Classification and working principle of Vacuum Cleaners

The Vacuum Cleaner relies on the motor to generate a pressure difference in the vacuum state formed inside to absorb dust, and then the dust filter device intercepts the dirt and discharges the air to complete the dust removal process. The "suction force" that affects the vacuuming effect depends on the resultant force of the wind and vacuum force generated, but these two factors have opposite characteristics. When the wind force is large, the vacuum force becomes weak, and when the vacuum force is strong, the wind force becomes small. The maximum value of the combined force of the two is the "suction power" which represents the ability of the Vacuum Cleaner. This is an international standard defined by the International Organization for Standardization (ISO) to express the performance of Vacuum Cleaners. The Vacuum Cleaner is mainly composed of a shell, suction head, dust chamber, motor, and other parts.

Here is the content:

• Classification of Vacuum Cleaners

• How a Vacuum Cleaner works

Classification of Vacuum Cleaners

At present, the common vacuum cleaners on the market mainly include: horizontal Vacuum Cleaners, the most common type of vacuum cleaners in the Asian and European markets, accounting for more than 80% of the overall market share, which is characterized by small size and convenient storage; vertical vacuum cleaners, suitable for large areas carpet cleaning; hand-held Vacuum Cleaner, small in size, very convenient to carry and use, mainly used for cleaning in the car, also has a good effect on keyboards, electrical appliances, etc., the barrel vacuum cleaner is a kind of commercial vacuum cleaners are mostly used by cleaning companies, hotels, and office buildings. They are characterized by large capacity and can absorb water; rod-type vacuum cleaners have been gradually used in recent years. A high-end Vacuum Cleaner that cleans and recharges automatically.

How a Vacuum Cleaner works

(1) When the Vacuum Cleaner starts, the motor drives the impeller to rotate at high speed to form a partial vacuum in the dust collection chamber, and the suction force generated by the air pressure difference between the inside and outside of the dust collection chamber is used to suck dust and other garbage into the dust collection chamber.

(2) The garbage sucked into the Vacuum Cleaner is accumulated in the dust bag, and the air is discharged from the Vacuum Cleaner after being purified by the filter.

(3) The motor is the heart of the Vacuum Cleaner, and its performance can directly affect the reliability of the vacuum cleaner. In addition, the motor used in the Vacuum Cleaner rotates at 20,000 to 40,000 revolutions per minute. The motor of the general electric fan has a speed of about 1800 to 3600 revolutions per minute. It can be seen that choosing a good motor is very important for the Vacuum Cleaner.

(4) The "suction force" of a Vacuum Cleaner depends on the resultant force of the wind and vacuum force generated, but these two factors have opposite characteristics. That is, the vacuum force becomes weaker when the wind force is large, and the vacuum force becomes stronger when the wind force is small. The maximum value of the combined force of the two is the "suction power" which represents the ability of the Vacuum Cleaner, and the suction power is expressed in watts (W). This definition is an international standard defined by the International Standards Organization (ISO) to express the performance of Vacuum Cleaners and is recognized worldwide.

The above is about the classification and working principle of Vacuum Cleaners. If you are interested in Vacuum Cleaner, you can contact us. Our website is https://www.bearappliance.com/.