GE Fanuc IC695RMX128

In industrial automation systems, GE Fanuc IC695RMX128 can ensure the redundancy of controller memory data, effectively prevent single point failures, and thus ensure the smooth operation of the system. Especially in process control applications, it can significantly improve the high reliability of the system and ensure the stability and continuity of the production process. If you need this product, please contact Yueyang Tongtu, we have it in stock.

IC695RMX128 is a redundant memory switching module for the PACSystems RX3i series, designed and manufactured by GE Fanuc Automation (now Emerson Automation). It is designed for industrial fields that require high reliability and continuous operation to ensure system stability and data consistency.

The module provides memory redundancy to prevent single point failures, ensure continuous system operation, and significantly improve reliability and availability. It uses reflective memory technology to ensure that all node data in the network are synchronized and consistent.

IC695RMX128 supports fiber optic connections to achieve high-speed and reliable data transmission between nodes, ensuring system performance and reducing downtime. Its configuration is programmable, easy to modify and update, and simple to maintain.

Parameter：

Model: IC695RMX128 GE Fanuc

Memory size: 128MB reflective memory.

Power requirements: The module operates at 580mA @ 3.3VDC and 220mA @ 5VDC.

Connectivity: Supports up to 256 nodes connected via fiber optic networks, requiring LC-type connectors.

Design speed: Speeds up to 2.12Gbaud.

Processor: 32-bit RISC processor with a clock frequency of 100MHz.

Communication interface: RS-232/485, Ethernet, etc.

Input/output interface: Analog input/output, digital input/output.

Q: What specific benefits can the module bring in the fields of power, transportation and energy management?

A: The IC695RMX128 module significantly improves system reliability by providing memory redundancy. In the power industry, it can maintain system stability and prevent failures caused by data corruption; in key transportation systems such as traffic signal control and railway signals, it ensures high reliability and ensures the safe operation of infrastructure; in the field of energy management, it can ensure the reliability of energy production and distribution and ensure continuous energy supply.