The GE IC698CRE040 module is a high-performance CPU module in the PACSystems RX7i series from GE (now Emerson Automation Solutions). It is a powerful processor designed for industrial automation control system, with high-speed processing capacity, rich I/O interface and powerful communication functions, widely used in various industrial production process automation control.
Product name and description
Product name: GE IC698CRE040 CPU module
Product Description: This module is the core component of PACSystems RX7i series, responsible for the control system logic operations, data processing, I/O control and communication.
Product parameters and specifications (typical values, specific parameters are subject to product data)
Processor: 1.8GHz Pentium-M microprocessor
Memory: 64MB RAM, 64MB non-volatile user memory
I/O interface: Supports a variety of I/O modules, including digital I/O, analog I/O, communication modules, etc
Communication interface: Ethernet, serial port
Functions: real-time control, data acquisition, human-computer interaction, network communication
Main function
Real-time control: High-speed processing capabilities that enable complex control algorithms and real-time responses
Data acquisition: Collect field data through I/O module, and process and analyze it
Man-machine interaction: Supports a variety of man-machine interaction methods to facilitate user operation an
d monitoring
Network communication: communicates with other devices through interfaces such as Ethernet
Product characteristics
High performance: High performance processor, fast processing speed
High reliability: Industrial grade design, suitable for harsh environments
Strong scalability: Support a variety of I/O modules and communication methods
Programming convenience: Provide rich programming tools and function libraries
Application field
Industrial automation: process control, machine control, logistics automation
Energy industry: Power, petrochemical
Water treatment: Water treatment process control
Reviews
There are no reviews yet.