August 15, 2005 U.S. Nuclear Regulatory Commission ATTN: Document Control Desk Mail Stop: OWFN, P1-35 Washington, D.C. 20555-0001

Gentlemen:

In the Matter of ) Docket No. 50-259 Tennessee Valley Authority ) BROWNS FERRY NUCLEAR PLANT (BFN) – UNIT 1 – RESPONSE TO NRC REQUEST FOR ADDITIONAL INFORMATION REGARDING THE RESTART TESTING PROGRAM (TAC NO. MC7208) This letter provides additional information concerning the BFN Unit 1 Restart Test Program (RTP) as requested by NRC letter dated June 15, 2005, (Reference 1). As requested, the enclosure to this letter provides a detailed description of the modifications completed or in progress in support of BFN Unit 1 restart and a description of the testing planned as part of the BFN Unit 1 RTP. For comparison purposes, the enclosure also identifies whether the modifications and testing being implemented were performed for BFN Units 2 and 3 during their restart programs. The enclosure also gives a background of the BFN RTP development, a description of the BFN Unit 1 RTP, and a description of the power ascension testing planned for BFN Unit 1 and comparison to the BFN Unit 3 power ascension testing program. With the exception of modifications planned to implement Extended Power Uprate, most of the modifications planned for BFN Unit 1 were previously implemented on BFN Units 2 and 3. In addition to testing being performed as part of the RTP, TVA is also performing system and component post-maintenance, post-modification, calibration, normal surveillance, and power ascension testing to ensure systems will operate in accordance with their design requirements. TVA previously provided a description of the RTP for BFN Units 1 and 3 by letter dated September 27, 1991 (Reference 2), as supplemented by several

U.S. Nuclear Regulatory Commission Page 2 August 15, 2005 additional letters (see the "Background" section in the enclosure to this letter). In Reference 2, TVA indicated it did not plan to perform a complete Loss of Offsite Power/Loss of Coolant Accident (LOP/LOCA) test for BFN Units 1 and 3 as was performed for BFN Unit 2. As stated in Reference 2, the Unit 2 RTP demonstrated the operation of the electrical system for all three units down to the shutdown board level and the operation of all eight diesel generators, and required Technical Specification diesel generator surveillance testing that simulates LOP/LOCA. As all eight BFN diesel generators have been maintained in an operable condition to support operation of BFN Units 2 and 3, TVA maintains that the testing performed to date, and existing surveillance testing requirements are sufficient to ensure that the BFN Unit 1 diesel generators and electrical system could support safe shut down under a LOP/LOCA event. Therefore, as stated previously in Reference 2, TVA does not intend to perform a complete LOP/LOCA test for BFN Unit 1 as part of the BFN Unit 1 RTP. There are no new regulatory commitments associated with this submittal. If you have any questions concerning this letter, please contact me at (256) 729-2636. Sincerely, Original signed by: William D. Crouch

Manager of Licensing and Industry Affairs

Enclosure:

Response to Request for Additional Information Regarding the Restart Testing Program.

Reference:

1. NRC letter to TVA "Browns Ferry Nuclear Plant, Unit 1- Request for Additional Information Regarding Restart Testing Program (TAC No. MC7208)," dated June 15, 2005.

2. TVA letter to NRC, "Browns Ferry Nuclear Plant (BFN) – Restart Test

Program (RTP) for Units 1 and 3," dated September 27, 1991.

U. S. Nuclear Regulatory Commission Page 3 August 15, 2005 Enclosure: (Via NRC Electronic Distribution)

U.S. Nuclear Regulatory Commission Region II Sam Nunn Atlanta Federal Center 61 Forsyth Street, SW, Suite 23T85 Atlanta, Georgia 30303-3415

Mr. Stephen J. Cahill, Branch Chief U.S. Nuclear Regulatory Commission Region II Sam Nunn Atlanta Federal Center 61 Forsyth Street, SW, Suite 23T85 Atlanta, Georgia 30303-8931

NRC Senior Resident Inspector Browns Ferry Nuclear Plant 10833 Shaw Road Athens, Alabama 35611-6970

Margaret Chernoff, Senior Project Manager U.S. Nuclear Regulatory Commission (MS 08G9) One White Flint, North 11555 Rockville Pike Rockville, Maryland 20852-2739

Eva A. Brown, Project Manager U.S. Nuclear Regulatory Commission (MS 08G9) One White Flint, North 11555 Rockville Pike Rockville, Maryland 20852-2739

U.S. Nuclear Regulatory Commission Page 4 August 15, 2005 JEM:MJB:BAB Enclosure cc: B. M. Aukland, POB 2C-BFN

A. S. Bhatnagar, LP 6A-C J. C. Fornicola, LP 6A-C R. G. Jones, NAB 1A-BFN R. F. Marks, PAB 1C-BFN G. W. Morris, BR 4X-C N. M. Moon, LP 6A-C B. J. O'Grady, PAB 1E-BFN J. R. Rupert, NAB 1A-BFN K. W. Singer, LP 6A-C E. J. Vigluicci, ET 11A-K NSRB Support, LP 5M-C EDMS WT CA – K

S:lic/submit/subs/bfn unit 1 RTP reply to rai 05 08 15.doc

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ENCLOSURE

TENNESSEE VALLEY AUTHORITY BROWNS FERRY NUCLEAR PLANT

UNIT 1

RESPONSE TO NRC REQUEST FOR ADDITIONAL INFORMATION REGARDING THE RESTART TESTING PROGRAM

I. INTRODUCTION

The following discussion provides TVA's response to the NRC's June 15, 2005 request for additional information regarding the BFN Unit 1 Restart Test Program (RTP) (Reference 1). The BFN Unit 1 RTP is consistent with the BFN Unit 3 RTP as described in previous correspondence with the NRC and as summarized in Section II below. Section III provides a description of the BFN Unit 1 RTP development, and a description of the procedures and administrative controls for the program. This response provides a line-item description of the BFN Unit 1 RTP testing planned and comparison to the testing previously performed under the BFN Units 2 and 3 RTP. This response also provides a description of the modifications being implemented as part of BFN Unit 1 restart and a comparison to modifications performed for BFN Units 2 and 3.

II. BACKGROUND

Following the shutdown of the BFN units in 1985, and as part of activities to restart the units, TVA developed the Restart Test Program for BFN Unit 2, the lead plant for restart. The primary purpose of the RTP was to verify, following extensive plant modifications and resolution of plant configuration issues, that plant systems were capable of meeting their safe shutdown requirements. The BFN Unit 2 RTP was initially submitted to the NRC by letter dated October 7, 1986 (Reference 2). By letter dated March 3, 1987 (Reference 3), the NRC requested that TVA provide further information concerning the BFN Unit 2 RTP. TVA responded to the NRC's request by letter dated July 13, 1987 (Reference 4), and resubmitted the BFN Unit 2 RTP description in its entirety to reflect refinements made in the program. On April 26, 1988, TVA met with the NRC staff to discuss the BFN Unit 2 RTP in detail (Reference 5). During that meeting, the staff requested that TVA describe the differences between industry typical pre-operational test programs, as described in NRC Regulatory Guide 1.68, "Initial Test Programs For Water-Cooled Nuclear Power Plants," Revision 2, August 1978, and the

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BFN Unit 2 RTP. During a follow-up meeting, on June 21, 1988, TVA described these differences (Reference 6). The primary difference was the BFN Unit 2 RTP scope was limited to those system functions that were required to support safe shutdown of the plant considering design basis accidents and transients, and special events. By letter dated August 12, 1988 (Reference 7), the NRC submitted its Safety Evaluation Report documenting approval of the BFN RTP for Unit 2. The NRC concluded that the BFN Unit 2 RTP was consistent with Regulatory Guide 1.68, Revision 2, and that it would ensure proper verification of the functional integrity of the BFN Unit 2 safety systems. During this same time frame, TVA submitted to the NRC its Nuclear Performance Plan (NPP) for the restart of the Browns Ferry units. The BFN NPP was initially submitted August 28, 1986 (Reference 8), and subsequently revised. The current version of the NPP (Revision 2) was submitted to the NRC by letter dated October 24, 1988 (Reference 9). The BFN Nuclear Performance Plan included a summary description of the BFN RTP. On April 14, 1989 (Reference 10), the NRC issued its Safety Evaluation Report on the BFN Nuclear Performance Plan. The NRC's conclusions in that SER concerning acceptability of the BFN RTP were consistent with its earlier conclusions documented in Reference 7. Following completion of activities required to support its restart, including implementation and completion of the RTP, BFN Unit 2 returned to service in May, 1991. By letter dated September 27, 1991 (Reference 11), TVA submitted a description of the BFN Units 1 and 3 Restart Test Program for NRC review. As discussed in that letter, TVA modified implementation of the RTP for BFN Units 1 and 3 to incorporate lessons learned during implementation of the BFN Unit 2 RTP. These changes included the coordination of RTP testing with post-modification, post-maintenance, and normal surveillance testing, and use of existing surveillance and testing procedures to the maximum extent possible. TVA also indicated it did not plan to perform a complete Loss of Offsite Power/Loss of Coolant Accident (LOP/LOCA) test as was performed for BFN Unit 2. TVA stated that the Unit 2 RTP demonstrated the operation of the electrical system for all three units down to the shutdown board level and the operation of all eight diesel generators. TVA indicated further that it planned to take credit for the Technical Specification diesel generator surveillance testing that simulates LOP/LOCA. In response to an NRC request, TVA provided additional information concerning the BFN Units 1 and 3 RTP in a letter dated February 18, 1992 (Reference 12). That letter documented how the BFN Unit 1 and 3 RTP compared to the criteria contained in Regulatory Guide 1.68, Revision 2, and provided a Unit 3 RTP test matrix comparing the testing planned for BFN

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Unit 3 under the RTP to the testing actually performed under the BFN Unit 2 RTP. The response provided similar information for the BFN Units 1 and 3 Power Ascension Testing (PAT) Program. TVA indicated that there were no differences in the comparison of the BFN Units 1 and 3 RTP testing criteria to Regulatory Guide 1.68, Revision 2 over that provided previously for BFN Unit 2 during its June 21, 1988, meeting with the NRC. Differences in testing planned for BFN Units 1 and 3 under the RTP and that actually performed for BFN Unit 2 under its RTP were categorized as follows:

• TVA did not plan to re-perform BFN Unit 2 RTP tests that fully satisfied the requirements for Units 1 and 3;

• Testing to address shared system modes (functions) between Units 2

and 3, and between Units 1, 2, and 3 might be required; and

• Testing to address the addition of new system modes might be required. Reference 12 also indicated that as of the date of that letter, TVA had not yet completed development of the BFN Unit 3 Baseline Test Requirements Documents, and would update the Unit 3 RTP test matrix upon completion of that effort. By letters dated December 28, 1992 (Reference 13) and July 19, 1993 (Reference 14), TVA provided updates to the BFN Unit 3 RTP test matrix. On December 14, 1993, TVA met with the NRC to discuss the BFN Units 1 and 3 RTP in further detail (Reference 15). In Reference 15, the NRC Staff documented its position that it would evaluate the differences between the BFN Units 1 and 3 restart programs and those previously approved for BFN Unit 2. Those programs that remain the same would not be re-evaluated. Therefore, the purpose of the December 14, 1993 meeting was to ensure that the NRC had a thorough understanding of the BFN Units 1 and 3 RTP, with an emphasis on the differences between the BFN Units 1 and 3 RTP and the BFN Unit 2 RTP. During that meeting, TVA committed to send the NRC a detailed description of the differences between the BFN Units 1 and 3 RTP, and the BFN Unit 2 RTP as described in the associated NRC safety evaluations. By letter dated February 2, 1994 (Reference 16), TVA provided that additional information. By letter dated August 30, 1994 (Reference 17), the NRC issued a safety evaluation accepting the RTP program for BFN Unit 3. In the cover letter, the NRC indicated that much of the information contained in TVA's February 18, 1992, December 28, 1992, and July 19, 1993 letters pertained only to BFN Unit 3. This refers to the BFN Unit 3 RTP testing matrices provided with TVA's February 18, 1992 letter, and updated by the December 28, 1992 and July 19, 1993 letters that described, on a line-item basis, the BFN Unit 3

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specific testing planned under the RTP and its comparison to testing performed under the BFN Unit 2 RTP. The cover letter stated further that the NRC Staff's review included examination of procedures developed to support the BFN Unit 3 RTP, which might not be representative of procedures which may be used to support BFN Unit 1 recovery. On this basis, Reference 17 stated that the staff considered only that set of information sufficient to determine the adequacy of the BFN Unit 3 RTP, and should TVA subsequently decide to pursue restart of BFN Unit 1, TVA should submit similar documentation for BFN Unit 1 planned testing. By letter dated December 13, 2002 (Reference 18), and as supplemented by letter dated February 28, 2003 (Reference 19), TVA submitted to the NRC the proposed regulatory framework for the restart of BFN Unit 1. In that letter, TVA indicated its intent to implement the remaining special programs, including the RTP, in accordance with the implementation precedent and criteria used to restart Unit 3. By letter dated August 14, 2003 (Reference 20), the NRC accepted TVA's proposed approach. By letter dated June 15, 2005 (Reference 1), the NRC requested that TVA provide detailed information concerning modifications being made as part of BFN Unit 1 restart and a detailed description of the testing planned under the BFN Unit 1 RTP. To provide a more complete picture of the BFN Unit 1 RTP and how it relates to the BFN Unit 3 RTP, Section III below provides a description of the BFN Unit 1 RTP, including a description of the procedures under which the program was developed and is controlled. Section IV below discusses and provides the specific information requested by the NRC RAI, including a line-item description of the specific testing planned under the BFN Unit 1 RTP, and a comparison to that performed under the BFN Units 2 and 3 RTP.

III. DESCRIPTION OF BFN UNIT 1 RESTART TEST PROGRAM DEVELOPMENT

As a component of the BFN Design Basis Verification Program (DBVP), the primary purpose of the BFN Unit 1 RTP is to verify that plant systems are capable of meeting their safe shutdown requirements. To accomplish this objective, TVA performed a Safe Shutdown Analysis (SSA) as part of the BFN DBVP. The SSA, which addresses all three BFN units, is a systematic and comprehensive analysis of the requirements for ensuring the safe shutdown of BFN Units 1, 2, and 3 for transients, accidents, and special events. It documents the safety system actions for which credit has been taken in the UFSAR, reload analyses, and other communications addressing transients, accidents, and special events within the BFN licensing bases. The events considered in the SSA included:

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• Generator Trip • Turbine-Generator Trip with

Bypass Failure • Pressure Regulator Failure –

Closed • Turbine Trip • Isolation of all Main Steam

Lines • Closure of One Main Steam

Isolation Valve • Loss of Condenser Vacuum • Loss of Feedwater Heater • Shutdown Cooling (RHRS)

Malfunction (Temperature Decrease)

• Inadvertent Pump Start • Control Rod Withdrawal Error • Fuel Assembly Insertion • Control Rod Removal Error • Pressure Regulator Failure –

Open • Inadvertent Opening of All

Bypass Valves • Inadvertent Opening of a

Safety/Relief Valve • Loss of Feedwater Flow • Loss of Offsite AC Power • Recirculation Control Failure-

Decrease • Recirculation Pump Trip (One

Pump Trip) • Recirculation Pump Trip (Two

Pump Trip)

• Recirculation Pump Seizure • Recirculation Flow Controller

Failure Increasing Flow • Startup of Idle Reactor

Recirculation Pump • Loss of Shutdown Cooling • Feedwater Controller Failure –

Maximum Demand • Control Rod Drop Accident • Pipe Break Inside Containment –

Large Break • Intermediate Pipe Break Inside

Containment • Small Pipe Break Inside

Containment • Pipe Break Inside – Containment

and Radiological Effect • Fuel Handling Accident • Pipe Break Outside Containment • Shutdown From Outside of

Control Room • Shutdown Without Control Rods • Overpressure Protection (MSIV

Closure – Backup Scram) • Rotated or Mis-located Bundle • Flood • Low Reservoir Downstream Dam

Failure • Tornado • Earthquake • Fire • Loss of Fuel Pool Cooling/Makeup

From evaluation of the above events, the systems and associated system functions required to ensure safe shutdown were identified. These system functions or "modes" identified in the SSA were then systematically evaluated, and tests required to verify capability of the functions identified. Testing the modes identified in the SSA under the RTP will verify the capacity

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of the systems to support their required safety functions. Where applicable, these tests will be performed under Extended Power Uprate (EPU) conditions. Development of the BFN Unit 1 RTP program and identification of the associated BFN Unit 1 RTP test requirements are controlled administratively via BFN Procedure 1-TI-452, "Unit 1 Restart Test Program," which specifies the review and approval of the restart test requirements, associated acceptance criteria, and test results. The RTP test requirements are documented in the BFN Unit 1 Baseline Test Requirements Documents (BTRDs) developed, reviewed, and approved in accordance with BFN Procedure 1-TI-469, "Baseline Test Requirements." Consistent with the BFN Unit 3 RTP, a multi-disciplinary review group (per 1-TI-452, designated the Restart Test Program Review Group or "RTPRG") reviews and approves the RTP test requirements identified for each system, as well as the results of the RTP testing for each system. In addition to the testing planned for BFN Unit 1 under the RTP, TVA is performing system and component post-maintenance, post-modification, calibration, normal surveillance, and power-ascension testing as required to ensure other systems and system functions will operate within their design requirements. This testing, which is not part of the BFN Unit 1 RTP, is identified and controlled as required in accordance with 10 CFR 50 Appendix B. The BFN Unit 1 restart testing is controlled in accordance with BFN Procedure 1-TI-453, "Unit 1 Startup Test Instruction." Procedure 1-TI-453 provides coordination, tracking, and control of testing performed on each system. Under Procedure 1-TI-453, System Test Specifications (STS) are developed to define the minimum testing requirements, their bases, acceptance criteria, and the test procedures that will be used to satisfy the test requirements for selected BFN systems. The STS are intended to encompass all functional testing beyond the scope of static installation and minor post-maintenance testing, and includes component tests, loop calibrations, post-modification functional tests, Technical Instructions (TIs), Special Tests, and Technical Specifications/Technical Requirements surveillance tests. Consistent with the BFN Unit 3 RTP, TVA is utilizing existing surveillance and testing procedures to the extent possible to perform these tests. Where planned testing is not covered by existing procedures, explicit test instructions are developed to perform the testing.

IV. RESPONSE TO NRC REQUEST FOR INFORMATION

The NRC's June 15, 2005 request for additional information requested that TVA provide the following information:

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"In order for the staff to independently verify the adequacy of your restart testing program, please describe in detail the modifications that were made and those still in progress or planned and how they were or will be verified to be within the bounds of the original test data. Also, provide a detailed listing and description of the testing that you referred to in your December 13, 2002 letter."

Table 1 identifies the modifications being implemented as part of the BFN Unit 1 restart. The table lists the Design Change Notices (DCNs), sorted by system, provides a detailed description of the modifications and identifies whether a similar DCN was implemented for BFN Units 2 and 3. Modifications developed primarily to implement EPU have been notated as such and grouped at the end of the table. Portions of other modifications supporting implementation of EPU are notated within their descriptions. A more concise description of the EPU modifications and the associated testing planned for those modifications was provided in TVA's April 25, 2005 letter (Reference 21) providing additional information in support of the BFN Unit 1 Extended Power Uprate application. Table 1 shows that with the exception of those modifications planned to implement EPU operation, most of the modifications planned for BFN Unit 1 have been implemented previously for BFN Units 2 and 3. Excluding EPU, the design modifications for Unit 1 are the result of like modifications implemented prior to the restart of Units 2 and 3, any changes made on Units 2 and 3 since their restarts, and changes to replace obsolete equipment. A primary consideration throughout the change process in the design, construction, function, and operation of systems being modified, has been unit fidelity. While minor differences exist among Units 1, 2, and 3, largely due to equipment obsolescence, the systems will remain functionally the same. As discussed in TVA's February 2, 1994 letter concerning the BFN Units 1 and 3 RTP, TVA is not verifying that plant systems and components are within the bounds of the original test data. Rather, the BFN Unit 1 RTP testing requirements and testing acceptance criteria are based on the BFN Safe Shutdown Analysis, and are documented in the BTRDs for each system function credited in the SSA. Therefore, while much of the acceptance criteria remain unchanged since performance of the initial pre-operational testing, the BTRDs establish and document the acceptance criteria based on the revised BFN Unit 1 design bases and design requirements. These acceptance criteria are specified in the applicable test instructions. As part of the BFN plant modification control process, TVA reviews all Design Change Notices (DCNs) to identify, specify, and document appropriate post-modification testing requirements. The purpose of post-modification testing is to demonstrate conformance with the design requirements of the installed or

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modified component(s), confirm expected system response, and verify that no undesirable effects were created. DCNs are prepared and controlled in accordance with TVA procedure SPP-9.3, "Plant Modifications and Engineering Change Control," which requires that Design engineers identify and document any required verification and/or special testing requirements. Per TVA Procedure SPP-8.3, "Post Modification Testing," System engineers review the DCNs to confirm that all necessary post modification testing has been specified and are responsible for reviewing and concurring with acceptability of test results. These programmatic controls ensure for each design change, that the testing required to ensure system performance requirements are met and expected system response is confirmed. Testing is identified and performed with acceptable results prior to turnover of the system for operation. These controls are typical of industry programs developed to ensure compliance with the requirements of 10 CFR 50 Appendix B. As discussed in Section III above, for each system within the scope of the program, a set of System Test Specifications (STS) are developed to identify the testing required to return the system to service. These STS identify planned RTP testing as well as planned post-modification, post-maintenance, surveillance testing, etc. Due to the extent of the modifications and replacements being implemented on BFN Unit 1, it is not practical to list each and every planned post-modification and post-maintenance test in this response. However, these tests are documented in the STS for each system. Examples of typically specified post-modification and/or post-maintenance testing include (as applicable):

• Verification of proper rotation and setting limits on valves • Motor-operated valve (MOV) setting and baseline diagnostics (for

GL 89-10 valves) • Leak-rate testing for Primary Containment isolation valves • Pump operability testing (verification of rated flow within specified

period) • Valve operability testing • System flow balancing • System and component leak testing • Instrument channel calibration and functional testing • Protective relay calibration and functional testing • Logic system functional testing, • System run and confirmation that process parameters are within

expected ranges While these tests overlap with testing planned as part of the BFN Unit 1 RTP, they are identified and specified in accordance with the normal design control

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process to ensure that plant systems are capable of meeting their design and operational requirements. Table 2 provides the matrix of tests planned for BFN Unit 1 under the RTP. As discussed in the description of the BFN Unit 1 RTP development in Section III above, the RTP test requirements are identified by system "modes" or functions that have been identified in the BFN SSA as required to ensure the capability for safe shutdown of the plant. Therefore Table 2 is organized according to these system modes, which are described in the table and which correlate to the modes identified in the BFN SSA and the associated system Baseline Technical Requirements Documents (BTRDs). The table also identifies whether the test was performed for BFN Units 2 and 3, whether the test is planned for BFN Unit 1, and includes clarifying information where appropriate. The BFN Unit 1 Power Ascension Testing (PAT) Program is consistent with the PAT Program described for BFN Unit 3 previously in Reference 12. Table 3 provides a comparison of BFN Unit 1 Power Ascension Testing (PAT) planned to the PAT testing described previously for BFN Unit 3 in Reference 12.

V. REFERENCES

1. NRC letter to TVA "Browns Ferry Nuclear Plant, Unit 1- Request for Additional Information Regarding Restart Testing Program (TAC No. MC7208)," dated June 15, 2005.

2. TVA letter to NRC, regarding the Browns Ferry Nuclear Plant (BFN)

Restart Test Program Plan, dated October 7, 1986. 3. NRC letter to TVA, "NRC Comments to Browns Ferry Unit 2 Restart Test

Program Plan," dated March 3, 1987. 4. TVA letter to NRC, "Browns Ferry Nuclear Plant (BFN) - Refinement of

the Restart Test Program," dated July 13, 1987. 5. NRC memorandum to docket, "Summary of Meeting with TVA

Concerning Restart Test Program at Browns Ferry Nuclear Plant - April 26, 1988 (TAC No. 62264)," dated May 24, 1988.

6. NRC memorandum to docket, "Summary of Meeting with TVA

Concerning Browns Ferry Nuclear (BFN) Plant Restart Test Program - June 21, 1988 (TAC No. 62264)," dated July 27, 1988.

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7. NRC letter to TVA, "Volume 3, Section II.6.0 (Radiological and Chemistry Improvement) and Section III.8.0 (Restart Test Program) of the Nuclear Performance Plan - Browns Ferry Nuclear Plant, Unit 2 (TACS 62253 and 62264)," dated August 12, 1988.

8. TVA letter to NRC, submittal of the Browns Ferry Nuclear Performance

Plan, dated August 28, 1986. 9. TVA letter to NRC, "Browns Terry Nuclear Plant (BFN) - Nuclear

Performance Plan, Revision 2," dated October 24, 1988. 10. NRC letter to TVA, "Safety Evaluation Report on the Browns Ferry

Nuclear Performance Plan - NUREG-1232, Volume 3," dated April 14, 1989.

11. TVA letter to NRC, "Browns Ferry Nuclear Plant (BFN) – Restart Test

Program (RTP) for Units 1 and 3," dated September 27, 1991. 12. TVA letter to NRC, "Browns Ferry Nuclear Plant (BFN) – Request for

Additional Information Regarding the Restart Test Program for Units 1 and 3," dated February 18, 1992.

13. TVA letter to NRC, "Browns Ferry Nuclear Plant (BFN) – Update of

Restart Test Program (RTP) for Units 1 and 3," dated December 28, 1992.

14. TVA letter to NRC, "Browns Ferry Nuclear Plant (BFN) – Restart Test

Program (RTP) Update for Units 1 and 3," dated July 19, 1993. 15. NRC memorandum to docket, "Summary of the December 14, 1993

Meeting Regarding the Restart Test Program for the Browns Ferry Nuclear Plant, Units 1 and 3," dated January 13, 1994.

16. TVA letter to NRC, "Browns Ferry Nuclear Plant (BFN) - Restart Test

Program (RTP) Update for Units 1 and 3," dated February 2, 1994. 17. NRC Letter to TVA, "Browns Ferry Nuclear Plant Units 1 and 3 – Restart

Test Program," dated August 30, 1994. 18. TVA letter to NRC, "Browns Ferry Nuclear Plant (BFN) – Unit 1

Regulatory Framework for the Restart of Unit 1," dated December 13, 2002.

19. TVA letter to NRC, "Browns Ferry Nuclear Plant (BFN) – Unit 1

Regulatory Framework for the Restart of Unit 1," dated February 28, 2003.

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20. NRC Letter to TVA, "Regulatory Framework for the Restart of Browns

Ferry Nuclear Plant Unit 1 (TAC MB7679)," dated August 14, 2003. 21. TVA letter to NRC, "Browns Ferry Nuclear Plant (BFN) - Unit 1 -

Response to NRC's Request for Additional Information Related to Technical Specifications (TS) Change No. TS-431 - Request for Extended Power Uprate Operation (TAC No. MC3812)," dated April 25, 2005.

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y to

(SJA

E) p

ress

ure

switc

hes

(1-P

S-0

12-8

0A &

-80B

), ad

d ro

ot v

alve

s fo

r new

pre

ssur

e sw

itche

s, a

nd a

dd in

terlo

cks

from

Aux

iliary

Ste

am to

SJA

E s

huto

ff va

lves

.

Y

Mai

n S

team

D

CN

511

43

Mod

ify a

nd u

pdat

e th

e fo

ur in

boar

d M

SIV

s by

pro

vidi

ng n

ew p

oppe

t des

ign,

new

larg

er s

tem

, new

bon

net,

new

bol

ting

desi

gn,

new

larg

er a

ctua

tor,

sprin

g ho

usin

g m

odifi

catio

n, a

dapt

er p

late

for s

olen

oid

cont

rol p

anel

, new

lim

it sw

itche

s (L

S-1

& L

S-5

), an

d re

desi

gned

sw

itch

mou

ntin

g pl

ate

to s

uppo

rt E

PU

. Adj

ust i

nboa

rd M

SIV

pos

ition

lim

it sw

itch

(LS-

5)

from

the

90%

ope

n po

sitio

n to

the

85%

ope

n po

sitio

n pe

r Gen

eral

Ele

ctric

Ser

vice

Info

rmat

ion

Lette

r (G

E S

IL) 5

68.

Rep

lace

Mai

n S

team

Dra

in Is

olat

ion

Val

ve (M

SD

IV) F

CV

-1-5

5, w

ith a

n eq

uiva

lent

Flo

wse

rve

valv

e du

e to

hig

her

leak

age

trend

s in

Loc

al L

eak

Rat

e Te

sts

(LLR

Ts).

Rep

lace

the

MSD

IV m

otor

act

uato

r with

a n

ew e

nviro

nmen

tally

qu

alifi

ed m

otor

(GL

89-1

0).

Rep

lace

(4) M

ain

Ste

am R

elie

f Val

ve (M

SR

V) b

odie

s w

ith n

ew b

odie

s an

d ne

w p

ilot

asse

mbl

ies.

Inst

all n

ine

new

pilo

t ass

embl

ies

on e

xist

ing

bodi

es.

Rep

lace

thre

aded

cou

plin

gs w

ith s

ocke

t wel

ded

coup

lings

in M

SR

V ta

ilpip

es a

nd in

stal

l new

tem

pera

ture

ele

men

ts in

new

wel

ded

ther

mow

ells

. R

epla

ce e

xist

ing

Mai

n S

team

(MS

) Sys

tem

cab

les

with

new

Cla

ss 1

E a

nd 1

0CFR

50.4

9 (E

Q) q

ualif

ied

cabl

es b

etw

een

the

Ele

ctric

al

Pen

etra

tion

Ass

embl

ies

(EP

A) a

nd th

e M

ain

Ste

am S

yste

m c

ompo

nent

s (in

boar

d M

SIV

lim

it sw

itche

s, M

SR

V p

ress

ure

cont

rol v

alve

s an

d th

erm

ocou

ples

, and

MS

DIV

mot

or a

ctua

tor a

nd li

mit

switc

hes)

. S

ix (6

) of t

he th

irtee

n (1

3) M

ain

Ste

am R

elie

f Val

ves

(MSR

Vs)

are

ass

ocia

ted

with

the

Aut

omat

ic D

epre

ssur

izat

ion

Sys

tem

(AD

S) p

ortio

n of

the

Mai

n S

team

(MS

) Sys

tem

(1-P

CV

-1-5

, -19

, -22

, -30

, -31

, and

-34)

. Re-

labe

l con

duit/

cabl

es a

ssoc

iate

d w

ith th

e A

DS

MS

RV

s w

ith th

e 'IS

1' s

uffix

. (C

able

/con

duit

asso

ciat

ed w

ith th

e H

igh

Pre

ssur

e C

oola

nt In

ject

ion

(HPC

I) S

yste

m w

ill be

labe

led

with

the

'IS2'

suf

fix p

er D

CN

511

50.)

Cal

cula

tion

ED

-Q00

01-9

2058

9, (D

ivis

ion

I Cab

les

Req

uirin

g S

epar

atio

n to

M

aint

ain

HPC

I-AD

S In

depe

nden

ce P

lus

Sig

nific

ant A

DS

Mod

ifica

tions

) has

bee

n is

sued

to s

uppo

rt th

is c

hang

e.

Rep

lace

the

mec

hani

cal p

ortio

n of

the

Sta

ndby

Liq

uid

Con

trol (

SLC

) sys

tem

insi

de th

e dr

ywel

l con

sist

ing

of (4

) val

ves

(1-S

HV

-63-

12, -

538,

-539

, & 1

-CK

V-6

3-52

6).

Y

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-1

3

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Mai

n S

team

D

CN

511

62

Rep

lace

equ

ival

ent M

SR

V a

cous

tic m

onito

rs, a

cous

tic m

onito

r cha

rge

conv

erte

rs, c

able

s, c

ondu

it, a

nd ju

nctio

n bo

xes.

R

epla

ce e

quiv

alen

t inb

oard

MS

IV c

ontro

l val

ve m

anifo

ld a

ssem

blie

s. A

dditi

on o

f cab

les/

cond

uit f

or li

mit

switc

hes

adde

d pe

r DC

N 5

1143

.

Y

Mai

n S

team

D

CN

511

73

Mod

ify a

nd u

pdat

e th

e fo

ur o

utbo

ard

MSI

Vs

by p

rovi

ding

new

pop

pet d

esig

n, n

ew la

rger

ste

m, n

ew b

onne

t, ne

w b

oltin

g de

sign

, ne

w la

rger

act

uato

r, sp

ring

hous

ing

mod

ifica

tion,

ada

pter

pla

te fo

r sol

enoi

d co

ntro

l pan

el, a

nd re

desi

gned

sw

itch

mou

ntin

g pl

ate.

Rep

lace

Mai

n S

team

Dra

in Is

olat

ion

Val

ve (M

SD

IV) F

CV-

1-56

with

an

equi

vale

nt v

alve

due

to

high

er le

akag

e tre

nds

in L

ocal

Lea

k R

ate

Test

s (L

LRTs

). R

epla

ce th

e M

SD

IV m

otor

act

uato

r with

a n

ew

envi

ronm

enta

lly q

ualif

ied

mot

or (G

L 89

-10)

. R

epla

ce C

ontro

l Air

flex

hose

s fo

r MSI

Vs

1-FC

V-1-

15, 2

7, 3

8, &

52.

P

rovi

de li

ve-lo

aded

pac

king

for o

utbo

ard

MS

IVs

and

MS

DV

. Le

ak-o

ff ta

ps a

re d

elet

ed fr

om n

ew M

SIV

bon

net d

esig

n.

Y

Mai

n S

team

D

CN

512

11

Rep

lace

all

safe

ty-r

elat

ed li

mit

switc

hes

asso

ciat

ed w

ith th

e ou

tboa

rd M

SIV

s. R

epla

ce c

able

and

con

duit

in th

e R

eact

or B

uild

ing

asso

ciat

ed w

ith th

e ou

tboa

rd M

SIV

sol

enoi

d va

lves

with

new

Cla

ss 1

E a

nd 1

0CFR

50.4

9 (E

Q) c

able

an

d sp

lices

. R

epla

ce c

able

and

con

duit

in th

e R

eact

or B

uild

ing

asso

ciat

ed w

ith th

e in

boar

d an

d ou

tboa

rd M

SIV

op

en/c

lose

lim

it sw

itche

s w

ith n

ew C

lass

1E

and

10C

FR50

.49

(EQ

) cab

le (f

or in

boar

d M

SIV

lim

it sw

itche

s LS

-3 a

nd

LS-4

, see

DC

N 5

1162

). R

epla

ce c

able

s fo

r the

MS

IV D

rain

Inte

rlock

circ

uit a

nd re

rout

e ca

bles

from

a D

iv II

Ele

ctric

al

Pen

etra

tion

Ass

embl

y (E

PA) t

o a

Div

I E

PA

. R

emov

e th

e U

nit 1

out

boar

d M

SD

IV lo

cal c

ontro

l sta

tion.

Rep

lace

cab

le

and

cond

uit i

n th

e R

eact

or B

uild

ing

asso

ciat

ed w

ith th

e M

SR

V s

olen

oid

valv

es w

ith n

ew C

lass

1E

and

10C

FR50

.49

(EQ

) cab

le.

Mod

ify c

ontro

l sw

itch

loca

tions

to e

nsur

e re

quire

d nu

mbe

rs o

f AD

S S

RV

s ar

e av

aila

ble

in c

ase

of fi

re in

an

y ar

ea o

f the

pla

nt.

Rep

lace

cab

le a

nd c

ondu

it in

the

Rea

ctor

Bui

ldin

g as

soci

ated

with

the

MS

RV

aco

ustic

m

onito

ring

with

new

Cla

ss 1

E a

nd 1

0CFR

50.4

9 (E

Q) c

able

. D

elet

e te

mpe

ratu

re s

enso

rs T

S-1-

17A

, -17

B, 1

7C, &

-17D

fro

m m

ain

stea

m tu

nnel

vau

lt. R

epla

ce c

able

and

con

duit

in th

e R

eact

or B

uild

ing

asso

ciat

ed w

ith th

e M

ain

Ste

am L

ine

Leak

Det

ecto

rs w

ith n

ew C

lass

1E

and

10C

FR50

.49

(EQ

) cab

le.

Y

Mai

n S

team

D

CN

512

30

Equ

ival

ent r

epla

cem

ent o

f eac

h M

ain

Ste

am L

ine

Flow

tran

smitt

er.

Pro

cure

and

qua

lify

like-

for-

like

outb

oard

MS

IV

open

/clo

se c

ontro

l val

ve m

anifo

lds.

Equ

ival

ent r

epla

cem

ent o

f eac

h M

ain

Ste

am li

ne h

igh

flow

tran

smitt

er.

Like

-for-

like

repl

acem

ent o

f Mai

n S

team

inst

rum

ents

loca

ted

in th

e R

eact

or B

uild

ing.

Y

Mai

n S

team

D

CN

513

33

Pro

vide

add

ition

s an

d m

odifi

catio

ns to

the

smal

l bor

e in

stru

men

t pip

ing

supp

orts

insi

de D

ryw

ell f

or M

ain

Ste

am a

nd

HP

CI s

yste

ms

(from

resp

ectiv

e flo

w e

lem

ent t

o P

enet

ratio

ns X

-30A

, -B

, -C

, -D

, X-3

2E &

F, X

-34-

A, -

B, -

C, &

-D).

Y

Mai

n S

team

D

CN

514

08

Pro

vide

add

ition

s an

d m

odifi

catio

ns to

the

smal

l bor

e in

stru

men

t pip

ing

supp

orts

insi

de th

e R

eact

or B

uild

ing

for t

he

Mai

n S

team

Sys

tem

(fro

m D

ryw

ell P

enet

ratio

ns X

-30A

, -B

, -C

, -D

, X-3

2E &

F, X

-34-

A, -

B, -

C, &

-D to

the

inst

rum

ent

pane

ls in

the

Rea

ctor

Bui

ldin

g)

Y

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-1

4

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Mai

n S

team

D

CN

514

58

Rem

ove

Moi

stur

e S

epar

ator

Dra

in P

umps

(MSD

Ps)

and

mod

ify th

e H

eate

r Dra

in S

yste

m to

ope

rate

with

out M

SD

Ps.

U

pgra

de in

tern

als

of e

ach

moi

stur

e se

para

tor t

o in

crea

se c

apac

ity a

nd in

crea

se m

oist

ure

rem

oval

effi

cien

cy fr

om 8

5%

to a

t lea

st 9

5% a

t EP

U c

ondi

tions

. C

lear

MS

DP

room

of H

eate

r Dra

in p

ipin

g. T

ap o

ff of

con

dens

ate

boos

ter p

ump

disc

harg

e he

ader

to s

uppl

y in

ject

ion

wat

er to

eac

h dr

ain

from

the

moi

stur

e se

para

tors

. C

ut a

nd c

ap R

aw C

oolin

g W

ater

sup

ply

and

retu

rn p

ipin

g to

the

MS

DP

room

. R

emov

e ha

ndsw

itche

s an

d in

dica

tion

for M

SD

Ps fr

om m

ain

cont

rol

boar

d. R

emov

e th

e cl

osin

g fe

atur

e of

the

flow

con

trol v

alve

s w

hen

the

reac

tor f

eedw

ater

to th

e as

soci

ated

hig

h pr

essu

re fe

edw

ater

hea

ters

is m

anua

lly o

r aut

omat

ical

ly is

olat

ed.

Y

Mai

n S

team

D

CN

605

34

Impl

emen

tatio

n of

MS

RV

aut

o ac

tuat

ion

logi

c (w

ill be

saf

ety-

rela

ted

on U

nit 1

). Y

Con

dens

ate

and

Dem

iner

aliz

ed

Wat

er

DC

N 5

1113

Pro

vide

a d

rain

age

path

from

the

reac

tor w

ell t

o th

e co

nden

sate

sto

rage

tank

s w

hen

the

cond

ense

r is

out o

f ser

vice

(G

E S

IL 4

27).

Pro

vide

for o

xyge

n in

ject

ion

into

the

Con

dens

ate

Sys

tem

from

the

Hyd

roge

n W

ater

Che

mis

try S

yste

m

at s

uctio

n pi

ping

of e

ach

cond

ensa

te p

ump

(GE

SIL

136

). U

pgra

de c

onde

nsat

e de

min

eral

izer

pre

coat

pum

p se

al

equi

pmen

t to

impr

ove

pum

p se

al o

pera

tion.

Add

pre

coat

inle

t and

out

let l

ine

pres

sure

gau

ges

to im

prov

e de

min

eral

izer

pre

coat

ope

ratio

n. P

rovi

de fo

r hyd

roge

n in

ject

ion

into

the

Con

dens

ate

Sys

tem

from

the

Hyd

roge

n W

ater

C

hem

istry

Sys

tem

into

eac

h co

nden

sate

boo

ster

pum

p su

ctio

n dr

ain

pipi

ng.

Cha

nge

valv

es 1

-FC

V-2

-29A

and

1-F

CV

-2-

29B

from

"fai

l ope

n" to

"fai

l clo

sed"

. C

hang

e sy

stem

des

ign

cond

ition

s fo

r tem

pera

ture

and

pre

ssur

e to

sup

port

new

bo

oste

r pum

p pr

essu

res

at E

PU

con

ditio

ns. M

odify

Con

dens

ate

pum

p in

let p

ipin

g w

ith T

-sec

tion

spoo

l pie

ce to

ac

com

mod

ate

pum

p su

ctio

n st

rain

ers.

Fee

dwat

er h

eate

rs A

3, B

3, a

nd C

3 an

d as

soci

ated

pip

ing

are

re-r

ated

, and

the

man

way

ope

ning

for F

eedw

ater

Hea

ter C

3 is

rein

forc

ed to

sup

port

new

des

ign

pres

sure

at E

PU

con

ditio

ns.

Y

Con

dens

ate

and

Dem

iner

aliz

ed

Wat

er

DC

N 5

1137

Rep

lace

the

Con

dens

ate

Dem

iner

aliz

er C

ontro

l Pan

el fr

om e

xist

ing

anal

og to

a n

ew D

igita

l Pro

gram

mab

le L

ogic

C

ontro

l (P

LC) p

anel

and

pro

vide

con

trol c

apab

ility

for 1

0 ve

ssel

s.

Pro

vide

prim

ary

and

alte

rnat

e 12

0Vac

pow

er to

the

new

pan

el v

ia s

epar

ate

480

V fe

eds,

480

/120

Vac

dis

tribu

tion

trans

form

ers,

and

an

auto

mat

ic tr

ansf

er s

witc

h.

Rep

lace

27

exis

ting

trans

mitt

ers

with

"sm

art"

trans

mitt

ers

and

repl

ace

asso

ciat

ed fl

ow e

lem

ents

. (E

PU

)

Y

Con

dens

ate

and

Dem

iner

aliz

ed

Wat

er

DC

N 5

1174

Mod

ify C

onde

nsat

e/D

emin

eral

ized

Wat

er S

yste

m p

ipin

g in

side

Rea

ctor

Bui

ldin

g as

follo

ws:

Rem

ove

the

20"X

24" Y

-co

nnec

tion,

anc

hor t

he 2

0" re

turn

line

, ins

tall

a bl

ind

flang

e on

the

20" c

arbo

n st

eel h

eade

r, an

d re

cons

truct

the

24"

head

er.

The

Dem

iner

aliz

er W

ater

sup

ply

line

to th

e dr

ywel

l is

cut a

nd c

appe

d do

wns

tream

of S

HV

-2-1

191

and

cut a

nd

plug

ged

upst

ream

of P

enet

ratio

n X

-20.

Y

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-1

5

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Con

dens

ate

and

Dem

iner

aliz

ed

Wat

er

DC

N 5

1294

Pro

vide

for t

he re

tubi

ng o

f the

Mai

n C

onde

nser

in th

e Tu

rbin

e B

uild

ing.

Mat

eria

l sub

stitu

tion

only

of t

ubin

g fro

m b

rass

to

sta

inle

ss s

teel

. Y

Con

dens

ate

and

Dem

iner

aliz

ed

Wat

er

DC

N 5

1335

Mod

ify th

e su

ppor

t con

figur

atio

n fo

r a p

ortio

n of

the

Con

dens

ate

Sto

rage

and

Sup

ply

Sys

tem

pip

ing

outs

ide

the

dryw

ell

in th

e R

eact

or B

uild

ing.

Y

Con

dens

ate

and

Dem

iner

aliz

ed

Wat

er

DC

N 5

1344

Pro

vide

for m

odifi

catio

ns a

nd a

dditi

ons

to e

xist

ing

supp

orts

for a

sm

all p

ortio

n of

the

Con

dens

ate

Sto

rage

and

Sup

ply

Sys

tem

pip

ing

in th

e R

eact

or B

uild

ing

(bra

nch

HP

CI P

ump

Test

line

con

nect

ing

to C

onde

nsat

e S

uppl

y S

yste

m p

ipin

g).

Y

Con

dens

ate

and

Dem

iner

aliz

ed

Wat

er

DC

N 5

1463

Upg

rade

the

Con

dens

ate

Dem

iner

aliz

er S

yste

m a

ir su

rge

back

was

h sy

stem

by

addi

ng q

uick

-act

ion

type

val

ves

and

upgr

aded

com

pres

sors

. Th

is w

ill re

sult

in h

ighe

r tan

k pr

essu

res

and

impr

oved

air

surg

e va

lve

oper

atin

g tim

es.

C

ross

tie c

apab

ility

for U

nit 1

to U

nit 2

bac

kwas

h ai

r sys

tem

s is

pro

vide

d w

ith th

e ad

ditio

n of

man

ual v

alve

1-S

HV

-2-

850A

.

Y

Rea

ctor

Fe

edw

ater

D

CN

510

76

Pro

vide

equ

ival

ent r

epla

cem

ent a

nd a

dditi

on o

f cab

les

as a

resu

lt of

des

ign/

prog

ram

s. R

evis

e se

tpoi

nt a

nd s

calin

g ca

lcul

atio

ns a

pply

ing

the

effe

cts

of E

PU

, 24-

mon

th fu

el c

ycle

, and

hyd

roge

n w

ater

che

mis

try.

Incr

ease

set

poin

t of

inst

rum

enta

tion

asso

ciat

ed w

ith re

acto

r ste

am d

ome

pres

sure

. E

xten

d ch

anne

l cal

ibra

tion

and

logi

c sy

stem

func

tiona

l te

st fr

eque

ncie

s to

24-

mon

ths.

Low

er th

e R

eact

or V

esse

l Wat

er L

evel

-Low

, Lev

el 3

set

poin

t.

Y

Rea

ctor

Fe

edw

ater

D

CN

511

14

Rep

lace

val

ves

FCV

-3-7

5, 7

6, 7

7, a

nd o

ther

s du

e to

thei

r ste

llite

con

tent

. R

epla

ce s

ampl

e pr

obe

and

valv

e S

MV

-3-5

49

per G

E S

IL 2

57.

Inst

all m

ount

ing

brac

kets

and

sup

ports

for l

inea

r var

iabl

e di

ffere

ntia

l tra

nsfo

rmer

s (L

VDTs

) use

d to

m

onito

r ste

ady-

stat

e vi

brat

ion

of F

eedw

ater

(FW

) pip

ing

outs

ide

cont

ainm

ent d

urin

g po

wer

asc

ensi

on u

p to

Ext

ende

d P

ower

Upr

ate

cond

ition

s. D

elet

e st

em le

ak o

ff va

lves

LO

V-3

-540

, 543

, & 5

48 fr

om v

alve

s FC

V-3

-71,

72,

& 7

3 re

spec

tivel

y an

d re

plac

e st

em p

acki

ng w

ith E

lect

ric P

ower

Res

earc

h In

stitu

te (E

PR

I)-st

yle

pack

ing.

Rep

lace

12

obso

lete

Han

cock

glo

be v

alve

s. I

nsta

ll a

GE

zin

c in

ject

ion

pass

ivat

ion

syst

em to

redu

ce C

obal

t-60

build

-up

in p

ipin

g sy

stem

s w

here

con

dens

ate

wat

er is

util

ized

.

Y

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-1

6

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Rea

ctor

Fe

edw

ater

D

CN

511

63

Rep

lace

Rea

ctor

Ves

sel L

evel

Indi

catin

g S

yste

m (R

VLI

S) r

efer

ence

and

sen

sing

line

s (fo

ur e

ach)

to p

rovi

de m

ore

relia

ble

mea

sure

men

t (G

L 84

-23

and

NU

RE

G-0

737,

Item

II.F

.2).

Rep

lace

Rea

ctor

Hea

d S

eal L

eako

ff re

serv

oir l

ine,

le

vel s

witc

h, a

nd re

serv

oir i

sola

tion

and

drai

n va

lves

. R

epla

ce R

eact

or H

ead

Ven

t sen

sing

line

and

flow

con

trol v

alve

s.

Rep

lace

Rea

ctor

Ves

sel M

ain

Feed

wat

er in

boar

d is

olat

ion

valv

e cl

osed

lim

it sw

itche

s. In

stal

l FW

pip

ing

vibr

atio

n m

onito

ring

equi

pmen

t per

man

ent m

ount

ing

hard

war

e. R

epla

ce d

oubl

e ve

nt a

nd d

rain

sm

all b

ore

valv

es a

ssoc

iate

d w

ith R

eact

or V

esse

l Mai

n Fe

edw

ater

inbo

ard

isol

atio

n va

lves

.

Y

Rea

ctor

Fe

edw

ater

D

CN

512

31

Rel

ocat

e se

nsin

g lin

es a

ssoc

iate

d w

ith p

enet

ratio

ns 1

7A, 1

7B, 2

6A, &

26B

from

pen

etra

tions

28A

, 28D

, 29A

, & 2

9D

resp

ectiv

ely.

Rew

ork

sens

ing

lines

due

to s

lope

con

cern

s an

d se

para

tion

of fu

nctio

nally

redu

ndan

t lin

es fo

r var

ious

le

vel i

nstru

men

t loo

ps (o

f 10

sens

ing

lines

invo

lved

, 5 a

re b

eing

re-r

oute

d an

d 5

are

bein

g re

wor

ked)

. Tw

o ne

w 6

-inch

, co

re-b

ore

pene

tratio

ns a

re re

quire

d. P

enet

ratio

ns X

-28A

, X-2

8D, X

-29A

, & X

-29D

are

to b

e ca

pped

. R

efur

bish

pan

els

25-5

A, 5

B, 5

C, 5

D, 5

-1, 6

A, 6

B, 6

C, 6

D, a

nd 6

-1, t

o in

clud

e re

plac

emen

t of d

rain

val

ves,

isol

atio

n va

lves

, equ

aliz

atio

n va

lves

, qui

ck-c

onne

ct fi

tting

s, a

nd tu

bing

. A

dd n

ew p

anel

25-

426

to h

ouse

LT-

3-20

6 &

207

.

Y

Rea

ctor

Fe

edw

ater

D

CN

637

92

Pro

vide

sep

arat

e po

wer

sup

plie

s to

U1

RFP

min

-flow

val

ve c

ontro

l circ

uits

. Y

H2

Wat

er

Che

mis

try

DC

N 5

1115

Inst

all a

Hyd

roge

n W

ater

Che

mis

try (H

WC

) sys

tem

to re

duce

Inte

rgra

nula

r Stre

ss C

orro

sion

Cra

ckin

g (IG

SCC

) of

stai

nles

s st

eel c

ompo

nent

s in

the

reac

tor c

oola

nt re

circ

ulat

ion

pipi

ng a

nd lo

wer

reac

tor i

nter

nals

. R

eloc

ate

Uni

t 2

valv

es 2

-SH

V-6

6-11

35 a

nd 1

136

whi

ch a

re c

urre

ntly

loca

ted

in U

nit 1

. R

emov

e ex

istin

g O

ffgas

hyd

roge

n an

alyz

er

pane

ls, a

ssoc

iate

d O

ffgas

sam

ple

tubi

ng, S

ervi

ce A

ir tu

bing

, Dem

iner

aliz

er w

ater

tubi

ng, a

nd s

ampl

e co

oler

. In

stal

l O

ffgas

mon

itor p

anel

, sam

ple

supp

ly/re

turn

pip

ing,

sup

ports

, and

val

ves.

Ins

tall

four

hyd

roge

n ar

ea m

onito

r sen

sors

(H

AM

S) t

o de

tect

hyd

roge

n le

akag

e. I

nsta

ll O

ffgas

cal

ibra

tion

gas

supp

ly tu

bing

, val

ves,

and

inte

rcon

nect

ing

wiri

ng,

cond

uit,

and

pull

boxe

s.

Y

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-1

7

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Hea

ter D

rain

s an

d V

ents

D

CN

511

16

Rep

lace

six

tube

sid

e he

ater

relie

f val

ves

and

mod

ify p

ipin

g su

ch th

at v

alve

inle

ts a

re m

ount

ed in

the

verti

cal d

irect

ion.

(N

ote:

DC

N 5

1464

repl

aces

the

asso

ciat

ed s

hell

side

hea

ter r

elie

f val

ves.

) R

epla

ce s

ix h

eate

r lev

el c

ontro

l val

ves

incl

udin

g op

erat

ors,

pos

ition

ers,

and

pre

ssur

e re

gula

tors

to p

reve

nt u

nacc

epta

ble

mod

ulat

ion

of w

ater

leve

ls (1

-LC

V-6

-11

A, -

29A

, -47

A, -

14A

, -32

A, -5

0A).

Rep

lace

Num

ber 3

Fee

dwat

er h

eate

r lev

el c

ontro

l val

ves

with

val

ves

that

do

not

inco

rpor

ate

a flu

id-fi

lled

stem

snu

bber

(1-L

CV-

6-7,

-25,

& -4

3).

[EP

U: R

epla

ce 4

-inch

moi

stur

e se

para

tor l

evel

con

trol

valv

es w

ith 6

-inch

val

ves

and

new

ope

rato

rs a

nd p

ositi

oner

s (1

-LC

V-6

-62A

, -62

B, -7

3A, -

73B,

-84A

, -84

B).

Exp

ansi

on

join

ts (b

ello

ws)

in th

e N

o. 2

, 3, 4

, and

5 e

xtra

ctio

n st

eam

pip

ing

loca

ted

insi

de th

e co

nden

ser a

re b

eing

repl

aced

with

st

ainl

ess

stee

l exp

ansi

on jo

ints

to a

ddre

ss fl

ow-a

ccel

erat

ed c

orro

sion

]. R

epla

ce le

vel c

ontro

l val

ves

incl

udin

g ac

tuat

ors

and

posi

tione

rs (1

-LC

V-6

-1, -

19, -

37, -

4A, -

4B, -

22A

, -22

B, -4

0A, -

40B

, -11

B, -

29B

, -47

B, -

14B

, -32

B, -

50B

).

Rep

lace

4-in

ch m

oist

ure

sepa

rato

r lev

el b

ypas

s to

con

dens

er le

vel c

ontro

l val

ves

with

6-in

ch v

alve

s an

d ne

w

oper

ator

s, lo

cal p

ositi

oner

s, a

nd li

mit

switc

hes

(1-L

CV

-6-6

1A, -

61B

, -72

A, -

72B

, -83

A, -

83B

). R

epla

ce p

acki

ng fo

r va

rious

val

ve s

tem

s w

ith g

raph

ite ri

ng p

acki

ng a

s de

scrib

ed in

EP

RI R

epor

t NP

-596

7.

Y

Hea

ter D

rain

s an

d V

ents

D

CN

511

39

Pro

vide

for r

efur

bish

men

t of R

eact

or F

eedw

ater

hea

ters

as

follo

ws:

Add

ition

of e

lect

roni

c le

vel s

witc

hes,

add

ition

of

cont

rol c

able

s fro

m le

vel s

witc

hes

to th

e as

soci

ated

hea

ter e

xtra

ctio

n is

olat

ion

valv

e, a

nd a

dditi

on o

f ass

ocia

ted

leve

l tra

nsm

itter

s. E

xist

ing

glas

s le

vel g

auge

s ar

e re

plac

ed w

ith a

ll m

etal

gau

ges

and

test

val

ves

are

adde

d. R

oot v

alve

s an

d th

eir i

nstru

men

t lev

el p

ipin

g fro

m th

eir c

onne

ctio

n po

ints

on

resp

ectiv

e he

ater

s ar

e re

plac

ed w

ith s

tain

less

ste

el

com

pone

nts.

Rep

lace

exi

stin

g co

nden

sate

cha

mbe

rs w

ith n

ew c

ham

bers

pos

sess

ing

appr

oxim

atel

y fiv

e tim

es g

reat

er

volu

me

than

pre

sent

ly in

stal

led

cham

bers

cap

aciti

es.

Y

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-1

8

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Con

trol B

ay

Pan

els

D

CN

510

94

DC

N 5

1095

D

CN

510

96

DC

N 5

1097

D

CN

510

98

DC

N 5

1099

D

CN

511

00

DC

N 5

1101

D

CN

511

03

DC

N 5

1104

D

CN

511

05

DC

N 5

1106

D

CN

511

08

DC

N 5

1109

D

CN

510

77

DC

N 5

1111

Sum

mar

y of

cha

nges

to P

NLs

1-9

-3, -

4,:-5

, -6,

-7, -

8, -1

0, -1

8, -1

9, -2

0, -2

1, -2

2, -3

2, -3

3, -4

7, -5

3, -5

4, -5

5, 1

-25-

32 to

re

solv

e C

ontro

l Roo

m D

esig

n R

evie

w (C

RD

R) i

ssue

s:

Mul

tiple

com

pone

nt re

loca

tions

with

in, t

o, a

nd fr

om o

ther

Con

trol R

oom

pan

els.

Mul

tiple

indi

cato

r rep

lace

men

ts a

s a

resu

lt of

loop

sig

nal c

hang

es a

nd in

dica

tor o

bsol

esce

nce.

Mul

tiple

indi

catin

g sc

ale

mod

ifica

tions

to a

dher

e to

Hum

an

Eng

inee

ring

Sta

ndar

ds.

Inst

alla

tion

of n

ew c

ompo

nent

labe

ls a

nd s

witc

h es

cutc

heon

pla

tes.

Ins

talla

tion

of n

ew

syst

em m

imic

s. P

anel

sur

face

enh

ance

men

ts.

Rep

lace

men

t of o

bsol

ete

reco

rder

s w

ith W

estro

nics

dig

ital p

aper

less

re

cord

ers.

Rep

lace

men

t of t

he H

PC

I and

RC

IC c

ontro

llers

and

pow

er s

uppl

ies.

Rel

ocat

ion

of th

e A

cous

tic M

onito

ring

Sys

tem

from

pan

el 1

-9-4

7 to

pan

el 1

-9-3

. In

stal

latio

n of

the

Con

tain

men

t Iso

latio

n S

tatu

s S

yste

m (C

ISS

) ini

tiatio

n an

d su

cces

s in

dica

tors

. R

epla

cem

ent o

f Rec

ircul

atio

n P

ump

spee

d in

dica

tors

with

gro

uped

pus

hbut

tons

and

sta

tus

lam

ps.

Rep

lace

men

t of h

ands

witc

hes

asso

ciat

ed w

ith th

e lu

be o

il pu

mps

that

con

trol R

ecirc

ulat

ion

Driv

e C

oolin

g P

umps

. R

epla

cem

ent a

nd re

calib

ratio

n of

Con

dens

ate

Pum

p an

d C

onde

nsat

e B

oost

er P

ump

mon

itorin

g in

stru

men

tatio

n.

Del

ete

redu

ndan

t U2

and

U3

elec

trica

l dis

tribu

tion

cont

rols

that

do

not s

uppo

rt U

nit 1

ope

ratio

ns. I

nsta

llatio

n of

a n

ew

fiber

opt

ic L

ocal

Are

a N

etw

ork

(LA

N) t

hrou

ghou

t the

Mai

n C

ontro

l Roo

m (M

CR

), co

nnec

ting

all M

CR

pro

cess

reco

rder

s to

a re

cord

er h

ost P

C.

Inst

all c

ontro

ls a

nd in

dica

tion

to s

uppo

rt th

e ne

w H

ydro

gen

Wat

er C

hem

istry

sys

tem

. R

eloc

ate

all S

yste

m 0

2, C

onde

nsat

e an

d D

emin

eral

ized

Wat

er, (

Con

dens

ate

Sto

rage

and

Tra

nsfe

r por

tion)

con

trols

, ind

icat

ors,

an

d m

eter

s fro

m p

anel

1-9

-20

to p

anel

1-9

-22.

Pro

vide

new

indi

catio

n fo

r Fire

Pro

tect

ion

Hea

der P

ress

ure.

Rem

ove

Circ

ulat

ing

Wat

er T

rave

ling

Scr

een

Spe

ed In

dica

tions

. P

rovi

de n

ew S

tand

by G

as T

reat

men

t out

let f

low

indi

catio

n.

Rem

ove

Sta

ndby

Gas

Tre

atm

ent T

rain

ope

rabi

lity

indi

catio

n. D

elet

ion

of IR

M, A

PR

M, R

BM

, & S

RM

sel

ecto

r sw

itche

s.

Rem

oval

of t

he a

nnun

ciat

ion

for t

he R

od S

eque

nce

Con

trol S

yste

m.

Rem

oval

of C

ore

Spr

ay S

yste

m te

stab

le c

heck

va

lves

, ind

icat

ions

, and

con

trols

. R

emov

al o

f Res

idua

l Hea

t Rem

oval

(RH

R) S

yste

m te

stab

le c

heck

val

ves,

in

dica

tions

, and

con

trols

. R

emov

al o

f the

Prim

ary

Con

tain

men

t Iso

latio

n S

yste

m (P

CIS

) Gro

up 7

, HP

CI a

nd R

CIC

va

lve

indi

catio

n fro

m th

e PC

IS m

imic

. In

stal

latio

n of

equ

ipm

ent a

ssoc

iate

d w

ith th

e H

arde

ned

Wet

wel

l Ven

t m

odifi

catio

n. S

uppo

rt ac

tiviti

es fo

r the

ann

unci

ator

s, C

omm

on A

ccid

ent S

igna

l (C

AS

), an

d U

nit 2

CA

S.

Upg

rade

an

alog

flow

con

trolle

rs to

dig

ital l

oop

cont

rolle

rs (1

-FIC

-84-

19 &

-20)

. R

emov

e, re

plac

e, re

loca

te, a

band

on p

ower

su

pplie

s an

d flo

w in

stru

men

tatio

n fo

r RH

R, C

ore

Spr

ay, a

nd R

HR

Ser

vice

Wat

er.

Y

Boi

ler D

rain

s an

d V

ents

D

CN

510

65

Pro

vide

mod

ifica

tions

for t

he M

ain

Ste

am R

elie

f Val

ve d

isch

arge

pip

ing

loca

ted

in th

e dr

ywel

l fro

m th

e (1

3) M

SR

Vs

to

the

impi

ngem

ent b

arrie

r. R

epla

ce e

xist

ing

mec

hani

cal s

nubb

ers

with

new

mec

hani

cal s

nubb

ers.

Y

Boi

ler D

rain

s an

d V

ents

D

CN

510

67

Pro

vide

add

ition

s an

d m

odifi

catio

ns to

the

supp

orts

for t

he R

eact

or H

ead

Ven

t and

Rea

ctor

Bot

tom

Hea

d D

rain

pip

ing

loca

ted

in th

e dr

ywel

l. P

rovi

de fo

r the

add

ition

of o

ne n

ew s

nubb

er to

the

Rea

ctor

Hea

d V

ent p

ipin

g.

Y

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-1

9

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Boi

ler D

rain

s an

d V

ents

D

CN

511

44

Rem

ove

RP

V lo

w p

oint

dra

in v

alve

s (1

-10-

503,

-504

) and

ass

ocia

ted

pipi

ng.

Rep

lace

exi

stin

g R

PV

dra

in li

ne is

olat

ion

glob

e va

lve

(1-1

0-50

5) w

ith a

gat

e va

lve.

Rep

lace

exi

stin

g R

PV

hea

d ve

nt d

rain

glo

be v

alve

s (1

-10-

500,

-501

, -50

2)

due

to o

bsol

esce

nce

and

leak

pot

entia

l. R

epla

ce s

ome

sect

ions

of R

PV

hea

d ve

nt p

ipin

g w

ith n

ew p

ipin

g of

upg

rade

d m

ater

ial a

nd s

ched

ule

to re

duce

pip

e st

ress

es a

nd m

inim

ize

the

num

ber o

f pip

e su

ppor

ts.

Upg

rade

Mai

n S

team

Rel

ief

Val

ve (M

SR

V) d

isch

arge

pip

e 10

-inch

vac

uum

bre

aker

val

ves.

Y

Aux

iliary

Boi

ler

DC

N 5

1561

In

stal

l an

addi

tiona

l iso

latio

n va

lve

(1-S

HV

-12-

973)

in th

e A

uxilia

ry B

oile

r fee

dlin

e to

the

Ste

am J

et A

ir E

ject

ors

(SJA

Es)

. M

odify

a p

ortio

n of

the

asso

ciat

ed A

ux B

oile

r Sys

tem

2½

" pip

ing.

N

U

nit

Sep

arat

ion

Cen

tral L

ube

Oil

D

CN

511

17

Inst

all u

nit i

sola

tion

valv

es b

etw

een

Uni

t 1 a

nd th

e co

mm

on h

eade

r for

all

thre

e un

its, i

nclu

ding

the

new

cro

ssov

er li

ne

betw

een

Uni

t 1 s

uppl

y an

d re

turn

hea

ders

, and

reco

nnec

t Uni

t 1 p

ipin

g to

the

com

mon

pla

nt p

urifi

er h

eade

r pip

ing.

M

odify

, rep

lace

, or a

dd e

quip

men

t, el

ectri

cal c

ompo

nent

s, fo

unda

tions

, and

pip

ing

with

in th

e C

entra

l Lub

e O

il S

yste

m

and

480

V T

urbi

ne B

uild

ing

Ven

t Boa

rd S

yste

m to

sup

port

a ne

w U

nit 1

Tur

bo T

OC

pur

ifier

. M

odify

Hig

h P

ress

ure

Fire

P

rote

ctio

n S

yste

m to

add

cov

erag

e fo

r the

new

Tur

bo T

OC

.

Y

RH

R S

ervi

ce

Wat

er

DC

N 5

1177

Inst

all r

epla

cem

ent e

quiv

alen

t the

rmoc

oupl

e as

sem

blie

s (1

-TE-

23-3

2, -3

5, -3

8, -4

1, -4

4, -4

7, -5

0, &

-53)

in e

xist

ing

ther

mow

ells

(1-T

W-2

3-32

, -35

, -38

, -41

, -44

, -47

, -50

, & -5

3) r

espe

ctiv

ely.

Ins

tall

new

ther

mow

ells

1-T

W-2

3-41

00 &

-41

01 a

nd n

ew R

esis

tanc

e Te

mpe

ratu

re D

etec

tors

(RTD

s) 1

-TE

-23-

4100

& -4

101

to a

ccom

mod

ate

tem

pera

ture

m

easu

rem

ent o

n th

e ou

tlet s

ide

of th

e he

at e

xcha

nger

s. [

EP

U: R

epla

ce R

HR

SW

Flo

w C

ontro

l Val

ves

(1-F

CV

-23-

34, -

40, -

46, &

-52)

and

thei

r ass

ocia

ted

Mot

or O

pera

tors

(1-M

VOP

-23-

34, -

40, -

46, &

-52)

]. R

epla

ce re

lief v

alve

s on

inle

t an

d ou

tlet o

f hea

t exc

hang

ers

(1-R

FV-2

3-50

9, -5

16, -

529,

-536

, -54

9, -5

55, -

568,

& -5

74).

Rew

ork

and

upgr

ade

Dre

sser

cou

plin

gs fo

r A a

nd C

line

s in

the

Ser

vice

Wat

er T

unne

l. R

evis

e la

rge

bore

pip

e su

ppor

ts fo

r Loo

ps A

and

C to

m

eet c

urre

nt d

esig

n re

quire

men

ts in

clud

ing

EP

U.

Y

Raw

Coo

ling

Wat

er

DC

N 5

1118

Inst

all t

wo

(2-in

ch) i

njec

tion

lines

to a

llow

con

nect

ion

to th

e U

2/U

3 sk

id fo

r che

mic

al in

ject

ion

to th

e 42

-inch

Raw

C

oolin

g W

ater

(RC

W) S

uppl

y H

eade

r. R

epla

ce 1

-TC

V-2

4-40

exi

stin

g 8-

inch

gat

e va

lve

with

an

8-in

ch g

lobe

val

ve o

f st

ainl

ess

stee

l and

rero

ute

cont

rol a

ir pi

ping

to v

alve

as

nece

ssar

y. R

evis

e se

tpoi

nts

for R

FPT

bear

ing

lube

oil

tem

pera

ture

con

trolle

rs to

allo

w o

pera

tors

to d

eter

min

e se

tpoi

nt a

s pr

oces

s di

ctat

es.

Upg

rade

1-T

CV-

24-7

5 an

d in

stal

l a

bypa

ss li

ne fo

r low

-flow

ope

ratio

n. R

epla

ce S

tato

r Coo

ler o

utle

t val

ves

(1-T

HV

-24-

620A

, & -6

20B

) with

sta

inle

ss

stee

l val

ves

and

repl

ace

asso

ciat

ed d

owns

tream

8-in

ch p

ipin

g w

ith s

tain

less

ste

el p

ipe.

Rep

lace

Hen

ry P

ratt

butte

rfly

RC

W h

eade

r iso

latio

n va

lves

(1-2

4-52

3) 2

4-in

ch; a

nd (1

-24-

534)

10-

inch

, with

Flo

wse

rve

butte

rfly

valv

es.

Per

form

un

derw

ater

repa

irs o

n le

akin

g re

turn

pip

ing

to W

heel

er R

eser

voir.

Rev

ise

RC

W s

uppl

y an

d re

turn

pip

ing

to

Con

dens

ate

Boo

ster

Pum

p ar

ea c

oole

rs.

Ref

urbi

sh in

stru

men

t pip

ing

in P

anel

s 1-

25-1

78, -

179,

-182

, & -1

82.

Y

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-2

0

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Raw

Coo

ling

Wat

er

DC

N 5

1178

Elim

inat

e 2-

inch

RC

W s

uppl

y to

H2-

O2

Ana

lyze

r Pan

els

1-25

-340

& -3

41.

Rem

ove

pipi

ng, c

ut a

nd c

ap ju

st a

fter v

alve

1-

24-8

82 (2

-inch

). In

stal

l new

ther

mow

ells

1-T

W-2

4-80

, -85

, & -9

0 in

Rea

ctor

Bui

ldin

g C

lose

d C

oolin

g W

ater

(R

BCC

W) h

eat e

xcha

nger

1A

, 1B

, & 1

C o

utle

ts a

nd re

plac

e th

erm

ocou

ples

. E

limin

ate

RC

W s

uppl

y to

RH

R P

ump

Sea

ls a

nd R

oom

Coo

lers

. E

limin

ate

RC

W s

uppl

y to

Con

trol B

ay C

hille

rs.

Y

Raw

Coo

ling

Wat

er

DC

N 5

1189

Rep

lace

and

up

size

RC

W p

ipin

g, c

ompo

nent

s, a

nd s

uppo

rts to

new

Dry

wel

l Del

ta P

Com

pres

sor.

Y

Raw

Coo

ling

Wat

er

DC

N 5

1219

Inst

alla

tion

of R

CW

sup

ply/

retu

rn p

ipin

g to

/from

eac

h R

eact

or R

ecirc

ulat

ion

Pum

p V

aria

ble

Freq

uenc

y D

rive

(VFD

) he

at e

xcha

nger

, ass

ocia

ted

flow

and

tem

pera

ture

inst

rum

enta

tion,

cab

ling/

cond

uit a

nd s

uppo

rts.

Y

Raw

Ser

vice

W

ater

D

CN

511

20

Rep

lace

exi

stin

g pa

irs o

f CU

NO

filte

rs w

ith re

dund

ant a

bras

ive

sepa

rato

rs a

nd ro

ugh

dupl

ex s

train

ers

for t

he R

aw

Ser

vice

Wat

er s

uppl

y to

the

Con

dens

er C

ircul

atin

g W

ater

(CC

W) p

ump

bear

ings

. Y

Hig

h P

ress

ure

Fire

Pro

tect

ion

and

Det

ectio

n

DC

N 5

1180

Rep

lace

HP

CI T

urbi

ne ro

om d

elug

e va

lve

1-FC

V-26

-37

with

a p

acka

ged

pre-

actio

n va

lve

stat

ion.

Mod

ify R

eact

or

Bui

ldin

g ex

istin

g pr

e-ac

tion

sprin

kler

sys

tem

on

floor

ele

vatio

ns 5

65',

593'

, 621

', an

d so

uth

half

of 6

39' t

o ac

hiev

e ar

ea

wid

e co

vera

ge.

Inst

all p

re-a

ctio

n w

ater

cur

tain

at t

he e

quip

men

t hat

ch o

peni

ngs

betw

een

Ele

vatio

n 56

5' a

nd 6

39' a

t co

lum

n lin

e R

5/R

6-T/

U.

Inst

all p

re-a

ctio

n sp

rinkl

er w

ater

cur

tain

at t

he R

HR

Hea

t Exc

hang

er d

oor o

peni

ngs

at

Ele

vatio

n 56

5'.

Inst

all p

re-a

ctio

n sp

rinkl

er w

ater

cur

tain

in th

e op

enin

gs in

eas

t and

wes

t RH

R H

eat E

xcha

nger

room

s on

the

ceilin

g im

med

iate

ly b

elow

floo

r Ele

vatio

n 56

5'.

Inst

all p

re-a

ctio

n sp

rinkl

er w

ater

cur

tain

at t

he s

tair

open

ings

be

twee

n E

leva

tion

565'

and

639

' at c

olum

n lin

e R

1-U

. In

stal

l pre

-act

ion

sprin

kler

s be

neat

h st

air l

andi

ngs

in th

e so

uthw

est s

tairw

ay a

t Ele

vatio

n 60

5 an

d 63

0. R

emov

e th

e ex

istin

g fix

ed-w

ater

spr

ay s

yste

ms

on E

leva

tion

565'

and

59

3'.

Rem

ove

and

disc

ard

all c

ompo

nent

s of

the

Aqu

eous

Film

For

min

g Fo

am (A

FFF)

sys

tem

.

Y

Hig

h P

ress

ure

Fire

Pro

tect

ion

and

Det

ectio

n

DC

N 5

1368

Pro

vide

an

upgr

aded

fire

ala

rm a

nd d

etec

tion

syst

em fo

r Uni

t 1 R

eact

or B

uild

ing,

incl

udin

g 4k

V B

oard

Roo

ms

A a

nd B

an

d 48

0V B

oard

Roo

ms

1A a

nd 1

B.

N

NFP

A

Cod

e

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-2

1

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Con

dens

er

Circ

ulat

ing

Wat

er

DC

N 5

1120

Des

ign,

pro

cure

, and

inst

all a

deb

ris fi

lter f

or th

e in

let p

ipin

g/w

ater

box

for t

he U

nit 1

, C2

wat

er b

ox.

Rel

ocat

e th

e ex

istin

g N

ash

vacu

um p

rimin

g va

lves

and

tie-

in to

the

4-in

ch w

ater

box

ven

t pip

ing.

Rep

lace

spo

nge

ball

reci

rcul

atio

n pu

mps

with

new

pum

ps o

f 316

SS

wet

ted

parts

. R

epla

ce th

e co

llect

or in

let b

all v

alve

s an

d as

soci

ated

mot

or o

pera

tors

. R

epla

ce c

olle

ctor

dis

char

ge b

all v

alve

s. R

epla

ce e

xist

ing

mot

or o

pera

tors

on

the

uppe

r scr

een

and

low

er s

cree

n of

the

stra

iner

sec

tion

in th

e tu

be c

lean

ing

syst

em.

Del

ete

Con

trol A

ir su

pply

to th

e di

ffere

ntia

l pre

ssur

e in

dica

ting

switc

hes

in

the

Am

erta

p ba

ll co

llect

ion

syst

em.

Mod

ify v

alve

ope

rato

r circ

uitry

for V

acuu

m B

reak

er v

alve

s (1

-FC

V-2

7-11

8A &

-11

8B).

Rep

lace

exi

stin

g ca

bles

from

eac

h C

CW

pum

p to

its

asso

ciat

ed c

apac

itor b

ank.

Rev

ise

the

alar

m c

ircui

try fo

r co

nden

ser w

ater

box

leve

l ins

trum

ent l

oops

(6).

Eva

luat

e op

erat

ion

of C

CW

sys

tem

at E

PU

con

ditio

ns.

Y

Con

dens

er

Circ

ulat

ing

Wat

er

DC

N 6

2015

Rep

lace

Coo

ling

Tow

er N

o. 4

. Y

(Com

mon

)

Ven

tilat

ion

DC

N 5

1748

Fa

cilit

ate

the

para

llel o

pera

tion

of e

xist

ing

redu

ndan

t air

hand

ling

units

(AH

Us)

, on

an a

s-ne

eded

bas

is, f

or th

e C

onde

nsat

e an

d C

onde

nsat

e B

oost

er P

umps

Are

a Ve

ntila

tion

Sys

tem

in s

uppo

rt of

EP

U.

Pro

vide

sup

plem

enta

l co

olin

g to

the

new

Hyd

roge

n W

ater

Che

mis

try (H

WC

) pan

el.

Y

Con

trol A

ir

DC

N 5

1122

In

stal

l an

auto

mat

ic a

ctua

ted

Uni

t iso

latio

n pr

essu

re c

ontro

l val

ve s

tatio

n on

the

Turb

ine

Bui

ldin

g be

twee

n U

nit 1

and

U

nit 2

to a

llow

isol

atio

n of

a le

akin

g po

rtion

of t

he h

eade

r in

Uni

t 1 fr

om th

e re

mai

nder

of t

he s

yste

m.

Rep

lace

S

econ

dary

Con

tain

men

t Iso

latio

n V

alve

s (1

-FC

V-3

2-28

& -2

9) a

nd re

wire

ass

ocia

ted

sole

noid

val

ves

(1-F

SV

-32-

28A

&

-29A

). In

stal

l man

ual i

sola

tion

valv

es to

futu

re u

se w

ith n

ew H

ydro

gen

Wat

er C

hem

istry

(HW

C) p

anel

s in

Tur

bine

B

uild

ing.

Y

Con

trol A

ir

DC

N 5

1164

R

epla

ce p

ress

ure

switc

hes

mon

itorin

g co

ntro

l air

pres

sure

to th

e A

utom

atic

Dep

ress

uriz

atio

n S

yste

m (A

DS)

MS

RV

s (1

-PS

-32-

31A

thru

-31F

). R

eloc

ate

AD

S M

SR

V a

ccum

ulat

ors,

re-s

ize

inle

t and

out

let l

ines

, and

re-r

oute

inle

t lin

e to

top

of th

e ac

cum

ulat

or.

Bal

ance

Con

trol A

ir di

strib

utio

n be

twee

n th

e tw

o D

ryw

ell C

ontro

l Air

(DC

A) h

eade

r seg

men

ts.

Det

erm

ine

acce

ptab

le le

ak ra

te th

roug

h ch

eck

valv

es a

t the

acc

umul

ator

ass

embl

ies

for t

he A

DS

MS

RV

s an

d M

SIV

s.

Y

Con

trol A

ir

DC

N 5

1182

D

elet

e D

ryw

ell C

ontro

l Air

Com

pres

sors

A a

nd B

, and

rela

ted

afte

rcoo

lers

, sur

ge ta

nks,

dry

ers,

con

trol i

nstru

men

ts,

pipi

ng, v

alve

s, a

nd c

able

s. R

epla

ce e

xist

ing

Dry

wel

l Con

trol A

ir R

ecei

ver T

ank

Pre

ssur

e sw

itch

(PS

-32-

70) w

ith a

non

-m

ercu

ry fi

lled

switc

h. P

rovi

de a

sou

rce

of n

itrog

en to

the

DC

A s

yste

m fr

om a

1-in

ch C

onta

inm

ent I

nerti

ng S

yste

m

bran

ch c

onne

ctio

n at

che

ck v

alve

(1-C

KV-7

6-54

2). N

itrog

en is

regu

late

d to

100

psi

g by

a n

ew D

CA

pre

ssur

e re

gula

tor

stat

ion

on p

anel

(925

-070

0).

Rem

ove

Dry

wel

l Con

trol A

ir pr

efilt

er a

nd a

ssoc

iate

d pi

ping

and

inst

rum

enta

tion.

Rep

lace

P

rimar

y C

onta

inm

ent I

sola

tion

Val

ves

(1-S

HV

-32-

2160

, & -2

520

and

1-C

KV-

32-3

36 &

-252

1).

Rem

ove

Prim

ary

Con

tain

men

t Iso

latio

n flo

w c

ontro

l Val

ves

(1-F

CV

-32-

62 &

-63)

.

Y

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-2

2

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Ser

vice

Air

D

CN

511

83

Rem

ove

all S

ervi

ce A

ir pi

ping

from

the

dryw

ell.

Pip

ing

to b

e cu

t bet

wee

n P

enet

ratio

n X

-21

and

chec

k va

lve

(33-

785)

. In

stal

l air

supe

rvis

ion

syst

em fo

r pip

ing

dow

nstre

am o

f val

ve (F

CV

-26-

77).

Air

supe

rvis

ion

supp

ly w

ill co

nnec

t to

exis

ting

Ser

vice

Air

head

er o

n E

lev.

565

'. C

hang

e C

ontro

l Air

Shu

toff

valv

e (1

-SH

V-3

2-14

69) f

rom

Nor

mal

ly O

pen

to

Nor

mal

ly C

lose

d. C

ut a

ssoc

iate

d lin

e, p

lug,

and

labe

l con

nect

ion

as "S

pare

".

Y

CO

2 Sto

rage

, Fi

re P

rote

ctio

n an

d P

urgi

ng

DC

N 5

1368

Del

ete

all L

ocal

Fire

Ala

rm C

ontro

l Pan

els

(LFA

CP

s) fr

om U

nit 1

Rea

ctor

Bui

ldin

g in

pre

para

tion

for i

nsta

llatio

n of

new

Fi

re D

etec

tion

Pro

tect

ion

Sys

tem

. N

N

FPA

C

ode

Sam

plin

g an

d W

ater

Qua

lity

DC

N 5

1126

Inst

all a

per

man

ent t

ee a

nd s

ampl

e va

lve

(1-S

MV

-43-

852)

in th

e ge

nera

tor b

reak

er (1

-PC

BC

-35-

214)

coo

ling

wat

er li

ne

to a

llow

for s

ampl

ing

of th

e de

min

eral

ized

wat

er, t

o ve

rify

prop

er c

ondu

ctiv

ity.

Pro

vide

sei

smic

ally

rugg

ed a

ncho

rs fo

r th

e M

ain

Ste

am S

ampl

e St

atio

n co

nsta

nt te

mpe

ratu

re b

ath.

Rep

lace

gen

erat

or b

reak

er (1

-PC

BC

-35-

214)

coo

ling

wat

er c

ondu

ctiv

ity in

stru

men

ts w

ith e

quiv

alen

t mod

els,

as

was

don

e on

Uni

ts 2

and

3, i

n th

e w

ater

coo

ling

plan

t (1-

CLR

-35-

797)

.

Y

Sam

plin

g an

d W

ater

Qua

lity

DC

N 5

1140

Rep

lace

exi

stin

g ob

sole

te G

ener

ator

Coo

ling

Wat

er C

ondu

ctiv

ity C

ells

(1-C

E-4

3-16

A, -

16B

, -16

C) a

nd a

ssoc

iate

d tra

nsm

itter

s (1

-CIT

-43-

16A

, -16

B, -

16C

). A

dd s

ampl

e te

st c

onne

ctio

ns a

t sam

e lo

catio

ns a

s co

nduc

tivity

ele

men

ts to

en

able

cal

ibra

tion.

Add

new

oxy

gen

anal

yzer

s (1

-O2A

N-4

3-12

, & -1

3) u

sing

dp

acro

ss th

e in

let a

nd o

utle

t of t

he S

tato

r C

oolin

g W

ater

Sys

tem

Dei

oniz

er to

driv

e flo

w.

Y

Sam

plin

g an

d W

ater

Qua

lity

DC

N 5

1168

Rep

lace

(1-F

SV

-43-

13) d

ue to

age

, tim

e in

har

sh e

nviro

nmen

t, an

d de

grad

ed c

ompo

nent

s. R

epla

cem

ent v

alve

to

have

ste

m s

eal p

acki

ng w

hich

mee

ts E

PR

I gui

delin

es.

Ass

ocia

ted

switc

hes

(1-Z

S-4

3-13

A a

nd -1

3B) a

re b

eing

re

plac

ed.

Exi

stin

g gl

obe

valv

es (1

-ISV

-43-

599,

1-T

V-4

3-10

54A

and

-105

4B) w

ith g

ate

valv

es fo

r enh

ance

d pe

rform

ance

and

repl

acem

ent v

alve

s to

hav

e st

em s

eal p

acki

ng w

hich

mee

ts E

PR

I gui

delin

es.

Del

ete

exis

ting

vent

lin

e fro

m th

e R

eact

or R

ecirc

ulat

ion

disc

harg

e pi

ping

to s

ampl

ing

and

asso

ciat

ed v

alve

s (1

-43-

812A

, & -8

12B

) whi

ch

serv

e no

des

ign

func

tion.

Rew

ork

inst

rum

ent s

ensi

ng li

nes

for f

low

ele

men

ts (1

-FE

-71-

1A &

-1B

) to

corr

ect n

egat

ive

slop

e an

d pr

ovid

e ac

cura

te s

team

flow

indi

catio

n an

d lin

e br

eak

dete

ctio

n.

Y

Sam

plin

g an

d W

ater

Qua

lity

DC

N 5

1185

Inst

all a

sca

led-

dow

n P

ost A

ccid

ent S

ampl

ing

Sys

tem

for U

nit 1

. S

ee T

echn

ical

Spe

cific

atio

n Ta

sk F

orce

(TS

TF)

Sta

ndar

d Te

chni

cal S

peci

ficat

ion

Cha

nge

Trav

eler

TST

F-41

3. T

he m

odifi

ed s

yste

m p

rovi

des

a m

eans

to s

ampl

e re

acto

r coo

lant

, sup

pres

sion

poo

l, an

d co

ntai

nmen

t atm

osph

ere

at a

sam

ple

stat

ion

(1-L

PN

L-92

5-36

5).

Incl

uded

are

ad

ditio

ns o

f RH

R li

quid

sam

ple

line

and

H2/

O2

mon

itorin

g ga

s sa

mpl

e lin

e fo

r the

Pos

t Acc

iden

t Sam

plin

g S

yste

m

(PA

SS

). R

epla

ce e

xist

ing

sole

noid

val

ve (1

-FS

V-4

3-14

) with

a C

lass

1E

and

EQ

sol

enoi

d va

lve.

New

val

ve to

be

supp

lied

with

ste

m s

eal p

acki

ng w

hich

mee

ts E

PR

I gui

delin

es.

N

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-2

3

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Sam

plin

g an

d W

ater

Qua

lity

DC

N 5

1235

Pro

vide

sam

plin

g ca

pabi

lity

from

the

dryw

ell s

ump

pum

ps (1

-PM

P-77

-01A

, -01

B, a

nd -1

4A, -

14B

) dis

char

ge li

nes

to

faci

litat

e m

onito

ring

of id

entif

ied

and

unid

entif

ied

dryw

ell l

eaka

ge.

N

Sam

plin

g an

d W

ater

Qua

lity

DC

N 5

1478

Rep

lace

and

relo

cate

inst

rum

enta

tion

from

the

Con

dens

ate

Dem

iner

aliz

er S

ampl

ing

Pan

el (2

5-14

8) to

the

Con

dens

ate

Sam

ple

Pan

el (2

5-10

3).

Add

oxy

gen

and

hydr

ogen

ana

lyze

rs (1

-O2A

N-4

3-9

and

1-H

2AN

-43-

9, re

spec

tivel

y) to

the

new

Con

dens

ate

Sam

ple

Pan

el.

Add

a s

ampl

e ch

iller u

nit (

1-C

HR

-43-

2060

() to

coo

l inf

luen

t sam

ple

stre

ams

in

supp

ort o

f new

pan

el (2

5-10

3).

Add

a F

eedw

ater

roug

hing

coo

ler (

1-C

LR-4

3-4B

). P

rovi

de d

ata

feed

from

new

pan

el

(25-

103)

to th

e In

tegr

ated

Com

pute

r Sys

tem

(IC

S) S

ee D

CN

s 51

082

and

5113

7. R

erou

te d

ucts

to p

rovi

de e

xhau

st

capa

bilit

y fo

r sam

ple

sink

in n

ew p

anel

(25-

103)

. D

elet

e ex

istin

g Fe

edw

ater

turb

idity

inst

rum

ents

from

pan

el (2

5-14

9).

Y

Feed

wat

er

Leve

l Con

trol

DC

N 5

1138

Rep

lace

exi

stin

g R

eact

or F

eed

Pum

p Tu

rbin

es (R

FPT)

gov

erno

r con

trol,

lubr

icat

ing

and

cont

rol o

il, v

ibra

tion

mon

itorin

g, a

nd tr

ip c

ompo

nent

s in

con

junc

tion

with

the

addi

tion

of a

Fox

boro

Dig

ital R

eact

or F

eedw

ater

Con

trol

Sys

tem

(DR

FWC

S).

Inst

all n

ew p

anel

9-9

7 in

the

MC

R a

nd a

dd fi

ber o

ptic

cab

les

from

Aux

Inst

rum

ent r

oom

and

Uni

t 1

Com

pute

r roo

m to

two

loca

l pan

els

(925

-562

A &

925

-562

D).

Rem

ove

exis

ting

RFP

T co

ntro

ls in

clud

ing

the

mec

hani

cal l

inka

ge, M

otor

Spe

ed C

hang

er (M

SC),

and

Mot

or G

over

nor U

nit (

MG

U);

and

repl

ace

with

a W

oodw

ard

Dig

ital G

over

nor a

nd F

inal

Driv

e.

Y

Ann

unci

ator

s D

CN

511

07

Rep

lace

Uni

t 1 A

nnun

ciat

ion

Sys

tem

. New

sys

tem

to fi

t int

o ex

istin

g pa

nel s

pace

s an

d ha

s ad

ded

capa

bilit

y to

pro

vide

al

arm

sta

tus

and

sequ

ence

s fro

m In

tegr

ated

Com

pute

r Sys

tem

(IC

S) d

ispl

ays

usin

g P

rogr

amm

able

Log

ic C

ontro

llers

(P

LCs)

. R

emov

e ex

istin

g an

nunc

iato

r har

dwar

e, c

ircui

t car

ds, l

amp

hold

ers,

and

wiri

ng, i

nsid

e an

d ou

tsid

e th

e an

nunc

iato

r win

dow

box

es.

Inst

all a

mou

ntin

g pl

ate

with

two

PLC

s, la

dder

logi

c pr

ogra

mm

ed In

put/O

utpu

t (I/O

) car

ds,

rela

y ca

rds,

fuse

s, a

nd te

rmin

al b

lock

s w

ith m

ulti

pin

conn

ecto

rs m

ount

ed in

side

eac

h or

igin

al A

nnun

ciat

or W

indo

w B

ox

faci

ng th

e re

ar o

f eac

h M

ain

Con

trol R

oom

(MC

R) p

anel

. E

xist

ing

field

wiri

ng w

ill la

nd o

n ne

w te

rmin

al b

lock

s an

d be

ju

mpe

red

to a

llow

bot

h P

LCs

to h

ave

iden

tical

auc

tione

ered

inpu

ts.

Mod

ify M

CR

fron

t pan

els,

abo

ve e

ach

Ann

unci

ator

W

indo

w b

ox, t

o ac

com

mod

ate

four

Lig

ht E

mitt

ing

Dio

de (L

ED

), lo

ng-li

fe b

ulbs

. E

xist

ing

48V

dc

to 1

20V

ac

inve

rters

ar

e re

mov

ed a

nd re

plac

ed w

ith tw

o 48

V d

c to

24V

dc

pow

er s

uppl

ies

per M

CR

pan

el.

Rep

lace

the

curr

ent a

nnun

ciat

or

pow

er s

uppl

y 48

V d

c di

strib

utio

n sy

stem

and

Aut

omat

ic B

us T

rans

fer (

AB

T) s

witc

h in

Pan

el (1

-9-9

, CA

B 1

) with

two

fuse

d di

strib

utio

n pa

nels

. R

epla

cem

ent o

f the

Ope

ratio

ns R

ecor

der e

quip

men

t will

occ

ur a

t one

tim

e us

ing

PLC

bas

ed

equi

pmen

t Rea

l Tim

e P

rodu

cts

(RTP

) sys

tem

and

this

inst

alla

tion

will

affe

ct a

ll 3

units

. Thi

s sy

stem

con

sist

s of

two

high

de

nsity

I/O

rack

s an

d pr

oces

sors

loca

ted

in B

ay 9

4 in

the

Com

mun

icat

ions

Roo

m.

Exi

stin

g lig

ht b

ulbs

in th

e w

indo

w

box

on p

anel

(9-8

) will

be

repl

aced

with

24V

LE

D b

ulbs

on

all t

hree

uni

ts.

The

120V

ac

RTP

will

be p

ower

ed fr

om U

nit

3 IC

S d

istri

butio

n pa

nel (

25-5

25).

N

Tem

pera

ture

M

onito

ring

DC

N 5

1165

Pro

vide

for e

quiv

alen

t rep

lace

men

t of s

yste

m 0

03, (

Rea

ctor

Fee

dwat

er),

syst

em 0

56, (

Tem

pera

ture

Mon

itorin

g), a

nd

syst

em 0

68 (R

eact

or W

ater

Rec

ircul

atio

n) th

erm

ocou

ples

, mou

ntin

g ha

rdw

are,

and

ass

ocia

ted

cabl

es/c

ondu

its to

sa

tisfy

com

pone

nt re

liabi

lity

due

to a

ge, t

ime

in h

arsh

env

ironm

ent,

and

degr

adat

ion.

N

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-2

4

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Tem

pera

ture

M

onito

ring

DC

N 5

1232

Rep

lace

obs

olet

e C

ontro

l Roo

m te

mpe

ratu

re re

cord

ers

(1-T

R-5

6-2,

-3, -

4, a

nd -3

7) w

ith d

igita

l pap

erle

ss re

cord

ers.

N

Sta

ndby

Liq

uid

Con

trol

DC

N 5

1081

Mod

ify lo

op (1

-P-6

3-7)

pow

er s

uppl

y fro

m 1

0-50

mA

to 4

-20

mA

in p

anel

(1-9

-19)

. Y

Sta

ndby

Liq

uid

Con

trol

DC

N 5

1166

Rep

lace

cab

le a

nd c

ondu

it fo

r SLC

dry

wel

l inb

oard

isol

atio

n va

lve

zone

sw

itch.

Y

Sta

ndby

Liq

uid

Con

trol

DC

N 5

1233

Mod

ify/re

plac

e R

TDs

(1-T

E-6

3-3

and

-4) t

o up

grad

e ob

sole

te e

quip

men

t and

ens

ure

mon

itorin

g of

tank

sol

utio

n in

stea

d of

are

a am

bien

t tem

pera

ture

. R

epla

ce (1

-PI-6

3-7B

and

1-P

T-63

-7) t

o re

mov

e ob

sole

te e

quip

men

t and

add

isol

atio

n va

lve,

dra

in v

alve

(1-IS

IV-6

3-7B

A a

nd -7

BB

) and

qui

ck d

isco

nnec

t to

faci

litat

e ca

libra

tion.

Rem

ove

heat

trac

ing

from

pr

oces

s lin

es a

nd c

ompo

nent

s in

the

SLC

sys

tem

. R

epla

ce a

nd re

scal

e te

mpe

ratu

re s

witc

hes

(1-T

S-6

3-3

and

-4) t

o co

mpl

y w

ith 1

0CFR

50.6

2 A

TWS

equ

ival

ency

requ

irem

ents

for B

10 e

nric

hed

sodi

um p

enta

bora

te.

Rev

ise

SLC

Sto

rage

Ta

nk le

vel a

larm

set

poin

ts to

sup

port

impl

emen

tatio

n of

Alte

rnat

e S

ourc

e Te

rm a

nd a

ssoc

iate

d Te

ch S

pec

chan

ge

whi

ch in

crea

ses

the

net i

njec

tabl

e vo

lum

e of

sod

ium

pen

tabo

rate

from

300

7 to

400

0 ga

llons

.

Y

Rea

ctor

B

uild

ing

Ven

tilat

ion

&

PC

IS

DC

N 5

1081

Pro

vide

for m

odifi

catio

n of

Prim

ary

Con

tain

men

t Iso

latio

n S

yste

m (P

CIS

) cab

ling

from

pan

el (1

-9-1

5) to

pan

els

(1-9

-42

and

-43)

to p

rovi

de fu

nctio

nal r

edun

danc

y se

para

tion.

Exi

stin

g po

wer

sup

ply

(1-P

X-7

4-51

) fee

ding

loop

s (1

-L-6

4-15

9A

and

1-P-

64-1

60A

) and

new

RTD

tem

pera

ture

mod

ifier

(1-T

M-6

4-52

CA

) are

rew

ired

to b

e se

greg

ated

and

pow

ered

fro

m p

anel

(1-9

-42)

. In

pan

el (1

-9-1

9) m

odify

loop

(1-P

-64-

67) f

or c

onve

rsio

n fro

m 1

0-50

mA

to 4

-20

mA

. M

odify

pr

essu

re s

witc

hes

(1-P

DS-

64-1

37A

, B, C

and

1-P

DS-

64-1

38A

, B, a

nd C

) wiri

ng to

allo

w o

ne lo

op to

be

rem

oved

from

se

rvic

e w

ithou

t affe

ctin

g th

e re

dund

ant l

oop.

Y

Rea

ctor

B

uild

ing

Ven

tilat

ion

&

PC

IS

DC

N 5

1166

Rep

lace

obs

olet

e in

boar

d D

ryw

ell P

erso

nnel

Air

Lock

lim

it sw

itch

(1-Z

S-6

4-53

A),

asso

ciat

ed c

able

, and

con

duit.

R

epla

ce D

ryw

ell A

ir Te

mpe

ratu

re e

lem

ents

(1-T

E-64

-52A

& -5

2C) f

rom

ther

moc

oupl

es to

RTD

s an

d re

plac

e as

soci

ated

cab

le, c

ondu

it, a

nd c

ondu

it se

als.

Del

ete

the

follo

win

g D

ryw

ell L

eak

Rat

e in

stru

men

ts, a

ssoc

iate

d ca

bles

an

d co

ndui

t: te

mpe

ratu

re e

lem

ents

(1-T

E-6

4-82

thru

-99)

(18

tota

l); h

umid

ity s

enso

rs (1

-ME

-64-

111

thru

-114

) (4

tota

l);

and

pres

sure

sen

sor (

1-P

T-64

-115

) (1

tota

l). F

abric

ate

and

inst

all n

ew U

nit 1

Dry

wel

l Prim

ary

Con

tain

men

t Equ

ipm

ent

Hat

ch C

over

Lug

s.

Y

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-2

5

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Rea

ctor

B

uild

ing

Ven

tilat

ion

&

PC

IS

DC

N 5

1189

Pro

vide

for m

odifi

catio

n of

Dry

wel

l Vac

uum

Bre

aker

s (1

-FC

V-6

4-28

A, t

hru

28M

[exc

ept 2

8I])

by re

plac

ing

hing

e ar

ms,

hi

nge

pins

, bus

hing

s, a

nd o

ther

par

ts p

er (N

UR

EG

-066

1).

Inst

all U

nit 1

Tor

us v

ent p

ath

to th

e co

mm

on h

eade

r por

tion

of th

e H

arde

ned

Wet

Wel

l Ven

t (H

WW

V), i

nclu

ding

Prim

ary

Con

tain

men

t Iso

latio

n V

alve

s (P

CIV

s) (1

-FC

V-64

-221

, & -

222)

and

ass

ocia

ted

sole

noid

val

ves,

air

oper

ator

s, 2

50V

dc

pow

er, a

nd C

ontro

l Roo

m h

ands

witc

hes

and

indi

catio

ns.

Rep

lace

the

follo

win

g un

qual

ified

val

ves

with

10C

FR50

.49

qual

ified

mod

els:

(1-F

SV

-64-

17, -

18, -

19, -

20, -

21, -

29, -

30,

-31,

-32,

-33,

& -3

4).

Rep

lace

the

follo

win

g va

lves

, inc

ludi

ng B

ettis

act

uato

rs (1

-FC

V-6

4-17

thru

-21;

-29,

-30;

32,

& -

33) w

ith n

ew v

alve

s ha

ving

clo

sing

tim

es o

f 2.5

sec

onds

or l

ess.

Rep

lace

cab

les/

cond

uits

, lim

it sw

itche

s, te

rmin

al

bloc

ks, a

nd o

ther

ele

ctric

al c

ompo

nent

s to

sat

isfy

EQ

, Cla

ss 1

E, a

nd a

mpa

city

issu

es, a

nd to

reso

lve

com

pone

nt

relia

bilit

y is

sues

due

to a

ge, t

ime

in h

arsh

env

ironm

ent,

and

degr

adat

ion.

Rep

lace

pre

viou

sly

rem

oved

Dry

wel

l Del

ta P

co

mpr

esso

r, m

otor

, afte

rcoo

ler,

and

asso

ciat

ed c

ontro

ls a

nd c

able

s/co

ndui

t. R

epla

ce tw

o un

qual

ified

Dry

wel

l P

enet

ratio

ns (P

A),

cont

aini

ng a

irloc

k lig

htin

g, te

leph

one,

and

doo

r sta

tus

circ

uitry

, with

(1) A

SM

E S

ectio

n III

qua

lifie

d pe

netra

tion

asse

mbl

y.

Y

Rea

ctor

B

uild

ing

Ven

tilat

ion

&

PC

IS

DC

N 5

1190

Pro

vide

for f

ire d

ampe

r ins

talla

tion

in R

eact

or B

uild

ing

Ven

tilat

ion

duct

s th

roug

h flo

or p

enet

ratio

ns (2

7 da

mpe

rs).

Pro

vide

for n

ew M

ain

Ste

am V

ault

Exh

aust

Boo

ster

Fan

inst

alla

tion.

Pro

vide

for r

epla

cem

ent o

f Cor

e S

pray

and

RH

R

Pum

p R

oom

Coo

ler m

otor

s, E

Q a

ssoc

iate

d ca

bles

, and

room

tem

pera

ture

inst

rum

ents

. P

rovi

de fo

r rep

lace

men

t of

Sec

onda

ry C

onta

inm

ent I

sola

tion

Val

ve c

able

s, li

mit

switc

hes,

and

term

inal

blo

cks.

Y

Rea

ctor

B

uild

ing

Ven

tilat

ion

&

PC

IS

DC

N 5

1243

Mod

ify/a

dd/re

plac

e co

mpo

nent

s an

d w

iring

inte

rnal

to E

mer

genc

y C

ore

Coo

ling

Sys

tem

(EC

CS

) Pan

el (1

-9-8

1).

Mod

ify/a

dd/re

plac

e co

mpo

nent

s an

d w

iring

inte

rnal

to E

CC

S P

anel

(1-9

-82)

. M

odify

/add

/repl

ace

com

pone

nts

and

wiri

ng in

tern

al to

Rea

ctor

Pro

tect

ion

Sys

tem

(RP

S) P

anel

(1-9

-83)

. M

odify

/add

/repl

ace

com

pone

nts

and

wiri

ng in

tern

al to

RP

S P

anel

(1-9

-84)

. M

odify

/add

/repl

ace

com

pone

nts

and

wiri

ng in

tern

al to

RP

S P

anel

(1-9

-85)

. M

odify

/add

/repl

ace

com

pone

nts

and

wiri

ng in

tern

al to

RP

S P

anel

(1-9

-86)

. R

efur

bish

com

pone

nts

and

cabl

ing

to P

anel

s (1

-25-

5A, -

5B, -

5C, -

5D, -

6A, -

6B, -

6C) a

nd re

plac

e E

Q c

able

s. R

efur

bish

co

mpo

nent

s an

d ca

blin

g in

Pan

els

(1-2

5-31

, -34

, -57

B, -5

7D, -

213,

-219

, -22

0, -2

21, -

222,

-306

, -30

7, a

nd -3

08) a

nd

repl

ace

EQ

cab

les.

Y

Rea

ctor

B

uild

ing

Ven

tilat

ion

&

PC

IS

DC

N 5

1245

Rep

lace

toru

s w

ide

rang

e le

vel t

rans

mitt

ers

(1-L

T-64

-159

A &

-159

B),

inst

all q

uick

-dis

conn

ect f

ittin

gs, a

nd s

plic

es.

Rep

lace

toru

s na

rrow

rang

e le

vel t

rans

mitt

ers

(1-L

T-64

-54

& -6

6) a

nd a

ssoc

iate

d flo

w c

ontro

llers

(1-F

IC-6

4-54

, & -6

6).

Add

leve

l sen

sors

(1-L

E-64

-54,

& -6

6); s

ight

gla

sses

(1-L

G-6

4-54

, & -6

6) d

emin

eral

ized

wat

er c

onne

ctio

ns, p

latfo

rms,

co

mm

unic

atio

ns, l

ight

ing,

and

pow

er.

Y

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-2

6

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Rea

ctor

B

uild

ing

Ven

tilat

ion

&

PC

IS

DC

N 5

1318

Rem

ove

rem

ovab

le re

lief p

anel

s in

Uni

t 1 to

com

bine

four

Sec

onda

ry C

onta

inm

ent z

ones

into

one

zon

e. O

ne re

sult

of

this

cha

nge

is th

e fre

e flo

w o

f eac

h re

acto

r zon

e at

mos

pher

e w

ith th

e co

mm

on re

fuel

floo

r atm

osph

ere.

For

Ele

v. 6

39',

621'

, & 5

93',

rem

ove

all v

ertic

al re

mov

able

relie

f pan

els

and

stee

l fra

mes

sur

roun

ding

the

equi

pmen

t hat

ch.

Inst

all

rem

ovab

le h

andr

ails

aro

und

the

hatc

h. T

he h

andr

ails

are

Sei

smic

Cla

ss II

/I (p

ositi

on re

tent

ion)

. Fo

r Ele

v. 5

93' t

o 58

0',

rem

ove

all r

emov

able

relie

f pan

els,

how

ever

, ste

el fr

ames

are

left

in p

lace

. Fo

r Ele

v. 5

80' t

o 56

5', r

emov

e al

l ver

tical

re

mov

able

pan

els

and

verti

cal s

teel

fram

es s

urro

undi

ng th

e tru

ck b

ay.

Rem

ove

horiz

onta

l roo

f pan

els,

how

ever

, be

ams

and

stee

l fra

mes

are

left

in p

lace

. A

dd th

ree

new

dia

gona

l bra

ces

to th

e ro

of s

teel

pla

tform

. S

eal t

wo

(2) 4

-inch

D

irty

Rad

was

te (D

RW

) flo

or d

rain

s w

ith re

mov

able

clo

sure

pla

tes

to p

reve

nt th

e flo

w o

f wat

er fr

om th

e S

E c

orne

r of t

he

Rec

tor B

uild

ing

into

the

HP

CI r

oom

. P

rovi

de fo

r the

inst

alla

tion

of a

n 8-

inch

con

cret

e cu

rb a

nd ra

mp

in th

e la

byrin

th

pass

age

of th

e M

ain

Ste

am V

alve

Vau

lt (M

SV

V) t

o co

ntai

n w

ater

with

in th

e va

ult.

Pro

vide

for i

ncre

asin

g th

e co

ncre

te

curb

at t

he e

ntra

nce

to th

e H

PC

I roo

m fr

om 1

2 in

ches

to 1

8 in

ches

to p

reve

nt w

ater

from

ent

erin

g th

e ro

om.

Y

OffG

as

DC

N 5

1128

R

epla

ce e

xist

ing

obso

lete

Cat

alyt

ic R

ecom

bine

r dra

in v

alve

s (1

-FS

V-6

6-73

, & -8

8).

Inst

all t

est c

onne

ctio

ns in

suc

tion

and

disc

harg

e pi

ping

of V

acuu

m P

umps

(1-P

MP-

66-4

3A1,

& -4

3B1)

to s

uppo

rt C

onde

nser

air

inle

akag

e te

sts.

Ins

tall

sprin

g-op

erat

ed p

isto

n ch

eck

valv

es (1

-CK

V-6

6-92

2, &

-923

, res

pect

ivel

y) o

n S

ervi

ce A

ir S

yste

m c

onne

cted

to O

ffgas

S

yste

m T

rain

'A' a

nd 'B

', re

spec

tivel

y. R

epla

ce S

JAE

inle

t and

out

let v

alve

s (1

-FC

V-6

6-11

, -14

, -15

, & -1

8) w

ith s

park

-pr

oof s

eats

. M

odify

Offg

as s

ampl

e co

nnec

tions

to H

2 &

O2

anal

yzer

con

tain

ing

valv

es (1

-SH

V-6

6-57

5, &

-576

). A

dd

Chi

lled

Wat

er s

ampl

e lin

e at

(1-P

I-66-

63).

Rep

lace

Chi

lled

Wat

er re

lief v

alve

(1-R

FV-6

6-54

1).

Rep

lace

Gly

col

Rec

ircul

atio

n P

umps

(1-P

MP-

66-1

04, &

-105

). R

epla

ce O

ffgas

Sta

ck d

isch

arge

val

ve (1

-FC

V-6

6-28

) with

spa

rk-p

roof

se

at a

nd re

plac

e as

soci

ated

sol

enoi

d (1

-FS

V-6

6-28

) and

lim

it sw

itche

s (1

-ZS

-66-

28A

, & -2

8B).

Y

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-2

7

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

OffG

as

DC

N 5

1142

M

odify

/upg

rade

Offg

as fl

ow to

6-h

our h

oldu

p vo

lum

e lo

ops

(1-F

-66-

111A

& -1

11B

): R

eloc

ate

flow

ele

men

ts (1

-FE

-66-

111A

, & -1

11B

) dow

nstre

am o

f deh

umid

ifier

s to

redu

ce m

oist

ure

prob

lem

s an

d re

plac

e w

ith a

Kur

z co

mbo

FE

/FT.

Rem

ove

exis

ting

flow

tran

smitt

ers

(1-F

E-66

-111

A, &

-111

B) f

rom

pan

el 2

5-95

. A

dd

blin

d fla

nges

whe

re p

revi

ous

flow

ele

men

ts w

ere

loca

ted.

Add

two

Kur

z In

stru

men

t flo

w c

ompu

ters

to re

plac

e ex

istin

g (1

-FI-6

6-11

1A, &

-111

B; 1

-FX

-66-

111A

, & -1

11B

; 1-

FM-6

6-11

1A, &

-111

B; 1

-FS-

66-1

11A

, & -1

11B

). R

emov

e G

E

indi

cato

rs (1

-FIS

-66-

111A

, & -1

11B

) fro

m p

anel

25-

95.

Add

tim

e de

lay

rela

y (1

-RLY

-66-

111)

on

pane

l 25-

95.

Upg

rade

Offg

as fl

ow to

6-h

our h

oldu

p vo

lum

e lo

op (1

-F-6

6-20

): R

epla

ce F

ishe

r and

Por

ter f

low

indi

catin

g tra

nsm

itter

(1-F

IT-6

6-20

) with

a R

osem

ount

tran

smitt

er c

onne

ctin

g to

the

exis

ting

sens

ing

lines

from

(1-F

E-6

6-20

) and

pro

vidi

ng a

line

ar s

igna

l to

(1-F

R-6

6-20

) on

pane

l 9-8

, neg

atin

g th

e ne

ed

for (

1-FM

-66-

20).

Rem

ove

(1-F

M-6

6-20

) fro

m p

anel

9-2

9 an

d re

-labe

l (1-

FT-6

6-20

to 1

-FIT

-66-

20).

Mod

ify/u

pgra

de O

ffgas

Con

dens

ed le

vel c

ontro

l loo

ps (1

-L-6

6-93

, & -9

4):

Rep

lace

exi

stin

g 10

-50

mA

trans

mitt

ers

(1-L

T-66

-93,

& -9

4) w

ith 4

-20

mA

tran

smitt

ers

on p

anel

25-

335.

Rep

lace

ex

istin

g 10

-50

mA

con

trolle

rs (1

-LIC

-66-

93, &

-94)

with

4-2

0 m

A c

ontro

llers

on

pane

l 25-

95 th

at w

ill a

lso

pow

er th

e lo

ops.

Rep

lace

exi

stin

g (tw

o) 1

0-50

mA

leve

l sw

itche

s (1

-LS-

66-9

3, &

-94)

with

(fou

r) 4

-20

mA

leve

l sw

itche

s (1

-LS-

66-9

3A, -

93B,

-94A

, & -9

4B) o

n pa

nel 2

5-95

. R

epla

ce e

xist

ing

10-5

0 m

A I/

Ps

(1-L

M-6

6-93

, & -9

4) w

ith 4

-20

mA

I/P

s lo

cate

d in

the

Rec

ombi

ner R

oom

. R

emov

e ex

istin

g po

wer

sup

ply

(1-P

X-6

6-93

). P

rovi

de s

tand

by le

vel l

oop

(94)

with

its

ow

n in

depe

nden

t pow

er b

y fe

edin

g po

wer

to (1

-LIC

-66-

94) f

rom

non

-pre

ferr

ed 1

20V

ac

from

pan

el 9

-9, B

KR

522

. A

dd n

ew p

anel

25-

96A

. M

odify

Gly

col T

ank

tem

pera

ture

loop

(1-T

-66-

102)

with

pro

gram

mab

le lo

gic

cont

rolle

r (1-

TC-

66-1

02) o

n ne

w p

anel

25-

96A

. M

odify

Offg

as R

ehea

ter O

utle

t Moi

stur

e Lo

op (1

-M-6

6-11

0) to

be

an o

fflin

e sy

stem

with

ca

pabi

lity

to b

e is

olat

ed fr

om th

e O

ffgas

sys

tem

with

out i

sola

ting

the

Offg

as s

yste

m w

hich

it m

onito

rs.

Mod

ify O

ffgas

C

onde

nser

out

let t

empe

ratu

re lo

op (1

-T-6

6-95

) for

hig

her t

empe

ratu

re ra

nge

(from

155

to 1

60 d

eg. F

). R

epla

ce O

ffgas

R

ecom

bine

rs A

& B

tem

pera

ture

con

trolle

rs (1

-TC

-66-

76, &

-90)

. R

evis

e se

tpoi

nts:

6-h

our h

oldu

p vo

lum

e pr

essu

re s

witc

hes

(1-P

IS-6

6-21

C, &

-21D

) to

3.5

psig

incr

easi

ng.

CN

DR

va

cuum

pum

p se

al w

ater

tem

pera

ture

sw

itche

s (1

-TS-

66-5

5, &

-56)

from

110

deg

. F to

120

deg

. F C

ND

R v

acuu

m

pum

ps 1

A &

1B

suc

tion

pres

sure

sw

itche

s (1

-PS

-66-

37, &

-41,

resp

ectiv

ely,

from

27"

Hg

to 2

6" H

g.

Y

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-2

8

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Em

erge

ncy

Equ

ipm

ent

Coo

ling

Wat

er

DC

N 5

1192

Rep

lace

the

follo

win

g ca

rbon

ste

el v

alve

s w

ith s

tain

less

ste

el v

alve

s:

(1-C

kv-6

7-54

1, -5

42, -

554,

-584

, -58

5,-5

97, -

648,

-649

, -65

6, -6

57,

& -5

98)

(1-T

V-6

7-23

6, -2

37, -

243,

-244

, -25

1, -2

52, &

-259

) (1-

SH

V-6

7-55

0, -5

51,

-569

, -57

0, -5

93, -

594,

-596

, -61

0, &

-611

) (1

-VTV

-67-

746,

& -7

51).

Rer

oute

1-in

ch E

mer

genc

y Eq

uipm

ent C

oolin

g W

ater

(EE

CW

) lin

e to

H2

Ana

lyze

rs th

at

inte

rfere

s w

ith a

per

man

ent l

adde

r req

uire

d fo

r acc

ess

to (1

-FC

V-2

3-57

) dur

ing

perfo

rman

ce o

f cer

tain

Em

erge

ncy

Ope

ratin

g In

stru

ctio

n ap

pend

ices

. A

dd E

EC

W 1

-inch

flus

h co

nnec

tions

with

pip

ing,

shu

t off

valv

es, a

nd q

uick

di

scon

nect

s to

the

supp

ly a

nd d

isch

arge

line

s fo

r RH

R P

ump

Roo

m C

oole

rs 1

A, 1

B, 1

C, &

1D

. A

dd th

e fo

llow

ing

1-in

ch v

alve

s at

the

flush

con

nect

ions

: (1-

SH

V-6

7-81

7 &

-818

) at R

HR

Roo

m C

oole

r 1A

retu

rn a

nd in

let c

onne

ctio

ns,

resp

ectiv

ely;

(1-S

HV

-67-

827

& -8

28) a

t RH

R R

oom

Coo

ler 1

B re

turn

and

inle

t con

nect

ions

, res

pect

ivel

y; (1

-SH

V-6

7-81

9 &

-820

) at R

HR

Roo

m C

oole

r 1C

retu

rn a

nd in

let c

onne

ctio

ns, r

espe

ctiv

ely;

and

(1-S

HV-

67-8

29 &

-830

) at R

HR

R

oom

Coo

ler 1

D re

turn

and

inle

t con

nect

ions

, res

pect

ivel

y. C

hang

e m

otiv

e flu

id fo

r val

ves

(1-F

CV

-67-

50 &

51)

from

w

ater

to a

ir. C

ut, r

emov

e an

d ca

p pi

ping

dow

nstre

am o

f val

ves

(1-R

TV-6

7-60

22A

& -6

009A

) and

up

to th

e co

nnec

tion

to th

e va

lve

oper

ator

s fo

r (1-

FCV

-67-

50 &

-51)

resp

ectiv

ely.

Pro

vide

new

½-in

ch c

onne

ctio

ns to

inst

all p

ress

ure

switc

hes

(1-P

S-6

7-50

& -5

1) in

the

8-in

ch h

eade

r at t

he d

owns

tream

sid

e of

val

ves

(1-S

HV-

67-6

40 &

-575

) re

spec

tivel

y. A

dd a

trav

el s

top

to v

alve

(1-F

CV

-67-

50) t

o lim

it tra

vel t

o 25

%, +

/-1%

of m

axim

um o

peni

ng.

Y

Rea

ctor

Wat

er

Rec

ircul

atio

n D

CN

510

16

Mod

ify th

e ex

istin

g R

HR

Low

Pre

ssur

e C

oola

nt In

ject

ion

(LPC

I) S

yste

m s

igna

l iso

latio

n of

the

Rec

ircul

atio

n P

ump

disc

harg

e va

lve

logi

c so

that

the

Div

I R

HR

(LP

CI)

sign

al w

ill o

nly

isol

ate

the

1B R

ecirc

ulat

ion

Pum

p di

scha

rge

valv

e as

soci

ated

with

the

LPC

I loo

p I i

njec

tion

line,

whi

le th

e D

iv II

RH

R (L

PC

I) si

gnal

will

only

isol

ate

the

1A R

ecirc

ulat

ion

Pum

p di

scha

rge

valv

e as

soci

ated

with

the

LPC

I loo

p II

inje

ctio

n lin

e. D

elet

e th

e in

terlo

ck s

igna

ls fr

om p

ress

ure

switc

hes

(1-P

S-6

8-93

, & -9

4) to

blo

ck th

e is

olat

ion

of th

e LP

CI i

njec

tion

valv

es (1

-FC

V-7

4-53

, & -6

7) o

n a

Gro

up 2

P

CIS

initi

atio

n w

hen

reac

tor p

ress

ure

is ≥

105

psig

. P

ress

ure

switc

hes

(1-P

S-6

8-93

, & -9

4) w

ill co

ntin

ue to

pro

vide

a

(rea

ctor

pre

ssur

e ≥1

05 p

sig)

sig

nal t

o re

lays

(10A

-K97

A &

10A

-AK

97B

) to

isol

atio

n va

lve

(1-F

CV

-74-

48) w

hich

pr

even

ts s

hutd

own

cool

ing

from

bei

ng in

ser

vice

whe

n re

acto

r pre

ssur

e is

≥10

5 ps

ig.

Mod

ify C

ore

Spr

ay in

itiat

ion

&

EC

CS

Pre

ferr

ed P

ump

logi

c so

that

U2

Cor

e S

pray

(CS

) Pum

ps 2

A &

2C

and

Res

idua

l Hea

t Rem

oval

(RH

R) P

umps

2A

& 2

C a

re lo

ad s

hed

on a

U1

acci

dent

sig

nal i

nitia

tion

and

U1

CS

Pum

ps 1

B &

1D

and

RH

R P

umps

1B

& 1

D a

re

load

she

d on

a U

2 in

itiat

ing

sign

al if

the

pum

ps w

ere

runn

ing

with

nor

mal

pow

er a

vaila

ble.

Thu

s, C

S P

umps

1A

& 1

C

and

RH

R P

umps

1A

& 1

C a

re d

edic

ated

to U

1 an

d C

S P

umps

2B

& 2

D a

nd R

HR

Pum

ps 2

B &

2D

are

ded

icat

ed to

U2

with

eith

er n

orm

al o

r DG

pow

er a

vaila

ble.

Add

new

load

she

d in

itiat

ing

sign

al fr

om C

S R

elay

s (1

4A-K

11A

& -K

11B

) w

hich

will

be

redu

ndan

t to

Rel

ays

(10A

-K73

A &

-K73

B) t

o av

oid

sing

le fa

ilure

and

ove

rload

ing

of (2

) 4kV

Shu

tdow

n B

oard

s.

Y

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-2

9

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Rea

ctor

Wat

er

Rec

ircul

atio

n D

CN

510

45

Rep

lace

exi

stin

g R

eact

or P

ress

ure

Ves

sel (

RP

V) r

ecirc

ulat

ion

outle

t saf

e en

ds a

t noz

zles

N1A

and

N1B

(tot

al o

f 2) w

ith

thos

e m

ade

of 3

16N

G s

tain

less

ste

el.

Rep

lace

exi

stin

g (R

PV

) rec

ircul

atio

n in

let s

afe

ends

at n

ozzl

es N

2A,

N2B

, N2C

, N

2D, N

2E, N

2F, N

2G, N

2H, N

2J, &

N2K

(tot

al o

f 10)

with

thos

e m

ade

of 3

16N

G s

tain

less

ste

el.

Rem

ove

and

repl

ace

the

exis

ting

28-in

ch re

circ

ulat

ion

lines

bet

wee

n th

e R

PV

reci

rcul

atio

n sa

fe e

nd to

the

RP

V re

circ

ulat

ion

ring

head

ers,

in

clud

ing

flow

ele

men

ts fo

r loo

ps A

& B

, with

thos

e m

ade

of 3

16N

G s

tain

less

ste

el.

Rem

ove

and

repl

ace

the

exis

ting

reci

rcul

atio

n ris

ers

(tota

l of 1

0) a

t RP

V n

ozzl

es N

2A,

N2B

, N2C

, N2D

, N2E

, N2F

, N2G

, N2H

, N2J

, & N

2K, w

ith th

ose

mad

e of

316

NG

sta

inle

ss s

teel

. R

emov

e an

d re

plac

e th

e ex

istin

g rin

g he

ader

s in

the

pum

p di

scha

rge

pipi

ng fo

r loo

ps

A &

B, w

ith th

ose

mad

e of

316

NG

sta

inle

ss s

teel

. R

emov

e va

lves

(1-F

CV

-68-

33 &

-35)

and

ass

ocia

ted

circ

uitry

and

co

ntro

ls in

side

the

Dry

wel

l. R

emov

e as

soci

ated

val

ves

(1-6

8-53

0, -5

31, -

532,

-533

, -53

5, -5

36, -

537,

-538

, -68

-NN

N-1

, &

-68-

NN

N-2

) and

the

22-in

ch p

ipin

g be

twee

n lo

op A

& B

ring

hea

ders

. R

emov

e an

d re

plac

e ex

istin

g Je

t Pum

p In

stru

men

tatio

n (J

PI)

nozz

le s

afe

ends

at R

PV

noz

zles

N8A

& N

8B, a

nd p

roxi

mity

pip

ing.

Del

ete

valv

es (1

-68-

292,

-29

3, -2

94, &

-295

). R

emov

e (8

) 1-in

ch s

ensi

ng li

nes

inst

alle

d be

twee

n re

circ

ulat

ion

disc

harg

e ris

ers

at R

PV n

ozzl

es

N2A

- N

2H, a

nd N

2J, N

2K a

nd th

eir a

ssoc

iate

d co

ntai

nmen

t pen

etra

tions

. C

ut a

nd c

ap th

e pe

netra

tions

. R

epla

ce th

e fo

llow

ing

ther

mow

ell/t

empe

ratu

re e

lem

ent s

ets:

(1-T

W-6

8-2

& 1

-TE-

68-2

; 1-T

W-6

8-6

& 1

-TE-

68-6

A &

1-T

E-6

8-6B

; 1-

TW-6

8-78

& 1

-TE

-68-

78; 1

-TW

-68-

83 &

1-T

E-6

8-83

A &

1-T

E-6

8-83

B).

Rem

ove

and

cap

the

bonn

et v

ent l

ines

for

valv

es (1

-FC

V-6

8-1,

-77,

& -7

9) a

nd re

mov

e as

soci

ated

dra

in v

alve

s (1

-68-

502,

-503

, -51

1, -5

12, -

517,

-518

, -5

26, -

527)

. A

dd (3

) new

ven

t val

ves

and

pipi

ng ro

uted

to C

lean

Rad

was

te fo

r eac

h R

ecirc

ulat

ion

Pum

p (v

alve

s 1-

68-6

601,

-66

02 &

-660

3 fo

r pum

p 1A

& 1

-68-

6604

, -66

05, &

-660

6 fo

r pum

p 1B

). P

rovi

de p

erm

anen

t rad

iatio

n sh

ield

ing

(lead

bl

anke

ts) f

or v

ertic

al s

egm

ents

of t

he 1

2-in

ch a

nd 2

8-in

ch re

circ

ulat

ion

pipi

ng.

Rep

lace

2-in

ch g

lobe

val

ves

(1-6

8-50

5,

-506

, -52

0, &

-521

) in

reci

rcul

atio

n pu

mp

suct

ion

drai

n lin

es w

ith v

alve

s of

non

-cob

alt t

rim a

nd E

PR

I-app

rove

d gr

aphi

te

pack

ing.

Rep

lace

rota

ting

asse

mbl

ies

and

seal

car

tridg

es fo

r rec

ircul

atio

n pu

mps

(1-P

MP

-68-

60A

& -6

0B) i

nclu

ding

sh

afts

, sea

ls, i

mpe

llers

, and

cov

ers.

Rep

lace

reci

rcul

atio

n pu

mp

seal

inje

ctio

n lin

es a

nd a

ssoc

iate

d va

lves

.

Y

Rea

ctor

Wat

er

Rec

ircul

atio

n D

CN

511

67

Rep

lace

exi

stin

g R

ecirc

ulat

ion

Pum

p/m

otor

1A

& 1

B v

ibra

tion

mon

itorin

g an

d sp

eed

indi

catin

g in

stru

men

tatio

n, c

ablin

g an

d co

ndui

t. R

efur

bish

and

rew

ind

reci

rcul

atio

n pu

mp

mot

ors.

Y

Rea

ctor

Wat

er

Rec

ircul

atio

n D

CN

511

78

Pro

vide

Raw

Coo

ling

Wat

er to

Var

iabl

e Fr

eque

ncy

Driv

es (V

FDs)

whi

ch re

plac

e M

-G s

ets

(DC

N 5

1219

) for

R

ecirc

ulat

ion

Pum

p m

otor

s.

Y

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-3

0

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Rea

ctor

Wat

er

Rec

ircul

atio

n D

CN

511

93

Rep

lace

exi

stin

g in

ner a

nd o

uter

RP

V h

ead

met

allic

O-r

ing

seal

s w

ith n

ew s

prin

g-en

ergi

zed

O-r

ings

and

ass

ocia

ted

reta

iner

clip

s. R

epai

r Int

ergr

anul

ar S

tress

Cor

rosi

on C

rack

ing

(IGSC

C) o

n an

d ar

ound

the

two

Acc

ess

Hol

e C

over

s (A

HC

s) in

the

RP

V s

hrou

d su

ppor

t pla

te, t

o in

clud

e in

stal

latio

n of

new

AH

Cs

if ne

cess

ary.

Ins

tall

reta

inin

g cl

amps

on

jet p

ump

inst

rum

ent s

ensi

ng li

nes

(inte

rnal

to th

e R

PV

) to

reso

lve

vibr

atio

n is

sue.

Rep

lace

the

(48)

shr

oud

head

bol

ts

with

new

ly d

esig

ned

bolts

. R

epla

ce R

PV

cor

e pl

ate

plug

s as

requ

ired.

Rep

lace

the

follo

win

g R

ecirc

ulat

ion

Pum

p se

al

inje

ctio

n lin

e va

lves

: (1-

CKV

-68-

550

& -5

55; 1

-SH

V-6

8-55

2 &

-557

; 1-V

TV -6

8-55

1 &

-556

; and

1-R

FV-6

8-55

3 &

-558

).

Rel

ocat

e flo

w in

dica

tors

(1-F

I-85-

52, &

-53)

to d

owns

tream

of t

he in

let c

onne

ctio

ns o

f sea

l inj

ectio

n su

pply

relie

f val

ves

to p

rovi

de a

mor

e ac

cura

te in

dica

tion

of s

eal i

njec

tion

flow

to th

e R

ecirc

ulat

ion

Pum

ps.

Y

Rea

ctor

Wat

er

Rec

ircul

atio

n D

CN

512

18

Rep

lace

cab

les

iden

tifie

d fo

r rep

lace

men

t in

Tota

l Pro

gram

Bre

akag

e S

umm

ary.

Spl

ice

Rea

ctor

Wat

er R

ecirc

ulat

ion

Sys

tem

circ

uits

on

outb

oard

(rea

ctor

bui

ldin

g) s

ide

of P

enet

ratio

ns (E

B, E

C, &

EE

). A

band

on/re

mov

e ca

bles

for

com

pone

nts

that

are

del

eted

. D

eter

m/s

plic

e/re

term

cab

les

not r

epla

ced

but r

equi

ring

wiri

ng c

hang

es.

Mod

ify b

reak

er

com

partm

ents

, com

pone

nts,

and

pan

el w

iring

for p

ower

and

con

trol c

ircui

ts o

f MO

Vs

(1-F

CV

-68-

3, -3

3, -3

5, &

-79)

.

Y

Rea

ctor

Wat

er

Rec

ircul

atio

n D

CN

512

19

Aba

ndon

M-G

set

s po

wer

ing

Rec

ircul

atio

n P

ump

mot

ors

(in -p

lace

) and

inst

all n

ew s

olid

sta

te V

aria

ble

Freq

uenc

y D

rives

(VFD

s).

Rem

ove

M-G

set

lube

oil

skid

s, h

eat e

xcha

nger

s, a

nd fo

unda

tions

. R

erat

e R

ecirc

ulat

ion

Pum

p m

otor

s fro

m 8

000

to 8

550

hp.

Y

Rea

ctor

Wat

er

Rec

ircul

atio

n D

CN

512

34

Inst

all n

ew p

anel

(1-L

PN

L-92

5-41

2), v

ibra

tion

mon

itorin

g sy

stem

, ass

ocia

ted

cabl

es, a

nd s

yste

m p

anel

to s

uppo

rt E

PU

. R

efur

bish

exi

stin

g R

eact

or W

ater

Rec

ircul

atio

n S

yste

m in

stru

men

t pan

els/

rack

s (1

-25-

7A, -

7B, -

51B

, -52

A, -

52B

, &

1-9

-18)

. R

epla

ce e

xist

ing

GE

Mea

sure

men

t & C

ontro

l com

pone

nts

with

Fox

boro

Inte

llige

nt A

utom

atio

n (I/

A)

com

pone

nts.

Ref

urbi

sh e

xist

ing

affe

cted

pan

els

(1-9

-38,

-18,

& -1

9).

Com

plet

e im

plem

enta

tion

of R

ecirc

ulat

ion

Pum

p Tr

ip (R

PT)

and

por

tions

of t

he (A

TWS

) mod

ifica

tions

for U

nit 1

. A

ffect

ed p

anel

s ar

e (1

-925

-416

, -61

2, -4

15, -

613,

-614

, -6

16, -

615,

& -4

19).

Per

form

Fox

boro

and

Ben

tley-

Nev

ada

softw

are

verif

icat

ion

and

valid

atio

n.

Y

Rea

ctor

Wat

er

Rec

ircul

atio

n D

CN

600

72

Inst

all c

ontro

l circ

uit i

sola

tion

fuse

s in

the

posi

tive

legs

of t

he 2

50 V

dc

trip

circ

uits

for N

orm

al; a

nd E

mer

genc

y fe

eder

br

eake

rs fo

r Rea

ctor

Rec

ircul

atio

n P

umps

1A

(Bre

aker

s 11

22 &

143

6) a

nd P

ump

1B (B

reak

ers

1124

& 1

534)

. A

lso,

a

sing

le fu

se is

add

ed to

the

posi

tive

leg

in th

e 25

0 V

dc

circ

uits

for R

eact

or R

ecirc

ulat

ion

Pum

ps 1

A &

1B

Ove

rcur

rent

R

elay

and

Tra

nsfe

r Sel

ecto

r Sw

itch

circ

uit (

App

endi

x R

).

Y

Rea

ctor

Wat

er

Cle

anup

D

CN

510

46

Rem

ove

and

repl

ace

6-in

ch p

roce

ss p

ipin

g an

d va

lves

from

the

20-in

ch R

HR

pip

ing

conn

ectio

n to

prim

ary

cont

ainm

ent

pene

tratio

n X-

14.

Rep

lace

Mot

or O

pera

ted

Val

ves

(1-F

CV-

69-1

, & -2

) per

TV

A's

GL

89-1

0 pr

ogra

m a

nd a

dd

valv

es/c

apab

ility

for A

ppen

dix

J te

stin

g of

(1-F

CV

-69-

1).

Rep

lace

sys

tem

val

ves

insi

de th

e D

ryw

ell (

1-69

-500

, -58

3, -

584,

-503

, & -5

04).

Inst

all a

2-in

ch d

econ

tam

inat

ion

flush

con

nect

ion

with

2-in

ch g

ate

valv

es (1

-69-

551,

& -5

52) a

nd a

ca

mlo

ck m

ale

fittin

g. R

epla

ce c

able

to (1

-FC

V-69

-1) t

o co

rrect

am

paci

ty/v

olta

ge c

once

rns

and

inst

all (

2) T

-dra

ins.

In

stal

l ins

trum

ent l

ocat

ions

to m

easu

re p

ipin

g vi

brat

ion.

Y

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-3

1

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Rea

ctor

Wat

er

Cle

anup

D

CN

511

94

Rep

lace

/upg

rade

var

ious

4-in

ch a

nd 6

-inch

pip

ing

segm

ents

to, f

rom

, and

inte

rcon

nect

ing

rege

n an

d no

n-re

gen

heat

ex

chan

gers

and

from

RW

CU

pum

p di

scha

rge

to th

e tie

-in to

the

RW

CU

dem

iner

aliz

er in

fluen

t pip

e. R

epla

ce

rege

nera

tive

heat

exc

hang

ers.

Rep

lace

RW

CU

reci

rcul

atio

n pu

mps

(1-P

MP

-69-

4A, &

-4B

). R

epla

ce s

mal

l bor

e ve

nt, d

rain

, and

test

con

nect

ions

bra

nchi

ng o

ff of

the

RW

CU

pip

ing,

incl

udin

g th

e as

soci

ated

va

lves

. R

epla

ce in

stru

men

t lin

es b

ranc

hing

from

repl

aced

pip

ing,

up

to th

e ro

ot v

alve

s. R

epla

ce fl

ow e

lem

ents

on

RW

CU

dis

char

ge li

nes.

Rep

lace

var

ious

ther

mow

ells

and

tem

pera

ture

ele

men

ts.

Rep

lace

stra

iner

s (1

-STN

-69-

800

&

-801

). R

erou

te R

WC

U fl

ow fr

om o

utbo

ard

isol

atio

n va

lve

(1-F

CV-

69-2

) thr

ough

rege

nera

tive

heat

exc

hang

ers

A, B

, &

C, a

nd n

on-r

egen

erat

ive

heat

exc

hang

ers

A &

B, t

he to

the

RW

CU

Pum

p su

ctio

n re

sulti

ng in

low

er te

mpe

ratu

re w

ater

en

terin

g pu

mps

and

long

er la

stin

g pu

mp

seal

s.

Y

Rea

ctor

B

uild

ing

Clo

sed

Coo

ling

Wat

er

DC

N 5

0977

Com

plet

e th

e pi

ping

tie-

in to

the

Uni

t 1 R

eact

or B

uild

ing

Clo

sed

Coo

ling

Wat

er (R

BC

CW

) Sys

tem

from

the

exis

ting

Dry

wel

l Out

age

Chi

llers

. Y

Rea

ctor

B

uild

ing

Clo

sed

Coo

ling

Wat

er

DC

N 5

1148

Rep

lace

RB

CC

W S

yste

m c

arbo

n st

eel p

ipin

g w

ithin

the

dryw

ell w

ith s

tain

less

ste

el p

ipin

g. R

epla

ce th

e dr

ywel

l at

mos

pher

e co

olin

g co

ils a

nd b

low

ers

(Dry

wel

l Coo

ler)

to im

prov

e co

olin

g of

dry

wel

l atm

osph

ere.

Rep

lace

the

inle

t an

d ou

tlet R

BCC

W v

alve

s to

eac

h of

(10)

coi

ls.

Ups

ize

Dry

wel

l Coo

ler b

low

er m

otor

pow

er c

able

s (S

ee D

CN

511

95).

D

elet

e (6

0) c

able

s, a

ssoc

iate

d co

ndui

ts a

nd ju

nctio

n bo

xes

due

to n

ew D

ryw

ell C

oole

rs b

eing

com

plet

ely

fact

ory

wire

d.

Mod

ify R

BC

CW

pip

ing

to n

ew R

ecirc

ulat

ion

Pum

p se

al a

ssem

blie

s an

d re

duce

con

nect

ions

to o

ne s

uppl

y an

d on

e re

turn

per

sea

l ass

embl

y co

oler

. R

epla

ce (4

4) c

able

s in

side

the

dryw

ell w

ith e

nviro

nmen

tally

qua

lifie

d (E

Q) c

able

s.

Y

Rea

ctor

B

uild

ing

Clo

sed

Coo

ling

Wat

er

DC

N 5

1195

Inst

all i

sola

tion,

dra

in, a

nd te

st v

alve

s to

pro

vide

for L

LRT

of P

rimar

y C

onta

inm

ent I

sola

tion

Val

ves

(1-C

KV

-70-

506

& 1

-FC

V-7

0-47

). R

epla

ce th

erm

owel

ls a

nd te

mpe

ratu

re e

lem

ents

for l

oops

(1-T

-70-

3, -5

0, -5

1, -5

2, -5

3, -5

4, -5

6, -5

8, &

-60

). D

ocum

ent t

hrus

t req

uire

men

ts a

nd s

witc

h se

tting

s fo

r mot

or o

pera

ted

cont

ainm

ent i

sola

tion

valv

e (1

-FC

V-7

0-47

) to

mee

t GL

89-1

0 re

quire

men

ts.

Y

Rea

ctor

Cor

e Is

olat

ion

Coo

ling

DC

N 5

1149

Rep

lace

sol

id w

edge

gat

e va

lve

(1-F

CV-

71-2

) with

a n

ewer

des

ign

doub

le d

isc

gate

val

ve.

Del

ete

the

asso

ciat

ed le

ak-

off v

alve

and

pip

ing.

Add

a ¾

" tes

t lin

e to

bot

tom

of n

ew v

alve

bod

y fo

r bet

wee

n-se

at le

ak te

stin

g. I

nsta

ll ne

w m

otor

op

erat

or to

mee

t EQ

and

GL

89-1

0 re

quire

men

ts.

Rep

lace

exi

stin

g ca

ble,

con

duit,

and

con

duit

supp

orts

for t

his

new

M

OV

and

byp

ass

the

torq

ue s

witc

h in

the

mot

or o

pera

tor c

ontro

l circ

uit.

Y

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-3

2

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Rea

ctor

Cor

e Is

olat

ion

Coo

ling

DC

N 5

1196

Per

form

var

ious

mec

hani

cal m

odifi

catio

ns to

the

Rea

ctor

Cor

e Is

olat

ion

Coo

ling

(RC

IC) S

yste

m v

alve

s fro

m a

mon

g th

e fo

llow

ing:

Upg

rade

val

ve p

acki

ng to

EP

RI-a

ppro

ved

grap

hite

(liv

e-lo

ad) p

acki

ng, r

emov

e le

ak-o

ff va

lves

, cut

, and

cap

or

plu

g, le

ak-o

ff lin

es.

Rep

lace

sol

id w

edge

gat

e va

lve

with

a n

ewer

des

ign

doub

le d

isc

gate

val

ve.

Del

ete

the

asso

ciat

ed le

ak-o

ff va

lve

and

pipi

ng (e

xclu

ding

1-S

HV

-71-

14).

Add

a ¾

" tes

t lin

e to

bot

tom

of n

ew v

alve

bod

y fo

r be

twee

n-se

at le

ak te

stin

g. I

nsta

ll ne

w m

otor

ope

rato

r to

mee

t EQ

and

GL

89-1

0 re

quire

men

ts, i

nclu

ding

T-d

rain

s an

d gr

ease

relie

f val

ve fo

r gea

r cas

e. B

ypas

s th

e to

rque

sw

itch

in th

e m

otor

ope

rato

r con

trol c

ircui

t. In

stal

l tes

t lin

e w

ith

test

and

shu

toff

valv

es fo

r 10C

FR50

App

endi

x J

test

ing.

App

licab

le to

(1-F

CV

-71-

3, -6

A, -

6b, -

7a, -

7B, -

8, -9

, -17

, -18

, -2

5, -3

4, -3

7, -3

8, -3

9; 1

-SH

V-7

1-14

& 1

-PC

V-7

1-22

). F

or c

heck

val

ves

(1-C

KV

-71-

597,

-598

, -59

9, &

-600

), in

stal

l a 2

-in

ch g

ate

valv

e (1

-SH

V-7

1-52

0) in

the

RC

IC tu

rbin

e ex

haus

t vac

uum

relie

f pip

ing

to fa

cilit

ate

App

endi

x J

test

ing.

R

epla

ce (1

-CK

V-7

1-52

0) w

ith a

new

T-p

atte

rn g

lobe

lift

chec

k va

lve.

Rep

lace

(1-F

CV

-71-

40) w

ith a

new

pne

umat

ic

test

able

che

ck v

alve

. R

epla

ce v

alve

(1-F

CV

-71-

59) a

nd a

ssoc

iate

d m

otor

ope

rato

r.

Y

Rea

ctor

Cor

e Is

olat

ion

Coo

ling

DC

N 5

1220

Per

form

var

ious

ele

ctric

al m

odifi

catio

ns to

RC

IC S

yste

m v

alve

s (1

-FC

V-7

1-3,

-8, -

9, -1

0, -1

7, -1

8, -2

5, -3

4, -3

8, -3

9, &

-59

). D

isco

nnec

t exi

stin

g po

wer

and

con

trol w

iring

to th

e M

OV

s, re

mov

e or

aba

ndon

cab

les/

cond

uits

and

repl

ace

exis

ting

inte

rnal

wiri

ng w

ith E

Q w

iring

. R

eloc

ate

pow

er s

uppl

ies.

Rem

ove

loca

l con

trol s

witc

hes.

Rem

ove

pow

er fr

om

valv

e (1

-FC

V-71

-59)

to m

aint

ain

valv

e de

ener

gize

d an

d op

en b

y op

enin

g as

soci

ated

480

V R

eact

or M

OV

Boa

rd 1

A

brea

ker.

Rep

lace

lim

it sw

itche

s fo

r (1-

FCV

-71-

10) f

or v

alve

mid

-pos

ition

indi

catio

n. P

rovi

de 2

50V

dc

pow

er to

new

so

leno

id-o

pera

ted

RC

IC s

team

line

trap

byp

ass

valv

e (1

-LC

V-71

-5);

valv

e to

fail

clos

ed o

n lo

ss o

f pow

er.

Pro

vide

for

auto

mat

ic re

star

t of R

CIC

Sys

tem

upo

n a

reac

tor v

esse

l low

wat

er le

vel s

igna

l fol

low

ing

a re

acto

r ves

sel h

igh

wat

er

leve

l trip

per

NU

RE

G-0

737.

Rem

ove

the

elec

troni

c ov

ersp

eed

trip

func

tion

from

the

RC

IC tu

rbin

e pe

r GE

SIL

No.

382

. R

epla

ce e

xist

ing

GE

rela

ys (1

-RLY

-71-

13A

-K9

& -K

42) w

ith A

gast

at ti

me

dela

y re

lays

and

cha

nge

setp

oint

of r

elay

(1-

RLY

-71-

13A

-K42

) in

pane

l (1-

25-3

1) fr

om 3

0 se

cond

s to

90

seco

nds

to a

llow

RC

IC c

onde

nsat

e pu

mp

to o

pera

te u

ntil

low

leve

l is

reac

hed

with

out a

ctiv

atin

g an

nunc

iato

r (LA

-71-

29),

RC

IC G

LAN

D S

EA

L V

AC

UU

M T

AN

K L

EV

EL

HIG

H

(XA

-55-

3B, W

indo

w 2

0).

Rep

lace

and

/or r

erou

te e

lect

rical

wiri

ng/c

able

s an

d re

plac

e co

mpo

nent

s an

d in

stru

men

ts to

m

eet E

Q re

quire

men

ts, A

ppen

dix

R b

reak

age

requ

irem

ents

, and

to re

solv

e el

ectri

cal a

nd in

stru

men

t iss

ues/

conc

erns

.

Y

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-3

3

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Rea

ctor

Cor

e Is

olat

ion

Coo

ling

DC

N 5

1236

Equ

ival

ent i

nstru

men

t rep

lace

men

ts: R

epla

ce e

xist

ing

(1-P

DIS

-71-

1A &

1B

) with

(1-P

DT-

71-1

A &

1B

). R

epla

ce (1

-PS

-71-

1A, 1

B, 1

C, &

1D

) to

mee

t EQ

and

Cla

ss 1

E re

quire

men

ts.

Rep

lace

(1-P

S-7

1-21

A) d

ue to

faile

d ac

cura

cy e

valu

atio

n an

d ob

sole

scen

ce.

Rep

lace

(1-F

S-7

1-36

) with

(1-F

IS-7

1-36

).R

epla

ce R

CIC

Tur

bine

Exh

aust

Hig

h P

ress

ure

switc

hes

(1-P

S-7

1-13

A &

-13B

). R

epla

ce fl

ow s

olen

oid

valv

es (1

-FS

V-7

1-6A

& -6

B) d

ue to

obs

oles

cenc

e.

Rep

lace

flow

tran

smitt

ers

(1-F

T-71

-1A

& -1

B) d

ue to

obs

oles

cenc

e.

Rep

lace

pre

ssur

e tra

nsm

itter

s (1

-PT-

71-4

, -12

, & -3

5) d

ue to

obs

oles

cenc

e.

Rep

lace

pre

ssur

e sw

itche

s (1

-PS

-71-

11A

, -11

B, -

11C

, & -1

1D) d

ue to

obs

oles

cenc

e.

Rep

lace

tem

pera

ture

sw

itche

s (1

-TS-

71-2

A, -

2B, -

2C, -

2D, -

2E, -

2F, -

2G, -

2H, -

2J, -

2K, -

2L, -

2M, -

2N, -

2P, -

2R, &

-2S

) du

e to

obs

oles

cenc

e. R

efur

bish

inst

rum

ent p

anel

s (1

-25-

7A &

1-2

5-58

). A

dd n

ew R

CIC

Tur

bine

Con

trol P

anel

(1-L

PN

L-92

5-67

2).

Y

Aux

iliary

Dec

ay

Hea

t Rem

oval

D

CN

511

97

Aux

iliar

y D

ecay

Hea

t Rem

oval

sys

tem

was

est

ablis

hed

in 1

997

whe

n U

nit 1

was

not

ope

ratin

g. P

rovi

de a

uxilia

ry

deca

y he

at re

mov

al c

apab

ility

such

that

RH

R s

yste

m c

an b

e m

ade

avai

labl

e fo

r mai

nten

ance

soo

n af

ter r

eact

or

shut

dow

ns. R

oute

new

12-

inch

and

14-

inch

pip

ing

and

com

pone

nts

to a

nd fr

om th

e fu

el p

ool t

o pr

ovid

e de

cay

heat

re

mov

al.

Y

Hig

h P

ress

ure

Coo

lant

In

ject

ion

DC

N 5

1083

Rem

ove,

aba

ndon

, rer

oute

, and

repl

ace

vario

us c

able

s in

the

HP

CI S

yste

m to

reso

lve

Cla

ss 1

E, E

nviro

nmen

tal

Qua

lific

atio

n (E

Q),

train

sep

arat

ion,

and

bre

akag

e is

sues

. Y

Hig

h P

ress

ure

Coo

lant

In

ject

ion

DC

N 5

1150

Rep

lace

sol

id w

edge

gat

e va

lve

(1-F

CV-

73-2

) with

new

er d

esig

n do

uble

dis

c ga

te v

alve

. D

elet

e th

e as

soci

ated

leak

-off

valv

e an

d pi

ping

, as

appl

icab

le. A

dd a

¾" t

est l

ine

to b

otto

m o

f new

val

ve b

ody

for b

etw

een-

seat

leak

test

ing.

Ins

tall

new

mot

or o

pera

tor t

o m

eet E

Q a

nd G

L 89

-10

requ

irem

ents

. R

epla

ce e

xist

ing

cabl

e, c

ondu

it, a

nd c

ondu

it su

ppor

ts fo

r th

is n

ew M

OV

and

byp

ass

the

torq

ue s

witc

h in

the

mot

or o

pera

tor c

ontro

l circ

uit,

as a

pplic

able

. U

psiz

e po

wer

cab

ling

to n

ew M

OV

ope

rato

r due

to la

rger

mot

or, a

s ap

plic

able

.

Y

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-3

4

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Hig

h P

ress

ure

Coo

lant

In

ject

ion

DC

N 5

1198

Rep

lace

mot

or a

ctua

tor a

nd s

prin

g pa

ck fo

r val

ves

(1-F

CV

-73-

36, &

-40)

and

pro

vide

live

-load

pac

king

and

sm

art s

tem

. C

ut a

nd c

ap s

tem

leak

-off

lines

, as

appl

icab

le.

Rep

lace

sol

id w

edge

gat

e va

lve

(1-F

CV

-73-

3) w

ith n

ewer

des

ign

doub

le d

isc

gate

val

ve.

Del

ete

the

asso

ciat

ed le

ak-o

ff va

lve

and

pipi

ng, a

s ap

plic

able

. Add

a ¾

" tes

t lin

e to

bot

tom

of

new

val

ve b

ody

for b

etw

een-

seat

leak

test

ing,

as

appl

icab

le.

Inst

all n

ew m

otor

ope

rato

r to

mee

t EQ

and

GL

89-1

0 re

quire

men

ts, i

nclu

ding

T-d

rain

s, a

s ap

plic

able

. R

epla

ce m

otor

act

uato

r and

spr

ing

pack

for v

alve

(1-F

CV

-73-

18) a

nd

prov

ide

live-

load

pac

king

and

sm

art s

tem

. C

ut a

nd c

ap s

tem

leak

-off

lines

, as

appl

icab

le.

This

val

ve is

cha

nged

from

gl

obe

to a

gat

e va

lve.

Rep

lace

mot

or a

ctua

tor a

nd s

prin

g pa

ck fo

r val

ve (1

-FC

V-7

3-16

) and

pro

vide

live

-load

pac

king

an

d sm

art s

tem

. Cut

and

cap

ste

m le

ak-o

ff lin

es, a

s ap

plic

able

. O

peni

ng ti

me

is in

crea

sed

from

20

seco

nds

to 3

0 se

cond

s. T

he n

ew v

alve

has

bod

y dr

ain

whi

ch is

plu

gged

. R

epla

ce e

xist

ing

EG

-R h

ydra

ulic

act

uato

r (1-

SM-7

3-19

0) fo

r H

PC

I Tur

bine

con

trol v

alve

(1-F

CV

-73-

19) w

ith a

dev

ice

qual

ified

by

GE

. R

epla

ce H

PCI b

oost

er p

ump

suct

ion

relie

f va

lve

(1-R

FV-7

3-50

6) a

nd lo

wer

set

pre

ssur

e fro

m 1

50 p

sig

to 5

5 ps

ig p

er G

E S

IL N

o. 1

29.

Rep

lace

pre

viou

sly

rem

oved

HPC

I pum

p te

st fl

ow c

ontro

l val

ve 1

-FC

V-7

3-35

with

a n

ew v

alve

and

pro

vide

live

-load

pac

king

and

sm

art

stem

. R

epla

ce th

e m

otor

ope

rato

rs a

nd v

alve

ste

m p

acki

ng o

n va

lves

(1-F

CV

-73-

26, -

34, &

-44)

and

plu

g st

em le

ak-o

ff lin

es.

Rep

lace

test

able

che

ck v

alve

and

pne

umat

ic o

pera

tor o

n (1

-FC

V-7

3-45

). R

epla

ce c

heck

val

ve (1

-73-

603)

with

a

new

'T' p

atte

rn g

lobe

lift

chec

k va

lve.

Add

new

2-in

ch g

ate

isol

atio

n va

lve

dow

nstre

am o

f che

ck v

alve

(1-7

3-24

) and

up

stre

am o

f pen

etra

tion

X-2

22.

Rep

lace

mot

or a

ctua

tor a

nd s

prin

g pa

ck fo

r val

ve (1

-FC

V-73

-30)

and

pro

vide

live

-load

pa

ckin

g an

d sm

art s

tem

. Cut

and

cap

ste

m le

ak-o

ff lin

e. A

dd a

4-in

ch is

olat

ion

gate

val

ve (1

-SH

V-7

3-65

2) b

etw

een

(1-

FCV

-73-

30) a

nd th

e co

nnec

tion

to th

e 18

-inch

RH

R te

st li

ne.

Ref

urbi

sh/ u

pgra

de G

E s

uppl

ied

HP

CI t

urbi

ne/p

ump

skid

to

incl

uded

impe

ller r

epla

cem

ent a

nd s

eism

ic q

ualif

icat

ions

.

Y

Hig

h P

ress

ure

Coo

lant

In

ject

ion

DC

N 5

1221

Rep

lace

exi

stin

g ca

bles

for n

ew le

vel s

witc

hes

(1-L

S-7

3-56

A, -

56B,

-57A

, & -5

7B) (

Ref

. DC

N 5

1237

). R

epla

ce e

xist

ing

rela

y (2

3A-K

17) w

ith ti

me

dela

y re

lay

(1-R

LY-7

3-29

-1) t

o re

tard

the

low

suc

tion

pres

sure

trip

func

tion

of (1

-PS

-73-

29-1

) fo

r 7 s

econ

ds.

Rep

lace

HP

CI b

oost

er p

ump

suct

ion

pres

sure

sw

itch

(1-P

S-7

3-29

-1) w

ith a

Cla

ss 1

E, E

Q d

evic

e.

Rep

lace

tim

e de

lay

rela

ys (2

3A-K

43 &

-K51

) for

HP

CI d

isch

arge

pum

p an

d su

ppre

ssio

n ch

ambe

r Hig

h P

ress

ure,

with

(1

-RLY

-73-

23A

K43

, & -5

1) in

pan

el (1

-9-3

9).

Rep

lace

(LC

V-7

3-5)

HP

CI c

onde

nsat

e dr

ain

pot d

rain

val

ve, w

ith a

m

anua

l val

ve.

Rep

lace

var

ious

obs

olet

e ha

ndsw

itche

s an

d te

mpe

ratu

re a

nd le

vel i

nstru

men

ts, a

nd u

pgra

de w

iring

, sp

lices

, and

con

nect

ors

to C

lass

1E

, EQ

.

Y

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-3

5

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Hig

h P

ress

ure

Coo

lant

In

ject

ion

DC

N 5

1237

Equ

ival

ent i

nstru

men

t rep

lace

men

ts: R

epla

ce e

xist

ing

(1-L

S-7

3-56

A, -

56B

, 57A

, & -5

7B)

Rep

lace

the

follo

win

g as

a re

sult

of d

esig

n/pr

ogra

ms

such

as

EQ

& C

lass

1E

requ

irem

ents

. R

epla

ce (1

-LS

-73-

5).

Rep

lace

(1-L

S-7

3-8

with

1-L

S-7

3-8A

, & -8

B) t

o al

low

sep

arat

e al

arm

and

con

trol f

unct

ions

. R

epla

ce H

PC

I Ste

am F

low

sw

itche

s (1

-PD

IS-7

3-1A

& -1

B).

Rep

lace

HP

CI S

team

Sup

ply

pres

sure

sw

itche

s (1

-PS

-73-

1A, -

1B, -

1C, &

-1D

). R

epla

ce H

PC

I Sys

tem

min

imum

flow

sw

itch

(1-F

S-7

3-33

) with

a n

on-in

dica

ting

switc

h an

d ad

d in

dica

tor (

1-FI

-73-

33B

). R

epla

ce H

PC

I Sys

tem

flow

tran

smitt

er (1

-FT-

73-3

3).

Rep

lace

HP

CI T

urbi

ne E

xhau

st d

isc

rupt

ured

pre

ssur

e sw

itche

s (1

-PS

-73-

20A

, -20

B, -

20C

, & -2

0D).

Rep

lace

HP

CI T

urbi

ne E

xhau

st p

ress

ure

switc

hes

(1-P

S-7

3-22

A, &

-22B

). R

epla

ce H

PC

I Boo

ster

Pum

p su

ctio

n pr

essu

re s

witc

h (1

-PS

-73-

29-1

). R

epla

ce H

PC

I Tur

bine

inst

rum

ents

(1-S

E-73

-51)

turb

ine

spee

d pi

ck-u

p; a

nd (1

-TE-

73-5

4B, -

54H

, & -5

4J),

turb

ine

bear

ing

ther

moc

oupl

es.

R

epla

ce G

land

Sea

l Con

dens

ate

Hot

wel

l lev

el s

witc

h hi

gh (1

-LS-

73-1

5A),

and

low

(1-L

S-7

3-15

B).

R

epla

ce H

PC

I Tur

bine

Ste

am L

ine

pres

sure

tran

smitt

er (1

-PT-

73-4

), E

xhau

st p

ress

ure

trans

mitt

er (1

-PT-

73-2

1),

Boo

ster

Pum

p su

ctio

n pr

essu

re tr

ansm

itter

(1-P

T-73

-28)

, and

Mai

n P

ump

Dis

char

ge p

ress

ure

trans

mitt

er (1

-PT-

73-

31).

Rep

lace

HP

CI S

team

Lin

e Le

akag

e te

mpe

ratu

re s

witc

hes

(1-T

S-73

-2A

, B, C

, D, E

, F, G

, H, J

, K, L

, M, N

, P, R

, & S

). R

efur

bish

inst

rum

ent p

anel

s/ra

cks

(1-2

5-7B

, -25

-50,

& -2

5-63

).

Y

Res

idua

l Hea

t R

emov

al

DC

N 5

1151

Ref

urbi

sh v

alve

(1-F

CV

-74-

48) a

nd in

stal

l new

mot

or o

pera

tor.

Rep

lace

exi

stin

g ca

bles

and

con

duits

with

new

cab

les.

R

epla

ce a

nd u

pgra

de m

ater

ials

for t

he 2

0-in

ch s

uctio

n lin

e an

d (2

) -24

-inch

shu

tdow

n co

olin

g/R

HR

retu

rn li

nes

from

fir

st w

eld

insi

de th

e dr

ywel

l to

thei

r res

pect

ive

conn

ectio

ns to

the

Rea

ctor

Wat

er R

ecirc

ulat

ion

Sys

tem

loop

s A

& B

pi

ping

. R

epla

ce c

heck

val

ves

(1-C

KV

-74-

661

& -6

62) c

urre

ntly

inst

alle

d in

ver

tical

pip

ing

and

unsu

itabl

e fo

r thi

s ap

plic

atio

n. R

epla

ce la

rge

bore

val

ves

(1-F

CV

-74-

54, -

68, &

1-H

CV

-74-

49, -

55, -

69).

Inst

all n

ew 2

-inch

Dec

on

conn

ectio

ns o

n th

e 20

-inch

suc

tion

line

and

(2) -

24-in

ch s

hutd

own

cool

ing/

RH

R re

turn

line

s to

allo

w fo

r fut

ure

clea

ning

/dec

on a

ctiv

ities

. E

limin

ate

air-

actu

ator

and

test

able

feat

ure

from

che

ck v

alve

s (1

-FC

V-7

4-54

& -6

8) a

nd

chan

ge u

nit i

dent

ifica

tion

num

bers

(UN

IDs)

from

'FC

V' t

o 'C

KV

'. R

emov

e as

soci

ated

sol

enoi

d va

lves

, lim

it sw

itche

s,

cabl

es, h

ands

witc

hes,

and

indi

catin

g lig

hts.

Del

ete

pipi

ng, v

alve

s (1

-FC

V-7

4-78

, -69

0, -6

91, -

694,

-695

& -6

97) a

nd

asso

ciat

ed w

iring

from

reac

tor v

esse

l hea

d (n

ozzl

e N

6A) t

o th

e dr

ywel

l pen

etra

tion

to e

limin

ate

the

head

spr

ay fu

nctio

n an

d su

ppor

t RV

LIS

mod

ifica

tions

. E

limin

ate

bonn

et v

ents

from

val

ves

(1-H

CV

-74-

49, -

55, &

-69)

and

del

ete

bonn

et

vent

and

bod

y dr

ain

from

(1-F

CV

-74-

48).

Y

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-3

6

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Res

idua

l Hea

t R

emov

al

DC

N 5

1199

Rep

lace

pre

ssur

e in

dica

tors

(1-P

I-74-

117

& -1

33) o

n dr

ain

pum

p "A

" suc

tion

and

pres

sure

indi

cato

rs (1

-PI-7

4-11

8 &

-13

4) o

n dr

ain

pum

p "B

" suc

tion.

Rep

lace

tem

pera

ture

ele

men

ts (1

-TE

-74-

81, &

-82)

and

(1-T

E-7

4-9,

-21,

-32,

& -4

3)

on th

e di

scha

rge

and

inle

t of R

HR

hea

t exc

hang

ers.

Mod

ify in

stru

men

t pan

els

(25-

2, -6

2, &

-224

A):

Rep

lace

th

erm

owel

ls (1

-TW

-74-

111,

-112

, -11

5, &

-116

). C

ut a

nd c

ap v

ent l

ines

to v

alve

s (1

-FC

V-7

4-10

2, -1

03, -

119,

& -1

20).

Inst

all b

lock

val

ves,

test

con

nect

ions

, and

ven

t lin

es to

allo

w le

ak te

stin

g of

the

Cor

e S

pray

isol

atio

n ch

eck

valv

es.

Rep

lace

obs

olet

e sy

stem

relie

f val

ves

incl

udin

g (1

-RFV

-74-

509A

, -50

9C, -

528A

, -52

8B, -

578C

, -57

8D, -

587A

, -58

7B, -

659,

-677

, -57

8A, -

578B

, -70

1, -7

09).

Rem

ove

cros

s-tie

flow

con

trol v

alve

(1-F

CV

-74-

46) a

ctua

tor a

nd g

ate

valv

e.

Inst

all s

mar

t ste

ms

on th

e fo

llow

ing

GL

89-1

0 va

lves

(1-F

CV

-74-

7, -3

0, -4

7, -5

3, -5

7, -5

8, -5

9, -6

0, -6

1, -6

7, -7

1, -7

2, -

73, -

74, &

-75)

. In

stal

l byp

ass

arou

nd th

e R

HR

Pum

p S

eal I

njec

tion

Wat

er H

eat E

xcha

nger

s "A

" & "C

'" an

d sh

utof

f va

lves

bet

wee

n R

HR

pum

ps a

nd th

e he

at e

xcha

nger

s to

allo

w s

ervi

cing

the

heat

exc

hang

ers

with

out r

emov

ing

the

asso

ciat

ed R

HR

pum

p fo

rm s

ervi

ce.

Y

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-3

7

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Res

idua

l Hea

t R

emov

al

DC

N 5

1222

Rep

lace

cab

les

with

EQ

cab

les,

repl

ace

inte

rnal

wiri

ng,

repl

ace

EQ

com

pone

nts,

and

rero

ute

cabl

es, a

s ap

plic

able

, on

the

follo

win

g:

RH

R P

ump

1A s

uctio

n va

lve(

1-FC

V_7

4-1)

R

HR

Shu

tdow

n C

oolin

g va

lve

(1-F

CV

-74-

2)

RH

R P

umps

A&

C M

in F

low

byp

ass

valv

e (1

-FC

V-7

4-7)

R

HR

Pum

p 1C

suc

tion

valv

e (1

-FC

V-7

4-12

) R

HR

Shu

tdow

n C

oolin

g su

ctio

n va

lve

(1-F

CV

-74-

13)

RH

R S

hutd

own

Coo

ling

suct

ion

isol

atio

n va

lve

(1-F

CV

-74-

48)

RH

R O

utbo

ard

valv

e (1

-FC

V-7

4-52

) R

HR

Inbo

ard

valv

e (1

-FC

V-74

-53)

R

HR

Pre

ssur

e S

uppr

essi

on C

ham

ber i

sola

tion

valv

e (1

-FC

V-7

4-57

) R

HR

Pre

ssur

e S

uppr

essi

on C

ham

ber s

pray

val

ve (1

-FC

V-

74-5

8)

RH

R T

est v

alve

(1-F

CV

-74-

59)

RH

R C

onta

inm

ent S

pray

val

ve (1

-FC

V-7

4-60

) R

HR

Con

tain

men

t Spr

ay v

alve

(1-F

CV

-74-

61)

RH

R S

yste

m I

flush

val

ve (1

-FC

V-7

4-10

4)

RH

R S

yste

m I

test

able

che

ck v

alve

(1-F

CV

-74-

54)

RH

R P

ump

1C (1

-PM

P-7

4-16

) (1

-FC

V-7

4-10

2); (

1-FC

V-74

-111

9); P

anel

(1-9

-32)

R

HR

Pum

p 1B

suc

tion

valv

e(1-

FCV

_74-

24)

RH

R S

hutd

own

Coo

ling

valv

e (1

-FC

V-7

4-25

) R

HR

Pum

ps B

&D

Min

Flo

w b

ypas

s va

lve

(1-F

CV

-74-

30)

RH

R P

ump

1D s

uctio

n va

lve

(1-F

CV

-74-

35)

RH

R S

hutd

own

Coo

ling

suct

ion

valv

e (1

-FC

V-7

4-36

) R

HR

Dis

char

ge c

ross

tie (1

-FC

V-74

-46)

R

HR

Shu

tdow

n C

oolin

g su

ctio

n is

olat

ion

valv

e (1

-FC

V-7

4-47

) R

HR

Out

boar

d va

lve

(1-F

CV

-74-

66)

RH

R In

boar

d va

lve

(1-F

CV-

74-6

7)

RH

R P

ress

ure

Sup

pres

sion

Cha

mbe

r iso

latio

n va

lve

(1-

FCV

-74-

71)

RH

R P

ress

ure

Sup

pres

sion

Cha

mbe

r spr

ay v

alve

(1-F

CV

-74

-72)

R

HR

Tes

t val

ve (1

-FC

V-7

4-73

) R

HR

Con

tain

men

t Spr

ay v

alve

(1-F

CV

-74-

74)

RH

R C

onta

inm

ent S

pray

val

ve (1

-FC

V-7

4-75

) R

HR

Sys

tem

I flu

sh v

alve

(1-F

CV

-74-

106)

R

HR

Sys

tem

II te

stab

le c

heck

val

ve (1

-FC

V-7

4-68

) R

HR

Pum

p 1B

(1-P

MP

-74-

28) &

RH

R P

ump

1D (1

-PM

P-

74-3

9)

(1-F

CV

-74-

103)

; (1-

FCV-

74-1

120)

; Pan

el (1

-9-3

3)

Y

Cor

e S

pray

D

CN

511

52

Rep

lace

10-

inch

and

12-

inch

Cor

e S

pray

pip

ing

in D

ryw

ell f

rom

the

RP

V to

con

tain

men

t pen

etra

tions

X-1

6a &

b.

Rem

ove

1-in

ch b

onne

t ven

t lin

es in

clud

ing

(1-S

HV

-75-

27 &

-55)

and

(1-V

TV-7

5-27

& -5

5) fr

om (1

-HC

V-75

-27

& -5

5).

Plu

g or

cap

bon

net v

ents

. R

enam

e (1

-HC

V-7

5-27

& -5

5) to

(1-S

HV-

75-2

7 &

-55)

. In

stal

l im

prov

ed v

alve

pac

king

and

re

mov

e le

ak-o

ff lin

es fo

r (1-

FCV-

75-2

6, &

-54)

. In

stal

l liv

e-lo

ad p

acki

ng a

nd h

ardw

are

for (

1-FC

V-7

5-27

& -5

5) a

nd

rem

ove

leak

-off

lines

. R

epla

ce e

xist

ing

cabl

es a

nd a

ssoc

iate

d co

ndui

ts in

side

Dry

wel

l with

new

cab

les

and

rout

e in

ne

w c

ondu

its b

etw

een

pene

tratio

ns a

nd e

nd d

evic

es.

Rec

ertif

y va

lves

(1-S

HV

-75-

27, &

-55)

to d

esig

n co

nditi

ons

of

1250

psi

g at

575

Deg

F.

Y

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-3

8

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Cor

e S

pray

D

CN

512

00

Rep

lace

EC

CS

suc

tion

stra

iner

s to

pro

vide

acc

epta

ble

head

loss

und

er a

ll pl

ant d

esig

n co

nditi

ons.

Rep

lace

relie

f va

lves

(1-R

FV-7

5-50

7A, -

507B

, -50

7C, -

507D

, -54

3A, -

543B

, & -5

83).

Add

blo

ck v

alve

s an

d te

st c

onne

ctio

ns to

pr

ovid

e fo

r loc

al le

ak ra

te te

stin

g of

che

ck v

alve

s (1

-CK

V-7

5-60

6, &

-607

). R

epla

ce c

heck

val

ves

(1-C

KV

-75-

606,

-607

, -6

09, &

-610

). A

dd b

lock

val

ve a

nd te

st c

onne

ctio

n up

stre

am o

f (1-

FCV-

75-5

7) to

elim

inat

e ne

ed fo

r fre

eze-

plug

ging

of

asso

ciat

ed p

ipin

g fo

r mai

nten

ance

. Fo

r (1-

FCV

-75-

9 &

-37)

, ins

tall

new

val

ve a

nd E

Q m

otor

ope

rato

r, in

clud

ing

T-dr

ains

for t

he li

mit

switc

h co

mpa

rtmen

t and

mot

or. N

ew v

alve

to b

e fu

rnis

hed

with

sm

art s

tem

, upg

rade

d gl

and

pack

ing

and

leak

-off

conn

ectio

n pl

ugge

d. F

or (1

-FC

V-7

5-22

, & -5

0) in

stal

l new

EQ

mot

or o

pera

tor,

incl

udin

g T-

drai

ns fo

r the

lim

it sw

itch

com

partm

ent a

nd m

otor

and

a n

ew th

read

ed s

tem

nut

. U

pgra

de g

land

pac

king

and

rem

ove

leak

-off

valv

e.

For (

1-FC

V-7

5-25

, & -5

3) in

stal

l new

EQ

mot

or o

pera

tor,

incl

udin

g T-

drai

ns fo

r the

lim

it sw

itch

com

partm

ent a

nd m

otor

an

d a

new

thre

aded

ste

m n

ut.

Add

ition

ally

, mod

ify th

e va

lve

by d

rillin

g a

0.25

" hol

e in

the

high

-pre

ssur

e si

de d

isc

face

to

elim

inat

e pr

essu

re b

indi

ng. U

pgra

de g

land

pac

king

and

rem

ove

leak

-off

valv

e. F

or (1

-FC

V-7

5-2,

& -3

0) in

stal

l new

E

Q m

otor

ope

rato

r, in

clud

ing

T-dr

ains

for t

he li

mit

switc

h co

mpa

rtmen

t and

mot

or a

nd a

new

thre

aded

ste

m n

ut.

Upg

rade

gla

nd p

acki

ng a

nd re

mov

e le

ak-o

ff va

lve.

For

(1-F

CV

-75-

11, &

-39)

inst

all n

ew E

Q m

otor

ope

rato

r, in

clud

ing

T-dr

ains

for t

he li

mit

switc

h co

mpa

rtmen

t and

mot

or a

nd a

new

thre

aded

ste

m n

ut.

Upg

rade

gla

nd p

acki

ng a

nd re

mov

e le

ak-o

ff va

lve.

For

(1-F

CV-

75-2

3, &

-51)

inst

all n

ew E

Q m

otor

ope

rato

r, in

clud

ing

T-dr

ains

for t

he li

mit

switc

h co

mpa

rtmen

t and

mot

or a

nd a

new

thre

aded

ste

m n

ut.

Upg

rade

gla

nd p

acki

ng a

nd re

mov

e le

ak-o

ff va

lve.

Add

se

dim

ent t

raps

for P

SC

hea

d ta

nks

"kee

p fil

l" fu

nctio

n. R

emov

e C

ore

Spr

ay d

rain

pum

ps.

Y

Cor

e S

pray

D

CN

512

23

Pro

vide

new

cab

les/

cond

uit a

nd a

band

on e

xist

ing

cabl

es in

pla

ce fo

r SO

Vs/

MO

Vs/c

ontro

ls a

nd o

ther

Cor

e S

pray

sy

stem

com

pone

nts:

(1-S

HV

-75-

27, -

55, 1

-FC

V-7

5-2,

-9, -

11, -

22, -

23, -

25, -

30, -

37, -

39, -

50, -

51, -

53, 1

-FS

V-75

-57

& -

58).

Y

Cor

e S

pray

D

CN

512

38

Rep

lace

pre

ssur

e in

dica

tors

(1-P

I-75-

4, -1

3, -3

2, &

-41)

. R

epla

ce p

ress

ure

switc

hes

(1-P

S-7

5-7,

-16,

-24,

-35,

-44,

& -5

2).

Rep

lace

pre

ssur

e tra

nsm

itter

s (1

-PT-

75-2

0, &

-48)

.

Rep

lace

flow

tran

smitt

ers

(1-F

T-75

-21

& -4

9).

Rep

lace

flow

sw

itche

s (1

-FS

-75-

21, &

-49)

. R

epla

ce te

mpe

ratu

re tr

ansm

itter

s (1

-TTS

-75-

69A

, & -6

9B)

Ref

urbi

sh p

anel

s (1

-25-

1, -5

7A, -

60, &

-256

) R

evis

e ca

lcul

atio

ns a

nd s

etpo

ints

for E

PU.

Y

Con

tain

men

t In

ertin

g D

CN

511

69

Rem

ove

exis

ting

H2

& O

2 el

emen

ts, s

ampl

e lin

es, c

able

s, v

alve

s, a

nd a

ssoc

iate

d ha

nger

s fro

m th

e dr

ywel

l. A

dd (2

) ne

w li

nes

for s

ampl

ing

both

H2

& O

2 w

ith v

alve

s (1

-SH

V-7

6-74

, & -8

4 an

d 1-

TV-7

6-75

, & -8

5) a

t pen

etra

tions

X-2

7F &

X

-52D

.

Y

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-3

9

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Con

tain

men

t In

ertin

g D

CN

512

01

Inst

all s

huto

ff va

lve

(1-S

HV

-76-

538)

, ch

eck

valv

es (1

-CK

V-76

-551

, & -5

52) a

nd p

ipe

bran

chin

g of

f exi

stin

g 1-

inch

Tr

aver

sing

Inco

re P

robe

(TIP

) nitr

ogen

sup

ply

line

to D

ryw

ell C

ontro

l Air

to p

rovi

de a

div

erse

nitr

ogen

sou

rce.

Ins

tall

new

pre

ssur

e re

gula

tor/i

ndic

ator

(1-P

REG

-76-

50) o

n TI

P n

itrog

en s

uppl

y lin

e to

pro

vide

sta

ble

nitro

gen

supp

ly to

TIP

pu

rge

syst

em.

Rep

lace

dev

ices

, com

pone

nts,

and

cab

les

due

to o

bsol

esce

nce

and

to m

eet C

lass

1E

& E

Q s

tand

ards

(1

-FS

V-7

6-17

, -18

, -19

, -24

, & -5

03);

1-ZS

-76-

17A

, -17

B, -

18A

, -18

B, -1

9A, &

-19B

). R

epla

ce re

lief v

alve

s (1

-RFV

-76-

543,

& -6

56).

Rep

lace

flow

tran

smitt

er/to

taliz

er (1

-FT-

76-2

5) a

nd p

ress

ure

trans

mitt

er (1

-PT-

76-1

4).

Rou

te/re

rout

e as

soci

ated

ele

ctric

al c

able

s/co

ndui

t.

Y

Con

tain

men

t In

ertin

g D

CN

513

69

Rem

ove

exis

ting

Dry

wel

l O2

and

Toru

s sa

mpl

e lin

es a

nd a

ssoc

iate

d su

ppor

ts.

Cap

and

spa

re a

ssoc

iate

d pe

netra

tions

. R

epla

ce e

xist

ing

valv

es (1

-FS

V-7

6-49

, -50

, -55

, -56

, -57

, -58

, -59

, -60

, -65

, -66

, -67

, & -6

8).

Rep

lace

ex

istin

g H

2/O

2 A

naly

zers

1A

& 1

B w

ith o

ne n

ew a

naly

zer.

Rel

ocat

e P

AS

S s

ourc

e co

nnec

tions

for T

orus

and

Dry

wel

l ga

s sa

mpl

e po

ints

. In

stal

l new

val

ve (1

-FS

V-4

3-87

) in

the

Div

isio

n I T

orus

sam

ple

retu

rn li

ne, t

o di

vert

H2/

O2

Ana

lyze

r di

scha

rge

flow

to P

AS

S s

ampl

e pa

nel.

Incl

uded

with

this

new

val

ve a

re li

mit

switc

hes

to p

rovi

de in

dica

tion

at C

ontro

l R

oom

Pan

el 1

-9-5

4.

Y

Rad

was

te

DC

N 5

1154

R

emov

e va

lves

(1-F

CV

-77-

14A

, & 1

4B; 1

-DR

V-7

7-66

6, &

-667

; 1-V

TV-7

7-63

2) a

nd a

ssoc

iate

d ca

bles

/con

duit.

R

epla

ce a

nd u

psiz

e C

lean

Rad

Was

te (C

RW

) hea

t exc

hang

ers

in d

ryw

ell e

quip

men

t dra

in s

ump

and

prov

ide

seis

mic

su

ppor

ts. R

epla

ce c

heck

val

ves

(1-C

KV

-77-

600,

-603

, -62

5, &

-628

) with

val

ves

havi

ng a

1/1

6" d

iam

eter

hol

e in

the

disc

to p

reve

nt p

ossi

ble

over

-pre

ssur

izat

ion

amon

g D

ryw

ell E

quip

men

t Dra

in, f

loor

dra

in s

ump

pum

ps, a

nd P

rimar

y C

onta

inm

ent I

sola

tion

Val

ves

(PC

IVs)

. R

epla

ce d

rain

sum

p by

pass

val

ves

(1-7

7-60

2, -6

05, -

627,

& -6

30) a

nd

asso

ciat

ed p

ipin

g an

d sh

utof

f val

ves

(1-7

7-60

1, -6

04, -

624,

-629

). R

epla

ce th

e fo

llow

ing

inst

rum

ents

: (1-

LT-7

7-1A

, -1B

, -14

A, -

14B;

1-T

E-7

7-14

; 1-F

S-7

7-51

) and

ass

ocia

ted

cabl

es/c

ondu

it. W

ith th

ese

chan

ges,

the

tem

pera

ture

con

trol

sign

al is

del

eted

and

pum

ps w

ill o

pera

te o

n le

vel c

ontro

ls.

Y

Rad

was

te

DC

N 5

1202

R

epla

ce fl

ow c

ontro

l val

ves

(1-F

CV

-77-

15A

, -15

B, -

2A, &

-2B

) with

air

oper

ated

bal

l val

ves,

sol

enoi

d co

ntro

llers

, lim

it sw

itche

s, a

nd s

witc

h m

ount

ing

brac

kets

. R

epla

ce th

e fo

llow

ing

smal

l bor

e va

lves

: (1-

DR

V-77

-, 63

6, &

-135

5; 1

-TV

-77-

619,

-620

, -64

3, &

-644

) inc

ludi

ng p

ipin

g an

d fit

tings

. A

dd re

lays

in p

anel

(1-9

-4) a

nd re

vise

wiri

ng s

uch

that

flow

to

taliz

ers

for D

ryw

ell E

quip

men

t Dra

in s

ump

pum

ps (1

A &

1B

) will

onl

y co

unt w

hen

pum

ps a

re ru

nnin

g. R

epla

ce fl

ow

trans

mitt

ers

(1-F

T-77

-6, &

-16)

and

del

ete

conv

erte

rs (1

-FM

-77-

6, &

-16)

. R

epla

ce th

e fo

llow

ing

inst

rum

ents

, as

soci

ated

cab

les/

cond

uit:

(1-F

SV

-77-

2A, -

2B, -

3, -1

5A, &

-15B

); (1

-ZS

-77-

2AA

, -2A

B, -

2BA

, -2B

B, -

15A

A, -

15A

B, -

15B

A, &

-15B

B).

Rep

lace

(1-F

SV

-77-

17 &

1-T

IS-7

7-17

). A

dd le

ad s

hiel

ding

bla

nket

s to

the

6-in

ch C

RW

unl

imite

d ac

cess

are

a dr

ain

head

er a

t Rea

ctor

bui

ldin

g flo

or E

lev.

565

', C

ol. P

/R-3

, S/R

-6,

& S

/R-2

; and

to th

e 4-

inch

dra

in

head

er o

n E

lev.

565

', 59

3' &

621

', C

ol S

/R-2

.

Y

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-4

0

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Rad

was

te

DC

N 5

1597

M

odify

/upg

rade

Rad

Was

te s

ump/

pum

p co

ntro

ls to

ach

ieve

the

follo

win

g: m

onito

r and

con

trol s

ump

leve

l, re

plac

e el

apse

d tim

e m

eter

s, re

plac

e al

tern

atin

g ac

tion

rela

y lo

gic,

repl

ace

man

ual l

eaka

ge d

etec

tion

met

hodo

logy

, det

ect l

evel

si

gnal

wiri

ng p

robl

ems,

con

trol s

ump

pum

p op

erat

ion

per e

xist

ing

leve

l set

poin

ts, p

rovi

de a

man

ual m

ode

of m

onito

ring

and

cont

rollin

g su

mp

leve

ls, t

rans

mit

sum

p le

vel i

nfor

mat

ion

to p

lant

com

pute

r, pr

ovid

e qu

antit

ativ

e in

leak

age

info

rmat

ion,

and

pro

vide

futu

re m

onito

ring

and

cont

rol c

apab

ilitie

s.

Y

Spe

nt F

uel

Poo

l Coo

ling

and

Cle

anup

D

CN

512

03

Rep

lace

the

follo

win

g (1

-LS

-78-

1A, -

1B, -

1C, 1

D, -

1E, -

1F, &

-1G

; 1-P

S-7

8-9,

& -1

4), i

nclu

ding

ass

ocia

ted

cabl

es/c

ondu

its.

Rep

lace

ther

mow

ells

(1-T

W-7

8-8,

-13,

& -1

8) a

nd a

ssoc

iate

d fit

tings

. C

ut a

nd c

ap e

xist

ing

cros

stie

be

twee

n (1

-PIS

-78-

11 &

-16)

and

rew

ire a

nnun

ciat

or (1

-XA

-78-

51) t

o di

ffere

ntia

te w

hen

Pum

p 1A

, or 1

B, o

r bot

h 1A

&

1B a

re ru

nnin

g. R

emov

e po

wer

from

val

ve (1

-FC

V-7

8-62

) to

prec

lude

spu

rious

ope

ning

.

Y

Spe

nt F

uel

Poo

l Coo

ling

and

Cle

anup

D

CN

621

60

Rep

lace

flow

sw

itch

(1-F

S-78

-51)

, and

ass

ocia

ted

cabl

es/c

ondu

it.

Y

Spe

nt F

uel

Poo

l Coo

ling

and

Cle

anup

D

CN

636

31

Inst

all a

2-in

ch b

all v

alve

, a w

elde

d 2-

inch

nip

ple,

a 2

-inch

thre

aded

cap

, and

a 6

-inch

X 2

-inch

wel

dole

t at v

ario

us

loca

tions

of S

pent

Fue

l Poo

l Coo

ling

pipi

ng (p

rimar

ily a

t hea

t exc

hang

ers

outle

t to

Rad

was

te) t

o fa

cilit

ate

hydr

olaz

ing

and

redu

ce d

ose

rate

s.

Y

Fuel

Han

dlin

g an

d S

tora

ge

DC

N 5

1204

Add

gra

ting

and

hand

rails

to im

prov

e sa

fety

on

Ref

uelin

g pl

atfo

rm.

Rep

lace

ent

ire fu

el h

andl

ing

cont

rol;

syst

em

utili

zing

var

iabl

e sp

eed

mot

or d

river

s, a

pro

gram

mab

le L

ogic

Con

trolle

r (P

LC),

a so

lid-s

tate

ele

ctro

nic

load

wei

ghin

g sy

stem

for m

ain

hois

t, so

ftwar

e de

fined

bou

ndar

y zo

ne. p

rote

ctio

n, n

ew p

ositi

on in

dica

tion

syst

em, u

pdat

ed c

ontro

llers

, an

ope

rato

rs c

ab m

ount

ed d

ispl

ay, n

ew m

ain

trolle

y m

otor

, new

mai

n tro

lley

and

mon

o-ra

il ho

ist p

ower

trac

ks, n

ew

mai

n ho

ist a

ssem

bly,

new

fuel

gra

pple

, upd

ated

vid

eo e

quip

men

t, up

grad

ed a

ir sy

stem

(per

GE

SIL

272

), an

d an

is

olat

ion

trans

form

er

Y

Prim

ary

Con

tain

men

t Te

mpe

ratu

re

Mon

itorin

g D

CN

511

48

Rep

lace

(32)

ther

moc

oupl

es a

nd re

loca

te (1

-TE

-70-

7, -8

, & -9

). U

pgra

de c

able

s fo

r rep

lace

d th

erm

ocou

ples

to

envi

ronm

enta

lly q

ualif

ied

cabl

es.

Y

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-4

1

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Prim

ary

Con

tain

men

t Te

mpe

ratu

re

Mon

itorin

g D

CN

511

70

Rem

ove/

dele

te e

xist

ing

Hum

idity

Sen

sors

(1-M

E-8

0-36

A &

-36B

) and

ass

ocia

ted

cabl

es a

nd c

ondu

its.

Thes

e lo

ops

wer

e or

igin

ally

inte

nded

to a

ssis

t in

dete

rmin

ing

dryw

ell l

iqui

d le

akag

e w

hich

is n

ow m

onito

red

by d

ryw

ell s

ump

leve

l/flo

w.

Y

Prim

ary

Con

tain

men

t Te

mpe

ratu

re

Mon

itorin

g D

CN

512

32

Rem

ove/

dele

te e

xist

ing

Hum

idity

inst

rum

ents

(1-M

IT-8

0-36

A &

-36B

) and

ass

ocia

ted

cabl

es a

nd c

ondu

its.

Rev

ise

setp

oint

for (

1-T-

56-4

, 2-T

-56-

4, &

3-T

-56-

4).

Issu

e in

itial

set

poin

t and

sca

ling

docu

men

ts fo

r tem

pera

ture

reco

rder

lo

ops

(1-T

-68-

37; 1

-T-5

6-2,

-3, &

-4) f

or R

eact

or W

ater

Rec

ircul

atio

n an

d R

eact

or T

empe

ratu

re M

onito

ring.

Y

Sta

ndby

Die

sel

Gen

erat

ors

DC

N 5

1016

Com

plet

e th

e U

nit 1

con

nect

ions

to th

e U

nit 1

/2 D

iese

l Gen

erat

or U

nit p

riorit

y R

e-Tr

ip lo

gic

by w

iring

con

nect

ions

from

th

e U

nit 1

Re-

Trip

rela

y co

ntac

ts in

ser

ies

with

the

Uni

t 2 R

e-Tr

ip re

lay

cont

acts

, Rel

ays

(10A

-K13

2A, &

B a

nd 1

0A-

K13

4A, &

B).

Com

plet

e th

e U

nit 1

con

nect

ions

to th

e U

nit 1

/2 D

iese

l Gen

erat

or fo

r EC

CS

pre

ferr

ed p

ump

logi

c.

Y

Con

tain

men

t A

tmos

pher

e D

ilutio

n D

CN

512

05

Rep

lace

the

follo

win

g va

lves

: (1-

FSV

-84-

8A, -

8B, -

8C, &

-8D

). R

epla

ce c

ontro

l and

pow

er c

able

s as

soci

ated

with

th

ese

valv

es, w

ith E

Q c

able

s. N

ew v

alve

s m

eet A

SM

E S

ectio

n III

, Cla

ss 2

, Sei

smic

Cat

egor

y I,

Cla

ss 1

E, a

nd

10C

FR50

.49

(EQ

) req

uire

men

ts. A

dd te

st c

onne

ctio

ns, b

lock

val

ves,

and

test

val

ves

to fa

cilit

ate

App

endi

x J

leak

te

stin

g. P

rovi

de a

bac

kup

sour

ce o

f nitr

ogen

from

the

Con

tain

men

t Atm

osph

ere

Dilu

tion

(CA

D) S

yste

m to

Dry

wel

l C

ontro

l Air

syst

em.

Pro

vide

a b

acku

p so

urce

of n

itrog

en fr

om C

AD

to th

e S

uppr

essi

on C

ham

ber/R

eact

or B

uild

ing

Vac

uum

bre

aker

val

ves

(1-F

CV

-64-

20, &

-21)

. P

rovi

de a

bac

kup

sour

ce o

f nitr

ogen

from

CA

D to

the

Har

dene

d W

etw

ell V

ent P

CIV

s (1

-FC

V-6

4-22

1, &

-222

). M

odify

the

CA

D V

ent P

ipe

Con

trol l

oop

that

incl

udes

(1-F

CC

V-8

4-19

), to

ad

d an

exp

ansi

on lo

op to

redu

ce p

ipe

stre

sses

and

pip

e su

ppor

t loa

ds.

Rep

lace

var

ious

inst

rum

ents

, com

pone

nts,

ca

bles

/con

duit

that

are

obs

olet

e or

to a

ddre

ss E

Q is

sues

. R

econ

nect

Tra

ins

A &

B C

AD

nitr

ogen

sup

ply

lines

from

th

eir r

espe

ctiv

e N

itrog

en S

tora

ge T

ank

(A &

B) t

o th

e U

1 D

ryw

ell a

nd S

uppr

essi

on C

ham

ber.

Rep

lace

Tra

in A

, CA

D

Vap

oriz

er P

ower

cab

le s

plic

e ($

ES-

153A

).

Y

Con

trol R

od

Driv

e D

CN

509

85

Pro

vide

Con

trol R

od D

rive

Hou

sing

(CR

DH

) lat

eral

sei

smic

rest

rain

ts in

low

er p

edes

tal c

avity

. Y

Con

trol R

od

Driv

e D

CN

510

78

Rem

ove

Rod

Seq

uenc

e C

ontro

l Sys

tem

(RSC

S).

Rem

ove

com

pone

nts

of in

stru

men

t loo

ps (1

-P-8

5-61

A, -

61B

, & -

61C

) fro

m p

anel

s (1

-25-

110

& -1

11),

and

aban

don

or re

mov

e as

soci

ated

cab

les.

Rem

ove

grou

p no

tch

logi

c m

odul

e fo

r th

e R

od S

eque

nce

Con

trol l

ogic

from

pan

el (1

-9-2

8).

Rem

ove

Logi

c C

ard

and

Aux

. Buf

fer B

oard

s fo

r the

Rod

S

eque

nce

Con

trol L

ogic

and

han

dsw

itch

(1-H

S-8

5-3A

/S12

) fro

m p

anel

(1-9

-27)

. R

epla

ce e

xist

ing

Rea

ctor

Man

ual

Con

trol S

yste

m (R

MC

S) A

utom

atic

Seq

uenc

e Ti

mer

(1-T

MR

-85-

3A/S

4) w

ith tw

o P

rogr

amm

able

Log

ic C

ontro

llers

(P

LCs)

(1-P

LC-8

5-3A

/S4A

, & -3

A/S

4B) w

ith o

ne P

LC b

eing

an

inst

alle

d sp

are.

Y

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-4

2

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Con

trol R

od

Driv

e D

CN

512

06

Rep

lace

obs

olet

e C

RD

pum

p su

ctio

n re

lief v

alve

(1-R

FV-8

5-50

5A).

Rep

lace

val

ve (1

-ISV

-85-

586)

and

rela

bel a

s (1

-S

HV

-85-

586)

. R

epla

ce p

acki

ng fo

r the

follo

win

g va

lves

with

pac

king

to m

eet E

PR

I gui

delin

es: (

1-FC

V-8

5-56

; 0-S

HV

-85

-500

; 1-S

HV

-85-

504A

, -51

6A, -

517,

-552

, -55

5, -5

56, -

559,

-561

, -56

2, -5

63, -

564,

-565

, -56

6, -5

68, -

569,

-572

, -57

7;

1-B

YV

-85-

519A

, & -5

51; 1

-TH

V-85

-527

). R

epla

ce s

eal i

njec

tion

flow

con

trol v

alve

s (1

-FC

V-85

-54,

& -5

5) b

ased

on

GE

re

com

men

datio

ns.

Rep

lace

CR

D s

yste

m fl

ow c

ontro

l val

ves

(1-F

CV

-85-

11A

, & -1

1B).

Rev

ise

the

N2

char

ging

car

t re

lief v

alve

s (1

-RFV

-85-

604

& -6

09) s

etpo

int f

rom

115

0 ps

ig to

120

0 ps

ig.

The

syst

em d

esig

n te

mpe

ratu

re fo

r a p

ortio

n of

the

CR

D h

ydra

ulic

s re

turn

to R

WC

U s

yste

m is

revi

sed

to 5

45°

F. I

nsta

ll a

seco

nd d

oor t

o ea

ch U

nit 1

Scr

am

Dis

char

ge In

stru

men

t Vol

ume

(SD

IV) c

age.

Mod

ify S

DIV

leve

l ins

trum

enta

tion

to im

prov

e re

spon

se ti

me

for i

nput

s to

th

e R

PS

scr

am l

ogic

by

incr

easi

ng d

iam

eter

of p

ipin

g, fi

tting

s, a

nd v

alve

s fo

r (1-

LS-8

5-45

C, -

45D

, -45

E, &

-45F

) to

2-in

ches

. D

isab

le a

nd a

band

on U

nit 1

low

scr

am p

ilot a

ir he

ader

pre

ssur

e sw

itche

s an

d as

soci

ated

pre

ssur

e in

dica

tors

(1

-PS

-85-

35A1

, -35

A2,

-35B

1, -3

5B2:

1-P

I-85-

35A

, & -3

5B).

Rem

ove

Scr

am D

isch

arge

Hea

der u

ltras

onic

leve

l de

tect

ors

(1-L

E-8

5-85

A, -

85B

, -85

C, &

-85D

).

Y

Con

trol R

od

Driv

e D

CN

512

40

'

Rep

lace

obs

olet

e pr

essu

re a

nd le

vel i

nstru

men

tatio

n of

the

Hyd

raul

ic C

ontro

l Uni

ts w

ith e

quiv

alen

t ins

trum

enta

tion.

R

epla

ce s

cram

pilo

t sol

enoi

d va

lves

with

qua

lifie

d va

lves

. In

stal

l a c

ontin

uous

bac

kfill

to th

e R

eact

or V

esse

l Lev

el

Inst

rum

enta

tion

Sys

tem

refe

renc

e le

gs.

Inst

all A

ltern

ate

Rod

Inse

rtion

sys

tem

scr

am a

nd v

ent v

alve

s to

mee

t A

ntic

ipat

ed T

rans

ient

With

out S

cram

(ATW

S) r

equi

rem

ents

. R

efur

bish

CR

D lo

cal p

anel

s. I

nsta

ll a

diffe

rent

ial p

ress

ure

indi

cato

r acr

oss

the

CR

D P

ump

1A s

train

er.

Inst

all a

new

per

man

ent s

ampl

e st

atio

n to

sam

ple

cond

ensa

te fl

owin

g fro

m th

e co

nden

sate

sto

rage

tank

s to

the

CR

D d

rive

wat

er p

umps

.

Y

Rad

iatio

n M

onito

ring

DC

N 5

0583

Rep

lace

obs

olet

e flo

w (c

urre

nt) s

witc

hes

(1-F

S-9

0-13

4B, &

-134

C) i

n pa

nel (

1-9-

93)

Y

Rad

iatio

n M

onito

ring

DC

N 5

1171

Rem

ove

exis

ting

Con

tain

men

t Hig

h R

ange

Rad

iatio

n M

onito

r (C

HR

RM

) Det

ecto

rs (1

-RE-

90-2

72C

, & -2

73C

) and

as

soci

ated

cab

le a

nd c

ondu

it fro

m th

e dr

ywel

l. M

odify

pen

etra

tions

(X-4

6, &

X-1

05A

) by

exte

ndin

g th

e pe

netra

tions

15

-inch

es fu

rther

into

the

dryw

ell t

o ho

use

CH

RR

M d

etec

tors

(1-R

E-9

0-27

2A, &

-273

A).

Y

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-4

3

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Rad

iatio

n M

onito

ring

DC

N 5

1241

Rep

lace

Air

Par

ticul

ate

Rad

iatio

n m

onito

rs (1

-RM

-90-

50, -

55, -

57, &

-58)

. R

epla

ce M

ain

Ste

am L

ine

Rad

iatio

n m

onito

rs (1

-RM

-90-

136,

-137

, -13

8, &

-139

). R

epla

ce fl

ow c

ontro

l val

ves

with

flow

sol

enoi

d va

lves

, rew

ork

sam

ple

lines

, and

add

App

endi

x J

test

con

nect

ions

for:(

1-FS

V-90

-254

A, -

254B

, -25

5, -2

57A

, &

-257

B).

Rep

lace

Prim

ary

Coo

lant

Lea

k D

etec

tion

(PC

LD) C

ontin

uous

Air

Mon

itor,

(1-R

M-9

0-25

6), r

epla

ce h

eat t

raci

ng a

nd c

ontro

ls: (

1-TS

-90-

256,

1-R

M-9

0-25

6, 1

-RE-

90-2

56-A

, 1-R

E-9

0-25

6-B

, 1-F

E-9

0-25

6, 1

-HTR

-90-

256,

1-P

MP

-90-

256,

1-P

RE

G-9

0-25

6, 1

-X

I-90-

256,

1-X

X-9

0-25

6A, 1

-XX

-90-

256B

, 1-H

S-9

0-25

6B, -

256C

, -25

6D, &

-256

E).

Rem

ove

(1-R

E-9

0-13

3, -1

33A

, -13

4, -1

34A

) and

ass

ocia

ted

pre-

amps

, cab

ling

and

race

way

. R

ewor

k sa

mpl

e lin

es fo

r loo

ps (1

-R-9

0-13

3, -1

34, -

131,

&

-132

. R

epla

ce d

ryw

ell R

adia

tion

Det

ecto

rs (1

-RE

-90-

272A

, & -2

73A)

and

inst

all n

ew c

able

s, a

s ne

eded

. Rem

ove

cabl

es a

nd ra

cew

ays

asso

ciat

ed w

ith (1

-RE

-90-

272C

, & -2

73C

) in

U1

Rea

ctor

Bui

ldin

g.

Y

Rad

iatio

n M

onito

ring

DC

N 6

1999

Del

ete

Off

Gas

mon

itor (

1-R

M-9

0-16

0) a

nd b

oth

Toru

s A

rea

Mon

itors

(1-R

M-9

0-27

2B, &

-273

B).

Rep

lace

Off

Gas

m

onito

r (1-

RM

-90-

157)

with

a s

uita

ble

draw

er d

etec

tor t

o de

tect

ear

ly o

nset

of f

uel f

ailu

re.

N

Rad

iatio

n M

onito

ring

DC

N 6

2861

Turb

ine

Bui

ldin

g R

adco

n C

ontin

uous

Air

Mon

itors

(CAM

s) (1

-RM

-90-

51, -

53, -

54, -

56, &

-59)

will

not c

omm

unic

ate

with

th

e up

grad

ed C

ontro

l Roo

m m

odul

e.

N

Neu

tron

Mon

itorin

g D

CN

510

79

Rep

lace

exi

stin

g P

ower

Ran

ge M

onito

r ele

ctro

nics

with

new

Nuc

lear

Mea

sure

men

t Ana

lysi

s an

d C

ontro

l (N

UM

AC

) di

gita

l Pow

er R

ange

Neu

tron

Mon

itorin

g (P

RN

M) h

ardw

are

to a

ddre

ss G

L 94

-02.

Ins

tall

new

Tra

vers

ing

Inco

re P

robe

(T

IP) s

yste

m d

evic

es (N

UM

AC

s) to

repl

ace

exis

ting

Driv

e C

ontro

l Cha

nnel

s A

thru

E.

Inst

all T

IP is

olat

ion

rese

t Han

d S

witc

h an

d a

new

rela

y fo

r PC

IS lo

gic

seal

-in.

Per

form

min

or m

odifi

catio

ns to

the

Inte

rmed

iate

Ran

ge M

onito

rs (I

RM

s)

and

Sou

rce

Ran

ge M

onito

rs (S

RM

s) c

hass

is a

nd S

RM

Tes

t Sw

itch.

Y

Neu

tron

Mon

itorin

g D

CN

511

58

Rep

lace

Sou

rce

Ran

ge M

onito

r (S

RM

), In

term

edia

te R

ange

Mon

itor (

IRM

), an

d Lo

cal P

ower

Ran

ge M

onito

r (LP

RM

) ca

bles

, det

ecto

rs, a

nd a

ssoc

iate

d eq

uipm

ent w

ithin

the

dryw

ell a

nd s

peci

fic p

ortio

ns o

f the

reac

tor b

uild

ing

and

reac

tor

vess

el.

Y

Neu

tron

Mon

itorin

g D

CN

617

28

Rep

lace

exi

stin

g ob

sole

te U

nit 1

Neu

tron

Mon

itorin

g 24

V d

c ba

ttery

cha

rger

s (4

). T

he n

ew c

harg

ers

have

cur

rent

lim

it se

tting

of 1

10%

. Y

Trav

ersi

ng

Inco

re P

robe

D

CN

511

72

Pro

vide

mou

ntin

g, in

stal

latio

n, a

nd c

onne

ctio

n of

Inde

x M

echa

nism

s (1

-MC

HR

-94-

101A

thru

-101

E),

to in

clud

e re

plac

emen

t of I

ndex

er in

com

ing

TIP

tube

from

Pen

etra

tion

(1-M

PEN

-100

-35A

thru

-35E

) fla

nge

to in

dexe

r and

Inde

xer

outg

oing

TIP

tube

s fro

m in

dexe

r to

asso

ciat

ed L

PRM

det

ecto

r ass

embl

y co

nnec

tion.

Rep

lace

blin

d fla

nge

on e

ach

inde

xer t

ubin

g pe

netra

tion

liste

d ab

ove

and

conn

ect i

t to

the

Dry

wel

l TIP

tube

to e

ach

inde

xer.

Rew

ork

N2

purg

e tu

bing

at i

ndex

ers

and

chan

ge c

onne

ctio

n fro

m o

utbo

ard

to in

boar

d si

de o

f eac

h in

dexe

r.

Y

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-4

4

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Trav

ersi

ng

Inco

re P

robe

D

CN

512

42

Rep

lace

TIP

Inte

grat

ed D

rive

Mec

hani

sms

(1-M

CH

D-9

4-10

1A th

ru -1

01E

) with

upg

rade

d un

its.

Upg

rade

d un

its to

in

clud

e: D

C D

rive

Mot

or, a

llow

use

of e

xist

ing

field

cab

les,

allo

w u

se o

f Gam

ma

TIP

sty

le d

etec

tor,

and

exte

rnal

ly

mou

nted

mot

or s

tarte

r. R

epla

ce T

IP C

ham

ber S

hiel

ds (1

-SH

DP

-94-

101A

/A, -

101B

/B, -

101C

/C, -

101D

/D, &

-101

E/E

). R

epla

ce S

hear

Val

ves

(1-X

CV

-94-

506,

-507

, -50

8, 5

09, &

-510

) due

to a

ge a

nd v

alve

s ca

n no

t be

non-

dest

ruct

ivel

y te

sted

. P

erfo

rm c

ycle

and

leak

test

s on

TIP

Gui

de T

ube

ball

isol

atio

n va

lves

(1-F

CV

-94-

501,

-502

, -50

3, -5

04, &

-505

).

Y

Rea

ctor

Wat

er

Rec

ircul

atio

n Fl

ow C

ontro

l D

CN

512

19

Rem

ove

rela

ys, i

ndic

atio

ns, a

mm

eter

s, re

sist

ors,

fuse

s, in

stru

men

t and

pow

er tr

ansf

orm

ers,

dio

des,

and

han

dsw

itche

s fro

m lo

cal c

ontro

l pan

els

(1-L

PNL-

925-

23, &

-24)

. In

stal

l (3)

Mot

or M

anag

emen

t Rel

ays

(MM

Rs)

per

pan

el to

pro

vide

R

ecirc

ulat

ion

mot

or g

roun

d fa

ult,

over

curr

ent,

phas

e re

vers

al, a

nd d

iffer

entia

l pro

tect

ive

func

tions

and

trip

the

asso

ciat

ed V

aria

ble

Freq

uenc

y D

rive

(VFD

) and

VFD

feed

er b

reak

ers.

Ins

tall

(3) D

igita

l Fre

quen

cy R

elay

s (D

FRs)

per

pa

nel f

or re

dund

ant o

verfr

eque

ncy

prot

ectio

n. R

epla

ce R

ecirc

ulat

ion

Pum

p D

iffer

entia

l Pre

ssur

e Tr

ansm

itter

s (1

-PD

T-68

-65,

& -8

2) w

ith tr

ansm

itter

s th

at h

ave

a 4-

20 m

A o

utpu

t sig

nal f

or c

ompa

tibilit

y w

ith c

ontro

l sys

tem

sof

twar

e.

Y

Rea

ctor

P

rote

ctio

n D

CN

510

80

Rem

ove

cond

ense

r low

vac

uum

trip

logi

c. T

his

was

an

antic

ipat

ory

trip

and

no F

SA

R tr

ansi

ent a

nd a

ccid

ent a

naly

sis

cred

it w

as ta

ken

for t

his

feat

ure.

Del

ete

CR

D a

ir he

ader

low

pre

ssur

e tri

p fu

nctio

n. R

epla

ce o

bsol

ete

time

dela

y re

lays

(1

-RLY

-99-

1AK

4, &

-1A

K4B

in R

PS

MG

Set

Con

trol P

anel

s. I

nsta

ll te

st s

witc

hes

(1-H

S-8

5-37

AA

& -3

7BA

) for

test

ing

the

Scr

am D

isch

arge

Vol

ume

Ven

t and

Dra

in P

ilot V

alve

s (1

-FS

V-8

5-37

A, &

-37B

).

Y

Pen

etra

tions

D

CN

511

59

Rep

lace

prim

ary

cont

ainm

ent e

lect

rical

pen

etra

tion

asse

mbl

ies

(EP

As)

(1-E

PE

N-1

00-1

10A

, 100

A, &

-104

F) w

ith

envi

ronm

enta

lly q

ualif

ied

EP

As.

Y

Pen

etra

tions

D

CN

512

08

Insp

ect,

docu

men

t, an

d in

stal

l as

nece

ssar

y, fi

re b

arrie

r sea

ls fo

r pe

netra

tions

bet

wee

n fir

e zo

nes

(1-1

, 1-2

, 1-3

, 1-4

, 1-

5, &

1-6

) in

Uni

t 1 R

eact

or B

uild

ing.

Rep

lace

Doo

rs (4

90, 6

35, &

670

), in

clud

ing

fram

es a

nd h

ardw

are,

in U

nit 1

R

eact

or B

uild

ing,

with

fire

rate

d do

ors

and

desi

gnat

ions

.

Y

Cra

nes

and

Hoi

sts

DC

N 5

1740

Inst

all a

jib

cran

e ab

ove

each

of t

hree

(3) s

ets

of C

ombi

ned

Inte

rcep

t Val

ves

(CIV

s) a

nd re

lief v

alve

s (1

-FC

V-1

-96

& 1

-1-

553;

1-F

CV-

1-99

& 1

-1-5

61; &

1-F

CV-

1-10

2 &

1-1

-567

). Y

Cra

nes

and

Hoi

sts

DC

N 6

1028

Inst

all a

10-

ton

jib c

rane

in U

nit 1

/2 T

urbi

ne B

uild

ing

to p

rovi

de a

mea

ns to

lift

equi

pmen

t hat

ches

and

equ

ipm

ent w

hich

ar

e no

t acc

essi

ble

with

exi

stin

g ar

ea o

verh

ead

cran

e.

N

Com

mon

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-4

5

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Mai

n G

ener

ator

D

CN

511

33

Pro

vide

bac

k-up

pow

er s

ourc

e to

the

Mai

n G

ener

ator

Bre

aker

Air

Com

pres

sor S

yste

m (M

GBA

CS

) to

prov

ide

redu

ndan

t cap

abilit

y fo

r ope

ratio

n of

the

Rep

leni

shin

g V

alve

Con

trol c

ircui

ts. A

dd p

aral

lel d

iode

s ac

ross

Dio

des

R7D

&

R8D

for M

ain

Gen

erat

or E

xcite

r Firi

ng C

ontro

l Circ

uit t

o el

imin

ate

a po

tent

ial s

ingl

e po

int o

f fai

lure

. A

dd a

resi

stor

ont

o th

e M

axim

um E

xcita

tion

Lim

it P

anel

Com

pone

nt b

oard

and

add

a re

sist

or o

nto

the

Tran

sfer

Pan

el C

ompo

nent

boa

rd

(43A

& J

2KX

rela

ys).

The

add

ition

al re

sist

ors

incr

ease

the

cond

ition

ing

effe

ct fo

r the

boa

rds

and

elim

inat

e no

ise

in th

e gr

ound

circ

uit.

Rem

ove

exis

ting

field

isol

ator

s an

d in

stal

l a p

rogr

amm

able

Fie

ld T

empe

ratu

re M

odul

e (1

-TM

-242

-45)

in

gene

rato

r exc

iter c

abin

et to

reco

rder

(1-T

R-2

42-5

9).

Y

Com

mun

i- ca

tions

D

CN

517

35

Inst

all a

n an

tenn

a on

Tur

bine

Bui

ldin

g ro

of to

ext

end

cove

rage

of t

he e

xist

ing

VHF

radi

o sy

stem

to in

clud

e th

e ou

tsid

e pl

ant a

rea.

Ins

tall

a pa

ir of

cro

ss-b

and

coup

lers

to a

llow

mul

ti-ba

nd o

pera

tion

of a

n ex

istin

g co

axia

l cab

le c

onne

ctin

g th

e ex

istin

g an

tenn

a to

the

base

uni

t.

N

Com

mon

Sec

urity

D

CN

600

75

Rep

lace

hin

ges

on w

ater

tight

per

sonn

el a

cces

s do

or 2

35.

N

Sec

urity

D

CN

622

34

Pro

vide

alte

rnat

e do

or la

tch

equi

pmen

t for

doo

rs 2

30 &

232

. N

Pro

cess

C

ompu

ter

DC

N 5

1082

Pro

vide

for t

he in

stal

latio

n of

a n

ew U

nit 1

Inte

grat

ed C

ompu

ter S

yste

m (I

CS)

. Th

is m

odifi

catio

n ad

ds a

new

redu

ndan

t pr

oces

s co

mpu

ter,

oper

ator

wor

k st

atio

ns, p

rinte

rs, I

/O c

abin

ets,

I/O

wiri

ng, a

nd in

terfa

ce to

pac

kage

sys

tem

s vi

a da

ta-

link.

Pac

kage

sys

tem

s in

clud

e Fo

xbor

o IA

Sys

tem

(inc

lude

s R

eact

or W

ater

Rec

ircul

atio

n, R

eact

or F

eedw

ater

, Fe

edw

ater

Hea

ter D

rain

s, M

oist

ure

Sep

arat

or, a

nd G

ener

ator

Tem

pera

ture

Mon

itorin

g) R

eact

or R

ecirc

ulat

ion

Pum

p V

FDs,

Con

dens

ate

Dem

iner

aliz

ers,

Con

tain

men

t Iso

latio

n S

yste

m, N

eutro

n M

onito

ring,

Gen

erat

or H

ydro

gen,

R

adw

aste

Sum

p Le

vel C

ontro

l, Tu

rbin

e E

HC

, MC

R A

nnun

ciat

ors,

And

MC

R R

ecor

ders

.

Y

Civ

il S

truct

ures

D

CN

506

27

Pro

vide

a c

lean

-isla

nd a

nd O

pera

tions

wor

k ar

ea a

s a

perm

anen

t stru

ctur

e to

repl

ace

tem

pora

ry s

truct

ures

in U

nit 1

R

eact

or B

uild

ing

Ele

v. 6

39'.

Tot

al w

eigh

t of t

he n

ew s

truct

ure

is a

ppro

x. 6

000

poun

ds, w

ith a

foot

prin

t of a

ppro

xim

atel

y 39

0 sq

uare

feet

.

N

Civ

il S

truct

ures

D

CN

510

19

Pro

vide

mod

ifica

tions

to th

e D

ryw

ell P

latfo

rm s

truct

ural

ste

el a

t Ele

v. 5

84'.

The

mod

ifica

tions

incl

ude

horiz

onta

l rig

idity

br

acin

g fo

r the

pla

tform

due

to re

vise

d se

ism

ic a

naly

sis,

revi

sed

pipi

ng lo

ads,

NR

C IE

Bul

letin

79-

14, a

dded

cab

le tr

ays

and

cond

uit.

Y

Civ

il S

truct

ures

D

CN

510

20

Pro

vide

mod

ifica

tions

to th

e D

ryw

ell P

latfo

rm s

truct

ural

ste

el a

t Ele

v. 5

63'.

The

mod

ifica

tions

incl

ude

horiz

onta

l rig

idity

br

acin

g fo

r the

pla

tform

due

to re

vise

d se

ism

ic a

naly

sis,

revi

sed

pipi

ng lo

ads,

NR

C IE

Bul

letin

79-

14, a

dded

cab

le tr

ays

and

cond

uit.

Y

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-4

6

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Civ

il S

truct

ures

D

CN

510

88

Pro

vide

for t

he in

stal

latio

n of

new

cab

le tr

ays

and

race

way

com

pone

nts

in th

e C

able

Spr

eadi

ng R

oom

, Aux

iliar

y In

stru

men

t Roo

m, a

nd C

ontro

l Roo

m in

Uni

t 1.

Als

o, p

rovi

de tr

ansi

tion

race

way

com

pone

nts

to in

terfa

ce w

ith R

eact

or

Bui

ldin

g an

d Tu

rbin

e B

uild

ing

cabl

e tra

ys.

Y

Civ

il S

truct

ures

D

CN

511

60

Pro

vide

des

ign

deta

ils fo

r cab

les

requ

iring

coa

ting

or b

eta

shie

ldin

g, fo

r jun

ctio

n bo

xes

and

term

inal

box

es re

quiri

ng

seal

ing

agai

nst m

oist

ure,

for j

unct

ion

boxe

s an

d te

rmin

al b

oxes

requ

iring

ven

tilat

ion

and

drai

nage

, and

for s

ealin

g of

co

ndui

ts te

rmin

atin

g at

cab

le tr

ays,

all

with

in th

e U

nit 1

Dry

wel

l. A

dditi

onal

ly, p

rovi

de d

etai

ls fo

r rep

laci

ng v

ario

us

Dry

wel

l jun

ctio

n bo

xes

with

box

es m

ade

of s

tain

less

ste

el.

Y

Civ

il S

truct

ures

D

CN

512

86

Pro

vide

mod

ifica

tions

to th

e D

ryw

ell P

latfo

rms

stru

ctur

al s

teel

at E

lev.

604

', 61

6', &

628

'. T

he m

odifi

catio

ns a

re d

ue to

re

vise

d se

ism

ic a

naly

sis,

revi

sed

pipi

ng lo

ads,

NR

C IE

Bul

letin

79-

14, a

dded

cab

le tr

ays

and

cond

uit.

Y

Civ

il S

truct

ures

D

CN

513

74

Mod

ify th

e U

nit 1

Rea

ctor

Bui

ldin

g E

lev.

551

' Tor

us A

cces

s P

latfo

rm s

truct

ural

mem

bers

and

ass

ocia

ted

conn

ectio

ns.

Mod

ifica

tions

are

to re

solv

e id

entif

ied

plat

form

def

icie

nt it

ems

such

as

insu

ffici

ent w

elds

, stru

ctur

al m

embe

rs, a

nd

anch

orag

e. S

truct

ural

com

pone

nts

are

adde

d, m

odifi

ed, o

r rep

lace

d an

d fie

ld c

ut-o

uts

and

unac

coun

ted

atta

chm

ents

ar

e ev

alua

ted

and

reso

lved

.

Y

Civ

il S

truct

ures

D

CN

513

75

Pro

vide

mod

ifica

tions

to v

ario

us s

truct

ural

ste

el p

latfo

rms

with

in th

e U

nit 1

Rea

ctor

Bui

ldin

g ba

sed

on e

valu

atio

n of

the

stee

l mem

bers

, con

nect

ions

, sur

face

mou

nted

bas

epla

tes,

anc

hora

ges,

and

/or e

valu

atio

n of

em

bedd

ed p

late

s.

Y

Civ

il S

truct

ures

D

CN

513

77

Pro

vide

mod

ifica

tions

to th

e pi

ping

pen

etra

tion

anch

or fr

ames

in th

e R

eact

or B

uild

ing.

Y

Civ

il S

truct

ures

D

CN

515

19

Impl

emen

t stru

ctur

al m

odifi

catio

ns n

eces

sary

to q

ualif

y M

isce

llane

ous

Ste

el S

uppo

rt Fr

ames

(MS

SFs

) in

the

Uni

t 1

Rea

ctor

Bui

ldin

g zo

ne, o

utsi

de o

f the

Dry

wel

l, to

the

requ

irem

ents

of G

DC

50-

C-7

100

and

Sei

smic

Des

ign

50-C

-710

2.

The

MS

SFs

ser

ve a

s st

ruct

ural

atta

chm

ent p

oint

s fo

r pip

e su

ppor

ts a

nd fo

r sec

onda

ry lo

ads

such

as

cabl

e tra

y su

ppor

ts a

nd H

VA

C d

uct s

uppo

rts.

No

new

fram

es a

re a

dded

.

Y

Civ

il S

truct

ures

D

CN

515

20

Pro

vide

for t

he m

odifi

catio

n of

var

ious

ste

el p

latfo

rms

for t

he C

ore

Spr

ay V

alve

Acc

ess

plat

form

and

Con

trol R

od D

rive

Rel

ief V

alve

Acc

ess

plat

form

, and

add

ition

/mod

ifica

tion

of H

VA

C d

uct s

uppo

rts in

the

Cor

e S

pray

and

RH

R p

ump

room

s.

Y

Civ

il S

truct

ures

D

CN

515

21

Pro

vide

for m

odifi

catio

ns to

the

Uni

t 1 R

eact

or B

uild

ing

stru

ctur

al c

ompo

nent

s re

quire

d fo

r A-4

6 qu

alifi

catio

n of

cab

le

tray

and

cond

uit s

uppo

rts.

Y

Civ

il S

truct

ures

D

CN

515

60

Pro

vide

mod

ifica

tions

to th

e R

eact

or P

ress

ure

Ves

sel (

RP

V) i

nsul

atio

n su

ppor

t fra

me

(bas

e rin

g su

ppor

ted

at E

lev.

64

0') t

o en

sure

that

fram

e di

spla

cem

ents

are

with

in a

ccep

tabl

e lim

its fo

r sup

port

of S

eism

ic C

lass

I pi

ping

. Y

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-4

7

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Civ

il S

truct

ures

D

CN

516

69

Mod

ify S

eism

ic C

lass

II it

ems

loca

ted

in th

e R

eact

or B

uild

ing,

out

side

the

dryw

ell w

hich

, if n

ot m

odifi

ed, w

ould

deg

rade

th

e in

tegr

ity o

f Cla

ss I

item

s as

iden

tifie

d by

Sei

smic

II/I

Spr

ay E

valu

atio

n P

rogr

am.

A to

tal o

f eig

htee

n ou

tlier

s w

ill re

quire

mod

ifica

tion.

One

out

lier i

dent

ified

by

MS

IV S

eism

ic R

ugge

dnes

s V

erifi

catio

n P

rogr

am, a

nd lo

cate

d in

the

Rea

ctor

Bui

ldin

g, is

add

ed to

the

scop

e of

this

mod

ifica

tion.

Y

Civ

il S

truct

ures

D

CN

602

68

Pro

vide

ste

el fr

ames

for p

erm

anen

t shi

eldi

ng a

t CR

D s

uctio

n/di

scha

rge

lines

, stra

iner

s/fil

ters

on

Ele

v. 5

65' &

541

' in

NE

qu

adra

nt o

f Uni

t 1 R

eact

or B

uild

ing

to re

duce

dos

e ra

tes.

Y

120/

208

VA

C

Ele

ctric

al

Dis

tribu

tion

D

CN

510

85

Rep

lace

the

exis

ting

1KVA

EC

CS

Ana

log

Trip

Uni

t (A

TU) I

nver

ters

with

5K

VA

inve

rters

. R

epla

ce th

e U

nit P

refe

rred

Mot

or-M

otor

-Gen

erat

or (M

MG

) Set

s w

ith a

rect

ifier

/inve

rter U

nint

erru

ptib

le P

ower

Sup

ply

(UPS

). R

epla

ce th

e U

nit

Pre

ferr

ed T

rans

form

er w

ith a

regu

latin

g ty

pe tr

ansf

orm

er.

Inst

all/R

epla

ce v

ario

us 1

20V

Dis

tribu

tion

syst

em fu

ses

and

brea

kers

for p

rope

r coo

rdin

atio

n, p

rote

ctio

n an

d/or

sup

port

of d

owns

tream

load

cha

nges

. M

odify

bre

aker

set

tings

for

prop

er c

oord

inat

ion

and

prot

ectio

n. S

truct

ural

sup

port

mod

ifica

tions

are

mad

e as

soci

ated

with

US

I-A46

and

Sei

smic

IP

EE

E P

rogr

ams

for t

he C

ontro

l Bui

ldin

g.

Y

120/

208

VA

C

Ele

ctric

al

Dis

tribu

tion

DC

N 5

1214

Var

ious

cab

les

in th

e 12

0V D

istri

butio

n Sy

stem

are

add

ed, r

epla

ced,

rero

uted

, ret

agge

d or

aba

ndon

ed a

s re

quire

d to

su

ppor

t 10C

FR50

.49,

App

R, v

olta

ge d

rop/

ampa

city

/sho

rt ci

rcui

t, D

esig

n C

riter

ia R

equi

rem

ents

and

cab

le s

epar

atio

ns

anal

ysis

.

Y

250

VD

C

Ele

ctric

al

Dis

tribu

tion

DC

N 5

1110

Var

ious

cab

les

in th

e 25

0V D

istri

butio

n Sy

stem

are

add

ed, r

epla

ced,

rero

uted

, ret

agge

d or

aba

ndon

ed a

s re

quire

d to

su

ppor

t 10C

FR50

.49,

App

R, v

olta

ge d

rop/

ampa

city

/sho

rt ci

rcui

t, D

esig

n C

riter

ia R

equi

rem

ents

and

cab

le s

epar

atio

ns

anal

ysis

. M

odify

the

inte

rnal

com

pone

nts

in th

e 25

0V M

otor

Con

trol C

ente

r (M

CC

) cub

icle

s to

sup

port

chan

ges

to th

e lo

ads

and

cabl

es.

Mod

ify b

reak

er s

ettin

gs fo

r pro

per c

oord

inat

ion

and

prot

ectio

n.

Y

250

VD

C

Ele

ctric

al

Dis

tribu

tion

DC

N 5

1215

Var

ious

cab

les

in th

e 25

0V D

istri

butio

n Sy

stem

are

add

ed, r

epla

ced,

rero

uted

, ret

agge

d or

aba

ndon

ed a

s re

quire

d to

su

ppor

t 10C

FR50

.49,

App

R, v

olta

ge d

rop/

ampa

city

/sho

rt ci

rcui

t, D

esig

n C

riter

ia R

equi

rem

ents

and

cab

le s

epar

atio

ns

anal

ysis

. M

odify

the

inte

rnal

com

pone

nts

in th

e 25

0V M

CC

cub

icle

s to

sup

port

chan

ges

to th

e lo

ads

and

cabl

es.

Mod

ify b

reak

er s

ettin

gs fo

r pro

per c

oord

inat

ion

and

prot

ectio

n.

Y

480

VA

C

Ele

ctric

al

Dis

tribu

tion

DC

N 5

1131

Var

ious

cab

les

in th

e 48

0V D

istri

butio

n Sy

stem

are

repl

aced

as

requ

ired

to s

uppo

rt vo

ltage

dro

p/am

paci

ty/s

hort

circ

uit

and

Des

ign

Crit

eria

Req

uire

men

ts.

Mod

ify b

reak

er s

ettin

gs fo

r pro

per c

oord

inat

ion

and

prot

ectio

n. M

odify

the

inte

rnal

co

mpo

nent

s in

the

480V

MC

C c

ubic

les

to s

uppo

rt ch

ange

s to

the

load

s an

d ca

bles

.

Y

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-4

8

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

480

VA

C

Ele

ctric

al

Dis

tribu

tion

DC

N 5

1090

Var

ious

cab

les

in th

e 48

0V D

istri

butio

n Sy

stem

are

add

ed, r

epla

ced,

rero

uted

, ret

agge

d or

aba

ndon

ed a

s re

quire

d to

su

ppor

t 10C

FR50

.49,

App

endi

x R

, vol

tage

dro

p/am

paci

ty/s

hort

circ

uit,

Des

ign

Crit

eria

Req

uire

men

ts a

nd c

able

se

para

tions

ana

lysi

s. A

new

isol

atio

n sw

itch

is in

stal

led

for t

he E

lect

ric B

oard

Roo

m A

ir H

andl

ing

Uni

ts 1

A a

nd 1

B to

sa

tisfy

App

endi

x R

requ

irem

ents

. M

odify

the

inte

rnal

com

pone

nts

in th

e 48

0V M

CC

cub

icle

s to

sup

port

chan

ges

to th

e lo

ads

and

cabl

es.

Mod

ify b

reak

er s

ettin

gs fo

r pro

per c

oord

inat

ion

and

prot

ectio

n. M

odify

the

480V

Loa

d Sh

ed L

ogic

fo

r the

Dry

wel

l Blo

wer

s fo

r bot

h U

nits

1 a

nd 2

and

the

Con

trol B

ay C

hille

d W

ater

Pum

ps A

and

B to

sat

isfy

Die

sel

Gen

erat

or L

oadi

ng re

quire

men

ts.

Y

480

VA

C

Ele

ctric

al

Dis

tribu

tion

DC

N 5

1216

Var

ious

cab

les

in th

e 48

0V D

istri

butio

n Sy

stem

are

add

ed, r

epla

ced,

rero

uted

, ret

agge

d or

aba

ndon

ed a

s re

quire

d to

su

ppor

t 10C

FR50

.49,

App

R, v

olta

ge d

rop/

ampa

city

/sho

rt ci

rcui

t, D

esig

n C

riter

ia R

equi

rem

ents

and

cab

le s

epar

atio

ns

anal

ysis

. M

odify

the

inte

rnal

com

pone

nts

in th

e 48

0V M

CC

cub

icle

s to

sup

port

chan

ges

to th

e lo

ads

and

cabl

es.

The

480V

Shu

tdow

n B

oard

s 1A

and

1B

oil

fille

d 75

0KV

A tr

ansf

orm

ers

are

repl

aced

with

dry

type

100

0KV

A tr

ansf

orm

ers

to

mee

t sys

tem

load

requ

irem

ents

. Is

olat

ion

fuse

s ar

e in

stal

led

in 4

160V

Shu

tdow

n B

oard

BD

pow

er fe

ed to

480

V

Shu

tdow

n B

oard

s 1E

tran

sfor

mer

to e

limin

ate

an a

ssoc

iate

d ci

rcui

t con

cern

for A

ppen

dix

R re

quire

men

ts.

Rem

ove

LPC

I Mot

or-G

ener

ator

(M-G

) Set

s an

d ab

ando

n in

pla

ce th

e R

eact

or M

OV

Boa

rds

1D &

1E

(LP

CI M

-G s

et re

mov

al

has

not y

et b

een

perfo

rmed

on

Uni

ts 2

and

3).

Y

4kV

AC

E

lect

rical

D

istri

butio

n D

CN

510

87

Uni

t 1 4

KV

bre

aker

s ar

e re

plac

ed w

ith n

ew v

acuu

m s

tyle

bre

aker

s. F

uses

are

inst

alle

d in

4K

V S

hutd

own

Boar

ds to

pr

ovid

e is

olat

ion

of c

ontro

l circ

uit c

able

s to

sat

isfy

App

endi

x R

requ

irem

ents

. Y

4kV

AC

E

lect

rical

D

istri

butio

n D

CN

512

17

Var

ious

cab

les

in th

e 4K

V D

istri

butio

n Sy

stem

are

add

ed, r

epla

ced,

rero

uted

, ret

agge

d or

aba

ndon

ed a

s re

quire

d to

su

ppor

t 10C

FR50

.49,

App

endi

x R

Am

paci

ty/V

olta

ge D

rop

and

Cab

le S

epar

atio

ns a

naly

ses.

Rep

lace

the

Term

inal

B

lock

s fo

r the

U1

Shu

tdow

n B

oard

Coo

ling

Uni

ts to

com

plet

e do

cum

enta

tion

for t

he re

quire

men

ts o

f 10C

FR50

.49

Y

500/

161k

V O

ff S

ite P

ower

D

CN

510

84

Add

a p

rovi

sion

to tr

ip th

e G

ener

ator

exc

iter f

ield

bre

aker

whe

n th

e tu

rbin

e is

trip

ped

to p

reve

nt re

vers

e po

wer

rela

y op

erat

ion.

Add

a re

dund

ant G

ener

ator

Bac

kup

Rel

ay fo

r trip

ping

of t

he G

ener

ator

to e

limin

ate

a si

ngle

poi

nt fa

ilure

of

the

Gen

erat

or.

Rem

ove

the

Uni

t 1 M

ain

Gen

erat

or a

nd T

urbi

ne tr

ip in

itiat

ions

whi

ch a

re g

ener

ated

by

the

oper

atio

n of

th

e 64

GF

Gen

erat

or F

ield

Gro

und

rela

y an

d ad

d an

add

ition

al a

larm

in th

e co

ntro

l roo

m fo

r ope

rato

r act

ion

upon

ac

tuat

ion

of th

e re

lay

to p

reve

nt u

nnec

essa

ry G

ener

ator

trip

s. I

nsta

ll a

bloc

king

con

tact

from

Los

s of

Pot

entia

l (V

olta

ge

Bal

ance

) Rel

ay 1

60 in

to th

e G

ener

ator

ove

rcur

rent

trip

circ

uit t

o pr

even

t fal

se tr

ippi

ng.

Y

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-4

9

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Mis

cella

neou

s

DC

N 5

0995

D

CN

510

12

DC

N 5

1065

D

CN

510

66

DC

N 5

1067

D

CN

510

68

DC

N 5

1069

D

CN

512

54

DC

N 5

1261

D

CN

512

63

DC

N 5

1335

D

CN

513

36

DC

N 5

1338

D

CN

513

39

DC

N 5

1340

D

CN

513

41

DC

N 5

1342

D

CN

513

43

DC

N 5

1344

D

CN

513

45

DC

N 5

1346

D

CN

513

47

DC

N 5

1349

D

CN

513

51

DC

N 5

1352

D

CN

513

53

DC

N 5

1419

D

CN

514

20

DC

N 5

1441

Eva

luat

e pi

ping

sup

ports

and

thei

r con

figur

atio

ns a

gain

st a

pplic

able

requ

irem

ents

from

Gen

eral

Des

ign

Crit

eria

, U

FSA

R S

eism

ic C

lass

I re

quire

men

ts, e

xist

ing

calc

ulat

ions

, wal

kdow

n da

ta, a

nd N

RC

Bul

letin

s IE

79-

02 a

nd 7

9-14

. P

erfo

rm p

ipin

g su

ppor

t mod

ifica

tions

as

nece

ssar

y to

ens

ure

pipi

ng a

nd b

ranc

h co

nnec

tions

are

qua

lifie

d fo

r de

adw

eigh

t, se

ism

ic, a

nd th

erm

al lo

ads.

Y

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-5

0

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Mis

cella

neou

s D

CN

512

55

DC

N 5

1256

D

CN

512

57

DC

N 5

1258

D

CN

512

60

DC

N 5

1262

D

CN

512

64

DC

N 5

1334

D

CN

513

48

DC

N 5

1408

D

CN

514

09

DC

N 5

1410

D

CN

514

11

DC

N 5

1412

D

CN

514

13

DC

N 5

1414

D

CN

514

15

DC

N 5

1416

D

CN

514

17

DC

N 5

1418

D

CN

514

48

DC

N 5

1449

D

CN

514

50

DC

N 5

1452

D

CN

514

53

Eva

luat

e pi

ping

, pip

ing

supp

orts

and

thei

r con

figur

atio

ns a

gain

st a

pplic

able

requ

irem

ents

from

Gen

eral

Des

ign

Crit

eria

, U

FSA

R S

eism

ic C

lass

I re

quire

men

ts, e

xist

ing

calc

ulat

ions

, and

wal

kdow

n da

ta, f

or a

ll S

eism

ic C

lass

I pi

ping

/tubi

ng

less

than

2.5

-inch

dia

met

er.

Per

form

pip

ing

and

supp

ort m

odifi

catio

ns (i

nclu

ding

add

ition

and

del

etio

n) a

s ne

cess

ary

to

ensu

re p

ipin

g an

d br

anch

con

nect

ions

are

qua

lifie

d fo

r dea

dwei

ght,

seis

mic

, and

ther

mal

load

s at

EP

U c

ondi

tions

.

Y

Mis

cella

neou

s D

CN

510

91

DC

N 5

1642

D

CN

600

73

DC

N 6

0074

Rep

lace

saf

ety

rela

ted,

qua

lity

rela

ted,

and

non

-saf

ety

rela

ted

fuse

s in

the

Uni

t 1 C

ontro

l Bay

, Rea

ctor

Bui

ldin

g, a

nd

Turb

ine

Bui

ldin

g w

ith li

ke-fo

r-lik

e eq

uiva

lent

fuse

s. T

here

are

no

chan

ges

to c

ircui

try, n

o ad

ditio

n or

del

etio

n of

any

fu

ses,

and

no

fuse

-hol

der r

epla

cem

ent,

with

in th

e sc

ope

of th

is D

CN

. U

nit 1

fuse

s, w

hich

are

with

in th

e O

pera

ting

Bou

ndar

y of

Uni

ts 2

or 3

, are

exc

lude

d fro

m th

e sc

ope

of th

ese

DC

Ns.

Fus

es w

ith c

omm

on, U

nit 2

, or U

nit 3

UN

IDs,

ar

e ex

clud

ed fr

om th

e sc

ope

of th

ese

DC

Ns.

Y

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-5

1

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Gen

erat

or

Coo

ling

D

CN

511

40

(EP

U)

Add

ition

of f

low

and

tem

pera

ture

sw

itche

s (1

-FS

-35-

65A

, -B

, -C

and

1-T

S/T

W-3

5-71

A, -

B, &

-C) t

o pr

ovid

e tw

o ou

t of

thre

e lo

gic

base

d tu

rbin

e tri

p in

stru

men

tatio

n. T

he n

ew fl

ow s

witc

hes

prov

ide

for a

turb

ine

trip

on lo

ss o

f coo

ling

wat

er

flow

to th

e ge

nera

tor.

Pro

vide

for a

n in

crea

se in

gen

erat

or h

ydro

gen

pres

sure

from

65

to 7

5 ps

ig to

sup

port

EP

U

cond

ition

s. R

epla

ce p

ress

ure

switc

hes

(1-P

S-3

5-18

A, 1

8B, a

nd -1

9) a

nd re

vise

set

poin

t (E

PU

). R

ecal

ibra

te (1

-PC

V-

35-5

A, -

5B, a

nd -9

) in

supp

ort o

f EP

U c

ondi

tions

. E

limin

ate

Flow

Inte

grat

or (1

-FQ

-35-

8) to

pre

clud

e po

tent

ial h

ydro

gen

leak

age.

Add

an

exce

ss fl

ow c

heck

val

ve a

t the

loca

tion

whe

re (1

-FQ

-35-

8) w

as re

mov

ed, t

o co

mpl

y w

ith fi

re

prot

ectio

n co

de re

quire

men

ts.

Rep

lace

obs

olet

e G

ener

ator

Sea

l Oil

Vac

uum

Pum

p m

otor

and

gea

r box

. R

epla

ce

unde

r-si

zed

Gen

erat

or E

mer

genc

y S

eal O

il P

ump

mot

or p

ower

cab

le to

ens

ure

min

imum

acc

epta

ble

volta

ge.

Rep

lace

G

ener

ator

Exc

iter F

lexi

ble

coup

ling

per G

E re

com

men

datio

n. I

nsta

ll Li

tten

Vea

m C

onne

ctor

s/pe

netra

tions

and

G

ener

ator

flux

pro

be o

n ge

nera

tor h

ousi

ng.

Add

Fox

boro

I/A

mon

itorin

g ca

pabi

lity

for g

ener

ator

sta

tor a

nd o

ther

re

late

d th

erm

ocou

ples

.

N

(EP

U)

Con

dens

ate

D

CN

514

01

(EP

U)

Rep

lace

Con

dens

ate

pum

p m

otor

s an

d im

pelle

rs to

acc

omm

odat

e in

crea

sed

flow

s re

quire

d fo

r EP

U.

Add

an

orifi

ce

plat

e do

wns

tream

of F

CV

-2-2

9A to

min

imiz

e pr

essu

re d

rop

thro

ugh

the

valv

e. U

psiz

e as

soci

ated

mot

or p

ower

feed

ca

bles

, rep

lace

sw

itchg

ear a

mm

eter

s w

ith a

ppro

pria

tely

siz

ed m

eter

s, a

nd re

vise

pro

tect

ive

rela

y se

tting

s.

N

(EP

U)

Con

dens

ate

DC

N 5

1402

(E

PU

)

Rep

lace

Con

dens

ate

Boo

ster

pum

ps a

nd m

otor

s to

acc

omm

odat

e in

crea

sed

flow

s re

quire

d fo

r EP

U.

New

pum

p m

otor

s ar

e w

ater

to a

ir co

oled

and

Raw

Coo

ling

Wat

er h

eat e

xcha

nger

s ar

e ad

ded.

Ups

ized

cur

rent

tran

sfor

mer

s an

d po

wer

feed

cab

les

for t

he a

ssoc

iate

d pu

mp

mot

ors

are

prov

ided

. H

VA

C a

ir flo

ws

are

incr

ease

d to

the

Con

dens

ate

pum

ps/m

otor

s as

due

to th

e in

crea

sed

heat

load

s of

larg

er m

otor

s be

ing

inst

alle

d. H

VA

C a

ir flo

ws

are

redu

ced

to th

e C

onde

nsat

e B

oost

er p

umps

/mot

ors

due

to th

e re

duce

d he

at lo

ad fr

om th

e ne

w w

ater

-coo

led

mot

ors.

N

(EP

U)

Feed

wat

er

DC

N 5

1403

(E

PU

)

Rep

lace

Uni

t 1 R

eact

or F

eedw

ater

(FW

) Pum

ps (3

), th

e FW

pum

p/tu

rbin

e co

uplin

gs, a

nd a

ssoc

iate

d be

arin

g te

mpe

ratu

re a

nd v

ibra

tion

mon

itorin

g in

stru

men

tatio

n to

acc

omm

odat

e in

crea

sed

desi

gn fl

ows

requ

ired

for E

PU

. N

(E

PU

)

Mai

n S

team

D

CN

514

56

(EP

U)

Ret

rofit

the

high

pre

ssur

e tu

rbin

e w

ith A

dvan

ced

Des

ign

Ste

am P

ath

(AD

SP

) to

incl

ude

a ne

w ro

tor w

ith n

ew c

usto

m-

desi

gned

dia

phra

gms

and

buck

ets

for E

PU

. M

odify

the

size

of t

he s

team

sea

l unl

oade

r val

ves

and

asso

ciat

ed p

ipin

g to

acc

omm

odat

e th

e la

rger

ste

am fl

ow re

quire

men

ts.

N

(EP

U)

Mai

n S

team

D

CN

514

81

(EP

U)

Pro

vide

GE

des

igne

d an

d su

pplie

d tu

rbin

e re

plac

emen

t com

pone

nts,

incl

udin

g m

onob

lock

roto

rs a

nd d

iaph

ragm

s fo

r 3

LP tu

rbin

es, i

n su

ppor

t of E

PU

. N

(E

PU

)

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-5

2

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Con

dens

ate

and

Dem

iner

aliz

ed

Wat

er

DC

N 5

1457

(E

PU

)

Inst

all a

tent

h C

onde

nsat

e Fi

lter-

Dem

iner

aliz

er a

nd a

ssoc

iate

d co

mpo

nent

s su

ch a

s, re

sin

filte

r, ho

ldin

g pu

mp,

in

stru

men

t pan

el/in

stru

men

ts, a

cces

s pl

atfo

rm, a

nd d

emin

eral

izer

ves

sel s

hiel

ding

. R

epla

ce n

ine

exis

ting

hold

ing

pum

ps w

ith n

ew, l

ower

rpm

pum

ps.

Thes

e ch

ange

s w

ill m

aint

ain

cond

ensa

te fl

ow b

elow

the

4000

gpm

max

flow

rate

fo

r eac

h Fi

lter-D

emin

ves

sel a

t EP

U c

ondi

tions

with

one

ves

sel o

ut o

f ser

vice

.

N

(EP

U)

Con

dens

ate

and

Dem

iner

aliz

ed

Wat

er

DC

N 5

1459

(E

PU

)

Rep

lace

the

exis

ting

16" l

ine

and

16" a

ir-op

erat

ed b

utte

rfly

valv

e th

at p

rovi

de fo

r con

dens

ate

to b

ypas

s th

e st

eam

pa

ckin

g ex

haus

ter (

SP

E),

with

a 2

4" li

ne a

nd a

20"

mot

or-o

pera

ted

butte

rfly

valv

e. P

erm

anen

tly b

lock

the

orifi

ce

cont

aine

d w

ithin

the

SP

E in

the

parti

tion

plat

e th

at s

epar

ates

the

inle

t and

out

let o

f the

wat

erbo

x.

N

(EP

U)

Con

dens

ate

and

Dem

iner

aliz

ed

Wat

er

DC

N 5

1462

(E

PU

)

Rep

lace

71

Con

dens

ate

dem

iner

aliz

er S

yste

m v

alve

s an

d th

eir a

ssoc

iate

d pn

eum

atic

act

uato

rs w

ith u

pgra

ded

valv

e/ac

tuat

or a

ssem

blie

s. R

equi

res

min

or p

ipin

g m

odifi

catio

ns to

adj

ust f

ace

to fa

ce d

ista

nces

bet

wee

n fla

nges

to

acco

mm

odat

e th

e ne

w v

alve

bod

ies.

Ins

tall

new

tube

rack

sup

ports

.

N

(EP

U)

Hea

ter D

rain

s an

d V

ents

D

CN

514

64

(EP

U)

Mod

ify th

e sh

ells

, noz

zles

, and

relie

f val

ves

for F

eedw

ater

Hea

ters

1, 2

, and

3 to

be

AS

ME

Cod

e co

mpl

iant

und

er E

PU

co

nditi

ons.

Pro

vide

the

Feed

wat

er H

eate

rs 1

, 2, 3

, 4, a

nd 5

pas

s pa

rtitio

n pl

ate

mod

ifica

tions

requ

ired

for h

ighe

r EP

U

pres

sure

s. R

eloc

ate

the

Ext

ract

ion

Ste

am n

ozzl

es o

n #3

Fee

dwat

er H

eate

r and

add

a s

team

duc

t/im

ping

emen

t pla

te

inte

rnal

to th

e he

ater

to p

rote

ct th

e sh

ell a

nd to

pro

vide

impr

oved

ste

am d

istri

butio

n w

ithin

the

heat

er.

Mod

ify th

e E

xtra

ctio

n S

team

pip

ing

to m

atch

the

new

noz

zle

loca

tions

.

N

(EP

U)

Mai

n S

team

D

CN

514

66

(EP

U)

Mak

e ch

ange

s to

the

inst

rum

ents

iden

tifie

d in

the

BO

P In

stru

men

t Stu

dy in

sup

port

of E

PU

. R

epla

ce v

ario

us lo

cal

pres

sure

gau

ges

with

new

gau

ges

and

puls

atio

n da

mpe

ning

snu

bber

s. R

e-ca

libra

te v

ario

us fl

ow a

nd p

ress

ure

trans

mitt

ers

such

that

thei

r ran

ges

enco

mpa

ss n

ew E

PU o

pera

ting

cond

ition

s. R

e-ca

libra

te v

ario

us p

ress

ure

switc

hes

with

new

set

poin

ts to

acc

ount

for n

ew E

PU o

pera

ting

cond

ition

s. R

evis

e se

tpoi

nt fo

r pre

ssur

e sw

itche

s m

onito

ring

stea

m s

uppl

y to

Ste

am J

et A

ir E

ject

ors

(SJA

Es)

from

180

to 1

87 p

sig.

N

(EP

U)

Tabl

e 1

Des

crip

tion

of M

odifi

catio

ns P

lann

ed fo

r BFN

Uni

t 1 R

esta

rt

E-5

3

Syst

em a

nd

Des

ign

Cha

nge

Des

crip

tion

of C

hang

e

U2/

U3

Rel

ated

D

CN

(Y/N

)

Mai

n G

ener

ator

D

CN

514

70

(EP

U)

Upg

rade

Mai

n Tr

ansf

orm

er s

yste

m fo

r pla

nt o

pera

tion

at E

PU

con

ditio

ns.

The

ratin

g fo

r eac

h M

ain

Tran

sfor

mer

is

incr

ease

d fro

m 4

00 to

500

MV

A.

Rev

ise

circ

uit f

or a

ctua

tion

of L

ock-

Out

Rel

ays

(LO

Rs)

186

& 1

86C

to a

ctua

te o

n a

sign

al fr

om Q

ualit

rol M

ulti

Func

tion

Pre

ssur

e M

onito

r (2

out o

f 3 lo

gic)

inst

ead

of fr

om th

e su

dden

pre

ssur

e re

lays

. Add

an

inte

rlock

in th

e tra

nsfo

rmer

s co

olin

g co

ntro

l circ

uit f

rom

LO

R 1

86 &

186

C.

Del

ete

inte

rlock

s fro

m u

nder

volta

ge re

lay

127T

, to

mee

t sin

gle

failu

re c

riter

ia fo

r los

s of

Rel

ay 1

27T.

Rep

lace

fire

pro

tect

ion

ring

head

er fo

r Uni

t 1 M

ain

Tran

sfor

mer

due

to n

ew tr

ansf

orm

ers

conf

igur

atio

n an

d to

com

ply

with

pre

sent

cod

e re

quire

men

ts.

Rel

ocat

ion

of

exis

ting

heat

det

ecto

rs a

nd a

dditi

on o

f (3)

det

ecto

rs.

N

(EP

U)

Con

dens

ate

and

Dem

iner

aliz

ed

Wat

er

DC

N 5

1477

(E

PU

)

Mod

ify th

e U

nit 1

con

dens

er in

stru

men

tatio

n to

pro

vide

for i

mpr

oved

per

form

ance

mon

itorin

g un

der E

PU

con

ditio

ns.

Impr

ove

the

accu

racy

of c

onde

nser

pre

ssur

e in

puts

to th

e In

tegr

ated

Com

pute

r Sys

tem

(IC

S).

Pro

vide

add

ition

al

Con

dens

er C

oolin

g W

ater

(CC

W) s

uppl

y an

d re

turn

tem

pera

ture

dat

a to

the

ICS

and

pro

vide

CC

W fl

ow in

put t

o IC

S.

N

(EP

U)

Feed

wat

er

DC

N 5

1482

(E

PU

)

Rep

lace

roto

rs fo

r eac

h U

nit 1

Fee

dwat

er P

ump

Turb

ine

(FW

PT)

to in

clud

e ne

w s

tage

s 1

& 2

buc

kets

per

cur

rent

de

sign

and

new

ly d

esig

ned

stag

es 3

-6 b

ucke

ts to

sup

port

EP

U c

ondi

tions

. In

clud

ed w

ill b

e ne

wly

des

igne

d st

age

6 di

aphr

agm

s an

d (3

) new

mec

hani

cal o

vers

peed

trip

gov

erno

rs, a

ll fu

rnis

hed

by G

E.

N

(EP

U)

Feed

wat

er

DC

N 6

2024

R

evis

e th

erm

al ra

tings

of t

he F

eedw

ater

Sys

tem

for E

PU

. N

(E

PU

)

Feed

wat

er

PIC

638

81

(EP

U)

Upg

rade

sea

l inj

ectio

n fo

r new

Fee

dwat

er p

umps

. N

(E

PU

)

Gen

Bus

Duc

t C

oolin

g

DC

N 6

0598

(E

PU

)

Rep

lace

Isol

ated

Pha

se B

us (I

PB

) duc

t coo

ling

coil

(1-C

LR-2

62-1

) with

the

new

coi

l siz

ed fo

r 200

gpm

flow

and

2.5

m

illion

BTU

/hr c

oolin

g to

sup

port

EP

U.

Rep

lace

exi

stin

g IP

B d

uct c

oolin

g ai

r sup

ply

fan

(1-F

AN

-262

-1) a

nd m

otor

(1-

MTR

-262

-1) w

ith tw

o ne

w fa

n/m

otor

ass

embl

ies

(1-F

AN

-262

-1A

, & -1

B; 1

-MTR

-262

-1A

, & -1

B).

Del

ete

exis

ting

wiri

ng,

cabl

es, a

nd c

ontro

l sw

itche

s an

d re

plac

e w

ith n

ew w

iring

, cab

les,

and

con

trol s

witc

hes

to p

ower

the

new

fans

/mot

ors.

R

aw C

oolin

g W

ater

pip

ing

is m

odifi

ed to

mak

e th

e ex

istin

g du

al in

let a

nd o

utle

t pip

ing

to c

oolin

g co

il, a

sin

gle

inle

t and

ou

tlet c

onfig

urat

ion.

Add

Raw

Coo

ling

Wat

er h

ydra

ulic

cal

cula

tions

.

N

(EP

U)

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-5

4

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Mai

n S

team

00

1-01

P

rovi

de M

ain

Turb

ine

Sto

p V

alve

s <

90%

ope

n tri

p si

gnal

to R

eact

or P

rote

ctio

n S

yste

m (9

9).

YE

S

YE

S

See

als

o M

ode

068-

02.

Mai

n S

team

00

1-02

P

rovi

de M

ain

Ste

am Is

olat

ion

Val

ve (M

SIV

) <90

%

open

trip

sig

nal t

o R

eact

or P

rote

ctio

n S

yste

m (9

9).

YES

YES

Mai

n S

team

00

1-03

C

lose

MS

IVs

on P

rimar

y C

onta

inm

ent S

yste

m (6

4D)

Gro

up 1

isol

atio

n si

gnal

. Y

ES

Y

ES

S

ee a

lso

Mod

e 64

D-0

1.

Mai

n S

team

00

1-04

C

lose

Mai

n St

eam

Dra

in L

ine

Val

ves

on P

rimar

y C

onta

inm

ent S

yste

m (6

4D) G

roup

1 is

olat

ion

sign

al.

YE

S

YE

S

See

als

o M

ode

64D

-01.

Mai

n S

team

00

1-05

O

pen

Mai

n Tu

rbin

e S

team

Byp

ass

valv

es o

n Tu

rbin

e C

ontro

l Sys

tem

(47)

turb

ine

trip

sign

al.

YE

S

YE

S

See

als

o M

ode

047-

05.

Mai

n S

team

00

1-06

C

ontro

lled

man

ual d

epre

ssur

izat

ion

of R

eact

or

Pre

ssur

e V

esse

l (R

PV

) by

open

ing

Aut

omat

ic

Dep

ress

uriz

atio

n S

yste

m (A

DS

) Mai

n S

team

Rel

ief

Val

ves

(MSR

Vs)

.

YES

YES

Mai

n S

team

00

1-07

O

pen

Mai

n S

team

Rel

ief V

alve

s (M

SRVs

) on

high

re

acto

r pre

ssur

e to

pro

vide

RP

V p

ress

ure

relie

f. YE

S YE

S

Mai

n S

team

00

1-08

A

uto

open

ing

of A

DS

MS

RV

s up

on c

oinc

iden

t si

gnal

s of

2 C

ore

Spr

ay p

umps

(75)

or o

ne R

HR

pu

mp

(74)

runn

ing

and

eith

er lo

w w

ater

leve

l (L1

&L3

fro

m S

ys 0

3), h

igh

Dry

wel

l pre

ssur

e (S

ys 6

4A),

and

time

dela

y, o

r low

wat

er le

vel

(L1&

L3 fr

om S

ys 0

3)

and

high

Dry

wel

l pre

ssur

e by

pass

tim

e de

lay.

YE

S

YE

S

See

als

o M

odes

: 00

3-04

, 003

-21,

64A

-25,

07

4-12

, and

075

-10

Mai

n S

team

00

1-09

C

lose

Mai

n Tu

rbin

e S

top

Val

ves

upon

Tur

bine

C

ontro

l Sys

tem

(47)

div

ersi

on o

f hyd

raul

ic p

ress

ure

due

to lo

w c

onde

nser

vac

uum

sig

nal (

Sys

tem

47)

.

YE

S

YE

S

See

als

o M

ode

047-

03.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-5

5

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Mai

n S

team

00

1-10

M

ain

stea

m fl

ow re

stric

tors

pas

sive

ly li

mit

the

mas

s flo

w ra

te o

f coo

lant

bei

ng e

ject

ed fo

llow

ing

a st

eam

line

brea

k un

til M

SIV

clo

sure

occ

urs.

NO

N

O

Mai

n S

team

Sys

tem

Mod

e 00

1-10

, is

dire

cted

at r

estri

ctin

g flo

w o

f coo

lant

in th

e m

ain

stea

m li

nes.

The

nam

e pl

ate

data

will

be g

athe

red

and

eval

uate

d fo

r the

se fo

ur

rest

rictio

ns. T

here

is n

o fu

nctio

nal t

est

requ

ired

for t

hese

pas

sive

com

pone

nts.

Mai

n S

team

00

1-11

M

anua

lly d

eact

ivat

e no

n-AD

S M

SR

Vs

and

MS

IV

test

circ

uits

to p

reve

nt in

adve

rtent

RP

V

depr

essu

rizat

ion

and

loss

of c

oola

nt.

YES

YES

Mai

n S

team

00

1-12

P

rovi

de lo

w p

ress

ure

sign

al (i

n M

ain

Ste

am L

ine

at

turb

ine)

to P

rimar

y C

onta

inm

ent S

yste

m (6

4D)

Gro

up 1

isol

atio

n lo

gic

(RU

N M

ode)

.

YES

YES

Mai

n S

team

00

1-13

P

rovi

de R

eact

or C

oola

nt P

ress

ure

Bou

ndar

y (R

CP

B).

YE

S

YE

S

Test

ing

to d

emon

stra

te fu

nctio

nal c

apab

ility

of R

eact

or C

oola

nt P

ress

ure

Bou

ndar

y is

no

t req

uire

d. T

his

mod

e of

ope

ratio

n is

a

pass

ive

func

tion

and

no p

hysi

cal a

ctio

n is

re

quire

d by

the

syst

em to

mai

ntai

n th

e in

tegr

ity o

f the

Rea

ctor

Coo

lant

Pre

ssur

e B

ound

ary.

Bas

elin

e Te

st R

equi

rem

ents

D

ocum

ent 1

-BFN

-BTR

D-0

68, M

ode

068-

04, f

or th

e R

eact

or R

ecirc

ulat

ion

(68)

and

R

ecirc

ulat

ion

Flow

Con

trol (

96) S

yste

ms

addr

esse

s th

e fu

nctio

nalit

y of

the

RC

PB

an

d its

ove

rall

test

ing.

Pip

ing

and

com

pone

nts

whi

ch s

uppl

y a

RC

PB

sha

ll be

hy

dros

tatic

ally

test

ed u

nder

AS

ME

Sec

tion

XI p

rogr

am.

Mai

n S

team

00

1-14

P

rovi

de P

rimar

y C

onta

inm

ent B

ound

ary.

Y

ES

Y

ES

V

ario

us s

yste

ms

perfo

rm a

pas

sive

func

tion

of p

rovi

ding

a p

ress

ure

boun

dary

for t

he

Prim

ary

Con

tain

men

t. C

ompo

nent

s w

hich

fo

rm th

e P

rimar

y C

onta

inm

ent P

ress

ure

Bou

ndar

y m

ust b

e Lo

cal L

eak

Rat

e Te

sted

(L

LRT)

in a

ccor

danc

e w

ith 1

0CFR

50

App

endi

x J

(i.e.

, Typ

e A

, B, &

C te

stin

g).

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-5

6

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Mai

n S

team

00

1-15

P

rovi

de S

econ

dary

Con

tain

men

t Bou

ndar

y.

YE

S

NO

B

FN u

nits

ope

rate

as

a si

ngle

zon

e se

cond

ary

cont

ainm

ent.

Sec

onda

ry

Con

tain

men

t was

test

ed a

s a

who

le d

urin

g U

nit 2

test

ing.

Sec

onda

ry C

onta

inm

ent

boun

dary

and

pre

ssur

e bo

unda

ry in

terfa

ce

is b

eing

mai

ntai

ned.

Mai

n S

team

00

1-16

C

lose

Fee

dwat

er (F

W) P

ump

Turb

ine

Stop

Val

ves

(to tr

ip F

W tu

rbin

e) o

n lo

ss o

f hyd

raul

ic p

ress

ure

due

to e

nerg

izat

ion

of F

eedw

ater

Sys

tem

sol

enoi

d.

YE

S

YE

S

See

als

o M

odes

003

-07

and

003-

18.

Mai

n S

team

00

1-17

P

rovi

de M

ain

Ste

am L

ine

high

flow

and

hig

h st

eam

tu

nnel

tem

pera

ture

sig

nals

to P

rimar

y C

onta

inm

ent

Sys

tem

(64D

) Gro

up 1

isol

atio

n lo

gic.

YES

YES

Mai

n S

team

00

1-18

P

rovi

de s

team

for H

igh

Pre

ssur

e C

oola

nt In

ject

ion

(HPC

I) (7

3) T

urbi

ne.

NO

N

O

Mod

e 00

1-18

requ

ires

the

Mai

n S

team

S

yste

m to

pro

vide

ste

am a

nd p

ipin

g fo

r the

H

igh

Pre

ssur

e C

oola

nt In

ject

ion

Sys

tem

. N

o fu

nctio

nal t

est i

s re

quire

d fo

r the

se

pass

ive

com

pone

nts.

Mai

n S

team

00

1-19

P

rovi

de s

team

for R

eact

or C

ore

Isol

atio

n C

oolin

g (R

CIC

) (71

) Tur

bine

. N

O

NO

M

ode

001-

19 re

quire

s th

e M

ain

Ste

am

Sys

tem

to p

rovi

de s

team

and

pip

ing

for t

he

Rea

ctor

Cor

e Is

olat

ion

Coo

ling

Sys

tem

. No

func

tiona

l tes

t is

requ

ired

for t

hese

pas

sive

co

mpo

nent

s.

Mai

n S

team

00

1-21

P

rovi

de M

ain

Turb

ine

Sto

p V

alve

clo

sure

pos

ition

si

gnal

s to

Tur

bine

Con

trol S

yste

m (4

7) w

hich

in

itiat

es o

peni

ng o

f Mai

n Tu

rbin

e B

ypas

s V

alve

s.

YES

YES

Mai

n S

team

00

1-22

C

lose

Mai

n Tu

rbin

e B

ypas

s V

alve

s up

on T

urbi

ne

Con

trol S

yste

m (4

7) d

iver

sion

of h

ydra

ulic

pre

ssur

e du

e to

low

con

dens

er v

acuu

m s

igna

l (S

yste

m 4

7).

YE

S

YE

S

See

als

o M

ode

047-

04.

Mai

n S

team

00

1-23

P

rovi

de >

26%

turb

ine

first

sta

ge p

ress

ure

inte

rlock

si

gnal

to R

eact

or P

rote

ctio

n S

yste

m (R

PS

) (99

) fai

l-sa

fe lo

gic.

YE

S

YE

S

See

als

o M

ode

068-

02.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-5

7

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Mai

n S

team

00

1-24

P

rovi

de M

ain

Ste

am L

ine

pres

sure

sig

nal t

o Tu

rbin

e C

ontro

l Sys

tem

(47)

for o

pera

tion

of M

ain

Turb

ine

Bypa

ss V

alve

s.

YES

YES

Mai

n S

team

00

1-25

M

anua

lly c

lose

MS

IVs

and

Mai

n S

team

Dra

in L

ine

Val

ves.

YE

S YE

S

Mai

n S

team

00

1-26

P

rovi

de M

ain

Turb

ine

Byp

ass

Val

ve p

ositi

on

indi

catio

n in

the

mai

n co

ntro

l roo

m.

See

N

ote

2.

YES

Mai

n S

team

00

1-27

A

utom

atic

ally

ope

n M

SR

Vs o

n hi

gh re

acto

r pre

ssur

e to

pro

vide

RPV

pre

ssur

e re

lief.

See

N

ote

2.

YES

Mai

n S

team

00

1-28

E

stab

lish

MS

IV le

akag

e pa

thw

ay to

con

dens

er.

See

N

ote

2.

YES

Con

dens

ate

and

Dem

iner

aliz

ed

Wat

er

002-

02

Pro

vide

nor

mal

ly o

pen

wat

er s

uppl

y to

RC

IC S

yste

m

(71)

Pum

p.

NO

N

O

The

requ

irem

ent t

o ve

rify

free

flow

of w

ater

fro

m c

onde

nsat

e st

orag

e ta

nk to

RC

IC

Sys

tem

(071

) will

be fu

lfille

d du

ring

flow

te

stin

g of

the

RC

IC S

yste

m, M

odes

071

-01

or 0

71-0

2. T

his

mod

e is

a p

assi

ve fu

nctio

n si

nce

this

is th

e no

rmal

flow

pat

h of

no

rmal

ly o

pen

valv

es; n

o in

-line

com

pone

nt

is c

hang

ing

stat

e to

sat

isfy

this

Mod

e C

ondi

tion.

The

re is

no

indi

vidu

al

com

pone

nt te

st re

quire

d fo

r thi

s m

ode.

Con

dens

ate

and

Dem

iner

aliz

ed

Wat

er

002-

05

Pro

vide

nor

mal

ly o

pen

wat

er s

uppl

y to

Res

idua

l H

eat R

emov

al (R

HR

) Sys

tem

(74)

pip

ing

flow

pat

h w

hich

con

tinue

s to

HPC

I Sys

tem

pip

ing

upst

ream

of

HP

CI S

yste

m p

ump.

NO

N

O

The

requ

irem

ent t

o ve

rify

free

flow

of w

ater

fro

m c

onde

nsat

e st

orag

e ta

nk to

HPC

I S

yste

m (0

73) w

ill be

fulfi

lled

durin

g flo

w

test

ing

of th

e H

PC

I Sys

tem

, Mod

e 07

3-01

. Th

is m

ode

is a

pas

sive

func

tion

sinc

e th

is is

th

e no

rmal

flow

pat

h of

nor

mal

ly o

pen

valv

es; n

o in

-line

com

pone

nt is

cha

ngin

g st

ate

to s

atis

fy th

is M

ode

Con

ditio

n. T

here

is

no

indi

vidu

al c

ompo

nent

test

requ

ired

for

this

mod

e.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-5

8

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Con

dens

ate

and

Dem

iner

aliz

ed

Wat

er

002-

06

Pro

vide

Sec

onda

ry C

onta

inm

ent B

ound

ary.

Y

ES

N

O

BFN

uni

ts o

pera

te a

s a

sing

le z

one

seco

ndar

y co

ntai

nmen

t. S

econ

dary

C

onta

inm

ent w

as te

sted

as

a w

hole

dur

ing

Uni

t 2 te

stin

g. S

econ

dary

Con

tain

men

t bo

unda

ry a

nd p

ress

ure

boun

dary

inte

rface

is

bei

ng m

aint

aine

d.

Con

dens

ate

and

Dem

iner

aliz

ed

Wat

er

002-

08

Pro

vide

Prim

ary

Con

tain

men

t Bou

ndar

y.

YE

S

YE

S

Var

ious

sys

tem

s pe

rform

a p

assi

ve fu

nctio

n of

pro

vidi

ng a

pre

ssur

e bo

unda

ry fo

r the

P

rimar

y C

onta

inm

ent.

Com

pone

nts

whi

ch

form

the

Prim

ary

Con

tain

men

t Pre

ssur

e B

ound

ary

mus

t be

Loca

l Lea

k R

ate

Test

ed

(LLR

T) in

acc

orda

nce

with

10C

FR50

A

ppen

dix

J (i.

e., T

ype

A, B

, & C

test

ing)

.

Con

dens

ate

and

Dem

iner

aliz

ed

Wat

er

002-

09

Mai

ntai

n th

e as

-bui

lt de

sign

to m

eet 1

00 d

egre

e F

assu

mpt

ion

for m

axim

um fe

edw

ater

tem

pera

ture

dr

op th

at c

an o

ccur

for a

ny s

ingl

e ac

tion

or fa

ilure

of

feed

wat

er h

eate

r(s).

See

als

o E

xtra

ctio

n S

team

A

nd F

eedw

ater

sys

tem

s (M

odes

005

-01

and

003-

24).

See

N

ote

2.

NO

N

o co

mpo

nent

test

ing

is re

quire

d fo

r CD

W

and

ES

sys

tem

s. T

he P

EP

SE

The

rmal

C

ycle

Mod

el fo

r Ext

ende

d P

ower

Upr

ate

was

revi

ewed

to a

ssur

e th

at n

o si

ngle

ac

tion

or fa

ilure

of f

eedw

ater

hea

ter c

ould

ca

use

feed

wat

er te

mpe

ratu

re to

dro

p by

m

ore

than

100

deg

F. T

he g

reat

est l

oss

of

reco

vera

ble

heat

(wor

st c

ase

cond

ition

) w

ould

be

the

loss

of t

he la

st fe

edw

ater

he

ater

in li

ne s

ince

ther

e is

no

chan

ce o

f ad

ditio

nal h

eat r

ecov

ery

by th

e up

stre

am

feed

wat

er h

eate

rs p

rior t

o th

e fe

edw

ater

re

turn

to th

e re

acto

r. In

terp

reta

tion

of th

e ca

lcul

atio

n re

sults

for t

he h

igh

pres

sure

fe

edw

ater

hea

ter (

the

last

feed

wat

er in

-line

he

ater

) ind

icat

es fe

edw

ater

tem

pera

ture

will

no

t dro

p by

mor

e th

an 1

00 d

eg F

due

to

loss

in re

cove

ry h

eat.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-5

9

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Con

dens

ate

and

Dem

iner

aliz

ed

Wat

er

002-

10

Est

ablis

h M

SIV

leak

age

path

way

to c

onde

nser

. S

ee

Not

e 2.

N

O

Ther

e is

no

indi

vidu

al c

ompo

nent

test

re

quire

d w

ithin

the

Con

dens

ate

and

Dem

iner

aliz

ed W

ater

Sys

tem

for t

his

mod

e.

The

Mod

e re

quire

men

t is

to e

stab

lish

a le

akag

e pa

th fr

om M

SIV

s to

Con

dens

er A

an

d is

cov

ered

und

er m

ain

stea

m s

yste

m

Mod

e 00

1-02

8. T

his

mod

e is

a p

assi

ve

func

tion

sinc

e th

is is

the

norm

al fl

ow p

ath

of

norm

ally

ope

n va

lves

; no

in-li

ne c

ompo

nent

is

cha

ngin

g st

ate

to s

atis

fy th

is M

ode

Con

ditio

n.

Rea

ctor

Fee

dwat

er

003-

01

Pro

vide

hig

h re

acto

r ves

sel p

ress

ure

trip

sign

al to

R

PS

(99)

fail-

safe

logi

c.

YES

YES

Rea

ctor

Fee

dwat

er

003-

02

Pro

vide

RP

V lo

w w

ater

leve

l (L3

) trip

sig

nal t

o R

PS

(9

9).

YES

YES

Rea

ctor

Fee

dwat

er

003-

03

Pro

vide

RP

V lo

w w

ater

leve

l (L2

) sig

nal t

o H

PC

I S

yste

m (7

3).

YE

S

YE

S

See

als

o M

ode

073-

01.

Rea

ctor

Fee

dwat

er

003-

04

Pro

vide

RP

V lo

w w

ater

leve

l (L3

) per

mis

sive

sig

nal

to M

ain

Ste

am S

yste

m (0

1) fo

r AD

S.

YE

S

YE

S

See

als

o M

ode

001-

08.

Rea

ctor

Fee

dwat

er

003-

05

Pro

vide

RP

V h

igh

wat

er le

vel (

L8) s

igna

l to

HP

CI

Sys

tem

(73)

for a

utom

atic

sys

tem

shu

toff.

Y

ES

Y

ES

S

ee a

lso

Mod

e 07

3-01

.

Rea

ctor

Fee

dwat

er

003-

06

Pro

vide

hig

h re

acto

r ves

sel p

ress

ure

sign

al to

R

ecirc

ulat

ion

Sys

tem

(68)

to o

pen

reci

rcul

atio

n pu

mp

mot

or b

reak

ers

for t

rip o

f rec

ircul

atio

n pu

mps

an

d to

Con

trol R

od D

rive

(CR

D) S

yste

m (8

5) to

in

itiat

e al

tern

ate

rod

inse

rtion

, and

pro

vide

reac

tor

pres

sure

sig

nals

, as

mea

sure

d fro

m s

elec

ted

feed

wat

er s

ensi

ng li

nes

and

trans

mitt

ers

to th

e M

ain

Turb

ine

Con

trol S

yste

m (4

7) fo

r ope

ratio

n of

Mai

n Tu

rbin

e B

ypas

s V

alve

s.

YE

S

YE

S

See

als

o M

odes

068

-06

and

085-

14.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-6

0

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Rea

ctor

Fee

dwat

er

003-

07

Pro

vide

low

con

dens

er v

acuu

m s

igna

l to

ener

gize

R

eact

or F

eedw

ater

Sys

tem

(03)

sol

enoi

d to

clo

se

Mai

n S

team

Sys

tem

(01)

Fee

dwat

er T

urbi

ne S

uppl

y S

top

Val

ves.

YE

S

YE

S

See

als

o M

odes

001

-16

and

003-

18.

Rea

ctor

Fee

dwat

er

003-

08

Pro

vide

RP

V w

ater

leve

l ind

icat

ion

at b

acku

p co

ntro

l ce

nter

. YE

S YE

S

Rea

ctor

Fee

dwat

er

003-

09

Pro

vide

low

reac

tor p

ress

ure

perm

issi

ve s

igna

ls to

co

re s

pray

sys

tem

(75)

for o

peni

ng o

f low

pre

ssur

e E

CC

S in

ject

ion

valv

es a

nd to

RH

R S

yste

m (7

4) fo

r cl

osin

g of

Rec

ircul

atio

n P

ump

Dis

char

ge V

alve

s.

YE

S

YE

S

See

als

o M

odes

075

-12

and

075-

17.

Rea

ctor

Fee

dwat

er

003-

10

Pro

vide

RP

V lo

w w

ater

leve

l (L1

) sig

nal t

o P

rimar

y C

onta

inm

ent I

sola

tion

Sys

tem

(64D

) Gro

up 1

is

olat

ion

logi

c.

YES

YES

Rea

ctor

Fee

dwat

er

003-

11

Pro

vide

RP

V h

igh

wat

er le

vel (

L8) s

igna

l to

feed

wat

er c

ontro

l sys

tem

(46)

for m

ain

and

FW

turb

ine

trip.

YE

S

YE

S

See

als

o M

ode

046-

01.

Rea

ctor

Fee

dwat

er

003-

12

Pro

vide

Rea

ctor

Coo

lant

Pre

ssur

e B

ound

ary

(RC

PB

). Y

ES

Y

ES

Te

stin

g to

dem

onst

rate

func

tiona

l cap

abilit

y of

Rea

ctor

Coo

lant

Pre

ssur

e B

ound

ary

is

not r

equi

red.

Thi

s m

ode

of o

pera

tion

is a

pa

ssiv

e fu

nctio

n an

d no

phy

sica

l act

ion

is

requ

ired

by th

e sy

stem

to m

aint

ain

the

inte

grity

of t

he R

eact

or C

oola

nt P

ress

ure

Bou

ndar

y. B

asel

ine

Test

Req

uire

men

ts

Doc

umen

t 1-B

FN-B

TRD

-068

, Mod

e 06

8-04

, for

the

Rea

ctor

Rec

ircul

atio

n (6

8) a

nd

Rec

ircul

atio

n Fl

ow C

ontro

l (96

) sys

tem

s ad

dres

ses

the

func

tiona

lity

of th

e R

CP

B

and

its o

vera

ll te

stin

g. P

ipin

g an

d co

mpo

nent

s w

hich

sup

ply

a R

CP

B s

hall

be

syst

em p

ress

ure

test

ed u

nder

AS

ME

S

ectio

n X

I pro

gram

.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-6

1

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Rea

ctor

Fee

dwat

er

003-

13

Pro

vide

Prim

ary

Con

tain

men

t Bou

ndar

y.

YE

S

YE

S

Var

ious

sys

tem

s pe

rform

a p

assi

ve fu

nctio

n of

pro

vidi

ng a

pre

ssur

e bo

unda

ry fo

r the

P

rimar

y C

onta

inm

ent.

com

pone

nts

whi

ch

form

the

Prim

ary

Con

tain

men

t Pre

ssur

e B

ound

ary

mus

t be

Loca

l Lea

k R

ate

Test

ed

(LLR

T) in

acc

orda

nce

with

10C

FR50

A

ppen

dix

J (i.

e., T

ype

A, B

, & C

test

ing)

. S

ee a

lso

Mod

e 64

C-0

6.

Rea

ctor

Fee

dwat

er

003-

14

Pro

vide

Sec

onda

ry C

onta

inm

ent B

ound

ary.

Y

ES

N

O

BFN

uni

ts o

pera

te a

s a

sing

le z

one

seco

ndar

y co

ntai

nmen

t. S

econ

dary

C

onta

inm

ent w

as te

sted

as

a w

hole

dur

ing

Uni

t 2 te

stin

g. S

econ

dary

Con

tain

men

t bo

unda

ry a

nd p

ress

ure

boun

dary

inte

rface

is

bei

ng m

aint

aine

d.

Rea

ctor

Fee

dwat

er

003-

15

Pro

vide

RP

V lo

w w

ater

leve

l (L2

) sig

nal t

o R

ecirc

ulat

ion

Sys

tem

(68)

to o

pen

reci

rcul

atio

n pu

mp

mot

or b

reak

ers

for t

rip o

f rec

ircul

atio

n pu

mps

an

d to

CR

D S

yste

m (8

5) to

initi

ate

alte

rnat

e ro

d in

serti

on.

YE

S

YE

S

See

als

o M

odes

068

-06

and

085-

14.

Rea

ctor

Fee

dwat

er

003-

16

Pro

vide

RP

V p

ress

ure

indi

catio

n in

Mai

n C

ontro

l R

oom

. YE

S YE

S

Rea

ctor

Fee

dwat

er

003-

17

Pro

vide

pat

h fo

r HP

CI S

yste

m (7

3) fl

ow to

the

RP

V

thro

ugh

the

Feed

wat

er s

parg

ers.

N

O

NO

M

ode

003-

17 p

rovi

des

a flo

w p

ath

for t

he

HP

CI S

yste

m (0

73) t

o th

e re

acto

r ves

sel

thro

ugh

the

feed

wat

er s

parg

ers.

Thi

s is

a

pass

ive

func

tion.

No

base

line

test

is

requ

ired.

Rea

ctor

Fee

dwat

er

003-

18

Ene

rgiz

e so

leno

id to

clo

se M

ain

Ste

am S

yste

m (0

1)

Feed

wat

er T

urbi

ne S

team

Sup

ply

Sto

p V

alve

s on

lo

w c

onde

nser

vac

uum

or h

igh

RP

V le

vel (

L8)

sign

al.

YE

S

YE

S

See

als

o M

odes

001

-16

and

003-

07.

Rea

ctor

Fee

dwat

er

003-

19

Indi

cate

RP

V w

ater

leve

l in

the

Mai

n C

ontro

l Roo

m

for o

pera

tor i

nfor

mat

ion

in s

uppo

rt of

man

ual

actio

ns.

YES

YES

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-6

2

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Rea

ctor

Fee

dwat

er

003-

20

Pro

vide

RP

V lo

w w

ater

leve

l (L2

) sig

nal v

ia R

HR

S

yste

m (7

4) fo

r aut

omat

ic R

CIC

Sys

tem

(71)

in

itiat

ion.

YE

S

YE

S

See

als

o M

odes

071

-01

and

074-

21.

Rea

ctor

Fee

dwat

er

003-

21

Pro

vide

RP

V lo

w w

ater

leve

l (L1

) sig

nal t

o M

ain

Ste

am S

yste

m (0

1) fo

r AD

S.

YE

S

YE

S

See

als

o M

ode

001-

08.

Rea

ctor

Fee

dwat

er

003-

22

Pro

vide

RP

V lo

w w

ater

leve

l (L1

) sig

nal t

o C

ore

Spr

ay S

yste

m (7

5) fo

r Cor

e S

pray

, Low

Pre

ssur

e C

oola

nt In

ject

ion

Sys

tem

(LP

CI)

(74)

, and

Die

sel

Gen

erat

or (8

2) s

tart.

YE

S

YE

S

See

als

o M

odes

074

-01,

075

-07,

075

-11,

an

d 07

5-17

.

Rea

ctor

Fee

dwat

er

003-

23

Pro

vide

RP

V p

ress

ure

indi

catio

n at

bac

kup

cont

rol

cent

er.

YES

YES

Rea

ctor

Fee

dwat

er

003-

24

Mai

ntai

n th

e as

-bui

lt de

sign

to m

eet 1

00 d

egre

e F

assu

mpt

ion

for m

axim

um fe

edw

ater

tem

pera

ture

dr

op th

at c

an o

ccur

for a

ny s

ingl

e ac

tion

or fa

ilure

of

feed

wat

er h

eate

r(s)

. S

ee a

lso

Con

dens

ate

And

E

xtra

ctio

n S

team

Sys

tem

s (M

odes

002

-09

and

005-

01).

NO

N

O

Mod

e 00

3-24

is d

emon

stra

ted

by

calc

ulat

ion

and

no c

ompo

nent

test

ing

is

requ

ired.

The

PE

PS

E T

herm

al C

ycle

Mod

el

for E

xten

ded

Pow

er U

prat

e w

as re

view

ed

to a

ssur

e th

at n

o si

ngle

act

ion

or fa

ilure

of

feed

wat

er h

eate

r cou

ld c

ause

feed

wat

er

tem

pera

ture

to d

rop

by m

ore

than

100

deg

F.

The

gre

ates

t los

s of

reco

vera

ble

heat

(w

orst

cas

e co

nditi

on) w

ould

be

the

loss

of

the

last

feed

wat

er h

eate

r in

line

sinc

e th

ere

is n

o ch

ance

of a

dditi

onal

hea

t rec

over

y by

th

e up

stre

am fe

edw

ater

hea

ters

prio

r to

the

feed

wat

er re

turn

to th

e re

acto

r.

Inte

rpre

tatio

n of

the

calc

ulat

ion

resu

lts fo

r th

e hi

gh p

ress

ure

feed

wat

er h

eate

r (th

e la

st

feed

wat

er in

-line

hea

ter)

indi

cate

s fe

edw

ater

tem

pera

ture

will

not d

rop

by

mor

e th

an 1

00 d

eg F

due

to lo

ss in

re

cove

ry h

eat.

Rea

ctor

Fee

dwat

er

003-

25

The

uppe

r lim

it on

feed

wat

er fl

ow a

t max

imum

run-

out m

ust r

estri

ct fl

ow to

a v

alue

con

sist

ent w

ith th

e re

load

ana

lysi

s.

YES

YES

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-6

3

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Rea

ctor

Fee

dwat

er

003-

26

Pro

vide

2/3

cor

e co

vera

ge p

erm

issi

ve s

igna

l to

RH

R

Sys

tem

(74)

for c

onta

inm

ent c

oolin

g (D

ryw

ell S

pray

, To

rus

Spr

ay, o

r Sup

pres

sion

Poo

l Coo

ling)

mod

es.

YES

YES

Rea

ctor

Fee

dwat

er

003-

27

Pro

vide

RP

V h

igh

wat

er le

vel (

L8) t

o R

CIC

Sys

tem

(7

3) fo

r aut

omat

ic s

yste

m s

huto

ff.

YE

S

YE

S

See

als

o M

odes

071

-01

and

073-

01.

Rea

ctor

Fee

dwat

er

003-

28

Pro

vide

pat

h fo

r RC

IC S

yste

m (7

1) fl

ow to

the

RP

V

thro

ugh

the

feed

wat

er s

parg

ers.

N

O

NO

M

ode

003-

17 p

rovi

des

a flo

w p

ath

for t

he

RC

IC S

yste

m (0

71) t

o th

e re

acto

r ves

sel

thro

ugh

the

feed

wat

er s

parg

ers.

Thi

s is

a

pass

ive

func

tion.

No

base

line

test

is

requ

ired.

Rea

ctor

Fee

dwat

er

003-

29

Pro

vide

hig

h re

acto

r ves

sel p

ress

ure

sign

al to

M

SR

V a

uto

actu

atio

n lo

gic.

N

O

YE

S

This

is a

new

mod

e. T

he B

FN U

nit 1

M

SR

V p

ress

ure

switc

h ac

tuat

ion

func

tion

is

a ne

w m

ode.

The

BFN

Uni

t 1 fu

nctio

n w

ill be

saf

ety

rela

ted;

cur

rent

ly th

e B

FN U

nits

2

and

3 fu

nctio

ns a

re n

on-s

afet

y re

late

d.

Ext

ract

ion

Ste

am

005-

01

Mai

ntai

n th

e as

-bui

lt de

sign

to m

eet 1

00 d

egre

e F

assu

mpt

ion

for m

axim

um fe

edw

ater

tem

pera

ture

dr

op th

at c

an o

ccur

for a

ny s

ingl

e ac

tion

or fa

ilure

of

Feed

wat

er H

eate

r(s).

See

als

o C

onde

nsat

e A

nd

Feed

wat

er S

yste

ms

(Mod

es 0

02-0

9 an

d 00

3 -2

4).

NO

N

O

Sup

porte

d by

eng

inee

ring

anal

ysis

. See

al

so M

odes

002

-09

and

003-

24.

Hea

ter D

rain

s an

d V

ents

00

6-01

E

stab

lish

MS

IV le

akag

e pa

thw

ay to

con

dens

er.

NO

N

O

Boi

ler D

rain

s an

d V

ents

01

0-01

P

rovi

de p

ath

for M

ain

Ste

am S

yste

m (0

1) M

SR

V

stea

m b

low

dow

n to

Prim

ary

Con

tain

men

t Sys

tem

(6

4A) S

uppr

essi

on P

ool.

YES

YES

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-6

4

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Boi

ler D

rain

s an

d V

ents

01

0-02

P

rovi

de R

eact

or C

oola

nt P

ress

ure

Bou

ndar

y.

YE

S

YE

S

Test

ing

to d

emon

stra

te fu

nctio

nal c

apab

ility

of R

eact

or C

oola

nt P

ress

ure

Bou

ndar

y is

no

t req

uire

d. T

his

mod

e of

ope

ratio

n is

a

pass

ive

func

tion

and

no p

hysi

cal a

ctio

n is

re

quire

d by

the

syst

em to

mai

ntai

n th

e in

tegr

ity o

f the

Rea

ctor

Coo

lant

Pre

ssur

e B

ound

ary.

Bas

elin

e Te

st R

equi

rem

ents

D

ocum

ent 1

-BFN

-BTR

D-0

68, M

ode

068-

04, f

or th

e R

eact

or R

ecirc

ulat

ion

(68)

and

R

ecirc

ulat

ion

Flow

Con

trol (

96) s

yste

ms

addr

esse

s th

e fu

nctio

nalit

y of

the

RC

PB

an

d its

ove

rall

test

ing.

Aux

iliary

Boi

ler

012-

01

Pro

vide

Sec

onda

ry C

onta

inm

ent B

ound

ary.

Y

ES

N

O

BFN

uni

ts o

pera

te a

s a

sing

le z

one

Seco

ndar

y C

onta

inm

ent.

Sec

onda

ry

Con

tain

men

t was

test

ed a

s a

who

le d

urin

g U

nit 2

test

ing.

Sec

onda

ry C

onta

inm

ent

boun

dary

and

pre

ssur

e bo

unda

ry in

terfa

ce

is b

eing

mai

ntai

ned.

Aux

iliary

Boi

ler

012-

02

Pro

vide

Prim

ary

Con

tain

men

t Bou

ndar

y.

YE

S

NO

D

CN

512

00 d

elet

es in

terfa

ce fr

om S

yste

m

012

to P

rimar

y C

onta

inm

ent.

Aux

iliary

Boi

ler

012-

03

Est

ablis

h M

SIV

leak

age

path

way

to c

onde

nser

. N

O

NO

P

assi

ve fu

nctio

n. T

his

mod

e do

es n

ot

requ

ire te

stin

g.

Fuel

Oil

01

8-01

P

rovi

de d

iese

l fue

l oil

to D

iese

l Gen

erat

or S

yste

m

(82)

. Y

ES

N

O

Uni

t 2 te

stin

g fu

lfille

d U

nit 1

requ

irem

ents

.

Fuel

Oil

018-

02

Mai

ntai

n 7

day

(long

term

) sup

ply

of fu

el o

il in

st

orag

e ta

nks

in s

uppo

rt of

Die

sel G

ener

ator

Sys

tem

(8

2).

YE

S

NO

U

nit 2

test

ing

fulfi

lled

Uni

t 1 re

quire

men

ts.

RH

R S

ervi

ce

Wat

er

023-

01

Pro

vide

coo

ling

wat

er to

RH

R S

yste

m (7

4) h

eat

exch

ange

rs.

YE

S

YE

S

See

als

o M

ode

074-

20.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-6

5

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

RH

R S

ervi

ce

Wat

er

023-

03

Pro

vide

coo

ling

wat

er to

EE

CW

sys

tem

(67)

upo

n st

art o

f the

RH

R S

ervi

ce W

ater

(RH

RS

W) p

umps

gi

ven

Em

erge

ncy

Equ

ipm

ent C

oolin

g W

ater

(E

EC

W) v

alve

pos

ition

inte

rlock

sig

nals

.

YE

S

YE

S

See

Not

e 5.

See

als

o M

odes

067

-01

and

067-

03.

RH

R S

ervi

ce

Wat

er

023-

04

Pro

vide

Sec

onda

ry C

onta

inm

ent B

ound

ary.

Y

ES

N

O

BFN

uni

ts o

pera

te a

s a

sing

le z

one

Seco

ndar

y C

onta

inm

ent.

Sec

onda

ry

Con

tain

men

t was

test

ed a

s a

who

le d

urin

g U

nit 2

test

ing.

Sec

onda

ry C

onta

inm

ent

boun

dary

and

pre

ssur

e bo

unda

ry in

terfa

ce

is b

eing

mai

ntai

ned.

RH

R S

ervi

ce

Wat

er

023-

06

Pro

vide

Whe

eler

Lak

e le

vel a

larm

at e

leva

tion

564

feet

and

risi

ng.

YE

S

NO

Th

is is

a s

hare

d fu

nctio

n am

ong

all t

hree

un

its.

Test

resu

lts fr

om 2

-BFN

-RTP

-023

ar

e ap

plic

able

to U

nit 1

. No

furth

er te

stin

g is

requ

ired

to s

uppo

rt U

nit 1

rest

art.

RH

R S

ervi

ce

Wat

er

023-

08

Man

ual R

HR

SW

Sys

tem

ope

ratio

n to

pro

vide

co

olin

g w

ater

to R

HR

Sys

tem

(74)

hea

t exc

hang

ers

from

out

side

of M

ain

Con

trol R

oom

.

YES

YES

RH

R S

ervi

ce

Wat

er

023-

09

Pro

vide

sum

p pu

mp

capa

bilit

y fo

r RH

RSW

Pum

p co

mpa

rtmen

ts.

YE

S

NO

Th

is is

a s

hare

d fu

nctio

n am

ong

all t

hree

un

its.

Test

resu

lts fr

om 2

-BFN

-RTP

-023

ar

e ap

plic

able

to U

nit 1

. No

furth

er te

stin

g is

requ

ired

to s

uppo

rt U

nit 1

rest

art.

RH

R S

ervi

ce

Wat

er

023-

10

Pro

vide

ope

ratio

n of

RH

RS

W p

umps

from

out

side

th

e m

ain

cont

rol r

oom

to s

uppl

y w

ater

to th

e E

EC

W

Sys

tem

(67)

giv

en E

EC

W p

ositi

on in

terlo

ck s

igna

ls.

YE

S

NO

S

ee M

ode

067-

03.

Raw

Coo

ling

Wat

er

024-

01

Pro

vide

Sec

onda

ry C

onta

inm

ent B

ound

ary.

Y

ES

N

O

BFN

uni

ts o

pera

te a

s a

sing

le z

one

seco

ndar

y co

ntai

nmen

t. S

econ

dary

C

onta

inm

ent w

as te

sted

as

a w

hole

dur

ing

Uni

t 2 te

stin

g. S

econ

dary

Con

tain

men

t bo

unda

ry a

nd p

ress

ure

boun

dary

inte

rface

is

bei

ng m

aint

aine

d.

Raw

Coo

ling

Wat

er

024-

02

Pro

vide

pre

ssur

e bo

unda

ry in

tegr

ity to

EE

CW

S

yste

m (6

7).

NO

N

O

To

be d

elet

ed p

er D

CN

511

78.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-6

6

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Raw

Coo

ling

Wat

er

024-

04

Pro

vide

flow

pat

h th

roug

h co

ntro

l roo

m c

hille

rs A

&

B fo

r Uni

ts 1

& 2

. N

O

NO

C

hille

rs h

ave

been

repl

aced

by

air c

oole

d ch

iller

s an

d ab

ando

ned

in p

lace

und

er D

CN

51

178.

Raw

Coo

ling

Wat

er

024-

06

Pro

vide

man

ual c

ontro

l fro

m o

utsi

de th

e m

ain

cont

rol r

oom

for R

aw C

oolin

g W

ater

(RC

W) P

umps

1D

and

3D

to p

reve

nt o

verlo

adin

g of

die

sel

gene

rato

rs (8

2).

NO

N

O

This

mod

e su

ppor

ts th

e 4k

V A

C A

uxilia

ry

Pow

er S

yste

m.

RC

W p

umps

1D

and

3D

ar

e pr

ovid

ed p

ower

from

4kV

Shu

tdow

n B

oard

s A

and

3E

C re

spec

tivel

y. T

his

pow

er

sour

ce a

ssur

es ra

w c

oolin

g w

ater

can

be

mad

e av

aila

ble

for e

quip

men

t pro

tect

ion

and

to fa

cilit

ate

rest

artin

g th

e un

its.

How

ever

, sin

ce th

ese

pum

ps a

re n

ot

requ

ired

for s

afe

shut

dow

n, th

ey h

ave

no

auto

-sta

rt ca

pabi

litie

s du

ring

loss

of o

ffsite

po

wer

or a

des

ign

basi

s ac

cide

nt to

ass

ure

they

will

not a

dver

sely

impa

ct th

e sa

fety

-re

late

d el

ectri

cal s

yste

m b

us v

olta

ge.

Man

ual s

tart

capa

bilit

ies

are

avai

labl

e ou

tsid

e th

e M

ain

Con

trol R

oom

for t

hese

pu

mps

. Thi

s ca

pabi

lity

mak

es R

aw C

oolin

g W

ater

ava

ilabl

e at

the

oper

ator

's d

iscr

etio

n,

whe

n ad

equa

te p

ower

is a

vaila

ble

from

the

dies

el b

acke

d 4k

V s

hutd

own

boar

ds d

urin

g lo

ss o

f offs

ite p

ower

or a

des

ign

basi

s ac

cide

nt.

Thes

e pu

mps

(1D

& 3

D) a

nd th

e as

soci

ated

Die

sel G

ener

ator

s ar

e op

erab

le

for U

nits

2 &

3 a

nd th

is m

ode

is c

omm

on to

al

l thr

ee u

nits

. Th

eref

ore,

this

mod

e do

es

not r

equi

re a

test

und

er th

e sc

ope

of th

e as

soci

ated

BTR

D.

Raw

Ser

vice

Wat

er

025-

01

Pro

vide

Sec

onda

ry C

onta

inm

ent B

ound

ary.

Y

ES

N

O

BFN

uni

ts o

pera

te a

s a

sing

le z

one

seco

ndar

y co

ntai

nmen

t. S

econ

dary

C

onta

inm

ent w

as te

sted

as

a w

hole

dur

ing

Uni

t 2 te

stin

g. S

econ

dary

Con

tain

men

t bo

unda

ry a

nd p

ress

ure

boun

dary

inte

rface

is

bei

ng m

aint

aine

d.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-6

7

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Hig

h P

ress

ure

Fire

P

rote

ctio

n an

d D

etec

tion

026-

01

Sup

port

Sec

onda

ry C

onta

inm

ent f

unct

ion.

Y

ES

N

O

BFN

uni

ts o

pera

te a

s a

sing

le z

one

seco

ndar

y co

ntai

nmen

t. S

econ

dary

C

onta

inm

ent w

as te

sted

as

a w

hole

dur

ing

Uni

t 2 te

stin

g. S

econ

dary

Con

tain

men

t bo

unda

ry a

nd p

ress

ure

boun

dary

inte

rface

is

bei

ng m

aint

aine

d.

Hig

h P

ress

ure

Fire

P

rote

ctio

n an

d D

etec

tion

026-

02

Pre

vent

aut

omat

ic s

tart

of H

igh

Pre

ssur

e Fi

re

Pro

tect

ion

Sys

tem

(26)

Pum

ps (l

ock

out)

to p

reve

nt

over

load

ing

the

Die

sel G

ener

ator

Sys

tem

(82)

.

See

N

ote

2.

YE

S

See

MO

DE

575

-07.

Con

dens

er

Circ

ulat

ing

Wat

er

027-

04

Pro

vide

man

ual v

acuu

m b

reak

ing

capa

bilit

y to

pr

even

t bac

kflo

w fr

om c

oolin

g to

wer

war

m w

ater

ch

anne

l int

o th

e fo

reba

y up

on tr

ip o

f the

Con

dens

er

Circ

ulat

ing

Wat

er P

umps

.

YES

YES

Pot

able

Wat

er

029-

01

Pro

vide

Sec

onda

ry C

onta

inm

ent B

ound

ary.

Y

ES

N

O

BFN

uni

ts o

pera

te a

s a

sing

le z

one

seco

ndar

y co

ntai

nmen

t. S

econ

dary

C

onta

inm

ent w

as te

sted

as

a w

hole

dur

ing

Uni

t 2 te

stin

g. S

econ

dary

Con

tain

men

t bo

unda

ry a

nd p

ress

ure

boun

dary

inte

rface

is

bei

ng m

aint

aine

d.

Ven

tilat

ion

030-

01

Pro

vide

ven

tilat

ion

to U

nits

1 a

nd 2

Die

sel G

ener

ator

B

uild

ing.

S

ee

Not

e 2.

N

O

Ven

tilat

ion

030-

02

Pro

vide

ven

tilat

ion

to U

nit 3

Die

sel G

ener

ator

B

uild

ing.

S

ee

Not

e 2.

N

O

Ven

tilat

ion

030-

03

Pro

vide

ven

tilat

ion

to 2

50V

Bat

tery

Roo

m 3

EB

in th

e U

nit 3

Die

sel G

ener

ator

Bui

ldin

g to

pre

vent

a

build

up o

f hyd

roge

n ga

s du

ring

batte

ry c

harg

ing.

See

N

ote

2.

NO

Ven

tilat

ion

030-

04

Pro

vide

Sec

onda

ry C

onta

inm

ent I

nteg

rity.

Y

ES

N

O

BFN

uni

ts o

pera

te a

s a

sing

le z

one

seco

ndar

y co

ntai

nmen

t. S

econ

dary

C

onta

inm

ent w

as te

sted

as

a w

hole

dur

ing

Uni

t 2 te

stin

g. S

econ

dary

Con

tain

men

t bo

unda

ry a

nd p

ress

ure

boun

dary

inte

rface

is

bei

ng m

aint

aine

d.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-6

8

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Air

Con

ditio

ning

(In

clud

es

Shu

tdow

n B

oard

R

oom

Coo

ling

and

Con

trol R

oom

E

mer

genc

y V

entil

atio

n S

yste

m)

031-

01

Isol

ate

supp

ly d

ucts

and

sup

ply

pres

suriz

ed fi

ltere

d ou

tdoo

r air

to M

ain

Con

trol R

oom

on

Prim

ary

Con

tain

men

t Iso

latio

n S

yste

m (6

4D) G

roup

6 s

igna

l or

Rad

iatio

n M

onito

ring

Sys

tem

(90)

initi

atio

n si

gnal

.

YE

S

NO

Th

e te

stin

g pe

rform

ed b

y th

e U

nit 2

BTR

D

incl

uded

all

test

ing

nece

ssar

y fo

r Uni

t 1

(and

Uni

t 3).

The

Uni

t 2/3

BTR

D p

rovi

des

this

just

ifica

tion.

Als

o th

e su

mm

ary

in th

e U

nit 2

/3 B

TRD

sta

tes:

"…un

it 2

rest

art

test

ing

was

suf

ficie

nt to

func

tiona

lly v

erify

th

e sh

utdo

wn

requ

irem

ents

for s

yste

m 0

31

(Uni

ts 1

, 2, 3

)…"

Air

Con

ditio

ning

(In

clud

es

Shu

tdow

n B

oard

R

oom

Coo

ling

and

Con

trol R

oom

E

mer

genc

y V

entil

atio

n S

yste

m)

031-

02

Pro

vide

ven

tilat

ion

to C

able

Spr

eadi

ng R

oom

s an

d C

ontro

l Bay

Mec

hani

cal E

quip

men

t Roo

ms.

Y

ES

N

O

The

test

ing

perfo

rmed

by

the

Uni

t 2 B

TRD

in

clud

ed a

ll te

stin

g ne

cess

ary

for U

nit 1

(a

nd U

nit 3

). T

he U

nit 2

/3 B

TRD

pro

vide

s th

is ju

stifi

catio

n. A

lso

the

sum

mar

y in

the

Uni

t 2/3

BTR

D s

tate

s: "…

unit

2 re

star

t te

stin

g w

as s

uffic

ient

to fu

nctio

nally

ver

ify

the

shut

dow

n re

quire

men

ts fo

r sys

tem

031

(U

nits

1, 2

, 3)…

"

Air

Con

ditio

ning

(In

clud

es

Shu

tdow

n B

oard

R

oom

Coo

ling

and

Con

trol R

oom

E

mer

genc

y V

entil

atio

n S

yste

m)

031-

03

Rec

ircul

ate

cool

air

to R

eact

or B

uild

ing

Boa

rd

Roo

ms.

Y

ES

N

O

The

test

ing

perfo

rmed

by

the

Uni

t 2 B

TRD

in

clud

ed a

ll te

stin

g ne

cess

ary

for U

nit 1

(a

nd U

nit 3

). T

he U

nit 2

/3 B

TRD

pro

vide

s th

is ju

stifi

catio

n. A

lso

the

sum

mar

y in

the

Uni

t 2/3

BTR

D s

tate

s: "…

unit

2 re

star

t te

stin

g w

as s

uffic

ient

to fu

nctio

nally

ver

ify

the

shut

dow

n re

quire

men

ts fo

r sys

tem

031

(U

nits

1, 2

, 3)…

"

Air

Con

ditio

ning

(In

clud

es

Shu

tdow

n B

oard

R

oom

Coo

ling

and

Con

trol R

oom

E

mer

genc

y V

entil

atio

n S

yste

m)

031-

04

Pro

vide

ven

tilat

ion

and

air c

ondi

tioni

ng to

Uni

t 3

Die

sel G

ener

ator

Bui

ldin

g B

oard

Roo

ms.

Y

ES

N

O

The

test

ing

perfo

rmed

by

the

Uni

t 2 B

TRD

in

clud

ed a

ll te

stin

g ne

cess

ary

for U

nit 1

(a

nd U

nit 3

). T

he U

nit 2

/3 B

TRD

pro

vide

s th

is ju

stifi

catio

n. A

lso

the

sum

mar

y in

the

Uni

t 2/3

BTR

D s

tate

s: "…

unit

2 re

star

t te

stin

g w

as s

uffic

ient

to fu

nctio

nally

ver

ify

the

shut

dow

n re

quire

men

ts fo

r sys

tem

031

(U

nits

1, 2

, 3)…

"

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-6

9

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Air

Con

ditio

ning

(In

clud

es

Shu

tdow

n B

oard

R

oom

Coo

ling

and

Con

trol R

oom

E

mer

genc

y V

entil

atio

n S

yste

m)

031-

05

Pro

vide

reci

rcul

atio

n ai

r con

ditio

ning

to C

ontro

l R

oom

s an

d A

uxili

ary

Inst

rum

ent R

oom

s.

YE

S

NO

Th

e te

stin

g pe

rform

ed b

y th

e U

nit 2

BTR

D

incl

uded

all

test

ing

nece

ssar

y fo

r Uni

t 1

(and

Uni

t 3).

The

Uni

t 2/3

BTR

D p

rovi

des

this

just

ifica

tion.

Als

o th

e su

mm

ary

in th

e U

nit 2

/3 B

TRD

sta

tes:

"…un

it 2

rest

art

test

ing

was

suf

ficie

nt to

func

tiona

lly v

erify

th

e sh

utdo

wn

requ

irem

ents

for s

yste

m 0

31

(Uni

ts 1

, 2, 3

)…"

Air

Con

ditio

ning

(In

clud

es

Shu

tdow

n B

oard

R

oom

Coo

ling

and

Con

trol R

oom

E

mer

genc

y V

entil

atio

n S

yste

m)

031-

06

Pro

vide

ven

tilat

ion

to B

atte

ry R

oom

s.

YE

S

NO

Th

e te

stin

g pe

rform

ed b

y th

e U

nit 2

BTR

D

incl

uded

all

test

ing

nece

ssar

y fo

r Uni

t 1

(and

Uni

t 3).

The

Uni

t 2/3

BTR

D p

rovi

des

this

just

ifica

tion.

Als

o th

e su

mm

ary

in th

e U

nit 2

/3 B

TRD

sta

tes:

"…un

it 2

rest

art

test

ing

was

suf

ficie

nt to

func

tiona

lly v

erify

th

e sh

utdo

wn

requ

irem

ents

for s

yste

m 0

31

(Uni

ts 1

, 2, 3

)…"

Air

Con

ditio

ning

(In

clud

es

Shu

tdow

n B

oard

R

oom

Coo

ling

and

Con

trol R

oom

E

mer

genc

y V

entil

atio

n S

yste

m)

031-

08

Pro

vide

man

ual l

ineu

p of

HV

AC

equ

ipm

ent w

ith to

tal

loss

of c

ontro

l air.

Y

ES

N

O

The

test

ing

perfo

rmed

by

the

Uni

t 2 B

TRD

in

clud

ed a

ll te

stin

g ne

cess

ary

for U

nit 1

(a

nd U

nit 3

). T

he U

nit 2

/3 B

TRD

pro

vide

s th

is ju

stifi

catio

n. A

lso

the

sum

mar

y in

the

Uni

t 2/3

BTR

D s

tate

s: "…

unit

2 re

star

t te

stin

g w

as s

uffic

ient

to fu

nctio

nally

ver

ify

the

shut

dow

n re

quire

men

ts fo

r sys

tem

031

(U

nits

1, 2

, 3)…

"

Air

Con

ditio

ning

(In

clud

es

Shu

tdow

n B

oard

R

oom

Coo

ling

and

Con

trol R

oom

E

mer

genc

y V

entil

atio

n S

yste

m)

031-

09

Pro

vide

Sec

onda

ry C

onta

inm

ent B

ound

ary.

Y

ES

N

O

BFN

uni

ts o

pera

te a

s a

sing

le z

one

seco

ndar

y co

ntai

nmen

t. S

econ

dary

C

onta

inm

ent w

as te

sted

as

a w

hole

dur

ing

Uni

t 2 te

stin

g. S

econ

dary

Con

tain

men

t bo

unda

ry a

nd p

ress

ure

boun

dary

inte

rface

is

bei

ng m

aint

aine

d.

Con

trol A

ir 03

2-01

P

erfo

rm is

olat

ion

actio

n(s)

upo

n re

ceiv

ing

Prim

ary

Con

tain

men

t Sys

tem

(64D

) Gro

up 6

isol

atio

n si

gnal

s.

YE

S

NO

D

CN

511

82 d

elet

es s

uctio

n va

lves

. S

ee

also

Mod

e 64

D-0

4.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-7

0

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Con

trol A

ir 03

2-02

P

rovi

de c

ompr

esse

d ai

r to

Mai

n S

team

Sys

tem

(01)

A

DS

MS

RV

s.

YES

YES

Con

trol A

ir 03

2-03

P

rovi

de c

ompr

esse

d ai

r for

clo

sure

of M

ain

Ste

am

Isol

atio

n V

alve

s (S

yste

m 0

1).

YE

S

YE

S

This

func

tion

is te

sted

in 1

-BFN

-BTR

D-0

01

unde

r Mod

e 00

1-03

and

001

-25.

Con

trol A

ir 03

2-04

P

rovi

de c

ompr

esse

d ai

r to

equi

pmen

t acc

ess

air

lock

sea

ls to

pro

vide

Sec

onda

ry C

onta

inm

ent

Pre

ssur

e B

ound

ary.

YE

S

NO

Th

is is

a s

hare

d co

nfig

urat

ion,

and

Uni

t 2

resu

lts (l

iste

d in

2-B

FN-B

TRD

-032

) are

ac

cept

able

for U

nit 1

. U

nit 1

ope

ratio

n do

es n

ot im

pact

the

capa

bilit

y of

the

door

s to

mee

t saf

e sh

utdo

wn

mod

e re

quire

men

ts.

No

addi

tiona

l tes

ting

is re

quire

d to

sup

port

Uni

t 1 R

esta

rt.

Con

trol A

ir 03

2-05

P

rovi

de P

rimar

y C

onta

inm

ent B

ound

ary.

Y

ES

Y

ES

V

ario

us s

yste

ms

perfo

rm a

pas

sive

func

tion

of p

rovi

ding

a p

ress

ure

boun

dary

for t

he

Prim

ary

Con

tain

men

t. C

ompo

nent

s w

hich

fo

rm th

e P

rimar

y C

onta

inm

ent P

ress

ure

Bou

ndar

y m

ust b

e Lo

cal L

eak

Rat

e Te

sted

(L

LRT)

in a

ccor

danc

e w

ith 1

0CFR

50

App

endi

x J

(i.e.

, Typ

e A

, B, &

C te

stin

g).

Con

trol A

ir 03

2-06

P

rovi

de/s

uppo

rt S

econ

dary

Con

tain

men

t Bou

ndar

y.

YE

S

NO

B

FN u

nits

ope

rate

as

a si

ngle

zon

e se

cond

ary

cont

ainm

ent.

Sec

onda

ry

Con

tain

men

t was

test

ed a

s a

who

le d

urin

g U

nit 2

test

ing.

Sec

onda

ry C

onta

inm

ent

boun

dary

and

pre

ssur

e bo

unda

ry in

terfa

ce

is b

eing

mai

ntai

ned.

Con

trol A

ir 03

2-09

P

rovi

de fl

ow p

ath

inte

grity

for s

uppl

y of

CA

D

nitro

gen

to th

e To

rus

Vac

uum

Bre

aker

Val

ves.

S

ee

Not

e 2.

Y

ES

Te

stin

g fo

r thi

s m

ode

also

fulfi

lls th

e re

quire

men

ts o

f Mod

e 08

4-07

, "P

rovi

de

nitro

gen

as th

e ac

tuat

ing

med

ium

for t

he

reac

tor b

uild

ing

to to

rus

vacu

um b

reak

er

butte

rfly

valv

es w

hen

cont

rol a

ir is

not

av

aila

ble"

.

Ser

vice

Air

033-

01

Pro

vide

Prim

ary

Con

tain

men

t Bou

ndar

y.

YE

S

NO

S

ervi

ce a

ir in

side

the

Dry

wel

l will

be

cut

and

capp

ed b

y D

CN

511

83.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-7

1

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Ser

vice

Air

033-

02

Pro

vide

Sec

onda

ry C

onta

inm

ent B

ound

ary.

Y

ES

N

O

BFN

uni

ts o

pera

te a

s a

sing

le z

one

seco

ndar

y co

ntai

nmen

t. S

econ

dary

C

onta

inm

ent w

as te

sted

as

a w

hole

dur

ing

Uni

t 2 te

stin

g. S

econ

dary

Con

tain

men

t bo

unda

ry a

nd p

ress

ure

boun

dary

inte

rface

is

bei

ng m

aint

aine

d.

Gla

nd S

eal W

ater

03

7-01

P

rovi

de S

econ

dary

Con

tain

men

t Bou

ndar

y.

YE

S

NO

B

FN u

nits

ope

rate

as

a si

ngle

zon

e se

cond

ary

cont

ainm

ent.

Sec

onda

ry

Con

tain

men

t was

test

ed a

s a

who

le d

urin

g U

nit 2

test

ing.

Sec

onda

ry C

onta

inm

ent

boun

dary

and

pre

ssur

e bo

unda

ry in

terfa

ce

is b

eing

mai

ntai

ned.

CO

2 Sto

rage

, Fire

P

rote

ctio

n an

d P

urgi

ng

039-

01

Inhi

bit s

purio

us C

O2

initi

atio

n/re

leas

e du

ring

a se

ism

ic e

vent

whe

n ve

ntila

tion

(sys

30)

is re

quire

d in

die

sel g

ener

ator

bui

ldin

gs.

Pro

vide

abi

lity

loca

lly

to in

hibi

t CO

2 re

leas

e in

ope

ratin

g ar

eas

requ

ired

for

shut

dow

n fro

m o

utsi

de th

e M

ain

Con

trol R

oom

.

YE

S

NO

U

nit 2

test

ing

perfo

rmed

sat

isfie

s U

nit 1

test

re

quire

men

ts. N

o fu

rther

test

ing

is re

quire

d.

Sta

tion

Dra

inag

e 04

0-01

P

rovi

de S

econ

dary

Con

tain

men

t Bou

ndar

y.

YE

S

NO

B

FN u

nits

ope

rate

as

a si

ngle

zon

e se

cond

ary

cont

ainm

ent.

Sec

onda

ry

Con

tain

men

t was

test

ed a

s a

who

le d

urin

g U

nit 2

test

ing.

Sec

onda

ry C

onta

inm

ent

boun

dary

and

pre

ssur

e bo

unda

ry in

terfa

ce

is b

eing

mai

ntai

ned.

Sta

tion

Dra

inag

e 04

0-02

P

rovi

de v

alve

clo

sure

or p

ipin

g ge

omet

ry to

pre

vent

ba

ck-fl

oodi

ng o

f the

Die

sel G

ener

ator

(82)

Bui

ldin

g.

NO

N

O

This

mod

e w

as id

entif

ied

as P

hase

II (U

nit

2 po

st-r

esta

rt) m

ode

and

was

ver

ified

by

calc

ulat

ion

MD

-Q09

99-9

2011

2. T

here

are

no

requ

irem

ents

for U

nit 1

abo

ve a

nd

beyo

nd th

e ve

rifie

d U

nit 2

requ

irem

ents

. Th

eref

ore,

no

addi

tiona

l tes

ting

is re

quire

d fo

r Uni

t 1.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-7

2

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Sam

plin

g an

d W

ater

Qua

lity

(SW

Q)

043-

01

Pro

vide

Rea

ctor

Coo

lant

Pre

ssur

e B

ound

ary

(RC

PB

). Y

ES

Y

ES

Te

stin

g to

dem

onst

rate

func

tiona

l cap

abilit

y of

Rea

ctor

Coo

lant

Pre

ssur

e B

ound

ary

is

not r

equi

red.

Thi

s m

ode

of o

pera

tion

is a

pa

ssiv

e fu

nctio

n an

d no

phy

sica

l act

ion

is

requ

ired

by th

e sy

stem

to m

aint

ain

the

inte

grity

of t

he R

eact

or C

oola

nt P

ress

ure

Bou

ndar

y. B

asel

ine

Test

Req

uire

men

ts

Doc

umen

t 1-B

FN-B

TRD

-068

, Mod

e 06

8-04

, for

the

Rea

ctor

Rec

ircul

atio

n (6

8) a

nd

Rec

ircul

atio

n Fl

ow C

ontro

l (96

) sys

tem

s ad

dres

ses

the

func

tiona

lity

of th

e R

CP

B

and

its o

vera

ll te

stin

g. P

ipin

g an

d co

mpo

nent

s w

hich

sup

ply

a R

CP

B s

hall

be

syst

em p

ress

ure

test

ed u

nder

AS

ME

S

ectio

n X

I pro

gram

.

Sam

plin

g an

d W

ater

Qua

lity

043-

02

Clo

se S

ampl

ing

& W

ater

Qua

lity

Sys

tem

(43)

is

olat

ion

valv

es o

n R

PV

low

wat

er le

vel (

L1).

YES

YES

Sam

plin

g an

d W

ater

Qua

lity

043-

03

Pro

vide

Prim

ary

Con

tain

men

t Bou

ndar

y.

YE

S

YE

S

Var

ious

sys

tem

s pe

rform

a p

assi

ve fu

nctio

n of

pro

vidi

ng a

pre

ssur

e bo

unda

ry fo

r the

P

rimar

y C

onta

inm

ent.

Com

pone

nts

whi

ch

form

the

Prim

ary

Con

tain

men

t Pre

ssur

e B

ound

ary

mus

t be

Loca

l Lea

k R

ate

Test

ed

(LLR

T) in

acc

orda

nce

with

10C

FR50

A

ppen

dix

J (i.

e., T

ype

A, B

, & C

test

ing)

.

Sam

plin

g an

d W

ater

Qua

lity

043-

04

Mai

ntai

n R

HR

SW

Sys

tem

(23)

pre

ssur

e bo

unda

ry

inte

grity

. Y

ES

Y

ES

S

ee a

lso

Mod

e 02

3-01

.

Sam

plin

g an

d W

ater

Qua

lity

043-

05

Pro

vide

cap

abilit

y of

man

ual b

acku

p co

ntro

l iso

latio

n (v

alve

clo

sure

) to

prev

ent l

oss

of re

acto

r wat

er

inve

ntor

y.

YES

YES

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-7

3

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Sam

plin

g an

d W

ater

Qua

lity

043-

06

Pro

vide

Sec

onda

ry C

onta

inm

ent B

ound

ary.

Y

ES

N

O

BFN

uni

ts o

pera

te a

s a

sing

le z

one

seco

ndar

y co

ntai

nmen

t. S

econ

dary

C

onta

inm

ent w

as te

sted

as

a w

hole

dur

ing

Uni

t 2 te

stin

g. S

econ

dary

Con

tain

men

t bo

unda

ry a

nd p

ress

ure

boun

dary

inte

rface

is

bei

ng m

aint

aine

d.

Sam

plin

g an

d W

ater

Qua

lity

043-

07

Clo

se P

ost A

ccid

ent S

ampl

ing

Sys

tem

Isol

atio

n V

alve

s up

on re

ceiv

ing

Prim

ary

Con

tain

men

t Sys

tem

(6

4D) G

roup

6 is

olat

ion

sign

al.

YE

S

YE

S

See

als

o M

ode

64D

-04.

Sam

plin

g an

d W

ater

Qua

lity

043-

08

Est

ablis

h M

SIV

leak

age

path

way

to c

onde

nser

. N

O

NO

Th

ere

is n

o in

divi

dual

com

pone

nt te

st

requ

ired

with

in th

e S

WQ

sys

tem

for t

his

mod

e. T

he M

ode

Req

uire

men

t to

esta

blis

h a

leak

age

path

from

MS

IVs

to C

onde

nser

A

is c

over

ed u

nder

Mai

n S

team

sys

tem

Mod

e 00

1-02

8. T

his

mod

e is

a p

assi

ve fu

nctio

n si

nce

this

is th

e no

rmal

flow

pat

h w

ith e

ach

sam

plin

g br

anch

con

tain

ing

norm

ally

ope

n m

anua

l val

ves

up to

the

last

isol

atio

n cl

osed

man

ual

valv

e. N

o in

-line

co

mpo

nent

is c

hang

ing

stat

e to

sat

isfy

this

M

ode

Con

ditio

n.

Bui

ldin

g H

eatin

g 04

4-01

P

rovi

de S

econ

dary

Con

tain

men

t Bou

ndar

y.

YE

S

NO

B

FN u

nits

ope

rate

as

a si

ngle

zon

e se

cond

ary

cont

ainm

ent.

Sec

onda

ry

Con

tain

men

t was

test

ed a

s a

who

le d

urin

g U

nit 2

test

ing.

Sec

onda

ry C

onta

inm

ent

boun

dary

and

pre

ssur

e bo

unda

ry in

terfa

ce

is b

eing

mai

ntai

ned.

Feed

wat

er L

evel

C

ontro

l 04

6-01

P

rovi

de R

PV

hig

h w

ater

leve

l (L8

) sig

nal t

o en

ergi

ze

Rea

ctor

Fee

dwat

er S

yste

m (0

3) s

olen

oid

to c

lose

M

ain

Ste

am S

yste

m (0

1) F

eedw

ater

Tur

bine

Ste

am

Sup

ply

Sto

p V

alve

s.

YE

S

YE

S

L8 s

igna

l is

cove

red

by M

odes

003

-05

and

003-

11.

Clo

sure

of v

alve

sol

enoi

d is

co

vere

d by

Mod

e 00

3-18

.

Turb

ine

Con

trol

(EH

C)

047-

01

Pro

vide

Mai

n Tu

rbin

e C

ontro

l Val

ve fa

st c

losu

re

sign

al to

RP

S (9

9).

YES

YES

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-7

4

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Turb

ine

Con

trol

(EH

C)

047-

03

Pro

vide

hyd

raul

ic c

losu

re o

f Mai

n S

team

Sys

tem

(0

1) T

urbi

ne S

top

Val

ves

upon

low

con

dens

er

vacu

um (a

ppro

xim

atel

y 20

" HG

) sig

nal.

YE

S

YE

S

See

als

o M

ode

001-

09.

Turb

ine

Con

trol

(EH

C)

047-

04

Pro

vide

hyd

raul

ic c

losu

re o

f Mai

n S

team

Sys

tem

(0

1) M

ain

Turb

ine

Byp

ass

Val

ves

upon

low

co

nden

ser v

acuu

m (a

ppro

xim

atel

y 7"

HG

) sig

nal.

YE

S

YE

S

See

als

o M

ode

001-

22.

Turb

ine

Con

trol

(EH

C)

047-

05

Pro

vide

hyd

raul

ic c

ontro

l to

open

Mai

n S

team

S

yste

m (0

1) M

ain

Turb

ine

Byp

ass

Val

ves

on tu

rbin

e tri

p (m

ain

turb

ine

stop

val

ve c

losu

re) s

igna

l.

YE

S

YE

S

See

als

o M

ode

001-

05.

Dem

iner

aliz

er

Back

was

h Ai

r 05

3-01

P

rovi

de S

econ

dary

Con

tain

men

t Bou

ndar

y.

YE

S

NO

B

FN u

nits

ope

rate

as

a si

ngle

zon

e se

cond

ary

cont

ainm

ent.

Sec

onda

ry

Con

tain

men

t was

test

ed a

s a

who

le d

urin

g U

nit 2

test

ing.

Sec

onda

ry C

onta

inm

ent

boun

dary

and

pre

ssur

e bo

unda

ry in

terfa

ce

is b

eing

mai

ntai

ned.

Sta

ndby

Liq

uid

Con

trol

063-

01

Man

ual i

njec

tion

of b

oron

sol

utio

n in

to re

acto

r giv

en

indi

catio

n of

inco

mpl

ete

inse

rtion

of c

ontro

l rod

s (C

RD

, sys

tem

85)

and

reac

tor n

ot b

eing

in

subc

ritic

al c

ondi

tion

(Neu

tron

Mon

itorin

g S

yste

m,

syst

em 9

2).

YES

YES

Sta

ndby

Liq

uid

Con

trol

063-

02

Pro

vide

Sta

ndby

Liq

uid

Con

trol S

yste

m (S

LCS)

in

itiat

ion

sign

al to

Rea

ctor

Wat

er C

lean

up (R

WC

U)

Sys

tem

(69)

for i

sola

tion

of R

WC

U S

yste

m fr

om th

e re

acto

r to

prev

ent l

oss

or d

ilutio

n of

Bor

on s

olut

ion.

YE

S

YE

S

See

als

o M

ode

069-

04.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-7

5

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Sta

ndby

Liq

uid

Con

trol

063-

03

Pro

vide

Rea

ctor

Coo

lant

Pre

ssur

e B

ound

ary.

Y

ES

Y

ES

Te

stin

g to

dem

onst

rate

func

tiona

l cap

abilit

y of

Rea

ctor

Coo

lant

Pre

ssur

e B

ound

ary

is

not r

equi

red.

Thi

s m

ode

of o

pera

tion

is a

pa

ssiv

e fu

nctio

n an

d no

phy

sica

l act

ion

is

requ

ired

by th

e sy

stem

to m

aint

ain

the

inte

grity

of t

he R

eact

or C

oola

nt P

ress

ure

Bou

ndar

y. B

asel

ine

Test

Req

uire

men

ts

Doc

umen

t 1-B

FN-B

TRD

-068

, Mod

e 06

8-04

, for

the

Rea

ctor

Rec

ircul

atio

n (6

8) a

nd

Rec

ircul

atio

n Fl

ow C

ontro

l (96

) sys

tem

s ad

dres

ses

the

func

tiona

lity

of th

e R

CP

B

and

its o

vera

ll te

stin

g. P

ipin

g an

d co

mpo

nent

s w

hich

sup

ply

a R

CP

B s

hall

be

syst

em p

ress

ure

test

ed u

nder

AS

ME

S

ectio

n X

I pro

gram

.

Sta

ndby

Liq

uid

Con

trol

063-

04

Pro

vide

Prim

ary

Con

tain

men

t Bou

ndar

y.

YE

S

YE

S

Var

ious

sys

tem

s pe

rform

a p

assi

ve fu

nctio

n of

pro

vidi

ng a

pre

ssur

e bo

unda

ry fo

r the

P

rimar

y C

onta

inm

ent.

Com

pone

nts

whi

ch

form

the

Prim

ary

Con

tain

men

t Pre

ssur

e B

ound

ary

mus

t be

Loca

l Lea

k R

ate

Test

ed

(LLR

T) in

acc

orda

nce

with

10C

FR50

A

ppen

dix

J (i.

e., T

ype

A, B

, & C

test

ing)

.

Prim

ary

Con

tain

men

t 64

A-0

6 P

rovi

de P

rimar

y C

onta

inm

ent B

ound

ary.

Y

ES

Y

ES

V

ario

us s

yste

ms

perfo

rm a

pas

sive

func

tion

of p

rovi

ding

a p

ress

ure

boun

dary

for t

he

Prim

ary

Con

tain

men

t. C

ompo

nent

s w

hich

fo

rm th

e P

rimar

y C

onta

inm

ent P

ress

ure

Bou

ndar

y m

ust b

e Lo

cal L

eak

Rat

e Te

sted

(L

LRT)

in a

ccor

danc

e w

ith 1

0CFR

50

App

endi

x J

(i.e.

, Typ

e A

, B, &

C te

stin

g).

See

Mod

e 64

B-2

7.

Prim

ary

Con

tain

men

t 64

A-0

8 P

rovi

de h

igh

dryw

ell p

ress

ure

trip

sign

al to

RP

S

(99)

. YE

S YE

S

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-7

6

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Prim

ary

Con

tain

men

t 64

A-0

9 P

rovi

de h

igh

dryw

ell p

ress

ure

sign

al to

RH

R S

yste

m

(74)

for L

PC

I ini

tiatio

n lo

gic

and

to C

ore

Spr

ay

Sys

tem

(75)

for s

yste

m in

itiat

ion

logi

c, 4

80V

load

sh

ed lo

gic,

Die

sel G

ener

ator

sta

rt lo

gic,

and

HPC

I S

yste

m (7

3) in

itiat

ion

logi

c.

YE

S

YE

S

See

als

o M

odes

073

-01,

074

-01,

075

-07,

07

5-08

, and

075

-17.

Prim

ary

Con

tain

men

t 64

A-1

0 P

rovi

de v

acuu

m re

lief s

yste

m (v

acuu

m b

reak

er

valv

es) t

o pr

even

t dry

wel

l or s

uppr

essi

on c

ham

ber

(toru

s) n

egat

ive

pres

sure

from

dam

agin

g co

ntai

nmen

t stru

ctur

e. P

rovi

de a

ir-op

erat

ed

recl

osur

e of

the

inbo

ard

reac

tor b

uild

ing

to to

rus

vacu

um b

reak

ers.

YES

YES

Prim

ary

Con

tain

men

t 64

A-1

1 P

rovi

de d

ryw

ell t

empe

ratu

re in

dica

tion

in M

ain

Con

trol R

oom

in s

uppo

rt of

Rea

ctor

Bui

ldin

g C

lose

d C

oolin

g W

ater

Sys

tem

(sys

tem

70)

and

RH

R

Sys

tem

(74)

Dry

wel

l Spr

ay (c

onta

inm

ent c

oolin

g)

Mod

e.

YES

YES

Prim

ary

Con

tain

men

t 64

A-1

2 P

rovi

de s

uppr

essi

on p

ool t

empe

ratu

re in

dica

tion

in

Mai

n C

ontro

l Roo

m in

sup

port

of R

HR

Sys

tem

(74)

C

onta

inm

ent C

oolin

g (to

rus

cool

ing

and

dryw

ell/t

orus

spr

ay),

Mai

n S

team

Sys

tem

man

ual

RP

V d

epre

ssur

izat

ion,

and

RP

S S

yste

m (9

9)

man

ual s

cram

.

YES

YES

Prim

ary

Con

tain

men

t 64

A-1

3 P

rovi

de s

uppr

essi

on p

ool l

evel

indi

catio

n in

mai

n co

ntro

l roo

m in

sup

port

of R

HR

Sys

tem

(74)

C

onta

inm

ent C

oolin

g an

d M

ain

Ste

am S

yste

m (0

1)

man

ual d

epre

ssur

izat

ion.

Pro

vide

pre

ssur

e bo

unda

ry in

tegr

ity to

HP

CI S

yste

m (7

3).

YES

YES

Prim

ary

Con

tain

men

t 64

A-1

4 P

rovi

de d

ryw

ell p

ress

ure

indi

catio

n in

Mai

n C

ontro

l R

oom

in s

uppo

rt of

RH

R S

yste

m (7

4) C

onta

inm

ent

Coo

ling

(dry

wel

l/tor

us s

pray

) and

Con

tain

men

t A

tmos

pher

e D

ilutio

n S

yste

m (8

4) c

onta

inm

ent

vent

ing

afte

r a L

OC

A.

YE

S

YE

S

See

als

o M

odes

073

-12,

074

-03,

and

084

-01

.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-7

7

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Prim

ary

Con

tain

men

t 64

A-1

5 P

rovi

de d

ryw

ell t

empe

ratu

re in

dica

tion

outs

ide

the

Mai

n C

ontro

l Roo

m in

sup

port

of R

eact

or B

uild

ing

Clo

sed

Coo

ling

Wat

er S

yste

m (s

yste

m 7

0) a

nd R

HR

S

yste

m (7

4) o

pera

tion

from

out

side

the

Mai

n C

ontro

l R

oom

.

YES

YES

Prim

ary

Con

tain

men

t 64

A-1

6 P

rovi

de s

uppr

essi

on p

ool t

empe

ratu

re in

dica

tion

outs

ide

the

Mai

n C

ontro

l Roo

m in

sup

port

of M

ain

Ste

am S

yste

m (0

1) m

anua

l RP

V d

epre

ssur

izat

ion,

an

d R

HR

Sys

tem

(74)

ope

ratio

n.

YES

YES

Prim

ary

Con

tain

men

t 64

A-1

7 P

rovi

de s

uppr

essi

on p

ool l

evel

indi

catio

n ou

tsid

e th

e m

ain

cont

rol r

oom

in s

uppo

rt of

Mai

n S

team

Sys

tem

(0

1) m

anua

l RP

V d

epre

ssur

izat

ion,

RC

IC S

yste

m

(71)

ope

ratio

n, a

nd R

HR

sys

tem

(74)

ope

ratio

n fro

m

outs

ide

the

Mai

n C

ontro

l Roo

m.

YES

YES

Prim

ary

Con

tain

men

t 64

A-1

8 P

rovi

de d

ryw

ell p

ress

ure

indi

catio

n ou

tsid

e th

e M

ain

Con

trol R

oom

in s

uppo

rt of

RH

R S

yste

m (7

4)

oper

atio

n fro

m o

utsi

de th

e M

ain

Con

trol R

oom

.

YES

YES

Prim

ary

Con

tain

men

t 64

A-2

5 P

rovi

de h

igh

dryw

ell p

ress

ure

sign

al to

Mai

n S

team

S

yste

m (0

1) fo

r Aut

omat

ic D

epre

ssur

izat

ion

Sys

tem

(A

DS

) log

ic.

YE

S

YE

S

See

als

o M

ode

001-

08.

Rea

ctor

Bui

ldin

g V

entil

atio

n 64

B-2

3 P

rovi

de fo

rced

air

cool

ing

for R

HR

Sys

tem

(74)

and

C

ore

Spr

ay S

yste

m (7

5) p

ump

mot

ors.

YE

S YE

S

Rea

ctor

Bui

ldin

g V

entil

atio

n 64

B-2

7 C

lose

prim

ary

Con

tain

men

t Ven

tilat

ion

Sys

tem

Is

olat

ion

Val

ves

on P

rimar

y C

onta

inm

ent I

sola

tion

Sys

tem

(64D

) Gro

up 6

isol

atio

n si

gnal

. (Fa

il-sa

fe

with

resp

ect t

o po

wer

sup

ply.

)

YE

S

YE

S

See

als

o M

ode

64D

-04.

Rea

ctor

Bui

ldin

g V

entil

atio

n 64

B-2

8 P

erfo

rm is

olat

ion

actio

ns [t

rip fa

ns, c

lose

dam

pers

, op

en d

ampe

rs to

Sta

ndby

Gas

Tre

atm

ent S

yste

m

(SG

TS) (

65) o

n P

rimar

y C

onta

inm

ent I

sola

tion

Sys

tem

(64D

) Gro

up 6

isol

atio

n si

gnal

s. (F

ail-s

afe

with

resp

ect t

o po

wer

sup

ply.

)

YE

S

YE

S

See

als

o M

ode

64D

-04.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-7

8

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Seco

ndar

y C

onta

inm

ent

64C

-21

Pro

vide

Sec

onda

ry C

onta

inm

ent B

ound

ary.

Y

ES

N

O

BFN

uni

ts o

pera

te a

s a

sing

le z

one

seco

ndar

y co

ntai

nmen

t. S

econ

dary

C

onta

inm

ent w

as te

sted

as

a w

hole

dur

ing

Uni

t 2 te

stin

g. S

econ

dary

Con

tain

men

t bo

unda

ry a

nd p

ress

ure

boun

dary

inte

rface

is

bei

ng m

aint

aine

d.

Prim

ary

Con

tain

men

t Is

olat

ion

64D

-01

Pro

vide

sig

nal t

o cl

ose

Gro

up 1

Prim

ary

Con

tain

men

t Iso

latio

n V

alve

s [M

ain

Ste

am S

yste

m

(01)

and

Sam

plin

g an

d W

ater

Qua

lity

Sys

tem

(43)

].

YE

S

YE

S

See

als

o M

odes

001

-03

and

001-

04.

Prim

ary

Con

tain

men

t Is

olat

ion

64D

-02

Pro

vide

sig

nal t

o cl

ose

Gro

up 2

Prim

ary

Con

tain

men

t Iso

latio

n V

alve

s [R

HR

Sys

tem

(74)

, C

ore

Spr

ay S

yste

m (7

5), a

nd R

adw

aste

(77)

].

YE

S

YE

S

See

als

o M

ode

077-

01.

Prim

ary

Con

tain

men

t Is

olat

ion

64D

-03

Pro

vide

sig

nal t

o cl

ose

Gro

up 3

Prim

ary

Con

tain

men

t Iso

latio

n V

alve

s [R

WC

U S

yste

m (6

9)].

YE

S

YE

S

See

als

o M

ode

069-

03.

Prim

ary

Con

tain

men

t Is

olat

ion

64D

-04

Pro

vide

sig

nal t

o cl

ose

Gro

up 6

Prim

ary

Con

tain

men

t Iso

latio

n V

alve

s (S

yste

ms

43, 6

4, 7

6,

84, a

nd 9

0), &

isol

ate

AC

sys

tem

(31)

sup

ply

duct

s to

Mai

n C

ontro

l Roo

m, i

nitia

te C

ontro

l Roo

m

Em

erge

ncy

Vent

ilatio

n S

yste

m (

31),

trip

fans

&

posi

tion

dam

pers

(64B

), &

initi

ate

SG

TS (6

5).

YE

S

YE

S

See

als

o M

odes

031

-01,

032

-01,

043

-07,

64

B-2

7, 6

4B-2

8, 0

65-0

1, 0

65-0

3, 0

76-0

1,

084-

06, 0

90-0

3, a

nd 0

90-0

5.

Prim

ary

Con

tain

men

t Is

olat

ion

64D

-05

Pro

vide

sig

nal t

o cl

ose

Gro

up 8

isol

atio

n va

lves

.

YES

YES

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-7

9

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Sta

ndby

Gas

Tr

eatm

ent

065-

01

Mai

ntai

n ne

gativ

e pr

essu

re in

Sec

onda

ry

Con

tain

men

t on

Prim

ary

Con

tain

men

t Sys

tem

(64D

) G

roup

6 is

olat

ion

sign

al.

Filte

r airb

orne

par

ticul

ates

&

gas

es [i

nclu

ding

thos

e fro

m H

PC

I sys

tem

(73)

&

CA

D s

yste

m (8

4)] p

rior t

o di

scha

rge

to o

ff-ga

s sy

stem

(66)

.

YE

S

NO

C

ompl

ete

test

ing

for t

hese

mod

es (M

ode

065-

01, M

ode

065-

03, a

nd M

ode

066-

02)

was

incl

uded

in th

e Te

st R

equi

rem

ents

for

Uni

t 2 s

tartu

p. T

he S

GTS

and

Off

Gas

S

yste

m (O

GS)

are

ope

ratio

nal a

s co

mm

on

syst

ems

to U

nits

2/3

and

are

und

er T

ech

Spe

c su

rvei

llanc

e. T

hus

the

syst

em

capa

bilit

y to

est

ablis

h ne

gativ

e pr

essu

re

and

prov

ide

gase

ous

rele

ase

cont

rol w

as

dem

onst

rate

d fo

r Uni

t 2 R

esta

rt an

d do

es

not r

equi

re fu

rther

test

ing

for U

nit 1

. Th

e S

GTS

initi

atio

n lo

gic

for M

odes

065

-01

and

065-

03 o

n a

Uni

t 1 P

rimar

y C

onta

inm

ent

Isol

atio

n S

yste

m (P

CIS

) Gro

up 6

sig

nal i

s te

sted

dur

ing

Mod

e 06

4D-0

4 w

hile

no

test

ing

is re

quire

d fo

r Mod

e 06

6-02

.

Sta

ndby

Gas

Tr

eatm

ent

065-

02

Pro

vide

val

ves

or p

ipin

g ge

omet

ry to

sup

port

Rad

was

te S

yste

m (7

7) to

pre

vent

Rad

was

te

Bui

ldin

g flo

odin

g.

NO

N

O

Thes

e m

odes

con

tain

onl

y pi

ping

geo

met

ry

and

man

ually

act

uate

d va

lves

to p

erfo

rm

the

mod

e fu

nctio

n, th

eref

ore,

no

test

ing

is

requ

ired.

Ver

ifica

tion

of p

ipin

g ge

omet

ry is

pe

rform

ed u

nder

1-B

FN-B

TRD

-077

, Mod

es

077-

06 a

nd 0

77-0

7.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-8

0

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Sta

ndby

Gas

Tr

eatm

ent

065-

03

Mai

ntai

n ne

gativ

e pr

essu

re in

Sec

onda

ry

Con

tain

men

t on

Prim

ary

Con

tain

men

t Sys

tem

(64D

) si

gnal

due

to R

adia

tion

Mon

itorin

g S

yste

m re

fuel

ing

zone

hig

h ra

diat

ion

sign

al.

Filte

r airb

orne

pa

rticu

late

s &

gas

es p

rior t

o di

scha

rge

to O

ff-G

as

Sys

tem

(66)

.

YE

S

NO

C

ompl

ete

test

ing

for t

hese

mod

es (M

ode

065-

01, M

ode

065-

03, a

nd M

ode

066-

02)

was

incl

uded

in th

e Te

st R

equi

rem

ents

for

Uni

t 2 s

tartu

p. T

he S

GTS

and

OG

S a

re

oper

atio

nal a

s co

mm

on s

yste

ms

to U

nits

2/

3 an

d ar

e un

der T

ech

Spe

c su

rvei

llanc

e.

Thus

the

syst

em c

apab

ility

to e

stab

lish

nega

tive

pres

sure

and

pro

vide

gas

eous

re

leas

e co

ntro

l was

dem

onst

rate

d fo

r Uni

t 2

Res

tart

and

does

not

requ

ire fu

rther

test

ing

for U

nit 1

. The

SG

TS in

itiat

ion

logi

c fo

r M

odes

065

-01

and

065-

03 o

n a

Uni

t 1

PC

IS G

roup

6 s

igna

l is

test

ed d

urin

g M

ode

064D

-04

whi

le n

o te

stin

g is

requ

ired

for

Mod

e 06

6-02

.

OffG

as

066-

02

Pro

vide

flow

pat

h in

tegr

ity fo

r the

rele

ase

of th

e fil

tere

d S

GTS

(65)

gas

es to

the

stac

ks.

YE

S

NO

C

ompl

ete

test

ing

for t

hese

mod

es (M

ode

065-

01, M

ode

065-

03, a

nd M

ode

066-

02)

was

incl

uded

in th

e Te

st R

equi

rem

ents

for

Uni

t 2 s

tartu

p. T

he S

GTS

and

OG

S a

re

oper

atio

nal a

s co

mm

on s

yste

ms

to U

nits

2/

3 an

d ar

e un

der T

ech

Spe

c su

rvei

llanc

e.

Thus

the

syst

em c

apab

ility

to e

stab

lish

nega

tive

pres

sure

and

pro

vide

gas

eous

re

leas

e co

ntro

l was

dem

onst

rate

d fo

r Uni

t 2

Res

tart

and

does

not

requ

ire fu

rther

test

ing

for U

nit 1

. Th

e S

GTS

initi

atio

n lo

gic

for

Mod

es 0

65-0

1 an

d 06

5-03

on

a U

nit 1

P

CIS

Gro

up 6

sig

nal i

s te

sted

dur

ing

Mod

e 06

4D-0

4 w

hile

no

test

ing

is re

quire

d fo

r M

ode

066-

02.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-8

1

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

OffG

as

066-

03

Pro

vide

val

ves

or p

ipin

g ge

omet

ry to

sup

port

Rad

was

te S

yste

m (7

7) to

pre

vent

Rad

was

te

Bui

ldin

g flo

odin

g.

YE

S

YE

S

Thes

e m

odes

con

tain

onl

y pi

ping

geo

met

ry

and

man

ually

act

uate

d va

lves

to p

erfo

rm

the

mod

e fu

nctio

n, th

eref

ore,

no

test

ing

is

requ

ired.

Ver

ifica

tion

of p

ipin

g ge

omet

ry is

pe

rform

ed u

nder

1-B

FN-B

TRD

-077

, Mod

es

077-

06 a

nd 0

77-0

7.

OffG

as

066-

04

Pro

vide

aut

omat

ic c

losu

re o

f bac

k-dr

aft p

reve

ntio

n da

mpe

rs to

pre

vent

bac

k flo

w a

nd p

oten

tial g

roun

d le

vel r

elea

se o

f rad

iatio

n.

See

N

ote

2.

NO

Te

stin

g fo

r Mod

e 06

6-04

was

incl

uded

in

post

mod

ifica

tion

test

ing

for D

CN

W

1799

9A.

Add

ition

al te

stin

g fo

r Uni

t 1 is

no

t req

uire

d. S

ee a

lso

DC

N 5

1128

.

Em

erge

ncy

Equ

ipm

ent C

oolin

g W

ater

067-

01

Pro

vide

coo

ling

wat

er to

AC

Sys

tem

(31)

chi

llers

, R

HR

Sys

tem

(74)

Pum

p S

eal C

oole

rs, C

onta

inm

ent

Iner

ting

Sys

tem

(76)

H2

& O

2 G

as A

naly

zers

, Die

sel

Gen

erat

or (8

2), R

HR

& C

ore

Spr

ay E

quip

men

t R

oom

Coo

lers

(64B

), an

d Fu

el P

ool (

78).

B. P

rovi

de

EE

CW

val

ve p

ositi

on in

terlo

ck s

igna

l for

aut

o-st

art

RH

RS

W (2

3) p

umps

.

YE

S

YE

S

This

is a

sha

red

syst

em.

In a

dditi

on to

the

verif

icat

ion

of a

dequ

ate

cool

ing

wat

er fl

ow

to e

ssen

tial U

nit E

EC

W c

ompo

nent

s, th

e te

stin

g m

ust i

nclu

de s

imul

tane

ous

verif

icat

ion

of a

dequ

ate

flow

to U

nits

2/3

es

sent

ial c

ompo

nent

s. H

owev

er,

verif

icat

ion

of a

dequ

ate

flow

to U

nit 1

H2O

2 an

alyz

er is

not

requ

ired.

Em

erge

ncy

Equ

ipm

ent C

oolin

g W

ater

067-

02

Pro

vide

Sec

onda

ry C

onta

inm

ent B

ound

ary.

Y

ES

N

O

BFN

uni

ts o

pera

te a

s a

sing

le z

one

seco

ndar

y co

ntai

nmen

t. S

econ

dary

C

onta

inm

ent w

as te

sted

as

a w

hole

dur

ing

Uni

t 2 te

stin

g. S

econ

dary

Con

tain

men

t bo

unda

ry a

nd p

ress

ure

boun

dary

inte

rface

is

bei

ng m

aint

aine

d.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-8

2

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Em

erge

ncy

Equ

ipm

ent C

oolin

g W

ater

067-

03

A.

For o

utsi

de M

ain

Con

trol R

oom

shu

tdow

n,

prov

ide

cool

ing

wat

er to

AC

Sys

tem

(31)

chi

llers

, R

HR

& C

ore

Spr

ay E

quip

men

t Roo

m C

oole

rs (6

4B),

RH

R (7

4) p

ump

seal

coo

lers

, DG

(82)

, & fu

el p

ool

(78)

; B

. P

rovi

de E

EC

W v

alve

pos

ition

inte

rlock

sig

nal f

or

RH

RS

W (2

3) p

ump

star

t.

YE

S

YE

S

A. T

his

is a

sha

red

syst

em. I

n ad

ditio

n to

th

e ve

rific

atio

n of

ade

quat

e co

olin

g w

ater

flo

w to

ess

entia

l Uni

t EE

CW

com

pone

nts,

th

e te

stin

g m

ust i

nclu

de s

imul

tane

ous

verif

icat

ion

of a

dequ

ate

flow

to U

nits

2/3

es

sent

ial c

ompo

nent

s. V

erifi

catio

n of

ad

equa

te fl

ow to

Uni

t 1 H

2O2

anal

yzer

is

not r

equi

red.

B

. Thi

s is

a s

hare

d sy

stem

. Te

st re

sults

for

2-B

FN-B

TRD

-067

are

app

licab

le to

Uni

t 1.

No

furth

er te

stin

g is

requ

ired

to s

uppo

rt U

nit

1 R

esta

rt.

Em

erge

ncy

Equ

ipm

ent C

oolin

g W

ater

067-

05

Atta

ch a

fire

hos

e to

EE

CW

to m

aint

ain

wat

er le

vel

in th

e Fu

el P

ool.

YE

S

YE

S

Cal

cula

tion

MD

Q00

67-8

7065

4 co

rrela

tes

EE

CW

hea

der p

ress

ure

with

flow

rate

to

the

fuel

poo

ls.

Taki

ng p

ress

ure

read

ings

to

verif

y a

min

imum

flow

of 1

50 g

pm (b

ased

on

the

calc

ulat

ion

head

er p

ress

ure/

flow

gr

aphs

) whi

le te

stin

g fo

r Mod

es 0

67-

01/0

67-0

3 ac

com

plis

hes

test

ing

for M

ode

067-

05.

Rea

ctor

Wat

er

Rec

ircul

atio

n 06

8-01

C

lose

Rec

ircul

atio

n P

ump

Dis

char

ge V

alve

s on

R

HR

Sys

tem

(74)

aut

omat

ic L

PC

I mod

e in

itiat

ion

sign

al.

YE

S

YE

S

See

als

o M

ode

074-

17.

Rea

ctor

Wat

er

Rec

ircul

atio

n 06

8-02

O

pen

Rec

ircul

atio

n P

ump

Mot

or B

reak

ers

on R

PS

(9

9) s

igna

l due

to >

30%

turb

ine

1st s

tage

pre

ssur

e an

d ei

ther

Mai

n Tu

rbin

e C

ontro

l Val

ve fa

st c

losu

re

or M

ain

Turb

ine

Sto

p V

alve

< 9

0% o

pen

(end

-of-

cycl

e R

PT

func

tion)

. P

rovi

de a

dequ

ate

coas

tdow

n in

ertia

.

YE

S

YE

S

See

als

o M

odes

001

-01,

001

-23,

and

099

-05

.

Rea

ctor

Wat

er

Rec

ircul

atio

n 06

8-03

C

lose

Rec

ircul

atio

n P

ump

Dis

char

ge V

alve

s m

anua

lly in

sup

port

of m

anua

lly in

itiat

ed R

HR

S

yste

m (7

4) s

hutd

own

cool

ing

mod

e an

d LP

CI

mod

e (fr

om M

ain

Con

trol R

oom

and

from

out

side

M

ain

Con

trol R

oom

).

YES

YES

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-8

3

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Rea

ctor

Wat

er

Rec

ircul

atio

n 06

8-04

P

rovi

de re

acto

r Coo

lant

Pre

ssur

e B

ound

ary

(RC

PB

). YE

S YE

S

Rea

ctor

Wat

er

Rec

ircul

atio

n 06

8-05

P

rovi

de lo

w re

acto

r pre

ssur

e pe

rmis

sive

sig

nals

to

Cor

e S

pray

Sys

tem

(75)

and

RH

R S

yste

m (7

4).

YES

YES

Rea

ctor

Wat

er

Rec

ircul

atio

n 06

8-06

Tr

ip re

circ

ulat

ion

pum

p m

otor

-bre

aker

s on

hig

h re

acto

r pre

ssur

e or

low

wat

er le

vel (

L2).

YE

S

YE

S

See

als

o M

odes

003

-06

and

003-

15.

Rea

ctor

Wat

er

Rec

ircul

atio

n 06

8-08

P

rovi

de P

rimar

y C

onta

inm

ent B

ound

ary.

Y

ES

Y

ES

V

ario

us s

yste

ms

perfo

rm a

pas

sive

func

tion

of p

rovi

ding

a p

ress

ure

boun

dary

for t

he

Prim

ary

Con

tain

men

t. C

ompo

nent

s w

hich

fo

rm th

e P

rimar

y C

onta

inm

ent P

ress

ure

Bou

ndar

y m

ust b

e Lo

cal L

eak

Rat

e Te

sted

(L

LRT)

in a

ccor

danc

e w

ith 1

0CFR

50

App

endi

x J

(i.e.

, Typ

e A

, B, &

C te

stin

g).

Rea

ctor

Wat

er

Rec

ircul

atio

n 06

8-09

A

ssur

e th

at m

otor

-gen

erat

or (M

-G) s

et s

peed

ch

ange

s st

ay w

ithin

ana

lyze

d lim

its (A

ccel

erat

ion

at

max

imum

rate

of 2

5% o

f ful

l spe

ed p

er s

econ

d;

Max

imum

flow

of 1

05%

of r

ated

flow

at 1

00%

rate

d po

wer

).

YE

S

YE

S

M-G

set

s ar

e be

ing

repl

aced

with

Var

iabl

e Fr

eque

ncy

Driv

es (V

FDs)

per

DC

N 5

1219

. Fu

nctio

nal t

estin

g of

the

VFD

s w

ill be

co

nduc

ted

durin

g P

ost M

odifi

catio

n Te

sts

(PM

Ts) f

or D

CN

512

19.

Rea

ctor

Wat

er

Rec

ircul

atio

n 06

8-10

P

lant

tech

nica

l spe

cific

atio

n an

d pr

oced

ures

requ

ire

war

m-u

p of

the

loop

bef

ore

pum

p st

art.

NO

N

O

Pla

nt T

echn

ical

Spe

cific

atio

ns a

nd

proc

edur

es re

quire

the

loop

to b

e w

arm

ed

befo

re th

e R

eact

or R

ecirc

ulat

ion

pum

p is

st

arte

d. N

o ba

selin

e op

erat

iona

l tes

ting

is

requ

ired

to s

uppo

rt th

is s

tate

men

t of f

act.

(Tec

h S

pec

3.4.

9 pr

escr

ibes

the

reci

rcul

atio

n pu

mp

star

ting

tem

pera

ture

s.)

Rea

ctor

Wat

er

Cle

anup

06

9-01

P

rovi

de P

rimar

y C

onta

inm

ent B

ound

ary.

Y

ES

Y

ES

V

ario

us s

yste

ms

perfo

rm a

pas

sive

func

tion

of p

rovi

ding

a p

ress

ure

boun

dary

for t

he

Prim

ary

Con

tain

men

t. C

ompo

nent

s w

hich

fo

rm th

e P

rimar

y C

onta

inm

ent P

ress

ure

Bou

ndar

y m

ust b

e Lo

cal L

eak

Rat

e Te

sted

(L

LRT)

in a

ccor

danc

e w

ith 1

0CFR

50

App

endi

x J

(i.e.

, Typ

e A

, B, &

C te

stin

g).

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-8

4

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Rea

ctor

Wat

er

Cle

anup

06

9-02

P

rovi

de S

econ

dary

Con

tain

men

t Bou

ndar

y.

YE

S

NO

B

FN u

nits

ope

rate

as

a si

ngle

zon

e se

cond

ary

cont

ainm

ent.

Sec

onda

ry

Con

tain

men

t was

test

ed a

s a

who

le d

urin

g U

nit 2

test

ing.

Sec

onda

ry C

onta

inm

ent

boun

dary

and

pre

ssur

e bo

unda

ry in

terfa

ce

is b

eing

mai

ntai

ned.

Rea

ctor

Wat

er

Cle

anup

06

9-03

C

lose

RW

CU

Sys

tem

isol

atio

n va

lves

on

Prim

ary

Con

tain

men

t Sys

tem

(64D

) Gro

up 3

isol

atio

n si

gnal

. Y

ES

Y

ES

S

ee a

lso

Mod

e 64

D-0

3.

Rea

ctor

Wat

er

Cle

anup

06

9-04

C

lose

RW

CU

Sys

tem

suc

tion

line

isol

atio

n va

lves

on

Sta

ndby

Liq

uid

Con

trol S

yste

m (6

3) in

itiat

ion

sign

al

to p

reve

nt lo

ss o

r dilu

tion

of th

e bo

ron

solu

tion.

YE

S

YE

S

See

als

o M

ode

063-

02.

Rea

ctor

Wat

er

Cle

anup

06

9-05

P

rovi

de h

igh

RW

CU

equ

ipm

ent a

rea

& p

ipe

trenc

h at

mos

pher

e &

dra

in te

mpe

ratu

re s

igna

ls to

PC

IS

(64D

) Gro

up 3

isol

atio

n lo

gic.

(D

rain

tem

pera

ture

N

/A fo

r Uni

t 2.)

YES

YES

Rea

ctor

Wat

er

Cle

anup

06

9-06

P

rovi

de R

eact

or C

oola

nt P

ress

ure

Bou

ndar

y (R

CP

B).

YE

S

YE

S

Test

ing

to d

emon

stra

te fu

nctio

nal c

apab

ility

of R

eact

or C

oola

nt P

ress

ure

Bou

ndar

y is

no

t req

uire

d. T

his

mod

e of

ope

ratio

n is

a

pass

ive

func

tion

and

no p

hysi

cal a

ctio

n is

re

quire

d by

the

syst

em to

mai

ntai

n th

e in

tegr

ity o

f the

Rea

ctor

Coo

lant

Pre

ssur

e B

ound

ary.

Bas

elin

e Te

st R

equi

rem

ents

D

ocum

ent 1

-BFN

-BTR

D-0

68, M

ode

068-

04, f

or th

e R

eact

or R

ecirc

ulat

ion

(68)

and

R

ecirc

ulat

ion

Flow

Con

trol (

96) S

yste

ms

addr

esse

s th

e fu

nctio

nalit

y of

the

RC

PB

an

d its

ove

rall

test

ing.

Rea

ctor

Wat

er

Cle

anup

06

9-07

P

rovi

de S

yste

m P

ress

ure

Bou

ndar

y su

ppor

t (ch

eck

valv

e) to

HP

CI S

yste

m (7

3) to

pre

vent

div

ersi

on o

f H

PC

I Sys

tem

cor

e co

olin

g w

ater

from

reac

tor v

esse

l (U

nit 3

onl

y).

YE

S

NO

M

ode

069-

07 d

oes

not a

pply

to U

nit 1

. The

U

nit 1

RW

CU

dis

char

ge p

ipin

g do

es n

ot

conn

ect t

o Fe

edw

ater

Lin

e 'A

' pip

ing

and

does

not

inte

rface

with

the

HP

CI d

isch

arge

pi

ping

.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-8

5

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Rea

ctor

Wat

er

Cle

anup

06

9-08

P

rovi

de s

yste

m p

ress

ure

boun

dary

in s

uppo

rt of

R

CIC

Sys

tem

(71)

ope

ratio

n.

YES

YES

Rea

ctor

Wat

er

Cle

anup

06

9-09

P

rovi

de c

apab

ility

of m

anua

l bac

kup

cont

rol i

sola

tion

(val

ve c

losu

re) t

o pr

even

t los

s of

reac

tor w

ater

in

vent

ory.

YES

YES

Rea

ctor

Bui

ldin

g C

lose

d C

oolin

g W

ater

070-

01

Pro

vide

Prim

ary

Con

tain

men

t Bou

ndar

y.

YE

S

YE

S

Var

ious

sys

tem

s pe

rform

a p

assi

ve fu

nctio

n of

pro

vidi

ng a

pre

ssur

e bo

unda

ry fo

r the

P

rimar

y C

onta

inm

ent.

Com

pone

nts

whi

ch

form

the

Prim

ary

Con

tain

men

t Pre

ssur

e B

ound

ary

mus

t be

Loca

l Lea

k R

ate

Test

ed

(LLR

T) in

acc

orda

nce

with

10C

FR50

A

ppen

dix

J (i.

e., T

ype

A, B

, & C

test

ing)

. P

ipin

g an

d co

mpo

nent

s w

hich

sup

ply

a P

rimar

y C

onta

inm

ent P

ress

ure

Bou

ndar

y sh

all b

e sy

stem

pre

ssur

e te

sted

und

er

AS

ME

Sec

tion

XI p

rogr

am.

Rea

ctor

Bui

ldin

g C

lose

d C

oolin

g W

ater

070-

02

Pro

vide

Sec

onda

ry C

onta

inm

ent B

ound

ary.

Y

ES

N

O

BFN

uni

ts o

pera

te a

s a

sing

le z

one

seco

ndar

y co

ntai

nmen

t. S

econ

dary

C

onta

inm

ent w

as te

sted

as

a w

hole

dur

ing

Uni

t 2 te

stin

g. S

econ

dary

Con

tain

men

t bo

unda

ry a

nd p

ress

ure

boun

dary

inte

rface

is

bei

ng m

aint

aine

d.

Rea

ctor

Bui

ldin

g C

lose

d C

oolin

g W

ater

070-

03

Pro

vide

dry

wel

l coo

ling

whe

n po

wer

and

coo

ling

wat

er a

re a

vaila

ble.

N

O

NO

Te

stin

g to

dem

onst

rate

the

func

tiona

l ca

pabi

lity

of th

e sh

utdo

wn/

cool

dow

n m

ode

(070

-03)

for t

he u

naffe

cted

uni

ts u

sing

of

fsite

or o

nsite

reso

urce

s is

not

requ

ired.

Th

is m

ode

supp

orts

the

norm

al o

pera

tion

of

the

unaf

fect

ed u

nits

as

wel

l as

the

shut

dow

n/co

oldo

wn

oper

atio

n.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-8

6

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Rea

ctor

Cor

e Is

olat

ion

Coo

ling

(RC

IC)

071-

01

Aut

o R

CIC

Sys

tem

initi

atio

n on

Rea

ctor

Fee

dwat

er

Sys

tem

(03)

RP

V lo

w le

vel (

L2) s

igna

l tra

nsm

itted

vi

a R

HR

Sys

tem

(74)

. A

uto

RC

IC S

yste

m s

huto

ff (if

op

erat

ing)

on

Rea

ctor

Fee

dwat

er S

yste

m (0

3) R

PV

hi

gh le

vel (

L8) s

igna

l. M

anua

l tra

nsfe

r of s

uctio

n fro

m C

onde

nsat

e S

tora

ge T

ank

(CS

T) to

S

uppr

essi

on P

ool i

f CS

T is

low

or S

uppr

essi

on P

ool

is h

igh.

YE

S

YE

S

See

als

o M

odes

003

-20,

003

-27,

and

074

-21

.

Rea

ctor

Cor

e Is

olat

ion

Coo

ling

(RC

IC)

071-

02

Man

ual R

CIC

Sys

tem

initi

atio

n an

d tri

p to

con

trol

leve

l. (N

on-L

OC

A u

nit.)

Man

ual t

rans

fer o

f suc

tion

sour

ce fr

om c

onde

nsat

e to

sup

pres

sion

poo

l if

cond

ensa

te is

low

or t

he s

uppr

essi

on p

ool l

evel

is

high

.

YES

YES

Rea

ctor

Cor

e Is

olat

ion

Coo

ling

(RC

IC)

071-

03

Clo

se R

CIC

Sys

tem

ste

am s

uppl

y lin

e is

olat

ion

valv

es o

n R

CIC

Sys

tem

Gro

up 5

isol

atio

n si

gnal

s (h

igh

stea

m li

ne d

iffer

entia

l pre

ssur

e, h

igh

stea

m

line

spac

e te

mpe

ratu

re, l

ow s

team

line

pre

ssur

e, o

r hi

gh tu

rbin

e ex

haus

t dia

phra

gm p

ress

ure)

.

YES

YES

Rea

ctor

Cor

e Is

olat

ion

Coo

ling

(RC

IC)

071-

04

Man

ually

clo

se R

CIC

Sys

tem

ste

am s

uppl

y lin

e is

olat

ion

valv

es o

n re

acto

r fee

dwat

er s

yste

m (0

3)

indi

catio

n of

low

RP

V p

ress

ure.

YES

YES

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-8

7

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Rea

ctor

Cor

e Is

olat

ion

Coo

ling

(RC

IC)

071-

05

Pro

vide

Rea

ctor

Coo

lant

Pre

ssur

e B

ound

ary.

Y

ES

Y

ES

Te

stin

g to

dem

onst

rate

func

tiona

l cap

abilit

y of

Rea

ctor

Coo

lant

Pre

ssur

e B

ound

ary

is

not r

equi

red.

Thi

s m

ode

of o

pera

tion

is a

pa

ssiv

e fu

nctio

n an

d no

phy

sica

l act

ion

is

requ

ired

by th

e sy

stem

to m

aint

ain

the

inte

grity

of t

he R

eact

or C

oola

nt P

ress

ure

Bou

ndar

y. B

asel

ine

Test

Req

uire

men

ts

Doc

umen

t 1-B

FN-B

TRD

-068

, Mod

e 06

8-04

, for

the

Rea

ctor

Rec

ircul

atio

n (6

8) a

nd

Rec

ircul

atio

n Fl

ow C

ontro

l (96

) sys

tem

s ad

dres

ses

the

func

tiona

lity

of th

e R

CP

B

and

its o

vera

ll te

stin

g. P

ipin

g an

d co

mpo

nent

s w

hich

sup

ply

a R

CP

B s

hall

be

syst

em p

ress

ure

test

ed u

nder

AS

ME

S

ectio

n X

I pro

gram

.

Rea

ctor

Cor

e Is

olat

ion

Coo

ling

(RC

IC)

071-

07

Pro

vide

Prim

ary

Con

tain

men

t Bou

ndar

y.

YE

S

YE

S

Var

ious

sys

tem

s pe

rform

a p

assi

ve fu

nctio

n of

pro

vidi

ng a

pre

ssur

e bo

unda

ry fo

r the

P

rimar

y C

onta

inm

ent.

Com

pone

nts

whi

ch

form

the

Prim

ary

Con

tain

men

t Pre

ssur

e B

ound

ary

mus

t be

Loca

l Lea

k R

ate

Test

ed

(LLR

T) in

acc

orda

nce

with

10C

FR50

A

ppen

dix

J (i.

e., T

ype

A, B

, & C

test

ing)

.

Rea

ctor

Cor

e Is

olat

ion

Coo

ling

(RC

IC)

071-

08

Pro

vide

sys

tem

pre

ssur

e bo

unda

ry in

sup

port

of

RH

R S

yste

m (7

4) c

onta

inm

ent (

Toru

s) c

oolin

g fu

nctio

n.

YES

YES

Rea

ctor

Cor

e Is

olat

ion

Coo

ling

(RC

IC)

071-

09

Man

ual R

CIC

Sys

tem

ope

ratio

n fro

m o

utsi

de th

e M

ain

Con

trol R

oom

to m

aint

ain

norm

al R

PV

wat

er

inve

ntor

y w

hile

RP

V p

ress

ure

is a

bove

100

psi

g.

Man

ually

tran

sfer

suc

tion

sour

ce to

Sup

pres

sion

P

ool i

f Sup

pres

sion

Poo

l lev

el is

hig

h.

YES

YES

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-8

8

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Rea

ctor

Cor

e Is

olat

ion

Coo

ling

(RC

IC)

071-

10

Pro

vide

pow

er to

EC

CS

Div

isio

n I a

nd II

ana

log

trip

units

[Rea

ctor

Fee

dwat

er S

yste

m (0

3), p

rimar

y co

ntai

nmen

t sys

tem

(64A

), re

acto

r wat

er

reci

rcul

atio

n sy

stem

(68)

, RC

IC s

yste

m (7

1), a

nd

HP

CI s

yste

m (7

3)].

YES

YES

Rea

ctor

Cor

e Is

olat

ion

Coo

ling

(RC

IC)

071-

11

Pro

vide

Sec

onda

ry C

onta

inm

ent B

ound

ary.

Y

ES

N

O

BFN

uni

ts o

pera

te a

s a

sing

le z

one

seco

ndar

y co

ntai

nmen

t. S

econ

dary

C

onta

inm

ent w

as te

sted

as

a w

hole

dur

ing

Uni

t 2 te

stin

g. S

econ

dary

Con

tain

men

t bo

unda

ry a

nd p

ress

ure

boun

dary

inte

rface

is

bei

ng m

aint

aine

d.

Rea

ctor

Cor

e Is

olat

ion

Coo

ling

(RC

IC)

071-

12

Est

ablis

h M

SIV

leak

age

path

way

to c

onde

nser

. N

O

NO

Te

stin

g is

not

requ

ired

for M

ode

071-

12.

This

mod

e of

ope

ratio

n is

a p

assi

ve

func

tion

and

no p

hysi

cal a

ctio

n is

requ

ired

of th

e R

CIC

Sys

tem

to e

stab

lish

MS

IV

leak

age

path

way

to th

e co

nden

ser.

Alte

rnat

e D

ecay

H

eat R

emov

al

072-

01

Pro

vide

Sec

onda

ry C

onta

inm

ent B

ound

ary.

Y

ES

N

O

BFN

uni

ts o

pera

te a

s a

sing

le z

one

seco

ndar

y co

ntai

nmen

t. S

econ

dary

C

onta

inm

ent w

as te

sted

as

a w

hole

dur

ing

Uni

t 2 te

stin

g. S

econ

dary

Con

tain

men

t bo

unda

ry a

nd p

ress

ure

boun

dary

inte

rface

is

bei

ng m

aint

aine

d.

Hig

h P

ress

ure

Coo

lant

Inje

ctio

n 07

3-01

A

uto

HP

CI i

nitia

tion

on R

eact

or F

eedw

ater

(03)

RP

V

low

leve

l (L2

) or h

igh

Dry

wel

l pre

ssur

e (7

5) s

igna

l.

Aut

o H

PC

I shu

toff

(if o

pera

ting)

on

Rea

ctor

Fe

edw

ater

(03)

RP

V h

igh

leve

l (L8

) sig

nal.

Incl

udes

au

to tr

ansf

er, i

f nee

ded,

from

CS

T to

sup

p po

ol o

n lo

w C

ST

or h

igh

Sup

pres

sion

Poo

l lev

el l.

YE

S

YE

S

See

als

o M

odes

003

-03,

003

-05,

003

-27,

06

4A-0

9, a

nd 0

75-0

8.

Hig

h P

ress

ure

Coo

lant

Inje

ctio

n 07

3-02

P

rovi

de in

dica

tion

(in M

ain

Con

trol R

oom

) of H

PC

I su

ctio

n tra

nsfe

r on

low

con

dens

ate

leve

l (fo

r man

ual

RC

IC s

uctio

n tra

nsfe

r to

Sup

pres

sion

Poo

l).

YES

YES

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-8

9

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Hig

h P

ress

ure

Coo

lant

Inje

ctio

n 07

3-03

C

lose

HPC

I Sys

tem

Ste

am S

uppl

y Li

ne Is

olat

ion

Val

ves

on H

PCI S

yste

m G

roup

4 is

olat

ion

sign

als

(hig

h st

eam

line

diff

eren

tial p

ress

ure,

hig

h st

eam

lin

e sp

ace

tem

pera

ture

, low

ste

am li

ne p

ress

ure,

or

high

turb

ine

exha

ust d

iaph

ragm

pre

ssur

e).

YES

YES

Hig

h P

ress

ure

Coo

lant

Inje

ctio

n 07

3-04

M

anua

lly c

lose

HP

CI S

yste

m S

team

Sup

ply

Line

Is

olat

ion

Val

ves

on R

eact

or F

eedw

ater

Sys

tem

(03)

in

dica

tion

of lo

w re

acto

r pre

ssur

e.

YES

YES

Hig

h P

ress

ure

Coo

lant

Inje

ctio

n 07

3-05

P

rovi

de R

eact

or C

oola

nt P

ress

ure

Bou

ndar

y du

ring

HP

CI S

yste

m s

tand

by.

YE

S

YE

S

Test

ing

to d

emon

stra

te fu

nctio

nal c

apab

ility

of R

eact

or C

oola

nt P

ress

ure

Bou

ndar

y is

no

t req

uire

d. T

his

mod

e of

ope

ratio

n is

a

pass

ive

func

tion

and

no p

hysi

cal a

ctio

n is

re

quire

d by

the

syst

em to

mai

ntai

n th

e in

tegr

ity o

f the

Rea

ctor

Coo

lant

Pre

ssur

e B

ound

ary.

Bas

elin

e Te

st R

equi

rem

ents

D

ocum

ent 1

-BFN

-BTR

D-0

68, M

ode

068-

04, f

or th

e R

eact

or R

ecirc

ulat

ion

(68)

and

R

ecirc

ulat

ion

Flow

Con

trol (

96) S

yste

ms

addr

esse

s th

e fu

nctio

nalit

y of

the

RC

PB

an

d its

ove

rall

test

ing.

Pip

ing

and

com

pone

nts

whi

ch s

uppl

y a

RC

PB

sha

ll be

sy

stem

pre

ssur

e te

sted

und

er A

SM

E

Sec

tion

XI p

rogr

am.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-9

0

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Hig

h P

ress

ure

Coo

lant

Inje

ctio

n 07

3-06

P

rovi

de R

eact

or C

oola

nt P

ress

ure

Bou

ndar

y du

ring

HP

CI S

yste

m o

pera

tion.

Y

ES

Y

ES

Te

stin

g to

dem

onst

rate

func

tiona

l cap

abilit

y of

Rea

ctor

Coo

lant

Pre

ssur

e B

ound

ary

is

not r

equi

red.

Thi

s m

ode

of o

pera

tion

is a

pa

ssiv

e fu

nctio

n an

d no

phy

sica

l act

ion

is

requ

ired

by th

e sy

stem

to m

aint

ain

the

inte

grity

of t

he R

eact

or C

oola

nt P

ress

ure

Bou

ndar

y. B

asel

ine

Test

Req

uire

men

ts

Doc

umen

t 1-B

FN-B

TRD

-068

, Mod

e 06

8-04

, for

the

Rea

ctor

Rec

ircul

atio

n (6

8) a

nd

Rec

ircul

atio

n Fl

ow C

ontro

l (96

) sys

tem

s ad

dres

ses

the

func

tiona

lity

of th

e R

CP

B

and

its o

vera

ll te

stin

g. P

ipin

g an

d co

mpo

nent

s w

hich

sup

ply

a R

CP

B s

hall

be

hydr

osta

tical

ly te

sted

und

er A

SM

E S

ectio

n X

I pro

gram

.

Hig

h P

ress

ure

Coo

lant

Inje

ctio

n 07

3-07

P

rovi

de P

rimar

y C

onta

inm

ent B

ound

ary

durin

g H

PC

I Sys

tem

sta

ndby

. YE

S YE

S

Hig

h P

ress

ure

Coo

lant

Inje

ctio

n 07

3-08

P

rovi

de P

rimar

y C

onta

inm

ent B

ound

ary

durin

g H

PC

I Sys

tem

ope

ratio

n.

YES

YES

Hig

h P

ress

ure

Coo

lant

Inje

ctio

n 07

3-09

M

anua

lly tr

ip H

PC

I Sys

tem

from

out

side

the

Mai

n C

ontro

l Roo

m to

pre

vent

RP

V o

verfi

ll.

YES

YES

Hig

h P

ress

ure

Coo

lant

Inje

ctio

n 07

3-10

Li

mit

the

loss

of c

oola

nt th

roug

h H

PC

I Sys

tem

st

eam

sup

ply

line

brea

k (fl

ow re

stric

tor b

uilt

into

st

eam

line

).

NO

N

O

Test

ing

will

not

be

requ

ired

for M

ode

073-

10. A

flow

ele

men

t has

bee

n in

stal

led

on

the

stea

m s

uppl

y lin

e to

ope

rate

as

a flo

w

limite

r. Th

e flo

w li

mite

r will

mai

ntai

n st

eam

flo

w w

ithin

requ

ired

limits

in th

e ev

ent o

f a

dow

nstre

am s

team

line

bre

ak. T

his

com

pone

nt d

oes

not p

hysi

cally

cha

nge

stat

e to

per

form

the

inte

nded

saf

e sh

utdo

wn

requ

irem

ent.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-9

1

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Hig

h P

ress

ure

Coo

lant

Inje

ctio

n 07

3-11

P

rovi

de S

econ

dary

Con

tain

men

t Bou

ndar

y.

YE

S

NO

B

FN u

nits

ope

rate

as

a si

ngle

zon

e se

cond

ary

cont

ainm

ent.

Sec

onda

ry

Con

tain

men

t was

test

ed a

s a

who

le d

urin

g U

nit 2

test

ing.

Sec

onda

ry C

onta

inm

ent

boun

dary

and

pre

ssur

e bo

unda

ry in

terfa

ce

is b

eing

mai

ntai

ned.

Hig

h P

ress

ure

Coo

lant

Inje

ctio

n 07

3-12

P

rovi

de p

ower

to P

rimar

y C

onta

inm

ent S

yste

m

(64A

) dry

wel

l pre

ssur

e in

dica

tors

in s

uppo

rt of

RH

R

Sys

tem

Dry

wel

l/Tor

us s

pray

mod

e an

d C

onta

inm

ent

Atm

osph

ere

Dilu

tion

Sys

tem

pos

t-LO

CA

cont

ainm

ent v

entin

g m

ode.

YES

YES

Hig

h P

ress

ure

Coo

lant

Inje

ctio

n 07

3-13

E

stab

lish

MS

IV le

akag

e pa

thw

ay to

con

dens

er.

NO

N

O

Test

ing

is n

ot re

quire

d fo

r Mod

e 07

3-13

. Th

is m

ode

of o

pera

tion

is a

pas

sive

fu

nctio

n an

d no

phy

sica

l act

ion

is re

quire

d of

the

HP

CI S

yste

m to

est

ablis

h M

SIV

le

akag

e pa

thw

ay to

the

cond

ense

r.

Res

idua

l Hea

t R

emov

al

074-

01

Aut

omat

ic L

PCI m

ode

initi

atio

n on

RP

V lo

w w

ater

le

vel (

L1) s

igna

l or h

igh

Dry

wel

l pre

ssur

e si

gnal

, with

co

ncur

rent

low

RP

V p

ress

ure

perm

issi

ve.

Man

ual

LPC

I mod

e in

itiat

ion

from

the

Mai

n C

ontro

l Roo

m.

YE

S

YE

S

See

als

o M

odes

003

-22

and

64A

-09.

Res

idua

l Hea

t R

emov

al

074-

02

Pro

vide

Sup

pres

sion

Poo

l wat

er c

oolin

g to

mai

ntai

n S

uppr

essi

on P

ool w

ater

tem

pera

ture

bel

ow li

mits

to

assu

re th

at p

ump

NP

SH

requ

irem

ents

are

met

and

th

at c

ompl

ete

cond

ensa

tion

of b

low

dow

n st

eam

fro

m a

des

ign

basi

s LO

CA

can

be

expe

cted

.

YES

YES

Res

idua

l Hea

t R

emov

al

074-

03

Pro

vide

spr

ay to

Dry

wel

l and

Tor

us fo

r con

tain

men

t co

olin

g an

d lo

wer

ing

of c

onta

inm

ent p

ress

ure

unde

r po

st-a

ccid

ent c

ondi

tions

.

YES

YES

See

als

o M

ode

64A

-14.

Res

idua

l Hea

t R

emov

al

074-

04

Pro

vide

Shu

tdow

n C

oolin

g M

ode

(man

ual)

to re

stor

e re

acto

r tem

pera

ture

to n

orm

al.

YES

YES

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-9

2

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Res

idua

l Hea

t R

emov

al

074-

09

Pro

vide

Sec

onda

ry C

onta

inm

ent B

ound

ary

and

pres

sure

bou

ndar

y in

terfa

ce w

ith c

onde

nsat

e (s

yste

m 0

2) ri

ng h

eade

r.

YE

S

NO

B

FN u

nits

ope

rate

as

a si

ngle

zon

e Se

cond

ary

Con

tain

men

t. S

econ

dary

C

onta

inm

ent w

as te

sted

as

a w

hole

dur

ing

Uni

t 2 te

stin

g. S

econ

dary

Con

tain

men

t bo

unda

ry a

nd p

ress

ure

boun

dary

inte

rface

is

bei

ng m

aint

aine

d.

Res

idua

l Hea

t R

emov

al

074-

10

Pro

vide

Rea

ctor

Coo

lant

Pre

ssur

e B

ound

ary

(RC

PB

). Y

ES

Y

ES

Te

stin

g to

dem

onst

rate

func

tiona

l cap

abilit

y of

Rea

ctor

Coo

lant

Pre

ssur

e B

ound

ary

is

not r

equi

red.

Thi

s m

ode

of o

pera

tion

is a

pa

ssiv

e fu

nctio

n an

d no

phy

sica

l act

ion

is

requ

ired

by th

e sy

stem

to m

aint

ain

the

inte

grity

of t

he R

eact

or C

oola

nt P

ress

ure

Bou

ndar

y. B

asel

ine

Test

Req

uire

men

ts

Doc

umen

t 1-B

FN-B

TRD

-068

, Mod

e 06

8-04

, for

the

Rea

ctor

Rec

ircul

atio

n (6

8) a

nd

Rec

ircul

atio

n Fl

ow C

ontro

l (96

) Sys

tem

s ad

dres

ses

the

func

tiona

lity

of th

e R

CP

B

and

its o

vera

ll te

stin

g. P

ipin

g an

d co

mpo

nent

s w

hich

sup

ply

a R

CP

B s

hall

be

syst

em p

ress

ure

test

ed u

nder

AS

ME

S

ectio

n X

I pro

gram

.

Res

idua

l Hea

t R

emov

al

074-

11

Pro

vide

Prim

ary

Con

tain

men

t Bou

ndar

y.

YE

S

YE

S

Var

ious

sys

tem

s pe

rform

a p

assi

ve fu

nctio

n of

pro

vidi

ng a

pre

ssur

e bo

unda

ry fo

r the

P

rimar

y C

onta

inm

ent.

Com

pone

nts

whi

ch

form

the

Prim

ary

Con

tain

men

t Pre

ssur

e B

ound

ary

mus

t be

Loca

l Lea

k R

ate

Test

ed

(LLR

T) in

acc

orda

nce

with

10C

FR50

A

ppen

dix

J (i.

e., T

ype

A, B

, & C

test

ing)

.

Res

idua

l Hea

t R

emov

al

074-

12

Pro

vide

sig

nal (

that

a R

HR

pum

p is

runn

ing)

to m

ain

stea

m s

yste

m (0

1) A

utom

atic

Dep

ress

uriz

atio

n S

yste

m (A

DS)

initi

atio

n lo

gic.

YE

S

YE

S

See

als

o M

ode

001-

08.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-9

3

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Res

idua

l Hea

t R

emov

al

074-

14

Pro

vide

RH

R S

yste

m p

ipin

g flo

w p

ath

for

trans

mis

sion

of C

onde

nsat

e an

d D

emin

eral

ized

W

ater

Sys

tem

(02)

wat

er s

uppl

y to

HP

CI S

yste

m

(73)

pip

ing

upst

ream

of H

PCI S

yste

m p

ump.

NO

N

O

Mod

es 0

74-1

4 an

d 07

4-15

pro

vide

for a

flo

w p

ath

for t

he H

PC

I sys

tem

via

RH

R

pipi

ng.

How

ever

, the

RH

R s

yste

m Is

not

re

quire

d no

r doe

s it

have

the

capa

bilit

ies

to

cont

rol o

r mea

sure

the

flow

in th

e flo

w p

ath

prov

ided

to th

e H

PC

I sys

tem

. Th

ese

mod

es a

re a

ddre

ssed

in th

e H

PC

I sys

tem

(0

73) B

TRD

.

Res

idua

l Hea

t R

emov

al

074-

15

Pro

vide

RH

R S

yste

m p

ipin

g flo

w p

ath

from

HP

CI

Sys

tem

(73)

pum

p m

inim

um fl

ow b

ypas

s lin

e to

P

rimar

y C

onta

inm

ent S

yste

m (6

4A) S

uppr

essi

on

Poo

l.

NO

N

O

Mod

es 0

74-1

4 an

d 07

4-15

pro

vide

for a

flo

w p

ath

for t

he H

PC

I Sys

tem

via

RH

R

pipi

ng. H

owev

er, t

he R

HR

Sys

tem

Is n

ot

requ

ired

nor d

oes

it ha

ve th

e ca

pabi

litie

s to

co

ntro

l or m

easu

re th

e flo

w in

the

flow

pat

h pr

ovid

ed to

the

HP

CI S

yste

m. T

hese

m

odes

are

add

ress

ed in

the

HP

CI S

yste

m

(073

) BTR

D.

Res

idua

l Hea

t R

emov

al

074-

16

Pro

vide

RH

R S

yste

m p

ipin

g flo

w p

ath

from

RC

IC

Sys

tem

(71)

pum

p m

inim

um fl

ow b

ypas

s lin

e to

P

rimar

y C

onta

inm

ent S

yste

m (6

4A) S

uppr

essi

on

Poo

l.

NO

N

O

Mod

e 07

4-16

pro

vide

s fo

r a fl

ow p

ath

for

the

RC

IC S

yste

m v

ia R

HR

pip

ing.

H

owev

er, t

he R

HR

Sys

tem

Is n

ot re

quire

d no

r doe

s it

have

the

capa

bilit

ies

to c

ontro

l or

mea

sure

the

flow

in th

e flo

w p

ath

prov

ided

to th

e R

CIC

Sys

tem

. The

se

mod

es a

re a

ddre

ssed

in th

e R

CIC

Sys

tem

(0

71) B

TRD

.

Res

idua

l Hea

t R

emov

al

074-

17

Pro

vide

aut

omat

ic L

PC

I mod

e in

itiat

ion

sign

al fo

r cl

osur

e of

Rea

ctor

Wat

er R

ecirc

ulat

ion

Sys

tem

(68)

P

ump

Dis

char

ge V

alve

s.

YE

S

YE

S

See

als

o M

ode

068-

01.

Res

idua

l Hea

t R

emov

al

074-

19

Man

ual R

HR

Sys

tem

ope

ratio

n (L

PCI,

Toru

s C

oolin

g, a

nd S

hutd

own

Coo

ling

mod

es) f

rom

ou

tsid

e th

e M

ain

Con

trol R

oom

.

YES

YES

Res

idua

l Hea

t R

emov

al

074-

20

Pro

vide

flow

pat

h an

d pr

essu

re b

ound

ary

inte

grity

fo

r RH

R S

ervi

ce W

ater

Sys

tem

(23)

coo

lant

to th

e m

ain

RH

R S

yste

m h

eat e

xcha

nger

s.

YE

S

YE

S

See

als

o M

ode

023-

01.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-9

4

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Res

idua

l Hea

t R

emov

al

074-

21

Pro

vide

Rea

ctor

Fee

dwat

er S

yste

m (0

3) R

PV

low

w

ater

leve

l (L2

) sig

nal f

or a

utom

atic

RC

IC S

yste

m

(71)

initi

atio

n.

YE

S

YE

S

See

als

o M

odes

003

-20

and

071-

01.

Res

idua

l Hea

t R

emov

al

074-

23

RH

R S

hutd

own

Coo

ling

suct

ion

valv

es c

lose

on

sign

al fr

om P

rimar

y C

onta

inm

ent I

sola

tion

Sys

tem

(6

4D).

YES

YES

Res

idua

l Hea

t R

emov

al

074-

24

Inhi

bit a

utom

atic

initi

atio

n of

RH

R in

Uni

t 2 (1

) giv

en

a LO

CA

sig

nal f

rom

the

RH

R S

yste

m o

f Uni

t 1 (2

). YE

S YE

S

Res

idua

l Hea

t R

emov

al

074-

25

Pro

vide

a L

OC

A s

igna

l fro

m U

nit 2

(1) t

o di

visi

onal

ly

inhi

bit a

utom

atic

initi

atio

n of

two

Uni

t 1 (2

) RH

R

pum

ps (7

4).

(A to

tal o

f tw

o U

nit 1

(2) R

HR

pum

ps is

in

hibi

ted,

one

RH

R p

ump

per d

ivis

ion.

)

YES

YES

Res

idua

l Hea

t R

emov

al

074-

26

Pro

vide

Uni

t Prio

rity

Re-

Trip

sig

nal t

o 4k

V E

lect

rical

D

istri

butio

n (4

kV) S

yste

m (5

75) f

or D

iese

l bre

aker

re

trip,

load

she

d, a

nd lo

ad s

eque

ncin

g on

RP

V lo

w

wat

er le

vel (

L1) s

igna

l or h

igh

Dry

wel

l pre

ssur

e si

gnal

, with

con

curre

nt lo

w R

PV

pre

ssur

e.

See

N

ote

2.

YES

Res

idua

l Hea

t R

emov

al

074-

27

Pro

vide

a L

OC

A s

igna

l fro

m U

nit 1

(2) R

HR

(74)

to

4kV

sys

tem

(575

) to

inhi

bit a

Uni

t-Prio

rity

Re-

Trip

si

gnal

from

Uni

t 2(1

) RH

R (7

4) fr

om re

-trip

ping

Uni

t 1(

2) D

ivis

ion

I (II)

die

sel g

ener

ator

bre

aker

s.

See

N

ote

2.

YES

Cor

e S

pray

07

5-01

S

uppl

y co

olin

g w

ater

to re

acto

r - a

uto

initi

atio

n.

YE

S

YE

S

Cor

e S

pray

07

5-03

P

rovi

de C

ore

Spr

ay P

ump

pow

er d

isco

nnec

t fro

m

outs

ide

Mai

n C

ontro

l Roo

m.

YES

YES

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-9

5

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Cor

e S

pray

07

5-04

P

rovi

de R

eact

or C

oola

nt P

ress

ure

Bou

ndar

y.

YE

S

YE

S

Test

ing

to d

emon

stra

te fu

nctio

nal c

apab

ility

of R

eact

or C

oola

nt P

ress

ure

Bou

ndar

y is

no

t req

uire

d. T

his

mod

e of

ope

ratio

n is

a

pass

ive

func

tion

and

no p

hysi

cal a

ctio

n is

re

quire

d by

the

syst

em to

mai

ntai

n th

e in

tegr

ity o

f the

Rea

ctor

Coo

lant

Pre

ssur

e B

ound

ary.

Bas

elin

e Te

st R

equi

rem

ents

D

ocum

ent 1

-BFN

-BTR

D-0

68, M

ode

068-

04, f

or th

e R

eact

or R

ecirc

ulat

ion

(68)

and

R

ecirc

ulat

ion

Flow

Con

trol (

96) s

yste

ms

addr

esse

s th

e fu

nctio

nalit

y of

the

RC

PB

an

d its

ove

rall

test

ing.

Pip

ing

and

com

pone

nts

whi

ch s

uppl

y a

RC

PB

sha

ll be

sy

stem

pre

ssur

e te

sted

und

er A

SM

E

Sec

tion

XI p

rogr

am.

Cor

e S

pray

07

5-05

P

rovi

de P

rimar

y C

onta

inm

ent B

ound

ary.

Y

ES

Y

ES

V

ario

us s

yste

ms

perfo

rm a

pas

sive

func

tion

of p

rovi

ding

a p

ress

ure

boun

dary

for t

he

Prim

ary

Con

tain

men

t. C

ompo

nent

s w

hich

fo

rm th

e P

rimar

y C

onta

inm

ent P

ress

ure

Bou

ndar

y m

ust b

e Lo

cal L

eak

Rat

e Te

sted

(L

LRT)

in a

ccor

danc

e w

ith 1

0CFR

50

App

endi

x J

(i.e.

, Typ

e A

, B, &

C te

stin

g).

Cor

e S

pray

07

5-07

P

rovi

de a

sta

rt si

gnal

to S

tand

by D

iese

l Gen

erat

or

(D/G

) Sys

tem

(82)

on

Dry

wel

l hig

h pr

essu

re o

r RP

V

low

leve

l (L1

); an

d pr

ovid

e an

acc

iden

t sig

nal t

o 4k

V

syst

em (5

75) l

ogic

on

eith

er re

acto

r low

leve

l (L1

) or

Dry

wel

l hig

h pr

essu

re c

oinc

iden

t with

reac

tor l

ow

pres

sure

.

YE

S

YE

S

See

als

o M

odes

003

-22

and

64A

-09.

Cor

e S

pray

07

5-08

P

rovi

de P

rimar

y C

onta

inm

ent S

yste

m (6

4A) h

igh

Dry

wel

l pre

ssur

e si

gnal

for a

utom

atic

HPC

I Sys

tem

(7

3) o

pera

tion.

YE

S

YE

S

See

als

o M

odes

064

A-0

9 an

d 07

3-01

.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-9

6

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Cor

e S

pray

07

5-09

P

rovi

de C

ore

Spr

ay p

ipin

g flo

w p

ath

from

Prim

ary

Con

tain

men

t Sys

tem

(64A

) Sup

pres

sion

Poo

l to

RC

IC S

yste

m (7

1) p

ipin

g up

stre

am o

f RC

IC S

yste

m

pum

p fo

r man

ual R

CIC

Sys

tem

ope

ratio

n.

YE

S

YE

S

Test

ing

to d

emon

stra

te th

e fu

nctio

nalit

y of

th

e flo

w p

ath

from

Sup

pres

sion

Poo

l Rin

g H

eade

r for

RC

IC m

anua

l ope

ratio

n (M

ode

075-

09) w

ill n

ot b

e pe

rform

ed u

sing

the

RC

IC p

ump.

The

inte

grity

of t

he s

uctio

n lin

e up

to th

e sy

stem

071

inte

rface

is

dem

onst

rate

d by

ope

ratio

n of

Div

isio

n I o

f C

ore

Spr

ay S

yste

m.

Cor

e S

pray

07

5-10

P

rovi

de s

igna

ls (t

hat C

ore

Spr

ay P

umps

are

ru

nnin

g) to

Mai

n S

team

Sys

tem

(01)

Aut

omat

ic

Dep

ress

uriz

atio

n S

yste

m (A

DS

) ini

tiatio

n lo

gic.

YE

S

YE

S

See

als

o M

ode

001-

08.

Cor

e S

pray

07

5-11

P

rovi

de F

eedw

ater

Sys

tem

(03)

RP

V lo

w w

ater

leve

l (L

1) s

igna

l to

RH

R S

yste

m (7

4) L

PC

I Mod

e in

itiat

ion

logi

c.

YE

S

YE

S

See

als

o M

odes

003

-22

and

074-

01.

Cor

e S

pray

07

5-12

P

rovi

de R

eact

or F

eedw

ater

Sys

tem

(03)

and

R

eact

or W

ater

Rec

ircul

atio

n S

yste

m (6

8) lo

w

reac

tor p

ress

ure

sign

als

to R

HR

Sys

tem

(74)

LPC

I M

ode

isol

atio

n in

itiat

ion

logi

c.

YE

S

YE

S

See

als

o M

ode

003-

09.

Cor

e S

pray

07

5-13

P

rovi

de S

econ

dary

Con

tain

men

t Bou

ndar

y an

d pr

essu

re b

ound

ary

inte

rface

with

Con

dens

ate

and

Dem

iner

aliz

ed W

ater

Sys

tem

(02)

ring

hea

der.

YE

S

NO

B

FN u

nits

ope

rate

as

a si

ngle

zon

e Se

cond

ary

Con

tain

men

t. S

econ

dary

C

onta

inm

ent w

as te

sted

as

a w

hole

dur

ing

Uni

t 2 te

stin

g. S

econ

dary

Con

tain

men

t bo

unda

ry a

nd p

ress

ure

boun

dary

inte

rface

is

bei

ng m

aint

aine

d.

Cor

e S

pray

07

5-14

C

lose

PS

C H

ead

Tank

Pum

p S

uctio

n Va

lves

upo

n re

ceiv

ing

isol

atio

n si

gnal

[low

wat

er le

vel (

L3) o

r hi

gh D

ryw

ell p

ress

ure]

from

the

Prim

ary

Con

tain

men

t Sys

tem

(64D

).

YES

YES

Cor

e S

pray

07

5-15

P

rovi

de a

LO

CA

sig

nal f

rom

Uni

t 2 (1

) to

inhi

bit

auto

mat

ic in

itiat

ion

of o

ne lo

op o

f Cor

e S

pray

(75)

of

Uni

t 1 (2

).

NO

Y

ES

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-9

7

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Cor

e S

pray

07

5-16

In

hibi

t aut

omat

ic in

itiat

ion

of o

ne lo

op o

f CS

in U

nit 2

(1

) giv

en a

LO

CA

sig

nal f

rom

the

CS

sys

tem

(75)

of

Uni

t 1 (2

).

NO

Y

ES

Cor

e S

pray

07

5-17

P

rovi

de lo

ad s

hed

sign

al to

480

-VAC

Sys

tem

(574

) on

reac

tor l

ow w

ater

leve

l (L1

) fro

m F

eedw

ater

S

yste

m (0

3) o

r coi

ncid

ent h

igh

Dry

wel

l pre

ssur

e (fr

om s

yste

m 6

4A) a

nd lo

w re

acto

r pre

ssur

e fro

m

Feed

wat

er S

yste

m (0

3) o

r Rea

ctor

Rec

ircul

atio

n S

yste

m (6

8).

YES

YES

Con

tain

men

t In

ertin

g 07

6-01

C

lose

Con

tain

men

t Ine

rting

Sys

tem

Isol

atio

n V

alve

s on

Prim

ary

Con

tain

men

t Sys

tem

(64D

) Gro

up 6

is

olat

ion

valv

es.

YE

S

YE

S

See

als

o M

ode

64D

-04.

Con

tain

men

t In

ertin

g 07

6-02

P

rovi

de o

xyge

n an

d hy

drog

en g

as a

naly

zers

and

in

dica

tors

to m

onito

r gas

con

cent

ratio

ns in

side

the

Prim

ary

Con

tain

men

t in

supp

ort o

f Con

tain

men

t A

tmos

pher

e D

ilutio

n S

yste

m (8

4) o

pera

tion.

YE

S

YE

S

DC

N 5

1369

rem

oves

the

Prot

ectiv

e S

afet

y Fu

nctio

n of

the

Con

tain

men

t Atm

osph

eric

M

onito

ring

sub-

syst

em o

f the

CA

D s

yste

m.

This

mod

e to

be

rem

oved

from

the

SS

A.

Con

tain

men

t In

ertin

g 07

6-03

P

rovi

de P

rimar

y C

onta

inm

ent B

ound

ary.

Y

ES

Y

ES

V

ario

us s

yste

ms

perfo

rm a

pas

sive

func

tion

of p

rovi

ding

a p

ress

ure

boun

dary

for t

he

Prim

ary

Con

tain

men

t. C

ompo

nent

s w

hich

fo

rm th

e P

rimar

y C

onta

inm

ent P

ress

ure

Bou

ndar

y m

ust b

e Lo

cal L

eak

Rat

e Te

sted

(L

LRT)

in a

ccor

danc

e w

ith 1

0CFR

50

App

endi

x J

(i.e.

, Typ

e A

, B, &

C te

stin

g).

Con

tain

men

t In

ertin

g 07

6-04

P

rovi

de S

econ

dary

Con

tain

men

t Bou

ndar

y.

YE

S

NO

B

FN u

nits

ope

rate

as

a si

ngle

zon

e Se

cond

ary

Con

tain

men

t. S

econ

dary

C

onta

inm

ent w

as te

sted

as

a w

hole

dur

ing

Uni

t 2 te

stin

g. S

econ

dary

Con

tain

men

t bo

unda

ry a

nd p

ress

ure

boun

dary

inte

rface

is

bei

ng m

aint

aine

d.

Rad

was

te

077-

01

Clo

se R

adw

aste

Sys

tem

Isol

atio

n V

alve

s on

Prim

ary

Con

tain

men

t Sys

tem

(64D

) Gro

up 2

isol

atio

n si

gnal

s.

YE

S

YE

S

See

als

o M

ode

64D

-02.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-9

8

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Rad

was

te

077-

02

Pro

vide

Prim

ary

Con

tain

men

t Bou

ndar

y.

YE

S

YE

S

Var

ious

sys

tem

s pe

rform

a p

assi

ve fu

nctio

n of

pro

vidi

ng a

pre

ssur

e bo

unda

ry fo

r the

P

rimar

y C

onta

inm

ent.

Com

pone

nts

whi

ch

form

the

Prim

ary

Con

tain

men

t Pre

ssur

e B

ound

ary

mus

t be

Loca

l Lea

k R

ate

Test

ed

(LLR

T) in

acc

orda

nce

with

10C

FR50

A

ppen

dix

J (i.

e., T

ype

A, B

, & C

test

ing)

.

Rad

was

te

077-

03

Pro

vide

Sec

onda

ry C

onta

inm

ent B

ound

ary.

Y

ES

N

O

BFN

uni

ts o

pera

te a

s a

sing

le z

one

Seco

ndar

y C

onta

inm

ent.

Sec

onda

ry

Con

tain

men

t was

test

ed a

s a

who

le d

urin

g U

nit 2

test

ing.

Sec

onda

ry C

onta

inm

ent

boun

dary

and

pre

ssur

e bo

unda

ry in

terfa

ce

is b

eing

mai

ntai

ned.

Rad

was

te

077-

06

Pro

vide

val

ve c

losu

re o

r pip

e ge

omet

ry to

pre

vent

ba

ckflo

odin

g of

Rad

was

te B

uild

ing

thro

ugh

the

SG

TS B

uild

ing,

Off-

Gas

Bui

ldin

g, S

ervi

ce B

uild

ing,

an

d O

ff-G

as S

tack

dra

ins.

NO

N

O

This

mod

e w

as id

entif

ied

as P

hase

II (U

nit

2 po

st-r

esta

rt) a

nd w

as v

erifi

ed b

y ca

lcul

atio

n M

D-Q

0999

-920

112.

The

re a

re

no re

quire

men

ts a

bove

and

bey

ond

the

verif

ied

Uni

t 2 re

quire

men

ts.

Rad

was

te

077-

07

Pro

vide

pip

ing

inte

rface

inte

grity

with

the

SG

TS

syst

em (6

5) a

nd th

e of

f gas

sys

tem

(66)

in s

uppo

rt of

rele

ase

of th

e fil

tere

d S

GTS

gas

es th

roug

h th

e st

ack.

YE

S

YE

S

Sam

e as

Mod

e 06

6-02

.

Spe

nt F

uel P

ool

Coo

ling

and

Cle

anup

078-

01

Pro

vide

Sec

onda

ry C

onta

inm

ent B

ound

ary.

Y

ES

N

O

BFN

uni

ts o

pera

te a

s a

sing

le z

one

Seco

ndar

y C

onta

inm

ent.

Sec

onda

ry

Con

tain

men

t was

test

ed a

s a

who

le d

urin

g U

nit 2

test

ing.

Sec

onda

ry C

onta

inm

ent

boun

dary

and

pre

ssur

e bo

unda

ry in

terfa

ce

is b

eing

mai

ntai

ned.

Spe

nt F

uel P

ool

Coo

ling

and

Cle

anup

078-

02

Pro

vide

pre

ssur

e bo

unda

ry in

tegr

ity a

t RH

R/F

uel

Poo

l Coo

ling

(FP

C) i

nter

face

. N

O

NO

D

CN

512

03 re

mov

ed th

e m

otiv

e po

wer

to

1-FC

V-0

78-0

062.

Thi

s m

ode

of o

pera

tion

is n

ow a

pas

sive

func

tion

and

no p

hysi

cal

actio

n is

nec

essa

ry to

mai

ntai

n th

e pr

essu

re b

ound

ary

inte

grity

.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-9

9

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Spe

nt F

uel P

ool

Coo

ling

and

Cle

anup

078-

03

Pre

vent

inad

verte

nt s

ipho

ning

of t

he S

pent

Fue

l P

ool.

YE

S

NO

E

CN

P72

00 a

dded

ant

i-sip

hon

vent

s to

ch

eck

valv

es 7

8-25

6 &

78-

527

to p

reve

nt

siph

onin

g of

Spe

nt F

uel P

ool w

ater

. Tes

ted

per 1

-PM

T-BF

-78.

003.

Spe

nt F

uel P

ool

Coo

ling

and

Cle

anup

078-

04

Per

form

man

ual a

ctio

ns re

quire

d to

rest

ore

Fuel

P

ool C

oolin

g to

ser

vice

follo

win

g a

loss

of o

ff-si

te

pow

er.

NO

N

O

Uni

t 1 F

PC

sys

tem

has

bee

n in

con

tinuo

us

serv

ice.

The

re a

re n

o lim

itatio

ns, w

ith th

e ex

cept

ion

of a

dmin

istra

tive

cont

rols

, on

man

ual l

oadi

ng o

f the

FP

C p

umps

ont

o th

e di

esel

gen

erat

ors

if ca

paci

ty is

ava

ilabl

e.

Fuel

Han

dlin

g an

d S

tora

ge

079-

01

Pro

vide

saf

e fu

el h

andl

ing

usin

g re

fuel

brid

ge a

nd

equi

pmen

t. YE

S YE

S

Fuel

Han

dlin

g an

d S

tora

ge

079-

02

Pro

vide

inte

rlock

s to

CR

D S

yste

m d

urin

g fu

el

mov

emen

t. YE

S YE

S

Fuel

Han

dlin

g an

d S

tora

ge

079-

03

Pro

vide

saf

e st

orag

e fo

r new

and

spe

nt fu

el.

NO

N

O

The

safe

sto

rage

is a

ccom

plis

hed

by

pass

ive

stru

ctur

es (n

ew fu

el v

ault

and

spen

t fue

l sto

rage

rack

s) to

mai

ntai

n fu

el

sub-

criti

cal a

t all

times

. (A

ll ar

e se

ism

ic

Cla

ss I

stru

ctur

es)

Fuel

Han

dlin

g an

d S

tora

ge

079-

06

Mai

ntai

n S

pent

Fue

l Poo

l wat

er le

vel.

NO

N

O

Leve

l is

mai

ntai

ned

by th

e de

sign

of t

he

pool

stru

ctur

e an

d ga

tes.

The

con

stru

ctio

n of

the

fuel

poo

l tog

ethe

r with

retra

ctio

n lim

its o

n re

fuel

brid

ge h

oist

min

imum

nin

e (9

) fee

t of r

equi

red

wat

er le

vel a

bove

irr

adia

ted

fuel

. Te

sts

to e

nsur

e m

akeu

p w

ater

ava

ilabi

lity

is c

onta

ined

in M

odes

06

7-01

, 067

-03,

and

067

-05

and

test

ing

for

the

prev

entio

n of

inad

verte

nt s

ipho

ning

of

the

Spe

nt F

uel P

ool i

s pr

escr

ibed

in M

ode

078-

03.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-1

00

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Fuel

Han

dlin

g an

d S

tora

ge

079-

07

Ref

uelin

g pl

atfo

rms

are

to b

e de

ener

gize

d an

d ap

prop

riate

ly p

arke

d un

der t

orna

do c

ondi

tions

. W

ith

this

pro

visi

on, t

he re

fuel

ing

plat

form

s m

ust w

ithst

and

torn

ado

desi

gn lo

ads.

NO

N

O

Saf

e st

orag

e is

acc

ompl

ishe

d by

sec

urin

g (ty

ing

dow

n) th

e cr

ane

durin

g to

rnad

o co

nditi

ons

and

deen

ergi

zing

and

po

sitio

ning

the

refu

elin

g pl

atfo

rm d

urin

g a

torn

ado

war

ning

.

Sta

ndby

Die

sel

Gen

erat

ors

082-

01

Sta

rt st

andb

y A

C p

ower

sou

rce

for 4

kV S

yste

m

(575

). YE

S YE

S

Sta

ndby

Die

sel

Gen

erat

ors

082-

02

Pro

vide

pow

er to

4kV

sys

tem

(575

) upo

n D

/G

avai

labi

lity

and

loss

of o

ff-si

te p

ower

. YE

S YE

S

Sta

ndby

Die

sel

Gen

erat

ors

082-

03

Pro

vide

D/G

pow

er to

die

sel f

uel t

rans

fer p

umps

(S

yste

m 1

8).

YE

S

NO

U

nit 3

test

ing

perfo

rmed

sat

isfie

s U

nit 1

test

re

quire

men

ts.

No

furth

er te

stin

g is

re

quire

d.

Con

tain

men

t A

tmos

pher

e D

ilutio

n

084-

01

Pro

vide

dilu

tion

of th

e pr

imar

y co

ntai

nmen

t at

mos

pher

e w

ith n

itrog

en a

fter a

LO

CA

to m

aint

ain

gas

conc

entra

tions

(oxy

gen

and

hydr

ogen

) bel

ow

leve

l (5%

oxy

gen

by v

olum

e) w

hich

cou

ld p

rodu

ce a

co

mbu

stib

le g

as m

ixtu

re.

YES

YES

See

als

o M

ode

64A

-14.

Con

tain

men

t A

tmos

pher

e D

ilutio

n

084-

03

Pro

vide

Prim

ary

Con

tain

men

t Pre

ssur

e B

ound

ary.

Y

ES

Y

ES

V

ario

us s

yste

ms

perfo

rm a

pas

sive

func

tion

of p

rovi

ding

a p

ress

ure

boun

dary

for t

he

Prim

ary

Con

tain

men

t. C

ompo

nent

s w

hich

fo

rm th

e P

rimar

y C

onta

inm

ent P

ress

ure

Bou

ndar

y m

ust b

e Lo

cal L

eak

Rat

e Te

sted

(L

LRT)

in a

ccor

danc

e w

ith 1

0CFR

50

App

endi

x J

(i.e.

, Typ

e A

, B, &

C te

stin

g).

Con

tain

men

t A

tmos

pher

e D

ilutio

n

084-

04

Pro

vide

Sec

onda

ry C

onta

inm

ent B

ound

ary.

Y

ES

N

O

BFN

uni

ts o

pera

te a

s a

sing

le z

one

seco

ndar

y co

ntai

nmen

t. S

econ

dary

C

onta

inm

ent w

as te

sted

as

a w

hole

dur

ing

Uni

t 2 te

stin

g. S

econ

dary

Con

tain

men

t bo

unda

ry a

nd p

ress

ure

boun

dary

inte

rface

is

bei

ng m

aint

aine

d.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-1

01

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Con

tain

men

t A

tmos

pher

e D

ilutio

n

084-

06

Clo

se C

AD S

yste

m v

ent v

alve

s on

Prim

ary

Con

tain

men

t Iso

latio

n S

yste

m (6

4D) G

roup

6

isol

atio

n si

gnal

.

YES

YES

Con

tain

men

t A

tmos

pher

e D

ilutio

n

084-

07

Pro

vide

nitr

ogen

as

the

actu

atin

g m

ediu

m fo

r the

R

eact

or B

uild

ing

To T

orus

Vac

uum

Bre

aker

but

terfl

y va

lves

whe

n C

ontro

l Air

is n

ot a

vaila

ble.

See

N

ote

2.

YE

S

Will

be te

sted

und

er M

ode

032-

09. D

CN

51

205

adds

the

CA

D ti

e-in

s to

the

Toru

s va

cuum

bre

aker

s.

Con

trol R

od D

rive

085-

01

Pro

vide

scr

am (9

9) a

nd c

lose

Scr

am D

isch

arge

V

olum

e (S

DV

) ven

t and

dra

in v

alve

s.

YE

S

NO

S

ee a

lso

Mod

e 09

9-01

.

Con

trol R

od D

rive

085-

02

Pro

vide

Prim

ary

Con

tain

men

t Bou

ndar

y.

YE

S

NO

V

ario

us s

yste

ms

perfo

rm a

pas

sive

func

tion

of p

rovi

ding

a p

ress

ure

boun

dary

for t

he

Prim

ary

Con

tain

men

t. C

ompo

nent

s w

hich

fo

rm th

e P

rimar

y C

onta

inm

ent P

ress

ure

Bou

ndar

y m

ust b

e Lo

cal L

eak

Rat

e Te

sted

(L

LRT)

in a

ccor

danc

e w

ith 1

0CFR

50

App

endi

x J

(i.e.

, Typ

e A

, B, &

C te

stin

g).

Con

trol R

od D

rive

085-

03

Pro

vide

Sec

onda

ry C

onta

inm

ent B

ound

ary.

Y

ES

N

O

BFN

uni

ts o

pera

te a

s a

sing

le z

one

Seco

ndar

y C

onta

inm

ent.

Sec

onda

ry

Con

tain

men

t was

test

ed a

s a

who

le d

urin

g U

nit 2

test

ing.

Sec

onda

ry C

onta

inm

ent

boun

dary

and

pre

ssur

e bo

unda

ry in

terfa

ce

is b

eing

mai

ntai

ned.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-1

02

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Con

trol R

od D

rive

085-

04

Pro

vide

Rea

ctor

Coo

lant

Pre

ssur

e B

ound

ary

(RC

PB

). Y

ES

N

O

Test

ing

to d

emon

stra

te fu

nctio

nal c

apab

ility

of R

eact

or C

oola

nt P

ress

ure

Bou

ndar

y is

no

t req

uire

d. T

his

mod

e of

ope

ratio

n is

a

pass

ive

func

tion

and

no p

hysi

cal a

ctio

n is

re

quire

d by

the

syst

em to

mai

ntai

n th

e in

tegr

ity o

f the

Rea

ctor

Coo

lant

Pre

ssur

e B

ound

ary.

Bas

elin

e Te

st R

equi

rem

ents

D

ocum

ent 1

-BFN

-BTR

D-0

68, M

ode

068-

04, f

or th

e R

eact

or R

ecirc

ulat

ion

(68)

and

R

ecirc

ulat

ion

Flow

Con

trol (

96) s

yste

ms

addr

esse

s th

e fu

nctio

nalit

y of

the

RC

PB

an

d its

ove

rall

test

ing.

Pip

ing

and

com

pone

nts

whi

ch s

uppl

y a

RC

PB

sha

ll be

sy

stem

pre

ssur

e te

sted

und

er A

SM

E

Sec

tion

XI p

rogr

am.

Con

trol R

od D

rive

085-

05

Pre

vent

rod

with

draw

al.

YE

S

YE

S

See

als

o M

ode

092-

04.

Con

trol R

od D

rive

085-

06

Pro

vide

hou

sing

sup

port

to k

eep

rods

in p

lace

. Y

ES

N

O

This

mod

e of

ope

ratio

n is

a p

assi

ve

func

tion.

The

hou

sing

sup

port

stru

ctur

e w

ill be

insp

ecte

d af

ter r

eass

embl

y. R

ef. 0

-SI-

4.3.

B.2

.

Con

trol R

od D

rive

085-

07

Lim

it ro

d dr

op ra

te to

less

than

3.1

1 ft/

sec.

N

O

NO

Th

is m

ode

requ

ires

no te

stin

g. T

he o

rigin

al

desi

gn, a

s ve

rifie

d by

dev

elop

men

tal

test

ing,

is a

ccep

tabl

e to

ens

ure

the

func

tion.

Con

trol R

od D

rive

085-

08

Pro

vide

Mai

n C

ontro

l Roo

m ro

d po

sitio

n in

dica

tion.

Y

ES

Y

ES

Con

trol R

od D

rive

085-

09

Pro

vide

SD

V h

igh

wat

er le

vel s

igna

l. Y

ES

Y

ES

Con

trol R

od D

rive

085-

10

Pro

vide

scr

am d

isch

arge

vol

ume

low

air

head

er

pres

sure

sig

nal.

YE

S

NO

Th

is fu

nctio

n an

d th

e co

rresp

ondi

ng S

SA

m

ode

are

rem

oved

per

DC

N 5

1206

. No

test

re

quire

d.

Con

trol R

od D

rive

085-

12

Pro

vide

sys

tem

pre

ssur

e bo

unda

ry s

uppo

rt to

Mai

n S

team

Sys

tem

(01)

> 3

0% tu

rbin

e fir

st s

tage

pr

essu

re in

stru

men

tatio

n.

NO

N

O

This

func

tion

and

the

corre

spon

ding

SS

A

mod

e ar

e re

mov

ed p

er D

CN

510

78. N

o te

st

requ

ired.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-1

03

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Con

trol R

od D

rive

085-

13

Pro

vide

sys

tem

pre

ssur

e bo

unda

ry in

sup

port

of

RC

IC S

yste

m (7

1) a

utom

atic

initi

atio

n m

ode

and

man

ual o

pera

tion.

NO

Y

ES

S

ee a

lso

Mod

e 71

-05.

Con

trol R

od D

rive

085-

14

Pro

vide

Alte

rnat

e R

od In

serti

on (A

RI)

by o

peni

ng

back

up s

cram

val

ves

on F

eedw

ater

Sys

tem

(03)

R

PV

low

wat

er le

vel (

L2) s

igna

l or h

igh

reac

tor

vess

el p

ress

ure

sign

al.

YE

S

YE

S

See

als

o M

odes

003

-06

and

003-

15.

Con

trol R

od D

rive

085-

15

Pro

vide

Con

dens

ate

and

Dem

iner

aliz

ed W

ater

S

yste

m (0

2) p

ress

ure

boun

dary

for H

PC

I Sys

tem

(7

3) n

orm

al o

pen

wat

er s

uppl

y.

YE

S

NO

Th

e re

quire

men

t to

verif

y pr

essu

re

boun

dary

inte

grity

whi

le d

raw

ing

wat

er fr

om

the

Con

dens

ate

Sto

rage

Tan

k to

the

HPC

I S

yste

m (7

3) w

ill be

fulfi

lled

durin

g flo

w

test

ing

of th

e H

PC

I Sys

tem

, Mod

e 07

3-01

. N

o sy

stem

085

in-li

ne c

ompo

nent

nee

ds to

ch

ange

sta

te to

sat

isfy

this

mod

e co

nditi

on.

Con

trol R

od D

rive

085-

16

Pro

vide

sel

ecte

d ro

d id

entif

icat

ion.

S

ee

Not

e 2.

YE

S

Rad

iatio

n M

onito

ring

090-

02

Pro

vide

Prim

ary

Con

tain

men

t Bou

ndar

y.

YE

S

YE

S

Var

ious

sys

tem

s pe

rform

a p

assi

ve fu

nctio

n of

pro

vidi

ng a

pre

ssur

e bo

unda

ry fo

r the

P

rimar

y C

onta

inm

ent.

Com

pone

nts

whi

ch

form

the

Prim

ary

Con

tain

men

t Pre

ssur

e B

ound

ary

mus

t be

Loca

l Lea

k R

ate

Test

ed

(LLR

T) in

acc

orda

nce

with

10C

FR50

A

ppen

dix

J (i.

e., T

ype

A, B

, & C

test

ing)

.

Rad

iatio

n M

onito

ring

090-

03

Pro

vide

Rea

ctor

Bui

ldin

g ve

ntila

tion

exha

ust l

ine

and

refu

elin

g zo

ne a

rea

(adj

acen

t to

the

fuel

poo

ls)

high

radi

atio

n si

gnal

s to

prim

ary

Con

tain

men

t Is

olat

ion

Sys

tem

(64D

) Gro

up 6

isol

atio

n lo

gic.

YE

S

YE

S

See

als

o M

ode

64D

-04.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-1

04

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Rad

iatio

n M

onito

ring

090-

04

Pro

vide

Mai

n C

ontro

l Roo

m in

take

air

duct

s ex

cess

ive

radi

atio

n si

gnal

to A

ir C

ondi

tioni

ng

Sys

tem

(31)

for i

nitia

tion

of M

ain

Con

trol R

oom

E

mer

genc

y Ve

ntila

tion

(isol

atio

n of

inta

ke d

ucts

and

su

pply

of p

ress

uriz

ed fi

ltere

d ou

tdoo

r air)

.

YE

S

NO

Fu

nctio

nal t

estin

g of

the

isol

atio

n lo

gic

for

both

the

Rad

iatio

n M

onito

ring

Sys

tem

and

C

ontro

l Roo

m E

mer

genc

y V

entil

atio

n S

yste

m w

ere

test

ed fo

r con

form

ance

to th

e S

SA

for e

ach

syst

em d

urin

g B

FN U

nit 2

re

star

t. N

o ad

ditio

nal t

estin

g is

requ

ired

for

this

mod

e.

Rad

iatio

n M

onito

ring

090-

05

Clo

se v

alve

s on

suc

tion

and

retu

rn li

nes

to th

e dr

ywel

l rad

ioac

tive

parti

cula

te io

dine

and

gas

eous

m

onito

r on

prim

ary

Con

tain

men

t Iso

latio

n S

yste

m

(64D

) Gro

up 6

isol

atio

n si

gnal

.

YE

S

YE

S

See

als

o M

ode

64D

-04.

Rad

iatio

n M

onito

ring

090-

07

Pro

vide

sys

tem

pre

ssur

e bo

unda

ry in

tegr

ity (w

ith a

ll m

echa

nica

l joi

nts

and

com

pone

nts

asso

ciat

ed w

ith

the

off-l

ine

liqui

d m

onito

rs) t

o R

HR

Ser

vice

Wat

er

Sys

tem

(23)

coo

ling

wat

er fo

r RH

R S

yste

m (7

4)

heat

exc

hang

ers.

NO

N

O

Pre

ssur

e bo

unda

ry in

tegr

ity w

ith th

e R

HR

SW

Sys

tem

(023

) is

by d

esig

n co

des

of p

ipin

g an

d st

ruct

ures

. In

the

even

t of a

le

ak in

the

off-l

ine

radi

atio

n m

onito

rs w

ith

the

RH

RS

W, t

he a

ppro

pria

te ra

diat

ion

mon

itor i

sola

tion

valv

es c

ould

be

man

ually

cl

osed

. No

addi

tiona

l tes

ting

requ

ired

for

this

mod

e.

Rad

iatio

n M

onito

ring

090-

08

Pro

vide

Sec

onda

ry C

onta

inm

ent B

ound

ary.

Y

ES

N

O

BFN

uni

ts o

pera

te a

s a

sing

le z

one

Seco

ndar

y C

onta

inm

ent.

Sec

onda

ry

Con

tain

men

t was

test

ed a

s a

who

le d

urin

g U

nit 2

test

ing.

Sec

onda

ry C

onta

inm

ent

boun

dary

and

pre

ssur

e bo

unda

ry in

terfa

ce

is b

eing

mai

ntai

ned.

Neu

tron

Mon

itorin

g 09

2-01

P

rovi

de In

term

edia

te R

ange

Mon

itor (

IRM

) hig

h ne

utro

n flu

x tri

p si

gnal

to R

eact

or P

rote

ctio

n S

yste

m

(99)

.

YES

YES

Neu

tron

Mon

itorin

g 09

2-02

P

rovi

de A

vera

ge P

ower

Ran

ge M

onito

r (A

PR

M)

high

neu

tron

flux

trip

sign

al to

Rea

ctor

Pro

tect

ion

Sys

tem

(99)

.

YES

YES

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-1

05

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Neu

tron

Mon

itorin

g 09

2-04

P

rovi

de R

od B

lock

Mon

itor t

rip s

igna

l to

the

Rea

ctor

M

anua

l Con

trol s

ubsy

stem

of t

he C

ontro

l Rod

Driv

e S

yste

m (8

5) to

inhi

bit c

ontro

l rod

with

draw

al.

YE

S

YE

S

See

als

o M

ode

085-

05.

Neu

tron

Mon

itorin

g 09

2-05

P

rovi

de in

dica

tion

in th

e M

ain

Con

trol R

oom

of

pow

er/n

eutro

n flu

x le

vel a

s m

onito

red

on th

e S

ourc

e R

ange

Mon

itors

(SR

Ms)

, IR

Ms,

or A

PR

Ms

(as

appl

icab

le) a

s th

e ev

ent i

s id

entif

ied

and

the

Sta

ndby

Liq

uid

Con

trol S

yste

m (6

3) in

ject

s th

e bo

ron

solu

tion

into

the

reac

tor.

YE

S

NO

D

urin

g pl

ant s

tartu

p th

e N

eutro

n M

onito

ring

Sys

tem

is fu

nctio

ning

in a

nor

mal

mod

e.

That

is, t

he S

RM

s an

d IR

Ms

prov

ide

indi

catio

n in

the

Mai

n C

ontro

l Roo

m o

f the

po

wer

/flux

leve

l. S

ince

thes

e in

dica

tions

are

m

onito

red

as th

e pl

ant i

s br

ough

t up

to

pow

er, i

t is

not n

eces

sary

to p

rovi

de a

ny

base

line

test

for t

he S

RM

/IRM

indi

catio

ns.

Neu

tron

Mon

itorin

g 09

2-07

P

rovi

de R

eact

or C

oola

nt P

ress

ure

Bou

ndar

y (R

CP

B).

YE

S

YE

S

Test

ing

to d

emon

stra

te fu

nctio

nal c

apab

ility

of R

eact

or C

oola

nt P

ress

ure

Bou

ndar

y is

no

t req

uire

d. T

his

mod

e of

ope

ratio

n is

a

pass

ive

func

tion

and

no p

hysi

cal a

ctio

n is

re

quire

d by

the

syst

em to

mai

ntai

n th

e in

tegr

ity o

f the

Rea

ctor

Coo

lant

Pre

ssur

e B

ound

ary.

Bas

elin

e Te

st R

equi

rem

ents

D

ocum

ent 1

-BFN

-BTR

D-0

68, M

ode

068-

04, f

or th

e R

eact

or R

ecirc

ulat

ion

(68)

and

R

ecirc

ulat

ion

Flow

Con

trol (

96) S

yste

ms

addr

esse

s th

e fu

nctio

nalit

y of

the

RC

PB

an

d its

ove

rall

test

ing.

Pip

ing

and

com

pone

nts

whi

ch s

uppl

y a

RC

PB

sha

ll be

sy

stem

pre

ssur

e te

sted

und

er A

SM

E

Sec

tion

XI p

rogr

am.

Neu

tron

Mon

itorin

g 09

2-08

P

rovi

de O

scilla

tion

Pow

er R

ange

Mon

itor (

OPR

M)

trip

sign

al to

Rea

ctor

Pro

tect

ion

Sys

tem

(99)

. S

ee

Not

e 2.

Y

ES

Th

e D

etec

t & S

uppr

ess

Sol

utio

n C

onfir

mat

ion

Den

sity

[DS

SC

D]

met

hodo

logy

is p

lann

ed.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-1

06

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Trav

ersi

ng In

core

P

robe

09

4-01

P

rovi

de P

rimar

y C

onta

inm

ent B

ound

ary

isol

atio

n an

d in

tegr

ity. (

Act

ive

isol

atio

n fu

nctio

n is

not

re

quire

d.)

YE

S

YE

S

Var

ious

sys

tem

s pe

rform

a p

assi

ve fu

nctio

n of

pro

vidi

ng a

pre

ssur

e bo

unda

ry fo

r the

P

rimar

y C

onta

inm

ent.

Com

pone

nts

whi

ch

form

the

Prim

ary

Con

tain

men

t Pre

ssur

e B

ound

ary

mus

t be

Loca

l Lea

k R

ate

Test

ed

(LLR

T) in

acc

orda

nce

with

10C

FR50

A

ppen

dix

J (i.

e., T

ype

A, B

, & C

test

ing)

.

Trav

ersi

ng In

core

P

robe

09

4-03

P

rovi

de R

eact

or C

oola

nt P

ress

ure

Bou

ndar

y (R

CP

B).

Pas

sive

func

tion

only

. N

O

NO

Te

stin

g to

dem

onst

rate

func

tiona

l cap

abilit

y of

Rea

ctor

Coo

lant

Pre

ssur

e B

ound

ary

is

not r

equi

red.

Thi

s m

ode

of o

pera

tion

is a

pa

ssiv

e fu

nctio

n an

d no

phy

sica

l act

ion

is

requ

ired

by th

e sy

stem

to m

aint

ain

the

inte

grity

of t

he R

eact

or C

oola

nt P

ress

ure

Bou

ndar

y. B

asel

ine

Test

Req

uire

men

ts

Doc

umen

t 1-B

FN-B

TRD

-068

, Mod

e 06

8-04

, for

the

Rea

ctor

Rec

ircul

atio

n (6

8) a

nd

Rec

ircul

atio

n Fl

ow C

ontro

l (96

) Sys

tem

s ad

dres

ses

the

func

tiona

lity

of th

e R

CP

B

and

its o

vera

ll te

stin

g. P

ipin

g an

d co

mpo

nent

s w

hich

sup

ply

a R

CP

B s

hall

be

syst

em p

ress

ure

test

ed u

nder

AS

ME

S

ectio

n X

I pro

gram

.

Rea

ctor

Pro

tect

ion

099-

01

Pro

vide

aut

o sc

ram

sig

nal a

nd S

DV

ven

t/dra

in v

alve

is

olat

ion

sign

al to

CR

D S

yste

m (8

5).

YE

S

YE

S

See

als

o M

ode

085-

01.

Rea

ctor

Pro

tect

ion

099-

02

Pro

vide

man

ual s

cram

sig

nal a

nd S

DV

ven

t/dra

in

valv

e is

olat

ion

sign

al to

CR

D S

yste

m (8

5).

YES

YES

Rea

ctor

Pro

tect

ion

099-

03

Pro

vide

"RU

N" m

ode

sign

al to

PC

IS (6

4D) f

or lo

w

stea

mlin

e pr

essu

re is

olat

ion

perm

issi

ve.

YES

YES

Rea

ctor

Pro

tect

ion

099-

04

Pro

vide

refu

el in

terlo

ck to

Rea

ctor

Man

ual C

ontro

l su

bsys

tem

of C

RD

(85)

. YE

S YE

S

Rea

ctor

Pro

tect

ion

099-

05

Pro

vide

trip

sig

nal t

o re

circ

ulat

ion

pum

p m

otor

br

eake

rs (S

yste

m 6

8).

YE

S

YE

S

See

als

o M

ode

068-

02.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-1

07

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Rea

ctor

Pro

tect

ion

099-

06

Pro

vide

sig

nals

to P

rimar

y C

onta

inm

ent I

sola

tion

Sys

tem

(64D

) log

ic.

YES

YES

Cra

nes

and

Hoi

sts

111-

01

Rea

ctor

Bui

ldin

g cr

ane

is to

be

tied

dow

n un

der

torn

ado

cond

ition

s. W

ith th

is p

rovi

sion

, the

cra

ne

mus

t with

stan

d fu

ll de

sign

load

s (p

assi

ve).

NO

N

O

Saf

e st

orag

e is

acc

ompl

ishe

d by

sec

urin

g (ty

ing

dow

n) th

e cr

ane

durin

g to

rnad

o co

nditi

ons

and

deen

ergi

zing

and

po

sitio

ning

the

cran

e du

ring

a to

rnad

o w

arni

ng.

Com

mun

icat

ions

24

4-01

P

rovi

de c

omm

unic

atio

n fro

m lo

cal p

anel

s fo

r sh

utdo

wn

from

out

side

the

Mai

n C

ontro

l Roo

m.

NO

Y

ES

Bui

ldin

gs a

nd

Stru

ctur

es

303-

01

Mai

ntai

n co

nfig

urat

ion

inte

grity

of s

truct

ures

dur

ing

earth

quak

e.

NO

N

O

All

safe

ty re

late

d st

ruct

ures

wer

e de

sign

ed

and

cons

truct

ed in

acc

orda

nce

with

sei

smic

cr

iteria

. Th

is m

ode

of o

pera

tion

is a

pa

ssiv

e fu

nctio

n an

d no

phy

sica

l act

ion

is

requ

ired

by th

e sy

stem

to m

aint

ain

inte

grity

of

the

stru

ctur

es.

Bui

ldin

gs a

nd

Stru

ctur

es

303-

02

Pro

vide

pro

tect

ion

agai

nst t

he e

ffect

s of

floo

ding

. N

O

NO

A

ll sa

fety

rela

ted

stru

ctur

es w

ere

desi

gned

an

d co

nstru

cted

to m

eet t

he c

riter

ia re

late

d to

ext

erna

l flo

odin

g pr

even

tion/

miti

gatio

n.

This

mod

e of

ope

ratio

n is

a p

assi

ve

func

tion

and

no p

hysi

cal a

ctio

n is

requ

ired

by th

e sy

stem

to p

rote

ct a

gain

st th

e ef

fect

s of

floo

ding

.

Bui

ldin

gs a

nd

Stru

ctur

es

303-

03

Mai

ntai

n co

nfig

urat

ion

inte

grity

of s

truct

ures

dur

ing

torn

ado.

N

O

NO

A

ll sa

fety

rela

ted

stru

ctur

es w

ere

desi

gned

an

d co

nstru

cted

to m

eet t

he c

riter

ia re

late

d to

win

d, to

rnad

o w

ind,

torn

ado

depr

essu

rizat

ion,

and

torn

ado

gene

rate

d m

issi

les.

Thi

s m

ode

of o

pera

tion

is a

pa

ssiv

e fu

nctio

n an

d no

phy

sica

l act

ion

is

requ

ired

by th

e sy

stem

to m

aint

ain

inte

grity

of

the

stru

ctur

es.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-1

08

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

Bui

ldin

gs a

nd

Stru

ctur

es

303-

04

Sec

onda

ry C

onta

inm

ent l

eaka

ge ra

te c

riter

ia m

ust

be m

aint

aine

d by

the

Rea

ctor

Bui

ldin

g.

YE

S

NO

B

FN u

nits

ope

rate

as

a si

ngle

zon

e se

cond

ary

cont

ainm

ent.

Sec

onda

ry

Con

tain

men

t was

test

ed a

s a

who

le d

urin

g U

nit 2

test

ing.

Sec

onda

ry C

onta

inm

ent

boun

dary

and

pre

ssur

e bo

unda

ry in

terfa

ce

is b

eing

mai

ntai

ned.

125

VD

C E

lect

rical

D

istri

butio

n 57

1-01

P

rovi

de 1

25V

DC

con

trol p

ower

to D

/G c

ircui

try

(Sys

tem

82)

. Y

ES

N

O

Ade

quat

e te

sts

perfo

rmed

und

er U

nit 2

R

esta

rt Te

st P

rogr

am.

This

test

fulfi

lls U

nit

1 m

ode

requ

ired

test

ing.

120

VA

C E

lect

rical

D

istri

butio

n 57

2-01

P

rovi

de 2

08/1

20V

I&C

Bus

pow

er d

istri

butio

n.

YE

S

YE

S

120

VA

C E

lect

rical

D

istri

butio

n 57

2-02

P

rovi

de u

nit p

refe

rred

pow

er d

istri

butio

n.

NO

Y

ES

U

nit 1

MM

G S

et h

as b

een

repl

aced

with

re

ctifi

er/in

verte

r per

DC

N 5

1085

. Tes

ting

to

be p

erfo

rmed

as

Pos

t Mod

ifica

tion

Test

ing

for t

his

DC

N.

120

VA

C E

lect

rical

D

istri

butio

n 57

2-03

P

rovi

de 1

20 V

AC

pow

er fo

r RP

S S

yste

m (9

9) a

nd

abili

ty to

dee

nerg

ize

RP

S fr

om o

utsi

de th

e M

ain

Con

trol R

oom

.

NO

Y

ES

120

VA

C E

lect

rical

D

istri

butio

n 57

2-04

P

rovi

de c

ontro

l of t

he 1

20 V

AC

pow

er fo

r the

RP

S

Sys

tem

(99)

due

to o

verv

olta

ge, u

nder

volta

ge a

nd

unde

rfreq

uenc

y.

YE

S

NO

A

ssoc

iate

d 12

0 V

AC

sys

tem

is in

ser

vice

an

d te

stin

g pe

rform

ed fo

r Uni

t 2 re

star

t en

com

pass

ed U

nit 1

sco

pe a

nd

requ

irem

ents

. N

o ad

ditio

nal t

estin

g re

quire

d.

250

VD

C E

lect

rical

D

istri

butio

n 57

3-01

P

rovi

de c

ontro

l and

logi

c po

wer

to 4

kV a

nd 4

80V

sw

itchg

ear.

YE

S

NO

Te

sted

for U

-2 p

erio

dic

SI p

erfo

rmed

.

250

VD

C E

lect

rical

D

istri

butio

n 57

3-02

P

rovi

de s

witc

hyar

d (5

00kV

- 16

1kV)

rela

ying

and

tri

ppin

g po

wer

. Y

ES

N

O

Test

ed fo

r U-2

per

iodi

c S

I per

form

ed.

250

VD

C E

lect

rical

D

istri

butio

n 57

3-03

P

rovi

de m

otiv

e po

wer

and

logi

c po

wer

to e

quip

men

t.Y

ES

N

O

Test

ed fo

r U-2

per

iodi

c S

I per

form

ed.

250

VD

C E

lect

rical

D

istri

butio

n 57

3-04

P

rovi

de d

istri

butio

n po

int f

or n

umer

ous

elec

trica

l sy

stem

s.

YE

S

NO

Te

sted

for U

-2 p

erio

dic

SI p

erfo

rmed

.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-1

09

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

250

VD

C E

lect

rical

D

istri

butio

n 57

3-05

P

rovi

de lo

gic

pow

er to

480

VA

C lo

ad s

hed

logi

c.

YE

S

NO

S

yste

m is

in s

ervi

ce a

nd te

stin

g pe

rform

ed

for U

nit 2

rest

art e

ncom

pass

ed U

nit 1

sc

ope

and

requ

irem

ents

. N

o ad

ditio

nal

test

ing

requ

ired.

480

VA

C E

lect

rical

D

istri

butio

n 57

4-01

P

rovi

de 4

80 V

AC

sw

itchg

ear d

istri

butio

n. [

Man

ual

actio

n fo

r bat

tery

cha

rgin

g]

YE

S

NO

S

yste

m is

in s

ervi

ce a

nd te

stin

g pe

rform

ed

for U

nit 2

rest

art e

ncom

pass

ed U

nit 1

sc

ope

and

requ

irem

ents

. N

o ad

ditio

nal

test

ing

requ

ired.

480

VA

C E

lect

rical

D

istri

butio

n 57

4-02

P

rovi

de 4

80 V

AC

Mot

or C

ontro

l Cen

ter d

istri

butio

n.

YE

S

NO

S

yste

m is

in s

ervi

ce a

nd te

stin

g pe

rform

ed

for U

nit 2

rest

art e

ncom

pass

ed U

nit 1

sc

ope

and

requ

irem

ents

. N

o ad

ditio

nal

test

ing

requ

ired.

480

VA

C E

lect

rical

D

istri

butio

n 57

4-03

P

rovi

de lo

gic

and

perfo

rm 4

80 V

AC

load

she

d ba

sed

on a

ccid

ent s

igna

l fro

m C

ore

Spr

ay S

yste

m (7

5) a

nd

Die

sel G

ener

ator

vol

tage

ava

ilabl

e si

gnal

from

the

4kV

Sys

tem

(575

).

YES

YES

480

VA

C E

lect

rical

D

istri

butio

n 57

4-04

P

rovi

de 4

80V

AC

dis

tribu

tion

back

up c

ontro

l. Y

ES

Y

ES

480

VA

C E

lect

rical

D

istri

butio

n 57

4-05

P

rovi

de 4

80-V

load

she

d on

deg

rade

d vo

ltage

co

nditi

ons.

YE

S YE

S

4kV

Ele

ctric

al

Dis

tribu

tion

575-

01

Pro

vide

Cla

ss 1

E 4

kV p

ower

dis

tribu

tion.

Y

ES

N

O

No

addi

tiona

l tes

ting

requ

ired.

4kV

Ele

ctric

al

Dis

tribu

tion

575-

03

Pro

vide

inst

rum

enta

tion

for D

G p

aral

lelin

g (S

yste

m

82).

YE

S

NO

N

o ad

ditio

nal t

estin

g re

quire

d.

4kV

Ele

ctric

al

Dis

tribu

tion

575-

04

Pro

vide

initi

atio

n si

gnal

to d

iese

ls (S

yste

m 8

2).

YE

S

YE

S

New

CA

S L

ogic

.

4kV

Ele

ctric

al

Dis

tribu

tion

575-

06

Bac

kup

cont

rol f

or 4

kV fe

eder

bre

aker

s ou

tsid

e th

e co

ntro

l bay

. Y

ES

N

O

No

addi

tiona

l tes

ting

requ

ired.

Tabl

e 2

Com

paris

on o

f BFN

Uni

t 1 R

TP T

estin

g Sc

ope

to B

FN U

nits

2 a

nd 3

RTP

Tes

ting

Scop

e

E-1

10

Syst

em

Syst

em

Mod

e N

o.1

Mod

e D

escr

iptio

n U

2/3

Test

U

1 Te

st

Com

men

ts

4kV

Ele

ctric

al

Dis

tribu

tion

575-

07

Pro

vide

4kV

load

she

d an

d lo

ad s

eque

ncin

g lo

gic.

Y

ES

Y

ES

D

CN

510

16 C

hang

es C

omm

on A

ccid

ent

Sig

nal l

ogic

and

thes

e ch

ange

s w

ill b

e te

sted

in a

pplic

able

Pos

t Mod

ifica

tion

Test

s.

4kV

Ele

ctric

al

Dis

tribu

tion

575-

08

Pro

vide

die

sel g

ener

ator

vol

tage

ava

ilabl

e si

gnal

to

acci

dent

sig

nal i

nitia

ted

480V

load

she

d lo

gic

(574

). Y

ES

N

O

See

als

o M

ode

574-

03.

Ade

quat

ely

test

ed

for U

nit 3

Res

tart.

No

addi

tiona

l tes

ting

requ

ired.

4kV

Ele

ctric

al

Dis

tribu

tion

575-

09

Pro

vide

4kV

pow

er d

istri

butio

n fro

m o

ff-si

te p

ower

. Y

ES

N

O

Ade

quat

ely

test

ed fo

r Uni

t 3 R

esta

rt. N

o ad

ditio

nal t

estin

g re

quire

d.

500

kV/1

61 k

V O

ff S

ite P

ower

57

6-01

P

rovi

de o

ffsite

pow

er to

4kV

dis

tribu

tion

(575

). Y

ES

Y

ES

1-

ETU

-RM

I 1-G

EN

-1 re

quire

d.

500

kV/1

61 k

V O

ff S

ite P

ower

57

6-02

P

rovi

de 2

4 VD

C p

ower

to th

e N

eutro

n M

onito

ring

Syst

em.

NO

N

O

No

test

ing

requ

ired

for U

nit 1

. Sys

tem

is

non-

safe

ty re

late

d an

d lo

ss o

f 24V

DC

sy

stem

doe

s no

t hav

e un

acce

ptab

le re

sults

no

r doe

s it

prev

ent s

afe

shut

dow

n of

the

unit.

500

kV/1

61 k

V O

ff S

ite P

ower

57

6-03

P

rovi

de 4

8 VD

C p

ower

to A

nnun

ciat

or S

yste

m.

NO

N

O

No

test

ing

requ

ired

for U

nit 1

. The

48V

DC

sy

stem

is n

on-s

afet

y re

late

d as

are

its

load

s. In

add

ition

, thi

s sy

stem

has

ba

tterie

s/ch

arge

rs a

s ba

ckup

.

Not

es:

1.

R

efer

to C

alcu

latio

n N

DQ

0999

9100

33, "

Saf

e S

hutd

own

Ana

lysi

s".

2.

Som

e of

the

Sys

tem

Mod

es id

entif

ied

here

in fo

r Uni

t 1 w

ere

not a

pplic

able

to s

afe

shut

dow

n fo

r tra

nsie

nts,

acc

iden

ts, a

nd s

peci

al e

vent

s du

ring

the

star

tup

of U

nits

2 a

nd/o

r 3.

This

ana

lysi

s as

sum

es o

pera

tion

of U

nits

1, 2

and

3 in

any

com

bina

tion

of re

acto

r ope

ratin

g st

ates

.

Table 3 Comparison of BFN Unit 1 Power Ascension Testing Programs

to BFN Unit 3 Power Ascension Testing Programs

E-111

BFN TEST TEST NAME UNIT 3 TEST

TEST FOR

UNIT 1 OPEN

VESSEL 0-

55% 55-

100%

SI-4.6.B.1-4 Reactor Coolant Chemical/Radiochemical YES YES X X X RCDP-1 Radiological Control Program YES YES X X SR-3.1.1.1 Reactivity Margin Test YES YES X

TI-20 Control Rod Drive System YES YES X X

GOI-100-1A Unit Startup & Power Operation [Source Range Monitor] YES YES X X

TI-149 Reactor Water Level Measurements [RVLIS] YES YES X X SR-3.3.1.1.9 [IRMs A-H] Intermediate Range Monitor YES YES X

SR-3.3.1.1.7 RPS Local Power Range Monitor Calibration YES YES X X TI-136 Average Power Range Monitor [Constant Heatup] YES YES X SR-3.3.1.1.13 [APRMs 1-4] Average Power Range Monitor Calibration YES YES X X TI-135 Process Computer And Core Performance YES YES X X TBD Reactor Core Isolation Cooling System YES YES X

TBD High Pressure Coolant Injection System YES YES X

TBD System Expansion YES YES X

TI-137 Core Power Distribution YES YES X X TBD Core Performance YES YES X X

SR-2 Instrument Checks & Observations [Core Performance] YES YES X X TI-130 Main Steam Pressure Control Pressure Regulator YES YES X X TI-131 Feedwater Level Control System YES YES X X SR-3.3.1.1.8(8) Turbine Stop Valve Closure [RPS] Surveillance YES YES X X SI-4.7.D Primary Containment Isolation Valve Tests YES YES X

SI-4.6.D Safety Relief Valve YES YES X

TBD Shutdown From Outside Control Room [Back Up Control Panel Test] YES YES X

TBD Turbine Surveillance YES YES X X

TI-132 Recirculation Flow Control System YES YES X X X TBD Drywell Piping Vibration YES YES X X

TI-174 Recirculation Flow Control Calibration YES YES X TI-82 Drywell Atmosphere Cooling System Temperatures YES YES X X SI-4.8.B.1.A.1 Airborne Effluent Release Rate [Offgas System] YES YES X X TBD Reactor Water Cleanup System YES YES X

TBD Recirculation Flow Calibration YES YES X

Notes: N/A Not Applicable TBD To Be Determined