GE IS200TREGH1B is an excitation bridge interface board designed specifically for GE Mark VI series turbine control systems. As a key component in the system, it is responsible for providing most of the interface functions between the excitation machine control interface board and the excitation machine bridge of the innovative series medium voltage SP drive, thereby achieving precise control of the turbine excitation system p>
Rich interfaces: Provides multiple plug-in connectors that can connect various discrete wired AC and DC inputs to establish voltage feedback. The current feedback operates through the J2 connector and is generated by a DC current splitter connected to the DC output terminal of the excitation bridge p>
Powerful function: equipped with MOV fuse loss detection function, and providing LED indicator lights and testing points, making it convenient for users to monitor the status and diagnose faults p>
High reliability: using industrial grade components with good durability and stability p>
Wide applicability: can be used for 3300V and 6600V versions of drivers p>
Product parameters
Model: IS200TREGH1B
Series: Mark VI
Function: Exciter bridge interface
Interface type: Multiple plug-in connectors
Voltage level: suitable for 3300V and 6600V drivers
Protection function: MOV fuse loss detection
Indicator lights: Multiple LED indicator lights
Test points: Multiple test points
Installation method: Install according to system requirements
Environmental requirements: Industrial environment
Certification: Compliant with relevant industry standards
Belonging to the GE Mark VI series, it is part of the GE Speedtronic series of turbine and gas turbine management systems p>
Rich interfaces: connecting multiple signals
Powerful features: MOV fuse detection, LED indication, testing points
High reliability: industrial grade components
Wide applicability: Suitable for drivers of different voltage levels
Interface conversion: Provide an interface between the excitation machine control interface board and the excitation machine bridge p>
Signal processing: Processing signals such as voltage and current p>
Protection function: Detect the status of MOV fuses and protect equipment p>
Status monitoring: Status monitoring is carried out through LED indicator lights and test points p>
Steam turbine control system: used to control the excitation system of the steam turbine p>
Power system: used for excitation control in power systems p>
Power industry: power plants, substations, etc
Industrial sector: Industrial enterprises that require the use of steam turbines