Textile water-cooled motor

Abstract

The invention relates to a textile water-cooled motor, which comprises a stator, a coil winding, a rotor, a rotating shaft, a motor housing and a barrier plate. Wherein the device wall of the motor housing is provided with a cooling chamber for cooling each element in the motor housing and a liquid inlet port and a liquid outlet port communicated with the cooling chamber respectively; There are multiple barrier plates, A plurality of barrier plates are sequentially staggered in the cooling chamber, forming an integrally bent cooling channel, which can significantly increase the flow path of the coolant, the cooling effect of each component in the motor housing is remarkably improved, Reducing ineffective magnetoresistance, Impedance, improve the working efficiency of water-cooled motor, The invention can make the temperature of the motor shell close to the temperature of the cooling liquid such as the cooling water, reduce the cold load of the air conditioning system in the textile workshop, solve the problem that the temperature in the local area of the textile workshop is high, make the temperature and humidity distribution in the workshop more uniform, ensure the labor efficiency of the workers, and avoid the high temperature from damaging the health of the workers.

Description

technical field [0001] The invention relates to a textile water-cooled motor. Background technique [0002] At present, most of the motors used in my country's textile machinery are traditional air-forced air-cooled motors. However, textile machinery and equipment generally operate at full load all day, with a low downtime rate, long working hours of the motor, and high requirements for motor heat dissipation. [0003] The textile workshop uses a large number of motors with high installed power, so the total heat dissipation of the motors is large, which has a great impact on the air conditioning system; the surface temperature of the motors is too high, which will lead to high air temperatures near the motors (that is, near the tail of the corresponding textile locomotive). When the rears of multiple textile locomotives in the entire textile workshop are arranged in the same direction, the air temperature in the workshop will be higher, which will affect the labor efficien...

AI Technical Summary

Problems solved by technology

When the rears of multiple textile locomotives in the entire textile workshop are arranged in the same direction, the air temperature in the workshop will be higher, which will affect the labor efficiency of workers and damage the health of workers

Since the textile equipment in the textile workshop is mostly arranged in a dense manner, and the environment in the textile workshop is hot and humid, with a lot of fiber dust, this limits the ventilation and heat dissipation of the motor.

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