A crimping device for terminals of high and low voltage distribution boxes

Abstract

This invention discloses a high- and low-voltage distribution box terminal crimping device in the field of power equipment technology. It includes a base, a crimping unit, and a loading / unloading mechanism. The loading / unloading mechanism includes a storage component located on the side of the base, a conveying component located below the crimping unit, and a discharge rack located on the side of the conveying component. This invention achieves the crimping operation between terminals and wires by setting up a crimping unit. The crimping unit has multiple sets of crimping components evenly arranged in the circumferential direction. It crimps the terminals and wires through a multi-directional synchronous force application method. This design ensures that the workpiece being crimped is subjected to a uniformly distributed inward crimping force in the circumferential direction, causing the copper wires inside the wire to naturally converge during the compression process, ultimately forming a tightly packed columnar structure that completely adheres to the inner wall of the terminal. This crimping method significantly improves the connection reliability between the terminal and the wire, effectively solves the copper wire dispersion problem caused by traditional unidirectional crimping, and ensures stable conductivity.

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