRIP. 1st CV B. 2-FU-201-D4/2; HOTWELL PMP 2C CLOSE. 1st CV [9] DEPRESS the TEST CLOSE pushbutton located inside 2-BD-201-D, Compt. 4, and VERIFY that 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), REMAINS OPEN. [10] VERIFY the following: (Acc Crit) 5.6[3]C A. Red light OFF at 2-HS-2-20A, HOTWELL PMP C. B. Green light ON at 2-HS-2-20A, HOTWELL PMP C. C. White light OFF at 2-HS-2-20A, HOTWELL PMP C. D. Red light OFF at 2-BD-201-D, Compt. 4. E. Green light ON at 2-BD-201-D, Compt. 4. F. By local verification, 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), is OPEN. G. By local verification, 2-MTR-30-886, HOTWELL PMP COOLER, is OFF. H. Red light OFF at 2-HS-2-20B, HOTWELL PUMP 2C CONTROLS. I. Green light ON at 2-HS-2-20B, HOTWELL PUMP 2C CONTROLS.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 232 of 450 Date 6.3.3 Hotwell Pump (HWP) 2C Controls (continued) [11] DEPRESS 2-HS-2-20B [T15F/680], HOTWELL PUMP 2C CONTROLS, TEST pushbutton, and VERIFY the following: (Acc Crit) 5.6[3]C A. 2-BKR-2-20 is CLOSED. B. Red light ON at 2-HS-2-20A, HOTWELL PMP C. C. Green light OFF at 2-HS-2-20A, HOTWELL PMP C D. White light OFF at 2-HS-2-20A, HOTWELL PMP C. E. Red light ON at 6900-V UNIT BD 2D, Compt. 4. F. Green light OFF at 2-BD-201-D, Compt. 4. G. Red light ON at 2-HS-2-20B, HOTWELL PMP 2C CONTROLS. H. Green light OFF at 2-HS-2-20B, HOTWELL PMP 2C CONTROLS. I. 2-MTR-30-886, HOTWELL PUMP COOLER, is RUNNING. (Acc Crit) 5.6[1]C J. Computer Point Y2227D indicates HOTWELL PMP 2C BKR, CLOSED. (Acc Crit) 5.6[2]C [12] DEPRESS the TEST TRIP pushbutton located inside 2-BD-201-D, Compt. 4, and VERIFY that 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), REMAINS CLOSED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 233 of 450 Date 6.3.3 Hotwell Pump (HWP) 2C Controls (continued) [13] DEPRESS 2-HS-2-20 B, HOTWELL PUMP 2C CONTROLS, SAFE-STOP pushbutton, and VERIFY the following: A. 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), is OPEN. B. 2-MTR-30-886, HOTWELL PUMP COOLER, is OFF. C. Computer Point Y2227D indicates HOTWELL PMP 2C BKR, OPEN. (Acc Crit) 5.6[2]C [14] DEPRESS 2-HS-2-20B, HOTWELL PUMP 2C CONTROLS, RESET pushbutton. [15] PLACE 2-HS-2-20A, HOTWELL PMP C, to START, and VERIFY the following: (Acc Crit) 5.6[3]C A. 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), is CLOSED. B. Red light ON at 2-HS-2-20A, HOTWELL PMP C. C. Green light OFF at 2-HS-2-20A, HOTWELL PMP C. D. White light OFF at 2-HS-2-20A, HOTWELL PMP C. E. Red light ON at 2-HS-2-20B, HOTWELL PUMP 2C CONTROLS. F. Green light OFF at 2-HS-2-20B, HOTWELL PUMP 2C CONTROLS.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 234 of 450 Date 6.3.3 Hotwell Pump (HWP) 2C Controls (continued) [16] ENSURE 2-BKR-2-205 at 480V MOV BD 2C, Compt. 6A, is CLOSED. [17] PLACE 2-HS-2-205A, MFPT 'A' CONDENSER CNDS OUTLET, to CLOSE, and VERIFY the following: (Acc Crit) 5.6[4]C A. 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), is OPEN. B. Red light OFF at 2-HS-2-20A, HOTWELL PMP C. C. Green light ON at 2-HS-2-20A, HOTWELL PMP C. D. White light ON at 2-HS-2-20A, HOTWELL PMP C. E. Annunciator Window 14E on 2-XA-55-1 B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED. F. Events Display Screen shows Annunciator Window 14-E on 2-XA-55-1 B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED. G. Motor tripout buzzer is ON.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 235 of 450 Date 6.3.3 Hotwell Pump (HWP) 2C Controls (continued) [18] PLACE 2-HS-2-20B, HOTWELL PUMP 2C CONTROLS, to STOP, and VERIFY the following: (Acc Crit) 5.6[3]C A. White light OFF at 2-HS-2-20A, HOTWELL PMP C. B. Red light OFF at 2-HS-2-20A, HOTWELL PMP C. C. Green light ON at 2-HS-2-20A, HOTWELL PMP C. D. Red light OFF at 2-HS-2-20B, HOTWELL PUMP 2C CONTROLS. E. Green light ON at 2-HS-2-20B, HOTWELL PUMP 2C CONTROLS. F. Annunciator Window 14E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. G. Events Display Screen shows Annunciator Window 14-E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. H. Motor tripout buzzer is OFF. [19] PLACE 2-HS-2-205A, MFPT 'A' CONDENSER CNDS OUTLET, to OPEN. [20] PLACE 2-HS-2-20B, HOTWELL PUMP 2C CONTROLS, to TEST, and VERIFY the following: (Acc Crit) 5.6[5]C A. 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), REMAINS CLOSED. B. Red light ON at 2-HS-2-20A, HOTWELL PMP C. C. Green light OFF at 2-HS-2-20A, HOTWELL PMP C. D. White light OFF at 2-HS-2-20A, HOTWELL PMP C.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 236 of 450 Date 6.3.3 Hotwell Pump (HWP) 2C Controls (continued) E. Red light ON at 2-HS-2-20B, HOTWELL PUMP 2C CONTROLS. F. Green light OFF at 2-HS-2-20B, HOTWELL PUMP 2C CONTROLS. [21] PLACE 2-HS-2-20A, HOTWELL PMP C, to STOP to latch 30RX relay. [22] PLACE 2-HS-2-20A, HOTWELL PMP C, to START, and VERIFY by light indication that 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), CLOSED. [23] PLACE 2-HS-2-210A, MFPT 'A' CONDENSER CNDS INLET, to CLOSED, and VERIFY by light indication that 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), OPENED. (Acc Crit) 5.6[6]C [24] PLACE 2-HS-2-21 1A, MFPT 'B' CONDENSER CNDS INLET, to OPEN. [25] PLACE 2-HS-2-216A, MFPT 'B' CONDENSER CNDS OUTLET, to OPEN. [26] PLACE 2-HS-2-20A, HOTWELL PMP C, to STOP. [27] PLACE 2-HS-2-20A, HOTWELL PMP C, to START, and VERIFY by light indication that 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), is CLOSED. [28] PLACE 2-HS-2-21 1A, MFPT 'B' CONDENSER CNDS INLET, to CLOSED, then VERIFY by light indication that 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), OPENED. (Acc Crit) 5.6[6]C [29] PLACE 2-HS-2-21 1A, MFPT 'B' CONDENSER CNDS INLET, to OPEN. [30] PLACE 2-HS-2-20A, HOTWELL PMP C, to STOP.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 237 of 450 Date 6.3.3 Hotwell Pump (HWP) 2C Controls (continued) [31] PLACE 2-HS-2-20A, HOTWELL PMP C, to START, and VERIFY by light indication that 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), CLOSED. [32] PLACE 2-HS-2-216A, MFPT'B' CONDENSER CNDS OUTLET, to CLOSED, then VERIFY by light indication that 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), is OPEN. (Acc Crit) 5.6[6]C [33] PLACE 2-HS-2-20A, HOTWELL PMP C, to STOP. [34] PLACE 2-HS-2-20A, HOTWELL PMP C, to START, and VERIFY that 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), REMAINS OPEN. (Acc Crit) 5.6[5]C [35] PLACE 2-HS-2-216A, MFPT 'B' CONDENSER CNDS OUTLET, to OPEN. [36] PLACE 2-HS-2-20A, HOTWELL PMP C, to START, and VERIFY that 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), REMAINS OPEN (30RX NOT latched). [37] PLACE 2-HS-2-20A, HOTWELL PMP C, to STOP. [38] PLACE 2-HS-2-20A, HOTWELL PMP C, to START, and VERIFY that 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), CLOSED. [39] PLACE a jumper between relay 27-2DX Terminal 3 (wire 2D4TP) and Terminal 4 (wire 2D4T1) located in 2-BD-201-D, Compt. 4 to bring in the HWP 2C trip interlock. 1 st Cv

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 238 of 450 Date 6.3.3 Hotwell Pump (HWP) 2C Controls (continued) [40] VERIFY the following: (Acc Crit) 5.6[4]C A. 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), is OPEN. B. Red light OFF at 2-HS-2-20A, HOTWELL PMP C. C. Green light ON at 2-HS-2-20A, HOTWELL PMP C. D. White light ON at 2-HS-2-20A, HOTWELL PMP C. E. Annunciator Window 14E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED. F. Events Display Screen shows Annunciator Window 14-E on 2-XA-55-1 B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED. G. Motor tripout buzzer is ON. 141] REMOVE the jumper between relay 27-2DX Terminal 3 (wire 2D4TP) and Terminal 4 (wire 2D4T1) located in 2-BD-201-D. 1st Cv [42] VERIFY the following: A. White light OFF at 2-HS-2-20A, HOTWELL PMP C. B. Annunciator Window 14E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. C. Events Display Screen shows Annunciator Window 14-E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. [43] PLACE 2-HS-2-20A, HOTWELL PMP C, to START, and VERIFY that 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), is CLOSED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 239 of 450 Date 6.3.3 Hotwell Pump (HWP) 2C Controls (continued) [44] PLACE 2-HS-2-20A, HOTWELL PMP C, to STOP, and VERIFY that 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), is OPEN. [45] REMOVE 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), from the compartment. [46] LOWER 2-BD-201-D, Compt. 4 elevating mechanism. [47] PLACE 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), in the TEST position in accordance with GOI-7 except for raising elevating mechanism. [48] PLACE 2-HS-2-20A, HOTWELL PMP C, to START, and VERIFY that 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), REMAINS OPEN. NOTE In the following steps TEST CLOSE pushbutton refers to the pushbutton located inside 6900-V UNIT BD 2D; Compt. 4. White light and alarm will be present in the control room but the following steps will clear the alarm actuation signal. [49] DEPRESS the TEST CLOSE pushbutton, and VERIFY that 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), is CLOSED. [50] PLACE 2-HS-2-20A, HOTWELL PMP C, to STOP, and VERIFY that 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), REMAINS CLOSED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 240 of 450 Date 6.3.3 Hotwell Pump (HWP) 2C Controls (continued) [51] ACTUATE (manually LIFT the plunger) the instantaneous portion (50) of the A-phase overcurrent relay 50/51/83 at 2-BD-201-D, Compt. 4, and VERIFY the following: (Acc Crit) 5.6[4]C A. 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), OPENS. B. INST (50) target on relay is visible. [52] RESET the INST (50) target for the A-phase overcurrent relay 50/51/83. [53] DEPRESS the TEST CLOSE pushbutton, and VERIFY that 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), CLOSED. [54] ACTUATE (manually ROTATE and HOLD the disc) the time portion (51) of the A-phase overcurrent relay 50/51/83 at 2-BD-201-D, Compt. 4, and VERIFY the following: A. 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), does NOT OPEN. B. TIME (51) target on relay is visible. C. White light is ON at 2-HS-2-20A, HOTWELL PMP C. (Acc Crit) 5.6[4]C D. Annunciator Window 14D on 2-XA-55-1 B, M-1 THRU M-6 MOTOR OVERLOAD, ALARMS. (Acc Crit) 5.6[4]C E. Events Display Screen shows Annunciator Window 14D on 2-XA-55-1 B, M-1 THRU M-6 MOTOR OVERLOAD, ALARMS. (Acc Crit) 5.6[4]C

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 241 of 450 Date 6.3.3 Hotwell Pump (HWP) 2C Controls (continued) [55] PLACE a jumper between terminal points 9 and 10 on the back of the A-phase overcurrent relay 50/51/83, to simulate "83" coil pickup, and VERIFY 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), OPENS. (Dwg 2-45W-760-2-2) 1st CV [56] REMOVE the jumper between terminal points 9 and 10 on the back of the A-phase overcurrent relay 50/51/83. 1st CV [57] RELEASE the A-phase overcurrent relay 50/51/83 disc. [58] RESET the TIME (51) target for the A-phase overcurrent relay 50/51/83, and VERIFY the following: A. White light is OFF at 2-HS-2-20A, HOTWELL PMP C. B. Annunciator Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, is CLEARED. C. Events Display Screen shows Annunciator Window 14D on 2-XA-55-1 B, M-1 THRU M-6 MOTOR OVERLOAD, is CLEARED. [59] DEPRESS the TEST CLOSE pushbutton, and VERIFY that 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), CLOSED. [60] ACTUATE (manually LIFT the plunger) the instantaneous portion (50) of the C-phase overcurrent relay 50/51/83 at 2-BD-201-D; Compt. 4, and VERIFY: A. 2-BKR-2-20 OPENS.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 242 of 450 Date 6.3.3 Hotwell Pump (HWP) 2C Controls (continued) B. INST (50) target on relay is visible. [61] RESET the INST (50) target for the C-phase overcurrent relay 50/51/83. [62] DEPRESS the TEST CLOSE pushbutton, and VERIFY that 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), is CLOSED. [63] ACTUATE (manually ROTATE and HOLD the disc) the time portion (51) of the C-phase overcurrent relay 50/51/83 at 2-BD-201-D, Compt. 4, and VERIFY: A. 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20) does NOT OPEN. B. TIME (51) target on relay is visible. C. Annunciator Window 14D on 2-XA-55-1 B, M-1 THRU M-6 MOTOR OVERLOAD, ALARMS. (Acc Crit) 5.6[4]C D. White light is ON at 2-HS-2-20A, HOTWELL PMP C. (Acc Crit) 5.6[4]C E. Events Display Screen shows Annunciator Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, ALARMS. (Acc Crit) 5.6[4]C [64] PLACE a jumper between terminal points 9 and 10 on the back of the C-phase overcurrent relay 50/51/83, to simulate "83" coil pickup, and VERIFY 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), OPENS. (Dwg 2-45W-760-2-2) 1st CV

Date 6.3.3 Hotwell Pump (HWP) 2C Controls (continued) [65] REMOVE the jumper between terminal points 9 and 10 on the back of the C-phase overcurrent relay 50/51/83. 1st CV [66] RELEASE the C-phase overcurrent relay 50/51/83 disc. [67] RESET the TIME (51) target for the C-phase overcurrent relay 50/51/83, and VERIFY the following: A. White light is OFF at 2-HS-2-20A, HOTWELL PMP C. B. Annunciator Window 14D on 2-XA-55-1 B, M-1 THRU M-6 MOTOR OVERLOAD, is CLEARED. C. Events Display Screen shows Annunciator Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, is CLEARED. [68] DEPRESS the TEST CLOSE pushbutton, and VERIFY that 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), CLOSES. [69] ACTUATE the ground overcurrent relay 50G (manually lift the plunger) at 2-BD-201-D, Compt. 4, and VERIFY the following: (Acc Crit) 5.6[4]C A. 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20) OPENS. B. Target on (50G) relay is visible. [70] RESET the target for the ground overcurrent relay 50G. [71] DEPRESS the TEST CLOSE pushbutton, and VERIFY that 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), is CLOSED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 244 of 450 Date 6.3.3 Hotwell Pump (HWP) 2C Controls (continued) [72] DEPRESS the TEST TRIP pushbutton, and VERIFY that 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), is OPEN. [73] REMOVE breaker 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), in 2-BD-201-D, Compt 4 from test position in accordance with GOI-7. [74] REMOVE STA mechanical test linkage in accordance with GOI-7. 1st Cv [75] REMOVE the Electrical DC Test Coupler. 1st Cv [76] PLACE 2-BKR-2-20, COND HOTWELL PUMP 2C (2-PMP-2-20), in the desired position in accordance with GOI-7.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 245 of 450 Date 6.4 Condensate Demineralizer Pump and Suction Valve Controls 6.4.1 Condensate Demineralizer Pump (CDP) 2A and Suction Valve 2-FCV-2-290 [1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. NOTES

1) Electrical manipulations are to be performed by qualified Startup Test Electrical Personnel.

2) Reference Attachment 1, Relay Armature, in order to brief qualified Startup Test Electrical Personnel on relay armature manipulations.

[2] ENSURE that the following fuses are installed in 2-BD-203-A, Compt. 2D: Fuse Description 2-FU-203-A2/31 CNDS DEMIN PMP 2A TRIP 1st Cv 2-FU-203-A2/32 CNDS DEMIN PMP 2A CLOSE 1st Cv

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 246 of 450 Date 6.4.1 Condensate Demineralizer Pump (CDP) 2A and Suction Valve 2-FCV-2-290 (continued) [3] ENSURE that 2-FCV-2-290 [T9G/685], CONDENSATE DEMIN PMP 2A SUCT ISOL, is CLOSED. [4] RACK-IN 2-BKR-2-292, CONDENSATE DEMIN PMP 2A (2-PMP-2-292A), to the TEST position. [5] ENSURE that the following fuses in Panel 2-R-75 (Dwg 2-45W600-57-28) are removed to prevent feedwater isolation signal from tripping 2-BKR-2-292, CONDENSATE DEMIN PMP 2A (2-PMP-2-292A) (N/A step if fuses are already removed): Fuse Description 2-FU-275-R75/M17 Fuse for Relay HWPA 1st CV 2-FU-275-R75/M19 Fuse for Relay HWPB 1st CV [6] ENSURE that Fuse 2-FU-201-A8/4, FW ISLN AUX RELAY, is installed in 2-BD-201-A, Compt. 8. 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 247 of 450 Date 6.4.1 Condensate Demineralizer Pump (CDP) 2A and Suction Valve 2-FCV-2-290 (continued) [7] VERIFY the following: A. Red light OFF at 2-BKR-2-292, CONDENSATE DEMIN PMP 2A (2-PMP-2-292A). B. Red light OFF at 2-HS-2-292A [2-M-3], CNDS DEMIN PMP A SUCTION. C. Green light ON at 2-HS-2-292A, CNDS DEMIN PMP A. D. Green light ON at 2-BKR-2-292, CONDENSATE DEMIN PMP 2A (2-PMP-2-292A). E. White light OFF at 2-HS-2-292A, CNDS DEMIN PMP A. F. By local verification, 2-BKR-2-292, CONDENSATE DEMIN PMP 2A (2-PMP-2-292A), is OPEN. G. Green light ON at 2-HS-2-290A, CNDS DEMIN PMP A SUCTION. H. Green light ON at 2-HS-2-290B, CNDS DEMIN PMP 2A SUCT ISOL VLV.

1. By local verification, 2-FCV-2-290, CONDENSATE DEMIN PMP 2A SUCT ISOL, is CLOSED.

J. Annunciator Window 47A on 2-XA-55-3A, CNDS DEMIN PMP 2A SUCT PRESS LO, is CLEARED. [8] INSTALL a wedge (shim) between switch 2-PS-2-314 [T10G/685], CNDS DEMIN PMP 2A SUCT PRESS, plunger and switch actuating bar in local instrument panel to simulate Net Positive Suction Head above minimum. 1st Cv

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 248 of 450 Date 6.4.1 Condensate Demineralizer Pump (CDP) 2A and Suction Valve 2-FCV-2-290 (continued) [9] PLACE 2-HS-2-290A, CNDS DEMIN PMP A SUCTION, to OPEN to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.7[6]A A. Red light ON at 2-HS-2-290A, CNDS DEMIN PMP A SUCTION. B. Green light OFF at 2-HS-2-290A, CNDS DEMIN PMP A SUCTION. C. By local verification 2-FCV-2-290, CONDENSATE DEMIN PMP 2A SUCT ISOL, is OPEN. [10] PLACE 2-HS-2-290A, CNDS DEMIN PMP A SUCTION, to CLOSE to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.7[6]A A. Red light OFF at 2-HS-2-290A, CNDS DEMIN PMP A SUCTION. B. Green light ON at 2-HS-2-290A, CNDS DEMIN PMP A SUCTION. C. By local verification 2-FCV-2-290, CONDENSATE DEMIN PMP 2A SUCT ISOL, is CLOSED. [11] PLACE 2-HS-2-290A, CNDS DEMIN PMP A SUCTION, to OPEN.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 249 of 450 Date 6.4.1 Condensate Demineralizer Pump (CDP) 2A and Suction Valve 2-FCV-2-290 (continued) [12] PLACE 2-HS-2-292A, CNDS DEMIN PMP 2A, to START to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.7[3]A A. Red light ON at 2-HS-2-292A, CNDS DEMIN PMP A. B. Green light OFF at 2-HS-2-292A, CNDS DEMIN PMP A. C. White light OFF at 2-HS-2-292A, CNDS DEMIN PMP A. [13] DEPRESS 2-HS-2-290B, CNDS DEMIN PMP 2C SUCT ISOL VLV, CLOSE to verify operation locally, and VERIFY the following: (Acc Crit) 5.7[6]A A. Red light OFF at 2-HS-2-290B, CNDS DEMIN PMP 2A SUCT ISOL VLV. B. Green light ON at 2-HS-2-290B, CNDS DEMIN PMP 2A SUCT ISOL VLV. C. By local verification, 2-FCV-2-290, CNDS DEMIN PMP 2A SUCT ISOL VLV, is CLOSED. NOTE To test the STOP pushbutton, 2-FCV-2-290 must be traveling between OPEN and CLOSE. [14] DEPRESS 2-HS-2-290B, CNDS DEMIN PMP 2A SUCT ISOL VLV, OPEN, and DEPRESS 2-HS-2-290B STOP pushbutton before 2-FCV-2-290 reaches the OPEN position.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 250 of 450 Date 6.4.1 Condensate Demineralizer Pump (CDP) 2A and Suction Valve 2-FCV-2-290 (continued) [15] VERIFY the following: (Acc Crit) 5.7[6]A A. Red light ON at 2-HS-2-290B, CNDS DEMIN PMP 2A SUCT ISOL VLV. B. Green light ON at 2-HS-2-290B, CNDS DEMIN PMP 2A SUCT ISOL VLV. C. By local verification, 2-FCV-2-290, CONDENSATE DEMIN PMP 2A SUCT ISOL, stops in mid-position. [16] DEPRESS 2-HS-2-290B, CNDS DEMIN PMP 2A SUCT ISOL VLV, OPEN pushbutton, and VERIFY 2-FCV-2-290, CONDENSATE DEMIN PMP 2A SUCT ISOL, is OPEN. [17] DEPRESS 2-HS-2-290B, CNDS DEMIN PMP 2A SUCT ISOL VLV, CLOSE, and DEPRESS 2-HS-2-290B STOP pushbutton before 2-FCV-2-290 reaches the CLOSE position. [18] VERIFY the following: (Acc Crit) 5.7[6]A A. Red light ON at 2-HS-2-290B, CNDS DEMIN PMP 2A SUCT ISOL VLV. B. Green light ON at 2-HS-2-290B, CNDS DEMIN PMP 2A SUCT ISOL VLV. C. By local verification, 2-FCV-2-290, CONDENSATE DEMIN PMP 2A SUCT ISOL, stops in mid-position. [19] DEPRESS 2-HS-2-290B, CNDS DEMIN PMP 2A SUCT ISOL VLV, CLOSE pushbutton, and VERIFY 2-FCV-2-290, CONDENSATE DEMIN PMP 2A SUCT ISOL, is CLOSED. [20] DEPRESS 2-HS-2-290B, CNDS DEMIN PMP 2A SUCT ISOL VLV, OPEN.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 251 of 450 Date 6.4.1 Condensate Demineralizer Pump (CDP) 2A and Suction Valve 2-FCV-2-290 (continued) [21] PLACE 2-HS-2-292B [T101H/685], CONDENSATE DEMINERALIZER PUMP 2A, to TEST in order to verify operation locally, and VERIFY the following: (Acc Crit) 5.7[3]A A. Red light ON at 2-HS-2-292B, CONDENSATE DEMINERALIZER PUMP 2A. B. Green light OFF at 2-HS-2-292B, CONDENSATE DEMINERALIZER PUMP 2A. [22] PLACE 2-HS-2-292B, CONDENSATE DEMINERALIZER PUMP 2A, to STOP to verify operation locally, and VERIFY the following: (Acc Crit) 5.7[3]A A. Red light OFF at 2-HS-2-292B, CONDENSATE DEMINERALIZER PUMP 2A. B. Green light ON at 2-HS-2-292B, CONDENSATE DEMINERALIZER PUMP 2A. [23] PLACE 2-HS-2-292A, CNDS DEMIN PMP 2A, to START. NOTE The following step will cause Condensate Demineralizer Pump A to trip after a short time delay (approx 3 sec). The suction press low annunciator input will be momentary due to 52A contact opening. [24] REMOVE the wedge installed at 2-PS-2-314, CNDS DEMIN PMP 2A SUCT PRESS, to simulate NPSH below minimum. 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 252 of 450 Date 6.4.1 Condensate Demineralizer Pump (CDP) 2A and Suction Valve 2-FCV-2-290 (continued) [25] VERIFY the following: (Acc Crit) 5.7[1]A A. 2-BKR-2-292, CONDENSATE DEMIN PMP 2A (2-PMP-2-292A), is OPEN. B. Annunciator Window 47A on 2-XA-55-3A, CNDS DEMIN PMP 2A SUCT PRESS LO, is ALARMED. C. Events Display Screen shows Annunciator Window 47A on 2-XA-55-3A, CNDS DEMIN PMP 2A SUCT PRESS LO, is ALARMED. [26] VERIFY the following: A. Annunciator Window 47A on 2-XA-55-3A, CNDS DEMIN PMP 2A SUCT PRESS LO, is CLEARED. B. Events Display Screen shows Annunciator Window 47A on 2-XA-55-3A, CNDS DEMIN PMP 2A SUCT PRESS LO, is CLEARED. [27] PLACE 2-HS-2-292A, CNDS DEMIN PMP A, to START to show no start on low NPSH, and VERIFY the following: (Acc Crit) 5.7[1]A A. Annunciator Window 47A on 2-XA-55-3A, CNDS DEMIN PMP 2A SUCT PRESS LO, is ALARMED. B. Events Display Screen shows Annunciator Window 47A on 2-XA-55-3A, CNDS DEMIN PMP 2A SUCT PRESS LO, is ALARMED. C. Red light OFF at 2-HS-2-292B, CONDENSATE DEMINERALIZER PUMP 2A. D. Green light ON at 2-HS-2-292B, CONDENSATE DEMINERALIZER PUMP 2A.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 253 of 450 Date 6.4.1 Condensate Demineralizer Pump (CDP) 2A and Suction Valve 2-FCV-2-290 (continued) [28] VERIFY the following: A. Annunciator Window 47A on 2-XA-55-3A, CNDS DEMIN PMP 2A SUCT PRESS LO, is CLEARED. B. Events Display Screen shows Annunciator Window 47A on 2-XA-55-3A, CNDS DEMIN PMP 2A SUCT PRESS LO, is CLEARED. [29] INSTALL a wedge (shim) between switch 2-PS-2-314 [TIOG/685], CNDS DEMIN PMP 2A SUCT PRESS, plunger and the switch actuating bar. 1st Cv [30] PLACE 2-HS-2-292A, CNDS DEMIN PMP A, to START. NOTE The following step verifies the feedwater isolation trip signal to the Condensate Demineralizer Pump. Continuity from the HWPB relay to the 5X relay is verified in subsection 6.5 thus re-verification is NOT performed in this subsection. [31] DEPRESS Relay HWPA armature, located in Panel 2-R-75, and VERIFY 2-BKR-2-292, CONDENSATE DEMIN PMP 2A (2-PMP-2-292A), OPENED. (Acc Crit) 5.7[2]A [32] CONNECT the Amptector test set to the front of 2-BKR-2-292, CONDENSATE DEMIN PMP 2A (2-PMP-2-292A). 1st Cv [33] ENSURE Annunciator Window 14E, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. [34] PLACE 2-HS-2-292A, CNDS DEMIN PMP A, to START, and VERIFY 2-BKR-2-292, CONDENSATE DEMIN PMP 2A (2-PMP-2-292A), CLOSED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 254 of 450 Date 6.4.1 Condensate Demineralizer Pump (CDP) 2A and Suction Valve 2-FCV-2-290 (continued) [35] SLOWLY INCREASE the current output of the test set until 2-BKR-2-292, CONDENSATE DEMIN PMP 2A (2-PMP-2-292A) OPENS, and VERIFY the following: (Acc Crit) 5.7[4]A A. Annunciator Window 14E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED. B. Events Display Screen shows Window 14E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED. C. White light is ON at 2-HS-2-292A, CNDS DEMIN PMP A. D. Motor tripout buzzer is ON. [36] ADJUST the current output of the test set to zero. [37] PLACE 2-HS-2-292A, CNDS DEMIN PMP A, to STOP to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.7[3]A A. Window 14E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. B. Events Display Screen shows Window 14E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED. C. White light is OFF at 2-HS-2-292A, CNDS DEMIN PMP A. D. Motor tripout buzzer is OFF. E. Red light OFF at 2-HS-2-292A, CNDS DEMIN PMP A. F. Green light ON at 2-HS-2-292A, CNDS DEMIN PMP A.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 255 of 450 Date 6.4.1 Condensate Demineralizer Pump (CDP) 2A and Suction Valve 2-FCV-2-290 (continued) [38] DISCONNECT the Amptector test set from 2-BKR-2-292, CONDENSATE DEMIN PMP 2A (2-PMP-2-292A). 1st CV NOTE This is a FLAS fuse 5 which entails that the fuse has an annunciator bar that must be positioned correctly to alarm when the fuse blows. Attention to reinstallation of the fuse should be given. [39] INSTALL the following Fuses: (This step may be N/A if operating conditions require these to be removed.) Fuse Description 2-FU-275-R75/M17 Fuse for Relay HWPA 1st CV 2-FU-275-R75/M19 Fuse for Relay HWPB 1st CV [40] REMOVE the wedge (shim) installed at 2-PS-2-314, CNDS DEMIN PMP 2A SUCT PRESS. 1st CV [41] RACK OUT 2-BKR-2-292, CONDENSATE DEMIN PMP 2A (2-PMP-2-292A), to the REMOVE position. [42] PLACE 2-BKR-2-292, CONDENSATE DEMIN PMP 2A (2-PMP-2-292A), into the disconnect position.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 256 of 450 Date 6.4.2 Condensate Demineralizer Pump (CDP) 2B and Suction Valve 2-FCV-2-285 [1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. NOTES

1) Electrical manipulations are to be performed by qualified Startup Test Electrical Personnel.

2) Reference Attachment 1, Relay Armature, in order to brief qualified Startup Test Electrical Personnel on relay armature manipulations.

[2] ENSURE that the following fuses are installed in 2-BD-203-B; Compt. 2D: Fuse Description 2-FU-203-B2/31 CNDS DEMIN PMP 2B TRIP 1st Cv 2-FU-203-B2/32 CNDS DEMIN PMP 2B CLOSE 1st Cv [3] ENSURE that 2-FCV-2-285 [T9G/685], CONDENSATE DEMIN PMP 2B SUCT ISOL, is CLOSED. [4] RACK-IN 2-BKR-2-287, CONDENSATE DEMIN PMP 2B (2-PMP-2-287A), to the TEST position.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 257 of 450 Date 6.4.2 Condensate Demineralizer Pump (CDP) 2B and Suction Valve 2-FCV-2-285 (continued) [5] ENSURE that the following fuses in Panel 2-R-75 (Dwg 2-45W600-57-28) are removed to prevent feedwater isolation signal from tripping, 2-BKR-2-287, CONDENSATE DEMIN PMP 2B (2-PMP-2-287A) (N/A step if fuses are already removed): Fuse Description 2-FU-275-R75/M 17 Fuse for Relay HWPA 1st Cv 2-FU-275-R75/M 19 Fuse for Relay HWPB 1st Cv [6] ENSURE that Fuse 2-FU-201-A8/4, FW ISLN AUX RELAY, is installed in 2-BD-201-A, Compt. 8. [7] VERIFY the following: A. Red light OFF at 2-BKR-2-287, CONDENSATE DEMIN PMP 2B (2-PMP-2-287A). B. Red light OFF at 2-HS-2-287A [2-M-3], CNDS DEMIN PMP B. C. Green light ON at 2-HS-2-287A, CNDS DEMIN PMP B. D. Green light ON at 2-BKR-2-287, CONDENSATE DEMIN PMP 2B (2-PMP-2-287A). E. White light OFF at 2-HS-2-287A, CNDS DEMIN PMP B. F. By local verification, 2-BKR-2-287, CONDENSATE DEMIN PMP 2B (2-PMP-2-287), is OPEN. G. Green light ON at 2-HS-2-285A, CNDS DEMIN PMP B SUCTION. H. Green light ON at 2-HS-2-285B, CNDS DEMIN PMP 2B SUCT ISOL VLV.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 258 of 450 Date 6.4.2 Condensate Demineralizer Pump (CDP) 2B and Suction Valve 2-FCV-2-285 (continued)

1. By local verification, 2-FCV-2-285, CONDENSATE DEMIN PMP 2B SUCT ISOL, is CLOSED.

J. Annunciator Window 48A on 2-XA-55-3A, CNDS DEMIN PMP 2B SUCT PRESS LO, is CLEARED. [8] INSTALL a wedge (shim) between switch 2-PS-2-312 [T10G/685], CNDS DEMIN PMP 2B SUCT PRESS, plunger and switch actuating bar in local instrument panel to simulate a Net Positive Suction Head above minimum. 1st CV [9] PLACE 2-HS-2-285A, CNDS DEMIN PMP B SUCTION, to OPEN to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.7[6]B A. Red light ON at 2-HS-2-285A, CNDS DEMIN PMP B SUCTION. B. Green light OFF at 2-HS-2-285A, CNDS DEMIN PMP B SUCTION. C. By local verification 2-FCV-2-285, CONDENSATE DEMIN PMP 2B SUCT ISOL, is OPEN.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 259 of 450 Date 6.4.2 Condensate Demineralizer Pump (CDP) 2B and Suction Valve 2-FCV-2-285 (continued) [10] PLACE 2-HS-2-285A, CNDS DEMIN PMP B SUCTION, to CLOSE to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.7[6]B A. Red light OFF at 2-HS-2-285A, CNDS DEMIN PMP B SUCTION. B. Green light ON at 2-HS-2-285A, CNDS DEMIN PMP B SUCTION. C. By local verification 2-FCV-2-285, CONDENSATE DEMIN PMP 2B SUCT ISOL, is CLOSED. [11] PLACE 2-HS-2-285A, CNDS DEMIN PMP B SUCTION, to OPEN. [12] PLACE 2-HS-2-287A, COND DEMIN PMP B, to START to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.7[3]B A. Red light ON at 2-HS-2-287A, CNDS DEMIN PMP B. B. Green light OFF at 2-HS-2-287A, CNDS DEMIN PMP B. C. White light OFF at 2-HS-2-287A, CNDS DEMIN PMP B.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 260 of 450 Date 6.4.2 Condensate Demineralizer Pump (CDP) 2B and Suction Valve 2-FCV-2-285 (continued) [13] DEPRESS 2-HS-2-285B, CNDS DEMIN PMP 2B SUCT ISOL VLV, CLOSE to verify operation locally, and VERIFY the following: (Acc Crit) 5.7[6]B A. Green light ON at 2-HS-2-285B, CNDS DEMIN PMP 2B SUCT ISOL VLV. B. Red light OFF at 2-HS-2-285B CNDS DEMIN PMP 2B SUCT ISOL VLV. C. By local verification, 2-FCV-2-285, CONDENSATE DEMIN PMP 2B SUCT ISOL, is CLOSED. NOTE To test the STOP pushbutton, 2-FCV-2-285 must be traveling between OPEN and CLOSE. [14] DEPRESS 2-HS-2-285B, CNDS DEMIN PMP 2B SUCT ISOL VLV, OPEN, and DEPRESS 2-HS-2-285B STOP pushbutton before 2-FCV-2-285 reaches the OPEN position. [15] VERIFY the following: (Acc Crit) 5.7[6]B A. Red light ON at 2-HS-2-285B, CNDS DEMIN PMP 2B SUCT ISOL VLV. B. Green light ON at 2-HS-2-285B, CNDS DEMIN PMP 2B SUCT ISOL VLV. C. By local verification, 2-FCV-2-285, CONDENSATE DEMIN PMP 2B SUCT ISOL, stops in mid-position. [16] DEPRESS 2-HS-2-285B, CNDS DEMIN PMP 2B SUCT ISOL VLV, OPEN pushbutton, and VERIFY 2-FCV-2-285, CONDENSATE DEMIN PMP 2B SUCT ISOL, is OPEN.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 261 of 450 Date 6.4.2 Condensate Demineralizer Pump (CDP) 2B and Suction Valve 2-FCV-2-285 (continued) [17] DEPRESS 2-HS-2-285B, CNDS DEMIN PMP 2B SUCT ISOL VLV, CLOSE, and DEPRESS 2-HS-2-285B STOP pushbutton before 2-FCV-2-285 reaches the CLOSE position. [18] VERIFY the following: (Acc Crit) 5.7[6]B A. Red light ON at 2-HS-2-285B, CNDS DEMIN PMP 2B SUCT ISOL VLV. B. Green light ON at 2-HS-2-285B, CNDS DEMIN PMP 2B SUCT ISOL VLV. C. By local verification, 2-FCV-2-285, CONDENSATE DEMIN PMP 2B SUCT ISOL, stops in mid-position. [19] DEPRESS 2-HS-2-285B, CNDS DEMIN PMP 2B SUCT ISOL VLV, CLOSE pushbutton, and VERIFY 2-FCV-2-285, CONDENSATE DEMIN PMP 2B SUCT ISOL, is CLOSED. [20] DEPRESS 2-HS-2-285B, CNDS DEMIN PMP 2B SUCT ISOL VLV, OPEN. [21] PLACE 2-HS-2-287B [T10H/685], CONDENSATE DEMINERALIZER PUMP 2B, to TEST in order to verify operation locally, and VERIFY the following: (Acc Crit) 5.7[3]B A. Red light ON at 2-HS-2-287B, CONDENSATE DEMINERALIZER PUMP 2B. B. Green light OFF at 2-HS-2-287B, CONDENSATE DEMINERALIZER PUMP 2B.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 262 of 450 Date 6.4.2 Condensate Demineralizer Pump (CDP) 2B and Suction Valve 2-FCV-2-285 (continued) [22] PLACE 2-HS-2-287B, CONDENSATE DEMINERALIZER PUMP 2B, to STOP to verify operation locally, and VERIFY the following: (Acc Crit) 5.7[3]B A. Red light OFF at 2-HS-2-287B, CONDENSATE DEMINERALIZER PUMP 2B. B. Green light ON at 2-HS-2-287B, CONDENSATE DEMINERALIZER PUMP 2B. [23] PLACE 2-HS-2-287A, COND DEMIN PMP B, to START. NOTE The following step will cause Condensate Demineralizer Pump B to trip after a short time delay (approx 3 sec). The suction press low annunciator input will be temporary due to 52A contact opening. [24] REMOVE the wedge installed at 2-PS-2-312, CNDS DEMIN PMP 2B SUCT PRESS, to simulate NPSH below minimum. 1st CV [25] VERIFY the following: (Acc Crit) 5.7[1]B A. 2-BKR-2-287, CONDENSATE DEMIN PMP 2B (2-PMP 287A), is OPEN. B. Annunciator Window 48A on 2-XA-55-3A, CNDS DEMIN PMP 2B SUCT PRESS LO, is ALARMED. C. Events Display Screen shows Window 48A on 2-XA-55-3A, CNDS DEMIN PMP 2B SUCT PRESS LO, is ALARMED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 263 of 450 Date 6.4.2 Condensate Demineralizer Pump (CDP) 2B and Suction Valve 2-FCV-2-285 (continued) [26] VERIFY the following: A. Window 48A on 2-XA-55-3A, CNDS DEMIN PMP 2B SUCT PRESS LO, is CLEARED. B. Events Display Screen shows Window 48A on 2-XA-55-3A, CNDS DEMIN PMP 2B SUCT PRESS LO, is CLEARED. [27] PLACE 2-HS-2-287A, COND DEMIN PMP B, to START to show no start on low NPSH, and VERIFY the following: (Acc Crit) 5.7[1]B A. Annunciator Window 48A on 2-XA-55-3A, CNDS DEMIN PMP 2B SUCT PRESS LO, is ALARMED. B. Events Display Screen shows Window 48A on 2-XA-55-3A, CNDS DEMIN PMP 2B SUCT PRESS LO, is ALARMED. C. Red light OFF at 2-HS-2-287B, CONDENSATE DEMINERALIZER PUMP 2B. D. Green light ON at 2-HS-2-287B, CONDENSATE DEMINERALIZER PUMP 2B. [28] VERIFY the following: A. Window 48A on 2-XA-55-3A, CNDS DEMIN PMP 2B SUCT PRESS LO, is CLEARED. B. Events Display Screen shows Window 48A on 2-XA-55-3A, CNDS DEMIN PMP 2B SUCT PRESS LO, is CLEARED. [29] INSTALL a wedge (shim) between switch 2-PS-2-312 [TIOG/685], CNDS DEMIN PMP 2B SUCT PRESS, plunger and the switch actuating bar. 1 st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 264 of 450 Date 6.4.2 Condensate Demineralizer Pump (CDP) 2B and Suction Valve 2-FCV-2-285 (continued) [30] PLACE 2-HS-2-287A, COND DEMIN PMP B, to START. NOTE The following step verifies the feedwater isolation trip signal to the Condensate Demineralizer Pump. Continuity from the HWPB relay to the 5X relay is verified in subsection 6.5 thus re-verification is NOT performed in this subsection. [31] DEPRESS Relay HWPA armature, located in Panel 2-R-75, and VERIFY 2-BKR-2-287, CONDENSATE DEMIN PMP 2B (2-PMP-2-287A), OPENED. (Acc Crit) 5.7[2]B [32] CONNECT the Amptector test set to the front of 2-BKR-2-287, CONDENSATE DEMIN PMP 2B (2-PMP-2-287A). 1st CV [33] ENSURE Annunciator Window 14E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. [34] PLACE 2-HS-2-287A, CNDS DEMIN PMP B, to START, and VERIFY 2-BKR-2-287, CONDENSATE DEMIN PMP 2B (2-PMP-2-287A), CLOSED. [35] SLOWLY INCREASE the current output of the test set until 2-BKR-2-287, CONDENSATE DEMIN PMP 2B (2-PMP 287A), OPENS, and VERIFY the following: (Acc Crit) 5.7[4]B A. Annunciator Window 14E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED. B. Events Display Screen shows Window 14E on 2-XA-55-1 B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 265 of 450 Date 6.4.2 Condensate Demineralizer Pump (CDP) 2B and Suction Valve 2-FCV-2-285 (continued) C. White light is ON at 2-HS-2-287A, CNDS DEMIN PMP B. D. Motor tripout buzzer is ON. [36] ADJUST the current output of the test set to zero. [37] PLACE 2-HS-2-287A, CNDS DEMIN PMP B, to STOP to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.7[3]B A. Annunciator Window 14E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. B. Events Display Screen shows Window 14E on 2-XA-55-1 B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. C. White light is OFF at 2-HS-2-287A, CNDS DEMIN PMP B. D. Motor tripout buzzer is OFF. E. Red light OFF at 2-HS-2-287A, CNDS DEMIN PMP B. F. Green light ON at 2-HS-2-287A, CNDS DEMIN PMP B. [38] DISCONNECT the Amptector test set from 2-BKR-2-287, 2-BKR-2-287, CONDENSATE DEMIN PMP 2B (2-PMP 287A). 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 266 of 450 Date 6.4.2 Condensate Demineralizer Pump (CDP) 2B and Suction Valve 2-FCV-2-285 (continued) NOTE This is a FLAS fuse 5 which entails that the fuse has an annunciator bar that must be positioned correctly to alarm when the fuse blows. Attention to reinstallation of the fuse should be given. [39] INSTALL the following Fuses: (This step may be N/A if operating conditions require these to be removed.) Fuse Description 2-FU-275-R75/M17 Fuse for Relay HWPA 1st CV 2-FU-275-R75/M19 Fuse for Relay HWPB 1st CV [40] REMOVE the wedge (shim) installed at 2-PS-2-312, CNDS DEMIN PMP 2B SUCT PRESS. 1st CV [41] RACK OUT 2-BKR-2-287, CONDENSATE DEMIN PMP 2B (2-PMP-2-287A), to the REMOVE position. [42] PLACE 2-BKR-2-287, CONDENSATE DEMIN PMP 2B (2-PMP-2-287A), into the disconnect position.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 267 of 450 Date 6.4.3 Condensate Demineralizer Pump (CDP) 2C and Suction Valve 2-FCV-2-280 [1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. NOTES

1) Electrical manipulations are to be performed by qualified Startup Test Electrical Personnel.

2) Reference Attachment 1, Relay Armature, in order to brief qualified Startup Test Electrical Personnel on relay armature manipulations.

[2] ENSURE that the following fuses are installed in 2-BD-203-B; Compt 5D: Fuse Description 2-FU-203-B5/31 CNDS DEMIN PMP 2C TRIP 1 st Cv 2-FU-203-B5/32 CNDS DEMIN PMP 2C CLOSE 1 st Cv [3] ENSURE that 2-FCV-2-280 [T10G/685], CONDENSATE DEMIN PMP 2C SUCT ISOL, is CLOSED. [4] RACK-IN 2-BKR-2-282, CONDENSATE DEMIN PUMP 2C (2-PMP-2-282A) to the TEST position.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 268 of 450 Date 6.4.3 Condensate Demineralizer Pump (CDP) 2C and Suction Valve 2-FCV-2-280 (continued) [5] ENSURE that the following fuses in Panel 2-R-75 (Dwg 2-45W600-57-28) are removed to prevent feedwater isolation signal from tripping 2-BKR-2-282, CONDENSATE DEMIN PUMP 2C (2-PMP-2-282A) (N/A step if fuses are already removed): Fuse Description 2-FU-275-R75/M17 Fuse for Relay HWPA 1st Cv 2-FU-275-R75/M19 Fuse for Relay HWPB 1st Cv [6] ENSURE that Fuse 2-FU-201-A8/4, FW ISLN AUX RELAY, is installed in 2-BD-201-A; Compt. 8. [7] VERIFY the following: A. Red light OFF at 2-BKR-2-282, CONDENSATE DEMIN PUMP 2C (2-PMP-2-282A). B. Red light OFF at 2-HS-2-282A [2-M-3], CNDS DEMIN PMP C. C. Green light ON at 2-HS-2-282A, CNDS DEMIN PMP C. D. Green light ON at 2-BKR-2-282, CONDENSATE DEMIN PUMP 2C (2-PMP-2-282A). E. White light OFF at 2-HS-2-282A, CNDS DEMIN PMP C. F. By local verification, 2-BKR-2-282, CONDENSATE DEMIN PUMP 2C (2-PMP-2-282A) is OPEN. G. Green light ON at 2-HS-2-280A, CNDS DEMIN PMP C SUCTION. H. Green light ON at 2-HS-2-280B, CNDS DEMIN PMP 2C SUCT ISOL VLV.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 269 of 450 Date 6.4.3 Condensate Demineralizer Pump (CDP) 2C and Suction Valve 2-FCV-2-280 (continued) I. By local verification, 2-FCV-2-280, CONDENSATE DEMIN PMP 2C SUCT ISOL, is CLOSED. J. Annunciator Window 49A on 2-XA-55-3A, CNDS DEMIN PMP 2C SUCT PRESS LO, is CLEARED. [8] INSTALL a wedge (shim) between switch 2-PS-2-310 [T10G/685] CNDS DEMIN PMP 2C SUCT PRESS, plunger and switch actuating bar in local instrument panel to simulate a Net Positive Suction Head above minimum. 1st CV [9] PLACE 2-HS-2-280A, CNDS DEMIN PMP C SUCTION, to OPEN to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.7[6]C A. Red light ON at 2-HS-2-280A, CNDS DEMIN PMP C SUCTION. B. Green light OFF at 2-HS-2-280A, CNDS DEMIN PMP C SUCTION. C. By local verification, 2-FCV-2-280, CONDENSATE DEMIN PMP 2C SUCT ISOL, is OPEN.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 270 of 450 Date 6.4.3 Condensate Demineralizer Pump (CDP) 2C and Suction Valve 2-FCV-2-280 (continued) [10] PLACE 2-HS-2-280A, CNDS DEMIN PMP C SUCTION, to CLOSE to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.7[6]C A. Red light OFF at 2-HS-2-280A, CNDS DEMIN PMP C SUCTION. B. Green light ON at 2-HS-2-280A, CNDS DEMIN PMP C SUCTION. C. By local verification, 2-FCV-2-280, CONDENSATE DEMIN PMP 2C SUCT ISOL, is CLOSED. [11] PLACE 2-HS-2-280A, CNDS DEMIN PMP C SUCTION, to OPEN. [12] PLACE 2-HS-2-282A, CNDS DEMIN PMP C, to START to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.7[3]C A. Red light ON at 2-HS-2-282A, CNDS DEMIN PMP C. B. Green light OFF at 2-HS-2-282A, CNDS DEMIN PMP C. C. White light OFF at 2-HS-2-282A, CNDS DEMIN PMP C.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 271 of 450 Date 6.4.3 Condensate Demineralizer Pump (CDP) 2C and Suction Valve 2-FCV-2-280 (continued) [13] DEPRESS 2-HS-2-280B, CNDS DEMIN PMP 2C SUCT ISOL VLV, CLOSE to verify operation locally, and VERIFY the following: (Acc Crit) 5.716]C A. Green light ON at 2-HS-2-280B, CNDS DEMIN PMP 2C SUCT ISOL VLV. B. Red light OFF at 2-HS-2-280B, CNDS DEMIN PMP 2C SUCT ISOL VLV. C. By local verification, 2-FCV-2-280, CONDENSATE DEMIN PMP 2C SUCT ISOL, is CLOSED. NOTE To test the STOP pushbutton, 2-FCV-2-280 must be traveling between OPEN and CLOSE. [14] DEPRESS 2-HS-2-280B, CNDS DEMIN PMP 2C SUCT ISOL VLV, OPEN, and DEPRESS 2-HS-2-280B STOP pushbutton before 2-FCV-2-280 reaches the OPEN position. [15] VERIFY the following: (Acc Crit) 5.7[6]C A. Red light ON at 2-HS-2-280B, CNDS DEMIN PMP 2C SUCT ISOL VLV. B. Green light ON at 2-HS-2-280B, CNDS DEMIN PMP 2C SUCT ISOL VLV. C. By local verification, 2-FCV-2-280, CONDENSATE DEMIN PMP 2C SUCT ISOL, stops in mid-position. [16] DEPRESS 2-HS-2-280B, CNDS DEMIN PMP 2C SUCT ISOL VLV, OPEN pushbutton, and VERIFY 2-FCV-2-280, CONDENSATE DEMIN PMP 2C SUCT ISOL, is OPEN.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 272 of 450 Date 6.4.3 Condensate Demineralizer Pump (CDP) 2C and Suction Valve 2-FCV-2-280 (continued) [17] DEPRESS 2-HS-2-280B, CNDS DEMIN PMP 2C SUCT ISOL VLV, CLOSE, and DEPRESS 2-HS-2-280B STOP pushbutton before 2-FCV-2-280 reaches the CLOSE position. [18] VERIFY the following: (Acc Crit) 5.7[6]C A. Red light ON at 2-HS-2-280B, CNDS DEMIN PMP 2C SUCT ISOL VLV. B. Green light ON at 2-HS-2-280B, CNDS DEMIN PMP 2C SUCT ISOL VLV. C. By local verification, 2-FCV-2-280, CONDENSATE DEMIN PMP 2C SUCT ISOL, stops in mid-position. [19] DEPRESS 2-HS-2-280B, CNDS DEMIN PMP 2C SUCT ISOL VLV, CLOSE. VERIFY 2-FCV-2-280, CONDENSATE DEMIN PMP 2C SUCT ISOL, is CLOSED. [20] DEPRESS 2-HS-2-280B, CNDS DEMIN PMP 2C SUCT ISOL VLV, OPEN. [21] PLACE 2-HS-2-282B [T10H/685], CONDENSATE DEMINERALIZER PUMP 2C, to TEST in order to verify operation locally, and VERIFY the following: (Acc Crit) 5.7[3]C A. Red light ON at 2-HS-2-282B, CONDENSATE DEMINERALIZER PUMP 2C. B. Green light OFF at 2-HS-2-282B, CONDENSATE DEMINERALIZER PUMP 2C.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 273 of 450 Date 6.4.3 Condensate Demineralizer Pump (CDP) 2C and Suction Valve 2-FCV-2-280 (continued) [22] PLACE 2-HS-2-282B, CONDENSATE DEMINERALIZER PUMP 2C, to STOP to verify operation locally, and VERIFY the following: (Acc Crit) 5.7[3]C A. Red light OFF at 2-HS-2-282B, CONDENSATE DEMINERALIZER PUMP 2C. B. Green light ON at 2-HS-2-282B, CONDENSATE DEMINERALIZER PUMP 2C. [23] PLACE 2-HS-2-282A, CNDS DEMIN PMP C, to START. NOTE The following step will cause Condensate Demineralizer Pump 2C to trip after a short time delay (approx 3 sec). The suction press low annunciator input will be momentary due to 52A contact opening. [24] REMOVE the wedge installed at 2-PS-2-310, CNDS DEMIN PMP 2C SUCT PRESS, to simulate NPSH below minimum. Cv [25] VERIFY the following: (Acc Crit) 5.7[1]C A. 2-BKR-2-282, CONDENSATE DEMIN PUMP 2C (2-PMP-2-282A), is OPEN. B. Annunciator Window 49A on 2-XA-55-3A, CNDS DEMIN PMP 2C SUCT PRESS LO, is ALARMED. C. Events Display Screen shows Window 49A on 2-XA-55-3A, CNDS DEMIN PMP 2C SUCT PRESS LO, is ALARMED. [26] VERIFY the following: A. Window 49A on 2-XA-55-3A, CNDS DEMIN PMP 2C SUCT PRESS LO, is CLEARED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 274 of 450 Date 6.4.3 Condensate Demineralizer Pump (CDP) 2C and Suction Valve 2-FCV-2-280 (continued) B. Events Display Screen shows Window 49A on 2-XA-55-3A, CNDS DEMIN PMP 2C SUCT PRESS LO, is CLEARED. [27] PLACE 2-HS-2-282A, CNDS DEMIN PMP C, to START to show no start on low NPSH, and VERIFY the following: (Acc Crit) 5.7[1]C A. Annunciator Window 49A on 2-XA-55-3A, CNDS DEMIN PMP 2C SUCT PRESS LO, is ALARMED. B. Events Display Screen shows Window 49A on 2-XA-55-3A, CNDS DEMIN PMP 2C SUCT PRESS LO, is ALARMED. C. Red light OFF at 2-HS-2-282B, CONDENSATE DEMINERALIZER PUMP 2C. D. Green light ON at 2-HS-2-282B, CONDENSATE DEMINERALIZER PUMP 2C. [28] VERIFY the following: A. Window 49A on 2-XA-55-3A, CNDS DEMIN PMP 2C SUCT PRESS LO, is CLEARED. B. Events Display Screen shows Window 49A on 2-XA-55-3A, CNDS DEMIN PMP 2C SUCT PRESS LO, is CLEARED. [29] INSTALL a wedge (shim) between switch 2-PS-2-310, CNDS DEMIN PMP 2C SUCT PRESS, plunger and the switch actuating bar. 1st Cv [30] PLACE 2-HS-2-282A, CNDS DEMIN PMP C, to START.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 275 of 450 Date 6.4.3 Condensate Demineralizer Pump (CDP) 2C and Suction Valve 2-FCV-2-280 (continued) NOTE The following step verifies the feedwater isolation trip signal to the Condensate Demineralizer Pump. Continuity from the HWPB relay to the 5X relay is verified in subsection 6.5 thus re-verification is NOT performed in this subsection. [31] DEPRESS Relay HWPA armature, located in Panel 2-R-75, and VERIFY 2-BKR-2-282, CONDENSATE DEMIN PUMP 2C (2-PMP-2-282A), OPENED. (Acc Crit) 5.7[2]C [32] CONNECT the Amptector test set to the front of 2-BKR-2-282, CONDENSATE DEMIN PUMP 2C (2-PMP-2-282A). 1st CV [33] ENSURE Annunciator Window 14E on 2-XA-55-1 B M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. [34] PLACE 2-HS-2-282A, CNDS DEMIN PMP C, to START, and VERIFY that 2-BKR-2-282, CONDENSATE DEMIN PUMP 2C (2-PMP-2-282A), CLOSED. [35] SLOWLY INCREASE the current output of the test set until 2-BKR-2-282, CONDENSATE DEMIN PUMP 2C (2-PMP 282A), OPENS, and VERIFY the following: (Acc Crit) 5.7[4]C A. Annunciator Window 14E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED. B. Events Display Screen shows Window 14E on 2-XA-55-1 B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED. C. White light is ON at 2-HS-2-282A, CNDS DEMIN PMP C. D. Motor tripout buzzer is ON.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 276 of 450 Date 6.4.3 Condensate Demineralizer Pump (CDP) 2C and Suction Valve 2-FCV-2-280 (continued) [36] ADJUST the current output of the test set to zero. [37] PLACE 2-HS-2-282A, CNDS DEMIN PMP C, to STOP to verify operation from Main Control Room, and VERIFY the following: (Acc Crit) 5.7[3]C A. Annunciator Window 14E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. B. Events Display Screen shows Window 14E on 2-XA-55-1 B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. C. White light is OFF at 2-HS-2-282A, CNDS DEMIN PMP C. D. Motor tripout buzzer is OFF. E. Red light OFF at 2-HS-2-282A, CNDS DEMIN PMP C. F. Green light ON at 2-HS-2-282A, CNDS DEMIN PMP C. [38] DISCONNECT the Amptector test set from 2-BKR-2-282, CONDENSATE DEMIN PUMP 2C (2-PMP-2-282A). 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 277 of 450 Date 6.4.3 Condensate Demineralizer Pump (CDP) 2C and Suction Valve 2-FCV-2-280 (continued) NOTE This is a FLAS fuse 5 which entails that the fuse has an annunciator bar that must be positioned correctly to alarm when the fuse blows. Attention to reinstallation of the fuse should be given. [39] INSTALL the following Fuses: (This step may be N/A if operating conditions require these to be removed.) Fuse Description 2-FU-275-R75/M17 Fuse for Relay HWPA 1st CV 2-FU-275-R75/M19 Fuse for Relay HWPB 1st CV [40] REMOVE a wedge (shim) installed at 2-PS-2-310, CNDS DEMIN PMP 2C SUCT PRESS. 1st CV [41] RACK OUT 2-BKR-2-282, CONDENSATE DEMIN PUMP 2C (2-PMP-2-282A), to the REMOVE position. [42] PLACE 2-BKR-2-282, CONDENSATE DEMIN PUMP 2C (2-PMP-2-282A), into the disconnect position.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 278 of 450 Date 6.5 Condensate Booster Pump, Auxiliary Oil Pump and Suction Valve Controls 6.5.1 Condensate Booster Pump (CBP) 2A, CBP Auxiliary Oil Pump (AOP) 2A and Suction Valve 2-FCV-2-94 CAUTION Step 4.3[10] includes substeps that bypass the Condensate Booster Pump interlocks to allow operability. [1] VERIFY Prerequisites and field preparations for this sub-section have been completed. 4.3[10] [2] RAISE 2-BD-201-A, Compt. 8, CONDENSATE BOOSTER PUMP 2A breaker (2-BKR-2-97) elevating mechanism to simulate breaker fully racked up to the operating position. [3] PLACE 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97), in the TEST position in accordance with GOI-7. NOTES

1) The following step makes up the breaker to the compartment secondary contact set to allow operation of the breaker through its normal control circuit while it is in the TEST position.

2) Lifting of the interlock mechanism of the breaker during installation of the Electrical DC Test Coupler cable between the breaker and board will prevent the breaker from charging and arcing of the secondary disconnect pins.

3) Electrical manipulations are to be performed by qualified Startup Test Electrical Personnel.

4) Reference Attachment 1, Relay Armature, in order to brief qualified Startup Test Electrical Personnel on relay armature manipulations.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 279 of 450 Date 6.5.1 Condensate Booster Pump (CBP) 2A, CBP Auxiliary Oil Pump (AOP) 2A and Suction Valve 2-FCV-2-94 (continued) [4] LIFT up the breaker interlock mechanism, and CONNECT the Electrical DC Test Coupler between 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97), and 2-BD-201A, Compt. 8 board secondary disconnects. 1st CV [5] RELEASE the breaker interlock mechanism, and VERIFY 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97), charges. [6] INSTALL STA Mechanical test linkage in accordance with GOI-7 between 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97), and Switch 52STA in 2-BD-201-A, Compt. 8 with breaker in the test position. 1st CV [7] DEPRESS the TEST CLOSE pushbutton, and VERIFY the following: A. 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97), REMAINS OPEN. B. Red light OFF at 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97). C. Green light ON at 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97). [8] PLACE 2-HS-2-97A [2-M-3], CNDS BSTR PMP A, to STOP to latch 30RX relay. [9] PERFORM the following to verify Condensate Booster Pump Auxiliary Oil Pump handswitch operation: (Acc Crit) 5.8[14]A

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 280 of 450 Date 6.5.1 Condensate Booster Pump (CBP) 2A, CBP Auxiliary Oil Pump (AOP) 2A and Suction Valve 2-FCV-2-94 (continued) [9.1] ENSURE 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97), is OPEN. [9.2] DEPRESS 2-HS-2-105B [T110F/685], CNDS BSTR PMP 2A AUX OIL PUMP, RESET pushbutton. [9.3] PLACE 2-HS-2-105A [2-M-3], AUX OIL PMP CNDS BSTR PMP A,to P AUTO, and VERIFY the following: (Acc Crit) 5.8[14]A A. Red light ON at 2-HS-2-105A, AUX OIL PMP CNDS BSTR PMP A. B. Green light OFF at 2-HS-2-105A, AUX OIL PMP CNDS BSTR PMP A. C. 2-MTR-2-105 [T9G/685], CONDENSATE BOOSTER PUMP 2A AUX OIL PUMP, STARTS. [9.4] PLACE 2-HS-2-105A, AUX OIL PMP CNDS BSTR PMP A, to the STOP/PULL TO LOCK position, and VERIFY the following: (Acc Crit) 5.8[14]A A. Red light OFF at 2-HS-2-105A [2-M-3], AUX OIL PMP CNDS BSTR PMP A. B. Green light ON at 2-HS-2-105A, AUX OIL PMP CNDS BSTR PMP A. C. 2-MTR-2-105 [T9G/685], CONDENSATE BOOSTER PUMP 2A AUX OIL PUMP, STOPS. [9.5] PLACE 2-HS-2-105A [2-M-3], AUX OIL PMP CNDS BSTR PMP A, from the STOP/PULL TO LOCK position so handswitch will spring return to P Auto. [9.6] VERIFY 2-MTR-2-105 [T9G/685], CONDENSATE BOOSTER PUMP 2A AUX OIL PUMP, STARTS. (Acc Crit) 5.8[14]A

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 281 of 450 Date 6.5.1 Condensate Booster Pump (CBP) 2A, CBP Auxiliary Oil Pump (AOP) 2A and Suction Valve 2-FCV-2-94 (continued) [9.7] DEPRESS 2-HS-2-105B, CNDS BSTR PMP 2A AUX OIL PUMP, SAFE-STOP Pushbutton and VERIFY 2-PMP-2-105, CONDENSATE BOOSTER PUMP 2A AUX OIL PUMP, STOPPED. (Acc Crit) 5.8[14]A [9.8] DEPRESS 2-HS-2-105B, CNDS BSTR PMP 2A AUX OIL PUMP, RESET Pushbutton. [9.9] PLACE 2-HS-2-105A [2-M-3], AUX OIL PMP CNDS BSTR PMP A, to STOP/PULL TO LOCK. [9.10] DEPRESS and HOLD 2-HS-2-105B [T10F/685], CNDS BSTR PMP 2A AUX OIL PUMP, TEST pushbutton, and VERIFY the following: (Acc Crit) 5.8[14]A A. Red light ON at 2-HS-2-105B, AUX OIL PMP CNDS BSTR PMP A. B. Green light OFF at 2-HS-2-105B, AUX OIL PMP CNDS BSTR PMP A. C. 2-MTR-2-105 [T9G/685], CONDENSATE BOOSTER PUMP 2A AUX OIL PUMP, STARTS. [9.11] DEPRESS 2-HS-2-105B, CNDS BSTR PMP 2A AUX OIL PUMP, SAFE-STOP Pushbutton, and VERIFY the following: A. Red light OFF at 2-HS-2-105B [2-M-3], AUX OIL PMP CNDS BSTR PMP A. B. Green light ON at 2-HS-2-105B, AUX OIL PMP CNDS BSTR PMP A. C. 2-MTR-2-105 [T9G/685], CONDENSATE BOOSTER PUMP 2A AUX OIL PUMP, STOPS.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 282 of 450 Date 6.5.1 Condensate Booster Pump (CBP) 2A, CBP Auxiliary Oil Pump (AOP) 2A and Suction Valve 2-FCV-2-94 (continued) [10] PERFORM the following to verify Condensate Booster Pump 2A Suction Isolation Valve handswitch operation: (Acc Crit) 5.8[17]A [10.1] ENSURE Field Preparations, Step 4.3[10], have been completed. [10.2] DEPRESS 2-HS-2-94B [T10F/685], CONDENSATE BSTR PUMP 2A SUCTION ISOL VLV, OPEN pushbutton, and VERIFY the following: (Acc Crit) 5.8[17]A A. Red light ON at 2-HS-2-94B, CONDENSATE BSTR PUMP 2A SUCTION ISOL VLV. B. Green light OFF at 2-HS-2-94B, CONDENSATE BSTR PUMP 2A SUCTION ISOL VLV. C. 2-FCV-2-94, CONDENSATE BSTR PUMP 2A SUCTION ISOL, is OPEN. [10.3] DEPRESS 2-HS-2-94B [T10F/685], CONDENSATE BSTR PUMP 2A SUCTION ISOL VLV, CLOSE pushbutton, and VERIFY the following:(Acc Crit) 5.8[17]A A. Red light OFF at 2-HS-2-94B, CONDENSATE BSTR PUMP 2A SUCTION ISOL VLV. B. Green light ON at 2-HS-2-94B, CONDENSATE BSTR PUMP 2A SUCTION ISOL VLV. C. 2-FCV-2-94, CONDENSATE BSTR PUMP 2A SUCTION ISOL, is CLOSED. [10.4] PLACE 2-HS-2-94A [2-M-2], CNDS BSTR PMP 2A SUCTION VLV, to OPEN, and VERIFY the following: (Acc Crit) 5.8[17]A A. Red light ON at 2-HS-2-94A, CONDENSATE BSTR PUMP 2A SUCTION ISOL VLV.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 283 of 450 Date 6.5.1 Condensate Booster Pump (CBP) 2A, CBP Auxiliary Oil Pump (AOP) 2A and Suction Valve 2-FCV-2-94 (continued) B. Green light OFF at 2-HS-2-94A, CONDENSATE BSTR PUMP 2A SUCTION ISOL VLV. C. 2-FCV-2-94, CONDENSATE BSTR PUMP 2A SUCTION ISOL, is OPEN. [10.5] PLACE 2-HS-2-94A [2-M-2], CNDS BSTR PMP 2A SUCTION VLV, to CLOSE, and VERIFY the following: (Acc Crit) 5.8[17]A A. Red light OFF at 2-HS-2-94A, CONDENSATE BSTR PUMP 2A SUCTION ISOL VLV. B. Green light ON at 2-HS-2-94A, CONDENSATE BSTR PUMP 2A SUCTION ISOL VLV. C. 2-FCV-2-94, CONDENSATE BSTR PUMP 2A SUCTION ISOL, is CLOSED. NOTE To test the STOP pushbutton, 2-FCV-2-94 must be traveling between the OPEN and CLOSED position. Valve position will be verified by visual observation. [10.6] DEPRESS 2-HS-2-94B, CONDENSATE BSTR PUMP 2A SUCTION ISOL VLV, OPEN pushbutton. [10.7] DEPRESS 2-HS-2-94B, CONDENSATE BSTR PUMP 2A SUCTION ISOL VLV, STOP pushbutton before 2-FCV-2-94, CNDS BSTR PMP 2A SUCTION VLV, reaches the open position, and VERIFY the following: (Acc Crit) 5.8[17]A A. Red light ON at 2-HS-2-94B, CONDENSATE BSTR PUMP 2A SUCTION ISOL VLV. B. Green light ON at 2-HS-2-94B, CONDENSATE BSTR PUMP 2A SUCTION ISOL VLV. C. Valve 2-FCV-2-94, CONDENSATE BSTR PUMP 2A SUCTION ISOL VLV, STOPS in mid-position.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 284 of 450 Date 6.5.1 Condensate Booster Pump (CBP) 2A, CBP Auxiliary Oil Pump (AOP) 2A and Suction Valve 2-FCV-2-94 (continued) [10.8] PLACE 2-HS-2-94A, CONDENSATE BSTR PUMP 2A SUCTION ISOL VLV, to CLOSE, and VERIFY 2-FCV-2-94, CONDENSATE BSTR PUMP 2A SUCTION ISOL, CLOSES. [10.9] DEPRESS 2-HS-2-94B, CONDENSATE BSTR PUMP 2A SUCTION ISOL VLV, OPEN pushbutton. [10.10] DEPRESS 2-HS-2-94B, CONDENSATE BSTR PUMP 2A SUCTION ISOL VLV, CLOSE pushbutton. [10.11] DEPRESS 2-HS-2-94B, CONDENSATE BSTR PUMP 2A SUCTION ISOL VLV, STOP pushbutton before 2-FCV-2-94, CNDS BSTR PMP 2A SUCTION VLV, reaches the closed position, and VERIFY the following: (Acc Crit) 5.8[17]A A. Red light ON at 2-HS-2-94B, CONDENSATE BSTR PUMP 2A SUCTION ISOL VLV. B. Green light ON at 2-HS-2-94B, CONDENSATE BSTR PUMP 2A SUCTION ISOL VLV. C. Valve 2-FCV-2-94, CONDENSATE BSTR PUMP 2A SUCTION ISOL VLV, STOPS in mid-position. [10.12] PLACE 2-HS-2-94A, CONDENSATE BSTR PUMP 2A SUCTION ISOL VLV, to OPEN, and VERIFY 2-FCV-2-94, CONDENSATE BSTR PUMP 2A SUCTION ISOL, OPENS. [10.13] PLACE 2-HS-2-94A, CONDENSATE BSTR PUMP 2A SUCTION ISOL VLV, to CLOSE. [11] PERFORM the following steps to verify CBP operation: (Acc Crit) 5.8[6]A [11.1] ENSURE Field Preparations, Step 4.3[10], have been completed.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 285 of 450 Date 6.5.1 Condensate Booster Pump (CBP) 2A, CBP Auxiliary Oil Pump (AOP) 2A and Suction Valve 2-FCV-2-94 (continued) [11.2] ENSURE 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97) is OPEN. [11.3] DEPRESS 2-HS-2-105B, CNDS BSTR PMP 2A AUX OIL PUMP, RESET Pushbutton. [11.4] PLACE 2-HS-2-105A, AUX OIL PMP CNDS BSTR PMP A, to P AUTO. [11.5] DEPRESS 2-HS-2-97B [T10F/685], CNDS BSTR PMP 2A, RESET pushbutton. [11.6] PLACE 2-HS-2-97A, CNDS BSTR PMP A, to START. [11.7] VERIFY the following: (Acc Crit) 5.8[6]A A. Red light ON at 2-HS-2-97A, CNDS BSTR PMP A. B. Green light OFF at 2-HS-2-97A, CNDS BSTR PMP A. C. White light OFF at 2-HS-2-97A, CNDS BSTR PMP A. D. Red light ON at 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97). E. Green light OFF at 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97). F. 2-FCV-2-94, CONDENSATE BSTR PUMP 2A SUCTION ISOL, is FULL OPEN. (Acc Crit) 5.8[18]A G. 2-MTR-2-105, CONDENSATE BOOSTER PUMP 2A AUX OIL PUMP, STOPS. (Acc Crit) 5.8[15]A H. 2-MTR-30-882, CONDENSATE BOOSTER PUMP AREA COOLER 2A, is in OPERATION. (Acc Crit) 5.8[13]A

1. 2-MTR-30-881, CONDENSATE BOOSTER PUMP AREA COOLER 2B, is in OPERATION. (Acc Crit) 5.8[13]A

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 286 of 450 Date 6.5.1 Condensate Booster Pump (CBP) 2A, CBP Auxiliary Oil Pump (AOP) 2A and Suction Valve 2-FCV-2-94 (continued) J. Computer Point Y2215D indicates CNDS BSTR PMP 2A BKR CLOSED. (Acc Crit) 5.8[1]A [11.8] PLACE 2-HS-2-97A, CNDS BSTR PMP A, to STOP. [11.9] VERIFY the following: (Acc Crit) 5.8[6]A A. Red light OFF at 2-HS-2-97A, CNDS BSTR PMP A. B. Green light ON at 2-HS-2-97A, CNDS BSTR PMP A. C. White light OFF at 2-HS-2-97A, CNDS BSTR PMP A. D. Red light OFF at 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97). E. Green light ON at 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97). F. 2-FCV-2-94, CONDENSATE BSTR PUMP 2A SUCTION ISOL, is CLOSED. G. Computer Point Y2215D indicates CNDS BSTR PMP 2A BKR OPEN. (Acc Crit) 5.8[1]A [11.10] VERIFY 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97) is OPEN. [11.11] VERIFY 2-MTR-2-105, CONDENSATE BOOSTER PUMP 2A AUX OIL PUMP, is in OPERATION. (Acc Crit) 5.8[14]A [11.12] PLACE 2-HS-2-97A, CNDS BSTR PMP A, to START. [11.13] VERIFY the following: A. Red light ON at 2-HS-2-97A, CNDS BSTR PMP A. B. Green light OFF at 2-HS-2-97A, CNDS BSTR PMP A.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 287 of 450 Date 6.5.1 Condensate Booster Pump (CBP) 2A, CBP Auxiliary Oil Pump (AOP) 2A and Suction Valve 2-FCV-2-94 (continued) C. White light OFF at 2-HS-2-97A, CNDS BSTR PMP A. D. Red light ON at 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97). E. Green light OFF at 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97). F. 2-MTR-2-105, CONDENSATE BOOSTER PUMP 2A AUX OIL PUMP, STOPS. G. 2-FCV-2-94, CONDENSATE BSTR PUMP 2A SUCTION ISOL, is FULL OPEN. [11.14] DEPRESS 2-HS-2-97B, CNDS BSTR PMP 2A, SAFE-STOP Pushbutton (Acc Crit) 5.8[6]A and VERIFY Green light ON at 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97). [11.15] DEPRESS 2-HS-2-105B, CNDS BSTR PMP 2A AUX OIL PUMP, SAFE-STOP Pushbutton. [11.16] VERIFY 2-PMP-2-105, CONDENSATE BOOSTER PUMP 2A AUX OIL PUMP, STOPPED. [12] PERFORM the following to verify 20 second time delay for the Aux Oil Pump to start on low oil pressure with CBP in operation. (Acc Crit) 5.8[16]A [12.1] ENSURE Field Preparations, Step 4.3[10], have been completed. [12.2] ENSURE 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97) is OPEN. [12.3] DEPRESS 2-HS-2-105B, CNDS BSTR PMP 2A AUX OIL PUMP, RESET Pushbutton. [12.4] DEPRESS 2-HS-2-97B [T10F/685], CNDS BSTR PMP 2A, RESET pushbutton.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 288 of 450 Date 6.5.1 Condensate Booster Pump (CBP) 2A, CBP Auxiliary Oil Pump (AOP) 2A and Suction Valve 2-FCV-2-94 (continued) [12.5] PLACE 2-HS-2-105A [2-M-3], AUX OIL PMP CNDS BSTR PMP A, to P AUTO. [12.6] VERIFY 2-PMP-2-105, CONDENSATE BOOSTER PUMP 2A AUX OIL PUMP, STARTS. [12.7] REMOVE jumper (installed in step 4.3[10.13]) on Wire 8A8 and 8A7 in Panel 2-L-98 in order to simulate oil pressure < setpoint (2-PS-2-105A [T9F/685]). (Ref Dwg 2-45W760-2-1 & 2-45W2721 -1) 1st Cv [12.8] PLACE 2-HS-2-97A, CNDS BSTR PMP A, to START, and VERIFY the following: A. 2-FCV-2-94, CONDENSATE BSTR PUMP 2A SUCTION ISOL, is FULL OPEN. B. 2-MTR-2-105, CONDENSATE BOOSTER PUMP 2A AUX OIL PUMP, STOPS. NOTE Momentarily (20 seconds), the CBP Aux Oil Pump will AUTO START due to oil pressure less than set point. [12.9] VERIFY 2-MTR-2-105, CONDENSATE BOOSTER PUMP 2A AUX OIL PUMP, STARTS due to oil pressure decreasing to less than set point. (Acc Crit) 5.8[16]A [12.10] PLACE 2-HS-2-97A, CNDS BSTR PMP A, to STOP. [12.11] DEPRESS 2-HS-2-105B, CNDS BSTR PMP 2A AUX OIL PUMP, SAFE-STOP Pushbutton.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 289 of 450 Date 6.5.1 Condensate Booster Pump (CBP) 2A, CBP Auxiliary Oil Pump (AOP) 2A and Suction Valve 2-FCV-2-94 (continued) [12.12] REINSTALL jumper on Wire 8A8 and 8A7 in Panel 2-L-98 in order to simulate oil pressure > setpoint (2-PS-2-105A [T9F/685]). (Ref Dwg 2-45W760-2-1 & 2-45W2721-1) 1st Cv [13] PERFORM the following steps to verify CBP trip on low oil pressure: (Acc Crit) 5.8[10]A [13.1] ENSURE Field Preparations, Step 4.3[10], have been completed. [13.2] ENSURE 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97) is OPEN. [13.3] DEPRESS 2-HS-2-105B, CNDS BSTR PMP 2A AUX OIL PUMP, RESET Pushbutton. [13.4] DEPRESS 2-HS-2-97B, CNDS BSTR PMP 2A, RESET pushbutton. [13.5] PLACE 2-HS-2-105A [2-M-3], AUX OIL PMP CNDS BSTR PMP A, to P AUTO. [13.6] PLACE 2-HS-2-97A, CNDS BSTR PMP A, to START. [13.7] VERIFY 2-FCV-2-94, CONDENSATE BSTR PUMP 2A SUCTION ISOL, is FULL OPEN.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 290 of 450 Date 6.5.1 Condensate Booster Pump (CBP) 2A, CBP Auxiliary Oil Pump (AOP) 2A and Suction Valve 2-FCV-2-94 (continued) NOTE Wait at least 20 seconds after 2-FCV-2-94 is FULL OPEN to initiate the low oil pressure signal. Otherwise, simulated CBP START will NOT occur. [13.8] REMOVE jumper on Wire 2A8TD and 2A8CP (installed in Step 4.3[10.10]) in Panel 2-L-98 in order to simulate normal lube oil pressure on CBP 2A breaker closing circuit (2-PS-2-105D [T9F/685]). (Ref Dwg 2-45W760-2-1) 1st Cv [13.9] VERIFY the following: (Acc Crit) 5.8[10]A A. 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97), OPENS, (approximately 3-second time delay) B. 2-FCV-2-94, CONDENSATE BSTR PUMP 2A SUCTION ISOL, CLOSED. (Acc Crit) 5.8[20]A, 5.8[19]A C. 2-MTR-2-105, CONDENSATE BOOSTER PUMP 2A AUX OIL PUMP, STARTS. D. White light ON at 2-HS-2-97A, CNDS BSTR PMP A. (Acc Crit) 5.8[2]A E. Annunciator Window 14E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED. (Acc Crit) 5.8[2]A F. Events Display Screen shows Annunciator Window 14-E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED. (Acc Crit) 5.8[2]A G. Motor tripout buzzer is ON in MCR.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 291 of 450 Date 6.5.1 Condensate Booster Pump (CBP) 2A, CBP Auxiliary Oil Pump (AOP) 2A and Suction Valve 2-FCV-2-94 (continued) [13.10] PLACE 2-HS-2-97A, CNDS BSTR PMP A, to STOP, and VERIFY the following: A. White light OFF at 2-HS-2-97A, CNDS BSTR PMP A. B. Annunciator Window 14E on 2-XA-55-1 B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. C. Events Display Screen shows Annunciator Window 14-E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. D. Motor tripout buzzer is OFF in MCR. [13.11] REINSTALL jumper on Wire 2A8TD and 2A8CP in Panel 2-L-98 in order to simulate normal lube oil pressure on CBP 2A breaker closing circuit (2-PS-2-105D [T9F/685]). (Ref Dwg 2-45W760-2-1) 1st CV [14] PERFORM the following to verify CBP will NOT start with oil pressure less than or equal to set point: (Acc Crit) 5.8[5]A [14.1] ENSURE Field Preparations, Step 4.3[10], have been completed. [14.2] ENSURE 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97) is OPEN. [14.3] PLACE 2-HS-2-105A [2-M-3], AUX OIL PMP CNDS BSTR PMP A, to P AUTO.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 292 of 450 Date 6.5.1 Condensate Booster Pump (CBP) 2A, CBP Auxiliary Oil Pump (AOP) 2A and Suction Valve 2-FCV-2-94 (continued) NOTE Step 6.5.1[14.4] will prevent the CBP from starting when demanded from 2-HS-2-97A. Annunciation will occur (20 seconds) after 2-FCV-2-94 is FULL OPEN. [14.4] REMOVE jumper (installed in step 4.3[10.14]) on Wire 2A8C8 and 2A8C7 in Panel 2-L-98 in order to simulate oil pressure < setpoint (2-PS-2-105B [T9F/685]). (Ref Dwg 2-45W760-2-1 & 2-45W2721-1) 1st Cv [14.5] DEPRESS 2-HS-2-97B, CNDS BSTR PMP 2A, RESET pushbutton. [14.6] PLACE 2-HS-2-97A, CNDS BSTR PMP A, to START. [14.7] VERIFY 2-FCV-2-94, CONDENSATE BSTR PUMP 2A SUCTION ISOL, OPENED. [14.8] VERIFY the following: (Acc Crit) 5.8[5]A A. Annunciator Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, ALARMS (approximately 20 seconds after 2-FCV-2-94 OPENED). B. Events Display Screen shows Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is ALARMED. C. 2-FCV-2-94, CONDENSATE BSTR PUMP 2A SUCTION ISOL, CLOSED after being open for 20 seconds with CBP not in operation. D. 2-MTR-2-105, CONDENSATE BOOSTER PUMP 2A AUX OIL PUMP, remains in operation. E. Red light OFF at 2-HS-2-97A, CNDS BSTR PMP A.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 293 of 450 Date 6.5.1 Condensate Booster Pump (CBP) 2A, CBP Auxiliary Oil Pump (AOP) 2A and Suction Valve 2-FCV-2-94 (continued) F. Green light ON at 2-HS-2-97A, CNDS BSTR PMP A. [14.9] DEPRESS 2-HS-2-97B [T10F/685], CNDS BSTR PMP 2A, SAFE STOP pushbutton. [14.10] REINSTALL jumper (removed in step 6.5.1[14.4]) on Wire 2A8C8 and 2A8C7 in Panel 2-L-98 in order to simulate oil pressure > setpoint (2-PS-2-105B [T9F/685]). (Ref Dwg 2-45W760-2-1 & 2-45W2721-1) 1st Cv [15] PERFORM the following steps to verify CBP will NOT START when the suction isolation valve is NOT full OPEN: (Acc Crit) 5.8[3]A [15.1] ENSURE Field Preparations, Step 4.3[10], have been completed. [15.2] ENSURE 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97) is OPEN. [15.3] DEPRESS 2-HS-2-94B [T10F/685], CONDENSATE BSTR PUMP 2A SUCTION ISOL VLV, OPEN pushbutton. [15.4] DEPRESS 2-HS-2-94B, CONDENSATE BSTR PUMP 2A SUCTION ISOL VLV, STOP pushbutton when 2-FCV-2-94, CNDS BSTR PMP 2A SUCTION VLV, reaches mid position. . [15.5] OPEN 2-BKR-2-94 [T14D/708], CONDENSATE BSTR 2A SUCT ISOL (2-FCV-002-0094). [15.6] PLACE 2-HS-2-105A [T10F/685], AUX OIL PMP CNDS BSTR PMP A, to P AUTO. [15.7] PLACE 2-HS-2-97A, CNDS BSTR PMP A, to START.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 294 of 450 Date 6.5.1 Condensate Booster Pump (CBP) 2A, CBP Auxiliary Oil Pump (AOP) 2A and Suction Valve 2-FCV-2-94 (continued) [15.8] VERIFY the following: (Acc Crit) 5.8[3]A A. Annunciator Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, ALARMS (approximately 20 seconds after 2-FCV-2-94 OPENED). B. Events Display Screen shows Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is ALARMED. C. 2-MTR-2-105, CONDENSATE BOOSTER PUMP 2A AUX OIL PUMP, remains in operation. [15.9] PLACE 2-HS-2-105A [T10F/685], AUX OIL PMP CNDS BSTR PMP A, to STOP. [15.10] CLOSE 2-BKR-2-94 [T14D/708], CONDENSATE BSTR 2A SUCT ISOL (2-FCV-002-0094). [15.11] DEPRESS 2-HS-2-94B, CONDENSATE BSTR PUMP 2A SUCTION ISOL VLV, CLOSE pushbutton, and VERIFY the following: A. Red light OFF at 2-HS-2-94B, CONDENSATE BSTR PUMP 2A SUCTION ISOL VLV. B. Green light ON at 2-HS-2-94B, CONDENSATE BSTR PUMP 2A SUCTION ISOL VLV. [16] PERFORM the following steps to verify CBP trip on Feedwater Isolation Signal and NO START on seal water pressure less than or equal to set point and, after a delay of 20 seconds, actuates MCR annunciators and events display: (Acc Crit) 5.8[7]A & 5.8[11]A [16.1] ENSURE Field Preparations, Step 4.3[10], have been completed.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 295 of 450 Date 6.5.1 Condensate Booster Pump (CBP) 2A, CBP Auxiliary Oil Pump (AOP) 2A and Suction Valve 2-FCV-2-94 (continued) [16.2] INSTALL a jumper between Wire 8BC2 and 8BC1 located in the back of 480-V TURB MOV BD 2A, Compt. 8A to prevent CBP 2A Suction Valve cycling. (Dwg 45W760-2-1) 1st CV [16.3] ENSURE 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97) is OPEN. [16.4] DEPRESS 2-HS-2-105B, CNDS BSTR PMP 2AAUX OIL PUMP, RESET pushbutton. [16.5] PLACE 2-HS-2-105A [T10F/685], AUX OIL PMP CNDS BSTR PMP A, to P AUTO. [16.6] DEPRESS 2-HS-2-97B, CNDS BSTR PMP 2A, RESET pushbutton. [16.7] PLACE 2-HS-2-97A, CNDS BSTR PMP A, to START. NOTE The following simulated Feedwater Isolation Signals initiated by relays HWPA & HWPB will also initiate a standby main feed pump trip, thus the Feedwater System (003A) should NOT be in a test condition at this time. [16.8] INSTALL 2-FU-201-A8/4, FW ISLN VLV, located in 2-BD-201-A, Compt 8, that was removed in Step 4.3[10.4]. (Dwg 2-45W760-2-5) 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 296 of 450 Date 6.5.1 Condensate Booster Pump (CBP) 2A, CBP Auxiliary Oil Pump (AOP) 2A and Suction Valve 2-FCV-2-94 (continued) [16.9] DEPRESS Relay HWPA armature located in Panel 2-R-75, then VERIFY the following: A. 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97), OPENED. (Acc Crit) 5.8[1l1]A B. White light ON at 2-HS-2-97A, CNDS BSTR PMP A. C. Annunciator Window 14E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED. D. Events Display Screen shows Annunciator Window 14-E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED. [16.10] PLACE 2-HS-2-97A, CNDS BSTR PMP A, to STOP. [16.11] REMOVE jumper installed between Terminal CC3 (Y) and Terminal CC6 (BL) in Panel 2-L-98 section A [T9F/685] to simulate low seal water press signal from 2-PDIS-54-128, CNDS BSTR PMP 2A SEAL DIFF PRESS. (Installed in Step 4.3[10.7]) 1st CV [16.12] VERIFY the following: A. White light OFF at 2-HS-2-97A, CNDS BSTR PMP A. B. Annunciator Window 14E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. C. Events Display Screen shows Annunciator Window 14-E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. [16.13] ENSURE 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97) is OPEN.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 297 of 450 Date 6.5.1 Condensate Booster Pump (CBP) 2A, CBP Auxiliary Oil Pump (AOP) 2A and Suction Valve 2-FCV-2-94 (continued) [16.14] DEPRESS 2-HS-2-97B, CNDS BSTR PMP 2A, RESET pushbutton. [16.15] PLACE 2-HS-2-97A, CNDS BSTR PMP A, to START, and VERIFY the following: (Acc Crit) 5.8[7]A A. 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97), is OPEN. B. Annunciator Window 44B CNDS BSTR PMP INJ WATER DP LO (PDIS-54-17A/14A/12A), is ALARMED. C. Events Display Screen Window 44B CNDS BSTR PMP INJ WATER DP LO (PDIS-54-17A/14A/12A), is ALARMED. D. Annunciator Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is ALARMED. E. Events Display Screen shows Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is ALARMED. F. Red light OFF at 2-HS-2-97A, CNDS BSTR PMP A. G. Green light ON at 2-HS-2-97A, CNDS BSTR PMP A. [16.16] PLACE 2-HS-2-97A, CNDS BSTR PMP A, to STOP. [16.17] PLACE 2-HS-2-105A [2-M-3], AUX OIL PMP CNDS BSTR PMP A, to STOP. [16.18] REINSTALL jumper between Terminal CC3 (Y) and Terminal CC6 (BL) in Panel 2-L-98 section A [T9F/685] to simulate normal seal water press signal from 2-PDIS-54-12B, CNDS BSTR PMP 2A SEAL DIFF PRESS. 1st Cv

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 298 of 450 Date 6.5.1 Condensate Booster Pump (CBP) 2A, CBP Auxiliary Oil Pump (AOP) 2A and Suction Valve 2-FCV-2-94 (continued) [16.19] VERIFY the following: A. Annunciator Window 44B CNDS BSTR PMP INJ WATER DP LO (PDIS-54-17A/14A/12A), is CLEARED. B. Events Display Screen Window 44B CNDS BSTR PMP INJ WATER DP LO (PDIS-54-17A/14A/12A), is CLEARED. C. Annunciator Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is CLEARED. D. Events Display Screen shows Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is CLEARED. [16.20] REMOVE jumper between Wire 8BC2 and 8BC1 located in the back of 480-V TURB MOV BD 2A, Compt. 8A, to enable CBP 2A Suction Valve cycling. (Dwg 45W760-2-1) 1st CV [16.21] REMOVE 2-FU-201-A8/4, FW ISLN VLV, located in 2-BD-201-A, Compt 8. (Dwg 2-45W760-2-5) 1st CV [17] PERFORM the following steps to verify NO START with motor winding temperature greater than or equal to set point: (Acc Crit) 5.8[8]A [17.1] ENSURE Field Preparations, Step 4.3110], have been completed. [17.2] ENSURE 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97) is OPEN. [17.3] DEPRESS 2-HS-2-105B, CNDS BSTR PMP 2A AUX OIL PUMP, RESET pushbutton

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 299 of 450 Date 6.5.1 Condensate Booster Pump (CBP) 2A, CBP Auxiliary Oil Pump (AOP) 2A and Suction Valve 2-FCV-2-94 (continued) [17.4] PLACE 2-HS-2-105A [T10F/685], AUX OIL PMP CNDS BSTR PMP A, to P AUTO. [17.5] DEPRESS 2-HS-2-97B, CNDS BSTR PMP 2A, RESET pushbutton. [17.6] REMOVE jumper on Wire 2A8C4 and 2A8C5 from Terminal CC1 in Panel 2-L-98 Section A in order to simulate high motor temperature on CBP 2A breaker closing circuit (2-TIS-2-96). (Ref Dwg 45N2635-27) 1st Cv [17.7] PLACE 2-HS-2-97A, CNDS BSTR PMP A, to START. [17.8] VERIFY the following: A. 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97) is OPEN. (Acc Crit) 5.8[8]A B. Annunciator Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is ALARMED. C. Events Display Screen shows Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is ALARMED. D. Red light OFF at 2-HS-2-97A, CNDS BSTR PMP A. E. Green light ON at 2-HS-2-97A, CNDS BSTR PMP A. [17.9] PLACE 2-HS-2-97A, CNDS BSTR PMP A, to STOP. [17.10] PLACE 2-HS-2-105A [2-M-3], AUX OIL PMP CNDS BSTR PMP A, to STOP. [17.11] VERIFY the following: A. Annunciator Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is CLEARED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 300 of 450 Date 6.5.1 Condensate Booster Pump (CBP) 2A, CBP Auxiliary Oil Pump (AOP) 2A and Suction Valve 2-FCV-2-94 (continued) B. Events Display Screen shows Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is CLEARED. [17.12] REINSTALL jumper on Wire 2A8C4 and 2A8C5 from Terminal CC1 in Panel 2-L-98 Section A in order to simulate normal motor temperature on CBP 2A breaker closing circuit (2-TIS-2-96). (Ref Dwg 45N2635-27) 1st Cv [18] PERFORM the following steps to verify NO START/STOPS with suction pressure less than or equal to set point: (Acc Crit) 5.8[4]A, 5.8[9]A &5.8[19]A [18.1] ENSURE Field Preparations, Step 4.3[10], have been completed. [18.2] REMOVE jumper installed at 2-PS-2-95B [T9F/685], CNDS BSTR PMP 2A SUCT PRESS INTLK, between CC2 and CC3. (Placed in Step 4.3[10.6]) 1st Cv [18.3] ENSURE 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97) is OPEN. [18.4] DEPRESS 2-HS-2-105B, CNDS BSTR PMP 2A AUX OIL PUMP, RESET pushbutton. [18.5] PLACE 2-HS-2-105A [T10F/685], AUX OIL PMP CNDS BSTR PMP A, to P AUTO. [18.6] DEPRESS 2-HS-2-97B, CNDS BSTR PMP 2A, RESET pushbutton. [18.71 PLACE 2-HS-2-97A, CNDS BSTR PMP A, to START.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 301 of 450 Date 6.5.1 Condensate Booster Pump (CBP) 2A, CBP Auxiliary Oil Pump (AOP) 2A and Suction Valve 2-FCV-2-94 (continued) [18.8] VERIFY the following: A. 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97), is OPEN. (Acc Crit) 5.8[4]A B. Annunciator Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is ALARMED. C. Events Display Screen shows Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is ALARMED. D. Red light OFF at 2-HS-2-97A, CNDS BSTR PMP A. E. Green light ON at 2-HS-2-97A, CNDS BSTR PMP A. [18.9] PLACE 2-HS-2-97A, CNDS BSTR PMP A, to STOP. [18.10] VERIFY the following: A. Annunciator Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is CLEARED. B. Events Display Screen shows Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is CLEARED. [18.11] INSTALL a jumper between switch 2-PS-2-95B, CNDS BSTR PMP 2A SUCT PRESS INTLK, common (CC2) and normally open contact (CC3) (located on the right hand side at the switch) to bypass suction pressure. 1st CV [18.12] ENSURE 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97) is OPEN. [18.13] PLACE 2-HS-2-97A, CNDS BSTR PMP A, to START.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 302 of 450 Date 6.5.1 Condensate Booster Pump (CBP) 2A, CBP Auxiliary Oil Pump (AOP) 2A and Suction Valve 2-FCV-2-94 (continued) NOTE Wait at least 20 seconds after 2-FCV-2-94 is FULL OPEN to initiate the low suction pressure signal. Otherwise, simulated CBP START will NOT occur. [18.14] LAND (CC4) landed at the normally closed terminal switch on left side of 2-PS-2-95B [T9F/685], CNDS BSTR PUMP A SUCT PRESS INTLK, to simulate no/low CBP 2A suction pressure. (Ref DWG 45N2635-27) (Placed in Step 4.3[10.8]) 1st Cv [18.15] VERIFY the following: (Acc Crit) 5.8[9]A, 5.8[19]A A. 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97), OPENED. B. 2-FCV-2-94, CONDENSATE BSTR PUMP 2A SUCTION ISOL, CLOSED. C. White light ON at 2-HS-2-97A, CNDS BSTR PMP A. D. Annunciator Window 14E on 2-XA-55-1 B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED. E. Events Display Screen shows Annunciator Window 14-E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED. [18.16] PLACE 2-HS-2-97A, CNDS BSTR PMP A, to STOP. [18.17] PLACE 2-HS-2-105A [2-M-3], AUX OIL PMP CNDS BSTR PMP A, to STOP.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 303 of 450 Date 6.5.1 Condensate Booster Pump (CBP) 2A, CBP Auxiliary Oil Pump (AOP) 2A and Suction Valve 2-FCV-2-94 (continued) [18.18] VERIFY the following: A. White light OFF at 2-HS-2-97A, CNDS BSTR PMP A. B. Annunciator Window 14E on 2-XA-55-1 B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. C. Events Display Screen shows Annunciator Window 14-E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. [18.19] LIFT (CC4) landed at the normally closed terminal switch on left side of 2-PS-2-95B [T9F/685], CNDS BSTR PUMP A SUCT PRESS INTLK, to simulate normal CBP 2A suction pressure. (Ref DWG 45N2635-27) 1st CV [18.20] VERIFY the following: A. Annunciator Window 43A on 2-XA-55-3A, CNDS BSTR PMP 2A SUCT PRESS LO, is CLEARED. B. Events Display Screen shows Window 43A on 2-XA-55-3A, CNDS BSTR PMP 2A SUCT PRESS LO, is CLEARED. [18.21] REMOVE jumper (installed in step 4.3[10.5]) between switch common (AA2) and normally open contact (AA1) located on right hand side of switch which simulates low NPSH to allow CBP A LOW NPSH ALARM 43-A. (Ref DWG 45N2635-27) 1st CV [18.22] VERIFY the following: (Acc Crit) 5.8[2]A A. Annunciator Window 43A on 2-XA-55-3A, CNDS BSTR PMP 2A SUCT PRESS LO, is ALARMED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 304 of 450 Date 6.5.1 Condensate Booster Pump (CBP) 2A, CBP Auxiliary Oil Pump (AOP) 2A and Suction Valve 2-FCV-2-94 (continued) B. Events Display Screen shows Window 43A on 2-XA-55-3A, CNDS BSTR PMP 2A SUCT PRESS LO, is ALARMED. [18.23] REINSTALL jumper between switch common (AA2) and normally open contact (AA1) located on right hand side of switch which simulates low NPSH to prevent CBP A LOW NPSH ALARM 43-A. (Ref DWG 45N2635-27) 1st Cv [18.24] VERIFY the following: A. Annunciator Window 43A on 2-XA-55-3A, CNDS BSTR PMP 2A SUCT PRESS LO, is CLEARED. B. Events Display Screen shows Window 43A on 2-XA-55-3A, CNDS BSTR PMP 2A SUCT PRESS LO, is CLEARED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 305 of 450 Date 6.5.1 Condensate Booster Pump (CBP) 2A, CBP Auxiliary Oil Pump (AOP) 2A and Suction Valve 2-FCV-2-94 (continued) [19] PERFORM the following steps to verify CBP trip on instantaneous and over current signal: (Acc Crit) 5.8[12]A [19.1] ENSURE Field Preparations, Step 4.3[10], have been completed. [19.2] DEPRESS 2-HS-2-105B, CNDS BSTR PMP 2A AUX OIL PUMP, RESET pushbutton. [19.3] PLACE 2-HS-2-105A, AUX OIL PMP CNDS BSTR PMP A, to P AUTO. [19.4] ENSURE 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97) is OPEN. [19.5] DEPRESS 2-HS-2-97B, CNDS BSTR PMP 2A, RESET pushbutton. [19.6] PLACE 2-HS-2-97A, CNDS BSTR PMP A, to START, and VERIFY the following: A. 2-MTR-2-105, CONDENSATE BOOSTER PUMP 2A AUX OIL PUMP, STOPPED. B. 2-FCV-2-94, CONDENSATE BSTR PUMP 2A SUCTION ISOL, OPENED. C. 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97), is CLOSED. [19.7] ACTUATE (manually LIFT the plunger) the instantaneous portion (50) of the A-phase overcurrent relay 50/51/83 at 2-BD-201 -A, Compt. 8, and VERIFY the following: A. 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97), OPENS. (Acc Crit) 5.8[12]A B. INST target on relay is visible. [19.8] RESET the INST (50) target for the A-phase overcurrent relay 50/51/83.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 306 of 450 Date 6.5.1 Condensate Booster Pump (CBP) 2A, CBP Auxiliary Oil Pump (AOP) 2A and Suction Valve 2-FCV-2-94 (continued) [19.9] VERIFY Annunciator Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, is CLEARED. [19.10] PLACE 2-HS-2-97A, CNDS BSTR PMP A, to START, and VERIFY that 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97), CLOSES. [19.11] ACTUATE (manually ROTATE and HOLD the disc) the time portion (51) of the A-phase overcurrent relay 50/51/83 at 2-BD-201-A, Compt. 8, and VERIFY the following: A. 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97), does NOT OPEN. B. TIME target on A-phase 50/51/83 relay is visible. C. White light is ON at 2-HS-2-97A, CNDS BSTR PMP A. D. Annunciator Window 14D on 2-XA-55-1 B, M-1 THRU M-6 MOTOR OVERLOAD, ALARMS. E. Events Display Screen shows Window 14D on 2-XA-55-1 B, M-1 THRU M-6 MOTOR OVERLOAD, is ALARMED. [19.12] PLACE a jumper between terminal points 9 and 10 on the back of the A-phase overcurrent relay 50/51/83, to simulate "83" coil pickup, and VERIFY 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97), OPENS. (Acc Crit) 5.8[12]A 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 307 of 450 Date 6.5.1 Condensate Booster Pump (CBP) 2A, CBP Auxiliary Oil Pump (AOP) 2A and Suction Valve 2-FCV-2-94 (continued) [19.13] REMOVE jumper between terminal points 9 and 10 on the back of the A-phase overcurrent relay 50/51/83. 1 st CV [19.14] RELEASE the A-phase overcurrent relay 50/51/83 disc. [19.15] RESET the TIME (51) target for the A-phase overcurrent relay 50/51/83, and VERIFY the following: A. White light is OFF at 2-HS-2-97A, CNDS BSTR PMP A. B. Annunciator Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, is CLEARED. C. Events Display Screen shows Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, is CLEARED. [19.16] PLACE 2-HS-2-97A, CNDS BSTR PMP A, to START, and VERIFY that 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97), CLOSED. [19.17] ACTUATE (manually LIFT the plunger) the instantaneous portion (50) of the C-phase overcurrent relay 50/51/83 at 2-BD-201-A, Compt. 8 breaker, and VERIFY the following: A. 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97), OPENS. (Acc Crit) 5.8[12]A B. INST target on C-phase 50/51/83 relay is visible. [19.18] RESET the INST (50) target for the C-phase overcurrent relay 50/51/83.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 308 of 450 Date 6.5.1 Condensate Booster Pump (CBP) 2A, CBP Auxiliary Oil Pump (AOP) 2A and Suction Valve 2-FCV-2-94 (continued) [19.19] PLACE 2-HS-2-97A, CNDS BSTR PMP A, to START, and VERIFY that 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97), CLOSES. [19.20] ACTUATE (manually ROTATE and HOLD the disc) the time portion (51) of the C-phase overcurrent relay 50/51/83 at 2-BD-201-A, Compt. 8 breaker, and VERIFY the following: A. 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97), does NOT OPEN. B. TIME target on C-phase 50/51/83 relay is visible. C. Annunciator Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, ALARMS. D. Events Display Screen shows Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, is ALARMED. E. White light is ON at 2-HS-2-97A, CNDS BSTR PMP A. [19.21] PLACE a jumper between terminal points 9 and 10 on the back of the C-phase overcurrent relay 50/51/83, to simulate "83" coil pickup, and VERIFY 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97), OPENS. (Acc Crit) 5.8[12]A 1st CV [19.22] REMOVE jumper between terminal points 9 and 10 on the back of the C-phase overcurrent relay 50/51/83. 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 309 of 450 Date 6.5.1 Condensate Booster Pump (CBP) 2A, CBP Auxiliary Oil Pump (AOP) 2A and Suction Valve 2-FCV-2-94 (continued) [19.23] RELEASE the C-phase overcurrent relay 50/51/83 disc. [19.24] RESET the TIME (51) target for the C-phase overcurrent relay 50/51/83, and VERIFY the following: A. White light is OFF at 2-HS-2-97A, CNDS BSTR PMP A. B. Annunciator Window 14D on 2-XA-55-1 B, M-1 THRU M-6 MOTOR OVERLOAD, is CLEARED. C. Events Display Screen shows Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, is CLEARED. [19.25] PLACE 2-HS-2-97A, CNDS BSTR PMP A, to START, and VERIFY that 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97), CLOSES. [19.26] ACTUATE the ground overcurrent relay 50G (manually lift the plunger) at 2-BD-201 -A, Compt. 8, and VERIFY the following: (Acc Crit) 5.8[12]A A. 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97), OPENS. B. Target on 50G relay is visible. [19.27] RESET the target for the ground overcurrent relay 50G. [19.28] REMOVE 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97), in 2-BD-201-A, Compt. 8 from test position in accordance with GOI-7.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 310 of 450 Date 6.5.1 Condensate Booster Pump (CBP) 2A, CBP Auxiliary Oil Pump (AOP) 2A and Suction Valve 2-FCV-2-94 (continued) [19.29] REMOVE STA mechanical test linkage in accordance with GOI-7. 1st Cv [19.30] REMOVE Electrical DC Test Coupler. 1st CV [19.31] PLACE 2-BKR-2-97, CONDENSATE BSTR PUMP 2A (2-PMP-2-97), in the desired position in accordance with GOI-7. [19.32] REMOVE jumper installed between Terminal CC3 (Y) and Terminal CC6 (BL) in Panel 2-L-98 section A [T9F/685]. 1st Cv [19.33] REMOVE jumper installed at 2-PS-2-95B [T10F/685], CONDS BSTR PMP 2A SUCT PRESS INTLK, between (CC2), and (CC3), and REINSTALL the cover. 1st CV [19.34] ENSURE Field Preparations, Step 4.3[10], are returned to their original conditions.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 311 of 450 Date 6.5.2 Condensate Booster Pump (CBP) 2B, CBP Auxiliary Oil Pump (AOP) 2B and Suction Valve 2-FCV-2-87 CAUTION Step 4.3[1 1] includes substeps that bypass the Condensate Booster Pump interlocks to allow operability. [1] VERIFY Prerequisites and field preparations for this sub-section have been completed. 4.3[11] [2] RAISE 2-BD-201-B, Compt. 6, CONDENSATE BOOSTER PUMP 2B breaker (2-BKR-2-91) elevating mechanism to simulate breaker fully racked up to the operating position. [3] PLACE 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91), in the TEST position in accordance with GOI-7. NOTES

1) The following step makes up the breaker to the compartment secondary contact set to allow operation of the breaker through its normal control circuit while it is in the TEST position.

2) Lifting of the interlock mechanism of the breaker during installation of the Electrical DC Test Coupler cable between the breaker and board will prevent the breaker from charging and arcing of the secondary disconnect pins.

3) Electrical manipulations are to be performed by qualified Startup Test Electrical Personnel.

4) Reference Attachment 1, Relay Armature, in order to brief qualified Startup Test Electrical Personnel on relay armature manipulations.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 312 of 450 Date 6.5.2 Condensate Booster Pump (CBP) 2B, CBP Auxiliary Oil Pump (AOP) 2B and Suction Valve 2-FCV-2-87 (continued) [4] LIFT up the breaker interlock mechanism, and CONNECT the Electrical DC Test Coupler between 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91), and 2-BD-201 B, Compt. 6 board secondary disconnects. 1st CV [5] RELEASE the breaker interlock mechanism, and VERIFY 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91), charges. [6] INSTALL STA Mechanical test linkage in accordance with GOI-7 between 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91), and Switch 52STA in 2-BD-201-B, Compt. 6 with breaker in the test position. 1st CV [7] DEPRESS the TEST CLOSE pushbutton, and VERIFY the following: A. 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91), REMAINS OPEN. B. Red light OFF at 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91). C. Green light ON at 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91). [8] PLACE 2-HS-2-91A, CNDS BSTR PMP B, to STOP to latch 30RX relay. [9] PERFORM the following to verify Condensate Booster Pump Auxiliary Oil Pump handswitch operation: (Acc Crit) 5.8[14]B

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 313 of 450 Date 6.5.2 Condensate Booster Pump (CBP) 2B, CBP Auxiliary Oil Pump (AOP) 2B and Suction Valve 2-FCV-2-87 (continued) [9.1] ENSURE 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91), is OPEN. [9.2] DEPRESS 2-HS-2-107B [T10F/685], CNDS BSTR PMP 2B AUX OIL PUMP, RESET pushbutton. [9.3] PLACE 2-HS-2-107A [2-M-3], AUX OIL PMP CNDS BSTR PMP B, to P AUTO, and VERIFY the following: (Acc Crit) 5.8[14]B A. Red light ON at 2-HS-2-107A, AUX OIL PMP CNDS BSTR PMP B. B. Green light OFF at 2-HS-2-107A, AUX OIL PMP CNDS BSTR PMP B. C. 2-MTR-2-107 [T9F/685], CONDENSATE BOOSTER PUMP 2B AUX OIL PUMP, STARTS. [9.4] PLACE 2-HS-2-107A, AUX OIL PMP CNDS BSTR PMP B, to the STOP/PULL TO LOCK position, and VERIFY the following: (Acc Crit) 5.8[14]B A. Red light OFF at 2-HS-2-107A [2-M-3], AUX OIL PMP CNDS BSTR PMP B. B. Green light ON at 2-HS-2-107A, AUX OIL PMP CNDS BSTR PMP B. C. 2-MTR-2-107 [T9F/685], CONDENSATE BOOSTER PUMP 2B AUX OIL PUMP, STOPS. [9.5] PLACE 2-HS-2-107A [2-M-3], AUX OIL PMP CNDS BSTR PMP B, from the STOP/PULL TO LOCK position so handswitch will spring return to P Auto. [9.6] VERIFY 2-MTR-2-107 [T9F/685], CONDENSATE BOOSTER PUMP 2B AUX OIL PUMP, STARTS. (Acc Crit) 5.8[114]B

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 314 of 450 Date 6.5.2 Condensate Booster Pump (CBP) 2B, CBP Auxiliary Oil Pump (AOP) 2B and Suction Valve 2-FCV-2-87 (continued) [9.7] DEPRESS 2-HS-2-107B, CNDS BSTR PMP 2B AUX OIL PUMP, SAFE-STOP Pushbutton and VERIFY 2-PMP-2-107, CONDENSATE BOOSTER PUMP 2B AUX OIL PUMP, STOPPED. (Acc Crit) 5.8[14]B [9.8] DEPRESS 2-HS-2-107B, CNDS BSTR PMP 2B AUX OIL PUMP, RESET Pushbutton. [9.9] PLACE 2-HS-2-107A [2-M-3], AUX OIL PMP CNDS BSTR PMP B, to STOP/PULL TO LOCK. [9.10] DEPRESS and HOLD 2-HS-2-107B [T10F/685], CNDS BSTR PMP 2B AUX OIL PUMP, TEST pushbutton, and VERIFY the following: (Acc Crit) 5.8[14]B A. Red light ON at 2-HS-2-107B, AUX OIL PMP CNDS BSTR PMP B. B. Green light OFF at 2-HS-2-107B, AUX OIL PMP CNDS BSTR PMP B. C. 2-MTR-2-107 [T9F/685], CONDENSATE BOOSTER PUMP 2B AUX OIL PUMP, STARTS. [9.11] DEPRESS 2-HS-2-107B, CNDS BSTR PMP 2B AUX OIL PUMP, SAFE-STOP Pushbutton, and VERIFY the following: A. Red light OFF at 2-HS-2-107B [2-M-3], AUX OIL PMP CNDS BSTR PMP B. B. Green light ON at 2-HS-2-107B, AUX OIL PMP CNDS BSTR PMP B. C. 2-MTR-2-107 [TiOG/6851, CONDENSATE BOOSTER PUMP 2B AUX OIL PUMP, STOPS. [10] PERFORM the following to verify Condensate Booster Pump 2B Suction Isolation Valve handswitch operation: (Acc Crit) 5.8[17]B

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 315 of 450 Date 6.5.2 Condensate Booster Pump (CBP) 2B, CBP Auxiliary Oil Pump (AOP) 2B and Suction Valve 2-FCV-2-87 (continued) [10.1] ENSURE Field Preparations, Step 4.3[1 ], have been completed. [10.2] DEPRESS 2-HS-2-87B [T10F/685], CONDENSATE BSTR PUMP 2B SUCTION ISOL VLV, OPEN pushbutton, and VERIFY the following: (Acc Crit) 5.8[17]B A. Red light ON at 2-HS-2-87B, CONDENSATE BSTR PUMP 2B SUCTION ISOL VLV. B. Green light OFF at 2-HS-2-87B, CONDENSATE BSTR PUMP 2B SUCTION ISOL VLV. C. 2-FCV-2-87, CONDENSATE BSTR PUMP 2B SUCTION ISOL, is OPEN. [10.3] DEPRESS 2-HS-2-87B [T10F/685], CONDENSATE BSTR PUMP 2B SUCTION ISOL VLV, CLOSE pushbutton, and VERIFY the following: (Acc Crit) 5.8[17]B A. Red light OFF at 2-HS-2-87B, CONDENSATE BSTR PUMP 2B SUCTION ISOL VLV. B. Green light ON at 2-HS-2-87B, CONDENSATE BSTR PUMP 2B SUCTION ISOL VLV. C. 2-FCV-2-87, CONDENSATE BSTR PUMP 2B SUCTION ISOL, is CLOSED. [10.4] PLACE 2-HS-2-87A [2-M-2], CNDS BSTR PMP 2B SUCTION VLV, to OPEN, and VERIFY the following: (Acc Crit) 5.8[171B A. Red light ON at 2-HS-2-87A, CONDENSATE BSTR PUMP 2B SUCTION ISOL VLV. B. Green light OFF at 2-HS-2-87A, CONDENSATE BSTR PUMP 2B SUCTION ISOL VLV. C. 2-FCV-2-87, CONDENSATE BSTR PUMP 2B SUCTION ISOL, is OPEN.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 316 of 450 Date 6.5.2 Condensate Booster Pump (CBP) 2B, CBP Auxiliary Oil Pump (AOP) 2B and Suction Valve 2-FCV-2-87 (continued) [10.5] PLACE 2-HS-2-87A [2-M-2], CNDS BSTR PMP 2B SUCTION VLV, to CLOSE, and VERIFY the following: (Acc Crit) 5.8[17]B A. Red light OFF at 2-HS-2-87A, CONDENSATE BSTR PUMP 2B SUCTION ISOL VLV. B. Green light ON at 2-HS-2-87A, CONDENSATE BSTR PUMP 2B SUCTION ISOL VLV. C. 2-FCV-2-87, CONDENSATE BSTR PUMP 2B SUCTION ISOL, is CLOSED. NOTE To test the STOP pushbutton, 2-FCV-2-87 must be traveling between the OPEN and CLOSED position. Valve position will be verified by visual observation. [10.6] DEPRESS 2-HS-2-87B, CONDENSATE BSTR PUMP 28 SUCTION ISOL VLV, OPEN pushbutton. [10.7] DEPRESS 2-HS-2-87B, CONDENSATE BSTR PUMP 2B SUCTION ISOL VLV, STOP pushbutton before 2-FCV-2-87, CNDS BSTR PMP 2B SUCTION VLV, reaches the open position, and VERIFY the following: (Acc Crit) 5.8[17]B A. Red light ON at 2-HS-2-87B, CONDENSATE BSTR PUMP 28 SUCTION ISOL VLV. B. Green light ON at 2-HS-2-87B, CONDENSATE BSTR PUMP 28 SUCTION ISOL VLV. C. Valve 2-FCV-2-87, CONDENSATE BSTR PUMP 28 SUCTION ISOL VLV, STOPS in mid-position. [10.8] PLACE 2-HS-2-87A, CONDENSATE BSTR PUMP 28 SUCTION ISOL VLV, to CLOSE, and VERIFY 2-FCV-2-87, CONDENSATE BSTR PUMP 28 SUCTION ISOL, CLOSES.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 317 of 450 Date 6.5.2 Condensate Booster Pump (CBP) 2B, CBP Auxiliary Oil Pump (AOP) 2B and Suction Valve 2-FCV-2-87 (continued) [10.9] DEPRESS 2-HS-2-87B, CONDENSATE BSTR PUMP 2B SUCTION ISOL VLV, OPEN pushbutton. [10.10] DEPRESS 2-HS-2-87B, CONDENSATE BSTR PUMP 2B SUCTION ISOL VLV, CLOSE pushbutton. [10.11] DEPRESS 2-HS-2-87B, CONDENSATE BSTR PUMP 2B SUCTION ISOL VLV, STOP pushbutton before 2-FCV-2-87, CNDS BSTR PMP 2B SUCTION VLV, reaches the closed position, and VERIFY the following: (Acc Crit) 5.8[17]B A. Red light ON at 2-HS-2-87B, CONDENSATE BSTR PUMP 2B SUCTION ISOL VLV. B. Green light ON at 2-HS-2-87B, CONDENSATE BSTR PUMP 2B SUCTION ISOL VLV. C. Valve 2-FCV-2-87, CONDENSATE BSTR PUMP 2B SUCTION ISOL VLV, STOPS in mid-position. [10.12] PLACE 2-HS-2-87A, CONDENSATE BSTR PUMP 2B SUCTION ISOL VLV, to OPEN, and VERIFY 2-FCV-2-87, CONDENSATE BSTR PUMP 2B SUCTION ISOL, OPENS. [10.13] PLACE 2-HS-2-87A, CONDENSATE BSTR PUMP 2B SUCTION ISOL VLV, to CLOSE. [11] PERFORM the following steps to verify CBP operation: (Acc Crit) 5.8[6]B [11.1] ENSURE Field Preparations, Step 4.3[11], have been completed. [11.2] ENSURE 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91) is OPEN. [11.3] DEPRESS 2-HS-2-107B, CNDS BSTR PMP 2B AUX OIL PUMP, RESET Pushbutton.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 318 of 450 Date 6.5.2 Condensate Booster Pump (CBP) 2B, CBP Auxiliary Oil Pump (AOP) 2B and Suction Valve 2-FCV-2-87 (continued) [11.4] PLACE 2-HS-2-107A, AUX OIL PMP CNDS BSTR PMP B, to P AUTO. [11.5] DEPRESS 2-HS-2-91B [T1 OF/685], CNDS BSTR PMP 2B, RESET pushbutton. [11.6] PLACE 2-HS-2-91A, CNDS BSTR PMP B, to START. [11.7] VERIFY the following: (Acc Crit) 5.8[6]B A. Red light ON at 2-HS-2-91A, CNDS BSTR PMP B. B. Green light OFF at 2-HS-2-91A, CNDS BSTR PMP B. C. White light OFF at 2-HS-2-91A, CNDS BSTR PMP B. D. Red light ON at 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-97). E. Green light OFF at 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91). F. 2-FCV-2-87, CONDENSATE BSTR PUMP 2B SUCTION ISOL, is FULL OPEN. (Acc Crit) 5.8[18]B G. 2-MTR-2-107, CONDENSATE BOOSTER PUMP 2B AUX OIL PUMP, STOPS. (Acc Crit) 5.8[115]B H. 2-MTR-30-882, CONDENSATE BOOSTER PUMP AREA COOLER 2A, is in OPERATION. (Acc Crit) 5.8[13]B

1. 2-MTR-30-881, CONDENSATE BOOSTER PUMP AREA COOLER 2B, is in OPERATION.

(Acc Crit) 5.8[13]B J. Computer Point Y2216D indicates COND BSTR PMP 2B BKR CLOSED. (Acc Crit) 5.8[1]B [11.8] PLACE 2-HS-2-91A, CNDS BSTR PMP B, to STOP.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 319 of 450 Date 6.5.2 Condensate Booster Pump (CBP) 2B, CBP Auxiliary Oil Pump (AOP) 2B and Suction Valve 2-FCV-2-87 (continued) [11.9] VERIFY the following: (Acc Crit) 5.8[6]B A. Red light OFF at 2-HS-2-91A, CNDS BSTR PMP B. B. Green light ON at 2-HS-2-91A, CNDS BSTR PMP B. C. White light OFF at 2-HS-2-91A, CNDS BSTR PMP B. D. Red light OFF at 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91). E. Green light ON at 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91). F. 2-FCV-2-87, CONDENSATE BSTR PUMP 2B SUCTION ISOL, is CLOSED. G. Computer Point Y2216D indicates COND BSTR PMP 2B BKR OPEN. (Acc Crit) 5.8[1]B [11.10] VERIFY 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91) is OPEN. [11.11] VERIFY 2-MTR-2-107, CONDENSATE BOOSTER PUMP 2B AUX OIL PUMP, is in OPERATION. (Acc Crit) 5.8[14]B [11.12] PLACE 2-HS-2-91A, CNDS BSTR PMP B, to START. [11.13] VERIFY the following: A. Red light ON at 2-HS-2-91A, CNDS BSTR PMP B. B. Green light OFF at 2-HS-2-91A, CNDS BSTR PMP B. C. White light OFF at 2-HS-2-91A, CNDS BSTR PMP B. D. Red light ON at 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91).

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 320 of 450 Date 6.5.2 Condensate Booster Pump (CBP) 2B, CBP Auxiliary Oil Pump (AOP) 2B and Suction Valve 2-FCV-2-87 (continued) E. Green light OFF at 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91). F. 2-MTR-2-107, CONDENSATE BOOSTER PUMP 2B AUX OIL PUMP, STOPS. G. 2-FCV-2-87, CONDENSATE BSTR PUMP 2B SUCTION ISOL, is FULL OPEN. [11.14] DEPRESS 2-HS-2-91B, CNDS BSTR PMP 2B, SAFE-STOP Pushbutton (Acc Crit) 5.8[6]B and VERIFY Green light ON at 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91). [11.15] DEPRESS 2-HS-2-107B, CNDS BSTR PMP 28 AUX OIL PUMP, SAFE-STOP Pushbutton. [11.16] VERIFY 2-PMP-2-107, CONDENSATE BOOSTER PUMP 2B AUX OIL PUMP, STOPPED. [12] PERFORM the following to verify 20 second time delay for the Aux Oil Pump to start on low oil pressure with the CBP in operation. (ACC Crit) 5.8[1618 [12.1] ENSURE Field Preparations, Step 4.3[1 ], have been completed. [12.2] ENSURE 2-BKR-2-91, CONDENSATE BSTR PUMP 28 (2-PMP-2-91) is OPEN. [12.31 DEPRESS 2-HS-2-107B, CNDS BSTR PMP 28 AUX OIL PUMP, RESET Pushbutton. [12.4] DEPRESS 2-HS-2-91B [T1 OF/685], CNDS BSTR PMP 28, RESET pushbutton. [12.5] PLACE 2-HS-2-107A [2-M-3], AUX OIL PMP CNDS BSTR PMP B, to P AUTO. [12.6] VERIFY 2-PMP-2-107, CONDENSATE BOOSTER PUMP 2B, STARTS.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 321 of 450 Date 6.5.2 Condensate Booster Pump (CBP) 2B, CBP Auxiliary Oil Pump (AOP) 2B and Suction Valve 2-FCV-2-87 (continued) [12.7] REMOVE jumper (installed in step 4.3[10.13]) on Wire 2B6C8 and 2B6C7 in Panel 2-L-98 in order to simulate oil pressure < setpoint (2-PS-2-107A [T9F/685]). (Ref Dwg 2-45W760-2-1 & 2-45W2721-1) 1st Cv [12.8] PLACE 2-HS-2-91A, CNDS BSTR PMP B, to START, and VERIFY the following: A. 2-FCV-2-87, CONDENSATE BSTR PUMP 2B SUCTION ISOL, is FULL OPEN. B. 2-MTR-2-107, CONDENSATE BOOSTER PUMP 2B AUX OIL PUMP, STOPS. NOTE Momentarily (20 seconds), the CBP Aux Oil Pump will AUTO START due to oil pressure less than set point. [12.9] VERIFY 2-MTR-2-107, CONDENSATE BOOSTER PUMP 2B AUX OIL PUMP, STARTS due to oil pressure decreasing to less than set point. (Acc Crit) 5.8[16]B [12.10] PLACE 2-HS-2-91A, CNDS BSTR PMP B, to STOP. [12.11] DEPRESS 2-HS-2-107B, CNDS BSTR PMP 2B AUX OIL PUMP, SAFE-STOP Pushbutton. [12.12] REINSTALL jumper on Wire 2B6C8 and 2B6C7 in Panel 2-L-98 in order to simulate oil pressure > setpoint (2-PS-2-107A [T9F/685]). (Ref Dwg 2-45W760-2-1& 2-45W2721-1) 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 322 of 450 Date 6.5.2 Condensate Booster Pump (CBP) 2B, CBP Auxiliary Oil Pump (AOP) 2B and Suction Valve 2-FCV-2-87 (continued) [13] PERFORM the following steps to verify CBP trip on low oil pressure: (Acc Crit) 5.8[10]B [13.1] ENSURE Field Preparations, Step 4.3[11], have been completed. [13.2] ENSURE 2-BKR-2-91, CONDENSATE BSTR PUMP 28 (2-PMP-2-91) is OPEN. [13.3] DEPRESS 2-HS-2-107B, CNDS BSTR PMP 2B AUX OIL PUMP, RESET Pushbutton. [13.4] DEPRESS 2-HS-2-91B, CNDS BSTR PMP 2B, RESET pushbutton. [13.5] PLACE 2-HS-2-107A [2-M-3], AUX OIL PMP CNDS BSTR PMP B, to P AUTO. [13.6] PLACE 2-HS-2-91A, CNDS BSTR PMP B, to START. [13.7] VERIFY 2-FCV-2-87, CONDENSATE BSTR PUMP 2B SUCTION ISOL, is FULL OPEN. NOTE Wait at least 20 seconds after 2-FCV-2-87 is FULL OPEN to initiate the low oil pressure signal. Otherwise, simulated CBP START will NOT occur. [13.8] REMOVE jumper on Wire 2B6TD and 2B6CP (installed in Step4.3[11.10]) in Panel 2-L-98 in order to simulate normal lube oil pressure on CBP 2B breaker closing circuit (2-PS-2-107D [T9F/685]). (Ref Dwg 2-45W760-2-1) 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 323 of 450 Date 6.5.2 Condensate Booster Pump (CBP) 2B, CBP Auxiliary Oil Pump (AOP) 2B and Suction Valve 2-FCV-2-87 (continued) [13.9] VERIFY the following: (Acc Crit) 5.8[1l0]B A. 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91), OPENS, (approximately 3-second time delay) B. 2-FCV-2-87, CONDENSATE BSTR PUMP 2B SUCTION ISOL, CLOSED. (Acc Crit) 5.8[20]B, 5.8[19]B C. 2-MTR-2-107, CONDENSATE BOOSTER PUMP 2B AUX OIL PUMP, STARTS. D. White light ON at 2-HS-2-91A, CNDS BSTR PMP B. (Acc Grit) 5.8[2]B E. Annunciator Window 14E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED. (Acc Grit) 5.8[2]B F. Events Display Screen shows Annunciator Window 14-E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED. (Acc Grit) 5.8[2]B G. Motor tripout buzzer is ON in MCR. (13.10] PLACE 2-HS-2-91A, CNDS BSTR PMP B, to STOP, and VERIFY the following: A. White light OFF at 2-HS-2-91A, CNDS BSTR PMP B. B. Annunciator Window 14E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. C. Events Display Screen shows Annunciator Window 14-E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. D. Motor tripout buzzer is OFF in MCR.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 324 of 450 Date 6.5.2 Condensate Booster Pump (CBP) 2B, CBP Auxiliary Oil Pump (AOP) 2B and Suction Valve 2-FCV-2-87 (continued) [13.11] REINSTALL jumper on Wire 2B6TD and 2B6CP in Panel 2-L-98 in order to simulate normal lube oil pressure on CBP 2B breaker closing circuit (2-PS-2-107D [T9F/685]). (Ref Dwg 2-45W760-2-1) 1st Cv [14] PERFORM CBP will NOT start with oil pressure less than or equal to set point: (Acc Crit) 5.8[5]B [14.1] ENSURE Field Preparations, Step 4.3[1 1], have been completed. [14.2] ENSURE 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91) is OPEN. [14.3] PLACE 2-HS-2-107A [2-M-3], AUX OIL PMP CNDS BSTR PMP B, to P AUTO. NOTE Step 6.5.3[14.4] will prevent the CBP from starting when demanded from 2-HS 91A.Annunciation will occur (20 seconds) after 2-FCV-2-87 is FULL OPEN. [14.4] REMOVE jumper (installed in step 4.3[11.14]) on Wire 2B6C8 and 2B6C7 in Panel 2-L-98 in order to simulate oil pressure < setpoint (2-PS-2-107B [T9F/685]). (Ref Dwg 2-45W760-2-1 & 2-45W2721-1) 1st Cv [14.5] DEPRESS 2-HS-2-91B, CNDS BSTR PMP 2B, RESET pushbutton. [14.6] PLACE 2-HS-2-91A, CNDS BSTR PMP B, to START. [14.7] VERIFY 2-FCV-2-87, CONDENSATE BSTR PUMP 2B SUCTION ISOL, OPENED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 325 of 450 Date 6.5.2 Condensate Booster Pump (CBP) 2B, CBP Auxiliary Oil Pump (AOP) 2B and Suction Valve 2-FCV-2-87 (continued) [14.8] VERIFY the following: (Acc Crit) 5.8[5]B A. Annunciator Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, ALARMS (approximately 20 seconds after 2-FCV-2-87 OPENED). B. Events Display Screen shows Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is ALARMED. C. 2-FCV-2-87, CONDENSATE BSTR PUMP 2B SUCTION ISOL, CLOSED after being open for 20 seconds with CBP not in operation. D. 2-MTR-2-107, CONDENSATE BOOSTER PUMP 2B AUX OIL PUMP, remains in operation. E. Red light OFF at 2-HS-2-91A, CNDS BSTR PMP B. F. Green light ON at 2-HS-2-91A, CNDS BSTR PMP B. [14.9] DEPRESS 2-HS-2-91B [T10F/685], CNDS BSTR PMP 2B, SAFE STOP pushbutton. [14.10] REINSTALL jumper (removed in step 6.5.3[14.4]) on Wire 2B6C8 and 2B6C7 in Panel 2-L-98 in order to simulate oil pressure > setpoint (2-PS-2-107B [T9F/685]). (Ref Dwg 2-45W760-2-1 & 2-45W2721-1) 1st CV [15] PERFORM the following steps to verify CBP will NOT START when the suction isolation valve is NOT full OPEN: (Acc Crit) 5.8[3]B [15.1] ENSURE Field Preparations, Step 4.3[1 ], have been completed. [15.2] ENSURE 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91) is OPEN.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 326 of 450 Date 6.5.2 Condensate Booster Pump (CBP) 2B, CBP Auxiliary Oil Pump (AOP) 2B and Suction Valve 2-FCV-2-87 (continued) [15.3] DEPRESS 2-HS-2-87B [T10F/685], CONDENSATE BSTR PUMP 2B SUCTION ISOL VLV, OPEN pushbutton. [15.4] DEPRESS 2-HS-2-87B, CONDENSATE BSTR PUMP 2B SUCTION ISOL VLV, STOP pushbutton when 2-FCV-2-87, CNDS BSTR PMP 2B SUCTION VLV, reaches mid position. [15.5] OPEN 2-BKR-2-87 [T8G/729], CONDENSATE BSTR 2B SUCT ISOL (2-FCV-002-0087). [15.6] PLACE 2-HS-2-107A [T10F/685], AUX OIL PMP CNDS BSTR PMP B, to P AUTO. [15.7] PLACE 2-HS-2-91A, CNDS BSTR PMP B, to START. [15.8] VERIFY the following: (Acc Crit) 5.8[3]B A. Annunciator Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, ALARMS (approximately 20 seconds after 2-FCV-2-87 OPENED). B. Events Display Screen shows Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is ALARMED. C. 2-MTR-2-107, CONDENSATE BOOSTER PUMP 2B AUX OIL PUMP, remains in operation. [15.9] PLACE 2-HS-2-107A [T10F/685], AUX OIL PMP CNDS BSTR PMP B, to STOP. [15.10] CLOSE 2-BKR-2-87 [T8G/729], CONDENSATE BSTR 2B SUCT ISOL (2-FCV-002-0087).

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 327 of 450 Date 6.5.2 Condensate Booster Pump (CBP) 2B, CBP Auxiliary Oil Pump (AOP) 2B and Suction Valve 2-FCV-2-87 (continued) [15.11] DEPRESS 2-HS-2-87B, CONDENSATE BSTR PUMP 2B SUCTION ISOL VLV, CLOSE pushbutton, and VERIFY the following: A. Red light OFF at 2-HS-2-87B, CONDENSATE BSTR PUMP 2B SUCTION ISOL VLV. B. Green light ON at 2-HS-2-87B, CONDENSATE BSTR PUMP 2B SUCTION ISOL VLV. [16] PERFORM the following steps to verify CBP trip on Feedwater Isolation Signal and NO START on seal water pressure less than or equal to set point and, after a delay of 20 seconds, actuates MCR annunciators and events display: (Acc Crit) 5.8[7]B & 5.8[11]B [16.1] ENSURE Field Preparations, Step 4.3[1 ], have been completed. [16.2] INSTALL a jumper between Wire 3BC2 and 3BC1 located in the back of 480-V TURB MOV BD 2C; Compt. 2D to prevent CBP 2B Suction Valve cycling. (Dwg 45W760-2-1) 1st CV [16.3] ENSURE 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91) is OPEN. [16.4] DEPRESS 2-HS-2-107B, CNDS BSTR PMP 2B AUX OIL PUMP, RESET pushbutton. [16.5] PLACE 2-HS-2-107A [T1 OG/685], AUX OIL PMP CNDS BSTR PMP B, to P AUTO. [16.6] DEPRESS 2-HS-2-91B, CNDS BSTR PMP 2B, RESET pushbutton. [16.7] PLACE 2-HS-2-91A, CNDS BSTR PMP B, to START.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 328 of 450 Date 6.5.2 Condensate Booster Pump (CBP) 2B, CBP Auxiliary Oil Pump (AOP) 2B and Suction Valve 2-FCV-2-87 (continued) NOTE The following simulated Feedwater Isolation Signals initiated by relays HWPA & HWPB will also initiate a standby main feed pump trip, thus the Feedwater System (003A) should NOT be in a test condition at this time. [16.8] INSTALL 2-FU-201-A8/4, FW ISLN VLV, located in 2-BD-201-A, Compt 8, that was removed in Step 4.3[11.4]. (Dwg 2-45W760-2-5) 1st Cv [16.9] DEPRESS Relay HWPA armature located in Panel 2-R-75, then VERIFY the following: A. 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-97), OPENED. (Acc Crit) 5.8[1 1]B B. White light ON at 2-HS-2-91A, CNDS BSTR PMP B. C. Annunciator Window 14E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED. D. Events Display Screen shows Annunciator Window 14-E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED. [16.10] PLACE 2-HS-2-91A, CNDS BSTR PMP B, to STOP. [16.11] REMOVE a jumper between Terminal CC3 (Y) and Terminal CC6 (BL) in Panel 2-L-98 Section B [T9F/685] to simulate low seal water pressure at 2-PDIS-54-14B, CNDS BSTR PMP 2B SEAL DIFF PRESS. (Installed in Step 4.3[11.7]) 1st Cv

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 329 of 450 Date 6.5.2 Condensate Booster Pump (CBP) 2B, CBP Auxiliary Oil Pump (AOP) 2B and Suction Valve 2-FCV-2-87 (continued) [16.12] VERIFY the following: A. White light OFF at 2-HS-2-91A, CNDS BSTR PMP B. B. Annunciator Window 14E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. C. Events Display Screen shows Annunciator Window 14-E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. [16.13] ENSURE 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91) is OPEN. [16.14] DEPRESS 2-HS-2-91B, CNDS BSTR PMP 2B, RESET pushbutton. [16.15] PLACE 2-HS-2-91A, CNDS BSTR PMP B, to START, and VERIFY the following: (Acc Crit) 5.8[7]B A. 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91), is OPEN. B. Annunciator Window 44B CNDS BSTR PMP INJ WATER DP LO (PDIS-54-17A/14A/12A), is ALARMED. C. Events Display Screen Window 44B CNDS BSTR PMP INJ WATER DP LO (PDIS-54-17A/14A/12A), is ALARMED. D. Annunciator Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is ALARMED. E. Events Display Screen shows Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is ALARMED. F. Red light OFF at 2-HS-2-91A, CNDS BSTR PMP B.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 330 of 450 Date 6.5.2 Condensate Booster Pump (CBP) 2B, CBP Auxiliary Oil Pump (AOP) 2B and Suction Valve 2-FCV-2-87 (continued) G. Green light ON at 2-HS-2-91A, CNDS BSTR PMP B. [16.16] PLACE 2-HS-2-91A, CNDS BSTR PMP B, to STOP. [16.17] PLACE 2-HS-2-107A [2-M-3], AUX OIL PMP CNDS BSTR PMP B, to STOP. [16.18] REINSTALL jumper between Terminal CC3 (Y) and Terminal CC6 (BL) in Panel 2-L-98 Section B [T9F/685] to simulate normal seal water pressure at 2-PDIS 14B, CNDS BSTR PMP 2B SEAL DIFF PRESS. 1st CV [16.19] VERIFY the following: A. Annunciator Window 44B CNDS BSTR PMP INJ WATER DP LO (PDIS-54-17A/14A/12A), is CLEARED. B. Events Display Screen Window 44B CNDS BSTR PMP INJ WATER DP LO (PDIS-54-17A/14A/12A), is CLEARED. C. Annunciator Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is CLEARED. D. Events Display Screen shows Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is CLEARED. [16.20] REMOVE jumper between Wire 3BC2 and 3BC1 located in the back of 480-V TURB MOV BD 2C; Compt. 2D to enable CBP 2B Suction Valve cycling. (Dwg 45W760-2-1) 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 331 of 450 Date 6.5.2 Condensate Booster Pump (CBP) 2B, CBP Auxiliary Oil Pump (AOP) 2B and Suction Valve 2-FCV-2-87 (continued) [16.21] REMOVE 2-FU-201-A8/4, FW ISLN VLV, located in 2-BD-201 -A, Compt 8. (Dwg 2-45W760-2-5) 1st Cv [17] PERFORM the following steps to verify NO START with motor winding temperature greater than or equal to set point: (Acc Crit) 5.8[8]B [17.1] ENSURE Field Preparations, Step 4.3[11], have been completed. [17.2] ENSURE 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91) is OPEN. [17.3] DEPRESS 2-HS-2-107B, CNDS BSTR PMP 2B AUX OIL PUMP, RESET pushbutton [17.4] PLACE 2-HS-2-107A [TIOG/685], AUX OIL PMP CNDS BSTR PMP B, to P AUTO. [17.5] DEPRESS 2-HS-2-91B, CNDS BSTR PMP 28, RESET pushbutton. [17.6] REMOVE jumper on Wire 2B6C4 and 2B6C5 from Terminal CC1 in Panel 2-L-98 Section B in order to simulate high motor temperature on CBP 2B breaker closing circuit (2-TIS-2-90). (Ref Dwg 45N2635-27) 1st Cv [17.7] PLACE 2-HS-2-91A, CNDS BSTR PMP B, to START. [17.8] VERIFY the following: A. 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91) is OPEN. (Acc Crit) 5.8[8]B B. Annunciator Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is ALARMED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 332 of 450 Date 6.5.2 Condensate Booster Pump (CBP) 2B, CBP Auxiliary Oil Pump (AOP) 2B and Suction Valve 2-FCV-2-87 (continued) C. Events Display Screen shows Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is ALARMED. D. Red light OFF at 2-HS-2-91A, CNDS BSTR PMP B. E. Green light ON at 2-HS-2-91A, CNDS BSTR PMP B. [17.9] PLACE 2-HS-2-91A, CNDS BSTR PMP B, to STOP. [17.10] PLACE 2-HS-2-107A [2-M-3], AUX OIL PMP CNDS BSTR PMP B, to STOP. [17.11] VERIFY the following: A. Annunciator Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is CLEARED. B. Events Display Screen shows Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is CLEARED. [17.12] REINSTALL jumper on Wire 2B6C4and 2B6C5 from Terminal CCI in Panel 2-L-98 Section B in order to simulate normal motor temperature on CBP 2B breaker closing circuit (2-TIS-2-90). (Ref Dwg 45N2635-27) 1st Cv [18] PERFORM the following steps to verify NO START/STOPS with suction pressure less than or equal to set point: (Acc Crit) 5.8[4]B, 5.8[9]B & 5.8[19]B [18.1] ENSURE Field Preparations, Step 4.3[11], have been completed. [18.2] REMOVE jumper installed at 2-PS-2-88B [T9F/685] CNDS BSTR PUMP 2B SUCT PRESS INTLK, between CC2 and CC3. (Placed in Step 4.3[11.6]) 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 333 of 450 Date 6.5.2 Condensate Booster Pump (CBP) 2B, CBP Auxiliary Oil Pump (AOP) 2B and Suction Valve 2-FCV-2-87 (continued) [18.3] ENSURE 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91) is OPEN. [18.4] DEPRESS 2-HS-2-107B, CNDS BSTR PMP 2B AUX OIL PUMP, RESET pushbutton. [18.5] PLACE 2-HS-2-107A ['10G/685], AUX OIL PMP CNDS BSTR PMP B, to P AUTO. [18.6] DEPRESS 2-HS-2-91B, CNDS BSTR PMP 28, RESET pushbutton. [18.7] PLACE 2-HS-2-91A, CNDS BSTR PMP B, to START. [18.8] VERIFY the following: A. 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91), is OPEN. (Acc Crit) 5.8[4]B B. Annunciator Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is ALARMED. C. Events Display Screen shows Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is ALARMED. D. Red light OFF at 2-HS-2-91A, CNDS BSTR PMP B. E. Green light ON at 2-HS-2-91A, CNDS BSTR PMP B. [18.9] PLACE 2-HS-2-91A, CNDS BSTR PMP B, to STOP. [18.10] VERIFY the following: A. Annunciator Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is CLEARED. B. Events Display Screen shows Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is CLEARED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 334 of 450 Date 6.5.2 Condensate Booster Pump (CBP) 2B, CBP Auxiliary Oil Pump (AOP) 2B and Suction Valve 2-FCV-2-87 (continued) [18.11] INSTALL a jumper between switch 2-PS-2-88B, CNDS BSTR PMP 2B SUCT PRESS INTLK, common (CC2) and normally open contact (CC3) (located on the right hand side at the switch) to bypass suction pressure. - 1st Cv [18.12] ENSURE 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91) is OPEN. [18.13] PLACE 2-HS-2-91A, CNDS BSTR PMP B, to START. NOTE Wait at least 20 seconds after 2-FCV-2-87 is FULL OPEN to initiate the low suction pressure signal. Otherwise, simulated CBP START will NOT occur. [18.14] LAND wire (CC4) landed at the normally closed terminal switch on left side of 2-PS-2-88B [T9F/685], CNDS BSTR PUMP 2B SUCT PRESS INTLK, to simulate no/low CBP 2B suction pressure. (Ref DWG 45N2635-

27) (Placed in Step 4.3[11.8])

1st Cv [18.15] VERIFY the following: (Acc Crit) 5.8[9]B, 5.8[19]B A. 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91), OPENED. B. 2-FCV-2-87, CONDENSATE BSTR PUMP 2B SUCTION ISOL, CLOSED. C. White light ON at 2-HS-2-91A, CNDS BSTR PMP B. D. Annunciator Window 14E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 335 of 450 Date 6.5.2 Condensate Booster Pump (CBP) 2B, CBP Auxiliary Oil Pump (AOP) 2B and Suction Valve 2-FCV-2-87 (continued) E. Events Display Screen shows Annunciator Window 14-E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED. [18.16] PLACE 2-HS-2-91A, CNDS BSTR PMP B, to STOP. [18.17] PLACE 2-HS-2-107A [2-M-3], AUX OIL PMP CNDS BSTR PMP B, to STOP. [18.18] VERIFY the following: A. White light OFF at 2-HS-2-91A, CNDS BSTR PMP B. B. Annunciator Window 14E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. C. Events Display Screen shows Annunciator Window 14-E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. [18.19] LIFT wire (CC4) landed at the normally closed terminal switch on left side of 2-PS-2-88B [T9F/685], CNDS BSTR PUMP 2B SUCT PRESS INTLK, to simulate normal CBP 2B suction pressure. (Ref DWG 45N2635-27) 1st CV [18.20] VERIFY the following A. Annunciator Window 44A on 2-XA-55-3A, CNDS BSTR PMP 2B SUCT PRESS LO, is CLEARED. B. Events Display Screen shows Window 44A on 2-XA-55-3A, CNDS BSTR PMP 2B SUCT PRESS LO, is CLEARED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 336 of 450 Date 6.5.2 Condensate Booster Pump (CBP) 2B, CBP Auxiliary Oil Pump (AOP) 2B and Suction Valve 2-FCV-2-87 (continued) [18.21] REMOVE jumper (installed in step 4.3[11.5]) between switch common (AA2) and normally open contact (AA1) located on right hand side of switch which simulates low NPSH to allow CBP B LOW NPSH ALARM 44-A. (Ref DWG 45N2635-27) 1st Cv [18.22] VERIFY the following: (Acc Crit) 5.8[2]B A. Events Display Screen shows Window 44A on 2-XA-55-3A, CNDS BSTR PMP 2B SUCT PRESS LO, is ALARMED. B. Annunciator Window 14E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED. [18.23] REINSTALL jumper between switch common (AA2) and normally open contact (AA1) located on right hand side of switch which simulates required NPSH to prevent CBP B LOW NPSH ALARM 44-A. (Ref DWG 45N2635-27) 1st Cv [18.24] VERIFY the following A. Annunciator Window 44A on 2-XA-55-3A, CNDS BSTR PMP 2B SUCT PRESS LO, is CLEARED. B. Events Display Screen shows Window 44A on 2-XA-55-3A, CNDS BSTR PMP 2B SUCT PRESS LO, is CLEARED. [19] PERFORM the following steps to verify CBP trip on instantaneous and over current signal: (Acc Crit) 5.8[12]B [19.1] ENSURE Field Preparations, Step 4.3[11], have been completed. [19.2] DEPRESS 2-HS-2-107B, CNDS BSTR PMP 2B AUX OIL PUMP, RESET pushbutton.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 337 of 450 Date 6.5.2 Condensate Booster Pump (CBP) 2B, CBP Auxiliary Oil Pump (AOP) 2B and Suction Valve 2-FCV-2-87 (continued) [19.3] PLACE 2-HS-2-107A, AUX OIL PMP CNDS BSTR PMP B, to P AUTO. [19.4] ENSURE 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91), is OPEN. [19.5] DEPRESS 2-HS-2-91B, CNDS BSTR PMP 2B, RESET pushbutton. [19.6] PLACE 2-HS-2-91A, CNDS BSTR PMP B, to START, and VERIFY the following: A. 2-MTR-2-107, CONDENSATE BOOSTER PUMP 28 AUX OIL PUMP, STOPPED. B. 2-FCV-2-87, CONDENSATE BSTR PUMP 2B SUCTION ISOL, OPENED. C. 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91), is CLOSED. [19.7] ACTUATE (manually LIFT the plunger) the instantaneous portion (50) of the A-phase overcurrent relay 50/51/83 at 2-BD-201-B, Compt. 6, and VERIFY the following: A. 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91), OPENS. (Acc Crit) 5.8[12]B B. INST target on relay is visible. [19.8] RESET the INST (50) target for the A-phase overcurrent relay 50/51/83. [19.9] VERIFY Annunciator Window 14D on 2-XA-55-1 B, M-1 THRU M-6 MOTOR OVERLOAD, is CLEARED. [19.10] PLACE 2-HS-2-91A, CNDS BSTR PMP B, to START

                   ,and VERIFY that 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91), CLOSES.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 338 of 450 Date 6.5.2 Condensate Booster Pump (CBP) 2B, CBP Auxiliary Oil Pump (AOP) 2B and Suction Valve 2-FCV-2-87 (continued) [19.11] ACTUATE (manually ROTATE and HOLD the disc) the time portion (51) of the A-phase overcurrent relay 50/51/83 at 2-BD-2011-B, Compt. 6, and VERIFY the following: A. 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91), does NOT OPEN. B. TIME target on A-phase 50/51/83 relay is visible. C. White light is ON at 2-HS-2-91A, CNDS BSTR PMP B. D. Annunciator Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, ALARMS. E. Events Display Screen shows Window 14D on 2-XA-55-1 B, M-1 THRU M-6 MOTOR OVERLOAD, is ALARMED. [19.12] PLACE a jumper between terminal points 9 and 10 on the back of the A-phase overcurrent relay 50/51/83, to simulate "83" coil pickup, and VERIFY 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91), OPENS. (Acc Crit) 5.8[12]B 1st CV [19.13] REMOVE jumper between terminal points 9 and 10 on the back of the A-phase overcurrent relay 50/51/83. 1st CV [19.14] RELEASE the A-phase overcurrent relay 50/51/83 disc.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 339 of 450 Date 6.5.2 Condensate Booster Pump (CBP) 2B, CBP Auxiliary Oil Pump (AOP) 2B and Suction Valve 2-FCV-2-87 (continued) [19.15] RESET the TIME (51) target for the A-phase overcurrent relay 50/51/83, and VERIFY the following: A. White light is OFF at 2-HS-2-91A, CNDS BSTR PMP B. B. Annunciator Window 14D on 2-XA-55-1 B, M-1 THRU M-6 MOTOR OVERLOAD, is CLEARED. C. Events Display Screen shows Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, is CLEARED. [19.16] PLACE 2-HS-2-91A, CNDS BSTR PMP B, to START, and VERIFY that 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91), CLOSED. [19.17] ACTUATE (manually LIFT the plunger) the instantaneous portion (50) of the C-phase overcurrent relay 50/51/83 at 2-BD-201-B, Compt. 6 breaker, and VERIFY the following: A. 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91), OPENS. (Acc Crit) 5.8[12]B B. INST target on C-phase 50/51/83 relay is visible. [19.18] RESET the INST (50) target for the C-phase overcurrent relay 50/51/83. [19.19] PLACE 2-HS-2-91A, CNDS BSTR PMP B, to START, and VERIFY that 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91), CLOSES.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 340 of 450 Date 6.5.2 Condensate Booster Pump (CBP) 2B, CBP Auxiliary Oil Pump (AOP) 2B and Suction Valve 2-FCV-2-87 (continued) [19.20] ACTUATE (manually ROTATE and HOLD the disc) the time portion (51) of the C-phase overcurrent relay 50/51/83 at 2-BD-2011-B, Compt. 6 breaker, and VERIFY the following: A. 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91), does NOT OPEN. B. TIME target on C-phase 50/51/83 relay is visible. C. Annunciator Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, ALARMS. D. Events Display Screen shows Window 14D on 2-XA-55-1 B, M-1 THRU M-6 MOTOR OVERLOAD, is ALARMED. E. White light is ON at 2-HS-2-91A, CNDS BSTR PMP B. [19.21] PLACE a jumper between terminal points 9 and 10 on the back of the C-phase overcurrent relay 50/51/83, to simulate "83" coil pickup, and VERIFY 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91), OPENS. (Acc Crit) 5.8[12]B 1st CV [19.22] REMOVE jumper between terminal points 9 and 10 on the back of the C-phase overcurrent relay 50/51/83. 1st CV [19.23] RELEASE the C-phase overcurrent relay 50/51/83 disc.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 341 of 450 Date 6.5.2 Condensate Booster Pump (CBP) 2B, CBP Auxiliary Oil Pump (AOP) 2B and Suction Valve 2-FCV-2-87 (continued) [19.24] RESET the TIME (51) target for the C-phase overcurrent relay 50/51/83, and VERIFY the following: A. White light is OFF at 2-HS-2-91A, CNDS BSTR PMP B. B. Annunciator Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, is CLEARED. C. Events Display Screen shows Window 14D on 2-XA-55-1 B, M-1 THRU M-6 MOTOR OVERLOAD, is CLEARED. [19.25] PLACE 2-HS-2-91A, CNDS BSTR PMP B, to START, and VERIFY that 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91), CLOSES. [19.26] ACTUATE the ground overcurrent relay 50G (manually lift the plunger) at 2-BD-201-B, Compt. 6, and VERIFY the following: (Acc Crit) 5.8[12]B A. 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91), OPENS. B. Target on 50G relay is visible. [19.27] RESET the target for the ground overcurrent relay 50G. [19.28] REMOVE 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91), in 2-BD-201-B, Compt. 6 from test position in accordance with GOI-7. [19.29] REMOVE STA mechanical test linkage in accordance with GOI-7. 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 342 of 450 Date 6.5.2 Condensate Booster Pump (CBP) 2B, CBP Auxiliary Oil Pump (AOP) 2B and Suction Valve 2-FCV-2-87 (continued) [19.30] REMOVE Electrical DC Test Coupler. 1st CV [19.31] PLACE 2-BKR-2-91, CONDENSATE BSTR PUMP 2B (2-PMP-2-91), in the desired position in accordance with GOI-7. [19.32] REMOVE jumper installed at between Terminal CC3 (Y) and Terminal CC6 (BL) in Panel 2-L-98 section B [T9F/685]. 1st CV [19.33] REMOVE jumper installed at 2-PS-2-88B, CNDS BSTR PMP 2B SUCT PRESS between (CC2) and (CC3), and REINSTALL the cover. 1st CV [19.34] ENSURE Field Preparations, Step 4.3[1 1], are returned to their original conditions.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 343 of 450 Date 6.5.3 Condensate Booster Pump (CBP) 2C, CBP Auxiliary Oil Pump (AOP) 2C and Suction Valve 2-FCV-2-81 CAUTION Step 4.3[12] includes substeps that bypass the Condensate Booster Pump interlocks to allow operability. [1] VERIFY Prerequisites and field preparations for this sub-section have been completed. 4.3[12] [2] RAISE 2-BD-201-C, Compt. 8, CONDENSATE BOOSTER PUMP 2C breaker (2-BKR-2-84) elevating mechanism to simulate breaker fully racked up to the operating position. [3] PLACE 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84), in the TEST position in accordance with GOI-7. NOTES

1) The following step makes up the breaker to the compartment secondary contact set to allow operation of the breaker through its normal control circuit while it is in the TEST position.

2) Lifting of the interlock mechanism of the breaker during installation of the Electrical DC Test Coupler cable between the breaker and board will prevent the breaker from charging and arcing of the secondary disconnect pins.

3) Electrical manipulations are to be performed by qualified Startup Test Electrical Personnel.

4) Reference Attachment 1, Relay Armature, in order to brief qualified Startup Test Electrical Personnel on relay armature manipulations.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 344 of 450 Date 6.5.3 Condensate Booster Pump (CBP) 2C, CBP Auxiliary Oil Pump (AOP) 2C and Suction Valve 2-FCV-2-81 (continued) [4] LIFT up the breaker interlock mechanism, and CONNECT the Electrical DC Test Coupler between 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84), and 2-BD-201-C, Compt. 8 board secondary disconnects. 1st CV [5] RELEASE the breaker interlock mechanism, and VERIFY 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84), charges. [6] INSTALL STA mechanical test linkage in accordance with GOI-7 between 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84), and Switch 52STA in 2-BD-201-C, Compt. 8 with breaker in the test position. 1st CV [7] DEPRESS the TEST CLOSE pushbutton, and VERIFY the following: A. 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84), REMAINS OPEN. B. Red light OFF at 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-97). C. Green light ON at 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84). [8] PLACE 2-HS-2-84A [2-M-3], CNDS BSTR PMP C, to STOP to latch 30RX relay.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 345 of 450 Date 6.5.3 Condensate Booster Pump (CBP) 2C, CBP Auxiliary Oil Pump (AOP) 2C and Suction Valve 2-FCV-2-81 (continued) [9] PERFORM the following to verify Condensate Booster Pump Auxiliary Oil Pump handswitch operation: (Acc Crit) 5.8[14]C [9.1] ENSURE 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84), is OPEN. [9.2] DEPRESS 2-HS-2-109B [T9F/685], CNDS BSTR PMP 2C AUX OIL PUMP, RESET pushbutton. [9.3] PLACE 2-HS-2-109A [2-M-3], AUX OIL PMP CNDS BSTR PMP C, to P AUTO, and VERIFY the following: (Acc Crit) 5.8[14]C A. Red light ON at 2-HS-2-109A, AUX OIL PMP CNDS BSTR PMP C. B. Green light OFF at 2-HS-2-109A, AUX OIL PMP CNDS BSTR PMP C. C. 2-MTR-2-109 [T9F/685], CONDENSATE BOOSTER PUMP 2C AUX OIL PUMP, STARTS. [9.4] PLACE 2-HS-2-109A, AUX OIL PMP CNDS BSTR PMP C, to the STOP/PULL TO LOCK position, and VERIFY the following: (Acc Crit) 5.8[14]C A. Red light OFF at 2-HS-2-109A [2-M-3], AUX OIL PMP CNDS BSTR PMP C. B. Green light ON at 2-HS-2-109A, AUX OIL PMP CNDS BSTR PMP C. C. 2-MTR-2-109 [T9F/685], CONDENSATE BOOSTER PUMP 2C AUX OIL PUMP, STOPS. [9.5] PLACE 2-HS-2-109A [2-M-3], AUX OIL PMP CNDS BSTR PMP C, from the STOP/PULL TO LOCK position so handswitch will spring return to P Auto. [9.6] VERIFY 2-MTR-2-109 [T9F/685], CONDENSATE BOOSTER PUMP 2C AUX OIL PUMP, STARTS. (Acc Crit) 5.8[14]C

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 346 of 450 Date 6.5.3 Condensate Booster Pump (CBP) 2C, CBP Auxiliary Oil Pump (AOP) 2C and Suction Valve 2-FCV-2-81 (continued) [9.7] DEPRESS 2-HS-2-109B, CNDS BSTR PMP 2C AUX OIL PUMP, SAFE-STOP Pushbutton and VERIFY 2-PMP-2-109, CONDENSATE BOOSTER PUMP 2C AUX OIL PUMP, STOPPED. (Acc Crit) 5.8[14]C [9.8] DEPRESS 2-HS-2-109B, CNDS BSTR PMP 2C AUX OIL PUMP, RESET Pushbutton. [9.9] PLACE 2-HS-2-109A [2-M-3], AUX OIL PMP CNDS BSTR PMP C, to STOP/PULL TO LOCK. [9.10] DEPRESS and HOLD 2-HS-2-109B [T10F/685], CNDS BSTR PMP 2C AUX OIL PUMP, TEST pushbutton, and VERIFY the following: (Acc Crit) 5.8[14]C A. Red light ON at 2-HS-2-109B, AUX OIL PMP CNDS BSTR PMP C. B. Green light OFF at 2-HS-2-109B, AUX OIL PMP CNDS BSTR PMP C. C. 2-MTR-2-109 [T9F/685], CONDENSATE BOOSTER PUMP 2C AUX OIL PUMP, STARTS. [9.11] DEPRESS 2-HS-2-109B, CNDS BSTR PMP 2C AUX OIL PUMP, SAFE-STOP Pushbutton, and VERIFY the following: A. Red light OFF at 2-HS-2-109B [2-M-3], AUX OIL PMP CNDS BSTR PMP C. B. Green light ON at 2-HS-2-109B, AUX OIL PMP CNDS BSTR PMP C. C. 2-MTR-2-109 [T9F/685], CONDENSATE BOOSTER PUMP 2C AUX OIL PUMP, STOPS.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 347 of 450 Date 6.5.3 Condensate Booster Pump (CBP) 2C, CBP Auxiliary Oil Pump (AOP) 2C and Suction Valve 2-FCV-2-81 (continued) [10] PERFORM the following to verify Condensate Booster Pump 2C Suction Isolation Valve handswitch operation: (Acc Crit) 5.8[17]C [10.1] ENSURE Field Preparations, Step 4.3[12], have been completed. [10.2] DEPRESS 2-HS-2-81B [T10F/685], CONDENSATE BSTR PUMP 2C SUCTION ISOL VLV, OPEN pushbutton, and VERIFY the following: (Acc Crit) 5.8[17]C A. Red light ON at 2-HS-2-81 B, CONDENSATE BSTR PUMP 2C SUCTION ISOL VLV. B. Green light OFF at 2-HS-2-81 B, CONDENSATE BSTR PUMP 2C SUCTION ISOL VLV. C. 2-FCV-2-81, CONDENSATE BSTR PUMP 2C SUCTION ISOL, is OPEN. [10.3] DEPRESS 2-HS-2-81B [T1 OF/685], CONDENSATE BSTR PUMP 2C SUCTION ISOL VLV, CLOSE pushbutton, and VERIFY the following: (Acc Crit) 5.8[17]C A. Red light OFF at 2-HS-2-81 B, CONDENSATE BSTR PUMP 2C SUCTION ISOL VLV. B. Green light ON at 2-HS-2-81B, CONDENSATE BSTR PUMP 2C SUCTION ISOL VLV. C. 2-FCV-2-81, CONDENSATE BSTR PUMP 2C SUCTION ISOL, is CLOSED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 348 of 450 Date 6.5.3 Condensate Booster Pump (CBP) 2C, CBP Auxiliary Oil Pump (AOP) 2C and Suction Valve 2-FCV-2-81 (continued) [10.4] PLACE 2-HS-2-81A [2-M-2], CNDS BSTR PMP 2C SUCTION VLV, to OPEN, and VERIFY the following: (Acc Crit) 5.8[17]C A. Red light ON at 2-HS-2-81A, CONDENSATE BSTR PUMP 2C SUCTION ISOL VLV. B. Green light OFF at 2-HS-2-81A, CONDENSATE BSTR PUMP 2C SUCTION ISOL VLV. C. 2-FCV-2-81, CONDENSATE BSTR PUMP 2C SUCTION ISOL, is OPEN. [10.5] PLACE 2-HS-2-81A [2-M-2], CNDS BSTR PMP 2C SUCTION VLV, to CLOSE, and VERIFY the following: (Acc Crit) 5.8[17]C A. Red light OFF at 2-HS-2-81A, CONDENSATE BSTR PUMP 2C SUCTION ISOL VLV. B. Green light ON at 2-HS-2-81A, CONDENSATE BSTR PUMP 2C SUCTION ISOL VLV. C. 2-FCV-2-81, CONDENSATE BSTR PUMP 2C SUCTION ISOL, is CLOSED. NOTE To test the STOP pushbutton, 2-FCV-2-81 must be traveling between the OPEN and CLOSED position. Valve position will be verified by visual observation. [10.6] DEPRESS 2-HS-2-81B, CONDENSATE BSTR PUMP 2C SUCTION ISOL VLV, OPEN pushbutton.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 349 of 450 Date 6.5.3 Condensate Booster Pump (CBP) 2C, CBP Auxiliary Oil Pump (AOP) 2C and Suction Valve 2-FCV-2-81 (continued) [10.7] DEPRESS 2-HS-2-81B, CONDENSATE BSTR PUMP 2C SUCTION ISOL VLV, STOP pushbutton before 2-FCV-2-81, CNDS BSTR PMP 2C SUCTION VLV, reaches the open position, and VERIFY the following: (Acc Crit) 5.8[17]C A. Red light ON at 2-HS-2-81B, CONDENSATE BSTR PUMP 2C SUCTION ISOL VLV. B. Green light ON at 2-HS-2-81 B, CONDENSATE BSTR PUMP 2C SUCTION ISOL VLV. C. Valve 2-FCV-2-81, CONDENSATE BSTR PUMP 2C SUCTION ISOL VLV, STOPS in mid-position. [10.8] PLACE 2-HS-2-81A, CONDENSATE BSTR PUMP 2C SUCTION ISOL VLV, to CLOSE, and VERIFY 2-FCV-2-81, CONDENSATE BSTR PUMP 2C SUCTION ISOL, CLOSES. [10.9] DEPRESS 2-HS-2-81B, CONDENSATE BSTR PUMP 2C SUCTION ISOL VLV, OPEN pushbutton. [10.10] DEPRESS 2-HS-2-81B, CONDENSATE BSTR PUMP 2C SUCTION ISOL VLV, CLOSE pushbutton. [10.11] DEPRESS 2-HS-2-81B, CONDENSATE BSTR PUMP 2C SUCTION ISOL VLV, STOP pushbutton before 2-FCV-2-81, CNDS BSTR PMP 2C SUCTION VLV, reaches the closed position, and VERIFY the following: (Acc Crit) 5.8[17]C A. Red light ON at 2-HS-2-81 B, CONDENSATE BSTR PUMP 2C SUCTION ISOL VLV. B. Green light ON at 2-HS-2-81 B, CONDENSATE BSTR PUMP 2C SUCTION ISOL VLV. C. Valve 2-FCV-2-81, CONDENSATE BSTR PUMP 2C SUCTION ISOL VLV, STOPS in mid-position.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 350 of 450 Date 6.5.3 Condensate Booster Pump (CBP) 2C, CBP Auxiliary Oil Pump (AOP) 2C and Suction Valve 2-FCV-2-81 (continued) [10.12] PLACE 2-HS-2-81A, CONDENSATE BSTR PUMP 2C SUCTION ISOL VLV, to OPEN, and VERIFY 2-FCV-2-81, CONDENSATE BSTR PUMP 2C SUCTION ISOL, OPENS. [10.13] PLACE 2-HS-2-81A, CONDENSATE BSTR PUMP 2C SUCTION ISOL VLV, to CLOSE. [11] PERFORM the following steps to verify CBP operation: (Acc Crit) 5.8[6]C [11.1] ENSURE Field Preparations, Step 4.3[12], have been completed. [11.2] ENSURE 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84) is OPEN. [11.3] DEPRESS 2-HS-2-109B, CNDS BSTR PMP 2C AUX OIL PUMP, RESET Pushbutton. [11.4] PLACE 2-HS-2-109A, AUX OIL PMP CNDS BSTR PMP C, to P AUTO. [11.5] DEPRESS 2-HS-2-84B [T10F/685], CNDS BSTR PMP 2C, RESET pushbutton. [11.6] PLACE 2-HS-2-84A, CNDS BSTR PMP C, to START. [11.71 VERIFY the following: (Acc Crit) 5.8[6]C A. Red light ON at 2-HS-2-84A, CNDS BSTR PMP C. B. Green light OFF at 2-HS-2-84A, CNDS BSTR PMP C. C. White light OFF at 2-HS-2-84A, CNDS BSTR PMP C. D. Red light ON at 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84). E. Green light OFF at 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84).

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 351 of 450 Date 6.5.3 Condensate Booster Pump (CBP) 2C, CBP Auxiliary Oil Pump (AOP) 2C and Suction Valve 2-FCV-2-81 (continued) F. 2-FCV-2-81, CONDENSATE BSTR PUMP 2C SUCTION ISOL, is FULL OPEN. (Acc Crit) 5.8[18]C G. 2-MTR-2-109, CONDENSATE BOOSTER PUMP 2C AUX OIL PUMP, STOPS. (Acc Crit) 5.8[15]C H. 2-MTR-30-882, CONDENSATE BOOSTER PUMP AREA COOLER 2A, is in OPERATION. (Acc Crit) 5.8[13]C

1. 2-MTR-30-881, CONDENSATE BOOSTER PUMP AREA COOLER 2B, is in OPERATION.

(Acc Crit) 5.8[13]C J. Computer Point Y2217D indicates CNDS BSTR PMP 2C BKR CLOSED. (Acc Crit) 5.8[1]C [11.8] PLACE 2-HS-2-84A, CNDS BSTR PMP C, to STOP. [11.9] VERIFY the following: (Acc Crit) 5.8[6]C A. Red light OFF at 2-HS-2-84A, CNDS BSTR PMP C. B. Green light ON at 2-HS-2-84A, CNDS BSTR PMP C. C. White light OFF at 2-HS-2-84A, CNDS BSTR PMP C. D. Red light OFF at 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84). E. Green light ON at 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84). F. 2-FCV-2-81, CONDENSATE BSTR PUMP 2C SUCTION ISOL, is CLOSED. G. Computer Point Y2217D indicates CNDS BSTR PMP 2C BKR OPEN. (Acc Crit) 5.8[1]C [11.10] VERIFY 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84) is OPEN.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 352 of 450 Date 6.5.3 Condensate Booster Pump (CBP) 2C, CBP Auxiliary Oil Pump (AOP) 2C and Suction Valve 2-FCV-2-81 (continued) [11.11] VERIFY 2-MTR-2-109, CONDENSATE BOOSTER PUMP 2C AUX OIL PUMP, is in OPERATION. (Acc Crit) 5.8[14]C [11.12] PLACE 2-HS-2-84A, CNDS BSTR PMP C, to START. [11.13] VERIFY the following: A. Red light ON at 2-HS-2-84A, CNDS BSTR PMP C. B. Green light OFF at 2-HS-2-84A, CNDS BSTR PMP C. C. White light OFF at 2-HS-2-84A, CNDS BSTR PMP C. D. Red light ON at 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84). E. Green light OFF at 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84). F. 2-MTR-2-109, CONDENSATE BOOSTER PUMP 2C AUX OIL PUMP, STOPS. G. 2-FCV-2-81, CONDENSATE BSTR PUMP 2C SUCTION ISOL, is FULL OPEN. [11.14] DEPRESS 2-HS-2-84B, CNDS BSTR PMP 2C, SAFE-STOP Pushbutton (Acc Crit) 5.8[6]C and VERIFY Green light ON at 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84). [11.15] DEPRESS 2-HS-2-109B, CNDS BSTR PMP 2C AUX OIL PUMP, SAFE-STOP Pushbutton. [11.16] VERIFY 2-PMP-2-109, CONDENSATE BOOSTER PUMP 2C AUX OIL PUMP, STOPPED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 353 of 450 Date 6.5.3 Condensate Booster Pump (CBP) 2C, CBP Auxiliary Oil Pump (AOP) 2C and Suction Valve 2-FCV-2-81 (continued) [12] PERFORM the following to verify 20 second time delay for the Aux Oil Pump to start on low oil pressure with the CBP in operation. (ACC Crit) 5.8[16]C [12.1] ENSURE Field Preparations, Step 4.3[12], have been completed. [12.2] ENSURE 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84) is OPEN. [12.3] DEPRESS 2-HS-2-109B, CNDS BSTR PMP 2C AUX OIL PUMP, RESET Pushbutton. [12.4] DEPRESS 2-HS-2-84B [T10F/685], CNDS BSTR PMP 2C, RESET pushbutton. [12.5] PLACE 2-HS-2-109A [2-M-3], AUX OIL PMP CNDS BSTR PMP C, to P AUTO. [12.6] VERIFY 2-PMP-2-109, CONDENSATE BOOSTER PUMP 2C AUX OIL PUMP, STARTS. [12.7] REMOVE jumper (installed in Step 4.3[12.10]) on Wire 2C8TD and 2C8CP in Panel 2-L-98 in order to simulate oil pressure < setpoint (2-PS-2-109A[T9F/685]). (Ref Dwg 2-45W760-2-1 & 2-45W2721-1) 1st Cv [12.8] PLACE 2-HS-2-84A, CNDS BSTR PMP C, to START, and VERIFY the following: A. 2-FCV-2-81, CONDENSATE BSTR PUMP 2C SUCTION ISOL, is FULL OPEN. B. 2-MTR-2-109, CONDENSATE BOOSTER PUMP 2C AUX OIL PUMP, STOPS.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 354 of 450 Date 6.5.3 Condensate Booster Pump (CBP) 2C, CBP Auxiliary Oil Pump (AOP) 2C and Suction Valve 2-FCV-2-81 (continued) NOTE Momentarily (20 seconds), the CBP Aux Oil Pump will AUTO START due to oil pressure less than set point. [12.9] VERIFY 2-MTR-2-109, CONDENSATE BOOSTER PUMP 2C AUX OIL PUMP, STARTS due to oil pressure decreasing to less than set point. (Acc Crit) 5.8[116]C [12.10] PLACE 2-HS-2-84A, CNDS BSTR PMP C, to STOP. [12.11] DEPRESS 2-HS-2-109B, CNDS BSTR PMP 2C AUX OIL PUMP, SAFE-STOP Pushbutton. [12.12] REINSTALL jumper on Wire 2C8TD and 2C8CP in Panel 2-L-98 in order to simulate oil pressure > setpoint (2-PS-2-109A[T9F/685]). (Ref Dwg 2-45W760-2-1 & 2-45W2721-1) 1st CV [13] PERFORM the following steps to verify CBP trip on low oil pressure: (Acc Crit) 5.8[10]C [13.1] ENSURE Field Preparations, Step 4.3[12], have been completed. [13.2] ENSURE 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84) is OPEN. [13.3] DEPRESS 2-HS-2-109B, CNDS BSTR PMP 2C AUX OIL PUMP, RESET Pushbutton. [13.4] DEPRESS 2-HS-2-84B, CNDS BSTR PMP 2C, RESET pushbutton. [13.5] PLACE 2-HS-2-109A [2-M-3], AUX OIL PMP CNDS BSTR PMP C, to P AUTO. [13.6] PLACE 2-HS-2-84A, CNDS BSTR PMP C, to START.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 355 of 450 Date 6.5.3 Condensate Booster Pump (CBP) 2C, CBP Auxiliary Oil Pump (AOP) 2C and Suction Valve 2-FCV-2-81 (continued) [13.7] VERIFY 2-FCV-2-81, CONDENSATE BSTR PUMP 2C SUCTION ISOL, is FULL OPEN. NOTE Wait at least 20 seconds after 2-FCV-2-81 is FULL OPEN to initiate the low oil pressure signal. Otherwise, simulated CBP START will NOT occur. [13.8] REMOVE jumper on Wire 2C8TD and 2C8CP (installed in Step 4.3[12.10]) in Panel 2-L-98 in order to simulate normal lube oil pressure on CBP 2C breaker closing circuit (2-PS-2-109D [T9F/685]). (Ref Dwg 2-45W760-2-1) 1st Cv [13.9] VERIFY the following: (Acc Crit) 5.8[1 1]C A. 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84), OPENS, (approximately 3-second time delay) B. 2-FCV-2-81, CONDENSATE BSTR PUMP 2C SUCTION ISOL, CLOSED. (Acc Crit) 5.8[20]C, 5.8[19]C C. 2-MTR-2-109, CONDENSATE BOOSTER PUMP 2C AUX OIL PUMP, STARTS. D. White light ON at 2-HS-2-84A, CNDS BSTR PMP C. (Acc Crit) 5.8[2]C E. Annunciator Window 14E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED. (Acc Crit) 5.8[2]C F. Events Display Screen shows Annunciator Window 14-E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED. (Acc Crit) 5.8[2]C

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 356 of 450 Date 6.5.3 Condensate Booster Pump (CBP) 2C, CBP Auxiliary Oil Pump (AOP) 2C and Suction Valve 2-FCV-2-81 (continued) G. Motor tripout buzzer is ON in MCR. [13.10] PLACE 2-HS-2-84A, CNDS BSTR PMP C, to STOP, and VERIFY the following: A. White light OFF at 2-HS-2-84A, CNDS BSTR PMP C. B. Annunciator Window 14E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. C. Events Display Screen shows Annunciator Window 14-E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. D. Motor tripout buzzer is OFF in MCR. [13.11] REINSTALL jumper on Wire 2C8TD and 2C8CP in Panel 2-L-98 in order to simulate normal lube oil pressure on CBP 2C breaker closing circuit (2-PS-2-109D [T9F/685]). (Ref Dwg 2-45W760-2-1) 1st Cv [14] PERFORM CBP will NOT start with oil pressure less than or equal to set point. (Acc Crit) 5.8[5]C [14.1] ENSURE Field Preparations, Step 4.3[12], have been completed. [14.2] ENSURE 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84) is OPEN. [14.3] PLACE 2-HS-2-109A [2-M-3], AUX OIL PMP CNDS BSTR PMP C, to P AUTO.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 357 of 450 Date 6.5.3 Condensate Booster Pump (CBP) 2C, CBP Auxiliary Oil Pump (AOP) 2C and Suction Valve 2-FCV-2-81 (continued) NOTE Step 6.5.3[14.4] will prevent the CBP from starting when demanded from 2-HS-2-97A. Annunciation will occur (20 seconds) after 2-FCV-2-81 is FULL OPEN. [14.4] REMOVE jumper (installed in step 4.3[12.14]) on Wire 2C8C8 and 2C8C7 in Panel 2-L-98 in order to simulate oil pressure < setpoint (2-PS-2-109B [T9F/685]). (Ref Dwg 2-45W760-2-1 & 2-45W2721-1) 1st CV [14.5] DEPRESS 2-HS-2-84B, CNDS BSTR PMP 2C, RESET pushbutton. [14.6] PLACE 2-HS-2-84A, CNDS BSTR PMP C, to START. [14.7] VERIFY 2-FCV-2-81, CONDENSATE BSTR PUMP 2C SUCTION ISOL, OPENED. [14.8] VERIFY the following: (Acc Crit) 5.8[5]C A. Annunciator Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, ALARMS (approximately 20 seconds after 2-FCV-2-81 OPENED). B. Events Display Screen shows Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is ALARMED. C. 2-FCV-2-81, CONDENSATE BSTR PUMP 2C SUCTION ISOL, CLOSED after being open for 20 seconds with CBP not in operation. D. 2-MTR-2-109, CONDENSATE BOOSTER PUMP 2C AUX OIL PUMP, remains in operation. E. Red light OFF at 2-HS-2-84A, CNDS BSTR PMP C. F. Green light ON at 2-HS-2-84A, CNDS BSTR PMP C.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 358 of 450 Date 6.5.3 Condensate Booster Pump (CBP) 2C, CBP Auxiliary Oil Pump (AOP) 2C and Suction Valve 2-FCV-2-81 (continued) [14.9] DEPRESS 2-HS-2-84B [T9F/685], CNDS BSTR PMP 2C, SAFE STOP pushbutton. [14.10] REINSTALL jumper (removed in step 6.5.3[14.4]) on Wire 2C8C8 and 2C8C7 in Panel 2-L-98 in order to simulate oil pressure > setpoint (2-PS-2-109B [T9F/685]). (Ref Dwg 2-45W760-2-1 & 2-45W2721 -1) 1st Cv [15] PERFORM the following steps to verify CBP will NOT START when the suction isolation valve is NOT full OPEN: (Acc Crit) 5.8[3]C [15.1] ENSURE Field Preparations, Step 4.3[12], have been completed. [15.21 ENSURE 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84) is OPEN. [15.3] DEPRESS 2-HS-2-81 B [T1 OF/685], CONDENSATE BSTR PUMP 2C SUCTION ISOL VLV, OPEN pushbutton. [15.4] DEPRESS 2-HS-2-81 B, CONDENSATE BSTR PUMP 2C SUCTION ISOL VLV, STOP pushbutton when 2-FCV-2-94, CNDS BSTR PMP 2C SUCTION VLV, reaches mid position. [15.5] OPEN 2-BKR-2-81 [T14D/708], CONDENSATE BSTR 28 SUCT ISOL (2-FCV-002-0081). [15.6] PLACE 2-HS-2-109A [T10F/685], AUX OIL PMP CNDS BSTR PMP C, to P AUTO. [15.7] PLACE 2-HS-2-84A, CNDS BSTR PMP C, to START. [15.8] VERIFY the following: (Acc Crit) 5.8[3]C

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 359 of 450 Date 6.5.3 Condensate Booster Pump (CBP) 2C, CBP Auxiliary Oil Pump (AOP) 2C and Suction Valve 2-FCV-2-81 (continued) A. Annunciator Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, ALARMS (approximately 20 seconds after 2-FCV-2-94 OPENED). B. Events Display Screen shows Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is ALARMED. C. 2-MTR-2-109, CONDENSATE BOOSTER PUMP 2C AUX OIL PUMP, remains in operation. [15.9] PLACE 2-HS-2-109A [T10F/685], AUX OIL PMP CNDS BSTR PMP C, to STOP. [15.10] CLOSE 2-BKR-2-81 [T14D/708], CONDENSATE BSTR 2C SUCT ISOL (2-FCV-002-0081). [15.11] DEPRESS 2-HS-2-81 B, CONDENSATE BSTR PUMP 2C SUCTION ISOL VLV, CLOSE pushbutton, and VERIFY the following: A. Red light OFF at 2-HS-2-81B, CONDENSATE BSTR PUMP 2C SUCTION ISOL VLV. B. Green light ON at 2-HS-2-81B, CONDENSATE BSTR PUMP 2C SUCTION ISOL VLV. [16] PERFORM the following steps to verify CBP trip on Feedwater Isolation Signal and NO START on seal water pressure less than or equal to set point and, after a delay of 20 seconds, actuates MCR annunciators and events display: (Acc Crit) 5.8[7]C &5.8[11]C [16.1] ENSURE Field Preparations, Step 4.3[12], have been completed.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 360 of 450 Date 6.5.3 Condensate Booster Pump (CBP) 2C, CBP Auxiliary Oil Pump (AOP) 2C and Suction Valve 2-FCV-2-81 (continued) [16.2] INSTALL a jumper between Wire 8CC2 and 8CC1 located in the back of 480-V TURB MOV BD 2B; Compt. 6E to prevent CBP 2C Suction valve cycling. (Dwg 45W760-2-1) 1 st CV [16.3] ENSURE 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84) is OPEN. [16.4] DEPRESS 2-HS-2-109B, CNDS BSTR PMP 2C AUX OIL PUMP, RESET pushbutton. [16.5] PLACE 2-HS-2-109A [T10F/685], AUX OIL PMP CNDS BSTR PMP C, to P AUTO. [16.6] DEPRESS 2-HS-2-84B, CNDS BSTR PMP 2C, RESET pushbutton. [16.7] PLACE 2-HS-2-84A, CNDS BSTR PMP C, to START. NOTE The following simulated Feedwater Isolation Signals initiated by relays HWPA & HWPB will also initiate a standby main feed pump trip, thus the Feedwater System (003A) should NOT be in a test condition at this time. [16.8] INSTALL 2-FU-201-A8/4, FW ISLN VLV, located in 2-BD-201-A, Compt 8., that was removed in Step 4.3[12.4]. (Dwg 2-45W760-2-5) 1st CV [16.9] DEPRESS Relay HWPA armature located in Panel 2-R-75, then VERIFY the following:

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 361 of 450 Date 6.5.3 Condensate Booster Pump (CBP) 2C, CBP Auxiliary Oil Pump (AOP) 2C and Suction Valve 2-FCV-2-81 (continued) A. 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84), OPENED. (Acc Crit) 5.8[1 11]C B. White light ON at 2-HS-2-84A, CNDS BSTR PMP C. C. Annunciator Window 14E on 2-XA-55-1 B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED. D. Events Display Screen shows Annunciator Window 14-E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED. [16.10] PLACE 2-HS-2-84A, CNDS BSTR PMP C, to STOP. [16.11] REMOVE jumper installed between Terminal CC3 (Y) and Terminal CC6 (BL) in Panel 2-L-98 section C [T9F/685] to simulate low seal water press signal from 2-PDIS-54-17B. (Installed in Step 4.3[12.7]) 1st Cv [16.12] VERIFY the following: A. White light OFF at 2-HS-2-84A, CNDS BSTR PMP C. B. Annunciator Window 14E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. C. Events Display Screen shows Annunciator Window 14-E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. [16.13] ENSURE 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84) is OPEN. [16.14] DEPRESS 2-HS-2-84B, CNDS BSTR PMP 2C, RESET pushbutton.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 362 of 450 Date 6.5.3 Condensate Booster Pump (CBP) 2C, CBP Auxiliary Oil Pump (AOP) 2C and Suction Valve 2-FCV-2-81 (continued) [16.15] PLACE 2-HS-2-84A, CNDS BSTR PMP C, to START, and VERIFY the following: (Acc Crit) 5.8[7]C A. 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84), is OPEN. B. Annunciator Window 44B CNDS BSTR PMP INJ WATER DP LO (PDIS-54-17A/14A/12A), is ALARMED. C. Events Display Screen Window 44B CNDS BSTR PMP INJ WATER DP LO (PDIS-54-17A/14A/12A), is ALARMED. D. Annunciator Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is ALARMED. E. Events Display Screen shows Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is ALARMED. F. Red light OFF at 2-HS-2-84A, CNDS BSTR PMP C. G. Green light ON at 2-HS-2-84A, CNDS BSTR PMP C. [16.161 PLACE 2-HS-2-84A, CNDS BSTR PMP C, to STOP. [16.17] PLACE 2-HS-2-109A [2-M-3], AUX OIL PMP CNDS BSTR PMP C, to STOP. [16.18] REINSTALL jumper installed between Terminal CC3 (Y) and Terminal CC6 (BL) in Panel 2-L-98 section C [T9F/685] to simulate normal seal water press signal from 2-PDIS-54-17B. 1st CV [16.19] VERIFY the following:

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 363 of 450 Date 6.5.3 Condensate Booster Pump (CBP) 2C, CBP Auxiliary Oil Pump (AOP) 2C and Suction Valve 2-FCV-2-81 (continued) A. Annunciator Window 44B CNDS BSTR PMP INJ WATER DP LO (PDIS-54-17A/14A/12A), is CLEARED. B. Events Display Screen Window 44B CNDS BSTR PMP INJ WATER DP LO (PDIS-54-17A/14A/12A), is CLEARED. C. Annunciator Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is CLEARED. D. Events Display Screen shows Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is CLEARED. [16.20] REMOVE jumper between Wire 8CC2 and 8CC1 located in the back of 480-V TURB MOV BD 2B; Compt. 6E to enable CBP 2C Suction valve cycling. (Dwg 45W760-2-1) 1st CV [16.21] REMOVE 2-FU-201-A8/4, FW ISLN VLV, located in 2-BD-201-A, Compt 8. (Dwg 2-45W760-2-5) 1st CV [17] PERFORM the following steps to verify NO START with motor winding temperature greater than or equal to set point: (Acc Crit) 5.8[8]C [17.1] ENSURE Field Preparations, Step 4.3[12], have been completed. [17.2] ENSURE 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84) is OPEN. [17.3] DEPRESS 2-HS-2-109B, CNDS BSTR PMP 2C AUX OIL PUMP, RESET pushbutton. [17.4] PLACE 2-HS-2-109A [T10F/685], AUX OIL PMP CNDS BSTR PMP C, to P AUTO.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 364 of 450 Date 6.5.3 Condensate Booster Pump (CBP) 2C, CBP Auxiliary Oil Pump (AOP) 2C and Suction Valve 2-FCV-2-81 (continued) [17.5] DEPRESS 2-HS-2-84B, CNDS BSTR PMP 2C, RESET pushbutton. [17.6] REMOVE jumper on Wire 2C8C4 and 2A8C5 from Terminal CC1 in Panel 2-L-98 Section C in order to simulate high motor temperature on CBP 2C breaker closing circuit (2-TIS-2-83). (Ref Dwg 45N2635-27) 1st CV [17.7] PLACE 2-HS-2-84A, CNDS BSTR PMP C, to START. [17.8] VERIFY the following: A. 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84) is OPEN. (Acc Crit) 5.8[8]C B. Annunciator Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is ALARMED. C. Events Display Screen shows Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is ALARMED. D. Red light OFF at 2-HS-2-84A, CNDS BSTR PMP C. E. Green light ON at 2-HS-2-84A, CNDS BSTR PMP C. [17.9] PLACE 2-HS-2-84A, CNDS BSTR PMP C, to STOP. [17.10] PLACE 2-HS-2-109A [2-M-3], AUX OIL PMP CNDS BSTR PMP C, to STOP. [17.11] VERIFY the following: A. Annunciator Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is CLEARED. B. Events Display Screen shows Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is CLEARED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 365 of 450 Date 6.5.3 Condensate Booster Pump (CBP) 2C, CBP Auxiliary Oil Pump (AOP) 2C and Suction Valve 2-FCV-2-81 (continued) [17.12] REINSTALL jumper on Wire 2C8C4 and 2A8C5 from Terminal CC1 in Panel 2-L-98 Section C in order to simulate high motor temperature on CBP 2C breaker closing circuit (2-TIS-2-83). (Ref Dwg 45N2635-27) 1st Cv [18] PERFORM the following steps to verify NO START/STOPS with suction pressure less than or equal to set point: (Acc Crit) 5.8[4]C, 5.8[9]C & 5.8[19]C [18.1] ENSURE Field Preparations, Step 4.3[12], have been completed. [18.2] REMOVE jumper installed at 2-PS-2-82B [T9F/685] CNDS BSTR PUMP 2C SUCT PRESS INTLK, between CC2 and CC3. (Placed in Step 4.3[12.6]) 1st Cv [18.3] ENSURE 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84) is OPEN. [18.4] DEPRESS 2-HS-2-109B, CNDS BSTR PMP 2C AUX OIL PUMP, RESET pushbutton. [18.5] PLACE 2-HS-2-109A [TIOF/685], AUX OIL PMP CNDS BSTR PMP C, to P AUTO. [18.6] DEPRESS 2-HS-2-84B, CNDS BSTR PMP 2C, RESET pushbutton. [18.7] PLACE 2-HS-2-84A, CNDS BSTR PMP C, to START. [18.8] VERIFY the following: A. 2-BKR-2-97, CONDENSATE BSTR PUMP 2C (2-PMP-2-97), is OPEN. (Acc Crit) 5.8[4]C B. Annunciator Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is ALARMED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 366 of 450 Date 6.5.3 Condensate Booster Pump (CBP) 2C, CBP Auxiliary Oil Pump (AOP) 2C and Suction Valve 2-FCV-2-81 (continued) C. Events Display Screen shows Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is ALARMED. D. Red light OFF at 2-HS-2-84A, CNDS BSTR PMP C. E. Green light ON at 2-HS-2-84A, CNDS BSTR PMP C. [18.9] PLACE 2-HS-2-84A, CNDS BSTR PMP C, to STOP. NOTE Wait at least 20 seconds after 2-FCV-2-81 is FULL OPEN to initiate the low oil pressure signal. Otherwise, simulated CBP START will NOT occur. [18.10] VERIFY the following: A. Annunciator Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is CLEARED. B. Events Display Screen shows Window 43B on 2-XA-55-3A, CNDS BSTR PMP FAIL TO START, is CLEARED. [18.11] INSTALL a jumper between switch 2-PS-2-82B, CNDS BSTR PUMP 2C SUCT PRESS INTLK, common (CC2) and normally open contact (CC3) (located on the right hand side at the switch) to bypass suction pressure. 1st Cv [18.12] ENSURE 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84) is OPEN. [18.13] PLACE 2-HS-2-84A, CNDS BSTR PMP C, to START.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 367 of 450 Date 6.5.3 Condensate Booster Pump (CBP) 2C, CBP Auxiliary Oil Pump (AOP) 2C and Suction Valve 2-FCV-2-81 (continued) NOTE Wait at least 20 seconds after 2-FCV-2-81 is FULL OPEN to initiate the low suction pressure signal. Otherwise, simulated CBP START will NOT occur. [18.14] LAND wire (CC4) at the normally closed terminal of 2-PS-2-82B [T9F/685] CNDS BSTR PUMP 2C SUCT PRESS INTLK, (switch located on left side) to simulate no/low CBP 2C suction pressure. (Ref DWG 45N2635-

27) (Lifted in Step 4.3[12.8])

1st Cv [18.15] VERIFY the following: (Acc Crit) 5.8[9]C & 5.8[19]C A. 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84), OPENED. B. 2-FCV-2-81, CONDENSATE BSTR PUMP 2C SUCTION ISOL, CLOSED. C. White light ON at 2-HS-2-84A, CNDS BSTR PMP C. D. Annunciator Window 14E on 2-XA-55-1 B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED. E. Events Display Screen shows Annunciator Window 14-E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is ALARMED. [18.16] PLACE 2-HS-2-84A, CNDS BSTR PMP C, to STOP. [18.17] PLACE 2-HS-2-109A [2-M-3], AUX OIL PMP CNDS BSTR PMP C, to STOP. [18.18] VERIFY the following: A. White light OFF at 2-HS-2-84A, CNDS BSTR PMP C. B. Annunciator Window 14E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 368 of 450 Date 6.5.3 Condensate Booster Pump (CBP) 2C, CBP Auxiliary Oil Pump (AOP) 2C and Suction Valve 2-FCV-2-81 (continued) C. Events Display Screen shows Annunciator Window 14-E on 2-XA-55-1B, M-1 THRU M-6 MOTOR TRIPOUT, is CLEARED. [18.19] LIFT wire (CC4) at the normally closed terminal of 2-PS-2-82B [T9F/685] CNDS BSTR PUMP 2C SUCT PRESS INTLK, (switch located on left side) to simulate normal CBP 2C suction pressure. (Ref DWG 45N2635-27) 1st CV [18.20] VERIFY the following: A. Annunciator Window 45A on 2-XA-55-3A, CNDS BSTR PMP 2C SUCT PRESS LO, is CLEARED. B. Events Display Screen shows Window 45A on 2-XA-55-3A, CNDS BSTR PMP 2A SUCT PRESS LO, is CLEARED. [18.21] REMOVE jumper (installed in step 4.3[12.5]) between switch common (AA2) and normally open contact (AA1) located on right hand side of switch which simulates low NPSH to allow CBP C LOW NPSH ALARM 45-A. (Ref DWG 45N2635-27) 1st CV [18.22] VERIFY the following: (Acc Crit) 5.8[2]C A. Annunciator Window 45A on 2-XA-55-3A, CNDS BSTR PMP 2C SUCT PRESS LO, is ALARMED. B. Events Display Screen shows Window 45A on 2-XA-55-3A, CNDS BSTR PMP 2A SUCT PRESS LO, is ALARMED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 369 of 450 Date 6.5.3 Condensate Booster Pump (CBP) 2C, CBP Auxiliary Oil Pump (AOP) 2C and Suction Valve 2-FCV-2-81 (continued) [18.23] REINSTALL jumper between switch common (AA2) and normally open contact (AA1) located on right hand side of switch which simulates required NPSH to prevent CBP C LOW NPSH ALARM 45-A. (Ref DWG 45N2635-27) 1st Cv [18.24] VERIFY the following: A. Annunciator Window 45A on 2-XA-55-3A, CNDS BSTR PMP 2C SUCT PRESS LO, is CLEARED. B. Events Display Screen shows Window 45A on 2-XA-55-3A, CNDS BSTR PMP 2A SUCT PRESS LO, is CLEARED. [19] PERFORM the following steps to verify CBP trip on instantaneous and over current signal: (Acc Crit) 5.8[12]C [19.1] ENSURE Field Preparations, Step 4.3[12], have been completed. [19.2] DEPRESS 2-HS-2-109B, CNDS BSTR PMP 2C AUX OIL PUMP, RESET pushbutton. [19.3] PLACE 2-HS-2-109A, AUX OIL PMP CNDS BSTR PMP C, to P AUTO. [19.4] ENSURE 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84), is OPEN. [19.5] DEPRESS 2-HS-2-84B, CNDS BSTR PMP 2C, RESET pushbutton. [19.6] PLACE 2-HS-2-84A, CNDS BSTR PMP C, to START, and VERIFY the following: A. 2-MTR-2-109, CONDENSATE BOOSTER PUMP 2C AUX OIL PUMP, STOPPED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 370 of 450 Date 6.5.3 Condensate Booster Pump (CBP) 2C, CBP Auxiliary Oil Pump (AOP) 2C and Suction Valve 2-FCV-2-81 (continued) B. 2-FCV-2-81, CONDENSATE BSTR PUMP 2C SUCTION ISOL, OPENED. C. 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84), is CLOSED. [19.7] ACTUATE (manually LIFT the plunger) the instantaneous portion (50) of the A-phase overcurrent relay 50/51/83 at 2-BD-201-C, Compt. 8, and VERIFY the following: A. 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84), OPENS. (Acc Crit) 5.8[12]C B. INST target on relay is visible. [19.8] RESET the INST (50) target for the A-phase overcurrent relay 50/51/83. [19.9] VERIFY Annunciator Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, is CLEARED. [19.10] PLACE 2-HS-2-84A, CNDS BSTR PMP C, to START, and VERIFY that 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84), CLOSES. [19.11] ACTUATE (manually ROTATE and HOLD the disc) the time portion (51) of the A-phase overcurrent relay 50/51/83 at 2-BD-201-C, Compt. 8, and VERIFY the following: A. 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84), does NOT OPEN. B. TIME target on A-phase 50/51/83 relay is visible. C. White light is ON at 2-HS-2-84A, CNDS BSTR PMP C.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 371 of 450 Date 6.5.3 Condensate Booster Pump (CBP) 2C, CBP Auxiliary Oil Pump (AOP) 2C and Suction Valve 2-FCV-2-81 (continued) D. Annunciator Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, ALARMS. E. Events Display Screen shows Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, is ALARMED. [19.12] PLACE a jumper between terminal points 9 and 10 on the back of the A-phase overcurrent relay 50/51/83, to simulate "83" coil pickup, and VERIFY 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84), OPENS. (Acc Crit) 5.8[112]C 1st CV [19.13] REMOVE jumper between terminal points 9 and 10 on the back of the A-phase overcurrent relay 50/51/83. 1st CV [19.14] RELEASE the A-phase overcurrent relay 50/51/83 disc. [19.15] RESET the TIME (51) target for the A-phase overcurrent relay 50/51/83, and VERIFY the following: A. White light is OFF at 2-HS-2-84A, CNDS BSTR PMP C. B. Annunciator Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, is CLEARED. C. Events Display Screen shows Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, is CLEARED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 372 of 450 Date 6.5.3 Condensate Booster Pump (CBP) 2C, CBP Auxiliary Oil Pump (AOP) 2C and Suction Valve 2-FCV-2-81 (continued) [19.16] PLACE 2-HS-2-84A, CNDS BSTR PMP C, to START, and VERIFY that 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84), CLOSED. [19.17] ACTUATE (manually LIFT the plunger) the instantaneous portion (50) of the C-phase overcurrent relay 50/51/83 at 2-BD-201-C, Compt. 8 breaker, and VERIFY the following: A. 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84), OPENS. (Acc Crit) 5.8[12]C B. INST target on C-phase 50/51/83 relay is visible. [19.18] RESET the INST (50) target for the C-phase overcurrent relay 50/51/83. [19.19] PLACE 2-HS-2-84A, CNDS BSTR PMP C, to START, and VERIFY that 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84), CLOSES. [19.20] ACTUATE (manually ROTATE and HOLD the disc) the time portion (51) of the C-phase overcurrent relay 50/51/83 at 2-BD-201-C, Compt. 8 breaker, and VERIFY the following: A. 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84), does NOT OPEN. B. TIME target on C-phase 50/51/83 relay is visible. C. Annunciator Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, ALARMS. D. Events Display Screen shows Window 14D on 2-XA-55-1B, M-1 THRU M-6 MOTOR OVERLOAD, is ALARMED.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 373 of 450 Date 6.5.3 Condensate Booster Pump (CBP) 2C, CBP Auxiliary Oil Pump (AOP) 2C and Suction Valve 2-FCV-2-81 (continued) E. White light is ON at 2-HS-2-84A, CNDS BSTR PMP C. [19.21] PLACE a jumper between terminal points 9 and 10 on the back of the C-phase overcurrent relay 50/51/83, to simulate "83" coil pickup, and VERIFY 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84), OPENS. (Acc Crit) 5.8[112]C 1st CV [19.22] REMOVE jumper between terminal points 9 and 10 on the back of the C-phase overcurrent relay 50/51/83. 1st CV [19.23] RELEASE the C-phase overcurrent relay 50/51/83 disc. [19.24] RESET the TIME (51) target for the C-phase overcurrent relay 50/51/83, and VERIFY the following: A. White light is OFF at 2-HS-2-84A, CNDS BSTR PMP C. B. Annunciator Window 14D on 2-XA-55-1 B, M-1 THRU M-6 MOTOR OVERLOAD, is CLEARED. C. Events Display Screen shows Window 14D on 2-XA-55-1 B, M-1 THRU M-6 MOTOR OVERLOAD, is CLEARED. [19.25] PLACE 2-HS-2-84A, CNDS BSTR PMP C, to START, and VERIFY that 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84), CLOSES.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 374 of 450 Date 6.5.3 Condensate Booster Pump (CBP) 2C, CBP Auxiliary Oil Pump (AOP) 2C and Suction Valve 2-FCV-2-81 (continued) [19.26] ACTUATE the ground overcurrent relay 50G (manually lift the plunger) at 2-BD-201-C, Compt. 8, and VERIFY the following: (Acc Crit) 5.8[12]C A. 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84), OPENS. B. Target on 50G relay is visible. [19.27] RESET the target for the ground overcurrent relay 50G. [19.28] REMOVE 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84), in 2-BD-201-C, Compt. 8 from test position in accordance with GOI-7. [19.29] REMOVE STA mechanical test linkage in accordance with GOI-7. 1st Cv. [19.30] REMOVE Electrical DC Test Coupler. 1st Cv [19.311 PLACE 2-BKR-2-84, CONDENSATE BSTR PUMP 2C (2-PMP-2-84), in the desired position in accordance with GOI-7. [19.32] REMOVE the jumper installed between Terminal CC3 (Y) and Terminal CC6 (BL) in Panel 2-L-98 section C [T9F/685]. 1st Cv

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 375 of 450 Date 6.5.3 Condensate Booster Pump (CBP) 2C, CBP Auxiliary Oil Pump (AOP) 2C and Suction Valve 2-FCV-2-81 (continued) [19.33] REMOVE the jumper installed at 2-PS-2-82B, CNDS BSTR PUMP 2C SUCT PRESS INTLK, between (CC2) and (CC3), and REINSTALL the cover. 1st CV [19.34] ENSURE Field Preparations, Step 4.3[12], are returned to their original conditions.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 376 of 450 Date 6.6 Hotwell Pumps, Demineralized Condensate Pumps and Condensate Booster Pumps Performance CAUTION Short Cycle is NOT intended for long term operation. Due to piping vibration and movement, its use should be minimized by going to long cycle recirc as soon as reasonable, when the required conditions are satisfied. NOTE System piping and components should be visually monitored during system steady state and transient operation. Monitor 2-FCV-2-35A upstream and downstream for cavitation. 6.6.1 Hotwell Pumps Operation [1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. 4.3113] [2] ENSURE NC-PI-10, IA Functional Test 2.002 Hotwell Pump Discharge, has been performed. [3] ATTACH performance data from NC-PI-10, IA Functional Test 2.002 Hotwell Pump Discharge, to the Data Package in 2-PTI-002-01. NOTES

1) The filling and venting process will be controlled by U2 Operations.

2) Hotwell Pumps can be operated in any order.

[4] THROTTLE 2-ISV-2-535, COND HOTWELL PUMP 2A DISCHARGE ISOL, 60-80 turns OPEN. [5] PLACE 2-HS-2-33A, HOTWELL PUMP A, in START.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 377 of 450 Date 6.6.1 Hotwell Pumps Operation (continued) NOTE 10 to 12 minutes is needed to charge system using the throttled HWP. However, charging could take longer, since the time required depends on the drainage that occurred while the system was out of service. [6] ENSURE HWP discharge piping charged by the following parameters [2-M-3]: A. 2-PI-2-36, HOTWELL PMPS DISCH PRESS, Stable. B. 2-LR-2-12, HOTWELL LEVEL, Stable. C. Running HOTWELL PMP A Amps, 2-EI-2-33, STABLE. CAUTION Starting 2nd HWP with an OPEN discharge valve before system is charged can cause severe water hammer. [7] OPEN operating HWP's discharge valve fully, OR START a HWP with an OPEN discharge valve: A. 2-HS-2-26A, HOTWELL PMP B. B. 2-ISV-2-536, COND HOTWELL PUMP 2B DISCHARGE ISOL. C. 2-HS-2-20A, HOTWELL PMP C. D. 2-ISV-2-537, COND HOTWELL PUMP 2C DISCHARGE ISOL. [8] IF a 2nd HWP was started, then STOP the throttled HWP, and OPEN its discharge valve.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 378 of 450 Date 6.6.1 Hotwell Pumps Operation (continued) NOTE The following Step may be NA if not necessary. [9] ADJUST the opening set point in U2 MCR of 2-FCV-2-35A, MAIN CONDENSER SHORT CYCLE RECIRC, as necessary to achieve a Hotwell Pump flow rate of 5500 GPM as indicated on 2-FR-2-35 (to be performed by U2 Operations). NOTE All Hotwell Pump flow rates will be read from Computer Point F2264A. [10] VERIFY Short Cycle Recirculation Flow Rate is _>5500 GPM, then RECORD the flow. (Acc Crit) 5.6[7]A Computer Point F2264A: GPM [11] RECORD information below for HWP 2A, and CALCULATE HWP A Total Dynamic Head (TDH). A. Hotwell Pump 2A Suct Press (2-PI-2-30) Test Gauge #4 (30 IN Hg-0-30 PSIG): PSIG M&TE No: B. Hotwell Pump 2A Disch Press (2-PI-2-34) Test Gauge #1 (0-600 PSIG): PSIG M&TE No:

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 379 of 450 Date 6.6.1 Hotwell Pumps Operation (continued) C. TDH = [(Test Gauge #1) Disch - (Test Gauge # 4) Suct]

                 /0.4335 TDH = [         -           1/0.4335 TDH =             feet

[12] CLOSE 2-RTV-2-326A, RT VLV TO PDT-2-260 ISOL. 1st Cv [13] CLOSE 2-RTV-2-327A, RT VLV TO PDT-2-260 ISOL. 1st Cv [14] INSTALL Test Gauge # 3 (0-200 H2 0). 1st Cv [15] OPEN 2-RTV-2-326A, RT VLV TO PDT-2-260 ISOL. 1st Cv [16] OPEN 2-RTV-2-327A, RT VLV TO PDT-2-260 ISOL. 1st Cv [17] RECORD Gland Steam Condenser differential pressure at 2-PDT-2-260 using Test Gauge # 3 (0-200 H2 0), and VERIFY the AP is between 1.1 psi and 3.3 psi. AP in H 2 0 x 0.03613 = psi M&TE No

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 380 of 450 Date 6.6.1 Hotwell Pumps Operation (continued) [18] OPEN 2-EQIV-2-324E, EQUAL VLV FOR 2-PDT-2-260. 1st CV [19] CLOSE 2-RTV-2-326A, RT VLV TO PDT-2-260 ISOL. 1st CV [20] CLOSE 2-RTV-2-327A, RT VLV TO PDT-2-260 ISOL. 1st CV [21] CLOSE 2-EQIV-2-324E, EQUAL VLV FOR 2-PDT-2-260. 1st CV [22] OPEN drain valve 2-DRIV-2-325C/1 [T14H/71 1], DRAIN VALVE FOR 2-PI-2-42, on low side of 2-PDT-2-260, GLAND SEAL EXH DP, to simulate a high differential pressure across the Gland Steam Condenser. 1st CV [23] VERIFY that 2-FCV-2-260, GLAND SEAL CONDENSER CONDENSATE BYPASS, modulates OPEN. (Acc Crit) 5.9[2] [24] CLOSE drain valve 2-DRIV-2-325C/1 [T14H/711], DRAIN VALVE FOR 2-PI-2-42, on low side of 2-PDT-2-260, GLAND SEAL EXH DP. 1st CV [25] OPEN 2-RTV-2-326A, RT VLV TO PDT-2-260 ISOL. 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 381 of 450 Date 6.6.1 Hotwell Pumps Operation (continued) [26] OPEN 2-RTV-2-327A, RT VLV TO PDT-2-260 ISOL. 1st Cv [27] OPEN 2-EQIV-2-324E, EQUAL VLV FOR 2-PDT-2-260. 1st Cv [28] VERIFY 2-FCV-2-260, GLAND SEAL CONDENSER CONDENSATE BYPASS, modulates CLOSED. (Acc Crit) 5.9[2] [29] CLOSE 2-EQIV-2-324E, EQUAL VLV FOR 2-PDT-2-260, to restore normal differential pressure. 1st CV NOTES

1) The following step will place the Condensate System in the long cycle mode of operation. The Gland Seal Tank and Injection Water Systems are isolated.

2) Choice of loop flow path is irrelevant to the test objective. Modulation of valve 2-FCV-2-35A will occur concurrently with manipulation of MFW regulating valves.

[30] ENSURE Condensate system is aligned for long cycle operation per 2-TOP-002&003A-02. [31] THROTTLE OPEN the MFW regulating valves as required to establish flow of approximately 6700 GPM (6600-6800 GPM). (N/A valves which are NOT opened.) Valve Description 2-FCV-3-35 SG 1-MFW REG VLV 2-FCV-3-48 SG 2-MFW REG VLV 2-FCV-3-90 SG 3-MFW REG VLV 2-FCV-3-103 SG 4-MFW REG VLV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 382 of 450 Date 6.6.1 Hotwell Pumps Operation (continued) [32] VERIFY that 2-FCV-2-35A, MAIN CONDENSER SHORT CYCLE RECIRC, modulates OPEN and CLOSED as the MFW regulating valves are modulated to achieve the various flowrates required. (Acc Crit) 5.9[3] [33] RECORD information below for HWP 2A, and CALCULATE HWP 2A Total Dynamic Head (TDH). A. Computer Point F2264A: GPM B. Hotwell Pump 2A Suct Press (2-PI-2-30) Test Gauge #4 (30 IN Hg-0-30 PSIG): PSIG M&TE No: C. Hotwell Pump 2A Disch Press (2-PI-2-34) Test Gauge #1 (0-600 PSIG): PSIG M&TE No: D. TDH = [(Test Gauge #1) Disch - (Test Gauge # 4) Suct]

                  /0.4335 TDH   = r         -/0.4335 TDH =            feet

[34] THROTTLE OPEN the MFW regulating valves as required to establish flow of approximately 8000 GPM (7900-8100 GPM). (N/A valves in which position was NOT changed.) Valve Description 2-FCV-3-35 SG 1-MFW REG VLV 2-FCV-3-48 SG 2-MFW REG VLV 2-FCV-3-90 SG 3-MFW REG VLV 2-FCV-3-103 SG 4-MFW REG VLV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 383 of 450 Date 6.6.1 Hotwell Pumps Operation (continued) [35] RECORD information below for HWP 2A, and CALCULATE HWP 2A Total Dynamic Head (TDH). A. Computer Point F2264A: GPM B. Hotwell Pump 2A Suct Press (2-PI-2-30) Test Gauge #4 (30 IN Hg-0-30 PSIG): PSIG M&TE No: C. Hotwell Pump 2A Disch Press (2-PI-2-34) Test Gauge #1 (0-600 PSIG): PSIG M&TE No: D. TDH = [(Test Gauge #1) Disch) - (Test Gauge # 4)Suct]

                  /0.4335 TDH = [r-                  1/0.4335 TDH =          feet

[36] PLOT the flow versus TDH data obtained in previous steps for Hotwell Pump 2A on the respective Pump Curve located in Figure 1, and VERIFY that data plotted meets or exceeds the vendor performance curve. (Acc Crit) 5.6[8]A [37] PLACE 2-HS-2-26A, HOTWELL PMP B, to START. [38] PLACE 2-HS-2-33A, HOTWELL PMP A, to STOP.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 384 of 450 Date 6.6.1 Hotwell Pumps Operation (continued) [39] CLOSE 2-RTV-2-316A, 2-PI-2-34 ROOT. 1st Cv [40] REMOVE Test Gauge # 1(0-600 PSIG) installed at 2-PI-2-34. 1st Cv [41] CLOSE 2-RTV-2-312A, 2-PI-2-27 ROOT. 1st Cv [42] INSTALL Test Gauge # 1(0-600 PSIG) at the test connection for 2-PI-2-27. 1st Cv [43] OPEN 2-RTV-2-312A, 2-PI-2-27 ROOT. 1st Cv [44] CLOSE 2-RTV-2-315A, 2-PI-2-30 ROOT. 1st Cv [45] REMOVE Test Gauge # 4 (30 IN Hg-0-30 PSIG) installed at 2-PI-2-30. 1st Cv [46] CLOSE 2-RTV-2-311A, 2-PI-2-23 ROOT. 1st Cv

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 385 of 450 Date 6.6.1 Hotwell Pumps Operation (continued) [47] INSTALL Test Gauge # 4 (30 IN Hg-0-30 PSIG) at the test connection for 2-PI-2-23. 1st Cv [48] OPEN 2-RTV-2-311A, 2-PI-2-23 ROOT. 1st Cv [49] RECORD information below for HWP 2B, and CALCULATE HWP 2B Total Dynamic Head (TDH). A. Computer Point F2264A: GPM B. Hotwell Pump 2B Suct Press (2-PI-2-23) Test Gauge #4 (30 IN Hg-0-30 PSIG): PSIG M&TE No: C. Hotwell Pump 2B Disch Press (2-PI-2-27) Test Gauge #1 (0-600 PSIG): PSIG M&TE No: D. TDH = [(Test Gauge #1) Disch - (Test Gauge #4)Suct]

                 /0.4335 TDH = r [/0.4335 TDH =            feet

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 386 of 450 Date 6.6.1 Hotwell Pumps Operation (continued) [50] THROTTLE CLOSED the MFW regulating valves as required to establish flow of approximately 6700 GPM (6600-6800 GPM). (N/A valves in which position was NOT changed.) Valve Description 2-FCV-3-35 SG 1-MFW REG VLV 2-FCV-3-48 SG 2-MFW REG VLV 2-FCV-3-90 SG 3-MFW REG VLV 2-FCV-3-103 SG 4-MFW REG VLV [51] VERIFY that 2-FCV-2-35A, MAIN CONDENSER SHORT CYCLE RECIRC, modulates OPEN and CLOSED as the MFW regulating valves are modulated to achieve the various flowrates required. (Acc Crit) 5.9[3] [52] RECORD information below for HWP 2B, and CALCULATE HWP 2B Total Dynamic Head (TDH). A. Computer Point F2264A: GPM B. Hotwell Pump 2B Suct Press (2-PI-2-23) Test Gauge #4 (30 IN Hg-0-30 PSIG): PSIG M&TE No: C. Hotwell Pump 2B Disch Press (2-PI-2-27) Test Gauge #1 (0-600 PSIG): PSIG M&TE No: D. TDH = [(Test Gauge #1) Disch - (Test Gauge #4) Suct]

                  /0.4335 TDH = [-                  j]/0.4335 TDH =             feet

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 387 of 450 Date 6.6.1 Hotwell Pumps Operation (continued) [53] ALIGN the Condensate system for short cycle operation per 2-TOP-002&003A-02. [54] CLOSE the MFW regulating valves, and VERIFY Short Cycle Flow (Recirc Flow) is greater than or equal to 5500 GPM. (Acc Crit) 5.6[7]B Valve Description 2-FCV-3-35 SG 1-MFW REG VLV 2-FCV-3-48 SG 2-MFW REG VLV 2-FCV-3-90 SG 3-MFW REG VLV 2-FCV-3-103 SG 4-MFW REG VLV Computer Point F2264A: GPM [55] RECORD information below for HWP 2B, and CALCULATE HWP 2B Total Dynamic Head (TDH). A. Hotwell Pump 2B Suct Press (2-PI-2-23) Test Gauge #4 (30 IN Hg-0-30 PSIG): PSIG M&TE No: B. Hotwell Pump 2B Disch Press (2-PI-2-27) Test Gauge #1(0-600 PSIG) PSIG M&TE No: C. TDH = [(Test Gauge #1) Disch - (Test Gauge #4) Suct]

                  /0.4335 TDH = [       -         j/0.4335 TDH =           feet

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 388 of 450 Date 6.6.1 Hotwell Pumps Operation (continued) [56] PLOT the flow versus TDH data obtained in previous steps for Hotwell Pump 2B on the respective Pump Curve located in Figure 1, and VERIFY that data plotted meets or exceeds the vendor performance curve. (Acc Crit) 5.6[8]B [57] ALIGN the Condensate system for long cycle operation per 2-TOP-002&003A-02. [58] THROTTLE OPEN the MFW regulating valves as required to establish flow of approximately 8000 GPM (7900-8100 GPM). (N/A valves in which position was NOT changed.) Valve Description 2-FCV-3-35 SG 1-MFW REG VLV 2-FCV-3-48 SG 2-MFW REG VLV 2-FCV-3-90 SG 3-MFW REG VLV 2-FCV-3-103 SG 4-MFW REG VLV [59] PLACE 2-HS-2-20A [2-M-3], HOTWELL PMP C, to START. [60] PLACE 2-HS-2-26A [2-M-3], HOTWELL PMP B, to STOP. [61] CLOSE 2-RTV-2-312A, 2-PI-2-27 ROOT. 1st Cv [62] REMOVE Test Gauge # 1(0-600 PSIG) installed at 2-PI-2-27. 1st Cv [63] CLOSE 2-RTV-2-304A, 2-PI-2-21 ROOT. 1st Cv

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 389 of 450 Date 6.6.1 Hotwell Pumps Operation (continued) [64] INSTALL Test Gauge # 1 (0-600 PSIG) at the test connection for 2-PI-2-21. 1st Cv [65] OPEN 2-RTV-2-304A, 2-PI-2-21 ROOT. 1st Cv [66] CLOSE 2-RTV-2-31 1A, 2-PI-2-23 ROOT. 1st Cv [67] REMOVE Test Gauge # 4 (30 IN Hg-0-30 PSIG) installed at 2-PI-2-23. 1st Cv [68] CLOSE 2-RTV-2-303A, 2-PI-2-17 ROOT. 1st Cv [69] INSTALL Test Gauge # 4 (30 IN Hg-0-30 PSIG) at the test connection for 2-PI-2-17. 1st Cv [70] OPEN 2-RTV-2-303A, 2-PI-2-17 ROOT. 1st Cv

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 390 of 450 Date 6.6.1 Hotwell Pumps Operation (continued) [71] RECORD information below for HWP 2C, and CALCULATE HWP 2C Total Dynamic Head (TDH). A. Computer Point F2264A: GPM B. Hotwell Pump 2C Suct Press (2-PI-2-17) Test Gauge #4 (30 IN Hg-0-30 PSIG): PSIG M&TE No: C. Hotwell Pump 2C Disch Press (2-PI-2-21) Test Gauge #1(0-600 PSIG): PSIG M&TE No: D. TDH = [(Test Gauge #1) Disch - (Test Gauge #4) Suct]

                 /0.4335 TDH = r                    1/0.4335 TDH =          feet

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 391 of 450 Date 6.6.1 Hotwell Pumps Operation (continued) [72] THROTTLE CLOSED the MFW regulating valves as required to establish flow of approximately 6700 GPM (6600-6800 GPM). (N/A valves in which position was NOT changed.) Valve Description 2-FCV-3-35 SG 1-MFW REG VLV 2-FCV-3-48 SG 2-MFW REG VLV 2-FCV-3-90 SG 3-MFW REG VLV 2-FCV-3-103 SG 4-MFW REG VLV [73] RECORD information below for HWP 2C, and CALCULATE HWP 2C Total Dynamic Head (TDH). A. Computer Point F2264A: GPM B. Hotwell Pump 2C Suct Press (2-PI-2-17) Test Gauge #4 (30 IN Hg-0-30 PSIG): PSIG M&TE No: C. Hotwell Pump 2C Disch Press (2-PI-2-21) Test Gauge #1(0-600 PSIG): PSIG M&TE No: D. TDH = [(Test Gauge #1) Disch - (Test Gauge #4) Suct]

                  /0.4335 TDH = [1-                     ]/0.4335 TDH =             feet

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 392 of 450 Date 6.6.1 Hotwell Pumps Operation (continued) [74] CLOSE the MFW regulating valves, and VERIFY Short Cycle Flow (Recirculation Flow) is greater than or equal to 5500 GPM.(Acc Crit) 5.6[7]C Valve Description 2-FCV-3-35 SG 1-MFW REG VLV 2-FCV-3-48 SG 2-MFW REG VLV 2-FCV-3-90 SG 3-MFW REG VLV 2-FCV-3-103 SG 4-MFW REG VLV Computer Point F2264A GPM

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 393 of 450 Date 6.6.1 Hotwell Pumps Operation (continued) [75] RECORD information below for HWP 2C, and CALCULATE HWP 2C Total Dynamic Head (TDH). A. Hotwell Pump 2C Suct Press (2-PI-2-17) Test Gauge #4 (30 IN Hg-0-30 PSIG): PSIG M&TE No: B. Hotwell Pump 2C Disch Press (2-PI-2-21) Test Gauge #1(0-600 PSIG) PSIG M&TE No: C. TDH = [(Test Gauge #1) Disch - (Test Gauge #4) Suct]

                  /0.4335 TDH = [1]/0.4335 TDH =          feet

[76] PLOT the flow versus TDH data obtained in previous steps for Hotwell Pump 2C on the respective Pump Curve located in Figure 1, then VERIFY that data plotted meets or exceeds the vendor performance curve. (Acc Crit) 5.6[8]C

Date 6.6.1 Hotwell Pumps Operation (continued) [77] THROTTLE OPEN the MFW regulating valves as required to establish flow of approximately 7500 GPM (7400-7600 GPM). (N/A valves in which position was NOT changed.) Valve Description 2-FCV-3-35 SG 1-MFW REG VLV 2-FCV-3-48 SG 2-MFW REG VLV 2-FCV-3-90 SG 3-MFW REG VLV 2-FCV-3-103 SG 4-MFW REG VLV [78] CLOSE 2-RTV-2-326A, RT VLV TO PDT-2-260 ISOL. 1st CV [79] CLOSE 2-RTV-2-327A, RT VLV TO PDT-2-260 ISOL. 1st CV [80] REMOVE 0-200", Test Gauge #3, differential pressure gauge at 2-PDI-2-260. 1st CV [81] OPEN 2-RTV-2-326A, RT VLV TO PDT-2-260 ISOL. 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 395 of 450 Date 6.6.1 Hotwell Pumps Operation (continued) [82] OPEN 2-RTV-2-327A, RT VLV TO PDT-2-260 ISOL. 1st Cv [83] CLOSE 2-RTV-2-304A, 2-PI-2-21 ROOT. 1st Cv [841 REMOVE Test Gauge # 1 (0-600 PSIG) at the test connection for 2-PI-2-21. 1st Cv [85] CLOSE 2-RTV-2-303A, 2-PI-2-17 ROOT. 1st Cv [86] REMOVE Test Gauge # 4 (30 IN Hg-0-30 PSIG) installed at 2-PI-2-17. 1st Cv

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 396 of 450 Date 6.6.2 Condensate Demineralizer Pumps Operation [1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. 4.3[14] [2] VERIFY the condensate system is aligned for long cycle operation per 2-TOP-002&003A-02. [3] RECORD information below: A. Computer Point F2264A: GPM B. 2-PI-2-36 (HWP DISCH PRESS, 2-M-3) __ psia C. 2-PI-2-77 (CBP SUCT PRESS, 2-M-3) PSIG D. 2-PIS-2-41 (GLAND SEAL EXH INLET PRESS, 2-L-38) PSID E. 2-PI-2-42 (GLAND SEAL EXH OUTLET PRESS, 2-L-38) PSIG F. Test Gauge # 1 (0-600 PSIG) located at 2-PI-2-295 (CNDS DEM PMP 2A SUCT PRESS): PSIG G. Test Gauge # 2 (0-800 PSIG) located at 2-PI-2-296 (CNDS DEM PMP 2A DISCH PRESS) PSIG

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 397 of 450 Date 6.6.2 Condensate Demineralizer Pumps Operation (continued) NOTE Steps 6.6.2[4] through 6.6.2[8] are to be performed ONLY if the condensate demineralizer pumps have NOT been filled and vented. These steps will prevent running the pump in reverse. [4] OPEN the following drain valves to determine if the discharge check valves are leaking: A. 2-DRV-2-698, CONDENSATE DEMIN PMP 2B DISCHARGE DRAIN B. 2-DRV-2-700, CONDENSATE DEMIN PMP 2C DISCHARGE DRAIN [5] IF leakage is present in the pump casing, then CLOSE the following suction isolation valves to prevent running the pump in reverse: A. 2-FCV-2-285 [T10G/685], CONDENSATE DEMIN PMP 2B SUCTION ISOL B. 2-FCV-2-280 [T9G/685], CONDENSATE DEMIN PMP 2C SUCTION ISOL [6] CLOSE and CONNECT hose to following drain valves: A. 2-DRV-2-698, CONDENSATE DEMIN PMP 2B DISCHARGE DRAIN B. 2-DRV-2-700, CONDENSATE DEMIN PMP 2C DISCHARGE DRAIN

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 398 of 450 Date 6.6.2 Condensate Demineralizer Pumps Operation (continued) [7] OPEN and DRAIN to the nearest floor drain for the following drain valves: A. 2-DRV-2-698, CONDENSATE DEMIN PMP 2B DISCHARGE DRAIN B. 2-DRV-2-700, CONDENSATE DEMIN PMP 2C DISCHARGE DRAIN [8] CLOSE the following drain valves after no presence of effluent: A. 2-DRV-2-698, CONDENSATE DEMIN PMP 2B DISCHARGE DRAIN B. 2-DRV-2-700, CONDENSATE DEMIN PMP 2C DISCHARGE DRAIN [9] PLACE 2-HS-2-292A, CNDS DEMIN PMP A, in START. [10] PLACE 2-HS-2-275A, CNDS DEMIN PMPS BYPASS, to the CLOSE position. [11] RECORD information below for CNDS DEMIN PMP 2A, and CALCULATE CNDS DEMIN PMP 2A Total Dynamic Head (TDH). A. Computer Point F2264A: GPM B. CNDS DEMIN PUMP 2A Suct Press (2-PI-2-295) Test Gauge #1 (0-600 PSIG): PSIG M&TE No: C. CNDS DEMIN PMP 2A Disch Press (2-PI-2-296) Test Gauge #2(0-800 PSIG): PSIG M&TE No:

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 399 of 450 Date 6.6.2 Condensate Demineralizer Pumps Operation (continued) D. TDH = [(Test Gauge #2)Disch - (Test Gauge #1)Suct]

                 /0.4335 TDH =[1-                      ]/0.4335 TDH =             feet

[12] THROTTLE CLOSED the MFW regulating valves as required to establish flow of approximately 6700 GPM (6600-6800 GPM). (N/A valves in which position was NOT changed.) Valve Description 2-FCV-3-35 SG 1-MFW REG VLV 2-FCV-3-48 SG 2-MFW REG VLV 2-FCV-3-90 SG 3-MFW REG VLV 2-FCV-3-103 SG 4-MFW REG VLV [13] RECORD information below for CDP 2A, and CALCULATE CNDS DEMIN PMP 2A Total Dynamic Head (TDH). A. Computer Point F2264A: GPM B. CNDS DEMIN PMP 2A Suct Press (2-PI-2-295) Test Gauge #1 (0-600 PSIG): PSIG M&TE No: C. CNDS DEMIN PMP 2A Disch Press (2-PI-2-296) Test Gauge #2 (0-600 PSIG): PSIG M&TE No:

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 400 of 450 Date 6.6.2 Condensate Demineralizer Pumps Operation (continued) D. TDH = [(Test Gauge #2)Disch - (Test Gauge #1)Suct]

                 /0.4335 TDH =                         ]/0.4335 1-TDH =             feet

[14] THROTTLE CLOSED the MFW regulating valves as required to establish flow of approximately 6000 GPM (5900-6100 GPM). (N/A valves in which position was NOT changed.) Valve Description 2-FCV-3-35 SG 1-MFW REG VLV 2-FCV-3-48 SG 2-MFW REG VLV 2-FCV-3-90 SG 3-MFW REG VLV 2-FCV-3-103 SG 4-MFW REG VLV [15] RECORD information below for CDP 2A, and CALCULATE CDP 2A Total Dynamic Head (TDH). A. Computer Point F2264A: GPM B. CNDS DEMIN PMP 2A Suct Press (2-PI-2-295) Test Gauge #1 (0-600 PSIG): PSIG M&TE No C. CNDS DEMIN PMP 2A Disch Press (2-PI-2-296) Test Gauge #2 (0-600 PSIG): PSIG M&TE No: TDH = [(Test Gauge #2) Disch - (Test Gauge #1)Suct] /0.4335 TDH = [-]/0.4335 TDH = feet

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 401 of 450 Date 6.6.2 Condensate Demineralizer Pumps Operation (continued) [16] PLOT the flow versus TDH data obtained in previous steps for Demineralized Condensate Pump 2A on the respective Pump Curve located in Figure 3, and VERIFY that data plotted meets or exceeds the vendor design point. (Acc Crit) 5.7[5]A [17] PLACE 2-HS-2-287A, CNDS DEMIN PMP B, to START. [18] PLACE 2-HS-2-292A, CNDS DEMIN PMP A, to STOP. [19] CLOSE 2-RTV-2-393A, 2-PI-2-295/2-PS-2-314 ROOT. 1st CV [20] REMOVE Test Gauge # 1 (0-600 PSIG) installed at 2-PI-2-295. 1st CV [21] CLOSE 2-RTV-2-395A, 2-PI-2-289/2-PS-2-312 ROOT. 1st CV [22] INSTALL Test Gauge # 1(0-600 PSIG) at the test connection for 2-PI-2-289. 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 402 of 450 Date 6.6.2 Condensate Demineralizer Pumps Operation (continued) [23] OPEN 2-RTV-2-395A, 2-PI-2-289/2-PS-2-312 ROOT. 1st Cv [24] CLOSE 2-RTV-2-329A, 2-PI-2-296 ROOT. 1st Cv [25] REMOVE Test Gauge # 2(0-600 PSIG) installed at 2-PI-2-296. 1st Cv [26] CLOSE 2-RTV-2-394A, 2-PI-2-294 ROOT. 1st Cv Cv [27] INSTALL Test Gauge # 2 (0-600 PSIG) at the test connection for 2-PI-2-294. 1st Cv [28] OPEN 2-RTV-2-394A, 2-PI-2-294 ROOT. 1st Cv Cv

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 403 of 450 Date 6.6.2 Condensate Demineralizer Pumps Operation (continued) [29] RECORD information below for CNDS DEMIN PMP 2B, and CALCULATE CNDS DEMIN PMP 2B Total Dynamic Head (TDH). A. Computer Point F2264A: GPM B. CNDS DEMIN PMP 2B Suct Press (2-PI-2-289) Test Gauge #1 (0-600 PSIG): PSIG M&TE No: C. CNDS DEMIN PMP 2B Disch Press (2-PI-2-294) Test Gauge #2(0-600 PSIG): PSIG M&TE No: D. TDH = [(Test Gauge #2)Disch - (Test Gauge #1)Suct]

                /0.4335 TDH = [1-j                  /0.4335 TDH =          feet

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 404 of 450 Date 6.6.2 Condensate Demineralizer Pumps Operation (continued) [30] THROTTLE OPEN the MFW regulating valves as required to establish flow of approximately 6700 GPM (6600-6800 GPM). (N/A valves in which position was NOT changed.) Valve Description 2-FCV-3-35 SG 1-MFW REG VLV 2-FCV-3-48 SG 2-MFW REG VLV 2-FCV-3-90 SG 3-MFW REG VLV 2-FCV-3-103 SG 4-MFW REG VLV [31] RECORD information below for CNDS DEMIN PMP 2B, and CALCULATE CNDS DEMIN PMP 2B Total Dynamic Head (TDH). A. Computer Point F2264A: GPM B. CNDS DEMIN PMP 2B Suct Press (2-PI-2-289) Test Gauge #1 (0-600 PSIG): PSIG M&TE No: C. CNDS DEMIN PMP 2B Disch Press (2-PI-2-294) Test Gauge #2 (0-600 PSIG) PSIG M&TE No: D. TDH = [(Test Gauge #2)Disch - (Test Gauge #1)Suct]

                 /0.4335 TDH = [          -            /0.4335 TDH =            feet

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 405 of 450 Date 6.6.2 Condensate Demineralizer Pumps Operation (continued) [32] THROTTLE OPEN the MFW regulating valves as required to establish flow of approximately 7500 GPM (7400-7600 GPM). (N/A valves in which position was NOT changed.) Valve Description 2-FCV-3-35 SG 1-MFW REG VLV 2-FCV-3-48 SG 2-MFW REG VLV 2-FCV-3-90 SG 3-MFW REG VLV 2-FCV-3-103 SG 4-MFW REG VLV [33] RECORD information below for CDP 2B, and CALCULATE CNDS DEMIN PMP 2B Total Dynamic Head (TDH). A. Computer Point F2264A: GPM B. CNDS DEMIN PMP 2B Suct Press (2-PI-2-289) Test Gauge #1(0-600 PSIG): PSIG M&TE No: C. CNDS DEMIN PMP 2B Disch Press (2-PI-2-294) Test Gauge #2(0-600 PSIG): PSIG M&TE No: D. TDH = [(Test Gauge #2)Disch - (Test Gauge #1)Suct]

                 /0.4335 TDH = [j1/0.4335 TDH =            feet

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 406 of 450 Date 6.6.2 Condensate Demineralizer Pumps Operation (continued) [34] PLOT the flow versus TDH data obtained in previous steps for Demineralized Condensate Pump 2B on the respective Pump Curve located in Figure 3, and VERIFY that data plotted meets or exceeds the vendor design point. (Acc Crit) 5.7[5]B [35] PLACE 2-HS-2-282A, CNDS DEMIN PMP C, to START. [36] PLACE 2-HS-2-287A, CNDS DEMIN PMP B, to STOP. [37] CLOSE 2-RTV-2-395A, 2-PI-2-289/2-PS-2-312 ROOT. 1st CV [38] REMOVE Test Gauge # 1 (0-600 PSIG) installed at 2-PI-2-289. 1st CV [39] CLOSE 2-RTV-2-397A, 2-PI-2-281/2-PS-2-310 ROOT. 1st CV [40] INSTALL Test Gauge # 1 (0-600 PSIG) at the test connection for 2-PI-2-281. 1st CV [41] OPEN 2-RTV-2-397A, 2-PI-2-281/2-PS-2-310 ROOT. 1st CV [42] CLOSE 2-RTV-002-0394A, 2-PI-2-294 ROOT. 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 407 of 450 Date 6.6.2 Condensate Demineralizer Pumps Operation (continued) [43] REMOVE Test Gauge # 2 (0-600 PSIG) installed at 2-PI-2-294. 1st Cv [44] CLOSE 2-RTV-002-0396A, 2-PI-2-284 ROOT. 1st Cv [45] INSTALL Test Gauge # 2 (0-600 PSIG) at the test connection for 2-PI-2-284. 1st Cv [46] OPEN 2-RTV-002-0396A, 2-PI-2-284 ROOT. 1st Cv [47] RECORD information below for CNDS DEMIN PMP 2C, and CALCULATE CNDS DEMIN PMP 2C Total Dynamic Head (TDH). A. Computer Point F2264A: GPM B. CNDS DEMIN PMP 2C Suct Press (2-PI-2-281) Test Gauge #1 (0-600 PSIG): PSIG M&TE No: C. CNDS DEMIN PMP 2C Disch Press (2-PI-2-284) Test Gauge #2 (0-600 PSIG): PSIG M&TE No:

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 408 of 450 Date 6.6.2 Condensate Demineralizer Pumps Operation (continued) D. TDH = [(Test Gauge #2)Disch - (Test Gauge #1)Suct]

                 /0.4335 TDH = [-]/0.4335 TDH =             feet

[48] THROTTLE CLOSED the MFW regulating valves as required to establish flow of approximately 6700 GPM (6600-6800 GPM). (N/A valves in which position was NOT changed.) Valve Description 2-FCV-3-35 SG 1-MFW REG VLV 2-FCV-3-48 SG 2-MFW REG VLV 2-FCV-3-90 SG 3-MFW REG VLV 2-FCV-3-103 SG 4-MFW REG VLV [49] RECORD information below for CNDS DEMIN PMP 2C, and CALCULATE CNDS DEMIN PMP 2C Total Dynamic Head (TDH). A. Computer Point F2264A GPM B. CNDS DEMIN PMP 2C Suct Press (2-PI-2-281) Test Gauge #1 (0-600 PSIG): PSIG M&TE No: C. CNDS DEMIN PMP 2C Disch Press (2-PI-2-284) Test Gauge #2 (0-600 PSIG): PSIG M&TE No:

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 409 of 450 Date 6.6.2 Condensate Demineralizer Pumps Operation (continued) D. TDH = [(Test Gauge #2)Disch - (Test Gauge #1)Suct]

                 /0.4335 TDH = [             -         1/0.4335 TDH =             feet

[50] THROTTLE CLOSED the MFW regulating valves as required to establish flow of approximately 6000 GPM (5900-6100 GPM). (N/A valves in which position was NOT changed.) Valve Description 2-FCV-3-35 SG 1-MFW REG VLV 2-FCV-3-48 SG 2-MFW REG VLV 2-FCV-3-90 SG 3-MFW REG VLV 2-FCV-3-103 SG 4-MFW REG VLV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 410 of 450 Date 6.6.2 Condensate Demineralizer Pumps Operation (continued) [51] RECORD information below for CNDS DEMIN PMP 2C, and CALCULATE CNDS DEMIN PMP 2C Total Dynamic Head (TDH). A. Computer Point F2264A: GPM B. CNDS DEMIN PMP 2C Suct Press (2-PI-2-281) Test Gauge #1 (0-600 PSIG): PSIG M&TE No: C. CNDS DEMIN PMP 2C Disch Press (2-PI-2-284) Test Gauge #2(0-600 PSIG): PSIG M&TE No: D. TDH = [(Test Gauge #2)Disch - (Test Gauge #1)Suct]

                 /0.4335 TDH = [r                     /0.4335 TDH =            feet

[52] PLOT the flow versus TDH data obtained in previous steps for Demineralized Condensate Pump 2C on the respective Pump Curve located in Figure 3, and VERIFY that data plotted meets or exceeds the vendor design point. (Acc Crit) 5.7[5]C [53] PLACE 2-HS-2-275A, CNDS DEMIN PMPS BYPASS, to the OPEN position. [54] PLACE 2-HS-2-282A, CNDS DEMIN PMP C, to STOP. [55] CLOSE 2-RTV-002-0397A, 2-PI-2-281/2-PS-2-310 ROOT. Cv

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 411 of 450 Date 6.6.2 Condensate Demineralizer Pumps Operation (continued) [56] REMOVE 0-600 PSIG Test Gauge #1 at 2-PI-2-281. 1st Cv [57] CLOSE 2-RTV-002-0396A, 2-PI-2-284 ROOT. 1st Cv [58] REMOVE 0-600 PSIG Test Gauge #2 at 2-PI-2-284. 1st Cv

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 412 of 450 Date 6.6.3 Condensate Booster Pump Operation [1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. 4.3[15] NOTES

1) The filling and venting process will be controlled by U2 Operations.

2) Condensate Booster Pumps can be operated in any order.

3) The following step will return the Hotwell Pump to Short Path Recirculation.

[2] VERIFY the condensate system is aligned for short cycle operation per 2-TOP-002&003A-02. [3] CLOSE the following MFW regulating valves: Valve Description 2-FCV-3-35 SG 1-MFW REG VLV 2-FCV-3-48 SG 2-MFW REG VLV 2-FCV-3-90 SG 3-MFW REG VLV 2-FCV-3-103 SG 4-MFW REG VLV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 413 of 450 Date 6.6.3 Condensate Booster Pump Operation (continued) CAUTION Short Cycle is NOT intended for long term operation. Due to piping vibration and movement, its use should be minimized by going to long cycle recirculation as soon as reasonable, when the required conditions are satisfied. [4] PLACE 2-HS-2-33A, HOTWELL PUMP A, to START. [5] PLACE 2-HS-2-84A, CNDS BSTR PMP C, to START. [6] RECORD CBP 2C recirculation flow from the ultrasonic flowmeter. (Acc Crit > 1224 GPM) 5.8[21]A Flow = GPM M&TE No: [7] RECORD differential pressure indicated on 2-PDIS-54-17A. PSID [8] PLACE 2-HS-2-84A, CNDS BSTR PMP C, to STOP. [9] PLACE 2-HS-2-91A, CNDS BSTR PMP B, to START. [10] RECORD CBP 2B recirculation flow from the ultrasonic flowmeter. (Acc Crit _>1224 GPM) 5.8[21]B Flow = GPM M&TE No: [11] RECORD differential pressure indicated on 2-PDIS-54-14A. PSID [12] PLACE 2-HS-2-97A, CNDS BSTR PMP A, to START. [13] PLACE 2-HS-2-91A, CNDS BSTR PMP B, to STOP.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 414 of 450 Date 6.6.3 Condensate Booster Pump Operation (continued) [14] RECORD CBP 2A recirculation flow from the ultrasonic flowmeter. (Acc Crit > 1224 GPM) 5.8[21]C Flow = GPM M&TE No: [15] RECORD differential pressure indicated on 2-PDIS-54-12A. PSID [16] RECORD information below for CBP 2A, and CALCULATE CBP 2A Total Dynamic Head (TDH). A. Computer Point F2264A: GPM B. Cond Booster Pump 2A Suct Press (2-PI-2-95) Test Gauge #1 (0-600 PSIG): PSIG M&TE No: C. Cond Booster Pump 2A Disch Press (2-PI-2-98) Test Gauge #2 (0-800 PSIG): PSIG M&TE No: D. TDH = [(Test Gauge #2)Disch - (Test Gauge #1)Suct]

                 /0.4335 TDH = [1]/0.4335 TDH =          feet

[17] ALIGN the Condensate system for long cycle operation per 2-TOP-002&003A-02.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 415 of 450 Date 6.6.3 Condensate Booster Pump Operation (continued) [18] THROTTLE OPEN the MFW regulating valves as required to establish flow of approximately 10000 GPM IF the flow rate is below 10000 GPM (N/A valves which may NOT be repositioned.) Valve Description 2-FCV-3-35 SG 1-MFW REG VLV 2-FCV-3-48 SG 2-MFW REG VLV 2-FCV-3-90 SG 3-MFW REG VLV 2-FCV-3-103 SG 4-MFW REG VLV [19] RECORD information below for CBP 2A, and CALCULATE CBP 2A Total Dynamic Head (TDH). A. Computer Point F2264A: GPM B. Cond Booster Pump 2A Suct Press (2-PI-2-95) Test Gauge #1 (0-600 PSIG): PSIG M&TE No: C. Cond Booster Pump 2A Disch Press (2-PI-2-98) Test Gauge #2 (0-800 PSIG): PSIG M&TE No: TDH = [(Test Gauge #2) Disch- (Test Gauge #1) Suct] /0.4335 TDH = [ - ]/0.4335 TDH = feet

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 416 of 450 Date 6.6.3 Condensate Booster Pump Operation (continued) [20] THROTTLE CLOSED the MFW regulating valves as required to establish flow of approximately 8000 GPM (7900-8100 GPM). (N/A valves which may NOT be repositioned.) Valve Description 2-FCV-3-35 SG 1-MFW REG VLV 2-FCV-3-48 SG 2-MFW REG VLV 2-FCV-3-90 SG 3-MFW REG VLV 2-FCV-3-103 SG 4-MFW REG VLV [21] RECORD information below for CBP 2A, and CALCULATE CBP 2A Total Dynamic Head (TDH). A. Computer Point F2264A: GPM B. Cond Booster Pump 2A Suct Press (2-PI-2-95) Test Gauge #1 (0-600 PSIG): _PSIG M&TE No: C. Cond Booster Pump 2A Disch Press (2-PI-2-98) Test Gauge #2 (0-800 PSIG): PSIG M&TE No: D. TDH = [(Test Gauge #2) Disch- (Test Gauge #1)Suct]

                 /0.4335 TDH =               -          /0.4335 TDH =             feet

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 417 of 450 Date 6.6.3 Condensate Booster Pump Operation (continued) [22] PLOT the flow versus TDH data obtained in previous steps for Condensate Booster Pump 2A on the respective Pump Curve located in Figure 2, and VERIFY that data plotted meets or exceeds the vendor design point. (Acc Crit) 5.8[22]A [23] ENSURE the following MFW regulating valves are CLOSED: Valve Description 2-FCV-3-35 SG 1-MFW REG VLV 2-FCV-3-48 SG 2-MFW REG VLV 2-FCV-3-90 SG 3-MFW REG VLV 2-FCV-3-103 SG 4-MFW REG VLV [24] PLACE 2-HS-2-97A, CNDS BSTR PMP A, to STOP. [25] PLACE 2-HS-2-91A, CNDS BSTR PMP B, to START. [26] CLOSE 2-RTV-002-0364A, 2-PI-2-95, 2-PS-2-95A, 2-PS-2-95B ROOT. 1st CV [27] REMOVE Test Gauge # 1(0-600 PSIG) installed at 2-PI-2-95. 1st CV [28] CLOSE 2-RTV-002-0362A, 2-PI-2-88, 2-PS-2-88A, 2-PS 88B ROOT. 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 418 of 450 Date 6.6.3 Condensate Booster Pump Operation (continued) [29] INSTALL Test Gauge # 1 (0-600 PSIG) at the test connection for 2-PI-2-88. 1st Cv [30] OPEN 2-RTV-002-0362A, 2-PI-2-88, 2-PS-2-88A, 2-PS-2-88B ROOT. 1st Cv [31] CLOSE 2-RTV-002-0365A, 2-PI-2-98 ROOT. 1st Cv [32] REMOVE Test Gauge # 2 (0-800 PSIG) installed at 2-PI-2-98. 1st Cv [33] CLOSE 2-RTV-002-0363A, 2-PI-2-92 ROOT. 1st Cv [34] INSTALL Test Gauge # 2 (0-800 PSIG) at the test connection for 2-PI-2-92. 1st Cv [35] OPEN 2-RTV-002-0363A, 2-PI-2-92 ROOT. 1 st Cv

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 419 of 450 Date 6.6.3 Condensate Booster Pump Operation (continued) [36] RECORD information below for CBP 2B, and CALCULATE CBP 2B Total Dynamic Head (TDH). A. Computer Point F2264A: GPM B. Cond Booster Pump 2B Suct Press (2-PI-2-88) Test Gauge #1 (0-600 PSIG): PSIG M&TE No: C. Cond Booster Pump 2B Disch Press (2-PI-2-92) Test Gauge #2 (0-800 PSIG): PSIG M&TE No: D. TDH = [(Test Gauge #2) Disch- (Test Gauge #1)Suct]

                 /0.4335 TDH = [1]/0.4335 TDH =            feet

[37] THROTTLE OPEN the MFW regulating valves as required to establish flow of approximately 9000 GPM (8900-9100 GPM.) (N/A valves which may NOT be repositioned.) Valve Description 2-FCV-3-35 SG 1-MFW REG VLV 2-FCV-3-48 SG 2-MFW REG VLV 2-FCV-3-90 SG 3-MFW REG VLV 2-FCV-3-103 SG 4-MFW REG VLV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 420 of 450 Date 6.6.3 Condensate Booster Pump Operation (continued) [38] RECORD information below for CBP 2B, and CALCULATE CBP 2B Total Dynamic Head (TDH). A. Computer Point F2264A GPM B. Cond Booster Pump 2B Suct Press (2-PI-2-88) Test Gauge #1 (0-600 PSIG) PSIG M&TE No: C. Cond Booster Pump 2B Disch Press (2-PI-2-92) Test Gauge #2 (0-800 PSIG) PSIG M&TE No: D. TDH = [(Test Gauge #2) Disch - (Test Gauge #1)Suct]

                 /0.4335 TDH = [-]/0.4335 TDH =            feet

[39] THROTTLE OPEN the MFW regulating valves as required to establish flow of approximately 10,000 GPM (9800-10,200 GPM). (N/A valves which may NOT be repositioned.) Valve Description 2-FCV-3-35 SG 1-MFW REG VLV 2-FCV-3-48 SG 2-MFW REG VLV 2-FCV-3-90 SG 3-MFW REG VLV 2-FCV-3-103 SG 4-MFW REG VLV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 421 of 450 Date 6.6.3 Condensate Booster Pump Operation (continued) [40] RECORD information below for CBP 2B, and CALCULATE CBP 2B Total Dynamic Head (TDH). A. Computer Point F2264A GPM B. Cond Booster Pump 2B Suct Press (2-PI-2-88) Test Gauge #1(0-600 PSIG): PSIG M&TE No: C. Cond Booster Pump 2B Disch Press (2-PI-2-92) Test Gauge #2 (0-800 PSIG): PSIG M&TE No: D. TDH = [(Test Gauge #2) Disch- (Test Gauge #1) Suct]

                 /0.4335 TDH = [-                   1/0.4335 TDH =            feet

[41] PLOT the flow versus TDH data obtained in previous steps for Condensate Booster Pump 2B on the respective Pump Curve located in Figure 2, and VERIFY that data plotted meets or exceeds the vendor design point. (Acc Crit) 5.8[22]B [42] ENSURE the following MFW regulating valves are CLOSED: Valve Description 2-FCV-3-35 SG 1-MFW REG VLV 2-FCV-3-48 SG 2-MFW REG VLV 2-FCV-3-90 SG 3-MFW REG VLV 2-FCV-3-103 SG 4-MFW REG VLV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 422 of 450 Date 6.6.3 Condensate Booster Pump Operation (continued) [43] PLACE 2-HS-2-91A, CNDS BSTR PMP B, to STOP. [44] PLACE 2-HS-2-84A, CNDS BSTR PMP C, to START. [45] CLOSE 2-RTV-002-0362A, 2-PI-2-88, 2-PS-2-88A, 2-PS-2-88B ROOT. 1 st Cv [46] REMOVE Test Gauge # 1 (0-600 PSIG) installed at 2-PI-2-88. 1st Cv [471 CLOSE 2-RTV-002-0356A, 2-PI-2-82, 2-PS-2-82A, 2-PS 82B ROOT. 1st Cv [48] INSTALL Test Gauge # 1(0-600 PSIG) at the test connection for 2-PI-2-82. 1st Cv [49] OPEN 2-RTV-002-0356A, 2-PI-2-82, 2-PS-2-82A, 2-PS-2-82B ROOT. 1st Cv [50] CLOSE 2-RTV-002-0363A, 2-PI-2-92 ROOT. 1st Cv [51] REMOVE Test Gauge # 2 (0-800 PSIG) installed at 2-PI-2-92. 1st Cv

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 423 of 450 Date 6.6.3 Condensate Booster Pump Operation (continued) [52] CLOSE 2-RTV-002-0361A, RT VLV TO PI-2-85. 1st Cv [53] INSTALL Test Gauge # 2 (0-800 PSIG) at the test connection for 2-PI-2-85. 1st Cv [54] OPEN 2-RTV-002-0361A, RT VLV TO PI-2-85. 1st Cv [55] RECORD information below for CBP 2C, and CALCULATE CBP 2C Total Dynamic Head (TDH). A. Computer Point F2264A GPM B. Cond Booster Pump 2C Suct Press (2-PI-2-82) Test Gauge #1(0-600 PSIG): PSIG M&TE No: C. Cond Booster Pump 2C Disch Press (2-PI-2-85) Test Gauge #2 (0-800 PSIG): PSIG M&TE No: D. TDH = [(Test Gauge #2) Disch - (Test Gauge #1) Suct]

                 /0.4335 TDH = [1-                   ]/0.4335 TDH =           feet

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 424 of 450 Date 6.6.3 Condensate Booster Pump Operation (continued) [56] THROTTLE OPEN the MFW regulating valves as required to establish flow of approximately 9000 GPM (8900-9100 GPM.) (N/A valves which may NOT be repositioned.) Valve Description 2-FCV-3-35 SG 1 -MFW REG VLV 2-FCV-3-48 SG 2-MFW REG VLV 2-FCV-3-90 SG 3-MFW REG VLV 2-FCV-3-103 SG 4-MFW REG VLV [57] RECORD information below for CBP 2C, and CALCULATE CBP 2C Total Dynamic Head (TDH). A. Computer Point F2264A GPM B. Cond Booster Pump 2C Suct Press (2-PI-2-82) Test Gauge #1 (0-600 PSIG): PSIG M&TE No: C. Cond Booster Pump 2C Disch Press (2-PI-2-85) Test Gauge #2 (0-800 PSIG): PSIG M&TE No: D. TDH = [(Test Gauge #2) Disch - (Test Gauge #1) Suct]

                 /0.4335 TDH = [           -          ]/0.4335 TDH =            feet

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 425 of 450 Date 6.6.3 Condensate Booster Pump Operation (continued) [58] THROTTLE CLOSED the MFW regulating valves as required to establish flow of approximately 8000 GPM (7900-8100 GPM). (N/A valves which may NOT be repositioned.) Valve Description 2-FCV-3-35 SG 1-MFW REG VLV 2-FCV-3-48 SG 2-MFW REG VLV 2-FCV-3-90 SG 3-MFW REG VLV

2-FCV-3-103 SG 4-MFW REG VLV

[59] RECORD information below for CBP 2C, and CALCULATE CBP 2C Total Dynamic Head (TDH). A. Computer Point F2264A GPM B. Cond Booster Pump 2C Suct Press (2-PI-2-82) Test Gauge #1 (0-600 PSIG): PSIG M&TE No: C. Cond Booster Pump 2C Disch Press (2-PI-2-85) Test Gauge #2 (0-800 PSIG): PSIG M&TE No: D. TDH = [(Test Gauge #2) Disch- (Test Gauge #1) Suct]

                 /0.4335 TDH = [           -       j]/0.4335 TDH =             feet

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 426 of 450 Date 6.6.3 Condensate Booster Pump Operation (continued) [60] PLOT the flow versus TDH data obtained in previous steps for Condensate Booster Pump 2C on the respective Pump Curve located in Figure 2, and VERIFY that data plotted meets or exceeds the vendor design point. (Acc Crit) 5.8[22]C [61] ENSURE the following MFW regulating valves are CLOSED: Valve Description 2-FCV-3-35 SG 1-MFW REG VLV 2-FCV-3-48 SG 2-MFW REG VLV 2-FCV-3-90 SG 3-MFW REG VLV 2-FCV-3-103 SG 4-MFW REG VLV [62] PLACE 2-HS-2-84A, CNDS BSTR PMP C, to STOP. [63] PLACE 2-HS-2-33A, HOTWELL PUMP A, to STOP. [64] CLOSE 2-RTV-002-0356A, 2-PI-2-82, 2-PS-2-82A, 2-PS 82B ROOT. 1st CV [65] REMOVE Test Gauge #1 (0-600 PSIG) test gauge at 2-PI-2-82. 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 427 of 450 Date 6.6.3 Condensate Booster Pump Operation (continued) [66] CLOSE 2-RTV-002-0361A, RT VLV TO PI-2-85. 1st Cv [67] REMOVE Test Gauge #2 (0-800 PSIG) test gauge at 2-PI-2-85. 1st Cv

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 428 of 450 Date 6.7 Condensate Polishing Demineralizer NOTES

1) Subsections of Subsection 6.7 may be performed in any order.

2) The following test will prove performance of each demineralizer vessel. Transfer of resin, placing the applicable bed in service and aligning the condensate flow through either temporary startup filters or startup filters bypass will be performed using current system operating guidelines.

3) 2-FR-1 4-1 has 6 channels designated for the six polishers. Each channel is for a different polisher.

6.7.1 Condensate Polishing Demineralizer Vessel 2A Performance [1] VERIFY the prerequisites and field preparations applicable to this subsection have been completed. 4.3[16] [2] VERIFY the Condensate Demineralizer System is available to support this test with Polisher 2A in service. [3] SLOWLY CLOSE 2-BYV-14-550, [T10H/685], CNDS DEMIN 2-FCV-14-3 BYP, to achieve < 3800 GPM through the polisher and RECORD flow from 2-FR-14-1, [T7D/708] on 0-L-436, CONDENSATE POLISHER SERVICE INLET FLOW. GPM (Acc Crit) 5.10[1]A [4] RECORD the differential pressure across the polisher from 2-PDI-14-204, COND POLISHERS BYPASS DIFF PRESS, at panel 0-L-436. PSID (Acc Crit) 5.10[1]A [5] REQUEST Chemistry Department to obtain and analyze a sample from the condensate polisher effluent, and ATTACH results to this instruction.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 429 of 450 Date 6.7.1 Condensate Polishing Demineralizer Vessel 2A Performance (continued) [6] VERIFY that chemistry sample analysis results meet the following criteria. (Acc Crit) 5.10[2]A A. Specific Conductivity, ýtS/cm @ 25C < 0.10 B. Sodium, ppb < 0.10 C. Chloride, ppb* 0.20 D. Sulfate, ppb < 0.50 [7] OPEN 2-BYV-14-550, [T10H/685], CNDS DEMIN 2-FCV-14-3 BYP. [8] ENSURE that the Condensate Demineralizer System is isolated according to 2-TOP-014-00.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 430 of 450 Date 6.7.2 Condensate Polishing Demineralizer Vessel 2B Performance [1] VERIFY the prerequisites and field preparations applicable to this subsection have been completed. [2] VERIFY the Condensate Demineralizer System is available to support this test with Polisher 2B in service. [3] SLOWLY CLOSE 2-BYV-14-550, [T1i01H/685], CNDS DEMIN 2-FCV-14-3 BYP, to achieve _<3800 GPM through the polisher and RECORD flow from 2-FR-14-1, [T7D/708] on 0-L-436, CONDENSATE POLISHER SERVICE INLET FLOW. GPM (Acc Crit) 5.10[2]B [4] RECORD the differential pressure across the polisher from 2-PDI-14-204, COND POLISHERS BYPASS DIFF PRESS, at panel 0-L-436. PSID (Acc Crit) 5.10[2]B [5] REQUEST Chemistry Department to obtain and analyze a sample from the condensate polisher effluent, and ATTACH results to this instruction. [6] VERIFY that chemistry sample analysis results meet the following criteria. (Acc Crit) 5.10[2]B A. Specific Conductivity, gS/cm @ 25C *_0.10 B. Sodium, ppb < 0.10 C. Chloride, ppb* 0.20 D. Sulfate, ppb < 0.50 [7] OPEN 2-BYV-14-550, [T10H/685], CNDS DEMIN 2-FCV-14-3 BYP. [8] ENSURE that the Condensate Demineralizer System is isolated according to 2-TOP-014-00.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 431 of 450 Date 6.7.3 Condensate Polishing Demineralizer Vessel 2C Performance [1] VERIFY the prerequisites and field preparations applicable to this subsection have been completed. [2] VERIFY the Condensate Demineralizer System is available to support this test with Polisher 2C in service. [3] SLOWLY CLOSE 2-BYV-14-550, [T10H/685], CNDS DEMIN 2-FCV-14-3 BYP, to achieve < 3800 GPM through the polisher and RECORD flow from 2-FR-14-29, CONDENSATE POLISHER 3 SERVICE INLET FLOW. GPM (Acc Crit) 5.10[1]C [4] RECORD the differential pressure across the polisher from 2-PDI-14-204, COND POLISHERS BYPASS DIFF PRESS, at panel 0-L-436. PSID (Acc Crit) 5.10[1]C [5] REQUEST Chemistry Department to obtain and analyze a sample from the condensate polisher effluent, and ATTACH results to this instruction. [6] VERIFY that chemistry sample analysis results meet the following criteria. (Acc Crit) 5.10[2]C A. Specific Conductivity, ýtS/cm @ 25C

0.10 B. Sodium, ppb *0.10 C. Chloride, ppb* 0.20 D. Sulfate, ppb < 0.50

[7] OPEN 2-BYV-14-550, [T10H/685], CNDS DEMIN 2-FCV-14-3 BYP. [8] ENSURE that the Condensate Demineralizer System is isolated according to 2-TOP-014-00.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 432 of 450 Date 6.7.4 Condensate Polishing Demineralizer Vessel 2D Performance [1] VERIFY the prerequisites and field preparations applicable to this subsection have been completed. [2] VERIFY the Condensate Demineralizer System is available to support this test with Polisher 2D in service. [3] SLOWLY CLOSE 2-BYV-14-550, [T10H/685], CNDS DEMIN 2-FCV-14-3 BYP, to achieve < 3800 GPM through the polisher and RECORD flow from 2-FR-14-1, [T7D/708] on 0-L-436, CONDENSATE POLISHER SERVICE INLET FLOW. GPM (Acc Crit) 5.10[1]D [4] RECORD the differential pressure across the polisher from 2-PDI-14-204, COND POLISHERS BYPASS DIFF PRESS, at panel O-L-436. PSID (Acc Crit) 5.10[1]D [5] REQUEST Chemistry Department to obtain and analyze a sample from the condensate polisher effluent, and ATTACH results to this instruction. [6] VERIFY that chemistry sample analysis results meet the following criteria. (Acc Crit) 5.10[2]D A. Specific Conductivity, gS/cm @ 25C

0.10 B. Sodium, ppb < 0.10 C. Chloride, ppb* 0.20 D. Sulfate, ppb < 0.50

[7] OPEN 2-BYV-14-550, [T10H/685], CNDS DEMIN 2-FCV-14-3 BYP. [8] ENSURE that the Condensate Demineralizer System is isolated according to 2-TOP-014-00.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 433 of 450 Date 6.7.5 Condensate Polishing Demineralizer Vessel 2E Performance [1] VERIFY the prerequisites and field preparations applicable to this subsection have been completed. [2] VERIFY the Condensate Demineralizer System is available to support this test with Polisher 2E in service. [3] SLOWLY CLOSE 2-BYV-14-550, [T10H/685], CNDS DEMIN 2-FCV-14-3 BYP, to achieve < 3800 GPM through the polisher and RECORD flow from 2-FR-1 4-1, [T7D/708] on 0-L-436, CONDENSATE POLISHER SERVICE INLET FLOW. GPM (Acc Crit) 5.10[1]E [4] RECORD the differential pressure across the polisher from 2-PDI-14-204, COND POLISHERS BYPASS DIFF PRESS, at panel 0-L-436. PSID (Acc Crit) 5.10[1]E [5] REQUEST Chemistry Department to obtain and analyze a sample from the condensate polisher effluent, and ATTACH results to this instruction. [6] VERIFY that chemistry sample analysis results meet the following criteria. (Acc Crit) 5.10[2]E A. Specific Conductivity, pS/cm @ 25C < 0.10 B. Sodium, ppb < 0.10 C. Chloride, ppb* 0.20 D. Sulfate, ppb < 0.50 [7] OPEN 2-BYV-14-550, [T10H/685], CNDS DEMIN 2-FCV-14-3 BYP. [8] ENSURE that the Condensate Demineralizer System is isolated according to 2-TOP-014-00.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 434 of 450 Date 6.7.6 Condensate Polishing Demineralizer Vessel 2F Performance [1] VERIFY the prerequisites and field preparations applicable to this subsection have been completed. [2] VERIFY the Condensate Demineralizer System is available to support this test with Polisher 2F in service. [3] SLOWLY CLOSE 2-BYV-14-550, [T10H/685], CNDS DEMIN 2-FCV-14-3 BYP, to achieve < 3800 GPM through the polisher and RECORD flow from 2-FR-1 4-1, [T7D/708] on 0-L-436, CONDENSATE POLISHER SERVICE INLET FLOW. GPM (Acc Crit) 5.10[1]F [4] RECORD the differential pressure across the polisher from 2-PDI-14-204, COND POLISHERS BYPASS DIFF PRESS, at panel 0-L-436. PSID (Acc Crit) 5.10[1]F [5] REQUEST Chemistry Department to obtain and analyze a sample from the condensate polisher effluent, and ATTACH results to this instruction. [6] VERIFY that chemistry sample analysis results meet the following criteria. (Acc Crit) 5.10[2]F A. Specific Conductivity, pS/cm @ 25C

0.10 B. Sodium, ppb < 0.10 C. Chloride, ppb* 0.20 D. Sulfate, ppb < 0.50

[7] OPEN 2-BYV-14-550, [T10H/685], CNDS DEMIN 2-FCV-14-3 BYP. [8] ENSURE that the Condensate Demineralizer System is isolated according to 2-TOP-014-00.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 435 of 450 Date 6.8 2-FCV-14-3 Condensate Polishers Bypass Valve [1] VERIFY that the prerequisites and field preparations applicable to this subsection have been completed. NOTE High AP across the Condensate Polishers can damage the Condensate Demineralizer Resin. AP >60 PSID is considered to be high AP. [2] IF system AP rises to >60 PSID, then: [2.1] NOTIFY UO of high system AP >60 PSID and actions taken: A. ENSURE system AP <60 PSID. B. RESET 2-FC6-14-3 [T10H/685], CONDENSATE POLISHERS BYPASS VALVE, using 2-HS-14-3 on PNL 0-L-436 [T8D/708]. C. POSITION 2-FCV-14-3, CONDENSATE POLISHERS BYPASS VALVE, using 2-FIC-14-3 on PNL 0-L-436 [T8D/708] with Unit 2 UO and Chemistry/System Engineer approval to ensure polishers are within correct flow range, flow distributed fairly evenly between in-service polishers, and system AP <60 PSID. [3] PLACE 2-HS-14-3 at PNL 0-L-436 [T8D/708], COND POLISHERS BYPASS VALVE, to OPEN, (Acc Crit) 5.10[6], and VERIFY the following (Acc Crit) 5.10[7]: A. Red light ON at 2-HS-14-3 [PNL 0-L-436]. B. Green light OFF at 2-HS-14-3 [PNL 0-L-436]. C. Red light ON at 2-ZI-14-3 [2-M-3]. D. Green light OFF at 2-ZI-14-3 [2-M-3].

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 436 of 450 Date 6.8 2-FCV-14-3 Condensate Polishers Bypass Valve (continued) E. By local verification, 2-FCV-14-3, CONDENSATE POLISHERS BYPASS VALVE, is OPEN. [4] PLACE 2-HS-14-3, COND POLISHERS BYPASS VALVE, to CLOSE, and VERIFY the following (Acc Crit) 5.10[7]: A. Green light ON at 2-HS-14-3 [PNL O-L-436]. B. Red light OFF at 2-HS-14-3 [PNL 0-L-436]. C. Green light ON at 2-ZI-14-3 [2-M-3]. D. Red light OFF at 2-ZI-14-3 [2-M-3]. E. By local verification, 2-FCV-14-3 is CLOSED. [5] PLACE 2-HS-14-3, COND POLISHERS BYPASS VALVE, to OPEN. [6] OPEN 2-DRIV-14-493D [T10-H/692], DRAIN VALVE FOR FT-14-3, in order to release pressure. [7] REMOVE plug from T union that is between 2-ISIV-14-493C [T1i0H/692], ISOLATION VALVE FOR 2-FT-014-003 and 2-DRIV-14-493D [T10iH/692], DRAIN VALVE FOR FT-14-3. [8] INSTALL a temporary pressure source, hand pump (0-600 PSIG) at T union that is between 2-ISIV-14-493C [T10H1/692], ISOLATION VALVE FOR 2-FT-014-003 and 2-DRIV-14-493D [T10H/692], DRAIN VALVE FOR FT-14-3. 1st CV [9] CLOSE 2-DRIV-14-493D, DRAIN VALVE FOR FT-14-3. [10] PLACE 2-HS-14-3, COND POLISHERS BYPASS VALVE to AUTO, and VERIFY 2-FCV-14-3, COND POLISHERS BYPASS VALVE CLOSES.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 437 of 450 Date 6.8 2-FCV-14-3 Condensate Polishers Bypass Valve (continued) [11] SLOWLY RAISE 2-FT-14-3 high side valve 2-ISIV-14-493EH high side pressure until 2-FIC-3 indicates approximately 6000 GPM, then VERIFY that 2-FCV-14-3, CONDENSATE POLISHERS BYPASS VALVE, OPENS. [12] PLACE 2-HS-14-3, COND POLISHERS BYPASS VALVE to AUTO and VERIFY 2-FCV-14-3, CONDENSATE POLISHERS BYPASS VALVE, CLOSES. [13] CLOSE 2-ISV-32-2156, CONTROL AIR ISOLATION VALVE TO 2-FCV-14-3. [14] PLACE 2-HS-14-3, COND POLISHERS BYPASS VALVE to AUTO. [15] ENSURE 2-FCV-14-3, CONDENSATE POLISHERS BYPASS VALVE, failed open on loss of air. (Acc Crit) 5.10[4] [16] OPEN 2-ISV-32-2156, CONTROL AIR ISOLATION VALVE TO 2-FCV-14-3. [17] PLACE 2-HS-14-3, COND POLISHERS BYPASS VALVE, to AUTO and VERIFY 2-FCV-14-3, CONDENSATE POLISHERS BYPASS VALVE CLOSES. [18] LIFT wire 2V6946 located on TB 8 in 2-JB-291-1941 [T1 OH/708]. (DRA 53207-098) 1st CV [19] LIFT wire 2V6947 located on TB 7 in 2-JB-291-1941 [T1 OH/708]. (DRA 53207-098) 1st CV

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 438 of 450 Date 6.8 2-FCV-14-3 Condensate Polishers Bypass Valve (continued) [20] PLACE 2-HS-14-3, COND POLISHERS BYPASS VALVE, to AUTO. [21] ENSURE 2-FCV-14-3, CONDENSATE POLISHERS BYPASS VALVE, failed open on loss of power. 5.10[5] [22] LAND wire 2V6946 located on TB 8 in 2-JB-291-1941 [T10-H/708]. (DRA 53207-098) 1 st CV [23] LAND wire 2V6947 located on TB 7 in 2-JB-291-1941 [T101H/708]. (DRA 53207-098) 1 st CV [24] CLOSE 2-RTV-14-200A [T1 OJ/685], 2-PDT-14-204 ROOT. [25] CLOSE 2-RTV-14-201A [T1OJ/708], 2-PDT-14-204 ROOT. [26] OPEN 2-EQIV-14-201C/L, EQUALIZING VLV TO 2-PDT-14-204, on panel 2-L-157B. [27] OPEN 2-EQIV-14-200C/H, EQUALIZING VLV TO 2-PDT-14-204, on panel 2-L-157B. [28] OPEN 2-DRIV-14-201D [T10H/688], DRAIN VLV FOR 2-PDT-14-204. [29] DISCONNECT the union closest to 2-PDT-14-204 [T1i0H/685] high side on panel 2-L-1 57B in order to relieve pressure. [30] INSTALL a pressure source, hand pump, equipped with a 0-100 PSIG pressure gauge, disconnected union on the 2-PDT-14-204 [T101H/685] high side on panel 2-L-157B. 1 st CV [31] CLOSE 2-DRIV-14-201D [T10H/688], DRAIN VLV FOR 2-PDT-14-204.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 439 of 450 Date 6.8 2-FCV-14-3 Condensate Polishers Bypass Valve (continued) [32] CLOSE 2-EQIV-14-201C/L, EQUALIZING VLV TO 2-PDT-14-204, on panel 2-L-157B. [33] CLOSE 2-EQIV-14-200C/H, EQUALIZING VLV TO 2-PDT 204, on panel 2-L-157B. [34] SLOWLY RAISE 2-PDT-14-204 high side pressure to approximately 65 PSIG. [35] VERIFY 2-FCV-14-3 modulates OPEN due to simulated flow signal greater than 2-FIC 14-3 set point and high polisher differential pressure. (Acc Crit) 5.10[3] [36] LOWER 2-PDT-14-204 high side pressure to 0 PSlG. [37] VERIFY 2-FCV-14-3, CONDENSATE POLISHERS BYPASS VALVE, modulates CLOSED. [38] OPEN 2-EQIV-14-201C/L, EQUALIZING VLV TO 2-PDT-14-204, on panel 2-L-157B. [39] OPEN 2-EQIV-14-200C/H, EQUALIZING VLV TO 2-PDT 204, on panel 2-L-157B. [40] OPEN 2-DRIV-14-201D [T10H/688], DRAIN VLV FOR 2-PDT-14-204. [41] REMOVE the temporary pressure source, hand pump, equipped with a 0-100 PSIG pressure gauge, at the disconnected union on the 2-PDT-14-204 [TI10H/685] high side on panel 2-L-157B. 1st CV [42] CLOSE 2-DRIV-14-201D [T10H/688], DRAIN VLV FOR 2-PDT-14-204. [43] CONNECT the union closest to 2-PDT-14-204 [T1 0H1/685] high side on panel 2-L-157B. [44] OPEN 2-RTV-14-200A [T1OJ/685], 2-PDT-14-204 ROOT. [45] OPEN 2-RTV-14-201A [TIOJ/708], 2-PDT-14-204 ROOT.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 440 of 450 Date 6.8 2-FCV-14-3 Condensate Polishers Bypass Valve (continued) [46] CLOSE 2-EQIV-14-201C/L, EQUALIZING VLV TO 2-PDT-14-204, on panel 2-L-157B. [47] CLOSE 2-EQIV-14-200C/H, EQUALIZING VLV TO 2-PDT 204, on panel 2-L-157B. [48] OPEN 2-DRIV-14-493D [T10H/692], DRAIN VALVE FOR FT-14-3, in order to release pressure. [49] REMOVE temporary pressure source from T union that is between 2-ISIV-14-493C [T10H/692], ISOLATION VALVE FOR 2-FT-014-003 and 2-DRIV-14-493D [T10H/692], DRAIN VALVE FOR FT-14-3. 1st CV [50] INSTALL plug back into T union that is between 2-ISIV 493C [T10H/692], ISOLATION VALVE FOR 2-FT-014-003 and 2-DRIV-14-493D [T10H/692], DRAIN VALVE FOR FT-14-3. [51] CLOSE 2-DRIV-14-493D [T10H/692], DRAIN VALVE FOR FT-14-3. NOTE Due to various manipulations to 2-FCV-14-3, CONDENSATE POLISHERS BYPASS VALVE, verification of operability might be necessary. [52] ENSURE operability of 2-FCV-14-3,CONDENSATE POLISHERS BYPASS VALVE, by verification from Startup I&C. [53] ENSURE that the Condensate Demineralizer System is isolated according to 2-TOP-014-00.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 441 of 450 Date 7.0 POST-PERFORMANCE ACTIVITIES [1] VERIFY that Post-test calibration of the M&TE used to record quantitative acceptance criteria has been satisfactorily performed and the results RECORDED on 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 no excessive vibration of piping system and components was observed or if excessive vibration was observed, then VERIFY engineering has evaluated the vibration and corrective action have been initiated. [4] NOTIFY the Unit 2 US/SRO of the test completion and system alignment. [5] NOTIFY the Unit 1 US/SRO of the test completion and system alignment. 8.0 RECORDS A. QA Records The following documents are QA records and are handled in accordance with the approved Document Control Records Management (DCRM) Program. Completed Test Package B. Non-QA Records None

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 442 of 450 Appendix A (Page 1 of 2) TEST PROCEDURES/INSTRUCTIONS REFERENCE REVIEW NOTE

1) Additional copies of this table may be made as necessary.

2) Initial and date indicates review has been completed for impact DRAWING/ REVISIONICHANGES IMPACT INITIAL AND INSTRUCTION Yes/No DATE. (N/A for no change)

SSD-2-LPL-2-230 SSD-2-LS-2-232A SSD-2-LS-2-232A SSD-2-LPL-2-233 SSD-2-LPF-2-260 SSD-2-LPL-2-3 SSD-2-LPL-2-9 SSD-2-LPL-2-12 SSD-2-LS-2-12A SSD-2-LS-2-12B SSD-2-LPF-2-35 SSD-2-LPP-2-36 SSD-2-PIS-2-41 SSD-2-LPF-2-260

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 443 of 450 Appendix A (Page 2 of 2) TEST PROCEDURES/INSTRUCTIONS REFERENCE REVIEW DRAWING/ REVISION/CHANGES IMPACT INITIAL AND INSTRUCTION Yes/No DATE. (N/A for no change) SSD-2-LPF-14-1 SSD-2-LPF-14-3 SSD-2-LPF-14-18 SSD-2-LPF-14-29 SSD-2-LPF-14-40 SSD-2-LPF-14-51 SSD-2-LPF-14-62 SSD-2-LPP-14-204 CM-3.01, Rev. 83 SSD-2-LS-2-229A SSD-2-LS-2-229B WBN2-2-4002 WBN2-14-4002

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 444 of 450 Appendix B (Page 1 ofl1) TEMPORARY CONDITION LOG NOTE 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/Date No. CV/Date

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 445 of 450 Appendix C (Page 1 of 1) PERMANENT PLANT INSTRUMENT LOG INSTRUMENT CAL DUE FILLED AND PLACED IN USED FOR POST-TEST POST-TEST OR DATE VENTED1 SERVICE1 QUANTITATIVE CAL DATE 2 CALIBRATION 2 INSTRUMENT ACC CRIT ACCEPTABLE LOOP # INITIAL/DATE INIT/DATE INITIDATE YES NO 2-PD1-14-204 2-FR-14-1 2-PIS-2-41 2-PI-2-42 2-PDT-2-260

                      .1-                                                                             4 not required to be filled and vented may be identified as Not Applicable.

These items may be initialed and dated by personnel performing the task. Instrumentation 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) May be identified as Not Applicable (N/A) if instrument was not used to verify/record quantitative acceptance criteria data.

WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 446 of 450 Appendix D (Page 1 of 1) BACKGROUND CALCULATIONS The quantitative acceptance criteria of this PTI are verified using either calibrated process instrumentation or M&TE calibrated in accordance with TVA standards. Since none of the System 2 quantitative acceptance criteria in this PTI are safety-related, Tech Spec, or compliance values, no inaccuracy or uncertainty corrections to these values are warranted. Therefore, no corrections have been made to these values.

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WBN Condensate System 2-PTI-002-01 Unit 2 Rev. 0000 Page 450 of 450 Attachment I (Page 1 of 1) RELAY ARMATURE The following pictures provide a general visual of a relay armature. Figure 1: Front of Relay Armature Figure 2: Back of Relay Armature NOTE: If the reset coil arm contacts the latch reset arm, it may prevent the latch from fully rotating.}}

ML13162A310

Text

1.0 INTRODUCTION

2.0 REFERENCES

1.0 INTRODUCTION

2.0 REFERENCES

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