Stator winding support

Abstract

The invention provides a stator winding support comprising two upper winding supports which are oppositely arranged and two lower winding supports which are oppositely arranged. Each upper winding support comprises an upper arc-shaped part, an upper horizontal part, an upper limiting part and an upper protruding part. The upper horizontal part is arranged in the middle of the outer wall of the upper arc-shaped part, the two ends of the upper horizontal part extend in the arc-shaped direction to form upper extending parts, an upper winding space is formed among the upper extending parts and theupper arc-shaped parts, the upper protruding parts are arranged on the upper extending parts, and two wiring terminals are arranged on the upper protruding parts. The upper limiting parts are arranged above the position between the two upper protruding parts, and the upper limiting parts are arranged on the upper parts of the outer walls of the upper arc-shaped parts; and each lower winding support comprises a lower arc-shaped part, a lower horizontal part and a lower limiting part. The stator winding support has the characteristics of reasonable design, ingenious conception, high productionefficiency, good product quality and the like.

Description

technical field [0001] The invention relates to the technical field of motor stators, in particular to a stator winding support. Background technique [0002] There are two existing motor stator production processes: with winding bracket and without winding bracket. The former has the following problems: 1. The production cost of multi-position products is high; 2. Changing the original product size affects the installation and use of the motor. The versatility is not strong; 3. The welding efficiency of the enameled wire and the stator lead is low; the latter has the following problems: 1. The creepage distance is difficult to control; 2. It is necessary to wear a sleeve and bind the stator lead to fix the stator lead, so the production efficiency is low and the quality is difficult to control ;In addition, the enameled wire needs to enter the stator through the mold of the winding equipment during the production of these two production processes. During the winding process...

AI Technical Summary

Problems solved by technology

[0002] There are two existing motor stator production processes: with winding bracket and without winding bracket. The former has the following problems: 1. The production cost of multi-position products is high; 2. Changing the original product size affects the installation and use of the motor. The versatility is not strong; 3. The welding efficiency of the enameled wire and the stator lead is low; the latter has the following problems: 1. The creepage distance is difficult to control; 2. It is necessary to wear a sleeve and bind the stator lead to fix the stator lead, so the production efficiency is low and the quality is difficult to control ;In addition, the enameled wire needs to enter the stator through the mold of the winding equipment during the production of these two production processes. During the winding process, the mold of the winding equipment does not protect the stator and the enameled wire in place, and the process after winding can only be operated manually. Low production efficiency and difficult quality control

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