Woodward 5466-256 Micronet Field Termination Discrete I/O Module

Manufacturer:Woodward INC

Model Number:5466-256

Product Type:Micronet Module

Sub-Type:Field Termination Discrete I/O

Module Capacity:48 Input, 24 Output

Processor:Motorola MPC5200

Power Consumption:24 VDC

Channel Relays:16 Channels or 32 Channels

Isolation Voltage:500 VDC to Earth Ground, 1000 VDC to Control Common

Input Type:Galvanically Isolated

Weight:1.1 kg

    Experience unparalleled performance with the Woodward 5466-256 Micronet Module, a cutting-edge field termination discrete I/O solution designed for industrial control systems. Engineered with precision, this module ensures robust connectivity and exceptional data handling capabilities, making it indispensable for modern industrial environments.

    Equipped with a Motorola MPC5200 processor, the module delivers high-speed operations and enhanced computational power, ensuring reliable system performance under demanding conditions. The galvanically isolated input type further enhances safety and prevents ground loops, contributing to a stable operational environment.

    Featuring 16 or 32 channels, this module caters to diverse application requirements, offering flexibility in configuring your control system. Whether you’re managing complex processes or simple automation tasks, the Woodward 5466-256 Micronet Module provides the scalability and adaptability needed for your industrial needs.

    Designed with ease of installation in mind, this module simplifies the setup process with its intuitive field termination design. The 24 VDC power consumption ensures compatibility with standard industrial power supplies, while the included manual (26167V1) provides comprehensive guidance for optimal usage.

    Built to withstand harsh industrial environments, the Woodward 5466-256 Micronet Module boasts high isolation voltage ratings, safeguarding against electrical interference and ensuring uninterrupted operation. Its robust construction and adherence to rigorous quality standards make it a preferred choice for critical industrial applications.