Electricity safety system with impurity eliminating function, for winder operating room

Abstract

The invention provides an electricity safety system with an impurity eliminating function, for a winder operating room. The electricity safety system includes a PE bar, wherein the PE bar is arranged in an impurity eliminating device; the impurity eliminating device includes a first hollow housing and a second hollow housing in the first hollow housing; a motor is arranged in the first hollow housing; a first supply fan is arranged on a motor reel of the motor; one end of the first hollow housing is an air inlet; and the other end of the first hollow housing is a particle impurity guiding exit; a cover body with mesh covers the particle impurity guiding exit. Therefore, the structure of the electricity safety system avoids the defect that in the prior art, the impurity particles are often attached to the PE so that a bad influence is on the performance of the PE bar.

Description

technical field [0001] The invention belongs to the technical field of an electrical safety system for a working room of a winding machine, and in particular relates to an electrical safety system for a working room of a winding machine with the function of removing impurities. Background technique [0002] With the development of the society and the continuous improvement of the technical level of the winding machine studio, the winding machine studio in the city tends to be large-scale, and the development of high-level development ensued higher and higher requirements for the power supply of the winding machine studio. [0003] In the prior art, in order to eliminate the defects of the dangerous fault voltage introduced through the electrical lines and various metal pipes outside the winding machine working room in the civil electrical and decoration electrical parts of the urban winding machine working room, in order to effectively prevent leakage accidents and electric s...

AI Technical Summary

Problems solved by technology

[0004] However, due to the heat invasion of the external environment during use, this will inevitably increase the temperature of the PE row, thereby affecting the normal operation of the equipment. Therefore, it is necessary to keep the air around the PE row flowing and take away the PE from time to time. The heat of the row, but because the air often contains a large amount of impurity particles, these impurity particles tend to adhere to the PE row, which will also have a bad impact on the performance of the PE row

[0005] In addition, the winding machine is powered by distributed power. Distributed power usually refers to small generator sets that are directly connected to the distribution network and distributed near the power load. Most of the capacity is between tens of kilowatts and tens of megawatts. Supporting a large number of distributed power sources is an important feature of smart grids, and distributed power sources have fluctuations and intermittent characteristics, and their controllability and predictability are lower than those of conventional power sources. Detection of power quality and voltage in order to collect power quality data and detect voltage, and the circuit of the terminal device used to collect power quality data and detect voltage is often packaged in a box to prevent external collisions from causing damage to the circuit , and the box is often a closed structure, so the circuit of the station terminal device is prone to the phenomenon that the circuit cannot be prevented from heating without cooling measures during operation. If the circuit is heated for too long, the circuit components will be damaged, resulting in abnormal operation and shortening Its operation cycle makes later maintenance very difficult

And it is not easy to move the box

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