DEIF FAS-113DG Synchronization controller

The DEIF FAS-113DG synchronization controller is a device produced by DEIF for Marine systems, its main function is to synchronize the generator with the busbar and close its switch when the voltage difference, slip frequency and phase Angle are within preset limits. This synchronization controller has a variety of features that make it excellent in a variety of Marine applications.

Wide compatibility: The FAS-113DG synchronization controller can be used with a variety of prime movers, and its control pulses can be adapted to many types of Settings, from slower diesel engines to faster gas engines. This broad compatibility allows it to be adapted to different Marine systems and application requirements.

Precise synchronization control: Through precise monitoring and control, the synchronization controller can synchronize the generator with the bus when the voltage difference, slip frequency and phase Angle are within preset limits. This precise synchronous control helps to ensure the stability and reliability of the generator when it is connected to the grid, avoiding impact and interference to the grid.

Easy to configure and operate: The FAS-113DG synchronization controller provides a user-friendly interface and configuration tools that make it easy to configure parameters, set thresholds, monitor health, and more. At the same time, its operation is simple and intuitive, convenient for users to carry out daily maintenance and operation.

High reliability and stability: The synchronous controller has undergone rigorous quality control and environmental adaptability testing to operate stably and reliably in a variety of harsh ship environments. Its structure is strong and durable, and can resist the adverse effects of high temperature, low temperature, humidity, vibration and other adverse factors.

Wide range of applications: The FAS-113DG synchronous controller is suitable for a variety of ship systems, including merchant ships, passenger ships, fishing boats, etc. It can ensure the stability and reliability of generators when connected to the grid, improving the overall performance and safety of the ship's power system.