Text

Forwards Supplemental Info Re Util 801031 Response to IE Bulletin 79-01B, Environ Qualification of Class IE Equipment. Schedule for TMI Task Submittals & Rept Re Cable Splice Qualification Encl
	ML20003C771
Person / Time
Site:	Fort Calhoun
Issue date:	01/30/1981
From:	William Jones; OMAHA PUBLIC POWER DISTRICT
To:	Seyfrit K; NRC OFFICE OF INSPECTION & ENFORCEMENT (IE REGION IV)
References
	IEB-79-01B, IEB-79-1B, NUDOCS 8103180240
	Download: ML20003C771 (100)
	v • d • e

@

Omaha Public Power District 1823 MARNEY e OMAMA. NEeRASMA 68102 e TELEPHONE S36 4000 AREA CODE 402 January 30, 1981 Mr. K. V. Seyfrit, Director U. S. Nuclear Regulatory Commission Office of Inspection and Enforcement Region IV 611 Ryan Plaza Drive Suite 1000 Arlington, Texas 76011

Reference:

Docket No. 50-285

Dear Mr. Seyfrit:

In response to IE Bulletin.79-01B, Omaha Public Power District's letter dated October 31, 1980, provided information regarding the environmental qualification of safety related equipment required to achieve hot shutdown. To supplement the District's October 31, 1980, letter, the environmental qualification information on equipment re-quired to achieve long term cold shutdown is attached. The attached information is paged for incorporation into the District's October 31, 1980, response. Additionally, Attachments 15 and 20 provide the District's schedule for TMI task submittals and a report on cable splice qualifi-cation, respectively.

Sincerely, j

W.C.fones Division Manager Production Operations WCJ/KJM/TLP:jm

Attach, cc:

U. S. Nuclear Regulatory Comission Office of Inspection and Enforcement Washington, D.C.

20555 LeBoeuf, Lamb, Leiby & MacRae 1333 New Hampshire Avenue, N.W.

J

'Jashington, D.C.

20036 81031802 40

facility:

Fort Calhoun 1 00cket N3.: 50-28S MASTER LIST SYSTEM: Chemi c a l & Volume control System Page 7 of 7 COMPONENTS Location Item Number Ref.

Description Inside Outside Primary Primary Containment Containment LCS-218 1,4 Volume Control Tank Level Controller X

Motor Operated Volume L C V -218-3 Control Tank Discharae Valve X

LT-219 1,4 Volume Control Tank Level Transmitter X

FT-212 1,4 Letdown Flow Transmitter X

PT103X Pressurizer Pressure Transmitter X

i PT103Y Pressurizer Pressure Transmitter X

X/LT101 Pressurizer Level Transmitter X

Y/LT101 Pressurizer Level Transmitter X

FT-236 Charging Pump Flow X

4-9 R4 1/13/81

Facility:

Fort Calhoun 1 Dockat No.: 50-285 MASTER LIST SYSTEM: High Pressure Safety Injection Page 11 of 13 COMPONENTS Location Item Number Ref.

Description Inside Outside Primary h-ima ry Containment Contaument HCV-349 HPSI Pump 28 Cooled Suction Line Isolation (Solenoid)

X HCV-349 Position Indication For X

Limit Switch HCV-349 HPSI Pump 2A Cooled Suction HCV-350 Line Isolation X

(Solenoid Valve)

HCV-350 Position Indication For X

Limit Switch HCV-350 HCV-2983 1

CVCS Isolation Solenoid Valve (From SI Tank)

X HCV-2983 1

Position Indication For X

Limit Switch HCV-2983 HCV-385 1,4 Recirculation From HPSI &

X LPSI (Solenoid Valve)

HCV-385 1,4 Position Indication For-X Limit Switch HCV-385 HCV-386 1,4

. Recirculation From HPSI &

LPSI (Solenoid Valve)

X l

Q {8gwitch 1,4 P.asition Indication For X

HCV-386 4-58 R1 1/13/81

c --

Fccility: Fort Calhsun 1 Dockst No.:

50-285 Enclosure #h" SYSTEN COMPONENT EVALUATON WORK SHEET ENVIRONMENT DOCUMENTATON REF.

QUALIFI-OUTSTAND-CATION ING EQUIPMENT DESCRIPTION Specifi-Qualif-Specifi-Qualifi-METHOD ITEMS Parameter cation cation cation cation System: Note 1 Operating Time Continuous Continuous l'

2 Type Test NONE Item No.: Note 2 Tempera-ture *F 288*F 340*F 1

2 Type Test NONE Component: Limit Switch Pressure PSIg 60 PSIg 70 PSig 1

2 Type Test NONE Manufacturer: NAMCO Relative Model No.: EA-180-Il302 Humidity %

100%

1 2

Type Test NONE Function: Position Indication chemical 1700 ppe PH 10-11 For valves Spray Boric Acid Boron 1

2 Type Test NONE r.

n>

Accuracy - Spec: N/A ax1 IAi#3 gggg,"fidd) 2.0410 R 6R 1

2 Type Test NONE 8

Demon: N/A Radiation Service: See Function Location: Containment Aging N/A Note 4 Note 4 Note 4 Type Test NONE Fiuud icvei Elev.

auuu.v-suomer-Type Test Above Flood Level: See Note 3 gence Note 3 Note 3 N/A N/A Note 3 NONE Documentation

References:

Notes: 1) Systems: Chemical & Volume Control System, liigh Pressure Safet

1) See Enclosure #1 Injection System, Component Cooling System, Containment Cooling System,

2) NAMCO Test Report model EA180 Containment HVAC, Steam Generator Feedwater & Blowdown, Containment gg September 5, 1978.

Hydrogen Purge, Sampling System, Nitrogen & Hydrogen System

2) Item No.: TCV-202, HCV-238,239,240, 241, HCV-545,425A,425C,2936,2Ss6,2956,2976,438A, Rg NOTES (cont):

438C,467A,467C,1107A,1108A,881,882,883A,884A,2504A,2506A,2507A, d

g

4) Switches qualified for 40 years esine 2603B,2604B, 1387A,1388A, 864, 865 c)

NAMCO recommended maintenance.

PCV-2929,2909,2949,2969,742E,742G NAMCO letter dated 7/16/80.

3) The underlined components listed above may be subject to submergence.

The switches were scaled & tested to 70 PSlg. The District con-siders them capable or withstanding submergence.

Fecility: ' Fort Calh un 1 Docket No.:

50-285 SYSTEM COMPONENT EVALUATON WORK SHEET C-126 r.n y s uunrir.n a DOCUMENTATON QUALIF1-OUTSTAN b CATION ING EQUIPMENT DESCRIPTION Specifi-Qualif-Specif i-Qualifi-HETHOD ITEMS Parameter cation cation cation cation 5ydems.Cnemicat ana votume operating Control System Time Note 1 Note 1 Note 1 2

Type Test NONE Item No.: liCV-238, 239 See Enclosure 18

-empera-ture *F 288'F 340*F 1

2 Type Test NONE Component: Limit Switch rressure PSIg 60 psig 70 psig 1

2 Type Test NONE Manufacturer: NAMCO htC k B L AVE Hodel No.: EA 180-11302 Humidity 1

100%

1 2

Type Test NONE Function: Position Indication C..

a i.a i iivu rn au-1 va, for valves Spray Boric Aci l 1

2 Type Test NONE V'

Accuracy - Spec: N/A Ef Demon: N/A Radiation Note 2.04x10 'R 1

2 Type Test NONE Service: See Function Location: Containment Aging N/A 40 yrs 40 yrs 3

Type Test NONE Flood Level Elev:

1000.9' Submer-Above Flood Level: No gence Note 2 Note 2 Note 2 Note 2 Note 2 NONE Documentation

References:

Notes:

8

1) Enclosure #1.

1) Rad dose 3x10 R/HR corrected to 1000 hrs 7

2) NANCO Test Report Moedl EA 180 using DOR Guideline Nomogram dose is 3.3x10.

3) Qualified forty years.using NAMCO Limit switches are qualified for long term maintenance program.

core cooling.

3

2) Switches are sealed units submergance dose not effected these.

Uh R8 3

Fcci1ity: Fort Colh:un 1 Dock 2t No.:

50-285 SYSTEM COMPONENT EVALUATON WORK SHEET C-126A ENVIRONMENT DOCUMENTATON QUALIFI-OUTSTANI)-

CATION ING EQUIPMENT DESCRIPTION Specifi Qualif-Specif i-Qualifi-METHOD ITEMS Parameter cation cation cation cation system: t.nemical and volume Operating Control System Time Note 1 Note 1 Note 1 2

Type Test NONE Item No.: IICV-240 See Enclosure 18 Tempera-ture 'F 288'F 340*F 1

2 Type Test NONE Component: Limit Switch Pressure PSIg 60 psig 70 psig 1

2 Type Test NONE Manufacturer: NAMCO neittive Model No.: EA 180-11302 Humidity 1

100%

1 2

Type Test NONE Function: Position Indication unemicat stuu ppm ru 10-11 for valves Spray Boric Aci l 1

2 Type Test NONE 7

Accuracy - Spec: N/A Demon: N/A Padiation 1.92x10 'R 2.04x104R 1

2 Type Test NONE Servie: See Function I

Location: Containment Aging N/A 40 yrs 3

2 Type Test NONE Flood Level Elev:

1000.9' Submer-Above Flood Level: Yes gence N/A N/A N/A N/A N/A N/A Documentation

References:

Notes:

1) Enclosure #1.

1) Radiation is the time limiting parameter

2) NAMCO Test Report Model EA 180 Sept. 5, 1978 using DOR Guideline Nomograms and sector 0

3) Qualified forty years using NAMCO of enclosure 12.1000 hr dose is expected 7

maintenance program.

to be 2.1x10. The limit switch should function for long term core cooling.

a N

t 3

O w.

Fecility: Fort Calhoun 1 Docket-No.: 50-285 SYSTEH COMPONENT EVALUATON WORK SHEET C-28 ENVIRONMENT DOCUMENTATON REF.

QUALIFI-OtITSTAND-CATION ING EQUIPMENT DESCRIPTION Specifi-Qualif-Specifi-Qualifi-METHOD ITEMS Parameter cation cation cation

-cation System: Note 1 Operating

-~ -

Time Note 3-Note 3 1

2 Type Test NONE Item No.: Note 2 Tempera-ture *F 288'F 346*F 1

2 Type Test NONE Component: Solenoid Pressure

~

?SIg 60 PSIg-110 PSIg 1

2 Type Test NONE Manufacturer: ASCO Relative

~ ~ '

Model No.: NP8320A185E Humidity %

100%

1 2

Type Test NONE Function: Remote Operation of Chemical 1100 ppm 30goEE" r

valves Spray Boric Acid 1

2 Type Test NONE PH 10 (n

o j,

Accuracy - Spec: N/A y

3x10 R (Air)

{ggg,6[R 8

R 2x10 R 1

2 Type Test Note 4 Demon: N/A Radiation d )

Service: See Function Location: Containment Aging N/A 10 yrs N/A 2

Type Test Note 5 Flood Level Elev:

1000.9' Submer-Abeve Flood Level: See Note 4 g-nce Note 4 Note 4 N/A N/A Note 4 NONE Documentation

References:

Noten:

1) Enclosure #1.

1) Systems: Chemical & Volume Control System, High Pressure

2) Asco test report No. AQS21678/TR Safety Injection System, Component Cooling System, Con-

[g tainment HVAC, Stear. Generator Feedwater & Blowdown, Sampling System Nitrogen & Hydrogen System.

-[

NOTES (cont):

2) Item No.:

TCV-202 -

241,2936,2916, 2936, 2956, 2976, gj 467A,467C,746A, 1387A,1388A,2603B, 2604B, 425A, 33 4-cont) 425C,204,205, - cCV-742E,742G All of the above valves are deenergized on receipt of an

3) Ocee, on receipt of an isolation signal.

isolation signal.

4) The underlined components listed above may be subject

5) See Enclosure #12 to submergence. These valves are constdered qualified for sulamecgence. ASCO test reports demonstrate that no seat leakage will occur if the valve is deenergized.

Facility: Fort Colecun 1 Docket No.:

50-285 SYSTEM COMPONENT EVALUATON WORK SHEET C-28 ENVIRONMENT DOCUMENTATON REF.

QUALIFI-OUTSTAND-CATION ING EQUIPMENT DESCRIPTION Specifi-Qualif-Specifi-Qualifi-METHOD ITEMS l

Parameter cation cation cation cation System:. Note 1 Operating Time Note 3

'- Note 3 1

2 Type Test NONE Item No.: Note 2 Tempera-ture 'F 288'F 346*F 1

2 Type Test NONE

. Component: Solenoid - - - ~ -

Pressure PSIg 60 PSIs 110 PSIg 1

2 Type Test NONE Manufacturer: ASCO Relative Model No.: NP8320A185E Humidity %

100%

1 2

Type Test NONE Function: Remote Operation of lhemical 1700 ppe 30ggge valves Sp ray Boric Acid 1

2 Type Test NONE PN 10 Accuracy - Spec: N/A 3x10 R (Ai r) g sn 2x10 R 1

2 Type Test Note 4 k

Demon. N/A Radiation gggg,RfHR )

Service: See Function Location: Containment Aging N/A 10 yrs N/A 2

Type Test Note 5 Flood Level Elev:

1000.9' Submer-Above Flood Level: See Note 4 gence Note 4 Note 4 N/A N/A Note 4 NONE Documentation

References:

Notes:

1) Enclosure #1.

1) Systems: Chemical & Volume Control System, High Pressure

2) Asco test report'No. AQS21678/TR Safety Injection System, Component Cooling System, Con-tainment HVAC, Steam Generator Feedwater & Blowdown, m

Sampling System, Nitrogen & Hydrogen System.

ON NOTES (cont):

2) Item No.: TCV-202 - 241,2936,2916, 2936, 2956, 2976, g

[y 467A,467C,746A, 1387A,1388A,26038, 2604B, 425A, El 4-cont) 425C,204,205, - PCV-742E,742G p?

All of the above valves are deenergized on receipt of an

3) Once, on receipt of an isolation signal.

Isolation signal. Although the solenoid coil may fail

4) The underlined components listed above may be subject this will not impact the accident function of the valve, to submergence. These valves are considered qualified

5) See Enclosure #11.

for submergence. ASCO test reports demonstrate that no seat leakage will occur if the valve is deenergized.

~Fecility: Fort Cslhrun 1 Docket No.:

50-285 SYSTEM COMPONENT EVALUATON WORK SNEET C-128A t.NV I NUNMt.N I DOCUMENTATON QUALIFI-OUTSTAN 1-CATION ING Qualif-Specif i-Qua1ifi-HETHOD ITEMS EQUIPMENT DESCRIPTION Specifi -

Parameter cation cation cation cation 5ystem; Cnemical and volume Operating Control System Time Note 1

. Note 1 Note 1 2

Type Test NONE Item No.: IICV-240 See Enclosure 18 Temper.-

ture *F 288'F 340*F 1

2 Type Test NONE Component: Solenoid rressure PSig 60 psig 110 psi g

1 2

Type Test NOME Manufacturer: ASCO hC15LIVC Hodel No.: NP 8320A185E Ilumidity 100%

100%

1 2

Type Test NONE Function: Remote Operation Cic icai iivu ppe avuu ppe of valves Spray Boric Aci :1 PH 10 1

2 Type Test NONE

?

Accuracy - Spec: N/A Demon: N/A Radiation 1.92x10 R 2.04x10 R 1

2 Type Test NONE 7

8 Service: See Function Iu yrs Location: Containment Aging N/A 10 yrs N/A 3

Type Test NONE Flood Level Elev:

1000.9' Submer-Above Flood Level: Yes gence N/A N/A N/A N/A N/h N/A Documentation

References:

Notes:

1) Enclosure #1.

1) Radiation is limiting, qualificition 6

2) ASCO Test Report Model AQS 21678/TR shown adjusting 1.92x10 R/IIR to 1000 IIR

3) ASCO letter July 10, 1980 using DOR Guideline Nomograms qualification is adequate.

B Ch

~Fccility:.Fcrt C:1houn 1 Docket No.:

53-285 RS-1 SYSTEM COMPONENT EVALUATON WORK SHEET ENVIRONMENT DOCUMENTATON REF.

QUALIFI-OtrTSTAND-CATION ING Specifi-Qua1if-Specifi-Qua1ifi-METHOD ITEMS EQUIPMENT DESCRIPTION

_ Parameter cation cation cation cation System: 'Chen,ical & Volung.i Operating

.1000 hrs Note 1 Note 1 Note 1 Note 1 NONE Control System Time Note'2 Item No.:

LCV-218-3 Tempera-ture *F N/A N/A N/A.

N/A N/A NONE Component: Motor Operated valve Pressure and Limit Switch PSIg N/A N/A N/A N/A N/A NONE Manufacturer: Limitorque Company Relative

'Model No.: SMB 003 Numidity %

N/A N/A N/A N/A N/A NONE Function: Mol.or Operated Volume Chemical Control Tank Discharge Valve Spray N/A N/A N/A N/A N/A NONE i

Accuracy - Spec: N/A Sequential 7

7 Demon: N/A Radiation 6x10 R 2x10 R 1

2 Test.

NONE i

Service: See Function Sequential Location: Room 7 Aging.

N/A 40 yrs N/A 2

Test NONE Flood Level Elev: NA Submer-Above Flood Level:

gence N/A N/A N/A N/A N/A NONE Documentation

References:

Notes:

1.

" Implementation Methods.ind Schedules for NUREG-0578" l.

See Enclosure #14.

Section 2.1.6B Page'17, Figure 4.2-2 (December 1979).*

2.

See Enclosure #18.

2.

Limitorque Corp. Test Lab:

N

B-0003 and Letter dated March 26, 1979.

M

~_.

8 t

i

Fecility: Fort Celh un 1 Dockst No.: ~ 50-285 R4-0 SYSTEM COMPONENT EVALUATON WORK SHEET ENVIRONMENT DOCUMENTATON REF.

QUALIF1-OUTSTAND-CATION ING EQUIPMENT DESCRIPTION Specifi-Qualif-Specifi-Qualifi-HETHOD ITEMS Parameter cation cation cation cation System: Chemical & Valve,_

Operating Continuous

. Continuous N/A 1

NONE Control Time Item No.: FT 236 Tempera-ture *F N/A N/A N/A N/A N/A NONE Component: Flow Transmitter Pressure PSIg N/A N/A N/A N/A N/A NONE Hanufacturer: Foxboro Relative Model No.:.637 Humidity %

100%

Note 1 N/A N/A N/A NONE Function: Charging Flow Chemical to RCS Spray N/A N/A N/A N/A N/A NONE L.

n Accuracy - Spec: N/A Material Demon: N/A Radiation 4x10 R Note 3 N/A N/A Analysis NONE 6

Service:

Location: Room 13 Aging Note 2 Note 2 Note 2 Note 2 Note 2 NONE Flood Level Elev: NA Submer-Above Flood Level:

gence N/A N/A N/A N/A N/A NONE Documentation

References:

Notes:

1.

General Catalog Page 71 1.

Provided with weather proof case.

~

2.

See Enclosure #12.

3.

Reported under LER 81-001. See Enclosure 13.

3 8

Fecility:. Fort'Calheun 1 Docket No.:

50-285 I-26 SYSTEM COMPOMFMT EVATIIATOM unnr cunt A

OU S ANU -

ENVIRONMENT DOCUMENTATION REF.

Specifi-Qualif-Specifi - Qualifi-HETHOD ITEMS EQUIPHENT DESCRIPTION.

-cation cation cation cation

' Parameter

. System: Component Cooling Operating Time 1000 hro Note 2 Note 2 Note'2 Note 2 NONE 1

i Item No.: HCV-2808A,2808B,2810A-Tempera-

'2810B,2812A,2812B,2813A,2813B ture 'F 109'F Note 1 1

3 Type Test NONE Component: Solenoid Valve Pressure PSIg N/A N/A N/A N/A N/A NONE Hanufacturer: Automatic Switch Company Relative

. Model No.: WPHT 831429 Humidity %

100%

1 3'

Type Test NONE Function: Valve actuators.for.

Chemical i

inlet & outlet valves for Spray N/A N/A N/A N/A N/A NONE

. SI & spray pumps bearing cooler i.

- os 1 Accuracy - Spec: N/A 6

NA$Ihk*

-a Demon: N/A Radiation 7x10 R Note 1 2

4 NONE Type Test

' Service: See Function 1

i

-Location: Room 21 (SI Pumps)

Aging N/A Note 4 N/A Note 3 Note 3 NONE Fioou Leve t trev: n/a submer-Above Flood Level:

gence N/A N/A N/A N/A N/A NONE Lutumcuta cion heterences :

Notes:

1) Combustion Engineering study " Evaluation of Fort Calhoun Safety

1) Haterial Analysis Ref. Isomedix Report Injection Pump Room Temperature following a Loss of Coolant

AQS21678 is 4x106 Accident, "See OPPD letter to the NRC dated 9/6/79,

2) Valves are locked open and do

2) " Implementation Methods and Schedules for NUREG-0578" section not operate during an event.

n

((

2.1.6h Page 16 Figure 4.2-1 (December 1979).

See Enclosure 14, n2

4) ASCO Catalog #30 page 37.

3) See Enclosure 12.

1 23

4) See Enclosure 18.

E2 8

i

Fecility: -Fort Calh:un 1 Dock 2t No.:.50-285 SYSTEM COMPONENT EVALUATION WORK SHEET I-15 ENVIRONMENT DOCUMENTATION REF.

QUALIFI-OUTSTAND

_ EQUIPMENT DESCRIPTION Specifi -

Qualif-Specif i-Qualifi-CATION ING Parameter cation cation cation cation HET110D ITEMS Sy.ivm. Compuncut Cooling operating Time 1000 hrs Note 2 Note 2 Note 2 Note 2 NONE

' Item No.: HCV-2808A,2808B,2810A, 2810B,2812A,2812B,2813A,2813n tempera-ture *F 109*F 180*F 1

3 Type Test NONE Component: Limit Switch rressure PSIg N/A N/A N/A N/A N/A NONE Manufacturer: Fisher Governor Company Eciative Model No.: 304 Ilumidity 1

100%

1 3

Type Test NONE Function: Position Indication Chemical for Component Cooling valves Spray N/A N/A N/A N/A N/A NONE

' 0)

./n

. Accuracy - Spec: N/A 6

Demon: N/A Radiation 7x10 R Note 1 2

3 Analysis NONE Service: Component cooling water vv Pos. Ind.

Location: Room 21 (llPSI)

Aging N/A

!!ote 3 N/A Note 3 Note 3 NONE Flood Level Elev: N/A Submer-Above Flood Level:

gence N/A N/A N/A N/A N/A NONE Documentation

References:

Notes:

6

1) Combustion Engineering study " Evaluation of Fort Calhoun Safety

1) Haterial Analysis 10 R Injection Pump Room Temperature following a Loss of Coolant

2) See Enclosure 14.

Accident, "See OPPD letter to the NRC dated 9/6/79.

3) See Enclosure 12,

2) " Implementation Methods and Schedules for NUREG-0578" Section

4) See Enclosure 18.

53 2.1.6h Page 16 Figure 4.2-1 (December 1979).

3) Fisher Controls Co. Bulletin 62.3:304, December 1974.

R$

3

. 8

-i Facility: Fort Calheun 1

(

-Docket'No.:

50-285

~

SYSTEM. COMPONENT EVALUATON WORK SHEET QUALIFI-OUTSTAN1:

MNVIRONMFNT nortIMFMTAvinu nrr EQUIPHENT DESCRIPTION Specifi-

-Qualif-Specif1 - Qualifi-HET110D ITEMS Parameter cation cation cation cation System: Component Cooling Operating Note 5 Time

.1000 hru Note 2 Note 2 Note 2 Note 2 NONE Item No.: IICV-2809 A,2809 B,2811 A Tempera-2811B,2814A,2814B,2815A,2815B ture *F 109'F Note 3 1

3 Type Test NONE Component: Solenoid Valve Pressure PSIg N/A N/A N/A N/A N/A NONE Manufacturer: Automatic Switch Company Relative

.Hodel"N

WPltT 831429 Ilumidity 3 100%

100%

1 3

.,pe Test NONE Function: Valve actuators for Chemical

-inlet & outlet valves for Spray N/A N/A N/A N/A N/A NONE SI & spray pumps. bearing cooler og N/A NnaTykis d3-

. Accuracy - Spec:

6 NONE

. Demon: N/A Radiation 7x10 R Note 1 2

4 Test Type Service: See Function Location: Room 22 (SI Pumps)

Aging N/A Note 4 N/*

Note 4 Note 4 NONE Flood Level Elev: N/A Submer-Above Flood Level:

gence N/A N/A N/A N/A N/A NONE 1

j Documentation

References:

Notes:

6

1) Combustion Engineering study " Evaluation of Fort Calhoun Safety

1) Material Analysis 5x10 R: Isomedix Report Injection Pump Room Temperature following a Loss of Coolant

AQS-21678 rx10 Reds.

Accident, "See OPPD letter to the NRC dated 9/6/79.

2) Valves are locked open and no not operate 2,

2) " Implementation tethods and Schedules for NUREG-0578" Section during an event.

See Enclosure 14.

63

j 2.1.6b Page 16. Figure 4.2-1 (December 1979).

3) Rated at 176*F for U.L. applications, rated 23

3) ASCO Catalog #30 pages 82 and 83.

at 212*F for non U.L. applications.

R3

4) ASCO Catalog #30 page 37.

4) See Enclosure 12.

5) See Enclosure 18.

@g

F:cility: Fort Calhsun 1 Docket No.:

50-285 I-7 SYSTEM COMPONENT EVAT.llATON WORK FHEET vuvinnuHrMT nnetturvTAy!Op oge_

Qualifi-CATION ING EQUIPMENT DESCRIPTION Specifi-Qualif-Specifi Parameter cation cation cation cation HETil0D ITEMS System: Component Cooling Operating 1000 lirs Note 2 Note 2 Note 2 Note 2 NORE Time-Note 4 Item No.: IICV-2809 A,2809B,2811 A,

281111,2814 A,2814B,2815 A,2815B Tempera-ture *F 109'F 180*F 1

3 Type Test NONE Component: Limit Switch Pressnre PSig N/A N/A N/A N/A N/A NONE Manufacturer: Fisher Governor Co.

Relative Model No.: 304 11umidity 4 100%

100%

1 3

Type Test NONE Function: Position Indication Chemical for Component Cooling vv's Spray N/A N/A N/A N/A N/A NONE 7'

Accuracy - Spec: N/A Material 6

i c$

Demon: N/A Radiation 7x10 R Nate 1 2

3 Analysis NONE Service: Component Cooling Wtr vv Pos Ind.

Location: Room 22 (IIPSI)

Aging N/A Note 3 N/A Note 3 Note 3 NONE Flood Level Elev: N/A Submer-N/A N/A M/A M/A M / A_

NONE 4

Above Flood level gence Documentation

References:

Notes:

6

1) Combustion Engineering study " Evaluation of Fort Calhoun Safety 1} Material Analysis 10 R i

Injection Pump Room Temperature following a Loss of Coolant

2) See Enclosure 14 E$

Accident, "See OPPD letter to te NRC dated 9/6/79.

3) See Enclosure 12

2) " Implementation Methods and Schedules for NUREG-0578" Section

4) See Enclosure 18 I2 2.1.6b Page 16 Figure 4.2-1 (December 1979).

~$

3) Fisher Controls Co. Bulletin 62.3:304, December 1974.

'co O

e

Fecility:

Fort Celh:un 1 Docket No.: '50-285 R4-1 SYSTEM COMPONENT EVALUATON WORK SilEET ENVIRONMENT DOCUMENTATON REF.

QUALIF1-OUTSTAND-CATION ING EQUIPMENT DESCRIPTION Specifi-Qualif-Specifi-Qualifi-METil0D ITEMS Parameter cation cation cation cation System:. Component Cooling Operating 1000 hrs Note 1 Note 1 Note 1 Note 1 NONE Time Note 4 Item No.:

AC-3A Tempera-AC-3B ture *F N/A N/A N/A N/A N/A NONE AC-3C Pressure Component: Motor PSIg N/A N/A N/A N/A N/A NONE Manufacturer: Allis Chalmers Company Relative Model No.: 030 Humidity %

N/A N/A N/A N/A N/A NONE Serial No. 1-5111-40025-2-1,2,3 Function: Component Cooling Chemical

. ater Pump Spray N/A N/A N/A N/A N/A NONE W

c, I

Accuracy - Spec: N/A Material Demon: N/A Radiation 2.5x10sR Note 2 1

2 Analysis NONE Service: See Function Location: Room 69 Aging N/A Note 3 N/A Note 3 N/A NONE Flood Level Elev: NA Submer-Above Flood Level:

gence N/A N/A N/A N/A N/A NONE Documentation

References:

Notes:

1.

" Implementation Methods and Schedules for NUREG-0578" 1.

See Enclosure #14.

5 Section 2.1.6B Page 19,' Figure 4.2-4 (December 1979).

2.

Material Analysis 10 R No credit was

~

taken for motor case.

ro.

3.

See Enclosure #12.

4.

See Enclosure #18.

~

s O

L n

1 l

DELETE i

f f

6-19 Rl 1/14/81

. ~ -.

Fccility: Fort Calhtun 1 Dockat No.:

50-285 C-19 SYSTEM COMPONENT EVALUATON WORK SHEET ENVIRONMENT' DOCUMENTATON REF.

QUALIFI-OUTSTAND-CATION ING EQUIPitENT DESCRIPTION Specifi-Qualif-Speci fi-Qualifi-HETii0D ITEMS Parameter cation cation cation cation System: Containinent ilVAC_,,_

Operating Simultaneous Time Note 1,4 Note 2 2

3 Test NONE Item No.: VA-3A, 3B Tempera-Simultaneous 300 F 1

3 Test NONE ture *F 288*F Simultaneous Component: Reliance Motor For Pressure Joy Vane-Axial Fan PSIg 60 PSIg 80 PSIg 1

3 Test NONE Manufacturer: Reliance Relative Simultaneous Model No.: 60-30-1200 llumidity %

100%

1 3

Test NONE i

Function: Containment Area Fan Chemical 1700 ppm 1000 ppm Simultaneous Spray Boric Acid Boron 1

3 Test NONE Accuracy - Spec: N/A g

Demon: N/A dadiation 1.92x10 R 1x10 1

3 ONE 7

8 Note 3 Service: Containment vent; i

& recire. fans.

Test & Eng.

Location: Conta irunent Aging 40 yrs 40 yrs 1

3 Analysis NONE Flood Level Elev:

1000.9' Submer-Above Flood Level: Yes gence N/A N/A N/A N/A N/A NONE Documentation

References:

Notes:

1) Enclosure #1.

1) O to 20 min: 288*F, 60 PSig; 50 min:

2) Contract #763, Tec Spec #17 Para 4.05 pg.11.21-6 245*F, 30 PSig; greater than 50 min:

3) Joy Manufacturing Test? Heport No. X-377A Gradual return to normal. several liou rs.

3

2) 4 hours4.62963e-5 days 0.00111 hours 6.613757e-6 weeks 1.522e-6 months at 80 PSig and 300 F; 264

' - ~ " ~ ~ ~

'~

hours at 20 PSIC and 200*F.

3) See Enclosure #7, Footnote 4 and D

Enclosure #9.

N

4) See Enclosure 18.

Facility:

For't Calh::un 1 Docket No.:

50-285 C-32 SYSTEM ~ COMPONENT EVALUATON WORK SifEET ENVIRONMENT DOCUMENTATON QUALIFI--

OUTSTAND -

CATION ING Qualifi-HET110D ITEMS EQUIPMENT DESCRIPTION-Specifi Qualif-Specif i-Parameter cation cation catinn catinn system; t.ontainment HVAC Operating Simultaneous 4

Note 2 2

3 Test (Type)

NONE Time Note.1, Item No.: VA-7C & 7D Simultaneous Tempera-ture *F 288*F 300*F 1

3 Test (Type)

NONE Component: Reliance Motor for Pressure Simultaneous Joy Vane Axial Fan PSig 60 psig 70 psig 1

3 Test (Type)

NONE Manufacturer: Reliance Simultaneous negative Model No.: 4830-20-MM llumidity 4

100%

1 3

Test (Type)

NONE Function: Contairunent Area t.nemicas stuu ppe tuou ppm Simultaneous Fan Spray Boric Aci t Boron Note 3 1

3 Test (Type)

NONE Material i

Accuracy. Spec: N/A 7.

Demon: N/A Radiation 3.92 x10 1x10 R 1

3 Analysis NONE 6

8 Note 3 Service: Containment Cooling Units Test Location: Conta irunent Aging 40 yrs 40 yrs 3

Eng. Ana:

NONE Flood Level Elev:

1000.9' Submer-Above Flood Level: Yes gence N/A N/A N/A N/A N/A NONE Documentation

References:

Notes:

1) Enclosure #1.

1) O to 20 min: 288*F, 60 PSIG; 50 min: 245*F,

2) Contract #763, Tech Spec #17 Para. 4.05 pg. H21-6 30 PSIG; greater than 50 min: gradual return

3) Joy Manufacturing Test report No. X-377A to normal several hours.

2) 4 hours4.62963e-5 days 0.00111 hours 6.613757e-6 weeks 1.522e-6 months at 80 PSIG and 300*F; 264 hours0.00306 days 0.0733 hours 4.365079e-4 weeks 1.00452e-4 months at 3

20 P31G and 200*F.

3) See Enclosure #7, Footnote 4 and M

Englosure #9.

D

4) See Encisoure 18.

~

~~

Fecility: Fort Calhoun 1 Docket No.:

50-285 I-4 SYSTEM COMPONFNT EVAfifATON 1JOHit F.IIFFT ENVIRONMENT DOCUMENTATION REF.

QUALIFI-OUTSTANI:

Qualifi-CATION ING EQUIPflENT DESCRIPTION Specifi-Qualif-Specif1 Parameter cation cation cation cation HETil0D ITEMS System: Containment Spray Operat.ing Continuous Continuoi s NONE 4

C::gineerirrg Time Note 3 Analysis NONE Item No.: SI-3A, SI-311 &

SI-3C Tempera-Engineeriog ture *F 109*F 122*F 1

4 Analysis NONE Component: tiotor Pressure PSIg N/A N/A N/A N/A N/A NONE t!anu f actu re r: GE Relative Type and Hodel No.: SK815526A35 Ilumidi ty ",

100%

IC"4 1

3 see note 1 NONE Function: Containment Spray Chemical Spray N/A N/A N/A N/A N/A NONE m

4, Accuracy - Spec: N/A 6

7 m

Demon: N/A Radiation 7x10 R 1x10 R 2

5 Type Test.

NONE Service: Contairunent Spray pumps Location: Room 21& 22 (llPSI)

Aging N/A Note 2 N/A Note 2 Note 2 NONE Flood Level Elev: NA Submer-Above Flood Level:

gence N/A N/A N/A N/A N/A NONE Documentation

References:

Notes:

1) Combustion Engineering Study " Evaluation of Fort Calhoun

1) Enclosure is drip proof and moisture wtll not Safety injection Pump Room Temperature following a Loss condense on windings when operating.

_of Coolant Accident, "See OPPD letter to the NRC dated

2) See Enclosure 12.

xm 9/6/79.

3) See Enclosure 18.

G

2) "Implementat. ion Methods and Schedules for NUREG-0578" Section b

2.1.6h Page 16 Figure 4.2-1 (December 1979).

G

3) GE Instruction Bulletin GEH-6160F

4) GE application brochure GEZ-6211 and let.Ler from CE Hotor and Cen. Dept. to OPPD dated 2/6/78.

5) GE Study for OPPD P.O. 47462

Fecility: Fort Calhoun l' Docket No.:

50-285 SYSTEM COMPONENT EVALUATON WORK SiiEET I-23 ENVIHONMENT DOCUMENTATION REF.

QUALIF1-OUTSTAN1-CATION ING EQUIPMENT DESCRIPTION Specifi -

Qualif-Specif i-Qualifi-METil0D ITEMS Parameter cation cation cation cation 5ystem; contatament spray Operating Note 5 Time 1000 hr s Note 2 Note 2 Note 2 Note 2 NONE Item No.: IICV-2957 and 2958 Tempera-248*F ture *F 109*F (Coil.

1 3

Type Test NONE Debnergtz :d)

Component: Solenoid Valve Pressure PSlg N/A N/A N/A N/A N/A NONE Manufacturer: Automatic Switch Company netattve Eng Anal Model No.: LB 8316C44 Ilumidity 1

100%

1 Note 3 Note 3 NONE Function: Valve actuators for Gnemicat SI-3A inlet and discharge Spray N/A N/A N/A N/A N/A NONE isolation valves.

S' Accuracy - Spec: N/A Material 6

t$

Demon: N/A Radiation 7x10 R Note 1 2

4 Analysis NONE Service: See Function Location: Room 21 (SI Pumps)

Aging N/A Note 4 N/A Note 4 Note 4 NONE Flood Level Elev: N/A Submer-Above Flood Level:

gence N/A N/A N/A N/A N/A NONE Documentation

References:

Notes:

1) Combustion Engineering study " Evaluation of Fort Calhoun Safety

1) Qualified for service per ASCO Injection Pump Room Temperature following a Loss of Coolant Evaluation Engineering Job 67,446.

Accident, "See OPPD letter to the NRC dated 9/6/79.

2) Valves are locked open and do not

2) " Implementation Methods and Schedules for NUREG-0578" Section operate during an event.

d$

2.1.6b Page 16 Figure 4.2-1 (December 1979).

See Enclosrue 14.

3) ASCO Catalog #30 pages 82 and 83.

3) Rated at 176*F for U.L. applications, E$

4) ASCO Catalog #30 page 40.

rated at 212 F for non U.L. applications.

23

4) See Enclosure 12.

Id

5) See Enclosure 18.

Facility: Fort.Calheun 1 Docket No.:

50-285 I-8 SYSTEM COMPONENT EVALUATON WORK SNEET ENVIRONMENT DOCUMENTATION REF.

QUALIFI-OUTSTAND" EQUIPMENT DESCRIPTION Specifi-Qualif-Specifi - Qualifi-CATION ING Parameter cation cation cation cation HETil0D ITEMS System: Containment Spray Operating 1000 hrs Note 1 Note 1 Note 1 Note 1 NONE Time Note 4 Item No.: llCV-2957 and 2958 Tempera-ture *F 109*F 194*F 1

3 Type Test NONE Component: Limit Switch Pressure PSIg N/A N/A N/A N/A N/A NONE Manufacturer: NAMCO Relative Model No.: D1200G.

Ilumidity 1 100%

100%

1 3

Type Test NONE Function: Position Indication Chemical for liCV-2957 and 2958 Spray N/A N/A N/A N/A N/A NONE 74 Accuracy - Spec: N/A 6

Material E8 Demon: N/A Radiation 7x10 R Note 3 2

4 Analysis Service: Cont. spray PP SI-3A, Isolation vv Pos.Ind.

Location: Room 22 (SI Pumps)

Aging N/A Note 2 N/A Note 2 Note 2 NONE Flood Level Elev: N/A Submer-Above Flood Level:

mence N/A N/A N/A N/A N/A NONE Documentation

References:

Notes:

1) Combustion Engineering study " Evaluation of Fort Calhoun Safety

1) Valves are locked open and do not operate Injection Pump Room Temperature following a Loss of Coolant during an event. See Enclosure #14.

Accident, "See OPPD letter to the NRC dated 9/6/79.

2) See Enclosure #12.

E3

2) "Implemeetation Methods and Schedules for NUREG-0578" Section

3) Material Analysis - 10 R

_s R$

2.1.6b Page 16 Figure 4.2-1 (December 1979).

4) See Enclosure 18 R$

3) NAMCO Controls General Catalog Series EA-79 Page 3.

og

4) Namco controls letter dated March 11, 1980.

O o

Facility: ' Fort'Calh:un 1 Docket No.:

50-285 I-22

- MYSTFM ('OMPAMFMT FVAT HATAM LINDY CHFFT

"^

^

~ ENVIRONMENT DOCUMENTATION REF.

A N

EQUIPMENT DESCRIPII9N.

Specifi-Qualif-Specifi - Qualifi-METHOD ITEMS Parameter cation cation cation cation System:. Containment Spray Operating Note 2 Time 1000 hre Note 2 Note 2 Note 2 Note 2 NONE Item No.: HCV-2967,2968,-

Tempera-248 F 1

3 Type Test NONE 2977 and 2978 ture *F 109*F n,$b2hfoin ai Component: Solenoid Valve Pressure PSIg N/A N/A N/A N/A N/A NONE Manufacturer: Automatic Switch Company Relative Eng Anal Model No.: LB 8316C44

Humidity P 100%

100%

1 Note 3 Note 3 NONE Function: Valve actuators for

' Chemical SI-3B and SI-3C inlet and Spray N/A N/A N/A N/A N/A NONE discharge isolation valves.

y,

[,

Accuracy - Spec: N/A 6

u)

Demon: N/A Radiation 7x10 R Note 1 2

4 Analysis NONE Service: See Function Location: Room 22 (SI-Pumps)

Aging N/A Note 4 N/A Note 4 Note 4 NONE Flood Level Elev: N/A Submer-

' Above Flood Level:

gence N/A N/A N/A N/A N/A NONE i

I Documentation

References:

Notes:

1) Combustion Engineering study " Evaluation of Fort Calhoun Safety

1) Qualified for service per ASCO Injection Pump Room Temperature following a Loss of Coolant Evaluation Engineering Job 67,446.

Accident, "See OPPD letter to the NFC dated 9/6/79.

2) Valves are locked open and do not 7

. 2) " Implementation Methods and Schedules for NUREG-0578" Section operate during an event.

63 j

2.1.6b Page 16 Figure 4.2-1 (December 1979).

See Enclosrue 14.

3) ASCO Catalog #30 pages 82 and 83.

3) Rated at 176*F for U.L. applications,

{g

4) ASCO Catalog #30 page 40.

rated at 212"F for non U.L. applications.

4) See Enclosure 12.

og

5) See Enclosure 18.

iFacility: --Fort Celh unll' Docket No.: 50-285 SYSTEM COMPONENT.EVALUATON WORK SilEET I-9

. ENVIRONMENT DOCUMENTATION REF.

QUALIF1-~

OUTSTANh-EQUIPHENT DESCRIPTION Specifi Qualif-Specif L-Qualifi-CATION ING Parameter cation cation cation cation HET110D ITEMS system: Containment spray Operating 1000 hr s.

Note 2 Note 2 Note 2 Note 2 NONE Time Note 4 Item No.: !!CV-2967,2968,2977 and 2978 Tempera-

.ture *F 109*F 194*F 1

3.

Type Test NONE Component: Limit Switch

. Pressure PSIg N/A N/A N/A N/A N/A NONE Hanufa cture r: ' NAHCO negattve Model No.: D1200G.

Ilumidity L

100%

1 3

Type Test NONE Function: Position Indication unemicat Spray N/A N/A N/A N/A N/A NONE Material T'

Accuracy - Spec: N/A-

$5 Demon: N/A Radiation 7x10 R Note 1 2

4 Analysis NONE Service: Cont. spray PP SI-3B,3C Isolation vv Pos.Ind.

Location: Room 22 (SI Pumps)

Aging N/A Note 3 N/A Note 3 Note 3 NONE Flood' Level Elev: N/A Submer-Above Flood Level:

gence N/A N/A N/A W/A N/A NONE Documentation

References:

Notes:

1) Combustion Engineering study " Evaluation of Fort Calhoun Safety

1) Haterial Analysis 10 R Injection Pump Room Temperature following a Loss of Coolant

2) Valves are locked open and Accident, "See OPPD letter to the NRC dated 9/6/79.

do not operate during an event.

2) " Implementation Methods and Schedules for NUMEG-0578" Section See Enclosure 14 E$ -

2.1.6h Page-16 Figure 4.2-1 (December 1979).

3) See Enclosure 12

3) NANCO Controls General Catalog Series EA-79 Page 3.

4) See Enclosure 18

_ Rg

4) Namco controls letter dated March 11, 1980.

Ub O

e

Facility: Fort Calhoun't Docket No.:

50-285 R2-5 SYSTEM COMPONENT EVALUATON WORK SilEET ENVIRONMENT DOCUMENTATON REF.

QUALIFI-OUTSTAND-CATION ING EQUIPMENT DESCRIPTION Specifi-Qualif-Specifi-Qualifi-MET 110D ITEMS Parameter cation cation cation cation System: Containment Spr3y_.,_.

Operating 1000 hrs Note 1 Note 1 Note 1 Note 1 NONE Time Note 4 Item No.:

ilCV-344, 345 Tempera-ture 'F N/A N/A N/A N/A N/A NONE

~ ~~'

~

Component: Solenoid Valve

~'

Pressure PSIg N/A N/A N/A N/A N/A NONE Manufacturer: Automatic Switch Company Relative Model No.: llT 831429 &

llumidity %

N/A N/A N/A N/A N/A NONE IITX 831429 (lea.)

Function: Valve Actuators Chemical for Containment Spray lleader Spray N/A N/A N/A N/A N/A NONE i

Isolation Valve f:

Accuracy - Spec: N/A Material 5

Demon: N/A Radiation 8x10 R Note 2 1

2 Analysis NONE Service: See Function Location: Room 59 Aging N/A Note 3 N/A Note 3 N/A NONE Flood Level Elev: NA Submer-Above Flood Level:

gence N/A N/A N/A N/A N/A NONE Documentation

References:

Notes:

1.

" Implementation Methods and Schedules for NUREG-0578" 1.

See Enclosure #14.

6 Section 2.1.6B Page 18, Figure 4.2-3 (December 1979).

2.

Material Analysis 5x10 R 2.

ASCO Cat. log #30 Page 37.

3.

See Enclosure #12.

R$

4.

See Enclosure #18.

h 8

e Fecility: Fort Colhaun 1 Docket No.:

50-285 R2-6 SYSTEM COMPONENT EVALUATON WORK SIIEET-ENVIRONMENT DOCUMENTATON REF.

QUALIFI-OUTSTAND-CATION ING EQUIPMENT DESCRIPTION Specifi-Qualif-Specifi-Qualifi-HETii0D ITEMS Parameter cation cation cation cation System: Containment Spray

0perating 1000 hrs

. Note 1 Note 1 Note 1 Note 1 NONE Time Note 4 Item No.:

IICV-344 Tempera-IICV-345 ture 'F N/A N/A N/A N/A N/A NONE Component: Limit Switch Pressure PSIg N/A N/A N/A N/A N/A NONE Hanufacturer: Fisher Governor Company Relative Model No.: 304 Ilumidity %

N/A N/A N/A N/A N/A NONE Function: Position Indicator for Chemical Containment Spray header Spray N/A N/A N/A N/A N/A NONE eng Isolation Valves no '

Accuracy - Spec:.N/A 5

Demon: N/A Radiation 8x10 R" Note 2 1

2 Analysis NONE Service: See Function Location: Room 59 Aging N/A Note 3 N/A Note 3 N/A NONE Flood Level Elev: NA Submer-Above Flood Level:

gence N/A N/A N/A N/A N/A NONE Documentation

References:

Notes:

1.

" Implementation Methods and Schedules for NUREG-0578" 1.

See Enclosure #14.

6 Section 2.1.6B Page 18, Figure 4.2-3 (December'1979).

2.

Material Analysis 10 R 2.

Fisher Controls Bulletin 62.3: 304, December 1974.

3.

See Enclosure #12.

4.

See Enclosure #18.

2 R8

FAcilit.y: ' Fort Calh:un l

~

Docket No.:

50-285-R2-9 SYSTEM COMPONENT EVALUATON. WORK SHEET ENVIRONMENT DOCUMENTATON REF.

QUALIFI-OUTSTAND-CATION ING EQUIPMENT DESCRIPTION Specifi-Qualif-Specifi-Qualifi-HETHOD

. ITEMS Parameter cation cation cation catioc d

. System: Containment Spray Operating' 1000 hrs Note 1 Note 1 Note 1 Note 1 NONE Time Note 4 Item No.:

i HCV-344 Tempera-HCV-345 ture 'F NA NA NA NA NA NONE Component: Electro-Pneumatic Pressure

-Transducer PSIg NA NA NA NA NA NONE Manufacturer: ' Fisher Governor-Company Relative Model No.:.546 Humidity %

NA NA NA NA NA NONE t

Function: Position Si nal for Chemical d

Containment Spray Isolation Spray NA NA NA NA NA NONE 4

mg valves Accuracy - Spec: N/A Material h)

Demon: N/A Radiation 8x10 R Note 2 1

2 Analysis NONE Se rvice: See Function Location: Room 59 Aging NA Note 3 NA Note 3 NA NONE Flood' Level Elev: NA Submer-Above Flood Level:

gence NA NA NA NA NA NONE Documentation

References:

Notes:

1.

" Implementation Methods and Schedules for NUREG-0578" 1.

See Enclosure #14.

6 Section 2.1.6B Page 18, Figure:4.2-3 (December 1979).

2.

Material An. lysis 10 R 2.

Fisher Controls Co. Bulletin 13.1:546, December 1976.

3.

See Enc}osure #12.

' y 4.

See Enclosure #18.

b3 U3 8

Facility: Fort Calh:un 1 Docket No'.:

50-285 SYSTEM COMPONENT EVALUATON WORK SilEET C-3 ENVIRONMENT DOCUMENTATON REF.

QUALIFI-OUTSTAND-CATION ING EQUIPHENT DESCRIPTION Specifi-Qualif-Specifi-Qualifi-HETil0D ITEMS Parameter cation cation cation cation System: Electrical Equipinent Operating Continuous 2

Test NONE Time Continuous Item No.: Electrical Containment penet.raLions Tempera-Simultaneou i

ture *F 288*F Note 1 1

2 Test NONE

~'

~

Component: All

~~~

~

Pressure Simultaneou s PSIg 60 PSIg 60 PSIg 1

2 Test NONE Hanufacturer: CONAX Relative Simultaneou s Model No.: N/A Humidity %

100%

1 2

Test NONE iisa i,i,m Function: Power, control &

Chemical 1700 ppm Boric Acid Simultaneou s

as instrument cable penetrations Spray Boric Acid Note 2 1

2 Test NONE Accuracy - Spec: N/A 1x10spoly 3

Sequential Demon: N/A Radiation Note 4 1x10 Tef 1

4 Test NONE 7

Service: See Function Location: Containment Aging N/A Note 3 N/A Note 3 Note 3 NONE Flood Level Elev:

1000.9' Submer-

~

Above Flood Level: Yes gence N/A N/A N/A N/A N/A NONE Documentation

References:

Notes:

1) Enclosure #1.

1) 305 F for 20 minutes, 245*F for an

2) CONAX Corporation - IPS-37 Type qualification test report for additional 30 minutes and 85*F na Electrical Penetraton Sub-Assemblies - March 8, 1971 continuously,

3) CONAX Corporation - Gamma Irradiation of Kapton Insulated

2) See Enclosure #7, Footnote #5.

73 conductors & polysuflone sealant in CONAX electrical feedthrough

3) See Enclosure #12.

assembly (#IPS-27 Dated 3/30/71)

4) See Enclosure #13.

cn og

4) CONAX Corporation test report of Gamma Radiation withstand capability of electric penetration feedthrough with TFE Teflon Primary Sealant

(#1PS-435 Dated 5/31/79)

I e

Fccility: Fort Celhrun 1 Docket No.:

50-285

~'

SYSTEM COMPONENT EVALUATON WORK SHEET ENVIRONMENT l)OCUMENTATON REF.

JUALIFI-OUTSTAND-

'ATION ING EQUIPMENT DESCRIPTION Specifi-Qualif-Specifi-Qualifi-1ETIIOD ITEMS Parameter cation cation cation cation System: Electrical Equipment Operating Note 3 Simultaneous Time Continuous Cant.inuous 2

Test NONE Item No.: Dow-Corning.

RTV adhesive / sealant Tempera-simultaneous tere *F 288 F 320*F 1

2 Test NONE Component: N/A Pressure simultaneous PSIg 60 PSIg 75.3 PSIg 1

2 Test NONE Manufacturer: Dow-Corning Relative simultaneous Model No.: RTV-3144 Humidity %

100%

1 2

Test NONE Function: Sealing of terminal Chemical 1700 ppm 1700 ppm Material blocks & cable splices Spray Boric Acid lloric Acid 1

Note 1 Analysis NONE Accuracy - Spec: N/A 9"#"

8 cn1 Demon: N/A Radiation lx107 2x10 1

3 Test NONE Service: See Function Sequential Location: Containment Aging N/A 40 yr N/A 4

Test NONE Fiuuu i,cVel r. t e v :

t uuu. 'J '

Submer-llaterial Above Flood Level: See Note 2 gence NONE Yes NONE 4

nnalysis NONE Documentation

References:

Notes:

1) Enclosure #1.

1) See Enclosure #9, Para. 3

2) c'isher Controls Company Lab Report Project 71AR19, Report 4

2) RTV.3144 Sealant is used as a sealant Dated 6/1/72 through-out the contaisunent. Some 3

3) " Elastomer Radiation Results" Lab test data from Dow-Corning areas may be subject to flooding.

4) Lab test data from Dow-Corning - Ref. - Letter - Dow-Corning to

3) See Enclosure 18.

m

{

R. Hehaffey of OPPD Dated 3/24/80 N8

Fecility: Fort Calhoun 1 Docket No.:

50-285 C-6 SYSTEM COMPONENT EVALUATON WORK SIIEET ENVIRONMENT DOCUMENTATON REF.

ggg{fgI-OUTRE ^""-

EQUIPMENT DESCRIPTION Specifi-Qualif-Speci fi-Qualifi-HETil0D ITEMS Parameter cation cation cation cation System: Electrical Equipment Operating Note 3 Test &

Time Continuous Continuous 2,4 Eng. Anal.

NONE Item No.: Cable Splices at Elec Penetrations, Tempera-Simultaneous Valcor Solenoids ture 'F 288'F 286*F 1

2 Test NONE Component: N/A Pressure -

Simultaneous PSIg 60 PSIg 60 PSIg 1

2 Test NONE Hanufacturer: N/A Relative Simultaneous Model No.. N/A Ilumidity %

100%

1 2

Test NONE Function: Splices at elec penetr Chemical 1700 ppm 1700 ppm Simultaneous for sol.vv's,

Spray Boric Acid Boric Acid 1

2 Test NONE os

& Instrumentation la Accuracy - Spec: N/A 3(Note 1)

Seq. Test &

7 7

Demon: N/A Radiation 1.36x10 1<

2.5x10 1

4 Eng Anal NONE Service: Hotor oper. valves sol vv's limit switch & instruments Location: Containment Aging N/A Note 2 N/A Note 2 Note 2 NONE Flood i. vel Elev:

1000.9' Submer-Abov

. lood I.evel: Yes gence N/A N/A N/A N/A N/A NONE Documentation Heferences:

Notes:

1) Enclosure #1.

1) Teflon portion of wire only.

2) Franklin Institute Research Labs Report #F-C3348.

2) See Enclosure #12.

3) Test Report of Gamma radiation withstand capability of

3) See Enclosure 18.

C$

electrical penetration feedthrough with TFE teflon primary sealant CONAX #IPS-435.

as o3

4) Haterial analysis of penetration splices to determine radiation C#

qualifications. See Enclosure #8.

~

~__

Facility: Fort Calhsun-.1-1)ocket No.:

50-285

~

~ SYSTEM COMPONENT EVALUATON WORK SHEET ENVIRONMENT DOCUMENTATON QUALIFI-OUTSTAND-CATION ING EQUIPMENT DESCRIPTION Specifi-Qualif-Speci fi-Qualifi-HETHOD ITEMS Parameter cation cation cation cation System: Electrical. Equipment

-Operating:

Note'3 Simultane ous Time Continuous

~ Continuous 2,3 Test Note 2 Item No.: Cable' splices'at sole-noid valves-&' transmitters.

Tempera-Simultancot s ture *F 288*F.

320*F 1

2,3 Test Note 2 Component: Butt splice-& heat Pressure Simultaneoo s shrink tube.

.PSIg 60 psig 75.3 pain 1

2,3 Test Note 2

. Manufacturer: AHP & American PANCOM Relative Simultancot s

'Hodel No.: AMP.-CAT #321280

. Humidity.%

100%

1' 2,3 Test Note 2 AMER.PANCOR-CAT #603344-1.

LFunction: Cable Splice Chemical 1700 ppm 1% Boric Simultaneoi s Spray Boric Acid Acid by Vf 1

3' Test Note 2 m -

S Accuracy -' Spec: N/AL Hateria1 7

7 Descu. N/A Radiation 3x10 R 5x10 R 1

4 Analysis Note 2 Service: Solenoid & Trant.mitter leads-Location: Containment Aging N/A Note 1 N/A Note 1 Note 1 Note 2 riooo a.evet t,tev:

s uou.r submer-Above Flood Level: Note 2 gence N/A Note 2 N/A Note 2 Note 2 Note 2 Documentation

References:

Notes:

1) Enclosure #1.

1) See Enclosure #12.

5

_2) Fisher controls LAB report #4 Project 71AR19.

2) Splices Reported to the NRC under

3) Franklin Institute Report #F-C3279.

LER 80-006.

Splices coated with M

4) See Enclosure #8.

RTV'3145 clear for qualification.

D-

5) See MTV 3145 Clear

3) See Enclosure 18.

.Q.

8

Fecility: Fort Calhoun 1 Docket No.:

50-285 SYSTEM COMPONENT EVALUATON WORK SilEET C-34 ENVi;bmuT i,uuunida hiUN QUhi.i r i -

uusasanu-CATION ING EQUllMENT DESCRIPTION specitt-qualtt-specili-Qualifi-METil0D ITEMS Pa ramete r cation cation cation cation Sy.6cm. Eicu6: itai Eigu i pme n t vperating note J Material 2

Analysis Note 2 Time Continuous

. Continuous Item No.: Cable Splices at Material 480V-Cont. Vent Fans sempera-ture *F 288*F 288*F 1

2 Analysis Note 2 Component: N/A Fac sure ria te r n a t PSlg ~

60 PSIg 60 PSig i

2 Analysis Note 2 Manufacturer: N/A nui.iivu nacertai Model No.: N/A Ilumidity %

100%~

100%

1 2

Analysis Note 2 Function: Feeder Cables for C;.m.

m. ;

17^G yy isoe re-natcraas Cont.-Vent Fans Spray-lloric Acid Boric Acid 1

2 Analysis Note 2

?

Accuracy - Spec: N/A i;.ic. i. i Demon: N/A Radiation 1.92x107 lx10sH 1

2 Analysis Note 2

~

Service: 480V Power for containment vent fans Location: Conta l:unent Aging N/A Note 1 N/A Note 1 Note 1 Note 2 Flood Level Elev:

1000.9' Submer-Above Flood Level:.Yes gence N/A N/A N/A N/A N/A Note 2 Notes:

Documentation

References:

i

1) Enclosure //1.

1) See Enclosure 12

2) Enclosure //9.

2) OPPD is currently investigating the possibility of conducting 1.oca tests l

or replacement of existing splices witle i

3 new ones utilizing 1.oca tested splice materials.

M

3) See Enclosure 18.

w O

i 1

' Fecility: Fort Calhoun 1-Docket No.:

50-285'-

' SYSTEM COMPONENT EVALUATON WORK SNEET C-37 Envinum.~nT DOCUNENTATON QUALIFI-OUTSTAND-CATION ING Qualifi-METHOD ITEMS EQUIPMENT DESCRIPTION' Specifi Qualif-Specif Parameter cation cation cation cation System; Eicc6ricai iquipment ope ra ting Note 4 Time Continuou s 2

2 2

Note 1

' Item No.: Containment vent fan

- motor lead, splices - at the sempera-electrical penetrations ture *F 288'F 2

1 2

2 Note 1 Component: N/A rressure PSIg 60 psig 2

1 2

2

-Note 1 Manufacturer: N/A hCkBLAVC Hodel No.: N/A Humidity L

100%

2:

1 2

2 Note 1 Function: Motor leads.for C.m ic i iivu pp-containment vent. fans Spray Boric Aci<l 2

1 2

2 Note 1 7'

Accuracy - Spec: N/A t

E3 Demon:.N/A Radiation Note 2 2,3 1

2 2

Note 1 t

' Service: See function Location: Containment Aging N/A 2

N/A 2

2 Note I t

Flood Level Elev:

1000.9' Submer-Above Flood Level: Yes gence N/A N/A N/A N/A N/A Note 1 l

Documentation

References:

Notes:

1) Enclosure #1.

1) Splices consist of CE-IRRASIL Tape -

2) See.RTV 3145 Clear.

Silicone rubber outer cover with a 8

threshold of 10 R and GE-IRRATHENE SPT

3) Table C1 79-01B 7

Tape - EPR component with a 10 resistant E$

inner cover. Overall is RTV. This 7

should be adequate for a 1.92x10 R dose.

I fM

4) See Enclosure,18. EPR should provide 23 adequate insulation and IRRASIL and RTV I2 provide protection.

4

Facility: Fort Calhoun 1 Docket No.:

50-285 SYSTEM COMPONENT EVALUATON WORK SifEET ENVIRONMENT DOCUMENTATON REF.

QUALIFI-OUTSTAND-CATION ING-EQUIPMENT DESCRIPTION Specifi-Qualif-Specifi-Qualifi-t!ETil0D ITEMS Pa ramete r cation cation ration cation System: Electrical Equipment Operating Note 4 Simu ttaneous Time Continuous 8 days 1

2 Test NONE Item No.: Terminal blocks Tempera-Simultaneous ture *F 288*F 340*F 1

2 Test NONE Component: 4,6,8 & 12 I ressure up to Simultaneous Point Blocks I SIg 60 PSIg 103 PSIg 1

2 Test NONE Manufacturer: States Relative Simultaneous Model No.: M-25014, M-25016 liumidity %

100%

1 2

Test NONE M-25018, M-25112 Function: Control & Instrument Chemical 1700 ppm 1700 ppm E igineering terminations Sp ray Boric Acid Boric Acid 1

3 inalysis NONE os Accuracy - Spec: N/A E igineering 7

Demon: N/A Radiation Note 3 2.2x10 R 1

3 Analysis NONE ui Service: Misc. Systems Location: Containment &

Aging Balance of Plant N/A Note 2 N/A Note 2 fote 2 NONE Flood Level Elev:

1000.9' Submer-Above Flood Level: No gence NONE Yes NONE Note 1

. dote 1 NONE vocumentation

References:

Notes;

1) Enclosure #1.

1) All terminal blocks in use within the

2) General Electric letter from Mr. J. F. Sherk to Mr. R. Kroll reactor containment in safety related of Metropolitan Edison Company Dated October 10, 1978 (for circuits have been completely sealed m

additonal similar reference, refer to IE Bulletin 79-01 response with Dow-Corning RTV-3144 sealer submittal 'or Crystal River #3, Florida Power & Light & Three

2) See Enclosure #12.

73 Mile Island Units 1 & 2, Metro Edison)

3) Worst case 3x107 The District feels C3

3) " Radiation Effects on States NT-TYPE Terminal Blocks" Material qualification is adequate. Terminal Ed Analysis - See Enclosure #10) blocks are passive devices.

c5

4) See Enclosure 18.

Facility: Fort Calhoun 1 Docket No.:

50-285 SYSTEM COMPONENT EVALUATON WORK SilEET C-8 LNVIMUNntNT DOCUMENTATON REF QUALIFI-OUTSTANI)-

CATION ING EQUIPMENT DESCRIPTION Specifi Qualif-Specif H Qualifi-MET 110D ITEMS Parameter cation cation cation cation Sys6cm; Eicctricat equipment operating Time Note 1 Note 1 Note 1 Note NONE Item No.: Terminal boxes lempera-ture *F 226*F Note 1 1

Note 1 Note NONE Component: Sheet Steel Boxes rressure in various sizes PSig 60 PSIg Note 1 1

Note 1 Note NONE Hanufacturer: lloffman hClaLLVC Hodel No.: N/A Ilumidity L

100%

Note 1 1

Note 1 Note NONE Function: Hechanical Protection Cimmit a i 1766 3 1,=

of terminal blocks & wire Spray Boric Aci :

Note 1 1

Note 1 Note 1 NONE terminations.

7' Accuracy - Spec: N/A 22 Demon: N/A Radiation 3x10 R Wote 1 1

Note 1 Note 1 NONE 7

Service: Hisc. All systems using terminal boxes Location: Containment & Aux Bldg Aging N/A Note 1 Note 1 Note 1 Note 1 NONE Fland T <~ n i Plev 1000.9' Sub.ca Above Flood Level: See Note 2 gence N/A Note 1 Note 1 Note 1 Note 1 NONE D_ocumnnt at i nn Dnforancac-L'oim o,

1) See Enclosure #1

1) Terminal boxes are listed for reference only. While terminal boxes are gasketed and dripproof and will provide protection from direct sprays, the box is not required to ensure integrity of electrical circuits.

53

2) Some terminal boxes within the containment may be subject to submergence. No credit is taken for the terminal box in this E$

23 situation.

N

Facility: Fort Calhoun 1 Docket No.:

50-285 SYSTEM COMPONENT EVALUATON WORK SHEET C-9 ENVIRONMENT DOCUMENTATON REF.

QUALIFI-OUTSTAND-CATION ING EQUIPMENT DESCRIPTION Specifi-Qualif-Specifi-Qualifi-

'METi!0D ITEMS Parameter cation cation cation cation

-System: Electrical Equipment Operating Time Note 1,3 Note 1 1,2 2

Sequential NONE

' Item No.: W-57 & W-59 Cable Tempera-Same as 1,2 2

Sequential NONE ture *F 286*F Oper time Component: N/A Pressure PSIg 60 PSIg 60 PSIg 1,2 2

Sequential NONE

-Manufacturer: Cerro Wire &

Cable Co. (Rockbestos)

. Relative j

Model No.: N/A Ilumidity %

100%

1,2 2

Sequential NONE Function: Instrument cable for Chemical 1900 ppm 1900 ppm i

temp, flow & press indication.

Spray Boric Acid Boric Acid 1,2 2

Sequential NONE T

[Q Accuracy - Spec:.N/A

, 8 Demon: N/A Radiation Note 2 2x10 R 1,2 2,3,5 Sequentia 1 NONE Service: See function Location: Containment &

Aging Aux Hldg.

N/A 40 yrs N/A 4

4 NONE Flood Level Elev:

1000.9'-

Submer-Above Flood Level: Yes gence N/A N/A N/A N/A N/A NONE Documentation Refercnces:

Notes:

1) Contract #765, Pg 112-11 Para 15.08 & Pg 112-3, Para 4.01' of

1) 20 minutes at 286*f, 50 minutes at tech.. spec No. 2.

240*F and continuous at 122*F.

7 I

2) Qualification, tech spec #2, Cerro Wire & Cable Co. Dated

2) Worst case containment 3x10 R. Worst 8

9/20/71, pg 2 of qualification - Post Containment Environmental case Aux. Bldg. 7x10 R.

[]

Tests.

3) See Encisure 18.

3) Franklin Institute Research Lab, Report F-C3050 Dated May, 1971.

j

4) Rockbestos Co. letter dated S/19/80.

5) Rockbestos Co. letter dated 10/27/80 it 8!

4

Facility: Fort Calh:un 1 Docket No.:

50-285 C-10 SYSTEM COMPONENT EVAUIATOM WORY RHFFT q

-ENVIRONMENT l)0CUMENTATON REF.

QUALIFI-OUTSTAND-l CATION ING EQUIPMENT DESCRIPTION Specifi-Qualif-Specifi-Qualifi-TETHOD ITEMS Parameter cation cation cation cation System: Electrical Equipment Operating Time Note 1,3 Note l' 1,2 2

. ' ential NONE Item No.: W-37,38,39,40,41 42 Cable Tempera-Same as ture *F 286*F Oper time 1,2 2

sequential NONE Component: N/A Pressure PSIg 60 PSIg 60 PSIg 1,2 2

sequential NONE Hanufacturer: Cerro Wire &

Cable Co. (Rockbestos)

Relative Model No.: N/A Humidity %

100%

1,2 2

sequential NONE Function: Control & Indication Chemical 1900 ppm 1900 ppm for valves & limit switches Spray Boric Acid Boric Acid 1,2 2

pequential NONE jh Accuracy - Spec: N/A 8R Demon: N/A Radiation See Note 2 2x10sR 1,2 2,3,5 Sequential NONE Service: See function

'0 yrs N/A 4

4 NONE Location: Containment & Aux Bldg Aging N/A 4

Flood Level Elev:

1000.9' Submer-Above Flood Level: Yes gence N/A N/A N/A N/A N/A NONE Documentation

References:

Hotes:

1) Contract #765, Pg H2-11 Para 15.08 & Pg H2-3, Para 4.01 of

1) 20 minutes at 286*F, 50 minutes at tech. spec No. 2.

240*F and continuous at 122*F.

7

2) Qualification, tech spec #2, Cerro Wire & Cable Co. Dated

2) Worst case containment 3x10 R. Worst 6

5 9/20/71, pg 2 of qualification - Post Containment Environmental case Aux Bldg 7x10 R.

Tests.

3) See Enclosure 18.

lId

3) Franklin Institute Research Lab, Report F-C3050 Dated May, 1971.

R;

4) Rockbestos Co. letter dated 5/19/80.

23

5) Rockbestos Co. letter dated 10/27/80.

O s

e a

Fecility: Fort Calheun 1 Docket No.:

50-285 SYSTEM COMPONENT EVALUATON WORK SHEET C-11 ENVIRONMENT DOCUMENTATON REF.

QUALIFI-OUTSTAND-CATION ING l

EQUIPMENT DESCRIPTION Specifi-Qualif-Specifi-Qualifi-METil0D ITEMS Pa rameter cation cation cation cation 2

System: Electrical Equipment Operating Time Note 2,5 Note 3 1,2 (Note 1)

Sequential NONE Item No.: W-14,16,17,18,19

.& W-21 Cable Tempera-Same as ture *F 286*F Oper time 1,2 2

Sequential NONE

~

Component: N/A

~~

"~

Pressure PSIg 60 PSIg 60 PSIg 1,2 2

Sequential NONE Manufacturer: Cerro Wire &

Cable Co. (Rockbestos)

Relative Model No.: N/A Humidity 1 100%

100%

1,2 2

Sequential NONE Function:. Power cable to Misc.

Chemical

.,00 ppm 1900 ppa vv motors & pumps Spray Boric Acid Boric Acid 1,2 2

Sequential NONE og en Accuracy - Spec: N/A

'd Demon: N/A Radiation Note 4 2x108 1,2 2,3 Sequential NONE Service: See function Location: Containment & Aux Bldg Aging N/A 40 yrs N/A 4

4 NONE Flood Level Elev:

1000.9' Submer-Above Flood Level: Yes gence N/A N/A N/A N/A N/A NONE Documentation

References:

~

Notes:

1) Contract #765, Pg H2-11 Para 15.08

1) Cable is certified for continuoue duty at

& Pg II2-3, Para 4.01 of

"~"-

rated current to a max. ambient temp of tech. spec No. 2.

go

2) Qualification, tech. spec #2, Cerro Wire & Cable Co. Dated 122*F.

The cable is rated to operate at 9/20/71, pg 2 of qualification - Post Containment Environmental an emergency overload temp of 240* F for h3 Tests.

100 hours0.00116 days 0.0278 hours 1.653439e-4 weeks 3.805e-5 months /yr or up to 500 hours0.00579 days 0.139 hours 8.267196e-4 weeks 1.9025e-4 months over the IS

3) Franklin Institute Research Lab, Report F-C3050 Dated May, 1971.

cable life and exhibited no degradation g;

4) Rockbestos Co. letter dated 5/19/80.

to cable insulation when tested at 286*F.

23

5) Rockestos Co. letter dated 10/27/80.

2) 20 minutes at 286*F, 50 minutes at 240*

ca Notes: (Continued) and continuous at 122*F.

7 6

3) Greater than 20 minutes at 286*F, 500

4) Containment Worst case 3x10 R, Aux Bldg. Worst case 7x10 R.

hours at 240*F and continuous at 120*F.

5) See Enclosure 18.

Fccility: Fort Celhrun 1 Docket No.:

50-285~

SYSTEM COMPONENT EVALUATON WORK SHEET C-12 ENVIRONMENT DOCUMENTATON REF.

QUALIFI-OUTSTAND-CATION ING EQUIPHENT DESCRIPTION Specifi-Qualif-Specifi-Qualifi-HET110D ITEMS Parameter cation cation cation cation 2

System: Electrical Equipment Operating Note 3 1,2 (Note 1)

Sequential NONE Time Note 2,4 4

ltem No.: W10 Cable Tempera-Same as ture *F 286*F Oper time 1,2 2

Sequential NONE

~

Component: N/A Pressure PSIg 60 PSIg 60 PSIg 1,2 2

Sequential NONE Manufacturer: Cerro Wire &

Cable Co. (Rockbestos)

Relative Model No.: N/A llumidity %

100%

1,2 2

Sequential NONE Function: Power cable Chemical 1900 ppm 1900 ppe S ray Boric Acid Boric Acid 1,2 2

Sequential NONE P

en Accuracy - Spec: N/A o

Demon: N/A Radiation 1.92x107 2x10sR 1,2 2,3,5 Sequential NONE Service: Cont. vent. & CLC fans, Location: Containment Aging N/A 40 yrs N/A 4

4 NONE Flood Level Elev:

1000.9' Subeer-Above Flood Level: Yes gence N/A N/A N/A N/A N/A NONE Documentation

References:

Notes:

1) Contract #765, Pg 112-11 Para 15.08 & Pg }i2-3, Para 4.01 of

1) Cable is certified for continuous duty at i

tech. spec No. 2.

rated current to a max. ambient temp of

2) Qualification, tech sput"#2, Cerro Wire & Cable Co. Dated 122*F.

The cable is rated to operate at 9/20/71, pg 2 of qualification - Post Containment Environmental an emergency overload temp of 240* F for no Tests.

100 hours0.00116 days 0.0278 hours 1.653439e-4 weeks 3.805e-5 months /yr or up to 500 hours0.00579 days 0.139 hours 8.267196e-4 weeks 1.9025e-4 months over the

3) Franklin Institute Research Lab, Report F-C3050 Dated May', 1971.

cable life and exhibited no degradation tg

4) Rockbestos La. letter dated 5/19/80.

to cable insulation when tested at 286*F.

5) Rockbestos letter dated 10/27/80.

2) 20 minutes at 286*F, 50 minutes at 240*F i

and continuous at 122*F.

gg

3) Greatsr than 20 minutes at ?86*F, 500 c3 hours at 240*F and continuous at 120*F.

4) See Enclosure 18.

Fccility: Fort Csthrun 1 Docket No.:

50-285 SYSTEM COMPONENT EVALUATON WORK SIIEET C-12A ENVIRONMENT DOCUMENTATON REF.

QUALIFI-OUTSTAND-CATION ING EQUIPMENT DESCRIPTION Speciff-Qualif-Specifi-Qualifi-MET 110D ITEMS Pa ramete r cation cation

_, cation cation 2

System: Electrical Equipment Operating Time Note 2,4 Note 3 1,2 (Note 1)

Sequential NONE

^

Item No.: W10 Cable Tempera-Same as ture *F 109*F Oper time 1,2 2

Sequential NONE Component: N/A Pressure PSIg NA 60 PSIg 1,2 2

Sequential NONE Manufacturer: Cerro Wire &

Cable Co. (Rockbestos)

Relative Model No.: N/A Humidity %

100%

1,2 2

Sequential NONE Function: Power cable Chemical 1900 ppm 1900 ppa Spray Boric Acid Boric Acid 1,2 2

Sequential NONE u,

23 Accuracy - Spec: N/A Demon: N/A Radiation 7x108 5 x10sR 1,2 2,3,5 Sequential NONE Service: Cont. vent, & CLG fans, Location: Containment Aging N/A 40 yrs N/A 4

4 NONE Flood Level Elev:

1000.9' Submer-Above Flood Level: Yes gence N/A N/A N/A N/A N/A NONE Documentation

References:

Notes:

1) Contract #765, Pg 112-11 Para 15.08 & Pg 112-3, Para 4.01 of

1) Cable is certified for continuous duty at tech. spec No. 2.

rated current to a max. ambient temp of

2) Qualification, techspFE ~#2, Cerro Wire & Cable 'Co. Dated 122*F.

The cable is rated to operate at 9/20/71, pg 2 of qualification - Post Containment Environmental an emergency overload temp of 240* F for to Tests.

100 hours0.00116 days 0.0278 hours 1.653439e-4 weeks 3.805e-5 months /yr or op to 500 hours0.00579 days 0.139 hours 8.267196e-4 weeks 1.9025e-4 months over the

3) Franklin Institute Research Lab, Report F-C3050 Da'ted May, 1971.

cable life and exhibited no degradation to

4) Rockbestos Co. letter dated 5/19/80.

to cable insulation when tested at 286*F.

j

5) Rockbestos letter dated 10/27/80.

2) 20 minutes at 286*F, 50 minutes at 240*F and continuous at 122*V.

]c;

3) Greater than 20 minutes at 286*F, 500

)

hours at 240*F and continuous at 120*F.

4) See Enclosure 18.

.~-

'Fecility: ' Fort Calh:un 1 Do-:ks t No.:

53-285 i

SYSTEM COMPONENT EVALUATON WORK SHEET C-13 ENVIRONMENT DOCUMENTATON REF.

QUALIFI-OUTSTAND-CATION ING EQUIPMENT DESCRIPTION Specifi-Qualif-Specifi-Qualifi-METHOD ITEMS Pa rameter cation cation cation cation System: Electrical Equipment Operating Continuous Sequential Time at 122*F Note 1,3 1

2,4,6 Test NONE Item No.: W-3 Cable Tempera-Note 2 Sequential ture *F 109'F 212*F 1

2,4,6 Test NONE Component: TRIPLEXED,-1/C-2/0 Pressure Sequential SKV power cable PSIg NA 113 PSIg 1

2,4,6 Test NONE Hanufacturer: Anaconda Wire &

Sequential Cable Co.

Relative Model No.: N/A Humidity %

100%

1 2,4,6 Test NONE l

Function: Power cable Chemical go00 ppm Sequential

' "_g 1

2,4,6 Test NONE Spray NA y,

4, Accuracy - Spec: N/A

- 9"*"**

6 6

u)

Demon: N/A Radiation 3x10 R 3x10 R 1

2,3,4,6 Test NONE Service: Lo Press Saf. Inj.

PPs & Aux FW pp.

Location: Aux. Bldg.

Aging N/A 40 year N/A 5

5 NONE Flood Level Elev: N/A Submer-Above Flood Level: Yes gence N/A N/A N/A E/A N/A NONE Notes:

i Documentation Ieferences:

1) Enclosure #1

1) Cable has been LOCA qualified but has been installed outside the containment.

1

2) Anaconda certificate of compliance and

~

Cable is required to operate in the LPSI Test report #12779 as revised, 9/17/71.

3) Franklin Institute Research Labs F-C3033, April, 1971 pp rooms gt an ambient of 122*F, 100%

l u)

4) Anaconda letter dated 9/16/71 RH and 10 RADS /HR.

i

5) Anaconda letter dated S/23/80.

'~

2) LOCA Test 346*F - 212*F 30 days.

13

6) Franklin Institute Research Labs F-C4350-3, July 1976.

3) See Enclosure 18.

E$

28 C3

)

n

.-.~

Fccility: Fort Calh:un 1 Docket 1No.:

50-285

~3 SYSTEM COMPONENT EVALUATON WORK SIIEET ENVIRONMENT DOCUMENTATION REF.

QUALIF1-OUTSTAND-Qualifi-CATION ING EQUIPMENT DESCRIPTION Specifi-Qualif-Specifi -

Parameter cation cation cation cation METHOD ITEMS t

System: High Pressure Safety Operating Continuous Continuoua NONE 4

Engineering Injection system Time Note 3.

Analysis NONE Item No.: SI-2A, SI-2B &

SI-2C' Tempera-Engineering ture *F 109'F 122*F 1

4 Analysis NONE l

Component:-Motor Pressure P3Is N/A N/A N/A N/A N/A NONE Manufacturer: GE Relative Type and l

Model No.: SK815524A51 Humidity %

100%

1 3

see note 1 NONE Function: High Pressure safety Chemical

~ Injection pumps Spray N/A N/A N/A N/A N/A NONE os f,

Accucacy - Spec: N/A 6

7 c)

Demon: N/A-Radiation 7x10 R 1x10 R 2

5 Type Test NONE Service: High Pressure safety f

Injecton.

Location: Room 21& 22 (HPSI)

Aging N/A Note 2 N/A Note 2 Note 2 NONE

,. Flood Level Elev: N/A Submer-Above Flood Level:

gence N/A N/A N/A N/A N/A NONE Documentation

References:

Notes:

1) Combustion Engineering Study " Evaluation of Fort Calhoun

1) Enclosure is drip proof and moisture will not Safety Injection Pump Room Temperature following a Loss of condense on windings when operating.

Coolant Accident, "See OPPD letter to the NRC dated 9/6/79.

2) See Enclosure 12.

2) " Implementation Methods and Schedules.for NUREG-0578" Section

3) See Enclosure 18.

on j

2.1.6b Page 16 Figure 4.2-1 (December 1979).

3) GE Instruction Bulletin GEH-6160E tg

4) CE application brochure GEZ-6211 and letter from GE Motor and gj Gen. Dept. to OPPD dated 2/6/78.

s

5) GE Study for OPPD P.O. 47462 i

I' Fecility:

Fort. Calhaun 1 Docket No.:

50-285 SYSTEM COMPONENT EVALUATON WORK SiiEET C-0 F.M V I Mum ar.N I 1RA,Urlt.N I A1UM Mt.t.

QUAL 1t1-UU151ANU-CATION ING EQi!IltlENT DESCRIPTION Specifi-Qualif-Specifi-Qualifi-METHOD ITEMS Parameter cation cat. ion ca t. ion cation system: nign Pressure sately operating Note 4 Injection System Time Continuous Continuoun 1

2,3 Synergistic NONE Item No.: FT 313, FT 316, FT 319, FT 322 Tempera-ture *F 288*F 318*F 1

2,6 Synergisti c NONE Component: Flow Transmitters rressure PSIg 60 PSIg 90 PSIg 1

2,6 Synergisti c NONE Manufacturer: Foxboro RelaLAVe Model No.: E13Dil Humidity %

100%

1 2,6 Synergisti c NONE Note 2 na'ernal aivv rr=

Function: Flow transmitters Gic-ical iivu yy.

IIPSI Loops IA,lB, 2A,2B Spray Boric Acid Bcric Acid 1

3,6 Analysis NONE

?

Accuracy - Spec: N/A iMc ^

Scy.

6c 3

Demon: N/A Radiation 3.3x107 2.2x10"R 1

4 Test NONE Service: llPSI Flow Indicat. ion Location: Containment Aging N/A Note 1 N/A Note 1 Note 1 NONE i

Flood Level Elev:

1000.9' Submer-Separate Above Flood Level: No sence Yes Yes N/A 5

Test NONE t-Documentation Re.ferences:

Notes:

1) Enclosure #1.

1) See Enclosure #12.

2) Foxboro Co. Test. Report. No. Q9-6005 April 1971

2) See Enclosure #7 Footnote No. 2

3) Foxboro Co. Test. Report No. T3-1013

3) 1000llR dose 3.3x10 R using DOR Guide-i 7

4) Foxboro Co. Test. Report No. T3-1068 August 1973 line homogram to correct initial hour G

d

5) Foxboro Co. Test. Report. No. T4-6061 dose of 3x10 R/IIR

6) Foxboro Letter certifying similarity.

4) See Enclosure 18.

8 1

i e

i

~

Fecility: Fort Colh:un 1 Docket No.:

50-285 C-14 SYSTEM COMPONENT EVALUATON WORK SHEET ENVIRONMENT DOCUMENTATON REF.

QUALIF1-OUTSTAND-CATION ING EQUIPMENT DESCRIPTION Specifi-Qualif-Specifi-Qualifi-MET 110D ITEMS Parameter cation cation cation cation Sequential System: liigh Pressure Safe _ty Operating

___ Note 1 Note 1 2,4 Test NONE Inj ection Time Note 1 Item No.: IICV-2914,2934,2954, l

2974 Tempera-Sequential ture *F 288'F 325*F 1

2 Test NONE

~

Component: Motor Oper'a' tid valve Pressure Sequential

& limit switch PSIg 60 PSIg 90 PSIg 1

2 Test NONE Manufacturer: Limitorque Sequential i

Relative Hodel No.: SMB-0 Humidity %

100%

100% R.H.

I 2

Test NONE Function: Open on SIAS for Chemical 1700 ppm

'1700 ppm Sequential

~

llPSI to Loop 1A,1B,2A,2B Spray Boric Acid Boric Acid 1

2 Test NONE T'

5cq.Tes6 &

R}

Accuracy - Spec: N/A 6

7 Demon: N/A Radiation 3x10 R 2x10 R 1

3 Analysis NONE Service: liigh Press Sa f. Inj.

Sequential i

Location: Containment.

Aging N/A 40 yrs N/A 2

Test NONE Flood Level Elev:

1000.9' Submer-Above Flood Level: Yes gence N/A N/A N/A N/A N/A NONE Documentation

References:

Notes:

l

1) IICV-2914, 2934,2954,2974 are normally

1) Enclosure 1.

2) Franklin Institute Research Lab: EF-C2232-01 open and locked open. They do not

3) Limitorque Corporation Test Lab: #B-0003 & Letter dated March 26, 1979.

operate af ter an event.

~

4) Safety injection valves in service testing -

33 surveilance test ST-ISI-SI-1 i

R C3 O

Fccility: Fort Colle:un 1 Docket No.:

50-285 SYSTEM COMPONENT EVALUATON WORK SHEET C-100 ruutununrut nnenuruvi+^u QUALIFI-OUTSTANI't -

CATION ING EQUll' MENT DESCRIPTION Specifi Qualif-Specif ;- Qualifi-MET 110D ITEMS Pa rameter cation cation cation cation System; iiTgn pressure salety Operating Sequentia!

Injection Time Note 1, d

Note 1 Note 1 2

Test NONE Item No.: IICV-311, 312, 314, 315 317, 318, 320, & 321 reape ra-Sequential ture *F 288*F 325*F 1

2 Test NONE Component: Motor Operator rressure Sequential PSIg 60 psig 90 psig 1

2 Test NONE Manufacturer: Limitorque heiative Sequential Model No.: SM8-0 Humidity L

100%

100%Rll 1

2 Test NONE Function: liigh Pressure Ci.c ivai iiO6 ppm sivu ppe Sequenti; I Injection Spray Boric Aci i Boric Acid 1

2 Test NONE i

Accuracy - Spec: N/A Test &

O Demon: N/A Radiation 9.49x104 2x10 R 1

3 Analysis NONE 7

Service: See Function

sequentia l Location: Containment Aging N/A 40 yrs N/A 2

Test NONE Flood Level Elev:

1000.9' Submer-Above Flood Level: Yes gence Note 1 N/A N/A N/A N/A NONE Documentation

References:

Notes:

1) Enclosure #1.

1) Valves are located in sector F,II,I,J,L, in Containment 3

03 8

Fccility: Fort Calhoun 1 Docket No.:

50-285 SYSTEM COMPONENT EVALUATON WORK SilEET C-15

^

ENVIMONMENT DOCUMENTATON REF QUALIFI-OUTSTANI)-

CATION ING EQUllMENT DESCRIPTION Specifi Qualif-Specif i-Qualifi-METil0D ITEMS Parameter cation cation-cation cation system: nign Pressure safety Operating Sequentia Injection' Time Note 1 Note 1 Note 1 2

Test NONE Item No.: IICV-383-3, 383-4 Tempera-Sequentia; ture *F 225*F 250*F.

I 2

Test NONE Component: Hotor Operated valve Pressure

& limit switch PSIg N/A N/A N/A N/A N/A NONE Manufacturer: Limitorque negative Sequentiel Model No.: SMB-0 Humidity L

100%

1 2

Test NONE Function: 6 pen on (RAS) to Cnemical provide suction to llPSI,LPSI Spray N/A N/A N/A N/A N/A NONE

& spray pps.

T' Accuracy - Spec: N/A sequentit 1 E3 Demon: N/A Radiation Note 3 2x10 R 1

2 Test NONE 7

Service: Containment sump recir to llPSI,LPSI & cont spray sequenta.

1 Location: Containment Aging N/A 40 yrs N/A 2

Test NONE Flood Level Elev:

1000.9' Submer-Above Flood Level: Note 2 gence N/A N/A N/A N/A N/A NONE Documentation

References:

Notes:

1) For temperature See " Sump Water Temperature"-

1) IICV-383-3 & IICV-383-4 are required to open to provide, Figure 1.

For Radiation, See suction to llPSI pumps af ter SIRWT tank inver. tory is

" Implementation Methods & Schedules for Nureg -

exhausted. This occurs approximately 20 minutes into 0578" Section 2.1.6b Page 16, 100% llumidity is the event, & stroke time is 10 seconds.

R$

assumed as a worst case possibility.

2) IICV-383-3 &4 are located outside the containment in

2) Limitorque Corporation Test Lab: # B-0003'.

TK-SI9 & TK-SI-10. They are physically separated by E$

the containment wall from the inside of the contain-23 ment.

TK-SI-9 & 10 are considered an extension of IO containment for isolation only.

TK-SI-9 & 10 are 05 not subject to flooding or containment Loca condi-tions.

3) See Enclosure 13.

'Fecility: Fort Colh:un 1 Docket No.:

50-285 SYSTEM COMPONENT EVALUATON WORK SilEET I-30

^

~

E MYI ROM"'MT D^C"".ENTAT ^N ;CI'.

T G

EQUllMENT DESCRIPTION Specifi-Oua l i f-Sueci fi-Orial i ri-HET110D ITEMS Pa rameter cation cation cation cation 5ystem: nign rressure satety Operating Note 5 Injection Time 1000 hr s Note 2 Note 2 Note 2 Note 2 NONE Item No.: llCV-304 and 305 Tempera-ture *F 109'F Note 3 1

3 Type Test NONE Component: Solenoid Valve Pressure PSIg N/A N/A N/A N/A N/A NONE Hanufacturer: Automatic Switch Company neaatsve Model No.:.llTX 831429 Ilumidity 1

100%

1 3

Type Test NONE Function: Valve actuators for Chemical liigh Pressure Safety Injections Spray N/A N/A N/A N/A N/A NONE cn lleader isolation valves.

$3 Accuracy - Spec: N/A Haterial Demon: N/A Radiation 7x10 R Note 1 2

4 Analysis NONE Service: See Function Location: Room 21 (SI Pumps)

Aging N/A Note 4 N/A Note 4 Note 4 NONE Flood Level Elev: N/A Submer-Above Flood Level:

gence N/A N/A N/A N/A N/A NONE Documentation

References:

Notes:

6

1) Combustion Engineering study " Evaluation of Fort Calhoun Safety

1) Material Analysis 5x10 R Injection Pump Room Temperature following a Loss of Coolant

2) Valves are locked open and do not operate Accident, "See OPPD letter to the NRC dated 9/6/79.

during an event.

The valve is expected

2) " Implementation Methods and Schedules for NUREG-0578" Section to function adequately for long term core E3 2.1.6b Page 16 Figure 4.2-1 (December 1979).

cooling. See Enclosure 14,

3) ASCO Catalog #30 pages 82 and 83.

3) Rated at 176*F for U.L. applications, rated i$

4) ASCO Catalog #30 page 37.

rated at 212*F for non U.L. applications.

23

4) See Enclosure 12.

Id

5) See Enclosure 18.

Fccilit'y: Fort Celh:un 1 Dockst No.:

50-285 SYSTEM COMPONENT EVALUATION WORK SHEET I-13 ENVIRONMENT DOCUMENTATION REF.

QUALIFI-OUTSTAND-EQUIPMENT DESCRIPTION Specifi-Qualif-Specifi-Qualifi-CATION ING Parameter cation cation cation cation METii0D ITEMS System: liigh Pressure Safety Operating Note 4 Injection Time 1000 hrs Note 2 Note 2 Note 2 Note 2 NONE Item No.: HCV-304 and 305 Tempera-ture *F 109*F 194*F 1

3 Type Test NONE Component: Limit Switch Pressure PSIg N/A N/A N/A N/A N/A NONE Manufacturer: NAMCO Relati"e Hollel No.: D2400X Humidity %

100%

1 3

Type Test NONE Function: Position Indication Chemical for llCV-304 & 305 Spray N/A N/A N/A N/A N/A NONE Y'

Accuracy - Spec: N/A Material 6

OI Demon: N/A Radiation 7x10 R Note 1 2

4 Analysis NONE Service: llPSI pp DISCH HDR ISOL vv Pos. Ind.

Location: Room 21 (S1 Pumps)

Aging N/A Note 3 N/A Note 3 Note 3 NONE riood Level tiev: N/A Submer-Above Flood Level:

gence N/A N/A N/A N/A N/A NONE uccumentation neuerences:

Notes:

1) Combustion Engineering study " Evaluation of Fort Calhoun Safety

1) Material Analysis 10 R Injection Pump Room Temperature following a Loss of Coolant

2) Even though the radiation exceeds the gasket Accident, "See OPPD letter to the NRC dated 9/6/79.

limiting material the limit switch is not N$

2) " Implementation Methods and Schedules for NUREG-0578" Section expected to fail and impede the operation 2.1.6b Page 16 Figure 4.2-1 (December 1979).

of the valve. See Enclosure 14.

Id

3) NAMCO Controls General Catalog Series EA-79 Page 3.

3) See Enclosure 12.

((

4) NAMCO Controls Letter Dated March 11, 1980.

4) See Enclosure 18.

o

m Facility: Fort Calh un 1 Docket No.:

50-285 I-2 SYSTEM COMPONENT EVALUATON WORK SHEET

~

\\

E(VIRONMENT DOCUMENTAT'ON REF.

QUALIFI-OUTSTAND-EQUIPMENT DESCRIPTION Specifi-Qualif-Specifi-Qualifi-CATION ING Parameter cation cation cation cation METHOD ITEMS System: High Pressure Safety Operating Leakage Injection system Time 1000 hrs.

Note 2 Note 2 Note 2 tests Note 2 NONE Item No.: LCV-383-1

% im LCV-383-2 Tempera-Factory dal a l

ture *F 109'F 176*F 1

3 UL listing NONE

~

Component: Solenoid Pressure r

PSIg N/A N/A N/A N/A N/A NONE Manufacturer: Automatic Switch Cc Relative Type test 1

Model No.: HTX831429

!!umid.;ty 1 100%

100%

1 3

(NEMA STD)

NONE 4

4 Function: SIRWT Discharge line Chemical i

to spray & safety Spray N/A N/A N/A N/A N/A NONE l

Injection pump

?

Accuracy - Spec: N/A

"" "#I*

6 4 -

8}'

Demon: N/A Radiation 7x10 R Note 1 2

4 Analysis NONE Service: Closes on RAS signal to realign HPSI pp suction to sump Location: Room 21 (HPSI)

Aging N/A Note 3 N/A Note 3 Note 3 NONE Flood Level Elev: N/A Submer-Above Flood Level:

gence N/A N/A N/A N/A N/A NONE Documentation

References:

Notes:

6

1) Combustion Eng.ineering study " Evaluation of Fort C-lhoun Safety 1) Material Analysis 5x10 R Injection Pump Room Temperature following a Loss of Coolant

2) LCV-383-1 & 2 are required to close on receipt Accident, "See OPPD letter to the NRC dated 9/6/79.

of a RAS signal. This occures 20 minutes into E8

2) " Implementation Methods and Schedules for NUREG-0578" Section the event.

Vv's close in 10 seconds. In addition, 2.1.6h Page 16 Figure 4.2-1 (December 1979).

check vv's are provided to ensure proper operation.

R$

3) ASCO Cctalog #30 pages 82 and 83.

These Solenoids are expected to remain functional R$

4) ASCO Catalog #30 page 37.

during the long term core cooling. See Enclosure 14 o3

3) See Enclosure 12.

ca

4) See Enclosure 18.

t 1

l

Facility: Fort Calhoun 1 Docket No.:

50-285 SYSTEM COMPONENT EVALUATION WORK SHEET I-14 ENVIRONMENT DOCUMENTATION REF.

QUALIFI-OUTSTAND-

. EQUIPMENT DESCRIPTION Specifi-Qualif-Specifi<

Qualifi-CATION ING Parameter cation cation cation cation METii0D ITEMS l

System: liigh Pressure Safety Operating Note 5 Injection Time 1000 hrs Note 4 Note 4 Note 4 Note 4 NONE Item No.: LCV-383-1 Manufacture rs LCV-383-2 Tempera-ture *F 109*F 160*F 1

4 Data NONE Component: Limit Switch Pressure 1

PSIg N/A N/A N/A N/A N/A NONE Manufacturer: Micro Switch Relative Eng Anal Model No.: OP-AR7112 Humidity %

100%

1 3

Note 1 NONE Function: Pos Ind for SIRWT Chemical Discharge valves.

Spray N/A N/A N/A N/A N/A NONE T'

Accuracy - Spec: N/A Material I

6 R)

Demon: N/A Radiation 7x10 R Note 2 2

3 Analysis NONE Service: LCV-383-1 & 2 Pos.

Ind.

Location: Room 21 (HPSI)

Aging N/A Note 3 N/A Note 3 Note 3 NONE l

tlood Level Elev: N/A Submer-l Above Flood Level:

gence N/A N/A N/A N/A N/A NONE l

Documentation

References:

Notes:

1) Combustion Engineering study " Evaluation of Fort Calhoun Safety

1) The GP switch is sealed in a rugged cast m

Injection Pump Room Temperature following a Loss of Coolant aluminum housing, cover & shaft. Seals keep f

Accident, "See OPPD letter to the NRC dated 9/6/79.

out moisture & other contamination. The l

M-

2) " Implementation Methods and Schedules for NUREG-0578" Section radiation limit on t.he limit switch is not 23 2.1.6b Page 16 Figure 4.2-1 (December 1979) expected to impede valve function.

6 l

Id

3) Microswitch cat #100 " Type.0P enclosed switches"

2) Haterial Analysis 10 R.

l

4) Memo - Lakeland Eng. to R. Mehaffey February 27, 1980.

3) See Enclosure #12.

4) See Enclosure #14.

l l

0

Facility: Fort Calbrun 1 Docket No.:

50-285 SYSTEM COMPONET EVALNATION WORK SilEET I-19 ENVIRONMENT DOCUMENTATION REF.

QUALIFI-OUTSTAND-

. EQUIPMENT DESCRIPTION Specifi Qualif-Specif - Qualifi-CATION ING Parameter cation cation cation cation MET!!OD ITEMS 5ystem: siagn rressure sately Operating Note 5 Injection Time 1000 hr Note 2 Note 2 Note 2 Note 2 NONE Item No.: IICV-2918 and 2928 Tempera-ture *F 109'F Note 3 1

3 Type Test NONE Component: Solenoid Valve cressure PSIg N/A N/A N/A N/A N/A NONE d

~ Manufacturer: Automatic Switch Company neiatave Model No.: IIT 8321A5 Humidity 3 100%

100%

1 4

Type Test NONE Function: Valve actuators for Chemical SI-2A & SI-2C discharge Spray N/A N/A N/A N/A N/A NONE os isolation valves.

1 Es

' Accuracy - Spec: N/A Material Demon: N/A Radiation 7x10 R Note 1 2

4 Analysis NONE Service: See Function Location: Room 21 (SI Pumps)

Aging N/A No.e 4 N/A Note 4 Note 4 NONE Flood Level Elev: N/A Submer-Above Fload Level:

gence N/A N/A N/A N/A N/A NONE Documentation

References:

Notes:

1) Combustion Engineering study " Evaluation of Fort Calhoun Safety

1) Qualified for service per ASCO Injection Pump Room Temperature following a Loss of Coolant Evaluation Engineering Job 67,446.

Accident, "See OPPD letter to the NRC dated 9/6/79,

2) Valves are locked open and do not

2) " Implementation Methods and Schedules for NUREG-0578" Section operate during an event.

53 2.1.6b Page 16 Figure 4.2-1 (December 1979).

See Enclosure 14.

3) ASCO Catalog #30 pages 82 and 83.

3) Rated at 176*F for U.L. applications, na

4) ASCO Catalog #30 page 40.

rated at 212*F for non U.L. applications.

23

4) See Enclosure 12.

((

5) See Enclosure 18.

o

Facility: Fcrt Calhoun 1 Docket No.:

50-285 SYSTEM COMPONENT EVALUATON WORK SHEET I-11 ENVIRONMENT DOCUMENTATION REF.

QUALIFI-OUTSTANU-Qualifi-CATION ING EQUIPMENT DESCRIPTION Specifi Qualif-Specif Pa rameter cation cation cation cation METHOD ITEMS aystem; nign Pressure safety Operating Note 4 Injection

. Time 1000 hr e

Note 2 Note 2 Note 2 Note 2 NONE Item No.: HCV-2918 and 2928 Tempera-ture *F 109*F 194*F 1

3 Tyre Test NONE Component: Limit Switch Pressure PSIg N/A N/A N/A N/A N/A NONE Manufacturer: NAMCO nexative Model No.: D1200G Humidity 1 100%

100%

1 3

Type Test NONE Function: Position Indication Cnemical for HCV-2918 and 2928 Sp ray N/A N/A N/A N/A N/A NONE

((

Accuracy - Spec: N/A 6

u)

Demon: N/A Radiation 7x10 R Note 1 2

4 Analysis NONE Service: SI-2A & 2C DISCH LINE Isolation vv Pos.Ind.

Location: Room 21 (SI Pumps)

Aging N/A Note 3 N/A Note 3 Note 3 NONE Flood Level Elev: N/A Submer-Above Flood Level:

gence N/A N/A N/A N/A N/A NONE Documenti. tion

References:

Notes:

5

1) Combustion Engineering study " Evaluation of Fort Calhoun Safety

1) Haterial Analysis 10 R Injection Pump Room Temperature following a Loss of Coolant

2) Valves are locked open and Accident, "See OPPD letter to the NRC dated 9/6/79.

operate during an event.

2) " Implementation Methods and Schedules for NUREG-0578" Section See Enclosure 14.

E!

2.1.6b Page 16 Figure 4.2-1 (December 1979).

3) See Enclosure 12.

3) NAMCO Controls General Catalog Series EA-79 Page 3.

4) See Enclosure 18.

ro

4) NAMCO controls letter dated March 11, 1980.

C3 C) e

.~

Fecility: Fort CalhnunL I-

' Docket No.:

50-285 SYSTEM COMPONENT EVALUATON WORK SHEET I-20 QUALIFI-OtfTSTAND-vuoronuurve

+1.^.=..._m...

CATION ING nar>>uru n

EQUIPMENs DESCRIPTION

'Specifi-Oual i f-Soecif"-

Onal i fi-METHOD ITEMS Parameter cation cation cation cation 5ystem: nagn rressure salety Operating Note 5 Injection Time 1000 hr 6

Mote 2 Note 2 Note 2 Note 2 NONE Item No.: HCV-2907 Tempera-ture 'F 109'F 248'F 1

3 Type Test NONE Component: Solenoid Valve rressure PSIg N/A N/A N/A N/A N/A NONE

' Manufacturer: Automatic Switch Company nelative Eng Anal Model No.: LB 8316C44 Humidity 1 100%

100%

1 Note 3 Note 3 NONE Function: Valve actuators for Chemical SI-2B inlet isolation Spray' N/A N/A N/A N/A N/A NONE m

valve.

14 Accuracy - Spec: N/A Material Demon: N/A Radiation 7x10 R Note 1 2

4 Analysis NONE Service: See Function Location: Room 22 (SI Pumps)

Aging N/A Note 4 N/A Note 4 Note 4 NONE Flood Level Elev: N/A Submer-Above Flood Level:

gence N/A N/A N/A N/A N/A NONE Documentation

References:

Notes:

i

1) Combustion Engineering study " Evaluation of Fort Calhoun Safety

1) Qualified for service per ASCO Injection Pump Room Temperature following a Loss of Coolant Evaluation Engineering Job 67,446.

Accident, "See OPPD letter to the NRC dated 9/6/79.

2) Valves are locked open and do not

2) " Implementation Methods and Schedules for NUREG-0578" Section operate during an event.

30 2.1.6h Page 16 Figure 4.2-1 (December 1979).

,See Enclosure 14.

3) ASCO " Numerical Listing of Solenoid Valves" page 1.

3) Solenoids are housed in a general purpose to

4) ASCO Catalog #30 page 41'.

enclosure which will prevent condensation on the inside of the switch.

-e l

is s)E8: E818:"F: 13:

4 O

t 8

t

Fccility: Fort Calhoun 1 Dockst No.:

50-285

' SYSTEM COMPONENT EVALUATON WORK SHEET I-25

^'

^

ENVIRONMENT DOCUMENTATION REF.

Tl EQUIPHENT DESCRIPTION Specifi-Qualif-Specifi-Qualifi-MET 110D ITEMS Pa ramete r cation cation cation cation System: High Pressure Safety Operating Note 5 Injection Time

.1000 hr's Note 2 Note 2 Note 2 Mote 2 NONE

' Item No.: IICV-2908 Tempera-ture *F 109'F Note 3 1

3 rype Test NONE Component: Solenoid Valve Pressure PSIg N/A N/A N/A N/A N/A NONE Manufacturer: Automatic Switch Company Relative Hodel.No.: HT 8321A5 Humidity %

100%

1 4

rype Test NONE Function: Valve actuator for Chemical SI-2B discharge isolation Spray N/A N/A N/A N/A N/A NONE valve.

T' Accuracy.- Spec: N/A 1aterial 23 Demon: N/A Radiation 7x10 R Note 1 2

4 tr.alys i s NONE Service: See Function Location: Room 22 (SI Pumps)

Aging N/A Note 4 N/A Note 4 Note 4 NONE Flood Level Elev: N/A Submer-Above Flood Level:

gence N/A N/A N/A N/A N/A NOMP Documentation

References:

Notes:

1) Combustion Engineering study " Evaluation of Fort Calhoun Safety

1) Qualified for service per ASCO Injection Pump Hoom Temperature following a Loss of Coolant Evaluation Engineering Job 67,446.

Accident, "See OPPD letter to the NRC dated 9/6/79.

2) Valves are locked open and do not

2) " Implementation Nethods and Schedules for NUREG-0578" Section operate during an event.

E3 2.1.6b Page 16 Figure 4.2-1 (December 1979).

See Enclosrue 14.

l

3) ASCO Catalog #30 pages 82 and 83.

3) Nated at 176*F for U.L. applications, R$

4) ASCO Catalog #30 page 40.

rated at 212*F for non U.L. applications.

'2

4) See Enclosure 12.

((

5) See Enclosure 18.

o

Fecility:.Fcrt Celh:ua 1 Docket No.:

50-285 1-6 SYSTEM COMPONENT EVALUATON blORK SHEET EWVIDnuMENT nnf'llMFMTAT'ON NFF QUALIFI-OUTSTAND-EQUIPHENT DESCRIPTION Specifi-Qualif-Specifi Qualifi-CATION ING Parameter cation cation cation cation HETHOD ITEMS System: High Pressure Safety Operating Note 5 Injection-system Time 1000 hrs Note 2 Note 2 Note 2 Note 2 NONE Item No.: HCV-2907 & 2:

Tempera-Mfg's ts.c "I

';"r

^;50^:

3 Det; M^NE Component: Limit Switch Pressure PcI:

F/ *_

F/A F/A F/ ^_

ugA unur Hanufacturer: Micro Switch Relative Eng Anal Model No.: SlHLI.

"" ! t y ?

1^^!

la^!

va' a 9 unur Function: Position Indication Chemical for 'HCV-2907 & 2908

<pr=y w/a n/a v/A v/A w/A MANF U

Accuracy - Spec: N/A

~

6 Demon: N/A u.almeinn 7-in n une, 1 9

Mnte AnMysic WONE Service: Pos Ind. for SI PP 2B isolation vv's l

Location! Room 22 (Si Pumns)

Aelne N/A Mate 4 N/A Mnt e 4 Not e 4 NONE t

Flood Level'Elev: N/A Submer-Above Flood f.evel:

eence N/A N/A N/A N/A N/A NONE 1

i-Documentation

References:

Notes:

6

1) Combustion Engineering study "Evaluat. ion of Fort Calhoun Safety

1) Haterial Analysis 10 R lajection Pump Roo.a Temperature following a Loss of Coolant

2) Valves are locked open an' not 5

Accident, "See u."cD letter to the NRC dated 9/6/79.

operate during an event.

see

2) " Implementation Methods and Schedules for NUREG-0578" Section 4.

R 2.1.6h Page 16 Figure 4.2-1 (December 1979).

3) Micro Switch type SlHL1 are fully C

3) Micro Switch Catalog 100 issue 2 Page C25.

sealed switches rated Nema 4.

D

4) Hemo - Lakeland Eng. to R. F. Hehaffey 2/27/80

4) See Enclosure 12.

160*F from MICR0 Switch

5) See Enclosure 18

Facility: Fort Calhoun 1 Docket No.:

50-285 SYSTEM COMPONENT EVALUATION WORK SHEET T-18 ENVIRONMENT DOCUMENTATION REF.

QUALIFI-OUTSTAliD-Qualifi-CATION ING EQUIPMENT DESCRIPTION Specifi Qualif-Specif.-

Parameter cation cation cation cation METHOD ITEMS system: nign rressure safety Operating Note 5 l

Injection Time 1000 hr s Note 2 Note 2 Note 2 Note 2 NONE 248*F Item No.: HCV-2917 and 2927 Tempera-i 1

3 Type Test NONE ture *F

.109*F DekkEhgize'l)

Component: Solenoid Valve Pressure PSIg F/A N/A N/A N/A N/A NONE Manufacturer: Automatic Switch Company netative Eng Anal Model No.: LB 8316C44 Humidity L

100%

1 Note 3 Note 3 NONE Function: Solenoid valves for unemicat SI-2A Ts SI-2C inlet isolation Sp ray N/A N/A N/A N/A N/A NONE valves.

T' Accuracy - Spec: N/A Material 6

EI Demon: N/A Radiation 7x10 R Note 1 2

4 Analysis NONE Service: See Function Location: Room 21 (SI Pumps)

Aging N/A Note 4 N/A Note 4 Note 4 NONE Flood Level Elev:

N, A Submer-Above Flood Level:

gence N/A N/A N/A N/A N/A NONE Documentation

References:

Notes:

l l

1) Combustion Engineering study " Evaluation of Fort Calhoun Safety

1) Qualified for service per ASCO Injection Pump Room Temperature following a Loas of Coolant Evaluation Engineering Job 67,446.

Accident, "See OPPD letter to the NRC dated 9/6/79.

2) Valves are locked open and do not

2) " Implementation Methods and Schedules for NUREG-0578d Section operate during an event.

3E 2.1.6h Page 16 Figure 4.2-1 (December 1979).

See Enclosure 14,

3) ASCO " Numerical Listing of Solenoid Valves" page 1.

3) Solenoids are housed in a general purpose E$

4) ASCO Catalog #30 page 41.

enclosure which will prevent condensation 23 or. the inside of the switch.

Ed

4) See Enclosure 12.

E$

5) See Enclosure 18.

l

(-

Facility: Fort Calh:un 1 Docket No.:

50-285 I-5 SYSTEN COMPONENT EVALUATON WORK SiiEET r

ENVIRONMENT DOCUMENTATION REF.

QUALIFI-OUTSTAND-EQUIPMENT DESCRIPTION Specifi-Qualif-Specifi.

Qualifi-CATION ING Parameter cation cation cation cation METii0D ITEMS System: liigh Pressure Safety Operating Injection system Time Note S Note 2 Note 2 Note 2 Note 2 NONE Item No.: llCV-2917 & 2927 Tempera-Manufacturers ture *F 109'F

160*F 1

3 Data NONE Component: Limit Switch Pressure PSIg N/A N/A N/A N/A N/A NONE Manufacturer: Micro Switch Relative Eng Anal Model No.: SIML1 Humidity 1 100%

100%

1 3

(Note 3)

NONE Function: Position Indication Chemical for llCV-2917 & 2927 Spray N/A N/A N/A N/A N/A NONE cn

'a Accuracy - Spec: N/A 6

Demon: N/A Radiation 7x10 R Note 1 2

Note 2 Analysis None Service: Pos IND for SI PP 2A

& 2C Isolation vv's Location: Room 21 (SI Pumps)

Aging N/A Note 4 N/A Note 4 Note 4 NONE Flood Level Elev: N/A Submer-Above Flood Level:

gence N/A N/A N/A N/A N/A NONE j

Documentation

References:

Notes:

6

1) Combustion Engineering study " Evaluation t; Fort Calhoun Safety

1) Material Aalysis 10 R Injection Pump Room Temperature following a Loss of Coolant

[]

Accident, "See OPPD letter to the NRC dated 9/6/79.

2) Valves are locked open and do not operate

2) " Implementation Methods and Schedules for NUREG-0578" Section during an event.

See Enclosure 14 R$

2.1.6b Page 16 Figure 4.2-1 (December 1979).

R;

3) Micro Switch Catalog 100 issue 2 Page C25.

3) Micro Switch type SlHL1 are fully sealed 23

4) Memo - Lakeland Eng. to R. F. Mchaffey 2/27/80.

switches rated Nema 4.

ca

160*F from MICR0 Switch

4) See enclosure 12

5) See Enclosure 18

Focility: Fort'Colh un 1 Docket No.:

50-285' RI-11 SYSTEM COMPONENT EVALUATON WORK SHEET EKVIRONMENT DOCUMENTATON REF.

QUALIFI-OUTSTAND-CATION ING EQUIPMENT DESCRIPTION Specifi-Qualif-Speciff-Qualifi-METliOD ITEMS Parameter cation cation cation cation System: liigh Pressure Operating 1000 hrs Note 1 1

Note 1 Note 1 NONE Safety Injection Time Note 2 Item No.:

HCV-308 Tempera-ture *F N/A N/A N/A N/A N/A NONE Component: Motor Operated Valve Pressure and Limit Switch PSIg N/A-N/A N/A N/A N/A NONE Manufacturer: Limitorque Relative Model No.: SMB-000 llumidity %

N/A N/A N/A N/A N/A NONE Function: Motor Operated Charging Chemical System inlet vv to llPSI Ileader Spray N/A N/A N/A N/A N/A NONE I

Accuracy - Spec: N/A 6

7 Demon: N/A Radiation 4x10 R' 2x10 R 1

2 Test NONE Service: See Function Location: Room 13 Aging N/A 40 yrs.

N/A 2

2 NONE Flood Level Elev: NA Submer-Above Flood Level:

gence N/A N/A N/A N/A N/A NONE Documentation References; Notes:

1.

" Implementation Methods and Schedules for NUREC-0578" 1.

See Enclosure #14.

Section 2.1.6B Page"17,' Figure 4.2.2 (December 1979).

2.

See Enclosure #18.

2.

Limitorquie Corp. Test Lab:

B-0003 & Letter dated no March 26, 1979.

2 t'

8

Fccility: Fcrt Calh2un l' Docket No.:

50-285 R42 SYSTEM COMPONENT EVALUATON WORK SHEET ENVIRONMENT DOCUMENTATON QUALIFI-OUTSTAND-CATION ING EQUIPMENT DESCRIPTION Specifi-Qualif-Specifi-Qualifi-HETii0D ITEMS Pa rameter cation cation cation cation System: liigh Pressure Safety Operating Injection Time 1000 llR Note 1 Note 1 Note 1 Note 1 NONE Item No.: ilCV349, liCV350 Tempera-ture 'F NA NA NA NA NA NONE

'h Component: Solenoid Valve Pressure PSIg NA NA NA NA NA NONE Manufacturer: ASCO Relative Model No.: WP-IIT-831429 Humidity %

NA NA NA NA NA NONE Function: Pilot Operator Chemical Spray NA NA NA NA NA NONE os JL Accuracy - Spec: N/A Material Ef Demon: N/A Radiation 4x10sR 5x10 2

1 Analysis NONE 8

Se rvice: See Function I

Location: Room 13 Aging Note 2 Note 2 Note 2 Note 2 Note 2 NONE Flood Level Elev: N/A Submer-Above Flood Level: Yes gence NA NA NA NA NA NONE Documentation

References:

Notes:

I 1.

See Enclosure #18 1.

ASCO letter July 30, 1980 g

2.

Implementation method & schedule NUREG-0578 Section 2.1.6B 2.

See Enclosure #12 x

a 2:

R 85 i

Fccility: Fort Calhoun 1 Docket No..:

50-285 R43 SYSTEM COMPONENT EVALUATON WORK SHEET ENVIRONMENT DOCUMENTATON QUALIFI-OUTSTAND-CATION ING EQUIPMENT DESCRIPTION Specifi-Quali f- -

Specifi-Qualifi-HETii0D ITEMS Parameter cation cation cation cation System: High Pressure Safety Operating Injection Time 1000 HR Note 1 Note 1 Note 1 Note 1 NONE Item No.: HCV349, HCV350 Tempera-ture *F NA NA NA NA NA NONE Component: Limit Switch Pressure PSIg NA NA NA NA NA NONE Hanufacturer: Fisher Control Co.

Relative Model No.: 304 Humidity %

NA NA NA NA NA NONE Funct. ion: Position Indication Chemical Spray NA NA NA NA NA NONE osO Accuracy - Spec: N/A Material Demon: N/A Radiation 4x10sR lo 1

NA Analysis NONE s

y See Function Service:

-Location: Room 13 Aging Note 2 Nete 2 Note 2 Note 2 Note 2 NONE Flood Level Elev: N/A Submer-Above Flood Level: Yes gence NA NA NA NA NA NONE Documentation

References:

Notes:

1.

' Implementation method & schedules for NUREG-0578 Section 2.1.6B 1.

See Enclosure #18 2.

See Enclosure #12 g

A 8

~.

'Facili t' y: Fort Calh:un 1

' Docket No.:

50-285

~

SYSTEM COMPONENT EVALUATON WORK SHEET ENVIRONMENT DOCUMENTATION REF.

QUALIFI-OUTSTAND-Qualifi - CATION ING EQUll' MENT DESCRIPTION Specifi-Qualif-Specifi

+

Pa rameter cation cation cation cation METHOD ITEMS System: Low Pressure Safety Operating Continuous Continuous NONE 4

. Engineering Injection Time Note 3 Analysis NONE Item No.: SI-1A, & SI-1B Tempera-Engineering j

ture *F 109'F 122*F 1

4 Analysis NONE

[

Component: Motor Pressure PSlg N/A N/A N/A N/A N/A NONE l

Manufacturer: GE Relative Type and i

Model No.: SK818837A38 Humidity L 100%

100%

1 3

See note 1 NONE Function: Low Press Safety Chemical l

Injection pump 1A Spray N/A N/A N/A N/A N/A NONE m

$3 Accuracy - Spec: N/A 6

Demon: N/A Radiation 7x10 lx10 R 2

5 Type Test NONE l

Service: Low pressure Safety Inj i

Location: Room 21 & 22 (HPSI)

Aging N/A Note 2 N/A Note 2 Note 2 NONE j

Flood Level Elev: N/A Submer-Above Flood Level:

gence N/A N/A N/A N/A N/A NONE l

i Documentation

References:

Notes:

1) Combustion Engineering study " Evaluation of Fort Calhoun Safety

1) Enclosure is drip proof and moisture f

Injection Pump Room Temperature following a Loss of Coolant will not condense on windings when d?

Accident," See OPPD letter to the NRC dated 9/6/79.

motor is operating.

2) " Implementation Methods and Schedules for NUREG-0578" Section

2) See Enclosure 12 Id.

2.1.6b Page 16 Figure 4.2-1 (December 1979).

3) See Enclosure 18 R$

3) GE Instruction Bulletin CEH-3160E os

4) GE Application Brouchure CEZ-6211 and letter from CE Motor and C'

Gen. Dept. Dated 2/6/78

5) GE study for OPPD PO# 47462.

I

+,,

Fccility:

Fort Calh:nm 1 Docket No.:

50-285 SYSTEM COMPONENT EVALUATON WORK SHEET C-1 r.nv1Munntna uutuntMIAluM Mtt.

QUAI.lti-UUTblAND-CATION ING EQUIPMENT DESCRIPTION Specifi-Qualif-Specifi-Qualifi-MET 110D ITEMS Parameter cation cation cation cation aystem. s.ow rressure sasety operating Sequential Injection System Time Note 1,2 Note 1 Note 1 2,4 Test NONE Item No.: HCV-327,329,331, HCV-3's tempera-Sequential ture *F 288'F 325*F 1

2 Test NONE Component: Motor operated valves Excumure sequentiat and limit switches PSIg 60 PSIg 90 PSlg 1

2 Test NONE Manufacturer: Limitorque aci.ii c seguen6sai Model No.: SMB-0 Humidity %

100%

1 2

Test NONE Function: Open on SIAS for LPSI C:.--.-

I

700 yr-1700 ry.

Sc3ucuiioi to Loop 1A,lB,2A,2B Spray Boric Acid Boric Acid 1

2 Test NONE 7'

Accuracy - Spec: N/A Scyocnilai Demon: N/A Radiation 9.48x10e (

2x10 H 1

3 Test NONE 7

S2 Se rvice: LO Press SAF.Inj.

Om 3...i 1 Location: Containment Aging N/A 40 yrs N/A 3

Test NONE Flood Level Elev:

1000.9' Submer-Above Flood Level: Yes gence N/A N/A N/A N/A N/A NONE Documentation

References:

Notes:

1) Enclosure #1.

1) Valves are opened immediately after

2) Franklin Institute Research Lab #F-C2232.01

. receipt of a safety injection signal -

3) Limitorque Corporation Test Lab #B-0003 stroke time is 10-12 seconds.

4) Safety Injection valves inservice testing ST-ISI-SI-l

2) See Enclosure 18.

33 C2 8

l

Facility: Fart Calh:un 1 Dockst No.:.50-285 SYSTEM COMPONENT EVALUATON WORK SHEET C-2 ENVIRONMENT DOCUMENTATON REF.

QUALIFI-OUTSTAND-CATION ING

-EQUIPMENT DESCRIPTION Specifi-Qualif-Specifi Qualifi-METHOD ITEMS Parameter cation cation cation cation System: Low Pressure Safety Operating Injection System Time 2,4 Type Test NONE i

Item ~No.:.HCV-348 Tempera-ture *F

'288'F 325'F 1

2 Type Test.

NONE i

Component: Motor operated valves Pressure and limit switches PSIg 60 PSIg 90 PSIg 1

2 Type Test NONE Manufacturer: Limitorque l

Relative l

Model No.: SMB-3 Humidity 1 100%

100%

1 2

Type Test NONE l

Function: Shutdown cooling

. Chemical 1700 ppa 1700 ppe Line isloaton Spray Boric Acid Boric Acid 1

2 Type Test NONE m

Accuracy - Spec: N/A 7

Demon: N/A Radiation Note 1 2x10 R 1

3 Type Test NONE l

Service: Shutdown Cooling Location: Containmer.t Aging N/A 40 yrs N/A 3

Type Test NONE 4

Flood Level Elev:

1000.9' Submer-Above Flood Level: Yes gence N/A N/A N/A N/A N/A NONE Documentation

References:

Notes:

I.

1) Enclosure #1.

1) See Enclosure 13.

2) Franklin Institute Research Lab #F-C2232.01

3) Limitorque Corporation Test Lab #B-0003 l

5 A

4 m

j O

L i

i i

w w

-,4 m

.m

Facility': Fert'Calhrui l Docket No.: 50-285 SYSTEM COMPONENT EVALUATON WORK SHEET I-24 ENVIRONMENT DOCUMENTATION QUALIFI-0 JTSTAND-CATION ING EQUIPMENT DESCRIPTION Specifi-Qualif-Specifi-Qualifi-HETHOD ITEMS Pa rameter cation cation cation cation System: Low Pressure Safety Operating Note 5 Injection Time 1000 hrs Note 2 Note 2 Note 2 Note 2 NONE Item No.: HCV-2947 and 2948 Tempera--

248*F 1

3 Type Test NONE ture *F 109'F

,,{gg} zed) g g

Component: Solenoid. Valve Pressure N/A N/A N/A N/A NONE PSIg N/A Manufacturer: Automatic Switch Company Relative Eng Anal Model No.: LB 8316C44 Humidity %

100%

1 Note 3 Wote 3 NONE Function: Valve actuators for Chemical SI-1A inlet and discharge Spray.

N/A N/A N/A N/A N/A NONE isolation valves.

T' Accuracy - Spec: N/A 1aterial ES Demon: N/A Radiation 7x10'R Note 1 2

4 knalysis NONE Service: See Function Location: Room 21 (SI Pumps)

Aging N/A Note 4 N/A Note 4 Note 4 NONE Flood Level Elev: N/A Submer-

'Above Flood Level:

gence N/A N/A N/A N/A M/A MAMW Documentation

References:

Notes:

1) Combustion Engineering study " Evaluation of Fort Calhoun Safety

1) Qualified for service per ASCO

. Injection Pump Room Temperature following a Loss of Coolant Evaluation Engineering Job 67,446.

Accident, "See OPPD letter to the NRC dated 9/6/79.

2) Valves are locked open and do not

2) " Implementation Methods and Schedules for NUREG-0578" Section operate during an event.

35 2.1.6b Page 16 Figure 4.2-1 (December 1979).

See Enclosure 14.

l.

3) ASCO Catalog #30 pages 82 and 83.

3) Rated at 176*F for U.L. applications, R$

4) ASCO Catalog #30 page 40.

rated at 212*F for non U.L. applications.

23

4) See Enclosure 12.

Id -

5) See Enclosure 18.

8 4

Fccility: ~ Fort Calh:un 1 Docket No.:

50-285

~

SYSTEM COMPONENT EVALUATON WORK SiiEET ENVIMONMENT,

DOCUMENTATION REF.

QUALIFI-OUTSTAND-EQUIPMENT DESCRIPTION Specifi Qualif-Specif i-Qualifi-CATON ING Parameter cation cation cation cation METil0D ITEMS System; i.ow rressure dately Operating Note 4 Injection Time 1000 hr S.

Note 2 Note 2 Note 2 Note 2 NONE Item No.: llCV-2947 and 2948 Tempera-ture *F 109'F 194*F 1

3 Type Tesi NONE Component: Limit Switch rressure PSIg N/A N/A N/A N/A N/A NONE Manu f acturer: NAMCO neiative Model No.: D1200G Humidity L

100%

1 3

Type Test NONE Function: Position Indication Chemical for HCV-2947 & 2948 Spray N/A N/A N/A N/A N/A NONE cn oo Accuracy - Spec: N/A Material Demon: N/A Radiation 7x10 R Note 1 2

4 Analysis NONE

'd Service: SI-1A ISOL vv's Pos.Ind.

Location: Room 21 (SI Pumps)

Aging N/A Note 3 N/A Note 3 Note 3 NONE

)

Flood Level Elev: N/A Submer-Above Flood Level:

gence N/A N/A N/A N/A N/A NONE Documentation

References:

Notes:

1) Combustion Engineering study " Evaluation of Fort Calhoun Safety

1) Material Analysis 10 R Injection Punip Room Temperature following a Loss of Coolant

2) Valves are locked open and Accident, "See OPPD letter to the NRC dated 9/6/79.

do not operate during an event.

2)" Implementation Methods and Schedules for NUREG-0578" Section See Enclosure 14.

R$

2.1.6h Page 16 Figure 4.2-1 (December 1979).

3) See Enclosure 12.

3) NAMCO Controls General Catalog Series EA-79 Page 3.

4) See Enclosure 13.

E3

4) NAMCO controls letter dated March 11, 1980.

h O

Fccility: Fcrt Cs1hs:2 1 Docket No.:

50-285 1-21 SYSTEM COMP 0 MENT EVALUATON WORK FHFET

^

ENVIRONMENT DOCUMENTATION REF.

T EQUIPMENT DESCRIPTION Specifi-Qualif-Specifi - Qualifi-HETi!0D ITEMS Parameter cation cation cation cation System: Low Pressure Safety Operating Note 5 Injection Time 1000 hr:

Note 2 Note 2 Note 2 Note 2 NONE 248*F Item No.: IICV-2937 and 2938 Tempera-ture *F 109"F 1

3 Type Test NONE n,

1, ai Component: Solenoid Valve Pressure PSIg N/A N/A N/A N/A N/A NONE Hanufacturer: Automatic Switch Company Relative Eng Anal Model No.: LB 8316C44 Ilumidity %

100%

1 Note 3 Note 3 NONE Function: Valve actuators for Chemical SI-1B Inlet and discharge Spray N/A N/A N/A N/A N/A NONE isolation valves.

Accuracy - Spec: N/A 6

00 Demon: N/A Radiation 7x10 R Note 1 2

4 Analysis NONE Service: See Function Location: Room 22 (S1 Pumps)

Aging N/A Note 4 N/A Note 4 Note 4 NONE Flood Level Elev: N/A Submer-Above Flood Level:

gence N/A N/A N/A N/A N/A NONE Dccumentation

References:

Nates:

1) Combustion Engineering study " Evaluation of Fort Calhoun Safety

1) Qualified for service per ASCO Injection Pump Room Temperature following a Loss of Coolant Evaluation Engineering Job 67,446.

Accident, "See OPPD letter to the NRC dated 9/6/79.

2) Valves are locked open and do not

2) " Implementation Methods and Schedules for NUREG-0578" Section operate during an event.

La 2.1.6b Page 16 Figure 4.2-1 (December 1979).

See Enclosrue 14.

3) ASCO Catalog #30 pages 82 and 83.

3) Rated at 176*F for U.L. applications,

{g

4) ASCO Catalog #30 page 40.

rated at 212*F for non U.L. applications.

4) See Enclosure 12.

gg

5) See Enclosure 18.

e f

_Feellity: Fort Calh un 1 Docket No.:

50-285 SYSTEM COMPONENT EVALUATION WORK SIIEET I-10 ENVIRONMENT DOCUMENTATION REF.

QUALIFI-OUTSTANIl-EQUIPMENT DESCRIP1 ON 3p,cggg Qualif-Specif - Qualifi-CATION ING Parameter cation cation cation cation METHOD ITFMR System: Low Pressure Safety Operating Note 4 Injection Time 1000 hr e

Note 2 Note 2 Note 2 Not e 2 NOMF Item No.: IICV-2937 and 2938 Tempera-ture *F 109'F 194*F 1

3 Type Test NONE Component: Limit Switch Pressure PSIE N/A N/A N/A N/A N/A NONE Manufacturer: NAMCO Relative Model No.: D1200G llumidity 't 100%

100%

1 3

Type Test NONE Function: Position Indication Chemical f r IICV-2937 & 2938 Spray N/A N/A N/A N/A N/A NONE cn Material Accuracy - Spec:.N/A 6

Demon: N/A Radiation 7x10 Note 1 2

4 Analysis NONE Service: LPSI PP IB ISOL vv Pos.Ind.

Location: Room 22 (SI Pumps)

Aging N/A Note 3 N/A Note 3 Note 3 NONE Flood Level Elev: N/A Submer-Above Flood Level:

gence N/A N/A N/A N/A N/A NONE Documentation

References:

Notes:

1) Combustion Engineering study " Evaluation of Fort Calhoun Safety

1) Material Analysis 10 R Injection Pump Room Temperature following a Loss of Coolant

2) Valves are locked open and do not Accident, "See OPPD letter to the NRC dated 9/6/79.

operate during an event.

See U$

2) " Implementation Methods and Schedules for NUREG-0578" Section 4 2.1.6h Page 16 Figure 4.2-1 (December 1979).

3) See Enclosure 12

{g

3) NAMCO Controls General Catalog Series EA-79 Page 3.

4) See Enclosure 18

' 4) NAllCO contrals Letter Dated March 11, 1980.

S O

e I

.Fccility: Fort Colh:un 1

-Deck:t No.:

50-285 RI-5 SYSTEM COMPONENT EVALUATON WORK SHEET ENVIRONMENT DOCUMENTATON REF.

QUALIFI-OUTSTAND-CATION ING EQUIPMENT DESCRIPTION.

Specifi-Qualif-Specifi-Qualifi-METilOD ITEMS Pa rameter cation cation cation cation System: Low Pressure Safety _

Operating 1000 hrs Note 1 Note 1 Note 1 Note 1 NONE Injection Time Note 4 Item No.:

FCV-326 Tempera-IICV-341 ture 'F NA NA NA NA NA NONE Component: Solenoid Valve

~'

Pressure PSIg NA NA NA NA NA NONE Manufacturer: Automatic Switch Company Relative Model No.: IITX831429 Humidity %

NA NA NA NA NA NONE Function: Valve Actuators for Chemical Low Pressure Safety Injection Spray NA NA NA NA NA NONE y,

E c3 Accuracy - Spec: N/A 6

Demon: N/A Radiation 4x10 R Note 2 1

2 Analysis NONE Se rvice : See Function Location: Room 13 Aging NA Note 3 NA Note 3 NA NONE Flood Level Elev: NA Submer-Above Flood Level:

gence NA NA NA NA NA NONE Documentation

References:

Notes:

1.

See Enclosure #14.

1.

" Implementation Methods and Schedules for NUREG-0578" 2.

Material Analysis 5x10 R 8

Section 2.1.6B Page'17; Figure 4.2 2 (December 1979).

2.

ASCO Catalog #30 Page 37.

3.

See Enclosure #12.

b) 4.

See Enclosure #18.

l E$

h R8

Facility: Fort Colbrun 1

-Docket-No.:

50-285 RI-6 SYSTEH COMPONENT EVALUATON WORK SHEET ENVIRONMENT DOCUMENTATON REF.

QUALIFI-OUTSTAND-CATION ING EQUIPHENT DESCRIPTION Specifi-Qualif-Specifi-Qualifi-HETHOD ITEMS Parameter-cation cation cation cation System: Low Pressure Sa fety__

Operating

_1000,. h rs

._ No.te 1 Note 1 Note 1 Note 1 NONE Injection.

Time

' Item No.:

FCV-326 Tempera-HCV-341 ture 'F NA NA NA NA NA NONE

. Component: Limit Switch ~'

~

Pressure

~~

PSIg NA NA NA NA NA NONE Hanufacturer: Fisher Governor Company Relative Model No.: 304 Humidity %

NA NA NA NA NA NONE Function: Position Indicator for Chemical Low Pressure Safety Injection vv Spray NA NA NA NA NA NONE S3 Accuracy - Spec: N/A

"* "#I" 6

Demon: N/A Radiation 4x10 R Note 2 1

2 Analysis NONE Service: See Function Location: Room 13 Aging NA Note 3 NA Note 3 NA NONE Flood Level Elev: NA Submer-

"~

Above Flood Level:

gence NA NA NA NA NA NONE Documentation

References:

Notes:

1.

" Implementation Methods and Schedules for NUREG-0578" 1.

See Enclosure #14.

8 Section 2.1.6B Page'17, Figure 4.2 2 (December 1979)'.'

2.

Material Analysis 10 R 2.

Fisher Controls Co. Bulletin 62.3:304, December 1974.

3.

See Enclosure #12.

5$

4.

See Enclosure #18.

E$2 R8 e

-Fecility: Fort Calhoun 1 Dockat No.:.50-285 RI-12 SYSTEM COMPONENT EVALUATON WORK SHEET ENVIRONHENT DOCUMENTATO( RFF.

QUALIF1-OUTSTAND-CATION ING EQUll'HENT DESCRIPTION Specifi-Qualif-Specifi-Qualifi-HETHOD ITEMS Parameter cation cation cation cation System: Low Pressure Operating 1000-hrs

. Note 1 1

Note 1 Note 1 NONE Safety Injection Time Note 2 Item No.:

HCV-347 Tempera-ture *F N/A N/A N/A N/A N/A NONE Component: Motor Operated Valve Pressure and Limit-Switch PSIg N/A N/A N/A N/A N/A NONE Manufacturer: Limitorque Relative Model No.: SMB-2 Humidity %

N/A N/A N/A N/A N/A NOME Function:.Hotor Operated Shutdown Chemical Cooling line isolation valve Spray N/A N/A N/A N/A N/A NONE e

Accuracy - Spec: N/A na 6

7 Demon:,N/A Radiation 4x10 R 2x10 R 1

2 Test NONE Service: See Function Location: Room 13 Aging 40 yrs.

N/A N/A 2

2 NONE Flood Level Elev: NA Submer-Above Flood Level:

gence N/A N/A N/A N/A N/A NONE Documentation

References:

Notes:

1.

" Implementation Methods and Schedules for NUREG-0578" 1.

See Enclosure #14.

Section 2.1.6B Page 17, Figure 4.2.2 (December 1979).

2.

See Enclosure #18.

2.

Limitorquie Corp. Test Lab: #B-0003 & Letter dated no March 26, 1979.

h es

Fccility: Fort Calh un 1 Dock:t No.:

50-285 RI-13 SYSTEM COMPONENT EVALUATON WORK SHEET ENVIRONMENT DOCUMENTATON REF.

QUALIFI-OUTSTAND-CATION ING EQUIPMENT DESCRIPTION Specifi-Qualif-Speci fi-Qualifi-HETii0D ITEMS Parameter cation cation cation cation System: Low Pressure Safety _,

. Operating 1000 hrs

,, Note 1 Note 1 Note 1 Note 3 NONE Injection Time Note 4 Item No.:

FCV-326~

Tempera-IICV-341 ture *F NA i

NA NA NA NA NONE Component: Electro-Pne'umaUc Pressure Transducer PSIg NA NA NA NA NA NONE Manufacturer: Fisher Governor Company Relative Model No.: 546 Ilumidity %

NA NA NA NA NA NONE Function: Position Signal for Chemical Low Pressure Safety Injection Spray NA NA NA NA NA NONE

.a valve Material Accuracy - Spec: N/A w

6 Demon: N/A Radiation 4x10 R Note 2 1

2 Analysis NONE Service: See Function Location: Room 13 Aging NA Note 3 NA Note 3 NA NONE Flood Level Elev: NA Submer-Above Flood Level:

gence NA NA NA NA NA NONE Documentation

References:

Notes:

1.

" Implementation Methods and Schedules for NUREG-0578" 1.

See Enclosure #14.

6 Section 2.1.6B Page 17, Figure 4.2-2 (December 1979).

2.

Material Analysis 10 H.

The E/P is 2.

Fisher Controls Co. Bulletin 13.1:546, December 1976.

expected to be operable for long term y

DJ cooling.

3.

See Enclosure #12.

,m 4.

See Enclosure #18.

q C

'co O

e

~..

Fecility: Fcrt Calhoun 1 Docket No.:

50-285 SYSTEM COMPONENT EVALUATON WORK SliEET S-12 LNVIRONMENT DOCUMENTATON REF.

QUALIF1-OUTSTANI)-

CATION ING EQUIPMENT DESCRIPTION Specifi -

Qualif-Specif

- Qualifi-METi!0D ITEtlS Parameter cation cation cation cation system; naan steam Operating Note 1 Time Intermitten ;

cycles 1

2 Type Test NONE Item No.: MS-291, 292 Tempera-ture *F 216*F 300*F 1

2 Type Test NONE Component: Solenoid Pressure PSIg 1.2 PSI g

60 PSIg 1

2 Type Test NONE Hanufacturer: Valcor netative Model No.: P/N-V70900-21-3 Ilumidity L

100%

i 2

Type Test NONE S/N-528 Function: Main Steam Safety Chemical 3000 PPM Relief valve operator Spray N/A Boric Acid N/A N/A N/A NONE cn d2 Accuracy - Spec: N/A Demon: N/A Radiation N/A lx10 R N/A N/A N/A NONE

-Service: See Function 7

Location: Room 81 Aging N/A 40 yr N/A 2

Test NONE Flood Level Elev:

1037'-4" Submer-Above Flood Level: Yes gence N/A N/A N/A N/A N/A NONE Documentat. ion

References:

Notes:

1) See Enclosure #2.

1. The main steam safeties can be used as

2) See Report dated November 22 1977, Rev A Dated June.16, 1978 an alternate path of decay heat removal 1

Title IEEE 323 qualification test report on V70900-21-1 using the Aux Feed System and the steam and V70900-21-3. A copy of this report is on~ file with Valcor generators. See Enclosure 18.

ES Engineering Corporaton. See letter Dated May 17, 1979 from Valcor to Mr. Herl Core of OPPD. VALCOR Exhibit S1410, S1411.

E$

These are to be replaced under IE Bulletin 80-23.

8

Facility: Fort Calhoun 1 Docket No.:

50-285 SYSTEM COMPONENT EVALUATON WORK SilEET S-13 "A

^ "

ENVIRONMENT DOCUMENTATON REF.

T EQUIPMENT DESCRIPTION Specifi Qualif-Specif i-Qualifi-HETil0D ITEMS Parameten cation cation cation cation System. nain 5 team Operating Note 4 N/A N/A Note 1 NONE Time Continuou s Continuou s Item No.: MS-291, 292-2 Eng Anal Tempera-ture *F 216*F 180*F 1

Note 1 Note 1 NONE Component: Limit Switch rressure Min of 2

Type Test PSIg 1.2 PSI 2.6 PSI g

1 Note 2 (NEHA STD NONE Manufacturer: Fisher Controls netative Type Test Model No.: Type 304 Ilumidity L

100%

1 2'

Note 2 NONE Function: Position indication Chemical for Hain Steam safety Spray N/A N/A N/A N/A N/A NONE m

relief valve da Accuracy - Spec: N/A Demon: N/A Radiation N/A N/A N/A N/A N/A NONE Service: See Function Location: Room 81 Aging N/A Note 3 N/A Note 3 Note 3 NONE Flood Level Elev:

1037'-4" Submer-Above Flood Level: Yes gence N/A N/A N/A N/A N/A NONE Documentation

References:

Notes:

1)-See Enclosure f2.

1) Limit Switch functions to provide indication

2) Fisher Controls Bulletin 62.3:304 only. Switch is designed to operate continuously at 180*F. For the shott time the Room-81 temp is 216 F no damage will occur.

33

2) Based on a watertight enclosure rated to not leak at a static head of 6 foot of water.

E3

3) See Enclosure #12.

23

4) See Enclosure 18.

R i

Fort Calhoun 1

.' Fec il i ty:

Docket No.:

50-285 SYSTEM COMPONENT EVALUATON WORK SilEET I-29 QUAI.IFI-OUTSTAND-vgvinnwMrvT nnm r><r ur_ _it_ i n_ u o. r_ r_ _

CATION ING EQUll' MENT DESCRIPTION Specifi-Qualif-Specifi-Qual i fi-METil0D ITEMS

~~ Pirra.ater cation cation cation cation Sysicm. Raw Water operating Note 5 Time 1000 hr s Note 2 Note 2 Note 2 Note 2 NONE ltem No.: IICV-2809 C,2809D,2811 C,

sempera-2811D,2814C,2814D,2815C,2815D ture *F 109*F Note 3 1

3 Type Test NONE Component: Solenoid Valve rressure PSlg N/A N/A N/A N/A N/A NONE Manufacturer: Automatic Switch Company Reiative Model No.: WPitT 831429 Ilumidity 1

100%

1 3

Type Test NONE Function:-Valve actuators for Chemical inlet & outlet. valves for Spray N/A N/A N/A N/A N/A NONE os SI & spray pumps bearing cooler s.

L Accuracy - Spec: N/A gggyrial E}.

Demon: N/A Radiation 7x10 R Note 1 2

4 NONE Type L

Service: See Function Location: Room 22 (SI Pumps)

Aging N/A Note 4 N/A Note 4 Note 4 NONE Flood Level Elev: N/A Submer-Above Flood Level:

gence N/A N/A N/A N/A N/A NONE Documentation

References:

Notes:

6

1) Combustion Engineering study " Evaluation of Fort Calhoun Safety

1) Material Analysis 5x10 R: ISOMEDIX Report 8

Injection Pump Room Temperature following a Loss of Cnolant AQS-21678 4x10.

Accident, "See OPPD letter to the NRC dated 9/6/79.

2) Valves are locked open and do not operate

2) " Implementation Methods and Schedules for NUREG-0578" Section during an event.

See Enclosure 14.

[3 2.1.6b Page 16 Figure 4.2-1 (December 1979).

3) Rated at 176*F for U.L. applications,

3) ASCO Catalog #30 pages 82 and 83.

rated at 212"F for non U.L. applications.

s3

4) ASCO Catalog #30 page 37.

4) See Enclosure 12.

23

5) See Enclosure 18.

R8

Freility: Fert Calk:un l'

' Docket'No.: 50-285 SYSTEM COMPONENT EVALUATION WORK SilEET I-17 ENVIRONMENT-DOCUMENTATION REF.

QUALIFI-OUTSTAND-

. EQUIPMENT DESCRIPTION Specifi Qualif-Specif i-Quali fi-CATION ING Pa ramet er cation cation cation cation METIIOD ITEMS Sy=iem. Kaw Water aystem Operating Note 4 Time 1000 hrs Note 2 Note Note 2 Note 2 NONE Item No.: llCV-2809C,2809D,2811C, 2811D,2814C,2814D,2815C,2815D Tempera-ture *F 109'F 180*F 1

3 Type Test NONE Component: Limit Switch rressure PSIg N/A N/A N/A N/A N/A NONE Manufacturer: Fisher Governor Company neiactve Model No.: 304 Humidity 4

100%

1 3 ~

Type Test NONE Function: Position Indication ~

Cnemical Spray.

N/A N/A N/A N/A N/A NONE 7'

Accuracy - Spec: N/A 6

Material c$

Demon: N/A Radiation 7x10 R Note 1 2

3 Analysis NONE Service: Raw Water.sys valve Position Indication Location: Room 22 (11 PSI)

Aging

.N/A Note 3 N/A Note 3 Note 3 NONE Flood Level Elev: -N/A Submer-Above Flood Level:

gence N/A N/A N/A N/A N/A NONE Documentation

References:

Notes:

6

1) Combustion Engineering study " Evaluation of Fort Calhoun Safety

1) Material Analysis 10 R Injection Pump Room Temperature following a Loss of Coolant

2) See Enclosure 14.

Accident, "See OPPD letter to the NRC dated 9/6/79.

3) See Enclosure 12.

2) " Implementation Methods and Schedules for NUREG-0578" Section

4) See Enclosure 18.

R$

2.1.6b Page 16 Figure 4.2-1 (December 1979).

3) Fisher Controls Co. Bulletin 62.3:304, December 1974.

R Gs O

e

- ~

i LFacility: Fort Calh:un 1

' Docket No.:

50-285 SYSTEM COMPONENT EVALUATON WORK SIIEET I-28 QUALIFI-OUTSTAND-ruvinnuwrur

_nn_ e_ n_ u_r_um. m.e. r. nu--

_r_e.

n CATION ING EQUll' MENT DESCRIPTION Specifi-Qualif-

- Speci fi-Qualifi-METil0D ITEMS Pa rameter cation cation cation cation dystcm; naw water Operating Note 5 Time 1000 hr e

Note 2 Note 2 Note 2 Note 2 NONE Item No.: HCV-2808C,2808D,2810C, Tempera-28100,2812C,2812D,2813C,2813D ture 'F 109*F Note 3 1

3 Type Test NONE Component: Solenoid Valve rressure PSIg.

N/A N/A N/A N/A' N/A NONE

. Manufacturer: Automatic Switch Company neiative Model No.: WPHT 831429 Humidity 1 100%

100%

1 3

Type Test NONE Function: Valve actuators for C.bemical 1

inlet & outlet valves for Spray N/A N/A N/A N/A N/A NONE SI & spray pumps bearing cooler s.

m la Accuracy Spec: N/A gggyrial 6

En Demon: N/A Radiation 7x10 R Note 1 2

4 NONE Type t

Service: See Function

' Location: Room 21 (SI Pumps)

Aging N/A Note 4 N/A Note 4 Note 4 NONE Flood Level Elev: N/A Submer-Above Flood Leval:

gence N/A N/A N/A N/A N/A NONE Documentation

References:

Notes:

6

1) Combustion Engineering study " Evaluation of Fort Calhoun Safety

1) Material Analysis 5x10 R: ISOMEDIX Report 6

Injection Pump Room Temperature following a Loss of Coolant AQS-21678 4x10 Accident, "See OPPD letter to the NRC dated 9/6/79.

2) Valves are locked open and do not op=iste

2) " Implementation Methods and Schedules for NUREG-0578" Section during an event. See Enclosure 14 E$

2.1.6b'Page 16 Figure 4.2-1 (December 1979).

3) Rated at 176*F for U.L. applications,

3) ASCO Catalog //30 pages 82 and 83.

rated at 212*F for non U.L. applications.

4) ASCO Catalog #30 page 37.

4) See Enclosure 12.

a R$. -

5) See Enclosure 18.

8

Ftcility: Fort Calh:un 1-Docket No.: 50-285 SYSTEM COMPONENT EVALUATION WORK SHEET I-16 ENVIRONMENT DOCUMENTATION REF.

QUALIFI-OUTSTAN )-

. EQUIPMENT DESCRIPTION Specifi Qualif-Specif i-Qualifi-CATION ING Parameter cation cation cation cation METHOD ITEMS 5ystem: naw water system Operating 1000 hr s.

Time Note 4 Note 2 Note 2 Note 2 Note 2 NONE Item No.: HCV-2808C,2808D,2810C, 2810D,2812C,2812D,2813C,2813D Tempera-ture *F 109*F 180*F 1

3 Type Test NONE Component:. Limit Switch rressure PSIg N/A N/A N/A N/A N/A NONE Manufacturer: Fisher Governor Company hetacive Model No.: 304 Humidity 1

100%

1 3

Type Test NONE Function: Position Indication Chemical for Raw Water valves Spray N/A N/A N/A N/A N/A NONE Accuracy - Spec: N/A-6 o Demon: N/A Radiation 7x10 R Note 1 2 3 Analysis NONE Service: Raw Water sys valve Position-Indication Location: Room 21 (HPSI) Aging N/A Note 3 N/A Note :n Note 3 NONE Flood Level Elev: N/A Submer-i Above Flood Level: gence N/A N/A N/A N/A N/A NONE Documentation

References:

Notes: 6

1) Combustion Engineering study " Evaluation of Fort Calhoun Safety

1) Material Analysis 10 R Injection Pump Room Temperature following a Loss of Coolant

2) See Enclosure 14.

Accident, "See OPPD letter to the NRC dated 9/6/79.

3) See Enclosure 12.

2) " Implementation Methods and Schedules for NUREG-0578" Section

4) See Enclosure 18.

l E$ 2.1.6h Page 16 Figure 4.2-1 (December 1979).

3) Fisher Controls Co. Bulletin 62.3:304, December 1974.

,,.s C3 o e

Facility: Fort Calh:un 1 Docket No.. 50-285 SYSTEM COMPONENT EVALUATON WORK SifEET C-21 ENVIRONMENT DOCUMENTATON REF. QUALIFI-OUTSTAND-CATION ING Qualifi-HETl!0D ITEMS EQUIPflENT DESCRIPTION-Specifi - Qualif-Specif.- Parameter cation cation cation cation dystem neactor Coolant OperatinF Test & System Time Note 1 Note 1 N/A 2 Analysis NONE Item No.: A/B/C/D PT-102 Tempera-Simultaneous ture *F 288*F 318*F 1 2,5 Test NONE Component: Pressure Transmitter Pressure Simultaneous PSIg 60 PSIg 90 PSIg 1 2,5 Test NONE Manufacturer: Foxboro netattve Simultaneous -Model No.: E11GH llumidity L 100% 100% 1 2,5 Test NONE Function: Presurizer Cinemica l aiuu ppm atuu ppm Mat Anal Pressure Transmitters Spray Boric Aci l Boric Aci<l 1 3,5 Note 2 NONE ' i" Accuracy - Spec: 5% separate 7 8 cs Demon: 4% Radiation 1.3x10.( 2.2x10 1t 1 4 Test NONE Service: See Function 1 Location: Containment Aging N/A Note 3 N/A Note 3 Note 3 NONE Flood Level Elev: 1000.9' Submer-Above Flood Level: Yes gence N/A N/A N/A N/A N/A NONE Documentation

References:

Notes:

1) Enclosure #1.

1) 1000 hrs continuous

2) Foxboro Company Test Report No. Q9-6005 April, 1971

2) See Enclosure 7, Footnote #2.

3) Foxboro Company Test Report No. T3-1013

3) See Enclosure #12.

4) Foxboro Company Test Report No. T3-1068 August, 1973

4) Worst case Radiation on containment R$

5) Foxboro letter certifying similarity.

level'for 1000 hours. Ah 8

Facility: Fort Calh2un 1 Docket No.: 50-285 C-23 SYSTEM COMPONENT EVALUATON WORK SilEET ENVIRONMENT DOCUMENTATON QUALIFI-OUTSTAND-CATION ING ' EQUIPMENT DESCRIPTION Specifi-Qualif-Specifi-Qualifi-METIIOD ITEMS Parameter cation cation cation cation Eng Anal System: Reactor. Coolant,, Operating Note 2 System Time Continuous Note 1 1 Note 1 Note 1 NONE Item No.: Pressurizer lleatera Tempera-Eng Anal ture *F 288*F Note 1 1 Note 1 Note 1 NONE Component: Pressurizir~Neaters Pressure Eng Anal PSIg 60 PSIg Note 1 1 Note 1 Note 1 NONE Manufacturer: E. L. Wiegand Co. Relative Eng Anal Model No.: Cartridge lleater llumidity % 100% Note 1 1 Note 1 Note 1 NONE Function: Controls pressurizer Chemical 1700 ppm Eng Anal Pressure Spray Boric Acid Note 1 1 Note 1 Note 1 NONE e Accuracy - Spec: N/A Eng Anal 6 Demon: N/A Radiation 3x10 R Note 1 1 Note 1 Note 1 NONE C' Service: See Function Location: Containment Aging N/A 40 yr N/A Note 1 Mat. Anal. NONE Flood Level Elev: 1000.9' Submer-Above Flood Level: Yes gence N/A N/A N/A N/A N/A NONE I Documentation

References:

Notes:

1) Enclosure #1.

1) lleater operates in an environment of 600*F maximum which is f ar greater than

~ ~ ~ ~ ~ ~ ~ ~ containment maximum temperature. Connection materials are either solid brass, steel or copper and are located "'~ beneath the pressurizer which protects them from containment spray. R3

2) See Enclosure 18.

3) Required only if RCS remains pressurized g;

for natural circulation. Not used in c) large break LOCA where pressurizer is emptied.

Facility: Fort'Calhoun 1 Dacket No.: 50-285 - 0 SYSTEM COMPONENT EVALUATON WORK SiiEET ENVIRONMENT DOCUMENTATON QUALIFI-OUTSTAND-CATION ING EQUIPMENT DESCRIPTION Speciff-Qualif-Speci fi-Qualifi-MET 110D ITEMS Pa rameter cation cation cation cation System: Reactor Coolant Operating Note 1 Note 1 1 1 Sequential NONE , Time item No.: HCV-150,IICV-151 Tempera-ture *F Note 1 250*F 1 1 Sequential NONE Component: Valve Operator Pressure PSIg Note 1 25 psig 1 1 Sequential NONE Manufacturer: Limitorque Relative Model No.: SMB00 ilumidity % Note 1 100% 1 1 Sequential NONE Test Function: PORV Isolation Chemical Note 1 Note 2 Note 2 Note 2 Note 2 NONE Spray 1700 ppm 1 1 as1 Accuracy - Spec: N/A Note 1 Sequential E$ Demon: N/A Radiation 1.92x10 7 2x10R 1 1 Test NONE Service: See Function Sequential Location: Containment Aging Note 1 40 yrs 1 1 Test NONE r4ooo Levet Liev: tuuu v' submer-Above Flood Level: Yes. gence N/A N/A N/A N/A N/A N/A Documentation

References:

Notes:

1) Limitorque Corp Test B0003

1) See Enclosure 18.

12) The motor and limit switches are totally 33 enclosed. Chemical spray should not effect ope ra tion.

-s R m 8

Facility: Fort Calh un 1 Docket No.: 50-285 C-151 SYSTEM COMPONENT EVALUATON WORK SilEET ENVIRONMENT DOCUMENTATON QUALIFI-OUTSTAND-CATION ING EQUIPMENT DESCRIPTION Specifi-Qualif-Specifi-Qualifi-HETIIOD ITEMS Parameter-cation' cation cation cation System:. Reactor Coolant ___ Op'erating Note 1 Note 2 Note 3 Time Item No.: PCV-102-1, PCV-102-2 Note 3 Tempera-ture *F Note 1 Note 2 i Component: Powe r OperEtid"~ "~~ Pressure Note 3 ~~ Relief valve PSIg Note 1 Note 2 Manufacturer: Dresser Relative Note 3 Order No.: 30-58448-0 liumidity % Note 1 Note 2 Function: Reactor Pressure Chemical Note 3 Protection Spray Note 1 Note 2 e (( - Accuracy - Spec: N/A Note 3 cr Demon: N/A Radiation Note 1 Note 2 Service: See Function Sequential Note 3 Location: Aging Note 1 Note 2 Flood Level Elev: 1000.9' Submer-Above Flood Level: Yes gence N/A N/A N/A N/A N/A N/A Documentation

References:

Notes:

1) Enclosure 2.

1) See Enclosure 18.

2) See Enclosure 19.

3) See Enclosure 13.

' 53 _.i.._ .a O3 O e

f ENCLOSURE rill RADIATION LEVELS 5 1. Sector A + A' 6.06x10 R 5 2.- Sector B 7.50x10 3 5 3. Sector C + C' 6.06x10 R 6 4 Sector D 1.01x10 R 5 5. Sector E 9.90x10 R 6. Sector F + G 1.12x10 R 4 6 7. Sector G + H 1.09x10 R 0 S. ' Sector H + I 1.36x10 R 0 9. Sector I + J ' 1.05x10 R 6 10. Sector J + K 1.05x10 R - 11. Sector K + L 9.49x10 R 6 12. Sector M 1.02x10 R 5 13. Sector N-9.90x10 R 6 14. Sector 0 1.92x10 R 5 15 F 5.3x10 3

16. G 5.1x10'R 6.06x10'R

~ 17 H. 8.225x10'R . 18. I 19 J'- 6.0Tx10'R ~20. K 4.Thx10'R 5 21. L h.87x10 R . 11-1: RO.1/14/81 s c -.y... g

ENCLOSURE 13 OUTSTANDING ITEMS 1. See enclosure 20 regarding cable splices. This item will be completed during the 1981 refueling outage and the re-sults forwarded to the NRC by January 15, 1982. 2. The aging program will be fully implemented by June 1982. 3. Radiation data for HCV348, HCV-383-3 and HCV-383-4 is be-ing refined for long tem cooling. This infomation will be supplied to the NRC by March 15, 1981. a. FT-236 will be replaced with a qualified transmitter by the end of the 1981 refueling outage. 5. Work on the analysis of the PORV qualification will be completed and forwarded to the NRC by May 1, 1981. 6. As part of the District's continuing investigation of ca-ble splices and the cold shutdown work for IE Bulletin 79-018, some question has been rais^ed concerning the docu-mentation of the radiation effects on the Teflon seals and pigtails of Fort Calhoun low voltage power, control and in-strument penetrations. The penetration vendor, the Conax Corporation, supplied the District with their report, IPS-435, which sumarized the testing of Teflon penetrations and indicated qualification to the District Specifications. How-ever, recent discussions with the manufacturer indicated that at present no supporting evidence for the report sumary can be located. A materials test infomation review by the Dis-trict and its consultant, Wyle Laboratories, has yielded limited evidence to substantiate this testing. To resolve this issue, the District has initiated a records search with the vendor, Conax Corporation, to locate any sup-porting evidence and clarify all organic materials used in the penetrations. This should be completed by March 1,1981. 7. The qualification of HCV 233 and HCV 239 is still under review. The infomation will be supplied to the NRC by March 1,1981. (This infomation will be supplied as page 5-4a). ~ 13-1 R0 1/14/81

ENCLOSURE 15 Inclusion of NUREG 0578 Equipment i Supplement No. 2 to IE Bulletin 79-01B directs that equipment to be installed under NUREG 0578 be included as part of the electri-4 cal equipnent qualification subnittal. The District will not be able to provide this information to meet the requirements of IE Bulletin 79-01B. The District is presently in the design and procurenent phase of the 0578 category B items. The equipment has not been delivered and no test reports are available. In addition, sane of the equip-ment is presently being qualified and thus not available. The in-stalled category A items either did not require qualification, are . presently being qualified, or are in a state of qualification up-grade to the latest sti.ndards. Based on the above discussion, it would be extremely difficult to provide a master list of components since some designs are still being finalized 'and bids being let. In addition, little, if any, supporting documents could be provided which would permit an SER on that equipment. The District is well' aware of the importance -f the qualification of electrical equipment with regard to the 0578 installations. Every effort is being made to insure the qualification of all equipment'which must be accident qualified as defined in 0578. It is' the District's intention to supplement the present 79-018 submittal with an 0578 equipment package when all designs are finalized and all documentation is available for audit by the District. The following-t'able provides the schedule which the District presently feels it can meet in providing the Commission -with the Lessors Learned documentation. i ~ l5-1 Rev. 0 10/9/80

Table 1 LESSONS LEARNED QUALIFICATION SCHEDULE II.D.3 PORY Safety Valve Position Indication, June 30, 1981 II E.1.2 Auto Initiation of Auxiliary Feedwater, November 30, 1981 II.F.2 Containment Pressure, November 30, 1981 III. D. l.1 Sump Level, January 30, 1982 II.G.1 Pressurizer Level, November 30, 1981 - II.B.2' SI Pump Leakage Detection System, January 30, 1982 -II. F.1 Containnent High Radiation Monitors, March 30, 1981 Containment Hydrogen Monitor, February 28, 1982 II.B 1 Reactor Coolant Vent, February 28, 1982 L w y --~y -w- - = _ 9- - - - - =

ENCLOSURE 18 LONG TERM CORE COOLING The long term core cooling for Fort Calhoun Station is based on the equipment required in EP-5, EP-5A, and EP-5B emergency procedures. l Also included are the required supporting auxiliaries which are lo-i cated in the harsh environment. The EPs operator guidance is based on primary system pressure. Above 700 psia the heat removal path is that of the steam generators with a backup using the pressurizer power operated relief valves. Below 700 psia, the high pressure safety injection and auxiliary pressuri-zer spray line are used for long term core cooling. In addition, the shutdown cooling (low pressure safety injection and cold leg suction) and containment spray are included to insure reactor shut down. The environmental parameters for the equipment remain as outlined in Enclosures 1, 11, and 14. The only cnange made was the use through-out of a 1000 hour radiation dose. As explained in Enclosure 14, the 1000 hours represents the primary dose contribution time, with little increase expected beyond this value. Since the same source tenns were used throughout this investigation, the " Dose Correction'For Time Required To Remain Functional" nomogram of the 00R Guidelines was used to adjust the dose for submerged equipment in the containment. The auxiliary building was reported with the 1000 hour numbers. Table 1 is an index of the equipment required in the EPs. Table 2 is a tabulation of the required supporting electrical equipment. These tables may then be cross referenced to the master list in Enclosure 4. It is expected that long. term core cooling will be initiated approxi-mately 24 hours following an accident. The District feels the discus-sions made-in Enclosure 14 are still valid, even though the radiation -levels will continue to r. main at the post accident levels. Note, the steam generator heat removal path requires the auxiliary feedwater system. This system is being installed and upgraded as part of Lessons Learned and will be submitted with that information. 18-l' R0 1/14/81

Table 1 Long Tenn Core Cooling Equipment List Equipment Master List Location Equipment Master List Location RCS Below 700 PSIA HCV484 4-13 SI Pump Rm Sumps - TMI Lessons Learned HCV485 4-14 HCV482A 4-78 HCV383-1 4-56 HCV483A 4-78 HCV383-2 4-56 HCV4828 4-78 HCV383-3 4-57 HCV483B 4-78 HCV383-4 4-57 LCV218-3 4-9 HCV349 4-58 EIP344 4-30 HCV350 4-58 EIP345 4-30 HCV385 4-58 HCV344 4-30 HCV386 4-58 HCV345 4-30 HCV308 4-50 HCV312 4-51 HCV314 4-50 Above 700 PSIA HCV315 4-50 Aux. Feedwater - TMI Lessons HCV317 4-50 Learned Installation HCV320 4-50 MS-291 4-68 HCV321 4-51 MS-292 4-68 FI313 4-59 PCV-102-1 4-92 FI316 4-59 PCV-102-2 4-92 FI319-4-59 HCV150 4-92 FI322 4-59 HCV151 4-92 -HCV305 4-49 SI-2A 4-48 Low Pressure Safety Injection SI-28 4-48 SI-2C 4-49 SI-1A 4 HCV341 4-65 SI-1B 4-62 HCV347 4-64 Containment Spray HCV348-4-65 HCV238 4-3 SI-3A 4-28 HCV239 4-4 SI-3B 4-28 HCV240 4-4 SI.3C 4-29 HCV480 4 HCV481 4-14 18-2 R0 1/14/81

Table 2 Support Equipment Equipment Master List location Equipment Master List Location HCV2917 4-49 HCV2814A 4-18 HCV2927 4-48 HCV2814B 4-18 HCV2907 4-48 HCV2815A 4-18 HCV2908 4-49 HCV2815B 4-18 HCV2957 4-28 HCV2808C 4-79 HCV2958 4-28 HCV28080 4-79 HCV2967 4-28 HCV2810C 4-80 HCV2968 4-28 HCV28100 4-80 HCV2977 4-29 HCV2812C 4-81 HCV2978 4-29 HCV2812D 4-81 HCV2937 4-62 HCV2813C 4-81 HCV2938 4-63 HCV2813D 4-81 HCV2918 4-49 HCV2809C 4-79 HCV2928 4-48 HCV2809D 4-79 HCV2947 4-62 HCV2811C 4-80 HCV2948 4-62 HCV2811D 4-80 HCV327 4-64 HCV2814C 4-82 HCV329 4-63 HCV2814D 4-82 HCV331 4-64 HCV2815C 4-82 HCV333 4-64 HCV28150 4-82 HCV2914 4-52 AC3A 4-10 HCV2934 4-53 AC3B 4-10 HCV2954 4-53 AC3C 4-10 HCV2974 4-53: APT-102 4-91 HCV2808A 4-15 BPT-102 4-91 HCV28088 4-15 CPT-102 4-91 HCV2810A 4-16 DPT-102 4-91 HCV2810B 4-16 Pressurizer Heaters 4-90 HCV2812A 4-17 Cable Splices 4-47 HCV28128 4-17 Penetration Splices 4-47 HCV2813A' 4-17 RTV3145 4-47 HCV2813B 4-17 Terminal Blocks 4-47 HCV2809A 4-15 Terminal Boxes 4-47 HCV2809B 4-15 Electrical Cables 4-43, 4-44 4-45, 4-46 HCV2811A 16 Penetrations 4-47 HCV2811B .4-16 -FT-342 57-FT-343-4-57 18-3 R0 1/14/81

ENCLOSURE 19 POWER OPERATED RELIEF VALVES PORV BLOCK VALVES PRESSURIZER HEATERS The Power Operated Relief Valves and motor operated PORV Block Valves are to be used for long term cooling only, in the event the steam generators are not available and the reactor coolant system is above 700 psia. Under the conditions described above, the containment atmosphere will be much less severe. The pressure in containment would not go much above the 4.5 psig initiation pressure of the spray. The sprays would maintain a low pressure end temperature in containment. The block valves have been tested (see the work sheet) to parameters which exceed the expected containment conditions. Present information indicates the PORV solenoids use a Kapton insulation and are coated with a glyptol moisture barrier. The Kapton insulation is the same as used in the contain-ment ventilation fans. The District is continuing its investigation of these solenoids, see Enclosure 13. Flow indication will be provided by acoustic monitors which are being LOCA qualified as part of the Lessons Learned program. The pressurizer heaters are being used in conjunction with the steam gener-ators to maintain natural circulation. As in the PORV case, the environment is expected to be less severe and more likely to be normal. The heaters can only be used when inventory in the pressurizer can be maintained. The heaters have no moving parts and are presently designed to provide a heat gradient from the approximately 6000F pressurizer to the connection of the esble. With the protective boot, effects of spray and steam are remote. The District feels the PORVs, block valves, and pressurizer heaters should be adequated to shut down the unit, if needed. l L 19-1 R0-1/14/81

4 4 0 Cable Splice Evaluation In its November 1,1980 submittal regarding IE Bulletin 79-01B, the Dis-trict committed to providing beta radiation data for cable splices. Attached is the Wyle Laboratories Preliminary Assessment Report on Cable Splices Inside Containment For Fort Calhoun Station Unit No.1. The report provides a comprehensive preliminary summary of all harsh environmental parameters, including beta radiation effects. The report is considered preliminary for two primary reasons. The first is that several assumptions, as listed in the report, were required. It will be necessary to do some in containment verification of the assump-tions. The second is that a qualified life / radiation study is still be-ing conducted to determine overall qualification. The District feels the assumptions made are consistent with available documents and " common plant knowledge" during construction. Based on in-formation in the report, the District feels that continued safe operation is justified. A final report will be issued after verification and eval-uation has been completed during the fall 1981 outage. i f 20-1 R0 1/28/81

ANALYSIS REPORT 26333-02 REPORT No, w it c r: N 5, 4 FAC TY CONTRACT YOuR P. O. NO. OMAHA PUBLIC PCWER DISTRICT p p 1623 Harney Street Omaha, NE 68102 Attention: Mr. Robert F. Mehaffey o4Tg 29 January 1981 PRELIMINARY ASSESSMENT REPORT ON CABLE SPLICES goEESSlo INSIDE CONTAIMIENT Q~ % b G[ 9 FOR s% f i $ $ NO.1,586 ? $ FORT CALHOUN STATION, UNIT 1 NUCLEAR + EOF CA06 NUCLEAR ENGINEERING SERVICES DEPARTMENT STATE OFCALIFORN A 1 ccuNrY or nivrasloe I PROJECT ENGINEER A. M M. . beins duir i un. deposes and sats; t hat the ansormation contained an Ents report as the result of s coniowte and carefusir conducted tests and is to the best of has kaow' edge true B. Lim and costect in au respects, MANAGER 4 i uv E. Gerloff suescRioco.na .. eefore me this_ day of DEPARTMENT MGR. NItary l*vetic in anJ for the Co.nty of RiverseJe. State of California QUALITY CONTROL n, comm.n.on e,ues . i, W-8G7B

M MM REPORT NO 26333-02 sotNTiriC stavicts& sysitus caour 2 WtsiteN OPf aATIONS.NOaCO FACitITY PAGE NO TABLE OF CONTENTS Page 3' 1. PJRPOSE 2.

SUMMARY

3 3. EQUIPMENT DESCRIPTION 4 4. ASSUMPTIONS 6 5. ANALYSIS 7 6. CONCLUSION 11 i APPENDICES A. Applicable Documents 12 B. References 13 C. Contact Report 15 i .D. I4CA Profiles' 16 l E. Tables 17, 18, 19, 20 F. Cable Splice Detailed Description (Figure 1) 21 l l l. I

\\xNN f /f \\ ([# \\\\\\\\// ~ // + <> gj \\ IMAGE EVALUATION NNNN TEST TARGET (MT-3) I.0 58nBM . @ HE y 1 1.1 L'" llM A 1.25 1.4 il I.6 ll } / 4 6" i 4*//% +<b4 Itk [ 4hhk

6 5 $r4A &V 's* imie, ev tu 1,0~ TEST TARGET (MT-3) l.0 532 Ha g m gg m as ll f bb l.8 c 1.25 1.4 1.6 6., = difh'zzzfz'{

D(h i.

7 '

MMM REPORT NO. 26333-02 SCENTIFIC SERVICES & 5YSTEMS GROUP 3 PAGE NO WESTERN oPERADoNS.NoRCo FACluTY 1.0 PURPOSE The purpose of this report is to present the Preliminary Engineering Report regarding critical assessment of safety-related cable splices installed in a harsh environment for use in Fort Calhoun Station, Unit 1. This document is prepared by Wyle Laboratories for Omaha Public Power - District (OPPD), hereinafter referred to as the District for use in Fort Calhoun Station, Unit 1, under Technical Services Agreement No.

50843, 2.0

SUMMARY

Four different types of cable splices at the containment penetration for seven electrical cable sizes inside containment were evaluated. The evaluation reviewed the equipment's safety-related functions, component materials and rating, all environmental parameters including beta radiation effects, and desired qualified life. During the evalua-tion, extensive discussions took place with, personnel from Gibbs Hill, Franklin Research Institute, AMP, Penntube, Dow Corning, Common Wealth and the District. However, this report is considered preliminary for two primary reasons. The first is that several assumptions, as listed in the report, were required. It will be necessary to do some in-containment verification of the assumptions. The second is that a qualified life / radiation study is still being conducted to determine overall qualification. A final report will be issued after verification and evaluation include confirmation of these assumptions. WD 8 + 9 E

26333-02 MMM REPORT NO- $CIENilFIC $ERVICts & SYSTE/A5 GtouP WESTERN oPitAnoNS.NORCo fACluTY PACf NO 3.0 EQUIPMENT DESCRIPTION The subject equipment consists of four types of cable splices for seven (7) types of electrical cables with typical construction illu-strated below. For a detailed description of cable splices see Tables 1 and 2 in the Appendix with a more detailed description of one particular splice in Figure 1. . HEAT SHRINK TYPE SPLICE: R.T.V. (only LER splices) CCI:t*ECTORS CONDUCTOR gh_////../,s/, , s/ g-7(. ,/, 7 ,,,.q-----,,..,.,.,.,.... ...1 3 U L.Y.I:.*..:.. '.... ' ' '..'.. T '. s % _ 3 \\v/s-s//// /_g,y,_., 7,,3 )- e HEAT SHRINK TUBE, CABLE

2. layers (1 layer INSULATION for LER splices) 3.1 SAFETY-RELATED ~ ~1NCTIONS The safety classification of this equipment is Class lE.

The i subject equipment provides essential services in support of emergency reactor shutdown, containment isolation, reactor core cooling, and containment and reactor heat removal, or is other-wise necessary in providing support to prevent significant release of radioactive material into the environment. 9

26333-02 M MAEETg5 REPORT NO - satNrmcstRvicts a sysitecRoue 5 PAGE eso 1 WtsTERN oPtRAfloNs. NoRCo FACIUTY 3.1 (continued) The specific safety-related functions of the components are described in the following paragraphs: o Cable Splice: provides the electrical paths for safety-related electrical circuits. o Insulation: provides the necessary electrical isolations to eliminate unwanted electrical paths. o Heat Shrink Tubing: provides a moisture and chemical seal cov? ring the insulation of the cable and connectors. For certain splices, heat shrink tubing is also in.sulation. o RTV Rubber: provides a moisture and chemical barrier covering the heat shrink tubing of the cable splice. 3.2 SERVICE CONDITIONS Normal Operating Conditions o Temperature: 46 C (115 F) o Relative Humidity: 90 + 5% o Pressure: Atmospheric FSAR Accident Conditions o Temperature: Maximum 288 F (142 C)* o Pressurer Maximum 60 poig* o Humidity: 100% Relative humidity o Chemical Spray: Boric Acid Solution (1700 PPM Boron) o Radiation: 1.36 x 10 rads, gamma (total integrated dose of 40 years plus accident, plus margins)

see Figure 2 O

i 26333-02 REPORT NO M M%3S SCENTIFIC SERVICES 8, SYSTEMS GROUP 6 PAGE g WESTERN OPERAT1oNA MOJfo tACIUTY 4.0 ASSUMPTIONS Because of insufficient information in certain areas, it was necessary to make five (5) assumptions. It should be pointed out that in a telephone discussion with the contractors involved with cable splice design, construction, manufacture, and testing, personnel verbally c.onfirmed these as:.umptions even though the documentation was unavailable. Accordingly, these a.ssumptions need to be confirmed to ensure a credible analysis. However, it should be pointed out that confirming Assumptions 3 and 5 at this time appears to entail an in-site, in-containment inspection and verification process of the selected cable splices at Fort Calhoun. Assumptions are as follows: 1. Based on recent discussions with the Fort Calhoun Station, Unit 1, architect-engineer, Gibbs Hill, personnel, a similar-ity analysis had been performed. This analysis, although unavailable, demonstrated that selection of test specimens represented the limiting or worst case test splice for each category of cable splice used inside containment. of heat shrink tubing were applied per splice in the 2. Two layert April 1972 Franklin Tests, Reference 8. layers of heat shrink tubing are installed at Fort calhoun 3. Tw: Station, Unit 1. The February 1972 Franklin tests, Reference 7, utilized one layer 4. of heat shrink tubing of which test specimen W-41 failed. 5. The same construction procedures used to make the April 1972 test specimens were used to make the "E" series cable splices inside containment. e e

26333-02 M M PM M REPORT NO- $CIENilFIC $ERVICES & $YSTEMS GROUP 7 WESTERN oPERAfloN$.NotCO FACluTY PAGE NO 5.0 ANALYSIS The approach for the analysis considers the following issues: A. Adequacy of test condition B. Aging Analysis C. LOCA Analysis D. Beta Radiation Effects E. Failure Analysis on Test Data 5.1 ADEQUACY CF TEST CONDITICN The conditions of the test put in section of test exceeded the service conditions specified in Enclosure 1 of the Fort Calhouti sumbittal. 5.2 AGING ANALYSIS The aging analysis was made using non-metallic materials (Polymeric) considering time / temperature, humidity, and radiation of gamma. Normal temperature conditions coupled with time create an aging mechanism known as time / temperature effects. As noted in Reference 19, "The Exposure of polymers to the influence of environmental factors over a period of time generally leads to deterioration in physical properties." The time / temperature effects analysis was performed using Reference 20, Wyle Report, OPPD 26333-03. The non-metallic materials dre listed in Tables 2 and 4. l .I e

26333-02 REPORT NO-YET MC3Mh&LM SCatNilflC SERVICt3 & $Y5 TEM.5 CROUP O PAGE NO WESTERN OPERATIONS,No Co FACluTY 5.2.1 Time / Temperature Effects The calculation was performed using Reference 20. ^ I. D. NCN-METALLIC MATERIALS AGING TIME AGING TEMP. ~ 330 Polyolefin 100 hours @ 150 C 40 yearc @ 460C 323 319A Scotch Tape #70 i. Bishop Tape #3 100 hours @ 130 C 40 years Scotch Tape #88 @ 46 C Scotch Tape 970 RTV Dow Corning

314.4 319B Irrathane SP,T Tape 100 hours

@ 130 C 40 years Irrasi3, Tape 0 RTV Dow Corning @ 46 C f3145 323 32S Polyolefin 286 hours @ 120 C 40 years 0 @ 46 C 328 Neoprene 330 [ 331 I N/A R.T.V. 300 hours @ 150 C 40 years 0 @ 46 C Silicone Material Per Manufacturer f i e >9 i e-s,-,, ,w,, e

M R W MES REPORT NO. 26333-02 SCIENilFIC SERVICES & SYSTEMS GRoOP 9 WESTERN oPtRAfloNS, NoRCO FACluTY PAGE NO 5.2.2. Radiation Effects of Gamma To evaluate radiation effects, the threshold level for radiation induced damage was determined for each element of each component depending on the material of which it "s found to be constructed. In this study Table 4 identifies the mat-rial, the threshold level for radiation damage of the material and the reference for establish-ing the threshold level. A review of Table 4 indicates all materials are capable of radiation doses in excess of that specified. 5.2.3 Humidity Effects Relative humidity is not considered an aging mechanism for the subject equipment. For insulation systems, its effect is usually not the primary failure mechanism. As noted in Reference 25, with respect to motor insulations; "However, in most cases, moisture plays only a secondary role in the failure. It does not produce the damage in the insulation; the insulation wears away or cracks for other reasons. Moisture merely provides a direct electrical pathway between these matured devices and ground." Therefore, no humidity effect is considered in this report. 5.3 LOCA ANALYSIS 5.3.1 Time / Temperature Profile The test data, as shown in Table 3, was adequately qualified for Fort Calhoun Specifications. The results are shown in Table 4. 5.3.2 Chemical spray Items 1 and 2 in Table 2 are exempt from analysis. There is no significant effect due to chemical spray because these cable splices are located in an inside conduit and motor junction which has a shielding effect. Items 3 and 4 are only exposed to the containment atmosphere. Silicone materials are good resistance for strong acid and base per ~ Reference 26. Therefore, it is considered as no significant effect on Boric acid (1700 PPM Boron). s

)?fM M 'QfgG E REPORT NO-26333-02 $O(NnHC SEtvlC15 & 5YSTEMS CROUP ig WESTERN oPftAnoN.NORCo FACUTY PAGE W 5.4 BETA RADIATION EFFECTS Items 1 and 2 in 't= Ale 2 are exempted from Beta radiation because these cable spli.:es are located in an inside conduit and motor junction which has a shielding effect. Items 3 and 4 have no significant effect from Beta radiation because ~' of the R.T.V. covering. The entire splice was at least 1/8-inch thick (Reference 27). Since the R.T.V. is 1/8-inch thick, or 125 mils,theBetadoseisrpucedbyafactorof1000(Reference 28). The beta dose is then 2 x 10 rads. This shielded Beta radiation is less, or equal to ten percent of the cable splices qualified gamma dose, as specified in Table 3 8 (10 rads, ga m ). 5.5 FAILURE ANALYSIS CN TEST DATA The failure analysis was made on the W-59 cable splice by Franklin Laboratories, as specified in Reference 8. The results indicate that it was improperly installed (i.e., the drain wire to the penetration conductor was not covered by any insulation and there was a puncture about 1/16-inch long in the insulation through which the bare No. 16 conductor was visible). Therefore, it is considered that this cable splice was improperly installed and not considered for material failure. 5.6 TEST SPECIPJNS Considering.ndustry experience regarding cable splice qualification of Assumptior 1, it is judged that testing a multi-conductor splice appears to be a more severe condition than testing a single conductor or lesser number of conductors. Y e .:t

2s333-o2 M I.AEChuuzsts neront so_ SCIENilFK.$fRVICES & SYSTEMS CROUP 11 WESTERN OPERATIONS, NoRCO FACIUTY PME W 6.0 CCNCLUSION The following conclusion was based on the assumption that these cable splices were properly applied. 1. Items proposed to confirm applicable assumptions of Section 4.0: ~ Inspection and statistical sample of splices takes a. care of assumptions 2, 3, 4 and 5. (or have docu-mentation regarding location and type of splice.) b. If a and b above do not fully succeed to show two layers, and that W-41 failure may be common mode, then use R.T.V. in the test program on cable splices. 2. Esat shrink tube appears to be a configuration dependent, i.e., shrunk over multi-conductor rather than just cable size dependent. 3. No signifis: ant effect on Beta radiation for cable splices because of R.T.V. as shielding effect. 4. Thermal aging and LOCA effects on cable splices were adequately qualified based on materials data as shown in Table 4. 5. Use of R.T.V. appears to be good engineering judgment. 6. W-10 cable splices appear to need further investigation necessary for the qualification because of insufficient I data. (See LER 80-007) 7. Further information provided by the District indicates insignificant Beta radiation effects on penetration splices. l [ L W we

M MMM REPORT NO-26333-02 LCIENTIFIC SERVICES & SYSTEMS GROUP 12 PAG & M3 WE3 FERN OPERATIONS,NoRCo FAClu1Y APPENDIX A APPLICABLE DOCUMENTS o IE Bulletin No. 79-OlB, " Environmental Qualification of Class lE Equipment," January 14, 1980. DOR Guidelines for Evaluating Qualification of Class lE o Electrical Equipment in Operating Reactors, November 13, 1979. NUREG-0588, " Staff Position on Environmental Qualification of o Safety-Related Electrical Eculpment," December,1979. Commission Memorandum and Order No. CLI-8021, May 23, 1980. o Nuclear Regulatory Commission's letter to Omaha Public Power o District, " Environmental Qualification of Electrical Equip-ment," Docket No. 50.85, August 29, 1980. e 4 w

26333-02 M MMM REPORT NO-sotNilFIC $EtVirts & SYSTEMS group PAGE NO WE31ERN oP(Lo -QNS, No8Co FACIUTY APPENDIX B REFERENCES l. Class lE Qualification of Raychem Splices for Marble Hill Nuclear Generating Station, Units 1 and 2, The Rockbestos Company, New Haven, Conn. 06504, April 14, 1978. 2. IEEE' Transactions on Power Apparitus Systems, Volume PAS-88, No. 5, May, 1969. 3.

Bowmen, R.E., "How Radiation Affects Engineering Mat 0 rials,"

M/DE, No. 173, 7/60, page 131. 4. Bonzon, Lloyd L., "An Experimental Investigation of Syner-gisms in Class 1 Components Subjected to LOCA Type Tests," NUREG/CR-0275, SAND 78-0067 R2, August, 1978. 5. G. E. Wire and Cords - Life Dat.. 6. Wyle NEQ Report 17438-18, September 24, 1980. 7. Franklin Labs Report F-C3279, February,1972. 8. Franklin Labs Report F-C3348, April, 1972. 9. Wyle Test Report 58442-1, May 15, 1980. 10. Wyle NEQ Rept e 17435-9, September 5, 1980. 11. Dow Corning Letter, September 23, 1980. 12. Dow Corning Letter, July 9,1980. 13. Dow Corning Letter, March 24, 1980. 14. Dall, Frederic C., " Evaluating the Radiation Resistance of Silicone Rubber for Wire and Cable Application," 10th Electrical Insulation Conference, September 20-23, 1971, for Dow Corning Corporation, Midland, Michigan. RbIC Report No. 21, September,1961. 15. 16. Wyle Aging Library, No. 27.'-80. 17. REIC Report No. 46, June 16, 1969. 18. - Enclosures 8 and 9 of Report on IE Bulletin 79-01B submittal by CPPD, dated April 17, 1980. e 1

1 26333-02 (M MEM REPORT NO-SCIENTIFIC SERVICES & 3YSTEMS group 14 WESTERN OPERATIONS, NORCo FACluTY ' NO REFERENCES (Continued) 19. Leo Reich, et. al., Elements of Polymer Decradation, McGraw-Hill Book Company,. New Ycrk, 1977. 20. Wyle Report, OPPD 26333-03. Scotch Tape Product Data, 3M Company, 22. OPPD, LER 80-007, dated April 30, 1980. 23. Fort Calhoun Station Unit, File No. ll405-E-150,151, Cable and Conduit Schedule, Fort Calhoun. 24. Fort Calhoun File No. FC-765-2617, dated May 18, 1972, " Insulation of "E" Cable Connection," Drawing No. XA-545-E462. 25. Rejda, L.J., and Neville, Kris, Industrial Motor, Users Hand-book of Insulation for Rewinds, Elsevier,1977, Wyle Library Code 255-80. 26. Elastomeric Materials, The International Plastic Selector, Inc., 1977. 27. Fort Calhoun File No. FC-643-80, dated June 6, 1980. 28. Wyle Report, OPPD 26333-01. 29. Kircher, John et. al., Effects of Radiation on Materials and Components, 1964, Wyle Library e O - +.

26333-02 l bM EQMUnd REPORT NO-SCIENTIFIC steVICis 8. SYSTEMS GeOUP y$ WESTEaw CPleATIONs. NORCO FACILITY PAGI NO UPENDIX C CONTACT REPORT Contact Report By: B. Lim.d Telephone Z Visit [ Date of

Contact:

10/8/80 through 10/16/80 J/M 26333 - OPPD ACTION REMARKS 1. Brian Mahoney-Amp Special Insulation 1. Requested documentation of cable splices 215/647-1000 x306 for OPPD. Brian stated he has cable splice procedure but, does not have any record for CPPO. 2. Ira Clemont-Pentube 2. Inquired about data on OPPD cable splices. 215/622-2300 Mr. Clemont stated that he did not have any record for OPPD and never sold for Nuclear Power Plant application. 3. Larry O'Brient-Gibbs Hill 212/760-4000 3. Inquired about infen:ation on OPPD cable splices. Mr. O'Brient stated that he did not have any documentatien for OPPD cable splices. 4. Joe Braun, Technical Specialist 4. Inquired about testing data en RTV 3145. Dow Corning Corp. Joe stated that the test data is available 517/496-4824 under ljt Report E-40195 A & B. This test was performed per ASTM 0-1830. The aging time is 18 months at 240 C to 300 C. The failure times were 15.120 hrs. 0 240 C, 8904 hrs. 9 260 C 900 hrs. 9 220 C, aC0 hrs. 9 300 C. Joe will send a detailed report on test data and test sample prer. ration pro-cedure. B. Lim has calculatt a activation energy of RTV based on the auove information. 5. Dave Paulson-The Franklin Institute 5. Response on some of t'he questiens pcsed by Research Labs.-215/448-1582 Wyle during the telephone conversatico 10/10/80. Dave stated Franklin did net pre-pare a test spectrent and did not have any addendum on F-C3348 report. Oave suggested Wyle contact Coronwealth Electric Co. (GeorgeBawl-402/426-4621) regarding cable splice problem. E. Gerloff/B. Lim to contact',..

~

Connonwealth Electric Company.

.g.f.

o 6. T.C. Ball-Commonwealth Electric Co. 6. Inoutred about cable spilce infomation on RN.. 402/474-1341 OPPD. Mr. Ball stated he believes that OPPD ' cable splices were installed according to the manufacturer 's procedure and doesn't have any information. He recalled that he was asked the sar.e question by OPPD. B. Lim to contact Amp to inquire about procedure.- (See Remark No. 1) r lly-Gibbs Hill 7. Inquired about some information on GPPD 7. J. P e 412,: s-3130 cable splice procedure. Mr. Kelly stated that OPPD should have procedure en cable splices and test samples on Franklin Report. I explained that we do not have any dccument for supporting a similarity between installed one and test specimen. Mr. Kelly will con-tact Mr. Marvin Blair, Gibbs Hill to see about any documentatica available. - P00RBR8NAL A

M NMS REPORT NO 26333-02 - SCl!NTIFIC $ERVICIS & SYSTEMS CROUP 16 WESTERN OPERATIONS, NORCO FAC1UTY PAGE M3 APPENDIX D ...g ....6 3 i 2 I s CtNTAATa7 PAE150Rg } }*e4 f',,,, f%*.,,* 50 ; e2 ~ F %'%g EC p gJ s 5 f CfWTam!NT Afu35PHist g a y g : p g TtuPtAAri#t vp g3 8 b

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i 26333-02 i M MEYO REPORT NO. SCitNTif tC SERVICES & SYSTC3 GRLUP WESTERN OPERATIONS, NoRCo FACIOTY PAGE m 17 APPENDIX E TABLE 1 CABLE DESCRIPTION + I. D. CABLE N NO. NO. TYPE 319 W-10 1/C 300 Containment Vent Fan Motors MCM 323 W-17 1/C #6 Pressurizer Heaters. _, 325 W-21 3/C #10 480 V, 3 g Power for Motor Operated Valves (MOV) 328 W-38 3/C #12 120 V, 1 9 Control for MOV and 120 VDC on PC1849 330 W-40 4/C #12 120 VLJC Control to Solenoids and T.imi t Switches l 331 W-41 7/C #12 120 V, 1 # Control for MOV and HCV 1107A and HCV 1108A 323-W-57 2/C #14 Drain Wire Using all TS Pair " Instruments

333 2 SM TGUME23 REPORT NO- $Cl(NilfIC 31RV1CE5 & SYSTEM 5 GROUP 18 WE$1ERN OPitATIONS. NORCO FACluTY PACE NO t 3 .s TkDLE 2 i SAMP12 IDENTIFICATICat t t f".$3# " T PACE I. D. (CAntz SPLICES) CA8:2 (CAnLE SPLICC. (CA3LE SPLICES) y'I , 30. NO. NCW-r2TALLIC VATERIA13 I:0. TYPE DESCA!PTION MAM;TAci27.R 330 Polyolefin w-40 4/C 012 Cable Splices at M:P G A=arica *. NO

6-50 soledd Vahes mm (E x.se 323 w-57 2/C 314

& Transmitter LEss-5*,,g, Imade 006) i 319A

1. scotch Tape 870 w-10 1/C 3C0 Cable splices at 23 Company NO **

6-51

2. Bishop Tape 83 MCM 480 V-Cont. Van (Enc.49)

3. scotch Tape sas rans (VA-3A. 33, S.RIV Dow Corning 03144 7C.,70)

4. scotch Tape 870 2

319s 1.Irrathane 577 Tape w-10 1/C 200 Cable splices at General YEs 6-52 2.Irrasil Tape MCM Contair.aent Ven Electric (LER 83 3.irIV Dow Corning 83145 ran. retor Lead 007) Splices at the '~ ~ Electrical ~~ = Penetration 323 Polyotefin W-171/C 96 Cable splices at Any a YEs 6-49 325 Neoprene w-21 3/C 810 Electrical Pete-Penntube (Enc.98 328 w-34 2/C 012 trations valcore 2A-545E 330 W-40 4/C 012 solenoids and -462) 331 w-41 7/C 312 Limit switch 8 323 W-57 2/C 014 .~.Ts Peir l

Inside conduit
- Inside r.otor Jation som
  - - Deference 23 i

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I l %M MMMM REPORT NO_ 2633'-02 SCIENilflC SERVICES & SYSTEMS CROUP 3~9 W.51ERN OPERATIONS, NORCO FACILITY PAGE NO TAst.E 3

SUMMARY

OF TEST DATA "WFP.V L AGI'4G GAMMA LCX A EST CO;;DITICN p g A A MATERIAL tc. nPE A-REF. f*C) (HPS) (RADS) PSIG

ICN SPMY 8

I 'yolefin N/A 1/C 012 150C 850 Hrs. 2 x 10 340P 30 3000 PPM Certified Polyolefin as 1 302F 104 days Boron cable splices will PH: 11 function at least 4g 24 Krs. years at 90C & 2x10 rads + ICCA. Silicone N/A 2/C 516 272C 500 Hrs. 1 x 10 298F 7 No Cata Cables performed 4,5 No days satisfactorily. Data Jilicone N/A 14/C 200C 168 Hrs. 1 x 10 27/>F 7.5 No Cata Cables performed 4 616 days satisfactorily. 8 Silicone N/A 7/C 612 150C 168 Hrs. 1 x 10 346F 30 No Cata Cables performed 4 2/C #16 days satisfactorily. s

Silicone, N/A 7/C 812 2 x,lo 295r 7.5 No Data Cables performed 4

Crosslinked 5/C #12 days satisfactorily. Polyethylene,

Neoprene, Asbestos Crosslinked N/A 7/C #12 66C 6 Hrs.

x 10 340r 14 No Data Cables performed 4 blyethlene, 2/C 416 (@ 10h R.H.) (2h) Mrs. satisfactorily.

Neoprene, Silicone Crosslinked N/A 1/C 410 105C 166 Mrs.

5 x 1. " 340F 16 No Data Some of the cables 4 Polyethlene, 3/C 010 F100% R.H. for days performed satisfactorily.

Neoprene, 6 Hrs,)

Silicone, Asbestos C: r,slinked N/A 2/C #16 121C 7 days ~

No Data No No No Data 6 Polyethlene, T.S. 158C 7 days Data Data Neoprene Polyolefin w-21 3/C D10 lb No No Data 286F 3 1% Bor..: w-42, w-63 Failed 7 and Neoprene w-42 12/C 412 Data Data Krs. Acid W-59 Failed Only 8 w-59 3/C 414 PH: 9,5 w-63 3 Pair te 8 Polyolefin N/A 1/C M2 150C 1500 nrs. 2.9 x 10 185F 30 6200 PPM The splico system 9 and Neoprene days Boron performed satisfactorily. (assumed) C. E. RTV N/A N/A 260C 300 Hrs. 2 x 10 N/A N/A N/A 10 7 Dow Cornir3 N/A N/A 240-18 Mos. 2.5 x 10 N/A N/A N/A 10,11, RW 300 12,13, 14 - ~

neront no 2s333-o2 tWEE tlc UTATUJIIS SCIENTIFIC SERVICI5 & 5YSTEMS GROUP PAGE NO WCit RN OPERAllONS. NORCO FACILITY ...-..---.----.J---..--------- TABLE.4_ f putTERIAL ANALYS!$ MATRIX TEST CONDITION E:.YE*J7ED M CPPD

f. D, CABLE HQtG-METALLIC ACTIVATIQ:t THRESHCID FC3 STRVICE CC'.t!TICM gg MCA gg).

No. TYPE PETEa!ALS ENERGY (eV) 3ADIATIOrt ggg - m.) ~m.wa= 33o u-40 4/Cs12 Polyolefin 1.4 ev $E 10 yes yes yes yes 323 W-57 2/cs14 (met.23 (sef.17) T3 Pai: Y** I*' 319A u-10 1/C 300 Silicone 1.73 eV 3.6 a 10 yes yes yes yes (aef.5) .(set. 29) ycx 1 3198 W-10 1/C 300 silicone 1.73 ev ,3.6 a 10 yes yee yes yes yes-(sof".53 (Ref. 29) s 323 W-17 1/Cs6 Polyolefia 1.4 ev 5 m lo y,, y,, y,, y,, (met.23 (Ref.17) 325 w-21 3/Cs13 1.04 eV 106 (p g, 328 W-38 2/C#12 ' Neoprene 333 W-40 4/Cs14 (aef.5) 17) 331 w-41 7/cs12 323 u-57 2/Ct14 yee up 7 sg y/A w/A a.T.V. .79 ev 2.5 a 10 yea, yes yes yes (aef.16) (se f. 13) e g 9 y 1. l e / 1 l e t i / ( e." i [ 4 I ~ g. 4 g g [ g,. g b ..P00R OR 1Ril ~ ~

ELECTRICAL PENETRATION CANISTER WADS OF IRRATi!ENE $PT TAPE 4 STEEL JACKET LAYERS OF IRRATitEt3E SPT TAPE POLYSULFONE INSULATION ~ 3" IRRASJLL SILICONE RUBBER TAPE s 't

ZTP3.NDED CONDUCTOR

, f s.' :' ' f \\ % ws-Lulu u 3\\ j ~- ^ J ,F a- ~<1 n n u jiM N f ~ -, r.-n. 2" - ~--li"-61" " +- 1" ') I IIEX NUT ?O' flECTOR NEOPRENE JACKET OVER XLPE INSULATION g O CABLE PEtJETRATION COtIDUCTOR F C"3 j 3 x n R.T.v. C"3 yIcURE i g-p a INSULATION OF "E" CABLE CONNECTIONS g Ci"3 y { (Reference 24) Y h N r-f 9 D

r DISTRIBUTION RESPONSES TO = i BULLETIN 79-01 B - _m-IE FIL'IS 1 COPY n-2 NRR (PHIL DIBENNIDETTO)

1. COPY El 7RC ( C. TANZIO) 1 COPY Z

] CENTRAL FILES 1 COPY r s f; LPDR 1-COPY ACCESSIONS NSIC 1 COPY ~ TIC 1 COPY g

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SUMMARY

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SUMMARY

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