ML20062L929
| ML20062L929 | |
| Person / Time | |
|---|---|
| Site: | Browns Ferry  |
| Issue date: | 06/25/1993 |
| From: | Burr C, Metcalf M NTS/SMA, INC. |
| To: | |
| Shared Package | |
| ML18037A638 | List: |
| References | |
| 60254.04-94N-1, NUDOCS 9401050421 | |
| Download: ML20062L929 (335) | |
Text
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Test Report 60254.04-94N-1 , No. of Pages 177 i
TEST REPORT FOR POINT OF i INSTALLATION ELECTROMAGNETIC I INTERFERENCE (EMI) MAPPING OF . o CONTROL ROOMS AND REFUEL _ FLOOR, BROWN'S FERRY STATION, UNIT #1, #2, AND #3 .;
FOR 'l TENNESSEE VALLEY AUTHORITY BROWN'S FERRY NUCLEAR PLAhT P.O. BOX 2000 '
DECATUR, AL 35609-2000 Purchase Order No. RP2409-26 3 Prepared by: *b Chnstopher T. Burr, EMC Test Engineer Date ' C-23-933:
NTS/ Northeast -
533 Main Street, Acton, MA 01720 ene e :
drL ' Date 1 Marti JM etcalf,EMC Manager /NVLAP Approved Signatory.
- NTS,g .
4ortheast Reviewed and -
N \fr Approved by: l
- _. Date b 3 13 Qualky" Representative - [.
NT Northeast f .
' KHD/EMI/60254-04.-1 i
9401050421 931223 @
, .PDR-
- p. ADOCK 05000259' PDR .[9
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.j TABLE OF CONTENTS ;
' SECTION PAGE NO. j
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1.0 INTRODUCTION
1-1
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- r. 1.1 Purpose ._.
1.2' Tests Performed .,
1.3 Test Subcontractors - .
1.4 Plant Operations Interface and Site Work Controls 'i 2.0 APPLICABLE DOCUMENTS - 2 t.
.d 3.0 GENERAL TEST REQUIREMENTS 3-1 3.1 . Description of Test Facility -!
3.2 Description of the Ground Plane >
3.3 Test Equipment . .
s
.7
.33 . Post Measurement Data Analysis (Emission Tests) !
3.5 Narrowband/ Broadband Discernment . Ll 3.6 . Measurement Accuracy a 1
4.0 CONTROL ROOM AND REFUEL FLOOR . .
DESCRIPTION, IDENTIFICATION AND OPERATION 4-1 .;
4.1 Description 4
4.2 Identification i
'4.3 Verification of Operation 1
. 5.0 EMISSIONS TEST REQUIREMENTS ' 5-II ,
5.1 Conducted 5.2 Radiated 5.3 Locations ti 5.4 Antenna Positions:
J 6.0 TEST PROCEDURE ~ 6-1 H
- 6.1 . Conducted Emissions, Method CE01, Power and Signal leads, 30 Hz to 15 KHz - g 6.2 Conducted Emissions, Method CE03,-
li Power and Signal leads,15 KHz to 50 MHz . -
' 6.3 Conducted Emissions, Method CE07, Switching .
Transients, Time Domam .
I Report No.' 60254.04-94N-1 ' ]-!
Page No.11 j L ci
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TABLE OF CONTENTS !
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- SECTION PAGE NO.
6.0 TEST PROCEDURE 6-1 6.4 Radiated Emissions, ;.lethod REXX, DC Magnetic Field :
6.5 Radiated Emissions, Method RE01, AC Magnetic Field,30 Hz to 50 KHz 6.6 Radiated Emissions, Method RE02, Electric Field,14 KHz to 1 GHz 6.7 Radiated Emissions, Method RE02.1, Electric Field, Hand-held Radio Profile 7.0 TEST EQUIPMENT IlST 7-1 8.0 TEST SETUP 8-1 9.0 TEST DATA 9-1 9.1 Test Data Synopsis 10.0 ANTENNA / PROBE CORRECTION FACTOPS 10-1 11.0 PHOTOGRAPHS 11-1 Report No. 60254.04-94N-1 Page No. ii
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1.0 INTRODUCTION
1.1 Purpose This test report presents the data collected aM describes the methods used for ,
point of installation electromagnetic interference mapping of the Control Rooms and Refuel Floor at Tennessee Valley Authority's Brown's Ferry Station, Unit #1, #2, and
- 3. Testing was performed in accordance with the methodology of this document, referencing IEC 801-3, Edition 1, SAMA Standard PMC 33.1-1978, MIIeSTD-1399, MIIrSTD-461C, and MII STD-462.
A The GE Numac system has had radiated sasceptibility testing performed on it. ;
The EMI mapping performed presents the actual EMI profile the system is exposed to, as installed, and will be used to determine whether the susceptibility testing was !
performed at the appropriate levels.
i At each point tested, the electric and magnetic field strengths were measured in i
the X, Y, and Z axes and recorded in the orientation that presented the worst case emissions level. The frequency range for this testing was from DC to 1 GHZ.
Verification of a 6 db margin (minimum) between the GE Numac (RBVRM) susceptibility test levels and the Control Rooms and Refuel Floor Emissions Noise Profile will be performed. Reference NTS Report No. 60254.04-94N-2. If a determination is made that the 6 db (minimum) margin does not exist, further suscepdbility testing should be performed on the GE Numac system, at adequate levels to insure that a 6 db margin exists.
Report No. 60254.04-94N-1 Page No.1-1
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1.0 INTRODUCTION
(continued) 1.1 Purpose (continued)
All work conducted for this program was performed in accordance with the requirements of NTS/ Northeast's Quality Manual, Revision 3, dated July 14,1992, and NTS/ Northeast Standard Operating Procedure N-4, Revision 0, dated March 19,1990, ensuring the program's compliance to the applicable provisions of 10 CFR, Part 21 and Part 50, Arpendix B.
1.2 Tests Performed NTS performs a majority of its EMI testing for the military in accordance with MIIeSTD-461 and MIIrSTD-462. NTS is accredited by the National Institute of Starviartis and Technology (NIST) under the NVLAP program, to perform testing to these specifications (NVLAP Lab Code #0347). Full details of the accreditation are available upon request. The following tests were performed at Tennessee Valley Authority's Brown's Ferry Plant, Unit #1, #2, and #3.
CE01 Conducted Emissions, Power and Signal 1. cads, 30 Hz to 15 KHz CE03 Conducted Emissions, Power and Signal Izads,15 KHz to 50 MHz CE07 Conducted Emissions, Switching Current Transients, Time Domain REXX Radiated Emissions, DC Magnetic Field RE01 Radiated Emissions, AC Magnetic Field,30 Hz to 50 KHz RE02 Radiated Fmittions, Electric Field,14 KHz to 1 GHz l
RE02.1 Radiated Emissions, Electric Field, Hand-held Radio Profile Note: REXX is a Test Procedure which is not covered by the NVLAP accreditation. ;
l Report No. 60254.04-94N-1 1
Page No.1-2
1.0 kNTRODUCTION (continued) 1.3 Test Subcontractors All testing was performed by NTS personnel.
1.4 11 ant Operations Interface and Site Work Controls ')
Manipulation or operation of plant equipment was performed in accordance with Tennessee Valley Authority Special Test 0-ST-93-01. NTS obta'med plant operation !
permission to connect and disconnect test equipment current probes and ground straps.
5 Report No. 60254.04-94N-1 Page No.1-3
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2.0 APPLICABLE DOCUMENTS NTS TP #60254.02-94N-1 Test Procedure for Point of Installation Electromagnetic !
Interference (EMI) Mapping of Control Rooms and Refuel .; ;;
Flor, Brown's Ferry Station, Units #1, #2, and #3 O-ST-93-01 TVA Special Test EMI Mapping Rev 0, dated 4/28/93 IEC Standard 801-3 Intemational Electrotechnical Commission IEC Standard, Edition 1, dated 1984 SAMA PMC33.1-1978 Electromagnetic Susceptibility of Process Control' Instrumentation, Scientific Apparatus Makers Association l MIIeSTD-461C Electromagnetic Emission and Susceptibility Requirements for the Control of Electromagnetic Interference, dated 4 August 1986 MIL-STD-462 Electromagnetic Interference Characteristics Measurement of, dated 31 July 1%7 .
MIIeSTD-463 Definitions and System of Units, Electromagnetic !
Interference and Electromagnetic Compatibility Technoloty-MIIeSTD-45662A Calibration Systems Requirements dated 1 August 1988 DI-EMCS-80201 Electromagnetic Interference Test Report MIIeSTD-1399 Interface Standard for Shipooard Systems, DC Magnetic Section 070, Part 1 Field Environment, dated 26 February 1979 -
Code of Federal Regulations, Title 10, Part 50, Appendix B, Ouality Assurance Criteria for Nuclear Power Plants 4 and Fuel Renrocessine Plants, January 1988 Code of Federal Regulations, Title 10, Part 21, Reconing of Defects and Noncomoliance, as of January 1988 NTS/ Northeast Quality Manual, Revision 3, dated 14 July 1992 IE Information Use of Portable Radio Transmitters Inside Nuclear No. 83-83 Plants i
-i~
Report No. 60254.04-94N-1 Page No. 2-1
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t 3.0 GENERAL TEST REOUIREMENTS 3.1 Description of Test Facility
' The Control Rooms and Refuel Floor Environment is located at Tennessee Valley -
Authority's Brown's Ferry Station, Unit #1, #2, and #3 in Athens, Alabama. All existing equipment was located as it is normally installed.
3.2 Description of the Ground Plane The EMI testing at Tennessee Valley Authority's Brown's Ferry Station was not located on a physical ground plane as is normally done in a shielded enclosure. Earth ground interconnections were hard wired in their normal configuration and all EMI test equipment was hard wired to earth ground.
3.3 Test Eauipment All test equipment was checked prior to testing to assure that it was within calibration, and it was allowed sufficient warm-up time to guarantee measurement accuracy.
Calibration is performed and checked on a routine basis in accordance with MIL-STD-45662A, using standards traceable to the National Institute of Standards and Technology (NIST).
Report No. 60254.04-94N Page No. 3-1
l 3.0 GENERAL TEST REOUIREMENTS (continued) 3.4 Post Measurement Data Analysis Emission Tests)
The Hewlett Packard (HP) 8566S Automated Microwave Measurement System is software controlled and is used for makmg automated commercial and military emissions measurements. The EMI measurement system is comprised of a spectmm -
analyzer, RF pre-selector, CPU, display unit, printer / plotter, disk drive, keyboard and control knob as listed in Section 7.0. This measurement system is nomully located in a shielded test equipment room and is connected via coaxial cable to test antennas or current probes in the shielded test chamber.
Output from the current probe or antenna in the shielded test chamber is fed through the appropriate preamplifier to the HP8566B Spectrum Analyzer. The HP310 CPU controls the bandwidth and scannmg speed of the spectrum analyzer and ensures a continuous scan of all frequencies in the desired range.
The basic scheme of the measurement is that the CPU processes the trace data from the spectrum analyzer at the end of a sweep, initiates the next sweep, and processes the data from the previous sweep while the current sweep is occurring. Processing of trace data involves corrections for transducer correction factor, preamplifier gain and external attenuation and then plotting it on the display unit for visual feedback of the tests' progress. Test results are displayed in log frequency format. Test results can be stored in the library disc for future n:ference or creating a hard copy.
When measuring radiated emissions, the program automatically signals the spectmm analyzer to halt the measurement process when the upper frequency range limit Report No. 60254.04-94N-1 Page No. 3 e
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3.0 GENERAL TEST REOUIREMENTS (continued) 3.4 P_of Measurement Data Analysis Emission Test 0 (con:inued) of the current antenna is mached. A message is then displayed on the Display unit instructing the operator to change the antenna and/or amplifier for the next frequency ,
sweep range.
The system program consists of four major sections: tir *st Library, the Data Library, the Measurement section and the Test Setup table. The Test Setup table includes the Transducer and Limit Libraries which are used for storing transducer factor values and commonly used emission limits. ,
Transducer tables for the current probes and antennas am listed in Section 10.0.
3.5 Narrowband/ Broadband DiKhnnient The Narrowband/ Broadband emissions determination is made by manually tuning to the frequency of interest (center fmquency) and recording the frequency and amplitude.
The analyzer or receiver will then be tuned over a range of +/- 2 Impulse Bandwidths (IBW) around the center frequency. ,
A change in peak response of 3 db or less indicates a Broadband emission. Any change of greater than 3 db indicates a Narrowband emission.
3.6 Measurement Accuracy All measurements were made in accordance with MII<STD-462 and have the - [
following accuracies (Reference Section 7.0 Test Equipment List).
Report No. 60254.04-94N-1 Page No.-3-3 f
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l 3.0 GENERAL TEST REOUIREMENTS (continued) 3.6 Measurement Accuraev (continued)
A. Frequency Accuracy: Where specified limits are exceeded, the frequency '
accuracy of the measurements shall be accurate to within 0.1 % . .
. Verification with a frequency counter or other measuring device was required.
B. Amplitude Accuracy: Amplitude accuracy is be 2 db.
Report No. 60254.04-94N-1 Page No. 3-4
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4.0 CONTROLROOM ANDREFUELFLOORIDENTIFICATION ANDOPERATION ,
4.1 Descriotion The Control Room and Refuel Floor is located at Tennessee Valley Authority's '
Brown's Ferry Station, Unit #1, #2, and #3, in Athens, Alabama. The control room's
> physical layout is depicted in Figure 4-1 and shows all permanent equipment. The use of hand-held radios are restricted within the contrul room at control panels 9-10 and 9-12, and need to be considered as part of the Control Room environment. The Refuel Floor layout is depicted in Figure 4-2 and shows all permanent equipment. The use of hand-held radios is restricted on the Refuel Floor, but some amount of energy is expected '
to penetrate the area and needs to be considered as part of the Refuel Floor environment.
4.2 Identification The control room equipment is listed in Figure 4-3 and 4-4 and the Refuel Floor equipment is listed in Figure 4-5. ,
4.3 Verification of Ooeration The available Control Room and Refuel Floor equipment was powered on and allowed to stabilize. Verification to insure that the available equipment is' fully operational was performed prior to, during, and after each EMI test, as necessary to -
confirm proper operation of available Comrol Room and Refuel Floor equipment.
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FIGURE 4-5: REFUEL FLOOR EQUIPMENT LIST IDENTIFICATION LOCAL PA>CL ESCRIPTICH GC-*CO- f W A .-
NO. DRAW!NG NO.
25-19 STAPOSY LIQJID CDsTROL PA>CL CC 8:7C2557
- 47W600-56 25-23 PC SET A PANQ. CE 9210252 a 7w600-84 25-24 MG SET S PA>CL M 9280252 47w600-84 25-37 FUCL P00. Sx1M>CR SURCC Tate ( PAPCL CE II7C3821 47W600-801 25-180 RCw TO *C SET A OIL CCOLER PA>CL 47W600-84 25-188 pCW TO MG SET 8 OIL Co0LER PA>CL 47w600-84 25-283 PRIMARY CINTAIPeOff SYSTEM PAPCL A 47w600-826 25-215 REFLELING 20PC PAPCL 47w600-127 25-289 REFUELING 2DC PASCL 47W600-826 25-220 REnELI8C ZDC DANEL 47W600-127 25-228 DEAcim ZUC PA*CL 47W600-127 25-222 ORYwELL/RC ACTOR ZDC EXH PAPCL 47w600-126 25 233 FUEL POOL $x!>+CR SWGr. Tape ( PA*CL 47W600-138 Frequency (hGiz) Output Power Station Narne (XMT/RCV) (Watts)
F1 Repeater 172.025/162.025 75 F2 Repeater 173.050/164.250 75' F3 Repeater 173.7625/166.250 75 F4 Repeater 172.450/164.750 100 Security On-Site Repeater 171 3 875/163.375 75 Security Off. Site Radio 38.98 100 Security Sheriff's Radio 465.200/460.200 20 Paging Transadtter 172.425 90 T&CS (PSO) Radio 411.825/417.825 25 F1,F2,F3,F4,and Portable Radios (WalkieTalkies) 163.100,167.100,168.350 6 SWEC Base Station Radio 151.500/151.625 20 SWEC Portable Radios (Wallde Talkies) 151.625/151/500 5 Fire Protection #1 F1. F2, F3, F4 40 Fire Protection s2 458.375/453.375 114 Repon No. 60254.04-94N-1 Page No. 4-6
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5.0 EMISSIONS TEST REOUIREMENTS NTS performed the following emissions tests:
5.1 Conducted ,
- . Conducted Emissions, Method CE01, Power and Signal Leads, 30 Ih to 15 KHz, Common and Differential Mode e' Conducted Emissions, Method CE03, Power and Signal Leads,15 KHz to 50
- MHz, Common and Differential Mode -
- Conducted Emissions, Method CE07, Power ' and Signal Leads, Switching -
Transients, Time Domain, Common and Differential Mode When performing common mode conducted emissions measurements on sisial cables, the current probe was placed around as many cable bundles as possible in the' ,
cable bundle. Similarly, when performing common mode measurements on power leads, the probe was placed around as many conductors as possible including the ground wire.
(where applicable).
When performing differential mode conducted emissions measurements on signal leads, the current probe was placed around the conductors in the cable bundle that are -!
most exposed to electric and magnetic fields. These are typically the conductors that break out of the bundle and run the greatest distance to the point of termination.
Control Rooms #1, #2, and #3, Conducted Emission Test leads / Bundles:
ARM 1,2, & 3 RM090140/142 J15 Common Mode Power Bundle - CE01, CE03 J15 Differential Mode Phase Line - CE01, CE03, CE07 J15 Differential Mode Neutral Line - CE01, CE03 J62/J64 Common Mode Signal Bundle - CE01, CE03, CE07
?
t Report No. 60254.04-94N-1 Page No. 5-1
il -
5.0 EMISSIONS TEST REOUIREMENTS (continued) 5.1 Conducted (continued)
ARM 1,2, & 3 RM090141/143
- J15 Common Mode Power Bundle * - CE01, CE03 J62/J64 Common Mode Signal Bundle - CE01, CE03
- No access for Phase or Neutral differential measurements.
5.2 Radiated
- Radiated Emissions, Method REXX, DC Magnetic Field
- Radiated Emissions, Method RE01, 30 Hz to 50 KHz
- Radiated Emissions, Method RE02,14 KHz to 1 GHz e Radiated Emissions, Method RE02.1, Hand-Held Radio Profile When performing radiated emissions testing, the field strengths were measured in the X, Y and Z axis and recorded in the orientation that presented the worst case emissions level.
5.3 Location The following areas have been identified as the pnmary areas of concern with the plant.
5.3.1 Control Room Units 1. 2. & 3
- Control Cabinet - Panel 9-10 5.3.2 Refnel Floor Units 1. 2. & 3 e Refuel Platform Booms Report No. 60254.04-94N Page No. 5-2
1 5.0 EMISSIONS TEST REOUIREMENTS (continued) 5.4 Antenna Positions i For RE01 and RE02 antenna locations, see pages 5-3 and 5 4. Note that maintenance isle did not allow a full 1 meter distance from rear of panel 9-10. The RE02 antennas were placed at isle mid-point for this data.
i
-I Report No. 60254.04-94N-1 Page No. 5-3
=
'.l 60254 TVA/ BROWN'S FERRY CONTROL ROOMS #1,#2,and #3 ANTENNA POSITION s
O O 8 @ e i MAINTENANCE ISLE CONTROL PANELS 9-10 CONTROL ROOM ,
@ @ e
@RE01ANTENNAPOSITIONS.
(30cm from cabinet) g RE02 ANTENNA POSITIONS:
(1m from cabinet) 5 4
1 B0254 TVA/ BROWN'S FERRY REFUELING FLOOR ANTENNA POSITIONS R-5 P-LINE UNIT # 1 REACTOR -
ZONE EXHAUST SENSORS '
]0142A/B I-BEAM UNIT #1
- 9 00 0143A/B
~@ 0000 0140A/B 0141A/B
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R-10 P-LINE UNIT # 2 REACTOR ZONE EXHAUST SENSORS Q 0143A/B UNIT #2 I-BEAM /
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1:
- l 6.0 TEST PROCEDURE 6.1 Conducted Emissions. Method CE01. Power and Signal Leads. 30 Ih to 15 ,
KIk ... Reouirements , Conducted emission measurements, from 30 Hz to 15 KHz, were made in accordance with NTS TP #60254.02-94N-1 and the apolicable portions of Test Method CE01 of MIL-STD-462. Reference Page 8-2. Procedures The Control Room and Refuel Floor Environment was set up and operated as specified in Section 4.0 of this procedure. An A.H. Systems Clamp-on Current Probe, Model BCP-200/510, was connected to a Hewktt Packard Automated Micmwave Measumment System, Model 8566S throagh a 25-foot length of RG214/U coaxini cable. The probe was clamped around a selected powcr lead or signal bundle, as close as practicable to the control cabinet panel 9-10 Rack Reactor Building Radiation Monitors (RVBRM) power input connector and the frequency range was slowly swept from 30 Hz to 15 KHz, and plots were generated for narrow band measurements. Reference Test Data, Section 9.0. 6.2 Conducted Emissions. Method CE03. Power and Sinnal Leads.15 KHz to 50 MHz Reouirements Conducted emission measurements, from 15 KHz to 50 MIh, were made in accordance with NTS TP #60254.02-94N-1 and the applicable portions of Test Method CE03 of MIL-STD-462. Reference Page 8-3. Report No. 60254.04-94N-1 Page No. 6-1 I
q7 m 6.0 - TEST PROCEDURE (continued) . 6.2 Conducted Emiccienc: Method CE03. Power Leads.15 KHz to 50 MHz (continued)
~~
Procedures . t
~
The Control Room and Refuel Floor Environment was set up and operated as- ,
. specified in Section 4.0 of this report. An A. H. Systems Clamp-on Current Pmbe,-
Model BCP-200/511, was connected to a Hewlett-Packard Automated Microwave-Measurement System, Model 8566S, through a 25' length of RG214/U coaxial cable. t The current probe was clamped around a selected power lead or signal bundle, as close . ; as possible to the control cabinet panel 9-10 RBVRM Rack power input connector and the analyzc was swept over the frequency range from 15 KHz to 50 MHz, and plots ; were generated for both Narrow and Broad Band measurements. Reference Test Data,- !
.I Section 9.0.
6.3 Conducted Emiccions. Method CE07. Switchina Trariciente= T"une Dammin 'j Requirements i Conducted emissions switching tranients, time domain, were measured in accordance with NTS TP #60254.02-94N-1 and the applicable portions of Test Method ! v CE07 of MIIeSTD-462, Reference Page 8-4. ! Procedures The Control Room and Refuel Floor was set up and operated as specified in_ , i Section 4.0 of this procedure. A Tektronix oscilloscope,'Model 520, and PCir30 - current probe was clamped around a selected power lead or signal bundle. Transients caused by normal plant operations and cycling of specific loads, relays and sensors were ~ trapped and stored by the oscilloscope as they occurred. The resulting transients l Report No. 60254.04-94N-1 , Page No. 6-2 ; i e
a 6.0 TEST PROCEDURE (continued) 6.3 Conducted Emissions. Method CE07. Switchine Transients. Time Domain (continued) ,, captured on steady-state data were printed and stored on electronic media. . 6.4 Eadigted Emissions. Method REXX. DC Marnetic Field Reauirements Radiated emissions, DC Magnetic Field, were measured in accordance with NTS TP #60254.02-94N-1 and the applicable portions of AUIeSTD-1399, Section 070, Part
- 1. Reference page 8-5.
Procedures The Control Room and Refuel Floor Env onment was set up and operated as specified in Section 4.0 of this procedure. A Magnetic Instrumentation Gaussmeter, Model 912, was set up with its measurement probe located in the "X axis" location of the units' probe fixture. The measurement probe orientation was then changed through multiple axes until a worst case level was detected. Measurements of the DC magnetic field were taken and recorded on data sheets. Reference Section 9.0. The remaining mapping locations were measured following the preceding procedure. 6.5 Radiated Emissions. Method RE01. AC Magnetic Field. 30 Hz to 50 KHz Reautrements Radiated emissions, magnetic field, from 30 Hz to 50 KHz were measured in accordance with NTS TP #60254.02-94N-1 and the applicable portions of Test Method RE01 of MII STD-462. Reference page 8-6. Report No. 60254.04-94N-1 Page No. 6-3
6.0 TEST PROCEDURE (continued) 6.5 Radiated Emissions. Method RE01. AC Magnetic Field. 30 Hz to 50 KHz (continued) ... Procedures . The Control Room and Refuel Floor Environment was set up and operated as specified in Section 4.0 of this procedure. An A. H. Systems Loop Sensor Antenna, Model SAS-200/560, was placed in the "X axis" location of its antenna fixture. The output of the loop antenna was connected to an HP Model 8566S, Automated Microwave measurement System, through a 25-foot length of RG214/U coaxial cable. The antenna orientation was then changed through multiple axes until a worst case level is detected. The spectrum analyzer swept over the frequency range from 30 In to 50 KHz and plots were generated for the frequencies of maximum radiation. The remaining mapping locations were measured following the. precedmg procedure. 6.6 Radiated Emissions. Method RE02. Electric Field.14 KHz to 1 GHz Reauirements Radiated emissions, from 14 KHz to 1 GHz, were measured in accordance with NTS TP #60254.02-94N-1 and the applicable portions of Test Method RE02 of MIL-STD-462. Reference Page 8-7. Procedures The Control Room and Refuel Floor Environment were set up and operated as specified in Section 4.0 of this procedure. The antennas used during the performance of this test wem as follows: Report No. 60254.Gt-94N-1 Page No. 6-4
6.0 TEST PROCEDURE (continued) 6.6 Radiated Emissions. Method RE02. Electric Field.14 KHz to 1 GHz (continued) ... Freauency Antenna Coaxial Cable Polarization .
.014-30 MHz Active Rod 25' of RG9B/U Omni-Dutotrual 30 - 300 MHz Biconical 25' of RG9B/U Vertical /Horiz.
300 - 1000 MHz Img Periodic 25' of RG9B/U Vertical /Horiz. Measurements from 14 KHz to 1.0 GHz were performed using the appropriate antenna with the corresponding coaxial cable connected to a Hewlett Packard Automated Microwave Measurement System, Model 8566S. The antenna axis orientation was changed until a worst case level was detected. Plots were generated for both narrow and broad band measurements. Reference Section 9.0. The remaining mapping locations were measured following the preceding procedure. 6.7 Radiated Emissions. Method RE02.1. Electric Field. Hand-held Radio Profile Recutrements , Radiated emissions, from 38.98 to 465.200 MHz, were measured in accordance with NTS TP #60254.02-94N-1 and the applicable portior.s of Test Method RE02 of MIL-STD-462. Reference Page 8-7. Procedures The Control Room and Refuel Floor Environment was set up and operated as specified in Section 4.0 of this procedure. The radios were tested, at each of their operating frequencies, in a continuous communication and keying communication mode of operation. The antennas used during the performance of this test were as follows: , i Report No. 60254.04-94N-1 Page No. 6-5
'6.0 TEST PROCEDURE (continued) 6.7 Radiated Emissions. Method RE02 I. Electric Field. Hand-held Radio Prg file j (continued) _,. 1 1
- Freauency Antenna Coaxial Cable !
30 - 300 MHz Biconical- 25' of RG9B/U i 300 - 1000 MHz Log Periodic 25' of RG9B/U Measurements from 38.98 to 465.200 MHz, were performed using the appropriate ' i antenna with the corresponding coaxial cable connected to a Hewlett Packard Automated q j 1
~
Microwave Measurement System, Model 8566S. The transmitting antenna axis 1 orientation (hand-held radio) was changed through multiple axes until a worst case level ! was detected. The radios was operated outside from the sensor restricted locations on the Refuel Floor, and the raeasurements were repeated. 'Other site specific radios and known sources of noise were " keyed" or activated as much as feasible. Plots were - ;. generated for nar' 'w band measurements. Reference Section 9.0.- Note: In past years, actuations of engineered safety features or loss of offsite power { j
~
events have been caused - by Electromagnetic Interference (EMI)- from hand-held communications radios (walkie-talkies). Electromagnetic Interference can cause induced 1 ' voltage / current signals in electronic circuitry. These events are significant because the actuations.that occurred resulted. in plant: transients that challenged plant operators and safety systems. Due to the fact that this EMI was spurious in nature, event cause was difficult to determine. The use of portable radios was later addressed in IE Information Notice No. 83-83: Use ' of Portable Radio Transmitters Inside Nuclear Power Plants. ,
-f i
s Report No. 60254.04-94N-1 Page No. 6-6 l L i 1.I
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LIST GENERATED ON : 06/18/93 NTS Equipment List t C MJO # 60254 -944 INV # DESCRIPi!DN MANUFACTURER M00EL # SERIAL # RANGE ACCURACY CAL FREQ CAL DUE CAL (months DATE ' STATU
.......................................................................................................................................).................S AM353 MICROWAVE AMPLIFIER HP 83499 2644A01675 1 GHZ TO 20 GHz, 1 +/-1.25Ds 12 01/04/94 CAL AM358 CURRENT PROBE AMPLIFIER TEKTRONIX AM503 8090799 DC TO 100 MHZ ATTEN.:+/-3% 12 09/09/93 CAL AM3584 CURRENT PROGE TEKTRONIX A6302 8013152 DC TO 50 MHZ GAIN:+/-3% 12 09/09/93 CAL AN341 00U8. RIDG. Gul'JE ANT. ELECTRGIETRICS RGA-50/60 2661 1 TO 18 GHz +/ 2dB 12 08/05/93 CAL AN345 ANTENNA SET EMCO 33018 2600 30H2-50MM2 +/-208 12 10/20/93 CAL ML353 DIGifAL MULTIMETER FLUKE 8050A 2244408 10 U -1000 VDC DCV:+/-(.03%RDG 6 10/09/93 CAL ML390 GAUSSMETER MAGNETIC INST. 912 24525 to ma to 100 KG OC:+/-(.4%RDG+ 12 06/16/93 CAL ML565 AC-DC CURRENT PROBE FLUKE V8100 4165116 0-200 amp 0-200 Hz:+/-2% 12 09/24/93 CAL MW385 AffENUATOR WEINSCHEL 1-20 AC-1389 50 OHMS, 20 DBM DC +/ .5dB 6 06/12/93 CAL MW397 ATTENUATOR SET WEINSCHEL AS-6 4975 DC to 18 GHZ, 3,6,10,20, 3,60s:+/ .308 6 07/05/93 CAL MW399 ATTENUAf0R WEINSCHEL 47 10-34 AR8807 DC TO 18 GHZ,10 dB, */ .5dB 6 06/10/93 CAL
'WA4194 SPECTRUM ANALYZER HER ETT PACKARD 856608 2637A03960 100 Hz TO 22 GHz SEE MTR SPEC 12 10/03/93 CAL WA4198 DISPLAY HEWLETT PACKARO 85662A 2648A14030 100 Hz TO 22GHz SEE MTR SPEC 12 10/03/93 CAL WA419D PRINTER HEVLETT PACKARD 2225A 2711S30085 N/A N/A NCR WA419E CPU HEWLEfi PACKARD 310 2650A16374 N/A N/A NCR WA419F DISK DRIVE HEWLETT PACKARD 91538 2647A02231 N/A N/A NCR WA419G COLOR MONiiOR HEWLETT PACKARD 35741A 8702J23017 N/A N/A NCR WA4198 KEYBCARD HEWLEff PACKARD 46021A 2643320718 N/A N/A NCR WA419J PLOffER HEWLETT PACKARD 74754 2641v10784 N/A N/A NCR WA419K RF PRESELECioR HP 85685A 2917A00736 20 HZ TO 2 GH2 +/-2DBc1GHZ 12 08/03/93 CAL WA419J PL0 ITER HEWLETT PACKARD 7475A 2641V10784 N/A N/A NCR CALIORATION ABEREVIATIONS l
UWCE - USE WiiH Call 8 RATED EQUIPMENT C80 - CALIBRATE BEFORE USE ! '! NOM - NOT USED FOR QUANTITATIVE MEASUREMENTS CAL - Call 8 RATED PAGE NO. H
.. m LIST CENERATED ON : 06/18/93 NTS Equipment List FOR MJO # 60254 -94N INV # DESCRIPil04 MANUFACTURER MODEL # SERIAL # RANGE ACCURACY CAL FREQ CAL DUE CAL DATE STATUS
...............................................................................................................................(months)
RENTAL EQUlFttENT h CURRENT PROBE CURRENT PROBE AM SYSTEMS AM SYSTEMS AK-18G AK-18G 526 508 11/06/93 CAL 11/06/93 CAL N LOOP ANIENNA AN SYSTEMS AK-18G 588 ACTIVE MONOPOLE 11/06/93 CAL AN SYSTEMS AK-18G 611 11/06/93 CAL 8! CONICAL ANTENNA AH SYSTEMS AK-18G 464 LOG FERIODIC ANTENNA 11/06/93 CAL AM STSTEMS AK-18G F15 11/06/93 CAL S/ ANALYZER HP 85668 10/17/93 CAL PRESELECTOR HP 85685A 10/17/93 CAL COMPUTER HP 300-9153C NCR
- ANTENNA KIT AM SYSTEMS AK-2G GRAPHICS PLOfiER 11/20/93 CAL HP HP7550A UWCE CALIBRATItNI ABBREVIATIONS UWCE - USE WITN CALIBRATED EQUIPMENT ^
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J CE01 Conducted Emissions, 30 Hz - 15 KHz *- 1,
, . t CE03 . Conducted Emissions,15 KHz - 50 MHz
- CE07 Conducted Emissions, Switching Transients, Time Domain *
.l REXX Radiated Emissions, DC Magnetic Field *
-l RE01 Radiated Emissions, AC Magnetic Field,30 Hz to 50 KHz .* '!
RE02 Radiated Emissions,14 KHz - 1 GHz -
- RE02.1 Radiated Emissions, Hand-held Radio Profile
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FIEGLENCY Ditz] SI [ IBuY/shttz] NIL-STD 461C PW 4 - E-02 il ' ' ' k
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FREQUENCY [411] SSI E[ dBuY/a/4tI] SR A A!O l NIL-STD 4610 PART 4 - E-02 l BROW FEFRY 60254.02-94Ni UNIT 2 ANTD MA POSITION 8 llllllll' lllllll l l lll
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FREQUENCY (Wiz) 9 _96 4 l l
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-p 25 May 1993 18:39 56-ENISSION LEVEL I dBuY/m] NARR'WBAND __ MIL-STD 461C PART 4 - RE-02 TVA/ BROWN'S FEMY 60254.03-94N INIl#3 CONTROL RDON PANEL 9-10 UN 3 FN0900140/142 000R OPEN LNITf2 JN STARTLP NDDE - 70 l ... 50 . j i ; l lll j IlA IM dl) /
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FREQUENCY [NHz] 25 May 1993 18 39:56 ENISSION LEVEL i dBuY/m/NHz] BROADBAND MIL-STD 461C PART 4 - RE-02 TVA/ MOWN'S FEFfN 60254.03-94N INITf3 CONTROL RDON PANEL 9-10 AFM 3 RN0900iMffTJ *s wo LNIT#2 IN STARTUP N . OPEN140 ll"1 t2 120 llRD aMI 10D N ,, N gg 4,,1d 1 .i N L JA
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I FREQUENCY IMHz] 9 101
- 1-25 May 1993 .it 03 23 EMISSION LEVEL i dBuY/ml NARROWBAND MIL-STD 46tC PART 4 - RE-02 TVA/ BROWN'S FERRY 60254.03-94N UNITf3 CONTROL ROOM PANEL 9-10 AM 3 M 0900141/143 DDOR OPEN LNIT82 IN STARTUP MODE 70
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Li 25 May 1993 iR 22 5B EMISSION LEVEL l dBuY/a] NARROWBAND-ll l MIL-STD 46tc PART 4 - RE-02 ll l TVA/ BROWN'S FE mY 60254.03-94N INITf3 CONTROL ROON PANEL 9-10 AM3 20900140-143 000RS CLOSED LMIT32 IN STARTtP MODE 70
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25 May 1993 12 22:58 EMISSION LEVEL i dBuY/a/W12} BROADBAND MIL-STD 46tc PART 4 - RE-02 TVA/ BROWN'SFURY 60254.03-94N llNITf3 C MTROL RODN PANEL 9-10 kW3 M D900140-143 DDORS CLOSED INITf2 IN STARTlP N00E 120 IIRD.0MI 100 s , N s 80
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1993 26 May 2043 18: 58: 49 EMISSION LEVEL [ dBuV/m] ee 140 MIL-STO 461C PART 4 - RE-02.1 TVA/ BROWN'S FERRY 602d4.03-94N UNIT #1 CONTROL ROOM' PANEL 9-10 ARb i RM0900140-143 DOORS CLOSED o im UN [ T#2 IN STARTUP MODE /F3 RADIO 120 > 100 NARROWBAND 80 60 m#uADu bre _y L p. , @ ia -- h .+_^?$.AAA) c.
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i t t I p INSTRUCTIONS: Acks the transfer corv$uctance in cE(S) shown above to convert the two-terminal detection system voltage conducted current. for exanple; if the f actor at 20 kHz is +B do(s) and the two-terminal vo tage is 60 do(sy), e conducted current is 68 dB (gA). (or in tinear tervs: 1000 av a 2.5 5 = 2500 sA.) 10 3
l0n25,
~~
A.H. SYSTEMS INC. 9710 COZYCROFT AVE. CHATSWORTH, CA 01311
} (818)998-0223 MODEL: BCP-2OO/510 '
BROADBAND CURRENT PROBE {I OATE: 20-NOV-92 SN: 511 j ___________________________ _____________________________________ i t BROADBAND CURRENT PROBE CALIBRATION
! Transfer Impedance
{ Frequency Factor 3 (dB ohms) e 20 Hz -54.3 1 1 50 Hz -46.4 f 100 Hz -40.5 200 Hz -36.0 ir 500 Hz -31.7 1 KHz -30.0 2 KHz -30.0 ~ 5 KHz -30.0 1C WH: -30.0 l 20 KHz -30.0 50 KHz -30.0 ~ 100 KHz -30.0 200 KHz -30.0 500 KHz -30.0 1 MHz -30.0 CONVERSION FORMULA: dBuA = dBuV - dB ohms 4 J 10
- q a
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IGD 25- _ _ st l.- . f
; A.H.= SYSTEMS INC. -,l l ._ 9710..COZYCROFT~ AVE. !
l j- _CHATSWORTH, CA 91311 +
~ - -
(818)998-02232 i _1
]. MODEL: BCP-2OO/511
i
. BROADBAND CURRENTJPROBE ,
DATE:'20-NOV ' SN: 529 ;
. [. f
__________-- =_=_________-_______________________________________ f _, BROADBAND CURRENT PROBE CALIBRATION i Transfer; Impedance'
~
Frequency Factor o
;(dB ohms) j .
1 KHz -35.8 .i L s 2 KHz -29.8.
..q
- 5 KHz -21.3- l 10 KHz -15.2-20 KHz- - 9.8' L 50 KHz - 4.5 ;
100 KHz - 1.8
- i 200 KHz O.0 500 KHz - 1,0 -
1 MHz 1.0 l
-I ':1 2 MHz 1.0- 2j
_h 5 MHz 1.0-10 MHz 1.0^
, 20 MHz' 1.0 '1
~'
50 MHz - 1. 0E ; q
,1
-100 MHz 1. 0 - 1!
. ., _--________________________________________________________________- q
- CONVERSION FORMULA: dBuA : dBuV - dB ohms' -
e
- 7
-i J 10 5
l .m A.H. SYSTEMS INC. -
~
,025- 9710 COZYCROFT AVE.
J 2 CHATSWORTH, CA 91311 (818) 998-0223
) MODEL: SAS-2OO/560 DATE: 20-NOV-92 SN: 592 ..
~
l} LOOP ANTENNA MODEL SAS-2OO/560 CALIBRATION j ___________________________________________________________________________ Antenna Factor 50 Ohm Load 1M Ohm Load
]
Frequency (dBpT/uV) (dBpT/uV) 20 Hz 78.9 79.9 50 Hz 72.0 72.0
- 100 Hz 66.9 67.5 200 Hz 62.1 60.9 500 Hz 54.3 53.6 1 kHz 49.5 48.1 2 kHz 44.0 42.9 5 kHz 36.5 35.5 ,
10 kHz 31.4 29.5
-_f 20 kHz 26.9 23.1 50 kHz 23.5 15.4 100 kHz
] '
200 kHz 22.9 22.4 8.8 1.5 300 kHz 22.2 - 5.5 400 kHz 22.0 -17.6
~
420 kHz 22.2 -24.7 440 kHz 22.1 -34.7 460 kHz 22.1 -22.1 480 kHz 21.9 -17.0 1 500 kHz 21.8 -14 6 1 MHz 21.7 2.4 21.6 9.1
'1________________2MHz ______________________________________________-______________
CONVERSION FORMULAS: dBpT = dBuV + dBpT/uV dBuV/m = dBpT + 49.5 dB t I. W 1 I 10 6.
il - - t
-- G025- - , A.H. SYSTEMS INC.
9710 COZYCROFT AVE. CHATSWORTH, CA 91311 j (818)998-0223 i MODEL: SAS-2OO/550-1 ACTIVE MONOPOLE ANTENNA
~
DATE: 20-NOV-92 - SN: 615
, ACTIVE MONOPOLE ANTENNA CALIBRATION Frequency Antenna Factor
" * (dB) 10 'KHz - 4.7 20 KHz - 4.7 50 KHz - 4.7 m 1 100 KHz 5'.7 2'00 KHz - 4.7
, 500 KHz - 4.7 1
1 MHz - 4.7 2 MHz - 4.7 l 5 MHz - 4.7 l 10 MHz - 4.7 20 MHz - 4.7 30 MHz -47 40 MHz - 4.3 l 50 MHz - 3.8
. 60 MHz - 2.7
~
l ADD ANTENNA FACTOR PLUS CABLE LOSS TO RECEIVER READING IN dBuV TO CONVERT TO FIELD INTENSITY IN dBuV/ METER.
-i j
10
A.H. SYSTEMS INC. ~ 9710 COZYCROFT AVE. 6025, CHATSWORTH, CA 91311 (818) 998-0223 1 METER CALIBRATION GAIN AND ANTENNA FACTORS FOR BICONICAL ANTENNA MODEL NUMBER: SAS-2OO/542 S/N : 468 DATE : 20-NOV-92 ' FREQUENCY ANTENNA GAIN GAIN (MHz) FACTOR (dB) dBi NUMERIC 20 13.6 -17.3 .018 25 13.6 -15.3 .028 30 14.0 -14.2 .037 l 35 14.4 -13.2 .047 40 14.0 -11.7 .067 45 13.5 -10.1 .095 50 12.6 -8.37 .145
. 60 10.7 -4.89 .324 70 9.90 -2.75 .530 80 9.70 -1.39 .725
~
] 90 100 10.3 10.3
.968
.053
.800'
.987 110 10.8 .274 1.06 120 11.5 .330 1.07 130 11.9 .625 1.15 140 11.9 1.26 1.33 150 12.4 1.36 1.37 160 12.9 1.42 1.38 170 13.6 1.25 1.33 180 14.6 .752 1.18 190 l 200 15.2 15.8
.621
.467.
1.15 1.11 210 17.3 .609 .869' 220 17.7 .604 .869 I 230 18.5 -1.01 .790 240 19.3 -1.44 .716 250 19.8 -1.59 .692 ~ 260 19.7 -1.15 .768 270 20.3 -1.42 .720 280 20.4 -1.21 .756 290 20.7 l- 300 22.0
-1.20
-2.21
.757
.601 310 22.6 -2.52 .558
! 320 23.9 -3.55 .441
_ 330 25.3 -4.68 .340 AOD ANTENNA FACTOR PLUS CABLE LOSS TO RECEIVER READING IN
~ dBuV TO CONVERT TO FIELD INTENSITY IN dBuV/ METER. CALIBRATION PER SAE ARP-958 (1 METER) OR ANSI C63.5 (3 ANO 10 METERS) . 10 8
- 1
~~
I A.H. SYSTEMS INC. ~ 9710 COZYCROFT AVE. CHATSWORTH, CA 91311 6025., (818) 998-0223 1 METER CALIBRATION GAIN AND ANTENNA FACTORS FOR LOG PERIODIC MODEL NUMBER: SAS-2OO/510 S/N : 720 -
, DATE : 20-NOV-92 FREQUENCY ANTENNA GAIN (MHz) GAIN FACTOR (dB) d8i
-________---_-----____ --------------- -== =-------NUMERIC -------
290 16.7 2.79 300 16.8 1.90 325 2.98 1.99 16.9 3.58 350 16.9 2.28 375 4.22 2.64 16.9 4.82 400 16.9 3.03 425 G.38 3.45 17.8 5.01 450 18.2 .3.17 475 5.11 3.24 18.4 5.38 500 '18.9 '3.45 525 5.32 3.40 19.4 5.24 550 19.5 3.34 575 5.55 3.59 20.4 5.03 600 20.8 3.19 625 5.00 3.16
' 20.9 5.26 650 21.2 3.36 675 5.30 3.39 21.0 5.83 700 21.2 3.83.
725 5.94 3.93 21.0 6.45 750 21.2 4.41 775 6.54 4.51' 22.5 5.53 800 22.9 3.57 825 5.40' 3.47 , 23.4 5.17 850 24.0 3.29 ' 875 4.83 3.04 23.8 5.28 900 23.5 3.37 925 5.83 3.82 23.6 5.96 950 23.8 3.95 975 6.00 3.98 24.2 5.82 1000 24.6 3.82 1100 5.64 3.66 i 25.8 5.27 1200 28.0 3.36 1300 5.83 3.82 27.8 4,72 j 1400 27.2 2.96 i 1500 5.96 3.95 30.0 3.76 1600 31.0 2.38 1700 3.32 2.15' 30.1 4.75 ; 1800 32.7 2.98 ; 1.84- _--_----____-_-___---_-___-_____---_-- 2.65 _---__-_____---_----- i AOD ANTENNA FACTOR PLUS CABLE LOSS TO RECEIVER READING IN ) dBuV TO CONVERT TO FIELD INTENSITY IN dBuV/ METER. CALIBRATION i PER SAE ARP-958 (1 METER) OR ANSI C63.5 (3 AND 10 METERS) . 10 9 I
. . l
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l A.H. SYSTEMS INC. ) ) 9710 COZYCROFT AVE. ~ 6025 CHATSWORTH, CA 91311 (818)D98-0223 MODEL: BCP-2OO/S11 BROADBAND CURRENT PROBE DATE: 06-NOV-92 ,, SN: 526 BROADBAND CURRENT PROBE CALIBRATION Transfer. Impedance Frequency Factor (dB ohms) 1 KHz -35.0 2 KHz -29.0
-21.1' 5 KHz 10 KHz -16.0 20 KHz - 9.9 50 KHz - 4.2 100 KHz - 1.2 200 KHz O.5 500 KHz 1.0 1 MHz 1.0 .
2 MHz 1.0 5 MHz 1.0
' 10 MHz 1.0 1.0 I 20 MHz 1
50 MHz.. 1.0 100 MHz O.6 - - - CONVERSION FORMULA: dBuA = dBuV - dB ohms a
% -M 10 l
l 'g.
. . y. , . . -
A.H. SYSTEMS INC. 9710 COZYCROFT AVE. - 6025e CHATSWORTH, CA 91311 (818) 998-0223 MODEL: SAS-2OO/560 OATE: 06-NOV-92 SN: 588
-------- ==--------------------------------------------------------------
LOOP ANTENNA HODEL SAS-2OO/560 CALIBRATION -
--------------:-----------------------------~~---- ---------------------
Antenna Factor 50 Ohm Load 1M Ohm Load Frequency (dBpT/uV) (dBpT/uV) 20 Hz . 78.9 80.0 50 Hz 72.1 71.9 100 Hz 66.9 67.4 200 Hz 62.2 60.9 500 Hz S4.3 53.5 . 1 kHz 49.5 48.0 2 kHz 44.1 42.8 5 kHz 36.7 35.5 10 kHz 31.5 29.5 20 kHz 26.7 23.0 50 kHz 23.6 15.3 100 kHz 22.8 9.0 200 kHz 22.4 1.3 300 kHz 22.1 - 5.7 400 kHz 22.0 -17.5 420 kHz 22.1 -24.6 440 kHz 22.1 -34.6 400 kHz 22:0 .-22.0 - 480 kHz 21.9 -17.1 ' 500 kHz 21.7 -14.5 - 1 MHz , 21.7 2.6 .
. 2 MHz. ,
21.4 . 9.0 .. ,.
;ONVERSION' FORMULAS: dBpT = dBuV + dBpT/uV .
dBuV/m = dBpT + 49.5 dB , a 4 1 e e e e . de 10 11
_ - _ _. . -- 3, i- ;-.. .. -
. .t s
60 254' A.H. SYSTEMS INC.
- 9710.COZYCROFT AVE. l CHATSWORTH CA 91311 (818)998-0223- !
4 i
-3 MODEL: SAS-2OO/550-1= .- !
ACTIVE' MONOPOLE ANTENNA -' I DATE: 06-NOV-92
- SN: 611 ,
- +
ACTIVE MONOPOLE ANTENNA CALIBRATION Frequency Antenna Factor l-(dB) 10 KHz - 4.6 *
^
20'KHz - 4.6 50 KHz - 4.5 ! 100 KHz - 4.6 . 200 KHz - 4.6 i SOO KHz - 4.6 ,
,1 MHz - 4.5 , ,
2 MHz
--4.6 ,
, . ... . . . . . . . . . . . . . . . . . m. . .
. . S.... MHz. - 4.6
. l
- . .~.
' ~' ~ ~ ' '
(6 MHz - 4.6 - I ,
... )
20 MHz - 4.5 > 30 MHz - E. 2 )
<. 40 MHz- - 3.7 0
- s. . '
50'MHz - 2.8- '1 j Y 60 MHz ,- 1.8
- n
.]
ADD ANTENNA FACTOR PLUS CABLE LOSS'TO~ RECEIVER, READING -t . .- IN dBuV TO CONVERT TO FIELD INTENSITY IN dBuV/ METER . s-
. ' . .. i t
I
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I
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-j
.l A.H. SYSTEMS It40* 60254 9710 COZYCROFT AVE. CHATSWORTH, CA 91311
. (818) 996-0223 1 METER CALIBRATION
.. GAIN AND ANTENNA FACTORS FOR BICONICAL ANTENNA .
- MODEL NUMBER: SAS-2OO/542 S/N : 464 '
_ OATE : 06-NOV-92 FREQUENCY ANTENNA GAIN GAIN (MHz) FACTOR (dB) dBi NUMERIC 20 13.8 -17.5
~
.017 25 13.7 -15.4 .028 30 13.7 -13.9 .040 35 14.0 -12.8
" .051 .
40 13.7 -11.4 .072
.] 45 13.5 -10.1 .095 -
50 12.S -8.37 .'145
. 60 10.6 -4.T9 l 70
.331-10.1 -2.95 .506 80 9.90 -1.59 .693 90 10.1 .768 .837 100 10.5 .253
_} 110 "943 10.7 .374 1.09 120 11.2 .630 1.15 130 11.7 .825 1.20 140 12.2 .969 1.25 150 12.3 1.46 160 ~ 1.40 13.2 1.12 I 170 13.6 1.25 1.29 1.33 180 *14.4 .952 1.24 190 15.2 .621 r 200 1.-15 16.2 '067 1.01
. 210 17.0 .309 .931 220 17.8 .504 .890 230 18.5 .-1.01 240 .790 - 19.0 -1.14 .767 250 19.6 -1.39 260 .725 19.9 -1.35 ~
270 20.0
.732 280
-1.12 .771 20.7 -1.51 .706 290 20.5 -1.00 300 .793 21.9 -2.11 .615
, 310 22.5 -2.42 320 .571
.23.9 -3.55 330 .441 25.1 -4.48 .356 i'
ADO ANTENNA FACTOR PLUS CABLE LOSS TO RECEIVER REAOING IN , dBuV TO CONVERT TO FIELO INTENSITY IN dBuV/ METER. CALIBRATION PER SAE ARP-958 (1 METER) OR ANSI C63.5 (3 ANO 10 METERS)
] 10 13:
*~ "
A.M. SYSTEMS'INC.- // G710 COZYCROFT AVE. CHATSWORTH. CA 91311 - g 60254 (818) 998-o223 p 1ERMETCALIBRATION GAIN AND ANT N A FACTORS FOR LOG PERIODIC MODEL NUMBER: SAS-2OO/510 . S/N : 715 ..
-OATE : 06-NOV-92
~
FREQUENCY ANTENNA GAIN GAIN (MHz) FACTOR (dB) dBi NUMERIC
-------------------=- -
290 16.7 2.79 1.90 300 16.8 2.98 1.99 325 16.8 3.68 2.33 350 16.8 4.32 2.70 375 17.2 4.52 2.83 400 16.9 S.38 3.45 425 17.4 S.41 3.47 450 18.2 S.11 -3.24 475 18.5 S.28 3.37 500 19.0 S.22 3.33 - 525 19.3 S.34 3.42 SSO 19.7 S.35 3.43 575 20.4 S.03 3.19 600 20.6 , S.20 3.31 62S 21.0 S.16 3.28 . 650 21.1 S.40 3.47
- 675 20.6 8.23 4.20 700 20.0 0.24 4.21
- 725 20.9 6.55 4.52 750 21.2 6.54 4.51 775 22.2 S.83 3.83 800 22.5 S.80 3.80 825 23.4 S.17 3.29 850 24.1 4.73 2.97 ,
875 23.9 S.18 3.30 900 23.8 S.53 3.57 925 23.6 S.96 3.95 l 950 24.0 S.80 3.80 975- 23.8 6.22 4.19 1000
- 24.5 S.74 3.75 1100 26.1 4.97 -
3.14-l 1200 25.8 6.03 4.00 1300 27.8 4.72 2.98 1400 27.2 S.96 3.95
. 1500 30.0 3.78 2.38 1600 31.3 3.02 2.00 1700 30.3 4.55- 2.85 1800 32.8 2;SS 1.79 AOD ANTENNA FACTOR PLUS CABLE LOSS TO RECEIVER REAOING IN dBuV TO CONVERT TO FIELO INTENSITY IN dBuV/ HETER. CALIBRATION PER SAE ARP-958 (1 METER) OR ANSI C63.S (3 ANO 10 METERS) >
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4 i 4 i i l 11.0 PHOTOGRAPHS l Report No. 60254.04-94N-1 Page No.' 11-1
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r. TENNESSEE VALLEY AUTHORITY BROWNS FERRY NUCLEAR PLANT UNITS 1, 2, AND 3 ENCLOSURE 2 GENERAL ELECTRIC (GE) TEST RESULTS + t t 9
)
i TENNESSEE VALLEY AUTHORITY BROWNS FERRY NUCLEAR PLANT ENCLOSURE TWO GENERAL ELECTRIC - (GE) ADDITIONAL ELECTROMAGNETIC-INTERFERENCE / RADIO FREQUENCY INTERFERENCE.(EMI/RFI) TEST RESULTS k 4 l
'l , GENuclear Energy Ge-ere be:v:c:mor, m Caea.exe sexse cur;: September 29,1993 Mr. David Butrell
'IVA Browns Feny Nuclear Plant Browns Feny Road Athens, AL35611
Dear David Burrell:
GE has successfully completed the EMC testing on the NUMAC RBVRM. I have enclosed two copies of the test results report number MS31001F.TR, one bound and the other un-bound. You are permitted to make copies of this report to fulfill your documentation and distribution needs.
"Ite NUMAC RBVRM chassis used for this test did have one difference from the RBVRM chassis installed at the Browns Ferry. This difference is the application of metal oxide variston, MOVs, on the power ground and neutral. Your RBVRM chassis have an MOV between power and neutral only, the test chassis has an MOV between power and neutral, between power and ground and between ground and neutral. Reference the attached ECN Nr00207 for a better description of this change. Had these varsifiers not been installed on the test RBVRM chassis, the RBVRM chassis would not have passed the IEC 801-5 to level 4 as the test report indicates. Failure mode would have been failure of one or both of the low voltage power supplies. Had the testing been done on a chassis with only the MOV between the power and neutral (like your configuration) the chassis would pass IEC 801-5 to level 2 (1 KV)mwhich is above maximum transient levels in operating panets.
If you would like to upgrade your chassis with these additional MOVs, please let me know and I will provide you a quotation. This quotation could also be applied to the NUMAC LRM's currently installed at Browns Feny and the NUMAC LRM's currently on order by TVA. If you have any questions regarding the testing or the results you may call our technical lead engmeers Ulric Dennis, (408)925-2381 or Chris Miller, (408)925-2064. Sincerely,
& WL Chuck Wilson Project Manager 92993TVA. DOC m verified by test of a NUMAC LDM (leak Detection Monitor) chassis.
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y f D ! MS31-001F.TR i ELECTROMAGNETIC COMPATIBILITY TEST REPORT ON RBVIGi PART NUMBER: 304A37148G001 SERIAL NUMBER: 093091-EP-1 - FOR t G.E. NUCLEAR ENERGY GENERAL ELECTRIC CO. 175 Curtner Avenue San Jose, CA 95125 PER GE100 Specification and
, GE102 Test Plan e
Prepared by: C & C laboratory, Inc. Fremont Division 49000 Milmont Drive Fremont, CA 94538 SEPTEMBER 1993 ps Pagel r 3 _.. .. ULLi t_ h
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MS31-001F.TR ELECTROMAGNETIC COMPATIBILITY TEST REPORT on {
.RBVRM PART NUMBER: 304A37148G001 SERIAL NUMBER: 093091-EP-1 for G.E. NUCLEAR ENERGY .
Test Performed by:
; C & C Laboratory, Inc.
Fremont Division ,
.l TEST INITIATED '
8 //- O i stindjid , / TEST COMPLETED O k'd@-91
. jdhris 'ne Mj BisWpj l l TEST ENGINEER 4 f/M[ff Istaael Garcia .
REPORT APPROVED BY 7a/h? 3ss4e 9df ' T FfT iigueroa / Q.C. MANAGER - BON 3 D ' Qhristin I1(shppi FINAL RELEASE r 7-f'f/f#> . Carl E. Felts '! CUSTOMER APPROVAL f-8-[2 - i Chris )#11er Representative of G.E. Nuclear Energy i t e M ~. ii . ,a .rm /_ n f a.awAnuv 1
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l MS31-001F.TR , 1 LIST OF REVISIONS !
.i REVISION NUM11ER PAGE PAGE - PAGE-AEQ DATR C11 ANGEQ - Sl]((}3_TITtTTf,Q ADDED 1 l
001 - 10/12/93 Page8 N/A - N/A l 002 - 10/12/93 Page 15 N/A N/A I
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MS3I-001F.TR TABLE OF CONTENTS Section P_ags TITLE P A G E . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 - S IG h ATURE PA G E . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2 , LIST OF REVI SI ON S . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 TAB LE OF CONTENTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4 LIST OF A PPEND IX . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 DIS C LAIM ER N OTICE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6 -
- TEST S UM M A R Y . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7 1.0 SCOPE....................................................................................8 2.0 TES T RES ULTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9 k
3.0 G ENERAL INFORM ATION OF TESTING . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10 4.0 TEST PROC ED U RE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12
- 5.0 DIS POSITION OF TEST S AMPLE . .. . .. . .. . . .... . . . ... ... . . . . . . . . . . . . .. . . . . . . . . .. . . I3 h
pg Page4 f 3 .. i
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-l [ ) MS31-001F.TR LIST OF APPENDIX APPENDIX A TEST S UM M ARY & D ATA . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ,14 APPENDIX B EQUIPMENT LIST, FIG URES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 127 APPENDIX C TEST PROCED U RES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . , , . , , , . , . , 147 a
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' DISCLAIMER NOTICE When Government drawings, specyications, or other data are usedfor any purpose other than l in connection with a definitely related Government procurement operation, the United States Government thereby incurs no responsibility nor any obligation whatsoever; and thefact that the Government may have formulated, furnished, or in any way supplied the said drawings, specifications, or other data, is not to be regarded by implication or otherwise as any manner licensing the holder or any otherperson or corporation, or conveying any rights orpermission to manufacture, use, or sellpatented invention that may in any way be related thereto.
This docwnent was prepared by or for the General Electric Company. Neither General Electric Company nor any of the contributors to this document: A. Makes any warranty or representation, express or implied, with respect to the accuracy, completeness, or usefulness of the information contained in this document, or that the use of any information disclosed in this document may not infringe privately owned rights;
, or B. Assumes any responsibilityfor liability or damage of any king which may resultfrom the use of any infonnation disclosed in this document.
7
. The information contained in this report is believed by General Electric to be accurate and true representation of the facts known, obtained or provided to General Electric at the time this report was prepared.
REPRODUCTION CLAUSE Any reproduction of this document must be done infull. ' No single part of this document ccan
~
be reproduced without written permission of C & C Laboratory, Inc., 49000 Milmont Drive, Fremont, CA 94538. .j 1 pg Page 6
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il q MS3I-001F.TR i TEST SUhmiARY l i SPECIFICATION MEETS DOES NOT MEET COMMENTS REQUIREMENTS REQUIREMENTS CS101 X ; RS101 X RS103 X l IEC 801-2 X IEC 801-4 X IEC 801-5 X . l
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1' p%< Page 7 ) ' f 3 ms-
l MS3I-001F.TR 1.0 SCOPE The G.E. RBVRM Instrument, Part Number: 304A3718G001, Serial Number: 3093091-EP-1 ; referred to as EUT, Equipment Under Test, for the remainder of the report, was tested on 16 i September through 29 September 1993 in accordance with the tests and requirements of i GE100 Specifications as amended and/or clarified by the GE102 Test Plan / Procedure, which shall be referred to as the subject specification for the remainder of this test report. The applicable test requirements of the subject specification are presented here for' l Converilence. 7 TEST TYPE METIIOD FREQUENCY TEST POINTS RANGE Conducted CS101 120Hz - 50kHz AC Power Lines Radiated RS101 30Hz - 100kHz Case Radiated RS103 10kHz - I8GHz Case,50V/m ESD IEC 801-2 Case EFT /B IEC 801-4 AC Power Lines ; Surge IEC 801-5 AC Power Lines i L i 3
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AIS3I-001F.TR 2.0 TEST RESULTS The test data is presented in Appendix A. The unit was found to meet the requirements of GE100 Specifications and the GE102 Test Plan at the levels noted in the test summary. _,
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.L -l: f ) [ MS31-001F.TR t 3.0 GENERAL INFORMATION OF TESTING
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3.1 Security Classification ; The test sample was Unclassified. 3.2 Test Facility The tests were performed at C & C Laboratory, Inc. at the Fremont Facility, located at 49000 Milmont Drive, Fremont, California, in the test cell dedicated for that particular test and , shielded enclosure #3. t 3.3 Test Eouipment The test instruments used during testing covered by this report, are presented in the equipment list, as Table B-1 of Appendix B. . 3.4 Test Setun The test set-up is shown in Figure B-1 through B-15. J , 5 6 V p% Page 10 f 3
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,j'1 i MS3I-001F.TR i 3.5 Verincation of Waveforms i
/
l Verification of waveforms are kept on file at C & C Laboratory, Inc. copies will be supplied if requested. 3.6 Failure Criteria i The EUT is to operate as designed without degradation of performance, loss of performance , or component failure beyond the tolerance indicated in the manufacturer's equipment specification. l l 3.7 Observations and Conclusions J The EUT was found to meet the requirements of the test specification. , 1 1
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l I MS3I-001F.TR 4.0 TEST PROCEDURE l l The test procedures were in compliance with the test standards identified in Section 1. The i equipment used to perform the test, as shown in Appendix B, Table B-1, was energized and allowed to warm up in accordance with manufacturer specification. The test set-ups were as shown in Appendix B, Figure B-1 through B-15. The test procedures followed in the performance of these tests are attached here in Appendix - C. < r l 4 i i I i
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3.l MS31-001F.TR I 5.0 DISPOSITION OF TEST SAMPLE Upon conclusion of the testing, the EUT was removed from C & C Laboratory, Inc. premises by G.E. Personnel and returned to G.E. Nuclear Energy. l I I l i I O E e Page 13 fg f 3 7
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MS31-001F.TR 1 I
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j APPENDIX A - G.E. TEST
SUMMARY
i TESTDATA i I I 1 R 6
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F MS3I-001F.TR G.E. TESTSUMMitRY , REACTOR BUILDING VENT RADIATION MONITOR ..i RESULTS OF EMI TESTING
- 1. General A Reactor Building Vent Radiation Monitor (RBVRM) instrumentation system underwent testing to demonstrate its immunity to electromagnetic interference (EMI). The system consisted of an RBVRM instrument, a Digital Sensor & Converter, a Signal Splitter, and an RBVRM Interface Unit. All components but the Sens Converter were mounted in a small (5 foot high) cabinet. The Sensor & Converter was mounted on the outside of the cabinet. In addition, a 5 ampere power line fuse was installed in the cabinet. Testing was performed between September 17 and September 28,1993.
The RBVRM is a safety-related version of the generic Area Radiation Monitor (ARM) , The signal input to the system was the " bug source" (Strontium-90, a beta radiation emitter) that is normally mounted inside the Digital Sensor & Converter's cover. Cables for relay, recorder, and process computer otputs were attached (with simulated loads) but not monitored. A fiber optic output to a separate display was added to the RBVRM so that the RBVRM's screen could be monitored remotely (necessary during radio frequency testing).
- 2. Results The results of the EMI testing performed on the Reactor Building Vent Radiation Monitor are given below:
2.1 IEC 801-2 ElectrostaticDischarce The RBVRM was tested for immunity to high voltage (up to 20 kV) electrostatic discharges. The test simulates what would happen when a person who has accumulated electrostatic charges (eg, by walking on a carpet) touches the RBVRM instrument by hand or via a hand tool (eg, a screwdriver). In the test, a probe is capacitively charged to a specified voltage and then allowed to discharge by direct contact or sia an air gap to selected ponions of the RBVRM chassis. The RBVRM was tested while it was inserted in a cabinet (operating position) and while it was withdrawn from the cabinet on its slides (maintenance position). Discharges were made at various points on the RBVRM's front panel, top cover, sides, rear connector bcacket, and shells ofconnectors mounted on the bracket. There are four severity icvels associated with this test: IAvel1 ContLet = 2 kV Air Gap = 2 kV Level 2 Contact = 4 kV Air Gap = 4 kV level 3 Contact = 6 kV Air Gap = 8 kV Level 4 Contact = 8 kV Air Gap = 15 kV The RBVRM operated correctly and without failure at all four levels. In addition, the RBVRM operated correctly and without failure for an air gap discharge of 20 kV. The added test was performed because of concerns that voltages in excess of 15 kV might exist in some control room situations. Page 15 -
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I j f- ) MS3I-001F.TR 2.2 IEC 801-4: Electrical Fast Transients / Bursts The RBVRM was tested for immunity to repetitive bursts of high frequency voltage transients on its power and signal lines. Pulse rise times were 5 nS and widths 50 nS. Pulse bursts were 50 mS long and there was a burst every 300 mS. Each sequence of bursts lasted one minute. Pulses were injected asynchronously at the cabinet , power input connector and via capacitive coupling clamps at the signal cables (note, however, that the signal cables were shielded). Both positive and negative pulse sequences were used. There are four severity levels associated with this test: Level 1 Power Supply Pulses = 0.5 kV Signal Pulses = 0.25 kV , Level 2 Power Supply Pulses = 1 kV Signal Pulses = 0.5 kV Lestl 3 Power Supply Pulses = 2 kV Signal Pulses = 1 kV Level 4 Power Supply Pulses = 4 kV Signal Pulses = 2 kV The RBVRM operated correctly and without failure at all four levels. 2 3 IEC R01-5: Surce Immund The RBVRM was tested for immunity to surge pulses such as those that might arise from lightning or power switching transients. , Surge pulses were applied at the connector of the three-wire power cord coming into to cabinet (before the cabinet fuse). Pulses had a risetime of 1.2 uS open circuit (8 uS short circuit), had a width of 50 uS open circtu: (20 uS shon circuit), and were applied at a maximum repetition rate of 1 Pulse per Minute between each combination of two wires. Pulses were applied at 0,90,180 and 270 degree phase shifts with respect to line voltage. Both positive and negative pulse sequences were used.
$ There are four sestrity levels associated with this test:
Level 1 Power Supply Pulses = 0.5 kV Level 2 Power Supply Pulses = 1 kV Level 3 Power Supply Pulses = 2 kV Level 4 Power Supply Pulses = 4 kV The RBVRM operated correctly and without failure at all four levels. pg Page 16
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I MS3I-001F.TR a 2.4 Mil-Std-462D/CS101 Conducted Suscentibility Power Leads 30 Hz to 50 kHz The RBVM was tested to demonstrate its immunity to low frequency signals coupled onto its input power leads. Sine waves from 120 Hz (first harmonic of the power supply frequency) to 50 kHz were injected onto the ,
*high* side of the cabinet's input power leads via a coupling transformer. The applied signal vaned from 136 dBuV at 30 Hz to 116 dBuV at 50 kHz. The signal was not modulated between 30 Hz and 10 kHz and was 80%
modulated with a 1 kHz sine wave between 10 kHz and 50 kHz. The equipment under test operated within specification at all times. 2.5 Mil-Std-462D/RS101: Macnetic Field 30 Hz to 100 kHz
, The RBVRM was tested to demonstrate its immunity to low frequency magnetic fields. A 12 cm radiating loop w2s placed 5 cm away from varioic portions of the equipment under test. At each loop placement, a ;'
frequency sweep from 120 Hz (first harmonic of the power supply frequency) at J 80 pT (178 dBuA/M) to 100 kHz at 116 pT (118 dBuA/M w2s made). The equipment under test operated within specification at all times. 2.6 Mil-Std-462D/RS101 Electric Field.10 kHz to 1R GHz The RBVRM was tested to demonstrtate its immunity to electric fields (RFI). Th: ccbinct containing the RBVRM equipment was irradiated both from the front and from the back. The cabinet's front aluminum panel and , rear door were removed for this test in order to expose the equipment under worst possible operating conditions. The RBVRM operated within s;mcification at all times. b
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- 3. Conclusions
- a. EC 8012: Electrostatic Discharge The RBVRM meets the test requirements of EC 801-2, Level 4 (Contact = 8 kV, Air Gap = 15 kV).
- b. EC 801-4: Electrical Fast Transients / Bursts The RBVRM meets the test requirements of EC 801-4, Level 4 (Power Supply Pulses = 4 kV. Signal Pulses = 2 kV). ,
- c. EC 801-5: Surgeimmunity r
The RBVRM meets the test requirements of EC 801-5, Level 2 (Power Supply Pulses = 1 kV) without : modification and EC 801 5, Level 4 (Power Supply Pulses = 4 kV) when two additional metal o.dde vanstors (MOVs) are added at the RBVRM's power supply input (line to ground and neutral to ground).
- d. Mil-Std-462D/CS101: Conducted Susceptibility, Power Leads,30 Hz to 50 kHz t
The RBVRM meets the test requirements of Mil-Std 462D/CS101 over the frequency range of 120 Hz - to 50 KHz.
- c. Mil-Std-462D/RS101: Magnetic Field,30 Hz to 100 kHz i The RBVRM meets the test requirements of Mil-Std 462D/RS101 over the frequency range of 30 Hz to ~>
.100 kHz.
- f. Mil-Std-462D/RS103: Electric Field,10 Id-Iz to 18 GHz .
The RBVRM meets the test requirements of Mil-Std 462D/RS103 mer the frequency range of 10 kHz - to 18 GHz at a field strength of 50 Volts / meter f I Page 18 [g T
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MS31-001F.TR , MJO: MS31-001F TEST: IEC 801-2 DATE: 9/23/93 MODE: MAINTENANCE ESD: ATR SURFACE MR/HR CNTS/SEC CURRENT UP DOWN COMMENTS VOLTAGE pA SET SET : kV , BASELINE 1.29 El 1.35 E2 22 3.80 El 8.00 E-1 DUT 2 1.22 E1 1.25 E2 23 3.80 El 8.00 E-1 4 1.25 EI 1.23 E2 22 - 3.80 El 8.00 E-1 8 1.25 EI 1.29 E2 23 3.80 E1 8.00 E 15 1.27 El 1.31 E2 23 3.80 El 8.00 E-1 20
- 1.30 El 1.27 E2 23 3.80 El 8.00 E-1 P
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- u MS31-001F.TR MJO: MS31-001F TEST: IEC 801-2 DATE: 9/23/93 MODE: MAINTENANCE ESD: VCP SURFACE MR/HR CNTS/SEC CURRENT UP DOWN COMMENTS VOLTAGE pA SET SET kV BASELINE 1.29 El 1.35 E2 22 3.80 El 8.00 E-1 DUT LEFT 2 1.31 El 1.34 E2 22 3.80 El ' 8.00 E-1 4 1.29 El 1.30 E2 23 3.80 EI 8.00 E-1 6 1.27 El 1.27 E2 22 3.80 El 8.00 E-1 8 1.25 EI 1.28 E2 23 3.80 El 8.00 E-l e
DUT FRONT 2 1.27 EI 1.31 E2 23 3.80 El 8.00 E-1 4 1.27 El 1.28 E2 22 3.80 El 8.00 E-1 6 1.30 EI 1.29 E2 23 - 3.80 El 8.00 E-1 8 1.27 EI 1.25 E2 22 3.80 El 8.00 E-1
~ J
. DtTT RIGHT ,
2 1.25 EI 1.29 E2 22 3.80 El 8.00 E-1 __ I 4 1.27 EI 1.26 E2 23 3.80 El 8.00 E-1 6 1.27 El 1.28 E2 23 3.80 El 8.00 E-1 l-8 1.26 EI 1.27 E2 23 3.80 El 8.00 E-I 1 1
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o } '. [ D MS3I-001F.Tk ' e MJO: _ MS3J-001F TEST: IEC 801-2 DATE: 9/23/93 MODE: OPERATO8 ESD: AIR i SURFACE MR/HM CNTS/SEC CURRENT UP DOWN COMMENTS VOLTAGE pA SET SET
- kV BASELINE 1.29 El I.35 E2 23 3.80 El 8.00 E-1 DUT FRONT 2 1.28 E1 ,,_,,1.37 E2__. 23 3.80 El 8 00 E-1 4 1.26 EI 1.27 E2 22 3.80 El 8.00 E-1 8 1.28 El__ l.28 E2 23 3.80 El 8.00 E-1 15 1.30 EI 1.28 E2 23 3.80 E1 8.00 E-1 P
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1 b , 4 t MS3I-001F.TR - i MJO: MS31-001F TEST: IEC 801-2 DATE: 9/23/93 MODE: OPERATOR ESD: VCP SURFACE MR/HR CNTS/SEC CURRENT UP DOWN COMMENTS VOLTAGE pA SET SET 1
, kV I
BASELINE 1.29 El 1.34 E2 23 3.80 El 8.00 E-1 DUT FRONT 2~ 1.27 EI 1.25 E2 _, ,23 3.80 El 8.00 E-1 4 1.27 El 1.26 E2 22_ ._.._3.80 El 8.00 E-1 ; 1 8 1.29 EI 1.27 E2 __ 22 3.80 El 8.00 E-1 15 1.28 EI 1.30 E2 23 3.80 El 8.00 E-1
+
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.IJ f D MS31-001F.TR MJO: MS31-001F TEST: IEC 801-2 DATE: 9/23/93 MODE: OPERATOR ESD: CONTACT SURFACE MR/HR CNTS/SEC CURRENT UP E O V/I! COMT/iENTS VOLTAGE pA SET SET kV BASELINE 1.29 EI 1.34 E2 23 3.80 EI 8.00 E-1 DLTT FRONT _ _, 2 1.28 EI 1.22 E2 22 3.,80,El , _ 8.00 E-1 4 4 1.27 El 1.28 E2 23 3.80 EL 8.00 E-1 6 1.26 EI 1.25 E2 23 3.80 El 8.00 E-1 _ _ _ _ i 8 1.28 El 1.30 E2 22 3.80 El 8.00 E-1 t i.
'l p% Page 23 )
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J MJO: MS31-001F TEST: IEC 801-2 DATE: 9/23/93 MODE: MAINTENANCE ESD: CONTACT SURFACE MR/HR CNTS/SEC CURRENT UP DOWN COMMEPn3 VOLTAGE pA SET SET ' i l kV . BASELINE 1.31 El 1.26 E2 23 3.80 El 8.00 E-1 _ , DLTT l
. 8 ,
2 1.17 EI 1.42 E2 23 3.80 El 8.00 E-1 1 4 1.29 El 1.30 E2 23 3.80 El 8.00 E-1 , 6 1.27 EI 1.22 E2 22 3.80 El 8.00 E-1 . _ _ . - h, ; 8 1.30 El 1.33 E2 23 3.80 El 8.00 E-1 _ _ , , _
']
]
INTERFACE ! ' l PANEL _ _ , 2 1.29 EI 1.27 E2 22 3.80 El 8.00 E-1 , 1 4 1.25 El 1.27 E2 23 3.80 El 8.00 E-1 - 6 1.28 EI l.27 E2 23 3.80 E1 8.00 E-1 8 1.27 EI 1.25 E2 22 3.80 EI 8.00 E-1 l SPLITTER _, a 1.27 El 2 1.19 E2 23 3.80 El 8.00 E-1 4 1.26 El 1.29 E2 22 3.80 El 8.00 E-1 6 1.30 EI I.27 E2 23 3.80 El 8.00 E-1 8 1.29 EI 1.28 E2 - 22 3.80 El 8.00 E-1 i SENSOR 2 1.29 El 1.27 E2 22 3.80 El 8.00 E-1
~~
4 1.28 EI 1.27 E2 23 3.80 El 8.00 E-1 ; 6 1.27 El 1.26 E2 23 3.80 El 8.00 E-1 8 1.29 El 1.33 E2 22 3.80 El 8.00 E-1
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sIEQ80142s . MAINTENANCE MODE POLARITY Psitive & Negative DATE: 9/23/93 MJO#: MS3!-001F TEMP: 74 HUMIDITY: 39 IN MERCURY: 1035mber ., i l l DISGIARGE POINT AIR ] LEVEL VOLTAGE T L R F B P=No error in 10 single positive discharges.
.]
2kV P P P P P N=No error in' 10 single negitive discharges ; lN N N N N X/10 Error in 10 single discharges. I i 2 4kV P P P P P 1 N N N N N *= See notes below i 3 SkV P P P P P N N N N N DUT reported a trip, Right Power Supply Fautt; 4 15kV P P P P P CPU Fault, Sensor /Conv Fault.'
-]
N N N N N Above Scan was repeated and no faults we e found. J I 1 l l
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i ( D MS31-001F.TR IRIECs80122?ish] MAINTENANCE MODE POLARITY Pamidve & Neendve DATE: 9/23/93 MJO#: MS31-001 F TEMP: 74 IIUMIDITY: 39 IN MERCURY: 1035enbar
- PWR LINE TO LINE: 118.19 tilGli TO GRD: 119.16 RETURN TO C 1.16 SEVERITY DISCHARGE POINT llCP VCP CONTACT LEVEL VOLTAGE L R F B L R F B T L R F B 1 2kV P P P P P P P P N N N N N N N N 2 4kV P P P P P P P P N N N N N N N N $
3 6kV P P P P P P P P N N N N N N N N 4 SkV P P P P P P P P [ N N N N N N N N P=No error in 10 single positive discharges. N=No error in 10 single negith e discharges. X/10 Error in 10 single discharges.
*=See notes below NOTF,N:
#'s Page 26 f h
i . ( 3 MS31-001F.TR
. .. . . _ , . sw . . . . . , .x . . .. = y 4IEGl80182fb i OPERA TION MODE. !
POLARITY Positive & Negattw DATE: 9/23/93 MJO#: MS31001F TEMP: 74 HUMIDITY: 39 IN MERCURY: 1035mter } J DISQlARGE POINT . .' AIR
., LEVEL VOLTAGE T L R r a P=No error in 10 single positive discharges. ,
I 2kV P N=No error in 10 single negitive discharges N X/10 Error in 10 single discharges. 2 4kV P i N r,
*= See notes below i
-o ;
3 SkV P .- 1 s :i N '] 4 15kV P ' N
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^*
OPERA TION MODE ' POLARITY Positive & Negative DATE: 9/23/93 MJO#: M S31001F TEM P: 74 HUMIDITY: 39 IN MERCURY: 1035mber PWR LINE TO LINE: 118.19 HIGH TO GRD: 119.16 RETURN TO GN 1.16 SEVERITY DISCH ARGE POINT HCP VCP CONTACT LEVEL VOLTAGE L R F B L R F B T L 'R F B 1 2kV P P N N __ 2 4kV P P N N 3- 6kV P P N N 4 sky P P N _ _ N P=No error in 10 single positive discharges. N=No error in 10 single neglaive discharges. X/10 Error in 10 single discharges.
*=See notes below s
NOTES:
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MS31-001F.TR is5IEd8'01#2iMEl INTERFA CE PANEL , POLARITY Positive & Nerstive DATE: 9/23/93 MJO#; M S31-001 F , TEMP: 72 H UMIDITY: 3B IN MERCURY: 1025mbe r l PWR LINE TO LINE: 118.17 HIGH TO GRD: 119.12 RETURN TO GN I.14 SEVERITY DISCH ARGE POINT HCP VCP CONTACT T L F LEVEL VOLTAGE L R F B L R F B R B 2kV P 1 f I I ll ~ 2 .,v I I ll P ! I I ll ~ .
, ,,, I I ll- P I I :ll- ~ i 4 SkV .
P I I ll ~ e P=No error in 10 single positive discharges. .t N=No error in 10 single negit.ee discharges. X/10 Error lo 10 single dischs.ges. -l
,- *=See notes below I
NOTES: , t
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-t MS3I-001F.TR ,
~
BRIECI80D273?ij SENSOR. POLARITY Positive & Negative DATE: 9/23/93 ' MJO*: M S31-001 F ! TEMP: 72 HUMIDITY: 38 IN MERCURY: 1025mbar .
'i PWR LINE TO LINE: 118.17 HIGli TO GRD: 119.12 - RETURN TO GND 1.18 SEVERITY DISCH ARG E POINT j HCP VCP- CONTACT .
LEVEL VOLTAGE L R F B L R F B T L R F B f I 2kV P P
.II. . ,
AkV P P 2 ll~ ~ : 3 6kV P P I llu ~ : 4 SkV - P P , 4 I Ilu u i P=No error in to single positive discharges. 1 N=No error in 10 single megitive discharges. , X/10 Error in 10 single discharges. ,
. *=See notes below I
INOTES: 1 i
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j i l i [ D l 1 MS31-001F.TR ') 1 llhs1EE841?2teisin] l SPLITTER BOX POLARITY Positive & Negenhe D ATE: 9/23/93 MJON: M N3100l F TEMP 72 ilUMIDITY: 3B IN MERCURY: 1025sn ba r PWR LINE TO LINE: 118.17 IIIGli TO GRD: 119.12 RETURN TO CND: 1.18 S EVERITY DISCII ARC E PC',NT llCP VCP CONTACT LEVEL VOLTA G E L R F B L R FIB T L R F B I 2kV P P N N
,. 2 4kV P P N N 3 63r V P P N N 4 SkV P P
, l l N N P=No error in 10 single positive discharges.
N=No error in le single megitive discharges. X/10 Error in 10 single discharges.
*=See notes below e
i NOTES: , r k 6 i 1
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MS3I-001F.TR IEC 801-4 PROGRAM #: _ 1&2 MJO#: M S31-001 F.TR DATE: 09/16/93 NOMINAL V 0.5 0.25 SPIKE FREO 5 kHz- 5 kHz
;FOLARITY Positive Positive BURST DUR 15 ms 15 ms t
TRIG A/M Auto Auto BURST FREO 3 Hz 3 Hz TEST TIME 60 sec 60 see -
] l BURST OUT .
+
TO LINE _, RANDOM SPIKE off off , TO Hi-OUT BURST SYNCRO off off *
. SYNC FREO 60- 60-COUPLING -
SYNC ANGLE 180 180 L/GND ok off _ i N/GND ok off NO TRANS Active ~ Active PE/GND ok - off VOLT TRANS Active Active -
. L + NIGND ok off FREO TRANS Active Active i
L+ PE/GND ok off SYNC TRANS Active Active N + PEIGND ok off , L + N + PE/GND ok off i e
?
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MS31-001F.TR i IEC 801-4 PROGRAM #: 1&2 DATE: 09/10/93 MJOa: M S 31-001 F.TR .; POWER SUPPLY
- I/O CABLES {'
l LEVEL VOLTAGE POL LEVEL VOLTAGE POL RC REC CC SB SC 1 1 .5kV + P 1 .25kV + P P P P P ,
. P - P P P P P 2 1kV + P 2 .5kV + P_, P P P P
. P - P P 'P P P {
2 1.5kV + P 3 1kV + P P P P P r
. P - P P P P P 3 2kV + P 3 1.5kV + . P, ,P P P P
- P . P P, P P P f 3 2.5kV + P 4 2kV _,
+ P P P P P
. P - P P P P P
- 3 3.5kV + P i i . P
-l 4 4kV + P
- P Note: Il Screen Blinking et 4kV, Positive & Nepetive end ticking sound at L. N.L '
Note: 2) RC = Relay Cables. REC = Recorder Cables, CC = Computer Cable, SS = Signet Splitter.
, SC = Seneer Cable
- Note: 3) Ticking sound from EUT st 0.5,1,1.5, 2, 2.5. 3, 3.5 kV et L, N-L ' '
Note: 4) Screen displaye bimking et 3, 3.5 kV et both polarities I 4 M k h 4 M p;. i
- l. .)
( 3 J MS31-001F.TR l
-i MJO: MS31-001F TEST: IEC 801-4 DATE: 9/16/93 UNIT: POWER SUPPLY l t
VOLTAGE MR/HR CNTS/SEC CURRENT UP DOWN COMMENTS kV A- SET SET BASELINE 1.30 EI 1.30 E2 23 3.80 El 8.00 E-1 _
~
0.5 1.29 El 1.30 E2 22 3.80 E1 8.00 E-1 1.0 1.27 EI 1.28 E2 22 3.80 EI 8.00 E-1 1.5 1.27 El 1.28 E2 22 3.80 El 8.00 E-1 __ 2.0 1.19 El 1.27 E2 23 3.80 El 8.00 E 1 '. _ t 2.5 1.34 EI 1.28 E2 23 3.80 El 8.00 E-1 _ 3.5 1.34 EI 1.28 E2 23 3.80 El 8.00 E-1 ll 4.0 1.33 EI 1.31 E2 23 3.80 El 8.00 E-1 ,
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-g (. .' MS31-001F.TR MJO: MS31-001F TEST: IEC 801-4 DATE: 9/16/93 UNIT: I/O LINES , i VOLTAGE MR/HR CNTS/SEC CURRENT UP DOWN COMMENTS kV nA SET SET BASELINE 1.27 El 1.30 E2 23 3.80 El 8.00 E-1 0.25 1.25 El 1.25 E2 23 3.80 EI 8.00 E-1 , 0.5 1.25 El 1.22 E2 23 3.80 El 8.00 E-1 1.0 1.23 El 1.21 E2 23 3.80 El 8.00 E-1 1.5 1.28 El 1.31 E2 22 3.80 El 8.00 E-1 2.0 1.21 EI 1.29 E2 22 ' 3.80 EI 8.00 E 1 - a
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{ ]- i I MS31-001F.TR MJO: MS31-001F TEST: IEC 801-5 DATE: 9/16/93 VOLTAGE. 0.5kV EUT: RBVRM POWER SUPPLY LINE PIIASE MR/HR CNTS/SEC CURRENT UP DOWN COMMENTS ; A SET SET' BASELINE 1.22 EI 1.21 E2 23 3.80 El 8.00 E-1 { PE-LI O* 1.22 El 1.22 E2 23 3.80 EI 8.00 E-1 90
- 1.22 e1 1.22 E2 23 3.80 El 8 00 E-1 180
- 1.27 El 1.35 E2 22 3.80 El 8.00 E-1 270
- 1.27 El 1.24 E2 23 3.80 El 8.00 E-1 PE-N 7
0* 1.27 El 1.24 E2 22 3.80 El 8.00 E-1 90
- 1.24 EI 1.24 E2 22 3.80 EI 8.00 E-1 I80
- 1.26 El 1.31 E2 23 3.80 El 8.00 E-1 270* 1.32 EI 1.29 E2 23 3.80 EI 8.00 E-1 N.L1 0* 1.30 EI 1.35 E2 23 3.80 E1 8.00 E-1 g 90
- 1.27 El 1.25 E2 22 3.80 E1 8.00 E-1
- 180
- 1.29 EI 1.21 E2 22 3.80 El 8.00 E-1 i
270* 1.26 EI 1.31 E2 22 3 80 EI 8.00 E-1 l l #N Page 36 f 3 t
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f - MS31-001F.TR MJO: MS31-001F TEST: IEC 801-5 DATE: 9/16/93 ; VOLTAGE: 1.OkV EUT: RBVRM POWER SUPPLY I LINE PHASE MR/IIR CNTS/SEC CURRENT UP l DOWN COMMENTS pA SET SET BASELINE 1.22 El 1.21 E2 23 3.80 El 8.00 E-1 PE-Li 0* 1.29 EI 1.99 E2 22 3.80 El 8.00 E-1 90
- 1.27 ei 1.26 E2 23 3.80 El 8.00 E-1 180
- 1.27 EI 1.23 E2 22 3.80 El 8.00 E-1 270
- 1.21 EI 1.27 E2 22 3.80 El 8.00 E-1 PE-N ,, ,_ i 0* 1.27 EI 1.I9 E2 22 3.80 EI 8.00 E-1 ;
90
- 1.29 EI 1.26 E2 23 3.80 El 8.00 E-1 180
- 1.30 EI 1.29 E2 23 3.80 EI 8.00 E-1 ,j 270
- 1.26 El 1.26 E2 22 3.80 El 8.00 E-1 <
l l N-L1 0* 1.26 EI 1.37 E2 23 3.80 El 8.00 E-1 .
'1 90
- 1.29 EI 1.24 E2 23 3.80 E1 8.00 E-1 j l
a I I80
- 1.21 El 1 17 E2 22 3.80 EI 8.00 E-1 -l 270
- 1.26 EI 1.24 E2 22 - 3.80 El 8.00 E-1 l
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( ; I " MS3I-001F.TR l MJO: MS31-001F TEST: IEC 801-5 DATE: 9/17/93 VOLTAGE: 2 OkV EUT: RBVRM POWER SUPPLY
+
LINE PIIASE MR/HR CNTS/SEC CURRENT UP DOWN COMMF ^ TS nA SET SET BASELINE I.21 El 1.27 E2 22 3.80 El _8.00 E-1 , PE-L1 ,__ 0* 1.28 EI 1.24 E2 23 3.80 E1 _8.00 E-1 90
- 1.29 e1 1.28 E2 23 3.80 E1 8.00 E-1 180
- 1.26 El 1.25 E2 22 3.80 El 8.00 E-1 -
270
- 1.32 EI 1.26 E2 23 ,3.80 El,_ 8.00 E-1 PE-N , ,
O* 1.32 El 1.31 E2 23 ' 3.8,0 E,1 8.00 E-1 90
- 1.27 EI 1.26 E2 23 3.80 El 8.00 E-1 ,
I80
- 1.23 El 1.28 E2 23 3.80 El 8.00 E-1 270
- 1.27 El 1.27 E2 22 3.80 El 8.00 E-1 N-L1 0* 1.29 El 1.32 E2 23 3.80 El 8.00 E-1 90
- 1.22 El 1.22 E2 23 3.80 El 8.00 E-1 i
' I80
- 1.30 El 1.23 E2 23 3.80 El 8.00 E-1 h 270* 1.27 EI 1.21 E2 23 3.80 El 8.00 E-1 I
i r 1
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i I ! f MS31-001F.TR MJO: MS31-001F TEST: IEC 801-5 DATE: 9/17/93 VOLTAGE: 4.0kV EUT: RBVRM POWER SUPPLY , LINE P!IASE MR/HR CNTS/SEC CURRENT UP DOWN COMMENTS gA SET SET BASELINE 1.34 El 1.24 E2 22 3.80 El 8.00 E-1 _ PE-L1 ,__ O* 1.27 EI 1.27 E2 22 3.80 El 8.00 E-1 i 90
- 1.25 e1 1.28 E2 22 3.80 EI 8.00 E-I 180
- 1.3I E1 1.26 E2 23 3.80 EI 8.00 E-1 5
270
- 1.25 El 1.27 E2 22 3.80 El 8.00 E-1 '
PE-N O* 1.'t4 El 1.23 E2 23 3.80 El 8.00 E-1 _ 90
- 1.22 Jl 1.24 E2 23 3.80 EI 8.00 E-l _ _ . , , _
180
- 1.25 El 1.25 E2 22 3.80 El 8.00 E-1 .
.i 270
- 1.26 El 1.29 E2 23 3.80 El 8.00 E 1 N.L1 _
0* 1.27 El 1.33 E2 23 3.80 El 8 00 E-1 90
- 1.26 EI 1.30 E2 22 3.80 E1 8.00 E-1
- I80
- 1.27 El 1.31 E2 23 3.80 El 8.00 E-1 270
- 1.26 El 1.28 E2 23 3.80 El 8.00 E-1 1
I I i
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MS3I-001F.TR MJO: MS31-001F TEST: IEC 801-5 DATE: 9/17/93 EUT: I/O LINES F LINE MR/HR CNTS/SEC CURRENT UP DOWN COMMENTS - i VOLTAGE pA SET SET kV a BASELINE 1.34 El 1.24 E2 22 3.80 El 8.00 E-l , COMPUTER
?
0.5 ' l.22 El 1.24 E2 23 3.80 El 8.00 E-1 1.0 1.26 e1 1.15 E2 22 3.80 El 8.00 E-1 2.0 1.27 EI 1.26 E2 23 3.80 EI - 8.00 E-1 4.0 1.30 EI 1.28 E2 23 3.80 EI 8.00 E 1 ( RECORDER , 0.5 1.29 EI 1.21 E2 22 3.80 El 8.00 E-l . 9 1.0 1.29 El 1.24 E2 22 3.80 El 8.00 E-1 2.0 1.28 El ' l.39 E2 23 3.80 El 8.00 E 1 4.0 1.28 El 1.32 E2 22 3.80 El 8.00 E-1 SPLITTER,J21 0.5 1.24 El 1.23 E2 22 3.80 El 8.00 E-1 , 1.0 1.32 El 1.31 E2 23 3.80 El 8.00 E-1
- 2.0 1.30 El 1.28 E2 23 3.80 El 8.00 E-1 ;
4.0 1.29 El 1.24 E2 23 3.80 El 8.00 E-1 l
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1 f MS3?-001F.TR 1 1 MJO: MS31-001F TEST: IEC 801-5 DATE: _?l17/93 - EUT: 1/0 LINES i LINE MRTaIR CNTS/SEC CURRENT UP DOWN COMMENTS VOLTAGE pA SET SET kV BASELINE _. _1.34 El 1.24 E2 22 3.80 El 8.00 E-1 SPLITTER, Jl 0.5 1.31 El 1.22 E2 22 3.80 El 8.00 E-1' l.0 1.27 e1 1.29 E2 22 3.80 El 8.00 E-1 2.0 1.3I EI 1.31 E2 22 3.80 El 8.00 E-1 4.0 1.25 El 1.21 E2 23 3.80 El 8.00 E-1' SPLITTEF, J2 0.5 1.28 El 1.27 E2 23 3.80 El 8.00 E-1 1.0 1.27 El 1.28 E2 23 3.80 El 8.00 E-1 2.0 1.26 EI 1.19 E2 22 3.80 El 8.00 E-1 4.0 1.29 El 1.29 E2 23 3.80 El 8.00 E-1 SENSOR 0.5 1.23 El 1.19 E2 22' 3.80 El 8.00 E-1
- 1.0 1.24 El 1.31 E2 23 ' 3.80 El 8.00 E-1 2.0 1.29 EI 1.23 E2 23 3.80 EI 8 00 E-1 4.0 1.24 El 1.29 E2 23 3.80 El 8.00 E-1 i -
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i . MS31-901F.TR l MJO: MS31-00lF TEST: IEC 801-5 DATE: 9/17/93 EUT: CHASSIS - CABINET I l VOLTAGE MR/HR CNTS/SEC CURRENT UP DOWN COMMENTS kV A SET SET BASELINE 1.34 El 1.2_4 E2 ,_ 22 3.30 El 8.00 E-1 t 0.5 1.27 El 1.28 E2 23 3.80 EI 8.00 E-1 1.0 1.30 EI 1.28 E2 22 3.80 El 8.00 E.I 2.0 1.30 El 1.32 E2, _ 22 3.80 El 8.00 E 1 4.0 1.31 El 1.31 E2 _ ___ 23 3.80 El 8.00 E-1 1 I 1 1
l i
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-I [ ) , IEC 801-5 _ Ms31-ootr.Ta CUSTOMER G.E. Nuclear Enern DATE: 09/16/93 EQUIPMENT UNDER TEST: RBVRM MODEL #: 304 A371BG001 S/N: 093091-EP 1 Ti'ST ENGINEER: Ismael Carris 62""-NNN 2 -M . r ' ' . . .m1'25& '"W+.4 4fr. . .. . _ mm a. . . . . wa-CHARGE VOLTAGE: 0.5kV PE/N PE/L1 1 CHARGE RATE: 20SEC PHASE: O PE/L2 PE/L3 PULSE ATPLTED TO: Power Supply N/L1 N/L2 POLARITY: POSITIVE N/L3 l PULSEW Vpk (KV) Ipk (A) COMMENTS 1 0 49 19.70 2 0.48 19 70 3 0 49 19 40 , t
' 4 0 49 19 10 ,_
5 0 49 19.50 POLARITY: NEGATIVE
'E . 1 -0 $3 9.90 2 -0.53 -9.80 3 -0.52 -9.80 4 -0.52 -9.60 ;
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j S/N: 093091-EP-1 l TEST ENGINIER: Ismael Garcia ! l PE/N - CHARGE VOLTAGE: 0.5kV ! PE/L1
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CHARGE RATE: 20SEC PHASE: 90 PE/L2 PE/L3 ; PULSE APPLIED TO: Power Supply N/L1 N/L2 POLARITY: POSITIVE N/L3
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l PULSE # Vpk (KV) Ipk(A COMMENTS 1 O 53 14.*,0 , , 2 0.54 14 60 _ _ 3 0 52 14 00 __ 4 0 53 14.30 . . . . i 5 0.53 14.30 __ POLARITY: NEGATIVE
- 1 -046 -22.70 ____.
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I I [ D - IEC 801-5 us31.ooir,7g ) DATE: 09/16/93 l CUSTOMER G.E. Nuclear Enern l j EQUIPMENT UNDER TEST: RBVRM MODEL #: 304A3718G001 S/N: 093091-EP-1 l TEST ENGINEER: Ismael Garcia CHARGE VOLTAGE: 0.5kV PE/N PE/L1 CHARGE RATE: 20SEC PHASE: 180 PE/L2 PE/L3 PULSE APPLIED TO: Power Supply N/L1 N/L2 POLARITY: POSITIVE N/L3 I PULSE
- Vpk (KV) Ipk (A) COMMENTS 1 0 51 13.50 l
2 0.52 . 12.90 3 0.53 13.30 l l
' ! 4 0.53 13.50 5 0.53 13.50 POLARITY: NEGATIVE
- 1 -048 -18 60 l
2 -048 18 90 3 -048 18 60 4 I -048 18 40 5 -048 -18.10 l Page 45 gf
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I. l IEC 801-5 MS3I-001F.TR CUSTOMER G.E. Nuclear Energy DATE: 09/16/93 EQUIPMENT UNDER TEST: RBVRM MODEL #: 304A3718G001 S/N: 093091 EP-1 TEST ENCINEER: Ismael Carcia c
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ym, CHARGE VOLTAGE: 0.5kV PE/N PE/L1 CHAhGE RATE: 20SEC PHASE: 1/0 PEIL2 PEIL3 PULSE APPIIED TO: Pow er Supply N/L1 N/L2 POLARTTY: POSITIVE N/L3 { PULSE # Vpk (KU) Ipk (4) COMMENTS 1
, 046 __ 22.60 2 0 47 _ _ , . , ,
22.70 3 0 47 ,, __ _22.90 a 4 0 47 22 90 5 0.37 22.70 POLARITY: NEGATIVE
. 1 -0 52 -12 00 2 -053 -12.50 3 -D 53 -12.40 4 -0 52 -12.20
$ 0 53 -12 60
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1 1 i i f ) ; IEC 801-5 MS31-001F.TR CUSTOMER G.E. Nuclear Enern DATE: 09/16/93 EQUIPMENT UNDER TEST: RBVRM MODEL #: 304A3718G001 ] S/N: 093091-EP-1 TEST ENGINIER: Ismael Garcia m= _. _- .-~ _,m=r.m===n- - - CHARGE VOLTAGE: 0.5kV PE/N PE/L1 _ PHASE: O PE/L2 CHARGE RATE: 2]El PEtL3 PULSE APPLIED TO: Power Supply __ _ _ , N/L1 l N/L2 POLARITY: POSITIVE _ N/L3 l PULSEw Vpk (KV) Ipk (A) , COMh1ENTS 1 0 48 20.90 2 0 48 21.10 3 0.48 21 00 .
. 4 0 47 20 00 , _
5 0 48 21.00 _ POLARITY: NEGATIVE
] 4 0 48 20 80 2 -047 20 80 _
3 -0 47 -20 40
- 4 -0.47 -20 40 l 5 -047 -20.70 Page 47
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- - a ,-- ww
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1 0 48 20 90 2 0 48 21.10 _ _._ _ 3 0 47 20 70 _ , , _ ., . e 4 0 47 20 80 , _ _ , , , _ , , 5 0 47 20 60 _, POLARITY: NEGATIVE l ', 1 -047 -21.00 2 -0 47 20 70 , , , _ _ 3 -047 21 10 -l 1
- 4 -047 21.00 -)
$ 0 47 -21.20 _
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- . :n PE/N CHARGE VOLTAGE: 0.5kV PE/L1 PHASE: 180 PE/L2 l CHARGE RATE: 20SEC PE/L3 PULSE APPLIED TO: Power Suppiv N/L1 N/L2 POLARITY: POSITIVE N/L3 Ypk (KV) ( Ipk (A) f COMME NTS _
{ PULSEW 1 0 4R 20.80 , 2 0 48 20.90 _ _ , . , 0 48 20 90 ; 3 ,, 4 4 0 47 20 60 ,,,_ _ _ s 5 04' 20.30 _ POLARITY: NEGATIVE ~ ' 1 -0 47 -20.50 2 -0 4R -21.20 _ 3 0 47 21.00 - 4 -046 -21.00 5 -047 -20 90 Page 49 8 SLlih! .A a fuFh/A M //tduL) ww s<ms n/w w w w nsh=y
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( D IEC 801-5 MS3I-001F.TR CUSTOMER G.E. Nuclear Enern DATE: 09/16/93 EQU1PMENT UNDER TEST: RBVRM MODEL #: 304 A3718G001 S/N: 093091-EP 1 TEST ENGINEER: Ismael Garcia PE/N CILARGE VOLTAGE: 0.5kV PE/L1 CHARGE RATE: 205EC PHASE: 270 PE/L2 PE/L3 PUL.SE APPLIED TO: Power Supply N/t.1 N/L1 POLARITY: POSITIVE NIL 3 l
' I Vpk(KV) 1pk (A) COMM ENTS
[ FULSE # 1 0 47 20 60 2 0 47 20 80 g l 3 0 47 20.80 ' 4 0 47 20 70 l 5 0 48 21 10 POLARITY: NEGATIVE 1 0 47 -20.90 } 2 -0 47 -21.10 3 -047 21.10 r 4 -047 20 60 5 -0 47 -21.10
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. ! PUL5E a Vpk O(V) Ipk ( A) 1 COMMENTS I 0 45 71.20 2 0 44 - 75 20 3 , _ 0 44 75.90 J 0 44 74.50 5 0 44 75 90 POLARITY: NEGATIVE 1 -0 50 15 (4 2 -050 15 40 3 -0.50 16.20 1
4 -0.50 -15 50 5 -0.50 15.50 s
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IEC 801-5 MS3I-001F.TR CUSTOMER G.E. Nuclear Energy DATE: 09/16/93 EQUIPMENT UNDER TEST: REVRM MODEL #: 304 A371RG001
$/N: 093091-EP-1 TEST ENGINEER: hmael Garcia ,. . . - - . . . - . - - -_ _ _ _ . --..-----w-- . - - - - - .
PE/N CHARGE VOLTAGEQ.5LV PE/L1 CHARGE RATE: 20SEC PHASE: 90 PE/L2 *
~~
PE/L3 PULSE APPLIED TO: Power Supply N/L1 N/L2 PO! ARITY: POSITIVE _ , N/L3 Ipk (A) [ PULSE # Vpk(KV) -- COM M ENTS , 1 0.53 1S 80 , , _ . 2 0 53 19 30 _ 3 0 .9 19 20 ,._ _ , , , , _ , , _
- 4 0.53 19 40 ,
5 0 53 18 90 _ _ _ _ POLARITY: NEGATIVE e 1 -0.38 -113 00 2 -039 -114 00 3 -0.38 113 00 1 4 -0.39 -113 00 5 -0 39 -113 00 i
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( D ' IEC 801-5 MS31-001F.TR , CUSTOMER G1 Nuclear Energy DATE: 09/16/93 EQUIPMENT UNDER TEST: RBVRM MODEL #: 304 A3718G001 ,
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S/N: 093091-EP-1 TEST ENGINEER: Ismael Garcia umwww- E-C11ARGE VOLTAGE: 0.5LV PE/N PE/L1 CHARGE RATE: 20SEC PflASE: 180 PEIL2 PEIL3 PULSE APPLIED TO: Power Supply , . . N/L1 N/L2 POLARITY: POSITIVE N/L3 l PULSEW Ypk (KV) Ipk (A) COMM ENTS, t 1 0 50 14 90 , _ , . _ . _ __ _ v r 2 0.50 16 60 , _ _ ,. _ _ ,, 3 0.50 16 80 . _ ,_ ,,_. _ . 4 0.50 16.60 5 0.50 16 80 POLARITY: NEGATIVE 1 4 44 -78 00 2 -0 44 -76 90 > i 3 -0 44 -77 00 ,_ 4 -044 -75.70 5 -044 -75 00 ..,
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1 I [ D 1 1 IEC 801-5 Ms31-oolr.Tn CUSTOMER G.E. Nuclear Enere DATE: 09/16/93 l
. EQUIPMENT UNDER TEST: RBVRM MODEL #: 304A3718G001 S/N: 093091-EP-1 TEST ENGINEER: Ismael Garcia
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, PE/L1 CHARGE RATE: 20SEC PHASE: 270 PE/L2 PE/L3 PULSE APPLIED TO: Poner Supply l N/L1 N/L2 POLARITY: POSITIVE N/L3
, ll PULSE # vpk (KV) l Ink (A) COMMENTS .
1 0 40 113 00 _,, 2 0 40 !!2.00 _ _ , _ _ . _ 3 0 40 112 00 __ _ _ _ _ t 4 0 40 112 00 5 0 40 112 00 , __ POLARITY: NEGATIVE
~
. i 1 -0 53 -16.20 i
2 -0 53 -16.20 _ ,, 3 -0.52 -16.20 4 -0.53 -16.20 f 5 0 53 -16.10 1
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' 4 0 86 62.70 5 0 86 62.30 POLARITY: NEGATIVE l
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i 1 -0 96 -43.30 i i i l 2 -094 -43.90 3 -0 94 -43.60 ; I I l 4 -094 -44.00 5 -0 94 -43 60 ]
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1 [ 3 h IEC 801-5 MS3I-001F.TR G.E. Nuclear Energy DATE: 09/16/93 CUSTOMER _ EQUIPMENT UNDER TEST: RBVRM MODEL #: 304A3718G001 S/N: 093091.EP-1 TEST ENGINEER: Ismael Garcia PE/N { l CIL'tRGE VOLTAGE: 1.0kV PE/L1 CHARCE RATE: 20SEC PHASE: 90 PE/L2 , PE/L3 PUI.5E A7 PLIED TO: Power Supply N/L1 N/L2 , POLARITY: POSITIVE N/L3 Ipk (A) COMM ENTS i PULSEa $LTV) ' i 1 . 0 97 40.50 t 2 0.95 41.70 3 0 95 41.70 4 0 95 41.70 5 0 95 41 70 POLARITY: NEGATIVE
- 1 -088 4 3.20 .
-i 2 -0 88 4320 ;
i 3 0 ss 47 20
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i j 4 -088 -63.20 j
-i 5 -0 88 43.20
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1 [ ) ! IEC 801-5 Msn-oolr.TR CUSTOMER G.E. Nuclear Enere DATE: 09/16/93 EQUIPMENT UNDER TEST: RBVRM MODEL #: 304 A371NG001 S/N: 093091-EP-1 TEST ENGINEER: Ismael Garcia u-. . . . _ CHARGE VOLTAGE: 1.0LV PE/N PEIL1 CHARGE RATE: 20SEC, PHASE: 180 PE/L2 PE/L3 PULSE APPLIED TO: Power Supf,ly__ . N/L1 N/L2 POLARITY: _P_O selye E _, _ . . ' N/L3 PULSEw Vpk (KV) Ipk (A -- COM MENTS 1 0 96 44 10 2 0 95 42 10 3 0.94 41 60 4 0 94 42 00 5 0 95 42 00 __ , POLARITY: NEGATIVE
. 1 -0 90 -6,2p, 2 -0 87 -61,70 3 -087 -61.90 4 -0 87 -61.70 l
5 -0 86 ~ -62 00 ,
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~'
l PULSE N Vpk(KV) Ipk (A) COMMENT _ . _ . _ . _ 1 0 SR 63.10 2 0 86 62.70 ,_ , 3 0 E5 62.70 , _ , , _ _ _ _
. 4 0 87 62 70 5 0 85 6270 ,
POLARITY: NEGATIVE $ 1 0 97 43.50 2 0 95 -43.50 , 3 0 95 -43.50 4 4 95 4340 5 -0 9$ -43 60
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. i ! . 1 -093 -55.40 _ _ . _
l I 2 -0.90 -55.50 1 1 3 -0.90 55.50 . 1 4 4 90 55 40 ; i 5 0 90 55 40
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. J 0 90 55 00 5 0.90 55 10 j POLARITY: NEGATIVE _l l
. 1 -0 92 55 40 l 2 -0 90 -56 00 3 -0 89 56 00 4 -0.90 -$610 5 .O 90 -56 00 I #% Page 60
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. l PU577.-ln$hk
-= - (KV) ,
1 0 93 54 00 2 _ 0 91 55.10 3 0 90 55 (Xi
. 4 0 90 54 90 5, 0 91 55 00 POLARITY: NEGATIVE
, 1 4)93 -55.59 2 -0 90 -55.80 3 0 89 -55 80 4 -0.90 -55 80 t 5 -0.90 -55 70 i i
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~
{ PULSE # Vpk (KV) 1pklA , COMMENTS t 1 0 92 54 70 e 2 0.90 55 60 , 3 0.90 55.50 4 4 0 90 $5.50 5 0 90 _ 55 70 POLARITY: NEGATIVE
. 1 -0 93 -55.30 ,
2 -0 00 -55 40 __, 3 0 90 55 40 , _ 4 -0 90 55 40 5 -0 90 -55 40
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.- u CILARGE VOLTAGE: 1.0kV _
PE/N PEIL1 CIIARGE RATE: 20SEC PilASE: 0 _ PE/L2 PE/L3 PULSE APPLIED TO: Power Supply , N/L1 N/L2 POLARITY: POSITIVE ,_ N/L3 l PULSEo Vpk (KV) IP_k U' { COMMNTS , _ _ , E 1 0 70 304.00 _ , _ , 2 0 ~0 304 00 3 0 70 306 00 , _. j
. 4 0 70 306 00 _ _ _ ,
5 0 70 305 00 _ __,_ POLARITY: NEGATIVE _
.. 1 -0 75 -215 00 __
2 -0 76 -219 00 _. 3 -076 219.00 4 -0 76 -218 00 5 -076 -218 00
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, 4 0 76 201 00 _
5 0 76 201 00 _, POLARITY: NEGATIVE _ 1 -0 68 -319 00 j 2 -0 68 -322 00 _ 3 -068 -322 00 _
-I 4 -0 68 -322 00 i 5 -068 -322 00 1
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i IEC 801-5 Ms31-oo1F.Tn f CUSTOMER C.E. Nuclear Enern DATE: 09/16/93 EQUIPMENT UNDER TEST: RBVRM MODEL #: 304 A3718G001 S/N: 093091-EP-1 TEST ENGLNEER: Ismael Garcia
- . - ~ . _ _ _
CHARGE VOLTAGE: 1.0LV PE/N PE/L1 C11ARGE RATE: 20SEC PHASE: 180 PE/L2 PEIL3 l l PULSE APPLIED TO: Power Supply NIL 1 N/L2 POLARITY: POSITIVE N/L3 }
) PULSE
- Vpk (KV) Ink (A) COMMENTS ,
l 1 1 0 75 217 00 2 0 76 215 00 3 0 76 215 00 1
~
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' J 0.76 215 00 1
5 0 76 216 00 { POLARITY: NEGATIVE { l
- 1 -067 303.00 l
2 -067 -303 00 l 3 -0 67 -303 00 4 -067 -304 00 5 -067 -303 00
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f' j ( D IEC 801-5 Ms3hoolr.TR : CUSTOMER _ _ G.E. Nuclear Encre DATE: 09n 6/93 EQUIPMENT UNDER TEST: PBVRM MODEL #: 304A3718G001 S/N: 093091.EP-1 ; TEST ENGINEER: 1smael Garcia m m_m y, yygy _ - g--- ~ . , CIIARGE VOLTAGE: 1.0kV PEIN , PE/L1 CHARGE RATE: 20SEC PHASE: 270 PE/L2 PE/L3 PULSE APFLIED TO: Power Supply N!L1 NIL 2 POLARITY: POSITIVE N/L3 E 's _ Vi[b[ Ink (A) COMM ENTS
!_ 0 68 320 00 t
2 0 69 319 00 3 ,, 0 69 319 00 4 4 0 69 320 00 5 _, 0 69 318 00 POLARITY: NEGATIVE
. 1 -080 -200 00 2 -075 -201 00 3 0 76 -201.0- ,
4 -0 76 -200 00 4 5 -0 76 -20: 00 4 l #N Page 66 i f T
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. ___. --1m=. _ -._
CHARGE VOLTAGE: 1.0kV PE/N PE/L1 CHARGE RATE: 20SE.C - -- PHASE: O PE/L2 p PULSE APPLIED TO: Peuer SupyJy,,_,,_ N/L1 N/L2 POLARITY: POSIT!VE N/L3 l PULSEw Vpk (KV) Ipk (A) l COMMENTS 1 1 78 163 00 _ 2 1 78 162.00 3 1.78 163 00 1 j
. 4 1 78 162 00 _
i 5 1 79 162.00_ ,. POLARITY: NEGATIVE j
)
i 1 -l80 -145 00 2 -1.83 -145 00 3 -l 83 -145 00 - 4 -1 83 -145 00 9 5 -l83 -145 00
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[ D IEC 801-5 Ms31001F.TR ' CUSTOMER G.E. Nuclear Enere _ DATE: 09/17/93 EQUIPMENT UNDER TEST: RBVRM ,, MODEL #: 304A3718Gool b S/N: 093091.EP-1 TEST ENGINEER: Ismael Garcia CHARGE VOLTAGE: 2.ekV PE/N l PE/L1 CHARGE RATE: 20SEC PHASE: 90 PE/L2 PE/L3 PULSE APPLIED TO: Power Supply _ , _ _ , N/L1 N/L2 POLARITY: POSITIVE N/L3 { PULSE # Vpk (KVl Ipk (A) COMME NTS I 1.73 139 00 , , , _ _ 2 I.83 138 00 __ 3 1 83 138.00 _. , , , 4 1 83 138 00
$ 1.83 138 00 , _
POLAR.lTY: NEGATIVE
. 1 -l79 -164.00 5
2 -!79 -165(K) 3 -l78 165 00 l 4 -1 78 -165 00 -
- j 5 -l78 -165 00 i
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7 [ D IEC 801-5 Ms31-oolr.TR - CUSTOMER G.E. Nuclear Enere DATE: ,_ 09/17/93 EQUIPMENT UNDER TEST: RBVRM _ MODEL #: 304 A3738G001 l S/N: 093091.EP-1 TEST ENGINEER; Ismael Garcia j,
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CHARGE VOLTAGE: 2.0kV PE/N PE/L1 l CHARGE RATE: 20SEC PHASE: 270 PE/L2 PC/L3 PULSE APPLIED TO: Pawer Supply NIL 1 N/L2 , POLARITY: POSITIVE N/l3 - l PULSE a Vpk (KV) 1pk (A) COMM ENTS 1 1 78 164 00 , 4 I 2 178 165 00 .,,_ _ _ _ _ e s 3 1 78 165 00 __' a 4 1.78 165 00 l 5 1.78 165 00 POLARITY: NEGATIVE
$ 1 1.79 -141 00 _
2 -1 84 -138 00 - , __ _ 3 -1 R4 -139 00 i 4 -1.84 -139 00 5 -l 84 139 00 , 1
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[ IEC 801-5 Ms31-oolr.TR CUSTOMER G.E. Nuclear Energv DATE: 09/17/93 EQUIPMENT UNDER TEST: RBVRM MODEL #: 304A3718G001 S/N: 093091-EP-1 TEST ENGINEER: Ismael Garcia C11ARGE VOLTAGE: 2.0kV PE/N PEIL1 ; l CHARGE RATE: 20SEC PHASE: 0 PE/L2 - PE/L3 PULSE APPLIED TO: Pow er Supph N/L1 N/L2 POLARITY: POSITIVE NIL 3 q i PULSE w Vpk (KV) } 1pk (A) COMMENTS ; i 1 1 72 157 00 I, , 2 1 82 157 00 3 1 82 158 00 ,
. J l 81 157.00 .
5 1 81 158 00 POLARITY: NEGATIVE
, 1 -l 72 -157 00 1
2 -1.79 -157 00 3 l 79 -157.00 , I
- 4 -l *19 -l57 00 l 5 -1.80 -157 00
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7 i [ D l .: j IEC 801-5 usn-ooir.Ta CU9TOMER G.E. Nuclear Energy DATE: 09/17/93 EQUiJMENT UNDER TEST: RBVRM MODEL #: 304 A3718G001 S/N: 093091-EP-1 TEST ENGINEER: ismael Garcia CHARGE VOLTAGE: 2.0LV PE/N PEIL1 ; CHARGE RATE: 20SEC PHASE: 90 PE/L2 PE/L3 PUI 5E APPLIED TO: Power Supply N/11 N/L2 POLARITY: POSITIVE - N/L3 7L 'f Vpk(KV) Ipk (A) COMMENTS
- 4 1 1 72 157.00 t
2 1 81 157 00 3 1 81 157.00
. 4 I 81 157 00 5 1 Si 157 00 POLARITY: NEGATIVE f
Y
. 1 l ?2 -157 00 t
2 -l 79 157 00 3 -1.79 157 00 4 1.79 -157 00
)
5 1 79 -157 00 i
) #% Page 71
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n i [ D IEC 801-5 MS31-001F.TR CUSTOMER G.E. Nuclear .Eners DATE: 09/17/93 EQUIPMENT UNDER TEST: RBVRM MODEL #: 304 A3,71E,G0011 S/N: 093091-EP;1_ i TEST ENGINEER: _Ismael Garcia CHARGE VOLTAGE: 2.0h,V PE/N f PE/L1 t CHARGE RATE:105EC PHASE: 180 PE/L2 - PE/L3 PULSE APPLIED TO: Power @pgly_ N/L1 ! N/L2 ; POLARITY: POSITli N/L3
^
I PULSE # Vpk (KV) I COMMENTS 1 1 72 _156,00 _ 2 1 82 156.00 3 1 81 157 00 J l 81 157.00 5 1 81 157 00 POLARITY: NEG ATIVE
. 1 -1.79 -157 00 2 -1.81 -157 00 3 -l 81 -157 00 4 l 81 -158 00-5 l 81 -157 00
#N Page 72 m
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m IEC 80b 5 _ Msn-oolr.Ta : CUSTOMER G.E. Nuclear Encre ,, _,, D ATE: 09/17/93 EQUIPMENT UNDER TEST: RBVRM - - . . MODEL #: 304A3718G001 _,_ S/N: 093v91.EP-1 ,_ TEST ENGINEER: Ismael Garcia __ _ =27-1 , CHARGE VOLTAGE: 2.0kV PE/N l PE/L1 CHARGE RATE: 20SEC PHASE: 270 PE/L2 PE/L3 PULSE APPLIED TO: Power Suppl 3 _ . _ _ _ , _ _ N/L1 , N/L2 POLARITY: POSITIVE ,,_ _, N/L3 PULSE # Vpk (101 Ipk (A) COMB 81k - . .. - . - 1 1.72 156.00 ,,,, 2 1 81 156 00 _ 3 1 81 156.00 .-,c.. a 4 I 80 156 00 _ _ _ _ 5 L81 156 00 , POLARITY: NEGATIVE
. 1 -l 72 157.00 2 -l81 -157.00 3 -l81 157.00 i
4 -181 -157 00 5 -1.81 -157 00
#N Page 73 !
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-i. ! IEC 801-5 MS31-001F.TR CUSTOMER C.E. Nuclear Energv - DATE: 09/17/93 EQUIPMENT UNDER TEST: RBVRM a i MODEL #: 304 A371RG001 S/N: 093091-EP-1 TEST ENGINEER: Ismael Garcia
-1 CHARGE VOLTAGE: 2.0kV PE/N PE/L1 CHARGE RATE: 20SEC PilASE: 0 PE/L2 PE/L'l PULSE APPLIED TO: Power Supply J((
N/12 FOLARITY: POSITIVE N/L3 . l PULSE w vpk (KV) Ink (A) COMMENTS I 1.31 743.00 , 2 1.31 747.00 ! i 3 1.31 748.00 , , _ _
' 4 1.31 748 00 . _ _ _ _
5 1 31 747.00 , POLARITY: NEGATIVE
- 1 -139 -668 00 2 -139 -668 00 3 1 39 -668 00 ,
4 -1.39 -668 00 5 1 39 -667.00 [# Page 74
r ' l' j [ h l IEC 801-5 MS31-001F.TR CUSTOMER G.E. Nuclear Enere DATE: 09/17/93 EQUIPMENT UNDER TEST: RBVRM _ MODEL #: 304 A371RG001 S/N: 093091-EP-1 TEST ENGINEER: Ismael Garcia
-- - -.- === s CHARGE VOLTAGE: 2.0kV ,_
PE/N PE/L1 CIIARGE RATE: 20SEC PRASE: 90 PE/L2 PE/L3 PULSE APPLIED TO: Power Supply N/L1 l J N/L2 ! POLARITY: POSITIVE N/L3 k l PL'LSE # Vpk (KV) { ipk (A) COMM ENTS - 1 1 42 619 00 ] N 2 1 41 643.00 ( n i 3 1 41 643 00 4 , 1.41 644 00 5 1 Ji 643.00 POLARITY: NEGATIVE 1 -1.29 -769 00 2 1.29 -770 00 , 3 1.29 -770 00 4 -1.29 -770 00 5 1.29 769.00
#% Page 75 '-
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I b ) IEC 801-5 MS3I-001F.TR q CUSTOMER G.E. Nuclear Enerm DATE: 09/17/93 EQUIPMENT UNDER TEST: REVRM MODEL #: 304A3718G001 S/N: 093091-EP-1 TEST ENGINEER: Ismael Garcia e_.--.~--.- _ CI'.ARGE VOLTAGE: 2.0kV PE/N PEIL1 CHARGE RATE: 20SEC PHASE: 180 PE/L2 PE/L3 '!
-PUlte /frLIED TO: Power Supply N/L1 N/L2 l'OLARITY: POSITIVE N/L3 I L IKV) Ink (A) COM MENTS I 1 39 662.00 2 664.00
. . . . __ __! 3 9 3
139 664 00
- 4 139 661 00 5 ,_
139 664 00 POLARITY: NEGATIVE 4 1 1.28 -745 00 2 -128 745 00 3 -L28 745 00 4 -1.28 -745 00 5 1.29 -746 06 Page 76 (F A lihh[m ' ire A m dedu V l Mws t Yl/ u w W I W ilgi=:p w-I l
i [ D IEC 801-5 us31.ootr.TR CUSTOMER G . Nuclear Energy DATE: 09/17/93 EQUIPMENT UNDER TEST: RBVRjIf, _ MODEL #: 304 A3718G001 S/N: 093091-EP_1 TEST ENGINEER: Ismsel Garcia n= . CIIARGE VOLTACE: 2. 0..k.V - PE/N p CIIARGE RATE: 2. 0Z. .C PRASE: 270 PE/L2 p PULSE APPLIED TC: Power Surgly, _ N/L1 N/L2 I-OLARITY: P09'TIVC N/L3
. -.r -
{ PULSE # Vpk (KV) ___lpk (A) CO MM ENTS 1 1.29 765 00 , 2 1 29 76,0._00 _ . ; 3 1.29 766.00
' 4 1.29 _ ,768 00 5 1.29 767 00 POLARITY: NEGATIVE 1 -142 -(, ?.00 l
2 -142 -643 00 l 3 -142 -643 00
~l 4 1 42 -643 00 4
5 1 41 -643 00 I l
#% Page 77 ,
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I i ( ) i IEC 801-5 Ms31-oolr.Tn CUSTOMER G.E. Nuclear Enern _ ,.__ _ .._ _ D ATE: 09/17/93 EQUIPMENT UNDER TEST: RBVRM _ _,, , , , _ , . MODEL #: 304A3718Go01 , _ _ , _ , . S/N: 093091-EP-1 _ _ _ _ TEST EEGINEER: lamael Garcia _ _ _ ,
- mm-CIIARGE VOLTAGE: 4.0LV _.
PE/N l PEIL1 l . CilARGE RATE: 20SEC PIIASE: _0_ _ _, PE/L2 PE/L3 PULSE APPLIED TO: Power Suppiv N/L1
- NIL 2 >
POLARITY: POSITIVE _ N/L3
--.v.,__._
l PULSEa Vpk (KV) Ipk (A) COMij g 5 1 3 51 324 00 2 3.51 325 00 ..___ _ 3 3 5l 126 00 __ , . . _ , . 4 3.51 326 00 __
$ 3 51 326 00 _ l POLARITY: NEGATIVE
. 1 -3 47 -309 00 2 3 53 .'409 00 3 3 53 -310 00 4 3 53 -310 00 s 3 53 -310 00
#N Page 78 3 s L (P ]fWdf&Ak%fMUL) s -
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t , f l [ T ! IEC 801-5 Ms31-oolr.Tn ! CUSTOMER G.E. Nuclear Enern DATE: 09/17/93_ EQUIPMENT UNDER TEST: RBVRM MODEL #: 304 A3718G001 S/N: 093091.EP-1 TEST ENGINEER; Ismael Carcia ,_ _ __
.r___.-_._._. ..__._.m yg.r.= _ t .
e m _._. . . _ _ . . CHARGE VOLTAGE: 4.0LV _PEll;J Pf.ie.1 4 l
===m ma am CHARGE RATE: 20SEC PHASE: 90 PE/L2 PFil 3 PULSE APPLIED TO: Power Supply N/L1 N/Lt l POLARITY: POSITIVE P!L3
,,..-s._--
l PULSE # Vpk(KV) Ipk (A) COMMENTS i
. s 1 3.50 307 00
,- . 7. ..
2 3 52 308 00 _ . , , , _ , ,_ 3 3 52 308 00 .
. 4 3 52 309 00 .
6 1 5 3 52 309 00 t u POLARITY: NEGATIVE _ --- -;=
, 1 -3 45 -325 00
- 2 -3.51 -328 00 3 -3.51 328 00 ,
4 -3 51 -329 00 5 -3 50 328 00 { pg Page 79 r A P H../ALIlih hAt A 1A:lirsihAqhtu u V wisntimy y w %Tu> 4 %E WFH w we
4 f IEC 801-5 Ms31-oolr.Ta CUSTOMER G.E. Nucicar Enere DATE: 09/17/93 EQUIPMENT UNDER TEST: RBVRM
- l MODEL #: 304A3718G001 S/N: 093091-EP-1 TEST ENGINEER; Ismael Garcia e- _,
CHARGE VOLTAGE: 4.0kV PE/N PE/L1 I
}
PHASE: 180 PE/L2 i CHARGE RATE: 20SEC PE/L3 PULSE APPLIED TO: Power Suppiv N/L1 l N/L2 a POLARITY: POSITIVE N/L3 1 l PULSE w VpL (KW Ipk (A) COMM ENTS ! , 1 3 4R 309 00
-h 2 3 52 309 00 h
3 2 $2 310 00 4 3 52 310 00 )
$ 3 52 310.00 1'
POLARITY: NEGATIVE I i 1 -3 47 -324 00 s 1 2 1 51 -326 00 3 -3 51 326 00 4 -1 51 -326 00 5 -3 51 -326 00 4 a pg Page 80
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y [ D IEC 801-5 Ms3v001F.TR CUSTO51ER C.E. Nuclear Enere DATE: 09/17/93 EQUIPMENT UNDER TEST: RBVRM _. MODEL #: 304 A3718G001 S/N: 093091-EP-1 TEST ENGINEER: Ismael Garcia gm .- CHARGE VOLTAGE: 4.0kV PE/N PE/L1 CHARGE RATE: 20SEC PHASE: 270 PE/L2 PE/L3 PELSE APPLIED TO: Power Supply N/L1 N/L2
- __ POLARITY: POSITIVE N/L3 l PUgt'# _
Vpk(KV) Ipk (A) COMMENTS
,1, , 3 45 326 00 2 3 51 329.00
.3 . 3 31 328.00 4 3 50 328.00
- e 5 3 51 329 00 POLARITY: NEGATIVE 1 -3 46 -308 00 1
2 -3.53 -309 00 i 3 3.52 -309 00 , i J -3.52 -309.00 j 5 -3 52 -309 00 l
#% Page 81
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4 . I 1 J IEC 801-5 Ms31-oolr.TR 1 CUSTOMER _G.p. Nuclear Encre DATE: 09/17/93 EQUIPMENT UNDER TEST:,RJ VR,.M , MODEL #: 304A3718. .G.._001 I S/N: 093091.T.P .1 i i TEST ENGINEER: 7sguiCarcia k m = = m w = d ".# # ' W ," ---- n CHARGE VOLTAGE: 4 CNV...-- PE/N PEIL1 CHARGE RATF:J/J' C,_ _ PHASE: 180 PE/L:' PE/L3 PULSE APPLIED TO: PcScy C gph , N/L1 N/L2 I POLARITY:ff mflVti N/L3 I PULSEa Vpk (KV)
]. . .fpt:. (A)
~ C051A1ENTS 1 3 54 ,, 325 00 i
2 3 44 .. . _ 3 2,6,m, , _ _ 3 3 JJ 326.00
. J 3 45 327 00 5 3 44 327 00 POLARITY: ffhCATIVE , 1 3 55 -327 00 2 -3 46 _ j27 00 3 3 47 -327.00 4 -3 46 -327.00 5 3 45 -327 00 g% Page 82 LF c IL /ALEhhaiWIA'ineihemuV ' '
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y f D IEC 801-5 Ms31-oorr.TR , CUSTOMER G.E. Nuclear Energy ,, _DATE: 09/17/93 EQUIPMENT UNDER TEST: RBVRM _ , , , , , _ , , _ _ , MODEL #: 304A3718G401 _ _ , , _ ,, S/N: 093091-EP-1 _, __,, TEST ENGINEER: Ismael Garcia _ _ , , .
-- - -.:w%+X CIIARGE VOLTAGE: 4.0kV ,,
PE/N PEIL1 - CilARGE RATE: 20SEC PflASE: O PE/L2 PE/L3 PULSE APPLIED TO: Power Suppiv _ , _ , , , N/L1 N/L2 , POLARITY: POSITIVE ._
,,', N/L3
- s. n s,. -
l PULSE # Vpk (KV) 1pk (A) ,CgjMEg , 1 3 $3 326 00 ,, _ , _ 2 3 46 327 00 _, ,, , , _ , . , _ _ 3 3 46 327 00 . 4 3 46 327.00 ,_ .j , , _ 5 3 46 327 00 _ _ _ , , POLARITY: NEGATIVE 1 -3.53 327.00 _ 2 0 45 -327 00 _ 3 -3 45 -327.00 4 3 45 -327 00 5 -3 45 -327 00 .; p% Page 83 f 3
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1 f [ l IEC 801-5 _
- MS31-001F.TR CUSTOMER G.E. Nuclear Energy DATE: GU1W93 EQUIPMENT UNDER TES1: RBVRM , , , _ , _ _
MODEL #: 304 A3718G001 S/N: 093091 EP-1 TEST ENGINEEP Ismael Garcia _____
~'3;;;xcp;r;rg.mm C11ARGE VOLTAGE: 4.0kV w r.,PC/N .,-- l-lKl'.% 5 CHARGE RATE: 20SEC PHASE: 90 ptJJ .'
Pr */f f, , PULSE APPLIED TO: Power Supply iJ/t 1 , i"!! .4 { POLARITY: POSITIVE IJ/L,
~~ ~~
l PULSE # Vpk (KV) lpk (A) COMMENTS i
, _ v mee,4.ma4 -aname d
l 1 3.54 326 00 3._ e 2 3 45 327.00 3 3 45 327 00 I 4 3 45 327 00 1 i 5 3 45 327 00 F POLARITY: NEGATIVE - i
-~..n. , 1 -3.54 -327 00 l
2 -3 46 -327 00 , a __ 3 -3 46 -327 OO
- _. _ 4_ .
4 -3 46 -327 00 5 -3 46 -32 00 I
# Page 84
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( , IEC 801-5 MS31-001 F.TR CUSTOMER G.E. Nucicar Energv DATE: 09/17/93 i l EQUIPMENT UNDER TEST: RBVRM .-. , - MODEL #: 304A3718G001 p
~
S/N: 093091-EP.1 fr i TEST ENGINEER: Ismael Garcia _, CllARGE VOLTAGE: 4.0kV PE/N l PE/L1 ( CHARGE RATE: 20SEC PHASE: 270 PE/L2 P PEIL3 l 4 i PULSE APPLIED TO: Power Supply N/L1 N/L2 < 4 POLARITY: POSITIVE N/L3 l PULSE # Vpk (KV) 1pk (A) COMMENTS
~
, h 1
2 1 3 54 325 00 h 3 45 326 00 l 2 ,_ 3 3 45 326 00 0 _ 9 f ,
. 4 3 45 326 00 }
I: 1 5 3 45 326 00 POLARITY: NEGATIVE h
, 1 -3 54 -326 00 2 3 46 -327.00 3 3 46 327 00 4 3 46 327.00 ,
5 -3 45 327.00 p% Page 85 r 3 > i __ .. _a- ; L tirw ;w T
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I f-, ._. . _ . D, ; i IEC 801-5 MS3I-001F.TR CUSTO?."ER . G.E. Nuclear Encre DATE: 09/17/93 FQTJi?IENT UNDER TEST: RBVRM ;
- - MODEL #: 304A3718G001 _
.. S/N: 093091-EP-1 i
. _ TLST INGINEER: Ismael Garcia ;
tvv ?;0 5d d.- crTj viGE VOLTAGE: 4.0kV PE/N PE/L1 ,
. - . - ' CHARGE RATE: 205EC PHASE: O PE/L2 PE/L3 C." PillSE APPLIED TO: Power Supply N/L1 N/L2
~~"' . _-.' POLARITY: POSITIVE N/L3 1
, m n c :- '
1,4.. ,'G,: P ,f . - Vpk (KV) Ipk (kA) COMMENTS 1
.,.2_..,- 2 26 1.63 l
1
., ~ ) _ , , . _ ,_ 2.25 1 63 .
.L ._ ;, _ 2.27 1.63
. ,; _ 4 . _. 2.26 1.63 5 2.26 1 63 POLARITY: NEGATIVE 1 -2 42 1 54 2 _
-2 38 -1.54 3 -2.39 1.54 4 . -2.3 8 -1.54 5 -2.38 -l 54 1
^
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[ D j IEC 801 y 331. ,7, 3 CUSTOMER _ P/.E. hj$l ear Enern DATE: 09/17/93 EQUIPMENT UNDER TF.ST: REVQQ_ l MCL ?. 0: 3 2' A37.1.CC001 . -- T,'ri: 0_.'1051 C.P.-1 TEST ENCIT:t '": ,t.:! +yel Gqis e==- _
--g, ., .i ; ;.m.9- - - - - - - - . -,
PE/N CHARGE VOU. AC6 < chY. - -. - - p PRASE: 90 PE/1.2 CHARGurA.': #~ "~ PE/L3 l
.s ,
PULSE APPLC ! :. i c ,et . "<'r N/L1
.- p'y I l N/L2 '
POLANJd'.:.
. . l.Hi4 .f..**G .. .-
N/L3
,~ -
l PULSE
- VgG.n) ....n,-
V l . w... -m d A) - COMM ENTS + 1.52 1 2 46..ms m a paan se.o seas d
- 2 2 40
_ 1.5 2.. . _. p 3 2...10- 1.53
. 4 2 41. .. _.- 1.5- 3 . : .
5 24i ,, , , J52 Blown Line Fuse: ELTT not Dtm POLAPITY: .NEG. ._ A.T,.I.VE
. -em. .y e.x - ; .- wwa .
. 1 REPEAT THIS PHASE SEE NEXT PAGE 2
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f ( D IEC 801-5 -- Ms31-ooir.Tn CUSTOMEP G.E. Nuclear Energv ,_,. , .,, _ DATE: 09/17/93 EQUIPMENT UNDER TEST: RBVRM _ , , , . _ , . _ _ , , , , , MODEL #: 304 A3718 GOO 1 _ , , . , , , , , , S/N: 093091.EP-1 _ _ , , . _ . . _ TEST ENGINEER: Ismael Garcia , , , , , , , , , , .. ___ ==== - - vi'#fl'SCT:1. % 1 W.- - ~ - ~ ' CIIARGE VOLTAGE: 4.0LV ._ . _ . . . . PE/N PEIL1 CIIARGE RATE: 20SEC __) HA!Ei 'N- , PE/L2 PEIL3 PULSE APPLIED TO: Power Suppl) _.,y ? 2., ;, , N/L1 , N/L2 ! 1
- POLARITY: POSITIVE - _,
N/L3 _ . ~ , . . ,v , .. . .;. PULSES Vpk (KV) Ipk (kA) ! _ . u; ~... ' ' , i fi 1.M..wS_ 1 2 41 1 54 . , ;- , 2 2.40 1.55 _ , _ , . . _ , , , . _ _ , , _ , , _ 3 2 10 1.55 , , , _ _ . , , , , , , _ _ . , 4 4 2 40 1.55 , , , _ ,, 5 2.40 1.55 POLARITY: NEGATIVE , , _ _ , , _ _ , , , i . 1 -2.30 -168 _ _ , , , _ , _ , , , 2 -2 24 -1 68 . 3 -2 23 -168 _ , . , _ 4 -2.24 -168 , _ _ _ s 2.24 -168 i g Page 88 3 ' P /k'4iviD;w3Gf A h / k W to u u V
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i IEC 801-5 ,,
- n. ,Ms31-mir.m CUSTOMER G.E. Nucicar Enere DATE: 09/1743 EQUIPMENT UNDER TEST: RBVRM . , _
j MODEL #: 304 A3718G001 -l; S/N: 093091-EP-1 ; TEST ENGINEER: IsmacI Garcia _ g. I eEp?FFGN.riqb_ i CIIARGE VOLTAGE: 4.0kV PF/rJ $ If.!L1 l I CIIARGE RATE: 20SEC PHASE: 180 l t r/p2 l PL/;1 g PULSE APPLIED TO: Power Supply ,' h ,ft'. 1 ' j rp y," j POLARITY: POSITIVE I 1 ' '. llA!; l !"
~
l PULSEA Vpk GN) Ipk (kA) COMMENTS ~
- ~ ~me , . ,
,},-; nr .
1 2.37 1.56 2 2.39 1.57 __ , t 3 2 39 1.57
,,,,,,,__,,,p,...,,
I J 239 1.57
..-___.'e }
t 5 2.39 1.57 ' POLARITY: NEGATIVE ,
?- !
. . . . .L .
+
j 1 -2 18 -1.67 4 2 -2 18 -l67 t 3 -2.18 -167 4 -2.I9 -1.67 5 -2 19 -167 pg Page 89 f 3
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t-IEC 801-5 MS31-00. ...u e: p CUSTOMER G.E. Nuclear Enere DATE: ___ 09/17/93 r h
. EQUIPMENT UNDER TEST: RBVRM MODEL #: 304 A3718G001 .
S/N: 093091.EP-1 TEST ENGINEER: Ismael Garcia b w __ . _ g!y ? CHARGE VOLTAGE: 4.0kV PE/N $ PE/L1 CHARGE RATE: 20SEC PHASE: 270 PE/L2 - PE/L3 1* PULSE APPLIED TO: Power Supply N/L1 l . N/L2 1 POLARITY: POSITIVE N/L3
~ '
I PULSEw Vpk (KV) Ipk (kA) COMMENTS
+" ] ", ~ . . , . _ _ . . 1 2.29 I 67 i ,
u 2 2.25 1 68 -
;, 3 2.25 1.68 . ...
l
. 4 2.25 1.68 _ . _ s ,
e'
^
5 2.25 1 67 _.. a i 6 w i POLARITY: NEGATIVE - y , 1: i 2 46 -1.56
. 1 n ;
is 2 -2 40 -1.56 g..
,}
l 3 2 40 1.$7 ,- 4 -2 40 -1.57 f i 1 1 5 -2.39 -1.57 l
#% Page90 f 3 P .
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1 x~ IEC 801-5 MS3! 001F.TR CD52 0MER G.F. Nuclear Enerry DATE: 09/17/93 -_ l'r;gyi4ENT UNDER TEST: RBVRM MODEL W: 304A3718G001 SIN: 093091 EP.1 TEST ENGINEER: Ismael Garcia
,::e s ggg_.,:-an_.. . . - - . - - _ - . . .
_ CH.ARGE VOLTAGE: 0.5kV
. .; - CHARGE RATE: 20SEC PHASE: 0 l
i .- PULSE APPLIED TO: I/O Line: Interface Panel Computer l 'C POLARITY: POSITIVE I
. a .. e Vpk (KV) Ipk (A) COM MENTE h [M) 0{ f.'y ,
,. ,1 , , ,
0 33 211 00
. ,7, . ._ 0 33 211 00
- 1 ,. _ , 0 33 211.00 0.33 211.00 5
... J __
5 0 33 211 00
- POLARITY: NEGATIVE
-0 33 21100
.r . 3 e._ _
2 -033 -211 00 3 ,
-0.') _ , -211.00
, _,4_ ,
-0.33 -211 00 5 -0 33 211.00
#% Page 91 f 3 s . _-- w . .. _ _
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R [ IEC 801-5 MS3I-001F.TR i _ ,, CUSTOMER C.E., Nuclear Enerry DATE: 09/17/93 _. . ~ EQUIPMENT UNDER P'sTQU,gM l
,MO, f b J. l,': 331A3718_G001 _
.. S./N: 093091-EP-1 - . ,
Test k.ritsti,:r: ,h7.nlCarcia v W? N T5's ;I.G,.ia CHAPGE VCLT/. LP .C.5hV, _ CH AnGE i*/.l. .L,t'a . , - . - PHASE: 0 PULSE Af PL3:3 hp '/p yn:, laterface Panel Signal SplitterJ21 POLA. !L. '.'; t fir,rnVE.. . _,m...,, , . . . , ~ - - l PULSEa Vpk (KV). ,s .xw COMMENTS y . ,v -l . ' [p',c (A) J 1 0 33 .. 209.00 ., f l 2 0 3.1 ;. 211.00 6 3 0.33 210.00 4 0.33 _ 21')00 5 0.33 212 00 POLAlih 7:fEG ATIVE 1 -033 -21100 l 2 -033 -213 00
-)
i 3 -033 -212.00 4 -0.3 3. _ 211.00 , 5 -033 -212 00 pg Page 92 Y ffa M fP
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CHARGE RATE: 20SEC_ _PE/ 3,E: , , , _ PULSE APPLIED TO: I/O Line: Si,qnr1 $;?. zy.17 ,. ,, POLARITY: POSITIVE .
.s ?. r ;-:. m PULSE
- Vpk(KV) Ipk (A) -l _iid..E.NTS c ,.- .._~O_ u'.
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+ 4 0 33 214 00 _.
4 0.32 212.00 .._ _ _ POLARITY: NEG ATIVE ._
.. 1 -0.32 -212 00 _
2 -0.32 -214.00 , , _ 3 -0 32 -214 00 1 4 -0.32 -214.00 ,
- l 5 -032 -216.00-
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- nW6 2" ~:EX- 7 CHARGE VOLTAGE: 0.5kV CHARGE RA'1E: 20SEC PilASE: 0 PULSE APPLIED TO: 1/0 Line: Sensor __ ,
POLARITY: POSITIVE . .
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, 4 0 33 211 00 ! ,
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] 1 -0.33 -211.00 $ ;
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] "USTCMER C.E. Nuclear Enertv DATE: 09/17/93 l
ISUiPMENT UNDER TEST: RBVRM 1 MODEL #: 304A3718G001 S/N: 093091-EP-1 l I TEST ENGINEER: Ismael Garcia
- 3 ; , -- - _ . . _ _ . _ . _ _ . . . . _ _ - _ - - --- -
. . . _ _ = = , , ,
CilARGE VOLTAGE: 0.5kV CilARGE RATE: 20SEC PIIASE: 0 l PULSE APPLIED TO: I/O Line: Top Panet Left Side u v l . POLARITY: POSITIVE 1 . , < (, PUIgE_W Ypk OW) Ink (A) COMMENTS _ p .. 1. .. . 0 33 2 to 00 2 0 34 209.00 g
. 3 0.33 208 00 f
4 034 199 00 5 0 33 205 00 I POLARITY: NEGATIVE i
. 1 .
-033 -209 00 $
2 -033 -210 00 i 3 -0.33 -211.00
, _ ,,4 -0.33 -210 00 i
,. .$ -0 33 ~! -210 00
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i-( 3 IEC 801-5 Ms31-oolr.TR CUSTOMER __. ,,_ _G.E. Nuclear Energv DATE: _ 09/18/93 EQUIPMENT UNDEP. TEST: itBVRM , MODTJ, #: 304 A3718G001
',/N: 093091-EP-1 TEST ENCINLER: ,h_mael Garcia +
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\gk COMMENTS l PULSE # . -..GN,.)c.,)a 'Ipk (A) 1 0 61 447 00 -
2 0 62 448 00 3 0.61 450.00
. 4 0 61 451.00 5 0 61 ,
, , 451.00 POLARITY:gGATIVE il
-0 61 -449 00 ;
, 1 i
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' CUSTOMER G.E. Nuclesr l'nerryv _ , DATE: 09/18/93 EQUIPMENT UNDER TEST: RBVILM _ _ , . _,
MODEL #: 304 A371SG001. :"i S/N: 093091.EP-1 _. ,,.,__, __ TEST ENGINEER: Ismael Garcia gwgnv.r.j = .
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. - .N,1.,MM ENTS !
1 0 61 448 00 ._ 2 0 61 451 00 . . , - . . . _ . . 3 0 61 451.00 . . . . . - . 4 4 0 61 451 00 - 5 0 61 451 00 POLARITY: NEGATIVE-= - . . _ -
;i 2 1 -061 -452 00 2 -06I 453 00 3 -O61 -453 00 4 -0 61 -452 00 -
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.-,1 CHARGE VOLTAGE: 1.0kV CHARGE RATE: 20SEC PHASE: O PULSE APPLIED TO: 1/0 Line: Signal Sp?itter J21 >
POLARITY: POSITIVE
- l PULSE # Ypk (KV) Ipk (A) COMMENTS I 0 61 451 00 r
2 0 61 451 00 > 3 0 61 451 00
. 4 0 61 451 00 5 0 61 451 00 POLARITY: NEGATIVE . 1 -0 61 -450 00 2 -0 61 452 00 ,
r 3 -0 61 -452 00 , 4 -060 -453 00 5 -0 61 -452 00 p% Page 99
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IEC 801-5 Ms31-oolr.TR CUSTOMER G.E Nuclear Enertv DATE: 09/18'93 EQUIPMENT UNDER TEST: RBVRM MODEL #: 30JA3718G001 S/N: 093091.EP-1 TEST ENGINEER: Ismael Garcia CHARGE VOLTAGE: 1.0kV l Cf1ARGE RATE: 20SEC PilASE: 0 PULSE APPLTD TO:y0 Line: Sigrial Splitter J2 l POLARITY: PC SITIVE { PULSE # Vpk N V) 1pk (A) COMM ENTS 1 0 60 45: 00 2 0 60 455 00 3 0 60 456 00
. 4 0 60 456 00 5 0 60 455 00 POLARITY: NEGATIVE
, 1 -0 61 -455 00 2 -0 61 -455 00 3 -0 61 -452 00
-4 -0 60 -454 00
-060 456 00 ;
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' 2 TEST ENGINEER: Ismael Garcia CHARGE VOLTAGE: 1.0kV CIIARGE RATE: 20SEC PHASE: 0 PULSE APPLIED TO: 1/O Line: Signal Splitter J1 i
POLARITY: POSITIVE l PULSE # vpk (KV) Ipk (A) COMMENTS 1 0 60 455 00 t 2 0.60 454 00 3 0 60 455 00 4- 0 60 452 00 , t 5 0 60 455 00 POLARITY: NEGATIVE ! 1 -060 -454 00 - 2 -0.61 454 00 3 -0 61 -453 00 .
=3 4 0 61 -450 00 5 -0 61 -451 00 1
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p. IEC 801-5 Ms31-oolr.Ta CUSTOMER G.E. Nuclear Energv DATE: 09/18/93 EQUIPMENT UNDER TEST: RBVRM MODEL #: 304A3718G001 S/N: 093091-EP-1 TEST ENGINEER: Ismael Garcia Cli UtGI; VOLTAGE: 1.0kV CILLRGE RATE: 20SEC PHASE: 0 PULSE APPLIED TO: 1/O Line: Sensor POLARITY: POSITIVE . l PULSE # Ypk (KV) Ipk (A) COMM ENTS 1 0 61 452 00 2 0 62 452 00 3 0 63 434 00 4 0 63 434.00
$ 0 63 436 00 POLARITY: NEG ATIVE 1 0 62 449 00 2 -0 62 -449 00 3 -0.61 -447 00 4 -062 443.00 5 4 62 -441 00 fg . Page 102 )
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1 l D . IEC 801-5 MS31-001F.R CUSTOMER, C.E. Nuclear Energv DATE: 09/18/93 EQUIPMENT UNDER TEST:_RBVRM MODEL #: 304 A3718G001 S/N: 093091-EP-1 TEST ENGINEER; Ismael Garcia
-2. 2 - - - _ _ _ _ _ _ _ _ _ _ . _ _ __,i CHARGE VOLTAGE: 1.0kV ,
CHARGE RATE: 20SEC PHASE: 0 PULSE APPLIED TO: Chassis POLARITY: POSITIVE l PULSE # Vpk (KV) Ipk (A) COMMENTS 1 0 R1 429.00 2 0.71 430 00 3 0 84 429 00 4 0 69 431.00 5 0 61 432 00 POLARITY: NEGATIVE
, 1 -0 61 447.00 2 -0 62 -443.00 3 -063 .440 00 4 -062 439 00 F
5 -063 -439 00 i
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3 [ } IEC 801-5 h!S31-001F.TR CUSTOMER G.E. Nuclear Enerry DATE: 09/18/93 s EQUIPMENT UNDER TEST: RBVRM MODEL #: 304A3718G001 S/N: 093091-EP-1 TEST ENGINEER: Ismael Garcia C. * -. - C11ARGE VOLTAGE: 2.0kV CHARGE RATE: 20SEC PHASE: 0 PULSE APPLIED TO: 1/0 Line: Interface Panel Computer POLARITY: POSITIVE j PULSE # Vpk (KW 1pk (A) COMM ENTS d 1 1.17 954 00 2 1.21 956 00 3 1.20 958.00 4 4 1.20 958 00
$ 1.20 958 00 POLARITY: NEGATIVE .. 1 -1.23 -956 00 2 -1.20 -959 00 3 .l.20 -960 00 ,
4 -1.20 960 00 5 -1.20 -960.00 l
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-~~ms CHARGE VOLTAGE: 2.0kV CHARGE RATE: 20SEC PHASE: 0 PULSE APPLIED TO: l'O Line: Interface Panel Recorder POLARITY: POSITIVE l PULSE # Vpk (KV) Ipk (A) COMM ENTS I 1.19 962 00 2 1.20 961 00 3 1.19 961 00 4 4 1.19 960.00 5 1.20 959 00 POLARITY: NEGATIVE
. 1 -1.22 958 00 2 1.19 -958.00 3 -1 19 -959.00 4 -1.19 -958 00 5 1.19 -954 00
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~~
S/N: 093091.EP-1 TEST ENGINEER: Ismael Garcia -
~
CHARGE VOLTAGE: 2.0kV CHARGE RATE: 20SEC PHASE: 0 PULSE APPLIED TO: L/O Line: InterfaceSignal Splitter J21 POLARITY: POSITIVE l PULSEa vpk (KV) Ipk (Al CO M M ENTS 1 1.19 959 00 P 2 1 19 959 00 3 1 19 961 00 4 1.19 959 00 5 1.19 960 00 POLARITY: NEGATIVE 1 -1.23 -954 00
.r 2 -1.19 -958 00 3 -1.19 957 00 4 -120 -956 00 t
5 -1.20 956 00 ;
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. i TEST ENGB'EER: Ismael Garcia CHARGE VOLTAGE: 2.0kV C11ARGE RATE: 20SEC PHASE: 0 PULSE APPLIED TO: 1/0 Line: InterfaceSirnal Splitter J2 i
POLARITY: POSITIVE l PULSE # Vpk (KV) Ipk (A) COMMENTS , 1 1.18 967 00 2 l.16 963.00 3 1.15 963 00 4 1.15 964 00 5 1.15 964 00 POLARITY: NEGATIVE
+
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- Vpk (KV) Ipk (A) COMMENTS 1
1 1.18
. 961 00 2 1.16 963.00 3 1.15 965.00 4 1.15 964 00 5 1.15 964.00 POLARITY: NEGATIVE ,
1 1.19 -965 00 2 -1.16 -966 00 3 1.16 -966 00 , 4 -1. I 5 -967.00 5 1.15 -967.00 seu Page 108
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. EQUIPMENT UNDER TEST: RBVRM MODEL #: 304A3718Go01 S/N: 093091-EP.1 TEST ENGINEER: 1smael Garcia
, _ . _ ~ . ._,1
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CilARGE VOLTAGE: 2.0kV CHARGE RATE: 20SEC PflASE: O PULSE APPLIED TO: 1/O Line: Senior POLARITY: POSITIVE h PULSEa Vpk(KV) Ipk (A) l COMMENTS I 1.23 938 00 2 1.20 940 00 3 1.19 943.00 l e- 4 1.19 941.00 5 1.19 941 00 POLARITY: NEGATIVE
, 1 -122 -935 00 2 -1.20 941 00 3 -1.20 -94J 00 4 -1.19 943 00 5 1.19 A43 00 pg Page 109 F h
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IEC 801-5 Ms31-ooir.Ta j CUSTOMER G.E. Nuclear Energv DATE: 09/18.93 l EQUIPMENT UNDER TEST: REVIG1 MODEL #: 304 A3718G001 S/N: 093091-EP-1
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TEST ENGINEER: Ismael Garcia - 1 CHARGE VOLTAGE: 2.0kV CH ARGE RATE: 20SEC PHASE: 0 1 PULSE APPLIED TO: Chassis POLARITY: POSITIVE { PULSEW Ypk (KV) Ipk (A) COM MENTS 1 1.22 942 00 2 1.19 943 00 3 1 20 937 00
, J l 25 935 00
$ 1.23 944 00 POLARITY: NEGATIVE
, 1 -1.19 936 00 2 I.20 -942 00 3 1.26 -936 00 4 1.26 926 00 5 -1.26 -938 00
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[ IEC 801-5 MS3I-001F.TR CUSTOMER G.E. Nuclear Energv DATE: 09/18/93 , EQUIPMENT UNDER TEST: RBVRM MODEL #: 304 A3718 GOO 1 ., S/N: 093091.EP-1 TEST ENGINEER. Ismael Garcia , y CHARGE VOLTAGE: 4.0kV CllARGE RATE: 20SEC PHASE: O PULSE APPLIED TO: Chassis: Top 12ft Side Panel Front CoSer POLARITY: POSITIVE
} PULSE # Vpk (KV) 1pk (kA) COMM ENTS I 2.31 1.90 2 2.39 1.85 3 2 31 1.90 4 2.30 1.89 5 2.32 1.88 POLARITY: NEGATIVE i
1 -2.33 -189 2 -2.32 -1.89 , 3 2.32 -l89 4 -2.32 1.90 l 5 I -2 32 -1.90 I
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[ - D . IEC 801-5 MS3I-001F.TR CUSTOMER G.E. Nuclea r Enern DATE: 0948/93 EQUIPMENT UNDER TEST: RBVRM MODEL #: 304 A3718G001 ,, S/N: 093091-EP-1 TEST ENGINEER: Ismacl Garcia CilARGE VOLTAGE: 4.0kV CIIARGE RATE: 20SEC PIIASE: 0 PULSE APPLIED TO: I/O Line: Interface Panet Signal Splirter.II POLARITY: POSITIVE l PULSE # Ypk (KV) Ipk (k.A) ' COM M ENTS 1 2 27 1 94 2 2.23 1.94 3 2.23 1.94 i 4 2.23 1.94 5 2 23 1.94 J POLARITY: NEGATIVE
, 1 -2.25 -1.94 2 -2.22 -1.95 3 -2.22 -1.95 4 2.22 l 95 !
5 -2 22 -1.95 ;
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TEST ENGINEER: Ismael Garcia ___ - _ , __m-CllARGE VOLTAGE: 4.0kV CHARGE RATE: 20SEC PIIASE: 0 . PULSE APPLIED TO: L'O Line: Sensor POLARITY: POSITIVE l PELSE # Ypk (KV) Ipk (kA) COM M ENTS 1 2.32 1.91 2 2 28 1 92 3 2 30 1.92 4 2 28 1.92 5 2 28 1 92 POLARITY: NEGATIVE 1 -2.31 -1.91 .; 2 2.26 -1.92 3 2 27 -l93 -i 4 -2.27 -1.93 5 -2 27 -l 93 h j
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.S/N: 093091 EP-1 T.EST ENGINEER: Ismael Garcia a ; ._ ___ -
CHARGE VOLTAGE: 4.0LV CilARGE RATE: 20SEC PIIASE: 0 i PULSE APPLIED TO: 1/0 Line: Sensor at Splitter J2 POLARITY: POSITIVE { PULSE # vpk (KV) Ipk (kA) COP 151ENTS I 2.27 1 94 2 2 24 1 94 3 2.24 1 94 i 4 2.23 1.94 5 2.23 1.94 POLARITY: NEGATIVE
. 1 -2 25 1.94 2 -2.22 -1.95 3 -2.22 1.95 4 -2.22 -1.95 5 -2.21 -1.95
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IEC 801-5 MS31-001F.TR CUSTOMER G.E. Nuclear Energy DATE: 09/18/93 EQUIPMENT UNDER TEST: RBVR31 MODEL #: 304 A371RG001 ,, S/N: 093091.EP-1
~
TEST ENGINEER: IsmacI Garcia CHARGE VOLTAGE: 4.0kV CIIARGE RATE: 20SEC PHASE: O PUt.SE APPLIED TO: t/O Line: Inte. face Panel Signal Splitter J21 POLARITY: POSITIVE { PULSE # i VpL (KV) Ipk (LA) COMMENTS 1 2.31 1 91 2 2.28 1.93 3 2 28 1.93 4 2 28 1.92 5 2.29 1 92 POLARITY: NEGATIVE !
', 1 -2 31 -l93 2 -2.27 -l93 3 2.28 -1.93 l
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- Vpk (KV) lpk (kA) COMMENTS i 1 2.29 1.92 2 2.28 1.93 3 2.28 1.93 4 2.29 1.92 5 2,29 1.92 POLARITY: NEGATIVE ,
1 -2.30 -1.93 2 -2.27 -1.93 ., i J 3 2.26 -1.93 i I 4 -2.28 1.94 1 5 -2.27 -1.93 ] i gC Page 116 EE t .g g ., 'IE .. m$[L_ w-r dj .. . . . . l 1
I - IEC 801-5 Ms31001F.TR C USTOMER G.E. Nuclear Enerry DATE: 09/18/93 EQUIPMENT UNDER TEST: REVRM a MODEL #: 304 A3718G001 _ S/N: 093091-EP-1 TEST ENGINEER: Ismac! Garcia a____ . _ _ CHARGE VOLTAGE: 4.0kV + CHARGE RATE: 20SEC PHASE: O PULSE APPLIED TO: 1/O Line: Interface Panel Computer POLARITY: POSITIVE PULSE
- Vpk NV) Ipk (kA) COMMENTS 1 2 29 1 93 2 2.29 t.93 3 2 29 I 92
]
4 2.29 I 93
-4 5 2.29 1.91 POLARITY: NEGATIVE l l
l 1 2.31 -l 92 l I 2 -2 27 -l 92 l I 3 -2.31 -1.92 4 2 29 -l92 j 5 -2.27 -l93 1 l
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' MJO: MS31-001F TEST: CS101 DATE: 9/21/93 , , .
- FREQUENCY MMIR CNTS/SEC CURRENT UP DOWN COMMENTS kHr. A SET SET BASELINE I.26 El 1.24 E2 23 3.80 El 8.00 E-1
.120 - 5 1.22 El 1.23 E2 23 3.80 El 8.00 E 1 ,
5 - 10 1.32El I.33 E2 22 3.80 El 8.00 E-1 10 - 50 1.34El 1.32 E2 23 3.80 El 8.00 E-1 4 e }. - 4
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i MS31-001F.TR I i l l hDO: MS31-001F TEST: RS101 DATE: 9/22/93 1 EUT POSITION: FRONT _ i I FREQUENCY MR/IIR CNTS/SEC CURRENT UP DOWN COMMENTS kilt gA SET SET BASELINE 1.28 El 1.28 E2 22 3.80 El 8,00 E 1 0.3 - 10 LEFT 1.27 El 1.28 E2 23 3.80 El 8.00 E-1 MIDDLE I.27 El 1.27 E2 22 3.80 El 8.00 E-1 RIGHT 1.28 EI 1.29 E2 22 3.80 E1 8.00 E-1 to - 100 LEFT 1.29 El 1.29 E2 22 3.80 E1 8.00 E-1 . MIDDLE 1.30 El 1.30 E2 ,23 3.80 El 8.00 E-1 , RIGHT 1.30 El 1.29 E2 22 3.80 El 8.00 E-1
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1 MS31-001F.TR hDO: MS31-001F TEST: RS101 DATE: 9/22/93 EUT POSITION: INTERFACE i FREQUENCY MR/IIR CNTS/SEC CURRENT UP DOWN COMMENTS ^ kilz A SET SET BASELINE 1.28 El 1.28 E2 22 3.80 El 8.00 E-1 0.3 10 TDP 1.26 El 1.25 E2 22 3.80 El :. 00 E-1 MIDDLE 1.29 El 1.28 E2 22 3.Pa El 8.00 E 1 BOTTOM 1.26 El 1.27 E2 22 3.80 El 8 00 E-1 10 - 100 TOP 1.27 El 1.28 E2 22 3.80 El 8.00 E-I MIDDLE 1.28 El 1.27 E2 23 3.80 El 8.00 E-1
- BOTTOM 1.29 E1 1.23 E2 22 3.80 El 8.00 E-1 l
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I MS31-001F.TR B hDO: MS3I-00lF TEST: RS103 DATE: 9/24-27/93 POLARIZ'ATION: VERTICAL EUT POSITION: FRONT FREQUENCY MR/IIR CNTS/SEC CURRENT UP DOWN COMMENTS nA SET SET BASELINE 1.26 El 1.34 E2 22 3.80 El 8.00 E-1 DUT(MHz) O OI - 30 1.22 EI 1.26 E2 23 3.80 El 8.00 E-1 30 - 50 1.29 El 1.30 E2 22 3.80 El 8.00 E-1 50 - 100 1.26 El 1.22 E2 23 3.80 El 8.00 E-1 100 - 250 1.27 EI 1.28 E2 22 3.80 EI 8.00 E-1 2 250 - 500 1.28 El 1.24 EI 22 3.80 EI 8.00 E-1 500 - 1000 1.26 EI 1.28 E2 23 3.80 El 8.00 E-1 l BASELINE 1.28 El 1.25 E2 23 3.80 El 8.00 E-1 DUT(GHz) 1-2 128 El 1.33 E2 23 3.80 El 8.00 E-1 2-4 1.28 El 1.27 E2 23 3.80 El 8.00 E-l 4-8 1.26 El 1.28 E2 22 3 80 El 8.00 E-1 8 - 12 1.28 EI I 23 E2 23 3.80 El M.00 E-1 1 12 - I8 1.22 El 1.26 El 22 3.80 El 8.00 E-1 . I 1
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MS31-001F.TR - MJO: MS31-001F TEST: RS103 DATE: 9/24-27/93 POLARI$ATION: VERTICAL EUT POSITION: BACK FREQUENCY MR/IIR CNTS/SEC CURRENT UP DOWN COMMENTS A SET SET BASELINE 1.26 EI 1.34 E2 22 3.80 El 8.00 E-1 DlTT(MHz) 0.01 - 30 1.27 EI 1.36 E2 23 3.80 El 8.00 E-1 30 - 50 1.28 EI 1.22 E2 23 3.80 El 8.00 E-1 50 - 100 1.22 E1 f.26 E2 23 3.80 El 8 00 E-1 : 100 -250 1.28 El 1.27 E2 23 3.80 El 8.00 E-1 250 - 500 1.31 El 1.28 EI 23 3.80 El 8.00 E-1 500 - 1000 1.27 EI 1.25 E2 23 3.80 El 8.00 E-1 BASELINE 1.28 El 1.25 E2 23 3.80 El 8.00 E-1 DtTT(GH2) 1-2 128 EI 1.28 E2 23 3.80 El 8.00 E-1 2-4 1.22 El 1.16 E2 23 3 80 El 8.00 E-1 4-8 1.22 El 1.24 E2 23 3 80 El 8.00 E-1 8 - 12 1.27 EI 1.23 E2 23 3.80 EI 8.00 E-1 12 - 18 1.25 El 127 El 23 3.80 El 8.00 E-1
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1 MJO: MS3I-001F TEST: RS103 DATE: 9/24-27/93 POLAR 15ATION: HORIZONTAL EUT POSITION: FRONT FREQUENCY
- MR/HR CNTS/SEC CURRENT UP DOWN COMMENTS pA SET SET '
BASELINE 1.26 El 1.34 E2 22 3.80 El 8.00 E-1 DUT(MHz) , 0.01 - 30 30 - 50 1.27 EI 1.30 E2 22 3.80 El 8.00 E-1 50 - 100 1.29 El 1.30 E2 23 3.80 El 8.00 E-l 100 - 250 1.27 El 1.30 E2 22 3.80 EI 8.00 E-1 250 - 500 1.33 El 1.34 E1 23 3.80 El 8.00 E-1 500 - 1000 1.27 El 1.33 E2 23 3.80 El 8.00 E-1 BASELINE 1.28 El 1.25 E2 23 3.80 El 8 00 E-1 DUT(GHz) 1-2 1.22 E1 1.23 E2 22 3.80 EI 8.00 E 1 2-4 1.27 EI 1.34 E2 23 3.80 E1 8.00 E-1
- 4-8 1.31 El 1.28 E2 23 3.80 El 8.00 E-1 8 - 12 1.26 EI 1.25 E2 23 3.80 El 8.00 E-1 12 - 18 1.26 El 1.22 El 22 3 80 El 8.00 E-1 i
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a MS3I-001F.TR MJO: MS31-001F TEST: RS103 DATE: 9/24-27/93 POL.ARI5ATION: HORIZONTAL EUT POSITION: BA'CK FREQUENCY MR/IIR CNTS/SEC CURRENT UP DOWN COMMENTS A SET SET BASELINE 1.26 El 1.34 E2 22 3.80 El 8.00 E-1 DUT(MHz) 0.01 - 30 30 - 50 1.30 El 1.32 E2 22 3.80 El 8.00 E-1 > 50 - 100 1.27 El 1.28 E2 22 3.80 El 8.00 E-1 100 - 250 1.30 El 1.32 E2 23 3.80 El 8.00 E-1 250 - 500 1.25 EI 1.24 El 23 3.80 EI 8.00 E-1 , 500 - 1000 1.29 EI 1.31 E2 22 3.80 El 8.00 E-1 BASELINE 1.28 EI 1.25 E2 23 3.80 El 8.00 E-1 DUT(GHz) 1-2 1.25 EI 1.29 E2 22 3.80 El 8.00 E-1 2-4 1.26 EI 1.30 E2 23 3.80 EI 8.00 E-1 4-8 1.30 El 1.33 E2 23 3.80 El 8.00 E-1 8 - 12 1.30 El 1.33 E2 22 3110 El 8.00 E-1 12 - 18 1.27 El 1.28 El 22 3.80 El 8.00 E-1
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[ l. . MS31-001F.TR APPENDIX B ! EQUIPMENTLIST FIGURES. l
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MS31001F.TR-TABLE B-1. EQUIPMENT LIST
'ITAT NOMENCLATURE MFR MODEL SERIAL CAL -
- SPEC NO. NO, DUE DATE .
CS101 - Signal Generator HEWLETT HP3312A 143Al2716 6/94 PACKARD CS101 Signal Generator HEWLETT HP8116A 3134G12951 9/94 PACKARD CS101 AF Amplifier McIntor.h MC7270 EA9925 N/A CS101 10pF Capacitor Solar 6512-106R N/A N/A CS101 Oscilloscope Tektronix 7904 B268277 9/94 CS101 0.5 Ohm Resistor Dale NHL-1004132 - N/A CS101 Isolation Transformer Solar 6220-1 A - N/A CS101 LISN Solar 6338 7610836 N/A RS101 Signal Generator HEWLETT 3312A 1432A12716 6/94 PACKARD RS101 Signal Generator HEWLETT SHI 3134G12951 9/94 PACKARD RS101 Loop Antenna ARA PLH-2050/A 101 N/A RS101 7em 1. cop Antenna ARA PLA-2050/A 105 N/A RS101 Dual Directional Coupler AR DC2000 10637 N/A RS101 Oscilloscope Tektronix 7904 B2687277 9/94 RS101 AF Arnplifier McIntosh MC770 EA9925 N/A RSIO1 Isolation Transformer Solar 6220-I A - N/A RS101 LISN Solar 6338 7610836 NIA RS101 LISN Solar 6338 7610835 N/A RS103 Amplifier IFl M404 0692 4120 N/A RS103 Amplifier IFI M5402 1192-4221- N/A RS103 Antenna ARA BIA 30HF 115 N/A RS103 Antenna - ARA LPD-1011 104 N/A RS103 Horn Antenna SA 12-2.6 70 N/A RS103 Horn Antenna SA 12 2.6 70 N/A RS103 Horn Antenna SA 12-3.9 147 N/A RS103 Horn Antenna SA 12 3.9 106 N/A RS103 Horn Antenna SA 12 1.7 212 N/A RS103 Horn Antecna SA 12-1.7 133 N/A RS103 Horn Antenna SA 12 8,2 636 N/A RS103 Horn Antenna SA 12-8.2 558 N/A RS103 Horn Antenna SA 12-12 550 N/A RS103 Horn Antenna SA 12-5.8 64 N/A RS103 Horn Antenna SA 12 5.8 84 N/A RS103 Double Ridge Guide ARA DRG-118/A 106 N/A RS103 E-Field Gen. IFl EFG-3 469 N/A t p% Page 129 - A /F Cf M a- A.WUL) S w
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. MS3I-001F.TR TABLE B-1. EQUIPMENT LIST, Continued TEST NOMENCLATURE MFR MODEL SERIAL CAL -
SPEC NO. NO. DUE DATE RS103 TWTA Hughes 1277H02F000 187 N/A RS103 TWTA Varian VZS-695]EZ 176 N/A RS103 TWTA Hughes 1277H03F000 050 N/A RS103 TWTA Hughes 1277H04F000 105 N/A RS103 TWTA Hughes 1277H09F000 590 N/A RS103 LISN Solar 6338 7610836 N/A RS103 leveling Preamp IFI LPA-5C 0692-4119 8/93 RS403 Synthesized Signal HEWLETT 8673D 2540A0201 12/93 Generator PACKARD RS103 RF Power Analyst BIRD 4381 2034 7/93 RS103 E-Field Sensor IFI FFS-5/LMT 0293255RA 8/93 RS103 E-Field Probe IFI/NARDA 301-S 05043 6/93 RS103 Function Generator HEWLETT 3312A 1432Al2718 7/93 PACKARD RS103 Peak Power Meter Wavetek 8502 1509324 6/94 RS103 Isotropic Probe IFI 3040/8721 04015 N/A IEC 201-2 ESD Generator HAEFELY PSD 25B 081-486-27 6/93 IEC 801-2 Discharge Generator HAEFELY PSD 25B 093-277.1 6/93 I IEC 8012 Contact Discharge HAEFELY PSD 25B 093-579.1 N/A Adapter IEC 801-2 Target C&C ESD-Tl 101 N/A IEC 801-2 Oscilloscope Tektronix 7104 B020413 7/93 IEC 801-2 Time Base Tektronix 7B15 B031615 7/93 IEC 801-2 Vertical Amplifier Tektronix 7A29 B037572 7/93 IEC 801-2 Vertical Amplifier Tektronix 7A29 B032355 7/93 IEC 801-2 Camera . Tektronix C30 B010726 N/A I IEC 801-4 Burst Generator HAEFLEY PEFT 08197919 N/A IEC 801-4 Coupler /Decoupler HAEFLEY FP16/3-1 00522 N/A IEC 801-4 Oscilloscope Tektronix 7934 B021263- 7/93 ! IEC 801-4 Coupler /Decoupler HAEFLEY FP16/31 00522 N/A I IEC 8014 Capacitive Clamp HAEFLEY IP4A 00523 N/A j IEC 801-4 Scope Tektronix 7934 B021263 7/93 I IEC8014 Vertical Ampliner Tektronix 7A26 BIB 8964 8/93 IEC 801-4 Vertical Amplifier Tektronix 7A19 B097025 8/93 IEC 801-4 Time Base Tektronix 7B85 B093527 8/93 1 IEC 801-4 Time Base Tektronix 7B80 B056897 8/93 j IEC 801-4 Camera Tektronix C30 ' B010726 N/A IEC 801-5 Surge Generator HAEFELY PC6-288.1 093.525 6/93 IEC 8015 Coupling Filter HAEFELY FP20/3-3 093.527 N/A IEC 8015 Scope Tektronix 7934 B021263 8/93 l
#N Page 139 f T i bh a U MEPJ 5< V1/II4=P%II
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. . j l' l MS31-001F.TR l TABLE B-1. EQUIPMENT LIST, Continued TEST NOMENCLATURE MFR MODEL SERIAL CAL -
SPEC NO. NO. IXJE = DATE IEC 8015 Vertical Amplifier Tektronix 7A26 B188964 8/93 IEC 8015 Vertical Amplifier Tektronix 7A19 B097025 8/93 IEC 8015 Time Base Tektronix 7B85 B093527 8/93 IEC 8015 Time Base Tektronix 7B80 B056897 8/93 IEC 8015 Camera Tektronix C30 B010726 N/A 4 l k l- e( Page 13I
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