Text

Continental Wire & Cable Co 600 Volt & 1,000 Volt Cables W/Silicone Rubber Installation & Hypalon Jacket
	ML18139C256
Person / Time
Site:	Surry
Issue date:	09/21/1982
From:	; NUS CORP.
To:	;
Shared Package
ML17054D434	List: ML17054D432; ML18130A387; ML18130A389; ML18139C255; ML18139C256; ML18139C257; ML18139C258; ML18139C260; ML18139C261;
References
	QDR-5437-131-01, QDR-5437-131-1, NUDOCS 8303110291
	Download: ML18139C256 (93)
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{{#Wiki_filter:-~* e QDR-5437-131..:.01 QUALIFICATION REVIEW PACKAGE CONTINENTAL WIRE & CABLE COMPANY 600V AND 1000V CABLES / WITH SILICONE RUBBER INSULATION & HYPALON JACKET (SPEC. NO. NUS-326) SURRY UNIT 2 .. 8303110291 830309-.*:"*:,*

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,, ;S10CL.OPPER ROAO

., 'GAITHERSBURG. MARYL.ANO 20878 1301 l 258-6000 e

Mr. A. L. Parrish, III Manager, Multiple Power Projects Virginia Electric and Power Co. P.O. Box 564 Richmond, Virginia 23204 Attention: J.E. Wroniewicz N08.l-V01-413 September 23, 1982 File 4.8

Subject:

Surry Unit 2 Transmittal of Final Rev. 1 of Qualification Review Package

Dear Mr. Parrish:

Transmitted herewith is one (1) copy of the final signed-off Revision No. 1 of the qualification document review package QDR-5437-131-01 Continental Wire & Cable Company 600V and lOOOV Cables with Silicone Rubber Insulation & Hypalon Jacket dated 9/21/82 for* your permanent files. All VEPCO's comments have been resolved and incorporated along with additional NUS com-ments in this revision. Revised sheet numbers are listed in Record of Revisions Table. Our review for the above equipment is complete and the package is closed. The original master file with one additional copy shall be turned over to you at any time you advise. If you have any questions,.please call. cc: N~-- Garg,.. NUS.w/enc.** A. Ballav, NUS w/enc. B. J. Reckman, NUS w/o enc. J. L. Renehan, NUS w/o enc.

s. B. Gerges, NUS w/o enc.

0 A Halliburton Company Very truly yours, N. ~. G "='==7' R. C. Wilson Project Manager \\

TABLE OF CONTENTS Section 1 2 3 4 Qualification Document Review Checklist List of Reference Documents Qualification Report Review Summary Attachment #1 VEPCO Specification No. NUS-326 (For Silicone Rubber Cables) Dated June 20, 1969 Continental Wire & Cable Company Quotations & Correspondence Anaconda Letter with Enclosure dated October 8, 1980 (Reference No. 61) (FIRL Report No. F-C2935 on Continental SI Cables) Dated October 1970 (Reference No. 63) Conclusion Section, Reference Section and Response to 10 Day Letter ILLUSTRATIONS (Section 1) Figure Rev. 1 Dated 9/21/82 QDR-5437-131-01 Page 1 5 8 10 2a 2b 3a 3b 4a 3 Continental Cable and Wire Corporation (Anaconda 14 Company) Qualification Test Sequence Block Diagram 4 DOR Guidelines Block Diagram for Equipment 15 Qualification 30 LOCA/MSLB Temperature Transient 16 30A LOCA/MSLB Pressure Transient 17 Table 1 2 TABLES (Section 1) Special Environmental Requirements Special Requirements Worksheet 6 7 18 NUS CORPORATION

e EQUIPMENT QUALIFICATION 5437-131-01. Revision Number 1 1 RECORD OF REVISIONS Effective Date 9/21/82 9/21/82 Pages Affected 6 12 REVISION 1 Dated 9/21/82 Description of Change See changes as marked* with revision line on right margin NUS CORPORATION

CONTINENTAL WIRE & CABLE COMPANY 600V AND 1000V CABLES WITH SILICONE RUBBER INSULATION & HYPALON JACKET (SPEC. NO. NUS-326) SURRY UNIT 2 QDR-5437-131-01 SECTION il COMPLETE CHECKLIST, FIGURES, & WORKSHEETS NUS CCF!PO~TION

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kV 1 1 t t----+--+--- : Porm QOR-3/01/80 Client ID: Virainia Electric & ?ower Company Plant: Surry Unit 2 Qualification I>oeument R&view Checklist Reviev for: DOR Guidelines IBJ NtJRZG-0588 [] _ _.,J Sheet 1-* QOlt-5437-131-01

l.

Name of the Reviever:

c. J. Endlich Date: 4/6/82 600 and 1000V Cables with Silicone Rubber Insul.

2.

Equipment Covered: & Hypalon Jacket, Manufactured by Continental co.

3.

Equipment Tag No{s).: See Spec. No. NUS-326

4.

Ooes the report address all of the Class I! equipment in this category listed in the master IE equipment list?

s.

Is the report traceable to the plant equipment?

6.

Ooes the report sp,ecify an acceptance criteria for e-quipme~t performance?

7~

Was a base line test done.to estab-lish the reference basis?

8.

00 the maximum and/or accident temperat~re and pressure used in t~e test envelope those for the plant? (Table l)

9.

Are t.'le-rmal aging parameters chosen and used in the test~_supported by ad~quata documentation or references? Note: Aging times less than 100 brs not acceptable.

10.

Is radiation ag~ng addressed? (Test or analysis. If analysis, is adequate documentation provided?)

ll.

Ooes the radiation dose profile, i.e., int*grated dose for normal operations and accident for the plant, fall with-in tbe en7elope used in qualifications? ~= Asterisk, indicates ite2s applicable to DOR guidelines~ YES NO NA X X X X X X X X Page Ref. See Attachment 1 See Attachment 1 See Attachment 1 See Attachment 1 See Figures 3 0 & 30A (Attached) See See Attachment 1 Ref. Documents 61 and 63, Ref., Page 3 Same as item 10

r Rev. 1 Dated 9/21/82 Porm QOR-3/01/80 Client ID: Vir~inia Electric & Power Company 'Plant: S\\.l:::-ry Unit 2

12a.

Does the total integrated dose include Beta radiation?

b.

If not is there an analysis for this?

c.

Is it required?

13.

Was humidity aging considered? (Not required for cables.)

14.

~as vibration (ambient) aging addressed'?

15.

was mechanical and/or electrical cycling acdressed?

16.

Do the OSE test parameters ~eet or exceed those given in t.~e spec-ification? Make a copy of the temperature envelope used in t.~e test and superimpose it on the required enviror.:nental envelope. Assure that deviations between the two are justified in the report.

17.

~oes OSE temperature envelope used in the test contain t.,e dou:le i)eak required by IE.!!-323-74?

is.

Does the OBE qualification include c~emical spray? (Test or a.~alysis)

19.

Does the spray concentration used in tests meet or exceed t~ose to be used for the plant? -

20.

Was the spray testing done while under tbe extremes of pressure and temperature?

21.

Are ~e margins used in DBE test parameters defin~?

22.

Do the margins conform to these requir~ by ~-323-l9i4 and any applicable da~ghter standard for this equipment?

!Yes X

X X X No X X X X X Sheet 2 QOR.-S437-131-01 NA Page Ref. See Attachment 1 X X X See Figures 30&30A (Attached) and X 1see Attachment 1 See Attachment 1 IJ

e Rev. Form QOR-3/~l/80 Client IO: Virqir.ia E:ectric & ?ower Company Plant: s~rry Unit 2

23.

Did the speeification provide the required operating time for the eq>Jipment in t..~e DB! or other specified ha:sh environment?

24.

Does the test operating time under the harsh environment equal or ex=eed that in the equi:;mient soeci!ication? Assure that ade-quate ju,tification is provided for deviation. '*25. '*26.

27.
28.

29.

30.

31.

32.

33.

ooes the s~ecification call out the submergence require~ents if a.ny?

Does the test program include submer-gence tests? If not assume that tbe justificatio~ is provided. Is the accuracy de~onstrated during testing equal to or better than t!'lat S?eeified? Aie the mounting a.nc installation interfaces used in the test config-uration simi:ar to t~ose used in the pla....,t? Was t..~e test measuring ~uipment ('!'ME eali~ration addressed in the report? Ooes it S?ecify that t!le calibration of t~e '!.'ME is tracea!).J.e to hcS or other secondary standards? Was t~e seismic testing/a.~alysis ~one on aged component or equi?ment? Did t!le seismic testing/analysis address effects of age? Ooes t~e seismic test response and/ or criteria ~sed envelo?e the re-quired res?Or.se spectra for the plant? Yes X X } 1 Dated 9/21/82 No X X Sheet 3 QOR-5437-131-01 NA Page Ref. 90 Day Review Worksheet 6-60 See Figures 30 & 30A and Attachmen 1 X X , X X lsee IJ X X X t

Rev._! Dated 9/21/82 l'orm QOR-3/0l/80 Client ID: Virqinia E:ectric & ?ower Com?any Plant: Sur:-y Unit 2

34.

Was the same test specimen subject to the entire test sequence? (In-cluding aging tests? - NOREG OS88)

35.

Compare the block diagram for this report against the one you have pre-pared from you: unde:standing of what test ~~d procedures are required as pe~ !~!-323-1974 and any applicable daughter standard for thi~ equi?ment. Oo vc~ believe the reoort meets the int;nt of these standar~s?

36.

Is the quali!ied life (OL} explicitly stated? Fill this infor~ation in the master IE equipment list.

37.

Do the aging tests/analysis results support the QL conclusion and is adeq~ate doc~roentation provided to support this c~nclusion?

38.

Review the test results on a relative comparison basis (i.e., performance para:ne:ers of the base line tests versus those during the various tests) Was t..~ere any major disc:epancy?

39.

If so, was it satisfactorily explained in the report?

40.

Are maintenance requ~ements and com-ponent replacement intervals specified

41.

Bave you compared maintenance and re-placement requirements to those in the standard instruction/maintenance manuals and identified any special items in Table 2? \\ Yes X X X l Sheet 4 Q'DR -5437 -131-01 No f NA Pac;e Ref. See Ref. No. 63 Figures 1 and 2 (Attached) X Ref. Doc. 61, ~Arrhenius Plot See Attachment l.1 X. X X X 1

\\ e Rev. 1 Dated 9/21/82 Porm QDR-3/01/80 Client ID: Virginia Electric, Power Company Sheet 5 Qt>R-5437-131-01 Plant: Surry Unit 2 List all the reference documents used for this review by their titles and identification no., with their revision level and date.

1)

IE Bulletin No. 79-0lB, January 14, 1980~

2)

VEPCO Specification No. NUS-326, Rev. 1 dated June 20, 1969.

3)

VEPCO 90 day review submittal to NRC dated Aug. 24, 1981.

4)

Environmental Zone description for Surry Power Plant dated Aug. 24, 1981.

5)

Ref. Doc. No. 61: i) Letters, Anaconda Erricsson Inc. to S&W Eng. Corp., Dated 10/8/80, 10/21/80 and 12/10/80 * . ii) Data Sheet on Physical Properties of compound CC-2115, silicon rubber after conditioning simulating a LOCA condition, Rev. 1, 3/28/80. iii) Arrhenius Plot, figure IV, dated 6/30/78.

6)

Ref. Doc. No. 63: Continental Wire and Cable Company, Final Report F-C2935, dated October, 1970 & Addendum to final report F-C2935 (Ref. 1). J

e TABLE 1 Rev. 1 Dated 9/21/82 Sheet_6_ ODR-5437-131-01 Surry Unit 2 Special Environmental Requirements 600V & 1000V Silicone Rubber Continental Cables PARAMETER SPECIFIED OPERATING 120 Days TI.ME Max: 120°F Min: 105°F TEMPERATURE Accdt: 280°F Normal: 9.0-11 psia PRESSURE Accdt: 58.7 psia RELATIVE Oper: N.C.

HUMIDITY Accdt: 100%

Oper: l.3xl0 7Rads RADIATION Accdt: 2.4xl0 7Rads SUBMERGENCE N/R** N.C. = Not calculated

- N/R -

Not Required QUALIFIED I ) 120 Days 298°F Max. 0-50 psig 100% lx10 8 Rads N/R DOCUMENT REFERENCE SPECIFIED QUALIFIED Westinghouse. Ref. Doc. No. Letter No. 61 and QDR NS-SS-79287 S&W Cale. Ref. Doc. No. 12846.44-US 61 and QDR (B)-052-1 I Attachment 1 I As Above I Ref. Document No. 61 Ref. Document As Above No

61 S&W Cale.

Ref. Document 12846.54-RP-No. 61 & 63 038-1 Env. Zone Description Table RC-3A I J

!'orm QOR-3/01/80 Client ID: Virginia ~lectric & Power Company P la.n t: Surry Unit 2 Table 2 Special Reauirements

l.

Maintenance :tequirements/Intervals N/A

2.

Rep:acement Requirements/!ntervals N/A

3.

Storage Requireme~ts* N/A

4.

Installation Requirements* N/A Rev. l Dated 9/21/82 Sheet 7 QDR-S437 - 131-01

Applies to spare parts and replace~ent only for Qper~ting plants.

NUS CCs::::l~~TlCN

e e e Rev.! Dated 9/21/82 l'orm QCR-3/01/80 Sheet 8 Client IO: Virqinia Electric, Po~er Company Pla.nt: S.:.rrt Unit 2 QOR -543i -131-01 QCALIFICATION REPORT R-rv!~*s~.ARY

l.

!qui?ffient Qualitication Reviewed: Test Reports on Silicone Rubber High Temperature Cable, Manufactured by Continental Wire and cable company <Reference Nos, 6J & 63)

2.

Stat~s of Qualification Records: X Records icent if ied (Full/?H-t-i-a-i}, obtai:,ed (Full/~-t-i.aJ), and review (Full/.P-atr-~+a-1-) s;..rr..mar i zed on QDR-3/ O 1-80 f crrns. The following additional documents have been re;ues:ed:

1.

2.

3.

4.

5.

6.

Follol#ing areas/documents require additiona: re,;:ew:

1.

2.

~ 4 *

5.

6.

Ot!'ler comments on status of qualification records:

3.

Status of Qualification ___ x~ !qui?ment qualification meets the DOR guidelines. For additional comments and recommendations, see section 5. Additional evaluation is need~ to justify q,~alifica-tion status. Details of additional evaluation needs attached. Qualifieation tests consistent vith t~e reccm:%:end~tions of ~G-0588 for Category 1 eq,~i?ment should ~e per-formed on the equipment. Nl.. !'5 =~;=,oi:::..Ai)QN

Rev.! Dated 9/21/82 Porm QOR-3/01/80 Sheet 9 CCR-5437- '131-01 Client I~: Vir~i~ia Electric, Power Compa...~y Plant: Surry Unit 2 !quipment should be relocated to an area wbere it will not be exposed to a harsh e!lvironment. Other recommendations:

5.

Pldc it i ona:. Cor..:nen ts /Recorn.il'?,!'l~a tions

1)

In response to the deficiencies listed in NRC's "Ten Day Letter" of April 2, 1981, N08.1-N03-002, Re. Spec. No. NUS-326, the test data show the following: a) QT: 120 days (Question No. 8 of Attach. #1 of this QDR). b) CS: 120 hrs. immersion in.5% boric acid solution (5000 ppm B) at 150°F (Ref. Doc. No. 61, data sheet on silicone rubber and Question 18 of Attachment #1 of this QDR). c) A: 1200 hrs. at_210°C (Ref. Doc. No. 61, Arrhenius Plot, and Question 9 of Attach. #1 of this QDR). d) QM: Type testing and analysis (Ref. Doc. 's 61 & 63; and Attachment #1 of this QDR). e) QI: Qualification Documents were obtained (Ref. Doc. 's 61 and 63).

== Conclusion:== All the deficiencies have been resolved against these cables and NUS finds them quaH.fied.

2)

See Attachment #1 for additional comments. Environmental qualification documents for the e,qui??Cent identi-fied herein have been reviewed and determined tc ~ adequate and auditable. Prepared by:

c.

Certifi&d by: N. A. J. Endlich K. Gar K. Date: Oate: nate: r>ate: 4/6/82 4 /28 /82 7 't/zc}g-z-- 9 /1/82 VEPCO's review and approval of NUS comments and recommendations Date

Rev. l Dated 9/21/82 Sheet 10 QDR-5437-131-01 Surry Unit 2 ATTACHMENT #1 ADDITIONAL INFORMATION/CLASSIFICATIONS/JUSTIFICATIONS Question No. 4 NUS evaluated the test specimen cited in this report against those types of cables used in the plant and determined this report to be adequate in establishing qualification of the following 600V and 1000V cables with silicone rubber (compound CC-2100) insulation and hypalon jacket used in the Surry Plants: 4/0, Insulation Thickness.078, Jacket thickness.060(triplex) lC-1/0, Insulation Thickness.078, Jacket thickness.060 lC-#4, Insulation Thickness.062, Jacket thickness.045 lC-#8, Insulation Thickness.062, Jacket thickness.045 lC-#12, Insulation Thickness.047, Jacket thickness.030 lC-#16, Insulation Thickness.047, Jacket thickness.030 2C-#8, Insulation Thickness.062, Jacket thickness.060 6C-#16, Insulation Thickness.047, Jacket thickness.060 6C-#2-6, Insulation Thickness.078, Jacket thickness.080 6C-#4-8, Insulation Thickness.078, Jacket thickness.080 7C-#12, Insulation Thickness.062, Jacket thickness.080 Question No. 5 NUS compared the insulation systems of the test specimen in the test report versus the insulation system of the cables used in the plant by document research (Ref. Report No. 61) and determined that this report is applicable for establishing qualification status of the cables, cited in Question 4, above. Question No. 6 Satisfactory performance of cables, as specified in the report, is based on:

1.

Demonstration of good physical characteristics such as elongation retention of 50% or better of the original after thermal aging per Ref. Doc. 61.

2.

Acceptable tensile strength (40% of original) after being exposed to harsh environment per Ref. Doc. 61.

3.

Maximum leakage current of 1.3 MA at 2 KV or 3.5 MA at 4 KV and IR value of 53 M ohm minimum (Table 1 of Reference Report #63.) NUS finds these minimum performance criteria acceptable. NUS CORPORATION

e ATTACHMENT #1 Question No. 7 Rev. 1 Dated 9/21/82 Sheet 11 QDR-5437-131-01 Surry Unit 2 The following base line tests were done, as shown in Ref. Doc. No. 61. Tensile strength and elongation Question Nos. 8, 16 & 24 i) FIRL conducted a steam pressure test on a preconditioned (66°C, 100% RH for 6 hrs) cable samole at 340°F for 2 hrs and 160°F for 20 hrs (Section B & C of Ref. Report No. 63) with no chemical spray. ii) Continental Company conducted a LOCA test of 240 hrs as shown in Fig. 30 & 30A. The following analysis shows that this Continental Company's LOCA test is more severe than the plant required LOCA conditions. In Figure 30, 50 psi steam (Ref. Report No. 61) is taken as equivalent to 298°F (Ref. Page A-13 of CRANE Technical Paper No. 410, 1979). ANALYSIS: LOCA Requirements vs. Conducted LOCA Test Calculations The first 48 hrs of the test which envelops the peak acci-dental conditions are not considered in the following calculation, only last 72 hrs of test at 298°F are considered. Using Arrhenius Equation: Tx = LOCA test period at T2 in hrs. TL= Required time of LOCA = 118 days= 2832 hrs at 120°F ~ = Activation energy, EV (1.14 for silicone rubber per EPRI NP-1558, Final Report, September 1980, Appendix B) K = Boltzmann's Constant 8.617 x 10-S EV/°K NUS CORPORATION

ATTACHMENT #1 Question Nos. 8, 16 & 24 (Cont'd) Rev. 1 Dated 9/21/82 Sheet 12 QDR-5437-131-01 Surry Unit 2 T2 = Elevated Temperature to be used in °K (298°F = 148°C = 148 + 273 = 421°K) T = 120°F = 48°C = 48 + 273 = 321°K 1 Substituting the values in the above equation and solving: -1.14 (421-321) 8.617x42lx32lxlo-5 T = 2832e X Tx = 0.16 hr< 72 hrs. conclusion: Hence it is evident that the conducted LOCA test (12 0 hrs @ 2 9 8 ° F & 12 0 hrs @ 15 O ° F) is much more severe than the required LOCA conditions of the plant. Question Nos. 9, 36 & 37 Continental Wire and Cable Company developed an Arrhenius plot (Fig. IV of Ref. Report No. 61) for silicone rubber compound CC-2115, (originally no. CC-2100) with an end point criteria of 50% elongation. This plot indicates that at 125°C rating of the cable as required by Spec. NUS-326, it has an enormous life (much more than 40 yrs). Hence we consider these cables to have a qualified life of 40 yrs. Question No. 12 Subject cables per Question No. 4 above shows a minimum of 77 mils of insulation (47 mils silicone rubber insulation and 30 mils hypalon jacket). According to IE Bulletin No. 79-0lB, dated January 14, 1980, Enclosure 4, Section 4.1 (Beta Radiation 8 Doses) the conservative unshielded surface beta dose of 2xl0 rads would therefore be reduced by a factor of 10 2, leaving a conservative unshielded surface beta dose of 2xlo6 rads maximum. The specification calls for a total gamma radiation dose of 3.7xlo7 rads. The total radiation dose used for quali-fication (which' is lx108 rads) is more than one order of mag-nitude higher than the required dose and therefore the effect of Beta dose to sensitive internals is considered negligible. NUS CORPORATION

e ATTACHMENT #1 Question Nos. 18, 19 and 20 Rev. l Dated. 9/21/82 Sheet 13 QDR-5437-131-01 Surry Unit 2 As per Ref. Doc. No. 61 the sample cable was immersed in a 0.5% (5000 ppm B) boric acid solution for 120 hrs at a temperature of 150°F as part of a LOCA incident simulation with tensile strength and elongation values as shown after different levels of radiation. NUS finds this immersion test more severe than the chemical spray test as specified in worksheet 6-60 (Spec. No. NUS-326). Question Nos. 21 and 22 Margin is defined as the difference between the most severe specified service condition which exists in the plant and conditions used during DBE tests of specimen to account for normal variations in commercial production of equipment and reasonable errors in defining satisfactory performance. Margins for temperature and pressure (See Fig. 30 and 30A attached), chemical spray (see Question No. 18 above),radiation (see Ref. Doc. Nos. 61 & 63), and thermal aging (see Question 9 above) are adequately addressed. Therefore in accordance with IE Bulletin No~ 79-0lB, dated January 14, 1980t Enclosure 4, Section 6.0, the DBE test satisfies the guidelines as outlined in sections 4.0 and 5.2 of the aforementioned bulletin and no separate margin factors are required to be added. Question Nos. 29 & 30 Test measuring equipment calibration as well as traceability to NBS are not considered critical since generally the test facilities have a quality control procedure which is recognized by the industry and which assures proper maintenance of the calibration of the TME. NUS CORPORATION

e Rev.! Dated 9/21/82 Sheet 14 QDR-5437-131-0l Surry Unit 2 CONTINENTAL CABLE AND WIRE CORPORATION (ANACONDA COMPANY) QUALIFICATION TEST SEQUENCE BLOCK DIAGRAM EQUIP:f'.IBNT COMPARISON QUESTIONS 4 & 5 OF ATTACHMENT 1 THERMAL AGING REF. DOCUMENTS 61, FIG. IV, (QUESTION 9 OF ATTACHMENT 1) RADIATION EXPOSURE REF. DOCUMENTS 61, DATA SHEET ON CC-2115 SILICON RUBBER AND 63, REF. 1, PAGE 3 (QUESTION 12 OF ATTACHMENT 1) t EXPOSURE TO LOCA REF. DOCUHENT 61, LOCA CONDITION: 120 HRS. AT 298°F/50 PSIG AND 120 HRS IMMERSION IN 0.5% BORIC ACID SOLUTION AT 160°F; RADIA-TION LEVELS. lxlO 7 RADS, SxlO 7 RADS AND lxl08 RAD~ (QUESTIONS 8 & 18 OF ATTACHMENT MARGINS QUESTION 21 OF ATTACHMENT 1 DOCUMENTATION COMPILED CABLE Docu:r,.mNTATION

(SHT. 5 OF QDR-5437-47-01)

FIGURE 1 NOTE: THE ABOVE BLOCK DIAGRAM IS COMPARED WITH FIGURE 4 (BLOCK DIAGRAM FROM DOR GUIDELINES). NUS FINDS THAT THIS MEETS THE INTENT OF FIGURE NO. 4.

1)

NUS CORPORATION

e Rev. l Dated 9/21/82 Sheet 15 QDR-5437-131-01 Surry Unit 2 DOR GUIDELINES BLOCK DIAGRAM FOR EQUIPMENT QUALIFICATION Comparison of tested or analyzed equipment to plant equipment Section 5.2.2 Thermal aging by materials analysis, accelerated aging, common mode failure Section 5.2.4&7.0 Radiation exposure by materials, analysis testing Section 4. 1. 2, 5.2.3 & 5.3.1 Chemical spray by testing or analysi~ Section 4.1.4 & 5.3.2 Submergence by test or analysis Section 4.1.3 Accident Conditions by test or analysis Sections 4.1 & 5.2.1 Margins for type testing of equipment Section 6.0 Documentation Section 8.0 FIGURE 2

LOCA PROFILE [ Ref.: S&W Calculation ] No. 12846.44-US(B)-052-1 for Zone RC-3A NOTE: Affect of conducted LOCA Test is more severe than the required Plant LOCA Conditions (See Question 8* in Attachment 1) o.--~~o ACTUAL TEST PROFILE (Ref. Report No. 61, Data Sheet on Physical Properties of CC-2115, Rev. 1, dated 3-28-80) LOCA/MSLB TEMPERATURE TRANSIENT FIGURE 30 Rev. l Dated 9/21/82 Sheet 16 QDR-5437-131-01 Surry Unit 2

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102 10> 10* 10s ( 12 OHrs) ;10* 10 LOCA PROFILE Time After LOCA/MSLB (seconds) [ Ref.: S&W Calculation J No. 12846.44-US(B)-052-l for Zone RC-3A (240 hrs) 01---~~o ACTUAL TEST PROFILE (Report No. 61, Data Sheet on Physical Properties of CC-2115, Rev. 1, dated 3-28-80) 4 LOCA/MSLB PRESSURE TRANSIENT FIGURE 30A Rev.! Dated 9/21/82 Sheet 17 QDR-5437 -131~01 Surry Unit 2

Facility: VEPCO, SURRY SYSTEM COMPONENT EVALUATION WORK SHEET - 90 DAY REVIEW Unit: 2 Docket: 50-281 SYSTEM: Environment Documentation Reference Out-standing Items COMMON ELECTRICAL EQUIPMENT EQUIPMENT DESCRIPTION PLANT ID NO. Spec. No. NUS-326 P.O. No. 330 COMPONENT: High Temperature Cable MANUFACTURER: Continental Wire and Cable Company HODEL NUMBER: Silicon Rubber FUNCTION: Supply power to safety system ACCURACY: Spec: NR Demo: LOCATION: RC-3A Units Specification OPER. TIME PRESS. psia 120 days REL. 100 HUM. J Qualification > /-'- o Dc,..1S Note 1 100 "J: mf1'\\e.,..,; o,,,' f"\\ CHEM. H3B03 (2,000-2,200 -Note-+ ~-o,.., pptro SPRAY ppm B) b o,-i '- cu-o'd. buffered to pH of s

1, +,.".f,,. 1.... 0 8.5-11 NaOH, 0-ll hr hrs ~+!Co*~

RAD. LOCA = 2.ll x 10E7 1 x 10E8 llO Yr= 1,3 x 10E7 Inside Containment AGING L/o Yr.f.

KR.elosuredJ Inside Cranewall SERVICE:

FLOOD LEVEL ELEV: -21 1 11" SUB. ABOVE FLOOD LEVEL: X Yes '*No ~ s~ NR Specification Westinghouse Ref. Ltr. No. NS-SS-79287 )m~

I~

S&W Cale. 120q6,5q_ RP-038_..I \\IE~c o spc..c.. NtU -.)J.., il\\V. Z.oll~ gr 0 ~blL tc.,3,4 Qualif. Method 4"-*'jsis +-- --tlote 1- -Not-.-1" -HeM-+ ~ /,IJl,. -C-'1tt. Tei-lo f\\.JoV\\~ / l "O 6'1':JtS,. h I, I,~ ,~-o ~ ~I., "~ I s-o 61, 63., I!,-(> {,!., 63 .,J I S-D HR Type Test-I' Cl.".,,11s.i.S Type Test --Reta 3 -r,re. r... t ,i.. '""", J

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SECTION #2 SPECIFICATIONS, PURCHASE ORDERS, VENDOR PROPOSAL l'JUS cor-:e='ORATION

e VEPCO SPECIFICATION NO. NUS-326 (FOR SILICONE RUBBER CABLES) DATED JUNE 20, 1969 Page 2a

I*

e J~*~O~*~=*~,o~s~*_;..11~4~4 __ 8/11548

!IUS-326 SPECIFICATION FOR SILICONE RUBBER CABLE FOR SURRY POWER STATION CENTRAL r! l.l~i G n r P.I\\IH M ENT 41-.:..:.1..1.. C ~ v-*:..--*.J 0 l!?.I.!.;:-. NO -~,1_j I -7.i..J..P A_ ______ _ Co..J.'4 I *j. _,d_._._~../ April 14, 1969 Revised June 20, 1969 1972 EXTENSION - SURRY POWER STATION VIRGINIA ELECTRIC AND POWER COMPANY RICHMOND, VIRGINIA REVISIONS REV. 0. REV 1 R~V, I R~V~ ~ . /Le:,d En*;r. li..wc:x*.L, -~-W-=e,-.........:_~,)J.-__::__.:__-+~-~-~---=i Prepared By. A}:>prnv~! L,/ff lK _fil 1 {, ~ I Project Engineer Ap*m:~~--l ~ ~ ~~r:~ 5 ~ f Equipment Specialist R~*J::\\".-..,f *()8.,,f: o'.J, I --,.~ ...-. ~---~=1~~==::t f./3../.$. --.----:-. ~--~-' t:",. -=--===::I Quality Assurance Review -l STO~E & ~TEBSTER ENGINEERING CORPORATION BOSTO:OC0 MASSACHCSETTS

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t e STONE 8 WEBSTER ENGINEERING CORPORATION 225 FRANKLIN STREET. BOSTON, MASSACHUSETTS 02107 NCW YOllft 80STOP"9 C"'IC:AGO GAIID£""1 CITY NOuaTON I.OS ANC.1tL1:!1 SAN,11&HCISCO

AIR MAIL Mr. E. B. Crutchfield Senior Vice President Virginia Electric and Power Company

?th and FranKlin Streets Richmond, Virginia 23209

Dear Sir:

SILICONE RUBBER CABLE SURRY POWER STATION DW81DN CON8TltUCTION IIE,.OltT8 u......,...... IEXAMINATIONa C0N8ULTINC. INOINEEltlNQ May 20, 1969 J.O.Nos. 11448 11548 NUS-3457 J 972 EXTENSION - SURRY POWER STATION ~- ":\\ We enclose for your review and comments four copies of ~us-326-., Specification for Silicone Rubber Cable dated April 14,-1969.

All items in this specification are for use in high temperature ambient conditions, or for engineered safety equipment.

Items 1 through 6 are to be used for electrical penetrations. Item 1 is also used for the inside recirculating spray pump motors (2 conductors per phase). Item No. 7, power cable to the pressur-izer heaters, will be run from the pressurizer to a local junction box approximately 20 ft away; Item No. 8. will be used for signal cables to the position coils of the control rods; Item No. 9 describes power cable to the lift, stationary and movable gripper coils of the full length control rods;and Item No. 10 describes power cable to the part length control rods. Items Nos.8, 9, and 10 will be run from ~he control rods recessed floor connection box approximately 35 ft away. Nos. 9 and 10 specify 1,000 v insulated cable because of possibility of d-c transients. to a Items the Paragraph 12 on page four, Inspection and Test Reports, is incorrect and will be updated in accordance with our latest instructions prior to requesting bids. We recommend that bids be solicited from the following:

1.

2.

a: Anaconda Wire and Cable Company Collyer Insulated Wire Company General Cable Corporation General Electric Company, Wire

.. and Cable Department

. 9 e e* EBC May 20, 1969 ~. Kaiser Al1uninum and Checical Sales, Inc.- . Electrical Conductor Division

6. Phelps Dodge Copper Products Corporation

7.

Rome Cable Division Cyrus Mines Corporation.

8. Simpl,,e~ Wi~,e.,and Cable Compln.l, J4-J.i~

7, C ~ ~ o.1-.-{ /.,A,/A.-'t..( r,-....1 ~ '20 o , I)~- -'\\). We should appreciate receiving your comments on the enclosed specification and recommended list of bidders at your earliest convenience. 1&. ~,,_... {' t7J..'X, c.o Enclosures RWC:KK Yours very tru V. A. Suzie eli. s

Project Engineer

~-

e

See

~. C'f'\\ I ~

no:n;,,.lrJl.'i'I'ER EflGWttHUlG COllPOHATIOU, F.ng1.ne~ra BoDton, Maoeachunetta J.CJ.:;,.,. U44fj/l1~48 Cude: :;o.

SPECIFICATIOil FOR Page l ot ___ l ___ _ Date April 14, 1Y69 Revised June 20, 1969 b"US-326 SILICONE RUBBER CABLE J'OR SURRY POWER STATION VIRGINIA ELECTRIC AND POWER COMPANY Seller: SCXlPE - This specification covers the number and types o! units to be supplied, conditions of service, required performance, materials am construction or each unit appearing in the schedule. SECTIO:iS - In adc..i tion to this summary and schedule, the complete specification is composed of the folJ.owing: Equipment Do.ta Form No. Pages Specific Requirements For Silicone Rubber Cable Schedule A.- 600 V Silicone Rubber Cable Schedule B - l, 000 V Silicone llubbei:. Cab~e Quality Assurance, Nuclear Plant Machinery~ Equipment and Materials Inspection.Report - Shop Quality Control - The elevation or the project site is 27.5 f't. A:f'ter receipt of order, the Seller shall. submit: 4 copies of all correspondence. Nl004-2-69 QCD-101 ':I.. 1 1 2 2 __:__ reproducible prints of outline drawings* for comments vithin ___ weeks aft.er award of vork * . __:__ reproducible prints of detail drawings for comnents within weeks a.:"ter nvard of work. reproducible prints of drawings as finally released by the Engineers. Par-r.r-reproducible prints of final test characteristic curves for record. ~ sets of co::::plete installa.tion, operating and maintenance instructions, including parts identification list, at least weeks prior to initial. shipment of equipment. __::___ copies of quotations for spare parts, at least weeks prior to initial shipment of equip::i.ent. SCHEDULE OF.EgUI?~-!ENT TO BE ro:taSHED BY SELLER Mark Da.~a Sheets .12:.. Page 1;0. Revision Ser'l'.1.ce

e J.O.Nos. 11488/11548 NUS-326 SPECIFIC REQUIREMENTS FOR SILICONE ROEBER CABLE Unless otherwise specified the latest standard specification of ASTM and IPCEA shall apply.

1.

GENERAL This specification covers the requirements for single/multiple-conductor cable in sizes 16 through 4/0 AWG for use on alternating current or direct current control circuits operating in wet or dry locations at a maximum ambient teD1perature of 125 c. The cables shall be suitable for

installation in cable trays, underground ducts, conduit or direct burial in earth.

All wire and cable shall be manufactured, inspected and tested in accordance with the latest applicarle IPCEA Standards Publication except as modified herein.

2.

QUANTITY REQUIRED . e The accompanying schedule gives the size, number of conductors, and length of the items required and.other descriptive data. The Purchaser is to have the privilege of increasing or decreasing the quantity of any item not more than 10 percent at the unit price before manufacture is started.

3.

DESIGN The cables shall consist of stranded, tinned copper conductors insulated with heat, flame and moisture resistant, silicone rubber. The conductors shall be laid up with nonhygroscopic, fire resistant fillers as necessary to form a COD1pact cable and the cables shall be covered with a flame resistant tape binder and an overall jacket of heat, moisture, oil, abrasion and flame resistant hypalon compound or equivalent.

4.

VOLTAGE RATING Cables shall be rated 600 v, or 1,000 v, as specified in the cable schedules covering the specific requirements

e J. o. Nos
114 4 8 / 115 4 8 NUS-326

5.

CONDUCTORS

2. '

Conductors shall be of stranded, annealed, tin-coated copper wire in accordance with ASTM B33. Stranding shall be Class B, c or Das specified in the cable schedules.

6.

RADIATION RESISTANCE cables that are specified for use in nuclear power stations must be capable of withstanding over the expected life of the cable a total radiation dose of 10 8 rads without any significant change in physical and electrical properties *

7.

CONDUCTOR IDENTIFICATION All insulated conductors accordance with IPCEA Method 1, printed numerals and words. shall color be identified in

coding, or Method 3,

8.

PHYSICAL AND ELECTRICAL PROPERTIES The physical and electrical characteristics of *the insulation and jacket compounds covered by this specification are summarized below. All fill-in data are to be completed by the manufacturer. In addition to the tabulated

data, the manufacturer shall submit details and results of tests that demonstrate radiatio_n resistance of the insula~ and - jacket materials and the completed cables, Insulation Characteristics Type of compound Insulation thickness, in.

600 V 1,000 V Test voltage, 5 min a-c, kv 600 V 1,000 V Insulation resistance constant, K(60 F) Tensile strength, min psi Elongation at rupture. min S Typical Guaranteed

e e J.O. Nos. 114168/115'68 NUS-326 After 7 days in air oven at 150 C Tensile strength, min I unaged value Elongation, min I unaged value

3.

Heat distortion, 150 c max I water absorbtion, 7 days, 75 c water, Mg/sq in. water absorbtion, IPCEA EM-60, 75 c water Change in SIC, 1 - 14 days, max I Change in SIC, 7 - 14 days, max I IPCEA Electroendosmosis, 16 wks, 50 C water, 600 v d-c neg Change in SIC, max I Stability factor, max Jacket Characteristics Type of compound Tensile strength, min psi Elongation at rupture, min I Tear strength, min lb/in. Jacket thickness, mils o.o. under jacket, in. O. &&25 or less 0.426 - 0.700 0.701 1.500 1.501 - 2.500

e e J.o.Nos. 1144rJ/11548 Nm;- 17.6

9.

IUSPECT ror,

4.

The Purchaser shall be permitted at any reasonable time to have his representative visit the manufacturer's plant for the purpose of examining and ascertaining whether or not the materials and processes used in the manufacture of the wire and cable conform to these specifications and whether or not work is progressing at a proper rate to meet schedule requirements.

10.

REJECTION The Purchaser shall have the right to reject any length of wire and cacle which does not comply in every respect with

this specification.

11.

TESTS All tests shall be made by the manufacturer. Each length of wire and cable shall be tested in accordance with the applicable IPCEA standard. Alternating current dielectric tests shall be made between each conductor and ground and between conductors of the completed cable. Wher personal inspection is called for, all tests shall be witnessed by the Purchaser or his representative, who shall have reasonable notification of the time and location of tests. Records of tests shall be furnished the Purchaser in triplicate.

12.

INSPECTION AND TEST REPORTS 1 The original and nine copies of all written inspection and '*~ests reports necessary to fulfill the requirements of this order/contract ~hall be delivered to the Purchaser's inspector if assigned, or sent to: Stone* Webster Engineering Corporation Inspection Department 225 Franklin Street Boston, l~assachusetts 02107 Reports shall be identified with Surry Power

Station, Purchase Order

Number, J.O.Nos.

11448 or 11548, and Equipment Title and/or M2.rk Number, as well as Seller's name and address to expedite any required communication. Inforroation marked with asterisks <***) is furnished by Seller. Data furnished by the Seller are included herein for Purchaser's information and use. The Seller is not relieved of responsibility for the correctness of design and details represented by the dat_a. The Seller shall be responsible to

e e .e J.o.Nos. 11448/11548 Nllfi-326

5.

advise the Engineers promptly in writing of any changn, in the data required to describe accurately the characteristics of the equipment as it is to be shipped.or erected.

13.

MARKERS Each length of cable shall contain permanent markers in accordance with the specification under which it is manufactured. Where not covered by such specification, the manufacturer shall nevertheless provide permanent markers.

14.

REELS, PACKING AND SHIPPING The cable shall be shipped on substantial reels, suitably covered to protect the cable from injury during shipment. One length of cable shall be shipped on a reel with the cable ends sealed, secured and protected from injury. The manufacturer shall be responsible for any damage resulting from improper

packing, sealing or blocking of the reels during transit.

e STONE AND WEBSTER ENGINEERING CORPORATION SCHEDULE A - 600 V SILICONE RUBBER CAELE SURRY POWER STATION Itetr No. Mark No. (later) 1972 EXTENSION - SURRY POWER STATION VIRGINIA ELECTRIC AND POWER COMPANY 1 2 3 5 Quantity 1,000 1,200 1,950 e, 1so 15,200 No. of Cond. Triplex Sinrrle Single Sinale Single Cond. Size, AWG 4/0 1/0 4 8 12 Type of Stranding Class D ciass D Class D Class D Class Insul. Thickness, mils 78 78 62 62 47 Jacket Thickness, mils 45 45-30*

30 15 Het weight, lb/~ft.

Method proposed to identify** Cable OD, in.* Note: All cables shall be manufactured in accordance with the s~ecific requirements for Insulated Wire and cable NUS-To be filled in by Seller. cable construction - 6/C (3 twisted pairs) with color coded glassbraids. The overall braid shall be tinned copper with high temp* heat resistant jacket. B ~.: Ill.. <-L I!'., I Revised.e.20~ 1969 6 7 8 41,000 2,100 11,800 Single 2/C

- - 6/C 16 8

16 Class B Class C Class C 47 62 q7 15 30

e* J.O.Nos. 11448/11548 NUS-326

1.

April 14, 1969 Revised June 20, 1969 STONE AND WEBSTER ENGINEERING CORPORATION SCHEDULE B - 1000 V SILICONE RUBBER CABLE SURRY POWER STATION 1972 EXTENSION - SURRY POWER STATICN VIRGINIA ELECTRIC AND POWER COMPANY Item No. Mark No

Quantity No. of Cond.**

COnd. Size, AWG Type of Stranding Insul. Thickness, mils .Jacket Thickness, mils* N~t weight, lb/mft* Method proposed to identify* Cable OD in.* Note: 9 11,800 6 2-6, 4-8 Class c 78 78 10 500 7 12 Class c 62 All cables shall be manufactured in accordance with the specific requirements for Insulated Wire and Cable, NUS-To be filled in l:y Seller. Each conductor shall be covered with a color coded glass braid.

e e e .nONE 6.. WEBSTER E?iGINEERIHG CORrORATION sUALITY ASSUR.'HlCE NUCU:AR r l..At~T ?*~CHiliEP.Y, EQUIPMENT I AND MATERIALS UrrRODUCTICN Quality Assurance requirements in this specification exceed those normally acceptable for ~ost vork. Whenever these requirements are nt variance 'With other statements in the specification, the more stringent requirements vill supersede and govern.

.CCESS ]OR IUSF'r: CTION The Seller shall afford the Stone & Webster inspector !'ull coope~ation and access to records and to the shop for inspecting equipnent durir.; !abrication and testing.

The inspector vill: llaa.ke a :::ia.terial records cheek, including the chemical. and physical test re;)Orts. Check ~or Code compliance, including all referenced Codes and specifications. Reviev the history of the equipment during fabrlcation and the re~edy for any discovered flaws in materials or construction. Check velding procedures and 'Witness welding operations. Undertake mill inspection of tube material, if any. The Seller shall arrange with his tube supplier ~or such inspec-tion, including notification to Stone~ Webster of readiness for inspection. Nitness of final assembly of the equipment. Witness the running test of every item cf equipment. Witness the performance test on one item of each type of tsquipment. Witness preparation ror shipment. r-ROCEDW.ES The ma.nuincturer shall make re~dily avail~ble to the Owner's authorized represent.1tives the wittcn procedures of its.ualit:, Assur.3.nee Progran and a record of the inspections and tests r.iade durinr manu:~cturc or the i tc:ns covered by this spec~.i"i ::a tion, as evidence or conformance vi th specified quality ste.ndards.

rt c e e .e SP . icOs- ?.£:OR.OS c.-:- T~STS,;:m 1:.JSrSCTICHS The att.nched ~orm QCD-101 is a list or minimum te~t and inspection reports that shall be prepared and kept for perr..anent record. All such critical records, including cherr~cal and physical test data, Code corr.pliance and other certification reports, and rndio~phs* nre to be turned over to thP. Stone~ Webster inspector, vho in turn vill turn then over to thP. Ovner. :or s3fckeepine for the duration or the life of the plant. This r~cord-keeping is n rcquire~ent or the United States Atomic Energ:r Co~w'Ilission. C(;:-~*i,I;..:1c2 T!ITil RE~*.. ;RE~lC~D ~l'.E:CI:'ICAT!Ot:S. cco~s. :'::iD r.ilGc:mms~ The :~llcr shail state,in vriting,to th~ t'urchuscr, ~t thn conclusion of his desien, procurement, and engineering phase and ~r~or to shipment, that all referenced specifications, Codes, and procedures have been complied vith, to the best of his knowledge and belier. The ~ller stall obtain sir.l.ilar statements fro~ his subsu~pliers, as re~uired. ,~1: state~ents ol compli~ce shall !'~ :iotnrized. This ini'or::-.:ition is required by the plant 0-wner in order to con~orm to the requir~ments of the Division o~ Compiiance, U.S. Ator.ic E.~ergy Cor.unission.

~'here the Seller is required under the A~ME Boiler and Unfired i'Tessure Vessel Cod~ to retain radiographs in his c-wn file, he may do so.

He shall not destroy thes~ r~dio-graphs at the E:':-:piration of the retention period or if ha closes his business, but shall foNnrd the rndio~r.iphs to the plant Owner.

NUS-J26 INSPECTION REPORT 6 ~ ...., It ~ge,:,.,1'11

FINAL REPORT TRIP REPORT NO STONE 8c WEBSTER ENGINEERING CORPORATION

s1u: IIACK
SHOP QUALITY CONTROL SHl:ET -- OP' ---

- r*.* I JO NO I.. ARI< NO. Virginia Electri::: and Power Comoanv l, 1 L.L.R /11 cj_.,~ I

- .,. r-:*

O*Ollll NO. I ITllM NO. Surry Power Station .,--~o* aHOl';o*cllll NO .....,.*1.--ao* aNOI' NO .,~C-:***T10N VllNOOlt 5 NO. 1 600 V -Silicone *Rubn*r*.--~-,,,,:l !,r*,n12*. D*A..V,'CGfSI -- cooa I I

tl'OIIT '. FltON

TO

.-1:AIOO, I I o' I I. a S 0 ... 1 DATE RECORD SENT ~ ~!'* >' "' :I INSPECTION AND

u:;r/ O: li:

IIY DATE

~-

IE I U ~I DOCUMENT RECORD ii,... >, CL I ~ TO TO I ...,~a. CL I ~.i;:8. t< ! u J! BOSTON JOB I \\*;[;_=**1G :>DO::":EOt.:i>E QUALIFICATION I I Z 'I, [L:;[R _Q'.;ALIFICATIO::NS i I l

1:.,1., TEST PEPORTS I I i

i i I O*ARPY TEST REPORTS I !I 00POP WEit.HT TEST REPORTS I I I I eiovE P!:NETRANT TEST REPORTS ! I 7 !MAGNETIC PARTICLE TEST REPORTS ! i I I 9!u1..TRASON1,:: TEST REF'ORTS I I 9 jTENSILE TEST REPORTS i I I I I I 10 CHE""ICAL ANALYSIS REPORT - SUBMERGEO ARC WELDING WIRE i i I I ALIBRATION RECOR OS - PREHEAT a STRESS RELIEF THERMOCOUPLES I l i I RAOIOGRAPH FILM i i t I Tl 'STRESS RELIEF FURNACE CHAlsTS I I I I "H t!;;ROSTATIC TEST-SHELL SIDE i I

I I

~.. y:.c;osTATI:: ":'EST-TUBE SIDE I

19,.A;.CGEN..,£,:.'< TEST I I I I 17 FERFORMANCE TEST l-r18i l&*Ol'AENSIONAL CHECK ix!8, 0 lll*MANUFACTt..RER S DATA SHEET 1XiH1 I 20;MANUFACTt..'!ER*s STRESS REPORT 21 iMANUFACTURER S vESSEL FABRICATION REPORT 1 "22~CLEo\\NINC I 2llPREPARATION FOR SHIPMENT xi8 2,1 2!1: I I

LIST ALL OEVIATIONS FROM SPECIFICATION OR DRAWINGS. NAME OF E:NGINEER GIVING APPROVAL ANO CATE I

R' I I E: M* I j A1 RI - I K! I I OFFICE rE:PORTE:0 IOATE I SY I 1 SICNEO IF F'INAL

INSPEC1'10N REPORT 0 FINAL REPORT STONE & WEBSTER ENGINEERING CORPORATION 0 TRIP REPORT NO ____ rsEE DACKI SHOP QUALITY CONTROL SHIEIET--- 01" -

CLJENT .JO NO I '""II" NO Virdnia Electric andPower Comoanv 11448/ll 'it.8 l~eOJCCT OIICltll NC 1 *TIN NO. Surrv Power Station .;... oo* ... 0,.,011011:11 NO 1 *u*vc1111oo,t ..,o,. NO c1*c*1l'TION Vl"OOII"* NO }_000 V C::ilirnno R,1..J...,,.. r,.h1.. YttNOO*"S OIIAW1NQ1S1 c:0:,1 IIIIE~ORT ;,O!ON

To "ElltOO I

.. ~10 ii DATE RECO"D SENT I Cit... > Ill I INSPECTION AND a 80 ... w.W 0 lJ:

111, BY DATE I

. *"' (EI ~ z: ti I TO DOCUMENT RECORD 1 :z: I TO 3! BOSTON JOB ~ ;;S < u I I WELDING PROCEDURE QUALIFICATION I I i 2 W[LOER QUALIFICATIONS i I i r i I 3 ;MILL TEST REPORTS

1CMARPY TEST REPORTS I

!I fo,.OP WEIGHT TEST REPORTS I I i I I e!ovE PENETRANT TEST REPORTS I I 7 [MAGNETIC PARTICLE TEST REPORTS I 9 ULTRASONIC TEST REPORTS I II trENSILE TEST REPORTS I 10 CHEMICAL ANALYSIS REPORT-SUBMERGED ARC WELDING WIRE I I 11 ~ALIBRATION RECOROS-PREHEAT & STRESS'RELIEF THERMOCOUPLES 12 jRAOIOGRAPH FILM i STRESS RELIEF FURNACE CHARTS I I i YDROSTATIC TEST-SHELL SIDE l IS !HYDROSTATIC TEST-TUBE SICE I i 1e HALOGEN LEAK TEST I I I I 17 PERFORMANCE TEST 81 I ' I I I X I 18 CIMENSIONAL CHECK X 8 I 19 MANUFACTURER'S CATA SHEET

xl8 I I

I I I 10 MANUFACTURER'S STRESS REPORT I j i I i I I ll MANUFACTUl'lER"S VESSEL FABRICATION REPORT 12 CLEANING I .I !.1 ~EPARATION FOR SHIPMENT X 8 I i I I l I I !!I I I LIST ALL DEVIATIONS FROM SPECIFICATION OR DRAWINGS, NAME OF ENGINEER GIVING APPROVAL ANO CATE ~ i I I ,1 \\ I ~ I I I OFFICE I.REPO,.TEO .-.LE I BY I I SIGNED IF FINAL I

e e CONTINENTAL WIRE & CABLE COMPANY QUOTATIONS & CORRESPONDENCE Page 2b

tO~INENTAL\\NiRE & CABLE di,,itiia al GULTON INOUSTllES, INC. IOX 116l YCRIC. PA. 17405

TWX (510) 657-47_.I PHONE (7171 792-2644 WHEN ORO[Rlrm PLEI\\SC REFER TO QUOTATION D ORIGINAL D CONFIRMING TWX 14-<Mlr*

e NO. 177 48 TO r STINE & WEBSTER ENG. C)

225 FRANKLIN ST.

BOS?ON,MASS 02170 ~ -- ~

~.:.

CUSTOMER REFERENCE DATE F.0.8. YORK. PA. TERMS Z* 10 DAYS ~ I NET 30 DAYS Gentlemen: ATrN MR. H.J.O'LIARY QUOTATION FIRM F0~---3~0_DAYS Thank you for your inquiry - we are pleased to quolc on your requirements. ITDI QUANTITY DESCRIPTION ,,1

1 1000 ft.

4/0 triplex ale type SRH-xe.oo SS-X600 SRPF-X600

$4,500.00 $5,000.00 $5775.00 2 1200 ft.

1/0 aingle...... :~*' 11.* $.. 870.00 $1,155.00 $1,240.00 3

1900 ft. 14 111.Dgle ... *;.. *. :-.:,* n: $ 0405.00 $ 570.00 $ 615.00 2750 ft.* i,.*:

C 18 eingle ""'***.. I'.!~,...,-,.

235.00 $ 330.00 $ 355.00 t ._J

r UNIT PRICE MI FT.

. *,~ ~..... TOTAi. ~p n*"' . ;". ~.. .. "i ..* I ~.. ~. .J, i 15200 ft.

12 aingle 116 single 2/18-cable

. \\;... 66.00 $ 75.80 $ 106.00

,11.>*

i""* ,,*,;* t 6 7 a g 1 0 9A 9B 41000 ft. 2100 ft. 4800 ft. 4800 ft. 500 ft. 4800 ft. 4800 ft. It. ~.... !i 11.. 'l

11.

6/#16 cable 2/#6-4/#8 (NO QUO'l'E) 40.50 $ 560.00 $ 645.00 $ 46.80 $ 67.00 795.00 $ 850.00 905.00 $ 895.00 -~ 7/#12 cable**.: *n * *. " *.. $1,145.00 $1,600.00 $1*,580.00

- .. I t *... **

2/#6 cable.. 11:: ', *; 11.: $ 830.00 $1.175.00 $1,260.00

4/#8 cable

$ 998.00 $1,420.00 $1,530.00 Your eo~ideration o( this quotation will be appreciated. .. '1 *:. ,ai1-

. ')* :'.,. *

...... "'\\,'

....,,,*-:t'

I...

1r.

I OUR LOCAL REPRESENTATIVE~"""."":"":te..-~"--~:Jl--------

WILL BE PLEASED TO CALL ON YOU. PLEASE RETURN ONE COPY OF THIS FORM WITH YOUR ORDER TO ASSURE YOU OF PROMPT AND SHIPMENT ACCURATE PROCESSING. 8*12 week.a liOtB: SBBis SILICON! R.UBBEll with HYPALON JACKET Div. of Gulton Industries. Inc. SS IS 11 SILICONE RUBBER.JACKET SRPF ia 11 11 11 FKP DFLON.IACKET av H.J,..GOODWIH-4~'-L':!L.~~~~~::::::L e* ~S MANAGER TRANSPORTATION: PREPAID AND ALLOWED ON 300 POUNDS TITLE----------------- OR MORE VIA ROUTING OF OUR CHOICE. AI.L KUfflllU AIIE QUOffD PIIOM DAff OI' IIEC:Ell"T or 01101111 CONDITIONS ON TUE BACK OF THIS FORM ARI~ AN INTEGRAL PART OF THE QUOTATIO:\\

-~-c----~~--

u u u* u LJ U u LJ LJ .. *- LJ . ill& COPY ;'): o,,r. AUOIT"Q ACl;"TANT ,.URCH DU'T. cuv. DCP'T. (i.._h_~Oi) 111'1. A<aLkT o*AllflA~L.Y,ng CQM,.L.l(Tll.,T TO aL UIU>,011 ACCOUNT HO, i @~ . ~*~~!.!..'.!_'!~:.-:_..9Z25._ 600 V Silicone Rubber Cable 24.123 QI' R.W.Clark vDt~Cr:lIC K:D f"J17:.:"itCC:IT','\\ri1 ,.. 0. HO. ~I-Of STONE Be WEBSTER ENGINEERING CORPORATION, Sl'f-330-3. CHAll6ES P.O. BOX 2325, 1305TON, MASSACHUSETTS 02107 l"i& J.O. HO. 1 ***o.a* AGZ"rT 2 n448/ll54B TO 01' DAfll i TMI: ADOYlt "UACf<A~IC OIOOUI r-Continental Wire April 6, 1971 AND Joa 0AD£R NUM9£~5 & Cable Corporo.tion MUST A~l9CA" ON ALL IPf* YOICES AND CORAE5"'0NDC.P1Clt.. Division o-r Culton Industric::1, Inc. INSTRUCTIONS P.O. Box 6759 TOVSOU, Maryland 111*** imlrvclions supersede an prior 09<Hmenl1 insalo, as 1/tey el.ct cllon~, lle,ein spKi~ed. Monulachl,.r1 Olld con1rac1or1 will odnow/edge these inslruclion1 L _J wilhoul rn*r,otio., or modilicolion. THE SELLER MUST SIGN ANO RETURN AT ONCE TO THE ABOV~ ADDRESS THE ACCEPTANCE COPY OF THIS MEMORANDUM OF CHANGES e T'.dIS COt'Fim'.S VERBAL AWARD TO SELLrn'S MR. V.L. DRUCK BY DGII!LERS' MR. R.D. ANGLA?m arr APRIL 6, 1971. DO NOT DUPLICATE. Please rerer to Purchase Order No. SH-330 dated Janus:ry 2T O 1970, and to sub:lequent Memo. of Changes covering silicone rubber cnble ror the Surry Pover Station and 1971 Extension - Surry Power Station of Virginia Electric and Fover Comp~,.and note the tolloltlng: ADD thP. tollorlng items: Item ~

Quantity, Ft 700 Description Amount I

I I i I 13 r} 1/C No.4/0,untinned copper, silicone

rubber insula.t(.;d eo.ble ldth overall impregnated glass bro.id jacket,

. 1 Class M stranding ( 8 :i512 stre.nds ) a mylar tape s1'all be ap:plied between the bare copper and the silicone inaulat.ion . $2.52o/M rt $1,764 14 !~ 1,200 1/C 1:Io.l/0, untinned copper, silicone rubber insulated cable vi.th overall impregnated glass bra.id Jacket, Class M strand!?::; ( 4,214 t.trar.ds ) a eylar tape shal.l be applied between tho bare copper and the silicone insulation !2!! - '.rhe silico~e rubber ahall be o-r methyl phenyl base good tor 1 1410° rads over a 40,-ear lite. Virginia Electric and Pover Compo.ny STOHi:

WE!ISTE.. ENGINEE.. ING CORPOIIIATIO.. Agent J.P. Cooper Gl;NC:AAL P'U"::HASINO AGI.NT P. 0. NO.

Sli-330-3 I I I I* I

....,T*,.,~,s-11...,. l.i.. "' i:ht t t!"* "'t,t 'I ' i, 1,;hUU\\ V!r.GI1JIA I.:Ll:C'ITIIC A.'ID FO'tr.:? CO~::P/1~TY STONE & WEBSTER ENGINEERING CORPORATION* ,... o. "°O:l-330-3 I **~*.1* P.O. BOX 2329, BOSTON, MASSACHUSETIS 02107 AGE:iT 2 J.o... a. ll446/ll548 TO I OATI Apr11 6, 1911 t THt Al!tOYC ~U"CHA.ll 0"01111 ANO JO* O"DI~ NUM.&Wa MuaT.,,..,.r"" ON ALL '"*, vou:** AND co,Hl'laP-ONDINCI. ~ Continental Vire & Cable Corpor~tion Diviuion or Gulton Industries, Inc. L _J UUOITAHY, NOTf INSTIUCT/OHS OH *,11sr SHfff Previous Tota1 Price o-r Order Increase by this Mez:io. o-r Changes Revised Total Price o-r Order All other terms and conditions re:ca.1n unchanged. CO..'IFIIU,!A TORY COPIES ~.... ? Client authorization verbal trom Mr. G. Flowers*to Mr. R.W. Clark on

2.

April 6, 1971. Charge 50% to J.O. No. ll.448 and 50% to J.O. No. 11548, Virginia Electric And Pover Co:i:paey I STONE 6 WE8STE.. ENGINEE.. ING C:O.. PORATIO~ I Agent J.P. Cooper

---~

Ql!'Nl:,tAL PURCt,IAiilNCi AGCNT (. P'. 0, NO. SN-330-3

D ORIGINAL (i) D CONFIRMING -~-,:,r--::"":~~ r=====NO=:*ie' ~l:."!8~5~~~9~- .---------------------1 CUSTOMER Stone & ~*!cbsteT .... J!'. .. ~ . REFERENCE I.1q~* ~-:os

1144 S/

.;.1, TO '"'\\.... 11540

DATE Dccci,~er 2, 1969 r

M 0 Stone & l'."ebster En~incer:i.ng Corporation = * * * *22s Frankl.i.TJ. Strec:t Easton, ~~sachusetts 02107 F.O.B. YORK. PA.

1 **
A~tll~- ?-tr. H~ J. O_'.Leary..,....

TERMS Z~ 10 DAYS .-r. NET 30 DAYS c~nll~mea: . "\\,

QUOTATIO_N FIRM FOR 3~ __

DAYS ThHI.: you for your inquiry*::_ 'l\\'e ;re pleased l~* quote on yo~r rcqui;cmenls. ITIN 1 2 3 4 s ~ 8 9 IO QUANTITY 1000* 1200 1 1950' S,750 1 15,200 1 41,000 10 2,100 1 4,800' - 4,800~. soo.*.. I .-.. ~.

- DESCRIPTION

. UNIT PRICE MIFT * $3300.00 14/0 Triple."< S!'tG-X600 O.D. 1. 760" 350' r..a.xir.rum ieng~11 *

11/0 SRG-X600 o.n. 0.631"
*~

.; -*,* - *. ~-?, *. * .. *"'I--*-: -* ** .(!= -::-*~ :~.. c*:- *:*.': . -sso.oo .. **-~**= *****-**.... -:=:,:-*** 14 SRG-X600 o.n. _p.417".

. **.:*~: -~.. -*..... :... :: **-.

- ~-- _~:*-;::*:~; *'.::~- *-~~- -~ -~~ ;.:*e

--~:.... 21s.oo CS SRG-X60() O.D. 0.316" -:* -* ~:.:*=.:-,: ~. --- ' *~.--.. *i~; *,:.~ ;: ;,.;: ~- .. j -~. 116 SRG-X600 O.D. 0.140" ........: *:l<... *. ~;.:... **..... . !c,:.

I
*': ;*~ *
* ~ :*;-:

°' * * * * * *.-,: (

78.SQ

. 49. 10* .J '* : *

1.* *
I

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1 ~* ::::-,:::::1. ::~: ::

~..
'*,c,,,n ~--,... --:- *..,, -~

. 2/6 - 4/8 SRG-X600 t-;ft:1 treated glass braid overall I, 74..i-: n O.D. ~ 11 2000' rr:.a..**dmum length ia&a:&O .*....*,~~ .. *... * -=.:-*.,... 1* ..;'.'"J_' -*.* .7/U SRG-XlOOO o.n. 0.690" with treate~ glass braid __.... 760.00 overall

~

, *.,. ** ~--*:

-i. -~ ='*.

~

NOI'F.S:.. --Para l~--- Question° con11J°iet~ sttitability *of this

._ * ***-* const1"l1ction for Direct Durial Para.3. All jackets are treated gl~s braids.

I* 'f J .~**:.* .J,;.;. -....... :*~..** Your considcr:1lion or this quotation wiU be -~ppr~cialed. TOTAL $3300.00 1056.0cf 764.40 1907.50 1193.20 2037.iO 1127.70 1910.40 y*.ff'.. 111) 1944.09 380.00 $-al~e.go -z.-i,1171, 'IC OUR LOCAL REPRESENTATIVE PLEASE RETURN ONE COPY OF THIS FORM WITH WILL ;BE PLEASED TO CALL ON::-::-:Y-:-:0::-::U-:-.------.. -.-.. -.*.-* -.. -,.~* *..,.. _., YOUR ORDER TO ASSURE YOU OF PROMPT ANO SHIPr~1ENT ACCURATE PROCESSING. I

I

'* *-:i,

\\ *.~ *,. ;. f;.** * :, :."~~

*I:***". I '"'1' * .,L. .. *:L.. **.* ~- ',.)* *," *~.. -:* -.*.,. ~ ~ * *., :: :.. ~ : CONTINENTAL WIRE & CABLE .. ~-- *: * *. *, * **,~ot-..,. f;;: (I d.. 1'"*59. ." !'. '1 : ~ **:.*.*

- - -,.. Div. of Gulton Industries, Inc.

1*1 a, * :..,, * *J ~

r. *.:J.n.

* * : *.... ~ * -

...,.... : ~ . :.. *.. *-.. BY J

1*,
fl'. : :

~ *': ~ A TRANSPORTATION: PREPAID ANO ALLOWED ON JOO POUNDS . W OR MOP.E VIA ROUTING OF OUR CHOICE. AU DCI.Jva:..,r.s AIIC QUOT~D jPIIQM Clo\\TE QI' 1111:CE*l'T QI' Q,tQCII TITLE ___________.:._ _____ _

CO~ntTlO~S 0~ nm B:\\CK OF TIils FOmt ARE A:'i l:\\l'EGRAL P:\\RT OF THC QL'OT.-\\TlO~

0:-!l-':it*!A'.

1i jl WH::,1 OR!:::'.Ri!'~.::; P:..E.:.s: fiEr.:R iO

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i * "t.:..a* "i /" -..~.. lo II C diwi1ii,n ol GU~TON INOUSTi.lES. INC. n*... /\\... *- J-.::..*t...:.. 11 II G U O i l}. "'f £ 0 r J {i) D ORIGINAL ~ .. D CONFIRMING

f: l"""'Y"'."

11 IOX 186.3 YORY.. PA. 1740S

TWX (5101 657-47.:8 P:iONE (717) 792-26~4 TELEX 14-0437

~----_-_.* _~_.. _

______._._-_:_: _* _.* _, ____._~_.*_= _-_* _____

... _* --1 NO. 18 ~11 :e 599 TO Cenllcmen: r

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t. -.*.* -**. "::

~-... : CUSTOMER REFERENCE

r r

.. :*;i7 +_ *

. DATE F.O.B. YORK. PA.

-* i ** *

**r..*

TERMS 2,. 10 CAYS NET 30 CAYS Thank you for your inquiry - we are pleased io quolc: on ):our rcquircmcnls. .QUOTATION FIRM FOR _____ OAYS ITEM QUANTITY

~ :-..., "'.'.....

. ~... e ......... * *..:. -.~: 94*** .r*.* *.

,..~

. -~.

-;:,. \\,'. .. i,. ':r:- . :. r DESCRIPTION Para 6.

... 8
Radiation resistar.ce.5 x 10 rads.

~ Wl'E 1: Ite::is 1 -. 4 _ ~-~s _H. strand~g ~'OI'E 2: l-!eets IPCEA Sp~c. S19-tn ?ara. 3.17 . *. :.-.,o::. ').. *,-. UNIT PRICE MIFT. . :~,:. '*

~-

- J I =~

We *~~ce~t,.th~ ~*rarra~1ti~-~ -~nd re~~di~s *which are.a.. part of th~s -..

bid. Based on 52¢ COf;er 2.lld subject to escalation per published.

marlcet price. _... *,. _ *.,.:. ~:::~-"-i..,;.,~~ *=**,_ -~~-~----* .:.~*, -~~.-::~->'.">*

.: :..... : ~-.:?.,~:.. *:

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..:. ~ :,:, ': Your considcrulion of this quol:llion wi~I be :ipprccialcd. TOTAL I-~ OUR LOCAL REPRESENTATIVE.-Rlts.s...l:~/G. Nace WILL BE PLEASED TO CALL ON YOU. SHIPMENT 12-14 \\'/ee1s.. - ..,. ~~-_. ~~~ ~ **:-,~~-~* PLEASE RETURN ONE: COPY OF THIS FORM WITH .YOUR ORDER TO ASSURE YOU OF PROMPT AND ACCURATE PROCESSING. .*. e:**. "'. .*3 r;

- * *.** * ** = *..: *~ *~:, *:: ** CONTINENTAL WIRE & CABLE.

~., a7 ri EC A.

\\SS9 fl '."I ~

Div. of Gultan lndus:ries. lni:..-a / / Ii LL ll,J,110 [.,/ /7 ,")-=.../"/.. fl .l J

-* ** ev H.J.. Goo<lm.n

/ ~L!~*..i..-'.....4.....-J ~RANSP~~TATION:\\REPAID ~~D.ALLOWED ON 5f~ POUNDS. -- OR MORE VIA ROUTING OF OUR CHOICE. AI.L 0[1.JVl:IIICI Altl: OUOTlD maw DATE QI' 111:C:l.l~T 01' OIIDE..

D "u"""* 0 eo'>T<>" 0 cL11."T O,,no O LocaL D Nan,.11,L D con D,.,c,.,u11 D 1Nu*1.;To11 0 '::'HIS COPY TO: DIP'r, ~~:.'TO ACCC"TANT =~=~;- 01.l'T,

DIV, crn.

TU 911: IIHO,011 ACCOUNT NO. f"F1Putr1.a\\L1', r., c:oMP'LI.ULY Jii-1 '. ~'::!~'-~-~~--789_7_7_--t 600 V Silicone Rubber Cable 24.123 tor ! C.E. Houk ... o.~o. --~ t!£MO OF CHAH6ES STONE & WEBSTER ENGINEERING CORPORATION, P.O. BOX 2.325, BOSTON, MASSACHUSETTS 02107 AGENT i,___ SN-330""'.4A-__..... J.O. HO. ~,.,.,... TO 1 L Continental Wire & Division of Gulton P.O. Box 6759 Towson, Maryland Cable Industries, Inc. _I l o, DATll September 9, 1971 2 11446/11548 A'E AaovE ~u~c~As~ o~~~" I ANO .1011 OROE~ NCMBEJIIS MUS'!'..... CAR D'-' ALL fN* YOIC:l.!S AND COPRC511"0NO!:NCct. INSTRUCTIONS ft-il'Jslrllefions 111pernde aff P,KW OIFfffflMfl insola, OS they dect clianges hetein specified. Monulocf11rers ond controcton will odn-ledge tliese instruction, willio11f reaerYOlion or modilication. ISSUED FOR ACCOUNTING PURPOSES ONLY. ORIGINAL AND ACCEPTANCE COPY DESTROYED * . Please refer to Purchase Order No~ SN-330 dated January 27, 1970, and to subsequent Memo. of Changes covering silicone rubber cable for the Surry Pover Station and 1972 Extension - Surry Pover Station of Virginia Electric and Pover Company a.nd note the following: Record difference in actual quantities ordered.and quantities received as follov.s* Quantity Ordered Quantity Quantity Original. lte~

Bevised item No.

in Feet Received Difference Price Total Tota.l Price 13

700 1,200 702 1,200 2

$1,764.00 1,754.40 $1,769.04

1,754.40 Record Price Adjustment Increase in the Amount or $23.97 in accordance with the price acijustment clause of the purchase order as follovs~

Item No. 13 14 Quantity, Ft

702 1,200 Date Shipped April 30, 1971 April 30, 1971 Unit Price Increase Per M Ft

$18.43 9.19 Tottl Change $12.94 11.03 Above prices taken trom Seller's Certified Invoice No. 96305-A dat~d April 30, 1971. Shipment of silicone ribber cable to D.G. O'Brien, Inc., has been authorized to be shipped via. Air Freight as per Teletype No.94-6271 dated April 23, 197+ by 11..r. H.J. O'LeB.?1** Shipment of April 30, 1971 Emery Air Bill No. PHL 08220 Bormal Freight Allovance Additional Charges due for Purchaser's Account 1,188 lb $241.63 38.85 $202. 75 Above bree.kdovn taken :from Seller's Invoice No. 96305-B dated April 30, 1971. AAB:EM Virginia Electric: and Paver Company STONII: a Wli:11ST£R ENGINEERINQ CORPORATION t.t..gent J.P. Cooper

llH&:IIAL PUllc;lof.l61NQ.lGltNT P'. O. NO.

SN-330-4A

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,...,,1.,. June 18, 1970 IOX I 1163 YOio.K, P/.. 17405

1VIX &5 I 01 657-047 PHONE 17171 792-2644 n1rx 14-0437

\\ . *1 {' :,, *;;, D ORIG1NAL [J coNF1R;1i1:~c CUSTOMER REFERENCE Inq. #11448-060 Aderndem

June* 18, 1970 DATE TO r

b Stone & We stcr Engineering Corp. P.O. Box 2325 Boston, Maso. 02107. F.O.B. YORK. PA. Attention: Mr. Robert Anglen TERMS 2% 10 Days.;, Net 30 Ccnll<:mcn: QUOTATION FIRM FOR 3 0 Thnnk you for yo:ir inquiry - we iire plenscd to quote on your requirements. DAYS ITEM QUANTITY DESCRIPTION UNIT PRICE MIFT. TOTAL 4,800' 6/C #16 (19) tinned copper,.047" insulated silicone rubber,.012" glass'braid, Cable construction, tliree twistea."pairs with color coded (black-~n1ite) glass braids, the overall braid shall be tinned copper, mylar tape, asbestos braid, high te~perature.finish *. $576.00 NET 1,.500' 3/C 4/0 stranded", triplex cable,. 78 *mils silicone insulation, 12 mils_glass braid $3,300.0) ~"ET Tho 0 r- ~i *1.l~ /' ba;e ut=e:t In computtn~ ~he. *

ab~~*~ p~i~e is 1. r:-:

l / lb., as currc~tly reported. Adjustment of our price at time cf shipmant wm be mad~ en this bDsls If nece*ssary. I** 'I ") - r*,;~ftl

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1 ,~.t.1i, Yo:ir consideration of this quolalion will be npprcdnted. OUR LOCAL REPRESENTATIVE-B-*.t-leyer' G. Nae~ WILL BE. PLEASED TO CALL ON YOU. PLEASE RETURN ONE COPY OF THIS FORM \\'\\'111 YOUR ORDER TO ASSURE YOU OF PROMPT AN; ACCURATE PROCESSING. SHIPmENT 10 - 11 w~eks CONTINENTAL WIRE & CABLE ( ~~****:'ri'.~=-*,*i*,;x~~ --. -Ci . ". \\

~

El :;.:.~I:~~~~_(;(:*;'.,,_./?*..,: // __ _ \\;:' Prcstor1 Shultz~- e TRANSPOtlATION: ?REr'AID Ai,D ALLOWED ON sr, POL'NDS 01:..'.\\ORE VIA r.OUTiNG OF OU~ Cl !OICE. TIT~C----------------- 1 ].

- - - I. *u1111 c, IU a.ntu*t*t.Nf rou PHIC.1:, 0,. CONDUCTOR NATl:.*1.Al lf'li rr*cc:T AT..... c g, VHlrMENT PAUL __

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CO\\J)l'l'J:J~~ (\\:0,: TUE lUCK OF TU,:i ;,\\j!:~.:,\\HE AN li,TfGI;,',L l"'AU1' OF Tm: QtiOT,\\Tlu:'-:

J.O.No. 1141+8 'January 9, 1969 Item No, 1 2 3 SCHEDULE OF SILICONE RUBBER INSULATED POWER CABLE FOR SURRY POWER STATION VIRGINIA ELECTRIC AND POWER COMPANY RICHMOND, VIRGINIA Mark No, Qµant1tx 2,100 rt 2,100 ft lt,800 ft Description -600 volt, two conductor (twisted pair) No. 8 AWG (19 strand) copper, 62 mil silicone rubber insulated with 31 mil moisture, abrasion and high temperature heat resistant jacket on each conductor, no further covering. This cable shall be suitable for operation at ambient temperatureE up to 125 C. Diameter each insu-lated and jacketed conductor (.332 in.) 1,000 v, 6 conductor ca~le, 2 conductors No. 6 AWG (19 strand) copper and 4 conductors No. 8 AWG (19 strand) copper. Each conductor to have 78 mil silicon( rubber insulation and color codec glass braid. Cable to have overall moisture, abrasion, and high temperature heat resistant jacket. Jacket thickness, mil. This cable shall be suitable for operation at ambient temperatures up to 125 C. Overall diam ~

600 v, 4 conductor (two twisted pairs), No. 16 AWG (19 strand) copper silicone rubber insulatec overall jacketed control cable.

Each conductor to have 47 mil silicone rubber insulation and color coded glass braid. The conductors shall have an overall tinned copper braided shield and moisture, abrasio~ and high temperature heat resistant jacket. Jacket thickness mil. Cable shall be suitable for operation at ambient

e

2.

Item No, Mark No, Qµantity lt-00 rt

By Bidder Description (Cont'd) temperatures up to 125\\ *c. Overall diam
1,000 v, 7 conductor, No. 12 AWG

\\19 strand) copper cable. Each conductor to have 62 mil silicone rubber insulation and color coded glass braid. Cable to have overall moisture, abrasion, and high temperature heat resistant jacket. Jacket thickness, mil. This cable shall be suitable for operation at ambient temperatures up to 125 C. Overal~ diam

Note:

All jacket thicknesses shall be 1n accordance with current IPCEA-NEM!. Standards. a ).,;;;;;&t~.S..ft&&.4 _s_,;;___p~. ?l-14M!WHL#&P-.K 4 esso.. w,EA

. LJ DIV, LJ DU'T. ~ OruJEi STONE & WEBSTER ENGINEERING CORPORATION AGENT FOR VIRGINIA ELECTRIC AND POWER COMPANY P, O. BOX 37S, SURRY, VIRGINIA 23883 LJ LJ &ccou,n.. o. 24.124 J.0.11448 24,124 J.0.11448 ,... O. NO. SN-21,887 1P;H .I.O, NO, O" 2 11548/11448 TO r-Continental Vire & Cable Company DAT& t THI ABOVlt P'U.. CHA.. lt 0"0"t I June 9, 1972 !~:T J~=~~OARROI::.... ".ut*Lel:.~~ J VOICES AllfO co*UUtlfltONC£.... C~. i P. o. Box 1863 TUIWa Tork, Pennsylvania 1740S 2% 10 days, Net 30 days PIIIClt.. oa I P'REPAY CHARGES I Job Site I IF PURCHASED .Attnz Hr. Clair Leber I P'.0.15. DESTINATION L _J aHtlltllll.NT DUI. / o vce.1:<s J::ra;1 a.ate of crc!er - gooner if possible

1PTO ADDtfSS All COUfSl'ON:JrnCE ro THE.l40VE AOOtfSS.

STONE a WEBSTER ENGINEERING CORPORATION SEND INVOICE IN DUPLICATE TO: AGENT l"OR VIRGINIA Cl..ECTRIC AND POWER COMPANY C/0 SURRY POWER STATION VIRGINI... El..ECTRIC ANO POWER COMPANY near Hog Island (Surry County) STONE a, WEBSTER ENGINEERING CORPORATION, AGENT P, O. BOX 37!5 Virginia 8URRY, VIRGINIA 23SB3 ~vi... Htr. Frt. - Richmond. Va. - transfer Blue & r.,-i,iv 'l'l" "" ~ - .. No.I QUANTITY I DESCRIP'TICN 01" MATERIAL I UNIT P'RICE I AMOUNT THE SELLER. BY ACCEPTING THIS OROEl'I. AGREES TO THE SEVERAi.. CONDITIONS PRINTED ON THE REVERSE SIDE HEREOF ANO MUST SIGN THE ACC£FTANCE COPY OF THIS ORDER ANO RETURN AT ONCE: TO THE ABOVE: ADDRESS. ~irming verbal order placed with Seller** Mr. Clair Leber by Engineer's Hr. A. C. Orr .e 6. 1972. Mark

1.

2500 ft. iiir 2/cond. #8

19 strand code ISRG-X-600 600V silicone rubber covered electric cable meeting Spacificat1on NUS-326 dated April 19, 1969 and latest revision with mill certification data same as purchased on previous order SN-330 Item 17
dated J8Il118ry 27. 1970. Cable to be f~ished in approxima.tely 1000 ft.

lengths if possible furnished on mn* ~tllr:l4ble reels TOTAL PRICE ~ ORDER. * $1,412 *.50 'l'be above price* are FIRM. $565.00 mft !llCE ADJ'Usnm?-r?

Price* 4re ~

except for copper. Prices based on copper cost of $0.525/lb.;prices er.all be adjusted to reflect the cost of copper at time of ahipcent. $1,412.50 Invoices shall be rendered for the amount covered by the Purchase Order or leas. Separate invoice* are required for price incressaa. Prior to payQ~nt tho Seller will be raquired to urniah ono addition.sl copy of esch invoice, and to certify on each invoice that the prices OF STATE YIIIGINIA £LECTl'IIC AND.. OWER COMPANY ... 0. NO SN-2l,CS7 IJ LOCAL P\\:ftCNASJNO A~&NT I I i I I ; I I

r.o. NC, STONE 8: WEBSTl:R ENGINEERING ConPORATION AGENT FOR VIRGINIA tLE:CTRIC AND POWER COMPANY SN-21,es7 . P, 0, BOX 37:S, SURRY VIRGINIA 23883 PAell .l,O. NO, "l Z 0" DATIi .June 9 1972 _J IIIIOIYANT, HOrf IHSTIUCTIOHS OH PIISJ SHfllT in accordanca With the pl'ie* adju1tment cla~aa. nor Bn.L Vlr-GIMIA S."J.ES/US! T.ll.'t

AI.~S A.ill/GR USE TAX

F.ZSa?O-.:iSIBILITY at l'U&CHAS!le Pdyaent Per.nit No. 998106-3, attached.

See Commonwalth of Virginia Direct Invoice, covering 111&tariala and/or equipment supplied undmr thia ordar 1hall include as a aaparata item the actual amount of freight paid aupported by copy of paid freisht bill. All invoicea for t:.1taria.ls cast co::tain the follotorin; certific:.3.tiai statement: e .J "Ssller w~rrant1 that the prices (including any price increases) roflectad in thia invoice ere consi$tent with. a.."ld par::iis~ible undar, th~ Economic St4b1li::i.tion Act of 1970 end the &!cree* end reeul*tion1 thereunder." CCIO'IWl'OlY

DO 10? DUl'LICA'IE YIIIGINIA ELECTIIIC ANO POWER COMPANY eTOl'tE 6 WEB-:JE",.lj~GI ERING CCIRPOR.. TION, AGENT 111.':.',,

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/ .. ( LQC:AL.. URC:HAe:NC AQCNT ... O. NC. SN-21,687 l J

DIV. . AOINT Accou.., HO. 22.123 £. Sp..,irrcl 1 ,\\.,~ O~f.R 5TONC & WEOSTER ENGINEERING CORPORATION lP.O. NO. SN-_ 22,052 AGENT FOR VIRGINIJ\\ ELECTRIC ANO POWCR COMPANY ,.. ~& J.O. NO. P, 0, BOX 37:S, SURRY, VIRGINIA 23883 2 11543 TO or r DAT& t TH& AIIOYE P'\\1ptCMA91: O*"~" AND ~DB ca~£* NUMacRa Julv 14. 1972 MU*T Ar~t:&Jt ON AI.L IN* Continent.al \\-:ire and Cabla Ccmpany YOICE.9 AND COHJl£9~0NO~"CI. ~. o. Box 1£63 T1Uh1* York, Pennsylvania 17405 ~ 1% 10 c!.."\\:lS t Net 30 d4I* ,.,.,ca:,,o. S/'"i! J:::'rt. All. I PREPAY CHARGES on I IF PURCMA<<.r.O 500 1 b!I. or a,ore I 111'.0.8. OESTINATION Attn: Mr. Leber L _J aNU'M&NT DUE 2 inels.U.!9lll....date of Qt:Q~:[ ,-HI.. TO ADDUSS J,(l (OU r ira.. *!:'n,'Ct ro THf A~OVl.ADDI! ss. ST<ONE 11r WEBSTER ENGINEEIIING CORPORATION SEND INVOICE IN DUPLICATE TO: AGENT FOR VIRGINIA ELCCTRIC AND POWER COMPANY VIRGINIA ELECTRIC AND POWER COMPANY CIO SURRY POWER STATION STONE 6 WEBSTER ENGINEERING CORPORATION. AGENT neu Hog Island (Surry County) "* o. aox :,75 Virginia SURRY, VIRGINIA 23883 '""""'" !:er. Frt. Ucr..:n~d. Va *. tr3nsfer Bluo & Gray lTEM NO. j QUANTITY I DESCRIPTION OF MATERIAL I UNIT PRICE I AMOUNT THE SELLER. BY ACCEPTING THIS OROER. AGREES TO THE SEVERAL CONDITIONS PRINTED ON THE REVERSE SIDE HERECF AND MUST SIGN THE ACCEPTANCE C:OPY OF THIS ORDER AND RETURN AT ONCE TO TME ABOVE AOCRESS. Confirming verbal .ly 13. 1972.

1.

480 ft. order placed with Saller' a Mr. Leber by.'Engineer' a Mr. A. C. Orr °l!~~,~1:~-r~~:-;:t~:'\\~*~~~~~;~-~ 4/0 1 conductor tfiplfem:;j~~o ISRG-X600 copper power cable with silicone rubber, 3laea braid insulation with sama ~~'"-', tj.on cs cable purch!lscd on previous ~r:~r ~:: 3~~,~~!: ffl~m~tt;~+1-~Uf~!~1~~~ed

cation data in accordance with specification for the 1972 Extension-Surry POYer Stati~n of the Virginia Electric and Power C0&1pany located near Bog Islai d (SUrry County) Surry* Virginia

$3,SB4*.oo mft $1.648.64 'l'orAL PUCE CJ: ORDER.* $1,648.64 Price Adjuatments Pr1cea are firm except for copper. Price based on copper* cost of $0.5050/ib. Price* ahal~ adjuated to reflect cost of copper at time of ahipr.ent. leelas Unleaa shipped on non-returnable reel,. reel* will bo charged for extra net 30 days. Full credit ~ill ba allowed upon return of reel* to Seller** mill, freight collect Within 12 montha fraa date of abipment. OF STAT& BJ VlftQINIA ELECTIIIC AND POWER COMPANY aTONE

WE19STCR IE:NQINEERINQ CORPORATION, AOENT C. C.rr 1.c;AL,.~

~ J!$._.. 4~\\IR-.~-. 7$.'*9J.>m& i. e:q::1w... qx ... 0. NO. SN-.22 1062 --+§}49

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. 11,i..l\\ l*J,I tf *c~*NR.

TO r-** STONC 0c WEDSTEH ENGINCCRING ConPORJ\\TION AGENT FOR VIRGINIA CLCCTHIC AND POWER COMPANY P. 0. nox 37ts, SURRY VIRGINIA 23083 OAfl I 2 SN-22.062 t 'Tt-'I A*OYI[ l"U*C"WA!IC O"nl'III A"D Joa OIIIU~ft NUMa.RS MueT.. ~,.fA" ON ALL vo,~** IIND co,u,,e~ONOINC *. Cont1nonta1 Vire and Cable Company July 14, 1972 _J lMl'OnNfT, NOrf IHSHUCflOHS OH,,ur SHffr po ;:or BU,L VT?.t;lH!A S,\\T,"<:'.;/USf.: T~! 6AL!:;S AtW/UR liJE TAX * ~~.i?CJ;,SrnlLITY OF FUR.CIIAS!R.. Sae C:Olllllonwaalth of Virginia Direct Payment rormit No. 998106-3, attAched. lnvolcoa covering catar1al1 and/or cquip~ent 1upplicd under this order *hall include aa a separate item the actU41 amount of froicht paid,upported by copy of paid freight bill. All ln~oicea for &1ateriala must contain the following certification statement: e "Seller varr~nts that tho prices (including any price increases) roflected in this invoice are conniatent with, and perm1s&ible under, the Economic Stabi_l iut1on Act of 1970 and the decreea and resulations thereunder." CONFIRMATORY

DO NOT DUPLICAT.E YIIIQINIA ELl!CTIIIIC AND POWER COMPANY P'. 0. NO.

8TONE

WED.TEN t.NC.INEERINQ CORPORATION, AGENT SN-2~.0u2.

Cl. (. c...., /., C1-1< I

..... A-;-c;-cJrr L~*L.. u111cH...,N.. AHNT I

"t.' * *, J

r STONE 6 WEBSTER ENGINEERING CORPORATION 225 FRANKLIN STREET, BOSTON, MASSACHUSETTS 021 07 NlrW YOIII(

90STON CMICAC.O oa*DCN CITY MOU.TON &.oa ANC.ELES MN FRANCISCO AIR MAIL Mr. E. B. Crutchfield Senior Vice President Virginia Electric and Power Company ?th and Franklin Streets Richmond, Virginia 23209

Dear Sir:

SILICONE RUBBER C..illLE SURRY po*~.ER STATION DISION CON9TIIUCTION 111.. 0IITS A19,illAleA.La IKAMINATIONa CONSUL TINO 1:NOINl:&IIING J&.nu.:!r:f ,, 1969 J.O.Nos. 11448/ 11548 NUS-4374 TELECOPIED DA: /- 7-'f TIME/~*/-' - 19?2 EXTENSION - SUR.BY POV.ER ST.!..TION We urgently.require the silicone rubber cables for the reactor penetrations and since an order has been placed with General Electric Company, it is doubtful that the strike will be settled in a short time. We therefore have requested an alternate proposal for the silicone cable from Continental ~ire and Cable Co. who were the only other bidder to quote on silicone rubber cable. In their original proposal, they offered three types of constructions which were not suitable for our application. Their new construction is silicone insulation with treated glass braid overall which is similar to General Electric's cable construction. We enclose for your review two copies of Continental :*lire and Cable Co. proposal dated December 2, 1969, and their letter of December 5, 1969, clarifying their proposal. Continental Wire quote terms of two per cent, 10 days net cash 30 days and delivery of 12 to 14 weeks, prices subject to adjustment depending on the material cost of copper at the time of shipment. Continental *.-:ire _quote shipment fob factory, freight allowed to destination and accept the VEPCO warr~nty clause.

e EBC

2.

January 5, 1970 Continental Wire take exception to the radiation requirements of 1 x 10~ rads and state that the cable will withstand 0.5 x 108 rads without any significant change in physical and electrical properties. Continental advised that radiational tests are being performed on this type cable at 1 x 10~ rads and higher and will forward information to us as soon as it is available. We estimate that the exposure to radiation over the expected 40 year life of the plant will be 3 x 107 rads and the maximum dose d~ring the postulated ma~imum accident condition will be l x 10~ rads. We therefore recommend that an order be placed with Continental Wire and Cable Co. in the amount of $22,556.40 for furnishing the silicone wire cable for the Surry Power Station. WJ further recommend canceling our existing order, SN-254, with General Electric Company. We should appreciate receiving your authorization to purchase the silicone cable as recommended. Enclosures RWC:SAT Yours very truly, ~e:z..~-~-: 4.-~-w V. A. Suzie/elis Project Engineer

e I I I CoNTINENTALVVim: & CADLE clMston of GULTON INDUSTRIES, INC. BOX 1853 YORK, PA. 17.(CS

lY/X (510) CS7-4748 PHOHE (717) 792*2544 Stone & Webster Engineering Corp.

225 Franklin St. Boston, Mass. 02107 Attention: Mr. Bob Anglend December 15, 196~ rrnTrn DEC 1 8 1969 R.fi.t

Referance:

Inquiry 11448/11548 for Vi"rgin'fa'°E:'fe*c*~** Power Co.

Dear Bob:

'!'his letter is to confirm the information given to you today during our telephone conversation. Firstly, item No.*a of our quotation No. 18599, should read,. 4,800 ft. 6/16 SRG-X600 with tinned copper shield braid overall, and treated glass braid over all - $453.00 per M ft. net, total price $2,174.40. Secondly, it hjs been our test experience, that small gauge copper conductors do not have sufficent strength when heated to support the cable, when subjected to the vertical tray flame test. We have also found that breakdown of small gauge conductors occurs from three minutes to ten minutes after application of the

flame.

We therefore must take an exception to the electrical requirement section of paragraph 8.0 flame resistance. Please be advised that we are conducting tests at the present time to determine the exact time of conductor breakdown under controlled flame tests. We unfortunately have no conclusive results at the present time, however, when these results are avaliable please be advise that we will pass them on to you.* We greatly appreciate your time and efforts in correcting the error on item No. 8 of the subject quotation, ar.d are very sorry for any inconvience that error may have caused you. Very truly yours, Cd)INENTAL WIRE & i!ia.w;yw. I(/~*

G. Nace CABLE

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e e CoNTINENTALWRE & CABLE dlvlsfon of GULTON INDUSTRIES, INC. BOX 1863 YORK. PA. 17405

1WX (510) 657-4748 PHONE (717) 792*2644
Decembers, 1969 Stone and Webster Engineering Co., Inc.

225 Franklin St. Boston, Mass. 02170 ROTED DEC 8 . Attention: Mr. Bob Angland

Dear Bob:

K.O.A. In referance to our telcon this date concerning your inquiry No. T-11448-0714-Silicone Rubber Cable - Surrey Power Station 1972 Ext., for Virginia Elec. and Power Co., this is to con-firm that our quotation no. 18599, Item #9 should read 4800 ft. 2/6 - 4/8 SRG~XlOOO with treated glass braid overall, O.D. 1.150", 2000' Max. length, unit price$1795.00 per M' 1 total item price $81 616.00 We.are very*sorry for any inconvience our error may caused you and greatly ~ppreciate your time and* efforts in correcting that error. GN/sr cc: Russ Meyer D. Amelia H. Goodwin

Very truly 3¥ours 1 CONTINENTAL WIRE & CABLE Gary Nae Regional Sales Mgr.

t I f, e

e.

CONTI N ENTALVViRE & CABLE division of GULTON INDUSTRIES, INC. IOX 1863 YORK, P~ 17403

1WX (510) &57-4743 PHONE (717) 792*2644 Stone and t':ebstet" 225 Franklin Street Boston, ~fassachusetts 02107 August 19, 1969

-Attention: "r. Roger W. Cl.irk, 17th Floor, F.ngineering

Dear Hr. Clark:

It was a pleasure talking with you on radiation resistance of various materials :for possible use in nuclear generatinR stations. Pursuant to this telephone call, I an includinr, the inforr.iation you requested. The followin!Z.i~ a tahle showing radiation levels (Rads) where physical properties -- (tP.nsile and elonr,ation) begin to deteriorate si~:iificantly. Since these materials are to be use~ _as _cable jackets, these properties seeJ11 most relevant. FEP Teflon 105 to 3 X 105 Rads Silicone nubber 107 to 10~ Rads Hypalon (Chlorosulfonated PE) 107 to 108 Rads We hope the ahove is of some value to you. It must be renembered that silicone ruhher ai.d "Hypalon" are cor.ipounds, or a mixture of variable ingredients,. and as such will exhihi t soaewhat different properties. If you desire any further information, please contact us, and we will endeavor to provide it. PSC/sw

r.-.

Very truly yours, CONTINENTAL l'lI~E AND CABLE Division of Gulton Industries, Inc. P. s. Cardello, Assistnnt Hanngcr, F.nr.ineering ~

e SECTION 13 QUALIFICATION REPORTS NUS CORPOFIATION

"ANACONDA LETTER WITH ENCLOSURE" DATED OCTOBER 8, 1980 (REFERENCE NO. 61) Page 3a

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re" "....... -... : ~.... C: f....... ~- ~ ~ **i. .....,,,_*1r . ~ ~,,.,_ -... ; ii. . ~..... - '. .... -. ""'. ~ Stone & 'Webster Eng. Corp. P.O. Box 2325 Boston, MA 02107 Attn: John Bonner October 8, 1980 Re: VEPCO/SURRY Qualification Data, your letter of Oct. 2, 1980.

Dear Mr. Bonner:

Per the referenced letter and in accordance with telecons with your Messrs. Steve Miller (9/17/80) and Ira Macfarlane (10/8/80) we offer the following:

1. Stone & Webster will study the existing LOCA qualification data conducted for VEPCO by Conax on Anaconda Instrument cable insulated with CC-2210 FR-XLP - and determine its' applicability to control and thermocouple items also supplied by us on this project.

(Anaconda-Continental does not have a copy of this report.) Since CC-2210 has not been used by us for several years, we have nothing further to offer.

2. For items insulated with silicone rubber (i.e. NUS-326/SN-330) the following data is available:

a) FIRL Report F-C2935 b) Addendum to F-C2935. (Extends radiation exposure from 107 to 108 rads.) c) Data sheet on physical properties of CC-2115. d) Arrhenius Plot. (For Thermal Age characteristics only.) Please note that the CC-2100 designation used for silicone rubber in these applications, when these contracts were awarded several years ago, has been replaced by our designations CC-2115 and/or CC-2216. We hope this information is of some value to you and your client. PSC:ts cc: 'W. Schneider F. Flood T. Ling CF: S&W/VEPCO Very truly yours, ANACONDA ERICSSON INC. CONI'INa"TAL WIRE & CABLE ~_j_t s (' I

o... c~~

Paul S. Cardello Chief Engineer

e e e PHYSICAL PROPERilES OF CC-2115 SILICONE RUBBER AFTER CONDITIONING SIMULATING A L.O.C.A. CONDITION. CONDITIONING NONE* STEAM/BORIC ACID Q) RADIATION ONLY 1 X 10 7 RADS@ 5 X 10 7 RADS l X 10 8 RADS RADIATION AF1 :R STEAA/BORIC ACID (D l X 10 7 RADS 5 X 10 7 RADS l X 10 8 RADS TENSILE (PSI) 1040 640 1000 825 520 570 l.!50 380 ELONGATION (%) 3:ic 187 110 ~o 19 87 28 15 WIRE SAMPLE, TUBE SP!:CitvENS TAKEN FROM *12 AWG.030" WALL CC-2115. NOTES: ~ 12D HRS. 50 PSI STEAM, FOLLOWED BY 120 HRS ** 5% BORIC ACID SOLUTION@ 150°F. (CONDITIONING PERFORMED BY ewe LABORATORIES.) @ COBALT 60 SOURCE (~ RADIATICJ'.l). REV1St0NS PAGE l OF 1 Continental Wire I C.ble Wire and Cable Divisiori ORN. N \\-'\\. DATE I /7.__, P 0. Box 1863 York. Pennsylvania 17405 717/792-264A CKO. r,:,;j) DATE APP.~* DATE

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.; C r'. . ~. 1-*--*, 1_- ____ -_,_+- ____ -+--~-----------------------'----+-:.-:.-:.-:.-:.:.-:.-:.-:.-:.-:.-:.-:.-:.*:-:.-:.-:.-:.-:. ______., ~ ....J I 7*-,-/ ------,- j I'

*~-*----'""""------.--..--..----L-----------1---... ---------.;--------

/ -~ I I I /* I i I I I I 1/-, -~---,.,--'--,i -i--+-i--,-+--+--+--+--1-,. --+---+---+--+---+--'---+-----+I--~ =; ~

+-

. --:--.-----.-1,---------------.---,-,~ 1 ~ : : l O O O _. :.~;~*~;;:.;;;:.:.;t.:.':.:.:.;;::.;t:.:.:.:.:.;';:.:.:.:.:.~:.;;:.:.:.:.:.;:.:.::.:.:.-:;:.:.:.':.:.:.::-!-1-=--+----_* ----------=-=;:;~-~~' c* :... * ;_ I . --1. t --:1-

fl a:

i

---:-1 I

j

'rF. I I f.~-:-/- I I

i I !/

i i '

I I V I I ___._~--,-...,......---+----f--"--'--!!_,:_i ___ :_.~ I ~----3.-~... =- ~---~--~--.. - **=-:=--:--.--~-==-----___.*-~--~- - - -.-.:---** :: --~=.30~"28 10/~- -~{-=-~:=-.;_;-~:~-~-:....;_.=:..=;*- -:-- i __ ~=*==-~~..:. -- '. -- -::_:.~--~ -i ~--* i::- i~i: .;.:.~ z~~ 1eo 1c:.: 1.::. 1:0 ,c, E:-- f:. e Tempe, r_af u re C:: \\ ~ S-AL.=. )

e (FIRL REPORT NO. F-C2935 on Continental SI Cables) DATED OCTOBER 1970 (REFERENCE NO. 63) Page 3b

e PROPRIETARY INFORMATION Report Final Report F-C2935 TEST OF ELECTRICAL CABLES UNDER SIMULATED POST-ACCIDENT REACTOR CONTAINMENT SERVICE by S. P. Carfagno L. E. Witcher October 1970 Prepared for Continental Wire and Cable Company York, Penna. PROPRIETARY INFORMATION ~E F'RANKLIN INSTITUTE REaEA.. CH LA80.. ATORIES a&NJAM IN l"IIANK~IN.... II KWAY .. " I ~AD c~.. H...,... NNA. 19 I o:a

e e i I i F-C2935 TABLE OF CONTENTS Section Title 1 INTRODUCTION. 2 SAMPLES.... 3 TESTS PERFORMED.... A. Irradiation..... B. Preconditioning at 66°C (151°F) and lOOS R.H....

c. Steam Exposure........

D. Dielectric Measurements *....... 4 CONCLUSIONS......... APPENDIX. IRRADIATION REPORT LIST OF FIGURES Ffgure No. Title 1 Photograph of Cables Mounted in Test Tank 2 Electrical 3 Electrical Table No. Loading Circuit for Samples A-1 Loading Circuit for Samples LIST OF TABLES Title B-1 and A-2... and B-2 *** Dielectric Measurements ****............ Page 1 1 1 1 2 2 6 6 Page 3 4 5

e e F-C293S

1.

INTRODUCTION Samples of a seven-conductor and a two-conductor cable manu-factured by the Continental Wire and Cable Co. were subjected to qualification tests to determine their ability to withstand conClitions that may be encountered within the containment of a nuclear power plant, including those which follow a loss-of-~oolant accident (Design Basis Event). The tests included irradiation of the cables and exposure to a steam environment at temperatures up to 340°F, while electrically ener-gized, in accordance with the schedule given in Section 3 of this report.

2.

SAMPLES The samples tested were identified as follows: A. 7 Conductor #12 (7) copper, CC-2115 silicone rubber insulation, glass braid over silicone, glass finished with a flame ~nd abrasion resistant finish CC-1233, 7 conductors cabled, mylar binder tape, overall asbestos braid, asbestos finished with CC-1120 flame and abrasion resistant finish. B. 2 Conductor #16 (7) copper, CC-2115 silicone rubber insulation, glass braid over silicone, glass braid finished with a flame and abrasion resistant finish CC-1233, 2 conductors cablea with impregnated asbestos fillers, mylar binder tape, overall asbestos braid, asbestos finished with CC-1120 flame and heat resistant finish.

3.

TESTS PERFORMED A. Irradiation The samples were irradiated using a cobalt-60 gamma source to a dose level of at least 10 megarad, at a rate of about 0.45 megarad per hour.*

A copy of a letter from Industrial Reactor Laboratories, Inc., confirming the irradiation performed is presented in the Appendix to this report. ~

FRANJCIJN INSTITUTE RESEAB~ LUORATOBIES

e F-C2935 e e B. Preconditioning at 66°C (151°F) and 100% R.H. The samples were installed in a test chamber, as shown in Figure 1 1 and connected to the external electrical circuits in the manner shown in Figures 2 and 3. Steam was injected into the tank to raise the temperature to approximately l51°F and create an environment of 100% relative humidity. At the same time, the cables were energized electrically: 600 V ac was applied between adjacent conductors; a current of 14 A was passed through all conductors in Samples A-1 and A-2; and a current of 12 A was passed through all conductors in Samples B-1 and B-2. The oxygen concentration within the test tank was monitored and maintained at approximately 4% by bleeding nitrogen into the tank. The above conditions were maintained for a period of six hours. The temperature varied slightly during this time, ranging within plus and minus six degrees. The pressure varied between 0.5 and l.3 psig. C. Steam Exposure Subsequent to the 6-hr-period at l5l°F 1 the steam pressure was increased to approximately 100 psig, increasing the temperature to approximately 340°F (171 °C) in about 12 sec.

Electrical loading was continued as in B, above.

These conditions were maintained for 2 hours, with the temper-ature being held constant within a band of only a few degrees. At the end of the 2-hr period at 340°F, the steam admission valve was closed, and the temperature allowed to decrease. After ap-proximately 4 hr, the temperature reached 160°F (71°C), where it was

. f* J I..., ~{_

.,..., " IC l 1 I I - ',.J. } maintained for a period of 20 hours. Electrical loading was continued, ¥~J:f{'P.;r t*J'i" as described under B, throughout the test period, except for an interrup-(rt,: ES-;~Ff tion starting approximately 3 hr after the steam admission valve was closed, when the dielectric measurements described in par. D were initiated. ~ FllANnlN INSTITUTt RESEAJlCH LUOMTOIIES

e r 1. -. f Fig. 1. Photograph of Cables Mounted in Test Tank e ~ FRANEIJM INSl1101E. BESE:AllQi l.UOBA.TOBIES

e 1-1 TO CURRENT TRANSFORMER TO CURRENT TRANSFORMER I 600 Vac {IT\\ I\\ {IT\\ ~ ' (Tf)~IIT\\ OUTSIDE TEST TANK 1234!1e7 1ll!S4!IIT 1294!1&7 1234!191 INSIDE TEST TANK T*CONDUCTOR~-.~ CABLES Fig. 2. Electrical loading Circuit for Samples A-1 and A-2. Numbers refer to conductors in the cables. Both ends of each cable were passed through the wall of the teat tank, permitting connection to external terminal atrips, and leaving a continuous loop of cable inside the tank.

e I \\J1 I 600 Voe OUTSIDE TEST TANK INSIDE TEST TANK TO CURRENT TRANSFORMERS 2-CONOUCTOR CABLES Fig. 3. Electrical loading Circuit for Samples B-1 and 8-2. Numbers refer to conductors in the cables. Both ends of each cable were passed through the wall of the test tank, permitting connection to external terminal stripe, and leaving a continuous loop of cable inside the tank,

e ~ F-C2935 D. Dielectric Measurements At the end of the steam exposure (2-hr exposure at 340.F) and at the conclusion of the tests, the insulation resistance at SOO V de and the leakage current under the application of 2 kV ac and 4 kV ac for S min were measured. The results are 1iven in Table 1.

4.

CONCLUSIONS Two samples of electrical cable were subjected to a test pro-gram which simulated conditions which could be encountered in nuclear power plant service should a loss-of-coolant accident (Design Basis Event) occur. No difficulties were encountered, and there was no visually apparent change in the samples as a result of undergoing the tests. In-sulation resistance and leakage current measurements did not reveal any breakdown of ~he insulation. It is concluded that the cables will perfonn satisfactorily under the conditions simulated

Sit.*1Jr11 to ;md wbs:ribed before mt

r..&~

C - ~hrs.!..Z_day of .,...c ~~ .. 191,: )n 4.\\.J.... ~ 1 -r:~..... l L~~ I' hcn1ry R J,c. Pttiildtlphia. Pttiladelphia Co. IIJ CornmllSIIIII u,,ires April 17, 1972 ~/C..ftr-, S. P. Carfagno Project Manager \\ I ~, I

e TABLE 1. Dielectric Measurements Maasurad Follovlng the 2-Hour Meaeurttd at Conolu*lon EKpollUJ'e to Steam at 31fo°F(4) of All Tuh Sample (1) InsuJ.atlf9) Leakage Currant(.3) Leakage Current<,) Terml1111.l Conneotlon1 IneulaUon I II (growtd) Ruhtanoe Potential Current Ruhta.noe(2) Potential Current I (H 0) (kVao) (mA) (H 0) (kVao) (mA) A-1 1,2,.3,4,5,6,7 growid 2 ' *.3 2 .3 *.3 A-2 1,2,3,lf,5,6,7 growid 2 .3.6 2 3.5 I B-1 1,2 ground 2 <1 2 1., B-2 1,2 ground 2 <l 2 1.0 A-1 1 all other* 680 1.4 4o,ooo 4 I 1.2 A-1 2 all othera 590 4 1.,

m,ooo If 1.3 A-1 all other, 850 4

1,2 40,000 4 1.2 A-1 4 all other, 780 1.3 40,000 4 1.3 A-1 5 all other111 900 4 1.4 40,000 4 1.3 I A-1 6 all othere 860 4 1.IJ 40,000 4 1.2 I A-1 7 all othar* 500 1 *.3 17,000 1.3 I 4 1.IJ 1J5,ooo i-1 A-2 1 all othtira 1150 1., ff A-2 2 all other* 60 4 1.4 IJ5,ooo 4 1.2 A-2 3 all other111 1000 1.IJ IJo,ooo 1.2 A-2 all othera 550 1 *.3 40,000 1.2 A-2 5 all other1 820 1.IJ .30,000 1.2 A-2 6 all other, 1.350 1., 40,000 4 1.2 A-2 7 a.ll other* 11J50 1.4 50,000 1 *.3 B-1 1 2 54 4 <1 620 4 1.0 B-1

2.

l 5.3 <l 605 1.0 B-2 l 2 65 4 <l 700 1.0 B-2 2 1 66 4 <1 710 1.0 HotHr

1. Th* number* ln the** oolU1ns lndloate vhloh oonduotor1 v1re oormeoted to the lnetr'l.lllont t,nnlnal*.

2. Measured after applioation ot 500 V do tor 1 min, uelng a Biddle Megger, Ineulation Teeter, Hodel No. 61o815.

3. Theee meallUl'ement1 vara made vlth a Beokman &-eakdovn Test Sat, Hodel 1000-AC/DC - ITS 2 H.

Th* indtoahd potential ve.e applied for 5 min

The tumpurature in the test tank daorea.eed from.approximately 200°F to about 155°F vhlla the man.-

euremente vare being made.

Appendix IRRADIATION REPORT e THE FllANUIN DfSTITUTE IIESURCH LABORATORIES PNIL.ADI'-'"'&.,, *** Y'-YANIA aeao

s*..

_@!l._!IP"".";-. .. 291'!!!'4-*ll'!'.))IQll'!',-~--------------*.. a...,......,...._-..,._._. __

e e INDUSTRIAL REACTOR LABOR.A TOR.JES, INC. A RESEARCH FACUTY OF llL'TGEllS

THE STATE UNJVEilSITY Mr. William Steigelmann Franklin Institute Research Laboratory Benjamin Franklin Parkway Philadelphia, Pennsylvania 19103 October 7, 1970 Re:

Your P.O. No. 12948

Dear Bill:

609-799-1800 The three groups of cables delivered to IRL on October 6, 1970, were exposed to cobalt-60 irradiation for a period of 22 hours, accumulating a minimum dose of 10 Megarads, as determined by dose ra~e measurements made with a calibrated ionization .chamber. RTC/bc Very truly yours, /:7.(!~lt~ R. T. C~tteilr.-

e e II A 1)1>£ N J)U M TABLE OF a>NTENTS *

1.

Df!BODUCTION.

2.

3.

4.

SAMPLES *** TEST PROGRAM. DIELECTRIC MEASUREMENTS. REFERENCE.*.**** APPENDIX-lrradiation Report. LIST OF Till.ES Table No. 1 2 Test Program ****** Dielectric Measurements. 1 ~ FRANX1JN JNSffltn'E RESEARCH LUORATOIUES l l 2 4 6 7 3 5

e e

1.

U-"TRODUCTION This report is an addendum to Final Report F-C2935 (Ref. 1), covering the testing of cable and insulation samples under conditions partly identical to tests described in the earlier report. While referring to the earlier report for a description of the tests, this addendum identifies the samples and the test program, and presents the data obtained.

2.

SAMPLES The samples tested were identified as follows: A-1. 7 Conductor #12 (7) copper, CC-2115 silicone rubber* insulation, glass braid over silicone, glass finished with a flame and abrasion resistant finish CC-1233, B-1.

c.

D. E. 7 conductors cabled, mylar binder tape, overall asbestos braid, asbestos finished with CC-1120 flame and abrasion resistant finish. 2 Conductor 116 (7) copper, CC-2115 silicone rubber insulation, glass braid over silicone, glass braid finished with a flame and abrasion resistant finish CC-1233, 2 conductors cabled with impregnated asbestos fillers, mylar binder tape, overall asbestos braid, asbestos finished with CC-1120 flame and heat resistant finish. 4 Conductor 112 (19) tinned copper, CC-2200 Crosslene insulation, cabled, mylar binder tape, pvc jacket CC-2021 overall, 6 Conductor #14 (19) tinned copper, CC-2210 flame retardant Crosslene insulation, cabled, mylar binder tape, pvc jacket CC-2024 overall. 2 Conductor #16 solid iron/constantan, CC-2193 silicone insulation, glass braid over silicone, CC-1250 silicone finish, 2 conductors twisted, mylar tape, tinned copper drain wire, aluminum/mylar shield tape, CC-2193 silicone rubber jacket overall, ~ FRANnIN JNSTm1Tt RESE:ARCH LUORATOBIE:.S

e e e ~~ } Insulation samples of compound CC-2193, F-2 F-3} and Insulation samples of compound CC-2193-l. F-4 G-l(a) Insulation samples of compound CC-2210. G-l(b and c) Insulation samples of compound UC-4730. G-2(a) Same as G-l(a).

G-2(b and c)

Same as G-l(b and c).

3.

TEST PROGRAM The test sequence for samples A through F-2 consisted of an initial irradiation, a preconditioning at 66°C*, a steam exposure**, and a final irradiation. Samples F-3 through G-2 underwent irradiation only. The test program is sumnarized in Table l, Sample C unde:rwent the preconditioning at 66°C, but the cable jacket evidently became softened due to additional heating a few minutes after the steam exposure at 100 psig was initiated, Consequently, most of the sample was forced out of the test chamber through the compression fitting used to seal the cable where it passed through the chamber wall. The portion of Sample C which came out was cut off, leaving a length approxi-mately l ft long inside the test chamber; this short piece unde:rwent the steam exposure, but it was not electrically loaded. Only this 1-ft piece was exposed to the final irradiation. At the same time that Sample C was forced out of the chamber, it was noticed that liquid from inside the test chamber was slowly o_ozing out of Sample D. Therefore, to avoid the possibili~y of its being shot out of the test chamber, Sample D was cut near the ends - leaving most of it inside the test chamber. Thus it was not energized during the remainder of the steam test.

In accordance with par. B, Section 3 of Ref. l,
- In accordance with par. C, Section 3 of B.ef. l, 1iirrm: FJlANllJN lNSfflUTE BESEA!lc:H LUORATOBIES

e e Table 1. TEST PROGRAM Dose Level Preconditioning Dose Level of Initial and of Final Sample Irradiation* Steam Exposure** Irradiationt A-1 B-1 C D E F-1, F-3 F-4 G-1 G-2 b (Mrad) (Mrad) 10 90 10 90 10 (see accompanying text) 90.l: 10 (see accompanying text) 90 10 90 F-2 10 90 None None 10 None None 100 None None 10 None None 100 Irradiated at a rate of about 0.45 Mrad/hr, using a cobalt-60 gamma source. In accordance with pars.Band C of Section 3, Ref. l. Only a 1-ft section which remained in the test chamber throughout the steam test was subjected to the final irradiation. See Irradiation Report in the Appendix. ~ FUHEllN IHSTm1Tt llE:SE:AJI.CH 1.IJORATOIUES

e e

4.

DIELECTRIC MEASUREMENTS Measurements of insulation resistance and leakage current made at the conclusion of the steam exposure test and following the final irradiation are presented in Table 2. 4 - ~ FBANlCIJN INSfflUTt JlESE.AllCH UJOBATOBIES

e e Table 2. DIELECTRIC MEASUREMENTS Maul.U'ed at Amb11nt Colld1't1ona ~oll""1De Conclusion or StMII! !:!5EolN!"* Ten Measw-ed.L4"'hr P1?z.l ~1B.t1on T111"1111n&l Connec:t1on* (l) Inaul&'t1on L..kage Cm-rent (.'3) Leakage Current(:;) ~ I II ~Eound} Res1rtance(2) Potential Curren't wulat1on(2 } RH1S'tanc* Potential ~ ClD'n) (kV ac) (IIIA) c1~ n> (kV ac) (1111.) .t.-l 1,2,.3,4,5,6,7 vo\\md 2

.3 2

4.,

&-l l,2 voimd 2

l *.'3 2 1.2 C: (4) 2,3,4(;) rro\\md 2 l.2 D 1,2,.3,4,5, 6 (P"O\\md 2 l.6 2 7 *.3 .A-l l all other11 40 4 l.2 lOO 4 1.5 .A-l 2 all othor11 40 4 l *.'3 0.2 {Note 7) A-1 .'3 all others 40 4 1.2 ,co 4 1.1+ A-l 1+ 11.ll other* 40 1+ 1 *.3 100 1+ 1.5 J.-1 5 all others 40 4 l *.'3 70 4 1.6 .A-l 6 a.ll others 40 4 l.2 85 1+ 1.6 .t.-l 7 all others 17 4 1 *.3 4 1.5

&-l l

2 0.620 4 l.O 20 4 l.l B-1 2 l 0.605 1+ l.O 25 4 J..2 0(4,6) (4) 2 (black) all others 2000 4 l.O C ( l+) .3 (red} 11.ll others 2000 4 <1 C 4 ((P"Hn) &ll others 2000 4 l.O D l (vh1te} &ll others 5 4 1.e 0.15

.I+

> lO(B) D 2 (black). 11.ll others ,o 4 l.B 0.7 4 6.2 D

(red) all others 1.3 4

. 1.5 1.5 4 3.7 D 4 (o~e) a.ll others e 4 1.5 l *.'3 4 2.e D 5 Cv*en) all others 5 4 l.6 1.0 4 .3 *.3 D 6 (blue) all others 2 4 1.6 o., 4

3.5 Notes

(1) (2) (.'3) (4) (5) (6) (7) (B) The numbers 1n these ool.mna 1Zld1cate,micb oollductor1 v*r* comieC'ted* to th* instrument tll"lllim.ls. Measured 11.fter 11.ppl1cat1on or 500 V de tor l 1111n, using a General Ba.d.io Megohlllme'ter 1862;. These measurements _vere mad* v1th 11. lleckman Brlllkdawn Test Set, Model 1000-AC/DC - ITS 2 M. Th* -imica.'te::. potential '1111.S a.pplled tor 5 m1n. In th11 table, Sample C raters to the portion vhicb 11U INbJected to th* 6-m-precond1t1on1ng at 66*c, and,as ahot out or th* 't*lrt chamber soon atter th* st-prHsure 1&11 l"IL11ed to 100 psij. ConduC'tor No. l (,m11;1) vas not ommected to Tenll1:lal I beoa.uH or a cut 1%: th* insulation. Ho ln&INJ"ment1 vere ~. o:c th*,mite oomuc'tor beaau.1 of a out 1n the 1.naulation. Arc1Jlg,.. ob11J"Ved be'tvHn the conductor and the 1n.'tal tube 1n vh1ch on* or the ezJds or t.1"ie oable had b11n potted. Al th11._. on the aide tba:t. had beci outside the ten chamber, th* cut _. evident].; CIIWSed P,)' h&zldli?li* Sulpl*._11 not1o*bly h*ted at aonclua1o:c of 11*wr11111ent. 5 - '"tiirna: FBANlWN IHSTITtm REStllCH LABORATORIES

e e REFERENCE

l. s. P. Carfagno and L. E. Witcher, !fest of E7.eat:ri.aaZ Cab'Z,es imder Simu'taud Post-Aaaident lieacto7' C(l11.tainment Servioe~ Frankl.in Institute Final Report F-C2935, October 1970.

6 - "'1iirtm: FJlAHlllN JNS111 Utt RESE:ABCH 1.DOBATOBIES

.(

e

e.

e A P P E N D I X IRRADIATION REPORT ~ FBANnZN IHSTffl1TE RESUJlc:H LABORATORIES

e e J:t-,,-rr>USTRIAL REACTOR LA.BORA TORIES, INC. \\ RE.SE.ARO! FACILITY OF llUTGERS

THE STATE UNJVERSnY November 16, 1970 Mr. William Steigelrnann Franklin Institute Research Laboratory Benjamin Franklin Parkway Philadelphia, Pennsylvania 19103 Ref:

Your P. 0. 13311

Dear Bill:

Pl.AINSBOllO, NE'\\l{' JERSEY oss; 609-799-1800 The cobalt 60 irradiation of three groups of cables was completed on November 13, 1970. The cables were stacked inside the FIRL pressure vessel and were irradiated in an IRL Hot Cell. The variation of dose rate along the height of the stacked cables was :100~. One group of cables was irradiated to an average exposure of 90 Megarads. This group had previously been irradiated to an exposure of 10 Megarads. The second group of cables was irradiated to a total dose of 100 Megarads, and the third group was exposed to a 10 Megarad dose. The cables in each group of irradiations were as identified on the detailed instruction sheet from FIRL dated October 26, 1970. yours ~~~ Manager, Operations 8 -

e e SECTION #4 CONCLUSION SECTION, REFERENCE SECTION & RESPONSE TO 10 DAY LETTER NUS COFlPOFlATlON

e CONCLUSION SECTION 7 Source B - Cable obtained from North Anna Units 1 & 2 stock. Source C - Cable originally purchased for use on North Anna 3

4.

1)

Collyer Insulated Wire Company type, cross-linked polyethylene with neoprene jacket.

2)

3)

All deficiencies identified in VEPCO's

November, 1980 submittal, and the NRC's SER Appendix B have been resolved.

Details are provided in the updated Component Evaluation Worksheets. Complete qualification documentation has been, or will be assembled and available in the central file. General Electric Wire Cable; polyethylene with neoprene jacket. SEE SECTION 7.3.10 Kaiser Aluminum and Chemical Sales Inc.; polyethylene with neoprene jacket. SEE SECTION 7,3,11

type, cross-linked

4)

Continental Wire and Cable Co. (a) Type, high.temperature silicone rubber cable. All deficiencies identified in VEPCO's November, 1980 submittal, and the NRC's SER Appendix B have been resolved. Details are in the updated Component Evaluation Worksheets. qualification document has been or will be assembled and in the central file. provided Complete available (b) Type, cross-linked polyethylene with neoprene jacket. All deficiencies identified in VEPCO's November, 1980 submittal, and the NRC's SER Appendix B have been resolved. Details are provided in the updated Component Evaluation Worksheets. Complete qualification documentation has been, or will be assembled and available in the central file. Rev. 4; 8/24/81 S2 7 4 I I I L

e

54.

55.

56.

58.

REFERENCE SECTION 8 Lewicki, R.G., Reliance Electric Company, to Barnhart, J.H., Stone & Webster Engineering Corporation, subject: VEPCO/Surry Power Station Units 1 & 2, Motor Bearing Lubricant, Reliance Part No. 4824-15-A, November 14, 1980. Reliance Electric Company, Nuclear Power Motor

Systems, Type Test Support Analysis, Random Wound

Motors, Summary Report NUC-9, July 1, 1978.

Includes Appendix: Seismic Report 78-R-33, Justification for Omission of Routine "End Turn Stress Analysis" for Random Wound Motors, July 10, 1978. Electric Power Research Institute, Evaluation and Test of Improved Fire-Resistant Fluid Lubricants for Water Reactor Coolant Pump Motors, Volume 1: Fluid Evaluation, Bearing Model Tests, Motor Tests, and Fire Tests, Interim Report NP-1447, July 1980. Deleted Kuster, J., Raychem Corporation, to Macfarlane, I.S., Stone & Webster Engineering Corporation, subject: IE Bulletin 79-01B, Environmental Qualification of Equipment, Surry Power Station Units 1 & 2, Additional Qualification of Raychem Flamtrol Wire and Cable, Spec. No. NAS-3190, December 2, 1980.

59.

McGowan, E.J., Raychem Corporation, to

LaPetra, F.E.,

Raychem Corporation, Memo

Subject:

Raychem-Flamtrol, Continuation of LOCA Test for Qualification to IEEE Standard 383, Test Report EM #1237, June 21, 1976. Possible attachments include:

Kuster, J.,

Raychem Corporation, to Macfarlane, I.S., Stone Webster Engineering Corporation, January 27, 1981.

60.

McGowan, E.J., Raychem Corporation, Raychem-Flamtrol, Continuation of LOCA Simulation Test, Test Report EM 11403, December 9, 1977. Possible attachments include: Kuster, J., Raychem Corporation, to Macfarlane, I.S., Stone & Webster Engineering Corporation, January 27, 1981.

61.

Cardello, P.S., Anaconda Ericsson Incorporated, to Bonner, J., Stone & Webster Engineering Corporation, subject: VEPCO Surry Qualification Data, three letters, October 8, 1980, October 21, 1980, and December 10, 1980. Rev. 4: 8/24/81 S2 8 7 I I I

e REFERENCE SECTION 8

62.

Conax Corporation, Qualification Test Program of Electrical Instrumentation Cables for Virginia Electric and Power Company for Surry Power Station Units 1 & 2, Test Report No. IPS-383, November 29, 1978.

63.

Carfagno, S.P. Witcher, L.E., Test of Electrical Cables under Simulated Post-Accident Reactor Containment Service, Franklin Institute Research Laboratories, Final Report F-C2935, October 1970.

64.

Lasky, J.S., The Okonite Company, to Barnhart, J.H., Stone & Webster Engineering Corporation, subject: Environmental Qualification of Equipment, Surry Power Station Units 1 & 2, December 17, 1980.

65.

Franklin Institute Research Laboratories, Qualification Test of Limitorque Valve Actuator in a Steam Environment, Final Report F-C3271, February 1972. (Proprietary)

66.

Deleted Simulated Reactor Containment Post-Accident Steam Environment, Franklin Institute Research Laboratories, F-C2232-01, November 1968. and Chemical Final Report

67.

NRC letters to VEPCO dated July 18, 1978 thru July 25, 1979 concerning Continental XLPE Insulated Cables use in Surry Pwr. Stn.

68.

Lasky, J.S., The Okonite Company, to Barnhart, J.H. Stone & Webster Engineering Corporation,

Reference:

J.O. No. 12846.44, December 22, 1980. Possible attachments include: Barnhart, J.H., Stone & Webster Engineering Corporation, to Lasky, J.S., Okonite Company, December 17, 1980; MacFarlane, I.S., Stone & Webster Engineering Corporation, to Whom It May Concern, Memo dated February 3, 1981.

69.

Talerico, F.A., Westinghouse Electric Corporation, to Barnhart, J.H., Stone & Webster Engineering Corporation, subject: Surry Power Station 1 & 2, Environmental Qualification of Hydrogen Recombiner, December 8, 1980.

70.

Westinghouse Electric Corporation, Electric Hydrogen Recombiner

Report, WCAP-7709-L, and Supplements 1 through 7 to WCAP-7709-L.

(Proprietary Class 2)

71.

Stolz, J.F., Nuclear Regulatory Commission, to

Anderson, T.M.,

Westinghouse Electric Corporation, subject: Evaluation of WCAP-7709-L, Supplements 5,6, and 7, June 22, 1978. Rev. 4: 8/24/81 S2 8 8

~.{.... ~ REFERENCE SECTION 8 145. Westinghouse letter no. NAW-3615 dated Oct. 30, 1980 to Mr. s. c. Brown of VEPCO. Ref. "NUREG-0588 - Equipment Qualification on Charging Pump Motors. II 146. NUS-VEPCO QDR Package 5437-78-01. 147. NUS-VEPCO QDR Package 5437-77-01. 148. NUS-VEPCO QDR Package 5437-79-01. 149. NUS-VEPCO QDR Package 5437-80-01. 150. NUS-VEPCO QDR Package 5437-131-0l for Continental 600V and 1000V Silicon Insulated Cables. 151. NUS-VEPCO QDR Package 5437-74-01. 152. NUS-VEPCO QDR Package 5437-92-01. 153. Rosemount Instruction Manual Model 1153 Series B Pressure Transmitters. 154. IEEE Transaction Paper "Insulations and Jackets for control and Power Cables in Thermal Reactor Nuclear Generating Stations" dated July, 1968. 155. Kaiser XLPE Cable's Qualification Package QDR-5437-139-01. 156. G.E. XLPE cable's Qualification Package QDR-5437-138-01. 157. Chempump Div. of crane Company: Environmental Qualification of Class IE Motors for Nuclear out of Containment Use, Procedure No. A-19274, Rev. 4, dated May 9, 1979. 158. Crane company Pump Motors Qualification Package QDR-5437-84-01

VIPCO SUIIY UIIIT :.I IPPENDII B TO NIC-SEI AUGUST 24, 1981 DESIGNITIOI FOi DIFICIINCY I

- ladlat.1011 T - Taaperatura QT - Quallflo1tlon tl** IT - l1qulr1d tl** P - Pr11111ura H - Huatdltr CS - Chealaal 1pr1r LIOEND l - Naterl*l a1ln1 evaluation, replao... nt aobedule, on1oln1 uqulp111nt 1urv1lll1no1 S - Subaera1na1 N - Narain I - HELB evaluation outalde oontalnaant not oaapletad QM - Qualltlaatlon.. thod 11111 - Equlpaent reloaatloa or replao1a1nt, llcl1quat1 aohedule not provldad Ill - Ea.. pl*d 1qutp11ant Juattrloatlon lnllcl1qu1t1 SEN - Separate 1rr1ota quelltloatlon Juattrloatlon lnad1quat1 01 - Qual Ula1Llon lnrora1tlon bdn1 developed IPS - EqulpaanL ralooatlon or replaoaaent aohadula provided IESOLUTION 0, DIFICIINCY 1, Coltpon1nt1 daletad rrOII th1 ***tar ll1t 2, Coaponenta r1qulrfn1 r1pl101a1nt or aodltlaatlon 3, Coaponenta d1l1raln1 to be qu1lltl1d I Coapon1nt1 d1taraln1d to ba qu1llfl1d 1101pt ror 11tn1 l

SUHR~PPENO[X B 111 IHI 111111111111111111111111 1111111111111111 1111111111****** 1*1******1111111 I ***** 111111111111111111111111 I IIUH l(E'tl EQUlPHl::NT HANUfACTUftER COHPOHENT NUHBEII OE~* [C IENC't HES REF COHHEHTS STA Ill.... 111111111111111111111111 1111111111111111 **************** **************** I * **** ************************ * ]21 08111 600V IIISTBUHEIIT CABLE CONTINENTAL WIRE SPEC, NO, HUS-R,QT,P,H,CS,A,QI 3 6-59 AND CABLE II 11 322 08111 600V INSTBUHENT CABLE CONTINENTAL WIDE NUS-3111& R,QT,P,H,CS,A,QI 3 6-591 AND CABLE

*--**---*-J

]23 08111 HlGH TEMPERATURE CABLE CONTINENTAL WIRE NUS-326 QT,cs,A,QH,QI 3 6-60 QDR-5437-l31-0l AND CABLE 3211 0815 5000V POWER CABLE COLLYER NUS-3611 R,T,QT,P,H,A,QI 3 6-601 REF QPB-51137-111]-01 j25 0836 5000V POWER CABLE OKONlTE NUS-3611& R,T,QT,P,H,A,QI 3 6-608 REF QDR-51137-133-01 326 0829 5000V POWER CABLE KUSEK NUS-217 II, T,QT,P,H,A,QI 1 6-60C 327 0]25 PUHP HOTOR GE 2-CC-P-2A R,T,QT,P,H,A,RPN 2 6-61 ]28 0325 PUHP HOTOR GE 2-CC-P-28 11,T,QT,P,H,A,RPH 2 6-62 329 01101 SOLENOID VALVE ASCO SOV-CC-2051 R,QT,A,RPN 2 6-63 REF QDB-51137-SOV-02 330 01101 SOLENOID VALVE ASCO S0V-CC-205B 11,QT,A,IIPII 2 6-611 IIEF QPB-51137-SOV-02 3]1 0'101 SOLEIIOID VALVE ASCO SOV-CC-205C 11,QT,A,BPN 2 6-65 REF QDR-51137-SOV-02 332 01101 SOLENOID VALVE ASCO SOV-CC-207 R,QT,A,RPII 2 6-66 IIEF QDB-51137-SOV-02 333 01101 SOLENOID VALVE ASCO S0V-CC-209A R,QT,A,RPII 2 6-67 IIEF QDR-51137-SOV-02 3311 01101 SOLENOID VALVE ASCO SOV-CC-209B QT,A 2 6-68 REF QDB-51137-SOV-02 ]35 01101 SOLENOID VALVE ASCO S0V-CC-210A QT,A,RPN 2 6-69 REF QDR-5-37-SOV-02 336 01101 SOLENOID VALVE ASCO S0V-CC-210B R,QT,A,RPII 2 6-70 REF QDR-5-37-SOV-02 337 01101 SOLENOID VALVE ASCO S0V-CC-210C 11,QT,A,RPN 2 6-71 REF QDR-5-37-SOV-02 ]38 0531 HOTOR OPERATED VALVE LIHITORQUE HOV-CS-201A QT,A 3 6-72 QPR 51137-HOV-2-01 BASED ON SURRY 1 IIISP. WILL BE VERIFIED DUDING OUTAGE I S2 B - 5}}

ML18139C256

Contents

Text

Subject:

Dear Mr. Parrish:

Dear Sir:

Dear Sir:

Dear Bob:

Dear Bob:

Dear Hr. Clark:

Dear Mr. Bonner:

Dear Bill:

3.5 Notes

Dear Bill:

Subject:

Reference:

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ML18139C256

Text

Subject:

Dear Mr. Parrish:

Dear Sir:

Dear Sir:

Dear Bob:

Dear Bob:

Dear Hr. Clark:

Dear Mr. Bonner:

Dear Bill:

3.5 Notes

Dear Bill:

Subject:

Reference:

Navigation menu

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