中文版
Description
The IC695CRU320 is a Redundancy Processor from the PACSystems RX3i product family. This processor is manufactured by GE Fanuc / Emerson automation that is categorized as Programmable Automation Controllers (PAC).
The IC695CRU320 is especially used in redundant or hot-standby configuration. With this controller configuration, availability is significantly increased. Two (2) controller racks with similar configuration functions as Primary (active) and Secondary (stand-by) rack. When a single rack has failed, primarily due to errors detected by the IC695CRU320 or error of the IC695CRU320 processor itself, active controller duty is automatically transferred to the secondary (stand-by). The secondary rack becomes the primary and the failed rack shift to secondary rack. Additionally, manual switchover is possible.
Controller switchover is performed in Maximum of 1 logic scan with minimum switchover time of 3.133 msec. It supports up to IC695RMX128/228 synchronization links and capable of transferring up to 2Mbytes of data. With the Celeron M processor with 1GHz processing speed and 64MB user memory, this controller is ideally used in large and complex applications with increased level of criticality. Additionally, up to 512 program blocks may be saved to this processor which each block size may reach up to 128 KB.
The IC695CRU320 is a 1 GHz CPU from the GE Fanuc RX3i PACSytems product line. IC695CRU320 is a programmable automation controller that supports Hot Standby Redundancy. This robust design enables critical applications or processes to continue running even if an otherwise system-stopping failure occurs in any single component. The RX3i CPUs like IC695CRU320 are portable control engines, programmed and configured to control different machines, processes, and material handling systems in real time.
IC695CRU320
The IC695CRU320 has two independent serial ports, and an Intel Celeron-M microprocessor. Its 64 MB of non-volatile flash memory supplements 64 MB of battery-backed random access memory (RAM). IC695CRU320 also supports both local and remote expansion racks. The CPU has a serial backplane design compatible with expansion modules (but not main racks) in the Series 90-30 I/O product line. IC695CRU320 uses Proficy Machine Edition, the development environment common to all GE Fanuc controllers. Proficy Machine Edition is made specifically for creating, running and diagnosing operator interface, motion and control applications.
Eight indicator LEDs on the space-saving CPU chassis help with troubleshooting. Each LED is associated with a separate function, except for the two LEDs labeled COM 1 and COM 2, which belong to different ports rather than to different functions. The other LEDs are CPU OK, Run, Outputs Enabled, I/O Force, Battery, and Sys Flt — which is an abbreviation for “system fault.” The I/O Force LED indicates whether Override is active on a bit reference. Other LED labels are self-explanatory. IC695CRU320 chassis design puts all LEDs and both serial ports facing forward for the sake of easy access and visibility.
The IC695CRU320 processor is installed to an RX3i backplane, directly to the Peripheral Component Interconnect (PCI) slot. Other module connections to the bus are also through the PCI 2.2 version or higher. This PCI slot enables rapid transfer and sharing of data within the backplane. The IC695CRU320 also supports Series 90-30 I/O modules for phased migration.
The current requirements for the GE Fanuc IC695CRU320 CPU are 1 Amp at 3.3 Volts DC and 1.2 Amps at 5 Volts DC. Two integrated serial ports are available on the module and they support RS-232 and RS-485 communication, respectively. A maximum of 512 program blocks that are configurable wherein up to 128 KB in size per block are supported. The rated flash memory endurance rating is 100,000 write/erase cycles at a minimum. The switchover time is 3.133 milliseconds at a minimum and 1 logic scan at maximum. The maximum amount of data that can be in transfer at a time is up to 2 MB. The IC695CRU320 CPU supports up to two IC695RMX128/228 synchronization links for redundancy. The programming of the IC695CRU320 CPU can be done in the ladder, C, and function block diagram languages. Ethernet communication is supported through the rack-based Ethernet communication module.
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