Month: December 2025

IC800SSI228RD2 is an industrial control product launched by General Electric (GE), positioned as a servo motor controller, and is often used in industrial automation control systems

Core technical specifications

Power Supply and Output

It is compatible with commonly used industrial voltages, supporting multiple input voltages such as 24VDC and 48VDC.

The output voltage is stable at 24VDC, and the maximum output current can reach 10A or more, which can meet the power requirements of most servo motors.

Environmental adaptability

It adopts a wide-temperature design, with an operating temperature range covering -40 ℃ to + 85℃.

It can handle harsh working conditions such as high and low temperatures in industrial scenarios, ensuring the stable operation of the equipment.

Overall dimensions

It measures approximately 100mm×50mm×20mm and weighs only 0.3kg.

Its compact and lightweight design makes it easy to integrate into various industrial equipment, reducing the space occupied during installation.

Core functional features

IC800SSI228RD2

Precise control

Equipped with advanced control algorithms and data processing technologies, it can precisely control the position, speed and acceleration of servo motors,

meeting the strict requirements for production accuracy in fields such as mechanical manufacturing.

Strong interface and compatibility: Supports multiple communication protocols such as Modbus,

Ethernet, and OPC, and is also equipped with communication interfaces such as RS-232, RS-485,

and CAN. It can not only be interconnected with various industrial automation equipment but also integrated with other GE Fanuc automation products,

and is compatible with multiple sensor and actuator interfaces.

High reliability

It adopts high-quality materials and manufacturing processes, and is equipped with redundant designs such as dual power supplies and dual processors to reduce the probability of downtime due to faults in industrial environments. Meanwhile, its design is simple and simple, combined with rich fault diagnosis information, which is convenient for staff to troubleshoot and repair, and reduces maintenance costs.

Application and market conditions

Application scenarios

With its stable control performance, this product is widely used in multiple industrial fields such as mechanical manufacturing,

food processing, textile printing and dyeing, petrochemicals, and energy and power, for precisely controlling the movement of servo motors and facilitating the efficient operation of automated production lines.

Vme-i064 101864 FARLEY VME I/O interface module

The VME-I064 101864 FARLEY VME I/O interface module is used as an interface between the VME BUS system and external I/O devices.

Feature

Supports the VMEbus standard

Multiple I/O channels

High-speed data transmission

Reliable and durable design

The VME-I064 101864 FARLEY VME I/O interface module is a high-performance module designed for the VMEbus system.

It provides a reliable and efficient interface for connecting and controlling various I/O devices.

With its multiple I/O channels and fast data transmission capabilities, it is suitable for applications that require real-time data acquisition and control.

The VME-I064 101864 FARLEY VME I/O interface module is a multifunctional module designed to facilitate input and output operations in VME systems.

It offers high-speed data transmission and multiple I/O channels, making it suitable for a wide range of applications.

With its reliable performance and easy integration, it is a valuable component in various industries and sectors.

Vme-i064 is an I/O interface module based on the VME bus, providing a variety of digital and analog I/O interfaces and supporting high-speed data transmission and control.

It adopts a modular design, which can be conveniently combined and expanded with other VME modules and processors,

and is suitable for various application scenarios that require real-time control and data acquisition.

Application field

The VME-I064 101864 FARLEY VME I/O interface module is widely used in industrial automation control systems,

test and measurement equipment, aerospace, military and other fields to achieve high-speed data acquisition,

real-time control and precise and reliable signal processing.

VME-I064 101864

VME-I064 101864