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GyroNet™ UD

Manufacturer: Netafim

Upside-down micro-sprinkler for flat terrain orchards that work in unison with harvesting machinery

Designed to work upside down from a trellising wire, GyroNet™ UD micro-sprinklers ensure perfectly uniform water coverage without interfering with your field machinery.

“Upside down” mounted sprinklers keep the ground clear, preventing sprinkler damage due to field machinery
A micro-spring actively closes the sprinkler once water is shut off, preventing insects and debris from entering and disrupting flow and coverage

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Application

Irrigation
Frost mitigation
Orchards cooling
Orchards humidification
Leaves Dust cleaning

Pressure

Medium pressure
Low Pressure

Coverage type

Localized

Crop type

Orchards

Trajectory angle

Medium
Low

Why GyroNet™ UD?

Uniform water coverage: Optimal water pattern year after year.
Machinery-safe: Unique“upside down” mechanism enables sprinklers to be operated in a hanging position, preventing damage caused by field machinery.
Insect-protected, even upside down: Specially designed spring bearing ensures the anti-ant mechanism can prevent insect penetration to the nozzle even when the sprinkler is mounted upside down.
Long-lasting in the field: Manufactured from tough plastic materials that can withstand agrochemicals, fertilizers, and prolonged sun exposure.
Cost-effective performance: Modular design minimizes repair and field maintenance, keeping your operating costs constantly low.
ISO 8026 standards: GyroNet™ micro-sprinklers meet ISO 8026 standards (SI 1406) with production certified by the SII.

Specifications

3 different flow rates: 40, 50, 58, 70 l/h.
Maximum recommended working pressure: 2.5 bar
2 types of inlet connectors: Self-tapping and Press fit.
2 types of upper bearing: Specially designed upper bearing retains the anti-ant feature even when sprinkler is mounted upside down; Spring bearing with Everspin™ improves wear resistance in harsh conditions.

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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.

Flow Rate:
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Area:
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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