ML110460064
| ML110460064 | |
| Person / Time | |
|---|---|
| Site: | Watts Bar  |
| Issue date: | 02/10/2011 |
| From: | - No Known Affiliation |
| To: | Division of Operating Reactor Licensing |
| References | |
| Download: ML110460064 (294) | |
Text
1 WBN2Public Resource From: Boyd, Desiree L [dlboyd@tva.gov]
Sent: Thursday, February 10, 2011 4:45 PM To: Epperson, Dan; Poole, Justin; Raghavan, Rags; Milano, Patrick; Campbell, Stephen Cc: Crouch, William D; Hamill, Carol L; Boyd, Desiree L; Elton, Thomas L
Subject:
TVA letter to NRC_02-10-11_2-PTI-003B-06 & 2-PTI-067-02 transmittal to NRC Attachments:
02-10-11_2-PTI-003B-06 & 2-PTI-067-02 transmittal to NRC_Final.pdf PleaseseeattachedTVAletterthatwassenttotheNRCtoday.
ThankYou,
~*~*~*~*~*~*~*~*~*~*~*~*~*~*~Désireé L. Boyd WBN2LicensingSupportSunTechnicalServicesdlboyd@tva.gov4233658764~*~*~*~*~*~*~*~*~*~*~*~*~*~*~
Hearing Identifier: Watts_Bar_2_Operating_LA_Public Email Number: 274 Mail Envelope Properties (7AB41F650F76BD44B5BCAB7C0CCABFAF1B36094D)
Subject:
TVA letter to NRC_02-10-11_2-PTI-003B-06 & 2-PTI-067-02 transmittal to NRC Sent Date: 2/10/2011 4:44:40 PM Received Date: 2/10/2011 4:45:28 PM From: Boyd, Desiree L Created By: dlboyd@tva.gov Recipients: "Crouch, William D" <wdcrouch@tva.gov> Tracking Status: None "Hamill, Carol L" <clhamill@tva.gov>
Tracking Status: None "Boyd, Desiree L" <dlboyd@tva.gov> Tracking Status: None "Elton, Thomas L" <tlelton@tva.gov> Tracking Status: None "Epperson, Dan" <Dan.Epperson@nrc.gov> Tracking Status: None "Poole, Justin" <Justin.Poole@nrc.gov> Tracking Status: None "Raghavan, Rags" <Rags.Raghavan@nrc.gov> Tracking Status: None "Milano, Patrick" <Patrick.Milano@nrc.gov>
Tracking Status: None "Campbell, Stephen" <Stephen.Campbell@nrc.gov> Tracking Status: None Post Office: TVANUCXVS2.main.tva.gov
Files Size Date & Time MESSAGE 326 2/10/2011 4:45:28 PM 02-10-11_2-PTI-003B-06 & 2-PTI-067-02 transmittal to NRC_Final.pdf 1715747 Options Priority: Standard Return Notification: No Reply Requested: No Sensitivity: Normal Expiration Date: Recipients Received:
U.S. Nuclear Regulatory Commission Page 2 February 10, 2011 cc (Enclosures):
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
U.S. Nuclear Regulatory Commission Page 3 February 10, 2011 bcc (Enclosures):
U.S. Nuclear Regulatory Commission
MS 08H4A One White Flint North 11555 Rockville Pike Rockville, Maryland 20852-2738
Charles Casto, Deputy Regional Administrator for Construction U. S. Nuclear Regulatory Commission Region II Marquis One Tower
245 Peachtree Center Ave., NE Suite 1200 Atlanta, Georgia 30303-1257
WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 3 of 63
Table of Contents
1.0 INTRODUCTION
.......................................................................................................... 4 1.1 Test Ob jectives ...........................................................................................................
.. 4 1.2 Scope
............................................................................................................................ 4
2.0 REFERENCES
............................................................................................................. 5 2.1 Performance References .............................................................................................. 5 2.2 Developmental References
........................................................................................... 5 3.0 PRECAUTIONS AND LIMITATIONS ......................................................................... 10 4.0 PREREQUISITE ACTIONS ........................................................................................ 11 4.1 Preliminary Actions ..................................................................................................... 1 1 4.2 Special Tools, Measuring and Test Equipment, Parts, and Supplies .......................... 15 4.3 Field Pre parations .......................................................................................................
16 4.4 Approvals and Notifications ........................................................................................ 25 5.0 ACCEPTANCE CRITERIA
......................................................................................... 26 6.0 PERFORMANCE
........................................................................................................ 27 7.0 POST-PERFORMANCE ACTIVITIES ........................................................................ 51 8.0 RECO RDS ..................................................................................................................
57 Appendix A: TEST PROCEDURES/INSTRUCTIONS REFERENCE REVIEW ..................................................................................................... 58 Appendix B: TEMPORARY CONDITION LOG ............................................................... 59 Appendix C: PERMANENT PLANT INSTRUMENTATION LOG .................................... 60 Appendix D: CONFIGURATION CONTROL LOG FOR WIRE LIFTS ............................ 61
WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 4 of 63
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1.0 INTRODUCTION
1.1 Test Objectives Demonstrate the capability of the Anticipated Transient without SCRAM Mitigation System Actuation Circuitry (AMSAC) to respond properly to simulated initiation
signals. 1.2 Scope This test demonstrates the capability of AMSAC to respond appropriately to an Anticipated Transient without SCRAM (ATWS) event. A. Conditions indicative on an ATWS event: 1. 3 out of 4 Steam Generators are at low-low level (12%)
- 2. Turbine load is at or above 40%. B. AMSACs response: 1. Automatically start the Auxiliary Feedwater (AFW) System
- 2. Initiate a turbine trip
- 3. Initiate alarms.
WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 5 of 63
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2.0 REFERENCES
2.1 Performance References A. SMP-9.0, Conduct of Test 2.2 Developmental References A. Final Safety Analysis Report (FSAR) 1. FSAR-Amendment 102 a. Table 14.2-1 Sheet 84 of 89, Anticipated Transient Without Scram Mitigation System Actuation Circuitry Test Summary b. Section 7.7.1.12, Anticipated Transient Without Scram Mitigation Actuation Circuitry (AMSAC) (Reference 13) B. Drawings 1. Flow Diagrams None 2. Electrical a. 2-45W600-3-15, Rev 0, Wiring Diagram, Main & Auxiliary Feedwater Schematic, CCD
DRA 52408-015, Rev 0 b. 2-45W600-47-2, Rev 2, Wiring Diagram, Turbo-Generator Auxiliaries Schematic Diagrams, CCD c. 2-45W600-57-26, Rev 0, Wiring Diagram, Separation & Misc Aux Relays Schematic Diagrams, CCD
DRA 52343-217, Rev 0 d. 45N707-2, Rev 5, Wiring Diagram, 120V AC Preferred Power Board 2 Connection Diagram Sheet 2, AD
DRA 52408-023, Rev 0 e. 45N2635-80, Rev 30, Wiring Diagrams, Local Instrument Panels Connection Diagram - SH. 80, AD
DRA 52408-003, Rev 0 WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 6 of 63
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2.2 Developmental References (continued)
- f. 45N2635-84, Rev 4, Wiring Diagrams, Local Instrument Panels 2-L-381 Connection Diagrams, AD
DRA 52408-007, Rev 0
DRA 52408-008, Rev 0 g. 45W2642-1, Rev 17, Wiring Diagrams, Unit Control Board Panel 2-M-3 Connection Diagrams Sheet 1, AD
DRA 52360-06, Rev 2
DRA 52378-22, Rev 0 h. 45W2642-3, Rev 17, Wiring Diagrams, Unit Control Board Panel 2-M-3 Connection Diagrams Sheet -3, AD
DRA 52408-004, Rev 0 i. 2-45W2656-3, Rev 0, Wiring Diagrams, Unit Control Board Panel 2-M-21 Connection Diagrams Sheet 3, CCD
DRA 52408-001, Rev 0 j. 2-45W2656-6, Rev 0, Wiring Diagrams Unit Control Board Panel 2-M-21 Connection Diagram Sheet 6, CCD
DRA 52408-002, Rev 0 k. 45N2685-3, Rev 4, Wiring Diagrams, Turbo -Gen Aux Relay Panel 2-R-70 Connection Diagram Sh 3, AD DRA 52408-013, Rev 0 l. 45N2689-4, Rev 18, Wiring Diagrams, Separation Aux Relay PNL 2-R-74 Connection Diagrams Sh 4, AD
DRA 52408-012, Rev 0 m. 45N2692 -4, Rev 17, Wiring Diagrams, Separation Aux Relay PNL 2-R-77 Connection Diagram Sh 4, AD
DRA 52408-011, Rev 0 n. 2-45W2696-1, Rev 0, Wiring Diagram, AMSAC PNL 2-R-178, Connection Diagrams [ANT],
DRA 52408-006, Rev 0 o. 2-45W2696-1A, Rev 0, Wiring Diagram, AMSAC PNL 2-R-178, Connection Diagrams [Later],
DRA 52408-005, Rev 0 p. 2-45W2697-23-1, Rev 0, Integrated Computer System DAQ. Panel 2-R-133 Connection Diagram
DRA 52408-059, Rev 0 WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 7 of 63
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2.2 Developmental References (continued)
- q. 2-45B655-4A, Rev 0, Main Control Room Annunciator Inputs Window Box XA-55-4A, CCD
DRA 52408-009, Rev 0 r. 2-45B655-E4A, Rev 0, Electrical Annunciator Window Box XA-55-4A, CCD s. 2-45B655-4C, Rev 0, Main Control Room Annunciator Inputs Window Box XA-55-4C, CCD
DRA 52408-010, Rev 0 t. 2-45B655-E4C, Rev 0, Electrical Annunciator Window Box XA-55-4C Engraving, CCD u. 2-47A615-0 (Page 25 of 30), Rev 1, WBN 2-47A615 Series Computer Termination and I/O list
DRA 52408-058, Rev 0
- 3. Mechanical a. 2-47W600-151, Rev 0, Electrical Instruments and Controls, CCD DRA 52408-016, Rev 1
- 4. Logic/Control a. 2-47W610-1-3A, Rev 0, Electrical Control Diagram, Main Steam System, CCD DRA 52408-019, Rev 0 b. 2-47W610-3 3, Rev 2, Electrical Control Diagram, Auxiliary Feedwater System c. 2-47W610-3-6, Rev 1, Electrical Control Diagram Main & Aux Feedwater System, CCD
DRA 52408-018, Rev 0 d. 2-47W610-47-2, Rev 1, Electrical Control Diagram, Turbo -Generator Cont Sys DRA 52408-020, Rev 0 e. 2-47W611-3-3, Rev 1, Electrical Logic Diagram, Auxiliary Feedwater System, CCD
DRA 52408-021, Rev 0 WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 8 of 63
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2.2 Developmental References (continued)
- f. 2-47W611-3-4, Rev 1, Electrical Logic Diagram, Auxiliary Feedwater System, CCD
DRA 52408-022, Rev 0 g. 2-47W611-3-7, Rev 0, Electrical Logic Diagram, Auxiliary Feedwater System [ANT]
DRA 52408-25, Rev 0 5. Vendor Drawings a. 71992-1, Rev E, Rev AMSAC Panel Outline, Dimensional
- b. 71995-1, Rev C, AMSAC Panel General Arrangement
- c. 72032-1, Rev D, AMSAC Panel Schematic Diagram
- d. 71994-1, Rev F, AMSAC Panel Wiring Diagram Sh-1
- e. 71994-2, Rev F, AMSAC Panel Wiring Diagram Sh-2
- f. 71994-3, Rev F, AMSAC Panel Wiring Diagram Sh-3 6. Vendor Manuals a. WBN-VTD-M422-0020, Vendor Technical Manual for Moore Industries Direct Current Alarm Instruction Manual, Rev 0
- 7. Documents a. 2-IMI-3.005, 18 Month Calibration of Anticipated Transient Without Scram Mitigation System Actuation Circuitry (AMSAC) [Later] b. SSD-1-L-3-172, Steam Generator 3 Turbine Driven AFW Level Control, Rev 7 To be verified against SSD-2-L-3-172, Steam Generator 3 Turbine Driven AFW Level Control [Later] in Appendix A. c. SSD-1-L-3-173, Steam Generator 2 Turbine Driven AFW Level Control, Rev 7 To be verified against SSD-2-L-3-173, Steam Generator 2 Turbine Driven AFW Level Control [Later] in Appendix A. d. SSD-1-L-3-174, Steam Generator 1 Turbine Driven AFW Level Control, Rev 7 WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 9 of 63
Data Package: Page ____ of ____ Date ________
2.2 Developmental References (continued)
To be verified against SSD-2-L-3-174, Steam Generator 1 Turbine Driven AFW Level Control [Later] in Appendix A. e. SSD-1-L-3-175, Steam Generator 4 Turbine Driven AFW Level Control, Rev 7 To be verified against SSD-2-L-3-175, Steam Generator 4 Turbine Driven AFW Level Control [Later] in Appendix A. f. SSD-1-P-1-314, High Pressure Turbine Impulse Chamber Pressure, Rev 2 To be verified against SSD-2-L-1-314, High Pressure Turbine Impulse Chamber Pressure [Later] in Appendix A. g. SSD-1-P-1-315, High Pressure Turbine Impulse Chamber Pressure, Rev 2 To be verified against SSD-2-L-1-315,.High Pressure Turbine Impulse Chamber Pressure [Later] in Appendix A. h. 2-TSD-03B-6, Test Scoping Document for AMSAC, Rev 0
- i. EDCR 52408A WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 10 of 63
Data Package: Page ____ of ____ Date ________
3.0 PRECAUTIONS AND LIMITATIONS A. Standard precautions shall be followed for working around energized electrical equipment in accordance with TVA Safety Manual Procedure 1021. B. Steps may be repeated if all components cannot be tested in a step. However, if the test has been exited, prerequisite steps must be re-verified and a
Chronological Test Log (CTL) entry made. C. Component tags and labels may differ slightly (abbreviations, punctuation, letter case, etc.) from the description given in this test. If this situation occurs, it shall not be considered a test deficiency or procedure deviation. It shall be
documented in the CTL and reconciled by way of a plant labeling request or drawing discrepancy or single-line date typo change in the procedure as
appropriate. D. All wires removed/lifted from a terminal shall be identified and taped or covered with an insulator to prevent personnel or equipment hazard and possible spurious initiations. The wires should be grouped together and labeled with the work implementing document number that required them to be lifted if left
unattended. E. All open problems are to be tracked by a corrective action document and entered on the appropriate system punchlist. F. Problems identified during the test shall be annotated on the Chronological Test Log (CTL) from SMP-9.0 including a description of the problem, the procedure
step when/where the problem was identified, corrective action steps taken to
resolve the problem, and the number of the corrective action document, if one was required. G. Observe all Radiation Protection (RP) requirements when working in or near radiological areas. H. Disconnected sense lines (and any other open lines) are to be kept covered during the performance of this Instruction to prevent the introduction of foreign
material. I. Ensure no adverse impact to the operation of Unit 1 Structures, Systems or Components. J. Whenever a wire is lifted and left unattended, there must be a nonconductive tag attached to it identifying the work instruction and an entry must be made to the Configuration Control Log for Wire Lifts, Appendix D.
WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 11 of 63
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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] EVALUATE open items in Watts Bar Integrated Task Equipment List (WITEL), AND ENSURE they will NOT adversely affect the test performance and results. ________
[2] ENSURE changes to the references listed on Appendix A, have been reviewed, and determined NOT to adversely affect the test performance. ________
[3] VERIFY current revisions and change paper for referenced drawings has been reviewed and determined NOT to adversely affect the test performance, AND ATTACH documentation of current drawing revision numbers and change paper that were reviewed to the data package. ________
[4] VERIFY the test/performance copy of this Preoperational Test Instruction (PTI) is the current revision including any change
notices and as needed, each test person assisting in this test has the current revision including any change notices. ________
[5] ENSURE special environmental conditions are available for testing if required. ________
[6] ENSURE outstanding Design Change Notices (DCNs), Engineering Document Construction Release (EDCRs) or
Temporary Alterations (TAs) do NOT adversely impact testing, AND ATTACH documentation of DCNs, EDCRs and TAs that were reviewed to the data package. ________
WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 12 of 63
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4.1 Preliminary Actions (continued)
[7] ENSURE required Component Testing has been completed prior to start of test. ________
[8] CONDUCT a pretest briefing with Test and Operations personnel in accordance with SMP-9.0. ________
[9] ENSURE that communications are available for areas where testing is to be conducted. ________
[10] VERIFY plant instruments, listed on Appendix C, Permanent Plant Instrumentation Log, are placed in service and are within their calibration interval. ________
[11] ENSURE System 55, Annunciator and Sequential Events Recording System applicable TBK switches are ON, the
applicable Maters Switches are ON, and window software input(s) are ENABLED for the following Annunciator windows. A. 2-XA-55-4A/66-F, AMSAC NOT ARMED ________
B. 2-XA-55-4C/71-E, AMSAC ACTUATED. ________
[12] ENSURE the following Integrated Computer System (ICS) points are in scan: A. UD4001, AMSAC ARMED (ARMED) ________ B. UD4002, AMSAC TRIPPED (NOT TRI) ________
[13] ENSURE components contained within the boundaries of this test are under the jurisdictional control of Preoperational Startup Engineering (PSE) and/or Plant Operations. ________
[14] ENSURE a review of outstanding Clearances has been coordinated with U2 Operations for impact to the test
performance, AND RECORD in Appendix B, Temporary Condition Log if required. ________
[15] OBTAIN copies of the applicable forms from the latest revision of SMP-9.0, AND ATTACH to this PTI for use during the performance of this PTI. ________
WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 13 of 63
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4.1 Preliminary Actions (continued)
[16] VERIFY Measuring and Test Equipment (M&TE) required for test performance has been (as required) filled, vented, place in service and recorded on Measuring and Test Equipment Log. ________
[17] VERIFY Measuring and Test Equipment (M&TE) calibration due dates will support the completion of this test performance. ________
NOTE AMSAC EQUIPMENT PANEL, 2-R-178, is located in the Control Building Auxiliary Instrument Room at C4 El.708.0.
[18] ENSURE component tests identified on the Component Test Matrix Report have been completed to calibrate and response
time test the following instrument loops. ________ [19] ENSURE component tests identified on the Component Test Matrix Report have been completed to calibrate and response time test the following instrument loops, AND RECORD each Steam Generator Turbine Driven Auxiliary Feedwater Level Control instrument loops response time
below. ________
Instrument Loop Response Time (sec) Time Delay Relay Output to 2-R-178 Terminals 2-LPL-3-172E 2-LPL-3-173E 2-LPL-3-174E 2-LPL-3-175E
[20] VERIFY 2-IMI-3.005, 18 Month Calibration of Anticipated Transient Without Scram Mitigation System Actuation Circuitry (AMSAC), has been performed. ________
[21] PERFORM a pretest walkdown on equipment to be tested to ensure no conditions exist that will impact test performance. ________
WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 14 of 63
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4.1 Preliminary Actions (continued)
[22] REVIEW preventative maintenance for system/components covered by this test, AND VERIFY no conditions exist that will impact test performance. ________
WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 15 of 63
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4.2 Special Tools, Measuring and Test Equipment, Parts, and Supplies [1] ENSURE the following are available. Jumpers/test leads as required. ________
[2] VERIFY the following M&TE or equivalent is available and within their calibration due dates, AND RECORD the M&TE data on SMP-9.0, Measuring and Test equipment (M&TE) Log. ________ One twelve channel stripchart recorder with scalable channels and graphical channel display to measure 0 to 20 mAdc ( 0.20 mAdc), and contact change, or equivalent. ________ Six digital multimeters, Keithley 197, Fluke 8600A or equivalent. Four with 50 mAdc minimum range, accuracy 0.032 mAdc. ________ Two with 20 Vdc minimum range, accuracy 0.024 Vdc. ________ Four Current Sources, 4-20 mAdc minimum range, no required accuracy. ________ Two Transmitter Simulators with step change capability, 4-20 mAdc minimum range, no required accuracy. Stopwatch, 400 second minimum range, accuracy of 0.5 seconds. ________
WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 16 of 63
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4.3 Field Preparations
[1] ENSURE 2-BKR-238-1/21, AMSAC PANEL 2-R-178 Breaker at 2-BD-238-1 (Col. C7P, El. 692.0) is in the ON position. ________
________
CV [2] ENSURE 2-BKR-275-R133A, Circuit Breaker A (CB A) inside Panel 2-R-178 lower left side, is in the ON position. ________
________
CV [3] ENSURE 2-BKR-275-R133B, Circuit Breaker B (CB B) inside Panel 2-R-178 lower left side, is in the ON position. ________
________
CV NOTE When pushbuttons are pressed in this procedure, they are to be pressed momentarily unless the procedure specifically requires the pushbutton to be pressed while verifications
are performed.
[4] PRESS 2-HS-3-264A, AMSAC TEST/BLK/OPERATE pushbutton on 2-M-3, to the AMSAC TEST/BLOCK position, AND VERIFY the Amber Light, AMSAC TEST/BLOCK, is ON ________
[5] LIFT and LABEL the following leads to prevent a Turbine trip and Auxiliary Feedwater pump start. A. AMSAC Turbine Trip
Black wire (TTPP) from Cable 2M3606 from Terminal
Block TB4, Terminal Point 3 in 2 -R -178, AMSAC EQUIPMENT PANEL. ________
________
CV WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 17 of 63
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4.3 Field Preparations (continued)
B. AMSAC Turbine Driven Auxiliary Feedwater (TDAFW)
Pump 2A-S and Motor Driven Auxiliary Feedwater (MDAFW) Pump 2A-A Start
BLACK wire (ATT1) from Cable 2M3605 from Terminal
Block TB4 Terminal Point 5 in 2-R-178, AMSAC EQUIPMENT PANEL. ________
________
CV C. AMSAC TDAFW Pump 2A-S and MDAFW Pump 2B-B Start
BLACK wire (TTCS1) from Cable 2M3607 from Terminal
Block TB4 Terminal Point 7 in 2-R-178, AMSAC EQUIPMENT PANEL. ________
________ CV [6] SET channels 10, 11, and 12 on a 12 Channel Recorder to record contact change (event marks). ________
[7] CONNECT channel 10 to Terminal Block TB4, Terminal Point 3 and 4 in 2-R-178, AMSAC EQUIPMENT PANEL, AND LABEL this channel Turb Trip. ________
________
CV WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 18 of 63
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4.3 Field Preparations (continued)
[8] CONNECT channel 11 to Terminal Block TB4, Terminal Points 5 and 6 in 2-R-178, AMSAC EQUIPMENT PANEL, AND LABEL this channel AFW PMP 2A-S & 2A-A Start. ________
________
CV [9] CONNECT channel 12 to Terminal Block TB4, Terminal Points 7 and 8 in 2-R-178, AMSAC EQUIPMENT PANEL, AND LABEL this channel AFW PMP 2A-S & 2B-B Start. ________
________
CV [10] NOTIFY Unit 2 Operations that the following indicators will indicate zero when test equipment is connected. A. 2-LI-3-174, T-D AFW PMP SG 1 LEVEL [2-M-3] ________ B. 2-LI-3-173, T-D AFW PMP SG 2 LEVEL [2-M-3] ________
C. 2-LI-3-172, T-D AFW PMP SG 3 LEVEL [2-M-3] ________
D. 2-LI-3-175, T-D AFW PMP SG 4 LEVEL [2-M-3] ________
[11] LIFT and LABEL the following leads to facilitate connection of simulated inputs to the AMSAC logic. A. Steam Generator 1 Level, 2-LM-3-174E, STM GEN #1 FLOW MOD
White wire (B1806) from Cable 2PM5575 from Terminal
Block TB1, Terminal Point 8 in 2-R-178, AMSAC EQUIPMENT PANEL. ________
________
CV WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 19 of 63
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4.3 Field Preparations (continued)
B. Steam Generator 2 Level, 2-LM-3-173E, STM GEN #2 FLOW MOD
White wire (B1906) from Cable 2PM5576 from Terminal
Block TB1, Terminal Point 14 in 2-R-178, AMSAC EQUIPMENT PANEL. ________
________
CV C. Steam Generator 3 Level, 2-LM-3-172E, STM GEN #3 FLOW MOD
White wire (A1706) from Cable 2PM5577 from Terminal
Block TB1, Terminal Point 17 in 2-R-178, AMSAC EQUIPMENT PANEL. ________
________
CV D. Steam Generator 4 Level, 2-LM-3-175E, STM GEN #4 FLOW MOD
White wire (A1606) from Cable 2PM5578 from Terminal
Block TB1, Terminal Point 20 in 2-R-178, AMSAC EQUIPMENT PANEL. ________
________
CV WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 20 of 63
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4.3 Field Preparations (continued)
E. Turbine Inlet Pressure, 2-PT-1-314, HP TURBINE IMPULSE CHAMBER PRESS
White wire (TCP02) from Cable 2PM5579 from Terminal
Block TB1, Terminal Point 2 in 2-R-178, AMSAC EQUIPMENT PANEL. ________
________
CV F. Turbine Inlet Pressure, 2-PT-1-315, HP TURBINE IMPULSE CHAMBER PRESS
White wire (TCP04) from Cable 2PM5580 from Terminal
Block TB1, Terminal Point 5 in 2-R-178, AMSAC EQUIPMENT PANEL. ________
________
CV [12] SET recorder channel 1 on the 12 channel record for a minimum range of 4 to 20 mAdc, AND LABEL channel 1 with 2-PS-1-314. ________
[13] CONNECT a Transmitter Simulator and DMM (set to mAdc scale) and Channel 1 on the 12 channel recorder in series with
terminal block TB1, terminals 1 and 2 in 2-R-178, AMSAC
EQUIPMENT PANEL, AND LABEL the Transmitter Simulator with 2-PS-1-314. ________
________
CV [14] SET recorder channel 2 on the 12 channel recorder for a minimum range of 4 to 20 mAdc, AND LABEL channel 2 with 2-PS-1-315. ________
WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 21 of 63
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4.3 Field Preparations (continued)
[15] CONNECT a Transmitter Simulator and DMM (set to mAdc scale) and Channel 2 on the 12 channel recorder in series with
terminal block TB1, terminals 4 and 5 in 2-R-178, AMSAC
EQUIPMENT PANEL, AND LABEL the Transmitter Simulator with 2-PS-1-315. ________
________
CV [16] SET recorder channel 3 on the 12 channel recorder for a minimum range of 4 to 20 mAdc, AND LABEL channel 3 with 2-LS-3-172E. ________
[17] CONNECT a Current Source and DMM (set to mAdc scale) and Channel 3 on the 12 channel recorder in series with
terminal block TB1, terminals 16 and 17 in 2-R-178, AMSAC
EQUIPMENT PANEL, AND LABEL the Current Source with 2-LS-3-172E. ________
________
CV [18] SET recorder channel 4 on the 12 channel recorder for a minimum range of 4 to 20 mAdc, AND LABEL channel 4 with 2-LS-3-173E. ________
[19] CONNECT a Current Source and DMM (set to mAdc scale) and Channel 4 on the 12 channel recorder in series with
terminal block TB1, terminals 13 and 14 in 2-R-178, AMSAC
EQUIPMENT PANEL, AND LABEL the Current Source with 2-LS-3-173E. ________
________
CV [20] SET recorder channel 5 on the 12 channel recorder for a minimum range of 4 to 20 mAdc, AND LABEL channel 5 with 2-LS-3-174E. ________
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4.3 Field Preparations (continued)
[21] CONNECT a Current Source and DMM (set to mAdc scale) and Channel 5 on the 12 channel recorder in series with
terminal block TB1, terminals 7 and 8 in 2-R-178, AMSAC
EQUIPMENT PANEL, AND LABEL the Current Source with 2-LS-3-174E. ________
________
CV [22] SET recorder channel 6 on the 12 channel recorder for a minimum range of 4 to 20 mAdc, AND LABEL channel 6 with 2-LS-3-175E. ________
[23] CONNECT a Current Source and DMM (set to mAdc scale) and Channel 6 on the 12 channel recorder in series with
terminal block TB1, terminals 19 and 20 in 2-R-178, AMSAC
EQUIPMENT PANEL, AND LABEL the Current Source with 2-LS-3-175E. ________
________
CV [24] SET recorder channel 7 on the 12 channel recorder to record contact change, AND LABEL channel 7 with 2-RLY-3-62A. ________
[25] CONNECT test leads between the recorder Channel 7 and relay U (2-RLY-003-62A, TIME DELAY PICKUP RELAY at 2-R-178, AMSAC EQUIPMENT PANEL), Terminals 2 and 6. ________
________
CV [26] SET recorder channel 8 on the 12 channel recorder to record contact change, AND LABEL channel 8 with 2-RLY-3-62B. ________
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4.3 Field Preparations (continued)
[27] CONNECT test leads between the recorder Channel 8 and relay V (2-RLY-003-62B, TIME DELAY DROPOUT RELAY at 2-R-178, AMSAC EQUIPMENT PANEL), Terminals 4 and 6. ________
________
CV [28] ENSURE that each of the switches, located in 2-R-178, AMSAC EQUIPMENT PANEL, are in the AUTO position. A. 2-HS-3-174E, SG 1 LEVEL SWITCH TRIP, in AUTO. ________
B. 2-HS-3-173E, SG 2 LEVEL SWITCH TRIP, in AUTO.
C. 2-HS-3-172E, SG 3 LEVEL SWITCH TRIP, in AUTO. ________
D. 2-HS-3-175E, SG 4 LEVEL SWITCH TRIP, in AUTO. ________
[29] ADJUST the current sources for SG Narrow range level inputs as specified below, AND VERIFY the trip indicating lights on each of the level switches in 2-R-178, AMSAC EQUIPMENT PANEL, listed below are NOT lit. ________ Simulator Simulated Input (mAdc) 2-LS-3-172E 6.6 0.16 mAdc 2-LS-3-173E 6.6 0.16 mAdc 2-LS-3-174E 6.6 0.16 mAdc 2-LS-3-175E 6.6 0.16 mAdc WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 24 of 63
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4.3 Field Preparations (continued)
[30] ADJUST the current sources for the Turbine Inlet pressure inputs as specified below, AND VERIFY the trip indicating lights on each of the associated pressure switches in 2-R-178, AMSAC TEST PANEL, are LIT. ________ Simulator Simulated Input (mAdc) 2-PS-1-314 10.00 0.16 mAdc 2-PS-1-315 10.00 0.16 mAdc WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 25 of 63
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4.4 Approvals and Notifications
[1] OBTAIN permission of the Preoperational Startup Manager to start the test. Preoperational Startup Manager Signature Date [2] OBTAIN the Unit 2 Supervisors (US/SRO) or Shift Managers (SM) authorization. U2 US/SRO/SM Signature Date WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 26 of 63
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5.0 ACCEPTANCE CRITERIA [1] Anticipated Transient Without Scram Mitigation System Actuation Circuitry (AMSAC) responds properly to simulated initiation signals: A. When AMSAC is armed and Steam Generator level coincidence logic is obtained, a Main Turbine trip signal
and an Auxiliary Feedwater pump start signal are
generated (Steps 6.0[21], 6.0[35], 6.0[43], 6.0[51]). B. 2-HS-3-264A, AMSAC TEST/BLK/OPERATE pushbutton on 2-M-3, can block an AMSAC output signal (Steps 6.0[25]). C. With AMSAC armed at greater than or equal to 40%
simulated power, the AMSAC Steam Generator low-low level logic setpoint is 12% (9.95-14.05 %) of the narrow
range level [5.92 mAdc (5.59-6.25 mAdc)] (Steps 6.0[5],
6.0[11], 6.0[18], 6.0[32], 6.0[40], 6.0[48]). D. The AMSAC logic and output relay actuation response (Turbine trip and Auxiliary Feedwater pump start signals) time is less than or equal to 1.0 seconds (Steps 6.0[20], 6.0[34], 6.0[42], 6.0[50]). E. The overall AMSAC actuation time delay for initiation of turbine trip is less than or equal to 30 seconds (Steps 6.0[22], 6.0[36], 6.0[44], 6.0[52]). F. AMSAC status lights, annunciators, and computer points respond as designed (Steps 6.0[3], 6.0[7], 6.0[17], 6.0[23],
6.0[25], 6.0[26], 6.0[27], 6.0[28]).
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6.0 PERFORMANCE
[1] ENSURE Precautions and Limitations in Section 3.0 have been reviewed. ________
[2] ENSURE Prerequisite Actions in Section 4.0 have been met. ________
NOTE When pushbuttons are pressed in this instruction, they are to be pressed momentarily unless the instruction specifically requires the pushbutton to be pressed while verifications
are performed.
[3] PRESS 2-HS-3-264A, AMSAC TEST/BLK/OPERATE pushbutton on 2-M-3, to the AMSAC OPERABLE position, AND VERIFY the following: (Acc Crit) A. 2-HS-3-264A AMSAC TEST/BLK/OPERATE Green Light, AMSAC BLOCK < 40%, is OFF. ________ B. 2-HS-3-264A AMSAC TEST/BLK/OPERATE Blue Light, ARMED 40%, is ON. ________ C. 2-HS-3-264A AMSAC TEST/BLK/OPERATE Amber Light, AMSAC TEST/BLOCK, is OFF. ________ D. 2-HS-3-264A AMSAC TEST/BLK/OPERATE Red Light, AMSAC OPERABLE, is ON. ________ E. 2-XA-55-4A/66-F, AMSAC NOT ARMED, is CLEAR. ________
F. Unit 2 Event Display Monitor indicates 66-F AMSAC NOT ARMED, is in NORMAL (Blue). ________ G. 2-XA-55-4C/71-E, AMSAC ACTUATED, is CLEAR. ________
H. Unit 2 Event Display Monitor indicates 71-E TT-AMSAC ACTUATED is in NORMAL (Blue). ________ I. ICS point UD4001 displays ARMED. ________
J. ICS point UD4002 displays NOT TRI. ________
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6.0 PERFORMANCE (continued)
NOTE The Inlet pressure bypass/permissive function and timing is measured, recorded and compared to acceptance criteria during performance of the following steps.
[4] ENSURE the recorder is operating properly and displaying the following minimum channels: ________ Recorder Channel Channel Label 1 2-PS-1-314 2 2-PS-1-315 8 2-RLY-3-62B
[5] SLOWLY DECREASE the input to 2-PS-1-314, PRESSURE INTERLOCK SWITCH, while observing the switch indicating
light, AND RECORD the input value displayed on recorder channel 1 (2-PS-1-314) when the indicating light extinguishes, AND VERIFY the recorded Inlet pressure trip point is between 9.13 to 9.79 mAdc (9.46 mAdc nominal).(Acc Crit) ________ mAdc [6] DETERMINE the time from when the recorder Channel 1 (2-PS-1-314) input tripped 2-PS-1-314, PRESSURE
INTERLOCK SWITCH, indicating light and the time recorder Channel 8 indicated 2-RLY-3-62B, TIME DELAY DROPOUT
RELAY, actuated, AND RECORD the response time below, AND VERIFY the recorded response time is between 288 to 432 seconds (360 seconds nominal). ________ Sec WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 29 of 63
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6.0 PERFORMANCE (continued)
[7] VERIFY the following: (Acc Crit) A. 2-HS-3-264A AMSAC TEST/BLK/OPERATE Green Light, AMSAC BLOCK < 40%, is ON. ________ B. 2-HS-3-264A AMSAC TEST/BLK/OPERATE Blue Light, ARMED 40%, is OFF. ________ C. 2-HS-3-264A AMSAC TEST/BLK/OPERATE Amber Light, AMSAC TEST/BLOCK, is OFF. ________ D. 2-HS-3-264A AMSAC TEST/BLK/OPERATE Red Light, AMSAC OPERABLE, is ON. ________ E. 2-XA-55-4A/66-F AMSAC NOT ARMED is in ALARM. ________
F. Unit 2 Event Display Monitor indicates 66-F AMSAC NOT ARMED is in ALARM (Red). ________ G. ICS point UD4001 displays NOT ARM. ________
[8] LABEL the recorder chart 2-PS-1-314 Setpoint and 2-RLY-3-62B Time Delay and save this chart for record. ________
[9] ADJUST Turbine Inlet pressure inputs as specified below, AND VERIFY the trip indicating lights on each of the associated pressure switches in 2-R-178, AMSAC EQUIPMENT PANEL, are NOT LIT. ________ Simulator Simulated Input (mAdc) 2-PS-1-314 10.00 0.16 mAdc 2-PS-1-315 10.00 0.16 mAdc WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 30 of 63
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6.0 PERFORMANCE (continued)
[10] ENSURE the recorder is operating properly and displaying the following minimum channels: ________ Recorder Channel Channel Label 1 2-PS-1-314 2 2-PS-1-315 8 2-RLY-3-62B
[11] SLOWLY DECREASE the input to 2-PS-1-315, PRESSURE INTERLOCK SWITCH, while observing the switch indicating
light, AND RECORD the input value displayed on recorder channel 2 (2-PS-1-315) when the indicating light extinguishes, AND VERIFY the recorded Inlet pressure trip point is between 9.13 to 9.79 mAdc (9.46 mAdc nominal). (Acc Crit) ________ mAdc [12] DETERMINE the time from when the recorder Channel 2 (2-PS-1-315) input tripped 2-PS-1-315, PRESSURE INTERLOCK SWITCH, indicating light and the time recorder Channel 8 indicated 2-RLY-3-62B, TIME DELAY DROPOUT
RELAY, actuated, AND RECORD the response time below, AND VERIFY the recorded response time is between 288 to 432 seconds (360 seconds nominal). ________ Sec [13] LABEL the recorder chart 2-PS-1-315 Setpoint and 2-RLY-3-62B Time Delay, AND ATTACH to this PTI. ________
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6.0 PERFORMANCE (continued)
[14] ADJUST Turbine Inlet pressure inputs as specified below, AND VERIFY the trip indicating lights on each of the associated pressure switches in 2-R-178 are NOT LIT. ________ Simulator Simulated Input (mAdc) 2-PS-1-314 10.00 0.16 mAdc 2-PS-1-315 10.00 0.16 mAdc NOTE The Steam Generator Low-Low Level AMSAC trip function and timing is measured, recorded and compared to acceptance criteria during performance of the following steps.
[15] ENSURE the recorder is operating properly and displaying the following minimum channels: ________ Recorder Channel Channel Label Required State 3 2-LS-3-172E > 5.92 mAdc 4 2-LS-3-173E > 5.92 mAdc 5 2-LS-3-174E > 5.92 mAdc 6 2-LS-3-175E > 5.92 mAdc 7 2-RLY-3-62A Open Contact 10 Turb Trip Open Contact 11 AFW PMP 2A-S & 2A-A Start Open Contact 12 AFW PMP 2A-S & 2B-B Start Open Contact WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 32 of 63
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6.0 PERFORMANCE (continued)
[16] ADJUST the input to the following SG Level switches to the values specified below, AND VERIFY the trip indicating lights for each are LIT. ________ Simulator Simulated Input (mAdc) 2-LS-3-174E 5.2 0.16 mAdc 2-LS-3-175E 5.2 0.16 mAdc
[17] VERIFY the following: (Acc Crit) A. 2-HS-3-264A AMSAC TEST/BLK/OPERATE Green Light, AMSAC BLOCK < 40%, is OFF. ________ B. 2-HS-3-264A AMSAC TEST/BLK/OPERATE Blue Light, ARMED 40%, is ON. ________ C. 2-HS-3-264A AMSAC TEST/BLK/OPERATE Amber Light, AMSAC TEST/BLOCK, is OFF. ________ D. 2-HS-3-264A AMSAC TEST/BLK/OPERATE Red Light, AMSAC OPERABLE, is ON. ________ E. 2-XA-55-4A/66-F AMSAC NOT ARMED is CLEAR.
F. Unit 2 Event Display Monitor indicates 66-F AMSAC NOT ARMED is in NORMAL (Blue). ________ G. 2-XA-55-4C/71-E, AMSAC ACTUATED is CLEAR.
H. Unit 2 Event Display Monitor indicates 71-E TT-AMSAC ACTUATED is in NORMAL (Blue). ________ I. ICS point UD4001 displays ARMED. ________ J. ICS point UD4002 displays NOT TRI. ________
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6.0 PERFORMANCE (continued)
[18] SLOWLY DECREASE the input to 2-LS-3-172E, SG 3 LOW LOW LEVEL, while observing the switch indicating light, AND RECORD the input value displayed on recorder channel 3 (2-LS-3-172E) when the indicating light extinguishes, AND VERIFY the recorded SG Low-Low Level trip point is between 5.59 to 6.25 mAdc (5.92 mAdc nominal). (Acc Crit) ________ mAdc [19] DETERMINE the time from when the recorder Channel 3 (2-LS-3-172E) input tripped 2-LS-3-172E, SG 3 LOW LOW LEVEL, indicating light and the time recorder Channel 7 indicated 2-RLY-3-62A, TIME DELAY PICKUP RELAY, actuated, AND RECORD the response time below, AND VERIFY the recorded response time is between 22.5 to 27.5 seconds (25 seconds nominal). ________ Sec [20] DETERMINE the time from when the recorder Channel 7 (2-RLY-3-62A, TIME DELAY PICKUP RELAY) indicated the
relay actuated and the time each AMSAC trip output listed
below actuated, AND RECORD the response time below, AND VERIFY the recorded response time is less than 1 second.
(Acc Crit) ________ Chan 10 Turb Trip Sec Chan 11 AFW PMP 2A-S & 2A-A StartSec Chan 12 AFW PMP 2A-S & 2B-B StartSec WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 34 of 63
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6.0 PERFORMANCE (continued)
[21] DETERMINE the time from when the recorder Channel 3 (2-LS-3-172E) input tripped 2-LS-3-172E, SG 3 LOW LOW LEVEL, indicating light and the time each AMSAC trip output
listed below actuated, AND RECORD the response time below. (Acc Crit) ________ Chan 10 Turb Trip Sec Chan 11 AFW PMP 2A-S & 2A-A StartSec Chan 12 AFW PMP 2A-S & 2B-B StartSec
[22] ADD the 2-L-3-172 instrument loop response time recorded in 4.1[19] to the largest of the logic output response times
recorded in 6.0[21], AND RECORD the result below, AND VERIFY the result is less than or equal to 30 seconds.
(Acc Crit) ________ Total Channel TimeSec
[23] VERIFY the following: (Acc Crit) A. 2-HS-3-264A AMSAC TEST/BLK/OPERATE Green Light, AMSAC BLOCK < 40%, is OFF. ________ B. 2-HS-3-264A AMSAC TEST/BLK/OPERATE Blue Light, ARMED 40%, is ON. ________ C. 2-HS-3-264A AMSAC TEST/BLK/OPERATE Amber Light, AMSAC TEST/BLOCK, is OFF. ________ D. 2-HS-3-264A AMSAC TEST/BLK/OPERATE Red Light, AMSAC OPERABLE, is ON. ________ E. 2-XA-55-4A/66-F AMSAC NOT ARMED is CLEAR. ________
F. Unit 2 Event Display Monitor indicates 66-F AMSAC NOT ARMED is in NORMAL (Blue). ________
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6.0 PERFORMANCE (continued)
G. 2-XA-55-4C/71-E, AMSAC ACTUATED is in ALARM. ________ H. Unit 2 Event Display Monitor indicates 71-E TT-AMSAC ACTUATED is in ALARM (Red). ________ I. ICS point UD4001 displays ARMED. ________
J. ICS point UD4002 displays TRIPPED. ________
[24] LABEL the recorder chart 2-LS-3-172E Setpoint, 2-RLY-3-62A and Total Channel Time Delay and save this chart for the record. ________
[25] PRESS 2-HS-3-264A, AMSAC TEST/BLK/OPERATE pushbutton on 2-M-3, in the AMSAC TEST/BLOCK position, AND VERIFY the following: (Acc Crit) A. Green Light, AMSAC BLOCK < 40%, is OFF. ________
B. Blue Light, ARMED 40%, is ON. ________
C. Amber Light, AMSAC TEST/BLOCK, is ON. ________
D. Red Light, AMSAC OPERABLE, is OFF. ________
E. AMSAC trip outputs specified below reset (OPEN contact). ________ Recorder Channel Channel Label Required State 10 Turb Trip OPEN Contact 11 AFW PMP 2A-S & 2A-A Start OPEN Contact 12 AFW PMP 2A-S & 2B-B Start OPEN Contact WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 36 of 63
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6.0 PERFORMANCE (continued)
[26] RESET Annunciators 2-XA-55-4A and 2-XA-55-4C, AND VERIFY the following: (Acc Crit) A. 2-XA-55-4A/66-F, AMSAC NOT ARMED, is Clear. ________
B. Unit 2 Event Display Monitor indicates 66-F AMSAC NOT ARMED is in NORMAL (Blue). ________ C. 2-XA-55-4C/71-E, AMSAC ACTUATED is CLEAR. ________
D. Unit 2 Event Display Monitor indicates 71-E TT-AMSAC ACTUATED is in NORMAL (Blue). ________ E. ICS point UD4001 displays ARMED. ________
F. ICS point UD4002 displays NOT TRI. ________
[27] PRESS 2-HS-3-264A, AMSAC TEST/BLK/OPERATE, pushbutton on 2-M-3, in the AMSAC OPERABLE position, AND VERIFY the following: (Acc Crit) A. Green Light, AMSAC BLOCK < 40%, is OFF. ________
B. Blue Light, ARMED 40%, is ON. ________ C. Amber Light, AMSAC TEST/BLOCK, is OFF. ________ D. Red Light, AMSAC OPERABLE, is ON. ________
E. AMSAC trip outputs specified below are tripped (CLOSE contact). ________ Recorder Channel Channel Label Required State 10 Turb Trip CLOSE Contact 11 AFW PMP 2A-S & 2A-A Start CLOSE Contact 12 AFW PMP 2A-S & 2B-B Start CLOSE Contact
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6.0 PERFORMANCE (continued)
[28] RESET Annunciators 2-XA-55-4A and 2-XA-55-4C AND, VERIFY the following: (Acc Crit) A. 2-XA-55-4A/66-F, AMSAC NOT ARMED is CLEAR. ________
B. Unit 2 Event Display Monitor indicates 66-F AMSAC NOT ARMED is in NORMAL (Blue). ________ C. 2-XA-55-4C/71-E, AMSAC ACTUATED is in ALARM. ________
D. Unit 2 Event Display Monitor indicates 71-E-TT AMSAC ACTUATED is in ALARM (Red). ________ E. ICS Point UD4001 displays ARMED. ________
F. ICS Point UD4002 displays TRIPPED. ________
[29] DECREASE Turbine Inlet Pressure switch 2-PS-1-314, PRESSURE INTERLOCK SWITCH, input to 9.0 0.16 mAdc, AND VERIFY each of the AMSAC outputs specified below are reset (OPEN contact). ________ Recorder Channel Channel Label Required State 10 Turb Trip OPEN Contact 11 AFW PMP 2A-S & 2A-A Start OPEN Contact 12 AFW PMP 2A-S & 2B-B Start OPEN Contact WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 38 of 63
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6.0 PERFORMANCE (continued)
[30] ADJUST Turbine Inlet pressure switch and SG Low-Low Level switch inputs to the values specified below, AND VERIFY the trip indicating lights on each of the switches is in the state specified
. ________ Simulator Simulated Input (mAdc)Switch Trip Indication 2-PS-1-314 10.00 0.16 mAdc LIT 2-PS-1-315 10.00 0.16 mAdc LIT 2-LS-3-172E 5.2 0.16 mAdc LIT 2-LS-3-173E 6.6 0.16 mAdc NOT LIT 2-LS-3-174E 6.6 0.16 mAdc NOT LIT 2-LS-3-175E 5.2 0.16 mAdc LIT [31] ENSURE the recorder is operating properly and displaying the following minimum channels: ________ Recorder Channel Channel Label Required State 3 2-LS-3-172E < 5.92 mAdc 4 2-LS-3-173E > 5.92 mAdc 5 2-LS-3-174E > 5.92 mAdc 6 2-LS-3-175E < 5.92 mAdc 7 2-RLY-3-62A Open Contact 10 Turb Trip Open Contact 11 AFW PMP 2A-S & 2A-A Start Open Contact 12 AFW PMP 2A-S & 2B-B Start Open Contact WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 39 of 63
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6.0 PERFORMANCE (continued)
[32] SLOWLY DECREASE the input to 2-LS-3-173E, SG 2 LOW LOW LEVEL, while observing the switch indicating light, AND RECORD the input value displayed on recorder channel 4 (2-LS-3-173E) when the indicating light extinguishes, AND VERIFY the recorded SG Low-Low Level trip point is between 5.59 to 6.25 mAdc (5.92 mAdc nominal). (Acc Crit) ________ mAdc [33] DETERMINE the time from when the recorder Channel 4 (2-LS-3-173E) input tripped 2-LS-3-173E, SG 2 LOW LOW LEVEL, indicating light and the time recorder Channel 7 indicated the time delay pick up relay, 2-RLY-3-62A, TIME
DELAY PICKUP RELAY, actuated, AND RECORD the response time below, AND VERIFY the recorded response time is between 22.5 and 27.5 seconds (25 seconds nominal). ________ Sec [34] DETERMINE the time from when the recorder Channel 7 (2-RLY-3-62A, TIME DELAY PICKUP RELAY) indicated the
relay actuated and the time each AMSAC trip output listed
below actuated, AND RECORD the response time below, AND VERIFY the recorded response time is less than 1 second.
(Acc Crit) ________ Chan 10 Turb Trip Sec Chan 11 AFW PMP 2A-S & 2A-A Start Sec Chan 12 AFW PMP 2A-S & 2B-B Start Sec
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6.0 PERFORMANCE (continued)
[35] DETERMINE the time from when the recorder Channel 4 (2-LS-3-173E) input tripped 2-LS-3-173E, SG 2 LOW LOW LEVEL, indicating light and the time each AMSAC trip output
listed below actuated, AND RECORD the response time below. (Acc Crit) ________ Chan 10 Turb Trip Sec Chan 11 AFW PMP 2A-S & 2A-A Start Sec Chan 12 AFW PMP 2A-S & 2B-B Start Sec
[36] ADD the 2-L-3-173 instrument loop response time recorded in 4.1[19] to the largest of the logic output response times
recorded in 6.0[21], AND RECORD the result below, AND VERIFY the result is less than or equal to 30 seconds.
(Acc Crit) ________ Total Channel TimeSec
[37] LABEL the recorder chart 2-LS-3-173E Setpoint, 2-RLY-3-62A and Total Channel Time Delay and save this chart for the record. ________
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6.0 PERFORMANCE (continued)
[38] ADJUST Turbine Inlet pressure switch and SG Low-Low Level switch inputs to the values specified below, AND VERIFY the trip indicating lights on each of the switches is in the state specified
. ________ Simulator Simulated Input (mAdc)Switch Trip Indication 2-PS-1-314 10.00 0.16 mAdc LIT 2-PS-1-315 10.00 0.16 mAdc LIT 2-LS-3-172E 5.2 0.16 mAdc LIT 2-LS-3-173E 5.2 0.16 mAdc LIT 2-LS-3-174E 6.6 0.16 mAdc NOT LIT 2-LS-3-175E 6.6 0.16 mAdc NOT LIT [39] ENSURE the recorder is operating properly and displaying the following minimum channels: ________ Recorder Channel Channel Label Required State 3 2-LS-3-172E < 5.92 mAdc 4 2-LS-3-173E < 5.92 mAdc 5 2-LS-3-174E > 5.92 mAdc 6 2-LS-3-175E > 5.92 mAdc 7 2-RLY-3-62A Open Contact 10 Turb Trip Open Contact 11 AFW PMP 2A-S & 2A-A StartOpen Contact 12 AFW PMP 2A-S & 2B-B StartOpen Contact
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6.0 PERFORMANCE (continued)
[40] SLOWLY DECREASE the input to 2-LS-3-174E, SG 1 LOW LOW LEVEL, while observing the switch indicating light, AND RECORD the input value displayed on recorder channel 5 (2-LS-3-174E) when the indicating light extinguishes, AND VERIFY the recorded SG Low-Low Level trip point is between 5.59 to 6.25 mAdc (5.92 mAdc nominal). (Acc Crit) ________ mAdc [41] DETERMINE the time from when the recorder Channel 5 (2-LS-3-174E) input tripped 2-LS-3-174E, SG 1 LOW LOW LEVEL, indicating light and the time recorder Channel 7 indicated 2-RLY-3-62A, TIME DELAY PICKUP RELAY, actuated, AND RECORD the response time below, AND VERIFY the recorded response time is between 22.5 to 27.5 seconds (25 seconds nominal). ________ Sec [42] DETERMINE the time from when the recorder Channel 7 (2-RLY-3-62A, TIME DELAY PICKUP RELAY) indicated the
relay actuated and the time each AMSAC trip output listed
below actuated, AND RECORD the response time below, AND VERIFY the recorded response time is less than 1 second.
(Acc Crit) ________ Chan 10 Turb Trip Sec Chan 11 AFW PMP 2A-S & 2A-A Start Sec Chan 12 AFW PMP 2A-S & 2B-B Start Sec
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6.0 PERFORMANCE (continued)
[43] DETERMINE the time from when the recorder Channel 5 (2-LS-3-174E) input tripped 2-LS-3-174E, SG 1 LOW LOW LEVEL, indicating light and the time each AMSAC trip output
listed below actuated, AND RECORD the response time below. (Acc Crit) ________ Chan 10 Turb Trip Sec Chan 11 AFW PMP 2A-S & 2A-A StartSec Chan 12 AFW PMP 2A-S & 2B-B StartSec
[44] ADD the 2-L-3-174 instrument loop response time recorded in 4.1[19] to the largest of the logic output response times
recorded in 6.0[43], AND RECORD the result below, AND VERIFY the result is less than or equal to 30 seconds.
(Acc Crit) ________ Total Channel TimeSec
[45] LABEL the recorder chart 2-LS-3-174E Setpoint, 2-RLY-3-62A and Total Channel Time Delay and save this chart for the record. ________
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6.0 PERFORMANCE (continued)
[46] ADJUST Turbine Inlet pressure switch and SG Low-Low Level switch inputs to the values specified below, AND VERIFY the trip indicating lights on each of the switches is in the state specified
. ________ Simulator Simulated Input (mAdc)Switch Trip Indication 2-PS-1-314 10.00 0.16 mAdc LIT 2-PS-1-315 10.00 0.16 mAdc LIT 2-LS-3-172E 6.6 0.16 mAdc NOT LIT 2-LS-3-173E 5.2 0.16 mAdc LIT 2-LS-3-174E 5.2 0.16 mAdc LIT 2-LS-3-175E 6.6 0.16 mAdc NOT LIT [47] ENSURE the recorder is operating properly and displaying the following minimum channels: ________
Recorder Channel Channel Label Required State 3 2-LS-3-172E > 5.92 mAdc 4 2-LS-3-173E < 5.92 mAdc 5 2-LS-3-174E < 5.92 mAdc 6 2-LS-3-175E > 5.92 mAdc 7 2-RLY-3-62A Open Contact 10 Turb Trip Open Contact 11 AFW PMP 2A-S & 2A-A Start Open Contact 12 AFW PMP 2A-S & 2B-B Start Open Contact
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6.0 PERFORMANCE (continued)
[48] SLOWLY DECREASE the input to 2-LS-3-175E, SG 4 LOW LOW LEVEL, while observing the switch indicating light, AND RECORD the input value displayed on recorder channel 6 (2-LS-3-175E) when the indicating light extinguishes, AND VERIFY the recorded SG Low-Low Level trip point is between 5.59 and 6.25 mAdc (5.92 mAdc nominal). (Acc Crit) ________ mAdc [49] DETERMINE the time from when the recorder Channel 6 (2-LS-3-175E) input tripped 2-LS-3-175E, SG 4 LOW LOW LEVEL, indicating light and the time recorder Channel 7 indicated 2-RLY-3-62A, TIME DELAY PICKUP RELAY, actuated, AND RECORD the response time below, AND VERIFY the recorded response time is between 22.5 to 27.5 seconds (25 seconds nominal). ________ Sec [50] DETERMINE the time from when the recorder Channel 7 (2-RLY-3-62A, TIME DELAY PICKUP RELAY) indicated the
relay actuated and the time each AMSAC trip output listed
below actuated, AND RECORD the response time below, AND VERIFY the recorded response time is less than 1 second.
(Acc Crit) ________ Chan 10 Turb Trip Sec Chan 11 AFW PMP 2A-S & 2A-A Start Sec Chan 12 AFW PMP 2A-S & 2B-B Start Sec
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6.0 PERFORMANCE (continued)
[51] DETERMINE the time from when the recorder Channel 6 (2-LS-3-175E) input tripped 2-LS-3-175E, SG 4 LOW LOW LEVEL, indicating light and the time each AMSAC trip output
listed below actuated, AND RECORD the response time below. (Acc Crit) ________ Chan 10 Turb Trip Sec Chan 11 AFW PMP 2A-S & 2A-A Start Sec Chan 12 AFW PMP 2A-S & 2B-B Start Sec
[52] ADD the 2-L-3-175 instrument loop response time recorded in 4.1[19] to the largest of the logic output response times
recorded in 6.0[51], AND RECORD the result below, AND VERIFY the result is less than or equal to 30 seconds.
(Acc Crit) ________ Total Channel TimeSec
[53] LABEL the recorder chart 2-LS-3-175E Setpoint, 2-RLY-3-62A and Total Channel Time Delay and save this chart for the record. ________
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6.0 PERFORMANCE (continued)
NOTE Additional logic and test switch functions are verified during performance of the following steps. Recordings to complete these steps do NOT need to be retained for the record.
[54] ADJUST Turbine Inlet pressure switch and SG Low-Low Level switch inputs to the values specified below, AND VERIFY the trip indicating lights on each of the switches is in the state specified
. ________ Simulator Simulated Input (mAdc)Switch Trip Indication 2-PS-1-314 10.00 0.16 mAdc LIT 2-PS-1-315 10.00 0.16 mAdc LIT 2-LS-3-172E 5.2 0.16 mAdc LIT 2-LS-3-173E 5.2 0.16 mAdc LIT 2-LS-3-174E 6.6 0.16 mAdc NOT LIT 2-LS-3-175E 6.6 0.16 mAdc NOT LIT [55] VERIFY the AMSAC output indicated on recorder Channel 10 labeled "Turb Trip" is reset (OPEN contact). ________
[56] PLACE 2-HS-3-172E, SG 3 LEVEL SWITCH TRIP, located in 2-R-178, AMSAC EQUIPMENT PANEL, to the TRIP position, AND VERIFY the AMSAC output indicated on recorder Channel 10 labeled "Turb Trip" is reset (OPEN contact). ________
[57] PLACE 2-HS-3-172E, SG 3 LEVEL SWITCH TRIP, located in 2-R-178, AMSAC EQUIPMENT PANEL, to the AUTO position. ________
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6.0 PERFORMANCE (continued)
[58] PLACE 2-HS-3-173E, SG 2 LEVEL SWITCH TRIP, located in 2-R-178, AMSAC EQUIPMENT PANEL, to the TRIP position, AND VERIFY the AMSAC output indicated on recorder Channel 10 labeled "Turb Trip" is reset (OPEN contact). ________
[59] PLACE 2-HS-3-173E, SG 2 LEVEL SWITCH TRIP, located in 2-R-178, AMSAC EQUIPMENT PANEL, to the AUTO position. ________
[60] PLACE 2-HS-3-174E, SG 1 LEVEL SWITCH TRIP, located in 2-R-178, AMSAC EQUIPMENT PANEL, to the TRIP position, AND VERIFY the AMSAC output indicated on recorder Channel 10 labeled "Turb Trip" is tripped (CLOSED contact). ________
[61] PLACE 2-HS-3-174E, SG 1 LEVEL SWITCH TRIP, located in 2-R-178, AMSAC EQUIPMENT PANEL, to the AUTO position, AND VERIFY the AMSAC output indicated on recorder Channel 10 labeled "Turb Trip" is reset (OPEN contact). ________
[62] PLACE 2-HS-3-175E, SG 4 LEVEL SWITCH TRIP, located in 2-R-178, AMSAC EQUIPMENT PANEL, to the TRIP position, AND VERIFY the AMSAC output indicated on recorder Channel 10 labeled "Turb Trip" is tripped (CLOSED contact). ________
[63] PLACE 2-HS-3-175E, SG 4 LEVEL SWITCH TRIP, located in 2-R-178, AMSAC EQUIPMENT PANEL, to the AUTO position. ________
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6.0 PERFORMANCE (continued)
[64] ADJUST the current source for Turbine Inlet pressure switch and SG Low-Low Level switch inputs to the values
specified below, AND VERIFY the trip indicating lights on each of the switches is in the state specified
. ________ Simulator Simulated Input (mAdc)Switch Trip Indication 2-PS-1-314 10.00 0.16 mAdc LIT 2-PS-1-315 10.00 0.16 mAdc LIT 2-LS-3-172E 6.6 0.16 mAdc NOT LIT 2-LS-3-173E 6.6 0.16 mAdc NOT LIT 2-LS-3-174E 5.2 0.16 mAdc LIT 2-LS-3-175E 6.6 0.16 mAdc NOT LIT [65] VERIFY the AMSAC output indicated on recorder Channel 10 labeled "Turb Trip" is reset (OPEN contact). ________
[66] PLACE 2-HS-3-172E, SG 3 LEVEL SWITCH TRIP, located in 2-R-178, AMSAC EQUIPMENT PANEL, to the TRIP position, AND VERIFY the AMSAC output indicated on recorder Channel 10 labeled "Turb Trip" is reset (OPEN contact). ________
[67] PLACE 2-HS-3-173E, SG 2 LEVEL SWITCH TRIP, located in 2-R-178, AMSAC EQUIPMENT PANEL, to the TRIP position, AND VERIFY the AMSAC output indicated on recorder Channel 10 labeled "Turb Trip" is tripped (CLOSED contact). ________
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6.0 PERFORMANCE (continued)
[68] PLACE 2-HS-3-173E, SG 2 LEVEL SWITCH TRIP, located in 2-R-178, AMSAC EQUIPMENT PANEL, to the AUTO position, AND VERIFY the AMSAC output indicated on recorder Channel 10 labeled "Turb Trip" is reset (OPEN contact). ________
[69] PLACE 2-HS-3-174E, SG 1 LEVEL SWITCH TRIP, located in 2-R-178, AMSAC EQUIPMENT PANEL, to the TRIP position, AND VERIFY the AMSAC output indicated on recorder Channel 10 labeled "Turb Trip" is reset (OPEN contact). ________
[70] PLACE 2-HS-3-174E, SG 1 LEVEL SWITCH TRIP, located in 2-R-178, AMSAC EQUIPMENT PANEL, to the AUTO position. ________
[71] PLACE 2-HS-3-175E, SG 4 LEVEL SWITCH TRIP, located in 2-R-178, AMSAC EQUIPMENT PANEL, to the TRIP position, AND VERIFY the AMSAC output indicated on recorder Channel 10 labeled "Turb Trip" is tripped (CLOSED contact). ________
[72] PLACE 2-HS-3-175E, SG 4 LEVEL SWITCH TRIP, located in 2-R-178, AMSAC EQUIPMENT PANEL, to the AUTO position, AND VERIFY the AMSAC output indicated on recorder Channel 10 labeled "Turb Trip" is reset (OPEN contact). ________
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7.0 POST-PERFORMANCE ACTIVITIES
[1] NOTIFY Unit 2 Operations that the following indicators will indicate zero when test equipment is disconnected. A. 2-LI-3-172, T-D AFW PUMP SG 3 LEVEL [2-M-3] ________
B. 2-LI-3-173, T-D AFW PUMP SG 2 LEVEL [2-M-3] ________
C. 2-LI-3-174, T-D AFW PUMP SG 1 LEVEL [2-M-3] ________
D. 2-LI-3-175, T-D AFW PUMP SG 4 LEVEL [2-M-3] ________
[2] PRESS 2-HS-3-264A, AMSAC TEST/BLK/OPERATE pushbutton on 2-M-3, in the AMSAC TEST/BLOCK position. ________
[3] REMOVE transmitter simulator or current source, DMM and recorder leads from the 2-R-178, AMSAC EQUIPMENT
PANEL, terminations specified below: A. Terminal Block TB1, Terminal Points 1 and 2. ________
B. Terminal Block TB1, Terminal Points 4 and 5. ________
C. Terminal Block TB1, Terminal Points 7 and 8. ________
D. Terminal Block TB1, Terminal Points 13 and 14. ________
E. Terminal Block TB1, Terminal Points 16 and 17. ________
F. Terminal Block TB1, Terminal Points 19 and 20. ________
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7.0 POST-PERFORMANCE ACTIVITIES (continued)
[4] TERMINATE the lifted leads from terminal block TB1 in 2-R-178 as specified below: A. SG Level 2-LM-3-172E
White wire (A1706) from Cable 2PM5577 to Terminal
Block TB1, Terminal Point 17 in 2-R-178, AMSAC EQUIPMENT PANEL. ________
________
CV B. SG Level 2-LM-3-173E
White wire (B1906) from Cable 2PM5576 to Terminal
Block TB1, Terminal Point 14 in 2-R-178, AMSAC EQUIPMENT PANEL. ________
________
CV C. SG Level 2-LM-3-174E
White wire (B1806) from Cable 2PM5575 to Terminal
Block TB1, Terminal Point 8 in 2-R-178, AMSAC EQUIPMENT PANEL. ________
________
CV D. SG Level 2-LM-3-175E
White wire (A1606) from Cable 2PM5578 to Terminal
Block TB1, Terminal Point 20 in 2-R-178, AMSAC EQUIPMENT PANEL. ________
________
CV WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 53 of 63
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7.0 POST-PERFORMANCE ACTIVITIES (continued)
E. Turbine Inlet Pressure 2-PT-1-314
White wire (TCP02) from Cable 2PM5579 to Terminal
Block TB1, Terminal Point 2 in 2-R-178, AMSAC EQUIPMENT PANEL. ________
________
CV F. Turbine Inlet Pressure 2-PT-1-315
White wire (TPC04) from Cable 2PM5580 to Terminal
Block TB1, Terminal Point 5 in 2-R-178, AMSAC EQUIPMENT PANEL. ________
________
CV [5] REMOVE the test leads between recorder channels 7 and 8 from the 2-R-178, AMSAC EQUIPMENT PANEL, terminations specified below: A. Relay U (2-RLY-003-62A, TIME DELAY PICKUP RELAY), Terminals 2 and 6. ________
________
CV B. Relay V (2-RLY-003-62B, TIME DELAY DROPOUT RELAY), Terminals 4 and 6. ________
________
CV [6] REMOVE the test leads between recorder channels 10, 11 and 12 from the 2-R-178, AMSAC EQUIPMENT PANEL, terminations specified below: A. Terminal Block TB4, Terminal Points 3 and 4 ________
B. Terminal Block TB4, Terminal Points 5 and 6 ________
C. Terminal Block TB4, Terminal Points 7 and 8 ________
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7.0 POST-PERFORMANCE ACTIVITIES (continued)
[7] TERMINATE the lifted leads from terminal block TB4 in 2-R-178, AMSAC EQUIPMENT PANEL, as specified below: A. AMSAC Turbine Trip
Black wire (TTPP) from Cable 2M3606 to Terminal Block
TB4, Terminal Point 3 in 2-R-178, AMSAC EQUIPMENT
PANEL. ________
________
CV B. AMSAC AFW Pump 2A-S and 2A-A Start
BLACK wire (ATT1) from Cable 2M3605 to Terminal
Block TB4 Terminal Point 5 in 2-R-178, AMSAC EQUIPMENT PANEL. ________
________
CV C. AMSAC AFW Pump 2A-S and 2B-B Start
BLACK wire (TTCS1) from Cable 2M3607 to Terminal
Block TB4 Terminal Point 7 in 2-R-178, AMSAC EQUIPMENT PANEL. ________
________
CV WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 55 of 63
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7.0 POST-PERFORMANCE ACTIVITIES (continued)
[8] ENSURE that each of the switches, located in AMSAC panel, 2-R-178, AMSAC EQUIPMENT PANEL, are in the AUTO position. A. 2-HS-3-172E, SG 3 LEVEL SWITCH TRIP, in AUTO. ________
________
CV B. 2-HS-3-173E, SG 2 LEVEL SWITCH TRIP, in AUTO. ________
________
CV C. 2-HS-3-174E, SG 1 LEVEL SWITCH TRIP, in AUTO. ________
________
CV D. 2-HS-3-175E, SG 4 LEVEL SWITCH TRIP, in AUTO. ________
________ CV CAUTION Due to plant conditions that may be present, placing 2-HS-3-264A, AMSAC TEST/BLK/OPERATE pushbutton on 2-M-3, in the AMSAC OPERABLE position may result
in AMSAC trip outputs to Turbine Trip and AFW Pump Start logic.
[9] NOTIFY Unit 2 Operations that testing in AMSAC panel 2-R-178, AMSAC EQUIPMENT PANEL, is complete, equipment configuration has been returned to normal and that
2-HS-3-264A, AMSAC TEST/BLK/OPERATE pushbutton on 2-M-3, may be returned to the position required by plant
conditions. ________
[10] NOTIFY the Unit 2 US/SRO of the test completion and system alignment. ________
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7.0 POST-PERFORMANCE ACTIVITIES (continued)
[11] VERIFY that Post-test calibration of the M&TE used to record quantitative acceptance criteria has been satisfactorily
performed, AND RECORD the results on Measuring and Test Equipment (M&TE) Log. ________
________
CV [12] VERIFY that Post-test calibration of permanent plant instruments used to record quantitative acceptance criteria has
been satisfactorily performed, AND RECORD the results on Appendix C, Permanent Plant Instrumentation Log. ________
________
CV WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 57 of 63
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8.0 RECORDS A. QA Records Completed Test Package B. Non-QA Records None WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 58 of 63 Appendix A (Page 1 of 1) TEST PROCEDURES/INSTRUCTIONS REFERENCE REVIEW Data Package: Page ____ of ____ Date ________
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)
FSAR Section 7.7.1.12 Table 14.2-1 Sheet 84 of 89 WBN-VTD-M422-0020 2-IMI-3.005 SSD-2-L-3-172 (Review against SSD-1-L-3-172)
SSD-2-L-3-173 (Review against SSD-1-L-3-173)
SSD-2-L-3-174 (Review against SSD-1-L-3-174)
SSD-2-L-3-175 (Review against SSD-1-L-3-175)
SSD-2-L-1-314 (Review against SSD-1-L-1-314)
SSD-2-L-1-315 (Review against SSD-1-L-1-315) 2-TSD-03B-6 EDCR 52408A
WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 59 of 63 Appendix B (Page 1 of 1)
TEMPORARY CONDITION LOG Data Package: Page ____ of ____ Date ________
NOTES 1) These steps will be N/Ad if no temporary condition existed 2) 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 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 60 of 63 Appendix C (Page 1 of 1) PERMANENT PLANT INSTRUMENTATION LOG Data Package: Page ____ of ____ Date ________
INSTRUMENT OR INSTRUMENT LOOP # CAL DUE DATE FILLED AND VENTED 1 PLACED IN SERVICE 1 USED FOR QUANTITATIVE ACC CRIT POST-TEST CAL DATE 2 POST-TEST CALIBRATION ACCEPTABLE 2 INITIAL/DATE INIT/DATE INIT/DATE YES NO 1 These items may be initialed and dated by personnel performing the task. Instrumentation not required to be filled and vented may be identified as Not Applicable. (N/A) 2 May be identified as Not Applicable (N/A) if instrument was not used to verify/record quantitative acceptance criteria data.
WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 61 of 63 Appendix D (Page 1 of 3)
CONFIGURATION CONTROL LOG FOR WIRE LIFTS CONFIGURATION CONTROL LOG FOR WIRE LIFTS Sheet ________ of ________ NOTES 1. Any time wires are lifted and are left unattended, there must be a nonconductive tag attached to them identifying the work instruction that required the wire to be lifted. 2. Additional copies of this table may be made as necessary. AFFECTED DEVICE WIRING DATA OTHER DATA AS APPROPRIATE AS-FOUND VERIFICATION AS-LEFT VERIFICATION COMPONENT ID Terminal Block, Relay, etc. Wire Number Terminal Number Drawing, Location, Panel, Box, Color, etc. Initial Date CV Date Initial Date CV Date Turbine Trip 2M3606 TB4 Black wire (TTPP) TB4 Point 3 in 2-R-178 TDAFW Pump 2A-S and MDAFW Pump 2A-A Start 2M3605 TB4 Black wire (ATT1) TB4 Point 5 in 2-R-178 TDAFW Pump 2A-S and MDAFW Pump 2B-B Start 2M3607 TB4 Black wire (TTCS1) TB4 point 7 in 2-R-178 2-LM-3-174E 2PM5575 TB1 White wire (B1806) TB1 point 8 in 2-R-178 2-LM-3-173E 2PM5576 TB1 White wire (B1906) TB1 point 14 in 2-R-178 WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 62 of 63 Appendix D (Page 2 of 3)
CONFIGURATION CONTROL LOG FOR WIRE LIFTS
CONFIGURATION CONTROL LOG FOR WIRE LIFTS Sheet ________ of ________ NOTES 1. Any time wires are lifted and are left unattended, there must be a nonconductive tag attached to them identifying the work instruction that required the wire to be lifted. 2. Additional copies of this table may be made as necessary. AFFECTED DEVICE WIRING DATA OTHER DATA AS APPROPRIATE AS-FOUND VERIFICATION AS-LEFT VERIFICATION COMPONENT ID Terminal Block, Relay, etc. Wire Number Terminal Number Drawing, Location, Panel, Box, Color, etc. Initial Date CV Date Accept Yes/No CV Date 2-LM-3-172E 2PM5577 TB1 White wire(A1706) TB1 point 17 to 2-R-178 2-LM-3-175E 2PM5578 TB1 White wire (A1606) TB1 point 20 in 2-R-178 2-PT-1-314 2PM5579 TB1 White wire (TCP02) TB1 point 2 in 2-R-178 2-PT-1-315 2PM5580 TB1 White wire (TCP04) TB1 point 5 to 2-R-178 WBN Unit 2 ATWS Mitigation System Actuation Circuitry (AMSAC) Test 2-PTI-003B-06 Rev. 0000 Page 63 of 63 Appendix D (Page 3 of 3)
CONFIGURATION CONTROL LOG FOR WIRE LIFTS
CONFIGURATION CONTROL LOG FOR WIRE LIFTS Sheet ________ of ________ NOTES 1. Any time wires are lifted and are left unattended, there must be a nonconductive tag attached to them identifying the work instruction that required the wire to be lifted. 2. Additional copies of this table may be made as necessary. AFFECTED DEVICE WIRING DATA OTHER DATA AS APPROPRIATE AS-FOUND VERIFICATION AS-LEFT VERIFICATION COMPONENT ID Terminal Block, Relay, etc. Wire Number Terminal Number Drawing, Location, Panel, Box, Color, etc. Initial Date CV Date Accept Yes/No CV Date
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 3 of 226
Table of Contents
1.0 INTRODUCTION
.......................................................................................................... 5 1.1 Test Ob jectives ...........................................................................................................
.. 5 1.2 Scope
............................................................................................................................ 5
2.0 REFERENCES
............................................................................................................. 5 2.1 Performance
References:
............................................................................................. 5 2.2 Developmental
References:
.......................................................................................... 5 3.0 PRECAUTIONS AND LIMITATIONS ......................................................................... 17 4.0 PREREQUISITE ACTIONS ........................................................................................ 20 4.1 Preliminary Actions ..................................................................................................... 2 0 4.2 Special Tools, M&TE, Parts, and Supplies. ................................................................ 23 4.3 Field Pre parations .......................................................................................................
23 4.4 Approvals and Notifications ........................................................................................ 33 5.0 ACCEPTANCE CRITERIA
......................................................................................... 33 6.0 PERFORMANCE
........................................................................................................ 40 6.1 Prerequisites .............................................................................................................
.. 40 6.2 UNIT 1 NORMAL PWR - UNI T 2 NORMAL ALIGNMENT .......................................... 43 6.2.1 ERCW FLOW TESTING CCS HTX A ........................................................... 43 6.2.2 ERCW TESTING CCS HTX B ...................................................................... 49 6.3 UNIT 1 COLD SHUTDOWN, UNIT 2 LOCA-RECIRC................................................. 56 6.4 UNIT 1 LOCA-RECIRC - UNIT 2 COLD SHUTDOWN ............................................... 64 6.5 UNIT 1 HOT SHUTDOWN -
UNIT 2 STARTUP .......................................................... 72 7.0 POST-PERFORMANCE ACTIVITIES ........................................................................ 75 8.0 RECO RDS ..................................................................................................................
89 8.1 QA Re cords ................................................................................................................ 89 8.2 Non-QA Records ........................................................................................................ 89 Appendix A: TEST INSTRUCTIONS REFERENCE REVIEW
......................................... 90 WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 4 of 226
Table of Contents (continued) Appendix B: TEMPORARY CONDITION LOG ............................................................... 92 Appendix C: PERMANENT PLANT INSTRUMENTATION LOG .................................... 93 Appendix D: SWITCH LINEUP ....................................................................................... 98 Appendix E: TRAIN A FLOW EFD OR P DEVICES .................................................. 110 Appendix F: CALCULATION INFORMATION SHEET ................................................. 113 Appendix G: CALCULATION FLOW ELEMENT CONSTANTS
................................... 114 Appendix H: COMMON TRAIN FLOW ELEMENT EFDs ............................................. 116 Appendix I: FLOW BALANCE INSTRUCTIONS
......................................................... 117 Data Sheet 1: TRAIN A - NORMAL MODE
..................................................................... 119 Data Sheet 2: TR. A - U-1 COLD SHUTDOWN, U-2 LOCA-RECIRC ............................ 133 Data Sheet 3: TR. A - U-1 LOCA-RECIRC, U-2 COLD SHUTDOWN ............................ 148 Data Sheet 4: TR. A U-1 HOT SHUTDOWN - U-2 STARTUP ........................................ 163 Data Sheet 5: TRAIN A THRO TTLE VALVE SETPOINTS ............................................. 177 Data Sheet 6: PUMP DATA -U-1 COLD SD, U-2 LOCA-RECIRC .................................. 181 Data Sheet 7: PUMP DATA - U-1 LOCA, U-2 COLD SD
................................................ 182 Data Sheet 8: CCS HT X A FLOW/DP DATA .................................................................. 183 Data Sheet 9: CCS HT X B FLOW/DP DATA .................................................................. 184 Checklist 1: 1A ERCW SUPPLY HEADER ALIGNMENT
............................................ 185 Checklist 2: 2A ERCW SUPPLY HEADER ALIGNMENT
............................................ 207 Checklist 3: POWER CHECKLIST ............................................................................... 222
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 5 of 226
Data Package: Page ____ of ____ Date ________
1.0 INTRODUCTION
1.1 Test Objectives The purpose of this test is to verify proper flow balancing of the Essential Raw Cooling Water System (ERCW), Train A, for combined Unit 1 and Unit 2 operation.
ERCW components will be observed for any obvious excessive vibration during steady state flow conditions. The system boundary for this test includes the piping, instrumentation, valves and heat exchangers of both Unit 1 and Unit 2. Flow rates
will primarily be monitored via electronic flow measurement devices, although use of
dp gauges is permissible as determined by the applicable test engineer.
1.2 Scope A. Ensure Two ERCW pumps on Train A provide design flow to all applicable components under the following conditions: 1. Unit 1 Normal Operating Mode, Unit 2 Normal Operating Mode
- 2. Unit 1 Cold Shutdown, Unit 2 LOCA RECIRC
- 3. Unit 1 LOCA RECIRC, Unit 2 Cold Shutdown
- 4. Unit 1 Hot Shutdown, Unit 2 Startup B. CCS Heat Exchangers bypass anticavitation valves will be tested for reduction of system piping vibration.
2.0 REFERENCES
2.1 Performance
References:
A. SMP-9.0, Conduct of Test 2.2 Developmental
References:
A. Final Safety Analysis Report 1. FSAR - Amendment 102 a. Section 9.2.1, Essential Raw Cooling Water
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2.2 Developmental
References:
(continued)
B. Drawings 1. Flow Drawings a. 1-47W845-1 Rev 57, Series Mechanical Flow Diagram, Essential Raw Cooling Water (1) 56341-001 Rev 0 (2) 56341-002 Rev 0 b. 1-47W845-2 Rev 76, Series Mechanical Flow Diagram, Essential Raw Cooling Water (1) 53427-1 Rev 0 (2) 53687-1 Rev 0 (3) 55992-40 Rev 0 (4) 55992-41 Rev 0 (5) 55992-42 Rev 0 (6) 55992-43 Rev 0 (7) 53545-02-25 Rev 0 (8) 53545-02-26 Rev 0 c. 2-47W845-2 Rev 0, Series Mechanical Flow Diagram, Essential Raw Cooling Water (1) 52796-195 Rev 0 d. 1-47W845-3 Rev 25, Series Mechanical Flow Diagram, Essential Raw Cooling Water e. 2-47W845-3 Rev 1, Series Mechanical Flow Diagram, Essential Raw Cooling Water (1) 52796-001 Rev 0 (2) 52796-002 Rev 2 (3) 53817-008 Rev 0 WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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2.2 Developmental
References:
(continued)
(4) 53817-018 Rev 0 (5) 53817-020 Rev 0 (6) 54903-002 Rev 0 (7) 54903-011Rev 0 (8) 54903-014Rev 0 (9) 53545-01-032 Rev 1 (10) 53545-01-033 Rev 0 f. 1-47W845-4 Rev 32, Series Mechanical Flow Diagram, Essential Raw Cooling Water g. 2-47W845-4 Rev 0, Series Mechanical Flow Diagram, Essential Raw Cooling Water h. 1-47W845-5 Rev 38, Series Mechanical Flow Diagram, Essential Raw Cooling Water i. 2-47W845-5 Rev 1, Series Mechanical Flow Diagram, Essential Raw Cooling Water j. 1-47W845-7 Rev 16, Series Mechanical Flow Diagram, Essential Raw Cooling Water k. 2-47W845-7 Rev 0, Series Mechanical Flow Diagram, Essential Raw Cooling Water (1) 52764-003 Rev 0 (2) 52764-006 Rev 0 (3) 52764-008 Rev 0 (4) 52764-010 Rev 0 (5) 52764-012 Rev 0 (6) 52764-013 Rev 0 (7) 52764-014 Rev 0 WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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2.2 Developmental
References:
(continued)
(8) 52764-015 Rev 0 (9) 53817-006 Rev 0 (10) 53817-012 Rev 0 (11) 53986-041 Rev 0 (12) 53986-043 Rev 0 (13) 53986-045 Rev 0 (14) 54923-351 Rev 0 l. 2-47W848-5 Rev 1, Mechanical Flow Diagram Control Air (1) 53276-304 Rev 0 m. 1-47W848-9 Rev 13, Mechanical Flow Diagram Control Air
- n. 2-47W848-9 Rev 1, Mechanical Flow Diagram Conrol Air (1) 53276-306 Rev 0 (2) 53764-39 Rev 0 (3) 53340-001 Rev 0 (4) 53917-57 Rev 0
- 2. Electrical a. 1-47W610-67-1 Rev 27, Electrical Control Diagram, ERCW System
- b. 1-47W610-67-1A Rev 16, Electrical Control Diagram, ERCW System (1) 52376-01-001 Rev 0 (2) 52376-01-002 Rev 0 (3) 52376-01-003 Rev 0 (4) 52376-04-004 Rev 0 (5) 53111-03-021 Rev 0 WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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2.2 Developmental
References:
(continued)
- c. 1-47W610-67-2 Rev 17, Electrical Control Diagram, ERCW System d. 2-47W610-67-2 Rev 1, Electrical Control Diagram, ERCW System (1) 52796-003 Rev 0 (2) 52796-004 Rev 0 (3) 53649-103 Rev 0 (4) 53649-104 Rev 0 (5) 53746-100 Rev 0 (6) 53746-101 Rev 0 (7) 53746-102 Rev 0 (8) 53746-103 Rev 0 (9) 53746-108 Rev 0 (10) 53746-109 Rev 0 (11) 53746-113 Rev 0 (12) 53746-116 Rev 0 (13) 53986-001 Rev 0 (14) 53986-002 Rev 0 (15) 54039-041 Rev 0 (16) 54039-042 Rev 0 (17) 54039-043 Rev 0 (18) 54039-044 Rev 0 (19) 54039-061 Rev 0 (20) 54039-062 Rev 0 (21) 54039-069 Rev 0 WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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2.2 Developmental
References:
(continued)
(22) 53630-008 Rev 1 (23) 53630-010 Rev 1 (24) 53630-011 Rev 1 (25) 54850-025 Rev 0 (26) 54850-026 Rev 0 (27) 54850-029 Rev 0 (28) 54850-030 Rev 0 (29) 54850-031 Rev 0 e. 1-47W610-67-2A Electrical Control Diagram, ERCW System (1) 55802-003 Rev 0 (2) 55802-004 Rev 0 f. 1-47W610-67-3 Rev 13, Electrical Control Diagram, ERCW System
- g. 2-47W610-67-3 Rev 3, Electrical Control Diagram, ERCW System (1) 53817-031 Rev 0 (2) 53545-01-055 Rev 0 (3) 54039-051 Rev 0 (4) 54039-052 Rev 0 (5) 54039-055 Rev 1 (6) 54039-056 Rev 1 (7) 54039-058 Rev 1 (8) 54039-060 Rev 0 (9) 53643-009 Rev 0 (10) 53643-010 Rev 0 WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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2.2 Developmental
References:
(continued)
(11) 54039-051 Rev 0 (12) 54039-059 Rev 0 (13) 52378-474 Rev 0 (14) 54903-314 Rev 0 (15) 54903-315 Rev 0 h. 1-47W610-67-3A, Electrical Control Diagram, ERCW System (1) 53545-01-050 Rev 0 (2) 53545-01-052 Rev 0 i. 1-47W610-67-4 Rev 17, Electrical Control Diagram, ERCW System
- j. 2-47W610-67-4 Rev 0,Electrical Control Diagram, ERCW System (1) 54039-070 Rev 0 k. 2-45W751-1Rev 1, Electrical Power Supplies, RMOV 2A1-A (1) 53287-155 Rev 0 (2) 53421-219 Rev 0 (3) 53421-311 Rev 0 (4) 54851-133 Rev 0 (5) 54852-108 Rev 0 l. 2-45W751-2 Rev 0, Electrical Power Supply, RMOV 2A1-A (1) 53036-2 Rev 0 (2) 53287-156 Rev 0 (3) 53352-10 Rev 0 (4) 53421-220 Rev 0 (5) 53421-313 Rev 0 WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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2.2 Developmental
References:
(continued)
(6) 54850-147 Rev 0 (7) 54850-148Rev 0 (8) 54851-134 Rev 0 (9) 54870-108 Rev 0 (10) 54870-109 Rev 0 m. 2-45W751-3 Rev 1, Electrical Power Supplies, RMOV 2A1-A (1) 53948-51 Rev 0 (2) 55707-201 Rev 0 (3) 52639-2 Rev 1 (4) 52639-110 Rev 0 (5) 53287-157 Rev 0 (6) 53554-3 Rev 0 (7) 53554-4 Rev 0 (8) 54255-34 Rev 0 (9) 54655-21 Rev 0 (10) 54851-135 Rev 0 (11) 54851-136 Rev 0 (12) 54852-109 Rev 0 (13) 54852-110 Rev 0 n. 2-45W751-4 Rev 0, Electrical Power Supplies, RMOV 2A2-A (1) 53270-10 Rev 1 (2) 53817-75 Rev 0 (3) 53986-9 Rev 0 WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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2.2 Developmental
References:
(continued)
(4) 52639-3 Rev 1 (5) 53288-81 Rev 1 (6) 54850-175 Rev 0 (7) 54850-202 Rev 0 (8) 54852-111 Rev 0 (9) 54903-248 Rev 0 o. 2-45W751-5 Rev 0, Electrical Power Supplies, RMOV 2A2-A (1) 53746-52 Rev 0 (2) 53817-71 Rev 0 (3) 53817-72 Rev 0 (4) 53986-10 Rev 0 (5) 53288-82 Rev 1 (6) 54850-176 Rev 0 (7) 54850-177 Rev 0 (8) 54850-211 Rev 0 p. 2-45W751-6 Rev 0, Electrical Power Supplies, RMOV 2A2-A (1) 53288-83 Rev 1 (2) 53343-7 Rev 0 (3) 53537-312 Rev 0 (4) 53580-340 Rev 0 (5) 54655-22 Rev 0 (6) 54850-203 Rev 0 q. 2-45W751-7 Rev 1, Electrical Power Supplies, RMOV 2B1-B WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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2.2 Developmental
References:
(continued)
(1) 53292-92 Rev 1 (2) 53421-221 Rev 0 (3) 53421-312 Rev 0 (4) 54850-150 Rev 0 (5) 54851-139 Rev 0 (6) 54870-112 Rev 0 r. 2-45W751-8 Rev 1, Electrical Power Supplies, RMOV 2B1-B (1) 53036-1 Rev 0 (2) 53292-93 Rev 1 (3) 53421-222 Rev 0 (4) 54655-20 Rev 0 (5) 54850-151 Rev 0 (6) 54850-152 Rev 0 (7) 54851-140 Rev 0 (8) 54852-112 Rev 0 (9) 54870-110 Rev 0 (10) 54870-111 Rev 0 (11) 55337-21 Rev 0 (12) 55337-23 Rev 0 s. 2-45W751-9 Rev 0, Electrical Power Supplies, RMOV 2B1-B (1) 55707-202 Rev 0 (2) 52639-4 Rev 1 (3) 52639-111 Rev 0 WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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2.2 Developmental
References:
(continued)
(4) 53292-94 Rev 1 (5) 54255-21 Rev 0 (6) 54255-31 Rev 0 (7) 54851-141 Rev 0 (8) 54851-142 Rev 0 t. 2-45W751-10 Rev 2, Electrical Power Supplies, RMOV 2B-2B (1) 53270-9 Rev 1 (2) 53817-73 Rev 0 (3) 53817-76 Rev 0 (4) 53986-11 Rev 0 (5) 53293-70 Rev 0 (6) 53554-1 Rev 0 (7) 53554-2 Rev 0 (8) 54850-178 Rev 0 (9) 54850-212 (10) 54852-113 Rev 0 u. 2-45W751-11 Rev 0, Electrical Power Supplies, RMOV 2B2-B (1) 53746-53 Rev 0 (2) 53817-74 Rev 0 (3) 53986-12 Rev 0 (4) 53293-69 Rev 0 (5) 53293-71 Rev 0
(6) 53293-157 WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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2.2 Developmental
References:
(continued)
(7) 54655-23 Rev 0 (8) 54850-179 Rev 0 (9) 54903-249 Rev 0 v. 2-45W751-12 Rev 0, Electrical Power Supplies, RMOV 2B2-B (1) 53269-5 Rev 0 (2) 53269-6 Rev 0 (3) 53293-72 Rev 0 (4) 53537-313 Rev 0 (5) 53537-314 Rev 0 (6) 54850-204 Rev 0 w. 2-45W751-13 Rev 0, Electrical Power Supplies, RMOV 2A1-A (1) 53287-158 Rev 0 (2) 54255-12 Rev 1 (3) 54850-149 Rev 1 (4) 54851-137 Rev 0 (5) 54870-139 Rev 0 x. 2-45W751-14 Rev 0, Electrical Power Supplies, RMOV 2B1-B (1) 53292-95 Rev 1 (2) 54255-7 Rev 1 (3) 54850-153 Rev 0 (4) 54851-143 Rev 0 (5) 54870-138 Rev 0
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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2.2 Developmental
References:
(continued)
C. Documents 1. N3-67-4002 System Description for Essential Raw Cooling Water System, Rev 0 (thru DCN S-30288-A) 2. 2-TSD-067, Essential Raw Cooling Water System, Rev 0
- 3. SOI-67.1, Essential Raw Cooling Water System Operating Instruction, Draft Rev 0000 4. GOI-7, Rev 0038, Generic Equipment Operating Guilelines
- 5. VTD-M359-003 Rev 0, Valve Technical Manual for Metrex Model FTVA-400-WAT 4 2 War Refrigerant Pressure Activated Condenser Cooling Water Control Valve. 6. 1-SOI-30.05, Auxiliary Building HVAC Systems, Rev 0050
- 7. 0-PI-OPS-17.0, 18 Month Locked Valve Verification Rev 0044 3.0 PRECAUTIONS AND LIMITATIONS A. This PTI should be performed with U-1 WBN in Modes 5, 6 (or no mode core unloaded) and no fuel loaded in U-2 Reactor. Appropriate risk management must be performed to allow testing on protected equipment. B. Standard precautions shall be followed for working around energized electrical equipment in accordance with TVA Safety Manual Procedure 1021. C. Discrepancies between component ID tags and the description in a procedure/instruction if the UNIDs match, exclusive of place keeping zeros and train designators (e.g.; 2-HS-31-468 vs. 2-HS-031-0468) and the noun description is sufficient to identify the component. This condition does not require a TDN in accordance SMP-14.0. If the component label needs to be changed, a Tag Request Form (TR Card) should be processed in accordance with TI-12.14. Make an entry in the CTL and continue testing. D. 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.
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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3.0 PRECAUTIONS AND LIMITATIONS (continued)
E. Component tags and labels may differ slightly (abbreviations, punctuation, letter case, etc.) from the description given in this test. If this situation occurs, it shall not be considered a test deficiency or procedure deviation. It shall be
documented in the CTL and reconciled by way of a plant labeling request or drawing discrepancy or single-line, date & initial change in the procedure as
appropriate. F. To maintain the operating pressures in the Header to within design limits during low flow conditions DO NOT exceed 133 psig at 0-PI-67-17, ERCW HEADER B PRESS, or 0-PI-67-18, ERCW HEADER A PRESS. G. Equipment shall be operated in accordance with applicable instructions.
H. The following motor operating and starting limitations for the Essential Raw Cooling Water Pumps should NOT be exceeded: 1. Motor cold-two starts in succession.
- 2. Motor at operating temperature-one start. I. Prior to any additional starts for either case above, either: 1. Allow motor to cool for 20 minutes while running at normal or no load.
- 2. Allow motor to cool for 45 minutes while standing idle before each additional restart. J. In most cases it will be preferable to allow the motor to run for 20 minutes cooling cycle so that it will be available for any immediate restart. K. ERCW Motor bearing temperatures should NOT exceed 122F above ambient. L. ERCW Pump upper bearing vibration should NOT exceed 3 mils displacement. M. Plug Valves used for throttling flow in the ERCW System should NOT be throttled more than 80%. N. The Upper Flow Values on the flow balance data sheets are based on Engineering's recommended maximum flows. The Engineering values were provided for operating purposes and may be exceeded (i.e., error corrections could result in higher than indicated flows) if this does NOT result in excessive
vibration.
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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3.0 PRECAUTIONS AND LIMITATIONS (continued)
O. Flow rates will primarily be monitored via electronic flow measurement devices, although use of dp gauges is permissible as determined by the applicable test
engineer. P. Ensure that the pressure rating for all test equipment is greater than the maximum possible system pressure it will encounter during testing. Q. TI-31.08, Flow Balancing Valves Setpoint Positions, must be revised after performance of 2-PTI-067-2-A and 2-PTI-067-2-B. R. If flow is to be isolated to a component for any reason in this instruction, notify the Unit SRO(s) to consider any applicable LCOs. S. The Test Director should inform the Unit Operators of current plant conditions when test is to be stopped for longer than a shift with plant equipment not in
normal configuration. T. To satisfy the retest requirements for post-work test of multiple ERCW System work orders, system components will be monitored for leakage during performance of the flow balance. Any observed leakage will be rectified through initiation of work requests. U. All open problems (including non Tech Spec testing acceptance criteria) are to be tracked by a corrective action document and entered on the appropriate system punchlist. V. Problems identified during the test shall be annotated on the CTL from SMP-9.0 including a description of the problem, the procedure step when/where the problem was identified, corrective action steps taken to resolve the problem, and the number of the corrective action document, if one was required. W. Observe all Radiation Protection (RP) requirements when working in or near contaminated areas. X. Manual continous backwash flow >450 gpm is to be maintained for duration of test activities (all modes). Y. Operations musts be aware that Station Air Compressors will be cooled by Train A ERCW during the flow balance. Tempatures must be monitored and
steps taken to restore Control Air cooling in event of a Loss of Control Air.
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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4.0 PREREQUISITE ACTIONS NOTE 1) The following prerequisites apply to all sections of the test unless specified otherwise.
- 2) Preliminary action steps may be performed in any order with Test Directors approval.
- 3) Re-Testing of applicable sections should be performed on clean copies of the tested segment with time and date of retest noted and documented on retest pages and in CTL.
4.1 Preliminary Actions
[1] VERIFY the test/performance copy of this Preoperational Test Instruction (PTI) is the current revision including any change
notices and as needed, each test person assisting in this test has the current revision including any change notices. ________
[2] OBTAIN copies of the applicable forms from the latest revision of SMP-9.0, AND ATTACH to this PTI for use during the performance of this PTI. ________
[3] ENSURE changes to the references listed on Appendix A, Test Procedure/Instruction Reference Review, have been
reviewed, and determined NOT to adversely affect the test performance. ________
[4] VERIFY current revisions and change paper for referenced drawings has been reviewed and determined NOT to adversely affect the test performance, AND ATTACH documentation of current drawing revision numbers and change paper that were reviewed to the data package. ________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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4.1 Preliminary Actions (continued)
[5] EVALUATE punch list items on Open Watts Bar Integrated Task Equipment List (WITEL)
AND ENSURE that respective punch list items will NOT adversely affect the test performance. ________
[6] ENSURE required Component Testing has been completed prior to start of test. ________
[7] ENSURE outstanding Design Change Notices (DCNs), Engineering Design change Requests (EDCRs) or Temporary
Alterations (TAs) do NOT adversely impact testing. ________
[8] ENSURE a review of outstanding Clearances has been coordinated with Operations for impact to the test
performance, AND RECORD in Appendix B, Temporary Condition Log if required. ________
[9] VERIFY system cleanliness as required for the performance of this test has been completed in accordance with SMP-7.0. ________
[10] VERIFY plant instruments, listed on Appendix C, Permanent Plant Instrumentation Log, are placed in service and are within their calibration interval. ________
NOTE Substitution of electronic or ultra-sonic flow measurement devices is acceptable provided the accuracy range is equal to or exceeds range specified, and calibration status is current.
[11] VERIFY Measuring and Test Equipment (M&TE) required for test performance has been (as required) filled, vented, place in
service and recorded on Measuring and Test Equipment Log in SMP-9.0. ________
[12] VERIFY Measuring and Test Equipment (M&TE) calibration due dates will support the completion of this test performance. ________
[13] ENSURE components contained within the boundaries of this test are under the jurisdictional control of Preoperational Startup Engineering (PSE) and/or Plant Operations. ________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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4.1 Preliminary Actions (continued)
[14] OBTAIN Operations approval to perform Electrical Switch alignment (Appendix D). ________
SM/Unit SRO NOTE Electrically operated valves may be manually opened/closed if the electrical component is
unavailable during testing.
[15] OBTAIN Operations approval to perform valve alignments (CHECKLIST 1 & 2), and Electrical Breaker alignment (CHECKLIST 3). ________
SM/Unit SRO
[16] VERIFY the Plant Computer is available and the computer points for the ERCW pump bearings are active and the
description and status for each computer point has been
verified. ________
[17] VERIFY the following systems are operational and have been placed in service to the extent necessary to perform this test: ________ A. System 032, Control Air, Provides control air to all AOVs ________ B. System 211, 6.9KV Shutdown Power System ________ C. System 213, Reactor Motor Operated Valve Power System ________ D. System 214, 480V Control and Auxiliary Vent Power System ________ E. System 215, Diesel Auxiliary Power System ________
F. System 237, 120VAC Instrument Power System ________
[18] PERFORM a pretest walkdown on equipment to be tested to ensure no conditions exist that will impact test performance. ________
[19] CONDUCT a pretest briefing with Test and Operations personnel in accordance with SMP-9.0. ________
[20] ENSURE that communications are available for areas where testing is to be conducted. ________
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4.1 Preliminary Actions (continued)
[21] ENSURE Operations has all essential loads aligned to the B-Train such as EBR chiller, MCR chiller, SDBR chiller, SFPCC B-Train is in service and is cooled by CCS HTX C. ________
[22] ENSURE RHR B-Train is in service if required. ________
[23] ENSURE B-Train ECCS room and area coolers , B-Train EGTS , ABGTS, penetration room and pipe chase coolers are protected. ________
[24] REQUEST operations to backwash traveling screens and strainers and
ESTABLISH a continual backwash flow of 450 gpm (manual). ________ 4.2 Special Tools, M&TE, Parts, and Supplies.
NOTES 1) Substitution of electronic or ultra-sonic flow measurement devices (EFD) is acceptable provided the accuracy range is equal to or exceeds range specified, and calibration
status is current. 2) If electronic flow measurement devices (EFD) are used, applicable steps in Section 4.3 related to other devices (such as dp gauges) may be N/A'd. Actual use of other
flow measurement devices will be appropriately documented along with required
calibration data 1. 0-50 in. WC Differential Pressure Gauge (1%) (4 gauges ERCW Pumps) 2. 19 ea 0-200 psig Pressure Gauge (1% accuracy) 3. Ultrasonic Flowmeters (3%). (Upstream of 1-FCV-67-478, ERCW SUP TO CCS A HX) 4. Ultrasonic Flowmeters (3%) Various components as specified in Appendix E, Data Sheet 1. 4.3 Field Preparations
[1] VERIFY Design Change Notices (DCNs) for Type 1 Supports are implemented or temporary supports installed as needed for U-2 System 67 testing are issued. ________
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4.3 Field Preparations (continued)
[2] VERIFY remaining supports required for U-2 System 67 testing are in place or an equivalent engineering approved temporary support is installed. ________
[3] VERIFY spring cans identified for U-2 System 67 testing are installed, unpinned, and on scale with no visual indication of damage, loose parts or interferences. ________
[4] VERIFY snubbers identified for U-2 System 67 testing are installed with no visual indication of damage, loose parts or
interferences. ________
[5] RECORD work order used to install EFDs for components as listed in Appendix H for common train items. ________ WO# [6] RECORD work order used to install EFDs for components listed in Appendix E for Train A. ________ WO# [7] VERIFY that the listed Air Isolation Valves have been CLOSED and the air BLED OFF to the following Control Valves and Control Valves are FULL OPEN (Section 6.1): ________
Air Isol.
Valve CLOSED Control Valve OPEN 1-ISV-32-3609 1-TCV-67-84 LWR CONT VENT CLR 1A 1-ISV-32-3610 1-TCV-67-85 CRDM CLR 1A 1-ISV-32-3611 1-TCV-67-86 RCP MTR CLR 1-1 1-ISV-32-3561 1-TCV-67-92 LWR CONT VENT CLR 1C 1-ISV-32-3560 1-TCV-67-93 CRDM CLR 1C 1-ISV-32-3559 1-TCV-67-94 RCP MTR CLR 1-3 1-ISV-32-3158 1-TCV-67-129 UPR CONT VENT CLR 1A 1-ISV-32-3157 1-TCV-67-132 UPR CONT VENT CLR 1C 1-ISV-32-3282 1-FCV-67-213 SF PIT & TB BSTR PMP SPACE CLR 1-ISV-32-3083 1-FCV-67-162 CCS & AF PMPS SPACE CLR 1-ISV-32-2984 1-FCV-67-176 SI PMP RM CLR 1A WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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4.3 Field Preparations (continued)
Air Isol.
Valve CLOSED Control Valve OPEN 1-ISV-32-3018 1-FCV-67-184 CS PMP RM CLR 1A 1-ISV-32-2955 1-FCV-67-346 PEN RM CLR 1A1 1-ISV-32-3146 1-FCV-67-350 PEN RM CLR 1A2 1-ISV-32-3294 1-FCV-67-354 PEN RM CLR 1A3 1-ISV-32-2961 1-FCV-67-342 PIPE CHASE CLR 1A 2-ISV-32-3409 2-FCV-67-336 EMER GAS TRTMT RM CLR 2-ISV-32-3030 2-FCV-67-217 BA XFER PMPS & AF PMPS SP CLR 2-ISV-32-3322 2-FCV-67-354 PEN RM CLR 2A3 2-ISV-32-3609 2-TCV-67-84 LWR CONT VENT CLR 2A 2-ISV-32-3610 2-TCV-67-85 CRDM CLR 2A 2-ISV-32-3611 2-TCV-67-86 RCP MTR CLR 2-1 2-ISV-32-3561 2-TCV-67-92 LWR CONT VENT CLR 2C 2-ISV-32-3560 2-TCV-67-93 CRDM CLR 2C 2-ISV-32-3559 2-TCV-67-94 RCP MTR CLR 2-3 2-ISV-32-3117 2-TCV-67-129 UPR CONT VENT CLR 2A 2-ISV-32-3118 2-TCV-67-132 UPR CONT VENT CLR 2C NOTE The following valves are in 0-PI-OPS-17.0 program and will have to be locked when not in use. [8] VERIFY that the listed Air Isolation Valves have been CLOSED and the air BLED OFF to the following Control Valves and Control Valves are FULL OPEN (Section 6.1): ________
Air Isol.
Valve CLOSED Control Valve OPEN Signature 2-ISV-32-2963 2-FCV-67-346 PEN RM CLR 2A1 2-ISV-32-3166 2-FCV-67-350 PEN RM CLR 2A2 2-ISV-32-3804 2-FCV-67-342 PIPE CHASE CLR 2A WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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4.3 Field Preparations (continued)
________
[9] VERIFY that Work Orders have been prepared to support the following activities:
A. Nitrogen supply connection to 1-TCV-67-115, INSTR RM WATER CLR 1A SUPPLY CONTROL VLV, capillary tubing with 200 psig regulator. ________ WO# B. Nitrogen supply connection to 2-TCV-67-115, INSTR RM WATER CLR 2A SUPPLY CONTROL VLV, capillary tubing with 200 psig regulator. ________ WO# C. Adjust the limit switches for Component Cooling System Heat Exchanger flow control valves 1-FCV-67-146, COMPONENT CLG HTX A DISCH CONTROL VLV. ________ WO# D. Adjust the limit switches for Component Cooling System Heat Exchanger flow control valves 2-FCV-67-146, COMPONENT CLG HTX B DISCH CONTROL VLV. ________ WO# [10] ENSURE the station air compressors are RUNNING or available to receive flow to the intercoolers. ________
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4.3 Field Preparations (continued)
NOTE When completing the steps to install M&TE differential pressure gauges or electronic flow devices (EFD), the word INSTALL is understood to mean attach and place in service. That is, attach gauge/device, open the root/isolation valve, and vent as necessary to place the gauge/device in service.
[11] ENSURE test EFDs, pressure gauges or P devices are installed at the following locations:
A. INSTALL EFDs at or near FEs as listed in Appendix E & Data Sheet 1. ________
B. INSTALL a 0-200 psig pressure gauge, +1.0% accuracy, at valve 1-VTV-67-534A, CS HEAT EXCHANGER 1A ERCW SUP HEADER VENT. ________
________
CV M&TE Cal Due Date C. INSTALL a 0-200 psig pressure gauge, +1.0% accuracy, at valve 2-VTV-67-534A, CS HEAT EXCHANGER 2A ERCW SUP HEADER VENT. ________
________
CV M&TE Cal Due Date D. INSTALL a 0-200 psig pressure gauge, +1.0% accuracy, at the upstream side of 1-FE-67-61, ERCW SUP HEADER 1A FLOW. ________
________
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4.3 Field Preparations (continued)
E. INSTALL a 0-200 psig pressure gauge, +1.0% accuracy, at the downstream side of 1-FE-67-61, ERCW SUP HEADER 1A FLOW. ________
________
CV M&TE Cal Due Date F. INSTALL a 0-200 psig pressure gauge, +1.0% accuracy, at the upstream side of 2-FE-67-61, ERCW SUP HEADER 2A FLOW. ________
________
CV M&TE Cal Due Date G. INSTALL a 0-200 psig pressure gauge, +1.0% accuracy, at the downstream side of 2-FE-67-61, ERCW SUP HEADER 2A FLOW. ________
________
CV M&TE Cal Due Date H. INSTALL a 0-200 psig pressure gauge, +1.0% accuracy, at the inlet side of 1-DRV-67-547, ERCW CCS HX A DRAIN. ________
________
CV M&TE Cal Due Date I. INSTALL a 0-200 psig pressure gaug, +1.0% accuracy, at the inlet side of 2-DRV-67-547, ERCW CCS HX B DRAIN. ________
________
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4.3 Field Preparations (continued)
J. INSTALL a 0-200 psig pressure gauge, +1.0% accuracy, at valve 0-TV-67-621A, MCR WTR CHILLER A-A ERCW SUP TEST CONN. ________
________
CV M&TE Cal Due Date K. INSTALL a 0-200 psig pressure gauge, +1.0% accuracy, at valve 1-TV-67-690A, UPPER COMPARTMENT VENT CLR 1A ERCW SUP HDR TEST VENT. ________
________
CV M&TE Cal Due Date L. INSTALL a 0-200 psig pressure gauge, +1.0% accuracy, at valve 2-TV-67-690A, UPPER COMPARTMENT VENT CLR 2A ERCW SUP HDR TEST VENT. ________
________
CV M&TE Cal Due Date M. INSTALL a 0-200 psig pressure gauge, +1.0% accuracy, at valve 0-VTV-67-616A, ELEC BD RM A/C COND A ERCW SUP TEST VENT CONN. ________
________
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4.3 Field Preparations (continued)
N. INSTALL a 0-200 psig pressure gauge, +1.0% accuracy, at valve 0-67-820A for 0-PT-67-29, ERCW PUMP A-A
DISCH PRESS, mounted at the same elevation as
0-PI-67-29B. ________
________
CV M&TE Cal Due Date O. INSTALL a 0-200 psig pressure gauge, +1.0% accuracy, at valve 0-67-819A for 0-PT-67-33, ERCW PUMP B-A
DISCH PRESS, mounted at the same elevation as
0-PI-67-33B. ________
________
CV M&TE Cal Due Date P. INSTALL a 0-200 psig pressure gauge, +1.0% accuracy, at valve 0-67-817A for 0-PT-67-37, ERCW PUMP C-A
DISCH PRESS, mounted at the same elevation as
0-PI-67-37B. ________
________
CV M&TE Cal Due Date Q. INSTALL a 0-200 psig pressure gauge, +1.0% accuracy, at valve 0-67-816A for 0-PT-67-41, ERCW PUMP D-A
DISCH PRESS, mounted at the same elevation as
0-PI-67-41B. ________
________
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4.3 Field Preparations (continued)
R. INSTALL a 0-200 psig pressure gauge, +1.0% accuracy, at valve 1-PI-67-9B, ERCW STRAINER 1A-A OUT PRESS. ________
________
CV M&TE Cal Due Date S. INSTALL a 0-200 psig pressure gauge, +1.0% accuracy, at valve 2-PI-67-9B, ERCW STRAINER 2A-A OUT PRESS. ________
________
CV M&TE Cal Due Date T. INSTALL a 0-200 psig pressure gauge, +1.0% accuracy, at valve 0-PI-67-17, ERCW HEADER B PRESS. ________
________
CV M&TE Cal Due Date U. INSTALL a 0-200"H 2 O differential pressure test gauge/device, +1.0% accuracy, at test connections for
2-FT-67-222, CCS HEAT EXCHANGER B ERCW SUP
FLOW. ________
________
CV M&TE Cal Due Date V. INSTALL a EFD downstream of TEE on 2A header and upstream of 1-FCV-67-478, ERCW CCS HX A SUP, and label it EFD-1. ________
________
CV M&TE Cal Due Date
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4.3 Field Preparations (continued)
NOTE e discharge valves of the Train A ERCW pumps. Pumps not used may be N/Ad.
[12] INSTALL a 0-50 psid differential pressure gauge/device, 1.0% accuracy, between the listed ERCW Pump Discharge pressure transmitters and 0-PT-67-18, ERCW HEADER A PRESS: A. 0-PT-67-29, ERCW PUMP A-A DISCH PRESS ________
________
CV M&TE Cal Due Date B. 0-PT-67-33, ERCW PUMP B-A DISCH PRESS ________
________
CV M&TE Cal Due Date C. 0-PT-67-37, ERCW PUMP C-A DISCH PRESS ________
________
CV M&TE Cal Due Date D. 0-PT-67-41, ERCW PUMP D-A DISCH PRESS ________
________
CV M&TE Cal Due Date
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4.4 Approvals and Notifications
[1] OBTAIN permission of the Preoperational Startup Manager to start the test. Preoperational Startup Manager Date
[2] OBTAIN the Unit 1 & Unit 2 Shift Supervisor's (US/SRO) or Shift Managers (SM) authorization. U-1 US/SRO/SM Signature Date U-2 US/SRO/SM Signature Date 5.0 ACCEPTANCE CRITERIA A. Two pumps on Train A meet the acceptance criteria specified on listed data sheets for flow to all applicable components under the following conditions: 1. Unit 1 and Unit 2 are flow balanced in Normal Operating Mode configurations. (Normal - Normal). 2. All system components are maintained at acceptable flows with Unit 1 in Cold Shutdown and Unit 2 in LOCA RECIRC. 3. All system components are maintained at acceptable flows with Unit 1 in LOCA RECIRC and Unit 2 in Cold Shutdown. 4. All system components are flow balanced in with Unit 1 in Hot Shutdown and Unit 2 in Startup.
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5.0 ACCEPTANCE CRITERIA (continued)
B. CCS HX Throttle Valve Adjustment CCS Heat Exchanger Flows as controlled by the 4-position Outlet Valves are adjusted as follows: Valve No. A Position B Position 1-FCV-67-146 (CCS HX A) >4400 GPM >5650 GPM 2-FCV-67-146 (CCS HX B >5850 GPM >4400 GPM C. CCS Heat Exchanger Anticavitation Valves 1-FCV-67-143 and 2-FCV-67-143 are manually adjusted to pass >3330 gpm (nominal). D. Component applicability and status during each test sequence are shown on 2-TSD-67-2, Rev 0000, Tables 4 and 6. E. Individual component flow rates are specified in 2-TSD-67, Rev 0000 12 and 13 (attached), for their respective test sequence.
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5.0 ACCEPTANCE CRITERIA (continued)
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5.0 ACCEPTANCE CRITERIA (continued)
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5.0 ACCEPTANCE CRITERIA (continued)
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5.0 ACCEPTANCE CRITERIA (continued)
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5.0 ACCEPTANCE CRITERIA (continued)
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6.0 PERFORMANCE 6.1 Prerequisites
[1] VERIFY prerequisites listed in Section 4.0 have been completed. ________
[2] OPEN 1-TCV-67-158 by ROTATING the local Metrex valve bypass stem counter-clockwise (when viewed looking down at the Bypass Stem) until it seats against the Hydraulic Bypass Body.(A-A SHTDN BD RM A/C TEMP CONTROL). ________
CAUTION DO NOT over pressurize 1-TCV-67-115 during the next step. MAXIMUM pressure is
200 psig.
[3] OPEN 1-TCV-67-115, INSTR RM WATER CLR 1A ERCW SUP TEMP CNTL, using a temporary regulated Nitrogen supply (0-200 psig). ________
[4] OPEN 2-TCV-67-115, INSTR RM WATER CLR 2A ERCW SUP TEMP CNTL, using a temporary regulated Nitrogen supply (0-200 psig). ________
[5] OPEN 0-TCV-67-1050, AUTO WATER REGULATING VALVE EBR CHILLER A-A, by turning the manual flushing screw at the top of the actuator fully clockwise. ________
[6] OPEN 0-TCV-67-1051, AUTO WATER REGULATING VALVE MCR CHILLER A-A, by turning the manual flushing screw at the top of the actuator fully clockwise. ________
[7] ENSURE the following: A. 0-FCV-67-205, STA AIR COMPR ERCW SUP HDR 1A ISOL is OPEN. ________ B. 0-FCV-67-208, STA AIR COMPR ERCW SUP HDR 1B ISOL, is CLOSED. ________
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6.1 Prerequisites (continued)
NOTE The following steps 6.1[8] through 6.1[11] verify/start two ERCW pumps to support the flow balance. Due to the pump power selector switch options, the allowable pump combinations
are A-A OR B-A, AND C-A OR D-A. The selector switches are positioned, then the applicable pumps are started, with the unselected pump steps N/A'd.
[8] VERIFY/PLACE 0-XS-67-285, ERCW PMPS A-A/B-A DG POWER SEL, at 0-M-27A, to either the A-A OR B-A position, AND CIRCLE position below: Handswitch position (PUMP A-A OR PUMP B-A): ________
[9] VERIFY/START either ERCW Pump A-A OR B-A, enter N/A for the non-applicable step:
A. PLACE Handswitch 0-HS-67-28A, ERCW PUMP A-A, at 0-M-27A, to START, AND VERIFY by light indication that pump ERCW PUMP A-A STARTS. ________
B. PLACE Handswitch 0-HS-67-32A, ERCW PUMP B-A, at 0-M-27A, to START, AND VERIFY by light indication that pump ERCW PUMP B-A STARTS. ________
[10] VERIFY/PLACE 0-XS-67-286, ERCW PMPS C-A/D-A DG POWER SEL, at 0-M-27A, to either the PUMP C-A OR PUMP D-A position AND CIRCLE position below: Handswitch position (PUMP C-A OR PUMP D-A): ________
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6.1 Prerequisites (continued)
[11] VERIFY/START either ERCW PUMP C-A OR D-A, enter N/A for the non-applicable step:
A. PLACE Handswitch 0-HS-67-36A, ERCW PMP C-A, at 0-M-27A, to START, AND VERIFY by light indication that pump ERCW PMP C-A STARTS. ________
B. PLACE Handswitch 0-HS-67-40A, ERCW PMP D-A, at 0-M-27A, to START, AND VERIFY by light indication that pump ERCW PMP D-A STARTS. ________
[12] ENSURE 1-HS-67-66A, DG 1A-A NORM SUP, on 0-M-27A, is in the CLOSED position by light indication. ________
[13] ENSURE 2-HS-67-66A, DG 2A-A NORM SUP, on 0-M-27A, is in the OPEN position by light indication. ________
[14] PLACE Station and Control Air compressors A, B & C in Manual (Hand), AND ENSURE running unloaded (D in normal service operation). ________
[15] ENSURE the Auxiliary Air Compressors A control switch is placed in MANUAL. ________
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6.2 UNIT 1 NORMAL PWR - UNIT 2 NORMAL ALIGNMENT 6.2.1 ERCW FLOW TESTING CCS HTX A Testing includes Anticavitation Test, CCS Heat Exchanger A Discharge Valve Setting, and Flow Balance in Normal Mode NOTE The Normal Mode flow balance is done solely to put the system in a configuration for setting of the Component Cooling Heat Exchanger discharge valve limit switches.
[1] PERFORM Normal Operation Mode flow alignment in accordance with CHECKLIST 1 & 2 has been performed. ________
[2] PERFORM Normal Operation Mode flow balance in accordance with Appendix I and Data Sheet 1, AND VERIFY flows are equal to or greater than the minimum required flows. ________
[3] VERIFY that the flow through 1-FCV-67-143, CCS HX A OUTLET ERCW FLOW CNTL BYP, on Data Sheet 1 is >3330 gpm. ________
NOTE The following steps 6.2.1[4] through 6.2.1[23] set Valve 1-FCV-67-146, COMPONENT CLG HTX A DISCH CONTROL VLV, limit switches for "A and "B" positions.
[4] PLACE Handswitch 1-HS-67-146A, CCS HX A ALT DISCH TO HDR B, on 0-M-27A, to the POS A AND VERIFY by light indication that Valve 1-FCV-67-146 OPENS to the POS A. ________
[5] PLACE Handswitch 1-HS-67-143A, CCS HX A DISCH TO HDR B, on 0-M-27A, to CLOSE AND VERIFY by light indication that Valve 1-FCV-67-143 CLOSES. ________
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6.2.1 ERCW FLOW TESTING CCS HTX A (continued)
[6] PLACE Handswitch 1-HS-67-146A, CCS HX A ALT DISCH TO HDR B, on 0-M-27A, to the POS OPEN AND VERIFY by light indication that Valve 1-FCV-67-146 OPENS. ________
[7] OPEN breaker 1-BKR-67-146-A at Compt 11A on 480V REACTOR MOV BD 1A2-A for Valve 1-FCV-67-146, COMPONENT CLG HTX A DISCH CONTROL VLV. ________
NOTE All references to Electronic Flow Device (EFD-1) are for the electronic /ultra-sonic device installed upstream of 1-FCV-67-478, CCS HX A ERCW ISOL, installed in Step 4.3[11]V.
[8] RECORD on Data Sheet 7 the M&TE numbers for the gauge (or other flow device) at 2-FE-67-222, COMPONENT COOLING HTX B SUP FLOW, and EF device EFD-1. ________ M&TE Cal Due Date CAUTION To maintain the operating pressures in the header to within design limits, DO NOT exceed 133 psig at 0-PT-67-18, ERCW HEADER A PRESS. If necessary, 2-FCV-67-143 may be opened to provide greater flow through B CCS HTX to reduce pressure.
NOTES 1) Keep track of the number of turns from Full Open that Valve 1-FCV-67-146 is throttled for the various flow rates; this information is required for the >5650, and >4400 gpm
data points. 2) IF electronic/ultra-sonic flow devices are used, enter actual flow in respective column of data sheet. (P column may be N/Ad if actual flow is measured)
[9] MANUALLY ADJUST 1-FCV-67-146, COMPONENT CLG HTX A DISCH CONTROL VLV, to obtain a flow rate of >5650
(5650-5900) gpm, AND RECORD P at 2-FE-67-222 (H 2 O) on Data Sheet 8 in Column 2 and the EFD-1 flow rate (gpm) in Column 6. ________
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6.2.1 ERCW FLOW TESTING CCS HTX A (continued)
[10] RECORD the number of valve turns from FULL OPEN for the "B" Limit Switch position below: ________ Valve Turns From Full Open 2O EFD-1 (gpm)
[11] MANUALLY ADJUST 1-FCV-67-146, COMPONENT CLG HTX A DISCH CONTROL VLV, to obtain a flow rate of >4400
(4400-4800) gpm, AND RECORDand the EFD-1 flow rate (gpm) in Column 6. ________
[12] RECORD the number of valve turns from FULL OPEN for the "A" Limit Switch position. ________ Valve Turns From Full Open 2O EFD-1 (gpm)
NOTE Steps 6.2.1[13] through 6.2.1[22] will test the CCS HX A anticavitation bypass Valve 1-FCV-67-143
[13] PLACE Handswitch 1-HS-67-143A, CCS HTX A BYPASS FLOW CNTL, on 0-M-27A, to OPEN AND VERIFY by light indication that valve 1-FCV-67-143 OPENS. ________
[14] OPEN breaker 1-BKR-67-143-A for 1-FCV-67-143 at 480V REACTOR MOV BD 1A2-A, C/ 15A. ________
[15] CLOSE breaker 1-BKR-67-146-A at Compt 11A on 480V REACTOR MOV BD 1A2-A for Valve 1-FCV-67-146, CCS HTX A ALT DISCH TO HDR B. ________
[16] PLACE Handswitch 1-HS-67-146A, CCS HX A ALT DISCH TO HDR B, on 0-M-27A, to CLOSE. ________
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6.2.1 ERCW FLOW TESTING CCS HTX A (continued)
[17] VERIFY by light indication that Valve 1-FCV-67-146, CCS HX A ALT DISCH TO HDR B, CLOSES. ________
NOTE Actual flow may be entered in step below, IF electronic flow devices have been previously installed.
[18] RECORD CCS A HX flow as indicated by EFD-1, AND RECORD P from 2-FT-67-222 CCS HX B ERCW below: ________ 1st ________
CV M&TE Cal Due Date EFD FLOW GPM M&TE Cal Due Date FLOW P = in. H 2 O 1/2 = 852 ( P )1/2 = GPM CAUTION To maintain the operating pressures in the header to within design limits, do NOT exceed 133 psig at 0-PT-67-18, ERCW HEADER A PRESS. If necessary, adjust 2-FCV-67-143 as indicated to increase flow and reduce pressure.
[19] MANUALLY CYCLE 1-FCV-67-143 from full OPEN down to a flow rate of >3330 (3330-3630) gpm on EFD-1 and back to full
open while monitoring bypass piping for steady state and transient vibrations. ________
[20] NOTE and RECORD flow which exhibits the most severe vibration characteristics, AND RECORD EFD-1 flow through CCS A HX ________ gpm. ________ 1st
________
CV [21] CLOSE breaker 1-BKR-67-143-A for 1-FCV-67-143 at 480V REACTOR MOV BD 1A2-A, C/ 15A. ________
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6.2.1 ERCW FLOW TESTING CCS HTX A (continued)
[22] ADJUST Handswitch 1-HS-67-143A, CCS HX A DISCH TO HDR B, on 0-M-27A, to obtain a flow rate of >3330 (3330-3630) gpm. ________
[23] INITIATE the Work Order to adjust the limit switches for 1-FCV-67-146, CCS HX A OUT CNTL, for the POS A and B, positions. ________
[24] AFTER HOLD ORDER is REMOVED , THEN PLACE Handswitch 1-HS-67-146A, CCS HX A ALT DISCH TO HDR B, on 0-M-27A, to the POS A AND VERIFY by light indication that Valve 1-FCV-67-146 OPENS to the POS A. ________
[25] PLACE Handswitch 1-HS-67-143A, CCS HX A DISCH TO HDR B, on 0-M-27A, to CLOSE AND VERIFY by light indication that Valve 1-FCV-67-143 CLOSES. ________
[26] RECORD 1-FCV-67-146 EFD-1 flow rate in POS A _________ gpm. ________
[27] PLACE Handswitch 1-HS-67-146A, CCS HX A ALT DISCH TO HDR B, on 0-M-27A, to the POS B AND VERIFY by light indication that Valve 1-FCV-67-146 OPENS to the POS B and
RECORD EFD-1 flow rate _________ gpm. ________
[28] PLACE Handswitch 1-HS-67-146A, CCS HX A ALT DISCH TO HDR B, on 0-M-27A, to the POS OPEN VERIFY by light indication that Valve 1-FCV-67-146 OPENS AND RECORD EDF-1 flow rate _________ gpm. ________
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6.2.1 ERCW FLOW TESTING CCS HTX A (continued)
[29] PLACE Handswitch 1-HS-67-146A, CCS HX A ALT DISCH TO HDR B, on 0-M-27A, to the POS B VERIFY by light indication that Valve 1-FCV-67-146 CLOSES to the POS B, AND RECORD EFD-1 flow rate __________ gpm. (>5650 gpm)
(ACC CRIT) ________
[30] PLACE Handswitch 1-HS-67-146A, CCS HX A ALT DISCH TO HDR B, on 0-M-27A, to the POS A VERIFY by light indication that Valve 1-FCV-67-146 CLOSES to the POS A, AND RECORD EFD-1 flow rate __________ gpm. (>4400 gpm)
(ACC CRIT) ________
[31] PLACE Handswitch 1-HS-67-143A, CCS HTX A BYPASS FLOW CNTL, on 0-M-27A, to OPEN AND [32] PLACE Handswitch 1-HS-67-146A, CCS HX A ALT DISCH TO HDR B, on 0-M-27A, to the POS CLOSE AND VERIFY by light indication that Valve 1-FCV-67-146 CLOSES. ________
[33] VERIFY by light indication that Valve 1-FCV-67-143 OPENS with a flow rate >3330 gpm.
ACC CRIT ________
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6.2.2 ERCW TESTING CCS HTX B Testing includes Anticavitation Test, CCS Heat Exchanger B Discharge Valve Setting, and Flow Balance in Normal Mode
[1] ENSURE Normal Operation Mode flow alignment in accordance with CHECKLIST 1 & 2 has been performed. ________
[2] PERFORM Normal Operation Mode flow balance in accordance with Appendix I and Data Sheet 1, AND VERIFY flows are equal to or greater than the minimum required flows. ________
[3] VERIFY that the flow through 2-FCV-67-143, CCS HX B OUTLET ERCW FLOW CNTL BYP, on Data Sheet 1 is >3330
gpm. ________
NOTE The following steps 6.2.2[4] through 6.2.2[23] set Valve 2-FCV-67-146, COMPONENT CLG HTX B DISCH CONTROL VLV, limit switches for "A and "B" positions.
[4] PLACE Handswitch 2-HS-67-146A, CCS HX B ALT DISCH TO HDR A, on 0-M-27A, to the POS A AND VERIFY by light indication that Valve 2-FCV-67-146 OPENS to the POS A. ________
[5] PLACE Handswitch 2-HS-67-143A, CCS HX B DISCH TO HDR A, on 0-M-27A, to CLOSE AND VERIFY by light indication that Valve 2-FCV-67-143 CLOSES. ________
[6] PLACE Handswitch 2-HS-67-146A, CCS HX B ALT DISCH TO HDR A, on 0-M-27A, to the POS OPEN AND VERIFY by light indication that Valve 2-FCV-67-146 OPENS. ________
[7] OPEN breaker 2-BKR-67-146-A at Compt 11A on 480V REACTOR MOV BD 2A2-A for Valve 2-FCV-67-146, COMPONENT CLG HTX B DISCH CONTROL VLV. ________
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6.2.2 ERCW TESTING CCS HTX B (continued)
NOTE All references to EDF-1 are for the test flow device installed downstream of TEE on 2A header and upstream of 1-FCV-67-478, ERCW CCS HX A SUP in Step 4.3[11]V.
[8] RECORD on Data Sheet 9 the M&TE numbers for the gauge/device at 2-FE-67-222, CCS HEAT EXCHANGER B ERCW SUP FLOW, and EFD-1. ________
CAUTION To maintain the operating pressures in the header to within design limits, DO NOT exceed 133 psig at 0-PT-67-18, ERCW HEADER A PRESS. If necessary, 1-FCV-67-143 may be adjusted to increase flow to lower pressure.
NOTES 1) Keep track of the number of turns from Full Open that Valve 2-FCV-67-146 is throttled for the various data points; this information is required for the >5850, and >4400 gpm
data points. 2) IF electronic/ultrasonic flow devices are used, enter actual flow in respective column of data sheet. CCS B HX flow rate will be 2-FT-67-222 flow minus EFD-1.
[9] MANUALLY ADJUST 2-FCV-67-146, COMPONENT CLG HTX B DISCH CONTROL VLV, to obtain a flow rate of >5650
(5650-5900) gpm at 2-FT-67-222, CCS HEAT EXCHANGER B
ERCW SUP FLOW, AND RECORD 9 in Column 2 and the EFD-1 in Column 6. ________
[10] RECORD the number of valve turns from FULL OPEN for the "B" Limit Switch position below: ________ Valve Turns From Full Open 2O EFD-1 (gpm) (CCS A HX)
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6.2.2 ERCW TESTING CCS HTX B (continued)
[11] MANUALLY ADJUST 2-FCV-67-146, COMPONENT CLG HTX B DISCH CONTROL VLV, to obtain a flow rate of >4400
(4400-4800) gpm at 2-FT-67-222, CCS HEAT EXCHANGER B
ERCW SUP FLOW, AND RECORDin Column 6. ________
[12] RECORD the number of valve turns from FULL OPEN for the "A" Limit Switch position below: ________ Valve Turns From Full Open 2O EFD-1 (gpm) (CCS A HX)
NOTES 1) Steps 6.2.2[13] through 6.2.2[20] will test the CCS HX B anticavitation bypass Valve 2-FCV-67-143 2) Actual flow may be entered if electronic flow device is used.
[13] PLACE Handswitch 2-HS-67-143A, CCS HTX B BYPASS FLOW CNTL, on 0-M-27A, to OPEN AND VERIFY by light indication that valve 2-FCV-67-143 OPENS. ________
[14] OPEN breaker 1-BKR-67-143-A for 2-FCV-67-143 at 480V REACTOR MOV BD 2A2-A, C/ 15A. ________
[15] CLOSE/VERIFY CLOSED breaker 2-BKR-67-146-A at Compt 11A on 480V REACTOR MOV BD 2A2-A for Valve
2-FCV-67-146, COMPONENT CLG HTX B DISCH CONTROL VLV. ________
[16] PLACE Handswitch 2-HS-67-146A, CCS HX B ALT DISCH TO HDR A, on 0-M-27A, to CLOSE. ________
[17] VERIFY by light indication that Valve 2-FCV-67-146, CCS HX B DISCH TO HDR A, CLOSES. ________
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6.2.2 ERCW TESTING CCS HTX B (continued)
[18] RECORD flow rate as indicated on 2-FT-67-222, CCS HEAT EXCHANGER B ERCW SUP, THEN SUBTRACT EFD-1 to obtain flow through CCS HTX B as follows: ________
1st
________
CV 2-FT-67-222 flow ______gpm (-) EFD-1 flow _______gpm
= __________
gpm CCS B HX CAUTION To maintain the operating pressures in the header to within design limits, do NOT exceed 133 psig at 0-PT-67-18, ERCW HEADER A PRESS. If necessary, 1-FCV-67-143 may be adjusted to raise flow and lower pressure.
[19] MANUALLY CYCLE 2-FCV-67-143 from full OPEN down to a flow rate of >3330 (3330-3630) on 2-FT-67-222, CCS HEAT EXCHANGER B ERCW SUP FLOW, and back to full open
while monitoring bypass piping for steady state and transient
vibrations. ________
[20] ESTABLISH flow which exhibits the worst case vibration characteristics, AND RECORD flow rate as indicated on 2-FT-67-222, CCS HEAT EXCHANGER B ERCW SUP, THEN DEDUCT EFD-1 to obtain flow through CCS HTX B as follows: ________ 1st
________
CV 2-FT-67-222 flow ______gpm (-) EFD-1 flow _______gpm
= __________ gpm CCS B HX WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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6.2.2 ERCW TESTING CCS HTX B (continued)
[21] CLOSE breaker 1-BKR-67-143-A for 2-FCV-67-143 at 480V REACTOR MOV BD 2A2-A, C/ 15A. ________
[22] PLACE Handswitch 2-HS-67-143A, CCS HX A DISCH TO HDR B, on 0-M-27A, to OPEN AND VERIFY by light indication that Valve 2-FCV-67-143 OPENS. ________
[23] INITIATE the Work Order to adjust the limit switches for 2-FCV-67-146, CCS HX B OUT CNTL, for the POS A and POS B positions. ________
[24] AFTER Hold Order is REMOVED , THEN PLACE Handswitch 2-HS-67-146A, CCS HX B ALT DISCH TO HDR A, on 0-M-27A, to the POS A AND VERIFY by light indication that Valve 2-FCV-67-146 OPENS to the POS A. ________
[25] PLACE Handswitch 2-HS-67-143A, CCS HX A DISCH TO HDR B, on 0-M-27A, to CLOSE AND VERIFY by light indication that Valve 2-FCV-67-143 CLOSES. ________
[26] RECORD flow rate as indicated on 2-FT-67-222, CCS HEAT EXCHANGER B ERCW SUP, THEN DEDUCT EFD-1 to obtain flow through CCS HTX B as follows: ________ 1st
________
CV 2-FT-67-222 flow ______gpm (-) EFD-1 flow _______gpm
[27] CONFIRM flow is >5850gpm. ACC CRIT ________ [28] PLACE Handswitch 2-HS-67-146A, CCS HX B ALT DISCH TO HDR A, on 0-M-27A, to the POS B AND VERIFY by light indication that Valve 2-FCV-67-146 OPENS to the POS B. ________
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6.2.2 ERCW TESTING CCS HTX B (continued)
[29] RECORD flow rate as indicated on 2-FT-67-222, CCS HEAT EXCHANGER B ERCW SUP, THEN DEDUCT EFD-1 to obtain flow through CCS HTX B as follows: ________ 1st
________
CV 2-FT-67-222 flow ______gpm (-) EFD-1 flow _______gpm
[30] CONFIRM flow is >4400gpm. ACC CRIT ________ [31] PLACE Handswitch 2-HS-67-146A, CCS HX B ALT DISCH TO HDR A, on 0-M-27A, to the POS OPEN AND VERIFY by light indication that Valve 2-FCV-67-146 OPENS. ________
[32] RECORD flow rate as indicated on 2-FT-67-222, CCS HEAT EXCHANGER B ERCW SUP, THEN DEDUCT EFD-1 to obtain flow through CCS HTX B as follows: ________ 1st
________
CV 2-FT-67-222 flow ______gpm (-) EFD-1 flow _______gpm
[33] PLACE Handswitch 2-HS-67-146A, CCS HX B ALT DISCH TO HDR A, on 0-M-27A, to the POS B AND VERIFY by light indication that Valve 2-FCV-67-146 CLOSES to the POS B. ________
[34] RECORD flow rate as indicated on 2-FT-67-222, CCS HEAT EXCHANGER B ERCW SUP, THEN DEDUCT EFD-1 to obtain flow through CCS HTX B as follows: ________ 1st
________
CV 2-FT-67-222 flow ______gpm (-) EFD-1 flow _______gpm
= __________ gpm CCS B HX WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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6.2.2 ERCW TESTING CCS HTX B (continued)
[35] PLACE Handswitch 2-HS-67-146A, CCS HX B ALT DISCH TO HDR A, on 0-M-27A, to the POS A AND VERIFY by light indication that Valve 2-FCV-67-146 CLOSES to the POS A. ________
[36] RECORD flow rate as indicated on 2-FT-67-222, CCS HEAT EXCHANGER B ERCW SUP, THEN DEDUCT EFD-1 to obtain flow through CCS HTX B as follows: ________ 1st
________
CV 2-FT-67-222 flow ______gpm (-) EFD-1 flow _______gpm
[37] PLACE Handswitch 2-HS-67-143A, CCS HTX B BYPASS FLOW CNTL, on 0-M-27A, to OPEN AND VERIFY by light indication that Valve 2-FCV-67-143 OPENS. ________
[38] PLACE Handswitch 2-HS-67-146A, CCS HX B ALT DISCH TO HDR A, on 0-M-27A, to the POS CLOSE AND VERIFY by light indication that Valve 2-FCV-67-146 CLOSES. ________
[39] PERFORM flow balance in accordance with Appendix I AND RECORD data on Data Sheet 2 ________
[40] RECORD applicable pressure data on Data Sheet 1. ________
[41] PERFORM the calculations as indicated on Data Sheet 9. ________
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6.3 UNIT 1 COLD SHUTDOWN, UNIT 2 LOCA-RECIRC
[1] VERIFY prerequisites listed in Section 4.0 and Section 6.1 for Section 6.3 have been completed. ________
[2] VERIFY applicable flows are equal to or greater than the minimum required flows as specified in Data Sheet 1. ________
[3] PLACE Handswitch 2-HS-67-83A, LWR CNTMT A CLRS SUP CIV-B, on 0-M-27A, to CLOSE AND VERIFY by light indication that Valve 2-FCV-67-83 CLOSES. ________
[4] PLACE Handswitch 2-HS-67-91A, LWR CNTMT C CLRS SUP CIV-B, on 0-M-27A, to CLOSE AND VERIFY by light indication that Valve 2-FCV-67-91 CLOSES. ________
[5] PLACE Handswitch 2-HS-67-130A, UPR CNTMT CLR A SUP CIV-B, on 0-M-27A, to CLOSE AND VERIFY by light indication that Valve 2-FCV-67-130 CLOSES. ________
[6] PLACE Handswitch 2-HS-67-133A, UPR CNTMT CLR C SUP CIV-B, on 0-M-27A, to CLOSE AND VERIFY by light indication that Valve 2-FCV-67-133 CLOSES. ________
[7] PLACE Handswitch 2-HS-67-125A, CNTMT SPRAY HX 2A INLET, on 0-M-27A, to OPEN AND VERIFY by light indication that Valve 2-FCV-67-125 OPENS. ________
[8] PLACE Handswitch 2-HS-67-126A, CNTMT SPRAY HTX 2A DISCH VLV, on 0-M-27A, to OPEN AND VERIFY by light indication that Valve 2-FCV-67-126 OPENS. ________
[9] VERIFY flow through 2A SI pump room cooler. ________
[10] VERIFY flow through 2A CS pump room cooler. ________
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6.3 UNIT 1 COLD SHUTDOWN, UNIT 2 LOCA-RECIRC (continued)
[11] PLACE Handswitch 1-HS-67-66A, DG 1A-A NORM SUP, on 0-M-27A, to OPEN AND VERIFY by light indication that Valve 1-FCV-67-66 OPENS. ________
[12] PLACE Handswitch 2-HS-67-66A, DG 2A-A NORM SUP, on 0-M-27A, to OPEN AND VERIFY by light indication that Valve 2-FCV-67-66 OPENS. ________
[13] PLACE Handswitch 1-HS-67-146A, CCS HX A ALT DISCH TO HDR B, on 0-M-27A, to the POS A AND VERIFY by light indication that Valve 1-FCV-67-146 OPENS to the "A" position. ________
[14] PLACE Handswitch 1-HS-67-143A, CCS HTX A BYPASS FLOW CNTL, on 0-M-27A, to CLOSE AND VERIFY by light indication that Valve 1-FCV-67-143 CLOSES. ________
[15] PLACE Handswitch 1-HS-67-146A, CCS HX A ALT DISCH TO HDR B, on 0-M-27A, to the POS B AND VERIFY by light indication that Valve 1-FCV-67-146 OPENS to the POS B. ________
[16] PLACE Handswitch 2-HS-67-146A, CCS HX B ALT DISCH TO HDR A, on 0-M-27A, to the POS A AND VERIFY by light indication that Valve 1-FCV-67-146 OPENS to the POS A. ________
[17] PLACE Handswitch 2-HS-67-143A, CCS HTX B BYPASS FLOW CNTL, on 0-M-27A, to CLOSE AND VERIFY by light indication that Valve 2-FCV-67-143 CLOSES. ________
[18] PLACE Handswitch 2-HS-67-146A, CCS HX B ALT DISCH TO HDR A, on 0-M-27A, to the POS B AND VERIFY by light indication that Valve 2-FCV-67-146 OPENS to the POS B. ________
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6.3 UNIT 1 COLD SHUTDOWN, UNIT 2 LOCA-RECIRC (continued)
[19] RECORD data and
CALCULATE differential pressure required to simulate the loss of a downstream dam: ________
1st
________
CV River level 0-LI-67-490, INTAKE PUMP STATION RIVER WATER LEVEL, [0-PNL-276-L147A, IPS, EL 722, West side] local at Intake Pumping Station feet Header Pressure (0-PI-67-18B) psig 31.2 666 Level River (31.2 1 666 Level River DP psid [20] RECORD the running ERCW pump discharge valve numbers m the M & TE used in Step 4.3[12] for the applicable pump. A. ERCW Pump #1 Discharge Valve 0-ISV-67-504___ ________ P PMP#1 = psid M&TE Cal Due Date B. ERCW Pump #2 Discharge Valve 0-ISV-67-504___ ________ P PMP#2 = psid M&TE Cal Due Date
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6.3 UNIT 1 COLD SHUTDOWN, UNIT 2 LOCA-RECIRC (continued)
CALCULATE the revised P (this P simulates loss of downstream dam):
C. psid__________
P P P vised Re]19[STEP 1#Pump 1#Pump ________ 1st ________
CV D. psid__________
P P P vised Re]19[STEP 2#Pump 2#Pump ________ 1st ________
CV [21] ADJUST the running pumps discharge valves to obtain the
readjust each valve several times to achieve required results), AND RECORD valve turns from OPEN. A. ERCW Pump #1 Discharge Valve 0-ISV-67-504___ ________ Turns Open P = psid M&TE Cal Due Date B. ERCW Pump #2 Discharge Valve 0-ISV-67-504___ ________ Turns Open P = psid M&TE Cal Due Date
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6.3 UNIT 1 COLD SHUTDOWN, UNIT 2 LOCA-RECIRC (continued)
NOTE Adjustment for flow through any of the newly added components for this mode, identified on Data Sheet 2, DOES NOT invalidate setpoints from previous modes. Adjustment of components set in previous modes, requires a RETEST of the previous mode.
[22] PERFORM Train A flow balance in accordance with Appendix I and Data Sheet 2, for U-1 COLD SHUTDOWN, U-2 LOCA-RECIRC. ________
[23] RE-VERIFY A. CALCULATE
____________
9.0*]2/P 2#Valve P 1#Valve[ ________ 1st
________
CV B. CALCULATE
____________
1.1*]2/P 2#Valve P 1#Valve[ ________ 1st
________
CV [24] RECORDA. ERCW Pump #1 Discharge Valve 0-ISV-67-504___ ________ P = psid M&TE Cal Due Date B. ERCW Pump #2 Discharge Valve 0-ISV-67-504___ ________ P = psid M&TE Cal Due Date
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6.3 UNIT 1 COLD SHUTDOWN, UNIT 2 LOCA-RECIRC (continued)
[25] ENSURE the values in Step 6.3[24]A & 6.3[24]B are greater than the lower limit value of Step 6.3[23]A and less than the upper limit value of Step 6.3[23]B. ________
NOTE Only valves that have been adjusted after the throttle setpoint was recorded need to be reperformed. This would be the case if this subsection is being retested because of valve adjustment in a succeeding subsection.
[26] DETERMINE the total flow through CCS A HX (EFD-1) and
RECORD data below: ________ EFD-1 (gpm) (CCS A HX)
[27] RECORD flow rate as indicated on 2-FT-67-222, CCS HEAT EXCHANGER B ERCW SUP, THEN SUBTRACT EFD-1 to obtain flow through CCS HTX B as follows: ________
1st ________ CV 2-FT-67-222 flow ______gpm (-) EFD-1 flow _______gpm
[28] VERIFY the following: (ACC CRIT)
A. 1-FCV-67-146 (POS B) flow >5650 gpm. ________
B. 2-FCV-67-146 (POS B) flow > 4400 gpm. ________
[29] RECORD throttle valve positions in accordance with Data Sheet 2 for valves applicable to the LOCA Mode. ________
[30] VERIFY that all flows on Data Sheet 2 meet the listed acceptance criteria. (ACC CRIT) ________
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6.3 UNIT 1 COLD SHUTDOWN, UNIT 2 LOCA-RECIRC (continued)
NOTE The following step is NOT applicable if this subsection is being retested due to valve adjustment in another mode invalidating the original setpoint.
[31] RECORD pump data on Data Sheet 6. ________
[32] RECORD applicable pressure data on Data Sheet 2. ________
NOTE IF Section 6.4 is to be performed immediately upon completion of Section 6.3, step 6.3[33] may be N/Ad.
[33] OPEN ERCW pump discharge valves throttled in Step 6.3[21]. ________
[34] PLACE Handswitch 2-HS-67-125A, CNTMT SPRAY HX 2A INLET, on 0-M-27A, to CLOSE AND VERIFY by light indication that Valve 2-FCV-67-125 CLOSES. ________
[35] PLACE Handswitch 2-HS-67-126A, CNTMT SPRAY HTX 2A A RETURN VLV, on 0-M-27A, to CLOSE AND VERIFY by light indication that Valve 2-FCV-67-126 CLOSES. ________
[36] PLACE Handswitch 1-HS-67-66A, DG 1A-A NORM SUP, on 0-M-27A, to CLOSE AND VERIFY by light indication that Valve 1-FCV-67-66 CLOSES. ________
[37] PLACE Handswitch 2-HS-67-66A, DG 2A-A NORM SUP, on 0-M-27A, to CLOSE AND VERIFY by light indication that Valve 2-FCV-67-66 CLOSES. ________
[38] PLACE Handswitch 2-HS-67-83A, LWR CNTMT A CLRS SUP CIV-B, on 0-M-27A, to OPEN AND VERIFY by light indication that Valve 2-FCV-67-83 OPENS. ________
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6.3 UNIT 1 COLD SHUTDOWN, UNIT 2 LOCA-RECIRC (continued)
[39] PLACE Handswitch 2-HS-67-91A, LWR CNTMT C CLRS SUP CIV-B, on 0-M-27A, to OPEN AND VERIFY by light indication that Valve 2-FCV-67-91 OPENS. ________
[40] PLACE Handswitch 2-HS-67-130A, UPR CNTMT CLR 2A SUP CIV-B, on 0-M-27A, to OPEN AND VERIFY by light indication that Valve 2-FCV-67-130 OPENS. ________
[41] PLACE Handswitch 2-HS-67-133A, UPR CNTMT CLR C SUP CIV-B, on 0-M-27A, to OPEN AND VERIFY by light indication that Valve 2-FCV-67-133 OPENS. ________
[42] CLOSE 2-FCV-67-176 VERIFY NO flow through 2A SI pump room cooler. ________
[43] CLOSE 2-FCV-67-184 and VERIFY NO flow through 2A CS pump room cooler. ________
[44] PLACE Handswitch 2-HS-67-143A, CCS HTX B BYPASS FLOW CNTL, on 0-M-27A, to OPEN (>3330 gpm)
AND VERIFY by light indication that Valve 2-FCV-67-143 OPENS. ________
[45] PLACE Handswitch 2-HS-67-146A, CCS HX B ALT DISCH TO HDR A, on 0-M-27A, to the POS CLOSE AND VERIFY by light indication that Valve 2-FCV-67-146 CLOSES. ________
[46] PLACE Handswitch 1-HS-67-143A, CCS HTX A BYPASS FLOW CNTL, on 0-M-27A, to OPEN AND VERIFY by light indication that Valve 1-FCV-67-143 OPENS (>3330 gpm). ________
[47] PLACE Handswitch 1-HS-67-146A, CCS HX A ALT DISCH TO HDR B, on 0-M-27A, to the POS CLOSE AND VERIFY by light indication that Valve 1-FCV-67-146 CLOSES. ________
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6.4 UNIT 1 LOCA-RECIRC - UNIT 2 COLD SHUTDOWN
[1] VERIFY prerequisites listed in Section 4.0 and 6.1 for Section 6.4 have been completed. ________
[2] VERIFY flows are equal to or greater than the minimum required flows, as specified by Data Sheet 1. ________
[3] PLACE Handswitch 1-HS-67-83A, LWR CNTMT A CLRS SUP CIV-B, on 0-M-27A, to CLOSE AND VERIFY by light indication that Valve 1-FCV-67-83 CLOSES. ________
[4] PLACE Handswitch 1-HS-67-91A, LWR CNTMT C CLRS SUP CIV-B, on 0-M-27A, to CLOSE AND VERIFY by light indication that Valve 1-FCV-67-91 CLOSES. ________
[5] PLACE Handswitch 1-HS-67-130A, UPR CNTMT CLR A SUP CIV-B, on 0-M-27A, to CLOSE AND VERIFY by light indication that Valve 1-FCV-67-130 CLOSES. ________
[6] PLACE Handswitch 1-HS-67-133A, UPR CNTMT CLR C SUP CIV-B, on 0-M-27A, to CLOSE AND VERIFY by light indication that Valve 1-FCV-67-133 CLOSES. ________
[7] PLACE Handswitch 1-HS-67-125A, CNTMT SPRAY HX 1A INLET, on 0-M-27A, to OPEN AND VERIFY by light indication that Valve 1-FCV-67-125 OPENS. ________
[8] PLACE Handswitch 1-HS-67-126A, CNTMT SPRAY HTX 1A RETURN VLV, on 0-M-27A, to OPEN AND VERIFY by light indication that Valve 1-FCV-67-126 OPENS. ________
[9] VERIFY flow through 2A SI pump room cooler. ________
[10] VERIFY flow through 2A CS pump room cooler. ________
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6.4 UNIT 1 LOCA-RECIRC - UNIT 2 COLD SHUTDOWN (continued)
[11] PLACE Handswitch 1-HS-67-66A, DG 1A-A NORM SUP, on 0-M-27A, to OPEN AND VERIFY by light indication that Valve 1-FCV-67-66 OPENS. ________
[12] PLACE Handswitch 2-HS-67-66A, DG 2A-A NORM SUP, on 0-M-27A, to OPEN AND VERIFY by light indication that Valve 2-FCV-67-66 OPENS. ________
[13] PLACE Handswitch 2-HS-67-146A, CCS HX B ALT DISCH TO HDR B, on 0-M-27A, to the POS A AND VERIFY by light indication that Valve 2-FCV-67-146 OPENS to the POS A. ________
[14] PLACE Handswitch 2-HS-67-143A, CCS HTX B BYPASS FLOW CNTL, on 0-M-27A, to CLOSE AND VERIFY by light indication that Valve 2-FCV-67-143 CLOSES. ________
[15] PLACE Handswitch 1-HS-67-146A, CCS HX A ALT DISCH TO HDR A, on 0-M-27A, to the POS A AND VERIFY by light indication that Valve 1-FCV-67-146 OPENS to the POS A. ________
[16] PLACE Handswitch 1-HS-67-143A, CCS HTX A BYPASS FLOW CNTL, on 0-M-27A, to CLOSE AND VERIFY by light indication that Valve 1-FCV-67-143 CLOSES. ________
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6.4 UNIT 1 LOCA-RECIRC - UNIT 2 COLD SHUTDOWN (continued)
NOTE If ERCW pump discharge valves are throttled (Step 6.3[19]) and pump alignments are unchanged, THEN (Step 6.4[20]), through 6.4[19] may be N/Ad
[17] RECORD data AND CALCULATE differential pressure required to simulate the loss of a downstream dam: ________
1st
________
CV River level (0-LI-67-479) local at Intake Pumping Station feet Header Pressure (0-PI-67-18B) psig 31.2 666 Level River 31.2 1 666 Level River DP psid A. RECORD the running ERCW pump discharge valve numbers for pumps selected in Steps 6.1[9] or 6.1[11] and Step 4.3[12] for the
applicable pump.
ERCW Pump #1 Discharge Valve 0-ISV-67-504___ ________ P PMP#1 = psid M&TE Cal Due Date B. ERCW Pump #2 Discharge Valve 0-ISV-67-504___ ________ P PMP#2 = psid M&TE Cal Due Date WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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6.4 UNIT 1 LOCA-RECIRC - UNIT 2 COLD SHUTDOWN (continued)
[18] CALCULATE the revised P (this P simulates loss of downstream dam):
A. psid__________
P P P vised Re]17[Step 1#Pump 1#Pump ________ 1st ________
CV B. psid__________
P P P vised Re]17[Step 2#Pump 2#Pump ________ 1st ________
CV [19] ADJUST the running pumps discharge valves calculated in step 6.4[17]A (it may be necessary to readjust each valve
several times to achieve required results). A. ERCW Pump #1 Discharge Valve 0-ISV-67-504___ ________ P = psid M&TE Cal Due Date B. ERCW Pump #2 Discharge Valve 0-ISV-67-504___ ________ P = psid M&TE Cal Due Date
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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Data Package: Page ____ of ____ Date ________
6.4 UNIT 1 LOCA-RECIRC - UNIT 2 COLD SHUTDOWN (continued)
NOTE IF Steps 6.4[17] through 6.4[19] were previously N/Ad then, Steps 6.4[20] through 6.4[22]
may be N/Ad
[20] RE-VERIFY A. CALCULATE
____________
9.0*]2/P 2#Valve P 1#Valve[ ________ 1st
________
CV B. CALCULATE
____________
1.1*]2/P 2#Valve P 1#Valve[ ________ 1st ________
CV [21] RECORDA. ERCW Pump #1 Discharge Valve 0-ISV-67-504___ ________ P = psid M&TE Cal Due Date B. ERCW Pump #2 Discharge Valve 0-ISV-67-504___ ________ P = psid M&TE Cal Due Date
[22] ENSURE values in Step 6.4[21]A & 6.4[21]B are greater than the lower limit value of Step 6.4[20]A and less than the upper limit value of Step 6.4[20]B. ________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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6.4 UNIT 1 LOCA-RECIRC - UNIT 2 COLD SHUTDOWN (continued)
NOTE Only valves that have been adjusted after the throttle setpoint was recorded need to be re-performed. This would be the case if this section is being retested because of valve
adjustment in a succeeding section.
[23] DETERMINE the total flow through CCS A HX (EFD-1) and
RECORD data below: ________ EFD-1 (gpm) (CCS A HX)
[24] RECORD flow rate as indicated on 2-FT-67-222, CCS HEAT EXCHANGER B ERCW SUP, THEN SUBTRACT EFD-1 to obtain flow through CCS HTX B as follows: ________
1st
________
CV 2-FT-67-222 flow ______gpm (-) EFD-1 flow _______gpm
[25] VERIFY the following: (ACC CRIT)
A. 1-FCV-67-146 (A valve position) flow >4400 gpm. ________
B. 2-FCV-67-146 (A valve position) flow > 5850 gpm. ________
NOTE Adjustment for flow through any of the newly added components for this mode, identified on Data Sheet 3, DOES NOT invalidate setpoints from previous modes. Adjustment of components set in previous modes, requires a RETEST of the previous mode.
[26] PERFORM Train A flow balance in accordance with Appendix I and Data Sheet 3, for U-1 LOCA-RECIRC, U-2 COLD
SHUTDOWN. (ACC CRIT) ________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 70 of 226
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6.4 UNIT 1 LOCA-RECIRC - UNIT 2 COLD SHUTDOWN (continued)
NOTE The following step is NOT applicable if this Section is being retested due to valve adjustment in another mode invalidating the original setpoint.
[27] RECORD pump data on Data Sheet 7. ________
[28] RECORD applicable pressure data on Data Sheet 3. ________
[29] OPEN ERCW pump discharge valves throttled in Step 6.4[19]. ________
[30] PLACE Handswitch 1-HS-67-83A, LWR CNTMT 1A CLRS SUP CIV-B, on 0-M-27A, to OPEN AND VERIFY by light indication that Valve 1-FCV-67-83 OPENS. ________
[31] PLACE Handswitch 1-HS-67-91A, LWR CNTMT 1C CLRS SUP CIV-B, on 0-M-27A, to OPEN AND VERIFY by light indication that Valve 1-FCV-67-91 OPENS. ________
[32] PLACE Handswitch 1-HS-67-130A, UPR CNTMT CLR 1A SUP CIV-B, on 0-M-27A, to OPEN AND VERIFY by light indication that Valve 1-FCV-67-130 OPENS. ________
[33] PLACE Handswitch 1-HS-67-133A, UPR CNTMT CLR 1C SUP CIV-B, on 0-M-27A, to OPEN AND VERIFY by light indication that Valve 1-FCV-67-133 OPENS. ________
[34] PLACE Handswitch 1-HS-67-125A, CNTMT SPRAY HX 1A INLET, on 0-M-27A, to CLOSE AND VERIFY by light indication that Valve 1-FCV-67-125 CLOSES. ________
[35] PLACE Handswitch 1-HS-67-126A, CNTMT SPRAY HTX 1A DISCH VLV, on 0-M-27A, to CLOSE AND VERIFY by light indication that Valve 1-FCV-67-126 CLOSES. ________
[36] CLOSE 1-FCV-67-176 VERIFY NO flow through 1A SI pump room cooler. ________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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6.4 UNIT 1 LOCA-RECIRC - UNIT 2 COLD SHUTDOWN (continued)
[37] CLOSE 1-FCV-67-184 and VERIFY NO flow through 1A CS pump room cooler. ________
[38] PLACE Handswitch 1-HS-67-143A, CCS HTX A BYPASS FLOW CNTL, on 0-M-27A, to OPEN (> 3330 gpm)
AND VERIFY by light indication that Valve 1-FCV-67-143 OPENS. ________
[39] PLACE Handswitch 1-HS-67-146A, CCS HX A ALT DISCH TO HDR B, on 0-M-27A, to the POS CLOSE AND VERIFY by light indication that Valve 1-FCV-67-146 CLOSES. ________
[40] PLACE Handswitch 2-HS-67-143A, CCS HTX B BYPASS FLOW CNTL, on 0-M-27A, to OPEN (>3330 gpm)
AND VERIFY by light indication that Valve 2-FCV-67-143 OPENS. ________
[41] PLACE Handswitch 2-HS-67-146A, CCS HX B ALT DISCH TO HDR A, on 0-M-27A, to the POS CLOSE AND VERIFY by light indication that Valve 2-FCV-67-146 CLOSES. ________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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6.5 UNIT 1 HOT SHUTDOWN - UNIT 2 STARTUP NOTE The Normal Mode flow balance is done solely to put the system in a configuration for setting of the Component Cooling Heat Exchanger discharge valve limit switches, and DOES NOT constitute acceptance criteria OR ultimate alignment for normal operation.
[1] VERIFY prerequisites listed in Sections 4.0 and 6.1 for Section 6.5 have been completed. ________
[2] ENSURE Normal Operation Mode flow balance has been performed in accordance with Data Sheet 1, AND VERIFY flows are equal to or greater than the minimum required flows on Data Sheet 1. ________
[3] PLACE Handswitch 1-HS-67-146A, CCS HX A ALT DISCH TO HDR B, on 0-M-27A, to the POS B AND VERIFY by light indication that Valve 1-FCV-67-146 OPENS to the POS B. ________
[4] PLACE Handswitch 2-HS-67-146A, CCS HX B ALT DISCH TO HDR A, on 0-M-27A, to the POS B AND VERIFY by light indication that Valve 2-FCV-67-146 OPENS to the POS B. ________
[5] POSITION Handswitch 1-HS-67-143A, CCS HX A DISCH TO HDR B, on 0-M-27A, to obtain total indicated flow (EFD-1) of
>6650 gpm (ACC CRIT). ________
[6] POSITION Handswitch 2-HS-67-143A, CCS HX A DISCH TO HDR B, on 0-M-27A, to obtain total indicated flow (2-FI-67-222
- EFD-1) of >6650 gpm (ACC CRIT). ________ 2-FI-67-222 flow ______gpm (-) EFD-1 flow ____ gpm
[7] DETERMINE the total flow through CCS A HX (EFD-1) and
RECORD data below: ________ EFD-1 (gpm) (CCS A HX)
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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6.5 UNIT 1 HOT SHUTDOWN - UNIT 2 STARTUP (continued)
[8] RECORD the differential pressure from the CCS HEAT EXCHANGER B ERCW SUP FLOW, AND ,
CALCULATE the total flow (ACC CRIT). ________ 1st
________
CV M&TE Cal Due Date EFD FLOW GPM M&TE Cal Due Date FLOW P = in. H 2 O 1/2 = 852 ( )1/2 = GPM [9] SUBTRACT EFD-1 to obtain flow through CCS HTX B as follows: ________ 1st
________
CV 2-FT-67-222 flow ______gpm (-) EFD-1 flow _______gpm
[10] POSITION Handswitch 2-HS-67-143A, CCS HX B DISCH TO HDR A, on 0-M-27A, to obtain total indicated flow of >5850 gpm. (2-FT-67-222 minus EFD-1) ________
[11] IF NECESSARY, ADJUST Handswitch 1-HS-67-143A, CCS HX A DISCH TO HDR B, on 0-M-27A, to obtain total indicated flow (EFD-1) of >6650 gpm. ________
[12] IF NECESSARY, ADJUST Handswitch 2-HS-67-143A, CCS HX B DISCH TO HDR A, on 0-M-27A, to obtain total indicated flow of >5850 gpm. ________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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6.5 UNIT 1 HOT SHUTDOWN - UNIT 2 STARTUP (continued)
[13] RECORD the differential pressure from the at 2-FT-67-222, CCS HEAT EXCHANGER B ERCW SUP
FLOW, AND ,
CALCULATE the total flow (ACC CRIT). ________ 1st
________
CV M&TE Cal Due Date EFD FLOW GPM M&TE Cal Due Date FLOW P = in. H 2 O 1/2 = 852 ( )1/2 = GPM [14] VERIFY the following: (ACC CRIT)
C. CCS A HX TOTAL FLOW >6650 gpm. ________
D. CCS B HX TOTAL FLOW > 5850 gpm. ________
[15] PERFORM Train A flow balance and
RECORD data in accordance with Appendix I and Data Sheet 4, and Data Sheet 5, for U-1 HOT SHUTDOWN, U-2 STARTUP. ________
[16] IF flow balance adjustments were required, THEN: A. VERIFY 1-FCV-67-143, CCS HX A DISCH TO HDR B, on 0-M-27A is positioned to obtain flow of >6650 gpm. (ACC CRIT) ________ B. VERIFY 2-FCV-67-143, CCS HX B DISCH TO HDR A, on 0-M-27A is positioned to obtain flow of >5850 gpm. (ACC CRIT) ________ OTHERWISE C. RE-PERFORM steps 6.5[3] through 6.5[16]B. (This step may be N/A if not performed.) ________
[17] RECORD applicable pressure data on Data Sheet 4. ________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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6.5 UNIT 1 HOT SHUTDOWN - UNIT 2 STARTUP (continued)
[18] PLACE Handswitch 1-HS-67-146A, CCS HX A ALT DISCH TO HDR B, on 0-M-27A, to the POS CLOSE AND VERIFY by light indication that Valve 1-FCV-67-146 CLOSES. ________
[19] ADJUST Handswitch 1-HS-67-143A, CCS HTX A BYPASS FLOW CNTL, on 0-M-27A, to obtain > 3330 (3330-3630) gpm flow rate as indicated by EFD-1. ________
[20] PLACE Handswitch 2-HS-67-146A, CCS HX B ALT DISCH TO HDR A, on 0-M-27A, to the POS CLOSE AND VERIFY by light indication that Valve 2-FCV-67-146 CLOSES. ________
[21] ADJUST Handswitch 2-HS-67-143A, CCS HTX B BYPASS FLOW CNTL, on 0-M-27A, to obtain >3330 (3330-3630) gpm
flow rate as indicated by 2-FT-67-222 (Total flow rate minus EFD-1 flow). ________ 7.0 POST-PERFORMANCE ACTIVITIES
[1] REQUEST Operations to terminate ERCW strainer backwash operation and return the strainer alignment to normal configuration. ________
[2] RESTORE Station and Control Air compressors A, B & C to automatic operation. ________
[3] ENSURE the Auxiliary Air Compressors control switches are placed in auto. ________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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7.0 POST-PERFORMANCE ACTIVITIES (continued)
[4] CLOSE the air bleed petcock, AND OPEN Air Supply Valve 1-ISV-32-3609 to RESTORE air to 1-TCV-67-84, LWR CONT VENT CLR 1A. ________
1st
________
CV CLOSE the air bleed petcock, AND OPEN Air Supply Valve 2-ISV-32-3609 to RESTORE air to 2-TCV-67-84, LWR CONT VENT CLR 2A. ________
1st
________
CV [5] CLOSE the air bleed petcock, AND OPEN Air Supply Valve 1-ISV-32-3610 to RESTORE air to 1-TCV-67-85, CRDM VENT CLR 1A. ________ 1st ________
CV [6] CLOSE the air bleed petcock, AND OPEN Air Supply Valve 2-ISV-32-3610 to RESTORE air to 2-TCV-67-85, CRDM VENT CLR 2A. ________
1st
________
CV [7] CLOSE the air bleed petcock, AND OPEN Air Supply Valve 1-ISV-32-3611 to RESTORE air to 1-TCV-67-86, RCP MTR CLR 1-1. ________
1st
________
CV WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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7.0 POST-PERFORMANCE ACTIVITIES (continued)
[8] CLOSE the air bleed petcock, AND OPEN Air Supply Valve 2-ISV-32-3611 to RESTORE air to 2-TCV-67-86, RCP MTR CLR 2-1. ________
1st
________
CV [9] CLOSE the air bleed petcock, AND OPEN Air Supply Valve 1-ISV-32-3561 to RESTORE air to 1-TCV-67-92, LWR CONT VENT CLR 1C. ________
1st
________
CV [10] CLOSE the air bleed petcock, AND OPEN Air Supply Valve 2-ISV-32-3561 to RESTORE air to 2-TCV-67-92, LWR CONT VENT CLR 2C. ________ 1st ________
CV [11] CLOSE the air bleed petcock, AND OPEN Air Supply Valve 1-ISV-32-3560 to RESTORE air to 1-TCV-67-93, CRDM VENT CLR 1C. ________
1st
________
CV [12] CLOSE the air bleed petcock, AND OPEN Air Supply Valve 2-ISV-32-3560 to RESTORE air to 2-TCV-67-93, CRDM VENT CLR 2C. ________
1st
________
CV WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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7.0 POST-PERFORMANCE ACTIVITIES (continued)
[13] CLOSE the air bleed petcock, AND OPEN Air Supply Valve 1-ISV-32-3559 to RESTORE air to 1-TCV-67-94, RCP MTR CLR 1-3. ________
1st
________
CV [14] CLOSE the air bleed petcock, AND OPEN Air Supply Valve 2-ISV-32-3559 to RESTORE air to 2-TCV-67-94, RCP MTR CLR 2-3. ________
1st
________
CV [15] CLOSE the air bleed petcock, AND OPEN Air Supply Valve 1-ISV-32-3158 to RESTORE air to 1-TCV-67-129, UPR CONT VENT CLR 1A. ________ 1st ________
CV [16] CLOSE the air bleed petcock, AND OPEN Air Supply Valve 1-ISV-32-3157 to RESTORE air to 1-TCV-67-132, UPR CONT VENT CLR 1C. ________
1st
________
CV [17] CLOSE the air bleed petcock, AND OPEN Air Supply Valve 2-ISV-32-3117 to RESTORE air to 2-TCV-67-129, UPR CONT VENT CLR 2A. ________
1st
________
CV WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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7.0 POST-PERFORMANCE ACTIVITIES (continued)
[18] CLOSE the air bleed petcock, AND OPEN Air Supply Valve 2-ISV-32-3118 to RESTORE air to 2-TCV-67-132, UPR CONT VENT CLR 2C. ________
1st
________
CV [19] CLOSE the air bleed petcock, AND OPEN Air Supply Valve 1-ISV-32-3282 to RESTORE air to 1-FCV-67-213, SF PIT & TB BSTR PMP SPACE CLR 1A-A. ________
1st
________
CV [20] CLOSE the air bleed petcock, AND OPEN Air Supply Valve 1-ISV-32-3083 to RESTORE air to 1-FCV-67-162, CCS & AF PMPS SPACE CLR 1A-A. ________ 1st ________
CV [21] CLOSE the air bleed petcock, AND OPEN Air Supply Valve 1-ISV-32-2984 to RESTORE air to 1-FCV-67-176, SI PMP RM CLR 1A. ________
1st
________
CV [22] CLOSE the air bleed petcock, AND OPEN Air Supply Valve 2-ISV-32-2881 to RESTORE air to 2-FCV-67-176, SI PMP RM CLR 2A. ________
1st
________
CV WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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7.0 POST-PERFORMANCE ACTIVITIES (continued)
[23] CLOSE the air bleed petcock, AND OPEN Air Supply Valve 1-ISV-32-3018 to RESTORE air to 1-FCV-67-184, CS PMP RM CLR 1A. ________
1st
________
CV [24] CLOSE the air bleed petcock, AND OPEN Air Supply Valve 2-ISV-32-3029 to RESTORE air to 2-FCV-67-184, CS PMP RM CLR 2A. ________
1st
________
CV [25] CLOSE the air bleed petcock, AND OPEN Air Supply Valve 1-ISV-32-2955 to RESTORE air to 1-FCV-67-346, PEN RM CLR 1A1. ________ 1st ________
CV [26] CLOSE the air bleed petcock, AND OPEN and LOCKAir Supply Valve 2-ISV-32-2963 to RESTORE air to 2-FCV-67-346, PEN RM CLR 2A1. ________
1st
________
CV [27] CLOSE the air bleed petcock, AND OPEN Air Supply Valve 1-ISV-32-3146 to RESTORE air to 1-FCV-67-350, PEN RM CLR 1A2. ________
1st
________
CV WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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7.0 POST-PERFORMANCE ACTIVITIES (continued)
[28] CLOSE the air bleed petcock, AND OPEN and LOCK Air Supply Valve 2-ISV-32-3166 to RESTORE air to 2-FCV-67-350, PEN RM CLR 2A2. ________
1st
________
CV [29] CLOSE the air bleed petcock, AND OPEN Air Supply Valve 1-ISV-32-3294 to RESTORE air to 1-FCV-67-354, PEN RM CLR 1A3. ________
1st
________
CV [30] CLOSE the air bleed petcock, AND OPEN Air Supply Valve 2-ISV-32-3322 to RESTORE air to 2-FCV-67-354, PEN RM CLR 2A3. ________ 1st ________
CV [31] CLOSE the air bleed petcock, AND OPEN Air Supply Valve 1-ISV-32-2961 to RESTORE air to 1-FCV-67-342, PIPE CHASE CLR 1A. ________
1st
________
CV [32] CLOSE the air bleed petcock, AND OPEN and LOCK Air Supply Valve 2-ISV-32-3804 to RESTORE air to 2-FCV-67-342, PIPE CHASE CLR 2A. ________
1st
________
CV WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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7.0 POST-PERFORMANCE ACTIVITIES (continued)
[33] CLOSE the air bleed petcock, AND OPEN Air Supply Valve 2-ISV-32-3409 to RESTORE air to 2-FCV-67-336, EMER GAS TRTMT RM CLR. ________
1st
________
CV [34] CLOSE the air bleed petcock, AND OPEN Air Supply Valve 2-ISV-32-3030 to RESTORE air to 2-FCV-67-217, BA XFER PMPS & AF PMPS SP CLR. ________
1st
________
CV [35] RESTORE 0-TCV-67-1050, AUTO WATER REGULATING VALVE EBR CHILLER A-A, to normal operation by turning the
Manual Flushing Screw at the top of the actuator fully counter-clockwise to allow pilot valve control. ________ 1st ________
CV [36] RESTORE 0-TCV-67-1051, AUTO WATER REGULATING VALVE MCR CHILLER A-A, to normal operation by turning the
Manual Flushing Screw at the top of the actuator fully counter-clockwise to allow pilot valve control. ________
1st
________
CV [37] ROTATE the local Bypass Stem fully clockwise to its seated postion for normal automatic valve operation (SHTDN BD RM A/C TEMP CONTROL). ________
[38] PLACE Handswitch 0-HS-67-208A, SS AND CNTL AIR COMPR SUP HDR 1B ISOL, on 0-M-27A to OPEN and
VERIFY by light indication that Valve 0-FCV-67-208 OPENS. ________
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7.0 POST-PERFORMANCE ACTIVITIES (continued)
[39] RESTORE 1-TCV-67-115, INSTR RM WATER CLR 1A1 ERCW SUP TEMP CNTL, to normal by removing the
temporary nitrogen supply.
1st
________
CV [40] RESTORE 2-TCV-67-115, INSTR RM WATER CLR 2A1 ERCW SUP TEMP CNTL, to normal by removing the temporary nitrogen supply. ________
1st
________
CV [41] RE-ESTABLISH the following administratively LOCKED valves in the OPEN position with breakers OPEN where applicable:
VALVE BREAKER OPEN INIT/DATE CV/DATE 1-BKR-67-22-A _______/_______ _______/_______ 2-BKR-67-22-A _______/_______ _______/_______ 2-BKR-67-147-B _______/_______ _______/_______
VALVE LOCKED OPEN INIT/DATE CV/DATE 1-FCV-67-22 _______/_______ _______/_______
2-FCV-67-22 _______/_______ _______/_______
2-FCV-67-147 _______/_______ _______/_______
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7.0 POST-PERFORMANCE ACTIVITIES (continued)
[42] RE-ESTABLISH the following administratively LOCKED valves in the CLOSED position with Breaker OPEN:
VALVE BREAKER OPEN INIT/DATE CV/DATE 1-FCV-67-147 _______/_______ _______/_______
0-FCV-67-151 _______/_______ _______/_______
VALVE LOCKED OPEN INIT/DATE CV/DATE 1-FCV-67-147 _______/_______ _______/_______
0-FCV-67-151 _______/_______ _______/_______
[43] REMOVE the EFD downstream of TEE on 2A header and upstream of 1-FCV-67-478, ERCW CCS HX A SUP and , and label it EFD-1 Step 4.3[11]V. ________
1st
________
CV [44] REMOVE the 0-50" H 2O differential pressure gauge between 0-PT-67-18 and 0-PT-67-29, ERCW PUMP A-A DISCH PRESS, installed at Step 4.3[12]A. ________
1st
________
CV [45] REMOVE the 0-50" H 2O differential pressure gauge between 0-PT-67-18 and 0-PT-67-33, ERCW PUMP B-A DISCH PRESS, installed at Step 4.3[12]B. ________
1st
________
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7.0 POST-PERFORMANCE ACTIVITIES (continued)
[46] REMOVE the 0-50" H 2O differential pressure gauge between 0-PT-67-18 and 0-PT-67-37, ERCW PUMP C-A DISCH PRESS, installed at Step 4.3[12]C. ________
1st
________
CV [47] REMOVE the 0-50" H 2O differential pressure gauge between 0-PT-67-18 and 0-PT-67-41, ERCW PUMP D-A DISCH PRESS, installed at Step 4.3[12]D. ________
1st
________
CV [48] ENSURE test EF, pressure gauges and P devices are removed at the following locations:
A. REMOVE a 0-200 psig pressure gauge, +1.0% accuracy, at valve 1-VTV-67-534A, CS HEAT EXCHANGER 1A ERCW SUP HEADER VENT. ________
1st
________
CV B. REMOVE a 0-200 psig pressure gauge, +1.0% accuracy, at valve 2-VTV-67-534A, CS HEAT EXCHANGER 2A ERCW SUP HEADER VENT. ________
1st
________
CV C. REMOVE a 0-200 psig pressure gauge, +1.0% accuracy, at the upstream side of 1-FE-67-61, ERCW SUP HEADER 1A FLOW. ________
1st
________
CV D. REMOVE a 0-200 psig pressure gauge, +1.0% accuracy, at the downstream side of 1-FE-67-61, ERCW SUP HEADER 1A FLOW. ________
1st
________
CV WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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7.0 POST-PERFORMANCE ACTIVITIES (continued)
E. REMOVE a 0-200 psig pressure gauge, +1.0% accuracy, at the upstream side of 2-FE-67-61, ERCW SUP HEADER 2A FLOW. ________
1st
________
CV F. REMOVE a 0-200 psig pressure gauge, +1.0% accuracy, at the downstream side of 2-FE-67-61, ERCW SUP HEADER 2A FLOW. ________
1st
________
CV G. REMOVE a 0-200 psig pressure gauge, +1.0% accuracy, at the inlet side of 1-DRV-67-547, ERCW CCS HX A DRAIN. ________
1st
________
CV H. REMOVE a 0-200 psig pressure gaug, +1.0% accuracy, at the inlet side of 2-DRV-67-547, ERCW CCS HX B DRAIN. ________
1st
________
CV I. REMOVE a 0-200 psig pressure gauge, +1.0% accuracy, at valve 0-TV-67-621A, MCR WTR CHILLER A-A ERCW SUP TEST CONN. ________
1st
________
CV J. REMOVE a 0-200 psig pressure gauge, +1.0% accuracy, at valve 1-TV-67-690A, UPPER COMPARTMENT VENT CLR 1A ERCW SUP HDR TEST VENT. ________
1st
________
CV WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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7.0 POST-PERFORMANCE ACTIVITIES (continued)
K. REMOVE a 0-200 psig pressure gauge, +1.0% accuracy, at valve 2-TV-67-690A, UPPER COMPARTMENT VENT CLR 1A ERCW SUP HDR TEST VENT. ________
1st
________
CV L. REMOVE a 0-200 psig pressure gauge, +1.0% accuracy, at valve 0-VTV-67-616A, ELEC BD RM A/C COND A ERCW SUP TEST VENT CONN. ________
1st
________
CV M. REMOVE a 0-200 psig pressure gauge, +1.0% accuracy, at valve 0-PT-67-29, ERCW PUMP A-A DISCH PRESS, mounted at the same elevation as 0-PI-67-29B. ________
1st
________
CV N. REMOVE a 0-200 psig pressure gauge, +1.0% accuracy, at valve 0-PT-67-37, ERCW PUMP C-A DISCH PRESS, mounted at the same elevation as 0-PI-67-37B. ________
1st
________
CV O. REMOVE a 0-200 psig pressure gauge, +1.0% accuracy, at valve 0-PT-67-41, ERCW PUMP A-A DISCH PRESS, mounted at the same elevation as 0-PI-67-41B. ________
1st
________
CV P. REMOVE a 0-200 psig pressure gauge, +1.0% accuracy, at valve 1-PI-67-9B, ERCW STRAINER 1A-A OUT PRESS. ________
1st
________
CV WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 88 of 226
Data Package: Page ____ of ____ Date ________
7.0 POST-PERFORMANCE ACTIVITIES (continued)
Q. REMOVE a 0-200 psig pressure gauge, +1.0% accuracy, at valve 2-PI-67-9B, ERCW STRAINER 2A-A OUT PRESS. ________
1st
________
CV R. REMOVE a 0-200 psig pressure gauge, +1.0% accuracy, at valve 0-PI-67-17, ERCW HEADER B PRESS. ________
1st
________
CV [49] Notify Operations that Containment Spray Heat Exchangers may be placed in layup condition in accordance with SOI-67.02, if so desired by Unit 1 Operations. ________
[50] VERIFY that Post-test calibration of the M&TE used to record quantitative acceptance criteria has been satisfactorily
performed and the results recorded on Measuring and Test Equipment (M&TE) Log in SMP-9.0. ________
[51] VERIFY that Post-test calibration of permanent plant instruments used to record quantitative acceptance criteria has
been satisfactorily performed, AND RECORD the results on Appendix C, Permanent Plant Instrumentation Log. ________
[52] NOTIFY the Unit 2 and Unit 1 SM/SRO of the test completion and system alignment. ________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 89 of 226
Data Package: Page ____ of ____ Date ________
8.0 RECORDS 8.1 QA Records Completed Test Package (PTI) 8.2 Non-QA Records None WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 90 of 226 Appendix A (Page 1 of 2) TEST INSTRUCTIONS REFERENCE REVIEW Data Package: Page ____ of ____ Date ________
Additional copies of this table may be made as necessary.
PROCEDURE/ INSTRUCTION REVISION/CHANGES INITIAL AND DATE. (N/A for no change)
FSAR Section 9.2.1 Table 14.2-1 Shts 4 & 5 of 89 N3-67-4002 System Description for Essential Raw Cooling Water System T2-TST-067, Essential Raw Cooling Water System SOI-67.1, Essential Raw Cooling Water System
Operating Instruction GOI-7, Generic Equipment Operating Guilelines VTD-M359-003 Rev 0, Valve Technical Manual for
Metrex Model FTVA-400-WAT 4 2 War
Refrigerant Pressure
Activated Condenser Cooling Water Control Valve. 1-SOI-30.05, Auxiliary Building HVAC Systems
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 91 of 226 Appendix A (Page 2 of 2) TEST INSTRUCTIONS REFERENCE REVIEW
Data Package: Page ____ of ____ Date ________
PROCEDURE/ INSTRUCTION REVISION/CHANGES INITIAL AND DATE. (N/A for no change)
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 92 of 226 Appendix B (Page 1 of 1)
TEMPORARY CONDITION LOG Data Package: Page ____ of ____ Date ________
Additional copies of this table may be made as necessary.
ITEM No. TEMPORARY CONDITION DESCRIPTION PERFORMED RETURNED TO NORMAL Step No. Performed By/DateCV By/Date Step No. Returned By/Date CV By/Date WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 93 of 226 Appendix C (Page 1 of 5) PERMANENT PLANT INSTRUMENTATION LOG Data Package: Page ____ of ____ Date ________
INSTRUMENT OR INSTRUMENT LOOP # CAL DUE DATE FILLED AND VENTED 1 PLACED IN SERVICE 1 USED FOR QUANTITATIVE ACC CRIT POST-TEST CAL DATE 2 POST-TEST CALIBRATION ACCEPTABLE 2 INITIAL/DATE INIT/DATE INIT/DATE YES NO 0-FIS-67-206 1-FI-67-69 1-FI-67-263 2-FI-67-263 1-FI-67-265 2-FI-67-265 1-FI-67-277 2-FI-67-69 2-FI-67-277 1-LPF-67-61 2-LPF-67-61 WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 94 of 226 Appendix C (Page 2 of 5) PERMANENT PLANT INSTRUMENTATION LOG
Data Package: Page ____ of ____ Date ________
INSTRUMENT OR INSTRUMENT LOOP # CAL DUE DATE FILLED AND VENTED 1 PLACED IN SERVICE 1 USED FOR QUANTITATIVE ACC CRIT POST-TEST CAL DATE 2 POST-TEST CALIBRATION ACCEPTABLE 2 INITIAL/DATE INIT/DATE INIT/DATE YES NO 1-LPF-67-136 2-LPF-67-136 0-LPP-67-18 1-PI-67-9B 2-PI-67-9B 1-PI-67-9A 2-PI-67-9A 0-PDI-67-431A 0-PS-67-480 WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 95 of 226 Appendix C (Page 3 of 5) PERMANENT PLANT INSTRUMENTATION LOG
Data Package: Page ____ of ____ Date ________
INSTRUMENT OR INSTRUMENT LOOP # CAL DUE DATE FILLED AND VENTED 1 PLACED IN SERVICE 1 USED FOR QUANTITATIVE ACC CRIT POST-TEST CAL DATE 2 POST-TEST CALIBRATION ACCEPTABLE 2 INITIAL/DATE INIT/DATE INIT/DATE YES NO 0-PS-67-481 0-PS-67-482 0-PS-67-483 0-PS-67-460 0-PS-67-462 0-LPP-67-29 0-LPP-67-33 0-LPP-67-37 0-LPP-67-41 WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 96 of 226 Appendix C (Page 4 of 5) PERMANENT PLANT INSTRUMENTATION LOG
Data Package: Page ____ of ____ Date ________
INSTRUMENT OR INSTRUMENT LOOP # CAL DUE DATE FILLED AND VENTED 1 PLACED IN SERVICE 1 USED FOR QUANTITATIVE ACC CRIT POST-TEST CAL DATE 2 POST-TEST CALIBRATION ACCEPTABLE 2 INITIAL/DATE INIT/DATE INIT/DATE YES NO 0-LPT-67-26A 0-LPT-67-26B 0-LPT-67-30A 0-LPT-67-30B 0-LPT-67-34A 0-LPT-67-34B 0-LPT-67-38A 0-LPT-67-38B 2-LPF-67-222 WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 97 of 226 Appendix C (Page 5 of 5) PERMANENT PLANT INSTRUMENTATION LOG
Data Package: Page ____ of ____ Date ________
INSTRUMENT OR INSTRUMENT LOOP # CAL DUE DATE FILLED AND VENTED 1 PLACED IN SERVICE 1 USED FOR QUANTITATIVE ACC CRIT POST-TEST CAL DATE 2 POST-TEST CALIBRATION ACCEPTABLE 2 INITIAL/DATE INIT/DATE INIT/DATE YES NO 0-LI-67-479 1 These items may be initialed and dated by personnel performing the task. Instrumentation not required to be filled and vented may be identified as Not Applicable. (N/A) 2 May be identified as Not Applicable (N/A) if instrument was not used to verify/record quantitative acceptance criteria data.
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 98 of 226 Appendix D (Page 1 of 12)
SWITCH LINEUP Data Package: Page ____ of ____ Date ________
Switch Location Descri ptionPositionVerifiedDate0-HS-67-205 A 0-M-27A C&SS COMPR SUP FROM HDR 1ANORMAL1-HS-67-127 A 0-M-27A 1A AB CLRS C&SS AUX AIR A SUP HDR NORMAL1-HS-67-131 A 0-M-27A UPR CNTMT CLR 1A RET CIV-B A-AUTO1-HS-67-295 A 0-M-27A UPR CNTMT CLR 1A RET CIV-B A-AUTO1-HS-67-130 A 0-M-27A UPR CNTMT CLR 1A SUP CIV-B A-AUTO1-HS-67-126 A 0-M-27A CNTMT SPRAY HX 1A RETURNNORMAL1-HS-67-125 A 0-M-27A CNTMT SPRAY HX 1A INLETNORMAL1-HS-67-134 A 0-M-27A UPR CNTMT CLRS 1C RET CIV-B A-AUTO1-HS-67-296 A 0-M-27A UPR CNTMT CLRS 1C RET CIV-B A-AUTO1-HS-67-133 A 0-M-27A UPR CNTMT CLR 1C SUP CIV-B A-AUTO 1-HS-67-88 A 0-M-27A LWR CNTMT 1A CLRS RET CIV-B A-AUTO 1-HS-67-87 A 0-M-27A LWR CNTMT 1A CLRS RET CIV-B A-AUTO1-HS-67-86 0-M-27A RCP1 MTR CLR SUP TCVP-AUTO1-HS-67-85 A 0-M-27 A CRDM CLR 1 A-A OUTLET TCV P-A UTO1-HS-67-84 A 0-M-27 A LWR CNTMT CLR 1A OUTLET TCV P-A UTO 1-HS-67-89 A 0-M-27A LWR CNTMT 1A CLRS SUP CIV-B A-AUTO 1-HS-67-83 A 0-M-27A LWR CNTMT 1A CLRS SUP CIV-B A-AUTO 1-HS-67-96 A 0-M-27A LWR CNTMT 1C CLRS RET CIV-B A-AUTO WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 99 of 226 Appendix D (Page 2 of 12)
SWITCH LINEUP
Data Package: Page ____ of ____ Date ________
Switch Location Descri ptionPositionVerifiedDate 1-HS-67-95 A 0-M-27A LWR CNTMT 1C CLRS RET CIV-B A-AUTO1-HS-67-94 0-M-27A RCP3 MTR CLR SUP TCVP-AUTO 1-HS-67-93 A 0-M-27A CRDM CLR 1C-A OUTLET TCVP-AUTO 1-HS-67-92 A 0-M-27A LWR CNTMT CLR 1C OUTLET TCVP-AUTO 1-HS-67-97 A 0-M-27A LWR CNTMT 1C CLRS SUP CIV-B A-AUTO 1-HS-67-91 A 0-M-27A LWR CNTMT 1C CLRS SUP CIV-B A-AUTO 1-HS-67-81 A 0-M-27A AB SUP HDR 1ANORMAL 1-HS-67-22 A 0-M-27A STRAINER 1 A-A INLETNORMAL 1-HS-67-66 A 0-M-27A DG 1 A-A NORM SUPP-AUTO 2-HS-67-66 A 0-M-27A DG 2 A-A NORM SUPOPEN 1-HS-67-68 A 0-M-27A DG 1 A-A BACKUP SUPP-AUTO 2-HS-67-68 A 0-M-27A DG 2 A-A BACKUP SUPP-AUTO 2-HS-67-81 A 0-M-27A AB SUPPLY HDR 2ANORMAL 2-HS-67-22 A 0-M-27A STRAINER 2 A-A INLETNORMAL1-HS-67-458 A 0-M-27A CCS HX A SUP FROM HDR 1B (LC)NORMAL0-HS-67-208 A 0-M-27A C&SS COMPR SUP FROM HDR 1BNORMAL WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 100 of 226 Appendix D (Page 3 of 12)
SWITCH LINEUP
Data Package: Page ____ of ____ Date ________
Switch Location Descri ptionPositionVerifiedDate2-HS-67-127 A 0-M-27A 2A AB CLRS C&SS AUX AIR A SUP HDR NORMAL2-HS-67-131 A 0-M-27A UPR CNTMT CLR 2A RET CIV-B A-AUTO2-HS-67-295 A 0-M-27A UPR CNTMT CLR 2A RET CIV-B A-AUTO2-HS-67-130 A 0-M-27A UPR CNTMT CLR 2A SUP CIV-B A-AUTO2-HS-67-126 A 0-M-27A CNTMT SPRAY HX 2A RETURNNORMAL2-HS-67-125 A 0-M-27A CNTMT SPRAY HX 2A INLETNORMAL2-HS-67-134 A 0-M-27A UPR CNTMT CLR 2C RET CIV-B A-AUTO2-HS-67-296 A 0-M-27A UPR CNTMT CLR 2C RET CIV-B A-AUTO2-HS-67-133 A 0-M-27A UPR CNTMT CLR 2C SUP CIV-B A-AUTO 2-HS-67-88 A 0-M-27A LWR CNTMT 2A CLRS RET CIV-B A-AUTO 2-HS-67-87 A 0-M-27A LWR CNTMT 2A CLRS RET CIV-B A-AUTO 2-HS-67-86 A 0-M-27A RCP 1 MTR CLR SUP TCVP-AUTO 2-HS-67-85 A 0-M-27A CRDM CLR 2 A-A OUTLET TCVP-AUTO 2-HS-67-84 A 0-M-27A LWR CNTMT CLR 2A OUTLET TCVP-AUTO 2-HS-67-89 A 0-M-27A LWR CNTMT 2A CLRS SUP CIV-B A-AUTO 2-HS-67-83 A 0-M-27A LWR CNTMT 2A CLRS SUP CIV-B A-AUTO WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 101 of 226 Appendix D (Page 4 of 12)
SWITCH LINEUP
Data Package: Page ____ of ____ Date ________
Switch Location Descri ptionPositionVerifiedDate 2-HS-67-96 A 0-M-27A LWR CNTMT 2C CLRS RET CIV-B A-AUTO 2-HS-67-95 A 0-M-27A LWR CNTMT 2C CLRS RETCIV-B A-AUTO 2-HS-67-94 A 0-M-27A RCP 3 MTR CLR SUP TCVP-AUTO 2-HS-67-93 A 0-M-27A CRDM CLR 2C-A OUTLET TCVP-AUTO 2-HS-67-92 A 0-M-27A LWR CNTMT CLR 2C OUTLET TCVP-AUTO 2-HS-67-97 A 0-M-27A LWR CNTMT 2C CLRS SUP CIV-B A-AUTO 2-HS-67-91 A 0-M-27A LWR CNTMT 2C CLRS SUP CIV-B A-AUTO0-XS-67-285 0-M-27A ERCW PUMP A-A/B-A DG POWER SEL A-A 0-HS-67-28 A 0-M-27A ERCW PMP A-A A-AUTO 0-HS-67-32 A 0-M-27A ERCW PMP B-A A-AUTO1-HS-67-431 A 0-M-27A SCRN WASH PMP & TRAV SCRN 1 A-A P-AUTO1-HS-67-147 A 0-M-27A CCS HX C SUP FROM HDR2BNORMAL1-HS-67-478 A 0-M-27A CCS HX A INLETNORMAL1-HS-67-146 A 0-M-27A CCS HX A ALT DISCH TO HDR BCLOSE1-HS-67-223 A 0-M-27A ERCW HDR 1B TO 2A XTIENORMAL0-HS-67-151 A 0-M-27A CCS HX C ALT DISCH TO HDR ACLOSE WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 102 of 226 Appendix D (Page 5 of 12)
SWITCH LINEUP
Data Package: Page ____ of ____ Date ________
Switch Location Descri ptionPositionVerifiedDate0-HS-67-144 A 0-M-27A CCS HX C DISCH TO HDR ANORMAL1-HS-67-143 A 0-M-27A CCS HX A DISCH TO HDR BNORMAL0-HS-67-362 A 0-M-27A DISCH HDR B TO CT BASINNORMAL0-HS-67-360 A 0-M-27A DISCH HDR A TO CT BASINNORMAL2-HS-67-437 A 0-M-27A SCRNWASH PMP & TRAV SCRN 2 A-A P-AUTO 0-HS-67-36 A 0-M-27A ERCW PUMP C-A A-AUTO 0-HS-67-40 A 0-M-27A ERCW PUMP D-A A-AUTO0-XS-67-286 0-M-27A ERCW PMP C-A/D-A DG POWER SEL C-A2-HS-67-147 A 0-M-27A CCS HX C SUP FROM HDR 1ANORMAL0-HS-67-152 A 0-M-27A CCS HX C ALT DISCH TO HDR BCLOSE2-HS-67-223 A 0-M-27A ERCW HDR 2A TO 1B XTIENORMAL 1-HS-67-65 A 0-M-27A DG 1B-B BACKUP SUPP-AUTO 2-HS-67-65 A 0-M-27A DG 2B-B BACKUP SUPP-AUTO 1-HS-67-67 A 0-M-27A DG 1B-B NORM SUPP-AUTO 2-HS-67-67 A 0-M-27A DG-2B-B NORM SUPP-AUTO 1-XS-67 A 480V RMOV BD TRANSFER SWITCHNORMAL WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 103 of 226 Appendix D (Page 6 of 12)
SWITCH LINEUP
Data Package: Page ____ of ____ Date ________
Switch Location Descri ptionPositionVerifiedDate1-HS-67-97C-A 480V RMOV BD 1-FCV-67 A CONTROL SWITCHNORMAL1-HS-67-89C 480V RMOV BD 1-FCV-67 A CONTROL SWITCHNORMAL 1-XS-67 A 480V RMOV BD TRANSFER SWITCHNORMAL 1-XS-67 A 480V RMOV BD TRANSFER SWITCHNORMAL1-HS-67-22C 480V RMOV BD 1-FCV-67 A CONTROL SWITCHNORMAL 1-XS-67 A 480V RMOV BD TRANSFER SWITCHNORMAL1-HS-67-87C 480V RMOV BD 1-FCV-67 A CONTROL SWITCHNORMAL 1-XS-67 A 480V RMOV BD TRANSFER SWITCHNORMAL1-HS-67-81C 480V RMOV BD 1-FCV-67 A CONTROL SWITCHNORMAL 2-XS-67 A 480V RMOV BD TRANSFER SWITCHNORMAL2-HS-67-97C-A 480V RMOV BD 2-FCV-67 A CONTROL SWITCHNORMAL 1-XS-67 A 480V RMOV BD TRANSFER SWITCHNORMAL1-HS-67-95C 480V RMOV BD 1-FCV-67 A CONTROL SWITCHNORMAL2-HS-67-89C 480V RMOV BD 2-FCV-67 A CONTROL SWITCHNORMAL 2-XS-67 A 480V RMOV BD TRANSFER SWITCHNORMAL 2-XS-67 A 480V RMOV BD TRANSFER SWITCHNORMAL WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 104 of 226 Appendix D (Page 7 of 12)
SWITCH LINEUP
Data Package: Page ____ of ____ Date ________
Switch Location Descri ptionPositionVerifiedDate2-HS-67-87C 480V RMOV BD 2-FCV-67 A CONTROL SWITCHNORMAL 2-XS-67 A 480V RMOV BD TRANSFER SWITCHNORMAL2-HS-67-81C 480V RMOV BD 2-FCV-67 A CONTROL SWITCHNORMAL 1-XS-67-127-A 480V RMOV BD TRANSFER SWITCHNORMAL1-HS-67-127C 480V RMOV BD1-FCV-67-127-A CONTROL SWITCHNORMAL 1-XS-67-146-A 480V RMOV BD TRANSFER SWITCHNORMAL1-HS-67-146C 480V RMOV BD 1-FCV-67-146-A CONTROL SWITCHNORMAL1-XS-67-147-A 480V RMOV BD TRANSFER SWITCHNORMAL1-HS-67-147C 480V RMOV BD 1-FCV-67-147-A CONTROL SWITCHNORMAL0-XS-67-151-A 480V RMOV BD TRANSFER SWITCHNORMAL0-HS-67-151C 480V RMOV BD 0-FCV-67-151 CONTROL SWITCHNORMAL0-XS-67-205-A 480V RMOV BD TRANSFER SWITCHNORMAL0-HS-67-205C 480V RMOV BD 0-FCV-67-205-A CONTROL SWITCHNORMAL 1-XS-67-223-A 480V RMOV BD TRANSFER SWITCHNORMAL1-HS-67-223C 480V RMOV BD 1-FCV-67-223-A CONTROL SWITCHNORMAL0-XS-67-360 480V RMOV BD TRANSFER SWITCHNORMAL WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 105 of 226 Appendix D (Page 8 of 12)
SWITCH LINEUP
Data Package: Page ____ of ____ Date ________
Switch Location Descri ptionPositionVerifiedDate1-XS-67-143 480V RMOV BD TRANSFER SWITCHNORMAL1-HS-67-143C 480V RMOV BD 1-FCV-67-143-A CONTROL SWITCHNORMAL1-HS-67-458C 480V RMOV BD 1-FCV-67-458-A CONTROL SWITCHNORMAL 1-XS-67-458-A 480V RMOV BD TRANSFER SWITCHNORMAL 2-XS-67 A 480V RMOV BD TRANSFER SWITCHNORMAL2-HS-67-95C 480V RMOV BD 2-FCV-67 A CONTROL SWITCHNORMAL1-XS-67-88-B 480V RMOV BD TRANSFER SWITCHNORMAL1-HS-67-88C 480V RMOV BD 1-FCV-67-88-B CONTROL SWITCHNORMAL1-XS-67-96-B 480V RMOV BD TRANSFER SWITCHNORMAL1-HS-67-96C 480V RMOV BD 1-FCV-67-96-B CONTROL SWITCHNORMAL1-XS-67-91-B 480V RMOV BD TRANSFER SWITCHNORMAL1-HS-67-91C 480V RMOV BD 1-FCV-67-91-B CONTROL SWITCHNORMAL1-XS-67-83-B 480V RMOV BD TRANSFER SWITCHNORMAL1-HS-67-83C 480V RMOV BD 1-FCV-67-83-B CONTROL SWITCHNORMAL 2-XS-67-127-A 480V RMOV BD TRANSFER SWITCHNORMAL2-HS-67-127C 480V RMOV BD 2-FCV-67-127-A CONTROL SWITCHNORMAL WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 106 of 226 Appendix D (Page 9 of 12)
SWITCH LINEUP
Data Package: Page ____ of ____ Date ________
Switch Location Descri ptionPositionVerifiedDate0-XS-67-208-B 480V RMOV BD TRANSFER SWITCHNORMAL0-HS-67-208C 480V RMOV BD 0-FCV-67-208-B CONTROL SWITCHNORMAL0-XS-67-362-B 480V RMOV BD TRANSFER SWITCHNORMAL0-HS-67-362C 480V RMOV BD 0-FCV-67-362-B CONTROL SWITCHNORMAL1-XS-67-478-B 480V RMOV BD TRANSFER SWITCHNORMAL1-HS-67-478C 480V RMOV BD 1-FCV-67-478-B CONTROL SWITCHNORMAL0-XS-67-144-B 480V RMOV BD TRANSFER SWITCHNORMAL0-HS-67-144C 480V RMOV BD 0-FCV-67-144-B CONTROL SWITCHNORMAL 2-XS-67 A 480V RMOV BD TRANSFER SWITCHNORMAL2-HS-67-22C 480V RMOV BD 2-FCV-67 A CONTROL SWITCHNORMAL 2-XS-67-223-A 480V RMOV BD TRANSFER SWITCHNORMAL2-HS-67-223C 480V RMOV BD 2-FCV-67-223-A CONTROL SWITCHNORMAL0-XS-67-360 480V RMOV BD TRANSFER SWITCHNORMAL0-HS-67-360C 480V RMOV BD 0-FCV-67-360 CONTROL SWITCHNORMAL0-XS-67-152 480V RMOV BD TRANSFER SWITCHNORMAL0-HS-67-152C 480V RMOV BD 0-FCV-67-152-B CONTROL SWITCHNORMAL WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 107 of 226 Appendix D (Page 10 of 12)
SWITCH LINEUP
Data Package: Page ____ of ____ Date ________
Switch Location Descri ptionPositionVerifiedDate2-XS-67-147 480V RMOV BD TRANSFER SWITCHNORMAL2-HS-67-147C 480V RMOV BD 2-FCV-67-147-B CONTROL SWITCHNORMAL 1-XS-67-84 1-L-11 A TRANSFER SWITCHNORMAL 1-XS-67-85 1-L-11 A TRANSFER SWITCHNORMAL 1-XS-67-92 1-L-11 A TRANSFER SWITCHNORMAL 1-XS-67-93 1-L-11 A TRANSFER SWITCHNORMAL 1-XS-67-71 1-L-11 A TRANSFER SWITCHNORMAL2-XS-67-84 2-L-11B TRANSFER SWITCHNORMAL2-XS-67-85 2-L-11B TRANSFER SWITCHNORMAL2-XS-67-92 2-L-11B TRANSFER SWITCHNORMAL2-XS-67-93 2-L-11B TRANSFER SWITCHNORMAL0-XS-67-28 6900V TRANSFER SWITCHNORMAL0-XS-67-32 6900V TRANSFER SWITCHNORMAL0-XS-67-51 6900V TRANSFER SWITCHNORMAL0-XS-67-47 6900V TRANSFER SWITCHNORMAL0-XS-67-40 6900V TRANSFER SWITCHNORMAL WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 108 of 226 Appendix D (Page 11 of 12)
SWITCH LINEUP
Data Package: Page ____ of ____ Date ________
Switch Location Descri ptionPositionVerifiedDate0-XS-67-36 6900V TRANSFER SWITCHNORMAL1-XS-67-66 480V DIESEL TRANSFERSWITCHNORMAL1-HS-67-66C 480V DIESEL 1-FCV-67 A CONTROL SWITCHNORMAL1-XS-67-68 480V DIESEL TRANSFER SWITCHNORMAL1-HS-67-68C 480V DIESEL 1-FCV-67 A CONTROL SWITCHNORMAL2-XS-67-66 480V DIESEL TRANSFER SWITCHNORMAL2-HS-67-66C 480V DIESEL 2-FCV-67 A CONTROL SWITCHNORMAL1-XS-67-68 480V DIESEL TRANSFER SWITCHNORMAL2-HS-67-68C 480V DIESEL 2-FCV-67 A CONTROL SWITCHNORMAL1-XS-67-65 480V DIESEL TRANSFER SWITCHNORMAL1-HS-67-65C 480V DIESEL 1-FCV-67-65-B CONTROL SWITCHNORMAL1-XS-67-67 480V DIESEL TRANSFER SWITCHNORMAL1-HS-67-67C 480V DIESEL 1-FCV-67-67-B CONTROL SWITCHNORMAL2-XS-67-65 480V DIESEL TRANSFER SWITCHNORMAL2-HS-67-65C 480V DIESEL 2-FCV-67-65-B CONTROL SWITCHNORMAL2-XS-67-67 480V DIESEL TRANSFER SWITCHNORMAL WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 109 of 226 Appendix D (Page 12 of 12)
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Data Package: Page ____ of ____ Date ________
Switch Location Descri ptionPositionVerifiedDate2-HS-67-67C 480V DIESEL 2-FCV-67-67-B CONTROL SWITCHNORMAL2-HS-67-65D DIESEL GEN EMER DSL HTX B1 & B2 SUP VLV FROM CLOSE2-HS-67-67D DIESEL EMER DSL HTX B1 & B2 SUP VLV FROM CLOSE1-HS-67-66D DIESEL GEN EMER DSL HTX B1 & B2 SUP VLV FROM CLOSE1-HS-67-68D DIESEL GEN EMER DSL HTX B1 & B2 SUP VLV FROM CLOSE2-HS-67-68D DIESEL GEN EMER DSL HTX A1 & A2 SUP VLV FROM CLOSE2-HS-67-66D DIESEL GEN EMER DSL HTX A1 & A2 SUP VLV FROM CLOSE1-HS-67-65D DIESEL GEN EMER DSL HTX B1 & B2 SUP VLV FROM CLOSE1-HS-67-67D DIESEL GEN EMER DSL HTX B1 & B2 SUP VLV FROM CLOSE
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 110 of 226 Appendix E (Page 1 of 3)
TRAIN A FLOW EFD OR P DEVICES Data Package: Page ____ of ____ Date ________
INSTALLED REMOVED ROOT VALVES DESCRIPTION INIT/DATE INIT/DATE 1-TV-67-821A or B 1-FE-67-161 737 SDBD RM CHILLER ______/____ ______/____ 1-TV-67-860A or B 1-FE-67-257 1A INST RM CHLR ______/____ ______/____ 2-TV-67-860A or B 2-FE-67-257 2A INST RM CHLR ______/____ ______/____ 1-TV-67-864A or B 1-FE-67-241 RCP 3 MRT CLR ______/____ ______/____ 1-TV-67-865A or B 1-FE-67-235 RCP 1 MTR CLR ______/____ ______/____ 2-TV-67-864A or B 2-FE-67-241 RCP 3 MRT CLR ______/____ ______/____ 2-TV-67-865A or B 2-FE-67-235 RCP 1 MTR CLR ______/____ ______/____ 2-TV-67-866A or B 2-FE-67-337 2A EGTS RM CLR ______/____ ______/____ 2-TV-67-867A or B 2-FE-67-218 2A BA&AFW PMP CLR ______/____ ______/____ 1-TV-67-868A or B 1-FE-67-169 1A-A CCP RM CLR ______/____ ______/____ 2-TV-67-868A or B 2-FE-67-169 2A-A CCP RM CLR ______/____ ______/____ 1-TV-67-869A or B 1-FE-67-177 1A-A SIP RM CLR ______/____ ______/____ 2-TV-67-869A or B 2-FE-67-177 2A-A SIP RM CLR ______/____ ______/____ 1-TV-67-870A or B 1-FE-67-185 1A-A CS PMP RM CLR ______/____ ______/____ 2-TV-67-870A or B 2-FE-67-185 2A-A CS PMP RM CLR ______/____ ______/____ 1-TV-67-871A or B 1-FE-67-189 1A-A RHR PMP RM CLR ______/____ ______/____ 2-TV-67-871A or B 2-FE-67-189 2A-A RHR PMP RM CLR ______/____ ______/____ 1-TV-67-872A or B 1-FE-67-347 1A1 692 PEN RM CLR ______/____ ______/____
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 111 of 226 Appendix E (Page 2 of 3)
TRAIN A FLOW EFD OR P DEVICES
Data Package: Page ____ of ____ Date ________
INSTALLED REMOVED ROOT VALVES DESCRIPTION INIT/DATE INIT/DATE 2-TV-67-872A or B 2-FE-67-347 2A1 692 PEN RM CLR ______/____ ______/____ 1-TV-67-873A 1-FE-67-351 1A2 713 PEN RM CLR ______/____ ______/____ 2-TV-67-873A 2-FE-67-351 2A2 713 PEN RM CLR ______/____ ______/____ 1-TV-67-874A 1-FE-67-355 1A3 737 PEN RM CLR ______/____ ______/____ 2-TV-67-874A 2-FE-67-355 2A3 737 PEN RM CLR ______/____ ______/____ 1-TV-67-875A 1-FE-67-343 1A-A 692 PIPE CHASE CLR ______/____ ______/____ 2-TV-67-875A 2-FE-67-343 2A-A 692 PIPE CHASE CLR ______/____ ______/____ 1-TV-67-887A 1-FE-67-340 757 AUX AIR COMP ______/____ ______/____ 1-TV-67-891A 1-FE-67-214 737 SFP&TBBP SP CLR ______/____ ______/____ 1-TV-67-892A 1-FE-67-163 713 CCS&AFWP SP CLR ______/____ ______/____ 0-TV-67-894A 0-FE-67-196 692 EBR A-A CONDENSER ______/____ ______/____ 0-TV-67-895A 0-FE-67-198 737 MCR CHLR ______/____ ______/____ 1-TV-67-915 & 916 1-FE-67-473 C-A CRDM CLR ______/____ ______/____ 1-TV-67-917 & 918 1-FE-67-470 A-A CRDM CLR ______/_____ ______/____ 1-TV-67-919A 1-FE-67-471 1A-A LCC ______/_____ ______/____ 1-TV-67-920A 1-FE-67-472 1C-A LCC ______/_____ ______/____
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 112 of 226 Appendix E (Page 3 of 3)
TRAIN A FLOW EFD OR P DEVICES
Data Package: Page ____ of ____ Date ________
INSTALLED REMOVED ROOT VALVES DESCRIPTION INIT/DATE INIT/DATE 2-TV-67-915 & 916 2-FE-67-473 C-A CRDM CLR ______/____ ______/____ 2-TV-67-917 & 918 2-FE-67-470 A-A CRDM CLR ______/_____ ______/____ 2-TV-67-919A 2-FE-67-471 A-A LCC ______/_____ ______/____ 2-TV-67-920A 2-FE-67-472 C-A LCC ______/_____ ______/____
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 113 of 226 Appendix F (Page 1 of 1)
CALCULATION INFORMATION SHEET Data Package: Page ____ of ____ Date ________
At 1-FE-67-61, Maximum Flow = 20000gpm with Maximum 2 O Therefore:
3805.1437)605.193/ 605.193 ( *000 , 20 K)605.193/]O 2 H[" INPUT ( SQRT *K 000 , 20 ]GPM[Output P*3805.1437 Q gpm Constants: Pd= discharge pressure = 1bf/in 2 x 144 in 2/ft 2 3 x 1bf/1bm = 62.37 1bf/ft 3 (average river temperature of 60F) Q ft/sec = Pump flow(gpm) x 0.002228 ft 3/sec-gpm Ad= Pump discharge cross-sectional area = 2.18 ft 2 g= Gravitational constant = 32.143 ft/sec 2 zd= elevation difference between the discharge of pump (datum line) and gauge
= -16.5 ft Ps/p= Suction pressure (River level -653.08 ft) As= Pump Suction cross-sectional area = 6.30 ft 2 Zs= Elevation difference between the discharge of pump (datum line) and suction inlet = -90.25 ft NOTE: The velocity heads (Q 2/Ad 2 2g and Q 2/As 2 2g) may be assumed to be zero since their results are insignificant. level River 8.726)31.2*Pd (
)25.90 (0 08.653/Ps ()5.16 (0 37.62 144*Pd
)Zs g 2*As/Q/Ps ( )Zd g 2 *Ad/Q/Pd ( )ft (TDH 2 2 2 2 WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 114 of 226 Appendix G (Page 1 of 2)
CALCULATION FLOW ELEMENT CONSTANTS Data Package: Page ____ of ____ Date ________
Flow Element Bore (maximum size) (H 2O) Flow (gpm) P Flow K 1-FE-67-161 4.3446 100 750 75.0 1-FE-67-163 2.056 207 215 14.94 1-FE-67-169 1.0435 86 36 3.9 2-FE-67-169 1.043 86 36 3.9 1-FE-67-173 1.0092 60 30 3.9 1-FE-67-177 1.265 25 30 6.0 2-FE-67-177 1.265 25 30 6.0 1-FE-67-185 1.4582 15 33 8.5 2-FE-67-185 1.4582 15 33 8.5 1-FE-67-189 1.0112 60 30 3.9 2-FE-67-189 1.0112 60 30 3.9 0-FE-67-196 3.4405 100 440 44.0 0-FE-67-198 3.681 100.5 500 49.9 0-FE-67-204 1.4505 25 42 8.4 0-FE-67-207 1.4505 25 42 8.4 0-FE-67-210 1.4505 25 42 8.4 0-FE-67-211 1.4122 100 78 7.8 1-FE-67-214 1.3999 30 42 7.7 2-FE-67-218 0.50468 100 85 8.5 1-FE-67-222 15.052 310 15000 852.0 2-FE-67-222 15.052 310 15000 852.0 1-FE-67-235 1.976 100 150 15 1-FE-67-241 1.976 100 150 15 1-FE-67-257 1.011 123 43 3.9 2-FE-67-337 0.995 60 30 3.9 WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 115 of 226 Appendix G (Page 2 of 2)
CALCULATION FLOW ELEMENT CONSTANTS
Data Package: Page ____ of ____ Date ________
Flow Element Bore (maximum size) (H 2O) Flow (gpm) P Flow K 1-FE-67-340 0.6970 60 15 1.9 2-FE-67-340 0.6978 60 15 1.9 2-FE-67-343 1.347 100 70 7.0 1-FE-67-343 0.652 100 70 7.0 1-FE-67-347 1.044 60 30 3.9 2-FE-67-347 0.50484 60 30 3.9 1-FE-67-351 1.044 60 30 3.9 2-FE-67-351 0.50484 60 30 3.9 1-FE-67-355 1.044 60 30 3.9 2-FE-67-355 0.50484 60 30 3.9 1-FE-67-470 1.794 222 177 11.9 1-FE-67-471 3.5227 50 320 45.3 1-FE-67-472 3.5227 50 320 45.3 1-FE-67-473 1.794 222 177 11.9
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 116 of 226 Appendix H (Page 1 of 1)
COMMON TRAIN FLOW ELEMENT EFDs Data Package: Page ____ of ____ Date ________
EFD FE ROOT VALVES DESCRIPTION Installed Removed INITIAL/DATE INITIAL/DATE 0-TV-67-898A&B 0-FE-67-207 C&S AIR COM C _______/______ _______/______ 0-TV-67-899A&B 0-FE-67-210 C&S AIR COM B _______/______ _______/______ 0-TV-67-900A&B 0-FE-67-204 C&S AIR COMP A _______/______ _______/______ 0-TV-67-910A&B 0-FE-67-211 C&S AIR COM D _______/______ _______/______
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 117 of 226 Appendix I (Page 1 of 2)
FLOW BALANCE INSTRUCTIONS Data Package: Page ____ of ____ Date ________
1.0 FLOW BALANCE Flow balancing is an iterative process. The steps to balance each component may be repeated several times to align flow for all components on the data sheet. No initials, dates or calculations will be completed until the final proof run described in
Step 1.0[2] is performed.
disconnects. When an Ultrasonic Flowmeter is required, install it on the component piping per the flowmeter instruction. Permanent plant flow indicators will be utilized as they meet accuracy and calibration requirements for flow balance.
[1] BALANCE the Components Listed in Column [1] On the ERCW FLOW BALANCE DATA SHEET, Specified in Section 6.0, WITHOUT Making Any
Entries On the Data Sheet 1 for Performance of the Following Steps:
A. VERIFY/ INSTALLflowmeter with a range as indicated in column [3] or [9] respectively of
the data sheet.
NOTE Throttle valve in the CLOSED direction to set flow. If flow is initially too low, OPEN valve until an increase in flow above the setpoint is observed, then CLOSE down on the valve to
attain proper flow.
B. THROTTLE the valve listed in column [2] of the data sheet to obtain the ow as indicated on the first line in column [4] of the
data sheet.
C. REMOVEeter if needed for another test point, or leave it in place until the flow balance is complete.
D. REPEAT Steps 1.0[1]A through 1.0[1]C for each component on the data sheet. E. REPEAT the entire data sheet until all Target Values (column [4]) are obtained without any throttle valve adjustment.
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 118 of 226 Appendix I (Page 2 of 2)
FLOW BALANCE INSTRUCTIONS
Data Package: Page ____ of ____ Date ________
1.0 FLOW BALANCE (continued)
[2] DOCUMENT the Flow Balance for All Components On the Data Sheet as Follows: A. VERIFY/INSTALL a differential pressure gauge with a range as indicated in column [3] of the data sheet, or a flowmeter as indicated for the component under test and RECORD the test equipment M&TE
number (column [3]) if applicable.
B. RECORD C. DETERMINE the throttle valve position for the valve listed in column [2]
in accordance with Data Sheet 5 for Train A valves.
D. MULTIPLY the value in column [5] by the Correction Multiplier (second line in column [4]). E. When the flow device in column [2] is an FI or ultrasonic flowmeter, RECORD the result of Step 1.0[2]D in column [8], Flow (corrected) line. F. When the Flow device in column [2] is an FE, RECORD the result of Step 1.0[2]D in columCALCULATE the square root of this value and RECORD on the second line in column [6].
MULTIPLY this result by the k value (column [7]) and RECORD the result in column [8], Flow (corrected) line.
NOTE Concurrent verification of test equipment removal is completed in Section 7.0 when all temporary connections are removed from Flow Element test valves.
G. REMOVE the differential pressure gauge or ultrasonic flowmeter if needed for another test point, or leave it in place until the flow balance is
complete.
H. REPEAT Steps 1.0[2]A through 1.0[2]G for each of the components on the data sheet.
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 119 of 226 Data Sheet 1 (Page 1 of 14)
TRAIN A - NORMAL MODE Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc. Criteria Flow (gpm) (Max.) Throttle Valve 1/2 CCS HTX A EFD-1 ________ 0-200"H 2 O 59-64"H 2 O (.906) ________ ________ 852.0 ________ 0 1-FCV-67-143 _______ Steps and calculations performed by (init./date): ___________/_______ Calculations verified by (init./date): ___________/______
_ CCS HTX B 2-FE-67-222 ________ 0-200"H 2 O 59-64"H 2 O (.906) ________ _________ 852.0 ________ 0 2-FCV-67-143 _________ Steps and calculations performed by (init./date): ___________/_______ Calculations verified by (init./date): ___________/______
_ DSL GEN CLR 1A1 1-FI-67-69 N/A 700-760gpm
(.929) ________ N/A N/A ________ (1200) 1-ISV-67-510A N/A Steps and calculations performed by (init./date): ___________/_______ Calculations verified by (init./date): ___________/______
_ DSL GEN CLR 1A2 1-FI-67-277 N/A 700-760gpm
(.929) ________ N/A N/A ________ (1200) 1-ISV-67-515A N/A Steps and calculations performed by (init./date): ___________/_________ Calculations verified by (init./date): ___________/_________ DSL GEN CLR 2A1 2-FI-67-69 N/A 700-760gpm
(.929) ________ N/A N/A ________ (1200) 2-ISV-67-510A N/A Steps and calculations performed by (init./date): ___________/_______ Calculations verified by (init./date): ___________/______
_
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 120 of 226 Data Sheet 1 (Page 2 of 14)
TRAIN A - NORMAL MODE
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc. Criteria Flow (gpm) (Max.) Throttle Valve 1/2 DSL GEN CLR 2A2 2-FI-67-277 N/A 700-760gpm
(.929) ________ N/A N/A ________ (1200) 2-ISV-67-515A N/A Steps and calculations performed by (init./date): ___________/_______ Calculations verified by (init./date): ___________/______
_ SD BD RM A/C A 1-FE-67-161 ________ 0-100"H 2 O 60-72"H 2 O (.931) ________ ________
75.0 ________ (560) 1-ISV-67-555 ________ Steps and calculations performed by (init./date): ___________/_________ Calculations verified by (init./date): ___________/_________ ELEC BD RM A/C A 0-FE-67-196 ________ 0-100"H 2 O 76-91"H 2 O (.936) ________ ________
44.0 ________ (490) 0-ISV-67-618A _______ Steps and calculations performed by (init./date): ___________/_______ Calculations verified by (init./date): ___________/______
_ MAIN CONTROL RM A/C A 0-FE-67-198 ________ 0-200"H 2 O 108-130"H 2 O (.928) ________ ________
35.0 ________ (460) 0-ISV-67-623A ________ Steps and calculations performed by (init./date): ___________/_______ Calculations verified by (init./date): ___________/______
_
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 121 of 226 Data Sheet 1 (Page 3 of 14)
TRAIN A - NORMAL MODE
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc. Criteria Flow (gpm) (Max.) Throttle Valve 1/2 LWR CNTMT CLR 1A 1-FE-67-471 ________ 0-50"H 2 O 48.75-50"H 2 O (.940) ________ ________
45.3 ________ (1060) 1-ISV-67-564A ________ Steps and calculations performed by (init./date): ___________/_________ Calculations verified by (init./date): ___________/_________ LWR CNTMT CLR 2A 2-FE-67-471 ________
0-50H 2 O 48.75-50"H 2 O (.940) ________ ________
45.3 ________ (1060) 2-ISV-67-564A ________ Steps and calculations performed by (init./date): ___________/_________ Calculations verified by (init./date): ___________/_________ LWR CNTMT CLR 1C 1-FE-67-472 ________ 0-50"H 2 O 48.75-50"H 2 O (.940) ________ ________
45.3 ________ (1060) 1-ISV-67-564C ________ Steps and calculations performed by (init./date): ___________/_________ Calculations verified by (init./date): ___________/_________ LWR CNTMT CLR 2C 2-FE-67-472 ________ 0-50"H 2 O 48.75-50"H 2 O (.940) ________ ________
45.3 ________ (1060) 2-ISV-67-564C ________ Steps and calculations performed by (init./date): ___________/_________ Calculations verified by (init./date): ___________/_________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 122 of 226 Data Sheet 1 (Page 4 of 14)
TRAIN A - NORMAL MODE
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc. Criteria Flow (gpm) (Max.) Throttle Valve 1/2 CRDM CLR 1A 1-FE-67-470 ________ 0-200"H 2 O 118-143"H 2 O (.931) ________ ________
11.9 ________ (390) 1-ISV-67-567-A ________ Steps and calculations performed by (init./date): ___________/_________ Calculations verified by (init./date): ___________/_________ CRDM CLR 2A 2-FE-67-470 ________ 0-200"H 2 O 118-143"H 2 O (.931) ________ ________
11.9 ________ (390) 2-ISV-67-567-A ________ Steps and calculations performed by (init./date): ___________/_________ Calculations verified by (init./date): ___________/_________ CRDM CLR 1C 1-FE-67-473 ________ 0-200"H 2 O 118-143"H 2 O (.931) ________ ________
11.9 ________ (390) 1-ISV-67-567C ________ Steps and calculations performed by (init./date): ___________/_________ Calculations verified by (init./date): ___________/_________ CRDM CLR 2C 2-FE-67-473 ________ 0-200"H 2 O 118-143"H 2 O (.931) ________ ________
11.9 ________ (390) 2-ISV-67-567C ________ Steps and calculations performed by (init./date): ___________/_________ Calculations verified by (init./date): ___________/_________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 123 of 226 Data Sheet 1 (Page 5 of 14)
TRAIN A - NORMAL MODE
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc. Criteria Flow (gpm) (Max.) Throttle Valve 1/2 U-1 RCP MTR CLR 1 1-FE-67-235 ________ 0-100"H 2 O 58-70"H 2 O (.930) ________ ________
15.0 ________ (220) 1-ISV-67-572A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/_________ U-2 RCP MTR CLR 1 2-FE-67-235 ________ 0-100"H 2 O 58-70"H 2 O (.930) ________ ________
15.0 ________ (220) 2-ISV-67-572A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/_________ U-1 RCP MTR CLR 3 1-FE-67-241 ________ 0-100"H 2 O 58-70"H 2 O (.930) ________ ________
15.0 ________ (220) 1-ISV-67-572C ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/_________ U-2 RCP MTR CLR 3 2-FE-67-241 ________ 0-100"H 2 O 58-70"H 2 O (.930) ________ ________
15.0 ________ (220) 2-ISV-67-572C ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 124 of 226 Data Sheet 1 (Page 6 of 14)
TRAIN A - NORMAL MODE
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc. Criteria Flow (gpm) (Max.) Throttle Valve 1/2 CCS & AFW PUMP SP CLR 1A 1-FE-67-163 ________ 0-200"H 2 O 108-131"H 2 O (.928) ________ ________
10.2 ________ (670) 1-THV-67-643A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
BA TRF & AFW SP CLR 2A 2-FE-67-218 ________ 0-100"H 2 O 55-65"H 2 O (.929) ________ ________
8.5 ________ (360) 2-THV-67-673A ________ Steps and calculations performed by (init./date): ___________/_____________ Calculations verified by (init./date): ___________/___________ INST RM WAT CLR 1A 1-FE-67-257 ________ 0-100"H 2 O 65-77"H 2 O (.933) ________ ________
3.9 ________ (200) 1-ISV-67-527A ________ Steps and calculations performed by (init./date): ___________/_____________ Calculations verified by (init./date): ___________/___________ INST RM WAT CLR 2A 2-FE-67-257 ________ 0-100"H 2 O 65-77"H 2 O (.933) ________ ________
3.9 ________ (200) 2-ISV-67-527A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 125 of 226 Data Sheet 1 (Page 7 of 14)
TRAIN A - NORMAL MODE
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc. Criteria Flow (gpm) (Max.) Throttle Valve 1/2 SFP & TB BSTR PMP CLR 1A 1-FE-67-214 ________ 0-50"H 2 O 16-19"H 2 O (.910) ________ ________
7.7 ________ (170) 1-THV-67-646A ________ Steps and calculations performed by (init./date): ___________/_____________ Calculations verified by (init./date): ___________/___________
CSS PMP RM CLR 1A-A 1-FE-67-185 ________ 0-50"H 2 O 12-15"H 2 O (.895) ________ ________
8.5 ________ (190) 1-THV-67-605A ________ Steps and calculations performed by (init./date): ___________/_____________ Calculations verified by (init./date): ___________/___________
CSS PMP RM CLR 2A-A 2-FE-67-185 ________ 0-50"H 2 O 12-15"H 2 O (.895) ________ ________
8.5 ________ (190) 2-THV-67-605A ________ Steps and calculations performed by (init./date): ___________/_____________ Calculations verified by (init./date): ___________/___________
CENT CHG PMP CLR 1A 1-FE-67-169 ________ 0-100"H 2 O 45-58"H 2 O (.923) ________ ________
3.9 ________ (28) 1-ISV-67-601A ________ Steps and calculations performed by (init./date): ___________/_____________ Calculations verified by (init./date): ___________/___________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 126 of 226 Data Sheet 1 (Page 8 of 14)
TRAIN A - NORMAL MODE
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc. Criteria Flow (gpm) (Max.) Throttle Valve 1/2 UPPER CNTMT CLR 1A 1-FI-67-263 N/A 24-25gpm (.958) ________ N/A N/A ________ (26) 1-THV-67-588A N/A Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
UPPER CNTMT CLR 2A 2-FI-67-263 N/A 24-25gpm (.958) ________ N/A N/A ________ (26) 2-THV-67-588A N/A Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
UPPER CNTMT CLR 1C 1-FI-67-265 N/A 24-25gpm (.958) ________ N/A N/A ________ (26) 1-THV-67-588C N/A Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
UPPER CNTMT CLR 2C 2-FI-67-265 N/A 24-25gpm (.958) ________ N/A N/A ________ (26) 2-THV-67-588C N/A Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 127 of 226 Data Sheet 1 (Page 9 of 14)
TRAIN A - NORMAL MODE
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc. Criteria Flow (gpm) (Max.) Throttle Valve 1/2 SI PMP RM CLR 1A 1-FE-67-177 ________ 0-50"H 2 O 15-20"H 2 O (.907) ________ ________
6.0 ________ (25) 1-THV-67-604A ________ Steps and calculations performed by (init./date): ___________/_____________ Calculations verified by (init./date): ___________/___________
SI PMP RM CLR 2A 2-FE-67-177 ________ 0-50"H 2 O 15-20"H 2 O (.907) ________ ________
6.0 ________ (25) 2-THV-67-604A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
RHR PMP RM CLR 1A-A 1-FE-67-189 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (21) 1-THV-67-606A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
RHR PMP RM CLR 2A-A 2-FE-67-189 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (21) 2-THV-67-606A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 128 of 226 Data Sheet 1 (Page 10 of 14)
TRAIN A - NORMAL MODE
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc. Criteria Flow (gpm) (Max.) Throttle Valve 1/2 PIPE CHASE CLR 1A 1-FE-67-343 ________ 0-50"H 2 O 15-20"H 2 O (.907) ________ N/A 7.0 ________ (17) 1-THV-67-611A N/A Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
PIPE CHASE CLR 2A 2-FE-67-343 ________ 0-50"H 2 O 15-20"H 2 O (.907) ________ N/A 7.0 ________ (17) 2-THV-67-611A N/A Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________ PEN RM CLR 1A1 1-FE-67-347 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (14) 1-THV-67-608A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________ PEN RM CLR 1A2 1-FE-67-351 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (13) 1-THV-67-609A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 129 of 226 Data Sheet 1 (Page 11 of 14)
TRAIN A - NORMAL MODE
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc. Criteria Flow (gpm) (Max.) Throttle Valve 1/2 PEN RM CLR 1A3 1-FE-67-355 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (14) 1-THV-67-610A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________ PEN RM CLR 2A1 2-FE-67-347 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (14) 2-THV-67-608A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________ PEN RM CLR 2A2 2-FE-67-351 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (13) 2-THV-67-609A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________ PEN RM CLR 2A3 2-FE-67-355 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (14) 2-THV-67-610A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 130 of 226 Data Sheet 1 (Page 12 of 14)
TRAIN A - NORMAL MODE
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc. Criteria Flow (gpm) (Max.) Throttle Valve 1/2 EMER GAS TR RM CLR 2A 2-FE-67-337 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (11) 2-THV-67-685A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
ST AIR COMP (header) 0-FIS-67-206 N/A 152-155gpm
(.932) N/A N/A N/A ________ (196) 0-THV-67-632C N/A Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
CENT CHG PMP CLR 2A 2-FE-67-169 ________ 0-100"H 2 O 45-58"H 2 O (.923) ________ ________
3.9 ________ (28) 2-ISV-67-601A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
AUX CNTRL AIR COMP A 1-FE-67-340 ________ 0-50"H 2 O 16-25"H 2 O (.910) N/A ________
1.9 ________ (185) 1-ISV-67-683A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 131 of 226 Data Sheet 1 (Page 13 of 14)
TRAIN A - NORMAL MODE
Data Package: Page ____ of ____ Date ________
Component UNID DESCRIPTION M&TE # PRESSURE (PSIG) INITIALS 1-VTV-67-534A CS HX 1A ERCW SUP HDR VT 2-VTV-67-534A CS HX 2A ERCW SUP HDR VT 1-FE-67-61 ERCW SUP HDR 1A (up strm) 1-FE-67-61 ERCW SUP HDR 1A (dn strm) 2-FE-67-61 ERCW SUP HDR 1A (up strm) 2-FE-67-61 ERCW SUP HDR 1A (dn strm) 1-DRV-67-547 ERCW CCS HX A DR. 2-DRV-67-547 ERCW CCS HX B DR. 0-TV-67-621A MCR CHLR A-A ERCW CONN. 1-TV-67-690A UCC 1A ERCW SUP TEST CONN 2-TV-67-690A UCC 2A ERCW SUP TEST CONN 0-TV-67-616A EBR A ERCW SUP TEST CONN 0-ISOL-67-820A ERCW PMP A-A DISCH PRESS 0-ISOL-67-819A ERCW PMP B-A DISCH PRESS 0-ISOL-67-817A ERCW PMP C-A DISCH PRESS 0-ISOL-67-916A ERCW PMP D-A DISCH PRESS WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 132 of 226 Data Sheet 1 (Page 14 of 14)
TRAIN A - NORMAL MODE
Data Package: Page ____ of ____ Date ________
Component UNID DESCRIPTION M&TE # PRESSURE (PSIG) INITIALS 1-PI-67-9B ERCW STRNR 1A-A OUT PRESS 2-PI-67-9B ERCW STRNR 2A-A OUT PRESS 0-PI-67-17 ERCW HRD B PRESS 1-PI-67-9A ERCW STRNR 1A-A SUPPLY PRESS 2-PI-67-9A ERCW STRNR 2A-A SUPPLY PRESS ERCW Strainer DP is recorded below: Equation Data Entry INITIALS 1-PI-67-9A - 1-PI-67-9B = DP _______________ - _______________ = _____________ 2-PI-67-9A - 2-PI-67-9B = DP
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 133 of 226 Data Sheet 2 (Page 1 of 15)
TR. A - U-1 COLD SHUTDOWN, U-2 LOCA-RECIRC Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge # Target Value/(Corr.
Multiplier) 2 O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 ERCW HEADER 2A 2-FI-67-222 N/A 14k-15kgpm
(.935) N/A N/A N/A ________ N/A N/A N/A Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/__
_________ CCS HTX A (B position) EFD-1 ________ N/A ________ Use HTX P gauge value to flow curve
________ >5650 1-FCV-67-146 Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/__
_________ CCS HTX B (B position) N/A Calculated using values calculated above: ERCW Header 2A - CCS HTX A =
________ >4400 2-FCV-67-146 Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/__
_________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 134 of 226 Data Sheet 2 (Page 2 of 15)
TR. A - U-1 COLD SHUTDOWN, U-2 LOCA-RECIRC
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge # Target Value/(Corr.
Multiplier) 2 O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 CSS HTX 1A 1-FI-67-136 N/A 5700-6200gpm
(.927) N/A N/A N/A ________ NA 1-ISV-67-537A N/A Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/__
_________ CSS HTX 2A 2-FI-67-136 N/A 5700-6200gpm
(.927) N/A N/A N/A ________ 5200 2-ISV-67-537A N/A Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/__
_________ DSL GEN CLR 1A1 1-FI-67-69 N/A 700-760gpm
(.929) ________ N/A N/A ________ (1200) 1-ISV-67-510A N/A Steps and calculations performed by (init./date): ___________/_______ Calculations verified by (init./date): ___________/______
_
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 135 of 226 Data Sheet 2 (Page 3 of 15)
TR. A - U-1 COLD SHUTDOWN, U-2 LOCA-RECIRC
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge # Target Value/(Corr.
Multiplier) 2 O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 DSL GEN CLR 1A2 1-FI-67-277 N/A 700-760gpm
(.929) ________ N/A N/A ________ (1200) 1-ISV-67-515A N/A Steps and calculations performed by (init./date): ___________/_______ Calculations verified by (init./date): ___________/______
_ DSL GEN CLR 2A1 2-FI-67-69 N/A 700-760gpm
(.929) ________ N/A N/A ________ (1200) 2-ISV-67-510A N/A Steps and calculations performed by (init./date): ___________/_______ Calculations verified by (init./date): ___________/______
_ DSL GEN CLR 2A2 2-FI-67-277 N/A 700-760gpm
(.929) ________ N/A N/A ________ (1200) 2-ISV-67-515A N/A Steps and calculations performed by (init./date): ___________/_______ Calculations verified by (init./date): ___________/______
_
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 136 of 226 Data Sheet 2 (Page 4 of 15)
TR. A - U-1 COLD SHUTDOWN, U-2 LOCA-RECIRC
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 SD BD RM A/C A 1-FE-67-161 ________ 0-100"H 2 O 60-72"H 2 O (.931) ________ ________
75.0 ________ (560) 1-ISV-67-555 ________ Steps and calculations performed by (init./date): ___________/_________ Calculations verified by (init./date): ___________/_________ ELEC BD RM A/C A 0-FE-67-196 ________ 0-100"H 2 O 76-91"H 2 O (.936) ________ ________
44.0 ________ (490) 0-ISV-67-618A _______ Steps and calculations performed by (init./date): ___________/_______ Calculations verified by (init./date): ___________/______
_ MAIN CONTROL RM A/C A 0-FE-67-198 ________ 0-200"H 2 O 108-130"H 2 O (.928) ________ ________
35.0 ________ (460) 0-ISV-67-623A ________ Steps and calculations performed by (init./date): ___________/_______ Calculations verified by (init./date): ___________/______
_
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 137 of 226 Data Sheet 2 (Page 5 of 15)
TR. A - U-1 COLD SHUTDOWN, U-2 LOCA-RECIRC
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 CCS & AFW PUMP SP CLR 1A 1-FE-67-163 ________ 0-200"H 2 O 108-131"H 2 O (.928) ________ ________
10.2 ________ (670) 1-THV-67-643A ________ Steps and calculations performed by (init./date): ___________/_________ Calculations verified by (init./date): ___________/_________ BA TRF & AFW SP CLR 2A 2-FE-67-218 ________ 0-100"H 2 O 55-65"H 2 O (.929) ________ ________
8.5 ________ (360) 2-THV-67-673A ________ Steps and calculations performed by (init./date): ___________/_____________ Calculations verified by (init./date): ___________/___________
SFP & TB BSTR PMP CLR 1A 1-FE-67-214 ________ 0-50"H 2 O 16-19"H 2 O (.910) ________ ________
7.7 ________ (170) 1-THV-67-646A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 138 of 226 Data Sheet 2 (Page 6 of 15)
TR. A - U-1 COLD SHUTDOWN, U-2 LOCA-RECIRC
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 CSS PMP RM CLR 1A-A 1-FE-67-185 ________ 0-50"H 2 O 12-15"H 2 O (.895) ________ ________
8.5 ________ (190) 1-THV-67-605A ________ Steps and calculations performed by (init./date): ___________/_____________ Calculations verified by (init./date): ___________/___________
CSS PMP RM CLR 2A-A 2-FE-67-185 __________ 0-50 H 2 O 12-15"H 2 O (.895) ________ ________
8.5 ________ (190) 2-THV-67-605A ________ Steps and calculations performed by (init./date): ___________/_____________ Calculations verified by (init./date): ___________/___________
CENT CHG PMP CLR 2A 2-FE-67-169 ________ 0-100"H 2 O 45-58"H 2 O (.923) ________ ________
3.9 ________ (28) 2-ISV-67-601A ________ Steps and calculations performed by (init./date): ___________/_____________ Calculations verified by (init./date): ___________/___________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 139 of 226 Data Sheet 2 (Page 7 of 15)
TR. A - U-1 COLD SHUTDOWN, U-2 LOCA-RECIRC
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 CENT CHG PMP CLR 1A 1-FE-67-169 ________ 0-100"H 2 O 45-58"H 2 O (.923) ________ ________
3.9 ________ (28) 1-ISV-67-601A ________ Steps and calculations performed by (init./date): ___________/_____________ Calculations verified by (init./date): ___________/___________
SI PMP RM CLR 1A 1-FE-67-177 ________ 0-50"H 2 O 15-20"H 2 O (.907) ________ ________
6.0 ________ (25) 1-THV-67-604A ________ Steps and calculations performed by (init./date): ___________/_____________ Calculations verified by (init./date): ___________/___________
SI PMP RM CLR 2A 2-FE-67-177 ________ 0-50"H 2 O 15-20"H 2 O (.907) ________ ________
6.0 ________ (25) 2-THV-67-604A ________ Steps and calculations performed by (init./date): ___________/_____________ Calculations verified by (init./date): ___________/___________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 140 of 226 Data Sheet 2 (Page 8 of 15)
TR. A - U-1 COLD SHUTDOWN, U-2 LOCA-RECIRC
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 RHR PMP RM CLR 1A-A 1-FE-67-189 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (21) 1-THV-67-606A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
RHR PMP RM CLR 2A-A 2-FE-67-189 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (21) 2-THV-67-606A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
PIPE CHASE CLR 1A 1-FE-67-343 ________ 0-50"H 2 O 15-20"H 2 O (.907) ________ N/A 7.0 ________ (17) 1-THV-67-611A N/A Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 141 of 226 Data Sheet 2 (Page 9 of 15)
TR. A - U-1 COLD SHUTDOWN, U-2 LOCA-RECIRC
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 PIPE CHASE CLR 2A 2-FE-67-343 ________ 0-50"H 2 O 15-20"H 2 O (.907) ________ N/A 7.0 ________ (17) 2-THV-67-611A N/A Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________ PEN RM CLR 1A1 1-FE-67-347 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (14) 1-THV-67-608A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________ PEN RM CLR 1A2 1-FE-67-351 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (13) 1-THV-67-609A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 142 of 226 Data Sheet 2 (Page 10 of 15)
TR. A - U-1 COLD SHUTDOWN, U-2 LOCA-RECIRC
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 PEN RM CLR 1A3 1-FE-67-355 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (14) 1-THV-67-610A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________ PEN RM CLR 2A1 2-FE-67-347 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (14) 2-THV-67-608A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________ PEN RM CLR 2A2 2-FE-67-351 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (13) 2-THV-67-609A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 143 of 226 Data Sheet 2 (Page 11 of 15)
TR. A - U-1 COLD SHUTDOWN, U-2 LOCA-RECIRC
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 PEN RM CLR 2A3 2-FE-67-355 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (14) 2-THV-67-610A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
EMER GAS TR RM CLR 2A 2-FE-67-337 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (11) 2-THV-67-685A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
ST AIR COMP (header) 0-FIS-67-206 N/A 152-155gpm
(.932) N/A N/A N/A ________ (196) 0-THV-67-632C N/A Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 144 of 226 Data Sheet 2 (Page 12 of 15)
TR. A - U-1 COLD SHUTDOWN, U-2 LOCA-RECIRC
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) correcte d k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 AUX CNTRL AIR COMP A 1-FE-67-340 ________ 0-50"H 2 O 16-25"H 2 O (.910) N/A ________
1.9 ________ (185) 1-ISV-67-683A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________ LWR CNTMT CLR 1A 1-FE-67-471 ________
0-50H 2 O 48.75-50"H 2 O (.940) ________ ________
45.3 ________ (1060) 1-ISV-67-564A ________ Steps and calculations performed by (init./date): ___________/_________ Calculations verified by (init./date): ___________/_________ LWR CNTMT CLR 1C 1-FE-67-472 ________ 0-50"H 2 O 48.75-50"H 2 O (.940) ________ ________
45.3 ________ (1060) 1-ISV-67-564C ________ Steps and calculations performed by (init./date): ___________/_________ Calculations verified by (init./date): ___________/_________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 145 of 226 Data Sheet 2 (Page 13 of 15)
TR. A - U-1 COLD SHUTDOWN, U-2 LOCA-RECIRC
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) correcte d k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 UPPER CNTMT CLR 1A 1-FI-67-263 N/A 24-25gpm (.958) ________ N/A N/A ________ (26) 1-THV-67-588A N/A Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
UPPER CNTMT CLR 1C 1-FI-67-265 N/A 24-25gpm (.958) ________ N/A N/A ________ (26) 1-THV-67-588C N/A Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 146 of 226 Data Sheet 2 (Page 14 of 15)
TR. A - U-1 COLD SHUTDOWN, U-2 LOCA-RECIRC
Data Package: Page ____ of ____ Date ________
Component UNID DESCRIPTION M&TE # PRESSURE (PSIG) INITIALS 1-VTV-67-534A CS HX 1A ERCW SUP HDR VT 2-VTV-67-534A CS HX 2A ERCW SUP HDR VT 1-FE-67-61 ERCW SUP HDR 1A (up strm) 1-FE-67-61 ERCW SUP HDR 1A (dn strm) 2-FE-67-61 ERCW SUP HDR 1A (up strm) 2-FE-67-61 ERCW SUP HDR 1A (dn strm) 1-DRV-67-547 ERCW CCS HX A DR. 2-DRV-67-547 ERCW CCS HX B DR. 0-TV-67-621A MCR CHLR A-A ERCW CONN. 1-TV-67-690A UCC 1A ERCW SUP TEST CONN 2-TV-67-690A UCC 2A ERCW SUP TEST CONN 0-TV-67-616A EBR A ERCW SUP TEST CONN 0-ISOL-67-820A ERCW PMP A-A DISCH PRESS 0-ISOL-67-819A ERCW PMP B-A DISCH PRESS 0-ISOL-67-817A ERCW PMP C-A DISCH PRESS 0-ISOL-67-916A ERCW PMP D-A DISCH PRESS WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 147 of 226 Data Sheet 2 (Page 15 of 15)
TR. A - U-1 COLD SHUTDOWN, U-2 LOCA-RECIRC
Data Package: Page ____ of ____ Date ________
Component UNID DESCRIPTION M&TE # PRESSURE (PSIG) INITIALS 1-PI-67-9B ERCW STRNR 1A-A OUT PRESS 2-PI-67-9B ERCW STRNR 2A-A OUT PRESS 0-PI-67-17 ERCW HRD B PRESS 1-PI-67-9A ERCW STRNR 1A-A SUPPLY PRESS 2-PI-67-9A ERCW STRNR 2A-A SUPPLY PRESS ERCW Strainer DP is recorded below: Equation Data Entry INITIALS 1-PI-67-9A - 1-PI-67-9B = DP _______________ - _______________ = _____________ 2-PI-67-9A - 2-PI-67-9B = DP
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 148 of 226 Data Sheet 3 (Page 1 of 15)
TR. A - U-1 LOCA-RECIRC, U-2 COLD SHUTDOWN Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 ERCW HEADER 2A 2-FI-67-222 N/A 14k-15kgpm
(.935) N/A N/A N/A ________ N/A N/A N/A Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
CCS HTX A (A position)
EFD-1 ________ N/A ________ EFD-1 ________ 4400 N/A Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
CCS HTX B (A position)
N/A ________ N/A ________ 2-FI-67-222 (-) EFD-1 = ____gpm ________ 5850 N/A Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 149 of 226 Data Sheet 3 (Page 2 of 15)
TR. A - U-1 LOCA-RECIRC, U-2 COLD SHUTDOWN
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 CNTMT SPR HTX 1A 1-FI-67-136 N/A 5700-6200gpm
(.927) N/A N/A N/A ________ 5200 1-ISV-67-537A N/A Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________ DSL GEN CLR 1A1 1-FI-67-69 N/A 700-760gpm
(.929) ________ N/A N/A ________ (1200) 1-ISV-67-510A N/A Steps and calculations performed by (init./date): ___________/_______ Calculations verified by (init./date): ___________/______
_
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 150 of 226 Data Sheet 3 (Page 3 of 15)
TR. A - U-1 LOCA-RECIRC, U-2 COLD SHUTDOWN
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 DSL GEN CLR 1A2 1-FI-67-277 N/A 700-760gpm
(.929) ________ N/A N/A ________ (1200) 1-ISV-67-515A N/A Steps and calculations performed by (init./date): ___________/_______ Calculations verified by (init./date): ___________/______
_ DSL GEN CLR 2A1 2-FI-67-69 N/A 700-760gpm
(.929) ________ N/A N/A ________ (1200) 2-ISV-67-510A N/A Steps and calculations performed by (init./date): ___________/_______ Calculations verified by (init./date): ___________/______
_ DSL GEN CLR 2A2 2-FI-67-277 N/A 700-760gpm
(.929) ________ N/A N/A ________ (1200) 2-ISV-67-515A N/A Steps and calculations performed by (init./date): ___________/_______ Calculations verified by (init./date): ___________/______
_
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 151 of 226 Data Sheet 3 (Page 4 of 15)
TR. A - U-1 LOCA-RECIRC, U-2 COLD SHUTDOWN
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 SD BD RM A/C A 1-FE-67-161 ________ 0-100"H 2 O 60-72"H 2 O (.931) ________ ________
75.0 ________ (560) 1-ISV-67-555 ________ Steps and calculations performed by (init./date): ___________/_________ Calculations verified by (init./date): ___________/_________ ELEC BD RM A/C A 0-FE-67-196 ________ 0-100"H 2 O 76-91"H 2 O (.936) ________ ________
44.0 ________ (490) 0-ISV-67-618A _______ Steps and calculations performed by (init./date): ___________/_______ Calculations verified by (init./date): ___________/______
_ MAIN CONTROL RM A/C A 0-FE-67-198 ________ 0-200"H 2 O 108-130"H 2 O (.928) ________ ________
35.0 ________ (460) 0-ISV-67-623A ________ Steps and calculations performed by (init./date): ___________/_______ Calculations verified by (init./date): ___________/______
_
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 152 of 226 Data Sheet 3 (Page 5 of 15)
TR. A - U-1 LOCA-RECIRC, U-2 COLD SHUTDOWN
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 CCS & AFW PUMP SP CLR 1A 1-FE-67-163 ________ 0-200"H 2 O 108-131"H 2 O (.928) ________ ________
10.2 ________ (670) 1-THV-67-643A ________ Steps and calculations performed by (init./date): ___________/_________ Calculations verified by (init./date): ___________/_________ BA TRF & AFW SP CLR 2A 2-FE-67-218 ________ 0-100"H 2 O 55-65"H 2 O (.929) ________ ________
8.5 ________ (360) 2-THV-67-673A ________ Steps and calculations performed by (init./date): ___________/_____________ Calculations verified by (init./date): ___________/___________
SFP & TB BSTR PMP CLR 1A 1-FE-67-214 ________ 0-50"H 2 O 16-19"H 2 O (.910) ________ ________
7.7 ________ (170) 1-THV-67-646A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 153 of 226 Data Sheet 3 (Page 6 of 15)
TR. A - U-1 LOCA-RECIRC, U-2 COLD SHUTDOWN
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 CSS PMP RM CLR 1A-A 1-FE-67-184 ________ 0-50"H 2 O 12-15"H 2 O (.895) ________ ________
8.5 ________ (190) 1-THV-67-605A ________ Steps and calculations performed by (init./date): ___________/_____________ Calculations verified by (init./date): ___________/___________
CENT CHG PMP CLR 2A 2-FE-67-169 ________ 0-100"H 2 O 45-58"H 2 O (.923) ________ ________
3.9 ________ (28) 2-ISV-67-601A ________ Steps and calculations performed by (init./date): ___________/_____________ Calculations verified by (init./date): ___________/___________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 154 of 226 Data Sheet 3 (Page 7 of 15)
TR. A - U-1 LOCA-RECIRC, U-2 COLD SHUTDOWN
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 CENT CHG PMP CLR 1A 1-FE-67-169 ________ 0-100"H 2 O 45-58"H 2 O (.923) ________ ________
3.9 ________ (28) 1-ISV-67-601A ________ Steps and calculations performed by (init./date): ___________/_____________ Calculations verified by (init./date): ___________/___________
SI PMP RM CLR 1A 1-FE-67-177 ________ 0-50"H 2 O 15-20"H 2 O (.907) ________ ________
6.0 ________ (25) 1-THV-67-604A ________ Steps and calculations performed by (init./date): ___________/_____________ Calculations verified by (init./date): ___________/___________
RHR PMP RM CLR 1A-A 1-FE-67-189 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (21) 1-THV-67-606A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 155 of 226 Data Sheet 3 (Page 8 of 15)
TR. A - U-1 LOCA-RECIRC, U-2 COLD SHUTDOWN
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 RHR PMP RM CLR 2A-A 2-FE-67-189 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (21) 2-THV-67-606A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
PIPE CHASE CLR 1A 1-FE-67-343 ________ 0-50"H 2 O 15-20"H 2 O (.907) ________ N/A 7.0 ________ (17) 1-THV-67-611A N/A Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
PIPE CHASE CLR 2A 2-FE-67-343 ________ 0-50"H 2 O 15-20"H 2 O (.907) ________ N/A 7.0 ________ (17) 2-THV-67-611A N/A Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 156 of 226 Data Sheet 3 (Page 9 of 15)
TR. A - U-1 LOCA-RECIRC, U-2 COLD SHUTDOWN
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 PEN RM CLR 1A1 1-FE-67-347 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (14) 1-THV-67-608A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________ PEN RM CLR 1A2 1-FE-67-351 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (13) 1-THV-67-609A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________ PEN RM CLR 1A3 1-FE-67-355 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (14) 1-THV-67-610A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 157 of 226 Data Sheet 3 (Page 10 of 15)
TR. A - U-1 LOCA-RECIRC, U-2 COLD SHUTDOWN
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 PEN RM CLR 2A1 2-FE-67-347 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (14) 2-THV-67-608A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________ PEN RM CLR 2A2 2-FE-67-351 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (13) 2-THV-67-609A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________ PEN RM CLR 2A3 2-FE-67-355 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (14) 2-THV-67-610A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 158 of 226 Data Sheet 3 (Page 11 of 15)
TR. A - U-1 LOCA-RECIRC, U-2 COLD SHUTDOWN
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) correcte d k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 SI RM CLR 2A 2-FE-67-177 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (25) 2-THV-67-604A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
EMER GAS TR RM CLR 2A 2-FE-67-337 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (11) 2-THV-67-685A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
ST AIR COMP (header) 0-FIS-67-206 N/A 152-155gpm
(.932) N/A N/A N/A ________ (196) 0-THV-67-632C N/A Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 159 of 226 Data Sheet 3 (Page 12 of 15)
TR. A - U-1 LOCA-RECIRC, U-2 COLD SHUTDOWN
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) correcte d k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 AUX CNTRL AIR COMP A 1-FE-67-340 ________ 0-50"H 2 O 16-25"H 2 O (.910) N/A ________
1.9 ________ (185) 1-ISV-67-683A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________ LWR CNTMT CLR 2A 2-FE-67-471 ________
0-50H 2 O 48.75-50"H 2 O (.940) ________ ________
45.3 ________ (1060) 2-ISV-67-64A ________ Steps and calculations performed by (init./date): ___________/_________ Calculations verified by (init./date): ___________/_________ LWR CNTMT CLR 2C 2-FE-67-472 ________ 0-50"H 2 O 48.75-50"H 2 O (.940) ________ ________
45.3 ________ (1060) 2-ISV-67-564C ________ Steps and calculations performed by (init./date): ___________/_________ Calculations verified by (init./date): ___________/_________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 160 of 226 Data Sheet 3 (Page 13 of 15)
TR. A - U-1 LOCA-RECIRC, U-2 COLD SHUTDOWN
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) correcte d k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 UPPER CNTMT CLR 2A 2-FI-67-263 N/A 24-25gpm (.958) ________ N/A N/A ________ (26) 2-THV-67-588A N/A Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
UPPER CNTMT CLR 2C 2-FI-67-265 N/A 24-25gpm (.958) ________ N/A N/A ________ (26) 2-THV-67-588C N/A Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________ INST RM WAT CLR 2A 2-FE-67-257 ________ 0-100"H 2 O 65-77"H 2 O (.933) ________ ________
3.9 ________ (200) 2-ISV-67-527A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 161 of 226 Data Sheet 3 (Page 14 of 15)
TR. A - U-1 LOCA-RECIRC, U-2 COLD SHUTDOWN
Data Package: Page ____ of ____ Date ________
Component UNID DESCRIPTION M&TE # PRESSURE (PSIG) INITIALS 1-VTV-67-534A CS HX 1A ERCW SUP HDR VT 2-VTV-67-534A CS HX 2A ERCW SUP HDR VT 1-FE-67-61 ERCW SUP HDR 1A (up strm) 1-FE-67-61 ERCW SUP HDR 1A (dn strm) 2-FE-67-61 ERCW SUP HDR 1A (up strm) 2-FE-67-61 ERCW SUP HDR 1A (dn strm) 1-DRV-67-547 ERCW CCS HX A DR. 2-DRV-67-547 ERCW CCS HX B DR. 0-TV-67-621A MCR CHLR A-A ERCW CONN. 1-TV-67-690A UCC 1A ERCW SUP TEST CONN 2-TV-67-690A UCC 2A ERCW SUP TEST CONN 0-TV-67-616A EBR A ERCW SUP TEST CONN 0-ISOL-67-820A ERCW PMP A-A DISCH PRESS 0-ISOL-67-819A ERCW PMP B-A DISCH PRESS 0-ISOL-67-817A ERCW PMP C-A DISCH PRESS 0-ISOL-67-916A ERCW PMP D-A DISCH PRESS WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 162 of 226 Data Sheet 3 (Page 15 of 15)
TR. A - U-1 LOCA-RECIRC, U-2 COLD SHUTDOWN
Data Package: Page ____ of ____ Date ________
Component UNID DESCRIPTION M&TE # PRESSURE (PSIG) INITIALS 1-PI-67-9B ERCW STRNR 1A-A OUT PRESS 2-PI-67-9B ERCW STRNR 2A-A OUT PRESS 0-PI-67-17 ERCW HRD B PRESS ERCW Strainer DP is recorded below: Equation Data Entry INITIALS 1-PI-67-9A - 1-PI-67-9B = DP _______________ - _______________ = _____________ 2-PI-67-9A - 2-PI-67-9B = DP
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 163 of 226 Data Sheet 4 (Page 1 of 14)
TR. A U-1 HOT SHUTDOWN - U-2 STARTUP Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 CCS HTX A (B + bypass) EFD-1 ________ 0-200"H 2 O 59-64"H 2 O (.906) ________ ________ 852.0 ________ 0 1-FCV-67-143 _______ Steps and calculations performed by (init./date): ___________/_______ Calculations verified by (init./date): ___________/______
_ CCS HTX B (B + bypass) 2-FE-67-222 ________ 0-200"H 2 O 59-64"H 2 O (.906) 2-FE-67-222 (-) EFD-1 = gpm ________ _________ 852.0 ________ 0 2-FCV-67-143 _________ Steps and calculations performed by (init./date): ___________/_______ Calculations verified by (init./date): ___________/______
_ DSL GEN CLR 1A1 1-FI-67-69 N/A 700-760gpm
(.929) ________ N/A N/A ________ (1200) 1-ISV-67-510A N/A Steps and calculations performed by (init./date): ___________/_______ Calculations verified by (init./date): ___________/______
_ DSL GEN CLR 1A2 1-FI-67-277 N/A 700-760gpm
(.929) ________ N/A N/A ________ (1200) 1-ISV-67-515A N/A Steps and calculations performed by (init./date): ___________/_________ Calculations verified by (init./date): ___________/_________ DSL GEN CLR 2A1 2-FI-67-69 N/A 700-760gpm
(.929) ________ N/A N/A ________ (1200) 2-ISV-67-510A N/A Steps and calculations performed by (init./date): ___________/_______ Calculations verified by (init./date): ___________/______
_
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 164 of 226 Data Sheet 4 (Page 2 of 14)
TR. A U-1 HOT SHUTDOWN - U-2 STARTUP
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 DSL GEN CLR 2A2 2-FI-67-277 N/A 700-760gpm
(.929) ________ N/A N/A ________ (1200) 2-ISV-67-515A N/A Steps and calculations performed by (init./date): ___________/_______ Calculations verified by (init./date): ___________/______
_ SD BD RM A/C A 1-FE-67-161 ________ 0-100"H 2 O 60-72"H 2 O (.931) ________ ________
75.0 ________ (560) 1-ISV-67-555 ________ Steps and calculations performed by (init./date): ___________/_________ Calculations verified by (init./date): ___________/_________ ELEC BD RM A/C A 0-FE-67-196 ________ 0-100"H 2 O 76-91"H 2 O (.936) ________ ________
44.0 ________ (490) 0-ISV-67-618A _______ Steps and calculations performed by (init./date): ___________/_______ Calculations verified by (init./date): ___________/______
_ MAIN CONTROL RM A/C A 0-FE-67-198 ________ 0-200"H 2 O 108-130"H 2 O (.928) ________ ________
35.0 ________ (460) 0-ISV-67-623A ________ Steps and calculations performed by (init./date): ___________/_______ Calculations verified by (init./date): ___________/______
_
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 165 of 226 Data Sheet 4 (Page 3 of 14)
TR. A U-1 HOT SHUTDOWN - U-2 STARTUP
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 LWR CNTMT CLR 1A 1-FE-67-471 ________ 0-50"H 2 O 48.75-50"H 2 O (.940) ________ ________
45.3 ________ (1060) 1-ISV-67-564A ________ Steps and calculations performed by (init./date): ___________/_________ Calculations verified by (init./date): ___________/_________ LWR CNTMT CLR 2A 2-FE-67-471 ________
0-50H 2 O 48.75-50"H 2 O (.940) ________ ________
45.3 ________ (1060) 2-ISV-67-564A ________ Steps and calculations performed by (init./date): ___________/_________ Calculations verified by (init./date): ___________/_________ LWR CNTMT CLR 1C 1-FE-67-472 ________ 0-50"H 2 O 48.75-50"H 2 O (.940) ________ ________
45.3 ________ (1060) 1-ISV-67-564C ________ Steps and calculations performed by (init./date): ___________/_________ Calculations verified by (init./date): ___________/_________ LWR CNTMT CLR 2C 2-FE-67-472 ________ 0-50"H 2 O 48.75-50"H 2 O (.940) ________ ________
45.3 ________ (1060) 2-ISV-67-564C ________ Steps and calculations performed by (init./date): ___________/_________ Calculations verified by (init./date): ___________/_________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 166 of 226 Data Sheet 4 (Page 4 of 14)
TR. A U-1 HOT SHUTDOWN - U-2 STARTUP
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 CRDM CLR 1A 1-FE-67-470 ________ 0-200"H 2 O 118-143"H 2 O (.931) ________ ________
11.9 ________ (390) 1-ISV-67-567-A ________ Steps and calculations performed by (init./date): ___________/_________ Calculations verified by (init./date): ___________/_________ CRDM CLR 2A 2-FE-67-470 ________ 0-200"H 2 O 118-143"H 2 O (.931) ________ ________
11.9 ________ (390) 2-ISV-67-567-A ________ Steps and calculations performed by (init./date): ___________/_________ Calculations verified by (init./date): ___________/_________ CRDM CLR 1C 1-FE-67-473 ________ 0-200"H 2 O 118-143"H 2 O (.931) ________ ________
11.9 ________ (390) 1-ISV-67-567C ________ Steps and calculations performed by (init./date): ___________/_________ Calculations verified by (init./date): ___________/_________ CRDM CLR 2C 2-FE-67-473 ________ 0-200"H 2 O 118-143"H 2 O (.931) ________ ________
11.9 ________ (390) 2-ISV-67-567C ________ Steps and calculations performed by (init./date): ___________/_________ Calculations verified by (init./date): ___________/_________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 167 of 226 Data Sheet 4 (Page 5 of 14)
TR. A U-1 HOT SHUTDOWN - U-2 STARTUP
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 U-1 RCP MTR CLR 1 1-FE-67-235 ________ 0-100"H 2 O 58-70"H 2 O (.930) ________ ________
15.0 ________ (220) 1-ISV-67-572A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/_________ U-2 RCP MTR CLR 1 2-FE-67-235 ________ 0-100"H 2 O 58-70"H 2 O (.930) ________ ________
15.0 ________ (220) 2-ISV-67-572A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/_________ U-1 RCP MTR CLR 3 1-FE-67-241 ________ 0-100"H 2 O 58-70"H 2 O (.930) ________ ________
15.0 ________ (220) 1-ISV-67-572C ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/_________ U-2 RCP MTR CLR 3 2-FE-67-241 ________ 0-100"H 2 O 58-70"H 2 O (.930) ________ ________
15.0 ________ (220) 2-ISV-67-572C ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 168 of 226 Data Sheet 4 (Page 6 of 14)
TR. A U-1 HOT SHUTDOWN - U-2 STARTUP
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 CCS & AFW PUMP SP CLR 1A 1-FE-67-163 ________ 0-200"H 2 O 108-131"H 2 O (.928) ________ ________
10.2 ________ (670) 1-THV-67-643A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
BA TRF & AFW SP CLR 2A 2-FE-67-218 ________ 0-100"H 2 O 55-65"H 2 O (.929) ________ ________
8.5 ________ (360) 2-THV-67-673A ________ Steps and calculations performed by (init./date): ___________/_____________ Calculations verified by (init./date): ___________/___________ INST RM WAT CLR 1A 1-FE-67-257 ________ 0-100"H 2 O 65-77"H 2 O (.933) ________ ________
3.9 ________ (200) 1-ISV-67-527A ________ Steps and calculations performed by (init./date): ___________/_____________ Calculations verified by (init./date): ___________/___________ INST RM WAT CLR 2A 2-FE-67-257 ________ 0-100"H 2 O 65-77"H 2 O (.933) ________ ________
3.9 ________ (200) 2-ISV-67-527A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 169 of 226 Data Sheet 4 (Page 7 of 14)
TR. A U-1 HOT SHUTDOWN - U-2 STARTUP
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 SFP & TB BSTR PMP CLR 1A 1-FE-67-214 ________ 0-50"H 2 O 16-19"H 2 O (.910) ________ ________
7.7 ________ (170) 1-THV-67-646A ________ Steps and calculations performed by (init./date): ___________/_____________ Calculations verified by (init./date): ___________/___________
CSS PMP RM CLR 1A-A 1-FE-67-185 ________ 0-50"H 2 O 12-15"H 2 O (.895) ________ ________
8.5 ________ (190) 1-THV-67-605A ________ Steps and calculations performed by (init./date): ___________/_____________ Calculations verified by (init./date): ___________/___________
CSS PMP RM CLR 2A-A 2-FE-67-185 ________ 0-50"H 2 O 12-15"H 2 O (.895) ________ ________
8.5 ________ (190) 2-THV-67-605A ________ Steps and calculations performed by (init./date): ___________/_____________ Calculations verified by (init./date): ___________/___________
CENT CHG PMP CLR 1A 1-FE-67-169 ________ 0-100"H 2 O 45-58"H 2 O (.923) ________ ________
3.9 ________ (28) 1-ISV-67-601A ________ Steps and calculations performed by (init./date): ___________/_____________ Calculations verified by (init./date): ___________/___________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 170 of 226 Data Sheet 4 (Page 8 of 14)
TR. A U-1 HOT SHUTDOWN - U-2 STARTUP
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 UPPER CNTMT CLR 1A 1-FI-67-263 N/A 24-25gpm (.958) ________ N/A N/A ________ (26) 1-THV-67-588A N/A Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
UPPER CNTMT CLR 2A 2-FI-67-263 N/A 24-25gpm (.958) ________ N/A N/A ________ (26) 2-THV-67-588A N/A Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
UPPER CNTMT CLR 1C 1-FI-67-265 N/A 24-25gpm (.958) ________ N/A N/A ________ (26) 1-THV-67-588C N/A Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
UPPER CNTMT CLR 2C 2-FI-67-265 N/A 24-25gpm (.958) ________ N/A N/A ________ (26) 2-THV-67-588C N/A Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 171 of 226 Data Sheet 4 (Page 9 of 14)
TR. A U-1 HOT SHUTDOWN - U-2 STARTUP
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 SI PMP RM CLR 1A 1-FE-67-177 ________ 0-50"H 2 O 15-20"H 2 O (.907) ________ ________
6.0 ________ (25) 1-THV-67-604A ________ Steps and calculations performed by (init./date): ___________/_____________ Calculations verified by (init./date): ___________/___________
SI PMP RM CLR 2A 2-FE-67-177 ________ 0-50"H 2 O 15-20"H 2 O (.907) ________ ________
6.0 ________ (25) 2-THV-67-604A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
RHR PMP RM CLR 1A-A 1-FE-67-189 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (21) 1-THV-67-606A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
RHR PMP RM CLR 2A-A 2-FE-67-189 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (21) 2-THV-67-606A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 172 of 226 Data Sheet 4 (Page 10 of 14)
TR. A U-1 HOT SHUTDOWN - U-2 STARTUP
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 PIPE CHASE CLR 1A 1-FE-67-343 ________ 0-50"H 2 O 15-20"H 2 O (.907) ________ N/A 7.0 ________ (17) 1-THV-67-611A N/A Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
PIPE CHASE CLR 2A 2-FE-67-343 ________ 0-50"H 2 O 15-20"H 2 O (.907) ________ N/A 7.0 ________ (17) 2-THV-67-611A N/A Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________ PEN RM CLR 1A1 1-FE-67-347 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (14) 1-THV-67-608A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________ PEN RM CLR 1A2 1-FE-67-351 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (13) 1-THV-67-609A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 173 of 226 Data Sheet 4 (Page 11 of 14)
TR. A U-1 HOT SHUTDOWN - U-2 STARTUP
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 PEN RM CLR 1A3 1-FE-67-355 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (14) 1-THV-67-610A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________ PEN RM CLR 2A1 2-FE-67-347 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (14) 2-THV-67-608A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________ PEN RM CLR 2A2 2-FE-67-351 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (13) 2-THV-67-609A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________ PEN RM CLR 2A3 2-FE-67-355 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (14) 2-THV-67-610A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 174 of 226 Data Sheet 4 (Page 12 of 14)
TR. A U-1 HOT SHUTDOWN - U-2 STARTUP
Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] [9] Component Flow Device EDF or M&TE Gauge
- Target Value/(Corr.
Multiplier) 2O) or Flow(gpm) corrected k Flowcorrected (gpm) Acc Crit Flow (gpm) (Max.) Throttle Valve 1/2 EMER GAS TR RM CLR 2A 2-FE-67-337 ________ 0-100"H 2 O 30-60"H 2 O (.907) ________ ________
3.9 ________ (11) 2-THV-67-685A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
ST AIR COMP (header) 0-FIS-67-206 N/A 152-155gpm
(.932) N/A N/A N/A ________ (196) 0-THV-67-632C N/A Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
CENT CHG PMP CLR 2A 2-FE-67-169 ________ 0-100"H 2 O 45-58"H 2 O (.923) ________ ________
3.9 ________ (28) 2-ISV-67-601A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
AUX CNTRL AIR COMP A 1-FE-67-340 ________ 0-50"H 2 O 16-25"H 2 O (.910) N/A ________
1.9 ________ (185) 1-ISV-67-683A ________ Steps and calculations performed by (init./date): ___________/___________ Calculations verified by (init./date): ___________/___________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 175 of 226 Data Sheet 4 (Page 13 of 14)
TR. A U-1 HOT SHUTDOWN - U-2 STARTUP
Data Package: Page ____ of ____ Date ________
Component UNID DESCRIPTION M&TE # PRESSURE (PSIG) INITIALS 1-VTV-67-534A CS HX 1A ERCW SUP HDR VT 2-VTV-67-534A CS HX 2A ERCW SUP HDR VT 1-FE-67-61 ERCW SUP HDR 1A (up strm) 1-FE-67-61 ERCW SUP HDR 1A (dn strm) 2-FE-67-61 ERCW SUP HDR 1A (up strm) 2-FE-67-61 ERCW SUP HDR 1A (dn strm) 1-DRV-67-547 ERCW CCS HX A DR. 2-DRV-67-547 ERCW CCS HX B DR. 0-TV-67-621A MCR CHLR A-A ERCW CONN. 1-TV-67-690A UCC 1A ERCW SUP TEST CONN 2-TV-67-690A UCC 2A ERCW SUP TEST CONN 0-TV-67-616A EBR A ERCW SUP TEST CONN 0-ISOL-67-820A ERCW PMP A-A DISCH PRESS 0-ISOL-67-819A ERCW PMP B-A DISCH PRESS 0-ISOL-67-817A ERCW PMP C-A DISCH PRESS 0-ISOL-67-916A ERCW PMP D-A DISCH PRESS WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 176 of 226 Data Sheet 4 (Page 14 of 14)
TR. A U-1 HOT SHUTDOWN - U-2 STARTUP
Data Package: Page ____ of ____ Date ________
Component UNID DESCRIPTION M&TE # PRESSURE (PSIG) INITIALS 1-PI-67-9B ERCW STRNR 1A-A OUT PRESS 2-PI-67-9B ERCW STRNR 2A-A OUT PRESS 0-PI-67-17 ERCW HRD B PRESS 1-PI-67-9A ERCW STRNR 1A-A SUPPLY PRESS 2-PI-67-9A ERCW STRNR 2A-A SUPPLY PRESS ERCW Strainer DP is recorded below: Equation Data Entry INITIALS 1-PI-67-9A - 1-PI-67-9B = DP _______________ - _______________ = _____________ 2-PI-67-9A - 2-PI-67-9B = DP
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 177 of 226 Data Sheet 5 (Page 1 of 4) TRAIN A THROTTLE VALVE SETPOINTS Data Package: Page ____ of ____ Date ________
1.0 APPLICATION Use this data sheet only for the valves adjusted in the flow mode applicable to the subsection of the procedure being performed (i.e. only valves applicable to the Cold
Shutdown Mode are completed with Section 6.4 U-1 LOCA, U-2 Hot Standby.
2.0 PROCEDURE
[1] DETERMINE valve throttle position as follows:
[2] OPEN the valve to the full open stop.
[3] CLOSE the valve while counting the number of turns until the flow returns to that previously recorded on the data sheet.
[4] RECORD the number of turns from the full open stop to the desired flow position to the nearest 1/4 turn. DO NOT discount
any handwheel movement as valve slack, count ALL turns.
For plug valves (0-90 travel) record the position to the nearest
- 15. [5] CLOSE the valve fully.
[6] OPEN the valve while counting the number of turns until the flow returns to that previously recorded on the data sheet.
[7] RECORD the number of turns from full closed position to the desired flow position to the nearest 1/4 turn. DO NOT discount
any handwheel movement as valve slack, count ALL turns.
For plug valves (0-90 travel) record the position to the nearest 15 Component Throttle Valve Mode Application Turns From Initial/Date Full Open Full Closed AUX CNTRL AIR COMP A 1-ISV 67-683 LOCA _______/_______
BA TRF & AFW SP CLR 2A 2-THV-67-673A Normal _______/_______CCS HTX A A 1-FCV-67-146 LOCA _______/_______CCS HTX A B 1-FCV-67-146 LOCA WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 178 of 226 Data Sheet 5 (Page 2 of 4) TRAIN A THROTTLE VALVE SETPOINTS
Data Package: Page ____ of ____ Date ________
2.0 PROCEDURE (continued)
Component Throttle Valve Mode Application Turns From Initial/Date Full Open Full Closed CCS HTX B A 2-FCV-67-143 LOCA _______/_______CCS HTX B B 2-FCV-67-143 LOCA CCS & AFW PMP SP CLR 1A 1-THV-67-643A Normal _______/_______CENT CHG PMP 1A-A 1-THV-67-601A Normal _______/_______CENT CHG PMP 2A-A 2-THV-67-601A Normal _______/_______CSS HTX 1A 1-ISV-67-537A LOCA _______/______ CSS HTX 2A 2-ISV-67-537A LOCA _______/______ CSS PMP RM CLR 1A-A 1-THV-67-605A Normal _______/______ CSS PMP RM CLR 2A-A 2-THV-67-605A Normal _______/______ CRDM CLR 1A 1-ISV-67-567A Normal _______/______ CRDM CLR 1C 1-ISV-67-567C Normal _______/______ CRDM CLR 2A 2-ISV-67-567A Normal _______/______ CRDM CLR 2C 2-ISV-67-567C Normal _______/______ DSL DEN CLR 1A1 1-ISV-67-510A LOCA _____/________ DSL DEN CLR 1A2 1-ISV-67-515A LOCA _______/______ DSL DEN CLR 2A1 2-ISV-67-510A LOCA _______/______ DSL DEN CLR 2A2 2-ISV-67-515A LOCA _______/______ ELEC BD RM A/C A 0-ISV-67-618A Normal _______/______ EGTS RM CLR 2A 2-THV-67-685A Normal _______/______ INST RM WTR CLR 1A 1-ISV-67-527A Normal _______/______ INST RM WTR CLR 2A 2-ISV-67-527A Normal _______/______ LWR CNTMT CLR 1A 1-ISV-67-564A Normal _______/______ LWR CNTMT CLR 1C 1-ISV-67-564C Normal _______/______ LWR CNTMT CLR 2A 2-ISV-67-564A Normal _______/______ LWR CNTMT CLR 2C 2-ISV-67-564C Normal _______/______ MCR A/C A 0-ISV-67-623A Normal _______/______
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 179 of 226 Data Sheet 5 (Page 3 of 4) TRAIN A THROTTLE VALVE SETPOINTS
Data Package: Page ____ of ____ Date ________
2.0 PROCEDURE (continued)
Component Throttle Valve Mode Application Turns From Initial/Date Full Open Full Closed PEN RM CLR 1A1 1-THV-67-608A Normal _______/______ PEN RM CLR 1A2 1-THV-67-609A Normal _______/______ PEN RM CLR 1A3 1-THV-67-610A Normal _______/______ PEN RM CLR 2A1 2-THV-67-608A Normal _______/______ PEN RM CLR 2A2 2-THV-67-609A Normal _______/______ PEN RM CLR 2A3 2-THV-67-610A Normal _______/______ PIPE CHASE CLR 1A 1-THV-67-611A Normal _______/______ PIPE CHASE CLR 2A 2-THV-67-611A Normal _______/______ U-1 RCP MTR CLR 1-1 1-ISV-67-572A Normal _______/______ U-1 RCP MTR CLR 1-3 1-ISV-67-572C Normal _____/________ U-2 RCP MTR CLR 2-1 2-ISV-67-572A Normal _______/______ U-2 RCP MTR CLR 2-3 2-ISV-67-572C Normal _____/________ RHRP RM CLR 1A-A 1-THV-606A Normal _______/______ RHRP RM CLR 2A-A 2-THV-606A Normal _______/______ SD BD RM A/C A 1-ISV-67-555 Normal _______/______
SFP & TB BSTR PMP CLR 1A 1-THV-67-646A Normal _______/______ SI PMP RM CLR 1A 1-THV-67-604A Normal _______/______ SI PMP RM CLR 2A 2-THV-67-604A Normal _______/______
ST AIR COMP A (aftercooler) 1-THV-67-632A Normal _______/______
ST AIR COMP A (intercooler) 1-THV-67-635A Normal _______/______
ST AIR COMP B (aftercooler) 1-THV-67-632B Normal _______/______
ST AIR COMP B (intercooler) 1-THV-67-635B Normal _______/______
ST AIR COMP C (aftercooler) 1-THV-67-632C Normal _______/______
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 180 of 226 Data Sheet 5 (Page 4 of 4) TRAIN A THROTTLE VALVE SETPOINTS
Data Package: Page ____ of ____ Date ________
2.0 PROCEDURE (continued)
Component Throttle Valve Mode Application Turns From Initial/Date Full Open Full Closed ST AIR COMP C (intercooler) 1-THV-67-635C Normal _______/______
ST AIR COMP D (aftercooler) 1-THV-67-632D Normal _______/______
ST AIR COMP D (intercooler) 1-THV-67-635D Normal _______/______ UPR CNTMT CLR 1A 1-THV-67-588A Normal _______/______ UPR CNTMT CLR 1C 1-THV-67-588C Normal _______/______ UPR CNTMT CLR 2A 2-THV-67-588A Normal _______/______ UPR CNTMT CLR 2C 2-THV-67-588C Normal _______/______
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 181 of 226 Data Sheet 6 (Page 1 of 1) PUMP DATA -U-1 COLD SD, U-2 LOCA-RECIRC Data Package: Page ____ of ____ Date ________
Location /Component Instrument M&TE# Reading Range/Accuracy Initial/Date Discharge Pressures at ERCW Pumps 0-PI-67-29B (Pump A-A) ________ psig 200 psig/4 psig ________/________ (N/A data for pumps NOT running) 0-PI-67-33B (Pump B-A) ________ psig 200 psig/4 psig ________/________ 0-PI-67-37B (Pump C-A)
________ psig 200 psig/4 psig ________/________ 0-PI-67-41B (Pump D-A)
________ psig 200 psig/4 psig ________/________ Header Pressure 0-PI-67-18B ________ psig 200 psig/1.75% ________/________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 182 of 226 Data Sheet 7 (Page 1 of 1) PUMP DATA - U-1 LOCA, U-2 COLD SD Data Package: Page ____ of ____ Date ________
Location /Component Instrument M&TE# Reading Range/Accuracy Initial/Date Discharge Pressures at ERCW Pumps 0-PI-67-29B (Pump A-A) ________ psig 200 psig/4 psig ________/________ (N/A data for pumps NOT running) 0-PI-67-33B (Pump B-A) ________ psig 200 psig/4 psig ________/________ 0-PI-67-37B (Pump C-A)
________ psig 200 psig/4 psig ________/________ 0-PI-67-41B (Pump D-A)
________ psig 200 psig/4 psig ________/________ Header Pressure 0-PI-67-18B ________ psig 200 psig/1.75% ________/________
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 183 of 226 Data Sheet 8 (Page 1 of 1)
CCS HTX A FLOW/DP DATA Data Package: Page ____ of ____ Date ________
[1] [2] [3] [4] [5] [6] [7] [8] Flow Point 2-FE-67-222 GPM Correction Factor 2Corrected Flow (gpm) CCS HTX A P at EFD-1 GPM Calculation Performed by:
Init/Date Calculation Verified by:
Init/Date 23H 2 O (A) ~4400 gpm 88H 2 O (B) ~5650 gpm WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 184 of 226 Data Sheet 9 (Page 1 of 1)
CCS HTX B FLOW/DP DATA
[1] [2] [3] [4] [5] [6] [7] [8] Flow Point 2-FE-67-222 (GPM) Correction Factor 2Corrected Flow (gpm) CCS HTX A P at EDF-1 (GPM) Calculation Performed by:
Init/Date Calculation Verified by:
Init/Date 23H 2 O (A) ~4400 gpm 88H 2 O (B) ~5650 gpm 2-FT-67-222 flow ______gpm (-) EFD-1 flow ____ gpm
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 185 of 226 Checklist 1 (Page 1 of 22) 1A ERCW SUPPLY HEADER ALIGNMENT Data Package: Page ____ of ____ Date ________
NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL IPS el 722 Yard ERCW DISCH HDR A COOLING TOWER ISOL North of SGWLU TK POSITION AS NEEDED 0-FCV-67-360 CVERCW HDR 1A
BACKWASH ISOL YARD 0-PI-OPS-17.0 LC 1-ISV-67-506A DG 2A-A ERCW SUP HDR ISOL YARD 0-PI-OPS-17.0 LO 1-ISV-67-507B DG 1A-A ERCW SUP HDR ISOL YARD 0-PI-OPS-17.0 LO 1-ISV-67-507A 1-FT-67-61/1-FT-67-61C ROOT U-1 PIPE TUNNEL OPEN 1-RTV-67-800A CV1-FT-67-61/1-FT-67-61C ROOT U-1 PIPE TUNNEL OPEN 1-RTV-67-800B CV DG Bldg el 742 DG HX 1A1/1A2 ERCW DISCH HDR THROTTLE DGB/742 0-PI-OPS-17.0 LT 1-THV-67-8020 DG HX 1A1/1A2 ERCW DISCH HDR A ISOL DGB/742 0-PI-OPS-17.0 LO 1-ISV-67-511A DG HX 1A1/1A2 ERCW DISCH HDR B ISOL DGB/742 0-PI-OPS-17.0 LO 1-ISV-67-516B DG HX 1A1/1A2 ERCW SUP HDR 1A ISOL DGB/742 CLOSED 1-FCV-67-66 DG Bldg el 742 DG HX 1A1 ERCW OUT THROTTLE DGB/742 0-PI-OPS-17.0 LT 1-THV-67-510A DG HX 1A1 ERCW SUP VENT DGB/742 CLOSED 1-VTV-67-519A CVDG HX 1A1 ERCW DRAIN DGB/742 CLOSED 1-DRV-67-981A CV1-FI-67-69 ROOT DGB/742 OPEN 1-RTV-67-827A CV1-FI-67-69 ROOT DGB/742 OPEN 1-RTV-67-827B CVDG HX 1A2 ERCW OUT THROTTLE DGB/742 0-PI-OPS-17.0 LT 1-THV-67-515A DG HX 1A2 ERCW DRAIN DGB/742 CLOSED 1-DRV-67-980A CV WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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Data Package: Page ____ of ____ Date ________
NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL DG HX 1A2 ERCW SUP
VENT DGB/742 CLOSED 1-VTV-67-518A CV1-FI-67-277 ROOT DGB/742 OPEN 1-RTV-67-828A CV1-FI-67-277 ROOT DGB/742 OPEN 1-RTV-67-828B CV DG 1A-A OUT ERCW HDR VENT DGB/742 CLOSED 1-VTV-67-982 CV2-FI-67-277 ROOT DGB/742 OPEN 2-RTV-67-828B CVDG 2A-A HX ERCW OUT HDR VENT DGB/742 CLOSED 2-VTV-67-982 CVD/G HX 2A1/2A2 ERCW DISCH HDR THROTTLE DGB/742 0-PI-OPS-17.0 LT 2-THV-67-8020 DG HX 2A1/2A2 ERCW DISCH HDR A ISOL DGB/742 0-PI-OPS-17.0 LO 2-ISV-67-511A DG HX 2A1/2A2 ERCW DISCH HDR B ISOL DGB/742 0-PI-OPS-17.0 LO 2-ISV-67-516B DG HX 2A1/2A2 ERCW SUP HDR 1A ISOL DGB/742 OPEN 2-FCV-67-66 DG HX 2A1 ERCW OUT THROTTLE DGB/742 0-PI-OPS-17.0 LT 2-THV-67-510A DG HX 2A1 ERCW SUP VENT DGB/742 CLOSED 2-VTV-67-519A CVDG HX 2A1 ERCW DRAIN DGB/742 CLOSED 2-DRV-67-981A CV DG Bldg el 742 2-FI-67-69 ROOT DGB/742 OPEN 2-RTV-67-827A CV2-FT-67-69 ROOT DGB/742 OPEN 2-RTV-67-827B CVDG HX 2A2 ERCW OUT THROTTLE DGB/742 0-PI-OPS-17.0 LT 2-THV-67-515A DG HX 2A2 ERCW SUP VENT DGB/742 CLOSED 2-VTV-67-518A CVDG HX 2A2 ERCW DRAIN DGB/742 CLOSED 2-DRV-67-980A CV2-FI-67-277 ROOT DGB/742 OPEN 2-RTV-67-828A CVTurbine Bldg el 708 STA AIR COMP A AFTCLR ERCW SUP ISOL T7K/708 OPEN 0-ISV-67-627A CV WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL STA AIR COMPR A AFTRCLR ERCW DRAIN T5K/708 CLOSED 0-DRV-67-628A CV STA AIR COMPR A AFTRCLR ERCW DRAIN T5K/708 CLOSED 0-DRV-67-629A CV STA AIR COMPR A AFTRCLR ERCW VENT T5K/708 CLOSED 0-VTV-67-630A CV STA AIR COMP A AFTCLR ERCW VENT T5K/708 CLOSED 0-VTV-67-631A CV STA AIR COMP A AFTCLR ERCW SUP THROTTLE T5K/708 TI-31.08 0-THV-67-632A CV STA AIR COMPR A INTCLR ERCW SUP ISOL T6K/708 OPEN 0-ISV-67-633A CV STA AIR COMP A AFTCLR ERCW SUP HDR DRAIN T5K/708 CLOSED 0-DRV-67-634A CV STA AIR COMP A INTCLR ERCW SUP THROTTLE T5K/708 TI-31.08 0-THV-67-635A CV STA AIR COMPR A AFTCLR ERCW RET ISOL T7K/708 OPEN 0-ISV-67-636A CV STA AIR COMPR A CYL THROTTLE T5K/708 OPEN 0-THV-67-659A CV0-TCV-67-1215A BYPASS T6K/708 1/4 turn OPEN 0-BYV-67-662A CV0-FE-67-204 TEST POINT T6K/717 CLOSED 0-TV-67-900A CV0-FE-67-204 TEST POINT T6K/717 CLOSED 0-TV-67-900B CVSTA AIR COMPR RAW
WTR SUP ISOL T3N/720 CLOSED 0-ISV-67-661 CVTurbine Bldg el 708 STA AIR COMPR B AFT CLR ERCW SUP ISOL T5K/708 OPEN 0-ISV-67-627B CV STA AIR COMPR B AFTRCLR ERCW DRAIN T6K/708 CLOSED 0-DRV-67-628B CV STA AIR COMPR B AFTRCLR ERCW DRAIN T6K/708 CLOSED 0-DRV-67-629B CV STA AIR COMPR B AFTRCLR ERCW VENT T6K/708 CLOSED 0-VTV-67-630B CV STA AIR COMPR B AFTRCLR ERCW VENT T6K/708 CLOSED 0-VTV-67-631B CV WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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Data Package: Page ____ of ____ Date ________
NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL STA AIR COMP B AFTCLR ERCW SUP THROTTLE T7K/708 TI-31.08 0-THV-67-632B CV STA AIR COMP B INTCLR ERCW SUP ISOL T6K/708 OPEN 0-ISV-67-633B CV STA AIR COMP B AFTCLR ERCW SUP HDR DRAIN T6K/708 CLOSED 0-DRV-67-634B CV STA AIR COMP B INTCLR ERCW SUP THROTTLE T6K/708 TI-31.08 0-THV-67-635B CV STA AIR COMP B AFTCLR ERCW RET ISOL T7K/708 OPEN 0-ISV-67-636B CV STA AIR COMP B CYL THROTTLE T6K/708 OPEN 0-THV-67-659B CV0-TCV-67-1220A BYASS T6K/708 1/4 turn OPEN 0-BYV-67-662B CV0-FE-67-210 TEST POINT T6K/708 CLOSED 0-TV-67-899A CV0-FE-67-210 TEST POINT T6K/708 CLOSED 0-TV-67-899B CV STA AIR COMP C AFTCLR
ERCW SUP ISOL T5K/708 OPEN 0-ISV-67-627C CV STA AIR COMPR C AFTCLR ERCW DRAIN T7K/708 CLOSED 0-DRV-67-628C CV STA AIR COMPR C AFTCLR ERCW DRAIN T7K/708 CLOSED 0-DRV-67-629C CV STA AIR COMPR C AFTRCLR ERCW VENT T7K/708 CLOSED 0-VTV-67-630C CVTurbine Bldg el 708 STA AIR COMP C AFT CLR
ERCW VENT T7K/708 CLOSED 0-VTV-67-631C CV STA AIR COMPR C AFT CLR ERCW SUP THROT T7K/708 TI-31.08 0-THV-67-632C CV STA AIR COMPR C
INTCLR ERCW SUP ISOL T7K/708 OPEN 0-ISV-67-633C CV STA AIR COMPR C AFT CLR ERCW SUP HDR DR T7K/708 CLOSED 0-DRV-67-634C CV STA AIR COMPR C
INTCLR ERCW SUP THROTTLE T7K/708 TI-31.08 0-THV-67-635C CV WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL STA AIR COMP C AFTCLR ERCW RET ISOL T7K/708 OPEN 0-ISV-67-636C CV STA AIR COMPR C CYL THROTTLE T7K/708 OPEN 0-THV-67-659C CV0-TCV-67-1219A BYPASS T6K/708 1/4 turn OPEN 0-BYV-67-662C CV0-FE-67-207 TEST POINT T7K/708 CLOSED 0-TV-67-898A CV0-FE-67-207 TEST POINT T7K/708 CLOSED 0-TV-67-898B CV STA AIR COMP D AFTCLR
ERCW SUP ISOL T7K/708 OPEN 0-ISV-67-626D CV STA AIR COMP D AFTCLR
ERCW SUP ISOL T6K/708 OPEN 0-ISV-67-627D CV STA AIR COMPR D AFT CLR ERCW RET DRAIN T6K/708 CLOSED 0-DRV-67-1113 CV STA AIR COMPR D
INTCLR ERCW VENT ISOL T6K/708 THROTTLED (1) 0-ISV-67-1105 CV STA AIR COMPR D AFT CLR ERCW VENT ISOL T6K/708 THROTTLED (1) 0-ISV-67-1116 CV(1) Throttled to maintain continuous flow when Air Compressor in service.
STA AIR COMPR D AFT CLR ERCW RET THROTLE T6K/708 TI-31.08 0-THV-67-1111 CV STA AIR COMP D AFTCLR ERCW RET ISOL T6K/708 OPEN 0-ISV-67-637D CVTurbine Bldg el 708 0-PI-67-1102 ROOT T6K/708 OPEN 0-RTV-67-1104 CV0-PI-67-1114 ROOT T6K/708 OPEN 0-RTV-67-1112 CV STA AIR COMP D AFTCLR ERCW RET ISOL T7K/708 OPEN 0-ISV-67-636D CV STA AIR COMPR ERCW HDR VENT T7K/708 CLOSED 0-VTV-67-637 CV STA AIR COMP ERCW DISCHARGE ISOLATION T7K/708 OPEN 0-ISV-67-638 CV STA AIR COMPR RCW DISCH ISOL T7K/708 OPEN 1-ISV-67-638 CV0-FE-67-211 TEST POINT T7K/717 CLOSED 0-TV-67-910A CV0-FE-67-211 TEST POINT T7K/717 CLOSED 0-TV-67-910B CV WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL Control Bldg el 692 EBR A/C COND A-A ERCW
SUP TEST CONN C13N/692 CLOSED 0-TV-67-616A CV EBR A/C COND A-A ERCW RET TEST CONN C13N/692 CLOSED 0-TV-67-617A CV0-FE-67-196 TEST C12N/692 CLOSED 0-TV-67-894A CV0-FE-67-196 TEST C12N/692 CLOSED 0-TV-67-894B CV ELEC BD RM A/C COND
A-A ERCW SUP ISOL C12N/694 (1) 0-PI-OPS-17.0 LO 0-ISV-67-615A EBR A/C COND A-A ERCW RET THROTTLE C12N/696 (1) 0-PI-OPS-17.0 LT 0-THV-67-618A ELEC BD RM A/C COND A-A ERCW SUP VENT C12N/701 CLOSED 0-VTV-67-614A CV(1) See Precautions & Limitation R Aux Bldg el 676 CS PMP 1A-A RM CLER FLUSH CONNECTION A6U/676 CLOSED 1-ISV-67-620 CVCSP RM COOLER 1A-A ERCW SUP FLOW CNTL A7U/676 CLOSED 1-FCV-67-184 CVCONTROL AIR ISOLATION VALVE TO 1-FCV-67-184 A7U/676 OPEN 1-ISV-32-3018 CV1-FE-67-185 TEST POINT A7U/676 CLOSED 1-TV-67-870A CV1-FE-67-185 TEST POINT A7U/676 CLOSED 1-TV-67-870B CVCS PMP RM CLR 1A-A ERCW RET THROTTLE A7U/676 0-PI-OPS-17.0 LT 1-THV-67-605A RHR PMP RM CLR 1A-A ERCW RET THROTTLE A7W/676 0-PI-OPS-17.0 LT 1-THV-67-606A RHRP RM COOLER 1A-A ERCW SUP FLOW CNTL A7V/676 0-PI-OPS-17.0 LO 1-FCV-67-188 RHR PMP 1A-A RM CLR FLUSH CONNECTION A7V/676 CLOSED 1-ISV-67-621 CVCONTROL AIR ISOLATION VALVE TO 1-FCV-67-188 A7W/676 0-PI-OPS-17.0 LC 1-ISV-32-3021 WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL 1-FE-67-189 TEST POINT A7V/676 CLOSED 1-TV-67-871A CV1-FE-67-189 TEST POINT A7V/676 CLOSED 1-TV-67-871B CVAux Bldg el 692 SIP ROOM COOLER 1A-A ERCW SUP FLOW CNTL A7V/692 CLOSED 1-FCV-67-176 CVCONTROL AIR ISOLATION
VALVE TO 1-FCV-67-176 A7U/692 0-PI-OPS-17.0 LC 1-ISV-32-2984 CVSIS PMP RM CLR 1A-A ERCW RET THROTTLE A7V/692 0-PI-OPS-17.0 LT 1-THV-67-604A SI PMP 1A-A RM COOLER FLUSH CONNECTION A6U/692 CLOSED 1-ISV-67-624 CV1-FE-67-177 TEST POINT A7V/700 CLOSED 1-TV-67-869A CV1-FE-67-177 TEST POINT A7V/700 CLOSED 1-TV-67-869B CVLOWER CNTMT VT CLR
1A & 1C ERCW SUP ISOL A2U/708 0-PI-OPS-17.0 LO 1-ISV-67-523A INSTR RM WATER CLR 1A ERCW SUP ISOL A2U/708 OPEN 1-ISV-67-524A CVINSTR RM WATER CLR 1A ERCW IN TEST CONN A4W/692 CLOSED 1-TV-67-525A CVINSTR RM WATER CLR 1A ERCW OUT TEST CONN A4W/692 CLOSED 1-TV-67-526A CVINSTR RM WATER CLR 1A ERCW RET THROTTLE A4W/706 TI-31.08 1-THV-67-527A CVLWR CNTMT CLR HDR A ERCW SUP TST CONN A2U/692 CLOSED 1-TV-67-560A CVLWR CNTMT CLR HDR C ERCW SUP TST CONN A2U/708 CLOSED 1-TV-67-560C CVLWR CNTMT CLR HDR A ERCW RET TEST CONN A2U/708 CLOSED 1-TV-67-576A CVLWR CNTMT CLR HDR C ERCW RET TST CONN A2U/708 CLOSED 1-TV-67-576C CVPENT/PIPE CHSE RM CLR ERCW SUP HDR 1A ISOL A7V/692 0-PI-OPS-17.0 LO 1-ISV-67-607A PENT ROOM CLR 1A-A ERCW RET THROTTLE A4V/692 0-PI-OPS-17.0 LT 1-THV-67-608A WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL Aux Bldg el 692 1-FE-67-347 TEST POINT A4V/699 CLOSED 1-TV-67-872A CV1-FE-67-347 TEST POINT A4V/699 CLOSED 1-TV-67-872B CVCCP OIL CLR ERCW SUP XTIE ISOL A4U/698 CLOSED 1-ISV-67-1015B CVCCP OIL CLR ERCW SUP XTIE ISOL A4U/698 CLOSED 1-ISV-67-1016B CVCCP OIL CLR ERCW SUP XTIE HDR DRAIN A4U/698 CLOSED 1-DRV-67-1017B CVPENT ROOM CLR 1A-A ERCW SUP FLOW CNTL A4V/692 OPEN 1-FCV-67-346 CVCONTROL AIR ISOLATION VALVE TO 1-FCV-67-346 A4V/692 CLOSED 1-ISV-32-2955 CVCCP ROOM COOLER 1A-A ERCW SUP FLOW CNTL A4T/692 0-PI-OPS-17.0 LO 1-FCV-67-168 CONTROL AIR ISOLATION VALVE TO 1-FCV-67-168 A4T/698 0-PI-OPS-17.0 LC 1-ISV-32-2935 CVCS CCP ROOM CLR 1A-A ERCW SUP ISOL A4T/695 0-PI-OPS-17.0 LO 1-ISV-67-600A CVCS CCP ROOM CLR 1A ERCW RET THROTTLE A4T/695 0-PI-OPS-17.0 LT 1-THV-67-601A CVCS CCP ROOM CLR 1A-A ERCW RET ISOL A4T/695 0-PI-OPS-17.0 LO 1-ISV-67-602A 1-FE-67-169 TEST POINT A4T/698 CLOSED 1-TV-67-868A CV1-FE-67-169 TEST POINT A4T/698 CLOSED 1-TV-67-868B CVINSTR RM WATER CLR 1A ERCW SUP ISOL A4W/697 OPEN 1-ISV-67-710A CVERCW FLOOD MODE RET
HDR A ISOL A2U/702 CLOSED 0-ISV-67-528A CVSIS/CS/RHR PMP RM CLR ERCW SUP HDR 1A ISOL A7V/703 0-PI-OPS-17.0 LO 1-ISV-67-603A OUTAGE CW SUPPLY TO LCC A5V/703 CLOSED (1) 1-ISV-67-232 CVOUTAGE LCC CW RETURN A5V/703 CLOSED (1) 1-ISV-67-238 CV WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL (1) = Flange Installed Aux Bldg el 692 PIPE CHASE COOLER 1A-A ERCW SUP FLOW CNTL A1U/692 OPEN 1-FCV-67-342 CVOUTAGE LCC CW RETURN A5V/703 CLOSED (1) 1-ISV-67-237 CVCONTROL AIR ISOLATION
VALVE TO 1-FCV-67-342 A1U/692 OPEN 1-ISV-32-2961 CV PIPE CHASE RM CLR 1A-A ERCW RET ISOL A1U/703 0-PI-OPS-17.0 LT 1-THV-67-611A 1-FE-67-343 TEST POINT A1U/700 CLOSED 1-TV-67-875A CV1-FE-67-343 TEST POINT A1U/700 CLOSED 1-TV-67-875B CVDEMIN WATER INJ TO ERCW DEAD LEG ISV A1T/700 CLOSED 1-ISV-67-750 CV PEN/PIPE CHASE RM CLR ERCW RET HDR 1A ISOL A7V/703 0-PI-OPS-17.0 LO 1-ISV-67-612A SIS/CS/RHR PMP RM CLR ERCW RET HDR 1A ISOL A7V/703 0-PI-OPS-17.0 LO 1-ISV-67-613A AUX BLDG ERCW SUP HDR 1A ISOL A15U/706 0-PI-OPS-17.0 LO 1-FCV-67-81 1-FI-67-237 ROOT A2U/707 OPEN 1-RTV-67-849A CV1-FI-67-237 ROOT A2U/707 OPEN 1-RTV-67-849B CV1-FI-67-231 ROOT A2U/707 OPEN 1-RTV-67-851A CV1-FI-67-231 ROOT A2U/707 OPEN 1-RTV-67-851B CVERCW SUP HDR 1A DRAIN A1U/707 CLOSED 1-DRV-67-950A CVERCW FLOOD MODE RET HDR A RCP TH BAR ISOL A4V/708 CLOSED 0-ISV-67-558A CVERCW FLD MODE RT HDR
A SAM/SEAL WTR ISOL A4V/708 CLOSED 0-ISV-67-559A CV1-FE-67-257 TEST POINT A4W/708 CLOSED 1-TV-67-860A CV1-FE-67-257 TEST POINT A4W/708 CLOSED 1-TV-67-860B CV(1) = Check 30 inch ERCW discharge header level > 26 inches above the bottom of the pipe.
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL Aux Bldg el 713 CCS/AFW PMP SPACE CLR 1A-A ERCW SUP
FLOW CNTL A3S/713 OPEN 1-FCV-67-162 CVCONTROL AIR ISOLATION VALVE TO 1-FCV-67-162 A3S/713 OPEN 1-ISV-32-3083 CVAux Bldg el 713 INSTR RM WATER CLR 1A ERCW RET ISOL A3W/713 OPEN 1-ISV-67-530A CV UPPER CNTMT VENT CLR 1A & 1C ERCW SUP ISOL A3U/713 OPEN 1-ISV-67-531A CVCS HX 1A ERCW DRAIN A5V/713 CLOSED 1-DRV-67-536A CV CS HX 1A ERCW RET THROTTLE A5V/713 0-PI-OPS-17.0 LT 1-THV-67-537A 1-FT-67-136 ROOT A5V/713 OPEN 1-RTV-67-833A CV1-FT-67-136 ROOT A5V/713 OPEN 1-RTV-67-833B CV CNTMT SPRAY HX 1A ERCW BIOCIDE CIRC BYP A4V/713 OPEN 1-ISV-67-538A CVERCW HDR A A/C EQUIP RET ISOL A4T/713 0-PI-OPS-17.0 LO 1-ISV-67-554A UPPER CNTMT VENT CLR 1A & 1C ERCW RET ISOL A3U/713 OPEN 1-ISV-67-590A CVPENT ROOM CLR 1A-A ERCW RET THROTTLE A2U/713 0-PI-OPS-17.0 LT 1-THV-67-609A CCS/AFW PMP SPACE CLR 1A-A ERCW RET THROTTLE A3S/713 0-PI-OPS-17.0 LT 1-THV-67-643A CCS/AFW PMP SPACE CLR 1A-A ERCW RET
ISOL A3S/713 0-PI-OPS-17.0 LO 1-ISV-67-644A ERCW HDR A RCW RT ISOL A1U/713 OPEN 0-ISV-67-702 CVBIOCIDE RECIRC ERCW HDR 1A ISOL A4S/713 CLOSED 1-ISV-67-716A CV WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL 0-FIS-67-206 ROOT A2Q/713 OPEN 0-RTV-67-984A CV0-FIS-67-206 ROOT A2Q/713 OPEN 0-RTV-67-985A CV UPPER CNTMT VENT CLR
1A ERCW RET TEMP CNTL A3V/713 Pent Rm OPEN 1-TCV-67-129 CVCONTROL AIR ISOLATION VALVE TO 1-TCV-67-129 A3U/713 OPEN 1-ISV-32-3158 CV UPPER CNTMT VENT CLR 1C ERCW RET TEMP CNTL A3V/713 OPEN 1-TCV-67-132 CVCONTROL AIR ISOLATION VALVE TO 1-TCV-67-132 A3U/713 OPEN 1-ISV-32-3157 CVAux Bldg el 713 ERCW DISCHARGE HDR A ARV ISOLATION VALVE AUX / 713 CLOSED 0-ISV-067-1106A CVERCW DISCHARGE HDR
A AIR RELEASE VALVE AUX / 713 CLOSED 0-ARV-067-1108A CVERCW DISCHARGE HDR A ARV TEST VALVE AUX / 713 CLOSED 0-TV-067-1112A CVPENT ROOM CLR 1A-A ERCW SUP FLOW CNTL A2V/713 OPEN 1-FCV-67-350 CVCONTROL AIR ISOLATION VALVE TO 1-TCV-67-350 A2U/713 OPEN 1-ISV-32-3146 CV1-TCV-67-132 BYPASS A3U/713 CLOSED 1-BYV-67-589C CV UPPER CNTMT VENT CLR 1A ERCW RET HDR ISOL A3U/713 OPEN 1-ISV-67-587A CV UPPER CNTMT VENT CLR 1C ERCW RET HDR ISOL A3U/713 OPEN 1-ISV-67-587C CVBIOCIDE RECIRC ERCW
HDR 1A ISOL A4T/720 CLOSED 1-ISV-67-715A CVDEMIN WATER INJ TO
ERCW DEAD LEG ISV A3T/720 CLOSED 1-ISV-67-751 CV UPPER CNTMT VENT CLR
1A ERCW RET THROTTLE A3U/718 TI-31.08 1-THV-67-588A CV UPPER CNTMT VENT CLR 1C ERCW THROTTLE A3U/718 TI-31.08 1-THV-67-588C CV WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL 1-TCV-67-129 BYPASS A3U/718 CLOSED 1-BYV-67-589A CV1-FE-67-351 TEST POINT A2V/718 CLOSED 1-TV-67-873A CV1-FE-67-351 TEST POINT A2V/718 CLOSED 1-TV-67-873B CV1-FI-67-239 ROOT A2V/719 OPEN 1-RTV-67-848A CV1-FE-67-239 ROOT A2V/719 OPEN 1-RTV-67-848B CV1-FI-67-233 ROOT A2V/719 OPEN 1-RTV-67-850A CV1-FI-67-233 ROOT A2V/719 OPEN 1-RTV-67-850B CV1-FE-67-163 TEST POINT A3S/721 CLOSED 1-TV-67-892A CV1-FE-67-163 TEST POINT A3S/721 CLOSED 1-TV-67-892B CV STA AIR COMPR ERCW SUP HDR 1A ISOL A2Q/726 OPEN 0-FCV-67-205 CV STA AIR COMPR ERCW SUP HDR 1A VENT A2Q/726 CLOSED 0-VTV-67-625A CV CNTMT SPRAY HX 1A-A ERCW RETURN A4V/730 Pent Rm CLOSED 1-FCV-67-126 CVERCW FLOOD MODE RET SFPC HX ISOL A3U/730 CLOSED 0-ISV-67-556A CVAux Bldg el 713 ERCW FLOOD MODE RET SFPC HX ISOL A3U/730 CLOSED 0-ISV-67-557 CV CCS/AFW PMP SPCE CLR 1A-A ERCW SUP ISOL A3S/713 0-PI-OPS-17.0 LO 1-ISV-67-642A LWR CNTMT VENT CLR 1A & 1C ERCW RET ISOL A3V/730 0-PI-OPS-17.0 LO 1-ISV-67-577A TD AFW PUMP ERCW SUP HDR ISOL A3T/730 0-PI-OPS-17.0 LO 1-ISV-67-923A UPP CNTMT VENT CLR 1A ERCW SUP HDR TST CON A4V/732 CLOSED 1-TV-67-578A CVUPP CNTMT VENT CLR 1C ERCW SUP HDR TST CON A4V/732 CLOSED 1-TV-67-578C CVUPP CNTMT VENT CLR 1A ERCW RET HDR TST CON A4V/732 CLOSED 1-TV-67-586A CVUPP CNTMT VENT CLR 1C ERCW RET HDR TST CON A3V/732 CLOSED 1-TV-67-586C CV WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL 1-FI-67-333 ROOT A3V/733 OPEN 1-RTV-67-840A CV1-FI-67-333 ROOT A3V/733 OPEN 1-RTV-67-840B CV1-FI-67-265 ROOT A3V/733 OPEN 1-RTV-67-841A CV1-FI-67-265 ROOT A3V/733 OPEN 1-RTV-67-841B CV1-FI-67-332 ROOT A3V/733 OPEN 1-RTV-67-842A CV1-FI-67-332 ROOT A3V/733 OPEN 1-RTV-67-842B CV1-FI-67-263 ROOT A3U/733 OPEN 1-RTV-67-843A CV1-FI-67-263 ROOT A3U/733 OPEN 1-RTV-67-843B CV ERCW CCS FLOOD MODE SS EQUIP SUP HDR ISLN A8U/735 CLOSED 1-ISV-67-687-A CVERCW A DISC HDR VENT A2U/730 CLOSED 0-VTV-67-1110 (CAPPED) CVAux Bldg el 737 CNTMT SPRAY HX 1A-A ERCW SUPPLY A4U/737 CLOSED 1-FCV-67-125 CVCCS HX C OUTLET ERCW FLOW CNTL BYP A11S/737 OPERABLE 0-FCV-67-144 CVCCS HX C OUTLET ERCW HDR A FLOW CNTL A12T/737 0-PI-OPS-17.0 0-FCV-67-151 SFP/TBBP SP CLR 1A-A ERCW SUP FLOW CNTL A5W/737 OPERABLE 1-FCV-67-213 CVAux Bldg el 737 ERCW FLOOD MODE SUP
SFPC HX ISOL A8S/737 CLOSED 0-ISV-67-529 CV ERCW FLOOD MODE SUP RCW/ICE COND ISOL A3U/737 CLOSED 0-ISV-67-532A CV CNTMT SPRAY HX 1A ERCW BIOCIDE CIRC BYP A4U/737 CLOSED 1-ISV-67-533A CV CS HX 1A ERCW SUP HDR VENT A4U/737 CLOSED 1-VTV-67-534A CVSD BD RM WTR CHLR A-A ERCW DISCH THROTTLE A3R/737 0-PI-OPS-17.0 LT 1-THV-67-555 CSS HX 1A INLET ERCW FLUSH A4U/737 0-PI-OPS-17.0 LC 1-FLV-67-927 WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL PENT ROOM CLR 1A-A ERCW RET THROTTLE A4V/737 0-PI-OPS-17.0 LT 1-THV-67-610A MCR WTR CHLR A-A ERCW SUP VENT A3Q/737 CLOSED 0-VTV-67-619A CVCONTROL AIR ISOLATION VALVE TO 1-FCV-67-213 A5W/737 OPEN 1-ISV-32-3282 CVPENT ROOM CLR 1A3 ERCW SUP FLOW CNTL A4U/737 OPEN 1-FCV-67-354 CVCONTROL AIR ISOL
VALVE TO 1-FCV-67-354 A4U/737 OPEN 1-ISV-032-3294 CVMCR WTR CHLR A-A
ERCW SUP ISOL A3Q/737 0-PI-OPS-17.0 LO 0-ISV-67-620A Aux Bldg el 737 MCR WTRCHIL A-A ERCW SUP TEST CONN A3Q/737 CLOSED 0-TV-67-621A CVMCR WTR CHLR A-A
ERCW OUT TEST CONN A3Q/737 CLOSED 0-TV-67-622A CVMCR WTR CHLR A-A
ERCW OUT ISOL A3Q/737 0-PI-OPS-17.0 LO 0-ISV-67-623A MCR CHLR A-A ERCW DRAIN A4R/737 CLOSED 0-DRV-67-2184 CV CCS HX A OUTLET ERCW FLOW CNTL A10T/746 CLOSED 1-FCV-67-146 CVCCS HEAT EXCHANGER A ERCW IN ISOL A5T/737 OPEN 1-FCV-67-478 CVCCS HX A ERCW VENT A5T/745 CLOSED 1-VTV-67-540 CVCCS HX A ERCW VENT A10T/745 CLOSED 1-VTV-67-541 CVCCS HX A ERCW DRAIN A5T/737 CLOSED 1-VTV-67-547 CVCCS HX A ERCW DRAIN A5T/737 CLOSED 1-VTV-67-548 CVCCS HX A ERCW OUT ISO A11T/737 OPEN 1-ISV-67-551 CV CCS HX A OUTLET ERCW FLOW CNTL BYP ISOL A10T/737 OPEN 1-ISV-67-1009 CV CCS HX A OUTLET ERCW BYP DRAIN A10S/737 CLOSED 1-DRV-67-1011 CV WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL ROOT VLV TST CONN OUTLET OF CCS HX A A10S/737 CLOSED 1-RTV67-1062 CV CCS HX A OUTLET ERCW BYP DRAIN A11S/737 CLOSED 1-DRV-67-1012 CV CCS HX A OUTLET ERCW FLOW CNTL BYP ISOL A11T/737 OPEN 1-ISV-67-1010 CVAux Bldg el 737 MCR WTR CHLR A-A ERCW OUT VENT A3Q/737 OPEN 0-VTV-67-624A CV SFP/TBBP SPACE CLR 1A-A ERCW SUP ISOL A5W/737 OPEN 1-ISV-67-645A SFP/TBBP SPACE CLR 1A-A ERCW THROTTLE A5W/737 0-PI-OPS-17.0 LT 1-THV-67-646A SFP/TBBP SPACE CLR 1A-A ERCW RET ISOL A5W/737 OPEN 1-ISV-67-647A 1-FE-67-355 TEST POINT A4V/737 CLOSED 1-TV-67-874A CV1-FE-67-355 TEST POINT A4V/737 CLOSED 1-TV-67-874B CVSD BD RM WTR CLR A-A ERCW DRAIN A3R/737 CLOSED 1-DRV-67-924 CVSD BD RM WTR CHLR A-A ERCW RET VENT A3R/737 CLOSED 1-VTV-67-948 CVCCS HX SUPPLY ERCW
HDR 1B/2A CROSSTIE A5S/737 0-PI-OPS-17.0 LO 1-FCV-67-223 CCS HX A HDR 1B ERCW SUP A4T/737 0-PI-OPS-17.0 LC 1-FCV-67-458 SD BD RM WTR CHLR A-A ERCW IN TEST CONN A3R/740 CLOSED 1-TV-67-676 CVSD BD RM WTR CHLR A-A
ERCW OUT TEST CONN A3R/740 CLOSED 1-TV-67-677 CVSD BD RM WTR CHLR A-A ERCW SUP ISOL A3R/742 0-PI-OPS-17.0 LO 1-ISV-67-675 1-FE-67-161 TEST POINT A3R/742 CLOSED 1-TV-67-821A CV1-FE-67-161 TEST POINT A3R/742 CLOSED 1-TV-67-821B CV0-FE-67-198 TEST POINT A3Q/744 CLOSED 0-TV-67-895A CV0-FE-67-198 TEST POINT A3Q/744 CLOSED 0-TV-67-895B CV WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL Aux Bldg el 737 CS HX 1A ERCW VENT A5V/748 CLOSED 1-VTV-67-535A CVCCS SURGE TANK A ERCW SUP HDR DRAIN A3T/749 CLOSED 1-DRV-67-545 CV1-FE-67-214 TEST POINT A7W/750 CLOSED 1-TV-67-891A CV1-FE-67-214 TEST POINT A7W/750 CLOSED 1-TV-67-891B CVAUX BLDG AIR CLR ERCW SUP HDR 1A ISOL A4T/754 0-PI-OPS-17.0 LO 1-FCV-67-127 1-FE-67-340 TEST POINT A7U/754 CLOSED 1-TV-67-887A CV1-FE-67-340 TEST POINT A7U/754 CLOSED 1-TV-67-887B CVCCS FLOOD MODE ERCW SUP HDR VENT A4U/755 CLOSED 1-VTV-67-686 CVAux Bldg el 757 AUX CNTL AIR COMPR A ERCW SUP ISOL A7U/757 0-PI-OPS-17.0 LO 0-ISV-67-678A AUX CNTL AIR COMPR A ERCW SUP ISOL A7U/757 0-PI-OPS-17.0 LO 0-ISV-67-678B AUX CNTL AIR COMPR A-A ERCW INLET BYPASS A7U/757 0-PI-OPS-17.0 LC 0-BYV-67-679 AUX CNTL AIR COMPR A ERCW SUP ISOL A6U/757 0-PI-OPS-17.0 LO 1-ISV-67-680 AUX CNTL AIR COMPR A ERCW RET ISOL A6U/757 0-PI-OPS-17.0 LT 1-ISV-67-683 CCS SURGE TNK A ERCW SUP HDR ISOL A7T/757 0-PI-OPS-17.0 LC 1-ISV-67-544 U-1 Containment LWR CNTMT VENT CLR 1A-A ERCW SUP HDR VENT #1 FAN Rm IC/724 Az 4 CLOSED 1-VTV-67-698A CVLWR CNTMT VENT CLR 1A-A ERCW RET HDR
VENT #1 FAN Rm IC/725 Az 4 CLOSED 1-VTV-67-699A CVCRD VENT CLR 1A-A RET ERCW HDR DRAIN IC/717Az 7 CLOSED 1-DRV-67-996 CV WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL CRD VT CLR 1A-A ERCW SUP HDR THROTTLE
- 1 FAN Rm IC/726 Az 7 TI-31.08 1-THV-67-567A CV1-FE-67-470 TEST POINT IC/717 Az 9 CLOSED 1-TV-67-918 CVCRD VENT CLR 1A-A SUP ERCW HDR DRAIN IC/717 Az 9 CLOSED 1-DRV-67-998 CV1-FE-67-470 TEST POINT IC/717 Az 9 CLOSED 1-TV-67-917 CVRCP 1 MTR CLR ERCW RET HDR THROTTLE
- 1 FAN Rm IC/725 Az 8 TI-31.08 1-THV-67-572A CVRCP MTR CLR 1 ERCW RET HDR VENT IC/740 Az 8 CLOSED 1-VTV-67-696A CV1-FE-67-235 TEST POINT IC/729 Az 60 CLOSED 1-TV-67-865A CV1-FE-67-235 TEST POINT IC/729 Az 60 CLOSED 1-TV-67-865B CVRCP MTR CLR 1 ERCW IN SUP VENT IC/732 Az 60 CLOSED 1-VTV-67-700A CVRCP 3 MTR CLR ERCW RET HDR THROTTLE
- 2 FAN Rm 727 Az 200 CLOSED 1-VTV-67-698C CV1-FE-67-473 TEST POINT 730 Az 185 CLOSED 1-TV-67-915 CVU-1 Containment 1-FE-67-473 TEST POINT 730 Az 185 CLOSED 1-TV-67-916 CVCRD VT CLR 1C-A ERCW SUP HDR THROTTLE
- 2 FAN Rm 720 Az 187 CLOSED 1-TV-67-563C CVRCP MTR CLR 3 ERCW RET HDR VENT 726 Az 189 CLOSED 1-VTV-67-696C CVRCP MTR CLR 3 ERCW IN SUP VENT 732 Az 239 CLOSED 1-VTV-67-700C CV1-FE-67-241 TEST POINT 729 Az 243 CLOSED 1-TV-67-864A CV1-FE-67-241 TEST POINT 729 Az 243 CLOSED 1-TV-67-864B CVLOWER CNTMT CLR HDR ERCW RET VENT
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NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL LWR CNTMT CLR HDR A ERCW RET TEST CONN
- 1 Fan Rm IC/720 Az 7 CLOSED 1-TV-67-563A CVRCP 1 MOTOR CLR ERCW SUP CNTL #1 Fan Rm IC/727 Az 12 OPEN 1-TCV-67-86 CVCONTROL AIR ISOLATION VALVE TO 1-TCV-67-86
- 1 Fan Rm IC/716 Az 8 CLOSED 1-DRV-67-778 CVCRD VENT CLR 1A-A OUT TEMP CNTL
- 1 Fan Rm IC/725 Az 8 OPEN 1-TCV-67-85 CVCONTROL AIR ISOLATION VALVE TO 1-TCV-67-85
- 1 Fan Rm IC/725 Az 8 OPEN 1-FCV-67-87 CVLWR CNTMT VENT CLR 1A-A OUT TEMP CNTL
- 1 Fan Rm 723 Az 12 OPEN 1-TCV-67-84 CVCONTROL AIR ISOLATION VALVE TO 1-TCV-67-84
- 1 Fan Rm 726 Az 21 0-PI-OPS-17.0 LT 1-THV-67-564A 1-FE-67-471 TEST POINT
- 1 Fan Rm 724 Az 23 CLOSED 1-TV-67-919A CV1-FE-67-471 TEST POINT
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NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL CRD VENT CLR 1C-A OUT TEMP CNTL
- 2 Fan Rm 725 Az 185 OPEN 1-TCV-67-93 CVCONTROL AIR ISOLATION VALVE TO 1-TCV-67-93
- 2 Fan Rm 723 Az 185 OPEN 1-TCV-67-92 CVCONTROL AIR ISOLATION VALVE TO 1-TCV-67-92
- 2 Fan Rm 720 Az 189 OPEN 1-FCV-67-95 CVRCP 3 MOTOR CLR ERCW SUP CNTL #2 Fan Rm 727 Az 190 OPEN 1-TCV-67-94 CVCONTROL AIR ISOLATION VALVE TO 1-TCV-67-94
- 2 Fan Rm 727 Az 190 OPEN 1-ISV-32-3559 CV1-FE-67-472 TEST POINT
- 2 Fan Rm 724 Az 200 CLOSED 1-TV-67-920A CV1-FE-67-472 TEST POINT
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NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL UPP CNTMT VENT CLR 1A ERCW RET HDR DRAIN IC/791 Az 300 (2) 0-PI-OPS-17.0 LC & capped 1-DRV-67-770 UPP CNTMT VENT CLR 1A ERCW SUP HDR DRAIN IC/792 Az 300 (2) 0-PI-OPS-17.0 LC & capped 1-DRV-67-769 UPP CNTMT VENT CLR 1C ERCW SUP HDR DRAIN IC/795 Az 300 (2) 0-PI-OPS-17.0 LC & capped 1-DRV-67-767 UPP CNTMT VENT CLR 1C ERCW RET HDR DRAIN IC/796 Az 300 (2) 0-PI-OPS-17.0 LC & capped 1-DRV-67-768 U-1 Containment LOWER CNTMT CLR HDR A ERCW SUP VENT Annulus 716/Az 7 CLOSED 1-VTV-67-694A CVLOWER CNTMT CLR HDR A ERCW SUP ISOL Annulus 719/Az 7 OPEN 1-FCV-67-83 CVLOWER CNTMT CLR HDR A ERCW RET VENT Annulus 716/Az 9 CLOSED 1-VTV-67-693A CVLOWER CNTMT CLR HDR A ERCW RET ISOL Annulus 715/Az 20 OPEN 1-FCV-67-88 CVLOWER CNTMT CLR HDR C ERCW RET DRAIN Annulus 705/Az 189 CLOSED 1-DRV-67-1006C CVLOWER CNTMT CLR HDR C ERCW SUP ISOL Annulus 720/Az 190 OPEN 1-FCV-67-91 CVLOWER CNTMT CLR HDR C ERCW RET ISOL Annulus 720/Az 190 OPEN 1-FCV-67-96 CVLOWER CNTMT CLR HDR C ERCW RET VENT Annulus 720/Az 190 CLOSED 1-VTV-67-693C CVLOWER CNTMT CLR HDR C ERCW SUP VENT Annulus 720/Az 172 CLOSED 1-VTV-67-694C CV UPPER CNTMT VENT CLR 1C ERCW SUP HDR VENT Annulus 799/Az 313 CLOSED 1-VTV-67-688C CV UPPER CNTMT VENT CLR 1A ERCW SUP HDR VENT Annulus 795/Az 313 CLOSED 1-VTV-67-688A CV UPPER CNTMT VENT CLR 1A ERCW SUP HDR VENT Annulus 795/Az 313 CLOSED 1-VTV-67-689A CV UPPER CNTMT VENT CLR 1C ERCW SUP HDR VENT Annulus 800/Az 316 CLOSED 1-VTV-67-689C CV WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL UPPER CNTMT VENT CLR
1A ERCW SUP HDR ISOL Annulus 795/Az 305 OPEN 1-FCV-67-130 CV UPPER CNTMT VENT CLR 1A ERCW RET HDR ISOL Annulus 798/Az 318 OPEN 1-FCV-67-131 CV UPPER CNTMT VENT CLR 1C ERCW SUP HDR ISOL Annulus 798/Az 318 OPEN 1-FCV-67-133 CV UPPER CNTMT VENT CLR 1C ERCW RET HDR ISOL Annulus 798/Az 318 OPEN 1-FCV-67-134 CVU-1 Containment UPP CNTMT VT CLR 1A ERCW RET HDR TST CON IC/808 Az 25 (1) CLOSED 1-TV-67-584A CVUPP CNTMT VT CLR 1A ERCW RET HDR TST VLV IC/807 Az 28 (1) CLOSED 1-TV-67-1210 CV UPPER CNTMT VENT CLR 1A ERCW RET ISOL IC/807 Az 28 (1) OPEN 1-FCV-67-295 CV UPPER CNTMT VENT CLR 1A ERCW RET HDR ISOL IC/807 Az 30 (1) OPEN 1-ISV-67-692A CVUPP CNTMT VT CLR 1A ERCW SUP HDR TST CON IC/808 Az 30 (1) 0-PI-OPS-17.0 LC & capped 1-TV-67-579A UPP CNTMT VT CLR 1A ERCW SUP HDR TST CON IC/808 Az 30 (1) CLOSED 1-TV-67-581A CV UPPER CNTMT VENT CLR 1A ERCW RET HDR ISOL IC/808 Az 37 (1) OPEN 1-ISV-67-583A CV UPPER CNTMT VENT CLR 1A ERCW SUP HDR ISOL IC/805 Az 45 (1) OPEN 1-ISV-67-691A CVUPP CNTMT VNT CLR 1C ERCW RET HDR TST CON IC/808 Az 205 (1) CLOSED 1-TV-67-584C CVUPP CNTMT VT CLR 1C ERCW RET HDR DR IC/807 Az 208 (1) CLOSED 1-TV-67-1212 CV UPPER CNTMT VENT CLR 1C ERCW RET ISOL IC/807 Az 208 (1) OPEN 1-FCV-67-296 CV UPPER CNTMT VENT CLR 1C ERCW RET HDR ISOL IC/807 Az 210 (1) OPEN 1-ISV-67-692C CVUPP CNTMT VT CLR 1C ERCW SUP HDR EST CON IC/808 Az 210 (1) 0-PI-OPS-17.0 LC & capped 1-TV-67-579C WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL UPP CNTMT VT CLR 1C ERCW SUP HDR TST CON IC/808 Az 210 (1) CLOSED 1-TV-67-581C CV UPPER CNTMT VENT CLR 1C ERCW RET HDR ISOL IC/808 Az 215 (1) OPEN 1-ISV-67-583C CVUPP CNTMT VENT CLR 1C ERCW SUP HDR EST VT IC/807 Az 224 (1) CLOSED 1-TV-67-690C CVUPP CNTMT VENT CLR 1A ERCW SUP HDR TEST VT IC/807 Az 224 (1) CLOSED 1-TV-67-690A CV UPPER CNTMT VENT CLR 1C ERCW SUP HDR ISOL IC/805 Az 225 (1) OPEN 1-ISV-67-691C CV(1- Top of S/G doghouse
WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL YARD DG 1B-B/2B-B ERCW SUP
HDR 2A ISOL YARD 0-PI-OPS-17.0 LO 2-ISV-67-507A U2 ERCW Tunnel 2-FT-67-61/2-FT-67-61C ROOT U2 ERCW Tunnel OPEN 2-RTV-67-800A CV2-FT-67-61/2-FT-67-61C ROOT U2 ERCW Tunnel OPEN 2-RTV-67-800B CVAux Bldg el 692 PIPE CHASE ROOM CLR 2A-A ERCW RET THROTTLE A15U/692 0-PI-OPS-17.0 LT 2-THV-67-611A 2-FE-67-343 TEST POINT A15U/692 CLOSED 2-TV-67-875A CV2-FE-67-343 TEST POINT A15U/692 CLOSED 2-TV-67-875B CVPIPE CHASE COOLER 2A-A ERCW SUP FLOW CNTL A15U/692 0-PI-OPS-17.0 LO 2-FCV-67-342 CONTROL AIR ISO VLV TO 2-FCV-67-342 A15U/692 0-PI-OPS-17.0 LC 2-ISV-32-3804 PENT ROOM COOLER 2A-A ERCW SUP FLOW CNTL A12V/692 0-PI-OPS-17.0 LO 2-FCV-67-346 CONTROL AIR ISO VLV TO 2-FCV-67-346 A12U/692 0-PI-OPS-17.0 LC 2-ISV-32-2963 2-FE-67-347 TEST POINT A12V/692 CLOSED 2-TV-67-872A CV2-FE-67-347 TEST POINT A12V/692 CLOSED 2-TV-67-872B CVPENT ROOM COOLER 2A-A ERCW RET THROTTLE A12W/702 0-PI-OPS-17.0 LT 2-THV-67-608A PENT/PIPE CHASE RM CLR ERCW SUP HDR 2A ISOL A8V/703 OPEN 2-ISV-67-607A PENT/PIPE CHASE RM CLR ERCW RET HDR 2A ISOL A8V/703 OPEN 2-ISV-67-612A AUX BLDG ERCW SUP HDR 2A ISOL A15U/706 OPEN 2-FCV-67-81 ERCW SUP HDR 2B DRAIN A15U/706 CLOSED 2-DRV-67-951A CV WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL Aux Bldg el 713 BA XFER/AFW PMP SPACE CLR 2A-A ERCW THROTTLE A15S/713 0-PI-OPS-17.0 LT 2-THV-67-673A BA XFER/AFW PMP SPACE CLR 2A-A ERCW RET ISOL A15S/713 0-PI-OPS-17.0 LO 2-ISV-67-674A 2-FE-67-218 TEST POINT A14S/713 CLOSED 2-TV-67-867A CV2-FE-67-218 TEST POINT A14S/713 CLOSED 2-TV-67-867B CVPENT ROOM COOLER 2A-A ERCW RET THROTTLE A14W/713 0-PI-OPS-17.0 LT 2-THV-67-609A PENT ROOM COOLER 2A-A ERCW SUP FLOW CNTL A14V/713 0-PI-OPS-17.0 LO 2-FCV-67-350 CONTROL AIR ISOLATION VALVE TO 2-FCV-67-350 A14V/713 0-PI-OPS-17.0 LC 2-ISV-32-3166 2-FE-67-351 TEST POINT A14V/713 CLOSED 2-TV-67-873A CV2-FE-67-351 TEST POINT A14V/713 CLOSED 2-TV-67-873B CVBA XFER/AFW PMP SPACE CLR 2A-A ERCW FLOW CNTL A15S/718 OPEN 2-FCV-67-217 CVCONTROL AIR ISOLATION VALVE TO 2-FCV-67-217 A15S/713 OPEN 2-ISV-32-3030 CVBA XFER/AFW PMP SPACE CLR 2A-A ERCW SUP ISOL A15S/719 0-PI-OPS-17.0 LO 2-ISV-67-648A ERCW HDR 2A A/C EQUIP RET ISOL A12T/735 0-PI-OPS-17.0 LO 2-ISV-67-554A ERCW CCS FLOOD MODE SS EQUIP SUP HDR ISLN A8U/735 CLOSED 2-ISV-67-687-A IVAux Bldg el 737 CCS HX A OUTLET ERCW FLOW CNTL BYP A10T/737 TI-31.08 1-FCV-67-143 CCS HX B OUTLET ERCW FLOW CNTL BYP A11S/737 TI-31.08 2-FCV-67-143 CCS HX B ERCW DRAIN A5R/737 CLOSED 2-DRV-67-547 CVCCS HX B ERCW DRAIN A10T/737 CLOSED 2-DRV-67-548 CVAux Bldg el 737 CCS HX B ERCW OUT SAMPLE A10T/737 CLOSED 2-SMV-67-549 CV WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL CCS HX B OUTLET ERCW FLOW CNTL BYP ISOL A10R/737 0-PI-OPS-17.0 LO 2-ISV-67-1009 CCS HX B OUTLET ERCW FLOW CNTL BYP ISOL A11S/737 0-PI-OPS-17.0 LO 2-ISV-67-1010 CCS HX B OUTLET ERCW BYP DRAIN A11S/737 CLOSED 2-DRV-67-1011 CVCCS HX-B OUTLET ERCW BYP DRAIN A11S/737 CLOSED 2-DRV-67-1012 CVPENT ROOM COOLER 2A-A ERCW SUP FLOW CNTL A12V/737 OPEN 2-FCV-67-354 CVCONTROL AIR ISOLATION VALVE TO 2-FCV-67-354 A12V/737 OPEN 2-ISV-32-3322 CVPENT ROOM COOLER 2A-A ERCW RET THROTTLE A12U/737 0-PI-OPS-17.0 LT 2-THV-67-610A 2-FE-67-355 TEST POINT A12V/737 CLOSED 2-TV-67-874A CV2-FE-67-355 TEST POINT A12V/737 CLOSED 2-TV-67-874B CVCCS HX B ERCW VENT A5S/745 CLOSED 2-VTV-67-540 CVCCS HX B ERCW VENT A5S/745 CLOSED 2-VTV-67-541 CV CCS HX B OUTLET ERCW FLOW CNTL A12T/746 0-PI-OPS-17.0 LC 2-FCV-67-146 EGTS ROOM COOLER A ERCW SUP HDR DRAIN A11W/747 CLOSED 2-DRV-67-990 CVCCS SURGE TANK B ERCW SUP HDR 2A ISOL A13T/749 CLOSED 2-ISV-67-543A CVCCS SURGE TANK B ERCW SUP HDR DRAIN A13T/749 CLOSED 2-DRV-67-545 CVAUX BLDG AIR CLR ERCW SUP HDR 2A ISOL A12T/752 0-PI-OPS-17.0 LO 2-FCV-67-127 Aux Bldg el 737 CCS HX SUPPLY ERCW HDR 2A/1B CROSSTIE A5R/752 0-PI-OPS-17.0 LO 2-FCV-67-223 CCS HX B ERCW SUP ISOL A5R/752 0-PI-OPS-17.0 LO 2-ISV-67-546 CCS HX B ERCW OUT ISOL A10T/752 0-PI-OPS-17.0 LO 2-ISV-67-551 WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL CCS FLOOD MODE ERCW SUP HDR VENT A12U/752 CLOSED 2-VTV-67-686 CVEGTS ROOM COOLER A ERCW SUP HDR VENT A12T/752 CLOSED 2-VTV-67-989 CVEGTS ROOM COOLER A ERCW SUP HDR VENT A12T/752 CLOSED 2-VTV-67-991 CV2-FT-67-222 ROOT A6S/753 OPEN 2-RTV-67-831A CV2-FT-67-222 ROOT A6S/753 OPEN 2-RTV-67-831B CVEGTS ROOM COOLER A ERCW RET HDR DRAIN A12V/753 CLOSED 2-DRV-67-992 CVAux Bldg el 757 EGTS ROOM COOLER 2A-A ERCW RET THROTTLE EGTS RM A12W/757 0-PI-OPS-17.0 LT 2-THV-67-685A 2-FE-67-337 TEST POINT EGTS RM A12W/757 CLOSED 2-TV-67-866A CV2-FE-67-337 TEST POINT EGTS RM A12W/757 CLOSED 2-TV-67-866B CVCCS SURGE TANK B ERCW SUP HDR ISOL A10T/760 0-PI-OPS-17.0 LC 2-ISV-67-544 EGTS ROOM COOLER 2A-A ERCW SUP ISOL EGTS RM A12W/772 0-PI-OPS-17.0 LO 2-ISV-67-684A EGTS ROOM COOLER 2A-A ERCW SUPPLY FLOW CNTL EGTS RM A12W/772 OPEN 2-FCV-67-336 CVCONTROL AIR ISOLATION VALVE TO 2-FCV-67-336 EGTS RM A12W/772 OPEN 2-ISV-32-3409 CVAux Bldg el 676 CS PMP 2A-A RM COOLER FLUSH CONNECTION A6U/676 CLOSED 2-ISV-67-620 CVCSP ROOM COOLER 2A-A ERCW SUP FLOW CNTL A7U/676 OPEN 2-FCV-67-184 CVCONTROL AIR ISOLATION VALVE TO 2-FCV-67-184 A7U/676 OPEN 2-ISV-32-3018 CV2-FE-67-185 TEST POINT A7U/676 CLOSED 2-TV-67-870A CV2-FE-67-185 TEST POINT A7U/676 CLOSED 2-TV-67-870B CV WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL CS PMP RM CLR 2A-A ERCW RET THROTTLE A7U/676 CLOSED 2-THV-67-605A RHR PMP RM CLR 2A-A ERCW RET THROTTLE A7W/676 OPEN 2-THV-67-606A RHRP ROOM COOLER 2A-A ERCW SUP FLOW CNTL A7V/676 OPEN 2-FCV-67-188 RHR PMP 2A-A RM COOLER FLUSH CONNECTION A7V/676 CLOSED 2-ISV-67-621 CVCONTROL AIR ISOLATION VALVE TO 2-FCV-67-188 A7W/676 0-PI-OPS-17.0 2-ISV-32-3021 2-FE-67-189 TEST POINT A7V/676 CLOSED 2-TV-67-871A CV2-FE-67-189 TEST POINT A7V/676 CLOSED 2-TV-67-871B CVAux Bldg el 692 SIP ROOM COOLER 2A-A ERCW SUP FLOW CNTL A7V/692 CLOSED 2-FCV-67-176 CVCONTROL AIR ISOLATION VALVE TO 2-FCV-67-176 A7U/692 OPEN 2-ISV-32-2984 CVSIS PMP RM CLR 2A-A ERCW RET THROTTLE A7V/692 OPEN 2-THV-67-604A SI PMP 2A-A RM COOLER FLUSH CONNECTION A6U/692 CLOSED 2-ISV-67-624 CV2-FE-67-177 TEST POINT A7V/700 CLOSED 2-TV-67-869A CV2-FE-67-177 TEST POINT A7V/700 CLOSED 2-TV-67-869B CVLOWER CNTMT VENT CLR 2A & 2C ERCW SUP ISOL A2U/708 OPEN 2-ISV-67-523A INSTR RM WATER CLR 2A ERCW SUP ISOL A2U/708 OPEN 2-ISV-67-524A CVINSTR RM WATER CLR 2A ERCW IN TEST CONN A4W/692 CLOSED 2-TV-67-525A CVINSTR RM WATER CLR 2A ERCW OUT TEST CONN A4W/692 CLOSED 2-TV-67-526A CVINSTR RM WATER CLR 2A ERCW RET THROTTLE A4W/706 TI-31.08 2-THV-67-527A CVLOWER CNTMT CLR HDR A ERCW SUP HDR TEST CONN A2U/692 CLOSED 2-TV-67-560A CV WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL LOWER CNTMT CLR HDR C ERCW SUP HDR TEST CONN A2U/708 CLOSED 2-TV-67-560C CVLOWER CNTMT CLR HDR A ERCW RET TEST CONN A2U/708 CLOSED 2-TV-67-576A CVLOWER CNTMT CLR HDR C ERCW RET TEST CONN A2U/708 CLOSED 2-TV-67-576C CVCCP OIL CLR ERCW SUP XTIE ISOL A4U/698 CLOSED 2-ISV-67-1015B CVCCP OIL CLR ERCW SUP XTIE ISOL A4U/698 CLOSED 2-ISV-67-1016B CVCCP OIL CLR ERCW SUP XTIE HDR DRAIN A4U/698 CLOSED 2-DRV-67-1017B CVAux Bldg el 692 CCP ROOM COOLER 2A-A ERCW SUP FLOW CNTL A4T/692 OPEN 2-FCV-67-168 CONTROL AIR ISOLATION VALVE TO 2-FCV-67-168 A4T/698 0-PI-OPS-17.0 2-ISV-32-2935 CVCS CCP ROOM CLR 2A-A ERCW SUP ISOL A4T/695 OPEN 2-ISV-67-600A CVCS CCP ROOM CLR 2A ERCW RET THROTTLE A4T/695 OPEN 2-THV-67-601A CVCS CCP ROOM CLR 2A-A ERCW RET ISOL A4T/695 OPEN 2-ISV-67-602A 2-FE-67-169 TEST POINT A4T/698 CLOSED 2-TV-67-868A CV2-FE-67-169 TEST POINT A4T/698 CLOSED 2-TV-67-868B CVINSTR RM WATER CLR 2A ERCW SUP ISOL A4W/697 OPEN 2-ISV-67-710A CVERCW FLOOD MODE RET HDR A ISOL A2U/702 CLOSED 0-ISV-67-528B CVSIS/CS/RHR PMP RM CLR ERCW SUP HDR 2A ISOL A7V/703 OPEN 2-ISV-67-603A OUTAGE CW SUPPLY TO LCC A5V/703 CLOSED 2-ISV-67-232 CVOUTAGE LCC CW RETURN A5V/703 CLOSED 2-ISV-67-238 CVOUTAGE LCC CW RETURN A5V/703 CLOSED 2-ISV-67-237 CVSIS/CS/RHR PMP RM CLR ERCW RET HDR 2A ISOL A7V/703 OPEN 2-ISV-67-613A WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL 2-FI-67-237 ROOT A2U/707 OPEN 2-RTV-67-849A CV2-FI-67-237 ROOT A2U/707 OPEN 2-RTV-67-849B CV2-FI-67-231 ROOT A2U/707 OPEN 2-RTV-67-851A CV2-FI-67-231 ROOT A2U/707 OPEN 2-RTV-67-851B CVERCW FLOOD MODE RET HDR A RCP TH BAR ISOL A4V/708 CLOSED 0-ISV-67-558B CVERCW FLOOD MODE RET HDR A SAMP/SEAL WTR ISOL A4V/708 CLOSED 0-ISV-67-559B CV2-FE-67-257 TEST POINT A4W/708 CLOSED 2-TV-67-860A CV2-FE-67-257 TEST POINT A4W/708 CLOSED 2-TV-67-860B CVAux Bldg el 713 INSTR RM WATER CLR 2A ERCW RET ISOL A3W/713 OPEN 2-ISV-67-530A CV UPPER CNTMT VENT CLR 2A & 2C ERCW SUP ISOL A3U/713 OPEN 2-ISV-67-531A CVCS HX 2A ERCW DRAIN A5V/713 CLOSED 2-DRV-67-536A CV CS HX 2A ERCW RET THROTTLE A5V/713 OPEN 2-THV-67-537A 2-FT-67-136 ROOT A5V/713 OPEN 2-RTV-67-833A CV2-FT-67-136 ROOT A5V/713 OPEN 2-RTV-67-833B CVCNTMT SPRAY HX 2A ERCW BIOCIDE CIRC BYP A4V/713 CLOSED 2-ISV-67-538A CV UPPER CNTMT VENT CLR 2A & 2C ERCW RET ISOL A3U/713 OPEN 2-ISV-67-590A CVBIOCIDE RECIRC ERCW HDR 2A ISOL A4S/713 CLOSED 2-ISV-67-716A CV UPPER CNTMT VENT CLR 2A ERCW RET TEMP CNTL A3V/713 Pent Rm OPEN 2-TCV-67-129 CVCONTROL AIR ISOLATION VALVE TO 2-TCV-67-129 A3U/713 OPEN 2-ISV-32-3158 CV UPPER CNTMT VENT CLR 2C ERCW RET TEMP CNTL A3V/713 OPEN 2-TCV-67-132 CVCONTROL AIR ISOLATION VALVE TO 2-TCV-67-132 A3U/713 OPEN 2-ISV-32-3157 CV2-TCV-67-132 BYPASS A3U/713 CLOSED 2-BYV-67-589C CV WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL UPPER CNTMT VENT CLR 2A ERCW RET HDR ISOL A3U/713 OPEN 2-ISV-67-587A CV UPPER CNTMT VENT CLR 2C ERCW RET HDR ISOL A3U/713 OPEN 2-ISV-67-587C CVBIOCIDE RECIRC ERCW HDR 2A ISOL A4T/720 CLOSED 2-ISV-67-715A CVDEMIN WATER INJ TO ERCW DEAD LEG ISV A3T/720 CLOSED 2-ISV-67-751 CV UPPER CNTMT VENT CLR 2A ERCW RET THROTTLE A3U/718 TI-31.08 2-THV-67-588A CV UPPER CNTMT VENT CLR 2C ERCW THROTTLE A3U/718 TI-31.08 2-THV-67-588C CV2-TCV-67-129 BYPASS A3U/718 CLOSED 2-BYV-67-589A CVAux Bldg el 713 2-FI-67-239 ROOT A2V/719 OPEN 2-RTV-67-848A CV2-FE-67-239 ROOT A2V/719 OPEN 2-RTV-67-848B CV2-FI-67-233 ROOT A2V/719 OPEN 2-RTV-67-850A CV2-FI-67-233 ROOT A2V/719 OPEN 2-RTV-67-850B CV CNTMT SPRAY HX 2A-A ERCW RETURN A4V/730 Pent Rm CLOSED 2-FCV-67-126 CVLOWER CNTMT VENT CLR 2A & 2C ERCW RET ISOL A3V/730 OPEN 2-ISV-67-577A TD AFW PUMP ERCW SUP HDR ISOL A3T/730 CLOSED 2-ISV-67-923A UPPER CNTMT VENT CLR 2A ERCW SUP HDR TEST CONN A4V/732 CLOSED 2-TV-67-578A CV UPPER CNTMT VENT CLR 2C ERCW SUP HDR TEST CONN A4V/732 CLOSED 2-TV-67-578C CV UPPER CNTMT VENT CLR 2A ERCW RET HDR TEST CONN A4V/732 CLOSED 2-TV-67-586A CV UPPER CNTMT VENT CLR 2C ERCW RET HDR TEST CONN A3V/732 CLOSED 2-TV-67-586C CV2-FI-67-333 ROOT A3V/733 OPEN 2-RTV-67-840A CV2-FI-67-333 ROOT A3V/733 OPEN 2-RTV-67-840B CV2-FI-67-265 ROOT A3V/733 OPEN 2-RTV-67-841A CV WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL 2-FI-67-265 ROOT A3V/733 OPEN 2-RTV-67-841B CV2-FI-67-332 ROOT A3V/733 OPEN 2-RTV-67-842A CV2-FI-67-332 ROOT A3V/733 OPEN 2-RTV-67-842B CV2-FI-67-263 ROOT A3U/733 OPEN 2-RTV-67-843A CV2-FI-67-263 ROOT A3U/733 OPEN 2-RTV-67-843B CVAux Bldg el 737 CNTMT SPRAY HX 2A-A ERCW SUPPLY A4U/737 CLOSED 2-FCV-67-125 CVAux Bldg el 737 CNTMT SPRAY HX 2A ERCW BIOCIDE CIRC BYP A4U/737 CLOSED 2-ISV-67-533A CV CS HX 2A ERCW SUP HDR VENT A4U/737 CLOSED 2-VTV-67-534A CV CSS HX 2A INLET ERCW FLUSH A4U/737 CLOSED 2-FLV-67-927 CS HX 2A ERCW VENT A5V/748 CLOSED 1-VTV-67-535A CVCCS SURGE TANK A ERCW SUP HDR DRAIN A3T/749 CLOSED 2-DRV-67-545 CVCCS FLOOD MODE ERCW SUP HDR VENT A4U/755 CLOSED 2-VTV-67-686 CVU-2 Containment LWR CNTMT VENT CLR 2A-A ERCW SUP HDR VENT
- 1 FAN Rm IC/725 Az 4 CLOSED 2-VTV-67-699A CVCRD VENT CLR 2A-A RET ERCW HDR DRAIN IC/717 Az 7 CLOSED 2-DRV-67-996 CV CRD VENT CLR 2A-A ERCW SUP HDR THROTTLE
- 1 FAN Rm IC/726 Az 7 OPEN 2-THV-67-567A CV2-FE-67-470 TEST POINT IC/717 Az 9 CLOSED 2-TV-67-918 CVCRD VENT CLR 2A-A SUP ERCW HDR DRAIN IC/717 Az 9 CLOSED 2-DRV-67-998 CV2-FE-67-470 TEST POINT IC/717 Az 9 CLOSED 2-TV-67-917 CVRCP 2 MTR CLR ERCW RET HDR THROTTLE
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NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL RCP MTR CLR 2 ERCW RET HDR VENT IC/740 Az 8 CLOSED 2-VTV-67-696A CV2-FE-67-235 TEST POINT IC/729 Az 60 CLOSED 2-TV-67-865A CV2-FE-67-235 TEST POINT IC/729 Az 60 CLOSED 2-TV-67-865B CVRCP MTR CLR 2 ERCW IN SUP VENT IC/732 Az 60 CLOSED 2-VTV-67-700A CVRCP 3 MTR CLR ERCW RET HDR THROTTLE
- 2 FAN Rm 727 Az 200 CLOSED 2-VTV-67-698C CV2-FE-67-473 TEST POINT 730 Az 185 CLOSED 2-TV-67-915 CVU-2 Containment 2-FE-67-473 TEST POINT 730 Az 185 CLOSED 2-TV-67-916 CVCRD VENT CLR 2C-A ERCW SUP HDR THROTTLE
- 2 FAN Rm 720 Az 187 CLOSED 2-TV-67-563C CVRCP MTR CLR 3 ERCW RET HDR VENT 726 Az 189 CLOSED 2-VTV-67-696C CVRCP MTR CLR 3 ERCW IN SUP VT 732 Az 239 CLOSED 2-VTV-67-700C CV2-FE-67-241 TEST POINT 729 Az 243 CLOSED 2-TV-67-864A CV2-FE-67-241 TEST POINT 729 Az 243 CLOSED 2-TV-67-864B CVLOWER CNTMT CLR HDR ERCW RET VENT
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NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL LOWER CNTMT CLR HDR A ERCW SUP HDR TEST CONN
- 1 Fan Rm IC/720 Az 7 CLOSED 2-TV-67-563A CVRCP 1 MOTOR CLR ERCW SUP CNTL #1 Fan Rm IC/727 Az 12 OPEN 2-TCV-67-86 CVCONTROL AIR ISOLATION VALVE TO 2-TCV-67-86
- 1 Fan Rm IC/716 Az 8 CLOSED 2-DRV-67-778 CVCRD VENT CLR 2A-A OUT TEMP CNTL
- 1 Fan Rm IC/725 Az 8 OPEN 2-TCV-67-85 CVCONTROL AIR ISOLATION VALVE TO 2-TCV-67-85
- 1 Fan Rm IC/725 Az 8 OPEN 2-FCV-67-87 CVLWR CNTMT VENT CLR 2A-A OUT TEMP CNTL
- 1 Fan Rm IC/723 Az 12 OPEN 2-TCV-67-84 CVCONTROL AIR ISOLATION VALVE TO 2-TCV-67-84
- 1 Fan Rm IC/726 Az 21 OPEN 2-THV-67-564A 2-FE-67-471 TEST POINT
- 1 Fan Rm IC/724 Az 23 CLOSED 2-TV-67-919A CV2-FE-67-471 TEST POINT
- 1 Fan Rm IC/724 Az 23 CLOSED 2-TV-67-919B CVCRD VENT CLR 2C-A OUT TEMP CNTL
- 2 Fan Rm 725 Az 185 OPEN 2-TCV-67-93 CVCONTROL AIR ISOLATION VALVE TO 2-TCV-67-93
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NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL LOWER CNTMT CLR HDR C ERCW RET TEST CONN
- 2 Fan Rm 723 Az 185 OPEN 2-TCV-67-92 CVCONTROL AIR ISOLATION VALVE TO 2-TCV-67-92
- 2 Fan Rm 720 Az 189 OPEN 2-FCV-67-95 CVRCP 3 MOTOR CLR ERCW SUP CNTL #2 Fan Rm 727 Az 190 OPEN 2-TCV-67-94 CVCONTROL AIR ISOLATION VALVE TO 2-TCV-67-94
- 2 Fan Rm 727 Az 190 OPEN 2-ISV-32-3559 CV2-FE-67-472 TEST POINT
- 2 Fan Rm 724 Az 200 CLOSED 2-TV-67-920A CV2-FE-67-472 TEST POINT
- 2 Fan Rm 724 Az 200 CLOSED 2-TV-67-920B CV UPPER CNTMT VENT CLR 2A ERCW RET HDR DRAIN IC/791 Az 300 (2) CLOSED 2-DRV-67-770 UPPER CNTMT VENT CLR 2A ERCW SUP HDR DRAIN IC/792 Az 300 (2) CLOSED 2-DRV-67-769 UPPER CNTMT VENT CLR 2C ERCW SUP HDR DRAIN IC/795 Az 300 (2) CLOSED 2-DRV-67-767 UPPER CNTMT VENT CLR 2C ERCW RET HDR DRAIN IC/796 Az 300 (2) CLOSED 2-DRV-67-768 U-2 Containment WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 219 of 226 Checklist 2 (Page 13 of 15) 2A ERCW SUPPLY HEADER ALIGNMENT
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NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL LOWER CNTMT CLR HDR A ERCW SUP VENT Annulus 716/Az 7 CLOSED 2-VTV-67-694A CVLOWER CNTMT CLR HDR A ERCW SUP ISOL Annulus 719/Az 7 OPEN 2-FCV-67-83 CVLOWER CNTMT CLR HDR A ERCW RET VENT Annulus 716/Az 9 CLOSED 2-VTV-67-693A CVLOWER CNTMT CLR HDR A ERCW RET ISOL Annulus 715/Az 20 OPEN 2-FCV-67-88 CVLOWER CNTMT CLR HDR C ERCW RET DRAIN Annulus 705/Az 189 CLOSED 2-DRV-67-1006C CVLOWER CNTMT CLR HDR C ERCW SUP ISOL Annulus 720/Az 190 OPEN 2-FCV-67-91 CVLOWER CNTMT CLR HDR C ERCW RET ISOL Annulus 720/Az 190 OPEN 2-FCV-67-96 CVLOWER CNTMT CLR HDR C ERCW RET VENT Annulus 720/Az 190 CLOSED 2-VTV-67-693C CVLOWER CNTMT CLR HDR C ERCW SUP VENT Annulus 720/Az 172 CLOSED 2-VTV-67-694C CV UPPER CNTMT VENT CLR 2C ERCW SUP HDR VENT Annulus 799/Az 313 CLOSED 2-VTV-67-688C CV UPPER CNTMT VENT CLR 2A ERCW SUP HDR VENT Annulus 795/Az 313 CLOSED 2-VTV-67-688A CV UPPER CNTMT VENT CLR 2A ERCW SUP HDR VENT Annulus 795/Az 313 CLOSED 2-VTV-67-689A CV UPPER CNTMT VENT CLR 2C ERCW SUP HDR VENT Annulus 800/Az 316 CLOSED 2-VTV-67-689C CV UPPER CNTMT VENT CLR 2A ERCW SUP HDR ISOL Annulus 795/Az 305 OPEN 2-FCV-67-130 CV UPPER CNTMT VENT CLR 2A ERCW RET HDR ISOL Annulus 798/Az 318 OPEN 2-FCV-67-131 CV UPPER CNTMT VENT CLR 2C ERCW SUP HDR ISOL Annulus 798/Az 318 OPEN 2-FCV-67-133 CV UPPER CNTMT VENT CLR 2C ERCW RET HDR ISOL Annulus 798/Az 318 OPEN 2-FCV-67-134 CV WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 220 of 226 Checklist 2 (Page 14 of 15) 2A ERCW SUPPLY HEADER ALIGNMENT
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NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL U-2 Containment UPPER CNTMT VENT CLR 2A ERCW RET HDR TEST CONN IC/808 Az 25 (1) CLOSED 2-TV-67-584A CV UPPER CNTMT VENT CLR 2A ERCW RET HDR TEST VALVE IC/807 Az 28 (1) CLOSED 2-TV-67-1210 CV UPPER CNTMT VENT CLR 2A ERCW RET ISOL IC/807 Az 28 (1) OPEN 2-FCV-67-295 CV UPPER CNTMT VENT CLR 2A ERCW RET HDR ISOL IC/807 Az 30 (1) OPEN 2-ISV-67-692A CV UPPER CNTMT VENT CLR 2A ERCW SUP HDR TEST CONN IC/808 Az 30 (1) CLOSED 2-TV-67-579A UPPER CNTMT VENT CLR 2A ERCW SUP HDR TEST CONN IC/808 Az 30 (1) CLOSED 2-TV-67-581A CV UPPER CNTMT VENT CLR 2A ERCW RET HDR ISOL IC/808 Az 37 (1) OPEN 2-ISV-67-583A CV UPPER CNTMT VENT CLR 2A ERCW SUP HDR ISOL IC/805 Az 45 (1) OPEN 2-ISV-67-691A CV UPPER CNTMT VENT CLR 2C ERCW RET HDR TEST CONN IC/808 Az 205 (1) CLOSED 2-TV-67-584C CV UPPER CNTMT VENT CLR 2C ERCW RET HDR DRAIN IC/807 Az 208 (1) CLOSED 2-TV-67-1212 CV UPPER CNTMT VENT CLR 2C ERCW RET ISOL IC/807 Az 208 (1) OPEN 2-FCV-67-296 CV UPPER CNTMT VENT CLR 2C ERCW RET HDR ISOL IC/807 Az 210 (1) OPEN 2-ISV-67-692C CV UPPER CNTMT VENT CLR 2C ERCW SUP HDR TEST CONN IC/808 Az 210 (1) CLOSED 2-TV-67-579C UPPER CNTMT VENT CLR 2C ERCW SUP HDR TEST CONN IC/808 Az 210 (1) CLOSED 2-TV-67-581C CV UPPER CNTMT VENT CLR 2C ERCW RET HDR ISOL IC/808 Az 215 (1) OPEN 2-ISV-67-583C CV UPPER CNTMT VENT CLR 2C ERCW SUP HDR TEST VENT IC/807 Az 224 (1) CLOSED 2-TV-67-690C CV UPPER CNTMT VENT CLR 2A ERCW SUP HDR TEST VENT IC/807 Az 224 (1) CLOSED 2-TV-67-690A CV WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
TRAIN A 2-PTI-067-02-A Rev. 0000 Page 221 of 226 Checklist 2 (Page 15 of 15) 2A ERCW SUPPLY HEADER ALIGNMENT
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NOMENCLATURE LOCATION POSITION UNID PERF INITIAL VERIFIER INITIAL UPPER CNTMT VENT CLR 2C ERCW SUP HDR ISOL IC/805 Az 225 (1) OPEN 2-ISV-67-691C CV WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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NOTES 1) Alignment assumes IPS and main headers into Aux Bldg are currently aligned and in service. This particular checklist is only for electrical power to valves needed to
conduct 2-PTI-067-02-A. 2) Inside and outside containment isolation valves are both A and B train valves. This checklist contains B Tr. power supplies necessary to establish the desired flowpath.
NOMENCLATURE LOCATIONPOSITION UNID PERF INITIAL VERIF INITIAL Diesel Aux Bd 1A1/1A2 DG HX 1A1-A ERCW HDR 1A ISOL (1-FCV-67-66) C/3A CLOSED 1-BKR-67-66 DG HX 1A2-A ERCW HDR 2B SUPPLY (1-FCV-67-68) C/3A CLOSED 1-BKR-67-68 Diesel Aux Bd 2A1/2A2 DG HX 2A1-A ERCW HDR 1A ISOL (2-FCV-67-66) C/3A CLOSED 2-BKR-67-66 DG HX 2A2-A ERCW HDR 1B SUPPLY (2-FCV-67-68) C/3A CLOSED 2-BKR-67-68 Diesel Aux Bd 1B1/1B2 DG HX 1B1-B ERCW HDR 1B ISOL (1-FCV-67-67) C/3A CLOSED 1-BKR-67-67 DG HX 1B2-A ERCW HDR 2A SUPPLY (1-FCV-67-65) C/3A CLOSED 1-BKR-67-65 Diesel Aux Bd 2B1/2B2 DG HX 2B1/2B2 ERCW HDR 1B ISOL (2-FCV-67-67) C/3A CLOSED 2-BKR-67-67 DG HX 2B2-A ERCW HDR 2A SUPPLY (2-FCV-67-65) C/3A CLOSED 2-BKR-67-65 Rx MOV Bd 1A2-A LWR CNTMT A CLR ERCW RETURN (1-FCV-67-87) C/7D ON 1-BKR-67-87 CVLWR CNTMT 1A CLRS SUP (1-FCV-67-89) C/15D ON 1-BKR-67-89 LWR CNTMT C CLR ERCW
RETURN (1-FCV-67-95) C/8D ON 1-BKR-67-95 CV WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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POWER CHECKLIST
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NOMENCLATURE LOCATIONPOSITION UNID PERF INITIAL VERIF INITIAL LWR CNTMT CLR 1D DISCH
(1-FCV-67-112) C/10A ON 1-BKR-67-112 CV CNTMT SPRAY HX 1A-A ERCW IN (1-FCV-67-125) C/5E ON 1-BKR-67-125 CV CNTMT SPRAY HX 1A-A ERCW OUT (1-FCV-67-126) C/5F ON 1-BKR-67-126 CVAB AIR CLR ERCW SUP HDR 1A ISOL (1-FCV-67-127) C/10B ON 1-BKR-67-127 UPPER CNTMT VT CLR 1A ERCW SUP (1-FCV-67-130) C/7F ON 1-BKR-67-130 CV UPPER CNTMT VT CLR 1C ERCW SUP (1-FCV-67-133) C/8F ON 1-BKR-67-133 CVCCS HX A OUT ERCW FLOW CNTL BYP (1-FCV-67-143-A) C/15A ON 1-BKR-67-143 CVCCS HX A OUT ERCW FLOW CNTL (1-FCV-67-146A) C/11A ON 1-BKR-67-146 LWR COMPT CLR DISCHARCH ISOL (1-FCV-67-142) C/10F ON 1-BKR-67-142 CCS HX C HDR 1A SUPPLY (1-FCV-67-147-A) C/5B ON 1-BKR-67-147A STA AIR COMPR ERCW SUP HDR 1A (0-FCV-67-205) C/12B ON 0-BKR-67-205 CV UPPER CNTMT VT CLR 1A ERCW RET (1-FCV-67-295) C/9D ON 1-BKR-67-295 CV UPPER CNTMT VT CLR 1C ERCW RET (1-FCV-67-296) C/10D ON 1-BKR-67-296 CV Rx MOV Bd 1B2-B LWR CNTMT CLR HDR A ERCW SUP (1-FCV-67-83) C/10B ON 1-BKR-67-83 CVLWR CNTMT A CLR ERCW RETURN (1-FCV-67-88) C/9A ON 1-BKR-67-88 CVLWR CNTMT CLR HDR C ERCW SUP (1-FCV-67-91) C/10A ON 1-BKR-67-91 CVLWR CNTMT C CLR ERCW RETURN (1-FCV-67-96) C/9B ON 1-BKR-67-96 CV WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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NOMENCLATURE LOCATIONPOSITION UNID PERF INITIAL VERIF INITIAL UPPER CNTMT VT CLR 1A ERCW RET (1-FCV-67-131) C/7F ON 1-BKR-67-131 CV UPPER CNTMT VT CLR 1C ERCW RET (1-FCV-67-134) C/8F ON 1-BKR-67-134 CV Rx MOV Bd 1A1-A LWR CNTMT CLR HDR A ERCW SUP (1-FCV-67-89) C/15D ON 1-BKR-67-89 CVLWR CNTMT CLR HDR C ERCW SUP (1-FCV-67-97) C/5C ON 1-BKR-67-97 CV Rx MOV Bd 2A2-A ERCW DISCH HDR A CT ISOL (0-FCV-67-360) C/13B ON 0-BKR-67-360 CVLWR CNTMT 2A CLR ERCW RETURN (2-FCV-67-87) C/7D ON 2-BKR-67-87 CVLWR CNTMT 2C CLR ISOL 2-FCV-67-89 15D ON 2-BKR-67-89 CVLWR CNTMT C CLR ERCW RETURN (2-FCV-67-95) C/8D ON 2-BKR-67-95 CVLWR CNTMT 2C CLRS SUP ISOL 2-FCV-67-97 5C ON 2-BKR-67-97 CV CNTMT SPRAY HX 2A-A ERCW IN (2-FCV-67-125) C/5E ON 2-BKR-67-125 CV CNTMT SPRAY HX 2A-A ERCW OUT (2-FCV-67-126) C/5F ON 2-BKR-67-126 CVAB AIR CLR ERCW SUP HDR 2A ISOL (2-FCV-67-127) C/10B ON 2-BKR-67-127 UPPER CNTMT VT CLR 2A ERCW SUP (2-FCV-67-130) C/7F ON 2-BKR-67-130 CV UPPER CNTMT VT CLR 2C ERCW SUP (2-FCV-67-133) C/8F ON 2-BKR-67-133 CVCCS HX B OUT ERCW FLOW CNTL BYP (2-FCV-67-143-A) C/15A ON 2-BKR-67-143 CVCCS HX B OUT ERCW FLOW CNTL (2-FCV-67-146A) C/11A ON 2-BKR-67-146 CV UPPER CNTMT VT CLR 2A ERCW RET (2-FCV-67-295) C/9D ON 2-BKR-67-295 CV WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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NOMENCLATURE LOCATIONPOSITION UNID PERF INITIAL VERIF INITIAL UPPER CNTMT VT CLR 2C ERCW RET (2-FCV-67-296) C/10D ON 2-BKR-67-296 CV Rx MOV Bd 2B2-B LWR CNTMT 2A CLR SUP ISOL (2-FCV-67-83) C/10B ON 2-BKR-67-83 LWR CNTMT A CLR ERCW RETURN (2-FCV-67-88) C/9A ON 2-BKR-67-88 CVLWR CNTMT 2C CLR ERCW RETURN (2-FCV-67-96) C/9B ON 2-BKR-67-96 CVLWR CNTMT 2A CLR SUP ISO (2-FCV-67-91) C/10A ON 2-BKR-67-91 CV UPPER CNTMT VT CLR 2A ERCW RET (2-FCV-67-131) C/7F ON 2-BKR-67-131 CV UPPER CNTMT VT CLR 2C ERCW RET (2-FCV-67-134) C/8F ON 2-BKR-67-134 CVERCW FCV for each ESF room cooler is powered from that cooler's control circuit and opens by de-energizing the FSV, EXCEPT for 67-168 amd 170 (CCP Rms) and FCV-67-188 & 190 (RHRP) which are de-energized OPEN for Appendix R.
C & A VENT Bd 1A1-A RHR PUMP RM CLR 1-PMCL-30-175 C/9A OFF 1-BKR-30-175 CV CS PUMP RM CLR 1-PMCL-30-177 C/3C OFF 1-BKR-30-177 CV SIS PUMP RM CLR 1-PMCL-30-180 C/8A OFF 1-BKR-30-180 CVCCP 1A-A PMP RM CLR 1-PMCL-30-183 C/10A ON 1-BKR-30-183 CV C & A VENT Bd 1B1-B RHR PUMP RM CLR 1-PMCL-30-176 C/9A OFF 1-BKR-30-176 CV CS PUMP RM CLR 1-PMCL-30-178 C/3C OFF 1-BKR-30-178 CV SIS PUMP RM CLR 1-PMCL-30-179 C/8A OFF 1-BKR-30-179 CVCCP 1A-A PMP RM CLR 1-PMCL-30-182 C/10A ON 1-BKR-30-182 CV WBN Unit 1 & 2 ERCW SYSTEM FLOW BALANCE -
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NOMENCLATURE LOCATIONPOSITION UNID PERF INITIAL VERIF INITIAL C & A VENT Bd 2A1-A RHR PUMP RM CLR
2-PMCL-30-175 C/9A OFF 2-BKR-30-175 CV CS PUMP RM CLR 2-PMCL-30-177 C/3C OFF 2-BKR-30-177 CV SIS PUMP RM CLR 2-PMCL-30-180 C/8A OFF 2-BKR-30-180 CVCCP 1A-A PMP RM CLR 2-PMCL-30-183 C/10A ON 2-BKR-30-183 CV C & A VENT Bd 2B1-B RHR PUMP RM CLR 2-PMCL-30-176 C/9A OFF 2-BKR-30-176 CV CS PUMP RM CLR 2-PMCL-30-178 C/3C OFF 2-BKR-30-178 CV SIS PUMP RM CLR 2-PMCL-30-179 C/8A OFF 2-BKR-30-179 CVCCP 1A-A PMP RM CLR 2-PMCL-30-182 C/10A ON 2-BKR-30-182 CV