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Technology | TETRA |
---|---|
Channel Spacing | 25 kHz |
Operating Temperature | -30°C to +60°C |
Frequency Range | 806-870 MHz |
Battery Life | Not applicable (stationary device) |
Provides an overview of the MTS, its functions, and system infrastructure interfaces.
Details the components that comprise the MTS 2, including cabinet, panels, and modules.
Details the components that comprise the MTS 4, including cabinet, panels, card cages, and modules.
Details the components of the Expansion Cabinet, including cabinet, panels, card cages, and modules.
Provides an overview of available modules and their subcomponents within the MTS.
Covers planning to prevent interference and maximize performance, including site survey details.
Details cabinet dimensions, installation clearances, and site layout recommendations.
Discusses antenna considerations like RF and GPS, and network interface needs like X.21/E1.
Details environmental factors like temperature, humidity, corrosive environments, and air quality.
Covers electrical requirements, wiring codes, and grounding procedures for the MTS site.
Covers installation methods and pre-installation checks.
Details cabinet transportation, safety considerations, and installation procedures.
Describes electrical connections, including grounding, power supply, and antenna connections.
Details DC and AC power connections, including backup battery and sensor connections.
Covers RF antenna, expansion cabinet, and GPS connections.
Describes connections between Site Controllers and XHUB Controllers.
Details CAN Bus cabling and RX connection configurations.
Explains Site Reference operation modes and tracking criteria for GPS initialization.
Provides details on cabling for X.21, E1, and Ethernet Site Link interfaces.
Covers final check-out setup and cabinet power-up procedures.
Lists recommended tools, test equipment, and parts for installation.
Details AC and DC power cabling between Junction Panel, Power Supply Unit, and other modules.
Details RF cable connections among antenna connectors, RFDS, and Base Radios.
Guides on replacing the Site Controller FRU and managing its software and configuration.
Covers hardware pre-checks, configuration files, Ethernet ports, and SC IDs.
Details Base Radio startup, position, IP, receiver configuration, and software verification.
Provides steps for replacing the XHUB Controller Field Replaceable Unit (FRU).
Outlines the procedure for replacing a Base Radio module, including removal and reinstallation.
Provides the procedure for replacing the Power Supply Unit (PSU) Field Replaceable Unit (FRU).
Covers troubleshooting using LEDs, MMI status, and fault indications for the Site Controller.
Addresses troubleshooting for Base Radio, RFDS, and other miscellaneous issues.