Novel corrosion resisting high-power uniform-electromagnetic-distribution electromotor

Abstract

A novel corrosion resisting high-power uniform-electromagnetic-distribution electromotor comprises an electromotor body and an outer shell is disclosed. The upper part of the electromotor body is provided with an electrical box, the middle part of the electromotor body is provided with a stator and a rotor, an electromagnetic distributor is arranged on the stator, the front part of the electromotor body is provided with a baffle plate which is provided with a moisture absorption device, the rear part of the electromotor body is provided with a rear baffle plate, a magnetic conductive copper pipe is arranged on the stator and coats the stator, anticorrosion paint is painted on the outer part of the electromotor body, a separator plate is arranged under the anticorrosion paint, and a corrosion resisting alloy plate is used as the separator plate. According to the novel corrosion resisting high-power uniform-electromagnetic-distribution electromotor , the moisture absorption device is arranged on the rear baffle plate of the novel corrosion resisting high-power uniform-electromagnetic-distribution electromotor, water steam in the electromotor body can be absorbed, dryness of the inner part of the electromotor body can be kept, the stator is provided with the electromagnetic distributor, uniform electromagnetic distribution can be realized, a dust calculating instrument is arranged in the electromotor body, a dust content in the electromotor body can be clearly demonstrated, a speed adjusting device is arranged on the electromotor, speed stability of the electromotor can be enabled, and safe operation of the electromotor can be maintained.

Description

technical field [0001] The invention relates to a motor, in particular to a novel corrosion-resistant high-power motor with uniform electromagnetic distribution. Background technique [0002] With the continuous development of industry, mechanized production is becoming more and more common. Many machines require a large number of power sources. Motors have become the first choice for power sources. At present, many motors often need to face many special working environments during use. There is a lot of dust in the working environment of the motor, and when the motor is in use, it often faces harsh spontaneous combustion environments such as rainwater. In such a working environment, the service life of the motor becomes shorter, and the frequency of parts replacement is also relatively high. Fast, the shell of the fuselage is easy to rust. If it is rusted for a long time, it will cause electric leakage of the motor, which affects the safety of the workers and cannot maintai...

AI Technical Summary

Problems solved by technology

[0002] With the continuous development of industry, mechanized production is becoming more and more common. Many machines require a large number of power sources. Motors have become the first choice for power sources. At present, many motors often need to face many special working environments during use. There is a lot of dust in the working environment of the motor, and when the motor is used, it often faces harsh spontaneous combustion environments such as rainwater. In such a working environment, the service life of the motor becomes shorter, and the frequency of parts replacement is also relatively high. Fast, the shell of the fuselage is easy to rust, long-term corrosion will lead to electric leakage of the motor, which affects the safety of the operators, and cannot maintain the continuous and stable operation of the motor. When in use, the frequency of the motor is easy to change, and it is difficult to maintain a stable output. It affects the stability of the motor, and more dust will also affect the motor. More dust content will cause the motor parts to be blocked in advance, and the risk of parts corrosion will greatly increase

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