The quartz sand filter can handle a maximum flow rate of up to 5,000 m³/h.
The housing wet part material can be made of Carbon Steel (CS), 304 Stainless Steel, or 316L Stainless Steel.
The backwashing cycle is based on differential pressure and time, which triggers the cleaning process when certain pressure drop values are reached.
The inlet and outlet standards can be ANSI Flange CLASS 150, DIN Flange PN10, or Sanitary Coupling.
Raw water passes through the water distributor into the quartz sand filter media, allowing impurities to accumulate in the sand layer while clean water flows out through the water collector.
Yes, the filter is designed to be easy to use and operate with low maintenance requirements.
The design temperature range for this filter is between 0℃ and 120℃.
The minimum working pressure is 3 bar, depending on the viscosity and filtration degree.
The duration of the backwashing process can vary, but it is initiated when the pressure drop reaches specified values, typically between 0.05 to 0.15 MPa.
Quartz sand holds up much longer than filter cartridges, providing high filtration efficiency and durability.
Yes, the filter is suitable for various water sources and can be customized based on specific filtration needs.
The intelligent differential pressure transmitter/switch helps monitor pressure levels and automate the backwashing process, enhancing operational efficiency.
The filter is available in various sizes, including models with diameters ranging from 1400mm to 3000mm, and corresponding height and flow rate specifications.
Yes, this quartz sand filter is specifically designed for industrial irrigation applications and can handle high capacities.
Maintenance is minimal due to the durable materials used, but regular checks on the backwashing system and pressure readings are recommended.
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