Self-radiating motor

Abstract

The invention discloses a self-radiating motor. The self-radiating motor comprises a shell, a stator, a rotor and a motor rotation shaft, wherein the shell is provided with an end cover; a fan blade for outwardly sucking air from the interior of the shell is sleeved outside the end cover; the fan blade rotates with the motor rotation shaft; and a heat radiating hole favorable for air to flow out of the shell is arranged on the end cover, corresponding to the position of the fan blade. Therefore, air is actively sucked out from the interior of the motor by the fan blade for outwardly sucking air from the interior of the shell. Compared with the self-radiating motor with the fan blade for blowing air towards the interior of the motor in the prior art, the self-radiating effect is better; heat of the motor can be taken away more quickly to reduce the temperature of the motor, so that the self-radiating motor can be applied to environments with higher temperature, therefore, the application range of the motor is further expanded; and better working performance and longer service life of the motor are also facilitated to be maintained at the same time.

Description

Technical field [0001] The invention relates to the motor field technology, in particular to a self-heating motor. Background technique [0002] At present, motors are widely used in electronics and automation equipment industries. During the operation of the motor, the heat generated will continue to accumulate with the increase of time in the future, causing the temperature inside the motor to gradually increase, thereby affecting the working performance of the internal parts of the motor, and also having a great impact on the service life of the parts. [0003] In response to this problem, someone designed to add a fan to the motor product and use the fan to blow the motor to cool down the temperature. This solution has a role in cooling the motor to a certain extent, but its heat dissipation effect is poor. The temperature is still high, causing the internal components of the motor to still be in a harsh working environment. In addition, in the existing motor with self-heatin...

AI Technical Summary

Problems solved by technology

[0003] In response to this problem, someone has designed a fan by adding a fan to the motor product, and using the fan to blow the motor to cool down. This solution has a cooling effect on the motor to a certain extent, but its heat dissipation effect is poor. The temperature is still high, resulting in the components inside the motor are still in a harsh working environment

In addition, in the existing motors with self-cooling function, the fan can only blow air toward the inside of the motor when the motor shaft is rotating forward or reversely, so it cannot satisfy the requirement of self-radiation for both forward and reverse rotation of the same motor

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