ML20056C934

Rev 1 to Test Rept for Point of Installation Electromagnetic Interference (EMI) Mapping of Control Rooms, Brunswick Plant,Units 1 & 2

ML20056C934
Person / Time
Site:	Brunswick
Issue date:	06/30/1993
From:	Burr C, Doyle B, Metcalf M NATIONAL TUBULAR SYSTEMS, INC.
To:
Shared Package
ML20056C933	List: BSEP-93-0115, Forwards Rev 1 to Test Rept for Point of Installation Electromagnetic Interference (EMI) Mapping of Controls Rooms,Brunswick Plant,Units 1 & 2 & Rev 2 to Test Rept for Analysis of EMI Main CR Mapping Data & GE Numac Ldm.. ML20056C934 ML20056C996
References
60251-94N-1, 60251-94N-1-R01, 60251-94N-1-R1, NUDOCS 9307300093
Download: ML20056C934 (187)

Text

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L Test Report 60251-94N-1 No. of Pages 183 Revision 1 TEST REPORT FOR POINT OF INSTALLATION ELECTRO)fAGNETIC INTERFERENCE (EMD MAPPING OF CONTROL ROOMS, BRUNSWICK PLANT, UNITS #1, AND #2 FOR CAROLINA POWER AND LIGHT COMPANY ONE HANOVER SQUARE BUILDING RALEIGH, NC 27601 i

Contract No.

XTA3000098 M

M Date 6~2T-93 Prepared by:

Christ'opher T.' Burr, EMC Test Engineer NTS/ Northeast 533 Main Street, Acton, MA 01720

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Martin J. Mc(odf, EMC Mgger/NVLAP Approved Signatory NTS/ Northeast Reviewed and Approved by:

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Sf TABLE OF CONTENTE SECTION PAGE NO.

1.0 PROGRAM SCOPE 1-1 1

2.0 APPLICABLE DOCUMENTS 2-1 3.0 GENERAL REQUIREMENTS 3-1 4.0 APPLICABLE FIGURES 4-1 5.0 TEST REQUIREMENTS 5-1 6.0 TEST PROCEDURE 6-1 7.0 TEST EQUIPMENT LIST 7-1 8.0 ANTENNA / PROBE CORRECTION FACTORS 8-1 9.0 PHOTOGRAPHS 9-1 I

i Report No. 60251-94N-1 Page No. i

1.0 PROGRAM SCOPE This test report presents the data collected and describes the methods used for point of installation electromagnetic interference mapping of the Control Rooms at Carolina Power and Light's Brunswick' Plant, Unit #1 and #2. Testing was performed in accordance with the methodology of this document, referencing IEC 801-3, Edition

1. SAMA Standard PMC 33.1-1978, MIL-STD-1399, MIL-STD-461C, and MIL-STD-462.

1.1 Data Collection Data collection was performed to identify the potential radiators and receptors at i

the Smnswick Plas that could pose an EMI threat to the normal operating characteristics L

of the GE NUMAC Leak Detection Monitor (LDM) system. Numerous criteria was considered during the data collection phase of this program. These criteria included, but were not limited to:

Physical proximity to the proposed GE NUMAC installation location.

Operating frequency range or discrete frequencies of radiators.

t Power level of radiated or conducted signals.

Direct primary power line connections to the GE NUMAC system.

Direct signal line connections (ie. thermocouples, sensors, etc.).

Primary power lines / signal lines exposed to the highest electric and magnetic fields.

1.2 Prediction Spectrum emission and susceptibility signatures, coupling paths and control techniques were identified after data collection was performed to identify potential Report No. 60251-94N-1 Page No.1-1 1

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1.0 PROGRAM SCOPE (continued) 1.2 Prediction (continued) radiators and receptors at the Brunswick Plant. This information was identified by

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performing an engineering evaluation of the known or suspected EMI environment.

Spectrum emissions of known sources, such as hand-held radios, have specific operating frequencies and output power levels. Evaluation of the fall-off rate versus distance for the signal strengths was performed to establish the expected electrical field threat.

Typical susceptibility signatures of the GE NUMAC Leak Detection Monitor (LDM) system have been approximated by prior testing by the manufacturer on similar NUMAC application.

Coupling paths may occur on power / signal lines due to direct connections to other devices or coupling due to adjacent cable runs or through physical apertures in the GE NUMAC system.

Control techniques may be implemented by such mechanisms as administrative controls (ie. limit the use of hand-held radios near the GE NUMAC system) or configuring equipment installations to conform to the manufacturer's recommendations (ie. dedicated power lines, shielded cables, etc.).

1.3 Mappine Similar NUMAC systems have had radiated susceptibility testing performed on them. This EMI mapping presents the actual EMI profile the system is exposed to, once it is installed, and was used to determine whether the susceptibility testing was l

performed at the appropriate levels.

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The EMI mapping consists of points whose location were determined by agreement between NTS and Carolina Power and Light personnel to ensure that the Repon No. 60251-94N-1 Page No.1-2 l

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AL 03 *93 ' 02:36PM ENP' ~ NED ~ MANAGER

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P.4 hbf 1.3 Mapfdnj (continued) actual Worst Case Ehil Noise Profile for electric and magnetic field emissions was mapped. At each test point, the field strengths were measured 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.

Conducted and radiated frequency domain emissions data has the hill-STD-461C, Part 4. test limits drawn on the data sheets. This is for comparison ptuposes only and is not related to any Pass / Fail criteria imposed.

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i Report No. 60251-94Na Revision 1 i

Page No.1-3

l 2.0 APPLICABLE DOCUMENTS NTS iP #60251-94N-1 Test Procedure for Point of Installation, EMI Mapping of Control Rooms, Brunswick Plant, Units #1 and #2, and NOD #1 i

IEC Standard 801-3 International Electrotechnical Commission IE Standard, Edition 1, dated 1984 SAMA PMC33.1-1978 Electromagnetic Susceptibility of Process Control Instrumentation, Scientific Apparatus Makers Association MIL-STD-461C Electromagnetic Emission and Susceptibility Requirements t

for the Control of Electromagnetic Interference, dated 4 August 1986 MIL-STD-462 Electromagnetic Interference Characteristics Measurement of, dated 31 July 1967 MIL-STD-463 Definitions and System of Units, Electromagnetic Interference and Electromagnetic Compatibility -

i Technology.

MIL-STD-45662A Calibration Systems Requirements dated 1 August 1988 DI-EMCS-80201 Electromagnetic Interference Test Plan MIL-STD-1399 Interface Standard for Shipboard Systems, DC Magnetic Section 070, Pan 1 Field Environment, dated 26 February 1979 i

Code of Federal Regulations, Title 10, Part 50. Appendix B Ouality Assurance Criteria for Nuclear Power Plants and Fuel Reprocessine Plants, January 1988 Code of Federal Regulations, Title 10, Part 21, Reportine f

of Defects and Noncompliance, as of January 1988 NTS/ Northeast Quality Manual, Revision 3, dated 14 July 1992 i

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i 2.0 APPLICABLE DOCUMENTS (continued)

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IE Information Use of Portable Radio Transmitters Inside Nuclear No. 83-83 Plants General Electric Report EMI Analysis, NUMAC Leak Detection Monitor, dated January 1993.

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3.0 GENERAL TEST REOUIREMENTS 3.1 Test Subcontractors Testing was performed by NTS personnel.

3.2 Plant Onerations Interface and Site Work Controls N

Manipulation or operation of plant equipment was performed in accordance with Carolina Power and Light approved procedures by CP&L personnel. All connections of i

test equipment probes to operable plant components or wiring was made by CP&L personnel. The CP&L test coordinator obtained plant operation permission prior to connection of test equipment probes.

Test equipment removal / disconnection was documented on the applicable test record.

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I Report No. 60251-94N-1 Page No. 3-1

l 4.0 APPLICABLE FIGURES i

4.I Description The Control Rooms are located at Carolina Power and Light's Brunswick Plant, Unit #1 and #2, in Southpon, North Carolina. The control room's physical layout is depicted in Figure 4-1 and shows all permanent equipment. The use of hand-held radios is allowed within the control room with specific pennission from the shift supervisor, and is considered as part of the Control Room environment.

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4.2 Identification i

The control room equipment is listed in Figure 4-2.

1 4.3 Verification of Operation The available Conura Room equipment was powered on and allowed to stabilize.

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Earth ground interconnections were hard wired in their normal configuration and all EMI 1

test equipment was hard wired to earth ground. Verification to ensure that the available equipment was fully operational was performed prior to, during, and after each EMI test.

as necessary to confirm pnper operation of available Control Room equipment.

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l FIGURE 4-2: CONTROL ROOM EQUIPMENT LIST IDENTIFICATION The following EMI noise sources were reviewed for their impact on the GE NUMAC EMI environment:

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Hand-held radios:

Operating Frequencies Output Power 809.8625 MHz 2 watts 809.9125 MHz 2 watts l

854.8625 MHz 2 watts 854.9125 MHz 2 watts j

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Equipment within the GE NUMAC " point of installation" cabinet H12-P614.

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Equipment within the cabinets adjacent to H12-P614:

i H12-P604 H12-P613 XU-56 C95-P654

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H12-P616 H12-P622 C95-P651 D22-P600 H12-P612 H12-P614 TSI-XY-637 l

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Upon review, the following items were ide itified as potential EMI noise emitters:

3 e Control Relays j

• AC Motorized Cycle Timers

• Multi-Point R.ecorders Due to expressed interest by the NRC in the cycling of large loads, it was recommended that a load such as the following items be cycled-i

• Control Building HVAC Fans i

Report No. 60251-94N-1 Page No. 4-3

I bf The following EMI noise sources were reviewed for their impact on the Yokogawa Controller EMI environment:

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Hand-held radios:

Operating Frequencies Output Power

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809.8625 MHz 2 watts 809.9125 MHz 2 watts 854.8625 MHz 2 watts 854.9125 MHz 2 watts I

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Equipment within the Yokogawa controller " point of installation" cabinet H12-P601.

3)

Equipment within the cabinets adjacent to H12-P601:

H12-P603 XU-5 Upon review. the following items were identified as potential EMI noise emitters:

• Control Switches

• Control Relays Report No. 60251-94N-1 i

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Page No. 4-4

5.0 TEST REOUIREMENTS 5.1 Ouality Assurance i

All work conducted for this program was performed in accordance with the requirements of NTS/Nonheast'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, Appendix B.

5.2 Testine NTS performs a majority of its EMI testing for the military in accordance with MIL-STD-461 and MIL-STD-462.

NTS is accredited by the National Institute of Standards 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 Carolina Power and Light's Brunswick Plant, Unit #1, and #2.

5.2.1 Conducted Conducted Emissions, Method CE01, Power and Signal Leads. 30 Hz to 15 KHz, Common and Differential Mode i

Conducted Emissions, Method CE03, Power and Signal Leads,15 KHz to 50 e

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 signal cables, the current probe was placed around as many conductors as possible in the cable bundle. Similarly, when performing common mode measurements on power leads, Report No. 60251-94N-1 Page No. 5-1

i 5.0 TEST REOUIREMENTS (continued) l 5.2.1 Conducted (continued) i the probe was placed around as many conductors as possible including the ground wire i

I (where applicable).

l When performing differential mode conducted emissions measurements on signal leads, the current probe was placed around the conductors in the cable bundle that are I

most exposed to electric and magnetic Helds. These are typically the conductors that l

break out of the bundle and run the greatest distance to the point of termination, and or signal leads in close proximity to power leads within the cabinet.

5.2.2 Radiated 4

Radiated Emissions, Method REXX. DC Magnetic Field e

Radiated Emissions, Method RE01, 30 Hz to 50 KIIz l

Radiated Emissions, Method RE02,14 KHz to 1 GHz 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 Post Measurement Data Analysis (Emission Tests)

The Hewlett Packard (HP) 8566S Automated Microwave Measurement System is software controlled and is used for making automated commercial and military emissions measurements. The EMI measurement system is comprised of a spectrum analyzer, RF pre-selector, CPU, display unit. printer / plotter. disk drive, keyboard and i

Report No. 60251-94N-1 Page No. 5-2

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5.0 TEST REOUIREMENTS (continued) 5.3 Post Measurement Data Analvsis (Emission Tests) (continued) control knob as listed in Section 7.0.

i Output from the current probe or antenna in the shielded test chamber is fed j

j through the appropriate preamplifier to the HP8566B Spectrum Analyzer. The HP310

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i CPU controls the bandwidth and scanning speed of the spectrum analyzer and ensures l

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 spectmm 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

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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 reference or creating a hard copy.

When measuring radiated emissions, the program will automatically signal the i

spectrum analyzer to halt the measurement process when the upper frequency range limit of the current antenna is reached. 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: the Test 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.

Report No. 60251-94N-1 Page No. 5-3

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. 5.0 TEST REOUIREMENTS (continued) 5.4 Narrowband/Hroadband Discernment l

The Narrowband/ Broadband emissions determination is made by manually tuning i

to the frequency of interest (center frequency) and recording the frequency and' amplitude.

The analyzer or receiver will then be tuned over a range of +/- 2 Impulse -

i Bandwidths (IBW) around the center frequency.

j 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.

I 5.5 Measurement Accuraev All measurements were made in accordance with MIL-STD-462 and have the following accuracies t' Reference Section 7.0 - Test Equipment List).

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Frequency Accuracy: Where specified limits are exceeded, the frequency l

accuracy of the measurements shall be accurate to within i0.1%.

Verification with a frequency counter or other measuring device was

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Amplitude Accuracy: Amplitude accuracy shall be 2 db.

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8 Report No. 60251-94N-1 i

Page No. 5-4 1

6.0 TEST PROCEDURE 1

6.1 Conducted Emissions, Method CE01, Power and Sinnal Leads,30 Hz to 15

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KHz Requirements Conducted emission measurements, from 30 Hz to 15 KHz, were made in accordance with NTS TP #60251-94N-1 and with the applicable ponions of Test Method CE01 of MIL-STD-462. Reference Section 6.1, Test Setup.

t Procedures The Control Room Environment was set up and operated as specified in Section 4.0 of this repon. An A.H. Systems Clamp-on Current Probe, Model BCP-200/510, was connected to a Hewlett Packard Automated Microwave Measurement System Model 8566S through a 25-foot length of RG9B/U coaxial cable. The probe was clamped around a selected power lead, inside the control cabinet, and the frequency range was slowly swept from 30 Hz to 15 KHz, and plots were generated for narrow band measurements. Reference Section 6.1, Data Sheets.

The preceding procedure was then performed on the remaining individual i

power / signal leads and power / signal lead bundles.

4 Test Results Test Results CE01 Conducted Emissions,30 Hz - 15 KHz TBD*

• See NTS Report #60251-94N-2.

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6.0 in3i PROCEDURE (continued) 6.2 Conducted Emissions. Method CE03. Power and Signal Leads.15 KHz to 50 MHz Recuirements Conducted emission measurements, from 15 KHz to 50 MHz, were made in accordance with NTS TP #60251-94N-1 and with the applicable portions of Test Method CE03 of MIL-STD-462. Reference Section 6.2. Test Setup.

Procedures The Control Room Environment was set up and operated as specified in Section 4.0 of this report. An A. H. Systems Clamp-on Current Probe, Model BCP-200/511, was connected to a Hewlett-Packard Automated Microwave Measurement System, Model 8566S. through a 10' length of RG9B/U coaxial cable. The current probe was clamped around a selected power l' ad, inside the control cabinet, and the analyzer was swept over the frequency range from 15 KHz to 50 MHz, and plots were generated for both Narrow and Broad Band measurements. Reference Section 6.2, Data Sheets.

The preceding procedure was repeated with the current probe clamped around the appropriate individual power / signal leads and power / signal lead bundles.

j Test Results Test Results CEO3 Conducted Emissions,15KHz - 50 MHz TBD*

• See NTS Report #60251-94N-2.

Report No. 60251-94N-1 T

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15 11sy issa ut g i j EMISSI C LEVEL I dBdl 100 l MIL-STD 46tC PAlif 4 - CE43 1E i CPE. - IRB M IO(1U0 802lli-9 4 t' t TEST C2-2 MM14 y 43-1Ki IED/lLUE/M.D i i i DIFF. E } B0 i "\\ ; i i i ggi I l \\ N i l iN ) i. e t t j l i 60 j ~ s i j \\ N 1 1 N \\. l l l 40 (, i i s .( j 1 l 's NJ \\ l I g y'v 20 t k I L A b g [, g gi gj .015 1. LI 51 FIEEENCY DHI] EMISSIIM LEVEL ! edhttz] l MIL-51D 4 tic PART 4 - CE4 3 3 uu 1 s aIFr. - 120 \\ g. i 'N 1 s. i 100 l . \\, s i l \\. l ( \\ i 80 Y - lY l 'y ll l -( i g x y"Iy x 60 A \\. l l ) I mlJL, l .015 .s 1. m) Si l ~ ^ ~ J FERENCY Detz) S 28

ENISSIM LEVEL 1 dauAl Nb 8"00 l l l' l XIL-STD 46fC PART 4 - CE-03 l We li CP L - IR8tRf10' KJO 68251-5 W TENT C2-5: 24fi2-P613 IHO,Pi I N i 2-631-13 8 2-831-14 sif i l 1; M. NIDE gg I '$*i _Ii l l N i l! )

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I i s i 1 ,i l N l j li' 60 a 40 N lll l i 's 1 1 's lll { '\\ 20 (g .015 ~ T. ~ ~ '~ ~ ~ 1 h '~ 1 FEEUENCY Ditz] 18 May 1953 02 07:09 ENISSION LEVEL ! dauA/letz] 1RGA!EMO 140 l MIL-STD 46tC PART 4 - CE-83 CPL - IRBtBlI(X 110 60251-94 mr i TE3T C2-5: 24ti2-M13 DEhP1 N RIRE i 2-631-13 E 2-631-14 C0lti. MIDE j 120 s \\ ) s. l T , '\\ \\ I l g I 100

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I 15 May 1853 011: it 11 EMISSION LEVEL [ dBuAl XAFROWBAM) l l XIL-STD 46tC PART 4 - CE43 ? MMi i (PE. - IRMNI!X 100 60251 4 4 i TEST C24: 24tia-P613 IHbPi N} l l VDE f 2431-13 I l, DIFF. N(DE 4' i [ '. 's t i 80 ^ .g i!j + l l l l k \\ I i N l i I i l 'I, l I h l1! i n 60 l] 'N I, j I {N l { j N j l l 40 sl' l l l l [ 4 ! i 1 ) i I l l' !\\ l I l 5 A I I \\ l 3 I 20 J A I l l i,%W7 W "( .015 .d 1 in 51 FTERIENCY DHz] 18 May 1953 02 it fi EMISSION LEVEL ! dBuA/Etz] BROADBAND l 'i MIL-51D 461C PART 4 - CE43 1 CPE. - B utWIlX KJO 60251 4 4 l i j patri;.) TEST C2-2 24112 P613 IHbPi l ( -l 1 XDE i 2431-13 l nIrF. MooE l i 120 Q-- i j i i i i l Il 100 lljllN i k' I x i, 'I I-1 BD l. i i. 4 60 ii. I l /(\\ b ll 1 .h l .015 .n i 30 51 FFEIUENCY DHI) 6 30

exiss1Du teva. t neun "#dIlam "' $ = 100 g [i MIL-51D 461C PART 4 - CE-93 W! i 1 CPE. - IRNRIItX IUD 88251-84( i i 1EST C2-6 M12Mi H2hFt/2 -LEAD B1101 FLTR 8 INTIR De lNx so N N \\ l i 1 N l g i 's 60 4- % o_ x i +- x h 40 L = .,Lik If )M h.. ,n I l L i b .ets t a si FREEENCY [WHz] An ts my iC!E42:5e 7 "F EXISSION LEVEL [ dBuAMtz] smDBM T I Kn.-sTD 481C PART 4 - CE-83 Ni me. - suern u eBew F umrh.i TE5T C2-6 M124'8Bi 2 N j \\ -LIAD HTIN R.1R 8 MTR 120 'y s \\ i,, D --s ll . s !s* g j \\ L y l l ml 3 .r i l P s: so ,l l I l> l '\\ b l l \\1 \\ I + l t 1 1: d.. FTERJENCY Mtz) 6 31

15 lley issa M. 4 DOSSItBI LEVEL ! SIA) 100 c l l l ICL-51D 461C PART 4 - CE-43 l

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i iSCfim g. g g l I i KIL-51D 461C PMT 4 - CE-93 2ME i 1 CPE. - RBHillK NJD 80251-Mi N l I M b i 84 C IEEE i .i a i i

l s

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6.0 1 EM PROCEDURE (continued) 4 6.3 Conducted Emissions Method CE07 Switchine Transients. Time Domain ) Requirements Conducted emissions switching transients, time domain, were measured in accordance with NTS TP #60251-94N-1 and with the applicable portions of Test Method l CE07 of MIL-STD-462, Reference Section 6.3, Test Setup. Procedures l The Control Room Environment was set up and operated as specified in Section 4.0 of this report. A Tektronix oscilloscope, Model 520, and current probe was connected to a selected power lead. The 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 results were printed and/or stored on electronic media. Reference Section 6.3, Data Sheets. I i The preceding procedure was repeated with the current probe connected to the l t appropriate power / signal lead pair (terminated in close proximity to the signal lead I bundle), and the appropriate power / signal lead pair (with the longest individual run to i the point of termination). The trigger level of the oscilloscope was set to trap any transients greater than the steady-state time domain noise. In approximately 50% of the intentionally generated cycling of relays and loads, no transients were generated / trapped above the steady-state noise levels. Repon No. 60251-94N-1 Page No. 6-38

-I hbY 6.0 ir2 PROCEDURE (continued) 6.3 Conducted Emissions. Method CE07. Switchine Transients. Time Domain (continued) Test Results - Test Results CEO7 Conducted Emissions, Switching Transients, TBD* Time Domain

• See NTS Report #60251-94N-2.

i r i I 4 b k i Report No. 60251-94N-1 Page No. 6-39

GROUf4D POWER SOURCE EUT\\-- -f \\ x OSCILLOSCOPE \\ L". t m CONDUCTED EMISSIONS, METHOD

CE07, TYPICAL s

TEST SETUP

J ) i CE07 DATA SHEETS i F F c i Repon No. 60251-94N-1 j Page No. 6-41

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I 6.0 i t57 PROCEDURE (continued) ~ 6.4 Radiated Emissions, Method REXX. DC Macnetic Field Reanirements ) i Radiated emissions, DC Magnetic Field, were measured in accordance with NTS TP #60251-94N-1 and with the applicable portions of MIL-STD-1399, Section 070, Part j

1. Reference Section 6.4, Test Setup.

Procedures The Control Room Environment was set up and operated as specified in Section 4.0 of this report. 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 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 6.4, Data Sheets. The remaining mapping locations were measured following the preceding procedure. I Test Results Test Results REXX Radiated Emissions, DC Magnetic Field TBD*

• See NTS Repon #60251-94N-2.

t Report No. 60251-94N-1 Page No. 6-99

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N 6.0 i t.3 i PROCEDURE (continued) 6.5 Radiated Emissions, Method RE01 AC Macnetic Field,30 Hz to 50 KHz l Reauirements - Radiated emissions, magnetic field, from 30 Hz to 50 KHz were measured in accordance with NTS TP #60251-94N-1 and with the applicable portions of Test Method RE01 of MIL-STD-462. Reference Section 6.5, Test Setup. Procedures The Control Room Environment was set up and operated as specified in Section 1 4.0 of this report. 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 was detected. The spectnim analyzer was swept over the frequency range from 30 Hz to 50 KHz and plots were generated for the frequencies of maximum radiation. Reference Section 6.5 Data Sheets. The remaining mapping locations were measured following the preceding procedure. l Test Results Test Results RE01 Radiated Emissions, AC Magnetic Field, TBD* 30 Hz - 50 KHz

• See NTS Report 60251-94N-2.

Report No. 60251-94 N-1 Page No. 6-118 i t

T S E T L A C I P Y k T 1 \\ 0 E E C R R UO S D R E W O O H P T ] E M / / 4_ A N S N N [ E T N O A T I U T S E S E S \\- T I M E N i x R D E T E i E I I I N \\ T x N P M E A U I dT AE RS c) w

t i ) .i i RE01 DATA SIIEETS l 'I .I Repon No. 60251-94N-1 Page No. 6-120

, //h ~lB % Ti353 22:17;16'~ t' EXISS2Wi LEYEL I d80T] !l I l lll llIl - ! (PEL - IRNitICK K.10 60251-SM !,I 1 ! XIL-STD 461C PART 4 - E-01 i 1 iI ' i t i, TE3T Mi/2-2 24!!?-9614 } l ! 'T?% j

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N[ B(ISSIM LEYEL I ST) 18 May 1534 22:51:53 l 150. 3 KIL-STD Cic PART 4 - E11 l l j l i l l. (PE. - IRNRf1(X%I0 80251-94 1 TEST Ni/2-2 M12-M14 l l-I LDCATIM 3: BR. 54 FT I l 3 '[\\l l' ,,,I f ll 130 I. j l l s j i-l l 110 l li i 4 i } l 1 N 1 1 N LIKI" l' k \\ s i l l s I NL 90 [ l -- , (I, N. l 1l I N i i e \\ l 70 i b Ay i I {p 1 s \\, 3.E-5 . )l)IJi ,c. i .ot ,g3 FERIENCY DHz] //[ EMISSIM LEYEL ! @T] I 150 KIL-STD 461C PART 4 - IE-ti (PR. - IRNRfIlX E10 80251-94 l l TEST WU2-2 M12-PE:r1 USI] LDCATIM t BIV. 54 FT l 130 x % N l Ns 110 .. / j _IKI" iN I x t i N l I N 90 N 1 .N.q ~ N l j t' K j. 'N I 70 'dI i ,s N 1 'N i N i 4 3 e l l s i us.. I i 3.E-5 .)001 , ;' ai .01 .05 FERIENCY DHz) G 12 2

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r 15 Ney im UZ 3R D 130 N MIL-51D 461C PART 4 - E-41 \\ Ipg. - IcK IUD 50251-5W TUTN N ti~e M 14 s. I l LOCATIM t ELEY. 54 FT IUR F LOCATIM 3 s. 110 N bs N . t k l 3 h. x-V l\\ b ( 70 ( g [N l g [ N. 'N I i .1 Ei o Ihl { II J ' TM( 3.E-S .Mi 111 81 FEEIENCY Mtzl is MsT M 3 oz 4t sa ~ 130 N. MIL-STD 46tc PART 4 - E-ti \\ gpg. - I m KID ll0251-9 W TSTN NtibM14 N LOCATI it 81Y. 54 FT s

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~~ 19 May 1993 O3: 00: 01 EMISSION LEVEL [ dBpT] ~ a 3gg , ___r._, m i MIL-STD 461C PART 4 - RE-01 -i ss N CPSL - BRUNSWICK MJO 60251-94N ---_--q_ _-... ~ TEST M1/2-2: 2-H12-P614 \\ LOCATION 11:ELEV. 54 FT 'N REAR OF LOCATION 1 110 ~ ~ ~ ^ N _x T [. N~ 90 T-- N 4 l \\ 6 ~ k s '), 70 \\ -d-L 'l t N i x N y

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Y 6.0 i 12 i PROCEDliRE (continued) 6.6 Radiated Emissions. Method RE02, Electric Field.14 KHz to 1 GHz Reauirements 2 Radiated emissions, from 14 KHz to 1 GHz, were measured in accordance with NTS TP #60251-94N-1 and with the applicable portions of Test Method RE02 of MIL-STD-462. Reference Section 6.6, Test Setup. Procedures The Control Room Environment was set up and operated as specified in Section 4.0 of this report. The antennas used during the performance of this test were as follows: Freauency Antenna Coaxial Cable Polarization .014-30 MHz Active Rod 25' of RG9B/U Omni-Dirernaml 30 - 300 MHz Biconical 25' of RG9B/U Vertical /Horiz. 300 - 1000 MHz Log 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 i Microwave Measurement System, Model 8566S. The antenna axis orientation were changed until a worst case level is detected. Plots were generated for both narrow and broad band measurements. Reference Section 6.6, Data Sheets. The remaining mapping locations were measured following the preceding procedure. l Test Results Test Results RE02 Radiated Emissions,14KHz - 1 GHz TBD*

• See NTS Report #60251-94N-2.

j Report No. 60251-94N-1 { Page No. 6-128 a

MMI ~ i- ~ t/) W i-A <I e W U g O_. t-s V) f / N 1-I i /' h a w s ,/ / m 2a \\ o \\ T N 1-4 '/ i s i V) 7 --o ./ / ~ v3 V) / 'E / ,/. g' y // l- -q 4 l pH C 129 <W W v>

1 i e IE02 DATA SIIEETS P i k i i i Report No. 60251-94N-1 Page No. 6-130

NO EMISS20N LDTL 1 dBuY/m] b MIL-Sn 461C PkTl 4 - RE-02 Th kt 2-3 L 1 l l t I i I 50 / --y_-- 33 i l TI I l L uh 10 I lll l ll .014 1 11) 113 0 10N FREEK!DiCY (MHz] h EMISSION LEVEL i dBuY/a/Mtz} bb I KIL-STD 46tC PART 4 - RE-02 [h kg ~ ' g' arv.3r 120 9 f,Iti Ill 100 l s 5 I s I I 60 8l11illlll,hlu / l '. Wi 10; .014 i t) 100 LOW FREQUENCY I4tzj C 13.

O EMISSIDN LEVEL [ dBuV/a] b I l, AIL-STD461CPART4-RE-02 TEb bi D aa. u-l t, 3 I., \\., l 50 y l: ,I l l IAI / m, ~ m ~_Ag 30 i~ i _u.: g ' 0 I g ) l gg I .014 1 10 t00 t0D) FREWENCY (MHzl [ EMISSION LEVEL [ dBuY/s/EIl db XIL-STD 461C PART 4 - RE-02 TE ki 0 g as. a-120 t L I I I I 4 - N g glll l 80 l l 60 .JE L [(N / .014 1 10 100 1,00) FREWENCY [Hz) C 132

ERISSION LEVEL l dBaV/m] Y $aAg) ~ KIL-STD 4 sic PART 4 - RE-02 E ki 8 a u. sa- ) n I t hi. i \\ W""'i lllllll I ,~ A R%lllllh 30 D:::%=- 10 ll l Nlll l .014 i ti) 11)0 RD) FREQUENCY [MHz] NO EMISSION LEVEL [ dBuY/t/HHI] AND MIL-STD 46tC PART 4 - RE-02 E ki B yr'1p4 au. sr 120 i \\ l ,I III Ill 4 v% istHj lll ' x <w r "Itll Ill %)I-'tag y I1ll llu ,g l l y y .014 1 ti) 100 th) FREGt!ENCY [HHz] C 133 i

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f d I. 4 10 llllll lIllll l Illlll lIllll l .014 1 ti) i')0 t(ib ) FREQUENCY (Wz] O EXISSI(N LEVEL ! dBuY/aMiz] MIL-STD 461C PART 4 - RE-02 R kT i llll !"#Raio umm 4a t a llll l lll P M We c

• N Irq l lll lllNL RI,E A

BD + +Hkt # V Illi llll l Al % llll l lll ~ .014 i ti) ..)0 t(Fb ) FREQUENCY [Ezl 6 134

O EM1SSION LEVEL I eBuY/ml h0WBAW 90 MIL-STD 461C PART 4 - RE-02 DilL..iRNSWICK'60251-94N rWi/2-Fi-fliNS01 FRWT LOCATI(N 12 OY Nk i 50 7< 1 J% 30 ~' y]- Q1l l h u, yI 10 ll .014 i 1) 100 i,(f D ) FREQUENCY Ditz] hn 20 Nay iSS3 01:19:06 "F EMISSION LEVEL [ d!k:V/m/Miz] BRQADBAND MIL-STD 461C PART 4 - RE-02 Gill - IRESWIDC 60251-94N 4 /Wi/2--231-+ fin 601 FTGT LOCATI2J 12 P \\ 44llll e 'N ) { N u[ s s 's 60 ^'^A l= 'h Nd i .e / " " #qu 'i. i,l .014 i 10 113 0 i.00) l FTtEQUENCY [Ez] 1 135 't

g33), g j is May 2043 14: 4ti: 03 MIL-STD 461C PART 4 - RE-ti s \\ CPL - IRNSKI(X'60251-94N r. Wi/2-2 24112-P601 FRWT jii ' s N LOCATIS 12 N 's 90 w ( f N \\ b l l' ' ' N N I 70 I io l f_ 50 o ' N% )fh T llll 14 l l 3.E-5 .3401 .001 .01 .05' ~ FREQUENCY Mtz] //[ EMISSION LEVEL I dBpT} I 130 g s MIL-STD 461C PART 4 - RE-01 \\ (PL - ERNSWICK 60251-S4N Mi/2-214ti2-P601 FRET LOCATIM 12 x \\ \\ \\ t 90 \\K g m x k 0 N N 70 I L. l 50 i n. k l i 1, P 1 b l 1 3.E-5 .)gui .001 .01 .05 FREQUENCY Mtz] 6 136

i O EMISSItN LEVEL l dBuY/a} bb NIL-STD 46fC PART 4 - FE-02 T Ri A rr tw l.:or t - I IlllIll ' "" ' - '" " &c cil.Illllli llllllll l 'I 50 e e b L l 30 g N ~ ~ , 9 10 l IIll ll ll IllllllII l llll ll ll lllllllll t) 100 10l') FTIEQlJENCY MtI] O EMISSION LEYEL 1 dBuY/a/ Wiz] MIL-STD 46tC PART 4 - FE-02 T IN 120 f i D b ' M M llll x JUlllllll c B0 8 'V n I P E ; ~ sp gj l 714Tf'YI III lllll l F .014 i 10 100 t(ili ) FTIEGlJENCY Mfzl G 137

O EXISSIIN LEYEL i dNV/rj kb l MIL-STD 45tC PART 4 - RE-02 (PilL - RNSWIOC '60251-94N L T 70 ,\\ 50 L l b l 4,-. l 30 ~ A I 1$$y ---_. Ikh-- ~ L_ j I 10 l l I i .014 i 10 1.')0 110) FREDUENCY [H] [ EMISSION LEVEL I dkV/r/h) bbT MIL-STD 4 SIC PART 4 - RE-02 CPE. - ERNSWID( ED251-94N l TEST Ai/2-3 2-H12-9514 LOCATION i - ELEY. 53' 120 u I ..L Tf IMIM l I i / I " Ml '/ ED 61 I llllll C .014 .1 1 1) 140 100') FREQUENCY [Mz] G 13F

O D'aSSSM LEVEL i CBuY/al NOWBAM) l l MIL-STD 45tC PART 4 - RE-02 E hi E S 0 ~ i LOCATI M 7 - ELEY. 53' BD blill l lllll l

• - n.'ibleli l

4-c m p p[ u 2-40 lI l N I N g j j - -__.~'- 20 Il l I l lll lll .014 i 10 100 1,00-) FREQUENCY [MHz] [ EMISSION LEVEL I dBuY/m/K4z] !O XIL-STD 46tC PART 4 - RE-02 T ki E S i D ^ LOCATI M 7 - ELEY. 53' 130 l k \\ 4,4l ll 1 110 i i l t 90 L N s,, g / l 'NJ h 70 L p .014 t 10 100 1,M ) FBE9'JENCY [K4z] C 139

[ EXISS10N LEVEL [ dBuY/rj bOWBMO MIL-STD 45tc PART 4 - RE-02 @t - ERNSWIDC '50251-94N TEST Ri/2-3 2-H12-P514 LOCATION S - ELEY. 53' 70 t '1Ali I .t .lNY i <-H.<I-ichl i 50 b I J ,0 l l 2 n. 1a p l ~ 3 ~ - ~ ~,.L m N _l j i ~ i.,3 l I 10 3 l I l .014 i 10 WD iM) FREQUENCY [Hz] hn 19 Hay 1993 09.: 45: 13 IF EMISSION LEVEL l c3uY/r/412] BROADBM0 MIL-STD 4 Sic PART 4 - RE-02 TL - ERNSWICK 60251-94N TEST Ri/2-3 2-H12-P614 LOCATION S - ELEY. 53' 120 4 ,$fw I l 400 'xR ,11I I o A111 ,~ " %l 9 1lu t / 50 -l---------- M--- i .l h[l .014 .1 i 10 t00 100) fBEDUENCY [Wr] G 14 0

1 h SUSS10N LEVEL ! d&lV/a] DWBM0 KTL-STD 451C PAFil 4 - RE-02 (Pil - BftNSNICK 60251-94N TEST R1/2-3 IHil2-P614 I. LDCATIIN 10 - ELEY. 53' I fyh) lI l l Ii$A ll 50 ll 'M IRLilf Ji ~ s Oz= ~2k)Qug{ = 20 o l l l l l l I .014 1 10 ' :30 1,(6) FREQllENCY [W ] O EMISSION LEVEL [ dBuY/a/WI] h XIL-STD 45tC PART 4 - RE-02 Ri 2 2 4 Y LOCATION 10 - ELEY. 53' 120 i l i k \\ a,GM 100 s i d l l '~ s _~N J L h ' Rl l L 80 1 I l l .. N" Ao / 60 41 l ll [ \\ p l 11 .014 1 i') 1.00 1(U) FRE9tlENCY [Hz] G 141 i

[ OGSS20N LEVEL i dBuY/rj bb i KIL-STD 45tc PATI 4 - RE-02 @ L - ER NSWICK ~50251-54N TEST Ri/2-3 2-tti?-P614 p LOCATI2i 11 - ELEY. 53' 70 j-ll l h 50 i U1 ( j 'b E / [l I l 30 ---I g-;- --k

5 l

f i 10 'I l 1 I l .014 i 10 9)0 1.00) FREQUENCY DHz] O EMISSION LEVEL ! dBuY/m/Wz] 1 0 XIL-STD 4 sic PART 4 - RE-02 M @L - IRNSWIDC 60251-94N i ,n TEST Ri/2-3 2-f112-P614 LOCATION 11 - ELEY. 53' 120 k e 1 100 \\ g ' N, P N h 80 %#M b 60 W74' l ll vf .014 i 10

,')0 100) l FREEJENCY [WI]

j 1 142

h EMISSIDN LEVEL I dBuY/rj b ifBA!0 i Kit-STD 46tt PART 4 - RE-02 I CPL - Bfu2SWICK GC251-S4N i i TEST Ri/2-3 24fi2-PSDi LDCATI@l 12/13 - ELEY. 53' 7D 1 l l l I i ff i i i I l 11 i il Ndi / RW4q Ty L t l -}:_ 30 hl m _ F-g[ n I l j% l l l l i ha 1 20:::: .._y_ !!i . il i l ,e i i ) i l' I j i l 1 I l l l l i l t H l l .D14 .i i 10 t00 t00) i FREQUENCY [HHI] Mn 19 Hay 1833 08 09:35 '9' EKISSION LEVEL [ dBuY/a/W.Z} SRCADSA!O KIL-STD 46tC PART 4 - RE-02 CP L - IR NSWICX 60251-94N TEST Fli/2-3 24112-P601 LOCATION 12/13 - ELEY. 53' 120 I~Nl \\j l l BR @WC x A A. i 00 t 4 7 l k i V h\\1 1 O I l t B0 1 l, 'W D l i l %,d / i g l l-

wiu ]

1 i 1 i I .014 i la JO 100) l FREQUENCY [Hz] 1 143

l 6.0 i 12 i PROCEDURE (continued) 6.7 Radiated Emissions. Method RE02.1. Electric Field. Hand-held Radio Profile Reouirements 1 Radiated emissions, hand-held radios, were measured in accordance with NTS TP

1. 60251-94N-1 and with the applicable portions of Test Method RE02 of MIL-STD-462.

Reference Section 6.7, Test Setup. Procedures The Control Room Environment was set up and operated as specified in Section 4.0 of this repon. The radios were tested, at each of their operating frequencies, in a continuous communication and keying communication mode of operation. The antenna used during the performance of this test were as follows: Freonencv Antenna Coaxial Cable 30 - 300 MHz Biconical 25' of RG9B/U l 300 - 1000 MHz Log Periodic 25' of RG9B/U Measurements were performed using the appropriate antenna with the corresponding coaxial cable connected to a Hewlett Packard Automated Microwave Measurement System. Model 8566S. The transmitting antenna axis orientation (hand-l held radio) was chanced throuch multiple axes with the radio inside the control room j i until a worst case level was detected. Other site specific radios and known sources of noise were " keyed" or activated as much as feasible. Plots were generated for narrow j band measurements. Reference Section 6.7, Data Sheets. l i l Report No. 60251 04N-1 Page No. 6-144 1

i 2 6.0 IE51 PROCEDURE (continued) ^ 6.7 Radiated Emissions Method RE02.1, Electric Field. IIand-held Radio Profile Requirements (continued)

• Note:

In past years, actuations of engineered safety features or loss of offsite power events have been caused by Electromagnetic Interference (EMI) from hand-held communications radios (walkie-talkies). Electromagnetic Interference can cause induced 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. i Test Results Test Results RE02.1 Radiated Emissions, Hand-Held Radio Profile TBD* P

• See NTS Report #60251-94N-2.

) i i i Report No. 60251-94N-1 Page No. 6-145

Ryk C/) LJ l-I E <E W U z 1 / E 1- / / ~Y L i d' O .i s Ld 8 E 5 3 h o 0- 'N o 1 F-W Z i z s O \\ U E / / x e td .9 ~ ) ,-..- g. <L _ m _1 i 1.-- f CL LJ & (A R 146-

hf 1 RE02.1 DATA SHEETS t l Report No. 60251-94N-1 Page No. 6-147 i

20 May 1993 02: 38: 28 gFn EMISSION LEVEL [ dBuV/m] NARROWBAND 120 MIL-STD 461C PART 4 - RE-02.1 CPGL - BRUNSWICK 60251-1 TEST Ri-1-2'C95-P661 p.]jg..gs-- 100 80 NARROWE,AND 60 40 m dl. C= . l, l 1 i l k,1.I I I 1 i La d 11:.w in 1.1.j i 300 1000 FREQUENCY [MHz]

20 May 1993 02: 56: 30 EMISSION LEVEL [ dBuV/m] NARROWBAND 120 MIL-STD 461C PART 4 - RE-02.1 CPSL - BRUNSWICK 60251-1 TEST R-i-14-H12-P614 iM /;- 22 " 100 80 NARROWE,AND 60 40 lI 03 n ..m l 1 6 d h J N A i 1. .J d ~M** u i 300 1000 FREG"JENCY [MHz]

M y 1993 03: 10: 05 Ih EMISSION LEVEL [dBuV/m] NARROWBAND 120 MIL-STD 461C PART 4 - RE-02.1 CPGL - BRUNSWICK 60251-1 TEST Rid E-H12-P614 R 1/ 2.. $ " 100 qca.7C..iMe s q q,1! J /n 80 NARROWE AND 60 g.u ; 7 ii.r:

3. ;.'..aC

.n Cn . t .u n s ' :+ A's I l I l d,u. n n 300. 1000 FREQUENCY [MHz)

20 May 1993 03: 28: 40 g EMISSION LEVEL [dBuV/m) NARROWBAND 120 MIL-STD 461C PART 4 - RE-02.1 CPGL - BRUNSWICK 60251-1 TEST R1-i~J-H12-P614 C1/2-M.'^r 100 80 NARROWBAND O c;ene,oI Canswat t\\ 6^ 'b'A' D j9f.5' Mlle C) 40 g I l-g ii UtL I l a _L, I la s o , i m i .o 125 175 FREQUENCY [MHz)

m r 5 k.V-D 3N 7hs 1 B u6 4A Q

B 2

m 5W g 0 f 4O n',

R E

~ .a 3R R 1 0A m 1, N 1 8 k, - 5 w 9 01 g 5 ng 3 4 24 T 66 g u, 9 R P g J c,,. e 1 A K-D r( P C2 N y I1 A ug a WH B S~ M C W N t% O 1 0 6 U R 2 4 R 42 R Bi / A ] d N z DT - Rf H i S M LT [ L GS M I PE e Y M CT m C h N E U l b Q J E J R ] ~ m F / A V R u d B n d L [ L 9 L e E w V a E A_ L m N u O I S l S I M n_ E , 0 0 0 0 8 2 0 0 0 0 1 1 8 6 4 g ww3 r c l m

?f ( <'.1 = 5 D 7 w 1N v 4 1 1 1A a

B 2

i w 0W l n 4 0 i 5O c i

R E

c i e y 4R R 1 t 0A h I N 1 i 5 W m 3 4 24 1 1 a 9 01 cc = T 66

t 9

R P 1 A K-D P C2 N y I1 A a WH B w M C S-W w 1 N1 O m 0 6 U r1 R a w 2 4 Ri-R B1 A ] 1 D 1 l1 N z e T RR H S I M LT [ L GS 1 I PE Y M CT C 1 N E I U Q E R ] m F <, /, V B-u t d i [ v L ~ E 1 V E e L l N l O ~ I S S I l M E 5 2 0 O A ~ 2 O 0 0 0 1 i 8 6 4 p m n ). c e. j t 4 i

20 May 2043 22:'O7: 12 EMISSION LEVEL [dBuV/m] NARROWBAND MIL-STD 461C PART 4 - RE-02.1 CPSL -BRUNSWICK 60251-94N Ri/2-2 2-H12-P614 FRONT YAUPON EMERGENCY RADIO 5-20-93 80 60 l NARROWBAND ',ss.nu m a m k sin ao i! - ' I _I i 7: u i-nk'b,J@ khhi/ u g i 125 175 FREQUENCY [MHz] N w-w a rs ~

pO 20 May 199'3 23: 10: O'7 EMISSION LEVEL [ dBuV/m] NARROWBANO 140 MIL-STD 461C PART 4 - RE-02.1 CPSL -BRUNSWICK 60251-94N Ri/2-2 2-H12-P614 FRONT EOF RADIO 5-20-93 120 P 100 NARROWBAND 80 c) 80 on c:, 11, l lil.1. .I i 30 100 300 .y -gor (,y,,,yg, ernt/ik-Alu seynal htY&thb-FREGUENCY [MHz]

l 1 7.0 TEST EOUIPMENT LIST The test equipment listed in Section 7.0 of this test report is the actual test l equipment used during this test program. All test equipment was checked prior to testing i to assure that it is within calibration, and it was allowed sufficient warm-up time to i guarantee measurement accuracy. Calibration is perfonned and checked on a routine basis in accordance with NTS i TP #60251-94N-1 and with MIL-STD-45662A, using standards traceable to the National i institute of Standards and Technology (NIST). v i Report No. 60251-94N-1 Page No. 7-1

l LIST GENERATED ON 06/10/93 NTS Equipnent List FCR MJO # 60251-1 -94N INV # DESCRIPflON MANUFACTURER N00EL # SERIAL # RANGE ACCURACY CAL FREQ CAL DUE CAL 'h, (months) DATE STATUS ML353 DIGITAL MULTIMETER FLUKE 8050A 2244408 10 U -1000 VDC DCV: + /-(. 03%RDG 6 10/09/93 CAL ML390 GAUSSMETER MAGNEilC INST. 912 24525 10 mG TO 100 KG DC: +/-(.4 %RDG+ 12 05/16/93 CAL ML565 AC-DC CURRENT PROBE FLUKE V8100 4165116 0-200 AMP DC TO 1 KHZ 0-200H2:+/-2%FS 12 09/24/93 CAL MW312 ATTENUATOR SET WEINSMEL AS SA 1239 3d8 6d8 10da 20dB +/.01dB 6 05/25/93 CAL MW392 ATTENUAf0R KAY 432D 146 74 1-101dB, 50 OPMS +/.6 to 6 11/13/93 CAL MW399 AtiENUATOR WEINSCHEL 47-10-34 AR8807 DC TO 18 GHZ,10 dB, +/.5dB 6 06/10/93 CAL WA419J PLOffER HEWLETT PACKARD 7475A 2641V10784 N/A N/A NCR RENTAL CURRENT PROBE A.H. SYSTEMS BCP-200/510 508 20 Hr 101 MHz N/A 12 11/06/93 CAL RENTAL CURRENT PROBE A.H. SYSTEMS BCP 200/511 526 1 KHz TO 100 MHZ N/A 12 11/06/93 CAL RENTAL SPECTRUM ANALYZER HEWLETT PACK. 190849F 85668 10/iT/93 CAL RENTAL DISPLAY HEWLEtt PACK. 1455138 N/A RENTAL DISK ORIVE HEWLEff PACK. 172057A 9153C N/A RENTAL CPU HEWLETT PACK. 1455BA 300 N/A RENTAL COMPUTER TOSHIBA T3200 05/08/93 CAL RENTAL SCOPE TEK TDSS20 10/14/93 CAL CALIBRATION ABBREVIATIr*S UWCE - USE W!iH CAllBRATED EQUlFMENT CBU - CAllBRATE BEFORE USE NOM NOT USED FOR QUANiliATIVE MEASUREMENTS CAL - CAllBRATED PAGC NO.,7_-2

hf i I e 8.0 ANTENNA / PROBE CORRECTION FACTORS e i l Report No. 60251-94N-1 Page No. 8-1

-m-. w,& OO OOO e i i N3 } i I i l I I I OO0 x 1 0 1 a g I I \\ \\\\ o 0 U3 N O -w O i a:: O r-M l t 4 1x i f O U O Z i y 7 3 OwC u. 9 O 1 V O MM A gi I I a / / t ~ l l l } f Y I I i i a e O O O O O O O O O O O t/.i to O._ to O Y " Se O 2

~ k i 6 v t hN ' lj"4 } a -9 LO T 1"' f* j ( t G ,O -1 1' l ......,...-..;,--+ ~... -.. - - -.,.. ~' i ea l 1 e .-...___.q.._.- j_....3~.~.-.. j j l , l a j g 3 y +. -'~...~. L/ t..._. .... - +...., A. [ J._.._..-._ _; -.2 v . -. i. p __. o -. g. - - ....y~-. 4 -.1 ct - i ,,,v i i t I -. > -... :-. t ) g __,m i 1 i 3 j._ -

h. -, h... - ~ -H

.j [ _ ?. -- 4. -. g,n 4 4, 4 6 g 4 ?. d, _. f '....__.l~..-.{--- _.im.. \\,.--- i r I l i 4 i + i i t i. r i { 4 e ..._q._. .4. _., _ a i I t 4 1 4 -} } I i 1, 8 t. i i 9 4 i a e e g j 8 h h A 8 I 4 + !I l l I l '., a. - .m. e N _i l I.4 i j, t 1 ' f i I .] I J. g 4 ^ I t i i i <t i ?. I t i - I i a t i i i 1 i j l i i i i 1 ) .h' e a.. s t l 1 1 ,1 e t. t. t' t 6 e I -4 a. i v. i 8 i i i, e t f. 's. t I f -t i 2 i i i 1 4 Y 4 i + 1 l-9 i { ~ I, j

• j U

i: . ~ 3 j ._ j g-j _J 9 l c M I b. I c.; i 1 s.

i. _.

... s n i b i s i i y ( 4 1 i F-i 1 i s 3 l l 1 I ? 3 sl -,l 1 r l 7 t i i 4 I I l p- .-._i 4 i [ 4 i 3 I. _.... i l j + O l k f. j i U.) { } } } i l i

9

!% _ _! w_ V i. s. 4

i. :-

j p. r. .._.-._s y '...}. _.. 4 -......i ,.__s .,_.~.-,7.__... y,. '. _ -- y .a...- g s.- 1 t i t r - ' - - ' - - - - - - - * * - - ~ ' J-*'~~'--'*,-- <*t i-1 t 1 4 I i l t __.__J.. t '4 _ _. ___4 ... 1 4 i i t i. 1 n.. .... _. - -. ~... _.-_.... -...1. -. ' j i I i e s-t g i 4 ~, S.' 8 4 r ) { 1 I + i -) i i 1 j l i INSTRUCT 10NS: Ackf the transf er conductance in dB(5) shown above to corwert the two-terminal detection system voltDge t 'l conducted current. For cranple; if the factor at 20 kHz is +8 cats) and the two-terminal voltage is 60 datuv). th conducted current is 65 dB (p ). (or in linear tenns: 1000 sv x 2.5 s = 2500 p.) g }

A.H. SYSTEMS.INC. 9710 COZYCROFT AVE. CHATSWORTH, CA 91311 (818)998-0223 i l i MODEL: BCP-2OO/511 y BROAOBAND CURRENT PROBE OATE: 06-NOV-92 l SN: 526 BROADBAND CURRENT PROBE CALIBRATION Transfer Impedance Frequency Factor (dB ohms) 1 KHz -35.0 2 KHz -29.0 5 KHz -21.1' L 10 KHz -15.0 i 20 KHz - 9.9 - 4.2 50 KHz 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 20 MHz 1.0 50 MHz.. 1.0 r 100 MHz O.6 CONVERSION FORMULA: dBuA = dBuV - dB ohms l I 8 4

A.H. SYSTEMS INC. 9710 COZYCROFT AVE. l CHATSWORTH, CA 91311 (818) 998-0223 MODEL: SAS-2OO/560 DATE: 06-NOV-92 SN: 588 LOOP ANTENNA MODEL SAS-2OO/560 CALIBRATION Antenna Factor 50 Ohm Load 1H 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 54.3 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 _ -= 4 VERSION FORMULAS: dBpT = dBuV + d8pT/uv ~. dBuV/m = dBpT + 49.5 dB 9 i I 8 5

f A.H. SYSTEMS INC. 9710 COZYCROFT AVE. l CHATSWORTH, CA 91311 (818)998-0223 MODEL': SAS-2OO/550-1 ACTIVE MONOPOLE ANTENNA DATE: 06-NOV-92 SN: 611 ACTIVE MONOPOLE ANTENNA CALIBRATION Frequency Antenna Factor (dB) 10 KHz - 4.6 5 20'KHz - 4.6 ~ SO KHz - 4.5 100 KHz - 4.6 200 KHz - 4.6 .I 500 KHz - 4.6 ,1 MHz - 4.5 2 MHz - 4.0 s 5 MHz - 4.6 10 MHz - 4.6 .c 20 MHz -45 30 MHz - f. 2 40 MHz - 3.7 50 MHz - 2.8 60 MHz - 1.8 ADD ANTENNA. FACTOR.PLUS CABLE LOSS TO RECEIVER READING 1 IN dBuV TO CONVERT TO FIELD INTENSITY IN dBuV/ METER e ~ 8 6 I T

i A.H. SYSTEMS Ito0* 9710 COZYCROFT AVE. CHATSWORTH. CA 91311 (818) 998-0223 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 1 30 13.7 -13.9 .040 35 14.0 -12.8 .051 40 13.7 -11.4 .072 1 45 13.5 -10.1 .095 50 12.0 -8.37 .145 60 10.6 -4.79 .331 70 10.1 -2.95 .506 80 9.90 -1.59 .693 90 10.1 .768 .837 100 10.5 .253 7943 110 10.7 .374 1.09 ~ 120 11.2 .630 1.15 130 11.7 .825 1.20 l t 140 12.2 .969 1.25 150 12.3 1.46 1.40 160 13.2 1.12 1.29 170 13.6 1.25 1.33 180 14.4 .952 1.24 190 15.2 .621 1.15 200 16.2 .067 1.01 210 17.0 .309 .931 220 17.6 .504 .890 l 230 18.5 -1.01 .790 t 240 19.O -1.14 .767 I 250 19.6 -1.39 725 260 19.9 -1.35 .732 270 20.0 -1.12 .771 i 280 20.7 -1.51 . TOG i 290 20.5 -1.00 .793-300 21.9 -2.11 .615 l 310 22.5 ~2.42 .571 l 320 23.9 -3.' 55 .441 330 25.1 -4.48 .356 ADO ANTENNA FACTOR PLUS CABLE LOSS TO RECEIVER READING IN dBuV TO CONVERT TO FIELO INTENSITY IN dBuV/ METER. CALIBRATION PER SAE ARP-958 (1 METER) OR ANSI C63.5 (3 AND 10 METERS) 3 7

m.*t. d 1 S. lmb _.im.

• /-

9710 COZYCROFT AVE. CHATSWORTH. CA 91311 (818) 998-0223 Q MET 5R CALIBRATION GAIN AND ANTENNA FACTORS FOR LOG PERIODIC MODEL NUMBER: SAS-2OO/510 S/N

715 DATE

06-NOV-92 FREQUENCY ANTENNA GAIN GAIN (MHz)

FACTOR (dB) dBi NUMERIC L 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 5.38 3.45 425 17.4 5.41 3.47 450 18.2 5.11 '3.24 475 18.5 5.28 3.37 l' 500 19.0 5.22 3.33 525 19.3 5.34 3.42 550 19.7 5.35 3.43 575 20.4 5.03 3.19 600 20.6 5.20 3.31 625 21.0 5.16 3.28 650 21.1 5.40 3.47 675 20.6 6.23 4.20 700 20.9 6.24 4.21 725 20.9 6.55 4.52 750 21.2 6.54 4.51 775 22.2 5.83 3.83 800 22.5 5.80 3.80 825 23.4 5.17 3.29 850 24.1 4.73 2.97 875 23.9 5.18 3.30 900 23.8 5.53 3.57 925 23.6 5.96 3.95 950 24.0 5.80 3.80 975 23.8 6.22 4.19 1000 24.5 5.74 3.75 1100 28.1 4.97 3.14 1200 25.8 6.03 4.00 1300 27.8 4.72 2.96 1400 27.2 5.96 3.95 1500 30.0 3.76 2.38 1600 31.3 3.02 2.00 1700 30.3 4.55 2.85 1800 32.8 2.55 1.79 ADO ANTENNA FACTOR PLUS CABLE LOSS TO RECEIVER READING IN dBuV TO CONVERT TO FIELD INTENSITY IN dBuV/ HETER. CALIBRATION PER SAE ARP-958 (1 METER) OR ANSI CS3.5 (3 ANO 10 METERS) 3 8 f

1 l 1 9/M i i t f 9.0 PHOTOGRAPHS b 5 Report No. 60251-94N-1 Page No. 9-1

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'i 'l i ATTACHMENT 2 I l I i i .t E i t t I f i BRUNSWICK STEAM ELECTRIC PLANT, UNITS 1 AND 2 l NRC DOCKET NOS. 50-325 & 50-324 i OPERATING LICENSE NOS. DPR-71 & DPR-62 j TEST REPORT OF EMI MAIN CONTROL ROOM MAPPING DATA ~AND GE NUMAC LDM ' + i i t .i i L 5 . _.., -....,}}