GE IS200EISBH EXCITER IN-SYNCH-BUS

GE IS200EISBH EXCITER IN-SYNCH-BUS

  1. In-Synch Bus Functionality:
    • The primary function of the IS200EISBH card is to manage the synchronization of the exciter with the bus voltage. It ensures that the output of the exciter matches the voltage conditions of the system it serves, thus maintaining stability and improving performance.
  2. Signal Processing:
    • The card processes signals to monitor voltage and frequency conditions on the bus. This allows for accurate adjustments to the exciter output, ensuring effective regulation of generator voltage.
  3. Communication Interface:
    • The IS200EISBH card typically interfaces with other control modules in the system. Through this communication, it helps ensure that all parts of the excitation control system are working in concert to maintain operational stability.
  4. Diagnostics:
    • This board often includes built-in diagnostic capabilities, enabling operators to monitor the status of the exciter and detect any issues. This is crucial for proactive maintenance and reducing downtime.
  5. Robust Construction:
    • Made to withstand the challenging conditions often present in power generation environments, the IS200EISBH is designed for durability and reliability.
  6. Control Logic:
    • The card is integral to the control logic of the excitation system, allowing for fine-tuning of the excitation parameters based on real-time data from the bus.
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التصنيف:

الوصف

The GE IS200EISBH card, also known as the Exciter In-Synch-Bus card, is a component used within the GE Mark VI control system, specifically employed in excitation systems like the EX2100. This card plays a crucial role in synchronizing the excitation system with the electrical bus and ensuring stable operation during power generation.

Key Features and Functions:

  1. In-Synch Bus Functionality:
    • The primary function of the IS200EISBH card is to manage the synchronization of the exciter with the bus voltage. It ensures that the output of the exciter matches the voltage conditions of the system it serves, thus maintaining stability and improving performance.
  2. Signal Processing:
    • The card processes signals to monitor voltage and frequency conditions on the bus. This allows for accurate adjustments to the exciter output, ensuring effective regulation of generator voltage.
  3. Communication Interface:
    • The IS200EISBH card typically interfaces with other control modules in the system. Through this communication, it helps ensure that all parts of the excitation control system are working in concert to maintain operational stability.
  4. Diagnostics:
    • This board often includes built-in diagnostic capabilities, enabling operators to monitor the status of the exciter and detect any issues. This is crucial for proactive maintenance and reducing downtime.
  5. Robust Construction:
    • Made to withstand the challenging conditions often present in power generation environments, the IS200EISBH is designed for durability and reliability.
  6. Control Logic:
    • The card is integral to the control logic of the excitation system, allowing for fine-tuning of the excitation parameters based on real-time data from the bus.

Applications:

The IS200EISBH card is primarily used in generator excitation systems within power plants, where it is essential for maintaining synchrony between the generator output and the grid or electrical system. Proper synchronization is crucial for preventing instability, reducing losses, and enhancing the overall reliability of the power generation system.

Additional Resources:

For more in-depth technical information, including wiring diagrams, pin configurations, and operational guidance for the IS200EISBH card, it is advisable to consult the official GE documentation related to the Mark VI system. This documentation will provide further insight into installation, configuration, and troubleshooting.

If you have any specific questions or need additional details about the IS200EISBH card, feel free to ask!

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