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    Poly Hydrocyclone Filters

    Manufacturer: Aytok Filters
    Body Material : Polyamide - Nylon 6 - 30% Glass Fiber Reinforced
    Maximum Working Pressure : 10 bar
    Maximum Working Temperature : 60°
    Cartridge : Hydrocyclone
    Made in : Turkey
    Manufacturer part number: PHydrocyclone

    Aytok plastic hydrocyclones relax the filter system by pre-filtering. It is used to protect filter systems against heavy pollution. Parallel connection is made by increasing the number of hydrocyclones according to water capacity and pollution status and can be used simultaneously.

    Working Principle

    Aytok Hydrocyclones are designed in a simple structure to be used in the filtration of well water or water containing sand, gravel and particles heavier than water. It is used as the first filter element in filter systems used in agricultural irrigation. Hydrocyclones, work with maximum efficiency by creating minimum pressure loss in irrigation systems. Solid particles heavier than water fall down from the narrowing conical part of the hydrocyclone and are collected in the waste chamber (sand tank). Clean water separated from solid particles is transmitted to the system from the outlet pipe. Accumulated particles are discharged from the lower tank (sand tank) by means of the discharge valve. When connecting to the line, Inlet and Outlet directions should be taken into consideration.

    Technical Specifications

    Plastic_Hydrocyclone_Filters
    Product Code D D1 H H1 T L W W1 K
    Flow Rate Weight
      mm inch inch mm mm inch mm mm mm mm m3/h kg
    P2020 50 2" 6" 1023 1154 3/4” 580 295 173 55 20/30 9.5
    P2025 63 2 1/2" 6" 1023 1154 3/4” 580 295 173 55 30/40 9.5
    P2030 76 3" 6" 1110 1245 3/4” 580 376 215 84 40/60 19
    P2030-10 76 3" 10" 1225 1360 3/4” 670 376 215 84 40/60 21

     

    Plastic_Hydrocyclone_Filter_Pressure_Loss

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    Irrigation Unit Conversions

    Convert a given value and unit to different unit type. Conversions are available for flow rate, area, distance, time, volume, pressure, power, precipitation, salinity, and speed.

    Click here to see unit descriptions.


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    Precipitation (Water Application) Rate:
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    Reference: Washington State University