GE Fanuc’s IC695CMU310 module, as the CPU of RX3i PacSystems Max-ON series and hot spare redundant CPU, has attracted much attention in the field of industrial automation for its high performance and reliability. This single-slot CPU module, designed for data communication over a private Ethernet LAN, must be used with the RX3i universal backplane, Ethernet module, 90-30 Series expansion backplane, PacSystems equipment, and Max-On software to build a complete RX3i system application.
The IC695CMU310 module is equipped with up to 10 MB of battery-operated RAM as program storage, ensuring data security and reliability for critical applications. Its typical Boolean execution speed reaches 0.195 milliseconds per 100 Boolean contacts or coils, significantly increasing processing efficiency. In addition, the module provides two embedded serial communication ports, including RS-232 and RS-485, as well as the flexibility to support Modbus RTU slave, SNP and serial I/O protocols.
In terms of electrical design, the IC695CMU310 is PCI 2.2 compliant and meets the stringent requirements of industrial grade. It has processing power of up to 512 blocks, supports reference table mass memory access, and 10 MB of non-volatile flash user memory. The function of automatically locating symbol variables further enhances the convenience of programming.
The IC695CMU310 module also has a three-position switch to control CPU operation and status update LED indication, providing intuitive device status feedback. During installation, ensure that the backplane is powered off to ensure safe operation. In addition, the module is suitable for redundant applications such as fuel loading, boiler systems and standby power generation, but is not recommended for use in SIL 2 or SIL 3 applications.
The introduction of this module not only enriches GE Fanuc’s product line in the field of industrial automation, but also provides a powerful option for enterprises that require highly reliable control systems. The IC695CMU310, with its excellent performance and flexible configuration, has become an indispensable component in automated control systems.