AFJIC-R5Scanning Receiver

INSTRUCTION MANUAL iR5COMMUNICATIONS RECEIVER This device complies with Part 15 of the FCC rules. Operation is sub-ject to the following two conditions: (1) This device may not causeharmful interference, and (2) this device must accept any interferencereceived, including interference that may cause undesired operation. New2001 IC-R5.qxd 02.9.17 16:10 Page 1 (1,1) i New2001 FOREWORDThank you for purchasing this Icom product. The IC-R5 COM - MUNICATIONS RECEIVER is designed and built with Icom’s supe- rior technology and craftsmanship. With proper care, thisproduct should provide you with years of trouble-free operation.We want to take a couple of moments of your time to thank youfor making your IC-R5 your radio of choice, and hope you agreewith Icom’s philosophy of “technology first.” Many hours of re-search and development went into the design of your IC-R5. DD FEATURES ❍ Covers 0.150–1309.995 MHz* wide frequency range *Some frequency bands are inhibited according to version ❍ External power supply operation ❍ 1250 memory channels* with 18 banksavailable *200 auto write and 50 scan edge channels are included. ❍ Built-in bar-antenna ❍ New DMS (Dynamic Memory Scan) System IMPORTANTREAD ALL INSTRUCTIONS carefully and completely before using the receiver. SAVE THIS INSTRUCTION MANUAL— This in- struction manual contains important operating instructions forthe IC-R5. EXPLICIT DEFINITIONS WORD DEFINITION R WARNING! CAUTION NOTE Personal injury, fire hazard or electric shockmay occur.Equipment damage may occur.Recommended for optimum use. No risk ofpersonal injury, fire or electric shock. Icom, Icom Inc. and the logo are registered trademarks of Icom Incorporated (Japan) in the United States, the United Kingdom, Ger-many, France, Spain, Russia and/or other countries. IC-R5.qxd 02.9.17 16:10 Page i (1,1) R WARNING! NEVER operate the receiver with a ear- phone, headphones or other audio accessories at high vol-ume levels. Hearing experts advise against continuous highvolume operation. If you experience a ringing in your ears, re-duce the volume level or discontinue use. R WARNING! NEVER connect the receiver to an AC outlet. This may pose a fire hazard or result in an electricshock. R WARNING! NEVER operate the receiver while dri- ving a vehicle. Safe driving requires your full attention—any-thing less may result in an accident. R WARNING! NEVER throw a battery cell into a fire since as internal battery gas can cause explosion. R WARNING! NEVER disassemble the battery cell. If the battery cell’s internal material (electrolyte liquid) gets intoyour eyes, wash your eyes with water and obtain treatmentfrom an eye doctor immediately. NEVER connect the receiver to a power source of more than 6 V DC directly. This will damage the receiver. NEVER connect the receiver to a power source using re- verse polarity. This will damage the receiver. NEVER expose the receiver to rain, snow or any liquids. The receiver may be damaged. NEVER operate or touch the receiver with wet hands. This may result in an electric shock or damage the receiver. NEVER solder the battery cell. This may damage the bat- tery. AVOID using or placing the receiver in direct sunlight or in areas with temperatures below –10°C (+14 ̊F) or above+60°C (+140 ̊F). AVOID the use of chemical agents such as benzine or al- cohol when cleaning, as they can damage the receiver’s sur-faces.Even when the receiver power is OFF, a slight current stillflows in the circuits. Remove batteries from the receiver whennot using it for a long time. Otherwise, the installed batterieswill become exhausted, and will need to be recharged.For U.S.A. only CAUTION: Changes or modifications to this device, not ex- pressly approved by Icom Inc., could void your authority tooperate this device under FCC regulations. ii New2001 PRECAUTION IC-R5.qxd 02.9.17 16:10 Page ii (1,1) New2001 iii SUPPLIED ACCESSORIESq Antenna ...............................................................1 w Hand strap .........................................................1 e Belt clip ...............................................................1 r Ni-Cd battery cells † ................................................2 t AC adapter* .........................................................1 *Not supplied with UK and Italy versions.† Not supplied with Italy version. OPERATING THEORYElectromagnetic radiation which has frequencies of20,000 Hz (20 kHz*) and above is called radio frequency (RF)energy because it is useful in radio transmissions. The IC-R5receives RF energy from 0.150 MHz* to 1309.995 MHz andconverts it into audio frequency (AF) energy which in turn ac-tuates a loudspeaker to create sound waves. AF energy is inthe range of 20 to 20,000 Hz.*kHz is an abbreviation of kilohertz or 1000 hertz, MHz is abbreviation of megahertz or 1,000,000 hertz, where hertz is a unit of frequency. OPERATING NOTESThe IC-R5 may receive its own oscillated frequency, resultingin no reception or only noise reception, on some frequencies.The IC-R5 may receive interference from extremely strongsignals on different frequencies or when using an externalhigh-gain antenna. qwe t r IC-R5.qxd 02.9.17 16:10 Page iii (1,1) New2001 iv TABLE OF CONTENTS 123456789101112131415 FOREWORD .................................................. iIMPORTANT .................................................. iEXPLICIT DEFINITIONS ................................ iPRECAUTION ............................................... iiSUPPLIED ACCESSORIES ......................... iiiOPERATING THEORY ................................. iiiOPERATING NOTES ................................... iiiTABLE OF CONTENTS ................................ ivQUICK REFERENCE GUIDE .................. I–VI  Preparation ............................................. I  Receiving a signal ................................ III  Memory programming .......................... IV  Programmed scan operation................. V 1 PANEL DESCRIPTION ........................ …

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Issue Date : January 8, 2003 Page 1 of 56 EMC EMISSION - TEST REPORT JQA APPLICATION No.: KL80020280 Name of Product: Communication Receiver Model/Type No.: IC-R5 FCC ID: AFJ IC-R5 Applicant : ICOM Incorporated Address : 1-6-19, Kuratsukuri, Kami, Hirano-ku, Osaka, Japan Manufacturer : ICOM Incorporated Address : 1-6-19, Kuratsukuri, Kami, Hirano-ku, Osaka, Japan Receive date of EUT: September 26, 2002 Final Judgement :Passed TEST RESULTS IN THIS REPORT are obtained in use of equipment that is traceable to National Institute of Advanced Industrial Science and Technology(AIST) under METI Japan and Communications Research Lab.(CRL) under MPHPT Japan. THE TEST RESULTS only responds to the test sample. This test report shall not be reproduced except in full. Authorized by: Takashi Yamanaka, Director JQA KITA-KANSAI Testing Center Page 2 of 56 DIRECTORY Page A) Documentation Directory2 Test Regulation / General Information3 Test Conditions4-8 Configuration of EUT / Operation mode of the EUT9 - 10 EUT Modification / Responsible Party / Deviation from Standard11 Test results / Measurement Uncertainty12 - 13 Summary14 Test System-Arrangement (Drawings) 15 Preliminary Test and Test-setup (Drawings) 16 - 20 Test-setup (Photographs) at worst case 21 - 22 B) Test data Conducted Emission150 kHz - 30 MHz23 Electromagnetic Field Radiated Emission 30 MHz - 2.1 GHz24 - 36 Antenna-Conducted Power30 MHz - 2.1 GHz37 - 50 38dB Rejection Test51 - 56 JQA Application No. : KL80020280Regulation : CFR 47 FCC Rules Part 15 Model No.: IC-R5Issue Date : January 8, 2003 FCC ID: AFJ IC-R5 JQA Application No. : KL80020280Regulation : CFR 47 FCC Rules Part 15 Model No.: IC-R5Issue Date : January 8, 2003 FCC ID: AFJ IC-R5 Page 3 of 56 TEST REGULATION FCC Rules and Regulations Part 15 Subpart A and B (August 20, 2002) ô- Class A Digital Device ô- Class B Digital Device ò- Scanning Receiver Test procedure: The tests were performed according to the procedures in ANSI C63.4-1992. GENERAL INFORMATION Test facility: 1) Test Facility located at Kita-Kansai : 1st and 2nd Open Sites (3 m Site) Test Facility located at Kameoka: 1st Open Site (3, 10 and 30 m, on common plane) : 2nd Open Site (3 and 10 m, on common plane) FCC filing No. : 31040/SIT 1300F2 2) KITA-KANSAI TESTING CENTER is recognized under the National Voluntary Laboratory Accreditation Program for satisfactory compliance established in Title 15, Part 285 Code of Federal Regulations. NVLAP Lab Code: 200191-0 Description of the Equipment Under Test (EUT): 1) Name: Communication Receiver 2) Model/Type No.: IC-R5 3) Product Type: Pre-Production (S/N: 00304) 4) Category: Scanning Receiver 5) EUT Authorization: - Verification- Certification- D.o.C.ôòô 6) Highest frequency used/generated : 6.75 MHz 7) Highest local frequency: 1043.2950 MHz 8) Power Rating: DC 6.0V (AC Adapter : BC-149A) Definitions for symbols used in this test report: ò- Black box indicates that the listed condition, standard or equipment is applicable for this Report. ô- Blank box indicates that the listed condition, standard or equipment is not applicable for this Report. JQA Application No. : KL80020280Regulation : CFR 47 FCC Rules Part 15 Model No.: IC-R5Issue Date : January 8, 2003 FCC ID: AFJ IC-R5 Page 4 of 56 TEST CONDITIONS AC Powerline Conducted Emission Measurement wasperformedinthefollowingtestsite. Test location: KITA-KANSAI Testing Center 7-7, Ishimaru, 1-Chome, Mino-Shi, Osaka, 562-0027, Japan ò-Shieldedroom KAMEOKA EMC Branch 9-1, Ozaki, Inukanno, Nishibetsuin-Cho, Kameoka-Shi, Kyoto, 621-0126, Japan ô-Shieldedroom ô- On metal plane of open site Used test instruments and sites: Model No.Device IDast Cal. DateCal. Interval L ô-ESCS30A-1 ò-ESH2A-2May,20021Year ô-ESH2A-3 ò- KNW-407D - 6October, 20021 Year ô- KNW-408D - 11 ô-KNW-242D-7 ô- ESH3-Z5D - 12 ô- KNW-341CD - 13 ô- KNW-408D - 14 ô- KNW-244CD - 77 ô- KNW-408D - 78 ô- ESH2-Z5D - 10 ô- ESH2-Z3D - 17 ô- 65 BNC-50-0-1H - 26 ô- 65 BNC-50-0-1H - 27 ô-CableH-7 ò- CableH - 8October, 20021 Year Environmental conditions: Temperature: 21 °C Humidity: 40 % JQA Application No. : KL80020280Regulation : CFR 47 FCC Rules Part 15 Model No.: IC-R5Issue Date : January 8, 2003 FCC ID: AFJ IC-R5 Page 5 of 56 Electromagnetic Field Radiated Emission Measurement was performed in horizontal and vertical polarization, in the frequency range of 30 MHz - 1000 MHz, in the following test site. Test location: KITA-KANSAI Testing Center 7-7, Ishimaru, 1-Chome, Mino-Shi, Osaka, 562-0027, Japan ò- 1st open test site (3 meters) ô- 2nd open test site (3 meters) KAMEOKA EMC Branch 9-1, Ozaki, Inukanno, Nishibetsuin-Cho, Kameoka-Shi, Kyoto, 621-0126, Japan ôôôô-1stopentestsite-3m-10m-30m ôôô-2ndopentestsite-3m-10m Validation of Site Attenuation: 1) Last Confirmed Date : October 4, 2002 2) Interval: 1 Year Used test instruments: Model No.Device IDast Cal. DateCal. Interval L ò-ESV/ESV-Z3A-7/A-17November,20021Year ô-ESV/ESV-Z3A-6/A-18 ô-ESV/ESV-Z3A-4/A-20 ô-ESV/ESV-Z3A-8/A-19 ô-ESVS10A-5 ô-ESCS30A-1 ô- KBA-511AC - 11 ô- KBA-611C - 21 ò- VHA9103/BBA9106C - 43August, 20021 Year ò- UHALP9107C - 42August, 20021 Year ô- VHA9103/FBAB9177 C - 25 ô- UHALP9108-A1C - 28 ò- CableH - 5November, 20021 Year Environmental conditions: Temperature: 15 °C Humidity: 30 % JQA Application No. : KL80020280Regulation : CFR 47 FCC Rules Part 15 Model No.: IC-R5Issue Date : January 8, 2003 FCC ID: AFJ IC-R5 Page 6 of 56 Electromagnetic Field Radiated Emission Measurement was performed in horizontal and vertical polarization, in the frequency range of 1 GHz - 2.10GHz, in the following test site. Test location: KITA-KANSAI Testing Center 7-7, Ishimaru, 1-Chome, Mino-Shi, Osaka, 562-0027, Japan ò- 1st open test site (3 meters) ô- 2nd open test site (3 meters) KAMEOKA EMC Branch 9-1, Ozaki, Inukanno, Nishibetsuin-Cho, Kameoka-Shi, Kyoto, 621-0126, Japan ôôôô-1stopentestsite-3m-10m-30m ôôô-2ndopentestsite-3m-10m Used test instruments: Model No.Device IDast Cal. DateCal. Interval L ò-ESCS30A-1August,20021Ye…

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JQA Application No. : KL80020280Regulation : CFR 47 FCC Rules Part 15 Model No.: IC-R5Issue Date : January 8, 2003 FCC ID: AFJ IC-R5 Page 15 of 56 Test System-Arrangement (Drawings) 50ohms terminator AEarphone EUTB C AC Adapter 1 2-pin plugφ 120V/60Hz Note) AC- ANT- DC IN B- Earphone- Ferrite Core JQA Application No. : KL80020280Regulation : CFR 47 FCC Rules Part 15 Model No.: IC-R5Issue Date : January 8, 2003 FCC ID: AFJ IC-R5 Page 16 of 56 Preliminary Test and Test-setup(Drawings) AC Powerline Conducted Emission 150 kHz - 30 MHz: Measurement Procedure: ANSI C63.4(1992) The preliminary test was performed receiving over each band, and the worst result was reported as the final test. Shielded Enclosure Ceiling Metal Plane Vertical Metal plane TestSignal ReceiverGenerator 0.4m ANT IN. EUT 0.75m LISN to AC Power JQA Application No. : KL80020280Regulation : CFR 47 FCC Rules Part 15 Model No.: IC-R5Issue Date : January 8, 2003 FCC ID: AFJ IC-R5 Page 17 of 56 Electromagnetic Field Radiated Emission 30 MHz - 1000 MHz: The preliminary test was performed according to the description of ANSI C63.4-1992 Sec.8.3.1.1 (Preliminary Radiated Emissions Tests) and Sec.6.2.1 (Tabletop Equipment Tests). The preliminary test was carried out to investigate the frequency of the emission that has the highest amplitude relative to the limits within normal operating modes, cable positions, and a typical system configuration. In order to find out to the maximum emission, the preliminary test and a final test were performed in accordance with the following steps. Step 1: One operation mode of the test system was setting. Step 2: Using a test receiver and a test antenna probe, the significant frequency of the emission's circumstance from the test system were investigated. These data were recorded every one of 22 divided bands in the specified frequency band (30 MHz - 1000 MHz). Step 3: Using a test receiver and a linearly polarized broadband antenna, the emission's circumstance from the test system was measured in according with ANSI C63.4-1992 Sec.8.3.1.2 (Final Radiated Emissions Tests) at each frequency which was found the higher emission referred to level vs. frequency on the list and which was measured by the resonant tuned dipole antenna. The maximum emission was found by changing the cable positions or cable manipulation under a typical system configuration. Step 4: Return to step 1, if the other operation mode was possible to be setting. Step 5: The worst result was reported arranging data of which was obtained and performed by one or plural operation modes as the final test. At the worst point that has the highest amplitude relative to the limit the repeatability of the level was reconfirmed. The photographs of the tests system setup on the worst point were taken and recorded. ò-3m ô-10m EUT1-4 mTest Receiver 0.8 m Ground Plane Turntable30 MHz - 300 MHz : Biconical Antenna 300 MHz - 1000 MHz : Log-periodic Antenna JQA Application No. : KL80020280Regulation : CFR 47 FCC Rules Part 15 Model No.: IC-R5Issue Date : January 8, 2003 FCC ID: AFJ IC-R5 Page 18 of 56 Electromagnetic Field Radiated Emission 1 GHz - 2.1 GHz: The preliminary test was performed according to the description of ANSI C63.4-1992 Sec.8.3.1.1 (Preliminary Radiated Emissions Tests) and Sec.6.2.1 (Tabletop Equipment Tests). The preliminary test was carried out to investigate the frequency of the emission that has the highest amplitude relative to the limits within normal operating modes, cable positions, and a typical system configuration. In order to find out to the maximum emission, the preliminary test and a final test were performed in accordance with the following steps. Step 1: One operation mode of the test system was setting. Step 2: In order to investigate the frequencies of maximum emissions, the horn antenna position was approached to the EUT and the significant frequency of the emission's circumstance from the test system were investigated. These data were recorded in the specified frequency band (1 GHz - 2.1 GHz). Step 3: The emission's circumstance from the test system was measured in accordance with ANSI C63.4-1992, Sec.8.3.1.2 (Final Radiated Emissions Tests) at each frequency which was found higher emission referred to level vs. frequency on the list and which was measured in the specified distance using the horn antenna. Step 4: Return to step 1, if the other operation mode was possible to be setting. Step 5: The worst result was reported arranging data of which was obtained and performed by one or plural operation modes as the final test. At the worst point that has the highest amplitude relative to the limit the repeatability of the level was reconfirmed. The photographs of the tests system setup on the worst point were taken and recorded. Pad Att. ò- 3 m10dB ô-10m Horn AntennaPre. Amp. EUT1-4 m Pad Att 10dB Ground0.8 mTest PlaneReceiver TurntableHorizontal and Vertical 1 to 4 m (Variable) JQA Application No. : KL80020280Regulation : CFR 47 FCC Rules Part 15 Model No.: IC-R5Issue Date : January 8, 2003 FCC ID: AFJ IC-R5 Page 19 of 56 Antenna-Conducted Power 30 MHz - 2100 MHz: The test was performed according to the description of ANSI C63.4-1992 Sec.12.1.5 (Antenna-Conducted Power Measurements). EUTTest ANT10dB PadReceiver INAttenuator JQA Application No. : KL80020280Regulation : CFR 47 FCC Rules Part 15 Model No.: IC-R5Issue Date : January 8, 2003 FCC ID: AFJ IC-R5 Page 20 of 56 38dB Rejection Test (§15.121(b)): The test(38dB Rejection Test) is carried out in accordance with procedure as follows. 1) Test system is composed as follows. SignalE U TResistorDistortion GeneratorLoad (8 )MeterΩ ANT IN 2) The setting frequencies of the signal generator were selected the bottom, the medium and the top frequency within each of the frequency bands allocated to the Cellular Radiotelephone Service in CFR 47 FCC Rules and Regulations Part 22 Subpart H. For transmitter in Mobile : 824.040 MHz, 836.505 MHz, 848.970 MHz For transmitter in …

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JQA Application No. : KL80020280Regulation : CFR 47 FCC Rules Part 15 Model No.: IC-R5Issue Date : January 8, 2003 FCC ID: AFJ IC-R5 Page 15 of 56 Test System-Arrangement (Drawings) 50ohms terminator AEarphone EUTB C AC Adapter 1 2-pin plugφ 120V/60Hz Note) AC- ANT- DC IN B- Earphone- Ferrite Core JQA Application No. : KL80020280Regulation : CFR 47 FCC Rules Part 15 Model No.: IC-R5Issue Date : January 8, 2003 FCC ID: AFJ IC-R5 Page 16 of 56 Preliminary Test and Test-setup(Drawings) AC Powerline Conducted Emission 150 kHz - 30 MHz: Measurement Procedure: ANSI C63.4(1992) The preliminary test was performed receiving over each band, and the worst result was reported as the final test. Shielded Enclosure Ceiling Metal Plane Vertical Metal plane TestSignal ReceiverGenerator 0.4m ANT IN. EUT 0.75m LISN to AC Power JQA Application No. : KL80020280Regulation : CFR 47 FCC Rules Part 15 Model No.: IC-R5Issue Date : January 8, 2003 FCC ID: AFJ IC-R5 Page 17 of 56 Electromagnetic Field Radiated Emission 30 MHz - 1000 MHz: The preliminary test was performed according to the description of ANSI C63.4-1992 Sec.8.3.1.1 (Preliminary Radiated Emissions Tests) and Sec.6.2.1 (Tabletop Equipment Tests). The preliminary test was carried out to investigate the frequency of the emission that has the highest amplitude relative to the limits within normal operating modes, cable positions, and a typical system configuration. In order to find out to the maximum emission, the preliminary test and a final test were performed in accordance with the following steps. Step 1: One operation mode of the test system was setting. Step 2: Using a test receiver and a test antenna probe, the significant frequency of the emission's circumstance from the test system were investigated. These data were recorded every one of 22 divided bands in the specified frequency band (30 MHz - 1000 MHz). Step 3: Using a test receiver and a linearly polarized broadband antenna, the emission's circumstance from the test system was measured in according with ANSI C63.4-1992 Sec.8.3.1.2 (Final Radiated Emissions Tests) at each frequency which was found the higher emission referred to level vs. frequency on the list and which was measured by the resonant tuned dipole antenna. The maximum emission was found by changing the cable positions or cable manipulation under a typical system configuration. Step 4: Return to step 1, if the other operation mode was possible to be setting. Step 5: The worst result was reported arranging data of which was obtained and performed by one or plural operation modes as the final test. At the worst point that has the highest amplitude relative to the limit the repeatability of the level was reconfirmed. The photographs of the tests system setup on the worst point were taken and recorded. ò-3m ô-10m EUT1-4 mTest Receiver 0.8 m Ground Plane Turntable30 MHz - 300 MHz : Biconical Antenna 300 MHz - 1000 MHz : Log-periodic Antenna JQA Application No. : KL80020280Regulation : CFR 47 FCC Rules Part 15 Model No.: IC-R5Issue Date : January 8, 2003 FCC ID: AFJ IC-R5 Page 18 of 56 Electromagnetic Field Radiated Emission 1 GHz - 2.1 GHz: The preliminary test was performed according to the description of ANSI C63.4-1992 Sec.8.3.1.1 (Preliminary Radiated Emissions Tests) and Sec.6.2.1 (Tabletop Equipment Tests). The preliminary test was carried out to investigate the frequency of the emission that has the highest amplitude relative to the limits within normal operating modes, cable positions, and a typical system configuration. In order to find out to the maximum emission, the preliminary test and a final test were performed in accordance with the following steps. Step 1: One operation mode of the test system was setting. Step 2: In order to investigate the frequencies of maximum emissions, the horn antenna position was approached to the EUT and the significant frequency of the emission's circumstance from the test system were investigated. These data were recorded in the specified frequency band (1 GHz - 2.1 GHz). Step 3: The emission's circumstance from the test system was measured in accordance with ANSI C63.4-1992, Sec.8.3.1.2 (Final Radiated Emissions Tests) at each frequency which was found higher emission referred to level vs. frequency on the list and which was measured in the specified distance using the horn antenna. Step 4: Return to step 1, if the other operation mode was possible to be setting. Step 5: The worst result was reported arranging data of which was obtained and performed by one or plural operation modes as the final test. At the worst point that has the highest amplitude relative to the limit the repeatability of the level was reconfirmed. The photographs of the tests system setup on the worst point were taken and recorded. Pad Att. ò- 3 m10dB ô-10m Horn AntennaPre. Amp. EUT1-4 m Pad Att 10dB Ground0.8 mTest PlaneReceiver TurntableHorizontal and Vertical 1 to 4 m (Variable) JQA Application No. : KL80020280Regulation : CFR 47 FCC Rules Part 15 Model No.: IC-R5Issue Date : January 8, 2003 FCC ID: AFJ IC-R5 Page 19 of 56 Antenna-Conducted Power 30 MHz - 2100 MHz: The test was performed according to the description of ANSI C63.4-1992 Sec.12.1.5 (Antenna-Conducted Power Measurements). EUTTest ANT10dB PadReceiver INAttenuator JQA Application No. : KL80020280Regulation : CFR 47 FCC Rules Part 15 Model No.: IC-R5Issue Date : January 8, 2003 FCC ID: AFJ IC-R5 Page 20 of 56 38dB Rejection Test (§15.121(b)): The test(38dB Rejection Test) is carried out in accordance with procedure as follows. 1) Test system is composed as follows. SignalE U TResistorDistortion GeneratorLoad (8 )MeterΩ ANT IN 2) The setting frequencies of the signal generator were selected the bottom, the medium and the top frequency within each of the frequency bands allocated to the Cellular Radiotelephone Service in CFR 47 FCC Rules and Regulations Part 22 Subpart H. For transmitter in Mobile : 824.040 MHz, 836.505 MHz, 848.970 MHz For transmitter in …

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