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It is primarily used for water purification and can be applied in various industries such as industry, agriculture, power generation, electronics, pharmaceuticals, food processing, printing and dyeing, construction, steel production, metallurgy, papermaking, coal mining, swimming pools, landscaping, and greenery. It is used for water filtration, treatment, and improvement, especially in applications where high standards of water quality are required, such as microfiltration. Fully automatic filters have numerous functions that enable them to remove impurities from water including sediment, clay, rust, suspended particles, algae, biological sludge, corrosion products, large-molecule bacteria, organic substances, and other tiny particles, thereby achieving water purification. We all know that filtration is an essential treatment method in the water purification process, used to remove impurities from water in order to purify it or ensure the proper functioning of other equipment in the system. Anhui Felite’s fully automatic self-cleaning filters are capable of filtering raw water, as well as automatically cleaning and removing the filter elements; meanwhile, the system continues to operate and supply water without interruption during this process. Compared to traditional filters, Anhui Filite’s fully automatic self-cleaning filters offer advantages such as a high degree of automation, large processing capacity, the ability to clean and discharge waste on its own, continuous water supply, and wide range of applications. In the operation of a fully automatic self-cleaning filter, the water to be treated enters the unit through the inlet; impurities in the water settle on the stainless steel filter screen, thereby creating a pressure difference. The pressure difference at the inlet and outlet is monitored using a pressure differential switch; when this difference reaches a set value, the electronic controller sends signals to the hydraulic control valve and the drive motor, triggering the following actions: the motor rotates the brush to clean the filter element, while the control valve opens to allow waste fluid to be discharged. The entire cleaning process takes only a few dozen seconds. Once cleaning is complete, the control valve is closed, the motor stops rotating, and the system returns to its initial state, ready to begin the next filtering cycle. After the equipment is installed, technicians carry out debugging to set the filtration time and the cleaning transition time. The water to be treated enters the device through the inlet, and the filter begins to operate normally. When the preset cleaning time is reached, the electronic controller sends signals to the hydraulic control valve and the drive motor, triggering the following actions: the motor rotates the brush to clean the filter element, while the control valve opens to allow waste water to be discharged. The entire cleaning process takes only a few dozen seconds. Once cleaning is complete, the control valve is closed, the motor stops rotating, and the system returns to its initial state, ready to start the next filtration cycle. The above is all the content that the editor has brought to you