Air filter manufacturer engine parts honeycomb air filter 7650298

zero-turn power cleaning system

The cleaning method of the honeycomb filter dust collector is to use the reverse pulse compressed air back blowing cleaning method.
Structurally speaking, the flower plate of the general filter bag and filter dust collector is flat, and the filter bag and the filter bag are vertically fixed on the flower plate, but the flower plate of the honeycomb filter dust collector is arranged in thousands of V shapes. and.
The filter element is inclined and fixed on the V-shaped flower plate at a certain angle. The open side of the V-shaped flower plate is followed by a Venturi tube, a pulse injection valve, a compressed air storage tank and a solenoid valve and other control systems. ash system, the control system will carry out pulse jet cleaning according to the set time or pressure difference value according to the automatic control program. At the moment of cleaning the dust, the high-speed jet air flows through the induction effect of the Venturi tube, blowing several times the air volume of the jet to the clean open end of the triangular filter slot of the filter element, forming an air wave in the triangular filter slot, which is The filter material produces rapid expansion and shock vibration, which has a strong effect of removing dust.
The biggest feature of the cleaning system of the honeycomb filter dust collector is that it adopts the ZERO-Turn zero-turn power cleaning system. The injection direction of the general pulse cleaning system is parallel to the surface of the filter material.
Therefore, after the pulsed airflow enters the inside of the filter material, it needs to expand laterally to release energy and act on the filter material, while the pulsed dust-cleaning airflow of the zero-turn power dust-cleaning system is directly injected into the filter element, and most of the pulsed dust-cleaning airflow is generated. The energy can be smoothly transferred to the surface of the filter material, reducing the energy loss, greatly improving the cleaning effect, and extending the service life of the filter element.
In addition, the filter elements are arranged in a V shape, which is close to a vertical arrangement and is back blown. The dust that has been cleaned and fallen can directly fall into the ash hopper, which prevents the dust from being blown to the adjacent filter elements and causes secondary dust.

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