The GE FANUC 531X135PRGAAM3 is a programmable logic controller module designed for high-speed, reliable automation control systems, ensuring efficient operation in diverse industrial applications.
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The GE FANUC 531X135PRGAAM3 is a programmable logic controller module designed for high-speed, reliable automation control systems, ensuring efficient operation in diverse industrial applications.
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Product Type:PLC Module
Model Number:531X135PRGAAM3
Manufacturer:General Electric
Series:Fanuc
Application Area:Industrial Automation
Interface Type:RS-485
Operating Voltage:24V DC
Operating Temperature Range:-10°C to +55°C
Memory Size:128K Words
Programming Language:Ladder Diagram
Dimensions:100mm x 60mm x 25mm
Weight:0.2kg
Unleash the power of precision control with the GE FANUC 531X135PRGAAM3 Programmable Logic Controller Module. Engineered for industrial strength and efficiency, this module boasts a compact design that seamlessly integrates into your existing automation systems. With its robust processing capabilities, it ensures smooth operation under demanding conditions.
Featuring versatile communication interfaces such as RS-232, RS-485, and Ethernet, the 531X135PRGAAM3 facilitates seamless connectivity with other devices in your system, enhancing operational flexibility and productivity.
Benefit from a generous 64KB user program memory, providing ample space for programming and customization to meet specific application requirements. Whether you’re controlling complex machinery or managing intricate processes, this module delivers unparalleled performance.
The GE FANUC 531X135PRGAAM3 is designed to withstand extreme environmental conditions. Its wide operating temperature range (-20°C to +60°C) and storage range (-40°C to +70°C) make it suitable for deployment in various industrial settings, ensuring reliability in diverse climates.
Experience enhanced control and efficiency with the GE FANUC 531X135PRGAAM3. Its intuitive design, combined with advanced features, makes it an indispensable tool for optimizing your automation processes and driving productivity forward.
