Woodward 5466-1050 Discrete Input Module

Power Consumption:12 VDC

Channel Capacity:16 Channels

Isolation Voltage:500 VDC to Earth Ground

Input Type:Opto-isolated

CPU:Processor 5200

Operating Temperature Range:-40°C to +85°C

    Engineered for unparalleled reliability and efficiency, the Woodward 5466-1050 Discrete Input Module is a cornerstone in modern industrial automation systems. Its galvanically isolated inputs ensure protection against electrical noise and interference, making it ideal for environments where high precision and robustness are paramount.

    Featuring a comprehensive array of up to 32 discrete input channels, this module provides unparalleled flexibility for monitoring a wide range of mechanical switches, sensors, and other critical signals in industrial machinery. Its compatibility with MicroNet Plus communication protocol facilitates seamless integration into existing network infrastructures, enhancing system interoperability and reducing installation complexities.

    Designed with a rugged, panel-mountable form factor, the 5466-1050 is engineered to withstand harsh industrial conditions. It operates within a temperature range of -40°C to +85°C, ensuring reliable performance across various operational scenarios. The module’s durable construction and IP65-rated housing provide excellent protection against dust and water ingress, guaranteeing longevity and maintenance-free operation in demanding environments.

    With its advanced CPU5200 processing core, the Woodward 5466-1050 Discrete Input Module offers fast response times and sophisticated diagnostic capabilities. This ensures accurate signal interpretation and timely decision-making, crucial for maintaining optimal process efficiency and safety standards in manufacturing lines and production facilities.

    For applications requiring high-density input management, the 5466-1050 is an unmatched solution. It simplifies complex control strategies by consolidating multiple input sources into a single, manageable unit, streamlining system architecture and reducing costs associated with hardware deployment and maintenance.