Test Report

FCC ID: JE4KCLP

Test Report

Download: PDF
FCCID_280028

Hermon Laboratories Ltd. P.O.Box 23 Binyamina 30550, Israel Tel.+972 46288001 Fax.+972 46288277 HE R MON L AB OR AT OR IE S e-mail: mail@hermonlabs.com Electrical ELECTROMAGNETIC EMISSION TEST REPORT ACCORDING TO 47CFR PART 15, SUBPART C § 15.209, 15.207, SUBPART B for Rokonet Electronics Ltd. EQUIPMENT UNDER TEST: Proximity keypad Brand name: ProSys Model: RP128KCLP This report is in conformity with and ISO/IEC 17025. 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 Hermon Laboratories Ltd. Page 1 of 29 Document ID: ROKRAD_FCC.15061K.doc Date of Issue: July 2002

Hermon Laboratories Ltd. P.O.Box 23 Binyamina 30550, Israel Tel.+972 46288001 Fax.+972 46288277 HE R MON L AB OR AT OR IE S e-mail: mail@hermonlabs.com Contents 1 PROJECT INFORMATION .............................................................................................................................................. 3 2 SUMMARY OF TESTS..................................................................................................................................................... 4 3 EUT DESCRIPTION......................................................................................................................................................... 5 3.1 GENERAL DESCRIPTION ................................................................................................................................................ 5 3.2 EUT TEST CONFIGURATION .......................................................................................................................................... 5 4 TESTS RESULTS ............................................................................................................................................................ 9 4.1 FIELD STRENGTH OF FUNDAMENTAL ACCORDING TO § 15.209(A)...................................................................................... 9 4.2 FIELD STRENGTH OF EMISSION ACCORDING TO §15.209 ................................................................................................ 10 4.3 CONDUCTED EMISSIONS TEST ACCORDING TO §15.207, 15.107 .................................................................................... 11 4.4 UNINTENTIONAL RADIATED EMISSIONS TEST ACCORDING TO §15.109.............................................................................. 12 APPENDIX A PLOTS............................................................................................................................................................ 14 APPENDIX B TEST EQUIPMENT USED FOR TESTS ........................................................................................................ 21 APPENDIX C GENERAL INFORMATION ............................................................................................................................ 22 TEST FACILITY DESCRIPTION ................................................................................................................................................... 22 ABBREVIATIONS AND ACRONYMS ............................................................................................................................................. 22 SPECIFICATION REFERENCES .................................................................................................................................................. 22 APPENDIX D TEST EQUIPMENT CORRECTION FACTORS ............................................................................................. 23 Page 2 of 29 Document ID: ROKRAD_FCC.15061K.doc Date of Issue: July 2002

Hermon Laboratories Ltd. P.O.Box 23 Binyamina 30550, Israel Tel.+972 46288001 Fax.+972 46288277 HE R MON L AB OR AT OR IE S e-mail: mail@hermonlabs.com 1 Project information Description of equipment under test Test items LCD proximity keypad with transmitter operating at 125 kHz Manufacturer Rokonet Electronics Ltd. Brand name ProSys LCD proximity keypad model RP128KCLP Receipt date March 31, 2002 Applicant information Applicant’s responsible person Mr. David Kartoun, Corporate Chief Technology Officer Company Rokonet Electronics Ltd. Address 14 Hachoma street Postal code 75655 City Rishon Le Zion Country Israel Telephone number +972 39616555 Telefax number +972 39616584 Test performance Project number: 15061 Location Hermon Laboratories Test started March 31, 2002 Test completed June 30, 2002 Purpose of test Apparatus compliance verification in accordance with emission requirements Test specifications FCC Part 15, subpart C §15.209, 15.207; subpart B, Class B Page 3 of 29 Document ID: ROKRAD_FCC.15061K.doc Date of Issue: July 2002

Hermon Laboratories Ltd. P.O.Box 23 Binyamina 30550, Israel Tel.+972 46288001 Fax.+972 46288277 HE R MON L AB OR AT OR IE S e-mail: mail@hermonlabs.com 2 Summary of tests The LCD proximity keypad was found complying with the limits of 47CFR Part 15, §15.209, 15.205, 15.207 and subpart B Class B. Parameter Subclause C NC NT NA Tested by Date tested Remarks Intentional radiation, §15.209 Field strength of fundamental 15.209(a) C Mrs. E. Pitt, May 1, test engineer 2002 Out of band spurious emissions (radiated) 15.209(c) C Mrs. E. Pitt, May 1, test engineer 2002 Mr. Y. Neuman, June 30, test engineer 2002 Conducted emissions 15.207 C Mr. Y. Neuman, June 30, test engineer 2002 Unintentional radiation, §15.107, §15.109 Conducted emissions 15.107 C Mr. Y. Neuman, June 30, test engineer 2002 Radiated emissions 15.109 C Mr. Y. Neuman, June 30, test engineer 2002 General conditions under Part 15 The Intentional radiator operates at 125 kHz. 15.209 C The intentional radiator does not operate in the restricted 15.205 C bands of operation. The intentional radiator has permanently attached antenna or 15.203 C antenna that uses a unique coupling to the intentional radiator. NOTE: C: The parameter is compliant with the requirements. NC: The parameter is not compliant with the requirements. NT: The parameter is not tested. NA: The test of this parameter is not applicable. Test report prepared by: Ms. N. Averin, certification engineer Mr. M. Nikishin, EMC group leader Test report approved by: Mr. A. Usoskin, QA manager Page 4 of 29 Document ID: ROKRAD_FCC.15061K.doc Date of Issue: July 2002

Hermon Laboratories Ltd. P.O.Box 23 Binyamina 30550, Israel Tel.+972 46288001 Fax.+972 46288277 HE R MON L AB OR AT OR IE S e-mail: mail@hermonlabs.com 3 EUT description 3.1 General description The EUT, LDC proximity keypad, is a part of an integrated security system that combines wired and wireless alarm protection for residential and commercial installations, access control and basic home automation systems. The LDC proximity keypad comprises a transmitter operating at 125 kHz, with integral antenna and powered by 13.8 V DC. The alarm system has a built-in dialer for communication to a central station, a phone for sending voice notifications and software for easier system programming. The system is powered from 15 V AC and equipped with a backup battery. 3.2 EUT test configuration The keypad ports and lines description is given in Table 3.2.1, the system ports and lines description is depicted in Table 3.2.2, support/test equipment is provided in Table 3.2.3, test configurations are shown in Figures 3.2.1 and 3.2.2. The system operating frequencies are given in Table 3.2.4 and components description is provided in Table 3.2.5. The 120 V AC / 15 V AC adapter, manufactured by MIDAS, model AA-5715166, s/n 86110806320, was used during the system testing. Table 3.2.1 LCD proximity keypad ports and lines Port Port Connector type Quantity Cable type Cable Connected to type description description length, m Power AUX Terminal block 1 0.5 mm 3 DC power supply Power COM Terminal block 1 24 GAUGE 3 DC power supply Signal BUS Terminal block 2 24 GAUGE 3 2.2 kΩ termination (RS 485) Table 3.2.2 Alarm system ports and lines Port Port Connector type Quantity Cable type Cable Connected type description description length, m Power 15 V AC Terminal block 1 Unshielded 1.5 From EUT to 120VAC/15VAC adapter Signal Control Terminal block 8 Unshielded 3.5* From voice unit to voice keypad Signal Zone Terminal block 3 Unshielded 3.5* 2.2 kΩ termination (sensors) Signal Bus Terminal block 4 (2 DC Unshielded 3.5* From main control panel and 2 data) through LCD proximity keypad to 16 LEDs keypad Signal Bell Terminal block 2 Unshielded 3.5* 2.2 kΩ termination Signal Output (U02) Terminal block 2 Unshielded 3.5* Termination Signal Dry contact Terminal block 2 Unshielded 3.5* Shortening (Relay, U01) Signal Telephone Terminal block 2 Unshielded >3 From main control panel to line simulator *May be up to 300 m. Page 5 of 29 Document ID: ROKRAD_FCC.15061K.doc Date of Issue: July 2002

Hermon Laboratories Ltd. P.O.Box 23 Binyamina 30550, Israel Tel.+972 46288001 Fax.+972 46288277 HE R MON L AB OR AT OR IE S e-mail: mail@hermonlabs.com Table 3.2.3 System support/test equipment Description Manufacturer Model number Serial number Line simulator Hermon Labs LS-01 1856 Table 3.2.4 System operating frequencies Frequency, Card ID MHz Main control panel Voice unit LCD proximity keypad 0.125 ● 8.0 ● ● 16.0 ● Table 3.2.5 System components Component Rokonet catalog number Main control panel RP128MC00ENA 16 LEDs keypad RP128KL1600A LCD proximity keypad RP128KCLP00A Voice unit RP128EV00ENA Voice keypad RP128EVM000A Access control module RP128EAC000A 3.2.1 Changes made in equipment To withstand the standard requirements the following changes were made in the equipment during the testing. 1) Two 10 nF capacitors were installed at bus communication interface of main control panel between GRN and COM, YEL and COM. 2) One 10 nF capacitor was installed at 16 LEDs keypad between AUX and COM. It is manufacturer responsibility to implement the changes in the production version of the EUT. In any case the test report applies to the tested items only. Page 6 of 29 Document ID: ROKRAD_FCC.15061K.doc Date of Issue: July 2002

Hermon Laboratories Ltd. P.O.Box 23 Binyamina 30550, Israel Tel.+972 46288001 Fax.+972 46288277 HE R MON L AB OR AT OR IE S e-mail: mail@hermonlabs.com Figure 3.2.1 EUT configuration for field strength of fundamental and out of band spurious emissions tests EUT Tx Rx AUX COM BUS + - DC power supply 2 kOhm termination Page 7 of 29 Document ID: ROKRAD_FCC.15061K.doc Date of Issue: July 2002

Hermon Laboratories Ltd. P.O.Box 23 Binyamina 30550, Israel Tel.+972 46288001 Fax.+972 46288277 HE R MON L AB OR AT OR IE S e-mail: mail@hermonlabs.com Figure 3.2.2 EUT configuration for conducted and radiated emissions tests EUT Telephone Line Main control panel AC mains simulator 120VAC/ 15VAC adapter Voice unit Access Control (8 wires) control module Dry contact Zone 8 Output Zone 1 Zone 5 Bell 16 LEDs keypad Shortening 2.2 kOhm terminations Bus (2 DC wires, 2.2 kOhm termination 2 data wires) LCD proximity keypad Termination operating at 125 kHz Voice keypad Integral antenna Page 8 of 29 Document ID: ROKRAD_FCC.15061K.doc Date of Issue: July 2002

Hermon Laboratories Ltd. P.O.Box 23 Binyamina 30550, Israel Tel.+972 46288001 Fax.+972 46288277 HE R MON L AB OR AT OR IE S e-mail: mail@hermonlabs.com 4 Tests results 4.1 Field strength of fundamental according to § 15.209(a) METHOD OF MEASUREMENTS: ANSI 63.4 §13.1.4 DATE: May 1, 2002 RELATIVE HUMIDITY: 47 % AMBIENT TEMPERATURE: 24 °C TEST PERFORMED AT: OATS DISTANCE BETWEEN ANTENNA AND EUT: 10 m ANTENNA TYPE: LOOP 1 Carrier frequency, Peak detector Average detector Limit , Margin, Reference to Plots kHz measurement, measurement, µV/m) dB(µ dB in Appendix A µV/m) dB(µ dB(µµV/m) 123.5 75.3 65.2 84.7 19.5 A1 Measurement uncertainty, dB ±4 1 The limit is based on measurements employing an average detector according to §15.209(d). The § 15.35 (b) peak limits (20 dB above average limits) were met since the measurements were performed with peak detector function. LIMIT Frequency, Specification limit Measurement distance, MHz dB(µµV/m) m 0.009 – 0.490 67.60-20logF* 300** * F is frequency in kHz. **The limit for 10 m distance was calculated using the inverse square distance extrapolation factor as follows: LimS2 = Lim S1+ 40 log (S1/S2), where S1 = 300 m, S2 = 10 m. At 125 kHz frequency the limit was calculated: µV/m) Lim10m = 67.60 – 20 log125 + 40 log (300/10) = 84.7 dB(µ TEST PROCEDURE The EUT was tested, being placed on a wooden 80 cm height table in each of three orthogonal planes in turn. 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. TEST EQUIPMENT USED: HL 0813 HL 1430 HL 1552 HL 1915 Page 9 of 29 Document ID: ROKRAD_FCC.15061K.doc Date of Issue: July 2002

Hermon Laboratories Ltd. P.O.Box 23 Binyamina 30550, Israel Tel.+972 46288001 Fax.+972 46288277 HE R MON L AB OR AT OR IE S e-mail: mail@hermonlabs.com 4.2 Field strength of emission according to §15.209(c) METHOD OF MEASUREMENTS: ANSI 63.4 §13.1.4 DATE: May 1, 2002 RELATIVE HUMIDITY: 47 % AMBIENT TEMPERATURE: 24 °C TEST PERFORMED IN: ANECHOIC CHAMBER DISTANCE BETWEEN ANTENNA AND EUT: 3m ANTENNA TYPE: LOOP Peak detector Frequency, Radiated Limit Margin, Reference to Plots emission, in Appendix A MHz µV/m) dB(µ µV/m) dB(µ dB All spurious emissions including the third harmonic were found at 0.009 – 30 A2, A3 least 20 dB below specified limit Measurement uncertainty, dB ±4 LIMIT Frequency, Specification limit Measurement distance, Calculated 3m limit**, MHz dB(µµV/m) m µV/m) dB(µ 0.009 – 0.490 67.60-20logF* 300 147.60-20logF* 0.490 – 1.705 87.60-20logF* 30 127.60-20logF* 1.705 - 30 29.5 30 69.5 * F is frequency in kHz. **The limit for 3 m distance was calculated using the inverse square distance extrapolation factor as follows: LimS2 = Lim S1+ 40 log (S1/S2), where S1 = 300 m or 30 m, S2 = 3 m. TEST EQUIPMENT USED: HL 0465 HL 0521 HL 0589 HL 0592 HL 0593 HL 0594 HL 1004 HL 1915 TEST PROCEDURE The EUT was tested, being placed on a wooden 80 cm height table in each of three orthogonal planes in turn. 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. Page 10 of 29 Document ID: ROKRAD_FCC.15061K.doc Date of Issue: July 2002

Hermon Laboratories Ltd. P.O.Box 23 Binyamina 30550, Israel Tel.+972 46288001 Fax.+972 46288277 HE R MON L AB OR AT OR IE S e-mail: mail@hermonlabs.com 4.3 Conducted emissions test according to §15.207, 15.107 METHOD OF MEASUREMENTS ANSI 63.4 §13.1.3 DATE: June 30, 2002 RELATIVE HUMIDITY: 44 % AMBIENT TEMPERATURE: 24 °C THE EUT WAS TESTED AS: TABLE-TOP DETECTOR USED: QUASI-PEAK FREQUECNY RANGE: 450 kHz – 30 MHz RESOLUTION BANDWIDTH: 9 kHz Frequency, Line Measured Specification Margin, Pass/ Reference to identification emissions, limit, Fail Plots in MHz µV) dB (µ dB (µµV) dB Appendix A 2.384565 Phase 29.35 48.00 18.65 Pass A6 8.032500 Neutral 28.53 48.00 19.47 Pass A7 19.114780 Phase 36.22 48.00 11.78 Pass A6 19.364275 Phase 40.82 48.00 7.18 Pass A6 19.613475 Phase 41.96 48.00 6.04 Pass A6 19.862045 Phase 39.42 48.00 8.58 Pass A6 20.110400 Phase 36.30 48.00 11.70 Pass A6 Measurement uncertainty, dB +2.43 / -2.22 LIMIT Frequency, Class B equipment, MHz µV) dB(µ 0.45 – 1.705 48 1.705 - 30 48 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 detector as referred to in the table. The position of the EUT cables was varied to determine maximum emission level. TEST EQUIPMENT USED: HL 0447 HL 0580 HL 0591 HL 0746 HL 1207 HL 1425 HL 1535 Page 11 of 29 Document ID: ROKRAD_FCC.15061K.doc Date of Issue: July 2002

Hermon Laboratories Ltd. P.O.Box 23 Binyamina 30550, Israel Tel.+972 46288001 Fax.+972 46288277 HE R MON L AB OR AT OR IE S e-mail: mail@hermonlabs.com 4.4 Unintentional radiated emissions test according to §15.109 METHOD OF MEASUREMENT: ANSI 63.4 §11.6 / ANSI 63.4 §12.1.4 TEST PERFORMED IN: ANECHOIC CHAMBER DATE: June 30, 2002 RELATIVE HUMIDITY: 46 % AMBIENT TEMPERATURE: 26 °C DISTANCE BETWEEN ANTENNA AND EUT: 3m THE EUT WAS TESTED AS: TABLE-TOP FREQUENCY RANGE: 30 MHz – 1 GHz DETECTOR TYPE: QUASI-PEAK RESOLUTION BANDWIDTH: 120 kHz ANTENNA TYPE: BICONILOG Frequency, Ant. Ant. TT Radiated Limit Margin, Pass/ Reference pol. hgt., pos., emissions, Fail to Plots MHz m (o) µV/m) dB (µ µV/m) dB(µ dB in Appendix A 76.189325 V 1.84 0 33.61 40.00 6.39 Pass A4 77.419325 V 1.11 0 30.91 40.00 9.09 Pass A4 78.652475 V 1.63 6 28.11 40.00 11.89 Pass A4 104.453900 H 3.02 0 37.49 43.50 6.01 Pass A5 120.527900 H 1.81 84 37.46 43.50 6.04 Pass A5 128.566000 H 2.00 98 40.82 43.50 2.68 Pass A5 144.632900 H 2.56 344 39.03 43.50 4.47 Pass A5 152.021250 V 1.00 77 36.15 43.50 7.35 Pass A4 Table calculations and abbreviations: Radiated emission dB(µV/m) = measured results dB(µV) + correction factor dB(1/m). Correction factor = antenna factor + cable loss (for antenna factor and cable loss refer to Appendix B). Ant. pol. = antenna polarization (V-vertical, H-horizontal). Ant. hgt. = antenna height. o TT pos. = turntable position in degrees, (EUT front panel = 0 ). Margin = dB below (negative if above) specification limit. The EUT highest used frequency (not including operating Upper frequency of measurement range, frequency), MHz MHz Below 1.705 30 1.705 – 108 1000 108 – 500 2000 500 – 1000 5000 th Above 1000 5 harmonic of the highest frequency or 40 GHz, whichever is lower Page 12 of 29 Document ID: ROKRAD_FCC.15061K.doc Date of Issue: July 2002

Hermon Laboratories Ltd. P.O.Box 23 Binyamina 30550, Israel Tel.+972 46288001 Fax.+972 46288277 HE R MON L AB OR AT OR IE S e-mail: mail@hermonlabs.com LIMIT Frequency, Class B equipment @ 3 m test distance MHz µV/m) dB(µ 30 - 88 40 88 - 216 43.5 216 - 960 46 960 - 5000 54 TEST PROCEDURE o The EUT was placed on a wooden 80 cm height turntable. To find maximum radiation the turntable was rotated 360 , measuring antenna height was changed from 1 to 4 m, the antennas polarization was changed from vertical to horizontal and the cables were moved. TEST EQUIPMENT USED: HL 0465 HL 0521 HL 0589 HL 0592 HL 0593 HL 0594 HL 0604 HL 1004 HL 2009 Page 13 of 29 Document ID: ROKRAD_FCC.15061K.doc Date of Issue: July 2002

Hermon Laboratories Ltd. P.O.Box 23 Binyamina 30550, Israel Tel.+972 46288001 Fax.+972 46288277 HE R MON L AB OR AT OR IE S e-mail: mail@hermonlabs.com Appendix A Plots Plot A1 Field strength of fundamental test result, 125 kHz carrier Page 14 of 29 Document ID: ROKRAD_FCC.15061K.doc Date of Issue: July 2002

Hermon Laboratories Ltd. P.O.Box 23 Binyamina 30550, Israel Tel.+972 46288001 Fax.+972 46288277 HE R MON L AB OR AT OR IE S e-mail: mail@hermonlabs.com Plot A2 Field strength of emission test results FREQUENCY RANGE: 9 – 150 kHz Page 15 of 29 Document ID: ROKRAD_FCC.15061K.doc Date of Issue: July 2002

Hermon Laboratories Ltd. P.O.Box 23 Binyamina 30550, Israel Tel.+972 46288001 Fax.+972 46288277 HE R MON L AB OR AT OR IE S e-mail: mail@hermonlabs.com Plot A3 Field strength of emission test results FREQUENCY RANGE: 0.15 – 30 MHz Page 16 of 29 Document ID: ROKRAD_FCC.15061K.doc Date of Issue: July 2002

Hermon Laboratories Ltd. P.O.Box 23 Binyamina 30550, Israel Tel.+972 46288001 Fax.+972 46288277 HE R MON L AB OR AT OR IE S e-mail: mail@hermonlabs.com Plot A4 Field strength of emission test results FREQUENCY RANGE: 30 – 1000 MHz POLARIZATION: VERTICAL Page 17 of 29 Document ID: ROKRAD_FCC.15061K.doc Date of Issue: July 2002

Hermon Laboratories Ltd. P.O.Box 23 Binyamina 30550, Israel Tel.+972 46288001 Fax.+972 46288277 HE R MON L AB OR AT OR IE S e-mail: mail@hermonlabs.com Plot A5 Field strength of emission test results FREQUENCY RANGE: 30 – 1000 MHz POLARIZATION: HORIZONTAL Page 18 of 29 Document ID: ROKRAD_FCC.15061K.doc Date of Issue: July 2002

Hermon Laboratories Ltd. P.O.Box 23 Binyamina 30550, Israel Tel.+972 46288001 Fax.+972 46288277 HE R MON L AB OR AT OR IE S e-mail: mail@hermonlabs.com Plot A6 Conducted emissions on power line LINE: PHASE Page 19 of 29 Document ID: ROKRAD_FCC.15061K.doc Date of Issue: July 2002

Hermon Laboratories Ltd. P.O.Box 23 Binyamina 30550, Israel Tel.+972 46288001 Fax.+972 46288277 HE R MON L AB OR AT OR IE S e-mail: mail@hermonlabs.com Plot A7 Conducted emissions on power line LINE: NEUTRAL Page 20 of 29 Document ID: ROKRAD_FCC.15061K.doc Date of Issue: July 2002

Hermon Laboratories Ltd. P.O.Box 23 Binyamina 30550, Israel Tel.+972 46288001 Fax.+972 46288277 HE R MON L AB OR AT OR IE S e-mail: mail@hermonlabs.com Appendix B Test equipment used for tests HL Description Manufacturer information Due Serial No. Calibr. Name Model No. Serial No. Month/Year 0447 LISN, 16/2, 300 V RMS Hermon Labs LISN 16-1 0447 11/02 0465 Anechoic chamber Hermon Labs AC-1 023 2/03 9 (L) x 6.5 (W) x 5.5 (H) m 0521 Spectrum analyzer with RF Hewlett Packard 8546A 0319 9/02 filter section (EMI receiver 9 kHz - 6.5 GHz) 0580 DC block adaptor Anritsu MA8601 A 580 12/02 10 kHz-2.2 GHz 0589 Cable coaxial, GORE Hermon Labs GORE-3 589 11/02 A2POL118.2, 3m 0591 Attenuator 10 dB, 50 Ohm, Elisra Electronic MW2100-N- 3 1/03 N-type, 2W Systems Type 0592 Position controller Hermon Labs L2-SR3000 100 5/03 Check 0593 Antenna mast, 1-4 m/ Hermon Labs AM-F1 101 2/03 Check 1-6 m Pneumatic 0594 Turntable for anechoic Hermon Labs WDC1 102 1/03 Check chamber, flush mounted, d=1.2 m, pneumatic 0604 Antenna biconilog log- EMCO 3141 9611-1011 1/03 periodic/T Bow-Tie, 26 - 2000 MHz 0746 Transformer isolation, 230 V, Hermon Labs 75 NA 5/03 Check 1 kVA 0813 Cable, coax, RG-214, 12 m, Hermon Labs C214-12 149 12/02 N-type connectors 1004 Cable, coaxial ANDREW Hermon Labs ANDREW-6 163 12/02 PSWJ4, 6 m 1207 One phase voltage regulator, 2 Hermon Labs TDGC-2 NA 6/03 Check kVA, 0-250V 1425 EMI receiver, 9 kHz – 2.9 GHz Agilent 8542E 3710A00222, 9/02 Technologies 3705A00204 1430 EMI receiver, 9 kHz – 2.9 GHz Agilent 8542E 3807A00262, 9/02 Technologies 3705A00217 1535 Cable RF, 12 m Alpha Wire RG-214/U NA 12/02 1552 Cable RF, 8 m Alpha Wire RG-214-8m 1552 12/02 1915 Active receiving loop antenna, EMC Test 6507 1457 6/03 1 kHz – 30 MHz Systems 2009 Cable RF, 8 m Alpha Wire RG-214 C-56 12/02 Page 21 of 29 Document ID: ROKRAD_FCC.15061K.doc Date of Issue: July 2002

Hermon Laboratories Ltd. P.O.Box 23 Binyamina 30550, Israel Tel.+972 46288001 Fax.+972 46288277 HE R MON L AB OR AT OR IE S e-mail: mail@hermonlabs.com Appendix C General information Test facility description Tests were performed at Hermon Laboratories Ltd., which is a fully independent, private EMC, Safety 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 2186-1 for OATS and IC 2186-2 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, 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 17025 for Electromagnetic Compatibility, Product Safety, Telecommunications Testing and Environmental Simulation (for exact scope please refer to Certificate No. 839.01). Address: PO Box 23, Binyamina 30550, Israel. Telephone: +972 4628 8001 Fax: +972 4628 8277 e-mail 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: cm centimeter dB decibel dBm decibel referred to one milliwatt dB(µV) decibel referred to one microvolt dB(µV/m) decibel referred to one microvolt per meter EMC electromagnetic compatibility EUT equipment under test GHz gigahertz H height Hz hertz kHz kilohertz kV kilovolt L length LISN line impedance stabilization network m meter MHz megahertz NA not applicable QP quasi-peak RF radio frequency RE radiated emission rms root mean square s second V volt W width Specification references 47CFR part 15: 2001 Radio Frequency Devices ANSI C63.2: 1996 American National Standard for Instrumentation-Electromagnetic Noise and Field Strength, 10 kHz to 40 GHz-Specifications. ANSI C63.4: 1992 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 22 of 29 Document ID: ROKRAD_FCC.15061K.doc Date of Issue: July 2002

Hermon Laboratories Ltd. P.O.Box 23 Binyamina 30550, Israel Tel.+972 46288001 Fax.+972 46288277 HE R MON L AB OR AT OR IE S e-mail: mail@hermonlabs.com Appendix D Test equipment correction factors Antenna factor Active loop antenna Model 6507 S/N 1457 Frequency, Magnetic Antenna Factor, Electric Antenna Factor, MHz dB(S/m) dB 0.001 -0.8 50.7 0.002 -6.1 45.4 0.003 -10.0 41.5 0.005 -15.3 36.2 0.007 -18.5 33.0 0.009 -20.8 30.7 0.010 -21.9 29.7 0.020 -27.1 24.5 0.050 -31.0 20.5 0.075 -31.7 19.8 0.100 -31.9 19.6 0.150 -32.1 19.4 0.250 -32.3 19.2 0.500 -32.6 18.9 0.750 -32.7 18.8 1.000 -32.8 18.7 2.000 -33.2 18.3 3.000 -33.5 18.0 4.000 -33.9 17.6 5.000 -34.1 17.4 10.000 -34.8 16.7 15.000 -35.3 16.3 20.000 -35.3 16.3 25.000 -35.8 15.7 30.000 -35.9 15.7 Antenna factor is to be added to receiver meter reading in dB(µV) to convert to field intensity in dB(µV)/meter Page 23 of 29 Document ID: ROKRAD_FCC.15061K.doc Date of Issue: July 2002

Hermon Laboratories Ltd. P.O.Box 23 Binyamina 30550, Israel Tel.+972 46288001 Fax.+972 46288277 HE R MON L AB OR AT OR IE S e-mail: mail@hermonlabs.com Antenna Factor Biconilog Antenna EMCO Model 3141 Ser.No.1011 Frequency, MHz Antenna Factor, Frequency, MHz Antenna Factor, dB(1/m) dB(1/m) 26 7.8 940 24.0 28 7.8 960 24.1 30 7.8 980 24.5 40 7.2 1000 24.9 60 7.1 1020 25.0 70 8.5 1040 25.2 80 9.4 1060 25.4 90 9.8 1080 25.6 100 9.7 1100 25.7 110 9.3 1120 26.0 120 8.8 1140 26.4 130 8.7 1160 27.0 140 9.2 1180 27.0 150 9.8 1200 26.7 160 10.2 1220 26.5 170 10.4 1240 26.5 180 10.4 1260 26.5 190 10.3 1280 26.6 200 10.6 1300 27.0 220 11.6 1320 27.8 240 12.4 1340 28.3 260 12.8 1360 28.2 280 13.7 1380 27.9 300 14.7 1400 27.9 320 15.2 1420 27.9 340 15.4 1440 27.8 360 16.1 1460 27.8 380 16.4 1480 28.0 400 16.6 1500 28.5 420 16.7 1520 28.9 440 17.0 1540 29.6 460 17.7 1560 29.8 480 18.1 1580 29.6 500 18.5 1600 29.5 520 19.1 1620 29.3 540 19.5 1640 29.2 560 19.8 1660 29.4 580 20.6 1680 29.6 600 21.3 1700 29.8 620 21.5 1720 30.3 640 21.2 1740 30.8 660 21.4 1760 31.1 680 21.9 1780 31.0 700 22.2 1800 30.9 720 22.2 1820 30.7 740 22.1 1840 30.6 760 22.3 1860 30.6 780 22.6 1880 30.6 800 22.7 1900 30.6 820 22.9 1920 30.7 840 23.1 1940 30.9 860 23.4 1960 31.2 880 23.8 1980 31.6 900 24.1 2000 32.0 920 24.1 Antenna factor is to be added to receiver meter reading in dB(µV) to convert to field intensity in dB(µV/meter). Page 24 of 29 Document ID: ROKRAD_FCC.15061K.doc Date of Issue: July 2002

Hermon Laboratories Ltd. P.O.Box 23 Binyamina 30550, Israel Tel.+972 46288001 Fax.+972 46288277 HE R MON L AB OR AT OR IE S e-mail: mail@hermonlabs.com Cable loss Cable Coaxial, GORE A2P01POL118, 2.3 m, model:GORE-3, HL 0589 + Cable Coaxial, ANDREW PSWJ4, 6m, model: ANDREW-6, HL 1004 Tolerance Measurement Frequency, Cable loss, No. (Specification), uncertainty, MHz dB dB dB 1 30 0.33 2 50 0.40 3 100 0.57 4 300 0.97 5 500 1.25 6 800 1.59 7 1000 1.81 8 1200 1.97 ≤ 6.5 ±0.12 9 1400 2.15 10 1600 2.28 11 1800 2.43 12 2000 2.61 13 2200 2.75 14 2400 2.89 15 2600 2.97 16 2800 3.21 ≤ 6.5 ±0.12 17 3000 3.32 18 3300 3.47 19 3600 3.62 20 3900 3.84 21 4200 3.92 ±0.17 22 4500 4.07 23 4800 4.36 24 5100 4.62 25 5400 4.78 26 5700 5.16 27 6000 5.67 28 6500 5.99 Page 25 of 29 Document ID: ROKRAD_FCC.15061K.doc Date of Issue: July 2002

Hermon Laboratories Ltd. P.O.Box 23 Binyamina 30550, Israel Tel.+972 46288001 Fax.+972 46288277 HE R MON L AB OR AT OR IE S e-mail: mail@hermonlabs.com Cable loss RF cable 8 m, model RG-214, HL 2009 Frequency, Cable loss, Tolerance (Specification), Measurement uncertainty, No. MHz dB dB dB 1 1 0.10 2 10 0.14 3 30 0.25 4 50 0.34 5 100 0.53 6 300 0.99 7 500 1.31 8 800 1.73 9 1000 1.98 10 1100 2.11 NA ±0.12 11 1200 2.21 12 1300 2.35 13 1400 2.46 14 1500 2.55 15 1600 2.68 16 1700 2.78 17 1800 2.88 18 1900 2.98 19 2000 3.09 Page 26 of 29 Document ID: ROKRAD_FCC.15061K.doc Date of Issue: July 2002

Hermon Laboratories Ltd. P.O.Box 23 Binyamina 30550, Israel Tel.+972 46288001 Fax.+972 46288277 HE R MON L AB OR AT OR IE S e-mail: mail@hermonlabs.com Cable loss Cable RG-214, HL 0813 Page 27 of 29 Document ID: ROKRAD_FCC.15061K.doc Date of Issue: July 2002

Hermon Laboratories Ltd. P.O.Box 23 Binyamina 30550, Israel Tel.+972 46288001 Fax.+972 46288277 HE R MON L AB OR AT OR IE S e-mail: mail@hermonlabs.com Cable loss RF cable 8 m, model RG-214-8m, HL 1552 No. Frequency, Cable loss, Measurement uncertainty, Notes MHz dB dB 1 0.010 0.01 2 0.1 0.01 3 1 0.03 4 10 0.12 5 20 0.23 6 30 0.30 7 40 0.32 8 50 0.34 9 60 0.39 10 70 0.43 11 80 0.48 12 90 0.50 13 100 0.55 14 200 0.78 ±0.05 15 300 1.04 16 400 1.16 17 500 1.33 18 600 1.51 19 700 1.65 20 800 1.77 21 900 1.92 22 1000 2.04 23 1200 2.26 24 1400 2.49 25 1600 2.74 26 1800 2.94 27 2000 3.18 28 2500 3.65 29 2900 4.08 Page 28 of 29 Document ID: ROKRAD_FCC.15061K.doc Date of Issue: July 2002

Hermon Laboratories Ltd. P.O.Box 23 Binyamina 30550, Israel Tel.+972 46288001 Fax.+972 46288277 HE R MON L AB OR AT OR IE S e-mail: mail@hermonlabs.com Correction factor Line impedance stabilization network Model LISN 16 - 1 Hermon Laboratories Frequency, kHz Correction Factor 10 4.9 15 2.86 20 1.83 25 1.25 30 0.91 35 0.69 40 0.53 50 0.35 60 0.25 70 0.18 80 0.14 90 0.11 100 0.09 125 0.06 150 0.04 The correction factor dB is to be added to the meter readings (dB/µV) of the interference analyzer or spectrum analyzer. Page 29 of 29 Document ID: ROKRAD_FCC.15061K.doc Date of Issue: July 2002


Document Created: 2002-10-28 11:33:16
Document Modified: 2002-10-28 11:33:16
© 2024 FCC.report
This site is not affiliated with or endorsed by the FCC