DS3800NSFE1E1B GE Synch Field Exciter Module

The GE DS3800NSFE1E1B Synch Field Exciter Module is part of the GE Mark IV and Mark V control systems, used to manage the excitation of synchronous generators. It ensures consistent and stable generator performance by controlling the field current, thereby maintaining voltage regulation and power output. The module provides precise monitoring and control of the excitation system, helping to optimize efficiency in power generation and prevent system instability. It is designed for use in industrial power plants, offering reliable performance in demanding environments.

Excitation Control: Provides precise control of the field current for synchronous generators, ensuring stable voltage and efficient power generation.Voltage Regulation: Maintains consistent output voltage by adjusting the excitation, improving the reliability of power systems.Advanced Monitoring: Continuously monitors the excitation system, detecting faults and anomalies to prevent system failures.Integration with GE Mark IV & V Systems: Designed to seamlessly integrate with GE's Mark IV and Mark V control systems for optimal performance in power generation.Enhanced Stability: Helps maintain stable generator operation by regulating the excitation field, essential for synchronous generator synchronization.Durable & Reliable: Built for demanding industrial environments, offering long-lasting reliability and performance in power plants and industrial applications.

GE Mark IV and Mark V Control Systems: The module is designed to integrate seamlessly with these control systems, commonly used in power plants and large industrial facilities for efficient generator excitation control.Synchronous Generators: It is specifically compatible with synchronous generators, where it controls and monitors the excitation field to maintain voltage regulation and power stability.Excitation Systems: Compatible with field excitation systems that require precise control over the field current to regulate generator output and performance.Industrial Power Generation: Ideal for use in industrial power plants, energy generation, and other high-demand applications where stable and reliable generator performance is critical.