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    UniRam™ RC

    Manufacturer: Netafim
    Integral pressure-compensated, continuously self-flushing dripper, ideal for permanent rowcrops applications, for easy retrieval at the end of the crop cycle.

    Pressure-compensated

    Precise and equal amounts of water delivered over a broad pressure range, ensuring 100% uniformity of water and nutrient distribution along the laterals.

    Drainage mechanism

    The dripper integrates a drainage mechanism that drains water from the pipe at the end of the irrigation cycle, to allow easier recoiling of the dripline at the end of the crop cycle. Also helps in countries where temperatures may drop below zero.

    Continuously self-flushing

    Flushes debris throughout operation, while ensuring constant dripper operation even in challenging water quality.

    Physical root barrier

    Better protection against root intrusion, utilizing unique dripper design that creates physical barriers protecting the dripper from root growth into its labyrinth.

    Wide filtration area

    Ensures optimal performance even under harsh water conditions, preventing the entrance of sediment into the labyrinths.

    Wide water passages

    TurboNet™ labyrinth ensures wide water passages, large deep and wide cross-section that improves clogging resistance. The water is drawn into the dripper from the stream center, preventing the entrance of sediment into the drippers.

    Hybrid

    The first and only dripline featuring a built-in welded outlet that can be easily unplugged as needed. A unique design offers superior clogging resistance and prevents drop migration, ensuring consistent and reliable performance. The dripline comes pre-installed, making setup quick and hassle-free.
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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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    Distance:
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    Time:
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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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    Speed:
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    Reference: Washington State University