ML20056C996
| ML20056C996 | |
| Person / Time | |
|---|---|
| Site: | Brunswick  |
| Issue date: | 07/08/1993 |
| From: | Freeman M, Metcalf M CAROLINA POWER & LIGHT CO. |
| To: | |
| Shared Package | |
| ML20056C933 | List: |
| References | |
| 60251-94N-2, 60251-94N-2-R02, 60251-94N-2-R2, NUDOCS 9308020047 | |
| Download: ML20056C996 (40) | |
Text
Y Test Report 60251-94N-2 No. of Pages 30 Revision 2 TEST REPORT FOR ANALYSIS OF EMI MAIN CONTROL ROO51 MAPPING DATA AND GE NUMAC LDM (PART 1)
FOR CAROLINA POWER AND LIGHT COMPANY ONE HANOVER SQUARE BUILDING - 5B5 RALEIGH, NC 27601-1755 Contract No. XTA3000098 3 Prepared by: M' / t[ 6sd[ [
Madin J. Freeman, .E.
Dater
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NTS/Nonhear: //
533 Main Street, Acton, MA 01720 1/
Reviewed and 4 4 4 8 Approved by: [///ud4A> _ _
' / //2 M Date 7M93 Martin J. Metcfif(EMC ManageyNVLAP Approved Signatory NTS,/Nonheast f
p.f ! ~' /b Reviewed and I Approved by: b ,h'l Date [SD Quality Assurance Represen$tive NTS/ Northeast i
KHD/EMI/60251-2.RV2 930B020047 930726 17 PDR ADDCK 05000324 E.
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TABLE OF CONTENTS PAGE NO.
SECTION 1-1
1.0 INTRODUCTION
1.1 Scope 1.2 lhnpose 2-1 2.0 APPLICABLE DOCUMENTS 3-1 3.0 APPLICABLE FIGURES 4-1 4.0 ANALYSIS 4.1 General 4.1.1 Power Source Impedance 4.1.2 Narrowband vs. Broadband 4.2 Brunswick Plant, Units 1&2, Electromagnetic Environment 4.2.1 Power Line Conducted Emission Environment 4.2.2 Radiated Emission Environment 4.2.2.1 Magnetic Field Emission Environment 4.2.2.2 Electric Field Emission Environment 4.3 Proposed GE NUMAC LDM EMI Test Limits 4.4 Susceptibility Analysis 4.4.1 Power Line Conducted Susceptibility 4.4.2 Magnetic Field Radiated Susceptibility 4.4.3 Electric Field Radiated Susceptibility 5-1
5.0 CONCLUSION
S AND RECOMMENDATIONS 5.1 Conclusions 5.2 Recommendations Report No. 60251-94N-2 Revision 2 Page No. i )
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r LIST OF FIGURES Ficure Title Pace 4-1 Estimate of Prime Power Source Impedance and Correction Factor 4 4-2 Narrowband and Broadband Spectra Envelopes of Typical Data Pulse Stream 4-12 4-3 Composite Worst Case Envelope, CE01, Brunswick Plant, Units 1&2 4-13 4-4 Composite Worst Case Envelope. CE03 Narrowband, Bmnswick Plant,
~
4-14 Units 1&2 4-5 Composite Worst Case Envelope, CE03 Broadband, Bmnswick Plant, 4-15 Units 1&2 4-5a Conversion of CE03 Broadband Envelope to Narrowband Equivalent 4-16 ?
Envelope 4-6 Composite Worst Case Envelope, Conducted Transients, Bmnswick Plant. 4-17 Units 1&2 3 4-7 Composite Worst Case Envelope, RE01, Brunswick Plant, Units 1&2 4-18 4-8 Composite Worst Case Envelope, RE02 Narrowband, Brunswick Plant, 4-19 Units 1&2
- 4-9 Composite Worst Case Envelope, RE02 Broadband, Brunswick Plant, 4-20 1 Units 1&2 l 4-10 Proposed CE01 Limit, GE NUMAC LDM 4-21 i 4-11 Proposed CE03 Narrowband Limit, GE NUMAC LDM 4-22 4-12 Proposed CE03 Broadband Limit, GE NUMAC LDM 4-23 4-13 Proposed RE01 Limit, GE NUMAC LDM 4-24 4-14 Proposed RE02 Narrowband Limit, GE NUMAC LDM 4-25 4-15 Proposed RE02 Broadband Limit, GE NUMAC LDM l 4-26 I 4-16 Conducted Susceptibility Analysis 4-27 i 4-17 Magnetic Field Radiated Susceptibility Analysis 4-28 4-18 Electric Field Radiated Susceptibility Analysis 4-29
Report No. 60251-94N-2 Revision 2 Page No. ii
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NUMBER NUMBER NUMBER CHANGES OR ADDITIONS BY 0 FIRST-ISSUE 2 All Pages ---
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1.0 INTRODUCTION
1.1 Scope '
This report (Part I) describes in detail the analytical methods and procedures used, l and the results obtained therefrom, in analyzing the mapping data taken at the CP&L Brunswick Plant, Units #1 and #2, and comparing these data to the EMI susceptibility test data obtained during the testing on various General Electric NUMAC monitors. A second P
report (Pan II) will be generated in the future which will describe in detail the analytical methods and procedures used and the results obtained in analyzing the mapping data taken at the CP&L Brunswick ation, Units #1 and #2, and comparing these data to the EMI emissions and susceptibility test data obtained during the testing performed on the General !
Electric NUMAC Irak Detection Monitor (LDM) monitors.
1.2 Purpose The purpose of this analysis is threefold:
l
- 1) To establish the EMI environmental parameters of the point of installation i area within Brunswick Plant Control Rooms, Units #1 and 12, i
- 2) To establish the test criteria for conducted and radiated emission and susceptibility testing to be applied to the GE NUMAC LDM to ensure compatible operation within the intended electromagnetic environment; and
- 3) To compare the site electromagnetic profile measurement data to the presently available GE NUMAC equipment conducted -and radiated susceptibility measurement data to predict the adequacy of the GE NUMAC LDM equipment for use within the measured environment.
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R.eport No. 60251-94N-2 Revision 2 Page No.1-1 1
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2.0 APPLICABLE DOCUMENTS I
l IEC Standard 801-3 International Electrotechnical Commission IEC 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 for the Control of Electromagnetic Interference, dated 4 August 1986 1
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 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, Part 1 Fie!d Environment, dated 26 February 1979 Code of Federal Regulations, Title 10, Part 50, Appendix B, Ouality Assurance Criteria for Nuclear Power Plants and Fuel l Reorocessine Plants, January 1988 '
Code of Federal Regulations, Title 10, Part 21. Reportine of Defects and Noncompliance, as of January 1988 NTS/Acton Quality Assurance Manual, Revision 3, dated 14 July 1992 IE Information No. 83-83 Use of Portable Radio Transmitters Inside Nuclear Plants NTS Test Report Test Report for Point of Installation for Electromagnetic No. 60251-94N-1 Interference (EMI) M2pping of Control Rooms, Brunswick Station, Units #1 and #2 Report No. 60251-94N-2 Revision 2 Page No. 2-1
i 2.0 APPLICABLE DOCUMENTS (continued)
CP&L 12tter NLS-93-045 Completion of Response to NRC Request for Additional I Information, Steam Leak Detection Instrumentation NUMAC Upgrade (NRC TAC Nos. M84686 and M84687) dated 2/8/93 NTS Test Procedure Test Procedure for Point of Installation Electromagnetic No. 60251-94N-1 Interference (EMI) Mapping of Control Rooms, Brunswick !
Plant, Units #1 and #2, dated 5/6/93 NTS Test Procedure Test Procedure for Analysis of EMI Main Control Room No. 60251-94N-2 Mapping Data, dated 5/6/93.
General Electric Report EMI Analysis, NUMAC Leak Detector Monitor, dated January 1993.
Reference Data for Radio Engineers,4th Edition l
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N 3.0 REOUIREMENTS j The requirements of this analysis are threefold: ;
- 1) Establish the EMI environmental parameters of the point of installation area within the Bmnswick Plant, Control Rooms, Unit #1 and #2, j
- 2) Establish the test criteria for conducted and radiated emissions and susceptibilities to i be applied to the GE NUMAC LDM to ensure compatible operation within the intended electromagnetic environment; and -
- 3) Compare the site electromagnetic profile measurement data to the presently available GE NUMAC equipment conducted and radiated susceptibility measurement data to predict the adequacy of the GE NUMAC LDM equipment for use within the I measured environment.
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Y 4.0 ANALYSIS 4.1 General 4.1.1 Prime Power Source Impedance The data taken during the site survey of the Brunswick Plant, Units 1 and 2, does not allow for directly calculating the source impedance of the prime power source feeding the equipments in Units 1 and 2. Therefore, and engineering esti mate of the source impedance in question was made based upon past experience with such sources. Figure 4-1 shows the esthnated source impedance, in dB relative to 50 ohms. In addition, the impedance of the 10 pF Line Impedance Stabilization Capacitors, used during the laboratory EMI testing, is plotted. The sum of these two curves from the correction factor to be used to nonnalize the site survey conducted emission data to the laboratory EMI test data. This correction factor is also plotted on Figure 4-1. Normalizing this data is necessary to facilitate comparisons between the site emissions data and the laboratory tested equipment susceptibility levels.
4.1.2 Narrouband vs. Broadband An analysis has been performed to determine if the broadband conducted and radiated emission data taken during the site survey of the Brunswick Plant, Units 1 and 2, is of sufficient magnitude to effect the compatibility analysis.
A comparison of the narrowband and broadband spectra, generated by a typical _ ;
digital data pulse stream, has been performed to determine the magnitude of the difference - -!
between the numerical values of amplitude (dBuA vs. dBuA/MHz and dBuV vs.
DBuV/MHZ) associated with the narrowband and broadband spectra. !
l Repcrt No. 60251-94N-2 Revision 2 Page No, 4-1
Y 4.0 ANALYSIS (continued) 4.1 General (continued) 4.1.2 Narrowband vs. Broadband (continued)
If the numerical value of the difference between the composite narrowband and broadband spectra, as measured during the site survey tests, is less than the numerical difference between the narrowband and broadband spectra from the typical data pulse stream then the broadband test data can be ignored as it would theoretically have been generated ;
by a data pulse stream whose amplitude would be lower than that which generated the narrowband data.
The following data pulse stream has been selected as the typical data pulse stream.
Any other data pulse stream would generate .similar results, t
~
T A l v
cl --+-l 3
-T r !
I Where: A = 1 Volt -l d = 1 millisecond '
T = 2 milliseconds The narrowband spectra for this pulse train is given by: ;
C. = 20 log 2Ad sin nrd/T + 120 (dBpA or dBpV) '
T nrd/T -
(Equation derived from equation found in Reference Data for Radio Engineers,4th Edition, Page 1019.)
Report No. 60251-94N-2 Revision 2 Page No. 4-2 s
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4.0 ANALYSIS (continued) !
i 4.1 General (continued) 1 4.1.2 Narrowband vs. Broadband (continued) and the broadband spectra is given by:
Ca = 20 log (2Ad) + 240 (dBuA/MHz or dBuV/MHz)
(Equation derived from above equation.)
Figure 4-2 shows the spectral envelopes for both the narrowband and broadband !
spectra of this typical data pulse stream. As can be seen from Figure 4-2, the same data pulse stream yields narrowband and broadband spectra whose numerical amplitude difference ,
is approximately 70 dB. Therefore, if the differences between the narrowband and broad
- band data obtained during the site survey tests is less than 70 dB, then the broadband data ;
can be ignored. ,
Figures 4-3 through 4-9 show the composite worst case envelopes for the site sun'ey taken at the Brunswick Plant, Units 1 and 2. It can be seen by comparing the narrowband and broadband data taken for RE02 that the amplitude differences are less than 70 dB and i therefore, the broadband data may be ignored. Comparing the narrowband and broadband data for CE03 shows the numerical amplitude difference to exceed the 70 dB criteria at all ;
frequencies between 15 kHz and 100 kHz. The analytical treatment of this exceedance is :
i discussed in detail in Section 4.2.1.1. )
4.2 Brunswick Plant. Units 1 & 2. Electromacnetic Environment j 1
The electromagnetic environment presently existing at the Bmnswick Plant, Units 1 and 2, is shown on Figures 4-3 through 4-9.
Repon No. 60251-94N-2 Revision 2 Page No. 4-3
4.0 ANALYSIS (continued) 4.2 Brunswick Plant. Units 1 & 2. Electromarnetic Environment (continued)
Emissions (conducted and radiated) were measured during the site survey testing at i
the Bmnswick Plant, Units 1 and 2. These data will be used to : 1) quantify the on site '
electromagnetic environment, and 2) generate proposed limits to be employed during the laboratory EMI testing of the GE NUMAC LDM. In addition, where limited susceptibility testing has been performed on the GE NUMAC (not necessarily in the LDM configuration),
these data will be compared to the NUMAC susceptibility data to make an analytical assessment of the NUMAC's suitability for employment in the Brunswick Plant, Units #1 and #2.
4.2.1 Power Line Conducted Emission Environment 4.2.1.1 Freguency Domain Environment A comparison of the narrowband and broadband data for CE03 shows the nun erical amplitude difference to be greater than 70 dB at all frequencies between 15 kHz and 100 l kHz. An inverse Fourier Transform was performed on the CE03 broadband worst case !
envelope to predict the waveshape of the digital data pulse stream that, theoretically, would ;
have created this envelope. A Fourier Transform was then performed on this theoretical I digital data pulse stream to develop the narrowband spectra associated with such a digital data pulse stream. This theoretical narrowband spectra was then combined with the other i
narrowband spectra to complete the narrowband worst case spectra envelope.
The frequency domain power line conducted emissions environment is shown of Figures 4-3. 4-4, and 4-5 for the Brunswick Plant, Units 1 and 2 site survey data.
Report No. 60251-94N-2 l
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i 4.0 ANALYSIS (continued) ,
4.2 Bnmswick Plant. Units 1 & 2. Electromaenetic Environment (continued) 4.2.1 Power Line Conducted Emission Environment (continued) 4.2.1.2 Time Domain Environment Conducted transients were measured during the site survey testing at the Brunswick Plant, Units 1 and 2. The conducted transient time domain data was converted to the -
frequency domain and the resultant is plotted on Figure 4-6. The envelope of the time domain is equal to or lower than the frequency domain data, and therefore the time domain
. data will be disregarded in the generation of the proposed conducted emission limits.
4.2.2 Radiated Emission Environment 4.2.2.1 Macnetic Field Emission Environment The on site magnetic field emission environment is shown on Figure 4-7.
4.2.2.2 Electric Field Emission Environment ,
The on site electric Deld emission environment is shown on Figures 4-8 through 4-9.
4.3 Proposed GE NUMAC LDM EMI Test Limits Proposed limits for conducted and radiated emissions, to be applicable to the GE NUMAC LDM, have been generated based upon the measured site conducted and radiated emission environment. In order to ensure that the addition of the GE NUMAC LDM into I
the on site environment will not adversely impact the present environment. the proposed ;
limits have been quantified by subtracting 6 dB from the site environment data. This 6 dB subtraction will assure that in the worst case (coherent addition of signals) the site Report No. 60251-9 tN-2 Revision 2 Page No. 4-5
4.0 ANALYSIS (continued) 4.3 Proposed GE NUMAC LDM EMI Test Limits (continued) environment will not be increased by the addition of the GE NUMAC LDM. Figures 4-10 i
through 4-15 show the proposed conducted and radiated emission limits for the GE NUMAC LDM.
Proposed conducted and radiated susceptibility limits, to be applicable to the GE I NUMAC LDM, have been generated in a two step process. The first step involved adding 6 dB (to ensure a 6 dB safety margin) to the site narrowband conducted and radiated '
composite worst case spectra envelopes. This resulted in susceptibility signal levels which, although ensuring the 6 dB safety margin, would be cumbersome to implement in a test '
program due to the continually changing amplitude requirement across the entire test l frequency ranges. Therefore, a second step was introduced whereby the signal levels arrived at in Step 1 were compared to the susceptibility signal levels of MIL-STD-461C and found to be below the signal levels required by MIL-STD-461C over most of the test 1
frequency ranges. Where the Step 1 signal levels exceeded the requirements of MIL-STD-461C. the limits of MIL-STD-461C were adjusted to achieve at least the minimum 6 dB safety margin. The conducted and radiated susceptibility limits, thus developed, are as follows:
Conducted Susceptibility CS01 30 Hz to 15 kHz 5 Volts CS02 15 kHz to 50 MHz 1 Volt Report No. 60251-94N-2 Revision 2 Page No. 4-6
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4.0 ANALYSIS (continued) 4.3 Proposed GE NUh1AC ldh 1 EhfI Test Limits (continued) '
Macnetic Field Radiated Susceptibility r
RS01 30 Hz to 50 kHz 144 dBpT Electric Field Radiated Susceptibility RS03 14 kHz to 1 GHz IV/m 4.4 Susceptibility Analysis 4.4.1 Power Line Conducted Susceptibility The following conducted susceptibility tests were performed on the GE NUMAC :
1 equipment:
Conducted susceptibility tests as performed for the radiated magnetic field tests !
(LRM, SRM, WRNM, DCWRM, RBVRM) and 3 KV pulses capacitively coupled to the power and I/O ports at power, 2 to 4 KV sawtooth transients (up to 50 :
nsec.) applied to power and signal I/O ports at power and a 0.5 -1 KV damped 1 ,
MHz sinusoid at a repetition rate of 300-500 Hz applied to power and a signal I/O port at power (WRNM).
A Fourier Transform Analysis was performed on the above described signals to develop the amplitude vs. frequency characteristics of each applied signal. The worst case composite of the amplitude vs. frequency characteristics, thus developed, forms the basis l 1
of the conducted susceptibility analysis.
Figure 4-16 shows the power line conducted susceptibility analysis. Plotted on' !
Figure 4-16 are the applied susceptibility signal spectra in terms of dBuA so as to be directly comparable to the conducted emission data. The susceptibility signal spectra represent the ;
signal levels injected into the GE NUMAC (not in the LDM configuration) via its power j
Repon No. 60251-94N-2 ;
Revision 2 Page No. 4-7 )
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hY 4.0 ANALYSIS (continued) 4.4 Susceptibility Analysis (continued) 4.4.1 Power Line Conducted Susceptibility (continued) lines (Reference GE EMI Analysis Report, dated January 1993). Also plotted on this figure is the power line conducted emission data measured during the site survey tests at Brunswick Plant, Units 1 and 2. It can be seen from the data presented on Figure 4-16 that the ,
composite of the spectra from the susceptibility sign:Is injected into the GE NUMAC ;
equipment, via its prime power lines, is at least 7 dB greater than the emissions found "on the site prime power lines. This shows that the GE NUMAC will not be susceptible to noise existing on the site prime power lines with at least a 7 dB safety margin.
The conducted susceptibility tests previotuly performed by GE on the NUMAC equipment is much more rigorous than the recommended CS01 testing (30 Hz to 15 kHz). !
l With respect to the higher frequency range (above 15 kHz) the recommended CS02 test _l I'
levels are more rigorous than the testing previously performed by GE. The rationale for reconunending a more rigorous requirement over this frequency range is twofold:
- 1. To allow for an increase in the safety margin from 7 dB to a larger safety margin, and
- 2. To impose a standard (MIL-STD-461C, Test Method CS02) which is universally recognized and easy to implement.
4.4.2 Magnetic Field Radiated Succeptibility i The following magnetic field radiated susceptibility tests were performed on the GE NUMAC equipment: l 1
i Report No. 60251-94N-2 Revision 2 l Page No. 4-8
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4.0 ANALYSIS (continued) 4.4 Susceptibility Analysis (continued) 4.4.2 Macnetic Field Radiated Susceptibility (continued) ;
1 Continuous-wave radiated magnetic field susceptibility tests with 300V oscillations at 0.5-1 Hz repetition rates with damped oscillations of 6-7 Hz at 100,200,300,400 and 500 kHz and with 5V oscillations from 0.5 -100 MHz at a rate of 1-5 MHz/sec.
(LRM, SRM, WRNM, DCWRM. RBVRM).
1:igure 4-17 shows the magnetic field radiated susceptibility (Reference GE EMI .
4 Analysis Repon, dated January 1993). The radiated magnetic field susceptibility tests performed on the GE NUMAC equipment did not cover the same frequency range as the magnetic field emission testing at the site. This does not pose a problem in that the magnetic field emissions measured on site are extremely low, approaching normal hackground ambient noise. The existing on site equipment or the GE NUMAC equipment vill not be adversely affected by the introduction of the GE NUMAC into the on site
. stem.
The magnetic field radiated susceptibility tests previously performed by GE on the NUMAC equipment are much more rigorous than the RS01 testing recommended in Section 4.3. Although the frequency range of coverage of the previously performed GE tests is above the frequency range of the recommended test, compliance with the applied signal I levels at these higher frequencies will ensure with a high degree of confidence compliance with the recommended RS01 test levels.
I Report No. 60251-94N-2 Revision 2 Page No. 4-9
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4.0 ANALYSIS (continued) 4.4 Susceptibility Analysis (continued) '
4.4.3 Electric Field Susceptibility The following electric field radiated susceptibility tests were performed on the GE NUMAC equipment:
Continuous-wave radiated electric field susceptibility tests at 65 V/m from 20-990 MHz (RBVRM) and at 10 V/m from 27-500 MHz (WRNM).
Figure 4-18 shows the electric field radiated susceptibility analysis (Reference GE EMI Analysis Report, dated January 1993). Plotted on Figure 4-18 is the applied susceptibility signal spectra. The susceptibility signal spectra represents the signal levels injected into the GE NUMAC via radiated electric fields. Also plotted on this figure is the f radiated electric field emission data measured during the site survey tests at Bmnswick Plant, Units 1 and 2. It can be seen from the data presented on Figure 4-18 that the spectra ,
from the applied susceptibility signals injected into the GE NUMAC equipment is as least 56 dB greater than the emissions found on site. This shows that the GE NUMAC will not be susceptible to noise existing at the site point of installation with at least 56 dB safety margin.
The electric field radiated susceptibility teste previously performed by GE on the ,
NUMAC equipment are much more rigorous than RS03 testing recommended in Section 4.3.
Although the frequency range of coverage of the previously conducted GE tests covers only
(
the higher frequency ponion of the recommended RS03 requirement, the levels of the Il Report No. 60251-94N-2 Revision 2 Page No. 4-10
hf 4.0 ANALYSIS (continued) )
4.4 Susceptibility Analysis (continued) 4.4.3 Electric Field Susceptibility (continued) previously applied test signals are so much greater than the recommended test levels that compliance with the recommended RS03 test levels is ensured with a high degree of confidence.
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Report No. 60251-94N-2 Revision 2 Page No. 4-11
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5.0 CONCLUSION
S AND RECOMMENDATIONS-5.1 Conclusions l Analysis of the test data shows:
- 1) The measured site electromagnetic environment is what one experienced in EMI design, analysis and testing would expect to measure in a site such as i this. No unusual measurement data was encountered. ,
i
- 2) The EMI emission and susceptibility test limits, developed herein and listed below for the General Electric NUMAC Leak Detection Monitor, are realistic -
and readily achievable limits: Proposed GE LDM EMI Limits Conducted Susceptibility ' CS01 30 Hz to 15 kHz 5 Volts CS02 15 kHz to 50 MHz 1 Volt Macnetic Field Radiated Susceptibility RS01 30 Hz to 50 kHz 144 dBpT Electric Field Radiated Susceptibiiity RS03 14 kHz to 1 GHz 1 V/m Conducted Emissions , See Figures 4-10, 4-11, and 4-12 Macnetic Field Radiated Emissions See Figure 4-13 ! l Electric Field Radiated Emissions See Figures 4-14 and 4-15 l 1 l l Report No. 60251-94N-2 Revision 2 Page No. 5-1
l M
5.0 CONCLUSION
S AND RECOMMENDATIONS (continued) $ 5.1 Conclusions (continued)
- 3) Similarities in design and comparative analysis of the site emissions data and the available GE NUMAC equipment susceptibility data provide a high level of confidence that the NUMAC LDM unit will not adversely affect the !
present on site equipment nor be adversely affected by these same on site equipment. 5.2 Recommendations It is recommended that EMI/EMC testing be performed on the GE NUMAC leak Detection Monitor. The scope of this testing should cover the Conducted Emissions, l Conducted Susceptibility, Radiated Emissions and Radiated Susceptibility testing recommendations and their limits as outlined in Section 4.3 as a minimum. i l l l Report No. 60251-94N-2 Revision 2 Page No. 5-2 i t}}