The GE DS200UDSAG1ADE is a specialized excitation board designed for gas turbine control systems. It ensures efficient and reliable operation in industrial environments, providing critical control functions essential for optimal turbine performance.
Manufacturer:General Electric
Model Number:DS200UDSAG1ADE
Functional Description:Gas Turbine Control System Excitation Board
Alphanumeric Part Number:DS200UDSAG1ADE
Functional Revision:A
Artwork Revision:E
PCB Coating Type:Normal Coating
Product Series:Mark V
The DS200UDSAG1ADE excitation board is meticulously engineered by General Electric to provide reliable and efficient control over gas turbine operations. It is designed to enhance the stability and efficiency of electrical generation processes, making it an indispensable component in modern power generation systems. With its robust construction and precise engineering, this excitation board ensures optimal performance under various operating conditions.
This excitation board is specifically designed for use in the Mark V series of control systems, which are renowned for their reliability and accuracy. The board’s advanced design allows for seamless integration with other components of the gas turbine control system, ensuring smooth and reliable operation.
The excitation board features a normal coating, which provides excellent protection against environmental factors, ensuring long-term durability and performance. The board’s functional revisions (A and D) and artwork revision (E) indicate continuous improvements and optimizations to meet the highest industry standards.
By utilizing the DS200UDSAG1ADE excitation board, power generation facilities can achieve enhanced performance, improved stability, and greater operational efficiency. This board is an essential investment for any facility looking to optimize their gas turbine control systems.
The GE DS200UDSAG1ADE is a specialized excitation board designed for gas turbine control systems. It ensures efficient and reliable operation in industrial environments, providing critical control functions essential for optimal turbine performance.