MECHANICAL ROTARY ADJUSTABLE REACTOR

A mechanical rotary adjustable reactor, comprising a reactor body, an overrunning clutch, an external drive motor and a controller thereof, wherein the reactor body comprises a transformer and a rotary iron core. Both the transformer and the rotary iron core are made of an anisotropic ferromagnetic material. The rotary iron core is in the shape of a cylinder and passes through a yoke of an iron core of the transformer, and the two ends thereof are fixed using flanges and connected to the external drive motor by the overrunning clutch. The external drive motor is used for driving the rotary iron core to rotate in the iron core of the transformer under the control of the controller thereof, and the air gap between the rotary iron core and the iron core of the transformer is kept unchanged during rotation. The device is simple in structure, and is easily engineered, thereby being able to take account of related mechanical indices of performance adjustment, timeliness, linearity, noise, vibration, etc. Cette inve