The IC695CRU320 is a GE redundant processor, which is mainly used in systems requiring high reliability and redundancy, such as industrial automation, power systems, transportation and so on. It supports up to two IC695RMX128/228 redundant synchronous links for redundancy. In terms of programming, it can be done with ladder language, C language and function block diagram language. In addition, it supports Ethernet communication through RAR-based Ethernet communication module.
The functions of IC695CRU320 mainly include:
Redundancy support: It supports power redundancy, that is, when one power module fails, it can be switched to a standby power module to ensure system reliability and stability.
Over-voltage and under-voltage protection: In order to protect the electronic equipment in the PLC system, the IC695CRU320 usually has over-voltage and under-voltage protection functions to prevent damage to the system from unstable power fluctuations.
Programmability: The power module is programmable, allowing the user to configure and control its power output to meet specific application needs.
Synchronous Link support: It supports up to IC695RMX128/228 synchronous links and is capable of transferring up to 2MB of data.
High processing speed: The processor features a Celeron M processor with 1GHz processing speed, making it ideal for large, complex applications with higher critical levels.
Mass storage: Up to 512 blocks can be saved, with each block size up to 128 KB.
In addition, the IC695CRU320 has hot spare redundancy and multi-rack configuration capability. For example, when a single rack fails, mainly due to an error detected by the IC695CRU320 or an error by the IC695CRU320 processor itself, the active controller responsibilities are automatically transferred to the auxiliary rack. The auxiliary rack becomes the host rack, and the faulty rack is transferred to the auxiliary rack. In addition, it can be switched manually. Controller switching is performed in a maximum of one logical scan with a minimum switching time of 3.133 ms.
The IC695CRU320 is a 1 GHz CPU in the GE Fanuc RX3i PACSytems product line.
The IC695CRU320 is a programmable automation controller that supports hot standby redundancy. This powerful design enables critical applications or processes to continue running even if any one component fails and the system stops running. RX3i CPUs like the IC695CRU320 are portable control engines that are programmed and configured to control different machines, processes, and material handling systems in real time.
The IC695CRU320 has two separate serial ports and an Intel Stadium-M microprocessor. Its 64 MB non-volatile flash memory complements 64 MB of battery-powered random access memory (RAM).
The IC695CRU320 also supports local and remote extension racks. The CPU uses a serial backplane design that is compatible with expansion modules (but not the mainframe) in the 90-30 series /0 product family. The IC695CRU320 uses Proficy Machine edition and is used in all GE Fanuc controller development environments. Proficy Machine Edition is designed for creating, running, and diagnosing operator interface, motion, and control applications.
Eight indicators on the space-saving CPU chassis help with troubleshooting.
In addition to the two leds labeled COM 1 and COM 2, each LED is associated with a separate function, and the two leds belong to different ports rather than different functions. The other indicators are CPU normal, running, Output enabled, I/O force, battery, and Sys Flt - this is short for "System failure". /O ForceLED indicates bit reference. Whether the overlay is valid. Other LED labels are self-explanatory. The IC695CRU320 chassis is designed with all leds and two serial ports facing forward for easy operation and viewing.
