General Electric DS200TCEAG1AGB Emergency Overspeed Board – Turbine Control Module

Manufacturer:General Electric

Model Number:DS200TCEAG1AGB

Series:Mark V

Function Revision:J

Artwork Configuration Revision:E

Primary Functional Revision:B

Secondary Functional Revision:G

Module Category:Emergency Overspeed Board

Operating Temperature Range:-40°C to +60°C

Input Voltage Range:24VDC to 60VDC

Output Signal Type:Relay Contact

Signal Connector Types:[“J7 PD Core Power Distribution”,”JK TCEB Board Signal”,”JL TCTG Board Trip Signal”,”JW TCEB Board Flame Detection”,”JX1 and JX2 Daisy Chained IONET”]

Connector Materials:High-grade copper alloys, stainless steel

Environmental Certification:UL, CE, ISO 9001

    The DS200TCEAG1AGB Emergency Overspeed Board is specifically engineered for industrial environments where safety is paramount. It seamlessly integrates with General Electric’s Mark V Series of turbine control systems to provide real-time monitoring of critical machinery operations.

    Featuring robust construction and advanced signal processing capabilities, this board ensures reliable performance even under extreme operating conditions. Its ability to detect rapid changes in speed enables immediate corrective actions, safeguarding against potential damages or accidents.

    Equipped with a range of connectors tailored for efficient signal transmission, the DS200TCEAG1AGB facilitates seamless communication between different components of the turbine system. This ensures quick and accurate response to overspeed events, minimizing downtime and maintenance costs.

    Manufactured with high-quality materials, the board withstands the harsh conditions typically encountered in industrial settings, including fluctuations in temperature and voltage. Its durable design guarantees longevity and minimal wear, providing a cost-effective solution for extended periods of operation.

    For users seeking peace of mind and operational excellence, the DS200TCEAG1AGB Emergency Overspeed Board is an indispensable part of any turbine control system. It offers unparalleled protection and reliability, contributing to the overall safety and efficiency of industrial machinery.