DS3800NMFC

DS3800NMFC is a Motor Field Regulator Board manufactured and designed by General Electric as part of the Mark IV Series used in GE Speedtronic Gas Turbine Control Systems. A Motor Field Regulator Board, also known as a Field Control Board or Field Excitation Board, is an electronic control device used in electrical power systems to regulate the field current of a motor or generator. The field current refers to the current flowing through the field winding of the machine, which is responsible for producing the magnetic field required for the operation of the motor or generator. The Motor Field Regulator Board typically consists of various components and circuits that control the field current based on the desired operating conditions. It receives input signals, such as voltage or current references, and adjusts the output to maintain the field current at the desired level.

FEATURES:

Motor Field Regulator Boards can vary in features depending on the specific application and requirements. However, here are some common features you may find in a Motor Field Regulator Board:

• Field Current Control: The board provides precise control over the field current of the motor or generator. It regulates the current based on input signals or setpoints, ensuring the machine operates within desired parameters.
• Feedback Mechanism: Motor Field Regulator Boards often incorporate a feedback mechanism to monitor the actual field current. This feedback allows the board to adjust the control signals and maintain the desired field current accurately.
• Control Modes: The board may offer different control modes, such as manual or automatic control. In manual mode, the operator can manually adjust the field current, while in automatic mode, the board adjusts the field current based on input signals or a control algorithm.
• Input/Output Interfaces: Motor Field Regulator Boards typically have input interfaces to receive signals from sensors, control systems, or human operators. They may also have output interfaces to drive the control signals to the field winding.
• Communication Interfaces: Some Motor Field Regulator Boards may include communication interfaces, such as serial communication ports or network connectivity, to allow for remote monitoring, control, or integration with higher-level control systems.