ML20063E273
| ML20063E273 | |
| Person / Time | |
|---|---|
| Site: | Davis Besse  |
| Issue date: | 02/11/1982 |
| From: | Jordan H, Kimbrell M, Thornberry R WYLE LABORATORIES |
| To: | |
| Shared Package | |
| ML20063E227 | List: |
| References | |
| 45183-1, NUDOCS 8207130368 | |
| Download: ML20063E273 (202) | |
Text
{{#Wiki_filter:3 s SEISMIC SIMUIATION TEST sROGRAM ON AN ANTICIPATORY REACTOR
, TRIP SYSTEM (ARTS)
FCR AUTOMATION INDUSTRIES, INC. 14000 GEORGIA AVENUE SILVER SPRING, MARYLAND 20910
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.- Test Report i -
% REPORT NO. 45183-1 N WYLE JOB NO.
45183 CUSTOMER P.O.NO. 06600 3 eW M PAGE 1 OF PAGE REPORT
- February 11, 1982
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-EN , SPECIFICATION (S) See References
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in Section 7.0 l l 1.0 CUSTOMER Automation Industries i ADDRESS 14000 Georgia Avenue, Silver Spring, Maryland 20910 2.0 TEST SPECIMEN Anticipatory Reactor Trip System (ARTS) Aut mati n Industries 3.0 MANUFACTURER 4.0
SUMMARY
An Anticipatory Reactor Trip System (ARTS), hereinafter called the specimen, was j subjected to a Seismic Simulation Test Program as required by the Automation l Industries' Purchase Order Number 06600, and ifyle Laboratories' Seismic Test Pro-cedure 541/4303/DK, dated June 5, 1980, Revision A. The test program was per-fomed on January 18, 1982. The seismic test program consisted of single-axis resonance search and biaxial random multifrequency testing in each of two test orientations. The specimen was instrumented with accelerometers and was electrically powered and monitored during the seismic test program. It was demonstrated that the specimen possessed sufficient integrity to withstand, i without cenoromise of structure or electrical function, the prescribed simulated I seismic environment. l STATE OF ALABAMA 1 Ala. Professional Eng. '"*M"' - " ~ " * '
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i COUNTY OF MADISON I Reg. No. 12761 < PREPARED BY l Vincent F. Kearns III i depo
. beene duty sworn.
and says: The 6nformaten contamed in mes report is me result of complete
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u R. ornbe and careury cond.c team and is to me best of hipnowledge true and correct in APPROVED BY . _
, V4w ht3
/N day ofjN ,1g L WYLE O. A. MurV1n e relf SUBSCRISED and sworn to betore me tfus
&t /g ij Y s Y Notary Pushc an and for the State of Alabama at large.
My Commeesion empires fM '" 19 SCIENTIFIC SERVICES AND SYSTEMS GROUP E # 0@TYiWifUUL ALABAMA
PATE NO. 2 TEST REPORT NO. 45183-1 4.0
SUMMARY
(Continued) Table I contains descriptions of the test runs. Figures 1 through 4 show the Operating Basis Earthquake and Safe Shutdown Earthquake Required Response Spectra. Photograph 1 shows the specimen installed on the Wyle Biaxial Seismic Simulator Table. Photographs 2 through 4 show the locations of the specimen-mounted accel-erometers. Appendix I contains the Transmissibility plots from the resonance search tests. Appendix II contains the Test Response Spectrum plots from a representa-tive Operating Basis Earthquake test and the Safe Shutdown Earthquake test in each test orientation. Appendix III contains the Instrumentation Log Sheets and the Instru-mentation Equipment Sheets. Appendix IV contains the Wyle Laboratories' Seismic Test Procedure 541/4303/DK, dated June 5, 1980, Revision A. WYLE mannaTOSHES Huntsville Facihty
PAGE NO. 3 TEST REPORT NO. 45183-1 5.0 TEST REQUIREMENTS 5.1 Specimen Mounting and Orientation An Anticipatory Reactor Trip System (ARTS), hereinafter called the speci-men, shall be mounted on a Wyle-fabricated vertical test fixture. The specimen shall then be installed on the Wyle Biaxial Seismic Simulator Table with on,e of its horizontal axes colinear with the longitudinal axis of the test table. For the second orientation, the specimen shall be rotated 90 degrees in the horizontal plane. The test fixture shall be welded to the test table in each orientation. The mounting of the speci-men shall sAmulate its actual in-service mounting configuration as closely as practical. 5.2 Resonance Search A low level (approximately 0.2 g) single-axis sine sweep from .5 to 50 Hz shall be performed in each of three orthogonal axes to determine specimen resonant frequencies. The sweep rate shall be one octave per minute. Transmissibility plots from the resonance search tests shall be included in the test report. In addition, specimen damping factors at the first mode shall be calculated for the specimen-mounted accelerometers using the half-power bandwithh method. 5.3 Random Multifrequencv Tests The specimen shall be subjected to 30-second duration biaxial multi-frequency random motion which shall be amplitude-controlled in one-third octave bandwidths spaced one-third octave apart over the frequency range of 1 to 40 Hz. Two simultaneous, but independent, random signals shall be used as the excitation to produce phase-incoherent horizontal and vertical motions. The amplitude of each one-third octave bandwidth shall be indep2ndently adjusted in each axis until the Test Response Spectra (TRS) envelop the Required Response Spectra (RRS). The resulting table motion shall be analyzed by a response spectrum analyzer at two percent (2%) damping, and plotted at one-third octave intervals over the fre-quency range of 1 to 200 Hz. Five (5) Operating Basis Earthquake (CBE) tests shall be applied to the specimen prior to the application of one (1) Safe Shutdown Eazthquake (SSE) test in each orientation. The OBE and SSE RRS are shown in Figures 1 through 4. WYLE i aannaTOINES Huntsydle Facihty
r-PAIE NO. 4 TEST REPORT NO. 45183-1 5.0 TEST REQUIREMENTS (Continued) 5.4 Specimen Response Five (5) uniaxial piezoelectric accelerometers shall be mounted on the specimen to monitor response to the seismic excitation. Placement of these ac.:elerometers shall be as directed by the Automation Industries Technical Representative or the Wyle Project Engineer. FM tape and oscillograph' recorders shall provide a record of each accelerometer's response. Transmissibility plots from the resonance search tests and TRS plots from the SSE tests shall be included. 5.5 Electrical Power Electrical power of 120 VAC, single phase, 60 Hz shall be provided for operation of the specimen. 5.6 Electrical Monitorino Six (6) electrical monitoring channels shall be recorded on an oscillo-graph recorder to monitor the electrical operation of the specimen. WYLE LA808tATORIES Huntsv6 tie Facihty
PAGE NO. 5 TEST REPORT NO. 45193-1 6.0 TEST PROCEDURES AND RESULTS 6.1 Specimen Mounting and Orientation Procedures The specimen was attached to a Wyle-fabricated vertical test fixture with four (4), 1/2-inch Grade 5 bolts torqued to 80 ft lbs. The speci-men was then installed on the Wyle Biaxial Seismic Simulator Table with one of its horizontal axes colinear with the longitudinal axis of the test table. 'For the second orientation, the specimen was rotated 90 degrees in the horizontal plane. The test fixture was welded to the test table in each orientation. Photograph 1 shows the specimen installed on the Wyle Multiaxis Seismic Simulator Table in the front-to-back/ vertical (FP/V) orientation for the initial axes of test. 6.2 Resonance Search Procedures A low level (approximately 0.2 g) single-axis sine sweep from .5 to 50 Hz was performed in each test orientation to determine major resonances. The sweep rate was one octave per minute. 6.2.1 Resonance Search Test Results The resonance search tests are described in Table I. Transmissibility plots (the specimen response accelerometers divided by the control accelerometers) from the resonance search tests are presented in Appendix I. Specimen damping factors were calculated from the transmissibility plots of the resonance search tests using the half-power bandwidth method as follows: f ~f 2 l Damping Factor (4) = x 100 n where: fy and f are frequencies at which 2 9 g . __0 V2-and Q = Resonant Amplification Factor f = Resonant Frequency WYLE LABORATORIES HuntsveHe Facihty
c PAGE NO. 6 TEST REPC7 NO. 45183-1 6.0 TEST PROCEDURES AND RESULTS (Continued) 6.2.1 Resonance Search Test Lesults (Continued) Test Damping f Eo Run Accelerometer n (%) 1 Front,-to-Back 2FB - - - 3FB - - - 4FB 46 15 3.8 5FB - - - 2 Vertical IV - - - 12 Side-to-Side 2SS - - - 3SS - - - 4SS - - - SSS - - - 6.3 Random Multifrecuency Test Procedures The specimen was subjected to 30-second duration biaxial multifrequency random motion which was amplitude-controlled in one-third octave band-widths spaced one-third octave apart over the frequency range of 1 to 40 H . Two simultaneous, but independent, random signals were used as the excitation to produce phase-incoherent horizontal and vertical motions. The amplitude of each one-third octave bandwidth was inde-pendently adjusted in each axis until the TRS enveloped the RRS. The resulting table motion was analyzed by a response spectrum analyzer at 2% damping, and plotted at one-third octave intervals over the fre-quency range of 1 to 200 H:. Five (5) OBE tests were applied to the specimen prior to the application of one (1) SSE test in each orientation. The OBE and SSE RRS are shown in Figures 1 through 4. 6.3.1 Random Multifrecuencv Test Results It was demonstrated that the specimen possessed sufficient integrity to withstand, without compromise of structure, the prescribed simulated seismic environment. Descriptions of the multifrequency tests are contained in Table I. TRS plots of the control accelerometers from a representative OBE test and the SSE test in each orientation are presented in Appendix II. WYLE LABORATORIES Huntsvine Facthty
PAGE NO. 7 TEST REPORT NO. 45183-1 6.0 TEST PROCEDURES AND RESULTS (Continued) 6.4 Specimen Response Procedures Five (5) uniaxial piezoelectric accelerometers were located on the speci-men during the test program. The placement of the acce,lerometers was at the discretion of the Automation Industries Technical Representative, and is shown,in Photographs 2 through 4. The horizontal accelerometers were installed in the front-to-back axis for testing in the front-to-back/ vertical orientation and rotated to the side-to-side axis for testing in the side-to-side / vertical orientation. FM tape and oscillograph recorders provided a record of each accelerometer response. 6.4.1 Specimen Response Results Transmissibility plots (the specimen response accelerometers divided by the control accelerometers) from the resonance search tests are pre-sented in Appendix I. TRS plots from the SSE tests are presented in Appendix II. 6.5 Electrical Power Electrical power of 120 VAC, single-phase, 60 Hz, was provided for operation of the specimen. 6.6 Electrical Monitoring Procedures six (6) electrical monitoring channels were recorded on an oscillograph recorder to monitor the electrical operation of the specimen. The usage l of the monitoring channels is shown below. Channel Function Monitored Connection Points 1 NC Relay Contact TB12-9 TD12-10 2 NC Relay Contact TB11-5 TBil-6 3 Transistor TB1-5 TB1-6 l 4 Transistor TB2-5 TB2-6 5 Transistor TB3-5 TB3-6 l 6 NC Relay Contact TB8-5 TB8-6 l 6.6.1 Electrical Monitoring Results It was demonstrated that the specimen possessed sufficient integrity to withstand, without compromise of function, the prescribed simulated seismic environment. l The oscillograph records of the electrical monitoring channels were furnished to Automation Industries for their evaluation. WYLE mannaTORIES Huntsville Facility
PA7E NO. 8 TEST REPORT NO. 45183-1
7.0 REFERENCES
7.1 Automation Industries Purchase Order Number 06600. 7.2 Wyle Laboratories' Seismic Test Procedure 541/4303/DK, dated June 5, 1980, Revision A. 7.3 IEEE Standard 344-1975 Specification entitled "IEEE Recommended Practices for Seismic Qualification of Class lE Equipment for Nuclear Power Generating Stations." 7.4 Wyle Laboratories' (Eastern Operations) " Quality Assurance Policies and Procedures Manual," dated June 1980. WYLE LABORATORIES huntsville Facihty a
Page No. 9 Report No. 45183-1 TABLE I TEST RUN DESCRIPTIONS TEST TYPE ACCELERATION (g) RUN TEST ORIENTATION LEVEL HZPA VZPA COMMENTS 1 Sine Sweep FB --- 0.2 ---- 2 Sine Sweep V --- ---- 0.2 3 RMF FB/V --- 0.53 ---- DC Spike recorded on tape-Data Invalid. 4 RMF FB/V --- 0.54 ---- DC Spike recorded on tape-Data Invalid. 5 RMF FB/V CBE 0.56 0.26 6 RMF FB/V OBE 0.56 0.25 7 RMF FB/V CBE 0.58 0.27 8 RMF FB/V OBE 0.58 0.26 9 RMF FB/V CBE 0.6 0.25 10 RMF FB/V SSE 1.1 0.6 Monitor Ch. 5 lid not operate. Post-Test inspection revealed that the monitor wire had pull-ed from the patch panel. Rein-stalled wire and repeated Test (Run 11). 11 RMF FB/V SSE 1.2 0.57 12 Sine Sweep SS --- 0.2 ---- 13 RMF SS/V CBE 0.65 0.25 14 RMF SS/V CBE 0.65 0.26 15 RMF SS/V OBE 0.65 0.26 16 RMF SS/V CBE 0.68 0.26 17 RMF SS/V CBE 0.67 0.26 l 18 RMF SS/V <SSE 1.1 0.6 1 < l 19 RMF SS/V SSE 1.1 0.56 LEGEND: RMF = Random Multifrequency FB/V = Front-To-Back/ Vertical SS/V = Side-To-Side / Vertical CBE = Operating Basis Earthquake SSE = Safe Shutdown Earthquake HZPA = Horicontal Zero Period Acceleration VZPA = Vertical Zero Period Acceleration 1 m
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PAGE NO. 19 TEST REPORT NO. 45183-1 1 APPENDIX I TRANSMISSIBILITY PLOTS OF THE IN-LINE RESPONSE ACCELEROMETERS TEST RUN ORIENTATION EXCITATICN 1 Front-to-Back/ Vertical Horizontal 2 Front-to-Back/ Vertical Vertical 12 Side-to-Side / Vertical Horizontal I i HCA = Horizontal Control Accelerometer i VCA = Vertical Control Accelerometer i 1 l l l I wvi.a LABORATORIES MuntswHe Facuity i
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Page No. 22 Report No. 45183-1 FULL SCALE TRANSMISSIBILITY 0.1 0 1.00 10 0 1000 0 100 % 10 e e 7 i
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Page No. 24 Report No. 45183-1 FULL SCALE TRANSMISSIBILITY 0.1 0 1.00 10 0 100% 1000 0 10 9 1 1 9 . s i i i 4 . . _ . _ _ _ _ _ _ . __ ____ . _ _. _._ _. _ . __. _ __I_ _ _. __._ _ ___t__ .-.__p___ _. Q 4 3 ___ . . _ . . __ _ _, 4__ . __ _.__ _'r,.. ._ _. .._._. . _ __ _ t f ' ' ' 9 s 1 , $ r
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Page No. 26 Report No. 45183-1 FULL SCALE TRANSMISSIBILITY 0.1 0 1.00 10 0 100k 1000 O
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ACCEL NO. N O. NSA AXIS 55 TEST RUN NO. f'
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Page No. 27 Report No. 45183-1 FULL SCALE TRANSMISSIBILITY 0.1 0 1.00 10 0 100 k 1000 0 TO I e 7 s . _ _ . .
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ACCEL NO. NO. b A AXIS 55 TEST RUN NO. [
Page No. 28 Raport No. 45183-1 FULL SCALE TRANSMISSIBILITY 0.1 0 1.00 10 0 100% 1000 O to 4 I e i 1 I i
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ACCEL NO. 5 55 No. # c A Axis IS TEST RUN NO I1
PAGE NO. 29 , TEST REPORT NO. 45183-1 t AFPENDIX II TEST RESPCNSE SPECTRUM PLOTS TEST RUN ORIENTATION LEVEL PLOTS 9 Front-to-Back/ Vertical OBE Control Accelerometers 11 Front-to-Back/ Vertical SSE Control & Response Accelerometers l 17 Side-to-Side / Vertical CBE Control Accelerometers l 19 Side-to-Side / Vertical SSE Control & Response Accelerometers i HCA = Horizontal Control Accelerometer VCA = Vertical Control Accelerometer WYLE LABORATORIES
>*untsville FaCality l
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LOCATION NO. NfA AXIS NV TEST AUN NC.
Paga No. 31 Report No. 45183-1 FULL SCALE SHOCK SPECTRUM (g peak) 1.0 0 10 EL 100 0 10000 DAMPING 10 i i i t i r ; I J. _h. I 1 _e . . _ _._ _ ._I- E I: to e
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LOCADON NO. CA i i AXIS F6/V TEST RUN NO. 9
Ptga No. 32 Report No. 45153-1 FULL SCALE SHOCK SPECTRUM (g peak) 1.00 10 3L 100 O 10000 DAMPING l 2,%l I 10 9 8 I i a a i i i 3
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LOCATION NO. /~/C ') AXIS GO TEST RUN NO. I7
l l 1 Page No. 33 Report No. 45183-1 FULL SCALE SHOCK SPECTRUM (g Peak) 1.00 10 @- 100 0 10000 DAMPING l 2Clol 10
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LOCATION NO. dC A Axis 65 M TEST AUN NO. /I
Page No. 34 Report No. 45183-1 FULL CCALE CHOCK CPECTRUM (g peak) 1.00 10 fil 100 0 10000 DAMPING d 10 9 i e 7 1 i . i . e __ i 4 r s r . 2 -- -
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i Page No. 35 l Report No. 45183-1 l FULL SCALE SHOCK SPECTRUM (g PeeW 1.0 0 10 15, 100 0 10000 DAMPING l A o/ol 10 e i- i
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Page No. 36 Report No. 45183-1 FULL ECALE CH3CK CPECTRUM (g peak) 1.00 10 E! 100 0 10000 l DAMPING 10 e , , 7 i i , i 1 s _;;_..-.- . . . _ -- --... ._. . 3
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l Paga No. 37 Report No. 45183-1 FULL SCALE SHOCK SPECTRUM (g peakJ 1.00 10 5 100 0 10000 DAMPING y i to s , i i, r ,
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Ptga No. 38 Raport No. 45183-1 FULL SCALE CHOCK CPECTRUM (g Peeld 1.00 10 0 100 0 10000 DAMPING d to L e , 7
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LOCATION NO. O AXIS TEST AUN NO. I v I
Page No. 40 Rzport No. 45183-1 FULL ECALE CHOCK CPECTRUM (g 88eak) 1.00 10 2 100 0 10000 DAMPING l A %l 10
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LOCATION NO. IN AXIS FGh. TEST RUN NC. II
I 1 i Page No. 41 Recort No. 451 A%1 FULL SCALE SHOCK SPECTRUM (g peak) 1.00 10 E 100 0 10000 l DAMPING l2.%l 10 ( , l . 7 4 __. . _ _ ._ ._ . _ _ _ _ . S r
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LOCATION NO. NfM AXIS M i TEST RUN NO. Ib
Pr.ga tIo. 42 Report No. 45183-1 FULL CCALE LH_CK CPECTRUM (g Esak) 1.0 10 5 100 0 10000 DAMPlNG l 2?/ol 10
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LOCATION NO. \lCN AXIS SS / tl TEST RUN NO. I9 I
Pago No. 43 Report No. 4 5183-1 FULL SCALE SHOCK SPECTRUM (g Peak) 1.0 0 10 5 100 0 10000 DAMPING @ e , , e , s _. __ _ _ _ _ _ s 4 t 1 .
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SPECIMEN LOCATICN NO. \V Axis SS TEST AUN NO. N
Ps.ga No. 44 R2 port No. 45183-1 FULL CCALE CHOCK CPECTRUM (g Peeld 1.00 10 5if 100 O 10000 DAMPING l Ml 30 9 i e i 7 4 ____1,._ __..__ _ _ _ .._.__._
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l Page No. 45 I Report No. 45183-1 FULL SCALE SHOCK SPECTRUM (g peak) e 1.00 10 5 100 0 10000 i DAMPING y 10 9 8 7 e _. l 6 1 4 I I h - 3 3 l 3
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P ga No. 48 R: port No. 45183-1 This page intentionally left blank.
PAGE NO. 49 TEST REPORT NO. 45183-1 APPENDIX III INSTRUMENTATION LOG SHEETS AND INSTRUMENTATION EQUIPMENT SHEETS All test equipment and instrumentation used in the performance of this test program were calibrated in accordance with Wyle Laboratories' Quality Assurance Policies and Procedures Manual, which conforms to the applicable portions of ANSI N 45.2, 10 CFR 50/ Appendix B, and Military Specification MIL-C-45662A. Standards used in performing all calibrations are traceable to the National Bureau of Standards. m wytg e mannaTORIES HuntsvWe Facmty
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r Pag] No. 56 R: port No. 45183-1 This page intentionally left blank.
1 PAGE NO. 57 TEST REPORT NO. 45183-1 w APPENDIX IV SEISMIC TEST PROCEDURE l [ O Huntsville Facility
r - Rcport No. 45183-1 - TEST PROCEDURE TEST PROCEDURE NO. WYLE N
- SCIENTIFIC SERVICES AND SYSTEMS GROUP '
DATE: P. O. COX 1008 e HUNTSVILLE, ALABAMA 35007 Twx m0 mms . TELEPwoNE im muii g,y, 3, Job No. 45183 SEISMIC TEST PROCEDURE OF AN ANTICIPATORY REACTOR TRIP SYSTFJi (ARTS) FOR
. AUTOMATION INDUSTRIES, INC.
SILVER SPRING, MARYLAND APPROVED BY: s AP2e/ APPROVED BY FOR: / ' 3 PROJECT MANAGER-
/ C ,
APPROVED W: APPROVED BY -
/ -
FOR: QUALITY ENGINEER- ,, APPROVED BY: PREPARED BY - FOR: PROJECT ENGINEER: -
/
REVISIONS ,o , , , , .. A,,A REV.NO. DATE j PAGES AFFECTED BY A P P' L. DESCRIPTION OF CHANGES l A 1/14/81 l All DS (([k, Revised entire procedure per l Customer requirements. i l l l l COPYRIGHT BY WYLE LABORATORIES. THE RIGHT TO REPRODUCE. COPY, EXHIBIT, OR OTHERWISE UTILIZE ANY OF THE MATERIAL CONTAINED HERF:N WITHOUT THE EXPRESS *RIOR PERMISSION OF WYLE LABORATORIES IS PROHIBITED. THE ACCEPTANCE OF A PURCHASE ORDER IN CONNECTION WITH i THE MATERIAL CONTAINED HEREIN SHALL BE EQUIVALENT TO EXPRESS PRIOR PERMISSION.
Pcga No. 59 Rcport No. 45183-1 PAGE NO. 2 TEST PROCEDURE NO. 541/4303/DK Revision A 1.0 MOUNTING l 1.1 Specimen Orientation An Anticipatory Reactor Trip System (ARTS), 48" high x 36" wide x 12" deep, weighing approximately 250 pounds, hereinafter called the specimen, pre-mounted on a Wyle-supplied vertical test fixture, shall be placed on the Wyle Multiaxin Seismic Simulator Table such that the base of the fixture shall be flush with the top of the table. The specimen shall be oriented such that its front-to-back exis shall be colinear with the longitudinal axis of the table. For e.e second orientation of tests, the specimen shall be rotated 90 degrees about the vertical centerline to the side-to-side axis. 1.2 Specimen Tie-Down The specimen shall be mounted directly to the fixture with four (4) 1/2"-13 UNC SAE Grade 5 mounting bolts (see Figure 2) . The fixture shall be welded to the test table. The mounting shall simulate as closely as practical the actual in-service mounting. 2.0 EXCITATION 2.1 Simultaneous Axes Excitation Each horizontal axis shall be excited separately, but each one shall be excited simultaneously with the vertical axis (longitudinal simultaneously with vertical, then lateral simultaneously with vertical). 2.2 Resonance Search j A low-level (approximately 0.2 g) single-axis sine sweep from 0.5 Hz to l 50 Hz shall be performed to establish major resonances. The sweep rate l shall be one octave per minute. Transmissibility plots shall be furnished for all specimen response accelerometers. In addition, a tabulation of ! natural frequencies and specimen damping factors calculated using the half-power bandwidth method shall be furnished. f
-- ~
WYLE t.ABORATORIES m 10547 % oct to Huntsville Facihty
6 PAGE NO. 3 TEST PROCEDURE NO. 541/4303/DK Revision A 2.0 EXCITATION (Continued) 2.3 Multifrequency Tests The specimen shall be subjected to simultaneous horizontal and vertical inputs of random motion consisting of frequency bandwidths spaced one-third octave apart over the frequency range of 1 Hz to 40 Hz. The horizonta.1: and vertical input accelerations shall be phase incoherent. The amplitude of each one-third octave frequency shall be independently adjusted in an iterative process in each axis until the Test Response Spectra (TRS) envelop the Required Response Spectra (RRS), within the capabilities of the test machine shown in Figure 1. The resulting TRS shall be analyzed by a spectrum analyzer at two percent (2%) damping, and plotted at one-third octave frequency intervals over the frequency range of interest. The specimen shall be subjected to five (5) Operating Basis Earthquake (OBE) tests prior to the application of a full-level Safe Shutdown Earthquake (SSE) test in each of the two (2) test orientations. The OBE and SSE RRS are shown in Figures 3 through 6. 3.0 INSTRUMENTATION 3.1 Excitation Control
- Control accelerometers shall be mounted on the table at a location near the base of the specimen.
TRS plots of the control accelerometers from a representative OBE test and the SSE test in each orientation shall be included in the test report. I i 3.2 Specimen Response
~
l Five (5) specimen-mounted uniaxial piezo-electric accelerometers shall l be located on the specimen under test. The placement of the accel-ercmeters shall be at the discretion of the Automation Technical Repre-sentative or the Wyle Project Engineer. FM tape and oscillograph recorders shall provide a record of each accelerometer response. TRS plots of the specimen response accelerometers at the required damping for the SSE test in each orientation shall be provided in the test report. 3.3 Electrical Power -
~
Electrical power of 120 VAC, 60 Hz, single-phase, shall be provided to operate the specimen prior to, during and after the seismic event. t { WYLE LABORATORIES Fonu 1o54 2 Rev. oct 79 Huntsville Facehty , I
Pags No. 61 Bsport No. 45183-1 PAGE NO. 4 TESr. XEDURE NO. 541/4303/DK Revision A 3.0 INSTRUMENTATION 3.4 Electrical Monitoring Six (6) electrical monitoring channels for the specimen sh'a'11'be recorded on an oscillograph recorder to ascertain electrical continuity, current / voltage levels, spurious operation, contact chatter, etc. before, during and after the seismic excitation as shown in Figure 7. 4.0 IN-PROCESS INSPECTION The records shall be checked for quality of performance after each test. The specimen shall be examined for possible damage following all violent tests. All important vibration effects shall be logged. Photographs shall be taken of any noticeable physical damage that may occur. 5.0 REPORT Ten (10) copies of a certification-type test report shall be issued subsequent to completion of testing. This report shall be signed by a Registered Professional Engineer and shall simmarize the maximum g levels, details and recommendations concerning deficiencies and repairs, and photographs of test setups, accelerometers, failures, etc. The report shall also contain a list of test equipment used, calibrations, and Instrumentation Log Sheets. WYLE LABORATORIES @M 1054 ? Rev Oct 79 Huntsville Facihty
^
Page No. 62 Test Procedure No. Report No. 45183-1 541/4303/DK Page No. 5 FULL SCALE SHOCK SPECTRUM (g Peak) Revision A 100 - _ . . - - 9 1
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Q h Ptga No. 63 Report No. 45163-1
/
b T@st Procedura No. 541/4303/DK 3 -UTOMATION INDUSTWits.!NC.
- Page No. 6 J - 2 VITRO LABORATORIES DIVISION Revision A J .
26 --
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4 f 1:-13UNC, SAE Crade 5 Mounting Bolts 80+8 ft-lbs 4 places b
. - - 5 0'-g Accelerometer Locations No. Direction Device 1 Vertical Maximum Cabinet Response,All Devices 2 Horizontal Power Supply 3 Hori:ontal Digital Isolator 4 Horizontal Control Panel / Card File 5 Horizontal Relay and Terminal Block 48 i
A
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= 36 % Z Axis .
{ Y Axis . i Figure 2 ANTICIPATORY REACTOR TRIP SYSTEM y X Axis , CABINET AND ACCELEROMETER MOUN!2 C
Pege No. 64 m-Besse Auxiliary BuildinE Test Proc 3 dure No.
. . Report No. 45183-1 Elevation 623.00 541/4303/DK Recuired Response Spectra Page No. 7 ,
Operatin;; Easis F.arthquake Revision A
, 2lll Damoing .
, Horizontal Dire *ction Composite
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Page No. 65 Davis-Besse Auxiliary Building Sheet 10 of 12 Report No. 45183-1 Elevacion 623.00 Revision: B ~ Required Response Spectra Operating Basis Earthquake Test P':ocedure No.
- 27. Damping 541/4303/DK Page No. 8 Revision A Vertical Direction 9 _ ,___: ...._..;
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.Ecssc Auy.iliary Building k* Test Procedure No.
Elevation 623.00 541/4303/DK- , Required Response Spec:ra Page No. 10
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l O I AUTOMATION INDUSTRIES,1NC. VITRO LABORATORIES DIVISION APPENDIX C ANTICIPATORY REACTOR TRIP SYSTEM SEISMIC ELECTRICAL TEST PROCEDURE TP 3394-1032 l t
ROA)- 6~ REVISIONS L.TR DESCRIPTION l DATE l APVO A Incorporata E.O. 46126 01/05/82 v EO's ARACNED
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RuH' S 1.0 TIST EQU m t! 1.1 One, Fairchild DVM, Model 7100A, or equivalenc 1.2 Six, Toggle Switches, DFDT 1.3 Six, Oscillograph Channels, 1 millisecond or less resolucion. (%*yle instrumancacion channels) , e I 1.4 Two Power Supplies, adjuscable 0-10 v d.c., resolucion 5 n1111 volts or less I l SIZE CCCE ICENT NO.
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Limic Measurement 2.0 PRELDIU{ARY SETUP
. s.19 C31, C32 0FF Y' 2.1 Place Circuit Breakers (C31 C32) in the OFF position.
2.2 Verify that the 115 y a.c. primary Power Applied power is connected to the ARTS cabinet. 2.3 Using shorting straps, :nake the fol. lowing connections: (a) T34-1 to T34-2 1'
' E 19 '
to T34-4 's (b) T54-3 (c) T36-1 to T36-2 (d) T36-3 to T36-4 I (e) T36-3 to T36-6 'D.ts) l (f) T36-7 to T36-8 (g) T36-9 to T36-10 bs ~ E 19) d (h) T36-11 to r36-12 _ (1) T35-3 to T35-4 (j) T35-5 to 735-6 Ji (Ed'--' (k) T34-11 to T34-12 (1) T35-7 to T35-8 Ej (a) T35-9 to T35-10 - N3
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(n) T35-11 to T35-12 1 (o) TB13-10.co T313-12 SIZE CCCE ICENT No. O AtJf0MATCNINDUSTnIES.INC. A MO wTno LasoMATCRIES CEVISCN M /Q TP 3394-1032 gnen REV A SHEET 3 we l
- Rua s-Limit Measura . enc 2.4 Connect DPDT switches as indicated.
1 TSI across MFP1 TRIP DIPUT TB4-7/8 Closed Circuit TS2 across MFP2 TRIP INPUT T34-9/10 Closed Circuit TS3 across MFP TRIP CH 2 T35-1/2 Closed circuit
-1 T54 ccross IC10TE RESET T39-3/4 open Circuit TS5 across REMOTE BLOCK T39-5/6 Open Circuit 2.5 verify the status of each switch. 3 (a) Bypass Switch Normel (b) Door 54tch (Door Open) Override rE".
2.6 Connect Channels 1 through 6 of the oscillograph to the following points: , (a) ^-=1 1 to T312-9/10 (b) Channel 2 to T311-5/6 EM (c) & - =1 3 to T31-5/6 (d) omnnel 4 to T32-5/6 h (e) Channel 5 to T33-5/6 1 (f) Channel 6 to T38-5/6 2.7 Place C31 and C32 in the CN position. CB1, C32 CN OE13 ! 2.3 Verify the voltages indicated. g pg 7 (a) T314-4 referenced to T314-6 (a) +15.0 .5 (b) T314-1 referenced to T314-6 (b) -15.0*0.25 o
- M '57 %
(c) T314-5 referenced to T314-6 (c) +10.02.050 VDC /O.0/M SIZE CCCC IDENT **0.
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Quu 5~ Limit Measurement 2.9 Connect the two power supplies and DFDT switch as shown, using shielded cable where indicated. , ARTS TS6 PSI + ON 3c : n n o TS13-11 1 l Offo j . IN914Bd t
' PS2 + l m
1F J T
- ,; yy l 0 T813 -12 i
,; a o T B 13-10 l
r- , 2.10 Open the Bistable Eysteresis Switch +5.000t,.001 VDC 6D S17. Measure tha voltage at the SP Test Jack and adjust the SP level to 5.000 v d.c. 2.11 Close S17, measure and record the SP I-l voltage at the SP Test Jack. Place T313-ll/12 I/M j T TS6 in CN and adjust PS1 to the SP Trip ON 13) level plus 20 millivolts seasured l between T313-ll/12, and record the level. Verify that the 31 stable i Trip Indicator is ON. i SIZE CODE !OENT No. 1 O AUTCMAT!CNINDUSTRIES,iNC c p vrTnot.AaCRATCNESCMSCN Q TP 3394-1032 L REV l SHEET 3 l we l
RM C Limit Measuraeent 2.12 Place TS6 in the OFF position. 4.98+.005 I 98 f Adjust PS2 to +4.98 v d.c. measured TRIP OFF b _ between TB13-11/12. Verify that the Bistable Trip Indicator is'UFF. Leave TS6 0FF. 3.0 SEISMIC ELECTRICAL TEST g(E, All of Section 3.0 vill be performed during the 30-second seismic run. 3.1 Upon the initiation of the seismic MFP-1/5 ON run, place TS1 and TS2 in the OPEN position. Verify that MFP-1/5 indicator turns ON. ! E 19 l 3.2 Place TS3 in the OPEN position. TRIP ON l l Verify that the TRIP indicator l turns ON. 3.3 Place TS6 ON, wait two seconds, TRIP ON (S6 ON) return TS6 to 0FF. Verify that TRIP OFF (S6 0FF) the 31 stable trips and resets in accordance with the switch position. 3.4 Place TSS in the CLOSED position. TRIP ON _ Verify that the TRIP indicator _ _ _. SIZE CCCE ICENT NO. O AUTOMATCNINOUSTmES.;NC. ==y c mo t.AsonArenses oMSICN /Q TP 3394-1032
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Limit Measurament 3.4 rammins ON and the 3 LOCK indicator (contd) turns CN. 3.5 Place TS5 in the OPCI position, MFP-1/5 0FF TS1, TS2, TS3 in the CLOSED position. TRIP ON 7erify that the MFP-1/5 indicator 3 LOCK ON E19) turns OFF, the TRIP indicator rammine ON and the BLOCK indicator remains ON. E19 3.6 Place l*4 in the CLOSED position. TRIP OFF - 7erify that the TRIP and the BLOCK BLOCK OFF indicators turn OFF. 4.0 TEST HISULTS VERIFICATION 4.1 At the conclusion of the seismic TRIP OFF run, place TS4 in the OPCI position. BLOCK OFF Verify that the TRIP and the BLOCK indicators rammin OFF. 4.2 Verify that the voltage at the SET- 5.000 7DC _+0.050 V I! / l POETT JACK is within the limits. 4.3 Verify that the recordings of Channels 1 through 5 on the oscil-lograph are as shown in Figure 1, and as identified by the time SIZE CCCE 10ENT NO. 8 AUTCMA11CNINCUSMES.INC- A MC r ' wmo uaCMATCNES CIVCON M /Q TP 3394-1032
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$Ud E i Limit Measurement 4.3 reference designation listed below:
(contd) (a) Opening of TS1 and TS2, see g.19; Step 3.1 _ (E
- 10
(b) Opening of TS3, see Step 3.2 f
"(c) Closing of TSS, see Step 3.3 (d) Closing of TS1, TS2, and TS3 and the opening of TS5, see t.19 Step 3.4 4.4 By observing the waveforms on the oscillograph, verify that any deviations constituting a change of state from the model presented in Figure 1 do not exceed 2 ms.
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'OPEN RELAY l CONTACT CHAN 6
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'Ru d - G Limit Measure ent 2.0 PRELDIINARY SETUP 2.1 Place Circuit Breakers (C31, C32) in C31 C32 0FT the OFF position.
2.2 Verify that the 115 y a.c. primary Power Applied
~
power is connected to the ARTS cabinet. 2.3 Using shorting straps, make the following connections: (a) T34-1 to T34-2 (b) T34-3 to T34-4 .hi m (c) T36-1 to TB6-2 (E49 A (d) T36-3 to T36-4 (E49) (e) T36-5 to T36-6 E19) (f) T36-7 to IB6-8 (g) TB6-9 to T36-10 h (h) T36-11 to T36-12 (i) T35-3 to T35-4 m JG-(j) T35-5 to T35-6 (O D. O (k) T34-11 to T34-12 (E49) (1) T35-7 to T35-8 E (m) T35-9 to T35-10 ) (n) T35-11 to T35-12 h (o) T313-10 to T313-12 h sizz cCCE ; CENT No.
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SUU-& Li:nic Measurement 2.4 Connect DPDT switches as indicated. Thi tcross MFP1 TRIP UIPUT T34-7/8 Closed Circuit TS2 across MFP2 TRIP CTPUI T34-9/10 Closed Circuit @k TS3 across MFP TRIP CH 2 T35-1/2 closed Circuit fq/i K (3 TS4 across RE10TE RESET TB9-3/4 Open Circuit
~
TS5 across RDCTE BLOCK T39-5/6 Open Circuit 2.5 Verify the sts.cus of each switch. (a) Bypass Switch Normal (b) Door Switch (Door Open) Override E I 2.6 Connect Chaanels 1 through 6 of , the oscillograph to the following points: .. (a) & =nnel 1 to T312-9/10 (b) &=nnel 2 to T311-5/6 Elf i E'l (c) Channel 3 to T31-5/6 (d) &=nn=1 4 to T32-5/6 (a) Channel 5 to T33-5/6 [ (f) Chsanal 6 to T38-5/6 e Place C31 and C32 in the ON position. C31, C32 ON 2.7 l I l 2.8 7erify the voltages indicated. m g7 l (a) T314-4 referenced to T314-6 (a) +15.0 .5 (b) T314-1 referenced to T314-6 (b) -15.0
. 5 C ~M9M (c) T314-5 referenced to T314-6 (c) +10.0t.050 7DC /O.O/Y l
SIZE C00E ICENT No. O AUTCMA11CNINCUSTRtES,1NC. A Ma TF 3394-1032 vtTmoI.AsCRATC8tES OMSGN A /Q
@$bme.o 9Ev SHEET a A l
( ___ __
l 904/-C , l Limit Measurecent l 2.9 Connect the two power supplies and DPDT switch as shown, using shielded cable where indicated. , ARTS TS6 ON n n O TS13-il PSI + 2 4 : I) l OFFo j IN91483 I \{ PS2 + iI o y O TBl3 -12
. ,; o T B 13-10 r-2.10 Open the 31 stable Hysteresis Switch +5.000_+.001 VDC 6 COO _ ,
517. Measure the voltage at the SP Test Jack and adjust the SP level to 5.000 v d.c. 2.11 Close S17, =easure and record the SP 6/81 voltage at the SP Test Jack. Place T313-11/12 6/71 TS6 in ON and adjust PSI to the SP Trip ON level plus 20 21111 volts =easured between T313-11/12, and record the l level. Verify that the 31 stable Trip Indicator is ON. SIZE CCCE ICENT NC. O ALTTCMAT CNINCUSTfhES.lNC- A *"7 6 A /Q !? 3394-1032 , g v1TnOLA80RATCR1ESCfVISICN Lb' ** lREV l SHEET 3 w.e
Rua-G Limit Messurensne 2.12 Place TS6 in the OFF position. 4.98+.005 Mib I Adjust PS2 to +4.98 v d.c. measured TRIP OFF between T313-11/12. Verify chac che _Biscable Trip Indicacor is OFF. Laave TS6 0FF. 3.0 SEISMIC ELECTRICAL TEST NOTE All of Section 3.0 will be performed . during the 30-seccad seismic run. 3.1 Upon the initiation of the seismic MFP-1/5 ON run, place TS1 and TS2 in the OPEN position. Verify that MFP-1/5 indicator curns ON. 3.2 Place TS3 in the OPEN position. TRIP ON i Verify that the TRIP indicator turns ON. 3.3 Place TS6 ON, wait two seconds, TRIP CN (S6 ON) return TS6 to 0FF. Verify that TRIP OFF (56 0FF) the Bistable crips and resecs in accordance with the switch position. i 3.4 Place TS5 in the CLOSED position. TRIP ON Verify that the TRIP indicator SIZE CODE 10ENT NO. O automat 1CNPCUSTMES.!NC A ""7 d5 jr vrmotAacmAtuia30MSCN M /Q TP 3394-1032 ML h*h ** l l arv sHesT s
Rua- C, I Limit Measurement 3.4 remains ON and the 3 LOCK indicator (centd) turns ON.
<3 3.5 Place T35 in the OPEI position, MFP-1/5 0FF b'/
TS1, TS2, TS3 in the CLOSD position. TRIP ON 7erify that the MFP-1/5 indicator BLOCK ON .O C turns OFF, the TRIP indicator remains ON and the BLOCK indicator > ramaina ON. D, N 3.6 Place TS4 in the CLOSED position. TRIP OFF 7erify that the TRIP and the BLOCK BLOCK OFF indicaton turn OFF. 4.0 TEST RESULTS VERIFICATION D, 4.1 At the conclusion of the seismic TRIP OFF __
/ e.19) run, place TS4 in the OPEN position. BLOCK OFF </
7erify that the TRIP and the BLOCK indicators remain OFF. 4.2 Verify that the voltage at the SET- 5.000 VDC _4 .050 V M/N POINI JACK is within the limits. 4.3 verify that the recordings of I Channels 1 through 6 on the oscil-lograph are as shcwn in Figure 1, and as identified by the time SIZE CCCE 10ENT N0.
$ AUTOMATCNINCUSTRIES.:NC. A ""y c vrmou80RATCRIE50MSICN M /Q TP 3394-1032
( [pg QQJbwa REV SHEET 7 was
R UN - (* p I.init Measurement. 4.3 reference designation listed below: (contd) > (a) Opening of TSI utd TS2, see E19 Step 3.1 (b) Opening of TS3, see Step 3.2 N
. m (c) Closing of TS5, see Step 3.3
- ])
(d) Closing of TS1, TS2, and TS3 ! and the opening of TS3, see (g,i ( Step 3.4
. O I Q'W 4.4 Sy observing the wavefor;ns on the oscillograph, verify that any i deviations constituting a change of state from the model presented i in Figure 1 do not exceed 2 ns.
No7E. i rus' osveer Powc3 COPPW MfM#### ### *
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TO P200s rue tsrcevoPressnor c'noo As1fotors sa ira Aeaopnravr~ PGRFoRmAwcE*, Gx cdp wragic y unaa
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E I L i i l i r SIZE CODE 10ENT No. Q AUTOMATIONINDUSTRES.:NC A =Pe"S
- g /o TP 3394-1032 MJyh*bmio vnpo L.AscnATomas OMSiON ,
j
. REV SHEET 3 I.
Rua-G
'OPEN ,
RELAY CONTACT CHAN 1 sCLOSED
'OPEN RELAY <
CONTACT CHAN 2 sCLOSED TRANSISTOR ' 0FF Vee 10V, Ic 10 Ma 4 C = TB ( ) -5 E = TB ( ) -6 CHAN 3 s ON TRANSISTOR OF Vee 10V, Ic 10 Ma < C = TB ( ) -5 E = TB ( ) -6 CHAN 4 ON TRANSISTOR ' 0FF Vee 10V, Ic 10 Ma < C = TB ( ) -5 E = TB ( ) -6 ON CHANS
'OPEN REl.AY CONTACT CHAN 6 sCLOSED h
V 8 - C h V TIME REFERENCE FIGURE 1. OCILLOGRAPH WAVEFORMS SIZE FSCM NO. LAaca NNEc r] Q"gh= r
*k *Ci I"1 3394-1032 REV A SHEET 9 l
i I e43:* ;~= : ENGINEfiRING OT! DER NO. 41i132 . OTilER DRAWINGS AFl~EclED DWG NO. 7 /) 33 7 '/-/0 J 2 EXIillNG C PROJECT CONTROLLED PRINT REV LTil A CHANGE DRAWING JOu NO. d/0 03]TY 'NYES o NO
@ NONE
@ DMLSCONTROLLED DEPT DATE CUSTOMER APPROVAL
@ NOT APPLICABLE O ORIGINATOR ,/,/((4434, g5 /[///r2 O HEOD $ NOT REOD O REWORK @ ALL UNITS APPROVE D ..
[.,/I g //M t DATE O SCRAP O SER NO. ONLY REASON FOlt CHANGE: $ TECH NECE'SSITY O EASE FAB O ENO. ERROR O DSGN/ DRAFT ERROR O INCREASE RELIABILITY O GIVE COMPLETE INFORMATION REOD TO MAKE REVISION - DWG, DIMENSIONS, NOTES ETC. ,, S N N Y'HO lO
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ADD . REMOVE flND PART NUMBER DEScillPTION MATEnlAL SPECIFICATION NO. or owra is ron , pg gg . DRAWING CilANGE INCORPORATION : ***: ; ; ; ', INCORPOllATED BY DATE CHECKED BY *
'JAYEa
Rua-G TEST EQUIPDIE2T I.IST i 09593 aIGITAL MUI.TIMETER DBP / 2h8 m 7-31-82 22770 POWEL SUFF2 P.DP/ 2005 c.N.n. ; SSL-h87 POWER SUPPEI HFA/ 6213& C.N.R. ( r I t i i 9 6 l P
Run-7 REVISIONS LTR CESCRIPTION DATE l APv0 A Incorporace E.O. 46125 01/05/82 -- W *w EO's AlTACED i _ w a .t - l i REVI for COMPLETENESS j
- -e4" , INSPEC!ioR l
- 1 Igr;L - i
- 1 i
I' ! Za3 /Vo. o33W ' l SEPIAC Alo. 3 3W.-x! TEs 7 ED By g,1g l D A 7"E - l- % ~ REV STATUS REV gl- 4lA - - '- -l 6-l l ll l l l l OF SHEETS SHEET l l l 2 l3l4 5l 6 7 8 l 9 l10l lll 12' 13 14 15 l 16 '.17 l 18 19 l 2Cl 2 l l 22l 2312412 5i CONTRACT $ AUTOMATION INDUSTRi23r,00C. VITMO LASCRATORlRS DMSiON F.9.c c? = i. coo accRoi ive. S:t.vEM 19#1NG. M ARvt. ANO 209c PREPARED l f ,'sf 3 ll C/ ?l CHECxtD l[ .e,'<l l- ,o A:ITICIPATCRT REAC OR TRI? SYSTEI SEIS21IC " m ICAL TEST PROCEDURE ( ENG RICSGN y, ,, ,,Q,, . u' , 2 . f,' ; APPMQVED , ,, . APPROV ED ,, SIZE CODE 10ENT No.
;c ? ' i....'f + : : ,. 7 A 99789 Tr 23,4-1032 i 1 R EV A cF 9 l SHEET I frG <!))9-s l .
t_- ._ __ - _. ___ __ ___ _ _ _ _ _
. Rua--J 1.0 TEST EQUIPMENT 1.1 One, Fairchild DVM, Model 7100A, or equivalent 1.2 Six, Toggle Switches, DPDT 1.3 Six, Osc111ograph Channels, I st111second or less resolution. (Wyle instrumentation channels) .
1.4 Two Power Supplies, adjustable 0-10 v d.c. , resolution 5 nil 11 volts or less l l SIZE CGCE ICENT No.
$ AUTOf4ATIONINDUSTalES.INC. A ma IP 3394-1032 M /Q
] vrfno tAaCnATCnits Oms CN N Nbk ""*
- SHEET 2 l REV
- Rua '7 Limit Measuremene 2.0 PRELDIDIARY SETUP l
n. 2.1 Place Circuit Breakers (C31. C32) in C31. C32 0FF '_W the OFF position. s Power Applied V(d9a' 2.2 Verify that the 115 y a.c. primary power is connected to the ARTS cabinet. 2.3 Using shorting straps, make the following connections: (a) T34-1 to TB4-2 (b) TB4-3 to TB4-4 h4 (c) T36-1 to T36-2 (d) T36-3 to T36-4 to TB6-6 E49) (e) T36-5 7 (f) T36-7 eo T36-8 (E49) (E4 ( (g) T36-9 to T36-10 (h) T36-11 to T36-12 (1) T35-3 to T35-4 s i 1$. U
- (j) T35-5 to T35-6 E49 (k) T34-11 to T34-12 (1) T35-7 to T35-8 e (m) T35-9 to T35-10 l
(n) T35-11 to T35-12 - , (o) T313-10 to T313-12 NM SIZE CocE 10ENT NQ. O AUTCA4AT:CN INDUSTntES.INC. F WTnouacnaTCnissDMSICN TP 3394-1032 Y{$ " A SHEET REV 3 w.e
' ~
., R UA) - 7 L1: nit Measure =ent Connect DPDT switches as indicated. ^
2.4 TS1 across MIP1 TRIP INPtiT T34-7/8 Closed Circuit i TS2 across MFP2 TRIP INPITI T34-9/10 Closed Circuit M TS3 across MFP TRIP CH 2 T35-1/2 Closed Circuit e TS. scross RECTE RESET T39-3/4 Open Circuit TS5 across RCCTE BLOCK T39-5/6 Open Circuit 2.5 Verify the status of each switch. , (a) Bypass Switch Normal _ (b) Door Switch (Door Open) Override 2.6 Connect Channels 1 through 6 of the oscillograph to the following points: g, (a) Channel 1 to T312-9/10
-19 (b) Channel 2 to T311-5/6 ,
(c) Channel 3 to T31-5/6 (d) Channel 4 to T32-5/6 (e) Channel 5 to T33-5/6 m (f) Channel 6 to T38-5/6 2.7 Place C31 and C32 in the CN position. C31, C32 CN 2.8 7erify the voltages indicated. m p3 g y 0 (a) T314-4 referenced to T314-4 (a) +15.0 25 VDC /f C/S (b) T314-1 referenced to T314-6 (b) -15.0
.0 25 C - M bd (c) TB14-5 refaranced to I314-6 (c) +10.02.050 VDC /O. O/ Y SIZE CCCE ICENT No.
O AUTOMATICNINDUSTRIES.INC. mm o viTnoLAsonATcn!ssOMSON /C TP 3394-1032
'E Y{$ "
arv 2 A lswerT l ,
~
Rud-3 I.imit Measurement 2.9 Connect. the two power supplies and DPDT switch as shown, using shielded cable where indicatad. ARTS
" TS64 PSI + O : o TSl3-il
\1 \
l Offo \ t I IN91481 1 1
\,
]
PS2 + lN [
= h
- ,; gj y i
O TS13 -12
,; O O T B13-10 2.10 Open the Bistable Hysteresis Switch +5.000_+ 001 VDC 5 000 S17. Measure the voltage at the SP Test Jack and adjust the SP level to 5.000 v d.c.
2.11 Close S17, =aasure and record the SP 8-voltage at the SP Test Jack. Place T313-11/12 6. / M TS6 in CN and adjust PSI to the SP Trip ON C\ q. level plus 20 millivolts measured between T313-11/12, and record the level. Verify that the 31 stable Trip Indicator is ON. SIZE CCCE SCENT No.
$ AUTCMATICNINQUSTRtES.1NC. A "? O g vtTsoLASCRATCatESCMSION M /Q TP 3394-1032 h $nY "*
REV SHEET 5 w.e
SUU'l ' Limit Measuremen: 2.12 Place TS6 in the OFF position. 4.98+.005 Y ib Adj ust PS2 to +4.98 v d.c. measured TRIP OFF between T313-11/12. Verify that the Sistable Trip Indicator is OFF. Leave TS6 0FF. 3.0 SEISMIC ELECIRICAL TEST NOTE All of Section 3.0 will be performed during the 30-second seismic run. 3.1 Upon the initiation of the seismic 17P-1/5 ON run, place TS1 and TS2 in the OPEN position. Verify that MFP-1/5 indicator turns ON. E19 3.2 Place TS3 in the OPEN position. TRIP ON Verify that the TRIP indicator turns ON. 9 i a 3.3 Place TS6 ON, wait two seconds, TRIP ON (56 ON) -- l 4 g.19 i return TS6 to 0FF. Verify that TRIP OFF (S6 0FF) V che Bistable trips and resets in accordance with the switch l position. E19 3.4 Place TS5 in the CLOSED position. TRIP ON Verify that the TRIP indicator SIZE CQQE ICENT No. O AUTOMATICNINOutTRIES.;NC- A MC i
- 'imo uSCRATONES DM51CN M /Q IP 3394-1032 :
.J h*k ""
REV SHEET s j f w.e I
Rus)-2 Limit Measurement 3.4 remains ON and the SLOCK indicator (coned) curns ON.
~
3.5 Place TS5 in the OPEN position, MFP-1/5 0FF (Eh1 TS1, TS2, TS3 in the CLOSED position. TRIP ON 5I
.~
M4g Verif/ that the MFP-1/5 indicator BLOCK ON '/ turns OFF, the TRIP indicator rammina ON and the SLOCK indicator r===ine ON. 3.6 Place T54 in the CLOSED position. TRIP OFF 7erify that the TRIP and the 3 LOCK BLOCK OFF indicators turn OFF. 4.0 TEST RESULTS VERIFICATION 4.1 At the conclusion of the seismic TRIP OFF < i'E.Y: run, place TS4 in the OPEH position. BLOCK OFF - Verify that tds TRIP and the 3 LOCK indicators remain OFF. 4.2 Verify that the voltage at the SEI- 5.000 VDC _+0.050 V 6 /6/ POINI JACK is within the limits. i 4.3 Verify that the recordings of Channels 1 through 6 on the oscil-lograph are as shown in Figure 1, and as identified by the ti=a S3ZE CCCE SCENT No. O aumar:csmeusmes.ine. a -w e 4 vrmo LAacmATenies CMSICN M /Q TP 3394-1032
'Q iy & % nvo l arv .sHrET 7 l-
R U AJ-] Iimi Measuremanc 4.3 reference designation listed below: (con-d) (.) Opening of TS1 and TS2, see Step 3.1 (b) Opening of TS3, see Step 3.2 h (c) Closing of TS3, see Step 3.3 $ (d) Closing of TS1, TS2, and TS3 and the opening of TSS, see - Step 3.4 (Mo' g,.10 'T 4.4 By observing the waveforms on the oscillograph, verify that any deviations constituting a change of state from the model presented in Figure 1 do not exceed 2 ms. l l l NorE. THE /2voor Powcz SUPPLY t**cAsunemskrs o* Pbeancann.4 g, g[A) i n b ocauru ,-u a Po w an supp LY #9 b *** T***^*T '*"'" #"** *~ Y Dutsut,, sp,stement nah M Au b uwr- sH Paspnantsent S~oA.V"4 Setsswe resr. rr Hna +sa sfra-rex so.owmeur Asasa,anmanca-ExcsPr ra shou a rwe Geoopmswr cAu Pexposm w o ru A usaa:ri To1AH SPfctfs Gb s.r v oer s'%wsA suppt Y ra esR Aascc', I 1 l l l I Size CODEiCENT No. l @ AUTOMAT 1CNINOUSTMES.!NC. A "7 e"S A TP 3394-1032 ja- wTnot.4ecnATonisserv15CN /O p.g jQfbzmio
. nEv snett a {
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'OPEN RELAY CONTACT CHAN 1 sCLOSED
'OPEN 1 RELAY ,
CONTACT CHAN 2 l sCLOSED TRANSISTOR ' 0FF Vee 10V, Ic 10 Ma
- C = TB ( ) -5 -
E = TB ( ) -6 CHAN 3 s ON TRANSISTOR OF , Vee 10V, Ic 10 Ma ! 4 - C = TB ( ) -5 E = TB ( ) -6 CHAN 4 ON TRANSISTOR ' 0FF Vee 10V, Ic 10 Ma 4 C = TB ( ) -5 E = TB ( ) -6 CHAN 5 ON
'OPEN RELAY CONTACT CHAN 6 sCLOSED h
V h V h V h V TIME REFERENCE FIGURE 1. OC1LLOGRAPH WAVEFORMS SIZE FSCM NQ.
$ AUTCMATICNINDU5".tt!25,INC.
# TP 3394-1032 awu_.
-p] wmo uacnATcpias OMSCN REV A SHEET i -
t d,,' p- -- - - --.-.: ,-,-. - j Er 'GIMEfi:'.UMi OIS~.':!r: MO. _JgL32 . OTHER DRAWINGS AFFECIED DWG NO. 'f / > 3* ~;", y' y /0 J 2 EXISilNG
'a" "Ev '"' A O raOatcrcoatao't'O CHANGE DRAWING JOB NO. /8 dM Y /)ONO_( Y E S
@ NONE
@ d$ DM CONTROLLED PARTS DISPOSITION EFFECTIVITY DEPT DATE CUSTOMER APPROVAL
@ NOT APPLICABLE O ORIGINATOli j, g(4Ks g5 /[///r2 O REOD g<y NOT REOO O REWOflK @ ALL UNITS APPROVED . gf/,_,4 er '
//g 7 DATE O SCR^P O SER NO. ONLY-REASON FOtt CHANGE: $ TECH NECE'SSITY O E ASE FAB O ENG. ERROR O DSGN/ DRAFT ERROR O INCREASE RELIABILITY O GIVE COMPLETE INFORMATION REOD TO MAKE REVISION - DWG, DIMENSIONS, NOTES ETC. ,,
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co a 3 g,32 e. cc:iir.'- kJ 't, tgN ' ' - $ . ADD REMOVE . PART NUMBER DESCRIPTION MATE RI AL SPECIFICATION flND NO. WgnjHpss u ,F WN R PARTS LIST :. .: *
" * : * :f * . * .
DRAWING CilANGE INCORPORATION * * ; **; ;*; ;*, INCORPollATED BY - 'DATE CHECKED BY *JATE*
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I i TEST EQUIPTMENT LIST l i 09593 nIGITAL MULTIMETER DBP / 2h8GL 7-31-82 22770 POGt SUFF2 F.DF/ 2005 c.n.R. I SsL.h87 POGL SUFFE HFA/ 6213k C .N.R. I t i I i l i l t l l l t I i, I
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i I i 6
Roa-e l REVISIONS l LTR DESCRIPTION DATE APv0 l A Incorporace E.O. 46126 01/05/82 ]" , A *w EO's ARACNED
- Y&/L;L ~
h 9 I l-BEVIEWED for COMPLETEllESS f ""**t I lil8?ECTl0ll
, l h 7/FE2 .- ! ToB Wo. 033W l l \
l i
$EEtAt //o. 5 9% 00/
- TES TED B Y- g.19 Di9 72 - /- M-REV STATUS REV g -l#lAl- - -
-l M ll l l l OF SHEETS SHEET I l 2l 3 l 4l 5' 6 7l8l9 10l l 1l 12l 13' 14 151:16l17l 181119'2C 21l22l23l242 51 CONTRACT g AUTCMATION IMOUSTA!23r MC.
VITRO LACCRATCR483 OMSION p' a ( t O V- '-% u i.oco oEe,,o m .w E. sitsE= spamo. navt ANo 2cso PREPAnto ;;'/f 3 j~ g/?/ CMEcxED j , . Sf d e rf ANTICIPA! ORT REACR TRIP SYSTT.i swanie.as y,,,ffi.u. vi : 7.> A ,ov==
. C'...C : 2 AP Movtc,. ,
SIZE CCCE ICENT NO.
' a... i +: : i.-
;c ? -
A 99789 TP 3394-1032 uacv A j .~ .ET i cP e i t 6- w )) ~~/ ~r'
. Run-8 1.0 TT.ST EQUIPMENT 1.1 One, Fairchild DVM, Model 7100A, or equivalenc.
1.2 Six, Toggle Switches, DPDT 1.3 Six, Oscillograph Channels,1 sil11second or less resolution. (%'yle instrumancacion channels) 1.4 Two Power Supplies, adjustable 0-10 v d.c., resolution 5 millivolts or less I
~ ~ ~ ~ - - - - . . . - - , . . . . . . . _ . _
-~ ~
= -
"'-**e ,, ,
l SIZE CODE 10ENr No. e -=~u i~ou= i~c. A 99789 Tr 3394-t032 J3 gg.c-====~ u l arv swerT :
ROM-8 Li::it Measurement 2.0 PRILU!INART SETUP 2.1 Place Circuit Breakers (C31. C32) in C31. C32 0F7 _U' ' the OFF position. 2.2 7erif, that the 115 v 4.t. pri: nary Power Applied power is connected to the ARTS cabinet. 2.3 Using shorting straps, sake the following connections: p. E19;' (a) T34-1 to T34-2 _' (b) T34-3 to T34-4 (c) T36-1 to T36-2 '! (d) T36-3 to T36-4 h: (a) T36-5 to T36-6 (f) T36-7 to T36-8 (g) T36-9 to T36-10 (h) T36-11 to IB6-12 (1) T35-3 to T35-4 e, g gi (j) T35-5 to T35-6 (k) T34-11 to T34-12 h (1) T35-7 to T35-8 ' E 19) (n) T35-9 to T35-10 .Ejf (n) T35-11 to T35-12 !k
)
(o) T313-10 to T313-12 SIZE CCCE ICENT NO. O AUTCMADoNINCUSM1IES.INC. r wmoLAsonATeniascivis- A 99789 Tr 339c-1032 h Q$fban.o ' A 3 l REV l SHEET
Roa-8 1.imit Measuremenc 2.4 Connect DPDT switches as indicated. r'
!sED.
Thi scross &"P1 TRIP INPUT T34-7/8 Closed Circuit E TS2 across MFP2 TRIP INPUT T34-9/10 Closed Circuit TS3 across MFP TRIP CH 2 T35-1/2 T54 across RE10TE RESET T39-3/4 Closed Circuit opan Circuit e' ^ TS5 across REMOTE BLOCK T39-5/6 Open Circuit h. 2.5 Verify the status of each switch. (a) Bypass Switch Normal (b) Door Switch (Door Open) Override 2.6 Connect Channels 1 through 6 of the oscillograph to the following , points: (a) Channel 1 to T312-9/10 m (b) & mnn=1 2 to T311-5/6 , (c) Channel 3 to T31-5/6 (d) Amanal 4 to T32-5/6 (e) Channel 5 to T33-5/6 .N (f) Channel 6 to T38-5/6 !EW C31, C32 CN E.R 2.7 Place C31 and C32 in the ON position. _ 2.8 Verify the voltages indicated. 4 7
.0 (a) T314-4 referenced to T314-6 (a) +15.0 ,25 VDC ./.3".0/S 0
l ' (b)' T314-1 referenced to T314-6 (b) -15.0 ?
,3 7DC ~"'/M f b (c) T314-5 referenced'to T314-6 (c) +10.02.050 VDC /O. O/ Y
' ' ~ ~ ~ ~ ~ ~ -
SIZE CCOE ICENT NO. i l O AUTOMAf!ONINDUSTRfES.!NC. A ""T o 1 vtTnOWBORATCRIESDMSiON /mm) /Q TP 3394-1032 Y 'uY " ery swear 4 A l 1
l Ruu --8 l Limit Measurement 2.9 Connect the two power supplies and DPDT switch as shown, using shielded cable where indicated. . ARTS l
" TS64
- PSI + 2 ::
1 O o TBl3-il
\
l OFFo g - IN91483 1
\
PS2 + f f MF
= i ii
- gj v O TBl3 -12
,; O o T 813-10 r-2.10 Open the Bistable Hysteresis Switch v5.000_+.001 VDC S~ COO S17. Measure the volta 6e at the SP Test Jack and adjust the SP level to 5.000 v d.c.
2.11 Close 517, =easur6 and record the SP 6 /6A voltage at the S7 Test Jack. Place T313-11/12 6. / 7d TS6 in ON and adjuse PS1 to the SP Trip ON level plus 20 31111veles measured between T313-11/12, at.d record the level. Verify that the Bistable Trip Indicator is ON. SIZE CCDE 10ENT NO. O AU1CMATIONINOUSTRIES.INC. A "1C3 y viTnotAson4TopusSOMSICN A /Q TP 3394-1032 . _ . - . [t; Q$be REV SHEET we
I l RurJ- 8 Limit Measurement 2.12 Place TS6 in the OFF position. 4.98+.005 M 96 ! l Adjust PS2 to +4.98 v d.c. measured TRI? 0FF f}'9) i between TB13-11/12. Verify that the 31 stable Trip Indicator is OFF. Leave TS6 0FF.
~
3.0 SEISMIC ELECTRICAL TEST NOTE All of Section 3.0 will be performed during the 30-second seismic run. 3.1 Upon the initiation of the seism 1c MFP-1/5 ON run, place TSI and TS2 in the OPEN position. Verify that MFP-1/5 indicator turns ON. 3.2 Place TS3 in the OPEN position. TRIP ON Verify that the TRIP indicator turns ON. ., E11 1 3.3 Place TS6 ON, wait two seconds, TRIP ON (S6 CN) 7m
' i
- 9,?
return TS6 to 0FF. Verify that TRIP OFF (S6 0FF) che Bistable trips and resets in accordance with the switch position. I. E '*9
- 3. l. Place TS5 in the CLOSED position. TRIP ON Verify that the 3IP indicator SIZE CCCE 10ENT No.
O AUTOMAT:CNINOUSTRIES,INC TP 3394-1032 [jn s%G]ibxm vtTmoLAECRaTCRIES0 VISION REV l SHEET 4
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I s Ruu-8 I.imit Measurecent 3.4 r==4ns ON and the ELOCK indicator * (centd) turns ON.
~.
d) 3.5 Place TS5 in the OPEN position, MFP-1/5 0FF _' A TS1, TS2, TS3 in the CI.0 SED position. TRIP ON. f r.10.k
~
Verify that the MFP-1/3 indicator BLOCK ON turns CFF, the TRIP indicator rammine ON and the BLOCK indicator , remaine ON.
.. 019' 3.6 Placa TS4 in the CLOSED position. TRIP OFF Verify that the TRIP and the BLOCI BLOCK OFF indicators turn OFT. -
s 4.0 TEST RESULTS VERIFICATION 4.1 At the conclusion of the seismic t TRIP OFF _ run, place TS4 in the OPEN position. BLOCK OFF" ( 619 Verify that the TRIP and the BLOCK inrHeatora rammin OFF. 4.2 Verify that the voltage at the SET- 5.000 7DC _+0.050 7 S. /fd POIlfr JACK is within the 11 nits. 4.3 7erify that the recordings of, Channels 1 through 5 on the oscil-lograph are as shown in Figure 1, and as identified by the c:re 1
~
SIZ ; COCE 10ENT No. i o -c-oo.mmm
/ ' vrTMouacRATCmESCMS;CN 3 ,ec f Qv TP 339t.-1032I b
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p?ua-8 f.isit Measure:ent 4.3 reference designation listed below: (contd) (a) Opening of TSI sud T::2, see fW Step 3.1 (b) Opening of IS3, see Step 3.2 (c) Closing of TS5, see Step 3.3 (d) Closing of TS1, TS2, and TS3 and the opening of TS5, see Step 3.4 Q If O/ By observing the waveforms on the 4.4 oscillograph, verify that any j deviations constituting a change i i of state from the model presented i in Figure 1 do not exceed 2 ms. r g
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RELAY < CONTACT CHAN 2 sCLOSED TRANSISTOR ' 0 FF Vee 10V, Ic 10 Ma 4 C = TB ( ) -5 E = TB C ) -6 ON CHAN 3 TRANSISTOR OF Vee 10V, Ic 10 Ma < C = TB ( ) -5 E = TB ( ) -6 CHAN 4 ON TRANSISTOR ' 0FF Vce 10V, Ic 10 Ma c 4 C = TB ( ) -5 l E = TB ( ) -6 ON CHAN 5
'QPEN l
l RELAY CONTACT CHAN 6 sCLOSED h V h V h V h V TIME REFERENCE I FIGURE 1. OCILLOGRAPH WAVEFORMS SIZE FSCM NC. O AU1CMA11CNINOUSMES.!NC. n t 4, mg IF 3394-1032 Mm Temas OMSCN j f
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@ DMd.S CONIROLLED DEPT DATE CUSTOMER APPROVAL
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. NO.
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- I INCORPOr.AIED BY DATE CHECKED BY 'JA7E'
200-8 l i TIST EQUIPTMENT LIST i 09593 aIoITAL MULTIMETEIL DEP / 2h8GL 7 31-82 , 22770 POWHL SUFF2 F.DP/ 2005 c .s.r.. ssL487 PoWEL SUFFH HIE / 6213A C.N.R. i r i I f i l l I L F em . v l t l i l i
R u s) '? REVISIONS t.7R DESCRIPTION l OATE l AFVO i recorpor.c. E.o. 46126 ot/os/a2 f,.pc EO's ARACHED
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APPROVED, , SIZE CODE 10ENT NO
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( fu^/ - 9 1.0 TEST EQUIPMEIT 1.1 Onn, Fairchild DVM, Model 7100A, or equivalent 1.2 Six, Toggle Switches, DPDT 1.3 Six, Oscillagraph Channels, 1 nil 11second or less resolution. CJyle instrumentatice channels) . 1.4 Two Power Supplies, adjustable 0-10 v d.c., resolution 5 nil 11 volts or less
~'
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Run-9 Limit Measurement 2.0 PRII.DIEULRT SETUP 2.1 Place Circuit Breakers (C31. C32) in C31. C32 OTT the OTT position. 2.2 Verify that the 115 y a.c. primary Power Applied power is connected to the ARTS cabinet. 2.3 Using shorting scraps, make the following connections: (a) TB4-1 to T34-2 (b) T34-3 to TB4-4 (c) T36-1 to T36-2 (E19) (d) TB6-3 to TB6-4 (E*1 (e) T36-5 to T36-6 (f) T36-7 to T36-8 19 (3) T36-9 to T36-10 (h) TB6-11 to T36-12
*1 (1) T35-3 to T35-4 (j) T35-5 to T35-6 Elh (k) TB4-11 to T34-12 (1) T35-7 to T35-8 (m) T35-9 to T35-10 Eh (n) T35-11 to T35-12 (o) T313-10 to T313-12 5sIE CODE 10ENT NO.
O auit:maatiournoustmas.inc a e r vrmotasonaTontescivisaQN A /Q IP 3394-1032 ("'L y b ase ncy A sMerT 3 l
p va--9 Limit Measuremane 2.4 Connect DPDT switches as indicated. 19 TS1 across MFP1 TRIP INPUT T34-7/8 Closed Circuit _ TS2 across MFP2 TRIP INPUT T34-9/10 Closed Circuit TS3 across MFP TRIP CH.2 T35-1/2 closed Circuit . TS4 across RE10TE RESIT T39-3/4 Open Circuit TS5 across RD10TE BLOCK T39-5/6 Open Circuit 2.5 Verify the status of each switch. f.49 (a) Bypass Switch Normal _ (b) Door Switch (Door Open) Override _ _ _ 2.6 Connect Channels 1 through 6 of the oscillograph to the following points: Q'E 1 (a) Channel 1 to T312-9/10 (b) Channel 2 to T311-5/6 i (c) Channel 3 to T31-5/6 6' (d) Channel 4 to T32-5/6 (a) Channel 5 to T33-5/6 O (f) Channel 6 r,a T38-5/6 , 2.7 Place C31 and C32 in the CN position. C31. C32 CN I 2.3 verify the voltages indicated. sg A(yc 7 (a) T314-4 referenced to T314-4 (a) +15.0 -0.25 (b) 0.0 - /g' 76f (b) T314-1 referenced to T314-6 -15.0+4 25 (c) T314-5 referenced to T314-6 (c) +10.02.050 VDC /O.C / Y SIZE CODE 10ENT No.
$ AtRCMa11CNINOUSTFFES..NC Me
/Q I? 3394-1032
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Rua -9 I.imit Measurement 2.9 Connect the two power supplies and DPDT switch as shown, using shielded cable where indicated. , ARTS TS6 PSI + ON 3 4 n n o T813-11 l OFFo 1
}l j .
IN9148 d f I H PS2 + b
- l\ l 1 0 y v O TBl3 -12
,; O o T B13-10 r-2.10 Open the Bistable Hysteresis Switch +5.000+.001 VDC 6. dOO S17. Measure tha voltage at the S?
Test Jack and adjust the S? level to 5.000 v d.c. 2.11 Close S17, =sasure and record the SP /61 voltage at the S? Test Jack. Place T313-11/12 6. / 7d C-TS6 in ON and adjust PSI to the S? Trip ON i E.19' level plus 20 =1111 volts =easured between T313-11/12, and record the level. Verify that the 31 stable Trip Indicator is ON. SIZE CCCE ICENT NO. O AUTCMATICNINOUSTRIES.!NC. A 7S y winot.AecmarcmESCMSCN M /O TP 3394-1032 Md h;$Nm Rev l l SHEET 3 l w.
gun-9 Limit Measurs-ent 2.12 Place TS6 in the O n position. 4.98+.005 M kh Adjust PS2 to +4.98 v d.c. measured TRIP Og (E19 between T313-11/12. Verify that the Bistable Trip Indicator is G E. Leave TS6 O E. 3.0 SEISMIC ELECTRICAL TEST M All of Section 3.0 will be performed during the 30-second seismic r'm. 3.1 Upon the initiation of the seismic 17P-1/5 ON run, place TS1 and TS2 in the OPEN position. Verify that MTP-1/5 indicator turns ON. 3.2 Place TS3 in the OPEN position. TRIP ON bv Verify thac the TRIP indicator turns ON. 3.3 Place TS6 CN, wait two seconds, TRIP ON (S6 ON) l l D return TS6 to O E. Verify that TRIP on (56 OE) : E.1T the 31 stable trips and tesets i in accordance with the switch position. 3.4 Place TS5 in the CLOSED position. TRIP ON l l Verify that the TRIP indicator _ SIZE CODE 10ENT NO. O AUTOMAT 10NINOUSTMtES. NC. jm vrfnoL.Aacwcma5DMSICH TP 3394-1032 REV SHEET $
gua-9 Limit Measure =ent 3.4 rammina ON and the LLOCK indicator (contd) turns ON. 3.5 Place TS5 in the OPEN position, MFP-1/5 0FF h. TS1, TS2, TS3 in the CLOSED position. TRIP ON 7erify that the MFP-1/3 indicator BLOCK ON turns OFF, the TRIP indicator r==mine ON and the BLOCK indicator remains ON. 3.6 Place TS4 in the CLOSED position. TRIP OFF Verify that the TRIP and the BLOCI BLOCK OFF indicators turn OFF. 4.0 TEST RESULTS VERIFICATION 4.1 At the conclusion of the seismic TRIP OFF run, place TS4 in the OPEN position. BLOCK OFF 7erify that the TRIP and the BLOCK indicators rammin OFF. 4.2 Verify that the voltage at the SET- 5.000 VDC _M .050 7 6. /6/ POINT JACK is within the limits. 4.3 7erify that the recordings of Gannels 1 through 6 on the oscil-lograph are as shown in Figure 1, and as identifiad by the eine - ~ ~ - SIZE CCCE ICENT No.
$ AUTOMAT'.CNINOUSTMES.INC. A Ma M /Q TP 3394-LO32
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, QUA.)-9 I.isit Maasurecenc 4.3 reference designation listed below:
(contd) (a) Opening of TSL and IS2, see g,gg Step 3.1 (b) Opening of TS3, see Step 3.2 E1 (c) Closing of TS3, see Step 3.3 E* (d) Closing of TS1, TS2, and TS3 ,, and the opening of TS3, see Q,1 Step 3.4 ( 4.4 By observing the waveforms on the oscillograph, verify that any deviations constituting a change of state from the model presented in Figure i do not exceed 2 ms. rwe ogyesy powat 10ppev stscasuasonenrs a y PnanannPH k l L'.2(4.)ison oCarcD reE Pew re suprev Anusimawr C"HsfA **"*' l SH/P!n6MT Anb HAne DLirvG />s s&rp4r47so*J fot TWF Cd!2At*C WW \ U N4b N o 6ff6C7 0N EGolptMdN7" PSRKt>tMANC&~, CW C&W VO Phos 20 TNG GGutPrrygn7 C"Ag pggpt: yam wpyg 4 AssOgg ygAg S AEE'JF/KD /5'VeLT Pausdit SuppLv n LGAnnef, l l
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' OPEN ,
RELAY CONTACT CHAN1 sCLOSED
'OPEN RELAY 5
CONTACT CHAN 2 sCLOSED TRANSISTOR ' 0FF Vce 10V, Ic 10 Ma # C = TB ( ) -5 E = TB ( ) -6 CHAN 3 s ON
' 0 FF TRANSISTOR Vea 10V, Ic 10 Ma <
C = TB ( ) -5 E = TB ( ) -6 s ON CHAN 4 TRANSISTOR ' 0FF Vee 10V, Ic 10 Ma < C = TB ( ) -5 E = TB ( ) -6 CHAN 5 s ON
'OPEN RELAY CONTACT CHAN 6 sCLOSED I
h V h V h V h V TIME
. REFERENCE i
FIGURE 1. OCILLOGRAPH WAVEFORMS SIZE - FSCM NO.
. p.,n] = = - - A S9789 l @ AUTOMATIONINOUSTMfES.INC,
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M gf //M t DATE O SCR AP O SER NO. ONLY REASON FOR CHANGE: $ TECH NECE'SSITY O EASE FAB O ENG. ERROR O DSGN/ DRAFT ERROR O INCREASE RELIABILITY O - GIVE COMPLETE INFORMATION REOO TO MAKE REVislON - DWG, DIMENSIONS, NOTES ETC. ,, MW ' N M" TB !
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; DRAWING CilANGE j INCORPORATION ; ; ; ;*,
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l I i Run-9 TEST EQUIPTMENT LIST , 09593 nIoITAL MULTIME m DBP / 2h8GL 7-31-82 22770 POWEL SUFF 2 P.0F/ 2005 C.N.R. i SSL-ll POWEL SUFFIZ HE&/ 6213& C.N.R. I l-i l f l ' l l l 1
0Y'~ $ REVISIONS l LTR - DESCRIPTICN l DATE APVO l A I:::corporata E.O. 46126 01/05/82 ~ ~"
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10ll1 12 13 14 15l16ill7lla 19l2Cl 2 tl22l23l24125l CONTRACT AUTOMATION leeGUSTT. Gar #eC. T VITROLA50RATonitaOlvtSION P. D. c i c 7 ? = x. coo atom ave Sit./E4 SpetNG. uaavt.ANO 209c i P9tEPARED T,'/ __ / ,' l } }3 gjf-j CHECMED , ' , , ,','? d* // ANTICIPATORY REACTCR TRIP SYSTE! ENG RIDsGNly. ,,.*,* y,.gz., Q1 *f,9 APwnOVED , fl,_ ,/...s,t,,/ , APPRCV ED ,. , SIZE CCDE 10ENT NO.
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1.0 TEST EQUIPMENT 1.1 One, Fairchild DVM, Mocal 7100A, or equivalent 1.2 Six, Toggle Switches, DPDT 1.3 Six, Osc111ograph Channels,1 millisecond or less resolution. (Wyle instrumentation chanme13) ,
~
1.4 Two Power Supplies, adjustable 0-10 v d.c., resolut.ica 5 nil 11 volts or less i l l
. . - - . ~ . - .. . . . .
l ' " ~"'~ SIZE CODE IDENT NO.
$ AUTOMATIONINDUSTMES, int 1 A 7S r wmo usonATemas OM5CN M /Q TP 3394-1032
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gu p - I I Limit Measurecent 2.0 PRELHICIARY SETUP I 2.1 Place Circuit Breakers (C31 C32) in C31, C32 0FF the OFF position. 2.2 7erify that the 115 y a.c. Primary Power Applied ! power is connected to the ARTS cabinet. 2.3 Using shorting straps, make the following connections: (a) TB4-1 to T34-2
/ T (b) TB4-3 to T34-4 1ES9/
to TB6-2
'W M (c) T36-1 (d) TB6-3 to TB6-4 E19/
E (e) TB6-5 to T36-6 m'lhr (f) TB6-7 to TB6-8 \bE (3) TB6-9 to T36-10 (h) TB6-11 to TB6-12 D m (1) TB5-3 to T35-4 (j) T35-5 to T35-6 (k) IB4-11 to T34-12 (1) T35-7 to T35-8 to T35-10 e (m) T35-9
'l (n) T35-11 to T35-12
'I (o) T313-10 to T313-12 SIZE CODE 10ENT NO.
$ AUTOMATICNINOUSTRIES.tNC. A Mc i r1 wmO t.Aacmatontes OMSICN M /Q TP 3394-1032 g ah, REV L SHEET 3 .. - _ . -
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Ruu - !! I.imit Measure:r. enc 2.4 Connect DPDT switches as indicated. TS1 across MTP1 TRIP INPUT T34-7/S Closed Circuit c TS2 across MTP2 TRIP INPUT T24-9/10 Closed Circuit (E11 19-TS3 across MTP TRIP CH 2 T35-1/2 Closed Circuit .~ T54 across REDTE RESET T39-3/4 open Circuit A TS5 across REDTE BLOCK T39-5/6 Open Circuit 2.5 Verify the status of each switch. (a) Bypass Switch Normal (b) Door Switch (Door Open) Override pkl3) 2.6 Connect o manals 1 through 6 of the oscillograph to the following points: E1
\
(a) O mnnal 1 to T312-9/10 - (b) Channel 2 to T311-5/6 (c) Channel 3 to T31-5/6 hi (d) Channel 4 to T32-5/6 (e) Channel 5 to T33-5/6 II9 (f) Channel 6 to T38-5/6 2.7 Place C31 and C32 in the CN position. C31, C32 ON l 2.3 7erify the voltages indicated. g pg g
'(a) T314-4 referenced to T314-6 (a) +15.0 25 WC MOM (b) T314-1 referenced to T314-6 (b) -15.0 ..5 C
(c) TB14-5 referenced to T314-6 (c) +10.02.050 7DC /O. O/ Y SIZE CODE #0ENT No. 9 AUTOMAT 1CNINDUsT1mES.INC. vtTnoLAacnarontascivl!4N TP 3394-1032 gr L -
'~
l REV A SHEET a
., RU AJ- ll Limit Measurecent 2.9 Connect the two power supplies and DPDT switch as shown, using shielded cable where indicated. ,gg TS6 .
PSI + "3 4 : O o T813-11 l OFFo ) I' T k IN91483 If PS2 +' f h Ii i1 0 y v O TBl3 -12
.; O o T B l 3-10 2.10 Open the 31 stable Eysteresis Switch +5.000_+.001 VDC 6 000 S17. }ieasure the voltage at the SP Test Jack and adjust the SP level to 5.000 v d.c.
2.11 Close S17 measure and record the SF f /61 voltage at the SP Test Jack. Place T313-11/12 6 / 7 l2 Trip ON 'l TS6 in ON and adjust PSI to the SP level plus 20 sillivolts measured between T313-11/12, and record the level. Verify that the 31 stable Trip Indicator is ON. l SIZE CODE 10ENT NO. O AU1CMaTICNINCUSTRIES.INC. VITRO LA80RaTOMES OfVISION !? 3394-1032 (_. . . . hhk " l
' -v i3 ur s !
gu u .- u Limit Maasure=en: 2.12 Place TS6 in the OFF position. 4.98+.005 h Adjust PS2 to 4.98 v d.c. measured TRIP OFF between T313-11/12. Verify that the Bistable Trip Indicator is OFF. Leave TS6 0FF. 3,0 SEISMIC ELECTRICAL TEST NOTE All of Section 3.0 vill be performed during the 30-second seismic run. 3.1 Upon the initiation of the seismic HTP-1/5 ON run, place TSI and TS2 in the OPEN position. Verify that MFP-1/5 indicator turns ON. 3.2 Place TS3 in the OPEN position. TRIP ON IN Verify that the TRIP indicator turns ON. E 19, 3.3 Place TS6 ON, wait two seconds, TRIP ON (S6 ON) - return TS6 to OFF. Verify that TRIP OFF (56 0FF) E19) the Bistable trips and resets in accordance with the switch i position. E13 3.4 Place TS5 in the CLOSC position. TRIP ON Verify that the TRIP indicator - , . . SIZE CCCE ICENT No. O AUTCMaTICNINOUSTMIES.iNC. A MC r vifno uSCRATCRIES CMSCN M /Q TP 3394-103:
.. a hhb8"* REV SHEET 5 l
ee
Rua-ll Limit Measurererte 3.4 rammins ON and the BLOCK indicator (contd) turns ON. 3.5 Place TS5 in the OPCT position, MFP-1/5 OFF - TS1, TS2, TS3 in the CLOSED position. TRIP CN {t.19~ Verify that the MFP-1/5 indicator BLOCK ON I turns OFF, the TRIP indicator remains ON and the SLOCK indicator es=mine ON. 3.6 Place TS4 in the CLOSED position. TRIP OFF E'IS Verify that the TRIP and the BLOCK BLOCK OFF indicators turn OFF. 4.0 TEST RESULTS VERIFICATION 4.1 At the conclusion of the seismic TRIP OFF run, place TS4 in the OPEN position. BLOCK OFF b - l Verify that the TRIP and the BLOCK indicators remain OFF. 4.2 Verify that the voltage at the SET- d~. /C/ 5.000 7DC _*0.050 7 POLYr JACK is within the linics. 4.a 7erify that the recordings of Channels 1 througn 6 on the oscil-lograph are as shown in Figure 1, and as identified by the cine l l SIZE CCCE ioENT No. - q --- O autetAaT:CNINDUSTRES.INC A A ""y e t
/- vrreo t.asCBATORIES CiVIS3CN f-\ D/O TP 3394-1032 p\ QQC%w.mo
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fUAJ-lI Limit Measurement 4.3 reference designacion listed below: (contd) b (.4) Opacing of TS1 ar.d TS2, see Step 3.1 (b) Opening of TS3, see Step 3.2 h
't (c) Closing of TS5, see Step 3.3 (d) Closing of TS1, TS2, and TS3 and the opening of TS5, see Step 3.4 4.4 By observing the veveforms on the oscillograph, verify that any deviations constituting a change of state from the model presented in Figure I do not excaed 2 ms.
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f MboC ATdb THE Pouett COPPW Ab4JCTmcNr CH AuscD Slo &.n rL Y DJkINf.
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'OPEN RELAY CONTACT CHAN 1 sCLOSED
'OPEN RELAY ,
CONTACT CHAN 2 sCLOSED TRANSISTOR ' 0FF Vee 10V, Ic 10 Ma # C = TB C ) -5 E = TB ( ) -6 ON CHAN 3 TRANSISTOR OF , Vee 10V , Ic 10 Ma < C = TB ( ) -5 E = TB ( ) -6 ON CHAN 4 TRANSISTOR ' 0FF Vce 10V, Ic 10 Ma < C = TB ( ) -5 E = TB ( ) -6 CHAN5 s ON i
'OPEN RELAY CONTACT CHAN 6 sCLOSED i
t l RE ERENCE FIGURE 1. OCILLOGRAPH WAVEFORMS S3ZE FSC.*A NO. I
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RVa-1/ TEST EQUIPTMEET LIST 09593 aIoITAL MULTInstra Dar / 2haat 7-31-82 , 2277o POW M SUPP!:I P.DF/ 2005 c.sh. ssL-ha7 Pown superr sta/ 6213a c.s.t. f I l I i I i l {
ROAl- l3 REVISIONS LTR DESCRIPTION l DATE l APv0 A Incorporate E.O. 46126 01/05/82 * ** A *w r g,3 EO's A7 ACHED
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CONTRACT g AUTOMAT 1GN INDUSTR123r4NC, VrrRO t.ASONATORIES OMSION h, O, G p C 7 [~ O 14000 GECRGla AVE. SILVER SpetNG. uamvt. ANO 209c P9tKPAMED '/l,' } / f;j-l l CHECXED ,[ g .d'! d. // .OrrICIPATORT AEACTOR TRIP ST.T!Ei SEISMIC ELECTRICAL TIST PROCIDURE l ENGR /DSGN .: . g., , .f,,4;,r,g. 6, . /*, ' A -ovED . 7y.. ,< . .. . L . AP RQVED ,, , SIZE CODE ICENT NC.
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1.0 TIST EQUIPMENT '
- s. .s s 1.1 One,. Fairchild DVM, Model' 7100A, or equivalenc 1.2 Six, Toggis Suicches. OPLT 1.3 Six, Oscillog:aph Channals, 1 millisecond or less resolucion. (Wyla instrumentacion channels) 1.4 Two Power Supplies, adjuscabla 0-10 v d.c., resolucion 5 millivolts or less v
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gw ia Limit Measure-ent 2.0 PPJ2 DIUuRY SETUP t 2.1 Place Circuit Breakers (Cal C32) in C31. C32 0FT the OFF position. l 2.2 7erify that the 115 y a.c. Primary Power Applied
~
power is connected to the ARTS cabinet. 2.3 Using shorting straps, make the following connections: 3 (a) TB4-1 to T34-2 h (b) TB4-3 to TB4-4 dI_/ (c) TB6-1 to T36-2 (d) TB6-3 to T36-4 (e) T36-5 to T36-6 (f) T36-7 to r36-8 ._ (g) TB6-9 to T36-10 (h) TB6-11 to TB6-12 h ( (1) T35-3 to TBS-4 (j) T35-5 to T35-6 h (k) TB4-11 to T34-12 (1) T35-7 to TBS-a P19 (m) T35-9 to T35-10 i61h (a) TBS-11 to T35-12 h (o) TB13-10 to TB13-12 h SIZE CCCE 10ENT No. O AUTOMaTICNINOUSTRIES.:NC A Ma vrmo tasCRaTORIES OM33CN M /O TP 3394-1032 ' QUm REV A l SHEET 3 we
'Rua - / 3 Limit Measurement 2.4 Connect DFDT switches as indicated.
Thi scross MFP1 TRIP INPUT T34-7/8 Closed Circuit TS2 across MFP2 TRIP INPUI T34-9/10 Closed Circuit TS3 across MFP' TRIP CH 2 T35-1/2 Closed Circuit E TS4 across RCOTE RESET T39-3/4 open Circuit
.W TS5 across RDf0TE BLOCK T39-5/6 Open Circuit -
2.5 Verify the status of each switch.
\~E40 (a) Bypaso Switch Normal Override 5 (b) Door Switch (Door Open) 2.6 Connect Channels 1 through 6 of the oscillagraph to the following points:
(49:.- (a) Channel 1 to T312-9/10 E (b) Channel 2 to T311-5/6 E4 (c) Channel 3 to T31-5/6 l (d) Channel 4 to T32-5/6 hn (e) Channel 5 to T33-5/6 (EF (f) Channel 6 to T38-5/6 I Place C31 and C32 in the CN position. C31, C32 ON 2.7 2.8 Verify the voltages indicated. gg , (a) T314-4 referenced to T314-6 (a) +15.0 -0.25 EC M O/S
.0 ~
(b) T314-1 referenced to T314-6 (b) -15.0 25 (c) T314-5 referenced to T314-6 (c) +10.0 .050 VDC /O.O M SIZE CCCE 10ENT NO. e auiemation mousTmes.tuc. a ,e TP 3394-1032 En vmioLAscaaToma3OfVISICN M /Q _. __ knh "** acy A {sserr : r
RUAl- /.3 4 Limit Measurement 2.9 Connect the two power supplies and DPDT switch as shown, using shielded cable where indicated. , ARTS ' PSI + - 4 : o T S13-il I }I l oFFo } IN91483 PS2 +' h f
= b i\
3 y v O T813 -12
,; a O T B13-lO f*
2.10 Open the Bistable Hysterests Switch +5.000+.001 VDC 8. d@ S17. Measure the voltage at the $P l Test Jack and adjust the SP level to 5.000 v d.c.
- 2.11 Close S17, measure and record the SP 6.[
l voltage at the SP Test Jack. Place T313-11/12 8./7M TS6 in ON and adjust PS1 to the SP Trip ON level plus 20 millivolts measured between T313-11/12, and record the level. Verify that the 31 stable Trip Indicator is ON. SIZE CCCE 10ENT No. O AUTCMATtCNINDUSTRIES.INC. A MS P VITROLASCRATCTUESCM3CN M /O TP 3394-1032
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- REV l3HEET 3 l w.
Roa-/ 3 Limit "sssurstent 2.12 Place TS6 in the OF7 position. 4.98+.005 N Adjust PS2 to +4.98 v d.c. measured TRIP OFT ! between T313-11/12. Verify that the Bistable Trip Indicator is OFF. Leave TS6 0F7. 3.0 SEISMIC ELECTRICAL TEST NOTE All of Section 3.0 vill be perfor=ed during the 30-second seismic run.
~.
Upon the initiation of the seismic MFP-1/5 ON h,. . 3.1 run, place TS1 and TS2 in the OPEN position. Verify that MFP-1/5 indicator turns ON. O 3.2 Place TS3 in the OPEN position. TRIP ON O Verify that the TRIP indicator i turns ON. I 3.3 Place TS6 ON, wait two seconds, TRIP ON (S6 ON) (I_I) return TS6 to 0FF. Ve.rify that TRIP OFF (56 0FF)
/
the 31 stable trips dd re. sets in accordance with the switch l i position. l A I 3.4 Place TS5 in the CLOSED position. TRIP ON Verify that the TRIP indicacor SIZr. CCCE 4 CENT NO. O AUTOMAT 10NINDUSTRIES.INC. A 7C r vrTnOLA80RATORIESOMSCN ff fQ TP 3394-1032 l
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gua.- l3 Limic Measure :ent 3.4 r===4ns ON and the BLOCK indicator (ccacd) turns ON. 3.5 Place TS5 in the OPEN position, MFP-1/5 0FF - TS1, TS2, TS3 in the CLOSED position. TRIP ON E 19,' Verify that the .'TP-1/5 indicator BLOCK ON turns OFF, the TRIP indicator rammins ON and the BLOCK indicator remaine ON. 3.6 Place TS4 in the CLOSED position. TRIP OFF b) II Verify that the TRIP and the BLOCK BLOCK OFF indicators turn OFF. 4.0 TEST RESULTS VERIFICATION 4.1 At the conclusion of the saismic TRIP OFF O i E 19' run, place TS4 in the OPEN position. BLOCK OFF ) Verify that the TRIP and the BLOCK indicators r===in OFF. 4.2 Verify that the voltage at the SET- 5.000 VDC _+0.050 V T./8/ POINI . TACK is within the limits. 4.3 Verify that the recordings of Channels 1 through 6 on the oscil-lograph are as shown in Figure 1, l and as identified by the c1=a ,
^
si:E CCOE 10ENT No, !~ O AUTOMAT:CNINOUS17ttES. NC A ==9 6 ( A*' VITRO t.A8CRATCHIES DMSICN M /Q TP 3394-1032 U n
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I RU A) 13 p Limit Measurement 4.3 reference designation listed below: t,contd) (a) Opening of TS1 cnd T32, see / Step 3.1 (E49 (b) Opening of TS3, see Step 3.2 I)
'E49 (c) Closing of TS5, see Step 3.3 (E49))
(d) Closing of TS1, TS2, and TS3 and the opening of TS5, see E4 / Step 3.4 4.4 By observing the vsveforms on the oscillograph, verify that any deviations constituting a change of state from the model presented in Figure 1 do not exceed 2 ms. TH6 ISvo tT Po**** 'S"PP* # "##'#'"# *
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'OPEN RELAY CONTACT CHAN 1 sCLOSED
'OPEN RELAY 4 CONTACT CHAN 2 i sCLOSED TRANSISTOR ' 0FF i Vce 10V, Ic 10 Ma #
C = TB ( ) -5 E = TB ( ) -6 CHAN 3 s ON TRANSISTOR OF Vee 10V, Ic 10 Ma < C = TB ( ) -5 E = TB ( ) -6 CHAN 4 ON TRANSISTOR ' 0FF Vce 10V, Ic 10 Ma 4 i C = TB C ) -5 E = TB ( ) -6 ON CHAN5
'OPEN REl.AY CONTACT CHAN 6 sCLOSED h
V h V h V h V TIME
. REFERENCE FIGURE 1. OCILLOGRAPH WAVEFORMS F
S3ZE FSCM NO. j ..
@ AUTCMATIONINOUSTRIES.?NC.
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CilANGE DRAWING YES JOB NO. J/p s3] t '/ , 9 no
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,_ @ NOT APPLICABLE O ORIGINATOR j,/((dMAb 65 O REOD Eg NOT REOD e Att UNITS
/[////2 0 riEWORK APPROVED .(( ..), g //M g DATE O SCR AP O SER NO. ONLY REASON FOR CHANGE: @ 1ECH NECE'SSITY O EASE FAB O ENG. ERROR O DSGN/ DRAFT ERROR O INCREASE RELIABILITY O GIVE COMPLETE INFORMATION REOD TO MAKE REVISION - DWG, DIMENSIONS, NOTES ETC. ,,
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. RUAJ- /Y 1.0 TEST EQUIPMENT 1.1 One, Fairchild DVM, Model 7100A, or equivalent 1.2 Six, Toggle Switches, DPDT 1.3 Six, Oscillograph Channels, I sil11second or less resolution. ('Jyle instrumentation rhaneels) ,
1.4 Two Power Supplies, adjustable 0-10 v d.c., resolution 5 mil 11 volts or less i
--- - . . ~ ~ -.. - .. .. _..
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RuAJ-/Y Limit Measure = enc 2.0 PRELDIDIARY SETUP C I Place Circuit Breakers (C31. C32) in C31. C32 OFT O 2.1 the OFF position. A 2.2 7erify that the 115 v a.c. primary Power Applied power is connected to the ARTS cabinet. 2.3 Using shorting straps, make the following connections: ,. (a) T34-1 to T34-2 (b) T34-3 to T34-4 T (c) TB6-1 to TB6-2 !dS' (E19) s (d) T36-3 to TB6-4 49 (e) T36-5 to T36-6 (f) T36-7 to T36-8 to T36-10 $~ (3) TB6-9 (h) T36-11 to T36-12 to T35-4 EIt (1) T35-3 _ (j) T35-5 to T35-6 (EM (k) TB4-11 to T34-12 9' E (1) T35-7 to T35-a (m) T35-9 to T35-10 (n) T35-11 to T35-12 E*1 (o) T313-10 to T313-12
.. . . ~
SIZE CCCE IDENT No.
$ AUTCMATICNINCUSTRIES.1NC. A Mc TP 3394-1032 vmmo uaonatcmas onSSICN M /Q Q.;&%wo ,.
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Rua-W I.1:nic Measure =ent 2.4 Connect DPDT switches as indicated. TSI across MFF1 TRIP UTPUT T34-7/8 Closed Circuit TS2 across MFP2 TRIP DIPUT T34-9/10 Closed Circuit E19) TS3 across MFP TRIP CH 2 T35-1/2 Closed Circuit (E49?
.Ejl9 TS4 across RC10TE RESET T39-3/4 Open Circuit -
EM TS5 across REf0TE Bl.0CK T39-5/6 Open Circuit 2.5 Verify the status of each switch. .. (a) Bypass Switch Normal (b) Door Switch (Door Open) Override E3 2.6 Connect Channels 1 through 6 of the oscillograph to the following points: (a) Channel 1 to T312-9/10 h-9- (b) Channel 2 to T311-5/6 (c) Channel 3 to T31-5/6 hk (d) Channel 4 to T32-5/6 b _ (e) Channel 5 to T33-5/6 (E19) (f) Channel 6 to T38-5/6 h v 2.7 Place C31 and C32 in the ON position. C31, C32 ON 2.3 7erify the voltages indicated. ga4,g &c 7
.0 /S O/b (a) T314-4 referenced to T314-6 (a) +15.0 ,25 VDC (b) T314-1 referenced to T314-6 (b) -15.0 Tf25 (c) T314-5 referenced to T314-6 (c) +10.02.050 VDC /O. O / SI
~ ~~~
s ZE CCCE lOENT NO. O auTOMaTIONINOUSTnfES.INC. A 9S M TP 3394-1032 e vrrnoLaacnaTensasOMSON /Q
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R us!-l 4' Limit Measurenent 2.9 Connect the evo power supplies and DPDT switch as shown, using shielded cable where indicated. ARTS TS6 PSI + "a 4 0 0 TBl3-il l Offo
?\ .
IN 91481 y\ PS2 + f f
'V
= h \
0 v O TSi3 -12
,; O 0 T 813-10 r-2.10 Open the Bistable Hysteresis Switch +5.000_+ 001 VDC 6. 0C0
$17. Measure the voltage at the SP Test Jack and adjust the SP level to 5.000 v d.c.
2.11 Close S17, naasure and record the SP /S O / b voltage at the SP Test Jack. Place T313-11/12 '/ . kOb TS6 in ON and adjust PSI to the SP Trip ON /O. O/Y level plus 20 nillivolts naasured between T313-11/12, and record the level. Verify that the 31 stable Trip Indicator is ON. size cooE icENT No. O AutomancNINCUSMES,INC. A "'"F S
- 1. vmtO U.8CMaTCRIES CMSION M /Q TP 3394-1032 i $'E.$'has.e
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Rua-N Limit Messurement 2.12 Place TS6 in the OFF position. 4.98+.005 M. 96 E 19: Adjust PS2 to +4.98 v d.c. measured TRIP OFF between T313-11/12. Verify that che . Bistable Trip Indicator is OFF. Leave TS6 0FF. 3.0 SEISMIC ELECTRICAL TEST NOTE All of Section 3.0 vill be performed during the 30-second seismic run. 3.1 Upon the initiation of the seismic MFP-1/5 ON run, place TS1 and TS2 in the OPEN position. Verify that MFP-1/5 indicator turns ON. 3.2 Place TS3 in the OPEN position. TRIP ON Verify that the TRIP innicator turns ON. 3.3 Place TS6 ON, wait two seconds, TRIP ON (S6 ON) return TS6 to 0FF. Verify that TRIP OFF (36 0FF) (Eh the 31 stable trips and resets in accordance with the switch I position. 3.4 Place TS5 in the CLOSED position. TRIP ON . Verify that the TRIP indicator SIZE CCOE 10ENT No. O AUTCMAfiCNINOU5TRIES.INC. r, vrinoLAacmATonissolVtS3CN P 3394-1032
$n$n **
MEV SHEET 6
Run-ty Limit Measurement 3.4 re-ins ON and the BLOCK indicator (contd) turns ON. !
. 1 19.
3.5 Place TS5 in the OPEN position, MFP-1/5 0FF --' TS1, TS2, TS3 in the CLOSED position. TRIP ON - E:19; Verify that the MFP-1/5 indicator BLOCK ON turns OFF, the TRIP indicator rammine ON and the BLOCK indicator remaine ON. 3.6 Place TS4 in the CLOSED position. TRIP OFF Verify that the TRIP and the SLOCK BLOCK OFF LE49 indicators turn OFF. 4.0 TEST RESULTS VERIFICATION 4.1 At the conclusion of the seismic TRIP OFF run, place TS4 in the OPEN position. BLOCK OFF J Verify that the TRIP and the 3 LOCK indicators remain OFF. 4.2 Verify that the voltage at the SET- 5.000 VDC _+0.050 7 C /6/ POINI JACK is within the limits. . 4.3 Verify that the recordings of Channels 1 through 6 on the oscil-lograph are as shown in Figure,1, and as identified by the time ; SIZE CCCE 10ENT No. --- - - - - - - - - - ;
$ aUTCMAT10NINOUSTRES.1NC. A MS P wmO LASCRATCRIES CMSCN M /O !? 3394-103 Y h b "* "
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" puu.-iy Limit Measurement 4.3 reference designation listed below:
(contd) () Opening of TSL and TS2, see g,gg Step 3.1 (b) opening of TS3, see Step 3.2 4 (c) Closing of TS5, see Step 3.3 (E 9) (d) Closing of TS1, TS2, and TS3 the opening of TS5, see E49 4.4 By observing the waveforms on the I oscillograph, verify that any i deviations constituting a change i l of state from the model presented in Figure 1 do not exceed 2 ms.
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' OPEN .
RELAY CONTACT CHAN 1 sCLOSED
'OPEN RELAY CONTACT CHAN 2 sCLOSED TRANSISTOR ' 0FF Vee 10V, Ic 10 Ma #
C = TB C ) -5 E = TB ( ) -6 CHAN 3 s ON OF TRANSISTOR Vee 10V, Ic 10 Ma 4 C = TB ( ) -5 E = TB ( ) -6 CHAN 4 ON TRANSISTOR ' 0FF Vee 10V, Ic 10 Ma 4 i C = TB ( ) -5 E = M ( ) -6 CHAN 5 s ON
'OPEN RELAY 4
CONTACT CHAN 6 sCLOSED l l
. ERENCE 1
- FIGURE 1. OCILLOGRAPH WAVEFORMS 54ZE FSCM NO.
/k hh]hh O Autematicumousmus.a<:. P 3394-1032 n moeTomesomson
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Rua-. W TEST EQUIPTMEET LIST 09593 BIGITAL MULTIMETEIL DBP / 2h8GL 7 31-82 22770 POWER SUPPM P.DP/ 2005 C.N.R. SSL-h87 P0 m SUPPLE H E / 621 M C.N.R. i l l l
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V U N'- / C REVISIONS LTR DESCRIPT!ON OATE l APVO A Incorporata E.0; 46126 . 01/05/82 ]'}.,E *v i EO's ARACHED _ wat - h h
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,! **c r,' ANTICI?ATORY 2EACTOR TRI? SYSTI:1 SEISHIC ELECTRICAL TEST PROCCURE ENGRiosGN y. ,.,.', .k,s t. J. : * ?.*
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Rw-- is-1.0 TIST EQUIP!icrr. 1.1 One, Fairchild DVM, Model 7100A, or equivalent 1.2 Six Toggle Switches, DPDT 1.3 Six, Oscillograph Channels, I sillisecond or less resolution. (Wyle instrumentation channels) . . 1.4 Two Power Supplies, adjustable 0-10 v d.c., resolution 5 millivolts or less
~~
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SIZE CCOE ICENT No. l $ AUTOMAT 1CNINDUSTMfES.iNC. A 9e r9 VITRO LASCRATCRIES CMS CN M /Q - - - - ... TP.3394.1032... l
- REV SHEET 2 we
gust - I S~ Limit Measurement 2.0 PRILDiINARY SETUP 2.1 Place Circuit Breakers (C31, C32) in C31, C32 077 the OFF position. 2.2 Verify that the 115 v a.c. primary Power Applied power is connected to the ARTS cabinet. 2.3 Using shorting straps, make the following connections: . (a) T34-1 to T34-2 h., ; (b) T34-3 to T34-4 h
'l (c) T36-1 to T36-2 (d) T36-3 to T36-4 (Ey (e) T36-5 to T36-6 (E10 (f) T36-7 to T36-8 1$.
(g) T36-9 to T36-10 E*lh j (h) T36-11 to T36-12 (i) T35-3 to T35 % l (j) T35-5 to T35-6 h3 (k) TB4-11 to T34-12 k (1) T35-7 to T35-8 (Elh l (m) T35-9 to T35-10 h , (n) T35-11 to T35-12 E4 (o) T313-10 to T313-12 slIE CocE ioENT so. ! O AUTCMAT!ONINCUSTMES.INC. p wmouuscnatemasOtVUhCN hh h TP 3394-1032 (-..~.--. g QQ'%xam . __ , . - . - - - - - - - - - - NEV A SHEET .3 __ w
'Run - i s~
I.imit Messureeanc 2.4 Connect DPDT switches as indicated. TS1 across MFP1 TRIP INPUT T34-7f8 Closed Circuit b TS2 across :EP2 TRIP INP1;T T34-9/10 Clos,ed Circuit
,a TS3 across MFP TRIP CH 2 T35-1/2 Closed Circuit kE'135 TS4 across RE10TE RESET T39-3/4 . Open Circuit TS5 across RDiOTE BLOCK TB9-5/6 open Circuit \ Elf'-
2.5 Verify the status of each switch. <, (a) Bypass Switch Noraal (b) Door Switch (Door Open) Override 2.6 Connect Channels 1 through 6 of the ostillograph to the following , points: (a) Channel 1 t= T312-9/10 ie (b) Channel 2 to T311-5/6 (c) Ch=nn=1 3 to T31-5/6 E (d) ("5=nn=1 4 to T32-5/6 l QE13 (e) Channel 5 to T33-5/6 _ (f) Channel 6 to T38-5/6 2.7 Place C31 and C32 in the CN position. C31, C32 ON 2.3 7erify the voltages indicated. See, /A 64, ?
.0 6 GS (a) T314-4 referenced to T314-6 (a) +15.0 ,25 C
.0
~
(b) T314-1 referenced to T314-6 (b) -15.0 , 25 C ~ M Nd (c) T314-5 taferenced to T314-6 (c) +10.02.050 VDC /O.C/Y SIZE CCCE ICENT NO. O AUTCMATIONINDUSTME3.INC. me TP 3394-1032 r1 wmousCRATOMlE3OMSON /Q L__.______. L ikh " REV SHEET A - l
'. gua is-I.imit Measurement 2.9 Connect the two power supplies and DPDT switch as shown, using shielded cable where indicated. , ARTS TS6 psi + 2 4 : o TBl3-il
\ OFFo O)'\
IN91481 ,
+
,, 1
^
h
- yI O TEl3 -12
;; . O T 813-10 r-2.10 Open the 31 stable Hysteresis Switch +5.000_+.001 VDC 8 NO S17. Measure tha voltage at the SP Test Jack and adjust the SP level to 5.000 v d.c.
2.11 Close S17, measure and record the SP 6 /6A voltage at the SP Test Jack. Place T313-11/12 S./71 TS6 in ON and adjust PSI to the SP Trip ON level plus 20 millivolts measured between T313-11/12, and record the level. Verify that the 31 stable Trip Indicator is ON. SIZE
~~
CCCE 10ENT No. O AUTCMAT1CNINDUSTRIES.tNC. A MS y vifROLA8CRATCmESDMSCN M /O TP 3394-1032 E _. ._ '.?$'%"*
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p usi- t S~ l Limit Measurs ent 2.12 Place TS6 in the OFF position. 4.98+.005 M7 78 Adjust PS2 to +4.98 v d.c. measured TRIP OFF (I 'I between T313-11/12. Verify that the Sistable Trip Indicator is GFF. Leave TS6 0FF. 3.0 SEISMIC ELECTRICAL TEST M All of Section 3.0 will be perfor=ed during the 30-second seismic run. 3.1 Upon the initiation of the seismic 17P-1/5 ON run, place TS1 and TS2 in the OPEN position. Verify that MFP-1/5 indicator turns ON. I 3.2 Place TS3 in the OPEN position. TRIP ON \ Verify that the TRIP indicator turns ON. Place TS6 ON, wait two seconds, TRIP ON (S6 ON) '\ 3.3 return TS6 to 0FF. Verify that TRIP OFF (56 0FF) the 31 stable trips and resets in accordance with the switch position. 3.4 Place TS5 in the CLOSED position. TRIP ON
. Verify that the TRIP indicator _ _ _ _ _ . _. , _ _ _ _ _
l l SIZE CCOE ICENT NC. (*) AUTCMATIONINOUSTRIES.:NC M C"S s-- vrrnot.AacnATenissomsCN /Q TP 3394-1032 [ {E$'bamm arv _ _ . . sHErr 6 p ._ _ _ _ _ _.
f Rua--is- _ Limit "easurement 3.4 t cammf ns ON and the 3LGsK indicator l (contd) l turns ON. 3.5 Place TS5 in the OPEN position, MFP-1/5 0FF TS1, TS2, TS3 in the CLOSED position. TRIP ON (E-19) Verify that the MFP-1/5 indicator BLOCK ON .Co v turns OFF, the TRIP indicator r===1n= ON and the BLOCK indicator r===4ne ON. 3.6 Place TS4 in the CLOSED position. TRIP OFF Verify that the TRIP and the BLOCK BLOCK OFF 0'N El indicators turn OFF. 4.0 TEST RESULTS VERIFICATION E 19' I 4.1 At the conclusion of the seismic TRIP OFF l run, place TS4 in the OPEN position. BLOCK OFF ! Verify that tha TRIP and the BLOCK indicators remain OFF. 4.2 Verify that the voltage at the SET- 5.000 VDC _+0.050 V 6. 6/ POINI JACK is within the limits. 4.3 Verify that the recordings of Channels I through 6 on the oscil-lograph are as shown in Figure 1, and as identified by the time
. . . _ _ . . S3ZE COCE 10ENT NO. ---
O AUTOMATTCNINCUSTMES,1NC, A MS f wrmotasCRATCRIESCMSICN f.\ /Q TP 3394-1032 [L b hYhm
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f(/s()- l[ p Limit Measuremen: 3 reference desi.pnation listed below: (coned) (a) Opeatng of TS1 and TS2, see EO Step 3.1 (b) Opening of IS3, see Step 3.2 (c) Closins of TS5, see Step 3.3 ) (d) Closing of IS1, TS2, and TS3 and the opening of TS3, see p19) Step 3.4 d 4.4 By observing the wavefer:Ls on the oscillograph, verify that any deviations constituting a change of state from the scdel presented in rigure 1 do not exceed 2 ns. rar osves? ;%,was suprLY mcAsaacmcNit" o f PnenaggpH E.8(d.) runoes,cb rose powet suppev absorrmswr cansesb .uiserw D0fto AJ &. fHoPtn6M T AN D S ANDLJN G JH PRrPnqnA reaal Me S THf ff/2meC WCT. *ET NAD no sfree r as EeonPacx7 Psafossenwee~, 6,e esPr To . Pt*vt THs EcosMacur c*nw Pynpronen w om g g.,,agy 7,44g gpgc,pogn o Sv e Lv Pawsg. suppgy 7 a eannueg, I l I l SIZE CODE ICENT No. 4 AucunCNINCUSMES,!NC. A g ""To 8
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{ vrmouscaarca:EsemaicN M , /Q= l
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'OPEN .
RELAY < CONTACT CHAN1 sCLOSED
'OPEN RELAY 5
CONTACT CHAN 2 sCLOSED TRANSISTOR ' 0FF Vce 10V, Ic 10 Ma # C = TB ( ) -5 E = TB ( ) -6 CHAN 3 s ON OF TRANSISTOR Vee 10V, Ic 10 Ma < C = TB ( ) -5 E = TB ( ) -6 CHAN 4 s ON TRANSISTOR ' 0FF Vee 10V, Ic 10 Ma < C = TB ( ) -5 E = TB ( ) -6 ON CHAN 5
'OPEN RELAY <
CONTACT CHAN 6 sCLOSED h V h V h V h V TIME
. REFERENCE FIGURE 1. OCILLOGRAPH WAVEFORMS SIZE FSCM NO.
m O AUTCfAATIONINCUSTRfES.:NO. J,.a.gyremnomscu
,Q, gh]gh g n 3394-1032
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/[M t__ DATE O Sca^r O SER NO. ONLY REASON FOR CHANGE: B TECH NECE'SSITY O EASE FA8 O ENG. ERROR O DSGN/ DRAFT ERROR O INCREASE 3EllABILITY O GIVE COMPLETE INFORMATION REOD TO MAKE REVIS40N - DWG, DIMENSIONS, NOTES ETC. ,,
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Ru/J- /6 REVISIONS LTR DESCRIPTICN l OATE l APv0 l A Incorporata E.O. 46125 01/05/82
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, , . SEISHIC ELECTRICAL TEST PROCEDURE ENGR /DSGN p g j jpg. (,,',' . (-
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APPROVED ,. , SIZE CCCE IDENT No.
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1.0 TEST EQUIPMEIT 1.1 One, Pairchild DVM, Model 7100A, or equivalenc 1.2 Six, Toggla Switches, DPDT 1.3 Six, Osc111ograph Channels, 1 millisecond or less resolucion. (Wyle inscrumentation channels) 1.4 Two Power Supplies, adjustable 0-10 v d.c., resolution 5 millivolts or less SIZE CCOE 60ENT NO. 8 Alf1CMATIONINOUSTalES.INC A a Mc vrTno tascnatoniss omsCN M G /Q TP 3394-1032
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REV 3HEET 2 a.e l 1
p vH - /G Limit Measurement 2.0 PRELD1INARY SETUP 2.1 Place Circuit Breakers (C31 C32) in C31 C32 0FF the OTT position. 2.2 Verify that the 115 y a.c. pri: nary Power Applied power is connected to the ARTS cabinet. 2.3 Using shorting straps, make the following connecticus: (a) T34-1 to T34-2 (b) TB4-3 to TB4-4 (c) T36-1 to T36-2 E'19) (d) T36-3 to T36-4 (e) T36-5 to T36-6 _ Eli to T36-8 \ (f) T36-7 E'I (3) T36-9 to TB6-10 (h) TB6-11 to T36-12 g. (1) T35-3 to T35-4 (j) T35-5 to T35-6 (E19 (k) T34-11 to T34-12 E' (1) T35-7 to T35-8
~35-9 to T35-10 (E19:
a (m) (n) T35-11 to T35-12 E-(o) T313-lO to T313-12 SIZE CCCE ICENT NO.
$ AutCMATIONINOUSTMES.;NC. A MS ~? 3394-1032 p wTnousonaTemaSOMSION M /Q is,Yl$ "
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I.imic Measureeent 2.4 Connect DPDT switches as indicated. Th1 across 20"P1 TRIP INPtTI T34-7/8 Closed Circuit I TS2 across MPP2 TRIP INPUT T34-9/10 closed Circuit TS3 across MPP TRIP CH 2 T35-1/2 closed Circuit
!E49/
Open Circuit V TS4 across RECTE RESET T39-3/4 E4 TS5 across REOTE BLOCK T39-5/6 open circuit 2.5 Verify the status of each switch. (a) Bypass Switch Normal ( E43'1 (b) Door Switch (Door Open) Override v 2.6 Connect Channels 1 through 6 of the oscillograph to the following points: (a) Channel 1 to T312-9/10 Ed (b) Channel 2 to T311-5/6 (c) Channel 3 to T31-5/6 (E49) (d) & ann =1 4 to T32-5/6 E4h (e) Channel 5 to T33-5/6 Eh (f) Channel 6 to T38-5/6 (E43) 2.7 Place C31 and C32 in the ON position. C3l. C32 CN 2.8 Verify the volta 6es indicated. Sec A 64,7 (a) T314-4 referenced to T314-6 (4) +15.0 5*
'(b) T314-1 referenced to T314-6 (b) -15 0 . 3 VDC -/M78d (c) T314-5 referenced to T314-6 (c) *10.02.050 VCC /O.0 / # ~ ~ ~ ~~ - - --
SIZE CCCE : CENT NO. - O AUICMaTIONINOUSTMfts.INC A ==F S sn winoLASCRATCM4E30MSION A /Q IF 3394-1032 iMme.o 1 i
l
- 'R u^1 - / 6 i I
I Limic Measurecent 2.9 Connece the two power supplies and DPDT switch as shown, using shielded cable where indicacad. ,ES TS6 ON n n o TB13 -11 PSI + 1 4 : ; I OFfo IN91483 , PS2 + i l i \
- ,; y y 0 TS13 -12 a 4 o T S13-10 r-Open the Biscable Hysteresis Switch +5.000_+.001 VDC S.600 2.10 S17. Measure the voltage at the SP Tesc Jack and adjust the SP level to
-5.000 v d.c.
2.11 Close 517, measure and record the SP S. /SO l { T313-11/12 8. / 7d l voltage at the SP Tesc Jack. Place TS6 in ON and adjust PS1 to the SP Trip ON (E19) { level plus 20 m1111 volts seasured l between T313-11/12, and record the level. Verify that the Sistable Trip Indicator is CN.
- - - . _ _.~ -
SiIE CCOE 10ENT NO. O AUTCMATION tNOUSTMES.INC. g9 wTno LAsonaTemas oMSICN A M MSh
/O TF 3394-1032 - - - p; Q&'%xe.o arv jswerT 3 l ..
guAJ-/4, Limic Measure.er.c 2.12 Place TS6 in the O n position. 4.98+.005 M. 7 O Adjust PS2 to +4.98 v d.c. measured TRIP OFF between T313-11/12. Verify that the Bistable Trip Indicator is OFF. Leave TS6 0FF. 3.0 SEISMIC ELECTRICAL TEST NOTE All of Section 3.0 vill be perfor=ed during the 30-second seismic run. 3.1 Upon the initiation of the seismic IEP-1/5 ON run, place TSI and TS2 in the OPEN position. Verify that ZEP-1/5 indicator turns ON. l 3.2 Place IS3 in the OPEN position. TRIP GN Ver/fy that the TRIP indicator turna ON. A
\
E19) 3.3 Place TS6 ON, valt two seconds, TRIP ON (S6 ON) E'I return TS6 to 0FF. Verify that TRIP OFF (56 0FF) the 31 stable trips and essets in accordance with the switch position. E19 3.4 Place TS5 in the CLOS D position. TRIP ON Verify that the TRIP indicator l SIZE CODE IDENT NO. O AU1DMATICNIN00 STALES.!NC. A 7c M /Q TP 3394-1032 gj vrTnot.AacnaTomisscMSICN l_.._ _ ___
.J $ k ' "
l l erv sacET 4 j'
Ruu-/(s Limic Messuremen: 3.* remains ON and ths ELOCK indicator (cceed) I turns OK. 3.5 Place TS5 in the OPEN position, MFP-1/5 0FF TSL, TS2, TS3 in the CLOSED position. TRIP ON (E43' Verify that the MFP-1/5 indicator BLOCK ON curns OFF, the TRIP indicator remains ON and the BLOCK indicator remains ON. 3.6 Place TS4 in the CLOSED position. TRIP OFF - 7erify that the TRIP and the SLOCK BLOCK OFF indicators turn OFF. 4.0 TEST' RESULTS VERIFICATION E49 4.1 At the conclusion of the seismic TRIP OFF w tun, place TS4 in the OPEN position. 3 LOCK OFF (E49) 7erify that the TRIP and the 3 LOCK indicators remain OFF. 4.2 Veriff that the voltage at the SET- 5.000 7DC _+0.050 7 6 /6/ POUrr JACK is within the limits. 4.3 Verify that the recordings of Channels 1 through 6 on the oscil-lograph are as shown in Figure 1, and as identified by the time '-- '- - -* SIZE CGCE 10ENT NO. - - - - - - - - O UTOMAT1CNINOUSTRIES.INC.
. ' vrTwouacnarcaissc:VtSICN A
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W u a-/ (.:. I.imit Measu eeene 4.3 reference designation listed belev: tcontd) 3 (a) Opening of TSL *.nd T32, see ( t.ig) Step 3.1 V (b) Opening of TS3, see Step 3.2 }l I (c) Closing of TS5, see Step 3.3 (d) Closing of TS1, TS2, and TS3 , and the opening of TS5, see e.g Step 3.4 4.4 By observing the waveforms on the oscillograph, verify that any deviations constituting a change of state frem the nodal presented in Figure 1 do not exceed 2 as. l THE IS%erPowCK SUPP'V M*AZUnf"d"I# *# ?"A0#### 0 0($\ lNboC*!db THC Potodt 2*uPPW Ab7UETM6H T CHANMb 24 /te' H T4. Y D d AIN G C HI PMd"HT* nsh MAHDuple tu PampnaArseaaooAr Tu t SEtsan at 7857. zr* HAb ND gers ey ON GOue nvrptrNr SGaTORM Antig $t tgPT re Pnear ruc feasknecur t' AM 1*stomerm sn oTN n wangn ynny gygcappgD gyveg,y p,,yg gypp g y *np g gnaugg , i 1 SIZE CODE ICENT NO. O ALMCMATfCNINOUTmtES. NC. A ""T
/Cwo Q TF 3394-103:
q vimot.AsemaTemascMSICN M L__ ___. _- . '.; , y%bzu
. REV SHEET 3 ,,
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'OPEN ,
RELAY CONTACT CHAN1 s CLOSED
'OPEN RELAY <
l CONTACT CHAN 2 sCLOSED TRANSISTGR ' 0 FF Vce 10V, Ic 10 Ma # C = TB ( ) -5 E = TB ( ) -6 CHAN 3 s ON TRANSISTOR OF Vee 10V, Ic 10 Ma < , C = TB ( ) -5 , E = TB ( ) -6 CHAN 4 ON TRANSISTOR ' 0 FF Vee 10V, Ic 10 Ma 4 , C = TB ( ) -5 l E = TB ( ) -6 ON CHAN S
'OPEN RELAY CONTACT CHAN 6 sCLOSED Vh h V h V
h V TIME
. REFERENCE r
l FIGURE 1. OCILLOGRAPH WAVEFORMS l S3ZE FSCM NQ. 6 AUTCMAT:CNINOUSTRIES 1NC. 6." gyyTCNESOMSCN
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[$ f : APPROVED ,[ [M g //M t DATE O SCRAP O SER NO. ONLY REASON FOR CHANGE [ $ TECH NECE'SSITY EASE FAB O ENG.EllROR O DSGN/ DRAFT ERROR O INCREASE RELIADILITY O GIVE COMPLETE INFOllMATION REOD TO MAKE REVISION - DWG, DIMENSIONS NOTES ETC. ,, C ss! 4 FM 97 cd s tA M W C /t A A/CE * *,[. 000 " TO' C lSO g ,j g e, y !), fAfA l/o Z-
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k DRAWING CilANGE INCORPORATION
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- i l ' INDORPORATED BY - ; DATE CHECKED BY
tw - /G TEST EQUIPTMDIT LIST 09593 aIGITAL MULTIxrTsa DBP / 2h8GL 7-31-82 22no POWDL SUPP!I P.DP/ 2005 C.N.R. POWM SUPPII HEA/ 6213& C . N.R. SSL-h87 l e
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I 1 I
. '. RyM-/7 REVISIONS LTR l OESCRIPTION '
OATE l APVC A Incorporace E.O. l.6126 01/05/82 -'*}p*, EO's ARACNFO h
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REV STATUS REV lgl-lA A l -l - - l -l fi.l l l l l l l l l l l OF SHEETS SHEET l 1 l 2 l 3 l 4l S l 6 7 8 j 9 l10lll: 12l13l14l15l1S 17 13li19l2Cl 21l22l23l24251 CONTRACT 6) AUTO AATICN triCUST,.:JMNC.
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. . . SEISl!IC EI.ICTRICAL TEST PROCEDURE ENGRIOSGNq ' .gf;g,q. e.' : , {/
APPROVED , ,El,,, _l , APPRCygg, , , SIZE CODE 10ENT NO.
- o i u..,L :::~,: A 997e9 ,, ,,u_,,,,
lREV A CF 9 lsHKET l 53+ a: n 1 . - -
. Rua-17 1.0 TEST EQUIPMEIT 1.1 One, Fairchild DVM, Model 7100A, or equivalenc l
1.2 Six, Toggle Switches, DPDT 1.3 Six, Oscillograph Channels, 1 ufl11second or less resolution. (Wyle instrumentacion channsis) 1.4 Two Power Supplies, adjustable 0-10 v d.c., resolucion 5 nil 11 volts or less
. . - - _ . - . . . . ~ _ .
SIZE CODE 10ENT NO.
@ AtJTOMATICNIN005TRIES.lNC, A ==y c J] VITPOLA80RATCRIE50MSICN M /Q .
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Limit Measurement 2.0 PRILD1 DIARY SETUP m 1)) 2.1 Place Circuit Breakers (C31 C32) in C31, C32 0FF > the OFF position. 2.2 Verify that the 115 y a.c. primary Power Applied power is connected to the ARTS cabinet. 2.3 Using shorting straps, make the following connections: (a) T34-1 to T34-2 w (b) T34-3 to T34-4 (E19) (c) T36-1 to T36-2 (d) T36-3 to T36-4 (Elh to T36-6 (E19j l (e) T36-5 (f) T36-7 to T36-8 E'Ih (g) T36-9 to T36-10 (E19) (h) T36-11 to T36-12 (E19) (1) T35-3 to T35-4 E}f (j) T35-5 to T35-6 (E19) E 19 (k) T34-11 to T34-12 (1) T35-7 to T35-8 19 (m) T35-9 to T35-10 (E19) l (n) T35-11 to T35-12 (o) T313-lO to T313-12 $
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Ruu n Limit Measure =ene 2.4 Connect DPDT switches as indicaced. , TSI across MFP1 TRIP UIPUT T34-7/8 Closed Circuit ) TS2 across MFP2 TRIP CIPUT T34-9/10 Closed Circuit 1 TS3 across MFP TRIP CH 2 T35-1/2 Closed Cireait . E49 TS4 across RECTE RESET T39-3/4 open Circuit TS5 across RECTE BLOCK T39-5/6 Open circuit (t.19) 2.5 Verify the status of each switch. , (a) Bypass Switch Normal (b) Door Switch (Door Open) Override (E49 , 2.6 Connect Channels 1 through 6 of the oscillograph to the following points: (a) channel 1 to T312-9/10 . m (b) Ch=na=12 to T311-5/6 (E49) 49 (c) Channel 3 to T31-5/6 (d) Chann=1 4 to T32-5/6 (e) Channel 5 to T33-5/6 (f) Channel 6 to T38-5/6 2.7 Place C31 and C32 in the ON position. C31. C32 CN 2.8 Verify the voltages indicated. g pA G.e,7 (a) T314-4 referenced to T314-6 (a) +15.0 5 VDC /f O /b (b) T314-1 referenced to T314-6 (b) -15.0
. 3 WC -M9M (c) T314-5 referenend to T314-6 (c) +10.02.050 7bC /O.0/ Y SIZE CCOE ICENT NO.
m I e io -.m A 99789 TP 3294-t032
- - . . _ . GEh-M wTnouaonatemasonn340N REV A 3HEET 4 l
VUA)-/] Limit Measurenent
. J 2.9 Connect the two power suoplies and DPDT switch as snown, using shielded cable where indicated. .gg TS6 PSI + 0 4 :
] o T813-11 l OFfo j j IN914B X l
- - I PS2 +
T Ii 1 o y y O TBl3 -12
,; a o T B l 3-lO e-2.10 Open the Bistable Hysteresis Switch +5.000_+.001 VDC 6.000 S17. Measure the voltage at the SP Tesc Jack and adjust the SP level to 5.000 v d.c.
2.11 Close S17, ceasure and record the SP d~. /8_.'2 voltage at the SP Test Jack. Place T313-11/12 6 / 7.2 TS6 in ON and adjust PSI to the SP Trip ON 4$ level plus 20 m4111 volts seasured between TB13-11/12, and record the level. Verify that the 31 stable Trip Indicator is ON. SIZE CODE 10ENT No. O AUTCMATICNINDUSTR:ES.!NC. A Ma j1 wino LABORATCR1ES DMSCN M /O TP 339/*-103T,
. _ _ - ._. . M d. h. Yn =
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I Rus)- /~7 Li=1e Measure ent 2.12 Place TS6 in the O U position. 4.98+.005 Y. 98 Adjust PS2 to +4.98 v d.c. :nessured TRIP OH (E19 between T313-11/12. Verify that the Sistable Trip Indicator is C E. Leave TS6 O E. - 3.0 SEISMIC ELECTRICAL TEST NOTE .- - .. All of Section 3.0 vill be performd .. __ during the 30-second seismic run. 3.1 Upon the initiation of the seismic 17P-1/5 ON . . . .. run, place TS1 and TS2 in the OPEN position. Verify that !EP-1/5 indicator turns ON. { l 3.2 Place TS3 in the OPEN position. TRIP ON Verify that the TRIP indicator turns ON. 3.3 . Place TS6 ON, wait two seconds. TRIP ON (56 ON)
. return TS6 to O R. Verify that TRIP OE (56 OW) (Elh the 31 stable trips and resets in accordance with the switch position.
3.4 Place TS5 in the CLOSED position. TRIP CN OE19 Verify that the TRIP indicator * ~ SIZE CCCE IDENT NO.
@ AUTOMAffCNINOUSTntES tNC. A M e"')
jr vtTnot.AacnATomiasDMSICN M /Q TP 3394-1032 I - ..- - .. .. , Y , e ." _ )- l nry swerT- 2 i
Ud- /) Limit Measure . int i 3.4 remains ON and the 3 LOCK indicator (contd) turns ON. 3.5 Place TS5 in the OPEN position, MFP-1/5 0FF TS1, TS2, TS3 in the CLOSED position. TRIP ON N Verify that the MFP-1/3 indicator 9/ BLOCK ON turns OFF, the TRIP indicator rammins ON and the BLOCK indicator remains ON. 3.6 Place TS4 in the CLOSED position. TRIP OFF Verify that the TRIP and the BLOCK BLOCK OFF 'I indicators turn OFF. 4.0 TEST RESULTS VERIFICATION 4.1 At the conclusion of the seismic TRIP OFF A~i - run, place TS4 in the OPEN position. BLOCK OFF Verify that ths
- RIP and the BLOCK indicators r===in OFF.
i 4.2 Verify that the voltage at the SET- 5.000 VDC _-0.050 V I /6/ ' i i PODrr JACK is within the limits. ! t i 4.3 Verify that the recordings of Channels 1 through 6 on the oscil-lograph are as shown in Figure 1, and as identified by the time si:E
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20 Al- I ') Limit Measurement 4.3 taference designation sisted below: * (con'.d) (.) Opening of TS1 and TS2, see g.tv Step 3.1 (b) Opening of T33, see Step 3.2 ) (c) Closing of TS5, see Step 3.3 (d) Closing of TS1, TS2, and TS3 ,..., and the opening of TS5, see [E 19; Step 3.4 V By observing the waveforms on the E19f 4.4 oscillograph, verify that any deviations constituting a change of state from the model presented in Figure 1 do not exceed 2 ms.
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l l E ERENCE l FIGURE 1. OCILLOGRAPH WAVEFORMS
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! REVISIONS LTR DESCRIPTION DATE APv0 A Incorporate E.O. 46126 01/05/82 ~ * *w EO's A7ACMED
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REY for COMPLETENESS M I DATd N - A INSm Gs ti $k n zogpc>.033 % 5ERIK b.S f l l 'NU , rES TE) 3 '/- UE4S , /'
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CHECMED [ q . fi J .- r,r ANTICIPATORT REACTOR TRIP SYSTEM SEISHIC ELECTRICAL TEST PROCEDURE ENG R/DSGN' * , j, j ,,4;,4g. L, 2 , f, ' A ovEo . N..,< ._g . A 90Vgp , , SIZE CODE IDENT Sec.
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A 99789 T,33,c_103: REV A lSNgET l C r* 9 he c J7 9 <,e
RUJ)-/9 1.0 TEST EQUIPMINT 1.1 One, Fairchild DVM, Model 7100A, or equivalent 1.2 Six, Toggle Switches, DPDT 1.3 Six, Oscillograph Channels, 1 millisecond or less resolution. (Wyle instrumentation channels) 1.4 Two Power Supplies, adjustable 0-10 v d.c., resolution 5 n1111 volts or less l l l l t l l l l l l l l t SIZE CODE IDENT NO. e unouanonmouemes.mc. m - es vmeo t.4aonaloueS OMWoM M /Q -- TP 3394-1031. .-.
$$M=== REV SHEET 2
gou- 19 Limit Measurement 2.0 PR:1DIINARY SETUP 2.1 Place Circuit Breakers (CB1, C32) in C31. C32 0FT the OFF position. 1 ( 19 2.2 Verify that the 115 v a.c. primary Power Applied _ 1 power is connected to the ARTS cabinet. 2.3 Csing shorting straps, make the l following connections: (a) T34-1 to T34-2 (b) T34-3 to T34-4 E19/ (c) T36-1 to T36-2 (d) T36-3 to T36-4 Elh (e) T36-5 to T36-6 Elh (f) T36-7 to T36-8 (g) T36-9 to T36-10 (E19) (h) T36-11 to T36-12 8 C19) __ (1) T35-3 to T35-4 (j) T35-5 to T35-6
'19 (k) T34-11 to T34-12 (1) 735-7 to T35-8
'19 (n) 735-9 to T35-10 E1 (n) T35-11 to T35-12 (o) T313-lO to T313-12 l
~- - - '
SIZE CODE IDENT PeO. - .- - - - - - - - . - - - - - . -- i . - ,,. - m o. - -o TP 3396-1032 l vrmo uaonaropues onssIoM /Q
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Run-M I.imit Measurement 2.4 Connect DPDT switches as indicated. TS1 across lEP1 TRIP INPUT T34-7/8 Closed Circuit TS2 across MFP2 TRIP INPUT T34-9/10 closed Circuit TS3 across MFP TRIP CH 2 T35-1/2 Closed Circuit SI T54 across RDOTE RESET T39-3/4 Open Circuit TSS across RDOTE BLOCI T39-5/6 Open Circuit 2.5 Verify the status of each switch. (a) Bypass Switch Notmal (b) Door Switch (Door Open) Override 2.6 Connect Channels 1 through 6 of the oscillograph to the following points: (a) Channel 1 to T312-9/10 (b) Channel 2 to T311-5/6 (E19) (c) Channel 3 to T31-5/6 19) (d) Channel 4 to T32-5/6 (E.19) (e) Channel 5 to T33-5/6 (f) Channel 6 to T38-5/6 h9) Place C31 and C32 in the ON position. C31, C32 ON 2.7 2.3 Verify the voltages indicated. sES F#GE 8 (a) T314-4 referenced to T314-6 (a) +15.0 5 BC M W6 (b) T314-1 referenced to T314-6 (b) -15.0 . 5 (c) T314-5 referenced to T314-6 (c) +10.02.050 VDC /C.O Y
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$ AufcenAT10N WeDUSTFNES.INC. A =gg TP 3394-1032 vmeoL.AsonaTcwuss omesON M /Q
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Rua-M Limit Measurement 2.9 Connect the two power supplies and DPDT switch as shown, using shielded cable where indicated. , ARTS TS6 PSI + 0 4 o TBl3-Il
\
\ OFro IN91481 {
l PS2 l
+
fI J (j l O TBl3 -12 j t
.; a O T Sl 3-lO e-2.10 Open the 31 stable Hysteresis Switch +5.000_+.001 VDC 5 000 S17. Measure the voltage at the SP Test Jack and adjust the SP level cc 5.000 v d.c.
2.11 Close 517, measure and record the SP d/N voltage at the SP Test Jack. Place T313-11/12 6. / M TS6 in ON and adjust PSI to the SP Trip ON level plus 20 millivolts nessured between T313-11/12, and record the level. Verify that the Bistable Trip Indicator is ON.
.. . ~ . . . . . . _ _ . _
SIZE CODE 10ENT No.
$ Auteena110NINDUSMES.INC A 9c5 wmO uaOnaTOneserviseON M /Q TP 3394-1032 ggh. _
_ _ , _ - - _ _ . - - - REV SHEET 5 . . _ _ we
RUd~ /9 Limit Measurement 2.12 Place TS6 in the OFF position. 4.98+.005 fb l Adjust PS2 to +4.98 v d.c. measured TRIP OFF l between T313-11/12. Verify that the Bistable Trip Indicator is OFF. Leave TS6 0FF. 3.0 SEISMIC ELECTRICAL TEST i NOTE All of Section 3.0 vill be performed during the 30-second seismic run. 3.1 Upon the initiation of the seismic !EP-1/5 ON run, place TSI and TS2 in the OPEN position. Verify that MFP-1/5 indicator turns ON. 3.2 Place TS3 in the OPEN position. TRIP ON Verify that the TRIP indicator 1 i turns ON. 3.3 Place TS6 ON, wait two seconds, TRIP ON (56 CN) return TS6 to 0FF. Verify that TRIP OFF (56 0FF) the 31 stable trips and resets in accordance with the switch position. i 1 3.4 Place TS5 in the CLOSED pcsition. TRIP ON Verify that the TRIP indicator
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6 RVD~/9 Limit Measurement 3.4 remains ON and the 3 LOCK indicator (contd) turns ON. 3.5 Place TS5 in the OPEN position, MFP-1/5 0FF TS1, TS2, TS3 in the CLOSED position. TRIP ON b) 1 E49 Verify that the MFP-1/5 indicator BLOCK ON 1 turns OFF, the TRIP indicator remains ON and the BLOCK indicator remains ON. 3.6 Place TS4 in the CLOSED position. TRIP OFF Verify that the TRIP and the BLOCK BLOCK OFF indicators turn OFF. 4.0 TEST RESULTS VERIFICATION 4.1 At the conclusion of the seismic TRIP OFF run, place TS4 in the OPEN position. BLOCK OFF Verify that the TRIP and the BLOCK indicators r===in OFF. 4.2 Verify that the voltage at the SET- 5.000 VDC _+0.050 7 6. /8/ l POINI JACK is within the limits. l 4.3 Verify that the recordings of I n=nnels 1 through,6 on the oscil-l lograph are as shown in Figure 1, l 1 l and as identified by the time SIZE CODE IDENT NO. l
$ AU10h44TIONIMOUSMES.Sec.
---- A 99789 TP 3394-t032 ;
hybase i _ _ . _ __.._ ~ _ _- _ . - REV SMEET 7 , , , _ m.
fMA/-N Limit Measurerent 4.3 reference designation listed below: (contd) (a) Opening of TSI and TS2, see I* Step 3.1 . (b) Opening of TS3, see Step 3.2 (c) Closing of TSS, see Step 3.3 (E19) (d) Closing of TS1, TS2, and TS3 and the opening of TS5, see Step 3.4 E19 4.4 By observing the waveforms on the oscillograph, verify that any deviations constituting a change of state from the model presented in Figure 1 do not exceed 2 ns. pore: THE /C Ve< T PonUER'$uPPcv man.surtme.ars en
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'OPEN RELAY 5
CONTACT CHAN1 sCLOSED
'OPEN RELAY 4 CONTACT CHAN 2 sCLOSED TRANSISTOR ' 0FF Vee 10V, Ic 10 Ma
- C = TB ( ) -5 E = TB ( ) -6 CHAN 3 s ON
' 0 FF TRANSISTOR Vee 10V, Ic 10 Ma <
C = TB ( ) -5 "^ E = TB ( ) -6 ON TRANSISTOR ' 0FF l Vee 10V, Ic 10 Ma < 1 C = m ( ) -5 E = TB ( ) -6 CHAN S l ON
'OPEN RELAY CONTACT HAN 6 sCLOSED l
C - 0 TIME V V REFERENCE FIGURE 1. OCILLOGRAPH WAVEFORMS SIZE PSCM NO.
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' INCORPORATION '
DATE CHECKED BY JATE lNCORPORATED BY > ~ - - - - - _ _ _ _ _ _ _
naf RUN-19 TEST EQUIBGBT LIST
'o9593 DIGITAL m LTnsTER D.B.P. 2480 R 7-31-82 22770 POWER SUPPLY P.D.P 2005 C.N.R.
SSL 487 POWER SUPPLY HFA 6213 A 'C.N.R. l 4 4<
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