5464-330 - Ethernet Interface Module

SPECIFICATIONS

Part Number: 5464-330
Manufacturer: Woodward
Function: Ethernet Interface Module
Availability: In Stock
Product Type: Module
Country of Manufacture: United States (USA)

Functional Description

5464-330 is an ethernet interface module developed by Woodward. The MicroNet platform is a versatile and flexible system designed to control various prime movers and their associated processes. It offers a comprehensive range of control functions, including high-speed control, system sequencing, auxiliary system control, surge control, monitoring and alarming, and station control. Whether it's controlling a turbine, engine, compressor, or other prime mover, the MicroNet platform provides a reliable and efficient solution.

Features

• Led Indicators: The module is equipped with LED indicators that offer visual feedback and status information. These indicators help users quickly identify any issues or errors that may occur during operation. They provide a convenient way to monitor the module's status and ensure smooth functioning.
• Mounting Option: Designed to be rack-mountable, offering flexibility in installation. This allows users to easily integrate the module into their existing rack systems, providing a neat and organized setup. Rack-mountability ensures efficient space utilization and simplifies the installation process.

System Overview

• The MicroNet platform is available in different configurations to meet specific application requirements. These configurations include simplex, redundant, and triple modular redundant (TMR) setups. In this manual, we will focus specifically on the TMR-based control configurations. For information on simplex and redundant configurations using the MicroNet Plus CPU, please refer to the MicroNet Plus manual 26166. Additionally, manual 26336 provides detailed information on VxWorks Operating System tools used with the TMR5200 CPU module.
• The core of the MicroNet platform is the MicroNet Operating System, complemented by Woodward's GAPTM Graphical Application Program. Together, they create a powerful control environment that enables precise and efficient control of the prime mover and its associated processes. One of the key features of the MicroNet platform is Woodward's unique rate group structure. This structure ensures that control functions execute deterministically at rate groups defined by the application engineer. Critical control loops can be processed within a fast interval of 5 milliseconds, ensuring responsive and accurate control. Less critical code is typically assigned to slower rate groups, maintaining system stability and preventing the possibility of changing system dynamics.
• The MicroNet platform, with its comprehensive control capabilities, robust operating system, and flexible configuration options, offers a reliable and efficient solution for a wide range of control applications. It empowers engineers and operators to effectively manage and control prime movers and their associated processes, delivering optimal performance and operational excellence.

World of Controls has the most comprehensive selection of GE and Woodward components. Our professionals are available to help you with your requirements at any time. If you require any additional information, please contact WOC immediately.

Frequently Asked Questions

What is 5464-330?
It is an ethernet interface module developed by Woodward.

Where can I find information on simplex and redundant configurations?
For information on simplex and redundant configurations using the MicroNet Plus CPU, please refer to the MicroNet Plus manual 26166.

Is there any specific information about the TMR5200 CPU module?
Yes, manual 26336 provides detailed information on VxWorks Operating System tools used with the TMR5200 CPU module.

What is the core of the MicroNet platform?
The core of the MicroNet platform is the MicroNet Operating System, complemented by Woodward's GAPTM Graphical Application Program. Together, they create a powerful control environment for precise and efficient control of the prime mover and its associated processes.