OMYHME-130RAutomotive Security System Transmitter


 
 


      
    
     

 
 

         





 



           
     

  
 
 
  
                 
 
  

            
  

 
 

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OPERATIONAL DESCRIPTION The HME-130R is a compact, light-weight wireless transmitter, when activated by pressing the button for two seconds, the receiver will learn the code of the transmitter. If the transmitter button is pressed and held for three seconds.. Alkaline 12V battery powers the transmitter. The red LED on the front of the transmitter will light when the unit is activated.

   


  
  

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 FCC MEASUREMENT REPORT FCC SUBPART C -INTENTIONAL RADIATOR CERTIFICATION AND FCC PART 15 SUBPART B -UNINTENTIONAL RADIATORS
   
 
  MEASUREMENT / TECHNICAL REPORT TEST REPORT #: 99JAC004.FCC Number of pages in Test Report : 15 On the Model : HME-130R Remote Car Alarm FCC ID : OMYMHE-130R For Hanmaeum electronic co., Ltd. 399-1, Toegye-Dong, Chun Chon-City, Kangwon-Do, Korea June 30, 1999 Prepared by: JungAng EMC Ltd. 109-2, yepyung-ri, kumsa-myun, youju-kun, Kyungki-do, Korea. TEL : 82-342-702-8217 FAX : 82-342-703-8216

  
  

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 TABLE OF CONTENTS PAGE INTRODUCTION 3 EQUIPMENT-UNDER-TEST 4 TEST PROCEDURE 6 TEST RESULTS 7 WORST-CASE ELETRIC FIELD STRENGTH DATA 9 WORST-CASE RADIATED EMISSIONS TEST SETUP 10 WORST-CASE MICROWAVE FIELD STRENGTH DATA 11 WORST-CASE MICROWAVE RADIATED EMISSIONS TEST SETUP 12 MEASUREMENT FACILITY AND INSTRUMENTATION 13 TEST EQUIPMENT 15

  
  

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 A. INTRODUCTION STANDARD REFERENCES Standards applied to the EUT: (1) ANSI C63.4:1992, Methods of measurement of radio-noise emissions from low-voltage electrical and electronic equipment in the range of 9KHz to 40GHz. (2) U.S. Code of Federal Regulations(CFR) Title 47, Part 15, Radio frequency devices, Subpart B Unintentional Radiators(October 1,1995). (3) U.S Code of Federal Regulations(CFR) Title 47, Part 15, Radio frequency devices, Subpart C Intentional Radiators(October 1, 1995) Standards utilized for measurement methods and/or equipment: (4) CIRSPR Publication 16, Second Edition, (CISPR specification for radio interference measuring apparatus and measurement methods) IEC 1987.

  
  

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 A. INTRODUCTION (CONTINUED) ELECTROMAGNETIC EMISSIONS 1) CONDUCTED EMISSIONS The conducted electromagnetic emissions amplitudes were not measured on the Model HME-130R because the Equipment-Under-Test(EUT) is dc powered. 2) RADIATED EMISSIONS The radiated electromagnetic emissions amplitudes were measured from the HANMAEUM ELECTRIC CO.,LTD. Model HME-130R Remote CAR Alarm at the JungAng EMC Ltd. Electromagnetic Measurements Laboratory on June 10, 1999 and June 28, 1999. The test results confirm that the amplitudes of the radiated emissions from the Hanmaeum Electric Co.,Ltd. Model HME-130R Remote CAR Alarm tested in conjunction with other equipment(identified later in this report), are below the FCC Subpart B and Subpart C Limits. TESTCATEGORYP.C.PASS/FAIL FCC Conducted Emission, Class B Radiated Emissions, Class B Radiated Emissions Microwave Radiated Emission 15.107(a)(450kHz-30MHz) 15.109(a)(30MHz-1000MHz) 15.231(30MHz-1000MHz) 15.231(1MHz-4.5MHz) - - - - N/A Pass Pass Pass " P.C." = Performance Criteria N/A = Not Applicable

  
  

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 B. EQUIPMENT-UNDER-TEST The equipment-under-test(EUT) is the Hanmaeum Electric Co.,Ltd. Remote CAR Alarm Model HME-130R. MODES OF OPERATION The EUT was transmitting. EMC MEASURES APPLIED TO EUT DESIGN No additional measures were taken over those already incorporated in the product DEVIATION CRITERIA No deviation was required.

  
  

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 C. TEST PROCEDURE 1) ELECTROMAGNETIC EMISSIONS The test procedures used for determining FCC Part 15 Subpart B -Unintentional Radiators Class B and FCC Part 15 Subpart C -Intentional Radiators compliance were in accordance with FCC Rules and Regulations, ANSI C63.4-1992 Methods of Measurement of Radio-Noise Emissions from Low- Voltage electrical and Electronic Equipment in the range of 9 KHz to 40 GHz. All measurements were performed using the CISPR quasi-peak, peak or average detector functions of the receiver or spectrum analyzer. The bandwidth (6-dB) were as follows for the different detector functions and frequency ranges (deviations if necessary would be noted on the individual data sheets) : FREQUENCY RANGE QUASI-PEAKPEAKAVERAGE 10 kHz – 150 kHz200 Hz200 Hz200 Hz 10 kHz – 30 MHz9 kHz10 kHz10 kHz 30 MHz – 1,000 MHz120 kHz100 kHz100 kHz >1,000 MHzN/A1 MHz1 MHz Conducted Emissions Measurements: The conducted emissions amplitudes were not measured on Model HME-130R because the EUT is dc powered. Electric Field Radiated Emissions Measurements : The radiated electromagnetic emissions were measured between 30 MHz and 1 GHz at the JungAng EMC Ltd Open Area Test Site at a three meter distance. The radiated electromagnetic emissions were measured between 1 GHz and 4.5 GHz at the JungAng EMC Ltd Open Area Test Site at a three meters distance. The antennas were vertically and then horizontally polarized. The antenna height was varied between 1 and 4 meters. The radiated-emissions amplitudes were measured at various azimuthal orientations in order to maximize amplitudes. Cables were oriented to maximize the field strength amplitudes. Unless otherwise specified, broadband antennas were used. Standard broadband antennas used were selected from the following : Biconical 30 MHz - 300 MHz, Log Periodic 0.3GHz - 1 GHz and Horn 1 GHz - 18 GHz. For measurement(up to 1 GHz), that were close to the limit, a tuned dipole antenna may be used.

  
  
 
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 D. TEST RESULTS TESTCATEGORYP.C.PASS/FAIL FCC Conducted Emissions, Class B Radiated Emissions, Class B Radiated Emissions Microwave Radiated Emission 15.107(a)(450 kHz – 30 MHz) 15.109(a)(30 MHz – 1000 MHz) 15.231 (30 MHz – 1000…

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Model HME-130R Remote CAR Alarm JAEMC Test Report #JAC9904.FCC Page - 1 - FCC ID : OMYHME130R Model HME-130R Remote CAR Alarm JAEMC Test Report #JAC9904.FCC Page - 2 - FCC ID : OMYHME130R TABLE OF CONTENTS PAGE INTRODUCTION 3 EQUIPMENT-UNDER-TEST 4 TEST PROCEDURE 6 TEST RESULTS 7 WORST-CASE ELETRIC FIELD STRENGTH DATA 9 WORST-CASE RADIATED EMISSIONS TEST SETUP 10 WORST-CASE MICROWAVE FIELD STRENGTH DATA 11 WORST-CASE MICROWAVE RADIATED EMISSIONS TEST SETUP 12 MEASUREMENT FACILITY AND INSTRUMENTATION 13 TEST EQUIPMENT 15 Model HME-130R Remote CAR Alarm JAEMC Test Report #JAC9904.FCC Page - 3 - FCC ID : OMYHME130R A. INTRODUCTION STANDARD REFERENCES Standards applied to the EUT: (1) ANSI C63.4:1992, Methods of measurement of radio-noise emissions from low-voltage electrical and electronic equipment in the range of 9KHz to 40GHz. (2) U.S. Code of Federal Regulations(CFR) Title 47, Part 15, Radio frequency devices, Subpart B Unintentional Radiators(October 1,1995). (3) U.S Code of Federal Regulations(CFR) Title 47, Part 15, Radio frequency devices, Subpart C Intentional Radiators(October 1, 1995) Standards utilized for measurement methods and/or equipment: (4) CIRSPR Publication 16, Second Edition, (CISPR specification for radio interference measuring apparatus and measurement methods) IEC 1987. Model HME-130R Remote CAR Alarm JAEMC Test Report #JAC9904.FCC Page - 4 - FCC ID : OMYHME130R A. INTRODUCTION (CONTINUED) ELECTROMAGNETIC EMISSIONS 1) CONDUCTED EMISSIONS The conducted electromagnetic emissions amplitudes were not measured on the Model HME-130R because the Equipment-Under-Test(EUT) is dc powered. 2) RADIATED EMISSIONS The radiated electromagnetic emissions amplitudes were measured from the HANMAEUM ELECTRIC CO.,LTD. Model HME-130R Remote CAR Alarm at the JungAng EMC Ltd. Electromagnetic Measurements Laboratory on June 10, 1999 and June 28, 1999. The test results confirm that the amplitudes of the radiated emissions from the Hanmaeum Electric Co.,Ltd. Model HME-130R Remote CAR Alarm tested in conjunction with other equipment(identified later in this report), are below the FCC Subpart B and Subpart C Limits. TESTCATEGORYP.C.PASS/FAIL FCC Conducted Emission, Class B Radiated Emissions, Class B Radiated Emissions Microwave Radiated Emission 15.107(a)(450kHz-30MHz) 15.109(a)(30MHz-1000MHz) 15.231(30MHz-1000MHz) 15.231(1MHz-4.5MHz) - - - - N/A Pass Pass Pass " P.C." = Performance Criteria N/A = Not Applicable Model HME-130R Remote CAR Alarm JAEMC Test Report #JAC9904.FCC Page - 5 - FCC ID : OMYHME130R B. EQUIPMENT-UNDER-TEST The equipment-under-test(EUT) is the Hanmaeum Electric Co.,Ltd. Remote CAR Alarm Model HME-130R. MODES OF OPERATION The EUT was transmitting. The EUT is the transmitter cease transmission within 5 seconds of the button release. EMC MEASURES APPLIED TO EUT DESIGN No additional measures were taken over those already incorporated in the product DEVIATION CRITERIA No deviation was required. Model HME-130R Remote CAR Alarm JAEMC Test Report #JAC9904.FCC Page - 6 - FCC ID : OMYHME130R C. TEST PROCEDURE 1) ELECTROMAGNETIC EMISSIONS The test procedures used for determining FCC Part 15 Subpart B -Unintentional Radiators Class B and FCC Part 15 Subpart C -Intentional Radiators compliance were in accordance with FCC Rules and Regulations, ANSI C63.4-1992 Methods of Measurement of Radio-Noise Emissions from Low- Voltage electrical and Electronic Equipment in the range of 9 KHz to 40 GHz. All measurements were performed using the CISPR quasi-peak, peak or average detector functions of the receiver or spectrum analyzer. The bandwidth (6-dB) were as follows for the different detector functions and frequency ranges (deviations if necessary would be noted on the individual data sheets) : FREQUENCY RANGE QUASI-PEAKPEAKAVERAGE 10 kHz – 150 kHz200 Hz200 Hz200 Hz 10 kHz – 30 MHz9 kHz10 kHz10 kHz 30 MHz – 1,000 MHz120 kHz100 kHz100 kHz >1,000 MHzN/A1 MHz1 MHz Conducted Emissions Measurements: The conducted emissions amplitudes were not measured on Model HME-130R because the EUT is dc powered. Electric Field Radiated Emissions Measurements : The radiated electromagnetic emissions were measured between 30 MHz and 1 GHz at the JungAng EMC Ltd Open Area Test Site at a three meter distance. The radiated electromagnetic emissions were measured between 1 GHz and 4.5 GHz at the JungAng EMC Ltd Open Area Test Site at a three meters distance. The antennas were vertically and then horizontally polarized. The antenna height was varied between 1 and 4 meters. The radiated-emissions amplitudes were measured at various azimuthal orientations in order to maximize amplitudes. Cables were oriented to maximize the field strength amplitudes. Unless otherwise specified, broadband antennas were used. Standard broadband antennas used were selected from the following : Biconical 30 MHz - 300 MHz, Log Periodic 0.3GHz - 1 GHz and Horn 1 GHz - 18 GHz. For measurement(up to 1 GHz), that were close to the limit, a tuned dipole antenna may be used. Model HME-130R Remote CAR Alarm JAEMC Test Report #JAC9904.FCC Page - 7 - FCC ID : OMYHME130R D. TEST RESULTS TESTCATEGORYP.C.PASS/FAIL FCC Conducted Emissions, Class B Radiated Emissions, Class B Radiated Emissions Microwave Radiated Emission 15.107(a)(450 kHz – 30 MHz) 15.109(a)(30 MHz – 1000 MHz) 15.231 (30 MHz – 1000 MHz) 15.231 (1 MHz – 4.5 MHz) - - - - N/A Pass Pass Pass " P.C." = Performance Criteria N/A = Not Applicable • •• • ELECTROMAGNETIC EMISSIONS The worst-case data are tabulated in Tables D-I and D-II. The electric field radiated emissions was tested June 12, 1999. The microwave emissions was tested June 23, 1999. Figures D-1 and D-2 contain photographs of the radiated emissions and microwave emissions test set-ups. The test results confirm that the radiated emissions amplitudes are below the FCC Subpart B and Subpart C Limits. Model HME-130R Remote CAR Alarm JAEMC Test Report #JAC9904.FCC Page - 8 - FCC ID : OMYHME130R D. TEST RESULTS (Continued) Emissions are…

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FIGURE D-1. WORST-CASE RADIATED EMISSIONS TEST SETUP


FIGURE D-2. WORST-CASE MICROWAVE RADIATED EMISSIONS TEST SETUP