IC695CPU310 Product datasheet 

IC695CPU310 Functional Description   

The IC695CPU310 PLC controller General Electric is a high-performance Programmable Automation Controller (PAC) within the PACSystems RX3i family, designed for demanding industrial automation tasks. It represents a significant advancement in processing power, built around a robust 300 MHz Intel Celeron M microprocessor that enables exceptionally fast logic execution, processing 1000 Boolean instructions in just 0.195 ms. This computational muscle is supported by a substantial memory configuration, featuring 10 MB of user memory and an equal 10 MB of non-volatile memory, providing ample space for complex control algorithms and data handling.

The architecture of the Central Processing Unit IC695CPU310 ensures seamless integration and high-speed data exchange, primarily through its compatibility with universal backplanes like the IC695CHS016 and IC695CHS012. Connection is established via a high-speed PCI interface, which facilitates rapid communication across all modules in the rack. A key feature of the GE PACSystems RX3i CPU 300Mhz two serial port IC695CPU310 is its strong support for system migration, offering backward compatibility with legacy Series 90-30 I/O modules, thereby protecting existing investments and simplifying upgrades for established automation systems.

For programming and connectivity, the General Electric IC695CPU310 PLC module offers extensive flexibility. It fully supports standard IEC 61131-3 languages, including Ladder Logic, Function Block Diagram, and Structured Text, catering to diverse engineering preferences. The CPU is equipped with integrated RS-232 and RS-485 serial ports, supporting protocols like Modbus RTU slave. Furthermore, when paired with an appropriate Ethernet module, the General Electric IC695CPU310 enables sophisticated network communications and time synchronization via SNTP, ensuring precise coordination across the control system.

In summary, the IC695CPU310 GE PACSystem RX3i Processor module stands out as a powerful and versatile processing core, engineered to meet the challenges of modern industrial applications. Its combination of high-speed processing, substantial memory, and comprehensive communication options makes it an ideal solution for implementing complex and reliable automation strategies where performance and integration are critical.