General Electric (GE) IS200WNPSH1AAA Power Supply Daughter Card

Description

Model:IS200WNPSH1AAA

Manufacturer:General Electric

Application Type:Power Supply Daughter Card

Series:Mark VI Turbine Control System

Type:Power Supply

Dimensions (mm):112.7 x 69.85 x 67.31

Weight (kg):0.03

Connectors:Standardized for seamless integration

Operating Temperature Range:-40°C to +70°C

Certifications:Compliant with industry standards for reliability and safety

Input Voltage:Accepts standard industrial voltage

Output Voltage:Customizable to meet specific system requirements

    Engineered for robust performance in demanding industrial environments, the IS200WNPSH1AAA Power Supply Daughter Card is a key element in the comprehensive Mark VI Turbine Control System. It ensures stable power delivery, essential for the smooth operation of turbine systems.

    Crafted from high-grade materials for durability and long-term reliability, this card is meticulously designed to withstand the harsh conditions often encountered in power generation facilities. Its compact yet powerful design allows for easy installation and integration into existing control systems.

    The IS200WNPSH1AAA features a wide operational temperature range (-40°C to +85°C), making it suitable for deployment in a variety of geographical locations. Its 24VDC input and versatile output voltages (5VDC, 12VDC) cater to diverse power requirements, enhancing its adaptability across different applications.

    With its low power consumption (up to 2W), this daughter card contributes to efficient energy management, reducing overall operational costs without compromising on performance. The inclusion of advanced safety features further ensures the protection of both personnel and equipment.

    For users seeking a reliable, high-performance power supply solution compatible with General Electric’s Mark VI Turbine Control System, the IS200WNPSH1AAA is an ideal choice. Its integration into existing systems facilitates enhanced control capabilities and operational efficiency, driving productivity and sustainability in power generation operations.