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Composition and Function of 3BHB005243R0117
Excitation controller composition: mainly composed of excitation magnet (TP), AC contactor (FP), AC driver (DP), and excitation control system (TS).
Excitation Magnet (TP): As the core part of ABB excitation controller, it converts excitation voltage into AC voltage output.
AC contactor (FP): responsible for heating the direct current generated by the ABB main controller through the excitation coil to below the required operating temperature and releasing it.
3BHB005243R0117 control method
Adaptive Multi Time Multi Charge: Provides adaptive control mode to adjust excitation parameters according to system requirements.
Reactive power compensation and overload compensation: Ensure the balance of reactive power in the system and improve system stability.
KUC755AE117 3BHB005243R0117 Excitation Control System
Reactive Power Control System (EMI): Compensates using reactive power method to optimize system performance.
Reactive Power Compensation System (DMTC): Compensates through current transformers to improve system efficiency.
Characteristics of 3BHB005243R0117
High precision and stability: This module adopts advanced circuit design and signal processing technology to ensure the accuracy and reliability of data.
Fast response time: With fast response time, it can capture real-time changes in input signals and perform corresponding processing.
Programmability and Configuration Flexibility: Users can customize settings and configurations based on specific application requirements, including sampling rate, filtering parameters, triggering conditions, etc.
3BHB005243R0117 Application Field
Industrial automation: used to control various industrial equipment and systems, such as electric motors, generators, etc.
Control system: As a key component of the control system, it ensures the stable operation and efficient performance of the system.
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