Product Overview

GE EPSCPE100-ABAC is a high-performance upgraded industrial controller produced by General Electric (GE), belonging to the PACSystems RSTi EP series. This controller is renowned for its reliability, flexibility, and performance, comprehensively improving the automation field

Main features

Performance: Equipped with advanced processors with powerful computing capabilities, capable of real-time processing of complex control tasks

Structural design: Compact in size, suitable for installation in narrow spaces

Usually, it can seamlessly integrate with other devices in the PACSystems family to build flexible automation systems

High reliability: rigorously tested and suitable for industrial environments with Ethernet

Purpose: Supports multiple programming languages and functional blocks, capable of implementing complex control logic

Product Parameters (Partial)

Processor: High performance processor

Memory: 1MB with configurable data and program memory

I/O points: can be expanded according to configuration

Communication interface: Supports multiple communication protocols, such as DeviceNet Ethernet

Power supply voltage: 24V DC

Working temperature:- 20° C~+60° C

Product specifications

Compliant with standards: Compliant with relevant international standards such as IEC 61131-3

Protection level: Select according to installation environment and requirements

EMC performance: meets EMC requirements and ensures electromagnetic compatibility

Series

EPSCPE100-ABAC belongs to the GE Fanuc PACSystems RSTi EP series, which is known for its high efficiency, flexibility, and agility, and is widely used in various industrial automation fields

Characteristics

Easy programming: supports multiple programming languages, such as ladder diagrams, formatted text, etc

Flexible configuration: It can be flexibly configured according to different application requirements

Openness: Supports multiple communication protocols and can be interconnected with other devices

Function

Logical control: Implement complex control logic, such as sequential control, timed control, etc

Data collection: Collect data from on-site equipment and process it

Human computer interaction: Interacting with operators through HMI devices

Motion control: Control actuators such as servo motors

Purpose

Comprehensively evaluate the field of industrial automation, such as:

Automotive manufacturing: Automated control of automotive assembly lines

Food and beverage: Automated control of food processing production lines

Packaging industry: automation control of packaging machinery

Loading and unloading: Automated control of loading and unloading systems

Application Fields

Discrete manufacturing: industries such as automotive, electronics, and machinery

Process control: petrochemical, chemical, pharmaceutical and other industries