Product Description
Industrial self cleaning filter Field of application:
Metallurgical: Casting water, purifying phosphorus water at high-pressure, cooling water filtration, nozzle protection.
Electrical power: turbine cooling water filtration, grey water recycling filtration, dust nozzle protection, cooling towers water filtration.
Raw water: filtering to sand, algae, and organic matter while extracting water in the lakes, rivers, reservoirs, wells and rainwater, groundwater.
Agriculture: spray irrigation, drip irrigation water treatment.
Others: the construction, steel, oil, chemicals, electronics, Power generation, textile, paper, food, sugar, pharmaceuticals, plastics, automotive industry, and so on.
Process principle of the automatic self-cleaning filter(brush type)
When water enters into the filter body from the entrance, the impurities in water sedimentate on the stainless steel strainer thus form pressure. Through the pressure switch to monitor changes in pressure, when the pressure access to the setting value, the electric controller send signal to the hydraulic control valve and driving motor, and then trigger the following actions: motor driving rotary brushes, cleaning the filter, control Valve opening and blow downing. The entire washing process takes several seconds. When the cleaning is over, control valves will close, electrical motor will stop rotation, and the system will return to its initial state, begin filtering into the next process.
After equipment is installed, commissioning by the technical staff. Set the time of filtering and cleaning conversion time. After water enters into the filter body, the filter started to work, when reach the default time, the electric controller send signal to the hydraulic control valve and driving motor, and then trigger the following actions: motor driving rotary brushes, cleaning the filter, control Valve opening and blow downing. The entire washing process takes several seconds. When the cleaning is over, control valves closes, electrical motor stop rotation, and the system returned to its initial state, began filtering into the next process.
Metallurgical: Casting water, purifying phosphorus water at high-pressure, cooling water filtration, nozzle protection.
Electrical power: turbine cooling water filtration, grey water recycling filtration, dust nozzle protection, cooling towers water filtration.
Raw water: filtering to sand, algae, and organic matter while extracting water in the lakes, rivers, reservoirs, wells and rainwater, groundwater.
Agriculture: spray irrigation, drip irrigation water treatment.
Others: the construction, steel, oil, chemicals, electronics, Power generation, textile, paper, food, sugar, pharmaceuticals, plastics, automotive industry, and so on.
Process principle of the automatic self-cleaning filter(brush type)
When water enters into the filter body from the entrance, the impurities in water sedimentate on the stainless steel strainer thus form pressure. Through the pressure switch to monitor changes in pressure, when the pressure access to the setting value, the electric controller send signal to the hydraulic control valve and driving motor, and then trigger the following actions: motor driving rotary brushes, cleaning the filter, control Valve opening and blow downing. The entire washing process takes several seconds. When the cleaning is over, control valves will close, electrical motor will stop rotation, and the system will return to its initial state, begin filtering into the next process.
After equipment is installed, commissioning by the technical staff. Set the time of filtering and cleaning conversion time. After water enters into the filter body, the filter started to work, when reach the default time, the electric controller send signal to the hydraulic control valve and driving motor, and then trigger the following actions: motor driving rotary brushes, cleaning the filter, control Valve opening and blow downing. The entire washing process takes several seconds. When the cleaning is over, control valves closes, electrical motor stop rotation, and the system returned to its initial state, began filtering into the next process.
