WOODWARD PLC Module, 5466-253, Analog I/O Module
The WOODWARD PLC 5466-253 Analog I/O Module is a precision control component designed for industrial automation, featuring high reliability and accuracy in data acquisition and control applications.
The WOODWARD PLC 5466-253 Analog I/O Module is a precision control component designed for industrial automation, featuring high reliability and accuracy in data acquisition and control applications.
Product Type:Analog I/O Module
Manufacturer:WOODWARD INC
Model:5466-253
Weight:0.8 kg
Input Type:Galvanically Isolated
CPU:CPU5200
Manual:26167V1
Isolation Voltage:500 VDC to Earth Ground, 1000 VDC to Control Common
Engineered with precision and reliability, the WOODWARD PLC Series, 5466-253 Analog I/O Module is a key component for advanced industrial automation systems. This module boasts high-quality analog input and output functionalities, enabling seamless integration into complex control systems.
Featuring a robust, lightweight design, it ensures optimal performance in various operational environments. Its galvanically isolated input type enhances safety and reduces interference, making it suitable for critical applications where precision and accuracy are paramount.
With its CPU5200, this module offers a powerful processing core capable of handling demanding tasks efficiently. The inclusion of the 26167V1 manual provides detailed guidelines for installation, operation, and maintenance, ensuring smooth integration and operation within existing systems.
The 5466-253 Analog I/O Module supports isolation voltage up to 500 VDC to Earth Ground and 1000 VDC to Control Common, which is crucial for preventing electrical hazards and ensuring the longevity of your automation system.
Its compatibility with Coder 5.03 or greater ensures easy configuration and updates, allowing you to leverage advanced programming capabilities to customize your control solutions according to specific needs.
The WOODWARD PLC 5466-253 Analog I/O Module is a precision control component designed for industrial automation, featuring high reliability and accuracy in data acquisition and control applications.