F1892DH400

The F1892DH400 module is an advanced phase control thyristor Injection System (TIS), manufactured by Fuji Electric. It is a dual-channel thyristor (SCR) module, suitable for the control of high-power equipment such as motor controllers, gensets and converters. The module is designed with advanced features, including high stability and accuracy, fast switching and low level noise propagation.

The F1892DH400 is a bidirectional thyristor system, well-suited for inverters, submersible pumps and other AC electrical services. It has an integrated power module, variable power range and an adjustable temperature range.

The module has a rating of 170 to 636 volts and can operate in either unidirectional or bidirectional modes. It features a high level of performance, with noise levels and current limiting characteristics that are extremely low. It is suitable for both industrial and residential applications.

The F1892DH400 module uses a thyristor to control the power flow in AC circuits. A thyristor is a semiconductor device that acts as a switch, allowing electricity to flow in only one direction. When power is applied to the device, it turns on and passes the current through the circuit. When power is removed, the device turns off and the current stops flowing.

The thyristor can be operated in two modes, unidirectional or bidirectional. In unidirectional mode, the thyristor is used to turn an AC circuit on or off, while in bidirectional mode, the thyristor is used to modulate the current in both directions. This allows the thyristor to be used in applications requiring variable speed control or load switching.

The F1892DH400 module uses a range of advanced features to maximize its performance. It features a peak-hold voltage limitation, temperature-based protection, selectable current limiting and power module recording. The module also features a built-in protection against surge, overvoltage and overcurrent.

The F1892DH400 module is a reliable, highly efficient device for controlling AC power systems. It delivers accurate and fast switching and low level noise propagation, making it suitable for a wide range of industrial and residential applications. The device offers optimal performance, dependability, and ease of installation.