5466-355 Woodward Remote Transceiver Interface Module

In stock
Manufacturer:
Woodward
Product No.:
5466-355
Condition:
In Stock
Product Type:
Remote Transceiver Interface Module
Product Origin:
USA
Weight:
800g
Shipping port:
Xiamen
Warranty:
12 months

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We offer a wide range of in-stock industrial automation spare parts. All products come with a 12-month warranty and a 30-day refund for quality issues.

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Features

  • Bus Receiver/Driver: Communicates with the VME bus to exchange control, data, and address information.
  • Parallel Interface: High-speed, differential line drivers operating at the VME transmission rate.
  • Cable Interface: 100-pin metal shell Micro-D connector.
  • Installation Slots: Main Transceiver modules can be installed in any slot within the Main Chassis based on requirements.

Component Installation

  • Module Positioning: Install the Remote XCVR module in Slot 1 of each expansion chassis.
  • Termination Resistors: Use the Remote XCVR module without termination resistors for all expansion chassis, except for the last one in the chain. For the final expansion chassis, use the module with termination resistors.
  • Switches and LEDs: The Remote XCVR module has no switches or LEDs.
  • Troubleshooting: If the module is not functioning properly, check the cable connections. If issues persist, replace the cables and, if necessary, the module itself.

Transceiver Accessories Installation

  • Expansion Chassis and Termination Resistors: Install modules without termination resistors in Slot 1 of each expansion chassis, excluding the last one. The final expansion chassis should have the module with termination resistors in Slot 1 to prevent signal distortion.
  • T-Module Mounting and Cabling: Position T-Modules adjacent to all expansion chassis, excluding the last one, using three-foot (0.9 m) cables for connection.
  • Cable Length Recommendations: Use ten-foot (3 m) cables for connections from the Main Chassis, between the last Expansion Chassis, and between T-Modules to maintain optimal signal integrity over longer distances.