Text

Responds to IE Bulletin 79-01B, Environ Qualification of Class IE Equipment. Response Includes Final Revision of Master List of Electrical Equipment,Component Evaluation Worksheets,Svc Profiles & Equipment Qualification Plan
	ML19339C819
Person / Time
Site:	Point Beach
Issue date:	10/30/1980
From:	Fay C; WISCONSIN ELECTRIC POWER CO.
To:	James Keppler; NRC OFFICE OF INSPECTION & ENFORCEMENT (IE REGION III)
References
	IEB-79-01B, IEB-79-1B, NUDOCS 8011190577
	Download: ML19339C819 (130)
	v • d • e

{{#Wiki_filter:- _ _ _ _ _ _ - _ _ _ _ _ _ _ _ _ _ _. p& j 1 u p~.f ?;I]U0il ~" Wisconsin Electnc ma coumr 231 W. MICHIGAN, P.O. BOX 2046. WILWAUMEE. #153201 '29 6/ [4 /!! (( 54 _ October 30, 1980 ~ !Xjil0hRR .=.S t a t.:ll -~ s Mr. J. G. Keppler, Regional Director Cffice of Inspection and Enforcement, Region III U. S. NUCLEAR REGULATORY COMMISSION 799 Roosevelt Road Glen Ell'in, Illinois 60137

Dear Mr. Keppler:

DOCKET NOS. 50-266 AND 50-301 RESPONSE TO IE BULLETIN NO. 79-013 ENVIRONMENTAL QUALIFICATION OF CLAS3 II EQUIPMENT POINT BEACH NUCLEAR PLANT, UNITS 1 AND 2 Enclosed is our complete response to IE Bulletin 79-013, " Environmental Qualification of Class IE Electrical Equipment". As requested by the Bulletin, Enclosures 1, 2, 3, and 4 to this letter provide the final revisions of a " master list" of electrical equipment, component evaluation worksheets, service condition profiles, and equipment qualification plan, respectively. Only those pages marked " Revision 3" have been updated since our most recent submittal dated September 12, 1980. In our evaluation of safety-related electrical equip-ment with respect to the " DOR Guidelines" contained in of the Bulletin, we have identified several components which could not be documented to meet all of the Guidelines. These components have been evaluated to determine if they will perform their safety function in an accident. We believe that in all cases this equipment would perform its intended function in the unlikely event of an accident. We have briefly ) documented in Enclosure 2 to this submittal our justification for continued plant operation until these components are either upgraded to comply with the DOR Guidelines or replaced to j meet the requirements of Category I of NUREG-0588. This upgrade l6011is0517_ - 1

gr, l Mr. J. G. Keppler October 30, 1980 or replacement of components not meeting the new NRC requirements i is planned to be completed by June 30, 1982. We would be pleased to respond to any questions you may have related to this submittal. Very truly yours, C. W. Fay, Director Nuclear Power Department Enclosures Copies to: NRC Resident Inspector Point Beach Nuclear Plant Mr. Norman C. Mosley, Direc*wr Division of Reactor Operations Inspection Office of Inspection and Enforcement 9 l

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EliCLOSURE 1 Page 1 of 11 FACILITY: Point Beach Nuclear Plant, Units 1 and 2 MASTER LIST Rev. 2 DOCKET NO.: 50-266 and 50-301 t (CLASS IE ELECTRICAL EQUIPMENT REGUIRED TO FUNCTION UNDER POSTULATED ACCIDENT CCNDITIONS) I. SYSTEM: Safety Injection CCMPONENTS LOCATICN PLANT IDENTIFICATION INSIDE PRIMARY CUTSIDE PRIMARY NUMBER GENERIC NAME CCNTAINMENT CONTAINMENT 1-P14A&B Pump Motors X 2-P14A&B l-P15A&B 2-P15A&B Pump Motors X l-SI851A&B Valve Motor 2-SI851A&B Operators X l-SI871A&B Valve Motor X 2-SI871ASB Operators l-SI860A, B, C, & D Valve Motor 2-SI860A, B, C, & D Operators X l-SI852A&B Valve Motor 2-SI852A&B Operators x l-SI878B7D Valve Motor 2-SI878B&D Operators X 1-SI836A&B Electro-Pneumatic 2-S!836A&B Transducers X 1amco " Snap-Lock" 22400X Limit Switches X l-PT9226923 Pressure ?-PT922&923 Transmitters X l-FT924&925 ?-FT924&925 iflow Transmitters .X l-FT928

-FT928 Flow Transmitters X

l-LT931 ?-LT931 Level Trane+i+ tare v i-LC942A&B, 943A&B ?-LC942A&B, 943A&B Level Switches X American Oil Co. Amolith #2 Lubricant (Grease) X imerican Oil Co. \\molith #1EP Lubricant (Grease) X X iobil Oil Co. r28 Lubricant (Grease) X X American Oil Co. Industrial #35 Lubricant (Oil) v \\merican Oil Co. Rykon Industrial #15 Lubricant (Oil) X Okonite 5,000 Volt AC Power Cables i - I

.~ Page 2 of 11-Rsv. 2 SYSTEM: Safety Injection (continued) f, ~ i COMPCNENTS '~ PLANT IDENTIFICATION INSIDE PRIMARY CUTSIDE PRIMARY NUMBER -GENERIC NAME CONTAIN?ENT CONTAINMENT Kerite 600 Volt AC Power Cables X X Rome 600 Volt Control Cables X X Kerite 600 Volt Control Cables X X l Okonite Instrumentation Cables X Boston Insulated Instrumentation Wire & Cable Cables X X 8echtel/Raychem Electrical Cable Solices X Crouse Hinds / Westinghouse Electrical Penetration Welded Canister Assemblies X X T G 1

Paga 3 of 11 Rev. 2 SYSTEM: Auxiliary Coolant COMPONENTS , n n. -, n, PLANT IDENTIFICATION t INSIDE PRIMARY CUTSIDE PRIMARY NUMBER GENERIC NAME CONTAINMENT CONTAINMENT. 1-P10A&B 2-P10A&B Pump Motors X l-PllA&B 2-Pila &B-Pump Motors X l-AC738 A&B Valve Motor 2-AC738 A&B Ooerators X 1-AC6247625 Electro-Pneumatic 2-AC624&625 Transducers X 1 1-AC626 Electro-Pneumatic 2-AC626 Transducers' X RAMco " Snap-Lock" Limit bwitcnes X l D2400X. 1-PT628&629 2-PT628&629 Pressure Transmitters X l-FT626 2-FT626 Flow Transmitters X l-FT619 2-FT619 Flow Transmitters X l l-Ito2/5630 iemperature 2-TE627&630 Elements X 1-TE621 Temperature 2-TE621 Elements X 4 American Oil Co. Amolith #2 Lubricant (Grease) X American Oil Co. Amolith #1'EP Lubricant (Grease) X Mobil Oil Co. i 328 Lubricant (Grease) X American Oil Co.Rykon Industrial #15 Lubricant (Oil) X American Oil Co. [ Industrial #21 Lubricant (Oil) X Kerite 600 Volt AC Power Cables X Rome 600 Volt Control Cables X Boston Insulated Instrumentation l Wire & Cable Cables X i

Page 4 of 11 ' I1!. SYSTEM: Chemical and Volume Control t i COMPONENTS i N RI Y SIDE PRI. MARY fl.8ER GENERIC NAME CONTAINMENT CONTAINMENT ILT-106,172,&l90 Level Transmitters X 2LT-106,172,&l90 Level Transmitters X LT-102,171,&l89 Level Transmitters X Boston Insulated Instrumentation Wire & Cable Cables X i, 1 e d 9 J

Page 5 of'll R5v. 2 -l SYSTEM: Reactor Ccntrol and Protection COMPCNENTS 4 INSIDE PRIMARY 0 SIDE PRIMARY N FB R GENERIC NAME CONTAINMENT CONTAINMENT l-LT426,427,428 &433 Level Transmitters X 2-LT426,427,428 &433 Level Transmitters X l-PT429,430,431 &449 Pressure Transmitters X 2-PT429,430,431 &449 Pressure Transmitters X 1-PT945&946 2-PT945&946 Pressure Transmitters X l-PT947&948 2-PT947&948 Pressure Transmitters X 1-PT949&950 2-PT949&950 Pressure Transmitters X Okonite Instrumentation Cables X X Boston Insulated Instrumentation Wire & Cable Cables X Bechtel/Raychem Electrical Cable Solices X Crouse Hinds / Westinghouse Electrical Penetration Welded Canister Assemblies X X l i I

,P' ke-6' of 11 j. i Reva,2. _ V. SYSTEM: Reactor Coolant 4 COMPCNENTS l ,ec3~:co PLANT IDENTIFICATICN INSIDE PRIMARY OUTSIDE PRIMARY NUMBER GENERIC NAME CCNTAINMENT CONTAINMENT 1 - PT420 2 - PT420 Pressure Transmitters X Instrumentation Okonite Cables X X Electrical Cable Bechtel/Ravchem Solices X Crouse Hinds / Westingnouse Electrical Penetration Welded Canister Assemblies X X I l + 5 4 i i i 1 r w e

Page 7 of 11 Rev. 2 - SYSTEM: ' Main Feedwater i 1 COMPONENTS PLANT IDENTIFICATION bUSIDCPRIMARY INSIDE PRIMAP.Y NUMBER GENERIC NAME CCNTAINMENT CONTAINMENT l-LT461,462, S463 2-LT461,462, &463 Level Transmitters X l-LT471,472, &473 2-LT471,472, &473 Level Transmitters X 1-LT460 & 470 2-LT460 & 470 Level Transmitters-X Okonite Instrumentation Cables-X X' Becht'el/Raychem Electrical Cable a Solices X Crouse Hinds / Westinghouse . Electrical Penetration,, Welded Canister Assemblies X X 1 J l e

Pagn 8 of 11 Rev. 2 - SYS m : Main Steam COMPONENTS e n e.,, m, PLANT IDENTIFICATION INSIDE PRIMARY CUTSIDE PRIMARY NUMBER GENERIC NAME CCNTAINMENT CONTAINMENT l-MS2019, 2C20 Valve Motor 2-MS2019, 2020 Operators X ~1-PT468, 469, &482 l 2-PT468, 469, &482 Pressure Transmitters X l-PT478,479,5483 2-PT478,479.&483 Pressure Transmitters X 1-FT464 & 465 2-FT464 & 465 Flow Transmitters X l-FT474 & 475 2-FT474 & 475 Flow Transmitters X American Oil Co. Amolith #lEP Lubricant (Grease) X Mobil Oil Co.

28 Lubricant (Grease)

X Rome 600 Volt Control Cables X Okonite Instrumentation Cables X X Kerite 600 Volt AC Power Cables X Kerite 600 Volt Control Cables X Bechtel/Raychem Electrical Cable Solices X Crouse Hinds / Westinghouse Electri al Penetration Welded Canister Assemblies X X ) i m i 7

Page 9 of_11 Rev. 2 VIII. SYSTEM: Containment Air Recirculation Cooling COMPONENTS r? 1 -. f f ee?Pvent PLANT IDENTIFICATION INSIDE PRIMARY CUTSIDE PRIMARY NUMBER GENERIC NAME CCNTAINMENT CONTAINMENT 1-WlAl,B1,Cl,&D1 Accident fan Cooler 2-WlAl,B1,Cl,&D1 Motors X Chevron BRB-2 Lubricant (Grease) X 600 Volt AC Power verito ra bl a s X X Electrical Cable Westinchouse Solices X Crouse Hinds / Westinghouse Electrical Penetration Welded Canister Assemblies X X S 4

Page 10 of 11 Rev.3 SYSTEM: Containment Isolation COMPCNENTS PLANT IDENTIFICATICN INSIDE PRIMARY CUTSIDE PRIMARY NUMBER GENERIC NAME CONTAINMENT CONTAINMENT l-CV1296 2-CV1296 Solenoid Valves X l-HV3200C 2-HV3200C Solenoid Valves X l-HV3213, 3245 2-HV3213, 3245 Solenoid Valves X Namco " Snap-Lock EA180-ll302 Limit Switches y Kerite 600 Volt Control Cables X X Rome 600 Volt Control Cables X X Bechtel/Raychem Electrical Cable e licne y n Crouse Hinds / Westinghouse Electrical Penetration Welded Canister Assemblies X X y,

X. SYSTEM: Auxiliary Feedwater Page 11 of 11 f. COMPONENTS . n e s, y., PLANT IDENTIFICATION INSIDE PRIMARY OUTSIDE PRIMARY NUMBER GENERIC NAM-: CONTAINMENT CONTAINMENT LT4025&4031 Level Transmitters X Boston Insulated Instrumentation Wire & Cable Cables X l J D

Page:1 of.10 Ray,. 3 - l GENERAL NOTES I 1. This type of an adverse environment is not present during the time period the equipment is required to operate. 2. This value of the parameter is the worst case. 3. . This equipment will perfem its safety function before it-is submerged. i i l e i J t d 1 3 l$ 1 i e 1 I i 1 5 e r 4 i e o j

~ Pag 2 2 of 10 Rev. 3 OUTSTANDING ITEli NOTES A. The Nitrile Rubber (BUNA-N) 0-rings and diaphragms in this component are susceptable to thermal aging degradation after approximately ten years service at temperatures up to 1220F, The normal ambient temperature these components are exposed to averages less than 800F. Therefore, little degradation is expected to have occurred up to this time. These BUNA-N parts will be replaced with a periodicity of ten years or less. Should these parts fail due to aging, the' air-operated valves which this equipment controls are designed to fail in the safe direction for accident mitigation. Therefore, continued safe operation - of the plant assured until these parts are replaced. It is our intention to replace these parts as soon as practicable, but in any case, by June 30, 1982. B. Only an abstract and summary of the test results were reviewed. This informa tior. was detailed enough to allow complete evaluation of the component for environmental qualification. Due to the large volume and the proprietary corporate classification of the reports, the vendor would not send us copies of the test reports. These reports are available for NRC audit at the vendor's offices. The reports will be maintained for the life of the plant. C. These level switches have been known to survive worse environments and therefore were not required to be qualified before the plant was built (Qualification Reference 1B., p. 2-2). The construction of these float-type level switches is extremely sirple and rugged. There are four channels per containment sump which are located in different quadrants of the containment. After a review of their design, the level switches were judged to be able to survive and perform their safety function in the extremely unlikely event of a LOCA. Therefore, continued safe operation of the plant is assured. Since these level sensors lack the documentation required by the " DOR Guidelines" (Enclosure 4 to IE Bulletin 79-018), they will be replaced with level sensors qualified to Category I of NUREG-0588 in accordance with our schedule for modifications to meet the intent of NUREG-0578. D. The modifications specified in Qualification Reference 9B for Foxboro transmitters have not been made to these transmitters. A review of the seal design for the Foxboro units and a review of the environmental qualification tests of the Foxboro units, lead to the conclusion that these transmitters would perfom their short-term safety trip function. Therefore, the continued safe operation of the plant is assured. E. This cable splice is similar but not identical to the ones successfully tested in Reference 18. The containment fan cooler motor splice (Westinghouse Dwg. No. 206C391) was compared in detail to the safeguards i inside-containment splice (Bechtel Dwg. No. Sk r-165, Rev.1) used i elsewhere in the containment. The Bechtel splices use General Electric l Co. RTV-102 type RTV adhesive / sealant on the conductors whereas the l Westinghouse fan cooler motor splice uses Dow Corning #899 RTV. l l l

Pa93 3 0 Rsv. 3 4 OUTSTANDING ITEM NOTES (Continued) These materials' are similar in their resistance to aging and radiation degradation. In' cny case, they perform no. critical function after the insulation is in place. The Bechte.1 splice uses Raychem Type SFR (Silicon Rubber) heat shrinkable tubing for insulation. The Westinghouse splice uses Scotch #70 silicen rubber tape in three layers (with half-lapping) alternated with MICA tape and surrounded with a glass tape 1 overall. The silicon rubber yields the insulating and tensile strength properties required for both splices. Since the silicon rubber perfoms the critical functions on both splices, the two splices are judged to exhibit identical resistance to degradation from aging and radiation. Therefore, since the Bechtel splice was qualified to 40 years and 2x108 Rads gamma radiation, the Westinghouse splice is considered qualified to the same limits. Note that each sciice was tested separately for the other LOCA/HELB environmental parameters. F. These transmitters will be replaced with redundant environmentally-qualified transmitters. The replacement schedule was established in our response to Three Mile Island Short-Term Lesscns Learned (NUREG-0578). G. These transmitters are being replaced with new Foxboro N-E10 Series transmitters which are presently qualified to IEEE 323-1971 including 2.2x108 Rads gamma radiation and IEEE 344-1975. A Utility Transmitter Qualification Group has been formed te qualify these transmitters to IEEE 323-1974 and IEEE 344-1975. The final cualification is scheduled to be completed by October 1981. It is our intention that the replacements be completed by June 30, 1982. The transmitters which are located inside containment or outside containment in the vicinity of high energy lines are all Foxboro transmitters which have been tested for those conditions. In most cases, the trans:itters are being replaced because of a lack of traceability on the materials which prevents us from analyzing the aging characteristics. The Foxboro transmitters will, in our opinion, perform their safety function in the extremely unlikely event of a LOCA or HELB accident. The other transmitters outside containrent (Barton's) will have performed their safety function prior to being exposed to a severe environment from that accident. It is unlikely that the transr.itters have degra fed in their approximately ten years of operation since we have seen no evidence of such degradation. Therefore, the continued safe operation of the plant is assured until the transmitters are replaced. H. The temperature profiles for the specification and the qualification test are essentially equal. The specification temoerature was computed using extremely conservative assumptions. The highest possible sucerheat temperature from a steam leak at the highest secondary pressure was calculated for the peak temcerature. This also assumed no cooling by the surrounding air or equipment and that a jet of steam impinges directly on the affected equipment. The test temcerature was maintained for a much longer duration than the duration of peak temoerature frcm a steam line break outside containment. Therefore, the internal teeperatures of the equipment being tested (e.g., valve motor operators) reached higher levels than that which result in an accident from a short-duration )

Page 4 of 10 Rev. 3 OUTSTANDING ITEM NOTES (Continued) steam line break. Electrical cables are run in conduits near high energy lines so that direct steam impingement on cables is impossible. Therefore, the temperature profile of the test is considered adequate to qualify the. equipment to the specification temperature profile. I. The lubricant used in the test was Westinghouse 53701RW grease. The Westinghouse Technical Manual, Reactor Containment Fan Cooler, Point Beach Nuclear Plant Unit No.1 and No. 2, November 1969, p.14 states that Chevron BRB-2 grease is equivalent. J. .This equipment would perform its safety-related function prior to the time when it would see a severe environment from the accident. The long-term monitoring function would most likely be performed adequately in spite of the adverse environment, although this cannot be documented.. i There are several backup'means of performing this long-term monitoring function that are available should the component fail. Therefore, the continued safe operation of the plant is assured until this equipment is replaced. It is our intention to replace the ecuipment with environmentally-qualified equipment by June 30, 1982. K. The environment qualification tests on NAMCO EA180 limit switches were run with the conduit port sealed from the steam environment. These switches were installed at PBNP with a sealant for which no qualification documentation exists. However, we believe the switch would perform its safety function under accident conditions. It is our intention to install a qualified electrical condu: tor seal assembly on these limit switches by June 30, 1982. L. The normal ambient temperature inside, containment outside the shield wall is between 85 and 1000F, This yields a qualified life on these_ limit switches of 7.1 years (assuming a 35cc ambient). NAMCO is presently requalifying the limit switches for a higher qualified life (Ref. 78-NAMC0) Test Plan LP10767-3 of July 26,1979). These switcht.> will be replaced or refurbished on a sever-year periodic interval baseo on the above qualified life unless' the qualified life is extended by later testing. M. This lubricant is replaced once per year during every refueling shutdown. N. The Nitrile Rubber (BUNA-N) 0-rings have been operating in an area where ambient temperatures average 700F and there is negligible radiation. Therefore, thermal or radiation degradation of these 0-rings is likely to be negligible. They will, however, be replaced as soon as practicable and in any case by June 30, 1982. The only applications of the Rome caple which requires operation greater O. than 30 minutes or greater than lx10 Rads gamma radiation are the limit 4 switches on the containment purge supply and exhaust valves inside containment and the containment sump level switches. The purge supply and exhaust valves are administratively " red tagged" closed except when the plant is in cold shutdown. The containment sump level switches will =.

.s+ s .= a, .s .g. 1 1 -x- =s l Pagm 5 of-10~ Rev. 3 t OUTSTANDING ITEM NOTES (Continued) f - have performed its major function within an' hour after a'LOCA in confirming sufficient sump-level _ before initiating ECCS recirculation. After four months of operation in the mode of operation, an alternate method of' determining the sump level could be implemented. Therefore, continued safe operation of the plant is assured. It is our intention to replace this cable.by June 30, 1982. J i e 1 1 i 5 } I J t 1. 4 i i t 1 ....,-~ .. -.. - i

Pag: 6 of 10 SPECIFICATION REFERENCES lA. Point Beach Nuclear Plant, Final Facility Description and Safety Analysis Report (FFDSAR), Amendment 24, June 30, 1978. 2A. EDS Nuclear Letter 0870-001-020 Frcm Dan Brosnan to Dave Porter with Enclosure Dated April 14, 1980, Cumulative Radiation Ooses for Ecuiprent Outside Contain-ment. 3A. Report On Analyses For Six Postulated Pipe Breaks Outside Containmenr At Point Beach Nuclear Plant, Bechtel Power Corporation, San Francisco, CA., May 15, 1973. 4A. Point Beach Nuclear Plant Emergency Operating Procedure-lA, Large Loss of Reactor Coolant, Revision 17, Feb. 15, 1980. 5A. Point Beach Nuclear Plant Emergency Operating Procedure-2A, Secondary Coolant Break, Revision 10, Feb. 5, 1980. 6A. IE Bulletin 79-01B, Enclosure 4, Section 4.3.2-1, Nuclear Regulatory Commission, Region III, Glen Lilyn, Ill., Jan. 16, 1980 '.h e

Page 7 of 10 Rev. 3 OUALIFfCATf0fl REFERENCES

18. WCAP 7410-L (Volume I & II)~, Tonical Report Environmental Testina of Engineered Safety Features Related Ecuioment, Westinghouse Electric Corp., Pittsburgh, PA., Dec., 1970.

28. WCAP 7829, Fan Cooler Motor Unit Test, Westinghouse Electric Corp.,

Pittsburgh, PA., April,1972. 3B. WCAP 7343-L, Topical Report Irradiation Testing of Reactor Containment Fan Cooler Motor Ir.;ulaticn, Westingnouse Electric Corporation, Pittsburgh, PA., June, 1969.

48. Qualification of flAMC0 Controls Limit Switch Model EA-180 to IEEE Standards 344 ('75), 323 ('74), and 382 ('72), Revision 1, ACME -

Clevelano Development Co., Higniand rieights, OH., March 3,1978. Estimation of Qualified Life of EA180 Series 'luclear Switch, Revision Dated Feb. 27, 1980,flAMC0 Controls, Cleveland, OH. Test Plan For the Oualification of Series EA180 and EA740 Switches For Use In Nuclear Power Plants In Coroliance witn IEEE Standards 323-74, 382-72, and 344-75, Revision 1, July 26, 1979, NAMC0 Controls, Cleveland, OH. Bechtel Letter From D. H. Clark to D. K. Porter, dated June, 1980, NAMC0 Position Switches

58. Westinghouse Letter From R. L. Korner to W. F. Geisheker with the following Attachments, dated May 22, 1978, Cualification Data for the Point Beach Nuclear Power Plants Units =1 and =2; 1.

PEN-RLK-3-16-01, Accident Environment Test Report 2. PEN-ACD-4-72-03, Accident Environment Test Report 3. ETL Report 5261 Reports of Seismic Tests on Electrical 4. ETL' Report 5275 Penetrations for Westinghouse 5. Test Report on Incident Testing of Triax Penetration WEPC0 letter from R. L. Cantrell to T. J. Rodgers, dated March 1,1974, Electrical Penetrations Point Beach Nuclear Plant. WMPCo letter from R. L. Cantrell to Roger Newton, ' dated April 15, 1968, Electrical Penetrations. WMPCo letter from R. L.-Cantrell to A. A. Simmons, Project Manager - Westinghouse, dated September 9,1968, Point Beach fluclear Plant Electrical-Penetra tion _s_. Westinghouse letter from A. A. Simmons to Glenn A. Reed, dated October 8,1968, Point Beach Nuclear Plant Electrical Penetrations. Westinghouse Tube Division, Electrical Penetrat'ons Quality. Control Production Record Sheet, and attachments. Crouse-Hinds Company Drawing Nos. 0100349, 0100382, 0100411, 0100334, 0100044.

Page 8 of 10 -QUALIFTCATION REFERENCES

68. _ Westinghouse Letter From R. L. Korner to W. F. Geisheker with Attachments, dated July 28, 1978, Point Beach Nuclear Plant Qualification of Containment Electrical-Penetration Safeguards Splices.

1. PEN-TR-78-45, Boric Acid Effect on Medium Voltage Ceramic Seal-Bushing. 2. PEN-TR-78-il, Statement on Effect of Borated Water on Westinghouse Penetrations for the Angra Nuclear Plant. 3. Brunswick ' Nuclear Plant Drawing Nos. E-2457, E-2453, E-2452. 4. WEP, WIS Drawing Nos. 31402, 31396, 31400,150-31393,150-31394, i 150-31396. 78. IE Bulletin 79-018, Enclosure 4, Appendix C, Table C-1, Nuclear Regulatory Commission, Region III, Glen Ellyn, IL., Jan. 16, 1980. Instruction Manual and Parts List, Fisher Controls Type 546 Electro-Pneumatic 88.' Transducer, Fisher Controls Co., Marshalltown, IA., Nov.,1968. Fisher Controls Letter from Bill R. Flowers of W. D. Ehrke Co., Inc., to R. K. Hanneman, dated Sept. 29, 1980, Point Beach Nuclear Plant Environmental Qualification of Fisher Components.

98. WCAP-7354-L, Topical Recort Sucolier Post Accident Testing of Process Instrumentation, Westinghouse Electric Corp., Pittsburgn, PA., July,1969.

108. Westinghouse Letter from C. A. Lins to R. K. Hanneman, dated June 2, 1980, Point Beach 5.uclear Plant Bulletin 79-OlB Motor Qualification. WCAP8754, Environmental Qualification of Class IE Motors For Nuclear 4 Out-0f-Containment Use, Westinghouse Electric Corp., Pittsburgh, PA., June, 1976. 118. Westinghouse Letter WFP78-531, From R. L. Kelly to W. F. Geisheker with Attachments, dated June 28, 1978, Qualification of Contairment-Electrical Penetration Safeguards Splices. Westinghouse Teletype PBW-B-3070 From N. E. Bush to J. K. Leslie of Bechtel, dated February 5,1970, Splicing Information. Bechtel Letter From H. E. Morris to W. F. Geisheker with Attachments, dated April 27,-1978, Point Beach Nuclear Plant Contatinment Electrical Penetration Splices: 1. Bechtel Drawing SK-E-165, Splicing Requirements for Penetration Lead Wires. 2. Bechtel Chronological List of Correspondence. 3. Bechtel Letter PBW-W 2789C From J. K. Leslie to W. B. Henderson of Westinghouse with Attachments, dated February 10, 1970, Penetration Splices. 4. Bechtel Letter From J. K. Leslie to W. B. Henderson of Westinghouse with Attachments, dated March 3,1970, Penetration Solices. g ,a 3

Page 9 of 10 Rev. 3 QUALIFICATION REFEDEflCES -(Continued)

5.. Westinghouse Teletype PBW-B-3179 From N. E. Bush to J. K. Leslie of Bechtel, dated March 5,1970, Safecuard Cable Solices in the Containment.

6. Westinghouse Teletype PBW-B-3211, Frc, N. E. Bush to J. K. Leslie of Bechtel, dated March 13, 1970, Containment Safecuards Solices. 7. Bechtel Letter PSB-W-2905 From J. K. Leslie to W. B. Hencerson of Westinghouse, dated March 17, 1970, Solices for Safeguards Cables Inside Containment 12B. Deleted 13B. Deleted 14B. Boston Insulated Wire & Cable Co. Letter dated April 23, 1980, from L. S. Lisker to R. K. Hanneman. Report B901, BIW Bostrad7 and Bostrad75 - Flare and Radiation Resistant Cables for Nuclear Power Plants, Boston Insulatea Wire & Caole Company, Bos ton, MA., September,1969. ISB. Report IPS-348, Test Report - Steam Line Break /LOCA Excesure of Field Cables and Terminal Blocks For American Electric Pcwer Conax Corporation, Buf filo, t.Y., May,1978. 16B. Qualification Type Test Recort. Limitorcue Valve Actuators For Class IE Service Outside Primary Containment, Limitorque Corporation Test Laboratory, Lynchbt'rg, Virginia, June 7,1976. 17B. Robert 0. Bolt and James G. Carroll, California Research Corporation, Radiation Effects on Oraanic Materials, Richmond, California, Acadet.iic Press, New York, 1963. 188. Westinghouse Letter from C. A. Lins to R. K. Hanneman, dated June 2, 1980, Point Beach Nuclear Plant. Bulletin 79-01B. Motor Qualification. Westinghouse Letter from C. A. Lins to R. K. Hanneman, dated August 29, 1980, Point Beach Nuclear Power Plant Ecuiccent Qualification NRC Bulletin 79-OlB Containment Spray Pumo Motors Containment Fan Cooler Motors. WEPCo letter from R. K. Hanneman to C. A. Lins, dated September 8, 1980, Environmental Qualification of Containment Soray Pumo and l Component Cooling Motors at Point Beach Nuclear Plant. 4 Westinghouse Letter from C. A. Lins to R. K. Hanneman, dated October 7,1980, Point Beach Nuclear Power Plant Environmental Qualification of Containment Soray Pumo and Co conent Cooline Pumo Motors at Point Beacn Nuclear Power Plant, wiin attacnment: Westinghouse Research Report 71-lC2-RACMC-RI, Pr:orietary Class 2, dated December 31,1970 (Revised April 10,1971), The Effect of Radiation on Insulating Materials Used in Westinghouse Medium Motors, by John Bartks, Westingnouse Rewaren Laboratories.

Page 10 of 10 Rev. 3 QUALIFICATION REFERENCES (Continued) 198. Foxboro Letter from G. Tennesen_to R. K. Hanneman, dated August 5, 1980, Resistance Temperature Detectors _. Installation Instructions and Parts List, "Dynatherm Resistance Bulbs 4 - with Aluminum Cap-Type Head, Model DB-1 Series", The Foxboro Company, January 1964, 208. Amoco Oil Company Letter from T. M. Warne, dated September 15, 1980, Radiation Resistance of Amor.o Oil Lubricants; Project 4210, with attachment: The Effects of Raciation or Lubricants in fluclear Generating Stations, by James S. Ferrie, Paul Leinonen, Dr. B. tieil, and E. Wharton (Ontario Hydro Research Division), for presentation at ASLE 35th Annual Meeting, Anaheim, California, May 1980. 21B. Mobil Oil Letter from J. Kestly to R. K. Hannemen dated October 13, 1980, Radiation Information Wisconsin Electric Power _, with attachments for radiation test data of Mobilgrease 28. 228. Kerite Letter from R. A. Olson to R. K. Hanneman, dated October 22, 1980, with attachment: Point Beach fluclear Plant, Wisconsin Electric Power Company, LOCA Qualification of Kerite 600 Volt tiTK Insulatcd, FR Jacketeo Power Cable _. 238. Rome Cable Corporation Letter from D. D. Sand to R. K. Hanneman, dated April 9,1980. Rome Cable Corporation letter from D. D. Sand to P. R. Belhumeur dated March 19, 1971. 248. Okonite Company Letter from J. S. Lasky to R. K. Hanneman, dated May 9,1980, With Attachment. Blodgett, R. B. & Fisher, R.G., " Insulations and Jackets for Control and Power Cables in Thermal Reactor iluclear Generatina Stations, IEEE Transactions on Power Accaratus and Systems, Volume PAS-88, No. 5, May 1969. 25B. " Type Test Cable Qualification Procram and Data for Nuclear Plant Designed Life Simulation Througn Simultaneous Excosure", Franklin Institute Research Laboratories, Final Report F-C3694, Philadelphia, Pennsylvania, January 1974. 268. Lancaster, Ron, " Qualification of Safety-Related Eauicment Used in Nuclear Power Generatina Stations including the-Effects of Aaina", Reliability Conference for the Electric Power Industry, 1980. Carfagno, S. P. & Gibson, R. J., "A Review of Ecuictent Aoina Theoryv and Technology _", Electric Power Research Institute, Final Report NP-1558, Palo Alto, California, September 1980. h Sh e. ~ \\ ~Q M ~,}. * .2Y. ~.?::.

i Ef1 CLOSURE 2 F

EtiCLOSURE 2

1. - 1 FACILITY: Point Beach Nuclear Plant UNIT: 1 and 2 Rev. 3 DOCKLI:

50-266 and 50-301 SYSTEM C0f1PUf4Ji,T,_LVAt hat l0,N, WOPMIErl DOCUMENTATION REFERENCES ENVIRONMENT (See Attached Sheets) QUALIFICATION OUTSTANDING Equipment Description SP 1 l-Qlf I-PARAMETER SPECIFICATION' QUALIFICATION HETil0D ' ITEMS

1. Sequential 1A ATING TIME Test None SYSTEM: Safety injection 1 Day 1 Year (pp. 6.4-1, 5 6, Ba, 9, and (Note B)

2. Engineering Analysis 13-15)

PLANT 10 NO.: 1-P14A&B None 2-P14A&B [ TEMPERATURE Note 1 COMPONENT: 480 Vo M A.C. Induction Motors PRESSURE Note 1 MANUFACTURER: We:tinghouse None ~ MODEL NO.: 'TBDP Frame E AT1 bstue e$stantIns. 100% 100% 6A IBB Sequential None Ig 9 NOTE 2 (i.oteB) Test

o FullCTION: Pump Motor CllEMICAL Note 1 None ACCURACY: N/A SPRAY 8.74 X 105 SERVICE: Containment Spray iADIAil0N RADS 2.0 x 106 2A (Note B)

Test Pumps Rads 1A

1. Sequential Test AGING 40 Years 40 Years (pa. 4.1-11 and (N e B)

None x r Building 13) 2.QQgy[W 8' Elevation Containment Spray Pump Area None FLOOD LEVEL ELEV. Ef L SUBMERGENCE Hote l' AB0VE FLOOD. LEVEL YES See al lat heil shr'e t. ftr notes.

6 FACILITY: Point Beach Nuclear Plant I. - 2 UtilT: 1 and 2 Rev. 1 IX)CrLT: 50-266 and 50-301 SYSTEM COMPONEtiT EVALUATIOil WOI K SilEET DOClklENTATION REFERENCES ENVIRONilENT (See Attached Sheets) QUALIFICATION OUTSTANDING Equipment Description b I I-0 SPEClflCATION QUALIFICATION METil0D ITEMS PARAMETER

1. Sequential 1A 10B OPERATING TIME SYSTEM: Safety injection 1 Year 1 Year (pp. 6 2-10&ll) (pp. 4-4-6, &'

2. .I neering Analysis (Section 4.23) PLANT ID NO.: 1-P)SA&B 2-P15A&B. TEMPERATURE Note 1 None COMPONENT: 4160 Volt A.C. . Induction Motors MANUFACTURER: ;,iestinghouse ~~~ ~~~~ ~~~~ ~~~~ MODEL NO.: 688.5-H/ Class B 6A ~ 108 Sequential 1hennalastic Epoxy Ins. RELAllVE 100% 100% Note 2 (p. 4-3) None NUMIDITY Test FUf;CTION: Pump Motor Cl AL ACCURACY: N/A Note 1 None 6 2 x 108 2A 10B Sequential SERVICE: Safety injection RADIATION 3.31 X 10 None Pumps Rads Rads (p. 5-1) Test

1. Sequential LOCATION:

AGING 40 Years 40 Years (pp. 1-11&l3) (P. 5-

2. gjgin Auxiliary Building j

8' Elevation . Safety injection Pumn Area FLOOD LEVEL ELEV. _yg, SUBMEPGENCE Note 1 None AB0VE FLOOD LEVEL YES See at t arhed sheet for nntes.

FACILITY: Point Beach Nuclear Plant ~ Rev. 1 UtilT: 1 DOCKET: 50-266 SYSTEM COMPONENT EVALUATION WORK SilEET DOCUMitifATION REFEREllCES ENVIR0flMENT (See Attached Slicets) QUALIFICATION OUTSTANDING Equipment Description SP 1-QU' SPECIFICATION QUALIFICATION METil0D ITEMS PARAMETER 6B ,1. Sequential OPERATlHG TIME (pP, 2 11g42) SYSTEM: Safety Injection 1 Year i Year (p. 10) None 44 neerin! (Section 4.26.2) Analysis PLAfiT ID NO.: TEMPERATURE Note 1 None COMPONENT: Valve Motor Operators PR URE flote 1 None MAtlufACTURER:. Limitorque/ Reliance MODEL fio. : SMB/ Frame IB R I D1 100% 100% 6A lVOI-P. D-1) S ential NOTE 2 FUNCT10ft: Remotely-Controlled (.15) Valve Operation CllEMICAL None Note 1 ACCURACY: N/A Sppgy 6 5.51 X 10 2 x 108 2A IB Sequential None SERVICE: Containment Sump RADIATION Rads Rads (Vol. I., p.5-4) Test ,,B" Suction Line Backup 7 Isolation Valves '_2X10 Rads 168 (p.2) 18 lA (yoj,I,,pp, Sequential LOCAT10ft: A N 40 Years 40 Years (pp. 4.1-11&l3) :5-1 & 5-2) 16B Test tione Auxiliary Building (p J 5) -10' Elevation Unit 1 RHR HX f hdO LL LL ELEV. g jg None SUBMERGENCE Note 1 AB0VE FLOOD LEVEL YES See attactied sheet for notes.

= -.. - - - - _ -

-4 FACILITYi Point Beach Nuclear Plant UNIT: 2 Rev. 1 DOCFET: 50-301 SYSTEM COMP 0fiENT EVALUATION WORK SilFET 00CuttEllIAT10N REFEliEliCES ENVIRONMENT (See Attached Sheets)

QUALIFICATION OUTSTANDING Equipment Description S I-0 PARAMETER SPECIFICATION QUALIFICATION METil0D ITEMS 1A

1. Sequential IN TlHE None-SYSTEM: Safety Injection 1 Year 1 Year (pp. 6.2-11&42)

(p. 0) 2.[0NneerinL 4A Analysis (Section 4.26.2) PLANT ID NO.: 2-S1851A&B TEMPERATURE None Note 1 COMPONENT: Valve Motor Operators ~ MANUFACTURER: Note 1 None Limitorque/ Peerless MODil NO : SMB/ frame 6A IB Pil56B/ Class B Ins. ItELATIVE 1000 100% None IIUtilDITY NOTE 2 (Vol. I, p. D-1) Sequential filNCTION: Remotely Controlled Valve Operation _..__( 15) II ACCURACY: N/A Note 1 None S;, y SERVICE: Containment Sump 6.51 X 106 2 X 108 2A IB Sequential None '2I 2 Rads I 1t a ves AGING 40 Years 40 Years (pp. 1-11&l3) (Vol ., pp. T t Auxiliary Building -10' Elevation !b5( Unit 2 RHR HX Valve Gallery None FLOOD LEVfL ELEV. J/L SUBMERGENCE Note 1 ABOVE FLOOD LEVEL YES ..r-.-- - - - See at tached sheet for notes.

FACILITY: Point Beach Nuclear Plant N"' I UNIT: I and 2 Dr)CrET: 50-2C6 and 50-301 SYSTEM COMPONENT EVALUATION WORK SilEET DOCUMENTATION REFERENCES ENVIRONMENT (See Attached Sheets) QUALIFICATION OUTSTANDING Equipment Description b I-OUO PARAMETER SPECIFICATION QUALIFICATION HETIIOD ITEMS ~ lA IB Sequential None OPERATING TIME SYSTEM. Safety injection 1 Day 1 Day (pp. 6.4-1, 5, (Vol. I, p. D-1) Test 6, 8A, 9 and 16B PLANT ID NO.: l-SI871A&B 2-SI871A&B TEMPERATURE Note 1 None COMPONENT: Valve Motor Operators P ESSURE Note 1 None IM!iUFACTURER: Limitorque/ Peerless H0 DEL NO.: SMB/Frane 6A IB El I PL12G/ Class B Ins. ,"g g 100% 100% NOTE 2 (Vol. I, p. D-1) Sequential None g FUNCTION: Remotely ( 15) Controlled Valve Operation CllEMICAL Note 1 ACCURACY: N/A SPRAY None 5 2 X 108 SERVICE: RilR Pump - RADIATION Rads 2A 1B Sequential None 6.89 X 10 Containment Spray Pump Rads 7 (V 1. 1, p. 5-4: Test 2 X 10 Crossconnect Line Valves -Rads 16fL(n.- 2) lA IB Sequential None LOCATION. AGlHG 40 Years 40 Years (pp. 4.1-11&l3) (Vol. I, pp. 5-1 Test p.uxiliary Building 8' E?avation & 5-2)lfB fo. l! ) Safety Injection Pump Area FLOOD LEVEL ELEV. N/A SUBMERGENCE Note 1 None ABOVE FLOOD LEVEL YES =-- See all.nimd sheet for notes.

.__ ~. FACILITY: Point Beech Nuclear Plant UtilT: 1 Afl0 2 RCV-I DOCKET: 50-266 and 50-301 SYSTEM C0ff0flENT EVALUAT10ft WORK SitEET ' ~ DOCullEIIIAll0N REFEREllCES ENVIRONM_ENT (SeeA.ttachedSheets) QUALIFICATION OUTSTANDING Equipment Description S N hI-SPECIFICATION QUAllFICATION HETii0D ITEMS PARA!!ETER A lA IB Sequential None OPERATING TIME SYSTEM: Safety Injection 1 Day 1 Day (pp. 6.4-1, 5, LVol. I, p. D-1) Test 6, Ba, 9, and 168 PLANT ID NO.: l-SI860A,B,C,&D 2-S1860A,B,C,&D TEMPERATURE Note 1 None COMPONENT: Valve Motor Operators P E 5"" MANUFACTURER: Note 1 None Limitorque/ Peerless MODEL NO.: SMB/ Frame PHS68/ Class B Ins. RELATIVE 100% 100% 6A IB IluillDITY NOTE 2 (Vol. I, p. D-1) Sequential None 16B Test FUNCTION: Remotely IJ P Controlled Valve Operation CI' 0' None ACCURACY: N/A Note 1 3 2 SERVICE: Containment Spray RADIATION 4.94 X 105 2A (Vol. I

p. 5-4) Seque.ntial None R ds 16B Discharge Line Valves Rads 2 X 107 Ra is (p J lA IB Sequential None LOCATION.

AGING 40 Years 40 Years (pp. 4.1-11&l3) (Vol 1, pp. 5-1 Test Auxiliary Building 8' Elevation Safety Injection FLb)f) BEL ELEV. N/A SilBMERGENCE Note 1 None AB0VE FLOOD LEVEL YES =.. _... T.cc a t t ai heel.bcet for notes.

. ~ ~ _.. _ =.- ~ FACILITY: Point Beach Nuclear Plant R'ev. I t UtilT: I and 2 DOCKET: 50-266 and 50-301 SYSTEM C0f tP0f1ENT EVALUATION WORK S;IEET DOC 151EllTAT10N REFERENCES ENVIRONMENT (See Attached Sheets) QUAllFICATION OUTSTANDING Equipment Description S 1-QUAL SPECIFICATION QUALIFICATION METil0D ITEMS PARAMETER 4 lA 18 Simultaneous None OPERATING TIME SYSTEM: Safety Injection 30 Min. 1 Day (Table Q6.4-1) (Vol. I, p. D-1) Test 16B t 4 (p. 10) PLANT ID NO.: 1-SI852A&B t 2-SI852A&B TEMPERATURE 1A 1B Simultaneous None Figure 1A Figure IB (Figure Q6.4-5) (Vol. I, P. D-10: Test COMP 0fiENT : Valve Motor Operators PRESSURE 1A IB Simultaneous None MANUFACTURER: Figure 2A Figure 2B (Figure 14.3.4-8) (Vol. I, p. Test Limitorque/ Reliance D-10) MODEL NO.: SMB Frame P56/ 1B Simultaneous None Class B Ins. RELATIVE 100% 100% Note 2 (Vol. I,Bp. 16 Test IIUtilDITY -)-1)(p. 15) FUNCTION: Remotely Controlled Valve Operation ll3803-Na0lt H3B0 -Na0ll 1A 16

1. Simultaneous None l

3 CNEMICAL ACCURACY: S lution Solution (p. 6.4-15) (Vol. I, pp. Test N/A SI' RAY i pil: 7.9-pil: 7.85 .)-8 & 10)

2. Engineering 10.0

_ Analysis f 1 2js R 1A (Vol. I

p. 5-4) equential None 2.30 x 106 SERVICE: RilR Pump Reactor RADIATION 7

Vessel Injection Lina Valves Rads 2 X 10 Rado(Figure Q6.4-4) 16B (p. 2) IB S ential None LOCATION: Containment AGING 40 Years lA (V 1. 1, pp. 5-1 g 26' Elevation 40 Years (pp. 4.1-11&l3) & 5-2)168 (p. It ) e FLOOD LEVEL ELEV.14' 10" SUBMERGENCE Note 1 None AB0VE FLOOD LEVEL YES See at1.uhai sheet for no t es. t m4.

'O FACILITY: Point Beach Nuclear Plant UtilT: 1 ReV-1 00CrE T:- 50-266 SYSTEt1 C0f P0ftENT EVAL.UATION k'ORK SilEET r 00C0fENTAT10N REFERENCES EtiVIR0! MENT (See Attached Sheets) QUALIFICATION OUTSTANDING Equipment Description SP 1 I-l QU 1-PARAMETER SPECIFICATI0il QllAllFICATION METI0D ITEMS I Day (Tabl Q6.4-1) (Vol. I

p. D-1) s' SYSTEM: Safety Injection 30 Min.

16B (P. 10) PLANT ID NO.: 1-SI878B&D 1A IB ' Simultaneous " "* TEMPERATURE Figure lA Figure IB (Figure Q6.4-5) (Vol. I, p. D-10 Test COMPONEllT : Valve Motor Opera tors lA IB Simultaneous PRESSURE MANUFACTURER: Figure 2A Figure 2B (Figure 14.3.4-fi) (Vol. I, Test Limitorque/ Peerless

p. D-10) 110 DEL f40. : sggg/

1B Simultaneous None ItEl.ATIVE 100% 100% Note 2 (Vol. I, p. D-1) Test Frame Pil56F/ Class B Ins. tillillDI TY 16B filNCT lori: (p. 15) aneou None Remotely u Controlled Valve Operation ll3B0 -Na0H IB il3B0 -Na0tl 3 3 N/A l' .".[ pft (p. 6. -15) h, 1, p. D-8 ACCURACY: 2. t inq 7 5 10.0 2.30 x 2 X 108 1A IB Sequential None SERVICE: Cold Leg Safety RADIATION 106 Rads Rads (Figure Q6.4-4) (Vol. 1, p. 5-4) Test 7 injection Line Valves 2 X 10 Rad' 168 (p. 2) 1B Sequential None IPP f^1-11&l3) (V 1. 1, pp. 5-1 Test LOCATION: Containment AGING 40 Years 40 Years 26' Elevaticn & 5-2) Fl0OD LEVEL ELEV.14' 10 SUBHERGENCE Note 1 None AB0VE FLOOD LEVEL YES See attached sheet for notes.

~ I-9 FACILITY: Point Beach fluclear Plant UtilT: 2 Rev. 1 DOCrET: 50-3ni SYSTE_H C0f1PONENT, FVAL,UAT,l_0N. WORK SilEET DOCOttENTATION REFERENCES EtiVIRONtiENT (See Attached Sheets) QUALIFICATION OUTSTANDING 0 I-Equipmenc Descriptiori b gh - SPECIFICATION QUAlli'ICATION 11ETil0D ITEMS PARAMETER 1A 1B Simultaneous ^"" SYSTEM: Safety Injection 30 Min. I Day (Table Q6.4-1) (Vol. I, p. D-1) Test 16B PLAllT ID NO.: 2-SIB 788&D lA la Simultaneous None TEI,PERATURE Figure 1A Figure IB (Figure Q6.4-5) (Vol. I, p. D-10; Test COMP 0flEftI: Valve Motor Operators PRESSURE IA IB Simultaneous tione MANUTACTURER: Figure 2A Figure 2B (Figure 14.3.4-1 ) (Vol. I, Test Limitorque/ Reliance

p. D-10)

10 DEL NO.:

SMB/ Frame 1B Simultaneous None NEl $T P56/ Class B Ins. 100% 100% Note 2 (\\ol.

p. D-1)

Test ,gg D FUNCTION: Remotely (p,15) Controlled Valve Operation H3B03-Na0ll ll3803-Na0H IB Sequential None CHEMICAL ACCURACY: N/A Solution Solution lA (vol, 1, pp, 0 8 Test SPRAY pH: 7.9. pil: 7.85 (p. 6.4-15) & 0-10) 10.0 A I A" " njection e Val es b Rads (Figu e Q6.4-4) (Vol. , p. 5-4) o . Rads 16B-4p.2) 1A 18 Sequential None LOCATION: Containment AGING 40 Years 40 Years (pp. 4.1-11&l3) (Vol. I, pp. 5-l' Test 26' Elevation & 5-2)l68 (p. 15 FLOOD LEVEL El.EV.14' 10" SUBMERGENCE Note 1 None ABOVE FLOOD LEVEL YES = j See att.u.hed sheet for notes.

I. - 10 FACILITY: Point Beach Nuclear Plant Rev. 3 UtilT: 1 and 2 DOCrET: 50-266 and 50-301 SYSTEM, C0f1PONEC, EVALUAT10ti, WORK, Sl!EET_ DOCUMEllTATION REFERENCES ENVIR0tiMENT (See Attached Sheets) QUALIFICATION OUTSTANDING Equipment Description S I-N I _- PARAMETER SPECIIICAT16N QUALIFICATION 11ET1100 ITEMS lA SYSTEM: Safety injection 1 Day 1 Year (pp. 6.4-1, 5, 78 Engineering None OPERATING TIME 6, 8a, 9, &l3-15 ) 8B Analysis 17B PLANT ID NO.: 1-51836A&B 2-SI836A&B TEMPERATURE Note 1 None COMPONENT: Electro-Pneumatic Traasducers MAnurACTURER: Note 1 None Fisher Governor Company H0 DEL 110.: 546 RELAIIVE 100% 100% 6A 7B Engineering None Illit11DITY NOTE 2 8B Analysis FUNCTION: Remotely 17B Controlled Valve Operation ACCURACY: N/A s; Note 1 None SERVICE: Spray Additive 2.48 x 103 106 Rads 2A 7B Engineering lione itADIATION Suction Line Valves Rads 88 Analysis 17B LOCATION-70 Engineering AGING A"dIYSIS Auxiliary Building 40 Years 10 Years IA BB ?6' Elevation (pp. 4.1-11&l3) 1/g (Note A) Spray Additive lonk Area None FLOOD IEVEL ELEY. H/A SUBMERGENCE Note 1 fiBOVE FLOOD 1.EVEL YES i See attached sheet for notes.

I. - 11 FACILITY: Point Beach Nuclear Plant Rev. I UtilT: .I and 2 DOCKT.1-50-266 and 50-301 S.YS (EM, C0f!PONENJ,.EVALUAT I,0N, WORK, SilEET, 4 DOCliiENTATION REFERENCES ErlVIRONMElli (SeeAttachedSheets) QUALIFICATION OUTSTANDING -Equipment Description b I I~ PARAMETER SPECIFICATION QUALIFICATION MET 1100 ITEMS lA OPERATING TIME ' SYSTEM: Safety Injection 1 Day (pp. 6.4-1, 5, Note J 6, 8a, 9,113-15 ) t - PLANT 10 NO.: .1-51836A&B 2-51836A&B TEMPERATURE Note 1 None C0llPONENT: Limit Switches MAtlufACTURER: Note 1 None NAMC0 t MODEL NO.: D2400X RELATIVE 100% 6A Note J Ilut1IDITY NOTE 2 FUNCTION: Valve Position i -Indication CilEMICAL - ACCURACY: N/A spgAy Note 1 None 3 SERVICE: Spray Additive Tann 2.48 X 10 2A Note J RADIATION Suction Line Valves Rads AGING 40 Years lA Note J LOCATION: Auxiliary Building (pp. 4.1-ll&l3) 26' Elevation Spray Additive Tank Area FLOOD LEVEL ELEV. J/L SUBMERGENCE Note 1 None ABOVE ILOOD l.EVEL YES s See attached slicet for notes.

=. _.=_- I I. - 12 l-FACIL'TY: Point Beach fluclear Plant UtilT: I and 2 Rev. I DOCrrT: 50-266 and 50-301 .SYSTI.M COMf0fiENT, EVAL.IIATION y0RK, Silf f.T. 1 DOCu!1ENTAT10N REFERENCES I EliVIRONt1ENT (See Attached Sheets) QUALIFICATION OUTSTANDING F Equipment Description SP 1 l-Q PARAMETER SPECIFICATI0ft QUAllFICATION METil0D ITEMS 1B 1.Simultu.ieout. OPERATING TIME lA SYSTEM: Safety Injection 1 Year 1 Year (pp. 6.2-10&l1) (Vol. I, App. Test None 4A A Tables 1,

2. Engineering (Section 4.23) 2, & 4)

Analysis PLANT ID NO.: 1-PT922&923 None TEMPERATURE 2-PT922&923 Note 1 ' COMP 0tlErlT: Pressure i Transmitters PRESSURE Note 1 None MANUFACTURER: Foxboro MODEL 110.: 611GM RELATIVE 100% 100% 6A 93 (Sheet A) Sequential None Iluf t101IY NOTE 2 Test flitiCT 10N: Gage Pressure ~ - ~ ~ ~ Measurement ~ - - ~ ~ ~ ~ ~ - ~ ~ ~ CilLMICAL ACCURACY: N/A Spigny Note 1 None 5 4.02 X 10 SERVICE: Safety Injection ItADIATION Rads 1.0 x 107 2A IB Sequential None Pump Discharge Lines Rads (Vol. I, p.4-4: Test 1 LOCATION: 1A Note G AGING Auxiliary Building 40 Years (pp. 4.1-ll&l3) 8' Elevation i Outside Safety injection Pump Area, North Wall FLOOD LEVEL ELEV. N/A SUBMERGENCE Note 1 None AB0VE FLOOD LEVEL YES See atlas. heel sheet for notes.

I. - 13 FACILITY: Point Beach Nuclear Plant UNIT: 1 Rev. 3-It)ff ET: 50-266 S.YSTEM C0f1P0flENT. EVAlllAT, ION, WORK, SilEET_ DOClittENTATION RETERENCES ENVIR0!! MENT (See Attached Sheets) QUALIFICATION OUTSTANDING Equipment Description S b PARAMETER SPECIFICAT10fl QUAllFICATION. ftETil0D 1TEMS CA SYSTEM: Safety Injection l Year (pp. 2-10&l1) Note G 4A (Section 4.23) PLANT ID NO.: TEMPERATURE flote 1 None . COMP 0ilENT : Flow Transmitters MANUFACTURER: Note 1 None Barton .MODEL NO.: 333 RELATIVE 100% 6A Note G IlutilDITY t;0TE 2 [ FutiCTION: Fluid Flow 11easurement AL ACCURACY: N/A C f;l Note 1 None p 3.78 X 105 2A Note G SERVICE: Safety injection itADIATION Pump Discharge Lines Rads LOCATION: 40 Years lA Note G AGING Auxiliary Building (PP. 4.1-11813) 8' Elevation Outside Lower 'FL0"0NYfVkELEV. N/A SUBitERGENCE Note 1 None ABOVE FLOOD LEVEL YES I See at Iarheel sheet. for notes.

FACILITY: Point Beach Nuclear Plant UNIT: 2 Rev. 1 IX)CrCT: 50-301 5,YSTEM, Cfttr0flEf4T EVAL.t!AT.10N W0ltK_ SilfET DOCUttENTATION REIEllENCES ENVIRONMENT (he Attached Sheets) QUALIFICATION OUTSTANDING Equi nnent Description IhI-l SPECIFICATION QUAliflCATION METil0D 11 EMS PARAMETER N 1A SYSTEM: Safety Injection OPERATING TIME 1 Year (pp. 6.2-10&ll) Note G 4A (Section 4.23) PLANT ID NO.: 2-FT924&925 TEMPERATURE Note 1 None COMPONENT: Flow Transmitters 4 "U

0"'

~~ MANUFACTURER: Barton H0 DEL NO.: 333 RELATIVE 100% 6A Note G IlUMIDITY NOTE 2 FUNCTION: Fluid Flow Measurement ~ CllEMICAL ACCURACY: N/A spany Note 1 None 1.43 X 105 SERVICE: Safety Injection RADIATION Rads Pump Discharge Lines LOCATION: lA Note G AGING 40 Years (pp. 4.1-11&l3) Auxiliary Building _ 8' Elevation Outside Lower I fLtid/YEV'EkELEV. N/A SUBMERGENCE Note 1 None AtIOVE ILOOD LEVEL YES ' ee a t t.n hmi

henL fur not es.

i

~ FACILITY: Point Beach fluclear Plant UtilT: 1 Rev. 1 00crrT: 50 266 sys1rM CottrotarNT rVAltlATinti W0ltK SiirfT. i 4 DOCUflENTATION REFERENCES ENVIR0fiMENT (See Attached Sheets) QUA ATIM W N ANDIM Equipment Description SPECirl-00AOg PARAMETER SPECiflCATI0ri QUALIFICATION .METil0D ITEMS __ CAT I_ O.1. CATION OPERATI F2 TlHE SYSTEM: Safety Injection 1 Year (Tabl Q6.4-1) Note G . PLANT ID NO.: , FT928 TEMPERATURE None Note 1 COMPONENT: F1ow Transmitter None MANUFACTURER: Barton Note 1 H0 DEL NO.: 29S RELATIVE 100% 6A ilUMIDITY NOTE 2 Note G FUNCTION: Fluid Flow Measurement Cl Et AL None ACCURACY: N/A Note 1 5 SERVICE: Reactor Vessel A Note G RADIATION as Safety injection Line LOCATION: I Note G AGING 40 Years Auxiliary Building (pp. 4.1-11&13) 8' Elevation Outside Lower i kV ELEY. g SUBf1ERGENCE Note 1 None ABOVE FLOOD LEVEL ~ YES See attacheti sheet for notes.

0 ~ FACILITY: Point Beach Nuclear Plant UtilT: 2 Rey, 1 DOCrLT: 50-301 SYSTEllCOMP0 PENT _ EVALUATION _ WORK _ SHEET _ ~ DOCUMENIATION REFERENCES Equipment Description b III~ 0 (SeeAttachedSheets) QUALIFICATION OUTSTANDING ErlVIRONMENT PARAMETER SPECIFICATION QUALIFICATION HETil0D ITEMS gp C ^ " SYSTEM: Safety injection l Year (Tabl 06.4-1) Note G PLANT ID NO.: 2-FT928 TEMPERATURE Note 1 None COMPONENT: Flow Transmitter PRESSURE MANUFACTURER: Barton Note 1 None MODEL fl0.: 295 6A i hi 100 % fl0TE 2 Note G FUNCTION: Fluid Flow Measurement UI ',h^l None Note 1 ACCURACY: N/A Sg, 5.98 X 105 2A Note G SERVICE: Reactor Vessel RAulATION Rads Safety Injection Line LOCATION: 40 Years IA flote G i AGING Auxiliary Building (pp. 4.1-11&l3) 8' Elevation Outside Lower OIIYIVLLELEV.3;fL SUBHERGENCE Note 1 f tione A!!UVE ILOOD LEVEL YES See att.nhed :.heet for notes.

I - I7 FACILITY: Point Beach Nuclear Plant Rev. I UtilT: I and 2 IX)Cr.ET : 50-266 and 50-301 _S.YS T_E_.M_C.O.M.P.O.!1E_rli.. _EV..AL.UA_T I O.ri. W..O.R..K._S__il_E.E.T. DOCUMENTATION REFERENCES ENVIRONf1ENT (See Attached Sheets) QUALIFICATION OUTSTANDING Equipment Description SP Cl I-O l-PARAMETER SPECirICATI0tt QUALIFICATION HETil0D ITEMS ^"" SYSTEM: Safety Injection 1 Day (pp. 4-1, 5, Note G 6, 8a, 9, &l3-15 l PLANT ID NO.: l-LT931 None 2-LT931 TEt1PERATURE Note 1 COMPONENT: Level Transmitter :. None HAflUFACTURER: Barton flote 1 H0 DEL NO.: 332 RELATIVE 100% 6A tiote G Itur11DITY NOTE 2 FUNCT10ft: Liquid Level Measurement Cl il CAL flone ACCURACY: il/A flote 1 2.48 X 10 2A Note G SERVICE: Spray Additive RADIAT10ft Rads Tanks LOCAT10ti: 1A ggygg flote G Auxiliary Building 40 Years (pp. 4.1-11&13) 26' Elevation Spray Additive Tank Area None FLOOD LEVEL ELEV. _N/A_ SUBMERGENCE Note 1 AB0VE FLOOD 1.EVEL YES See attached sheet for notes.

~ FACILITY: Point Beach Nuclear Plsnt I,. 18' UNIT: I and 2 gey* j DOCVf.T : 50-266 and 50-301 SYSTI.H COMPutil HT EVAL.UATION WORK SilEEI DOCFMENTATION REFERENCES EllVIRONMCriT (See Attached Sheets) QUALIFICATION OUTSTANDING Equipment Description i SPECIFI-QUALITT-PARAMETER SPEClflCAT10fi QUALIFICATION HETiiOD ITEMS CAT 10ft CATION PERATING TlHE Note C SYSTEM: Safety injection 1 Year (Tabl Q6.4-1) PLANT ID fl0.: 1-LC942A&B, 943A&B 2-LC942A&B, 943A&B TEMPERATURE Figure lA lA Note C (Figure Q6.4-5) COMP 0NEtiT: Level Switches lA Note C PRESSURE HANUfACTURER: Figure 2A (Figure 14.3.4-8 ) Magnetrol l H0 DEL NO.: A153 RELATIVE

1007, Note 2 Note C ItUlll DilY FUflCTION: Liquid Level 11easurement CllI NICAI'

.A Note C ACCURACY: 974 3g,pgy Note 2 (p. 6.4-15) SERVICE: Containment Sump B RADIATION 108 Rads (Figure Q6.4-4) LOCAT10:1: Containment 19' 40 Years M Note C AGirir* Flevation (pp 4.1-11&l3) FLOOD LEVEL ELEV.14' 10" SullMERGENCE Note 1 None A110VE FLOOD LEVEL YES See attached sheet for notes.

At ' FACILITY: Point Brach Nuclear' Pjant Rev. 3 f UrtiT: I and 2 DOCrtT: 50-266 and 50-301 5,YST,EM, C0f1PONENT_E_ VAL.UAT.10ll_ F0JtK SjlTFT DOCUMENTATION REFERENCES (See Atta_ched Sheets) QUALIFICATION OUTSTANDING ENVIRONMENT c NhL SPECirICATION QUALIFICATION-METHOD ITEMS Equipment Description S I I-PARAMETER OPERATING TIME SYSTEM: Safety Injection. 1 Year 1 Year (Tab Q6.4-1) Engineering (pp. 383, 398,.& Analysis None 401) PLANT ID.NO.: 1-P15A & B 2-P15A & B Note 1 None TEMPERATURE COMPONENT: 011 \\ PRESSURE Note 1 i ~ MANUFACTURER: American Oil Co. MODEL tio. : Industrial #35 ~ RELATIVE 100% 100% 6A 200 Hut 11DITy NOTE 2 168 Engineering None (pp. 383, 398, & Analysis FUNCTION: Motor Bearing 401) Lubricant 7 None MCURACY: N/A C",MICAL Note 1 1.0X10 $1 RAY Rads 7 1.0 X 10 3.31 X 106 203

1. Engineeriog

^ SERVICE: Safety Injection RADIATION Rads . (p. 383, 398, & 2. Sgp9eNI Tests 16B Analysis None. Pump Motors 4 01, 20B LOCATION: Auxiliary Buildin9 AGING 1 Year 1 Year 16B Engineering None 1A 8' Elevation Safety Injection Pump (Table Q6.4-1) [pp. 333, 398 a Analysj s .{tLote M) u 401) Area None FLOOD LEVEL ELEV. _gfL SURMERGENCE Note 1 AROVE FLOOD LEVEL Yes See attached sheet for notes.

II* ' I FACILITY: Point 'Jeach Nuclear Plant UtilT: I and 2 Ree. 1 It)CrE T: 50-266 and 50-301 SYSTEM COMI'Orittit EVALUAT IOf4 WORK SilEET DOCUtiENTATION REFERENCES ENVIR0NMEllT (See Attached Sheets) QUAllFICATION OUTSTANDING Eq'n,g:r,ent Description b I-0 PARAMETER SPECIFICAT10fl QUAllFICATION MEll100 ITEMS I" SYSTEM: Auxiliary Coolant l Year 1 Year (Tabl Q6.4-1) t None (pp. 4-1-4-6, & ?. Engineering 5-1) Analysis PLANT ID NO.: 1-P10A&B None 2-P10A&B TEMPERATURE flote 1 COMPONENT: Pump Motors fione MAfluFACTURER: Note 1 Westinghouse (10 DEL fl0. : TBDP/ Frame 6A 10B Sequential RELATIVE 100% 100% NOTE 2 (p. 4-3) Test None 44575/Frare Thermalastic Epoxy liuttIDITY Ins FUNCT10N: Pump' Motor Cl p CAL None ACCURACY: N/A Note 1 SERV!LE: Residual Heat RADIATION ads 2 x 108 2A 108 Sequential None (p. -) est Removal Pumps Rads IS " 40 Years 40 Years lA 10B N "" LOCATION: AGING T t Auxiliary Building (pp. 4.1-11&l3) (p. 5-1)

2. AnNINe %

Ei is -19' Elevation RitR Pump Cubicle None FLOOD LEVEL ELEV. R SUBL 1ERGENCE Note 1 AB0VE FLOOD LEVEL YES I See attactied sheet for notes.

FACILITY: Point Beach Nuclear Plant UtilT: 1 and 2 Rev. 3 00Cr.ET : 50-266 and 50-301 SYSTEM COMPorlErlT EVALUA110tl W0ttK SILEQ DOCUMENTATION REFERENCES ENVIR0flMENT (See Attached Sheets) QUALIFICATION OUTSTANDING Equipment Description I-PARAMETER SPECIFICATION QUALIFICATION HETii0D ITEMS OPERATING TIME lA Igg

1. Sequential SYSTEM: Auxiliary Coolant 1 Year 1 Year Test None (Table Q6.4-1)

( Note B ')

2. Engineering Analysis PLANT ID NO.:

1-Pila &B TEMPERATURE 2-PllA&B Note 1 None CO'tPONENT: Pump Motors -MANUFACTURER: Westinghouse Note 1 None H0 DEL NO.- ABDP Frame E I 100% 100%. hloIskre hen a# bits,poxy n NOE2 ( Note B) E ts FUNCT10ll: Pump flotor Test Cl CAL Note 1 None ACCURACY: N/A 2.29 X 105 2 X 106 2A 18B itADIATION Rads (Note B } Sequential None SERVICE: Component Cooling Water Pumps Rads Test (Note B)

1. Sequential LOCA110N:

AGING 40 Years 40 Years 188 Test None Auxiliary Building (pp. 4.1-11&i3s, (Note B)

2. Engineering 8' Elevation Analysis-Component Cooling Pump Area FLOOD LEVEL ElEV A SUBMERGENCE Note 1 None ABOVE FLOOD LEVEL YES

--~ L v:.il t.n heel r.herti. for notes.

FACILITY: Point Beach Ntclear Plant II. - 3 UtilT: 1 Rev. 1 DOCrf.T : 50-266 SYSirH CortroflElli EVALUATION WORK SilEET DOCliiiNTAT10f4 REFEREf4CES EllVIR0 fit 1ENT (SeeAttachedSheets) A A DING -Equipment Description I$PECIFi-OliAflTT-SPEClflCATI0ff QUAllFICATION llETil0D ITEMS PARAMETER { Call 0ti CAT 10f4 OPERATING TIME SYSTEM: Auxiliary Coolant 1 Year 1 Year (Tabl Q6.4-1) 16B t j (p. 10)

2. Engineering Analysis i

PLANT ID NO.: None TEMPERATURE Note 1 ' COMP 0tlENT : Valve Mo'.or Operators None PRESSURE Note 1 MAfiUFACTURER: Limitorque/ Reliance MODEl NO.: SMB/ Frame 18 M46/ Class B Ins. RELATIVE 100% 100% 6A (Vol. I, p. D-1) Sequential IlutilDiTY NOTE 2 16B Test FUNCTION: Remotely (p. 15) Controlled Valve Operation Clift CAL None i ACCURACY: N/A Note 1 1 5 2 X 108 1B 2 21 X 10 Rads Rads 2A "9"*" SERVICE: Component Cooling RADIATION est Water Supply Line to RHR 1 X 107 (Vol. 1 p.5-4) 16B (p*2) i liX Valves . -_ Rads 18 LOCAT10fi: lA Sequential None ^ " ( I Auxiliary Building 40 Years 40 Years (pp. 4.1-11&13) ) I6B (p ) Test i 8' Elevation Lower Pipeway #2 Valve Gallery None fl00D LEVEL ELEV. y[fA__ SUBf1ERGENCE Note 1 AB0VE FLOOD 1.EVEL YES See attactied sheet for notes.

II. - 4. FACILITY: Point Beach Nuclear Plant Rev. 1 UralT: 2 SYSTEM CCritoriErlT EVALUATiori WORK SilEET D0f.001: 50-301 DOCliitENTAT10N REFERENCES _SeeAttachedSheets) QUALIFICATION OUTSTANDING. ( ENVIR0flMENT Equiprrent Description b I~ PARAf1ETER SPECIFICAT10!1 QUALIFICATION HETit0D ITEh5 l A fl 1A

1. Sequential Ol'ERATING TlHE SYSTEM: Auxiliary Coolant 1 Year 1 Year (Table Q6.4-1) 16B Test None (p. 10)

2. Engineering Analysis PLAllT ID NO.:

2-AC738A&B TEMPERATURE Note 1 None COMP 0rlErlT: Valve Motor Operators None MANUFACTURER: Note 1 Limitorque/Relfance i10 DEL !!O. : SMB/ Frame r;one HELATIVE 100% 100% 6A IB 1146/ Class B Ins. NOTE 2 (Vol. I, p. D-1) Sequential IlUM10lTY fullCTION: Remotely 16B (p.15) Test Controlled Valve Operation 4 ClEll CAL Note 1 None ACCURACY: N/A YXlos SERVICE: Component Cooling 2.21 X 10 Rads 2A IB 5 Sequential None RADIATION 7 ' P'5-4) Water Supply lines tO RHR Rads 2 X 10 Test IflLip22) HX Valves Rads i IB LOCATION: 40 Years 40 Years lA (Vol. I, p. 5-4) Sequential None AGillG Test Auniliary Building (pp. 4.1-11&l3) 16B (p. 15) 14' Elevation Lower Pipeway #3 None FLOOD LEVEL ELEV. _ g SUBMERGENCE Note 1 ABOVE FLOOD LEVEL YES e See attached sheet for notes.

_ = _. - II. - 5 FACILITY: Point Beach Nuclear Plant Rev. 3 l UNIT: ; 000 RET: 50-266 SYSTEM C0ftPONENT EVALUATI0rt W0itK 311EET l DOClifENTATION REFERENCES EttVIRONMENT (See Attached Sheeis) QUALIFICATION OUTSTANDING Equipment Description SP I l-0 PARAMETER SPEClflCATl0!1 QUAllflCATION HETHOD ITEMS OPERATING TIME SYSTEM: Auxiliary Coolant 1 Year 1 Year "I"9 (Tabl Q6.4-1) None 3 178 PLANT ID NO.: 1-AC624&625 TEMPERATURE None Note 1 COMP 0flENT : Electro-Pneumatic Transducers None MANUFACTURER: Fisher Note 1 Governor MODEL fl0.: 546 REl.ATIVE 100%' 100% 6A 8B Engineering None IluillDITY NOTE 2 17B Analysis FUNCTION: Current-to-Pressurt Conversion for Remote Valve l Operation None CHEMICAL Note 1 ACCURACY: N/A Si, RAY 6 2A 7B Engineering SERVICE: RHR Heat Exchanger RADIATION 1.25 X 10 5.0 X None Outlet. Line Valve Air Rads 106 Rads 17B Operators 1A 78 Engineering tione LOCATION: A ING Auxiliary Building 40 Years 10 Years (pp. 4.1-11&13) 8B Analysis (Note A) 178 -5' Elevation ~ ~ ~ ~ Outside Unit 'l RHR Heat Exchanger Cubicle None FLOOD LEVEL ELEV. _g g, SUliMERGENCE Note 1 AB0VE FLOOD LEVEL YES m_ Soo af f ar-ho<l sheet for notos.

II. - 6 FACILITY: Poi 6.t Beach Nuclear Plant Rev. 3 UtilT: 2 00r. RET: 50-30i SYSTEM coMI:OnENI E.vntu.Arl0N_ wor.r snEE1 u DOClftIE'fiTATION REFERENCES ENVIRONMENT (See Attached Sheets) QUALIFICATION OUTSTANDING Equi anent Description SE F1-t PARAf1ETER SPECIFICATION QUALIFICATION HETil0D ITEMS SYSTEM: ~ Auxiliary Coolant 1 Year 1 Year lA 78 Engineering OPERATING TlHE (Table 06.4-1) 88 Analysis None 17B PLAllT ID NO.: 2-AC624&625 None IEMPERATURE Note 1 C0f1PONEllT: Electro-Pneumatic Transducers U MANUFACTURER: Fisher Note 1 None Governor MODEL NO.: 546 Engineeqng None l RELATIVE 1001 1007' 6A 8B Analysis litn11DITV fl0TE 2 178 FullCT ION: Current-to-Pressurt 4 i Converter for Remote Valve ~ = k}'@ky'-) CHIMifAL N/A SI'upy flote 1 flone SERVICE: RilR Heat Exchanger 1.25 X 106 5.0 X 78 Engineering ' lone R DIATION Rads 106 Rads 2A Analysis Outlet Lines LOCATION: lA 7B Engineering fione ^ 'IN Auxiliary Building 40 Years 10 Years (pp. 4.1-ll&l3) BB Analysis (NoteA) Outside Unit 2 RHR 17B -5' Elevation lleat Exchanger Cubicle FLOOD L EVI L ELEV. _N/A_ SUBMERGENCE flote 1 tione f AB0VE FLOOD LEVfL YES 1 %e at tarhed sheet for notM.

FACILITY: Point Beach Nuclear Plant Rev. 3 UillT: 1 DotrET: 50-266 S_.Y.S. T _E_M_ _C.O. l1.P0.flE.ll_i_ _E.V_A.L.U.A.T_10.rl_ _ WORK..S.ilE.ET-g DOCUMENTATION REFEREliCES ENVIR0fillENT (See Attached Sheets) QUALIFICATION OUTSTANDING Equ'pment Description SPECIFI-QMF PARAMETER SPECIFICATI0ri QUALIFICATION HETIIOD ITEMS CATyri CAT 10ft OPERATING TIME ^ ' SYSTEM: Auxiliary Coolant 1 Year 1 Year None (Tabl Q6.4-1) s 17B PLANT ID NO.: ~ 1-AC626 None i' '*PIRATURE flote 1 COMPONENT: Electro-Pneumatic' Transducer PRESSURE Note 1 None I MAtlurACTURER: Fisher Governor MODEL t10.: 546 8B Engineering RELATIVE 100% 100" 6A Ncne 17B Analysis Iluf tl DITY r10TE 2 FUNCT 10ft: Current-to-Pressun Conversion for Remote Valve Operation Al ACCURACY: il/A E' ',I. tione Note 1 3, 5.0 X 78 0 Engineering SERVICE: RilR lleat Exchanger itADIATION 1.42 X 10 106 Rads 2A 8B g ^"0IYS S Bypass Line Rads 17B l IA Enginegrin9 None LOCAT10ft: AGING 40 Years 10 Years Auxiliary Building (pp. 4.1-11&l3) Analysis (flote ' A) 37g 8' Elevation Lower Pipeway #2 Valve Gallery None It00D LEVEL ELEV. g g SUBHERGENCE Note 1 l A110VE ft.00D LEVEL YES See attached sheet for notes.

II. - 8 FACILITY: Point Beach Nuclear Plant Rev. 3 UillT: 2 f t)CrET: 50-301 SYSTEtt C0fFONENT,. EVAL.IIAJ10il WORK _ SilEET, DOCuti RTAT10N REFERENCES E EllVIR0fiftENT (See Attached Sheets) QUALIFICATI0tt OUTSTAtlDING E<iuipment Description SPECIFI-QUAEIIT- ~ PARAltETER SPECIFICAT10ft QUAllFICATION MET!iOD ITEMS CAT (0!1 CAI10ft OPERATING TlHE SYSTEM: Auxiliary Coolant 1 Year 1 Year (Tabl Q6.4-1) n lys s 17B PLANT ID NO.: 2-AC626 None TEMPERATURE Note 1 C0ftP0tiENT: Electro-Pneumatic ~- Transducer None MANUFACTURER: Fisher Note 1 Governor liOI)EL N0.: 546 ~-- g3 I 100% 100% 178 En eer ng idone T10 2 FilNCTI0rt: Current-to-Pressure Conversion for Remot.- Valve Operation CllEMICAL Note 1 None ACCURACY: fl/A 3ppgy 6 1.42 X 10 5.0 X 2A 7B Engineering SERVICE: RHR lleat Exchanger RADIATION rione Rads 106 Rads 88 Analysis Bypass Line 17B ^ IN 4 8 ^ SS Aux lia Buildino (pp, 1-11&l3) (t eA) j 8' Elevation Lower Pipeway 13 None TLOOD LEVEL ELEV. gig SUllMERGEllCE Note 1 All0VE FLOOD LEVEL yrs See attaihed sheet for notes.

FACILITY: Point Beech Nuclear Plant II. - 9 littIT: Rev.-1 j 00CrET: 60-266 .SYSTLil C0f t!'Oril:NT, [ val t!AT 10ft 30DK StiEET ~ DOClftiENTAT10ft REFEREftCES ENVIR0fitiENT (See Attached Sheets) QUALIFICATION OUTSTANDING Equipment Description bI I' O SPECIFICAT10ft QllALIFICATION HETl100 ITEtts PARAMETER g OPERATlHG TIME SYSTEM: Auxiliary Coolant 1 Year (Tabi Q6.4-1) PLANT ID NO.: 1-AC624&625 TEMPERATURE None Note 1 COMPONENT: Limit Switches None HANUFACTURER: NAMC0 Note 1 MODEL NO.: D2400X 100% 6A 4 REl.ATIVE Note J tl0TE 2 lillf11011Y FilNCTION: Valve Position Indication Al None ACCURACY: N/A Note 1 S;, SERVICE: RiiR lleat Exchanger RADIA110N tads - Outlet Line Valves LOCATION: 1A Note J 4 A IU Auniliary Building 40 Years (pp. 4.1-11&l3) -5' Elevation Outside Unit 1 RHR Heat Exciianger Cubicle None FLOOD LEVEL ELEV. _f{fA_ SUBMERGENCE Note 1 AB0VE FLOOD LEVEL YES ._= ~ See.itt.w hed T. hee t for notes.

= II. - 10 FACILITY: Point Beach Nuclear Plant Rc#' 1 UtilT: 2 DOCI'ET: 50-301 5YSTJH C0Hrotti NT rVAI. IIA 11014. WORK SiirrT DOCONTiifATION REFEIFENCES ENVIR0fif1ENT (See Attached Sheets) QUALIFICATI OUTSTANDING Equipment Description b II-O PARA!!ETER SPECIFICA110N QUALIFICATION 11ETii0D ITEMS p g lA OPERATING TIME SYSTEM: Auxiliary Coolant 1 Year (Table Q6.4-1)

lote J PLANT 10 NO.:

~ 2-AC624&625 TEMPERATURE flote 1 None COMP 0flENT : Limit Switches 1 MANUFACTURER: ilAMC0 Note 1 None MODEL NO.: D2400X RELAllVE 1001 6A Note J litRilDITY NOTE 2 FUNCTION: Valve Position Indication C33I' Al None ACCURACY: N/A flote 1 3,, SERVICE: RHR lleat Exchanger 1.25 X 106 2A Note J RADIATION

Outlet Line Valves Rads LOCATION

lA Nate J g3 g gp' Auxiliary Building 40 Years (pp. 4.1-ll&l3) -5' Elevation Outside Unit 2 RilR Heat Exchancier Cubicle Il000 f. EVIL El.EV. _ H g SUBHrRGENCE Note 1 None AB0VE fl000 LEVEL YES { See attached sheet for nntes.

. ~... II* ~ II FACILITY: Point Beach Nuclear Plant E"V-I IltilT: 1 f/Krri: r,0 26r, SY51.Ifl CfX1P0fiffli fVAX UAT.10N WORK SHffI j DOCUMENTATION REFERENCES ENVIRONMENT (See Attached Sheets) gt.ALIFICATION OUTSTANDING Equireent Description 5 1-Q PARAftETER SPECIFICATION QUALIFICATION HETH00 ITEMS p; OPERATING TIME 1 Year Note J - SYSTEM: Auxiliary Coolant (Tabl Q6.4-1) PLANT ID tt0.: 1-AC626 TE!!PERATURE flote 1 None COMPONENT: Limit Switch PR S URE l%NUFACTURER: NAMC0 Note 1 ':me a MODEL tt0.: D2400X ~ 100** 6A RELATIVE flote J fiOTE 2 liur11DITY furiCTION: Valve Position ' Indication CilEMICAL ACCURACY: N/A SPRAY flote 1 None 1.42 X 106 2A Note J SERVICE. RHR Heat Exchanger Bypass l'.ine Valve RADIATION Rads LOCAilOrl: 1A Note J-ACING Auxiliary Building 40 Years (pp. 4.1-11&l3) 8' Elevation Lower Pipeway #2 Valve Gallery fl.000 LEVEL ELEV. N/A SUBMERGENCE Note 1 None AB0VE FLOOD LEVEL YES son attarhoit sheet f.,r notes.

_-=_. FACILITY: Point Beach Nuclear Plant ,j lifliT : 2 (#)CEET: 50-301 SYSTCH,00flP.0NElli, LVAl PAJJ ON_ Roi:K. SilEET. DOCUi1ENTAT10N REFERENCES ENVIRONf1ENT (See Attached Sheets) QUALIFICATION OUTSTANDING Equipment Description SP t: 1-Q SPECirICAT10ft QUALIFICATION HET1100 ITEtts PARAMETER 0 AI IME Paolf^Q6.4-1) SYSTEM: Auxiliary Coolant 1 Year PLANT ID NO.: 2-AC626 None TEMPERATURE Note 1 s COMPONENT: Limit Switch None HANUFACTURER: NAMCO Note 1 MODEL NG.* D2400X 6A Note J RELATIVE 100% NOTE 2 tlutilDITY FUllCTION: Valve Position Indication ClEl CAL ACCURACY: N/A Note 1 None ^ SERVICE: RHR lleat Exchanger RADIATION as Bypass Line Valve LOCATION: 1A Note J AGING Auxiliary Building 40 Years (pp. 4.1-11&l3) 8' Elevation Lower Pipeway #3 None FLOOD LEVEL ELEV. Jjn SUBMERGENCE Note 1 ABOVE FLOOD LEVEL YES See attached sheet for notes.

II. - 13 FACILITY: Point Beach fluclear Plant Rev. 1 Utli T: 1 and 2 00cr.tT : 50-266 and 50-301 S,YSif fl, C0t1PONIflT EVAL.llAT.10N W0ltK SilFET iEGiliEI4TATION REFERENCES Equipment Description E Qt (See Attaclied Sheets) QUAllFICATION OUTSTANDING ENVIR0tir1ENT PARAMETER SPECIFICAT10ft QUALIFICATION METIIOD ITEMS C

I"9 SYSTEM: Auxiliary Coolant l Year 1 Year (Tabl Q6.4-1)

(Vol. App. A f3 Tables 1, 2, PLANT ID #10.: 1-PT628&629 ~2-PT628&629 TEMPERATURE Note 1 None COMP 0flElli: Pressure Transmitters PRESSURE Note 1 None MANUFACTURER: Foxboro MODEL fl0.: 611CM ~ 6A 1B

1. Sequential RELATIVE 100%

100% NOTE 2 (Vol. 1, App. A) Test flotes D & G Ilutil DITY

2. Engineeri 9

FUNCTION: Gage Pressure Analysis Measurement None N te 1 ACCURACY: fl/A Ufg c 6 1.0 x 107 2A 1B 5.26 X 10 Sequential None SERVICE: 'RHR Pump Discharge RA01 AT 1014 Rads (VOI I~' P

Test Pressure Rads 4-4) pgggg 40 Years N te G 10 CAT 10N:

(pp. 1-11&l3) Auxiliary Building -19'. Elevation Outside RilR f00h fELEV.jfp SUBMERGENCE Note I None ABOVE FLOOD LEVEL YES See attached sheet for notes.

II - I4 . FACILITY: Point Beach Nuclear Plant Rev. 1 UtilT: 1 DOCrfT: 50-266 SYSTIil Corirotartir rVAlliATION War.K SilfrT DOCUiFENTATION REFERENEES Equipment Descr,ption S I~ 0 (See Attached Sheets) QUALIFICATION OUTSTANDING E_NV I R0flMENT i PARAMETER SPEClflCATION QUAllflCATION METil0D ITEMS PERATING TIME i ring None SYSTEM: Auxiliary Coolant 1 Year 1 Year (Tabl Q6.4-1) (V 1. , App. A, Tables 1, 2, & 4) PLANT ID NO.: 1-FT626 TEMPERATURE flote 1 None COMPONENT: Flow Transmitter MANUFACTURER: Foxbvro Note 1 None MODEL fl0.: 613DM RELATIVE 100% 100% 6A 9B IlulllDITY NOTF 2 (Sheet A) Sequential Notes D & G TUNCT 10'4 : Fluid Flow Test fleasuremen t Cltfi AL None ACCURACY: N/A Note 1 5, Sequential None SERVICE: RilR Heat Exchanger RADIATION (Vol. I p* Test Outlet Line Rads Rads 4_4) LOCATION: 40 Years lA Note G ^ I" g. Auxiliary Building (pp. 4.1-11&13) 8' Elevation Outside Lower Pipeway #2 FLOOD LEVLL ELEV. _f{fL SUBMERGENCE Note 1 None ABOVE FLOOD LEVEL YES See attached sheet for notes

FACILITY: Point Beach Nuclear Plant Rev. 1 UtilT: 2 DotrlT: 50-301 SYS. TEM Cof1PONENT, EVAlllAT.10N W0l?K SilfET DOCUtilliThT10N REFEREf4CES ~ EfiVIR0fif1EllT (See Attached Sheets) QUALIFICATION OUTSTANDING Equipment Description S I l-Q fi-PARAf1ETER SPECIFICAT10fl QUAllFICATION METil0D ITEllS 1A 10 Engineering None OPERATil1G TIME SYSTEM: Auxiliary Coolant 1 Year 1 Year (TableQ6.4-1) (Vol. I, App. A, Analysis Tables 1, 2, & 4) PLANT ID NO.: 2-FT626 TEllPERATURE flote 1 flone COMP 0NEf4T: Flow Transmitter MANUFACTURER: Foxboro Note 1 None ~ MODEL NO.: 613DM REl.ATIVE 100% 100% 6A 9B IRif11 D11Y NOTE 2 (Sheet A) Sequential ilotes D & G FUNCT10ft: Fluid Flow Test Measurement ~- C110Fi AL Note 1 ACCURACY: il/A None 5,p 5 1.0 x 107 2A 18 Se ntial None SERVICE: RilR lleat Exchanger R JIATION 5.98 X 10 4, Outlet Line Rads Rads LOCATION: 40 Years lA Note G ^I"' Auxiliary Buildii,3 (pp. 4.1-11&l3) 8' Elevation Outside Lower Pipeway #3 TLOOD LEVEL ELEV. N/A SUBMERGENCE Note 1 None AB0VE FLOOD LEVEL YES See att.iched sheet for notes.

FACILITY: Point Beach liuclear Plant II - 16 UNI 1: 1&2 pey, j DOCVI T: 50-266 & 50-301 SYSTEM, CO?tP0fif t4T. EVAt UAT ION. H0ftK SilEET DOCUMENTATION REFEREf1CES ENVIR0f1MEtiT (See Attached Sheets) QUALIFICATION OUTSTANDING Equipment Description b I-OU^ ~ SPEClflCATION QUAllflCATION METHOD ITEMS PARAMETER 1A IB

1. Simultanec is OPERATING TIMF~

SYSTEM: Auxiliary Coolant l Year 1 Year (Table Q6.4-1) (Vol. I, App. A Test tione Tables 1, 2, & 4; 2. Engineerin ) PLANT ID NO.: 1-FT619 .2-FT619 TEMPERATURE Figure 4A Figure 128 3A 1A 9B (Sheet A) Simultaneous COMPONENT: Flow Transmitter 3A U gure SA Hgum 138 ,lA MANUFACTURER: Foxboro Section 14.2.5) 98 (Sheet A) Simultaneous Test Notes D & MODEL tl0. : 613 Dti 98 (Sheet A) Simultaneous Uf1 I) 100% 100% 6A Test Notes D & fiOTE 2 98 (Sheet A) FUNCTION: Fluid Flow Measurement CilEMICAL ACCURACY: N/A spray Note 1 None . SERVICE: Component Cooling RADIATION flote 1 None Heat Exchanger Outlet Line 1A LOCATION: AGING 40 Years (pp. 4.1-11 & 13) Note G Auxiliary Building 46' Elevation Component Cooling FLOO') LENL [kV,gjg SUBHERGENCE tlote 1 None ABOVE FLOOD LEVEL Yes See altar.hed sheet for notes.

A FACILITY: Point Beach Nuclear' Plant gy, _ j7 UtilT: j IKKl'r T: 50-266 S.YSTE!1 Cft1.I'_0Nr flT. FVALUAl 10ft,WG,RV. _Silf rT. 4 DOCUFIEitTATION REFERENCES ENVIRONf1EllT (See Attached Sheets) QUALIFICAT10tl OUTSTANDING Equipment Description I~ 0 L I[ SPECIFICATION 00AllFICATI0ft HETil0D ITEMS PARAMETER T OPERATitlG TIME A En er g None 19B SYSTEM: Auxiliary Coolant 1 Year 1 Yen g 6.4-1) .PIANT 10 fl0.: 1-TE627&S30 None TEMPERATURE Note 1 COMP 0flENT : Resistance Temperature Elements None MANUFACTURER: Foxboro Note 1 MODEL NO.: DB130-226W Engineering RELATIVE 100% 100% 6A 19B H "* Analysis IlutilDITY fl0TE 2 Fis'CT ION : Temperature to Ruittance Conversion None CilElllCAL Note 1 ACCURK i, fUA SPl!AY 5 6

1. Engineerin j SERVICE: RHR Sucticn &

l.08 X 10 1.0X10 2A RA IATION 19B Analysis None Discharge Lines Rads Rads

2. Separate

--E f fec ts-Test LOCATION: 40 Years 40 Years lA 19B Engineering None gg g,,g Auxiliary Building (Pp. 4.1-11&l3) Analysis (Note A) 14' Elevation Lower Pipeway #2 None FLOOD LEVEL ELEV. tyA, SUBL 1ERGEllCE Note 1 ABOVE F1000 i LllfL YES See at f.u heil !.heet for nntes.

G N I DSM ) l fAE N TT SI e e e e e e ee e n n n n n n n n T U o o o i N N t o o o g o O t N N N i l I, g s ( n h. g N is j O g rie g ns est s ns I T ii eyat ii AD rs nl rc rs i y ey i aae ey C0 y' " I i el gnpf el y FT na nAef na l E n in E SE i n lM A f gA gA U n n Q E 1 2 E ~ NO I T S A E C C I 8 g B B f) F 9 g 9 9 Es i 1 j 1 1 Rt l E e A F e U Eh Q RS Nd Oe ) I h N 3 ) T c O l 1 Aa I 1(, T t T 1 Nt A 4 2 1 tr EA C 6 ii M I S Ue F Q AE 1 6T A A C e I C O 2 l 4 K, O (S N D E i R O P b p K S a p T ( l ( f0 1 s j l I r A r 6 a l t l a e e 0 Y Al Y 0 V 0

0. p 1

I N 4 t, 1 1 ir t T n l 5 l O E 0 s Ts ~ l M r j I i N r 1 1 1 a 1 f0 O a Dd e Y e C R e e e 0 e R t Y t t 0 t I t 0 o t; V o o 1 o O i 4 N S l N N N 1 f 1 E S Y, 5 E E R C N t R U t E T E EY l 0 E G A R VT ^ T I T R E R U [p I I A g E t ^ E S TD I j M n A P S Al g l A E R Eul [I a R M E Li D g B l A g U P P T P Rf R g S r r ae e lc t t lu n on f a o LS t l - r h o e W c n o cs o 6 en f E - o a o C nt r 2 ro n y Y f e i an o 2 ui o t e b t s i g t B t y L e p r sm x 0 ar t n 1 3 V E e t 0 a ie o 3 re c i i c eE B pn A S e l L E h. n 3 r sl F 1 ev us d E V i r i l D mo / n iny E L o 0 s R i e x e R eC Ri uoa t P 25 l s i D u O 0 r E T HL Bi w L D e e R t e E O h.

u R

N 3 A t 6 Tt U c e yap V O s YTl n D Na T o g N rvi E L i. t n Y f 8 7 0a C E r O aeP L F i Tl l e I E r C t t i '. m M t e A t A C a il l 1 I t I 2 t I p E T 0p F L T R h I T lEr D E i. LUf 6 s ) i T N Pm U E C U V c Ai e O V I XI q Y L O T A O U C E O u '4 o L B e E i C R C x w O 0 e. C u S A Me N D 'f I s T s A e i F A S F E S P C M M F A S D L A1 L 2 R

FACILITY: Point Beach Nuclear Plant II ~ I9 UtilT: I&2 g"

3 DOCKET:

50_266 ? 50 301 S_YSTfit _ COMP 0tiENT_ E. val.UAT_ ION _ FOR_K_,SilfCT, DOCUMENTATION REFERENCES ENVIR0f3MEili (See Attached Sheets' QUALIFICATION OUTSTANDING SP Irl_ Q LIF - Equipment Description PARAMETER SPECiflCATION QUAllFICATION METHOD ITEMS OPERAllt3G TIME 1 Year 1 Year IA SYSTEM: Auxiliary Coolant 19B lione , Table Q6.4-1) PLANT ID NO.: 1-TE621 TEMPERATURE Note 1 None 2-TE621 C0f1PONENT: Resistance Temperature Elements flone ~~~~~ HANUFACTURER: Foxboro tiote 1 MODEL NO.:DB130-226W RELATIVE 100% 100% 6A Engineering 19B lione IlUMID1IY N01E 2 Analysis FUNCTION: Temperature to Resistance Conversion CllEMICAL None tiote 1 ACCURACY: N/A 3ppgy None Note 1 SERVICE: Component Cooling RADIATI0il lleat Exchanger Outlet Line r gineering None LOCATION: 40 Years 40 Years IA 19B a AGING Auxiliary Building (pp. 4.1-11&l3) Analysis (Note N) 46' Elevation Component Cooling HX Area FLOOD LEVEL ELEV. fi g SUBMERGENCE Note 1 Hone AB0VE FLOOD LEVEL yes See attached sheet for notes.

FACILITY: Point Beach Nuclear Plant UtilT: 1&2 y"*-23 00CrrT: 50-266 7. 50-301 SYSTrM, rmPortENT, EVALUATION WORK SilEET. DOCUMENTATION REFERENCES EliVIRONMEriT (See Attached Sheets) QUALIFICATION OUTSTANDING' Equipment Description S I-0^ PARAMETER SPEClflCATION QUAllFICATION ME1N00 ITEMS 0A 20B Engineerino OPERATitlG TillE SYSTEM: Auxiliary Coolant 1 Year 1 Year lA 168 Analysis None (Table Q6.4-1) (pp. 383, 398, & 401) PLANT.ID NO.: 1-Pila & B None 2-Pila & B. TEMPERATURE Note 1 COMPONENT: Oil MANUFACTURER: American Oil MODEL NO.: Industrial #21 ~ 208 17 RELATIVE Engineering 100% MO% 6A 16B NUMIDJTy Analysis None NOTE 2 (pp. 383, 398, & TUNCTION: Pump Bearing 401) Lubricant None ACCURACY: N/A C'IEHhAL Note 1 Sg 7 2 32 X 105 1.0X10 2A 20B

1. Engineerinc

. SERVICE: Component Cooling RADIATION Rads Rads 16B Analysis "U"" Water Pumps (pp. 383, 398, & ?. Separate 401) ---Effeets-Tet ts 1 Year 1 Year lA 20 Engineering LOCATION: AGING 6 Auxiliary Building (Table Q6.4-1) Analysis None (pp. 333, 398, & 8' Elevation 401-) Component Cooling Pump Area None FLOOD LEVEL ELEV. j{fL SUBMERGENCE Note 1 AROVE fl000 LEVEL Yes See a t t,nheil sheet for not es.

FACILITY: Point Beach Nuclear Piant Re UrltT: 1~and 2 IOCKET: 50-266 and 50-301 S_Y,ST,LR C0f1P0flENT, EVAL.UAT10tl, Wu,RK SilrET. DOUTMEtiTATION REFEREllCES EtiVIR0tif TENT (See Attached Sheets) QUA AT W OUTM ANDING Equipment Description SPEClFI-QUlDTI-PARAf1ETER SPEClfICATION QUALIF1 CAT 10N 14ETit0D ITEMS CAT 10N CAT _I0ft ~ i 1A IB 1.Simultaneou: flone OPERATitlG TIME I SYSTEM: Chemical & Volume 1 Day 1 Year (pp. 6.2-6, 7, (Vol. I, App. A Test 2.En9 neering 1 Control 8, 9, & 16 & Tables 1, 2, 6.4-15) & 4) Analysis PLANT ID NO.: 1-LT106,172,&l90 2-LT106,172,&l90 TEMPERATURE Figure 4A Figure 12i. 3A 9B (Sheet A) Simultaneous LT102,171,&l89 1A Test Notes D & G (Section 14.2.5) Level Transmitters MAfiUf ACTURER: Foxboro Figure SA Figure 13B A 9B (Sheet A) Simultaneous flotes D & G - (Section 14.2.5) Test MODEL NO.: 6:30M RELATIVE IlUt1IDITY 100% 100% tiote 2 9B (Sheet A) Simultaneous flotes D & G Test FUflCTION: Liquid Level Measurement NIMIE^l None ACCURACY: flote 1 Si, RAY Spec: <+15% of span Demon: !8.5% to +3.4% SERVICE: Boric Acid Tanks "U U l None RADIATION LOCAT10ft: 40 Years lA Note G gggfjg Auxiliary Building (pp. 4.1-11&l3) 46' Elevation Boric Acid Tank Area None FLOOD LEVEL ELEV. Jd SUBMERGENCE-Note 1 ABOVE fl.000 LEVEL YES See attached t icet for notes. Boston S1

FACILITY: Point Beach Nuclear Plant U UtilT: 1 and 2 DOCrET: 50-266 and 50-301 S.Y5_TEtt_C0;tP0flEllT, EVAljlAT,10ft _WDRK_SilEE T DOCUIMITATION REFEYiNCES (See Attached Sheets) QUALIFICATION OGSTANDING ENVIR0fif1ENT I-Equipment Description SPE I-Q L PARAMETER SPECIFICATION QUAllFICATION METil0D ITEMS SYSTEM: Reactor Control (Table Q6.4-1) (Vol. 1 App. A "["itaneous OPERATitlG TIME 30 Min. 2 Hours None t & Protection Tables 1, 2 & 4) PLAflT ID NO.: 1-LT426,427,428,&433 1A IB 2-LT426,427,428,8433 TEMPERATURE Figure 1A Figure 4B (Figure Q6.4-5) (Vol. I, App. A T t Tables'1, 2 & 4) COMPONENT: Level Transmitters 1 .mu aneous None-PRESSURE HANUFACTURER: Foxboro Figure 2A Figure 5B 1A (Vol. I, App. A Test (Figure 14.3.4-8) Tables 1, 2 & 4) H0 DEL NO.: 613HM 18 Simultaneous None RELATIVE 100% 100% Note 2 lillMIDITY (VOI. I. App. A) Test FUNCT10ft: Liquid Level Measurement 3 1.Simultaneout None il3B03-Na0H ll380 -Na0ll 1A 18 CII Al ACCURACY: N/A Solution Solution Test 3 (p. 6.4-15) (Vol. 1, p. 1-3) pil: 7.9-pil: 9.25

2. Engineering 10.0 Aiialysis 2.30 x 106 1.0 x 107 1A IB Sequential None SERVICE:

Pressurizer RADIATION Rads Rads (Fig. Q6.4-4) (Vol. I, p. 4-4) Test LOCATI0N: lA Engineerin9 Note G AGING 40 Years Containment (pp. 4.1-11&l3) Analysis 66' Elevation FLOOD LEVEL ELEV. IJ' 10" SUBMERGENCE Note 1 None AB0VE FLOOD LEVEL YES See at Iachm! sheet for noIes.

~ ? IV. - 2 FACILITY: Point Beach Nuclear Plant Rev. 1 UillT: ' and 2 DOCrfT: 50-266 and 50-301 5_YSTT.H, COMy0HENT, EVAL.UA(ION _ WOR,K S, ilfff. DOCUMEllTAT10N REFERLNCES Equipment Description SP fI I-Q L (See Attached Sheets) .ENVIR0flMEllT QUAllFICAT10ft OUTSTANDING ~ PARA!1ETER SPECIFICAT10ft QUAliflCATI0tt 11ET110D ITEMS-IA IB 0PERATING TIME 30 Min. 2 Hours SYSTEM: Reactor Control (Table Q6.4-1) (Vol. I, App. A Simultaneous None & Protection Tables 1, 2, Test & 4) PLANT ID NO.: 1-PT429,430,431,8449 2-PT429,430,431,8449 TEMPERATURE Figure 1A Figure 4B 1A IB Simultaneous None (Figure Q6.4-5) (Vol. 1. App. A Test COMP 0 LENT: Pressure Tables 1, 2, Transmitters' - & -4) l'RESSURE MAflufACTURER: Foxboro Figure 2A Figure SB (Figu

14. 3. 4-f (V I IADP-t

) A, Tables 1, .._2. &. 4) MODEL NO.: 611GM 1.Simultaneout None RELATIVE 100% 100% Note 2 18 Iluf11DITY (Vol. I, App. A) Tesp FUNCTION: Gage Pressure

2. Engineering i

Measurement __Apalyji s H B0 -fla0ll ll3B0 -fla0ll 3 3 3

1. Simul taneous None CIIEMICAL Solution Solution lA 1

ACCURACY: ses SPPAY pil: 7.9-pil: 9.25 (p. 6.4-15) (Vol. I, p. Spec: <2.5% of span 2 9 Demon: !7.5% -0%- 10.0 1-3) SERVICE: Pressurizer-Narrow 2.30 x 1.0 x 107 1A 1B Sequential None RADIATION 106 Rads Rads (Figure Q6.4-4) (Vol. I, p. Test Range 4-4) LOCAT10ft: Containment 40 Years lA Engineering riote G AUIU6 66' Elevation (pp. 4.1-11&l3) Analysis None FLOOD LEVEL ELEV. 14' 10" SUBMERGENCE Note 1 AB0VE fl.000 1.EVEL YES See alt.nheel sheet fear neiter..

IV. - 3 FACILITY: Point Beach Nuclear Plant Rev. 1 UtilT: 1 DOCr.E T: 50-266 SJSIIli C0f tr_0J4EftT. EVALUATI0rt WORK. SurET, d DOCTJf4EllIAT10N REFEIIEf1CES ErlVIR0flMENT (See Attached Sheets) QUALIFICAT10f4 OUTSTANDING Equipment Description S I-0U i-PMtAltETER SPECIFICATION QUALIFICATION METHOD ITEMS C t OPERATING TIME IA SYSTEM: Reactor Control 1 Year flote G (Table Q6.4-1) & Protection PLAflT ID NO.: l-PT945&946 TEMPERATURE Note 1 None COMP 0flENT: Pressure Transmitters MAtlUFACTURER: Barton PRESSURE fl0 DEL NO.: 332 RELATIVE IlUMIDITY 100% 6A Note G FullCT 10ft: Gage Pressure NOTE 2 . Measurement 01l AL ACCURACY: Note 1 None 5 Spec: 0% of span. Demon: flote G 4 SERVICE: Containment 2.10 X 10 2A Note G itADIATION Rads 4 LOCAT10ft: 40 Years lA Note G ^ '" Auxiliary Building (PP. 4.1-ll&l3) 26' Elevation Outside Upper Pipeway #2 FLOOD LEVEL ELEV. _f(fL SUBf1ERGENCE Note 1 None AB0VE FLOOD LEVEL YES See stl.u. heel ".hret for notes.

~ FACILITY: Point Beach liuclear Plant UtilT: 2 Rev. 3 filcrET: 50-301 ,5Y51rH C(ftPtlHf HT FV.ALUAT ION W0l* SilEET 00CUtiGifATION REFERENCES Equipment Description bI I~ O (_SeeAttachedSheets) QUAllFICATION OUTSTANDING EriVIR0fiMENT PARAMETER SPECiflCATION QUAliflCATION METHOD ITEMS SYSTEM: Reactor Control OPERATING TIHE 1 Year 1A Note G & Protection (Table Q6.4-1) PLAtlT ID NO.: 2-PT945&946 None TEMI'ERATilRE Note 1 COMPONENT: Pressure Transmitters None MAtlufACTURER: Barton Note 1 MODEL NO.: 332 RELATIVE 100% 6A Note G o - 110fl101TY NOTE 2 filflCT I0fi: Gage Pressure Measurement ' ~ ~ ~ ~ ~ - - - ~ ~ ~ - ~- CllEMICAL -ACCURACY: flote 1 None Sppny Spec: 0% of span Demon: Note G SERVICE: Containment RADIATION 2.10 X 104 Rads LOCAT10ft-Auxiliary Building 40 Years lA Note G AGINr' Outside Upper Pipeway #3 ~~ ~~ ~(PP. 4 I-Il&l3) 26' Elevation None FLOOD IEVEL ELEV. _t @ _ SullMERGENCE Note 1 A130VE f t.000 LEVEL YES See attached sheet for notes.

-5 FACILITY:- Point Beach fluclear Plant ROV-I Uill T: j f)Offf T : 50-266 SYSTril Crttf0 fit til, f VAI.t!AT10!! WORK SIIEl.T DOClii4ENTAT10N REFEREfiCES ENVIRONMEflT (See Attached Sheets) QUALIFICATION OUTSTANDING SI I- ~TI L I" Equy, xnent Description PARAMETER SPECIFICATION QUAliflCATION METit0D - ITEMS "^ " SYSTEM: Reactor Control 1 Year (Tabl Q6.4-1) & Protection PLANT ID NO.: 1-PT947&948 TEMPERATURE flote 1 None C0f1P0flEllT: Pressure Transmitters None MAflufACTURER: Barton Note 1 MODEL fl0.: 332 RELATIVE 100% 6A Note G IlV!11DITY fl0TE 2 fuNCTI0ft: Gage Pressure Measurement 3; gfy ' ' AL None Note 1 ACCURACY: Spec: 0% fo span Demon: Note G S.98 X 105 2A Note G SERVICE: Containment ilADIATION Rads LOCATION: 0" AGillG 40 Years Auxiliary Building (PP. 4.1-ll&l3) 8' Elevation Outside Lower Pipeway #2 None FLOOD LEVEL ELEV. 11/ L SUBMERGENCE Note 1 AB0VE FLOOD LEVEL YES See at tached sheet for notes.

IV. - 6 FACILITY: Point Beach fluclear Plant UtilT: ReV-I 2 DOCf f I: SYS1rM COMPONENT,FVAl.IIATION WORK 5liFET 59_39j DOCUt1EtiTAT10N REFERENCES Equipment Description SPEClft-QUXITT-(Sce Attached Sheets) EtiVIR0t1 MENT QUAllFICATION OUTSTANDING PARAt4ETER SPECIFICATION QUALIFICATION HET110D (TEMS CATI 0t; CAT 10tl SYSTEM. Reactor Control OPERATING Tit 1E lA-1 Year eG & Protection (Table Q6.4-1) PLAtlT ID t10.: 2-PT947&948 TEMPERATURE tiote.1 None C0tiP0HErlT: Pressure Transmitters PRESSURE tiote 1 MArturACTURER: Barton None ~ ~ ~ ~ - MODEL NO.: 332 Rf.tATIVE 100% 6A Note G Iluf1IDilY NOTE 2 fullCTI0ti: _ Gage Pressure -Measurement II ^L ACCuliACY: Note 1 g,p None Spec: 0% of span Demon: tiote G 5.98 X 10 ._,___g. 3 6.29 X 10 2A Note G SERVICE: Containment RADIATION Rads I i LOCAT10ft: 1A Note G AGING Auxiliary Building 40 Years (pp. 4.1-11&13) 8' Elevation Outside Lower Pipeway #3 FLOOD LEVEL ELEV. _gjgg, SUBMERGENCE Note 1 None ABOVE FLOOD LEVEL YES i -... _.._. l See attachna sheet ror notes. 1

FACILITY: Point Beach fluclear Plant ~ Rev. 1 Util T: 1 DOCffT: 50-266 SYS11 M Cortl'Orit NT. TVAl tlAT 10tl WORK Silf CT DOCUMENTAT10N REFEllENCES ENV IR0ti_f TENT (SeeAttachedSheets) QUALIFICATION OUTSTAtlDING Equipment Description S I-0 I-PARAf1ETER SPEClflCATION QUAliflCATION HETil0D ITEMS j DPERATING TlHE A gg g SYSTEM: Reactor Control & Protection PLANT ID NO.: 1-PT949&950 TEMPERATURE Note 1 None COMPONENT: Pressure Transmitters R E .11AftUFACTURER: Barton Note 1 None f10 DEL NO.: 332 RELATIVE Note G litilll DITY 100% 6A furiCTI0rl: Gage Pressure NOTE 2 Measurement 'I?;h^' Note 1 ACCURACY: None 3i Spec: 0% of span Denion: flote G 5 3.78 X 10 2A Note G SERVICE: Containment RADIATION Rads Note G LOCAT10ft: AGING 40 Years (pp. 1-11&l3) Auxiliary Buildin9 8' Elevation Outside Lower Pipeway #1 FLOOD LEVEL ELEV. N/A SUBMERGENCE Note 1 None AB0VE FLOOD LEVEL YES See attached sheet for notes.

'~ FACILITY: Point Beach Nuclear Plant Rev. l UtilT: 2 I/XJF T : 50-301 SYSTill r.(fil'Oril:rir; FVAl UA1,10rl HoltK 5llrFT DOCurtENTATION REFERLflCES ErlVIR0!iMEllT (See Attached Sheets) QUAllFICATION OUTSTAllDING Equipoent Description bI I-OU I-PARAMETER SPECIFICATI0ft QUAliFICA110N IIEll100 ITEMS g OPERATiflG TlHE Note G SYSTEM: Reactor Control 1 Year lA & Protection (Table 06.4-1) PLANT 10 NO.: '2-PT949&950 TEMPERATURE flote 1 None C0f tPONEf4T: Pressure Transmitters itAriUFACTURER: Barton flote 1 None MODEL NO.: 332 RELATIVE llVMIDITy 100% 6A Note G FUNCTIO!!: Gage Pressure NOTE 2 Measurement CllEli CAL Note 1 None ACCllRACY: Spec: 0% of span Demon: Note G SERVICE: Containment A N eG RADIATION 'p LOCAT10ft: 40 Years lA Note G ^ '" Auxiliary Building (PP. 4.1-ll&l3) 8' Elevation Lower Pipeway

4 Valve Gallery FLOOD LEVEL ELEV. __J g SUBilERGENCE Note 1 None ABOVE FLOOD LEVEL YES See altar..hed sheet for notes.

FACILITY: Point Beach fluclear Plant Y-I UtilT: 1 and 2

- - I lyjf,l'I. r :

50-766 and 50-301 S,YSTl_f t Cml>0rtria TVAI.t!AT IOri WORK 5110 0 1 DOCUMEllTAT10tl REFERENCES Equipment Description S O _(SeeAttachedSheets) QUAllflCATION OUTSTANDlilG ENVIR0ftf1EilT PARAMETER SPECIFICATION QUALIFICATION IIETil0D ITEMS 1A 1B

1. Simultaneous Reactor Coolant OPERATIllG TIME 1 Year 3 Hours (Table Q6.a-1)

(Vol. I, App. A Test Notes D,F,&G' SYSTEM: 4A Tables 1, 2 & 4: 2. Engineering (Sections 4.22&2 3) . Analysis PLAflT ID NO. : 1-PT420 1B Simultaneous 2-PT420 TEllPERATURE Figure 1A Figure 4B (Vol. 1, App. A Test Notes 0,F,&G (Figur e Q6.4-5) Tables 1, 2 & 4: COMP 0flErlT: Pressure Transmitters gure 2A M gure SB Notes D,F,8G MANUFACTURER: Foxboro (Figur 14.3.4-t 1(Vol. , App. A s Tables 1, 2 & 4) 110 DEL NO. : 611Gli 1B Simultaneous RELATIVE 100'i Notes D,F,8G 100% (Vol. 1, App A) Test lillfilDIIY filNCTI0rl: Gage Pressure Measurement 11 B0 -Na0ll IB

1. Simultaneous None Il3B0 -Na0li 3

3 A CltEI AL 5, (p* 6*4-15) (Vol. I, p. Test ACCURACY: N/A Solution olution pil: 7.9-pil: 9.25 l-3)

2. Engineering 10.0 Analysis 1.45 x 1.0 x 107 1A IB Sequential Notes D,F,5G SERVICE: Reactor Coolant-NA g^ I N Wide Range 108 Rads Rads (Figure Q6.4-4)

(Vol,l',p.1-3: Test Engineering 40 Years lA Analysis Notes 0,F,&G LOCATION: Containment Agggg 66' Elevation (pp. 4.1-11&l3) Fl.000 LEVEL ELEV. M'J0." SUBMERGEtlCE flote 1 None AB0VE FLOOD LEVEL YES See a tt.u.hmi 1.heet for not es.

~

FACILITY: Point Beach Nuclear Plant y, 3 Util T: I and 2 thCrI T: f,0-?66.ind 50-301 SYSTI!! C011PONEt4T, f. val tlATIOft WORK SiirrT 00ClittTNTAT10tl REFERENCES ENVIR0fiMEilT (See Attached Sheets) QM KATION OUTSTANDING Equipment Description 5pElifi~~ QdAllTT-PARANETER SPECIFICATION QUAllflCATION !!ETHOD ITEMS CATION CATION OPERATING TIME 30 Min. A 'lotes D F,&G Q6.4-1) (V 1 App, A S n[ultaneous SYSTEM: Main Feedwater 30 Min. Tables 1, 2 & 4) PLANT ID NO.: 1-LT461,462,&463 Simultaneous 'lotes D,F,&G 2-LT461,462,&463 TEMPERATURE Figure 1A Figure 4B 1A (Vol. App. A Test (FigureQ6.4-5) Tables 1, 2 & 4) C0f tP0f1ENT: Level Transmitters Simultaneous totes D,F,&G MArturActURER: Foxboro Figure 2A Figure 5B (Figur 14.3.4-8 (Vol. App. A Test Tables 1, 2 & 4) MODEL tl0.: 613HM HELATIVE 100% - 100% Note 2 (Voi, I, App. A) Test 'lotes D,F,&G HuttIDITY FUNCTION: Liquid Level Measurement ll300 -Na0ll I. Simultaneous 'l3803-Na0ft 3 )g CHFMICAL Test totes D,F,$G ACCllRACY: Solution Solution lA [ygj* g

PP' Spec:

<+6% of span. pil 7.9-pil: 9.25 (p. 6.4-15) 1-3) ?. Engineering Demon: 243% to 45% 10.0 Analysis SERVICE: Steam Generators-2.30 x 1,0 x 107 1A 1B Sequential None RADI ATI0ff Narrow Range 106 Rads Rads (Figure Q6.4-4) (Vol. I, p. 4-4) Test 40 Years lA tiote G LOCATION: Containment ggggg 25' Elevation (pp. 4.1-11&l3) Fl.000 LEVEL ELEV.14'10" SunitERGENCE fiote 1 None AB0VE FLOOD LEVEL YES See attached sheet for notes.

FACILITY: Point 6t: h Nuclear Plant ~ UNIT: I and 2 Rev. I DOCrCT: 50-266 and 50-301 SYSTilt COMroprNT, EVAL tlAlI0f( WOltK SilTET 00Clif tEI'TATION REFERENCES Equipment Description SI I" O I-__ (SeeAttachedSheets) ENVIR0flMENT QUAllFICATION OUTSTAfiDING PARAf1ETER SPEClflCAT10tl QUALIFICATION METHOD ITEMS A IN ME nultaneous Notes D & G SYSTEM: liain Feedwater 30 tiin. 30 Min. (Tabl Q6.4-1) (V l. , App. A Tables 1, 2 & 4) PLANT {Dg-2- 1 72 & TEMPERATURE Figure lA Figure 4B ltaneous Notes D & G Fig Q6.4-5) (Vol. , App. A, Tables 1, 2 & 4) 00r1PONENT: level Transmitters 1B Simultaneous Notes 0 & G PRESSURE Figure 2A Figure SB lA )(Tables 1, 2 & 4 Vol. I, App A Test MANUFACTURER: Foxboro (Figure 14.3.4-f ) MODEL tl0.: 613HM IB Simul taneous RELATIVE 100% 100% Note 2 (Vol. 1, App. A) Test Notes D & G IlutilDITY FUflCTION: Liquid Level easwement 1.Siti ltaneous H3B0 -Na0H HB -Na0li 1B 3 CHEMICAL Test ACCURACY Solution o tion lA (vol. I, pp, None I"9 2-Spec: +6% of 5 pan pH: 7.9-pil: 9.25 (p. 6.4-15) 1-3) Demon: -43% to +5% 10.0 _ SERVICE: Steam Generators - RADIATION 106 Rads 1.0 x 107 1A 18 Sequential None 2.30 x (Figure Q6.4-4) (yo1. 1, p, 4-4) Test ,larrou Range Rads c Containment 40 Years lA LQQATION: 2d Elevation Nr' g4gte G (pp. 4.1-11&l3) FLOOD LEVEL ELEV. 14'10" SUBMERGENCE t'ote 1 None AB0VE FLOOD LEVEL YES See attached sheet for notes.

FACILITY: Point Beach fiuclear Plant UNIT: I and 2 VI. - 3 Rev. 1 DotrET: 50-266 and 50-301 5,Y_ST. Ell. C0fiNitiLili, EVALUAT,10tl,, WORK,Sl(EE,T, 4 DOCITMENTATION REFERENCES ENVIRONMENT (See Attached Sheets) QUALIFICATION OUTSTANDING Equipment Description b I I-0 I~ PARAMETER SPECIFICATION QUALIFICATION MET 1100 ITEMS 4 lA 18 OPERATING TIME 30 Min. 30 Min. (Table Q6.4-1)

Vol. I, App. A Simultaneous SYSTEM: Main Feedwater Tables 1, 2 & 4) Test Notes D&G PLANT ID NO.:

1-LT460 & 470 2-LT460 & 470 TEMPERATURE 1A 1B Figure 1A Figure 1B (Figure Q6.4-5) (Vol. I, App. A Simultaneous Tables 1, 2 & 4) Test Notes D&G COMPONEilT: Level Transmitters lA IB PRESSURE MANUFACTURER: Foxboro Figure 2A Figure 58 (Figure 14.3, (Vol. I, App. A Simultaneous 4-8) Tables 1, 2 & 4) Test Notes D&G MODEL NO.: 61311M REIAllVE 100% 100% Note 2 IB iluMIDITY (Vol. I, App. A) Simultaneous FUNCTIoti: Liquid Level Test Notes D&G Measurement II B0 -Na0ll 1A IB

1. Simultaneous H 00 -Na0ll 3 3 3 3 Cil[MICAL ACCURACY: N/A Sp;<gy Solution Solution (p. 6.4-15)

(Vol. I, pp.1-3 Test 2.{ngjXsis neerinq pil: 7.9-ill: 9.25 Ud None . 10. 0.... 7 SERVICE: Steam Generators-2.30 X 106 1.0 x 10 1A 18 RADIAI10fl liigh Range Rads Rads

Figure Q6.4-4)

(Vol. I, p.4-4) Sequential Test None 1A LOCATION: Containmen t AGING 25' Elevation 40 years

pp. 4.1-17 & 13)

Note G FLOOD LEVEL ELEV.14' 10" SUBMERGENCE Hote 1 None ABOVE FLOOD LEVEL Yes See attacheil sheet for notes.

~I FACILITY: Point Beach fluclear Plant utilT: 1 f(Krf I; 'J-266 S_YSTrit 00lil'Ortr.11T, FVAlIIAT ION _UOl:K Silfi:T. 00COMENTAT10fl REFETNCES N (See Attached Sheets) QUAllFICAT10ft OUTSTANDING EllVIR0llMENT Equipment Description hARAMETER Ih - SPECIFICATION QUALIFICATI0tl HET1100 1TEMS g C 1A 18 Simultaneous OPERATING TIME "U"" SYSTEM: Main Steam 30 Min. 1 Day (Table Q6.4-1) (Vol. I, p. D-1) Test 168 (p. 10) PLANT ID HO.: i3imultaneout 1-MS2019&2020 TEMPERATURE Figure 4A Figure 1B 3A Test (ygj ,p, None 1A

2. Engineering D-10)

COMPONENT: Valve Motor (Section 14.2.5) Analysis (Note H) Operators 3A 1B Simultancous PRESSURE MANUFACTURER: Figure SA Figure 2B 1A (Vol. I, p.D-10) Test None Limitorque/ Peerless (Section 14.2.5) H0 DEL NO.: SMB/ Frame I I 100% 100% Note 2 D2223/ Class B Ins. (Vol. ,p.0-1) T I FUNCTIONRemotely Controlled 16fL(p,- 151 Valve Operation Cl1 AL Note 1 None ACCURACY: gjg 5 SERVICE: Steam-Driven RADIATION None Auxiliary Feedwater Turbine Note 1 Steam Supply Line Valves Ib LOCATION: 40 Years lA (Vol. I, pp. 5-1 Sequential None ^ Auxiliary Building (pp. 4.1-11&l3) 5-2) 16B (p. 15) Test 46' Elevation Component Cooling ileat Exchanger Area None FLOOD LEVEL ELEV. _gg SUBMERGENCE Note 1 AB0VE FLOOD LEVEL YES See.41.1.9 hml *. hee 1. fo r 'no t.e*,.

YII ~ 2 FACILITY: Point Beach fluclear Plant UNIT: 2 Rev. 1 TOCrl. r: 50-301 5YSTEM C0ftPONLilf EVAlllATI0ri WORK SilrFT 00Curi[hTAT10tl REFEREilCES Equipment Description ~ 0 (SeeAttachedSheets) EllVIR0rif TENT QUAllFICATION OUTSTANDING PARAMETER SPECIFICAT10fl QtlAllFICATION METii0D ITEMS 3 OPERATitlG TIME lA 18 Simultaneous None . SYSTEM: Main Steam 30 Days 1 Day (Table Q6.4-1) (Vol. I, p. Test D-1) flYhobbb2 3A 1B

1. Simul taneous None TEMPERATURE Figure 4A Figure IB 1A (Vol. I, p.

Testing - IN l* N) COMP 0tIEllT : Valve Motor (Section 14.2.5) D-10)

2. Engineering Operators Analysis IO PRESSURE Figure SA Figure 2B Simultaneous None

ygj,

,p, MANUFACTURER: Test Limitorque/ Peerless (Section 14.2.5) D-10) 110 DEL t10. : SMB/ Rela 100% 100% Note 2 (Vol. , p.0-1 ) i[ultaneous None Frame D65CD/ Class B Ins. IUNCIION: Remotely 168 (p. 15) Controlled Valve Ope.'ation C,Ih^' None flote 1 ACCURACY: fi/A 3 SERVICE: Steam-Driven Note 1 RADIATION tione Auniliary Feedwater Turbine Steam Supply Line Valves' 1B LOCATION: 40 Years 40 Years lA (Vol. I pp. 5-1 Sequential fione ggggg Auxiliary Building (pp. 4.1-ll&l3) & 5-2) 168 (p.10 ) Tes t 46' Elevation Component Cooling Exchantter Area lleayD LEVEL TLEV. yfa_ tione LOL SUBMERGENCE flote 1 AB0VE Fl.000 LEVEL YES er w - .+ + +e,

- - see - ae w e-o _

w e+ wm e emme_ eewe o e See al t.u lmil sheet for notes.

FACILITY: Point Beach Nuclear Plant yrg, _ 3 Uf4II: I&2 Rev. 3 DOCKET: 50-266 & S0-301 SYSTEft C0f1P0fifNT EVALUATIDH WORK SilEET 00CutLNTAT10ti REFERENCES ENVIR0flMErli (SeeAttachedSheets)' QUALIFICATION OUTSTANDING Equipment Description S W I' O PARAMETER SPECIFICATION QUAllFICATION MElll0D ITEMS OPERATING TIME SYSTEM: Main Steam 30 Min. 12 Itours lA 9B (Sheet A)' Simultaneous LTable Q6.4-1) Test Notes B,D, &: G PLANT ID NO : 1-PT468,469, & 482 2-PT468,469, & 482 TEMPERATURE Note 1 None COMP 0NEf4T: Pressure Transmi Transmi tters None *A PRESSURE Mf,NUFACTURER: Foxboro Note 1 MODEL NO.: 611GM RELATIVE Iluf tl DI TY 100*.' 100% Note 2 98 (Sheet A) Simultaneous Notes B,0, Test &G FUNCTION: Gage Pressure Measurement AL Note 1 None ACCURACY: g, Spec: <l% of span Demon: -14.2% to -0.1% None SERVICE: Main Steam Lines RADIATION Note 1 1A M ATION: Aggrig 40 Years (pp. 4.1-11& 13) Note G Auxiliary Building 66' Elevation Spent Fuel Pit Area FLOOD LEVEL ELEV. N/A SUBMERGENCE Note l' None AB0VE FLOOD LEVEL Yes See altarhed sheet for notes.

VII. - 4 FACILITY: Point Beach fluclear Plant Rev. 1 UtilT: 1 and 2 ICf I: 50-266 and 50-301 S.YSTEM, C0f1Put1Eff r EVAlllA,T 10rl WORK S,IIEET DOClftfElitXi10ft REFEli[tlCES ENVIR0flMENT _{See Attached Sheets [ QUALIFICATI0ft OllTSTAfiDING Equipment Description SPEClfl-QUAf_TFT~ _SPECIFICAT10tl 00ALIFICAT10N MEll10D ITEMS PARAMETER CATIOrt CAT 10tl OPERATING TIME SYSTEM: Main Steam 30 Min. 12 Hours lA 98 (Sheet A) Simultaneous (Table Q6.4-1) Test Notes B, D, &G PLAtlT ID fl0.: l-PT478,479,8483 Fi ure 12B 3A 9B (Sheet A) Simultaneous PT478,479,8483 TEMPERATURE Figure 6A 9 lA Test tiotes B, D, COMP 0flEllT : Pressure (Section 14.2.5) &G Transmitters 3A MArtufACTURER:' PRESSURE Foxboro Figure 7A Figure 138 1A 98 (Sheet A) Simultaneous Notes B, D, (Section 14.2.5) Test &G MODEL 110.: 611GM RELATIVE 100% 100% Note 2 9B (3heet A) Simultaneous flotes B, 0, 110!11D11Y Test 56 f 0NCT I0ft: Gage Pressure Measurement ~ CilflilCll ACCURACY: spitAy Note 1 None Spec: <1% of span Demon: -14.2 %.to -0.1% SERVICE: Main Stea:n Lines RADIATION ficte 1 None LOCATION: AGING 40 Years lA N te G Auxiliary Buildin9 (PP. 4.1-11&l3) 66' Elevation Unit 1 & 2 Fan Rooms N/ SUBMERGEllCE FLOOD LEVEL ELEV. flote 1 tione Afl0VE FLOOD LEVELYES Sec.il 1.u. lim! !.liest t. fo r noI e"..

FACILITY: Point Beach fluclear Plant VII'. - 5 UtilT: 1&2 Rev. 3 D00 RET: 50-266 & 50-301 _SYST.EM, C0f1P0tif tli, EVALUAJ I0t[ KORK SilECT 00CuttENTAT10N REFERENCES EllVIRONMENT (See Attached Sheets) QUALIFICATION OUTSTANDING Equipment Description SPECIFI-QtTALITT-PARAMETER SPECIFICATION QUALIFICATION MET 1100 ITEMS CAT 10tl CATION OPERATING TIME SYSTEM: Main Steam 30 Min. lA ~ (Table Q6.4-1) Note G PLANT 10 NO.: 1-FT464,465,474, & 475 2-FT464,465,474, & 475 TEMPERATURE lA Figure lA l Figure Q6.4-5) Note G COMP 0NElli: Flow Transmitters 5"" MANUFACTURER: Foxboro Figure 2A [ Figure 4.3.4-8) Note G MODEL NO.: 630 RELATIVE 100% Note 2 Note G IlutilDiTY FUNCT10ft: Steam Flow Measurement CllEMICAL II 0 3-Na0!! 1A 3 ACCURACY: ti/A 3ppny solution (p. 6.4-15) Note G pli: 7.9-In.n 6 SERVICE: Main Steam Lines RADIATION 2.30X10 1A Note G Rads (Fig. Q6.4-4) - LOCATION: AGING 40 Years lA Containment Building (pp. 4-1-11 &l3) Note G 66' Elevation FLOOD LEVEL ELEV. _1ga SutiMERGENCE Note 1 None t.80VE FLOOD LEVEL See attarimd sheet for notes.

l ? h 673)e to a-s, e 'h "(Q kpk gf.h sfgf l ,O 4+p g.,;*ylb s* eEEm e 1,em TEST TARGET (MT-3) 1.0 Fman i b E P"H L na l.l tusgA2.0 w= ll I.8 e__ I l.25 1.4 1.6 i 4 6" MICROCOPY RESOLUTION TEST CH ART I ox Y ?,! .+ h. p..,,, 'Rk'% e. q$ < p. m 07 ,cy

1 l

N)

) A.;hb IO c, ~.c. / e (hf (,'f8 llg

I ll.

D 'q '& ~ q}p / y)fy

b,

///'h,9,#(+ 4e?? t &< &; ? 'Ab,?s. 4f l k IMAGE EVALUATION TEST TARGET (MT-3) a l.0 E tu na g m g22 a m l.l g$ I?2.Il!l[2J .mem I I.8 j= l.25 I i.4 l 1.6 I i e-s~ MICROCOPY RESOLUTION TEST CH ART wQm# g w,h 3,. .,(bl?j;" _.f. Oy 4 _p )

VIII - I FACILITY: Point Beach Nuclear Plant Rev. 3 UtilT: 1 and 2 DOCKCT: 50-266 and 50-301 S,YSTfl1 COMP 0flLilT FVAI UAT10ft, WORK SilEET 00CUMENTAT10N REFERENCES EtlVIR0lll1Elli (See Attached Sheets) QUALIFICATION OUTSTANDING Equipment Description SPECifl-QUAI.lfi-PARAMETER SPECIFICATION QUAllFICATI0fl METNGD ITEMS CAT _I0fl CAT 10fl 2B

1. Simul taneot s None YS Containment Air OPERATING TIME 1 Year 1 Year gecJEM:lation Cooling (Tabl Q6*4-1)

(P. 72, Fig. 17 Test rcu & pp.1-10 & 50 2.Engineerin! $4 Analysis 10D (PP'A' l=4,AS-34 1 -1 Al 1,i,&D1 1A 2-UlA1,B1,C1,&DI TEMPERATURE Figure 1A Figure 3B (Figure Q6.4-5) (p. 72, F10 17) Test COMP 0flENT: 480V AC Induction Motor PRESSURE MAllufACTURER : Westinghouse Figure 2A Figure 3B (Figur 14,3.4-t lp. 72, Fig. 17) T st 110 DEL NO. ABDP/ Frame 504-US/ ~ Class B RELATIVE 100% 100% Note 2 2B Simultaneous None {. 7 Test Thermalastic Expoy Ins. Iluttl D11Y FUtlCTION: Fan Cooler Motor H380 -Na0H 1A 2B Simultaneous None li380 -Na0ll 3 3 CilfMICAL Solution Solution (p. 6.4-15) (pp. F-1-E-4 Test ACCURACY: N/A, Sppgy pH: 7.9-pH: 9.5-14-17 l_0.0 _ _10A. 2B S 0 (pp. 16) SERVICE: Containment Air RADIATION 1 45 x 2 x 10 1A T t 1 B (p. 5-1) Accident Fan Cooler 108 Rads Rads (Figure Q6.4-4) 2B Sequential 0 CAT 10N: Containment 1A (p. 16) Test None j6' and 66' Elevations AGING 40 Years 40 Years (pp. 4.1-11&l3) 10B __(tL_5-3 ) None FLOOD LEVEL ELEV. L4']Iy' SUBMERGENCE Note 1 AB0VE FLOOD LEVEL YES See attached sheet for notes.

VIII. - 2 FACILITY: Point Death Nuclear Plant Rev. 3 11111 T: 1 and 2 DOCri I: 50-266 anel 50-301 SYE1IM CTH9!3T!i.l. EV^ll'AI.IUll WORK. SilEET 00TUTIENTAT10N REFERENCES . ENVIR0llMENT (See Attached Sheets) QUALIFICATION OUTSTANDING Equipment Description S I I-N SPECIFICATION QUALIFICATION METil0D ITEMS PARAMETER

1. Simultaneot s OPERATING TIME lA 28 Test SYSTEM: Containment Air 1 Year 1 Year (Table Q6,4-1)

(P 17, Fig.17

2. Engineerint None Recirculation Cooling pp.1-10 & 50-24 Analysis 108 PLANT ID NO.:

( p pr-4-1 & 5-E 1-W1Al,31,C1,&D1 2B TEMPERATURE 2-WlA1,B1,Cl,&D1 Figure 1A Figure 3B (Fig. 6.4-5) (P. 72, Fig.17) Simultaneous None Test C0f1PONEllT: Grease PRESSURE Figure 2A Figure 3B 1A 2B Simul taneous None itANUFACTURER: Chevron (Fig. 14.3.4-8) (p. 72, Fig.17) Test MODEL NO.: BRB-2 RELATIVE 100% 100% Note 2 2B Simultaneous None liul!!DITY (p.14-17&37-39) Test FUNCTION: Motor Bearing Lubricant ll 00 -Na0H 2B Simultaneous None 80 -Na0H ACCURACY: N/A CllEMICAL ll3 3 3 3 1A

59. 14-17 & E Test Solution Solution (p. 6.4-15)

E-4) 3pg3y pH:7.9-pil:9. 5

10. 0_._ __10.0 8

ja 3 SERVICE: Containment Air 1.45 x 108 2.0 X 10 RADIATION Rads (Fig. Q6.4-4) (p. 5.& 0) T t Accident Fan Cooler Motor Uatc.] 1A 2B LOCATION: AGING 40 Years 1 Year (p. 33) Engineering None Containment (pp. 4.1-11&l3) Analysis (Note M) 46' and 66' Elevation None FLOOD LEVEL ELEV.14'10" SUBMERGENCE Note 1 AB0VE FLOOD LEVEL YES Sr'e al t acheel sheel. for notes.

~

FACILITY: Point Beach fiuclear Plant Rev. 3 UtilT : 1 and 2 DOCrfT: 50-266 and 50-301 S.YSTIM C0iT0tif tl1._EVAI.UAT IOft WORK. SilEET DFCUlifflTAT1011 REI EHENCES l Efi!!D0tif1EllT (See Attached Sheets) Qi:AllflCAT10tl OUTSTANDING Equipment Description SPEClf!- QUAllfl-PARAMETER SPEClflCAT10fl QUALIFICATION METHOD ITEMS CATION CATION 1.Simultaneou s OPERATING TIME Test None SYSTEM: Containment Air 1 Year 1 Year (Tabl Q6.4-1) (p. 72, Fig.17 2. r np Recirculation Coolin9 & pp.1-10&50-54) PLANT ID NO.: l-lll Al,B1,Cl,&D1 1A 2B Simultaneous 2-WlA1,B1,C1,8DI TEMPERATURE Figure lA Figure 3B (Fig. Q6.4-5) (p.72, Fig. 17) Test None COMPONENT: Containment Motor Cable Splice Mmul taneous None gure 2A Ngure 3B lA 28. MANurACTURER: Wes tinghouse (Fig. 14.3.4-8) (p.72, Fig. 17) Test MODEL !!0.: Westinghouse 2B Simultaneous I 100% 100% Note 2 Drawing No. 206C391 (pp.14-17 & Test None FUtlCT10ft: Electrical Power Cable Connection Il380 -Na011

1. Simultaneous l3B0 -Na011 3

1A 28 3 Cl AL Solu S1 n ACCURACY:gjg j1 (p. 6.4-15) (pp.14-17&E fnaering' 2. E-4) Analysis 10.0 10.0

1. Sequential

^iI hc n[FanCooers RADIATION Rd Ra s (Fig. 6.4-4) (Vol. I, p. 2.E 9 neering _-3) _ Analysis 6 .Sequ ntial None lA IB ^ IN (" Co tain e t 40 Years 40 Years (pp. 4.1-ll&l3) (Vol. II, p. 2.Enj neering 15' Elevation N -- Ana lys i s-None FLOOD' LEVEL ELEV. 14'10" SUBMERGENCE Note 1 AB0VE fl00D LEVEL YES See attached sheet for notes.

IX. - 1 FACILITY: Point Beach Nuclear Plant Rev. 1 UllIT: 1 and 2 DOCrfT: 50-266 and 50-301 5YS,1rit, COMP 0NrNI, EVAL,UAI,10il, }f0RK, SittCT, DOCu!4ENTAT16N REFERENCES EliVIR0Hf1ENT (See Attached Sheets) QUAllflCATION OUTSTANDING Equipment Description hE N SPECIFICATION QUAllFICATION HETil0D ITEMS PARAMETER OPERATING TIME 1A SYSTEM: Containment Isolation 10 Sec. (Table Q6.4-1) Note J PLANT ID NO.: l-CV1296 2-CV1296 TEMPERATURE Figure 1A lA Note J' (Figure Q6.4-5) C0f1P0flENT: Solenoid Valves Fidbre2A 1A Note J PRESSilRE f1ANUTACTURER: ASCO (Figure 14.3.4-f -) MODEL NO.: LBX831614 RELATIVE 100% Note 2 Note J 110111 DIT Y FUtiCTION: Remotely 'hB03-Na0ll Controlled Valve Operation ~ ~- l CNIMICAL Solution IA ACCURACY- /A pg. 7.9-(p. 6.4-15) Note J SPRAY 10.0 SERVICE: Auxiliary Charging Note 1 1A ~~~- ~~~~ RADIATION Line Containment Isolation (Figure Q6.4-4) None LOCATION: 40 Years IA Note J ^ IN Containment (Figure Q6.4-4) 8' Elevation None r'LOOD LEVEL ELEV. 14'10" SUBMERGENCE Note 3 ABOVE ft.00D I.EVEL 11 0 See alIached sheet for notes.

FACILITY: Point Beach Nuclear Plant IX. - 2 Rev. 1 titilT: 1 and 2 DOCrl'1 : 50-266 and 50-301 SY_S, TEM,00 iip 0flENT_ CVALUAT,10fl }iOR,K 51100T, D0cullENI AII0ft RElERENCES E_flVIR0flMENT (See Attached Sheets) QUAllflCATION OUTSTAfIDING Equipment Description b I-0 PARAMETER SPECIFICATION QUAllFICATI0ff METil0D ITEMS "^ '" SYSTEM: Containment 10 Sec. (Tabl Q6.4-1) Isolation PLANT ID NO.: 1-HV3200C 2-HV3200C TEMPERATURE Figure 1A 1A Note J (Figure Q6.4-5) C0f tP0flEllT: Solenoid Valves MANtJfACTURER: ASCO Figure 2A (Figu 14.3.4-1 ) MODEL NO.: HB8302C25 REIATIVE lillfilDITY 100% Note 2 Note J FUflCT10ft: Remotely Contro11ec Valve Operation Il38 0 -fla 0ll 3 Ul Al ACCURACY: N/A Solution N te J g, (p. 6 -15) pil: 7.9-10.0 SERVICE: Radiation Monitor ^ itADIATION Note 1 Line Containment Isolation (Figure Q6.4-4) None LOCATION: Containment 40 Years lA Note J ggggg 66' Elevation (pp. 4.1-11&l3) None FLOOD LEVEL ELEV. 14 loa SullMEltGENCF Note 1 AB0VE FLOOD LEVEL YES See attached sheet for notes.

j'- IX. - 3 FACILITY: ' Point Beach fluclear Plant Rev. 1 UNIT: I and 2 SYSTEll C0l1P0flEff r EVAL.UArIOil WORK SilECT DOLVEI: 50-266 and 50-301 00ChilENTAT10N REFERENCES Equipment Description SP (_SeeAttachedSheets) QUALIFICATION OUTSTATIDING ENVIR0_NMENT PARAMETER SPECIFICATION QUALIFICATION METi10D ITEMS _C - 1 1 C "^ '" SYSTEM: Containment Isolatior 10 Sec (Tabl Q6.4-1) flote J PLANT ID fl0.: 1-HV3213, 3245 ilote J 2-HV3213, 3245 TEMPERATURE Figure 1A 1A (Figure Q6.4-5) COMP 0flENT: Solenoid Valves MANUFACTURER: ASCO PRESSURE Figure 2A 1A flote J (Figure 14.3.4-1 ) MODEL NO.: 8320A7 fl te J RELATIVE 100% Note 2 litilll DITY o FUNCTION: Remotely Controllet Valve Operation UI El ACCURACY: N/A o t (p. 6 -15) Note J S pH: 7.9-10.0 Note l lA flote J SERVICE: Containment Purge RADIATION Supply & Exhaust Containment (Figure Q6.4-4) Isolation 40 Years lA Note J LOCATI0rl: Containiaent Angt;g 100' Elevation (PP. 4.1-11&l3) FLOOD 1.EVEL ELEV.14 '10" SUBMERGENCE flote 1 AB0VE FLOOD LEVEL YES See attar.hed r.heet for notes.

IX. - 4 FACILITY: Point Beach Nuclear Plant Rev. 1 UNIT: 1 and 2 DOCrET: 50-266 and 50-301 SYS1Ef1 C0f1P0HEflT EVALUAT10fl WORK SilEET DOCUr-iDif ATION REFEREilCES ENVIRONMENT (See Attactied Sheets) QUAllFICATION OUTSTANDING SI I-OI SPECIFICATI0ll QUALIFICATION MEll10D

ITEMS, Equipment Description PARAMETER 4A&SA 4B Simultaneous Norie "ENA "

SYSTEM: Containment Isolatior 30 Min. 30 Days (Section 3.2.i) (Ap D, pp. Test PLANT ID NO.: 1-CV1296 48 1A Simul taneous TEMPERATURE Figure 1A Figure 6B (App. D, pp. 2-CV1296 Ter.t (Figure Q6.4-5) 3-8) (Note K) COMPONENT: Limit Switches 4B Simultaneous PRESStlRE Figure 2A Figure 7B (App. D, pp. Test IA MANUFACTURER: NAMCO (Figure 14.3.4-f )3-8) None (Note K) MODEL NO.: EA180-ll302 4B Note 2 (App. D, pp. Simultaneous None RELATIVE 100% 1902 lillMIDl IY 3-8) Test (Note K) IUNCTION: Valve Position Indication la B0 ,Na01 ll3 3 4B Simultaneous None H3B0 -Na0ll 3 CllEMICAL S (p. 6.4-15) (p. 8) Test Solution Na2 203 ACCURACY: fl/A 3ppny pil: 7.9 - Solution 10.0 !!!h l0.0-ll. 9. _._. None 1A 4B Sequential 2.30 x 7,04 x jo8 SERVICE: Auxiliary Charging ggnigyion Line Containment Isolation 106 Rads p,nis (ligure 06.4-4) (P. 4) Test Valves 4B None 40 Years 7 Years lA (Revision dated Sequential (Note L) LOCATION: Containment Ang ele

8' Elevation (PP. 4.1-11&l3) Feb. 27, 1980)

Test None FLOOD LEVEL ELEV. l_4'10_" SUBMERGENCE Note 3 AB0VE FLOOD LEVEL NO Novi al 1.u ho<l :. hee t fo r no l c"..

FACILITY: Point Beach fluclear Plant eh.1 UtilT: 1 and 2 DOCr.ET : 50-266 and 50-301 SYSTEM C0f1PONEllT EVAltlATION WORK SilEET I OTiGH-lENTAT10fl REFEREllCES (See Attached Sheets) ENVIRONf1ENT QUALIFICATION OUTSTANDlHG Equipment Description SP Cl I-y SPECIFICATI0ft QUALIFICATION METil0D ITEMS-PARAMETER RA IN TIME SYSTEM: Containment Isolatior 30 Min. 30 Days (Section 3.2.1) (App. D, pp. Test 3-10) PLAriT ID NO.: 1-HV3200C 2-liv 3200C TEf1PERATURE Figure 1A Figure 6B 1A 4B Simultaneous None (Figure Q6.4-5) (app. D, pp. Tast 3-8) (Note 4 C0f1P0flENT: Limit Switches PRESSURE 1A 4B Simultaneous None MANUFACTURER: NAMCO Figure 2A Figure 7B (Figure 14.3.4-8) 3-8) (Note K) (App. D, pp. Test 110 DEL NO. : EA180-11302 4g RELATIVE Simu s : sneous fione tillfilDlIY 100% 100% Note 2 (App. D, pp. Test (flote K) 3-8) futiCT 10ft: Valve Position Indication 80 -Na0ll ll3B03-Na0ll 4B Simultaneous None 13 3 CllEf tICAL Solution Na25 02 lA (p. 8) Test ACCURACY: N/A Sppgy 2 pli: 7.9-Solution (P. 6.4-15) ._ _ _.l.0. 0__ pji:.l.0. 0-11._Q _ 2.30 x 2.04 x 10 s lA 4B Sequential None f SEltVICE : Radiation Monitorin i ItADIATION Line Containment Isolation 106 Rads Rads (Figure 06.4-4) (p. 4) Test Valtres 48 Sequential 40 Years 7 Years lA None LOCATI0fi: Containment Angt;c Test 66' Elevation (pp. 4.1-11&13) (Revision dat.ed (flote L) Feb. _PL_.l.18.0) FLOOD LEVEL ELEV. _14_'10" SUBMERGENCE Note 1 tione AB0VE FLOOD LEVEL YES See al.l.u in'al !. heel. foe' not es.

.-6 FACILITY: Point Beach fluclear Plant Rev. 1 Ulli T: 1 and 2 00Crt. : 50-266 and 50-301 SYSTEM COMPONLili EVALUATION W0itK SilEET 00TITMENTAT10N REFEREllCES EllVIR0flMr.NT (See Attached Sheets) QUALIFICATI0ft OUTSTANDING Equipment Description SPECIFI-QUAL ITT-PARAMETER SPECIFICATION QUALIFICATION METil0D ITEMS CATI 0ri CAT 10!1 OPERATING TIME &SA ultaneous None SYSTEM: Containment Isolaticii 30 Min. 30 Days g g 3.2.1) hA l D pp. PLANT ID fl0.: 1-HV3213, 3245 48 Simultaneous None 2-HV3213, 3245 TEMPERATURE Figure 1A Figure 6B lA ( App. D,' pp. Test (Note K) (Figure 06.4-5) 3-8) COMPONENT: Limit Switches Simultaneous None MAllVFACTURER: NAMCO Figure ?A Figure 78 1A (App D; pp, Test (Note K) (Figure 14.3.4-0 ) 3-8) MODEL (10.: EA180-11302 - _ __.. I. 4g Simultaneous None REl.ArlVE 100% 100% Note 2 (App. D, pp. Test (flote K) litil11 DilY 3-8) FUNCTION: Valve Position Indication ll38 0 -fla0ll 3 ll B0 -Na0N lA 3 3 CIHit CAL Solut n S 3 (p. 6.4-15) (p,g ACCUltACY: il/A 10.0 1111: 1 0. 0.- l.1 0 SERVICE: Containment Purge 2.30 x 2.04 x 108 IA 4B Sequential None g g g,gg 106 Rads Rads (Figure Q6.4-4) (p. 4) Test Supply & Exhaust Containment Isolation Valves LOCATION: Containment 40 Years 7 Years lA 48 Sequential Ncne A I" 100' Elevation (pp. 4.1-ll&l3) (Revision dated Test (Note L) Feb. 27, 1980) FLOOD LEVEL ELEV. 14'10" SUBMERGEllCE Note 1 None AB0VE FLOOD LEVEL YES See all.n heil sheci. for uoles.

FACILITY: Point Beach Nuclear Plant ~ ""* I UillT: 1 and 2 DOCVET: 50-266 and 50-301 SYSTEM COMP 0NEf1T EVAlUATIOrt WORK SilEET DOCUMEliTAflull REFEREllCES Equipment Description SPECIfi-QlIAEIFI-__ (_SeeAttachedSheets) QUALIFICAT10:1 OUTSTANDING ENVIR0flMENT PAPAMETER SPECIFICATI0tl QUAlIFlCATION METil0D ITEMS CATIOrt CATION 4A N ATING TIME SYSTEM: Auxiliary Feedwater 1 Day 1 Day (Section 4.8) 9B (Sheet A) Simultaneous flotes 8 D, 5A Test &G (Section 4.9) PLANT ID NO.: LT-4025&4031 3A TEMPERATURE Figure 8A Figure 12B 98 (Sheet A) Simultaneous Notes B, D, 1A Test &G (Section 14.2.5) COMP 0rlEllT : Level Transmitters NhesB,0, MArlUFACTURER: Foxboro PRESSURE Figure 9A Figure 13B 9B (Sheet A) Simultaneous (Section 14.2.5) Test MODEL NO.: 613DM RELATIVE 100% 100% Note 2 98 (Sheet A) Simultaneous Notes B, D, IluillDilY Test &G Fl!NCTI0ft: Liquid level Measureiaent CllEMICAL ACCURACY: .spuny Note 1 None Spec: ~~<+19% Demon: 14.2 % to -0.1% ~ ~~ SERVICE: Condensate Storage N te 1 RADIAI10N flone Tank LOCATION: Turbine Building 40 Years lA Engineering Note G 26' Elevation (pp. 4.1-11&l3) Analysis ggg ggg Condensate Storage ~~~ ~ Tank Area FLOOD LEVEL ELEV. _ g g SUBMERGENCE tiote 1 None AB0VE FLOOD LEVEL YES See. al1.uhed.hiil for no t s'.

" ~ FACILITY: Point Deach huclear Plant Utill: 1 and 2 RO V-3 00CrET: 50-266 and 50-301 SYSTEM COMPullElli EVAltlATION WORK SilEET liOClillEril ATION REFERENCES ~ Equipment Description SI I 0 __ (See Attached Sheets) ENVIRONMErlT QUALIFICAT10t4 OUTSTAriDING PARAMETER SPECIFICAT10tl QUAllFICATION HETil0D ITEMS SYSTEM: Generic 1 Year 1 Year (Table Q6.4-1) 6B Engineering None (pp. 383, 398, & Analysis 401) PLANT ID NO.: N/A TEMPERATURE Note 1 None COMPONENT : Grease PRESSURE MAtlVFACTURER: American Oil Note 1 None MODEL NO.: Amolith #2 6A RE T E l00% 100% flote 2 ,g y lione FUNCTI0ti: Motor Bearing (pp. 383. 398, & Lubricant

-401-}-

" l' I ~~~~ ~~~~ ~~~~ ~~~~ ACCURACY: N/A

1. Engineeriiuj 7

2 0 SERVICE: Various Pump Motors 6. X 106 1.0X10 is AD ATION

EIEUCll Tests 401-F-lA 20B Engineering LOCAT10ti:

AGING 40 Years 1 Year (pp. 4.1-11&l3) 16B Analysis ( o e M) Outside Containment (pp. 383, 398, & 401') SullMERGENCE Note 1 NU"O FLOOD LEVEL ELEV..N/A_ AB0VE FtP.00 LEVEL Yes see attar.hed sheet for notes.

FACILITY: Point Bea#ch Nuclear Plaat XI. - 2 UtilT: 1 and 2- !M DOCI'ET : 50-266 and 50-301' SYSTEM,cor1PopErlT, E.VAJ.UA. TION HORJ( SH_r,E_T. DOCulIEllTAIl0N REFERErlCES EllV IROll_ MENT PARAMETER ~ (SeeAttachiSheets) - QUALIFICATION OUTSTANDING Equipment. Description SPECIFICAT10ft QUALIFICA.10N METil0D ITEMS C 1 SYSTEM: Generic OPERATING TIME 1 Year 1 year lA 203 (Table Q6.4-1) 16B Engineering fione (pp. 383, 398, & Analysis PLANT ID NO.: N/A 401) TEMPERATURE Figure 4A . Figure 10 3A 18

1. Simultaneoas 1A (Vol. 1, p. D-10 )

Test tione C0f1PONENT: Grease (Section 14.2.5!

2. Engineerioc(Note H'i Analysis If4.3.4-8)(Vol.

, p. D-10 )SI*"I dneous None MANUFACTURER: American Oil PRESSURE Figure 2A Figure 2B s H0 DEL flu.: Amolith #1EP RELATIVE 100% 100% 6A 1B Simultaneous IturtlDITY Test. None filflCTION: Valve Motor fl01E 2 (Vol. 1, p. D-1 16B Operator Lubricant __ -{prl5) ACCURACY: N/A Cil[HICAL "38 0 -fla 0ll 1A 1B

1. Simultaneo ulone uti n f

pgf (p. 6.4-15) (Vol. I D-8 SENAY n pH : Analysis _ SERVICE: Valve Motor 2.30 x 106 1.0X10 1A 20B Sequential Operators and Limit Switch RADIATION " "U Rads Rads (Fig. Q6.4-4) 16B (p. 2) Test Assemblies 2X107 Rads 20B LOCATION: 40 Years 1 Year lA Engineering None A IN6 16B Inside and Outside (pp. 4.1-11&l3) (pp. 383, 398, 8 Analysis (flote M) Containmen t 49;p__ TLOOD 1.EVEL ELEV. 14'10" SUBMERGENCE Note 1 None (Containment) Al!0VE FLOOD LEVEL YES See attached sheet for notes.

XI. - 3 FACILITY: Point Beach Nuclear Plant Rev. 1 UillT: 1 and 2 DOCrET: 50-266 and 50-301 S.YSTIft, C0!!P0rlENT..EVAI.llAT10N WORK. SilEET. DOCUMEllTATION RiTElifilCES (See Attached Sheets) QUALIFICATION OUTSTAllDING EllVIRONMENT Equipment Description SPECIF1-QUAllTI_- , PARAMETER SPECIFICATION QUAllflCATION Melit 0D ITEMS CATIOli CATION 1 Year ^ SYSTEM: Generic OPERATING TIME 1 Year Engineering .None (a Q6.4-1) Analysis (pp. 383, 398, & 401) PLANT ID NO.: N/A

1. Simultanecms TEMPERATURE Figure 4A Figure 1B 3A 1B Test alone IA (Vol. I, p. 0-10 12.

i imj (Note H) COMPONENT: Grease (Section 14.2.5 t IB PRESSURE Figure 2A Figure 2B (Fig. .3.4-8) (Vol. I, p. D-10 hi*" neous None MANUFACTURER: Mobil Oil ,3 t MODEL NO.:

28 6A IB Simultaneous RELATIVE 100%

100% Note 2 None lHIMI DITY (Vol. 1, p. D-1) Test 16B FUNCTION: Motor Operated { p.-15)-- Valve, Geared Limit Switches 1 B0 -Na0H ll B0 -Na0H IB

1. Simultanec;us Lubricant CllEMICAL 3 3 3 3 1A None Solution SoTution (Vol. I, pp. D-8 Test ACCURACY:

N/A 3ppgy (p 6*4-15) & 10)

2. Engineerim) ill: 7.9-pil:

7.85 -. 10,0.___ _ _ _ Analysis. fffect E 21B SERVICE: Motor Operated RAhlATION ads (Fig. .4-4) Tests Valve hotors LOCATION: AGING 40 Years 1 Year lA Engineering !!one Inside and Outside (pp. 4.1-11&l3) Analysis (Note M) (p. 383, 398, 2 Containment ~ ~ ~ 40T7-None FLOOD LEVEL ELEV.1.4,'10" SUBMERGENCE Note 1 ABOVE FLOOD 1. EVE h. _._ __ See attached sheet for notes.

XI" - 4 FACILITY: Point Beach fluclear Plant Rev. 3 UNIT: l&2 00CrET: 50-266 & 50-301 SYSTF,M, COMPONFilT. FVALUAT ION _ WORK, Silf ET. 0000l1ENIAT10N REFETtEtiCES Equipment Description SPECIFI-QUAEIIT-(See Attached Sheets) F_flV IR0flMENT QUALIFICATION OUTSTANDING PARAMETER SPECIFICATION QUALIFICATION METHOD ITEMS CAT 1.0N CATION 20B OPERAflNG TIME ng neering SYSTEM: Generic 1 Year 1 Year lA 168 Analysis None-(Table Q6.4-1) (Pp. 383, 398, & 401) PLANT ID NO.- N/A TEMPERATilRE Note 1 ~~~----- None COMPONENT: Oil PRESSURE None.4 -~~---~~ MANUFACTURER: American Oil Note !

~~---

MODEL NO.: Rykon Industrial ~ 20B Engin~eering N ""

15 RELATIVE 100%

100% 6A 168 Analysis NOTE 2 (pp. 383, 398, & FUNCTIONE' ump and Motor 401) Bearing Lubricant ACCURACY: N/A

" Al flone Note I

~ ~~

1. Engineerin j 7

6.27 X 106 1.0 X 10 2A Analysis None SERVICE: Various Pumps itADIATION And Motors Rads Rads

2. Separate (PP. 383, 398., &

F f fcct.s..le tis M_ Engineering None Outside Containment ' Table Q6.4-1) Analysis (Note H) LOCATION: 1 Year 1 Year iA AGING FLOOD LEVEL ELEV. n/L SUBMERGENCE Note 1 None ABOVE FLOOD LEVEL Yes See attached sheet for notes. a ~-

XI. - 5 FACILITY: Joint Beach Nuclear Plant Rev.3 UlllT: I and 2 I)DCI'L T : 50-266 and 50-301 SYSTfit COMPONI NI, FVAl(IAllull W0lW. Silf f T. DOCUi1ENTAT10fl REFEltENCES EllVIRONilElli (See Attached Sheets) QUAllf(f*c.10N OUTSTANDING Equipn.ent Description SPECIFI-QlTAllFI-PARAMETER SPECIFICATI0ft QUAllFICAT10ft HET +0 ITEMS CATION CATI 0ft

1. Sinluitanec us OPEPf"ING TIME 1 Year lA 228 Test None SYSTEM:

Generic 1 Year (Table Q6.4-1) (Note B)

2. Engineerir g Analysis PLANT ID fl0.: N/A TEMPERATURE Figure 1A Figure 16B 1A 228 Simultaneous None (Figure Q6.4-5)

(Note B) Test COMPONENT: 600 Volt AC Power Cable PRESSURE IA Simultaneous None MANUFACTURER: Kerite Figure 2A Figure 178 (Figure 14.3.4-3) 228 Test (Note B) MODEL NO. : 600 V. IITK-Insulated, FR-Jacketed RELATIVE 100% 100% Note 2 22B Simultaneous None . Power Cable iluillulTY (tiate B) Test FUNCTI0rl: Electrical Conductor ~ CHEMICAL ACCURACY: N/A o uti o ti lA 22B Simultaneous None SPRAY pil: 7.9-(p. 6.4-15) (Note B) Test 10.0 _ SERVICE: 480-V Electrical 1.45 x 2.0X108 lA 22B Sequential None RADIATION Power Distribution 108 Rads Rads (Fig. Q6.4-4) (Note B) Test LOCATION: AGING 40 Years 40 Years lA 22B Sequential None Containment (pp,4.1-11&l3) (Note B) Test Above 16' Elevation None FLOOD LEVEL ELEV. ]4' 10" SbilMERGENCE flote 1 ABOVE FLOOD LEVEL YES See attached sheet for notes.

XI * - 0 ' FACILITY: Point Beach fluclear Plant Rev. 3 UtilT: I and 2 IX1tJI I: 50-266 and 50-301 S.YSil ti 00:1.I'Orif fit, lyAI.U.AT,10tl,W0ltK. S,IIEE T. DOCUffEtiTATION REIEREflCES J ee Attache _d_ Sheets) QUAllFICATION OUTSTAN0lilG S ENVIRONTIENT Equipment Description SPEC I-0 SPECIFICAT IOil QUALIFICATION MEll10D I' EMS PARAMETER 0

1. Simultaneous SYSTEM: Generic OPEl. STING TIME 1 Year 1 Year lA 22B Test None (Table Q6.4-1)

(flote B)

2. Engineerity Analysis PLANT ID NO.:

fl/A TEMPERATURE Figure 4A Figure 16B 3A 22B Simultaneou3 None (Note 2) 1A (Note B) Test ection R2.5' COMP 0flENT: 600 Volt AC Power Cable PRESSURE Fi'gure 7A Figure 17B 3A 22B Simultaneous None IMNUFACTURER: Kerite (Note 2) 1A (Note B) Test (Section 14.2.5 i MODEL NO.: 600 V. IITK- ~-- ~ ~ Insulated, FR-Jacketed Ri~l. AT I VE 1001 100% 6A 22B Simultaneous flone Power Cable Illittl D11Y N0lE 2 (Note B) . Test l'UNC110ll: Electrical Conductor C11111 CAL ACCURACY: N/A Me1 8 6 2.0X10 2A 228 Sequential Mone 6a55 X 10 SERVICE: 480 V Electrical RADIATION Power Distribution Rads Rads (Note 2) (Note B) Test lA 22B Sequential flone IOCATION: AGING 40 Years 40 Years (pp,4.1-11&l3) (Note B) Test Outside Containment i FLOOD LEVEL ELEV. N/A SUBMERGENCE Note 1 ABOVE FLOOD LEVEL Yes See.il l.n lmil *.imel. for noi m.

loCrLT: 50-266 and 50-301 SYSTLH COMP 0fifflT EVAltlATIOft W0ttK SilIEI DOClif1EllTATINT.. :FEREllCES Equipment Descripti " bI' i-QU (See Attached Sheets) E]IVIR0fif tErli QUALIFICATION OUTSTANDING PARAMET ER SPEC 1FICAT10fl QUALIFICATI0fl 11ETii0D 1TEMS C l C

1. Simultaneous

^ '" 228 Tesp Hone . SYSTEM: Generic l Year 1 Year (Table Q6.4-1)

2. Engineering (Note B)

Analysis PLAtlT ID NO.: N/A TEMPERATURE Figure lA Figure 188 lA 228 Simultaneous None (Figure Q6.4-5) (Note B) Test COMPONENT: 600 Volt Control Fable PRESSURE 1A MANUFACTURER: Kerite Figure 2A Figure 190 (Figure 14.3.4-1) 22B Simultaneous .flone (Note B) Test H0 DEL NO.: 600 V. FR-Insulated, FR-Jacketed RELATIVE

. Control Cable lluf1IDITY 100%

100% Note 2 22B Simultaneous tione FUNCT10ft: Electrical (Note B) Test Conductor H 80 -Na0H H B0 -Na0ll 22B Simultaneous 3 3 ClfE AL 5olution holhtion (il te B) Test frone ACCURACY:ft/A 5 (p. 6 -15) pH: 7.9-

10. 0__

b SERVICE: Electrical Control 1.45 x 1.75 x 10 1A 22B Sequential Hone ^ '^ ' " Distribution 108 Rads Rads (rig.Q6.4-4) (flote B) Test LOCATION: IA AGillG 40 Years 40 Years 22B Sequential None Containment (pp. 4.1-11&l3) (flote B) Test 4 Above 16' Elevation FLOOD LEVEL ELEV. L4'10" SUBMERCENCE Note 1 AB0VE FLOOD LEVEL YES -ce attached sheet for notes.

~ Rev. 3 UillT: 1 and 2 .DOCrCT: 50-266 and 50-301 SYSTEf1 Corli'OrlENT LVT 'IRTION WORK SilECT 00Rj1ENTAT10N REFEREllCES EllVIR0tiftEllT (See Attached Slieets) QUALIFICAT10tl OUTSTANDING Equipment Description lSPECIF1-QUAL. ll- . l PARAMETER SPECIFICAT10ft QUALIFICATION 11ETil0D ITEMS CA110ft CATI 0ff

1. Simultaneous SYSTEM: Generic OPEPATING TIME 1 Year 1 Year lA 228 Test (Table Q6.4-1)

(Note B)

2. Engineeri: ) None 1

Analysis PLANT ID NO.: N/A TEMPERATURE Figure 4A Figure 18B 3A 22B Simultaneous .None (flote 2) lA (Note B) Test Note H COMP 0rlEtiT: 600 Volt Control (Section 14.2.5 l Cable PRESSURE Figure 7A Figure 19fJ 3A 22B Simultaneous HANUFACTURER: Kerite (Note 2) 1A (Note B) Test ignel" N (Section 14.2.5 ) g, v ' MODEL tl0. : 600 V. FR' 6A Insulated, FR.hciceted REl.ATIVE 22B Simultaneous oCratrol Cable lluf11 DITY 100% 100% Note 2 (flote B) Test tione JflCTION: Ele.trical Ct.. ;g. t o r ACCURACY: N/A if Note 1 8 6.56 X 1.75x10 2A 22B Sequential None SERVICE: Electrical Control RADIAT10fl Rads Rads (Note 2) (Note B) Test Distribution LOCATION: AGING 40 Years 40 Years lA 22B Sequential None Outside Containment (PP 4.1-11813) (Note B) Test FLOOD LEVEL ELE \\. N/A SUBMERGENCE Note 1 ABOVE FLOOD 1.EVEL Yes

..----.L--------

~ ~ ~-

Sen a L!,is hed :.licel for sto te"..

UtilT: 1 and 2 DOCKET: 50-266 and 50-301 SYSTEM COMPONENT EVALVATIOff WORK SilECT 00CUf1EllTAT10ft REFERENCES EllVIR0flMErlT Equipment Description 0 (See Attached Sheets) QUAllflCATI0ft OUTSTAN0lfiG PARAMETER SPECIFICATI0ff QUALIFICATION METil0D ITEMS

1. Simultaneous SYSTEM: Generic RATING U ME 1 Year 1 Year (Tabl Q6.4-1)

(Table I) 2. neering None (p. 8 B-6) An hsis PLAtlT ID NO.: N/A TEMPERATURE Note 1 flone C011PONENT: 5,000 Volt AC Power Cable MAllufACTURER: Okonite N ne MODEL fl0. : Okonex - Insul6ted ~~ ~ Okoprene Jacketed S KV Power RELATIVE 100% 100%

1. Simultaneous.done Note 2 24B Test HUMlH lY ruflCT10ft: Electrical (Table IX)

2. E i

ing Conductor ACCURACY: N/A Cl AL Note 1 None 6 6 l'. Ti'niu~1raneoas '~ SERVICE: 4160 V. Electrical Power Distribution RADIATION lta s ik ^ est None (Ta t XI)

2. Engineerino (Fig.-C

-& -E j,--hhiift'nch ~ s LOCATION-1A 21B Test A 40 Years 40 Years Outside Containment i (pp. 4.1-11&13) (Table II)

2. Engineering flone

- (p-B: B:6) FLOOD LEVEL ELEV. N/A SUBMERGErlCE Note 1 None AB0VE FLOOD LEVEL Yes See attached sheet for notes.

.. - a ae m ee e e con Ull!T: 1 and 2 XI. - 10 Rev. 3 00CrE T: 50-266 and 50-301 SYSTEM C0f1P0f4Ef4T EVALUATION WORK SilEri DOCUI'iEhTATIOff REFERENCES EllVIRONMENT Equipment Description (See Attached Sheets) PARAMETER SEECIII-QUAL FICAT10fl OUTSTANDIflG CATIOff CATION SI'ECIFICAT 10ft QUALIFICATION METHOD ITEf ts SYSTEM: Generic OPERATillG Tif1E 258

1. Simultanco is 1 Year 1 Year ITabl Q6 4-1) 9"""

b 24B

2. Engineerin j PLANT ID #10.:

(Table II) Analysis gjg TEMPERATURE Figure lh Figure 21 IA COMPONENT: h (Figure Q6.4-5) 25B Simultaneous Instrumentation (Figure 1) Test None Cable MANUFACTURER: Okonite PRESSURE Figure 2A Figure 21l1(Figur 14.3.4-1)(Figure 1) Terc None MODEL !!0.: Okotherm -Insulated Okoseal-Jacketed, Twisted, RELATIVE Shielded Pair lluf t!DITY 100% 100% Note 2 (Figure 1) Test None 25B Simultaneous FUNCTION: Electrical Conductor. H80-fja0H H 803,NA0H ACCURACY-N/A CHEF 1ICAL 3 3 3 SPRAY S u on Solu 1A 258 , Simultaneous g 3(. 6.4-15) (pp. 3-1, 3-3) Test None

10. Q.___ M X M_

SERVICE: Instrumentation 1.45 x 108 RADIATION A 25B (p. 1-1)

1. Simultaneo is Signal Distribution Rads Rads (Fig. Q6.4-4) 248 (Table 1) 2.Eng{ineerinj Tes None LOCATION:

Anal.ysis._.. Containmen t AGING 1A 25B (p. 1-1)

1. Sequential 40 Years 40 Years (pp. 4,1_11313) 248 (Table II)

Test Nene Above 15 Elevation 268 (p. B-ll)

2. Engine 2rin]

Analysis-FLOOD. LEVEL ELEV. 14'10" SUBMLRGENCE Note 1 AB0VE FLOOD LEVEL YES None See attached sheet fnr notes.

FACILITY: Point Beach Nuclear Plant XI. - ll UNIT: 1 and 2 Rev. 3 DOCVET: 50-266 and 50-301 S.YSTEll_,COMPONEN T.EVftl.IIAT ION. WOR _K SilEET, 00Cl#4EllTAT10ft REl ElifflCES ENVI_R0f!1EllT (SeeAttachedSheets,) Equipment Description SI I~ Ot Q _- QUAllFICATION OUTSTAfiDING I PARA!4ETER SPECIFICAT10fl QUALIFICATION HET1100 ITEMS p; g 258

1. Simultaneous SYSTEM: Generic OPERATillG TIliE 1 Year 1 Year (Tabl Q6.4-1)

(Figure 1) Test None 24B

2. Engineering (Table II)

Analysis PLANT ID fl0.: N/A lEMPERATURE Figure 4A Figure 211 3A 25B Simultaneous (Note 2) lA (Figure 1) Test None C0ftPONENT: Instrumentation (Section 14.2.5 i Cable PRESSURE Figure 7A Figure 211 3A 25B Simultaneous MAllUFACTURER: Okonite (flote 2) 1A (Figure 1) Test Mone (Section 14.2.5 1 MODEL fl0. : Okotherm-Insulated Okoseal-Jacketed, Twisted RELATIVE 100% 100% 6A 25B Simultaneous Shielded Pair lluf110lTY NOTE 2 o (Figure 1) Ten None FUtiCTION: Electrical Conductor CllEli AL Note 1 ACCURACY: N/A None 25B

1. Simultaneous SE,RVICE: Instrumenta tion 6

8 Signal Distribution ADIATI0il 6.56X10 2.10X10 2A (p. 1-1) Test None Rads Rads 24B

2. Engineerin i

_(Iablel) _ __Ana. lysis 258 (p. 1-1)

1. Sequential LOCATION:

AGillG 40 Years 40 Years lA 248 (Table II) Test flone Outside Containment (pp. 4.1-11&l3) 268 (p. B-ll)

2. Engineering Analysis--

FLOOD LEVEL ELE'I. N/A SilBilERGENCE flote 1 None All0VE F1000 LEVEL Yes ~ See attached sheet for notes.

. n u - a c n u _ ,,_e, o u,a as. a w UrtlT: 1 and 2 Rev. 3 00CrET: 50-266 and 50-301 S.YSTffl COMf0ftfNT, EJAL,IIAT IOf( W0ly: SHr.ET i DUCUllEtliAIIOrt REIERENCES EllVIR0flMENT (SeeAttachedSheets) Equipment Description SPECifl-OlIAEIFT-QUALIFICATION OUTSTANDING PARAMETER SPECiflCAT10N QUAllflCATION 11ETH00 ITEMS' CAT 10tl CAT I0tl SYSTEM: Generic OPERATING TIME 1 Year 1 Year la 14B (Table Q6.4-1) Engineering ISB Analysis None PLAtlT 10 NO.: N/A TEMPERATURE Figure 1A Figure 1A 14B Simultaneous 14B (Fig. Q6.4-5) (pp. 13 & 15) Test COMPONENT: Instrumentation Cable None PRESSURE lA MANUFAC1DRER: Boston Figure 2A Figure Insulated Wire & Cable 14B (Fig. 14.3.4-8) 148 Simultaneous fl0 DEL NO. : Bostrad7 (pp. 13 & 15) Test None

Twisted, Shielded Pair RELATIVE 100%

100% Note 2 14B Simultaneous llUMIDilY FUNCTI0rl: Electrical (pp. 13 & 15) Test None Conductor 1 B0 -Na0ll H B0 -Na0ll 3 3 3 Shlution t;/A - ghAl ACCURACY: Solution (p. 6. -15) ISB Simultaneous pil: 7.9-pH: 9.0-(p. i) Test None 10.0 10.0 SERVICE: Instrumentation 1.45 x 108 1.50 X 108 1A ISB Sequential Signal Distribution RADIATION Rads Rads (Fig.Q6.4-4) (p. 16) Test flone

1. Sequential LOCAT 10ti:

AGING 40 Years 40 Years I^ 14B Test Containment (PP 4 I-II&l3) (pp. 1 & 8 ) 2. Engineeriot Above 15' Elevation --._ Ana l ys1 s __ Joy FLOOD LEVEL ELEV. M']p" SUBMERGENCE Note 1 N "* AB0VE FLOOD LEVEL YES N .it I.it heil !.In s!L for notes.

FACitlTY: Po, int Beach Nuclear Plant I VillT : 1 and 2 Re'v. 3 imCrET: 50-266and50-3g1 S.YSTEH, COMP 0flErli EVALUAT IOff WORK Sli((T, 00C0MEllTAT10N litf EREriCES filVIRON!:ENT i Equipment Description (SeeAttacned_ Sheets) PARAMETER O QUALIFICATION OUTSTANDING SPEClflCATION QUALIFICATI0fl METil0D ITElIS C 1 f fl 14B Engineering SYSTEM: Generic OPERATING TIME ^ 1 Year 1 Year ISB Analysis None Ta Q6.4-1) PLANT ID NO.: N/A TEMPERATURE Figure 4A Figure 3A 148 (Note 2) 14B 1A (pp. 13 & 15) Simultaneous None C0f1P0i.ErlT: Instrumentation (Section 14.2.5; Test Cable MANUFACTURER: Bos to" Insulated Wire & C ble (flote 2) 14B 1A l10 DEL NO. : Bostrad (Section 14.2.5 ' (pp. 13 & 15) Simultaneous None Test 6A Twisted, Shielded itELATIVE 100% 100% flote 2 148 flone Pair HUMIDITY TUNCTI0ft: (pp. 13 & 15) Simultaneous Electrical Co h or ' - ~ ~ ~ ~ ' ~ ~ ~ ~ - ' ' ~ ~- ~ ~~'"' ~~ Test ' ' ' ' ' - ~ ~ ' ' ~ ~ 'M AL ACCURACY: N/A Note 1 l' None SERVICE: Instrumentation 6.9 x 104 1.5 X 108 Signal Distribution RADIATION 2A ISB Sequential Rads Rads (Note 2) (p. 16) Test None 6.56 X 106 LOCATION: I. Sequential ^ Outside Containment AGillG 40 Years 40 Years (pp. 4.1-ll&l3) 14B Test None { p. 1 & 8) ?. Engineering _ Analysis _ FLOOD LEVEL ELEV. N/A SUBMERGENCE Note 1 None ABOVE ft00D LEVEL Yes ._.u..-- See attached sheet for notes.

g ggtp-ll and 2 XI. - 14 DOCr.E T : 50-266 and 50-301 SY, STEM, C0ilP0fl[NT, EVAL.UAT 10tl, WORK. SilEET Rev.3 4

DTICUMEHlATION REffliEilCES ENVIR0riMENT (See A_ttached Slieets) Equipment Description QUALIFICATI0ft OUTSTANDING PARAMETER ~ SPECIFICATION QUAllFICATION METil0D ITEMS 2 58 SYSTEM: Generic OPERATlilG TIME 1 Year 4 Months lA (p. 4 of April Engineering (Table Q6.4-1) 9 leti.er) Analysis Note 0 24B PLANT ID NO.: N/A (Table II) -268--(Ir:- B =Mt-- TEMPERATURE Figure 1A Finure 208 lA 23B (Fig. Q6.4-5) (p.1 of Mar.19 Simultaneous None COMP 0tiElli: 600 Volt Control Letter) Test Cable PRESSURE Figure 2A Figure 208 ja 238 Simultaneous itANUFACTURER: Rome (Fig. 14.3.4-8) (p.1 of Mar. l! Test None letter) MODEL NO. : 600 Volt Control ~ 238 ni 100% 100% Note 2 (p. 1 f Ma r. 19 Simultaneous None furlCTI0ti: Electrical letter) Test Conductor 14B(TableIQ_-- ll B0 -Na0ll 11 80 -tia0ll 3 3 CN(RAY MICAL Solution holtltion ACCURACY: N/A 17B Engineering Hone SI (P' 6 -15) gig 7,g_ pig 7,9 _ (Table 5.4) Analysis 10.0 10.0 8 24B

1. Separate E fects SERVICE: Electrical Control 1.45 x 108 1.

10 IA Distribution HADIAT10ft (Table IV,V,VIII, Test flote 0 Rads S (Fig. Q6.4-4) IX,&XI)

2. Engineerin i 2 36.

.- Ana lys.is... lA (p.20f Apr.9 letter) LOCATI0ft: 40 Years 40 Years (pp,4.1-ll&l3) 248 (Table II) Engineering None AGING Containnent Above 15' Elevation 238 Analysis (p.4of Apr. 9-.lette r-)- 26B (p. B-ll) FLOOD LEVEL ELEV.14'10" SUBMERGENCE Note 1 ABOVE FLOOD LEVEL YES See attachest slicet for notes.

FACILITY: Point Beach Nuclear Plant XI. - 15 UtilT: 1 and 2 Rev. 3 DOCrfi: 50-266 and 50-301 S.Y_STEf t. COMi'Oril. fit _LVAI UAT ION WoltK SilEET DOClif1EllTAT10ft REFEREllCES ErlVIRONMErli (See Attached Sheets) QUALIFICATION OUTSTANDING Equipment Description SPEClfi-OIIAUTI~~ PARAMETER SPECIFICATION QUAllflCATION 11ETil0D ITEllS CATI 0rl CATI 0rt OPERATING TIME (Tabl Q6.4-1) (p.40f A r.19 let ter) SYSTEM: Generic 1 Year 1 Year 24B Engineering None (Table II) Analysis PLANT ID NO.: N/A 263__(pmB-ll) TEMPERATURE Figure 4A Figure 20B 3A 23B 3t fione (Note 2) lA (p.lof Mar.19 Mn1 (N te H) COMPONENT: 600 Volt Control (Section 14.2.5 ) letter)

[s Cable Figure SA Figure 208 3A 23B MAllVFACTURER: Rome (Note 2) 1A (p.lof Mar 19 S multaneous hone (Section 14.2.5 )

letter) Test MODEL NO. : 600 Volt Control ~ 6A Cable RELATIVE 100% 100% Note 2 23B Simultaneous None IlUMIDITY (p.lof Mar.'i9 Te',t FUNCTION: Electrical l e t.ter) Conductor C AL ACCURACY: N/A Note 1 6 7 2A 248

1. Separate SERVICE: Electrical Control 65 10

) RADIATION b s IV,V,VII I, Effects None Distribution Rads Rads (Note 2) 238 2_ Enginenning Analysis lA (p.20f Apr.9 lette LOCATION: AGING 40 Years 40 Years (pp. 4.1-11&l3) 24B gineering None Outside Containment (Table II) Analysis 23B (p.4of Apr.9 lett er) 26B (p. B-11) i None flote 1 FLOOD LEVEL ELEV. N/A SUBMERGENCE AB0VE FLOOD LEVEL Yes See attache <! sheet for notes.

FACILITY: Point Beach fluclear Plant Uti!T: 1 and 2 XI' - 16 pey. 3 DOCVfT: 50-266 and 50-301 SYSiff t C0f1POHF NT, EVAtllATION, W0ltK SilfEJ, DOCUtitilihil0N REFLTIENCES EllVil10htiElli (SeeAttachedSheets) Equipment Description SPECIF1-OlfAl iFI-QUAll m ATION OUTSTANDING PARAMETER SPECIFICATION QUALIFICATI0ft HET1100 ITEMS CATI 0ri CAT 10tl

1. Simultaneous SYSTEM: Generic OPERATING TIME 1 Year 1 Yer.-

Tes (Table 6.4-1) (Vol. I, p. ".Eng! None 6-14 & Table 14) ineering 118 Analysis PLANT ID NO.: N/A TEMPERATURE Figure 1A Figure 10B (Fig. .4-5) (Vol. I, S"["itaneousNone t COMPONENT: Electrichl Table 10) Cable Splice 1lu 1A IB l'RESSURE Figure 2A Figure 118 (Fig. 14.3.4-8) (Voi. II, None Simultaneous MANUFACTURER: Bechtel/Raychei i Test Table 10) liODEL NO.: Bechtel Dwg. I1R SK-E-165 ItElATIVE 100% 100% Note 2 18 Simul taneous " "" IlUTIIDITY (Vol. II, Tchle Test FUNCTION: Electrical Cable 10) Connection llB i3B0 -fla0ll ll B0 -Na0li 3, 3 3 lA 1B

1. Simultaneous ACCURACY: N/A (p. 6.4-15)

(Vol. II, p. Test None g g p 6-6) 2.Eng' lysis ineering 10.0 _.Ana 1.la 1.45 x 108 2 x 108 1A 1B SERVICE: Various RADIATION Rads Rads (Fig. Q6.4-4) (Vol. II, p. ]t S' "ential flone 6-3)jjg LOCATION: 40 Years 40 Years lA 1B AGING Containment (pp,4.1-11&l3) (Vol. II, p. Sequential None Above 15' Elevation 6-3) 11B _ Test FLOOD LEVEL ELEV.14'10" SUBMERGENCE Note 1 None AB0VE FLLOD LEVEL YES See all.ohmi r. heel. for notes.

..%. cue e s ui4 L 00.rl $ XI. - 17 50 6 and 50-301 S.Y'fif M, ! Of fl'Uffl !4I,,f val.IIAl.10!I WORK. QllEET I DOCliMENIAT10fl REFEREllCES EllVIR0flMElli Equipment Description (SeeAttachedSheets) PARAMETER SPECIF1-QUAEI W QUALIFICATION OUTSTANDING CATIGN CAT 10tl SPECIFICATION QUAliflCATION HETiiOD ITEMS SYSTEM'. Generic OPERATING TIME 1 Year' 1 Year 1A SB 1.Simultaneou (Table Q6.4-1) (Attachment 2, Test None Figure 2)

2. Engineering PLANT ID fl0.: N/A Analysis TEMPERATURE Fig. lA Fig. 8B 1A SB Simultaneous COMPONENT: Electrical (Fig. Q6.4-5)

(Attachment 2, Test None Penetration Assembly Figure 2) MANUFACTURER: PRESSURF Fig. 2A Fig. 9B lA 5B Crouse Hinds / Westinghouse (Fig. 14.3.4-8) (Attachment 2, Simultaneous None Figure 2) Test MODEL NO.: Welded Canister Type itELATIVE 100% 100% Note 2 SB HuniDITY (Attachment 2, Simultaneous None FUNCTION: Containment ~ Figure 2) Test Electrical Cable Penetration 13 0 - Na0ll ll3003-Na0li 1A 6B

1. Sequential 8 3 ACCURACY:

CilEH1 CAL N/A SPnny Solution Solution (p. 6.4-15) (Attachment 1) Test None b0-8 1.45 x 108 2.00 X 10 5B SERVICE. Various 1A Rads Rads 22B

1. Sequential RADIATION None (Fig. Q6.4-4)

(Note B) Analysis 258

2. EngineerinJ

1. 00hN[a~5 LOCAT10ft:

SB lA Containment ^ 'I NI.' 40 Years 40 Years 22B Test tione Above 16' Elevation (pp,4.1-11&l3) (flote B)

2. Engineerin1 25tL

___ Analysis _ FLOOD LEVEL ELEV.14'10" SUBMERGENCE Note 1 N ne AB0VE FLOOD LEVEL YES See at tac hed sheet for notes.

EtCLOSURE 3 E + * -4 e .O e "9 M i i x t f

-.-_ -.. = - Page 1 of 3 ENCLOSURE 3 SPECIFICATION FIGURES lA. Calculated Containment Temperature Transient (PBNP FFDSAR, Figure C.6.4-5) 2A. Containment Pressure Transient (PBNP FFOSAR, Figure 14.3.4-8) 3A. Integrated Gamma Dose Level Inside Containment as a Function of Time After Release (PSNP FFDSAR, Figure Q6.4-4) 4A. Maximum Temperature Transient for Boric Acid Storage Tank Level j Transmitters and AFW Pump Turbine Steam Supply Motor-0perated Valves From a 3" Auxiliary Steam Line Rupture. SA. Maximum Pressure Transient For Boric Acid Storage Tank Level Transmitters and AFW Pump Turbine Steam Supply Motor-0perated Valves From a 3" Auxiliary Steam Line Rupture. l 6A. Maximum Temperature Transient at the Steam Line Pressure Transmitters in the Auxiliary Building Fan Rooms From a 30" Main Steam Line Rupture. 7A. Maximum Pressure Transient at the Steam Line Pressure Transmitters in the Auxiliary Building Fan Rooms From a 30" Main Steam Line Rupture. 8A. thximum Temperature Transient at the Condensate Storage Tank Level Transmitters From a 24" Main Steam Line Rupture, 9A. Maximum Pressure Transient for Condensate Storage Tank Level Transmitters From a 24" Main Steam Line Rupture. ,,~ -,e-, e .ew,

Pags 2 of 3 QUALIFICATION FIGURES 1 18. Temperature Test Environment - Limitorque Valve htor Operator With Class B Insulation (WCAP 7410-L, Volume I, Appendix 0, Figure 3) 2d Schedule of Test Environments - Saturated Steam Pressure Cycle and Limitorque Operation Cycle (WCAP 7410-L, Volume I, Appendix 0, Figure 3) 38. Environmental Test Curves - Containment Fan Motor Insulation (WCAP 9003, Page 14, Figure 6) 4B. Temperature Test Environment - Foxboro Transmitters Models 611GH, .'llGM, 613HM (WCAP 7410-L Volume I, Appendix A, Tables 2 & 4) SB. Pressure Test Environment - Foxboro Transmitters Models 611GH, 611GM, 613HM (WCAP 7410-L, Volume I, Appendix A, Tables 2 & 4) 68. Temperature Test Environment - NAMC0 Limit Switch Model EA '80 (Qualification Reference 4B, Appendix D, pp. 3-8) l 7B. Pressure Test Environment - NAMC0 Limit Switch Model EA-180 (Qualification Reference 48, Appendix D, pp. 3-8) 88. Temperature Test Environment - Crouse Hinds / Westinghouse Welded Canister Electrical Penet"ation Assembly (PEN-ACD-4-72-03, Accident Environment Tes : Report) 4 98. Pressure Test Enviro". men. - Crouse Hinds / Westinghouse Welded Canister Electrical Pene: ration Assembly (PEN-ACD-4-72-03, Accident Environment Test Report) 108. Temperature Test Environment - Bechtel Electrical Cable Splice (WCAP 7410-L, Volume II, Table 10) i 118. Pressure Test Environment - Bechtel Electrical Cable ~ Splice (WCAP 7410-L, Volume II, Table D) 12B. Temperature Test Environment - Foxboro Transmitters Models 611GM and 613HM (WCAP 7354-L, Sheet A) 138. Pressure Test ' Environment - Foxboro Transmitters Models 611GM and 613HM (WCAP 7354-L, Sheet A) 148. Containment Temperature Environmental Test, BIW Part No. 7244-H-002,

16-2 Inside Containment 'nstrument Cable 158.

Containment Pressure Environmental Test, BIW Part No. 7244-H-002,

16-2 Inside Containment Instrument Cable 16B.

Temperature Profile for LOCA Quilification of Kerite 600 Volt HTK-Insulated, FR-Jacketed Power Cable l 178. Pressure Profile for LOCA Qualification of Kerite 600 Volt HTK-l Insulated, FR-Jacketed Power Cable i l l i

Page 3 of 3 QUALIFICATION FIGURES (Continued) 188. Temperature Profile for LOCA Qualification of Xerite 600 Volt FR-Insulated, /R-Jacketed Control Cable 19B. Pressure Profile for LOCA Qualification of Kerite 600 Volt FR-Insulated, FR-Jacketed Control Cable 208. Rome Cable Corporation, Temperature-Pressure Profile for LOCA Testing of Control Cable 21B. Cable Qualification Test Profile for Life, LOCA, and Post-LOCA Simulation

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I d I A T i b I ENCLOSURE 4 i 4 4 7 l J 1 I f f a 4 1 4 ~. -. e

~ y Page 1 of 1 Rev. 3 EQUIPMENT QUALIFICATI0'l PLAN POINT BEACH iUCLEAR PLAtlT All components which do not meet the documentation requirements of of IE Bulletin 79-01B ("00R Guidelines") are being replaced. The replacement components will be qualified to Category I (i.e., IEEE 323-1974) of NUREG-0588. It is our intention to complete the component replace-ments.during the scheduled maintenance outages presently planned for October 1981 for Point Beach Unit 1 and March 1982 for Point Beach Unit 2. This allows time for design, equipment procurement, and planning. The following types of items are scheduled for replacement: 1. Pressure and hfferential pressure transmitters; 2. Solenoid valves; 3. Limit switches (outside containment); 4. Electrical conductor seal assemblies for limit switches (inside containment); 5. Rome electrical cable (inside containment); 6. Electro-pneumatic transducers (diaphragms and seals only); 7. Resistance temperature detectors (0-rings only); and 8. Water level indicators (containment). Th only replacement components which are undergoing environmental j qualification under our direction are the pressure and differential pressure transmitters The replacement transmitters will be Foxboro N-E10 Series transmitters which are being qualified by the Utility Transmitter Qualification Group with Wisconsin Electric Power Company acting as the lead utility. The qualification program will consist of two phases of testing. The Phase I program will test naturally-aged Foxboro transmitters with radiation, + seismic, and LOCA/HELB tescs. The Phase II program will be identical to Phase I except that new transmitters will be artificially aged and then tested as above. The following is the anticipated schedule of the Phase I and 11 qualification programs: Begin Phase I Testing November 1980 Complete Phase I Testing January 1981 Begin Phase II Testing January 1981 Comple tti Phase II Testing October 1981 l The other replacement equipment will be purchased already environmentally-qualified by the vendor. 4 e - + - -, -

DISTRIBUT10ti RE51'OfiSES TO ~ BULLETIti;79-01. E 3 4m w E. Jordan S copies IE FILES 1 copy ~~' NRR(Zoltan Rosztoczy) 1 copy CENTRAL FILES 1 copy PDR 1 co'py LPDR 2 copies NSIC 1 copy ? e o e e 0 l l I e e g w. ,.w. - - - - - - - -}}

ML19339C819

Text

Dear Mr. Keppler:

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