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Frequency | 902-928 MHz |
---|---|
Antenna Type | Integrated |
Power Supply | 12 VDC |
Operating Temperature | -30°C to +60°C |
Interface | RS-232, Wiegand |
General description of the AWID LR-3000 reader, its features, and suggested applications.
Technical specifications for the LR-3000 reader including input voltage, current, read distance, frequency, housing, and environment.
Details factors for selecting the optimal reader location, considering environment, lane characteristics, and system components.
Covers environmental considerations, lane layout, vehicle types, and accessories for installation planning.
Guidelines and best practices for preparing for the LR-3000 reader installation, including wiring considerations.
Provides instructions for mounting and wiring the LR-3000 reader, focusing on the Wiegand interface.
Guidelines for installing credentials on vehicles to ensure optimal read range and performance.
Describes optimal mounting locations and usage for various vehicle-mounted RFID credentials like windshield and mirror tags.
Provides instructions on how to use and present hand-held RFID credentials such as cards and key tags to the reader.
Step-by-step guide for bench-testing the LR-3000 reader and credentials to ensure proper functionality before installation.
Outlines a systematic approach to troubleshooting issues with the LR-3000 reader and system components.
Lists the AWID products and required/desirable tools for installation and testing procedures.
Details specifications and best practices for running cables between the reader, panel, and power supply.
Explains wiring procedures for the LR-3000 reader, highlighting differences and best practices for connections.
Addresses grounding requirements for the LR-3000 reader, emphasizing floating grounds and shield connections.
Describes methods for testing the Wiegand and RS-232 data outputs of the LR-3000 reader.
Guides on how to bench-test the reader's integration with a host application system for proper data flow.
Explains isolation as a troubleshooting technique to separate components and identify faults.
Suggests methods for replacing or substituting components to diagnose and resolve system problems.
Provides guidance on troubleshooting issues related to environmental factors like RF noise and interference.
Details how to troubleshoot issues related to the host system's interaction with the reader and data processing.
Discusses potential performance issues with metalized windshields and methods to mitigate them.
Offers specific pointers and tips for installation, maintenance, and testing of the reader system.
Lists and explains the tools and techniques necessary for effective testing and troubleshooting of the system.
Defines key terms and concepts used throughout the LR-3000 Installation & Owner's Manual for clarity.