ML15037A088

Watts Bar, Unit 2 - Submittal of Pre-operational Test Instruction 2-PTI-999-01, Rev. 0, Operational Vibration Testing

ML15037A088
Person / Time
Site:	Watts Bar
Issue date:	02/05/2015
From:	Shea J W Tennessee Valley Authority
To:	Document Control Desk, Office of Nuclear Reactor Regulation
References
CNL-15-025, L44 150205 003 2-PTI-999-01, Rev 0
Download: ML15037A088 (185)

Text

U.S. Nuclear Regulatory Commission CNL-15-025 Page 2 February 5, 2015 cc (Enclosure):

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

Enclosure Watts Bar Nuclear Plant Unit 2 Preoperational Test

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 3 of 182

Table of Contents

1.0 INTRODUCTION

.......................................................................................................... 7 1.1 Test Objectives ............................................................................................................. 7 1.2 Scope............................................................................................................................ 7

2.0 REFERENCES

............................................................................................................. 8 2.1 Performance References .............................................................................................. 8 2.2 Developmental References ........................................................................................... 8 3.0 PRECAUTIONS AND LIMITATIONS ......................................................................... 10 4.0 PREREQUISITE ACTIONS ........................................................................................ 11 4.1 Preliminary Actions ..................................................................................................... 11 4.2 Special Tools, Measuring and Test Equipment, Parts, and Supplies .......................... 19 4.3 Field Preparations ....................................................................................................... 20 4.4 Approvals and Notifications ........................................................................................ 20 5.0 ACCEPTANCE CRITERIA ......................................................................................... 21 5.1 Steady State Vibrations .............................................................................................. 21 5.1.1 Observed Vibrations: Steady State vibrations are determined to be acceptable by satisfying any of the following criteria ............................ 21 5.1.2 Instrumented Measurements: The magnitude of steady state instrumented vibration is less than or equal to the acceptable velocity or displacement values. (Attachment 5) ........................................... 22 5.2 Transient Vibration ...................................................................................................... 22 5.2.1 Visual Observation: Transient vibrations are acceptable when no excessive vibrations are observed. .......................................................... 22 5.2.2 Instrumented Measurements: The magnitude of transient instrumented vibration is less than or equal to the acceptable velocity or displacement values. (Attachment 5) ........................................... 22 6.0 PERFORMANCE ........................................................................................................ 23 6.1 Main Steam System .................................................................................................... 23 6.1.1 MS to TDAFP Turbine, Steady State ............................................................ 23 6.1.2 Atmospheric Relief Valve Lift, Transient ....................................................... 24 WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 4 of 182

Table of Contents (continued) 6.1.3 Turbine Bypass, Transients .......................................................................... 28 6.2 Main Feedwater System ............................................................................................. 39 6.2.1 MFP 2A Pump Start, Transient ..................................................................... 39 6.2.2 MFP 2A Recirc, Steady State ....................................................................... 40 6.2.3 MFP 2B Pump Start, Transient ..................................................................... 41 6.2.4 MFP 2B Recirc, Steady State ....................................................................... 42 6.2.5 Standby Main Feed Pump Start, Transient ................................................... 44 6.2.6 Standby Main Feed Pump Long Cycle Recirc, Steady State ........................ 45 6.3 Auxiliary Feedwater System ....................................................................................... 47 6.3.1 MDAFP Recirc (Normal Min Flow), Steady State.......................................... 47 6.3.2 MDAFP Additional Recirc, Steady State ....................................................... 49 6.3.3 MDAFP 2A-A to Steam Generators, Transient, Steady State ....................... 51 6.3.4 MDAFP 2B-B to Steam Generators, Transient, Steady State ....................... 54 6.3.5 TDAFP Recirc, Steady State ........................................................................ 57 6.3.6 TDAFP to Steam Generators, Steady State ................................................. 58 6.3.7 TDAFP Cold Start, Transient ........................................................................ 60 6.3.8 TDAFP Trip, Transient .................................................................................. 61 6.3.9 Aux Feedwater Waterhammer Tests, Transient, Steady State ..................... 63 6.4 Steam Generator Blowdown System .......................................................................... 67 6.4.1 350 F Plateau, SGBD from Heat Exchangers to Cooling Tower Blowdown. Steady State ............................................................................... 67 6.4.2 557 F Plateau, SGBD from Heat Exchangers to Condensate Demin, Steady State ..................................................................................... 69 6.4.3 557 F Plateau, SGBD from Heat Exchangers to Cooling Tower Blowdown, Steady State ............................................................................... 70 6.4.4 557 F Plateau, Steam Generator Blowdown Containment/Blowdown Isolation Transients ................................................ 71 6.5 Chemical and Volume Control System ....................................................................... 75 6.5.1 Normal Charging (CCP 2A-A in Service), Steady State ................................ 75 6.5.2 Normal Charging (CCP 2B-B in Service), Steady State ................................ 77 6.5.3 Alternate Charging Steady State .................................................................. 78 WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 5 of 182

Table of Contents (continued) 6.5.4 Normal Letdown with Valve 2-TCV-62-79 Diverting to VCT, Selected Orifice Alignments, Steady State ................................................... 79 6.5.5 Normal Letdown Through a Mixed Bed Demineralizer to the VCT, Steady State ........................................................................................ 85 6.5.6 Excess Letdown, Steady State ..................................................................... 86 6.5.7 Seal Water Injection, Steady State ............................................................... 87 6.5.8 Auxiliary Pressurizer Spray Steady State ..................................................... 89 6.5.9 Makeup System (Boric Acid Transfer Pumps) Steady State ......................... 90 6.5.10 CCP 2A-A, 2B-B Start, Stop, Transients ....................................................... 91 6.6 Reactor Coolant System ............................................................................................. 95 6.6.1 Loops 1, 2, 3, and 4 Hot, Cold and Crossover Legs Steady State ............................................................................................................. 95 6.6.2 Normal Pressurizer Spray Steady State ....................................................... 96 6.6.3 Pressurizer Surge Steady State .................................................................... 98 6.6.4 PORV Open Transient .................................................................................. 99 6.6.5 Reactor Coolant Pump (2-PMP-68-8) Stop/Start Transient ........................ 102 6.6.6 Reactor Coolant Pump (2-PMP-68-31) Stop/Start Transient ...................... 104 6.6.7 Reactor Coolant Pump (2-PMP-68-50) Stop/Start Transient ...................... 106 6.6.8 Reactor Coolant Pump (2-PMP-68-73) Stop/Start Transient ...................... 108 6.6.9 Spray Valve Cycle Transient ....................................................................... 110 6.6.10 Head Vent Transient ................................................................................... 113 6.7 Residual Heat Removal System ............................................................................... 116 6.7.1 RHR Train 2A, Train 2B Low Pressure Letdown, Steady State .................. 116 7.0 POST PERFORMANCE ACTIVITY .......................................................................... 119 8.0 RECORDS ................................................................................................................ 120 Appendix A: TEST PROCEDURES/INSTRUCTIONS REFERENCE REVIEW ................................................................................................... 121 Appendix B: TEMPORARY CONDITION LOG ............................................................. 122 Appendix C: MEASURING and TEST EQUIPMENT(M&TE) LOG ............................... 123 WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 6 of 182

Table of Contents (continued) Appendix D: MEASUREMENT UNCERTAINTY CALCULATIONS .............................. 132 Appendix E: VIBRATION DATA GUIDELINES ............................................................ 134 Appendix F: ATTACHMENT INDEX ............................................................................. 135 Attachment 1: SIGNATURE LOG SHEET STORAGE .................................................... 136 Attachment 2: CHRONOLOGICAL TEST LOG SHEET STORAGE ............................... 137 Attachment 3: TEST DEFICIENCY LOG SHEET STORAGE .......................................... 138 Attachment 4: TEST DEFICIENCY NOTICE SHEET STORAGE .................................... 139 Attachment 5: DAS VIBRATION DATA........................................................................... 140 Attachment 6: VIBRATION MEASUREMENT/EVALUATION/CALCULATION ................................... 171 Attachment 7: DAS DATA - STEADY STATE STORAGE .............................................. 173 Attachment 8: DAS DATA - TRANSIENT STORAGE ..................................................... 174 Attachment 9: MARKED-UP SYSTEM FLOW DIAGRAMS (TEST BOUNDARIES of INDIVIDUAL FLOW MODES) STORAGE .................. 175 Attachment 10: INSTRUMENTED VIBRATION MONITORING LOCATIONS AND ACCEPTANCE CRITERIA .............................................................. 176 WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 7 of 182

1.0 INTRODUCTION

1.1 Test Objectives Demonstrate acceptable vibration levels exist for selected piping inside Seismic Category I Structures. 1.2 Scope A. Demonstrate acceptable vibration levels exist for the following: 1. Class 1, 2, and 3 piping 2. Other high energy piping systems located inside Seismic Category I Structures 3. High energy portions of systems whose failure could reduce the functioning of any Seismic Category I plant feature to an unacceptable level. B. NSSS Loop monitoring points are recorded for baseline data. 1. Safety Injection and portions of Residual Heat Removal, Chemical and Volume Control and Containment Spray are tested in 2-PTI-063-01 and 2-PTI-063-03. 2. Component Cooling, Emergency Raw Cooling Water, portions of Containment Spray and Residual Heat Removal are tested in their respective preoperational test instructions. 3. Non-safety related systems are observed for vibration in their respective acceptance or preoperational test. 4. This test is performed in conjunction with other procedures that direct operation of plant systems. No plant system operations are performed by this procedure.

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2.0 REFERENCES

2.1 Performance References A. SMP-9.0, Conduct of Test B. N3C-945, Procedure for Evaluation and Qualification of Piping System Vibrations C. TI-31.14, Piping Vibration Measurements 2.2 Developmental References A. Final Safety Analysis Report (FSAR) - Amendment 112 1. FSAR Table 14.2-1, Sheet 80 of 89, Operational Vibration Test Summary 2. FSAR Chapter 3, Section 3.9.2.1, Preoperational Vibration and Dynamic Effects Testing B. Drawings 1. Flow Diagrams a. 2-47W801-1, Rev 18, Flow Diagram Main and Reheat Steam b. 1-47W801-1A, Rev 8, Unit 2 Flow Diagram Main and Reheat Steam c. 2-47W801-2, Rev 19, Flow Diagram Steam Generator Blowdown System d. 2-47W803-1, Rev 23, Flow Diagram Feedwater e. 1-47W803-1A, Rev 6, Unit 2 Flow Diagram Feedwater f. 2-47W803-2, Rev 19, Flow Diagram Auxiliary Feedwater g. 2-47W805-2, Rev 21, Flow Diagram Low Pressure Heater Drains & Vents h. 2-47W809-1, Rev 33, Flow Diagram Chemical and Volume Control System i. 1-47W809-1A, Rev 5, Flow Diagram Chemical and Volume Control System WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 9 of 182

2.2 Developmental References (continued)

j. 2-47W809-2, Rev 14, Flow Diagram Chemical and Volume Control System And Boron Recovery System k. 1-47W810-1A, Rev 4, Flow Diagram Residual Heat Removal l. 2-47W810-1, Rev 21, Flow Diagram Residual Heat Removal m. 2-47W811-1, Rev 37, Flow Diagram Safety Injection n. 1-47W811-1A, Rev 16, Flow Diagram Safety Injection o. 2-47W813-1, Rev 29, Flow Diagram Reactor Coolant 2. Electrical None 3. Mechanical None 4. Logic/Control None 5. Vendor Drawings None 6. Vendor Manuals None C. Documents 1. ASME Code Sect. III, NB-3622.3, Vibration 2. USNRC Regulatory Guide 1.68, Initial Test Programs for Water-Cooled Nuclear Power Plants, Rev 2 3. 2-TSD-HFT-1, Test Scoping Document for Hot Functional Tests, Rev 4 4. PTI-999-01, Rev 0, Operational Vibration Testing WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 10 of 182

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. Observe all Radiation Protection (RP) requirements when working in or near radiological areas. C. Steps may be repeated if all components cannot be tested in a step. However, if the test has been exited, prerequisite steps must be re-verified and a Chronological Test Log (CTL) entry made. D. Notify the Unit 2 Supervisor (US/SRO) or Shift Manager (SM) if severe vibration is observed (judged to have an immediate detrimental impact on acceptability of the piping system). E. All open problems are to be tracked by a corrective action document and entered on the appropriate system punchlist. F. If the vibration is determined to be excessive the Test Engineer shall initiate a Test Deficiency Notice (TDN).

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4.0 PREREQUISITE ACTIONS NOTE Prerequisite steps may be performed in any order unless otherwise stated and should be completed as close in time as practicable to the start of the instruction subsection to which they apply. 4.1 Preliminary Actions [1] VERIFY the test/performance copy of this Preoperational Test Instruction (PTI) is the current revision including any change notices and as needed, each test person assisting in this test has the current revision including any change notices. ________

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4.1 Preliminary Actions (continued)

NOTE Pre-assigned attachment numbers are used in this procedure for data collection and records management on Appendix F, Attachment Index: 1. SIGNATURE LOG STORAGE 2. CHRONOLOGICAL TEST LOG STORAGE 3. TEST DEFICIENCY LOG SHEET STORAGE 4. TEST DEFICIENCY NOTICE SHEET STORAGE 5. DAS VIBRATION DATA STORAGE 6. VIBRATION MEASUREMENT/EVALUATION/CALCULATION 7. DAS DATA-STEADY STATE STORAGE 8. DAS DATA-TRANSIENT STORAGE 9. MARKED-UP SYSTEM FLOW DIAGRAMS (Test boundaries of individual flow modes) STORAGE 10. INSTRUMENTED VIBRATION MONITORING LOCATIONS AND ACCEPTANCE CRITERIA [2] OBTAIN copies of the applicable forms from the latest revision of SMP-9.0 and ATTACH to this PTI, behind the appropriate storage Attachment, for use during the performance of this PTI. ________ [3] VERIFY monitoring location isometrics for instrument locations identified in Attachment 10, have been attached with 0, Instrumented Vibration Monitoring Locations and Acceptance Criteria . ________ [4] ENSURE work orders have been initiated for engineering/craft support for this PTI.

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4.1 Preliminary Actions (continued)

[4.1] Performance of 2-PTI-999-01, Operational Vibration Testing. WO_________________________________________ ________ [4.2] Work Orders have been initiated for the installation and removal of accelerometer mounting brackets and completed. WOs_________________________________________ _____________________________________________ _____________________________________________

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_____________________________________________ ________ [4.3] Work Orders have been initiated for the installation, removal and maintenance of instrumentation and data acquisition equipment including all cables and have been completed. WOs_________________________________________ _____________________________________________

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_____________________________________________ ________ [4.4] Craft Support provide ladders or scaffolds to access measurement locations as needed. WOs ________________________________________ ________ [5] ENSURE changes to the references listed on Appendix A have been reviewed and determined NOT to adversely affect the test performance. ________

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4.1 Preliminary Actions (continued)

[6] VERIFY current revisions and change paper for referenced drawings have been reviewed and determined NOT to adversely affect the test performance, and ATTACH documentation of current drawing revision numbers and change paper that were reviewed to the data package. ________ [7] EVALUATE open items in Watts Bar Integrated Task Equipment List (WITEL), and ENSURE they will NOT adversely affect the test performance and results. [7.1] Main Steam, Subsection, 6.1 ________ [7.2] Main Feedwater, Subsection 6.2 ________ [7.3] Auxiliary Feedwater, Subsection 6.3 ________ [7.4] Steam Generator Blowdown, Subsection 6.4 ________ [7.5] Chemical and Volume Control, Subsection 6.5 ________ [7.6] Reactor Coolant, Subsection 6.6 ________ [7.7] Residual Heat Removal, Subsection 6.7 ________ [8] ENSURE outstanding Engineering Document ConstTemporary Modifications (T-Mods) do NOT adversely impact testing, and

ATTACH documentation of -Mods that were reviewed to the data package. ________ [9] VERIFY Measuring and Test Equipment (M&TE) required for test performance has been recorded on Measuring and Test Equipment Log, Appendix C. [9.1] Main Steam, Subsection, 6.1 ________ [9.2] Main Feedwater, Subsection 6.2 ________ [9.3] Auxiliary Feedwater, Subsection 6.3 ________

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4.1 Preliminary Actions (continued)

[9.4] Steam Generator Blowdown, Subsection 6.4 ________ [9.5] Chemical and Volume Control, Subsection 6.5 ________ [9.6] Reactor Coolant, Subsection 6.6 ________ [9.7] Residual Heat Removal, Subsection 6.7 ________ [10] VERIFY Bechtel Engineering has reviewed as-built monitor locations and instrumentation installations in accordance with 2-TSD-HFT-1. ________ BECHTEL ENGINEERING [11] ENSURE all pipe supports required for testing have been completed. [11.1] Main Steam, Subsection 6.1 ________ BECHTEL ENGINEERING ________ CONSTRUCTION [11.2] Main Feedwater, Subsection 6.2 ________ BECHTEL ENGINEERING ________ CONSTRUCTION [11.3] Auxiliary Feedwater, Subsection 6.3 ________ BECHTEL ENGINEERING ________ CONSTRUCTION [11.4] Steam Generator Blowdown, Subsection 6.4 ________ BECHTEL ENGINEERING ________ CONSTRUCTION WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 16 of 182 Date ________

4.1 Preliminary Actions (continued)

[11.5] Chemical and Volume Control, Subsection 6.5 ________ BECHTEL ENGINEERING ________ CONSTRUCTION [11.6] Reactor Coolant, Subsection 6.6 ________ BECHTEL ENGINEERING ________ CONSTRUCTION [11.7] Residual Heat Removal, Subsection 6.7 ________ BECHTEL ENGINEERING ________ CONSTRUCTION [12] VERIFY the snubbers and spring hangers required for testing have been installed and adjusted. [12.1] Main Steam, Subsection 6.1 ________ Startup Test Engineer [12.2] Main Feedwater, Subsection 6.2 ________ Startup Test Engineer [12.3] Auxiliary Feedwater, Subsection 6.3 ________ Startup Test Engineer [12.4] Steam Generator Blowdown, Subsection 6.4 ________ Startup Test Engineer [12.5] Chemical and Volume Control, Subsection 6.5 ________ Startup Test Engineer [12.6] Reactor Coolant, Subsection 6.6 ________ Startup Test Engineer [12.7] Residual Heat Removal, Subsection 6.7 ________ Startup Test Engineer WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 17 of 182 Date ________

4.1 Preliminary Actions (continued)

NOTE The list of qualified piping vibration observers is maintained at \\Wbngfp2\startup engineering\Training\Piping Vibrations Qual [13] ENSURE visual observation of the piping is performed during predetermined steady state and transient modes of operation by trained personnel familiar with N3C-945. [13.1] Main Steam, Subsection, 6.1 ________ [13.2] Main Feedwater, Subsection 6.2 ________ [13.3] Auxiliary Feedwater, Subsection 6.3 ________ [13.4] Steam Generator Blowdown, Subsection 6.4 ________ [13.5] Chemical and Volume Control, Subsection 6.5 ________ [13.6] Reactor Coolant, Subsection 6.6 ________ [13.7] Residual Heat Removal, Subsection 6.7 ________ [14] PERFORM a pretest walkdown of the system to be tested to ensure no conditions exist that will impact vibration test performance. [14.1] Main Steam, Subsection, 6.1 ________ [14.2] Main Feedwater, Subsection 6.2 ________ [14.3] Auxiliary Feedwater, Subsection 6.3 ________ [14.4] Steam Generator Blowdown, Subsection 6.4 ________ [14.5] Chemical and Volume Control, Subsection 6.5 ________ [14.6] Reactor Coolant, Subsection 6.6 ________ [14.7] Residual Heat Removal, Subsection 6.7 ________

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4.1 Preliminary Actions (continued)

[15] ENSURE that communications are available for areas where testing is to be conducted. ________ [16] ENSURE instrumentation, cables and Data Acquisition systems (DAS) have been calibrated and installed. ________ [17] ENSURE the Test Director has reviewed channel, displacement and velocity input to the Data Acquisition System as listed on Attachment 5. ________ [18] ENSURE the Systems are configured and operational to the extent necessary to perform the vibration testing for the subsections indicated. [18.1] Main Steam, Subsection, 6.1 ________ [18.2] Main Feedwater, Subsection 6.2 ________ [18.3] Auxiliary Feedwater, Subsection 6.3 ________ [18.4] Steam Generator Blowdown, Subsection 6.4 ________ [18.5] Chemical and Volume Control, Subsection 6.5 ________ [18.6] Reactor Coolant, Subsection 6.6 ________ [18.7] Residual Heat Removal, Subsection 6.7 ________ [19] CONDUCT a pretest briefing with Test and Operations personnel in accordance with SMP-9.0 ________ [19.1] Main Steam, Subsection, 6.1 ________ [19.2] Main Feedwater, Subsection 6.2 ________ [19.3] Auxiliary Feedwater, Subsection 6.3 ________ [19.4] Steam Generator Blowdown, Subsection 6.4 ________ [19.5] Chemical and Volume Control, Subsection 6.5 ________ [19.6] Reactor Coolant, Subsection 6.6 ________ [19.7] Residual Heat Removal, Subsection 6.7 ________

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4.2 Special Tools, Measuring and Test Equipment, Parts, and Supplies [1] ENSURE the following M&TE or equivalent is AVAILABLE and within their Calibration Due Dates, AND RECORD the M&TE Data on the Measuring and Test Equipment (M&TE) Log, Appendix C : ________ IRD810, Vibration Meter, Range 10HZ to 1KHZ, (10% of full scale), CSI 2120, Vibration Analyzer, Range 10HZ to 1KHZ, (10% full scale), CSI 2130, Vibration Analyzer, Range 10HZ to 1KHZ, (10% full scale), [2] ENSURE the following Data Acquisition System (10% of reading) or equivalent is AVAILABLE and within the Calibration Due Dates, AND RECORD the M&TE Data on the Measuring and Test Equipment (M&TE) Log, Appendix C : ________ 1 VibDaq Continuous Monitoring System, 24 Channel 2 VibDaq Continuous Monitoring Systems, 8 Channel 37 PCB Piezotronics, Model 357B61, Charge Output Accelerometers with PCB Piezotronics, Model 422E66A, In-line Charge Converters PCB Portable Shaker Vibration Calibrator, Model 9100D, (5% of Reading), [3] ENSURE the following equipment is available. ________ 3 Personal Computers, Windows 7 or greater Operating System Machinist Rule, 0 to 6 inches WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 20 of 182 Date ________

4.3 Field Preparations [1] ENSURE support is available to provide ladders or scaffolds as required. ________ 4.4 Approvals and Notifications [1] OBTAIN permission of the Preoperational Startup Manager to start the test. Preoperational Startup Manager Signature Date [2] OBTAIN (SM) authorization. U2 US/SRO/SM Signature Date [3] OBTAIN (SM) authorization. U1 US/SRO/SM Signature Date WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 21 of 182

5.0 ACCEPTANCE CRITERIA NOTES 1) Measurement uncertainties for instrumented measurements are calculated in Appendix D from allowable velocity and displacements specified in 2-TSD-HFT-1. These adjusted allowable values are incorporated in Attachment 5. The adjusted screening velocity is incorporated in Attachment 6. 2) Measurement uncertainty calculation steps for hand-held instrument measurements are included in Attachment 6. 3) The vibration level for piping and components is to be within acceptable limits in accordance with the requirements of FSAR Section 3.9.2.1. 4) The acceptance criteria for both velocity and displacement shall be in accordance with the Design Criteria WB-DC-40-31.16 and Engineering Specification N3C-945. 5.1 Steady State Vibrations 5.1.1 Observed Vibrations: Steady State vibrations are determined to be acceptable by satisfying any of the following criteria [1] Observing that no excessive vibrations exist. Vibration measurements are not required for acceptable observed vibration.(Steps) 6.1.1[4.1],6.2.2[4.1],6.2.4[4.1], 6.2.6[4.1],6.3.1[2.1],6.3.1[4.1],6.3.2[2.1],6.3.2[4.1],6.3.3[9.1],6.3.4[9.1],6.3.5[4.1],6.3.6[4.1],6.3.9[5.1],6.4.1[4.1],6.4.2[4.1],6.4.3[4.1],6.5.1[4.1],6.5.2[4.1],6.5.3[4.1],6.5.4[4.1],6.5.4[10.1],6.5.4[6.1],6.5.4[8.1],6.5.4[14.1],6.5.5[4.1],6.5.6[4.1],6.5.7[4.1],6.5.8[4.1],6.5.9[4.1],6.6.1[4.1],6.6.2[4.1],6.6.3[4.1],6.7.1[2.1],6.7.1[4.1], [2] Measured velocities are less than or equal to the screening criteria of 0.5 in/sec (peak). (Steps) 6.1.1[4.2]B, 6.2.2[4.2]B,6.2.4[4.2]B,6.2.6[4.2]B,6.3.1[2.2]B,6.3.1[4.2]B,6.3.2[2.2]B,6.3.1[4.2]B,6.3.3[9.2]B,6.3.4[9.2]B,6.3.5[4.2]B,6.3.6[4.2]B,6.3.9[5.2]B,6.4.1[4.2]B,6.4.3[4.2]B,6.5.1[4.2]B,6.5.2[4.2]B,6.5.3[4.2]B,6.4.2[4.2]B,6.5.4[4.2]B,6.5.4[10.2]B,6.5.4[6.2]B,6.5.4[8.2]B,6.5.4[12.1],6.5.4[12.2]B,6.5.4[14.2]B,6.5.5[4.2]B,6.5.6[4.2]B,6.5.7[4.2]B,6.5.8[4.2]B,6.5.9[4.2]B,6.6.1[4.2]B,6.6.2[4.2]B,6.6.3[4.2]B,6.7.1[2.2]B,6.7.1[4.2]B, WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 22 of 182

5.1.1 Observed Vibrations: Steady State vibrations are determined to be acceptable by satisfying any of the following criteria (continued) [3] Measured velocities or displacements are less than or equal to the calculated allowable velocities or displacements. (Attachment 6) (Steps) 6.1.1[4.2]C,6.2.2[4.2]C,6.2.4[4.2]C,6.2.6[4.2]C,6.3.1[2.2]C,6.3.1[4.2]C, 6.3.2[2.2]C,6.3.2[4.2]C,6.3.3[9.2]C,6.3.4[9.2]C,6.3.5[4.2]C,6.3.6[4.2]C,6.3.9[5.2]C,6.4.1[4.2]C,6.4.2[4.2]C,6.4.3[4.2]C,6.5.1[4.2]C,6.5.2[4.2]C,6.5.3[4.2]C,6.5.4[4.2]C,6.5.4[6.2]C,6.5.4[8.2]C,6.5.4[10.2]C,6.5.4[12.2]C,6.5.4[14.2]C,6.5.5[4.2]C,6.5.6[4.2]C,6.5.7[4.2]C,6.5.8[4.2]C,6.5.9[4.2]C,6.6.1[4.2]C,6.6.2[4.2]C,6.6.3[4.2]C,6.7.1[2.2]C,6.7.1[4.2]C 5.1.2 Instrumented Measurements: The magnitude of steady state instrumented vibration is less than or equal to the acceptable velocity or displacement values. (Attachment 5) (Steps) 6.1.1[6], 6.2.2[6], 6.2.4[6], 6.2.6[6], 6.3.3[16], 6.3.4[16], 6.3.6[6], 6.3.9[10.2], 6.5.1[6], 6.5.2[6], 6.6.1[6], 6.6.2[6], 6.6.3[6], 5.2 Transient Vibration 5.2.1 Visual Observation: Transient vibrations are acceptable when no excessive vibrations are observed. (Steps) 6.1.2[3.5], 6.1.2[4.1], 6.1.2[5.1], 6.1.2[6.1], 6.1.3[3.5], 6.1.3[4.5], 6.1.3[5.5], 6.1.3[6.5], 6.1.3[7.5], 6.1.3[8.5], 6.1.3[9.5], 6.1.3[10.5], 6.1.3[11.5], 6.1.3[12.5], 6.1.3[13.5], 6.1.3[14.5], 6.2.1[7], 6.2.3[7], 6.2.5[7], 6.3.3[8], 6.3.3[15], 6.3.4[8], 6.3.4[15], 6.3.7[8], 6.3.8[8], 6.3.9[4.5], 6.3.9[6.4], 6.3.9[7.5], 6.3.9[8.6], 6.4.4[3.1], 6.4.4[4.1], 6.4.4[5.1], 6.4.4[6.1], 6.5.10[3.5], 6.5.10[4.5], 6.5.10[5.5], 6.5.10[6.5], 6.6.4[3.5], 6.6.4[5], 6.6.5[3.5], 6.6.5[4.4], 6.6.6[3.5], 6.6.6[4.4], 6.6.7[3.5], 6.6.7[4.4], 6.6.8[3.5], 6.6.8[4.4], 6.6.9[3.5], 6.6.9[4.5], 6.6.10[3.5], 6.6.10[4.5] 5.2.2 Instrumented Measurements: The magnitude of transient instrumented vibration is less than or equal to the acceptable velocity or displacement values. (Attachment 5) (Steps) 6.1.2[8],6.1.3[16], 6.2.1[9],6.2.3[9], 6.2.5[9], 6.3.3[16], 6.3.4[16], 6.3.7[10], 6.3.8[10], 6.3.9[10.1], 6.3.9[10.3], 6.3.9[10.4], 6.3.9[10.5], 6.5.10[8.1], 6.5.10[8.2], 6.5.10[8.3], 6.5.10[8.4], 6.6.5[6], 6.6.6[6], 6.6.7[6], 6.6.8[6], 6.6.9[6], 6.6.10[6]

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6.0 PERFORMANCE NOTE Sections and Subsections may be performed out of sequence or simultaneously. 6.1 Main Steam System 6.1.1 MS to TDAFP Turbine, Steady State [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.1 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. / [3] RECORD applicable flow, pressure, temperature data and instrument numbers WHEN steady state conditions are established. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [4] OBSERVE MS to TDAFP Turbine for the following Vibration Test Sequence: ________ [4.1] IF no vibration is observed, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[1]) ________ [4.2] IF excessive vibration is observed, THEN A. MEASURE the velocity AND RECORD on Attachment 6. ________ B. IF velocity is < 0.45 ips, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[2]) ________

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6.1.1 MS to TDAFP Turbine, Steady State (continued)

C. IF velocity is > 0.45 ips, THEN MEASURE displacement(s) AND RECORD on Attachment 6. ________ CALCULATE allowable displacements AND COMPLETE Attachment 6. ________ IF measured displacement(s) are < calculated allowable, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[3]) ________ [5] RECORD approximately sixty (60) seconds of DAS data using the sensor listed on Attachment 5. ________ [6] REVIEW recorded DAS data AND COMPLETE Attachment 5. (ACC CRIT 5.1.2) ________ [7] LABEL AND ATTACH to Attachment 7 a sample of the velocity and displacement data for the sensor on Attachment 5. ________ [8] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during this flow mode. ________ 6.1.2 Atmospheric Relief Valve Lift, Transient NOTE Only Atmospheric Relief Valve 2-PCV-1-5 requires DAS data collection during Atmospheric Relief Valve lift. [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.1 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. /

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6.1.2 Atmospheric Relief Valve Lift, Transient (continued)

[3] RECORD, for 2-PCV-1-5, the applicable pre-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [3.1] ACTIVATE the DAS for 2-PCV-1-5 approximately 30 seconds prior to initiation of the Atmospheric Relief Valve lift for the sensors listed on Attachment 5. ________ [3.2] OBSERVE the system piping associated with 2-PCV-1-5 during the transient.

________ [3.3] DEACTIVATE the DAS approximately 60 seconds after the transient has subsided. ________ [3.4] RECORD, for 2-PCV-1-5, the applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [3.5] VERIFY the observation results for 2-PCV-1-5 are acceptable. (ACC CRIT 5.2.1) ________ [4] RECORD, for 2-PCV-1-12, the applicable pre-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / /

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6.1.2 Atmospheric Relief Valve Lift, Transient (continued)

[4.1] OBSERVE the system piping associated with 2-PCV-1-12 during the transient AND VERIFY the results are acceptable. (ACC CRIT 5.2.1) ________ [4.2] RECORD, for 2-PCV-1-12, the applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [5] RECORD, for 2-PCV-1-23, the applicable pre-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [5.1] OBSERVE the system piping associated with 2-PCV-1-23 during the transient AND VERIFY the results are acceptable. (ACC CRIT 5.2.1) ________ [5.2] RECORD, for 2-PCV-1-23, the applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / /

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6.1.2 Atmospheric Relief Valve Lift, Transient (continued)

[6] RECORD, for 2-PCV-1-30, the applicable pre-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [6.1] OBSERVE the system piping associated with 2-PCV-1-30 during the transient AND VERIFY the results are acceptable. (ACC CRIT 5.2.1) ________ [6.2] RECORD, for 2-PCV-1-30, the applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [7] PERFORM a post-transient walkdown of the test boundary AND VERIFY no damage has occurred. [7.1] 2-PCV-1-5 ________ [7.2] 2-PCV-1-12 ________ [7.3] 2-PCV-1-23 ________ [7.4] 2-PCV-1-30 ________ [8] REVIEW DAS data recorded for 2-PCV-1-5 AND COMPLETE Attachment 5. (ACC CRIT 5.2.2) ________

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6.1.2 Atmospheric Relief Valve Lift, Transient (continued)

[9] LABEL AND ATTACH to Attachment 8 a sample of the velocity and displacement data for the sensors on Attachment 5. ________ [10] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during this flow mode. ________ 6.1.3 Turbine Bypass, Transients [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.1 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. / [3] RECORD, for 2-FCV-1-103, the applicable pre-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [3.1] ACTIVATE the DAS for 2-FCV-1-103 approximately 30 seconds prior to initiation of the Turbine Bypass transient for the sensors listed on Attachment 5. ________ [3.2] OBSERVE the system piping associated with 2-FCV-1-103 during the transient.

________ [3.3] DEACTIVATE the DAS approximately 60 seconds after the transient has subsided. ________

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6.1.3 Turbine Bypass, Transients (continued)

[3.4] RECORD, for 2-FCV-1-103, the applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [3.5] VERIFY the observation results for 2-FCV-1-103 are acceptable. (ACC CRIT 5.2.1) ________ [4] RECORD, for 2-FCV-1-104, the applicable pre-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [4.1] ACTIVATE the DAS for 2-FCV-1-104 approximately 30 seconds prior to initiation of the Turbine Bypass transient for the sensors listed on Attachment 5. ________ [4.2] OBSERVE the system piping associated with 2-FCV-1-104 during the transient.

________ [4.3] DEACTIVATE the DAS approximately 60 seconds after the transient has subsided. ________ [4.4] RECORD, for 2-FCV-1-104, the applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / /

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6.1.3 Turbine Bypass, Transients (continued)

[4.5] VERIFY the observation results for 2-FCV-1-104 are acceptable. (ACC CRIT 5.2.1) ________ [5] RECORD, for 2-FCV-1-105, the applicable pre-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [5.1] ACTIVATE the DAS for 2-FCV-1-105 approximately 30 seconds prior to initiation of the Turbine Bypass transient for the sensors listed on Attachment 5. ________ [5.2] OBSERVE the system piping associated with 2-FCV-1-105 during the transient.

________ [5.3] DEACTIVATE the DAS approximately 60 seconds after the transient has subsided. ________ [5.4] RECORD, for 2-FCV-1-105, the applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [5.5] VERIFY the observation results for 2-FCV-1-105 are acceptable. (ACC CRIT 5.2.1) ________

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6.1.3 Turbine Bypass, Transients (continued)

[6] RECORD, for 2-FCV-1-106, the applicable pre-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [6.1] ACTIVATE the DAS for 2-FCV-1-106 approximately 30 seconds prior to initiation of the Turbine Bypass transient for the sensors listed on Attachment 5. ________ [6.2] OBSERVE the system piping associated with 2-FCV-1-106 during the transient.

________ [6.3] DEACTIVATE the DAS approximately 60 seconds after the transient has subsided. ________ [6.4] RECORD, for 2-FCV-1-106, the applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [6.5] VERIFY the observation results for 2-FCV-1-106 are acceptable. (ACC CRIT 5.2.1) ________ [7] RECORD, for 2-FCV-1-107, the applicable pre-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / /

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6.1.3 Turbine Bypass, Transients (continued)

[7.1] ACTIVATE the DAS for 2-FCV-1-107 approximately 30 seconds prior to initiation of the Turbine Bypass transient for the sensors listed on Attachment 5. ________ [7.2] OBSERVE the system piping associated with 2-FCV-1-107 during the transient.

________ [7.3] DEACTIVATE the DAS approximately 60 seconds after the transient has subsided. ________ [7.4] RECORD, for 2-FCV-1-107, the applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [7.5] VERIFY the observation results for 2-FCV-1-107 are acceptable. (ACC CRIT 5.2.1) ________ [8] RECORD, for 2-FCV-1-108, the applicable pre-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [8.1] ACTIVATE the DAS for 2-FCV-1-108 approximately 30 seconds prior to initiation of the Turbine Bypass transient for the sensors listed on Attachment 5. ________ [8.2] OBSERVE the system piping associated with 2-FCV-1-108 during the transient.

________ [8.3] DEACTIVATE the DAS approximately 60 seconds after the transient has subsided. ________

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6.1.3 Turbine Bypass, Transients (continued)

[8.4] RECORD, for 2-FCV-1-108, the applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [8.5] VERIFY the observation results for 2-FCV-1-108 are acceptable. (ACC CRIT 5.2.1) ________ [9] RECORD, for 2-FCV-1-109, the applicable pre-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [9.1] ACTIVATE the DAS for 2-FCV-1-109 approximately 30 seconds prior to initiation of the Turbine Bypass transient for the sensors listed on Attachment 5. ________ [9.2] OBSERVE the system piping associated with 2-FCV-1-109 during the transient.

________ [9.3] DEACTIVATE the DAS approximately 60 seconds after the transient has subsided. ________ [9.4] RECORD, for 2-FCV-1-109, the applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / /

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6.1.3 Turbine Bypass, Transients (continued)

[9.5] VERIFY the observation results for 2-FCV-1-109 are acceptable. (ACC CRIT 5.2.1) ________ [10] RECORD, for 2-FCV-1-110, the applicable pre-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [10.1] ACTIVATE the DAS for 2-FCV-1-110 approximately 30 seconds prior to initiation of the Turbine Bypass transient for the sensors listed on Attachment 5. ________ [10.2] OBSERVE the system piping associated with 2-FCV-1-110 during the transient.

________ [10.3] DEACTIVATE the DAS approximately 60 seconds after the transient has subsided. ________ [10.4] RECORD, for 2-FCV-1-110, the applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [10.5] VERIFY the observation results for 2-FCV-1-110 are acceptable. (ACC CRIT 5.2.1) ________

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6.1.3 Turbine Bypass, Transients (continued)

[11] RECORD, for 2-FCV-1-111, the applicable pre-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [11.1] ACTIVATE the DAS for 2-FCV-1-111 approximately 30 seconds prior to initiation of the Turbine Bypass transient for the sensors listed on Attachment 5. ________ [11.2] OBSERVE the system piping associated with 2-FCV-1-111 during the transient.

________ [11.3] DEACTIVATE the DAS approximately 60 seconds after the transient has subsided. ________ [11.4] RECORD, for 2-FCV-1-111, the applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [11.5] VERIFY the observation results for 2-FCV-1-111 are acceptable. (ACC CRIT 5.2.1) ________ [12] RECORD, for 2-FCV-1-112, the applicable pre-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / /

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6.1.3 Turbine Bypass, Transients (continued)

[12.1] ACTIVATE the DAS for 2-FCV-1-112 approximately 30 seconds prior to initiation of the Turbine Bypass transient for the sensors listed on Attachment 5. ________ [12.2] OBSERVE the system piping associated with 2-FCV-1-112 during the transient.

________ [12.3] DEACTIVATE the DAS approximately 60 seconds after the transient has subsided. ________ [12.4] RECORD, for 2-FCV-1-112, the applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [12.5] VERIFY the observation results for 2-FCV-1-112 are acceptable. (ACC CRIT 5.2.1) ________ [13] RECORD, for 2-FCV-1-113, the applicable pre-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [13.1] ACTIVATE the DAS for 2-FCV-1-113 approximately 30 seconds prior to initiation of the Turbine Bypass transient for the sensors listed on Attachment 5. ________ [13.2] OBSERVE the system piping associated with 2-FCV-1-113 during the transient.

________ [13.3] DEACTIVATE the DAS approximately 60 seconds after the transient has subsided. ________

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6.1.3 Turbine Bypass, Transients (continued)

[13.4] RECORD, for 2-FCV-1-113, the applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [13.5] VERIFY the observation results for 2-FCV-1-113 are acceptable. (ACC CRIT 5.2.1) ________ [14] RECORD, for 2-FCV-1-114, the applicable pre-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [14.1] ACTIVATE the DAS for 2-FCV-1-114 approximately 30 seconds prior to initiation of the Turbine Bypass transient for the sensors listed on Attachment 5. ________ [14.2] OBSERVE the system piping associated with 2-FCV-1-114 during the transient.

________ [14.3] DEACTIVATE the DAS approximately 60 seconds after the transient has subsided. ________ [14.4] RECORD, for 2-FCV-1-114, the applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / /

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6.1.3 Turbine Bypass, Transients (continued)

[14.5] VERIFY the observation results for 2-FCV-1-114 are acceptable. (ACC CRIT 5.2.1) ________ [15] PERFORM a post-transient walkdown of the test boundary AND VERIFY no damage has occurred. ________ [16] REVIEW recorded DAS data AND COMPLETE Attachment 5. (ACC CRIT 5.2.2) [16.1] 2-FCV-1-103 ________ [16.2] 2-FCV-1-104 ________ [16.3] 2-FCV-1-105 ________ [16.4] 2-FCV-1-106 ________ [16.5] 2-FCV-1-107 ________ [16.6] 2-FCV-1-108 ________ [16.7] 2-FCV-1-109 ________ [16.8] 2-FCV-1-110 ________ [16.9] 2-FCV-1-111 ________ [16.10] 2-FCV-1-112 ________ [16.11] 2-FCV-1-113 ________ [16.12] 2-FCV-1-114 ________ [17] LABEL AND ATTACH to Attachment 8 a sample of the velocity and displacement data for the sensors on Attachment 5. ________ [18] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during this flow mode. ________

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6.2 Main Feedwater System 6.2.1 MFP 2A Pump Start, Transient [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.2 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. / [3] ACTIVATE the DAS approximately 30 seconds prior to initiation of the pump start transient for the sensor listed on Attachment 5. ________ [4] OBSERVE system piping associated with MFP 2A pump start. ________ [5] DEACTIVATE the DAS approximately 60 seconds after the transient has subsided. ________ [6] RECORD applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [7] VERIFY the observation results for MFP 2A pump start are acceptable. (ACC CRIT 5.2.1) ________ [8] PERFORM a post-transient walkdown of the test boundary AND VERIFY no damage has occurred. ________

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6.2.1 MFP 2A Pump Start, Transient (continued)

[9] REVIEW recorded DAS data AND COMPLETE Attachment 5 for MFP 2A pump start. (ACC CRIT 5.2.2) ________ [10] LABEL AND ATTACH to Attachment 8 a sample of the velocity and displacement data for the sensor on Attachment 5. ________ [11] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during the MFP 2A pump start. ________ 6.2.2 MFP 2A Recirc, Steady State [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.2 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. / [3] RECORD applicable flow, pressure, temperature data and instrument numbers WHEN steady state conditions are established. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [4] OBSERVE MFP 2A Recirc, Steady State for the following Vibration Test Sequence: ________ [4.1] IF no vibration is observed, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[1]) ________ [4.2] IF excessive vibration is observed, THEN A. MEASURE the velocity AND RECORD on Attachment 6. ________

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6.2.2 MFP 2A Recirc, Steady State (continued)

B. IF velocity is < 0.45 ips, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[2]) ________ C. IF velocity is > 0.45 ips, THEN MEASURE displacement(s) AND RECORD on Attachment 6. ________ CALCULATE allowable displacements AND COMPLETE Attachment 6. ________ IF measured displacement(s) are < calculated allowable, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[3]) ________ [5] RECORD approximately sixty (60) seconds of DAS data using the sensor listed on Attachment 5. ________ [6] REVIEW recorded DAS data AND COMPLETE Attachment 5 for MFP 2A Recirc Steady state. (ACC CRIT 5.1.2) ________ [7] LABEL AND ATTACH to Attachment 7 a sample of the velocity and displacement data for the sensor on Attachment 5. ________ [8] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during MFP 2A Recirc Steady State. ________ 6.2.3 MFP 2B Pump Start, Transient [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.2 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. / [3] ACTIVATE the DAS approximately 30 seconds prior to initiation of the MFP 2B pump start for the sensors listed on . ________

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6.2.3 MFP 2B Pump Start, Transient (continued)

[4] OBSERVE system piping associated with MFP 2B pump start. ________ [5] DEACTIVATE the DAS approximately 60 seconds after the transient has subsided. ________ [6] RECORD applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [7] VERIFY the observation results for MFP 2B pump start are acceptable. (ACC CRIT 5.2.1) ________ [8] PERFORM a post-transient walkdown of the test boundary AND VERIFY no damage has occurred. ________ [9] REVIEW recorded DAS data AND COMPLETE Attachment 5 for MFP 2B. (ACC CRIT 5.2.2) ________ [10] LABEL AND ATTACH to Attachment 8 a sample of the velocity and displacement data for the sensor on Attachment 5. ________ [11] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during the MFP 2B pump start. ________ 6.2.4 MFP 2B Recirc, Steady State [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.2 have been completed. ________

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6.2.4 MFP 2B Recirc, Steady State (continued)

[2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. / [3] RECORD applicable flow, pressure, temperature data and instrument numbers WHEN steady state conditions are established. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [4] OBSERVE MFP 2B Recirc, Steady State for the following Vibration Test Sequence: ________ [4.1] IF no vibration is observed, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[1]) ________ [4.2] IF excessive vibration is observed, THEN A. MEASURE the velocity AND RECORD on Attachment 6. ________ B. IF velocity is < 0.45 ips, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[2]) ________ C. IF velocity is > 0.45 ips, THEN MEASURE displacement(s) AND RECORD on Attachment 6. ________ CALCULATE allowable displacements AND COMPLETE Attachment 6. ________ IF measured displacement(s) are < calculated allowable, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[3]) ________ [5] RECORD approximately sixty (60) seconds of DAS data using the sensor listed on Attachment 5. ________

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6.2.4 MFP 2B Recirc, Steady State (continued)

[6] REVIEW recorded DAS data AND COMPLETE Attachment 5 for MFP 2B Recirc Steady State. (ACC CRIT 5.1.2) ________ [7] LABEL AND ATTACH to Attachment 7 a sample of the velocity and displacement data for the sensor on Attachment 5. ________ [8] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed for MFP 2B Recirc Steady State. ________ 6.2.5 Standby Main Feed Pump Start, Transient [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.2 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. / [3] ACTIVATE the DAS approximately 30 seconds prior to initiation of the pump start transient for the sensors listed on . ________ [4] OBSERVE system piping associated with Standby MFP pump start.

________ [5] DEACTIVATE the DAS approximately 60 seconds after the transient has subsided. ________ [6] RECORD applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / /

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6.2.5 Standby Main Feed Pump Start, Transient (continued)

[7] VERIFY the observation results for Standby MFP pump start are acceptable. (ACC CRIT 5.2.1) ________ [8] PERFORM a post-transient walkdown of the test boundary AND VERIFY no damage has occurred. ________ [9] REVIEW recorded DAS data AND COMPLETE Attachment 5 for Standby MFP. (ACC CRIT 5.2.2) ________ [10] LABEL AND ATTACH to Attachment 8 a sample of the velocity and displacement data for the sensor on Attachment 5. ________ [11] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during Standby MFP pump start. ________ 6.2.6 Standby Main Feed Pump Long Cycle Recirc, Steady State [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.2 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. / [3] RECORD applicable flow, pressure, temperature data and instrument numbers WHEN steady state conditions are established. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [4] OBSERVE Standby Main Feed Pump Long Cycle Recirc, Steady State for the following Vibration Test Sequence: ________

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6.2.6 Standby Main Feed Pump Long Cycle Recirc, Steady State (continued) [4.1] IF no vibration is observed, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[1]) ________ [4.2] IF excessive vibration is observed, THEN A. MEASURE the velocity AND RECORD on Attachment 6. ________ B. IF velocity is < 0.45 ips, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[2]) ________ C. IF velocity is > 0.45 ips, THEN MEASURE displacement(s) AND RECORD on Attachment 6. ________ CALCULATE allowable displacements AND COMPLETE Attachment 6. ________ IF measured displacement(s) are < calculated allowable, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[3]) ________ [5] RECORD approximately sixty (60) seconds of DAS data using the sensor listed on Attachment 5. ________ [6] REVIEW recorded DAS data AND COMPLETE Attachment 5 for Standby MFP Long Cycle Recirc, Steady State. (ACC CRIT 5.1.2) ________ [7] LABEL AND ATTACH to Attachment 7 a sample of the velocity and displacement data for the sensor on Attachment 5. ________ [8] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during Standby MFP Long Cycle Recirc, Steady State. ________

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6.3 Auxiliary Feedwater System 6.3.1 MDAFP Recirc (Normal Min Flow), Steady State [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.3 for MDAFP 2A-A Recirc have been completed. [1.1] RECORD the procedure used to operate the system. ________ Procedure No./Subsection No. / [1.2] RECORD applicable flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [2] OBSERVE MDAFP 2A-A Recirc (Normal Min Flow), Steady State for the following Vibration Test Sequence: ________ [2.1] IF no vibration is observed, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[1]) ________ [2.2] IF excessive vibration is observed, THEN A. MEASURE the velocity AND RECORD on Attachment 6. ________ B. IF velocity is < 0.45 ips, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[2]) ________ C. IF velocity is > 0.45 ips, THEN MEASURE displacement(s) AND RECORD on Attachment 6. ________ CALCULATE allowable displacements AND COMPLETE Attachment 6. ________

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6.3.1 MDAFP Recirc (Normal Min Flow), Steady State (continued)

IF measured displacement(s) are < calculated allowable, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[3]) ________ [2.3] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during MDAFP 2A-A Recirc. ________ [3] VERIFY prerequisites listed in Section 4.0 for Subsection 6.3 for MDAFP 2B-B Recirc have been completed. [3.1] RECORD the procedure used to operate the system. ________ Procedure No./Subsection No. / [3.2] RECORD applicable flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [4] OBSERVE MDAFP 2B-B Recirc (Normal Min Flow), Steady State for the following Vibration Test Sequence: ________ [4.1] IF no vibration is observed, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[1]) ________ [4.2] IF excessive vibration is observed, THEN A. MEASURE the velocity AND RECORD on Attachment 6. ________ B. IF velocity is < 0.45 ips, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[2]) ________ C. IF velocity is > 0.45 ips, THEN MEASURE displacement(s) AND RECORD on Attachment 6. ________

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6.3.1 MDAFP Recirc (Normal Min Flow), Steady State (continued)

CALCULATE allowable displacements AND COMPLETE Attachment 6. ________ IF measured displacement(s) are < calculated allowable, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[3]) ________ [4.3] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during MDAFP 2B-B Recirc. ________ 6.3.2 MDAFP Additional Recirc, Steady State [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.3 for MDAFP 2A-A Additional Recirc have been completed. [1.1] RECORD the procedure used to operate the system. ________ Procedure No./Subsection No. / [1.2] RECORD applicable flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [2] OBSERVE MDAFP 2A-A Additional Recirc, Steady State for the following Vibration Test Sequence: ________ [2.1] IF no vibration is observed, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[1]) ________ [2.2] IF excessive vibration is observed, THEN A. MEASURE the velocity AND RECORD on Attachment 6. ________ B. IF velocity is < 0.45 ips, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[2]) ________

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6.3.2 MDAFP Additional Recirc, Steady State (continued)

C. IF velocity is > 0.45 ips, THEN MEASURE displacement(s) AND RECORD on Attachment 6. ________ CALCULATE allowable displacements AND COMPLETE Attachment 6. ________ IF measured displacement(s) are < calculated allowable, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[3]) ________ [2.3] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during MDAFP 2A-A Additional Recirc. ________ [3] VERIFY prerequisites listed in Section 4.0 for Subsection 6.3 for MDAFP 2B-B Additional Recirc have been completed. [3.1] RECORD the procedure used to operate the system. ________ Procedure No./Subsection No. / [3.2] RECORD applicable flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [4] OBSERVE MDAFP 2B-B Additional Recirc, Steady State for the following Vibration Test Sequence: ________ [4.1] IF no vibration is observed, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[1]) ________ [4.2] IF excessive vibration is observed, THEN A. MEASURE the velocity AND RECORD on Attachment 6. ________

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6.3.2 MDAFP Additional Recirc, Steady State (continued)

B. IF velocity is < 0.45 ips, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[2]) ________ C. IF velocity is > 0.45 ips, THEN MEASURE displacement(s) AND RECORD on Attachment 6. ________ CALCULATE allowable displacements AND COMPLETE Attachment 6. ________ IF measured displacement(s) are < calculated allowable, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[3]) ________ [4.3] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during MDAFP 2B-B Additional Recirc. ________ 6.3.3 MDAFP 2A-A to Steam Generators, Transient, Steady State [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.3 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. / [3] RECORD applicable flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [4] ACTIVATE the DAS approximately 30 seconds prior to initiation of the MDAFP 2A-A start transient for the sensor listed on Attachment 5. ________

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6.3.3 MDAFP 2A-A to Steam Generators, Transient, Steady State (continued) [5] OBSERVE the system piping associated with MDAFP 2A-A during the transient.

________ [6] DEACTIVATE the DAS approximately 60 seconds after the transient has subsided. ________ [7] RECORD, for MDAFP 2A-A, the applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [8] VERIFY the observation results for MDAFP 2A-A Start Transient are acceptable. (ACC CRIT 5.2.1) ________ [9] OBSERVE MDAFP 2A-A Steady State for the following Vibration Test Sequence: ________ [9.1] IF no vibration is observed, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[1]) ________ [9.2] IF excessive vibration is observed, THEN A. MEASURE the velocity AND RECORD on Attachment 6. ________ B. IF velocity is < 0.45 ips, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[2]) ________ C. IF velocity is > 0.45 ips, THEN MEASURE displacement(s) AND RECORD on Attachment 6. ________ CALCULATE allowable displacements AND COMPLETE Attachment 6. ________

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6.3.3 MDAFP 2A-A to Steam Generators, Transient, Steady State (continued) IF measured displacement(s) are < calculated allowable, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[3]) ________ [10] RECORD approximately sixty (60) seconds of steady state DAS data using the sensor listed on Attachment 5. ________ [11] ACTIVATE the DAS approximately 30 seconds prior to initiation of the MDAFP 2A-A stop transient for the sensor listed on Attachment 5. ________ [12] OBSERVE the system piping associated with the MDAFP 2A-A stop transient.

________ [13] DEACTIVATE the DAS approximately 60 seconds after the transient has subsided. ________ [14] RECORD, for MDAFP 2A-A, the applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [15] VERIFY the observation results for MDAFP 2A-A Stop Transient are acceptable. (ACC CRIT 5.2.1) ________ [16] REVIEW DAS data recorded for MDAFP 2A-A start transient, steady state operation and stop transient AND COMPLETE Attachment 5 for MDAFP 2A-A start transient, steady state operation and stop transient. (ACC CRIT 5.2.2, 5.1.2) ________ [17] LABEL AND ATTACH to Attachment 7 a sample of the MDAFP 2A-A steady state velocity and displacement data for the sensor on . ________

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6.3.3 MDAFP 2A-A to Steam Generators, Transient, Steady State (continued) [18] LABEL AND ATTACH to Attachment 8 a sample of the MDAFP 2A-A start and stop transient velocity AND displacement data for the sensor on Attachment 5. ________ [19] PERFORM a post-transient walkdown of the transient test boundary AND VERIFY no damage has occurred. ________ [20] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during the MDAFP 2A-A start transient, steady state operation and stop transient. ________ 6.3.4 MDAFP 2B-B to Steam Generators, Transient, Steady State [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.3 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. / [3] RECORD applicable flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [4] ACTIVATE the DAS approximately 30 seconds prior to initiation of the MDAFP 2B-B start transient for the sensor listed on Attachment 5. ________

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6.3.4 MDAFP 2B-B to Steam Generators, Transient, Steady State (continued) [5] OBSERVE the system piping associated with MDAFP 2B-B during the transient.

________ [6] DEACTIVATE the DAS approximately 60 seconds after the transient has subsided. ________ [7] RECORD, for MDAFP 2B-B, the applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [8] VERIFY the observation results for MDAFP 2B-B Start Transient are acceptable. (ACC CRIT 5.2.1) ________ [9] OBSERVE MDAFP 2B-B Steady State for the following Vibration Test Sequence: ________ [9.1] IF no vibration is observed, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[1]) ________ [9.2] IF excessive vibration is observed, THEN A. MEASURE the velocity AND RECORD on Attachment 6. ________ B. IF velocity is < 0.45 ips, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[2]) ________ C. IF velocity is > 0.45 ips, THEN MEASURE displacement(s) AND RECORD on Attachment 6. ________ CALCULATE allowable displacements AND COMPLETE Attachment 6. ________

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6.3.4 MDAFP 2B-B to Steam Generators, Transient, Steady State (continued) IF measured displacement(s) are < calculated allowable, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[3]) ________ [10] RECORD approximately sixty (60) seconds of steady state DAS data using the sensor listed on Attachment 5. ________ [11] ACTIVATE the DAS approximately 30 seconds prior to initiation of the MDAFP 2B-B stop transient for the sensor listed on Attachment 5. ________ [12] OBSERVE the system piping associated with the MDAFP 2B-B stop transient.

________ [13] DEACTIVATE the DAS approximately 60 seconds after the transient has subsided. ________ [14] RECORD, for MDAFP 2B-B, the applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [15] VERIFY the observation results for MDAFP 2B-B Stop Transient are acceptable. (ACC CRIT 5.2.1) ________ [16] REVIEW DAS data recorded for MDAFP 2B-B start transient, steady state operation and stop transient AND COMPLETE Attachment 5 for MDAFP 2B-B start transient, steady state operation and stop transient. (ACC CRIT 5.2.2, 5.1.2) ________ [17] LABEL AND ATTACH to Attachment 7 a sample of the MDAFP 2B-B steady state velocity and displacement data for the sensor on . ________

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6.3.4 MDAFP 2B-B to Steam Generators, Transient, Steady State (continued) [18] LABEL AND ATTACH to Attachment 8 a sample of the MDAFP 2B-B start and stop transient velocity and displacement data for the sensor on Attachment 5. ________ [19] PERFORM a post-transient walkdown of the transient test boundary AND VERIFY no damage has occurred. ________ [20] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during the MDAFP 2B-B start transient, steady state operation and stop transient. ________ 6.3.5 TDAFP Recirc, Steady State [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.3 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. / [3] RECORD applicable flow, pressure, temperature data and instrument numbers WHEN steady state conditions are established. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [4] OBSERVE TDAFP Recirc, Steady State for the following Vibration Test Sequence: ________ [4.1] IF no vibration is observed, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[1]) ________

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6.3.5 TDAFP Recirc, Steady State (continued)

[4.2] IF excessive vibration is observed, THEN A. MEASURE the velocity AND RECORD on Attachment 6. ________ B. IF velocity is < 0.45 ips, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[2]) ________ C. IF velocity is > 0.45 ips, THEN MEASURE displacement(s) AND RECORD on Attachment 6. ________ CALCULATE allowable displacements AND COMPLETE Attachment 6. ________ IF measured displacement(s) are < calculated allowable, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[3]) ________ [5] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during this TDAFP Recirc, Steady State. ________ 6.3.6 TDAFP to Steam Generators, Steady State [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.3 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. / [3] RECORD applicable flow, pressure, temperature data and instrument numbers WHEN steady state conditions are established. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / /

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6.3.6 TDAFP to Steam Generators, Steady State (continued)

[4] OBSERVE TDAFP to Steam Generators, Steady State for the following Vibration Test Sequence: ________ [4.1] IF no vibration is observed, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[1]) ________ [4.2] IF excessive vibration is observed, THEN A. MEASURE the velocity AND RECORD on Attachment 6. ________ B. IF velocity is < 0.45 ips, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[2]) ________ C. IF velocity is > 0.45 ips, THEN MEASURE displacement(s) AND RECORD on Attachment 6. ________ CALCULATE allowable displacements AND COMPLETE Attachment 6. ________ IF measured displacement(s) are < calculated allowable, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[3]) ________ [5] RECORD approximately sixty (60) seconds of DAS data using the sensors listed on Attachment 5. ________ [6] REVIEW recorded DAS data AND COMPLETE Attachment 5. (ACC CRIT 5.1.2) ________ [7] LABEL AND ATTACH to Attachment 7 a sample of the velocity and displacement data for the sensors on Attachment 5. ________ [8] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during TDAFP to Steam Generators, Steady State. ________

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6.3.7 TDAFP Cold Start, Transient [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.3 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. / [3] RECORD applicable pre-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [4] ACTIVATE the DAS approximately 30 seconds prior to initiation of the cold start transient for the sensors listed on Attachment 5. ________ [5] OBSERVE the system piping during the pump start transient ________ [6] DEACTIVATE the DAS approximately 60 seconds after the transient has subsided. ________ [7] RECORD applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [8] VERIFY the observation results for the TDAFP Cold Start Transient are acceptable.(ACC CRIT 5.2.1) ________

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6.3.7 TDAFP Cold Start, Transient (continued)

[9] PERFORM a post-transient walkdown of the transient test boundary AND VERIFY no damage has occurred. ________ [10] REVIEW recorded DAS data AND COMPLETE Attachment 5 for TDAFP Cold Start Transient. (ACC CRIT 5.2.2) ________ [11] LABEL AND ATTACH to Attachment 8 a sample of the velocity and displacement data for the sensor on Attachment 5. ________ [12] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during TDAFP Cold Start Transient. ________ 6.3.8 TDAFP Trip, Transient [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.3 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. / [3] RECORD applicable pre-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [4] ACTIVATE the DAS approximately 30 seconds prior to initiation of the cold start transient for the sensors listed on . ________ [5] OBSERVE the system piping during the TDAFP Trip. ________

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6.3.8 TDAFP Trip, Transient (continued)

[6] DEACTIVATE the DAS approximately 60 seconds after the transient has subsided. ________ [7] RECORD applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [8] VERIFY the observation results for the TDAFP Trip are acceptable.(ACC CRIT 5.2.1) ________ [9] PERFORM a post-transient walkdown of the transient test boundary AND VERIFY no damage has occurred. ________ [10] REVIEW recorded DAS data AND COMPLETE Attachment 5 for TDAFP Trip. (ACC CRIT 5.2.2) ________ [11] LABEL AND ATTACH to Attachment 8 a sample of the velocity and displacement data for the sensor on Attachment 5. ________ [12] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during TDAFP Trip. ________

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6.3.9 Aux Feedwater Waterhammer Tests, Transient, Steady State NOTES 1) This subsection may be performed with 2-PTI-003B-05 Auxiliary Feedwater System Dynamic Test, Water Hammer section. 2) The performance of this section will be of short duration. [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.3 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. / [3] STATION transient / steady state vibration observers at selected locations. ________ [4] TDAFP, MDAFP 2A-A and 2B-B Simultaneous Start and Steady State Operation: [4.1] ACTIVATE the DAS approximately 30 seconds prior to initiation of the pump start transient for the sensors listed on Attachment 5. ________ [4.2] OBSERVE the system piping during the TDAFP, MDAFP 2A-A and 2B-B Simultaneous Start. ________ [4.3] DEACTIVATE the DAS approximately 60 seconds after the transient has subsided AND steady state data was recorded. ________

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6.3.9 Aux Feedwater Waterhammer Tests, Transient, Steady State (continued) [4.4] RECORD applicable flow, pressure, temperature data and instrument numbers WHEN steady state conditions are established. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [4.5] VERIFY the observation results for the TDAFP, MDAFP 2A-A and 2B-B Simultaneous Start are acceptable.(ACC CRIT 5.2.1) ________ [5] OBSERVE TDAFP, MDAFP 2A-A and 2B-B Steady State for the following Vibration Test Sequence: ________ [5.1] IF no vibration is observed, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[1]) ________ [5.2] IF excessive vibration is observed, THEN A. MEASURE the velocity AND RECORD on Attachment 6. ________ B. IF velocity is < 0.45 ips, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[2]) ________ C. IF velocity is > 0.45 ips, THEN MEASURE displacement(s) AND RECORD on Attachment 6. ________ CALCULATE allowable displacements AND COMPLETE Attachment 6. ________ IF measured displacement(s) are < calculated allowable, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[3]) ________

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6.3.9 Aux Feedwater Waterhammer Tests, Transient, Steady State (continued) [6] MDAFP 2A-A and 2B-B Trip Transient with TDAFP Running: [6.1] ACTIVATE the DAS approximately 30 seconds prior to initiation of the trip transient for the sensors listed on . ________ [6.2] OBSERVE the appropriate system piping during the pumps trip transient. ________ [6.3] DEACTIVATE the DAS approximately 60 seconds after the transient has subsided. ________ [6.4] VERIFY the observation results for the MDAFP 2A-A and 2B-B Trip Transient with TDAFP Running are acceptable.(ACC CRIT 5.2.1) ________ [7] MDAFP 2A-A and 2B-B Start Transient with TDAFP Running: [7.1] RECORD applicable pre-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [7.2] ACTIVATE the DAS approximately 30 seconds prior to initiation of the start transient for the sensors listed on Attachment 5. ________ [7.3] OBSERVE the appropriate system piping during the pumps trip transient. ________ [7.4] DEACTIVATE the DAS approximately 60 seconds after the transient has subsided. ________ [7.5] VERIFY the observation results for the MDAFP 2A-A and 2B-B Start Transient with TDAFP Running are acceptable.(ACC CRIT 5.2.1) ________

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6.3.9 Aux Feedwater Waterhammer Tests, Transient, Steady State (continued) [8] TDAFP Trip Transient with MDAFP 2A-A and 2B-B Running: [8.1] RECORD applicable pre-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [8.2] ACTIVATE the DAS approximately 30 seconds prior to initiation of the trip transient for the sensors listed on . ________ [8.3] OBSERVE the appropriate system piping during the pumps trip transient. ________ [8.4] DEACTIVATE the DAS approximately 60 seconds after the transient has subsided. ________ [8.5] RECORD applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [8.6] VERIFY the observation results for the TDAFP Trip Transient with MDAFP 2A-A and 2B-B Running are acceptable.(ACC CRIT 5.2.1) ________ [9] PERFORM a post-transient walkdown of the test boundary AND VERIFY no damage has occurred. ________

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6.3.9 Aux Feedwater Waterhammer Tests, Transient, Steady State (continued) [10] REVIEW recorded DAS data for each subsection AND COMPLETE Attachment 5 for items below. [10.1] TDAFP, MDAFP 2A-A and 2B-B Simultaneous Start Transient. (ACC CRIT 5.2.2) ________ [10.2] TDAFP, MDAFP 2A-A and 2B-B Simultaneous Operation, Steady State Conditions. (ACC CRIT 5.1.2) ________ [10.3] MDAFP 2A-A and 2B-B Trip Transient with TDAFP Running. (ACC CRIT 5.2.2) ________ [10.4] MDAFP 2A-A and 2B-B Start Transient with TDAFP Running. (ACC CRIT 5.2.2) ________ [10.5] TDAFP Trip Transient with MDAFP 2A-A and 2B-B Running. (ACC CRIT 5.2.2) ________ [11] LABEL AND ATTACH to Attachment 7 a sample of the TDAFP, MDAFP 2A-A and 2B-B Simultaneous Operation steady state velocity AND displacement data for the sensors on Attachment 5. ________ [12] LABEL AND ATTACH to Attachment 8 a sample of the TDAFP, MDAFP 2A-A, 2B-B start and stop transients velocity and displacement data for the sensors on Attachment 5. ________ [13] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during these flow modes. ________ 6.4 Steam Generator Blowdown System 6.4.1 350 F Plateau, SGBD from Heat Exchangers to Cooling Tower Blowdown. Steady State [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.4 have been completed. ________

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6.4.1 350 F Plateau, SGBD from Heat Exchangers to Cooling Tower Blowdown. Steady State (continued) [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. / [3] RECORD applicable flow, pressure, temperature data and instrument numbers WHEN steady state conditions are established. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [4] OBSERVE 350 F Plateau, SGBD from Heat Exchangers to Cooling Tower Blowdown. Steady State for the following Vibration Test Sequence: ________ [4.1] IF no vibration is observed, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[1]) ________ [4.2] IF excessive vibration is observed, THEN A. MEASURE the velocity AND RECORD on Attachment 6. ________ B. IF velocity is < 0.45 ips, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[2]) ________ C. IF velocity is > 0.45 ips, THEN MEASURE displacement(s) AND RECORD on Attachment 6. ________ CALCULATE allowable displacements AND COMPLETE Attachment 6. ________ IF measured displacement(s) are < calculated allowable, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[3]) ________

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6.4.1 350 F Plateau, SGBD from Heat Exchangers to Cooling Tower Blowdown. Steady State (continued) [4.3] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during the 350 F Plateau, SGBD from Heat Exchangers to Cooling Tower Blowdown. Steady State. ________ 6.4.2 557 F Plateau, SGBD from Heat Exchangers to Condensate Demin, Steady State [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.4 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. / [3] RECORD applicable flow, pressure, temperature data and instrument numbers WHEN steady state conditions are established. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [4] OBSERVE 557 F Plateau, SGBD from Heat Exchangers to Condensate Demin, Steady State for the following Vibration Test Sequence: ________ [4.1] IF no vibration is observed, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[1]) ________ [4.2] IF excessive vibration is observed, THEN A. MEASURE the velocity AND RECORD on Attachment 6. ________ B. IF velocity is < 0.45 ips, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[2]) ________

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6.4.2 557 F Plateau, SGBD from Heat Exchangers to Condensate Demin, Steady State (continued) C. IF velocity is > 0.45 ips, THEN MEASURE displacement(s) AND RECORD on Attachment 6. ________ CALCULATE allowable displacements AND COMPLETE Attachment 6. ________ IF measured displacement(s) are < calculated allowable, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[3]) ________ [5] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during the 557 F Plateau, SGBD from Heat Exchangers to Condensate Demin, Steady State. ________ 6.4.3 557 F Plateau, SGBD from Heat Exchangers to Cooling Tower Blowdown, Steady State [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.4 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. / [3] RECORD applicable flow, pressure, temperature data and instrument numbers WHEN steady state conditions are established. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / /

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6.4.3 557 F Plateau, SGBD from Heat Exchangers to Cooling Tower Blowdown, Steady State (continued) [4] OBSERVE 557 F Plateau, SGBD from Heat Exchangers to Cooling Tower Blowdown, Steady State for the following Vibration Test Sequence: ________ [4.1] IF no vibration is observed, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[1]) ________ [4.2] IF excessive vibration is observed, THEN A. MEASURE the velocity AND RECORD on Attachment 6. ________ B. IF velocity is < 0.45 ips, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[2]) ________ C. IF velocity is > 0.45 ips, THEN MEASURE displacement(s) AND RECORD on Attachment 6. ________ CALCULATE allowable displacements AND COMPLETE Attachment 6. ________ IF measured displacement(s) are < calculated allowable, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[3]) ________ [5] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during the 557 F Plateau, SGBD from Heat Exchangers to Cooling Tower Blowdown, Steady State. ________ 6.4.4 557 F Plateau, Steam Generator Blowdown Containment/Blowdown Isolation Transients [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.4 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. /

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6.4.4 557 F Plateau, Steam Generator Blowdown Containment/Blowdown Isolation Transients (continued) [3] RECORD applicable Loop 1 pre-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [3.1] OBSERVE the appropriate Loop 1 system piping during the SGBD Containment Isolation transient AND VERIFY the results are acceptable. (ACC CRIT 5.2.1) ________ [3.2] RECORD applicable Loop 1 post-transient flow, pressure, temperature data and instrument numbers.

N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / /

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6.4.4 557 F Plateau, Steam Generator Blowdown Containment/Blowdown Isolation Transients (continued) [4] RECORD applicable Loop 2 pre-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [4.1] OBSERVE the appropriate Loop 2 system piping during the SGBD Containment Isolation transient AND VERIFY the results are acceptable. (ACC CRIT 5.2.1) ________ [4.2] RECORD applicable Loop 2 post-transient flow, pressure, temperature data and instrument numbers.

N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [5] RECORD applicable Loop 3 pre-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / /

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6.4.4 557 F Plateau, Steam Generator Blowdown Containment/Blowdown Isolation Transients (continued) [5.1] OBSERVE the appropriate Loop 3 system piping during the SGBD Containment Isolation transient AND VERIFY the results are acceptable. (ACC CRIT 5.2.1) ________ [5.2] RECORD applicable Loop 3 post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [6] RECORD applicable Loop 4 pre-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [6.1] OBSERVE the appropriate Loop 4 system piping during the SGBD Containment Isolation transient AND VERIFY the results are acceptable. (ACC CRIT 5.2.1) ________ [6.2] RECORD applicable Loop 4 post-transient flow, pressure, temperature data and instrument numbers.

N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / /

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6.4.4 557 F Plateau, Steam Generator Blowdown Containment/Blowdown Isolation Transients (continued) [7] PERFORM a post-transient walkdown of the transient test boundary AND VERIFY no damage has occurred. [7.1] Loop 1 ________ [7.2] Loop 2 ________ [7.3] Loop 3 ________ [7.4] Loop 4 ________ [8] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during 557 F Plateau, Steam Generator Blowdown Containment/Blowdown Isolation Transients. ________ 6.5 Chemical and Volume Control System 6.5.1 Normal Charging (CCP 2A-A in Service), Steady State [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.5 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. / [3] RECORD applicable flow, pressure, temperature data and instrument numbers WHEN steady state conditions are established. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [4] OBSERVE Normal Charging (CCP 2A-A in Service), Steady State for the following Vibration Test Sequence: ________

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6.5.1 Normal Charging (CCP 2A-A in Service), Steady State (continued) [4.1] IF no vibration is observed, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[1]) ________ [4.2] IF excessive vibration is observed, THEN A. MEASURE the velocity AND RECORD on Attachment 6. ________ B. IF velocity is < 0.45 ips, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[2]) ________ C. IF velocity is > 0.45 ips, THEN MEASURE displacement(s) AND RECORD on Attachment 6. ________ CALCULATE allowable displacements AND COMPLETE Attachment 6. ________ IF measured displacement(s) are < calculated allowable, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[3]) ________ [5] RECORD approximately sixty (60) seconds of DAS data using the sensors listed on Attachment 5. ________ [6] REVIEW recorded DAS data AND COMPLETE Attachment 5. (ACC CRIT 5.1.2) ________ [7] LABEL AND ATTACH to Attachment 7 a sample of the velocity and displacement data for the sensors on Attachment 5. ________ [8] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during Normal Charging (CCP 2A-A in Service), Steady State. ________

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6.5.2 Normal Charging (CCP 2B-B in Service), Steady State [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.5 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. / [3] RECORD applicable flow, pressure, temperature data and instrument numbers WHEN steady state conditions are established. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [4] OBSERVE Normal Charging (CCP 2B-B in Service), Steady State for the following Vibration Test Sequence: ________ [4.1] IF no vibration is observed, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[1]) ________ [4.2] IF excessive vibration is observed, THEN A. MEASURE the velocity AND RECORD on Attachment 6. ________ B. IF velocity is < 0.45 ips, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[2]) ________ C. IF velocity is > 0.45 ips, THEN MEASURE displacement(s) AND RECORD on Attachment 6. ________ CALCULATE allowable displacements AND COMPLETE Attachment 6. ________ IF measured displacement(s) are < calculated allowable, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[3]) ________

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6.5.2 Normal Charging (CCP 2B-B in Service), Steady State (continued) [5] RECORD approximately sixty (60) seconds of DAS data using the sensors listed on Attachment 5. ________ [6] REVIEW recorded DAS data AND COMPLETE Attachment 5. (ACC CRIT 5.1.2) ________ [7] LABEL AND ATTACH to Attachment 7 a sample of the velocity and displacement data for the sensors on Attachment 5. ________ [8] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during Normal Charging (CCP 2B-B in Service), Steady State. ________ 6.5.3 Alternate Charging Steady State [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.5 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. / [3] RECORD applicable flow, pressure, temperature data and instrument numbers WHEN steady state conditions are established. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [4] OBSERVE Alternate Charging Steady State for the following Vibration Test Sequence: ________ [4.1] IF no vibration is observed, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[1]) ________ [4.2] IF excessive vibration is observed, THEN WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 79 of 182 Date ________

6.5.3 Alternate Charging Steady State (continued)

A. MEASURE the velocity AND RECORD on Attachment 6. ________ B. IF velocity is < 0.45 ips, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[2]) ________ C. IF velocity is > 0.45 ips, THEN MEASURE displacement(s) AND RECORD on Attachment 6. ________ CALCULATE allowable displacements AND COMPLETE Attachment 6. ________ IF measured displacement(s) are < calculated allowable, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[3]) ________ [5] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during Alternate Charging Steady State. ________ 6.5.4 Normal Letdown with Valve 2-TCV-62-79 Diverting to VCT, Selected Orifice Alignments, Steady State [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.5 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. / [3] RECORD applicable flow, pressure, temperature data and instrument numbers WHEN flow is established through 2-FCV-62-72, CVCS LETDOWN ORIFICE A ISOLATION . N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / /

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6.5.4 Normal Letdown with Valve 2-TCV-62-79 Diverting to VCT, Selected Orifice Alignments, Steady State (continued) [4] OBSERVE 2-FCV-62-72, CVCS LETDOWN ORIFICE A ISOLATION flowpath for the following Vibration Test Sequence: ________ [4.1] IF no vibration is observed, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[1]) ________ [4.2] IF excessive vibration is observed, THEN A. MEASURE the velocity AND RECORD on Attachment 6. ________ B. IF velocity is < 0.45 ips, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[2]) ________ C. IF velocity is > 0.45 ips, THEN MEASURE displacement(s) AND RECORD on Attachment 6. ________ CALCULATE allowable displacements AND COMPLETE Attachment 6. ________ IF measured displacement(s) are < calculated allowable, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[3]) ________ [5] RECORD applicable flow, pressure, temperature data and instrument numbers WHEN flow is established through 2-FCV-62-73, CVCS LETDOWN ORIFICE B ISOLATION . N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [6] OBSERVE 2-FCV-62-72, CVCS LETDOWN ORIFICE B ISOLATION flowpath for the following Vibration Test Sequence: ________

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6.5.4 Normal Letdown with Valve 2-TCV-62-79 Diverting to VCT, Selected Orifice Alignments, Steady State (continued) [6.1] IF no vibration is observed, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[1]) ________ [6.2] IF excessive vibration is observed, THEN A. MEASURE the velocity AND RECORD on Attachment 6. ________ B. IF velocity is < 0.45 ips, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[2]) ________ C. IF velocity is > 0.45 ips, THEN MEASURE displacement(s) AND RECORD on Attachment 6. ________ CALCULATE allowable displacements AND COMPLETE Attachment 6. ________ IF measured displacement(s) are < calculated allowable, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[3]) ________ [7] RECORD applicable flow, pressure, temperature data and instrument numbers WHEN flow is established through 2-FCV-62-73, CVCS LETDOWN ORIFICE B ISOLATION AND 2-FCV-62-76, CVCS LETDOWN ORIFICE ISOLATION . N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [8] OBSERVE 2-FCV-62-73, CVCS LETDOWN ORIFICE B ISOLATION AND 2-FCV-62-76, CVCS LETDOWN ORIFICE ISOLATION flowpath for the following Vibration Test Sequence: ________ [8.1] IF no vibration is observed, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[1]) ________

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6.5.4 Normal Letdown with Valve 2-TCV-62-79 Diverting to VCT, Selected Orifice Alignments, Steady State (continued) [8.2] IF excessive vibration is observed, THEN A. MEASURE the velocity AND RECORD on Attachment 6. ________ B. IF velocity is < 0.45 ips, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[2]) ________ C. IF velocity is > 0.45 ips, THEN MEASURE displacement(s) AND RECORD on Attachment 6. ________ CALCULATE allowable displacements AND COMPLETE Attachment 6. ________ IF measured displacement(s) are < calculated allowable, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[3]) ________ [9] RECORD applicable flow, pressure, temperature data and instrument numbers WHEN flow is established through 2-FCV-62-74, CVCS LETDOWN ORIFICE C ISOLATION . N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [10] OBSERVE 2-FCV-62-74, CVCS LETDOWN ORIFICE C ISOLATION flowpath for the following Vibration Test Sequence: ________ [10.1] IF no vibration is observed, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[1]) ________ [10.2] IF excessive vibration is observed, THEN A. MEASURE the velocity AND RECORD on Attachment 6. ________

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6.5.4 Normal Letdown with Valve 2-TCV-62-79 Diverting to VCT, Selected Orifice Alignments, Steady State (continued) B. IF velocity is < 0.45 ips, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[2]) ________ C. IF velocity is > 0.45 ips, THEN MEASURE displacement(s) AND RECORD on Attachment 6. ________ CALCULATE allowable displacements AND COMPLETE Attachment 6. ________ IF measured displacement(s) are < calculated allowable, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[3]) ________ [11] RECORD applicable flow, pressure, temperature data and instrument numbers WHEN flow is established through 2-FCV-62-72, CVCS LETDOWN ORIFICE A ISOLATION AND 2-FCV-62-74, CVCS LETDOWN ORIFICE C ISOLATION. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [12] OBSERVE 2-FCV-62-72, CVCS LETDOWN ORIFICE A ISOLATION AND 2-FCV-62-74, CVCS LETDOWN ORIFICE C ISOLATION flowpath for the following Vibration Test Sequence: ________ [12.1] IF no vibration is observed, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[1]) ________ [12.2] IF excessive vibration is observed, THEN A. MEASURE the velocity AND RECORD on Attachment 6. ________ B. IF velocity is < 0.45 ips, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[2]) ________

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6.5.4 Normal Letdown with Valve 2-TCV-62-79 Diverting to VCT, Selected Orifice Alignments, Steady State (continued) C. IF velocity is > 0.45 ips, THEN MEASURE displacement(s) AND RECORD on Attachment 6. ________ CALCULATE allowable displacements AND COMPLETE Attachment 6. ________ IF measured displacement(s) are < calculated allowable, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[3]) ________ [13] RECORD applicable flow, pressure, temperature data and instrument numbers WHEN flow is established through 2-FCV-62-72, CVCS LETDOWN ORIFICE A ISOLATION AND 2-FCV-62-73, CVCS LETDOWN ORIFICE B ISOLATION. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [14] OBSERVE 2-FCV-62-72, CVCS LETDOWN ORIFICE A ISOLATION AND 2-FCV-62-73, CVCS LETDOWN ORIFICE B ISOLATION flowpath for the following Vibration Test Sequence: ________ [14.1] IF no vibration is observed, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[1]) ________ [14.2] IF excessive vibration is observed, THEN A. MEASURE the velocity AND RECORD on Attachment 6. ________ B. IF velocity is < 0.45 ips, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[2]) ________ C. IF velocity is > 0.45 ips, THEN WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 85 of 182 Date ________

6.5.4 Normal Letdown with Valve 2-TCV-62-79 Diverting to VCT, Selected Orifice Alignments, Steady State (continued) MEASURE displacement(s) AND RECORD on Attachment 6. ________ CALCULATE allowable displacements AND COMPLETE Attachment 6. ________ IF measured displacement(s) are < calculated allowable, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[3]) ________ [15] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during these flow modes. ________ 6.5.5 Normal Letdown Through a Mixed Bed Demineralizer to the VCT, Steady State [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.5 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. / [3] RECORD applicable flow, pressure, temperature data and instrument numbers WHEN steady state conditions are established. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [4] OBSERVE Normal Letdown Through a Mixed Bed Demineralizer to the VCT flowpath for the following Vibration Test Sequence: ________ [4.1] IF no vibration is observed, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[1]) ________ [4.2] IF excessive vibration is observed, THEN WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 86 of 182 Date ________

6.5.5 Normal Letdown Through a Mixed Bed Demineralizer to the VCT, Steady State (continued) A. MEASURE the velocity AND RECORD on Attachment 6. ________ B. IF velocity is < 0.45 ips, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[2]) ________ C. IF velocity is > 0.45 ips, THEN MEASURE displacement(s) AND RECORD on Attachment 6. ________ CALCULATE allowable displacements AND COMPLETE Attachment 6. ________ IF measured displacement(s) are < calculated allowable, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[3]) ________ [5] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during Normal Letdown Through a Mixed Bed Demineralizer to the VCT, Steady State. ________ 6.5.6 Excess Letdown, Steady State [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.5 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. / [3] RECORD applicable flow, pressure, temperature data and instrument numbers WHEN steady state conditions are established. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / /

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6.5.6 Excess Letdown, Steady State (continued)

[4] OBSERVE Excess Letdown flowpath for the following Vibration Test Sequence: ________ [4.1] IF no vibration is observed, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[1]) ________ [4.2] IF excessive vibration is observed, THEN A. MEASURE the velocity AND RECORD on Attachment 6. ________ B. IF velocity is < 0.45 ips, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[2]) ________ C. IF velocity is > 0.45 ips, THEN MEASURE displacement(s) AND RECORD on Attachment 6. ________ CALCULATE allowable displacements AND COMPLETE Attachment 6. ________ IF measured displacement(s) are < calculated allowable, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[3]) ________ [5] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during Excess Letdown, Steady State. ________ 6.5.7 Seal Water Injection, Steady State [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.5 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. /

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6.5.7 Seal Water Injection, Steady State (continued)

[3] RECORD applicable flow, pressure, temperature data and instrument numbers WHEN steady state conditions are established. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [4] OBSERVE Seal Water Injection flowpath for the following Vibration Test Sequence: ________ [4.1] IF no vibration is observed, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[1]) ________ [4.2] IF excessive vibration is observed, THEN A. MEASURE the velocity AND RECORD on Attachment 6. ________ B. IF velocity is < 0.45 ips, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[2]) ________ C. IF velocity is > 0.45 ips, THEN MEASURE displacement(s) AND RECORD on Attachment 6. ________ CALCULATE allowable displacements AND COMPLETE Attachment 6. ________ IF measured displacement(s) are < calculated allowable, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[3]) ________ [5] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during Seal Water Injection, Steady State. ________

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6.5.8 Auxiliary Pressurizer Spray Steady State [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.5 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. / [3] RECORD applicable flow, pressure, temperature data and instrument numbers WHEN steady state conditions are established. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [4] OBSERVE Auxiliary Pressurizer Spray flowpath for the following Vibration Test Sequence: ________ [4.1] IF no vibration is observed, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[1]) ________ [4.2] IF excessive vibration is observed, THEN A. MEASURE the velocity AND RECORD on Attachment 6. ________ B. IF velocity is < 0.45 ips, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[2]) ________ C. IF velocity is > 0.45 ips, THEN MEASURE displacement(s) AND RECORD on Attachment 6. ________ CALCULATE allowable displacements AND COMPLETE Attachment 6. ________ IF measured displacement(s) are < calculated allowable, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[3]) ________

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6.5.8 Auxiliary Pressurizer Spray Steady State (continued)

[5] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during Auxiliary Pressurizer Spray Steady State. ________ 6.5.9 Makeup System (Boric Acid Transfer Pumps) Steady State [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.5 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. / [3] RECORD applicable flow, pressure, temperature data and instrument numbers WHEN steady state conditions are established. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [4] OBSERVE Makeup System (Boric Acid Transfer Pumps) flowpath for the following Vibration Test Sequence: ________ [4.1] IF no vibration is observed, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[1]) ________ [4.2] IF excessive vibration is observed, THEN A. MEASURE the velocity AND RECORD on Attachment 6. ________ B. IF velocity is < 0.45 ips, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[2]) ________ C. IF velocity is > 0.45 ips, THEN MEASURE displacement(s) AND RECORD on Attachment 6. ________

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6.5.9 Makeup System (Boric Acid Transfer Pumps) Steady State (continued) CALCULATE allowable displacements AND COMPLETE Attachment 6. ________ IF measured displacement(s) are < calculated allowable, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[3]) ________ [5] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during Makeup System (Boric Acid Transfer Pumps) Steady State . ________ 6.5.10 CCP 2A-A, 2B-B Start, Stop, Transients [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.5 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. / [3] RECORD applicable pre-transient flow, pressure, temperature data and instrument numbers for CCP 2A-A Start. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [3.1] ACTIVATE the DAS approximately 30 seconds prior to initiation of the CCP 2A-A Start for the sensors listed on . ________ [3.2] OBSERVE the system piping during the CCP 2A-A Start. ________ [3.3] DEACTIVATE the DAS approximately 60 seconds after the transient has subsided. ________

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6.5.10 CCP 2A-A, 2B-B Start, Stop, Transients (continued) [3.4] RECORD applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [3.5] VERIFY the observation results for the CCP 2A-A Start are acceptable.(ACC CRIT 5.2.1) ________ [4] RECORD applicable pre-transient flow, pressure, temperature data and instrument numbers for CCP 2A-A Stop. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [4.1] ACTIVATE the DAS approximately 30 seconds prior to initiation of the CCP 2A-A Stop for the sensors listed on . ________ [4.2] OBSERVE the system piping during the Stop. ________ [4.3] DEACTIVATE the DAS approximately 60 seconds after the transient has subsided. ________ [4.4] RECORD applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / /

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6.5.10 CCP 2A-A, 2B-B Start, Stop, Transients (continued) [4.5] VERIFY the observation results for the CCP 2A-A Stop are acceptable.(ACC CRIT 5.2.1) ________ [5] RECORD applicable pre-transient flow, pressure, temperature data and instrument numbers for CCP 2B-B Start. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [5.1] ACTIVATE the DAS approximately 30 seconds prior to initiation of the CCP 2B-B Start for the sensors listed on . ________ [5.2] OBSERVE the system piping during the CCP 2B-B Start. ________ [5.3] DEACTIVATE the DAS approximately 60 seconds after the transient has subsided. ________ [5.4] RECORD applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [5.5] VERIFY the observation results for the CCP 2B-B Start are acceptable.(ACC CRIT 5.2.1) ________

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6.5.10 CCP 2A-A, 2B-B Start, Stop, Transients (continued) [6] RECORD applicable pre-transient flow, pressure, temperature data and instrument numbers for CCP 2B-B Stop. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [6.1] ACTIVATE the DAS approximately 30 seconds prior to initiation of the CCP 2B-B Stop for the sensors listed on . ________ [6.2] OBSERVE the system piping during the Stop. ________ [6.3] DEACTIVATE the DAS approximately 60 seconds after the transient has subsided. ________ [6.4] RECORD applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [6.5] VERIFY the observation results for the CCP 2B-B Stop are acceptable.(ACC CRIT 5.2.1) ________ [7] PERFORM a post-transient walkdown of the transient test boundary AND VERIFY no damage has occurred. ________ [8] REVIEW recorded DAS data for each subsection AND COMPLETE Attachment 5 for items below. [8.1] CCP 2A-A Start (ACC CRIT 5.2.2) ________ [8.2] CCP 2A-A Stop. (ACC CRIT 5.2.2) ________

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6.5.10 CCP 2A-A, 2B-B Start, Stop, Transients (continued) [8.3] CCP 2B-B Start (ACC CRIT 5.2.2) ________ [8.4] CCP 2B-B Stop. (ACC CRIT 5.2.2) ________ [9] LABEL AND ATTACH to Attachment 8 a sample of the CCP 2A-A and CCP 2B-B Start / Stop velocity and displacement data for the sensors on Attachment 5. ________ [10] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during these transient events. ________ 6.6 Reactor Coolant System 6.6.1 Loops 1, 2, 3, and 4 Hot, Cold and Crossover Legs Steady State [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.6 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. / [3] RECORD applicable flow, pressure, temperature data and instrument numbers WHEN steady state conditions are established. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [4] OBSERVE Loops 1, 2, 3, and 4 Hot, Cold and Crossover Legs for the following Vibration Test Sequence: ________ [4.1] IF no vibration is observed, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[1]) ________ [4.2] IF excessive vibration is observed, THEN WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 96 of 182 Date ________

6.6.1 Loops 1, 2, 3, and 4 Hot, Cold and Crossover Legs Steady State (continued) A. MEASURE the velocity AND RECORD on Attachment 6. ________ B. IF velocity is < 0.45 ips, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[2]) ________ C. IF velocity is > 0.45 ips, THEN MEASURE displacement(s) AND RECORD on Attachment 6. ________ CALCULATE allowable displacements AND COMPLETE Attachment 6. ________ IF measured displacement(s) are < calculated allowable, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[3]) ________ [5] RECORD approximately sixty (60) seconds of DAS data using the sensor listed on Attachment 5. ________ [6] REVIEW recorded DAS data AND COMPLETE Attachment 5. (ACC CRIT 5.1.2) ________ [7] LABEL AND ATTACH to Attachment 7 a sample of the velocity and displacement data for the sensor on Attachment 5. ________ [8] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during Loops 1, 2, 3, and 4 Hot, Cold and Crossover Legs Steady State. ________ 6.6.2 Normal Pressurizer Spray Steady State [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.6 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. /

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6.6.2 Normal Pressurizer Spray Steady State (continued)

[3] RECORD applicable flow, pressure, temperature data and instrument numbers WHEN steady state conditions are established. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [4] OBSERVE Normal Pressurizer Spray for the following Vibration Test Sequence: ________ [4.1] IF no vibration is observed, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[1]) ________ [4.2] IF excessive vibration is observed, THEN A. MEASURE the velocity AND RECORD on Attachment 6. ________ B. IF velocity is < 0.45 ips, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[2]) ________ C. IF velocity is > 0.45 ips, THEN MEASURE displacement(s) AND RECORD on Attachment 6. ________ CALCULATE allowable displacements AND COMPLETE Attachment 6. ________ IF measured displacement(s) are < calculated allowable, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[3]) ________ [5] RECORD approximately sixty (60) seconds of DAS data using the sensor listed on Attachment 5. ________ [6] REVIEW recorded DAS data AND COMPLETE Attachment 5. (ACC CRIT 5.1.2) ________

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6.6.2 Normal Pressurizer Spray Steady State (continued)

[7] LABEL AND ATTACH to Attachment 7 a sample of the velocity and displacement data for the sensor on Attachment 5. ________ [8] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during Normal Pressurizer Spray Steady State. ________ 6.6.3 Pressurizer Surge Steady State [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.6 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. / [3] RECORD applicable flow, pressure, temperature data and instrument numbers WHEN steady state conditions are established. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [4] OBSERVE Pressurizer Surge for the following Vibration Test Sequence: ________ [4.1] IF no vibration is observed, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[1]) ________ [4.2] IF excessive vibration is observed, THEN A. MEASURE the velocity AND RECORD on Attachment 6. ________ B. IF velocity is < 0.45 ips, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[2]) ________ C. IF velocity is > 0.45 ips, THEN WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 99 of 182 Date ________

6.6.3 Pressurizer Surge Steady State (continued)

MEASURE displacement(s) AND RECORD on Attachment 6. ________ CALCULATE allowable displacements AND COMPLETE Attachment 6. ________ IF measured displacement(s) are < calculated allowable, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[3]) ________ [5] RECORD approximately sixty (60) seconds of DAS data using the sensor listed on Attachment 5. ________ [6] REVIEW recorded DAS data AND COMPLETE Attachment 5. (ACC CRIT 5.1.2) ________ [7] LABEL AND ATTACH to Attachment 7 a sample of the velocity and displacement data for the sensor on Attachment 5. ________ [8] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during Pressurizer Surge Steady State. ________ 6.6.4 PORV Open Transient [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.5 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. / [3] RECORD applicable pre-transient flow, pressure, temperature data and instrument numbers for PORV 2-PCV-68-340A Open Transient. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / /

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6.6.4 PORV Open Transient (continued)

[3.1] ACTIVATE the DAS approximately 30 seconds prior to initiation of the PORV Open Transient for the sensors listed on Attachment 5. ________ [3.2] OBSERVE the system piping during the PORV 2-PCV-68-340A Open Transient. ________ [3.3] DEACTIVATE the DAS approximately 60 seconds after the transient has subsided. ________ [3.4] RECORD applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [3.5] VERIFY the observation results for the PORV 2-PCV-68-340A Open Transient are acceptable.(ACC CRIT 5.2.1) ________ [4] RECORD applicable pre-transient flow, pressure, temperature data and instrument numbers for PORV 2-PCV-68-334 Open Transient. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [4.1] ACTIVATE the DAS approximately 30 seconds prior to initiation of the PORV 2-PCV-68-334 Open Transient for the sensors listed on Attachment 5. ________ [4.2] OBSERVE the system piping during the PORV 2-PCV-68-334 Open Transient. ________ [4.3] DEACTIVATE the DAS approximately 60 seconds after the transient has subsided. ________

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6.6.4 PORV Open Transient (continued)

[4.4] RECORD applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [5] VERIFY the observation results for the PORV 2-PCV-68-334 Open Transient are acceptable.(ACC CRIT 5.2.1) ________ [6] PERFORM a post-transient walkdown of the transient test boundary AND VERIFY no damage has occurred. [6.1] 2-PCV-68-340A ________ [6.2] 2-PCV-68-334 ________ [7] REVIEW recorded DAS data AND COMPLETE Attachment 5 for the PORV Open transient. (ACC CRIT 5.2.2) [7.1] 2-PCV-68-340A ________ [7.2] 2-PCV-68-334 ________ [8] LABEL AND ATTACH to Attachment 8 a sample of the velocity and displacement data for the sensors on Attachment 5. [8.1] 2-PCV-68-340A ________ [8.2] 2-PCV-68-334 ________ [9] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during this flow mode. ________

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6.6.5 Reactor Coolant Pump (2-PMP-68-8) Stop/Start Transient [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.6 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. / [3] RECORD applicable pre-transient flow, pressure, temperature data and instrument numbers for 2-PMP-68-8 Stop Transient. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [3.1] ACTIVATE the DAS approximately 30 seconds prior to initiation of the 2-PMP-68-8 Stop Transient for the sensors listed on Attachment 5. ________ [3.2] OBSERVE the system piping during the 2-PMP-68-8 Stop Transient. ________ [3.3] DEACTIVATE the DAS approximately 60 seconds after the initiation of the Stop Transient. ________ [3.4] RECORD applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [3.5] VERIFY the observation results for the 2-PMP-68-8 Stop Transient are acceptable.(ACC CRIT 5.2.1) ________

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6.6.5 Reactor Coolant Pump (2-PMP-68-8) Stop/Start Transient (continued) [4] ACTIVATE the DAS approximately 30 seconds prior to initiation of the 2-PMP-68-8 Start Transient for the sensors listed on Attachment 5. ________ [4.1] OBSERVE the system piping during the 2-PMP-68-8 Start Transient. ________ [4.2] DEACTIVATE the DAS approximately 60 seconds after the initiation of the Start Transient. ________ [4.3] RECORD applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [4.4] VERIFY the observation results for the 2-PMP-68-8 Start Transient are acceptable.(ACC CRIT 5.2.1) ________ [5] PERFORM a post-transient walkdown of the 2-PMP-68-8 Stop/Start Transient test boundary AND VERIFY no damage has occurred. ________ [6] REVIEW recorded DAS data AND COMPLETE Attachment 5 for 2-PMP-68-8 Stop/Start Transient test. (ACC CRIT 5.2.2) ________ [7] LABEL AND ATTACH to Attachment 8 a sample of the velocity and displacement data for the sensors on Attachment 5. ________ [8] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during the 2-PMP-68-8 Stop/Start Transient test. ________

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6.6.6 Reactor Coolant Pump (2-PMP-68-31) Stop/Start Transient [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.6 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. / [3] RECORD applicable pre-transient flow, pressure, temperature data and instrument numbers for 2-PMP-68-31 Stop Transient. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [3.1] ACTIVATE the DAS approximately 30 seconds prior to initiation of the 2-PMP-68-31 Stop Transient for the sensors listed on Attachment 5. ________ [3.2] OBSERVE the system piping during the 2-PMP-68-31 Stop Transient. ________ [3.3] DEACTIVATE the DAS approximately 60 seconds after the initiation of the Stop Transient. ________ [3.4] RECORD applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [3.5] VERIFY the observation results for the 2-PMP-68-31 Stop Transient are acceptable.(ACC CRIT 5.2.1) ________

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6.6.6 Reactor Coolant Pump (2-PMP-68-31) Stop/Start Transient (continued) [4] ACTIVATE the DAS approximately 30 seconds prior to initiation of the 2-PMP-68-31 Start Transient for the sensors listed on Attachment 5. ________ [4.1] OBSERVE the system piping during the 2-PMP-68-31 Start Transient. ________ [4.2] DEACTIVATE the DAS approximately 60 seconds after the initiation of the Start Transient. ________ [4.3] RECORD applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [4.4] VERIFY the observation results for the 2-PMP-68-31 Start Transient are acceptable.(ACC CRIT 5.2.1) ________ [5] PERFORM a post-transient walkdown of the 2-PMP-68-31 Stop/Start Transient test boundary AND VERIFY no damage has occurred. ________ [6] REVIEW recorded DAS data AND COMPLETE Attachment 5 for 2-PMP-68-31 Stop/Start Transient test. (ACC CRIT 5.2.2) ________ [7] LABEL AND ATTACH to Attachment 8 a sample of the velocity and displacement data for the sensors on Attachment 5. ________ [8] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during the 2-PMP-68-31 Stop/Start Transient test. ________

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6.6.7 Reactor Coolant Pump (2-PMP-68-50) Stop/Start Transient [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.6 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. / [3] RECORD applicable pre-transient flow, pressure, temperature data and instrument numbers for 2-PMP-68-50 Stop Transient. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [3.1] ACTIVATE the DAS approximately 30 seconds prior to initiation of the 2-PMP-68-50 Stop Transient for the sensors listed on Attachment 5. ________ [3.2] OBSERVE the system piping during the 2-PMP-68-50 Stop Transient. ________ [3.3] DEACTIVATE the DAS approximately 60 seconds after the initiation of the Stop Transient. ________ [3.4] RECORD applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [3.5] VERIFY the observation results for the 2-PMP-68-50 Stop Transient are acceptable.(ACC CRIT 5.2.1) ________

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6.6.7 Reactor Coolant Pump (2-PMP-68-50) Stop/Start Transient (continued) [4] ACTIVATE the DAS approximately 30 seconds prior to initiation of the 2-PMP-68-50 Start Transient for the sensors listed on Attachment 5. ________ [4.1] OBSERVE the system piping during the 2-PMP-68-50 Start Transient. ________ [4.2] DEACTIVATE the DAS approximately 60 seconds after the initiation of the Start Transient. ________ [4.3] RECORD applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [4.4] VERIFY the observation results for the 2-PMP-68-50 Start Transient are acceptable.(ACC CRIT 5.2.1) ________ [5] PERFORM a post-transient walkdown of the 2-PMP-68-50 Stop/Start Transient test boundary AND VERIFY no damage has occurred. ________ [6] REVIEW recorded DAS data AND COMPLETE Attachment 5 for 2-PMP-68-50 Stop/Start Transient test. (ACC CRIT 5.2.2) ________ [7] LABEL AND ATTACH to Attachment 8 a sample of the velocity and displacement data for the sensors on Attachment 5. ________ [8] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during the 2-PMP-68-50 Stop/Start Transient test. ________

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6.6.8 Reactor Coolant Pump (2-PMP-68-73) Stop/Start Transient [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.6 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. / [3] RECORD applicable pre-transient flow, pressure, temperature data and instrument numbers for 2-PMP-68-73 Stop Transient. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [3.1] ACTIVATE the DAS approximately 30 seconds prior to initiation of the 2-PMP-68-73 Stop Transient for the sensors listed on Attachment 5. ________ [3.2] OBSERVE the system piping during the 2-PMP-68-73 Stop Transient. ________ [3.3] DEACTIVATE the DAS approximately 60 seconds after the initiation of the Stop Transient. ________ [3.4] RECORD applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [3.5] VERIFY the observation results for the 2-PMP-68-73 Stop Transient are acceptable.(ACC CRIT 5.2.1) ________

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6.6.8 Reactor Coolant Pump (2-PMP-68-73) Stop/Start Transient (continued) [4] ACTIVATE the DAS approximately 30 seconds prior to initiation of the 2-PMP-68-73 Start Transient for the sensors listed on Attachment 5. ________ [4.1] OBSERVE the system piping during the 2-PMP-68-73 Start Transient. ________ [4.2] DEACTIVATE the DAS approximately 60 seconds after the initiation of the Start Transient. ________ [4.3] RECORD applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [4.4] VERIFY the observation results for the 2-PMP-68-73 Start Transient are acceptable.(ACC CRIT 5.2.1) ________ [5] PERFORM a post-transient walkdown of the 2-PMP-68-73 Stop/Start Transient test boundary AND VERIFY no damage has occurred. ________ [6] REVIEW recorded DAS data AND COMPLETE Attachment 5 for 2-PMP-68-73 Stop/Start Transient test. (ACC CRIT 5.2.2) ________ [7] LABEL AND ATTACH to Attachment 8 a sample of the velocity and displacement data for the sensors on Attachment 5. ________ [8] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during the 2-PMP-68-73 Stop/Start Transient test. ________

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6.6.9 Spray Valve Cycle Transient [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.2 Spray Valve Cycle Transient, 2-PCV-68-340D RCS LOOP 1 PZR SPRAY LINE ISOL and 2-PCV-68-340B RCS LOOP 2 PZR SPRAY LINE ISOL have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. / [3] RECORD applicable pre-transient flow, pressure, temperature data and instrument numbers for 2-PCV-68-340D Spray Valve Cycle Transient. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [3.1] ACTIVATE the DAS approximately 30 seconds prior to initiation of 2-PCV-68-340D Spray Valve Cycle Transient for the sensor listed on Attachment 5. ________ [3.2] OBSERVE system piping associated with 2-PCV-68-340D Spray Valve Cycle Transient. ________ [3.3] DEACTIVATE the DAS approximately 60 seconds after the transient has subsided. ________ [3.4] RECORD applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / /

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6.6.9 Spray Valve Cycle Transient (continued)

[3.5] VERIFY the observation results for the 2-PCV-68-340D Spray Valve Cycle Transient are acceptable.(ACC CRIT 5.2.1) ________ [4] RECORD applicable pre-transient flow, pressure, temperature data and instrument numbers for 2-PCV-68-340B Spray Valve Cycle Transient. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [4.1] ACTIVATE the DAS approximately 30 seconds prior to initiation of 2-PCV-68-340B Spray Valve Cycle Transient for the sensor listed on Attachment 5. ________ [4.2] OBSERVE system piping associated with 2-PCV-68-340B Spray Valve Cycle Transient.

________ [4.3] DEACTIVATE the DAS approximately 60 seconds after the transient has subsided. ________ [4.4] RECORD applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [4.5] VERIFY the observation results for the 2-PCV-68-340B Spray Valve Cycle Transient are acceptable.(ACC CRIT 5.2.1) ________

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6.6.9 Spray Valve Cycle Transient (continued)

[5] PERFORM a post-transient walkdown of the transient test boundary AND VERIFY no damage has occurred. [5.1] 2-PCV-68-340D ________ [5.2] 2-PCV-68-340B ________ [6] REVIEW recorded DAS data AND COMPLETE Attachment 5 for RCS Spray Valve. (ACC CRIT 5.2.2) [6.1] 2-PCV-68-340D ________ [6.2] 2-PCV-68-340B ________ [7] LABEL AND ATTACH to Attachment 8 a sample of the velocity and displacement data for the sensor on Attachment 5. [7.1] 2-PCV-68-340D ________ [7.2] 2-PCV-68-340B ________ [8] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during the Spray Valve Cycle Transient. ________

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6.6.10 Head Vent Transient NOTE Observe the appropriate system piping for transient vibrations during Head Vent Valve test operation. Observation and DAS measurements are required when each Reactor Vessel Head Vent Throttle valve is stroked from 0 to 100% open, with flow to the PRT. [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.2 Head Vent Transient, Train A REACTOR VESSEL HEAD VENT THROTTLE VALVE 2-FSV-68-397 and Train B REACTOR VESSEL HEAD VENT THROTTLE VALVE 2-FSV-68-396 have been completed. ________ [2] RECORD the procedure used to operate the system ________ Procedure No./Subsection No. / [3] RECORD applicable pre-transient flow, pressure, temperature data and instrument numbers for Train A REACTOR VESSEL HEAD VENT THROTTLE VALVE 2-FSV-68-397 Transient. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [3.1] ACTIVATE the DAS approximately 30 seconds prior to initiation of Train A REACTOR VESSEL HEAD VENT THROTTLE VALVE 2-FSV-68-397 Transient for the sensor listed on Attachment 5. ________ [3.2] OBSERVE system piping associated with Train A REACTOR VESSEL HEAD VENT THROTTLE VALVE 2-FSV-68-397 Transient. ________ [3.3] DEACTIVATE the DAS approximately 60 seconds after the transient has subsided. ________

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6.6.10 Head Vent Transient (continued)

[3.4] RECORD applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [3.5] VERIFY the observation results for the Train A REACTOR VESSEL HEAD VENT THROTTLE VALVE 2-FSV-68-397 Transient are acceptable.(ACC CRIT 5.2.1) ________ [4] RECORD applicable pre-transient flow, pressure, temperature data and instrument numbers for Train B REACTOR VESSEL HEAD VENT THROTTLE VALVE 2-FSV-68-396 Transient. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [4.1] ACTIVATE the DAS approximately 30 seconds prior to initiation of Train B REACTOR VESSEL HEAD VENT THROTTLE VALVE 2-FSV-68-396 Transient for the sensor listed on Attachment 5. ________ [4.2] OBSERVE system piping associated with Train B REACTOR VESSEL HEAD VENT THROTTLE VALVE 2-FSV-68-396 Transient. ________ [4.3] DEACTIVATE the DAS approximately 60 seconds after the transient has subsided. ________

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6.6.10 Head Vent Transient (continued)

[4.4] RECORD applicable post-transient flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [4.5] VERIFY the observation results for the Train B REACTOR VESSEL HEAD VENT THROTTLE VALVE 2-FSV-68-396 Transient are acceptable. (ACC CRIT 5.2.1) ________ [5] PERFORM a post-transient walkdown of the transient test boundary AND VERIFY no damage has occurred. [5.1] Train A REACTOR VESSEL HEAD VENT THROTTLE VALVE 2-FSV-68-397 ________ [5.2] Train B REACTOR VESSEL HEAD VENT THROTTLE VALVE 2-FSV-68-396 ________ [6] REVIEW recorded DAS data AND COMPLETE Attachment 5 for Head Vent Transient. (ACC CRIT 5.2.2) [6.1] Train A REACTOR VESSEL HEAD VENT THROTTLE VALVE 2-FSV-68-397 ________ [6.2] Train B REACTOR VESSEL HEAD VENT THROTTLE VALVE 2-FSV-68-396 ________

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6.6.10 Head Vent Transient (continued)

[7] LABEL AND ATTACH to Attachment 8 a sample of the velocity and displacement data for the sensor on Attachment 5. [7.1] Train A REACTOR VESSEL HEAD VENT THROTTLE VALVE 2-FSV-68-397 ________ [7.2] Train B REACTOR VESSEL HEAD VENT THROTTLE VALVE 2-FSV-68-396 ________ [8] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during the REACTOR VESSEL HEAD VENT Transient. ________ 6.7 Residual Heat Removal System 6.7.1 RHR Train 2A, Train 2B Low Pressure Letdown, Steady State [1] VERIFY prerequisites listed in Section 4.0 for Subsection 6.3 for RHR Train 2A, Low Pressure Letdown, Steady State have been completed. [1.1] RECORD the procedure used to operate the system. ________ Procedure No./Subsection No. / [1.2] RECORD applicable flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / / [2] OBSERVE RHR Train 2A Low Pressure Letdown for the following Vibration Test Sequence: ________

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6.7.1 RHR Train 2A, Train 2B Low Pressure Letdown, Steady State (continued) [2.1] IF no vibration is observed, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[1]) ________ [2.2] IF excessive vibration is observed, THEN A. MEASURE the velocity AND RECORD on Attachment 6. ________ B. IF velocity is < 0.45 ips, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[2]) ________ C. IF velocity is > 0.45 ips, THEN MEASURE displacement(s) AND RECORD on Attachment 6. ________ CALCULATE allowable displacements AND COMPLETE Attachment 6. ________ IF measured displacement(s) are < calculated allowable, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[3]) ________ [2.3] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during RHR Train 2A, Low Pressure Letdown. ________ [3] VERIFY prerequisites listed in Section 4.0 for Subsection 6.3 for RHR Train 2B, Low Pressure Letdown have been completed. [3.1] RECORD the procedure used to operate the system. ________ Procedure No./Subsection No. / [3.2] RECORD applicable flow, pressure, temperature data and instrument numbers. N/A any unused blanks. ________ Flow/Instrument Press/Instrument Temp/Instrument / / / / / /

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 118 of 182 Date ________

6.7.1 RHR Train 2A, Train 2B Low Pressure Letdown, Steady State (continued) [4] OBSERVE RHR Train 2B Low Pressure Letdown for the following Vibration Test Sequence: ________ [4.1] IF no vibration is observed, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[1]) ________ [4.2] IF excessive vibration is observed, THEN A. MEASURE the velocity AND RECORD on Attachment 6. ________ B. IF velocity is < 0.45 ips, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[2]) ________ C. IF velocity is > 0.45 ips, THEN MEASURE displacement(s) AND RECORD on Attachment 6. ________ CALCULATE allowable displacements AND COMPLETE Attachment 6. ________ IF measured displacement(s) are < calculated allowable, THEN Acceptance Criteria is met. (ACC CRIT 5.1.1[3]) ________ [5] ENSURE the system flow diagram is ATTACHED to Attachment 9 and MARKED to indicate the piping observed during RHR Train 2B, Low Pressure Letdown. ________

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 119 of 182 Date ________

7.0 POST PERFORMANCE ACTIVITY [1] ENSURE participants who initialed or signed steps in the prerequisites section, instruction section, test logs, or data sheets, enter their initials and signature on the Attachment 1 Signature Log. ________ [1.1] Record the Work Orders used to remove accelerometer mounting brackets. WOs_________________________________________ _____________________________________________

_____________________________________________

_____________________________________________

_____________________________________________ ________ [1.2] Record the Work Orders used to remove instrumentation and data acquisition equipment including all cables. WOs_________________________________________

_____________________________________________

_____________________________________________

_____________________________________________

_____________________________________________ ________ [2] VERIFY that Post-test calibration of the M&TE used to record quantitative acceptance criteria has been satisfactorily performed and the results RECORDED on Measuring and Test Equipment (M&TE) Log. ________ [3] NOTIFY the Unit 2 US/SRO of the test completion. ________

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 120 of 182 Date ________

8.0 RECORDS [1] QA Records Completed Test Package (PTI) [2] Non-QA Records None WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 121 of 182 Appendix A (Page 1 of 1) TEST PROCEDURES/INSTRUCTIONS REFERENCE REVIEW NOTES 1) Additional copies of this table may be made as necessary. 2) Initial and date indicates review has been completed for impact. PROCEDURE/INSTRUCTION REVISION/CHANGES INITIAL AND DATE. (N/A for no change) Unit 2 FSAR - Amendment 112, Section 3.9.2.1, Table 14.2-1 Sheet 80 of 89 ASME Code Sect. III, NB-3622.3, (1980 Edition, up to and including Winter 1982) 2-TSD-HFT-1, Test Scoping Document for Hot Functional Tests, Rev 4 WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 122 of 182 Appendix B (Page 1 of 1) TEMPORARY CONDITION LOG Date ________ Additional copies of this table may be made as necessary. ITEM No. TEMPORARY CONDITION DESCRIPTION PERFORMED RETURNED TO NORMAL Step No. Performed By/Date CV By/Date Step No. Returned By/Date CV By/Date WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 123 of 182 Appendix C (Page 1 of 9) MEASURING and TEST EQUIPMENT(M&TE) LOG M&TE ID DESCRIPTION RANGE AND MINIMUM ACCURACY REQUIREMENTS CAL. DUE DATE VERIFIED BY INITIAL/DATE POST-TEST CALIBRATIONACCEPTABLE INIT/DATE1 VibDaq Continuous Monitoring System, 24 Channel 10% VibDaq Continuous Monitoring System, 8 Channel 10% VibDaq Continuous Monitoring System, 8 Channel 10% PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10% PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10% PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10% PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10%

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 124 of 182 Appendix C (Page 2 of 9) MEASURING and TEST EQUIPMENT(M&TE) LOG M&TE ID DESCRIPTION RANGE AND MINIMUM ACCURACY REQUIREMENTS CAL. DUE DATE VERIFIED BY INITIAL/DATE POST-TEST CALIBRATIONACCEPTABLE INIT/DATE1 PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10% PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10% PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10% PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10% PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10%

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 125 of 182 Appendix C (Page 3 of 9) MEASURING and TEST EQUIPMENT(M&TE) LOG M&TE ID DESCRIPTION RANGE AND MINIMUM ACCURACY REQUIREMENTS CAL. DUE DATE VERIFIED BY INITIAL/DATE POST-TEST CALIBRATIONACCEPTABLE INIT/DATE1 PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10% PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10% PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10% PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10% PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10%

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 126 of 182 Appendix C (Page 4 of 9) MEASURING and TEST EQUIPMENT(M&TE) LOG M&TE ID DESCRIPTION RANGE AND MINIMUM ACCURACY REQUIREMENTS CAL. DUE DATE VERIFIED BY INITIAL/DATE POST-TEST CALIBRATIONACCEPTABLE INIT/DATE1 PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10% PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10% PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10% PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10% PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10%

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 127 of 182 Appendix C (Page 5 of 9) MEASURING and TEST EQUIPMENT(M&TE) LOG M&TE ID DESCRIPTION RANGE AND MINIMUM ACCURACY REQUIREMENTS CAL. DUE DATE VERIFIED BY INITIAL/DATE POST-TEST CALIBRATIONACCEPTABLE INIT/DATE1 PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10% PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10% PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10% PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10% PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10%

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 128 of 182 Appendix C (Page 6 of 9) MEASURING and TEST EQUIPMENT(M&TE) LOG M&TE ID DESCRIPTION RANGE AND MINIMUM ACCURACY REQUIREMENTS CAL. DUE DATE VERIFIED BY INITIAL/DATE POST-TEST CALIBRATIONACCEPTABLE INIT/DATE1 PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10% PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10% PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10% PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10% PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10%

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 129 of 182 Appendix C (Page 7 of 9) MEASURING and TEST EQUIPMENT(M&TE) LOG M&TE ID DESCRIPTION RANGE AND MINIMUM ACCURACY REQUIREMENTS CAL. DUE DATE VERIFIED BY INITIAL/DATE POST-TEST CALIBRATIONACCEPTABLE INIT/DATE1 PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10% PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10% PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10% PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10% PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10%

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 130 of 182 Appendix C (Page 8 of 9) MEASURING and TEST EQUIPMENT(M&TE) LOG M&TE ID DESCRIPTION RANGE AND MINIMUM ACCURACY REQUIREMENTS CAL. DUE DATE VERIFIED BY INITIAL/DATE POST-TEST CALIBRATIONACCEPTABLE INIT/DATE1 PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10% PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10% PCB Piezotronics, Model 357B61 Accelerometer and Model 422E66A Charge Converter 10% PCB Portable Shaker Vibration Calibrator Model 9100D 5%

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 131 of 182 Appendix C (Page 9 of 9) MEASURING and TEST EQUIPMENT(M&TE) LOG M&TE ID DESCRIPTION RANGE AND MINIMUM ACCURACY REQUIREMENTS CAL. DUE DATE VERIFIED BY INITIAL/DATE POST-TEST CALIBRATIONACCEPTABLE INIT/DATE1 1 May be identified as NOT required (NR) if instrument is NOT used to meet acceptance criteria. Multiple copies of this attachment may be added as necessary.

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 132 of 182 Appendix D (Page 1 of 2) MEASUREMENT UNCERTAINTY CALCULATIONS MONITOR LOCATION ALLOWABLE VELOCITY (in/s 0-pk) ALLOWABLE VELOCITY / 1.11 (in/s 0-pk) ALLOWABLE DISPLACEMENT (in) ALLOWABLE DISPL / 1.1 2 (in) Velocity Screen Criteria 0.5 0.45 N/A N/A MSV-1 0.5 0.45 0.0104 0.009 MSV-2 0.5 0.45 0.1057 0.096 MSV-3 0.5 0.45 0.0100 0.009 MSV-4 0.5 0.45 0.0410 0.037 MSV-5 0.5 0.45 0.0250 0.023 FWV-1 0.5 0.45 0.0100 0.009 FWV-2 0.5 0.45 0.0190 0.017 FWV-3 0.5 0.45 0.0140 0.013 FWV-4 0.5 0.45 0.0070 0.006 FWV-5 0.5 0.45 0.1430 0.130 FWV-6 0.5 0.45 0.1420 0.129 FWV-7 0.5 0.45 0.0110 0.010 CVCSV-1 0.5 0.45 0.0346 0.031 CVCSV-3 0.5 0.45 0.0340 0.031 SISV-1 0.5 0.45 0.0120 0.011 RHRV-1 0.5 0.45 0.0120 0.011 RCSV-1 0.5 0.45 0.0170 0.015 RCSV-2 0.5 0.45 0.0180 0.016 WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 133 of 182 Appendix D (Page 2 of 2) MEASUREMENT UNCERTAINTY CALCULATIONS

MONITOR LOCATION ALLOWABLE VELOCITY (in/s 0-pk) ALLOWABLE VELOCITY / 1.11 (in/s 0-pk) ALLOWABLE DISPLACEMENT (in) ALLOWABLE DISPL / 1.1 2 (in) RCSV-3 0.5 0.45 0.0100 0.009 RCSV-4 0.5 0.45 0.0310 0.028 RCSV-5 0.5 0.45 0.0130 0.012 RCSV-6 0.5 0.45 0.0210 0.019 1 Allowable divided by instrument inaccuracy (10%) to account for measurement uncertainty. 2 Allowable divided by instrument inaccuracy (10%) to account for measurement uncertainty.

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 134 of 182 Appendix E (Page 1 of 1) VIBRATION DATA GUIDELINES 1.0 COMPLETION GUIDELINES FOR ATTACHMENT 6, VIBRATION DATA SHEET [1] Measure velocity/displacement as needed at a point or points of maximum vibration. Measure in 1, 2 or 3 directions (orthogonal) as needed. Give special consideration to areas with high velocity or low frequency. [2] Record peak velocity on Attachment 6 (copy Attachment 6 as needed). [3] Record the system, flow mode, 2-PTI-999-01 Step, and M&TE information. [4] Sketch the measurement location on Attachment 6, Page 2, including valves, equipment, support numbers, flow direction, applicable dimensions and measurement coordinate system. [5] IF the velocity is less than or equal to the screening criteria ( 0.45 in/s 0-pk, adjusted for measurement uncertainty), THEN Mark as N/A the displacement and specific piping information sections and mark the vibration as acceptable, which completes Attachment 6 for this measurement location. [6] IF the velocity is greater than the screening criteria (> 0.45 in/s 0-pk, adjusted for measurement uncertainty), THEN

Enter on Attachment 6 the measured displacements, measurement locations and required piping information (Refer to N3C-945 for variable definitions and values). NOTE TI-31.14, Piping Vibration Measurements, may be referred to for additional guidance. [7] Calculate allowable displacements in accordance with N3C-945, Procedure for Evaluation and Qualification of Piping System Vibrations. Use Attachment 6, Page 2 for calculations as necessary. [8] Evaluate the calculated displacements for acceptable vibration.

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 135 of 182 Appendix F (Page 1 of 1) ATTACHMENT INDEX Attachment No. Attachment Description No. of Pages 1 Signature Log Storage 2 Chronological Test Log Storage 3 Test Deficiency Notice Log Sheet Storage 4 Test Deficiency Notice Sheet Storage 5 DAS Vibration Data 6 Vibration Measurement/Evaluation/Calculation 7 DAS Data-Steady State Storage 8 DAS Data-Transient Storage 9 Marked-up System Flow Diagrams (Test Boundaries of individual flow modes) Storage 10 Instrumented Vibration Monitoring Locations And Acceptance Criteria SMP-9.0, Appendix D, Attachment Index 10/27/2010 WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 136 of 182 Attachment 1 (Page 1 of 1) SIGNATURE LOG SHEET STORAGE WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 137 of 182 Attachment 2 (Page 1 of 1) CHRONOLOGICAL TEST LOG SHEET STORAGE WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 138 of 182 Attachment 3 (Page 1 of 1) TEST DEFICIENCY LOG SHEET STORAGE

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 139 of 182 Attachment 4 (Page 1 of 1) TEST DEFICIENCY NOTICE SHEET STORAGE WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 140 of 182 Attachment 5 (Page 1 of 31) DAS VIBRATION DATA Date ________ Step Description Equip/Train Sensor Velocity (in/sec pk) Displacement (in pk) Direction Initials [ACC CRIT] (2) Max Peak (1) Allowable Max Peak (1) Allowable 6.1.1[6] MS to TDAFP Steady State FWV-3 0.45 0.013 Z (lateral) 6.1.2[8] Atmospheric Relief Valve Lift Transient 2-PCV-1-5 MSV-1 0.45 0.009 Y (vert) MSV-2 0.45 0.096 Z (lateral)

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 141 of 182 Attachment 5 (Page 2 of 31) DAS VIBRATION DATA Date ________

Step Description Equip/Train Sensor Velocity (in/sec pk) Displacement (in pk) Direction Initials [ACC CRIT] (2) Max Peak (1) Allowable Max Peak (1) Allowable 6.1.3[16] Turbine Bypass Transients 2-FCV-1-103 MSV-2 0.45 0.096 Z (lateral) MSV-3 0.45 0.009 Z (lateral) MSV-4 0.45 0.037 Z (axial) MSV-5 0.45 0.023 X (axial) 2-FCV-1-104 MSV-2 0.45 0.096 Z (lateral) MSV-3 0.45 0.009 Z (lateral) MSV-4 0.45 0.037 Z (axial) MSV-5 0.45 0.023 X (axial) 2-FCV-1-105 MSV-2 0.45 0.096 Z (lateral) MSV-3 0.45 0.009 Z (lateral) MSV-4 0.45 0.037 Z (axial) MSV-5 0.45 0.023 X (axial)

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 142 of 182 Attachment 5 (Page 3 of 31) DAS VIBRATION DATA Date ________

Step Description Equip/Train Sensor Velocity (in/sec pk) Displacement (in pk) Direction Initials [ACC CRIT] (2) Max Peak (1) Allowable Max Peak (1) Allowable 6.1.3[16] Turbine Bypass Transients 2-FCV-1-106 MSV-2 0.45 0.096 Z (lateral) MSV-3 0.45 0.009 Z (lateral) MSV-4 0.45 0.037 Z (axial) MSV-5 0.45 0.023 X (axial) 2-FCV-1-107 MSV-2 0.45 0.096 Z (lateral) MSV-3 0.45 0.009 Z (lateral) MSV-4 0.45 0.037 Z (axial) MSV-5 0.45 0.023 X (axial) 2-FCV-1-108 MSV-2 0.45 0.096 Z (lateral) MSV-3 0.45 0.009 Z (lateral) MSV-4 0.45 0.037 Z (axial) MSV-5 0.45 0.023 X (axial)

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 143 of 182 Attachment 5 (Page 4 of 31) DAS VIBRATION DATA Date ________

Step Description Equip/Train Sensor Velocity (in/sec pk) Displacement (in pk) Direction Initials [ACC CRIT] (2) Max Peak (1) Allowable Max Peak (1) Allowable 6.1.3[16] Turbine Bypass Transients 2-FCV-1-109 MSV-2 0.45 0.096 Z (lateral) MSV-3 0.45 0.009 Z (lateral) MSV-4 0.45 0.037 Z (axial) MSV-5 0.45 0.023 X (axial) 2-FCV-1-110 MSV-2 0.45 0.096 Z (lateral) MSV-3 0.45 0.009 Z (lateral) MSV-4 0.45 0.037 Z (axial) MSV-5 0.45 0.023 X (axial) 2-FCV-1-111 MSV-2 0.45 0.096 Z (lateral) MSV-3 0.45 0.009 Z (lateral) MSV-4 0.45 0.037 Z (axial) MSV-5 0.45 0.023 X (axial)

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 144 of 182 Attachment 5 (Page 5 of 31) DAS VIBRATION DATA Date ________

Step Description Equip/Train Sensor Velocity (in/sec pk) Displacement (in pk) Direction Initials [ACC CRIT] (2) Max Peak (1) Allowable Max Peak (1) Allowable 6.1.3[16] Turbine Bypass Transients 2-FCV-1-112 MSV-2 0.45 0.096 Z (lateral) MSV-3 0.45 0.009 Z (lateral) MSV-4 0.45 0.037 Z (axial) MSV-5 0.45 0.023 X (axial) 2-FCV-1-113 MSV-2 0.45 0.096 Z (lateral) MSV-3 0.45 0.009 Z (lateral) MSV-4 0.45 0.037 Z (axial) MSV-5 0.45 0.023 X (axial) 2-FCV-1-114 MSV-2 0.45 0.096 Z (lateral) MSV-3 0.45 0.009 Z (lateral) MSV-4 0.45 0.037 Z (axial) MSV-5 0.45 0.023 X (axial)

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 145 of 182 Attachment 5 (Page 6 of 31) DAS VIBRATION DATA Date ________

Step Description Equip/Train Sensor Velocity (in/sec pk) Displacement (in pk) Direction Initials [ACC CRIT] (2) Max Peak (1) Allowable Max Peak (1) Allowable 6.2.1[9] MFP 2A Start Transient MFP 2A FWV-5 0.45 0.130 X (axial) 6.2.2[6] MFP 2A Recirc Steady State MFP 2A FWV-5 0.45 0.130 X (axial) 6.2.3[9] MFP 2B Start Transient MFP 2B FWV-6 0.45 0.129 Z (lateral) 6.2.4[6] MFP 2B Recirc Steady State MFP 2B FWV-6 0.45 0.129 Z (lateral) 6.2.5[9] Standby MFP Start Transient FWV-7 0.45 0.010 Z (axial) 6.2.6[6] Standby MFP Long Cycle Recirc Steady State FWV-7 0.45 0.010 Z (axial)

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 146 of 182 Attachment 5 (Page 7 of 31) DAS VIBRATION DATA Date ________

Step Description Equip/Train Sensor Velocity (in/sec pk) Displacement (in pk) Direction Initials [ACC CRIT] (2) Max Peak (1) Allowable Max Peak (1) Allowable 6.3.3[16] MDAFP 2A-A to SG Start Transient MDAFP 2A-A FWV-4 0.45 0.006 Sx* (Axial) 6.3.3[16] MDAFP 2A-A to SG Steady State MDAFP 2A-A FWV-4 0.45 0.006 Sx* (Axial) 6.3.3[16] MDAFP 2A-A to SG Stop Transient MDAFP 2A-A FWV-4 0.45 0.006 Sx* (Axial) 6.3.4[16] MDAFP 2B-B to SG Start Transient MDAFP 2B-B FWV-1 0.45 0.009 Z (axial) 6.3.4[16] MDAFP 2B-B to SG Steady State MDAFP 2B-B FWV-1 0.45 0.009 Z (axial) 6.3.4[16] MDAFP 2B-B to SG Stop Transient MDAFP 2B-B FWV-1 0.45 0.009 Z (axial)

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 147 of 182 Attachment 5 (Page 8 of 31) DAS VIBRATION DATA Date ________

Step Description Equip/Train Sensor Velocity (in/sec pk) Displacement (in pk) Direction Initials [ACC CRIT] (2) Max Peak (1) Allowable Max Peak (1) Allowable 6.3.6[6] TDAFP to SG Steady State FWV-1 0.45 0.009 Z (axial) FWV-2 0.45 0.017 X (lateral) FWV-3 0.45 0.013 Z (lateral) FWV-4 0.45 0.006 Sx* (Axial) 6.3.7[10] TDAFP Cold Start Transient FWV-1 0.45 0.009 Z (axial) FWV-2 0.45 0.017 X (lateral) FWV-3 0.45 0.013 Z (lateral) FWV-4 0.45 0.006 Sx* (Axial) 6.3.8[10] TDAFP Trip Transient FWV-1 0.45 0.009 Z (axial) FWV-2 0.45 0.017 X (lateral) FWV-3 0.45 0.013 Z (lateral) FWV-4 0.45 0.006 Sx* (Axial)

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 148 of 182 Attachment 5 (Page 9 of 31) DAS VIBRATION DATA Date ________

Step Description Equip/Train Sensor Velocity (in/sec pk) Displacement (in pk) Direction Initials [ACC CRIT] (2) Max Peak (1) Allowable Max Peak (1) Allowable 6.3.9[10.1] TDAFP, MDAFP 2A-A and 2B-B Simultaneous Start Transient FWV-1 0.45 0.009 Z (axial) FWV-2 0.45 0.017 X (lateral) FWV-3 0.45 0.013 Z (lateral) FWV-4 0.45 0.006 Sx* (Axial) 6.3.9[10.2] TDAFP, MDAFP 2A-A and 2B-B Steady State FWV-1 0.45 0.009 Z (axial) FWV-2 0.45 0.017 X (lateral) FWV-3 0.45 0.013 Z (lateral) FWV-4 0.45 0.006 Sx* (Axial) 6.3.9[10.3] MDAFP 2A-A and 2B-B Trip Transient with TDAFP Running FWV-1 0.45 0.009 Z (axial) FWV-2 0.45 0.017 X (lateral) FWV-3 0.45 0.013 Z (lateral) FWV-4 0.45 0.006 Sx* (Axial)

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 149 of 182 Attachment 5 (Page 10 of 31) DAS VIBRATION DATA Date ________

Step Description Equip/Train Sensor Velocity (in/sec pk) Displacement (in pk) Direction Initials [ACC CRIT] (2) Max Peak (1) Allowable Max Peak (1) Allowable 6.3.9[10.4] MDAFP 2A-A and 2B-B Start Transient with TDAFP Running FWV-1 0.45 0.009 Z (axial) FWV-2 0.45 0.017 X (lateral) FWV-3 0.45 0.013 Z (lateral) FWV-4 0.45 0.006 Sx* (Axial) 6.3.9[10.5] TDAFP Trip Transient with MDAFP 2A-A and 2B-B Running FWV-1 0.45 0.009 Z (axial) FWV-2 0.45 0.017 X (lateral) FWV-3 0.45 0.013 Z (lateral) FWV-4 0.45 0.006 Sx* (Axial)

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 150 of 182 Attachment 5 (Page 11 of 31) DAS VIBRATION DATA Date ________

Step Description Equip/Train Sensor Velocity (in/sec pk) Displacement (in pk) Direction Initials [ACC CRIT] (2) Max Peak (1) Allowable Max Peak (1) Allowable 6.5.1[6] CCP 2A-A Normal Charging Steady State CVCSV-1 0.45 0.031 Sx (Axial) CVCSV-3 0.45 0.031 Z (axial) 6.5.2[6] CCP 2B-B Normal Charging Steady State CVCSV-1 0.45 0.031 Sx (Axial) CVCSV-3 0.45 0.031 Z (axial) 6.5.10[8.1] CCP 2A-A Start Transient CVCSV-1 0.45 0.031 Sx (Axial) CVCSV-3 0.45 0.031 Z (axial) 6.5.10[8.2] CCP 2A-A Stop Transient CVCSV-1 0.45 0.031 Sx (Axial) CVCSV-3 0.45 0.031 Z (axial) 6.5.10[8.3] CCP 2B-B Start Transient CVCSV-1 0.45 0.031 Sx (Axial) CVCSV-3 0.45 0.031 Z (axial) 6.5.10[8.4] CCP 2B-B Stop Transient CVCSV-1 0.45 0.031 Sx (Axial) CVCSV-3 0.45 0.031 Z (axial)

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 151 of 182 Attachment 5 (Page 12 of 31) DAS VIBRATION DATA Date ________

Step Description Equip/Train Sensor Velocity (in/sec pk) Displacement (in pk) Direction Initials [ACC CRIT] (2) Max Peak (1) Allowable Max Peak (1) Allowable 6.6.1[6] Loops 1, 2, 3, and 4 Hot, Cold, and Crossover Legs Steady State HL1 RCSV-10 NA NA Y NA COL1 RCSV-11 NA NA Z NA CL1 RCSV-12 NA NA Y NA CL1 RCSV-13 NA NA Z NA CL2 RCSV-20 NA NA Z NA COL2 RCSV-21 NA NA Z NA HL2 RCSV-22 NA NA Y NA PRZR SURGE RCSV-23 NA NA Z NA HL3 RCSV-30 NA NA Z NA COL3 RCSV-31 NA NA Y NA CL3 RCSV-32 NA NA Y NA WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 152 of 182 Attachment 5 (Page 13 of 31) DAS VIBRATION DATA Date ________

Step Description Equip/Train Sensor Velocity (in/sec pk) Displacement (in pk) Direction Initials [ACC CRIT] (2) Max Peak (1) Allowable Max Peak (1) Allowable 6.6.1[6] Loops 1, 2, 3, and 4 Hot, Cold, and Crossover Legs Steady State HL4 RCSV-40 NA NA Z NA COL4 RCSV-41 NA NA Y NA CL4 RCSV-42 NA NA Z NA CL4 RCSV-43 NA NA Y NA RHR Ret from HL4 RHRV-1 0.45 0.011 Sx*(Lat) SI to CL3 SISV-1 0.45 0.011 Sz*(Lat) NORM CHRG near CL1 CVCSV-1 0.45 0.031 Sx*(Axial)

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 153 of 182 Attachment 5 (Page 14 of 31) DAS VIBRATION DATA Date ________

Step Description Equip/Train Sensor Velocity (in/sec pk) Displacement (in pk) Direction Initials [ACC CRIT] (2) Max Peak (1) Allowable Max Peak (1) Allowable 6.6.2[6] Normal Pressurizer Spray Steady State RCSV-2 0.45 0.016 Sx*(Axial) 6.6.3[6] Pressurizer Surge Steady State RCSV-1 0.45 0.015 Sz*(Lat) 6.6.4[7] PORV Open Transient 2-PCV-68-340A RCSV-3 0.45 0.009 Z (lat) RCSV-4 0.45 0.028 X (lat) RCSV-5 0.45 0.012 Y (vert) 2-PCV-68-334 RCSV-3 0.45 0.009 Z (lat) RCSV-4 0.45 0.028 X (lat) RCSV-5 0.45 0.012 Y (vert)

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 154 of 182 Attachment 5 (Page 15 of 31) DAS VIBRATION DATA Date ________

Step Description Equip/Train Sensor Velocity (in/sec pk) Displacement (in pk) Direction Initials [ACC CRIT] (2) Max Peak (1) Allowable Max Peak (1) Allowable 6.6.5[6] RCP Stop Transient 2-PMP-68-8 RCSV-10 NA NA Y NA RCSV-11 NA NA Z NA RCSV-12 NA NA Y NA RCSV-13 NA NA Z NA RCSV-20 NA NA Z NA RCSV-21 NA NA Z NA RCSV-22 NA NA Y NA RCSV-23 NA NA Z NA RCSV-30 NA NA Z NA RCSV-31 NA NA Y NA RCSV-32 NA NA Y NA RCSV-40 NA NA Z NA WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 155 of 182 Attachment 5 (Page 16 of 31) DAS VIBRATION DATA Date ________

Step Description Equip/Train Sensor Velocity (in/sec pk) Displacement (in pk) Direction Initials [ACC CRIT] (2) Max Peak (1) Allowable Max Peak (1) Allowable 6.6.5[6] RCP Stop Transient 2-PMP-68-8 RCSV-41 NA NA Y NA RCSV-42 NA NA Z NA RCSV-43 NA NA Y NA RHRV-1 0.45 0.011 Sx*(Lat) SISV-1 0.45 0.011 Sz*(Lat) CVCSV-1 0.45 0.031 Sx*(Axial)

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 156 of 182 Attachment 5 (Page 17 of 31) DAS VIBRATION DATA Date ________

Step Description Equip/Train Sensor Velocity (in/sec pk) Displacement (in pk) Direction Initials [ACC CRIT] (2) Max Peak (1) Allowable Max Peak (1) Allowable 6.6.5[6] RCP Start Transient 2-PMP-68-8 RCSV-10 NA NA Y NA RCSV-11 NA NA Z NA RCSV-12 NA NA Y NA RCSV-13 NA NA Z NA RCSV-20 NA NA Z NA RCSV-21 NA NA Z NA RCSV-22 NA NA Y NA RCSV-23 NA NA Z NA RCSV-30 NA NA Z NA RCSV-31 NA NA Y NA RCSV-32 NA NA Y NA RCSV-40 NA NA Z NA WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 157 of 182 Attachment 5 (Page 18 of 31) DAS VIBRATION DATA Date ________

Step Description Equip/Train Sensor Velocity (in/sec pk) Displacement (in pk) Direction Initials [ACC CRIT] (2) Max Peak (1) Allowable Max Peak (1) Allowable 6.6.5[6] RCP Start Transient 2-PMP-68-8 RCSV-41 NA NA Y NA RCSV-42 NA NA Z NA RCSV-43 NA NA Y NA RHRV-1 0.45 0.011 Sx*(Lat) SISV-1 0.45 0.011 Sz*(Lat) CVCSV-1 0.45 0.031 Sx*(Axial)

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 158 of 182 Attachment 5 (Page 19 of 31) DAS VIBRATION DATA Date ________

Step Description Equip/Train Sensor Velocity (in/sec pk) Displacement (in pk) Direction Initials [ACC CRIT] (2) Max Peak (1) Allowable Max Peak (1) Allowable 6.6.6[6] RCP Stop Transient 2-PMP-68-31 RCSV-10 NA NA Y NA RCSV-11 NA NA Z NA RCSV-12 NA NA Y NA RCSV-13 NA NA Z NA RCSV-20 NA NA Z NA RCSV-21 NA NA Z NA RCSV-22 NA NA Y NA RCSV-23 NA NA Z NA RCSV-30 NA NA Z NA RCSV-31 NA NA Y NA RCSV-32 NA NA Y NA RCSV-40 NA NA Z NA WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 159 of 182 Attachment 5 (Page 20 of 31) DAS VIBRATION DATA Date ________

Step Description Equip/Train Sensor Velocity (in/sec pk) Displacement (in pk) Direction Initials [ACC CRIT] (2) Max Peak (1) Allowable Max Peak (1) Allowable 6.6.6[6] RCP Stop Transient 2-PMP-68-31 RCSV-41 NA NA Y NA RCSV-42 NA NA Z NA RCSV-43 NA NA Y NA RHRV-1 0.45 0.011 Sx*(Lat) SISV-1 0.45 0.011 Sz*(Lat) CVCSV-1 0.45 0.031 Sx*(Axial)

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 160 of 182 Attachment 5 (Page 21 of 31) DAS VIBRATION DATA Date ________

Step Description Equip/Train Sensor Velocity (in/sec pk) Displacement (in pk) Direction Initials [ACC CRIT] (2) Max Peak (1) Allowable Max Peak (1) Allowable 6.6.6[6] RCP Start Transient 2-PMP-68-31 RCSV-10 NA NA Y NA RCSV-11 NA NA Z NA RCSV-12 NA NA Y NA RCSV-13 NA NA Z NA RCSV-20 NA NA Z NA RCSV-21 NA NA Z NA RCSV-22 NA NA Y NA RCSV-23 NA NA Z NA RCSV-30 NA NA Z NA RCSV-31 NA NA Y NA RCSV-32 NA NA Y NA RCSV-40 NA NA Z NA WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 161 of 182 Attachment 5 (Page 22 of 31) DAS VIBRATION DATA Date ________

Step Description Equip/Train Sensor Velocity (in/sec pk) Displacement (in pk) Direction Initials [ACC CRIT] (2) Max Peak (1) Allowable Max Peak (1) Allowable 6.6.6[6] RCP Start Transient 2-PMP-68-31 RCSV-41 NA NA Y NA RCSV-42 NA NA Z NA RCSV-43 NA NA Y NA RHRV-1 0.45 0.011 Sx*(Lat) SISV-1 0.45 0.011 Sz*(Lat) CVCSV-1 0.45 0.031 Sx*(Axial)

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 162 of 182 Attachment 5 (Page 23 of 31) DAS VIBRATION DATA Date ________

Step Description Equip/Train Sensor Velocity (in/sec pk) Displacement (in pk) Direction Initials [ACC CRIT] (2) Max Peak (1) Allowable Max Peak (1) Allowable 6.6.7[6] RCP Stop Transient 2-PMP-68-50 RCSV-10 NA NA Y NA RCSV-11 NA NA Z NA RCSV-12 NA NA Y NA RCSV-13 NA NA Z NA RCSV-20 NA NA Z NA RCSV-21 NA NA Z NA RCSV-22 NA NA Y NA RCSV-23 NA NA Z NA RCSV-30 NA NA Z NA RCSV-31 NA NA Y NA RCSV-32 NA NA Y NA RCSV-40 NA NA Z NA WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 163 of 182 Attachment 5 (Page 24 of 31) DAS VIBRATION DATA Date ________

Step Description Equip/Train Sensor Velocity (in/sec pk) Displacement (in pk) Direction Initials [ACC CRIT] (2) Max Peak (1) Allowable Max Peak (1) Allowable 6.6.7[6] RCP Stop Transient 2-PMP-68-50 RCSV-41 NA NA Y NA RCSV-42 NA NA Z NA RCSV-43 NA NA Y NA RHRV-1 0.45 0.011 Sx*(Lat) SISV-1 0.45 0.011 Sz*(Lat) CVCSV-1 0.45 0.031 Sx*(Axial)

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 164 of 182 Attachment 5 (Page 25 of 31) DAS VIBRATION DATA Date ________

Step Description Equip/Train Sensor Velocity (in/sec pk) Displacement (in pk) Direction Initials [ACC CRIT] (2) Max Peak (1) Allowable Max Peak (1) Allowable 6.6.7[6] RCP Start Transient 2-PMP-68-50 RCSV-10 NA NA Y NA RCSV-11 NA NA Z NA RCSV-12 NA NA Y NA RCSV-13 NA NA Z NA RCSV-20 NA NA Z NA RCSV-21 NA NA Z NA RCSV-22 NA NA Y NA RCSV-23 NA NA Z NA RCSV-30 NA NA Z NA RCSV-31 NA NA Y NA RCSV-32 NA NA Y NA RCSV-40 NA NA Z NA WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 165 of 182 Attachment 5 (Page 26 of 31) DAS VIBRATION DATA Date ________

Step Description Equip/Train Sensor Velocity (in/sec pk) Displacement (in pk) Direction Initials [ACC CRIT] (2) Max Peak (1) Allowable Max Peak (1) Allowable 6.6.7[6] RCP Start Transient 2-PMP-68-50 RCSV-41 NA NA Y NA RCSV-42 NA NA Z NA RCSV-43 NA NA Y NA RHRV-1 0.45 0.011 Sx*(Lat) SISV-1 0.45 0.011 Sz*(Lat) CVCSV-1 0.45 0.031 Sx*(Axial)

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 166 of 182 Attachment 5 (Page 27 of 31) DAS VIBRATION DATA Date ________

Step Description Equip/Train Sensor Velocity (in/sec pk) Displacement (in pk) Direction Initials [ACC CRIT] (2) Max Peak (1) Allowable Max Peak (1) Allowable 6.6.8[6] RCP Stop Transient 2-PMP-68-73 RCSV-10 NA NA Y NA RCSV-11 NA NA Z NA RCSV-12 NA NA Y NA RCSV-13 NA NA Z NA RCSV-20 NA NA Z NA RCSV-21 NA NA Z NA RCSV-22 NA NA Y NA RCSV-23 NA NA Z NA RCSV-30 NA NA Z NA RCSV-31 NA NA Y NA RCSV-32 NA NA Y NA RCSV-40 NA NA Z NA WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 167 of 182 Attachment 5 (Page 28 of 31) DAS VIBRATION DATA Date ________

Step Description Equip/Train Sensor Velocity (in/sec pk) Displacement (in pk) Direction Initials [ACC CRIT] (2) Max Peak (1) Allowable Max Peak (1) Allowable 6.6.8[6] RCP Stop Transient 2-PMP-68-73 RCSV-41 NA NA Y NA RCSV-42 NA NA Z NA RCSV-43 NA NA Y NA RHRV-1 0.45 0.011 Sx*(Lat) SISV-1 0.45 0.011 Sz*(Lat) CVCSV-1 0.45 0.031 Sx*(Axial)

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 168 of 182 Attachment 5 (Page 29 of 31) DAS VIBRATION DATA Date ________

Step Description Equip/Train Sensor Velocity (in/sec pk) Displacement (in pk) Direction Initials [ACC CRIT] (2) Max Peak (1) Allowable Max Peak (1) Allowable 6.6.8[6] RCP Start Transient 2-PMP-68-73 RCSV-10 NA NA Y NA RCSV-11 NA NA Z NA RCSV-12 NA NA Y NA RCSV-13 NA NA Z NA RCSV-20 NA NA Z NA RCSV-21 NA NA Z NA RCSV-22 NA NA Y NA RCSV-23 NA NA Z NA RCSV-30 NA NA Z NA RCSV-31 NA NA Y NA RCSV-32 NA NA Y NA RCSV-40 NA NA Z NA WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 169 of 182 Attachment 5 (Page 30 of 31) DAS VIBRATION DATA Date ________

Step Description Equip/Train Sensor Velocity (in/sec pk) Displacement (in pk) Direction Initials [ACC CRIT] (2) Max Peak (1) Allowable Max Peak (1) Allowable 6.6.8[6] RCP Start Transient 2-PMP-68-73 RCSV-41 NA NA Y RCSV-42 NA NA Z RCSV-43 NA NA Y RHRV-1 0.45 0.011 Sx*(Lat) SISV-1 0.45 0.011 Sz*(Lat) CVCSV-1 0.45 0.031 Sx*(Axial)

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 170 of 182 Attachment 5 (Page 31 of 31) DAS VIBRATION DATA Date ________

Step Description Equip/Train Sensor Velocity (in/sec pk) Displacement (in pk) Direction Initials [ACC CRIT] (2) Max Peak (1) Allowable Max Peak (1) Allowable 6.6.9[6] RCS Spray Valve Cycle Transient 2-PCV-68-340D RCSV-2 0.45 0.016 Sx*(Axial) 2-PCV-68-340B RCSV-2 0.45 0.016 Sx*(Axial) 6.6.10[6] RCS Head Vent Transient Train A RCSV-6 0.45 0.019 Sx(Axial) Train B RCSV-6 0.45 0.019 Sx(Axial) 1 Record Maximum measured peak velocity and displacement. 2 Verify that EITHER the measured velocity OR displacement is less than or equal to the allowable.

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 171 of 182 Attachment 6 (Page 1 of 2) VIBRATION MEASUREMENT/EVALUATION/CALCULATION Date ________ System: Flow Mode: Sheet _____ of _____ 2-PTI-999-01 Step: Velocity (directions as needed) Direction in/s 0-pk Screening Velocity: x 0.45 in/s 0-pk y 0.45 in/s 0-pk z 0.45 in/s 0-pk Displacement (directions as needed). Measure 0-pk, or convert pk-pk to 0-pk, and adjust for uncertainty. Direction pk-pk 0-pk (pk-pk/2) 0-pk + 10% x y z Line

Description:

DO (in): : Material (CS or SS): Pipe Schedule: C2K2 (Class 1): i (Class 2, 3 or B31.1): Span Length (ft): Configuration Coefficient (k): M&TE Used M&TE ID NO.: CAL DUE DATE:

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 172 of 182 Attachment 6 (Page 2 of 2) VIBRATION MEASUREMENT/EVALUATION/CALCULATION Date ________

System: Flow Mode: Sheet _____ of _____ 2-PTI-999-01 Step: Measurement Location Sketch / Calculations VERIFY the measured vibrations are acceptable. (ACC CRIT) ________ Prepared By: ______________________ Reviewed By: ______________________

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 173 of 182 Attachment 7 (Page 1 of 1) DAS DATA - STEADY STATE STORAGE WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 174 of 182 Attachment 8 (Page 1 of 1) DAS DATA - TRANSIENT STORAGE WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 175 of 182 Attachment 9 (Page 1 of 1) MARKED-UP SYSTEM FLOW DIAGRAMS (TEST BOUNDARIES of INDIVIDUAL FLOW MODES) STORAGE WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 176 of 182 Attachment 10 (Page 1 of 7) INSTRUMENTED VIBRATION MONITORING LOCATIONS AND ACCEPTANCE CRITERIA NSSS Loop Vibration Monitoring Locations for Baseline Data Monitor Point I.D Location Monitoring Direction Predicted Movement (in-peak, in/sec Max) RCSV-10 Hot Leg #1 Y Record Velocity and Displacement for Baseline Data RCSV-11 Cross Over Leg #1 Z RCSV-12 Cold Leg #1 Y RCSV-13 Cold Leg #1 Z RCSV-20 Cold Leg #2 Z RCSV-21 Cross Over Leg #2 Z RCSV-22 Hot Leg #2 Y RCSV-23 Pressurizer Surge Line Loop Nozzle Side Z RCSV-30 Hot Leg #3 Z RCSV-31 Cross Over Leg #3 Y RCSV-32 Cold Leg #3 Y RCSV-40 Hot Leg #4 Z RCSV-41 Cross Over Leg #4 Y RCSV-42 Cold Leg #4 Z RCSV-43 Cold Leg #4 Y Note: Visual vibration monitoring shall be performed in accordance with Design Criteria WB-DC-40-31.

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 177 of 182 Attachment 10 (Page 2 of 7) INSTRUMENTED VIBRATION MONITORING LOCATIONS AND ACCEPTANCE CRITERIA

WESTINGHOUSE LOCAL COORDINATE SYSTEM UNIT 2 WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 178 of 182 Attachment 10 (Page 3 of 7) INSTRUMENTED VIBRATION MONITORING LOCATIONS AND ACCEPTANCE CRITERIA

LAYOUT SKETCH FOR NSSS VIBRATION MONITORING POINTS, APPROXIMATE LOCATIONS

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 179 of 182 Attachment 10 (Page 4 of 7) INSTRUMENTED VIBRATION MONITORING LOCATIONS AND ACCEPTANCE CRITERIA

ISOMETRIC DRAWINGS AND THEIR CORRESPONDING SHEET NUMBER FROM 2-TSD-HFT-1 ATTACHMENT "B" SHOWING VIBRATION MONITORING LOCATIONS Monitoring Location 2-TSD-HFT-Sheet Number TVA Drawing Number MSV-1 Sheet B-31 2-47W400-220A MSV-2 Sheet B-30 2-47W400-220 MSV-3 Sheet B-39 47W400-101 MSV-4 Sheet B-41 47W400-103 MSV-5 Sheet B-39 47W400-101 FWV-1 Sheet B-24 2-47W427-216 FWV-2 Sheet B-23 2-47W427-208 FWV-3 Sheet B-27 2-47W427-231 FWV-4 Sheet B-28 2-47W427-233 FWV-5 Sheet B-29 47W401-153 FWV-6 Sheet B-29 47W401-153 FWV-7 Sheet B-29 47W401-153 CVCSV-1 Sheet B-12 2-47W406-321C CVCSV-3 Sheet B-13 2-47W406-332 SISV-1 Sheet B-62 2-47W435-267B WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 180 of 182 Attachment 10 (Page 5 of 7) INSTRUMENTED VIBRATION MONITORING LOCATIONS AND ACCEPTANCE CRITERIA

Monitoring Location 2-TSD-HFT-Sheet Number TVA Drawing Number RCSV-1 Sheet B-51 2-47W465-221 RCSV-2 Sheet B-42 2-47W465-206 RCSV-3 Sheet B-45 2-47W465-212 RCSV-4 Sheet B-44 2-47W465-211 RCSV-5 Sheet B-44 2-47W465-211 RCSV-6 Sheet B-70 2-47W465-236 RHRV-1 Sheet B-52 2-47W432-216

WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 181 of 182 Attachment 10 (Page 6 of 7) INSTRUMENTED VIBRATION MONITORING LOCATIONS AND ACCEPTANCE CRITERIA

VIBRATION MONITORING LOCATIONS AND ACCEPTANCE CRITERIA Monitoring Location Monitoring Direction Allowable Velocity (inch/second peak) Allowable Displacement (inch -peak) MSV-1 Y (Vertical) 0.5 0.0104 MSV-2 Z (Lateral) 0.5 0.1057 MSV-3 Z (Lateral) 0.5 0.0100 MSV-4 Z (Axial) 0.5 0.0410 MSV-5 X (Axial) 0.5 0.0250 FWV-1 Z (Axial) 0.5 0.0100 FWV-2 X (Lateral) 0.5 0.0190 FWV-3 Z (Lateral) 0.5 0.0140 FWV-4 Sx* (Axial) 0.5 0.0070 FWV-5 X (Axial) 0.5 0.1430 FWV-6 Z (Lateral) 0.5 0.1420 FWV-7 Z (Axial) 0.5 0.0110 CVCSV-1 Sx* (Axial) 0.5 0.0346 CVCSV-3 Z (Axial) 0.5 0.0340 SISV-1 Sz* (Lateral) 0.5 0.0120 WBN Unit 2 Operational Vibration Testing 2-PTI-999-01 Rev. 0000 Page 182 of 182 Attachment 10 (Page 7 of 7) INSTRUMENTED VIBRATION MONITORING LOCATIONS AND ACCEPTANCE CRITERIA

Monitoring Location Monitoring Direction Allowable Velocity (inch/second peak) Allowable Displacement (inch -peak) RCSV-1 Sz* (Lateral) 0.5 0.0170 RCSV-2 Sx* (Axial) 0.5 0.0180 RCSV-3 Z (Lateral) 0.5 0.0100 RCSV-4 X (Lateral) 0.5 0.0310 RCSV-5 Y (Vertical) 0.5 0.0130 RCSV-6 Sx (Axial) 0.5 0.0210 RHRV-1 Sx* (Lateral) 0.5 0.0120 NOTES 1) All monitoring directions are plant global (i.e., North is + Z-direction) unless specified by (*). For locations identified by (*) refer to Attachment B isometrics for coordinate definition. 2) Acceptance criteria provided for both velocity and displacement. In accordance with Design Criteria WB-DC-40-31.16 vibration is acceptable if either velocity or displacement criteria are met, however, special consideration must be given to areas with high velocity or low frequency readings. Refer to Engineering Specification N3C-945 for clarification. 3) The values shown in the above table are applicable to both transient and steady state. 4) The values shown in the above table for displacement are zero to peak.