ML20126D294
| ML20126D294 | |
| Person / Time | |
|---|---|
| Site: | Browns Ferry  |
| Issue date: | 02/29/1980 |
| From: | Bonzon L, Buckalew W, Dugan D SANDIA NATIONAL LABORATORIES |
| To: | |
| References | |
| NUREG-CR-1191, NUREG-CR-1191-S-01, NUREG-CR-1191-S-1, SAND79-2311, NUDOCS 8004240505 | |
| Download: ML20126D294 (200) | |
Text
{{#Wiki_filter:* ~ Sandia Laboratories A!two que New Meum date: March 26, 1980 t ,yer, x,,e camomia to: Walter Oliu - NRC
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$ l 'En % v from: W. Lee arner - 3151 ERRATA SHEET subject: SAND 79-2311 (Supplement), NUREG/CR1191, Confirmation of the Original Qualification Test for Electrical Connectors Used at Browns Ferry Nuclear Power Plant Unit 3, L. L. Bonzon, W. H. Buckalew, D. W. Dugan, F. V. Thome, Sandia Laboratories, Albuquerque, NM, February 1980 The subject document supplement is a repeat of the original document with the addition of raw data from the project study. The distribution designation "RV" was incorrectly included since only specific individuals are interested in this version of the report.
Please strike the letters RV from both the cover and title pages of your copy (ies) of this supplement. WLG:jz 3141 - Library l l l t 8004240 $ Q f
l . -- NUREG/CR 1191 SAND 79 2311 (SUPPLEMENT) RV Confirmation of the Original Qualification Test for Electrical Connectors Used at Browns Ferry Nuclear Power Plant Unit 3 Lloyd L. Bonzon, William H. Buckalew, Douglas W. Dugan, Frank V. Thome t' 44. + v.* P S[t t j .2
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NOTICE This report was prepared as an account of work sponsored by an agency of the United States Government. Neither the United States Government nor any agency thereof, or any of their employees, makes any warranty, expressed or implied, or assumes any legal liability or responsibility for any third party's use, or the results of such use, or any information, apparatus, product or process disclosed in this report, or represents that its use by such third party would not infringe privately owned rights. The views expressed in this report are not necessarily those of the U. S. Nuclear Regulatory Commission. l i l Available from ! National Technical Information Service Springfield, VA 22161 l l l l l
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NUREG/CR-1191 SAND 79-2311 ( S U P P L E ME N T ) RV e CONFIRMATION OF THE ORIGINAL QUALIFICATION TEST FOR ELECTRICAL CONNECTORS USED AT BROWNS FERRY NUCLEAR POWER PLANT UNIT 3 , Lloyd L. Bonzon William H. Buckalew Douglas W. Dugan Frank V. . Thome February 1980 l l l 1 Sandia Laboratories ! Albuquerque, NM 87185 l operated by Sandia Corporation for the j U.S. Department of Energy j Prepared for Research Support Branch Office of Water Reactor Safety Research U.S. Nuclear Regulatory Commission Washington,.DC 20555-Under Interagency Agreement DOE 40-550-75 NRC Fin No. A-1051-0 I 1 3-4 'l
CONTENTS Page a 1.0 Ba ckg r ound , Prog r am Obj ec tive . . . . . . . . . . . . . . . . . . . . 7 2.0 Test Items Descriptions and Assembly s ............. 9 3.0 Description of Test Profiles
..................... 10 3.1 Radiation................................... 11 3.2 Tempe ra tu r e Ag in g . . . . . . . . . . . . . . . . . . . . . . . . . . . 12 3.3 Ac c i d e n t Te s t . . . . . . . . . . . . . . . . . . , . . . . . . . . . . . . 13 4.0 Test Results, Conclusions
........................ 15 5.0 Te s t Do cu me n ta tio n . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19 A
Connector Assembly Tes t Plan for Browns Ferry, Unit 3, Connectors; Four th Draf t, 8/30/79
.......................................... A-1 B
Test Procedures Browns Ferry, Unit 3, Connectors, Accident Simulation 10/26/79 ........ B-1 C Specific Tests; Procedures and Da ta I. Acce p ta nc e Te s ts . . . . . . . . . . . . . . . . . . . . . . . . . . . I II. III. Baseline Func tional Tes ts . . . . . . . . . . . . . . . . . . II IV. Baseline Mechanical / Dimensional Tests III V. Ra d i a t i o n Te s t . . . . . . . . . . . . . . . . . . . . . . .......
....... IV VI.
Pos t-Radiation Functional / Mechanical ....... V VII. Tempe ra tu re Ag ing Tes t . . . . . . . . . . . . . . . . . . . . . VI Pos t-Aging Func tional/ Mechanical Tes ts VII VIII. IX. Ac c id e n t Te s t . . . . . . . . . . . . . . . . . . . . . . . . . ......
.... VIII X. Pos t-Acciden t Functional / Mechanical IX Pos t-Tes ts Inspec tions . . . . . . . . . . . . .Tes ........
t... X FIGURES ' l. View of Connector Boxes in Irradia tion Cell . . . . . . . 12
- 2. Oven and Associated Controller, with Connector Box e s I n-Pl ace in the Ove n . . . . . . . . . . . . . . . . . . . . . . . . 14
- 3. Specified BF3-Connector Accident Tes t Profile and Da ta f rom Nover7er 1 and 2,1979 Tes t . . . . . . . . . 16
, 4.
Pos t-Tes ts Disassembly of 250-VDC Connec tors . . . . . . 17 5. Pos t-Tes ts Disassembly of 4 80-VAC Connec tors . . . . . . 18 e 5-6
CONFIRMATION OF THE ORIGINAL QUALIFICATION TEST FOR ELECTRICAL CONNECTORS USED AT BROWNS FERRY NUCLEAR POWER PLANT UNIT 3
- 1. Background, Program Objective Following the Union of Concerned Scientist's petition of November 4, 1977, the NRC Commissioners directed the NRC staff to:
" Arrange for a repeat of the tests to obtain data for the verification of current methodology for environ-mental qualification of electrical components. These tests should be performed with a representative sample of commercially available electrical connectors quali- ,
fied in accordance with IEEE-323 (1974) and in use in nuclear power reactor safety systems. When avail-able, the test results are to be promptly provided to the Commission." The NRC staf f interpreted this action to be aimed at providing information on the methodology of qualification testing using electrical connectors ' which meet the provisions of IEEE-323. Since no connectors in use at that time had been actually qualified to IEEE-323-1974 (a relatively new standard), the staff responded by directing that electrical connectors previously qualified by licensees- for use in operating plants be tested in accordance with the provisions of IEE-323-1971. To the' extent practicable, connector assemblies were to be sub'ected to the actual aging, radiation, and LOCA-simulation tests for which the , I connector assemblies'had been qualified. In a letter dated May ' 22,1978, 7
D. G. Mc Donald (SEP/ DOR) to R. Fe i t (RA/RSR), DOR and IE recommended that the tollowing plants / connectors be considered for testing: a BWR (a) Peach Bottom - Pyle National Connectors ; or (b) Bro wne Ferry - Bendix Connectors PWR (a) Palisades - Viking Connectors ; or (b) Oconee - Viking Connectors However, other plants or connectors would also be appropriate due to ". . . availability of the connectors to be tested, extensive procurement time, or other constraints." From that date, Inspection and Enforcement (IE) staff evaluated some of the various utilities' connector hardware and qualification documents and directed that Sandia proceed with the first test in this series using Browns Ferry-Bendix (BF3) connectors. The principal objective was that the test was to duplicate, as closely as practicable, the actual Browns Ferry Connector tests ; it is understood that these original tests were intended to conform to the requirements of IEEE-323-71, with the addition of a (Browns Ferry specified) thermal aging preconditioning requirement. The order for the connector hardware was placed through a Bendix-authorized distributor on August 2, 1978 with delivery completed on November 1, 1978. Concurrently, Draft 1 of the Sandia-generated imple-menting test plan was forwarded to NRC sta f f, for review and approval, on August 11, 1978. Based on staf f comment s , Dra f t 2 of the plan was sub-mitted on February 16, 1979 followed by Draft 3 on May 1 and Draf t 4 on August 30. 8
_ _ - ._~ ._. - -- .-. - - - . - .-. . - - - _ _ _ .- l The test plan specifically applied to the Browns Ferry Unit 3 (BF3) connector assemblies; the applicable (background) documents for this test plan are: o ! (a) Tennessee Valley Authority, Purchase Requisition 150639, dated April 18, 1978. (b) " Assembling Browns Ferry Nuclear Plant Bendix Connec tors ," dated June 22, 1978. I (c) "Te s t Procedure for Browns Ferry Bendix Connectors, ; Revision," undated. l l l The primary document, which the test plan intended to duplicate is: ! (d) " Qualification Test for Electrical Connectors Used at i i Browns Ferry Nuclear Power Plant Unit 3," Report ; No. 43854-2, Wyle Laboratories , March 28, 1978. '
- 2. Test Items Descriptions and Assembly Ihree each of two different types of electrical connectors were J tested. Both types are manufactured by Bendix and used inside containment at Browns Ferry, Unit 3 (BF3), operated by the Tennessee Valley Authority (TVA).
l Maximum Operating I Identification Operating Current Qty Manufacturer Numbers Voltage (A) ! l 3 Bendix Plug: 250.Vdc 1.0 l 10-214628-51S i Receptacle: 10-214028-51P l l 3 Bendix Plug: 480 Vac 17.5 10-214636-78S
# Receptacle: j 10-214036-78P l
These Bendix connectors were purchased by Sandia through a Bendix -
' authorized distributor. Electric cable was furnished by.TVA from spare
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cable of the same type used at BF3. The Bendix 250-Vdc connector assemblies consisted of wire size No. 12 CPJ cable on the plug end and wire size No. 12 Vulkene cable on the receptacle end of the connectors. The Bendix 480-Vac connector assemblies consisted of wire size No. 10 CPJ cable on the plug end and wire size No. 10 Vulkene cable on the receptacle end of the connectors. CPJ and Vulkene cables consist of cross-linked polyethylene with the CPJ cable having a PVC insulating jacket. Construction of six of each of the connector assemblies was conducted by BF3 staf f using an assembly and potting procedure developed by BF3 staf f (used in field assembling connectors) and approved / certified by IE staff. Initial assembly took place on January 29-30, 1979 at the BF3 site and was completed on February 26-27. All connectors were potted to appro-priate specifications prior to any testing. The actual assembly was observed by IE staff; after completion of the assemblies, IE certified that they were acceptably equivalent to the in-place connectors at BF3 before any simulation tests were conducted. The Bendix 250-Vdc connectors are equipped with 12 pins. Its wiring configuration was such that all pins were used during testing. The Bendix 480-Vac connectors are equipped with 14 pins: 12 were wired into a single-phase circuit. In each case, the 12 pins were wired to form a series / parallel circuit that gave a voltage dif ference between pins within the connector as well as passing current to simulate a load. Following final assembly, six of each of the wired and potted assemblies were shipped to Sandia Laboratories (Albuquerque) for comple-tion of the entire confirmation-of-qualification test series. l
- 3. Description of Test Profiles Three of each of two types of connectors were subjected to the pre-scribed series of tests with the remaining six connector assemblies saved as spares. This test series consisted of the following:
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. I - Acceptance II - Baseline Functional III - Baseline Mechanical / Dimensional IV - Radiation V - Postradiation Functional / Mechanical VI - Temperature Aging VII - Postaging Functional / Mechanical VIII - Accident Test IX - Postaccident Functional / Mechanical X - Posttests Inspections 3.1 Radiation The connector assemblies were exposed to Cobalt-60 radiation doses tot lling 68.5 Mrads (air) at an averaged dose rate of 0.76 Mrad /h during the period April 4-9, 1979. By comparison, the specified values were 69 Mrad and 0.77 Mrad /h, respectively, to be attained within +10%.,
The total 90-h irradiation interval was accomplished in four 22.5-h periods with the specimens rotated to achieve a more uniform total dose. Concurrently, selected temperatures were recorded; the maximum measured temperature was 35'C with the temperatures generally ranging between 30' to 34*C. Figure 1 shows a view of the connector boxes in place inside the irradiation facility. 9 l l ,_ 11 1
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- Figure 1. View of Connector Boxes in Irradiation Cell 1
l 1 l 1 i 3.2 Temperature Aging l 1 l All of the electrical connectors were subjected to a two-part simu- ,' lated aging test during the period, April 10-24, 1979. The specified ag-ing times / temperatures / tolerances are shown below; the humidity was not controlled (i.e., was ambient). i 1 1 Aging Aging . I Temperature Aging Time Atmosphere I l 217' +6*F 60 +0.1 ha Air I D l 217' +6*F 180 +0.1 h Nitrogen i a60 h in air at 217'F is intended to simulate 6 mo in air at 130*F. 1 1 b ' 180 h is intended to simulate 18 mo in 130*F nitrogen with a maximum of 4% oxygen. l 12
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Each test item was placed in the temperature chamber (i.e., oven) in a manner to avoid overheating from radiant effects from the chamber- l heating elements (Figure 2). The temperature chamber was vented to the 1 C atmosphere to prevent buildup of outgasing products, particularly chlorine 1 gas, from the test item inside the chamber. The air inside the chamber was distributed uniformly at an average velocity of about 250 ft/ min; pretest flow measurements in an open chamber were made and recorded. The I air-aging was conducted for 59 2/3 h at 217* +3*F and was completed on April 13, 1979. Following the air aging, the oven was purged with flowing nitrogen and the oven chamber brought to, and restabilized at, 217*F. The temperature was maintained (+3*F) for 179 2/3 h and was completed on April 24. During nitrogen-aging, a continuous flow of nitrogen was maintained, averaging about 1/5 ft3 /m. During all phases of the aging tests, selected specimen and environ-ment temperatures were recorded; the data indicated stabilized tempera-tures ranging between 218* and 220*F. 3.3 Accident Test Programmatic delays in completing the test series were experienced during the period April 24 to November 1, 1979. The delays were a result o f two f ac tors . First , it was necessary for NRC staff to define the de-sired test profile so as to envelope both the originally specified and actual test profiles. Second, the necessary steam generation equipment had to be assembled and a number of demonstration runs conducted to prove that the profile could be attained. During this 6-mo period, the con-nectors were stored in locked cabinets under ambient conditions; Sandia o staff believes that the storage resulted in insignificant additional de-gradation and " age." 13
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i + w e s.. x v. .- 3, - ,. l A[ +, y Figure 2. Oven and Associated Controller With Connector Boxes In-Place in the Oven (
The connector assemblies were installed in the autoclave test chamber , on October 31, 1979. Circuit continuity checks were performed and the as-semblies instrumented to load and measure voltage and current. The test chamber was instrumented with numerous temperature and pressure sensors located to provide indications that the environments were correctly at-tained and maintained. The electrical connector test assemblies were subjected to the acci-dent test profile shown in Figure 3 and as detailed in established test procedures on November 1-2, 1979. The 250-Vdc connector assemblies were energized throughout the entire test. The 480-Vac connector assemblies were energized during the first 5 minutes, between minutes 15 and 18, and between minutes 57 and 60. All aspects of the test were within the specified tolerances except for a few minutes at approximately 2 h when the temperature exceeded the desired (110*C) value by +7'C.
- 4. Test Results, Conclusions All aspects of the test were considered satisfactorily completed. All connector assemblies passed the specifications of the test series; in particular, the assemblies carried their specified current / voltage loads during the accident-test phase. Posttest inspections (Figures 4 and 5) indicated little or no degradation of the connectors.
It is concluded that the test series completed on the specified BF3 connectors confirms the original qualification tests on the same type connectors as documented in Wyle Laboratories Report No. 43854-2, dated March 28, 1978. 15
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5.0 Test Documentation The preceding sections summarized the background, test items, test profiles, and general test results. In the sections which follow, the specific test plans, procedures and data sheets are provided. The arrangement of the information is provided to allow
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almost direct one-to-one comparison with the Wyle Laboratories Report No. 43854-2, dated March 28, 1978. S O 19-20 b
SECTION A CONNECTOR ASSEMBLY TEST PLAN POR BRONNS PERRY, UNIT J, CONNECTORS l
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I i I e o e A-12
CONNECTOR ASSEMBLY TEST PLAN for BROWNS FERRY, UNIT 3, CONNECTORS to be coordinated for the U. S. Nuclear Regulatory Commission Research Support Branch, RSR by Sandia Laboratories, Albuquerque l l ~
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Submitted: 8/11/78 Second Draft: 2/16/79 , Third Draft: ;/1/79 I Fourth Draft: 8/30/79 l I l 1 1 A-3,4 l
8/11/78 2/16/79 5/1/79 8/30/79 Program Objective j i i Following the Unian of Concerned Scientist's petition of I November 4, 1977, the NRC-Commissioners directed the NRC staff to:
" Arrange for a repeat of the tests to obtain data for the verification of current methodology for environmental s qualification of electrical components. These tests l should be performed with a representative sample of com-mercially available electrical connectors qualified in ,
accordance with IEEE-323 (1974) and in use in nuclear l power reactor safety systems. When available, the test results are to be promptly provided to the Commission." The staff have interpreted this action to be aimed at providing
)
information on the methodology of qualification testing using i electrical connectors which meet the provisions of IEEE-323. Since no connectors have been actually qualified to IEEE-323-1974 i (a relatively new standard), the staff responded by directing , that electrical connectors previously qualified by licensees for use in operating plants be tested in accordance with the ' provisions of IEEE-323-1971. To the extent practicable, connector assemblies will be subjected to the actual aging, radiation, and LOCA-simulation tests for which the connector assemblies have been qualified. In a letter dated May 22, 1978, D. G. Mcdonald (SEP/ DOR) to R. Feit (RA/RSR), DOR and IE recommended that the following plants / connectors be considered for testing: BWR (1) Peach Bottom - Pyle National Connectors; or (2) Browns Ferry - Bendix Connectors PWR (If Palisades - Viking Spec Connectors; or (2) Oconee - Viking Spec Connectors However, other plants or connectors would also be appropriate due to ". . . availability of the connectors to be tested, exten-sive procurement time, or other constraints." Since that date, IE staff have evaluated some of the various utilities' connector hardware and qualification documents and have directed that Sandia proceed with the first test in this series using Browns Ferry-Bendix connectors. This test plan has the nbjective that the test'is to duplicate, as closely as practicable, the actual Browns Ferry Connector tests; it is understood that.the actual tests were intended to conform to the requirements of IEEE-323-71, with the addition of a (Browns Ferry specified) thermal aging pre-conditioning requirement. h A-5 L . _
.. . ~. - . ._ - - . . - . _ - . . - . - -
8/11/78 2/16/79 5/1/79 8/30/79 Test Components This test plan applies to the Browns Ferry Unit 3 (BF3) connector assemblies; the applicable background documents for this test plan are: . (1) Tennessee Valley Authority, Purchase Requisition 150639, dated 4/18/78. (2) " Assembling Browns Ferry Nuclear Plant Bendix Connectors," dated 6/22/78. (3) " Test Procedure for Browns Ferry Bendix Connectors, ' Revision," undated. , The primary document, which this test plan intends to duplicate is: (4) " Qualification Test for Electrical Connectors Used at Browns Ferry Nuclear Power Plant Unit 3," Report No. 43854-2, Wyle Laboratories, March 28, 1978. Test Items Descriptions Three each of two different types of electrical connectors are to be tested. Both types are manufactured by Bendix and used inside containment at Browns Ferry, Unit 3. Maximum Identification Operating Operating Qty Manufacturer Numbers Voltage Current 3 Bendix Plug: 10-214628-51S 250VDC 1.0 Amp 3 Bendix Receptacle: 10-214028-51P 3 Bendix Plug: j 10-214636-78S 480VAC 17.5 Amp 3 Bendix Receptacle: 10-214036-78P
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These Bendix connectors will be purchased by Sandia through a . Bendix-authorized distributor. Electric cable will be furnished , by TVA from spare cable of the same type used at BF3. The Bendix ' 250-VDC connector assemblies will consist of wire' size No. 12 CPJ cable on the plug end and wire size No. 12 Vulkene cable on the receptacle end of the connectors. The Bendix 480-VAC connector assemblies will consist.of wire size No. 10 CPJ cable on.the-
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1 l 8/11/78 2/16/79 5/1/79 8/30/79 plug end and wire size No. 10 Vulkene cable on the receptacle end of the connectors. CPJ and Vulkene cables consist of cross-
. linked polyethylene with the CPJ cable having a PVC insulating jacket. - NRC/IE staff will certify that these connector components and cables are acceptably equivalent to t >se in place at BF3 before construction of the connector assemblies.
Assembly of Test Items Construction of the connector assemblies will be conducted by BF3 staff using an assembly and potting procedure developed by BP3 (used in field assembling connectors) and approved / certified by IE staff. The assembly document, item 2 above, is also appli-cable. All connectors will be potted to appropriate specifica-tions prior to any testing. The actual assembly will be observed by IE staff; after completion of the assemblies, IE will certify that they are acceptably equivalent to the in-place connectors at BP3 before simulation tests are conducted. The Bendix 250-VDC connectors (plug 10-214628-51S and receptacle 10-214028-51P) are equipped with 12 pins. Its test configurations will be such that all pins will be utilized during testing. The Bendix 480-VAC connectors (plug 10-214636-78S and receptacle 10-214036-78P) are equipped with 14 pins, 12 of which will be utilized by being wired into a single-phase circuit. In each case, the 12 pins will be wired to form a series parallel circuit which will give a voltage dif ference between pins within the connector as well as passing current to simulate a load. Non-Destructive Examination (NDE) Tests Prior to performing accelerated aging on the test items, certain non-destructive examination tests will be made at Sandia Laboratories. These will include: (1) Continuity checks to assure circuit integrity. (2) 500-VDC insulation resistance measurements between , circuit loops and between each circuit loop and the connector case. (3) X-radiographs and neutron-radiographs of the connector bodies as deemed necessary or desirable. Sandia staff will examine all NDE data and make recommendations to IE staff on the fitness of the connector assemblies for test. As appropriate, IE will. certify that they are' acceptable and can undergo the planned' test series. A-7 l
8/11/78 2/16/79 5/1/79 8/30/79 Housing for Connector Assemblies To provide structural support for the assemblies, in the . qualification tests (report 4 above) a metal box was used to hold three or four assemblies. This box was about 8-inches square, about 20-inches long, open only on one end (8-inch . square end). The connectors mating plane was located about 8 inches from the open end. In these tests, a similar support will be constructed to house the assemblies; however, it will be slightly foreshortened (to about 18 inches) to fit within the test chamber. Test Procedures To the extent practicable, the test series previously conducted on Browns Ferry, Unit 3, connector assemblies will be repeated in these tests; the previous test results are reported in Wyle Laboratories Report 43854-2. This test series will be performed in the following sequence:
- 1. Baseline Functional Tests
- 2. Nuclear Radiation
- 3. Post-Radiation Functional Tests
- 4. Temperature Aging Test
- 5. Post-Temperature Aging Functional Tests
- 6. Accident Test
- 7. Post-Accident Functional Tests
- 8. Dimensional Test
- 9. Post-Test Inspection Test equipment, from sensor to final readout device, will be selected to provide the accuracies specified below:
- Aging Chamber Temperature i 6*F (stratification i 7*F)
- LOCA Chamber Temperature 1 5*F
- Chamber Pressure 1 5 psig
- Voltage 1 3%
- Current i 3%
Test equipment used for these tests and date of its most recent calibration will be shown on Instrumentation Equipment Sheets attached to a final test report to be issued. A full test report will be issued which completely describes the test series, which indicates deviations from the prescribed . test program, and which includes equipment documentation and data sheets. l l A-8
8/11/78 2/16/79 5/1/79 8/30/79 Baseline Functional Tests mined;The theinsulation resistancewill value of resistance of each test item shall be determined be deter-as outlined below. Each test item will be powered with its operating voltage and loaded to produce the maximum operating current in its circuit. The resistance value of the load required to produce the maximum operating current at operating voltage will be measured and recorded for each test item. The values will determine the loading criteria for each test item for the remainder of the program. (Reference Figures 1 & 2.) test. Each test item is to be subjected to an insulation resistance The insulation resistance is measured without power using a 500VDC megohmmeter. Value of resistance is to be determined:
- between the circuit on one side of the load and connector case,
- between the circuit on the other side of the load and connector case,
- between each side of circuit for each item.
Each test item is to be powered with its operating voltage and loaded to produce the maximum operating current in its circuit. The resistance value of the load required to produce the maximum operating current at operating voltage will be measured and recorded. These resistance values will be used throughout the remainder of the test program. 1 Nuclear Radiation Allconnectorassemblieswillgeexposedtoaspecified, uniform, ) dose rateradiationdoseofg.9x10 rads (air) at an average of about .77 x 10 rads / hour, for apprnximately 90 hours, using a Cobalt-60 simulator; total dose and dose rate will be attained within 10% accuracy. The specimens may be rotated and/or repositioned periodically to achieve a more ! uniform total dose. i I During the irradiation of the connector assemblien, the ' specimens temperatures will be periodically monitored and recorded. A-9
8/11/78 2/16/79 5/1/79. Post-Radiation Functional Test After the electrical connectors have been irradiated, each item will be subjected to insulation resistance, voltage, and load tests as described above. The test items will also be ' s subjected to a dimensional test as specified in a later section of this test procedure. The insulation resistance will be measured using a 500VDC megohmmeter. Values of resistance shall . I be recorded. Each test item shall carry its required load at no more than a 10 percent reduction in operating voltage. Temperature Aging Test All of the electrical connectors will be subjected to a simulated aging test. The aging time and conditions are shown below. The humidity during aging will be uncontrolled. Aging Temperature Aging Time Aging Atmosphere 217 1 6'F 60 Hours 1 0.1 Hour l Air 217 1 6'F 180 Hours 1 0.1 Hour 2 Nitrogen 1 60 hours in air at 217*F is intended to simulate 6 months in air at 130'F. 2 180 hours is intended to simulate 18 months in 130'F nitrogen with a maximum of 4 percent oxygen. Each test item will be placed in a temperature chamber (i.e. oven) in a manner to avoid overheating from radiant effects from the chamber heating elements. The temperature chamber will be vented to the atmosphere to prevent httildup of outgasing products, particularly chlorine gas, from the test item inside the chamber. The air inside the chamber will be distributed uniformly throughout the chamber i at an average velocity of about 250 feet per minute; pre-test flow measurements in an open chamber will be made and recorded. The test items will be aged in air at 217 1 6'F for a time period of 60 hours. . A-10 r
8/11/78 '
'2/16/79 5/1/79 8/30/79
.Following air. aging, the test specimens will be removed from the oven. The oven will be purged with-flowing nitrogen; the speci-
.. mens will then be repositioned in the oven. The oven temperature will be stabilized at 217 + 6*F, with this temperature maintained for a total of-180 hours. -During nitrogen aging, a continuous
~ . flow of nitrogen, about'1/4~cfm, will be introduced.into the chamber at ambient pressure. This purge will prevent the outgassing products from accumulating inside the oven.
During the aging of the connector assemblies, the specimens and environment temperatures will be periodically monitored and recorded. Post-Temperature Aging Functional Tests After the electrical connectors have been temperature-aged, each item will be subjected.to insulation resistance, voltage, and load tests. The test items will also be subjected to a dimensional test, as specified in a later section of this report. The insulation resistance will be measured using a 500 VDC megohmmeter and a volt-ohmmeter. Values of' resistance shall be recorded; the megohmmeter is for supplemental information only. Each test item shall carry its required-load at no more than a ' 10 percent reduction in operating voltage. Accident Test : The electrical connector test assemblies will be subjected to an accident test profile enveloping that shown in Figure 3. The 250-VDC connector assemblies will be energized throughout the entire test. The 480-VAC connector assemblies will be energized only during the first 5 minutes, between minutes 15 and 18, and between minutes 57 and 60. The connector assemblies will be installed in the test chamber. (To make electrical connection through the test chamber seals, Anaconda 3/c #12 nuclear grade cable may be butt spliced to the connector assembly and the splices covered with Raychem nuclear grade (WCSF series) heat shrink tubing.) Circuit continuity and circuit resistance tests will then be performed with the assemblies installed in the test chamber. The assemblies will be instrumented to measure voltage and current; the test' chamber will be instrumented with temperature and pressure sensors. Periodic measurements of all parameters will be made.- , , All test items will be subject to an accident profile approxi-mating the specified time, temperature, pressure conditions displayed'
- in Figure 4. Also shown in Figures 4A, B, and'C is the NRC specified enveloping profile for temperature and - its 1 6'C error band.. This,.
along with the -actual pressure profile with its *5 psig error band, constitute the desired accident test signature. These profiles were ' developed from NRC staff letters: A-11'
8/11/78 2/16/79 5/1/79 8/30/79 (1) June 22, 1979, Murley to Schroeder and Eisenhut,
" Commission-Requested Connector Tests" ,
(2) August 1, 1979, Schroeder and Eisenhut to Murley,
" Commission-Requested Connector Tests" .
The 250-VDC connector assemblies will be energized throughout the entire test. The 480-VAC connector assemblies will be energized - only during the first five minutes, between minutes 15 and 18, and between minutes 57 and 60. (The energizing schedule is construed to imply that the connector assemblies are energized just prior to introduction of the steam environment.) The major features of the originally specified profile are:
-- ramp to chamber conditions of 325'F (163*C), 55 psig, in approximately 2 minutes.
-- maintain stablized conditions for 5 minutes.
-- at 7 minutes, reduce pressure to 30 psig while holding temperature at 325*F (163*C).
-- between minutes 7 and 30 reduce temperature to 304'F (151*C), while holding pressure at 30 psig.
-- between minutes 30 and 75, reduce temperature to 282'F (139'C) and pressure to 20 psig.
-- at 75 minutes, reduce temperature to 230'F (110*C) while holding pressure at 20 psig.
-- reduce pressure and temperature at an average rate of 3.5'F/ hour for 24 hours or until a chamber condition of 150'F (65'C) is attained.
The actual adjustments of the pressure and temperature of the test chamber are to be accomplished by manually manipulating the superheater controls and pressure regulators in a systematic way. During the environmental exposure of the connector assem- : blies the specimens and environment temperatures will be ! periodically monitored and recorded and the connectors will be i powered with their operating voltage / current loads as described above. Failure to carry the required voltage / current loads will be considered as failure of the assembly, t Generalized sketches of the sensor placements, test specimen placements, and of the voltage / current loading circuits are shown in Figures 5 and 6. Post-Accident Functional Tests l Af ter the connectors have been subjected to the accident test, each item will be subjected to insulation resistance, ! A-12
. . _ - - . _ -. .- ~. - - . - .
8/11/78 2/16/79 5/1/79 8/30/79 voltage, and load tests. The test items will also be subjected ' to a dimensional test, as specified in a later section of this report. The insulation resistance will be measured using a ' 500VDC megohmmeter and a volt-ohmmeter. Values of resistance shall be recorded; the megohmmeter is for supplemental information only. Each test item shall carry its required load at no more than a 10 percent reduction in operating voltage. i and do These post-accident not constitute functional tests any acceptance are for information only criteria. Dimensional Test The purpose of the dimensional test is to determine if ' any part of the neoprene on the two types of connectors become physically distorted during testing. There are two parts to this test. The first part is the durometer test, which measures the hardness of the neoprene. The second part is the dimensional measurement of the connectors and cables. The dimensional test will be done four times: (1) Acceptance Dimensional, (2) Post-Radiation Dimensional, . (3) Post-Aging Dimensional, and (4) Post-Accident Dimensional. ' Durometer Test It the sameisplaceimperative that the durometer tests be performed in each time. Location of test points is identified in Figures 7 and 8. Bendix 250-VDC Connector - measure each connector receptacle face at a point between pins H, J, K, and N; between pins K, L, M, and N; and between B, C, D, and L. See Figure 7 for orientation. i Bendix 480-VAC Connector - measure each connector receptacle face anda14; at point between pins 9, 10, 11, and 14; between pins 11, 12, 13, and between pins 4, 5, 12, and 13. See Figure 8 for orientation. Connector and Cable Measurements Place a straightedge across the neoprene face of the ' edge of theand receptacle determine connector if the neoprene extends beyond the barrel. Measure the depth of the neoprene from the face of the receptacle to the pin. For the 250-VDC connectors, use pins A, K, M, and Er for the 480-VAC connectors, use pins 1, 14, and 6. Measure connector the outside assembly diameter of a selected wire in each with a micrometer. Three measurements will be taken on each wire. One measurement will be taken adjacent to the wire identifier; the other two will be taken one inch ,
'A-13
8/11/78 2/16/79 l 5/1/79 8/30/79 apart toward the bare end of the wire. For the 250-VDC connec-tors, use wire "A"; for the 480-VAC connectors, use wire "14". Post-Test Inspection Disassemble and inspect each test item as detailed below. Record results of any degradation that may have occurred.
- 1. The insulation will be inspected for surface texture, discoloration, cracks, or splitting.
- 2. The connector shells, threads, and cable clamps will be inspected for general conditions.
- 3. The connector pins on the face side will be inspected for corrosion, oxidation, pitting, or burning.
Discussion These test procedures attempt to duplicate the actual test, previously conducted, as reported in Wyle Laboratories Report 43854-2, " Qualification Test for Electrical Connectors used at Browns Ferry Nuclear Power Plant Unit 3." There are some differences reflected in these procedures. <
- All connector assemblies will be potted to appropriate specifications before the accelerated aging tests are initiated; that is, only fully assembled connectors will be subjected to this test series. In the previous test, the potting was done after the radiation was complete.
Under Test Items Description, wire sizes (#12 and #10) were inadvertently transposed in report 3. They have been corrected in this test plan. The section on Housing for Connector Assemblies has been added for completeness. In various places, the control on aging chamber temperature has been increased to reflect Sandia capability per process Standard 9,958,000. Under (several) Functional Test sections, a 500 VDC megohmmeter is specified instead of a volt-ohmmeter. Under Nuclear Radiation, some clarification is added on ,
" average" dose rate and sample repositioning. It is not certain how this may differ from the original test conditions.
- On the Temperature Aging Table and in the text, i 6'F has been called out. The original specification was i 2'F for the temperature control.
A-14
8/11/78 4 2/16/79 5/1/79 ' 8/30/79
- The method of nitrogen aging varies from that reported in Report 4, which describes this procedure as follows:
"Each of the test items was placed in a sealed chamber as shown in photographs in Appendix I of this section.
A vacuum pump was attached to this chamber and evacuated to 100 micron (Abs.) pressure. The chamber was then back filled with dry nitrogen to 14.7 psia and valved off to trap the nitrogen inside the chamber. >
"The nitrogen-filled container was then placed inside a temperature chamber which was increased to, and stabilized at, 217 + 2'F. This temperature was maintained for a total of 180 hours. During this time period the nitrogen inside the container was purged every 24 hours to prevent out-gasing of materials from accumulating inside the container."
- Anaconda 3/c nuclear-grade cable and Raychem nuclear-grade splices may be used to exit from the LOCA test chamber if existing cable on the connector is not long enough.
In the accident test, the temperature and pressure , changes will be accomplished using manual adjustments of pressure regulators, superheaters, flow regulators, and the like;
" averaged" rate is a key word.
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SECTION B TEST PROCEDURES BROWNS FERRY, UNIT 3, CONNECTORS, ACCIDENT SIMULATION 1 l B-1,2
l 10/26/79 l Test Procedures Browns Ferry, Unit 3, Connectors Accident Simulation l Objective: 1 These procedures describe the functional processes to 1 achieve the accident-simulation tests of Browns Ferry Unit 3 Bendix connectors in accordance with the (effective revision of) " Connector Assembly Test Plan for Browns Ferry, Unit 3, Connectors." i Apparatus: The simulation apparatus consists of a steam autoclave , I and pressure generation system (principally the boiler, ' accumulator, test chamber, and pressure regulators / throttles), steam or temperature conditioning equipment (principally the external strip heaters, and an inline superheater), and the connector-assemblies electrical loading and diagnostic equipment. Associated with the simulation apparatus are the various l diagnostic equipment such as pressure gauges, the rmoc ou ple s , data acquisition system (data logger), and the like. f Personnel and Function: I To accomplish the simulation test, up to five functional J operations must be manned. The initial test phases require five individuals; later during the quasi steady-state test phases fewer people are required, but never less than two individuals. B-3
10/26/79 The test coordinator directs all operations based on the real-time data compared with the desired test profiles. The environments regulator performs all adjustments , of pressure regulators, superheater, throttle valves, and the like as directed by the test coordinator. The connector assemblies loader performs all electrical loading and diagnostics of the connector assemblies as directed by the test coordinator. The data taker records the various data derived from the environments monitors and other data as necessary. The generalist provides backup support as required or as directed by the test coorindator. External Strip Heaters: These have two functions and modes of operation. First, to achieve an elevated chamber temperature prior to the accident-simulation test, and second, to control
- the long-term temperature rampdown of approximately -2*C/ hour.
To achieve the elevated chamber temperature, the strip heaters are energized (in advance of the simulation test) for approximately 12 minutes, until the exterior skin thermocouple reaches about 70*C. The strip heaters are then deenergized and the test chamber is allowed to equilibrate for about 1 hour (or as necessary) until the interior selected thermocouple (s) reach 60-80*C. Second, to control the temperature rampdown (af ter the steam phase), the strip heaters are periodically B-4
10/26/79 i energized (10-60 seconds) as required to follow the desired temperature profile. (Empirically, 10 seconds results in approximately a 1*C temperature rise.) Boiler / Accumulator: The accumulators are brought to approximately 150 psig in advance of the accident test in accordance with established safe operation procedures (SOP) and the valving is similarly lined-up preparatory to steam delivery to the test chamber according to the SOP. Electrical Loading of the Connector Assemblies: In accordance with the test plan, the 250-VDC connector assemblies will be energized throughout the entire accident test and the 480-VAC connector assemblies will be energized only during the first 5 minutes, between. minutes 15 and 18, i and between minutes 57 and-60. i For at least 5 minutes prior to the accident test initiation, all electrical loads will be applied to the connector assemblies to provide baseline data. The r electrical loading during the test is according to the schedule described above. In-Line Superheater: The 20 kilowatt in-line superheater provides initial surge and quasi-steady-state superheat to the incoming ; steam. Prior to test start,_the superheater is energized ,
-t i.
B-5
10/26/79 and its controller set at 400+'C (with a continuous flow of steam through it). The superheater is allowed . to reach the desired temperatare and to equilibrate as necessary. During the test, the controller /superheater is manually adjusted as directed by the test coordinator to follow the desired temperature profile. Accident Test Sequence: The test coordinator will use the attached (appendix) test sequence sheets to achieve the test profile. These provide desired time / temperature / pressure / heaters / loading signatures. Based on these sequence sheets, he will direct the personnel to make necessary adjustments in the control apparatus. They also serve as a checklist to sequence operations prior to the start of the accident test. Data Retrieval and Records Chamber environment and connector-assemblies loading data will be periodically recorded on data logger printouts, strip charts, and/or data sheets as appropriate. During the early , l test phase, data will be recorded frequently (e.g., every ) 20-60 seconds). Later in the test the recording frequency will be adjusted to reflect the quasi-steady-state test aspects; the appropriate data will be recorded at least hourly. B-6
10/26/79 Appendix -- Pre-Accident Test Checklist
- 1. Desired elevated chamber temperature has been accomplished.
Date/ Time
- 2. Boiler / accumulators at working pressures and valving lineup completed.
Date/ Time
- 3. In-line superheater is at desired temperature with steam flow.
Date/ Time
- 4. Electrical loading of the connector assemblies is completed and baseline data taken.
Date/ Time
- 5. All support staff in place to accomplish test.
Date/ Time
- 6. All prepared to initialize data loggers and data time intervals.
Date/ Time Note: This form to be checked, initialed, and dated as specified. l l 8-7
10/26/79 Appendix -- Time from 23 Hours, 57 Minutes to 2 Minutes . Desired Desired Electrical , Data Logger Pressure Temperature Loads Hours-Min-Sec (Psig) ('C) ON/OFF Remarks Initialize, start, data loggers to 23-57-0 23-57-0 0 60-80 All On 23-58 0 60-80 All On 23-59 0 60-80 All On Valve alignment 0-0-0 0 60-80 All On 1. Chamber bypass open
- 2. Chamber inlet open 0-10 Ramp 75 All On 3. Superheater bypass to closed 0-20 60 83 All On 4. Exit throttle open psig 1/4 turn
'0-30 92 All On 5. Open inline 1/4 turn regulator valve 0-40 60 100 All On (Regulator preset; 65 psig against 0-50 60 109 All On deadhead)
- 6. Bring up on regulator 1-0 60 117 All On bypass valve 1-10 60 125 All On 1-20 60 133 All On 1-30 60 142 All On 1-40 60 150 All On 1-50 60 159 All On 2-0 60 167 All On i .
1 . 1 B-8 1
i l I l i 10/26/79 Appendix -- Time from 2 Minutes to 7 Minutes Desired Desired Electrical Data Logger Pressure Temperature Loads Min-Sec (Psig) *C On/Off 2-0 60 167 All On 3-0 60 167 All On 4-0 59 167 All On 5-0 59 167 480V Off 250V On 6-0 58 167 Minute-5 7-0 58 167 S 8-9
10/26/79 Appendix -- Time from 7 Minutes to 1 Hour Desired Desired Electrical . Data Logger Pressure Temperature Loads Min (Psig) ('C) On/Off . 7 58 167 8 55 167 9 52 166 10 49 166 11 47 166 12 43.5 165 13 40 165 14 37.5 164 15 35 164 480V on 16 32.5 164 for 3 minutes 17 30 164 15-18 18 29 163 19 28 163 20 27 163 21 26.5 162 22 26 162 23 25.5 161 24 25 161 25 25 161 , 26 24.5 160 28 24 159 30 24 159 (Remarks: Change print interval 32 23.5 158 to 1 minute; change tape.) 34 23.5 157 36 23 157 38 22.5 156 40 22 156 42 21.5 155 , 44 21 154 46 20 154 48 19 153 50 17.5 152 52 16 151 1 54 15 151 56 14 150 57 14 150 480V on 58 14 149 for 3 minutes 59 14 149 57-60 60 14 148 NOTE: 1. 250V loads ON during entire test.
- 2. 480V OFF af ter Minute 60 for accident-test duration.
B-10
10/26/79 Appendix -- Time from 1 Hour to 3 Hours Desired Desired ~ Data Logger Pressure Temperature Hours-Min (Psig) ('C) Remarks 1-0 14 148
-5 (117+ Saturated) 14 147
-10 15.5 145
-15 17 143
-20 17.5 139 (121+ Saturated)
-25 17 136
-30 16 132 Change print interval
-35 15 128 to 5 minutes
-40 14 124
-45 13 121
-50 12 117
-55 11 114 2-0 10 110 (112+ Saturated)
-5 9.5 110
-10 9.5 110
-15 9 110
-20 8.5 109
-25 8 109
-30 8 109 l
-35 8 109
-40 8 109
-45 7.5 108 (109+ Saturated) -
-50 7.5 108
-55 7.5 108 3-0 7 108 Note: 1. 250V Loads ON during accident test.
- 2. 480V Loads OFF for accident-test duration.
B-11
10/26/79 Appendix -- Time from 3 Hours to 24 Hours Desired Desired , Data Logger Pressure Temperature Hours-Min (Psig) ('C) Remarks 3-0 7 108
-15 6.5 108
-30 5 107 Start wall temperature
-45 3.5 107 to 108*C 4-0 1.5 106 Open top center port
-15 0 106 to allow heat flow
-30 0 105
-45 0 105 5-0 0 104 6 0 102 7 0 100 8 0 98 9 0 96 10 0 94 11 0 92 12 0 90 13 0 88 14 0 86 15 0 84 16 0 82 17 0 80 18 0 78 19 0 76 20 0 74 21 0 72 22 0 70 23 0 68 24 0 66 ALL LOADS OFF Note: 1. 250V loads ON to end of test.
- 2. 480V loads OFF l
D-12
0 m SECTION I ACCEPTANCE TESTS O I-1
Acceptance /NDE Tests Procedure
~
Each test item will be inspected and tested as described below, to assess the physical / electrical integrity of the connectors assemblies. All results and observations will be , recorded on data sheets and supplemented with other pertinent documentation:
-- check pin-to-pin wiring against the wiring diagrams, Figures 1 and 2, using a Simpson meter, or equivalent.
-- check circuit continuity against wiring diagrams using a Simpson meter, or equivalent.
-- perform X-radiographs and/or neutron-radiographs of the connector bodies as deemed necessary or desirable.
4 I-2
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( g_-->./ w s <i . L i k T I f i t. D ti Y b. F. MCFALL - 2553 i O Conditions of Carldecanon. Neilhar $andea Labof alOrses nor the Governrnent assur -, e responstehty with ress.ect to the us. uf this document, the mformation contairmi therein, of the physical device or .i cnt certilitid,by any person other thah the COntrac10e to Whorf) D. agendily assuew). Ariy such use wdl be at the sole fisk . sponsibdaty of such other user, It thi1 d(M umpol is iWest) to 0 Sandia Laboratorses supgjher, neither $andse Laboratories nor the Government assumes any rMMeOritibdily IO' the uW uf this ddCument, the informallOn COritained therem, or the physstal dwice Or instrument terlif ad, j at dny timW DFyUrid lhe r4*submittel date Dr gny y der Or Contract other than th# order Or contract, mcluding Changes, under whusi the t er til4 at.. si, si flivert, in no (age wal Saorba lobetetories or the Gover4nwnt agume regaonseshty for runsequenteel damages, SA $710 D AUG 77) I-8
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1 O SECTION II BASELINE FUNCTIONAL TESTS l l e i II-1
Baseline Functional Tests Procedure The insulation resistance of each test item shall be determined; the value of resistance will be determined as " outlined below. Each test item will be powered with its operating voltage and loaded to produce the maximum operating current in its circuit. The resistance value of the load required to produce the maximum operating current at operating voltage will be measured and recorded for each test item. The values will determine the loading criteria for each test item for the remainder of the program. (Reference Figures 1 and 2). Each test item is to be subjected to an insulation resistance test. The insulation resistance will be measured without power using a 500VDC megohmmeter. Value of resistance , is to be determined between the circuit on one side of the load and connector case, between the circuit on the other side of the load and connector case, between each side of circuit for each item. G II-2
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i i l Sandia Laboratories Standards Laboratory Certificate . ,b e,_e. ~_ o._ ,me MEG 01(METER American liv Test Systems Model No. PM2500 Serial No. S-77-112 Property No. R10220 Submitted by: Organization 4442 Certified: March 19, 1979 Expires: September 19, 1979 The metera on this instrument were tested and found to be within + 2.0% of full scale on all ranges. Thus, the overall results when used as a rnegohm me ter can be expected to be within + 4.0% of F.S. ranges. Metrologist: G. F. McFall, 2553 s m) "Q' O.75 .14 ( / Certi fied by:' G. F. McFall, 2553 GFM:2553:bh I Cond,tions of Certification. Neither Sandia L at oratories nor the Government assumes any responsibihty with respect to the I use of this docurnen.. the information contamed therem. or the physical device or instrument certified,by any person other I ihan the contractor to whom or10 nally issued, Any such use well be et the sole risk enrf responsibihty of Such other user, l 61 this onr ument is issued tt> a Sandia Latioentor es suppher. neither Santtia L aboratories nor the Government auumes any r respamituhty for the use of this stocument, the mtormation containwi thermn. or the physical device or instrurnent certihed , si env time beyond the resubmitial date or any order or cr>ntract other than this order or cunirect, meiuding chan0es. under wh6ch the Carfific5 tion is Qiven. In no caw win Santsis L nborntories or the Government naume respotisit>enty for tonwauential damages. SA 5710-DA(8J8) II-7
FIl Sandia Laboratories Standards Laboratory Certificate ~~~..-._.-,s . ANALYZER POWER Magtrol Model No. 4610 Serial No. BC67 p roperty No. 250985 Submitted by: Organization 4442 Certified: March 1, 1979 Expires: September 1, 1979 This instrument was tested and adjusted to meet the following accuracy specification:
+ 0.5% + 1 digit on all ranges and functionn Matrologist: W. W. Rowe, 2553 t
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- Certified by: G. F. McFall, 2553 WR: 2553 :bh i
l l l Corid.hons of Cer t t.tation. N"ith.'r Ler.dia L ,p,in aiories eiur the C..ivet oment anornt's anv ermoormbi ity wi h remes i in the i t ut.. ni oog om unievit, the into nan n in mniaant therein. or the phy .m a' deva e in insn o, i. iii s ce nt.,=1 tiv .inv nor s in naher II4fl she I. f enlf,H ji st trJ yvht sf 0 Of DQin gljy q%ieegl. A s), sist ti isse impill tje asi lhes sc>ie e isb airvi s e siir insttiri iv rit niin h rittier its.tr . g I l t his fl.)f. Wo'enl q ihaewi 10 $ earMind (dtp tritthr ieg tiJpphef, sten ther hpWht ( Shilr89Qr ev% Dol tht' f,0yer t ifierie a Wmes a9y reipnemh.hiy f or the use of uns dorun,ent, ine .rdorniat.pn roritainent the cin, or the thysiuer devu e int i eridied, dt afiy lefnN I'iev (trV) t he ,esot> rurte c.s.e, or 4.nv order or c on e r.1, othe, than the order or cono,ic t. i, >ances. urvier Wh tL h thtP ( a'r I el al di 600 eb O'v'n. In .o ..se w m Lewf a L a%,at or ies or the Gove. nm. <>t awure'e emonutnot y t ru f ons* a m' +a. d.im +1s" an i/ if lit (912> II-8
_i-h e SECTION III BASELINE MECHANICAL / DIMENSIONAL TESTS O III-1
Baseline Mechanical / Dimensional Tests Procedures Cach test item will be subjected to durometer and connector , and cable measurements tests to assess any physical distortion. The baseline tests provide initial data for comparison. The durometer tests will be performed in the same place each time. Location of test points is identified in Figures 3 and 4. Bendix 250-VDC Connector -- measure each connector receptacle f ace at a point between pins H, J, K, and N; between pins K, L, M, and N; and between B, C, D, and L. See Figures 3 for orientation. Bendix 480-VAC Connector -- measure each connector receptacle face at a point between pins 9, 10, 11, and 14; between pins 11, 12, 13, and 14; and between pins 4, 5, 12, and 13. See Figure 4 for orientation. Place a straightedge across the neoprene face of each receptacle and determine if the neoprene extends beyond the edge of the connector barrel. Measure the depth of the neoprene from the face of each receptacle to the pin. For the 250-VDC connectors, use pins A, K, M, and C; for the 480-VAC connectors, use pins 1, 14, and 6. Measure the outside diameter of a selected wire in each connector assembly with a micrometer. Three measurements will be taken on each wire. One measuremer.t will be taken adjacent to the wire identifier; the other two will be taken one inch apart toward the bare end of the wire. For the 250-VDC connectors, use wire "A"; for the 480-VAC connectors, use wire "14". O III-2
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I e SECTION IV RADIATION TEST
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IV Nuclear Radiation Test Procedure Perform a pre-test mapping in the irradiation cell in the volume where the connector assemblies are expected to be located, r<ecord the general radiation profile and from these select speci- . fic locations for placement of the assemblies. All radiation measurements will be done using calibrated passive dosimetry; record all pertinent information. From this data select the positions where the dose rate is most uniform at the specified rate of 0.77 Megarads/ hours. Perform a second pre-test mapping using the metal housing box . to confirm the selection of position. (This step may be repeated as necessary.) Record all pertinent in fo rma tion . With the connector assemblies installed in the metal housing box, position these with respect to the Cobalt-60 source at the final selected positions. The total irradiation period of 90 hours (69 Megarads total dose) will be conducted in four 22.5 hour periods. After each irradiation period the box will be rotated 90 keeping its centerline at the selected position (i.e., each of the four sides of the box will face the Cobalt-60 source during one irradiation period). The rotation is to assure a more uniform averaged dose rate and dose to the connector assemblies. Dosimetry may be used as desired during the actual irradiation process. Record all pertinent information. Select specimen temperatures are to be monitored and recorded. Record results, thermocouples (TC) locations, and observa tions on data sheets and/or other pertinent documentation. a IV-2
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Measurements of the radiation field intensity are made using calcium floride thermoluminescent dosimeters (Harshaw TLD-400's). The dosimeters (luminescence) are read with a Harshaw 2000 reader. Calibration curves of TLD response (see attached), for each batch of TLD's, are made using a Cobalt-60 source which has an NBS-traceable certification. Doses are recorded as rads (material), i.e., rads (TLD-400); these can be related to any other material as desired. j i 6 IV-7
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Sandia Laboratories Standards Laboratory Certificate me..... ~.- .. o . , m f i I DATALOCGER Acurex Model No. A901 Serial No. 1694 Property No. 011409 Submitted by: Organization 4442 Certified: March 9, 1979 Expires: September 9, 1979 This instrument was adjusted according to manuf acturer's calibration pro-cedure and was found to be within these specifications: Voltage Measurements: i 0.005% of full scale 1 0.005% of reading after one hour warmup Thermocouple Measurements : -170 C to + 1280 C + 1 C ~ (Type K Thermocouple) N t rologis t : 11 11. Pike, 2553
. -(~f..: 9 , (; m c w Certified by: G. F. McFall, 2552 IlllP : 2553 :bh :
1 Cr ditions of Certif er.at6 ort fJesther $andra Laboratories nor the Government allumes any responsability with respect to the (< gDi that docunstetit the infortnahon con 181ried thereen, of the phyltCal device or instrument certif eed,by any person other 8 San t!ie 4 ontraf ter 10 whorrn orftjendfly issued, Any Euch ute Will be at the Sole risk Snd responnebslity of Such other W9ef, . 8 ai that d'Kument a ntued to a Sandia laboratornil Suppleet, neithof Sandia laboralOries nor the Government assumes any rewoosituhty for ti c uw of than document, the information contamed therein, or the phytical devir e or instrument ceriefied. . i . at any time tevurd trie rembmittat date or any order or contract other than the order or contract,includmo changes,under wh4 h the (esisticanon es gwen. hi no t w nm Leec Labor.etorm os the Government suurne respons tshiv for consequentisi demones. SA 5710 DA(9 72) I i ( l i A
-IV-22
1 I l Sandia Laboratories 1
- 1. v . April 5, 1979 L. L. Bonzon, 4442 d ,
L. D .\ Posev, 4452 l l 4 Calibration of the Car 2 TLD's used by the Area V Diagnos tics Lab l The present batch of Harshaw TLD 400 dosimeters was calibrated in.the following manner. The low-dose range, up to 100 rads, was calibrated usino the vertical range in Area I. The dose received by the dosimeters during this part of the calibration is determined from the exposure dose measured by Victorcen R-chambers which are calibrated by NBS at regular intervals. Prior to the summer of 1978, the south Co60-source of the Sandia GIP was an NHS secondary standard and the hich-dose (> 100 rads) calibration data was obtained using this source, i At that time, the source confinuration was modified and the now conficuration has not as yet been calibrated. As a result, TLD dosimeters from the batch present1v in use were calibrated at hiqh-dose by Par West Technolony Inc. using the EG&G NBS i certified CO60-source in Santa Barbara, California. Althouoh l the entire calibration procedure is not currently carried out ; in-house, the calibration can be traced to two separate NBS l certifications. LDP:4452:dj Copy to: 4452 M. Hauer e m IV-23
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A _ 1 l l e SECTION y POST-RADIATION PUNCTIONAL/ MECHANICAL TESTS l l i 1 9 V-1
j Post-Radiation Functional / Mechanical Tests Procedures After the electrical connectors have been irradiated, each .
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.*Am+-_ehi- _m., ,- O SECTION VI TEMPERATURE AGING TEST 1 l I I 1 i e VI-1
I I i Temperature Aging Test Procedure All of the test items will be subjected to a thermal aging - test, with uncontrolled (ambient) humidity. The test is to be conducted in two parts: in circulating air at 217 F for 60 i hours, followed by a test in flowing nitrogen at 217*F for 180 hours. 1 1 1 Pre-test flow measurements in the empty oven (chamber) ! will be made and recorded to determine approximate air circu-la tion flow rates. Pertinent information on the oven, controllers, and other instrumentation will be recorded on da ta sheets and/or other pertinent documentation. All test items will be placed in the temperature chamber in a manner to avoid overheating from radiant ef fects from the chamber heating elements. The temperature chamber will be ve n ted to the atmosphere to prevent buildup of outgasing pro-ducts, particularly chlorine gas, from the test item inside the chamber. The air inside the chamber will be distributed as uniformly as possible. The test items will be aged in air at 217 P for a time period of 60 hours. Besides the TC's associated with the oven controller and environment monitors, select specimen temperatures are to be monitored and recorded. Record results, TC locations, and observations on data sheets and/or other pertinent documentation. Following air aging, the test specimens will be removed from the oven. The oven will be purged with flowing nitrogen; the specimens will then be repositioned in the oven. The oven temperature will be then returned to, and stabilized at 217 P, with this temperature maintained for a total of 180 hours. During nitrogen aging, a continuous flow of nitrogen, about 1/4 cfm, will be 11troduced into the chamber at ambient pressure. This , purge will prevent the outgasing products from accumulating inside the oven. Specimen temperatures will be monitored and recorded as described above. After completion of the aging test in the nitrogen atmosphere, the test chamber will be normally returned to ambient temperature, under flowing nitrogen conditions, and the test items removed from the oven for post-test examination. 4 i VI-2
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INSTRUMENTATION EQUIPMENT SHEET Date /c/7'/ Test Area 11 4 %CI AL s f. Technician ;- d ; 7 ', Proj ect 771 (Y~ ~re lt G Type Test ~ fsc es.vit. N:8~6 Model Serial Ident Calibration No. Instrument Manufacturer No. No. No. Range Accuracy On Due _i_ ik ee m e ye-R Aav 5% 1'i 55, .2r ms so -eu Cint K shtn tAl~t- R /W C dt% Nic I /W il c Is 'ich -I Lt -r AE<' t I~l'C fo' 19 3 Tt tIcc [ L3 Rt0- % #c6 T 'd. n11 Ss,7 n y -- W r - <n c F E l? Nis /f ? r%r
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Instrument Test Engineer Checked & Received by H I N -.b
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Sandia Laboratories Standards Laboratory Certificate .,b_er... ~ _ e. sc o . , m . File No. 2418 C DIGITAL TIEPb10FITER Doris Ocientific Corporation Model D3100T, S/N 2233 Sensors /N15152 Submitted by: Division 1541 Certified: October 20. 1978 _ Expires: October 20, 1979 Test Results Ref. Temp. Readings F *F
-90.22 -90.6
-49 76 -50.0
- 0.04 -00.3 50 39 49.8 99 93 99 7 150 53 150.2 199 94 199 7 250.23 250.0 i 300.27 300.0 349 93 349 7 399 99 399.8 Uncertainties in the reference temperature are estimated not to exceed
*0.02 F.
It is estimrted that this instrument may be relied upon to within il.0 F. Technical Censultant: G. Gleicher - 2551 orymt tiened tb
't F1 FORTTR,JR GG:2551:omb Certified by: R. B. Foster - 2551 Copy to: p 1541 Organization (2) p # ' 3' .
l 2551 File (2) ! Conditions of Certification. Neithee $and,a Laboratories nor the Government auumes any respons t>ility with respect to the i uw of this dxument, the information contaenMJ therein, or the physical device or instrument certifief, by any person other than the contractor to whom or +naily issui'rt. Any such use well be at the sole risk srd responsibehty of such other user,
- f f this dar umr-nt is inued to a Sandia Laboratones suppher, neither $andea Laboratories not the Government assumes any respanobihty f ar the uvaof this cucument, the information coniairwl therein, or the physecal device or ensIrument certified, et any time tw vord the resubmitta, date or any order or contract other thaa the order or contract, aricluding changes, urder which the certi fication is grven, in no caw will Sandia Laborator**s or the Government anume responsibility for consequential damages. SA $710 DA(9 72)
VI-22
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SECTION VII POST-AGING FUNCTIONAL /MECHAt;ICAL TESTS 4
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Post-Temperature Aging Functional / Mechanical Tests Procedures After the electrical connectors have been aged, each item - will be subjected to insulation resistance, voltage, load, and - dimensional tests. The test procedures outlined in the previous ' two applicable (Baseline) sections will be followed here as well, except (1) that the electrical loads are held constant and the operating current / voltage is recorded and (2) that the insulation resistance measurement will also be made with a volt-ohmmeter. S VII-2
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I I fil Sandia Laboratories Standards Laboratory Certificate . _ . s., l DI GI1 Al. .'Tl 'l I MI.TF.h Ecithley
% del No. I tiO serial No. f6735 l'roperty No. 222224 Subritted by: O r r an i v.a t 109 -.442 iertitied: June ti , 1979 Ispires: Decembe r (i , 1979
*I t . i n lustrument was tested en the 1, 10 and 100 incruhu. ranret enly enal sas found to be within the foliostrr limits of error:
1 es > t.n.rs + (d. F of re nii ny + 0.1" 'i r ut, c) 10 mer ranre + (2.0f of readine + 0.1T cf r.inre) 100 cec. rante + (10.0~ ef re.n! .i n y + U l' of ranye) Me t t .* lor i s t : G l. I til, ' 5 'i i I 1 Certified 1., O F. Pe l'. i l 1, J L ', 3 o !'.M :2 % ): tih O fi I e- ) .T es # 1'i (, p+1 $ ' O gg if 8 mj q" g
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INSTRUMENTATION EQUIPMENT SHEET
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Date 21!77 Test Area (2) f,, [k - L'_ Technician f) 19.(, fhe Project bl 3 Oc.ssGGr> Type Test kt= kci D cNT Ct i D iM5:$TFtNCE CC N Model Serial Ident Calibration No. Instrument Manufacturer No. No. No. Range Accuracy On Due O - #c.* L tc McCI~e m ett6 -Te',tM kJ6N IldA 3i'I l'li dl3 C N c, e - seu .*Dc Ic 6% $ 204.Bcn;.-v !F IM.T Instrument Test Engineer Checked & Received by 5 e
l b Sandia Laboratories ~ Standards Laboratory Certificate m. . ._ .. . ... ~,e . . - m fi1G I I A L MULTIM L TE R E3 JCHN F LUK r. RODEL NO. 8100A SfRIAL h0.3318 P90PLRTV No. 213043 S t:n M IT TED BY 4442 CFRTif1Et 1 S EP 19 79 ErPJkt S 1 M AR 1980 I t!! S MULTIML TEfl WAS isS TED AT SELECIED CHirKPGINTS Oh ALL RANGES
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CFRTIFIEJ 8'i .T. MC I Att. ~j25 ,5 3 Conditions of Certif ecation. Neither Saidie L at;oritor.cs var tho ( . i, . orment aeomeg en, re unns iin i, o,1, re 3%t +a ne , 4JG. Of thtl dTument, the inlOrmetton GOntested the'een, of the physit a' dm t e or instnsmen*_. r !!iens . t y ry ger a,ise, other tbget to , corstrJctnf 9-) Whom nf sg rially s%#sirt. Ar'y sarh tM wil' be at Ibei sole risk arid resnorsteility of *,uch other siv e, e l' IP es dw netT P'It i t J 4jset t it*P d1W at*% 1.si 4 eas't s'*Mk/rf lo is ' e. 'ti III or I' 9fFl 3 uj ( .$pt f itt af fi% l.r af *l J 84 4 t i'nett et ves t.gpeiW5 m(fig vesp , eut,,mv to,th us Iit sdic.,w.eer tr e ent.or enei.of ( sot 'e wi 'her i 1.t t o m , s.. et t 5 i.,'e r.. , t of tif w1 6t af f% !Itht' [Je+y ,)**'j the rd%fl.lffasti,31 'l.jlst(3r ep iy ,jr k d it 6 s, 4:461 g,t',.fs [g > g ) [f.o o, j,*( s ' P ., e air- f ,s j ti j g j , s . o g, , s es )++r wh, 4. t*w . pr t f u # i n . fpves VII-20
IATA SHEET Projeet k.f Oc.ACEP'TCP.5 specimen
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l Sandh Laboratories Standards Laboratory Certificate ~_..._ ..im e m s M.ALYZER POWFR Magtrol Model Na, 4610 Serial Na. 8C67 Preperty No. 25090 St witted by: Organization 4442 Certifled: Sep t embe r 12, 1979 Eapirea: March 12, 1980 ] This Instrument was tested and adjtisted to meet the following. accuracy I cpecification: 1 1 0.5% + 1 digit on all rangea and functions 1 l'e t rologi s t : W. W. Rowe, 2553 )I
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Certifled by: G. F. McTall, 2553 b%R:2353:bh l 1 Corutitons of Certif. cation. New Sarci I atsoralra es n )r 'he Griverornent #gumas e< , e.go;nutsil ty w A eev t t n-(1%P 09 . a#:dur, ETterit Th t) Int O*thdiO'* Cf'ntatef1} thP,e,n. 3, a.a .ihy ,n oi ciovic., or s r veri.ni . ..ri-e ct. by ,ir,y . m . . ,s.,- (T 4't 'tT Ctent th 19, (p 4 Art;prt) s r LJtr. g ::. bed A 8)y 40( h t45e W.*l (JP di il
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VII-23
IATA SHEf?f Project hf3 ( ce6tTOR L . Specimen / , ,2 , ) )$G v'OC e Part No 3%T)iOd i Ident. #$ ec ,,,oARV OfaK cF PArest de irr-S Start oate 'i/Jy/7) Lg _, M4pudgw45 r) De 54.'cy (hNcLMCER O ,cg ( Ett
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Sandia Laboratories Standards Laboratory Certificate _.. ~.~ . e , , e DYl Al.GGGER Acurex Model No. A901 Serial No. 1694 Property No. 011409 suhm tted by: OrRanization 4442 Ce r t i f ied : September 14, 1979 I3pires: March 14, 1980 This instrurrent was adjusted according to manufacturer's calibration procedure and was found to be within these specifications: Voltage Measurements: + 0.005% of full scale 1 0.005% of reading af ter one hour warmup
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Metrologist: II . 11. Pi ke , 2553 . .
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'VII-26
D 6 SECTION VIII ACCIDENT TEST l I l 1 j I a l l VIII-1
Accident Test Procedure All test items will be subject to an accident profile approximating the specified time, temperature, pressure conditions displayed in Figure 5 (A, B and C). The 250-VDC connector assemblies will be energized throughout the entire test. The 480-VAC connector assemblies will be energized ' only during the first 5 minutes, between minutes 15 and 18, and between minutes 57 and 60. (The energizing schedule is construed to imply that the connector assemblies are energized prior to introduction of the steam environment.) The major features of the originally specified profile are:
-- ramp to chamber conditions of 325 F (163 C), 55 psig, in approximately 2 minutes.
-- maintain stabilized conditions for 5 minutes.
-- at 7 minutes, reduce pressure to psig while holding temperature at 225 F (163 C).
-- between minutes 7 and 30 reduce temperature to 304 F (1510 C), while holding pressure at 30 psig.
-- between minutes 30 and 75, reduce temperature to 283 F (1390C) and pressure to 20 psig.
-- at 75 minutes, reduce temperature to 230 F (110 C) while holding pressure at 20 psig.
-- redgce pressure and temperature at an average rate of 3.5 F/ hour for 24 hours or until a chamber condition of 1500F (65 C) is attained.
Prior to tests of the connector assemblies, numerous pre-tests to determine capabilities of the autoclave system will be made. The best approximation to the specified profiles will be achieved and the data overplotted against the specified profiles. This best effort profile will be forwarded to NRC staff for review / concurrence before proceeding with the connector l assemblies tests. Results and observations will be recorded on data sheets and supplemented with other pertinent documentation. To assure adequate repetition during the actual connector assemblies tests, the final procedures are to be documented as they evolve during the pre-test phase. . The actual adjustments of the pressure and temperature of the test chamber are to be accomplished by manually manipulating . the superheater controls and pressure regulators in a systemmatic way. VIII-2
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All test items will be subject to an accident profile approximating the specified time, temperature, pressure conditions displayed in Figure 5. Also shown in Figures 5A, B, and C is the final NRC-specified enveloping profile for , temperature and its i6 C error band. This, along with the actual pressure profile with its -5 psig error band, constitute the desired accident test signature. These profiles were , developed from NRC staff letters: (1) June 22, 1979, Murley to Schroeder and Eisenhut,
" Commission-Requested Connector Tests" (2) August 1, 1979, Schroeder and Eisenhut to Murley,
" Commission-Requested Connector Tests" Following formal NRC approval of the achievable test chamber conditions, the connector assemblies will be installed in the test chamber. (To make electrical connection through the test chamber seals, Anaconda 3/c #12 nuclear grade cable may be butt spliced to the connector assembly and the splices covered with Raychem nuclear grade (WCSF-series) heat shrink tubing.) Circuit continuity and circuit resistance tests will then be performed with the assemblies installed in the test chamber. The assemblies will be instrumented to measure and record voltage and current; the test chamber will be instrumented with temperature and pressure sensors. Periodic measurements of all parameters will be made during the accident test phase.
During the environmental exposure of the connector assemblies the specimens and environment temperatures will be periodically monitored and recorded and the connectors will be powered with their operating voltage / current loads as described above. Failure to carry the required voltage / current loads will be considered as failure of the assembly. After achieving the 150 F (65 C) condition, the test chamber will be opened and the connector assemblies removed for examination. ; 1 VIII-6
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l l s/s 2915s . Sandia Laboratmies i see certificate _.2 ............ iratory Certif.icate . - e.~ ~ . - File No. 5690f - PRESSURE GAUGE Heise
- Serial No. 29155 P/N S-Submitted by: Organization 4442 Date Calibrated: May 9, 1979 Expires: May 31, 199n Reference Pressure Gauge Reading psig psig 0.00 0.00 l 14.99 14.90 29.97 3n.00 44.95 45.1n 59.93 60.00 74.92 74.80 89.90 A9.90 104.89 105.00 110.87 119.90 134.85 138.90 149.84 149.95 When corrections are applied, it is estimated that the error l
in the above gauge is no greater than i r).1% of f ull scale. l Technical Consultant: H. L. Myers, 2551 i3,. ..,
. t ,-, y Certified by: J. L. Hartley, 2551 Copy to: . ,
Organization 4442 (2) Y i l 2551 file Conditions of Cert.f. cation. Ne t*er Sants,a Leboesiar.es no, the Gnvevam at anumes saw eewonobenty w th eem t 'o 'he ow afie4 d 2 ument ine .nio,m.i.on conia.nmj he.e. , o, one or oca, of,4
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IPen the Cont') Clef to whom of'O.ed* 4tuer) A my L.,cP use *di be at Ite *u'er i it o g * *woen D.bly of lut h ot* *' W%* If th+t documeat ,s .$weet to a Sec.o e t. ebne sion..s 9.po',es. ne. tee' sa*w1 a t abo <aio,.eg one ,*, Go e,nment auwmessaw felpool+hehfv f 08 the ute Ed t* rl OO(Were**f "g .PIrmat ov* cO8'!8+eged thee gin Of f %e Dav ted' ofwd e O' 'F st'Ument te'3 dd. Of day tame bev iaff 1*e f ewDr" 't e, d e's ce er, peces o* C a' tr eC f o'*'e' ** 4'i the D' tie' 08 f oe 4 . em( sud.nt) C Me AQet tenfle' Whern 'th p Cert tit a' 09 l ) we9, i la an case . 4 Sono a t ano< *f y es n, e = ".4 ament set.-e **1roave *v f ar f orwavea* * '1a *;*s SA Pto DAt9 721 VIII-14
E Sandia Laboratories
. Standards Laboratory Certificate - . . . . . ~ . -
DATALOCGER Acurex Model No. A901 Serial No. 1694 Property No. 011409 Submitted by: Orranization 4442 Certified: September 14, 1979 Expires: M irch 14, 1980 This instrument was adjusted according to manufacturer's calibration procedure and was found to be within these specifications: i Voltage Measurements: + 0.005% of full scalc + 0.005% of reading af ter one hour warmup
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t .J et . , time be, ows *2 r e. .,0. o . i,i, . ne te . i, a is . . 1..: i .e - e,u. t c+e1er a. - 9.e , .p. :,< 6 r.t . ., t . < n :q t ...q.. ,,i... As !' 5 Lb t'44 1',,I ! i ' 9., '99 Qi g ('I VIII-15
MTA SHITT Project OR Cc.M%R S SD:eimen All ~ Part.ib Ident._ k 0 01 O t.i NT Te5F_/ DATA startoate#/'/~/7 lHe (7 O DATA S i+eTT5 DescWl B E Ts e T k sr DATA ACD (hNecTDR A55 emet l es EI'FCflMfh%K:6 lHE t+ ER tw. (!C L) ?L (** Ch0 / N 6+ ") kNE I f# LL~ kT f 05 TIGC Mb 7 C_ #( b.,7cp
/\(26Ed TO bY DSeVIM1 3TA 7 Att Coweerr it AS$en BLleS fema,oc D I ~ C TI un' AL lill h , A ri Q t' T TtiE ~liiS T, Remarks Tested by Ehtas t.)
Date [7] Witness Date l Sheet tb. / of / Approved ' l VIII-16
vate //- / ~7 9 DATA SHEET--7CCIDENT SIMULATION BF3 CONNECTOR AS2MMBLIES: 1, 2, 3, 7, 8, 9 Titae O*di hours . . . _ _ _ .{- /,w i,f Chamber Environments: Temperature 43.G2 43 C Pressure o.o psig Tt: s t. Items: Assembly 1 _b o,0 volts 1. son, amps J. v p C I. Ag 2 2 + 9,7 volts /.oo 7 amps 3 ;2 4 af, t, volts f. 0 4]f amps 7 volts /7,f / f 7./ amps 8 vol ts f 7.t / //,. { amps 9 volts /7.</ / /G T amps T.ime Cft i hour. T' + / *" ' *1 Chamlev Pnvi ronn.c.nt s : Temperature erf.n a .in C Pressure cq3 _ sigp Tert Items: Assembly 1 A a 0.a volts 9q37 a:aps 2 eyy, volts f o g, 5 amps 3 ._2 10 3 volts 1. o r s ,* impe \ 7 volts /T + / //,/ , amps 8 volts /t,.6/ / 7 0 ampa 9 _ volts /M,_/g{ cnpc l 1
.___.___....___.-.mm...... ._...m.m Tima C'Oh i
hours {4/ m.- ' Charber Environmento: Tenperature //v*" o r ef C Prcrsure 55' prig Tout Itema: Assembly 1 a ra,5 volts ,yyfg ampn 2 2ae a volts f , , , ;_3 a n.pu 3 : JeJ volts /,o f4 e z.mpn 7 volts / 7. *// 7./ ampe 8 volts //,7/l7.D amps 9 volts / 7 4/ /s. i' amps .
- . . . - - ^ .
remarks: . . , _ _ _ . . Pccordedby6.,W,L.dwldt Wir.nessed by m 7
. . . . _ . _ . Sheet No. / of 33 i VIII-17 i
. - , ._. = - . _ _ _ _ .
l l l 1 uate li / ~ ~19 i DATA SilEET--ACCICENT SIMULATION ' BF3 CONtIECTOR ASSEMBLIES : 1, 2, 3, 7, 8, 9
=. . _ . . . . .
Time Clc3 hours o [-f J e w - Chamber Environments: Temperature i c ..f ue.ro C Pressure gr psig Test Items: Assembly 1 9rU o volts 4757 amps 2 2 f t . I, , volts /. eco) arrps 3 2 +94 volts / 8'f amps 7 vol ts / 7. 0//7, / _ amps 8 volts /4 2//7 0 amps 9 volts /74/ /61 cmps Time C!c4 hears D 97 e 4
'% nhor Environments: Tempcrature 0
/G1-/c7./L7 C Pressure 5'5". o prig Test Items: Assembly 1 .) ro.c volts 9536 aups 2 2, e.7 volts , ty9_7 amps 3 2 4 f.5 volts /. o f 3 + a'vps 7 volts 17.f / /7,1 amps 8 volts [{,.4 /70 / e.mps 9
volts /7.4,//3.f, empn
. - . . . . . . - . _ -- _..,~ .~a- ,.-, e..,. _ m .a. ~ n . n Time C' of iI hourn ( t 4.I M 'M Chamber Environments: Temperature / t,,7./t,7.u. a C Pressure e s.o psig Tect Items: Assembly 1 a re. i volts 94y _ amps 2 2 4 v.3 volts ,4r44 amps 3 t e r., volts / . of , , amps 7 volts / 7 4 //7./ _ amps 8 volts / 6.5//7 0 amps -
9 volts /74//6.t amps ike[narkn: . Recorhed byuf,d./b>>11r Witnessedby('- Sheet No. ,2, of 33 VIII-18
Date // / - 7V ,,, DATli S1!EET--ACCIDENT SIMULATION DF3 CONNECTOR ASSEMBLIES: 1, 2, 3, 7, 8, 9 Time 1!0 'T hours p g,,,,a Chamber 1:nvironments: Temperature o f 6,.fmy C Pressure n psig Test Items: Assembly 1 1.2'u ' o volts 4 9.5 $ amps 2 1 1 P. k volts .9 , , z. amps 3 2 4 t,2, voitn /. o/ 2. f amps 7 , volts _ / _ arps 8 volts [ __ amps 9 volts / amps Time c.l c la hours Y '"en Chami.er Environments: Temperature /M./# p >,3 C F t~ c s s ur e cr g _psig Test I t e!'s : As sen bly 1 ,11o.1 v33 ts . a 9 .7 / amps 2 J y., volts 0,9/ a!T p s 3 ,_J) E volts f.,/2e_ amps 7 , _ volts I amps 8 f volts f amps 9 _ [_ volts _ __ amps
._..m.
_m_....._._m._,,......____,.,m..._ Time C ' C., ?
~
hours T, + 7 e i ,. Chamber Environments: Temp;rature /01-/g/5 3 C Pressure Sj",0 psig To r.t Items: Accombly 1 fro.p_ volts 993; cmps 2 1sg volts 994, amps 3 2 4 7 3_ volts f.0,23- amps 7 __ volts amps . 8 volts amps 9 __ volts amps Witnessed by b b Y _ n Sheet No. 3 of 7 - VIII-19
ua t.e 1.L- I- 14 DisTis Oi!EL;T--ACCIDENT SIMULATION BF3 CONNECTOR ASSEMBLIES: 1, 2, 3, 7, 8, 9 Tin,e _C : c Y hours 7 r g u, , ,, chamber Environments: Temperature f e 7.ie r-n,7 C . Pressure (). o psig T3; t items: isstembly - 1 _afo . n volts 4 93/ a mp., 2 ) , g a t, volts .eryrr appo 3 ) 4 y t. volts i, oi u + a np r. 7 # volts l amps 8 __ / volts ampc 9 volts amps T a r.. C,c7 houts To
- f , ,,
Charber Environmenta: Temperature o f p 7. /4. fl./g C Pressure 3 2., r sig Test Itemr: Assembly 1 _ pro , t volts ,9f1.t_ anps 2 )f97 volts 99gj_ amps 3 1 91.s. volts 1. s i s 4 unpe 7 volts ar.p: 8 /,, volts
~
f aups 9 _ volts _ empr
- . - . .. .-~ ---.. ..-~. - - - - -,-w-n- -
- w. . . . . -
Time C'sG hoGra [tNm an O Chamber Environments: Temperature s c,4 /_6 0/ t, p C Pressure n .g pric Test Items: Assembly 1 ; ro. o volts @ & 21 amps 2 144,7 volts .uyys amps 3 249 1- volts /.o/ A 3 ampC 7 r volts f amps a f volts f at:pr 9 I volts arc.ps Fe narks: _. Pect r ded by- /,/A- - Witnessed oy O- A _.
,3 Sheet No. 4 of 27_
l l VIII-20 l
vat.e f/-/ 'I9 DATA SilEET--ICCIDENT SIMI'LATION BF3 CONNECTOR A3SEb'DLIES: 1, ~! , 3, 7, 8, 9 _ . . C --'.._ _.~ C 'r. r 2. Z.~^ C ._ Tirio j ' 16~ hours ffj0 f m , y Chai: er Environment.8: o Tomse ra t 'a c /M./6 3.f ty. C Pressure _3 7. c paig
'"e s t Items: Assembly 1 2 ro./__v.1tc aggy_,._ araps 2 > f f,J_,_ co1 t s Ag_gt amps 3 _ J_4 y,J _ vn] t a _/ ap 3 , amps
'i _ __,, . 01 t s /_7_QfLi airps C . _._ __ C 11 C U/ /17.,L amps 9 '. 0 I t .i 12, L / /1,f amps Ti ae C ;f_L__ hours q+ / 6 in Charder Environmc nt.s : To:parat c o Q3;/u n f 'C Prn,quro 3cv psig Test Itens: As.r embl y 1 2 7o.1 volts 9H2, amps 2 _J + 9. ) _ vo1+a _digj_ amps l
3 2 4 {.L v.lts / o/ J. 3 amps 7 v0tc _#171 24 3!PP8 8 . ,_y's ; t - pggglig_ aaps f 9 tn /J.f] M
- c ?c s.-.._.. . - + . _ . . ,.n,
-a. - - - --. . ~ : n Time __(> _'. 8 ~1 hourc {.f /7 e,a Charber Environmente: Tempar 'Du c o g.mi C Presse r:c _ _3f.o })si g Tort Items: Assembly j 1 _.)yu,j_ yO3to _g ,q~4 amps 2 __y e . 7 * 'o l t. c, .
. n sa amps 3 p + 3,_ vol t o ,__f_,3, 4 4. ampn 7 s alts ),Jf_//N amps volta !G f/,L]_A amps 8 ___
9 _, volls ,/2 o//s.f ampn P.em rks: . . . . . . . . . . Recorded by 6/Jd ___
. . _ _ _ Witnessed by I_ _ f
__. _ ,_ __ ._ Sheet No. 8" of73 i l VIII-21
a uate /I-/- Oct l D?.TA SilEET--ACCIDENT SIMULATION B:'3 CONNECTOR ASSEP.BLIES: 1, 2, 3, 7, 8, 9
..-. = . . . ___. . ..
Time O
- n '7 T hours 7,417, s' Chamber Environment.u: Temperature / GI./ 6 p/60C Pressure s o.o psig Test Items: Assembly 1 2 fu / volts g r/ wi amps 2 2 4 v . I, volts 9 r/ ) > amps 3 _2 3 n , volts _s.o/q,_ amps
'l volts 11.r/n.v amps -
8 _ volts /A. 9 / /(,.9 amps 9 volts / 7.P/ /I,.i amps Time Dl15 hours T,//w .<en Chamber En'irennents: Temperature /f, r /t.r./c c C y, s' Pressur e _ __ .3 e . o psig Test Itemc: 1.s seml>1y 1 a sa.o volts e er cf f.3 amps 2 2 14,7 volts 9 yti amps 3 'l 4 v.3 volts /.o/24 amps 7 , volts , amps l E' f volts f amps l l 9 / _ volts 6 f amps
.. - n. . . .a - -
. . _ _ nn.u- n l
l Time C ' 'A O hours 6 />0 m tn Chamber Envi ror.nents: Temperature /G r ./p-la, C Pressure 27.o psig Tout Itew:: Assenhly 1 3r01 volts 9e44 amps t 2 2190 volts ,4far f amps 3 11ft J volts /,os t 3 amps j 7 volts l ' amps ; 8 i volts f amps - I I 9 volts amps Remarks: Recorded by 4/,//A.. _.... /.,A. ._ Witnessed by b 9 M ___ Sheet No. 6 o f D ._,, i 9 VIII-22
M vute J.: / - 19 DATE SHEET--ACCIDENT SIMULATION BF3 CONNECTOP ASSEMBLIES. 1, 2, 3, 7, 8, 9 Time ("e.' l$_'){ ,h o t. r s T, y a r , , ,, Cha:Acr Environments: 'lemperature o
/ p.f',,. m C Prescuro 15.o psig Test Items: Assembly 1 J go,i volts g qft, _, amps 2 ) 7 y,) VM ts u pg,g ,,,, amps 3 219 1 volts /, o / 2.j' amps 7 __ l volts ,_ , , nmps 8
i f__voltr.__[__ampn 9 _ _ volts _,,_,I_ _ amps Timo f < *, 3 C- bours 7, t .1 o m, n Chamber Environments: re.Tpe ra t t' re ( g;/,Lt p._f C Pressute _g gv_ psig Test Items: Assembly 1 2_co.f vol t s , ,,j_ffJ,_, amps 2 aw e.7 _ volts _ :,gJJ_,, anps 3 2143 volte ,j g j_ ampu 7 j velts _,,,I amps 8 / vo:ie _ _ _ emps 9 [_y15 , , attps
. . . . . m . m .m. _., m Time ,ff3 I hours 74+35*1sn Char.ber Environments: Temperature o
/Lh/O #/ C Precoure yf _ psig Tort Items: Assembly 1
1 2 ro. / volt; 4 [y p ampc 2 )f g _ volts ,afJ L amps 3 1_f 4.t _ voltr _p p,' _ a:rps 7 / volts ,_ f amps 1 8
! volts [ amps 9 voltr. amps I'emarks: . . _ _ _ . . . . . . . . . _ _
Recorded by w.g. d __ _ s Witnessed by a m J _ -= Sheet No. 7, of >3 l i l VIII-23 '
aute - s DATA SilEET--ACCIDENT SIMULATION BF3 CONNECTOR ASSEMBLIES : 1, 2. 3, 7, 0, 9 Yine ,,C e hours g,j9, , Chamber En vironme..ts : Temperature Up.///.ffj C
- r. essure ai o fsig T .a t items: Ascerbly 1 S i s.a voltc . .? f 4 y ampa 2 ,,,tf y, 7 volts 9 d L amps 3 __2 1 v.3 _ volts /.p/Ag a:::ps 7 , volts # amps 8 f volts / ar.ps 9
l vo]ts I amps
'. na vl4'I bc.a r s ,,' ' o. 4 s m , .,
Cha:rher Envi ron't.ents : Temperature g > , . ,n _ C Pressure J v. 3 psig
"'a s t T *: t r s : Assembly 3 .>rs.' volts A g _ amps 2 ,,,;j v . 7 volts ,yy/J_ emps 3 ?44 volts / ~ ' 'l f amps 7 ! _ volts ; amps 8 f _ volts ,[ _ amps 9 / veits amp;
. __~. m . _ - - -
.__m..--,.m ,, , m ,. .._m. ..m Tim c ' St hourc /; #3 4 w a fharher Environments: Temperature fg .n/-ri a C Pressure /1.c psig ,
1 T a :, t Itemn: Assembly j 1 2 r9 2 volts 9 yro ampu 2 2#<.7 ,_rolts . e yd A nmps 3 2 1y.4 volts i e i.t v ampu 7 valts q amps 8 f volt r. / amps
~
9 / voltc a n'ps
. . _ . - . ~ . - . . ~ - - = -
l'e ur.rks : ,., __ ,_,,,
!!ccorded by g,. (pJ/h Witaesticd byL-y C A)
Sheet N3 0 of ~,> 5 VIII-24 l l
Uct Le () - j ~7 Q DATA Shi'I:T- -ACCIDENT SIMULATION BF3 CONNECT ( H ASEEMBLIES : 1, 2 , 3, 7, 8, 9
. . _ - . . - . .. = . . _ . . .
Time O,Si hours 4 f,c y,g
'.ha!"ber Envi ronn c nt a : Tcr..pe ra t.urc o dJ -/i> -> Q C Ergs 0JTO /( 1 J S 1 *.] l Tact I tcrin : Iss cem:,>l y 1
1 2O.;__VoltE l 7 9 ri amPJ ' 2 _.;_ t., .'. amps 2.__ N o l t n ,y,p7 3 _3i ey,_,yoltc. 2 m _,artpn 1 i 7 olte / amps
- - . . - l 8
'l vo l t.s [ amps l
9 / volts - i amps
' 1 Tirce C . f> 7
~
hours I !i7r"u t Chambor Envi: orments: a Te ".;er a tu r e LTv . i r u
- CC I'"e s c u r e j_, s psig 1 Te . t. I t er.ac : ' c set:bl y 1 _w - voltu . s q ., a araps 2 _,_j,f , 7 '/cits _ j se; amps 3 ___2_y e i v .0 t s / >! a e amnsc 7
__ _ _ _ _ v r 1 t. : <7,f/ q anps 8 ' ,!ts / 7,e zj_1,t, anps
') vc :' t ? / 7 jf/;. . ampo
.-,-,.,-=.,u...= . a.a , ,
1 Timc 1:ours jd. 'iY {.v g . Char.bt r Er.vironments: TeIcperaturc
/t/- / 4 / /4[C l 1
Prescure _J . j psig ' Te <- t- I t eras : Accombly 1 _J,1,, t vo'.tn , > g; amps 2 ;ss > volts < g /i amps
+----
3 ~.s
.a.-.voltu / ,); f ampa 7 volts s 7$ f_jng_ artpr.
8 volt's p h y.a ampc 9 _, volts /7 4 //..r amps Remarks: , _ _ _ . _ _. . . _ _ . . . . .. . Pecorded by_g/, -
/ f
. . _ . . . . ._ .- = - .- Witnesred by -y Sheet NO. 9 -of 3 3 ._
VIII-?$
H uate 1/-i-24 DATA SHEET--ACCIDENT SIMULATION BP3 CONNECTOR ASSEMDLIES: 1, 2, 3, 7, 8, 9 Time O f V'I hours To tr) . I Chamber Environments: Temperaturo /4y/tf./n C Prescure 14.,o psig Test Items: A n sc.T.bly 1 2 ro. 3 Volts e 4 y to amps 2 1 t r,, 7_ volts .&9s& amps 3 y ,4 volts j, oft, ampn 7 volts /7. f/n a amps 8 volts /s.7//7 3 amps 9 volts /ff//p/ amps Tima 0:f 6 houru To t jp,gmi, Chanber Envircntents: Temperature (n e.f a C Pressure 14, ,, psig Test I t er ; Ascombly 1 volts amps 2
/ volts / amps .
3 ' volts amps 7 volts n,q /n.1 amps 8 y volts f or,/n,a amps 9 / volts / 7,4//t,.c ampn
. ~ . - - ~ ~ . . - - - _ - . - - -
n n ,,,, _ .,, _ .,,, n _. - _ , , _ , . . Time /< 0 0 hours Chamber Environments: Temperature f u. /ve-in C , Pressure /4,o psig To s t. I t e.ms : Isscombly
] 'l r o . L volts 494, ampn 2 2f47 volts , ti p %~ ampn 3 149 4 volts i , ,a s g ampo 7 , volts , ' amps
' ~
8- / volts / amps 9 / volts / amps y; 2nmark.s: Becorded by MJMHi~Lli/ i _ Witnessed by O __ _ _ _ Sheet No. Jo of 33 VIII-26
. - c- -, -. - -
1 .m t e /. p . DATT S!!EET--T CCIDENT FIMULATION tW3 CONNECTCkt ASSPMLIES : 1, 2, 3, 7, 8, L Ti;r.c / ,' /0 rs Ob snter Envi z o t.r ual:s : Teapo ra ture ]A r./qf Pressure / f, o psig Test Items: M:rembly 1 Ji g.5 voltr. ,9efg_, amps 2 , ),j,y. 7 volts , 90 04 arrps
? _Lf t, 4 volts /.;ill _ amps
._._.. _ volts a rr.ps U / volts amps l
/ l 9 '_ _ volts amps i i
T i rE ]; & _ hours Cb ute r C'iv i r.. me- .m- 'l ompe ratu re /91 fe. A;t C Pressure J .o psig Teut It e:n ; A ul , _.lf)a __ volts , q gy9 anps )
. 14 +,7 volts ,994J. amps 1 _2.1,9.c amps
_t01ts /, Of , 7 _ ,,vcits amps
._.; volto ___ amps 9
/ voltu i amps
/
;.n- , n --- n a c, -
T.i n e _/_fg hours i Cha:9 ct Envit.c. .Mt Terr pera ture o l
/Ir-n t-o r _ C Pressure /J psig Tcat 1 t crea ; I-- :.ib y i ._.9_LO J_.__.v o l t s 9 w f,_ amps J ./ y,7 volts 9Pe3 amps
_],j y , ( ,,,vol t s / . o /Jr amps l 5 volts 3 amps B volts _ amps
-I 9 volts amps I
Her ark.t , . _ , _ . . . _ ,_ Recorded b/g Witnessed by - Sheet No. t-
#/ of N U . - -
j VIII-27 I
l Date //- / - 7 9 e DATA S!!P.1:T--ACCIDENT SIMULATION Dr3 CONNI:CTCit ASSF.hdLIts: 1, 2, 3, 7, 8, 9 Timo /l40 hours Chamber Environtrents: Tottpa ra ture laJ./Ar nJ C Pressuro if psig Test Items: Assembly i 1 2ro,s volts am amps 2 ) 49,7 volts 9yyo amps . 1 3 2iM volts j . 3 f2 i amps i 7 / volts / amps 1
\ i 8 /. volts / amps 9 / volts / amps Time //,'O hours Chamber Environments: Temperature n J ./n n3 C Pressurc 9. o psig Test Items: Ascombly 1 2 n,, u volts 9 y19 amps
( i 2 2 4 4, e volts 9yyo amps . j 3 2 f y. , volta j.r,aj amps l 7 , volts , amps 8 f volts / amps . 9 / volts [ amps
/ j Timo ? ? 00 hours Chr.ber Envi ronne.ntu: Terrporature ifv.in in C Pressure r, o psig Test Items: 1.ccombly 1 ) [ 0. ;, volts 4it fy amps 2 2 s v. 7 volts , yr/ #9 amps 3 2 .t < . r volts /. of 2 / amps 7 / volts f
- amps 8 I volts / amps -
t~ 9 ,/ - volts / amps
-nm arks: y e pris! p (J<s +1 Sf -.<# Recorded byI M -
.j_ Witnessed /gbe Shee t. . No . .1. of bN' VIII-28
l I l 1 1 i Unte _!}. / ~ 7 y a DATT S!!El:T--7CCIDENT DIMULATION BI'3 CONNECTCR ASSEF.JLIES: 1, 2, 3, 7, 8, 9 1 Time 2 ' f ,, hours Chamber Environtrunts: Temperature f 3 f u-im C i Pressure f.c psig Test Items: Assembly i 1 2 f c. t volts uesv amps I 2 1 f y.) volts .py6 amps t 3 2 4 <, volts / , t , i t._ amps 7 volts amps
' /
8
.._ volts 'i amps 9
_ volts amps Time ;> o hours Chamber Environments: 'Iemperature , ; . f. . f , _ C Pressure ? 3 psig Test Items: Aacombly I 1 2 2 s.I volts a s s '/ amps 2 21 Y 7 volts , y yf 7 amps . 1 3 ; 4 <r volts /. c/ 2 / amps i 7 - volts ! amps B volts amps 9 . volts amps
-- - . ..- - - =. -- ,,,,
l Time -l4o s hours Cha:.ber Envi ronnentu: Ten'pe ra ture o
- 2. / ; .r .s sC i Prcscure 70 psig Test Items: Assembly 1 .: .1 ,a volts . cr .r r 0 amps 2 ; a y. 7 volts . y (py amps 3 ) f 9 :, volts /. o/ 34 amps 7 volts amps 8 ! volts amps
( 9 i volts ! 1 amps nonarks: Recorcled b 4pT'/ o Witnessedby/[>mr) _ _ _ .. . . . - Sheet No. 1 of h5.5 VIII-29
- . . - - .- ~ - . - . . . - . - . . . . - . . - - - - . - . _ - . . . ~ . - _ =-
i nsate '
- ' ~' 9 DATA S!!EMT--ACCIDENT SIMULATION .
Dr3 CONNECTCit ASSEMLIES: 1, 2, 3, 7, 8, 9
. Timo J / ro hours U
Chamber Environtrents: Terr.pa ra ture /s f.igy.f,y C
^
Pressure 7. o psig Test Items: Ascombly 1 jr;,3 volts .? 44i m amps 2 3 n.g volts ,:r e d e amps 3 J f y,6 volts /. 0 /3 p amps 7 I volts i amps 8 / volts / amps 9 / volts' I amps Time */.' o u hours Chamber Environments: Temperature ,a..a .. s C Pressure 7> psig j Test Items: Ascombly 3 1 .> r3 volts .eo47 amps 2 2 4 y.7 volts ,Gpn amps . 3 ;# y.c volts 1.e nJ amps 7 l volts I amps 8 / volts / amps 9 l volts I amps 2 1 Tirte _~t i io hours I Chan.ber Environnents: Terrporature n) /e 7.ia C
\ *
- Pressure 6,( psig i Test Items
- Accombly 1 > cy. n volts .o e4a amps 2 240.7 volts ,#dJA amps 3 lN f,( volts 1. of.t , amps 7 volts ' amps i 8 volts amps
( 9 volta amps Henarks llocorded by f#f/ir_h d2; Witnessed b[ [ M I ) Sheet. No. ' -%ofy3,) . VIII-30
Unte . DATA S!!EET--bCCIDENT SIMULATION DP3 CONNECTCH ASSE!.JLIES : 1, 2, 3, 7, 8, 9 Time @c3 hours Chamber Enviror.munts: Ten.po ra ture w .in-fa. C Pressure Fc psig Test Items: Assembly 1 2ro,3 volts . O e y rf amps 2 a v f.y volts , e p 40 amps 3 2 y y. , volts /. o n amps 7 / volts / amps 8 [ volts [- amps 9 / volts [ amps Time 7tf o hours Chamber Environments: Temperature /n f,r- fu __ C Pressure ci psig Test Items: Ascombly 1 d io. a volts 9 r/9 amps 2 444./ volts . cr e v p amps . 3 2 f V. ( volts f.g f n amps 7 l volts i amps ( 8 f volts / amps l 9 / volts / amps Tirre 3!40 hours Chamber Environtmnts: Temperature n4 - n,r- / o r C Pressurc 5.r psig Test Items: Ar.sombly 1 2 f0.L volts 9947 amps 2 21/.7 volts . q c/ F P amps 3 2 y y. volts f of n amps 7 i volts i amps 8 l volts I amps ( 9 / volts / amps Herarks: Recorded by' t/fdd) Witnecsed y[/ivi Sheet No. ! of bM VIII-31
l L) ate ;i '; e DATA Sitr.1:T--ACCIDENT SIMULATION Bl'3 CONNI:CTCit ASSU'JLIES : 1, 2, 3, 7, 8, 9
-. 7.._.._, . . . . . _ . _ _ _ __ __
Timo 4c o, . hours Chamber Environrnents: Temperature i c,i.<[2 i;3 C Pressure y,L psig Test Items: Assembly 1 J ro.L volts ,fyf7 amps 2 2yy7 volts , e p q z, amps 3 24y7 volta f _f w amps
, 7 volts i amps 8 volts / amps 9 l volts f amps Time f c /o hours Chamber Environments: Temperature fy4.o.u C Pressure 3, r psig Test Items: Assembly 1 3ns volts . cr y a s amps
( 2 7 a v . r/ volts .c/t/7 amps - 3 2 41 F volts 1. c r 3 u amps 7 i volts , amps 8 ! volts amps . 9 / volta amps
/
Tirre 4: to hours Chamber Environrrntc: Ten porature lui le)-sa r C Pressure d .4 psig Test Items: Ansembly 1 lso,i volts 40(s amps 2 299 9 volts 9 4 e, e amps 3 2 4 4,e volts i. of n- amps 7 volts ' amps . O volts amps 9 / volts f amps Itcru rk s : Recorded byu6[//I M <,[A Witnecacd bk /k,I,u f Sheet No. /' df 33 VIII-32
1)(10 c // - / 7 f e DATA S!!EET--ACCIDENT SIMULATION Di'3 CONNI:CTCR ASSEMLIES : 1, 2, 3, 7, 8, 9 l Timo 4yn hours ) Chamber Environtrunts: Temperature fu.,u.mg C Pressure 34 psig Test Items: Ascombly l 1 A co.1 volts . cr a f t amps 2 2 4 4. A volts ,9quf amps 1 3 2f,, volts j . o n c- amps J g 7 / volta / amps l 8
/ volts / amps i 1 9 volts amps Time 4'40 hours U
Chamber Environment.s: Temperature lu4 m H a C Pressure 3.L psig Tout Items: A.scombly l 1 . < , , . volts . y 4 s'4 amps
\
2 447 volts 4,v. amps . 3 a44a volts f . c i n- amps 7 ; volts e amps l 8 f volts / amps 9 f volts amps Tiro 4:x 0 hours Cha.ber Environnents: Terrporature 4 .1., A C Prescure 3.f psig Test Items: 1.csembly 1 . ; volts 44 .f 4 amps 2 447 volts 44o amps 3 ,44 ., volts i air cmps 7 , volts amps e 1 8 volts amps ( 9 volts f amps Iten1rkn: Recordcd byint//r;-/z/m Wit.riosacd bi kNe ._ Sheet. No. i, of 33 VIII-33
. . - - - . . . = _ - _ . - ~ , . .- - . . - .-. .
l Date l l - I - I -r
- DATA S!!T.l'T--ACCIDENT SIMULATION DP3 CONNI'CT0lt ASSP.61 LIES : 1, 2, 3, 7, 8, 9 Timo p.en hours l Chamber Environments: Ten.pe ra ture tuv./u3-ra. C
- Pressure 53 psig l l
Test Items: Assembly
- 1 2 ro. t volts .yert amps 2 3 4 v. 3 volts , r9 ## emps 3 >ff.i- volts / of u amps 7 l volts amps
( i ' 8 I volts i amps 9 I volts [ amps Time f , to hours Chamber Environments: Temperature n / > OA C Pressure f. L psig Test Items: Ascombly 1 23.a volts ,9& amps i 2 2 l + '2 volts . o.r amps . 3 j ., i , y volts /. ;,# 2 amps 7 i volts , amps 8 / volts / amps 9 / volts / amps
---- 2 - ~m_.- -
_____.m_ Time f 10 hours
\
Cha.-bor Environments: Terrporature /04-/v3tu3 C Pressure 3. 2- psig Test Items: Acccmbly 1 2s o. / volts 9 vro amps 2 24y1 _ volts '9Yh amps 3 2 f. i volts / . o ru amps j 7 l volts / ' amps 8 f volts _ / amps - l I w 9 l volta I amps Returkc: Recorded by w.2/ /.I L Witnessed b ,_ Shoct No. , / W I5 l VIII-34
1)a te < e DATT. S!!EST--? CCIDENT SIMULATION BP3 CONNECTOR ASSE!.JLIES: 1, 2, 3, 7, 8, 9 f Time ( .h hours Chamber Environrents: Ton.pe ra ture <0 M r/s C Pressure , 7,7 psig Test Items: Ascombly 1 2 n.1 velts . t 941r amps 2 2//7 volts .4yur amps 3 2 y f f volts ,,u, q amps 7 / volts # amps 8 / volts / amps 9 _ volts / amps Time r: 4 hours Chamber Environments: Temperature uz son-in.C Pressure 7./ psig Test Items: Accombly , I 1 2 ro. 3 volts ,ever amps
\
2 399.) _ volts , t9 0 3 amps . 3 2 4 v.1 volts i,u n t amps
! 7 f volts i amps l 8' / volts / amps .
9 l volts [ amps Tirre e. n hours Cha:.bor Environnent c: Temperature , n.m fa C Pressure 3.s psig t Test Items: 7.cccmbly 1 2 3o t volts . e v 4, amps 2 2 f y.1 volts 89M/ amps 3 i f 4.r volts 1,913 4 amps 7 ' volts amps 8 i volts amps 9 I volts' amps ( i l - .. Itemrkn: Recorded by h u//. 3 6 h Witnessed by N t)N % )
' Shoct No. sv ofN(i VIII-35
1 t)a t.c //-/- 7 9 > l 1 DATA S!! RET--ACCIDENT SIMUL 7sTION ' BI'3 CONNECTOR ASSE.k.JLIES : 1, 2, 3, 7, 8, 9
=
Time c co hours Chamber Environrents: Ten.pa ra ture o - i s t./n.t u C Pressure f. e o psig Test Items: Ascombly 1 ?32 3 volts 479 amps 2 .f, volts srJ 9 amps 3 .e<, volts f ,A amps 7 i volts I amps 4 8 _ volts f amps 9 ' volts i amps Time GJ2o hours Chamber Environments: Temperature <_i.n,r-ror C Pressurc 7.f o psig Test Items: As c o.T.bly 1 o iv, t. volts 9 t s 'o amps 2 avr3 volts . r t yl amps . 3 2 / r. 7 volts _f. vin amps 7 / volta / amps 8 / volts / amps ! 9 / volts I amps Tine 6 ' /o hours Chanbcr Environnents: Terperature n i - is , . , C Preocurc 9 . t- psig l l Tect Items: Acsembly 1 aiva voltu 4449 amps 2 24 y y volta 40 v / amps 3 349 7 volts i.o')r amps 7 volts amps 8 voltn araps i 9 volto a nips ENNrkn: _ , _ _ , REcorcled byM/MM, _ Witnecaed by , , Shuct 1:o. !i ' of _4 ' VIII-36
pate // / - / y DATA Stir.ET--ACCIDENT SIMULATION Br3 CONNECTCH ASSEMJLIES: 1, 2, 3, 7, 8, 9
....--- c.._, . f .
Time . _ . _ , _ _ _ 7 .' co hours Chamber Environments: Temperature en. v s. 9 9 C Pressure 14 psig Test Items: Accombly 1 2n. s volts 9d4 amps 2 ,?fr.) volts ;p74 amps 3 y 4 y,f volts , uf3 amps 7 / volts , amps i n 8 _. / volts / amps 9 / volts [ amps Time 72 3 hours Chamber Environments: Temperature . . o .* - < s ; C Pressure / psig Test Items: Assom.bly 1 2 t s.3 volts esa-2 amps
\
2 749./ volts amps l
.0v79 .
l 3 la v J volts /.o a 4.1 amps 7 i volts , amps 8 / volts / amps 9 / volts / amps
.a_- , ,
.n,--- - - -
Tine 7.'40 hours l l Chan.bor Environnents: Temperature 79 f e- cr y C Pressure f., psig Test Itema: Annembly 1 2 A.3 volts ,yyv1 amps 2 2 + y ., volts . nya amps 3 2g7 volts /.s v r amps l 7 i volts , amps ' 8 / volts / amps i 9 volts / amps Het mrk c : , _ _ , _ _ _ _ Recorded byf [ /l4 Witnessed by [ d ,_ )
- Sheet No. "2. ) of h3 VIII-37
t
, Date //-/-19 DATA S!!T;ET--ACCIDENT SIMULATION Dl'3 CONN!!CTCR AtiSEMJLIES : 1, 2, 3, 7,8,9 F
Time f/ /fo houru . Chamber Environments: 'fempe ra tu re ej re va C Pressure f. ; psig , Test Items: Assembly 1 :ca volts .<,ya amps 2 27J volts . f , 7v amps 3 J < 1, volts f ur amps t ; 7 i volts . amps 8 / volts f amps 9 volts I amps Time ' es t o hours Chamber Environments: Temperaturc 7; U 01 C , Pressure a.4 psig Teut Items: Ascombly - 1 2 57) . L volts , ;< a a 3 amps ( 2 249.# volts ,Js4 / amps . 3 I f t .1 volts / ; ,1 y amps 7 : volta e amps 8 / volts / amps . 9 / volts I amps Time 9 40 hours
- i. Cha.ber Environnents: Teroperature 47-0 -77 C
\ , .
Pressuro psig Test Items: 7.nsembly i 1 I 2r93 volts , 0 e< 4 9 amps 2 2e41 volts 99F3 amps 3 2 rro volts /,c 3 4 ' amps ! 7 volts 1 amps - 8 volts / amps k(
, 9 volts / amps .
s [ nonarkn; Recorded byt/ d d . Witnessed'by M z / Shoot No. At of VIII-38
l pate n 7 4 DATA S!!!'ET--ACCIDENT SIMULATION BI3 CO!!!;UCTClt .TSSUNJLIES : 1, 2, 3, 7,8,9 Timo 9.'00 houru Chamber Environtrents : Tcitpe ra tu rc 9f 94- e r C Pressure o.o psig Test Items: Assembly 1 2;>3 volts sy47 amps 2 74/7 volts 9svg amps 3 2<s volts ia 34 amps 7 i volts < amps s 1 8 / volts ) amps 9 / volts / amps Time 7 ' z. 0 hours Chamber Environments: Temperaturo yi- H. s v C Pressure o-a poig Test Items: Assembly 1 O a volts .s>l1 amps 2 lay J volts .vsf, amps - 3 21i,f_ volts ;,y amps 7 / volts l amps 8 / volts f amps - 9 I I volts amps Tirro a 40 hours Chan.ber Environnonts: Terrpora ture W N - 9)- C Pressure c.o psig Tout Items: 1.ccembly 1 I ?;J.k volts 4s4 4 amps 2 24/ 7 volts 47 r ) amps 3 2lJ e volts i. s J ?/ amps 7 I volts amps i 8 l volts l araps (
- I J
i., , 9 1 volta amps Itcuarko : _,, _ Itecorded by;fh/Td Witnecned b k da ] l Sheet flo. -2. ob i ' l l VIII-39 i l
l t)a t e , ij DATA S!!T'.UT-- ACCIDENT S IMt.'I.ATION Di'3 CONSUCTCit ASSIT.JLIES : 1, 2, 3, 7, 8, 9 Time /0 'po hours Chamber Enviror.rcents : Terr.pe ra tu re // 13 /3 C Presuurc -) . r a psig Test Items: Assembly 1 2>T.J volts e9yff amps 2 2198 volts . '/ 9f D amps 3 Jff. L volts 1. tJ f 0 amps 7 N volts amps 8 vo amps 9 volts amps Time /o. in hours Chamber Environments: Temperature 72 // k f/ A C Pressure psig Test Items: Assembly t 1 -hl . ~$ volts c19'l4 amps 2 149,'7 volts C'i5i I artps . 3 IS 4. C/ volts / . c. 3 5 'i amps 7 'wolts amps 8 vol'ts amps - 9 volts amps
-.- - . _ . _ _ . - - _m ______ -
Tirte '0 ' VC hours 3' Chanber 1:nvi ronnents: Terrporature 94[n /9 Y C preasure - psig Test Items: 1.s::cmbly 1 t l'-/C A volta c Y'/'f 7 amps 2 F/'/ L volts , V 7 3'l amps 3 h y., 5' vol t s /<( W L amps 7 volts ' amps , 8- volts amps 2
- g 9 volts amps ,
.- C tiern rk n : , . _ , , _ . _ _
Itecorded byjg/ter m.w i Witnocned b'j SD Shee t. t:o. <j of 73 t l l l l VIII-40
DATA SHEET--ACCIDENT SIMULAT10N Dato 7 't BF3 CON';ECTOR ASSEMBLIES: 1, 2, 3, 7, 8, 9 T1:r.e // f of hours Chan.bar I.nvironments : Tenipera tur e ,[d@hy 0C Pressure - paig Test I t e r..c : A:,s enbly 1 . W.' s 3 volts j'/4 7 +uaps 2 JL/7 G__ volts //'/f/ amps 3 J W ,h' vol ts ,/.,( 3 f/ amos
. . . - - ~ _ _- . . . . . .
71mc j/ / C- hours Cl.cn>t er f r',110nnent c : Temperaterc '/O,/' e h_U C Pressure p.;1 g Tent I cen:,: Asnenhly 1 _bO, f u volto , '/ '/'/ / an pn 2 ,3'f'/,/ volts ,, y'/ 81'>_ amps 3 -2 5'(f_'f _ c1 Ls ,/dM. anpa Time hourc Cha:-hc r Eniromt.on L r : Temperatur<- Jj [','{LA[9LC Pressur e - --- pn ig Tert I te:,c : Absera bly 2 Ec . 3 v a) r. < liYS' emps 2 . 34h 7 vol t n ,u'j,3 '7'I amps 3 ,j $'/. ],., w1 Ln _]2 3c 3 '/ arc.ps
. . -_.. -- _ ., . _ . _ . - . - _ .. .~ - ,.._ _ . _ = . _ . . . . . _ . ~ _
Tire
,,f(y'c _hourc Chamber Environments: Tar:pe r:.t ure _.[f/P/ d C Practure psig Test It c r.n : Assembl; 1 .2bl e $ 'l t s a'/9 k amps 2 .',1 Yh '7 volts , / 7 7'I, amps 3 h y,j__ volts h r$3$ amps Femarhs: _.___ _ _.._ _ __ . Recorded by ^ f hr<.2% .
_ . _ _ . . . . . _ . _ . . . . . _ . . _ _ Witneased by _) iv y) Sheet No. I '/ o f 33 _ VIII-41
DI,'I A 311EET--ACCIDENT SIMULAT10t; # 1, . 2 , Da te t' // BF3 CON 14ECTOR ASSEMBLIES: 3, 7, 8, 9 l Tire l "l', Au hours Chamber Environ.w nta: Temperature 9 0 [90 / 90 C Prensure psig Tout I te:as : Asscr.bly 1 351'c3 volts s "f7 4 '7 amps ' 2 24h 7 volts ,9Wo amps
? ",2 W, 9 volts l,o'$$Y amps Ti r.ie / 3 '. Liv hours char.:ber Inva ronmants ? Temperature TrY/TV/FI C Prossure psig
'# n t Items: As ser.ibly 1 ,.gc. 3 volts vi7YE' amps '
[. 2 .W 9, 'l volts ,9 MV amps 3 _)9/, C/ volts /,0340 amps i P Time / 3 l c< hou:;c 71/ff[MC Chanber Envirc.,r.onte: Temperaturc Pressure - psig l Ten t I t e:n.s : Asacmbly volts c'/748' amps i 1 1r, 'A 2 #f9, '7 volts ,97'7P' amps 3 154, 9 volt s _ /,03 3'/ ampc
. - . _ . . . ~ . _ - . _ _
Tirm _,,],,3 ' le hours !.Q r si
- Chaeber r:avironments: Temperaturc //57/57 C c'*'
precsure --_-. psig n/r f 7 5 Test Items: As semid y , ; 1 )$~O,A volte //75'l amps 2 74'7,7 volts ,C7SD 1 amps 3 2S%C' / volta / e O Ti'/ amps .
~
.. o Remarkc: . . - - Recorded by . b t? m u k 1
-- - ._ _ . _ __ _- Witnersed b h D l
Sheet No. h"~ of .37.3 _ 1 e VIII-42 1
DATA SHEET--ACCIDENT SIMULATION Date / / BF3 CONNECTOR ASSEMBLIES: 1, 2, 3, 7, 8, 9 - -_// - Time f37 % hours Chamber Environments: Temperature 5/ 7[f7[ffC Pressure psig Test Items: Assembly 1 N Ce~$_ volts c77S'C amps 2 3 F/, b vol t s _ , /9PC amps 3 _394e / volts /,OF37 amps
~
Time fYiCd hours Chamber Environments: Temperature R'S'[SL/St- C Pressure -- psig Test Items: Assembly 1 3 9e A volts , / 7'/ 7 amr. 4 2 _.A49 < 7 volts e C9'7'/
/ amps 3 _2We #/ volts / < 0 3'/ 0 amps Ti'r.c /47 iA C hours Chamber Envi:.onments: Temperature FI,/s;r /f/f C Pressure psig Tcr,t Ite:as: Assembly C
1 Ecc A volts ."/7 V / arOs 2 34 % 'l vo)ts a g/ r g amps 3 h%#/ volta , M "i3y amps
. . - . , . . _ _ _~ . , - - -.
_n __ ._n.w._,,. Time /(/ ! t/O hours Chamber Environments: Temperature h h ii /S T C Pressure psig Test Items: Assembly 1 mWC. 3 volts a99 Q amps 2 39?dl volta e /9'79 amps 3 .2'5%# / volts /.03 37 ampa ~ ? Remarks: . F.eccrded by,, - d%@ w _ . . . _ . Witnessed by ( 7[ y %~ .
. _. _._._ _ , _ . Sheet No. 3/b of N_
VIII-43
Di.TA 5HEET- ACCIDENT SIMULAYIOS LF4 CCNUECTOR ASSEMBLIES: 1, 2, 3, 7, 3, Datc'.*//~4/97 9 - "' T ) : .e l'-T7 tt hours Ch art . Envi ronn.e n t s : Temperature 'i$'[SE/M C Pressure _pcig - Te :t t t e. ." : 7.ssembly 1 h 0e3_ volts ,77N' cmps - 2 3 47 < '7 volts , C/95C cmpr 3 35/ e #I volts 1, 03 9 / amps Time j $~' %C_ hours Chnnbar En'nronnnts: Temperature D hf[1 C Pressure _
- psig Test 'I t e mn : Assembly 1 'lic, % volts a79 Q amps 2 M 9, le volts , 7I 7#/ amps 3 h % r],, vol ts ,[, CJ3 3'/ c.mpr Tir .> j 5~l 'l0 h our.1 Chmt.w r F nv i r r nme n t.c : Tenperature 73./83fE1C Precr,ure paig Test 1 r. cms : resenbly
] 1 % %. volts * #/ 75/_ arapc 2 347 d Volts _ _c'/977 amps 3 15 % i volts l_,03YC amps T i . ie _jp'e hourc N Chr.ber Envir ona, ento : Temperature 83 i) V1 C & C C'b' l l l 1 pressure psig Test Itens: Assembly l 1 ,.7'iC'e L volts ,775[ amps I 2 :W 9. (< volts ,,995Q amps 3 M%/ volts / , OWO amps ,
-~ --__
l l Remark 3: . . _ _ . _ . . . _ _._ Pecorded by v c3 1 - Witnesced by\J 3 v) N LT Sheet ho. 'A ~/ o f .3 VIII-44
DATA SHEET--ACCIDENT SIMUL /sTION Date--" " BF3 CONNECTOR ASSEMBLIES: 1, 2, 3, 7, 8, 9 !7h T1me /Y,10 hours Chamoer I;nvironments: Temperature Tl[5'l fS'l C Pressure psig Test Items: Asc2mbly 1 MC , 'h volta _s[liS amps 2 Jy 9, ~1 volts e l? ?C, amps 3 354,#/ volts / , 0 3p amps _ - = _ - _ . . Time /lc . 40 hours Chambar Environments: Temperat ur e TA[S' {l C Pressure pcig 1 Test I t er.c : Assembly 1 .N6. ") volts 9 W F" ampc 2 ) q>i, 7 volto _ Hj '7'1 cmps 3 _Agcg yai n g g g p amp 3 Time ,_[7 cc hours Chambcr Er.vironmentn: Tempercture ,_i,_Q ic C Pre s sur c- _psig Tert Items: Assembly 1 MSC, d u:J tr _,[l95 {_ amps 2 349 ~/ ud tt , #/ 975' amps 3 W/, [/_ val Lu h03'lC ampo i
'i j ue
/7;40 hours Chamber Environments: Temperc.ture ,[c,[X /tL_ C Pressure __
poig Test Items: Assembly 1 A'it. A veits ,'( W F amps 2 , Jy?{J_ vcd ta //9'7C/_ amps 3 h%9 volts ,/3 OjlC; amps remarks: Recorded by ,_- . O rs -p 's Witnessed by'v iN wf - Sheet No. dh of M .. VIII-45
I 1 DATA SIIEET--ACCIDENT SIMULATlON Date d 2!
~* ~-
BF3 CONNECTOR ASSEMBLIES: 1, 2 , 3, 7, 8, 9 ; 7__._.-..
._ r. :, : .:= l
'. ime l'7 f 4 C hours Chamber En"ironments: Temperature 78 M 79 C Pressure - -
_. psig Tcst Itenc. Acccmbly
~
1 _'2TCi.I_ volts .C19 S~ z r.mps 2 _ '2.9 9 . 7 volts .9 q w amps 2 ,_7, i'f .i volts 1.c3 4(( amps
-= . . . . _ . . . . - . _ .
Time /If 00 hours c.>2 f / Chamber Environrento: Ten.pera ture */d -M 7 E C
- Iressure psig ~I 7 Tect Irems: Assenbly I i ,1-iU ,L volts #cliG amps
(- 2 '2.49.1 volta 99R., amps 3
.] h ( volts # .m 4 / amps I
Timo /WlAO'houra ! Chamber Envit or, . oni.:,: Terapo rature '*/'/ 77 ~1 f C Pressure psig
'. 'e s t Itcu;: ?.1,c cmbl y
, 2.'S3. 't _ volts . 9 Ci st* amps
/ 2.Wi.1,, volts . % 7(L amps 3 2W. 'i_ volts l.0 W amps
. . - . - _ . - . ~ . - ~ . . . . . - .. ._ ___.n.,-
Tier N[40 hours Char'bor rivirwants : Ttmperature ~7 7/// [7] C Pressure psig Te t Itens: M sombly i ,MSCe /' volts ak9'I.Iamps 2 _249,'T volts , Ct #l / 7 amps 3 _,LS % 1 volts /,0340 amps . [ e Remarks:. - . . Recorded by,_ , h# - % i*: - Witnessed by d M ( . .. -- Sheet No. Eof 2. ) VIII-46
DATA SHEET--ACCIDENT biMUGATION BP3 cot;NECTOR ASSEMBLIES: 1, 2, 3, 7, 8, Date 9
--4[lY Time f% 00 hours 77
' ha:nber Environments : Temperature '76[7i[76 C -C)YI Pressure poig
. Test Iteras : Assembly 1 25'C. ( volts ,Y9'i6~ ampc 2 AI-/ 7e 7 volts ,cf ty 7r/ amps 3 25% V volts I , C 3'/ O amps
' ; :. - jfl,'20 bonre
- .h2mber Environments: Temperature jy n"-7 EC Pressure _ptig
'*e c L
- t c 'r.L : Assembly 2.S0.L. volts
~
1 ")9 G amps 2 25C.b i volts ,Q Q amps 3 Z 54.I volts la cWf n:rpa nime /9740 hourc n or,irr E.wirot.inents: Temperature ,',7][N C Pressure " _psig Te e, t It em., : Assembly 1 'MC/$ vclts a /9'i'/ ampn 2 3 '/ V, '7 volto _.d/ /'7 5' amps C 3 J W,'7 volts / , (~) '/ /_ amps
' . tue 3 C,' O C hovt. II&1's
~ ' ' " #
ch,mber Environments: Temperaturc ~7T[N[Jh C Pressure - prij Tect !tems: Assembly - 1
.4SE< A volta 4ii'iT amps 2 29'/c Ir volts .#73'C'
/ araps !
3 A'i4. 'l volts /403 Q anps D Remarkb: __._ Recorded by - 4 N!% 4 Witnessed by\ Sheet No. M o f _}j _ VIII-47
I DATA SHEET--ACCIDENT SIMULATION BP3 CONNCCTOR ASSEMDLIES: 1, 2, 3, 7, 8, Date 9 1 ]{f T l ".e 20 7 .LC hours Chambor Environments: Temperatere ~/ 3[7 J [7 3 O C Pressure poig Tect Items: As s en,bl'j *
, '/? 't'/ amps 1 M '~. $_ vcita 2 349, / voltn ,'/9 % amps 3 A4, Y volts /,o/y amps Time C. ', '/ C liou r t.
Cncmber Environmarits: TcN erature ]hjj[7[C
]
Prensure psig Ter:t Items: Annea.bly c . a l'75 A amps 1 M (3 1 volto 2 _M'7,'/ iolt s _ g]9 79 ar.ps 3 h t/ d vc]to 10'%f I ar.pc
. Time lj I. c( hours ///) // 7 Chamber Environmente: Ter.ipe ra tu r c 'fo[7o /Q C , , $-/
Pleasure __ psig Ter.t I teru;: M nembl y 1 ,p, A _ vol t.s .//W / ampb 2 Nic.~ / soltt ,'/9 7'/ amps 3 '6'g Y velts If6>4/ amps
= _ ..- .,.- .. -_
Time d I f M- hourn Chamnet Environments: Temperature ~7/ /7c ['7/ C Prersurc - psig Test Items: Isssembly 1 ,_h'ic. A volts c 'IYd amps 2 _R8lC /, 6 volts ,9V6T amps 3 )$% 7 volts /.64C amps ,
~
Remarks: ___ . . _ _ Recorded by'_j_ % O ^ _, Witnessed by A M Sheet No. 3/ or.77 i t/II I-4 8
NATA SHFET--ACCIDENT SIMUI.ATION DP3 CONNLJTUR ASSLMBLIES: 1, 2, 3, 7, 8, Date 9
///// T/
Tire 11/40 hours chc rrL0r Erivironr.ent s Temperature 70/7c[7t UC l Pressure _,psig Test ? tem: At c urr.oly l 1 gG , A volts e '/h j amps 2 .W/, / volts '/9 7'/ amps J 6 % '/ volts / , r. JT/ amps i 3 i 1 1 _ _ _ _ _ _ , _ _ ,_ l
- a- /A3 l t C hours U
///.2 f 7'[
Cn .. '. f.nvi r c r.me r.t s : Temperature "/C /?e/ 71 C . Fressure - psig O l.: <-)-.Y Tent ' t t. :ne : Assu$ly 1 2 5 0, "f volts 776 6, an.ps 2 ,,(y L { volts ,7/S 1 arps Q j J _25 % 1. volts /,O'> h anp; l l Tir.o 1.l l ./c; hour s l Ch: :.h u r En*/ il onT ent s : Temperature b'//05'[M/ C l Pressure psig l Test T Lerar Ascombly 1 3'fg 4 volts . 'I C/ 71 amps 2 MP3, la volts _ ,C /9W amps 3 A'i4. #1 volts / , O'$ W amps .,
'.1 me 22 *, 'tO hours C1 arar r Fm onments : Temperaturc [p#//P/[d C Pressure -
'psig Test Items: Assembly 1 28ro , 'i volts _ //W/ amt s l
? 349,'/ volts ,775-C/ amps
~;
2'5%C/ volts J.,0~D S' amps
'F 9erarPs: .. _ _ _ _ _}}