• 5466-258   Discrete I/O module   Supports multiple communication interfaces
  • 5466-258   Discrete I/O module   Supports multiple communication interfaces
  • 5466-258   Discrete I/O module   Supports multiple communication interfaces
  • 5466-258   Discrete I/O module   Supports multiple communication interfaces
  • 5466-258   Discrete I/O module   Supports multiple communication interfaces
  • 5466-258   Discrete I/O module   Supports multiple communication interfaces

5466-258 Discrete I/O module Supports multiple communication interfaces

No.5466-258
5466-258 The module is primarily used to provide a stable, reliable power supply to various components and equipment in Woodward control systems. This ensures the proper operation of all parts of the system and optimizes overall performance.
  • 5466-258   Discrete I/O module   Supports multiple communication interfaces
  • 5466-258   Discrete I/O module   Supports multiple communication interfaces
  • 5466-258   Discrete I/O module   Supports multiple communication interfaces
Desciption
The functions and features of Woodward 5466-258 are mainly reflected in the following aspects:

Features:

Power Supply: This module is primarily used to provide a stable, reliable power supply to various components and equipment in the Woodward control system. This ensures the proper operation of all parts of the system and optimizes overall performance.
Discrete I/O functionality: As a discrete I/O module, it provides digital input and output capabilities. Digital inputs are used to receive discrete signals (such as switch status, sensor status, etc.), while digital outputs are used to control discrete devices (such as relays, solenoid valves, etc.).
Efficient control: This module supports efficient closed-loop control to ensure the stability and accuracy of automated processes.
Features:

Wide range of applications: Due to its stability and reliability, the Woodward 5466-258 is widely used in industrial control systems, electric power generation equipment, Marine control systems, turbine control, and other applications that require accurate control and stability of power supplies.


Multiple specifications and configurations: The module usually has a variety of features and specifications, including input voltage range, output voltage, current capacity, overload protection, voltage stability, etc., to suit different system requirements. In addition, users can configure and monitor its performance as needed.
High reliability: In order to ensure continuous and stable operation in industrial automation systems, such modules are usually designed for high reliability.
Communication interface: It may support a variety of communication interfaces, such as Modbus, Profibus, DeviceNet, etc., which enables the module to exchange data with PLC, DCS or other upper control systems, enhancing the flexibility and scalability of the system..

The characteristics of Woodward 5466-258 module are mainly reflected in the following aspects:

Stable and reliable power supply: The main function of this module is to provide a stable and reliable power supply to various components and equipment in the Woodward control system to ensure the normal operation of each part of the system and optimize the overall performance.
Flexible configuration: The Woodward 5466-258 module is available in two configurations, one of which consists of two 24/12 discrete FTMS connected to the module via high-density discrete/analog cables. This flexibility allows modules to adapt to different system requirements and application scenarios.
Wide range of applications: Due to its stability and reliability, the module is widely used in industrial control systems, electric power generation equipment, Marine control systems, turbine control, and other applications requiring accurate control and stabilization of power supplies.
High degree of integration: The Woodward 5466-258 module is used with Verti-Pro chassis, can be used as part of a simplex or redundant system, and is suitable for any chassis module, whether it has 8 slots or 14 slots. This high degree of integration makes the module easy to integrate and deploy in complex industrial systems.
Safety: The module is designed and manufactured with safety in mind, ensuring safe and reliable use in specific locations, such as non-hazardous or within Class I 2 Zones A, B, C and D.