Self cleaning scraper filter is an efficient, energy-saving, and environmentally friendly filtration equipment. Compared to traditional filters, its main advantage is the implementation of a self-cleaning mechanism, which greatly improves filtration efficiency and equipment lifespan without the need for manual maintenance and cleaning.
The self-cleaning scraper filter equipment adopts the principle of physical filtration for filtration. When the filtered liquid enters from the filter, it will pass through the filter screen in the filter pipeline, which will block impurities, particles and other substances, allowing the impurities in the liquid to be effectively filtered out.
During the process of liquid flowing through the filter, impurities and particles in the liquid gradually deposit on the surface of the filter, blocking the channels that should have flowed through and reducing the efficiency of the filter. Therefore, cleaning is necessary. In the self-cleaning scraper filter equipment, the filter comes with a professional cleaning mechanism that can automatically clean according to different filtering conditions.
The self-cleaning mechanism of the self-cleaning scraper filter equipment consists of a motor, reducer, transmission chain and other components, combined with a specially designed scraper, to form a high-pressure liquid cleaning system. When cleaning begins, the motor starts, driving the transmission chain to move the scraper, and using the hydraulic system to spray compressed air at high speed to remove impurities on the surface of the filter screen, forming an efficient self-cleaning effect.
After the liquid processing is completed, the filter cleaning will automatically start. By utilizing the automatic control system of the self-cleaning scraper filter equipment, functions such as scheduled cleaning and trend analysis can be achieved. During the processing, real-time monitoring of data such as filter flow rate, inlet pressure difference, and outlet pressure difference can be carried out, greatly improving the automation level and filtration efficiency of the equipment.