K6610614740MOBILE TWO-WAY RADIO

VX-2200 SERIES OPERATING MANUAL VERTEX STANDARD CO., LTD. 4-8-8 Nakameguro, Meguro-Ku, Tokyo 153-8644, Japan VERTEX STANDARD US Headquarters 10900 Walker Street, Cypress, CA 90630, U.S.A. YAESU EUROPE B.V. P.O. Box 75525, 1118 ZN Schiphol, The Netherlands YAESU UK LTD. Unit 12, Sun Valley Business Park, Winnall Close Winchester, Hampshire, SO23 0LB, U.K. VERTEX STANDARD HK LTD. Unit 5, 20/F., Seaview Centre, 139-141 Hoi Bun Road, Kwun Tong, Kowloon, Hong Kong P2P1P3 P4 Unsafe Radiation Distance Congratulations! You now have at your fingertips a valuable communications tool: a VERTEX STAN- DARD two-way radio! Rugged, reliable and easy to use, your VERTEX STANDARD radio will keep you in constant touch with your colleagues for years to come, with negligible maintenance downtime. Please take a few minutes to read this manual carefully. The information presented here will allow you to derive maximum performance from your radio, in case ques- tions arise later on. We’re glad you joined the VERTEX STANDARD team. Call on us anytime, because communications is our business. Let us help you get your message across. NOTICE ! There are no owner-serviceable parts inside the transceiver. All service jobs must be referred to an authorized VERTEX STANDARD Service Represen- tative. Consult your Authorized VERTEX STANDARD Dealer for installa- tion of optional accessories. SAFETY/WARNING INFORMATION WARNING - DO NOT operate the VX-2200 radio when any person(s) (by- standers) outside the vehicle are within the distances shown in the chart at the bottom of this section. Safety Training information: Antennas used for this transmitter must not exceed an antenna gain of 0 dBd. The radio must be used in vehicle-mount configurations with a maximum op- erating duty factor not exceeding 50 %, in typical Push-to-Talk configurations. This radio is restricted to occupational use, work related operations only where the radio operator must have the knowledge to control the exposure condi- tions of its passengers and bystanders by maintaining the minimum separa- tion distance shown below. Failure to observe these restrictions will result in exceeding the FCC RF ex- posure limits. Antenna Installation: For rear deck trunk installation, the antenna must be located at least the fol- lowing distance away from rear-seat passengers in order to comply with the FCC RF exposure requirements. For roof top installations, the antenna must be placed in the center of the roof. VX-2200 SERIES OPERATING MANUAL1 INTRODUCTION The VX-2200 Series are full-featured FM transceivers designed for flexible mobile and base station business communications in the VHF or UHF Land Mobile bands. These transceiver are designed for reliable business communications in a wide vari- ety of applications with a wide range of operating capability provided by their lead- ing-edge design. The 128-channel memories can each be programmed with a 8-character channel name. Important channel frequency data is stored in EEPROM and flash memory on the CPU, and is easily programmable by dealers using a personal computer and the VER- TEX STANDARD VPL-1 Programming Cable and CE82 Software. The pages which follow will detail the many advanced features provided on the VX- 2200 Series transceiver. After reading this manual, you may wish to consult with your Network Administrator regarding precise details of the configuration of this equipment for use in your application. For North American Users Regarding 406 MHz Guard Band The U.S. Coast Guard and National Oceanographic and Atmospheric Admin- istration have requested the cooperation of the U.S. Federal Communications Commission in preserving the integrity of the protected frequency range 406.0 to 406.1 MHz, which is reserved for use by distress beacons. Do not attempt to program this apparatus, under any circumstances, for operation in the fre- quency range 406.0 - 406.1 MHz if the apparatus is to be used in or near North America. P2P1P3 P4 VX-2200 SERIES OPERATING MANUAL2 CONTROLS & CONNECTORS Front Panel Important! - All buttons located on the Front Panel are Programmable Function (PF) Buttons, configured according to your network requirements and programmed by your VERTEX STANDARD dealer. The instructions below describe a typically- configured radio.
VOL/PWR Knob Turn this control clockwise to turn the radio on and to increase the volume. Turn it counterclockwise into the click-stop to turn the radio off.  Microphone Jack Connect the microphone plug to this jack.  [ P1 ] - [ P1 ] Buttons (Programmable Function Buttons) These buttons can be set up for special applications, such as High/Low power selection, Monitor, Talk-Around, etc., as determined by your network require- ments and programmed by your VERTEX STANDARD dealer.  [
] / [  ] Buttons (Programmable Function Buttons) Pressing either button changes the current channel (and displayed channel num- ber or name). Holding in either button for more than 1.5 second causes the radio to begin stepping (repeatedly) upward or downward through the channels. P2P1P3 P4    
 VX-2200 SERIES OPERATING MANUAL3  LCD (Liquid Crystal Display) The display includes a 8-character alpha-numeric section showing Channel name tags/identity information and error messages, and an upper icon row displaying feature status (see below).  BUSY/TX Indicator Indicates transceiver’s Transmit/Receive Status Steady Red: Transmitting in progress Steady Green: Signaling Off Blinking Green: Busy Channel/Squelch Off CONTROLS & CONNECTORS “Call” indicator “Dual Watch” is activated Low Transmt Power Mode “ON” : “Scan” is activated : “Priority Scan” is activated “Talk-Around” is enabled Receiver Monitor “Group Scan” is enabled “AUX A” Port is activated 8 Character Alpha-numeric Display “Encryption” is enabledChannel Group Number Priority Channel RSSI Indicator (four steps) VX-2200 SERIES OPERATING MANUAL4 Rear Panel CONTROLS & CONNECTORS
13.6V DC Cable Pigtail with Connector The supplied DC powe…

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April 28, 2006 Federal Communications Commission Authorization and Evaluation Division, 7435 Oakland Mills Road Columbia, MD 21046 USA Re: VX-2100-G7-45, VX-2200-G7-45 (FCC ID: K6610614740) Gentlemen: Part 15.19 Compliance Statement is placed on the bottom of case. Sincerely, Vertex Standard Co., Ltd. Mr. Moto Kurihara Group Leader of Engineering Division

April 28, 2006 Federal Communications Commission Authorization and Evaluation Division, 7435 Oakland Mills Road Columbia, MD 21046 USA Re: VX-2100-G7-45, VX-2200-G7-45 (FCC ID: K6610614740) Gentlemen: The equipment meets the requirements of the FCC Rules, Part 90.203(e) and (g), as applicable. Programming of this product’s transmit frequencies can be performed ONLY by the manufacturer or by service or maintenance personal. The operator cannot be program transmit frequencies using the equipment’s external operation controls. Sincerely, Vertex Standard Co., Ltd. Mr. Moto Kurihara Group Leader of Engineering Division

April 28, 2006 Federal Communications Commission Authorization and Evaluation Division, 7435 Oakland Mills Road Columbia, MD 21046 USA Re: VX-2100-G7-45, VX-2200-G7-45 (FCC ID: K6610614740) Gentlemen: A. Part 15.21 Compliance Statement Drawing: Part 15.21: Changes or modifications to this device not expressly approved by Vertex Standard could void the user’s authorization to operate this device. 20mm 97mm B. Part 15.21 Compliance Statement Drawing Location: IN OPERATION MANUAL (location on inside back cover) Sincerely, Vertex Standard Co., Ltd. Mr. Moto Kurihara Group Leader of Engineering Division

April 28, 2006 Federal Communications Commission EQUIPMENT APPROVAL SERVICES P. O. Box 358315 Pittsburgh, PA 15251-5315 Attention: Authorization and Evaluation Division Reference: VX-2100-G7-45, VX-2200-G7-45 (FCC ID: K6610614740) Pursuant to Sections 0.457 (d)(1)(ii) and 0.459 of the Commission’s Rules, the Applicant hereby requires confidential treatment of some of the information accompanying this Application, as listed below: ・ Block Diagram ・ Schematics These materials contain trade secrets and proprietary information not customarily released to the public. The public disclosure of these matters might be harmful to the Applicant and provide unjustified benefits to its competitors. The Applicant understands that pursuant to Rule 0.457 (d)(1)(ii), disclosure of the Application and all accompanying documentation will not be made before the date of Grant for this Application. Sincerely, Vertex Standard Co., Ltd. Mr. Moto Kurihara Group Leader of Engineering Division

FCC ID: K6610614740 IC ID: 511B-10614740 Front view (FRONT-C-UNIT (for VX-2100)) Front view (FRONT-D-UNIT (for VX-2200)) Vertex Standard Co., Ltd. FCC ID: K6610614740 IC ID: 511B-10614740 Rear view Left view Vertex Standard Co., Ltd. FCC ID: K6610614740 IC ID: 511B-10614740 Right view Top view Vertex Standard Co., Ltd. FCC ID: K6610614740 IC ID: 511B-10614740 Bottom view Microphone Vertex Standard Co., Ltd. FCC ID: K6610614740 IC ID: 511B-10614740 DC Power Cable Vertex Standard Co., Ltd.

VX-2100/VX-2200 (UHF) SeriesVX-2100/VX-2200 (UHF) Series LABEL DRAWINGLABEL DRAWING Vertex Standard Co., Ltd.Vertex Standard Co., Ltd. ID / Part 15.19 and CAUTION drawings ID drawing Part 15.19 and CAUTION drawings Label location ! ! Device restricted to occupational use to satisfy FCC RF exposure compliance. See owner's manual for specific operating requirement CAUTION This device complies with part 15 of the FCC Rules. Operation is subject to the condition that this device does not cause harmful interference. VX-2100-G7-45 VERTEX STANDARD CO., LTD. MADE IN JAPAN IC: 511B-10614740 FCC ID: K6610614740 4909959000000 SER NO. 00000000 VX-2200-G7-45 VERTEX STANDARD CO., LTD. MADE IN JAPAN IC: 511B-10614740 FCC ID: K6610614740 4909959000000 SER NO. 00000000

FCC ID: K6610614740 IC ID: 511B-10614740 Removed top cover Removed front panel Vertex Standard Co., Ltd. FCC ID: K6610614740 IC ID: 511B-10614740 Side-A of MAIN-UNIT with shield case Side-A of MAIN-UNIT without shield case Vertex Standard Co., Ltd. FCC ID: K6610614740 IC ID: 511B-10614740 Side-B of MAIN-UNIT with shield case Side-B of MAIN-UNIT without shield case Vertex Standard Co., Ltd. FCC ID: K6610614740 IC ID: 511B-10614740 Side-A of FRONT-A-UNIT (for VX-2100) Side-B of FRONT-A-UNIT (for VX-2100) Vertex Standard Co., Ltd. FCC ID: K6610614740 IC ID: 511B-10614740 Side-A of FRONT-B-UNIT (for VX-2200) with LCD Side-A of FRONT-B-UNIT (for VX-2200) without LCD Vertex Standard Co., Ltd. FCC ID: K6610614740 IC ID: 511B-10614740 Side-B of FRONT-B-UNIT (for VX-2200) Front of LCD (for VX-2200) Vertex Standard Co., Ltd. FCC ID: K6610614740 IC ID: 511B-10614740 Back of LCD (for VX-2200) Inside of front panel (VX-2100) Vertex Standard Co., Ltd. FCC ID: K6610614740 IC ID: 511B-10614740 Inside of front panel (VX-2200) Inside of chassis Vertex Standard Co., Ltd. FCC ID: K6610614740 IC ID: 511B-10614740 Inside of microphone Vertex Standard Co., Ltd.

FCC ID: K6610614740 IC ID: 511B-10614740 Circuit Description VX-2100/VX-2200 (UHF) Circuit Description 1. Circuit Configuration by Frequency The receiver is a double-conversion superheterodyne with a first intermediate frequency (IF) of 67.65 MHz and a second IF of 450 kHz. Incoming signal from the antenna is mixed with the local signal from the VCO/PLL to produce the first IF of 67.65MHz. This is then mixed with the 67.2 MHz second local oscillator output to produce the 450 kHz second IF. This is detected to give the demodulated signal. The transmit signal frequencies generated by the PLL VCO and modulated by the signal from the microphone. It is then amplified and sent to the antenna. 2. Receiver System 2-1. Front-end RF amplifier Incoming RF signal from the antenna is delivered to the RF Unit and passes through Low- pass filer, and removed undesired frequencies by varactor diode. Tuned band-pass filer consisting of diodes D1004 and D1005, and Coils L1006 and L1009, capacitors C1013, C1016, C1033, C1041 and C1044. The passed signal is amplified in Q1007 and moreover cuts an image frequency with the band path filter consisting of Coils L1011, L1013, L1014 and L1015, and capacitors C1039, C1103, C1111, C1112, C1116, C1122, C1123, C1127, C1128, C1130, C1134 and C1141 comes into the 1st mixer. 2-2. First Mixer The 1st mixer consists of the Q1025. Buffered output from the VCO is amplified by Q1023 to provide a pure first local signal between 382.35 and 444.35 MHz for injection to the first mixer. The output IF signal is enters from the mixer to the crystal filter. The IF signal then passes through monolithic crystal filters XF1001 (±5.5 kHz BW) to strip away all but the desired signal. 2-3. IF Amplifier The first IF signal is amplified by Q1033. The amplified first IF signal is applied to FM IF subsystem IC Q1036 which contains the second mixer second local oscillator limiter amplifier noise amplifier and S-meter amplifier. The signal from reference oscillator X1002 becomes 3 times of frequencies in Q1033, it is mixed with the IF signal and becomes 450 kHz. The second IF then passes through the ceramic filter CF1001 (for wide channels) CF1002 (for narrow channels) to strip away unwanted mixer products which removes 1/4 Vertex Standard Co., Ltd. FCC ID: K6610614740 IC ID: 511B-10614740 Circuit Description amplitude variations in the 450 kHz IF before detection of the speech by the ceramic discriminator CD1001. 2-4. Audio amplifier Detected signal from Q1036 is inputted to Q1042 and is output through the band path filter inside Q1042. When the optional unit is installed the Q1044 is turned “ OFF” and the AF signal from Q1042 goes the optional unit. When the optional unit is not installed, Q1042 is turned “ ON” and the signal goes through Q1004. The signal then goes through AF mute switch Q1044 and de-emphasis part Q1042 amplified with AF power amplifier Q1003 after passing AF volume Q1014. The output of Q1003 drives a speaker (either internal or external speaker). 2-5. Squelch Circuit There are 13 levels of squelch setting from 0 to 12. The level 0 means open the squelch. The level 1 means the threshold setting level and level 11 means tight squelch. From 2 to 10 is established in the middle of threshold and tight. The bigger figure is nearer the tight setting. The level 12 becomes setting of carrier squelch. 2-5-1. Noise Squelch Noise squelch circuit is composed of the band path filter of Q1036 and noise amplifier Q1047 and noise detector D1047, D1048. When no carrier received, the noise ingredient which goes out of the demodulator Q1036 is amplified in Q1047 through the band path filter Q1036 is detected to DC voltage with D1047, D1048 and is inputted to 15 pin (the A/D port) of the Q1065. When a carrier is received the DC voltage becomes “ LOW” because the noise is compressed. When the detected voltage to CPU is “ HIGH,” the CPU stops AF output with Q1044 “ OFF” by making the pin 80 “ L” level. When the detection voltage is low the CPU makes Q1068 “ ON” with making pin 80 “ H” and the AF signal is output. 2-5-2. Carrier Squelch The pin 14 (A/D port) of Q1065 detects RSSI voltage output from pin 12 of Q1036, and controls AF output. The RSSI output voltage changes according to the signal strength of carrier. The stronger signal makes the RSSI voltage to be higher voltage. The process of the AF signal control is same as Noise Squelch. The shipping data is adjusted 3 dB higher than squelch tight sensitivity. 2/4 Vertex Standard Co., Ltd. FCC ID: K6610614740 IC ID: 511B-10614740 Circuit Description 3. Transmitter System 3-1. Mic Amplifier The AF signal from microphone jack J1004 (front) or J1006 (D-sub) is amplified with microphone amplifier Q1046 is amplified with 2nd microphone amplifier Q1043 after microphone selection switch Q1004, and passes microphone gain volume Q1014. The control from the CPU it passes output and it passes a pre-emphasis circuit. Q1044 becomes “ OFF” when an option unit is attached and the AF signal from Q1040 goes via the option unit. When an option unit is not attached Q1044 becomes “ ON,” the signal passes Q1044 and is input to Q1040. The signal passed limiter and splatter filer of Q1040 is adjusted by maximum deviation adjustment volume Q1014. The adjusted low frequency signal ingredient is amplified by Q1043 added modulation terminal of TCXO (X1002) the FM modulation is made by reference oscillator. The high frequency signal ingredient is amplified Q1043, and adjusted the level by volume Q1014 to make frequency balance between low frequency. After that it is made FM modulation to transmit carrier by the modulator D1023 of VCO. 3-2. Drive and Final amplifier The modulated signal from the VCO Q1031 is buffered by Q1027 and amplified by Q1015. The low-level transmit signal is then applied to the Power Module Q1009 for final amplification up to 45 watts output power. The transmit signal then passes low-pass filtered to suppress away harmonic spurious radiation before d…

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1 FCC ID: K6610614740/IC ID: 511B-10614740 VX-2100/2200 (UHF) SeriesSemi-Conductor Parts List Address Device NameDescriptionTYP VAL MAIN-UNIT D 1001 DiodeRLS135 D 1002 Surge Absorber P6KE27-MT25 D 1003 DiodeUM9957F D 1004 Diode1SV323 D 1005 Diode1SV323 D 1006 DiodeUM9957F D 1007 DiodeHSM88AS D 1008 DiodeHSM88AS D 1009 DiodeMA2S111 D 1011 DiodeMA2S111 D 1012 DiodeMA2S111 D 1013 Zener DiodeMAZ816000L D 1014 Zener DiodeUDZS 6.8B D 1015 Zener DiodeMAZ816000L D 1016 DiodeMA2S111 D 1017 Zener DiodeUDZS 6.8B D 1018 DiodeMA2S111 D 1019 DiodeMA2S111 D 1020 DiodeDAN222 D 1021 DiodeMC2850-1 D 1022 DiodeMA2S111 D 1023 DiodeHVC300AU-E D 1024 DiodeMA2S111 D 1025 DiodeHVC376BF-E D 1026 DiodeHVC376BF-E D 1027 DiodeMC2850-1 D 1028 Diode1SV323 D 1029 Diode1SV323 D 1030 Diode1SV323 D 1031 Diode1SV323 D 1032 Diode1SV323 D 1035 DiodeDAN222 D 1036 DiodeMA2S111 D 1039 DiodeDAN222 D 1041 DiodeMC2850-1 D 1042 DiodeMC2850-1 D 1043 DiodeMA2S111 D 1044 DiodeMA2S111 D 1045 DiodeMA2S111 D 1046 DiodeMC2850-1 D 1047 DiodeMC2850-1 D 1048 DiodeMC2850-1 D 1049 Zener DiodeMAZ816000L D 1050 Zener DiodeMAZ816000L D 1051 Zener DiodeMAZ816000L D 1052 Zener DiodeMAZ816000L D 1053 DiodeMC2850-1 D 1054 DiodeMC2850-1 D 1055 Zener DiodeMAZ816000L D 1056 Zener DiodeMAZ816000L D 1057 Zener DiodeMAZ816000L D 1058 Zener DiodeMAZ816000L D 1059 Zener DiodeMAZ816000L Vertex Standard Co.,Ltd. 2 FCC ID: K6610614740/IC ID: 511B-10614740 VX-2100/2200 (UHF) SeriesSemi-Conductor Parts List Address Device NameDescriptionTYP VAL D 1060 DiodeMC2850-1 D 1061 DiodeMC2850-1 Q 1001 TransistorRT1N441U-1 Q 1002 TransistorRT1N441U-1 Q 1003 ICTDA1519CTH Q 1004 ICBU4053BCFV-E1 Q 1005 ICBU4053BCFV-E1 Q 1006 ICNJM7808DL1A Q 1007 Transistor2SC3356 R24 Q 1008 FETMTM231230L Q 1009 PWR-MODULE RA45H4452M-24 Q 1010 TransistorRT1N140U Q 1011 FETMTM231230L Q 1012 FETMTM231230L Q 1013 TransistorUMG2N Q 1014 ICM62364FP 600D Q 1015 Transistor2SC3357 RF Q 1016 TransistorRT1N441U-1 Q 1017 TransistorRT1N441U-1 Q 1018 Transistor2SC4617 R Q 1019 Transistor2SC4617 R Q 1020 Transistor2SC4617 R Q 1021 TransistorRT1N441U-1 Q 1022 TransistorDTA124EE Q 1023 Transistor2SC5226-4 Q 1024 Transistor2SC5226-4 Q 1025 FET3SK293 Q 1026 TransistorRT1N441U-1 Q 1027 Transistor2SC5226-4 Q 1028 TransistorRT1N441U-1 Q 1029 FET2SK508 K52 Q 1030 TransistorRT1N140U Q 1031 FET2SK508 K52 Q 1032 Transistor2SC4617 R Q 1033 Transistor2SC5226-4 Q 1034 ICBH2220FVM Q 1035 ICTAR5S35 Q 1036 ICNJM2591V Q 1037 FET2SK880GR Q 1038 TransistorXN1501 Q 1039 Transistor2SB1201S Q 1040 ICNJM12902V Q 1041 TransistorRT1N441U-1 Q 1042 ICNJM12902V Q 1043 ICNJM12902V Q 1044 ICBU4066BCFV-E2 Q 1045 ICNJM12902V Q 1046 ICNJM12902V Q 1047 ICNJM12902V Q 1048 ICNJM12902V Q 1049 ICNJM12902V Q 1050 FET2SK397300L Q 1051 ICS-80835CNMC-B8U-G Q 1052 ICTAR5S50 Vertex Standard Co.,Ltd. 3 FCC ID: K6610614740/IC ID: 511B-10614740 VX-2100/2200 (UHF) SeriesSemi-Conductor Parts List Address Device NameDescriptionTYP VAL Q 1053 TransistorRT1N441U-1 Q 1054 ICADF4111BRUZ-RL7 Q 1055 FET2SK397300L Q 1056 Transistor2SC4617 R Q 1057 TransistorRT1N441U-1 Q 1058 TransistorRT1N140U Q 1059 TransistorRT1N441U-1 Q 1060 FET2SK397300L Q 1061 ICBR93L66RFVM-WTR Q 1062 TransistorRT1N441U-1 Q 1063 FET2SK397300L Q 1064 TransistorRT1N441U-1 Q 1065 ICLC87F5CC8A-F57T0-E Q 1066 TransistorRT1N441U-1 Q 1067 TransistorRT1N441U-1 Q 1070 FET2SK397300L FRONT-A-UNITVX-2100 D 2001 LEDBRPG1211C D 2002 LEDTLGU1008A D 2003 LEDTLGU1008A DS2001 LEDELS-512SURWA/S530-A3 Q 2001 TransistorRT1N441U-1 Q 2002 TransistorRT1N441U-1 Q 2003 TransistorRT1N441U-1 Q 2004 TransistorRT1N441U-1 Q 2005 ICBU4094BCFV-E2 Q 2006 TransistorRT1N441U-1 Q 2007 ICNJM78L05UA Q 2008 TransistorRT1N441U-1 Q 2009 TransistorRT1N441U-1 Q 2010 TransistorRT1N441U-1 Q 2011 TransistorRT1N441U-1 Q 2012 ICBU4094BCFV-E2 Q 2013 TransistorRT1N441U-1 Q 2014 TransistorRT1N441U-1 Q 2015 TransistorRT1N441U-1 FRONT-B-UNITVX-2200 D 3001 LEDTLOU1020 D 3002 LEDTLOU1020 D 3003 LEDTLOU1020 D 3004 LEDTLOU1020 D 3005 LEDBRPG1211C D 3006 Zener DiodeUDZS 3.9B DS3001 LCDTP5434 Q 3001 Transistor2SB1132 R Q 3002 TransistorXP1501 Q 3003 TransistorRT1N441U-1 Q 3004 TransistorRT1N441U-1 Q 3005 ICBU4094BCFV-E2 Q 3006 ICNJM78L05UA Q 3007 TransistorXP1501 Q 3008 Transistor2SA1602A-1F Q 3009 ICNJU6533KQ1 Vertex Standard Co.,Ltd.

FCC ID: K6610614740 IC ID: 511B-10614740 Alignment 1/7 Vertex Standard Co., Ltd. VX-2100/VX-2200 (UHF) Alignment Introduction The VX-2100/2200 is carefully aligned at the factory for the specified performance across the frequency range specified for each version. Realignment should therefore not be necessary except in the event of a component failure, or altering version type. All component replacement and service should be performed only by an authorized Vertex Standard representative, or the warranty policy may be void. The following procedures cover the sometimes critical and tedious adjustments that are not normally required once the transceiver has left the factory. However, if damage occurs and some parts subsequently are placed, realignment may be required. If a sudden problem occurs during normal operation, it is likely due to component failure; realignment should not be done until after the faulty component has been replaced. We recommend that servicing be performed only by authorized Vertex Standard service technicians who are experienced with the circuitry and fully equipped for repair and alignment. Therefore, if a fault is suspected, contact the dealer from whom the transceiver was purchased for instructions regarding repair. Authorized Vertex Standard service technicians realign all circuits and make complete performance checks to ensure compliance with factory specifications after replacing any faulty components. Those who do undertake any of the following alignments are cautioned to proceed at their own risk. Problems caused by unauthorized attempts at realignment are not covered by the warranty policy. Also, Vertex Standard reserves the right to change circuits and alignment procedures in the interest of improved performance, without notifying owners. Under no circumstances should any alignment be attempted unless the normal function and operation of the transceiver are clearly understood, the cause of the malfunction has been clearly pinpointed and any faulty components replaced, and realignment determined to be absolutely necessary. The following test equipment (and thorough familiarity with its correct use) is necessary for complete realignment. Correction of problems caused by misalignment resulting from use of improper test equipment is not covered under the warranty policy. While most steps do not require all of the equipment listed, the interactions of some adjustments may require that more complex adjustments be performed afterwards. Do not attempt to perform only a single step unless it is clearly isolated electrically from all other steps. Have all test equipment ready before beginning, and follow all of the steps in a section in the order presented. FCC ID: K6610614740 IC ID: 511B-10614740 Alignment 2/7 Vertex Standard Co., Ltd. Required Test Equipment ˆ RF Signal Generator with calibrated output level at 500MHz ˆ Deviation Meter (linear detector) ˆ In-line Wattmeter with 5% accuracy at 500MHz ˆ 50Ω RF Dummy Load with power rating 100W at 1000MHz ˆ 8Ω/10W AF Dummy Load ( Attention: Audio output is BTL output) ˆ Regulated DC Power Supply (standard 13.6V DC, 15A) ˆ Frequency Counter with 0.2ppm accuracy at 500MHz ˆ AC Voltmeter ˆ DC Voltmeter ˆ VHF Sampling Coupler ˆ IBM PC / compatible Computer with Microsoft DOS v3.0 or later operating system ˆ Vertex Standard VPL-1 Connection Cable & Alignment program Alignment Preparation & Precautions A 50-Ω RF Dummy Load and in-line wattmeter must be connected to the main antenna jack in all procedures that call for transmission, except where specified otherwise. Correct alignment is not possible with an antenna. After completing one step, read the following step to determine whether the same test equipment will be required. If not, remove the test equipment (except dummy load and wattmeter, in connected) before proceeding. Correct alignment requires that the ambient temperature be the same as that of the transceiver and test equipment, and that this temperature be held constant between 20 and 30°C (68 ∼ 86 °F). When the transceiver is brought into the shop from hot or cold air, it should be allowed time to come to room temperature before alignment. Whenever possible, alignments should be made with oscillator shields and circuit boards firmly affixed in place. Also, the test equipment must be thoroughly warmed up before beginning. Note: Signal levels in dB referred to in the alignment procedure are based on 0dBμ EMF = 1μV. Setup the test equipment as shown for transceiver alignment; apply 13.6V DC power to the transceiver. Refer to the drawings above for Alignment Points. FCC ID: K6610614740 IC ID: 511B-10614740 Alignment 3/7 Vertex Standard Co., Ltd. PC POWER SUPPLY 13.6V DC RF SIGNAL GENERATOR 50 Ω DUMMY LOAD IN-LINE WATTMETER DEVIATION METER FREQUENCY COUNTER RF SAMPLING COUPLER TRANSCEIVER ANT MIC/SP COM port VPL-1 connection cable The transceiver must be programmed for use in the intended system before alignment is attempted. The RF parameters are loaded from the file during the alignment process. In order to facilitate alignment over the complete switching range of the equipment it is recommended that the channel data in the transceiver is preset as the chart below. Channels Frequency BAND-LOW 450.000MHz BAND-MID 481.000MHz BAND-HIGH 512.000MHz The alignment mode is accessed by “ Alignment mode” command from the computer whilst switching on. And the alignment tool operates it automatically. During the alignment mode, normal operation is suspended. Use the alignment tool program running on PC. The alignment tool outline Installation the tool This alignment tool consists, MS-DOS based, only one execute file " vx-2100adj.exe ". You make a directly as you think fit, and copy this file. That is all of the installation process. Boot the tool Change directly and input in command line, " vx-2100adj [enter] ", and boot the alignment tool. Enter to the alignment mode To enter the alignment mode, you have to power on the transc…

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6/7/2006 Page 1 of 3 FCCID: FCC RF Exposure Requirements General information : FCCID: K6610614740 Device category: Mobile per Part 2.1091 Environment: Controlled Exposure Mobile devices that operate under Part 90 of this chapter are subject to routine environmental evaluation for RF exposure prior to equipment authorization or use if they operate at frequencies of 1.5 GHz or below and their effective radiated power (ERP) is 1.5 watts or more. However, compliance with the power density limits of 1.1310 is not required. Antenna: The manufacturer does not specify any antenna to be used with this device. This device has provisions for operation in a vehicle, or a fixed location. Configuration Antenna p/n Type Max. Gain (dBi) Passenger car Any omni 2.2 Operating configuration and exposure conditions: The conducted output power is 45 watt. Typical use qualifies for a maximum duty cycle factor of 50%. The manufacturer also markets this device only for occupation use. - Part 2.1091 states that devices are excluded from routine evaluation if the EIRP is less than 2.46Watt (or 1.5WERP). - Vehicle Operation: The maximum antenna gain that can be used is 2.2dBi. A coaxial cable of the type RG 58 has a loss of 1dB for a length of 15 feet. MPE Calculation: The minimum separation distance is calculated as follows: The limit for occupation/controlled exposure environment below 300 MHz and above 30 MHz is 1.6 mW/cm 2 . 6/7/2006 Page 2 of 3 FCCID: Channel Frequency: 450-512 MHz The conducted power output is 45 watt. The coax loss was taken as 1 dB. Antenna gain was taken as 2.2dBi 50% talk time in 6 minutes Coax LossFor all VHF frequencies dBd0:=CL1:=dB GdBd2.15+CL−:= Net gain in dBi S1.6:= mW cm 2 from OET 65 G1.15= Gain Numeric Gn10 G 10 := Gn1.303= R W1exp Gn⋅() 4π⋅S⋅ () := Rinches R 2.54 := R38.188= distance in centimeters Rinches15.035= required for compliance Power in WattsDuty Factor in decimal % (1=100%) W45:=D1:= for an FM device D=1 Exposure time in minutes U6:= (use 6 for controlled and 30 for uncontrolled) E3:= PC E U := percent on time WexpW D⋅ E U ⎛ ⎜ ⎝ ⎞ ⎠ ⋅:= PC0.5= Time compensated power output Wexp22.5=Watts W1expWexp 1000⋅:= mWatts W1exp2.2510 4 ×= Antenna gain 6/7/2006 Page 3 of 3 FCCID: Conclusion: The device complies with the MPE requirements by providing a safe separation distance of 40 cm between the antenna, including any radiating structure, and any persons when normally operated . Proposed RF exposure safety information to include in User’s Manual : “FCC RF Exposure Requirements: CAUTION: The antenna(s) used for this transmitter must not be co-located or operating in conjunction with any other antenna or transmitter. This device is approved with emissions having a source-based time-averaging duty factor not exceeding …

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