ML20133A336
| ML20133A336 | |
| Person / Time | |
|---|---|
| Site: | 05000000, Saint Lucie |
| Issue date: | 09/15/1978 |
| From: | Marrow R EBASCO SERVICES, INC. |
| To: | |
| Shared Package | |
| ML082320156 | List:
|
| References | |
| FOIA-84-206 753-ET-1, NUDOCS 8510020191 | |
| Download: ML20133A336 (6) | |
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7Re3 nnee Test Plan N, 753-IT-1 A TTA C H M E NT VIDcv.1 ef 4 Page Sep:e-bar 15, 1978 0
4 EL'IP.C:: INTAL TEST PLAN FOR DEVICE QUALIFICATION j
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9 DATE: SEPTC:72ER 15,1978 DOCC:ENT ;0:
753-IT-1 REVISION No. 0
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MW QA MANAGER APPROVAL PROJECT MA MCER APPROVAL 1
8510020191 850227 PDR FOIA BERNABEB4-206 PDR
v' *..de14anceTestPlanNo 53-II-1
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Page 2 ef 4 september 15, 1978 Rev. 0 1, 0 Scope The scope of this test plan is to qualify twenty devices for Ehesco Services and Louisiana Power and Light for use in the St.
Lucie Tower Plant and is in accordance with IEEE 323-1971.
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2.0 Environment The nor=al environ =cnt is described in the npplicable specific.tien:
Tc pcrature Range: 45-120er, Normal Terperature 70-750T Hu=idity Range: 10-100 percent i
The seisnic requircaents are as required by the applicable specifi-catiens and the require:.cnts of Ebasco Services Letter LU3-1642-78.
3.0 Devices The devices to be tested are as required by Ebasco Services I.etter Ne:bcr LV3-1642-73, dated August 18, 1978 and are listed below:
ITEM NO.
DESCRIPTION 1.
Potter & Bru= field MDR 163-1 2.
Potter & Ere field MDR 142-1 3.
Potter & 3ruefield MDR 5061 4
TRV/1RC type TRV-22, 55 vatt, 2500 ohm resistor 5.
TRV/IRC type TRV-22, 55 watt, 1400 che resistor 6.
TRV/IRC type TRV-22, 55 watt, 14,000 chs resistor 7.
TRV/IRC type TRV-22, 55 vatt. 10,000 che resistor 8
Agastat 7012AC Relay 9.-
Agastat 7022AC Relay i
10.
Agastat 7012PC 11.
Agastat 7022PC Relay i
12.
Agastat 7014AC Relay 13.
Agastat 7024AC Relay i
14.
Agastat 7014PC Relay 15.
Agastat 7024PC Relay 16.
Agastat 7012PCL Relay 17.
Agastat 7012ACLL Relay 18.
Agastat 7022ACT Relay 19.
Agastat 7022 PCT Relay 20.
Agastat 7032PB Relay 4.0 Equipment Specifications The equipment specifications vill be in accordance with manufacturers' catalog ratings with margins as specified in section 6.3.1.5 of IEEE 323-1974, or the eanufacturers' cargin if specified. During the seismic event contact chatter exceeding one (1) msec. and meter calibration exceeding manufacturers' allovable tolerances vill be considered as a failure.
Reliance Test Plan No 753-ET-1 page 3 of 4
>.. h! pte.ber 15, 1978 Rev. O
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a 5.0 Qualifiestien Tests 5.1 Functional Tests The equipment vill be tested in accordance with section 4.0 to obtain base line readings.
5.2 Environnental Tests 5.2.1 Temperature The equiprent vill be subjected to.*n envir r. ent of 570C 0
(120e15 7) at 95 + 5" relative henidity.
The equiprent vill be esintained in this envirennent for a forty-eight (48) hour period. The equipnent will then be functienally tested while being caintained in the alave rentiened
. environ ent.
These test vill be perfotuod 1 m..distely fo11 cuing the seit:Ic test.
5.2.2 Radiation Test,i,n,g The equipment vill be irradiated to a.'evel of 10' rads of Car._na radiation.
This vill occur prior to the scis:ic tests.
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5.3 Seisite Tes_t h 5.3.1 Excitation
- 5. 3.1'.1 SibultaneousAxisExeftation Each horizontal axis vill be excited separately, bot each vill be excited si ultaneously with the vertical axis, longitudinal sfrultancrusly with vertical, then lateral si=ultaneously with vertical.
5.3.2 Sine Ecat Tests The specimens vill be subjected to biaxial sine best tests at one-third octave intervals over the frequency range of 1 Hz.to 35 Hz.
The sine beat tests will be performed with the input in both the in-phase and out-of-phase conditions.
Each sine beat test vill consist of five bests; each beat v111 consist of ten cycles with a minirum of two-second intervals between each beat. The input acceleration vill be 2.8 g horizontally and 2.1 g vertically within the limits of the test machine.
It is anticipated that the input accelerations can be obtained at frequencies above approximstely 10 hz.
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3, Ec11ance Test Plan No. ' 753-EI-1 l
Page 4 ef 4 Sep:e-ber 15, 1978 Rev. 0 i
5.4 Instre.entation 3
5.4.1 Excitatien Centrol Control accelereneters shall be reunted on the ta'ble at i
locations near the bases of the speci:en.
i 5.4.2_,eggeinen Ro =yense l
one (1) biax'al accelererenter shall be located on the 1
specimen to ensure a lack of : plifiestien in the no.inting i
jig.
5.4.3 I1cetrical P vering 4
The necessary c1cetrical pever for activation of all devices will be supplied prior to, during and after the tests.
5.4.4 F1cetrics1 Kenitoring Ite as 1-3 and 8-20 vf 31 be monitored for centact chatter.
Itens 4-7 vill be eenitored for circuit: failure (i.e. open 3
circuit or short circuit) 5.4.5 In-Fr.* cess Inspection The records, will be checked for equality of performance after each test.
The specimens will be ex: ined for possible danage following all violent tests such as at a severe structural resonance. A physical tightening of hardware vill be perforced after such tests.
All important vibratien effects vill be logged.
i Photographs vill be taken of any noticeable physical ds=sge that cay occur.
5.5 Documentation i
Reports vill be forthec ing which document the results of all tests in accordance with the guidelines in section i
i 5.2 of IEEE 323-1971.
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. o APPENDIX V RETF.RENCES l
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EFEENCES I
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"Ceneral cuide for Qualifying Class I Electric Equip.cnt for Nuclear Pcvar Cenerating Stations."
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IEEE 344-1975 "IEEE Rec.e condad Practices for Scis9fe Quilificati'n of Class IE Equir:ent for !!uele.tr Power Cact.iting Stations.
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3.
Ebsseo Services Incorporated - Turchase order ::o. NY-403583 Supplement No. 3.
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