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    Pressure Reducing and Sustaining Plastic Control Valve

    Manufacturer: Armas Valves & Filters

    It has two pilot valves and reduces downstream pressure to desired value by sustaining upstream pressure.

    Easy to use
    Low cost
    Operation in wide pressure range (PN10)
    Perfect modulation even in lower flow rates
    Anti-surge closing and opening with flexible diaphragm
    Glass Reinforced Poly-amide material
    Made in Turkey
    Manufacturer part number: PRPS
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    Armas Pressure Reducing and Sustaining Plastic Control Valve

    Applications

    • Irrigation
    • Industrial
    • For protecting booster pumps and preserve set pressure downstream.

    FEATURES

    • 3-way plastic pressure reducing pilot, 3-way plastic pressure sustaining valve, polytethylene plastic tubing system, nylon fittings and 3-way selector valve
    • 3-way selector valve
    • Made in Turkey

     

    Armas pressure reducing and sustaining control valve

    ARMAS 500 Series Pressure Reducing and Sustaining Plastic Control Valve

    Armas “PRPS” model pressure reducing/sustaining hydraulic control valve reduces valve downstream pressure to desired value by sustaining upstream pressure. Two pilot valves exist on valve. Pilot valve on upstream side is the pressure sustaining pilot valve and sustains upstream pressure. Other pilot valve is pressure reducing pilot valve and keeps downstream pressure constant by reducing it to desired value. Reducing/sustaining control valve pumps fluid downwards; it ensures that system works within normal values by regulating over flow and high pressure in pumping systems. It controls upstream and downstream pressure continuously and keeps them within constant values.

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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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    Volume:
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    Pressure:
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    Power:
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    Precipitation (Water Application) Rate:
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    Salinity:
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    Reference: Washington State University