The vacuum cleaner functions through the utilization of high-speed motor rotation, whereby it draws air from the suction port and expels it at elevated speeds through the principle of airflow, causing the opposite end to transform into a robust suction spot that eliminates debris and dust particles. Succinctly, the vacuum cleaner's work principle revolves around the motion of air that results from the motor's rotation.
As a vacuum cleaner operates, the air in the suction section at the front end of the fan constantly replaces the air within the fan. As a result, a sudden vacuum is created within the vacuum cleaner. This vacuum generates a negative pressure difference when compared to the atmosphere outside. The dust is suctioned into the vacuum cleaner through the handle, hose, and primary suction pipe, and enters into the dust filter bag located in the dust box. The dust remains in the dust filter bag while the filtered air enters the motor through a layer of filter.
The protective barrier layer of filter in a vacuum cleaner plays a vital role in preventing the dust bag from breaking and prevents the dust from being sucked into the motor. The air enters the motor and exits through the motor, while the dust and debris enter through the various parts of the vacuum cleaner such as the brush, long pipe, elbow, hose, and hose joint. The dust and debris are captured and filtered by the dust filter bag, while the purified air is discharged from the rear of the device. As a result, the filter ensures that the air in your home or workplace is clean and free from dust and other pollutants.
To make sure that dirt and dust do not scatter around while vacuuming, a dust collecting box is placed in the back of the vacuum bucket. This box allows all dirt and debris to be collected in one place. Once the box is full, it can quickly be removed and cleaned by brushing with water.
The principle of a vacuum cleaner revolves around its motor, which may vary from brand to brand. The suction force of a vacuum cleaner is directly proportional to the speed of its motor. Essentially, the higher the speed of the motor, the greater the suction power that the vacuum cleaner generates.
Thanks to the introduction of the latest vacuum cleaner motors, dust and debris can be swept away in minutes. These motors are so powerful that they are capable of reaching a speed of up to 12W rpm. The use of such high-end motors has contributed to the popularity of expensive vacuum cleaners. If you are looking for a hassle-free cleaning experience, you must try these motors. Your home will be sparkling clean in no time!