GE IS200EAUXH1AAA Auxiliary Tri-Redundant Circuit Board

High Reliability: Adopting a triple redundant design with three identical functional channels that can back each other up. If one channel fails, the other two can continue to work, ensuring uninterrupted system operation and reducing the risk of downtime. Meanwhile, the circuit board uses industrial-grade components to ensure stable operation in harsh industrial environments for a long time.

Strong Signal Processing Capability: It can receive various types of input signals, including analog signals (such as 4-20mA, 0-10V, etc.), digital signals, and switching signals, and process these signals with high precision. It communicates quickly with the main control processor through the HSSL interface, transmits the processed signals to the main controller in a timely manner, and receives instructions from the main controller simultaneously.

Self-Diagnostic Function: Equipped with a comprehensive built-in self-diagnostic mechanism, it can monitor the circuit board's own status, sensor inputs, and output signals in real-time. It can detect faults promptly and help technicians quickly locate and troubleshoot problems through fault code display or early warning, thereby shortening maintenance time.

Flexible Configurability: Users can flexibly configure and program the circuit board according to specific application requirements, customize input and output logic, implement personalized control strategies, and adapt to different control requirements of excitation systems.

Multiple Communication Interfaces: It provides various communication interfaces such as Ethernet, Modbus, and Profibus, facilitating data exchange with other control systems (such as DCS and PLC), enabling remote monitoring and centralized control, and simplifying system integration and overall operation and maintenance.

Gas Turbine Control Systems: In the gas turbine power generation process, it is used to control and monitor the excitation system of gas turbines, ensuring stable output voltage of the generator, optimizing combustion efficiency, and participating in the protection and fault diagnosis of gas turbines to ensure their safe and efficient operation. It is commonly used in scenarios where gas turbines are employed in industries such as petrochemicals and metallurgy.

Steam Turbine Control Systems: Suitable for excitation control of steam turbines. It can accurately adjust the excitation current according to the operating status of the steam turbine, maintain stable voltage and power of the generator, and improve the reliability and efficiency of the steam turbine power generation system. It is widely used in related places such as thermal power plants.

Hydraulic Turbine Control Systems: In hydraulic turbine power generation systems, it can adjust excitation parameters in real-time according to factors such as water flow and water head changes, ensuring the stable operation of hydraulic turbine generators and improving power quality. It is often used in scenarios such as hydropower stations.

Distributed Energy Systems: In distributed energy systems such as combined cycle power generation with hydrogen fuel cells and gas turbines, this circuit board can effectively control the excitation system of power generation equipment, coordinate the operation of different power generation units, and improve the overall stability and energy utilization efficiency of distributed energy systems.