Trademarks Motorola, the Motorola Logo and all other trademarks identified as such herein are trademarks of Motorola Inc. All other product or service names are the property of their respective owners.
DOCUMENT HISTORY DOCUMENT HISTORY The following major changes have been implemented in this manual since the previous edition: Edition Description Date 6866539D31_A Initial edition Mar. 2007...
These recommended RF exposure levels include substantial margins of protection. All Motorola 2-way radios are designed, manufactured and tested to ensure they meet government- established RF exposure levels. In addition, manufacturers also recommend specific operating instructions to users of 2-way radios.
Your Motorola 2-way radio has an RF exposure product label. Do not remove this RF exposure label from the device. Also, your Motorola user manual, or separate safety booklet, includes information and operating instructions required to control your RF exposure and to satisfy compliance requirements.
40 to 110 Watts 90 cm (3 Ft) Note: If you are not sure of the rated power of your radio, contact your Motorola representative or dealer and supply the radio model number found on the radio model label. If you cannot determine the rated power out, then assure 90cms (3 feet) separation from the body of the vehicle.
RF Safety Standards. Approved Accessories • This radio has been tested and meets the RF Safety Standards when used with the Motorola accessories supplied or designated for this product. Use of other accessories may result in non- compliance with RF Safety Standards.
PRODUCT SAFETY and RF Energy Exposure Facilities To avoid electromagnetic interference and/or compatibility conflicts, turn off your radio in any facility where posted notices instruct you to do so. Hospitals or health care facilities may be using equipment that is sensitive to external RF energy. Vehicles To avoid possible interaction between the radio transmitter and any vehicle electronic control modules, such as, ABS, engine, or transmission controls, the radio should be installed only by an...
PRODUCT SAFETY and RF Energy Exposure OPERATIONAL WARNINGS W A R N I N G For Vehicles With Air Bags Do not mount or place a mobile radio in the area over an air bag or in the air bag deployment area.
Dieses Gerät ist mit einer Schutzsicherung im Stromversorgungskabel ausgestattet. Bei Austausch ausschließlich den Originalwert verwenden WARNUNG: Bei Einsetzen von nicht vom Hersteller freigegebenen Ersatzteilen kann das Gerät zerstört werden. Sicherung für Stromversorgungskabel GKN6270/GKN6274: 10A (Motorola Best.-Nr.:65C80283E05) Sicherung für Zündungserkennungskabel HKN9327: 4A (Motorola Best.-Nr.:65C80283E02)
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PRODUCT SAFETY and RF Energy Exposure Notes...
MODEL INFORMATION & ACCESSORIES MTM800 Mobile Terminal Model Information ....... 2-1 Sales Model Nomenclature .
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CONTENTS CHAPTER 4 THEORY OF OPERATION Section Introduction ..........4-1 CHAPTER 4.1 THEORY OF OPERATION (TRANSCEIVER) Block Diagram and Overview .
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CONTENTS xvii CHAPTER 8.2 ENHANCED CONTROL HEADS: SCHEMATICS, PCBS AND PARTS LISTS PCB/ Enhanced Control Head Main Board - Bottom and Top Side (PCB: 8466580A01_A) ..........8.2-2 Enhanced Control Head Main Board - Control Head (PCB: 8466580A01_A) .
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....A-9 APPENDIX B REPLACEMENT PARTS & KITS Servicing MTM800 With Enhanced Control Head Mobile Units ....B-1 Level 1 and Level 2 Maintenance .
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..........B-3 Further Assistance From Motorola .
SCOPE & WARRANTY INFORMATION 1 - 1 CHAPTER 1 SCOPE & WARRANTY INFORMATION SCOPE OF THIS MANUAL This manual is intended for use by trained service technicians familiar with similar types of equip- ment only. It contains information required for the installation of the equipment described and is cur- rent as of the printing date.
MTM800 With Enhanced Control Head Basic Service Manual (English) User Guides 6866539D24 MTM800 With Enhanced Control Head Basic User Guide (EN / DE / FR / ES / NL / AR) 6866539D34 MTM800 With Enhanced Control Head Basic User Guide (EN / RU / IT / PL)
MTM800 With Enhanced Control Head Basic Service Manual (English) User Guides 6866539D24 MTM800 With Enhanced Control Head Basic User Guide (EN / DE / FR / ES / NL / AR) 6866539D34 MTM800 With Enhanced Control Head Basic User Guide (EN / RU / IT / PL)
"return for repair" warranty, a check of the product should be performed prior to shipping the unit back to Motorola. This is to ensure that the product has been correctly programmed or has not been subjected to damage outside the terms of the warranty.
MODEL INFORMATION & ACCESSORIES 2 - 1 CHAPTER 2 MODEL INFORMATION & ACCESSORIES MTM800 Mobile Terminal Model Information This manual applies to the following Mobile Terminal Models Type No. Sales Model No. Short Description Model M80RCS6TZ5AN MT512M MTM800 ENH 410-470 Dash...
MODEL INFORMATION & ACCESSORIES 2 - 3 Accessories-to-Model Chart ACCESSORIES Control Heads Part Number Enhanced Control Head, English Keypad GMWN4298_ Enhanced Control Head, Chinese Keypad GMWN4299_ Enhanced Control Head, Korean Keypad GMWN4300_ Enhanced Control Head, Arabic Keypad GMWN4301_ Enhanced Control Head Bopomofu Keypad GMWN4302_ Enhanced Control Head Cyrillic Keypad GMWN4303_...
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2 - 4 MODEL INFORMATION & ACCESSORIES ACCESSORIES Compact Fist, Mobile Microphone Port RMN5052_ Heavy Duty Fist Microphone, Mobile Microphone Port RMN5053_ Fist Microphone, Water Resistant HMN1089_ Keypad Microphone (Future Release) HMN4079_ Visor Microphone GMMN4065_ Loudspeakers Part Number Loudspeaker, 13W GMSN4066_ Small Loudspeaker, 5W GMSN4078_...
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MODEL INFORMATION & ACCESSORIES 2 - 5 ACCESSORIES Cable 4m Transceiver to Junction Box GMKN4193_ Cable 2m Transceiver to Junction Box GMKN4194_ Power Cables (to Mobile Terminal) Part Number 12V Power Cable to Battery, 3m with Fuse (10A) GKN6270_ 12V Power Cable to Battery, 6m with Fuse (10A) GKN6274_ Ignition Sense Cable, 3m with Fuse (4A) HKN9327_...
(0) and ones (1). This stream is then modu- lated into a radio-frequency (RF) signal, which is transmitted over the air to another MTM800 ENH. The process is called digital modulation.
THEORY OF OPERATION 4 - 1 CHAPTER 4 THEORY OF OPERATION Section Introduction This section provides a block diagram overview of the main Digital/RF Board. This is supplemented by the detailed block diagram and detailed circuit description. This Chapter contains the following sections: Transceiver 450-470MHz Enhanced Control Heads...
THEORY OF OPERATION (TRANSCEIVER) 4.1 - 1 CHAPTER 4.1 THEORY OF OPERATION (TRANSCEIVER) Block Diagram and Overview The main Digital/RF block contains the following five sections: • Receiver Section • Transmitter Section • Frequency Generating Section (Synthesizer) • Controller Section •...
4.1 - 2 THEORY OF OPERATION (TRANSCEIVER) Receiver Section The receiver section includes the following main components: • Antenna Switch • AGC_0 Attenuator • Front End Pre-selector Filter • Low Noise Amplifier (LNA) • AGC_1 Attenuator • Second Pre-selector Filter •...
THEORY OF OPERATION (TRANSCEIVER) 4.1 - 3 Transmitter Section The transmitter incorporates cartesian feedback circuitry to enhance transmitter linearity to reduce power splatter into adjacent channels. The transmitter circuitry comprises the following components: • Modulation digital to analog conversion, performed by: Analog-to-Digital / Digital-to-Analog IC (ADDAG), •...
4.1 - 4 THEORY OF OPERATION (TRANSCEIVER) Frequency Generating Section The frequency generating section comprises the following components: • Reference Oscillator - TCXO • Main Synthesizer - consists of the Main Voltage Controlled Oscillator (VCO) and Low Voltage Fractional-N integrated circuit (LVFRACN). In receive mode, the main synthesizer provides the local oscillator injection to the receiver first mixer.
THEORY OF OPERATION (TRANSCEIVER) 4.1 - 5 Block Diagrams Descriptions The block diagrams descriptions cover Receiver Path, Transmitter Path, Frequency Generation Section, and Controller Section. Receiver Path The received signal (see figure below) from the antenna is directed by the Antenna Switch to the Front End Pre-selector Filter.
4.1 - 6 THEORY OF OPERATION (TRANSCEIVER) • Formats the I and Q data streams into a serial bit stream, which is sent for further processing to the Digital Signal Processor (DSP) (part of the micro controller) over the Synchronous Serial Interface (SSI) data link.
THEORY OF OPERATION (TRANSCEIVER) 4.1 - 7 Frequency Generating Section The frequency generating section comprises the following components (see figure below): • 16.8 MHz TCXO Reference Oscillator. • Main Synthesizer - consists of the Main Voltage Controlled Oscillator (VCO) and Low Voltage Fractional-N (LVFRACN) integrated circuit PLL.
4.1 - 8 THEORY OF OPERATION (TRANSCEIVER) Main Synthesizer The Main Synthesizer consists of the main VCO and LVFRACN PLL IC. The main synthesizer provides the LO signal to the first mixer for down-converting the received signal to the 73.35 MHz first IF frequency and in transmit mode provides the reference frequency for the ESCORT frequency translation loop.
THEORY OF OPERATION (TRANSCEIVER) 4.1 - 9 Controller Section The controller section contains the Patriot Bravo dual core (DSP / RISC) processor and its external memory, the TX and RX audio processing, the serial interfaces and I/O circuitry. The Patriot Bravo controls the receive / transmit frequencies, power levels, Enhanced Control Head display and keypad, serial interfaces, accessories, MMI, and other terminal functions.
4.1 - 10 THEORY OF OPERATION (TRANSCEIVER) Detailed Circuit Description Receiver Path, Detailed Circuit Description For the Receive Path Block Diagram see Figure 4.1-2 on page 4.1-5. Antenna Switch The signal coming from the antenna is routed to the receiver section via the harmonic filter, which is comprised of L5461, L5462, C5461, C5462, C5464 and C5466.
THEORY OF OPERATION (TRANSCEIVER) 4.1 - 11 IF Filter, Amplifier, Dynamic Range Extension The IF signal is routed via IF filter (FL5201) to IF amplifier Q5201. From there it is routed to the Dynamic Range Extension circuitry which comprises Q5101, its bias components, and D5121. This circuitry is required to maintain good receiver linearity over a wide range of incoming signal levels, and prevent clipping of high level signals.
4.1 - 12 THEORY OF OPERATION (TRANSCEIVER) Transmitter Path, Detailed Circuit Description For the Transmit Path Block Diagram see Figure 4.1-3 on page 4.1-6. ADDAG The Analog to Digital/Digital to Analog IC U5810 (ADDAG) receives the modulation waveform as serial data transmitted by the DSP at a 48 kbps rate to the SSI port (ball C7, STD). Data is transmitted as a 16-bit 'I' word followed by a 16-bit 'Q' word.
THEORY OF OPERATION (TRANSCEIVER) 4.1 - 13 variable attenuator and then they are summed with the down-converted I & Q feedback signal. The base-band signal is then amplified and sent to the up-mixer. The up-mixer consists of two mixers, one for the I channel and the other for the Q channel. The split I &...
4.1 - 14 THEORY OF OPERATION (TRANSCEIVER) Frequency Generating Section Detailed Circuit Description For the Frequency Generating Section Block Diagram see Figure 4.1-4 on page 4.1-7. This section describes the generating circuits that supply all the required frequencies for the required transmitter and receiver functions.
THEORY OF OPERATION (TRANSCEIVER) 4.1 - 15 Transmit Frequency Translation Loop The Transmit Frequency Translation Loop comprises the following components: • transmit Voltage Controlled Oscillator (VCO) and • the ESCORT Near Unity Divider (NUD) Phase Locked Loop IC. The operating frequency of Voltage Controlled Oscillator with active element Q5601 is determined by resonator W5601 in conjunction with C5603, C5604, C5606, C5607, L5603, and varactors D5601-5604.
4.1 - 16 THEORY OF OPERATION (TRANSCEIVER) Controller Section For the Controller Section Block Diagram see Figure 4.1-5 on page 4.1-9. This section describes the related circuits as follows: • DC Power Distribution and RESET • Microprocessor and Host Memories •...
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THEORY OF OPERATION (TRANSCEIVER) 4.1 - 17 9V3 Linear Regulator U0301 Regulator U0301 is connected to the 13.2 volts supply voltage via PCB fuse. The output of this regulator is controlled by the ON/OFF circuitry. When any of the signals RTC_ON_SW, ON_OFF_CONTROL_SV, SOFT_TURN_OFF, IGNITION is at high level or EMERGENCY is at low level the regulator is switched on via transistors Q0302, Q0301, Q0303.
4.1 - 18 THEORY OF OPERATION (TRANSCEIVER) 5V_TX Linear Regulator U0304 Regulator U0304 gets its input voltage from the 9.3 volt regulator U0300. The output voltage 5V_TX is fixed to 5 volts and is mainly used in the transmitter section. 3V3_DIG Voltage Follower Q0305 Transistor Q0305 is configured as voltage follower and gets its input voltage from the 5 volt regulator U0303.
THEORY OF OPERATION (TRANSCEIVER) 4.1 - 19 Host Memories Flash Memory The 16MByte FLASH Memory (U1102) located near to the micro-controller contains the terminal's Application Software and the Terminal Code Plug. The Code Plug stores customer related information and terminal parameters. The Patriot Bravo accesses the data via a 24 bit wide address bus (A0-A23), a 16 bit wide data bus (DQ0-DQ15), and 8 control lines (EN_CE, EN_OE, EN_WE, ADV, BURSTCLK, WP, VPP and RESET).
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4.1 - 20 THEORY OF OPERATION (TRANSCEIVER) RS232 and SB9600 Serial Interfaces The configuration of the RS232 and SB9600 serial interfaces depends on the terminal setup. If no expansion head is connected to the terminal, Patriot Bravo module UARTA provides either a 4-wire RS232 or an SB9600 interface on the 20 pin accessory connector J0400.
THEORY OF OPERATION (TRANSCEIVER) 4.1 - 21 Terminal Audio System FL0200 U0206-4 U0201 U0202 U0203 External Mic Internal Mic Tx Audio U0206-2 U0204 Handset Audio U0205 Audio PA Speaker + Speaker - U0206-1 SP Audio RX Audio Figure 4.1-7 Audio Block Diagram The Audio system consists of the following components: •...
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4.1 - 22 THEORY OF OPERATION (TRANSCEIVER) RX Path The receiver feeds the digital output signal via the baseband port (BBP) to the DSP which performs the functions of digital demodulation, ACELP speech de-compression, and audio filtering. After processing, the DSP feeds the signal via the serial audio port (SAP) to the CODEC FL0200. The CODEC converts the digital audio format to an analog signal.
THEORY OF OPERATION (TRANSCEIVER) 4.1 - 23 communicates with the controller via the SPIB bus and the module is activated by SPIB_CS0_UART. Furthermore a 32.768 kHz clock signal from the terminal is provided to the GPS module on J0600. The controller ports SIM UART0 and SIM UART1 are also routed to J0600 in order to provide the signals for a SIM card device.
THEORY OF OPERATION (TRANSCEIVER) GPS Sub Module The MTM800 ENH GPS is based on the Phoenix GAM IC (PGAM), which comprises a custom mixed mode RF-DSP IC in a single chip FBGA package. It is a self contained GPS receiver capable of producing a final position including full tracking and data decode capability.
THEORY OF OPERATION (ENHANCED CONTROL HEADS) 4.2 - 1 CHAPTER 4.2 THEORY OF OPERATION (ENHANCED CONTROL HEADS) This chapter contains the descriptions of the different configurations of the Enhanced Control Head: • Enhanced Control Head in Dash Mount configuration • Enhanced Control Head in Remote Mount configuration Remote Back Head Data Expansion Head Enhanced...
4.2 - 2 THEORY OF OPERATION (ENHANCED CONTROL HEADS) in U515 starts counting. When the output Q12 of U515 goes to HIGH, the output of the D-Flip Flop U509 goes to HIGH and the OMAP is coming out of RESET. In case the error output of U506 goes to LOW, the Flip Flop is cleared and thus the OMAP goes into RESET.
THEORY OF OPERATION (ENHANCED CONTROL HEADS) 4.2 - 3 The internal display controller in the OMAP loads the images into the display. The display module is connected to the main board by the 40 pin connector J201 Keypad The keypad interface of the OMAP can read the keypad matrix (COL5 - COL0 / ROW4 - ROW0) and discover which key has been pressed.
4.2 - 4 THEORY OF OPERATION (ENHANCED CONTROL HEADS) Backlights The PWM output LCD_BL controls the current source Q201 and related circuitry. By this signal the current through the backlight diodes on the display module is determined. The supply voltage for the backlight diodes is the 23V source provided at J201 pin 32.
THEORY OF OPERATION (ENHANCED CONTROL HEADS) 4.2 - 5 Enhanced Control Head in Remote Mount configuration In remote configuration a remote mount back housing is attached to the back of the Enhanced Con- trol Head. It is connected to the Enhanced Control Head main board through J603. A 10 pin Remote Mount cable on P101 connects the Remote Mount Back Housing Board to the radio transceiver with either Expansion Head Enhanced or remote head.
U501. Data Expansion Head Enhanced Overview The Data Expansion Head Enhanced (PMLN4908_) is a hardware interface to the MTM800 TETRA mobile radio. It gives access to the radio via three front side connectors. The following interfaces and protocols are provided:...
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EIA/TIA-232 and V.28/V.24 communications interface. This interface can be fully accessed through the 9-pin D-connector. The circuit comprising ICs U401, U403 and U404 interfaces the MTM800 SPIB bus to an asynchro- nous serial-data communication port RS232 that is the 4-wire RS232 interface (pins 2, 3, 4, 5).
4.2 - 8 THEORY OF OPERATION (ENHANCED CONTROL HEADS) The Expansion PTT signal on the Telco connector is routed though the Expansion Board via Q102 and Q103. This line signals the radio that PTT is coming from the Data Expansion Head Enhanced and the audio paths are routed through the Data Expansion Head Enhanced.
THEORY OF OPERATION (ENHANCED CONTROL HEADS) 4.2 - 9 Enhanced Control Head in Motorcycle configuration When the Enhanced Control Head is used on a motor cycle, it is electrically same as remote mount configuration. The housing of the remote mount back head and the TELCO connector are mechanically modified to meet the IP67 requirement.
PROGRAMMING THE TERMINAL 5 - 1 CHAPTER 5 PROGRAMMING THE TERMINAL Note: For programming the terminal, refer to TETRA Customer Programming Software (CPS) Start-up User Guide, Publication No. 6802974C10_...
6 - 1 CHAPTER 6 TEST SETUP & TESTING Any level 3 repairs can deeply affect the performance of the MTM800 ENH terminal and may cause a new tuning procedure. This tuning procedure can only be applied by certain authorized Motorola W A R N I N G depots where the appropriate TEST&TUNE EQUIPMENT is available.
6 - 2 TEST SETUP & TESTING Test Equipment The table below lists the special test equipment required for servicing TETRA mobile terminals. Table 6-1 Test Equipment Name Part Number Digital Multimeter R1072_ 220V Power Supply R1011_/220V TETRA SVC MON. MOBILES ONLY WADN4161A TETRA SVC MON.
TEST SETUP & TESTING 6 - 3 Test Check List The following table summarises the required test setups. Table 6-2 Test setup Test Name Test Setup Terminal Setup Test Conditions Limits IFR System Control Channel For 450--470MHz Setup and Man- terminal: 2440 ual Test Screen Traffic Channel...
6 - 4 TEST SETUP & TESTING Table 6-2 Test setup Test Name Test Setup Terminal Setup Test Conditions Limits Frequency Error -/+ 100Hz Vector Error Max 10% RMS, Max 30% Peak, Max 5% Residual Digital Duplex RF Gen Level Private Mode -50dBm Test (Tx)
TEST SETUP & TESTING 6 - 5 Configuration of the IFR 2968 System Setup The setup depends on the firmware version of the IFR 2968, the firmware version of the terminal and the customer programming of the terminal. >>The following table should be taken only as an example of how to proceed for setup.<< Perform the following steps to configure the IFR 2968 System Setup with the terminal settings.: 1.
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6 - 6 TEST SETUP & TESTING o. Press the "Return" soft key. p. Verify that channel block 2 to 8 are excluded. q. Press the "Return" soft key. 9. Press the "Control Channel" soft key and enter "2440" for 450-470MHz using the data keys followed by the "Control Channel"...
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TEST SETUP & TESTING 6 - 7 21. Press the “Return” soft key. 22. Press the “Neighbr Cell” soft key. 23. Verify that the following values are displayed: NEIGHBOUR CELL BROADCAST: NOT REQUIRED BROADCAST INTERVAL: NEIGHBOUR CELL CHANNEL: 0000 NEIGHBOUR CELL LOCATION AREA: 00001 NEIGHBOUR CELL IDENTIFIER: SLOW RE-SELECT THRESHOLD:...
6 - 8 TEST SETUP & TESTING Configuration of the IFR 2968 Manual Test Screen The setup depends on the firmware version of the IFR 2968, the firmware version of the terminal and the customer programming of the terminal. The following procedure is only an example.
TEST SETUP & TESTING 6 - 9 RF Tests Receiver Tests Simulate Base Station (registration) 1. Turn the terminal ON When the terminal is in Trunked Mode, continue with step 2. Otherwise perform steps a through c. a. Press "Options" using the Lower (soft) key b.
6 - 10 TEST SETUP & TESTING Note: RSSI results will flash on the screen every few seconds. The display shows: SERV: 0/34348 RSSI: -90 CX: 20 CHQ: 99/E0 Disregard the “SERV”, “CX” and “CHQ” results. Actual RSSI measured =IFR RF Gen Level - Cable insertion loss +/- other stray losses. Range of Actual RSSI measured = -90dBm - XdB (cable) +/- 1 dB.
TEST SETUP & TESTING 6 - 11 - Burst Power Required Results: 33-37dBm. - Timing Error: < 0.25 symbols. - Vector Error: Max 10% RMS, Max 30% Peak, Max 5% Residual. - Frequency Error: +/- 100Hz. Press the “Clear Down” soft key, to proceed with other tests. Call Processing Test Before you start these tests, make sure that terminal and test equipment are configured the same as given in the Transmitter Test.
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6 - 12 TEST SETUP & TESTING 2. Dial a random 4 digit number (eg "9359") using the alphanumeric keys of the termi- nal, press "Calltype" using the Lower (soft) key until "Phone #" is displayed and press the "Send" Key The following results are displayed on the IFR “Manual Test”...
TEST SETUP & TESTING 6 - 13 12. Press the “vector diagram” soft key. 13. View the following: - press “symbol constel” soft key for graphical symbol constellation. - press “rotated vector” soft key to zoom in on the constellation. - press “phase traject”...
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6 - 14 TEST SETUP & TESTING 9. Press any key again. The display shows "Keypad backlight is on". Verify that the key- pad backlight is on. 10. Press any key to start the next test. The display shows "Emergency backlight test" 11.
If fuse F0301 or F0302 or F0303 needs to be replaced use Motorola part No. Switch on the radio and observe the display 6580542Z01 at power up. The radio must completely (see figure on following pages).
MAINTENANCE 7 - 1 CHAPTER 7 MAINTENANCE Introduction This chapter provides details about the following: • Preventive maintenance (inspection and cleaning) • Safe handling of CMOS and LDMOS devices • Pre-baking of Integrated Circuits • Repair procedures and techniques • Disassembly and reassembly of the terminal •...
7 - 2 MAINTENANCE CAUTION: The effects of certain chemicals and their vapors can have harmful results on certain plastics. Avoid using aerosol sprays, tuner cleaners, and other chemicals. C a u t i o n Cleaning External Plastic Surfaces Apply the 0.5% detergent-water solution sparingly with a stiff, non-metallic, short-bristled brush to work all loose dirt away from the terminal.
• Ground the working surface of the service bench to protect the CMOS device. We recommend using the Motorola Static Protection Assembly (part number 0180386A82), which includes a wrist strap, two ground cords, a table mat, and a floor mat.
When damaged parts are replaced, identical parts should be used. If the identical replacement component is not locally available, check the parts list for the proper Motorola part number and order the component from the nearest Motorola Communications parts center listed in the “Piece Parts”...
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MAINTENANCE 7 - 5 Chip Components Use the RLN4062 Hot-Air Repair Station for chip component replacement. Adjust the temperature control to 390 °C (735 °F), and adjust the airflow to a minimum setting. Airflow can vary due to component density. •...
If a reflow procedure takes place close to MS components the whole board must be pre-baked. Table 7-3 List of MTM800 ENH moisture sensitive components Part. No.
When damaged parts are replaced, identical parts should be used. If the identical replacement part is not locally available, check the parts list for the proper Motorola part number and order the part from the nearest Motorola Communications parts center listed in the “SUPPORT CENTRES” section of this manual.
7 - 8 MAINTENANCE Terminal Disassembly and Reassembly - Detailed The procedure to remove and replace a Enhanced Control Head, Top Cover or Transceiver Board is similar for all models of terminal. A typical procedure is therefore shown followed by specific disassembly procedures for Enhanced Control Heads, Remote Head Enhanced and Data Expansion Head Enhanced on terminal models.
MAINTENANCE 7 - 9 Figure 7-2 Flexible Connection Removal Remove the flexible connection from the socket on the Enhanced Control Head board. Top Plastic Cover Removal Insert the dismantling tool in the middle of the terminal assembly side groove as shown in Figure 7-3.
7 - 10 MAINTENANCE Transceiver Board Removal CAUTION: Some terminals are equipped with a GPS module at the left side bottom of the transceiver and/or an additional UCM Board inside the transceiver cover plate, refer to special label at the cover plate (dotted line at the figure below). C a u t i o n There are flex cables installed connecting these boards to the main board.
MAINTENANCE 7 - 11 cable from the mainboard. CAUTION: The thermal pad can act as an adhesive and cause the leads of the heat dissipating devices to be over stressed if the board is lifted too quickly. If the board can't be easily lifted, the chassis must be heated up to 55 degree Celsius. C a u t i o n GPS Cover GPS Cable...
7 - 12 MAINTENANCE Fit the back housing to the Enhanced Control Head. Ensure that the tags on the back housing align with the snap catch grooves on the Enhanced Control Head. Press the back housing into place until it snaps into place. Check that the terminal chassis o-ring seal is undamaged and fitted in the groove on the chas- sis assembly.
MAINTENANCE 7 - 13 Press the dismantling tool until the snap connectors on the side of the back housing release from the Enhanced Control Head. ZWG0130215-O Figure 7-8 Enhanced Control Head Board Removal Remove the board from the Enhanced Control Head front housing by unscrewing the screws using a T10 TORX™...
To Disassemble the Remote Head Enhanced from the Terminal: Remove the Remote Head Enhanced (PMLN4904_) from the Transceiver by inserting the dis- mantling tool (Motorola part number 6686119B01) in the recess between the Remote Head Enhanced and the Transceiver. To minimize cosmetic damage disassemble from the bottom side (label side).
MAINTENANCE 7 - 15 Remote Back Housing Remote Head Enhanced Remote Back Head Figure 7-10 Remote Mount Enhanced Control Head with Remote Head Enhanced Remote Head Enhanced - Reassembly To Reassemble the Remote Front Housing: Connect the flex from the Remote Head Enhanced to the top small connector in the Trans- ceiver.
7 - 16 MAINTENANCE Remove the flex between the remote PCB and Main PCB. Remove the board from the Remote Mount Enhanced Control Head front housing by unscrewing the screws using T10 TORX ad disassemble the encoder switch flex from the socket on the board.
MAINTENANCE 7 - 17 Data Expansion Head Enhanced - Disassembly CAUTION: The terminal must be disconnected from the power supply before commencing any disassembly. The Terminal Installation Manual should be referred to for more detailed information warnings and safety. C a u t i o n To Disassemble the Data Expansion Head Enhanced from the Terminal Remove the Data Expansion Head Enhanced from the transceiver by inserting the dismantling tool (Part No.
7 - 18 MAINTENANCE To Disassemble the Connector Board from Expansion Head Housing Remove the silicon rubber frame Remove the four screws from the connector board. Remove all the protection caps on the front of the expansion head housing. Lift the connector board from the expansion head housing. Data Expansion Head Enhanced - Reassembly To Reassemble the Data Expansion Head Enhanced Insert the connector board into the expansion head housing.
MAINTENANCE 7 - 19 Motorcycle Mount Enhanced Control Head - Disassembly To disassembly the Motorcycle Mount Enhanced Control Head: Unscrew the screws of the Motorcycle Mount Enhanced Control Head trunnion and remove the Motorcycle Mount Enhanced Control Head from the trunnion. Twist and pull out the telco cable from the connector.
The following table lists the service aids recommended for working on the terminal. While all of these items are available from Motorola, most are standard workshop equipment items, and any equivalent item capable of the same performance may be substituted for the item listed.
7 - 21 EXPLODED VIEWS & PARTS LISTS NOTE: For optimum performance, all replacement parts, diodes, transistors and integrated circuits must be ordered by Motorola part numbers. Transceiver - Exploded View and Parts List Figure 7-14 Transceiver Exploded View NOTE: Terminals with special label OPTION BOARD MOUNTED (see dotted lines on figure above) are equipped with an additional board inside the transceiver cover plate.
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7 - 22 MAINTENANCE Table 7-5 Transceiver Parts List Item No. Description Part Number Chassis (item 2 included) 2766532A01 Gasket, Enhanced Control Head 3202620Y01 Main PCB (items 4 - 7 included) refer to Appendix: Service Kits BNC Antenna Connector 0986166B01 Power Connector 0986165B01 Accessory Connector...
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MAINTENANCE 7 - 23 UCM board inside the cover plate Figure 7-15 Location of additional UCM Board inside the Cover Plate CAUTION: There is a flex installed connecting the UCM board to the main board. Take extra care not to tear off the flex when dis-assembling or re-assembling the board from/to the transceiver cover plate or this could damage the UCM board and the main board.
7 - 24 MAINTENANCE Enhanced Control Head - Exploded View and Parts List ZWG0130201-O Figure 7-16 Enhanced Control Head - Exploded View 1 Table 7-6 Enhanced Control Head - Parts List 1 Item No Description Part No GCAI Cover 1515048C01 KeyPad Assy 7571017L01 Head Bridge Assy...
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MAINTENANCE 7 - 25 ZWG0130201-O Figure 7-17 Enhanced Control Head - Exploded View 2 Table 7-7 Enhanced Control Head - Parts List 2 Item No Description Part No Encoder Knob 3616898H01 Gore Port 3205472M02 LCD Module 7271138D01 LCD Rubber Jacket 7516954H01 Emergency Key 3816953H01...
7 - 26 MAINTENANCE Data Expansion Head Enhanced - Exploded View and Parts List Figure 7-18 Data Expansion Head - Exploded View Enhanced Table 7-8 Data Expansion Head - Parts List Enhanced Item No Description Part No Expansion Head Housing 1564290B01 Cover 9 Sub-D 3864326B01...
MAINTENANCE 7 - 27 Remote Mount Enhanced Control Head - Exploded View and Parts List Figure 7-19 Remote Mount Enhanced Control Head - Exploded View Table 7-9 Remote Mount Enhanced Control Head - Parts List Item No. Description Part No. Remote FFC (Main to Remote) 8471921L01 Remote PWA Kit...
7 - 28 MAINTENANCE Remote Mount Configuration - Exploded View and Parts List Remote Mount Cable 10-pin Connector Transceiver Flex Remote Mount Enhanced Control Head 10-pin Remote Head Connector Enhanced Data Expansion Head Enhanced Figure 7-20 Remote Mount Configuration - Exploded View Table 7-10 Associated Components for Remote Mount Configuration Description Part Number...
MAINTENANCE 7 - 29 Motorcycle Mount Enhanced Control Head - Exploded View and Parts List Figure 7-21 Motorcycle Mount Enhanced Control Head - Exploded View Table 7-11 Motorcycle Mount Enhanced Control Head - Parts List Item No. Description Part No. Side Cap Screw 0316960H02 MC Side Cap...
8 - 1 CHAPTER 8 SCHEMATICS, PCBS AND PARTS LISTS Any level 3 repairs can deeply affect the performance of the MTM800 ENH terminal and may cause a new tuning procedure. This tuning procedure can only be applied by certain authorized Motorola W A R N I N G depots where the appropriate TEST&TUNE EQUIPMENT is available.
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8 - 2 SCHEMATICS, PCBs and PARTS LISTS Notes...
8.1 - 20 TRANSCEIVER 450-470MHz: SCHEMATICS, PCBs and PARTS LISTS GPS Sub Module 8466576A01_O / PCB TOP & BOT side GPS sub modul 8466576A01_O Date: Jan/25/2005 PCB TOP VIEW Drawing: Wolfgang Ka/BER, Date: Jan/25/2005...
8.1 - 22 TRANSCEIVER 450-470MHz: SCHEMATICS, PCBs and PARTS LISTS PARTS LISTS Reference Motorola PN Value Reference Motorola PN Value Reference Motorola PN Value C0161 2113945D04 CAP, 0.1uF C0315 2313960F04 CAPP, 33uF C0416 2113944C43 CAP, 82pF Parts on the Mainboard (0166501N85)
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TRANSCEIVER 450-470MHz: SCHEMATICS, PCBs and PARTS LISTS 8.1 - 23 Reference Motorola PN Value Reference Motorola PN Value Reference Motorola PN Value Reference Motorola PN Value C0531 2113944A38 CAP, 82pF C1107 2113944C45 CAP, 100pF C5035 2113944C63 CAP, 1pF C5131 2113945C02 CAP, .01uF...
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8.1 - 24 TRANSCEIVER 450-470MHz: SCHEMATICS, PCBs and PARTS LISTS Reference Motorola PN Value Reference Motorola PN Value Reference Motorola PN Value Reference Motorola PN Value C5181 2113944C32 CAP, 15pF C5314 2113945C02 CAP, .01uF C5415 2113944M25 CAP, 20pF C5502 2113944C01...
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TRANSCEIVER 450-470MHz: SCHEMATICS, PCBs and PARTS LISTS 8.1 - 25 Reference Motorola PN Value Reference Motorola PN Value Reference Motorola PN Value Reference Motorola PN Value C5683 2113944C04 CAP, 330pF C5824 2113944C01 CAP, 180pF D0102 4813978C02 78C02 E1103 2480067M02 BLM21A121S...
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8.1 - 26 TRANSCEIVER 450-470MHz: SCHEMATICS, PCBs and PARTS LISTS Reference Motorola PN Value Reference Motorola PN Value Reference Motorola PN Value Reference Motorola PN Value L5452 2485873L01 IDCTR, 18nH Q0200 4813973A42 DTC144EKA Q5711 4813973A81 UMD3N R0169 0613952J01 RES, 10K...
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TRANSCEIVER 450-470MHz: SCHEMATICS, PCBs and PARTS LISTS 8.1 - 27 Reference Motorola PN Value Reference Motorola PN Value Reference Motorola PN Value Reference Motorola PN Value R0306 0613958D09 RES, 1.21K R0423 0613952G67 RES, 0 R5004 0613952H73 RES, 1K R5104 0613952H71...
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8.1 - 28 TRANSCEIVER 450-470MHz: SCHEMATICS, PCBs and PARTS LISTS Reference Motorola PN Value Reference Motorola PN Value Reference Motorola PN Value Reference Motorola PN Value R5182 0613952G67 RES, 0 R5322 0613952H45 RES, 68 R5542 0613952J17 RES, 47K R5721 0613952H73...
5166534A01 LP2989ILDX-2.8 NOPB and integrated circuits must be ordered by DC,08 NOTPLACED GCAM DUMMY PART NUMBER U0308 5114004A35 NCP301 MOTOROLA part numbers. 2113945D04 CAP CER CHP 100,000PF 25V 0613952G67 CER CHIP RES 0.0 +/-0.050 OHM U0401 5114000B39 74VHC125 NOTPLACED GCAM DUMMY PART NUMBER...
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8.1 - 30 TRANSCEIVER 450-470MHz: SCHEMATICS, PCBs and PARTS LISTS Reference Motorola PN Value 8466576A01 PCB,DAUGHTER, GPS SUB- MODUL 3066541B01 CBL,FLT,.3MMDIA,24COND,UNS HLD,80MML Note: For optimum performance, diodes, transistors and integrated circuits must be ordered by MOTOROLA part numbers.
ENHANCED CONTROL HEADS: SCHEMATICS, PCBs and PARTS LISTS 8.2 - 1 CHAPTER 8.2 ENHANCED CONTROL HEADS: SCHEMATICS, PCBs and PARTS LISTS Enhanced Control Head Data Expansion Head Enhanced Remote Head Enhanced Remote Back Head Enhanced Keypad Board...
8.2 - 4 ENHANCED CONTROL HEADS: SCHEMATICS, PCBs and PARTS LISTS Enhanced Control Head Main Board - Processor Memory Block: Main CPU (PCB: 8466580A01_A)
ENHANCED CONTROL HEADS: SCHEMATICS, PCBs and PARTS LISTS 8.2 - 21 8 6 4 J0103 J0101 J0102 TP0152 TP0151 TP0153 TP0154 TP0155 J0104 PCB/ Data Expansion Head Enhanced Connector Board - Bottom and Top Side (PCB: 8464300B06_A)
8.2 - 30 ENHANCED CONTROL HEADS: SCHEMATICS, PCBs and PARTS LISTS h t i h t i s t l l l u s t l l l u Remote Back Head Enhanced Main Board - IO (PCB: 8466583A01_A)
ENHANCED CONTROL HEADS: SCHEMATICS, PCBs and PARTS LISTS 8.2 - 31 Top View Bottom View PCB/ Enhanced Control Head Keypad Board - Bottom and Top Side (PCB: 8466581A01_A)
ENHANCED CONTROL HEADS: SCHEMATICS, PCBs AND PARTS LISTS 8.2 - 33 Parts List Motorola Motorola Motorola Reference Value Reference Value Reference Value Enhanced Control Head (PCB: 8466580A01) C245 2113945A05 CAP, 470pF C327 2113956B54 CAP, 10uF C525 2113956B54 CAP, 10uF Motorola...
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8.2 - 34 ENHANCED CONTROL HEADS: SCHEMATICS, PCBs AND PARTS LISTS Motorola Motorola Motorola Motorola Reference Value Reference Value Reference Value Reference Value C626 2113944A31 CAP, 33pF M101 NOT PLACED GCAM DUMMY PART Q411 4815272H01 EMD9FT2R R212 0613952R25 RES, 100K...
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ENHANCED CONTROL HEADS: SCHEMATICS, PCBs AND PARTS LISTS 8.2 - 35 Motorola Motorola Motorola Motorola Reference Value Reference Value Reference Value Reference Value R252 NOT PLACED GCAM DUMMY PART R297 0613952Q25 RES, 10 R343 0613952R37 RES, 330K R427 0613952R12 RES, 30K...
8.2 - 36 ENHANCED CONTROL HEADS: SCHEMATICS, PCBs AND PARTS LISTS Motorola Motorola Motorola Motorola Reference Value Reference Value Reference Value Reference Value R540 0613952R01 RES, 10K U210 5114000B39 74VHC125 Y202 NOT PLACED GCAM DUMMY PART C130 NOT PLACED GCAM DUMMY PART...
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ENHANCED CONTROL HEADS: SCHEMATICS, PCBs AND PARTS LISTS 8.2 - 37 Motorola Motorola Motorola Motorola Reference Value Reference Value Reference Value Reference Value C505 2113945C18 CAP .012uF Q604 4813973A13 XSTR,BIP GP SS,PNP,TO- R222 0613952G67 RES 0 R402 0613952J17 RES 47K...
8.2 - 38 ENHANCED CONTROL HEADS: SCHEMATICS, PCBs AND PARTS LISTS Motorola Motorola Motorola Motorola Reference Value Reference Value Reference Value Reference Value U402 4886061B02 RESONATOR,CERAMIC,3.68 C301 2113955E37 CAP 1.0 UF R316 0614033G66 RES 47.5K C216 2113956C37 CAP, 10uF C302...
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ENHANCED CONTROL HEADS: SCHEMATICS, PCBs AND PARTS LISTS 8.2 - 39 Motorola Motorola Motorola Motorola Reference Value Reference Value Reference Value Reference Value C426 2113944A31 CAP 33.0PF Q301 4805921T28 FMG8A R237 0613952Q49 RES 100 R511 0613952Q89 RES 4.7K C427 2113945A05...
0613952H69 RES, 680 Keypad (PCB 8466581A01) Motorola Note: For optimum performance, diodes, transis- Reference Value tors and integrated circuits must be ordered by MOTOROLA part numbers. 4888112M10 DIODE, WHITE LED 4888112M10 DIODE, WHITE LED 4888112M10 DIODE, WHITE LED 4888112M10 DIODE, WHITE LED...
CPS programme. Test Procedures This section explains the procedures required to troubleshoot an MTM800 ENH terminal. Whenever possible the terminal should be tested and tuned using the automatic test system PATS before trou- bleshooting.
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9 - 2 TROUBLESHOOTING IFR2968 Power Supply N-Type 13.2V 5A RF Connector DC Cable RF-Cable Testbox BNC-Type RLN4460 RF Connector To PC RS232 Interface GMCN1019A Figure 9-1 Troubleshooting Setup J0400 Mobile + pole / Power Supply Radio To Radio Accessory Test Set Connector RLN4460...
TROUBLESHOOTING 9 - 3 For RF levels, which should be measured with a 50 Ohm RF probe, you can use the following cir- cuit. To Multimeter To 50 Ohm Input 1000pF RF + DC Signal Figure 9-3 Example for 50 Ohm RF Probe Troubleshooting Flowcharts Use the following flowcharts to troubleshoot the terminal.
9.1 - 2 TROUBLESHOOTING CHARTS: 450-470MHz Main Function Test Chart (Sheet 1) >> Start-up Procedure << Start Start Tetra Com software. Connect the radio's accessory connector to the Tetra Com interface. Connect the radio's antenna connector to the RF input on the IFR Set the power supply to 13.2V and 1A current limit.
TROUBLESHOOTING CHARTS: 450-470MHz 9.1 - 3 Main Function Test Chart (Sheet 2) From Sheet 1 Tetra Com Script for RX Test MODE IDLE Setup IFR to: FREQ RX 405.025 No System, L1TIMER ON RX Test, AVE 10 Generator Frequency 460.025MHz MODE RSSI Generator Level -85dBm Run Tetra Com script for RX test...
9.1 - 4 TROUBLESHOOTING CHARTS: 450-470MHz Controller Troubleshooting (Sheet 1) Failure: No "Radio HW is READY" message on Tetra Com screen 10 sec after the supply voltage has been applied. Communication with PATS failed. Start Disassemble main board from radio chassis. Check main board visually.
TROUBLESHOOTING CHARTS: 450-470MHz 9.1 - 5 Controller Troubleshooting (Sheet 2) From Sheet 1 Before replacing U5331 check components between collector Q0100 and U5331 pin 19, check components between Y5363 and Measure the 16.8MHz U5331 pin 23. and the 32.768kHz signals with a scope 16.8MHz 16.8MHz 5V DC...
9.1 - 6 TROUBLESHOOTING CHARTS: 450-470MHz DC Supply Troubleshooting Failure: No 9.3V DC supply. No Digital DC supply. Start Short accessory connector pins 10 and 9 to switch on the radio. 0V DC at U0301 pin 2 13.2V DC Replace at Base of Q0303 Q0303...
TROUBLESHOOTING CHARTS: 450-470MHz 9.1 - 7 GPIO Troubleshooting By proceeding the GPIO test, the connections as shown in the Troubleshooting Setup (see previous pages) must be set, otherwise the terminal can be damaged. W A R N I N G Failure: PATS parameters HW_CHECK_GPIO failed Start...
9.1 - 8 TROUBLESHOOTING CHARTS: 450-470MHz Receiver Audio Troubleshooting Failure: No audio or low audio level at speaker output or handset audio output. High distortion at speaker output or handset audio output. PATS parameters AUD_LBACK_GAIN or AUD_LBACK_DIST failed. Start Connect the speaker output on the radio's accessory connector via testbox RLN4460B to the audio input on the IFR.
TROUBLESHOOTING CHARTS: 450-470MHz 9.1 - 9 Transmitter Audio Troubleshooting Failure: No audio, low audio level or distortion > 2% at speaker output during transmitter audio test. PATS parameters AUD_LBACK_GAIN or AUD_LBACK_DIST failed Start If receiver audio has not been checked, go to Receiver Audio Chart first. Connect the speaker output on the radio's accessory connector via testbox RLN4460B to the audio input on the IFR.
9.1 - 10 TROUBLESHOOTING CHARTS: 450-470MHz Warping Failure Troubleshooting Failure: PATS parameters WARP_RANGE, WARP_RES, FREQ_ERR or WARP_SP failed Start Tetra Com Script for TX FGU Test Connect the radio's accessory connector to the Tetra Com interface. Connect the radio's antenna connector to the high power RF output TEST_ENTER on the IFR.
TROUBLESHOOTING CHARTS: 450-470MHz 9.1 - 11 RF Power Amplifier Troubleshooting Failure: No or low RF output power. Too high RF output power. PATS parameters ADJ_PWR1-5, ATT_SP1-5, DC_CUR1-5, TX_PWR_F1-5 failed. Start Connect the radio's accessory connector to the Tetra Com Tetra Com Script for TX Power Test interface.
9.1 - 12 TROUBLESHOOTING CHARTS: 450-470MHz PA Bias Failure Troubleshooting Failure: PATS parameters PA_BIAS, BIAS1-3_CUR, BIAS_1-3_SP failed Start Tetra Com Script for PA Bias Test TEST_ENTER DELAY 18 Check for "Radio HW is READY" MODE IDLE Connect the radio's accessory connector to the Tetra Com INTR DIS interface.
TROUBLESHOOTING CHARTS: 450-470MHz 9.1 - 13 JAVELIN Troubleshooting Failure: No or low JAVELIN output signal level. Start Tetra Com Script for TX Power Test TEST_ENTER Connect the radio's accessory connector to the DELAY 18 Tetra Com interface. Check for "Radio HW is READY" Connect the radio's antenna connector to the MODE IDLE high power RF output on the IFR.
9.1 - 14 TROUBLESHOOTING CHARTS: 450-470MHz Receiver Troubleshooting (Sheet 1) Failure: Bit Error Rate @ -114dBm >3.5% RSSI error >+/- 5dB PATS parameter GAIN_OFF_L, GAIN_OFF_H and AGC_SLOPE failed. Start Connect the radio's accessory connector to the Tetra Com interface. Connect the radio's antenna connector to the high power RF output on the IFR.
TROUBLESHOOTING CHARTS: 450-470MHz 9.1 - 15 Receiver Troubleshooting (Sheet 2) level at Q5201 Collector Check transistor about -10dBm and stage Q5201 DC about 3.2V level at Q5101 Collector Check transistor about -2dBm and stage Q5101 DC about 4.4V level at Check components C5127 about between Q5101...
9.1 - 16 TROUBLESHOOTING CHARTS: 450-470MHz Front-End Tuning Troubleshooting Failure: PATS parameters FE_FILTER, FE_DAC, FE_OFFSET failed. Start Tetra Com Script for RX Test Connect the radio's accessory connector to the Tetra Com interface. TEST_ENTER Connect the radio's antenna connector to the high power RF output DELAY 18 on the IFR.
TROUBLESHOOTING CHARTS: 450-470MHz 9.1 - 17 Tx Frequency Generation Troubleshooting Failure: No or low TX LO signal level. TX frequency error greater than 2 kHz or unstable after frequency tuning. Start Tetra Com Script for TX FGU Test Connect the radio's accessory connector to the Tetra Com interface.
9.1 - 18 TROUBLESHOOTING CHARTS: 450-470MHz Main VCO Troubleshooting Failure: VCO signal level at TP5702 < -5dBm Start Connect the radio's accessory connector to the Tetra Com interface. Connect the radio's antenna connector to the high power RF output on the IFR. Connect the 50 ohms RF probe to the low power RF input on the IFR.
TROUBLESHOOTING CHARTS: 450-470MHz 9.1 - 19 Main Synthesizer Troubleshooting Failure: RX injection frequency error greater than 2 kHz or unstable frequency. Main VCO frequency error at TP5702 greater than 2 kHz or unstable frequency after frequency tuning. Start Tetra Com Script for RX Test Connect the radio's accessory connector to the Tetra Com interface.
9.1 - 20 TROUBLESHOOTING CHARTS: 450-470MHz GPS Troubleshooting (Sheet 1) Start Failure: No position fix after 15minutes! Has the GPS Move GPS antenna into an antenna a "clear view" area with a "clear view" to sky. to sky?? Disconnect the GPS cable from the radio and measure the DC voltage applied to the inner conductor of the RF cable.
TROUBLESHOOTING CHARTS: 450-470MHz 9.1 - 21 GPS Troubleshooting (Sheet 2) From Sheet 1 Does TETRACOM 24 pin receive several GPS Open the GPS cover flex cable properly monitor responses from radio and check the 24 pin Re-connect the connected to the main during boot mode (among flex-line cable to the 24 pin flex connector...
CONNECTOR PIN FUNCTIONS A - 1 APPENDIX A CONNECTOR PIN FUNCTIONS CAUTION: The connections shown are not compatible to some other models of Motorola terminals. Check the appropriate accessory or technical manual for further information. REAR VIEW Control Head Interface...
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A - 2 CONNECTOR PIN FUNCTIONS Function Description EXTERNAL SPEAKER - Speaker – and Speaker + (Pin 16) are used to connect an external speaker. The audio PA is a bridge amplifier with a minimum load resistance of 3.2 ohms. EXTERNAL MIC AUDIO External-, Emergency-, or Hot-Microphone;...
CONNECTOR PIN FUNCTIONS A - 3 Transceiver Front - Pin Function 12 Pin Connector ......40 Pin Connector J0550 12 Pin Connector (Flex) .
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A - 4 CONNECTOR PIN FUNCTIONS Function Description Ground MUX_CTRL TBA for future applications. SPIB_CLK Part of the QSPIB MUX_CTRL_1 To detect RS232 or SB9600 Mode (3V SB9600 / 0V RS232) * A+ (via 22Ohms) Continuous battery voltage for sense via 22Ohms. RESET_OUT Reset;...
CONNECTOR PIN FUNCTIONS A - 5 RS232_DTR Data Terminal Ready RS232_CTS Clear To Send RS232_RX RX-Data RS232_RI Ring Indicator OPTION_DET Option Detect; for future applications Regulated 9V3 Not Connected HANDSET AUDIO Handset Audio to earpiece Table A-3 Transceiver Pin Assignment of the Expansion Board Connector (40 pins) *) For Expansion Head Connection only.
A - 6 CONNECTOR PIN FUNCTIONS Remote Head Enhanced - Pin Function Front View CAUTION: a Microphone Connector J302 Figure A-5 View of the Remote Head Enhanced Connector Function Description Audio + Balanced Audio + (Bidirectional) Speaker + Positive output of the radio's audio PA. BUS+ This is used for communication between the radio and an Enhanced Control Head.
CONNECTOR PIN FUNCTIONS A - 7 Data Expansion Head Enhanced - Pin Function Front View CAUTION: a Microphone Connector 1 2 3 7 8 9 10 J302 10-Pin TELCO 25-Pin subD 9-Pin subD Connector Connector Connector Figure A-6 View of the Data Expansion Head Enhanced Connectors Function Description Audio +...
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A - 8 CONNECTOR PIN FUNCTIONS Function Description PC direction Data Carrier Detect Input Received Data Serial IN Transmitted Data Serial OUT Data Terminal Ready Output Ground Ground Data Set Ready Input Request to Send Output Clear to Send Input Ring Indicator Input Table A-7 Pin Assignment of 9 Pin subD Connector of the Data Expansion Head Enhanced...
CONNECTOR PIN FUNCTIONS A - 9 Function Description Internal Mic Audio This input depends on radio programming mode. This microphone sig- nal is independent of the microphone signal on the accessory connec- tor. The nominal input level is 80 mV. The DC impedance is 660 ohms and the AC impedance is 560 ohms.
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A - 10 CONNECTOR PIN FUNCTIONS Figure A-8 Rear View of the Motorcycle Enhanced Control Head Function Description Default GPIO_9 GPIO, open collector, 4.7k to FLT_A+ PU Output: 200mA @ low, Output: Active for duration of 0,5mA @ high Input: high > 2V, low < 0.5V call (car radio mute) GPIO_6 GPIO, open collector, 4k7 to 5V PU Output: 1mA @ low, 0,5mA @...
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CONNECTOR PIN FUNCTIONS A - 11 Function Description Default HANDSET GCAI PIN 3, Handset audio output, VOL ontrolled, AC coupled, min. Parallel to front GCAI RL 150Ohm GCAI PIN 5 GND MIC_REAR_1 GCAI PIN 7 MIC Input 80mVrms Bias 9V= / 600Ohm Disabled GPIO_4 GCAI PIN 9 GPIO open collector, 15k to 3V3 PU, 5V tol.
2 maintenance a transceiver board is replaced. The MTM800 With Enhanced Control Head mobiles are programmed at the factory. They cannot be tuned at the field service level.
Accessory Division (AAD). If no part number is assigned, the part is not normally available from Motorola. If a parts list is not included, this generally means that no user-serviceable parts are avail- able for that kit or assembly.
Accessory Division (AAD). If no part number is assigned, the part is not normally available from Motorola. If a parts list is not included, this generally means that no user-serviceable parts are avail- able for that kit or assembly.
Bosques de Alisos #125 Col. Bosques de las Lomas CP 05120 Mexico DF 5252576700 Piece Parts: To order parts in Latin America and the Caribbean contact your local Motorola CGISS representative. MOTOROLA, INC. Latin American Countries Region 789 International Parkway...
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Some replacement parts, spare parts, and/or product information can be ordered directly. If a complete Motorola part number is assigned to the part, it is available from Motorola. If no part number is assigned, the part is not normally available from Motorola. If the part number is appended with an asterisk, the part is serviceable by Motorola Depot only.
RETROFITTING the GPS and UCM BOARD C - 1 APPENDIX C RETROFITTING the GPS and UCM BOARD Retrofitting the UCM and GPS module should only be done by specially authorized and educated Service Personnel. All operating and safety instructions are to be followed carefully. Note: Refer to chapter 7 MAINTENANCE for dis-assembling and re-assembling the terminal prop- erly.
RETROFITTING the GPS and UCM BOARD GPS Software activation After installing the GPS hardware, a software upgrade for the MTM800 ENH will be necessary. Please refer to the CPS documentation in the Product Information Manual (P/N: 6866537D87) for more details or contact your local Customer Support Centre / see Appendix B - Service Information)
Figure C-3 Location of UCM connector J0450 on the main board UCM Software activation After installing the UCM hardware, a software upgrade for the MTM800 ENH will be necessary. Please refer to the CPS documentation in the Product Information Manual (P/N: 6866537D87) for more details.
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C - 4 RETROFITTING the GPS and UCM BOARD Notes...
Fuse Identification In case of blown fuses during the installation only replace those with identically value. Never insert different values. Fuse for Power Cable GKN6270/GKN6274: 10A (Motorola Part Number: 65C80283E05) Fuse for Ignition Sense Cable HKN9327: 4A (Motorola Part Number: 65C80283E02)
Leitung reduziert. Daraus kann sich eine Verringerung der Leistungsmerkmale des Gerätes ergeben. Sicherungen Sollte während der Installation die Sicherung durchbrennen, darf sie nur durch eine gleichwertige Sicherung ersetzt werden. Sicherung für DC Kabel GKN6270/GKN6274: 10A (Motorola Bestellnummer: 65C80283E05) Sicherung für Ignition Sense Kabel HKN9327: 4A (Motorola Bestellnummer: 65C80283E02)