GE – Board

Manufacturer:General Electric

Model:DS200SHVIG1BGD

Functional Description:High Voltage Interface Board for Mark V Turbine Control Systems

Instruction Manual:GEI-100160

Functional Acronym:SHVI

PCB Coating:Normal Coating

Functional Revision:1B, G

Artwork Revision😀

Compatibility:Mark V Series Drives

Input Voltage Range:-500 to +500 mV

Output Signal Type:Differential Frequency

Operating Temperature:-40°C to +70°C

Environmental Compliance:RoHS Compliant

    The DS200SHVIG1BGD is a pioneering high-voltage interface board that boasts a robust design specifically tailored for the rigorous demands of industrial environments. Its seamless integration with GE drives ensures optimal performance and enhanced efficiency in turbine control systems.

    Crafted with precision, this board facilitates smooth signal communication between the SCR bridge and the power supply, enabling precise control over voltage signals. It adeptly converts a wide range of input voltages into manageable differential frequencies, ensuring compatibility with diverse system requirements.

    Engineered for durability and reliability, the DS200SHVIG1BGD is coated with a normal protective layer, safeguarding it against environmental stresses while maintaining operational integrity. Its adherence to the standard DS200 series tag signifies its compatibility with the broader Mark V Series ecosystem.

    Installation is straightforward and quick, allowing technicians to minimize downtime and maximize productivity. This high-voltage interface board is an indispensable component for maintaining and optimizing the performance of industrial control systems, ensuring they operate at peak efficiency under varying conditions.

    Backed by General Electric’s commitment to quality and innovation, the DS200SHVIG1BGD is supported by comprehensive documentation and technical assistance, ensuring users have access to the resources they need to fully leverage its capabilities. It’s the trusted choice for engineers and technicians seeking unparalleled reliability and performance in their industrial control applications.