ML18130A319

Forwards 90-day Response to IE Bulletin 79-01B, Environ Qualification of Class IE Equipment. Includes Info Re Master List of Engineered Safety Feature Sys Flood Level Inside Primary Containment from Postulated Accident

ML18130A319
Person / Time
Site:	Surry
Issue date:	10/01/1980
From:	Sylvia B VIRGINIA POWER (VIRGINIA ELECTRIC & POWER CO.)
To:	James O'Reilly NRC OFFICE OF INSPECTION & ENFORCEMENT (IE REGION II)
References
IEB-79-01B, IEB-79-1B, NUDOCS 8010170214
Download: ML18130A319 (382)

Text

VIRGINIA ELECTRIC AND POWER CO!l>lPANY

• RICHMOND,VIROINL'lt,.. 23261 October 1, 1980 Mr. James P. O'Reilly, Director Serial No. 801 Office of Inspection and Enforcement NO/RGS :smv U. S. Nuclear Regulatory Commission Docket Nos: 50-280 Region II 50-281 101 Marietta Street, Suite 3100 License Nos: DPR-32 Atlanta, Georgia 30303 DPR-37

Dear Mr. O'Reilly:

IE BULLETIN 79-0lB (90-DAY REPORT)

SURRY POWER STATION UNIT NOS. 1 AND 2 This is in response to IE Bulletin 79-0lB: "Environmental Qualification of Class lE Equipment".

In response to Bulletin 79-0lB, we directed our architect-engineer (A-E) to review the environmental qualification of Class IE electrical equipment at our Surry Unit Nos. 1 and 2 facility to ensure that the equipment will func-tion under postulated accident conditions.

The review by our A-E of action Items 1 through 5 of the subject Bulletin has been completed for our Surry Unit Nos. 1 and 2. The results of this review are provided in the enclosed reports:

VEPCO SURRY POWER STATION UNIT 1 IE BULLETIN 79-QlB 90-DAY REVIEW VEPCO SURRY POWER STATION UNIT 2 IE BULLETIN 79-0lB 90-DAY REVIEW NRG Request "1. Provide a "master list" of all Engineered Safety Feature Systems (Plant Protection Systems) required to function under postulated accident conditions. Accident conditions are defined as the LOCA/HELB inside contain.~ent, and HELB outside containment. For each system within (including cables, EPA' s terminal blocks, R*

VIRGINIA ELEcTRrc AND PowER CoMPA;,.--Y To Mr. James P. O'Reilly, Director etc.) the master list identify each Class lE electrical equip-ment item that is required to function under accident conditions.

Pages 1 and 2 of Enclosure 2 are standard formats to be used for the "master list" with typical information included.

Electrical equipment i terns, which are components of systems listed in Appendix A of Enclosure 4, which are assumed to operate in the FSAR safety analysis and are relied on to miti-gate design basis events are considered within the sc9pe of this Bulletin, regardless whether or not they were classified as part of the engineered safety features when the plant was originally .licensed to operate. The necessity for further up-grading of nonsafety-related plant systems will be dependent on the outcome of the licensees and the NRC reviews subsequent to TMI/2."

Response

The "master list" of all Engineered Safety Feature Systems re-quired to function under postulated accident conditions is provided in Section 5 of the Surry Power Station reports.

NRC Request i "2. For each Class lE electrical equipment item identified in item 1, provide written evidence of its environmental qualification to support the capability of the item to function under postu-lated accident conditions. For those Class lE electrical equip-ment items not having adequate qualification: data available, identify your plans for determining qualifications of these items and your schedule for completing this action. Provide this in the format of Enclosure 3."

Response

Written evidence of environmental qualification of Class IE electrical equipment to support the capability of an item to function under postulated accident conditions is specified in Section 6 of the Surry Power Station reports. For those Class IE electrical equipment items for which we have not obtained adequate qualification data, further contact with the vendors has been made to obtain additional data. The final evaluation on the qualification of this equipment will be made and for-warded to you on or before November 1, 1980.

NRC Request "3 . For equipment identified in items 1 and 2 provide service con-dition profiles (i.e., temperature, pressure, etc., as a func-tion of time). These data should be provided for design basis accident conditions and qualification tests performed. This data may be provided in profile or tabular form."

Mr. James P. O'Reilly, Director **

VIRGIXIA ELECTRIC AND POWER (OMPA:."Y TO

Response

The service condition profiles for equipment identified in Items 1 and 2 are provided in the system component evaluation Work Sheets in Section 6 of the Surry Power Station reports.

NRC Request "4. Evaluate the qualification of your Class IE electrical equip-ment against the guidelines provided in Enclosure 4. Enclosure 5, "Interim Staff Position on Environmental Qualification of Safety-Related Electrical Equipment", provides supplemental information to be used with these guidelines. For the equip-ment identified as having "Outstanding Items" by Enclosure 3, provide a detailed "Qualification Plan". Include in this plan specific actions which will be taken to determine equipment qualification and the schedule for completing the actions."

Response

The qualification of Class IE electrical equipment was evaluated against the guidelines in Enclosure 4 utilizing Enclosure 5 to provide supplemental information. The equipment identified as having Outstanding Items is specified in the system component evaluation Work Sheets in Section 6. The actions which will be taken to determine the qualification of this equipment will be completed by November 1, 1980, and are identified in the Conclusions Section 7. i NRC Request "5. Identify the maximum expected flood level inside the primary containment resulting from posula ted accidents. Specify this flood level by elevation . such as the 620 foot elevation. Pro-vide this information in the format of Enclosure 3."

Response

The maximum water level on the containment floor following a LOCA is at elevation -27' 11". The conservative elevation of

-21 feet was used for the purposes of the equipment qualifica-tion review. This was determined by assuming that all water sources have been pumped into the containment and have drained to the floor. Equipment located below this level is identified on the system component evaluation Work Sheets in Section 6 and were reviewed for qualification in the submerged condition.

Vrno1x1A ELEcTn1c AXD PowEn CmcPAxY To Mr. James P. O'Reilly, Director If you have any questions or require any additional information, please advise.

Very truly yours, t;.?. /! .,...7 '

_,.,. ?,/(,:J,/:_--&-

B. R:" Sylvia Manager - Nuclear Operations and ~-faintenance RGS/smv:SE4 Enclosures (16) cc: Mr. Victor Stello, Director (Enclosures-4)

NRG Office of Inspection and Enforcement Division of Reactor Operations Inspection Washington, D. C. 20555

VEPCO SURRY UNIT 1 IE BULLETIN 79-01B 90-DAY REVIEW SEPTEMBER 1980 VIRGINIA ELECTRIC AND POWER COMPANY

TABLE OF CONTENTS79-01B REVIEW 90-DAY REPORT SURRY POWER STATION UNIT 1 Section Title 1 INTRODUCTION *

• 1-1 1.1 SCOPE AND HISTORY OF IE BULLETIN 79-01 1-1 2 EVALUATION OF EQUIPMENT FOR ENVIRONMENTAL QUALIFICATION. * * * * * * * * * * * * *

• 2-1 2.1 CLASSIFICATION OF EQUIPMENT QUALIFICATION STA*rus

• 2-1 2.2 EQUIPMENT IDENTIFICATION * * * *

• 2-2 2.3 SERVICE CONDITIONS AS ADDRESSED IN. ENCLOSURE 4 OF IE BULLETIN 70-01B. * * * * * * * * * * * * * * *

• 2-2 2 .3., Service Conditions Inside Containment for a Loss of Coolant Accident (LOCA) * * * * * * * *

• 2-2 2.3.2 Service Conditions Inside Containment for a PWR Main Steam Line Break (MSLB) * * * * * * *

• 2-q 2.3.3 Service Conditions Outside Containment * *

• 2-6 3 QUALIFICATION METHODS AND MARGINS (ENCLOSURE 4 GUIDELINES) * * * * * * * * * * * * * * * *. *

• 3-1 3.1 QUALIFICATION METHODS * * * * * * * *

• 3-1 3.1.1 Selection of Qualification Method. * *

• 3-1 3.1.2 Qualification by Type Testing. * * * * * * ** 3-1 3.1.3 Qualification by a Combination of Methods (Test, Evaluation, and Analysis). * * * * * * * * * ** 3-3

3. 2 MARGINS

• 3-3 3.3 AGING * * * . . . . . .

q DOCUMENTATION. * .* * * * * * * * * * * * * *

• 4-1 5 MASTER LIST. *

• 5-1 6 SYSTEM COMPONENT EVALUATION WORK SHEETS. 6-1 7 CONCLUSION * * * . . . . . . . . . . . . 7-1 ii

TABLE OF CONTENTS {Cont)

Section Title Page 8 REFERENCES 8-1

• iii

SECTION 1 INTRODUCTION 1.1 SCOPE AND HISTORY OF IE BULLETIN 79-01 In response to Bulletin 79-01, a progra..~ was established to review the environmental qualification of safety-related electrical equipment located inside the reactor containment. An earlier submittal under IE Bulletin 79-01 has been provided to the NRC by VEPCO letter dated June 25, 1979. Later, IE Bulletin 79-01B was issued, which further defined the scope and format for reporting this information to the NRC. Clarifications of the scope of work for 79-01B were developed during a meeting on February 1, 1980 at the Nuclear Regulatory Commission Regional Office in Atlanta, Georgia.

The review is not limited to equipment inside containment, but also includes equipment in areas of the plant where changing environmental conditions (temperature, pressure, humidity, radiation) occur during and as a result of the accident conditions being reviewed.

The IE Bulletin 79-01B review has been submitted in two separate parts, as requested in the Bulletin. The qs-Day keview, which was submitted via Surry letter Serial Number 527, dated June 16, 1980, reflected equipment qualifications to FSAR cormnitments.

This 90-Day Review includes all electrical equipment required to mitigate an accident and/or safely shut down the plant, as discussed in Section 2.2. Further, only that equipment which is located in areas subject to changing environment due to the accidents is considered in this review.

This evaluation was made against the guideline requirements of Enclosure i+ of IE Bulletin 79-01B. All such equipment has been identified on the Master Lists and System Component Evaluation Work Sheets.

A detailed review of the Enclosure 4 guidelines is provided in following sections. Topical headings are provided for reference to the Enclosure 4 outline. Numbers in parentheses following the headings reference specific Enclosure 4 paragraphs.

Following a discussion of conditions, a Master List of equipment identifies location inside or outside containment, and references the System Component Evaluation Work Sheet page number. These work sheets form the body of the report; the sheets give the specifications and qualifications required under applicable service conditions, and reference documentation for qualification found in the References *

• 1-1

SECTION 2 EVALUATION OF EQUIPMENT FOR ENVIRONMENTAL QUALIFICATION

2. 1 CIASSIFICATION OF EQUIPMENT QUALIFICATION STATUS It was necessary to rely on numerous sources ot infoz:mation to provide written evidence of *class IE equif!Ilent qualification.

There are gradations of qualification status due to the diversity of sources and brevity of some test summaries; thus, electrical equipment has been categorized based on the type of qualification data available, as lis~ed .below:

1. Qualified: Equipment or components qualified under test conditions which equal or exceed, in all pctrameters, the accident environment either through:

a. Type testing _of equal or equivalent equipment or components;

b. Operating experience data applicable to the component; or

c. Analytical methods.

2. Nan-qualified: Equipment or components detennined to be unacceptable for the environmental parameters specified for one or more of the following reasons:

a. Equipment has failed under conditions which are equal to or less severe than those required.

b. Equipment has failed under conditions which are sufficiently similar to accident conditions so that non-qualification is demonstrated.

c. Equipment is sufficiently similar to equipment which has failed environment qualification so that non-qualification is demonstrated.

3. Insufficient InfoIJnation: Equi?Itent components for which the available information is not complete enough to determine the qualification of the item. In these cases, further contact, with the vendor has been made to obtain additional data. Further evaluation on qualification of this equipment and corrective action is scheduled to be completed and forwarded to you on or before November 1, 1980.

• 2-1

2.2 EQUIPMENT IDENTIFICATION Equipment addressed in this report includes all Class IE equipment affected by and required to mitigate an accident and/or safely shut down the plant, as defined by the guidelines of

.Enclosure 4 to IE Bulletin 79-01B, and as clarified by Answers 1 and 2 of NRC letter dated February 29, 1980. This encompasses equipment exposed to harsh environments including those where fluids are being recirculated from inside contain.~ent to accomplish long-teDn cooling following a loss-of-coolant accident (LOCA). Equipment required to maintain minimum boration capability has been addressed as to the effect of any hign energy line break (HELB) to which it may be subjected, even though it is not required to mitigate the HELB accident. Equipment necessary to bring the plant from hot to cold shutdown, however, is not included, as it is not a licensing requirement to achieve cold sh'm:.down for this

• plant. (Refer to NRC letter dated February 29, 1980, Generic Questions and Answers to IE Bulletin 7 9-0 1B, Answer 3, page 1.) .

2.3 SERVICE CONDITIONS AS ADDRESSED IN ENCLOSURE q OF IE BULLETIN 19-01B The remainder of this discussion is based on guidelines provided by Enclosure 4 of IE Bulletin 79-01B. The specific paragraphs of which concern each of the following sections are referenced in parentheses after the headings.

2.3.1 Service Conditions Inside Containment for*a Loss of Coolant Accident (LOCA) ( 4. 1)

Temperature and Pressure Steam Conditions (4.1.1i The time dependent temperature and pressure established as a result of the low head safety injection and recirculation spray pumps net positive suction head modification are described in the attachments to VEPCO letter to NRC Serial No. 382A dated November 22, 1977.

Radiation (4.1.2)

The radiation environment for qualification of equipment and components is based on the design basis given in Section 11.3 of the FSAR over the life of the plant (40 years), plus that associated with the LOCA. Consideration was given to source strength, shielding source volume, and structural shielding arrangements.

The analysis to determine the LOCA radiation environment at Surry is based on the instantaneous release from the fuel to the containment atmosphere of 100 percent of the noble gases and 50 percent of the halogens.

2-2

Using the above LOCA source terms, the containment centerline 120-day integrated dose for LOCA is calculated to be 2.4 x 107 rads. When added to the 40-year normal operating dose of 1.3 x 107 rads, the total dose is 3.7 x 107 rads, which is the figure used in our review for components inside.tne cranewall.

The analysis for the radiation environment assumed a release uniformly distributed in the containment, which is consistent with NUREG-0588, Appendix D, Page D-5, for a PWR.

The analysis for the LOCA radiation environment.aces not taxe into account the removal of airborne activity in the containment by the ESF systems or leakage. It does account fo~ radioactivity decay. No plate-out for the iodines is assumed in tt~e present analysis and the calculated dose is therefore conservative.

The present LOCA radiation environment is based on the dose and dose rate at the center point of the containment, and those values are used for unshielded equipment qualification. The dose rate for unshielded equipment is evaluated with respect to dose contribution of location. dependent sources, such as the sump water *. Integrated dose calculated for equipment qualification is based on a gamma source only.

Shielded components were reviewed based on a gamma source in accordance with NUREG-0588. IE Bulletin 79-01B, Section 4.1-2 states that "the conservative beta surface dose of 1.40 x 1oe rads reported in Appendix D of NUREG-05d8 would be reduced oy approximately a factor of ten within 30 mils of the*

surface o:f electrical cable insulation of unit density. An*

additional .40 mils insulation (total of 70 mils) results in another factor of 10 reduction in dose. Any structures or other equipment in the vicinity of the equipment of interest would act as shielding to further reduce beta doses. If it can be shown, by assuming a conservative unshielded beta surtace dose of 2.0 x 1oe rads and considering the shielding factors discussed here, the beta dose to radiation sensitive equipment or component internals would be less than or equal to 10 percent of the total garrana dose to which an item of equipment has been qualified, then.

that equipment* may be considered qualified for the total radiation environment (gamma plus beta)."

During the evaluation of NRC IE Bulletin 79-01B, a radiation kthresholdu of 2,500 rads was used and all equipment exposed to less radiation was considered to be exempt from. specific qualification requirements. This threshold value was based on an engineering review of material susceptibility to radiation damage as presented in existing literature<1,2>. We believe this threshold of 2,500 rads is reasonable and acceptable.

1. J. F. Kircher and R. E. Bowan, "Effects o:t Radiation on Materials and Components," Reinhold, 196~ *

• 2-3

2. REIC Report No. 21, The Effect of Nuclear Radiation in Elastomeric and *Plastic Components and Materials,"

Battelle Memorial Institute, 1964.

submergence (4.1.3)

The maximum water level on the containment floor following a LOCA is at elevation -21 feet 11 inches. This was* deter~~ned by assuming that all water sources have been pumped into the containment and have drained to the floor.

Equipment located below this level is identified on the System Component Evaluation Work Sheets and. has been reviewed .for qualification in the submerged condition.

Chemical Sorays (4.1.4)

The caustic spray characteristics were addressed in VEPCO letter to NRC Serial No. 535 dated June 18, 1980. The *most severe caustic. spray environment was addressed and is reflected on the System Component Evaluation Work Sheets.

2.3.2 Service Conditions Inside Containment for a PWR Main Steam Line Break (MSLB) (4.2.1, 4.2.2, 4.2.3, 4.2.1.q The pressure and temperature transients for a main steam line break (MSLB), referenced in the Surry Units 1 and 2 45-Day Report, were taken from the plant specific analysis for North Arina Units 1 and 2. A plant specific MSLB analysis has not been performed for Surry Units 1 and 2. The North Anna transients are more severe than those that would result from a Surry plant specific analysis, due to a smaller break size and use of partial revaporization to model condensate behavior.

The main steam line flow restrictors for Surry Unit 2 are located in the steam generator {SG) nozzles; therefore the ef.fective break diameter is 16 inches. These restrictors are located outside the steam generator in the main steam line at North Anna.

Thus,, at North Anna,, a MSLB between the SG and the flow restrictor would have. an effective break diameter of 30 inches. -

The smaller break size at Surry reduces the rate of steam release and would give lower containment pressure and temperature transients. The main steam flow restrictor modification is to be performed on Surry Unit 1 steam generator during the Surry Unit 1 steam generator replacement outage which is scheduled to start September 1980.

The North Anna MSLB analysis was performed with the then required conservative assumption of no condensate revaporization. As described in NUREG-0588,, Section 1.2(2), a partial r~vaporization treatment of condensate is now acceptable. This ef feet significantly decreases the calculated contain.~ent temperature transient. Therefore, a Surry plant speci£ic analysis performed 2-4

with current methods would yield a lower temperature transient than the North Anna transient.

After analyzing the thermal response of equipment inside containment to a MSLB ten1perature transient, the NRC S'taff developed the "best estimate" evaluation metnod for predicting the containment transients and the equipment temperature transient. This method is described in Appendix B to NUREG-0458.

It recognizes the significant conservatisms in the analytical methods used to predict the containment temperature following a MSLB, and it considers the thermal capability of equipment exposed to the MSLB environment.

NUREG-0458, Section 4.1.2, describes a "best estimate" evaluation which indicates that the calculated MSLB thermal response of typical components will remain within the actual LOCA qualification temperature envelope. Based on this evaluation, to IE Bulletin 79-01B states that for a PWR MSLB inside containment, "equipment qualified for a WCA environment is considered qualified for a MSLB accident environment in plants with automatic spray systems not subject to disabling single component failures. 11 The Surry units meet this last condition ..

The 45-Day Report included reference to the North Anna MSLB temperature and pressure profiles as conservative envelopes for equipment qualification in lieu of a plant specific Surry MSLB analysis. The 90-Day Report requires an evaluation of equipment qualification against the guidelines provided in J::.nclosure 4.

The containment spray system is initiated automatically and is designed to meet single.failure criteria. Therefore, the Surry 90-Day Report will use the guidelines of Enclosure 4, and \ the 11 best estimate" approach for MSLB service conditions. Theretpre, equipment qualification for a MSLB inside containment will\ be based on the LO<::A environment envelopes.

Raaiation (4.2.2)

LOCA doses described in Paragraph 2.3.1 were used for MSLB equipment qualification within the containment. Using LOCA doses for radiation qualification for MSLB results in conservative doses for MSLB radiation qualification.

Submergence (4.2.3)

The maximum water level associated with an MSLB has been conservatively assumed to equal the LOCA level, as described in Paragraph 2.3.1.

2-5

Chemical Sprays (4.2.4)

The caustic spray characteristics for a LOCA, as specified in Paragraph 4.1.4, were used for MSLB equipment qualification.

Using LOCA caustic spray characteristics is conservative for a MSLB accident. The most severe caustic spray environment was addressed and is reflected on the System Component Evaluation Wor.K Sheets.

2.3.3 Service Conditions Outside Containment (4.3)

Areas Subject to a Severe E.nvironment as a Result of a High Energy Line Break (HELB) (4.3.1)

HELB outside containment is addressed in FSAR Appendix D. Review of the postulated high energy line breaks has detennined that electrical equipment required to mitigate each break is not physically affected by pipe whip or jet impingement. As part of the 90-Day Review this equipment has been reviewed against the environmental parameters listed in the System Component Evaluation Work Sheets.

An additional review was perfonned to identify equipment required to maintain a minimum charging and boration capability, to assure capability of adding borated *water to the primary system.

Therefore, portions of the Chemical and Volume Control Systems (CVCS) and supporting systems have been included in the qualification program and nave been reviewed to the environmental parameters listed in the System Component Evaluation Work Sheets.

The environmental qualification conditions within the. auxiliary building, where the referenced eves equipment is located, are based on the worst case environment induced by potential HELBs in the area.

The breaks listed in Appendix D of the FSAR have been reanalyzed to produce temperature/pressure envelopes for equipment qualification review.

Areas Where Fluids are Recirculated from Inside Containment to Accomplish Long-Term Cooling Following a LOCA (4.3.2)

The areas through which fluids are recirculated from inside the containment following a LOCA for long-tenn cooling have been identified as the safeguards area, lower elevation ot the containment spray pump area and main steam valve house, and the Auxiliary Building, particularly pipe penetration. area and charging pump cubicles.

Temperature, Pressure, and Relative Humidity (4.3.2.1)

The systems recirculating fluids outside the conca.inment have been designed to seismic Class I requirements. System components have been selected to minimize or eliminate leakage. An 2-6

augumented leak reduction program, as required in Paragraph 2.1.6a of NUREG-0578, is described in various submittals made by VEPCO to the NRC dated January 10, 1980 and April 1, 198 0.

The areas through which recirculation piping is routed are all ventilated by equipment that is remotely located with respect to the piping and its environmental affects. Therefore, harsh temperature, pressure, and relative humidity conditions are not assumed to result from the recirculation of fluids from inside the containment.

Radiation (4.3.2.2)

Post-LOCA radiation dose rates for areas outside the contain.~ent have been determined based upon TID-14844 and RG 1.q source terms as required from the NUREG-0578 Review as follows:

1. Release from the fuel to the containment atmosphere of 100 percent of the noble gases, 25 percent of the halogens and. 0 percent of the remaining solid fission products.

2. Release from the fuel to the reactor coolant system (RCS) and RCS sample lines of 100 percent of the noble gases, 50 percent of the halogens, and 1 percent of the remaining solid fission products.

3. Release from the fuel to the containment sump (and recirculation spray and recirculation portion of the high and low head safety injection system) of O percent of the noble gases, 50 percent of the halogens and 1 percent of the remaining fission products.

Consideration was given to source strength, source volume, structural shielding arrangments, and piping* locations. These dose rates are given on the System Component Evaluation Work Sheets for equipment which must operate after a LOCA.

Submergence (4.3.2.3)

There has been no mechanism identified that would produce a significant amount of flooding near safety-related equipment in che Auxiliary Building.

Chemical Sprays ( 4. 3. 2. 4}

Not Applicable Areas Normally Maintained at Room Conditions (ij.3.3)

As noted in clle answer to Question 1 of the Supplemental Information to IE Bulletin 79-01B, dated February 29, 1980 2-7

(reference NRC letter to VEPCO dated February 29, 1980), these areas need not be addressed as part of the IE Bulletin 79-01B review

• SECTION 3 QUALIFICATION METHODS AND MARGINS (ENCLOSURE q GUIDELINES}

3.1 QUALIFICATION METHODS (5.0) 3.1.1 Selection of Qualification Method (5.1)

Testing is the primary method of qualification. Analysis has been used to verify or amplify test results. The 10°c rule was the primary means used to determine post-accident operability.

(For every 10°c rise in temperature the rate of thermal aging is doubled. Ref. IEEE 117 and 275.)

A detailed discussion of analytical techniques and conclusions is presented in Appendix D of the FSAR.

The adequacy of the qualification methods used is reviewed on a case-by-case basis and any deficiencies are identified on the System Component Evaluation Work Sheets.

3.1.2 Qualification by Type Testing (5.2)

Simulated Service Conditions and Test Duration (S.2.1)

Service conditions simulated during the test were reviewed to ensure that they enveloped the accident environments. The test duration and environmental parameters utilized in the test were reviewed to ensure that they equaled or exceeded specified values. When tests were found to be less severe than specified, a determination of the adequacy of the test was made on a case-by-case basis.

• Test Specimen * (5 ... 2 .2)

The test specimen model, design, and material construction were reviewed against the equipment being qualified to verify applicability of test results. Deviations were evaluated as required~

To ensure the validity of the listed information an as-built QA test program (Ref. Special Test 104) has been developed to verify the required component identification information.

This has been done to ensure the applicability of test documentation to installed equipment. To date a majority of the equipment outside the containment has been field verified in accordance with the above special test.

Equipment inside containment and unverified equipment outside containment on Unit 1 will be verified during the SG replacement outage now in progress. Equipment inside 3-1

contairunent and unverified equipment outside containment on Unit 2 will be verified by February 1981.

Test Sequence (5.2.3)

The test sequence selected has been reviewed and, when determined not to be in accordance with the guidelines of Enclosure q, has been evaluated for adequacy. Where a single component was not subjected to all of the tests, it was addressed on the System Component Evaluation Work Sheets.

Test Specimen Aging (5.2.4)

Tests which were successful using components which had not been pre-aged are considered acceptable provided the components do not contain materials known to be susceptible to significant degradation due to thermal and. radiation aging.

~quipment that has known aging mechanisms is addressed on the applicable System Component Evaluation Work Sheet. The exception to this concerns the aging of cable. Existing test data for cable is being reviewed utilizing the 100c rule, as discussed in Section 3.1.1, and where required the cable manufacturers have been contacted to provide any additional information (such as test data on similar types of insulation) in an effort to develop and determine the qualified life of the cables.

All Class IE electrical equipment is assessed for operability at specified time intervals by systematic application of the plant periodic test program. When this program detects any inoperable equipment, the equipment or component is analyzed.

A program will be developed by November 1, 1980, to determine whether equ~pment inoperability was caused by aging. Any equipment or component found to have aging characteristics will be reviewed to determine necessary action.

Equipment or component operability. is defined as that condition which meets the requirements of the manufacturer*s technical specification.

The use of the periodic test program, coupled with a detailed anaiysis of all Class IE inoperable equipment and other sources of information, should satisfy the aging requirement and provide assurance that Class IE equipment ana components will perform when needed. The other sources of information would be derived principally from licensee event reports filed by other utilities, NRC Circulars and Bulletins, and Vendor-specific data reports.

3-2

Functional Testinq and Failure Criteria (5.2.5)

Operational modes tested were reviewed to ensure that they were representative of the actual application requir~~ents as defined in the procurement documents.

'Any failures identified during the environmental qualification effort were reviewed and evaluated relative to their effect on the ability of the component to perform its required function. If a component failed any time during the test, the applicability of the test with regard to demonstrating the ability of the component to function for the entire period prior to the failure was considered on a case-by-case basis.

Installation Interfaces (5.2.6)

Where seals are included as part of the component, the qualification test results have qualified the seals. If the installed termination method and cable entry sealing are different from the tested methods, the as-buiit method will be reviewed. 'An inspection program will be implemented to identify cases where verification is required. This program will be completed on Surry Unit 1 during the SG replacement outage. Due to the operating status of Surry Unit 2 completion of the program will depend on the accessibility of equipment. Since the Surry units were constructed in basically the same time periods and to the same criteria, any potential problem identified on Uni~ 1 will be addressed in a timely manner on Unit 2.

3.1.3 Qualification by a Combination of Methods (Test, Evaluation, and Analysis) (5.3)

The method of qualification is identified on the System Component Evaluation Work Sheets. A determination of the adequacy of the qualification methods used is made on a case-by-case oasis.

3 .2 MARGINS (6 .0).

The qualification program for the Surry units predated the IEEE 323-1974 suggested factors to be applied to the service conditions to assure adequate test margins. As indicated in to the IE Bulletin, conservatisms exist in the calculation of environmental envelopes. These conservatisms are discussed in Section 3.0 of this report.

In addition to the effort associated with IE Bulletin 79-01B, ~he review of equipment functional adequacy which is related to other efforts such as the post~TMI-2 retrofits (e.g., NUREG-0578) and other IE Bulletin-related efforts (e.g., IEB-79-27) give added assurance that the equipment required to function retains that capability with a large margin of safety.

3-3

3.3 AGING (7.0)

The area of aging is addressed as part of Section 3.1.2, "Test Specimen Aging."

3-4

• SECTION 4 DOCUMENTATION (8. 0)

During the review of submitted qualification documentation, when it is determined that actual test data was not submitted (i.e.

test swmnaries and/or certificates of conformance only were submitted), actual test data has been requested. If such data cannot be submitted because it is considered proprietary by tne manufacturer, an audit of this data will be made. Testing summaries and/or certificates of conformance will not ne considered acceptable on their own merit. Where actual test data are not available, a summary of our vendor communication is supplied in the Conclusion Section (Section 7) of tnis report.

A final determination on the acceptability of qualification documentation for outstanding items will be made by November 1, 19d0, based on the criteria that the documentation available should be sufficient to justify the conclusions reached.

Auditable records are being developed as our review proceeds.

4-1

STONE & WEBSTER ENGINEERING CORPORATION 5-1 MASTER LIST Class IE Electrical Equipment Required to Function Under Postulated Accident Conditions SYSTEM: CONDENSER AIR REMOVAL TO CONTAINMENT Location Plant Identification Number Generic Name Inside Outside Containment Containment

/Worksheet

'P.<l~E> No.

S0V-SV-102A 6-1 Solenoid Operated Valve X I

i TITLE I

~

Cl-ECK;:'i'\

VIRGINIA ELECTRIC AND POWER COMPANY

,-OR~CT APPROVED I SlJRRY UNIT 1

,i

'VISIONS 211 1(3)1 I r-4}! l(s'I

STONE & WEBSTER ENGINEERING CORPORATION 5-2 MASTER LIST Class IE Electrical Equipment Required to Function Under Postulated Accident Conditions SYSTEM: CHEMICAL AND VOLUME CONTROL Location Plant Identification Number Generic Name Inside Outside Containment Containment Worksheet P::i~"' No.

MOV-1275A 6-2 Motor Operated Valve X MOV-1275B 6-3 Motor Operated Valve X MOV-1275C 6-4 Motor Operated Valve X MOV-1373 6-5 Motor Operated Valve X HOV-1381 6-6 Motor Operated Valve ,X 1-CH-P-lA 6-7 Pump Motor X 1-CH-P-lB 6-8 Pump Motor X 1-CH-P-lC 6-9 Pump Motor X FCV-1122 6-10 Flow Control Valve X FT-1122 6-11 Flow Transmitter X SOV-1311 6-12 Solenoid Operated Valve X TITLE

-- K ..

VIRGINIA ELECTRIC AND POWER COMPANY CORRECT APPROVED SURRY UNIT 1 REVISIONS l<2J I I (3~1 I (4)1 l(s:I

STONE & WEBSTER ENGINEERING CORPORATION 5-3

• MASTER LIST Class IE Electrical Equipment Required to Function Under Postulated Accident Conditions SYSTEM: CHEMICAL AND VOLUME CONTROL Location Plant Identification Number Generic Name Inside Outside Containment Containment jWorksheet Pa11e No.

MOV-1115B 6-13 Motor Operated Valve X MOV-1115C 6-14 Motor Operated Valve X MOV-1115D 6-15 Motor Operated Valve X MOV-1115E 6-16 Motor Operated Valve X MOV-1289A 6-17 Motor Operated Valve X MOV-1289B 6-18 Motor Operated Valve

. X SOV-1204 6-19 Solenoid Operated Valve X SOV-1200A 6-20 Solenoid Operated Valve X S0V-l200B 6-21 Solenoid Operated Valve X SOV-1200C 6-22 Solenoid Operated Valve X TITLE C!-Erl<'!:'r'I VIRGINIA ELECTRIC AND POWER COMPA11Y IC:OR~CT IAPPROVl='1'1 SURRY UNIT 1

!~VISIONS !21 I I 3~1 Ir 4) I 1rs:1

STONE & WEBSTER ENGINEERING CORPORATION 5-4 MASTER LIST Class IE Electrical Equipment Required to Function Under Postulated Accident Conditions SYSTEM: COMMON ELECTRICAL EQUIPMENT Location Plant*Identification Number Generic Name Inside Outside Containment Containment Worksheet Paqe No.

lHl-2 South 6-23 ~80 V MCC X lHl-2 North 6-24 ~80 V MCC X lJl-2 ':*iest 6-25 480 V MCC X lJl-2 East 6-26 480 V MCC X TITLE CH=,Ki=n VIRGINIA ELECTRIC AND POWER COMP Ai."IT IC':ORRECT l>.CpcnVED SURRY UNIT 1 REVISIONS 1<2> I I (3~1 1(4)1 1rs; 1

STONE & WEBSTER ENGINEERING CORPORATION 5-5 MASTER LIST Class IE Electrical Equipment Required to Function Under Postulated Accident Conditions SYSTEM: COMMON ELECTRICAL EQUIPMENT/SPECIFICATION NO. 21 Location Plant Identification Number Generic Name Inside Outside Containment Containment Workshee1 p;:i~e No.

CONAX TYPE IC 6-27 Power Penetration X X CONAX TYPE ID 6-28 Control Penetration X X CONAX TYPE IIA 6-29 Power Penetration X X CONAX TYPE IIB 6-30 Power Penetration X X

• CONAX TYPE IIC 6-31 Power Penetration X X I TITLE Ci-E'.--k'ED I VIRGINIA ELECTRIC A.~D POWER COMPANY CORRECT I SURRY UNIT 1 APPRO\&'D I REVISIONS I i<.2, I I (3~1 Jr4}1 1rs:1

STONE & WEBSTER ENGINEERING CORPORATION 5-6 MASTER LIST Class IE Electrical Equipment Required to Function Under Postulated Accident Conditions SYSTEM: COMMON ELECTRICAL EQUIPMENT/600 V CONTROL CABLE Location Plant Identification Number Generic Name Inside Outside Containment Containment Worksheet P<>ac No.

600 V Control Spec. No. 120 6-32 Cable X X 600 V Control Spec. No. 3187 6-33 Cable X X TITLE cJ-Cr-1<';:on VIRGINIA ELECTRIC AND POWER COMPANY r-riRRECT

!APPROVED SURRY UNIT 1

!~VISIONS 1<2> I 1(3,I . 1(4)1 l(s; I

STONE & WEBSTER ENGINEERING CORPORATION 5-7

• MASTER LIST Class IE Electrical Equipment Required to Function Under Postulated Accident Conditions SYSTEM: COMMON ELECTRICAL EQUIPMENT/300 V INSTRUMENT CABLE Location Plant Identification Number Generic Name Inside Outside Containment Containment Worksheet Paa<> No.

Spec. No. 128 6-34 300 V Instrument Cable X X 300 V Instrument Spec. No. 430 6-35 Cable X X 300 V Instrument Spec. No. NAS-3190 6-36 Cable X X TITLE cJ-Erk'J:li VIRGINIA ELECTRIC AND POWER COMPANY ICORRErT APPROVED SURRY UNIT 1 REVISIONS 1<2, i I (:3~ I Ir 4) I 1rs:1

STONE & WEBSTER ENGINEERING CORPORATION 5-8 MASTER LIST Class IE Electrical Equipment Required to Function Under Postulated Accident Conditions SYSTEM: COMMON ELECTRICAL EQUIPMENT/1000 V CONTROL CABLE Location Plant Identification Number Generic Name Inside Outside Containment Containment Worksheet Pa~ No.

0 Spec. No. NUS-325 6-37 1000 V Control Cable X X Spec. No. NUS-381C 6-38 1000 V Control Cable X X Spec. No. NUS-381E 6-39 1000 V Control Cable X X Spec. No. NUS-381 6-40 1000 V Control Cable X X Spec. No. NUS-410 6-41 1000 V Control Cable X X Spec. No. NUS-420 6-42 1000 V Control Cable X X i

4 I

TITLE ci-=rK:=r.

irORREC-:T VIRGINIA ELECTRIC AND POWER COMPANY IAPPROVEn SURRY UNIT 1 ii:;,i;y I c:; IONS  !<21 I I (3~1 1(4)1 1rs; I

STONE & WEBSTER ENGINEERING CORPORATION 5-9 MASTER LIST -

Class IE Electrical Equipment Required to Function Under Postulated Accident Conditions SYSTEM: COMMON ELECTRICAL EQUIPMENT/SPECIFICATION NO. 41 Location Plant Identification Number Generic Name Inside Outside Containment Containment Worksheet Pa~e No.

Amphenol Type IA 6-43 Instrument Penetration X X Amphenol Type IB 6-44 Control Penetration X X Amphenol Type IC 6-45 .Power Penetration X X Amphenol Type III 6-46 Triaxial Penetration X X

• Amphenol Type IV 6-47 Thermocouple X X l

TITLE r:)-F Ck'i=n VIRGINIA ELECTRIC AND POWER COMPANY CORRECT

,APPROVED SURRY UNIT 1 1REVISIONS 11~1 I (3,I I <4) I l(s' I

STONE & WEBSTER ENGINEERING CORPORATION 5-10

• MASTER LIST Class IE Electrical Equipment Required to Function Under Postulated Accident Conditions SYSTEM: COMMON ELECTRICAL EQUIPMENT/600 V POWER CABLE Location Plant Identification Number Generic Name Inside Outside Containment Containment Worksheet "Pa~e No.

Spec. No. NUS-225 6-48 600 V Power Cable X X Spec. No. NUS-365A 6-49 600 V Power Cable X X Spec. No. NUS-365B 6-50 600 V Power Cable X X Spec. No. NUS-365C 6-51 600 V Power Cable X X

• Spec. No. NUS-365D Spec. No. NUS-374 6-52 6-53 600 V Power Cable 600 V Power Cable X

X X

X Spec. No. NUS-365E 6-54 600 V Power Cable X X Spec. No. NUS-365F 6-55 600 V Power Cable X X Spec. No. 116A 6-56 600 V Power Cable X X P.O. No. NAS-3185 ' 6-57 600 V Power Cable X X TITLE cJ-Erk'l:"r"I VIRGINIA ELECTRIC AND POWER COMPANY

-oR=CT APPROVEn SURRY UNIT 1

=vrsIONS, l I I (3)/ 1<4)1 l(s'I

STONE & WEBSTER ENGINEERING CORPORATION 5-11

• !1ASTER LIST Class IE Electrical Equipment Required to Function Under Postulated Accident Conditions SYSTEM: COMMON ELECTRICAL EQUIPMENT/600 V INSTRUMENT CABLE Location Plant Identification Number Generic Name Inside Outside

" Containment Containment Worksheet Pa'1:e No.

Spec. No. NUS-341 6-58 300 V Instrument Cable X X Spec. No. NUS-411 6-59 300 V Instrument Cable X X TITLE Cl-ll=CKr=T'l VIRGINIA ELECTRIC AND POWER COMPANY IC:ORRECT APPROVED SiJRRY UNIT 1

'REVISIONS 1(21 I I (3~1 1(4}1 l(s:I

STONE & WEBSTER ENGINEERING CORPORATION 5-12

• MASTER LIST Class IE Electrical Equipment Required to Function Under Postulated Accident Conditions SYSTEM: COMMON ELECTRICAL EQUIPMENT/HIGH TE..~ERATURE CABLE Location Plant Identification Number Generic Name Inside Outside Containment Containment Worksheet "Pal"'e No.

Spec. No. NUS-326 6-60 Silicon Rubber X X TITLE

""1-.:=CKCl"'I VIRGINIA ELECTRIC AND POWER COMPANY lrCJRRECT IAPPROVED SURRY UNIT 1 1REVISI0NS l~~I I (3~! 1<4)1 1rs:1

STONE & WEBSTER ENGINEERING CORPORATION 5-13 MASTER LIST Class IE Electri*cal Equipment Required to Function Under Postulated Accident Conditions SYSTEM: COMPONENT COOLING Location Plant Identification Number Generic Name Inside Outside Containment Containment

/Works heel Pacr"' No.

l-CC-P-2A 6-61 Pump Motor X l-CC-P-2B 6-62 Pump Motor X sov-cc-l05A 6-63 Solenoid Operated Valve X SOV-CC-105B 6-64 Solenoid Operated Valve X SOV-CC-105C 6-65 Solenoid Operated Valve X

\

SOV-CC-107 6-66 Solenoid Operated Valve X SOV-CC-109A 6-67 Solenoid Operated Valve X SOV-CC-109B 6-68 Solenoid Operated Valve X SOV-CC-llOA 6-69 Solenoid Operated Valve X SOV-CC-llOB 6-70 Solenoid Operated Valve X SOV-CC- llOC 6-71 Solenoid Operated Valve X TITLE

,..i-E,KED

,..oR=cT VIRGINIA ELECTRIC AND POWER COMPANY l.PPROVED SURRY 1JNIT 1 REVISIONS <21 I I Cs}! 1(4} I 1rs_:1

STONE & WEBSTER ENGINEERING CORPORATION 5-14 MASTER LIST Class IE Electrical Equipment Required to Function Under Postulated Accident Conditions SYSTEM: CONTAINMENT SPRAY Location Plant Identification Number Generic Name Inside Outside Containment Containment Worksheet Pa!?e No.

MOV-CS-10 lA 6-72 Motor Operated Valve X MOV-CS-101B 6-73 Motor Operated Valve X MOV-CS-101C 6-74 Motor Operated Valve X MOV-CS-101D 6-75 Motor Operated Valve X MOV-CS-102A 6-76 Motor Operated Valve X MOV-CS-102B 6-77 Motor Operated Valve X l

TITLE Cl-Ji=rKi=~

VIRGINIA ELECTRIC AND POWER COMPM"Y IC-:ORR=CT

!APPROVED SURRY UNIT 1 REVISIONS 1c2, I I (3~1 1(4)1 1rs**1

STONE & WEBSTER ENGINEERING CORPORATION 5-15

• MASTER LIST Class IE Electrical Equipment Required to Function Under Postulated Accident Conditions SYSTEM: CONTAINMENT VACUUM Location Plant Identification Number Generic Name Inside Outside Containment Containment Worksheet Pal?e No.

1- CV-P-lA 6-78 Pump Motor X 1-CV-P-lB 6-79 Pump Motor X S0V-CV-l50A 6-80 Solenoid Operated Valve X S0V-CV-l50B 6-81 Solenoid Operated Valve X

• S0V-CV-l50C SOV-CV-150D 6-82 6-83 Solenoid Operated Valve Solenoid Operated Valve X

X TITLE c..;:rk'ED VIRGINIA ELECTRIC AND POWER COMPA..\TY

!CORRECT APPRO\IED SURRY UNIT 1

!~VISIONS <2) I 1(3~1 1(4)! l(s; I

STONE & WEBSTER ENGINEERING . CORPORATION 5-16 MASTER LIST Class IE Electrical Equipment Required to Function Under Postulated Accident Conditions SYSTEM: FEEDWATER Location Plant Identification Number Generic Name Inside Outside Containment Containment Workshee1 p,, ... ,,, No.

FT-FW-lOOA 6-84 Flow Transmitter X FT-FW-lOOB 6-85 Flow. Transmitter X FT-FW-lOOC 6-86 Flow Transmitter X LT-1474 6-87 Level Transmitter X

• LT-1475 LT-1476 6-88 6-89 Level Transmitter Level Transmitter X

X LT-1484 6-90 Level Transmitter X LT-1485 6-91 Level Transmitter X LT-1486 6-92 Level Transmitter X 6-93 LT-1494 Level Transmitter X I

LT-1495 6-94 Level Transmitter X TITLE C!-=,...Kl='l"l VIRGINIA ELECTRIC AND POWER COMP A.'f'{Y l,ORRECT Appcri,11="r1 SURRY UNIT 1

!~VISIONS 1<21 I 1(3~1 I (4} I  !(s_:I

STONE & WEBSTER ENGINEERING CORPORATION 5-17 MASTER LIST Class IE Electrical Equipment Required to Function Under Postulated Accident Conditions SYSTEM: FEEDWATER Location Plant Identification Number Generic Name Inside Outside Containment Containment Workshee1 Pa2:e No.

LT-1496 6-95 Level Transmitter X MOV-FW-151A 6-96 Motor Operated Valve X MOV-FW-151B 6-97. Motor Operated Valve X MOV-FW-151C 6-98 Motor Operated Valve X MOV-FW- 15 lD 6-99 Motor Operated Valve X MOV-FW-151E 6-100 Motor Operated Valve X MOV-FW-151F 6-101 Motor Operated Valve *X I TITLE c:-cr-k"en VIRGINIA ELECTRIC AJ.~D POWER COMP M"'Y r-oRRECT SURRY "UNIT 1

!APPROVED

!=VISIONS i(2; I  ! (3~1 1<4) I l(s:1

STONE & WEBSTER ENGINEERING CORPORATION 5-18 MASTER LIST '

Class IE Electrical Equipment Required to.Function Under Postulated Accident Conditions SYSTEM: GASEOUS WASTE Location Plant Identification Number Generic Name Inside Outside Containment Containment Workshee1 Pa11:e No.

l-GW-HC-2A 6-102 H Recombiner Unit X 2

l-GW-HC-2B 6-103 H Recombiner Unit X 2

l-GW-H 2A-103 6-104 H2 Analyzer X Power Supply for 6-105 Power Supply l-GW-HC-2A X Power Supply for 6-106 Power Supply l-GW-HC-2B X I

TITLE

• -* - =r1

,("".ORRECT VIRGINIA ELECTRIC AND POWER COMPANY IAPPR0\/1::'.D SURRY UNIT 1 i=vrsIONS 1(2> ! I (3~1 1r4)! 1rs; I

STONE & WEBSTER ENGINE-ERING CORPORATION 5-19 MASTER LIST Class IE Electrical Equipment Required to Function Under Postulated Accident Conditions SYSTEM: HVAC/AUXILIARY BUILDING VENTILATION Location Plant Identification Number Generic Name Inside Outside Containment Containment Worksheet Paae No.

1-VS-F-SA 6-107 Fan Motor X 1-VS-F-SB 6-108 Fan Motor X DAMPER 3A 6-109 Damper X DAMPER 3B 6-110 Damper X

'\

TITLE CI-ECKl='r'l VIRGINIA ELECTRIC AND POWER COMPANY

,..ORRECT

'APPRQ\/l:'r"I SURRY UNIT ...1 i:;,i::'VISIONS (2) I 1(3)1 . lt4}1 1rs~ 1

STONE & WEBSTER ENGINEERING CORPORATION 5-20 MASTER LIST Class IE Electrical Equipment Required to F,unction Under Postulated Accident Conditions SYSTEM: INSIDE RECIRCULATION SPRAY Location Plant Identification Number Generic Name Inside Outside Containment Containment Worksheei P.:l~e No.

1-,RS-P-lA 6-111 Pump Motor X 1-RS-P-lB 6-112 Pump Motor X TITLE I

l,i-;:-CKl='l"'l VIRGINIA ELECTRIC AND POWER COMPANY

,,..ORRECT

!APPROVl='D SURRY UNIT 1

!~VISIONS  !<2j I 1(3)1 lr4)1 l(:t I

STONE & WEBSTER ENGINEERING CORPORATION 5-21

• MASTER LIST Class IE Electrical Equipment Required to Function Under Postulated Accident Conditions SYSTEM: INSTRUMENT AIR Location Plant Identification Number Generic Name Inside Outside Containment Containment Worksheet "Pa~e No.

SOV-IA-100 6-113 Solenoid Operated Valve X SOV-IA-101A 6-114 Solenoid Operated Valve X S0V-IA-101B 6-115 Solenoid Operated Valve X I

I I

TITLE c1+r-K~n VIRGINIA ELECTRIC AND POWER COMPANY CORRECT APPROVED SURRY UNIT 1 i:;lEVISIONS 1<2, I I r3~/ 1<4}1 1rs; 1

STONE & WEBSTER ENGINEERING CORPORATION 5-22 MASTER LIST Class IE Electrical Equipment Required to Function

. Under Postulated Accident Conditions SYSTEM: LEAKAGE MONITORING Location Plant Identification Number Generic Name Inside Outside Containment Containment

/Worksheet Pa(>"" No.

PT-L"'i- lOOA 6-116 Pressure Transmitter X PT-LM-lOOB 6-117 Pressure Transmitter X PT-LM-lOOC 6-118 Pressure Transmitter X PT-LM-lOOD 6-119 Pressure Transmitter X SOV-LM- lOOA 6-120 Solenoid Operated Valve X SOV-L"1-100B 6-121 Solenoid Operated Valve X SOV-LM-lOOC 6-122 Solenoid Operated Valve X SOV-LM-lOOD 6-123 Solenoid Operated Valve X SOV-LM-lOOE 6-124 Solenoid Operated Valve X i

SOV-Ll lOOF 6-125 Solenoid Operated Valve X I I

SOV-LM-lOOG 6-126 Solenoid Operated Valve X TITLE Cl-EC:K~n I VIRGINIA ELECTRIC AND POWER COMPANY

-oRRECT l4PPRO~D SURRY UNIT 1 REVISIONS i(2J !  !(3',I I {4} I lcs; I

STONE & WEBSTER ENGINEERING CORPORATION 5-23 MASTER LIST Class IE Electrical Equipment Required to Function Unde.r Postulated Accident Conditions SYSTEM: LEAKAGE MONITORING Location Plant Identification Number Generic Name Inside Outside Containment Containment Worksheet Pal?e No.

SOV-LM-lOOH 6-127 Solenoid Operated Valve X SOV-LM-10 lA 6-128 Solenoid Operated Valve X S0V-LM-l01B 6-129 Solenoid Operated Valve X I

TITLE CJ-E(".KED VIRGINIA ELECTRIC AND POWER COMP.A.i.'IT ICORPECT APPROVED S1.i"RRY UNIT 1 R=:V! s IONS I  !{21 I  ! (3)1 114)1 1rs.:1

STONE & WEBSTER ENGINEERING CORPORATION 5-24 MASTER LIST Class IE Electrical Equipment Required to Function Under Postulated Accident Conditions SYSTEM: MAIN STEAM Location Plant Identification Number Generic Name Inside Outside Containment Containment Worksheet Paa<> No.

FT-1474

• 6-130 Flow Transmitter X FT-1475 6-131 Flow Transmitter X FT-1484 6-132 Flow Transmitter X FT-1485 6-133 Flow Transmitter X FT-1494 6-134 Flow Transmitter X FT-1495 6-135 Flow Transmitter X PT-1464 6-136 Pressure Transmitter X PT-1466 6-137 Pressure Transmitter X PT-1468 6-138 Pressure Transmitter I X PT-1474 6-139 Pressure Transmitter X PT-1475 6-140 Pressure Transmitter X TITLE ci-r:= Ck' c=r.

VIRGINIA ELECTRIC AND POWER COMPAf-.1Y IC':ORR=CT IAPPROVED SURRY UNIT 1 R:VISIONS l<.21 I  ! (3~1  !<4) I 1rs:I

STONE- & WEBSTER ENGINEERING CORPORATION 5-25 MASTER LIST Class IE Electrical Equipment Required to Function Under Postulated Accident Conditions SYSTEM: MAIN STEAM Location Plant Identification Number Generic Name Inside Outside Containment Containment jWorksheet Pal!e No.

PT-1476 6-141 Pressure Transmitter X PT-1484 6-142 Pressure Transmitter X PT-1485 6-143 Pressure Transmitter X PT-1486 6-144 Pressure Transmitter X PT-1494 6-145 Pressure Transmitter X PT-1495 6-146 Pressure Transmitter X PT-1496 6-147 Pressure Transmitter X SOV-MS-10 l.AA . 6-148 Solenoid Operated Valve X SOV-MS-10 lAB 6-149 Solenoid Operated Valve X 1

SOV-MS-101BA 6-1so* Solenoid Operated Valve X S0V-MS- l01BB 6-151 Solenoid Operated Valve X I TITLE Cl-F,K:='r'I I I VIRGINIA ELECTRIC A..~D POWER COMPANY l,ORRECT IAPPROVED 1 5URRY UNIT 1 REVISIONS 1<2> I I (3)1 /r4}1 1rs:1

STONE & WEBSTER ENGINEERING CORPORATION 5-26 MASTER LIST Class IE Electrical Equipment Required to Function Under Postulated Accident Conditions SYSTEM: MAI~ STE.AM Location Plant Identification Number Generic Name Inside . Outside Containment Containment Worksheet PaPe No.

SOV-MS-lOlCA 6-152 Solenoid Operated Valv1 X SOV-MS- lOlCB 6-153 Solenoid Operated Valv1 X SOV-MS-109 6-154 Solenoid Operated Valv1 X SOV-MS-110 6-155 Solenoid Operated Valve X l

I I TITLE

c. --;._ I I

VIRGINIA ELECTRIC AND POWER COMP.Af.."Y

-oRRECT I APPROVED I SURRY UNIT 1 IB.sVISIONS 1~2, I I (3)! /(4}1 ,rs; 1

STONE & WEBSTER ENGINEERING CORPORATION 5-27 MASTER LIST Class IE Electrical Equipment Required to Function Under Postulated Accident Conditions SYSTEM: OUTSIDE RECIRCULATION SPRAY Location Plant Identification Number Generic Name Inside Outside Containment Containment Worksheet Pa11:e No.

1-RS-P-2 A 6-156 Pump Motor X 1-RS-P-2B 6-157 Pump Motor X MOV-RS-155A 6-158 Motor Operated Valve X MOV-RS-155B 6-159 Motor Operated Valve X MOV-RS-156A 6-160 Motor Operated Valve X MOV-RS-156B 6-161 Motor Operated Valve X I TITLE ci-=rl<"l='r")

VIRGINIA ELECTRIC A.~D POWER COMP A.1."IT l,ORRECT

!APPROVED SURRY UNIT 1 REVISIONS i{21 I I (3)1 /(4)! l(~t I

STONE & WEBSTER ENGINEERING CORPORATION 5-:-28 MASTER LIST Class IE Electrical Equipment Required to Function Under Postulated Accident Conditions SYSTEM: PRIMARY PLANT VENT AND DRAINS Location Plant Identification Number Generic Name Inside Outside Containment Containment Worksheet p,,aE> No.

SOV-DA-lOOA 6-162 Solenoid Operated Valve X SOV-DA- 100B 6-163 Solenoid Operated Valve X S0V-DG-l08A 6-164 Solenoid Operated Valve X S0V-DG-l08B 6-165 Solenoid Operated Valve X SOV-VG-' 109A 6-166 Solenoid Operated Valve X S0V-VG- l09B 6-167 Solenoid Operated Valve X I

TITLE l,ri--;.-

VIRGINIA ELECTRIC AND POWER COMPANY l,ORRECT IAPPROVEn SURRY UNIT 1

!~VISIONS {2i I I (3,I I (4) I 1rs:1

STONE & WEBSTER ENGINEERING CORPORATION 5-29 MASTER LIST Class IE Electrical Equipment Required to Function Under Postulated Accident Conditions SYSTEM: RADIATION MONITORING Location Plant Identification Number Generic Name Inside Outside Containment Containment Worksheet Pae:e No.

SOV-RM-lOOB 6-168 Solenoid Operated Valve X SOV-RM-lOOC 6-169 Solenoid Operated Valve X S0V-RM-l00A 6-170 Solenoid Operated Valve X I

I TITLE

-i-ECl<'<=ri I VIRGINIA ELECTRIC AND POWER COMPANY

-oRRECT I APPROVED  !

SURRY UNIT 1

!=<EV I S IONS 1{21 l I r3,I 1<4}1 l(s,: I

STONE & WEBSTER ENGINEERING CORPORATION 5-30 MASTER LIST Class IE Electrical Equipment Required to Function Under Postulated Accident Conditions SYSTEM: REACTOR COOLA.i.'l'T Location Plant Identification Number Generic Name Inside Outside Containment Containment Worksheet Pa""" No.

LT-1459 6-171 Level Transmitter X LT-1460 6-172 Level Transmitter X LT-1461 6-173 Level Transmitter X PT-1455 6-174 Pressure Transmitter X PT-1456 6"-175 Pressure Transmitter X PT-1457 6-176 Pressure Transmitter X TE-1410 6-177 Temperature Element X TE-1412B 6-178 Temperature Element. X TE-1412D 6-179 Temperature Element X TE-1413 6-180 Temperacure Element X TE-1420 6-181 Temperature Element X TITLE C -=

VIRGINIA ELECTRIC AN'D POWER COMPANY IC:ORRECT IAPPROVE!J SURRY UNIT 1 REVISIONS 1<2> I I (3~/ Ii 4} I /(s; I

STONE & WEBSTER-ENGINEERING CORPORATION 5-31 I

MASTER LIST Class IE Electrical Equipment Required to Function Under Postulated Accident Conditions SYSTEM: REACTOR COOLANT Location Plant Identification Number Generic Name Inside Outside Containment Containment Worksheet P::11"2 No.

TE-1422B 6-182 Temperature Element X TE-1422D 6-183 Temperature Element X TE-1423 6-184 Temperature Element X TE-1430 6-185 Temperature Element X TE-1423B 6-186 Temperature Element X TE-1432D 6-187 Temperature Element X TE-1433 6-188 Temperature Element X S0V-l5l9A 6-189 Solanoid Operated Valve X SOV-1455-1 6-190 Solenoid Operated Valve X SOV-1455-2 6-191 Solenoid Operated Valve X '

SOV-1455-3 6-192 Solenoid Operated Valve X 1

I TITLE c~cKi=-i"'I I VIRGINIA ELECTRIC AND POWER COMPANY irORRECT I APPC?nVED  ! SURRY UNIT 1 REVISIONS 1<21 I I (311 1(4}1 1rs:1

STONE & WEBSTER ENGINEERING* CORPORATION 5-32 MASTER LIST Class IE Electrical Equipment Required to Function Under Postulated Accident Conditions SYSTEM: REACTOR COOLANT Location Plant Identification Number Generic Name Inside Outside Containment Containment Workshee1 Pa2e No.

S0V-l45p-a 6-193 Solenoid Operated Valve X SOV-1456-2 6-194 Solenoid Operated Valve X SOV-1456-3 6-195 Solenoid Operated Valve X MOV-1535 6-196 Motor Operated Valve X MOV-1536 6-197 Motor Operated Valve X TITLE Cl+'CKED VIRGINIA ELECTRIC AND POWER COMPANY

!C-ORRECT iAPPRO~D SURRY UNIT 1 REVISIONS <21 I 1(3~1 . 1(4)1 l(s'I

STONE & WEBSTER ENGINEERING CORPORATION 5-33 I

MASTER LIST Class IE Electrical Equipment Required to Function Under Postulated Accident Conditions SYSTEM: SAFETY INJECTION Location Plant Identification Number Generic Name Inside Outside Containment Containment Worksheet P.::u:,,p No.

1-SI-P-lA 6-198 Pump Moto-r X 1- SI-P-lB 6-199 Pump Motor X MOV-1842 6-200 Motor Operated Valve X MOV-1860A 6-201 Motor Operated Valve X

• MOV-1860B MOV-1862A 6-202 6-203 Motor Operated Valve Motor Operated Valve X

X MOV-1862B 6-204 Motor Operated Valve X MOV-1863A 6-205 Motor Operated Valve X MOV-1863B 6-206 Motor Operated Valve X Submerged MOV-1865A 6-207 Motor Operated Valve X I

Submerged MOV-1865B 6-208 Motor Operated Valve X I TITLE ci-.::,k'1="11 I VIRGINIA ELECTRIC AND POWER COMPANY I

,.ORRECT I SURRY UNIT 1 APP~~D I REVISIONS I 1<2> I I (3~1 1r4)1 1rs; I

STONE & WEBSTER ENGINEERING CORPORATION 5-34 MASTER LIST Class IE Electrical Equipment Required to Function Under Postulated Accident Conditions SYSTEM: SAFETY INJECTION Location Plant Identification Number Generic Name Inside Outside Containment Containment

/Worksheet

, Pa(>"' No.

• Submerged MOV-1865C 6-209 Motor Operated Valve X MOV-1867A 6-210 Motor Operated Valve X MOV-1867B 6-211 Motor Operated Valve X MOV-1867C 6-212 Motor Operated Valve X MOV-1867D 6-213 Motor Operated Valve X MOV-1869A 6-214 Motor Operated Valve X MOV-1890A 6-215. Motor Operated Valve X MOV-1890B 6-216 Motor Operated Valve X MOV-1890C 6-217 Motor Operated Valve X SOV-SI-100 6-218 Solenoid Operated Valve X SOV-SI-101A 6-219 Solenoid Operated Valve X TITLE Cl-ECKC"li VIRGINIA ELECTRIC AND POWER COr.i'ANY

!CORRECT APPRC!~D SURRY {JNIT 1 i:.l='VISIONS l{.21 ! I (3il ,,--4)1 1rs:1

STONE & WEBSTER ENGINEERING CORPORATION 5-35 MASTER LIST Class IE Electrical Equipment Required to Function Under Postulated Accident Conditions SYSTEM: SAFETY INJECTION Location Plant Identification Number Generic Name Inside Outside Containment Con tainm.en t Worksheet p;:i_ao No. -

S0V-SI-l01B 6-220 Solenoid Operated Valve X SOV-SI-102Al 6-221 Solenoid Operated Valve X SOV-SI-102A2 6-222 Solenoid Operated Valve X SOV-SI-102Bl 6-223 Solenoid Operated Valve X SOV-SI-102B2 6-224 Solenoid Operated Valve X S0V-l884A 6-225 Solenoid Operated Valve X SOV-1884B 6-226 Solenoid Operated Valve X S0V-l884C 6-227 Solenoid Operated Valve X MOV-1864A 6-228 Motor Operated Valve X I

MOV-1864B 6-229 Motor Operated Valve X MOV-1869B 6-230 Motor Operated Valve X TITLE cr-o=rKED VIRGINIA ELECTRIC Ai.~D POWER COMPANY

!CORRECT

APPROVED SURRY UNIT 1 1:::i!=VISIONS 1<2> I I r3~1 /r4}1 l(s:I

STONE & WEBSTER ENGINEERING CO!li'ORATION 5-36

• MASTER.LIST Class IE Electrical Equipment Required to Function Under Postulated Accident Conditions SYSTEM: SAMPLING Location Plant Identification Number Generic Name Inside Outside Containment Containment Worksheet Pa.re No.

S0V-SS-l00Al 6-231 Solenoid Operated Valve X S0V-SS-l00Bl 6-232 Solenoid Operated Valve X SOV-SS-101Al 6-233 Solenoid Operated Valve X SOV-SS-101Bl 6-234 Solenoid Operated Valve X

• SOV-SS-102Al SOV-SS-102Bl 6-235 6-236 Solenoid Operated Valve Solenoid Operated Valve X

X I

SOV-SS-103 6-237 Solenoid Operated Valve X SOV-SS- 104A 6-238 Solenoid Operated Valve X SOV-SS-104B 6-239 Solenoid Operated Valve X l

SOV-SS-106A 6-240 Solenoid Operated Valve X SOV-SS-106B 6-241 Solenoid Operated Valve X TITLE Cl-£CKEn VIRGINIA ELECTRIC AND POWER COMPANY

!CORRECT SURRY UNIT l IAPPRO\/ED l~VTSIONS 1(21 I I (3~! /(4)1 1rs:1

STONE & WEBSTER ENGINEERING CORPORATION 5-37

• MASTER LIST Class IE Electrical Equipment Required to Function Under Postulated Accident Conditions SYSTEM: SERVICE WATER Location Plant Identification Number Generic Name Inside Outside Containment Containment Worksheet Parle No.

MOV-SW-104A 6-242 Motor Operated Valve X MOV-SW-104B 6-243 Motor Operated Valve X MOV-SW-104C 6-244 Motor Operated Valve X MOV-SW-104D 6-245 Motor Operated Valve X

• MOV-SW-105A MOV-SW-105B 6-246 6-247 Motor Operated Valve.

Motor Operated Valve X

X MOV-SW-105C 6-248 Motor Operated Valve X MOV-SW-105D 6-249 Motor Operated Valve X l-SW-P-5A 6-250 Pump Motor X 1-SW-P-SB 6-251 Pump Motor X 1-SW-P-SC 6-252 Pump Motor X TITLE Cn:: "-,-

VIRGINIA ELECTRIC AND POWER COMPANY CORRECT SURRY UNIT 1 APPROVED

~VISIONS <21 I I (3)1 . V4)1 l(s)I

STONE & WEBSTER ENGINEERING CORPORATION 5-38 MASTER LIST Class IE Electrical Equipment Required to Function Under Postulated Accident Conditions SYSTEM: SERVICE WATER Location Plant Identification Number Generic Name Inside Outside Containment Containment Worksheet Pall'e No.

l-SW-P-5D 6-253 Pump Motor X TITLE CI-ECKED VIRGINIA ELECTRIC AJ.~D POWER COMPANY

,...DRRECT

• APPROVED SURRY UNIT 1 REVISIONS 1

<21 I l(3JI 1(4)1 l(s; I

STONE & WEBSTER ENGINEERING CORPORATION 5-39 MASTER LIST Class IE Electrical Equipment Required to Function Under Postulated Accident Conditions SYSTEM: STEAi.'1 GENERATOR BLOWDOWN Location Plant Identification Number Generic Name Inside Outside Containment Containment Worksheet PaaQ No.

SOV-BD-lOOA 6-254 Solenoid Operated Valve *X SOV-BD-100B 6-255 Solenoid Operated X Valve Solenoid Operated X SOV-BD-100C 6-256 Valve SOV-BD-100D 6-257 Solenoid Operated Valve X

• SOV-BD-lOOE SOV-BD-lOOF 6-258 6-259 Solenoid Operated V,:,1vP Solenoid Operated Valve X

X

• . I I

TITLE c~rk'i::-r.

VIRGINIA ELECTRIC Ai.~D POWER COMPANY IC:ORRECT

!APPROVED*

SURRY UNIT 1

=VISIONS 1(21 I I (3)1  !(4)1 1rs:1

SURRY UNIT 1 WORKSHEET NOTES 1 The worksheets for containment isolation valves (example page #1) identify the North Anna FSAR Section 6.2.4.2 in the Documentation Reference Specification column. Page 6.2-113 of Section 6.2.4.2 states:

"With the exception of the main steam isolation valves, which are required to close within 5 seconds, all containment isolation valves must be capa-ble of closing within 60 seconds after receipt of a containment isolation Phase A signal.

The basis for the 60 second limit is that no fuel cladding is expected to melt or fail until after 60 seconds following a loss-of-coolant accident (LOCA). Thus, fission product release from the core to the containment atmosphere, or to other portions of the RCS could not occur until at least one minute after the event."

The above is our basis for using 60 seconds as the required operating time.The 60 second time was used as a conservative figure for MS isolation valves.

2 Note 1 on worksheet pages 41, 42, SO, 51, 52, 53, and 55 should read:

Manufacturer has been given information necessary to obtain qualification data.

3 The following page numbers require corrections to the Manufacturer's information:

Page 40 delete Continental Wire & Cable Co. and add General Electric Wire and Cable Page 41 delete Continental Wire & Cable Co and add Okonite Co .

Facility: VEPCO, SURRY Unit:

rocket:

1 50-2UO SYSTl!.M COMPONENT EVALUATION WORK SIIEI,;T - 90 DAY Rl!.VIEW SYSTEM: Environment Documentation .Reference out-CONDENSER AIR standing REMOVAL 'l'O CON'l'AIN11ENT Units s2ecification Qu..tlif ication S12cecitication Q!1alif. Method Items f)JUIPMENT DESCRIPTION OPER. 60 sec Note 1 North Anna Note 1 Note 1 Note 1 TIME FSAR Sec. 6.2.4.2 PLANT ID NO. 'l'EMP NR NH NR NR NR None SOV-SV-102A ot, U>MPONENT:

Solenoid Valve MANUFACTURER: PRESS. NR NR NR NR NR None Note 1 psia M'.)DEL NUMDER: REL. NR NR NR NR NR None Note 1 IIUM. I FUNC'l'ION: CHEM. NR NR NR NR Nk None Containment Isolation SPHAY l\CCUHACY:

Spec: NR Demo:

RAD. LOCA = 1.7 X 10* Note 1 S&W Cale. Note 1 Note 1 Note 1 40 Yr= 8.8 X 102 1284b.311-RP-031-0 WCA'l'IUN:

Main Steam Valve House AGING Enclosure 4 Refer to None Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Air Removal to Containment (Aging)

FLOOD LEVEL !':LEV: NR SUD,. NR NR NR NR* NR None ADOVE FLOOD LEVEL: Yes No NR "' Not reguired. All numbers written .1.n Documentat.1.on Reference. Qualification colw1m are identified in Section 8.

NOTES: 1) Component model will be determined during present steam generator outage.

SOV-*S'J-10:.!A b-1

Facility: vi,:1*cu, SURH'l Unit:

Locket:

S'lS'l'hM:

1 50-280 S'lS'l'f,M COMPONE.N'l' EVALU/1.'l'ION WORK SIJF..l,.'l' - ~O Environment DJ~'i REVIEW Docwnentation Reference uut-C!ll;;MICAL II.ND VOLUME 1.;ta1,ding CON'l'ROL Units Spec1.fication Qualif1.cation Specification s;_malif. .Method Items EJ,lllIPME:NT DESCRIPTION OPER. 120 days Function,tl after West1.nghouse Note 1 Note 1 Note 1 TIME rac.J. exposure Ref. Ltr. No NS-SS-"/92U7 PI..AN'l' ID NO. TEMP 212F, IIHr Note 1 Preliminary tlote 1 Note 1 Note 1 MOV'-1275A OF S&W Cale.

12Ullb .114-PE-046-0 OOMPON l!:N'l':

Motor Operated Valve MANllFAC'l'llRER: PRESS. 15.2, 0-1 Min Note 1 Prelininary Note 1 Note 1 Note 1 Note 1 psia 14.u, 1 Min-4hr S&W Cale.

12846.44-PE-046-0 IDDE.L NUMBER: REL. 100 Note 1 Preliminary Note 1 Note 1 Note 1 Note 1 IIUM. J S&W Cale.

12846.44-PE-046-0 FUNC'l'ION: CHEM. NH NR NR NR NR l'lone Engineered Safety SPRAY Feature, DllA tLOCA and MSLB) Mi t1.ga tion ,

Emergency Core Cooling/

Core Ilea t Remova 1, Minimum Boration ACClJRAC'l:

Spec: NR Demo:

RAD. LOCA = 8.0 x 106 2 X 101 S&W Cale. Note 1 Note 1 Note 1 40 Yr= 2.8 X 106 121:14b.3U-RP-02&-0 WCA'l'ION:

Auxiliary Building AGING E:nclosure 4 Refer to None Charging Pwnp Cubicle Guidelines Report SJ:.HVICE: Section 7.0 Sec.3.1.2 Ch,irging Pump 2-CU-P- lA (Aging)

Recirc. to H~iS'l' FLOOD LEVEL ELEV: NR SUB. NR NR NR NR NR None ABOVF. FLOOD Ll~VEL: Yes No NR = Not required. All numbers written in Documentation Reference Qualification colwnn are identified in Section U.

N:l'rES: 1) Component model will be determined during present steam generator outage.

MuV-12751'

Faci.lity: VEPCO, SURR'l SYSTEM COMPONENT EVALUATION WORK :,JIEET - 90 IJA'l REVIEW Unit: 1 Docket: so-2eo S'lS'rJ,J,I: Environment Documentation Reference out-CJll!MICAL AND VOLUME standing CONTROL Specification Qua.Lification Spec1f1cation Method Items EQUIPMENT DESCRIPTION OPER. 120 days Fw1ctional after Westinghouse Note 1 Note 1 Note 1

'rIME rad. exposure Ref. Ltr. No.

N::;-ss-1~201 PLANT ID NO. TEMP 212F, It hr Note 1 Prel.1-minary Note 1 Note 1 Note 1 MOV-1275B OF S&W Cale.

1284b .*14-PE-04b-O (l)MPUNENT:

Motor Operated Valve

~UFAC'l'URER: PRESS. 15.2, 0-1 min Note 1 Prell.IDinary Note 1 Note 1 Note 1 Note 1 psia 14.8, 1 min-4 hr S&W Cale.

12846.'14-PE-04b-0 MJDEL NUMBER: REL. 100 Note 1 Preliminary Note 1 Note 1 Note 1 Note 1 HUM. ,. S&\'I Cale.

12tl4b.4'1-PE-04b-O FUNCTION: CHEM. NR NR NR NR NR None Jmgineered Safety Fea- SPRAY ture. DBA (LOCA and MSLD)

Mitigation, Emergency Core Cooling/Core Heat Removal.

• Minimwn Boration ACCURACY:

Spec: NR Demo:

RAD. LOCI\= 8 X 10b 2 X 10"1 S&W Cale. Note 1 Note 1 Note 1 40 Yr = 2.8 X 10b 1284b.3U-RP-02b-0 lDCATION:

Auxiliary Building AGING .E.nclosm:e ll Refer to None Charging Pump Cubicle Guidelines Report SERVICE: Section 7.0 Sec. 3 .1.2 Charging Pump 2-Cll-P-1B (Aging)

Recirc. to RWST F!,OOD Ll.VEL ELEV: NH SUD. NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR Not required. All nwnbers written in Documentation Reference Qualification column are identified in Sect.ion B.

MOV-12.75B b-3

001.'ES: 1) Component model will be determined during present steam generator outage.

MOV-1275B b-3

Facility: VEPCO, SURRY Unit:

lbcket:

1 50-280 SYSTEM COMPONENT EVALUATION WORK Slll,.J.!:*r - ~o Dl~Y RJ,.VIEW SYS'l'EM: Environment Documentation R~ference Out-CHEMICAL AND VOLUMB standing CONTROL Specification l)ua 1 if ica t ion Specu:ication l)ualif. Method. Itenis EJJUIPMENT DESCRIPTION OPER. 120 days Functional after Westingnouse Note 1 Note 1 Note 1 TlME rad. exposure Ref. Lti:. No.

Ns-ss-1ne1 PLANT ID NO. TEMP 212F, 4 hr Note 1 Preliminary Note 1 Note 1 Note 1 MOV-1275C op ~&W Cale.

1284b.44-PE-04b-O O)MPONENT:

Motor Operated Valve MII.NUFACTURER: PRESS. 15.2, 0-1 min Note 1 Preliminary Note 1 Note 1 Note 1 Note 1 psia. 14 .8, 1 min-4 hr S&W Cale.

12llitb.lt4-PE-04b-0 MJDEL NUMBER : REL. Note 1 100 Preliminary Note 1 Note 1 Note 1 Note 1 HUM. I S&W Cale.

1.:l84b .44-P.li.-

046-0 RJNCTION: CH~M. NR NR NR NR NR None Engineered Safety Fea- SPRAY ture, DBA (L~A and MSLB)

Mitigation, Emergency Core Cooling/Core Heat Removal, Minimum Boration ACCURACY:

Spec: NR Demo:

RAD. L0CA = 8 x 10* S&W Cale. Note 1 Note 1 Note 1 40 Yr= 2.8 X 10* 1211,u,. 38-RP-02ti-O WCA'rION:

Auxiliary Building AGING Enclosure 4 Refer to None Charging Pump CUbicle Guidelines Report SERVICE: Section 7.0 Sec. 3.1.l Charging Pump 2-CH-P-1C (Aging)

Recirc. to RWST FLOOD LEVEL ELEV: NR SUB. NR NR NR Nk NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All numbers written in Documentaticm Reference Qualification colWIIJl are identitied in Section B.

MOV-1275C *I

~X:l'l'ES: 1) t.:omponent model will be determined during present steam generator outage.

MOV-U75C b-ll

( cont)

Unit:

Docket:

Facility: VEPCO, SURHY 1

50-2UO SYSTEM COMPONENT I:.VALUllTION WORK SHEET - 90 DAY Rr.VIEW SYS'l'EM: Environment:. Documentation Reference Out-CHEMICAL ANO VOLUME standing CON'l'ROL Specification Qualification Specification Qualif. Method Items E{!UIPMENT DESCRIPTION OPER. 120 days F1mct.i.onal after West1.nghouse Note 1 Note 1 Note 1 TIME rad. exposure Ref. Ltr. No.

NS-SS-7~2B7 PLANT ID NO. 212F. II hr Note 1 Preliminary Note 1 Note 1 Note 1 MOV-1373 S&W Cale.

12Bllb .1111-Pt;-

Oltb-O ffiMPONEN'r:

Motor Operated Valve MANUFAC'IURER: PRESS. 1s.2. 0-1 min Note 1 Preliminary Note 1 Note 1 Note 1 Note 1 psia 111.8

• 1 min-II hr Si>H Cale.

12Bllb.llll-PE-OIH,-O MJD.l!:L NUMBER : .REL. 100 Note 1 Prel1.minary Note 1 Note 1 Note 1 tote 1 HUM. si.w Cale.

' 12Ullb.llll-PE-Oltb-O EUNCTION: CHEM. N.R NR NR NR NR None Engineered Safety Fea- SPRAY ture, OBA (LOCA and MSLB)

Mitigation, Emergency Core Cooling/Core Heat Removal,.

Minimwn Boration ACCURACY:

Spec: NR Demo:

RAD. LOCA = 8 X 101> 2 X 10'1 S&W Cale. Note 1 Note l Note l 110 Yr= 2.8 X 101> 12811b.3U-RP-026-0 WCATION:

Auxiliary Building AGING Enclosure 11 Refer to None Charging Pwnp Cubicle . Guidelines Report SERVICE: Section 7.0 Sec. ).1.2 Charqing Pump (Aging)

Recirculation tb RWS'l' Header Isolation FLOOD l.EVEL 1-..1.E,V : NR SUB~ NR NH NR NR NR None ABOVE FLOOD LEVEL: Yes No MOV-1373 b-~

m = Not required. All nmubers wri.tten i11 Documentation Ret~rence Qualitication colwun_ are identified in ~ect1.on tu'fES: 1) Component 1oodel will be determined duri.11<1 present stedm generator outage.

tl.

MOV-1373 ..... b-~

(cont)

Unit:

lxlcket:

F"dcility: VEPCO. SURRY 1

50-20 SYSTEM COMPUNEN'l' EVALUA'l'ION WO!'.K SHEE'l' - 90 Dll.Y kEVIEW SYS'l'BM: Environment Documentation Reference Uut-L11EMICAL AND VOLUME stunding CON'fROL Units ~ecitication 1,,-!ualif ication Specification Qualif. Method Items F/JUIPMEN'l' DESCRIP'l'ION OPER. 120 days Functional after Westinghouse Note 1 Note 1 Note 1 TIME rad. exposure Ret. Ltr. No.

NS-SS-19:.!HJ PLAN'!' ID NO. TE.MP NR NR NR NR NR None MOV-1381 OF OOMPUNENT:

Motor Operated Valve MANllFAC'l'URER: PRESS. NR NR NR NH NR None Note 1 psia t-OOEL NUMDER: REL. NR NR NR NR NR None Note 1 HUM.

FUNCTION: G1IEM. NR NR Nk NR NR None Containment Isolation* SPRAY Emergency Core Cooling/

Core Heat Removal.

Engineered Satety Feature. DbA (LOCA and MSLB) Mitigation ACCURACY:

Spec: NR Demo:

RAD. LOCA = 2.5 x 106 2 X 107 S&W Cale. Note 1 Note 1 Note 1 qO Yr= 2.5 x 106 12811b.313-H.P-026-0 IDCA'l'ION:

Auxiliary Building AGING Enclosure II Refer to None Penetration Area Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Reactor Cooling Pwnp (Aging)

Seal Water Return FLOOD LEVEL J,;LEV: NR SUB. NR Nk NR NR NR None ABOVE FLOOD LEVEL: Yes No NR = Not requin~d. All numbers written in Documentation Reference Qualitication column are identitiect in Section 8.

NOTES: 1) Component model will be determined dur.1.rig present steam generator outaye.

MOV-1381 b-b

Unit:

Docket:

Facility: VEPCO, SURHY 1

50-2110 SYSTEM COMPONEN'r EVALUATION WORK SHEET - 90 DAY R1'.VIEW SYSTEM: Environment Documentation Reference OUt-CHEMICAL AND VOLUME standing CONTROL Specification Qualification S~cification Qualif. Method Items E?JUIPMENT DESCRIPTION OPER. 120 days Note 1,2 Westinghouse Note 1,2 Note 1,2 Note 1,2 Ref. Ltr. No.

NS-SS-79287 TIME PLAN1' 1D NO. TEMP l12F, 0-li hr Note 3 S&W Cale. Note 3 Note 3 Note 3 1-CII-P-lA OF 12Bli6.lill-PE-Olt6-0 illMPONENT:

Pmnp Motor M/\NUFAC'rURt:R: PRESS. 15.2, 0-1 min Note 3 S&W Cale. Note 3 Note 3 Note 3 Westinghouse psia H .8, 1 min-Ii hr 12llltb.ijlt-PE-Olt6-0 K>DEL NUMBER: REL. 100 Note 3 S&W Cale. Note 3 Note 3 Note 3 b8b59 HUM. ll, 12tllt6 .ltlt-PE-Olt6-0 FUNC'rION: CUEM. NR NR NR NR NR None Emergency Core Cooling/ SPRAY Core Ilea t Removal, Engineered Safety Feature, OBA (LOCA and MSLB) Mitigation, IIELB Mitigation, Minimum Boration ACCURACY:

Spec: NR Demo:

RAD. LOCA = 8 X 10" S&W Cale. 31, 32 Type Note 1,2 liO Yr = 2.8 X 10" 2 X 10* 1~81t6.38-RP- Test 026-0 IDCATION:

Auxiliary Building Ch. PP. Cubicle AGING Enclosure q Refer to None Guidelines Report SERVICE: Section 7.0 Sec. 3.1.2 lligh llead Safety In- (Aging) jection/Normal Charging

~'LUOO LEVEi, J,;LEV: NR SUB. NR NR NR NR NR None ABOVE FLU(JD LEVEL: Yes No tm = Not required. All nwnbP.rs written in Documentation Reference Qualification colwnn are identifiea in Section 8.

OOTES: 1) We have contacted manufacturer fc .. qualification data.

2) Class H insulation has been qualified to radiation.

1-CU-P-lA 6-7

l'l.lTES: *

(Cont)

3) Based on a review of postulated IIKLD 1 s, it was determined that safety related equipment required to mitigate the HELD and bring the plant to a safe shutdown is not affected by the break. However, this equipment is being reviewed against the effects of IIELB to determine our ability to maintain minimwn boration capability, to assure additional plant operation capacity.

1-cH-P-lA b-7 (cont)

Facility: VEPCO, SURRlt' SYS'l'EM COMPONENT EVALUA'rION WOhl< SHEET - 90 DAlt' Rf.VH;w Uuit: 1 Docket: 50-280 Slt'S'fEM: Environment Documentation Reference Out-CHEMICAL AND VOLUME standing CONTROL Specification QualiJ:ication Specitication Qualif. Method Items g)UIPMENT Df.SCRIFrION OPER. 120 days Note 1,2 *Westinghouse Note 1,2 Note 1,2 Note 1,2 TIME Ref. Ltr. No.

NS-S.:i-79287 PLANT ID NO. 212F, 0-11 hr Note 3 S&W Cale. Note 3 Not~ 3 Note 3 1-CH-P-1B 128116 .IIII-P.t;-

0116-0 CDMPONENT:

Pmnp Motor MA.NUr'ACTURt.R: PRESS. 15.2, 0-1 min Note 3 S&W Cale. Note 3 Note 3 Note 3 Westinghouse psia 14.8, 1 min-ii hr 128116.114-Pt.-

04b-0 M)DEL NUMBER: REL. 100 Note 3 S&W Cale. Note 3 Note 3 Note 3 61lb59 HUM. I 12 8116 .IIII-PE-04b-O FUNCTION: CHEM. NR NR NR NR NR None Emergency Core Cooling/ SPRAY Core Heat Removal, Engineered Safety Feature, DBA (LOCA and MSLH) Mitigation, llELB Mitigation, Minimum Uoration J\CCUAACY:

Spec: NR Demo:

RAO. LOCA = 8 X 10* Note 1 S&W Cale. 31, 32 Type Note 1,2 110 Yr= 2.8 X 106 1281l6.3H-RP- Test 02b-O

!£>CATION: Auxiliary Building Ch. PP. Cubicle AGING Enclosure ii Refer to None Guidelines Report SERVICE: Sect.ion 7.0 Sec.J.1.2 High Head Safety In- (Aging) jection/Normal Charging F1..UOD LEVEL EU,'V: NR SUB. NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NI< = Not required. All nwnbers written in Documentation Reterence Qualification column are identified in Section 8.

OO'l'ES: 1) We have contacted manufacturer for qualification dat.a..

2) Class H insulation has been qualified to radiation.

1-CH-P-lB 6-8

3) Based on a review of the post;ulated HELB*s, i t was determined that safety-related equipment required to mitigate the llfil.B and bring the plant to a f;afe shutdown is not *atfected by the break. However, tn.1.s equipment. 1.s being reviewed against the eftects ot HELB to determine our ability to maintain minimum lJoration capab1.l1.ty, to assure additional plant operation~ capabil.ity.

1-CH-P-1B b-8 (cont)

Fac.1.l.1.ty: VEPCO, SURRY' SYSTEM COMPONEN'l' EVALUA'J'IUN WORK SHEET - !10 DAY Rl!.VIEW lh1it: 1 Locket: 50-280 SYSTEM: Environment Documentation Reference out.-

CHEMICAL AND VOLUME standing CONTROL Units SQecification l.!Ualif ication Sr;>ec.1.tication Qualif. Method Items EQUIPMENT DESCRil:"rION OPER. 120 days Note l,i Westinghouse

'flME Ref * :...tr. No.

NS-SS-792it7 PLANT ID NO. TEMP 212F, 0-ll hr Note l S&W Cale. Note 3 Note 3 Note 3 1-CU-P-lC OF 12Bllb .llll-PJ:.-

Ollb-0 OOMPONEN'f:

Pump Motor MANUFACTURE.R: PRESS. 15.2, 0-1 min Note 3 S&W Cale. Note 3 Note 3 Note 3 Westinghouse psia 111.8, 1 min-ll hr 128116.llll-PE-Olli>-0 MJDEL NUMBER: REL. 100 Note 3 S&W Cale. Note 3 Note 3 Note 3 68659 HUM. I 1281l6 .llll-PE-Ollb-0 ElJNC."l'ION: CHEM. NR NR NR NR NR NOne Emergency Core Cooling/ SPRAY Core Heat Removal, Engineered Safety Feature, DBA (LOCA and MSLB) Mitigation, llELB Mitigat.1.on, Min.i.mum Boration ACCURACY':

Spec: NR Demo:

RAD. LOCA = 8 X 106 Note 1 S&W Cale. 31,32 Type 1~ote 1,2 110 Yr= 2.8 X 10* 12Bllb.38-RP- Test

' 02b-O WCATION: Auxiliary Bu.1.lding Ch. PP. Cubicle AGING Enclosure II Refer to None Guidelines Report SERVICE: Section 1.0 .Sec.3.1.2 High Head Safety In- (Aging) jection/Normal Charging F'LOOD LEVEL ELEV: NR SUB. NR . NR NR NR NR t,ione AllOVE FLOO.D LEVEL: Yes No NR = Not required. All numbers written in Documentation Reference Qualification colwnn are identitiect in Section 8.

OOTES: 1) We have contacted manufacturer for quaiification data. 2) Class ll insulation has been qualified to radiation.

3) Based on a review of the postulated HELB*s, it was determined that safety-related equipment required to m.1.tigate 1-Cli-1'-lC b-'}

the HELD and bring the plant to a safe shutdown is not affected by the break. However, tt.is equipment is being reviewed against the effects of liELB to determine our aLility to maintain minimum buration capability, to assure additional plant operations capability.

1-CH-P-lC b-~

( cont)

Unit:

rocket:

Facility: VEPCO, SURRY 1

50-280 SYSTEM COMPON.lillT ~VALUATION WORK SHEET - 90 DAY REVIEW

• SYSTl!:M: Environment Documentation Reference out-CHEMICAL AND VOLUME standing CON'rROL Units seecification Qual.ification Seecification Qualif. Method Items

§1.!lllPMEN'r DESCRIP'l'ION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1 TIME Ref. Ltr. No *.

Ns-ss-1nu1 PLANT ID NO. TEMP NR NR NR NR NR None FCV-1122 OF OOMPONEN'l':

Flow Control Valve MANUFAC'l'URER: PRESS. -NR NR NR NR NR None Note 1 psia M.lDEL NUt-!BER: REL. NR NR NR NR NR None Note 1 HUM. I FUNCTION: CHEM. NR NR NR NR NR None Minimu1n Doration SPRAY ACCURACY:

Spec:

Demo: NR RAD. LOCA = 2.5 x 106 Note 1 S&W Cale. Note 1 Note 1 Note 1 40 Yr= 2.5 X 106 1284b.38-RP-026-0 IDCATION:

Auxiliary Building AGING Enclosure 4 Refer to oone Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Charging Flow Control (Aging)

FLOOD LEVEL ELEV: NR SUB.' NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All numbers written in Documentation Reference Qualification col.umn are identified in Section 8.

OO'l'ES: 1) Component model will be determined during present steam generator outage.

FCV-1122 6-10

Facility: VEPCO, SURRY Unit:

Docket:

hYST.l!:M:

7

~0-280 SYS'l'EM COMPONENT EVALUATION WORK SH.KE'!' - 90 !JAY RE.VIEW Environment Docwnentation Reference out-CHEMICAL ANO VOLUME standing CON'l'ROL Specification Qual1.t 1.cation Specirication Method Items E)JllIPMEl~T DESCRIP'l'ION OPER. 120 days b nun Westinghouse l Test Note l TIME Ret:. Ltr. No. Sequen-NS-:,S-7~2117 tial Pl.ANT ID NO * 'l'EMP NR NR NR NR NR None

.rr-1122 OF CDMPONEN'l':

Flow Transmitter MANUFAC'l'URER: PRESS. NR NR NR NH NR None l!'ischer-Porter psia WDEL NUMBER: REL. NR NR NR NR NR None l0B2ll96QB HUM.'

FUNCTION: CHEM. NR NR Nll HR NR None Minimruu Boration SPRAY ACCURACY:

Spec:

Demo: NR RAD. LOCA = 2.5 x 106 II X 10* S&W Cale. l Test Note 1 110 Yr= 2.5 X 106 128ilb.38-RP- Sequen-026-0 tial WCATION:

Auxiliary lluilding AGING Enclosure ii Refer to None Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Charging Flow (Aging)

FLOOD LEVEL ELEV: NR SUB., NR NR NR NR Nll. None ABOVK FLOOD LEV~L: Yes No NH= Not re~uired. All nwnbers written in Documentation Retecence Qualification coluum are identified in Section 8.

tO'l'J:.S: 1) Replace, transmitters w.1.ll not be qualified to the requirements of IE.t:E-323-1971'. JUSTIFICATION: 'l'he accuracy requirement given for trip function applies only until t.he containment. pressure reaches the point at wh.1.ch sarety injection is initiated by the <xmtainment pressure transmitter. Transmitters remal.Iled witnin the accuracy required for trip functions within the first 30 sec (Ref. WCAP-9157).

FT-1122 b-11

Facility: VEPCO, SURRY SYSTEM COMPONENT EVALUATION WORK SHEET - 90 DAY REVIEW Unit: 1 Docket: 50-280 SYSTEM: Environment Documentation Reference out-CHEMICAL AND VOLUME standing CON'l'ROL  !!nil!! s12ecification Qualification Specification S,malif. Method Items E}JUIPMENT DESCRIPTION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1 TIME Ref. Lt. No.

NS-SS-792tl7 PLANT ID NO *. TEMP 275F, 0-30 min Note 1 VEPCU-NRC 11-22-77 Note 1 Note 1 Note. 1 SOV-1311 OF 275-150F, 30-60 min No. 382A/0921'77 150-120F, 1-118 hr 120F, 2-120 days OOMPONENT:

Solenoid Operated Valve MANUFACTURER: PRESS. 58.7, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 ASCO psia 58.7-12.7, No. 3B2A/0921l77 30 min-118 hr 12.7, 2-120 days K>DEL NUMBER: REL. 100 Note 1 VEPCO-NRC b-80 Note 1 Note 1 Note 1 LB8316511

• HUM. " No. 535 FUNCTION: CHEM. H:,80 3 (2,000-2,200 Note 1 VEPCO-NRC 6-80 Note 1 Note 1 Note 1 Minimwn Boration SPRAY ppm B) No. 535 bufrered to pH of 8.5-11 NaOH,4hr ACCURACY:

Spec: NR Demo:

RAD. LOCA. = 2.11 x 10-r Note 1 S&W Cale. Note 1 Note 1 Note 1 llO Yr = 1.3 X 10-r 1:l8116 .511-RP-038-0 WCATION:

Inside Containment AGING Enclosure 4 Refer to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Pressurizer Auxiliary (Aging)

Spray Isolation FLOOD LEVEL ELEV: -21 1 11* SUB. -21 1 11" NR S&W Cale. NR "NR None ABOVE FLOOD LEVEL: X Yes 128116 No PE-036-0 NR = Not required.

toTES: 1) Replace, insufficient docwi~ntation. Previous testing on similar ASCO valves (Ref. Westinghouse Letter No.

NS-SS-77060) indicates valves vent to perform their safety function for containment isolation.

SOV-1311 6-12

Unit:

D:>cket:

Fdcility: VEPCO, SURRY 1

50-280 SYS'l'EM COMPONENT EVALUATION WORK SHEET - 90 DAY REVIEW SYSTJ,;M: Environment Documentation Reference OUt:.-

1..:IIJ,;MlCAL AND VOLUME standing CON'l'ROL Specification Qualification Specification Qualif. Method Items g./UIPMENT DESCRIPTION OP.ER. 120 days Functional after Westinghouse 6 Note 1 Note 1 TIME rad. exposure Ref. Ltr. No.

NS-SS-7~287 PLANT ID NO. TEMP 212F, ll hr 250F, 111 days Preliminary 6 Note 1 Note 1 MOV-1115D OF S&W Cale.

128116.llll-PE-0116-0 ffiMPONENT:

Motor Operated Valve MANUFACTUkER: PRESS. 15.2, 0-1 min Note 1 Preliminary Note 1 Note 1 Note 1 Limitorque psia 111.B, 1 min-ll hr S&W Cale.

12846.1111-PE-0116-0 IDDEL NUMBER: REL. 100 100 Preliminary 6 Note 1 Note 1 SMB-00, CldSS B HUM. I S&W Cale.

Insulation 1281l6.IIII-PE-Oll6-0 RINC1'ION: CHEM. NR NR NR NR NR None Emergency Core Cooling/ SPRAY Core Heat Removal, Engi-neered Safety Feature, Minimum Boration, DBA (LOCA and MSLB)

Mitigation ACCURACY:

Spec: NR Demo:

RAD. LOCA = 2.3 x 105 2 X 10"l S&W Cale. 6 Type Note 1 110 Yr= 11.0 x 102 12846.38-RP- Test 026-0 IDCA'fION:

Auxiliary Building AGING Enclosure II Refer to None Guidelines Report SERVICE: Section 7.0 Sec.J.1.2 Charging Pump suction (Aging) fran Refueling Water Storage *rank FLOOD LEVEL ELEV : NR SUB. NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No MOV-1115B 6-13

NR = Not required. All numbers written in Documentaticm Reference Qualification column are identified in Section 8.

NO'PES: 1) Limitorque has been given the purchase orders. serial nwnbers, and information necessary to obtain qualification dat.a.

MOV-1115B 6-13 (cont)

Unit:

Docket:

Facility: VEPCO, SURRY 1

50-2UO SYS'l'EM COMPONENT EVALUATION WORK SHEET - 90 DAY l<EVI.EW Environment Docwnentation Reference 0Ut-SYSTEM:

CHEMICAL AND VOLUME sta11ding CON'l'ROL Specification Qualification Specitication Qualif. Method Items g?UIPMEN'r DESCRIPTION OPER. 120 days Functional after Westinghouse b Note 1 t-lote 1 TIME rad. exposure Ref. Ltr. No.

NS-SS-192111 PLANT ID NO. TEMP 212F, 4 hr 250F, 14 days Preliminary Note 1 Note 1 MOV-1115C OF S&W Cale.

1211q{,_4q-pE-Oll6-0 OOMPONENT:

Motor Operated Valve MANUFACTURER: PRESS. 15.2, 0-1 min Note 1 Preliminary Note 1 Note 1 Note 1 Limi torque psia 14 .8, 1 min-4 hr S&W Cale.

128q6.llll-PE-04b-0 K>DEL NUMBER: REL. 100 100 Prel1..11iinary {, Note 1 Note 1 SMB-000, Class B IIUM. " S&W Cale.

Insulation 1lU4b .41l-P.E;-

Oll6-0 FUNCTION: CHEM. NR NR NR NR NR None Emergency Core Cooling/ SPRAY Core Heat Removal, Engi-neered Safety Feature, Minimwn Boration, DBA (LOCA and MSLB)

Mitigation ACCURACY:

Spec: NR Demo:

RAD. LUCA= 2.3 X 10~ S&W Cale. 6 'l'ype Note 1 qO Yr= 4.0 X 10Z 128qb.38-RP- Test 02b-O WCATION:

Auxiliary Building AGING Enclosure q l{efer to None Guidelines Report SERVICE: Section 1.0 Sec.3.1.2 Charging Pump Suction (I,ging) from Volwne Control Tank FLOOD LEVEL EJ,EV : NR SUB. NR NR NR NR NR None ABOVE FLOOD LEVEI,: Yes No MOV-1115C b-111

NH= Not required. All numbers written in Documentation Reference <<_!ualificac.ion column are identified .in Section B.

toTt:S: 1)

L1m1.torque has been given tile purchase orders, serial nwnbers., and information necessaL-y to obtain qualification data.

MOV-1115C b-14 (cont)

Unit:

[locket:

F"dcility: VEPCO, SURRY 1

50-280 SYS'fEM CUMPONEN'l' EVALUATION WORK SHEET - 90 DAlr REVIEW SYSTEM: Environment Documentation Reference out-CHEMICAL AND VOLUME standing CON'.l'HOL Specification Qualif.i.c.ition Specu:ication Qualit. Method Items

.EVUIVMENT DE::;CRIPTION OPER. 120 days Functional atter Westingnouse 6 Note 1 Note 1 TIME rad. exposure Ret. Ltr. No.

N.s-s::;-*79,rn1 PLAN1' ID NO. 212.F, 4 hr 25.0F, 111 days Preliminary 6 Note 1 Note 1 MOV-1115D S&W Cale.

12134b .411-PE-046-0 OOMPONENT:

Motor Operated Valve MI\NUFACTURER: PRESS. 15~2, 0-1 min Note 1* Preliuanary Note 1 Note 1 Note 1 I,imi torque psia 14.8, 1 min-4 hr S&W Cctlc.

12U4b .114-P.l!:-

046-0 IDDEL NUMBER: REL. 100 100 Prel1.1ninary Note 1 Note 1 SMB-00, Class B HUM. I S&W Cale.

Insulation 12846.44-PB-01t6-0 FUNCTION : CHEM

• NR NR NR NR NR None t;mergency Core Cooling/ SPRAY Core Heat Removal, Engi-neered Safety Feature, Minimum Boration, DBA (LOCA and MSLB)

Mitigation ACCURACY:

Spec: NR Demo:

RAD. LOCA = 2.3 x 105 2 X 107 S&W Cale. 6 Type Note 1 40 Yr= 4.0 X 102 12U**b.3U-RP- Test 026-0 IDCA1'ION:

Auxiliary Building AGING Enclosure 4 Refer to None Guidelines Report SEHV.LCE: Section 7.0 Sec.3.1.2 Charging Pwnp Suction . (Aging) from Refueling Water Storage Tanlc

. I FLOOD LEVEL ELEV: NR SUB. NR NR NR NR NR None ABOVE FLOOD LEVt:L: Yes No MOV-1115D b-1~

NR = Not requu:ed. All numbers wri.tten in Documentation Reference Qualification column are identitied in Section tl.

l',l)'l'ES: 1) Limitor<111e has been given the purchase orders, serial 1111111bers, and information necessary to obta1.n qudlirication data.

MOV-111~D b-15 (cont)

facility: VEPCO, SUkRV Unit:

Docket:

1 50-280 SVS'.rEM COMPONEN'r EVALUA'lION WUHK SIIEE'r - '.10 DAY R!';VIEW

• SV S'l'fill: Environment Docwnentation Reference out-CIIEMICAL ANO VOLUME standing Specification Qualification Specification Qualif. Method Items CON'l'ROL FA,)UIPMENT DESCRIPTION OP.ER. 120 days Fnnct:.1.onal after Westinghouse b Note 1 Note 1

'l'IME rad. exposure Ref. Ltr. No.

Nti-SS-n.ltt7 212F, If hr 250F, h days Prelim1.nary 6 Note 1 Uote 1 PLANT ID NO.

MOV-1115E S6W Cale.

1284b .4*t-PE-Olf6-0 O'.)MPUN ENT:

Motor operated Valve MANUFACTURER: PRESS. 15.2, 0-1 min Note l Prel1.minary Note 1 Note 1 Note 1 Limitorque psia 11f .8, 1 min-If hr S&W Cale.

1284b.41l-f'E-04b-0 K>DEL NUMBER: REL. 100 100 Preliminary 6 Note 1 Note 1 SMJJ-000, Class B HUM. ~ S6W Cale.

Insulation 1281lb.44-PE-0146-0 FUNCTION: C!U-:M. NR NR NR NR NR None Emergency Core Cooling/ SPRAY Core Heat Removal, Engi-neered Safety Feature, M1.ni111wn lloration, Dl:IA (LUCA and MSLB)

Mitigation ACCURACY:

Spec: NR Demo:

RAD. LOCA = 2.3 x 10~ 2 X 101 S6W Cale. 6 Type Note 1 lfO Yr= lf.0 x lOZ 12811b.3tt-RP- Test Ol6-0 WCA'l'ION:

Aux1.l1.ary Building AGING Enclosure 4 Reter to None Guidelines Report SERVICE: Sect1.on 7.0 tiec.3.1.:l Charging Pump Suct1.on (Aging) from Volume Control Tank SUB. NR NR NR NR NR None FLOOIJ LEVEL ELEV: NR ABOVE FLUOIJ LEVEL: Yes No MUV-1115E 6-16

NH= Not required. All numbers written in Documentation Reference (Jualitication coluum are identifiect in Section tl.

M.>TES: 1)

L.uuitorque has been given the purchase orders. serial num.btrs, and information necessary to obtain qual.ificat.Lon clata.

MOV-1115E b-lb (cont)

Docket:

SYSTEM:

Fdcl.ll.ty: VEPCO, SURRY Unit: 1 50-280 Environment SYS'l'l,;M COMPON1'NT 1:.VALUATION WuRK SHI,.;ET - 90 DAY Ri,;VIEW

!Jocumentation Reference Uut-CIIJ,.MICAI, AND VOLUMJ,; Stancting CON'l'ROL Specification Qualification Specification Qualit. Method Ite~

El,lUIPMENT DESCRIPTION OPEH. 120 days Functional after Westinghouse Note 1 Note 1 Note 1 TIME rad. exposure Ret. Ltr. No.

NS-SS-1')2li1 PLANT ID NO. TEMP 212F. 4 hr Note 1 Preliminary Note 1 Note 1 Note 1 MUV-1289A Op S&W Cale.

12tl4b .44-I>E-Ollb-O OOMPONI,.;NT:

Motor Operated Valve M/1.NUFACTllkER: PRESS. 15.2, 0-1 min Note 1 Preliminary Note 1 Note l Note 1 Note 1 psia 14.8, 1 min-4 hr S&W Cale.

121lll6 .44-PE-0116-0 t-V:>DEL NUMBER: REL. 100 Note 1 Preliminary b Note 1 Note l Note 1 IIUM. I S&W Cale.

1281Jb.lJIJ-PE-01Jb-O HJNC'rION: CHEM. NR NR NR NR NR None Emergency Core Cooling/ SPRAY Core Heat Removal, Engi-neered Safety Feature, Minimum Boration, DilA (LOCA and MSLB)

Mitigation ACCURACY:

Spec: NR Demo:

RAD. LOCA = 2.3 x 10~ S&W Cale. Note 1 Note 1 Note 1 IJO Yr= 4.0 x 102 1284b.3tl-RP-02b-O IDCA'l'ION:

Auxiliary Building AGING Enclosure q kefer to None Guidelines Report SEHVICE: Section 1.0 Sec.3.1.2 Chdrging to Regenerative (Aging)

Heat Exchanger Stop Valve FLOOD J,EVBL i,;I.EV: NR SUB. NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No MOV-1~tl9A b-11

NR = Not required. All, nrnnbers written in Documentation Reference Qualitication column are identified in Section 8.

OOTES: 1) Component Model will be determined during present steam generator outage.

MOV-12U9A 6-17 (cont)

e Fdcility: VEPCU, SURRY llni.t: 1 SYSTl!:M COMPONl!:NT EVALUA'l'ION WORK Slll:..ET - ~O DAY Rt.VIEW Docket: 50-280 b'YSTl!l-l: Environment Documentation Reterence Out-CHEMICAL !\ND VOLUME standing CUNTROL Units SQecitication Qualification Specification Qualit. Method Items EQUIPMl!:NT Di~SCHlll'ION OPER. 1~0 days Functional Westinghouse Note 1 Note 1 Note 1

'!'I.ME After l<ad. Ref. Ltr. No.

Exposure NS-SS-1921:17 PLAN'!' ID NO. Ti:;MP NR NR NR NR NR NOllt!

MOV-12tl~B OF illMPONElll':

Motor Operated Valve MI\NU.fAC'l'URER: PRESS. NR NR N.R NR NR None Note 1 psia MJDEL NUMBt;R: REL. NR NR NR NR NH tione Note 1 HUM. :,.

FUNCTION: CHEM. NR NR tm NR NH None Engineered Safety SPRAY Feature, OBA (LOCI\

and MSLB) Mitig<1tion, Emergency Core Cooling/

Core Heat Removal, Minimum .Boration ACCURACY:

Spec:

Demo: tm RAD. LOCA = 2.5 x 106 S&W Cale. Note 1 Note 1 Note 1 40 Yr= 2.5 X 106 12.8 4b. 3.l:I-RP-026-0 LOCATION:

Auxiliary Building AGING Enclosure Guidelines

. Refer to None Report SERVICE: Section 1.0 Sec.3.1.2 Charging Header (Aging)

Isolation Valve FLOOD LEVEL ELEV: NR SUB. NR *NR NR NR NR None ABOVE FIOOD LEVEL: Yes No NR = Not requ1.red. All numbers written in Documentation Reterence 1,1ualification coi.unm are identitied in Section 8.

~'l'ES: 1) Con,ponent model will be detennined during present ste<.1111 generator outage.

MOV-121l~U 6-18

Facility: VEPCO, SURRY unit:

IX>cket:

SYS'l'EM:

1 50-280 SYST.l!.M COMPONENT EVALUATION WORK SHEE:T - ~0 DAY RJ:;VH.W Environment Documentation Reference out-Clll!:MICAL AND VOLUME standing CON'fROL Units Specification Qualificacion Spec:i.tiCdtion  !.,>ualii. Method Items EQUIPMENT DESCRIPTION OPER. 60 sec Note 1 North Anna Noce 1 Note 1 Note 1

'l'IME F.SAR Sec. 6.2.4.2 PLAN'!' ID NO. TEMP NR NR NR NR NR Nont, SOV-1204 OF a>MPONENT: Solenoid Valve MANllFAC'fURER: PRESS. NR NR NR NR NR None ASCO psia M.>DEL NUMBER: REL. NR NR NR NR NR None U31654 HUM. I EUNC'l'ION: CHEM. NR NR NR NR NR None Containment.Isolation SPRAY ACCURACY:

Spec:

Demo: NR RAO. LOCA = 2.5 x 10b Note 1 S&W Cale. Note 1 Note 1 Hate 1 40 Yr= 2.5 X 10* 121!46.38-RP-026-0 WCATION:

Auxiliary Bldg.

AGING Enclosure 4 Refer to None Guidelines Heport SERVICE: Section 7.0 Sec.3.1.2 Letdown Inlet Non- (Aging)

Regenerative Heat Exchanger tl.000 LEVEL EL~V: NR SUB. NR NR NR NR NR None ABOVJ:; Jn.Dl.>IJ LEVEL: Yes No NR = Not required. All nwnbers written in Documentation Reference Qualification column are identit:ied 1.n Section 8.

00'1.'ES: 1) Replc1ce, insufficient documentation. Previous testing on similar ASCO valves (Ref. Westinghouse Ltr. No.

NS-SS-770b0) indicatores valves vent to perform the safety function for containment isolation.

SOV-1204 6-1~

Facility: VEPCO, SURRY SYSTEM COMPONENT EVALUATION wOl{K SHEE'J.' - 90 DAit REVIEW Unit: 1 Docket: 50-2UO SY'STBM: *Environment Documentation Reference out-CHEMICAL AND VOLUME standing CONTROL Specification Qualification Specitic.:tt:ion QuaHt. Method Items a>Ull'MENT DESCRIPTION OPER. 120 days Note 1 Wt:lstingnouse Note 1 Note 1 Note 1 TIME Ref. Ltr. No.

N~-SS-79287 PLANT ID NO. 275F, 0-30 min Note 1 VEFCO-NRC 11-22-77 Note 1 Note 1 Note 1 S0V-1200A 275-150F, 30-60 min No. 3U2A/0~:.!lt77 150-120F, 1-q8 hr 120F, 2-120 days CDMPONENT:

Solenoid Operated Valve 111\Nll FACTOR ER: PRESS. 58.7, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 Note 1 psia 58.7-12.7, No. 3112A/092q 77 30 min-ll8 hr 12.7, 2-120 days l>()DEL NUMBER: REL. 100 Note 1 VEPCO-NRC b-110 Note 1 Note 1 Note 1 Note 1 HUM. I No. 5]5 fflNCTION: CHEM. H31 B0 31 (2, 000-2, 200 Note 1 VI::PCO-NRC b-80 Note 1 Note 1 Note 1 Containment Isolation, SPRAY ppm B) No. 535 HELB Mitigation buffered to pH of 8.5-11 NaOH,4hr ACCURACY:

Spec:

Demo: NR RAO. LOCA = 2.q x 10~ Note l S&W Cale No1:.e 1 Note 1 Note 1 qO Yr =1.3 X 10~ 12846.54-RP-038-0 WCATION:

Inside Containment AGING Enclosure 4 Refer to None Inside Cranewall , Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Chemical Volwne Control (Aging)

System Isolation Valve for Letdown FLOOD LEVEL hLEV: -21 1 \1* SUB. NR S&W Cale. NR NR None ABOVE FLOOD LEVEL: X Yes 12Bqb No Pt:-036-0 NR = Not required. All numbers written in Documentation Reference Qualification coluum are identified in Section 8.

KlTt:S: 1) Component nodel will be determined during present steam generator outage.

SOV-1200A t,-20

Facility: VEPCO, SURRY Unit:

Docket:

SYS'l'EM:

1 50-280 CIIBMICAL AND VOLUME SYS'l'EM COMPONENT EVALUATION WORK SHEET - 90 DAY RtNIEW Environment Documentation Reference out-standing CONTROL Specification Qual if ica ti.on SP£:citication ~malif. Method Items

~UIPMENT DESCRIPTION OPER. 120* days Note 1 Westingnouse Note 1 Note 1 Note 1 TIME Ref.Lt:.. No.

NS-SS-792117 PLANT ID NO. 275F, 0-30 min Note 1 Vl!:PCO-?IRC 11-22-77 Note 1 Note 1 Note 1 SOV-1200B 275-150F, 30-60 min No *. 31t:lA/0!121l77 150-llOF, 1-48 hr 120F, 2-120 days COMPONENT:

Solenoid Operated Valve M/\NUFAC'.roRER: PRESS. 58.7, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 Note 1 psia 5U.7-1l.7, No. 3 lliA/0921111 30 min-:118 hr 12.7, l-120 days WD!!:L NUMBER: RF.L. 100 Note 1 VEpCO-NRC 6-80 Note 1 Note 1 Note 1 Note 1 HUM. i No. 535 FUNCTION: CHEM. H3B03 (2,000-2,200 Note 1 VEPCO-NRC b-80 Note 1 Note 1 Note 1 Containment Isolation, SPRAY ppm B) No. 535 IIBLB Mitigation buttered to pH of 8.5-11 NaOH,4hr ACCURACY:

Spec: NR Demo:

RAD. LOCA = 2.11 x 107 Note 1 S&W Cale. Note 1 Note 1 Note 1 llO Yr= 1.3 x 107 12811b.5'l-RP-03U-O IDCATION:

Inside Containment AGING , Enclosure q Refer to None Inside Cranewall Guidelines .keport SERVICE: Section 1.0 Sec.3.1.2 Chemical Volume Control (Aging)

System Isolation Valve tor Letdown FLOOD LJ,;VEL ELEV: -21 1 11* SUB. -2P11* NR S&W Cale. NR NR None ABOVE FLOOD Ll!:VEL: X Yes 12tlllb-01-.

• No PE-03b-O Nil= .Not required. All nwnbers written in Documentation Reference Qualification column are identified in Section e.

toTES: 1) Component model will be determined during present steam generator outage.

SOV-1200B b-21

Facility: VEPCO, SURRY SYSTEM COMPONENT t.VALUA'fION WORK SHEET - 90 OAY R.li.VIEW Unit: 1 IX>cket: 50-280 SYSTEM: Environment Oocwnentation Reference out-Cll1':MICAL AND VOLUME st_anding CON'fROL Specification Qualificat1on Speci.f ication ~ualif. Method Items f)JUIPMJ,;NT DESCRIPTION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Uote 1 TIM.E Ret. Lt. No._

NS-SS-7921l7 PLANT ID NO. 275F, 0-30 min Note 1 VJ::PCU-NRC 11-22-77 Note 1 Note 1 Note 1 SOV-1200C 275-150F, 30-60 min No. 38:.!A/0!12477 150-1201, 1-48 hr 120F, 2-120 days illMPONENT:

Solenoid Operated Valve

~NUFAC'J\JRER: PRESS. 58.7, 0-30 min Note 1 Vfil>CO-NRC 11-22-77 Note 1 Note 1 Note 1 Note 1 psia 511.7-12.7, No. 3tl2A/0924 77 30 min-118 hr 1.2. 7, 2-120 days t-ODEL NUMB.l!:R: REL. 100 Note 1 VEPCO-NRC 6-bO Note 1 Note 1 Note 1 Note 1 HUM. i No. 535 fUNC'l'ION: CHEM. H3 B0 3 (2,000-2,200 Note 1 Vi!:PCO--NRC 6-110 Note 1 Note 1 Note 1 Containment Isolation, SPRAY ppm 11, No. 535 llELll Mitigation buttered to pH of 8 .5-11 Na011,4hr

.IICCUAACY:

Spec: NR Demo:

RAD. LOCA = 2.4 x 107 Note 1 S&W Cale. Note 1 Note 1 Note 1 40 Yr= 1.) X 107 12811b.54-RP-03tl-0 lDCATION:

Inside Containment AGING, Enclosure II Refer to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 sec.3.1.2 Chemical Volume Control (Aging)

System Isolation Valve for Letdown FLOOD LEVEL !!LEV: -21 1 11M SUB. -21"11 .. NR S&W Cale. NH NR None AlJOVE FLOOD LEVEL: X Yes 128116 No PJ:;-0]6-0 NR = Not required. All nwnbers written in Docwnentation Reference Qualification colu1101 are identified 1..n Section 8.

N..>TES: 1, Component 1oodel will be determined dur j_ng present steam generator outage.

SOV-l~OOC b-22

Fdcility: VEPCO, SURRY Unit: 1 e

SYS'fEM COMPON.l!:NT EVALUA'fION WOl<K SHEET - 90 DAY k.l!;VIl!:W Docket: 50-280 SYSTEM: Environment Documentation Reterence OU1..-

COMMON ELECTRICAL stancli1,g EQUIPMENT Ynfu SQecification Qualif icat1.on SQecification Qualif. Method ~~

EQUIPMENT DESCRIP'l'ION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 t>lote 1 TIME Ref. Ltr. No.

tlS-SS-79287 PLANT ID NO. TEMP NR NR NR Nft NR None lHl-2 South "F COMPONENT: -

.1180 V Motor Control Centers MI\NUFACTUR£.R: PR.E~S. NR NR NR NR NR None Cutler - Hanuner ps1.a M>Ol!:L NUMBER: REL. NR NR NR NR NR None Unitrol HUM.

EtlNCTION:

CHEM. NR NR NR NR Nk None Supply Power to Safety SPRAY Systems ACCURACY:

Spec:

Demo: NR RAD. LOCA = 9.23 x 10:1 Note 1 S&W Cale. Note 1 Note 1 Note 1 110 Yr= 1.9{, X 10* 12tlllb.511-RP-035-0 IDCATION:

Auxiliary Buil.ding AGING Enclosure II Refer to None Guidelines Report SERVICE: Section 1.0 Sec.).1.2 NR '

(Aging)

FLOOD LEVEL i.LEV: NR SUB. NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All nwnbers written in Documentation Reference Qualification column are identified 1.n Section ll.

ID'fES: 1) Manufacturer has been given infonnation necessary to obtain qualification data.

1H1-2 South b-23

~dcility: VEPCO, SURRY SYSTEM COMPONENT EVALUA'rION WORK SIIEE:'r - 90 DAY ltl:.VH:W Unit: 1 Ibcket: 50-280 SYS'rEM: Enviromnent Docwnentation Reference wt-COMMON ELECTRICAL standing EQUIPMEN'r Units seecification Qualification seecification Qual.if. Met.bod It.ems 1;)2UIPMENT DESCRIPTION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1 TDIE Rct. Ltr. No.

NS-SS-7n87 PLANT ID NO. TEMP NR NR NR NR HR None 1H 1-2 Nortb OF OOMPONENT:

qBO V Motor Control Center MA.NUFAC'l'URER: PRESS. NR NR NR NR NR None Cutler-llammer psia MlllEL NUMBER: REL. NR NR NR NR NR None Unitrol HUM. I fflNCTION: CHEM. NR NR NR NR NR None Supply Power to Safety SPRAY System

.ACCURACY:

Spec:

Demo: NR RAD. LOCA = 9.23 x 10~ Note 1 S&W Cale. Note 1 Note 1 Note 1 40 Yr= 1.96 X 10* -- 1284b .Sq-RP-035-0 LOCATION:

Auxiliary Building AGING Enclosure II Refer to None Guidelines Report SERVICE: , Section 7. O Sec.3.1.2 NR (Aging)

FLOOD LEVEL i,:LEV: NR SUB. NR NR N.R NR NR None ABOVt; FLOOD LEVEL: Yes No NR = Not required. All number~ written in Documentation Reterence*Qualitication column are identified in Sect.ion 8.

~: 1) Manufacturer bas been given information necessary to obtain qualification data.

lHl-2 North

e Facil.ity: V.EPCO, SUltl<Y Unit: 1 SYSTEM COMPUNENT .EVALUATION WORK SHE.ET - 90 UAY REVIEW Docket: 50-280 S'iSTli.M: Environment Documentation Reference UUt-COMMON ELECTRICAL  :;;tancting EQUIPMENT  !!!li!.!! seecification Qualification S~cification Qualif. Method Items EJ,.lU IPMBNT DESCRIP'l'ION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1 TIME Het. Ltr. No.

NS-SS-7<j2li7 PLANT ID NO. TEMP NR NR NR NR NR None 1J1-2 West o~,

ffiMPONENT:

4tl0 V Motor Control Centers MI\.NUFAC'l'URER: PRESS. HR NR NR NR NR None Cutler-Hammer psia t,ODEL NUMBER: REL. NR NR NR NR NR None Uuitrol HUM.

FUNC'l'ION: CHEM.

' NR NR NR NR NR None Supply Power to Safety SPRAY System I\CCURACY:

Spec:

Demo: NR RAD. LOCA = 9.23 x 103 Note 1 S&W Cale. Note 1 Note 1 Note 1 40 Yr = 1.96 X 10* 12lillb .54-RP-035-0 WCA'l'ION:

Auxiliary Building AGING Enclosure ij Refer to None Guidelines Report tlliRVICE: .section 7.0 Sec.3.1.2 NR (Aging)

FLOOD LEVEL ELEV: NR SUB. NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All numbers written in Documentation Reference Qualification colunu1 are identified in Section 8.

IDT.ES: 1) Manufacturer has been given information necessary to obtain qualification data.

lJ 1-2 \~est b-25

Unit:

Docket:

SYSTJ::M:

Facility: VEPCO. SURRY 1

50-280 SYSTEM COMPONENT 1::VALUATION WORK :iHEE'r - 90 DAY REVIEW Environment Documentation Retereuce Out-COMMON ELECTRICAL standing E<JUIPMENT Units seecification Qualification SE£cificatJ.on Qualif. f:!ethod Items fy;,)UIPMENT DE~CRIPTION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1 TIME Ref. Ltr. No.

NS-SS-79287 PLANT ID NO. TEMP NR NR Nk NR NR None lJl-2 East OF ffiMPONENT:

1180 V r-t>tor Control Centers MANUFACTURER: PRESS. NR NR NR NR NR None Cutler-Hanuner psia MlDEL NUMBER: REL. NR NR NR NR NR None Unitrol HUM.

iUNCTION: CHEM.

" Nk Nf< NR NR None NR Supply Power to Safety SPRAY System ACCURACY:

Spec:

Demo: NR RAD. LOCA = 9.23 X 10:J Note 1 S&W Cale. Note 1 Note 1 Note 1 110 Yr = 1.96 X 10" 128116.511-RP-035-0 IDCATION:

Auxiliary Building AGING Enclosure II Refer to None Guidelines Report SERVICE: Section 7.0 Sec.).1.2 NR ' (Aging)

FLOOD LEIJEL E.LEV: NR SUB. NR NR. NR NR NR None ABOVE. f'LOOD LEVEL: Yes No NR = Not required. All nwnbers written in Documentation Reference Qualification column are identifiea in Section S.

toT~S; 1) Manufacturer has been given information necessary to obtain ~ualification data.

lJl-2 East 6-lb

Untl:.:

Docket:

e Facility: VEPCO, SURRY 1

50-280 SYSTEM COMPONENT EVALUATION WORK Slll!:ET - 90 DAY REVI.l:.'W SYSTEM: Envi.ronment Documentation Reference Out-COMMON ELECTRICAL standing EQUIPMENT §Qecification Qualification Specification Qualif. Method Items E))lllPMEN'l' DE.SCIUP'l'ION OPl::R. 120 days Note 3 Westinghouse Note 3 Note 3 Note 3 TIME PLANT ID NO. TEMP 275F, 0-30 min 280F, 0-30 min VEPCO-NRC 11-22-77 21, 22 Prototype Note 2 Spec. No. 21 OF 275-150F, 30-60 min 280-245F, 30-60 min No. 382A/092477 test P.O. No. NA-313/1313 150-120F, 1-48 hr 150-+20F,-4F,1 hr-Conax 'l'ype IC 120F, 2-120 days 10 days ffiMPONEN'r:

Power Penetration MANUFAC'l'UHER: PRESS. 58.7, 0-30 min 59.7, 0-30 min VEPCO-NRC 11-22-77 21, 22 Prototype None Conax.Corp. psia 58.7-12.7, 59.7-14.7, 0-30 min No. 382A/092477 test 30 min-1113 hr 14.7, 1 hr-10 days 12 .J, 2-120 days M)DJ:.L NUMDER: REL. 100 100 VEPCX>--NRC b-80 21, 22 Prototype-None NR HUM. I No. 535 test FUNCTION: CHEM. ll3B03 (2 ,000-2, 200 Boron content was VEPCO-NRC 6-80 21, 22 Prototype Note 1 Supplies Power to Safety SPRAY ppm B) 0.23 molar as No. 535 test System buffered to pH of ll3B03 8.5-11 NaOH,4hr NaOH = 5.0-8.0 ACCURACY:

Spec: NR Demo:

RAD. LOCA = 7.4 x 10b 1 X 10 6 S&W Cale. 21, 22 Prototype None 40 Yr= 3.5 X 10* 12846.54- test RP-038-0 LOCATION:

Inside and Out.side AGIN(i Enclosure 4 Refer to None Containment Guidelines Report Outside Cranewell Section 7.0 Sec.3.1.2 SERVICE: (Aging)

FLOOD LEVEL ELEV: -21 1 11" SUB. -21"11" NR S&W Cale. NR NR None ABOVE FLOOD LEVEL: X Yes 12846 No PE-036-0 NR = Not required. All numbers written in Documentation Reference Qualification column are identified in Section 8.

OOTES: J.OCA DEFICIENCIES 1) pH of chemical spray was 5-8 for duration, not fl.5-11.0 for first 4 hr or 7-9 for remainder.

2) Temperature range was 1460-110°F from 1 hr to end. JUSTIFICATION: 1) Electric penetrations assemblies are fabricated from the following nonmetallic material: polymides and polysultone. These materials J1ave been shown to be resistant to all diluted alkaline solutions. Since the LOCA spray is in the rarige of a diluted alkaline solution, 1.t should have no significant effect on the penetration assemblies. 2) Very short duration of temperature below 150°F Spec. No. 21/Conax Type IC b-27

1-o*rEs: (Cont) when compared to total test duration makes this item acceptable. 3) Conax has been contacted to compile additional data. Estimate reply by November 1, 1980.

Spec. No. 21/Conax Type IC 6-27

( COil t)

P-d ci li ty: VEl>CO, SURRY SYSTEM COMPONENT EVALUATION WORK SHEET - 90 DAY R.l!."VI~W Unit: 1 lbcket: 50-280 SYSTEM: Environment Documentation Reference Out:-

COMMON ELECTRICAL standing EQUIPMI:;NT Specification Qualification Specification Qualif. Method Items 1;)2UIPMENT DESCRIPTION OPER. Note 3 Note 3 Westinghouse Note 3 Note 3 Note 3 TIME Ref. Ltr. No.

NS-S::i-79287 PLANT ID NO. TEMP 275F, 0-30 min 280F, 0-30 min VEPCO-NRC 11-22-77 21, 22 Prototype Note 2 Spec. No. 21 op 275-150F, 30-60 min 280-245F, 30-60 min No. 382A/092477 Test P.O. No. NA-313/1313 150-120F, 1-48 hr 150-+20F, 1 hr-Conax Type ID 120F, 2-120 days 10 days CDMPONENT:

Power Penetration MANUFACTURER: PRESS. 58.7, 0-30 min 59.7, 0-30 min VEPCO-NRC 11-22-77 21, 22 Prototype None Conax Corp. psia 58.7-12.7, 59.7-14.*7, 0-30 min No. 382A/09:.!477 Test 30 min-48 hr 111.1, 1 hr-10 days 12.7, 2-120 days M:>DEL NUMBER: REL. 100 100 VEPCO-NRC 6-80 21, 22 Prototype None NR HUM. I No. 535 Test

FUNCTION: CHEM. H3B03 (2 ,000-2 ,200 Boron content was VEPCO-NRC 6-80 21, 22 Prototype Note 1 Supplies Power to safety SPRAY ppm B) 0.23 molar as No. 535 Test System buffered to pH of H 3 B0 3 8.5-11 NaOH,4hr NaOH = 5.0-8.0 ACCURACY:

Spec: NR Demo:

RAD. LOCA = 7.4 x 106 1 X 10 8 S&W Cale. 21, 22 Prototype None 40 Yr= 3.5 X 10* 12846.54-RP- Test 038-0 I.OCA'l'ION:

Inside and Outside AGING Enclosure 4 Refer to None Containment Guidelines Report Outside Cranewell Section 7.0 Sec.3.1.2 SERVICE: (Aging)

FLOOD LEVEL ELEV: -21 1 11* SUB. -21911" NR S&W Cale. NR NR None ABOVE FLOOD LEVEL: X Yes 12846 No PE-036-0 NH= Not required. All numbers written in Documentation Reference Qualification column are identified in Section 8.

tDTES: LOCA DEFICIENCIES 1) pH of chemical spray was 5-8 for duration, not ~.5-11.0 for first 4 hr or 7-9 for remainder.

2) Temperature range was 1460-170°F from 1 hr to end. JUSTIFICATION: 1) Electric penetrations assemblies are fabricated from the following nonmetallic material: polymides and polysulfone. These materials have been shown to be resistant to all diluted alkaline solutions. Since the LOCA spray is in the range of a diluted alkaline solution, it should have no significant eftect on the penetration assemblies. 2) Very short duration of temperature below 150°F Spec. No. 21/Conax Type ID 6-28

when compared to total test duration makes this item acceptable. 3) Conax bas been contacted to compile additional data. Estimate reply by November 1, 1980.

Spec. No. 21/Conax Type ID b-2tl (cont)

Fdcility: VEPCO, SURRY Unit:

Docket:

SYS'l'EM:

1 50-280 Enviromnent SYSTEM COMPONENT EVALUATION WORK SHEET - 90 DAY REVIEW Documentation Reference Out-COMMON ELECTRICAL standing EQUIPMENT Units seecification 2ualification Seecification Oualif. Method Items g)UIPMENT DESCRIPTION OPER. Note 3 Note 3 Westinghouse Note 3 Note 3 Note l TIME Ref. Ltr. No.

NS-SS-79287 PLANT ID NO. TEMP 275F, 0-30 min 280F, 0-30 min VEPCO--NRC 11-22-77 21, 22 Prototype Note 2 Spec. No. 21 OF 275-150F, 30-60 min 280-2115F, 30-60 min No. 382A/092477 Test P.O. No. NA-313/1313 150-120F, 1-1,e hr 150-+20F, 1 hr-Conax Type IIA 120F, 2-120 days 10 days OOMPONENT:

Power Penetration M!\.NUFAC'lURER: PRESS. 58.7, 0-30 min 59.7, 0-30 min VEPCO-NRC 11-22-77 21, 22 Prototype None Conax Corp. psia 58.7-12.7, 59.7-111.7, 0-30 min No. 382A/092477 Test 30 min-48 hr 111.7, 1 hr-10 days 12.7, 2-120 days r,[)DEL NUMBER: REL. 100 100 VEPCO-NRC 6-80 21, 22 Prototype None NR HUM. I No. 535 Test FUNCTION: CHEM. H3B0 3 (2,000-2,200 Boron content was VEPCO-NRC 6-80 21, 22 Prototype Note 1 Supplies Power to Safety SPRAY ppm B) 0.23 molar as No. 535 Test System buffered to pH of ll3BO:,

tl. 5-11 NaOH, 4hr NaOH = 5.0-8.0 ACCURACY:

Spec: NR Demo:

RAD. LOCA = 7.4 x 106 1 X 10 8 S&W Cale. 21, 22 Prototype None 40 Yr= 3.5 X 10* 12846.511-RP- Test 038-0 IDCATION:

Inside and Outside AGING Enclosure 4 Reter to None Containment Guidelines Report Outside Cranewell section 7.0 Sec.3.1.2 SERVICE: (Aging)

~'LOOD LEVEL ELEV: -21 1 11* SUB. -21111* NR S&W Cale. NR NR None ABOVE FLOOD LEVEL: X Yes 128116 No PE-036-0 NR = Not required. All numbers written in Documentation Reference Qualification colunm are identified in Section 8.

KITES:~ DEFICIENCIES l) pH ot chemical spray was 5-8 for duration, not 8.5-11.0 for first 4 hr or 7-9 for remainder.

2) Temperature range was 1*160-1700F from 1 hr to end. JUSTIFICATION: 1) Electric penetrations assemblies are fabricated from the following nonmetallic material: polymides and polysulfone. These materials have been shown to be resistant to all diluted alkaline solutions. Since the LOCA spray is in the range of a diluted alkaline solution, it should have no

• significant et.feet on the penetration assemblies. 2) Very short duration of temperature below 150°P Spec. No. 21/Conax Type IIA 6-29

when compared to total test duration makes this item acceptable.

data. Estimate reply by November 1, 1980.

3) Conax has been contacted to compile additional Spec. No. 21/Conax Type IIA 6-29 (cont)

Facility: VEPCO. SURRY Unit:

Docket:

SYS'rEM:

1 50-2UO COMMON ELECTRICAL SYSTEM COMPONE.N'l' EVALUA'l'ION WORK SHEET - ':iO DAY REVIEW Environment Documentation Reference Out-standing EQUIPMENT Specification Qualifica-cion SPQcification Qualif. Method Items EQUIPMENT DESCRIPTION OPER. Note 3 Note 3 Westinghouse Note 3 Note 3 Note J TIME Ref. Ltr. No.

NS-SS-79287 PLANT ID NO. TEMP 275F, 0-30 min 280F, 0-30 min VBPCO-NRC 11-22-77 21.22 Prototype Note 2 Spec. No. 21 OF 275-150F, 30-60 min 2U0-245F, 30-60 min No. 3~2h/092477 'l'est P.O. No. NA-313/1313 150-120F. 1-48 hr 150-..-20F, 1 nr-Conax Type IIB 120F, 2-120 days 10 days illMPONEN'l':

Power Penetration MANUFACTURER: PRESS. 58.7, 0-30 min 59.7, 0-30 min VEPCO-NRC 11-22-77 21.22 Prototype None Conax Corp. psia 5U.7-12.7, 59.7-14.7, 0-30 min No. 382A/092477 Test 30 min-46 hr 14.7, 1 br-10 days 12.1. 2-120 days OODEL NUMUER: REL. 100 100 VEPCO-NRC 6-80 21.22 Prototype None NR HUM. ~ No. 535 Test FUNC'l'ION: CHEM. 11300:, (2 .000-2 .200 Boron content was VEPCO-NRC 6-80 21.22 Prototype Note 1 Supplies Power to Safety SPRAY ppm B) 0.23 molar as No. 535 Test System buttered to pH of H 3 BO:,

tl.5-11 NaOH,llhr NaOH = 5.0-8.0 J\CCllRACY:

Spec: NR Derro:

RAD. LOCA = 7.4 x 10~ 1 X 1011 S&W Cale. 21.22 Prototype None 40 Yr= 3.5 X 10* 12646.54-RP- Test 038--0 I.OCA'l'ION:

Inside and Outside AGING Enclosure 4 Refer to None Containment Guidelines Report Outside Cranewell Section 7.0 Sec.3.1.2 SERVICE: (Aging)

FLOOD Ll!;VEL hl..EV: -21 1 11* SUB. NR S&W Cale. NR NR None l\DOVE FLOOD LEVEL: X Yes 12646 No PE-036-0 NR = Not required. _ All numbers written in Documentation Reference Qualification column are identified in Section 8.

tOTES: LOCA DEFICIENCIES 1) pH of chemical spray was 5-8 for duration, not 8.5-11.0 for first 4 br or 7-9 for remainder.

2) Temperature range was 146°-170°F tram 1 hr to end. JUSTIFICATION: 1) Electric penetrations assemblies are fabricated from the following nonmetallic material: polymides and polysultone. These materials have been shown to be resistant to all diluted alkaline solutions. Since the LOCA spray is in the range of a diluted alkaline solution, it should have no significant effect on the penetration assemblies. 2) Very short duration of temperature below 150°}'

Spec. No. 21/Conax Type IID 6-30

data. Estimate reply by November 1, 1980.

when compared to total test duration makes this item acceptable. 3) Conax has been contacted to compile additional Spec. No. 21/Conax Type IIB

. 6-30 (cont)

Facility: VEPCO, SURRY Unit:

Docket:

SYSTEM:

1 50-280 COMMON ELECTRICAL SYSTl:M COMPONENT EVALUATION WORK SHEET - 90 DAY Rl:.VH;W Environment Documentation Reference out-standing EQUIPMENT Units SQecification Qualification S~cification Qualif. Method Items g!UIPMEN'r DESCRIPTION OPER. Note 3 Note 3 Westinghouse Note 3 Note 3 Note 3 TIME Ref. Ltr. No.

NS-SS-79287 PLANT ID NO. TE;MP 275F, 0-30 min 280F, 0-30 min VEPCO-NRC 11-22-77 21. 22 Prototype Note 2 Spec. No. 21 OF 275-lSOF, 30-60 min 2B0-21l5F, 30-bO min No. 382A/0921l77 Test P.O. No. NA-313/1313 150-120F, 1-llO hr 150-... 20F

• 1 hr-Conac Type IIC 120F, 2-120 days 10 days illMPONENT:

Power Penetration MANUFACTllRER: PRl>SS. 5£:t

• 7

• 0-30 min 59.7, 0-30 min VEPCO-NRC 11-22-77 21. 22 Prototype None Conax Corp. psia 5£:t.7-12.7, 59.7-14.7, 0-30 min No. 382A/09lll77 Test 30 min-ll8 hr 14.7, 1 hr-10 days

12. 7

• 2-120 days OODEL NUMBER: REL. 100 100 VEPCO-NRC 6-80 21. 22 Prototype None NR HUM. ~ Ho. 535 Test

EUNCTION: CHEM. H3B0 3 (2,000-2,200 Boron content was VEPCO-NRC b-80 21. 22 Prototype Note 1 Supplies Power to safety SPRAY ppm B) 0.23 molar as No. 535 Test System buffered to pll of ll3B03 8.5-11 NaOH,4hr NaOH = 5.0-8.0 ACCURACY:

Spec: NR Demo:

RAD. LOCA = 7.ll X 10* 1 X 10 8 S&W Cale. 21. 22 Prototype None llO Yr= 3.5 x 10* 1281lb.51l-RP- Test 038-0 WCATION:

Inside and Outside AGING Enclosure 4 Refer to None Contai1unent Guidelines Report Outside Cranewell Section 7.0 Sec.3.1.2 SERVICE: (Aging)

FLOOD LEVEL ELEV: -21*11* SUB. NR S&W Cale. NR NR None ABOVE FLOOD LEVEL: X Yes 12846 No PE-036-0 NR = Not required. All numbers written in Docwnentation Reference Qualification column are identified in Section 8.

!!IT!lli_: LOCA DEFICIENCIES 1) pH of chemical spray was 5-8 for duration, not 8.5-11.0 tor first 4 hr or 7-9 for remainder.

2) Temperature range was 11l6°-170°F from 1 hr to end. JUSTIFICATION: 1) Electric penetrations assenblies are fabricated from the following norunetallic material: polymides and polysultone,. These materials have been shown to be resistant to all diluted alkaline solutions. Since the LOCA spray is in the range of a diluted alkaline solution, it should have no significant effect on the penetration assemblies. 2) Very short duration of temperature below 150°F Spec. No. 21/Conax Type IIC 6-31

when compared to total test duration makes this item acceptable. 3) Conax has been contacted to compile additional data. Estimate reply by November 1, 1980.

Spec. No. 21/Conax Type IIC 6-31 (coot)

i'acility: VEPCO, SURRY SYSTEM COMPONENT EVALUATION WORK SHEET - 90 DAY REVIEW Unit: 1 Docket: 50-2BO SYSTEM: Environment Documentation Reference out-COMMON ELECTRICAL standing E:QUIPMENT Specification Qualification Specification Qualif. Method Items NJUIPMENT DESCRIPTION OPER. 120 days >1BO days Westinghouse 11. 12. Analysis None TIME Ref. Lt. No. 13

• 14 100c Rule NS-SS-792H7 PLANT ID NO. TEMP 275F, 0-30 min 276F, 12 hr VEPCO-NRC 11-22-77 11, 12, Sequen- None Spec. No. 120 OF 275-150F, 30-60 min 160F, 6.5 days No. 3U2A/092477 13, 14 tial Type P.O. No. NA-312/1312 150-120F, 1-4B hr Test 120F, 2-120 days ffiMPONENT:

600V Control Cable MANUFACTURER: PRESS. 5B. 7

• 0-30 min 611.7, 12 hr VEPCO-NRC 11-22-77 11. 12. Seguen- None Cerro Wire and Cable Co. psia 58.7-12.7, 19.7, 6.5 days No. 3112A/0921177 13. 11l tial Type 30 rnin-4B hr Test 12.7, 2-120 days IDDEL NUMBER: REL. 100 100 V.EPCO-NRC 6-80 11. 12

• Sequen- None Jacket: Neoprene HUM. I No. 535 13, 14 tial Type Insulation: Cross-linked Test Polyethylene FUNCTION: CHEM. H3B03 (2,000-2,200 1,720 ppm Bas V.1!:FCO-NRC 6-80 11. 12. Sequen- None Supplies Power to Safety SPRAY ppm B) H3 B0 3 tor 2 hr No. 535 13, 14 tial Type Systems buffered to pH of Test 8.5-11 NaOH,4hr ACCURACY:

Spec: NR Demo:

RAD. LOCA = 2.11 x 107 2 X 10* S&W Cale. 11, 12, Sequen- None 40 Yr= 1.3 X 107 1284&.51&-RP-038-0 13, 111 tial Type Test WCATION:

Inside Containment AGING Enclosure 4 Thermally aged 11. 12. Refer to None Inside Cranewall Guidelines 1,300 hr at 1500c 13, 111

• Report SERVICE: Section 7.0 Sec.3.1.2 NR (Aging)

FLOOD LEVEL £LEV: -21 1 11* SUB. -21" 11* NR S&W Cale. NR NR None ABOVE FLOOD LEVEL: X Yes 128116 No PE-036-0 HR Not required. All numbers written in Documentation Reference Qualification column are identified in Section 8.

Spec. No. 120 6-32

Facility: VEPCO, SURRV SYSTEM COMPONENT EVALUATION WORK SHEET - 90 DAY IU;VIEW Unit: 1 Docket: 50-280 SYSTEM: Environment Docwnentation Reference out-COMMON ELECTRICAL standing EQUIPMENT Specification Qualification Specification Qualif. Method Items

~UIPMENT DESCRIPTION OPER. 120 days >120 days Westinghouse 37 Analysis Note 1 TIME Ref. Ltr. No. liasic NS-SS-79287 100c Rule PLANT ID NO. 275F, 0-30 min 346F, 0-3 hr, VEPCO-NRC 11-22-77 37 Type None Spec. No. NAS-3187 275-150F, 30-60 min 346-150F, 3-5 hr, No. 382A/092477 Test P.O. No. NA-3187/4187 150-120F, 1-48 hr 150-346F, 5-5+ hr, 120F, 2-120 days 346F,* 5+-8 hr, 335F, u~11 hr, 315F, 11-15 hr, 265F, 15 hr-4 days 212F, 4-30 days OOMPONENT:

600 V Control Cable

~NUFM.'TURER: PRESS. 58.7, 0-30 min Note 2 VEPCO-NRC 11-22-77 37 Type None Cerro Wire and Cable Co. psia 58.7-12.7. No. 382A/092477 Test tRock.bestos) 30 min-48 hr 12.7, 2-120 days M)DEL NUMBER: REL. 100 100 VEPCO-NRC 6-80 37 Type None Insulation: Firewall III HUM. 'A No. 535 Test (Cross-linked Poly-ethylene)

Jacket: Neoprene FUNCTION: CHEM. H~B0 3 12,000-2,200 H3B03 (3,000 VEPCO-NRC 6-80 37 Type None Supply Power to Safety SPRAY ppm B) ppm B) buffered No. 535 Test Systems buffered to pH of to pH 9-11, 30

8. 5-11 NaOH. *1hr days ACCURACY:

Spec: NR Demo:_

RAD. LOCA = 2.4 x 10~ 2 X 10 6 S&W Cale. 37 Type None 40 Yr= 1.3 X 10~ 12846.54-RP- Test 038-0 IDCATION:

Inside Containment AGING Enclosure 4 Refer to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 600 V Control Cable (Aging)

H.OOD LEVEL ELEV: -21 1 11* SUB. -21 1 1.1 11 NR S&W Cale. NR NR None ABOVE FIDOD LeVEL: X Yes 12846 No PE-036-0 Spec. No. NAS-3187 6-33

NR = Not required. All numbers written in Documentation Reference Qualification column are identified in Section 8.

?OTES: 1) Sending letter to manufacturer asking tor extrapolation by analysis to show that the 30-day test is equivalent to specification profile for 120 days.

2) Pressure fpsiaa 84.7, 0-10 sec 127. 7, 10 se_c-4 hr 84.7, 4-6 hr 127. 7, 6-8 hr 107.7, ll-11 hr 83.7, 11-15 hr 42.7, 15 hr-4 days 14.7, ll-30 days Spec. No. NAS-3187 t,-33 (cont)

Facility: VEPCO, SURRY Unit:

Docket:

SYSTEM:

1 50-280 Environment SYSTEM COMPONENT EVALUATION WORK SHEET - 90 DAY REVIEW Documentation Reference out-COMMCj,, EI,ECTRICAL standing EQUIPMENT Specification Qualification S~cification Qualif. Method Items

£)2UIPMENT DESCRIPTION OPER. 120 days >l*W days Westinghouse 5, 8 Analysis None TIME Ref. Lt. No. 100 Rule NS-SS-79287 PLANT ID NO. 275F, 0-30 min 280F, 60 min VEPCO-NRC 11-22-77 5, ti Sequential None Spec. No. 128 275-150F, 30-60 min 250F, 211 hr No. 382A/Onll77 Type Test P.O. No. NA-265/1265 150-120F, 1-118 hr 120F, 2-120 days OOMPONENT:

300V Instrument Cable MANUFACTURER: PRESS. 58. 7, 0-30 min 59 .II, 60 min VEPCO-NRC 11-22-77 5, 8 Sequential None Boston Insulated Wire psia 58.7-12.7, 111. 7, 211 hr No. 382A/0921177 Type Test and Cable 30 min-118 hr 12.1. 2-120 days IDDEL NUMBER: REL. 100 100 VEPCO-NRC 6-80 5, 8 Sequential None Jacket: Neoprene HUM. No. 535 Type Test Insulation: Cross-linked Polyethylene

EUNCTION: CHl:.M. HaB',:s (2,000-2,200 0.2 molar Bas VEPCO-NRC 6-80 5, 8 Sequential Note 1 Supplies Signal SPRAY ppm B) H 3 B0 3 with pH of No. 535 Type Test buffered to pH of 8-8.5 for 25 hr 8.5-11 NaOH,llhr ACCURACY:

Spec: NR Demo:

RAD. LOCA = 2.11 x 10~ 1 X 10° S&W <;ale. 5, 8 Sequential NOne 110 Yr= 1.3 X 10~ 1211116.511-RP- Type Test 038-0 WCA'rION:

Inside* Containment AGING Enclosure ll Refer to Hone Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 NR (Aging)

FLOOD LEVEL ELEV: -21 1 11* SUB. -21' 11 11 NI< S&W Cale. NR NR None ABOVE FLOOD LEVEL: X Yes 128116 No PE-036-0 NR Not requi.red. All numl)ers written in Documentation Reference Qualification column are identified in Section 8.

Spec. No. 128 6-311

~ : 1) The cable jacket is of a neoprene*material which was shown to be resistant to all diluted alkaline solutions. The LOCA spray is in the range of a diluted alkaline solution. Therefore. we believe it should have no significant effect on the cable.

Spec. No. 128 b-Jlt (cont)

Facility: VEPCO, SURRY SYSTEM COMPONENT EVALUATION WORK SHEET - 90 DAY REVIEW lb1it: 1 Docket: 50-2BO SYSTEM: Environment Documentation Reference Out-COMMON ELECTRICAL standing EQUIPMENT Units S~ecification Qualification seecification Qualif. Method Items 1;1JUIPMENT DESCRIPTION OPER. 120 days 30 days at 2120c Westinghouse 27 Analysis None TIME Ret. Lt. No. 100c Rule

/

NS-SS-79287 PLANT ID NO. TEMP 275F, 0-30 min 280F, 0-10 sec V.l!:PCO-NRC 11-22-77 27 Sequen- None Spec. No. 1130 OF 275-150F; 60 min 280-346F, 10 sec- No. 382A/092477 tial Type P.O. No. NA-392/1392 150-120F., 1-IJ8 hr 5 min Test 120F, 2-120 days 311b-140F, 5-180 min ffiMPONENT:

300V Instrument cable MA.NUFACTURER: PRESS. 58.7, 0-30 min 84.7, 0-10 sec Vt:PCO-NRC 11-22-77 21 Sequen- NOne Cerro Wire 6 Cable Co. psia 58.7-12.7, 84.7-127.7, 10 sec- No. 382A/0921177 tial Type 30 min-118 hr 5 min Test 12.1, 2-120 days 127.7-1111.7, 5-180 min MlDEL NUMBER: REL. 100 100 VEPCO-NRC 6-80 27 Sequen- None Jacket: Neoprene HUM. I No. 535 tial Type Insulation: Cross-linked Test Polyethylene E1JNCTION: CHEM. H:,BOll (2 ,000-2 ,200 First 211 hr of VE.PCO-NRC 6-80 27 Sequen- None Supply Signal SPRAY ppm B) 30 days No. 535 tial Type buffered to pH of 0.28 molar H:,B0 3 , Test 8.5-11 NaOH,llhr 0.611 molar Na 2 S 20ll pH of 9-11 ACCURACY:

Spec: NR Demo:

RAD. LOCA = 2.llx10* 2 X 10* S&W Cale. 27 Sequen- None 110 Yr = 1.3x10* 12Bllb.51l- tial Type RP-038-0 Test WCA'l'ION:

Inside Containment AGING Enclosure 4 1300 hr at 1500C 27 Refer to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 NR (Aging)

FLOOD LEVEL ELE.V: -21 1 11* SUB. NR S&W Cale. NR NR None ABOVE FLOOD LEVEL: X Yes 120116 No PE-036-0 Spec. No. IJ30. 6-]5

NR Not required. All numbers written in Docwnentation Reference Qualification column are identified in Section 8.

Spec. No. q)O b-35 (cout)

Docket:

SYSTEM:

Facility: VEPCO, SURRY Unit: 1 50-2HO SYSTEM COMPONENT EVALUATION WORK SHEET -

Envirorunent 90 DAY RE.VIEW Documentation Reference out-OOMMOU ELEC'rRICAL standing SYS'rEM Units SEecification Qualification SEecification Qualif. Method Items

~UIPMENT DESCRIPTION OPER. 120 days 120 days Westinghouse 17 Analysis Note 1 TIME Ref. Ltr. No. Basic NS-SS-792tl7 100c Rule PLANT ID NO. TEMP 275F, 0-30 min 0-357F, 0-5 min VEPCO-NRC 11-22-77 17 Type Note 1 Spec. No. NAS-3190 OF 275-lSOF, 30-60 min 357F, 5 min-10 hr No. 382A/0921l77 Test:

P.O. No. 3190/Q190 150-120F, 1-q9 hr 275F, 10 hr-4 days 120F, 2-120 days 212F, q-30 days OOMPONENT:

300 V Instrument Cable MANUFACTURER: PRESS. 58.7, 0-30 min 114.7, 0-5 min VEPCO-NRC 11-22-77 17 Type Note 1 Raychem Corp. psia 58.7-12.7, 84.7, 5 min-10 hr No. 302A/0921l77 Test 30 min-llO hr Q5.7, 10 hr-q days

12. 7, 2-120 days 21l.7, q days-30 days IODEL NUMBER: REL. 100 100 VEPCO-NRC 6-80 17 Type None Insulation & Jacket: HUM. I No. 535 Test Flamtrol (Cross-linked Polyolefin)

FUNCTION: CHEM. H:1B0:1 (2,000-2,200 H3 B0 3 (3000 ppm B) VEPCO-NRC 6-80 17 Type None Supply power to safety SPRAY ppm B) buffered to pH No. 535 Test systems buffered to pH of 10.5, 30 days 8.5-11 NaOll,4hr

.I\CCURACY:

Spec:

Demo: NR RAD. LOCA = 2.4 x 107 2 X 10 11 S&W Cale. 17 Type None QO Yr= 1.3 x 107 128Q6.51l-RP- Test 0311-0 IDCATION:

Inside Containment AGING 'Enclosure 4 Refer to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 300 V Instrument (Aging)

FLOOD LEVEL EL~V: -21 1 11 11 SUB. -21111" NR S&W Cale. NR NR None ABOVE FLOOD LEVEL: X Yes 1284b No PE-036-0 NR = Not required. All numbers written in Documentation Reference Qualification column are identified in Section 8.

N)TES: 1) Sending letter to manufacturer asking for extrapolation by analysis to show that the 30-day test is equivalent to specification profile for 120 days. Also the manufacturer will be requested to verify the applicability of the referenced Franklin Report.

Spec. No. NAS-31~0 6-3b

Facility: VEPCO, SURRY SYSTEM COMPONENT EVALUATION WORK SHEET - 90 DAY REVIEW Unit: 1 Docket:* 50-280 SYSTEM: Environment Docmnentation Reference Out-COMMON ELECTRICAL standing EQUIPMENT Units Specification Qualification S~cification Qualif. Method Items roUIPMENT DESCRIPTION OPER. 120 days 45 min Westinghouse 16 Type Note 1 TIME Ret. Lt. No. Test NS-SS-79287 PLANT ID NO. TEMP 275F, 0-30 min 150F at 45 min VEPCO-NRC 11-22-77 16 Type Note 1 Spec No. NUS-325 OF 275-150F, 30-60 min No. 382A/0924 77 Test P.O. No. SN-246 150-120F, 1-48 hr 120F, 2-120 days CDMPONENT:

1000 V Control Cable MA.NUFACTURER: PRESS. 58.7, 0-30 min 74.7, 0-15 min VEPCO-NRC 11-22-77 16 Type Note 1 Cerro Hire & Cable Co. psia 58.7-12.7, 711. 7-14. 7 15-45 min No. 3U2A/0921l77 Test (Rockbestos) 30 min-48 hr 12.1. 2-120 days IDDEL NUMBER: REL. 100 100 VEPCO-NRC b-80 16 Type Note 1 Insulation: Pyro-Trol Ill HUM. I No. 535 Test (Cross-linked Polyethylene)

Jacket: Neoprene

FUNCTION: CHEM. H 3 B0 3 (2,000-2,200 Note 1 VEPCO-NRC 6-80 Note 1 Note 1 Note 1 Supplies power to SPRAY ppm 8) No. 535 safety system buffered to pH of 8.5-11 NaOH,llhr ACCURACY:

Spec: NR Demo: RAD. LOCA = 2.4 x 107 2.5 X 107 S&W Cale. lb Type Note 1 40 Yr= 1.3 X 107 (Total) 12846 .51t-RP- Test 031i-O IOCATION:

Inside Containment AGING 'Enclosure 4 Refer to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec. 3.1.2 1000 V Control Cable (Aging)

FLOOD L~VEL EI..EV: -21 1 11* -SUB. -21'11 11 NR S6W Cale. NR NR None ABOVE FLOOD LEVEL: X Yes 12B4b No PE-036-0 NR = Not required. All nmnbers written in Documentation Reference Qualification column are identified in Section 8.

~: 1) Manufacturer has been given information necessary to obtain qualification data.

Spec. No. NUS-325 6-37

---

~------ - ---- -

Facility: VEPCO, SURRY SYSTEM COMPONENT !!.VALUATION WORK SHEET - 90 DAY Rt.VIEW lhlit: 1 Docket: 50-2u0 SYSTEM: Environment Documentation Reference OUt-COMMON ELECTRICAL st.anding EQUIPMENT Specification {)ualif ication Specification Qualif. Method Items B)UIPMENT DESCRIPTION OPER. 120 days 115 min Westinghouse 16 Type Note 1 TIME Ref. Lt. No. Test Ns-ss-1na1 PLANT ID NO. 275F, 0-30 min 150F at 115 min V~PCO-NRC 11-22-77 16 Type Note 1 Spec No. NUS-3B1C 275-150F, 30-60 min No. 382A/092477 Test P.O. No. SN-11116 150-120F, 1-48 hr 120F, 2-120 days illMPONENT:

1000 V Control Cable

~NU FAC'l'URER: PRESS. 5B.7, 0-30 min 711.7, 0-15 min VEPCO-NRC 11-22-77 16 'l'ype Note 1 Cerro Wire & Cable Co. psia 58.7-12.7, 711.7-111.7 15-115 min No. 382A/0921177 Test (Rockbestos) 30 min-II B hr 12.7, 2-120 days M:IDEL NUMBER: REL. 100 100 VEPCO-NRC 6-80 16 Type Note 1 Insulation: Pyro-Trol III HUM. J No. 535 Test (Cross-linked Polyethylene)

Jacket: Neoprene FUNCTION: CHEM. H 3 B0 3 (2,000-2,200 Note 1 VEPCO-NRC 6-8 0 Note 1 Note 1 Note 1 Supplies power to SPRAY ppm B) No. 535 safety system buffered to pH of B .5-11 NaOH,4hr ACCURACY:

Spec: NR Demo: RAD. LOCA = 2.4 X 107 2.5 X 107 S&W Cale. 16 Type Note 1 110 Yr= 1.3 x 107 (Total) 128116.511-RP- '!'est 038-0 WCATION:

Inside Containment AGIN~ Enclosure 4 Refer to None Inside Cranewall ' Guidelines Report SERVICE: Section 7.0 Sec. 3. 1.2 1000 V Control Cable (Aging)

FLOOD LEVEL ELEV: -21*11" SUB. -2P11" NR S&W Cale. NR NR None ABOVE FWOD Ll::VEL: X Yes 128116 No PE-03(,-0 NR = Not required. All numbers written 1.n Documentation Reference Qualification colwnn are identified in Section 8.

N.)TES: 1) Manufacturer has been given information necessary to obtain qualification data.

Spec. No. NUS-381C 6-38

Facility: VEPCO, SURkY SYST£M COMPONENT EVALUATION WORK SHEET - 90 DAY REVIEW Unit: 1 Docket: 50-280 SYSTEM: Environment Oocwnentation Reference out-COMMON ELECTRICAL standing EQUIPMENT ~ seecification Qualification Seecification Qualif. Method Items BJUIPMENT DESCRIPTION OPER. 120 days 165 min Westinghouse lb Type Note 1 TIME Ref. Lt. No. Test NS-SS-7~287 PLANT ID NO. TEMP 275F, 0-30 min 150F at 45 min VEPCO-NRC 11-22-77 16 Type Note 1 Spec No. NUS-381E l>F 275-150F, 30-60 min No. 3t12A/0921l71 Test P.O. No. SN-1447 150-120F, 1-48 hr 120F, 2-120 days CDMPONENT:

1000 V Control Cable MANUFACTURER: PRESS. 58. 7

• 0-30 min 116.1, 0-15 min VEPCO-NRC 11-22-77 16 Type Note 1 Cerro Wire & Cable Co. psia 58.1-12.7. 74.7-14.7 15-45 min No. 382A/0921677 Test (Rockbestos) 30 min-48 hr 12.1. 2-120 days

~DEL NUMBER: REL. 100 100 VEPCO-NRC 6-80 16 Type Note 1 Insulation: Pyro-Trol III UUM. I No. 535 Test (Cross-linked Polyethylene)

Jacket: Neoprene HJNCTION: CHEM. H~BO~ (2,000-2,200 Note 1 VEPCO-NRC 6-dO Note 1 Note 1 Note 1 Supplies power to SPRAY ppm 8) No. 535 safety system buffered to pH of 8.5-11 NaOH,4hr ACCURACY:

Spec: NR Demo: RAD. LOCA = 2.4 x 107 2.5 x 107 S&W Cale. 16 Type Note 1 qO Yr= 1.3 x 107 (Total) 12846.54-RP- Test 038-0 WCATION:

Inside Containment AGIN~ Enclosure 4 Refer to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec. 3. 1.2 1000 V Control Cable (Aging)

FLOOD LEVEL ELEV: -21 1 11 11 SUB. NR S&W Cale. NR NR None ABOVE FLOOD LEVEL: X Yes 121!116 No PE-036-0 NR = Not required. All numbers written 1.n Documentation Reference Qualification column are identified in Section 8.

N)T.E:S: 1) Manufacturer has been 91.ven information necessary to obtain qualification data.

Spec. No. NUS-381E 6-3~

rncket:

SYSTEM:

Facility: VEPCO, SORRY Unit: 1 50-2110 SYSTEM COMPONENT EVAl,UA'l'ION WORK SHEET - 90 DAY REVIh'W Environment Documentation Reference out-COMMON ELECTRICAL standing EQUIPMENT  !!!!ill SEe:cif ication Qualification S~cification Qualif. Method Items EY)UIPMENT DESCRIPTION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1 TIME Ret. Ltr. No.

NS-SS-79287 PLANT ID NO. TEMP 275F, 0-30 min 37bF, 0-15 min VEPCO-NRC 11-22-77 5,6 Type Note 1 Spec. No. NUS-381 OF 275-150F, 30-60 min 36bF, 15-20 min No. 3B2A/0921l77 Test P.O. No. SN-398 150-120F, 1-48 hr 337F, 20-25 min 120F, 2-120 days 337-21l2F, 25 min-3.6 hr WMPONENT:

1000 V Control Cable MANUJ.o'AC..'TURER; PRESS. 5B.7, 0-30 min 12.1, 0-13 min VEPCO-NRC 1\-22-77 5,b Type t,iote 1 Continental Wire and psia 58.7-12.7, 76. 7, 13-20 min No. 382A/0921l77 Test Canle Corp. 30 mi.n-48 hr 711.7-14.7, 20 min-12.7, 2-\20 days 3.6 hr MODEL NUMBER: REL. 100 100 VEpCO-NRC 6-80 5,6 Type Note 1 Insulation: Cross-linked HUM. I No. 535 Test Polyethylene Jacket: Neoprene FUNCTION: CHI::H. HaOOa c2,ooo-2,200 6200 ppm Boron and VEPCO-NRC 6-80 5,6 Type t,iote \

Supply power to safety SPRAY ppm B) Hydrazine solution No. 535 Test system buffered to pH of pH of between 11.6-8.5-11 NaOH,4hr 10 for 399 hr 1\CCURACY:

Spec: NR Demo:

RAD. LOCA = 2.4 X 10" 2 X 1011 S&W Cale. 5,6 Type Note 1 40 Yr= 1.3 X 10" 121146.54-RP- Test 038-0 IDCATION:

Inside Containment AGING Enclosure 4 Refer to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 1000 V Control Cable (Aging)

FLOOD LEVEL ELEV: -21*11* SUB. -21"11" NR S&W Cale. NR NR None ABOVI:: FWOD LEVEL: X Yes 121146 No PE--036-0 NR = Not required. All numbers written in Documentation Reference Qualification colwnn are identified in Section ll.

Spec. No. NUS-381 b-40

tOTES: 1) The qualification data is taken from a test performed on a generically similar ccnstruction ot cable supplied by a different vendor. we will undertake a program of testing to determine the qualification of the actual installed cable.

Spec. No. NUS-381 6-QO (cont)

Facility: VEPCO, SURRY SYSTEM COMPONENT ~VALUATION WORK SHEET - 90 DAY REVIEW Unit: 1 l))cket: 50-280 SYSTEM: Environment Documentation Reference Out-COMMON ELECTRICAL standing EQUIPMENT Specification Qualification Specification Qualif. Method Items E)JUIPMENT DESCRIPTION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1 TIME Ref. Ltr. No.

NS-SS-79287 PLANT ID NO. "rEMP 275F, 0-30 m1.n 376F, 0-15 min VEPCO-NRC 11-22-77 5,6 Type Note 1 Spec. No. NUS-410 OF 275-150F, 30-60 min 366F, 15-20 min No. 382A/0921l77 Test P.O. No., SN-1446 150-120F, 1-48 hr 337F, 20-25 min 120F, 2-120 days 337-242F, 25 min-3.6 hr CDMPONENT:

1000 V Control Cable MANUFAC'l'URER: PRESS. 58.7, 0-30 min 12

• 7 , 0-13 min VEPCO-NRC 11-22-77 5,6 Type Note 1 Continental Wire and psia 58.7-12.7, 76. 7, 13-20 min No. 382A/092477 Test Cable Corp. 30 mi.n-48 hr 74.7-14.7, 20 mi.n-12.7, 2-120 days 3.6 hr t-DDEL NUMBER: REL. 100 100 VEPCO-NRC b-80 5,6 Type Note 1 Insulation: Cross-linked HUM. I No. 535 Test Polyethylene JacKet: Neoprene JiUNCTION: CHEM. H3B0 3 (2,000-2,200 6200 ppm Boron and VEPCO-NRC 6-80 5,6 Type Note 1 Supply power to safety SPRAY ppm B) Hydrazine solution No. 535 Test system buffered to pH of pH of between 8.b-8.5-11 NaOH,4hr 10 for 399 hr ACCURACY:

Spec: NR Demo:

LOCA = 2.4 x 107 2 x 10* S&W Cale. 5,b' Type Note 1 40 Yr~ 1.3 x 107 12846.54-RP- Test 038-0 LOCATION:

Inside Containment AGING Enclosure 4 Refer to None Inside Cranewall Guidelines Report SERVICE: Section 7.0

• Sec .3. 1.2 1000 V Control Cable (Aging)

FLOOD LEVEL ELEV: -21 1 11* SUB. NR S&W Cale. NR NR None ABOVE FLOOD LEV~L: X Yes 12846 No PE-036-0 NR Not required. All nu1nbers written in Documentation Reference Qualification column are identified in Section 8.

Spec. No. NUS-410

toTES:

1) The qualification data is taken from a test performea on a generically similar ccnstruction of cable supplied by a different vendor. We will undertake a program of testing to determine the qualification of the actual installed cable.

Spec. No. NUS-410 (cont)

lbit:

Docket:

!>YSTEM:

Facility: VEPCO, SURRY 1

50-280 SYSTEM COMPONENT EVALUA'l'ION WORK SHEl!:T - 90 DAll REVIEW Environment Documentation Reference Out-COMMON ELECTRICAL standing EQUIPMEN'r Units s12ecification Qualification S~cification Qualif. Method Items E)'JUIPMENT DESCRIPTION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1 TIME Ret. Ltr. No.

NS-SS-79287 PLANT ID NO. TEMP 275F, 0-30 min 376F, 0-15 min . VEPCO-NRC 11-22-77 5,6 Type Note 1 Spec. No. NUS-ii20 OF 275-150F, 30-60 min 366F, 15-20 min No. 3S2A/0921&77 Test P.O. No. SN-1463 150-120F, 1-1&8 hr 337F, 20-25 min 120F, 2-120 days 337-21&2F, 25 min-

• 3.6 hr OOMPONENT:

1000 V Control Cable MANUFACTURER: PRESS. 58.7, 0-30 min 72.7, 0-13 min VEPCO-NRC 11-22-77 5,6 Type Note 1 Continental Wire and psia 58.7-12.7, 76.7, 13-20 min No. 382A/0!12477 Test Cable Corp. 30 min-1&8 hr 71&.7-11&.7, 20 min-

12. 7, 2-120 days 3.6 hr IDD.EL NUMBER: REL. 100 100 VEPCO-NRC 6-80 5,6 Type Note 1 Insulation: Cross-linked HUM. I No. 535 Test Polyethylene Jacket: Neoprene liUNCTION: CHEM. H31 B0 31 (2 ,000-2 ,200 6200 Pflll Boron and VEPCO-NRC 6-80 5,6 Type Note 1 Supply power to safety SPRAY . ppm B) Hydrazine solution No. 535 Test system buffered to pH of pH of between 8.6-8.5-11 NaOH,4hr 10 for 399 hr l\CCURAClC:

Spec: NR Demo:

RAD. LOCA = 2.11 x 101' 2 X 1011 S&W Cale. 5,6 Type Note 1 110 Yr= 1.3 X 107 128116.511-RP- Test 038-0 IDCATION:

Inside Containment AGING Enclosure I& Refer to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 1000 V Control Cable (Aging)

FLOOD LEVEL ELEV: -21"11" SUB. -2P11" NR S&W Cale. NR NR None ABOVE FLOOD LEVEL: X Yes 128116 No PE-036-0 NR = Not required. All numbers written in Documentation Reference Qualification column are identified in Section 8.

Spec. No. NUS-1120 6-112

t0T8S: * *

1) The qualification data is taken from a test performed on a generically similar construction of cable supplied by a different vendor. We will undertake a program of testing to determine the qualification of the actual installed cable.

Spec. No. NUS-420 6-42 (cont)

.. ~ility: VEPCO, SURRY Unit:

IX>cket:

SYSTEM:

1 50-280 Environment SYSTEM COMPONENT EVALUATION WORK SllEET - 90 DAY REVIEW Documentation Reference Out-COMMON ELECTRICAL standing i;QUIPMENT ~ SEecification Qualification seecification Oualif. Method Items EJ)UIPMENT DESCRIPTION OPER. 120 days Functi.ona_l after .Westinghouse 18 Sequen- None TIME testing Ref. Lt. No. ti.al Test NS-SS-79287 PLANT ID NO. TEMP 275F, 0-30 min 20B-150F, 0-3 hr VEPCO-NRC "11-22-77 16 Sequen- None Spec No. 41 OF 275-lSOF, 30-60 min 150F:t15F, 211 hr No. 3tt2A/0921177 ti.al Test P.O. No. SN-65/1065 150-120F, 1-48 hr Amphenol Type IA 120F, 2-120 days OOMPONENT:

Instr\llllent Penetration M!'.NUt'ACTURER: PRESS. 58.7, 0-30 min bO. 7-0, 0-1 hr VEPCO-NRC 11-22-77 18 Sequen- None Amphenol psi.a 58.7-12.7, No. 382A/0921177 ti.al Test 30 min-48 hr 12.7, 2-120 days IDDBL NUMB.lili: REL. 100 100 VEPCO-NRC 6-00 18 Sequen - None HUM. I* No. 535 ti.al Test fflNCTION: CHEM. H3B03 (2,000-2,200 Note 1 - VEPCO-NRC 6-tlO Note 1 Note 1 Note 1 SPRAY' ppm B) No. 535 buffered to pH of 8.5-11 NaOH,4hr 1\CCURACY':

Spec:

Demo: NR RAD. LOCA = 7.4 x 106 Note 1 S&W Cale. Note 1 Note 1 Note 1 40 Yr= 3.5 X 10* 12846.51&-RP-038-0 LOCATION:

Inside Containment AGING Enclosure i& Refer to None Inside Cranewall , Guidelines Report SERVICE: Section 7.0 NR Sec.3.1.2 NR (Aging)

Jil.OOD LEVEL l,;LEV: -21*11a SUB. NR S&H Cale. NR NR None ABOVE FLOOD L£VEL: X Yes 12846 No PE-Olb-O NR = Not required. All numbers written in Documentation Reference Qualification column are identified in Section 8.

~: 1) Manufacturer has been supplied with information necessary to obtain qualification data.*

Spec. No. 41/Amphenol Type IA 6-43

Docket:

SYS'.rEM:

Facility: VEPCO, smrnY Unit: 1 50-280 Environment SYS'l'EM COMPONENT .!,;VALUATION WORK SU.1,;ET - ~O DAY RE.VII::W Docwnentation Reference out-COMMON ELECTRICAL standing E.QUU>MENT Specification Qualification S~cification Oualif. Method Items IOC1UIPMEN'l' DESCRIPTIOt. OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1 TIME Rel:. Lt. No.

NS-SS-79287 PLANT ID NO. 275F, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 Spec. No. 111 275-150F, 30-60 min No. 3ll2A/092477 P.O. No. SN-65/1065 150-120F, 1-48 hr Amphenol Type IB 120F, 2-120 days ffiMPONENT:

Iristrwnent Penetration MANUFACTURER: PRESS. 58.7, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 Amphenol psia 58.7-12.7, No. 3u2A/0921177 30 min-48 hr 12.7, 2-120 days M:lDEL NUMBER: REL. 100 Note 1 VEPCO-NRC b-80 Note 1 Note 1 Note 1 HUM. No. 535 FUNCTION: CHEM.

' 11 31 00 31 (2,000-2,200 Note 1 VEPCO-NRC 6-80 Note 1 Note 1 Note 1 Supplies power to SPRAY ppm B) No. 535 safety systems buffered to pH of 8.5-11 NaOH,4hr JICCURACY:

Spec:

Demo: NR RAD. LOCA =7.11 x 10" Note 1 Note 1 Note 1 Note 1 110 yr= 3.5 X 10*

WCATION:

Inside and Outside AGING Enclosure 4 Refer to None Containment Guidelines Report Outside Cranewall Section 7.0 Sec.3.1~2 SERVICE: (Aging)

NR FLOOD LEVEL ELEV: -21"11 11 SUB. -21811 11 NR S&W Cale. NR NR None ABOVE FLOOD LEVEL: X Yes 121346 No PE-036-0 NR = Not required. All nwnbers written in Docwnentation Reference Qualification column are identified in Section 8.

1'0TES: 1) Manufacturer has been contacted and supplied with intormation necessary to obtain qualification data.

Spec. No. 41/Amphenol Type IB

Docket:

SYSTEM:

Facility: VEPCO, SURkY Unit: 1 50-280 SYSTEM COMPONEN*r EVALUATION WORK SHEET - 90 DAY REVIEW Environment Documentation Reference out-COMMON ELECTRICAL .standing EQUIPMENT Specification Qualification Specification Qualif. Method Items

!j:QUIPMENT DESCRIPTION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1 TIME Ref. Lt. No.

NS-SS-792137 PLANT ID NO. TWP 275F, 0-30 min Note 1 VEPCO-NRC 1_1-22-77 Note 1 Note 1 Note 1 Spec No. II 1 OF 275-150F, 30-60 min No. 3tt2A/0921& 77 P.O. No. SN-65/1065 150-120F, 1-118 hr Amphenol Type IC 120F, 2-120 days a>MPONENT: Power Penetration MANUFACTURER: PRESS. 58.7, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 Amphenol p.sia 513.7-12.7, No. 382A/092it77 30 min-118 hr 12.7, 2-120 days M)DEL NUMBER: REL. 100 Note 1 VEPCO-NRC 6-80 Note 1 Note 1 Not:e 1 HUM. No. 535 FUNCTION: CHEM.

' 83803(2,000-2,200 Note 1 VEPCO-NRC 6-80 Note 1 Note 1 Note 1 Supplies power to SPRAY ppm B) No. 535 safety system buffered to pH of 8.5-11 NaOH,l&hr ACCURACY:

Spec: NR Demo:

RAD. LOCA = 7.11 X 10" Note 1 Note 1 Note 1 Note 1 110 Yr= 3.5 X 10*

LOCATION:

Inside and Outside AGING Enclosure q Refer to None Containment Guidelines Report Outside Cranewall Section 7.0 Sec.3.1.2 SERVICE: NR (Agl.ng)

FLOOD LEVEL BLEV: -21 *-1* SUB. -21111* NR S6W Cale. NR NR None ABOVE FLOOD LEVEL: X Yes 128116 No PE-036-0 NR*= Not required. All numbers written in Documentation Reference Qualificat1.on column are identified in Section 8.

~= 1) Manufacturer has been contacted and supplied w1.th information necessary to obtain qual1.f1.cation data.

Spec No. Ill/Amphenol Type IC 6-115

Facility: VEPCO, SURRY llnit:

Docket:

1 50-lBO SYSTE:M COMPONWT hVALlll,'rION WORK SUi!.ET - ~O DAY Rt:VIEW SYSTI,;M: Environment Docwnentation Reference OUt-COMMON ELECTRICAL stanaing EQUIPMENT Specification Qualification S~citication ~ualif. Met.nod Items WJUIPMEN'r DESCRIPTION OPER. 120 days oote 1 Westinghouse Note 1 Note 1 Note 1 TIME Ret. Lt. No.

NS-SS-7~287 PLANT ID NO. TEMP 275F, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 Spec. No. q 1 OF 275-150F, 30-bO min No. 3ti2A/092ll 77 P.O. No. SN-65/1065 150-120F, 1-118 hr Amphenol Typ~ III 120F', 2-120 days ffiMPONENT:

Tr iaxial Penetration MANUFACTURER: PRESS. 58.7, 0-30 min Note 1 \lEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 Junphenol psi.a 58.7-12.7, No. 31i2A/0921177 30 min -ij 8 hr 12.7, 2-120 days IDDEL NUMB~: REL. 100 Note 1 V!!;PCO-NRC 6-80 Note 1 Note 1 Note 1 HUM. I No

• 535

.FUNCTION: CHEM. ll3B03 (2,000-2,200 Note 1 Vf.PCU-NRC 6-80 Note 1 Note 1 Note 1 Supplies service to SPRAY ppm B) No. 535 supply system buttered to pH of 8.5-11 NaOH,4hr AL'CURACY:

Spec: NR Demo:

RAD. LOCA = 7.4 X 10* Note 1 Note 1 Note 1 Nott 1 40 Yr= 3.5 X 10*

WCATION:

Inside and Outside AGING Enclosure q Refer to Nont Containment Guidelines Report OuLside Cranewall Section 7.0 Sec.3.1.2 SERVICE: NR (Aging)

FLOOD LEVEL J:;LEV: -21*11u SUB. -21"11" NR Sl:.W Cale. NR . NR None ABOVE.FLOOD LEVEL: X Yes 128110 No PE-036-0 NR = Not required. All nwnbers written ir. Oocwnentation Reference. ~u ..lif1.cat1.on col\llllll are identified 1.n Section ti.

toTES: 1) Ma11utacturer has been contacted and supplied with information necessary to obcain <JUaliticacion data.

Spec. No. 41/Amph~nol Type III

Facility: VEl'CO, SURRY Unit:

Docket:

SYSTEM:

1 50-280 SYSTE.M COMPONENT EVALUATION \olORK SHEET - 90 DAY R&VIEW Environment Documentation Reference out-COMMON ELECTRICAL .standing E.QUH'MENT Specificatj.on vualification Specification ~ualit. Method Items El)UIPMENT DESCRIP'l'ION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1 TIME Ref. Lt. No.

NS-SS-79287 PLANT ID NO. TEMP 275F, 0-30 min Note 1 Vf:.PCO-NRC 11-22-77 Note 1 Note 1 Note 1 Spec No. 41 oF 275-150F. 30-bO min No. 3li2A/0924 77 P.O. No. SN-65/1065 150-120F. 1-48 hr l>mphenol Type IV 120F. 2-120 days

<DMPONENT:

Thermocouples MANUFACTURER: PRESS. 5B.7. 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 t.iote 1 Amphenol psia 58.7-12.7. No. 3132A/0921&77 3 o min -*rn hr 12.7 1 2-120 days IDDEL NUMBER: REL. 100 Note 1 V.!!;PCO-NRC b-80 Note 1 Note 1 Note 1 HUM. I No. 535 RJNC'l'ION: CHEM. H3B03 ,2.000-2.200 Note 1 VEPCO-NRC b-80 Note 1 Note 1 Note 1 Supplies power to SPRAY ppm B) No. 535 safety system buttered to pH of 13.5-11 NaOH.4hr

.I\CCURACY:

Spec: NR Demo:

RAD. LOCA = 7.1& x 10~ Note 1 Note 1 Note 1 Hote 1 40 Yr= 3.5 X 10*

lliCATION:

Inside and Outside AG:WG Enclosure ~ Refer to Hone Containment Guidelines Report Outside Crauewall Section 7.0 Sec.3.1.2 SERVICE: (Aging)

NR FLOOD LEVEL ELEV: -l1 1 1l* SUB. -21 1 11* NR S&W Cale. NR NR t.ione ABOVE FLOOD LEVEL: X Yes 12846 No PE-036-0 NR = Not required. All nwnbers written in Documentati.on Reference Qualification column are identifi.ed in Section 8.

~: 1) Manufacturer has been contacted and supplied with information necessary to obtain qual1.f1.cat1.on data.

Spec. No. 41/Amphenol Type IV b-47

• Fdcility: VEPCO, SURRY Sll'ST.filt COMPONENT E:VALllA'l'ION WORK Sllt;C:T - !.tO DAY RhVIEW Unit: 1 Docket: 50-280 SYSTt.M: Environment Documentation Reference out-COMMON ELECTRICAL standing EQUIPMENT Specification Qualification Speciticat1on Quai.if. Method Items fMUIPMENT DESCRIPTION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1 TIME Ref. Ltr. t-10.

NS-S~-7!.t2U7 PLANT ID NO. TEMP 275F, 0-30 min 37bF, 0-1~ min V):;PCO-NRC 11-22-77 5,6 Type Note 1 Spec. No. NUS-225 OF 275-150F, 30-bO min 3661, 15-20 min No. 31i2A/092477 'l'est P.O. No. SN-251 150-120F, 1-118 hr 3371", 20-25 min 120F, 2-120 days 337-2112F, 25 min-3.6 hr OOMPONENT:

600 V Power Cable

~NUFACTUR.ER: PRESS. 511.7, 0-30 min 72. 7, 0-13 min VEPCO-NRC 11-22-77 5,6 Type. Note 1 Kaiser Aluminum & psia 58.7-12.7, 1b .1, 13-20 min No. 3U2A/092477 Test Chemical Sales, Inc. 30 mi.n-48 hr 111.1-111.1, 20 min-12.7, 2-120 days 3.b hr IDDEL NUMBJ:;f<: REL. 100 100 VEPCO-NRC 6-80 5,b Type Note 1 Insulation: Cross-linked HUM. S NO. !>35 Test Polyetnylene Jacket: Neoprene EUNCTION: CHEM. HJ1BOJ1 (2 ,000-2 ,200 6200 ppm l:loron and VEPCO-NRC b-110 5,6 Type Note 1 Supply power to safety SPRAY ppm B) Hydraz1.ne solution No. 535 Test system buffered to pH of pH ot between 8.b-8.5-11 NaOH,4hr 10 for l!.t9 hr IICCURACY:

Spec: NR Demo:

RAD. LOCA = 2.4 X 1 ()7 2 X 10D S&W Cale. 5,b Type Note 1 40 Yr= 1.3 X 107 1284b.511-RP- Test 038-0 WCATION:

Inside Containment AGING Enclosure 11 Refer to None Inside Cranewall Guidelines keport S£RVIC&: Section 7.0 Sec.3.1.2 600 V Power Cable (Aging)

ELOOD LEVEL ELEV: -21*11* SUB. -21*11 11 NR S&W Cale. NR NR None ABOVE FLOOD LEVEL: X ll'e.s 12ttl&b No  !?E-03b-O NR = Not required. All numbers written in Documentation Reference Qua.Lification column *are ider,tified in Section d.

Spec. No. NUS-225

OOTf::::i: *

• different vendor. We will undertake a program of testing to detennine the qualification of cable.

the actual installect

1) The qualification data is taken from a test perrouned on a generically s111ular con:..truction ot cablt:! suppl 1ed by a Spec. No. NUS-ll5 (cont)

Facility: VEPCO, SURRY Unit:

Docket:

SYSTEM:

1 50-2tJO E.nvironment SYSTJ::M COMPONENT EVAl.Ul\.'l'lON WORK SHl::ET - !,O DAY REVIEW Documentation Reference Out-COMMON ELEC'l'RICAL standing EQUIPMENT Specification Qualification Specification Qualif. Method Items J9;)UIPMENT DESCRIPTION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1 TIME Ret:. Ltr. No.

NS-SS-79287 PLANT ID NO. 275F, 0-30 min 376F, 0-15 min VEPCO-NRC 11-22-77 5,b Type Note 1 Spec. No. NUS-165A 275-150F, 10-bO min 3b6F, 15-20 min No. 31i2A/092'l77 Test P.O. No. SN-1251 150-120F, 1-118 hr 337F, 20-25 min 120F, 2-120 days 337-~42F, 25 min-3.6 nr ffiMPONENT:

600 V Power Cable MANUFACTURER: PRESS. 5tt.7, 0-30 min 12.1. 0-B min VEPCO-NRC 11-22-77 5,b Type Note 1 Kaiser Aluminum & psia StJ.7-12.7, 16.1, 13-20 min No. 382A/0921177 Test Chemical Sales* Inc. 30 mlll-48 hr 111.1-111.1. 20 min-12.1. 2-UO days ,3.b hr IDDEL NUfffiER: REL. 100 100 VEPCO-NRC b-80 5,b Type Note 1 Insulation: Cross-linked HUM. ~ No. 535 Test Polyethylene Jacket: Neoprene Armor RJNC'l'ION : CHEM. U3 00~ (2, 000-2

• 200 6200 ppm horon and VEPCO-NRC 6-130 5,b Type Note 1 Supply power to satety SPRAY ppm B) Hydrazine solution No. 535 Test system buffered to pH of pH of between 8.6-8.5-11 NaOH,4hr 10 for 399 hr ACCURACY:

Spec: NR Demo:

RAD. LOCA = 2.11 X 107 2 X 1011 S&W Cale. 5,b Type Note 1 I 110 Yr = 1.3 X 107 12Blli>.5'l-RP-- Test 03(1-0 WCATION:

Inside Containment AGING Enclosure Ii Refer to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 600 V Power Cable (Aging)

FLOOD LEV EL .t;I,EV : -21' 11* SUB. -21*11 11 NR S&W Cale. NR NR None ABOVE FWOD LEVEL: X Yes 12li'lb No PE-03b-0 NR = Not required. All numbers written in Documentation Refere1,ce Qualification colUIIUl are identified in Section 8.

Spec. No. NUS-365A

tOTf.:i: * * *

1) The qualitication data is taken from a test perfonned on a 91:,nerically sl..mildr construct.ion of cable supplied uy a different vendor. We will undertake a program of testing to determine the qualification of the actual installed cal.:lle.

(cont)

Spec. No. NUS-365A

Facility: VEPCO, SURRY SYSTEM COMPONENT EVALUATION WORK SIIE.l!;T - 90 DAY REVIEW Unit: 1 Docket: 50-280 SYSTEM: Environment Documentation Ret~rence out-COMMON ELECTRICAL standing EQUIPMENT Units Specification Qualification Specification Qualif. Method ~

E)2UIPMENT DESCRIPTION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1 TIME Ref. Ltr. No.

NS-SS-79287 l'LANT ID NO. TEMP 275F, 0-30 min 376F, 0-15 min VEPCO-NRC 11-22-77 5,b Type Note 1 Spec. No. NUS-365B OF 275-lSOF, 30-60 min 3b6F, 15-20 min No. 3li2A/0921l 77 Test*

P.O. No. SN-1380 150-llOF, 1-q8 hr 337F, 20-25 min 120F, 2-120 days 337-2q2F, 25 min-3.6 .nr CDMPONENT:

600 V Power Cable MANUFACTURER: PRESS. 58.7, 0-30 min 12.1, 0-13 min VEPCO-NRC 11-22-77 5,6 Type Note 1 Okonite Co. psia 58.7-12.7, 16~1. 13-20 min No. 382A/09207 Test 30 mi.n-q8 hr 7q.l-11l.7, 20 min-12.7, 2-120 days 3.b hr K>DEL NUMBER: REL. 100 100 VEPCO-NRC 6-80 5,6 Type Note 1 Insulation: Cross-linked HUM. I No. 535 Test Polyethylene Jacket: Neoprene ruNCTION: CHEM. llllBOll (2 ,000-2 ,200 6200 ppm Boron and VEPCO-NRC 6-80 5,6 Type Note 1 Supply power to satety SPRAY ppm ll) Hydrazine solution No. 535 Test system' buffered to pH of pll of between 8.6-8.5-11 NaOH,qhr 10 for 399 hr I\CCURACY':

Spec: NR Demo:

RAD. LOCA - 2.q x 107 2 X 10* S&W Cale. 5,6 Type Note 1 qO Yr - 1.3 x 107 128qb.51l-RP- Test 038-0 IDCATION:

Inside Containment Inside Cranewall AGING Enclosure q Guidelines

- - - Refer to None Report SERVICE: Section 7.0 Sec.3.1.2 600 V Power Cable (Aging) t'.LOOD LEVEL ELEV: -2,.11 11 SUB. -21*11* NR S&W Cale. NR NR None ABOVE FLOOD LEVEL: X Yes ,~uq6 No PE-036-0 NR - Not required. All numbers written in Docwnentatian Reference Qualification colwnn are identified in Section 8.

Spec. No. NUS-365B b-50

~: 1) The qualification data is taken from a test performed on a generically similar ClIISLruction of cable supplied by a different vendor. We will undertake a program of testing to determine the qualification of the actual installed cable.

Spec. No. NUS-365B b-50 (cont)

~acility: VEPCO, SURRY SYSTEM COMPONENT EVALUATION WORK SHEET - 90 DAY R.l::VI~W U1it: 1 Docket: 50-280 SYSTEM: Environment Documentation Reference OUt-COMMON ELECTRICAL standfng EQUIPMENT Specification Qualification Specification Qualif. Method Items E))UIPMENT DESCRIPTION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1 TIME Ret. Ltr. No.

NS-SS-79287 PLANT ID NO. 275F, 0-30 min 376F, 0-15 min VEPCO-NRC 11-22-77 5,6 Type Note 1 Spec. No. NUS-365C 275-150F, 30--60 min 366F, 15-20 min No. 382A/0921177 Test P.O. No. SN-1392 150-120F, 1-118 hr 337F, 20-25 min 120F, 2-120 days 337-2112F, 25 min-3.b hr CDMPONENT:

600 V Power Cable l'IANUFACTURER: PRESS. 58.7, 0-30 min 12.1. 0-13 min VEPCO-NRC 11-22-77 5,6 Type Note 1 Okonite Co. psia 58.7-12.7, 1b.1, 13-20 min No. 382A/0921177 Test 30 min-48 hr 111.1-111.1, 20 min-12.1. 2-120 days 3.6 hr ID DEL NUMBER: REL. 100 100 VEPCO-NRC 6-80 5,6 Type Note l Insulation: Cross-linked HUM. No. 535 Test Polyethylene Jacket: Neoprene

ruNCTION: CHEM. H 3 B0 3 (2 ,000-2 ,200 6200 ppm Boron and VEPCO-NRC 6-80 5,6 Type Note 1 Supply power to safety SPRAY ppm B) Hydrazine solution No. 535 Test system buffered to pH of pH of between 8.6-8.5-11 NaOH,llhr, 10 for 399 hr J\CCURACY:

Spec: NR Demo:

RAD. LOCA = 2.11 X 10"' 2 X 1011 S&W Cale. 5,6 Type Note 1 110 Yr= 1.3 X 10"' 128*H* .511-RP- Test 038-0 IDCATION:

Inside Containment AGING Enclosure II Refer to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 600 V Power Cable (Aging)

FLOOD LE\1EL ELEV: -21"11* SUB. -21111 11 NR St;.W Cale. NR NR None ABOVE FLOOD LEVEL: X Yes 12811b No PE-036-0 HR= Not required. All numbers written in Documentation Reference Qualification column are identified in Section 8.

Spec. No. NUS-365C 6-51

001.'ES:

1) The qualification data is taken from a test performed on a generically similar construction of cable supplied by d different vendor. We will undertake a program of testing to determine the qualification of the actual installed cable.

Spec. No. NUS-365C 6-51 (cont)

Facility: VEPCO. SURRY SYSTEM COMPONl!JIIT EVALUATION WORK SHEE'r - 90 DAY R£Vll!.W Unit: 1 Docket: 50-2BO SYSTEM: Environment Documentation Reference out-COMMON ELECTRICAL standing EQIJIPMEN'l' Specification Qualification Specification Qualif. Method Items EQUIPMEN'P DE!:iCRIPTION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1 TIME Ref. Ltr. No.

NS-SS-79267 PLANT ID NO. 275F, 0-30 min 37bF, 0-15 min VEPCO-NRC 11-22-77 5,6 Type Note 1 Spec. No. NUS-365D 275-150F, 30-60 min 366F, 15-20 min No. 382A/092477 Test P.O. No. SN-417 150-120F, 1-4B hr 337F, 20-25 min 120F, 2-120 days 337-242F, 25 min-3.6 hr ffiMPONENT:

600 V Power Cable MANUFACTURER: PRESS. 5B.7, 0-30 min 72.7, 0-13 min VEPCO-NRC 11-22-77 5,b Type Note 1 Okonite Co. psia 56.7-12.7, 76. 7, 13-20 min No. 382A/0 924 77 Test 30 min-4B hr 74.7-14.7, 20 min-12.7, 2-120 days 3.6 hr IDDEL NUMBER: REL. 100 100 VEPCO-NRC 6-ltO 5,b Type Note 1 Insulation: Cross-linked HUM. l No. 535 Test Polyethylene Jacket: Neoprene HJNCTION: CHEM. 113803 (2 ,000-2, 200 6200 ppm Boron and VEPCO-NRC 6-BO 5,b Type Note 1 Supply power to safety SPRAY ppm B) Hydrazine solution No. 535 Test system buffered to pH of pH of between B.6-8.5-11 NaOH,4hr 10 for 399 hr ACCURACY:

Spec: tm Demo:

RAD. LOCA "" 2.ll X 10'1 2 X 10* S&W Cale. 5,b Type Note 1 110 Yr = 1. 3 X 10'1 12114b.5ll-RP- Test 038-0 IDCATION:

Inside Containment AGING Enclosure q Refer to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 600 V Power Cable (Aging)

FLOOD LIWEL ELEV: -21'11" SUB. -21"11" NR S&W Cale. NR NR None MOVE FWOD LEVEL: X Yes 128116 No PE-036-0 NR Not required. All numbers written in Documentation Reference Qualification column are identified in Section 8.

Spec. No. N1JS-3b5D

~:

OPEN {OUTSTANDING) ITEMS (Cont)

1) The qualification data is taken from a test perfonned on a generically similar ccnstruction of cable supplied by a different vendor. We will undertake a program of testing to determine the qualification of the actual installed cable.

Spec. No. NUS-3650 6-52

( cont)

Docket:

m'.'STEM:

Facility: VEPCO, SURRY Unit: 1 50-280 SYSTEM COMPONENT EVALUATION WORK SHEET - 90 DAY REVIEW Environment Documentation Reference out-COMMON ELECTRICAL standing EQUIPMENT Units seecification Qualification S~cification Qualif. Method Items

@IJIPMENT DESCRIPTION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1 TIME Ref. Ltr. No.

NS-SS-79287 PLANT ID NO. 'l'EMP 275F, 0-30 min 376F, 0-15 min VEPCO-NRC 11-22-77 5,6 Type Note 1 Spec. No. NUS-374 OF 275-150F, 30-60 min 366F, .15-20 min No. 382A/0921l77 Test P.O. No. SN-375 150-120F, 1-ll8 hr 337F, 20-25 min 120F, 2-120 days 337-21l2Jr, 25 min-3.6 hr CDMPONENT:

Triplex Nos. 2, 210, ll10 AWG, 250 MCM, 350, 500 and 750 MCM MANUFACTURER: PRESS. SU.7, 0-30 min 72.7, 0-13 min VEpCO-NRC 11-22-77 5,6 Type Note 1 Okonite Co. psia 58.7-12.7, 76.7, 13-20 min No. 382A,10921l77 Test 30 min-48 hr 711.7-14.7, 20 min-12.7, 2-120 days 3.6 hr*

IDDEL NUMBER: REL. 100 100 VEPCO-NRC 6-80 5,6 Type Insulation: Cross- HUM. No. 535 Test linked Polyethylene Jacket: Neoprene E1JNCTION: CHEM. H:,BO:, (2 ,000-2,200 6200 ppm Boron and VEPCO-NRC 6-80 5,6 Type Note 1 Supply power to safety SPRAY ppm B) Hydrazine solution No. 535 Test system buffered to pH of pH of between 8.6-8.5-11 NaOH,4hr 10 for 399 hr J\CCURACY:

Spec: NR Demo:

RAD.

. LOCA*= 2.11 x 107 2 X 100 S&W Cale. 5,6 Type Note 1 40 Yr= 1.3 X 107 1281&6.51l-RP- Test 038-0 IDCATION:

Inside Containment AGING Enclosure 11 Refer to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 600 V Aluminum Power (Aging)

Cable FLOOD LEVEL ELEV: -21" 11** SUB. -21*11 11 NR S6W Cale. NR NR None ABOVE FLOOD LEVEL: X Yes 12846 No PE-036-0 Spec. No .* NUS-374 b-53

NR; Not required. All numbers written in Documentation Reference Qualification colwnn are identified in Section 8.

~: 1) The qualification data is taken fran a test performed on a generically similar ccnstruction of cable supplied by a different vendor. We will undertake a program of testing to determine the qualification of the actual installed cable.

Spec. No. NUS-37q b-53 (cont)

1:k>cket:

SYSTEM:

Facility: VEPCO, SURRY Unit: 1 50-280 SYSTEM COMPONENT EVALUATION WORK SHEET - 90 DAY REVIEW Environment Documentation Reference out-COMMON ELECTRICAL standing EQUIPMENT Units SQecification Qualification S~citication Qualif. Method Items

~UIPMENT DESCRIPTION OPE."q. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1 TIME Ref. Ltr. No.

NS-SS-7921J7 PLANT ID NO. TEMP 275F, 0-30 min 376F, 0-15 min VEPCO-NRC 11-22-77 5,6 Type Note 1 Spec. No. NUS-365E OF 275-150F, 30-60 min 366F, 15-20 min No. 3it2A/0921677 Test P.O *. No. SN-457 150-120F, 1-48 hr 337F, 20-25 min 120F, 2-120 days 337-242F, 25 min-3.b hr CDMPONENT:

600 V Power Cable MANUFACTURER: PRESS. 58.7, 0-30 min 12.1, 0-13 min VEPCO-NRC 11-22-77 5,6 Type Note 1 Collyer Insulated psia 58.7-12.7, 7b.7, 13-20 min No. 382A/0921177 Test Wire Co. 30 min-118 hr 716.7-111.7, 20 min-12.7, 2-120 days 3.6 hr IDDEL NUMBER: REL. 100 100 VEPCO-NRC f,-80 5,b Type Note 1 Insulation: Cross-linked HUM. I No. 535 Test Polyethylene Jacket: Neoprene RJNCTION; CHEM. H 3 BO:ii (2 .000-2 ,200 6200 ppm Boron and VEPCO-NRC 6-80 5,6 Type Note 1 Supply power to safety SPRAY ppm B) Hydrazine solution No. 535 Test system buffered to pH of pH of between 8.6-8.5-11 NaOH,4hr 10 for 399 hr 1\CCURACY:

Spec: NR Demo:

RAO. LOCA = 2.4 x 10"' 2 X 100 S&W Cale. 5,6 Type Note 1 40 Yr = 1.3 X 10"1 128166.54-RP- Test 038-0 IDCATION:

Inside Containment AGING Enclosure 16 - Refer to None Inside Cranewall Guidelines Report SEkVICE: Section 7.0 Sec.3.1.2 600 V Power Cable (Aging)

FLOOD LEVEL ELEV: -21*11 11 SUB. -21' 11" NR S&W Cale. NR NR None ABOVE F:WOD LEVEL; X Yes 128166 No PE-036-0 NR = Not required. All numbers written in Documentation Reference Qualification column are identified in Section 8.

Spec. No. NUS-365E

~=

~:

OPEN (OUTSTANDING) rrEMS (Cont)

1) The qualification data is taken from a test perfonned on a generically similar construction of cable supplied by a different vendor. We will undertake a program of testing to determine the qualification of the actual installed cable.

Spec. No. NUS-365E 6-54 (cont)

Docket:

SY'STEM:

Facility: VEPCO, SURRY Unit: 1 50-260 SYSTEM COMPONENT EVALUATION WORK SHEET - 90 DAY IIBVIEW Environment Documentation Reference out-COMMON ELECTRICAL standing

.ll;QUIPM.lj;'NT Units seecification 2ualif ication S[!ecification Qualif. Method Items EQUIPMENT DESCRIPTION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1 TIME Ref. Ltr. No.

NS-SS-79287 PLAN'J.' ID NO. TEMP 275F, 0-30 min 376F, 0-15 min VEPCO-NRC 11-22-77 5,6 Type Note 1 Spec. No. NUS-365F OF 275-150F, 30-60 min 3b6F, 15-20 min No. 382A/0921l77 Test P.O. No. SN-462 150-120F, 1-llB hr 337F, 20-25 min 120F, 2-120 days 337-242F, 25 min-3.b hr (l)MPONENT:

bOO V Power Cable MI\.NllFACTURER: PRESS. 58.7, 0-30 min 12.1, 0-13 min VEPCO-NRC 11-22-77 5,6 Type Note 1 Anaconda Wire and psia 58 .7-12. 7, 76.7, 13-20 min No. 382A/092477 Test Cable Co. 30 min-48 hr 74.7-111.7, 20 min-12.7, 2-120 days 3.6 hr K>D11L NUMBER: REL. 100 100 VEPCO-NRC b-80 5,6 Type Note 1 Insulation: Cross-linked HUM. I No. 535 Test Polyethylene - Propylene Rubber Jacket: Neoprene WNCTION: CHEM. l13B03 (2 ,000-2 ,200 6200 ppm Boron and VEPCO-NRC 6-80 5,6 Type Note 1

. Supply power to safety SPRAY ppm B) Hydrazine solution No. 535 Test system buffered to pH of pH of between 8.6-8.5-11 NaOH,4hr 10 for 399 hr ACCURACY:

Spec: NR Demo:

RAD. LOCA = 2.4 x 107 2 X 108 5,6 I Type Note 1

' 40 Yr = 1.3 x 107 Test IDCATION:

Inside Containment AGING Enclosure ll Refer to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 600 V Power Cable (Aging)

FLOOD LEVEL ELEV: -21 1 11* SUB. -21 1 11* NR S&W Cale. NR NR None ABOVE FLOOD LEVEL: X Yes 12Bll6 No PE-036-0 NR = Not required. All numbers written in Documentation Reference Qualification column are identified in Section 8.

Spec. No. NUS-365F b-55

WTl:.S:

~:

OPEN (OUTSTANDING) ITEMS (Cont)

1) The qualification data is taken from a test perfonned on a generically similar ccnstruction of cable supplied by a different vendor. We will undertake a program of testing to determine the qualification of the actual installed cable.

Spec. No. NUS-365F

Facil.1.ty: VEPCo. SURRY SYS'l'EH COMPONENT EVALUA'HON WORK SHEET - 90 DAY REVIEW Unit: 1 Docket: 50-280 SYS'l'EM: Environment Documentation Reterence Out-COMMON El,EC'l'RICAL standing l!.QUIPMENT Specification Qualification SQecification Qualif. Method Items E.1,.>UIPMENT DESC!UP'rION OPER. 120 days >120 days Westinghouse 3.ll, 12 Analysis None TIME Ret. Lt. No. 10°c 1mle N5-SS-79lli7 PLAN'!' ID NO. 'l'EMP 275F. 0-30 min 3211F, II hr VEPCO-NRC 11-22-77 3 *** , 12 Type None Spec No. 116A Op 275-150F, 30-60 min 252F, 7 days No. 382A/0921l 77 Test P.O. No. NA-128/1128 150-120F, 1-118 hr 120F, 2-120 days OOMPONENT:

600 V Cu Power Cable MI\NUFACTORER: PRESS. 58.7, 0-30 min 911.7, 4 hr V!!.PCO-NRC 11-22-77 3, ... 12 Type None Okonite psia 58.7-12.7, 30.7, 7 days No. 3tt2A/0921177 Test 30 min-118 hr 12.7, 2-120 days M)DEL NUMBER: REL. 100 100 VE.PCO-NkC b-80 3,ll, 12 Type None Jacket: Neoprene HUM. No. 535 'l'est Insulation: '

FUNC'rION: CHEM. H3 B0 3 (2,000-2,200 10K ppm ll 3 li0 3 V.tPCO-NRC b-80 3,ll,12 Type rmne Supply Power to Safety SPRAY ppm B) buffered with No. 535 Test Systems buffered to pH of NaOH to pH of 8.5-11 NaOH,llhr 10.5 through PWR exposu.re period ACCURACY:

Spec: NR Demo:

RAD., LOCA = 2.11 X 10"1 2 X 1or. si:;w Cale. 3,11,12 Type None 110 Yr = 1.3 X 10"1 1281lb .Sil- Test RP-03tt-O IDCATION:

Insicte Cont.iinment AGING Enclosure II Thermally aged 3,*1.12 Refer to None Inside Cranewall Guidelines 1611 tu: at 121°c Report SERVICE: Section 7.0 Sec.J.1.2 NR (Al)ing)

FLOOD LEV.KL fil.EV: -21111* SUB. -21' 11* NR S6W Cale. NR NR None ABOVE FLOOD LEVEL: X 'ies 1281l6 No PE-03b-O NR Not re,1uired. All numbers written in Uocwnentation Reference Qualificat.1on colwrm are identified u1 Section 8.

Spec. No. 116A

Facility: VEPCO, SURRY SYSTl!:M COMPONENT EVALUATION WORK SHEET - 90 DAY REVIEW Unit: 1 Docket: 50-280 SYSTEM: Environment Documentation Reference Out-COMMON ELECTRICAL standing E,JUIP~NT Specification vualif ication S~cification Qualif. Method Items

~UIPMENT DESCRIPTION OPER. 120 days 120 days Westinghouse Report Sequen- None TIME Ref. Lt. No. 3,14,12 tial Test NS-SS-79287 from NA PLANT ID NO. 275F, 0-30 min 304F, 200 min VEPCO-NRC 11-22-77 Report Sequen- None P.O. NAS-3185 275-150F, 30-60 min 31t6F, 267 min No. 382A/092477 3,*l, 12 tial Test 150-120F, 1-48 hr 256F, 1 day from NA 120F, 2-120 days 212F, 100 days a>MPONENT: 259F, 10 hr Triplex, various 324F, It hr sizes, 112 AWG, 560 MEM 252.F, 7 days MA.NUFACTURER: PRESS. 58.7, 0-30 min 914.7, 0-4 hr VEPCO-NRC 11-22-77 Report Sequen- None Oltonite Co. psia 58.7-12.7, 30.1, 1 days No. 382A/092477 3,4,12 tial Test 30 min-48 hr from NA 12.7, 2-120 days M>DEL NUMBE;R: REL. 100 100 VEPCO-NRC 6-80 Report Sequen- None Insulation: Oltonite HUM. " No. 535 3,4,12 tial Test (Ethylene-propylene from NA Rubber)

Jacket: Okoprene (Neoprene)

EUNC'rION: CHEM. H 3 00 3 (2, 000-2 ,200 H 3 B0 3 with NaOH VEPCO-NRC 6-80 Report Sequen- None Supply power to safety SPRAY ppm B) to 10.5

• No. 535 3,lt,12 tial Test systems buffered to pH of from NA 8.5-11 NaOH,4hr ACCURACY:

Spec:

Demo: NR RAD., LOCA = 2.4 x 107 2 X 1011 S&W Cale. RePQrt Sequen- None 40 Yr= 1.3 X 107 1281tb.514-RP- 3,lt,12 tial Test 038-0 from NA IDCATION:

Inside Containment

• AGING Enclosure 4 Refer to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 600 V Power Cable (Aging)

FLOOD LEVEL ELEV: -21 1 11* SUD. -21 1 11 11 NR S&W Cale. NR NR None ABOVE FLOOD LEVEL: X Yes 12Ult6 No PE-036-0 NR = Not required. All nwnbers written 1.n Documentation Reference Qualification column are identified in Section 8.

P.O. NAS-3185 6-57

Facility: VEFCO, SURRY SYSTEM COMPONENT EVALUATION WORK SHEE'l' - 90 DAY REVIEW Unit: 1 Docket: 50-260 SYS'l'EM: Environment Documentation Reference out-COMMON ELECTRICAL standing EQUIPMENT §Qecification Qualification S~citication Qualif. Method Items

~UIPMENT DESCRIPTION OPER. 120 days Note 1 Westinghouse 38 Note 1 Note 1 TIME Ref. Ltr. No.

NS-SS-79287 PLANT ID NO. TEMP 275F, 0-30 min 150-300F, 0-20 sec VEPCO-NRC 11-22-77 38 Note 1 Note 1 Spec. No. NUS-3Q1 OF 275-150F, 30-60 min 300F, 20 sec-30 min No. 3 tt2A/092Q 77 P.O. No. SN-285 150-120F, 1-q9 hr 300-150F, 30-70 min 120F, 2-120 days 150F, 70 ml.ll-78 hr OOMPONENT:

600 V Instrument Cable

~NUFACTURER: PRESS. 5B.7, 0-30 min Not Specified VEPCO-NRC 11-22-77 38 Note 1 Note 1 Continental Wire and psia 58.7-12.7, No. 382A/092Q77 Cable Co. 30 min-QB hr 12.7, 2-120 days M)DEL NUMBER: REL. 100 Not Specified VEPCO-NRC 6-80 38 Note 1 Note 1 Insulation: Cross-linked HUM. II, No. 535 Polyethylene Jacket: Hypalon FUNCTION: CHEM. H3B0 3 ,2,ooo-2,2po Not Specified VEPCO-NRC 6-80 38 Note 1 Note 1 Supplies power to SPRAY ppm B) No. 535 safety systems buffered to pH of 8.5-11 NaOH,Qhr 1\CCURACY:

Spec: NR Demo:

RAD. LOCA = 2.Q x 107 2 X 107 S&W Cale. 38 Note 1 Note 1 qo Yr= 1.3 x 107 12Bqb.5Q-RP-038-0 WCATION:

Inside Containment AGING Enclosure q Refer to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 600 V Instrument Cable (Aging)

FLOOD LEVEL ELEV: -21 1 11* SUB. -21 1 11" NR S&H Cale. NR NR None ABOVE FLOOD LEVEL: X Yes 12tl46 No PE-036-0 NR = Not required. All numbers written in Documentation Reference Qualification column are identified in Section B.

~: 1) Manufacturer has been contacted and given information necessary to obtain qualification data.

Spec. No. NUS-341 6-5B

Uni.t:

Docket:

Facility: VEPCO, SURRY 1

50-280 SYSTEM COMPON!!:NT EVALUATION WORK SHEE.T - 90 DAY REVIEW SYSTEM: Envirornnent Documentation Reference Out-COMMON ELECTRICAL standing EQUIPMENT Units SQecification  !,!ualification SQecification Qualif. Method Ite1115 E)JUIPMENT DESCRIPTION OPER. 120 days Note 1 Westinghouse 38 Note 1 Note 1 TIME Ref. Ltr. No.

NS-SS-79287 PLANT ID NO. TEMP 275F, 0-30 min 150-300F, 0-20 sec VEPCO-NRC 11-22-77 38 Note 1 Note 1 Spec. No. NUs-q11 op 275-150F, 30-60 min 300F, 20 sec-30 min No. 382A/092q77 P.O. No *. SN-1q58 150-120F, 1-qe hr 300-150F,30-70 min 120F, 2-120 days 150F, 70 min-71) hr illMPONENT:

600 V Instrument Cable MA.NUFACTURER: PRESS. 58 *.7. 0-30 min Not Specified VEPCO-NRC 11-22-77 38 Note 1 Note 1 Continental Wire and psia 58.7-12.7, No. 3U2A/092q77 Cable Co. 30 min-qe hr 12.7, 2-120 days K>DEL NUMBER: REL. 100 Not Specified VEPCO-NRC 6-80 3B Note 1 Note 1 Insulation: Cross-linked HUM. I No. 535 Polyethylene Jacket: Hypalon FUNCTION: CHEM. H 3 B0 3 (2,000-2,200 Not Specified VJil>CO-NRC 6-80 38 Note 1 Note 1 Supplies power to SPRAY ppm B) No. 535 satety systems buffered to pH of 8.5-11 Naou,qhr ACCURACY:

Spec: NR Demo:

RAD. LOCA = 2.q x lOY 2 x lOY S&W Cale. 38 Note 1 Note 1 qo Yr= 1.3 x lOY 128qc,.5q-Rp-038-0 WCATION:

Inside Containment AGING Enclosure q Refer to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 600 V Instrument Cable (Aging)

FLOOD LEVEL ELEV: -21 1 11n SUB. NR S&W Cale. NR NR None ABOVE FWOD Ll.VEL: X Yes 128q6-0l-No PE-036-0 NR = Not requirea. All nwnbers written in Documentation Reference Qualification column are identitied in Section u.

K>TES: 1) Manufacturer has been contacted and given information necessary to obtain qualification data.

Spec. No. NUs-q11 6-59

Unit:

lbcket:

Facility: VEPCU, SURRY 1

50-280 SYS'l'EM COMPONENT EVALUATION WORK SHEET - 90 DAY REVIE\'i

• SYSTEM: Environment Documentation Reference Out-COMMON ELECTRICAL standing EQUIPMENT Units ~ecification Qualification SQecitication Qualif. Method Items

~UIPMENT DESCRIPTION OPER. 120 days Note 1 Westinghouse Note 1 Analysis Note 1 TIME Ref. Ltr. No. 100c Rule NS-SS-79287 PLANT ID NO. TEMP 275F, 0-30 min 276F, 12 hr VEPCO-NRC 11-22-77 11. 12 Type Note 1 Spec. No. NUS-326 OF 275-150F, 30-60 min 276-161lF, 12 hr- No. NUS-3tl2A/ 35, 36 Test P.O. No. 330 150-120F, 1-ll8 hr 7 days 0921l77 120F, 2-120 days illMPONENT:

High Temperature Cable MllliUFAC'IDRlill: PRESS. 58.7, 0-30 min 61l.7, 12 hr VEPCO-NRC 11-22-77 11, 12 Type Note 1 Continental Wire and psia 58.7-12.7, 611.7-19.7, 12 hr- No. 3ll2A/0921l77 35, 36 Test Cable Company 30 min-ll8 hr 7 days 12 *.7, 2-120 days

~DEL NUMBER: REL. 100 100 VEPCO-NRC 6-80 11, 12 *rype Note 1 Silicon Rubber UUM. ll, No. 535 35, 36 Test

.FUNC'l'ION: CHEM. H3BO:, (2

• 000-2 ,200 1720 ppm Boron VEPCO-NRC 6-80 11, 12 Type Note 1 Supply power to satety SPRAY- ppm B) as H3BO:, No. 535 35, 36 Test

_system buffered to pH of 8.5-11 NaOH,*lhr ACCURACY:

Spec: NR Demo:

RAD. LOCA = 2.ll x 107 2 X 10b S&W Cale. 11, 12 Type Note 1 110 Yr= 1.3 X 107 1281lb.51l- 35, 36 Test RP-038-0 IDCATION:

Inside Containment AGING Enclosure ll Refer to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 (Aging)

FLOOD LEVEL ELEV: - l.1

• 11 11 SUB * -21 1 11 11 NR S&W Cale. NR NR None ABOVE FLOOD LEVEL: X Y-es 1281tb No PE-036-0 NR = Not required. All numbers written in Documentation Reference Qualification column are identified in Section 8.

N.)TES: 1) The quali.tication data is taken from a test performed on a generically similar ccnstruction of cable supplied by a different vendor. We will undertake a program of testing to determine the qualification of the actual installed cable.

Spec. No. NUS-326 6-60

Facility: VEPt:O, SURRY unit:

DocKet:

1 50-280 SYSTEM COMPON~NT EVALUATION WORK SIIEET ~ 90 UAY R~VIEW

• SYSTEM: Environment Documentation Reterence Out-COMPONENT C'OOLING fitanding Units Specification Qualification Specification Qualit. Method Items J:&UIPMENT DESCRIPTION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1 TIME ket. Ltr. No.

NS-SS-79287 PLANT ID NO. '.l'E.MP 212P, 0-ll hr Note l S&W Cale. Note l Note 1 Note 1 2-CC-P-2A op 12lillb.llll-PE-Oll6-0 CDMPONENT:

Pump Motor MANUFACTURER: PRESS. 15.2, 0-1 min Note 1 S&W Cale. Note 1 Note 1 Not::e 1 Note 1 psia 14.8, 1 min-4 hr 1lli46.41l-PE-046-0 MJDEL NUMBER: REL. 100 Note 1 S&W Cale. Note 1 Note 1 Note 1 Note 1 HUM. I 1281l6.41l-PE-046-0 FUNCTION: CHEM. NR NR NR Nk NR None hngineered Safety SPRAY Feature, DBA (I.OCA and MSLB) Mitigation, Minimum Boration, Emergency Core Cooling/

Core Heat Removal ACCURACY:

Spec: NR Demo:

RAD. LOCA = 2.5 x 106 Note 1 S&W Cale. Note 1 Note 1 Note 1 llO Yr= 2.5 x 106 1281l6.38-RP-026-0 WCATION:

Auxiliary Building AGING

. Enclosure 4 Refer to None Guidelines Report SERVICE: Section 7.0 Sec. 3. 1.2 Charging Pump Cooling (Aging)

FLOOD LEVEL ELEV: NR SUB. NR NR NR NH NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All nwnbers written in Documentation Reference Qual1.ficat1.on column are identified in Section B.

l'UTES: 1) Component Model will be determined during present steam generator outage.

1-CC-P-2h 6-61

Facility: VEPCO, SURRY Unit:

Docket:

~STEM:

1 50-260 Envirorunent SYS'l'EM COMPONENT EVALUATION WORK SHEET - 90 DA'.i REVIEW Documentation Reference out-COMPONENT COOLING standing Units SQecification Qualification SQecification Oualif. Method Items EQUIPMENT DESCRIP'l'ION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1 TIME Ref. Ltr. No.

NS-SS-H21J7 PLANT ID NO. TEMP 212F, o-q hr Note 1 S&W Cale. Note 1 *Note 1 Note 1 1-CC-P-2B OF 121J46.44-PE-Oq6-0 illMPONEN'l':

Pump Motor

~NU FACTURE.R: PRESS. 15.2, 0-1 min Note 1 S&W Cale. Note 1 Note 1 Note 1 Note 1 psia 14.6, 1 min-4 hr 121J46.q4-PE-046-0 IDDEL NUMBER: REL. 100 Note 1 S&W Cale. Note l Note 1 Note 1 Note 1 HUM. 12646.44-PE-046-0 FUNCTION: CHEM. NR NR NR NR NR None Engineered Safety SPRAY Feature, DBA (LOCA and MSLB) Mitigation, Minimum Boration, Emergency Core Cooling/

Core Heat Removal ACCURACY:

Spec: NR Derro:

RAD. LOCA = 2.5 X 10" Note 1 S&W Cale. Note 1 Note 1 Note 1 40 Yr= 2.5 X 10" 12846.38-RP-026-0 IDCATION:

Auxiliary Building AGING Enclosure q Refer to None Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Charging Pump Cooling (Aging)

FLOOD Lr.NEL ELEV: NR SUB. NR NR NR NR NR None ABOVE FLOOD UVEL: Yes No NR = Not required. All numbers written in Documentation Reference Qualification column are identified in Section 8.

IDTES: 1) Component model will be determined during present steam generator outage.

1-CC-P-2B 6-62

Facility: VEPCO, SURRY SYSTEM COMPONENT EVALUATION WORK SHEET - 90 DAY REVIEW Unit: 1 Docket: 50-280 SY'S'fEM: Environment Documentation Reference out-COMPONENT COOLING standing Units S12ecification Qualification SJ2ecitication Qualif. Method Items W))UIPMENT DESCRIPTION OPER. 60 sec Note 1 FSAR North Anna Note 1 Note 1 Note 1 TIME Sec.6.2.11.2 PLANT ID NO. TEMP NR NR NR NR NR None*

S0V-CC-105A OF CDMPONENT:

Solenoid Valve MANUFACTURER: PRESS. NR NR NR NR NR None ASCO psia M'.>DEL NUMBER: REL. NR NR NR NR NR None 0320A12 HUM. I FUNCTION: CHEM. NR NR NR NR NR None Contairunent Isolation SPRAY ACCUHACY:

Spec:

Demo: NR RAD. LOCA = 2.5 x 106 Note 1 S&W Cale. Note 1 Note 1 Note 1 qo Yr= 2.5 x 106 1211q6.30-RP-026-0

• WCATION:

Auxiliary Building AGING Enclosure q Refer to None Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Reactor Containment (Aging)

Pump Coolant 11 2 0 Isolation FLOOD LEVEL ELEV: NR SUB. NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All numbers written in Documentation Reference QUalification column are identified in Section 8.

~ : 1) Replace, insufficient infonnation. Previ_ous testing on similar ASCO valves (Ref. Westinghouse Letter No.

NS-SS-77060) indicates valves vent to perfonn the safety function for containment isolation.

S0V-CC-105A 6-63

Unit:

Docket:

Facility: VEPCO, SURRY 1

50-280 SYSTEM COMPONEN'l' EVALUATION WORK SHEET - ~O DAY RlWIEW SYS'l'E.M: Environment D0ctu11entdtion Reference out-COMPONENT COOLING standing Units seecification Qualif.ication SE!eci ti cation Qualif. Method Items E.VUIPMEN'l' DESCRIPTION OPER. 60 sec Note 1 FSAR Note 1 Note 1 Note 1 TIME North Anna Sec. b.2.~.2 PLANT ID NO. TEMP NR NH NR NR Nk Norae SOV-CC-1051:1 Op illMPONENT:

Solenoid Valve MANUFACTURER: PRESS. NR NR NR NR NR None ASCO psia tvDEL NUMBER: REL. NR NR NR NR NR None 8320A12 HUM.

FUNCTION: CHEM.

' NR Nk NR NR NR t.one Containment Isolation SPRAY ACCUHACY:

Spec:

Demo: NR RAD. LOCA = 2.5 X 10" Note 1 S&W Cale. Note 1 Note 1 Note 1 40 Yr = 2.5 X 10" 1284b.3tJ-RP-02b-O IJ)CATION:

Auxiliary Building AGING Enclosure II Refer to None Guidelines Report SERVICE: Section 7.0 Sec.3.1.L Reactor Containment Pwnp (Aging)

Coolant HzO Isolation FLOOD LEVEL ELEV: NR SUB. NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All nwllbers written in Docw11entation Reference vualification colwlUl are identified in Section 8.

M)TES: 1) Replace, insufficient information. Previous testing on similar ASCO valves (Ref. Westinghouse Letter No.

NS-SS-770b0) mdicates valves vent to perform the safety function tor contairnuent isolation.

SOV-CC-105B b-bll

Facility: VEPCO, SURRY Unit:

Docket:

1 50-2BO SYSTEM OOMPONENT EVALUATION WORK SHE.E.T - 90 DAY REVIJ!.'W

• SYSTEM: Environment Documentation Reference Out-COMPONENT COOLING standing*

Units seecification Qualification S~citication Qualif. Method Items EQUIPMENT DESCRIPTION OPER. 60 sec Note 1 FSAR Note 1 Note 1 Note 1 TIME North Anna Sec. b.2.4.2 PLAN'l' ID NO. TEMP NR NR NR NR NR None S0V-CC-105C OF OOMPONENT:

Solenoid Valve MANUFACTURER: PRESS. NR NR NR NR NR None ASl."O psia K>DEL NUMBER: REL. NR NR NR NR NR None 8320A12 HUM. ~

nJNCTION: CHEM. NR NR N.I< NR NR None Containment Isolation SPRAY J\CCU RAClC:

Spec:

Demo: NR RAD. LOCA = 2.5 x 106 Note 1 S&W Cale. Note 1 Note 1 Note 1 40 Yr= 2.5 X 10~ 1284&.JB-RP-02b-O l.DCATION:

Auxiliary Building AGING Enclosure 4 Refer to None Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Reactor Containment (Aging)

Pwup Coolant H 2 0 Isolation FLOOD LEVEL ELEV: NR SUB. NR NR NR Nk NR None ABOVE FLOOD LEVEL: Yes No NH= Not required. All nwnbers written in Docwuentation Reference Qualification column are identified in Section B.

WTES: 1) Replace, insufficient information. Previous testing on _similar ASCO valves* (Ret. Westinghouse Lett.er No.

NS-SS-770b0) indicates valves vent to perform the safety function for containment isolation.

SOV-CC-105C b-65

Unit:

rocket:

Facility: V~PCO, SURRY 1

50-260 SYSTEM COMPONENT E.VALUATIUN WORK Sll.l:..ET - 90 DAY REVIl::W SYS'fBM: Environment Documentdt.ion Reterence out.-

COMPONENT COOLING standing Units S(!ecification  !,!ualification S(!ecification ~alit. Method Items E.QUIPMENT DESCRIPfION OPER. 60 sec Note 1 FSAR Note 1 Note 1 Note 1 TIME North Anna Sec. b.2.4.2 PLANT ID NO. TEMP NR NR NR NR NR None SOV-CC-107 OF ffiMPON1'N'f:

Solenoid Valve MANUFACTURER: PRESS. NR NR NR NR NR None ASCO psia MJDEL NUMBJffi:

8320A12 REL.

HUM. ,. NR NR NR NR NR 1'1one FUNCTION: CHEM. NR NR NR NR NR None Containment Isolation SPRAY I\CCURACY:

Spec:

Demo: NR RAD. LOCA = 2.5 X 10* Note 1 S&W Cale. Note 1 Note 1 Note 1 110 Yr = 2.5 X 10" 1281H,.38-RP-026-0 IDCATION:

Auxiliary Duilding AGING Enclosure II Refer to No11e Guidelines Report SERVICE: Section 7.0 Sec.J.1.2 R.C. Pump Thermal (Aging)

Barrier Isolation FLOOU LEVEL hLEV: NR SUB. NR NR NR NR NR None ABOVE FLOOD LEV.EL: Yes No NH= Not required. All 11wnbers written in Documentation Reterence Qualification column are identified ill SE:ction 8.

toTES: 1) ~eplace, insufficient information. Previous testing on similar ASCO va1ves (Ret. Welitinghouse Letter No.

NS-SS-77060) indicates valves vent to perform the safety function for containment isolation.

SOV-CC-107 b-bb

Unit:

Docket:

Facility: VEPCO, SURRY 1

50-?80 SYSTEM Cc>>-IPONENT EVALUATION WORK SHEET - 90 DAY REVIEW

• SYSTEM: Environment Docwnentation Reterence OUt-COMPONENT COOLING standing Units S[!ecification Qualification seecirication Qualit. Method Items EQUIPMEN'f DESCRij?T,[ON OPER. 60 sec Note 1 FSAR Note 1 Note 1 Note 1 TIME North Anna Sec. 6.2.ll.2 PLANT ID NO. '.l'E.MP NR NR NR NR NR None SOV-CC-109h OF CDMPONENT:

Solenoid Valve MANUFAC'l'URER: PRESS. NR NR NR NR NR None ASCO psia illDEL NUMBER: REL. NR NR NR NR NR None 8320A12 HUM.

FUNCTION: C:IIEM. NR NR NR NR NR None Contalllment Isolation SP.RAY ACCURACY; Spec:

Demo: NR RAD. LOCA = 2.5 x 106 Note 1 S&W Cale. Note 1 Note 1 Nott 1 40 Yr= 2.5 X 106 121146.38-RP-026-0 WCA'l'ION:

Auxiliary Building AGING .Enclosure 4 Refer to None Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Cooling Water Return (Aging)

From Residual Beat Exchanger lsolation FLOOD LEVEL !!:LEV: NR SUB. NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All nlUllbers written in Docwnentation Reference Qualification column are identified in Section 8.

NlTES: 1) Replace, insufficient infonnation. Previous testing on similar ASCO valves (Ref. Westinghouse Letter No.

NS-SS-77060) indicates valves vent to perform the safety function for containment isolation.

SOV-CC-109A b-b7

Unit:

fX>cket:

Facility: VePCO, SURRY 1

50-280 SYS'l'EM COMPONENT EVALUA'l'ION WORK .t>HEET - 90 DAY REVIEW SYS'J'EM: Environment Documentation Rett<rence Out-COMPONENT COOLING standing Units SE!ecitication Qualification Specification ~>ualif. Method Items

~UIPMENT DE~CRIPTION OPER. 60 sec Note 1 FSAR Note 1 Note 1 Note 1

'l'IME North Anna Sec.6.2.ll.2 PLANT ID NO. TE.MP NR NR NR NR NR None SOV-CC-1098 OF illMPONENT:

Solenoid Valve MANUFACTURER: PRESS. NR NR NR NR NR None ASCO psia, M)DEL NUMBER: REL. NR NR NR NR NR None 8320A12 HUM.

FUNCTION: CHEM.

' NR NR NR NR NR None Containment Isolation SPRAY ACCURACY:

Spec:

Demo: NR RAD. LOCA = 2.5 x 106 Note 1 S&W Cale. Note 1 Note 1 Hate 1 llO Yr= 2.5 x 106 1281l6.3tl-026-0 UlCA'rION:

Auxiliary Building AGING Enclosure ll Refer to None Guidelines Report SERVICE; Section 7.0 Sec.3.1.2 Cooling Water Return (Aging) from Residual Heat Exchanger Isolation FLOOD LEVEL ELEV: NR sun. NR NR NR NR NR Uone ABOVE FLOOD LEVEL: Yes No NR = Not required.

NJTES: 1) Replace, insufficient documentation. Previous testing on similar ASCO valves (Ref. Westinghouse Ltr. No. NS-SS-77060) indicates valves vent to perform the safety function for containment isolation.

SUV-CC-10~B 6-b8

lb1it:

Docket:

Facility: VEPCO, ~URRY 1

50-2UO SYSTEM COMPONENT EVALUATION WORK SHEET - 90 DAY REVIEW SYSTEM: Envirorunent Documentation Reference out-COMPONENT COOLING standing ID!lli seecification Qualification S~t:citication Qualif. Method It!!!!!§_

EQUIPMENT DESCRIPTION OPER. 60 sec Note 1 FSAR Note 1 Note 1 Note 1 TIME North Anna Sec.6.2.ll.2 PLANT ID NO. TEMP NR NR NR NR NR None SOV-CC-110A OF ffiMPONENT:

solenoid Valve MANUFACTURER: PRESS. NR NR NR NR NR None ASCO psia M)DEL NUMliER: REL. NR NR NR NR NR None HBX8320A12 HUM.

EUNCTION: CHEM.

" NR NR NR NR NR None Contairunent. Isolation SPRAY ACCURACY:

Spec: NR Demo:

RAD. LOCA = 2.5 x 10& 5 X 10'1 S&W Cale. Note 11 Note 1 Note 1 qO Yr= 2.5 X 10* 12Bq6 .38-RP-02b-O WCA'l'ION:

Auxiliary Building AGING Enclosure q Refer to 1'lone Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Compcnent Cooling Return (Aging)

From Contauunent Cooler 2-VS-E-2A Isolation FLOOD LEVEL ~EV: NR SUB. NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All numbers written in Documentation Reference Qualification colunm are identitied in Section U.

~: 1) HBXU320A12 solenoid valves contain metal parts in lieu of plastic. This design is shown by the "X". Due to laek of documentation they will be replaced.

sov-c~-110A 6-b9

Unit:

Docket:

t'acili ty: VEPCU, SURRY 1

50-280 SYSTEM COMPONENT EVALUA'l'ION WORK SIIEE'l' - 90 DAY RE:VIEW Environment Documentation Refert=nce Out-SYSTEM:

COMPONENT COOLING standing Units s12ecification Qualification S12ecitication 12]1alif. Metnod lt~IIIS l!;QUIPMENT DESCRIPTION OPER. 60 sec Note 1 FSAR Note 1 Note 1 Note 1 TIME North Anna Section 6.2.ij.2 PLAN'l' ID NO. TJ,;MP NR NR N.li. NR NR None SOV-CC-110B OF CDMPONENT:

Solenoid Valve MANUFACl'URER: PRESS. NR NR NR NR NR None:

ASCO psia IDDEL NUMB&R: REL. NR NR NR NR NR None HUM.

11BX8320A12 FUNCTION: CHEM.

" NR NR NR NR NR None Containment Isolation SPRAY

/ICCURACY:

Spec: NR Demo:

HAD. LOCA = 2.5 X 106 Note 1 S&W Cale. Note 1 Note 1 Note 1 ijO Yr= 2.5 X 106 12liijf>.31i-RP-026-0 WCATION:

Auxiliary Building AGING Enclosure q Refer to None Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Component Cooling Return (Aging)

From Cooler Containment 2-VS-E-2B Isolation FLOOD LEVEL ELEV: NR SUB. NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All nwubers written in Documentation Reference Qualification column are ident.1.tied in Section b.

ID'l'ES: 1) 'l'he l1DX8320A12 solenoid valve contains metal parts in lieu of plastic. The design is shown by the 11X*. Due to lack ot documentation they will be replaced.

SOV-CC-110B 6-70

Facility: VEPCO, SURRY Unit:

Docket:

SYSTEM:

1 50-2UO SYSTEM COMPONrn*r t:VALUATION WORK SHEE'l' -

mvironment

~o DAY RE.VIEW Documentation Reference OUt-COMPONENT COOLING standing Units SQecification Qualification s12ecitication Qyalit. Method Items EQUIPMENT DESCHIPTION OPER. 60 sec Note 1 FSAR Note 1 Note 1 Note 1 TIME North Anna Section b.2.4.2 PLANT ID NO. TEMP NR NR NR NR NR None SOV-CC-1 lOC OF OOMPONENT:

Solenoid Valve MANUFACTURER: PRESS. NR NR NR NR NR None ASCO psia f,ODEL NUMBER: REL. NR NR NR NR NR None HBX8320A 12 HUM. I FUNCTION: CHEM. NR NR NR NR NR None Contairunent Isolation SPRAY ACCURACY:

Spec: NR Demo:

RAD. LOCA = 2.5 X 106 Note 1 S&W Cale. Note 1 Note 1 Note 1 40 Yr= 2.5 X 106 12U46.38-RP-026-0 WCATION:

Auxiliary Building AGING Enclosure q Reier to l:'lone Guidelines Report SERVICE: Section 7.0 Sec.3.1 * .2 Component Cooling From (Aging)

Containment Cooler 2-VS-E-2C Isolation FLOOD LEVEL ELEV: NR SUB. NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All nwnbers written in Documentation Reference Qualification colwm1 are identified in Section u.

~: 1) I1BX8320A12 solenoid valves contain metal parts in lieu of plastic. The design is shown by the "X". Due to lack of documentation they will be replaced.

S0V-CC-110C 6-71

Unit:

Docket:

Facility: V~PCO, SURH'l 1

50-280 SYSTEM COMPONENT EVALUATION WORK SIIE!!;'r - 90 DAY REVIEW SYSTEM: Environment Docwnentation Reference Uut-CONTAINMENT SPRAY standing Units §.Eecification ~>ualif ica tion S~citication Qualif. Method Items E)'JUIPMENT DESCRIPTION OPER. 120 days Functional after Westinghouse 6 'l'ype Note 1 TIME rad. exposure Ret. Ltr. No. Test NS.,-SS-7~287 PLANT ID NO. TEMP NR NR NR NR NR None MOV-CS-101A OF O)MPONENT:

Motor Operated Valve MANU~'AC'rlJRER: PRESS. NR NR NR NR NR None Limitorque psia IDDEL NUMBER: REL. NR NR NR NR NR None SMB-000, Class B Insulation HUM. ll, EUNC'l'ION: CHEM. NR NR NR Nk NR None Engineered Safety SPRAY Feature, DBA (LOCA and MSLB) Mitigation ACCURACY:

Spec:

Demo: NR RAD. LOCA = 8 x 106 2 X 10"1 S&W Cale. Type Note 1 qQ Yr= 8.8 X lQZ 121Jijb.51l- Test RP-37-0 IDCATION:

Safeguard W House AGING Enclosure q Reter to None Guidelines Report SERVI.CE: Section 7.0 Sec.J.1.2 Spray Pump Discharge (Agl.l,g)

Isolation FLOOD LEVEL ELEV: -21 1 11* SUB. NR NR NR NR NR None ABOVE FLOOD LEVEL: X Yes No NR = Not required. All nunwers written in Docwnentation Reference Qualification colwnn are identified in Section B.

l-OTES: 1) Limitorque has been given the purchase orders, serial nwnbers, and information necessary to obtain quaiification data.

MOV-CS-101A 6-72

Unit:

I:ocket:

Facility: VEPCO, SURRY 1

50-200 SYSTEM COMPONENT hVALUATION WORK SHJ:.ET - 90 UAY RJ:.Vll:.W

~S'l'EM: Environment Docwnentation Reterence out-CONTAINMENT SPRAY standing Units SQecification Qualification SQecitication Qualif. Method Items EJ,;1UIPMENT DESCRIPTION OPER. 120 days Functional after Westinghouse t, Type Note 1 TIME rad. exposure Ref. Ltr. No. Test NS-SS-7~287 PLANT ID NO. TEMP NR NR Ni< Nk NR None MOV-CS-101B OF CDMPONENT:

Motor Operated Valve MANUFACTURER: PRESS. NR NR NR NR NR None Limitorque psia IDDEL NUMBER: REL. NR NR NR NR NR None SMll-000, Class 8 HUM.

Insulation "

FUNCTION: CHEM. NR NR NR NR NR None Engineered Safety SPRAY Feature, DBA (LOCA and MSLB) Mitigation ACCURACY:

Spec:

Demo: NR RAD. LOCA = 8 X 10* 2 X 10'1 S&W Cale. Type Note 1 160 Yr = 8.8 X 1oz 12U4t,.54- Test RP-37-0 IOCATION:

Sateguard Area AGING Enclosure ll Refer to None Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Spray Pump Discharge (Aging)

Isolation FLOOD LEVEL ELEV: -21111* sue. NR NR NR NR Ni< None ABOVE FLOOD LEVEL: X Yes No NR = Not required. All numbers written in Documentation Reference Qualitication .column are identifieu in Sectiun e *

.OOTES: 1) L1.mitorque .has been given the purchase orders, serial numbers, and information necessary to obtain qualification data.

MOV-c.1;:-10 1B 6-H

Facility: \IE!>CO, SURRY SYS'l'EM COMPONENT EVALUA'l'lUN WORK SUJ!:ET - ~l) DAY REVIEW Unit: l lx>cket: 50-280 SYSTEM: Environment Docwnentation Reference out-CONTAINMENT SPRAY standing Specification Qualification Specification Qualit. Method Items EQUIPMENT DESCRIPTION OPER. 120 days Functional after Westinghouse 6 'Type Note 1 TIME rad. exposure Ref. Ltr. No. Test NS-SS-7n87 PLANT ID NO. NR NR NR NR NR None MUV-CS-101C ffiMPONENT:

Motor Operated Valve MANUFACTURER: PRESS. NR NR NR NR NR None Limitorque psia MJDEL NUMBER: REL. NR NR NR NR NR None SMB-000, Class B HUM.~

Insulation HINCTION: CHEM. NR NR NR NR NR None Engineered Safety SPRAY Feature, UBA (LOCA and MSLB) Mitigation ACCURACY:

Spec:

Demo: NR RAD. LOCA = 8 x 106 2 X 10-, S&W Cale. Tyl)e Note 1 qo Yr= 8.8 x 10~ 12811b.514- Test RP-37-0 WCATION:

Safeguard Area AGING Enclosure q Refer to None Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Spray Pump Discharge (Aging)

Isolation FLOOD LEVEL !!;LEV: NR SUB. NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All numbers written in Documentation Reference Qualitication column are identified in Section 8.

~: 1) Limitorque has been given the purchase orders, serial nwnbers and 1.ntormation necessary to obtain qualification data.

MOV-CS-101C 6-711

Facility: VEPCO, SURRY Unit:

Docket:

1 50-2BO SYS'l'EM COMPONENT !!:VALUATION WORK Sll.l!;ET - 90 DhY REVIEW SYSTEM: Environment Docwuentdtion Reference Out-CON'l'AINMEN'l' SPRAY standing Units Seecification Qualification S~cification l.!Ualif. Method Items FJ)UIPMENT DESCRIP'l'ION OPER. 120 Clays Functional after Westinghouse b Type Note 1 TIME rad. exposure Ret. Ltr. No. Test NS-SS-H287 PLANT ID NO. TEMP NR NR NR NR NR None MUV-CS-101D OF Q)MPONENT:

Motor Operated Valve MANUFACTURER: PRESS. NR NR NR NR NR None Limitorque psia IDDEL NUMBER: REL. NR NR NR NR NR None SMB-000, Class B HUM. ~

Insulation FUNC'i'ION: CHEM. NR NR NR NR NR None Engineered Safety SPRAY Feature, DBA (LOCA anct MSLB) Mitigation ACCURACY:

Spec:

Demo: NR RAD. LOCA = 8 X 10 6 2 X 10"f S&W Cale. b Type Note 1 110 Yr = 8.0 X 10* 12B*H,.511- Test RP-37-0 I.DCATION:

Auxiliary Building AGING Enclosure 4 Refer to 1'1one Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Air to Blowdown Trip (Aging)

Valve FLOOD LEVEL ELEV: NR SUB. NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All nwnbers written in Documentation Reference Qualification colw1m are identitied in Section 8.

?OTES: 1) Limitorque has been given the purchase orders, serial nwubers, and information necessary to obtain qualification data.

MOV-CS-101D

Facility: VEPCO, $URRY Unit:

Docket:

1 50-280 SYSTEM COMPONBNT EVALUATION WORK SH.l!:E'l' - ~O DI,Y REVIEW

• SYSTEM: Environment Documentation Reterence Out-CON'.PAINMEN'r SPRA 'i starnh.ng Units §_eecification Qualification SE!ecification Qualif. Method Items EQUIPMENT DESCRIPTION OPE.R. 120 days Functional after Westinghouse b Type Note 1

'l'IME rad. eXf>OSure Her. Ltr. No. 'l'est NS-SS-79287 PLAN'l' ID NO. TEMP NR NR NH NR NR lione MOV-CS-102A OF' COMPONENT:

Motor Operated Valve MANUFACTURER: PRESS. NR NR NR NR NR None Limitorque psi.a IDDEL NUMBJ::R:

SMB-000, Class B RE.L.

UUM. ,. NR NR NR NR NR None Insulation FUNCTION: CHEM. NR NR NR NR NR None Engineered Safety Fea- SPRAY

. tures, DBA (LOCA and MSLB) Mitigation ACCUHACY:

Spec: NR Demo:

RAD. LOCA = 5.9 X 1Qb 2 X 101 S&W Cale. b Type Note 1 40 Yr = 8.8 X 102 12846.38-RP- Test 031-0 I.DCATION:

Containment Spray AGING Enclosure 4 Refer to None Pump uouse Below El.27 1 0* Guidelines Report SERVICE: Section 7.0 Sec. 3. 1. 2 Chemical Addition (Aging)

FLOOD LEVE.L ELEV: NR SUB. NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No tm = Not required. All numbers written in Documentation Reference Qualification column are identified in Section B.

toTES: 1) Limitorque has been given the purchase orders, serial numbers, and intormation necessary to obtain qualification data.

MOV-CS-102A b-7b

Unit:

Docket:

F'acility: VEI'CU, SU.KRY 1

50-280 SYSTk.M COMPONENT i;VALUATION WORK SHE~'l' - 90 DAY REVIEW

• b'YSTEM: &ivironment Docwnentation Reterence out-CON'fALNMEN'f SPRAY star.ding Units S~ecification Qualification s12ec1.tication Oualif. Method Items M,)UIPMENT DESCRIP'fION OPER. 120 days Functional after Westinghouse 6 Type Note 1

'fIME rad. exposure Ref. Ltr. No. Test NS-SS-79287 PLANT ID NO. 'l'EMP NR NR NR NR NR None MOV-CS-102B OF COMPONEN'f:

Motor Operated Valve Ml\.NUFACTUl<ER: PRESS. NR NR NR NR NR None Limitorque psia M:>OEL NUMBER: REL. NR NR NR NR NR None SMB-000, Class ll Insulation IIUM. 'i RJNCTION: CHEM. NR NR NR NR NR None Eng.ineered Safety t'ea- SPRAY tures, OBA CLOCA and MSLB) Mitigation ACCURACY:

Spec: NR Demo:

RAD. u.>CA = 5.9 x 106 2 X 10~ S6W Cale. 6 Type Note 1 qo Yr= e.e x 102 12UQb. 38-RP- Test 031-0 WCATION:

Containment. Spray AGING Enclosure q Refer to None Pump Bouse Delow Guidelines Report El. 27 1 6 Section 7.0 Sec.3.1.2 SERVICE: CAging)

Chemical Addition Tank Isolation F'LOOO Ll.VEL .i:::LE.'V: NR SUB. NR NR NR NR NR None JI.DOVE FLOOD LbVEL: Yes No NR = Not required. All numbers written in Docwnentation Reference l,!Ualitication colwnn are identified in Section 8.

N)'J'ES: 1) Limitorque has been given the purchase orders, serial numbers, anct i11formation necessary to obtain qualification data.

MUV-CS-102B ti-Tl

Unit:

Docket:

Fdcility: Vl!:l'CO, SURRY 1

50-280 SYS'l'EM COMPONENT EVALUA'l'IUN WURK SIIE;E'f - 90 DAY REVIEW

• SYS'l'EM: Environment Documentation Reterence out-CONTAINMENT VACUUM standing Units seec1.fication Qualification seecification Qualif. Method Items WJUil'MENT DF.SCRIPrION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1

'l'IME; Ref. Ltr. No.

NS-SS-79207 PLANT ID NO. TEMP NR NR NR NR NR None 1-CV-P-lA OF WMl-'ONENT:

Pwnp Motor MANUFAC'l'UR.lili.: PRF.SS. NR NR NR NR NR None Note 1 psia M>DEL NUMBER: REL. NR NR NR NR NR None Note 1 HUM.

RINCTION: CHEM.

NR NR NR NR NR None Engineered Safety f'ea- SPRAY ture, DBA CLOCA and MSLB) Mitigation ACCURACY:

Spec: NR Deuio:

RAD. WCA = 7.~5 X 10ill ~9~ __ 1-.,.- S&W Cale. Note 1 Note 1 Note 1 qo Yr= 5.2b x 103 12oq& .sq-01s-o I.DCATION:

Auxiliary Building AGING Enclosure ll Refer to None Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Containment Vacuwu Pump (Aging)

FLOOO LEVEL E:LEV: NR SUB. NR NR NR NR NR None ABOVE FLOOD UV.EL: Yes No NH= Not required. All numbers written in Documentation Reference Qualit1.cat1.on column are identified in Section H.

toTES: 1) Component model will be determined during present steam generator outage.

1-CV-P-lA b-78

Facility: VEPCO, SURRY SYSTf.M C0MPONENT EVALUATION WORK SH.E.E'l' - ~O DAY REVIEW Unit: 1 Docket: 50-LUO

.b'YSTEM: tnvironment Documentation Reterence OUt-CONTAINMI,;l'IT VACUUM standing Units Specification  !,_lualitication S~citication ~ua.Lif. Method Items OPER. lLO days Note 1 Westinghouse Note 1 Note 1 Note 1 TIME Ref. Ltr. No.

NS-SS-792117 PLANT ID NO. ThMP NR NR NR NR NR None 1-CV-P-113 op illMPONENT:

Pwnp Motor M!\NU1AC'l'UREH: PRESS. UR NR Nii. NR NR None Note 1 psia KlD.C:L NUMBEH: REL. NR Nk NR NR NR None Note 1 HUM.

FUNC'.rION: CHEM.

' NH NR NR NR NR None Engineered Safety SPAAY Feature, OBA (LOCA and MSLB) Mitigation ACCURACY:

Spec: NR Demo:

RAD. LOCA = 7.95 x 1oz Note 1 S&W Cale. Note 1 Note 1 Note 1 qo Yr= 5.26 x 10~ 12liij6.51l-035-0 WCA'rION:

Auxiliary Building AGING Enclosure q Refer to None Guictelines . Report SKkVICE: Section 7.0 Sec.J.1.2 Containment Vacuum (Aging)

Pump FLOOD LEVEL ELEV: NR SUB. NR NR NR NR NR None ABOVE; FLOOD LEVEL: 'ies No NR = Not required. All numbers written in Documentation Reference Qualificatio11 colwnn are identified in Section 8.

NO'l't:S: 1) Component model will be detennined during present stec.in generator outage.

1-CV-P-18 b-79

Facility: VEPCO, SURRY SYS'l'EM COMPON!!:NT EVALUATION WORK SHEET - 90 OAY RE.VIEW Unit: 1 Docket: 50-2110 SYSTEM: Environment Documental:.ion Reference out-CON'l'AINMENT VACUUM standing Specification vualification Specification Qualif. 'Method Items E);)UIPMENT DE~CRIPTION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 lliote 1 1'1ME Ref. Ltr. No.

NS-SS-19287 PLAN'r ID NO. NR NR NR NR NR None sov-cv...:1soA OOMPONENT:

Solenoid Valve MANUFAC'l'URER: PRESS. NR NR NR NR NR None J\SCO psia M)DE;L NUMBER: REL. NR NR NR NR NR None HBX8320A12 HUM. ll, FUNC'l'ION: CHEM. NR NR NR NR NR None Contairunent Isolation, SPRAY Engineered Safety l!,eature, DBA (LOCA and MSLB) Mitigation l\CCURACY:

Spec: NR Demo:

RAD. LOCA = 2.5 x 106 Note 1 S&W Cale. Note 1 Note 1 Note 1 40 Yr= 2.5 X 106 12846.38-RP-026-0 WCA'l'ION:

Auxiliary Building AGING Enclosure q Refer to None Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Contairunent Vacuum Pmnp (Aging)

Trip Valve FLOOD LEVEL ELEV: NR SUB. NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All nmnbers written in Documentation RefeLence Qualification co~umn are identified in Section B.

NOTES: 1) HBX8320A 12 solenoid valves contain metal parts in .Lieu of plastic. This design is shown ny the "X". Due to lack of docwnentation they will be replaced.

SOV-CV-150A b-110

Facility: VEPCO, SURR'i e

SYS'fEM COMPONENT EVALUA'flON WORK SHEET - 90 DAY REVIEW Unit: 1 Docket: 50-2&0

~"lSTEM: Environment Docwnentation Reference out-CON'l'AINMENT VACUUM standing Units bpecification Qualification .Sp..ciiication Qualit. Method Items E.QUIPMENT DESCRIPfION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1 TIME Ref. Ltr. No.

NS-S:i-792117 PLANT ID NO. 'fE.MP NR NR NR NR NR None SOV-CV-150B op OOMPONE.N'f:

Solenoid Valve MANUFACTURER: PRESS. NR NR NR NR NR None ASCU psia IDDEL NUMBER: REL. NR NR NR NR NR None 11320A12 IIUM.

RJNCTION: CHEM.

' NR NR Nk NR Nk None Containment Isolation, SPRAY Engineered Safety Feature, OBA (LOCA and MSLB) Mitigation ACCURACY:

Spec: NR Demo:

RAD. WC.A =2.5 x 10"' Note 1 S&W Cale. Note 1 Note 1 Note 1 qO Yr= 2.5 x 10 6 lltJijb .313-RP-02b-O LOCATION:

Auxiliary Bldg. AGING Enclosure q Refer to None Guidelines Report SERVICE: Section 7.0 Sec.3.1.:.i Containment Vacuwn (Aging)

Pump Trip Valve FLOOD LEVEL ELEV: NR SUB. .NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All numbers written in Documentation Re:terence Qualification colwnn are identitied in Section 8.

NOTES: 1) Replace, insufficient documentation. Previous testing on similiar ASCO valves (kef. Westinghouse Ltr.

No. NS-SS-77060) indicates valves vent to perform the safety tunction for containment isolation.

'S0V-CV-150Il b-Ul

Unit:

Docket:

Facility: VEI'CO, SUIU{Y 1

50-2110 SYSTEM COMPONENT f.VALUA'l'IUN WORK SHEET - 90 DA"i Rf.VIEW SYS'l'EM: Environment Documentation Reterence uut.-

CONTAINMENT VACUUM st.dlldi11g Units Seecification Qualification SEec1tication vualif. Method Items El)UIPMENT DESCRIPTION OP.ER. 120 days Note 1 Westinghouse Note 1 Note 1 Nott 1

'rIME Rei. Ltr. No.

NS-SS-79287 PLANT ID NO. 'l'EMP NR NR NR NR NR None S0V-CV-150C OF OOMPONENT:

Solenoid Valve MANUFACTURER: PRESS. NR NR NR NR NR None ASCO psia M.>DEL NUMBER: REL. NR NR NR NR NR None l1DX8320A12 HUM. I FUNCTION: CHEM. NR NR NR NR NR None Containment Isolation, SPRAY Engineered Safety Feature.

DBA (LOCA and MSLB)

Mitigation ACCURACY:

Spec: NR Demo:

RAD. LOCA = 2.5 x 106 Note 1 S6W Cale. Nute 1 Note 1 Note 1 qo Yr= 2.5 x 106 12 Bijb .38-RP-026-0 WCATION:

Auxiliary Building AGING Enclosure q Refer to ~one Guidelines Report SERVICE: Section 7.0 Sec.3.1.:.i!

Containment Vacuum Pwnp (Aging)

Trip Valve ELOOD LEVEL ELEV: NR SUB. NR NR NR NR NOnf:

ABOVE FLOOD ~VEL: Yes No NR = Not required. All nwnbers written in Documentation Reference Qualification colwnn are identiried in Section B.

NOTES: 1) HBXB320A 12 solenoid valves contain metal parts in lieu of plastic. 'fhis design is snown by the nxn. Due to lack of docwnentation they will be replaced.

S0V-CV-150C t,-112

Unit:

IX>cket:

Facility: VEPCO, SURRY 1

50-280 SYSTEM COMPONENT EVALUA'l'IUN WORK SHEET - !JO DAY R.li:VIEW SYSTEM: Environment Docwnentation Reference Uut.-

CONTAINMENT VACUUM stcanding Units seec.1.fication Qualit ication S12ecitication Qualif. Method Items WJUIPMENT DESCRIPTION OPER. 120 days Note 1 West1.ngnouse Note 1 Note 1 Note 1 TIME Ret. Ltr. No.

NS-SS-79287 PLANT ID NO. TEMP NR NR NR NR NR None S0V-CV-150D OF WMPONENT:

Solenoid Valve MANUFACTURER: PRESS. NR NR NR NR NR None ASCO psia K>DEL NUMB.ER: REL. NR NR NR NR None 8320A12 HUM. I FUNCTION: CHEM. NR NR NR NR NR None Containment Isolation, SPRAY Engineered Safety Feature, DBA (LOCA and MSLB, Mitigation ACCURACY:

Spec: NR Demo:

RAD. LOCA = 2.5 x 106 Note 1 S&W Cale. Note 1 Note 1 Note I qo Yr= 2.5 x 106 12 814b .3tt-RP-02b-O WCATION:

Auxiliary Bldg. AGING Enclosure 4 Refer to None Guidelines Report SERVICE: Section 7.0 sec.J.1.2 Containment Vacuum (Aging)

Pump Trip Valve FLOOD LEVEL ELEV: NR SUB. NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All numbers written 1.n Documentation Reterence Qualification column are identified in Section B.

?OTES: 1) Replace, insufficient documentation. Previous testing on similiar ASCO valves (Ref. Westinghouse Ltr.

No. NS-SS-77060) indicates valves vent to perform the safety function tor containment isolation.

SOV-t:V-1~00 b-&3

Facility: VEPCO, SURRY SYSTF..M COMPONEN'l' EVALUJ~'l'ION WORK SHE.ET - ':fO DAY R£Vlf..W Unit: 1 Docket: 50-2BO SYSTEM: Environment Docwnentation Reference out-FBBDWATER standing Specification Qualification Specitication Uual.if. Method Items

~UIPMENT DESCRIPTION OPER. 120 days 6 min Westinghouse 1,3:_"1 Sequen- ~ote 1 TIME ket. Ltr. No. tial NS-S.:i-7921i7 Test PLANT ID NO. TEMP 275F, 0-30 min >350F VEPCU-NRC 11-22-77 1,33 Sequen- Note 1 FT-FW-100A op 275-150F, 30-60 min No. 31i2A/092477 tial 150-120F, 1-48 hr Test 120F, 2-120 days OOMPONENT:

Flow Transmitter MI\Nm'ACTURBR: PRESS. 58.7, 0-30 min 110.7 VEPCO-NRC 11-22-77 1,33 Sequen- Note 1 Fischer-Porter psia 58.1-12.1. No. 3112A/0921177 tial 30 min-48 hr Test 12.7, 2-120 days t.UDlil. NUMDER: REL. 100 100 Vf.PCO-NRC 6-110 1,33 sequen- Note 1 10B2496PB NS HUM. J No. 535 tial Test FUNC'tlON: CHEM. ll3B0 3 (2 ,000-2

• 200 1.14 Wt J li3D03

• VEPCO-NRC b-80 1,33 Sequen- Note 1 HEI.B Mitigation SPRAY ppm B) 0.17 Wt i NaOH No. 53S tial buttered to pH of dissolved in h 2 0 Test 8.5-11 NaOH,4hr ACCURACY:

Spec: :t:lOJ Demo: Max. Error

-2. n RAD. LOCA = 7.4 x 106 S&W Cale. 1,33 Sequen- Note 1

• 1. 91" 40 Yr= 3.5 X 10* 12B4b .511- tial, kP-OJli-0 Test WCATION:

Inside Containment AGING Enclosure 4 kefeL to None Outside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 SblA Auxiliary Feedwater (Aginy)

Flow FLOOD LEVI::L fil.EV': -21 1 11

• SUB. NR si:;w Cale. NR Nit None ABOVE; FLOOD Ll;VEL: X Yes 128116 No PE-036-0 FT-FW-lOOA b-tUl

NR = Not required. All numbers written in Documentation Reterence (,Jualitication colunm are identified in Sect.ion Ii.

tUTES:

1) Replace, transmitters will not be qualified to requirements of n.1*:E ]23-1~74. .JU!:i'l'IE'I~ATI01'1: Tile accuracy requirement given for trip function applies only until the containment pressure reaches the point at which satet.y injection is initiated by the containment pressure transnu.tter. Transmitters remained witlun the accuracy required for trip functions within the first 30 seconds (Ref. WCAP-9157).

FT-FW-100A b-84 (cont)

Unit:

Docket:

Fdcility: VEPCO, SURRY 1

50-2UO SYSTEM COMPONENT 1!.VALUA'rION WORK SHEET - ~0 DAY R1'.VIEW SYS'rEM: Environment Documentation Reference out-Fl!:EOWA'fER standing Units S(;!ecification Qualification S~citication  !,.!ualit. Methoct Items EQUIPMEN'f DESCRIPTION OPER. 120 days 6 nun Westinghouse 1,33 Seguen- Note 1 TIME Ret. Ltr. No. tial NS-SS-79287 Test:.

PLAN'!' ID NO. 'l'EMP 275F, 0-30 min >3501 VEPCO-NRC 11-22-77 1,33 Sequen- Note 1 1'"f-FW-100B OF 275-150F, 30-60 min No. 3U2A/0924 77 tial 150-UOF, 1-'18 hr 'l'est 1201, 2-120 days U>MPONEN'l':

Flow Transmitter MANUFACTURER: PRl!":SS. 58.7, 0-30 min 80.7 VEPCU-NRC 11-22-77 1,33 Seguen- Note 1 Fischer-Porter psia 58.7-12.7, No. 382A/0921! 77 tial 30 min-4tl hr Test 12.7, 2-120 days MJDEL NUMBER: REL. 100 100 VEPCO-NRC 6-80 1,33 Seguen- Note 1 10B21i96PB NS UUM. I No. 53!:> tial Test FUNC'fION: CHEM. H3B0 3 (2,000-2,200 1. lil Wt:. lL ll3B03 VEPCO-NRC 6-80 1,33 Sequen- Note 1 HELB Mitigation SPRAY ppm B) 0

• 17 Wt:. :\ NaOH No. 535 tial buttered to pH of dissolved in 11 2 0 Test 8.5-11 NaOH,lihr ACCURACY:

Spec: +/-101 Demo: Max. Error

-2. U RAD. LOCA = 7.4 X 10" 4 X 10* S&W Cale. 1,33 Sequen- Note 1

+1. 91 40 Yr = 3.5 X 10* l'.£!M6 .38- tial RP-03tl-O Test LOCATION:

Inside Containment AGING Enclosure q Reter to None Outside Cranewall Guidelines RefJort SERVICE: Section 7.0 Sec .3. 1.2 SG1D Auxiliary Feectwater (Aging)

Flow FLOOD Lt.'VEL .fil.t:V: -21 1 11 .. SUB. -21 1 11'" NR S&W Cale. NR NR None ABOVE FLOOD LEVEL: X Yes 128116 No Pl!.-036-0 FT-FW-100B b-U5

NJTt;S:

NH: Not required. All nwnbers written in Docwnentation Reference Qualification colwnn are identitied in Section 8. *

1) Replace, transmitters will not be qualified to requirements ot IEl:.E 323-19711. JllS'rillt;llTION: 'I'he accuracy requirement given for trip function applies only until the containment pressure reaches the point at wluch safety injection is initiated by the containment pressure transmitter. 'l'ransmitters remained within the accuracy requirect for trip functions within the first ..:o seconcis (Ref. WCAP-9157).

FT-FW-lOOli b-U~

(cont)

Facility: V~f>CO, SURRY SYS'rEM COMPONENT EVALUATION WORK SHEET - 90 DAt REVIEW Unit: 1 Docket: 50-280 5YS'1'EM: Envirorunent Documentation Reference out-FE.tWWATER standing Specification Qualification Specification (iualif. Methou .Items l:QUIPMENT DESCRIPTION OPER. 120 days 6 min Westinghouse 1,33 Sequen- Note 1 TIME Ret. Ltr. No. tial NS-SS-71),!87 Test PLANT ID NO. TEMP 275F, 0-30 min >350F VEPCO-NRC 11-22-77 1,33 Sequen- Note 1 FT-FW-lOOC OF 275-150F, 30-60 min No. 31:t2A/09lll 77 tial 150-120F, 1-48 hr Test 120F, 2-120 days ffiMPONEN'l':

Flow Transmitter MA.NUFACTURER: PRESS. 58.7, 0-30 min 80.7 VEPCO-NRC 11-22-77 1,33 Sequen- Note 1 Fischer-Porter psia 58.7-12.7, No. 3ll2A/0!12477 tial 30 min-4ll hr 'l'est 12.7, 2-120 days OODEL NUMBER: REL. 100 100 VEPCO-NRC 6-80 1,33 Sequen- Note 1 10B2ll96PB NS HUM. J No. 535 tial Test E\JNCTION: CHEM. 113803 (2,000-2,200 1.l!J Wt ll, H3B03 VEPCO-NRC o-80 1,33 Sequen- Note 1 IIELB Mitigation SPRAY ppm B) 0. 17 Wt J NaUH No. 53~ tial buffered to pH of dissolved in H 2 0 Test 8.5-11 NaOH,4hr ACCURACY:

Spec: :t 10, Demo: Max. Error

-2. U, RAD. LOCA = 7.4 x 106 S&W Cale. 1,33 Sequen- Note 1

+ 1. !Ii 40 Yr= 3.5 X 10* 12846.3ll- tial RP-038-0 Test WCJ\'l'ION:

Inside Containment AGING Enclosure q Refer to None Outside Cranewall Guidelines Report SBRVICE: Section 7.0 Sec.3.1.2 SGIC Auxiliary Feedwater (Aging)

Flow F'LOOO LEV EL ELEV : -21" 11

• SUB. -21 1 11 11 NR S&W Cale. NR NR None AjjQVE FLOOD LEVEL: X Yes 12846 No PE-036-0 FT-FW-lOOC 6-ll6

NR = Not required. All numbers written in Docwnentation Reference Qualification column are identitied in Section Ii.

IDTES: 1) Replace, trdnsmitters will not be qualified to requirements of n:EE* 3:.!3-1974. JUSTII0 IChTION: 'rhe accuracy requirement given for trip function applies on.ly until the containment pressure reaches the point at wtuch safety injection is initiated by the containment pressure transmitter. Trausmitters remai11ed within the a*ccuracy required for trip functions within the first 30 seconds (Ref. WCAP-~157).

FT-.FW-lOOC b-lib (cont)

Facility: VEPCO, SURRY SYSTEM COMPONENT .EVALUATION WORK SHE.ET - 90 DhY RJ,;\fIEW Unit: 1 Docket: 50-2110 SYS'l't:M: Environment Documentation Reference out-FEEDWATER standing Specification Qualification Specitication \;!Ua.l.J..f

• Method Items EY,JUIPMENT DESClUPTION OPER. 120 days FUJlctional. after Westihghouse 15 Sequen- None TIME testing Ret. Lt. No. tial NS-SS-792u7 Test PLANT ID NO. 275F, 0-30 min 350F, 10 min VEPCO-NRC 11-22-77 15 Sequen- None L'l'-14711 275-150F, 30-60 min cool down, No. 3112A/0924 77 tial 150-120F, 1-4B hr 350~*, 10 min Test 120F, 2-120 days 303F, II hr 250F, llli hr illMPONENT:

Level Transmitter MANUFA(.'TURER: PRESS. 58.7, 0-30 min 1311.7, 20 min Vfil'CO-NRC 11-22-77 15 Sequen- None Rosemount psia 50.7-12.7, 69.7, 13 hr No. 3b2A/0!:121177 tial 30 min-48 hr 29. 7, 1113 hr Test 12.7, 2-120 days IDDEL NUMBER: REL. 100 100 VEPCO-NRC 6-80 15 Sequen- None 1153DAII HUM. I No. 535 tial Test FUNCTION: CHEM. 113803 (2,000-2,200 . Teste*cf with spray VEPCO-NRC b-130 15 Sequen- None OBA (LOCA and MSLB) SPRAY ppm B). of H 3 b0 3 (15,000 No. 535 tial Mitigation ppm 1:1) Test buffered to pH of buffered to pH of 8.5-11 NaOH,llhr 10.5 at 77r NaOH, 24 hr ACCURACY:

Spec: :tBI Demo: H,. 951 RAD. LOCA = 2.11 x 107 II .4 X 107 S&W Cale. 15 Sequen- None 110 Yr= 1.3 X 107 12tillb .5:a-RP- tial.

038-0 Test WCATION:

Inside Containment AGING Enclosure 4 Refer to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec. 3.1.2 Steam Generator 1 (Aging)

Narrow Range Level FLOOD LEVEL .fil.£V: -21 1 11M SUB. -21'-11 11 NR S&W Cale. NR NR None AliOVE FLOOD LE.VEL: X Yes 128116 No P£-036-0 NH= Not required. All numbers written in Documentation Reference.Qual.ii:ication colllllln are identified in Section II.

b-87

Facility: VEPCO, SURkY SYSTEM COMPONENT Ji.VALUATION WOltl< SHEET - 90 DAY Rf:VIEW Unit: 1 Ix>cket: 50-280

~'YSThM: Environment Documentation Reference out-FEEDWA'fER standing Units seecification Qudlification S[!ecification Qual.if. Methoct Items EQUIPMEN'l' DESCRIPTION OPER. UO days >120 days We.stin<JhOuse 7,9,10 Sequen- Note 1 TIME Ret. Lt. No. tial NS-SS-792117 Test PLANT ID NO. TEMP 275F, 0-30 min 0-280,0-3 sec VEPCO-NRC 11-22-77 7,9,10 Sequen- Note 1 L'l'-1Q75 OF 275-150F, 30-60 min 280, 3-1200 sec No. 3b2A/092Q77 tied 150-120F, 1-qa hr 280-220, 20 min- Test 120F, 2-120 days 211 hrs 1-15 days OOMPONENT: 222, 1-15 days Level Transmitter M!\NUFACTURER: PRESS. 58.7, 0-30 min 89.7, 3-1200 sec VEPCO-NRC 11-22-77 7,9,10 Sequen- Note 1 Barton psia 58.7-12.7, No. 382A/092Q77 tial 30 inin-Q8 hr Test 12.7, 2-120 days H)DEL NUMBER: REL. 100 100 VEPCU-NRC 6-60 7,9,10 Sequen- Note 1 366 HUM. I No. 535 tial Test

EUNC'l'ION: CHEM. H31 B0 31 (2 ,000-2 ,200 1.1q wtl 11 31 B0 31 VEPCO-NRC b-80 7,9,10 Sequen- Note 1 OBA (LOCA and MSLB) SPRAY ppm B) 0.17 wt:I NaOH No. 535 tial Mitigation buffered to pH of Test 8.5-11 NaOH,Qhr ACCURACY:

Spec: +/- 101 5 min Demo: 0-5 min 51 max error 5 min- RAD. LOCA = 2.Q X 107 5 X 10" S&W Cale. 7,9,10 Sequen- Note 1 17 months 171 QO Yr= 1.3 X 10" 121Mb .5Q-RP- tial 038-0 Tti!St WCI\TION:

Inside Containment AGitlG , Enclosure 4 Reier to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Steam Generator 1 (Aging)

Narrow Range Level FLOOD LEVEL hLEV: -21 1 11* sun. -21 1 11 11 tm S&W Cale. NR NR None AllOVE FLOOD LEVEL: X Yes 128Qb No PE-03b-O NR = Not required. All nwnbers written in Documentation Refli!rence Qualification col\Dnn are identified in section 11.

NJTE: 1) As previously canmitted, component will be replaced during third refueling.

LT-1Q75 b-88

Facility: VEPCO, SURRY SYSTEM COMPONENT EVALUATION WORK SHEET - 90 DAY RE.VIEW lh1it: 1 lbcket: 50-280 SYSTE.M: Environment Documentation Reference out-FE~DWA'fER standing Specification Qualification Specification Qualif. Method Items E?,JUIPMENT DESCRIPTION OPER. 120 days >120 days Westinghouse 7,9,10 Sequen- Note 1

• rIME Ref. Lt. No. tial NS-SS-792117 Test PLANT ID NO. 275F, 0-30 min o-2uo, o-3. sec VEPCU-NRC 11-.22-77 7,9,10 Sequen- Note 1 LT-11176 275-150F, 30-60 min 280, 3-1200 sec No. 382A/0921l77 tial 150-120F, 1-118 hr 2uo-220. 20 min- '!'est 120F, 2-120 days 24 hr 2 2 2 , 1-1 5 days ffiMPONENT:

Level Transmitter MANUFACTURER: PRESS. 5U.7, 0-30 min 89. 7, 3-1200 sec VEPCO-NRC 11-22-77 7,9,10 Sequen- Note 1 Barton psia 58.7-12.7, No. 3112A/0921l77 tial 30 min-118 hr Test 12.7, 2-120 days IDDEL NUMBER: REL. 100 100 VEPCO-NRC 6-80 7, 9, 10 Sequen- Note 1 386 HUM. l No. 535 tial Test FUNCTION: CHEM. 11:,BOll (2

• 0.00-2 ,200 1.14 Wtj H 3 B0 3 VEPCO-NRC 6-80 7,9,10 Sequen- Note 1 OBA (LUCA and MSLB) SPRAY ppm B) 0.17 wu NaOH No. 535 tial Mitigation Test buffered to pH of 8 .5-11 NaOH,4hr JICCURACY:

Spec : :t 1o, 5 min DenK>: 0-5 min 5%

max error 5 min- RAD. LOCA = 2.ll X 107 5 X 107 S&W Cale. 7,9,10 Sequen- Note 1 17 hours1.967593e-4 days <br />0.00472 hours <br />2.810847e-5 weeks <br />6.4685e-6 months <br /> 17%

• 110 Yr.= 1.3 X 107 12 lillt>. 51l-RP- tial 038-0 Test WCATION:

Inside Containment AGING Enclosure 4 Refer to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec. 3.1.2 Steam Generator 1 (Aging)

Narrow Range Level FLOOIJ U:VEL t;I.EV: -21

• 11" SUB. -21*11" NR S&W Cale. NR NR None ABOVE FLOOD LEVEL: X Yes 121146 No PE-036-0 NR = Not required. All nwnbers written in Documentation Reference Qualification colwl\ll are identified in Section 8.

1'0TE: 1) As previously co111nitted, component will be replaced during third refueling.

LT-1476 6-119

Facility: VEPCO, SURRY lilit:

IXlcket:

1 50-2UO SYSTEM COMPONENT EVALUATivN WORK SHEET - 90 DAY R.I.WIEW

• SYSTE.M: Environment Documentation Reference Out-FEEDWATER Sti:tllding Units SE!ecification  !,!ualif ication s~citication ~)uaJ.if. Method Items B)lUIPMENT DESCRIPTION OPER. 120 days >120 days Westinghouse 7,9,10 Sequen- Note 1 TIME testing Rei:. Lt. No. tial NS-SS-792U7 Test PLANT ID NO. TEMP 275F, 0-30 min 0-2d0, 0-3 sec VEPCO-NRC 11-22-77 7,9,10 Sequen- Note 1 LT-14UII OF 275-150F, 30-60 min 280, 3-1200 sec No. 3tl2A/0921177 tial 150-120F, 1-48 hr 280-220, Test 120F, 2-120 days 20 mlll-211 hrs 2:n. 1-15 days OOMFONENT:

Level Transmitter MANUFACTURER: PRESS. 58.7, 0-30 min 89.7, 3-1200 sec VEPCO~RC 11-22-77 7,9,10 Sequen- Note 1 Barton psia 58.7-12.7, No. 3d2A/0921177 tial JO min-48 hr Test 12.7, 2-120 days M)DEL NUMBER: REL. 100 100 Vl!:PCO-NRC 6-80 7,9,10 Sequen- Note l 386 HUM. I No. 535 tial Test FUNCTION: CUEM. H:,BO:, (2

• 000-2, 200 1. 111 wtl H 3 B0 3 VEPCO-NRC b-80 7,9,10 Sequen- Note 1 DBA (LOCA and MSLB) SPRAY ppm B) 0.17 wt.lit NaOH No. 535 tial Mitigation Test buffered to pH of 8 .5-11 NaOH,llhr J\CCURAClC:

Spec: +/-101 5 min Demo: 0-5 min 5%

max error 5 min- RAD. LOCA = 2.11 x 10" 5 X 10 7 S&W Cale. 7,9,10 Sequen- Note 1 17 hours1.967593e-4 days <br />0.00472 hours <br />2.810847e-5 weeks <br />6.4685e-6 months <br /> 17% 110 *Yr = 1.3 X 10 7 12U4b .511-RP- tial 03U-0 Tes.t IDCATION:

Inside Containment AGING Enclosure 4 Refer to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec. 3.1.2 Steam Generator 2 (Aging)

Narrow Range Level FLOOD LEVEL ELEV: 11 11 SUB. -21 1 11 11 NR S&W Cale. Nk None ABOVE FLOOD LEVEL: X Yes 12846- No PE-OJb-O NR = Not required. All numbers written in Docwnentation Reference Qualification colwnn are identified in Section U.

NJTE: 1) As previously conunitted, component will be replaced during third refueling.

LT-14811 b-90

Facility: VEPCO, SURRY Unit:

lXlcket:

1 50-280 SYS'l'.EM COMPONENT EVALUATION WORR SHEET - 90 DAY REVIEW SYS'l'EM: Environment uocumentation Reference Out-FEEDWA'l'ER standing Units S12ecification Qualification S12ecitication 1,?ualif. Methoct Items E;QUIPMENT DESCRIPTION OPER. 120 days >120 days Westinghouse 7,9,10 Sequen- Note 1 TIME Ret. Lt. No. Sequen-NS-SS-792B7 Test PLANT ID NO. TEMP 275F, 0-30 min 0-280, 0-3 sec VEPCO-NRC 11-22-77 9,7,10 Sequen- Note 1 LT-11185 OF 275-150F, 30-60 min 280, 3-1200 sec No. 3tl2A/0~21177 Sequen-150-120F, 1-118 hr 280-220, 20 min- Test 120F, 2-120 days 211 hrs 222, 1-15 days illMPONENT:

Level Transmitter MANUFl1.C'l'URER: PRESS. 58.7, 0-30 min tl9.7, 3-1200 sec VEPCO-NRC 11-22-77 7,9,10 Sequen- Note 1 Barton psia 58.7-12.7, No. 382A/092tt 77 tial 30 min-1rn hr Test 12.7, 2-120 days IDDEL NUMBER: REL. 100 100 VEPCO-NRC b-80 7,9,10 Sequen- Note 1 3116 HUM. '.I No. 535 tial Test FUNC'l'ION: CHEM. 8 3 00 31 (2,000-2,200 1.111 Wt'- 11 3 B0 3 VEPCO-NRC 6-tlO 7,9,10 Sequen- 1'1ote 1 DBA (LOCA and MSLB) SPRAY ppm B) 0. 17 wt'.I NaUU No. 535 ti.al Mitigation buffered to pH of Test 11.5-11 NaOll,llhr ACCURACY:

Spec: :t 1 Oi 5 min Demo: 0-5 min !>'.I max error RAD. LOCA = 2.11 X 10~ 5 X 10~ S&W Cale. 7,9,10 Sequen- Note 1 5 min-17 months 17i 110 Yr= 1.3 X 10~ 121lllb.511-RP- tial 03U-O Test WCATION:

Inside Containment AGING Enclosure II Refer to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Steam Generator 2 (Aging)

Narrow Range Level FLOOD LEVEL EL~V: -21*11" SUB. -2 P 11 11 NR S&W Cale. NR NR None ABOVE FLOOD LEVEL: X Yes 128116 No PE-036-0 NR = Not required. All numbers written in Documentation Reference Qualification column are identified in Section B.

• NJTE: 1) As previously conuuitted, component will be replaced during third refeuling.

LT-1485

Facility: VEPCO, SURRY. SYSTEM COMPONENT EVALll/1.TION WORK Slit.ET - 90 DAY KEVIEW unit: 1 Docket: 50-280 SY'STEM: Environment Documentation R~ference Out.-

FEEDWA'rER standing Units SEecification Qualification SEecification Qualit. Method I tt;!IIIS g!UIPMENT DESCRIPTION OPER. 120 days >120 days Westinghouse 7,9,10 Sequen- Note 1 TI.ME Ref. Lt. No. tial N~-SS-79287 Test PLANT ID NO. TEMP 275F, 0-30 min 0-280, 0-3 sec VEPCU-NRC 11-22-77 7,9,10 Sequen- Note 1 LT-1486 OF 275.-lSOF, 30-60 min 280, 3-1200 sec No. 382A/0921177 tial 150-120F, 1-48 hr 280-220, 20 min Test 120F, 2-120 days 24 hrs 222 1-15 days OOMPONENT:

Level Transmitter Ml\.NUFACTURER: PRESS. 58.7, 0-30 min 89.7, 1-1200 sec VEPCO-NRC 11-22-77 7,9,10 Sequen- ttote 1 Barton psia 58.7-12.7, No. 3112A/092477 tial 30 min-48 hr Test 12.7, 2-120 days IDDEL NUMBER: REL. 100 100 VEl?CO-NRC 6-80 7,9,10 Sequen- Note. 1 386 HUM. I No. 535 tial Test EUNCTION: CHEM. 11380 3 (2,000-2,200 1.111 wt~ H 3 B0 3 VEPCO-NRC b-UO 7,9,10 Sequen- ~ote 1 DllA (LOCA dJld MSLB) SPRAY .ppm B) 0. 17 wt% NaOH No. 535 tial*

Mitigation Test buffered to pH of

8. 5-11 NaOH,4hr ACCURACY:

Spec: t10, 5 min Demo: 0-5 min 5%

max error . RAD. LOCA = 2.4 x 107 5 X 101 S&W Cale. 7,9,10 Sequen- None 5 min-4 months 11, 40 Yr= 1.3 X 107 12Ull6 .54-RP- tial 038-0 Test WCA'l'ION:

Inside Containment AGING Enclosure 4 Refer to None Insid~ Cranewall Guidelines Report SERVICE: Section 7.0 Sec. 3. 1.2 Steam Generator 2 (Aging)

Narrow Range Level

.FLOOD LEVEL ELEV: -21 *11,. SUB. *. -21"11 11 NR S&W Cale. NR NR None ABOVE FLOOD I.J:;VEL: X Yes 12846 No . PE-036-0 NR = Not required. All nwnbers written in Documentation Reference Qualification column are identified in Section 8.

toTi,.: 1) As previously committed, component will be replaced during third refueling.

b-9.:t

Unit:

rocket:

Facility: VEPCO, SURRY 1

50-280 SYSTEM COMPONENT EVALUA'rION WORK SHEET - 90 DAY lIBVIEW

• SYSTEM: E;nvironment Documentation Reference Out-FEEDWA"rER standing Units ~ecification Qualification seecification Qyalif. Method Items EQUIPMENT UESC1UPTION OPER. 120 days 120 days Westinghouse 7,9,10 Sequen- Note 1 TIME Ref. Lt. No. tial NS-SS-79287 Test PLANT ID NO. ".rEMP 275F, 0-30 min 0-2tt, 0-03 sec V.EPCO-NRC 11-22-11 7, 9, 10 Sequen- Note 1 L'l'-1494 OF 275-lSOF, 30-60 min 280, 3-1200 sec No. 3tt2A/0921l 77 ti.al 150-120F, 1-48 hr 280-220, 20 min- Test 120.F, 2-120 days 211 hrs 222, 1-15 days WMPONENT:

Level Transmitt~r MI\NUFAC."l'URER: PRESS. 58.7* 0-30 min 89.), 3-1200 sec VEPCO-NRC 11-22-77 7,9,10 Sequen- Note 1 Barton psi.a 58. 7-12 .* 7, NO. 31t2A/092*l77 tial 30 min-118 hr Test 12.7, 2-120 days IDDEL NUMBER: REL. 100 100 VEPCO-NRC 6-80 7,9,10 Sequen- Note 1 386 HUM. :\ No. 535 tial Test RJNCTION: CHEM. H31BU 31 (2 ,000-2 ,200 1. 111 wt:1 ll31B031 VEPCO-NRC 6-80 7,9,10 Sequen- Note 1 DUA (LUCA and MSLB) SPRAY ppm B) 0.17 Wt:I NaOH No. 535 tial Mitigation buffered to pH of Test 8.5-11 NaOH, 4hr ACCURACY:

Spec : :t 1 01 5 1nin Demo: 0-5 min 5'A max error 5 mi.11- RAD. LOCA = 2.4 X 107 s.x 1011 S&W Cale. 7,9,10 Sequen- Note 1 4 months 171 40 Yr = 1.3 X 1011 121J4b .5&t-RP- tial 03tl-0 Test WCATION:

Inside Contairunent AGING Enclosure 4 Refer to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Steam Generator 3 (Aging)

Narrow Range Level FLOOD LEVEL ELEV: -21 1 11" SUB. -21*11 11 NR S&W Cale. NR NR None ABOVE FLOOD LEVEL: X Yes 128116 No Pt:;-036-0 NR = Not required. All nwnbers written in Documentation Reference Qualification column are identified in Section U.

to'l'ES: 1) .As previously committed, component will be replaced during third refueling.

b-!f:I.

Unit:

Docket:

Facility: VEPCO, SURRY 1

50-2li0 SYSTEM COMPONEN'l' EVALUA.'rION WORK SHEET - 90 DJ,Y REVIEW SYSTEM: Environment Documentation Reference out-FEEDWATER standing Specification Qualification Specification Qualif. Method Ite111s EQUIPMENT DESCRIPTION OP.ER. 120 days >120 days Westinghouse Sequen- Note 1 TIME Ref *. Lt. No. tial NS-SS-79287 Test PLANT ID NO. TEMP 275F, 0-30 min 0-200, _0-3 sec VBPCO-NkC 11-22-77 7,9,10 Sequen- Note 1 LT-1495 OF 275-150F, 30-60 min No. 3112A/092477 tial 150-120F, 1-48 hr 280, 3-1200 sec Test 120F, 2-120 days 280-220, 20 min- 24 hrs 222, 1-15 days CDMPONENT:

Level Transmitter MII.NUFACTURER: PRESS. 58.7, 0-30 min 89.7, 3-1200 sec V~PCO-NRC 11-22-77 7,9,10 Sequen- Note 1 Barton psia 58.7-12.7, No. 382A/092477 tial 30 min-48 hr Test 12.7, 2-120 days M)DEL NUMBER: REL. 100 100 VEPCO-NRC b-80 7,9,10 Sequen- Note 1 386 HUM. I No. 535 tial Test FUNC'l'ION: C..11EM.

• H31B031 (2 .000-2 .200 1.14 wt\\ H 3 B0 3 VEPCO-NRC b-80 7,9,10 Sequen- Note 1 DBA (LOCA and MSLB) SPRAY ppm B) 0.17 wt:. NaOH No. !>35 tial Mitigation Test buffered to pH of 8.5-11 NaOH,4hr

.I\CCURACY:

Spec: +/-lo, 5 min Demo: 0-5 min Si max error RAD_. LOCA = *2.11 X 10 .. 5 X 101- S&W Cale. 7,9,10 Sequen- Note 1 5 min-ltmonths 171 40 Yr= 1.3 X 10~ 12846 .51t-RP- tial 03H-0 Test WCATION:

Inside Containment AGING Enclosure 4 Refer to None I Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec. 3.1.2 Steam Genera tor 3 (Aging)

Narrow_Range Level FLOOD LEVEL ELEV: -21*11" SUB. -21111* NR Sl>W Cale. NR NR None ABOVE FLOOD UVEL: X Yes 12!34& No PE-036-0 1'IR = Not required. All numbers written in Documentation Reference Qualification column are identified in Section B.

NJTES: 1) AB previously committed, component will be replaced.during third retueling.

LT-lil95

Unit:

rocket:

Facility: VEPCO, SURRY 1

50-2BO SYSTEM COMPONENT EVALUATION WORK SHE.ET - 90 DAY REVH.W S'iS'rEM: Environment Documentation Reference out-FEEDWATER standing Units seecification Qualification SE!ecification Qualif. Method Items g?UIPMENT DESCRIPTION OPER. 120 days >120 days Wes ting house 7,9,10 Seque11- Not:.e 1 TIME Ret. Lt. No. tial NS-SS-79287 Test PLANT ID NO. TEMP 275F, 0-30 min 0-2EIO 0-3sec VEPCO-NHC 11-22-77 1, 9, 10 Sequen- Not:.e 1 LT-11196 OF 275-150F, 30.,..60 min 280, 3-1200sec No. 3 tilA/0921177 tial 150-120F, 1-IIB hr 200-:ao. 20 min- Test 120F, 2-120 days 211 hr 222, 1-15 days WMPONENT:

Level Transmitter MI\NUFAC'rlJRER: PRESS. 5B.7, 0-30 min B9.7,3-1200 sec Vfil'CU-NRC 11-22-77 15 Sequen- Note 1 Barton psia 58.7-12.7, No. 3tt2A/0921l77 tial 30 min-4B br Test 12.7, 2-120 days IDDE.L NUMBER: REL. 100 100 VEPCO-NRC b-80 7, 9, 10 Sequen- tiote 1 386 HUM. I No. 535 tial Test EUNCTION: CHEM. ll:,B0 31 (2,000-2,200 1.114 wt I H31 BO:, VEPCO-NRC b-80 7,9,10 Sequen- ~ote 1 OBA (WCA and MSLB) SPRA'i ppm B) 0.17 wt " NaOH No. 535 tial Mitigation Test buffered to pH of 8.5-11 NaOH,llhr 1\CCURACY:

Spec: t101 5 min Demo: 0-5 min Max error 5"

5 min-II rnontha 171 RAD. LOCA = 2.11 X 107 . 5 x 107 S&W Cale. 7, 9*, 10 Sequen- Note 1 40 Yr= 1.3 X 107 12 lt46 .511-RP- tial 038-0 Test WCATION:

Inside Containment AGING Enclosure II Reter to None Inside Cranewall Guidel1.nes Report SERVICE: .sect1.on 7.0 Sec. 3. 1.~

Steam Generator 3 (Aging)

Narrow Range Level F'LOOD LEVEL t:.LEV: -~1*11 11 SUB. NR S&W Cale. NR NR None ABOVE FLOOD LEVEL: X Yea 128116 No PE-036-0 NR = Not required. All numbers written i.n Docwnentation Reterence Qualification column are identified in Section 8.

tote: 1) As previously conunitted, component will be replaced during third refueling.

LT-14%

Facility: VEPCO, SURRY SYSTEM COMPONENT EVALUATION WORK SHE~T - 90 DAY REVIEW Unit: 1 Docket: 2UO SYSTEM: Enviromnent Docwnentation Reference out-FBEDWATER standing Units seecification Qualification S~cification Qualif. Method Items B)UIPMENT DESCRIPTION OPER. Perform their Functional after Westinghouse Note 1 Note 1 Note 1 TIME function within testing Ref. Lt. No.

1 hr of accident NS-SS-79287 PLAN'r ID NO. 275F. 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 MOV-FW-151A 275-150F, 30-60 min No. 382A/0~2477 150-120F, 1-48 hr 120F, 2-120 days ffiMPONENT:

Motor Operated Valve MI\NU FAC'l'URER: PRESS. 58.7, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note: 1 Note 1 psia 58.7-12.7, No. 382A/092477 30 min-48 hr 12.7, 2-120 days MJDEL NUMBER: REL. 100 Note 1 VEPCO-NRC 6-80 Note 1 Note 1 Note 1 Note 1 HUM. I No. 535 FUNCTION: CHEM. ll3B03 (2,000-2,200 Note 1 VEPCO-NRC 6-80 Note 1 Note 1 Note 1 JlliLB Mitigation SPRAY ppm B) No. 535 buffered to pH of 8.5-11 NaOH,llhr ACCURACY:

Spec: NR Demo:

RAD. LOCA = 7.ll X 10 6 2 X 101 S&W Cale. Note 1 Note: 1 Note 1 40 Yr = 3.5 X 10* 12846.54-RP-038-0 WCATION:

Inside Containment AGI~G, Enclosure 4 Refer to None Outside Cranewall Guidelines Report SEHVICE: Section 7.0 Sec.3.1.2 Aux. Feedwater (Aging)

FLOOD LEVEL !!:LEV: -21111* SUB. -21 1 11* NR S&W Cale. NR NR None AUOVE FLOOD LEVEL: X Yes 121146 No PE-036-0 NR = Not required. All nwnbers written in Docwnentation Reference Qualification column are identified in Section O.

OO'!'ES: 1) Component model will be determined during present steam generator outage.

MOV-FW-151A 6-%

Unit:

IX>cket:

Facility: VEPCO, SURRY 1

50-280 SYSTEM COMPONENT .ll.'VALUATION WORK SH.EE'!' - 90 DAY REVIEW S'iSTEM: Environment Documentation Reference Out-FEJ.,;DWl\'l'ER sta11ding Units Sgecif ication Qualification Specification Qualif. Metllod _!ten"2__

D).)UlPMEN'l' DESCRIP'rION OPER. Perform their Functional after Westinghouse Note 1 Note 1 Note 1 TIME function within test.ing Ref. Lt. No.

1 hr of accident NS-SS-7~2t:17 PLANT ID NO. TEMP 275F, 0-30 min Note 1 Vlil'CO-NRC 11-22-77 Note 1 Note 1 Note 1 MOV-FW-151B OF 275-150F, 30-60 min No. 3H2A/092477 150-120F, 1-418 hr 120F, 2-120 days CDMPONENT:

Motor Operated Valve

~NUFAC'.l'IJR.ER: PRESS. 58.7, 0-30 min Note 1 VJ::PCO-NRC 11-22-77 Note 1 Note 1 Note 1 Note 1 psia 58.7-12.7, No. 3H2l\/09:.t477 30 min-48 hr 12.7, 2-120 days M:>DEL NUMBER: REL. 100 Note 1 VEPCO-NRC b-80 Note 1 Note 1 Note 1 Note 1 HUM. I No. 535 FUNCTION: CHEM. H 3 B0 3 (2,000,;_2,200 Note 1. VEPCO-NRC b-80 Note 1 Note 1 Note 1 HELB Mitigation SPRAY ppm B) No. 535 buffered to pH of 8.5-11 NaOll,llbr ACCURACY:

Spec: NR Demo:

RAD. LOCA = 1.11 X 106 2 X 10 .. S&W Cale *. Note 1 Note 1 Note 1 40 Yr = 3.5 X 10* 128116.511-RP-0311-0 l.DCATION:

Inside Containment AGUJG , Enclosure II Refer to None Outside Cr anew all Guidelines Report SE;RVICE: Section 1.0 Sec.3.1.2 Aux. Feedwater (Aging)

FLOOD LEVEL £L£V: -21"11 11 SUB. -21 1 11* NR S&W Cale. NR NR None ABOVE FIJJOD LEVEL: X Yes 12846 No PE-036-0 NR = Not required. All numbers written in Documentation Reference Qualification column are identified in Section 13.

OOTES: 1) Component model will be determined during present steam generator outage.

MOV-JrW-1518

Facility: VEPCO, SURRY Unit:

Docket:

1 50-280 SYSTEM COMPGNENT EVALUATION WORK ~HEE'l' - 90 DA'.l REVIEW SYS'rEM: Environment Docwnentati.on Reterence out-FEEDWATER standing Specification Qualification Sl!eciiication Qualif. Method It.ems WJUIPMENT DESCRIPTION OPER. Pertorm their Functional after Westinghouse Note 1 Note 1 Note 1 TIME function within test.i.ng Ret. Lt. No.

1 hr of accident NS-SS-7nb7 PI.ANT ID NO. 275F, 0-30 min Note 1 VJ,;PCO-Nl<C 11-22-77 Note 1 Note 1 Note 1 MOV-FW-151C 275-lSOF, 30-60 min No. 3tt2A/0921177 150-120F, 1-118 hr 120F, 2-120 days OOMPONENT:

Motor Operated Valve MANUFACTURER: PRESS. 58. 7, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 Note 1 psia 58.7-12.7, No. )lj2A/0921177 30 min-118 hr 12.7, 2-120 days MJDEL NUMBER: REL. 100 Note 1 VEPCO-NRC 6-80 Note 1 Note 1 Note 1 Note 1 HUM. ' No. 535 FUNC'rION: CHEM. ll3B0 3 (2, 000-2, 200 Note 1 Vr;PCU-NRC 6-80 Note 1 Note 1 Note 1 IIELB Mitigation SPRAY ppm B) No. 5::SS buffered to pH of

8. 5-11 NaOU, lihr l\CCURAC'.l:

Spec: NR Demo:

RAD. LOCA = 7.11 X 10" 2 X 107 S6W Cdlc. Note 1 Note 1 Note 1 40 Yr = 3.5 X 10* 128116.54-RP-036-0 IJJCATION:

Inside Containment Outside Cranewall AGINli . Guidelines Enclosure II Refer to None Report SERVICE: Section 7.0 Sec.3.1.2 Aux. Feedwater (Aging)

FLOOD LEVEL ELEV: -21"11 11 SUB. -21"11" NR S&W Cale. NR NR None ABOVE FLOOD LEVEL: X '.les 12846 No PE-03b-0 NH= Not required. All numbers written in Docwnentation Reference Qualification column are identified in Section 8.

toTES: 1) Component model will be determin .. J during present steam generator outdge.

MOV-FW-151C

Facility: VEPCO, SURRY SYSTEM COMPONENT EVALUATlUN WORK SUE.ET - 90 1)]1.Y RE.VIEW Unit: 1 Docket: 50-280 SYSTF.M: Environment Documentation Reference Out-FEEDWA'l'ER standing Specification Qualification Specification Qualif. Method_ Items g?UIPMENT DESCRIPTION OPER. Perform tbeir Functional af.ter Westinghouse Note 1 Note 1 Note 1 TIME function within testing Ref. Lt. No.

1 hr of accident Ns-ss-1na1 PLAN'!' ID NO. TEMP 275F* 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 MOV-.FW-151D OF 275-lSOF, 30-60 min No. ]lj2A/0~24 77 150-120F, 1-48 hr 120F, 2-120 days ffiMPONENT:

Motor Operated Valve MIi.NU 1ACTURBR: PRESS. 58.7, 0-30 min Note 1 VE.PCO-NRC 11-22-77 Note 1 Note 1 Note 1 Note 1 psia 5*0. 7-12. 7

• No. 3U2A/09l477 30 min-48 hr 12.7, 2-120 days IDDEL-NUMB£R: REL. 100 Not~ 1 VEPCO-NRC 6-80 Note 1 Note 1 Note 1 Note 1 IIUM. " No. 535 FUNCTION: CHEM. H3 BO:, (2,000-2,200 Note 1 Vt;PCO-NRC 6-80 Note 1 Note 1 Note 1 HELB Mitigation SPRAY ppm B) No. 535 buffered to pH of 8.5-11-NaOH,4hr

.!\CCU.RACY:

Spec: NR Demo:

RAD. LOCA = 7.4 X 106 2 X 10> S&W Cale. Note 1 Note 1 Note 1 40 Yr= 3.5 X 10" 12846.54-RP-0311-0 IDCATION:

Inside Containment AGING , Enclosure 4 Refer to None Outside Cranewall Guidelines Report SEkVICE: Section 7.0 Sec.3.1.2 Aux. Feedwater (Aging)

FLOOD LEVEL ELEV: -21111* SUB. -21 1 11 11 NR S&W Cale. NR NR Hone ABOVE F'LOOD LEVEL: X Yes 12846 No PE-036-0 NR = Not required. All nunibers written in Documentation Reference Qualification column are identified in sectJ.on 8.

~ : 1) Component model will be determined during present steam generator outage.

MOV-FW-151D 6-99

taci~ity: Vt.PCO, SURRY SYSTEM COMPONENT EVAl,UATION WORK SUEB'l' - 90 DAY REVIEW

. Unit: 1 locket: 50-260 Environment Docwn~ntation Reference Out-SVS'l'EM:

standing t'EJ;.DWATJ::R Specification Qualification Specification ()Udlif. Method Items

!!!llli OPER. Perform their Functional after Westinghouse Note 1 Note 1 Note 1 EQUIPMENT DESCRIP'l'ION TIME function within test1.ng Ref. Lt. No.

1 hr of accident NS-SS-7:12117 275F, 0-30 min Note 1 VEPCO-NrtC 11-22-77 Note 1 Note 1 Note 1 PLAN'!' ID NO.

MOV-FW-151t. 275-150F, 30-60 min No. 3ts2A/0924 77 150-120F, 1-46 hr 120F

• 2-120 days Q)MPONENT:

Motor Operated Valve MANUFACTURER: PRESS. 58.7, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Noto! 1 Note 1 psia 511.7-12.7, No. 3 IS2A/0924 77 30 min-48 hr

12. 7

• 2-120 days KlDEL NUMBER: REL. 100 Note 1 VEPCO-NRC b-60 Note 1 Nute 1 Note 1 Note 1 HUM * .:I No. 535 FUNC'rION: CHEM. 11:.,BO:., (2,000-2,200 Note 1 VEPCO-NRC b-UO Note 1 Note 1 Note 1 HELB Mitigation SPRAY ppm B) No. ::>35 buffered to pH of 6.5-11 NaOH,4hr ACCURACY:

Spec: NR Demo:

RAD. LOCA = 7.4 X 10* l. X llJ J S&W Cale. Note 1 Note 1 Note 1 40 Yr = 3.5 X 10* 12Ull6.54-RP-038-0 I.DCA'l'ION:

Inside Containment Outside Cranewall AGI~G . Guidelines Enclosure 4 Rerer to t-1one Report SEl<VICI:;: Section 1.0 Sec.3.1.2 Aux. Feedwater (Aging)

FLOOD LEVJ;.L t.LEV: -21"11* SUB. -21'11 11 NR S&W l!dlc. Nl{ NR None JIDOVE FLOOD LEVEL: X Yes 12646 No 1:'£-0lb-0 NH~ Not required. All numbers written in Documentation Reference Qualification colunm are identified in Section 8.

l:U'l'ES: 1) Component model will be determined during present steam generator outage.

MOV-l!°'W-2~ H: b-100

Facility: V.l!;PCO, SURRY Unit:

Docket:

SYSTEM:

1 50-280 Envirorunent SYSTEM COMPONlli'l' E.VALUJ\'l'luN WORK !:illl!:ET - 90 DAY REVIEW Oocwnentation Reference Out-FEEDWATER stdr.ding Units s12ecification Qualification S~ci.fication Qualif. Method Iten.s JfJJUIPMENT OE~CRIPTION OPER. Perform their Functional after Westinghouse Note 1 Note 1 Note 1 TIME. function within testi.ngct Ref. Lt. No.

1 hr of acciaent NS-SS-7~287 PLANT ID NO. 275F, 0-30 min Note 1 Vlil'CO-NRC 11-22-77 Note 1 Note 1 Note 1 MOV-FW-151F 275-150F, 30-60 min No * .3u2A/0!j2477 150-120F, 1-48 hr 120F, 2-120 days OOMPONENT:

Motor Operate~ Valve MANUl.ACTU.ldili : PRESS. 58.7, 0-30 min Note 1 V.l!:PCO-NRC 11-22-77 Note 1 Note 1 Note 1 Note 1 psia 58.7-12.7, No. 382A/092477 30 min-48 hr 12.7, 2-120 days t-ODEL NUMBER; REL. 100 Note 1 VEPCO--NRC b-80 Note 1 Note 1 Note 1 Note 1 HUM. I No. 535 FUNC'!'ION: CHEM. H3 BO;, (2,000-2,200 Note 1 VJ?;PCO-NRC b-1!0 Note 1 Note 1 Note 1 HELD Mitigation SPRAY ppm B) No. 535 buttered to pH of 8.5-11 NaOll,4hr

.I\CCURACY:

Spec: NR Demo:

RAD. LOCA = 7.4 X 101> 2 X 10"' S&W Cale. Note l Note 1 Note 1 40 Yr "' 3.5 X 10* 12846.54-RP-038-0 WCATION:

Inside Containment AGIN,G Enclosure 4 Reter to None Outside Cranewall Guidelines Report 51!:RVICE: Section 7.0 Sec. 3. 1. :.!

Aux. Feedwater (Aginq)

FLOOD Ll!.VEL t:LEV: -21111* SUB. 11* NR S&W Cale. NR NR Nune AhOVE Fl.DOD LEVEL: X Yes 12tiltb No E-E-036-0 NR = Not required. All nwnbers written in Docwnentation Reference Qualification column. are identified in Section 8.

~ : 1) Component model will be detern11ned during present steam generator outage.

MOV-FW-151F b-101

Facility: VEl'CO, SURRY lmit:

Docket:

b"YSTEM:

1 50-280 SYSTEM COMPONENT EVALUATION WORK SlIB~T - 90 DA~ REVIEW Environment Documentation Reference out-GASEOUS WAST.I:: standing Specification Qualification Specification ~lualit. Method Items EQUIPMENT DESCRIPTION OPER. 120 days. Note 1 Weutinghouse Note 1 Note 1 Note 1 TIME Ref. Lt. No.

NS-SS-792U7 PLANT ID NO. 275F, 0-30 min Note 1 VhPCu-NRC 11-22-77 Note 1 Note 1 Note l 1-GW-HC-2A 275-150F, 30-60 min No. 3U:lA/On477 150-120F, 1-48 hr 120F, 2-120 days OOMPONEN'l':

Hydrogen Reccmbiner MA.NUFACTURER: PRESS. 58.7, 0-30 min Note 1 V.EPCO-NRC 11-22-7"1 Hote 1 Note 1 NOtt! 1 Note 1 psia 5li.7-12.7, No. JuiA/09247"1 30 min-48 hr 12.7, 2-120 days illDEL NUMBER: REL. 100 Note 1 VBPCCJ-NRC b-80 Note 1 Note 1 Note 1 NR HUM. I No. 535 FUNCTION: CHEM. H3B03 (2,000-2,200 Note 1 Vi.PL"'<>-NRC b-80 Note 1 Note 1 Note 1 Engineered Safety SPRAY ppm B) No. 535 Feature

• buttered to pH of DBS (LOCA and MSLB) 8.5-11 NaOH,4hr Mitigation ACCURACY:

Spec:

Demo: NR RAD. LOCA = 2.4x10ll Note 1 S&W Cale. Note 1 Note 1 Note 1 40 Yr= 1.3x10ll 1284b.54-RP-03u-o WCATION:

Inside Containment AGING Enclosure ** Refer to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Hi! Recomhiner (Aging)

FLOOD LEVEL El.EV : -2 1

• 11

• SUB. NR .l:it.W Cale. NR NR None AhOVE FLOOD LEV~L: X Yes 12U46 No PE-03b-O NR"' Not requirect. All numbers written in Documentation Reference Qualification (;01.wnn are identifed in Section u.

?OTES: 1) Component model will be deternu.ned cturing present steam generator out.age.

l-GW-HC-21'. 6-102

Facility: VE1*co. SUR.RY SYSTEM COMPONENT EVALUATION WORK SHE.ET - 90 LJA'l REVIEW Urnt: 1 Docket: 50-280 SY'STEM: Environment Documentation Reference UUt-GASEOUS WASTE standing Specification Qualification Specification Qualif. Method Items

~QUIPMENT DESCRIPTION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 f.lote 1 TIME Ref. Lt. No.

N::i-SS-79287 PLANT ID NO. 275F, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 1-GW-HC-2B 275-150F, 30-60 min No. 38:.!A/092477 1so-120F, 1-qe hr 120F, 2-120 days CDMPONENT:

Hydrogen Recombiner MI\NUli"ACTURER: PRESS. 58.7, *0-30 min Note 1 V.i:;PCO-NRC 11-22-77 Note 1 Note 1 Note 1 Note 1 paia 58.7-12.7, No. 3U2.l\/0921& 77 30 min-48 hr 12.7, 2-120 days MlD.1!:L NUMBER: REL. 100 Note 1 VEPCO-NRC b-80 Note 1 Note 1 Note 1 NR HUM. I No. 535 FUNCTION: CHEM. H 3 B0 3 (2,000-2,200 Note 1 VJ:;PCO-NRC b-UO Note 1 Note 1 Note 1 Engineered Safety SPRAY ppm B) No. 535 Feature, DOA (WCA and buffered to pH of MSLB) Mitigation 8.5-11 NaOH,4hr llCCURACY:

Spec: NR Demo:

RAD. LOCA - 2.4 x 107 2 X 10* S&W Cale. Note 1 Note 1 Note 1 40 Yr - 1.3 X 107 1284&.51&-RP-038-0 LOCATION:

Inside Containment AGI~G, Enclosure 4 40 yr Refer to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.J.1.2 Hz Recombiner (Aging)

FLOOD LEVEL ELEV: -21 1 11* SUB. -2l811" NR S&W Cale. NR NR None ABOVE FWOD LEV.r:.L: X Yes 1284b No p.i:;-03b-O NR = Not required. All numbers written in Documentation Reft:rence Qualification column are .1.dentitied in Section 8.

NJT.1:;S: 1) Component model will be determined during present steam generator outage.

l-tiW-HC-28 0-103

Facility: VE1'CO, SURRY SYSTEM COMPONENT EVALllA'rION WORK SHEET - ~O DAY RJ:;VIEW unit: 1 Docket: 50-iuo SYST.l!:M: Environment Documentation Reterence Out-GASEOUS WASTE Stdllding

~ Specification Qualification Specification Qualit. Method Items g>UIPMEN'l' DESCRIPTION OPER. 120 days Note l Westinghouse Note 1 Note 1 Note l TIME Ref. Ltr. No.

NS-SS-79287 PLANT ID NO. TI:;MP NR NR NR NR NR None:

1-GW-HzA-103 OF OOMPONENT:

Hydrogen Analyzer MANUFACTURER: PRESS. NR NR NR NR NR None Note 1 psia MODEL NUMBER: REL. NR NR NR NR NR None Note 1 HUM *

• FUNCTION: CHEM. NR NR NR NR NR None Post-Accident Monitoring SPRAY ACCURACY:

Spec: +/-21 Demo:

RAD. LOCA = 1.7 x 10* Note 1 S&W Cale. Note 1 Note 1 Note 1 40 Yr= 1.8 X 10~ 1284b .38-RP-02£>

WCATION:

Auxiliary Building lllON AGING Enclosure 4 Refer to None Level Guidelines Report SERVICE: .Section 7. 0 Sec.3.1.2 Radioactive Waste Gas (Aging)

FLOOD LEVEL ELEV: -21' 11* SUB., , NR NR S&W Cale. NR

• NR None ABOVE FLOOD LEVEL: X Yes 1281J6 No PE-036-0 NR = Not required. All numbers written in Documentation Reference Qualification column are identified in Section 8.

~ : 1) Con~onent model will be determined during present steam generator outage b-104

Facility: VEPCO, SUl(l{l( SY.STEM COMPONl!:NT EVALUA'J.'ION WORK SH!!:ET - 90 DAY REVIBW Unit: 1 Docket: 50-280 bYSTl!:M: Environment Documentation Reference out-GASIWUS WAST.I!:  :.tanding Units Specification Qualification Specification 1,>ualif. Method Itenis W,.mlPMENT DESCRIPTION OPER. 120 days Nate -1 Westinghouse Note 1 Note 1 Note l TIME Ref. Ltr. No.

NS-S.S-7~287 PLANT ID NO. 'J.'J!.MP NR NR tm NR NR None Power Supply tor OF 1-GW-UC-lA CDMPONENT:

Power Panel MANUFACTUR~: PRESS. NR NR NR NR NR Hone Note 1 psia f,0D£L NUMBER: REL. NR NR NR NR NR None Note 1 IIUM. '.I FUNCTION: CHEM. NR Nit NR NR NR None

!!:ngineered Safety SPRAY Feature, DBA (LUCA and MSLB) Mitigation ACCURACY:

Spec: NR Demo:

RAD. LOCA = 9.23 x 103 Note 1 S&W Cale. Note 1 Note 1 Note 1 qO Yr= 1.9b X 10* 12tlqb .S-.-RP-035-0 WCATION:

Auxiliary Building AGING Enclosure q Refer to None Guidelines ){eport SERVICE: Section 7.0 Sec.J.1.2 Supply Power Hz (Aging)

Recombiner Units FLOOD LEVEL EL~V: NR SUB. NR NR NR NR NR None ABOV~ FLOOD LEVEL: Yes No l-lR = Not required. All nmnbers written in Documentation Reference Qualification column are identified in Section 8.

~l?_: 1) Component model will be determined during present steam ger,erator outage.

Power Supply/1-GW-HC-2A 6-105

Facility: VE?CO. SURRY' SY'::i'l'.t::M COMPONJ!:N*r EVALUA'rIUN WORK SHE.eT - 90 DAY REVIEW Unit: 1 rocket: 50-2li0

~YSTEM: Environment Documentation Reference out-GASEOUS WAS'l't: Stdnding Units Seecification Qualification S~citication Qualif. Method Items f.QUIPMENT DESCRIPTION OPER. 1:tO days Note 1 Westinghouse Note 1 Note 1 Note 1 TIME Ref. Ltr. No.

NS-SS-79281 PLANT ID NO. T.ii;MP NR NR NR NR NR None Power Supply for OF 1-GW-HC-2B illMPONENT:

Power Panel MANUFACTURER: PRESS. NR NR NR NR NR None Note 1. psia M)DEL NUMBER: REL. NR NR NR NR NR None Note 1 HUM.

FUNCTION; CHEM. NR NR NR NR NR None

~ngineered Safety SPRAY Feature, DBA (LOCA and MSLB) Mitigation ACCURACY:

Spec: NR Demo:

RAD. LOCA = 9.23 x 103 Note 1 S&W Cale. Note 1 Note 1 Note 1 40 Yr= 1.96 X 10 4 l:.!bll6. 51i-RP-035-0 IDCA'rION:

Auxiliary Building AGING Enclosure 4 Reter to None Guidelines Report SJ:;RVICE: Section 7.0 Sec.3.1.* 2 Supply Power 11 2 (Aging)

Recombiner Units FLOOll LEVEL ELl!.V: NR SUli. NR NR NI< NR NR None ABOV!:: FLOOD Ll!:VEL: Ye&

No NR = Not required. All numbers written in Documentation Ret*e.rence Qualification column are identified in Section B.

!!IT§§: 1) Component model will be determined during present stedm generator outage.

Power Supply/1-GW-HC-2B b-106

Facility: VEPCO, SU.k.1<\t' SYS'rEM COMPONENT t.VALUATIUN WORK SUEET - 90 DAY RE.VIEW Unit: 2 Docket: 50-280 SYSTEM: Environment Documentation Reference Out-IIVAC/AUXILIARY BUILDING standing Vt.NTILA'l'ION ~ seecification Qualification seecification Quai.it:. Method lte,ms EQUIPMhNT DESGRIP'l'ION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1 TIME <<et Ltr. No.

NS-SS-7nti7 PLANT ID NO. TEMP 212F, O-q hr Note 2 S&W C.tlc. 1'lote 2 Note 2 Note 2 1281!6.l!l!-PJ!.-Oq6-0 1-VS-F-BA OF illMPuNENT:

F'an Motor MANUFACTURER: PHE.sS 15.2, 0-1 min Note 2 S&W Cale. Note 2 Note 2 Note 2 128q&.ql!-PE-Oij6-()

Allis Chalmers psia lij.8, 1 min-q hr M)DEL NUMBER: REL. 100 Note 2 S&W Cale. Note 2 Note 2 Note 2 12Bq6.l!ij-PJ!.-Oqb-O 022 HUM. I FUNC'l'ION: CHEM. NR NR N.R NR NR None Engineered Safety SPRAY Features, DBA (LOCA and MSLD) Mitigation Emergency Core, Cooling/

Core Heat hemoval, Minimum Borat.1.on, HELB Mitigation ACCURACY:

Spec:

Demo: Nk RAD-. LOCA = 5.3 X 10* Not:.e 1 S&W Cale. Note l Note 1 Note 1 ijQ Yr .;

8.76 X 1Qit Ulll!b .Sq-RP-035-0 WCATION:

Auxiliary liuildi11g AGING Enclosure 4 Reier to None Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Auxiliary Building (Aging)

Control Area t,.xhaust Fan FLOOD LEVEL .1!:L.1!.V: NR SUB. NR NR NR NR NH None ABOVE FLOOD Lc:VEL: Yes No NR Not requirect. All numbers written in Docwnent:.ation Hef1c.,rence, Qualification col.mun are identified in Section 8.

1-Vt;-F-uA b-10*,

l'l.1'1'I:;S: 1) Manutacturer has been given inrormation necessary to obtain quai.ifi.cation data.

2) bdsed on ~ review of the postulated HLLB*s, i.t was deternu.ned ttlat sal:ety-relat.cd equipment required to mitigate the 11£LB and bring* the plant to a safe shutdown is not affected by the breale. However. this equipment is bein~

revie*4ed against tile affects of Hl!:LB to deter1111.11e our ability to maintain minimwn boration capability. to assure additional pli<nt operations capability.

1-VS-P-Hl\ (cont)

Facility: VEPCO, SURRY SYSTEM COMPONEN'l' EVALUATION WOKK SHEET - 90 DAY RJ:;VIEW Unit: 1 Docket: 50-280 S'iSTEM: Envirorunent. Documentation Refere11ce out-HVAC/AUXILIARY BUILDING standing VENTILATION Specification uualitication Specitication Qualif. Method Items EQUIPMENT DESCRIPrION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1 TIME Ref. Ltr. No.

NS-SS-79287 PLANT ID NO. 212F, 0-'l hr Note 2 S&W Cale. Note 2 Note 2 Note 2 12~'l6.'l'l-PE-046-0 1-VS-F-8B OOMPONEN'l':

Fan Mot:Dr MANUFACTURfilt: PRESS. 15.2, 0-1 mi.I, Note 2 S&W Cale. Note 2 Note 2 Note 2 128'l6.44-PE-046-0 Allis Chalmers psia 14.8, 1 min - 4 hr KlDEL NUMBER: RJ:;L. 100 Note 2 S&W Cale. Note 2 Note 2 Note .2 2&U46.44-PE-046-0 022 HUM. I EUNCTION: CHEM. NR NR NR NR None Engineered Safety SPRAY Features, Emergency Core Cooling/Core Heat Removal, DBA (LOCA and MSLB) Mitigation, HELB Mitigation, Minimum Boration ACCURACY:

Spec:

Demo: NR RAD., , LOCA = 5.3 x 10* Note 1 S&W Cale. Note 1 Note 1 Note 1 40 Yr= 8.76 x 102 128*H, .54 RP-035-0 l.DCA'l'ION:

Auxilidry Building AGING Enclosurt: 4 Reter to None Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Auxiliary Building Con- (Aging) trol Exhaust Fan FLOOD LEVEL ELEV: NR SUB. NR NR NR NR NR None ABOVE FLOOD ~VEL: Yes No NR = Not required. All nwnbers written in Documentation Reference Qualitication column are identified in Section 8.

1-VS-F-8B b-108

WT.l!:S: 1) Manufacturer has been given information necessary to obtain qualification data.

2) Dased on a J:eview ot tne postulated llELB*s, it was determined that satety-related equipment required to mi.ti.gate che UJ:;LB and uring the pl,mt to a safe shutdown is not affected by the oreak. However, this equipment 1.s oeing reviewed against tht: effects ot UELB to maintain 111i.n1.111wn boration capability, to assure actctitional plant operations capability.

1-VS-F-ilB b-108 (cont)

~"'acility: VEPCU, SURRY SYSTEM CuMPON~NT !:.VALUATION WORK SHEET - ~o DAY liliVIEW Unit: 1 Docket: 50-280 SYSTEM: Environment Documentation Reference UUt-HVAC/AUXILIARY BUILDING stai.ding VENTILATION Spec1.ficat1.on Qua lit ica tion §ptcification Qualif. Method Items 19,>UIPMENT DE5CRI1."l'I0N OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1 Ref. Ltr. No.

NS-SS-7~287 TIME PLANT ID NU. 21:.!F, o-q hr Note 1 NR NR NR None Damper 3A (2)

UJMPONENT:

Damper MANUFACTUI<t;R: PRl:.SS. 15.2, 0-1 min Note 1 NR NR NR t.one Note 1 psia 11l.8, 1 min-It hr MODEL NUMBER: Rt:L. 100 Note 1 NR NR Nk None Note 1 HUM. i EONi.;TION: CHEM. NR Nk NR NR NR None t:mergency Core Cooling/ SPRAY Core Heat Removal, Engineered Safety Feature, DBA (Loca and MSLB)

Mitigation, Safeguards Ventilation, Minimum Boration ACCURACY:

Spec: NR Denio:

RAD. NR NR NR NR NR None WCATION:

Auxiliary Building AGING Enclosure q Refer to None Ventilation Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Damper for Charcoal (Aging)

Filtration System FLOOD LEVEL EU.V: NR sou. NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR ~ Not required. All numbers written in Documentation Reference Qual1.tication column are identified in Section 8.

~: 1) Component model cannot be determined due to plant*s pres£;nt operating status. It will be verified at first opportw11. ty.

Damper 3A P) 6-10~

Facility:, VEPCO, SUR!{Y SY.l>'l't::M COMPONEI~T EVALUA'l'I01~ WORK SHEET - !fO OhY llliVIEW Unit: 1 IX>cket: 50-280 SYSTf.M: .l::nvironment Documentation Reference Out-IIVAC/AUXILlAR'i BUILDING dtanding VENTILATION Specification Qualification Spt,cification Qual.if. Method .Items g>UIPMENT DESCRIPTION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 liote 1 Ret. Ltr. No.

NS-.5.S-79281 TIME PLANT ID NO. 'fEMP 21:.!F, 0-4 hr Note 1 NR NR None Damper 3B (2} OJ;*

OOMPONl:.NT:

Damper MANUFACTURER: PRESS. 1!>.~. 0-1 min Note 1 NR NR NR None Note 1 psia 14.ll, 1 min-ll hr l-YJl)l!:L NUMBER: REL. 100 Note 1 NR NR NR None Note 1 HUM. I FUNCTION: CHEM. NR NH NI< NR UR Non~

Emergency Core Cooling/ SI-RAY Core Heat Removal, Engineered Safety Feature, DBA (LOCA and MSLB) Mitigation, Safeguards Ventilation, Minimum Boration ACCURACY:

Spec: NR Demo:

AAD. NR NH NH NR NR None WCA'l'ION:

Auxiliary Building AGING Enclosure 4 Refer to None Ventilation Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Ddmper for Charcoal (Aging)

Filtration System FLOOD LEVEL ELEV: NR SUB. NR NR NR NR NR None ABOVE F'LOOD LEVEL: Yes no NR = Not required. All numbers written in Documentation Referehce Qualification column are identitied in Section 8.

!:lQTilli: 1) Component model cannot be determined due to plant*s present operating status. It will be verifi.ed at ru::st opportunity.

Damper 3B (2) 6-110

lbcket:

SYSTEM:

Facility: VEPCO, SURRY Unit: 1 50-280 SYSTEM COMPONBNT EVALUATION WORK SHEET - 90 DA.i Rt:VIEW Environment Documentation Reference Out-INSIDE RECIRL'ULATION SPRAY standing

!!nlli Specitication ~ualification S~cification Qua.Li£. Method Items EQUIPMENT DESCRIPTION OPER. 120 days >120 days Westinghouse Note 1 Note 1 Note 1 TIME Ref. Lt. No.

NS-SS-79287 PLANT Ill NO. 275F, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 1-RS-P-lA 275-150F, 30-60 min No. 3U2A/092477 150-120F, 1-48 br 120F, 2-120 days a>MPONENT:

PWnp Motor MANUFACTURER: PRESS. 58.7, 0-30 min Note 1 VJ:;PCO-NRC 11-22-77 Note 1 Note 1 Note 1 Note 1 psia 58.7-12.7, No. 382A/092'l77 30 min-48 br 12.7, 2-120 days IDDEL NUMBER: REL. 100 Note 1 VEPCO-NRC 6-80 Note 1 Note 1 Note 1 Note 1 HUM. I No. 535 FUNCTION: CHEM. 83803 (2,000-2,200 Note 1 Vt:PCO-NRC b-110 Note 1 Note 1 Note 1 Containment Temp. SPRAY ppm B) No. 535 Control of Airborne buffered to pH of Iodine Adsorption, 8.5-11 NaOU,4br J::mergency Core Cooling/

Core Heat Removal

.ACCURACY:

Spec:

Demo: NR RAD. LOCA = 2.4 x 10., 2 X 10* S&W Cale. Note 1 Note 1 Note 1

, 40 Yr= 1.3 X 10., 12846.5'l-RP-03U-O LOCATION:

Inside Containment AGING Enclosure II Thermally aged Note 1 Refer to None Outside Cranewall Guidelines equivalent ot Report SERVICE: Section 7.0 110 yrs Sec.3.1.2 Recirculation Spray (Aging)

Pwnp Motor FLOOD LEVEL ELEV: -21"11 11 SUB. -21' 11" NR S&W Cale. NR NR None ABOVE FLOOD LEVEL: X Yes 128116 No p.r:;-036-0 NR = Not required. All numbers written in Documentation Reference Qualification column are identified in Section u.

lt.lTl::S: 1) Component model will be determined during present st~am generator outage.

b-111

Facility: V~PCO, SURRY SYS'l'l:!M COMPON.l!:NT EVALUATION WORK SHEET - ~O DAY R~VIEW Unit: 1 Docket: 50-l&O SYSTEM: Environment Documentation Reference out-INSIDE RE.CIRCULATION standing SPRAY Specification ID!alification 2.J?ecification Qualit. Method Items

!;'QUIPMENT DESCRIPTiuN OPER. 120 days >120 days Westinghouse Note 1 Note 1 Note 1 TIME Ref. Ltr. t-10.

NS-SS-7~287 PLANT ID NO. TEMP 275F, 0-30 min Note 1 VEl>CO-NRC 11-22-77 Note 1 Note 1 Note 1 1-RS-P-18 OF 275-150F, 30-60 min No. 3tl2A/092477 150-120F, 1-48 hr 120F, 2-120 days

<DMPONENT:

Pump Motor MANUFACTURER: PRESS. 58.7, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 Note 1 psia 5U.7-12.7, No. 3t12A/092477

• 30 min-48 hr 12.7, 2-120 days IDDJ::L NUMDER: REL. 100 Note 1 V.bPCO-NRC b-80 Note 1 Note 1 .Note 1 Note 1 HUM. i No. 535

EUNCTION: CHEM. H~BO~ (2,000-2,200 Note 1 VE.PCO-NRC 6-80 Note 1

• Note 1 Note 1 Containment Temp. SPAAY ppm .B) No. 535 Control of Airborne buttered to pH of Iodine Adsorption 8 .5-11 NaOll,4hr Emergency Core Cooling/Core Heat Removal ACCUl<ACY:

Spec:

Demo: NR RAD. LOCA = 2.4 x 10~ 2 X 1011 S&W Cale. Note 1 Note 1 Note 1 40 Yr= 1.3 X 10~ 12li4b.5!i-RP-038-0 U>CATION:

Inside Containment AGING mclosure 4 Thermally aged 23, 24 Refer to None Outside Cranewall Guidelines equivalent of Report SERVICE: Section 7.0 40 yrs Sec.3.1.2 Recirculation Spray (Aging)

Pump Motor FLOOD LEVEL ELEV: -21 1 11" SUB. -21 1 11" NR S&W Cale. NR NR None ABOVE FLOOD LE.V~L: X Yes 12846 No PE-036-0 1-R:i-P-1B b-112

NR =

• Not required. All numbers written in Documentation Reference Qualification colunm are ident.1.tied in Section IJ.

ID'fES: 1) Component model will be determined during present steam generator out.age.

1-RS-P-11:1 b-112 (cont)

Facility: VEPCU, SUl{Rl(

Unit:

Docket:

SYl:iTc.M:

1 50-2UO INSTRUMENT AIR Environment SYSTEM COHPONt:;NT .t,;VALUATION WORK SIIBE.T - !}0 DAY IU:;VIEW Docume11tation Reterence out-standing Units 2eecification Qualification S~cification ~>ualif. Method Items EJ,.>UIPMENT DESCRI P'l'ION OPER. 60 sec Note 1 North Anna Note l Note 1 Note l TIM& FSAR Secc. 6.2.1!.2 PLANT ID NO. TEMP Nit NR NR NR NR None SOV-IA-100 op OJMPONENT:

Solenoid Valve MANUFACTURER: PRESS. NR NR tlR NR NR NOOE!

ASCO psia M)DEL NUMBER: REL. NR NR NR NR NR 1:>101,e HBX8320A26 HUM. I EUNCTION: CHEM. NR NR NR NR NR None Containment Isolation SPRAY ACCURACY:

Spec: NR DellU):

RAD. LOCA = 2.5 x 101> uote 1 S&W Cale. Note 1 Note 1 Note 1 1!0 Yr "'2.5 X 101> 1281J6.31l-RP-026-0 J.JJCA'rION:

Auxiliary Building AGING Enclosure 4 Refer to None Guiaelines Report SERVICE: Section 7.0 Sec.3.1.2 Containment Instrument (Aging)

Air Compressor Discharge FLOOD LE\TEL ELEV: NR SUB., , NR NR NR NR , NR None ABOVE FLOOD LEVEL: ll'es No NR = Not requirea. All numbers written in Documentation Reference Qualitication column are identified in .Section H.

lUTES: 1) ASCO valve UBl!.8230A26 contains metal parts in lieu of plastic. This design is shown by the *x*. Due to lack of documentation, they will be replaced.

SOV-IA-100 o-1n

I,'acility: VEPCO, Slll{RY llnit:

Docket:

bYSTEM:

1 50-280 SYSTEM COMPONENT EVALUATION WORl< SHEET - 90 DAlt Rt.VIEW Environment Docwnentation Reference UUt-INSTRUMENT AIR standing Specification Qualification S~cification ~ualif. Method Items E)JUIPMENT DESCRIPTION OPER. bO sec 1unctional 1SAR Nox:th Anna Note 1 Note 1 Note 1 TIME after testing Sec. 0.2.11.2 PLANT ID NO. 275F, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 blote 1 Note 1 SOV-IA-101A 275-150F, 30-60 min No. 3tl2A/0921177 150-120F, 1-118 hr 120F, 2-120 days OOMPONENT:

Solenoid Valve MllNUFACTURER: PRESS. 58.7, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 Note 1 psia 5d.7-12.7, No. 382A/092477 30 min-48 hr 12.7, 2-120 days WDEL NUMBER: REL. 100 Note 1 VEpCO-NRC 6-80 Note 1 No.te 1 Note 1 Note 1 HUM. I No. 535 1'UNCTION: CHEM. H 3 ll0 3 (2,000-2,200 Note 1 VEPCO-NRC b-60 Note 1 Note 1 Note 1 Containment Isolatio.n SPRAY ppm B) No. ~35 buffered to pH of 8.5-11 NaOH,4hr I\CCURACY:

Spec: NR Demo:

RAD *. LOCA = 7.11 x 10" 5x107 S6W Cale. Note 1 Note 1 Note 1 40 Yr= 3.5 x 10* 12646 _54:...l{p-038-0 WCATION:

Inside Containment AGING Enclosure II Refer to None Outside Cranewall Guidelines Report SERV.lCE: Section 7.0 Sec.3 *. 1.2 Containment Inst. Air (Aging)

Compressor Suction FLOOD LEVEL hLE\1: -21111" SUB. -21111* NR S&W Cale. NR NR None ABOVE FLOOD Li!;V£L: X Yes 12dllti No PE-036-0 NR = Not required. All numbers written in Documentation Reference Qualification column are identified in Section 8.

~: 1) Component 1oodel will be determined durl.Ilg present steam generator outage.

SO\l-1A-101A

Docket:

SYSTEM:

Facility: VEPCO, SDRHY lhlit: 1 50-2&0 t;nvironment

~YSTtM COMPONENT EVALUJ~TION WORK SHEET - ~ODAY REVIEW Documentation Reference out-INSTRUMENT AIR standing Units SEecif ication Qualification seecitication Qualif. Method Items DJUIPMENT DESCRIP'rION OPER. 60 sec Note 1 Nortn Anna Note 1 . Note 1 Note 1 TIME FSAl<

Sec. 6.2.4.2 Pl.ANT ID NO. 'l'EMP NR NR NR NR NR None SOV-IA-101B OF OOMPON£NT:

Solenoid Valve MANU1"ACTURER: PRESS. HR NR NR NR NR None Al>CO psia IDD1::L NUMBER: REL. ffR NR NR NR NR None 11DX8320A26 HUM. ll, FUNC"rION: CHEM. NR NR NH NR NR None Containment Isolation SPRAY

.ACCURACY:

Spec: NR Demo:

RAD. WCA = 2.5 X 10" Note l S&W Cale. Note 1 Note 1 Note 1 40 Y'r = 2.5 X 10" 12846.Jt)-l{p-026-0 WCATION:

Auxiliary Building AGING Enclosure 4 I<eter to None Guidelines Report SERVICE: Section 1.0 Sec.3.1.2 Containment Instrument (Aging)

Air Compressor Suction

.F'LOOD LEVEL EU:V: NR SUB,. , NR NR NR NR ' NR None A80\/E E'LOOD LEVEL: Yes No NR = Not required. All numbers written in Documentation Reference Qualification colunm are identified in Section 8.

NJ'rES: 1) The ASCO HBXIU20A26 solenoid valve contains metal parts in lieu of plastic. This design is shown by the "X". Due to lack of documentation they will be replaced.

S0V-IA-10lrl b-115

Facility: VEPCO, SUliliY SYSTE.M COMPONENT EVALUA'rION WORK SHEET - 90 DAY REVIEW Unit: 1 Docket: 50-2EIO SYSTt:M: Environment Doc1.unen1:ation Reference out-LEAKAGE MONITORING st.anding

!mill S[!ec1.ficdtion ~ual1.f1.cation seecitication Qualif. Method Items 34 Sequen- Note 1 EQUIPMENT DESCRil'TION OPER.

TIME 120 days 2 hr Westinghouse Ref. Ltr. No.

NS-SS-H287

"* ti.al Test PLANT ID NO. ThMP NH NR NR NR NR None PT-LM-100A OF OOMPONENT:

Pressure Transmitter MANUFACTURt,;R: PRESS. NR NR NR NR NR None Fischer-Porter psi.a K.>OEL NUMB.1!:R: REL. NR NR NR NR NR None 50E.N1071BCXA HUM.

EUNCTION: CHEM.

" NR NR NR NR NR None Post-Accident Monitoring, SPRAY Engineered Safety Feature, Containment Isolation, OBA (LOCA and MSLB) Mitigation ACCURACY:

Spec: t-0.5'A, Demo:

RAD. LOCA = 1 X 10" 3.7.x 107 S&W Cale. ii, 34 Sequen- Note 1 1.0 Yr = 11.87 X 10:1 12!146 .511- tial 035-0 Test l.DCATION:

Auxiliary Building AGING Enclosure ii Refer to None Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Reactor Contaim11en t (Aging)

Pressure FLOOD LEVEL ELEV: NR SUB. NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No Nk = Not required. All nwnbers written in Documentation Reterence yualiticat1.on column are identified 1.n Section 8.

IDTI:.S: 1) R~place, transmitters will not be qualified to the requirements of I.t:EE 323-19711. JUS'rI11CATION: Transmitttlr 1.s used to provide pcessurizer and steam generator pressure trip signala. Units were satisfactory for 120 min (Ref.

Wyle Laboratories Test Report 263011PP 13 and 128).

PT-LM-100A b-llb

Cbcket:

SYSTli.M:

Fdcility: VEPCO, SURRY Unit: 1 50-2UO SYSTEM COMPONliliT EVALU/1.'rION WORK SHEET - ~O D/.Y REVIEW Environment Documentation Reference Out-liAKAGE MONITORING standing Units Specification Qualification Specitication Qualif. Method IttmS l!.QUIPMENT DESCRIPTION OPER. 120 days 2 hr Westinghouse 4. 311 Sequen- Note 1 TIME Ref. Ltr. 1'10. tial NS-SS-7~2tt7 Test PLANT ID NO. Tl,.Ml' NR NH NH NR NR None PT-LM-100li OF OOMPONENT:

Pressure Transmitter MANUFACTURER: PlU:.SS. NR NR NR NR NR None Fischer-Porter psi a IDDEL NUMB ER: REL. NR NR NR Nk NR None 50EN1071bCXA HUM.~

FUNC'l'ION: CHEM. NR NR NR NR NR None Post-Accident Monitoring, SPRAY Engineered Safety Feature, Containment Isolation, DBA (LOCA and MSLB) Mitigation ACCURACY:

Spec: :t0.5i Demo:

RAD. LOCA = 1 X 10~ 3.7 x 107 S&W Cale. 4, 34 Sequen- Note 1 40 Yr= 4.87 X 10~ 12U4b.54- tial 035-0 Test WCA'rION:

Auxiliary Building AGING Enclosure 4 Refer to None Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Reactor Containment (Aging)

Pressure FJ.OOD LEVEL !!.LEV: NR SUB. NR NH NR NR NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All numbers written in Documentation Reference Qualification column are identified in Section B.

N.>Tlili: 1) Replace, transmitters will not be qualified to t.he requirements of lt;EE; 323-1974. JllSTH'ICATION: Transmitter 1.s used to provide pressurizer and steam generator p1:essure trip signals. Units were satisfactory for 120 min (Ret. Wyle Laboratories Test Report lo304 Pages 13 and 128).

PT-LM-1008 b-l l1

Facility: VEPCO, SURRY SYS'l'.EM COMPONEN'l' EVALUA'l'ION WORK SHl!.ET - ~0 DAY IU.VIEW Unit: 1 IX>cket: 50-280 SYS'l"EM: Environment Docwnentation Reference Out-LEAKAG~ MONITORING standing Specification Qualitication Specification Method Items EQUIPM~NT DBSCRil>TION OPER. 120 dc:ays 2 tu: Westinghouse Sequen- Note 1 TIME Ret. Ltr. No. tial NS-SS-79287 Test PLANT ID NO. NR NH NR NR NR None PT-LM-200C CDMPONENT:

Pressure Transmitter HANUFACTUHER: PRl!:SS. NR tlR NR NR NR None

f'iscl)er-Porter psia M)DEL NUMBER: REL. NR NR NR NR NR None 50EN1071liCXA HUM. I FUNCTION: CHEM. NR Nk NR NR NR None Post-Accident Monitoring, SPRAY Engineered Safety Feature, Containment Isolation, D8A (LOCA and MSLB) Mitiyation ACCURACY:

Spec: :t0.51 Demo:

RAD. LOCA = 1 X 10* 3.7 x 10~ S&W Cal.c. 4, 34 Sequen- Note 1 40 Yr= 4.87 x 10a 12tt4b.54- tial.

03S-O Test Ii.lCATION:

Auxiliary Building AGING Enclosure 4 Refer to None Guidel.ines Report SERVICE: Section 7.0 Sec.3.1.2 Reactor Containment (Aging)

Pressure FLOOD LEVEL 1'.L.E.V: NR SUB. NR NR NR NR NR None ABOVE FLOOD LEVJ:;L: Yes No Ni<= Not required. All numbers written in Documentation Rete.cence Qualification column are identified in Section 8.

~ : 1) Replace, transmitters will not be qualified to the requirements of IEEE 323-1974. JO!.;TiFICATION: Transmitter is used to provide pressurizer and st.earn generator pressure trip signals. Units were satisfactory :tor 120 min tl<e:I:. Wyle Laboratories Test Report 2b30*1 Pages 13 and 128).

PT-LM-lOOC b-118

Facility: VEPCO, suaRY Unit:

Docket:

SYS'l*EM:

2 50-281 Environment

iYSTfilt COMPON.E.NT l::VALUATION WORK SHEET - 90 DAY REVIEW Docwnentation Reference 0Ut-Li.AKAGB MONITORING stcand1.ng Specification Qualification Specification Qualif. Method Items D)UIPMENT DESCRIPTION OPER. 120 days 2 hr Westinghouse Sequen- Note 1 TIME Ref. Ltr. No. tial NS-SS-79287 Test PLANT ID NO. TEMP NR NR NR NR NR None PT-LM-100D OF CXlMPONENT:

Pressure Transmitter MANUFACTURhR: PRESS. NR NR NR NR NR None Fischer-Porter psia K>DEL NUMBl::R: REL. NR NR NR NR None 50EN 107 lBCXA RUM. I HJNCTION: CHEM. NR Nk NR NR NR None Post-Accident Monitoring, SPRAY Engineered Safety Feature, Containment Isolation, DBA (LOCA and MSLB) Mitigation

.ACCURACY:

Spec: +/-0.~l Demo:

RAD. LOCA = 1 X 10* 3.7 X 107 S&W Cale. Sequen- Note 1 40 Yr= 4.87 X 103 12846.54- tial 035-0 Test IDCATION:

Auxiliary building AGING Enclosure 4 Refer to None

, Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Reactor Containn1cnt (Ag1.ng)

Pressure FLOOD LEVEL ELE.V: NR SUB. Ntt NR NR NR NR None ABOVE FLOOD LJ::VEL: Yes No NR = Not required. All nwnbers written in Docwnentatiun Reterence Qualification column are identified in Section 8.

N)T£S: 1) Replace, transmitters will not be qualified to the requirements ot IEEE 323-1974. JUSTIFICATION: Transmitter is used to provide pressurizer and steam generator pressure trip signals. Units were satisfactory for 120 min (Ret.

Wyle Laboratories Test Report 26304 Pages 13 and 128).

PT-LM-100D 6-119

Facility: vc:PCO, su1mll Unit:

DocKet:

SY'S'fEM:

1 50-2UO SllSTEM CUMPONE.N'f ~VALlJA'r!ON WOHK SHEET - ~O DAll REVIEW Environment Documentation Reference out-LEAKAG~ MONI'lOlUNG standing Units S[!ecificdtion Qualification S[!ecitication Qualif. Method Items l.:A,)Uli.>MENT DES~l<IPTION OPER. 60 sec Note 1 North Anna Note 1 Note 1 Note 1 TIME FSAR Sec. b.2.*l.2 PLANT ID NO. TEMP NR Jilk NR NR NR None S0V-LM-100A OJ.,'

CDMPONENT:

Solenoid Valve

~IANUFACTURffi: PRESS. NR NR NR NR NR None ASCO psia OODEL NUMUER: REL. NR NR NR NR NR None 8320A102 HUM.

FllNC'l'ION: CHEM.

" NR NR NR NR None NR Contairunent Isolation SPRAY ACCURACY:

Spec:

Demo: NH MD. LOCA"' 1 X 10* Note 1 S&W Cale. Note 1 Nate 1 Note 1 llO Yr ;a 4.87 X 10:s 1284b .54-035-0 WCATION:

Auxiliary Building AGING Enclosure 4 Refer to None Guidelines Report Sl!:RVICE: Section 7.0 Sec.3.1.2 Containment L~aKdye (Aging)

Monitoring FLOOD LEVEL ELEV: NR SUB. NR NR NR NR NR None ABOVE FLOOD LEVZL: Yes No NR "'Not requirt!d. A.Ll nwnbers written in Documentation Reterence Qualitication column are .identified in Section 8.

t>lJ'rJ,;S: 1) .Replace, insut f ic1.ent information. Previous testing on sl.lllilar ASCO valves (Ref. Westinghouse ktter No. NS-SS-77060) indi.cates valves vent to perform their safety function tor containment isolation.

S0V-LM-100A b-1:.!0

Unit:

lbcket:

SYS'l*.EM:

Facility: v~~co, SUkkY 1

50-l80 SYSTl!:M l!Ot*IPONENT J!.'VALlJA'l'IuN WORK SH.l!:ET - 90 IJAY REVIEW E;nvironmenL Documentation Reference out-LEAKAGE MONI'lDRING .standing Units S12ecit ication Qualification Specitication ~>uali.f. Method Items EQUIPMENT DESCRIP'l'ION OPI::R. 60 sec Note 1 North Anna Note 1 Note 1 Note 1

'l'IME FSAR Sec. b.2.4.2 PLANT ID NO. Th:MP NR NR NR NR NR None SOV-LM-1001:1 OF ffiMPONENT:

Solenoid Valve MANUFACTURER: PRESS. NR NR NR NR NR None ASCO psi.a M)D.1!:L NUMBER: REL. NR NR NR NR NR None 8320A102 HOM. l FUNCTION: CHEM. NR Nli. NR NR Nk None Containment Isolation SPRAY ACCUkACY:

Spec:

Demo: NR RAD. LOCA =- 1 X 10" Note 1 S&W Cale. Note 1 Note 1 Wote 1

• IO Yr"' 4.87 X 10ll 12tl!Jb.54-035-0 WCATION:

Auxiliary Building AGING Enclosure 4 Refer to None Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Conta1.rnnent Leak.dge (Aging)

Monitoring FLOOD LE\fEL .1:.LEV: NR SUli. NR NH NR NR NR None ABOVE FLOOD LEV.eL: Yes No NR "'Not z:-equired. All numbers written in Documentation Reference Qualiticat1.on column are identified in Section 8.

tu'l'ES: 1) Replace, insufficitmt information. Previous tei;t1.ng on sunilar ASCO valves (Ref. Westinghouse Letter No. NS-SS-770b0) indicates valves vent to pexform their satety rwiction for containment isolation.

SOV-LM-1008 b-121

~'acility: V~PCO, SURRY Unit:

Docket:

SYSTlli:

1 50-260 SYSTE;M COMPONENT lWALlli,'.rI01'1 WORK SHEE'r - !)0 DAY REVIEW Environment Documentation Reference Out-LEAKAGE MONI'l'ORING stanc11.ng Units seecification Qualificotio11 S~cification Qua!.!.L_ Method Items J;.QUIPMENT DESC!U p*.rION OPER. 60 sec

• Note 1 North Anna Note 1 Note 1 Note 1 TIM!!; Ii'SAR Sec. 6.2.4.2 PLANT ID NO. TEMP NR NR NR NR NR None SOV-LM-lOOC OF CDMPONEN'l':

Solenoid Valve MANUFAC'!'ORER: PRESS. NR NR NR NR NR None A.SCO psia MJDl!:L NUMBER: REL. NR NR NR NR NR None 8320A102 HUM. l RJNC'l'ION : CHEM. NR NR NH NR NR None Contairunent Isoldtion SPRAY ACCURACY:

Spec:

Demo: NR RAO. LOCA = 1 X 106 Note 1 S6W Cale. Note 1 Note 1 Note 1 40 Yr = 4.87 X 10:s 1284i>.54-035-0 WCATION:

Auxiliary uu.1..lding AGING Enclosure 4 Refer to None Guidelines Report SEkVICE: Section 7.0 Sec.3.1.2 Containment Leakage (Aging)

Monitoring

.FLOOD LEVEL ELEV: NR SUB. NR NR NR NR NR None ABOVJ:: FLOOD L.1,;VEL: Yes No NR = Not required. All numbers written in Documentation Reference Qualification column are identified in Section 8.

IDTES: 1) Replace, insufficient intormation. Previous testing on .similar ASCO valves (Ref. Westinghouse Letter No. NS-SS-77060) indicates valves vent to pertorn1 their safety function for containment isolation.

S0V-LM-100C b-12l

u,nt:

Docket:

h"Y ST.l!:M :

Fdcility: V!!.PCO, 1

50-280 SU!UH'.'. SYSTEM COMPONEN'.r hVALUA'rION WORK SHEJ:;T - 90 DAY REVIEW

£.nv 1.ron111en t Documentation Reference out-Lt:AKAGE 1>\0Nl'l'ORING standin<J Units seecification Qu<.1lit ication _2pecitication Qualif. MetllQg Items f\JUIPMENT DESCRil'TION OPER. 60 sec Note l North Jwna Note 1 tlote 1 Note 1 TIME FSAR Sec. 0.2 .... 2 PLANT ID NO. Tl::MP NR Nk NR NR NR None SOV-LM-1001) 0,F ffiMPONbNT:

Solenoid Valve MANlJE'ACTURER : PRESS. NR NR NR NR NR None ASCO psi.a 1'lJDE.L NUMBER: REL. NR NR NR NR NR None 8320Al02 HUM.

RJNCTIUN: CHEM.

' NR Nk Nk NR NR None Containment Isolation SPRAY ACCUl<ACY:

Spec:

Demo: NR RAD.

LOCA"" 1 40 Yr X 10" 4.87 X 10:s Note 1 S&W Cale.

128ij6.54-035-0 Note 1 Note 1 Note 1 l.OCA'l'ION:

Auxiliary Building AGING Enclosure ij Reter to None Guidelines Report SERVICE: Section 7.0 Sec.J.1.2 Containment Leilkage (Aging)

Monitoring E'LOOD LJi.;VEL 1::LEV: NR SUB. NR NR ,NR NR NR None AUUVE FLOOU Lt.VEL: 'ies

~o NR "'Hot required. All numbers written in uocumeotation Reference Qualification colunm are identified in section 8.

tUTES: 1) Replace, insufficient intormat1.on. Previous testing on s1.milar ASCO valves (Ref. ~estinghouse Letter No. NS-S~-

17060) indicates valves vent to perform their safety function for containment isolation.

SOV-LM-100D b-1:.!3

Unit:

Docket:

SYS'l't.f-1:

Fdcility: Vt:PCU, SUid<Y 1

~0-280 b'iS'l'f::M CUMPONl::N'l' EVALUA'l'IUN WORK SHEET - 90 OAY REVIEW Environment Documentation Reterence Out-LEAKAGE MONITORING standing

!!!l.lli seecitication ~iualit ication seecitication Qualit. Method Items lWUIPMENT DESCRIP'l'ION OPER. 60 sec Note 1 Nortn Anna Note 1 Note 1 Note 1 TIME F.::iAR Sec. b.2.11.2 PLAN'l' ID NO. Ti;.MP NR NR NR NR NR lllone SOV-LM-100.E OF OOMPONENT:

Solenoid Valve MANU.FACTUR.t:R: PRESS. NR NR NR NR NR None ASCO psia M)Dfil. NUMBER: REL. NR NR NR NR NR None 8120A102 HUM. j EUNCTION: CHEM. NR NR NR NR NR None Containment Isolation SPRAY ACCURACY:

Spec:

Demo: NR RAD. LOCA = 1 X 10" Note 1 S&W Cale. Note 1 Note 1 Note 1 40 Yr= 4.87 X 10:s 1284b.516-035-0 WCATION:

Auxiliary .Building AGING Enclosure 4 Refer to ~ne Guidelines Report SERVICE: Section 1.0 Sec.3.1.2 Contui.nment Leakage (Aging)

Monitoring FLOOD LEVEL ELEV: NR SUD. NR NR NR NR 'NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All nwnbers written in Docwnentation Reterence Qualitication column are identified in Section 8.

I-OTES: 1) Replace, insufficient information. Previous testJ.ng on siuu.lar ASCO valves (Ref. Welitinghouse Letter No. NS-SS-77060) indicates valves vent to perform their safety function for contairunent isolation.

SOV-LM-100t: 6-124

Facility: VEPCU, SURRY Unit:

D:>cket:

b'YS'fEM:

1 50-2uO Environment SYSTEM COMPONENT EVALUATION WORK Sll.EET - 90 DAY REVIEW Docwncntation Reterence Out-LEAKAGE MONI1~RING .:;tar,ding Units S[!ecif 1.cation Qualification S[:!eCitication Qualif. Method Items J,;QUIPME~T DESCRIP'rION UPER. 60 sec Note 1 FSAR Note 1 Note 1 Note 1 TlM£ North Anna Sec. b.2.4.2 PLANT ID NO. TEMP NR NR NR NR NR None S0V-LM-100F Op (l)MPONhNT:

Solenoid Valve MANUFACTLIRl!:R: PRESS. NR NR RR NR NR None ASCO psia K>DhL MJMDEH: REL. NR NR NR NR NR None 8320A102 HUM. 'II, Ji'UNCTION: CHEM. NR NR Nk NR Nk None Containment Isolation SPRAY ACCURACY:

Spec:

Demo: NR RAD. LOCA = 1 X 10" Note 1 Si.W Cale. Note 1 Note 1 Note 1 40 Yr = 4.87 X 10:. 12846.54-035-0 WCATlON:

Auxiliary Building AGING Enclosure q Refer to None Guictelines Report SERVICE: Section 7.0 Sec.3.1.:.!

Containment Leakage (Aging)

Monitoring FLOOD LEVEL t;LEV: NR SUB. NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All numbers written in Documentation Reterence ~ualification column are identified in Section 8.

1-l)TES: 1) Replace, insufficient information. Previous testing on similar ASCO valves (Ref. Westinghouse Letter No. NS-SS-71060) indicates valves vent to perform the safety function for cont:airunent isolatioi..

50V-W.-100F

Facility: VEPCO, SURRY SYSTJ:.M _g>MPONEN'l' i,;VALUATIUN WORK SHEET - 90 DAY RI!;VIEW unit: 1 Docket: ~0-280 SYS1'1!.M: .l!:nvironmeut Docwnen tat ion Reference Out-LEAKAGE MONITORING st.anding Units s12ecitication Qualification s12ecitication ~ualif. Method Items EQUIPMEN'r Dr:SCRit>'l'ION OP.ER. 60 sec Note 1 Nortb Anna Note 1 Note 1 t,iote 1 TIME FSAR Sec. b.2.14.2 PLANT ID NO. TEMP NR NR NR NR NR None S0V-LM-100G OF CDMPONENT:

Solenoid Valve MANUFAC.'TURER: PRESS. NR NR NR NR NR None ASCO psia M:>DhL NUMBER: REL. NR l'ik NR NR NR None 6320A10l HUM.

RINC1'I0N: CHEM.

' NR NR NR NR NR None Containment Isolation SPRAY ACCUI<ACY:

Spec:

Demo: NR RAD. LOCA :: 1 X 10* Note 1 S&W Cale. Note 1 Note 1 Note 1 140 Yr  :: 4.87 X 10:1 1284b.514-035-0 WCATION:

Auxiliary Builcting AGING . Enclosure q Reter to None Guiaelines Report SERVICE: Section 7.0 Sec.3.1.~

Containment Leakage (Aging)

Monitoring FLOOD LEVEL ELl:.V: NR SUB. NR NR NR NR NR

• None ABOVE FLOOD LEVEL: Yes No NR = Not required. All numbers written in Documentation Reference Qualitication colwnn are identified in Section B.

I-OTES: 1) Replace, insufficient information. Previous testing on similar ASCO valves (Ref. Westinghouse Letter No. t,iS-SS-77060) inaicdtes va.lves vent to perform their safety function for contdinment isolation.

S0V-LM-100G b-l2b

1acility: Vi,;PCO, SURRY Unit:

Docket:

SY ti 'r:t,;M :

1 50-280 SYS'l'BN l!:nvironment COMJ?ONEN'l' i,;VALUA'l'll>H WORK SHI:;ET - !JO DAY REVIJ:;W Documentation Reference OUt-LEAKAGE MONI1\)JU NG st,.nding 1!!!il§ .SQec1.fication Qualitication SQecitication Q!!alif. Method Items EVUIPMENT DE.SCl<[PTluN OPER. bO sec Note 1 1'1or-c.n Anna Note 1 Note 1 Note 1 TIME FSAR Sec. b.2.4.2 PLANT ID NO. TEMP NR NR NR NR NR None SOV-IJ,t-10011 op (l)MPONEN'l':

Solenoid Operated Valve Mlili\lFACTUlHill: PRt:SS. NR NR NR NR NR None ASCO psia M>DEL NUl'iBER: REL. NR NR NR NR NR None il320A102 HUM. :l FUNCTION: CHEM. NR NR NR NR NR Hone Containment Isoliltion SPRAY ACCURAC'.i:

Spec:

Demo: NR RAD. J..OCA. = 1 X 10'" Note 1 S&W Cale. Hote 1 Note 1 Note 1 110 Yr = 4.87 X 106 1:.! tlil b

• 5 *1-035-0 WCATION:

Auxiliary Building AGING Enclosure II Refer to None

~RVICE Guidelines Report Contairunent Pressure Section 1.0 Stc!c.3.1.2 (Aging)

FLOOD LEV!!:L I:;LBV: NR SUB. NR NU Nl'( Nk NR None J\BUVE FLOOD UVEL: 'ies No NR "' Not re,1uired. All numbers written in Documentation .H.etei:ence fJUalitication co..Lumn are identified in Section ii.

tO'l'ES: 1) Replace, insufficient information. Previous testing on similar ASCU valves (ref. Westinghouse Letter No. NS-S.S-770b0) inaicates valves vent to perform the safety tun.::tion for containment isolation.

.SOV-LM-100ll b-1:0

Facility: VEPCO, SURRY Unit:

Docket:

SYSTEM:

1 50-280 Envirorunent SYSTEM COMPONENT EVALUATION WORK SHEET - 90 DAY IU.VIEW Documentation Reference Out-LEAKAGE MONI~'ORING standing Units Seecification Qualification §.Eecitication Qualit. Metho,1 Itt.~

EQllli'MEN'r DESCRIPI'J.ON OPER. 60 sec Note 1 t>lortll Anna Note 1 Note 1 Note 1 TI.ME F'SAR Sec. b.2.ll.2 PLANT ID NO. TEMP NR NR NR NR NR None S0V-LM-101A OF Q)MPONENT:

Solenoid Valve MANUFACTURER: PRESS. NR NR NR NR NR None ASCO psia IDDEL NUMBER: REL. NR NR NR NR NR None B320A102 HUM. I FUNCTION: CHEM. NR NR NR NR NR None Containment Isolation SPRAY ACCURACY:

Spec: NR Demo:

RAD. LOCA = 1 X 10" Note I S&W Cale. Note 1 Note 1 Note 1 llO Yr= ll.87 X lOJ> 1281l6 .Sil-035-0 WCATION:

Auxiliary Building AGING Enclosure ll Refer to None Guidelines Report SEkVICE: Section 7.0 Sec.3.1.2 Containment Leakage (Agiliq)

Monitoring FLOOD U:VEL ELEV: NR SUB. NR NR NR NR

• NR None ABOVc; FlilOD Li!.VEL: Yes No NR = Not required. All numbers written in Docwnentqtion Reference Qualification column are identifiea in Section u.

NOTES: 1) Replace, insufficient information. Previous testing of ASCO valves (ref. Westlllgnouse Letter No. NS-S6-770b0) indicates valves vent to perform safety function for contairunent isolation.

SOV-LM-101A 6-128

Facility: VEPCO, SURRY SYS'l'EM COMPONENT EVALUATION WORK .SHEET - 90 DAY REVII!:W Unit: 1 lbcket: 50-280

!>YSTEH: Environment Docwnentation Reference uuc-LEAKAGE MONITORING 5ta11ding Units SEecification Qualification .SEecitication  !,.!ualif

• Metnoa Items

.EQUIPMENT DESCRIPTION OPER. 60 sec Not:e 1 North Anna Note 1 Note 1 Not:e 1 TIME J.i'SAR Sec. 6.2.11.2 PLANT ID NO. TEMP NR NR NR NR NR None S0V-LM-101B OF a:>MPONENT:

Solenoid Valve MANU1ACTURER: PRESS. NR NR NR NR NR None ASCO psia M>DEL NUMBER: REL. NR NR NR NR NR None 8320A12 HUM.

FUNCTION: CHEM.

' NR NR NR NR NR None Containment Isolation SPRAY ACCURACY:

Spec: NR Demo:

RAD. LOCA = 1 X 106 Note 1 S&W Cale. Note 1 Note 1 Note 1 110 Yr=- 11.87 X 106 128116.511-035-0 WCATION:

Auxiliary Building AGING Enclosure 4 Refer to None Guidelines Rt:port SERVICE: Section 7.0 Sec.3.1.2 Concai.nment Leakage (Aging)

Monitoring FLOOD Ll:VEL ELEV: NR SUB,. NR NR NR NR

• NR None J\BOVE FLOOD LEVEL: Yes No NR =- Not required. All numbers written in Documentation Reference Qualification column are identified in Section&.

~ : 1) Replace, insufficient information. Previous cesting ot ASCO valves (rei. Westinghouse Letter No. NS-SS-77060) indicates valves vent to perform safety function tor containment isolation.

SOV-LM-101B 6-129

Unit:

Docket:

~-

Facility: VEPCO, SURRY 1

50-280 SYSTEM COMPONENT EVALUATION WORK SHEET - !tO Dll.Y IiliVIEW bYSTEM: Environment Docwnentdtion Reference out-MAIN STEAM standing Specification Qualification Specification \i?Ualif. Method Items

!:!!UIPMENT DESCRIPTION OPER. 120 days 6 min Westinghouse 1,33 Sequen- Note 1 TIME Ref. Ltr. 1.110. tial NS-SS-79287 Test PLANT ID NO. 27SF. 0-30 min >350F V~PCU-NkC 11-22-77 1,33 Sequen- Note 1 FT-1474 275-lSOF. 30-60 min 1110. 3u2A/092477 tial 150-120F, 1-48 hr Test 120F

• 2-120 days CDMPONENT:

Flow Transmitter HI\NUi'ACTURER : PRESS. 58.7. 0-30 min 80.7 V~PCO-NRC 11-22-77 1,33 Sequen- Note 1 Fischer-Porter psia 58.7-12.7. No. 3t12A/0!:12477 tial 30 min-48 hr Test 12.7, 2-120 days M:>DEL NUMBER: REL. 100 100 V.1::PCO-NRC b-80 1,33 Sequen- Note 1 10B2496QB HOM. I No. 535 tial Test JruNCTION: CHEM. 11:.,BO:., (2

• 000-2

• 200 1. 14 Wt I H:.,60:., VEPCO-NRC 6-80 1,33 sequen- Note 1 Emergency Core Cooling SPRAY PEUI B) 0

• 17 Wt I NaOH No. !>35 tial

/Core Heat Removal, buffered to pH of dissolved in H 2 0 Test Engineered Safety 8.5-11 NauH,4hr Feature, OBA (LOCA and MSLB) Mitig.ttion ACCURACY:

Spec: +/-101 Demo: Max. Error

-2. 1ll, RAD. LOCA = 7.4 X 106 S&W Cale. 1,33 Sequen- Note 1

-t-1.91 40 Yr= 3.5 X 10* 12B4b.54- tial RP-03U-0 Test WCATION:

Inside Containment AGING Enclosure 4 Refer to None Outside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Steam-Flow (Aging)

Transmitter FLOOD LEVEL fil..EV: -21 1 11 11 SOB. NR S&W Cale. NR NR Hone ABOVE FLOOD LEV£L: X Yes 12840 No PE.:..036-0 FT-1474 b-130

NR = Not required. All numbers written in Documentation Reference Qualification column are identitied in Section u.

~: 1) Replace. transmitters will not be qualifiect to requirements at I£1::g 323-19Jq. JUS'l'IFICATION: 'l'lle accuracy requirement given for trip function applies only until the containment pressure reaches the point a1: whicn satety injection is initiated by the containment pressure transmitter. Transm.icters rem.:iir.ed within the accuracy required for trip functions within the first 30 seconds (Ref. WCAP-9157).

ti-no (cont)

Facility: VEl-'CO, SUltRlt' Unit:

lbcket:

SYS'l'EM:

1 50-2HO Environment SYS'l'EM COMPUNt;H'l' .ti;VALUA'rlULII WORK SUEE'l' - 90 DAY REVIEW Documentation Reference out-MAIN STEAM standing Speciticdtion ~alitication Speciticdtion Qualif. Method Items EJ)UIPMENT U~SCRIPTION OPER. 120 days 6 min Westinghouse 1,33 Sequen- Note 1 TIME Rer. Ltr. No. tial NS-SS-7~287 Test PLANT ID NO. TEHP 275F, 0-30 min >350F VEPCO-NRC 11-22-77 1,33 Sequen- Note 1 FT-1475 op 275-150F, 30-60 min No. 3d2A/092477 tial l~O-liOF, 1-48 hr Test 120F, 2-120 days WMPONENT:

Flow Transmitter MANUFACTURER: PRESS. 58.7, 0-30 mlll 80.7 VEPCO-NRC. 11-22-77 1,33 Sequen- Note 1 Fi.scher-Porter psia sa.1-12.1, No. 3H2A/092477 tial 30 min-48 hr Test 12.7, 2-120 days IDDEL NUMBEl<: REL. 100 100 VEPCO-NRC 6-80 1,33 Sequen- Note 1 10.82496QB HUM. I No. 535 tial Test FUNCTION: CII.E.M. H3B0 3 (2,000-2,200 1. 14 Wt I H3 BO:, VEPCO-NRC 6-80 1,33 Sequen- Note 1 J::mergency Core Cooling SPRAY ppm B) 0

• 17 Wt I NaOll No. 535 tial

/Core Heat Removal, buffered to pH of dissolved in 8 2 0 Test Engineered Safety 8

• 5-11 NaOU, 4hJ" Feature, D.11A (LOCA and MSLB) Mitigation ACCURACY:

Spec: :t 10'.lL Demo: Max. Error

-2. ll RAD. LOCA = 7.4 x 106 S&W Cale. 1,33 Sequen- Note 1

+ 1.~, 40 Yr= 3.5 X 10* 12U4b.5&1- tial RP-03B-O Test IDCATION:

In.side Contdi.r11ne11t AGING Enclosure 4 Refer to None Outside Cranewall Guidelines Repor.t SERVICE: Section 7.0 Sec.3.1.2 Steam-Flow (Aging)

Transmitter ELOOD LEVEL EL~V: -21 1 11* SUB. -21*11 11 NR S&W Cale. NR NR None ABOVE FLOOD LE;VEL: X Yes U84b No P.E-03b-O FT-1475 6-1)1

NR = Not required. All numbers written in Documentation keference Qudlification column are identified in Section U.

~: 1) Repldce, transmitcers will not l>e qudlifiect to requirements of IJ:;t;r! 323-19711. JU8TIFICATION: 'l'he accuracy requirement given for trip tunction applies only until tt1e containment pre1>sure reaches the point at w.tu.ch safety injection is initiated by the containment pressure transmitter. Transmitters remainea within the accuracy rt<quired for trip functions within the t1.rst 30 seconds (Ref. WCAP-9157).

FT-lll 75 b-131 (cont)

Unit:

Docket:

EdCility: vgpco, SURRY

• 1 50-280 SYSTEM COMPONENT EVALU~fION WORK SUBET - 90 DAY RE.VIEW Documentation Reference out-h-YSTE.M:

MAIN STEAr1

---

Environment standing

~ seecif ication Qualification S~citication Qualif. Method Ite11u.

WJUIPMENT DESCRIPTION OPER. 120 days 6 min Westinghouse 1,33 Sequen- Note 1 TIME Ref. Ltr. No. tiaJ.

NS-SS-7!J287 Test PLANT ID NO. TEMP 275F, 0-30 min >350F VEPCO-N1'tC 11-22-77 1,33 Sequen- Note 1 FT-lll811 OF 275-ISOF, 30-60 min t-10. 3t12A/092477 tial 150-llOF, 1-118 hr Test 120F, 2-120 days OOMPONENT:

Flow Transmitter MANUFACTURER: PRESS. 58.7, 0-30 min 80.7 Vl!.PCO-NRC 11-22-77 1,33 Sequen- Note 1 Fischer-Porter psia 58.7-12.7, No. 3t12A/0921177 tial 30 min-48 hr Test 12.7, 2-120 days IDDEL NUMBER: REL. 100 100 V J!:P(.'0-NRC 6-80 1,33 Sequen- Note 1 10Ii21196Qli HUM. I NO. 535 tial Test FUNCTION: CHEM. H3 80 3 (2,000-2,200 1. 1" Wt I H3liO;ii VEPCO-NRC 6-80 1,33 Sequen- Note 1 Emergency Core Cooling SPRAY ppm B) 0. 17 Wt. '6 NaOH No. 5)5 tial

/Core Heat Removal, buttered to pH of dissolved in li 2 0 Test Engineered Safety 8.5-11 NaOH,4hr Feature, OBA (LOCA and MSLB) Mitigation ACCURACY:

Spec: :t lOI Demo: Max. Error'

-2. U RAD. LOCA = 7.4 x 106 *II x 10* S&W Cal.c. 1,33 Sequen- Note 1

• 1.!U, 40 Yr= 3.5 X 10* 12846.54- tial Rt>-038-0 Test WCATION:

Inside Containment AGING Enclosure 4 Refer to None Outside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Steam-~*low (Aging)

Transmitter FI.ODD LEV ~L ELEV: - 21

• 11

• SUB. -21* 11* NR S&W Cale. NR NR None ABOVE FLOOD LEVEL: X Yes 128116-01~

No i>l:.-036-0 b-1l2

NR = Not required. All numbers written in Documentation Reference Qualitication column are ideratitied in tiect1.on 8.

NOTE;S; 1) Hepldce, transndtters will not be qualitied to requirements of Il::.l::E 323-1971!. JU.s*rll*'ICA'l'lON: 'l'he accuracy requiren~nt given for trip tuncti.on applies only until the containment pressure reaches the point at which safety injection is initiated by the contcainrnent proa!ssure transn,it.ter. Transmitters remained within the accuracy rt:quired for trip tunctions within the tirst 30 st:conds (Ref. WCA.P-!:1157).

b-132 (cont)

Facility: VEPCO, SURRY SYS'f.EM COMPONENT !!:VALUA'l'ION WORK SHEET - !10 DAY REVIEW Unit: 1 Docket: 50-260 SY S'l'.rJ.f : Environment Documentation Reference Out-MAIN STEAM standing Specification Qualification Specification Qualif. Methoct Items

§.lUIPMENT DESCRIPTION OPER. 120 days b min Westinghou.:3e 1,33 Sequen- Note 1 TIME Ref. Ltr. No. tial NS-SS-79287 Test PLANT ID NO. TEMP 275F, 0-30 min >350Y VEPCO-NnC 11-22-77 1,33 Sequen- Hate 1 FT-1405 o~* ~75-150F, 30-60 min No. 3b2A/09~477 tial 150-120F, 1-46 hr Test 120F, 2-120 days OOMPUNENT:

Flow Transmitter MANUFACTURER: PRESS. 58.7, 0-30 min 80.7 VEPCO-NRC 11-22-77 1,33 Sequen- Note 1 Fischer-Porter psia 56.7-1~.7. No. 3U2A/092477 tial 30 min-48 hr Test 12.7, 2-120 days M)DEL NUMBhll: REL. 100 100 11.EPCO-NRC 6-80 1,33 Sequen- Note 1 l0B2496QB HUM. I No. 535 tial Test FUNC'fION: CHEM. H3 BO~ (2,000-2,200 1. 14 Ht fo H 3 b03 VEPCO-NRC 6-00 1,33 Sequen- Note 1 Emergency Core Cooling SPRAY ppm B) 0.17. Wt I NaOH No. 535 tial

/Core neat Hemoval, buttered to pH of dissolved in H 2 0 Test Engineered Safety 8.5-11 NaOll,4br Feature, DDA (WCA and MSLb) Mitigation ACCURACY:

Spec: +/- 10,.

Demo: Mdx. t;rror

-2.U RAO. LOCA; 7.4 x lU* 4 X 10* S&W Cale. 1,33 Sequen- Note 1

+ 1. 9;\, 40 Yr; 3.5 X 10* 12846.54- tial RP-038-0 Test ll>CATION:

Inside Containment AGING Enclosure 4 Refer to None Outside Cranewall Gu1.deline5 Report SERVICE: section 7.0 Sec.3.1.2 Stearn-Flow (Aging)

Transnu.t ter FLOOD Lf.VEL ~LEV: -21*11h SUB. -21 1 11" NR S&W Cale. NR NR None ABOVE FLOOD LEVEL: X Yes 1284b No PE-036-0 FT-14U5 6-133

NR

~:

~ *1)

Not required. All uwn:Oers written in Docwnentation keterence Qualification column are identified in Section li.

Replace, transmitters will no*c. be qualifieei 1:.0 requirements of I.lili..l:: ):.!3-1974. JUSTIFICA'l'IOH: The accuracy requirement given for trip function applies only until the containment pressure reaches the point at wh1.ch satety inject.ion is in1.t..i.:..ted ny the co11ta1.11111cnt pressure 1:.ransnu.tter. 'l'ransruitters remained within the accuracy required for trip functions within the first 30 seconds (Ret. W~Af'-9157).

FT-14li5 6-133 (cont)

Docket:

SYSTEM:

Facility: VEPCO, SURRY Unit: 1 50-280 SYSTEM COMPONENT EVALUATION WORK SHEET - 90 DAY REVIEW Environment Documentation Reference Out-MAIN STEAM standing Specification Qualification Specification Qualif. Method Items B2UIPMENT DESCRIPTION OPER. 120 days 6 min Westinghouse 1,33 Sequen-. Note 1 TIME Ref. Ltr. No. tial NS-SS-7~287 Test PLANT ID NO. 275F, 0-30 min >350F VEPCO-NRC 11-22-77 1,33 Sequen- Note 1 PT-11194 275-150F, 30-60 min No. 31t2A/092477 tial 150-120F, 1-48 hr Test 120F, 2-120 days OOMPONENT:

Flow Transmitter MANUFACTURER: PRESS. 58.7, 0-30 min 80.7 VEPCO-NRC 11-22-77 1,33 Sequen- Note 1 Fischer-Porter psia 58.7-12.7, No. 382A/092477 tial 30 min-48 hr . Test 12.7, 2-120 days K>DEL NUMBER: REL. 100 100 VEPCO-NRC 6-80 1,33 Sequen- Note 1 10B2496QB HUM. I No. 535 tial Test RJNCTION: CHEM. H3 B0 3 (2,000-2,200 1.14 Wt I 8 3 80 3 VEPCO-NRC 6-80 1,33 Sequen- Note 1 Emergency Core Cooling SPRAY ppm 8) 0.17 Wt I NaOH No. 535 tial

/Core Heat Removal, buffered to pH of dissolved in H 2 0 Test Engineered Safety 8.5-11 NaOU,4hr Feature, OBA (LOCA and MSLB) Mitigation ACCURAcY:

Spec: :tlOi Demo: Max. Error

-2.*11 RAD. LOCA = 7.4 x 106 S&W Cale. 1,33 Sequen- Note 1

-t1.9i 40 Yr= 3.5 X 10* 120116 .54- tial RP-038-0 Test IDCATION:

Inside Containment AGING Enclosure 4 Refer to None Outside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Steam-Flow (Aging)

Transmitter FLOOD LEVEL ELEV: -21*11* SUD. NR S&W Cale. NR NR None ABOVE FLOOD LEVEL: X Yes 12846 No PE-036-0 FT-1494 6-134

~:

NR = Not required. All numbers written in Documentation Reference Qualification colunm are identified in Section 8.

1) Replace, transmitters will not be qualified t:o requirements of IEEE 323-1974. JUSTIFICATION: The accuracy requirement given for trip function applies only until the containment pressure reaches the point at whl.ch safety injection is initiated by the contairunent pressure transmitter. Transmitters remained within the accuracy required for trip functions within the first 30 seconds (Ref. WCAP-9157).

6-134 (cont)

Docket:

SYSTEM:

Facility: VEPCO, SURHY' Unit: 1 50-~80 SY-STEM COMPONhNT EVALUATION WOI<.K SHEET - !JO LIA'i REVIEW Environment Documentation Reference out-MAIN STEAM standing Specification Qualifi~ation Specification Qualif. Method Items J!XJlllPMENT DESCRIPTION OPER. 120 days b nun Westinghouse 1,33 Sequen- Note 1 TIME Ref. Ltr. No. tial NS-SS-7921i7 Test PLANT ID NO. 275F, 0-30 min >350F VEPCO-NRC 11-22-77 1,33 Sequen- Note 1 FT-11f95 275-lSOF, 30-60 min No. 3&2A/092477 tial 150-120F, 1-1&8 hr Test 120F, 2-120 days OOMPONENT:

Flow Transmitter Hl'\NUFACTURER: PRESS. 58.7, 0-30 min 80.7 VEPCO-NRC 11-22-77 1,33 Sequen- Note 1 Fischer-Porter psia 58.7-12.7~ No. 36:tA,/0921177 tial 30 min-1&8 hr Test 12.1, 2-120 days H)DEI, NUMBER: REL. 100 100 V.EPCO-NRC 6-110 1,33 Sequen- Note 1 10D21&96QB HUM. I No. 535 *t1.al Test FUNCTION: CHEM. 11 31 00 31 (2,000-2,lOO 1. 11& Wt '.I li:,80 31 VEPCO-NRC 6-80 1,33 Sequen- Note 1 E.mergency Core Cooling SPRAY ppm B) 0.17 Wt i NaOH No. S35 tial

/Core Heat Removal, buffered to pH of dissolved i n 11 2 0 Test Engineered Safety 8.5-11 NaOH,l&hr Feature, OBA (LOCA and MSLB) Mitigation ACCURACY':

Spec: :t 101

~mo: Max * .Error

-2. n. RAD. LOCA "' 7.ll x 10" S&W Cale. 1,33 Sequen- Note 1

+ 1.91 , 40 Yr"' 3.5 X 10* 128116.51&- tial RP-038-0 Test WC~TION:

Inside Containment AGING Enclosure I& Refer to None Outside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Steam-Flow (Aging)

Transmitter FLOOD LEVEL ELEV : - 21 1 11 ** SUB. NR S&W Cale. NR NR None ABOVE FLOOD LEVEL: X Yes 1281&b No PE-036-0 FT-1495 ti-135

NR = Not required. All nwnbers written in Documentation Reference Qu~litication colunm are identified in Section 8.

~: 1) Replace, transmitters will not be qualified to requirements of 1.1::r:£ 323-19711. JUSTIFICATION: *J.be accuracy requirement given tor trip tunction applies only until the containment pressure reaches the point at which satety injection is initiated by the containment pressure transmitter. Transmitters remained within the accuracy required for trip functions within the first 30 seconds (Ref. WCAP-91S7).

6-13~

(cont)

Dnit:

Docket:

SYS'l'EM:

Facili t.y: VEPCU, 1

50-280 SUl{Rl( Sll'S'l'EM COMPONENT 1!.VALUhTION WOW{ Slil!;ET - ~O DAY REVIEW Environment Documentation Reference out-MAIN S'l'EAM st.ancting Units seec1.fication Qualification SE!ecification l,!Ualif

• Method Items EJ,>UIPMENT DESCIUPTION OPER.

TIME 1:.!0 days 2 hr West1.1,ghouse Ret. Ltr. No.

. Sequen-tial '!'est Note l NS-SS-7~287 PLANT IO NU. TEMP NR N.l{ NR NR NR None PT-111611 OF ffiMPUNENT:

Pressure Transmitter MI\NUFACTURIB: PRESS. NR NR NI< NR NR None Fischer-Porter psia M)DEL NUMBER: REL. NR NR l'lH NK tlR None 50I,;Pl011 lflCXA-NS HUM. I FUNCTION: CHEM. NR NR tlR NR NR None IIELB Mitigation SPRAY ACCURACY:

Spec: i:O.Si Demo:

RAD. LOCA = 1. 7 X 10* 3.7 X 101' Si>W Cale. Sequen- Note 1 40 ll'r = B.B X 1oz 128'1o.31i-RP- ti.al Test 031-0 IDCA'l'ION:

Turbine Building AGING Enclosure Refer to tmne MS\TH Guictelines " Report SERVICE: Section 7.0 .Sec.3.1.2 Steam Header (Aging)

Pressure FLOOD LEVEL ELEV: NR SUB. NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All numbers written in Documentation Reference l,!ualitication column are identified in Section 8.

NO'rEs: 1) Replace, transmitters will not be qualified to the requirements of IE.El!: 3../.3-197'1. JUS'rIPICA'rION: Transmitters used to provide pressurizer and steam generator pressure trip signals. Units were tested satistactorily for 120 uLJ..nutes (Ref. Wyle Laboratories Test Report 2630'1 PP 13 and 128).

P'l'-111611 b-B6

~ac1.lity: VEPCO, SURRY SYSTEM COMPONENT EVALUATION WORK SHEET - 90 DA~ R~VIEW Unit: 1 Docket: 50-280 SYSTEM: Environment Oocwnentation Reference out-MAIN STEAM standing Specification l)ualification Specification Qualif. Method Items EQUIPMENT Dc;~CRIPTION OPER. 120 days 2 hr Westinghouse Sequen- Note 1 TIME Ret. Ltr. No. tial Test N!i-SS-7!t287 PLANT ID NO. NR NR NR NR NR None P'r-11166 OOMPONENT:

Pressure Transmitter MANUFACTURBR: PRESS. NR NR NR NR NR None Fischer-Porter psi.a M:>Dt:L NUMBER : REL. NR NR NR NR NR None SOEP 10&& lBCXA-NS HUM. I FUNCTION: CHEM. NR NR NR NR NR None H~LB Mitigation SPRAY ACCURACY:

Spec: t0.5:1 Demo:

RAD. LOCA = 1.7 X 10* 3.7 X 107 S&W Cale. 4 Sequen- Note 1 160 Yr = B.8 X 1oz 12B4b.38-RP- tial Test 031-0 WCATION:

Turbine Duilcting AGING Enclosure 4 Refer to ~one MSVH Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Steam lleader (Agrng)

FLOOD Lt:VEL ELEV: NR SUB. NR Nk NR NR NR None ABOVE FLOOD lliVEL: Yes No Nk = Not required. All numbers written in Documentation Reference Qualification column are identitied in Section B.

NOTEt.: l) Replace, transmitters will not be qual1.tied to t.he requirements of IEEE 323-197&1. JUS'l*IFICATIUN: Transmitters used to provide pressuri:.:.er and steam generator pressure 1:.r1p signals. Units were tested S<1tisfactor1.ly tor 120 minutes (Ref. Wyle Laboratories Test Report 2630&1 PP fi a11d 128).

1:i-n1

Facility: VEPCO, SUHRY Unit:

Docket:

SYSTEM:

1 50-280 SYSTF.;M COMPONENT £VALUA'l'ION WORK SHEC:'! - 90 DAY kEVIEW Environment Docmnentation Reference Out.-

HAIN STEAM .st:anding Units seecification Qualification S~cification ~)ualif. Method Items J\'UIPMENT DESCRIPTION OPhl<. l:lO days 2 h:r: Westinghouse lj Sequen- Note 1 TIME Hef. Ltr. No. tial 'l'est NS-SS-7921H PLANT ID NO. TEMP NR NR NR NR NR None PT-lli61J OF CDMPON~NT:

Pressure *rransmitter MI\NUFACTURER: PRJ::SS. NR NR NR NR NR None Fischer-Porter psia MlDEL NUMbER: REL. NR NR NR NR NR None 50EP lOli lliCXA-NS HUM. I FUNCTION: CHEM. NR NR NR NR NR None Hl::LB Mitigation SPRAY ACCURAcY':

Spec: +/-0.5i Demo:

RAD. LOCA = 1.7 X 10* 3.7 X 107 StiW Cale. Sequen- Note 1 liO Yr = ll.8 X 102 12llitb.38-RP- tial Test 031-0 IDCATION:

Turbine Building AGING Enclosure ij l<efer to None MSVH Guidelines Report SERVI.CE: Section 7.0 Sec.3.1*.2 Steam Header (Aging)

Pressure FLOOD LE.VEL ELEV : NR SUB. NR HR NR NR NR None l\BOVE FLOOD Ll:VEL: Yes No NR = Not required. All numbers written in Documentation Reference Qualification column are identified in Section 8.

~: 1) Replace, transmitters will not be qualified to tile requirements of IEEE 323-1971l. JUSTIFICATION: Transmitters used to provide pressurizer an,;t steam generator pressure t:r::i.p signals. Units were tested satisfactorily tor 120 minutes (Ref. Hyle Laboratories Test Report 2b301i PP 13 and UIJ).

PT-1*168 b-H8

Facility: V£PCO, SURRY lhlit:

Docket:

SYSTi,;M:

1 50-280 f!;nvironment SYS'l'EM COMPONENT E.VALUI\TION WORK l::iHU.. T - !10 DAY Rf.VIEW Documentation Reference Out-MAIN STEAM standing

!!nill S12ecification ~>ualif ication S~citication Qualif. Method Items E)JUIPMENT DESCkIPTION OPER.

TIME 120 days 2 hr Westinghouse Ref. Lt.c. No.

. Sequen-tial Note 1 NS-SS-792117 Test PLAN'r ID NO. TEMP NR NR NR NR NR None PT-14H OF COMPONENT:

Pressure Transmitter MANUFACTURER: PRESS. NR NR NR NR NR None Fischer-Porter psia OODEL NUMBER: REL. NR NR NR NR NR None 50EP1041BCXA-NS HUM. I EUNCTION: CHEM. NR NR Nk NR NR None H~LB Mitigation SPRAY ACCURACY:

Spec: :t0.51 Demo:

RAD. LOCA"' 1.7 X 10" 3.7 X 101 S&W Cale. Sequen- Note 1 110 Yr "'8.U X 10~ 128'4b.3d-RP- tial 031-0 Test LOCATION:

Sateguards Building AGING Enclosure ll Refer to None HSVH Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Steam Generator 1 Steam (Aging)

Pressure FLOOD LEVEL EL.1!..V: NR SUB. NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR ~ Not required. All numbers written in Docwnentation Reference Qualification colwnn are identified in Section 8.

~: 1) Replace, transmitters will not be qualified to the requirements oi: IEEE 323-19711 * .JUSTIFICATION: Transmitters used to provide pressurizer and steam generator pressure trip signals. Units were tested satisfactorily tor 120 minutes (Ref. Hyle Laboratories Test Report 263011 PP 13 and l~B).

P*r-11174

Facility: VEPCO, SURRY Unit:

IlocKet:

SYSTEM:

1 50-280 Environment SY8TEM COMPONEN'.r .t.'VALUATION WORK SHEET - ~O UII.Y R.l::VIEW Docwnentation Reference out-MAIN STEAM standing Specification Qualification Specification Qualif. Method Iteu!::!_

J;)2UIPMENT DESCHIPTION OPJ,;R. 120 days 2 hr Westinghouse 4 Sequen- Note 1 TIME Ref. Ltr. No. tial Test NS-Sl:i-79287 PLANT ID NO. TEMP NR NR NR NR NR t.one P'l'-11!75 OF CDMPUN ENT:

Pressure Transmitter MANUFACWR.l!;R: PRESS. NR NR NR NR NR None Fischer-PorT.er psia n.>OEL NllMbER: REL. NR NH NR NR Nk None 50.l!:1>1011 lBCXA-NS IIUM. I FUNCTION: CHEM. NR NR NR NR NR None HELb Mitigation SPRAY ACCURACY:

Spec: :t0.51 Demo:

RAD. LOCA = 1. 7 X 10* 3.7 X 107 S&W Cale. 4 Sequen- Note 1 110 Yr = 8.8 X 102 121lltb.3b-!lP- tial Test 031-0 I.DCA'l'ION:

Sdfeguards Building AGING Enclosure q Refer to None Guidelines Report SERVICE: Section 7.0 Sec.J.1.2 Steam Generator 1 Steam (Aging)

Pressure FLOOD LEVEL ELEV: NR SUB. NR NR NR NR NR None ABOVE FLOOD Ll:VEL: Yes No NR = Not required. All nwnbers written in Documentation Reference Qualification colwnn are identified in Section 8.

Wl'ES: 1) Replace, transmitters will not be <1ualified to the requirements of IEEE 323-1~711. JUS'.rIFICATION: Transmitters used

~o provide pressurizer and steam generator pressure tr.1p signals. Units were ~ested satisfactorily for 120 minutes (Ret. Wyle Laboratories Test Report 26304 PP 13 and 128).

p*r-14 75 b-1110

Facility: VE~CO, SURRY Unit:

Ik>cket:

b-YSTEM:

1 50-280 SYSTEM CuMPONENT l!.VALUA'l'ION WORK SHJ,;l!.T - 90 Environment Di~Y Ri,;VIJ,;W Documentation Reterence Out-MAIN STEAM stat,ding Specification Qualification Spe?itico.1tion Qualif. Method Items g:>UIPMENT DESCRIPTION OPER. 120 days 2 hr Westin<Jhouse Sequen- Note 1 TI.11E Re:I:. Ltr. No. " tial Test NS-SS-792t17 PLANT ID NO. TEMP Nk Nk NR NR None PT-1476 op OOMPONENT:

Pressure 'l'r<<nsmitter MANUFAC'l'URE.R: PR!!.SS. NR NR NR NR NR None Fischer-Porter psia l>ODEL NUMBER: REL. NR NR tilt NH NR None 50.li:P1041BCXA-NS HlJM. j FUNC'l'ION: CHEM. NR NH NR NR NR Noue IIELB Ml.tigatl.On SPRAY ACCURACY:

Spec: :t0.5X.

Demo:

RAD. LOCA = 1. 7 X 10* 3.7 X 107 S&W Cale. 11 Sequen- Note 1 160 Yr "' ti. ti X 1oz 1:.:!Ul6b .3t1-RP- tial Test 031-0 WCA'l'ION:

'!'Urbine Building AGING Enclosure Refer to None MSVU Guidelines " I<eport SEkVlCE: Section 7.0 Sec.3.1.2 Steam Generator (Aging)

Pressure FLOOD LEVEL ELeV: NR SUB. NR Nfl. NR NR NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All numbers wri.tten 1.n Documentation Reference Qualification column are identi:l:1.ed in Section 8.

~ : 1) Replace, tran!lmitters wi.11 not be qualified to the requirements of Ifil:E 323-19711. JUSTIF'ICATI.ON: 'l'ransmitters used to provide prt:ssurizer -and steam gt:nerator pressure ti:-1.p signaJ.s. Uni.ts were tested satistactorily foe 120 minutes (Ref. Wyle Laboratories Test Report 263011 PP 13 and 12il)

• PT-111'/6

Docket:

fil'STt!M:

Facility: VE:YCO, SURRY lJJut: l 50-280 Env i.ronment SYS'I'EM COMPONEN'r .IWJu.UNrION WORK .SIIEE'.r - 90 DAY lu.VIEW Documentation REoference Ouc-MAIN STEAM stand1.ng Units S~ecification ~>ualification Specit:icat.ion uual1.f. Metholt Items

~UIPMI::NT DESCRIPTION OP.l!:R. 120 days 2 hr Westinghouse 4 Sequen- Note l TIME Ref. Ltr. No. tial Test NS-SS-7~2b7 PLANT ID NO. TEMP NR NR NR NR NR None PT-11184 Op OOMPONENT:

Pressure 'l'ransmitter MI\NUFACTURER: PilliSS. NR Nk HR NR NR None Fischer-Porter psia M)D.l::L NUMB ER: REL. NR NI< NR NI< NR None 501!:P lu'l lbCXA-NS HUM. I EUNC'rION: CllEM. NR NR NR Nk NR None 11.1::LB M1.tivation SPRAY ACCURACY:

Spec: :t0.5i Demo:

RAD. LOCA = 1.7 X 10* ).7 X 1011 S&W Cale. Sequen- Note 1 qo Yr = 8.8 X 102 12B4b.3U-UP- tial '!'est 031-0 I.DCA'l'ION:

Safeguards Building MSVH AGING Enclosure Guidelines

. Refer to None Report SERVICE: Section 1.0 Sec.3.1.2 Steam Generator 2 Steam (Aging)

Pressure FLOOD L.1::VhL hL~V: NR SUB. NR NR NR NR NR None ABOVE; FLOOD LEVEL: Yes No NR = Not requiruct. All numbers written 1.n Dbcumentat1.on Reference Qualitication column are identified in Section 8.

NO'l'E.S: 1) Replace, transmitters will not be qual1.f ied to the requ.1.re.111ents of IEE:E 323-1974. JUS'l'IFICATION: Transmitters used to provide pressurizer and steam generator pressure trip signals. Units were tested satisfactorily for 120 minutes (Ref. Wyle Laboratories Test Report 26304 PP 13 and 12d).

PT-111811 b-142

Fdcih.ty: . VEPCO, SUl<kY SY.!iTEM COMPONENT EVALUATION WORK Slit;ET - 90 DAY ru.v1m~

Unit: 1 Docxet: ~0-lliO SYSTEM: Environment Oocwnentation Reterence Out-MAIN STEAM &tanding Specification Qualification Specification Qualif. Method Items EJ,)UIPMENT CJESt.:RIP'l'lON OPER. 120 days l hi: Westinghouse Sequen- Note 1 TIME Ref. Ltr. No. tial 'J.'est NS-Sl:i-1~287 I'LAN'J.' ID NO. NR NR NR NR NR None P'!'-1485 OOMPONEN*r:

Pressure Tran3mitt.er MANUFACTURllli: PRESS. NR NR NR NR NR None Fischei:-Porter psia IDDEL NUMBER: REL. NR NR Nk NR NR None 50EP1041BCXA-NS HUM.

FUNCTION: CHEM.

' NR NR NR NR NR None IIELB Mitigation SPRAY ACCURACY:

Spec: :1:0.Si Ueno:

RAD. LOCA = 1.7 X 10*

110 Yr = 8.8 X 1oz 3.7 X 101' S&W Cale.

121l*U,.38-RP-

. Sequen-ti.al '!'est Note 1 031-0 WCATION:

Safeguards Building AGING Enclosure 4 Heter to None MSVH Guidelines Report St,;RVICE: Section 1.0 Sec.3.1.2 Steam Generator 2 (Aging)

Steam Pressure FLOOD LEVEL ELEV: NR SUB, NR Nit NR NR

• NR None ABOVE FLOOD LEVEL: Yes No UR: Not required. All numbers written 1.n Documentation Reference Qualification colnmn are identified in Section 8.

~ : 1) Replace, transmitters will not be qualified to the requirements .of IEEE 3~3-1974. JUSTIFICATION: Transmitter is used to provide pressureizer and steam generator trip signals. Units were tested satisfactorily for 120 minutes (Ret.

Wyle Laboratories Test Report 203011 PP 13 and 121l) o-143

Facility: Vl:'..PCu, SURh~ SYSTEM COMPONf.NT EVALUATIUN WOHK SHE.E:r - !JO DAY FU.VIJ::W Unit: 1 Docket: 50-280 SYSTJ';M: Environment D0cume11tation Reference 0Ut-MAIN STEAM st.a11ding Units SE!ecitication 1,?ualitication S~cification ~u~lif. Method Items l!QUIPMENT Dl:'.ilCRIPTION OPER. 120 days 2 hr Westinghouse Sequen- Note 1 TIME Rel. Ltc. No. tial Test NS-SS-7.~21;7 l'LANT ID NO. TEMP NR NR NR NR NR None PT-1486 OF ffiMPON.ENT:

Pressure iTansmitter MANUFACWRER: PRESS. NR NR NR NH NR None Fischer-Porter psia M)DEL NUMBER: REL. NR NR Nl( NR NR None 50EP10q1BCXA-NS HUM. I FUNCTION: CHEM. NR NR NR NR Nl< None Hl:'.Lls Mitigation SPRAY ACCURACY:

Spec: :t0.51 Demo:

RAD. LOCA = 1.7 X 10* 3.7 X 10~ S&W Cale. 11 Sequen- Note 1 qO Yr = e.e x 102 128 .. b.38-RP- tial Test 031-0 WCATION:

Safeguard Area AGING Enclosure Guidelines

. Refer to None Report SERVICE: Section 7.0 Sec.3.1.2

.Steam Generator 2 Steam (Aging)

Pressure f'LOOD LEV .E.L ti.EV: NR sue. NR NR NR NR, NR None ADOVE FLOOD Ll!:VEL: Yes No NR = Not required. All nwnbers written in Documentation Reference.Qualification colwnn are identified in Section e.

NOTE~: 1) Replace, trans,nitters will not be qualified to the requirements of lfil::E 323-1974. JUSi'l.FICATION: Transmitters m,ed to provide pressurizer and steam generator pressure trip signals. Uni:c.s were tested satisfactorily for 120 nu.nutes (Ret. Wyle Laboratories .Test Report 26304 PP 13 and ll8).

PT-lqBt,

Docket:

SYS'fEM:

F"dcility: VEf'CO, SUkhY Unit: 1 50-280 SYSTJ:;M COMPONENT EVALUh'rION WURK SHEE'r -

Env iroruuen t 90 i:IA.'i RE.VIEW Documentation Refere11ce OllL-MAIN STEAM Sta.uding Units Specification ',!ualifi.cation Spe:cification Qualif. Method Items E),llllPMENT IJESCRIPTION OPER. 120 days 2 hr Westinghouse Sequen- Note 1 TIME Ref. Ltr. No. tial Test N.::.-S.::i-7921l7 PLANT ID NO. TE.MP Nk NR NR NR NR None P'f-149'l OF OOMPONENT:

Pressure Transmitter MANUE'AL'TUHER: PRESS. NR NR NR NH NR None Fischer-Porter psia r,ODEL NUMB!ill: REL. NR NR NH NR NR None 50EP 10111BCXA-NS HUM. :A EtlNCTION: CHfilf. NR NR NR NR NR None Hl!.LB Mitigation SPRAY ACCURACY:

Spec: i:0.5:1 Demo:

RAD. LOCA = 1.7 X 10* 3.7 X 10~ Sc.W Cale. Sequen- Note 1

'lO Yr = 8. ll X 10.: 12tl4b.3tl-RP- t.ial Test 031--0 WCATION:

MSVU AGING Enclosure 4 Refer to None Guidelines Heport.

SE.RVICE: Section 7.0 .::.ec. 3. 1 .2 Steam Generator 3 Steam (Aging)

Pressure FLOOD LEVEL ELE.1/: NK SUB., NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All nwnbers written in Documentation Reference Qualification colwnn are identiried in Section B.

~: 1) Replace, transmitters will not be qualifiea to the requirements of IEEE 323-197'1. JUS'l"IE'ICATION: Transmitters used to provide pressurizer and steam generator pressure trip signals. Units were tested satisfactorily tor 120 minutes (Hef. Wyle Laboratories Test Report 2630'1 PP 13 and 128).

PT-H94 b-l'l~

Facility: VEPCO, SURRY SYSTEM COMPONE.NT E.VALl.111.TION WORK SHt;~T - ~ODAY REVIEW Unit: 1 Docket: 50-280

.bYSTEM: Environment Documentation Reference Out-MAIN STt;AM Stfillding Units seecitication Qualification seecitication Qualif. Method Items E(>UIPMBNT DESC!UPTION O.PER. 120 days l hr Wes ting house 4 Sequen- Note 1 TIME Ref. Ltr. No. tial Test NS-SS-79287 PLANT ID NO. TEMP NR NR NR NR NR None PT-1495 OF WMPONENT:

Pressure Transndtter MANUFACTUR!ill: PRESS. NR NR NR NR NR None Fischer-Porter psia moBL NUMBER: REL. NR NR Nk NR NR None 50E.P 1011 HlCXA-NS HUM. ,..

F1JNCTION: CHEM. NR NR NR NR Nk None llliLB Mitigation SPRAY ACCURACY:

Spec:* +/-0 .5i Demo:

RAD. LOCA = 1.7 X 10* 3.7 X 10~ S&W Cale. Sequen- Note 1 40 Yr ; 8.8 X 1oz l281lb. 3S-RP- tial Test 031-0 WCATION:

Safeguards Building AGING Enclosure 4 Refer to None MSVH Guictelines Report SEl<VICE: Section 7.0 Sec.3.1.2 Steam Generator 3 Steam (Aging)

Pressure FLOOD LEVEL hLFN: NR SOB. NR NU NR NR NR None ABOVE FLOOD LEVEL: Yes No NR; Not required. All nwnbers written in Documentation Reference Qualification column are identified in Section 8.

~: 1) Repldce, trdnsmitters will not be qualified to the requirements of IEEE 323-19711;. JUS'l'It'ICA't'ION: Transmitters used to provide pressurizer and steam generator pressure trip signals. Units were tested satisfactorily for 120 minutes (Ret. Wyle Laboratories Test Report 26304 PP 13 and 128).

PT-lll!f5

~acility: VE.PCO, SURRY Unit:

rocket:

SYSTEM:

1 50-280 Environment SYs*rEM COMPONE;NT EVALUA'l'IU.N WURK SUEl!:T - ~o l)J\Y IU,;VIEW Docwnentatiou Reference Out-MAIN STEAM standing Specification Qualification Specification Qualif. Method Items E)JUIPMENT DESCRIPTION OPER. 120 days 2 hr Westinghouse Sequen- Note 1 TIME Ret:. Ltr. ~o. tial Test NS-Sti-7~287 PLANT ID NO. T.l::MP NR NR NR NR NH None P'J.'-1496 op OOMPONENT:

Pressure Transmitter MANUFACTURER: PRESS. NR NR NR NR NR None Fischer-Porter psia IDDEL NUMBER: Rfil,. NR Nk Nk NR NR None 50EP1041bCXA-NS HUM. %

FUNC'l'ION: CHF.M. NR NR NR NR NR None HELB Mitigation SPRAY ACCURACY:

Spec: :t0.51.

Demo:

RAD. LOCA = l.7 X 10* 3.7 X 107 S&W Cale. Sequen- Note 1 40 Yr = 8. II X 102 121146.llt-RP- tial *rest 031-0 WCATION:

Safeguard Area AGING Enclosure Guidelines

. Refer to None Report SERVICE: Section 7.0 Sec.J.1.2 Steam Generator 3 Steam (Aging)

Pressure FLOOD Ll:.VEL ELEV: NR SUB.

. NR NI< NR NR NR None ABOVE FLOOD I.EVEL: Yes No NH = Not required. All numbers written in Docwnentation Reference Qualification column are identified in Section ti.

NOTES: l) Replace, transmitters will not be qualified to the requirements of IEEE 323-19714. JUS'1'l1ICATION: Transmitters used to provide pressurizer and steam generator pressure trip signals. Units were tested satiSid<.:torily ror 120 nu.nutes (Ref. Wyle Laboratories Test keport 263014 PP 13 and 128).

P'l'-149b b-147

Facility: VEPCO, SURRY SYSTEM COMPONENT .t.VALUATION WORK sm.E'1' - !jQ I.JAY REVIEW Unit: 1 Locket: 50-2u0 b'YSTEM: Environment Documentation neterence Out-MAIN S'l'EAM stauding Units Seecification {)ualification S[!ecitication Qualif. Method Items 1.QllIPMEN'l' DESCHIPTION OPER. 60 8:C Note 1 North Anna Note 1 Note 1 Note 1 TIME FSAR Sec. b.2.4.2 PLANT ID NO. TE.MP NR NR NR NR NR None S0V-MS-101AA oi,*

(X)MPONliliT:

So.lenoid Valve MA.NUE'AC.-l'URhR: PRESS. NR NR NR NH NR None ASCO psia i'ODEL UUMliER: REL. NR NR NR NR NR Hone HT8316Cll7E HUM.

FUNC'l'ION: CHEM.

' NR NR NR NU NR None Containment Isolation SPRAY J\CCU.RAC'l:

Spec: NR Demo:

RAD. LOCA = 2.5 X 106 Note 1 S&W Cale. Note 1 Note 1 Note 1 qQ Yr = 2.5 X 106 12Bll6 .38-RP-026-0 IDCATION:

Auxiliary Bldg. AGING Enclosure ij Refer to None Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Main Steam Trip Valve (J,ging)

FLOOD LEVEL fil.E.V: NR SUB. NR NR NR NR

• NR None hBOVE FLOOD LIWEL: 'Les No NR = Not required. hll numbers written in Documentation Rerereuce Qualification column are identified in Section 8.

NJTES: 1) Replace insufficient documentation. Previous testing on similar ASCO valves (Ret. Westingnouse Ltr.

No. NS-SS-77060) indicates valves vent to perform the satety function for containment isolation.

SOV-l"lS-10 lAA b-1411

Facility: VEPCO, SURRt .SYSTEM COl-iPONEN'l' 1!.VALUA'l'ION WOkK SHEET - 90 DAY HE;VIEw Unit: 1 locket: 50-280 SYS'l'~M: Environment Documentation Reference UUt-MAIN STEAM standing

~ SpE:cification S,!ualit ication Specification ~ualif. Method Items IVOIPMt:NT DESCIUP'l*ION OPER. bO sec Note 1 Nortn Anna Note 1 Note 1 Note 1 TIME FSAR liec. 0.2.11.2 PLANT ID NO. T.EMP NR NR NR NR NR None S0V-MS-10l.1ill OF OOMPONJ::.NT:

Solenoid Valve MANUFACTURER: PRESS. HR NR NR NR NR None ASCO psia IDDEL NUM!iER: llliL. NR NR NR NR NR None H'l'B316C47E HUM. I RINCTION: CllEM. NR NR NR NR NR None Conta.i.nment Isolation SPRAY.

ACCURACY:

Spec: NR Demo:

RAD. WCJ\. .: 2 .5 X 10" Note 1 Note 1 Note 1 Note 1 Note 1 itU Yr = 2.5 X 10" WCATION:

Auxiliary Bldg. AGING E;nclosure 4 Refer to None Guidelines I<eport SERVICE: Section 7.0 Sec.3.1.2 Main Steam Trip Valve (Aging)

FLOOD LEVEL I,;Ll;V: NR SUB. NR NR NR NR NR None ABOV~ FLOOD LBVEL: Yes No NR = Not required. All numbers written in Documentation Reference Qualification colw1in are identifiect*in Section 8.

!:QTES: 1) Repl.ace insufficient documentation. Previous testing on simil.ar ASCO valves (.i<ef. Westin<jhouse Ltr.

No. NS-SS-77000) indicates valves vent to perfonn the satety function tor containment isolation.

Docket:

SYSTEM:

1acili ty: VEPCO, SURI<¥ Unit: 1 50-280 SYSTEM COMPuN.ENT EVALUA'l'ION WO!U< SHE.ET - 90 DAY l<EVIEW Environment Oocwnentation Reierence OUt-MAIN STEAM standing Units SEecit ication ~ualitication S[!ecification ~ualif. Method Items J.QUIPMENT DESCRIPTION OPER. 60 sec Note 1 Nortn Anna Note 1 Note 1 Note 1 TIME Ii'SAk Sec. 6.2.ll.2 PLANT ID NO. TEMP Nk NR NR NR NR None SOV-MS-101BA OF COMPONENT:

Solenoid Valve MANU1ACTURER: PRESS. NR Nk NR NR Nk None ASCO psia IDDEL NUMBER: REL. NR NR Nd NR NR None 11'1'8 3 16Cll 7 E HUM.

RJNCTION: CHEM.

' NR NI< NR NR NR None Containment Isolation SPRAY l\CCURAC'i:

Spec:

Demo: NR RAD. LOCA:. 2.5 X 101> Note 1 S&W Cale. Note 1 Note 1 Nate 1 40 Yr = 2.5 X 10 6 U&*lo .3ti-RP-026-0 LOCATION:

Auxiliary fiuilding AGING l!:nclosure 4 Refer to None Guidelines Report Sl,;RVICE: Section 7.0 .Sec.3.1.2 Main Steam 'l'rip (Aging)

Valve ELOOD LEVEL .lil.EV: NR SUB. NR HR NR NR NR None ABOVE FLOOD LEVEL: 'ies No NR = Not required. All numbers written in Documentation Reference Qualitication co.Lumn are identified in Section 8.

~: 1) Replace, insufficient e1ocomen1:dtion. Previous testing on similar h!:iCO valves (kef. Westinghouse Letter No. N.S 77060) indicates valves vent to perform the safety 1:unct1.on tor contairnnent isolation.

SOV-MS-101BA b-150

tacility: VEl>CO, SURRll' SlCSTEM COMPON.lill'l' EVALUATION WORK SHEET - 90 DAlC Rl:.VIEW Unit: 1 Docket: 50-280

$¥STEM: Environment Documentation Reference out-MAIN STEAM standing ID1its s12ecification Qualification Specification Qua.Lit. Method Items E)JUIPMENT DESCRIPTION OP.ER. 60 sec Note 1 North Anna Note 1 Note 1 Note 1 TIME FSAR Sec. b.2.it.2 PLANT ID NO. TEMP NR NR NR NR NR None SOV-MS-101BB OF CDMPONENT:

Solenoid Valve MANUFACTURER: PRESS. NR NR NR NR NR None ASCO psia 1'0DE;L NUMBER: REL. NR NR NR NR NR Nonti HT8316Clt7E HUM. I FUNCTION: CHEM. NR NR NR NR NR None Containment Isolation SPRAY l\CCURACY:

Spec:

Demo: NR RAD. LOCA = 2.5 X 10* Note 1 S&W Cale. Note 1 Note 1 Note 1 ltO Yr= 2.5 x 10* 1281t6 .38-RP-026-0 IDCATION:

Auxiliary Building AGING Enclosure It Refer to NOne Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Main Steam Trip Valve (Aging)

FLOOD LEVEL .l:.:LEV: NR SUB. NR NR NR NR NR None AUOVE FLOOD LEVEL: Yes No NR = Not required. All numbers written in Documentation Reference Qualification colunm are identified in Section 8.

~ : 1) Rtiplace, insufficient information. Previous testing on s.uni.lar ASCO valves (Rer. Westinghouse Ltr. No. NS-SS-770b0) indicates valves vent to perform for containment isolation.

SOV-MS-101BB 6-151

Facility: VE~CO, SURRY SYSTli:M COMPON.l::NT ~VALUATiuN WORK SHllliT - 90 DAY RhVIhW llnit: 1 locket: 50-200 SYSTEM: Environment Documentation Reterence out-MAIN STEAM standing

!!!llli! seecification Qualification Specitication Oualif. Method Items D,>UIPMENT DESCRIPTION OPER. bO sec Note 1 FSAR Note 1 Note 1 Note 1 TIME North Anna Sec. b.2.lt.2 PLANT ID NO. T.EMP NR NR NR NR NR None SOV-MS-101CA OF illMPUNENT:

Solenoid V<1lve MANUFACTURER: PRESS. NR NR NR NR NR None ASCO psia M)OEL NUMBER: REL. NR NR NR NR NR None H'.r8316Cq 7E HUM. I FUNC'.rION: Cllfilt. NR NR NR NR Nk None Containment Isolation SPRAY ACCURACY:

Spec:

Demo: NR RAD. LOCA =- 2.5 x 10 6 Note 1 S&W Cale. Note 1 Note 1 Note 1 ltO Yr = 2.5 X 106 1281tb.38-RP-02b-O IDCATION:

Auxiliary Building AGING Enclosure q Refer to None Guidelines Report SERVICE: Section 7.0 Sec.3.1.:l Main Steam Trip (Aging)

Valve FLOOD LEVEL fil.EV: NR SU.B. NR NR NR NR NR None ABOVE FLOOD LEVEL: 'ies No NR = Not required. All numbers written 1.n Documentation Reterence Qualification colwnn are identified in Section 8.

mTI:ili= 1) Replace, insufficient documentation. Previous testing on similar ASCO valves (Ref. Westinghouse Ltr. No.

NS-SS-770b0) indicate valves vent to perfor1ll the safety function tor contairunent isolation.

SOV-M!:i-101CA 6-152

Facility: VEPCO. SURRY SYSTEM ffiMPONENT EVALUATION WOl<K SHEET - !JO DAY kJ:;VIEW Unit: 1 Docket: 50-2BO SYSTEM: Environment Documentation Reference out-MAIN STEAM standing Units seecification Qualification S~citication Qualif. Method Items f.Y)UIPMENT DESCRIPTION OPER. 60 sec Note 1 North Anna Note 1 J:!j()te 1 Note 1 TIME FSAR Sec.6.2.4.i PLANT ID NO. TEMP NR NR NR NR NR None SOV-MS-101CD OF OOMPONENT:

Solenoid Val.ve

.MANUFACTURER: PRESS

• NR NR NR NR NR None ASCO psi.a M:lllEL NUMBER: REL. NR NR NR NR NR None HT8316C47E HUM.

JiUNCTION: CHEM.

" NR Nk Nk NR Nk None Containment Isolation SPRAY ACCURACY:

Spec:

Demo: NR RAD. LOCA = 2.5 x 100 Note 1 S&W Cale. Note 1 Note 1 Note 1

• 40 Yr= 2.5 X 10o 12846.JU-RP-026-0 WCATION:

Auxiliary Building AGING Enclosure 4 Refer to None Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Main Steam Trip (Aging)

Valve FLOOD LEVEL ELEV: NR SUD. NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All numbers written 1.n Documentation Reference Qualification colwun are identified in Section 8.

~ : 1a Replace. insufficient information. Previous testing on sl.ffiilar ASCO valves (Ref. Westinghouse letter No.

NS-SS-770bOa indicates valves vent to perform the safety function for containment isolation.

SOV-MS-101CD b-153

t'dcility: VEPCO, SURRY SYSTEM COMPONENT h'Vh.LUATION WOhl<. SHEET - 90 DA'l R£VIEW lliut: 1

[X)cket: 50-2UO SYSTEM: Environment Documentation Ruference out-MAIN STEAM  :..tandiug Units seecification Qua.Lification S~citication ~ua.Lif. Method Items Fl)UIPMENT UESCRIPTION OPER. 60 sec Note 1 North Anna Note 1 Note 1 Note 1 TIME FSAR Sec. b.2.11.2 PLANT ID NO. TEMP Nk NR NR NR NR None SOV-MS-109 OF CDMPONENT:

S0leno1-d Valve MANUFAC'l'URER : PRESS. NR NR NR NR NR None ASCO psia i'ODEL NUMBER: REL. NR NR NR NR NR None 80174 HUM. jL FUNCTION: CHEM. NR Nk NR NR NH None Containment Isolation SPRAY ACCURACY:

Spec: NR Demo:

RAD. LOCA = 1.1 X 10" Note 1 S&W Cale. Note 1 Note 1 Note 1 40 Yr= tl.8 X 10.z 1l81tb.38-RP-031-0 WCATION:

Safeguards Building AGING Enclosure 4 Heter to None MSVH Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Main Steam Line Drains (Aging) to Condenser FLOOD LEVEL fil.EV: NR SUB,. , NR NR NR NR

• NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All nwnbers written in Documentation Reference Qualification colunm are identified in Section 8.

NOTES: 1) Replace, insufficient information. Previous testing of ASCO valves (ref. Westinghouse Letter No. NS-SS-77000) indicates valves vent to perform satety function for containment isolation.

SOV-MS-109 b-154

Docket:

Si.STEM:

Ji'acili ty: Vl!:PCO, SURRY unit: 1 50-280 S'lSTc:M COMPONJ::NT !!.VALUATION WO.l<K sm.ET - 90 DAY kEVIEW Environment Docwnentation Reference OUt-MAIN STEAM standing Units seecitication  !,!ualification S~cification Qual.if. Method Items EQUIPMENT DESCRIPTION OPER. 60 sec Note 1 FSAR Note 1 Note 1 Note 1 TIME Nor1:.h Anna Sec. 6.2.ll.2 PLANT ID NO. 'l'EMP NR NR NR NR NR None SOV-MS-110 OF OOMPON!ili'l':

Solenoid Valve MANUFAC'l'URER: PRESS. NR NR NR NR NR None Note 1 psia l-ODU. NUMBER: REL. NR NR NR NR NR None Note 1 FUNCTION:

IIUM.

CHEM.

' NR NH NR Nk NR None Containment Isolation SPRAY ACCURACY:

Spec:

Demo: NR RAD. LOCA = 1.7 X 10* Note 1 S&H Ccilc. Note 1 Note 1 Note 1 40 Yr = 8.8 X 10* 1:.!846.38-RP-031-0 LOCATION:

Mal.Il Steam Valve uouse AGING Enclosure q 1<eter to None Guidelines keport SERVICE: Section 7.0 Sec.3.1.2 Mdl.n Steam Line Drains (Aging) to Condenser

nooo LEVEL ELEV: NR SUB. NR NR NR NR , NR t.lone ABOV~ FLOOD Li:.VEL: Yes No NR = Not required.

Kl'l'ES: 1) Component model number will be determined during present steam generator outage.

SOV-MS-110 b-155

Facility: VEPCO. SURRY Unit:

[DCKet:

SYSTEM:

1 50-280 Environment SYST£;M COMPONENT ~VALUATION WOHK SHf.ET - !tO DAY Rt.VI!!.W Documentation Reterence uut-OUTSIDE RECIRCULATION standing SJ.>RAY Units S12ecification ~ualif ication S~cification Qualit. MethOd Items f)2UI~MENT DESCRIPTION OP.ER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1

'!'IME Ref. Ltr. No.

NS-SS-792U7 PLANT IO NO. TEMP NR NR NR NR NR None 1-RS-P-2A OF OOMPONENT: Pwnp Motor MIi.NU FAC'l'UR~R: PRESS. NR NR NR 1-IR NR None Note. 1 psia KJDEL NUMBER: REL. NR NR NR NR NR NOne Note 1 HUM. I IiUNCTION: CHEM. NR Nk NR NR NR None Containment Temperature SPRAY Control of Airborne Iodine Removal ACCURACY:

Spec: NR Demo:

RAD. LOCA = 8 X 10* Note 1 S&W Cale. Note 1 Note 1 Note 1 IIO Yr = 8.U x 1oz 121146.54-RP-37-0 IJJCATION:

Sc1teguards Area AGING Enclosure 4 kefer to None Guidelines Report SERVICE: Section 7.0 Sec.3.1.l.

(Agi11g)

FLOOD LJ,;VEL BLt.V: NR SUB. NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All numbers written in Documentation Reterence Qualification colwm1 are identified in Section B.

N'.:>ThS: 1) Component ioodel will be determined during present stecW1 generator outage.

1-RS-P-:tA b-15b

Docket:

SYS'l'EM:

t'aci lity: VEP<..:O, SUIUtY Unit: 1 50-2d0 Environment.

SYSTEM C'OMPONENT EVALUA1.'I0N WORK SHEE'l' - !fO DAY ltl::VIl:.'W Documentation Reference Om:.-

.tanding OUTSIDE RECIRCULATION S[!ecification Qualification S~cification Qual1.f. Method It".ems SP.RAY  !.!.!!.!E!

EQUIPMENT DESCRIP'l'ION OPER. 120 days Note 1 Note 1 Note 1 Note l TIME PLANT ID NO. TEMP NR NR NR NR NR None 1-RS-P-2B OF OOMPONENT:

Pump Matar 1-lANUFACTURER: PRESS. NR NR NR NR NR None Note 1 psi.a K>Dt:L NUMBER: REL. NR NU NR NR Nk Nc.ne l~ote 1 HUM. i FUNCTION: CHEM. NR Nk NR NR NR None Containment Temperature SPRAY Control of Airborne Iodine Absorption ACCURACY:

Spec: NR Demo:

RAD. LOCA"' 8 X 10* Note 1 S&W Cale. Not.e 1 Note 1 Note 1 llO-Yr"' 8.8 X 10.z 1:l81l6.51J-RP-038-0 WCATION:

Safeguards Area AGING Enclosure q Refer to None G111.del1.nes Report SERVICE: Sect.1.on 7.0 Sec.3.1.2 Recirculation .Spray Punlp (Aging)

Motor FLOOD LEVEL ELEV: NR SUB. NR NR NR NR NR None ABOV£; FLOOD U:VEL: Yes No NR - Not required. All nwnbers written in Documentation Reference Qualif1.cat1.on column are ident1.t1.ea in Section~-

OOTES: 1) Component model will be determined during present steam generator outage.

1-RS-P-2B o-1!>7

Facility: V~PCO, SURRIC Unit::

locket:

SYSTEM:

1 50-280 Envirorunent SICS'l'EM COMPONENT EVALUA'l'lON \IIORK SUEET - 90 DA'i 1-EVIEW Docurnentat1on Reference Out-OUTSIDE RECIRCUL.l\'l'ION standing SPRAY Units seecification Qualification s~cification  !.!Uc.tlit. Method Items EQUIPMENT DESCRIPPION OPER. 120 days Funcuonal after Westinghouse b 'l'ype Note 1 TIME rad. exposure Rei. Ltr. No. Test N!:i-SS-792tJ7 PLANT ID NO. TEMP NR NR NR NR NH None MOV-RS-155A OF OOMPONl!.NT:

Motor Operated Valve MANUf'ACTURER: PRESS. NR NR NR NR NR t.one Lirnitorque psia i'ODEL NUMllt:R: REL. NR NR NR NR NR None SMa-00, CldSS b HUM.

Insulation '

FUNCTION: CHEM. NR NR NR NR NR None Engineered Safety SPRAY Feature, DbA (LOCA and MSLB) Mitigation ACCURAC.."Y:

Spec: NR Demo:

RAD. LOCA = 8 X 10" 2 X 107 S&W Cale. Type Note 1 llO Yr = tJ. 8 X 10~ 1281lb.51l- Tt:st RP-:H-0 WCATION:

Sateguards AGING Enclosure 4 Refer to f\lone Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Recirculation Spray (Aging)

Purnp Suction FLOOD LEV~L ELEi1: NR SUB. NR NR NR NR NR None ABOV.li. FLOOD LEVEL: Yes No NR "'Not required. All numbers written in Documentation Reference Q11aliticat1on column are identified in Section 8.

~ : 1) Lirnitorque has been given the purchase orders, serial nwubers, and 1.ntormat1on necessary to obtain quali:ti.cation data.

MOV-RS-155A b-1511

Facility: Vl::PCO, Sllllli'i Unit:

Docket:

S'iSTt:M:

1 50-280 Environment SYSTEM COMPGNENT EVALUA'l'ION WORK SHI:.E'l' - 90 DAY lUNI.1::W Documentation Reference out-OUTSIDE RECIRCULATION standing SPRAY Units SQecification Qualification S~citication Qualif. Method Items N.)UIPMENT Dl'.:SCRIPTION OPER. 1:tO days 1'i.mctlonal afcer Westi1,ghouse 6 Type Note 1 TIME rad. expoaure kef. Ltc. No. Test N::i-SS-7~287 PLAN'l' ID NO. TEMP NR NR NR NR NR None MOV-RS-155U OF ffiMPONENT:

Motor Operated Valve MA.NUFACTURJ:;R: PRESS. NR NR NR NR NR None Luni tOr<jue psia M)OEL NUMBER: REL. NR NR NR NR N.lt None SKB-00, Class B HUM. ~

Insulation FUNCTION: CHEM. NR NR NR NR llR None Engineered Safety Fea- SPRAY ture OBA (LOCA and MSLB)

Mitigation ACCURACY':

Spec: NR Demo:

RAO. LOCA = 8 X 10" 2 X 101 S&W Cale. 6 Type Note 1 1&0 'ir = 8. ti X 10" 121ll&b.5at-RP-37-0 test WCA'l'ION:

Safeguards AGING Enclosure I& Refer to None Guidelines Report SERVICE: Section 7.0 Sec.J.1.2 Recirculation Spray Pwnp (Aging)

Suction FLOOD LEVEL ELEV: NR SUB. Nit NR NR NR NR None ABOVE FLOOD UVEL: Yes No NR -" Not required. All numbers written in Docurneutation Reterer,ce Qualification colu11u1 are identified in Section 8.

~ : 1) 1.1.rnitorque has been given the purchase orders, Stffl.al nwnbers, and 1.ntormation necessary to obtain qualification data.

MOV-1lS-155B

Facility: VEPCU, SUkRY unit:

lJocket:

SllSTEM:

1 50-2UO OUTSIDE RECIRCULATION SYS'!'EM COMPONENT EVALUATION WORK SHEET - 90 DAY REVIEW Environment Documentation Reference UUt-standing Si>RAY  !!n.il:2 seecitication Qualification S~cification Qual.if. Methoa .Items EJ)UIPMENT DESCRIPTION OPER. 1:i.0 days Functional aiter West:i.ngt1ouse 0 Type Note l

'l'IME rad. exposure Ret. Ltr. No. Test NS-SS-7~2tn PLANT ID NO. 'l'EMP NR NR NR NR NR None MOV-RS-15bA OF

<DMPONENT:

Motor Operated Vdlve MANUFACTURER: PRESS. NR NR NR Nk NR None Limitorque* psia OODEL NUMBER: REL. NR NR NR NR NR l\lone SMB-000, Class B Insulation HUM *.

FUNCTION: CHEM. NR NR NR NR NR None Engineered Safety SPRAY Feature, DBA CLOCA and MSLIJ) Mitigation ACCURACY:

Spec: NR Demo:

RAD. LOCI\"' 8 X 106 2 X 101 S&W Cale. Type Note 1 160 Yr "' 8.8 X *;02 12816b. 516-I<P- '!'est 3.7-0 WCATION:

Safeguards AGING Enclosure Guidelines

. Refer to None Report SERVICE.: Section 7.0 Sec.3.1.2 Recirculation Spray Pump (A<jing)

Disc barge FLOOD LEVEL ELEV: NR SUB. NH NR NR NR NH None ABOVE FLOOD LEVE:L: Y~s No NR "'Not required. All numbers written in Documentation Reference uual1.ficat1.on col.umn are identitied :i.n Section ti.

~ : 1) Li111itorque bas been given the purchase orders, serial numbers, and infon11at1.on necessary to obtd1.n qualiticat:i.on data.

MOV-RS-156A b-lbO

Docket:

S'iSTEM:

Facility: VEPCO, SUkk¥ Unit: 1 50-2&0 Environment S1lSTJ:.M COMPONENT J:.VALUATION WORK SH.t:E'l' - !10 DAY 'Rt.VIEW Documentation Reference out-0UTSID£ RECIRCULATiON standing

~ !mill seecification ~alif icat.ioo seecification Qualit. t<iethod Items EQUIPMENT D£SCRIP1'I0N OP!ili. 120 days Functional atter Westinghouse 6 Type Note 1

'l'IME rad. ~xposure net. Ltr. No. Test NS-SS-7!,2U1 PLANT ID NO. TEMP NR NR NR NR NR None MOV-RS-156B '°F CDMPONENT:

Motor Operated Valve MANUFACTURI,.R: PRE.SS. NR NR N.t< NR None Limitorque psia 1'VDEL NUMBER: REL. NR NR NR NR NR None SMB-000, Class B HUM. i Insulation FUNCTION: CHEM. NR NR NR NR NR None Engineered Safety Fea- SPRAY ture, DBA (LOCA and MSLB)

Mit:igation ACCURACY:

Spec; NR Demo:

RAD. LOCA = 8 X 106 2 X 10'1 S&W Cale. 6 Type Note 1 40 Yr; 8.8 X 102 12a1u, .516-RP- '!'est 37-0 WCATION:

Safeguards AGING Enclosure 4 Heter to None Guidelines Report Sl::RVICE: Sect1.on 7.0 Sec.3.1.2 Recirculation Spray Pump (Aging)

Discharge FLOOD LBVJ:.L BLEV: NR SUB. NR NR NR NR None ABOVE FLOOD LEVC:L: lles No NR = Not required. All. nw11bers wr1.tten in Documentation Reference Quall.i:ication column are identified in Section ti.

~ : 1) L1.m1.torque has been given the purchase orders, ser1al numbers. and 1.nformat1.on necessary to obtain qualificauon data.

MOV-RS-156B b-lbl

Docket:

SYSTEM:

Fdcility: VEPCO, 3URRY Unit: 1 50-281 SVSTEM COMPONENT hVALUA'l'IO~ WORK SH.I::E'l' - 90 DhY REVIEW Environment Docmnentation Reference out-PRIMARY PLAN'l' VENT stanaing AND DRAINS Spec it ication Qualitication S~citication Qualif. Method Items 1.;QUil'MENT Dl!:SCHUTIUN OPER. 60 sec Note 1 FSAR North Anna Note 1 Note 1 Note 1 TIME PLANT ID NO. 275F, 0-30 min Note 1 V.t.:PCO-NRC 11-22-77 Note 1 Note 1 J:l.ote 1 S0V-DA-100A 275-150F, 30-60 min No. 3tf2A/0921177 150-120F, 1-118 hr 120F, 2-120 days ffiMPONEN'l':

Solenoid Valve MANUFAC'l'URER: PRESS. 511.7, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 ASCO psia 5tf.7-12.7, No. 382A/092477 30 min-4tf hr 12.7, 2-120 days K1DEL NUMliER: REL. 100 Note 1 VEPCO-NRC 6-1)0 Note 1 Note 1 Note 1 8320A12 HUM. I No. 535 FUNCTION: CHEM. 11 3 00 3 (2,000-2,:;:oo Note 1 VEPCO-NUC 6-80 Note 1 Note 1 t,iote 1 Containment Isolation SPRAY ppm b) No. 535 buttered to pH of 8.5-11 NaOH,llhr J\CCURACV:

Spec: NR Demo:

RAD. LOCA '- 7.11 X 10" Note 1 S&W Cale. Note 1 Note 1 Note 1 110 Yr = 3.5 X 10* 12846.54-RP-

• 0313-0 WCATION:

Inside Cont.dimnent AGING Enclosure II Refer to Note 1 Outside Cranewall Guidelines Report Sl!:RVICE: Section 7.0 Sec. 3 .1.2 Reactor Contauunent (Aging)

Pwnp Discharge FLOUu Lt:VEL ELEV: ~21*11N SUB. -21 1 11 11 NR S&W Cale. Nft NR None ABOVE FLOOD LEVEL: X Yes 12tfll6 No PE-03b-0 NR = Not required. All nwnbers written i.n Documentation Reference 1,Jualitication column are identified in Section 8.

~: 1) Replace insufficient documentation previous testing on similar ASCO valves (Ret: Westinghouse Let. No. NS-SS-77060)

• Indica-.:e valves vent to preform the satety function for containment insulation.

S0V-DA-100A 6-lb2

Facility: VEPCu, SURRY Unit:

lbcket:

,-y.'.jTfil1 :

l 50-2ij0 SYS'rEM L'OMPONEN'.L' EVALUA'f*ION WORK S.liEET -

Environment

~o Dl\'l Rh'VIi::W Document:i.ltion Ret:e.cence 0111:-

PRIMARY PLANT VENT AND standing DRAINS Units seecification Qualification S~ecitication QuaHf. Method Items EQUIPMEN'l' 1.J.1!;:,CRil"rION OP.ER. 60 sec Note 1 North Anna Note 1 Note 1 Note 1 TIME i'.:iA.R Sec. 6.2.4.2 PLANT ID NO. TJ!;MP NR NR NR NR NR None SOV-DA-lOOB OF OOMPONENT:

Solenoid Valve MANUFACTURER: PRESS. NR NR Nll NR NR None ASCu p>>ia IDDEL NUMBER: REL. NR NR NR NR NR None llhX8320A12 HUM. I EUNCTION: CUEM. NR NR NR l'IR NR None Containment Isolation SPRAl/'

ACCURACY:

Spec:

Demo: NR RAD. LOCA: 2.5 x 106 Note 1 S6W Cale. Note 1 Note 1 Note 1 40 Yr: 2.5 X 106 1~fl46.3u-lU>-O:l6-0 IDCATION:

Auxiliary Building AGING Enclosure 4 Refer to None Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Reactor Containment Swup (Aging)

Pump Discharge FLOOD LEVEL fil.h\l: NR SUB. NR NH NR NR NR Noni,,

ABOVE FLOOD Lgv~L: Yes No AA: Not required. All numbers written in Docwnentation Reference Qualification col.umn are identified in Section 8.

NO'l'~: 1) The ASCO l1BX11320A 12 Solenoid Valves contain metal parts i.n lieu ot plastic. This de.:u.gn is shown by the ll. Due to lack of documentation they will be replaced.

SOV-DA-100B 6-163

Unit:

[k)cket:

SYST&,1:

Facility: VE.l?CU, SURRY 1

50-2UO SYST£M COMPONENT !!:VALUATION \liu.kK Environment SHt.ET - 90 UA't REVIEW Docwnentdtion Reference out-PRIMARY PLANT VENT standing AND DRAINS Specification Qualitication S~c.1.fication Qualif. Methoa Items l!QUIPMENT DESCRIPTION OPER. 60 sec Note 1 ~*SAR* Note 1 Note 1 Note 1 TIME tlorch Anna Sec. b.2.4.2 PLANT ID NO. 275F, 0-30 min Note 1 Vl!:.l?CO-NllC 11-22-77 Note 1 Note 1 Nott: 1 S0V-DG-108A 275-lSOF, 30-60 min No. 3U2A/O!t2477 150-120F, 1-48 hr 12.0F, 2-120 days OOMPONENT:

Solenoid Valve MI\NUFAC'l'llRlill: Pit~SS. 58.7, 0-30 min Note 1 VI:;PCO-Nl{C 11-22-77 Note 1 Note 1 Note 1 ASCU psi.a. Sti.7-12.7, No. 3 ti2A/09lll 77 30 min-413 hr 12..7, l-120 days IDDEL NUMBER: liliL. 100 Note 1 V fil>CU-NRC 6-80 Note 1 Note 1 Note 1 HBX8320A12 HUM. I No. 535 FUNCTION: CHEM. H3B03(2,000-2,200 Note 1 V EP<.'0-NRC 6-80 Note 1 Note 1 Note 1 Containment. Isolation SPf<AY ppm B) No. 535 buffered to pH of 8.5-11 NaOH,4hr 1\CCUJ<ACY:

Spec: NR Demo:

RAD. LOCA:.: 7.4 X 10" Nute 1 S&W Cale. No. Note 1 Note 1 Note 1 40 Yr:.: 3.5 X 10* lLittH, .511-RP-018-0 IDCATION:

Inside Containment: AGIN'3 Enclosure It Refer to

• lllone Outside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Nitrogen Supply Line (Aging)

FLOOD LEVEL fil..E~: -21' 11* SUB. -21 1 11 11 NR S&W Cale. Nll NR None ABOVE FLOOD LEVEL: X Yes t:.lBllb No }lt:-036-0 NR = Not required. All numbers written in Docwnentation Reference Qualification column are identified in Section II.

NOTES: 1) HBX8320A12 soleno1.d valves contains metal parts ill lieu of plo.Stl.C. This design is shown by the **x.*. Due to lack of documentation, they will be replaced.

S0V-Dl.i-10tiA

09/29/BO.

Facility: VEPCO, SURRY SYSTEM COMPONENT !:.VALUATION WORK. SHEET - 90 DAY I<EVIEW unit: 1 Docket: 50-280 bYSTl::M: Environment Documentation Reference out-PRIMARY PLANT VENT AND standing DRAINS  !!!!llil seecif ication Qualification seecification Qualit. Method Items g)UIPMENT DESCRIPTION OPER. 60 sec Note 1 North Anna Note 1 Note 1 Note 1 TIME FSAR Section b.2~4.2 PLANT ID NO. TEMP NR NR NR NR NR None SOV-DG-10BB OF o:iMPONENT:

Solenoid Valve MANUFACTURER: PRESS. NR NR NR NR NR None ASCO psia IDDEL NUMBER: REL. NR NR NR NR NR None 8302B1RF HUM.

FUNCTION: CHEM.

" NR NR NR NR NR None Containment Isolation SPRAY ACCUkACY:

Spec: NR De.mo:

RAD. LOCA = 2.5 X 10" Note 1 S&W Cale. Note 1 Note 1 Note 1 40 Yr = 2 *. 5 X 10" 12846.38-RP-02b-O WCA'l'ION:

Auxiliary Building AGING Enclosure 4 Refer to None Guidelines Report SERVICE: Section 7.0 Sec.J.1.2 Primary Drain Trans. Pump (Aging)

.11'1..00D LEVEL ELEV: NR SUB. NR NR NR NR NR None ABOVI:. FLOOD LEVEL: Yes No NR = Not required. All nwnbers written in Documentation Reference Qualification colunm are identified in Section 8.

OOTES; 1) The 6302 Series ASCO Solenoid Valve (HB8302B1V) was tested in accordance with Westinghouse Ref. Let. No. NS-SS-77060 tor North Anna 1 and 2 for radiation and found acceptable. ~ince tne exact model number match cannot be made to this test report, the difference in the model nwuner and the reason for their 2_cceptanil1:ty is explained. The

• 1113 11 is the coil design and since the doil is cte-ener-gized for the accident, a coil failure is of no consequence.

S0V-DG-10tm . 6-lb5

Facility: VEPCU, SURRY lb1it:

Docket:

SYS'l'.l!;M:

1 50-2tl0 SYSTEM COMPUNEN'l' t:VALUATION WORK SHEET - 90 Dh'.i l!:nvironinent 1u,vn;w Documentation Reterence (mt-PRIMARY PLANT VENT sta11ding AND DRAINS  ::>pecif1.cation Qualitication Specirication 9ualif. Method ltE:lllS

!2.!UIPMEN'l' DESCRIPTIOH OPKR. t>O sec Note 1 FSAR North Anna Note 1 Note 1 Note 1 TIM.I!. Sec. i>.2 .... 2 PLANT ID NO. TEMP 275F, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 SOV-VG-109A OF 275-150F, 30-60 min l'<O. 382A/0911a 77 150-llOF, 1-48 hr 120F, 2-120 aays*-

WMPONENT:

Solenoid Vdlve M!\.NUFACTUh.ER: PRl:.SS. 5&.7, 0-30 min Note 1 VU'CO-NRC 11-22-77 Note 1 Note 1 Note 1 ASCO psia 511.7-12.7, No. 3tl2A/092aJ77 30 min-48 hr ID DEL NUM.EsER: REL. 100 Note 1 VEPCO-NRC 6-80 Note 1 Note 1 Note 1 1lBX1il20A12 HUM. j No. 5)5 E\JNC'l'ION: CHEM. H 3 B0 3 (2, 000-2 .200 Note 1 VEPCO-NkC 6-80 Note 1 Note 1 Note 1 Containment Isolation SPRAY ppm 8) No. 5)5 buttered to pH of II. 5-11 NaOH,4hr ACCURACY:

Spec: NR Demo:

lU\D. LOCA = 7.4 X 106 Note 1 S&W Cale. Note 1 Note 1 Note 1 .

40 Yr ; 3.5 X 10* 1284b.54-RP-038-0 IDCATION:

Inside Containment AGING Enclosure 4 Refer to None Outside Cranewall Guidelines Report:.

SERVICE: St:lct1.on 7.0 Sec. 3. 1.2 Primary Drain 'lyans. (Aging)

Tank Vent FLOOD LI::VEL Ii.LEV: -21" 11

• SUB. -21"11" NR S&W Cale. NR NR None ABOVE FLOOD LEVEL: X Yeti 126116 No PE-Olb-0 NR = Not required.

l'OT!!.S: 1) 'l'he ASCO HBX8320A 12 solenoid valve contains metal parts in lieu of plastic. This design is shown b~* the *x*. Due to lack of docwnentation, they will be replaced.

S0V-VG-109A (,-lob

();)cket:

Facility: V~PCU, .:iURl<Y Unit: 1 50-280 SYSTEM COMPONENT !!:VALUATION WORK ::iiiE~'l' - 90 DAY REVIEW Environment Documentation Reference out-SYSTEM:

PRIMARY PLlillT VENT sta11di_n9 AND DRAINS Units seecification  !,!ualification S~cification ~ualif. Method Items l:!,2UI1'MENT DI:;SCRI1'TION OP.ER. 60 sec Note 1 North Anna Note 1 Note 1 Note 1 TIME. .f,'SAR Sec. 6.2.4.2 PLANT ID NO. TEMP NR NR NR NR Nl< None SOV-VG-1098 Op OOMPONl!:NT:

Solenoid Valve MANUFACTURER: PRESS. NR NR NR NR NR None ASCO psia M)DEL NUMBEH: REL. NR NR NR NR NR None 8320A12 HUM. I FUNCTION: CHEM. NR NR NR NR NR None Contairunent Isolation SPRAY I\CCURAClf':

Spec: NR Demo:

RAD. LOCA = 2.5 x*lO* Note 1 S&W Cale. Note 1 Note 1 Note 1 110 Yr= 2.5 X 10* 128116.lU-RP-026-0 LOCATION:

Auxiliary rmilding AGING Enclosure 4 keter to None Guictelines Report SERVICE: Section 7.0 Sec.3.1 * .2 Primary Drain 'l'rans. (Aging)

Tank Vent FLOOD LEVEL ELEV:

J\BOVE FLOOD LEVEL:

NR lf'es SUB., NR NR NR NR . NR None No NR = Not required. All nwnbers written in Documentation l<eterence Qualitication column are identifiect in Section IL, tuTES: 1) Replace, insutticient information. Previous testing ot A5CO valves (ret. Westinghouse Letter No. NS-SS-770b0) indicates valves vent to perform safety function tor conta.1.J1111ent isolation.

iOV-VG-109h b-lb7

Unit:

Docket:

SYS'l'lli:

F'dcility: VEi'CU, ~URRY 1

50-2ti0 SYSTEM CuMPONl:.l>l'l' EVALUA'l'IUl>l

.l!:nv ironmeri t WOkK SH1!;1U - ~o DAY HEVI.i!:W Documentation Refere11ce Out-RADIATION NONI'l'ORING st.anding Units S~ecification Qualitication seec:i.tication Qual:!:_h Methoct Iti,ms EQUIPMENT DESCRIPTION OPER. 60 sec Note 1 FSJill Note 1 Note 1 t.lote 1 TIMt: North Anna Sec. 6.2.ll.2 PLANT ID NO. 'l'l!.MP NR NR NR NR NR None SOV-RM-1008 () 1

OOMPONEN'f:

Solenoid Valve MANUPACTURER: PRESS. NR NR NR NH NR None ASCO ps.1.a 1-00fil, NUMB.l!;R: REL. NR NH NR NR NR None 8320Al2 HUM.

FUNCTION:

" Nl-t NR None CHEM. NR NR NR Contaimnent Isolation SPRAY ACCUHACl!':

.!ipec:

Demo: NR RAD. LOCA = 2.5 X 1oi. Note 1 S&W Cale. Note 1 Uote 1 Note 1 110 Yr = 2.5 X 1oi. 12B46.3B-RP-0:.!6--0 IllCA'l'ION:

Auxiliary Building .AGING Enclosure 4 Refer to None Guidelines 1-teport SERVICE: Section 7.0 Sec.3.1.:.!

Radiation Monitoring (Aging)

'l'rip Valve FLOOD LEV.l!.L 1:.LE.V: NR SUD. NR NI< NR NR NR None AUOVE FLOOD LEVEL: ires No NH= Not required. All numbers written in Documentation Reference Qual.1.tication column are identified in Section ti.

NJ'l'l:.S: 1) Hep lace, insufficient in.torma tion. Previous testing on s1.milar ASCO valves (Ref. Westinghouse Letter No.

NS-SS-77060) indicates valves vent to perform the satety function for containment isolation.

SOV-RM-100U b-lbtl

Fdcility: VJi;PCO, SURkY SY!:iThM COMPONENT EVALOA'l'ION WGRK 5111:.ET - !iO DAY lUNI.EW UniT.: 1 Docket: 50-280 SYS'l'fil.l: Documentdtion Reference Out-RAUIATION MONI'l~RING standing

§pee if ication  !.,Jual if ica tion .:il:!ecification ~lualif. Method 1.teJllS EjJUIPMEN'l' DESCR1I-'l'l0N OPE.R. 60 sec Note 1 FSA!{ t..orth Anna Note 1 Note 1 Note 1 TIME Sec. b.2.4.2 PLAN'!' ID NO. TEMP 275F, 0-30 min Note 1 V~PCO-NRC 11-.:a-11 Note 1 Note 1 t.ote 1 SOV-RM-100C op 275-lSOF, 30-bO min No. 3tl2A/09l1177 150-120F, 1-48 hr 120F

• 2-120 days illMPONENT:

Solenoid Valve MANUFACTURER: PRESS. 58.7. 0-30 min Note 1 VEPCO-NRC 11-22-77 NoT.e 1 Note 1 Note 1 ASCO psia Sll.7-12.7, No. 31l2A/0!,2477 30 min-48 hr 12.7, 2-120 days M)DEL NUMBER: REL. 100 Nor.e 1 VEPCO-NRC 6-80 Note 1 Note 1 Note 1 HBXll320A12 HUM. '.I No. 535 1.-'UNCTION: CHEM. ll 3 B0 3 12,000-2,200 Note 1 VEPCO-NRC 6-80 tlOT.e 1 Note 1 Note 1 Containment Isolation SPRAY ppm B) No. ~j!)

buffered to pH of

8. 5-11 NaOH, 4hr ACCURACY:

Spec: NR Demo:

RAD. LOCA = 7.4 x 106 S&W Cale. Note 1 Note 1 Note 1 40 Yr= 3.5 X 10~ 121lllb .511-RP-OJB-0 WCATION:

Inside Containment AGING Enclosure 4 Reter r.o None Outside Cranewdll Guidelines Report SEl<VICE: Section 7.0 Sec. 3.1.2 Radiation Monitoring CAging)

Trip Valve FLOOD LEVEL EL1,;V; -21*11* SUB. -21' 11* NR S&W Cale. NR NR Hone ABOVJ,; FLOOD-LEVEL: X Yes 1.2846 No PE-O)o-O NR = Not required. All numbers written in Documentation Reterence Qualificat:ion column are identified in Section 8.

lU'l'E: 1) 'l'he HUX8320A12 Asco solenoid valves contain metal parts in lieu of plastic. *rhis design 1.s shown by the "X'" due to lack of documentation they will be replaced SOV-RN-lOOC b-lb~

Fiacility: VbPCO, SU!iliY SYS'£EM CUMPONhNT EVALUA'l'lUN WORK SllEE;T - 90 UAY REVIEW Unit: 1 Docket: 50-280 b'YSTl:.M: Env i.ronment Documentation Reference UUt.-

RADIATION MONli'ORING titanding Specification vuall.fl.cation Specification l)ualif. Method Items l!;QUIPMENT DESCHIPTION OPER. 60 sec Note .1 ~'SAR Note 1 tJote 1 No1:e 1 TIME Nortn Anna Sec. 6.2.4.2 PLANT ID NO. NR Note 1 NR Note 1 Note 1 Note 1 SOV-RM-100A OOMPONENT:

Solenoid Operated Valve MANU1ACTURER : PRBSS. NR Note 1 NR Note 1 Note 1 Note 1 Note 1 psia M)Dl!.L NUMBER: REL. NR Note 1 NR Note 1 Note 1 Note 1 Note 1 HUM. i FUNCTION: CUJ::M. NR Nk NR NR NR None Containment Isolation SPRAY ACCORAClC:

Spec: NR Demo:

RAD. LOCA = 2.5 x 10~ Note 1 S&W Cale. Note 1 Note 1 Note 1 40 Yr= 2.5 x 10~ 12Bll6.38-RP-02b-O l.DCATION:

Auxiliary Building AGING Enclosure 4 Refer to None Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Radiation Monitoring (Aging)

Trip Valve FLOOD LEVEL ELEV: -21*11" SUH. NR HR S&W Cale. NR NR None AliOVE I?'LOOD LEVEL: X lCes 121>116 No l'E-036-0 NR =- Not requirca. All numbers written in Documentation Reference Qualit1cat.1on colunu1 are identified in Section 8.

toTES: 1) Component model will be determined during present steam generator Gut.age.

S0V-rut-100A &-no

Facility: VEPCO, SURRY Unit:

Docket:

SYSTEM:

1 50-2HO Environment SYSTfill C.'OMPONENT l::VALUA'l'IOU WORK SHl:.ET - 90 DAY RhVIUi Documentation Reference Out-REACTOR COOLAN'l' St.dnding Specification Qualification Specification Qualif. Method Items E)2UIPMENT DESCl<IP'l'ION OPllli. 120 aays >120 days Westinghouse 7,9,10 Test Not.e 1 TIME Ref. Lt. No. results NS-SS-79287 used applying 100c rule H..ANT ID NO. TJ:J.IP 275F, 0-30 min 0-2tl0F, 0-3 sec VEPCO-NRC 11-22-77 7, 9, 10 Sequen - Note 1 LT-1459 OF 275-150F. 30-60 min 1tlOF, 3-120 sec No. 3li2A/092477 tial 150-120F, 1-48 hr 280-2~0F, 20 min- Test 120F. 2-120 days 24 hr 2~2F, 1-15 days ffiMPONENT:

Level Transmitter MANUFACTURER: PRESS. 58.7, 0-30 min 69.7, 3-120 sec VEPCO-NRC 11-22-77 7,9,10 Sequen- Note 1 Barton psia 58.7-12.7, No. 382A/0921177 tial 30 min-48 hr Test 12.7, 2-120 days WDl:.L NUMBER: REL. 100 100 VEPCO-tlRC 6-110 7.9,10 Sequt!n- Note 1 386 Prototype of 764 HOM. I No. 535 tial Test

~'UNCTION: CH~M. H3BU3 (2,000-2,200 1.14 wt :lo U 3 U03 VEPCO-NRC b-tsO 7,9,10 Sequen- Note 1 Pressurizer Level .:iPRAY ppm B) 0. 17 wt :I. NaOU No. 5:,5 tial Indication Control and buttered to pH of Test Protection 8 .5-11 NaOH, 4hr ACCURACY:

Spec: :t 10:1., 5 min Demo: 0-5:1,, 0-5 min Max. error 5 min RAD., LOCA = 2.4 X 107 5 X 107 S&W Citlc. 7,9,10 Sequen- Note 1 to 4 mo, 17:4 110 Yr = 1.3 K 107 12846.54-RP-038-0 tial Test IDC..:ATION:

Inside Containment AGING Jmclosure 4 Refer to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.J.1.l l<C Pressurizer (Aging)

LEvel Protection FLOOD L.C:VEL f.LEV: -21'11* SUB. -21*11 11 NR S&W Cale. NR NR None ABOVI:: FLOOD LEVEL: X Yes l~li46 No Pt:-036-0 NR = Not re<juired. All numners written in Docun,ent.ation Rete.cence Qualification colw11n are ident.itied in Section 8.

N)'l'ES: 1) As previously conunitted, this component will be replaced during third refueling.

LT-1459 b-171

F"dcility: Vt,;PCU, SUk.1,Y SYST!!.M CUMPON!!.NT J,;VALUl\'l'IUN WuRK Slll!.f::'f - 90 UAY R.l:.VIEW U111.t: 1 Docket: 50-280 SYSTEM: environment Documentation Refer en£~ out-REACTOR COULAN'l' st.anding Units ~eciticcation vual.itication Specification Quctlif. Methoct It.ems l!J,>UIPMENT DESCRIP'l'ION OPlill. 120 aays >120 ctays westinghouse 7,9,10 Test Noti:, 1 TIMB l<.ef. Lt. No. results NS-S,t;-79287 used applying 10°c rule PLJ\N'l' ID NO. 'l'EMP 275F, 0-30 min o-:.rno1-', 0-3 sec VI:;PCO-NRC 11-22-77 7, 9, 10 Sequen- Note 1 L'l'-1460 op 275-lSOF, 30-t.O min 2ll0F, 3-120 sec No. 3ll2A/09"1l77 tidl 150-lLOF, 1-1\li hr 280-2201, 20 n,in- Test 120F, 2-120 days 21' nr 2~2f', 1-15 days Q)MPONENT:

Level Transmitter MANU1/,C'l'URER: PRESS. SU.7, 0-30 min u~.7. 3-1'..!0 sec V~PCO-Nk.C 11-22-77 7,9,10 Sequen- Note 1 Barton psia 58.7-12.7, No. 3d2A/0921l77 tial 30 min-48 hr Test 12 .1, 2-120 days 14)1)£1, NllMBEH: llliL. 100 100 V£PCO-NRC 6-uo 7,9,10 Seque:11- Note 1 38b Prototype of 7b4 HUM. I No. 535 tial Test WNL'.'l'ION: CHEM. H 3 BO~ (2,000-2,200 1. 111 wt ~ 11 3 1.10 3 VEPCO-NRC b-80 7,9,10 Sequen- Note 1 Pressurizer Level SPRAY ppm B) 0

• 17 loft jl, NaOH No. ~35 tial Inctication Control and buffereg to pH of Test Protl!ction li.5-11 NaOll,'lhr ACCURACY:

Spec: +/-101, 5 min Demo: 0-5,, 0-5 min Max. error 5 min RAD .. LOCA = 2.ll x 107 5 X 107 S&W Cale. 7,9,10 Sequen- Nott:: l to 4 mo, 171 llO Yr= 1.3 X 107 12846 .5'1 -RP- tial O)tl-0 *rest 1HCA'l'I0N:

Insicte Containment AGING Enclosure 11 Refer to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 RC Pressurizer (Aging)

Level Protection FLOOD LBVEI, ELEV: -21" 11 11 SUB. NR S&W ~ale. NR Nk None ABOVE FLOOD Ll!:VEL: X Yes l.l8'1b No PE-036-0 NR = Not required. All numbers written in Documentation Refecence Qualifica-cion coluum are identitiea in Section ti.

WTES: 1) As prev1ou:;ly committed, this component will be replacea during third retueling.

LT-111(,0 b-172

FJcility: VEPCO, SURRY lhlit:

Docket:

!>"'YSTEM:

1 50-280 REAC'l'OR COOLANT SYSTEM ClMPONE.NT I:;VALUATION WORK tiHEE'l' - 90 DAY kEVH,'W mvironment Documentation Reference out-standing

!!!!.U:! seecification 2ualif ication seecification ~ualif. Method .Items E;,)llIPMl!:NT DESCRIP'l'ION OPER. 120 days >120 days Westinghouse 7,9,10 Test Note 1 TIME Ret. Lt. No. results NS-SS-7~287 used applying 100c rule PLANT ID NO. TEMP 275F, 0-30 min 0-21lOF,. 0-3 sec VEPCO-NRC 11-22-77 7, 9, 10 Test Note 1 L"r-11161 OF 275-150F, 30-60 min 2llOF, 3-120 sec No. 3tl2A/0921l77 Sequen-150-UOF, 1-48 hr 280-220F, 20 min- tial 120F, 2-120 days 24 hr 222F', 1-15 days 00Mp0NENT:

Level Transmitter MANUFACTURER: PRESS. 58.7, 0-30 min 89.7, 3-120 sec VEPCO-NRC 11-22-77 7 ,*~, 10 Test Note 1 Barton psia 58.7-12.7, No. 382A/0921l77 Sequen-30 mi.J,-413 hr tial 12.7, 2-120 days M.>DEL NUMBER: REL. 100 100 VEPCO-NRC 6-130 7,9,10 Test Note 1 386 Prototype of 764 HUM. I No. 535 Sequen-tial FONC'l'ION: CHEM. H31 B0 31 (2,000-2,200 1. lll wt I H31B031 V!::PCO-NRC 6-80 7,9,10 Test Note 1 Pressurizer Level SPRAY ppm B) 0.17 Wt i NaOH No. 535 Sequen-Indication Control and buffered to pH of tial Protection 8.5-11 NaOU,llhr 1\CCURACY:

Spec: +/-101, 5 min Demo: 0-5';\, 0-5 min Max. error 5 min RAD., LOCA = 2.ll x 10~ 5 X 10~ S&W Cale. 7,9,10 Test Note 1 to 4 mo, 171 40 Yr= 1.3 X 10~ 12846.54-RP-038-0 Sequen-tial WCATION:

Inside Containment AGING En,closure ll Refer to None Inside Cranewall Guidelines Report SEkVICE: Section 7.0 Sec.3.1.2 RC Pressurizer (Aging)

Level Protection FLOOD LEVEL J:..LhV: -21 1 11~ SUB. NR S&H Cale. NR NR None ABOVE FLOOD LE:VEL: X Yes na46 No PE-036-0 NR = Not required. All numbers written in Documentation Reference Qualification column are identitied in Section 8.

KITES: 1) As previously cOIIUllitted, this component will be replaced during third refueling.

LT-14i>1 6-173

Unit:

Docket:

SYSTEM:

Facility: VEPCO, SURRY 1

50-2UO RBACTOR COOLANT SYSTEM COMPON.C:NT !,;VALUATION WU.kl< SHEET - 90 DAi REVIEW Environment Documentation Reference UUt-standing Specification Qualification S~cification Qua.J..if. Method Items

~JUIPMENT DESCRIPTION OPER. 120 days 6 11U.n Westinghouse 1,33 Sequen- Note 1 TIME Ref. Lt. No. tial Test NS-SS-792il7 PLAN'f ID NO. TEMP 275F, 0-30 min >350 VEPCO-NRC 11-22-77 1.13 Sequen- Note 1 PT-11l55 OF 275-150F* 30-60 min No. 3 U2A/0921l 77 tial Test 150-120F, 1-ll8 hr UOF. 2-120 days OOMPONENT:

Pressure Transmitter MANUFACTURER: PRESS. 58 .1. 0-30 uu.n 80.7 Vfil>CO-NRC 11-22-77 1.33 Sequen- Note 1 Fischer-Porter psia 58.7-12.7. No. 382A/092477 tial Test 30 min-48 hr 12.1. 2-120 days K>DEL NUMBER: REL. 100 100 VEPCO-NRC 6-80 1.11 Sequen-* Note 1 10B2496QBXA-NS HUM. I No. 535 tial Test

.FUNCTION: CHEM. H3B0 3 (2.000-2,200 1.lll wt :I H3B03 VEPCO-NRC 6-80 1.33 Sequen- Note 1 Pressurizer Pressure SPRAY ppm B) 0.17 wt :I NaOH No. 5::S5 tial Test Indication and High/Low buffered to pH of Protection, Emergency 8.5-11 NaOH,4hr Core Cooling, Core Heat Removal, Engineered Safety Feature ACCURACY:

Spec: :t0.5:1 Demo:

RAD. LOCA = 2.4 x 107 q X 10* S&W Cale. 1,33 Sequen- Note 1 40 Yr= 1.3 X 107 12846.51l-RP- tial Test 038-0 WCA'l'ION:

Inside Containment AGING Enclosure 4 Reter to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Pressurizer Pressure (Aging)

Protection tLOOD LEVEL ELEV: -21 1 11 11 SUB. -21 1 11 11 NR S&W Cale. NR NR None ABOVE FLOOD LEVEL: X Yes 1281l6 No PE.-036-0 NR = Not required. All numbers written in Documentation Reference Qualification co.J..umn are identified in Section 8.

~ : 1) Heplace, transmitter will not be qualified to the requirements of IBE.E 323-1971l * .JUSTIFICATION: The accuracy requirement given for trip function applies only until the contairunent pressure. reaches the point at which satety PT-11l55 6-17"

injection is initiated by the containment pressure transmitter. Transmitter remained within the accuracy required for trip functions within the first 30 seconds (Ref: WCAP-9157).

PT-1Q55 b-17q (cont)

locket:

Slt'STEM:

Facility: VEPCO, SURRY Unit: 1 50-2UO SYSTEM COMPONENT EVALUATION WOru< SHEET - 90 DAY REVIEW Environment Documentation Reference out-REACTOR COOLANT standing Specification Qua.lification S~cification Qualif. Method Items FJJUIPMEN'r DESCRIPTION OPER. 120 days 6 min Westinghouse 1.33 Sequen- Note 1 TIME Ref. Ltr. No. tia.l Ns-ss-n2e1 Test PLANT ID NO. 275F, 0-30 min >3500 VEPCO-NRC 11-22-77 1.33 Sequen- Note 1 p*r-1456 275-150F, 30-60 min No. 3U2A/092477 tial 150-120F, 1-48 hr Test 120F. 2-120 days Q)MPONENT:

Pressure Transmitter MANUFACTURER: PRESS.. 58. 7

• 0-30 nun 80. 7 Vfil'CO-NRC 11-22-77 1.33 Sequen- Not~ 1 11.scher-Porter psia 58.7-12.7. No. 3UlA/0921J77 tial 30 min-48 hr Test 12 .1. 2-120 days IDDEL NUMBER: REL. 100 100 VEPCO-NRC 6-80 1.33 Sequen- Note 1

. 10B2496QBXA-NS HUM. I No. 53!> tial Test RJNCTION:

Pressurizer Pressure CHEM.

SPRAY H3B03 ppm B)

(2

• 000-2 .200 1. 14 wt

0. 17 wt

°'

j H 3 b0;,

NaOH VEPCO-NRC b-80 No. !>35 1,33 Sequen-ti.al Note 1 Indication and High/Low buffered to pH of Test Protection 8.5-11 NaOH.4hr ACCURACY:

Spec: +/-0.51 Demo:

RAD. LOCA = 2.~ x 107 S&W Cale. 1,33. Sequen- Note 1 IJO Yr= 1.3 x 107 12U4b.51t-RP- tial 038-0 Test IDCATION:

Inside Containment AGIN~, Enclosure II Refer to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 t'ressurizer Pr.essure (Aging)

Protection FLOOD Ll:VEL ELEV : - 21' 11 11 SUB

• NR S&W Cale. NR NR None AllOVE FLOOD LEVEL: X Yes 12U46 No PE-036-0 NR = Not required. All numbers written in Documentation Reference Qualification colwnn are identified in Section u.

~ : 1) Replace, transmitter will not be qualified to the :requirements of IEE.E 323-1974. JUSTIFICATION: The accuracy requirement given for trip function applies only until tne containment pressure reaches the point at which satec.y injection is initiated by the containment pressure transnutter. Transmitters remained within the accuracy required for the first 30 seconds (Ref. WCAP~9157).

PT-11156 6-175

Facility: V£PCO, SURRY SYS'l'EM. COMPONENT .E.VALUA*rION WORK Sllfil:T - 90 DAY REVIEW Unit: 1 lbcket: 50-280 SYSTEM: Environment Documentation Reference out-REACTOR COOLANT standing Units seecification Qualification S~cification Qua.lit. Method Items J;!!llIPMEN'l' DE;SCRIPTION OPER. 120 days 6 min Westinghouse 1,33 Sequen- Note 1 TIME Ref. Ltr. No. tial N.ti-SS-792117 Test PLANT ID NO. TEMP 275F, 0-30 min >350 VEPCO-NRC 11-22-77 1,33 Sequen- Note 1 PT-1457 OF 275-150F 0 30-bO min No. 3b2A/092ll77 tial 150-UOF, 1-118 nr Test 120F, 2-120 days ffiMPONENT:

Pressure Transmitter W\NUJi'ACTURfill: PRESS. 58.7, 0-30 min 80.7 Vfil>CO-NRC 11-22-77 1,33 Sequen- Note 1 Fischer-Porter psia 511.7-12.76 No. 3b2A/0921177 tial 30 min-118 hr Test 12.7, 2-120 days IDDEL NUMBER: REL. 100 100 VEPCO-NRC 6-80 1,33 Sequen- Note 1 10B249bQBXA-NS HUM. I No. 535 tial Test RJNCTION: CHEM. H 11 BO:, (2,000-2,200 1.111 Wt I VEPCO-NRC 6-80 1,33 Sequen- Note 1 Pressurizer Pressure SPRAY ppm B) NaOH No. 535 tial Indication and High/Low buffered to pH of Test Protection, .&nergency 8.5-11 NaOH,4hr Core Cooling/Core Heat Removal, Engineered Safety Feature ACCUAACT:

Spec: :tO. 5?.

Demo:

RAD. LOCA = 2.11 x 107 S&W Cale. 1,33 Sequen- Note 1 40 Yr= 1.3 X 107 1284b.511-kP- tial 038-0 Test IDCA'rION:

Inside Containment AGING Enclosure II Refer to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Pressurizer Pressure (Aging)

Protection FLOOD LEVEL ELEV: -21 1 11n. SUB. -21"11 11 NR S&W Cale. NR NR None ABOVE FLOOD LEVEL: X Yes .' 128116 No pt;-OJb-O NR = Not required. All numbers written i n Docwnentation Reference Qualification column are identiiiect in Section 8.

N'JTES: 1) Replace, transmitter will not be qualified to the requirements of IEEE 323-1974. JUSTIFICATION: Th~ accuracy requirement given i:or trip function applies only until the containment pressure reaches the point at wnicll satety PT-11157 6-17b

injection is initiated by the containment pressure transmitter.

for the first 30 seconds (Ref. WCAP-9157).

Transmitters remained within the accuracy required PT-1457 b-17b (cont)

Facility: VE:PCO, SU1UU'. SYST:i!:M COMPON.l:;!'U EVALUA'rION WOM SttM.E1' - 90 01,Y RJ:;VIEW Unit: 1 Docket: 50-2110 SYSTt:;M: Environment Documentation Reference UUt-REACTOR COOLANT  :.t.anding Specification Qualitication Seecitication Qua.lit. Method Items E!JUIPMENT DESCRIPTiuN OPER. 120 days Two weeks Westinghouse Note 1 Note 1 Note 1 TIME Ref. Ltr. t.o.

NS-SS-7!t21l7 PLAN'r ID NO. TJ:.MP 275F, 0-30 ml.ll Note 1 Vli.PCO-NRC 11-22-77 Note 1 Note 1 Note 1 TE-1410 "F l75-150F, 30-bO min NO. 31l:lA/0924 77 150-11.0F, 1-48 hr 120F, 2-120 days CDMPONEN'r:

Temperature Element MANUFACTURER: PRESS. 58.7, 0-30 min Note 1 V.l:.PCO-NRC 11-22-77 Not~ 1 Note 1 Note 1 Note 1 psia 511.7-12.7, No. 31t2A/092477 30 min-48 hr 12.7, 2-120 days IDDEL NUMBER: REL. 100 Note 1 VEPCu-NRC 6-80 Note 1 Note 1 Note 1 Note 1 HUM. I No. 535 FUNCTION: CHBM. 8380 3 (2,000-2,200 Vt;PCO-NkC b-80 Note 1 Note 1 Note 1 Post-Accid~nt Monitoring SPRAY ppm aa No. 5)5 of Loop Temperature buttered to pH of 8.5-11 NaOH,linr ACCURACY:

Spec: :t 0.21 IJemo: :t 0.21 RAO. Located in reactor 1 x 10a North Anna Note 1 Note 1 Note 1 coolant piping 79-018 90 Day Report WCATION:

Inside Containment AGING, Enclosure 4 Refer to None Inside Cranewall Guidelines Report SBRVICE: Section 7.0 Sec.3.1.l.

RCS Temperature Element (Aging)

(Wide-Range)

FLOOD LEVEL ELEV: -l.1 1 11* SUB. NR S&W Cale. NR NR None ABOV.1!; li'LOOD LEVEL: X Yes 1284b No PE-036-0 NR = Not required. All numbers written in Documentation Reference Qualification column dire i,~entitied in Section 8.

~ : l)Component model will be detennined during pre.:ient .stec1111 generator outage.

o-177

Docket:

SY'STEM:

Facility: VEPCO, SURRY Unit: 1 50-280 SYSTEM COMPONENT EVALUATION WORK SHEET - 90 DAY REVIEW Environment Documentation Reference out-REACTOR COOLANT standinlJ I It:ems

~ seecification ~ual.if ication S12ecitication Qualif. Method E))UIPMENT DESCRIPTlON OPER. 120 days Two weeks Westinghouse Note 1 Note 1 Note 1 TIME Ref. Ltr. No.

NS-SS-79287 PLANT1ID NO. TEMP 275F, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 TE-11112B OF 275-150F, 30-60 min No. 3 U2A/0924 77 I 150-120F, 1-118 hr 120F, 2-120 days OOMPONENT:

Temperature Element MA.NUFACTURER: PRESS. 58.7, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 Note 1 psia 58.7-12.7, No. 382A/0921&77 I

30 min-48 hr 12.7, 2-120 days IDDEL: NUMBER: REL. 100 Note 1 VEPCO-NRC b-60 Note 1 Note 1 Note 1 Note 1 HUM. I No. 535 RJNCTION: CHEM. H3B0 3 (2,000-2,200 NR Vb;PCO-NRC b-80 Note 1 Note 1 Note 1 Post-Accident Monitoring SPRAY ppm B) No. 535 of Loop Temperature buffered to pH of 8 .5-11 NaOH,4hr l\CCURACY:

Spec: :t 0.21 Demo: :t 0.2ll, RAD. Located in reactor 1 x 10D North Anna Note 1 Note 1 Note 1 coolant piping 79-018 90 Day Report U>CATION:

Inside Containment AGl~G , Enclosure 4 Reter to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 RC Delta T/TAVG (Aging)

Protection System Loop 1 ILOOD: LEVEL ELEV: -21 1 11* SUB. NR S&W Cale. NR NR None ABOVE, FLOOD LEVEL: X Yes 12H4b No PE-036-0 Nlt = Not required. All numbers written in Documentation Reference Qualification colwnn ~re identified in Section 8.

~: 1) Component model will be determ1.ned during present steam generator outage.

TE-1412B 6-178

rocket:

SYSTill:

I Facility: VEPCu, SURRY Unit:' 1 50-2t10 SYSTEM COMPONf.N'l' l:.VALUJ~TION WORK SHBET -

Environment

~0 DAY RJWil:.W Documentcation Rete.rence Out-l{.l!;ACTOR COOLANT standin<J Specification Qualification St:!ecificdtion ~ualif. Method Items EQUIPMENT DESCRIPTION OPER. 120 days Two weeks Westinghouse Note 1 Note 1 Note 1 TIME llef. Lt.r. No.

Ns-ss-7nH7 PLANT ID llO.

I 2751", 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 TE-illll20 275-l~OF, 30-60 min No. 3d2A/0!:12.it77 l50-120F, 1-llB hr 120F, 2-120 days illMPONENT:

Temrerature Element I

MANU1ACTURER: PRESS. 58.7, 0-30 min Note 1 \lhl:'CO-NRC 11-22-77 Note 1 Note 1 Note 1 llotb 1 psia 58.7-12.7, No. 3u2A/0921l77 30 min-48 hr 12.7, 2-120 days i

t-'.DDBL, NUMBER: REL. 100 Note 1 V.!!;PCU-NRC 6-80 Note 1 Note 1 Uote 1 Note 1 HUM. J No. 535 FUNCTION: CHEM. H3li0 3 (2,000-2.200 NR V EPCO--NR.C 6-tlO Note 1 Note 1 Note 1 Post-Accident Monitoring SPRAY ppm D) No. !>35 of Loop Temperature buttered to pli of tl.5-11 NaOH,4nr ACCURACY:

Spec: :t 0.2l Demo: :t 0.2l

).{AD. Located in reactor 1 x 100 North Annd Note 1 Note 1 Note 1 coolant piping 79-0lli 90 Day Report WCATION:

Inside Containment AGill!G , Jmclosure 4 kefer to None Imhde Cranewall Guidelines Report St:HV]CE: Section 7.0 .Sec.3.1.2 RC iDelt~ T/'l'AVG (Aging)

Protect.ion System Loop 1 FLOOP LEVEL ELEV: -21*11 11 SUB. NR .S&W Cale. NR NR None ABOITI:; FLOOD Ll:V.t:;L: X Yes 12846 No Pl:.-036-0 NR : ,.Not r~quired. All nwnberi. written in Documentation Ret~rence Qualit:ication colwnn are identified in Sect.ion u.

NJ'l'ES: 1) Component model will be detE:rm1.ned during present steam generator outdge.

TE-14120 ti-11!t

Facility: VEPCO. SURRY Unit: ' 1 lbcket:'

SYSTEM::

I 50-280 REACTOR COOLANT SYSTEM COMPONENT EVALUATION WORK SHEET - 90 DAY RhVI~W Specification Envirorunent Qua.lification Docwnentation Reference Specification 1.mal.i:t

• Methoa Ou,:-

standing Items E?JUIPMENT DESCRIPTION OPER. 120 days Two weeks Westinghouse Note 1 Note 1 Note 1 TIME Ref. Ltr. No.

NS-ss-1na7 PLANT ID NO. 275F. 0-30 min Note 1 Vl:.PCO-NRC 11-22-77 Note 1 Note 1 Note 1 TE-1~13 275-lSOF, 30-60 min No. 382A/09~q77 1so-120F. 1-qa hr 120F, 2-120 days (l)MPONENT:

Temp~rature Element HA.NUFACTIJllliR: PRESS. 58.7, 0-30 nu.n Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 Note/ 1 psia 58.7-12.7, No. 382A/0921l77 30 min-qs hr 12.7, 2-120 days M:>DEL NUMBER: REL. 100 Note 1 VEPCO-NRC 6-80 Note 1 Note 1 Note *1 Note: 1 HUM. I No. 535 FUNCTION: CUEM. H3 B0 3 (2.000-2,200 NR VEPCO-NRC b-80 Note 1 Note 1 Note 1 Post~Accident Monitoring SPHA'i ppm ll) No. 535 ot Lp<>P Temperature buffered to pH of 8.5-11 Naou.qhr l\CCURACY:

Spec': :t 0.211, Demo: :t O.. 211, RAD. Located in reactor 1 x 10a North Anna Note 1 Note .1 Note 1 coolant piping 79-0lb 90 Day Report WCATION:

Inside Containment AGING. Enclosure q Refer to None Inside Cranewa.ll Guidelines Report SJ::RVICE: Section 7.0 Sec.3.1.2 Rcs:Temperature Element (Aging) llot:Leg LOop 1 FLOOD: Lt:\IE.L ELEV: - l 1 1 11

• SUB. NR S&W Cale. NR NR None ABOVE:FLOOD LEVEL: X Yes 1281lb-01..;.

No PE-03b-O NH= Not required. All numbers written in pocumentation Reference Qualification column are identified in Sectiai 8.

!'!IT!:2:: 1) Component model will be determined during present steam generator outage.

b-ltlO

Fdci'lity: VEPCO, SURRll SlCSTEM LUMPON~NT .Ii.VALUATION WORK SttEET - 90 DAll REVIEW Unit: 1 Dock,et: 50-2UO Sll'STEM: Environment Oocwnentation Reference out-REACTOR COOLANT standing Specification Qualification SE!ecification Qualif. Method Items BJUIPMENT D£SCRIP'l'I0N OPER. 120 days Two weeks Westinghouse Note 1 Note 1 .Note 1 TIME Ref. Ltr. No.

NS-SS-79:llil PLANT ID NO. TEMP 275F, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 TE'-11120 op 275-150F. 30-60 min No. 3U2A/09lq77 150-120F. 1-qa hr 120F, 2-120 days OOMPONENT:

• remperature hl.ement I

MI\NUFACTURER: PRESS. 58.7, 0-30 min Note 1 VEpCO-NRC 11-22-77 Note 1 Note 1 Note 1 No;te 1 psia 5u.7-ll.7. No. 3t12A/0921177 30 min-qu hr 12.1. 2-120 days I

MJDEL NUMBER: REL. 100 Note 1 Vt.PCO-NRC 6-80 Note 1 Note 1 Note 1 Nofe 1 HUM. I No. 535 FONi;TION; CUEM. H3B0 3 (2.000-2.200 NR VEPCO-NkC 6-80 Note 1 Note 1 Note 1 Po~t-Accident Monitoring SPRAll ppm B) No. 535 ot' LOop Temperature buttered to pH of I 8. 5-11 NaOH. 11hr ACCURACll:

Spec: :t 0.21 De~o: :t 0.2l' RAD. Located in reactor 1 X 108 North Anna Note 1 Note 1 Note 1 coolant piping 79-0lB 90 Day Report IDCA'l'ION:

Inside Containment AGING . Enclosure II Refer to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 RCS Temperature Element (Aging)

Cold Leg Loop 2

/

FLOOD LEVEL ELEV: -l1 1 1l* SUB. -21"11" NR S&W Cale. NR NR None ABOVE FLOOD LEV.li:L: X Yes* 12Ullb No PE-036-0 NR :!Not required. All numbers written in Docwnentation Reference Qualification column are identified in Section 8.

tuTE~: 1) Component model will be determined during present steam generator outage.

'rE-21620 6-1111

Docket:

SYSTEM:

Facility: VEPCO, SURR'l Unit: 1 50-280 S\:ST.t,;M COMPONENT EVALUJlTION WORK sm::E*r - 90 DA'l ~VIEW Bnvironment Docwnentation Reference out-REACTOR COOLANT standing Specification {lualif ication Specitication Qualif. Method Items Ef.)UIPMENT DESCRIPTION OPER. 120 days Two weeks Westinghouse Note 1 Note 1 Note 1 TIME Ret. Ltr. No.

NS-SS-79210 PLANT ID NO. 275F. 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 TE-14228 275-150F. 30-60 min No. 3H2A/0924 77 150-120F. 1-48 hr 120F, 2-120 days OOMPONENT:

Temperature Element MI\.NUFACTURER: PRESS. 58.7, 0-30 min Note 1 VE.PCO-NRC 11-22-77 Note 1 Note 1 Note 1 Note 1 psia 511.7-12.7, No. 3li2A/0921l77 30 min-4li hr 12.7, 2-120 days M:>DEL NUMBER: REL. 100 Note 1 V1':FCO-NRC 6-80 Note 1 Note 1 Note 1 Note 1 HUM. I No. 535

FUNCTION: CHEM. ll3li03(2,000-2,200 Nk VEPCO-NRC 6-80 Note 1 Note 1 Note 1 Post-Accident Monitoring SPRAY ppm B) No. 535 of Loop Temperature butfere~ to pH of 8.5-11 NaOH,4hr ACCURACY:

Spec: :t 0.21 Demo: :t O

• 2 lL RAD. Located in reactor 1 x 10D North Anna Note 1 Note 1 Note 1 coolant piping 79-01B 90 Day Report IDCATION:

Inside Containment AGIWG. Enclosure 4 Reter to None Inside Cranewall Guidelines l<eport SERVICE: Section 7.0 Sec.3.1.:.!

RC Delta T/TAVG (Aging)

Protective System Loop 2 FLOOD LEVEL EL~V: -21 1 11M SUB. -21 1 11 11 Nlt S&W Cale. NR NR None IWOVE FLOOD LEVEL: X Yes 12846 No PJ:;-036-0 NR = Not required. All numbers written in Documentation Reference Qualification column are identitied in Section 8.

~: 1) Component model will be detennined during present steam generator outage.

b-ltl2

lbcket:

SYSTEM:

Fdcility: VE!'CO. SURRY Unit: 1

~0-2UO 5Y.S'l'EM COMPONENT EVALUATION \'IURK SUEE'l' - 90 DAY RE.Vn:w Environment Documentation* Reference (Jut-REAC'l'OR L:OOLAN'f .standing

.:.;pecification Qualification seecificat:ion Qudlif. Method Items El)UIPMENT D~SCRIPTION OPER. 120 days Two weeKs Westinghouse Note 1 Note 1 ~ote 1 TIME Rt:!f. Ltr. No.

NS-SS-7~287 PLANT ID NO. 275F. 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 TE-11122D 275-150F. 30-60. min No. 3U2A/0921177 150-120F. 1-118 hr 120F. 2-120 days CDMPONENT:

Temperature t:lement MANUFACTURER: PRESS. 5H.7. 0-30 min Note 1 VJ:;PCU-NRC 11-22-77 Note 1 Note 1 Note 1 Note 1 psia 58.7-12.7. No. 3U2A/0921177 30 min-llu hr 12.7, 2-120 days M)DEL NUMBER: REL. 100. Note 1 VE.PCu-NRC 6-80 Note 1 Note 1 Note 1 Note 1 HUM. '.I No. 535

}UNCTION: CtlEM. H3D0 3 (2.ooo-2.200 Nk VEPCO-NRC 6-80 Note 1 Note 1 Not~ 1 Post-Accident Monitoring SPRAY ppm B) No. 535 of Loop Temperature buttered to pH of 8.5-11 NaOH.llhr J\CCURAC~:

Spec: +/- 0.2'.I Demo: +/- 0.2'.li RAD. Located in reactor 1 x 10B North Anna Note 1 Note 1 Note 1 coolant piping 79-0lli 90 Day Report WCA'l'ION:

Inside Containment AGING . Enclosure 11 Refer to None Inside Crauewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 RC Delta T/TAVG (Aging)

Protection System Loop 2 FLOOD LEVEL ~W,:V: -2l 1 11n SUB. -21*11 1* NR S&W Cdlc. NR NR oone ABOITE. FLOOD LEVJ::L: X Yes 12U4b No PB-036-0 NR = Not required. All numbers written in Documentation Reference Qualification column are identified in Section U.

~ : 1) Co111ponent ni0del will be dete1:nu.ned during present steam generator outage.

T.l::-1422D 6-111)

Facility: VJ:;PCO, SUR!tY Unit:

Docket:

SYSTEH; 1

50-280 REACTOR COOLANT Environment:

SYSTKM COMPONI,;NT E.VALUA'rION WOl<K SHEET - 90 DAY REVIE~I Documentation Reference Ol)t-

c.tanding

~ecificc1t1.on Q!!alitication S~cification ~malif. Method Items EQUIPMENT Di!:SCRIPTION OPER. 1~0 days ~~o weeks Westinghouse Note 1 Note 1 Note 1 TIME Ret. Lt.r. No.

NS-S~-792117 PLANT ID NO. 275F, 0-30 min Note 1 VI::PCO-NRC 11-22-77 Note 1 Note 1 N()te 1 TK-1423 275-lSOF, 30-60 min No. 3ti2A/0921l77 150-120F, 1-48 hr 120F, 2-120 days ffiMPONENT:

Temperature Klement MANUFACTURER: PRESS. 58.7, 0-30 m1.n Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 Note 1 psia 58.7-12.7, No. 31l2A/0!t2477 30 min-4li hr 12.7, 2-120 days M)D.1,;L NUMBER: kEL. 100 100 VEPCO-NRC 6-80 Note 1 Note 1 Note 1 Note 1 IIUM. I No. 535 EUNCTION: CHEM. H3 B0 3 (2,000-2,200 Nk VEFCO-NRC o-80 I Note 1 Hate 1 Note 1 Post-Accident Mo111.toring SPRAY ppm B) No. 535 of Loop Temperature buffered to pH of 8.5-11 Na0H,4hr ACCURACY:

Spec: :t 0.2, Demo: :t 0.21 RAD. LOcated 1.n reactor 1 x 10d North Anna Note 1 Note 1 Note 1 coolant piping 79-0Hs 90 Day Report WCATION:

Inside Cont:ainment AGING . Enclosure 4 Refer to None Inside Cranewa 11 Guidelines Report SERVICE: Sect1.on 7.0 Sec.3.1.2 RC:i Temperature J.dement (Aying)

Hot Leg Loop 2 FLOOD LEVEL ELI,;V: -21'11 11 SUB. -21" 11" NR S&W Cale. NR NR None ABOVE FWOD LEVJ:;L: X Yes 1284b-Ol-No l'E.-036-0 NR = Not required. All numbers written in Documentat1.on Referer.ce Qualification column are identified 1.n Section 8.

OOTES: 1) Component model will be determ1.ned during present. st..eam generator outage.

TE.-lll 2 3 b-HJII

.Facility: VJ,.PCO, SURRY Unit:

locket:

SYSTl!J.1:

1 50-2BO Environment SYS'I*EM COMPONENT E.VALUATION \'IORK SttEE*r - !JO DAY RhVIEW Documentation Reference out-REACTOR COOLANT standing Specification Qualit }cation s~citication Qualif. Method Items

~UIPMENT DE~ClUPTION OPER. 120 days Two weeKs Westinghouse Note 1 Note 1 Note 1 TIME Ret. Ltr. No.

NS-SS-JnuJ PLANT ID NO. 275F, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 TE-11&30 275-150F, 30-bO min No. 3t12A/0921&77 150-120F, 1-48 hr l20F, 2-120 ctays OOMPUNENT:

Temperature Element MANUFACTURER: PRESS. 5B.7, 0-30 min Note 1 VEPCO-NkC 11-22-77 Note 1 Note 1 Note 1 Note 1 psia 511.7-12.7, No. 382A/092it77 30 min-ltd hr 12.7, 2-120 days K>DEL NUMBER: REL. 100 Note 1 VEPCO-NRC b-80 Note 1 Note 1 Note 1

. Note 1 HUM. I No. 535 FUNCTION: CHEM. H3 B0 3 (2,000-2,200 NR VEPCO-NRC b-80 1 Note 1 Note 1 Note 1 Post Accident Monitoring SPRAY ppm B) No. !>35 of LOop Temperature buttered to pH of 8.5-11 NaOH,l&hr

.ACCURACY:

Spec: :t 0.2'A Demo: :t 0.21 RAD. Located in reactor 1 x 10* North Anna Note 1 Note 1 Note 1 coolant piping 79-0lB 90 Day l<eport IDCATION:

Inside Con1:a1.nment AGINp . Enclosure It Refer to None Insiae Cranewdll Guidelines Report SERVICE: Section 7.0 Sec.3.* 1.2 RCS Temperature Element &Aging)

Cold Leg Loop 3 FLOOD LEVEL ELtV: -21 1 11* SUB. NR S&W Cale. NR NR None

/IBOVE FLOOD LEVEL: X Yes 12Ul&b No PE-03b-O Wl =. Not required. All numbers written in Documentation Reference Qualification column are identifiea in Section 8.

~ : 1) Component model wi.11 be determined during present. steam generator outage.

Tl!:-1430 b-lll5

1-'acility: VEPCO. SU1H,'i Urut:

Docket:

SYSTEM:

1 50-lBO Environment SYS'l'EM lXlMPONJ:;NT EVALUATION WORK SlU:.ET - ~O DAY Rl:.VI.l::W uocwnentation Reference uut-REACTOR COOLAN'r standing Specification Qualification Specification Qual.if. Method Iten,s EQUIPMENT DESCRIP'l'ION OPER. 120 days Two weeks Westinghouse Note l Note 1 Note 1 TIME Ret. Ltr. No.

NS-s:.-n2e1 PLANT ID NO. 275~*, 0-30 min Note 1 Vl:.PCO-NRC 11-22-77 Note 1 Note 1 Note 1 TE-14326 275-150F. 30-60 min No. 3 U2A/0924 77 150-120F, 1-48 hr 120F. 2-120 days OOMPONEN'l':

Temperature Element MANUFACTURE;R: PRESS. 58.7. 0-30 min Note 1 VEPCO-Nf<C 11-22-77 Note 1 Note 1 Note 1 Note 1 psia 58.7-12.7, No. 3b2A/092477 30 min-48 hr 12.7, 2-120 days M.>DEL NUMBER: REL. 100 Note 1 VEPCO-NRC b-80 Note 1 Note 1 Note 1 Note 1 HUM. I No. 535 FUNCTION: CHEM. H3B03(2,000-2,200 NR VEPCO-NRC 6-00 Note 1 Note 1 Note 1 Post Accident-Monitoring SPitAY ppm B) No. !>J5 or Loop Temperature buffered to pH of 8.5-11 NaOH,4hr ACCUkACY:

Spec: :t 0.21 Demo: :t O .2;1 RAD. Located in reactor 1 x 100 Noi:th Anna Note 1 Note 1 Note 1 coolant piping 79-01B 90 Day Report WCATION:

Inside Containment AGIN~ . Enclosure 4 Refer to None Insiae Cranewall Guidelines l<eport SERVICE: Section 7.0 Sec.3.1.2 RC Delta T/'l'AVG (Aging)

Protection System Loop 3

• FLOOD LEVEL .lil.EV: -2 111 l* SUB. -21111 11 NR S&W Cale. NR NR None ABOVE FLOOD LE~EL: X Yes 12B4b-Ol-No PE-036-0 NR = Not required. All numbers written in Documentation Reference Qualitication colwnn are identified in Section u.

N>TES: 1) Component model will be deternu.ned during present steam generator outage.

TE-1ti32B 6-186

Facility: VBPCu, SURkY Unit:

Docket:

SYSTEM:

1 50-280 REAC'l'UR. COOLANT SYS'l'EM COMPONEN'f EVALUA'l"ION WORK SHE;E'l' - 90 DAY REVIEW Environment Docwnentation Reference out.-

standing Specification ~ualitication Specification Qualif. Method Items E1)UI~MENT DESCRIPTION OPER. 120 days 'l'Wo weeks Westinghouse Note 1 Note 1 Note 1 TIME Ret. Ltr. No.

NS-SS-19281 PLANT ID NO. 27!:iF, 0-30 min Note 1 VE;PCO-NRC 11-22-71 Note 1 Note 1 Note 1 TE-1432D 275-150F, 30-60 min No. 3112.A/092417 150-120F, 1-48 hr 120F, 2-120 days CDMPONENT:

Temperature Element MANUFAC'fURim: PRESS. 5H.7, 0-30 min Note 1 VEPCO-NRC 11-22-71 Note 1 Note 1 Note 1 Note 1 psia 511.1-12.7, No. l1!2A/0 92417 30 min-411 hr 12.7, 2-120 days M)DEL NUMBER: REL. 100 Note 1 VEPCO-NRC 6-80 Note 1 Note 1 Note 1 Note 1 HUM. l' No. 535 EUNCTION: CttEM. H3B0 3 (2,000-2,200 NR VEt>CO-NkC 6-80 Note 1 Note 1 Note 1 Post-Accident Monitoring. SPRAY ppm B) No. 535 of Loop Temperature .. buttered to pH of 8.5-11 NaOH,4hr ACCURACY:

Spec: :t 0.2J Demo : :t O

• 2~

RAD. Located in reactor 1 x 1ou North Anna Note 1 Note 1 Note 1 coolant piping 1~-01& 90 Day Report.

IDCATION:

Inside Contairunent AGING , Enclosure 4 Refer to ~one Inside Cranewall Guidelines Report SEHVICE: Section 1.0 Sec.3.1.2 RC Delta T/TAVG (Aging)

Protection System Loop 3 FLOOD LEVEL !!:LEV: -21 1 11* SUB. -21111* NR S&W Cale. NR HR None ABOVE FLOOD LBVEL: X Yeti 1284b No PE-036-0 NR = Not required. All numbers written in Documentation Reference Qualification column are identitied in Section li.

N>TES: 1) Component model will be determined during present steam generator outage.

Tf.-14320 6-1H7

Facility: VEPCO,* SURRY Unit:

rocket:

SYSTEM:

1 .

50-280 EnvironMent SYS'l'EM COMPONENT EVALUAT10N WuRK Stt.l!.E*r - 90 DAY REVIEW Documentation Reference uut-HEACTOR COOLANT btanding Specification ~alification SP£cification Qualit. Method Items

!YJUIPMENT DESCRIPTION OPER. 120 days Two weeks. Westinghouse Note 1 Note 1 Note 1 TIME Ret. Ltr. No.

NS-SS-79210 PLANT ID NO. TEMP 275F, o-*30 min Note.1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1

'l'E-1433 OF 275-150F, 30-60 min No. 3112A/092477 150-120F, 1-48 hr 120F, 2-120 days ffiMPONENT:

Temperature Element MANUFACTURER: PRESS. 58.7, 0-30 min Note 1 VEPCO-NRC 11-,-22-11 Note 1 Note 1 Note 1 Note 1 psia 58.7-12.7, No *. 382A/0921l77 30 min-48 hr 12.7, 2-120 days 1-0DEL NUMBER: REL. 100 Note 1 V.l!:PCO-NRC b-80 Note 1 Note 1 Note 1 Note 1 HUM. I No. 535 FUNCTION: CIIEM. H3B0 3 (2,000-2,200 NR VEPCO-NRC b-80 Note 1 Sequen- Note 1 Post-Accident Monitoring SPRAY ppm B) No. ~35 tial of Loop Temperature buttered to pH of Test B. 5-11 NaOH, 4hr l\CCUHACY:

Spec: :t 0.2i Demo: :t O

• 21 RAD. Located in reactor 1 x 10* North Anna Note 1 Note 1 Note 1 coolant piping 79-01B 90 Day Report LOCATION:

Inside Containment AGING . Enc1osure 4 Refer _to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 RCS Temperature Element (Aging)

Hot Leg Loop 3 FLOOD LEVEL hi.EV: -21'11* SUS. NR S&W Cale. NR NR None ABOVE FLOOD LEVEL: X ies 1284b No .PE-03b-O NR = Not required. All nwnbers written in Documentation Reference Qualification column are identified in Section 8.

IDTES: 1) Component model will be determined during present steam generator outage.

'l'E-11133 b-188

Facility: VEFCO, SURH'l UJ,it:

Docket:

SYS'l'EM:

1 50-280 SYS*rJ!:M COMPUN.lillT EVALUA'l'IUN Environment WORK SttEET - 90 DA¥ Rf.VIEW Documentation Reference uut-REAC'l'OR COOLANT standing Units seecification Qua lit ication seecification Qualif. Method Items EJ,.)UIPMENT DESCRIPTION OPE.R. bO sec Functional f'SJ\R Note 1 Note 1 None TIME dfter North Anna testing Sec. 6.2.4.2 PLAN'l' ID NO. TBMP NR tm NR ~R NR None SOll-151~A OF CDMPONENT:

Solenoid Operated Valve MANUFAC..'TURER: PRESS. NR NR NR NR NR None Note 1 psia K,D.t,;L NUMBER: REL. NR NR NR NR NR None Note 1 l!UM. ,..

FIJNC'rION: CHEM. NR NR NR NR NR None Containment Isolation SPRAY l\CCURAC'l:

• Spec:

Demo: NR RAD. LOCA = 2.5 X 10* 5 X 101' S&W Cale. Note 1 Note 1 None QO Yr= 2.5 x 10* 1284b.54-RP-038-0

!£)CATION:

Auxiliary Building AGING Enclosure 4 1'.efer to None Guidelines Report SEl{VICE: Section 7.0 Sec.J.1.2 Primary Grade Water to (Aghg)

Pressurizer Relief Tank FLOOD LEV EL ELEV: NR SUB., . NR NU NR NR

• NR None ABOVE f'LOOD .LEVEL: Yes No NR = Not requirect. All n\Ullbers written in Documentation Reference Qualification colwnn are identified in Section u.

tbte: 1) Component 1nodel number will be determined during the steam generator outage.

S0V-1519A 6-lb~

e Facility: VEPCO, SURRY Unit: 1 SY~Tfil.1 COMPONENT f.VALUA'flC,N WORK SH.l:.ET - !ti> DAY Rl!;VIEW e

. Docket: 5U-2UO SYSTEM: t:nvironment Documentation Reference Out.-

R&ACTOR COOLI.N'l.' standing Specification Qualitication s~cification Oualif. Method ltem.;.

g>UIPMEN'l' DESCRIP'l'IUN OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1 TIME Ref. Ltr. No.

NS-SS-79287 PLANT ID NO. 275F, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 SOV-11155-1 275-150F, 30--60 min No. 3t12A/0921177 150-120F, 1-118 nr 120F, 2-120 days CDMPONJi;NT:

Solenoid Operated Valve MANUFACTUJ<ER: PRESS. 58.7, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 Note 1 psia 5U.7-12.7, No. 3U2A/09:.tlt 77 30 min-48 hr 12.7, 2-120 days foODEL NUMBER: Rill.. 100 Not1:; 1 VEl'CO-NRC 6-80 Note 1 Note l Note 1 Note 1 HUM. I No. 535 JiUNCTION: CHEM. H.so. (2,000-2,200 Note 1 V fil>CO-NRC 6-80 Note 1 Note 1 Note 1 DBA (LOCA and MSLB) SPRAY ppm B) No. !>35 Mitigation buffered to pH of 8.5-11 NaOH,llhr ACCURAC'i:

Spec: S6W Cale.

Demo: NR RAD. LOCA = 2.11 x 107 Note 1 1284b.51l-RP- Note 1 Note 1 Note 1 110 Yr= 1.3 X 107 038-0 WCATION:

Inside Containment AGING Enclosure 4 Refer to None Inside Crauewall Guidelines Report SERVICE: Section 7.0 Sec.3.l.2 Pressurizer Power (Aging)

Operated Relief FLOOD LEV~L hl.E.V: -21' 11* SUB. NR S&W Cale. NR NR None ABOVE FLOOD LEVEL: X Yes 12tlllb No PE-03b-0 NR = Not required. All nwnbers written in Documentation Refereuce Qualification column are identified in .Sect.ion U.

~ : 1) Con,pontmt model number will be determined during the stedm generator outage.

SOV-11155-1 6-1!10

Unit:

DocKet:

SYSTEM:

Facility: Vii;PCO, SURRY 1

50-280 SYSTl!:M COMPONEN'r EVALUATION WORK SHE;.F.T - 90 DAY REVIEW t:nvironment Documentation itef t:rence uut-REACTOR COOLANT standing Specification Qualification SQecitication Qualit. Method Items EQUIPMENT DESCRI'f"r!ON OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1 TIME Ref. Ltr. No.

NS-SS-79287 PLANT ID NO. 'rEMP 275F, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 SOV-1455-2 OJ:,' 275-lSOF, 30-60 min No. 31l2A/0921177 150-120F, 1-118 hr 120F, 2-120 days OOMPONENT:

Solenoid Operated Valve MANUFACTURl::R: PRESS. 58.7, 0-30 min Note 1 VEPCQ-NRC 11-:l2-77 Note 1 Note 1 Note 1 Note 1 psia 5B.7~12.7, No. 3112A/092477 30 min-48 hr 12.7, 2-120 days M>DEL NUMBER: REL. 100 Note 1 VEPCO-NRC 6-80 Note 1 Note 1 Note 1

.Note 1 HUM. I No. 5)5 IDNCTION: CHEM. H:,BO:, (2,000-2,200 Note 1 VEPCO-NRC 6-80 Note 1 Note 1 Note 1 DBA (LOCA and MSLB) SPRAY ppm B) Ho. 535 Mitigation buttered to pH of 8.5-11 NaOH,llhr ACCURACY:

Spec:

Demo: NR RAD. LOCA = 2.4 X 107 Note 1 S&W Cale. Note 1 Note 1 Note 1 40 Yr = 1.) X 107 1284i,.5q-RP-031l-O WCATION:

Inside Containment AGING Enclosure 4 Refer to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sea.3.1.2 Pressurizer Power (Aging)

Operated Relief FLOOD Lii;VEL !,;LEV: ~21 1 11M SUB. -21 1 11 11 Nk S&W Cale. NR NR None ABOVE FLOOD LEVEL: X Yes 12846 No PE-036-0.

NR = Not required. All numbers written in Documentation Reference Qualification column are identified in Section II.

~: 1) Component model number will be determined during tne steam generator outage.

sov-1 .. ss-2 t>-1~1

Facility: VEPCO, SURRY Unit:

Docket:

SYSTEM:

1 50-~80 Environment:

SY.S'l'BM COMPONENT EVALUATION WORK S11EE'1' - 90 DAY RIWIEW Documentation Reference out-REAL"'TOR COOLANT standing Specification uualitJ.cacion S[!ecification ~ualif. Method Items B)UIPMENT DESCRIPTION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1 TIME Ref. Ltr. No.

NS-SS-79287 PLANT ID NO. 275F, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 SOV-1455-3 275-150F, 30-60 min No. 382a/092.ll77 150-120F, 1-48 hr 120F, 2-120 days CDMPONENT:

Solenoid Operated Valve MANUFACTUR.l!:R: PRESS. 58.7, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 Note 1 psia su.7-12.7, No. 31i2A/0924 77 30 min-48 hr 12.7, 2-120 days M.llJBL NUMB~R: REL. 100 Note 1 VEPCO--NRC o-eo Note 1 Note 1 Note 1 Note 1 HUM. ll, No. 535

FUNCTION: CHEM. H3.B03 ,2.000-2.200 Note 1 V.EPCO-NRC 6-80 Note 1 - Note 1 Note 1 DBA (LOCA and MSLB) SPRAY ppm B) No. 535 Mitigation buffered to pH of B.5-11 NaOH,4hr l\CCUltACY:

Spec:

Demo: NR RAD. LOCA = 2 .II X 107 Note 1 S&w Cale. Note 1 Note 1 Note 1 40 Yr - 1.3 X 107 1 :.!u*H,. 511-RP-038-0 WCATION:

Inside Containment AGING Enclosure 4 Refer to None Inside Cranewall Guidelines Report SBRVICE: Section 7.0 Sec.3.1.2 Pressurizer Power (Aging)

Operated Relief FLOOD LEVEL ELt:V: -21"11'" SUB. -21*11* NR S&W Cale. NR None ABOVE FLOOD ~Vt:L: X Yes 12846 No P.1,.-0)6-0 NR = Not requirect. All numbers written in Documentation Reference Qualification column are identified in Section 8.

IDTt:S: 1) Component model number will be determined during the steam generator outage.

SOV-1455-3 6-192

D:>cket:

SVST.EM:

Facility: VEPCO, SURRY Unit: 1 50-2UO SYSTEM COMPONENT EVALUATION WORK SHEET - 90 DAY Rl!.VIEW Env .1.rorunent Documentation Reference out-R1'J.CTOR COOLANT standing

!!!!ill SE!ecification ~ualitication seec.1.fication Qualif. Method Items E)JUIPMENT DESCRIPTION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1 TIME Ref. Ltr. No.

NS-SS-79210 PLANT ID NO. TJ::MP 27!:>F, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 SOV-11156-1 OF 275-150F, 30-60 min No. 3U2A/0921l 77 150-120F, 1-ll8 hr 120F, 2-120 days OOMPONENT:

Solenoid Operated Valve MANUFACTURER: PRESS. 5B.7, 0-30 min Note 1 V.i:J>CO-NRC 11-22-77 Note 1 Note 1 Note 1 Note 1 psia 58.7-12.7, No. 3U2A/09lll 77 30 min-48 hr 12.7, :.!-120 days t-ODBL NUMB£R: REL. 100 Note 1 V.l:.PCO-NRC 6-80 Note 1 Note 1 Note 1 Note 1 HUM. I No. 535 RJNCTION: CHEM. U3 B0 3 (2,000-2,200 Note 1 VEPCO-NRC 6-80 Note 1 Note 1 Note 1 DBA (WCA And MSLB) SPRAY ppm B) No. 535 Mitigation buffered to pH of 8.5-11 NaOH,4hr ACCURACY:

Spec:

Demo: NR RAD. LOCA = 2.ll X 10Y Note 1 S&W Cale. Note 1 Note 1 Note 1 llO Yr= 1.3 X lOY 12Bll6.5ll-RP-038-0 IDCATION:

Inside Containment AGING Enclosure 4 Refer to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 .Sec.3.1.2 Pressurizer Power (Aging)

Operated Relief

. :ELOOD LEVEL ELEV: -21 1 11* SUB. -21' 11 11 NR S&W Cale. NR NR None ABOVE FWOD LEVEL: X ¥es 12Ull6 No PB-036-0 NR = Not required. All numbers written in Documentation Reference Qualification column are identified in Section 8.

~: 1) Component model will be determined during the stea.n generator outage.

SOV-14!>6-1 b-193

Facility: VEPCO, SUkRY Unit:

DocKet:

SYST.EM:

1 50-280 Environment SYSTEM COMPONENT EVALUATION \'lORK SHEE'!' - 90 DAY REVIE\ll Documentation Reference out-REAC'fOR COOLAN'I' .standing Specification Q!!alification Specification Qualif. Method Items l.),.JUIPMENT l.lESCRIP'rION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1 TIME kef. Ltr. No.

NS-S.S-79287 PLANT ID NO. 275F, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 S0V-1'l5b-2 275-150F, 30-bO min No. lt12J\/092477 150-120F, 1-48 hr 120F, 2-120 days ffiMPONENT:

Solenoid Operated Valve MANUFAC'!'UltER: PRESS. 58.7, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 Note 1 psia 58.7-12.7, No. 3t12A/092477 30 min-48 hr 12.7, 2-120 days t4>DEL NUMBI::R: REL. 100 Note 1 VEPCO-NRC 6-80 Note 1 Note 1 Note 1 Note 1 HUM. I No. 535 EUNCTION: CHEM. li3B031 ,2.000-2.200 Note 1 VEPCO--NRC b-&O Note 1 Note 1 Note 1 DBA (LOCA and MSLB) SP.rtAY ppm B) No. 535 Mitigation buttered to pH of

8. 5-11 NaOH, 4hr ACCURACY:

Spec: NR Demo:

RAD. LOCA

• 2.4 x 10~ Note 1 S&W Cale. Note 1 Note 1 Note 1 40 Yr* 1.3 X 10~ 1284b.54-RP-038-0 lDCATION:

Inside Containment AGING Enclosure 4 Refer to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3. 1.2 Pressurizer Power (Aging)

Operated Relief Fl..OOD Ll!,V EL J!:LEV : - 21

• 11'" SUB

• NR S&W Cale. NR NR None ADOif!:: FLOOD U;VEL: X Yes 1284b No P£:-036-0 NR

• Not requirect. All nwnbers written in Documentation Reference Qualification column are identified in Section 8.

!0'1'£:S: 1) Con,ponent model will be determined during the steam generator outage.

SOV-11156-2 6-194

Facilit~P<.'O, SUkRY Unit:

Docket:

1 50-2UO SYSTEM COMPONENT BVAWATION tit SIIBET - 90 OAY REVIEW SYSTJ::M: Environment Documentation Reference Out-REACTOR COOLAN'l'  ::.t.anding Specification QQ.ilificatlon S[!eciticc1tion Qualif. Method Items E(JIJIPMENT DESCRIPTION OP!m. 120 days Note 1 Westingt1ouse Note 1 Note 1 Note 1 TIME ket. Ltr. No.

NS-S~-7~2U7 PLANT ID NO. 275F, 0-30 min Note 1 VEPCO-NRC 11-22-17 Note 1 Note 1 Note 1 SOV-lll5b-2 275-150F, 30-bO min No. 3t12A/0924"17 150-120F, 1-118 hr 120P, 2-120 ddys OOMPONENT:

Solenoid Operated Valve

~NUt'AC'l'Ukfilt: PRESS. 51l.7, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 Note 1 psia 5U.7-12.7, No. 3tl2A/0921177 30 min-118 hr 12.7, 2-120 days l'[)DEL NUMBER: REL. 100 Not.e 1 VEPCO-NRC 6-80 Note l Note 1 Note 1 Note 1 HUM. i No. 535 EUNCTION: CUEM. H;i,BO;i, (2,000-2,200 Note 1 VU?CO-NRC b-uo Note 1 Note 1 Not.e 1 DBA (LOCA and MSLB) SP:rtAY ppm B) No. 535 Mitigation buffered to pH of 11.5-11 NaOH,4hr ACCURACY:

Spec: NR Demo:

RAD. LOCA = 2 .II X 101' Note 1 S&W Cale. Not.e 1 Note 1 Note 1 40 Yr = 1.3 X 101' 121l4o.511-RP-031l-O IOCA'l'ION:

Inside Containment AGING Enclosure II Refer to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Pressurizer Power (Aging)

Operated Relier FLOUD Ll:.VEL l!:LEV: -21" l11t SUB. -:.!1"11" NR S&W Cale. NR NR None AliO\ll:: FLOOD Ll;VEL: X Yes 1284b No PE-036-0 NR = Not requlrea. All numbers written in Documentation Reference Qualification colwnn are identified in Section U.

N)TJ;;S~ 1) Component model will be determined during the steam generator outage.

SOV-11t56-2 6-194

Facility: VEPCO, SURRY Unit:

Docket:

SYSTEM:

1 50-280 Environment SYSTEM o:lMPON.t:NT EVALUATION WORK SHEET - 90 DAY lU.VIEW Documentation Reference Out-REACTOR COOLANT standing Specification Qual.ification S~ecification ~ualif. Method 11:.ems

§.>UIPMl!;NT DESCRIP'l'ION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1 TIME Ret. Ltr. No.

NS-SS-7!1287 PLANT ID NO. 275F, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 SOV-11156-3 275-lSOF, 30-60 min No. 382A/0921177 150-120F, 1-48 hr 120F, 2-120 days OOMPONENT:

Solenoid Operated Valve MANUFACTURER: PRESS. 5d.7, 0-30 min Note 1 VJil>CO-NRC 11-22-77 Note 1 Note 1 Note 1 Note 1 psia 58.7-12.7, No. 3d2A/092477 30 min-118 hr 12.7, 2-120 days M:>OEL NUMBER: REL. 100 Note 1 VEPCO-NRC b-80 Note 1 Note 1 Note 1 Note 1 HUM. I No. 535 FUNCTION: CHEM. H 3 B0 3 (2,000-2,200 Note 1 VEPCO-NRC b-80 Note 1 Note 1 Note 1 OBA (LOCA and MSLB) SPRAY ppm B) No. 535 Mitigation buttered to pH of 8.5-11 NaOH,4hr ACCURACY:

Spec: S&W Cale.

Demo: NR RAD. LOCA = 2.4 x 107 Note 1 12dll6.5&J-RP- Note 1 Note 1 Note 1 110 Yr= 1.3 X 107 03d-O IDCATION:

Inside Containment AGING Enclosure II Re:ter to None Inside Cranewall Guidelines .Report SEkVICE: Section 7.0 Sec.3.1.2 Pressurizer Power (Aging)

Operated Relief FLOOD LEVEL ELEV: -21*11* sua. NR S&W Cale. NR NR None ABOVt: FLOOD. LEVEL: X Yes 12dll6 No PE-036-0 NR =- Not required. All numbers written 1.n Documentation Reference Qualification column are identified in Section li.

IDTES: 1) Component model will oe determined during the steain generator outage.

.SOV-11l5b-3 b-1!15

Facility: VEPCO, SURRY SYSTt;M COMPONENT EVALUATION WORK SHEET - 90 UAY IU.VIEW Unit: 1 Docket: 50-280 SYSTEM: Environment Documentation Reference out-REACTOR COOIAN'l' standing Specification Qualification Specification ~)ualif. Method Items EQUIPMENT DE::iCRIPTION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1 TIME Ref. Ltr. No.

NS-S::i-7~2117 PLAN'r ID NO. TEMP 275F, 0-30 min Note 1 NR NR NR None MOV-1535 OF 275-150F, 30-60 min 150-120F, 1-48 hr

.120F

• 2-120 days CDMPONENT:

Motor Operated Valve MANUFACTURER: PRESS. 511.7, 0-30 min Note 1 NR NR NR None Note 1 psia 511.7-12.7, 30 min-48 hr 12.7, 2-120 days MlDEL NUMBER: REL. 100 Note 1 NR NR NR None Note 1 HUM. I RINCTION: CHEM. H3B0 3 (2,000-2.200 Note l NR NR NR None OBA (LOCA and MSLB) SPRAY ppm B)

Mitigation, Minimum buffered to pH of lioration 13 .5-11 NaOH,4hr

.ACCURACY:

Spec:

Demo: NR RAD. LOCA = 2.4 x 10~ Note 1 S&W Cale. Note 1 Note 1 Note 1 40 Yr= 1.3 X 10~ 1284b.51l-RP-0311-0 WCATION:

Inside Containment AGING Enclosure q Reter to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Pressurizer Relief (Aging)

Block Valve FLOOD LEVEL t;LEV: -21 1 11" SUB. NR NR S&W Cale. NR NR None ABOVE FLOOD LEV~L: X Yes 1284b No PE-036-0 Nil= Not required. All nwnbers written in Docwnentation Reference Qualification column are identified 1.n Section u.

NlTr:s: 1) Component model will be deternuned during present steam generator outage.

MOV-1535 t>-196

Docket:

SYSTEM:

Facility: VEPCO, SURRY Unit: 1 50-280 SYSTEM COMPONENT EVALUATION WORK SUJ:;ET - 90 DAY IU,;VIEW l!:nvironment Documentation Reference Out-REACTOR COOLANT standing Specification _ l)ualification Specitication Qua1if. Method Items E>JUIPMBNT DESCRIPTION OPER. 120 days ~te 1 Westinghouse Note 1 Note 1 Note 1 TIME Ret. Ltr. No.

NS-SS-792tl7 PLANT ID NO. 275F, 0-30 min Note 1 NR NR NR None MOV-1536 275-150F, 30-60 min 1!">0-120F, 1-48 hr 120F, 2-120 days OOMPONENT:

Motor Operated Valve MANU1ACTURER: PR~SS. 58.7, 0-30 min Note 1 NR NR NR Hone Note 1 psia 58.7-12.7 30 min-48 hr 12.7, 2-120 days M)DEL NUMBER: REL. 100 Note 1 NR NR NR None Note 1 HUM. :\

FUNCTION: CHEM. 8380 3 (2,000-2,200 Note 1 NR NR NR None DBA (LOCA and MSLB) SPRAY ppm B)

Mitigation, Minimum buffered to pH of liOration 8.5-11 NaOH,4hr

.l\CCURAClC:

Spec:

Demo: NR RAD. LOCA = 2.4 x 10~ Note 1 S&W Cale. Note 1 Note 1 Note 1 qQ Yr= 1.3 X 10~ 12tl4b.54-RP-038-0 WCATION:

Inside Containment AGING Enclosure 4 Reter to None Inside Cranewall Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Pressurizer Relief (Aging)

Block Valve FLOOD LEVJ:;L ELEV: -21'11* SUB. NR NR S&W Cale. NR NR None ABOVE FWOD LEVJ:;L: X Yes 12846 No PE-,.036-0 NR = Not required. All numbers written in Documentation Reference Qualification colwnn are identified in Section 8.

~ : 1) Component 110del will be detennined during present steam generator outage.

MOV-1536 6-197

Facility: V£PCO, SURRY Unit:

Docket:

SYSTEM:

1 50-280 SYSTEM COMPONENT t;i/ALUATION WORK SHlillT - 90 DAY REVIEW Environment Documentdtion Reference SAFETY INJECTION Out stand1.ng Specification Qual1.fication Specification Qualif. Method Items EQUIPMl~NT DESCRIPTION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1 Ref. Ltr. No.

NS-SS-79:.!87 TIME PLANT II) NO. NR NR NR NR NR None 1-SI-P-lA a>MPONENT:

Pwnp Motor MANUFACTURER: PRESS. NR NR NR NR NR None Westinghouse psia K.)DEL NUMBER: REL. NR NR NR NR NR None ABDP HUM.

FUNCTION: CHEM.

' NR NR NR NR NR None Emergency Core Cooling/ SPRAY Core Heat Removal, Engineered Safety Feature, DBA (LOCA and MSLB)

Mitigation ACCURACY:

Spec: NR Demo:

RAD. LOCA = 8 X 10" 2 X 10* S&W Cale. 31. 32 Note 2 Note 2 40 Yr= 8.8 X 10a 12846.54-RP-37-0 WCATION:

Safegtlilrd Area AGING Enclosure" Refer to None Guidelines Report SERVICE: Section 7.0 Sec.J.1.2 Low Head Safety Injection (Aging)

Pump Motor FLOOD LEVEL J!.LEV: NR SUB. NR NR NR NR NR None ABOVE FLOOD LEVEL: Y'es No UR= Not required.

~ : 1) Manufacturer has been contacted for qualificdtion data.

2) Class H Insulation has been qualified to radiation.

1-SI-P-lA

Facility: VEPCO, SURRY Unit:

Docket:

SYS'l'EM:

1 50-280 Environment SYSTEM COMPONENT EVALUA'rlON WORK SUEE'r - 90 DAY REVl£W Documentation Reference Out-SAFETY INJECTION standing Units SE!ecification Qualification SE!ecitication Qualif. Method Items B,:)UIPMENT DESCRIPTION OPER. 120 days Note 1 Note 1 Note 1 Note 1 TIME PLANT ID NO. TEMP NR NR NR NR NR None l-SI-P-1B OF CX>MPONENT:

Pwnp Motor MANUFAL'TUR.ER: PRESS. NR NR NR NR NR None Westinghouse psia K>DEL NUMBER: REL. NR NR NR NR NR None ABDl' HOM. s FUNCTION: CHEM. NR NR NR NR NR None Eloergency Core Cooling/ SPRAY Core neat Removal,

!Ylgineered Safety Fea-ture, DBA (LOCA and MSLB) Mitigation ACCURACY:

Spec:

Demo: NR RAD. LOCA = B X 106 S&W Cale. 31, 32 Note 2 Note 2 40 Yr = a.ax 1oz 2 X 1011 12846.54-RP-37-0 WCATION:

Safeguard Area AGING Enclosure 4 Refer to None

. Guidelines Report SERVICE: Section 7.0 Sec. 3.1 . .2 Low Head Safety (Aging)

Injection Pump Motor FLOOD LEVEL ELEV: NR SUB. NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All numbers written in Documentation Reference Qualification column are identified in Section a.

NOTES: 1) We have contacted manufacturer for qualification*data.

2) Class H Insulation has been qualified to radiation.

1-SI-P-1B 6-199

Unit:

Docket:

Facility: VEi'CO, SURRY 1

50-280 SY.STEM COMPGHENT 1!.VALUA'l'lON WORK Sll.lli:1' - 90 DAY RJl.VIEW

• SYSTEM: Environment Documentation Reference Out.-

SAFETY INJECTION standing Units S(?ecification ~>ualif ication S~citication 2ualif. Methoa lte1,1s E)JUIPMENT DESCRIP'rION OPER. 120 days Fwlctional. atter Westinghouse b Type Note 1 TIME rad. exposure .Ret. Ltr. No. Test NS-S.S-79287 PLANT ID NO. TEMP NR NR NR NR NR None MOV-1Bll2 OF IDMPONENT:

Motor Operated Valve MANUFACTURER: PRESS. NR NR NR NR NR None Limitorque psia IDDEL NUMBER: REL. NR NR NR NR None SMB-0, Class B HUM. '.IL Insulation FUNCTION: CHEM. NR NR NR NR None Emergency Core Cooling/ SPRAY Core neat Removal, Engi-neered Safety Feature, D&A (LOCA and MSLB)

Mitigation Al."'CURACY:

Spec: NR Demo:

RAD. LOCA = 2.5 x 106 2 X 10~ S&W Cale. b Type Note 1 40 Yr= 2.5 x 106 1281lb.31t-RP- Test 026-0

WCATION:

Auxiliary Building AGING Enclosure* ll Reter to None Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Boric Acid Injection (Aging)

Tank outlet Valve FLOOD LEVEL ELEV: NR SUB. NR NR NR NR NI< None ABOVE FLOOD LEVEL: Yes i

No I NR = Not required. All numbers written in Documentation Reference Qualification column are identifiea in Section 8.

~: 1) L.unitorque has been given tne purchase orders, sei:1.al nwnbers, and 1.nfor1uation necessary t:.o obtain qualification data.

M0\l-lbtt2 b-l(JO

Facility: VEPCO, SURI<Y SYSTEM COMPONl!:NT EVALUATION WORK SHEET - 90 LlA'l RJ:;VI.EW Unit: 1 Docket: 50-2UO

!,1CSTEM: Environment Documentation Reference 0Ut-SAFETY INJECTION sta11d.1.n9 Specification Qualification Specification Qualif. Metnod Items E1;2U1PM£:NT DESCRIIYfION OPER. 120 days Functional after Westinghouse b Type Note 1 TIME rad. exposure Ref. Ltr. No. Test NS-SS-792U7 PLANT ID NO. NR NR NR NR NR None MOV-18b0A OOMPONENT:

Motor Operated Valve MANUFAC'l'URhlt: PIU.SS. NR NR NR NR NR None Limitorque psia

~DEL NUHB.lili: REL. NR NR NR NR NR None SMB-000, Class B HUM. I Insulation FUNCTION: CHEM. NR NR NR NR NR None l:Jnergency Core Cooling/ SPRAY Core Ueat Removal, Engi-neered Safety Feature, Dl:iA (LOCA and MSLB)

Mitigation ACCURACY:

Spec: NR Demo:

RAD. LOCA = 8 x 10" 2 X 10~ S&W Cale. 6 Type Note 1 40 Yr= 8.8 X 102 128ilb.511-RP- Test 37-0 LOCA'fION:

Safeguards AGING Enclosure 4 Refer to l'jone Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Low !lead Safety Injection (Aging)

Recirculation Valve FLOOD LEVEL ELEV: NR SUl:i. NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No Nn = Not require<i. All numbers written in Documentation Reference Qualification column are identit1.ed 1.n Sect.1.on 8.

~ : 1) Limitorque has been given the purchase orders, serial numbers, and information necessary to obtain qualificat.1.on data.

MOV-18bOA b-201

e Facility: VEPCO. SURRY Unit: 1 SYSTEM COMPONENT EVALUATION WORK SHEET - 90 DAY Io:;VIEW Docket: 50-2UO S'lSTEM: Environment Documentation Reference out-SAFETY INJECTION standing Specification Qualification Specification Qualit. Method Items WUIPMEt-lT DESCRIPl'ION OPER. 120 days Functional after Westinghouse b Type Note 1 TIME rad. exposure Ref. Ltr. No. Test NS-SS-79~81 PLANT ID NO. NR NR NR NR NR None MOV-ltlbOB OOMPONENT:

Motor Operated Valve MANUJ.-,ACTURER: PRESS. NR NR NR NR NR None Limitorque psia IDDEL NUMBER: REL. NR NR NR NR NR None SMB-000. Class 8 HUM. I Insulation FUNCi'ION: CHEM

• NR NR NR NR NR None DhA (LOCA and MSLB) SPRAY Mitigation Emergency Core Cooling/

Core Heat Removal. Engi-neered Safety Feature ACCURACY:

Spec: NR Demo:

RAD. LOCA. = 8 X 106 2 X 107 S&W Cale. Type Note 1 40 Yr= 8.8 X 102 l281lb.54-RP- Test 37-0 WCATION:

Safeguards AGI~G, Enclosure q Refer to None Guidelines keport

~RVICE: Section 7.0 Sec.3.1.2 Law Head Safety Injection (Aging)

Recirculation Water FLOOD LEVEL ELJ:.V: NR SUB. NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All nwnbers written in Documentation Reference Qualification column are identified in Section u.

~: 1) Limitorque has been given the purchase orders. serial nwubers. and information necessary to obtain qualification

-data.

IDV-1Ub0B 6-202

Facility: VEPCO, SURRll Unit:

lx>cKet:

~'YSTEM:

1 50-280 SAFETY INJECTION Environment SYSTEM COMPON~NT ~VALUATION WORK SII.EET - 90 DAll RJ:;VIEW Documentation Reference out-standing Specitication vualification Specitication Qualif. Method Items I.J2UIPMENT DESCRIPTION OPER. 120 days Functional after Westinghouse Type Note 1 1.'IME rad. exposure Ref. Ltr. No. Test NS-SS-7921)7 PLANT ID NO. NR NR NR NR NR None MOV-1862A OOMPONENT:

Motor Operated Valve MANUFACTURER: PRESS. NR NR NR NR NR None Limitorque psia MODEL NUMBER: REL. NR NR NR NR NR None SMB-00, Class B HUM. I Insulation FUNCTION: CHEM. NR NR NR NR NR None Emergency Core Cooling/ SPRAY Core Heat Removal, Engi-neered Safety Feature, OBA (LOCA and MSLB)

Mitigation ACCURACT:

Spec: NR Demo:

RAD. LOCA = 8 x 106 2 X 107 Si>W Cale. Type Note 1 ltO Yr= 8.8 x 102 12H46.5it-RP- Test 37-0

• LOCATION:

Safeguard Area AGI~G. Enclosure 4 Refer to None Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Low Head Safety Injection (Aging)

Suction frcxu RWST FLOOD L~VEL EL~V: NR SUB. NR NR NR NR NR None ABOVE FLOOD LEVEL: lles No NR = Not required. All numbers written in Documentation Reterence Qualification column are identitied in Section 8.

~ : 1) Lim.1.torque has been given the purchase orders, serial numbers, and information necessary to obtain qualification data.

MOV-1H62A b-203

Facility: VEPCO; SURRY SYSTEM COMPONENT EVALUATION WORK SHEET - 90 DAY R~VIEH Unit: 1 Docket: 50-2UO SYSTEM: Environment Doctunentation Reference out-SAFETY INJECTION standing Units seecitication Qualification S~cirication Qualif. Method lt~ms EQUIPMENT DESCRIPTION OP.ER. 120 days Functional after Westingnouse 6 Type Note 1 TIME rad. exposure Ret. Ltr. No ** Test NS-SS-79210 PLANT ID NO. TEMP NR NR NR NR NR None MOV-1862B OF ffiMPONENT:

Moto~ Operated Valve MANUFACTURER: PRESS. NR NR NR NR NR None Limitorque psia IDDEL NUMBER: REL. NR NR NR NR NR None SMB-00, Class B HOM. I Insulation RJNCTION: CHEM. NR NR NR HR NR None Engineered Safety SPRAY Feature, Emergency Core Cooling/Core Heat Removal, DBA (LOCA and M!iLB)

Mitigation ACCURACY:

Spec: NR Demo:

RAD. LOCA = 8 x 10* 2 X 10'1 S&W Cale. Type Note 1 40 Yr= 8.8 X 10it 12Ull6.~II-RP- Test 37-0 IDCATION:

Safeguards AGING Enclosure II Refer to None 6"uidelines Report SERVICE: Section 7.0 Sec.3.1.2 Low Head Safety Injection (Aging)

Suction FLOOD LEVEL I::L~V: NR SUB. NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All numbers written in Documentation Reference Qualification column are identified in Section 8.

~ : 1) Limitorque has been given the purchase orders, serial numbers, and information necessary to obtain qualification data.

L'.filV-1U62B

e Facility: VEPCO, SURRY Unit: 1 SYSTEM COMPON~T £VALUATION HUl<K SHEET - 90 DAY liliVIEW lx)cket: 50-28~

~STEM: Environment Documentation Reference Out-SAFETY INJECTION Stelllding Units Seecification QualU:i.cation. S~cification Qualif. Method Items EQUIPMENT DESCRIPTION OPER. 120 days Functional after Westinghouse b Type t.ote 1 TIME rad. exposure Ret. Ltr. No. Test NS-SS-J!t~ll7 PLANT ID NO. TEMP NR NR NR NR NR None MOV-1863A OF Cl)MPONENT:

Motor Operated Valve MANUFACTURER: PRJ::SS. NR NR NR NR NR None Limitorque psia IDDEL NUMBER: REL. NR NR NR NR NR oone SMB-00, Class B HUM. I Insulation EUNCTION: CHEM. NR NR NR NR NR None Emergency Core Cooling/ SPRAY Core Heat Reiooval, Engi-neered Safety Features)

OBA (LOCA and MSLB)

Mitigation ACCURACY':

Spec: NR Demo:

RAD. LOCA = 2.3 x 10~ 2 X 107 S&W Cale. Type Note 1 40 Yr= 4.0 x 10a 1284b.38-RP- Test 026-0 WCATION:

Auxiliary Building AGING Enclosure 4 Refer to None Guidelines Report S£RVICE: Section 7.0 Sec. 3.1.2 Low Head Safety Injection (Aging)

Discharge F.LOOD LEVEL ELEV: NR SUB. NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All numbers written in Documentation Reference Qualification column are identified in Section 8.

~: 1) Limitorque has been given the purchase orders, serial numbers, and information necelisary to obtain qualification data.

WV-18b3A 6-205

e Fac::a.l::a. ty: Vl:.PCO. SUltitY Unit: 1 SYS'.l't:M COMPONENT EVALUATION WUllK SHEET - 90 DAY R.E;VIEW lbcket: 50-280 SYS'.l'EM: Environment Docwnentation Reterence Out-SAFETY INJ.l!:CTION stand:i.ng Specification IJUdlification Speciticat1.on Qua.1.1.f. Method Items EQUIPMENT DES~RIPTION OPER. 120 days Functional atter Westinghouse 6 Type Note 1 TIME rad. exposure Ref. Ltr. 1110. Test NS-SS-79287 PLANT ID NO. NR NR HR NR NR None MOV-1863b OOMPONENT:

Motor Operated Valve MANUFJ\CTURER: PRESS. NR NR NR NR NR None Limitorgue ps::a.a IDDEL NUMBER: REL. HR NR NR NR NR None SMB-00, Class B HUM. I Insulation FUNCTION: CHEM. NR NR NR NR NR None Emergency Core Cooling/ SPRAY Core Heat Removal, Engi-neered Safety Features DBA (LOCA and MSLB)

Mitigation ACCURACY:

Spec: NR Demo:

RAO. LOCA = 2.3 x 10~ 2 X 10 7 S&W Cale. 6 Type Note 1 40 Yr= 4.0 x 10a 12846.lt)-RP- Test 026-0 U>CATION:

Auxiliary Building AGING . Enclosure 4 Refer to None Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Low Head Safety Injection (Aging)

Discharge FLOOD LEVEL ELlW : NR SUB. NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All nwnbers written m Docwnentation Reference Qualification colunu1 are identitied in Section H.

~ : 1) Limitorque has been given the purchase orders, serial numbers, and information necessary to obtain qual:i.fication data.

MOV-1863B 6-20t,

Facility: VEPCO, SURRY SYSTEM COMPONENT EVALUATION WORK SHEET - 90 DAY ~VIEW Unit: 1 Docket: 50-280 SYSTEM: t:nvironment Documentation Reference Out-SAFETY INJECTION standing Units seecification ~ual if ication S~citication Qualif. Method Itt:IIIS D,;!UIPMENT DESCRIPTION OPER.* 120 days Funct:.1.onal after Westinghouse Note 1 Note 1 Note 1 TIME testing Ref. Ltr. No.

NS-SS-79287 PLANT ID NO. 275F, 0-30 1n.1.n Note 1 VEPCu-NRC 11-22-77 Note 1 Note 1 Note 1 MOV-1865A 275-150F, 30-60 min No. 3U2A/0921&77 Test 150-120F, 1-1&8 hr 120F, 2-120 days CDMPONENT:

Motor Operated Valve MANUFAC'l'OR£R: PRESS. 58.7, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 Note 1 psia 58.7-12.7, No. 3112A/0921&77 30 min-1&8 hr 12.7, 2-120 days K>Dfil. NUMBER: REL. 100 Note 1 VEPCO-NRC 6-80 Note 1 Note 1 Note 1 Note 1 HUM. I iilo. 535 FUNCTION: CH.EM. H~BO~ (2,000-2,200 Note 1 VEPCO-NRC t,-80 Note 1 Note 1 Note 1 Engineered Safety SPRAY ppm B) No. 535 Feature, Emergency buffered to pH of Core Cooling/Core Heat 8.5-11 NaOH,l&hr Removal. DBA (LOCA and MSLB) Mitigation ACCURACY:

Spec: NR Demo:

RAD. LOCA = 1.2 x 107 2.011 X 1011 S&W Cale. Note 1 Type Note 1 1&0 Yr= 3.1& x 10* 1281&b.51&-RP- Test 038-0 WCATION:

Inside Contauunent AGING Enclosure I& Refer to None Inside Cranewall *Guidelines Report Submerged Sec.3.1.2 SERVICE: Section 7.0 (Aging)

Accumulator Isolation FLOOD LEVEL ELEV: -21 1 11* SUB. Note 2 S&W Cale. Note 2 Note 2 Note 2 ABOVE FLOOD LEVEL: Yes 128166 X No PE-036-0 NR = Not required. All numbers written in Documentation Reference Qualification column are identified in Section 8.

~ : 1) Component model will be determined during present steam generator outage.

2) Equipment will have cooipleted its function prior to becoming submerged.

MOV-18b5A 6-207

Facility: VEPCO, SUHRY SYSTEM COMPONENT EVALUATION.WORK SHEET - 90 DAY REVI£W U'lit: 1

[X)cket: 50-2UO SYSTEM: Environment Documentation R~terence Out-SAFETY INJEC'l'ION standing

• Spec it icati.on Qualit:i.cation Specification Qualif. Method Items I!l)UIPMt;NT DESCRIPTION OPER. 120 days Functional after Westinghouse Note 1 Note 1 Note 1 TIME testing Ret. Lt. No.

NS-SS-792U7 PLANT ID NO. TEMP 275F, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 MOV-11i65B O,F 275-150F, 30-60 min No. 31i2A/09:.!477 150-120F, 1-48 hr 120F, 2-120 days a>MPONENT:

Motor Operated Valve

~NUFACTURER: PRESS. 58.7, 0-30 min Note 1 VEPCO-NRC 11-22~77 Note 1 Note 1 Note 1 Note 1 psia 58.7-12.7, No. 3112A/0921177 30 min-am hr 12.7, 2-120 days M:>DEL NUMBER: REL. 100 Note 1 VEPCO-NRC b-80 Note 1 Note 1 Note 1 Note 1 HUM. I No. 535

!UNCTION: CUEM. H 3 80 3 (2,000-2*,200 Note 1 VE.l'CO-NRC b-110 Note 1 Note 1 Note 1 Engineered Safety SPRAY ppm B) No. 535 Feature, Emergency Core buttered to pH of Cooling/Core Heat 8.5-11 NaOH,l&hr Removal, OBA (LOCA and MSLB) Mitigation ACCURACY:

Spec: NR Demo:

RAD. LOCA = 1.2 x 10~ 2.0'lx101t S&W Cale. Note 1 Type ~ate 1 110 Yr= 3.11 X 10* 1284b.511-RP- Test 0311-0 IDCA'rION:

Inside Containment AGING Enclosure II Refer to None Inside Cranewall Guidelines Report Submerged Section 7.0 Sec.3.1.2 SERVICE: (Aging)

Accumulator Isolation FLOOD LEVgL KLEV: -21*11" SUB. -21 1 -11" Note 2. S&W Cale. Note 2 Note 2 Note 2 ABOVE FLOOD LEVJ:;L: Yes 12846 X No PE-036-0 Na= Not required. All numbers written in Documentation Reference Qualification column are identitied in Section B.

~: 1) .Component model will be deternu.ned during present steam generator outage *.

MOV-1U65.8

2) Equipment will nave completed its function prior to becoming submerged.

• MOl1-1865B b-208 (cont)

~acility: VEPCO, SURRY Unit:

lbcket:

SYSTEM:

1 50-2t10 SYSTEM COMPON.l!:NT EVALUATION WOI<K SHEET - 90 DAlC IU.VIEW Environment Documentation Reterence out-SAFETY INJECrION standing Units seecification l,!ual.ification S~ci.tication 2ualif. Method Items l!QUIPMENT DESCRIPTION OPER. 120 days Functional after Westingnouse Note 1 Note 1 Note 1 TIME testing .Ret. Lt. No

• NS-SS-792ti7 PLANT ID NO. 275F, 0-30 ffil.n Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 MOV-1tlb5C 275-lSOF, 30-60 IIll.n No. 3ti2A/092477 150-120F, 1-48 hr 120F, 2-120 days ffiMPONENT:

ft)tor Operated Valve MANUFACTURER: PRESS. 51h 7, 0-30 min Note 1 V Jil>CO-NRC 11-22-77 Note 1 Note 1 Note 1 Note 1 psia 58.7-12.7, . No. 3ti2A/092477.

30 min-48 hr 12.7, 2-1.20 days K>DEL NUMBER: REL. 100 Note 1 VEPCO-NkC b-80 Note 1 Note 1 Note 1 Note 1 HUM. i No. 535 RJNCTION: CHEM. H~BO~ (2,000-2,200 Note 1 VEPCO-NRC b-80 Note 1 Note 1 Note 1 Engineered Satety SPRAY ppm B) No. 535 Feature, Emergency buffered to pH of Core Cooling/Core Heat 8.5-11 NaOU,4hr Removal, DUA (LOCA and MSLB) Mitigation ACCURACY:

Spec: NR Demo:

RAD. LOCA = 1.2 x 107 . S&W Caic. Type Note 1 40 Yr= 3.4 X 10* 12tt4b.54-RP- Test 038-0 IDCATION:

Inside Containment AGING Enclosure 4 Refer to None Inside Cranewall Guidelines Report Submerged Section 7.0 Sec.3.1.2 (Aging)

SERVICE:

Accumulator Isolation FLOOD LEVEL ELEV: -21 1 11" SUB. -21 1 11" Note 2 S&W Cale. Note .2 Note 2 Note 2 ABOVE FLOOD LBVEL: Yes 12e"o X No PE.C..03b-O NR = Not required. Al.l numbers written in Documentation Reference ~ualification column are identified 1.n Section ti.

~ : 1) Component model will be determined during present steam generator outage.

2) Equipment will have caupleted its function prior to becoming submerged *

.MOV-2t165C

Unit:

Docket:

Sl(STEM:

Facility: VEPCO, SURRi 1

50-2UO SYSTEM COM.PONENT EVALUATION WORK SHEET - 90 DAY REVIEW Environment Oocwner1tdtion Referer,ce out-SAFETY INJECTION standing Units seec:u: ication Qualification S~cification 2ualif. Method Items l:QUIPMENT DESCRIPTION OPEil. 120 days Functional after Westinghouse b Type Note 1 TIME rad. exposure Ref. Ltr. No. Test NS-SS-792U7 PLAN'r IO NO. TEMP NR NR -NR NR NR None MOV-1867A O_F CDMPONENT:

Motor Operated Valve MANUFAL'TUltER: PRESS. Nit NR NR NR NR None Limitorque psia IDDBL NUMBER:

SMb-000, Class B Insulation REL.

HUM. . NR NR NR NR NR None ruNC'l'ION: CHEM. NR NR NR NR NR None Emergency Core Cooling/ SPRAY Core Heat Removal,

.l!ngineered Safety Feature, DbA (LOCA and MSLB) Mitigation, MinimllDI fiOration ACCURACY:

Spec: NR Demo:

RAO. LOCA = 2.5 X 10* 2 X 10-. Sf.W Cale. 6 Type Note 1 llO Yr = 2.5 X 10* 1:t81&6.38-HP- Test 02b-O WCATION:

Auxiliary Building AGING Enclosure ll Refer to None Guidelines Report SERVICE: Section 1.0 Sec.3.1.2 Boric Acid Injection (Agir.g)

Tank Valve FLOOD LEVEL Ji.LEV: NR SUB. NR Nk NR NR None AliUVE FLOOD LEV.i:;L: Yes No NR = Not required. All numbers writtton in Documentation Reference Qualification column are identified in Section II.

~ : 1) L1.mitorque has been given the purchase orders, btorial mmit>ers, and information necessary to obtain qualification data.

MOV-lu67A

Docket:

.-YSTEM:

Facility: VEPCO, SURRY Unit: 1 50-280 SYSTEM COMPONJ:;NT lWALUA'rlON WORK SHEE'r - !fO DAY RJ:;VI.EW Environment Documentation Reference out-SAFETY INJECTION standing Units Seecification Qualitication S~cification* Qualif. Method _.!!..£.!!!!L_

EQUil'MENT DbSCRI M.'ION OPER. 120 days Functional after Westinghouse 6 Type Note 1 TIME rad. exposure Ret. Ltr. No. Test NS-SS-792H7 PLANT ID NO. TEMP NR NR NR NR NR None MOV-1867B OF (l)MPONENT:

Motor Operated Valve MANUFACTURJ,;R: PllliSS. NR NR NR. NR ~ None Limitorque psia IDDEL NUMBER: REL. NR NR NR NR NR None SMU-000, Class B HUM. I Insulation FUNCTION: CH.EM. NR NR NR NR NR None Emergency Core Cooling/ SPRAY Core Heat Removal, Engineered Safety Feature, DBA (LOCA and MSLBl Mitigation, Minimum Boration ACCURAcY:

Spec: NR Deno:

RAD. LOCA = 2.5 x 10c. 2 X 10~ St;W Cale. b Type Note 1 160 Yr = 2.5 X 10"' U811t>.38-RP- Test 0~6-0 WCATION:

Auxiliary Bldg. AGING. .Enclosure 16 Refer to ~one Guidelines Report SERVICE: Section 7 *.0 Sec.J.l.:.!

Boric Acid Injection (AgingJ Tank Inlet Valve FLOOD LEVl::L ELE\T: NR SUB. NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. AJ.l numbers written in Documentation Reference Qualification colunm are identified in Section 8.

~ : 1l Ll.Jllitorque has been given the purchase orders, serial numbers, and information necessary to obtain qualification data.

MOV-1Hb7li b-211

Facility: VEPCO, SURRY Unit:

Docket:

b"YSTEM:

1 50-280 Environment SYSTEM COMPONENT EVALUATION WORK SHEET - 90 DAY REVIEW Documentation Reference out-SAFETY INJECTION standing

• Specification Qualification Specification Qualif. Method Items.

EQUIPMENT DESCRIPTION OPER. 120 days Functional after Westinghouse 6 Type Note 1 TIME rad. exposure Rei. Ltr. No. Test NS-SS-79287 PLANT ID NO. NR NR NR NR None MOV-1867C OOMPONENT:

Motor Operated Valve MANUFACTURER: PRESS. NR NR NR NR NR None Limi.torque psia M:>Dt:L NUMBER: REL. NR NR NR NR NR None SMB-00, Class B HUM. "

lnsulation FUNCTION: CHEM. NR NR NR NR None Emergency Core Cooling/ sPRAY Core Heat Removal, Engi-neered Safety Feature, OBA (LOCA and MSLB)

Mitigation, Minimum IJoration JI.CCURACY:

Spec: NR Demo:

RAD. LOCA = 2.5 x 106 2 X 10"1 128~6.313-RP- Type Note 1

~o Yr.= 2.5 x 10* 02b-O Test WCATION:

Auxiliary Building AGING Enclosure~ Refer t.o None Guidelines Report fil.RVICE: Section 7.0 Sec. 3.1.2 Boric Acid Injection (Aging)

Tank Outlet Valve FLOOD LMfJ::L ELEV: NR SUB. NR NR NR NR NR None ABOVE FLOOD 1£VEL: Yes No NR = Not required. All nwnbers written in Docwnentatiqn Reference Qualitication column are identified in Section U.

~ : 1) L11nitorque has been given the purchase orders, serial numoers, and information necessary to obtain qual.itication data.

MOV-1867C 6-212

Facility: VEPCO, SU!<R'l SYSTEM COMPONENT .t.VALUA'l'ION WOW< 5HI::I::'l' - 90 DAl!' REVIEW Uru.t: 1 Docket: 50-2&0 SYS'l'EM: Environment Documentation Reference (mt-SAFET'l INJ~CTION .standing Specification l,1Ual1.f 1cation Spec1.tication  !,!Ualif. Method Items g!UIPMENT DESCRI~rION OPEll. 120 days Functional after Westinghouse 6 Type tlote 1 TIME Rad. Exposure Ret. Ltr. No. Test NS-SS-7921n PLANT ID NO. NR NR NR NR NR None MOV-18b7D OJMPONENT:

Motor Operated Valve MANUFACTURER: PRESS. NR NR NR NR NR None Limitorque psia t-ODEL NUMBEH: REL. NR NH NR NR NR None SMB-00, Class B Insula- HUM. i tion ffiNCTION: CHEM. NR NR NR NR NR None Engineered Safety Feature SPRAY OBA (LUCA and MSLB)

Mitigation, F.mergency Core Cooling/Core Heat Removal, Minimum Boration ACCURAC'l:

Spec:

De100: NR RAD. LOCA = 2.5 x 10~ 2 X 107 S&W Cale. 6 Type Note 1 40 Yr= 2.5 X 10~ 12e1u,.:rn- Test ru>-026-0 WCATION:

Auxiliary liuilding AGING f;nclosure II Refer to None Guidelines Report SEkVICE: Section 7.0 Sec.3.1.l Boron Injection 'l'ank (Aging) outlet Isolation PLOOI) LEVEL ELEV: NR SUB. NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All numbers written in Documentation Reference Qualificat1.on co~umn are ident1.fied in Section 8.

~: 1) Limitorque has been given the purchase orders, serial numbers, and 1.nformation necessary to obtain qual1f1cation data.

MOV-ltjb7D b-213

Unit:

Docket:

SYST.l:.M:

Facility: VEPCO, SURRY 1

50-2~0 SYSTEM C0£1PONE:NT EVALUA'l'ION ~ORK SHEE'l' - ~O Environment DAY REVIEW Documentation Reference Out-SAFETY INJECTION standing

~ S[:!ecification Qualification seeci.tication Qualif. Method It:ems lj\)UIPMENT DESCRI£'TI0N OP.ER. 120 days Functional after Westinghouse 6 Type Not:e l

'l'IME rad. exposure Ref. Ltr. No. *.rest NS-SS-792tn PLANT ID NO. Tl:J,IP NR NR NR NR NR None MOV-1Bb9A OF OOMPONENT:

Motor Operated Valve MANUFACTURER: PRESS. NR NR NR NR NR None Limitorque psia IDDEL NUMBER: REL. NR NR NR NR NR None SMB-00, Class B HUM .*

Insulation '

FUNCTION: CHEM. NR NR NR NR NR None Engineered Safety SPRAY Feature, OBA (LOCA and MSLB) Mitigation, Dner-gency Core Cooling/Core lieat Removal ACCURACY:

Spec: NR Demo:

RAD. LOCA = 2.5 X 106 2 X 10'1 S&W Cale. b Type Note 1 llO Yr

• 2.5 X 106 12Bltb.3U-RP- Test 0:.!6-0 IDCATION:

Auxiliary Building AGING , Enclosure it Refer to None Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Safety Injection (Aging) to Reactor Hot Legs Isolation FLOOD LEVEL fil.EV: Nk SUB. NU NR NR NR None ABOVE FLOOD LEVEL: Yes No tlR = Not required. Al.l nU111bers written in Docwnentation Reference Qualification column are identified in Sdction B.

~: 1) Limitorque bas been given the purchase orders, serial nwnlhlrs, and information necessary to obtain qualification data.

MOV-1869A 6-214

Docket:

SYSTl!.M:

Facility: VEPCU, SURRY Unit: 1 50-280 Env ironrnent SYSTEM C0Mp0Nf.NT EVALUATION WORK SUEl!:'J' - 90 OAY REVIEW Documentation R~ference Out-SAFETY INJl!:C'l'ION standing Specification Qualification Specitication Qualif. Methoct Items EQOIPME;N'r Die.SCRIPTION OPER. 120 day Functional after Westinghouse 6 Type Note 1 TIHE rad. exposure Rei. Ltr. No. Test NS-SS-79~tJ7 PLANT 10 NO. NR NR NR NR NR None MOV-1090A OOMPONENT:

Motor Operated Valve MANUFACTURER: PRESS. NR NR NR NR NR None Limitorque psia IDDEL NUMBER: REL. NR NR NR NR NR None SMB-2, Class B HUM. I Insulation FUNCTION: CHEM. NR NR NR NR NR None Emergency Core Cooling/ SPRAY Core Heat Removal, Engi-neered Safety Feature, OBA (LUCA and MSLB)

Mitigation ACCURAcY:

Spec: NR Demo:

RAD. LOCA = 8 x 10" 2 X 101 S&W Cale. 6 Type Note 1 qQ Yr= 8.8 x 1oz 12811{, .54-RP- Test 37-0 WCATION:

Safeguard Area AGINJ; Enclosure q Refer to None Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Low Head Safety (Aging)

Injection Stop VV FLOOD LEVEL ELEV: Nl< SUB. NR NR NR NR NR None ABOV.l!: E'LOOD LEVEL: Yes No NR = Not requirect. All numbers written in Documentation Reference QUalification column are identitied in Section 8.

~ : 1) Limitorque has been given the purchase orders, sericil numbtrs, anct 1.nformation necessary to obtain qualification data.

MOV-1890A 6-215

Facility: VEPCO, SURkY Unit:

IX>cket:

SYSTEM:

1 50-260 SYS'l',t;M COl-iPuN.c;NT E.VALUArION WORK S1U::£T - 90 E:nviromnent DAV* REVIEW Documentation Reference out-SAFETY INJ£C'tION standing Upits seecitication Qualification seecitication 2ualif. Method Items l'QUIPMl!;NT DESC1<IPTIO~ OPEk. 120 day Functional after Westinghouse b Type Note 1 TIME rad. exposure Ret. Ltr. No. Test NS-SS-792tn PLANT ID NO. TEMP NR NR NR NR NR None MOV-1890B OF OOMPONENT:

Motor Operated Valve MANUFACTURER: PRESS. NR NR NR NR NR None Limitorque psia IDDEL NUHB.l::R: REL. NR NR NR NR NR None SMB-2, Class B HUM. ~

Insulation RJNCTION: CHEM. NR NR NR NR NR None Engineered Safety SPRhY Feature, E111er9ency Core Cooling/Core Heat Removal DBA (LOCA and MSL&)

Mitigation ACCURACY:

Spec: NR Demo:

RAD. LOCA =- 8 X 10" 2 X ,o~ s&w Cale. Type Note 1 40 Yr "' 8.8 x 10c. 1~B4b.5ll-RP- Test 37-0 WCATION:

Safeguards AGING Enclosure 4 Refer to !'lone

• Guidelines Report SERVICE: Section 7.0 Sec 3.1.2 Low Head Safety lnJection (Aging)

Stop W JiLOOD LEVEL ELEV: NR SUB. NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR; Not required. All nwnbers written in Documentation Reference Qualification column are identified in Section 8.

~: 1) Limitorque has been given the purchase orders, serial nwnbers, and information necessary to obtain qualification data.

MOV-1d90li b-216 L ________ _

• acility: VEPCO, SURRY Unit:

Docket:

SYST!!.M:

1 50-2SO Environment SYST~M COMP<>NENT EVALUATION l'K>RK SH~T - 90 DAY REVIEW Documentation Reference out-SAFETY INJECTION standing Specification Qualification .§pecification Qualif. Methoa ItE::ms EQUIPMENT DESCRI.l'TION OPER. 120 days Functional atter Westinghouse b Type Note 1 TIME rad. exposure l<ef. Lt.r. No. Test NS-SS-792ti7 PLANT ID NO. NR NR NR NR NR MOV-1890C COMPONENT:

Motor Operated Valve MANUFACTURER: PRESS. NR NR NR NR None Limitorque psia H)DEL NUMBiili: REL. NR NR NR NR NR None SMB-2, Class f:I HUM. 'A Insulation FUNCTION: CHEM. NR NR NR NR None Emergency Core Cooling/ SPRAY Core Heat Removal, Engi-neering Satety Features.

OBA (LOCA and MSLB)

Mitigation ACCURACY':

Spec: NR Demo:

RAD. WCA = 8 X 106 :l X lu ~ S&W Cale. Type Note 1 40 Yr = 8.8 X 102 1:i!846.54-RP- Test

.:n-O l.DCATION:

Sdfegu.ard Area AGINµ Enclosure 4 Refer to None Guidelines Report SERVICE: Sectl.on 7.0 Sec.J.1.2 Low Head Satety (Aging)

Injection Stop VV FLOOD LEVEL ELEV: NR SUB. NR NU NR NR NR None ABOVE FLOOD LEVEL: Yes Ho NR "'Not required. All numbers written in Docwnentation Reference Qualification column are identified in Sect1.on 8.

~: 1) Lirnitorque has been given 'the purchase orders, serial munbers, and infor1nation necessary to obt,un qlldlification data.

MOV-lii~OC b-217

Facility: VEl'CO, SU.tU<Y unit:

Docket:

SYSTEM:

1 50-280 Environment SYS1'.EM COMPONENT INALUA'.rlON WORK SHEET - 90 DAY REVIEW Documentation Reference out-SAFE'I'Y INJECTION standing

~ SQecificat1.on Qualification S~citication Qualif. Method Items J12UIPMENT DESCRIPTION OP£R. 60 sec Note 1 FSAI< Note 1 Note 1 Note 1 TIME North Anna Sec. b.2.4.2 PLANT ID NO. T.E.MP NR NR N.R NR NR None SOV-SI-100 OF OOMPONENT:

Solenoid Valve MANUFACTURER: PRESS. NR NR NR NR NR None ASCO psi.a K>DEL NUMBER: REL. NR NR NR NR NR None 8320A12 HUM.

FUNC'I'ION : C.tlt:M.

' NR Nk Nk Nk NR None Containment Isolation SPRAY ACCURACY:

Spec:

Demo: NR RAD. LOCA"' 2.5 X 10° Note 1 S&W Cale. No.te 1 Note 1 Note 1 160 Yr "'2.5 X 106 12i146.38-RP-026-0 IDCATION:

Auxiliary building AGING Enclosure 4 Refer to None Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Nitrogen Supply (Aging)

FLOOD LEVEL .t;Lt:V: Nk SUB. NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR "'Not required. All nwnbers written in Documentation Reference Qualification column are identified in Section 8.

~: 1) Replace, insufficient information. Previous testing on similar ASCO valves (Ref. Westinghouse Letter No.

NS-SS-"/7060) indicates valves vent to perform the scafety function for contaiJU11ent i.:-.:>lation.

• SOV-SI-100 b-218

Facility: VEPCO, SURl{Y Unit:

llocket:

1 50-2~0 09/29/80 048 SVS'l'EM CuMPOHENT r:VALUATION WORK SHEET - 90 nAY RJ:;VI.EW SYSTEM: Environment Documentation Reterence Out-SAFETY INJECTION standing Specification Qual if icd tion S~c1.tication \,!Ualif

• Method Items

.I EQUIPMENT DESCRIPTION OPER. 60 sec Functional FShR l';orth Anna 19,25 Sequen- None TIME after testing Sec. 6.2.4.2 tial Test PLANT ID NO. 275F, 0-30 min 346F, 0-3 hrs V.bPCO-NRC 11-22-77 19,25 Sequen- 1'lone S0V-SI-101A 275-150F, 30-60 min cool down, 3-5 hr No. 38~/092477 ti.al 150-120F, 1-48 hr 346F, 5-EI hr Te:st 120F, 2-120 days 34b-320F, 8-11 hr 320-2':>0F, 11 hr-4 ctays 250-200F, 4-30 days OOMPONEN'l':

Solenoid Valve MANUJ,'J\CTURER: PkESS. 58.7, 0-30 min Nute 1 VEPCO-NRC 11-22-77 19,25 Sequen- None ASCO psia 58.7-12.7, No. 382A/092477 tial 30 rnin-48 hr Test 12.7, 2-120 days MJDEL NUMBER: REL. 100 100 VEPCO-NRC 6-80 19,25 Sequen- None NP83201'/9E HUM. l No. 535 tial Test ruNCTION: CHEM. 11 3 BU 3 (2 ,000-2,200 H 3 llO;s (3000 ppm B) VEl'CO-NH.C b-80 19,25 Sequen- None Containment Isolation SPRAY ppm D) with .0064 molar No. 535 tial buttered to pH of NazS~0 3 buttered Test El.5-11 NaOH,4hr to a pU of 9.5-10.5 NaOH ACCURACY:

Spec: NR Demo:

=

WCATION:

RAD. LOCA 40 Yr

-7.4 3.5 X

X 10" 10*

5x10' S&W Cale.

12046.5at-RP-038-0 19,25 Sc::qut,n-tial Test None Insicte Containment AGING Enclosure 4 Heter to None Outside Crar,ewall Guidelines l{eport:.

SERVICE: Section 7.0 Sec.3.1.2 Nitrogen Relief (Aginq)

FLOOD LEVEL ELEV: -21*11a SUB. -21' 11 11 NR S6W Cale. NR NR None ABOVE FLOOD LEVEL: X Yes 120116 No PE-030-0 S0V-SI-101A 6-21~

NJ'l'ES:

h-121:14 b4*1-4r,d NR = Not reguired.

1) Pressure jpsi.a) 12q.7, 0-3 hr cool down, 5-tl hr 09/29/BO Oll8 All nw,lbers written in Documentation Reterence Qualit1.cation column are identified in Section II.

124.7, 5-8 hr 12ll.7-El9.7, El-11 hr 1:19.7-29.7, 11 hr-4 days 29.7-24.7, 4-30 days SUV-5I-1011\ b-219 (cont)

Unit:

Docket:

S'iSThlt:

F'acility: VE.t'CO, SUliliY 1

50-280 SYSTEM CuMPONENT EVALUATIUN WORK SUEE'l' - 90 DAY REVIJ:.W E;nvironment Document<1tion Reference Uuc.-

SAFETY INJECTION sta11d1..ng

~  !:ieec1ficat1on Qualification S~c1..fication QUdl.if

• Method Items t{!Ull'MENT DESCRIP'l'ION OPER. 60 sec Note 1 F.SAR Note 1 Note 1 Not:e 1 TlME North Anna Sec. 6.:.! .... 2 PLAN'!' ID NO. TEMP NR NH. NR NR NR None S0V-SI-101JJ OF

())MPON.l!.NT:

Solenoid Valve MANUFACTURER: PRESS. NR NR NR NR NR None ASCO psia l>ODE;L NUMBER: REL. NR NR NR NR NR None U320A12 HUM. 'l F'UNC'l'ION: CHEM. Nk NR NR NR NR None Containment Isolation SPRAY ACCURACY:

Spec:

Demo: NR RAD. LOCA = 2.5 X 10f> Note 1 S&W Cale. Note 1 Note 1 Note 1 110 Yr = 2.5 X 106 l28ijt,.J8-RP-026-0 IDCATION; Auxiliary Builcting AGING Enclosure q Refer 1:0 None Guiaelines Report SERVICE: Section 7.0 Sec. 3. 1. 2 Nitrogen Relief (Ay111g)

FLOOD LEVEL J:.LEV: NR SUB. NR UR NR NR NR None ABOVE FWOD LEVEL: Yes No NR = Not required. All numbers written in Documentation Reference Qualification column are identifiea u1 Section ti.

IDTES: 1) Replace, insufficient information. Previous testing on si*nilar ASCO valves (Ref. west1..nghouse Letter No.

NS-::.::.-77060) indicates valves vent to perform the safety function for containment isolation.

.SOV-SI-101b 0-:220

Pacility: VEl:'CO, SUitHY SYSTr..M COM!'ONENT .t;VJ\LllATlON WORK SHEET - ~O OAY REVIEW Unit: 1 Docket: 50-280 SYSTEM: Environment Documentation Reference Out-SAFETY INJECTION standing Units seec1ficat1on Qualificc<tion seecification  !.!nalit. Methou Items E)JUIPMENT DESCRIPTION OPER. 60 sec Note 1,2 Nortn Anna Note 1 !IOte 1 Note 1 TIME FSAR Sec. i>.2.4.2 PLANT ID NO. 'l'EMP NR NR NR NR NR None S0V-SI-102A1 OF ffiMPONENT:

Solenoid Valve MANUFACTURER: PRESS. NR NR NR NR NR None ASCO psia IDDI,;L NUMBER: REL. NR NR NR NR NR None 83021l2G HUM.

EUNC'l'ION: CHEM.

' NR NR NR NR NR None Contairunent Isolation SPRAY ACCURACY:

Spec: NR Demo:

RAD. LOCA aa 8.0x10" Note 1,2 S&W Cale. Note 1 Note 1 Note 1 4u Yr aa 2 .ax1oc. 12846.38-RP-026-0 WCATION:

Auxiliary Building AGING Enclosure 4 Refer to None Charging Pump C~1bicle Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Primary Coolant (Aging)

Cold Leg FLOOD LEVEL .1!.LEV: NR SUB., tm NR NR NR NR  !)lone

]\]jQVE PLOOD LEVEL: Yes No NR "' Not required. All nwnbers written in Documentation Retererice \.!Ualification colw1a1 are ident1.fiect in Section 8.

NO'l'ES: 1) The 8302 series ASC:O SOV (HB830281U) was tested !:'er Westinghc,use Letter No. NS-SS-'17060 for North Anna 1&2 tor radiation and was found acce:ptable. Since the exact Model Number match car.not be DBde to this test report, tne difference in the Model Number and the reason for value acceptability 1s explained: The "HB* is the coil design and since the coil is deenergiz.;:d for an accident, a coil failure is of no consequence. The remaining Model Nwnoer difference is the internal part size and does not alter the radiation testing.

SOV-SI-10.tA 1 6-221

Docket:

SYSTEM:

Facility: VEPCO, SURR'i Unit: 1 50-280 SYSTEM COMPONJ:;NT EVALUA'tIOtl WORK SHJIB't - 90 DAY Rl!.VIEW Environment Uocwnentation Reference out-standing SAFETY INJECTION Method Units Specification Qualification Se._eci i: ica tion ~)ualif. lti!n1S l,)'JUIPMENT DESCRil"l' ION OPER. 120 days Note 1 West1.ngnouse Note 1 Note 1 Note 1 TIME Ref. Ltr. No.

NS-SS-792137 PLANT ID NO. 'l'EMP NR Note 1 Nk Note 1 Note 1 Note 1 SOV-SI-102A2 OF OOMPONUll':

Solenoid Operated Valve MANUFACTURE.ll: PRESS. NR Note 1 NR Note 1 Note 1 Note 1 Note 1 psia

!ODE.L NUMBER: REL. NR Note 1 NR Note 1 Note 1 Note 1 Note 1 HUM.

fflNCTION: CHEM.

' NR NR NR NR NR None llBLB Mitigation SPRAY ACCURACY:

Spec: NR Demo:

RAD. LOCA = 8.0 X 10* Nott! 1 S&W Cale. Note 1 Note 1 Notf:: 1 qO Yr= 2.u x 10* 121146 .38-RP-026-0 U>CATION:

Auxiliary Building AGING Enclosure 4 Refer to Hone Charging Pump Cubicle Guidelines Report fil:RVICE: SectJ.on 7.0 Sec.3.1.2 Refueling Water Storage (Aging)

Tank Cross Connect ELOOD LEVEL ELEV: NR SUB. NR NR NR NR NR uone AhOVE FLOOD LEVEL: Yes No NR = Not required. All numbers written 1.n Documentation Rtterence Qualification colunlfl are identified in Section 8.

~: 1) Component model will be determined during present steam generator outage.

S0V-SI-102A.! 6-22.2

Docket:

SYSTEM:

Facility: VEPCO, SURRY Unit: .*

50-280 SYS'l'E.M COMPONENT t:VALUA'l'ION WORK SHE.ET - !tO DAY .l<.f.\fIE.W Environment Documentation Reference out-SAFETY INJECTION standi11g Units Spec1.tication Qualification S~citication Qualif. Methoa Items l!l)UIPMENT DESCRIP'l'ION OPER. oO sec Note 1 -.n,AR Note 1 Note 1 lliote 1 TIME North Anna Sec. b.2.4.2 PLANT ID NO. T.l:.MP NR NR NR NR NR None SOII-SI-102B1 op OOMPONEN'l':

Solenoid \lalve MANUFACTURER: PRESS. NR NR NR NR NR None-ASCO psia IDDEL NUMBER: REL. NR NR NR NR NR None 630282G HUM. j ruNC'l'ION: CHEM. NR Nk NR NR NR None HBLB Mitigation SPRAY ACCURACll:

Spec: NR Demo:

RAD. LOCA = tl.OxlO* Note 1 S&W Cale. Note 1 Note 1 Note 1 qo Yr = .l.BxlO* 12B4b.3&J-RP-026-0 liJCATION:

Auxiliary Building AGING Enclosure q Refer to None Guidelines Report SERVICE; Section 7.0 Sec.3.1.2 Primary Coolant (Aging)

Cold Leg FLOOD LEVEL EL~V: NR SUB., , NR NR NR NR NR None ABOV.E FLOOD LEVEL: Yes No t-R = Not required. All nwnbers written 1.n Documentation Reference Qualification colwnn are ident1.fied in Section tl.

~ : 1) The 8302 ser1.es, ASCO SOV, was testea (HB6302tl1U) per West1.ngnouse Letter No. NS-SS-770b0 for North Anna 1&2 for radiation and found acceptable. S1.nce the exact Model Nwnner match cannot be made to th1.s test report, the d1.tference in the Madel Number and the reason for value accepta.b1.l1.ty is explained: The *UB* is the co1.l design and s_il,ce the coil is deenergized for an accident, a coil failure is of no consequence. The remaining Model Number d1.ttei::ence 1.s the internal part size and does not alter the radiat1.on testing.

SOV-SI-102Bl b-223

Facility: VEPCO, SURI<Y SYSTEM COMPONENT EVALUATION WOIU{ SHEET - ~ODAY Rf.VI~W Un1.t: 1 Docket: 50-28a SYSTJ::M: l!.nvironment Documt!ntation Reference Out.-

SAFETY INJ~CTION standing Units Speciticat1.on ~)ualification Spec1.fication Qualif. Method Items EQUIPMENT 0.t,SCRil'TION OP£R. 120 days Nor.e 1 Westinghouse Note 1 Note 1 Note 1 TIME Ret. Ltr. No.

NS-SS-79287

• PLANT ID NO. Tfil11' NR Note 1 Nk Note 1 Note 1 Note 1 SOV-SI-102B2 OF OOMPONENT:

Solenoid Operated Valve MANUFACTURER: PRESS. NR Note 1 NR Note 1 Note 1 Note 1 Note 1 psia M>DEL NUMBER: R£L. NR Note 1 NR Note 1 Not:.e 1 Note 1 Note 1 HUM. I FUNC'l'ION : CHEM. NR NR NH NR NR None HELB Mitigation SPRAY ACCURACY:

Spec: NR Demo:

RAD. LOCA == 8.0 X 10<<> Note 1 S&W Cale. Note 1 Note 1 Note 1 qO Yr == :l.U X 10 6 128ijf>.38-RP-026-0 WCATION:

Auxiliary Building AGING Enclosure II l<eter to None Charging Pump CUbicle Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Refueling Water Storage (Aging)

Tank Cross Connect FLOOll LEVEL fil..e.V: -21' 11* SUB. NR NH S&W Cale. NR NR None ABOVE b"'LOOD LEVEL: X Yes 12d46 No Pt:-030-0 NR == Not required. All numbers written in Documentation Ref~rence 1,!Ualification column are identifiea in Section 8.

JUTES: 1) Component ioodel will be determined during present .::3ceam generator outage.

S0V-SI-1U2l:l2

Docket:

h'YSTEM:

Facility: VEl.'CO, SOlrnY Unit: 1 50-280 SYSTEM COMPON!iliT EVALUATION WORK SHEET - 90 llAY RE.VIEW E:nvironment Locumentation Reference Out-SAFETY INJECTION st.anding

!!!1!!:.!! S~ec.1.tication Qualification Specitication ~ual1.t. Method Items tf.?Uil'MENT DESCRIPTIOH OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1

'l'IME Rei. Ltr. No.

NS-SS-7~287 PLANT ID NO. TEMP NR NR NR NR NR None SOV-18811A op COMPONJ::NT:

Solenoid Operated Valve MANUPACTURER: PRES::i. NR NR NR NH NR None Note 1 psia M.)DEL NUMBER: REL. Ni< NR NR NR NR None Note 1 HUM. I EUNCTION: CUEM. NR tm NR NR NR None

£mergency Core Cooling/ SPRhY Core Heat Removal, Rngineered Safety Feature, DBA (LOCA and MSLB) Mitigation, Minimum Boration ACCURACY:

Spec:

DeIUo: NR RII.D. LOCA = 2.5 X 10" Note 1 s&w Cale. Note 1 Note 1 Note 1 110 Yr ; 2.5 X 10" 12U116.3U-RP-026-0 lDCATION:

Auxiliary Building AGING Enclosure II Refer to None SERVICE Guidelines Report Boron Injection Tank Section 7.0 Sec.J.1.2 Recirculation (Aging)

FLOOD LEVEL ELEV: NR SUB. NR NR NR HR NR None ABOVE FLOOD LEVEL: Yes No NR "'Not required. All numbers written in Documentation Reterence Qualiticat1.on column are identified in Section U.

WTES: 1) Component model will be determined during present steam generator outage.

6-225

Unit:

Docket:

SICSTli.M:

Eac1..lity: VEPCO, SUIO<IC 1

50-280 Slt'S'I*EM COMPONEN'l' E;VALUATllJN Environment WORK SHl:.ET - 90 DAlt' RE.VIEW Documentation Reference out-SAFET'l IN~~CTION standing

.Q!llll Seecification Qualification seecitication Qualif. Method Itenas l;QUIPMENT DESCRIPTION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1

'l'IME Ret. Lt:c. No.

NS-SS-79287 PLANT ID NO. Tl:.MP NR NR NR NR NR None SOV-18Q4B OF ffiMPONENT:

Solenoid Operated Valve MANUFAC'l'URER: PRESS. NR NR NR NR NR None Note 1 psia NlllEL NUMBER: REL. NR NR NR NR NR None Note 1 HUM. i ruNCTION: CHEM. NR Nk NR NR NR None i.mergency core Cooling/ SPRAY Core Heat Removal, Engineered Safety Feature, DfiA (LOCA and MSLB) Mitigation, Minimwn Boration llCCURACll':

Spec:

Demo: NR RAD. LOCA = 2.5 x 10b Note 1 S&W Cale. Note 1 Note 1 Note 1 40 Yr= 2.5 x 10b 1:.!u46.JQ-RP-026-0 IDCATION:

Auxiliary Building , AGiijG , Enclosure 4 Refer to None SERVICE Guidelines Repoi:t "oron Injection Tank Section 7.0 Sec.3.1.2 Recirculation (Aging)

H.000 LEVEL ELEV: NR SUB. NR NR NR NR NR None ABOVJ:: FLOOD LEVEL: l(es No NR = Not required. All numbers written in Documentation Reference Qualification column are identified in Section u.

~ : 1) Component nPdel will be determined during present steam generator outage.

SOV-1&84B b-22&

Docket:

~1(S'fi:.M:

Facility: \TJ:;i.'CO, SURRY Unit: 1 50-280 SYS'l'EM COMPONENT EVALOA'rIUN WORK SHEt:T - 90 DAY l<.ll;VIEW Environment llocrunentation Reterence Uut:.-

SAFETY INJECTION Stancting Specification Qual.1.t.1.cation Specification Qualif. Method Itelll!:l J:QUIPMENT DESCRIPTION OPER. 120 days Functional after Westinghouse Note 1 Note 1 Note 1

'.l'IME testing Ret. Ltr. No.

NS-SS-79287 PW,NT ID NO. TEMP NR NR NR NR NR None

.SOV-1884C OF*

OJMPONE;NT:

Soleno.1.d Valve MANUFACTURER: PRESS. NR I.IIR NR NR NR Hone Note 1 psia M'.>DEL NUMB.E.R: REL. NR NR NR NR NR None Note 1 HUM. :\

EUNCTION: CH.EM. NR NR NR NR NR None

funergency Core Cooling/ SPRAY Core Heat Removal, Engineered Safety Feature, OBA (LOCA and M.SLB) Mitigation.

Minimum Bordtion ACCURACY:

Spec:

Demo: NR RAD. LOCA = 2.5 x 106 5 X 107 S&W Cale. Note 1 Note 1 Note 1 40 Yr= 2.5 X 106 1284b.54-RP-02b-O WCA'l'ION:

Au~iliary Building AGING Enclosure 4 Refer to None Guidelines Report SERVIC.t::: Section 7.0 Sec.3.1.2 Boron Inject1.on 'l'ar,k (Aging)

Recirculation F'LOOD LEI/EL f.LEV: NR SUB. NR NR NR NR NR None

.ABOVE FLOOD LtV~L: Yes No Nit= Not required. ~11 nw1wers written in Docwnentation Reference Qualit.1.cat.1.on column are identified in section B.

NOTES: 1) Component model will be aetermined during present steam gerwrator outa<;e.

SUV-lll84C 6-227

Docket:

SYST.EM:

Facility: VEi*CO, SURh.Y Unit: 1 50-LSO SYS'l'EM COMPON~*r EVALUATION WURK SUEE*l' - ':10 DAY REVIEW Environment: Doctunentation Reterence Ont-SAFET¥ INJLCTION  :;tanding Units SQeciticat1.on i)ualitication s~ci tication vualif. Method Items EQUIPMENT DESCRil>TION OPER. 120 days No1:e 1 Westinghouse Note 1 Note 1 Note 1

'rIME Ref. Ltr. No.

NS-SS-792H7 PLANT ID NO. TEMP NR Note 1 NR Note 1 t.ote 1 Note 1 MOV-18b4A OF (X)MPONENT:

Motor Operated Valve MANUFACTUH.t:R: PRESS. NR Note 1 NR Note 1 Note 1 Note 1 Note 1 psia K.>DEL NUMBLR: REL. NR Note 1 NR Note 1 Note 1 No1:e 1 Note 1 IIUM. I F1.INC'rION: CHEM. NR NR NR Nlt NH. None l!anergency Core Cooling/ Sl>RAY Core Heat Removal, Engi-neered Safety Feature, OBA (LOCA and MSLB)

Mitigation ACCURAC't:

Spec: NR Demo:

RAD. LOCA = 8 x 106 Note 1 S&W Cale. Note 1 Note 1 Note 1 40 Yr= 8.8 X 102 1284i>.54-RP-37-0 LOCATION:

Safegudrds AGING . Enclosure 4 Reter to !'lone t.:.uidelines Report SERVICE: Section 7.0 Sec. 3. 1 * .l Low Head Safety (Aging)

Injection Discharge Valve 11.00D LEVEL fil.r.V : NR SUB. NR NR NR tm NR None ABOVE FLOOD LLVEL: Yes No tR = Nut required. All numbers written in Documentation Reference Qualification column are ident1.11.ed 1.0 Section O.

N>TES: 1) Component model will be determined during present steam generator outage.

MOV-18611h

• Facility: VEPCO, SURHY SYSTEM COMPONJ:;NT EVALUA'flUN \iURl< SHEET - !JO DAY REVH:W Unit: 1 Docket: 50-280 Documentation Reference Wt-SYSTEM: Env irorunent.

standing SAFETY INJ~L"l'ION Items Units Specification Qualification Sf>t:citication ~ualif. Method OPl!.R. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1 EQUIPMEN't DI:;SCRIP'l'ION TIME Ref. Ltr. No.

m;-ss-79287 TEMP NR Note 1 NR Note 1 Note 1 Note 1 PLANT ID NO.

MOV-1B64B OF (X)MPONENT:

Motor Operated Valve PJIBSS. NR Note 1 NR Note 1 Note 1 Note 1 MANUFAC'l'OR:E:R:

Note 1 psia M.>DEL NUMBER: REL. NR Note 1 NR Note 1 Note 1 Note 1 HUM.

Note 1 FUt,CTION: CHEM.

' NR NR NR NR NR None Emergency Core Cooling/ SPRAY Core Heat Removal, Engineered Safety Feature, DB.A (LOCA and f-lliLB> Mitigation ACCURACY:

Spec:

Demo: NR

. RAD. LOCA -*ax 106 Note 1 S&W Cale

• Note 1 Note 1 Note 1 40 Yr - B.U x 102 1~tlll6.5q-RP-

'.':s7-0 IDCATION:

Safeguards AGING Enclosure 4 fl.eter to None Guidelines Report SBRVICE: Section 7.0 Sec.3.1.2 Low llead Safety Injec- (Aging>

tion Discharge Valve FLOOD LEVEL t;LEV: dR SUB. NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All numbers written in Documentation kererence Qualification column are identified in Section u.

~ : 1> Comporient model will be determined during present steam generator outage.

b-2~!J.

MOV-1861lli

Facility: V~l'CO, ~~RRY Unit:

Docket:

SYS'l'.EM:

1 50-2HO Environment SYST1':M CUMPONEN'f l:.VALU/\TION WORK !>1-11!:E'l' - 90 DAY REVIE\'I Documentation Reference Out-standing SAFE'l'Y INJ.1!.CTION Units ~ecif ication Qualification SQeci:tication Method J.tems E.QUIPMENT DESCRIPTION OPER. 120 days Note 1 Wes t1.r,gnouse Note 1 Note 1 Note 1 TIM£ Rei. Lt:1:

• No.

NS-SS-7~287 PLANT ID NO. TEMP NR NR NR NR NR t4one MOV-1869B OJ.,'

OOMPONENT:

Motor Operdced Valve MANUFACTOHER: PRESS. NR NR NR NR NR None Note 1 paia OOOEL NUMBER: REL. NR NR NR NR NR None Note 1 HUM. I FUNCTION: CHF..M. NR Nk NR Nk NR None Engineered Safety SPRAY Feature, OBA (LOCA and MSLli) Mitigation, Emergency Core Cooling/

Core Ueat Removal ACCURACY:

Spec:

Demo:

RAD. LOCA = 2.5 x 10b Note 1 S6W Cale. Note 1 Note 1 Note 1 40 Yr= 2.5 X 10b 1284b.38-RP-026-0 WCATION:

Auxiliary Building AGI~G. Enclosure 4 Refer to ~one Guidelines Report SEHVICE: Section 7.0 Sec. 3.1.l Boron Injection *rank (Aging)

Bypass FLUOO LEVEL ELEV: NR SUB. NH NR NR NR* NR None ADOVI:. FLOOD LEVEL: Yes No NR = Not required. All numbers written in Documentation Reference Qualification column are identified in Section 8.

N)'rES: 1) Component 1110del will be determined during present steam generator outage.

MOV-1869ll b-230

Facility: VEPCO, SURRY Unit:

Docket:

sYST"'1:

1 50-280 Env irorunent SYSTEM COMPONENT E.VALUA'i'ION WORK SHEET - 90 DAY REVIEW Documentation Reference Out-SAMPLING standing Specification Qualification Specification Qualif. Method Items EQUIPMENT DESCRIPTION OP£R. 60 sec Functional FSAR North Anna Note 1 Note 1 .Note 1

'flME Sec. b.2.16.2 PLANT ID NO. 275F, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 S0V-SS-100A1 275-15~F. 30-60 min No. 3112A/0921&77 150-120F, 1-168 hr 1.lOF, 2-120 days OOMPONENT:

Solenoid Valve MANUFACTURER: PRESS. 58.7, 0-30 min Note l VI:;PCO-NRC 11-22-77 Note 1 Note 1 Note 1 ASCO psia 50.7-12.7, No. 3u2A/092477 30 min-48 hr 12.7, 2-120 days M)DEL NUMBER: REL. 100 Note 1 VEPCO-NRC 6-60 Note 1 Note 1 Note 1 83026 lR HUM. I No. 535 JUNCTION: CHEM. HaBO~ (2,000-2,200 Note 1 Vt.PCO-NRC b-60 Note 1 Note 1 Note 1 Containment Isolation SPRAY ppm B) . No. 535 buffered to pH of 8.5-11 NaOH,4hr ACCURACY:

Spec: NR Demo:

RAD. WCA = 7.16 X 10c. Note 1 S&W Cale. Note 1 Note 1 Note 1 40 Yr = 3.5 X 10* 12U4b.51&-RP-038-0 IDCATION:

Inside Containment AGING Enclosure 4 I<efer to None Outside Cranewall Guidelines Report SERVICE: Section 1.0 Sec.3.1.2 Press. Liquid Space (Aging)

Sample Fl.OOD LEVEL £.LEV: -..:1"11 11 SUB. -21"11 11 NR S&W Cale. NR NR N9ne ABOVE FLOOD LEVEL: X Yes 121tl&b No P.C::-036-0 NR = Not requirect. All numbers written in Documentation Reterer.ce Qualiticatiori column are identified in Section 8.

~ : 1) The 8302 Sen.es ASCO SOV, (HB8302& 1V) was tested in accc.rdance witn Westinghouse Ref. Ltr. NS-SS-77060 f.or North Annal and 2 for radiation and found acceptable. Since the exact model number match cannot be ma.Cle to this test report, the difference in the model uumber and the reason for this valve acceptability is explained: The *1IB* is the coil design and si:nce the coil is de-anergized for the accidant. 11. coil failure is ot no consequence.

SOV-SS-100A1 6-231

~acility: VEPCU, SURRY SYS'l'~M COMPONk:NT E.'VALUATIUN WORK SHEE'l' - 90 DAY RE;VIEW Unit: 1 lbcKet: 50-280 SYS'l'E.M: Environment Docmnentation Reterence Out-SAMPLING standing

!!nill seec1tication Qu.ilification &eecitication Qualif. Method Items f!l)UIPMENT DESCRIPTION OPER. 60 sec Note 1 FSAR Note 1 Note 1 Note 1 TIME North Anna Sec. b.2.11.2 PLANT ID NO. TEMP Nk Note 1 NR Note 1 Note 1 Note 1 SOV-SS-100B1 oy OOMPONEN'l':

Solenoid Opt.rated Valve MANUFACTURER: PRESS. NR Note 1 NR Note 1 Note 1 Note 1 ASCO psia M)DEL NUMBER: REL. NR Note 1 NR Note 1 Note 1 Note 1 83021RF HUM. I FUNCTION: CHEM. NR NR NR NH NR None Containment Isolation SPRAY ACCURACY:

Spec:

Demo: NR RAD. LOCA = 2.5 X 10" Note 1 S&W Cale. Not.e 1 Note 1 t-401:.e 1 110 Yr = 2.5 X 10" 128116.311-RP-O:lb-0 WCATION:

Auxiliary Building AGING Enclosure It Refer to None Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Press. Liquid &pace (Aging)

Space Sample FLOOD LE\TEL ELE.V: NR SUB. NR NR NR NR NR t1one ABOVE FLOOD LEVEL: Yt!S No NR = Not required. All numbers written in Docmnentation Reterence Qualification column are identified in Section 8.

NJTE:S: 1) The il302 ASCO SOV, (1lBtB02t11V) was tested per Wt!st1.nghouse Ref. No. NS-SS-77060 for North Anna 1 and 2 for radiation and was found acceptable. Since the exact model number match cannot be made to this test report, the difference in the model number and the reason tor the valve acceptability is explained: The "Nb" is the coil des1yn and J;!J.nCe the coil is de-energized for the accident, a coil failure is of no consequence.

SOV-SS-100B1 b-H2

Facility: VEPCu, suaay SYSTEM COMPONENT .l:..VALUA'l'ION WORK .SUE.t:'r - 90 DAY REVIEW Unit: 1 Docket: 50-280

&'"YSTl:.M: - Environment Documentation Reference out-SAMPLING sta1,din9 seec1.fication Qualit1.catio11 seecitication Qualif. Method Items E()UIPMENT DESCRIP'fION OPER. 60 sec Note 1 F'SAR North Juma Note 1 Note 1 Note 1 TIME Sec. b.2.11.2 PLANT ID Nu. TEMP 275F, 0-30 min Note 1 VBl'CO-NRC 11-22-77 Note 1 Note 1 Note 1 SO\f-SS-101A 1 OF 275-150F, 30-60 min No. 382A/0921177 150-120F, 1-118 hr 120F, 2-120 days OOMPONENT:

• solenoid Valve

.MANUFACTURER: PRESS. 58.7, 0-30 min Note 1 V lil'CO-NRC 11-22-77 Note 1 Note 1 Note 1 ASCO psia 58.7-12.7, t~o. 382A/0921177 30 min-48 hr 12.7, 2-120 days M'.)Dfil. NUMBER: REL. 100 Note 1 VEPCO-NkC b-80 Note 1 Note 1 Note 1 830281R HUM. I No. 535 ElJNCTION: CHEM. 113003 (2,000-2,200 Note 1 VEPCU-NRC 6-60 Note 1 Note 1 Note 1 Containment Isolation SPRAY ppm B) uo. !>35 buttered to pH of 8.5-11 NaOH, 11hr llCCURACY:

Spec: NR Demo:

RAD. LOCA = 7.11 x 10" Note l S&W Cale. Note 1 Note 1 Note 1 40 Yr= 3.5 X 10* 12bit6.511-RP-038-0 LOCA'flON:

Inside Containment AGING Enclosure 4 Refer to Note 1 Outside Cranewall Guidelines Report SERVICE: Section 7.0  ::iec. 3.1.2 Pressure Liquid (Aging)

Space Sample FLOOD LE.VEL ELEV: -21 1 11* SUB. -21*11 .. NR S&W Cale. NR NR Note 1 ABOV!i: FLOOD LEVEL: X Yes 12~11b No Pb-036-0 SOV-SS-101A 1 6-233

NR = Not requirect. Al.l numbers written in Documentation Reterence Qualitication colunm are identified in Section ll.

~: 1) 'l'he ll320 Series ASCO Soleuoid Valve (IIB830281U) was tested for North Anna 1 and 2 ror radiation and was tour.ct acceptable. Since the exact model match cannot be made to this test report, the difference in the model number and the reason for the valve acceptability is explained. The "IID" is the coil design and since the coil is de-energized for the accident, a coil failuire is of no consequence.

SOV-SS-101A 1 b-233 (cont)

Facility: VJ::PCU, SURk'l Unit:

Docket:

SYSTEM:

1 50-28()

SY~TEM COMPONENT EVALUATION WORK SUE.ET - 90 DA'l RhVIEW Environment Documentation Reterence 0Ut-sta11d1.ng SAMPLING Units Specification Qual1.tication Specification Qualit. .Method Items B)UIPMENT DESCRIPTION OP.l!:R. 60 sec No1:.e 1 PSAR Note 1 Note 1 Note 1 TIME North Anna Sec. b.2.ll.2 PLAN'r ID tm. TEMP NR NR NR NR NH NR SOV-SS-101!i1 OF OOMPONl!:NT:

Solenoid Operated Valve MANUFACTURER: PRESS. NR NR Nk NR NR NR ASCO psia IDDEL NU1>1BER: REL. NR NR NR NR NR NR 830281RF HUM. I

EUNCTION: CHEM. NR NR NR NR NR None Containment Isolation SPAAY IICCURAC'l:

Spec:

Demo: NR RAD *. LOCA = 2.5 X 106 Note 1 S&W Cale. Note 1 Note 1 Note 1 llO Yr= 2.5 x 10* 12tlll6.3tl-RP-026-0 WCATION:

Auxilidry Building AGING Enclosure ll Refer to None Guidelines Report SERVICE: Section 7.0 Sec.3.1~2 Press. Vapor Space CAging)

FLOOD LEVEL ELEV: NR SUB .. NR NH NR NR NR None ABOV.I!: FLOOD L.1!:V.t:L: l!'es No NR = Not required. All numbers written in Docwnentation Reference Qualification column are identified in Section 8.

~ : 1) The t1~02 Series ASCO Solenoid Valve 11BB30281V) was tested in accordance with Westinghouse Ref. Letter No.

NS-SS--77060 for North Anna 1 and 2 for radiation and was found acceptable. Since the exact. model number ma.tell cannot be made to this test report, the diftereoce in tne model number and the reason for the valve acceptability is explained. The 11 NB 11 is the coil design and since the coil is de-energized for the accident, a coil failure is of no consequence.

S0V-SS-101ti1 b-231l

Facility: V.1:.PCO, SU!tRY Unit:

Docket:

SYS'fEM:

1 50-2UO SYSTEM COMPONENT EVALUATION WORK SIW;gT - 90 DAY JU!;VIEW Environment Documentation Reference out-Shl1PI,ING standing Specification Qualification Speciricad.on !a!Ualif

• Method Items E!,?UIPMENT DESCRIPTION OPER. 60 sec Note 1 FSAR North Anna Note 1 Note 1 Note 1 TIMJ:: Sec. b.l.ij.l PLANT ID NO. 'l'EMP 275F. 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 S0V-SS-l0~A1 O]i* 275-l~OF. 30-60 min llo. 382A/0921177 150-120F, 1-q8 hr 120F. 2-120 days OOMi>ON EN'l':

Solenoid Valve MI\NU FAC'l'ORJ::R: PRESS. 58.7. 0-30 min Not~ 1 V.u>CO-N.R(; 11-22-77 Note 1 Note 1 Note 1 ASCO psia 5H.7-12.7, No. 3H2A/092477 30 min-118 hr 12.1. 2-120 days

?-~DEL NUMBER: REL. 100

• Note l VJ:;PCO-NRC b-80 l.llote 1 Note 1 Note 1 830281R HUM. I No. 535 EUNCTION: CHEM. H 3 BO:, (2,000-2.200 Note l VEPCO-NRC b-tW Note 1 Note 1 Note 1 Containment Isolation SPkAY ppm B) No. 535 buffered to pH of 8.5-11 Na011.llhr ACCURACY:

.::.pee: NR Demo:

RAD. LOCA. ."" 7 .11 x 10 6 Note 1 S&H Cale. Note 1 Note 1 Note 1 40 Yr= 3.5 X 104 12846.511-RP-038-0 IDCATION:

Inside Containment AGING Enclosure q Refer to None Outside Cranewall Guidelines Report SERVICE: Section 7.0 Sec. 3 .1.2 Primary Coolant (Aging)

Cold Leg Sdlllple FLOOD Lf:VEL ELEV: -21111* SUB. -21'11 .. NR S&W Cale. NR NR None ABOVE FLOOD LEVEL: X Yes 12tl4b No PE-036-0 S0V-SS-102A 1 6-2:15

Nil"' Not required.

~:

All numbers written in Documentation Reference Qualification colwnn are identified in Section u.

1) The 11302 Series SO\f (HB830281\f) was tested in accordi1Ilce with We:n:inghouse Het. Ltr. No. NS-SS-77060 tor North Anna H2 for radiation. and found acceptable. Since the extract model n..imber cannot be made to th.1.s test rei,ort, the difference in the moJel number and the reason for the valve acceptaD1l1.ty 1.s explained: The "Hh 11 is the coil design and since tbe coil is de-energi~ed for the accident a coil failure is of no consequence.

S0V-SS-102A1 b-:.!35 (cont)

_J

Facility: VEPCO, SURRY Unit:

Docket:

SYSTfilt:

SAMPLING 1

50-2~0 SYSTJ:a-1 COMPON1!:NT EVALllA'l'ION WORK SHJ::E'i' - 90 DAY RI:.VIEW Environment Documentation Reterence Out-standing

!!!!ill! Specification Qualification Specification \!Ualit. Method Items g>UIPMENT DESCRIPTION OPER. 60 sec Note 1 Nort.n Anna t>lOtto 1 Note 1 Note 1 TIME FSl\ll Sec.

• b. 2.11 .2 PLANT ID NO. TEMP NR NR NR NR NR None S0V-SS-102B1 OF 00t1PONENT:

Soienoid Valve MANUFACTURER: PRESS. NR NR NR NR NR None ASCO psi.a IDDEL NUMBER: REL. NR NR HR NR NR NODE:

830281R HUM. I FUNC'.rION: CHBM. NR NR NR NR NR None Contairunent Isolation SPRAY ACC'ORACY:

Spec: NR Demo:

RAD. LOCA a: 2.5 x 101> Note 1 S&W Cale. Note 1 Note 1 Note 1 IIO Yr ;: 2.5 X 106 12tltlt, .38-RP-026-0 LOCATION:

Auxiliary Building AGING Enclosure 4 Refer to None Guidelines Report SERVICE: Section 7.0 Sec.3.1.:..!

Primary Coolant (Aging)

Cold Leg Sample FLOOD LEVEL ELJ::\T: NR SUBN NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR a: Not required. All numbers written in Documentation Reference Qualiti~ation column are identified in Section B.

tOTES: 1) The 8302 series ASCO Solenoid Operated Valve (HB830l810) was tested per Westinghoude Letter NS-SS-77060 for North Anna 1&2 tor radiation and found acceptable. !:;ince the exact model numner match cannot be made to this test report, the . difference in the model nwnber and the reason :car tile valve acceptability is explained: The "HB 11 is the coil design and since the coil is de-energized for *this accident. a coil railui:e 1.s ot no consequence.

SOV-SS-l02B1 b-2)6

unit:

Docket:

SYSTEM:

Facility: VEpCu, SURkY 1

50-280 SYSTEM COMPONENT .1'.VALOA'l'ION WORK SHE.ET - 90 DAY l<EVIEW Enviroru11en1: Docume11tation Reference out-SAMPLING standing Specification Qualification S[!ecifiCdt:.ion Qua.lit. Method Items WJUIPMENT DESC.l<IPTION OPER. 60 sec Note 1 North Anna Note 1 Note 1 Note 1 TIME F.:iAR Sec. b.2.4.2 PLAN'l' ID NO. TEMP NR NR NR NR None SOV-SS-103 OF OOMPONENT:

Solenoid Valve MANUFACTURER: PRESS. NR NR NR NR NR None ASl.'O psia t-ODEL NUMBER: REI** NR NR NR NR NR None 830281RF HUM. I fUNCTION: Cll.J!:M. NR NR NR NR NR None Containment Isolation SPRAY ACCURACY:

Spec: NR Demo:

lu\O. LOCA = 2.5 x 106 Note 1 S&W Cale. Note 1 Note 1 Note 1 110 Yr = 2.5 X 106 12li4b.3B-RP-02b-O WCAT.ION:

Auxiliary Building AGING Enclosure 4 Refer to Hone Guidelines Report SERVICE: Sect.Lon 7.0 Sec.3.1.l Residual Heat (Aging)

Removal Sample FLOOD Ll,;VEL ELEV: NR SUB., NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All number.s written .lll Docwnentation Reference Qualification column are identified in Section 8.

~: 1) The 8302 series ASCO Solenoid Operated Valve (llhtB0281U) was tested per Westinghouse Letter NS-SS-770b0 for North Anna 1&2 fur radiation and *tound acceptable. S*ince the exdct. model nwnber match cannot be made to this test repor1:,

the difference in the model nwnber and the reason for the valve acceptability is explained: The *us* is tne coil design and since the coil is de-energ.Lzed for this accident, a coil failure is of no consequence.

SOV-SS-103 6-lJ1

Facility: VEl:'CO, SURRY Unit:

Docket:

SYSTEM:

1 50-280 Environment SYST~M COMPONBNT EVALUATION WORK SHEET - 90 DAY REVIEW Documentation Rtiference OUt-standing SAMPLING Specification Quali.f ication S~citicdtion ~uaJ.if. Method Items a>UIPMENT DESCRIPTION OPER. 60 sec Note 1 FSAR North Anna Note 1 Note 1 Note 1 TIME Sec. b.2.ll.2 PLANT ID NO. 275F, 0-30 min Vl::J:'CU-NRC 11-22-77 Note 1 Note 1 Note 1 SOV-SS-10llA 275-150F, 30-60 1111.n No. 382A/0~:l1177 150-120.F, 1-48 hr 120F, 2-120 days (l)MPONENT:

Solenoid Valve MI\.NUFACTURER: PRESS. 58.7, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 ASCO psia 58.7-12.7, No. 3B2A/0921177 30 min-118 hr 12.7, 2-120 days IDDEL NUMBER: REL. 100 Note 1 VEt>CO-NRC 6-80 Note 1 Note 1 Note 1 HXB232081RF HUM. i No. 535 RJNC'UON: CHEM. H3 B0 3 (2,000-2,200 Note 1 VEPCO-NRC b-80 Note 1 Note 1 Note 1 Conta:lllment Isolation SPRAY ppm B) No. 535 buffered to pH of 8.5-11 NaOH,llhr ACCURACY:

Spec: NR Demo:

RAD. LOCA - 7.11 x 10" Note 1 S&W Cale. Note 1 Note 1 Note 1 llO Yr - 3.5 X 10* 128llb.5ll-RP-038-0 WCATION:

Inside Containment AGING Enclosure ll Refer to None Outside Crc:U1ewall Guidelines *aeport SEltVICE: Section 7.0 Sec. 3.1.l Press. Relief (Aging)

Tank Sample FLOOD L&VEL iil.£V: -~1*11* SUB. -21*11* NR S&W Cale. NR NR None AiiOVE .FLOOD LEVEL: X Yes 12Bllb No PE-03b-O NR = Not required. All numbers written in Documentation Reference Qualification colwnn are identified in Section 8.

~: 1) Replace, insufficient documentation. Previous testing on similar ASCO valves (Ref.: Westinghouse Ltr. No.

NS-SS-77060) indicate valves vent to perform the satety function for containment isolation.

SOV-SS-104A 6-238

Docket:

bYSTE.M:

Facility: VEPCO, SUR~Y Unit: 1 50-2HO SYSTEM COMPONENT I:;VALUA'l'LuN WllhK S1IB1'T -

Environment 90 DAll' MVIEW Docwuentation Reterence Wt-SAMPLING standing Units seecification ~iual it ication SEecirication ~malif. Method Items I,.QUIPM!i:NT DESCRIPTION OPER. 60 sec Note 1 North Anna Nott! 1 Note 1 Note 1 TIME J:o'SAR sec. b.2.4.2 PLANT ID NO. T.l!:MP NR NR liUl NR NR None S0V-SS-104B OF OOMPONENT:

Solenoid Valve Ml\NUFACTURER: PRESS. NR NR tm Nk NR oone ASCO psia M)Dfil. NUMBER: RE:L. NR NR NR NR NR None 830281RF HUM. I FUNCTION: CHEM. NR NR NR NR NR None Containment Isolation SPRAY ACCURACY:

Spec: NR De.mo:

RAD. LOCA = 2.5 X 10* Note l S&W Cale. Note 1 Note 1 Not!! 1

'lO Yr = 2.5 X 10* 12814b.38-RP-026-0 IDCATION:

Auxiliary Building AGING Enclosure 'I Refer to None Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Presssure Helief (Aging)

Tank Sample FLOOD LEVEL ELEV: NR SUB., NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All nwnbers written in Documentation Reference Qualificat.1.on colunu1 are ident.Lfiect in Section 8.

~ : 1) The 8302 series ASCO Solenoid Operated Valve (ll!Hi30281U) was tested per Westinghouse Letter NS-SS-77060 for Norcia Anna 1&2 for radiation and* found acceptable. Since the exact model number match cannot bt! made to this te:1t 1:eport, the difference in the model number and the reason for the valva acceptability is expldined: The "Hb* iu the coil design ana since the coil is de-energized for this accident. a coil failure is of no consequence.

SOV-SS-104B b-2)~

Facility: VEPCO, SURRY Unit:

Docket:

SYSTEM:

SAMPLING 1

50-280 SYSTEM COMPONENT EVALUATION WORK SHEET - 90 DAY REVIEW Environment Documentation Reference Out-

.standing Specification ~ualif ication SQecification Qual.if. Method Items g>UIPMENT DESCRIPl'I.ON OPER. 60 sec Note 1 FSAR North Anna Note 1 Note 1 Note 1 Tl.ME Sec. 6.2.lt.2 PLANT ID NO. TEMP 275F, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 SOV-SS-106A OF 275-150F, 30-60 min No. 3U2A/0921177 150-120F, 1-48 hr 120.1?, l-120 days ffiMPONENT:

Solenoid Valve MI\.NUFACTURER: PRESS. 5U.7, 0-30 min Note 1 Vfil>CO-NRC 11-22-77 Note 1 Note 1 Note 1 ASCO psia 5U.7-12.7, No. 3U2A/09:.tlt77 30 min-It 8 hr 12.7, 2-120 days f,()DEL NUMB&R: REL. 100 Note 1 VEPCO-NRC b-80 Note 1 Note 1 Note 1 1IXB232081RF HUM * .I No. 535 EUNCTION: CHEM. H3B03 (2,000-2,200 Note 1 VJ,.PCO-NRC b-80 Note 1 Note 1 Note 1 Containment Isolation, SPRAY ppm B) No. 535 Post-Accident Monitoring buttered to pH of 8 .5-11 NaOH,ithr ACCURACY:

Spec: NR Demo:

RAD. LOCA - 7.lt x 106 Note 1 S&W Cale. Note 1 Note 1 Note 1 llO Yr - 3.5 x 10* 12Ult6.54-RP-038-0 l.OCATION:

Inside Containment AGING Enclosure q Refer to None Outside Cranewall Gu id el.in es Report SERVICE: Section 7.0 Sec. 3.1.2 Primary Cool. Hot (Aging)

Leg Sample FLOOD L~VEL ELEV: -ll 111* SUB. -21* 11 11 NR S&W Cale. NR NR None ABOVE FLOOD LEVEL: X Yes 128116 No PE-036-0 NR - Not required. All numbers written in Documentation Refexence Qualification column are identified in Section b.

~ : 1) Replace, insufficient documentation. Previous testing on similar ASCO valves (Ref.: Westingnou.se Ltr. No.

NS--SS-77060) indicate valves vent to perform t:he safety twiction for containment isolation.

SOV-SS-106A

Facility: VEPCO, SURR'i Unit:

locket:

SYSThM:

1 50-280 SYSTEM COMPONENT EVALUATION WORK SH.c:ET - 90 DAY l&VIEW Environment Documentation Reference uut-SAMPLING standing Units seecification ~Jual:i.t :i.cation seecification ~ualif. Method Items E.QUIPMENT DESCHil'TION OPER.. (PAM) 120 days Note 1 NUREG-0~7U Note 1 Note 1 Note 1

'l'IME PLAN'f ID NO. TEMP NR NR NR NR NR None sov-s:;-lOoB op U>MPONENT:

Solenoid Valve MANUFACTURER: PRESS. NR NR NI< NR NR None ASCO psia t-OD~L NUMBER: REL. NR NR Nk NR NR None 830261RF HUM.~

FUNCTION: CHEM. NI< NI< NR NR None Containment Isolation, l;;P.RAY Post-Accident Monitoring ACCURACY:

Spec: NR Demo:

RAD. LOCA = 2.5 x 106 Note 1 S&W Cale. Note 1 Note 1 Note 1 40 Yr= 2.5 X 106 12Bllb.38-RP-O~b-0 WCATION:

Auxiliary liuilding AGING Enclosure 4 Refer to None Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Primary Coolant (Aging)

Hot Leg Sample FLOOD LEVEL liLEV: NR SUB,. . NR NI< NR NR* NR None ABOVE FLOOD LEVEL: Yes No Nk = Not required. All nwnbers written in Documentation Reference ~ualification colw1m are identified in Section 8.

~ : 1) The 11302 series ASCO Solenoid Operated Valve (llli830281U) was tested per Westinghouse Letter NS-SS-770b0 for North Anna 16:.! tor radiation and :tound acceptable. Since the exact model number match cannot be uldde to this test report, the difference in the model number and the reason tor the valve acceptability is explained: 'l'he *ttJ3" is the coil design and since the coil is de-energized for this accident, a coil tailure is ot no consequence *

.SOV-SS-lObB

Facility: V~PCO, SURRY SYSTEM COMPONENT EVALUATIUN WORK SHEET - 90 DAY REVIEW unit: 1 Docket: 50-~80 SYSTt:M: Knvironment Docwnentdt.ion Reference out-SERVICE WA'1'£R standing Specification Qualiticac:ion Speciticat.ion Qualif. Method Items f?2UIPMENT DESCRIPTION OPER. 120 day Functional after Westinghouse b Type Note 1 TIME rad. exposure Ret. Ltr. No. Test NS-SS-79287 PLANT ID NO. NR NR NR NR NR None MOV-SW-101lA ffiMPONENT:

Motor Operated Valve MANUFACTUREk: PRESS. NR NR NR NR NR None Limitorque psia IDO.l!:L NUMBER: REL. NR NR NR NR Nk None SMa-000, Class & HUM. I Insulation

EUNCTION: CHEM. NR NR NR NR NR None Engineered Safety Fea- SPRAY ture. ODA (LOCA and MSLB)

Mitigation ACCURACY:

Spec: NR Demo:

RAD. LOCA = 5.9 x 10~ 2 X 10'1 S&W Cale. 6 Type Note 1 40 Yr= 8.8 X 10Z 1211110 .Jtt-RP- Test 031-0 WCA'l'ION:

Main Steam Valve House AGING t:nclosure q Refer to None Guidelines Report SERVICE: Sect.ion 7.0 Sec.3.1 * .l Recirculation Spray (Aging)

Heat Exchanger Service Water Supply FLOOD Ll!.VEL* ELl!.V: Nh SUB. NR N.ll Nk NR NR None ABOV~ FLOOD UVEL: Yes Ho NR = Not required. All numbers written in Documentation Reter:e11ce uualification colunm are identified in Section 8.

~ : 1) Limic:orqurl has been given the purchase orders, seri<1l num~rs, and information necessary to obtain qualification data.

MO\f-SW-104A

Doclcet:

SYSTEM:

F°dcility: VEPCO, SUJmY Unit: 1 50-280

.SYS'l'EM COMPUNENT EVALUATION WORK Sllt:ET - ~O DAY RE.Vlt:W Enviroaunent Documentation Reference out-SERVICE WA'l'ER s t.c111di119 llill!:1! S[!ecification Qualification SQecitication ~a.lit. Method Items FJ,!UIPMENT DESCRIPTION OPER. 120 day Funct:1.onal after Westinghouse b Type Note 1 TIME rad. exposure Ref. Ltr. No. Test NS-SS-792117 PLANT ID NO. TEMP NR Nll NH NR NR None MOV-SW-1011B OF OOMPONENT:

Motor Operated Valve MANUFACTURER: PRESS. NR NR NR N.R NR None Lin1i torque psia IDDE.L NUMBER:

SMB-000, Class B REL.

HUM. ,. NR NR NR NR NR None Insulation FUNC'rION: CH.l!:M. NR NR NR NR NR None Engineered Satety 1-'ea- SPRAY ture, DBA (LOCA and MSLB) Mitigation ACCURACY:

Spec: NR Demo:

RAD. LOCA = 5.9 X 10* 2 X 10~ S&W Cale. *rype Note 1 110 Yr= 8.11 X 102 12111\b.38-RP- Test 031-0 WCATION:

Main Steam Valve House AGING Enclosure II Refer to None Guidelines Report SERVICE: Sect1.on 7.0 Sec.3.1.2 Recirculation Spray (Aging)

Heat Exchanger Service Water Supply FLOOD L&VEL 1!:LEII: Nk SUB. Nk NR NR NH NR None ABOVE FLOOD LEVE.L: Yes No NR = Not required. All numbers written in Documentation Reference ~ualification column are identitied in Section ti.

~ : 1) L1.mitorque has betm given t:he purchase orders, .uerial numbers, and information necessary to obtain qualification data.

MOIJ-.SW-101\ll

J.i"acility: VEPCO, SURltY Unit:

Docket:

SYST~:

1 50-2SO Environment SYS'J.'EM CU."1PONEN'r t:VALUA*l'lON WORK Sttl!.t:T - ~o Dl~Y REVIEW Docwnentation Ueference out-SERVICE WATt:R standing

!!nil:! seecif ication Qualification seecification Qualit. Methoa Items FJjUIPMENT DESCRIPTION OPER. 1:i.O days Functional after 'Westinghouse "b Type tlot.e 1 TIME rad. exposure Ref. Ltr. No. Test NS-SS-7'121127 PLANT ID NO. TEMP NR NR NR NR NR None MOV-SW-104C OF OOMPON.riliT:

Motor Operated Valve MANUFACTURER; PRESS. NR NR NR NR NR None Limitorque psia M)DE;L NUMBER: REL. NR NR NR NR NR None sr-w-000, Class B HUM. I Insulation J.ilJNCTION: CHEM. NR NR NR NR NR None Engineered Safety SPRAY Feature, DBA (LOCA and MSLB) Mitigation ACCURACY:

Spec: NR Demo:

RAD. LOCA = 5.9 x lQb 2 X 10lJ Sta'i Cale. b Type t-lote 1 40 Yr= 8.8 X 102 l~llllb.311-RP- Test 031-0 WCATION:

Main Steam Valve House AGING Enclosure 4 Refer to None Guidelines Report SERVICE: Section 7.0 Sec. 3.1.:.!

Recirculation Spray (Aging)

Heat Exchanger Service Water Supply FLOOD LEV EL .t:LEV : NR SUB. NR NR NR Nil NR None*

ABOVE FLOOD LE;VEL: *'les No NR = Not required. All nwnbers written in Documentation keft::rence Qualification column are .1.dent.1.t.1.ed in ::iect.1.on II.

NJT~&: 1) Limitorque has been given tne purchase orders, serial nwnbers, ana information necessary to obtain qualification data.

MOV-SW-lOIIC

Docket:

l:.YST.EM:

F,rnility: VEl-'CU, SU.kRY Unit: 1 50-2UO SYS*l'Jili CUMPONJ,;NT t;VALUATION WORK SIIEET -

~nvironment

!,O lJAlt' Rl:.VIEH Doc\Unentation R(!ference out-SERVICE WAT.El< standing

~ seccification ~)ualif ication seecification Qualif. Methoci Items eyJUIPMENT DESCRIPTION OPER. 120 ddy Functional after Westinghouse b Type t.&ote 1

'l'IME rad. exposure Ref. Ltr. No. Test NS-SS-79287 PLANT ID NO. TEMP NR NR NR NR NR None MOV-SH-104D OF CDMPONENT:

Motor Operated Valve MANUFACTURE;R: PRESS. NR NR NR NR NR None Lirnitorque psia l'l)Dl!:L NUMBER: l~L. NR NR NR NR NR None SMB-000, Class B HUM.

Inuulation '

FUNCTION: CHEM. NR NR t.&R NR NR None Engineered Safety Fea- SPl<AY ture, DliA (LUCA and MSLB) Mitigation

. ACCURACY:

Spec: NR Demo:

RAD. LOCA - 5.9 x 106 2 X 107 S&W Cale. b Type Note 1 40 Yr - e.e x 10~ 1:.!llllb. 38-RP- Test

- 031-0 WCA'rION:

Main Stearn Valve llouse AGING Enclosure II Refer to None Guidelines Report SERVICE: Section 7.0

• Sec.3.1.:.!

Recirculation Spray (Aging)

Heat Exchanger Service W<1ter Supply FLOOD LEVEL £.Ll!.V: Nk SUB. NR NR NR NR NR None ABOVE FLOOD LE;VEL: Yes No NR - Not requu:ed. All numbers written i.n Documentation Reference ',!ualification column are identified in Section Ii.

~ : 1) Limitorque has been given the purchdse orders, serial numbers, and informtltion necessary to obtain qu.ilification data.

MOV-SW-1016D

• *e:pco, 5l 2UO SUid{Y Environment SYSTEM COMPONENT E.VALU/1.TION WORK Sllll'i' - !10 UAY kEVIEW Docum~ntation Reterence Out-

-~ WAT!ffi standing Specification vualif ication Spt:citication Qualif. Method Items

~PMENT DESCRIPTION OPER. 120 days Functional after Westinghouse b 'l'ype Note 1 TIME rad. exposure Ret. Lt:[. No. Test N5S-SS-792il7 PLANT ID NO. 'l'E:MP NR NR NR NR NR ~one MOV-SW-105A OF OJMPONENT:

Motor Operated Valve MANUFACTURER: PRESS. NR Nk NR NR NR None Limitorque psia IDDEL NUMBER: REL. NR 1-lR NR NR NR None SMB-000, Class B HUM. I Insulation FUNCTION: CHEM. NR NR NR NR NR None Engineered Safety SPRAY Feature, DliA (LOCA and MSLB) Ml.tigation ACCURACY:

Spec: NR Dem'.>:

. RAD. LOCA = 5.9 x 106 2 X 10'l S&W Cale. Type Note 1 QO Yr= 8.8 x lOi 12UQb.3tt-kP- Test 031-0 WCATION:

Valve House AGING Enclosure q Refer to None Guidelines Report SJ::RVICE: Section 7.0 Sec.3.1.2 Recirculation Spray Heat (Aging)

Exchanger Service Water Return FLOOD LEVEL J::LEV: NR  ::lUB. NR Nk NR NR NR None ABOVE FLOOD LEVJ::L: Yes No NR = Not required. All numbers written in Documentation Reference 4-!ualitication col.unUl are identified in Section 8.

~: 1) Limitorque has been given the purchase orders, serial numbers, and information necessary to obtain qualification data.

MOV-SW-105A b-211ti

Facility: VEPCO, SURRY lklit:

lbcket:

SYSTEM:

1 50-280 SYSTJ::M COMPONENT EVALUATION WORK SHEET - 90 DAY REVIEW J:;nv irorunent Documentation Reference out-SERVICE WATER standing Specification Qualification Spe:cification Uua.Lif. Method Items

~llIPMENT DESCRIPTION *oPER. 120 day Functional after Westinghouse 6 Type Note 1 TIME rad. exposure Ref. Ltr. No. Test NS-SS-7~2U7 PLANT ID NO. NR NR NR NR NR None MOV-SW-1051i CDMPONENT:

Motor Operated Valve MANUFACTURER: PRESS. NR NR NR NR NR None Limitorque psi.a M)DEL NUMBER: REL. NR NR NR NR NR None SMB-000, Class B HUM. "

Insulation FUNCTION: CHEM. NR NR NR NR NR None Engineered Safety Fea- SPRAY tures, DBA (LOCA and MSLB) Mitigation ACCURACY:

Spec: NR Demo:

RAD. LOCA = 5.9 x 10* 2 X 10~ S&W Cale. 6 Type Note 1 qo Yr= 8.8 x 10~ 128qb.38-RP- Test 031-0

WCATION:

Main Steam Valve House AGING Enclosure q Refer to None Guidelines Report 61!:RVICE: Section 7.0 Sec.3.1.2 Service Water Outlet Re- (Aging) circulation Spray Heat Exchanger 2-RS-E-1B FLOOD ~VEL .ta.J:.V: NR SUB. NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All numbers written in Documentation Reference Qualification column are identified in Section u.

~: 1) Limitorque has been given the purchase orders, serial numbers, and information necessary to obtain qualification data.

MOV-SH-105B

Facility: Vi::PCU, SURHY Unit:

Docket:

SY'S'l'EM:

1 so-2110 Environment SYS'l'EM COMPONf;NT t.VALUATION WORK Sll.1::£;'1' - ~O DAY Rt.VIEW Uocwnent ..tion Reterence out-SERVICE WA'.rJ::R standing Specification oualit ication Specification Qua.lit. Methoa Items Eblli!PMENT DI!:SCRIPTION OPER. 120 days Functional after West1.ngnouse b Type Note 1 TIME rad. exposure Ref. Ltr. No. Test Nb-SS-792117 PLANT ID NO. NR NK NR NR None M.OV-SW-105C OOMPONENT:

Motor Operated Valve MANUFACTURER: PRESS. NR NR NR NR None Limitorque psia

>>JOEL NUMB~: REL. NR NR NR NR NR None SMB-000, Class B HUM. I Insulation mJNCTION: CHEM. NR NR NR NR None Engineered Safety Fea- SPRAY tures, DBA (LOCA and MSLB) Mitigation ACCURACY:

Spec: NR Dtm10:

RAD. LOCA = 5.9 x 10* 2 X 107 S&W Cale. Type Note 1 110 Yr= 8.8 X 102 1284b.38-RP- Test o:n-O U)CATION:

Main Steam Valve House AGING Enclosure It Reter to None Guidelines Report SERVICE: Section 7.0 sec.J.1.2 Recirculation Spray (Aging)

Heat 1!:Xchanger ELOOU LEVEL J,;L~V: NR SUB. NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All nwnbers written in Documentation Rei~rence Qualification column are 1.dent1.fied 1.n Section B.

~ : 1) Limitorque has been given the purcnase orders, serial numbers, and information necessary to obtain qualit1.cat1.on data.

MOV-SW-105C:

Facilit.y: VEl>CO, SUlrn.'l unit:

Doc~et:

SY'STE.M:

1 S0-2li0 SERVICE WA'l'l::R SYSTEM COMPONENT J::VALUA.rION WORK SHEI:;T - 90 DAY' REVIEW Environment llocwnenta.tion Reference OUt-st.at,cting Specification Specitication \1ualif. Method Items g?UIPMENT Dt,;:>CRIPTION Ol?ER. 120 days Funct.a.onal after Wes1:inghouse b Type Note 1 TIME rad. exposure Ref. Ltr. No. Test NS-SS-7~287 PLANT ID NO. NR NR NR NR NR None MOV-SW-105D OJMJ.>ONENT:

Motor Opera.ted.Valve MANUFACTURt.'R: PRESS. NR NR NR rm NR None Limitocque psia H)D.t,;L NUMBJ::R: REL. NR NR NR NR None SMB-000, Class B HUM. I Insulation FUNCTION: CHEM. NR NR NR NR NR None Engineered Safety Fea- SPRAY' tures, DBA (LOCA and M.iLB) Mitigation

.ACCURACY:

Spec: NR Demo:

RAD. LOCA = 5.9 X 106 2 X 10ll S&H ~a.le. b Type Note 1 110 Yr = 8.8 X 102 1:.!tillb.Jtt-RP- Test 031-0 WCATION:

Mdin Steam Valve House AGING E.nclosure II Refer to t,ione Guidelines Re.port SERVICE: Section 7.0 Sec.3.1.2 Recicculation Spray (Aging)

Heat J:;xchangec b'LOOD LEVEL t:LEV: NR SUB. NR NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All nwubers wri1:ten in Documentation Reterence Qualification column are identified in Section e.

~ : 1) Limitorque has been given the purchase orders, serial numoers, and information necessary to obtain qualitication data.

MOV-S~-105D

Facility: Vbl'CO, Sllm<'l SYSTEM COMPONENT t;VALllA'l'ION WORK SHEE'l' - 90 lJAY Rr;VIE\'l Unit: 1 Docket: 50-280 b"YSTEM: Environment Documentation Reference out-

.SI::RVICE WAT.C:R standing

!!!l!.!l! Specification Qualif 1.cation Specification Qualif. Method Items E)JUIPMENT DESCRIP'l'ION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1 TIME Ref. Ltr. No.

NS-S.S-792117 PLAN'r ID NO. 'l'EMP NR NR NR NH NR None 1-SW-P-5A op illMPONENT:

Pump Motor 111\NUFACTURER: PRESS. NR NR NR NR NR None Note 1 psia

.M:>DEL NUMBER: REL. NR NR NR NR NR None Note 1 HUM. I F\JNCTION: CHEM. NR NR Nli NR NR None Post Accident Monitoring SPRAY ACCURACY':

Spec: NR Demo:

RAD. LOCA = 5.9 x 106 Note 1 S&W Cale. Note 1 Note 1 Note 1 110 Yr= B.8 x lOi 1281lb.38-RP-031-0 IDCATION:

Main Steam Valve House AGING Enclosure II Refer to None Guidelines Report SERVICE: Section 7.0 Sec.3.1.2 Service Wdter Return (Aging)

From Recirc. Spray Heat Exchanger Rad. Monitor FLOOD LEVEL ELl!:\1: NR SUB. NR NR NR NR NR Uone ABOVE FLOOD LEVEL: Yes No NR = tlot required. All numbers written in Documentation Reference Qualitication colunm are identitied in Section B.

NOTF;S: l) Component model will be determined during present st.e.:un generdt.or outrage.

1-SW-P-5A

e Facility: V~PCO, SURRY Unit: 1 SYSTE.M COMPONENT £VALUATION \'JORY. SHEET - 90 DAY REVIEW Docket: 50-280 SYSTBM: Environment Documentation Reference (Jilt-SERVICE WAT!ffi sc.anuing

!!nlli seecification vualitication SQecitication Qualif. Method Items U?UIPMENT DESCRIPTION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1 TIME Re.t. Lt:r. No.

NS-SS;...792B7 PLANT ID NO. T.t:MP NR NR NR NR NR None 1-SW-P-Sli OF OOMPONENT:

Pump Motor MNUFACTURl::R: PRESS. NR NR NR WR NR None Note 1 psia t,¥)DEL NllMBllli: REL. NR Nk NR NR NR None Note 1 HUM. A

~UNCTION: CHEM. NR NR NR NR Nk oone Post Accident Monitoring SPRAY ACCURACY:

Spec: NR Demo:

RAD. LOCA = 5.9 x 106 Note 1 S&W Cale. Note 1 Note 1 Note 1 40 Yr= B.B x 102 12B4b.38-RP-031-0 IDCATION:

Main Steam Valve House AGING Enclosure 4 Refer to None Guidelines Report SERVICf::: Section 7.0 Sec.3.1.2 Service Water Return (Aging)

From Reel.re. Spray Heat Exchanger Rad. Monitor iLOOD LKUEL ELEV: .NR SUB.

. NR NR NR NR None ABOVE FLOOD LJ:;VEL: Yes No NR = Not required. All numbers written in Documentation Retere11ce Qualification colwnn are identified in Section 8.

~ : 1) Component model will be determined during present steam generator outage.

1-SW-P-58 6-251

Un1.t:

Docket:

SYS'l'F;M:

F"dc1.li ty: VEPCO, SURRY 1

50-280 SYSTEM COMPONENT EVALUATION WORK Stll!.ET - 90 DAY llliVH.W J:.nvironment Documentation Reference Out-SERVICE WA'l'ER stancung Units seecif ication ~)Ualit ication seecification Quali:t. Method Items EQUIPMENT DESCRIPTION OPER. 120 days Note 1 Westinghouse Note 1 Note 1 Note 1

'l'IME Ref. Ltr. No.

NS-ss-1n0_7 PLANT ID NO. TEMP NR NR NR NR NR None 1-SW-P-5C OF CDMPONENT:

Pump Motor HANUFACTUR.li:R: l'Rl!:SS *. NR Nk NR NR NR None Note 1 psia MJDEL NUMB!ffi: REL. NR Nf\ NR NR NR None Note 1 HUM. I FUNCTION: CHEM. NR NR NR NR NR None Post Accident Monitoring SPRAY ACCURACY:

Spec: NR Demo:

RAD. LOCA = 5.9 x 10b Note 1 S&W Cale. Note 1 Note 1 Note 1 40 Yr= 8.8 x 1oz 12Ull6.3B-RP-031-0 WCATION:

Main Steam Valve House AGING &iclosure Ii Refer to None Guidelines Report SERVICE: Section 1.0 Sec.J.1.2 Service Water Return (Aging)

From Recirc. Spray neat Exchanger Rad. Monitor FLOOD L~V EL ELEV: NR SUB. NR NR NR NR NR None llliOVE FLOOD LE:VEL: Yes No NR = Not required. All numbers written in Docmnentation Reference Qualification column are ident1.fied in Section B.

IDTES: 1) Component model will be determined during present steam generator outage.

1-SW-P-5C b-2~2

Docket:

.&YSTEM:

Facility: V~PCO, .:iURHll Unit: 1 50-280 Environm~nt SYSTEM COMPONENT .t;VALUA'l'ION WURK SHt:ET - 90 DA\/ l{.t,;VIEW Documentation Reference out-S&RV1CE WATER standing Units Specification ~ualitication Specification Qualif. Methoe1 1tems E\lUil'MEN'l' DESCRIPTION OP&R. 120 oays Not:e 1 Westinghouse Note 1 Note 1 Note 1 TIME Ret. Ltr. No.

NS-SS-79287 PLANT ID NO. 'l'J:;MP NR NR Nit NR NR None 1-SW-P-5D OF CDMPONENT:

Pump Motor MANUFAC'l\lftER: PRESS. NR NR NR NR NR Nune Note 1 psia IDDEL NUMBJ!;R: REL. NR NR Nk NR NR None Note 1 UUM. I FUNCTION: CHEM. NR NR Nk NR None Post Accident. Monitoring SPUAY ACCURAClC; Spec: NR Demo:

RAD. LOCA = 5.~ x lOb Note 1 S&W Cale. Note 1 Note 1 Note 1 110 Yr= 8.8 X 10Z 12811b.38-RP-031-0 IDCATION:

Main Steam Valve House AGING Enclosure II Refer to None Guidelines Report SllliVICE: Section 7.0 Sec.3.1.2 Service Water Return (Aging)

From Recirc. Spray Heat fucchanger Rad. Monitor FLOOD LEVEL ELEV: NI< SUB. NR NR Nk NR NR None ADOVE FLOOD LEVEL: Yes No NR = Not: required. All numbers written in Documentation Reference Qualitication column are identified in Section 8.

IDTES: 1) Component model will be determined during present: steam generdtor outage.

1-SW-P-50 b-253

Facility: VEPCO. SURRY SYSTEM COMPONENT EVALUATION WORK ~HEET - 90 DAY REVIEW Unit: 1 Docket: 50-280 SYSTEM: Environment Docwnentation Reference OUt-STJ!:AM GENERATOR standing BLUWDOHN Units seecification ~ualitication Specification Qual.it. Method Items f)2UIPMENT DESCRIPTION OPER. 6.0 sec Note 1 FSAR North Anna Note 1 Note 1 Note 1 TIME sec. b.:l.11.2 PLANT ID NO. TEMP 275F. 0-30 min Note 1 V£PCO-NaC 11-22-77 Note 1 Note 1 Note 1 SOV-BD-100A DF 275-150F* 30-60 min No. 3112A/092477 WMPONENT:

Solenoid Valve.

MANUFACTURER: PRESS. 58.7, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 ASCO psia 511.7-12.7. No. 382A/09:lll 77 30 min-411 hr 12 .1. :l-120 days K)DEL NUMBER: REL. 100 Note 1 Vfil>CO-NRC 6-80 Note 1 Note 1 Note 1 LBll3115Cl 1 HUM. I No. 535 EUNCTION: CHEM. tt 31 B0 31 (2.000-2,200 Note 1 VEPCO-NRC b-80 Note 1 Note 1 Note 1 Containment Isolation. SPRAY ppm li) No. 535

• HJ::LB Mitigation buffered to pH of

8. 5-11 NaOH, 4hr 1\CCURACY:

Spec: NR Demo:

RAD. LOCA = 7.11 X 106 Note 1 S&W Cale. Note 1 Note 1 Note 1 110 Yr = 3.5 X 10* 12846.511-RP-038-0 IDCATION:

Inside Containment AGING Enclosure II Refer to None Outside Cranewall Guidelines Report SERVICE: Section 7.0 Sec * .3.1.2 Outside Blowdown Trip (Aging)

Valve

n.oon LEVEL .l?.Wi;V: -21*11* SUB. -21*11 11 NR S&W Cale

• NR NR None ABOV.c. FWOD LEVEL: X Yes 1284b No P.t::-036-0 tR = Not required. All numbers written in Docwnentation Reference Quaiification column are identified in Section 8.

~ : 1) Replace. insufficient docwnentation. Previous testing on similar ASCO valves (Ref.: Westinghouse Ltr. No.

N.ti-SS-7706) indicate valves vent to perform the safety function for containment isolation.

SOV-BD-lOOA

Facility: VEPCO, SURRY SYS'rEM COMPONENT EVALUATION WORK SHEET - 90 DAY REVIEW Unit: 1 Docket: 50-280 SYs*rEM: Environment Docwnentation Reterence OUt-STJ::AM GENERATOR standing Bl,OWDOWN  !!!!ll§. SQeciticat1.on ~ual it ica tion S~citication Qual.it. Method Items gmIPMEN'r DESCRIPTION OPER. 60 sec Note 1 FSAR North Anna Note 1 Note 1 Note 1 TIME Sec. b * .l. II .2 PLANT ID NO. TEMP 275F, 0-30 min Note 1 VU>CU-Nll.C 11-22-77 Note 1 Note 1 Note 1 S0V-BD-100A OF 275-150F, 30-60 min No. 3t12A/09.21177 CX)MPONENT:

Solenoid Valve MANUFACTURER: ~RESS. 58.7, 0-30 min Note 1 VEpCO-NRC 11-22-77 Note 1 Note 1 Note 1 ASCO psia SH.7-12.7, No. 382A/0921l77 30 min-4H hr 12.7, 2-120 days M:>DEL NUMBER: REL. 100 Note 1 Vfil>CO-NRC 6-80 Note 1 Note 1 Note 1 LBH345C11 HUM. I No. 535 FUNCTION: CHEM. H~BO~ (2,000-2,200 Note 1 VEPCO-NRC b-80 Note 1 Note 1 Note 1 Containment Isolation, SPI<AY ppm li) No. 535 Ht;LB Mitigation buftered to pH of 8.5-11 NaOH,4hr ACCURACY:

Spec: NR Demo:

RAD. LOCA = 7.11 x 106 Note 1 S&W Cale. Note 1 Note 1 Note 1 40 Yr= 3.5 X 10* 12846.511-RP-038-0 WCATION:

Inside Containment AGING Enclosure II Reter to None Outside Cranewall Guidelines Report SERVICE: Section 7.0 Sec * .3.1.2 Outside Blowdown Trip (Aging)

Valve FLOOD LEVt;L LI.EV: -21 1 11 11 SUB. -21 1 11 11 NR S&W Cale. NR NR None AB0\1.c. Fl.DOD LEVEL: X Yes 1284b No PI::-036-0 NR = Not required. All nwnbers written in Documentation Reference Qua.lification colwnn are identitied in Section 8.

NlT~S: 1) Replace, 1.nsuff1.cient documentation. Previous testing on similar ASCO valves (Ref.: Westinghouse Ltr. No.

Nti--SS-7706) indicate valves vent to perform the safety function for containment isolation.

SOV-BD-100A

Unit:

Dock.et:

e Fdcility: VJ:.PCO, SURRY 1

50-2d0 SYS'l'EM COi'tPONl!.NT !:.VALUATION WORK SHllT - ~O DAY Rl:.VIEW SY'STBM: Environment Documentation Rete:n,nce Out-STEAM GENERA~'OR llLOWDOWN standing

!!!!ill seecification Qualitication Set,ci.ticdtion ~ualif. Met.boa Items EQUIPMl!;NT DESCRIPTION OPER. 60 sec Note l FSAR l~ote 1 Note 1 Note 1 TIME Horth Anna Sec. b.2.4.2 PLANT ID NO. TEMP NR Nk NH NR NR None SOV-BD-1000 oy ffiMPONENT:

Solenoid Valve MANU1ACTURER: PRESS. NR NR NR Nit NR None ASCO psia M)D1'..L NUMBJ:.R: REL. NR NH NR NR NR None B320A102 HUM.

FUNCTION: Cttl!:M.

' NR Nk NI< NR NR None Containment Isolation SPRAY ACCURACY:

Spec:

Demo: NR RAO. LOCA = 2.5 x 106 Note 1 S&W Cale. Note 1 Note 1 Note 1 40 Yr= 2.5 X 106 12846.38-RP-026-0 LOCA'rION:

Auxiliary Building AGING Enclosure 4 Refer to oone Guidelines Report SERVICE: Section 7.0 .sec.3.1.2 Air to Blowdown Trip (Aging)

Valve FLOOD Ll:.VEL ELEV: NR SUB. Nll NR NR NR NR None ABOVE FLOOD LEVEL: Yes No NR = Not required. All numbers written in Documentation Reference Qualification column are identified in Section 8.

!:!n'.§: 1) Replace, insufficient documentation. Previous testing on similar ASCO valves (Ref. Westinghouse Letter No. NS-SS-77080) indicates valves vent to perform the safety function for containment isolation.

SOV-BD-100B 6-255

Facility: VEPCO, SURHY SYSTEM COMPONENT ~VALUATION WORK SHl:.ET - 90 DAY R~VIEW Unit: 1 Docltet: 50-2130 SYSTEM: Environment Documentation Reference OUt-STEAM GENERATOR stanc.ting BLOWDOHN Specification Qualification Specification Qualif. Method ~

E)2UIPMENT DESCRIPTION OPER. 60 sec Note 1 FSAR North Anna Note 1 Note 1 Note 1 TIME Sec. 6.2.4.2 PLANT ID NO. 275F, 0-30 min Note 1 V.EPCO-NRC 11-22-77 Note 1 Note 1 Note 1 SOV-BD-~OOC 275-150F, 30-60 min No. 382A/092477 tial 150-120F, 1-48 hr Test 120F, 2-120 days ffiMPDNENT:

Solenoid Valve MANUFACTURER: PRESS~ 58.7, 0-30 min Note 1 Vfil>CO-NRC 11-22-77 Note 1 Note 1 Note 1 ASCO psia 58.7-12.7, No. 382A/092471 30 min-118 hr 12.7, 2-120 days WDEL NUMBER: REL. Note 1 100 VEPCO--NRC 6-uo Note 1 Note 1 Note 1 LB8lll5C11 HUM. I No. 535 RINCTION: CHEM

• Note 1 VEPCO-NRC b-1)0 Note Note Note 1 Containment Isolation, SPRAY ppm B) No. 535 HELB Mitigation buffered to pH of Note 1

8. 5-11 NaOH, 4hr 1\CCURACY:

si,ec: NR Demo:

RAO. L0CA = 7.11 X 10~ Note 1 S&W Cale. Note 1 Sequen- Note 1 110 Yr= 3.5 X 10* 1284b.54-RP- tial 038-0 'l'est IOCJ\TION:

Inside Containment AGING Enclosure 4 Refer to None Outside Cranewall Guidelines Report SEl<VICE:: Sectiun 7.0 Sec. ).1.2 Air to Blowdown Trip (Aging)

Valve FLOOD LEVBL ELEV: -21*11* SUB. -21*11 11 NR S&H Cale. NR NR None ABOV~ FLOOD LEVEL: X Yes 121tllb No P!!:-036-0 NR = Not required. All numbers written in Documentation Reference Qualification colwnn are identified in Section 8.

~= 1) Replace, insufficent documentation. Previous testing on similar hSCO valves (Ref. Westinghouse Ref Ltr No.

NS-SS-770b0) indicate valves vent to perform the safety function for containment isolation.

S0V-BD-100C 6-25b

Fdcl.lity: VEPCO, SU!<.KY SYSTEM COMPONENT EVALUATION WORK SHI:;l::T - 90 DAY REVIEW Unit: 1 Docket: 50-280 SYSTBM: Environment Documentation Reterence OUt-STEAM GENg.l<A'l.'UN llLOWOOWU standing Units S[!ec1.fication Qualif icat1.on Seecitication (.)Ualif. Method Items MlUIPMENT DI?;SCRiPTION OPER. 60 sec Note 1 North Anna Note 1 Note 1 Note 1 TIME FSAR Sec. 6.2 .... 2 PLANT ID NO. TEMP NR NR NR NR NR None SOV-BD-1000 OF ffiMPONENT:

Solenoid Valve MANUFACTUIU,R: PRESS. NR NR NR NR Nk hone ASCO paia OODEL NUMBER: REL. NR NR NR NR NR None 8320A102 HUM. I FUNCTION: CHEM. NR Nk NR NR NR None Containment Isolation SPRAY 1\CCURACY:

Spec:

Demo: NR RAD. LOCA = 2.5 x 10t. Note 1 S&W Cctlc. Note 1 Note 1 Note 1 40 Yr = 2.5 X 10t. 12ij4b.38-RP-026-0 IDCATION:

Auxiliary Building AGING Enclosure . Refer to None Guidelines Report SERVICE.: Section 7.0 Sec.3.1.2 Air to Bi.owdown Trip (Aging)

Valve lLOOD LEVEL 1::LEV: NR bUB. NR NR NR NR NR None ABOVE FLOOD I.EVEL: Yes No NR ~ Not required. All numbers written in Docwnentat1.on Reterence Qualification column are identitied in section a.

~ : 1) Replace, insuttic1.ent information. Previous teuting on similar ASCO valves (Ref. Westinghouse Letter No. NS-SS-77060) indicates valves perform the safety function for containment isolation.

sov-au-1000 b-257

Unit:

Docket:

~STEM:

Facility: VEPCO, SURRY 1

50-280 SYSTEM COMPGNENT EVALUATION WORK SHJ:;ET - 90 DAY REVIEW Environment Documentation Reference Out-

. STl!:AM GENERATOR standing BLOWDOWN SE!ecification 2ualif ication SE!ecification 2ualif. Method Items f;).>UIPMENT DESCRIPTION OPER. 60 sec Note 1 FSAR l:llorth Anna Note 1 Note 1 Note 1 TIME Sec. 6.2.11.2 PLANT ID NO. TEMP 215F, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 SOV-BD-lOOE OF 275-150F, 30-60 min No. 382A/0921177 150-120F, 1-118 hr 120F, 2-120 days OOMPONENT:

Solenoid Valve W\NUFACTURER: PRESS. 58.7, 0-30 min Note 1 VEPCO-NRC 11-22-77 Note 1 Note 1 Note 1 ASCO psia 58.7-12.7, No. 3 tt2A/0921177 30 min-118 hr 12.7, ~-120 days MJDEL NUMBER: REL. 100 Note 1 VEpCO-NRC 6-80 Note 1 Note 1 Note 1 LB83115C11 HUM.~ No. 535 EUNCTION: CHEM. 8380 3 (2,000-2,200 Note 1 VEPCO-NRC 6-80 Note 1 Note 1 Note 1 Containment Isolation, SPRAY ppm B) No. 535 IIELB Mitigation buffered to pH of 8.5-11 NaOH,llhr ACCURACY:

Spec: NR Demo:

RAD. LOCA = 7.11 x 106 Note 1 Sc.W Cale. Note 1 Note 1 Note 1 110 Yr= 3.5 X 10* 128116 .511-RP-038-0 IDCATION:

Inside Containment AGING Enclosure II Refer to None Outside Cranewall Guidelines Report SERVICE: Section 7.0 Sec. 3.1.2 Containment Inst. Air (Aging)

Compressor Suction FLOOD LEVEL ELEV: -i1 1 11* SUB. NR S&W Cale. NR NR None ABOVE E'LOOD LEVEL: X Yes 128116 No PE-036-0 Nk = Not required. All nwnbers written in Documentation Reference Qualification column are identified in Section 8.

~ : 1) Replace, insufficient documentation. Previous testing on similar ASCO valves (Ref. Westinghouse Letter No.

NS-SS-77060) indicates valves vent to perform the safety function for containment isolation.

S0V-BD-100E b-258

Facility: VEPCO, SUl{}(Y SYS'l'EM COMPONENT £VALUATIUN WORK SllEET - 9u DAY REVIEW Unit: 1 Docket: 50-200 SYSTEM: i:nvironment Documentation Reference OUt.-

STEAM GENERA'l'OR l:ILOWOOWN standing

!!filll Seecification Qualification S~citication Qualif. Method Items F}JUIPMENT DESCRIPTION OPER. 60 sec Note 1 North Anna Note 1 Note 1 Note 1 TIME FSAR Sec. 6.2 .... 2 PLANT ID NO. TEMP NR NR NR NR NR None S0V-BD-100F OF ffiMPUNENT:

Solenoid Valve MANUFACTURER: PRESS. NR NR NR Nd NR None ASCO psia MJDEL NUMBJ::R: REL. NR NR NR NR NR None 8320A102 HUM. 'A FUNCTION: CHEM. NR NR NR NF<. NR None Containment Isolation SPRAY ACCURACY:

Spec:

Demo: NR RAD. LOCA = 2.5 X 106 Note 1 S&W Cale. Note 1 Note 1 Note 1 40 Yr= 2.5 X 106 12846 .38-RP-026-0 IDCATIOH:

Auxiliary Building AGIHG Enclosure Guidelines

. Refer to None Report SEkVICE: Section 7.0 Sec.3.1.2 Air to Blowdown Trip (Aging)

Valve FLOOD LEVE;L ELEV: NR SUB. Nd NR NR NR NR None AhOVE FLOOD LEVEL: Yes No NR. = Not required. All numbers written in Documentation Reference Qualifica~ion column are identified in Section 8.

~ : 1) Replace,. insufficient information. Previous testing on similar ASCu valves (Ref. Westinghouse Letter No.

Ns-ss....:nooO) indicates valves vent to perform the safety function for contauunent iaol.ation.

SOV-bD-lOOF b-259

SECTION 7 CONCLUSIONS 7.1 Components Requiring Corroborating Information As a result of our IE Bulletin 79-0lB 90 Day Review for Surry Unit 1, we have determined that the majority of components have environmental qualification data requiring further corroborating information from the manufacturers before final judgement can be made.

1. Limitorque motor operated valves have generic qualification data for Class Band Class H Motors. This data was utilized for qualification but it was noted that additional clarification is required to tie the testing results to operators existing at Surry Power Station. In order to obtain the necessary information, we have placed a purchase order with Limitorque Corp. (date 8-15-80) and are in the process of supplying operator serial and shop order numbers. We expect to have completed this task by November 1, 1980. (Ref. IE Bulletin 79-0lB 90 Day Review Evaluation Work Sheets 207, 208, and 209 for Class H Insulation. All other motor operated valves are of the B Class Insulation).

2. Westinghouse Electric Corp. pump motors supplied as part of the NSSS equipment have been determined to have Class H Insulation which is qualified by WCAP-8754 and WCAP-7879. We have requested Westinghouse to supply qualification data for the remaining motor components. In the area of high temperature due to HELB, we are analyzing the effect on the High Head Safety Injection Pump Motor (Charging Pump). We are scheduled to complete this task by November 1, 1980. (Ref. IE Bulletin 79-0lB 90 Day Review Evaluation Work Sheets 7, 8, 9, 198, and 199.)

3. Cable which has been utilized as part of the safety systems is from three sources.

A. Cable supplied as part of Surry's original purchasing effort.

The original Surry purchased cables are classified into two groups.

Group I is cable that the vendors have informed us that data is available. We are obtaining the required test reports and a final judgement will be made by November 1, 1980. (Ref.

IE Bulletin 79-0lB 90 Day Review Evaluation Work Sheets 37 through 39, 41, 42, 50 through 53, and 55 through 59.)

Group II is cable which the vendors have identified as lacking actual test data. In these cases, we have utilized test data on cables of a similar generic construction as an interim justifica-tion for qualification of these cables.

7-1

• Furthermore, we will initiate a testing program to determine actual cable qualification for those cables listed in group II.

The schedule for the testing will be forwarded to you on or before November 1, 1980. The following cables fall into this group:

1. Collyer Insulated Wire Co. type cross linked polyethylene with neoprene jacket. Status, no environmental testing was conducted on this cable. (Ref. IE Bulletin 79-0lB, 90 Day Review Evaluation Work Sheet 54.)

2. General Electric Wire and Cable, type cross linked polyethylene with neoprene jacket. Status, compound formulation were un-documented and enviromental testing is unavailable.

(Ref. IE Bulletin 79-0lB, 90 Day Review Evaluation Work Sheet 40.)

3. Kaiser Aluminum and Chemical Sales, Inc. type cross linked polyethylene with neoprene jacket. Status, Kaiser is no longer in the nuclear supply business and has no environ-mental data available. (Ref. IE Bulletin 79-0lB, 90 Day Review Evaluation Work Sheets 48 and 49.)

4. Continental Wire & Cable Co., temperature silicone rubber cable. Status, no environmental testing data available.

(Ref. IE Bulletin 79-0lB, 90 Day Review Evaluation Work Sheet 60.)

B. Cable obtained from North Anna Units 1 & 2 stock.

The cable obtained from North Anna Units 1 & 2 supply were originally qualified as part of the North Anna Unit 1 IE Bulletin 79-0lB 90 Day Review and North Anna Unit 2, NUREG-0588 Review. This data has been included as part of our review.

(Ref. IE Bulletin 79-0lB 90 Day Review Evaluation Work Sheet 56.)

C. Cable originally purchased for use on North Anna 3 & 4.

The North Anna Units 3 & 4 cable qualification data indicate that they are qualified. We have contacted the vendor to determine applicability of the tested report and extrapolation made on this cable. (Ref. IE Bulletin 79-0lB 90 Day Review Evaluation Work Sheets 33, 36 and 57.)

4. Electrical Penetrations, Amphenol. We are in contact with the vendor and will make determination on the qualification or before November 1, 1980. (Ref. IE Bulletin 79-0lB 90 Day Review Evaluation Work Sheets page 43 through 47.)

7-2

• 5. 480V Motor Control Center supplied by Cutler-Hammer. No radiation data is available. We are in the process of doing point radiation calcrilations and determining the possibility of shielding these units. Determination will be made by November 1, 1980 on qualification. (Ref. IE Bulletin 79-0lB 90 Day Review Evaluation Work Sheets 23 through 26.)

6. H2 Recombiner Units. We utilized qualification data listed in the Units Technical Manual. This information appears to qualify the units located inside the Reactor Containment. We have contacted Westinghouse Electric Corp. to obtain actual test documentation.

The power supply of H2 Recombiner Units, located outside the containment, did not have radiation qualification addressed in the Units Technical Manual, and we have contacted the vendor on this matter. (Ref. IE Bulletin 79-0lB 90 Day Review Evaluation Work Sheets 102, 103, 105, 106.)

7. Charging Pump Cooling Water Pumps (l-CC-P-2A & B), supplied by General Electric. A letter has been written to the pump motor vendor requesting qualification documents. As of this time no documents have been received. We hope to resolve this problem by November 1, 1980. (Ref. IE Bulletin 79-0lB 90 Day Review Evaluation Work Sheets pages 61 & 62.)

8. Outside Recirculation Spray Pump Motors (l-RS-P-2A & B) supplied by General Electric. A letter has been written to the pump motor vendor requesting qualification documents.

As of this time no documents have been received. We will resolve this problem by November 1, 1980. (Ref. IE Bulletin 79-0lB 90 Day Review Evaluation Work Sheets 156 &

157.)

9. General Electric topical report dated June 12, 1973, tested the Inside Recirculation Spray Pump to a pH level between 5.5 to 6.5, and the environment the equipment will see is in a pH range of 7 thru 11. We have contacted the manufacturer for additional data to cover the higher pH level during the first hour of the DBA. (Ref. IE Bulletin 90 Day Review Evaluation Work Sheets 111 & 112.)

7-3

• 7. 2 Components to be Re_pJ_'!.~~.Q-

1. Radiation monitoring sampling pump motors are being replaced with qualified units. In the event of a failure of these units sampling can be accomplished by taking grab samples. (Ref. IE Bulletin 79-0lB 90 Day Review Evaluation Work Sheets 252 through 255).

2. ASCO solenoid valves with model numbers listed below will require replacement due to lack of documentation. The referenced ASCO solenoid valves are not required to function under the worst case environment, since the valves protective actions are performed prior to exposure to this environment. The proposed solution of replacement is based on providing valves that are qualified to the worst case conditions and the cost and extended time required to test the existing valves. Also ASCO does not plan any further testing on the existing valves to the requirements of IEEE-323-1974. The replacement solenoid will be qualified to the worst case environment and the requirements of IEEE-323-1974.

(Ref. IE Bulletin 79-0lB 90 Day Review Evaluation Work Sheets)

ASCO Model Work Sheets 8320A12 63-68, 81, 83, 129, 162, 167, 168, 218 & 220 HBX8320A12 69-71, 80, 82, 163, 164, 166 & 169 8320Al02 120-128, 255, 257, 259 HBX8320A26 113, 115 80174 154 HT8316C47E 148-153 LB 831654 12 831654 19 LB8345Cll 254, 256, 258 HXB232081RF 238, 240

3. As a result of TMI-2 NUREG-0578 section 2.1.6.B and 2.1.9, containment Hydrogen Analyzers are required to be qualified nuclear safety-related Category 1 and Seismic Class 1. Existing hydrogen analyzers are not fully qualified to the above requirements and no further testing is planned. An order for new Hydrogen Analyzers has been placed with the Delphi Corp. Delphi Corp. is in the process of testing the Analyzers per the requirements of IEEE-323-1974. The installation of the new Hydrogen Analyzers was originally scheduled to be completed by January 1981. However, this schedule is presently being reviewed relative to the NRC clarifications of TMI requirements. (Ref. Sept. 5, 1980 letter from NRC entitled "Preliminary Clarification of TMI Action Plan Requirements".) Applicable Model Number: Thermatron T-3.

(Ref. IE Bulletin 79-0IB 90 Day Review Evaluation Work Sheet 104).

7-4

• 4. Fischer-Porter transmitters with model numbers listed below will be replaced due to lack of documentation. Existing test documentation is referenced to justify usage for continued plant operation. The Fischer-Porter transmitters referenced are not required to function under the worst case environment, since the protective action is performed prior to exposure to this environment. The proposed solution of replacement is based on providing transmitters that are qualified to the worst case environment and the cost and extended time required to test the existing referenced Fischer-Porter trans-mitters. Special tests would require testing the transmitter to actual postulated accident conditions. The vendor, Fischer-Porter, plans no further testing of any transmitter.

The Westinghouse Owners Group in cooperation with Rosemount Engineering Co. and the Foxboro Co. are testing their transmitters in accordance with a two-phase test plan. The first phase is intended to meet the requirements of IEEE-323-1971. Subsequently, the second phase will be to test these transmitters to the requirements of IEEE-323-1974. These are the transmitters that we are expecting to use to replace the existing Fischer-Porter transmitters.

(Ref: IE Bulletin 79-0lB, 90 Day Evaluation Work Sheets)

Model No. Work Sheet 10B2496QB 11, 130-135 50EN1071BCXA 116-119 50EP1041BCXA-NS 136-147, 174-176 10B2496PBNS 84, 85, 86 10B2496QBXA-NS 174-176 7-5

• 5. Barton level transmitters, Model 386, listed below, will require replacement due to lack of complete documentation. Existing test documentation is referenced to justify usage for plant operation.

The Westinghouse Owners Group in cooperation with Rosemount Engineering Co. and the Foxboro Co. are testing their transmitters in accordance with a two-phase test plan.

The first phase is intended to meet the requirements of IEEE-323-1971.

Subsequently, the second phase will be to test the transmitters to the requirements of IEEE-323-1974. These are the transmitters we are expecting to use to replace the existing Barton transmitters.

(Ref. IE Bulletin 79-0lB, 90 Day Review Evaluation Work Sheets 88-95, 171, 172, 173.)

7-6

• • 7.3 Components Deleted from Master List The following components were originally listed on the Surry IE Bulletin 79-0lB 45 Day Review Master List and have been removed during the 90 Day Review.

Solenoid Operated Valves (Component Cooling System)

SOV-CC-lOlB SOV-CC-102B These valves transfer flow between the chilled water and normal component cooling water supply. They do not receive an accident mitigation signal (consequence limiting safeguard), and are not required to function for LOCA or MSLB.

Pressure Transmitters (Inside Recirculation Spray System)

PT-RS152A PT-RS152B This equipment is not required to mitigate the consequences of a LOCA or MSLB.

Transmitters are used to send a signal to pressure indicators located on the main control board for parameter indication only and do not provide an input for accident mitigation logic.

These transmitters are presently under review base~ on the requirements of NUREG-0578 and NUREG 0660 and may be included on the master list based on the results of this review.

Level Transmitters (Inside Recirculation Spray System)

LT-RS151A LT-RS151B This equipment is not required to mitigate the consequences of a LOCA or MSLB.

Transmitters are used to monitor containment sump level and send a signal to level indicators located on the main control board for parameter indication only and do not provide an input for accident mitigation logic.

These transmitters are presently under review based on the requirements of NUREG-0578 and NUREG-0660, and may be included on the master list based on the results of this review.

7-7

• Level Transmitters (Reactor Coolant System)

LT-1477 LT-1487 LT-1497 This equipment is not required to mitigate the consequences of a LOCA or MSLB.

These transmitters are wide range level (differential pressure) transmitters used for parameter indication only and do not provide an input for accident mitigation logic. These transmitters are presently under review based on the requirements of NUREG-0578 and NUREG-0660, and may be included on the master list based on the results of this review.

Pressure Transmitters (Reactor Coolant System)

PT-1458B This equipment is not required to mitigate the consequences of a LOCA or MSLB.

This transmitter is used for calibration of the differential pressure transmitter which is used for parameter indication only and does not provide an input for accident mitigation logic.

This transmitter is presently under review based on the requirements of NUREG-0578 and NUREG-0660, and may be included on the master list based on the results of this review.

Temperature Elements (Reactor Coolant System)

TE-1411B TE-1431B TE-1411C TE-1431C TE-1411D TE-1431D TE-1412C TE-1432C TE-1421B TE-1421C TE-1421D TE-1422C The temperature elements (1411B & C, 1421B & C and 1431B & C) provide RCS indication and input to RCS control. They do not provide inputs to accident mitigation logic and are not required to function for LOCA or MSLB.

The temperature elements (1411D, 1412C, 1422C, 1431D, & 1432C) are installed spares and do not provide inputs to accident mitigation logic.

Therefore, they are not required to function for LOCA or MSLB.

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Solenoid Operated Valves (Component Cooling System)

SOV-CC-102D SOV-CC-102F These valves are not installed at the Surry Power Station. Components were taken from the North Anna master list and erroneously placed on the Surry master list.

Solenoid Operated Valves (Reactor Coolant System)

LCV-1460A LCV-1460B These valves do not receive an accident mitigation signal (consequence limiting safeguard), and are not required to function for LOCA or MSLB.

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SECTION 8 REFERENCES

1. Westinghouse Electric Corporation Report. WCAP-9175.

2. VEPCO submittal No. 855, November 1. 1979.

3. VEPCO submittal No. 855A, for North Anna Power Station Units 1 and 2, November 1, 1979.-

4. Wyle Laboratory, Environmental Qualification Test Program on Components, Report No. 26304, Supplement to Wyle Test Report No. 25304. December 12, 1978. Revision A, April 4, 1979.

5. Learn, J.R., Boston Insulated Wire and Cable Company to Wright, R.D., Stone s Webster Engineering Corpordtion, 300 V Instrument Cables and 600 V Control Cables, January 17, 1972.

6. Limitorque Corporation, Nuclear Qualification Data for Safety Related Service, NQDS, November 1, 1979.

7* Anderson to Stolz, Westinghouse Electric Corporation, NS-TMA-19 50.

8. Rath, J.E., Boston Insulated Wire and Cable Company to Wright, R.D., Stone & Webster Engineering Corporation, Radiation Resistance of Cross-Linked Polyethylene, December 14, 1971.

9. Anderson to Stolz, Westinghouse Electric Corporation, MB-TMA-2 12 0 *

10. Anderson to Stolz (Test), Westinghouse Electric Corporation.

11. Steigelmann, W.H., Witcher, L., Test of Electrical Cables Under Simulated Post-Accident Reactor Containment Service, Franklin Institute Research Laboratories, Final Report F-C2857, September 1970.

12. Chapman, L., Stone, J., Tests of Electric Cables After Simulated Post-Accident Reactor Containment Service, Cerro Wire and Cable Company, a Supplement to Franklin Institute Research Laboratories Final Report F-C2857, March 1970.

13. Marth, J.R., Qualification of Firewall III Class IE Electric Cables, Rockbestos Company, Rockbestos Report 13-10407-EOSS-13-2, June 22, 1978.

14. Nuclear Regulatory Commission, North Anna Power Station Units 1 and 2 Final Safety Analysis Report, Docket

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Nos. 50-338 and 50-339, Appendix 3C and Response to Comment 7 .17.

15. Rosemount E.ngineering Corporation, Qualification Test Report for Rosemount Pressure Transmitters Model 1153 Series A, RMT Report No. 3788.

16. Franklin Institute Research Laboratories Final Report F-C2404-01, June 1969.

17. Raychem-Flamtrol, Qualification to IEEE Standard 383-1974-,

IEEE Standard for Type Test of Class IE Electric Cables, Field Splices, and Connections for Nuclear Power Generating Stations.

18. D .. G. o*Brien Inc., Environmental Test Report, DGO Report No.

C19QA061, February 28, 1972.

19. Isomedix Incorporated, Qualification Tests of Solenoid Valves by Environmental Exposure to Elevated Temperature, Radiation, Wear Aging, Seismic Simulation, Vibration Endurance, Accident Radiation. and Loss-of-Coolant Accident (LOCA) Simulation, Automatic Switch Company, Test Report No. AQS21678/TR-Revision A, March 1978.

20. Isomedix Incorporated, Letter to Cerro Wire and Cable Company, February 3, 1978.

21. Conax Corporation, Prototype Test Report for C.N. DeAlmarez Power Station, IPS-137, October 1q, 1976.

22. Conax Corporation, Maximum Emergency Environmental Test Report for Electrical Penetration Assemblies for North Anna Power Station Units 1 and 2, IPS-73.q, February 7, 1975, Revised through May 13, 1975.

23. Sheets, M.W., Topical Report on General Electric Vertical Induction Motors, Inside Containment Recirculation Spray Pump Motors - Surry Power Station - Second Addendum to Cover Heat Aging, Radiation Exposure, Vibration, and Steam/Chemical s~ray Exposure Qualification Test, NRC Docket Nos. 50-280 and 50-281, June 12,* 1973 and July 23, 1973.

2 4

• General Electric Company, Inc. , Veri::ical H.otor Products Section, San Jose, California, June 12, 1973, pp 36--64,.

25. Kinne, L., Qualification Tests for Rosemount Pressure Transmitter Model 1152, Rosemount Incorporated, RMT Report No._ 117415, September 19, 1975.

26. Westinghouse Electric Corporation, Westinghouse Electric Hydrogen Recombiner, Technical Manual *

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27. Collins, Y., Patterson, W.J., Rockbestos Company, to Moscardelli, J., Stone & Webs*ter Engineering Corporation, subject: *VEPCO, your Purchase Order *** Qualification for LOCA Testing, a letter and attachment, Qualification Brochure of Class IE Electric Cables, February 21, 1979.

28. Institute of Electrical and Electronic Engineers, Class IE Cables for Nuclear Power Generating Stations, Transaction Paper T74 044 i j .

29. McAvoy, F.M., Aging Exposure to 200 Megarads of Gamma Radiation and Accident Condition Qualification Testing of Power Cables, Control Ca.oles, and Splices, Okonite Company, Engineering Report No. 141, February 29, 1972.

30. Franklin Institute Research Laboratories, Qualification Tests of Electrical cables Under Simultaneous Exposure to Gamma Radiation, Steam and Chemical Spray, Report Outline F-C3694, January 1974.

,. 31. Westinghouse Electric Corporation Report, WCAP-8754-.

32~ Westinghouse Electric Corporation Report, WCAP-7829.

33. Fischer and Porter Company, Specification 10B2~95, File:

Section 50, September 1972.

34. Fischer and Porter Company, Specification 50EP1000, File:

Section 50, June 1973.

35. Steigelman, W.H., Witcher, L., Test of Electrical cables Under Simulated Post-Accident Reactor Containment Service, Franklin Institute Research Laboratories, Final Report F-C2750, March 1970.

36. Chapman, L., Stone, J., Tests of Electrical Cables After Simulated Post-Accident Reactor Containment Service, Cerro Wire and Cable Company, a supplement to Franklin Institute Research Laboratories Final Report F-C2750, March 1970.

37. Cerro Wire and Cable Company, Qualification of Eirewall III Class IE Electrical Cables, May 1976.

Cerro Wire and cable Company, letter identifying cable supplied under this P.O. as Firewall III, dated April 30, 1976.

38. Schwencer, A., Nuclear Regulatory Commission, to Proffitt, W.L. ,_ Virginia Electric and Power Company, subject:Environmental Qualification of Continental Instrumentation Cable, dated July 25, 1979.

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