Automatic riveting and tinning device for generator stator

Abstract

An automatic riveting and tinning device for a generator stator is characterized by comprising a bottom plate, a product online and offline grabbing device, a trimming device, a riveting device, a soldering flux soaking device, a tinning device and a circulating rotary table are installed on the bottom plate, the product online and offline grabbing device, the trimming device, the riveting device, the soldering flux soaking device and the tinning device surround the circulating rotary table and are arranged on the bottom plate according to a station sequence, five stator seats are arranged on the circulating rotary table, are uniformly distributed in a circumferential manner and can rotate to each station, and the circulating rotary table is positioned below the product online and offline grabbing device and positioned above other working position devices; and the bottom plate is further provided with a product feeding table and a product discharging table, and the product feeding table and the product discharging table are located at the two sides of a first mounting base respectively.

Description

technical field [0001] The invention relates to the field of stator manufacturing, in particular to an automatic riveting piece tinning device for a generator stator. Background technique [0002] The generator stator is one of the key components of the generator, and the generator stator is the stationary part of the motor. Its components mainly include iron core, frame, coil and other components. In the production process of the generator stator, riveting lugs and tinning are essential processes. The existing riveting and tinning of generators basically rely on manual operation and handling. The general process is: stator wiring→stator loading into tooling→manually inserting lugs→equipment riveting→removing stator→stator leads Dip in flux → tin on the stator leads. This kind of production process has a low degree of equipment automation, and each process requires manual operation by operators. The operation is cumbersome and a waste of time. Not only is the efficiency l...

AI Technical Summary

Problems solved by technology

This kind of production process has a low degree of equipment automation, and each process requires manual operation by operators. The operation is cumbersome and a waste of time. Not only is the efficiency low, but the quality of the produced products depends on manual control, and the product quality cannot be well guaranteed.

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