Model Number:DS200TCEAG1BFF
Series:Mark V
Rating:B-F
Functional Revision:K-G
Artwork Configuration Revision:G
Module Type:Emergency Overspeed Board
Operating Temperature Range:-40°C to +85°C
Input Voltage:DC 24V
Output Relays:2 SPDT
Board Dimensions:230mm x 190mm
The DS200TCEAG1BFF Emergency Overspeed Board from General Electric is a critical component in the Mark V Series of turbine control systems, engineered to safeguard against potential overspeed conditions in industrial turbines. Its robust design ensures reliable operation under extreme environmental conditions, maintaining optimal performance and safety.
Featuring advanced circuitry and precision components, this board is capable of detecting and responding to sudden increases in speed, automatically initiating protective measures to prevent catastrophic failure. It is meticulously crafted for seamless integration with existing systems, ensuring minimal downtime during maintenance or replacement.
Withstanding temperatures ranging from -40°C to +85°C, the DS200TCEAG1BFF is built to endure the harshest operational environments. Its compact size and lightweight construction facilitate easy installation and handling, making it an ideal choice for both new installations and upgrades in existing facilities.
The Emergency Overspeed Board is part of a comprehensive suite of products designed by General Electric to enhance the reliability and efficiency of turbine operations. It comes equipped with various connectors for enhanced connectivity, including J7 PD Core Power Distribution Connector, JK TCEB Board Signal Connector, JL TCTG Board Trip Signal Connector, JW TCEB Board Flame Detection Signal Connector, and JX1 and JX2 Daisy Chained IONET Connectors.
To ensure optimal performance and longevity, the DS200TCEAG1BFF Emergency Overspeed Board utilizes high-quality materials and advanced manufacturing techniques, adhering to strict quality standards set by General Electric. This commitment to excellence translates into a product that offers unparalleled reliability and cost-effectiveness over its lifecycle.
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