Motorola MOTOTRBO SYSTEM PLANNER Specifications

M MOTOTRBO™ MTR3000 Base Station/Repeater Product Planner and Ordering Guide September 2010 0

Welcome to the MTR3000 MOTOTRBO™! MTR3000 INTRODUCTION MTR3000 combines the reliability and quality of MTR2000 with the future of communications ~ M

Racks and Cabinets The MTR3000 ships standard in a box without a rack or cabinet. Racks and Cabinets are optional and are available through Afterma

between and out of the modular racks. This rack has 27 rack units available. Refer to Detailed Rack Specifications below for a figure with additional

MTR2000 MOTOTRBO UPGRADE ORDERING MATRIX This matrix provides a quick reference guide to ordering the MTR2000 MOTOTRBO Upgrade. Please reference ECAT

MTR2000 MOTOTRBO UPGRADE ORDERING GUIDE Main Model The following main model must be ordered to upgrade the MTR2000 to a MTR3000 TRBO Base Station/Re

Customer Programming Software (CPS) GMVN5141 CPS Customer Programming Software Customer Programming Software (CPS) is required to program the MTR3

Manuals If a manual is desired order one manual on CD per upgrade. Each CD contains the following: • MTR3000 Installation and User Manual (Includ

Ordering tips • Model Numbers are intuitive; MTR3000 Station = T3000 & MTR2000 MOTOTRBO Upgrade = T2003 • Customer Programming Software (CPS)

• MOTOTRBO System Planner – on CPS GMVN5141 CD and in Resource Center on MOL: MOTOTRBO System Planner • MOTOTRBO IP Site Connect, Capacity Plus and

MTR3000 Serviceability • Repeater diagnostic and control software provides remote or local site monitoring • Easy to replace components with functi

Note: When configured in Digital Mode, MTR3000 can only be used as a repeater. At any given time, MTR3000 either operates as a digital repeater or a

‐ Generates the internal station frequency reference. ‐ Provides control of the front panel status indicators. • The PA FRU amplifies the low leve

MTR3000 Base Station/Repeater Views Figure 1. MTR3000 Base Station/Repeater Front View Figure 2. MTR3000 Base Station/Repeater Front View (Wi

Figure 3. MTR3000 Base Station/Repeater Rear View 14

MTR2000 MOTOTRBO UPGRADE (Non-RTTE countries only) Overview The FRU architecture of the MTR30000 Base Station/Repeater allows the ability to upgrade

MTR2000 MOTOTRBO Upgrade Installation Upgrading an MTR2000 is a simple procedure. Depending on the proficiency of the technician the hardware upgrad

• Preloaded MOTOTRBO SW • TORX screws – T20 bit size required. (Used to assemble the three FRUs to one another) • MTR3000 FCC upgrade label (Use to

Table 3. MTR3000 Station Compatibility MTR3000 Station Compatibility DR3000 Yes MTR2000 Yes (See Table 4) Quantar Yes (Limited analog) GTR 8000 No

i PURPOSE AND SCOPE This document defines the site considerations and ordering instructions for the MTR3000 Base Station/Repeater and the MTR2000 M

MTR2000 vs. MTR3000 COMPARISON The following charts reflect the features and functionality differences between the MTR2000 and the MTR3000. Refer to

MTR2000 vs. MTR3000 Comparison (Continued) Capability MTR2000 MTR3000 Network Interface Ethernet No Yes 4-wire (E&M via GPIO) Yes Yes 4-

The following chart is a detailed analog comparison between the MTR2000 and MTR3000. Table 6. Detailed MTR2000 to MTR3000 Analog Comparison Detaile

Detailed MTR2000 to MTR3000 Analog Comparison (Continued) Detailed Base Station/Repeater Features MTR2000 MTR3000 PL/DPL Types Motorola non-stan

Detailed MTR2000 to MTR3000 Analog Comparison (Continued) Detailed Base Station/Repeater Features MTR2000 MTR3000 Miscellaneous Deviation Contro

Considerations before beginning a migration plan The purpose of an MTR2000 MOTOTRBO upgrade is to allow users to migrate to MOTOTRBO digital without

Note: An Upgraded MTR2000 can be used in analog mode. However, since some analog functionality would be lost in this transition, this application wou

SPECIFICATIONS Specification Definitions Listed alphabetically are the definitions of some of the specifications described above. Information on whe

accomplished by using circulators or isolators. The preferred specification is larger. This specification is especially important at dense sites. 13)

MTR3000 Base Station/Repeater Specifications Table 8. MTR3000 Base Station/Repeater General Specifications Specification All Bands FM and 4FSK Mode

ii TABLE OF CONTENTS PURPOSE AND SCOPE ...

Table 9. MTR3000 Base Station/Repeater Transmitter Specifications Transmitter Specification UHF FM and 4FSK 800/900MHz FM and 4FSK Frequency Range

Table 10. MTR3000 Base Station/Repeater Receiver Specifications Receiver Specification UHF FM and 4FSK 800/900MHz FM and 4FSK Frequency Range 403-47

Power and Energy Consumption The following chart shows the maximum total power consumption for each station to help determine wiring, power, and HVAC

Figure 5. UHF R1 and R2 --- AC Power Consumption Plots UHF Range 1 --- 85VAC rms input0501001502002503003504000 102030405060708090100110Tx Power (wat

Figure 6. UHF R1 and R2 --- AC Current Draw Plots UHF Range 1 --- 85VAC rms input0123450 102030405060708090100110Tx Power (watts)AC Current (amps rm

Figure 7. UHF R1 and R2 --- DC Power Consumption Plots UHF Range 1 --- 25.7VDC input0501001502002503003504000 102030405060708090100110Tx Power (watts

Figure 8. UHF R1 and R2 -DC Current Draw Plots UHF Range 1 --- 25.7VDC input012345678910110 102030405060708090100110Tx Power (watts)DC Current (amps)

Figure 9 - 800/900MHz AC Power Consumption Plots 36

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Figure 10. 800/900MHz – AC Current Draw Plots 38

iiiStatus Indicators & Buttons...70 MTR3

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Figure 11 – 800/900MHz DC Power Consumption Plots 40

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Figure 12 – 800/900MHz DC Current Draw Plots 42

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Transmitter Noise The following table provides detailed information on the noise characteristics of the MTR3000 transmitter. This data is at the powe

STANDARDS MTR3000 meets or exceeds the following standards: Table 14. Standards Standard Description Class or Revision TIA/EIA-603-D Analog FM p

Standards (Continued) Standard Description Class or Revision IEC 61000-4-11 Voltage dips, short interruptions & voltage variations immunity (AC

Altitude Derating The MTR3000 meets full specified specifications from altitudes of -980 to 5900 feet (-300 to 1800 meters) referenced to mean sea le

RFDS OPTIONS The RFDS (radio frequency distribution system) provides interconnect between the base stations/repeaters and antennas. For the transmitt

iv International Power Cables ...97 Mounting Har

Table 15. UHF Duplexer Specifications Parameter Duplexer Spec Limit Typical Notes Frequency range 403-435, 435-470, 470-494 or 494-512 MHz Inse

Duplexer Insertion Loss020406080100120465466467468469470471472473474475476477478479480481Frequency (MHz)Loss (dB)sATsRA Figure 11. UHF Duplexer Plo

X182 Duplexer (800MHz) Table 16 16. UHF 800MHz Duplexer Specifications Parameter Duplexer Spec Limit Typical Notes Tx Frequency range 851MHz –

52

X265 Base Station/Repeater Preselector (UHF) The Base Station/Repeater Preselector provides additional rejection of unwanted signals including the t

Figure 13. UHF Base Station/Repeater Preselector Plots (f=467 MHz) BR Preselector Filter (Passband)0.00.51.01.52.0460465470475Frequency (MHz)Loss (d

X676 External Dual Circulator The external dual circulator option provides 2 additional circulators and a low pass filter in a 2 RU tray. This optio

Table 18. UHF External Dual Circulator Specifications Parameter Limit Typical Notes Operating Frequency Range 403-470 or 470-524 MHz Insertion

X676 (800MHz) The plots & specifications in the figures below include the loss of the low pass filter & cables. Figure ?? External Du

Figure ?? External Dual Circulator Plots (762 - 870 MHz) 58

vLIST OF FIGURES Figure 1. MTR3000 Base Station/Repeater Front View ...13 Figure

Minimum Antenna Isolation For frequencies 403MHz to 470MHz without a RFDS, a minimum of 65dB isolation must be present between the receiver and trans

MODULES Power Supply Module The MTR3000 Power Supply Module accepts an AC or a DC input and generates three output DC voltages to power the station

PS Containment The PS is secured to the station chassis with 6 TORX screws (T20 bit size required). Figure 16. Power Supply Module Performance

Table 20. Power Supply Performance Specifications (DC) DC Performance Specifications Parameter Value or Range Input Voltage Range 21.6 VDC to 32 V

Power Amplifier Module Figure 17. MTR3000 Power Amplifier Module The Power Amplifier (PA) is a forced convection-cooled continuous wave RF power

Power Amplifier Connections There are three electrical connection assemblies on the PA: • Power supply (rear cable harness) • Communications conn

Receiver Module Figure 18. Receiver Module The receiver provides the hardware portion of the receiver functionality for the station

Receiver Basic Electrical Performance Table 23: Receiver Performance Specification Parameter Specification Operational Frequency Range 403-470 M

Exciter Module Figure 19. Exciter Module The Exciter Module (in conjunction with the Power Amplifier Module) provides the transmitter functions

Exciter Basic Electrical Performance Table 24. Exciter Performance Specification Parameter Specification Operational Frequency Range 403-470 MH

vi LIST OF TABLES Table 1. Migration Path Considerations...

Station Control Module Figure 20. Station Control Module The Station Control Module (SCM) performs station management, digital signal processing

Status Indicators & Buttons The diagram below shows the front panel of the SCM. The following tables describe the connectors and LEDs. Figure

MTR3000 Controller Software Controlled LEDs Table 26. Controller Definition and Meaning LED Function Name Color State Condition Off N/A Stati

Wireline Board The Wireline Board is the interface between the MTR3000 base station/repeater and the customer’s phone lines. The

The Wireline board allows for configurable impedance matching to the greater wireline network. Line impedance is generally standardized by country o

DC Remote Control The following table reflects the predefined DC signaling plan the MTR3000 base station/repeater supports: Current Definition TableC

MTR3000 INSTALLATION Rack and Cabinet Installation, Placement & Site Design Site Design There are certain rules which must be followed when des

level. Access to the equipment is through the use of a tool or lock and key, or other means of security, and is controlled by the authority responsibl

Rack Mount Multiple MTR3000 stations can be mounted in an open rack without degradation of specification. To maintain thermal specifications for equi

Analog Radio Interface The analog radio interface at the System (J5) and Aux (J7) backplane connections has extensively changed between that of an M

viiACRONYMS AND ABBREVIATIONS 4FSK Constant Envelope 4-level Frequency Shift Key A Amp AC Alternating Current ARM Advanced RISC (Re

GPIO and Audio Configuration The configuration of the MTR3000 GPIO and audio types for the various controllers noted in the “Analog Radio Interface”

MTR3000 and Upgraded MTR2000 Analog Radio RF Performance Differences An Upgraded MTR2000 and MTR3000 will provide the same RF receiver and transmitt

Table 28. MTR3000 Base Station/Repeater Backplane Connectors Type of Connection Description Connector Type J5 System (User Interface) 96 Pin Eu

Table 29. MTR3000 J7 Aux Backplane Connections The J5 connection on the MTR3000 and Upgraded MTR2000 supports a reduced function set relative to t

POWER SOURCE Block Diagram of AC & DC Flow The MTR3000 Base Station/Repeater can operate from either AC or DC power as its primary power source.

Power Rollback It is important to note that when the Upgraded MTR2000 or MTR3000 is running from a DC source, the maximum RF output power is dependen

Figure 25. 800/900MHz RF Power Out Rollback Curve 800/900MHz Power Rollback Profile32V 30.7V24.7VDC Input0W 21.6V 65W 60W Power Out 100W 85

Number of Battery Cells When AC power is interrupted in a battery revert configuration, a typical 12 cell lead-acid battery (two 6 cell battery packs

For a 120 VAC, 60Hz application, the AC supply breaker should be rated for a continuous current of no less than 15A, with a recommended rating of 20A.

STATION MAINTENANCE & ALIGNMENT Routine Maintenance The station has been designed with state-of-the-art technology and operates under software c

OMAP Open Multimedia Application Platform PA Power Amplifier PIM Passive Intermodulation PL Private Line ppb Parts Per Billion ppm Parts

The CPS install disk contains three CPS applications; CPS, Repeater Diagnostics and Control (RDAC), and Tuner. Each of the three applications contains

The Customer Programming Software (CPS) periodically has new releases available. The most current software release is located on Motorola on line (

MTR3000 ORDERING GUIDE This ordering guide is designed to provide a detailed description of the MTR3000 Base Station/Repeater. Information is provide

MTR3000 Base Station/Repeater Ordering Matrix (Continued) Model/Option Nomenclature Description Optional Select Antenna Relay (Not compatible if ord

MTR3000 Base Station/Repeater Model and Option Descriptions Main Model Description • MTR3000 Base Station/Repeater (T3000A) T3000A is the MTR3000

Station or Repeater mode. The latest version of software is included in the purchase price of the MTR3000. To receive the latest software version refe

Peripheral Options Duplexer The Duplexer allows a single pair of transmit and receive channels to share a common antenna. The duplexer requires 3 r

If a narrow Preselector is required, order X265UL, X265UM, X265UH, X265VL, or X265VH based on the frequency band of the system. The Base Station/Repe

Antenna Relay X371BA provides the option of using the same antenna for receive and transmit, in base station operation only. The X371 will operate

X153AW provides rack mount hardware for the base station/repeater as well as any associated optional/peripheral equipment. It should be selected if th