Description
IC698CPE010 GE Central Processing Unit (CPU)
Product Description:
The IC698CPE010 is a high-performance central processing unit (CPU) from GE Fanuc, specifically designed for the RX7i PAC system series. It leverages an Intel Celeron processor to execute real-time applications, machine control, and system processing tasks.
Product Parameters and Specifications:
Type: DCS (Distributed Control System) Central Processing Unit Module
CPU: Intel Celeron Processor (300MHz)
Memory: 10 MB RAM supported by CMOS battery, plus 10 MB non-volatile user memory
Interfaces: 30 interfaces for communication and connection with other modules or devices
Voltage, Resistance, Current: 90V, 32Ω, and 19A respectively
Communications: Three embedded serial ports (RS-485, RS-232, and RS-232 Ethernet Station Manager port), plus a dual 10/100 Mbps Ethernet port for high-speed EGD data exchange and TCP/IP-enabled communication
Programming: Configurable using Proficy Machine Edition Configuration software (version 4.0 or higher)
Series:
The IC698CPE010 belongs to the RX7i PAC system series from GE Fanuc, which offers a range of CPUs and other modules for industrial automation and control applications.
Features:
Floating-point and Boolean operations execution
Advanced user parameter configuration using C, ladder diagram, structured text, and functional block diagram programming languages
Installed in the GE Fanuc Rx7i rack’s slot 1
Supports up to 512 program blocks (each with 128 kilobytes)
Reference table with discrete and analog data
Programmable using various programming languages
Functions:
Executes real-time applications, machine control, and system processing tasks
Communicates with other devices and modules through various interfaces
Supports floating-point calculations and advanced programming features
Provides memory for program and data storage
Applications and Uses:
The IC698CPE010 GE Central Processing Unit finds applications in various industries and scenarios, including:
Industrial Automation: Used in industrial automation systems to control and monitor various industrial processes and equipment.
Manufacturing: Applied in manufacturing facilities to automate production lines, ensure precise control of machines and processes, and improve overall efficiency.
Energy Management: Utilized in power plants and energy management systems to monitor and control power generation, distribution, and transmission.
Transportation: Used in transportation systems to manage and optimize traffic flow, ensure safe operations, and improve transportation efficiency.