GE IC695CPU320-CF Detailed Introduction

GE IC695CPU320-CF is the central processor module of the PACSystems RX3i series PLC produced by GE Fanuc (now Emerson Automation Solutions). It is a high-performance CPU module widely used in industrial automation.

Main Functions

Control Core: As the core of the entire PLC system, it is responsible for executing user programs, controlling I/O, and realizing automatic control functions.

High-speed processing: It adopts a high-performance processor with powerful data processing capabilities to meet complex control requirements.

Flexible Configuration: It supports a variety of configuration options and can be customized according to different application requirements.

High Reliability: It adopts industrial-grade design with high reliability and is suitable for harsh industrial environments.

Technical parameters

Processor: 1GHz

Memory: 64MB

Serial port: 2 (RS-485 and RS-232)

Slot: occupies 2 system baseboard slots

Battery: requires external high-capacity battery (IC693ACC302), providing data retention function

Product features

High performance: fast processing speed, able to process large amounts of data in real time.

High reliability: adopts industrial-grade design with high stability.

Strong scalability: supports a variety of I/O modules, which can expand the functions of the system.

Easy programming: supports a variety of programming languages, which is convenient for users to program.

Application scenarios

Industrial automation: widely used in automobile manufacturing, food and beverage, chemical and other industries, used to control production lines, robots, packaging machines and other equipment.

Process control: used to control continuous production processes and achieve optimal control of process parameters.

Data acquisition: various data in the production process can be collected for analysis and optimization of production data.

Product advantages

Superior performance: provides high-performance control functions.

High reliability: ensures stable operation of the system.

Strong scalability: can adapt to various complex control requirements.

Easy programming: reduces the difficulty of programming.