Description
Parameters and specifications:
Series: GE Fanuc PACSystems RX3i series.
Program capacity: 52KB.
Voltage: 30V (but some sources mention that +5VDC provides a large output of 18 amps, +12VDC provides a large output of 2 amps, and -12VDC provides an output of 1 amp).
Ambient temperature: 10° (although some sources mention a system environment of 15°).
Processing speed: 36 seconds (Note that the processing speed here may be related to the specific application of the module, and for modern controllers, such speed may represent the processing time of a specific operation or task, rather than the overall processing speed).
Output frequency: 16Hz.
Power consumption: 2.8W.
Network transfer rate: 2.1 GB per second (depending on allowable programmable module interrupt output level).
Reflected memory capacity: 128 MB.
Network support: High-speed 2.12 Gbaud fiber optic network.
Features:
Redundancy support: As a node in a redundant system, it provides data transfer between redundant cpus.
Reflected memory network node: Can operate as a node on a reflected memory network.
Dedicated link: In a hot standby CPU redundancy system, it functions as a dedicated link between cpus.
Configuration flexibility: Up to six memory switch modules can be installed in the RX3i PACSystems rack, which can be combined in any way.
Software configuration: Software configuration support for each node parameter.
Network error detection: Provides the network error detection function.
Network Memory Offset configuration: Allows users to assign nodes on a specific network to groups based on a 16-MB segment in the network address space.
Compatibility: Compatible with VMIC 5565 series reflective storage devices.
Functions:
The main role of IC695RMX128 is to act as a communication bridge between cpus in redundant systems to ensure data continuity and system reliability. Provides deterministic data sharing between PLCS and other computing devices connected to optical networks, and supports dedicated link operation between reflective memory networks or redundant configured RX3i cpus.
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