ML20050C971

Qualification Test Rept on Eight Cable Splice Assemblies to Be Used at Browns Ferry Unit 3, Vol 1 of 1

ML20050C971
Person / Time
Site:	Browns Ferry, Sequoyah
Issue date:	04/12/1978
From:	WYLE LABORATORIES
To:
Shared Package
ML20050C841	List: ML20050C840 ML20050C856 ML20050C859 ML20050C862 ML20050C863 ML20050C873 ML20050C881 ML20050C884 ML20050C891 ML20050C896 ML20050C927 ML20050C958 ML20050C961 ML20050C962 ML20050C963 ML20050C964 ML20050C965 ML20050C971 ML20050C975 ML20050C982 ML20050C988 ML20050C999 ML20050D000 ML20050D003 ML20050D008 ML20050D009 ML20050D011 ML20050D013
References
RTR-NUREG-0588, RTR-NUREG-588 43854-3, 43854-3-VO1, IEB-79-01B, IEB-79-1B, NUDOCS 8204090459
Download: ML20050C971 (176)

Text

-

T QUALIFICATION TEST REPORT ON EIGHT CASLE SPLICE ASSEMBLIES I

TO BE USED AT BROWNS FERRY NUC;. EAR POWER PLANT

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UNIT 3 VOLUtiE I 0F I i

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FOR TENNESSEE VALLEY AUTHORITY DIVISION OF POWER PRODUCTION 804 EDNEY BUILDING CHATTANOOGA, TENNESSEE 37401 l

l 8204090439 820407 i

PDR ADOCK 05000327 l

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.PDR,........... liability for damages of any kind to person or property, including special or consecuential damages, resulting from Wyle's providing the services covered by this repert.

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PAGE NO.

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WYLE NN SCIENTIFIC SERVICES AND SYSTEMS GROUP REPORT NO.

43854-3 4.0

SUMMARY

(CONTINUED)

This final t2st report contains the following Sections. The Qualification Program was performed in the sequence indicated by the Section numbers.

Section i Baseline Functional Tests Section ll Nuclear Radiation Section lil Post Radiation Functional TestsSection IV Temperature Aging Test Section V Post Temperature Aging Functional TestsSection VI Accident Test Section Vil Post Accident Functional Tests Section Vill Dimensional TestsSection IX Post Test inspection

5.0 REFERENCES

5.1 Contract Number 77,P8'-147972, Qualification Testing, Browns Ferry

['

Nuclear Power Plant, Tennessee Valley Authority.

5.2 Tennessee Valley Authority Test Procedure for Proposed Browns Ferry Cable Splices.

l 6.0 TEST ITEM AND TEST EQUIPMENT DESCRIPTION l

6.1 Test item Descriotion l

Four (4) each of two (2) different types of Cable Splice Assemblies were l

tested during this test program.

Both types were fabricated by TVA l

personnel and are to be used inside containment at Browns Ferry Nuclear i

Generating Station, Unit 3 l

~

The two types of Cable Splice Assemblies are described as follows:

1 The 480 VAC Cable Splice Assembly consists of four (4) single cables of No. 10 CPJ wire, spliced to four (4) single cables of No.12 Vulkene insulated wire, spliced to four (4) single cables of No. 10 CPJ wire.

Five (5) of these assemolies were fabricated.

Only four (4) were testec.

One (I) Assembly was a spare.

l The 250 VDC Cable Splice Assembly consists of a seven (7)-cor.duc to r I

cable, wire size No. 10, with CPJJ insulation, spliced to seven (7) single conductor cable, wire size No. 10, with CPJJ insulation.

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GCIENDFic sERvlCEs AND SYSTEMS GROUP REPORT No.

43854-3 6.0 TEST ITEM AND TEST EOUIPMENT DESCRIPTION (CONTINUED) 6.1 Test item Description (Continued)

Five (5) of these Assemblies were fabricated. Only four (4) were tested.

One Assembly was a spare.

The test splices were butt splices covered with Raychem Heat Shrinkable Sleeving.

All test items were fabricated under field conditions by TVA personnel at Browns Ferry Nuclear Power Plant and delivered to Wyle Laboratories for test.

The test splices in each Cable Assembly were wired by Vyle so when loaded all splices were in series. TVA provided the lead wires for each test item assembly to which Wyle connected a load and power supply.

6.2 Test Ecularent Description Test equipmint, from sensor to final readout device, was selected to provide the accuracles specified below:

Chamber Temperature j; 5'F Chamber Pressure 2; 5 psig Voltage j; 3%

Current j; 3%

Test equipment used for these tests is shown on Instrumentation Equip-ment Sheets located in the appendices to the appropriate sections of this report, f

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I~I PAGE NO.

sclENTIFIC SERVICES AND SYSTEMS GROUP REPORT NO.

43854-3 i

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SECTION I BASELINE FUNCTIONAL TESTS F

1.0 REQUIREMENTS The insulation resistance of each test item shall be determined.

Value of resistance will be determined as outlined below.

I Visually inspect each test item to insure that no damage has occurred during assembly.

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Verify the integrity of each test specimen by measuring insulation resistance at 2 K VDC while the specimen is immersed in water. Measure-ments shall be taken to determine the amount of leakage current during the insulation resistance test.

2.0 PROCEDURES Each Cable Splice Assembly was subjected to an insulation leakage current test. The value of leakage current was determined between each cable splice circuit and ground. The insulation leakage current test was conducted with the test specimens immersed in water.

r-3.0 RESULTS The Baseline Functional Test was performed on ten (10) Cable Splice Assemblies, numbered 1 A and IB through SA and 58.

Cable Splice l

Assemblies 2A and 28 were spares and were subjected to no furtner l

testing.

The Baseline Functional Tests were performed by TVA personnel at Browns Ferry Nuclear Power Plant.

Data sheets showing the results of these tests are located in Appendix 1 of this Section.

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i SCIENTIFIC SERVICES AND SYSTEMS GROUP REPORT NO.

43854-3 pasan t-I t

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SCIENTIFIC SERVICES AND SYSTEMS GROUP REPORT NO.

418th-1

,y SECTION 11 NUCLEAR RADIATION 1.0 REQUIREMENTS

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Two each of two types of Cable Splice Assemblies will be exposed to be1x10gdradiationdoseof6.9x107 rads.

a specifi The dose rate shall rods per hour maximum.

2.0 PROCEDURES Two 250 VOC and two 480 VAC Cable Splice Assemblies were irradiated in a hot cell at Georgia institute of Technology, Atlanta, Georgia, with a Cobalt 60 source. The irradiation period was 88 hours0.00102 days <br />0.0244 hours <br />1.455026e-4 weeks <br />3.3484e-5 months <br />. The dose rate was 7.85 x 105 rads per hour. The total integrated dose was 6.9 x 107 rods.

3.0 RESULTS The four test items were subjected to the radiation levels specified above. The Cable Splice Assemblies were visually inspected at the completion of the radiation testing and no degradation was noted.

The certification letter for radiation, temperature, and instrumentation used to measure the test parameters is shown in Appendix I of this Section.

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II"2 PAGE NO.

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SCIENTIFIC 5ERVICES AND SYSTEMS GROUP REPORT NO.

43854-3 APPENDIX l CERTIFICATION LETTER s.

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Pcga 11-3 Raport 43854-3 1

GEORGI A INSTITUTE OF TECHNOLOGY ATLANTA, GEORGI A 3o33a FRANNp* NEELY NUCLEam mESEARCH CENTER March 13, 1978 Don Hatmaker Wyle Laboratories 7800 Governors Drive West Huntsville, Alabama 35802

Dear Mr. Hatmaker:

Pursuant to your instructions a set of TVA cable splice assemblies were irradiated in our hot cell facility with Cobalt 60.

.i We certify the specific parameters of the irradiation to be:

k Duration:

88 hours0.00102 days <br />0.0244 hours <br />1.455026e-4 weeks <br />3.3484e-5 months <br />, 3-9-78 to 3-13-78 Rate:

7.85 X 10 rads / hour 7

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Total Dose:

6.9 X 10 rads Dosimetry:

Thermoluminescent dosimeters of lithium borate (Harshaw TL800) calibrated with a Farmer dosimeter model 2502/3.

If you should need any further assistance on this irradiation, please contact me.

GEORGIA INSTITUTE OF TECHNOLOGY C

L. - -

John Sledge JS/dml a

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PAGE NO.

IIl-I SCIENDFK: sER\\HCES ANDSYSTEMs GROUP REPORT NO.

43854-3 I~

SECTION lil POST RADI ATION FUNCTIONAL TEST 1.0 REOUIREMENTS Af ter Irradiation, all Cable. Splice Assemblies will be wired so that all splices are in series.

(See Notice of Anomaly No. 3, Appendix 1, this Section, and Figures 1 and 2, Appendix II, this Section.)

Each item will be subjected to insulation resistance, voltage, and load tests.

The insulation resistance will be measured using a meg-ohmmeter.

Values of resistance shall be recorded.

Each test item shall carry its required load at no more than a 10 percent reduction in operating voltage.

-/

t 2.0 PROCEDURES

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The Cable Splice Assemblies were wired as per Figures I and 2, Appendix fl, this Section.

insulation resistance was measured on the assembled cable splices using a megohmmeter at 500 VDC.

determined as outlined below:

The values of resistance were from wlre to wire from wire to ground Each test item was powered with duce the maximum operat'ng current.its operating voltage and loaded to pro-The resistance value of the load required to produce the maximum operating current at cperating voltage was measured and recorded for each test f-item. These values determined the loading criteria for each test item for the remainder of the test r' program.

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3.0 RESULTS 1

The test items were subjected to the tests specified in Paragraph 2.0.

The test items complied with the test requirements.

The test results are shown in data sheets located in Appendix ill.

All test items complied with the Post Radiation Functional Test requirements.

Equipment used for these tests Sheets located in Appendix IV. is shown o, ins trumentation Equipment 1

see PAGE NO.

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SCIENTIFIC SERVICES AND SYSTEMS GROUP REPORT NO.

43854-3 m

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APPENDlX l NOTlCE OF ANOMALY f*

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1 NOTICE OF ANOMALY 43854 PAGE NO.

IIl-1 NOTICE NO.

3 P. O. NUMBER:

WYLE JOB NO.

CONTRACT NUMBER:

REPORT NO. L18CL-1 CATEGORY:

O SPECIMEN 5 PROCEDURE D TEST EQUIPMENT DATE:

TO:

Tennessee Valley Authority ATTN:

Wayne Saunders Cable Splices PART NO. 480 VAC Spilce Assembly PART NAME:

TEST:

Insulation Resistance E Functional I. D. NO.

IB. 2B. 3B. 48. and SB SPECIFICATION: Figure 1 PARA. NO. 4.2.1 NOTIFICATION MADE TO:

W. Saunders DATE: 1/17/78 C. Zeamer Verbal NOTIFICATION MADE BY:

VIA:

REQUIREMENTS:

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4.2.1 Measure Insulation resistance of the test specimens. at 500 VOC. Values of resistance will be determined from wire to wire from wire to ground DESCRIPTION OF ANOMALY:

Paragraph 4.2.1 should read as follows:

4.2.1 Splice 480 VAC Cable Assembly as per revised Figure 1.

Measure insulation resistance of the test specimens at 500 VOC. Values of resistance will be determined f rom wi re to wire from wire to ground DISPOSITION - COMMENTS - RECOMMENDATIONS:

This change was deemed necessary to accurately test the integrity of each splice in the 480 VAC Cable Assemblies.

I CISTRIBuTION:

orenst Dept.

TEST WITNESS ENGINEER

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SCIENTIFIC SERVICES AND SYSTEMS GROUP REPORT No.

43854-3 APPENDIX li FIGURES 3

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SCIENTIFIC SERVICES AND SYSTEMS GROUP REPORT NO.

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I APPENDIX lil DATA SHEETS 1

DATA SHEET "g',.li854-3 i

TVA Customer WYLE LABORATORIES Specimen Cable Solices Part No.

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Jcb No.

418 4 Spec.

Photo Report No.

Para.

Test Med.

Start Cate 3'16-7E S/N 4 A,48. 5A. 5B Specimen Temp.

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Witness Date:

NO A Wntten S neet NO.

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W H-614 A

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DATA SHEET

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Customer TVA WYLE LABORATORIES Cable Splices Specimen Part No.

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S/N Specimen Temp.

GSI Test Title LDAD ANDYOLTAGE TE.ST ;- INITl AL LOADS INITIAL - RESISTANCE 1A 31A IB MB i~

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,TVA Customer WYLE LABORATORIES Specimen Cable Spilces 43854 Part No.

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i IIl-12 PAGE NO.

E SCIENTIFIC SERVICES AND $YSTEMS GROUP REPORT NO.

43854-3 i

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APPENDIX IV i

INSTRUMENTATION EQUIPMENT SHEETS I.

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INSTRUMENTATION EQUIPMENT SHEET INSTRUMENTATION DATE IhlrCd,_1_178 JOB NO.. _Y3b TEST AREA 5kCC_kDX)iC_(0.h TECHNICIAN MObChi'dQ!CmCLG CUSTOMER __T. V. A.

Tyre TESTfunctionctl _Flectric<tl_

Model Serial Wyle or Calibration No.

Instrument Manufacturer No.

No.

Gov't No.

Range Accuracy On Due 162.t A t 0 1

D161IAL_f30LIlliLIER. }{E_METT-PAO %B.D. 2365L 3Am

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INSTRUMENTATION EQUIPMENT SHEET Test Area E.lCCfron;C LO b.

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Date Elech-ica.l-behonn.l Technician Robeer Colernctn

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Type Test Model Serial Wyle or Calitwation N o.

Instrument Manufactirer No.

No.

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Range Accuracy On Due

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I PAGE NO.

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SCIENTIFIC SERVICES AND SYSTEMS GROUP REPORT NO.

43854-3 I

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SECTION IV TEMPERATURE AGING TEST l.0 REQUIREMENTS Two each of the two types of Cable Splice Assemblies will be subjected to a simulated aging test. The aging time and conditions are shown below.

Aging Temperature Aging Time Agina Atmosphere 250 + 2*F 168 hours0.00194 days <br />0.0467 hours <br />2.777778e-4 weeks <br />6.3924e-5 months <br /> Air

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+ 0.1 hours1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> The humidity during aging will be uncontrolled.

2.0 PROCEDURES Each test item was placed in a temperature chamber in a manner to avoid overheating from radiant effects from the chamber heating elements.

The air inside the chamber was distributed uniformly throughout the chamber at an average velocity of 250 feet per minute.

The test items were aged in air at 250 + 2*F for a time period of 168 hours0.00194 days <br />0.0467 hours <br />2.777778e-4 weeks <br />6.3924e-5 months <br />.

3.0 RESULTS The test items were subjected to the Temperature Aging Test as specified above. The test items were visually inspected and no degradation l

was noted except that each of the test item's wiring hac become slightly brittle.

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Photographs of the Aging Test setup and test items are shown in Appendix I l

of this Section.

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IY"2 PAGE NO' WYLE N 43854-3

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SCIENTIFIC SERVICES AND SYSTEMS GROUP REPORT NO.

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- n PHOTOGRAPH #1 CABLE SPLICE ASSEMBLlES AS INSTALLED IN TEMPERATURE AGING CHAMBER

PAGE NO.

V-I SCIENTIFIC sERvlCEs ANo SYSTEMS GROUP REPORT NO.

43854-3 SECTION V POST TEMPERATURE AGING FUNCTIONAL TEST i

1.0 REQUIREMENTS Af ter the Cable Splice Assemblies have been temperature aged, each item will be subjected to an insulation resistance, voltage, j

and load test. The insulation resistance will be measured using a megohmmeter. Values of resistance shall be recorded.

Each test item shall carry its required load at no more than a 10 percent reduction in operating voltage.

2.0 PROCEDURES Insulation resistance was measured on the assembled cable splices using a megohmmeter at 500 VOC. The values of resistance were determined as outlined below:

from wire to wire from wire to ground Each test item was powered with its operating voltage and loaded to procuce l

the operating current. The resistance value of the load was the same as t

required to produce the maximum operating current at operating voltage during the Post Radiation Functional Test.

l 3.0 RESULTS The test items were subjected to the tests specified in Paragraph 2.0.

Tne test items complied with the test requirements. The test results are shown in data sheets located in Appendix II.

All test items passed the Post Temperature Aging Functional Tests.

Photographs pertinent to the Post Temperature Aging Functional Tests are located in Appendix 1.

Equipment used for these tests is shown on an Instrumentation Equipment Sheet located in Appendix 111.

V-2 PAGE NO.

SCIENTIFIC SERVICES AND SYSTEMS GROUP REPORT NO.

43854-3 APPENDIX !

PHOTOGRAPHS l

a

Page V-3 Report 43854-3

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PHOTOGRAPH #2 CABLE SPLICE ASSEMBLIES SA AND SB AFTER TEMPERATUS-E AGING

PAGE No.

V~5 SCIENTIFIC SERVICES AND SYSTEMS GROUP REPORT NO. 43854-3 1

APPENDIX ll DATA SHEETS r

i e.

I s

l l

l l

Page V-6 DATA SHEET Report u856-3 Castomer TVA WYLE LAEORATORIES Scecimen Cable Sp1 Ices NN Part No.

Amb. Temp.

Job No.

Spec.

Photo Report No.

Para.

Test Med.

Start care 0 - 2 7 - 7 8' s, N 4A-46 -3 A - 5 f%

Specimen Temp.

GSI After excasore, i n ternoemh)re. cha.mfaer..

Test Title I

i r

I LOADS t

INITIAL - RESISTANCE 3A.

LA CA 18 49 CR l

i voitage 250.0 250.0 250.0 480.0 480.0 480.0 l

l Current 1.000 1.000 1.000 1.000 1.000 1.000 i

Load Resistance 25 0 2.50

+SI

+82.

l'

(

l i

I I

POST - VOLTAGE voleace 250 250 4 70 430 l

I I

i Current 1.000 1.000 1.000 1.000 1.000 1.000 l

i Lead Resistance 23 0 250 431

+ S 2-.

i l

l l

i l

i 4

l

(

l l

l 1

R.Gw cate: 0-27-75 Scecimen Failed Tested By Scec: men Passed V

Witness Date:

NO A Wntten Sheet No.

of b-Eh/

Accreved k

W H-614 A

DATA SHEET g.ge v-7 Report 43854-3 Custcmer M

Cable Splices WE LABORATORIES Scecimen NN Part No.

Amo. Temp.

Job No.

Spec.

Photo Report No.

Para.

Test Med.

Start Date O ~ 2 7' 7E kk "" N Specimen Temp.

S/N GSI Test Title Insulation Resistance (500V) Vice to wire and each wire to creund i

48 i

i i

i 1

2 3

k Ground I

Ii'-l

>500K M O.

>2cco K M n i

I t

-2

>2000 K M O-t r3

>500KMQ.

>2ctr K M n b

i s

> 2000 K M n l

I LA i

1 2

3 4

5 1

7 Ground I

i g

l

-l

>1%KMn

>20co Mn l

1 i

>l4cKMn

>2000KMn I 20-i t

-1 l

l 4

l i

.p l

4

>ZOOOKMQ I i

j l7

>2000KN n l

l(.,

After- +cmcern.tu.re chamber-excosure..

N6TE*

l-3-5-7 nee sol:ced tecether. 2-+ 6 are schced &caeder i

v i

v i

NOTE

1-2. are ecl;ce.d tooelher. 3+ rire so{;ced 4catNer l

i L

v i

V bC Dm D~27~73 Specimen Failec Tested By Scectmen Passed Witness Date:

NO A Wntten Sheet No.

of Approve'J W H-o l 4 A

DATA SHEET

%,?-!38353 Customer

• Vt-E LA8 ORATORIES Specimen Cable Solices DW Part flo.

Amb. Temp.

Job No.

Spec.

Photo Reoort No.

3 - 2. 7 - 7 Y Para.

Test Med.

Start Cate S/N Specimen Temp.

GSt i

l Test Title

'n="Imefen R**I<emne*

(cooVI* urr. en wfr, and me6-w1en rn genund f

I 1

SB r- -

1 i

l I

I 2

3 4

Ground j

!r 1

>J00KMn

>Z.c o0 K M D.

2

> 2 coo KM n l

t, i-3

> Mc KM.Q

>Z000KM.O l' 4

>2.000 K M n l

l i

l SA r

j 1

2 3

4 5

7 Ground I

i c

I-I

>l40KMn

>2OOOM M O. !

I l

>l40KMQ

>2000 KMn i

S.-,

f--i i

j L.a l

l l

1 -5

~~

>2OOO KMG i go.

'> 2000 K M A i-,

(

l P After +emeertdurc. c6ber esposure.

NOTE.. 1 5-7 cc, Spl.ccc tope hee. 2-4 -G are al:ced teceMher.

v 1 NOTE.1-Z.-&-4 ctre. col ced +ooetker. 3-+ cire sol ce d +oce ec-.

4 V

)

i 6

V R. h C,te. 3-2.7-77 Specimen Failec Testec By Soecimen Passed Witness Date:

)

NO A Wntten Sheet Nc.

of Approvec h

i W H-614 A l

l

a DATA SHEET l*S*V!38543

,,f Castomer TVA WYLE LABORATORIES Specimen Cable Solices N

Part No.

Amb. Temp.

Jco No.

Spec.

Photo Report No.

Para.

Test Med.

Start Date 3'23~77 S/N 3 A-4 A-5A -3B-48-5B Specimen Temp.

GSI l

Test Title i

LOADS lNITIAL - RESISTANCE 3A.

LA FA 19 kg ca l

I l

Voitage 250.0 250.0 250.0 480.0 480.0 430.0 l

Current 1.000 1.000 1.000 1.000 1.000 1.000 Load Resistance 2.50.

250 23 0 tS6 4So 4g0 I

i

(

l I

POST - VOLTAGE 1

i Voleace 150 25o 250

-t96 4 446C-44A 7 i

l l

Current 1.000 1.000 I.000 1.000 1.000 1.000 Load Resistance 143.9 2419 249.1 4803 4 74. A + SO.\\

l i

t l

i i

i l

1 I

i I

t l

s l

l 1

l 1

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b-W Cate: O~k3~75 l

Specimen Failec Testec By Scecimeq Passec Witness Cate:

I NO A Wntten SMet No. -

cf k'

Accreved W H-614 A l

DATA SHEET p.ge v_io Report 43854-3 Castomer TVA WYLE LABORATORIES Specimen Cable Splices Part No.

Amo. Temp.

Job No.

1. 41W Scec.

Photo Report No.

Para.

Test Med.

Start Date 3-2(-7T

{

S/ N I A-I O Specimen Temp.

GSI l

Test Title LOADS i

i i

INITIAL - RESISTANCE 1A 2A 18 2B l

i Voltace 250.0 250.0 L80.0 h80.0 i

I Current 1.000 1.000 1.000 1.000 Load Resistance 250 90 I

POST - VOLTAGE I

i vn t e.3c, 24o 44A4 t

Current 1.000 1.000 1.000 1.000 i

l l

Load Resistance 249.5

%o5 i

i i

l t

l

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l Scecimen Failed Tested By b

Cate: 3~

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Scecimen Passec Witness Date:

i NOA Wntten Sheet No.

of ApprCvec i

i

/

l l

W H-614 A

DATA SHEET l'9* !j39 3 Customer m

W LABORATORIES Specimen Cable Solices Part No.

Amb. Temp.

Job No.

MEY Spec.

Pheto Report No.

Para.

Test Med.

Start Date 3 W

,5 A

.5 6 Specimen Temp.

l S/N GSi Test Titte inculmeinn n. t.enne. (enov). ute. e n., t e.

and.meh wre. *n crenna 4

5B 1

2 3

4 Ground i

r-1

> IOOO KM il

>1000 K M C1 L

i 2

5 tocoKM 11 i

r-3

> 1000 M M O.

> 1000 K P4 fl l

Ii i t-a

> 1000 K M n

~

l l

SA i

l

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2 3

4 5

6 7

Ground I

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i I

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_kt._

-5 l

i I

As

>2660 M Met l L,

>l500MMn !

I

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l t

b-

"J Cate: 3-f T-7F Scecimen Failed Testec By Scecimen Passec Witness Date:

NO A Written Sheet No.

of Accrevec W H-614 A t

)

DATA SHEET l*9*l$854-3

/*

Customer T'1A WYLE LABOR ATORIES Cable Splices Specimen S

Part No.

Amb. Temp.

Jcb No.

Spec.

Photo Report No.

Para.

Test Med.

Start Date O'M-U Yb-4D Specimen Temp.

l S/N GSI Test Title insulation Resistance (500V) Wire to wire and each wire to ground i

48 s

i i

[

I 1

2 1

h Ground r1

') 4 5 0 M M n 5300KMf1 1

!2

>,500MM n b-3 StS6KMn.

> 500 K Mn i

-L

') 3 0 0 k M n LA l

f2 Ground 1

2 3

ft 5

q'.

.-l

>l30KMn

>tocoKMn l

(

I 26 k l30 M M n

> t000M M Q I

l i

j r

I i

L.

l' I '4 6e

> tOOOKN l

l-7 StoMHg l

l 1

l R.G h w cate: 3-23-W Scecimen Failed Tested By Scecimen Passed Witness Date:

NO A Written Sheet No.

of f

Approved W H-614 A

\\

yem--

DATA SHEET e ge v-i3 Report 43854-3 Customer TVA E LABOR ATORIES Specimen cable Solle*<

Part No.

Amb. Temp.

Job No.

EM Spec.

Photo Report No.

Para.

Test Med.

Start Date 0 ~E5 ~ U S/N 3 A - 32)

Specimen Temp.

GSI Test Title Insulation Resistance (500v): Wire to wire and each wire to ground i

3B i

1 2

3 4

Ground i

r-I

>000KM n

>300MMn 2

>3 cog M n 1

3

>300 M MQ

>6 cog M n.

I'4

> 500 K Mr1 I,

3A l

1 2

3 4

5 5

7 Ground I

i

! -I h600KM n

> 1000 K M 11 I f

> \\ coo 8Mn!

2

-3 l

a

.c l

X500 M N Q l 6*'

M500 x Mfl. !

-7 I

l l

8 CbJ Cate: 3'Z M T Specimen Failed Tested By

/

Scecimen Passed Witness Date:

NO A Written Sheet No.

of G.

F,..

I App,cveo

[

W H-614 A

DATA SHEET ease v-14 Report 43854-3 Customer TVA WYLE LABORATORIES Specimen Cable Soiices Part No.

Amb. Temo.

Job No.

YM Spec.

Photo Report No.

Para.

Test Med.

Start Date 3 -2 5 ~ 7 3 S/N I A ~ iib Specimen Temp.

GSI insulation Resistance (500v): Wire to wire and each wire to around Test Title i

18 l

1 2

3 4

Ground I

i

-l

>l000 M M fL

> 2000 K N R

-2

> 2OOO M M f1

<-1

>t000KNO.

> LOOO M M n

-4

>2000KMfl I

J l

l 1A i

r i

I 2

3 4

4 i

7 Ground r-i 5000 KM C1

>300 K Mn l

2

'1300KM O.

5500KMG 1

l

' -3 i

i 4.

1 5

6o 5366MMn

-7

>300 KM n I

I I

i I

b-h Cate: O ~db D Specimen Faileo Tested By Scecimen Passed V

Witness Date:

NO A Wntten Sheet No.

of Aoproved 7&-

W H-6 I 4 A

PAGE NO.

V-15 SCIENTIFIC SERVICES AND SYSTEMS GROUP REPORT NO.

418CL-1

(

f i

f 1

APPENDIX lIi INSTRUMENTATION EQUIPMENT SHEETS

{

f 1

t r

k s

a

g

-=6

+%

'6 e

-e w

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N M

---w INSTRUMENTATION EQUIPMENT SHEET Test Area Elecfmnir, l <tb Date Job No.

T II b Type Test b!6ChriC(Lk E Punch 0nn.l Technician bO d

PXMGL G Customer Model Setsal Wyle or Calitwat hwi too.

Instrument Manufacturer tio.

Na Gov't No.

Range Accuracy On Due o - ioo n I

MEG 0HM METER.

FREEb TRAAST6mtR 1610 2tt 802.87 MEG 0HMS p d o/c 02 7%

08-2+-78 2

DLGtTAL HutIlHETE.R.

FLO KE E000 A 64'162,

'15369 0-2AMES IMTG 01 -Z.7-79 04 77 t1%

01-16-TT ot TK J__ !2 SIAL MuniHr.IER FLOKE 1000 A 91996 9MO7 0-1200 V 0

ss azs-

_t _ foWER SUPPLY KEPCo EAM o60066 c15 00 0 -345 Y II,loREG to -26 'i'l 04 7E

!?

o2 2 ?

Y Y'.a instrument Test Engineer,

un A.

Checked & Received By EM e

.mm

INSTRUMENTATION EQUIPMENT SHEET Mttrch 21 1978 MidW' Test A,ea Electronics Lctb Date uu no.

Technician Roberi Coleman Customer T Y b-Type Test Electr:cai bchonal Model Sertal Wyle or Cabtwat hws No.

Inststament Manufacturer Na Na Gov *t No.

Range Accuracy On Due i

t>isiT AL MocTintItk. KEITH LEY I73 1082/1 ii313 o-locov I MFG 03-2.3-77 03-23-79 Z

DIGITAL MutTiMEM.At iT H LE Y I 'l 4 LOSE 9 113IL o-2 AMPS t MFG G3-2316 O B - 1 3 'l 9 o-looooo 3

tie 60HM MtTER GEt3ERAL radio i T 61-C 2.374 9'7391 MitG o6tHs i d /o 03-13 *TS 09-23-15 sM 315 -

t PNER. SU PPLY KEPr.o IAH D60066 95400 0-325 V ll/oREG t o - 1 6 'l 7 04-16-73 NI EW

? ?

I i

,ld43

~NA/

Checked & Received By IV /

Instrument Test Enginee

\\

Wil-1029

p..

U~I PAGE NO.

SCIENTIFIC SERVICES AND SYSTEMS GROUP REPORT NO.

43854-3 F-SECTION VI i.

ACCIDENT TEST r-(

l 1.0 REQUIREMENTS 7,

The Cable Splice Assemblies will be subjected to the Accident Test profile as shown in Figure 4, Appendix 11.

All Cable Splice Assemblies will be energized throughout the Accident Test.

7 i_.

2.0 PROCEDURES The Cable Splice Assemblies were shortened in order to lie flat in the cable tray in the LOCA Chamber.

(See Notice of Anomaly No. 4, Appendix i, this Section.)

r L.

The Cable Splice Assemblies were installed in the test chamber as shown in p-Figures 1 and 2.

After cabling the voltage sources and loads through the chamber to the test items, the cables were potted with Scotchcast Resin.

The electrical tests of circuit continuity and circuit resistance were then performed with the assemblies installed in the test chamber.

The test item assemblies were instrumented to measure and record the test item voltage and current, as shown in Figures 1 and 2.

The test chamber

[

was instrumented with three temperature sensors and one pressure transducer.

The test assemblies and test chamber instrumentation were calibrated in conjunction with Data Logger tiodel 2240A. The frequency of recorded r,

measurements was at specified intervals.

Each test item assembly was energized with its required potential for the entire time during the environmental (LOCA) exposure period. After the voltage was applied, the recorders were turned on and the voltage, current, and test chamber temperature and pressure were recorded.

l Steam was introduced into the test chamber to produce the temperature and pressure conditions shown in Figure 3 The voltage, current, tempera-ture, and pressure were recorded.

i The test chamber temperature and pressure were increased to 325 + 5'F and 55 psig. The test chamber temperature was stabilized at 325 + 2*F for 5 minutes. The test items were monitored and data recorded at Il-second intervals.

During the time period from 6 minutes to 30 minutes, the temperature was decreased at a rate of 0.875*F/ minute to a temperature of 304*F.

The pressure was held constant at 30 psig during this 24-ninute interval. Over a time span of 30 minutes, to minute 75, the temperature was reduced at a rate of 0.5'F per minute to a temperature of 282*F.

During this L5-minute Interval, the pressure was reduced at a rate of 0.22 psig per minute to a pressure of 20 psig.

The test items, as well as the chamber oressure and

VI-2 PAGE NO.

WYLE N

[3 Scf ENDFIC SERVICES AND SYSTEMS GROUP REPORT NO.

b3850-3 i

(

2.0 PROCEDURES (CONTINUED) temperature, were recorded at 10-minute intervals. At minute 75, the pressure was held constant and the temperature reduced to 230*F.

Over a period of 23 hours2.662037e-4 days <br />0.00639 hours <br />3.80291e-5 weeks <br />8.7515e-6 months <br /> and 45 minutes, the test chamber temperature r

was further decreased to 150*F and the test chamber pressure was decreased to O psig.

During this time the voltage and current of the energized Cable Splice Assen611es and the test chamber pressure and temperature were monitored every hour, t

3.0 RESULTS 6

(

The test items were subjected to the tests specified in Paragraph 2.0.

The test items compiled with the test requirements. The test results are shown in data sheets located in Appendix IV of this Section.

All test items passed the Accident (LOCA) Test.

Photographs pertaining to this test are located in Appendix 111 of this i

Section.

{

Equipment used during testing is listed on Instrumentation Equipment

('

Sheets located in Appendix V of this Section.

f-Recordings of temperature profile are shown in Appendix il of this Section.

t 1

I

P-v PAGE NO~

"'-3

~

MMM

('~

SCIENTIFIC SERVICES AND SYSTEMS GROUP REPORT NO.

418 %-1

\\

F' I

r-<

(.

I, I

(

f

• APPENDlX i NOTICE OF ANOMALY 7s 11 1-l l

l 1

l

I NOTICE OF ANOMALY VI'k NOTICE NO.

O P. O. NUMBER:

77P8-147972 WYLE JOB Nb.

43854 PAGE NO.

43854-3 CONTR ACT NUMBER:

REPORT NO.

,e CATEGORY:

O SPECIMEN k; PROCEDURE O TEST EQUIPMENT DATE:

3/28/78 l

TO.

Tennessee Valley Authority ATTN:

Fred Von Hollen Cable Splices PART NO. All assemblies PART NAME:

TEST:

Accident (LOCA) Test

1. D. NO.

AlI assembiles SPECIFICATION: Cable Splice Test Procedure PARA. NO. 4.5.1 Fred Von Hollen DATE:

3/28/78 NOTIFICATION MADE TO:

NOTIFICATION MADE BY:

Carl Zeamer VIA:

Telephone f

REQUIREMENTS:

{'

The cable splices must lie straight in the cable tray in the test chamber.

I I

I DESCRIPTION OF ANOMALY:

I Cable Splice Assembly test leads,are too long to allow splices to lie flat in the cable tray. _. _ _

i 4

l 4

i.

i DISPOSITION - COMMENTS - RECOMMENDATIONS:

1

(

Shorten cable splice assembly test leads. Perform functional tests before l

LOCA with shortened cables in place on cable tray.

l f

DISTRIBUTION.

=

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2 oc f opv'c n't REPRESENTING PROJECT M AN AGEW t

1 Copy; Operet.ons Dereetor WYLE LABOR ATORIES - sCtENTIFIC SERVICES AND SYSTEMS GROUP - HUNTsVILLE. ALABAMA 20s-837 4411 roru too.

.T '

1 PAGE No.

VI-5 MM I

SCIENTIFIC SERVICES AND SYSTEMS GROUP REPORT NO.

41894-1 I

1 a

I k

I.

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VI~IO PAGE NO.

SCIENTIFIC SERVICES AND SYSTEMS GROUP REPORT No. 43854-3 i

4 5'

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6 i

APPEND 1X liI i

PHOTOGRAPHS F

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PHOTOGRAPH #2 CABLE SPLICE ASSEMBLIES i

I AFTER LOCA TEST l

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PAGE NO.

V!-17 g

g r-SCIENTIFIC SERVICES AND SYSTEMS GROUP REPORT NO.

43854-3 h

i t

(

r i

l' d

APPENDIX ll1

(

b DATA SHEETS

?

1 i

W 1

6 t

i

{

l 4

Pcga VI-12A

(

Report 43854-3

~

't.~

DATA SHEET s

Test Item Assembly

Description:

TV4 Oc d /,

r />//c e

///

.57n s

91) TE S / 3 lr' ' '

cu~e + e~ L 2 ! o v e H.y, el, ;* rr

/

l.

Verify Initial Conditions:

<~

Test Item Assembly:

j' volts Power n 50 vr volts Load Current yp :: : : v amps

/ 00 Environmental Chamber:

O

/ 50.

F Temperature p ri. psig Pressure o.cply 0

2.

Ramp to Chamber Conditions of 32515 F:

1 Time:

/e/vc.rvhours r

Start

(

Stabilized Condition

/c, vs:v_c hours Environmental Chamber Stabili:ed Condition:

2 2 y, 2

• F I

Temperature v 72 rv psig Pressure Test Item Assembly at Stable Environment:

71 P7 a vo. go volts Load zao amps Current 3.

Maintain Stabilized Chamber Condition and Record Data After 5 Minutes:

/4:50 JI2 hours Time Chamber Environment:

O J L7..r F

Tem::erature a, s us psig Pressure W #/5.)

Test Item Assembly:

2 20. fo vclts Loac Current

o. af amos 1

1

Pcgn VI-13 Rtport 43854-3 e

I.

4 DATA SHEET l'

4.

Reduce chamber pressure at a rate of 8.6*F/15 minutes

~

~

to 282*F at 20 psig in one hour and Record Data:

t' Initial Data:

P Time:

// m 1rhours i

Chamber Environment:

Temperature 2 7 c, y F

Pressure n e,%

psig Test Item Assembly:

C f/Np i

as o.a/ volts Load Current

/ae amos Repeat Data at 10-minute intervals:

Time:

/9 /M 3f hcurs r.

Cham er Environment:

t.

Temoerature 2 34 i F

I~

Pressure

/. e i 2 e psig Test Item Assembly:

(- FF'7 M 9 99 volts t

Lead Current

/.00 am::s e

Time:

/ f 2 2:o hcurs Chamber Environment:

Temperature 234' :

• F i

i Pressure

/. / 9 7 - psig OY l

Test Item Assembly:

l Load 2 44 or/ volts Current

/p amps Time

/f:32. of hours j

Chamber Environment:

Temoerature 27? 2 F

Pressure z s e: - Psig 2

Test Item Assembly:

i 2vf.4f volts Loac Current

/ re amos i

Paga 01-14 Rrport 43854-3 t..

DATA SHEET r

34m,

/P:cs uyhours I

Chamber Environment:

t Temperature

-. u a F

Pressure m-psig i

Test Item Assembly:

d-7 /4Q P

que.fivolts l

Load Current

/.00 amps Time

/9.v/ s o hours

(

Chamber Environment:

r O

(.

Temperature asae F

Pressure

/e-psig 6-

[ ~'

Test Item Assembly:

FQ 144.% volts Load r

Current

,c. a q amos L

hours Time p

Chamber Environment:

F r

Temperature psig Pressure Test Item Assembly:

volts I

Load amps Current hours Time 1

l Chamber Environment:

F Temperature psig Pressure 7

Test Item Assembly:

t volts Load amos Current

4 Pcga VI-15 Rsport 43854-3

[

DATA SHEET F

(

5.

Reduce chamber temperature to 230*F and

['

Record data: -

~

(

Time

//20.'09 hours1.041667e-4 days <br />0.0025 hours <br />1.488095e-5 weeks <br />3.4245e-6 months <br /> Chamber Environment:

4

• F Temperature m/

Pressure

f. w v.

psig

[_

T' T FS Test Item Assembly:

hV volts f~

Power i

Load w9.4 volts Current 1.co amps 7

6.

Reduce chamber temperature by 3.5'F each hour for 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> until a enamber condition of 150*F and 0 psig is obtained.

Record c.

l data after each temperature reduction:

> 0 23 N hours Time p

I Chamber Environment:

O Temoerature 22 2. C F

r

/ m w psig Pressure A

• F /"?

Test Item Assembly:

c o e/9. 40 velts Load

/> s amps Current c

sI 2&.34 hours3.935185e-4 days <br />0.00944 hours <br />5.621693e-5 weeks <br />1.2937e-5 months <br /> I

Time Chamber Environment:

aco. o

• F Temperature an psig Pressure

(

i iest Item Assembly:,

J.rfr/-)

t l

~

2F3eo volts Load

f. et amps

)

L Current l

22:3 es/ hours Time Chamber Environment:

0 a n'. 3 F

Temperature F79y osis Pressure 6o fry Test Item Assembly:

a co.co volts Load

/. 00 amos Current

Pcgn VI-16

~

g, Raport 43854-3 i'

DATA SHEET

(

r~

23:.95.14 hours1.62037e-4 days <br />0.00389 hours <br />2.314815e-5 weeks <br />5.327e-6 months <br /> Time t

Chamber Environment:

0 Temperature

, t 2, v F

~,12ue psig Pressure O' O F

Test Item Assembly:

f * 'y i

Load ~

n o.oo volts 7

Current

/,o amps i

Time 00 '/'l : $ 7 hours8.101852e-5 days <br />0.00194 hours <br />1.157407e-5 weeks <br />2.6635e-6 months <br /> r'

t Chamber Environment:

2/ / L' 0 F Temperature i

Pressure e,5vr psig a'

Test Item Assembly:

6*[$

F 35.009 volts l

Load Current

/ O. oc ?

amps I'

Time O/l/2 :'M' hours r

Chamber Environment:

$// ?

F 0

Temperature Pressure O. c-s y psig

([

Test Item Assembly:

• '*/5'")

(

Load T).f. o o c volts

(

Current

/ o.co t am:s o) ~l 7 J 'f hours Time

(

Chamber Environment:

2// /

O F

Temperature e55*

psig Pressure Test Item Assembly:

O'*f5'1 2 6.C c / volts Load Current

/ o. o r :- amps

Pcgs VI-17 Rrport 43854-3 DATA SHEET F

C l'/2: 2 % ours Time s

[

Chamber Environcent:

3 0 7. f 0 F Temperature Pressure t.ys 3 psig r-0- [ )

i Test Item Assembly:

['

Load'

.2 I.co P volts Current

/v.oo? amps f~

Time SV!d '.2 9 hours1.041667e-4 days <br />0.0025 hours <br />1.488095e-5 weeks <br />3.4245e-6 months <br /> I

Chamber Environment:

2 6 Y. /

F Temperature Pressure 0753 psig I

e.

Test Item Assembly:

["7

1. ~

i

$V.9C9 volts Load Current s e e. oc. c, ames i

')5 '. /2 :W-hours Time F

[.

Chamber Envir0nn,ent:

O 3CO./

F Temperature I.

Pressure c.s.5 c.

sig i

i f#7 6-Test hem Assem:1y:

o 7 6.o C 3 volts Loac i

Current

/ c.ec 6 amas o 6'/.7'.2 hours2.314815e-5 days <br />5.555556e-4 hours <br />3.306878e-6 weeks <br />7.61e-7 months <br /> Time Chamber Environment:

(

]4'73

• F Temperature Pressure ~

es, if,6 psig Test Item Assembly:

1. 1. [U7 l

. b 9 olts V

LO&d Current ed.co 9 am:s s

Pcg2 VI-18 R port 43854-3 F

DATA SHEET r

Time C 7.'/ 2,'3 Fnours Chamber Environment:

/C/ 7. f 0F I-Temperature t

Pressure 0.v 6 7 psig

/*)

0-Test Item Assembly:

7, 6

~

9 6.006 volts Load Current iO.ood amps p

05': 12 '.2 Y hours Time Chamber Environment:

0 19 h9 F

Temperature r-Pressure c). is L psig i

Test Item Assembly:

O # [55 0 5'Co/ volts Load Current

/ o. co 7 amps 69ll2:SYnours

(~

Time t

Chamber Environment:

/ C0 / OF f

/

Temperature Pressure

'O. rc 7 o psig i

Test Item Assembly:

1. f'?

I 95.601 volts Load Current f o.co6 am:s 1

/s. w s/ hours Time Chamoer Environment:

/ P(,. S F

Temperature I

Pressure o

psig Tes Item Assembly:

Load as.ocP volts Current

/c co9 amos

Pcg2 VI-19 R: port 43854-3 L

F DATA SHEET i

Time

//' /J : af., hours Chamber Environment:

O F

Temperature

/25.s F

l Pressure o

psig Test Item Assembly:

7.

t

' L'oad '

JV.999 volts

(

Current

/n.nav amps I

/x/a:a# hours Time 7_.

l Chamber Environment:

0

/95.5 F

Temperature Pressure o

psig i

Test Item Assembly:

f' A=ieso volts Load j

Current

/c m6 amps f

Time

/3 In.fd hours i

Chamber Environment:

c

/ 7 f.d p

Temperature Pressure psig

(

f Test Item Assembly:

i Load

.c 5 c os volts

(

Current to.cos amos i

/t/ /2/A4 hours Iime t

Chamber Environment:

0 Temperature

/74.3 F

Pressure o

psig t

Test Item Assembly:

Load 25m g volts Current fo.nin am:s u

Pcg3 yl.20 RIport 43854-3 DATA SHEET c-Time

/5!/2! oil hours Chamcer Environment:

(

Temocrature

&f.3 F

e Pressure o

psig j

Test Item Assembly:

I Load' os.cos volts

~

Current

/o.coc amps f

i Time mer at/ hours

[

Chamber Environment:

Temperature

/47.7 "F

Pressure es psig

[

Test Item Assembly:

[

Load

,o s'. coc, volts

(

Current f o.cor amps hours Time j

i.

Chamber Environment:

F Temperature Pressure psig t

Test Item Assembly:

7 volts Load amos Current e

hcurs i

Time Chamber Environment:

0 F Temperature Pressure psig Test Item Assembly:

volts Load amos Current

Pcga VI-21 Rzport 43854-3

(

a r

DATA SHEET Test Item Assembly

Description:

TVA. Oc 4 /c r M/ <ec_

o ss, 4 0

/B STReT QA W c o. <, f c ? th U

v o /J o, e el S O 3/d/W 1.

Verify Initial Conditions:

f Test Item Assembly:

t 476 volts Power Load z/w a volts r

j Current o.99 amps Environmental Chamber:

Temperature Isa 1

• F I

Pressure

.pr2, psig o.o osis 0

I 2.

Ramp to Chamber Conditions of 32515 F:

(

Time:

I Start

/G:ts:rd hours I

Stabilized Condition

/G/vr vr hours Environmental Chamber Stabili:ed Condition:

j-L Temperature iMt

• F Pressure

u. 72 P-Psig Test Item Assembly at Stable Environment:

M b8

(

[

Load

1. f2 7 v::l ts Current

/ o/

amps 1

3.

Maintain Stabilized Chamoer Condition and Record Data After 5 Minutes:

Time

/G lro:5.2 hours2.314815e-5 days <br />5.555556e-4 hours <br />3.306878e-6 weeks <br />7.61e-7 months <br /> Chamber Environment:

Temoerature 323.5

• F Pressure 4/ c v 7 psig 77 f"7 Test Item Assem0ly:

l Load 4 / t/, /

volts Current

/.0/

amos

Pcg2 VI-22 Rspart 43854-3 r

j DATA SHEET i

4.

Reduce chamber pressure at a rate of 8.6'F/15 minutes to 282*F at 20 psig in one' hour and

~

~

Record Data:

Initial Data:

Time:

M or 2f hours Chamber Environment:

0 Temperature

,o y g v F

Pressure non psig

1. '*2 Test Item Assembly:

Load

1. F7.c volts f

Current xn amps Repeat Data at 10-minute Intervals:

e i

Time:

/ft/v:tr hours Chamber Environment:

0 Temoerature 2n.7 F

Pressure

/ r r 2,-

psig

{

Test Item Assembly:

6 '6 F)

i

~

49fi volts Load Current

/_ e1 am;s Time:

// n n hours Chamber Environment:

l

(

o oivi p

Temoerature

~/ ie r -

psig l

Pressure 6.Sfsty Test Item e.ssembly:

l i

Load 4/ f;,(,

vol ts

(

Current

/ e/

anos i

l l

Time

/f. 7, o f hours Chamber Environment:

• F Temperature

_2s 2 Pressure

/. p g e,,,

psig Test Item Assemoly:

1. 8 Load e/F] # volts Current

/ co at::s

Paga VI-23 Rrport 43854-3

(..

DATA SHEET Time

/9. W 97 hours0.00112 days <br />0.0269 hours <br />1.603836e-4 weeks <br />3.69085e-5 months <br /> Chamber Environment:

0 Temperature m.2 F

Pressure

/nc-psig Test Item Assembly:

6J/'5$

ui2.d vol*s Load Current Let amps

/7. viro hours Time Chamber Environment:

Temperature me. e F

Pressure un-psig Test Item Assembly:

C,o ps';

alff.6 volts l

Load

/.06 amos Current hours t

Time Chamber Environment:

F Temperature psig Pressure Test Item Assembly:

volts Load amas Current hours Time f

Chamber Environment:

0 F Temperature psig Pressure Test Item Assembly:

t volts Load Current

- " ~

I I

f

Pcga VI-24 Rsport 43854-3 DATA SHEET 5,

Reduce chamber temperature to 230*F and Record data: -~

~

~

Time

/9?>o:erhours 4

Chamber Environment:

• F F

Temperature

= 2 9. !

h Pressure

/ avy psig Test Item Assembly:

5' r psip 182.

volts Power Load uii t volts Current tmo amos 6.

Reduce chamber temperature by 3.5'F each hour for 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> until a chamber condition of 150*F and 0 psig is obtained.

Record data after each temperature reduction:

Time 2 o.* H '3/ hours Chammer Environment:

U Temperature 2 o r.t F

Pressure

/ ee7 psig iest Item Assembly:

S, frag Load I/94.2 volts Current L 09 am:s Time 2/:24:vv hours Chamoer Environment:

0 Temperature 3 ;0. 9 F

Pressure

.973 -

psig S'f/3')

Test Item Assembly:,

'/f5.7 volts Lead Current

/. 0/

amps Time 22 tv g/ hours l

l Cham.ber Environment:

C Temperature a i z/. 3 7

Pressure O f, psig 0 * ['77 Test Item Assemoly:

dfc-.; volts Load Current

/ o/ amos l

Pegs vi-25 RIport 43854-3 DATA SHE.7 Time 3;; x.pt hours Chamber Environment:

C Temperature a a. if F

Pressure

paa, psig Test Item Assembly:

008')

{.

1. ff.9 volts Load Current

/. 00 amps t

Time e,c;i2. gthours Chamber Environment:

') / /, d F

0 I

Temperature Pressure c.T ve psig i

Test Item Assembly:

C */"?

p,75?

volts Load i

Current O 99/

amps CI: / 2.'.9 thcurs V^

Time l

Chamber Environment:

9 / /< 7 0F Temperature Pressure 0 36 y psig

1. ' [")

Tes: Item Assembly:

4.72A volts Load Current o.f 5 3 at:s C2 ; / 2.J Yhours Time Chamber Environment:

3//,/

O F Temperature Pressure Oysu psig l

i Test Item Assembly:

/*Q l

V PC o volts l

Load Current e 95/

amos l

l l

l l

l l

l

Pcg2 VI-26 Riport 43854-3

[~

DATA SHEET C3.*/2 *. 2 9 hours1.041667e-4 days <br />0.0025 hours <br />1.488095e-5 weeks <br />3.4245e-6 months <br /> Time Chamber Environment:

3C'7, f 0F Temperature Pressure e,, es 3 psig Test Item Assembly:

1. 'T5')

Ecad k 9/ 7 volts Current o.990 amps 6 '/'/2 ' 2 #-hours Time l'

Chamber Environment:

O Temperature

@CK/

F Pressure

e. M 7 psig j-Test Item Assembly:

[$

E 79 7 vol ts Load i

Current o.7 s 9 amps

{

Time os ! / 3.7 Y nours Chamber Environment:

U Tem::erature

% e n, /

F e

st

sig c

Pressure Tes Item Assemoly:

1. '# U7 Y30 '?

velts Load Current e.9 9' )

amos Time O(:12:19 hours Chamoer Environment:

/9f.1 F

0 Temperature Pressure n. ?6 6-psig Test Item Assembly:

/"7 Y. 9'06 vcits Load Current C. </ 9 u amps

Page VI-T/

Rsport 43854-3 DATA SHEET p

l Time 0 *?'./9' 2 Y hours Chamber Environment:

0

/97 9 F

r' Temperature Pressure o.cce ?

psig Test Item Assembly:

85#)

t/, 7 9 3 volts Load Current O,9 5sv amps r

C8:/T.9.9 hours1.041667e-4 days <br />0.0025 hours <br />1.488095e-5 weeks <br />3.4245e-6 months <br /> I

Time I'

Chamber Environment:

o

/ 9 F. F F

Temperature Pressure e,c( c' t psig F/

I Test Item Assembly:

9.9 ff velts Load Current 0.94 3 am:s 69!#.'17 hours1.967593e-4 days <br />0.00472 hours <br />2.810847e-5 weeks <br />6.4685e-6 months <br />

[~

Time i

Chamber Environment:

O

/@ /

F

[

Temperature i

Pressure o.tyo psig

f #$

Test Item Assembly:

i

(

/.F7 volts l

Load Current 6 c/f.5 amos Time mua :dt/ hours Chamber Environment:

(

Temperature

/%.9

• F Pressure o

psig L

Test Item Assembly:

z/ 79/ vJits Load Current

.997 ames

Paga VI-28 Rrport 43854-3

/

r DATA SHEET l

i Time

//:/?: Al/ hours Chamber Environment:

Temperature

/?5.5 F

Pressure o

,psig Test Item Assembly:

,l '

~

~ 'oad 4/ 206 volts L

Current

/. ooo amps

~

.i Time

/r ta:all hours l

Chamber Environment:

U Temperature

/95.s F

i.

Pressure o

psig Test Item Assembly:

I'

.i Load V.9/s volts Current

/. ooy amps Time 1112 ad hours Chamber Environment:

e U

l Temperature

/794 F

Pressure o

psig

[

Test Item Assembly:

i Load

1. 776 volts Current

/. oa/

amos Time

/V in.. f) hours i

Champer Environment:

c i

Temperature l'7 4 'A p

l Pressure o

psig t_

Test Item Assembly:

Load 4.7 %>

volts Current

1. o o r amos

Pcga VI-29 r

[

Report 43854-3 DATA SHEET r-k

/M /3*nd hours Time Chamcer Environment:

0 Temperature

/d p. 3 F

r Pressure n

psig Test Item Assembly:

l

i. cad'

1. f/3 volts Current

/.or;5 amps

/fo:in:2Y hours Time

[

Chamber Environment:

0

/47.7 F

Temperature Pressure a

psig I

Test Item Assembly:

{

Load

//. Ra7 volts Current

1. o n amos hours

[

Time t

Chamoer Environment:

cp Temperature

(

Pressure psig Test Item Assembly:

I volts s

Load ans Current hcurs Time i

Chamber Environment:

0 Tem::erature '

F Pressure psig I

Test Item Assembly:

volts Load Current amps i

l

Pcg2 VI-30 Report 43854-3 e,

DATA SHEET

[

Test Item Assembly

Description:

Tl/4 z% 4 /, J,/>/,'c e Ass, ~ / /,,,

3A cu.... c1 26

//

Vn %.e c 4 mL /G

[

STA2T J/ sis /?l 1.

Verify Initial Conditions:

Test Item Assembly:

29>

volts Power F

Load 2 com volts 1

Current un amos Env1eonmental Chamber:

0 Temperature

/fo. 2 F

Pressure

.gra, psig o <> p p r

O 2.

Ramp to Chammer Conditions of 325 + S F:

Time:

c b

Start

/ 3S Se hours Stabilized Condition

/c vr/vf hours j

Environmental Chamber Stabili:ed Condition:

Temoerature 3249

• F Pressure u n f-psig f

Test Item Assembly at Stable Environment:

79*[f/f Load our 79 volts Current o 99 amps I

l 4

3.

Maintain Stabilized Chamber Condition and Record Data After 5 Minutes:

Time

/6150:f.2 hours2.314815e-5 days <br />5.555556e-4 hours <br />3.306878e-6 weeks <br />7.61e-7 months <br /> Chamber Environment:

0:

Temoerature ca.r Pressure a cas psig Test Item Assembly:

7 A o [7, 7 Load ave 7f volts Current

o. o c amos

[

Pcg2 VI-31 Rrport 43854-3 i

DATA SHEET I

4 Reduce chamber pressure at a rate of 8.6*F/15 minutes

~

i to 282*F at 20 psig in one hour and Record Data:

1 Initial Data:

I.

Time:

/p. of. whours I

Chamber Environment:

I Temperature 3 73- -

F Pressure

/.>ow psig Test Item Assembly:

6F87

[~

Load sue.pp volts Current

->. 9 9 amps Repeat Data at 10-minute intervals:

t Time:

/ f. /u H hours Chamber Environment:

Temoerature 2 74.7 F

Pressure

/. c o - psig

~

Tes: Item Assembly:

C ' f U7 f u4. 74 volts Load

{

Current 4 90 amps Time:

If n :rs hcurs c

,f Chamber Environment:

• F Temperature Twc j.

Pressure

//ev, psig 6 5 f.s:)

t

. st Item e.ssemoly:

l te

? d4 I4 VClt3 Loaa Current 0,9a amos 1

i

[

Time jf n :eg hours Chamber Environment:

0 Temperature 2n. 2 F

Pressure j ; et psig 4-T :r:2

. st Item Assembly:

ie Load n aq 'ff volts Current o oe am::s l

l l

l

I Pagn VI-32

{

Rrport 43854-3 DATA SHEET I

Time

// <'fcv 7 hours8.101852e-5 days <br />0.00194 hours <br />1.157407e-5 weeks <br />2.6635e-6 months <br /> Chamber Environment:

c_

U

-> u 2 F

Temperature

/fu-psig Pressure r'

Test Item Assembly:

C '5 / 5J

\\

M9.7( volts Load m oo amps Current

,/y:./s'. r o hours Time r

I Chamber Environment:

C 32oe F

Temperature Pressure

/ w/ y psi 9 l

C-o

[ #-)

Test Item Assembly:

volts Load Current amps e

I hours t

Time Chamber Environment:

F Temperature psig Pressure f

Test Item Assembly:

volts Load f

Current amos hours Time i

Chamber Environment:

0 F Temperature psig l

Pressure Test Item Assembly:

volts Load amos Current l

l

[

Pcga Vl-33 t

Report L3854-3 r-l DATA SHEET 5.

Reduce chamber temperature to 230*F and Record data: ~~

Timt

/9.')o:n hours r

1.

Chamber Environment:

OF Temperature

, 2.. e Pressure

/. f/ v.

psig TC /'#d)

Test Item Assembly:

3@

volts Power tua. 99 volts Load

[

Current

/.4 0 amps 4

6.

Reduce chamber temperature by 3.5'F each hour J

for 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> until a chamber condition of t

150*F and 0 psig is obtained.

Record data af ter each temperature reduction:

20:23.*0/ hours Time Chamoer Environment:

0 OM.6 F

Temoerature Pressure

/ v L psig EP [ b7 Test Item Assemoly:

a 2 49fe/ volts Load p-o ao amos Current Time 2 c 2 &: w hours J

Chamoer Environment:

Temperature ro. o F

Pressure

, 9 73 - psig Test Item Assembly:.

M F/'D) i Lead e aa.r; volts Current e.oo amps Time n t u: 3i hours Chamber Environment:

U Temoerature 9 w. 3 F

Pressure

./79-psig Test Item Assembly:

0C[J'?

Load 1 0 9. a/ volts Current e og amos

Pcg2 VI-34 r

Report 43854-3 DATA SHEET p

I Time 23 p t.:ty hours Chamber Environment:

Temperature 9 tp. d

• F l

Pressure P24 psig Test Item Assembly:

[ Sip d'd I

Lead 24914 volts Current 1 99 amps r

I Time 00./9~.3 1 hours1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> Chamber Environment:

[

• 1 / /. L

• F Temperature Pressure c.eee psig l

Test Item Assembly:

0 O /'# Q 9 F.'/9 e volts J

Load 1

Current 9.55/

amps

~

Time C / :/') '. 2 */ hours Chamber Environment:

• ) / I. '7

• F Temperature Pressure c:.5-5 +

psig Tes: Item Assembly:

O O [S ')

2 F. f 95 volts Load Current 9, w9 am:s o 7:/9.'2 yhours Time Chamber Environment:

311. l

• F Temperature Pressure og3y psig Test Item Assembly:

• 03 Q

~

9V.9

't volts Load Current 7 99 e amps

r l

Pcg2 Vl-35 Report 43854-3 DATA SHEET i

C3,/]: 9>' hours iime Chamber Environment:

2C2 P F

l Temperature Pressure o.c6 3 psig

[

Test Item Assembly:

• * [ 5 ')

4-9 Y. 95 2 volts

i. cad r

t Current 9a9WV amps O Wf]: W hours Time Chamber Environment:

$1 c y. /

F Temperature 0s63 psig l

Pressure fy Test Item Assembly:

S 9.976 velts Load

4. 2 7 amps Current

(^

C.6.'/ 2;17 hours1.967593e-4 days <br />0.00472 hours <br />2.810847e-5 weeks <br />6.4685e-6 months <br /> b

Time Chamber Environment:

O 3 on. /

F Temperature Pressure n.g6 4 psig Test Item Assembly:

0 O [7 7

(

@ '/,9 99 volts Load Current 9.989 amos i

O(..' /3 :)'l hcurs f

Time Chamber Environment:

/99;9 0F l

Temperature Pressure

_ o. fr4 L-psig t

00 [F/7 Test Item Assembly:

3 9.993 volt:

Load 9,99/

amos Current t

I

N l

Pcg2 VI-36 Report 43854-3 DATA SHEET f

07:/j : J v hours time Chamber Environment:

r

/ Q 9.V

• F

\\

Temperature

c. vt. 7 psig Pressure

{

Test Item Assembly:

0 *0@

Load ~

3 Y. 97'2 volts r

4.1 e 9 amps r

Current Of.'/J'.97 hours0.00112 days <br />0.0269 hours <br />1.603836e-4 weeks <br />3.69085e-5 months <br /> Time t

i Chamber Environment:

19 F. f 0F Temperature e,M c.

psig r

Pressure j

Test Item Assembly:

O

• C f 3 ')

3 Y, f 96 volts Load ca. FC 7 amps Current of,'/3l29 hours L

Time Chamber Environment:

19). /

F i

Temperature Pressure 0,5?70 psig r

d' 0#7 Test Item Assembly:

9 y,97 3 volts Load

4. 9 9 5J amos Current i

to:wJ4 hours Tice Chamber Environment:

0

/ M.y F

t Temoerature o

psig i

Pressure Test Item Assembly:

J4' 997 volts Load 9.990 am:s Current

p j.

Pcga VI-37' Report 43854-3 DATA SHEET Time

//:/2:stl hours Chamber Environment:

7~

Temottature 195.5

• F i

Pressure A

psig Test Item Assembly:

'i. cad ~

44 9R7 volts Current 9 997 amps r

Time

/A : /a t.2t/ hours

[

Chamber Environment:

Temperature

/PN.6 F

Pressure o

psig l

iest Item Assembly:

Load Atl. 9 96 volts Current 9.996 amps Time

/2: ta: 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> Chamber Environment:

0 f

Temperature

/79.4 F

Pressure o

psig Test Item Assemoly:

r L

Load a4.99:

volts l

Current

o. 99o amos

(

Time fu:is :av neurs

}

Chamber Environment:

t o

Temperature

/74.3 p

l Pressure o

psig Test Item Assembly:

(

Load As ooo volts 1

Current

9. 9 9;L amos t

L b-

r-i Pcga Vl-38 i

Report 43854-3 DATA SHEET

~

Time

/.gr/a rad hours c-l-

Chamber Environment:

[

Temperature

/4A 3 F

i Pressure n

psig Test Item Assembly:

r I

p a (/. 99 / volts Load Current 9.99o amps r-i

/4,/Arat/ hours i

Time Chamber Environment:

Temperature N 7.7 F

Pressure o

psig r

i Test Item Assembly:

Load M 99/

volts Current 9.99/

amps hours Time Chamber Environment:

CF I

Temperature psig I

Pressure r

Test Item Assembly:

(

volts Load amos Current i

hours Time I

1 i

Chamber Environment:

0 Temperature '

F psig Pressure I-Test Item Assembly:

volts Lead amps Current

f I

Page VI-39 Report 43854-3 I

DATA SHEET Test Item Assembly

Description:

Tl/A Q4 /c S o //c, A s s, ~ /a /,

a6

/

l r o <-e f e l -H r

v e Ito n e ek* /

tt,

/

1.

Verify Initial Conditions:

Test Item Assembly:

Y?9 volts Power Load v7r. o volts Current o.91 amps Environmental Chamber:

r-Temperature 50.2 F

Pressure p n - psig 0 op/2 Ramp to Chamber Conditions of 325 + 5 F-2.

i Time:

Start

/4 35 r v hours Stabilized Condition Ac creyr hours f

Environmental Chamber Stabilized Condition:

Temoerature ud7

• F Pressure

v. n >L psig r

iest Item Assembly at Stable Environment:

79 c/$

i f

Load

'/ //. Y volts i

Current

/00 amos I

f 3.

Maintain Stabilized Chamber Condition and Record Data After 5 Minutes:

Time H:50:52 hours Chamber Environment:

• F Temperature 323 r Pressure

// g u y ~ psig 27-Test Itam Assembly:

/ 5-)

Load

1. f).7 velts Current

/, 0/

amos

Pega VI-40 Ripart 43854-3 DATA SHEET

[~

4.

Reduce chamoer pre,ssure_at a rate of 8.6*F/15 minutes 4

to 282*F at 20 psig in one hour and Record Data:

r-I Initial Data:

///a/. u hours Time:

r_

[.

Chamber Environment:

0 3 7_c v F

Temperature

/ oc psig

~

Pressure Test Item Assembly:

('r /Wp r

9/v.r volts l

Load m

amps Current

[

Repeat Data at 10-minute Intervals:

/// W/5f hours Time:

~

Chamber Environment:

ry; -r F

Temperature Pressure

/rn-osig l

Test Item Assembly:

6-r/L)

F 4if.f volts Lead Current

f. n r amps r

Time:

// 23: 54 hcurs t

t Chamber Environment:

o Temoerature eis 3 p

Pressure

/ /9 7 psig r

9D Test Item Assembly:

i l

l l

Load I/ 7f.q volts Current

/. 90 amps L

Time

/f:32 : orhours Chamber Environment:

r 0

Temperature 2 e r ->

F s

Pressure f,,,,

psig Test Item Assemoly:

'Y/

4/0. ?

vel s Load Current

/ (0 amps l

Pcg2 VI-41 Rzport 43854-3 I

DATA SHEET I

l$:'ICG7 hours

~

Time Chamber Environment:

I Temperature 232,1 F

Pressure

/./-n -

psig Test Item Assembly:

6-J M i

L Load Vf0.7_voits Current

/no amos

/97// co hours Time j

Chamber Environment:

C Temperature 2 20.4 F

i Pressure

/ /r/v osig Test Item Assembly:

C c /*/)

10 0.0 veits Load Current r e 0 ar.ps F

hours j.

Time Chamoer Environment:

r O F i

Temperature Pressure psig

[

Tes: Item Assemoly:

t volts Load at:s Current hcurs Time t

Chamber Environment:

F Temperature psig f

Pressure t

Test Item Assemoly:

i volts Load ar. s Current l

l

Pcga VI-42 Riport 43854-3 DATA SHEET I

5.

Reduce chamber temperature to 2JO*F and Record data: ~

I Time

/f/> orophours Chamber Environment:

U I

Temperature 2d a, f F

Pressure

/. / / e/ -

psig 7' U7 Test Item Assembly:

Power

1. 7f.f volts Load 17s./

volts

~

Current tJe amps 6.

Reduce chamber temperature by 3 5'F each hour T'

for 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> until a chamber condition of 150*F and 0 psig is obtained.

Record data af ter each temperature reduction:

2 o 2 3'31 hours3.587963e-4 days <br />0.00861 hours <br />5.125661e-5 weeks <br />1.17955e-5 months <br /> Time Chamber Environment:

7,

\\

Temoerature 2 17.:

• F Pressure

/. s y-psig Test Item Assembly:

1. ~ T[' '?

4'f/.V volts Load i

Current

/.00 amps Time

'll:1L39 hours Chamber Environment:

0 Temperature en t,9 F

f Pressure

.9n, psig l

Test Item Assembly:,

2 F[#-)

Load e/i3. 2 volts Current

/ac amos l'L'"A d' 2 / hours Time 3

Chamber Environment:

c 1/ 4. 3 7

Temperature Pressure

_e %

psig oo Test Item Assembly:

e/f2 f volts Load Current

/. ca amos

Pcg2 VI-43 Report 43854-3 DATA SHEET 23 '.36:/$nours

['

Time i

Chamber Environment:

x ' 2. +'

s F

T m= r tur-Pressure rSv<

psig O'

[#'?

Test Itam Assembly:

{

~

44 f aT volts Load Current

/ en amps

~

e o : /2 : 3 Y hours Time r~

l.

Chamber Environment:

O 9 //. [.

F Temperature

[_.

Pressure a Wv psig Test Item Assembly:

• # f /'r 9 '7 9 v volts Load Current c.99?

amos e/;/2.') Y hours Time Chamber Environment:

y 9 // 9 F

l Temperature Pressure nNy psig

• O'7

{

Test Item Assemoly:

'/.775' volts Load Current o. G c/ /

at::s t

Time 62 ' /7 ' 2 9 hours1.041667e-4 days <br />0.0025 hours <br />1.488095e-5 weeks <br />3.4245e-6 months <br /> Chamber Environment:

7 / /. /

F Temperature o s> c f'-

psig

[

Pressure Test Item Assembly:

O * /' 7 h 9/ 6 velts Load Current o 5 9y amps

Pcg2 VI-44 Rsport 43854-3 DATA SHEET

[-

t Time (3; /::

• 99 hours0.00115 days <br />0.0275 hours <br />1.636905e-4 weeks <br />3.76695e-5 months <br /> Chamber Environment:

O 3 0 '). 6/

F F

Temperature c.c.s 3 psig r

l Pressure Test Item Assembly:

[5/)

0-l' Y.? / f volts

i. cad Current v.997 amos OY:/2 l2 Y nours Time Chamber Environment:

$ C'f. /

F Temperature Pressure C. ? S $

psig r

• * * /M Test Item Assembly:

'/. 7 F (c volts Lead Current o.99Y amps C5.'I2.'2 9 hours1.041667e-4 days <br />0.0025 hours <br />1.488095e-5 weeks <br />3.4245e-6 months <br /> C

Time i

Chamber Environment:

(..

%, c f cp Temperature

{

% '1 - ::sig Pressure Test Item Assembly:

e.o[i.'y Y,799 volts Load Current

o. 99 ;s amos 7jeg d[./.7 ' ) 9 hCurs Chamoer Environment:

/99 0 F

Temoerature Pressure f.sr5 L psig Test Item Assembly:

0 # [5 '7 9? 95 volts Load Current t. S c7 5 amos i

?

l

{

l

Pcg2 Vl-45 Report 43854-3 r

DATA SFTET i

r i

Time 0 7.' / 0 : 3 '/nours a

Chamber Environment:

r O

{

Temperature 19 7. '/

F Pressure

,, c. e t. 7 psig

{

Test Item Assembly:

0 o /3')

t Load

'/, '/ 9/

volts l

Current o.9 c /

amps r

Time

')? '. / 7 ' 1 hours1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> r-.

i

(-

Chamber Enviror.nent:

0 Temperature

/ 9 9. ?

F

{

Pressure OT66 psig Test Item Assembly:

F')

r l-Vf/7 volts Lead Current o.943 amps 4 9.'/).'A f hours Time F

Chamber Environment:

Temperature

/ $ Q. I

• F Pressure c.5 7 0 psig 0#

[

' es: Item Assembly:

f5/f Y,78 2 volts

[~

Load Current 0,993 amos Iime

/o'/a'JY hours i

Chamcer Envircement:

O i

Temperature

/8/,./

F Pressure n

psig Test Item Assembly:

/47f/

volts Load s

Current 09f am::s i

I m

k s

'g

Pcge VI-46 i

Report 43854-3

~

DATA SHEET

//l/A Jd hours Time Chamber Environment:

r 0

/26.5 F

l Temperature Pressure 6

psig Test Item Assembly:

' Load'

//. 9&ll volts a

Current

/. no amos

/E/4 :42/ hours Time F

4 Chamber Environment:

O Temperature

/9K.#

F psig Pressure Test Item Assembly:

F

//.907 vol ts Load Current

.99g amos e

Time ts /g aV hours Chamber Environment:

0

/ 7 P.V F

Temperature Pressure o

psig I

Test Item Assembly:

v. 774 volts

~

Load I

Current

1. cot amos r

Time r4 In 20 hours2.314815e-4 days <br />0.00556 hours <br />3.306878e-5 weeks <br />7.61e-6 months <br /> l

}

l Chamber Environment:

'~

0 IN 3 F

Temperature Pressure o

psig I

Test Item Assembly:

l 1

Lead VUI 3 Current n,q u am:s i

i l

i L

/

Pcga VI-47 Report 43854-3 DATA SHEET Time f 5'.ta:211 hours

{~

Chamber Environment:

O e-l Temperature it.R.S F

Pressure o

psig r

Test Item Assembly:

1 load II.9 n; volts Current r.no amps

{~

Time

/4:/2,:t l hours t

Chamber Environment:

Temoerature

/ 4 7. 7 F

Pressure o

psig

{

Tes. 7 tem Assembly:

4 P/6 volts

/

Load Current

/.c o 7 amps

(-

Time hours Chamoer Environment:

e-U f-Temperature F

Pressure psig Test Item Assembly:

Load volts l

Current amos Time hours Chamber Environment:

Temperature '

F l

Pressure psig L.

Test Item Assembly:

i Load volts Current amos i

1

Paga VI-48 Report 43854-3 DATA SHEET DA & />[e So/,'u 45 fem / Af 14 f

I Test Item Assembly

Description:

/

C v e <

,. f e !, #

/2 ve %. e e k 4 /7 Yk 3'Rd'-1f 1.

Verify Initial Conditions:

Test Item Assembly:

2W volts Power Load aro. n volts Current 0,97 amps Environmental Chamber:

Temperature

/50.2 F

Pressure

. f re y psig h

2.

Ramp to Chamber Conditions of 325 t 5 F:

Time:

Start R : w sy hours Stabilized Condition u gr v5 hours Environmental Chamber Stabilized Condition:

~

Temoerature

. ?2 W /

• F Pressure vnL psig f.

Test Item Assembly at Stable Environment:

77'd/>5,9

~

Load 9 W. 94-velts Current

o. o v amps 3.

Maintain Stabilized Chamber Condition and Record Data After 5 Minutes:

Time M '50/52 hours Chamber Environment:

j' Temperature 123.f F

Pressure a S v 7-psig 7 7' f.

Test Item Assemoly:

[5')

Load 2 99. f f volts l

Current oou amos

Paga VI-50 Report 43854-3 I

DATA SHEET i

H:Yf:W7 hours Time Chamber Environment:

og c :t n a l

Temperature

//70 psig Pressure C3 U I Test Item Assembly:

S vf.D volts Load

o. e r amps Current M //f fd hours Time Chamber Environment:

2mc F

Temperature

/. / p - psig

{

Pressure Test Item Assembly:

C o / Y.')

i'/9. f( volts Load o az amps Current neurs Time Chamber Environment:

j F

Temperature psig Pressure j'

Test Item Assemoly:

volts Load l'

amps Current hours Time Chamber Environment:

F

)

Temperature psig Pressure Test Item Assembly:

I volts Load amos Current lt

Pega VI-51 Report 43854-3 I

DATA SHEET I

I 5.

Reduce chamber temperature to 230*F and

}

Record data: ~~

~

1 sime

/ 9.* ;t 0 39 hours4.513889e-4 days <br />0.0108 hours <br />6.448413e-5 weeks <br />1.48395e-5 months <br /> Chamber Environment:

r-o.

1 Temperature 329.I t

Pressure

/. / /v -

psig O'7 Test Item Assembly:

99 volts Power Load t vo,eo volts F

Current meg amps I

i 4

6.

Reduce chamber temperature by 3.5'F each hour for 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> until a chamber condition of "l -

150*F and 0 psig is obtained.

Record data af ter each temperature reduction:

2 0:1-r of hours Time Chamber Environment:

O

}

Temperature a 2 2. J F

Pressure

/. oo u psig Test Item Assembly:

9 T [7/7 Load 2 uq 9; velts I

Current n ov amos i

Time 2 /:E / W hours i

Chamber Environment:

Temperature 2 2 0. q F

j Pressure

.977-psig Test Item Assembly:,

9'f f 5Q Load 249 95 volts Current M. O amos Iime S*2l3v?f/ hours Chamber Environment:

Temperature 214.3

• F Pressure 17fe psig I

Test Item Assembly:

O,0 f 3]

p4447 volts Load

-as amps l

Current l

l

Paga VI-52 Riport 43854-3

(

DATA SHEET l

t Time SJ 'E. / / hours

/

F l

Chamber Environment:

O Temperature o n. #

F r-t Pressure

. 92 v y psig

(

Test Item Assembly:

O,o[L'y P

Load

'L49.17 volts Current o.43 amps Time Mll2 M hours r

Chamber Environment:

o 2)I.L r

1 Temperature Pressure o e y <f psig Test Item Assembly:

0 d [S/p l

Load 3 5 e e, 2.

volts

'~

Current

9. 3 L 9 amps l

r Time e/.*/2.'3 P-hours i

Chamoer Environment:

) //. 9 0 F Temperature Pressure o.5sw psig 40 3')

Tes Item Assembly:

i h/.99R. volts Load Current

9. 3 c 1 am:s s

0 7 '. / 2.1 #> flours Time

{

Chamber Environment:

3// /

O F Temperature Pressure c.S 5 e psig I

Test Item Assembly:

• ff7 ilF.995 volts I

l Load Current 93(2 am::s l

1 1

{

Pagn VI-53 t

Rrport 43854-3 I

DATA SHEET

(

03' /J l9 9 hours1.041667e-4 days <br />0.0025 hours <br />1.488095e-5 weeks <br />3.4245e-6 months <br /> I

Time l

Chamber Environment:

0 2 0 7. 9 F

l Temperature Pressure c (c.s 3 psig C

Test Item Assembly:

1. 'O[3-)

t 26eebvolts Load Current

9..r c s amps 4.

oy!/.2 1 9 hours1.041667e-4 days <br />0.0025 hours <br />1.488095e-5 weeks <br />3.4245e-6 months <br /> Time Chamber Environment:

C

'l c F. /

F Temperature

)

Pressure c. r5 3 psig

1. * * [*l7 Test Item Assembly:

,9 '/. 99 2 volts Load Current

9. 3 t.- 2 amps (3$ 12:2L/ hours Time Chamoer Environment:

O

$ c C. /

F Temperature

c. r s t psig r

Pressure 6, o [s,'p Test Item Assembly:

9'/.976 volts Load 1

9.3 L.1 amos Current

,i C C /.1:2 Phcurs Time e

l Chamber Environment:

l 99. $

• F Temperature '

i l

Pressure c.96 t psig

[U)

O#

Test Item Assembly:

j

.') t/ 9 77 volts Load Current

</.3 t,. 2 amps i

t

Pcgn VI-54 Rsport 43854-3 I'

DATA SHEET 0 7 l /3.' S yhours I

Time t

Chamber Environment:

O

/97,P F

Temperature 4-Pressure o.e( 7 psig O'

[3T Test Item Assembly:

F.

Load ~

9 F. 99 6 volts

[

Current

9. # 3 amps i

65' /2: O 9 hours1.041667e-4 days <br />0.0025 hours <br />1.488095e-5 weeks <br />3.4245e-6 months <br /> Time F

Chamber Environment:

/TMf F

U Temperature c7.ps 6. psig i~

Pressure

[D Test Item Assembly:

r

$ 2/[7S volts Load

~

Current

7. 3 (e. /

amps Cf,'/3'J F hours Time Chamber Environment:

lTS. l

• F k

Temoerature Pressure 6 Er Jo psig 6est Item Assembly:

/s,'7 C.

l

(,

$ M 9f f volts l.

Load

4. 3 f. 3 amos Current

/O?/a'aY hours 3gg l

Chamcer Environment:

t

/?& Y

• Y l

Temperature 7

o psig Pressure Test Item Assembly:

i

/

,,75.oco volts Load Current

9. 2(,z amos 6

[

Pcg2 VI-55 i

Rrport 43854-3 DATA SHEET

// * /.2 Gd hours f

Time Chamber Environment:

0

)

Temperature

/25.5 F

Pressure o

psig F~

Test Item Assembly:

t

[ca'd '

Jt/. 99A volts ~

f Current 9 M9 amps i

Time c c at! hours I'i Chamber Environment:

0 Temperature

/9v.g F

Pressure o

psig

]

Test Item Assembly:

c Load JV 99.1 volts Current

9. 3s r amps

/3:/a -2t/ hours Time Chamber Environment:

J-

/7$.y c p

(

Temperature Pressure o

psig iest Item Assembly:

r Load at/ 999 volts Current

't. 3 Mk amos i

Time 14 12:M hours Chamber Environment:

o Temperature n y.1 p

{

Pressure n

psig' Test Item Assemoly:

l Load 25.o04 velts Current

9. 36y am:s f

i s

,.-,.-----r

l r

Page VI-56 Report 43854-3

(

/M:/a:aV hours i~

Time 1

Chamber Environment:

0

//J 3 F

r Temperature 4

Pressure n

psig Test Item Assembly:

p.

L Toad ' ~

M 993 volts Current

9. ns._

amps gr/a:/ A hours Time

(.

j Chamber Environment:

o

//,7 7 F

Temperature o

psig Pressure

~

Test Item Assembly:

r at/ 99t/ volts Load

9. 3G i amps Current F

hours ime i

Chamber Environment:

• F Temperature psig Pressure iest Item Assembly:

i L

volts Load amos l

Current hours Time f

a Chamber Environment:

O F

_iemperature Pressure p q L.

Test Item Assembly:

I volts f

load amps Current t

l

(.

c-.

[

Paga VI-57 Report 43854-3 F

DATA SHEE~

Test Item Assembly

Description:

7'l/ Af Q ; s /r 5 e //e e Asec.m4/,

48

/

/

t Curve d el S 6

valfaea c l,. # o y n k 3 - S f '] J' r

4 1.

Verify Initial Conditions:

P Test Item Assembly:

f 76 volts Power Load an v volts r

o,97 amps Current l,

Environmental Chamber:

C I'

Temperature

/fo. 2 F

Pressure pro - psig D

'~

2.

Ramp to Chamber Conditions of 325 f. 5 F:

Time:

/Gfverthours I

Start I

Stabilized Condition

/Cfur v Alcurs Environmental Chamber Stabilized Condition:

F c

Temoerature va uS p

Pressure

u. n p, osig

[

Test Item Assembly at Stable Environment:

77 o [:'7 Load Ef0. /

volts p-ie acos Current z

l t

~'

l

(

t 3.

Maintain Stabilized Chamber Concition and Record Data After 5 Minutes:

Iime

/4.*Sof c2 hours Chamber Environment:

U f

Temperature e23.r F

Pressure y c. a n psic Tes Item Assembly:

7 7 " /7?

s

&'fB. f volts Load Current

/. o amos

Pcga VI-58 Report 43854-3 I

DATA SHEET I

4 Reduce chamber pressure at a rate of 8.6*F/15 minutes L

to 282*F at 20 psig in one hour and Record Data-r D

Initial Data:

~

//. c> c2 / hours Time:

Chamber Environment:

C y 7,- v F

Temperature

/ 9e e _ psig F

Pressure I

Test Item Assembly:

6 F/fy r

4'p> 7 volts j

Load x oo amps Current j

Repeat Data at 10-minute intervals:

/ff/uzu hours Time:

Chamber Environment:

c ou7 F

Temperature zsia, psig Pressure I

I Test Item Assembly:

(, r/8/f j

f 79. f volts Load e

I nn am::s l

Current 1

//f u n hours Time:

p l

t Chamber Environment:

2w9 F

l Temperature

/ /S pr psig Pressure O

Test 1:em Assembly:

{

4'77 / vol ts i

Load I

Current too amps l.

Time

/f:32 orhours Chamber Environment:

0

(

Temperature m2 F

Pressure

/ sat - psig Y')

Test Item Assembly:

l Load

1. 771 volts l

i l

t Current

/, M amps I

(

s f_

I Page VI-59 Report 43854-3 I'

DATA SHEET

/f:stc:a] hours Time s

Chamber Environment:

r 2n2 F

i Temperature

/. / 7 r-s psig Pressure I

Test Item Assembly:

6 7 /*/p i

Load

~

u M 2 volts

/ 00 amps Current ja !/:ro hours 34,

F i

Chamber Environment:

o aw; F

Temperature

' ' f' psig

{

Pressure Test Item Assembly:

0 [#'/

4'7f 9 volts Load

/.c o amos Current F

hours

(

Time Chamber Environment:

F Temperature psig Pressure t-

[

Test Item Assembly:

volts i

Load amos i

i Current hours iime j

I Chamber Environment:

F i

Temperature psig L

Pressure Test Item Assembly:

(

f volts Load amos Current o

I Pcg2 VI-60

(

Report 43854-3 DATA SHEET

(

5.

Reduce chamber temperature to 230*F and Record data: ~~

, en ag Time

/9: 20:09 hours t

Chamber Environment:

Temperature 219.1

• F Pressure

/ // v g psig Test Item Assembly:

N A7 r

9M volts Power Load u na. 7 volts F~

Current o.oa amos

(

6.

Reduce chamber temperature by 3.5*F each hour for 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> until a chamber condition of i

150*F and 0 psig is obtained.

Record data af ter each temperature reduction:

Iime 2 0,' 2 7'O/ hours Chamber Environment:

c.

• F f

Temoerature o n., e Pressure fsu psig f

Test Item Assembly:

A, rgrg Load I/ 74. ]

velts r

l Current n on amos Time o 1:2 C: 24nours l

Chamber Environment:

Temperature 2 20.9 F

l j

.9 73 -

psig Pressure g

l Test Item Assembly:.

d T[3Q r

l Load

• / 7 s. 7 volts Current o.99 amps l

Time

???vvfr/ hours Chamber Environment:

Temperature 214.3

• F Pressure 9 7f-psig Test Item Assembly:

f3}

06

(

Load 9.77 9 volts Current o.99 amos

I i

paga VI-61 Report 43854-3 DATA SHEET j

sime 23:2c:/yhours z

Chamber Environment:

F.

0 Temperature a o.y F

(

Pressure 12M psig 6-F'?

Test Item Assembly:

Load

//79./ volts p

Current o.qa amps

~

i t

Time c c n :.2 y hours L

Chamber Environment:

O 3 //. l F

Temperature

[.

Pressure n,e,q psig Test Item Assembly:

0 8/7')

9. 7 6 9 volts Load Current O. </ 95 amps e

O/.'/2 !.2 rhours Time i

Chamber Environment:

9 //. ?

0 F Temperature Pressure

o. s,5 e psig Tes: Item Assembly:

• [T'1 h

F.7 6 o vel:s f

Load Current o.9 ys am~s i

Time C e './2 ' 2 F-hours

[

I Chamcer Environment:

O Temperature 9 / /. /

F Pressure m.s e psig L

Test Item Assemoly:

0 C /5'?

t

4. 7 6 (,. volts Load Current o79v amos r

i r

I Pegn VI-62 i

Rsport 43854-3 I'

DATA SHEET t

03.'t2:2 Phours Time t

Chamber Environment:

3o7.J' 0 F

'~

Temperature l

Pressure o.Ps 3 psig Test Item Assembly:

O * ['^)

p t

VM //~ volts i.oad Current c.9 y G.

amos p

t O Y! /.1 ' 'W hours Time Chamber Environment:

4 "10 7. /

F Temperature Pressure 0.95 3 psig Test Item Assembly:

1. ~#l)

Y.756 volts Load

~

Current 0 99?

amps 66'/2' h hours Time Chamber Environment:

M C'o. /

U F Tem;;erature Pressure D S-S e-osig

'# [I')

I Test Item Assembly:

lL Y',786 volts Load Current 0 9 s' 7 amos 7

t C( '/l '1'/nours Time I

(

Chamber Environment:

/99.0 0F Temperature Pressure

c. 95 4 psig r

(' ' */

60 Test Item Assembly:

Y,7 9 / volts Load Current 0,9o p amos s

I~

Pega VI-63 i

Rrport 43854-3 DATA SHEET C7U2.'29 hours3.356481e-4 days <br />0.00806 hours <br />4.794974e-5 weeks <br />1.10345e-5 months <br />

[

Time

(

Chamber Environment:

/97.F 0F i

Temperature Pressure C. s-t 7 psig F

Test Item Assembly:

O ' *["7 l

Load

~

4.7 6 5 volts Current oR 92 amps C&.'/2:2 9 hours1.041667e-4 days <br />0.0025 hours <br />1.488095e-5 weeks <br />3.4245e-6 months <br /> Time F

l Chamber Environment:

/ 9E F F

Temperature o.46G psig Pressure Test Item Assembly:

O *C f 'y r

M 757 volts I

Lead Current 0,99.5 amps d 9l/JJ.2 #1ours

(

Time Chamber Environment:

/ fE /

F Temperature 6.170 psig 7

Pressure f

Test Item Assembly:

O ' / 3 ' */

M// 4, I volts

(

Load Current n.f 97 ar.a s t

/m/2.aV hours Time j

Chamber Environment:

/ 94.9

• F i

Temperature o

psig

[

Pressure Test Item Assembly:

(

d.7M volts Load Current

/.co/

amos t

f L _

[i pcga VI-64 Report 43854-3 DATA SHEET Time

// /.3 :00' hours Chamber Environment:

Temperature 195.i

• F Pressure o

psig nest Item Assembly:

' Loaf'

/ ha ' volts

~

Current

/ bio amps Time

/a:/A at/ hours Chamber Environment:

/ Pis F

Temperature

[

Pressure o

psig

(

Test Item Assembly:

d.799 volts Load Current

/.oo3 amos F

/3:/A!AY hours

[

Iime Chamber Environment:

/ 7f.4/

F C

Temperature Pressure o

psig f

Test Item Assembly:

Load z/.799 volts r

[

Current

/.oes amos i ) r la 24 ncurs t

Time 1

Chamber Environment:

0 17Y3 F

l Temperature 1

Pressure o

psig Test Item Assembly:

\\

Load 21.905 volts Current

/.cov am::s l

l l

Pcga VI-65 Report 43854-3 DATA SHEET Time

/5 /.o nt/ hours Chamber Environment:

0 Temperature

//o f. 3 F

Pressure n

psig Test Item Assembly:

/

4, f/ 7 ' volts

' L'oa d ~~

Current

/.e>r/

amps Time

//,r/.a wf hours Chamber Environment:

Temperature

/6 7.7 F

Pressure n

psig Test Item Assembly:

Load 4/2//,

velts l

Current

/. e r amps 7._

hours Time E

Chamoer Environment:

l 7

O F

{

Temperature Pressure psig Test Item Assembly:

volts Load Current amps hcurs Time Chamber Environment:

0 Temperature '

F Pressure psig Test Item Assembly:

1 volts Load Current amos t

I L

i e

Paga VI-66 Riport 43854-3 DATA SHEET Test Item Assembly Descriotion: 77/A /%f,[e J/) hee _ 4 Src ~ 4/v -CA I

/

l el #

B p o ih. < e3 * / 7 cur,ee

~

[ gf-5/<2?)7?

1.

Verify Initial Conditions:

{~'

Test Item Assembly:

O TO volts Power Load a w. n volts Current

/o amps Environmental Chamber:

~

Temperature

/50.2

• F Pressure

, en.. psig O

2.

Ramp to Chamber Conditions of 3251 S F:

Time:

/4:3nry hours

~

Start Stabilized Condition

/ef vr u r hours Environmental Chamber Stabili:ed Condition:

p c

1 Temoerature l a 4' #

F Pressure v 72 A psig W-

[9 Test Item Assembly at Stable Environment:

Load c ra.fyvolts Current

/. o amos f

L 3.

Maintain Stabilized Chamber Condition and Record Data After 5 Minutes:

Time

/se3ccf. flours Chamber Environment:

I O

Temperature 32:: S F

Pressure

v. s v s psig Test Item Assembly:

7 7.c> [5g Load

? ro.77 volts Current

/. O amps i

t l ~

"~

Pcg2 VI-67 Rsport 43854-3

~

DATA SHEET

{

4.

Reduce chamber pressure,a_t a rate of 8.6'F/15 minutes t

to 282*F at 20 psig in one hour and Record Data:

Initial Data:

Time:

/ P: e n 2? hours f~

Chamber Environment:

i 0

,,s.V F

Temperature-x 3 o v-psig

~

Pressure 6 T [7 7 Test Item Assembly:

Load aso. 92 volts

/ o <- amos Current r

Repea: Data at 10-minute intervals:

I Time:

pwc3f hours Chamber Environment:

0 Temperature 23c.7 F

/ m - psig Pressure

(~f ['l7 Test Item Assembly:

1 9.f0 volts Lead

/. 79 amos Current m a2 ra hcurs Time:

f-i Chamber Environment:

c F

.m r v 2 Temperature Pressure x f r, z,

osig 45 F7 6est Item Assembly:

l 1

I-250Af voits 1

Load Current

/.00 amps Time

//3;:o.c hours Chamber Environment:

7

• F Temperature 231,

psig Pressure z m ec c l

6 5~ //7,'A iest Item Assemoly:

/

Load a rD.fr volts Current

/00 amos

PageVI-65

~

Report 43854-3 r

DATA SHEET

(

Time

/f:4r:47 hours Chamber Environment:

I~

Temperature e u,2 F

Pressure 2 /u - psig Test Item Assembly:

6'J /7-)

7

{

2 SD. fa volts Load I

Current

/,0 0 amps Time

/7.vp.ro hours

,r Chamber Environment:

Temperature 23 o. a.

. A. -

Pressure zu /-

psig Test Item Assembly:

00 [* '7 I

Load volts Current amps I

. Time hours

(

Chamber Environment:

{

Temperature F

Pressure psig Test Item Assembly:

volts Load Current amps Time hours Chamber Environment:

0 Temperature F

j Pressure psig Test Item Assembly:

L Load volts Current amps

l l

Paga VI-69 Report 43854-3 I

DATA SHEET

(

[

5.

Reduce chamber temperature ~ to 230*F and Record data.

~

Time fr:2o:or hours Chamber Environment:

j Temperature am 9. /

F 4

Pressure mc psig Test Item Assembly:

W #'7 c

2.5C volts Power Load c ro f3 volts

[

Current

/ oo amps t

6.

Reduce chamber temperature by 3 5*F each hour

,A -

7, for 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> until a chamber condition of i

150*F and O psig is obtained.

. ecord R

data after each temperature reduction:

Time 7ec2_:t o/ hours Chamber Environment:

O l

., Temperature z a n. t.

F Pressure f.u,, psig A* f

1. 7

{

Test Item Assembly:

Load f5o. f 4 volts

(.

Current

f. o o amps Time 9i 24:.gv hours Chamber Envirenment:

U Temperature u o. g F

I Pressure

. o 73.,

psig I' T f'. ).

Test Item Assembly:,

i b

Load' 0

'l 5 90 volts Current i, o o amps Time

, raa 2i hours Chamber Environment:

• F a 14 3 Temperature

' 999-psig Pressure

[3 #1 O*d Test Item Assembly:

Load 2 50.97 volts Current

/on amps

Page VI-70 Report 43854-3 l

DATA SHEET f

Time 23:.2C1el hours Chamber Environment:

O f

Temperature 2 r2. s/

F Pressure

,t 2 y,psig 0-f!?

Test Item Assembly:

Load-...

2509/ volts Current f,o amps Time ce :/9 :.2 / hours I~

l Chamber Environment:

0 Temperature t//,6 F

Pressure c.s-yse psig Test Item Assembly:

d'O [7Q 9 6,o 9 3 volts Load Current

/c.c 6 9 amps O/./0 '.2 Y hours Time

[

Chamber Environment:

0 2 / /. ')

F I-Temperature Pressure o V.5 9-psig

(.

Tes-Item Assembly:

[77 O'

~25 05'F volts Load Current

/o.c c y am;:s Time o2.*/212 9 hours1.041667e-4 days <br />0.0025 hours <br />1.488095e-5 weeks <br />3.4245e-6 months <br /> Chamoer Environment:

O Temperature 9//./

F f

Pressure v.c;s a psig

[3')

Test Item Assembly:

Load

$5 CW velts Current i<.v5?

amps i

)

l

Pcg2 VI-71 Rsport 43854-3 I

DATA SHEET t

03.'/Al1Miours I

Time Chamber Environment:

307,# OF

~

Temperature o.w3 psig Pressure Test Item Assembly:

• '[59

'2 5. C 9/ volts f.oad

/ C. o C 5 amps Current

[^ '

0 4./0*.1'/ hours Time Chamber Environment:

j O

O C /. /

F Temperature i

Pressure eM3 psig O '# h7 Test Item Assembly:

M.6 9~7 volts Loaif to.e5 2 amps Current j

e5: 19:34. nours 1

t Chamber Environment:

0 Q (up j 7

I Temperature O. M &

osig Pressure O,o [sg Test Item Assembly:

j 38,C98 volts Load

/2:066 ames Current l

Ol'.l$'2Vnours Time Chamber Environment:

l '19. $

• F Temperature o, % e psig Pressure j'

Test Item Assembly:

[3 [

0d 3 8.0 71 volts

/ # 0" "U 5 urrent

P ga VI-72 Report 43854-3 g_.

DATA SHEET l

[

Time O ?.'/ 9 '.2 9 hours1.041667e-4 days <br />0.0025 hours <br />1.488095e-5 weeks <br />3.4245e-6 months <br /> Chamber Environment:

p f W. Y

• F Temperature Pressure

0. 9 L ')

psig Test Item Assembly:

0 * [i-)

Load 9 5.c ? f volts Current

/ o.oS 7 amps Time 0P.'/0 :.2% hours Chamber Environment:

/ D.9 0F Temperature j

Pressure c.ce E (.

psig Test Item Assembly:

['39 Load 9 6. C 9 O volts Current

/c. e 59 amos Time 0 9.'/2 M.ours

~

Chamber Environment:

Temperature

/ 93. /

O F Pressure c,9 7 c psig

[

Test Item Assembly:

O'# [5/p 9 FI C 9/' volts Load f

Current

/ a es V amos Time m.c: # hours Chamber Environment:

C Temperature

/P4. P F

Pressure o

psig m

Test Item Assembly:

Load 45.o97 volts Current

/o.ob/

amps I

r Pcga VI -

Report h3854-3 DATA SHEET s

1///,0 n4/

hours i,

Time Chamber Environment:

F

/953 F

}

Temperature o

psig Pressure Test Item Assembly:

Loal M.o PG volts

/o.or/

amps Current ty Ir 34 hours3.935185e-4 days <br />0.00944 hours <br />5.621693e-5 weeks <br />1.2937e-5 months <br /> Time Chamber Environment:

O

/ Fi.s F

Temperature o

psig Pressure Test Item Assembly:

35.ok7 volts

~

Load to asy amps Current g 11ad_ hours i

Time Chamber Environment:

/71f.V _UF Temperature o'

psig Pressure Test Item Assembly:

s l

A 5.o79 volts l

Load i n.os6, a:nos Current

/V: 12:a4 hours Time i

t i

Chamber Environment:

0 r7tf.3 F

~

i semperature o

psig

[.

Pressure Test Item Assembly:

1 Load ns., c:- volts

/ n osse am:s Current t

s Pega Vf-74 l

A y... ', ' 7 r-

,s N

Report 43854-3 x

DATA. SHEET r

s j

m

-4,.

1s Time

\\

.((

/$la:M h0UV5 i,~

~ -.

Chambe"' Environment:

& 9.3 F

'l t,"

Temperature m

psig

' i- '_ i'

-Pressure

,I Test Item Assembly:

I-r 25.oP7 volts Load s

Current m nst. amps l

Time Ava:at/ hours I

Chamber Environment:

Temperature 47.7 F

a psig I-Pressure 1

Test Item Assembly:

Load

.35.o74 volts Current

/o.osi amps Time hours Chamber Environment:

F Temperature Pressure psig Test Item Assembly:

t I

Load volts Current amos l

Time hcurs f

Chamber Environment:

0F' Temperature Pressure psig

}

iest Item Assembly:

'q s

I Load vol '.3 Current amps

(

+

PCg2 VI-75 Report 43854-3 DATA SHEET l

Test item Assembly

Description:

7N4 A6/p S/)//c, 4mr%4, /,

fd

/

/

cu<<e 4 ch Y 7

p Naaa c_ ! & 7 a

hv.k 00.b.$ - R E ~ 70

,r-j 1.

Verify Initial Conditions:

[~

Test Item Assembly:

486 volts Power Load v7 o., volts l

Current

o. of amos Environmental Chamber:

0 f r o. 2 F

Temperature Pressure r52 m psig

o. o p/y l

2.

Ramp to Chamber Conditions of 32515 F:

Time:

Start

/G wsd hours c vreve hours Stabilized Condition Environmental Chamber Stabili:ed Condition:

cp Tem::erature 12 v. f Pressure a r> r-psig l

Test Item Assembly at Stable Environment:

7 9 C' f5/7 j

Load vp2 f;_ volts t

Current

/o/

amps l

~

~

I 3.

Maintain Stabilized Cnamber Condition and Record Data After 5 Minutes:

I sime E 'Seen hours Chamber Environment:

l Temperature f3s F

Pressure a c 4' m psig Test Item Assembly:

7 2 # /"/

Load

1. f5 b volts Current

/ ni amps

I l

I Pcg3 VI-76 Report 43854-3 i~

OATA SHEET l

4 Reduce chamber pressure at a rate of 8.6*F/15 minutes to 282*F at 20 psig in o'n'e ho'ur and

~

Record Data:

j Initial Data:

Time:

/9: e/:2/ hours I

Chamber Environment:

Temperature o 7f y F

Pressure

/. 3,, psig C r/s.p Test Item Assembly:

'/fn volts Load Current n/ amps Repeat Data at 10-minute intervals:

l

/ / /# _3f hours i

Time:

Chamber Environment:

0 Temperature o s c.y F

u Pressure 1 > i2 psig Test Item Assembly:

6 8'f5/p 4 70 / volts Load l-Current f o/

amps

(

Time:

// 2.2_ sc hours i

Chamber Environment:

0 3 M. 2 F

Temperature i

Pressure

/. / 9 7 - psig

1. ~ 7"7 Tes: Item Assembly:

I I

L Load effg..g volts Current

/ c/

amps Time jf:32;og hours cnamber Environment:

j O

Temperature 9 n. S F

Pressure

' t 9 or. - psig 5 ' 9' ')

Test Item Assembly:

// 79 / vol:3 Load Current

/ ss amps i

c h

Pega VI-77 Report 43854-3 DATA SHEET i

Time

//we u-/

hours l

Chamber Environment:

• F l

Temperature a en n Pressure

//uy psig I'

Test Item Assembly:

4 2 /r.)

t f'f/. 2 volts Load

/.0/

amps Current l

Time

/9:/r._< o nours l

Chamber Environment:

Temperature 2_w. c

• F

{

Pressure

/ /,-/ - psig Test Item Assembly:

/"/

f I-Load V790 volts Current

f. o o amos hcurs Time j

Chammer Envircnment:

• F Temperature Pressure psig Test Item Assembly:

volts Load Current am:s e

Time hours i

Chamber Environment:

• F Temperature b

Pressure psig Test Item Assembly:

Load volts Current amos n

d

['

Pega VI-78 l

Rrport 43854-3 f

DATA SHEET

[

5.

Reduce chamber temperature to 230*F and Record data: ~~

Timt

/9 rc?:oy hours Chamber Environment:

I 0

Temperature onf F

Pressure

/. a w psig Test Item Assembly:

f' T /$

4' 516 volts Power Load v7/o volts Current

/,00 amps 6.

Reduce chamber temperature by 3 5'F each hour i

for 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> until a chamber condition of i

150*F and 0 psig is obtained.

Record data af ter each temperature reduction:

I 2 0 l2 3 'O f hours Time l_

Chamber Environment:

O Temperature 2na F

Pressure

/ ce 1 -

psig

[

Test Item Assembly:

8 ff'7 t

Load 479.o volts I-Current

/. o o amps 1

Time 2//W,:5v hours 4

Chamber Environment:

0 Temperature r; c. o F

Pressure

.971 -

psig Test Item Assembly:,

d F [5')

)

Load

1. fo./ volts Current

/. os amps Time 22:34: 31 hours3.587963e-4 days <br />0.00861 hours <br />5.125661e-5 weeks <br />1.17955e-5 months <br /> Chamber Environment:

0 2.lu.3 F

Temperature Pressure 971 e psig Test Item Assembly:

o <> ff)

Load W/7 volts Current L ve amps

{

l Pcg2 VI-73 Rsport 43854-3 DATA SHEET Time 23 2?:/l/ hours Chamber Environment:

Temperature 2 /1. 4 F

Pressure

. fa v-psig r

Test Item Assembly:

C'd /7/7 i

Load ~

'l h f volts Current

1. oc amps co/ 2.'1'/ hours

~

/

Time I

Chamber Environment:

O Temperature 2 I/. L F

Pressure

.7 e r psig Test Item Assembly:

• * * /3/'/

Load 4'~7ErC volts Current 0,495 amps Time el:/9*.3v' hours Chamber Environment:

I U

i Temperature

1. //. 7 F

Pressure o, s 5 9-psig

[

Tes: Item Assembly:

C '* [5/7 t

'/. 7 ')d volts Load Current

c. 'i 5 y am:s

}

Time CT./2 :2 Y hours Chamber Environment:

l U

9 // /

F l

Temperature

)

Pressure Ms&

psig

^

Test Item Assembly:

'* /T'?

(

'/ 7 FF volts Load Current

e. 99 7 ames s

4

7..

Pcg3 VI-80 Report 43854-3 I

DATA SHEET Time 03: 19') Shours Chamber Environment:

Mt 7. F F

Temperature Pressure cq5 s psig d '# f'2 Test Item Assembly:

p

f. cad '

'/. 7 7 6 volts Current o. 9 e e-amps i

Time O'/!/3 3 #- hours i

J Chamber Environment:

/

C 9 t /. /

F Temperature j

Pressure o ?63 psig

1. • • /")

iest Item Assembly:

1. /. 7 7 'l voits f

Load Current c.91(=

amos C6.'/2 : 29hcurs I

Time

(

Chamber Environment:

200./

• F

\\

Temperature Pressure o, p c c.

osig i

Test Item Assembly:

6 * ["7

'/. 7( 5' volts Load Current 0.997 amos Ol.'l 2.*1 Yno::rs Time e

Chamber Envircnment:

i

/97.00F Temoerature '

Pressure cWr> (.

psig l

0 d [3/7

)

Test Item Assembly:

1 ff/6 volts Load l

Current C975 amos s

Pcga VI-81 Rsport 43854-3 f

DATA SHEET

(

Time s?.'/2 '2 y nours Chamber Environment:

/ 9 7. F O F i

Temperature

(

Pressure

v. 9 L. 7 psig Test Item Assembly:

O '* f')

p Load' V.7 7? volts l

Current 0.9 9 2 amps 03' Ud Y hours Time I

Chamber Environment:

b7Y,8 0F Temperature j

Pressure n Sm c.

psig i

Test Item Assembly:

0#[d Y 9/S' voits Load Current

/.c o/

amps 0 9.'/ S :2Phours Time Chamber Environment:

7

/ 70. /

c p l

Temperature Pressure

o. 27 c psig

{

Test Item Assembly:

C.d [5')

9, 2 9 C volts Load l

Current

o. 9 9 5>

amos m, /a 'al/ hours Time

(

Chamber Environment:

0

/ P/,. I)

F Temperature Pressure o

psig Test Item Assembly:

Load 4'P/3 volts Current

/. v 7 amos l

r.

Pcg2 VI-82 j

Report 43854-3 f

DATA SHEET Time

/h /J : J F' hours f

Chamber Environment:

r.

C i

Temperature

/95.s F

Pressure o

psig I

Test Item Assembly:

i

' i.oad dfn volts Current

i. o r t amps i

/a'.ta'ad hours Time Chamber Environment:

0

/75 5 F

Temperature o

psig Pressure Test Item Assembly:

r 4133 volts L

Load Current

/.or3 amps l

i

/3:/a: av hours Time t

l l

Chamber Environment:

0

/ 7 1 4' F

Temcerature Pressure o

psig f

Test Item Assembly:

//yad volts

(

Load Current

/. co c, amps 14i22.b4 w

=.. curs

.ite s

t' Chamber Environment:

0

/ 7t/.3 F

f Temperature n

psig i

Pressure l

Test Item Assembly:

Load d.9A4 volts Current

/. o r (c amps b

F Pcgn VI-83 l

Raport 43854-3 I

DATA SHEET Time

/sr/,2?av hours

(

Chamber Environment:

//,[ 3 0F Temperature Pressure o

psig

[

Test Item Assembly:

Ioad ~

//. 756' ' volts Current

/.or T amps Time

//,:/.2:av hours Chamber Environment:

Temperature

/67.7 F

{

Pressure n

psig Test Item Assembly:

MF#7 volts Load Current

/.ars amps f

Time hours Chamber Environment:

F Temperature Pressure psig f

Test Item Assembly:

i volts Load I

Current amos hours Time Chamber Environment:

• F Temperature

(

psig Pressure

(

Test Item Assembly:

e volt 3 Load Current

_ amps l

t

r i

YI"Ok PAGE NO.

r SCIENTIFIC SERVICES AND SYSTEMS GROUP REPORT NO.

43854-3 k

F i

F~

t I

APPENDlX IV INSTRUMENTATION EQUIPMENT SHEETS

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t a

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A o N M

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~q INSTRUMENTATION EQUIPMENT SHEET P/v ev-r, a Date

~

Job No.

Test Area Technician Ok bA Type Test boC A Customer Model Serial Wyle or Calibration No.

Instrisment Manufacturer No.

No.

Gov't No.

Range Accuracy On Due sure w n 1

0 0;leR es: ten WoMs 2 !*/ 7M Ilo31 160 Nn M

M C-o NTft ole R J S ] C if-H yLs s

' O Recond a Ho m e r us e tt tis-n 9-s9acor

95) oM

• iso

• n.1 y.),$

3 - E* 7V l -8 '/P

$$[ ")/

Solenoid A f*/fo pe *1 Tic S

UA L Ve t/A l u e to.

O 'l00 3/3'/S8 NA NR N A-N4

^! A gj soleNe(4

/

J Alve ASCO JU A 03%36 NA NA N+

sv 4 NA b-Gowse asn raser tu s nn 9 n G.;L s-roo

[ C'k D 5 6-L77 L

C n n. G e Acts e parr nn un 97219 o-Doo C.5 %

/ 7F y-30-79 u a n r;> <

9 Lle m_eur toic G n~ 4 to.

NA

&cHLIM NR UA N+

NA U4 ne a r<e Y CIc meer lo ic C n ~ 4 to.

N '4 CcHlo so IU 4 MA NA

/V M NA R':

E2 A 5 mr w

I l

hO %/%n Checked & Received By O. -?acs

[

Instrument Test Engineer

/

[

WII-1029

_ y INSTRUMENTATION EQUIPMENT SHEET Maech 2,% 197 7 WM L,oca CH AMBER

ou no.

rest 3,ea Date OObed-COleman T.V.A

custome, rype resi Technician Model Serial Wyle or Calibration No.

Instrument Manufacturer N o.

No.

Gov't No.

Range Accuracy On Due 1.57o oi-ai -7 s 0+-31 7 g I

A c. Vocr MCf E.R WC.SToM 904 I%5tG 97434- 0-750V 0

2 A.C. Vocr M E teR.

WESTo r4 904-12t73 97430 0-600V II /o 01-26-77 0+-26-78

_Q_ A.C. votTMEILS WE.STON 90+

171+6 97+23 0-6cov to.75 /o o t-z7-7 s 04-z7-7 8' I

CURRENT XFMR WESTor4 461 249%I 9742.7 0-to AMPS t0.2,5 */o 02 16-74 08-16-77

_6__ CURRENT XFM R W E.STO N 461 16130 30E3 0-loAMPS I l /o 12.- 7-7 7 06-7-78 f

LOlRBrflT XFMR WE.STor4 461 2497.9 974 z,% 0-10 AHrst 1 */o i 2, 7 '1 06-7-77 7

CLRAENT XFMit WE.STo t4 t61

16132, 0022, 0-10AHrs t l'/o 12-7-77 06 7Ei l

8%

? 5 I.

InStf ufhent Test Engine Checked & Received By

VIi-1 PAGE NO.

SCIENTIFIC SERVICES AND SYSTEMS GROUP REPORT NO.

43854-3 SECTION Vil POST ACCIDENT FUNCTIONAL TESTS 1.0 REQUIREMENTS Af ter the Cable Splice Assemblies have been subjected to the Accident Test, each item will be subjected to an insulation resistance, voltage, and load test. The test items will also be subjected to a dimensional

{.

test as specified in Section Vill of this report. The insulation I

resistance will be measured using a megohmmeter.

Values of resistance shall be recorded.

Each test item shall carry its required load at no more than a 10 percent reduction in operating voltage. Additional functional and dimensional tests will be performed as part of the Post Accident Functional Tests at the request of the Customer.

(See Notice of Anomaly No. 6, Appendix 1, this Section.) Post Accident conditioning was deleted at the request of the Customer.

(See Notice of Anomaly No. 5, Appendix 1, this Section.

2.0 PROCEDURES Insulation resistance and leakage currents of the Cable Splice Assemblies were measured with the test items immersed in water. Values of resistar.ce were determined as follows:

f rom wi re to wi re from wire to ground The approximate loads determined during the Post Radiation Functionals were applied to each test specimen circuit.

Each circuit was then powered to produce an operating current of I ampere.

3.0 RESULTS The test items were subjected to the tests specified in Paragraph 2.0.

The test items complied with the test requirements. The test results are shown in data sheets located in Appendix lli of this Section.

All test items complied with the Post Accident Functional Test requirements.

Equipment used for these tests is shown on instrumentatien Equipment Sheets located in Appendix IV of this Section.

A photograph of the test specimen is located in Appendix 11 of this Section.

PAGE NO.

vr#.9 M

,m SCIENTIFIC SERVICES AND SYSTEMS GROUP REPORT NO.

43854-3

{

.r~

f m.,

I APPENDIX l NOTICES OF ANOMALY P

I' i

i l

l l

l l

l l

l l

l

c NOTICE OF ANOMALY i

U I~3 NOTICE NO.

6 P. O. N UMB E R :

77P8-147972 WYLE JOB NO.

43854 PAGE NO.

43854-3 l

CONTR ACT NUMBER:

REPORT NO.

CATEGORY:

O SPECIMEN El PROCEDURE O TEST EQUIPMENT DATE: 3/28/78 i

TO.

Tennessee Valley Authority ATTN:

Wayne Saunders Cable Splice Assemblies PART NO.

All Assemblies PART NAME:

TESTPost Accident (LOCA) Functional Tests I. D. NO.

All Amt mh11.c

{

SPECIFICATION: Test Procedure for Cable SolicesPARA. NO.

47 NOTIFICATION MADE TO:

W. Saunders DATE:

3/27/78 r-NOTIFICATION MADE BY:

VIA:

REQUIREMENTS:

Functional tests as described in Paragraphs 4.2.1 and 4.2.3.

/

DESCRIPTION OF ANOMALY:

Perform nine (9) additional Functional Tests after Accident Qualification, as listed below:

1) Measure insulation resistance between each conductor and ground using an ohmmeter.

2) Measure insulation resistance between each conductor and ground using a 500 VDC meg-ohmmeter.

3) To all 250 VOC cable spilce assemblies, apply 250 VDC and measure leakage current w!!h microammeter with 0.01 microamp resolution. 9

4) To all 250 VDC cable spilce assemblies, apply 500 VOC and measure leakage currer.t with microameter with 0.01 microamp resolution.

5) To all 480 VAC cable splice assemblies, apply 480 VAC, 60 Hz, and measure leakage current using a microameter with 0.01 microamp resolution.

6) To all 480 VAC cable splice assemblies, apply 960 VAC, 60 Hz, and measure leakage current using a microameter with 0.01 microamp resolution.

l

7) To all 480 VAC cable assemblies, apply 2500 VAC, 60 Hz, and measure leakage current using a microameter with 0.01 microamp resolution.

8) Perform durometer measurements on each side of the splices on all cable assemblies and on the outside Jacket on the 250 VDC cable assemblies.

9) Measure the diameter of the wire on each side of the spilces on all cable assemblies.

j i

DISPOSITION - COMMENTS - RECOMMENDATIONS:

These 9 tests and measurements will provide additional information as to the condition of the cable splice assemblies at the end of the Qualification Test Program.

i OlsTRIBUTioN.

+,nai: oeot, TEST WITNESS ENGINEER

^-

i i coom: cuitomer QUALITY CONTROL h

2 coom: o. c.

f REPRESENTING PROJECT MANAGER e,

i 1 Copv. operst.ons oirector WYLE LA8oR AToRIEs - SCIENTIFIC SERVICES ANo SYSTEMS group - HuNTsVILLE. ALABAMA 205437 4411 rcm icoe

r I

NOTICE OF ANOMALY UI 77P8-147972 WYLE JOB NO.

43854 PAGE NO.

NOTICE NO.

5 P. O. NUMBER :

CONTRACT NUMBER:

REPORT NO.

43854-3 l --

CATEGORY:

O SPECIMEN l0 PROCEDURE D TEST EQUIPMENT DATE:

1/28/78 TO:

Tennessee Vallev Authority ATTN:

Fred Von Hollen PART NAME:

Cable splice Assembiles PART NO.

All assemblies TEST:

Post Accident (LOCA) Functlonal Testsl. D. NO.

All assemblies SPECIFICATION: Test Procedure for Cable splicePARA. NO.

4.7.I Fred Von Hollen DATE: 3/28/78 NOTIFICATION MADE TO:

NOTIFICATION MADE BY:

Ca-1 Zeamer VIA:

Telechone REQUIREMENTS:

Upon completion of the testing described in Paragraph 4.6.2, each

~'

test item will be temperature conditioned at 120*F for 12 hours1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br />.

DESCRIPTION OF ANOMALY:

~

dt.therequestof_the,cust'omer,ltherequirementstatedinParagraph4.7.1 was deleted.

i a

DISPOSITION - COMMENTS - RECOMMENDATIONS:

Continue with. test per modifled procedure.

l

/[

f DISTRIBUTION.

P orenan o ot.

TEST WITNESS ENGINEER OUALITY CONTROL 2

n c

f REPRESENTING PROJEC7 M AN AGE R cn

.ct,

/

1 Copy: Operatons Derector WYLE LABOR ATORIEs - SCIENTIFIC SERVICES AND SYSTEMS GROUP - HUNTsVILLE, ALABAMA 205437-4411 Foau Iw

Vil-5 PAGE NO.

SCIENTIFIC SERVICES AND SYSTEMS GROUP REPORT NO.

43854-3 1

1 t

o -

9 e.

APPENDIX 11 PHOTOGRAPHS

i k

1-Page VIl-6 l

Report 43854-3

.I f'

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• Q PHOTOGRAPH #1 CABLE SPLICE ASSEMBLIES AS INSTALLED ON PART OF CABLE TRAY BEING READIED FOR POST ACCIDENT (LOCA) FUNCTIONAL TEST

vII"7 PAGE NO.

SCIENTIFIC SERVICES AND SYSTEMS GROUP REPORT NO.

43854-3 i

i en I

APPENDIX 111 DATA SHEETS

\\

l i

Pcga Vll-8 DATA SHEET a port 43ssa-3 Customer T V. A.

wrti ti.on 1onics Specimen CG.ble, ODl's Ce.s 43554 a

Part No.

Amb. Temp.

Job No.

Spec.

Photo Report No.

Para.

Test Med.

Start Date 3'3 I-N j

S/N Specimen Temp.

GSI Test Title LEAKAfrE CURREMT TO GROO A D..

['

C<thlt llS@

MOO VAC No LEAR. AGE MEASU RAM.E...

I l

r Cable, GB @

MOVAC No CEA KAGE MEASURABLE -.

Cctble 4tS @

25004AC i

No LEAKAGE HEASORA6LE...

Cetble, 6 R @

2.50cvAC No LEA KAGE MEASORABLE t

i NOTE: MEASUREME.RT M;- DE W iTH E5ECX N At4 IMSOLATtD A ARD BREAKooWR' i tsT SET..

4 R.Cobmnno 3-3t-7s Specimen Failed Tested By Date:

Specimen Passed Witness Date:

NO A Written Sheet No.

of Apprevec TU W H-614 A

.s.

DATA SHEET Page Vll-9 Report 43854-3 j-T Y k.

customer Specimen C(thIC Och CES WYLE LABORATORIES 43554 f

Part No.

Amb. Temp.

Job No.

Spec.

Photo Report No.

{

Para.

Test Med.

Start Date O ~3I~ 7T S/N Specimen Temp.

GSI Test Title G A M r4 C O R R v_ 4 T TO GROU M D...

[~

Cctble, i Eh 960 VAC No LEAKAGE MEASOR AELE I

I cctb\\e, 3B @

cl60 V AC NO LEAKAGE ME ASORABC...

I Cct ble. 4B @

C160 V AC, No LEA KA GE MEASUR ABLT:...

i I

Ca.ble 36 O 960 VAC, i

NO LEAKAGE MEASURABLE I

i i

NOTE *. ME ASuREMERT MADE WITH BECK MAN t ris0LATt oM Ann EsnAKeouN Tv.s r set..

s.

I l

1 3-bI Specimen Failec Tested By Date:

Specimen Passed Witness Date:

e NO A Written Sheet No.

of Approved 2 bh s

W H-614 A

"*S* V-3 DATA SHEET Report 43854-3 l

IY k.

Customer WYLE LABORATORIES Specimen CR.bIf, bnh CBS Part No.

Amb. Temp.

Job No. 43854 Spec.

Photo Report No.

Para.

Test Med.

Start Date D~3I~18 S/N Specimen Temp.

GSI Test Title LEAKAGE CORRENT 70 GRooH O...

[

Cctble, IS

+TOVAC NO LE AKAGE ME ASuRAISt 1:

i C ctble.,38 @

480 VAC.

i NO LE A KAGE MEAS uRAESLE I

c ou b le. 4 6 @

480VAC, NO LEAK AGE MEASuRAE LE..

Cctble 38 @

4%O VAC NO LEAK AGE MEASuRABLl:...

NOTE.

MEASuREMEt4T M ADE WITH HEWLiETT -PACKARD MDDEL 3465A.

I s

R. A m

&3 \\-n Date:

Specimen Failed Tested By Specimen Passed Witness Date:

NO A Wntten Sheet No.

of Approved W H-614 A

P ga Vil-11 DATA SHEET neport 43854-3

}

r V. A.

Customer WYLE LABOR ATORIES Specimen IA blC SphCES Part No.

Amb. Temp.

Job No. 43654 Spec.

Photo Report No.

Para.

Test Med.

Start Date O ~3 l'7 8 S/N Specimen Temp.

GSI LEAKAGE CURRENT TO GROOND..

Test Title Ca.ble. lA G 500 V OC Nn GAK AGE ME ASU RAbLE..

I i

Cn.ble 3A @

300V BC, No GAKAGE MEASRRABLE CCLble, 4A @ 600VDC No GAKAr,E MEA 6dRABk1 Cetble 3A

600VDC, I

No DAMAGE MEAsuRAELE.

! NOTE MEASUREMENT MADE WITH HEv4LETT-PACK ARD MDDEL 34C,5A...

R. C&nnom; oeie. 3-31-77 Specimen Failed Tested By Specimen Passed Witness Date:

NO A Written Sheet No.

of 7

Approved

[

W H - 61.: A

t r

1 DATA SHEET Page Vil-12 l

Report 43854-3 Customer T. Y. b Specimen CCLblC bol;CCS WYLE LABORATORIES i

Job No. 43554 Part No.

Amb. Temp.

Spec.

Photo Report No.

Para.

Test Med.

Start Date O-3 ! ~N S/N Specimen Temp.

GSI l

u Test Titie LEAKAGE CORRENT TO GROO N D...

j Ca b l e, 1A G

150VD(L NO tJ A K AGE ME ASORA BLE..

I Cable, 3A G

250 VOC

(

NO wAKAGE MEASUPAlbLE I

Ca.ble, 4A G

2,50 V O C, NO LE A K A GE MEASU R A IS t E...

Cable 5 A @

L50 V DC l

No LEAK AGE MEASORA ING..

l NOTE - ME ASURE PAEr4T M ADE wtTR RE Wt.ETT-PAC.K A R B MODEL 3465A..

j s

6 b-Date: dM!NE Specimen Failed Tested By Soecimen Passed Witness Date:

NOA Written Sheet No.

of b-7 Approved W H-614 A

3 I

DATA SHEET p g,y,,.33 Repcrt 43854-3

[

Customer TVA WYLE LABOR ATORIES Specimen cable spilces M8N Part No.

Amb. Temp.

Job No.

j Spec.

Photo Report No.

Para.

Test Med.

Start Date O 'Ol'7E l

S/N Specimen Temp.

GSI i

l Test Title

['

LOADS INITIAL - RESISTANCE 3A.

LA I;A 1B kB cB I

,l Voltage 250.0 250.0 250.0 480.0 480.0 480.0 Current 1.000 1.000 1.000 1.000 1.000 1.000 Load Resistance 250 3 25(')

246.9 MO DS 4M.3

~

i l

t i

i l

POST - VOLTAGE Voltace 252.4 2Mn3 250.7 4 50.4 470.2 44 0.4 I

Current 1.000 1.000 1.000 1.000 1.000 1.000 Load Resistance 2.49 0 23 0 247.3 440 479.9 4 80.3 i

l I

i I

i.

l l

1 l

1 i

i I

l I

l l

s i

I Specimen Failec Testec Sy M

Cate: D-6 I-N E Scecimen Passed V

Witness Date:

NO A wntien Sheet No.

cf 7

Approved

-/

W H-614 A

/'

DATA SHEET page vii-ia Report 43854-3 i

Castomer TVA WYLE LABORATORIES Cable Spilces Specimen Par: No.

Amb. Temp.

Job No.

U85V Spec.

Photo Report No.

Start Date t 5~3 $~ N

~

(

Para.

Test Med.

S/N Specimen Temp.

GSI Test Title 4

LOADS INITIAL - RESISTANCE lA 2A IB 2B f

l Voltace 250.0 290.0 480.0 480.0 Current 1.000 1.000 1.000 1.000 Load Resistance 249.9 4 70 i

r i

I POST - V0LTAGE 4

?

Ye1 rage 2 sq.?_

s.-ro o l

l I

current 1.000 1.000 1.000 1.000 i

Load Resistance 249.t

+TO i

l l

t l

l l

j l

l l

l 1

1 l

I I

l l

b-Cate d ' O I~ U Specimen Failec Tested By

$0ecimen Passed Witness Cate:

NO A Wntten Sneet No.

cf Approved

~

W H-614 A

l 7

D A,TA SHEET l'$r!'O$4 3 e

Y A-Customer Specimer..h_CLhl C, OOliCCS WYLE LABOR ATORIES Part No.

Amb. Temp-Job No. +3F54 Spec.

___z Photo Report No.

Para.

Test Med.

Start Date O ~ O l'l 8 j

S/N l A-lB;3A-3B;4A-iB 5k36 specimen Temp.

r GSI Inhkation Resistanco Test Title f

C ctble Humbec : 1A Re.alina: GROOND wine 1

> 20 MEG OHMS w i RE*

2

> 20 MEG oHHs 6

> 20 McG 0HMS

+7

> 20 MEG OHMS l

. cable Number 1A Readina : Conductor r

a f

WIRE.*I to 6

> Zo MEG OHMS WIRE

• 2 to 7

> 10 ME6 oH M S

_Ca.ble Nornber - IB Rea).no. G Rodh1 D wires,I

> 20 MEG OHM S W I Rn

• 4-

> 20 MEG ORMS cctble N umber' l B Realina. Con ductor j

WIRE # l +o 4-

> 20 MEG 6HMS W IRR. # 2,to 3

> 2.o t4E G o H M s s

bb Specimen Failed Tested By Date:

Speamen Passed I!

Witness Date-I3 NO A Written Sheet No.

I of Approved W H-614 A

DATA SHEET Psga VII-16 Report 43854-3 IVA Customer 0LAEL A.LTL'*A A80RATORin Specsmen Part No.

Amb. Temp.

Job No.

Y88Y Spec.

Photo Report No.

Y 38F4 - 3 Pa ra.

Test Med.

Start Date.

3 -5 /- M S/N _90A-3 B 4 A Spe:imen Temp.

j GSI lnSltfak;On b 6S'i S YO.flCE Test Title Ca.ble, Member. 3 A Real:na. GRouMD s

a wire 1

>10 MEG ohms I

w i RE.

• 2,

> 2o Mes cams

)

calole Nornbec. 3A Reahno. Condoc+or 4

J WtRE I to 6

>20 ME6 OHM S Wian

• 2. to 7

> 20 MEG OHMS ca.ble Nurnber 36 Read na. GRonMD w t RE.

• I

> 20 MYG oM M s WIRE #i

> 26 MEG ORM S Ca.ble Nomber ' S f6 Reabna. Gandoctor WlRE* I to 4

> 20 MEG OHHs WIRE' Zto 3

> 20 Mas eaMs Cable Nornber

+ A Read na. GRooWB w t Rs # 1

>2ogteosMs l

l WIRE 2.

>2o Mas o HMS cctble Number *. %

Read,no - consoo cron u

WiRG.

I to C

> 20 ME G 6 H M S l

Spec: men Failed Tested ByEb Date O~3I~78 Soecimen Passed I

Witness Date:

b NO A Written Sheet No.

2-of Approved

• 2-W H-614 A

i r

l L r

DATA SHEET

[*S*j'l jh_3 b4 Customer OABLE SP t s c E T WYLE LABOR ATORIES Specimen Part No.

Amb. Temp.

Job No.

M38$Y p

Spec.

Photo Report No.

f Para.

Test Med.

Start Date 3-3/

• M S/N 46 5 A-5B Specimen Temp.

GSI Innd QEod DMi shnc_E.

Test Title Cct ble. Nomber '. 48 Readina'. GRo0W D d

WIRE-2> 1

> 20 MEG o HMs i

r I

W t Rs

• 4-

> 2.0 ME6 o H M S C a ble Number. 415 Read,n=. Coadocha l r

I WIRE

• 1+o 4

> 20$Es ongs i

Cable. b30mben S A R e a d,n a '. G P o o w D v

f W IRE

• 1

> 2.0 MEG ottM S O2

> 20 MEG DWM S I

\\NLRE Cctble. Nombew'.5A w i RE. A 1 to G

> 2o Mss, oud S I'

Cn ble N um bcq 5 E Read ina *. G Ro o M B w IRE 1

>20 M5 owMs O

l wiKE#+

> 2o MEG oH M s l

Cable-Numbea. 5 P3 Reac ;No. ConcloctoR W t RE. O l to 4-

') 2 0 ME 6 ORN %

i s

s

.3-31-73

/

RC Date U U $ 3 Specimen Failed Tested By Soecimen Passed Witness Date:

NO A Written Sheet No.

1 of 3

Approved

')

W H-614 A

DATA SHEET t'

Page Vll-18 Report 43854-3 Customer

'TVA WYLE LABORATORIES Specimen Cable Solices I

Part No.

Amb. Temp.

Job No, MM54 I -

Spec.

Photo Report No.

Para.

Test Med.

Start Date U 'O I~ N I

S/N Specimen Temp.

j GSI insulation Resistance (500V): Wire to wire and each wire to ground Test Title

(

l IB i

i 1

2 3

4 Ground I

<'t

>2cooxe4n

> +00 K M D.

! -2

> 2,50 K M n.

! <-i

> 250 K M n.

t i

l%

>2OOOMMQ.

3250KM.D.

I' l

(

l 1

1A r

I I

2 3

4 5

6 7

Ground

-1

> l3OM M D.

>l50KMO. I Sl50KMO !

2,

>l1 ohm D-l 3

i i

4 I

l l

s 1

i l

64

>l50KM D i i

l

'7

> l50KM D.

i i

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l l

l s.

l i

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Specimen Failed Tested By V

Specimen Passed Witness Date:

NO A Written Sheet No.

of Approved

-7'-/

W H-614 A

c DATA SHEET e.ge vii-i5 Report 43854-3

' TvA Customer Specimen cabla solica=

Y3fN I

Part No.

Amb. Temp.

Job No.

Spec.

Photo Report No.

Para.

Test Med.

Start Date O ~d ! ~ 78 7

5/N Specimen Temp.

f GSI insulation Resistance (500v): Wire to wire and each wire to ground Test Title

(

3B i

i 1

5 a

1 2

3 4

Ground l

i-1

>500 KM.C1

'> 2.50 K M D.

I I-2

>350 M t4_Q.

<3

> lOOO K MD.

>MO M M.R l

I

> +50 M M.G.

-4 i

3A l

r-l 1

2 3

4 5

6 7

Ground

[

4-1

' ) lOOO K M.O-

>JooKMn l

>5coMMI't !

2-

>tocoK M n l

3 I

i s,

-9 h3OOMMCL !

i l

(

6'

>300MM n I

'7 L

i

~

I t

Specimen Failed Tested By E-Cate: O~3 I ~ N b'

Witness Date:

Specimen Passed NO A Written Sheet No.

of Or E-/

Approved W H-614 A

e

,\\

t DATA SHEET Page Vll-20 1

Report 43854-3 g

Customer TVA WYLE LABORATORIES j

Cable Spilces Specimen Y3M _

f Part No.

Amb. Temp.

Job No.

Soec.

Photo Repod No.

Para.

Test Med.

Start Date N -O I-N i

7 j

S!N Specimen Temp.

GS1 Test Title Insulation Resistance (500V): Wire to wire and each wire to oround i

4B t'

i i

I I

2 3

4 Ground I

el

>2000HM n

> 2OO M M D_

l r

l L

i.

2

>zsn xM n l

r

<-3

>500MM n

>2.50 K MD.

l z.

>300 KM CL l

r

(

4A 1

I r

i F

1 2

3 4

5 6

7 Ground i

^

I t

.> \\ SDK M n

>300M M n,

1 SiOOKMn!

v

>15cK M n i

i i

.t LI l

c t

>4ooKM n '

l 6a

> 3OOM M R !

7 l

(

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(

l l

Specimen Failed Tested By b-d Date: 3 ~3 I-U l

Specimen Passed Witness Date:

NO A Wntien Sheet No.

of f

Approved N/

[

W H-614 A

t DATA SHEET Page Vll-21 Report 43854-3 Customer Tva

(

~

WYLE LABORATORIES Specimen Cable Solices 43/6N I

Part No.

Amb. Temo.

Job No.

Spec.

Photo Report No.

Para.

Test Med.

Start Date 3 ~3 I~ 7 E j

S/N Specimen Temp.

GSI Test Title f a c u 1 =

• I nt-R**Ict=nce (ConV)- ttf ra en wira and a=ch wfra en ernond l

~

SB r

(

i

-i 1

2 3

4 Ground i

>3co K M.a

> 4co M M n r

e-i 2

>hM M Q n

> 2. son sn

> socke n t

k

>3OOM M n r

i l

SA r

i i

s s

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3 4

5 6

7 Ground i

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> 80KM Q

!-l

> 2,5 K M R i

21

>20KMn

>E,o M M n I

i

.1 7

gl_

l l.5 i

I

> 60 M M n.

n

> 80 K H D.

l i

l I

r

(

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I s

Testec By R Mw Date: 3 W Specimen Failec Soecimen Passec Witness Date:

NO A Written Sheet Nc.

of C4 78AJ Acproved

([

W H-614 A

i t

(

DATA SHEET

"*",.!'!$_3 I Y. A.

Customer WYLE LABORATORIES Specimen fnhl6 Opl;Cf.S r

4383i

(

Part No-Amb. Temp.

Job No.

Spec.

Photo Report No. i~3~7b

'~

Pa ra.

Test Med.

Start Date I

S/N Specimen Temp.

GSI

!nSulation YCSE UnC.er Water b 2,50 VDG

(

Test Title i

cx Me IA I

nn measun.ble leaKan e. curren 4...

I U

ca.ble, G A no men.sarmble lea.kaoe. curreni..

f a

t ccuble 4A no measu. cable, l ea.Kaa e, curreni...

I J

cctble, 5A 0.0h A r

r I

t i

t.

t L

Specimen Failed Tested By !"1-3 Date:44~3'N Specimen Passed Witness Date:

NO A Written Sheet No.

of h

Approved W H-614 A

[

(

DATA SHEET page vii-23 I_

Report 43854-3 Customer T V. A.

WYLE LABORATORIES Specimen fn hl6 Ool;Ces i

r-

{

Part No.

Amb. Temp.

Job No. 43E54 Spec.

Photo Report No.

I" Para.

Test Med.

Start Date i~3~7E l

S/N Specimen Temp.

GSI

7..

\\nStola.k!On TEST-Un dt,r Wafer G 300 V DC

{

Test Title f

r~

ca.6le 1A i

[

0. 0 2. m A

[

ca.ble, 3A o.oi m A r

f c a.b le.

4A f.

0.02m A calle.

5A 0.21 m A i

1-1 S'~d ' 78 Specimen Failec Tested By Date:

V Witness Date:

Specimen Passed NO A Written Sheet No.

of Approved T

W H-614 A

i DATA SHEET Page Vll-24 r

Report 43854-3 i

WYLE LABORATORIES Specimen Cabl6 3pliCES i

Part No.

Amb. Temp.

Job No. 4dEM Spec.

Photo Report No.

4~d~73 Para.

Test Med.

Start Date S/N Specimen Temp.

GSI

!MSLL!abon IESt UndCr Wader G 4RO VAO.

Test Title ca.ble 16 i

0.253 m A I

I caAle 3B 0.322 m A t

c a.bl e, 46 0.353 m A c able M 0.317 m A i

k.-

l "O" N Specimen Failed Tested By Date:

Specimen Passed Witness Date:

NO A Written Sheet No.

of blN Approved

(/

W H-614 A

/

DATA SHEET Page Vil-25 Report 43854-3 IY k.

Customer WYLE LABORATORIES Specimen CCLble ODhCBS r

43SS4 f.

Part No.

Amb. Temp.

Job No.

Spec.

Photo Report No. 4~3~7I

~~

Para.

Test Med.

Start Date S/N Specimen Temp.

GSI

!nSLL Qkiori TESY Un Cr WCLtte G 960 VAC Test Title l

cable 1B i

~

0.350 m A ca.61c 3B O.433 m A ca.ble 46 0.H5mh P

b(1,b C 5b

.360 m A j

s i

L L.

f L

k~b"N Specimen Faileo Tested By Date:

Specimen Passed Witness Date:

NO A Written Sheet No.

of O-b-u Approved

[

W H-614 A

i DATA SHEET ease vnia Report 43854-3 Customer T V. A.

WYLE LABORATOME5 Specimen Ca,b!E OchCe5 Part No.

Amb. Temp.

Job No. 4 t3 E 5 k Spec.

Photo Report No.

Para.

Test Med.

Start Date i~3~7E S/ N Specimen Temp.

GSI

[

Test Title ! ASll G.ilOn YP E Y 00C OF W4kOV- @ 2 500 VA C, i

c a6le ia I

0.9+7mA s

Cable 3B l.032 m A I

caAle

+6 1.107 m A c,ab\\ s 66 o.93+ m A I

I l

l b3' Specimen Failed Tested By Date:

Soecimen Passed Witness Date:

NO A Wntten Sheet No.

of O

Approved W H-614 A

YII"27 PAGE NO.

SCIENTIFIC SERVICES AND SYSTEMS GROUP REPORT NO.

43854-3 APPENDIX IV INSTRUMENTATION EQUIPMENT SHEET l

l

INSTRUMENTATION EQUIPMENT SHEET Ele.ciron;c l-ctb 4M5+

Tesi Area NUC Job No.

Date T.V.A Type rest bct;ona.l Test CPI CO BtT)(tri Customer Technician Model Serial Wyle or Cafibtation No.

Instnanent Manufacturer No.

No.

GovtNo.

Range Accuracy On Due 0 - 100 K o/o 03-23-75 09 7g I

tiEGoHM METER GEMcRAL PADio IS62-C.

2,374, 9 7 R'l 2. Mer, OHHs

_Z_ R1GnAL_tiunitiuER KEITti LEY 11 9 1OET9 I t 312, 0-2. Att PS IMFG 03 7 E 0 3 2.3 - 7 1 l_01GiTAL MubTitinEA he.tT n tr.Y t7E 1082/1 Ii313 0-toooV t t4FG 03 7 E 03-23-19 l62.1A e

4 DIGITAL Mut.TtEWLEWLETT-PAcmRD 3465A_teMd lit t +

0-200iA MFG 03-I5-78 09-15-78 514 525-S fbviER,50PPLY KEPC.O 2AM 060666 9 510D O-325 V II/ ort".6 10-26 ~I7 dir-26-7T

~

_6_. IMutAIlm4 TEST stl Eif4KMat4 R5co-A 26959 97511 o-to av t5%

0 2. -z4-7 g os 7s' M

S 5 5T Mis Instrument Test Engineer I

Checked & Received By Wil-1029

[

[

I I

Util-1 PAGE NO.

b305b"3

{

sCIENDFIC SERVICES AND SYSTEMS GROUP REPORT NO.

SECTION Vill DIMENSIONAL TESTS 1.0 REQUIREMENTS F

The purpose of the Dimensional Test is to determine if any cabling on each side of the cable splices would become physically distorted during testing. There are two parts to this test. The first part c

is the durometer test, which measures the hardness of the cabling insulation. The second part is the dimensional measurement of the cables on each side of the splices. The dimensional test will be done four times:

1) Acceptance Dimensional; 2) Post Radiation Dimensional;

3) Post Aging Dimensional; and 4) Post Accident Dimensional.

2.0 PROCEDURES Durometer Test i

It is imperative that the durometer tests be performed in the same place each time.

Location of test points was each side of the splices.

Cable Measurements Outside diameter of cabling on each side of the splices were measured l

with a micrometer. Three measurements were taken on each cable.

l l

l i

3.0 RESULTS The test items were measured and results recorded in accordance with the procedures described in Paragraph 2.0.

The results are shown on data sheets located in Appendix ll.

Photographs showing the cable splice assemblies prior to the Dimensional Tests are located in Appendix 1.

Equipment used for these tests is shown on th'e Instrumentation Equipment Sheet located in Appendix 111.

1 l

l l

l l

l

y PAGE NO.

VliI-2 SCIENTIFIC SERVICES AND SYSTEMS GROUP REPORT NO.

L1RRL-1 gu,ce i

('

i i-l 1

I^

f APPENDIX l PHOTOGRAPHS

(*

I i

i

1

~~

Page VIIl-3 Report 43854-3 f.,

9 g.

~

yQ Yh

[{~,1; *

\\ '~' '

~'

u @.6%j{[?

in

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1

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vas.u&. "h5[.'!f;g{ff*

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n%m 4

l-(

1 1

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l PHOTOGRAPH #1 CABLE SPLICE ASSEMBLY 1A READY FOR DIMENSIONAL TESTS AND POST TEST INSPECTION

Page Vill-4 Report 43854-3

_ = e r:~f --

C' lb Sh

_r

.3;,i' ^~ '[ T ~ j j ','*

t_,

, 'l,,

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PHOTOGRAPH #2 1-l CABLE SPLlCE ASSEMBLIES IB AND 5A READY FOR DIMENSIONAL TESTS AND POST TEST INSPECTION I

I

ia Page Vill-5 Report 43854-3 e

4 u.

... rew- -

\\

j i

i r-p.'

b

/

i 4

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l PHOTOGRAPH #3

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CABLE SPLICE ASSEMBLIES 38 AND 4A READY FOR DIMENSIONAL TESTS AND POST TEST INSPECTION

Page Vill-6 j

Report 43854-3

. ~. -

r w-

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t, e=~

0 i

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3 a

p.

1' PHOTOGRAPH #4 CABLE SPLICE ASSEMBLIES 3A, SB, AND 4B READY FOR DIMENSIONAL TESTS AND POST TEST INSPECTION

,m

...c.,_._

i PAGE NO.

VIIl-7 SCIENTIFIC SERVICES AND SYSTEMS GROUP REPORT NO.

43854-3 c

?

I t

I, '

s.

k r

APPENDIX 11 DATA SHEETS 4

i

DATA SHEET P ge viii-8 Report 43854-3 Customer TV4-MLE LABORATORIES Specimen C ble SPI!c e Asse a-.6 I.,

I3884 Part No.

IA Amb. Temp.

Job Nc.

Spec.

Photo Report No.

d /~7N 8 Para.

Test Med.

Start Date I

S/N Specimen Temp.

GSI D: ~ e r :<-. i Ne.s- << ~ +

l Test Title Kl nlico Du aval<<

Alean,-r no., F L>.e a :.. - l. -

i 'Wo.

L,0.c sak.

R:. U.t uh.

ain, s (~ u L,0.c of:,.

A:,1,L. t sak, i v

I I

y I

l

$2 o. 13 4 "

.su 4 /.w.* s l

8o

,. s ic +i...s 2

To ur. - g le d -

o. I a3 "

w.i. 4 4 / -

6 3

84

,,,1 e s t.

to o.t29" s

.J, a u l

l o

o. r 3 3

wasm 4

80

m. r-.w T

7e

/

o. 13 2 *

/

/

o. tse

/

c 7e 7

75-

/

o. is2 "

l

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et

n u.,. :s c.i n "

l9 u : i< 41 tu v :. ud c.131 "

lo ow l. a.J, tg h if 4 o f fe lo 6./28*

l l /t 9o A,su 4 o. / 3 2 '-

12

/

9a

/

o.133 "

l

/3

/

79

/

o./J1' l

/

l M

l 89 e.,3,~

i i

f 1

YM I: 2 Date:

Specimen Failed Tested By p

Soecimen Passed

/

Witness Date:

of NO A Wntten Sheet No.

N Approved j

W H-614 A

l

?

Ptg2 Vill-9 DATA SHEET neport 43854-3 r

Customer IY4

^

^

SpecimerO A /e O/ ice 4ce-A L N8U Part No.

/O Amb. Temp.

Job No.

Spec.

Photo Report No. 4 NN#

'[

Para.

Test Med.

Start Date l

S/N Specimen Temp.

GSI O !"'*** * #C *'* / M* *S* '8 "

l Test Title

[

I Duma c,4 L u. '.'s Af/

o. /8.2 '

iEc.c ':s.

I I

l l 9T U <: 4f ef-6./83" c.J

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PAGE NO.

VIlI-16 43854-3 REPO;T NO.

I SCIENTIFIC SERVICES AND $YSTEMS GROUP e

e-F L

1 F

l.

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APPEND lX llI r

I

(

INSTRUMENTATION EQUIPMENT SHEET

[

A I

i t

t i

s 6

r INSTRUMENTATION EQUIPMENT SHEET Ibb Test Area Elerh G Lctb Date b prii 3 IO7 Job No.

T V.A.

Type resi tristilaf;on Bi enK down Technician t*b (Z) EGRO Customer Model Serial Wyfe or Calibration No.

Instrument Manufacturer No.

Na Gov't No.

Range Accuracy On Due 162,5A

_L_p] GHAT MULTIMfJr.R flEhltETT-PACKARD O_4.65b_ 1d34d l 11 %4-420mA tMFG 05-15-73 09 7Y 2.500- AC 2

INsutnTioN Test mi f5 E C K M A t4 i. T. S.

16859 17511 0-10 KV I 6 /o 02-24-78 05-24-78 3_

M ULTiHETc A TRIPLETT G30-APLK 41-T747 1Ia06 0-5000V Id70 03 7 E D'l 78 UN IV tiR S A L,

+

fbWER SUPPLY ELICTRONI C 500A 33t+

Solez o-ar v t MFG 01 73 0+ 78

=,

to Oe

,=

co 7 i

'CG J.

El Checked & Received fly 9 t*-

instrument Test Engineer W11-1029

a IX-1 PACE NO' M.E M M REPORT NO.

4385k-3 f.

SctENTIFIC SERVICES AND SYSTEMS GROUP 1.

SECTION IX

~

POST TEST INSPECTION

~

1.0 REQUIREMENTS

k. '

Inspect each test item as detailed below. Record resuits of any degradation that may occur.

2.0 PROCEDURES The insulation was inspected for surface texture, discoloration, cracks, or splitting.

The test items were examined to determine if the insulation had remained pliable. This included the shrinkable sleeving, and in the case of the 250 VDC Cable Assemblies, the sheath encompassing r

the seven individual cables.

[

30 RESULTS The test items were inspected and test results recorded on data sheets located in Appendix I of this Section.

r

{.

m m

Dim e 6

m b

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-e

IX-2 PAGE NO.

Mgg REPORT NO.

43854-3 SCIENTIFIC SERVICES AND SYSTEMS GROUP

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APPENDIX IX c

DATA SHEETS v

P,

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Q ESSEXGROUP

{l!5 _{

~

m.,,

POWER CONDUCTOR DIVISION 2601 South Adams Street, Marion, Indiana 46952 Phone (317) 664-6211 September 11, 1980 Sold To:

Tennessee Valley Authority Ship To:

clear L Daisy, tennessee CERTIFICATION OF COMPLIANCE

)

GENTLEMEN:

This is to certify that the material furnished to you on.

d 5K6-827320-1 7 CONTRACT NO.

005-5262 and 5263 LOT NO.

1 and 3 ITEM NO.

N/A RkELS N/A FT.

QUANTITY Insulated conductor, Type PXJ or PX5J - 600 V DESCRIPTION TVA 25.016(1/8/80)

Complies with the cable specifications of TVA 25.016 (7/29/79) Revised incerely oU.

(C I

2%

(1). class IE LoCA SSEX INTER ATIONAL Qualification Test Data.

POWER CONDUCTOR DI ION l

(2). Steam Line Break Data Report Attached.

Subscribed and sworn to before me this

/ M day AA 19 N

/

't d

/'+t+ r i

APraoytn OTARY PUBLIC mi memi im..i reism' ti.

c..,,e cie, e,. m.....,i. e si.......u BEUY L. OSBORNE. Notary Public sitit, for 16e correctness et destas, dotarts G,cnt Courity, Store of 140no and dimeesles.

[/ h__thexftagcommiss;on aspues April 1o.19e(

1(nRESSEE VmEY HTH0t6TY-t UNITED g{p 9 31980 8 ** *

~ ~

,..cunnra j

4 i8 TECHNOLOGIES.

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