Part of the Schneider Modicon Quantum automation platform, the 140CPU43412A processor is engineered for demanding industrial control applications. This processor leverages an 80486 architecture operating at 66 MHz, providing the computational power necessary for complex logic and data management within automated systems. It is designed to integrate seamlessly into existing Modicon Quantum racks, offering a robust solution for process control and machine automation.

Technical details

• Processor Architecture: 80486
• Clock Frequency: 66 MHz
• Memory: Supports substantial program and data memory for complex applications. (Specific memory size requires datasheet verification.)
• Modicon Quantum Series Compatibility: Designed for use with the Modicon Quantum I/O modules and backplane.
• Communication Capabilities: Supports standard industrial communication protocols for integration into SCADA and HMI systems. (Specific protocols require datasheet verification.)
• Power Requirements: Operates within the standard voltage range for Modicon Quantum processors. (Specific voltage and current draw require datasheet verification.)
• Environmental Rating: Built for industrial environments, offering durability and reliability. (Specific IP rating and operating temperature range require datasheet verification.)
• Programming Environment: Compatible with Schneider Electric's Modicon programming software.

Applications & compatibility

The Schneider Modicon Quantum 140CPU43412A processor is commonly deployed in discrete manufacturing, process control, and material handling systems. It is well-suited for applications such as assembly lines, packaging machinery, water treatment plants, and complex machine control where reliable and efficient automation is critical.

Available from Industrial Automation Co as new, refurbished, or surplus stock, backed by a 2-year warranty with same-day shipping on in-stock items. Request a quote for the 140CPU43412A or contact our technical team for cross-reference assistance with compatible Modicon Quantum components.