Heating and cooling production line for paint immersion of motor stator

Abstract

The invention provides a heating and cooling production line for paint immersion of a motor stator, which is characterized by comprising a carrying device, a conveying device, a paint immersion deviceand a working frame. The heating and cooling production line is simple in structure, forms a complete assembly line for paint immersion of the stator through the setting of the carrying device, the conveying device, the paint immersion device, a transporting device, a heating part, a drying part and a cooling part, performs fully-mechanized operation, greatly reduces the labor force, significantly increases the work efficiency, can carry out mass production and reduces the cost.

Description

[0001] 【Technical field】 [0002] The invention relates to the technical field of motor stators, in particular to a heating and cooling production line for dipping motor stators. [0003] 【Background technique】 [0004] The small motor is mainly composed of a stator and a rotor. The stator is easy to damage the enameled wire during the production process, which will cause a short circuit when the small motor is used, damage the equipment, and cause potential safety hazards. After the processing of the stator is completed, the stator winding needs to be dipped. Paint treatment, so that the winding can block the direct contact between the conductors or between the conductor and the air, prevent the short circuit between the conductors, the direct contact between the conductor and the air, which will cause the coil to be damaged, etc., so the effect of the motor stator impregnation paint directly affects the motor lifespan. But existing paint dipping device still has some problem...

AI Technical Summary

Problems solved by technology

[0004] The small motor is mainly composed of a stator and a rotor. The stator is easy to damage the enameled wire during the production process, which will cause a short circuit when the small motor is used, damage the equipment, and cause potential safety hazards. After the processing of the stator is completed, the stator winding needs to be dipped. Paint treatment, so that the winding can block the direct contact between the conductors or between the conductor and the air, prevent the short circuit between the conductors, the direct contact between the conductor and the air, which will cause the coil to be damaged, etc., so the effect of the motor stator impregnation paint directly affects the motor life span

However, there are still some problems in the existing paint dipping device in use: 1. the existing paint dipping device can only dip a single stator, and the work efficiency is low, which affects the production efficiency

2 The structure of the existing paint dipping device is complicated, and the problem of incomplete paint dipping often occurs, and the paint dipping effect is poor

3 The existing paint dipping device cannot accurately control the amount of paint liquid in the paint dipping box during the paint dipping process, and cannot maintain the height of the paint liquid level at a suitable position. The surface is too high or too low; when the paint liquid level is too high, when the stator is extended into the paint dipping box for dipping, the paint liquid will overflow from the paint dipping box, resulting in waste of paint liquid, And it requires extra manpower and material resources to clean, which is extremely troublesome; when the paint liquid level is too low, when the stator is extended into the paint dipping box for dipping, the surface of the stator cannot be completely dipped in paint, resulting in incomplete dipping Problems and require a lot of manpower and material resources, low efficiency

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