Motorola Cm Radio Basic Manual
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Chapter 4 RADIO TUNING AND PROGRAMMING 1.0 Introduction This chapter provides an overview of the Customer Programming Software (CPS) and tuner program designed for use in a Windows 98/ME/NT/2000 environment. A CPS/Tuner Installation Manual (6866545D09) is included in this Product Manual. Ta b l e 4 - 1Software Installation Kits Radio Tuning Setup 2.0 CPS Programming/Flashing Setup with RIB The CPS programming setup, shown in Figures 4-1 is used to program and flash the radio using the Radio front Telco connector. NOTE Refer to the CPS on-line help files for programming procedures. Description Kit Number 5-Tone CPS (includes Global Tuner)GMVN5033_ MDC CPS (includes Global Tuner) GMVN5034_ Software Installation Manual6866545D09_ Figure 4-1CPS Programming/Flashing Setup with RIB RIB RLN-4008Rx GndData Tx Data Cable 3080369B72 (9 PIN) DB15 Cable 3080369B71 (25 PIN) Power Supply +13,2VDC Programming 3080070N01Cable DB25 RadioDC RF ACC FKN8096 8-pin Telco 10-pin Telco FKN8096 Data =Programming Boot = Flashing
4-2RADIO TUNING AND PROGRAMMING 3.0 CPS Programming/Flashing Setup Ribless The CPS programming setup, shown in Figures 4-2 is used to program and flash the radio using the Radio front Telco connector. Figure 4-2CPS Programming/Flashing Setup Cable with Internal RIB 4.0 CPS Programming Setup with RIB The CPS programming setup, shown in Figures 4-3 is used to program the radio using the Radio front Telco connector. Figure 4-3CPS Programming Setup with RIB Power Supply +13,2VDC Ribless Programming Cable RKN4081 Rx Data GndTx Data DB25 RadioDC RF ACC FKN8096 8-pin Telco 10-pin Telco FKN8096 Data =Programming Boot = Flashing RIB RLN-4008Rx GndData Tx Data Cable 3080369B72 (9 PIN) DB15 Cable 3080369B71 (25 PIN) Power Supply +13,2VDC Programming GTF374Cable DB25 RadioDC RF ACC
CPS Programming Setup with RIB4-3 5.0 CPS Programming Setup with RIB The CPS programming setup, shown in Figures 4-4 is used to program the radio using the Radio rear accessory connector. Figure 4-4CPS Programming Setup Cable with RIB and Rear Adapter Cable 6.0 CPS Programming Setup with RIB The CPS programming setup, shown in Figures 4-5 is used to program the radio using the Radio rear accessory connector. Figure 4-5CPS Programming Setup Cable with RIB and Rear Adapter Cable RIB RLN-4008Rx GndData Tx Data Cable 3080369B72 (9 PIN) DB15 Cable 3080369B71 (25 PIN) Power Supply +13,2VDC Programming/Test RKN4083Cable DB25 Radio DC RF ACC FKN8113 Adapter Cable RIB RLN-4008Rx GndData Tx Data Cable 3080369B72 (9 PIN) DB15 Cable 3080369B71 (25 PIN) Power Supply +13,2VDC Programming GTF374Cable DB25 Radio DC RF ACC GTF377Cable
4-4RADIO TUNING AND PROGRAMMING 7.0 Radio Tuning Setup A personal computer (PC), Windows 95/98/NT and a tuner program are required to tune the radio. To perform the tuning procedures, the radio must be connected to the PC, radio interface box (RIB), and test equipment setup as shown in Figure 4-6. Figure 4-6Radio Tuning Test Equipment Setup with External RIB 7.1 Initial Test Equipment Control Settings The initial test equipment control settings are listed in Table 4-2. Ta b l e 4 - 2Initial Equipment Control Settings Service Monitor Test Set Power Supply Monitor Mode: Power MonitorSpeaker set: AVoltage: 13.2Vdc RF Attenuation: -70 Speaker/load: SpeakerDC on/standby: Standby AM, CW, FM: FMPTT: OFFVolt Range: 20V Oscilloscope Source: Mod Oscilloscope Horizontal: 10mSec/Div Oscilloscope Vertical: 2.5 kHz/Div Oscilloscope Trigger: Auto Monitor Image: Hi Monitor BW: Nar Monitor Squelch: mid CW Monitor Volume: 1/4 CWCurrent: 20A NOTE Refer to Tuner on-line help files for tuning procedures. Wa t t m e t e r Audio Generator Sinad Meter AC Voltmeter 30 dB Pad Audio In Tx Rx ReceiveTransmit RF Generator RIB RLN-4008RLN4460 Te s t B o x Cable 3080369B72 (9 PIN) Program/ RKN4083Test Cable Service Monitor or Counter DB15 Cable 3080369B71 (25 PIN) Power Supply +13,2VDC Rx Data GndTx Data RadioDC RF ACC ELM Adapter cable FKN8113
Chapter 5 POWER UP SELF-TEST 1.0 Error Codes (5-Tone Radios) Turning on the radio starts a self-test routine that checks the radio functionality. If the checks are successful, the radio generates a high-pitched self-test pass tone. If the self-test is not successful, one low-pitched (300Hz) error tone is heard and the RED LED flashes several times to indicate the reason for the failure (see Table 5-1 below). After flashing the error code, the LED remains off for 5 seconds and then repeats the error code. The LED sequence and the error tone continue until the radio is switched off. Radios with displays are also able to display error codes. The meaning of the LED indication, the displayed error codes and the related corrections are listed in Table 5-1. Ta b l e 5 - 1Power-up Error Codes If the error code displayed is…The LED flashes...then, there is a... To correct the problem... “Test 1 Failed”OnceHardware codeplug error, possibly codeplug structure mismatch or non-existant codeplug.Reprogram codeplug. If message re-occurs, replace main board or return it to the nearest Motorola depot. “Test 2 Failed” Twice Select 5 Application Vector corrupted.Reprogram codeplug and retest the radio. “Test 3 Failed”Three timesCodeplug Checksum error.Reprogram codeplug and retest the radio. “Test 4 Failed” Four times Codeplug Version Error. Reprogram codeplug using the correct version and retest the radio. “Test 5 Failed”- - - -- - - -Reserved “Test 6 Failed” Six times RAM Checksum test failure. Turn the radio off then on again. If the message re-occurs replace the main board or return it to the nearest Motorola depot. “Test 7 Failed”- - - -- - - -Reserved “Test 8 Failed” - - - - - - - - Reserved 300Hz Tone and Flashing LED.Radio failure or invalid codeplug as described above.Turn the radio off then on again. Confirm that there is a 300Hz fail tone and count the number of flashes made by the LED. Make the relevant correction as described above
5-2POWER UP SELF-TEST 2.0 Error Codes (MDC Radios) Turning on the radio starts a self-test routine that checks the RAM, ROM checksum, EEPROM hardware, and EEPROM checksum. If these checks are successful, the radio generates two high- pitched self-test pass tones. If the self-test is not successful, one low-pitched tone is heard. Radios with displays are able to display the error codes. Following are the possible errors and the related co rr ect ion s. Ta b l e 5 - 2Power Up Error Codes Possible Errors To correct the problem... RAM test failure.Retest the radio by turning it off and turning it on again. If bad tone reoccurs, replace RAM (U0122). Codeplug structure mis- match or non existence of codeplug. Reprogram codeplug with correct version and retest radio. If message reoccurs, replace EEPROM ( U 0 111 ) . Wrong codeplug checksum.Reprogram codeplug.
Chapter 6 ACCESSORIES & CONNECTOR PIN FUNCTIONS 1.0 Accessories To order, refer to Chapter 1 (paragraph 2.4 - ‘Piece Parts’) of this manual. 1.1 Antenna 1.2 Audio RAD4198_136 - 144 MHz 1/4 Wave Roof Mount - BNC RAD4199_ 144 - 152 MHz 1/4 Wave Roof Mount - BNC RAD4200_150.8 - 162 MHz 1/4 Wave Roof Mount - BNC RAD4201_ 162 - 174 MHz 1/4 Wave Roof Mount - BNC RAE4151_403 - 430 MHz 1/4 Wave Roof Mount - BNC RAE4152_ 450 - 470 MHz 1/4 Wave Roof Mount - BNC RAE4154_450 - 470 MHz 5dB Gain Roof Mount - BNC RAC4000_RA 66 - 88 MHz 1/4 Wave Roof Mount - Mini UHF RAC4000_MA66 - 88 MHz 1/4 Wave Magnetic Mount - Mini UHF 5880367B28 BNC Adapter (for use with Mini UHF antenna) HMN3413-Compact Microphone HMN1035_ Heavy Duty Microphone HMN3000_Black Desk Microphone RMN5029_ Enhanced Keypad Microphone RMN5018_Mag One Microphone RMN5019_ Mag One Keypad Microphone MDREX4617_Telephone Style Handset Kit GMMN4065_ Visor Microphone (Omni Direction) RSN4001_External Speaker, 13 W HSN8145_ External Speaker 7.5 W HLN9073_Microphone Hang-up Clip
6-2 ACCESSORIES & CONNECTOR PIN FUNCTIONS 1.3 Alarms and Accessories 1.4 Control Station 1.5 Public Address 1.6 Cables 1.7 Peripherals RLN4586_Footswitch with Remote PTT RLN4857_ Pushbutton with Remote PTT RLN4858_Gooseneck PTT RLN4836_ External PTT with Emergency Footswitch HLN9328_External Alarm Relay (used in conjunction with GLN7282) GLN7282_ Buzzer Kit (used in conjunction with HLN9328) HPN4002_Desktop Power Supply 1-25 W (not EMC approved) HKN4139_ 12V Power Cable to Battery (1-25 W) HPN4001_Desktop Power Supply 25-60 W (not EMC approved) HKN9455_ Power Cable to Battery (25-60 W) GPN6145_Desktop Power Supply GKN6266_ 12V Cable to Radio, for use with GPN6145 Desktop Power Supply RLN5390_Desktop Tray with Speaker RLN5391_ Desktop Tray without Speaker RLN5288_Public Address Kit (includes switch box and cabling) HKN9324_R Speaker Cable for PA (15 ft.) HSN1000External Speaker, 6 W for public address HKN9327Ignition Switch Cable HKN4137 Low Power Cable to Battery (1-25 W) HKN4191High Power Cable to Battery (25-60 W) GMKN4084_ Speaker Extension Cable) HLN3948_Basic RICK (Repeater Interface Comm Kit) HLN3333_ RICK (Repeater Interface Comm Kit)
Accessories6-3 1.8 Mounting 1.9 Programming GLN7324_Low Profile Mounting Bracket GLN7317_ High Profile Mounting Bracket FTN6083_DIN Mount GLN7341_ Removable Slide Mount RLN4779_Keylock Mounting Bracket GTF374__Programming Cable GTF377__ Adapter Cable for GTF374 RKN4081_Ribless Cable FKN8096_ Adapter Cable for use with RKN4081 RKN4083_Programming/Test Cable FKN8113_ Adapter Cable for use with RKN4083 3080369B72RS232 Cable 9-pin 3080369B71 RS232 Cable 25-pin RLN4008_Rib Box RLN4460_ Test Box
6-4 ACCESSORIES & CONNECTOR PIN FUNCTIONS 2.0 Accessory Connector Pin Function Pin Function Description 1External Speaker (-)Connect external 8 or 4 ohms speaker to pin 1 and 16. Caution: Bridge-type output. Neither pin 1 or 16 is grounded. 2 External Mic Audio Input impedence:500 ohms 80 mV rms at 1 kHz for 60% deviation. This path is enabled when external mic PTT is keyed. 3External Mic PTTPut this pin low (less than 0.66 Vdc) to key transmitter and enable external mic audio path. This path is pulled low via a diode when front panel mic PTT is pulled low to allow sensing of mic PTT by accessory. This pin pulled high to 3.3 Vdc via 3.3k ohms 4 Programmable OutputDefaults to External Alarm. Provides an active high to 13.8 Vdc battery supply. maximum current: 0.25 amps. 5Flat_TX_Audio InputInput impedance: Greater than 35k ohms. The nominal input level is 150 mV rms for 60% deviation. 6 Bus+ Serial Communication Interface. On MDC and P/L radios only, this pin can be configured as a general purpose input by removing resistor R421. 7GroundUsed as ground. 8 Programmable I/O Input or output depending on dealer programming. 9Emergency InputWhen connecting the Emergency Footswitch between pin 9 and 7, the radio will sense the connection upon Power-up. Shorting this pin to Ground by pressing the switch when the radio is OFF, turns ON the radio in Emergency Mode. Shorting this pin to Ground by pressing the switch when the radio is ON, activates Emergency Mode. To turn OFF a radio that was turned ON by Emergency Footswitch (ON/ OFF knob in OFF position) turn knob to ON and then to OFF position. 10 Ignition Sense For optional 3-wire ignition control, connect this pin to the vehicle ignition-controlled voltage source for ignition-controlled radio ON/OFF. To resume NON ignition state, remove the battery connection for 10 seconds; remove the ignition connection from this pin and re-connect the battery connections. 11Receive Audio OutputProgrammable (using CPS in the RX Audio Type): 660mV rms (de- emphasized/muted) or 330mV rms (non de-emphasized muted. Minimum load resistance: 5k ohms 12 Programmable I/O Input or Output 13Switched B+(Switched Battery Voltage) 13.8Vdc (500mA max.) when radio is ON 14 Programmable I/O Input or Output 15Internal SpeakerConnect to internal speaker (+) and by internal jumper to pin 16 16 External Speaker (+) Connect external 8 or 4 ohms speaker to pins 1 and 16. CAUTION: Bridge type output. Neither pin 1 nor 16 is grounded.