ML20052B224
| ML20052B224 | |
| Person / Time | |
|---|---|
| Site: | Grand Gulf  |
| Issue date: | 11/14/1975 |
| From: | Gilfoy R, Martini K, Tolf M ENVIRONMENTAL TESTING CORP. |
| To: | |
| Shared Package | |
| ML20052B163 | List:
|
| References | |
| 11944-B, NUDOCS 8204300184 | |
| Download: ML20052B224 (9) | |
Text
'
Il944-B No of Pogm 32 Test Report No.
Report of Test on SEISMIC VIBRATI0ff 0F ELECTRO..P/ti 10L82212C8 for ELECTRO SWITCH CORPORATI0tl under PURCHASE ORDER t10. 71400
.a <; ENVIRONMENTAL
d. -}k
.If g,,
4 'f TESTING PCVACTON
- s i$
.d CORPORATION N m er H, 1975 Data Prepared Checked Approved BY K. Martini R.Gilfoy,
M.L.Tolf Signed f g g..
/[$ 7
,/'[
Dato
//// y/9F
/4' $'N VS
' l/4// 25 Y
if
.i MLT:KM/hmf 8 2 0 4 3 00 t9%=.4 s
Administrative Data LO Purocie of Test:
Qualification seismic vitration of the Electro Switch Corporation electro switch specified below.
2.0 Manufac tuten Electro Switch' Corporation d
t 3.0 Manufacturer's Tvee or Model.No:
Electro P/N 10LB2212C8
~~
Series 10L, 12 decks, 18 oz.
4.0 Draw.inc. Secc.ficat. ion or Exhibit: The Electro Switch Corporation i
letter, dated September 8, 1975 to Acton Environmer. 31 Testing Corporation (AETC) from Mr.
J.R.Qualey.
5.0 Quentity of items Tested:
0.ne (1) electro switch 60 security cinutriention of items.
Hone 7.0 Date Test cc-oleted?
October 29, 19f5 B.0 Test Conducted By.
R. Gi l f oy/ C. Pi l o t te/ D. McL a ughl i n 9.0 Discosition of Seeim*"
l Returned to Electro Switch Corporation l
10.0 Abstracte There was no evidence of mechanical damage or deterioration to the Electro Switch Cer,.
electro switch as a result of the seisrJe vibration test specified in para. 2.0 below.
Refer to para. 3,0 for specific test results.
l l
l 11944-B Report No, p,
1 l
ENVIRONMENTAL l
c _g..._
COAPORATION 4
i 1
1.0 TEST REQUIREMENTS The Electro Switch Corporation electro switch is re-quired to pass the seismic' vibration test specified in paragraph 2.0 b.elow, without evidence of mechanical damage or deterioration.
2.0 TEST PROCEDURES The electro switch was secured to a test fixture by its normal mounting means and the test fixture was secure'ly bolted to the 45' biaxial moving table, with a biaxial seismic simulator, of the Acton Environmental Testing Corporation (AETC) seismic test facilities for seismic vibration testing in the first front-to-back biaxial direction.
Switch contacts were monitored for momentary openings and closures throughout the subsequent seismic vibration test with the AETC/ Matrix Cha tter Box calibrated for 10 micro-seconds.
The closed circuits of the switches have been wired in series and the open circuits have been wired in parallel for monitoring switch circuit change during test.
The 28 -VDC panel indicator lights of the switch. shall be energized with rated voltage and observed for failure during test.
Two monitoring accelerometers and one control accelero-
~
meter were placed on the test item / test fixture in the following locations:
ACCELEROMETER NO.
LOCATION 5&6 In a biaxial group at the rear'of the switch ' #5 vertical; #6 in the horizontal direction of excitation 12
' Control at the base of the unit l
Report No.
R h-ENVIRONMENTA I
ACTON l
2 Page ConPORAT)ON
The following resonance survey was performed first in the first front-to-back biaxial direction:
0.5 to 35 liz, 0.28g's resultant, 1 octave / minute sweep Following completion of the resonance survey in the first front-to-back biaxial direction, the unit was rotated 180* to the second front-to-back biaxial direction, and the above specified resonance survey was performed.
Following completion of the resonance survey in the second f ront-to-back" biaxial direction, the unit was rotated 90* to the first side-to-side biaxial direction, and the above specified resonance survey was performed.
~
Following completion of the resonance survey in the first side-to-side biaxial direction, the unit was rotated 180' to the second side-to-side biaxial direction, and the above specified resonance survey was performed.
The AETC Seismic Simulator was then setup for biaxial seismic vibration with a random input.
The equivalent random vibration level of the Electro Switch Corporation Specification Required Response Spectrum was computed.
With the test item setup in the first front-to-back bi-axial direction, five 1/2 SSE, 30-second random vibration exposures were performed.
Test Response. Spectra at a Q of 20 were computed employ-ing a Spectral Dynamic SD331 Shock Spectrum Analyzer fast fourier transform program.
The spectra were compared to the Required Response Spectrum.
X-Y Plots of the TRS made with the SD331 are included with this report.
Af ter performing five 1/2 SSE random vibration inputs in the first front-to-back biaxial direction, the test item was rotated 180' and the test was repeated in the second front-to-back biaxial direction.
Again five 1/2 SSE 30-second random vibration exposures were performed.
II944-0 Reput No.
ENV1HONMENTA1.
- V,c7 o,/.
3 m"
Pogs COAPO4AT10N 4
=
a O
F Following completion of the five 1/2 SSE in the second front-to-back biaxial direction, the test item was rotated 90* to the.first side-to-side biaxial direction and five 1/2 SSE 30 seconds random vibration exposures were performed.
Following completion of the five 1/2 SSE in the first side-to-side blaxial direction, the test item was ro-tated 180' to the second side-to-side biaxial direction and five 1/2 SSE 30-second random vibration exposures were perfo'rmed in the second side-to-side biaxial -
direction.
The test item / test fixture assembly was then rotated 90* to the first front-to-back biaxial direction and one full SSE 30-second random vibration exposure was perforced.
Following comple' tion of the one full SSE in the first front-to-back biaxial direction, the test item was rotated 180* to the second front-to-back axis and a full SSE 30 seconds random vibration exposure was performed.
The test item was then rotated 90* to the first side-to-side axis and a full SSE 30 seconds random vibration exposure was performed.
The test item was then rotated'180' to the second side-to-side axis and the full SSE 30 seconds random vibra-tion exposure was performed.
This completed the testing of the. electro switch.
During all the tests, outputs of all three accelero-meters were displayed on oscillographic recorders.
t 1
(
Report No.
Il944-B_
l ENVmONMENTAA.
c pc0*
CORPORAT10N 4
4 1
3.0 TEST RESULTS 4
No resonances of the electro switch were detected in the resonance survey in either the front-to-back biaxial direction or the side-to-side biaxial direction.
No damage or deterioration occurred to the Electro Switch equipment as a result of resonance survey.
There was no evidence of mechanical damage or deteriora-tion to the Electro Switch equipment as a result of the 1/2 SSE in any of the four biaxial directions.
No damage or deteri6' ration ' occurred to the Electro Switch equipment as a result' of the full SSE in any of the four biaxial directions.
No contact chatter occurred throughout the seismic vibra-tion testing.
11944-B Report No.
ENVRONMunA1.
.?
',$ 'A CT 0 N ',:.
5 Pogo CORPORAT10N a
e
TEST EQUIPMENT LIST-NAME HFGR.
H0 DEL SER.HO.
RAN ACCURACY
-,.........................................................GE...............................INV.i CAL.FREQ.
Accelerometer PCB 302A 666 0.25 Hz - 5 KHz 15%
AC375 3 months 667 AC376 "
- 668 AC377 "
669 AC378 "
670 AC379 "
671 AC380 "
672 AC381 "
673 i"
AC382 "
565
- AC383 "
L 694 AC384 697 AC387 "
10 Hz-l HHz, 0-300 volts VTVH HP 403A 12 ranges 13%
MV322 "
Sweep Oscillator SDY SD-104-5 21A 0.005 Hz - 50 KHz 11 %
SG315 6 months Random Noise Generator GR 1381 927 2 Hz - 50 KHz 11 db SG337 "
Hydraulic DC-300 Hz, 25K force lbs
+2%F Actuator HTS 204.63S 25" DA max 15%A PE367 3 months
~
Controller HTS 443.115 DC-2000 Hz 11%
,PE367 "
Charge Amplifier UD OllHGSV 910 1-1000G 2 Hz.20 KHz 12%
PE361 "
Chatter Monitor Matrix 2020 310 10 & 100- usec 12%
PE370 6 months False Contact Monitor Matrix 202D 310 10 & 100 usec 12%
PE371 6 months Power Unit Output-22 VDC 12 MA(used Conditioner PC8 483A 273 w/302A Accelerometers)
N/A PE374 3 months a
i.
TEST EQUIPMENT LIST NAME HFGR.
MODEL SER.NO.
RANGE ACCURACY INV.f CAL.FREQ.
o o
Eloctronic Filter (dual)
SKL 302 498 20 Hz - 200 KHz 15%
AH328 6 months Power Supply BUBR 506/16 322 115 VDC, 1 ADC 0.5%
PD372 "
Visicorder Honeywell 906 9-5235 DC - 2 KHz 12 channel il DB RE332 3 months Recorder 906C 99078 DC - 2 KHz 12 channel il db RE335 "
X-Y Plotter MFE 715 42167 RENTAL in use X-Y Display Spec.Dyn 13116-2A 327 Display Indicator in use Shock Analyzer 13231 17
.1 Hz - 10 KHz O
in use Transient Hemory 13192 18 Storage in use s.
e l
d f
A.E.T.C. TESI REPORT NO. 11944-B PAGES 8 THROUGH 32 SEE A.E.T.C. REPORT'NO. Il944-A 4
.