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General| Brand | Motorola |
|---|---|
| Model | DIMETRA Express |
| Category | Accessories |
| Language | English |
Requirements for DC power source, AC mains, and battery installation.
Information on the high efficiency switch mode Power Supply Unit (PSU) and operating modes.
Typical power loads and heat dissipation values for various MTS configurations.
Specifications for adequate protection from lightning induced transients and grounding methods.
Overview of MTS hardware installation, including cabinet mounting methods and access.
Steps and considerations before performing MTS installation tasks for optimal performance and reliability.
Procedures for installing MTS cabinets, including wall fixing or floor fixing.
Step-by-step procedure for installing the cabinet using mounting brackets.
Step-by-step procedure for mounting the cabinet using a mounting plate.
Steps for connecting electrical cables after mechanical installation.
Procedures for connecting cabinet grounding wires to the junction panel.
Required power supply connections for MTS, including DC and AC inputs.
Details on -48 VDC connectors for power and backup battery charging.
Information on RF antenna connector placement and identification.
Information on integrated and remote GPS module connections.
Two modes of operation for adjacent cells: Synchronized and Non-Synchronized.
Information on Ethernet site link connectors and retrofit kits for enabling functionality.
Procedure to gain Ethernet Site Link functionality from E1 connector on previous MTS 2 Junction Panel.
Procedure to gain Ethernet Site Link functionality from Link1 and Link2 connectors.
Procedure to gain Ethernet Site Link functionality from E1 and AUX connectors.
Procedure to gain Ethernet Site Link functionality from E1 and AUX connectors on previous MTS 4 Junction Panel.
Procedure to gain Ethernet Site Link functionality from Link1 and Link2 connectors on newer MTS 4 Junction Panel.
Procedures to ensure proper operation of the MTS after installation.
Procedure for powering up the MTS safely and monitoring PSU indicators.
List of recommended tools, parts, and test equipment for installation.
List of recommended tools, including safety precautions for electrical shock.
List of recommended test equipment for installation procedures.
Refers to connections between Junction Panel and Power Supply Unit for AC and DC power.
Cabling procedures for user alarms, X.21, RGPS, and GPS connections.
Cabling procedures for E1 and Ethernet connections.
Procedures for connecting Ethernet Site Links.
Cable connections among antenna connectors, RFDS, and Base Radios.
Cabling procedures for CAN Bus connections.
Steps to perform before proceeding with MTS configuration and testing.
Information on Man Machine Interface commands and MTS operating modes.
Procedure for logging into the Site Controller application via serial connection.
Procedure for logging into the Base Radio application via serial connection.
Procedures for logging into the Test Application for BR-Arch-1 and BR-Arch-2.
List of recommended test equipment for cabinet procedures.
Information on CAN Bus interconnectivity, configuration, and diagnosis.
Procedures to verify operation within the Site Controller.
Procedures for verifying Site Controller configuration and operation.
Test for E1 connection between Site Controller and CNE core router.
Test for X.21 connection to a Network Terminating Unit (NTU).
Checking the SRI status and GPS Receiver status.
Procedures to ensure Base Radio is up and running.
Verifying Base Radio LED conditions during startup.
Assigning position identifier and selecting receivers for Base Radio.
Procedure to program position and IP address using the cccp command.
Enabling or disabling individual receivers for Base Radio.
Procedure to check and change BR parameters in BR-Arch-1.
Corrective actions for missing or bad parameters in BR-Arch-1 receiver configuration.
Procedure to configure Base Radio VSWR for BR-Arch-1.
Command to configure DPM and ATCC mapping to Base Radios.
Methods to verify transmit and receive operations after Base Radio module installation.
Procedure to verify Base Radio software revision.
Procedures to verify proper operation of the transmit path.
Procedure to verify transmitter output power and frequency.
Procedure to verify Base Radio receiver path and Bit Error Rate.
Steps to set up equipment for receiver verification and tuning.
Procedure to verify Base Radio receiver path and record results.
Procedure to verify and tune receiver RSSI levels.
Procedure for tuning RSSI levels in high power settings for BR-Arch-2.
Describes CAN Bus interconnectivity, connectors, and termination.
Theory of operation for the Site Controller module, including GPS functionality.
Provides reliable digital communication capabilities for Base Radios.
Information on Power Supply Units (PSUs) and their configurations.
Controls resources within the MTS, including frequency/slot assignment and GPS module.
Information on indicators, switches, and connectors of the Site Controller.
Details of the Site Controller's front panel components.
Description of Site Controller front panel LED indicators and their meanings.
Provides a common communication bus between RFDS, PSU, and Site Controller.
Procedure to update the CAN Bus mapping list with new unit TrackIDs.
Theory of operation for the integrated GPS module and its functions.
Step-by-step procedure for replacing the Site Controller lithium battery.
Explains the function and modes of operation of the XHUB Controller.
Information on the XHUB Controller's indicators, switches, and connectors.
Description of XHUB Controller front panel LED indicators and their meanings.
Step-by-step procedure for replacing the XHUB Controller.
Provides an overview of the Base Radio and its functions.
Explains the subcomponents and operation of the Base Radio.
Information on Base Radio front panel indicators and connectors.
Procedures for removing and reinstalling the Base Radio module.
Precautions to prevent damage from static discharge when servicing Base Radio.
Procedures for removing and reinstalling the Base Radio module.
Step-by-step procedure for removing the Base Radio module.
Step-by-step procedure for reinstalling the Base Radio module.
Explains the theory of operation for the Power Supply Unit (PSU).
Details monitoring, alarms, and controls available through the PSU CAN Bus interface.
Shows positions of indicators, switches, and connectors on the PSU front panel.
Lists and describes the PSU LED indicators and their meanings.
Procedures for replacing the Power Supply Unit.
Step-by-step procedure for removing the PSU.
Procedure for replacing cooling fans.
Troubleshooting steps for the Site Controller.
Diagnosis of GPS and Site Reference faults using status sri command.
Detailed troubleshooting information for GPS receivers.
Steps to troubleshoot Site Link interface faults.
Guide to isolate Base Radio failures and troubleshoot RFDS issues.
Procedures to isolate Base Radio failures to the module level.
Procedures to troubleshoot reported or suspected equipment malfunctions.
Procedure to replace suspected modules with non-defective ones.
Technical requirements, safety, EMC, and dimensions for PSUs.
