A magnetically optimized and increased space relay

Abstract

This utility model relates to a relay with optimized antimagnetic properties and increased space, belonging to the field of electrical controllers. The utility model includes a push rod, a stainless steel shaft, a first movable spring connecting hinge, and a second movable spring connecting hinge. The movable spring assembly is mounted on a base, a stationary spring plate matches the movable spring assembly, and a yoke assembly cooperates with a magnet assembly. Both the yoke assembly and the magnet assembly are fixed to the base. The stationary spring plate is connected to the base, and a side antimagnetic plate is mounted on the base. The front of the push rod is provided with a push boss and a linkage hemispherical head. One end of the movable spring plate is mounted on the movable spring plate, and the other end of the movable spring plate cooperates with the push boss. A magnetic short-circuit ring is mounted on the movable spring plate, and the linkage hemispherical head cooperates with a contact washer. The lower end of the movable spring plate is provided with a bent structure. The first and second movable spring connecting hinges are connected by a stainless steel shaft. This utility model has a simple and reasonable structural design, is safe and reliable, has good antimagnetic field capability, increases the movement space of the wires, is easy to assemble, and meets the usage requirements.

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