GE IS220PSFDH1A, REV G – Industrial Control Modules & Turbine Management Systems

Model:IS220PSFDH1A REV G

Manufacturer:General Electric

Series Revision:REV G

Application Type:Boards & Turbine Control

Power Rating:500 kW

Control Protocol:CANopen, Modbus

Operating Temperature:-40°C to 70°C

Humidity Range:5% to 95% non-condensing

Dimensions (WxDxH):200mm x 150mm x 70mm

Weight:1.5 kg

Certification:CE, UL, CSA

Input Voltage:115 VAC / 230 VAC

Output Current:Continuous 30 A, Peak 50 A

Communication Interface:RS-485, Ethernet

Load Capacity:3-phase motor control up to 300 HP

Maintenance:User-replaceable fan, easy access for maintenance

    The GE IS220PSFDH1A REV G is designed with advanced semiconductor technology, ensuring unparalleled performance in demanding industrial environments. This board is equipped with a robust, high-efficiency power stage that provides reliable control over complex turbine systems.

    Featuring a modular design, it allows for flexible integration into various control platforms, simplifying system upgrades and expansions. Its compatibility with leading communication protocols ensures seamless connectivity with existing automation systems.

    With its wide operating temperature range and excellent humidity tolerance, the IS220PSFDH1A REV G is engineered to withstand harsh industrial conditions without compromising on performance. The use of high-quality materials guarantees durability and longevity, reducing downtime and maintenance costs.

    The board’s intuitive interface and user-friendly diagnostics make it accessible for both experienced engineers and technicians, facilitating quick troubleshooting and setup. It supports a broad range of input voltages, accommodating diverse industrial power sources.

    To ensure reliability and safety, the IS220PSFDH1A REV G undergoes rigorous testing and meets international safety standards, providing peace of mind to users. With its advanced features and comprehensive support, it is the ideal choice for enhancing the efficiency and reliability of turbine control systems.