Electrical HERMON LABORATORIES

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1 Electrical RADIO TEST REPORT According to 47 CFR Part 15, subpart B and C, ; RSS-210 Issue 5:2001; ICES-003 Issue 3:1997 for VISONIC Ltd. EQUIPMENT UNDER TEST: Alarm control panel Model: Powermax+ This report is in conformity with ISO/IEC The A2LA logo endorsement applies only to the test methods and the standards that are listed in the scope of Hermon Laboratories accreditation. The test results relate only to the items tested. This test report must not be reproduced in any form except in full with the approval of Page 1 of 47

2 Contents CONTENTS PROJECT INFORMATION SUMMARY AND SIGNATURES EUT DESCRIPTION GENERAL DESCRIPTION TEST RESULTS FIELD STRENGTH OF FUNDAMENTAL, AND RSS (B) FIELD STRENGTH OF SPURIOUS RADIATION, AND RSS (B) BANDWIDTH OF EMISSION ACCORDING TO (C) AND RSS (C) UNINTENTIONAL RADIATED EMISSIONS TEST ACCORDING TO AND ICES CONDUCTED EMISSIONS TEST ACCORDING TO , APPENDIX A - PLOTS...17 APPENDIX B - TEST EQUIPMENT USED FOR TESTS...33 APPENDIX C TEST EQUIPMENT CORRECTION FACTORS...38 APPENDIX D - GENERAL INFORMATION...47 TEST FACILITY DESCRIPTION...47 ABBREVIATIONS AND ACRONYMS...47 SPECIFICATION REFERENCES...47 Page 2 of 47

3 1 Project information EUT attributes Test item Operating frequency Type (Model) Equipment FCC code : Alarm control panel with transmitter : 315 : Powermax+ : DSC Applicant information Applicant s responsible person : Mr. Arick Elshtein, international standards department manager Applicant/Manufacturer : Visonic Ltd. Address : 30, Habarzel street City : Tel Aviv Postal code : Country : Israel Telephone number : Telefax number : Test details Project Number: : Location : Hermon Laboratories Receipt date : October 26, 2003 Test performed : November 4, 2003; February 9, 10, 2004; Purpose of test : Apparatus compliance verification in accordance with emission requirements Test specification(s) : 47CFR Part 15, subpart B , ; subpart C, , , , ; RSS-210 Issue 5: 2001 and ICES-003 Issue 3: 1997 Page 3 of 47

4 2 Summary and signatures The EUT, alarm control panel, was tested according to FCC part 15 subparts B, C, and found to comply with the standard requirements. Test description Specification reference Tested by Date tested Test report paragraph Verdict Field strength of fundamental (b)(2) Mr. A. Troupiansky, test engineer February 10, Pass Field strength of spurious radiation (b)(3) Mr. A. Troupiansky, test engineer October 26, Pass Bandwidth of emission (c) Mr. Y. Neuman, test engineer Radiated emissions Mr. A. Troupiansky, test engineer Conducted emissions , Mr. A. Troupiansky, test engineer November 4, 2003 February 10, 2004 February 9, Pass 4.4 Pass 4.5 Pass Test report prepared by: Mrs. Marina Cherniavsky, MScEE, certification engineer Test report approved by: Mr. Michael Nikishin, MScEE, group leader Mr. Edward Usoskin, PhD, C.E.O. Page 4 of 47

5 3 EUT description 3.1 General description The EUT, PowerMax+, is an alarm control panel with transmitter operating at 315. The device transmits alarm messages to Visonic s wireless siren and is powered from mains via 120 V AC/9 V AC adapter. 3.2 EUT test configuration The EUT ports and lines description is given in Table 3.2.1, support/test equipment is provided in Table and test configuration is shown in Figure The highest frequency used in the device (excluding operating frequency) is Table EUT ports and lines Port type Port description Connector type Quantity Cable type description Cable length, m Connected to Power 9 V AC Terminal block 1 Unshielded V AC / 9 V AC adapter Telecom Line RJ 11 1 Unshielded 3 Line simulator Signal Telephone Terminal block 1 Unshielded 2 Telephone set Signal X-10 RJ 11 1 Unshielded 3 Open circuit Signal PGM Terminal block Power +12 V Terminal block Signal Zone Terminal block Signal V+ Terminal block 1 Unshielded 3 Open circuit 2 Unshielded 1 Open circuit 2 Unshielded kohm termination 1 Unshielded 3 Open circuit Signal RS232 RJ45 1 Unshielded 2 PC Signal Hold Unshielded 1 Open circuit Signal Ext Terminal 1 Unshielded 1 Open circuit Signal Int block Unshielded 1 Open circuit Page 5 of 47

6 Table EUT support/test equipment Description Manufacturer Model number Serial number FCC ID PC Siemens Nixdorf K466V502-MOD09 YBLV HSSSCENICM602 Monitor Siemens Nixdorf S26361-K488-V150 BY ACJ Keyboard Siemens Nixdorf S26381-K252L188 OG8236KJAJ NA Mouse Microsoft OEM S3KKMP3 Line simulator Hermon Labs LS NA Printer LX-810 Seiko Epson Corp. P80SA 44B NA Telephone set Standard Page 6 of 47

7 Figure EUT test configuration Printer Monitor Keyboard Mouse mains PC Zone 29 GND 2.2 kohm Zone kohm mains Adapter EUT V+ Hold Ext Int +12 V +12 V X-10 PGM Line simulator Telephone set Page 7 of 47

8 4 Test results 4.1 Field strength of fundamental, and RSS (b) METHOD OF MEASUREMENT: ANSI DATE of TEST: February 10, 2004 AMBIENT TEMPERATURE: 21 C RELATIVE HUMIDITY: 58% AIR PRESSURE 1016 hpa SITE DESCRIPTION: Anechoic chamber MODE OF OPERATION: Continuous MODULATION: ON MEASUREMENT UNCERTAINTY: ± 5.3 db The EUT complies with the requirements of (b) (e) X Peak detector Frequency, Measured field strength, db(mv/m) Specification limit, db(mv/m) Margin, db Reference to plot in Appendix A A1 Average detector (Peak detector measurement + average factor) Frequency, Measured field strength, db(mv/m) Average factor, db Calculated result, db(mv/m) Specification limit, db(mv/m) Margin, db Reference to plot in Appendix A A Average factor calculation, LIMIT (b) Tx ON Duty cycle Average factor Rationale ms 67.4% -3.4 db Fundamental frequency, Manufacturer statement (provided in Application documents) Field strength of 3 m, db(mv/m) The above field strength limits are based on average limits. The section requirements for limiting peak emissions provided. TEST PROCEDURE The EUT was tested, being placed on a wooden 80 cm height turntable in vertical and horizontal position in turn. To find maximum radiation the turntable was rotated 360 o, measuring antenna height was changed from 1 to 4 m, and the antenna polarization was changed from vertical to horizontal. TEST EQUIPMENT USED: HL 0465 HL 0521 HL 0589 HL 0592 HL 0593 HL 0594 HL 0604 HL 1004 HL 1947 HL 2009 Page 8 of 47

9 4.2 Field strength of spurious radiation, and RSS (b) METHOD OF MEASUREMENT: ANSI TEST PERFROMED IN: Anechoic chamber DATE of TEST: February 10, 2004 RELATIVE HUMIDITY: 21 C AMBIENT TEMPERATURE: 58% AIR PRESSURE 1016 hpa MODULATION ON DETECTOR USED: Peak RANGE OF MEASUREMENTS 9 khz to 3200 MEASUREMENT UNCERTAINTY: ± 6 db Frequency, RBW, VBW, Ant. pol. Ant. hgt, TT pos. Radiated emission (peak), Limit 3 m, Radiated emission (average)*, Limit 3 m, Ref. to plot in Appendix A khz khz m db(mv/m) db(mv/m) db (mv/m) db(mv/m H A4, A V A4, A H ** ** A7 For full test results refer to Plots A2 to A7. Verdict: Pass Notes to table: The listed test results were obtained throughout measurements in horizontal antenna polarization at 1 m height * Radiated emission value was calculated: peak value + average factor (-3.4 db) ** In accordance with RSS-210 the restricted band limits were used: 74 db (µv/m) peak and 54 db (µv/m) average RBW = resolution bandwidth VBW = video bandwidth Ant. pol. = antenna polarization, V vertical, H - horizontal Ant. hgt.= antenna height. TT position.= turntable position in degrees, (EUT front panel = 0 o ) LIMIT (b) Fundamental frequency, Field strength of 3 m, db(mv/m) Page 9 of 47

10 TEST PROCEDURE The EUT was tested, being placed on a wooden 80 cm height turntable in vertical and horizontal position in turn. 9 khz 30 range. The test was performed in the anechoic chamber. The loop antenna was positioned with its plane vertical. The loop center was 1 meter above the ground plane. To find maximum radiation the turntable was rotated 360 and the measuring antenna was rotated about its vertical axis GHz range. The test was performed in anechoic chamber with biconilog antenna in range and with double ridged guide antenna in range. To find maximum radiation the turntable was rotated 360 o, measuring antenna height was changed from 1 to 4 m, and the antennas polarization was changed from vertical to horizontal. TEST EQUIPMENT USED: HL 0446 HL 0465 HL 0521 HL 0589 HL 0592 HL 0593 HL 0594 HL 0604 HL 1004 HL 1947 HL 2009 HL 2432 Page 10 of 47

11 4.3 Bandwidth of emission according to (c) and RSS (c) METHOD OF MEASUREMENT: ANSI DATE of TEST: November 4, 2003 AMBIENT TEMPERATURE: 23 C RELATIVE HUMIDITY: 35 % AIR PRESSURE 1006 hpa MODULATION: ON DETECTOR USED: Peak Carrier frequency Measured Occupied bandwidth, khz Limit Reference to plot in Annex A Measurement uncertainty A ppm The maximum allowed occupied bandwidth was calculated as of the center frequency. Verdict: Pass LIMIT The bandwidth of the emission shall be no wider than 0.25% of the center frequency for devices operating above 70 and below 900. For devices operating above 900, the emission shall be no wider than 0.5% of the center frequency. Bandwidth is determined at the points 20 db down from the modulated carrier. TEST PROCEDURE The spectrum trace data around transmitter fundamental frequency was obtained with the spectrum analyzer in Max Hold mode. The bandwidth value was determined between two points 20 db down from the modulated carrier. TEST EQUIPMENT USED: HL 0034 HL 0038 HL 0812 HL 1430 Page 11 of 47

12 4.4 Unintentional radiated emissions test according to and ICES-003 METHOD OF MEASUREMENT: ANSI / ANSI TEST PERFORMED IN: Anechoic chamber DATE of TEST: February 10, 2004 AMBIENT TEMPERATURE: 21 C RELATIVE HUMIDITY: 58% AIR PRESSURE: 1016 hpa DISTANCE BETWEEN ANTENNA AND EUT: 3 m THE EUT WAS TESTED AS: TABLE-TOP FREQUENCY RANGE: 30 2 GHz The EUT highest used frequency (including operating frequency), Upper frequency of measurement range, Below Above th harmonic of the highest frequency or 40 GHz, whichever is lower Frequency, Ant. polar. Ant. hgt., m TT pos., ( o ) Detector type RBW, khz Radiated emissions, db (mv/m) Specification limit, db (mv/m) Margin, db Verdict V QP Pass V QP Pass H QP Pass H QP Pass H QP Pass V QP Pass H AVR Pass The listed test results were obtained throughout measurements with biconilog antenna. For full test results refer to plots A9 to A12. Notes to table: RBW = resolution bandwidth VBW = video bandwidth Ant. pol. = antenna polarization, V vertical, H - horizontal Ant. hgt.= antenna height. TT position.= turntable position in degrees, (EUT front panel = 0 o ) Margin = db below (negative if above) specification limit. Page 12 of 47

13 LIMIT Frequency, Class B 3 m db(mv/m) FCC ICES NA TEST PROCEDURE The EUT was placed on a wooden 80 cm height turntable. To find maximum radiation the turntable was rotated 360 o, measuring antenna height was changed from 1 to 4 m, and the antennas polarization was changed from vertical to horizontal. TEST EQUIPMENT USED: HL 0465 HL 0521 HL 0589 HL 0592 HL 0593 HL 0594 HL 0604 HL 1004 HL 2009 Page 13 of 47

14 4.5 Conducted emissions test according to , METHOD OF MEASUREMENTS: ANSI DATE of TEST: February 9, 2004 AMBIENT TEMPERATURE: 21 C RELATIVE HUMIDITY: 58% AIR PRESSURE: 1016 hpa FREQUECNY RANGE: 150 khz 30 RESOLUTION BANDWIDTH: MEASUREMENT UNCERTAINTY, db 9 khz ± 3.9 db in khz ± 3.8 db in 150 khz 30 EUT power lines, transmit mode (the worst case) Quasi-peak detector Frequency, Line identification Measured emissions, db (mv) Specification QP limit, db (mv) Margin, db Verdict Reference to Plots in Appendix A Pass A Pass A Pass A Pass A Pass A13 Average detector Frequency, Line identification Measured emissions, db (mv) Specification AVRG limit, db (mv) Margin, db Verdict Reference to Plots in Appendix A Pass A Pass A Pass A Pass A Pass A13 Page 14 of 47

15 PC power lines, EUT in transmit mode Quasi-peak detector Frequency, Line identification Measured emissions, db (mv) Specification QP limit, db (mv) Margin, db Verdict Reference to Plots in Appendix A Pass A17, A Pass A18, A Pass A18, A Pass A18, A Pass A17, A Pass A17, A Pass A17, A Pass A17, A Pass A17, A Pass A18, A Pass A17, A19 Average detector Frequency, Line identification Measured emissions, db (mv) Specification AVRG limit, db (mv) Margin, db Verdict Reference to Plots in Appendix A Pass A17, A Pass A18, A Pass A18, A Pass A18, A Pass A17, A Pass A17, A Pass A17, A Pass A17, A Pass A17, A Pass A18, A Pass A17, A19 Note: The same results were recorded throughout measurements with Tx disconnected Page 15 of 47

16 Limit Frequency, QP Class B equipment, db(mv) AVRG * 56-46* *The limit decreases linearly with the logarithm of frequency. TEST PROCEDURE The measurements were performed at mains terminals by means of LISN, connected to spectrum analyzer in the frequency range as referred to in the table above. The unused coaxial connector of the LISN was terminated with 50 Ω. The measurements were made with quasi-peak and average detectors as referred to in the tables. The position of the EUT cables was varied to determine maximum emission level. TEST EQUIPMENT USED: HL 0163 HL 0447 HL 0672 HL 0787 HL 1430 HL 1502 HL 1510 Page 16 of 47

17 Appendix A - Plots Plot A 1 Field strength of fundamental Antenna polarization: horizontal EUT position: vertical Page 17 of 47

18 Plot A 2 Spurious emission measurements in anechoic chamber from 9 khz to 150 khz Page 18 of 47

19 Plot A 3 Spurious emission measurements in anechoic chamber from 150 khz 30 Page 19 of 47

20 Plot A 4 Spurious emission measurements in anechoic chamber from 30 to 1000, vertical antenna polarization No spurious emissions except fundamental and harmonics were found. Page 20 of 47

21 Plot A 5 Spurious emission measurements in anechoic chamber from 30 to 1000, Horizontal antenna polarization No spurious emissions except fundamental and harmonics were found. Page 21 of 47

22 Plot A 6 Spurious emission measurements in anechoic chamber from 1 GHz to 3.2 GHz, vertical antenna polarization Page 22 of 47

23 Plot A 7 Spurious emission measurements in anechoic chamber from 1 GHz to 3.2 GHz, horizontal antenna polarization Page 23 of 47

24 Plot A 8 Occupied bandwidth measurement result Page 24 of 47

25 Plot A 9 Unintentional radiated emission measurements in anechoic chamber from 30 to 1 GHz, vertical antenna polarization Page 25 of 47

26 Plot A 10 Unintentional radiated emission measurements in anechoic chamber from 30 to 1 GHz, horizontal antenna polarization Page 26 of 47

27 Plot A 11 Unintentional radiated emission measurements in anechoic chamber from 1 GHz to 2 GHz, vertical antenna polarization Page 27 of 47

28 Plot A 12 Unintentional radiated emission measurements in anechoic chamber from 1 GHz to 2 GHz, horizontal antenna polarization Page 28 of 47

29 Plot A 13 Conducted emission measurements test results at the EUT power line 1 port, EUT in Tx mode Page 29 of 47

30 Plot A 14 Conducted emission measurements test results at the EUT power line 2 port, EUT in Tx mode Page 30 of 47

31 Plot A 15 Conducted emission measurements test results at the EUT power line 1 port, Tx disconnected Page 31 of 47

32 Plot A 16 Conducted emission measurements test results at the EUT power line 2 port, Tx disconnected Page 32 of 47

33 Plot A 17 Conducted emission measurements test results at the PC power line 1 port, EUT in Tx mode Page 33 of 47

34 Plot A 18 Conducted emission measurements test results at the PC power line 2 port, EUT in Tx mode Page 34 of 47

35 Plot A 19 Conducted emission measurements test results at the PC power line 1 port, Tx disconnected Page 35 of 47

36 Plot A 20 Conducted emission measurements test results at the PC power line 2 port, Tx disconnected Page 36 of 47

37 Appendix B - Test equipment used for tests HL Serial No. Description Manufacturer information Name Model No. Serial No. Due Calibration Month/ year 0034 Log periodic antenna, Electro-Metrics LPA 25/ / Antenna Mast, 1-4 m Hermon Labs AM /05 check 0163 LISN FCC/VDE/MIL -STD Electro-Metrics ANS-25/ / Active Loop Antenna 10 khz-30 Electro-Mechanics / LISN, 16/2, 300 V RMS Hermon Labs LISN / Cable, coax, RG-214, 11.5 m, N-type Hermon Labs C /04 connectors 1004 Cable, coaxial ANDREW PSWJ4, 6 m Hermon Labs ANDREW / EMI Receiver System, 9 khz GHz Agilent Technologies 8542E 3807A / Anechoic chamber 9 (L) x 6.5 (W) x 5.5 (H) m Hermon Labs AC /05 check 0521 Spectrum analyzer with RF filter section Hewlett Packard 8546A /04 (EMI receiver 9 khz GHz) 0589 Cable coaxial, GORE A2POL118.2, Hermon Labs GORE /04 3 m 0592 Position controller Hermon Labs L2-SR /04 check 0593 Antenna mast, 1-4 m/1-6 m pneumatic Hermon Labs AM-F /05 check 0594 Turntable for Anechoic Chamber, flush mounted, d=1.2 m, pneumatic Hermon Labs WDC /05 check 0604 Antenna biconilog log-periodic/t Bow- EMCO /05 Tie, Shielded room 4.6(L) x 4.2(W) x2.4(h) m Hermon Labs SR /04 check 0787 Transient limiter Hewlett Packard 11947A-8ZE 3107A / Cable RF, 6 m Belden M17/167 MIL-C /04 check 1510 Cable RF, 8 m Belden M17/ /04 MIL-C Cable 18 GHz, 6.5 m, blue Rhophase Microwave NPS-1803A- T /04 Ltd 6500-NPS 2009 Cable RF, 8 m Alpha Wire RG-214 C-56 12/ Antenna, double-ridged waveguide horn, 1-18 GHz EMC Test Systems /04 Page 37 of 47

38 Appendix C - Test equipment correction factors Correction factor Line impedance stabilization network, model ANS-25/2 Electro-Metrics Frequency, khz Correction factor, db Correction factor Line impedance stabilization network Model LISN 16-1 Hermon Laboratories Frequency, khz Correction factor, db The correction factor in db is to be added to meter readings of an interference analyzer or a spectrum analyzer. Page 38 of 47

39 Antenna factor Active loop antenna, model 6502 S/N 2857, HL 0446 Frequency, Magnetic antenna factor, db Electric antenna factor, db Antenna factor in db(1/m) is to be added to receiver meter reading in db(µv) to convert it into field intensity in db(µv/m). Page 39 of 47

40 Antenna factor Log periodic antenna (HL 0034) Electro-Metrics, model LPA-25/30 Ser.No.1988 Frequency, Antenna factor db(1/m) Frequency, Antenna factor db(1/m) Antenna factor in db(1/m) is to be added to receiver meter reading in db(µv) to convert it into field intensity in db(µv/m). Page 40 of 47

41 Antenna factor Biconilog antenna EMCO Model 3141 Ser.No.1011 Frequency, Antenna Factor, db(1/m) Frequency, Antenna Factor, db(1/m) Antenna factor in db(1/m) is to be added to receiver meter reading in db(µv) to convert it into field intensity in db(µv/m). Page 41 of 47

42 Antenna factor Double-ridged guide horn antenna Model 3115, serial number: , HL2432 Frequency, Antenna factor. db(1/m) Antenna factor in db(1/m) is to be added to receiver meter reading in db(µv) to convert it into field intensity in db(µv/m). Page 42 of 47

43 Cable loss Cable Coaxial, GORE A2P01POL118, 2.3 m, model:gore-3, HL Cable Coaxial, ANDREW PSWJ4, 6m, model: ANDREW-6, HL 1004 No. Frequency, Cable loss, db Tolerance (Specification), db Measurement uncertainty, db 6.5 ± ±0.12 ±0.17 Page 43 of 47

44 Cable loss Cable coaxial, 6 m, model: M17/167 MIL-C-17, HL 1502 Frequency, Cable loss, db Cable loss Cable M17/167 MIL-C-17, HL 1510 No. Frequency, Cable loss, db Page 44 of 47

45 Cable loss Cable 18 GHz, 6.5 m, blue, model: NPS-1803A-6500-NPS, S/N T4974, HL 1947 Frequency, GHz Cable loss, db Frequency, GHz Cable loss, db Page 45 of 47

46 Cable loss RF cable 8 m, model RG-214, HL 2009 No. Frequency, Cable loss, db Tolerance (Specification), db Measurement uncertainty, db NA ± Page 46 of 47

47 Appendix D - General information Test facility description Tests were performed at, 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) and by Industry Canada for electromagnetic emissions (file numbers IC for OATS and IC for anechoic chamber), certified by VCCI, Japan (the registration numbers are R-808 for OATS, R-1082 for anechoic chamber, C-845 for conducted emissions site), assessed by TNO Certification EP&S (Netherlands) for a number of EMC, telecommunications, environmental, safety standards, and by AMTAC (UK) for safety of medical devices. 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 ). Address: PO Box 23,. Telephone: Fax: mail@hermonlabs.com Person for contact: Mr. Alex Usoskin, QA manager. Abbreviations and acronyms The following abbreviations and acronyms are applicable to this test report: AC cm db dbm db(µv) db(µv/m) EUT GHz H Hz khz kv L LISN m NA QP RF RE rms s V W alternating current centimeter decibel decibel referred to one milliwatt decibel referred to one microvolt decibel referred to one microvolt per meter equipment under test gigahertz height hertz kilohertz kilovolt length line impedance stabilization network meter megahertz not applicable quasi-peak radio frequency radiated emission root mean square second volt width Specification references 47CFR part 15: 2003 ANSI C63.2:96 ANSI C63.4:2001 Radio Frequency Devices American National Standard for Instrumentation-Electromagnetic Noise and Field Strength, 10 khz to 40 GHz-Specifications. American National Standard for Methods of Measurement of Radio-Noise Emissions from Low-Voltage Electrical and Electronic Equipment in the Range of 9 khz to 40 GHz. Page 47 of 47