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    R2000 Rotator®

    Manufacturer: Nelson

    The R2000 Rotator uses proven Rotator® Technology to provide high uniformity without the riser vibration or splash down associated with impact sprinklers.


    PERFORMANCE

    Flow: 0.7-3.5 gpm (150-792 lph)

    Pressure: 30-60 psi (2-4 bar)

    Radius: 21-37 ft (6.4-11.3 m)

    Nozzle Size: #8.3-16 2TN, 0.85-2.5 2000FC

    Selected option is not available

    PERFORMANCE

    Flow: 0.7-3.5 gpm (150-792 lph)

    Pressure: 30-60 psi (2-4 bar)

    Radius: 21-37 ft (6.4-11.3 m)

    Nozzle Size: #8.3-16 2TN, 0.85-2.5 2000FC


    FEATURES

    The simple, snap-apart design is durable, reliable, and easy to repair and clean. Choose from 15 different plate options to achieve optimal trajectory and throw characteristics. Applications include: under-tree irrigation and environmental control of tree fruit, vine, and tree nut crops — as well as overhead irrigation, cooling, and environmental control in tree, vine, small fruit, and nursery crops.

    The R2000 is available with the legendary 2000FC flow control nozzle for uniform irrigation with variable pressures (30-60 psi / 2-4 bar).

    Choosing the correct plate for your application:

    • Plates are named after their nozzle size range (K1 - #8.3 / K2 - #9-10 / K3 - #11-12 / K4 - #13-14 / K5 - #15-16), and their trajectory (6°, 9°, 15°, or 24°).
    • Low trajectory gives low stream height to avoid things like shade structures and vegetation, but also has the lowest radius of throw. Stream height and throw distance increase with trajectory.
    • The color band on the plate (white, black, or gray) matches the color of the sprinkler diffuser, which is designed with a specific number of "fingers" to provide optimum irrigation distribution uniformity.
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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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    Power:
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    Precipitation (Water Application) Rate:
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    Salinity:
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    Reference: Washington State University