GE IC698CPE030 Programmable logic controller

GE IC698CPE030 Programmable logic controller

GE IC698CPE030LAM 332-000474-000
LAM 504722-09301324
LAM 605-064676-003
LAM 605-064676-003
LAM 605-109114-002
LAM 810-013872-108
LAM 810-028295-170
LAM 810-028296-160
LAM 810-048219-015
LAM 810-073479-005
LAM 810-328372-007
LAM 810-335630-402
LAM 810-800082-309

GE IC698CPE030

The GE IC698CPE030 module is a CPU module for GE Fanuc RX7i Programmable Logic controller (PLC) systems. It is the core of the PLC system, responsible for executing user programs, processing input/output signals, communication and so on.

The module has the following features:

High-performance processor: A high-performance processor, usually an Intel Pentium or Celeron processor, is capable of quickly executing complex control logic and algorithms.

GE	IC698CPE030 Programmable logic controller
Mass storage: Equipped with mass storage for storing user programs, data and configuration information.
Multiple communication interfaces: Supports a variety of communication interfaces, such as Ethernet, serial port, etc., to facilitate communication with other devices.

GE	IC698CPE030 Programmable logic controller1
Real-time: It has good real-time performance and can meet the real-time requirements of industrial control.
High reliability: Industrial design, with high reliability and stability, can work in harsh environments.
Product parameters:

Processor: The model and performance of the microprocessor used in the module, such as an Intel Pentium or Celeron processor.
Memory: The memory capacity of the module, including program memory, data memory, etc.
Communication interface: Communication protocols and interface types supported by the module, such as Ethernet, Modbus, Profibus, and so on.
Programming language: Support IEC 61131-3 standard programming language, such as ladder diagram, structured text, etc.
Power requirements: Operating voltage and power consumption of the module.
Operating temperature: The temperature range required for the normal operation of the module.

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