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2AI-I3V Style a CS-N/SRC Current Production & Style a Naturally Aged Current-to-Voltage Converters.
	ML19347E095
Person / Time
Site:	San Onofre
Issue date:	11/27/1978
From:	Hewey L; FOXBORO CORP.
To:	;
Shared Package
ML13308B885	List: ML13308B884; ML13311A278; ML13311A279; ML19347E095;
References
	QOAAB13, QOAAB13-RC, NUDOCS 8104210456
	Download: ML19347E095 (22)
	v • d • e

.

I The Fexb:ro C:mpany 0 0A A B13 Corporate Quality Assurance Laboratory REY c 1 Type Test Report g__

2AI-I3V STYLE A CS-N/SBC l CURRENT P90 DUCTION AND STYLE A i l

NATURALLY A GED CURR*NT-TO-VOLT AG E CONVERTERS o -ny

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P00R ORIGINAL. .

f l This report, the procedures, data and conclusions contained herein are the property of The Foxboro Company and shall not be loaned or otherwise

_r used for any transferred to a third party or reproduced, copie:

purpose, without written consent of The Foxboro Company.

EEe:Eeisgig Ef i gric Post-Seistic lDATE OF TEST *: JUL 77 JAN 78 APP 78 FEB 78 JUL 78 AUG 76 l~rc' ENG./ TECH.*: G.M. Karol R . L. And re *;s E . D. Wardyga, Jr.

E. D. War dyg a , Jr. R.L. Andrews E. D. Wardyga, Jr.

! r.PPR 9V ED: _b. Dat ey_// _f 7 _7P Cual. Assura L.W. Hevey, Supervi r, Cor p. e ab.

First date or name refers to current production mcdule, sacand date or name refers to naturally aged module.

i IOXBORQ' cm as,.o3,,,,n ,s m u ss m u.s A Em7.7 l

8104210Y65

00AAB13 THE FOIBORO COBPANY PAGE O CORP 3B ATE QUALITY A SSUR ANCE LABORATORY

'2 EY C TYPE TEST BEPORT 3JfLA N AIION_9F L ATEST BEVISION

'Moch fie d note s on Pages 18 and 19; added voltage source to Sections III. G.1.b., G. 2. a . , and G.2.b.

RE1121SL&Tk?92 9E Ek912 Ek9E E91 EEE Title C 1 - 17 A 18 - 19 C 20 A 291E SPEC 200 is a Trademark of The Foxboro Company IESRgCJ_TESTEp 39211 D ATE OF_5&NUF ACTUj] JIYLJ 2 AI ' ' W Week 26, 1977 A 21: ' Week 30, 1973 1 2E9; . : _QUALIFIEQ 19LEL $T]LZ CEPTIFICATION_g9pf 2AI-I3V A CS-N/SBC CS-N/SRD J EF ER g}C_E_ DOC UM ENT S

%. 00 A AB 01, Demonstration / Analysis of Qualified Life

2. 00AA120, Parts 1 and 2, Seismic Test Reports

3. IEEE1 323-1974 and IEEE 344-1975

4. I S ir- S 51.1- 197 6, Process Instrumentation Terminolog y

5. QO A A A0 2, Performance Tests and Operating Influence Tests f or Back-Hounted Bodules REVISION HIST CH Y P51 Dht A 3 NOV 78 B 9 B AR 79 C 7 APR 80

Institute of Electrical and Electronic Engiurers, Incorporated DInstrument Society of America

TKE FOXBORO COMPANY 00AAB13 CORPORATE QUALIZY ASSUR ANCE LABORATOPY PAGE 1 TYPE TEST REPORT REV A

. I. IssI_gB2;CIIII To verify the class 1E perf ormance characteristics and the operating influences of specified service conditions on module performance per Qu alification Procedures of IEEE 323-1974 and IEEE 344-1975. The ,

enclosed specifications for environmental influences of service i conditions reflect pre-seismic acceptance criteria; relative to post- l seismic data they represent target accepta nce criteria. S pe cifi cations f or seismic influence also reflect larget acceptance criteria since the end user must ultimately define the acceptance criteria f or each ap plic at io n.

Data is provided to support the qualification of the Style A model of current production. Data is also provided herein on the Style A n aturally aged unit for reference in Report QOAAB01. 00AAB01 provides the user with consolidat ed infor mation which can be used in estimating qualified life of the SPEC 200 product l in e .

II. sggnAEI_Ago_Cg3Cigg103; Both the current production and naturally aged 2 AI-13V Current-to-Volt a ge Conv ert ers, when enclosed in a 2 ANU-D Nest, performed within specification during pre-seismic and post-seistic type tests.

Perf ormance was also within t ar g et acceptance criteria during and af ter seismic tests.

Both mod ules maintained their structural int egrity throughout seismic tests.

THE FOIBOPO COMPANY 00AA'B13 CORPOR AT E QU ALITY ASSURANCE LABORATORY PAGE 2 PEV A TYPE TEST FEPORT III. EH55AEI_9E_TEEI_EEEHLIE Measurement equipment accuracy for this test was 0.05%, therefore, all data is reported to that tolerance.

A. g311 k3 tion Charagigrigligg Ref erence Conditions: Temperature 23 i20C Relative Humidity 40 15%

Supply Voltage + 15, -15 Y dc *0.15 Specification: Accuracy 20.255 -)

1. C9EE9D$_2 rod uc t to_n_Dod ulg

____ _ __ _ Irror in 5 of input _Epan ___

Pr e- S e is t ic Post-Egigtig____

Channel A Channel B Channel A Channel B 0.05 <0.05 <0.05 +0.05 Measured Accuracy } {<0.05

< -0.10 -0.05 -0.05

<0.05 <0.05 <0.05 +0.05 Zero Error -0.05 -0.10 Spa n Error <0.05 <0.05

<0.05 <0.05 <0.05 <0.05 Repeatability <0.05

<0.05 <0.05 0.05 Hy st er esis <io .0 5 Linearity (Independent) <10.05 <i0.05 <20.05

2. HalMIallI_ Aged Module E TE9E_LD _1 _ci_ LD ru t_ Eg ag___________

Pr e- Seism ic _____fost-Seismic Channel A Channel _ P Channel A Channel B c

l Measured Accuracy T 0.20 +0.20 <0.05 +0.05 :

l J {+0.10

- +0.15 -0.05 <0.05

+0.20 +0.20 <0.05 <0.05 Zero Error -0.05 <0.05 Span Error - 0.10 -0.05 l <0.05 0.05 <0.05 <0.05

' Repeatability <0.05

<0.05 0.05 <0.05 Hy st er esis <10.05 <10.05 l Linearity (Independent) <t0.05 <i0.05 l

t i

- THE FOXBORO COMPANY 00AAB13 CORPOR ATE QU ALITY ASSUR ANCE LABORATORY TAGE 3 TYPE TEST REPOET PEV A III. SUMM AR Y OF IggT_EE!ULI! (Continued)

B. 39pplI_I9133g g_If f ect s Ref erence conditions: Temperature 23 i20C Relative Humidity 40 210%

Supply Voltage + 15, -15 y de i0.1%

Specification: The supply voltage error will be no more than i0.2% for a 25% shif t in the +15, -15 Y dc.

1. CHIISB1_EI9$99119D Mod312 122911 1911a12 ________gyt291_Shif1_l5_c _S2331 _ _ _ _ _ _ _ _

___lI_ d E l_ __ _ ____ Ere_-stis2ic -- --

___ _ __E9si-Egisaic ShaDDal_1 Shangel B Channel _A g ha gng1_1_

1003 93 1903 0% 100% 25 1005

__1__ __ __ 01 15.00 15.00 Ref. Ref. Ref. Ref. Ref. Ref. Ref. Ref.

15.75 15.75 <0.05 <0.05 <0.05 <0.05 -0.05 <0.05 -0.05 -0.05 14.25 14.25 <0.05 <0.05 <0.05 + 0. 05 +0.05 <0.05 +0.05 <0.05 15.75 lu.25 <0.05 <0.05 <0.05 +0.05 + 0. 05 <0.05 + 0. 05 <0.05 14.25 15. 75 < 0. 05 <0.05 <0.05 <0.05 -0.05 <0.05 -0.05 -0.05

2. Haig; ally _ Aged Modula En221Y_Y9113ge Oulpst_Shif1_11_cf Sgant__ _ _______

___ll_ del _____ _____Er e- Sei gmic Post-Seismic ghanngl_A Channel B Channel A Channel B

+ - 0% 100% 0% 100% 0% 100% 0% 100%

15.00 15.00 Ref. R ef. Ref. Ref. Ref. Ref. Ref. Ref.

15.75 15. 75 <0. 05 <0.05 <0.05 <0.05 <0.05 <0.05 <0.05 <0.05 14.25 ' 14.25 <0.05 +0.05 <0.05 +0.05 <0.05 <0.05 <0.05 <0.05 15.75 14. 25 <0. 05 +0.05 <0.05 +0.05 <0.05 <0.05 <0.05 <0.05 14.25 15.75 <0.05 <0.05 <0.05 <0.05 <0.05 <0.05 <0.05 <0.05

00AIS13 THE FOXBORO COMP ANY P S GI 4 CORPOP ATE QU ALITY ASSUP ANCE LABOP ATORY P. A TYPE TEST REPOFT III. Lyg5ARI_Of_II!T_EESULTS (Continued)

C. Agbignt Ig2perature Effggts Peference Conditions: Temperature 27 i20C Pelative Humidity 40 t101 Supply voltage + 15, -15 V de 20.15 Specification: The maximum error for a change in ambient temperature of 280C within the normal operating limits of 5 and 500C will not exceed 20.51. . .

t

1. ESEI2ni_EI242s11on noduls

. = ____9212 91_ S h i f t _J 3_ cI__S pa ni ____________

____IIR-Efi!MC __f2st-Seismic Ambient Channel _A ghagigl_] _ghggng; A Channel B 12EEEEitREg_JECL 0% 1001 0% 1903 pt 100% 03 1001_

27 Ref. Ref. Ref. Pef. Pef. Bef. Ref. Ref.

4 <0.05 <0.05 <0.05 <0.05 +0.10 +0.10 <0.05 <0.05 27 <0.05 <0.05 <0.05 <0.05 +0.05 <0.05 <0.05 <0.05 50 -0.05 <0.05 -0.05 +0.05 -0.10 -0.10 <0.05 <0.05 60 -0.10 <0.05 -0.05 +0.10 +0.15 -0.15 <0.05 <0.05 27 -0.05 +0.10 <0.05 +0.05 <0.05 <0.05 <0.05 <0.05

2. Haly;gily_ Aged Module

______________9212ut Shift _J3_st_spant _ _ _ . _ _ _ _ _

_ __ __ EI g- EgiE 2 i c _

Fost-Seismic Ambient ghanagl A Channel B gbggngl_A Shannel_}_

100% 100% 05 100% 0% 1001 Iggggraiggg_Jogt St 9%

27 Ref. Pef. Ref. Ref. Pef. Bef. Ref. Ref.

a <0.05 <0.05 <0.05 <0.05 <0.05 <0.05 <0.05 <0.05 27 <0.05 <0.05 <0.05 <0.05 <0.05 <0.05 <0.05 <0.05 50 <0.05 <0.05 <0.05 <0.05 <0.05 -0.05 <0.05 -0.05 60 <0.05 <0.05 <0.05 <0.05 <0.05 -0.05 <0.05 -0.10 27 <0.05 <0.05 <0.05 <0.05 <0.05 <0.05 <0.05 <0.05

THE FOIBORO COMPANY 00AAB13

' PAGE 5 CORPOR ATE QU ALITY ASSUR ANCE LABORATORY PEV A TYPE TEST REPORT III. JU333PI_0Z_IEST PESULTE (Continued)

D. Efla1122_Humis111_Effests Ref erence conditions: Temperature 23 i20C Relative Humidit y 50 15%

Supply Voltage + 15, -15 V de 20.1%

Specification: The error due to an exposure to an atmosphere of 95% re itive humidity at a maximum wet bulb or 300C when referenced to 50% relative huri' '. f will be no greater than *0.5%.

1. Gurggnt_Ergjggtign Module

____911pst Shift J1__of_SpaD L _______________

Pre-Seigmic , , _

______Eggi-leii31g____

Rela tive Channel _A__ __qbanggl_E__ Charnel A Channel B 0% 100% 0% 100% 01_ 1005 Os 1005 Hggidily_11L Ref. Ref. Pef. Bef. Ref. Ref. Ref.

50 Ref.

95 <0.05 <0.05 <0.05 <0.05 <0.05 <0.05 <0.05 <0.05 50 <0.05 <0.05 <0.05 <0.05 - 0.05 <0.05 <0.05 <0.05

2. Naturallv_Aggj_3gjula output S hif 1_ J Lpf_ Sp a n L _____, ,___ _____

________fE2:22ifIic _______Esst-Seistic Rela tive __Ch ann el A Changgl_E Charnel A Ch nel_f__

05 1004 0% 1005 05 1001 05 1005 Hygisily_11L 50 Ref. Ref. Ref. Ref. Fef. Ref. Ref. Pef.

95 - <0.05 -0.05 +0.15 +0.30 <0.05 <0.05 <0.05 <0.05 50 <0.05 <0.05 <0.05 <0.05 <0.05 <0.05 <0.05 <0.05

90EAB13 THE FOIBORO COMP ANY

, PAGE 6 CORPORATE QU ALITY ASSU R ANCE LABOR ATORY REV A TYPE TEST REPORT III. SUMM ARI_Of_IEST_EEjULT! (Continued)

E. EEEEggsf_Illi Reference Conditions: Temperature 23 i20C Relative Humidity 40 t10%

Supply Toltage + 15, -15 V de t0.1%

Specification: When excited by an 80% input step (10 to 90% change) , the time required for the output to reach 90%

of the final steady-sta te value is 37 milliseconds nominal and 50 milliseconds saximus 'f or the 10 Hz filter.

')

1. Cu r gg ni_ EIoj pg tign _5pj 21R_IIEElis_2ilh _J O_gg _IlligtL

a. 105 step (45 to 55%)

______EEe-SeiE21C-_ _z =__ Eost-Seireic Channel A Chappgl B C'2anggi A Channel B Step Step Step S te p Step Step Step Step

_Sp_ D ow n Up_ ppy; _Hp_ Down UE_ 223E Dead Time, as <1 <1 <1 <1 <1 <1 <1 <1 50% Response Time, 11 12 as 12 10 10 9 10 11 901 Response Time, 36 34 35 35 31 32 31 32 as

b. 80% SteE (10 t o 90 %)

__ _ _ EIg-Sgigalc _Eggi_Szigaic

_ChARDgi l_ __Chansg1_3_ __haDDell_

C Channel _1_

Step Step Step S te p Step Step Step Step

_DE_ D2ED _D2_ 992D _DE_ D9.En D2_ D9?D Dead Time, as <1 <1 <1 <1 <1 <1 <1 <1 50% Response Time, 10 10 10 10 11 11 11 10 as 90% Re sponse Time, 31 36 35 36 36 34 31 31 as

. . . . . . ~ . . . . ...

HE FOIBORO COMPANY QOAAB13 CORPO* ATE QU ALITY ASSUP ANCE LABOCATORY PAGE 7 TY PE TEST REPORT P EV A III. gg3M A RI_QE_IIST_EIS21TE (Continu ed)

E. EgEEEEER_Iigg (Continued)

2. Halgrally_Lggj_3gsglg

a. 10% SteE (45 to 55%)

__ _ _ EI2-32iE2ic.._ _ __ ______fgst-ggismis_______

_Ghanngl_1_ _ChanRg1 B Channgl A Channgl_y_

Step Step Step Step Step Ster Step Step

_EE_ E0W3 UE_ EEWD _SE_ p ow n Up_ Rgwp Dead Time, as <1 <1 <1 <1 <1 <1 <1 <1 50% Response Time, as 12 11 12 11 12 14 12 13 90% Response Time, as 38 39 38 40 39 40 40 39

b. 19%_ptsp (10 to 90%)

__ ____F.r e- S ais mi c ______Iost-Seismic Channel A _Ghannel B _Ghan3gl A _Ch ann el P Step Step Step Step Step Step Step Step

_HE_ E233 _HE_ E0v3 UE_ p cvp _gp_ r. 3 v n Dead Time, as <1 <1 <1 <1 <1 <1 <1 fi 50% Response Time, as 16 15 In 15 16 15 14 16 90% Pesponse Time, as 40 41 39 40 42 43 38 43

e

, 90AAD13 THE FOIBOPO COMP ANY P AGE 9 COPPORATE QUALITY ASSURANCE LABOFATORY PEV A TYPE TEST REPORI III. }D55Ml_Of_TEjT_EI}UL_TE (C ontinued)

F. jglsgi_q_Yittglign_gfigcig

1. Test Facility Acton Environmental Testing Laboratcry, Acton, MA

2. Test Objectivg To demonstrate that both the current production and naturally - 3 aged modules will perf orm their Class 1E f unctions as sounted i in an N-2ES Rack which is loaded in accordance with established rack-loading guideline s and is subjected to floor-level inputs of magnitude equal to or exceeded by those defined by the Foxboro3 Generic Response Spectra for Floor-Mounted Equipment, shown in the following.

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OPERATIN3 B A SI S EARTHQUAKE (OBE3 S AFE SHUTDOWN EARTHQUAKE (SSE)

GENERIC REQUIRED RESPONSE SPECTR A (RPS) FOR l QUALIFICATION OF FLOOP-MOUNTEL CCETFCL ROOM j

EQUIPMENT - HOPIZONT AL AND V EFIICAL 3The Foxboro Com pany l

l

THY FOIBORO COMPANY Q0AAB13

- COPPORATE QU ALITY ASSUR ANCE LABORATORY PAGE 9 TIPE TEST REPORT REV A III. JUMM AR Y OF TEST PESULTS (Continued)

F. E gi s__m is_Ii pr a t i on _If.fg g t g ( C c n ti n u e d)

3. Iest frocedung with either sodule sounted in Level 1 (top level) of a N-2ES Rack, a series of tests were performed with band-limited white noise (random) inputs applied at the base of the rack for a duration of 30 seconds. Inputs as determined by the Test Response Spectra (TR S) of the test table exceeded the OBE and SSE levels f or floor mounted equipment defined in Section III.F.2., with the objective of prod ucing TRS 's at the module mounting location which enveloped the GENERIC REQUIPED RESPON SE SPECTRA FOR QUALIFICATION OF R ACK-MOU NT ED MODG LES.

Five tests at the OBE level and one at the SSE level were performed in each of f our planes, f ront-to-back and vert ical, back-to-front and vertical, lef t-to-right and vertical, and right-to-lef t and vertical with horizontal and vertical inputs applied simultaneously and in phase.

TPS's were generated from accelerometers on the table and at the module mounting location for 1, 2. 5, and 5% damping during OBE and SSE tests. The module was energized and functioning during all tests, and its primary performance functions were monitored during and insediately af ter each SSE and each series of OBE tests.

i I

l i

00'A A 313 THE FOIBOPO COBP ANY

. ' AGE 10 CORPOR ATE CU ALITY ASSUR ANCE LABORATORY F. ' Y A TYPE TEST REPORT III. EU35 A31_0P_TESI_PEEULIf (C ontinued)

F. }eisgig_Iibration Effgels (Cotninued) 4- EtiS2 iga Eg339ty_gnd ConclugLog.g The 2AI-I37 Module fror current production was tested in Nest No. 2 * . The naturally aged unit was tested in Nest No. 1A*.

All one-third octave response points achieved in testing of the naturally aged unit enveloped the target GENEFIC EEQUIEED RESPONSE SPECT R A FOP QU ALIFICATION OF RACK-ROUNTED MODULES (P ef er to Section III .F. 5.b.) . -)

Relative to the target RRS's, undertesting occurred at eight l

of 168 one-third octave response points in testing of the module f rom current pr od uc tion . Of these, five points occurred at 1.25 or 1.6 Hz, having resulted frca test table velocity limitations at low frequencie s. .These points are not considered to be significant, since input accelerations are corparatively low and rack a mplification is essentially 1:1 at these frequencies.

Undertesting occurred in the vertical respon se at a single

12. 5 Hz response point (TPS - Right-to-Left and Vertical), and in the horizontal response at two 20 Hz response points (TR S -

Back-to-Front and Vertical; TBS - Front-to-Back and Vertical) .

The latter Seficiencies resulted f ror dif ficulty in producing the desired test tatle response at 20 Hz during the testing of Nest No. 2 (Refer to S ect ion III .F.5.a .) .

Overall, the TPS's obtained in testing of the 2 A I- 13 V rodule fro? current productice are considered to constitute a successful result with r es7ect to the objective of enveloping the target GENERIC FEQUIPED PESPONSE SPECTF A F0E QU ALIFICAIION OF FACK-MOUNTED MODULES.

i

Pef er ence 00 A A A20, Parts 1 and 2, seismic Test ?e ports.

a THE FOXBORO COMPANY Q0AAB13

, CORPOR ATE QU ALITY ASSUR ANCE LABOR ATORY PAGE 11 TY PE T EST REPORT PEV A III. EU35ARY_0Z_ TEST RESULTS (Continued)

F. Scistic Vibration Effects (Continued)

5. Iggt_R egy11g_.f Sei smic Pegrogggt 15 damped Test Response Spectra are plotted below at one-third octave intervals for each of the f cur SSE tests, as obtained at the module mounting location (see d ot s) . GENERIC REQUIRED RESPONSE SPECTRA FOR QUALIFICATION OF RACK-MOUNTED MODULES are also shown on the same plots (solid line) to permit a direct comparison of the two plots.

a. CgrIe_a t_Etod u ction Module

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P00R ORIGINAL g #_^

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THE FOIBORO COMP ANY

. 00AAB13 CORPOR ATE QU ALITY ASSUR ANCE LABOPATORY PAGE 12 PEV A TYPE TEST REPOFT III. SUMM ARY OF TEST PFSULTS (C ontinued)

7. pgiggig_Jibggligg_gf.f.ggtg (continue d)

5. _Tg s1_ E g s glig _11gi.g m ig_Eg E29aE21 (C o nt i nu e d )

a. [ggggf.31_Eggj!!gtigg gggglg (Continued)

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= . . _ ____ _ _

. THE FOIBORO COMPANY 00AAD13 CORPOR ATE QU ALITY ASSUR ANCE LABORATORY PAGE 13 TYPE TEST PEPORT REV A III. EU55ABI_Of_IEjI_EESULTS (Continued)

7. Seismic Vibratio_n_gffects (Continued)

5. Ig st_ g e s u l t s _.( Se i s m i c R e sp on se), (Continued)

a. qurIggt_Etod u ct ion _.go du l e (Continued)

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QOAAS13 THE FOIBOPO COMPANY

- P AGE 14 CORPOR ATE QU ALITY ASSUR ANCE LA BORATORY FEV A TYPE TEST EEEOFT III. SUMMA 9Y OF T'ST PESULTS (Cont inu ed)

F. Seiszic Vibration Effects (Continued)

5. Test P e s u lt s _ [S_e i s sic Re spon se). (Con tinu ed)

b. Natural 1I_ Aged Module (Continued)

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P00R ORIGINAL .

+ -- - - - - , - _ - . , _ - -

~

THE FOXBOPO CO.1PANY 00AA513

' PAGE 15 COFPOPAT! QU ALITY ASSOF ANCE LADORATOEY PEV A TY PE TEST REPORT III. Sg35 AE Y,0f__TIII_EISPLTS (C ontinu ed)

P. Seistic vibration Effegtg (Continued)

5. Ie g1_ E g g ul t_g _11g i s gi g_ P e s c o n s e ]. (Centi nu ed)

b. Na+.urallI_ Me$ Module (Continued)

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00 A'A D13 THE FOIBORO COMPANY

' PAGE 16 CORPORATE QUALITY ASSUP ANCE LABORATORY REV A TYPE TEST REPORT ,

III. SUMMIEI_OF TEST RESULIf (Continued)

F. Sgigaig_Vibratio_n_Iffegtg (C ont inue d)

6. Iggi_ErsslisJH9duls_f2If9ImamsidaIsti_A9ERI1ance CriitI.lal Note: Mea sure me nt Equipment Accuracy during and after seismic tests was 0.25 and 0.1%, respective.y.

Target Acceptance Criteria: The 2AO-V3I output will shif t no more than i0.25% during seismic tests. .

a. Cgrtsni_gtsggglign_ggggig

1. ji_9EI_It!1s

___________931231_S hi11,_1_91_S pa n_ _ _ _

__DSIigg_Tegt &figr_Iest 50%_ _ _ _ p3__ __ _ 1005 Plane of Section Section Section Section Section Section lihtilig;____ A B __}_ B __1____ __B Front-to-Back <0.25 <0.25 <0.1 <0.1 <0.1 <0 .1 Back-to-Front <0. 2 5 <0.25 <0.1 <0.1 <0.1 <0.1 Lef t-t o-Righ t <0.25 <0.25 <0.1 <0.1 <0.1 <0.1 Right-to-Left <C.25 <0.25 <0.1 <0.1 <0.1 <0.1

2. SSF Test output Shifj;,_% of Spar

__psping_Iggt__ ___

A f t er Test l _ _

50% 05 1005_ _ __

Plane of Section Section Section Section Section Section libEtti9n____ _A _- _1____ __1__ _ __I___ _ A_ _B Righ t-to-L'ef t <0.25 <0.25 <0.1 <0.1 <0.1 <0 .1 Lef t-t o-Right <0. 2 5 <0.25 <0 .1 <0.1 <0.1 <0.1

<0.25 <0.25 <0.1 <0.1 <0.1 <0.1 B a c k- t o-F ron t

<0.25 <0.25 <0.1 <0.1 <0.1 <0.1 Front-to-Back l

l l

l

THE FOXBORO COMPANY 00AAB13 CORPOR ATE QU ALITY A SSUR ANCE LABORATORY PAGE 17 TYPE TEST R2 PORT R EV A III. ggggAgI_of_IISI_EIE21IE (Continu ed) l F. Jgismic Vibtgtion_Iffects (Contin ue d) J

6. Igst Resulig (Continued)

I

b. Egintallz_Ageg_524als

1. 5_9EI_Isais outmy1_shif_3m3_ of _s pap _ ___ _

__D9 tins _Itst__ __ ,..____AlleI_Isst __

_______323_____ 05 1005 Plane of Section Section Section Section Section Section liktati22____ A____ __j_ __) B __A B Front-to-Back <0.25 <0.25 <0.1 <0.1 <0.1 <0.1 B a ck-t o-Fr on t <0.25 <0.25 <0.1 <0.1 <0.1 <0.1 R igh t-to-Lef t <0.25 <0.25 <0.1 <0.1 <0.1 <0.1 Le f t-t o-Righ t <0.25 <0.25 <0.1 <0.1 <0.1 <0.1

2. SSE Test outpy1_Shif tu% of Spar _ _____ _

__DMIiRS Test A f t gr_Igs t 50% _ __ __ p} _ _ 100%

Plane of Section Section Section Section Section Section A_ __ __D____ A B lihta_ti9a_ __ _ _ _ A _ __ _ _ a_ _ _

Left-to-Right <0.25 <0.25 <0.1 <0.1 <0.1 <0 .1 Right-to-Left <0.25 <0.25 <0.1 <0.1 <0.1 <0.1 Ba c k-t o-F r on t <0.25 <0.25 <0.1 <0.1 <0.1 <0.1 Front-to-BacK <0.25 <0.25 <0.1 <0.1 <0.1 <0.1

y. Eggylg_g ess an d C ent er_of_cravily Mass Reight Width Dgpih_

52121 ih 1_ in. c= iD1 c5 in_ ss 2AI-I37 0.80 365 4.4 11.0 1.0 2. 5 1.0 2.5 Note- Ref erence for height, vidth, and depth seasurements was the lower lef t rear of the f ront pl a t e.

~

OAAB13 THE FOIBORO COBPANY PAGE 18 CORPOR ATE QUALITY A SSUR ANCE LABOR ATORY REY C TYPE TEST REPORT m

III. .EjjglRI OF TIEI_SESULTS (Continued)

G. It!!_Essinntal

1. gre-jgig31g

a. EstImm1_EIsiss.tdss_194sle 911 bra 11ss_laferastiss Insissmaal staufas1RIst 19421 Enrial kasi_Emis 211s 23s Enviro nmental FB-Cha mber Blue Es 366PCI AA-324 2/77 11/77 i

Yolta g e/Cu rre nt Beie rence Source PAR

TC-100.2 157 7/76 1/78 Dvs Data Tech.7 350 A9644 4/77 10/77 Eover Supply B-Pe 60155C 1135101536 6/76 12/77 Eual Power Supply E-P 6227B 1146100880 2/76 8/77 Environmental TR Chamber Tenney' 100250 7397 5/77 2/78 Storage Oscilloscope H-P 1841 1316100705 1/77 10/77 Precision dc Current Source EDC10 CR-100 4717 4/77 10/77 Precision dc Current Source EDC CR-100 4852 7/77 1/78

b. Ea t u ra 11.1_1ggg_Jodylg Ealibra tion Inf9Imatign IR!!rungg t ga ggf a cturer ggde1 _

Eggial Last Date pate Due Automatic Test Systen B-P ---

AT-2* * ---

Environmental TTUFR-Chamber Tenney 40240 4709 11/77 8/78 Precision dc Voltage Source EDC BY-100N 3968 9/77 3/78 Yoltage Source EDC BY100 3113 4/78 11/7f

Note: " AT-2" is an automatic test and data reduction systen using an H-P 9825 A Desktop Computer. Calibration of the system equipment is checked with a portable standard (EDC Preci-sion Voltcge Source serial nu tber 3113 listed above) at the time of tsst. A complete listing of equipment and capa-bilities are available from The Foxboro Company.

sBlue E Electric Company

Princeton Applied Research 7 Data Technology Corporation

Hewlett-Packa rd Company

'Tenney Engineering Company

Electronic Development Company

THE FOIBORO COMPANY Q0AAB13 CORPOR ATE QUALITY ASSURANCE LABORATORY P AGE 19 SYPE TEST REPORT RE Y C 1

III. H!gigI_QZ_Ig!I.R]!RI) (Continued)

G. Igg 1_]SSi2 ERR 1 (Continued)

2. 228.1112.11E

a. EggggAt Prodgstjgg_ggjglg Gali.bt gliga Iaf or nat12B Ig11rument O pufacturer 3pdel itIial idle 1_Dat t Dat e Elg Automa tic Test Systen H-P N/A AT-2* N/A N/A Invironmental TTUFR-Cham ber Tenney 40240 4709 11/77 5/78 Function Gen erat or E-P 33101 1151107203 9/77 6/78 DTE Data Tech. 350 18222 2/78 9/78 Power Supply La mb da 11 LCD-4-33 C87458 N/A N/A Storage oscilloscope Tektronizar 564 7413 2/78 8/78 l Yoltage Source EDO EV100 3113 4/78 11/78

b. 13,tggally Aced Boduj.g CglLb_tation Inf or alll2D l Inst rupent un_gigst u. Igg Bodel EgIlal La g1_ pat g Date Rg.g Automa tic Test Systen H-P ---

AT-2* * ---

Enviror, mental Char ber Blue 5 FR366PCI A1-310 5/78 11/78 Precision Current Sou r ce EDO CR-100 4718 5/78 11/78 Precision Current Source ED: CR-100 4857 8/78 2/79 Stora g e Oscilloscope E-P 1841 1316100705 8/78 5/79 voltage Source '

EDC BY100 3113 4/78 11/78 1

l

N o te : ' AT-2" is an automatic test and data reduction system using a n H- P 9825 A Desktop Computer. Calibration of the systes equipment is checked with a portable standard (EDC Preci-sion voltage source serial number 3113 listed above) at the time of test. A complete listing of equipment and capa-bilities are available from The Foxboro Company.

1 s: Lambda Electronics, Division of VEECO Instruments, Incorporated

- Tektronix, In corpo rated l

00X4B13 THE FOIBOPC COMP ANY

' PA GS 2 0 CORPORATE QUALITY ASSUR ANCE LABORATORY P EV A TYPE TEST REFOPT g III. EH53 AE1_OE_TE!I_EJ1HlI1 (Continu ed)

G. Iggt_Eggipsipi (Con tin ued) .

3. Egigtig

a. EgIggn1_Eggjgglign_gglylg salitralisL_InferasalsD IB21rs!!D1 jangiggigtgr 39131 ggrial last Dalg patg_py; Power Supply H-P 6015 5C 1135A01536 6/76 1/78 Current Source EDC CR100 4851 7/77 2/78 DVn Data Tech. 350 18611 1/78 7/78 Rscorder H-P 7414A 1244A00932 12/i7 9/78 )

b. 331gIgilI_Aggd MoSy1g _

Sali1Ia112n_Inistaa1193 lantI222n1 33nufactMI2I 59132 EgIlga Lagt _ pat t gatg_ggg Power Supply H-P 60155C 113 5 A 01505 3/78 9/79 Current Sour ce Fox borot 3 386 N /A N/A N/A DV fl Data Tech. 350 186u 4/78 10/78 FGeorder H-P 7702B 1102A01250 5/78 11/78 t

boro Company

- - - - - - - - - - -,w g4 ..._, s.-- , -. r-7, y- . - - . - - , -,- , -

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ML19347E095: Difference between revisions

Revision as of 02:07, 31 January 2020

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