ELECTRICAL TESTING FOR:

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1 ELECTRICAL TESTING Hermon Laboratories Ltd. Harakevet Industrial Zone, Binyamina 30500, Israel Tel Fax TEST REPORT ACCORDING TO: FCC 47CFR part 15: 2014, subpart B, Class B EN : A1 (11) EN : 2011 FOR: Paradox Security Systems LTD. ive Infrared (PIR) motion detector with anti-mask Model: NV780MX This report is in conformity with ISO/ IEC The "A2LA Accredited" symbol endorsement applies only to the tests and calibrations that are listed in the scope of Hermon Laboratories accreditation. The test results relate only to the items tested. This test report shall not be reproduced in any form except in full with the written approval of Hermon Laboratories Ltd. Report ID: PAREMC_27422.doc Page 1 of 49

2 Table of contents 1 Applicant information Equipment under test attributes Manufacturer information Test details Tests summary EUT description General information Ports and lines Auxiliary equipment Operating frequencies Test configuration Performance criteria Security grade per EN Acceptance criteria Emissions tests according to FCC 47CFR part 15 subpart B requirements Conducted emissions Radiated emission measurements Emissions tests according to EN requirements Conducted emissions at DC power port Radiated emissions Immunity tests according to EN requirements Immunity to electrostatic discharge (ESD) Radiated immunity to radio frequency electromagnetic field Conducted immunity to electrical fast transient/ burst (EFT/ B) Conducted immunity to slow high energy voltage surges Immunity to conducted disturbances induced by radio frequency fields APPENDIX A Test equipment and ancillaries used for tests APPENDIX B Test laboratory description APPENDIX C Abbreviations and acronyms APPENDIX D Test equipment correction factors APPENDIX E Measurement uncertainties APPENDIX F Specification references Page 2 of 49

3 1 Applicant information Client name: Paradox Security Systems LTD. Address: 780 Industrial Boulevard St.Eustache, Quebec J7R 5V3 Canada Telephone: Fax: Contact name: Mr. Nimrod Herman 2 Equipment under test attributes Product name: ive Infrared (PIR) motion detector with anti-mask Model: NV780MX Serial number: BM000004C0 Hardware version: Software release: V 1.0 Receipt date: 03-Nov-15 3 Manufacturer information Manufacturer name: Paradox Security Systems LTD. Address: 780 Industrial Boulevard St.Eustache, Quebec J7R 5V3 Canada Telephone: Fax: sgravel@paradox.com Contact name: Ms. Sophie Gravel 4 Test details Project ID: Location: Primary: Hermon Laboratories Ltd. Harakevet Industrial Zone, Binyamina 30500, Israel Satellite: Hermon Laboratories Ltd. Hefetz-Haim 10, Tel Aviv , Israel Test started: 03-Nov-15 Test completed: 08-Nov-15 Test specifications: FCC 47CFR part 15: 2014, subpart B, Class B EN : A1 (11) EN : 2011 Page 3 of 49

4 5 Tests summary Test FCC 47 CFR part 15, subpart B FCC 47 CFR, Section , AC power lines conducted emissions, Class B FCC 47 CFR, Section , Radiated emissions, Class B EN Conducted emissions (continuous disturbances) at AC mains Conducted emissions (discontinuous disturbances) at AC mains Conducted emissions at DC power port, Class A Conducted emissions at telecommunication/network port/s Radiated emissions, Class B Harmonic current emissions Voltage fluctuations and flicker EN Immunity to electrostatic discharge (ESD) Immunity to radiated electromagnetic fields Conducted immunity to electrical fast transients/ bursts (EFT/ B) Conducted immunity to slow high energy voltage surges Immunity to conducted disturbances induced by electromagnetic fields Immunity to mains supply voltage variations, dips and short interruptions Status Not required Not required Not required Not required Not required Not required Testing was completed against all relevant requirements of the test standard. The results obtained indicate that the product under test complies in full with the requirements tested. The test results relate only to the items tested. / fail decision was based on nominal values. Name and Title Date Signature Mr. A.Tseitlin, test engineer Tested by: November 8, 2015 Mr. I. Zilberstein, test engineer Reviewed by: Ms. N. Averin, certification engineer November 19, 2015 Approved by: Mr. M. Nikishin, EMC and radio group leader December 1, 2015 Page 4 of 49

5 6 EUT description 6.1 General information Report ID: PAREMC_27422.doc The EUT is a ive Infrared (PIR) motion detector with anti-mask. The EUT is powered from 12 VDC. The EUT has the following operational modes. 1) Relay mode The EUT functions as a standard motion detector, communicating alarm and tamper signals via relays. 2) Digiplex mode The EUT communicates via the digiplex bus connection. During the tests, the EUT operated in both Relay & Digiplex modes simultaneously to cover both options. 6.2 Ports and lines Port Connected Connected Cable Indoor / Port description Qty. Cable type type from to length outdoor Power AC power Control Panel AC mains 1 Unshielded 1.8 m Indoor Power DC power (BUS: Red, Black) EUT Control Panel 2 Unshielded 3 m* Indoor Signal Data (BUS: Green, Yellow) EUT Control Panel 2 Unshielded 3 m* Indoor Signal Data (RELAY: Tamper) EUT Control Panel 2 Unshielded 3 m* Indoor Signal Data (RELAY: AM) EUT Control Panel 2 Unshielded 3 m* Indoor Signal Data (RELAY: NC L) EUT Control Panel 1 Unshielded 3 m* Indoor Signal Data (RELAY: NC R) EUT Control Panel 1 Unshielded 3 m* Indoor Signal Data (RELAY: COM) EUT Control Panel 1 Unshielded 3 m* Indoor * May be longer than 30 m. 6.3 Auxiliary equipment 6.4 Operating frequencies Description Manufacturer Model number Serial number Control Panel Paradox Security Systems EVO D456 Keypad Paradox Security Systems TM 50 D51125F1 Source Frequency, MHz Clock 48 NA NA NA NA NA Page 5 of 49

6 6.5 Test configuration Page 6 of 49

7 6.6 Performance criteria Performance criteria for compliance according to EN Functional test, Section 6 The variety and the diversity of the equipment within the scope of this standard makes it difficult to define a precise functional test for evaluation of the EUT performance: where a relevant European product performance standard (EN) exists, which defines suitable operating condition(s) during environmental or EMC tests (e.g. EN 54 series for fire alarm systems, EN series for intruder alarm systems), the operating condition(s) of the EUT, during the test conditions, shall be as defined in that standard; where no relevant European product performance standard (EN) exists, the functional test shall be at least a test or measurement of the main function(s) of the equipment. The acceptance criteria for this functional test shall be that there is no change in the functioning of the equipment and no significant change in any measurement (e.g. sensitivity of a detector), which shall also remain within specification Performance criterion for mans supply voltage variations testing, Section 7.4 There shall be no damage, malfunction or change of status due to the conditioning. The EUT shall meet the acceptance criteria for the functional test after the conditioning Performance criterion for ESD, EFT, surge and voltage dips testing, Sections 9.4, 12.4, 13.4, 8.4 There shall be no damage, malfunction or change of status due to the conditioning. Flickering of an indicator during the test is permissible, providing that there is no residual change in the EUT or any change in outputs, which could be interpreted by associated equipment as a change. The EUT shall meet the acceptance criteria for the functional test after the conditioning Performance criterion for radiated immunity testing, Section 10.4 There shall be no damage, malfunction or change of status due to the conditioning. Flickering of an indicator during the conditioning is permissible, providing that there is no residual change in the EUT or any change in outputs, which could be interpreted by associated equipment as a change, and no such flickering of indicators occurs at a field strength of 3 V/m. For components of CCTV systems, where the status is monitored by observing the TV picture, then deterioration of the picture is allowed at 10 V/m, providing. a) there is no permanent damage or change to the EUT (e.g. no corruption of memory or changes to programmable settings etc.); b) at 3 V/m, any deterioration of the picture is so minor that the system could still be used; and c) there is no observable deterioration of the picture at 1 V/m. For components with radio links, it is accepted that communications via the radio link may not be possible during the conditioning within the transmitter and receiver exclusion bands defined in the relevant part of ETSI EN for that type of radio link equipment. If no other part of ETSI EN is applicable to the type of radio link equipment, then the definition of the exclusion bands shall be taken from ETSI EN If the EUT is designed to detect and indicate this loss of communication, then this indication is permitted unless specifically prohibited in the EUT s product performance standard. If no performance standard has been published, then it shall be in accordance with the manufacturer's specification. It may be necessary to use appropriate filters to ensure that failures out of the exclusion bands are not due to harmonics generated by the test system. The EUT shall meet the acceptance criteria for the functional test (see Clause 6), after the conditioning Performance criterion for conducted immunity testing, Section 11.4 There shall be no damage, malfunction or change of status due to the conditioning. Flickering of an indicator during the conditioning is permissible, providing that there is no residual change in the EUT or any change in outputs, which could be interpreted by associated equipment as a change, and no such flickering of indicators occurs at U 0 = 130 dbμv. For components of CCTV systems, where the status is monitored by observing the TV picture, then deterioration of the picture is allowed at U 0 = 140 dbμv, providing a) there is no permanent damage or change to the EUT (e.g. no corruption of memory or changes to programmable settings, etc.), b) at U 0 = 130 dbμv, any deterioration of the picture is so minor that the system could still be used, and c) there is no observable deterioration of the picture at U 0 = 120 dbμv. For components with radio links, it is accepted that communications via the radio link may not be possible during the conditioning within the transmitter and receiver exclusion bands defined in the relevant part of ETSI EN for that type of radio link equipment. If no other part of ETSI EN is applicable to the type of radio link equipment then the definition of the exclusion bands shall be taken from ETSI EN The EUT shall meet the acceptance criteria for the functional test (see Clause 6), after the conditioning. 6.7 Security grade per EN Grade 2: Low to medium risk An intruder or robber is expected to have a limited knowledge of I&HAS (Intrusion and Hold-up Alarm Systems) and the use of a general range of tools and portable instruments (e.g. a multi-meter). 6.8 Acceptance criteria The EUT shall pass Basic Detection Test according to EN , Section 6.2 before and after each immunity test. The monitoring system shall be placed in Arm mode, no unintentional alarms are allowed. No damage, malfunction or changes of status are allowed. Page 7 of 49

8 Test specification: FCC 47 CFR, Section , AC power lines conducted emissions, Class B Test procedure: ANSI C63.4, Section Nov-15 Temperature: 24 ºC Air Pressure: 1012 hpa Relative Humidity: 47 % Power Supply: 120 VAC 7 Emissions tests according to FCC 47CFR part 15 subpart B requirements 7.1 Conducted emissions General This test was performed to measure common mode conducted emissions at the EUT power port. The specification test limits are given in Table Table Limits for conducted emissions Frequency, MHz Class B limit, db( V) Class A limit, db( V) QP AVRG QP AVRG * 56-46* * The limit decreases linearly with the logarithm of frequency Test procedure The EUT was set up as shown in Figure and the associated photograph, energized and the EUT performance was checked The measurements were performed at the EUT power terminals with the LISN connected to the EMI receiver in the frequency range referred to in Table The unused coaxial connector of the LISN was terminated with 50 Ohm The position of the EUT cables was varied to find the highest emission The worst test results with respect to the limits were recorded in Table and shown in the associated plots. Page 8 of 49

9 Test specification: FCC 47 CFR, Section , AC power lines conducted emissions, Class B Test procedure: ANSI C63.4, Section Nov-15 Temperature: 24 ºC Air Pressure: 1012 hpa Relative Humidity: 47 % Power Supply: 120 VAC Figure Setup for conducted emission measurements, table-top EUT Photograph Setup for conducted emissions measurements Page 9 of 49

10 Test specification: FCC 47 CFR, Section , AC power lines conducted emissions, Class B Test procedure: ANSI C63.4, Section Nov-15 Temperature: 24 ºC Air Pressure: 1012 hpa Relative Humidity: 47 % Power Supply: 120 VAC Table Conducted emission test results LINE: AC mains input of control panel EUT SET UP: TABLE-TOP TEST SITE: SHIELDED ROOM DETECTORS USED: PEAK / QUASI-PEAK / AVERAGE FREQUENCY RANGE: 150 khz - 30 MHz RESOLUTION BANDWIDTH: 9 khz Quasi-peak Average Frequency, Peak Measured Limit, Margin, Measured Limit, Margin, emission, emission, emission, MHz db( V) db( V) db( V) db* db( V) db( V) db* *- Margin = Measured emission - specification limit. Line ID L1 L2 Verdict Reference numbers of test equipment used HL 0447 HL 0787 HL 1513 HL 3612 HL 4778 Full description is given in Appendix A. Page 10 of 49

11 Test specification: FCC 47 CFR, Section , AC power lines conducted emissions, Class B Test procedure: ANSI C63.4, Section Nov-15 Temperature: 24 ºC Air Pressure: 1012 hpa Relative Humidity: 47 % Power Supply: 120 VAC Plot Conducted emission measurements, AC mains input of control panel LINE: LIMIT: DETECTOR: L1 QUASI-PEAK, AVERAGE PEAK Plot Conducted emission measurements, AC mains input of control panel LINE: LIMIT: DETECTOR: L2 QUASI-PEAK, AVERAGE PEAK Page 11 of 49

12 Test specification: FCC 47 CFR, Section , Radiated emissions, Class B Test procedure: ANSI C63.4, Section Nov-15 Temperature: 24 ºC Air Pressure: 1014 hpa Relative Humidity: 42 % Power Supply: 12 VDC The highest frequency used in the EUT is 48 MHz; the test was performed in MHz range. 7.2 Radiated emission measurements General This test was performed to measure radiated emissions from the EUT enclosure. The specification test limits are given in Table Table Radiated emission test limits Frequency, MHz Class B limit, db( V/m) Class A limit, db( V/m) 10 m distance 3 m distance 10 m distance 3 m distance * * * * * * Above * * * The limit for test distance other than specified was calculated using the inverse linear distance extrapolation factor as follows: Lim S2 = Lim S log (S 1 /S 2 ), where S 1 and S 2 standard defined and test distance respectively in meters Test procedure The EUT was set up as shown in Figure and the associated photographs, energized and the EUT performance was checked The measurements were performed in the semi anechoic chamber at 3 m test distance. The specified frequency range was investigated with the antenna connected to the EMI receiver. To find the highest emission the turntable was rotated and the measuring antenna height was swept from 1 to 2.5 m in both, vertical and horizontal polarizations. The EUT cables position was varied to maximize emission The worst test results with respect to the limits were recorded in Table and shown in the associated plots. Figure Setup for radiated emission measurements in semi anechoic chamber, table-top EUT Anechoic chamber 1.5 m RF absorbing material Test antenna Ferrites Test distance Wooden table EUT Test antenna 0.80m Flush mounted turn table Ground plane 1.0m Auxilliary equipment Power supply PC EMI receiver Page 12 of 49

13 Test specification: FCC 47 CFR, Section , Radiated emissions, Class B Test procedure: ANSI C63.4, Section Nov-15 Temperature: 24 ºC Air Pressure: 1014 hpa Relative Humidity: 42 % Power Supply: 12 VDC The highest frequency used in the EUT is 48 MHz; the test was performed in MHz range. Photograph Setup for radiated emission measurements, general view Photograph Setup for radiated emission measurements, EUT cabling Page 13 of 49

14 Test specification: FCC 47 CFR, Section , Radiated emissions, Class B Test procedure: ANSI C63.4, Section Nov-15 Temperature: 24 ºC Air Pressure: 1014 hpa Relative Humidity: 42 % Power Supply: 12 VDC The highest frequency used in the EUT is 48 MHz; the test was performed in MHz range. Table Radiated emission test results EUT SET UP: TEST SITE: TEST DISTANCE: FREQUENCY RANGE: DETECTORS USED: RESOLUTION BANDWIDTH: Frequency, Peak emission, db( V/m) Measured emission, db( V/m) Quasi-peak Limit, Margin, TABLE-TOP SEMI ANECHOIC CHAMBER 3 m 30 MHz 1000 MHz PEAK / QUASI-PEAK 120 khz Antenna polarization Antenna height, m Turn-table position**, degrees MHz db( V/m) db* Vertical Vertical *- Margin = Measured emission - specification limit. **- EUT front panel refers to 0 degrees position of turntable. Verdict Reference numbers of test equipment used HL 4535 HL 4541 HL 4542 HL 4549 HL 4575 HL 4604 HL 4665 Full description is given in Appendix A. Page 14 of 49

15 Test specification: FCC 47 CFR, Section , Radiated emissions, Class B Test procedure: ANSI C63.4, Section Nov-15 Temperature: 24 ºC Air Pressure: 1014 hpa Relative Humidity: 42 % Power Supply: 12 VDC The highest frequency used in the EUT is 48 MHz; the test was performed in MHz range. Plot Radiated emission measurements in MHz range, vertical antenna polarization TEST SITE: TEST DISTANCE: Semi anechoic chamber 3 m Plot Radiated emission measurements in MHz range, horizontal antenna polarization TEST SITE: TEST DISTANCE: Semi anechoic chamber 3 m Page 15 of 49

16 Test specification: Conducted emissions at DC power port, Class A Test procedure: EN , Table 1, CISPR , Section Nov-15 Temperature: 24 ºC Air Pressure: 1012 hpa Relative Humidity: 47 % Power Supply: 12 VDC 8 Emissions tests according to EN requirements 8.1 Conducted emissions at DC power port General This test was performed to measure common mode conducted emissions at the EUT power port. The specification test limits are given in Table Table Limits for conducted emissions at DC power port Frequency, MHz Limit, db( V) QP AVRG Test procedure The EUT was set up as shown in Figure and the associated photograph, energized and the EUT performance was checked The measurements were performed at the EUT power terminals with the LISN, connected to the EMI receiver in the frequency range referred to in Table The unused coaxial connector of the LISN was terminated with 50 Ohm The position of the EUT cables was varied to find the highest emission The worst test results with respect to the limits were recorded in Table and shown in the associated plots. Page 16 of 49

17 Test specification: Conducted emissions at DC power port, Class A Test procedure: EN , Table 1, CISPR , Section Nov-15 Temperature: 24 ºC Air Pressure: 1012 hpa Relative Humidity: 47 % Power Supply: 12 VDC Figure Setup for conducted emissions measurements at DC power port, table-top EUT Photograph Setup for conducted emissions measurements at DC power port Page 17 of 49

18 Test specification: Conducted emissions at DC power port, Class A Test procedure: EN , Table 1, CISPR , Section Nov-15 Temperature: 24 ºC Air Pressure: 1012 hpa Relative Humidity: 47 % Power Supply: 12 VDC Table Conducted emissions at DC power port test results LINE: DC power EUT SET UP: TABLE-TOP TEST SITE: SHIELDED ROOM DETECTORS USED: PEAK / QUASI-PEAK / AVERAGE FREQUENCY RANGE: 150 khz - 30 MHz RESOLUTION BANDWIDTH: 9 khz Quasi-peak Average Frequency, Peak Measured Limit, Margin, Measured Limit, Margin, emission, emission, emission, MHz db( V) db( V) db( V) db* db( V) db( V) db* *- Margin = Measured emission - specification limit. Line ID L1 L2 Verdict Reference numbers of test equipment used HL 0447 HL 0787 HL 1513 HL 3612 HL 4778 Full description is given in Appendix A. Page 18 of 49

19 Test specification: Conducted emissions at DC power port, Class A Test procedure: EN , Table 1, CISPR , Section Nov-15 Temperature: 24 ºC Air Pressure: 1012 hpa Relative Humidity: 47 % Power Supply: 12 VDC Plot Conducted emissions at DC power port LINE: LIMIT: DETECTOR: L1 QUASI-PEAK, AVERAGE PEAK Plot Conducted emissions at DC power port LINE: LIMIT: DETECTOR: L2 QUASI-PEAK, AVERAGE PEAK Page 19 of 49

20 Test specification: Radiated emissions, Class B Test procedure: EN , Table 1, CISPR Nov-15 Temperature: 24.1 ºC Air Pressure: 1014 hpa Relative Humidity: 41 % Power Supply: 12 VDC The highest frequency used in the EUT is 48 MHz; the test was performed in MHz range. 8.2 Radiated emissions General This test was performed to measure radiated emissions from the EUT enclosure. The specification test limits are given in Table Table Radiated emission limits Frequency, MHz Limit, db( V/m) Peak Quasi-peak m * * * The limit for 3-m test distance shall be increased by 10 db Test procedure The EUT was set up as shown in Figure and the associated photographs, energized and the EUT performance was checked The measurements were performed in the semi anechoic chamber at 3 m test distance. The specified frequency range was investigated with the antenna connected to the EMI receiver. To find the highest emission the turntable was rotated and the measuring antenna height was swept from 1 to 2.5 m in both, vertical and horizontal polarizations. The EUT cables position was varied to maximize emission The worst test results with respect to the limits were recorded in Table and shown in the associated plots. Figure Setup for radiated emission measurements in semi anechoic chamber, table-top EUT Anechoic chamber 1.5 m RF absorbing material Test antenna Ferrites Test distance Wooden table EUT Test antenna 0.80m Flush mounted turn table Ground plane 1.0m Auxilliary equipment Power supply PC EMI receiver Page 20 of 49

21 Test specification: Radiated emissions, Class B Test procedure: EN , Table 1, CISPR Nov-15 Temperature: 24.1 ºC Air Pressure: 1014 hpa Relative Humidity: 41 % Power Supply: 12 VDC The highest frequency used in the EUT is 48 MHz; the test was performed in MHz range. Photograph Setup for radiated emission measurements, general view Photograph Setup for radiated emission measurements, EUT cabling Page 21 of 49

22 Test specification: Radiated emissions, Class B Test procedure: EN , Table 1, CISPR Nov-15 Temperature: 24.1 ºC Air Pressure: 1014 hpa Relative Humidity: 41 % Power Supply: 12 VDC The highest frequency used in the EUT is 48 MHz; the test was performed in MHz range. Table Radiated emission test results EUT SET UP: TEST SITE: TEST DISTANCE: FREQUENCY RANGE: DETECTORS USED: RESOLUTION BANDWIDTH: Frequency, Peak emission, db( V/m) Measured emission, db( V/m) Quasi-peak Limit, TABLE-TOP SEMI ANECHOIC CHAMBER 3 m 30 MHz 1000 MHz PEAK / QUASI-PEAK 120 khz Margin, Antenna polarization Antenna height, m Turn-table position**, degrees MHz db( V/m) db* Vertical Vertical Verdict *- Margin = Measured emission - specification limit. **- EUT front panel refers to 0 degrees position of turntable. Reference numbers of test equipment used HL 4535 HL 4541 HL 4542 HL 4549 HL 4575 HL 4604 HL 4665 Full description is given in Appendix A. Page 22 of 49

23 Test specification: Radiated emissions, Class B Test procedure: EN , Table 1, CISPR Nov-15 Temperature: 24.1 ºC Air Pressure: 1014 hpa Relative Humidity: 41 % Power Supply: 12 VDC The highest frequency used in the EUT is 48 MHz; the test was performed in MHz range. Plot Radiated emission measurements in MHz range, vertical antenna polarization TEST SITE: TEST DISTANCE: Semi anechoic chamber 3 m Plot Radiated emission measurements in MHz range, horizontal antenna polarization TEST SITE: TEST DISTANCE: Semi anechoic chamber 3 m Page 23 of 49

24 Test specification: Immunity to electrostatic discharge (ESD) Test procedure: EN ; EN , Section 9 03-Nov-15 Temperature: 23.6 ºC Air Pressure: 1014 hpa Relative Humidity: 43 % Power Supply: 12 VDC 9 Immunity tests according to EN requirements 9.1 Immunity to electrostatic discharge (ESD) General This test was performed to verify the EUT immunity to electrostatic discharges from operators directly and from adjacent objects. The ESDs were applied to all parts of the EUT, which are accessible during normal operation and maintenance. The ESD levels, performance criterion and test results are referred to in Table Test procedure The EUT was set up as shown in Figure and the associated photographs, energized and the EUT performance was checked Single contact discharges of both polarities with 1 s time interval between pulses were applied to the vertical coupling plane (VCP) placed 10 centimeters from the EUT. The VCP was moved, in turn, to all sides of the EUT and it was subjected to the ESDs Single contact discharges of both polarities with 1 s time interval between pulses were applied to conductive parts of the EUT cabinet Single air discharges of both polarities with 1 s time interval between pulses were applied to non-conductive parts of the EUT The EUT operation was monitored throughout the test for any malfunction or degradation and its performance was recorded Upon this the test was completed. Page 24 of 49

25 Test specification: Immunity to electrostatic discharge (ESD) Test procedure: EN ; EN , Section 9 03-Nov-15 Temperature: 23.6 ºC Air Pressure: 1014 hpa Relative Humidity: 43 % Power Supply: 12 VDC Figure Setup for immunity to ESD, floor standing EUT (wall or ceiling mounted) Photograph Setup for immunity to ESD, general view Page 25 of 49

26 Test specification: Immunity to electrostatic discharge (ESD) Test procedure: EN ; EN , Section 9 03-Nov-15 Temperature: 23.6 ºC Air Pressure: 1014 hpa Relative Humidity: 43 % Power Supply: 12 VDC Photograph Setup for immunity to ESD, EUT test points Page 26 of 49

27 Test specification: Immunity to electrostatic discharge (ESD) Test procedure: EN ; EN , Section 9 03-Nov-15 Temperature: 23.6 ºC Air Pressure: 1014 hpa Relative Humidity: 43 % Power Supply: 12 VDC Table Immunity to ESD test results SECURITY GRADE: 2 FUNCTIONING BEFORE AND AFTER THE TEST: BDT according to EN , Section 6.2 PERFORMANCE CRITERIA: EN , Section 9.4 NUMBER OF DISCHARGES AT EACH POINT & EACH LEVEL: 10 POSITIVE / 10 NEGATIVE EUT SET UP: FLOOR STANDING ESD applied Test voltage, Number of test EUT performance description to kv points during the test Verdict Arm mode Air discharge 2 EUT 4 8* 8 Contact discharge 2 EUT VCP * 10 positive / 10 negative air discharges were applied only to the test points, where discharges occurred. At all other points dielectric was examined for sufficient insulation to prevent disruption. Reference numbers of test equipment used HL 2959 HL 4633 HL 4634 HL 4668 Full description is given in Appendix A. Page 27 of 49

28 Test specification: Immunity to radiated electromagnetic fields Test procedure: EN ; EN , Section Nov-15 Temperature: 25 ºC Air Pressure: 1011 hpa Relative Humidity: 50 % Power Supply: 12 VDC 9.2 Radiated immunity to radio frequency electromagnetic field General This test was performed to verify the EUT immunity to radiated radio frequency electromagnetic field. The radiated RF electromagnetic field levels, performance criterion and test results are referred to in Table Test procedure The EUT was set up as shown in Figure and the associated photographs, energized and the EUT performance was checked The electric field generating antenna was installed facing the EUT front panel at the specified distance The test setup was adjusted to produce the required field strength level. The field strength was monitored by the isotropic field probe, which was placed near the EUT The signal frequency was scanned throughout the frequency range The test was performed with the antennas in both vertical and horizontal polarization The test was repeated for the rest of the EUT orientations The EUT operation was monitored throughout the test for any malfunction or degradation and its performance was recorded Upon this the test was completed. Figure Setup for radiated immunity to RF electromagnetic field test, table-top EUT Test chamber Antenna mast Test distance E-field probe 1meter of the EUT cable aligned with front side EUT Transmit antenna Wooden table 0.80m 1.55 m Bulkhead RF connector Turn table Auxilliary equipment E-field monitor RF signal generator RF Power amplifier Directional coupler Power supply Optical link Personal computer Power Meter Page 28 of 49

29 Test specification: Immunity to radiated electromagnetic fields Test procedure: EN ; EN , Section Nov-15 Temperature: 25 ºC Air Pressure: 1011 hpa Relative Humidity: 50 % Power Supply: 12 VDC Photograph Setup for radiated immunity to RF electromagnetic field test, general view Photograph Setup for radiated immunity to RF electromagnetic field test, EUT cabling Page 29 of 49

30 Test specification: Immunity to radiated electromagnetic fields Test procedure: EN ; EN , Section Nov-15 Temperature: 25 ºC Air Pressure: 1011 hpa Relative Humidity: 50 % Power Supply: 12 VDC Table Radiated immunity to RF electromagnetic field test results EUT SET UP: TABLE-TOP SECURITY GRADE: 2 FUNCTIONING BEFORE AND AFTER THE TEST: BDT according to EN , Section 6.2 PERFORMANCE CRITERIA: EN , Section 10.4 TEST SITE: ANECHOIC CHAMBER ANTENNA TO EUT DISTANCE: 2.4 m DWELL TIME: 3 s FREQUENCY STEP: 1 % of current frequency MODULATION: FREQUENCY RANGE: EUT orientation* Antenna polarization 0 Vertical Horizontal 90 Vertical Horizontal 180 Vertical Horizontal 270 Vertical Horizontal MODULATION: FREQUENCY RANGE: EUT orientation* Antenna polarization Field strength**, V rms /m 10 Field strength**, V rms /m Vertical 0 Horizontal Vertical 90 Horizontal 10 Vertical 180 Horizontal Vertical 270 Horizontal * - 0 = antenna installed facing the EUT front panel. **- Field strength measured prior to modulation. 80% AM, 1 khz MHz EUT performance description during the test Arm mode 50% PM, SQ, 1 Hz MHz EUT performance description during the test Arm mode Verdict Verdict Reference numbers of test equipment used HL 0174 HL 0659 HL 2376 HL 2432 HL 2697 HL 2875 HL 3158 HL 3234 HL 4297 Full description is given in Appendix A. Page 30 of 49

31 Test specification: Conducted immunity to electrical fast transients/ bursts (EFT/ B) Test procedure: EN ; EN , Section Nov-15 Temperature: 23.6 ºC Air Pressure: 1014 hpa Relative Humidity: 43 % Power Supply: 12 VDC 9.3 Conducted immunity to electrical fast transient/ burst (EFT/ B) General This test was performed to verify the EUT conducted immunity to the electrical fast transient/ burst (EFT/B) applied to the EUT power and signal lines. The EFT/B levels, performance criterion and test results are referred to in Table Test procedure for two-wire power line application The EUT was set up as shown in Figure and the associated photograph, energized and the EUT performance was checked The EFT/B generator output parameters (voltage, frequency repetition and duration) were adjusted as referred to in Table and the bursts were applied to the EUT power line The EUT operation was monitored throughout the test for any malfunction or degradation and its performance was recorded Upon this the test was completed Test procedure for signal lines application The EUT was set up as shown in Figure and the associated photograph, energized and the EUT performance was checked Each signal line was placed into the capacitive coupling clamp. The EFT/B generator output parameters (voltage, frequency repetition and duration) were adjusted as referred to in Table and the bursts were applied to the EUT signal lines The EUT operation was monitored throughout the test for any malfunction or degradation and its performance was recorded Upon this the test was completed. Page 31 of 49

32 Test specification: Conducted immunity to electrical fast transients/ bursts (EFT/ B) Test procedure: EN ; EN , Section Nov-15 Temperature: 23.6 ºC Air Pressure: 1014 hpa Relative Humidity: 43 % Power Supply: 12 VDC Figure Setup for conducted immunity to EFT/B test at power supply line, floor standing EUT (wall or ceiling mounted) L>0.5m To other conductive structures L = 0.5 m EFT/B generator EUT grounding was performed according to manufacturer's specification EUT Line 1 Line 2 Coupling/decoupling network (CDN) Line 1 Line 2 Power supply The EUT was placed on insulation support, H=0.1m Reference ground plane Photograph Setup for conducted immunity to EFT/B at DC power supply line Page 32 of 49

33 Test specification: Conducted immunity to electrical fast transients/ bursts (EFT/ B) Test procedure: EN ; EN , Section Nov-15 Temperature: 23.6 ºC Air Pressure: 1014 hpa Relative Humidity: 43 % Power Supply: 12 VDC Figure Setup for conducted immunity to EFT/B test at signal line, floor standing EUT (wall or ceiling mounted) Photograph Setup for conducted immunity to EFT/B at signal line Page 33 of 49

34 Test specification: Conducted immunity to electrical fast transients/ bursts (EFT/ B) Test procedure: EN ; EN , Section Nov-15 Temperature: 23.6 ºC Air Pressure: 1014 hpa Relative Humidity: 43 % Power Supply: 12 VDC Table Conducted immunity to EFT/ B test results EUT SET UP: FLOOR STANDING SECURITY GRADE: 2 FUNCTIONING BEFORE AND AFTER THE TEST: BDT according to EN , Section 6.2 PERFORMANCE CRITERIA: EN , Section 12.4 DURATION: 1 min REPETITION FREQUENCY: 100 khz PULSE RISE TIME/ DURATION: 5 / 50 ns BURST DURATION/ PERIOD: 0.75 / 300 ms Type of Test EFT/B EUT performance description Line description disturbed line voltage, kv polarity during the test Arm mode DC power Line 1 & Line 2 1 Positive Negative Signal BUS (Green, Yellow) 1 Positive Negative Signal RELAY (AM, Tamper, Positive 1 COM, NC L, NC R) Negative Verdict Reference numbers of test equipment used HL 3046 HL 4673 Full description is given in Appendix A. Page 34 of 49

35 Test specification: Conducted immunity to slow high energy voltage surges Test procedure: EN ; EN , Section Nov-15 Temperature: 23 ºC Air Pressure: 1012 hpa Relative Humidity: 53 % Power Supply: 12 VDC 9.4 Conducted immunity to slow high energy voltage surges General This test was performed to verify the EUT immunity to high-energy surges produced by switching and indirect lightning transients. The surge levels, performance criterion and test results are referred to in the associated table Test procedure for unshielded unbalanced lines application The EUT was set up as shown in Figure and the associated photograph, energized and the EUT performance was checked The surge generator output parameters (voltage and pulse shape) were adjusted as referred to in Table Voltage surges of both polarities were applied to the EUT power and signal ports in common (line to ground) mode with 1 per minute repetition rate The EUT operation was monitored throughout the test for any malfunction or degradation and its performance was recorded Upon this the test was completed. Page 35 of 49

36 Test specification: Conducted immunity to slow high energy voltage surges Test procedure: EN ; EN , Section Nov-15 Temperature: 23 ºC Air Pressure: 1012 hpa Relative Humidity: 53 % Power Supply: 12 VDC Figure Setup for conducted immunity to voltage surges test, unshielded unbalanced line SURGE GENERATOR R=40 Ohm S S1 3 4 Decoupling network Auxiliary equipment Protection equipment EUT L=20mH R L Photograph Setup for conducted immunity to voltage surges at power and signal line Page 36 of 49

37 Test specification: Conducted immunity to slow high energy voltage surges Test procedure: EN ; EN , Section Nov-15 Temperature: 23 ºC Air Pressure: 1012 hpa Relative Humidity: 53 % Power Supply: 12 VDC Table Conducted immunity to voltage surges test results, unshielded unbalanced lines SECURITY GRADE: 2 FUNCTIONING BEFORE AND AFTER THE TEST: BDT according to EN , Section 6.2 PERFORMANCE CRITERIA: EN , Section 13.4 SURGE PULSE SHAPE, Tr/Th: 1.2/50 μs NUMBER OF PULSES: 5/5 (positive/negative) per surge application Line description Surge application Applied voltage, EUT performance description S1 position S2 position kv during the test Arm mode Common mode BUS (+12VDC) 0 1 BUS (-12VDC) 0 2 BUS (Green) 0 3 BUS (Yellow) 0 4 RELAY (AM Red) 0 5 RELAY (AM Black) RELAY (Tamper Orange) 0 7 RELAY (Tamper Yellow) 0 8 RELAY (COM) 0 9 RELAY (NC L) 0 10 RELAY (NC R) 0 11 BUS (+12VDC) 0 1 BUS (-12VDC) 0 2 BUS (Green) 0 3 BUS (Yellow) 0 4 RELAY (AM Red) 0 5 RELAY (AM Black) RELAY (Tamper Orange) 0 7 RELAY (Tamper Yellow) 0 8 RELAY (COM) 0 9 RELAY (NC L) 0 10 RELAY (NC R) 0 11 Verdict Reference numbers of test equipment used HL 2408 HL 2479 Full description is given in Appendix A. Page 37 of 49

38 Test specification: Immunity to conducted disturbances induced by electromagnetic fields Test procedure: EN ; EN , Section Nov Nov-15 Temperature: 23 ºC Air Pressure: 1011 hpa Relative Humidity: 38 % Power Supply: 12 VDC 9.5 Immunity to conducted disturbances induced by radio frequency fields General This test was performed to verify the EUT immunity to conducted disturbances, induced by RF fields into the power and signal lines from 0.15 to 100 MHz. The conducted disturbances levels, performance criterion and test results are referred to in Table Test procedure for power line application The EUT was set up as shown in Figure and the associated photograph, energized and the EUT performance was checked The test setup was adjusted to produce disturbing signal as referred to in Table The disturbance signal was injected into the EUT power line. The signal frequency was scanned with step less than 1% of the fundamental frequency and sweep rate less than 1.5x10-3 decade/s throughout the specified frequency range The EUT operation was monitored throughout the test for any malfunction or degradation and its performance was recorded Upon this the test was completed Test procedure for signal lines application, current probe injection method The EUT was set up as shown in Figure and the associated photograph, energized and the EUT performance was checked The test setup was adjusted to produce disturbing signal as referred to in Table The disturbance signal was injected into the EUT signal lines. The signal frequency was scanned with step less than 1% of the fundamental frequency and sweep rate less than 1.5x10-3 decade/s throughout the specified frequency range The EUT operation was monitored throughout the test for any malfunction or degradation and its performance was recorded Upon this the test was completed. Page 38 of 49

39 Test specification: Immunity to conducted disturbances induced by electromagnetic fields Test procedure: EN ; EN , Section Nov Nov-15 Temperature: 23 ºC Air Pressure: 1011 hpa Relative Humidity: 38 % Power Supply: 12 VDC Figure Setup for immunity to conducted disturbances induced by radio frequency fields at power supply line Wall Wall L=0.5m Decoupling Network Auxiliary equipment L=0.5m EUT 0.1m<L<0.3m Decoupling Network Coupling/ Decoupling Network Power source Reference ground plane The EUT was placed on insulation support, H=0.1m Directional coupler Test Generator RF Power Amplifier 6 db RF attenuator Spectrum analyzer Photograph Setup for immunity to conducted disturbances induced by RF fields at DC power supply line Page 39 of 49

40 Test specification: Immunity to conducted disturbances induced by electromagnetic fields Test procedure: EN ; EN , Section Nov Nov-15 Temperature: 23 ºC Air Pressure: 1011 hpa Relative Humidity: 38 % Power Supply: 12 VDC Figure Setup for immunity to conducted disturbances induced by radio frequency fields at signal line, current probe injection method Wall Wall L=0.5m Decoupling Network Auxiliary equipment L=0.5m EUT 0.1m<L<0.3m Decoupling Network Auxiliary equipment placed on insulation support 0.1 m Reference ground plane The EUT was placed on insulation support, H=0.1m Directional coupler Test Generator RF Power Amplifier 6 db RF attenuator Spectrum analyzer Photograph Setup for immunity to conducted disturbances induced by radio frequency fields at signal line, current probe injection method Page 40 of 49

41 Test specification: Immunity to conducted disturbances induced by electromagnetic fields Test procedure: EN ; EN , Section Nov Nov-15 Temperature: 23 ºC Air Pressure: 1011 hpa Relative Humidity: 38 % Power Supply: 12 VDC Table Immunity to conducted disturbances induced by radio frequency fields test results EUT SET UP: TABLE-TOP SECURITY GRADE: 2 FUNCTIONING BEFORE AND AFTER THE TEST: BDT according to EN , Section 6.2 PERFORMANCE CRITERIA: EN , Section 11.4 FREQUENCY RANGE: MHz TEST VOLTAGE: 10 V rms prior to modulation DWELL TIME: 3 s FREQUENCY STEP: 1 % of current frequency TYPE OF MODULATION: 80% AM, 1 khz Type of disturbed line Test coupling EUT performance during the test Verdict Arm mode DC power CDN M2 RELAY (COM) RELAY (NC R) RELAY (NC L) RELAY (AM Red) Current probe RELAY (AM Black) RELAY (Tamper Orange) RELAY (Tamper Yellow) BUS (Green, Red, Black, Yellow) Current probe TYPE OF MODULATION: 50% PM, SQ, 1 Hz Type of disturbed line Test coupling EUT performance during the test Verdict Arm mode DC power CDN M2 RELAY (COM) RELAY (NC R) RELAY (NC L) RELAY (AM Red) Current probe RELAY (AM Black) RELAY (Tamper Orange) RELAY (Tamper Yellow) BUS (Green, Red, Black, Yellow) Current probe Reference numbers of test equipment used HL 2667 HL 2737 HL 4246 HL 4960 Full description is given in Appendix A. Page 41 of 49

42 10 APPENDIX A Test equipment and ancillaries used for tests Report ID: PAREMC_27422.doc HL No Description Manufacturer Model Ser. No. Last Cal./Check Due Cal./Check 0174 Monitor, Field, 10kHz-1GHz, V/m, w/fiberoptic Amplifier Research FM Mar Mar LISN, 16/2, 300V RMS, 50 Ohm/50 uh + 5 Hermon LISN Oct Oct-16 Ohm, STD CISPR 16-1 Laboratories 0659 Amplifier 1 to 4 GHz, 55 W Milmega AS /55B Jul Jul Transient Limiter 9 khz-200 MHz Hewlett Packard 11947A 3107A Oct Oct Cable RF, 8 m, BNC/BNC Belden M17/167 MIL-C Sep Sep Coupler coaxial bi-directional 1-4 GHz, 20 Narda Jun Jun-16 db 2408 Advanced EMC Immunity Test System (surge generator) Thermo KeyTek EMCPRO Aug May Antenna, Double-Ridged Waveguide Horn 1 EMC Test Apr Apr-16 to 18 GHz Systems 2479 Surge coupler/decoupler for signal lines Hermon Laboratories CDN /8UBSL Mar Mar Signal generator, 9 khz GHz Rohde & Schwarz SML May May Antenna, 30 MHz GHz Sunol Sciences. JB3 A May May-16 Corp Average Power Sensor, 9 khz - 6 GHz, -67 Rohde & NRP-Z Nov Nov-16 to 23 dbm Schwarz 2875 Power meter RF Boonton 4220A AC 23-Jan Jan-16 Electronics Corp Coupling Plane Vertical, EN Hermon Laboratories CPV Jul Jul EFT Test System HAEFELY TRENCH PEFR Dec Dec Amplifier, 80 to 1000 MHz, 500 W Amplifier Research 500W1000A Apr Apr Signal generator, 9 khz GHz Rohde & Schwarz SML Apr Apr Cable RF, 17.5 m, N type-n type Teldor RG-214/U NA 07-Dec Dec Coupling-Decoupling network, 150 khz - Hermon 230-M2 NA 26-May May MHz Laboratories 4297 Dual directional coupler, 80 to 1000 MHz, WERLATONE C Dec Dec db, 1500W 4535 Microwave Cable Assembly, 6.5 GHz, 5.0 Suhner 214-U NA 15-May May-16 m, N/M type-n/m type Switzerland 4541 Microwave Cable Assembly, 4.0 GHz, 1.0 m, N/M type-n/m type Suhner Switzerland 214-U NA 26-Aug Aug Amplifier, 9 khz to 1 GHz, 32 db gain Sonoma Instrument A Mar Mar Cable RF, 6.8 m, N/N - type, up to 3 GHz Suhner Switzerland NA Mar Mar EXA Signal Analyzer, 9 khz GHz Agilent Technologies N9010A MY Feb Feb Biconilog Antenna, MHz EMCO 3142B May May Resistor for ESD tests EN Hermon R470x2 NA 18-Feb Feb-16 kohm X 2 Laboratories 4634 Resistor for ESD tests EN kohm X 2 Hermon Laboratories R470x2 NA 18-Feb Feb Image Mainframe Controller TESEQ OVCMO2B Mar Mar ESD Generator Schaffner-Chase NSG Apr Apr-16 EMC 4673 EFT Capacitive Clamp EM Test CC-1 NA 10-Dec Dec EMI Receiver, 9 khz GHz, System: HL1431, HL4777 Hewlett Packard 8542E 30807A00262, 05-Nov Nov A Power amplifier, 150 khz to 250 MHz, 100 COM-POWER ACS Jan Jan-16 W CORPORATION 100W Page 42 of 49

43 11 APPENDIX B Test laboratory description Tests were performed at Hermon Laboratories Ltd., which is a fully independent, private, EMC, safety, environmental and telecommunication testing facility. Hermon Laboratories is listed by the Federal Communications Commission (USA) for all parts of Code of Federal Regulations 47 (CFR 47), Registration Numbers for OATS and for the anechoic chamber; by Industry Canada for electromagnetic emissions (file numbers IC 2186A-1 for OATS, IC 2186A-2 for anechoic chamber, IC 2186A-3 for fullanechoic chamber for RE measurements above 1 GHz), certified by VCCI, Japan (the registration numbers are R-808 for OATS, R-1082 for anechoic chamber, G-27 for full-anechoic chamber for RE measurements above 1 GHz, C-845 for conducted emissions site, T-1606 for conducted emissions at telecommunication ports), has a status of a Telefication - Listed Testing Laboratory, Certificate No. L138/00. The laboratory is accredited by American Association for Laboratory Accreditation (USA) according to ISO/IEC for electromagnetic compatibility, product safety, telecommunications testing and environmental simulation (for exact scope please refer to Certificate No ). The FCC Designation Number is US1003. Address: P.O. Box 23, Binyamina 30500, Israel. Telephone: Fax: mail@hermonlabs.com website: Person for contact: Mr. Alex Usoskin, CEO. Page 43 of 49