GE WDP3318 Industrial Control Module
The GE WDP3318 is an advanced industrial control module designed for seamless integration into complex manufacturing systems, enhancing operational efficiency and precision.
The GE WDP3318 is an advanced industrial control module designed for seamless integration into complex manufacturing systems, enhancing operational efficiency and precision.
Manufacturer:GE
Model Number:WDP3318
Module Type:High-Performance Control Module
Operating Temperature Range:-20°C to +70°C
Power Consumption:15W (Max)
Communication Interface:Ethernet/IP, Modbus TCP
Processing Speed:3 GHz
Memory:1 GB RAM, 16 GB SSD
Input/Output Count:16 I/O Channels
Operating System:GE Intelligent Platforms VxWorks
The GE WDP3318 Industrial Control Module is engineered for unparalleled performance in the most demanding industrial settings. It seamlessly integrates into complex automation systems, delivering exceptional control accuracy and operational efficiency.
Crafted from high-grade materials, this module ensures durability and reliability under extreme conditions. Its robust design withstands fluctuations in temperature and humidity without compromising functionality.
Equipped with advanced communication protocols, the WDP3318 facilitates seamless data exchange with other system components. This enhances monitoring capabilities and enables real-time adjustments for optimal system performance.
Our commitment to innovation is reflected in the WDP3318’s cutting-edge features. It supports a wide range of input voltage, ensuring compatibility with various power sources. The quick response time minimizes delays in critical processes, contributing to increased productivity.
With its compact size and efficient power management, the GE WDP3318 Industrial Control Module optimizes space utilization in your automation setup. It’s an ideal choice for manufacturers seeking to enhance their production lines with state-of-the-art technology.
The GE WDP3318 is an advanced industrial control module designed for seamless integration into complex manufacturing systems, enhancing operational efficiency and precision.