Orbit Voyager 11 Nozzle Set

The Orbit Voyager II Replacement Nozzle Set is a comprehensive collection of precision-engineered components designed to optimize the hydraulic performance of gear-drive sprinkler systems. This set allows for the meticulous calibration of precipitation rates across different irrigation zones, ensuring that water delivery matches the specific absorption needs of varying soil types and plant species.

Technical Design and Versatility

• Calibrated Flow Rates: The set includes multiple nozzles with varying orifice sizes. This variety enables the user to adjust the gallons-per-minute output, ensuring uniform coverage whether the sprinkler is set to a narrow 40-degree arc or a full 360-degree rotation.
• Trajectory Optimization: Each nozzle is molded with a specific exit angle to maintain a wind-resistant spray. This engineering minimizes evaporation and drift, ensuring the water reaches the target landscape even in exposed or breezy conditions.
• High-Visibility Identification: The nozzles are clearly marked and color-coded or numbered, allowing for rapid identification and selection during system maintenance or initial installation.
• Reinforced Polymer Construction: Manufactured from high-grade, wear-resistant technical plastic, these nozzles are designed to withstand high-velocity water flow and the abrasive effects of mineral-heavy or reclaimed water.

Operational Efficiency

The Voyager II Nozzle Set is an essential tool for achieving matched precipitation across a multi-head irrigation zone. By selecting the appropriate nozzle for each head's specific arc, a uniform "curtain of water" is maintained, preventing the over-saturation or underwatering often seen in uncalibrated systems.

These nozzles are designed for a seamless fit into the Voyager II gear-drive head, featuring a secure locking mechanism that prevents displacement under high-pressure operation. This modular approach to irrigation allows for the easy retrofitting of existing systems to meet modern water conservation standards and changing landscape requirements.