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D-Net™ 6550

Manufacturer: Netafim

Low trajectory impact sprinkler for uniform under-canopy irrigation

With its low water trajectory angle, D-Net™ 6550 is ideally suited for precise under canopy irrigation of banana or oil palm plantations up to 12 x 12 meters or field crops with windy conditions.

Superb water distribution uniformity thanks to 3D diffusion arm
Robust build quality withstands all climates and agricultural chemicals

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Application

Irrigation

Pressure

Medium pressure
Low Pressure

Coverage type

Full Coverage: Medium, spacing installation
Full Coverage: Small spacing installation

Crop type

Field crops
Orchards

Trajectory angle

Why D-Net™ 6550?

Higher and better yields: Industry-leading water distribution uniformity, relative to flow rate and installation spacing, achieved by a unique 3D diffusion arm.
Designed for the orchard environment: a powerful jet overcomes fallen leaves or branches, providing the perfect angle to work below the canopy.
Long-lasting performance: Robust design makes the sprinkler especially resistant to field damage, ensuring uninterrupted operation over the product’s life.
Weather and fertilizer-proof: Tough UV-resistant materials increase the sprinkler’s durability in any climate and with any applied nutrients.
Flexible installation: Designed to be installed on solid sets or on removable field stands.
Easy maintenance: Special nozzle-key was designed to allow simple cleaning of debris from the nozzle even under pressure.

Specifications

3 different flow rates: 355, 400, 510 l/h. Nominal flow rates at 2.5 bar pressure.
Recommended working pressure: 2.0 to 3.0 bar (at the sprinkler head).
Water trajectory angle: 14 degrees
Inlet connection: 1/2” male threaded
Color-coded nozzles for easy identification

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