The working principle of a vacuum cleaner and its characteristics

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Vacuum cleaners use electricbest vacuum for thick carpet motors to turn the blades at high speeds, creating negative air pressure in the sealed shell to achieve the dust adsorption effect. When comparing the new multi-stage cyclone vacuum cleaner to the old vacuum cleaner, the adsorption force will not be weakened due to the garbage inside the shell. Family usage is more effective and convenient. The vacuum cleaner performance characteristics are examined in the following repair Dada.

Vacuum cleaner features

Benefits include high purification efficiency, low equipment resistance, low energy consumption, high temperature and corrosion resistance, high dust removal efficiency, strong aerosol particles of adhesion parts, and a large flue gas handling capacity.

Disadvantages include: high technical requirements for manufacturing and installation; high steel consumption; susceptibility to environmental conditions; large floor space requirements; and a limited application range.

Principles of Vacuum Cleaner Operation

The vacuum cleaner's construction

In general, the housing is made of steel, which necessitates proper sealing and insulation. The air flow distribution device is located near the population, ensuring that the air flow passes uniformly through the entire electric field and that dust removal efficiency is effectively guaranteed.

Electric dust collectors are classified into two types: plate type electric dust collectors and tube type electric dust collectors.

Structure: It is made up of a shell, an airflow distribution device, a cathode, an anode plate, and an ash cleaning device, among other things.

People may be unfamiliar with cathode and anode lines. Cathode wire is a corona electrode, also known as a discharge electrode, that is primarily used for corona discharge. It is not deformed or broken due to circuit vibration, has no thermal stress, and can also remove dust.

Principles of Vacuum Cleaner Operation

When corona discharge is used as the power supply's cathode, a small amount of positively charged dust particles are deposited on the cathode and a large amount of negatively charged dust particles are deposited on the anode, allowing the gas to be purified.

Summary: Now that you understand the basic working principle and structure of vacuum cleaners, you can select the best dust removal products for your living environment.

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