Anti-hopping vacuum contactor of high-speed frame-type repulsion mechanism

The invention discloses an anti-hopping vacuum contactor of a high-speed frame-type repulsion mechanism, which belongs to the technical fields of electric engineering and machinery. In the invention, the high-speed frame-type repulsion mechanism is matched with a permanent magnet mechanism to manufacture an operation part of a high-speed contactor, and the operation part is used for driving a vacuum arc extinguish chamber to form a high-speed vacuum contactor. By the high-speed frame-type repulsion mechanism used by the contactor, an opening coil and a closing coil are arranged in a pure iron frame to ensure that the coils cannot be damaged in the high-speed movement process. Due to the adoption of the permanent magnet mechanism, the position of the vacuum contactor can be kept, and electric energy can be saved. In the repulsion mechanism, electric discharge stimulation to the closing coil is used at the final stage of the opening operation, so that collision hopping caused by a high-speed opening action in s