Hunter Pro-Spray sprinkler heads are engineered to ensure long-lasting, reliable performance in residential applications. Available in heights from shrub to 30 cm, Pro-Spray heads feature durable construction that is second to none, exclusive body cap design which does not leak even when loosened, and a reliable, easy to adjust two-piece ratchet. Pro-Sprays are compatible with Precision Distribution Control Nozzles, fixed-arc nozzles, and MP Rotators. All models also include a user-friendly pull-ring flush cap to keep debris and clogging to a minimum. The Hunter Pro-Spray sprinkler head is compatible with all industry standard female nozzles offering a high degree of flexibility.
Models: Shrub, 5 cm, 7.5 cm, 10 cm, 15 cm, 30 cm
Compatible with all female threaded nozzles
No side inlet (NSI) version available in 15 cm and 30 cm
Innovative directional flush plug design
Warranty period: 5 years
The pressure-activated, multi-function wiper seal regulates flow-by during start up, keeping debris out of the seal to reduce riser stick-ups. Once the head is fully popped up, the wiper seal completely seals off the riser gap allowing for the maximum number of heads per zone.
The Pro-Spray line incorporates a heavy-duty ribbed body and durable cap engineered to withstand the harshest environments, including the rigors of foot traffic and the abuses of heavy machinery. In addition, the buttress thread design provides superior strength in cap-to-body gripping capacity helping the head to withstand high inlet surge pressures.
The strongest retraction spring for positive retraction under any condition.
Pedestrian traffic, landscaping equipment, temperature changes, and cycling pressures can often cause body caps to loosen. Most spray bodies utilize an O-Ring, which breaks seal immediately after loosening. The Pro-Spray can withstand more than one full 360º turn and remain sealed at any pressure.
Factory Installed Options
User Installed Options
Built Tough to Withstand Life in the Trenches
Hunter Pro-Spray line can handle the harshest environments and pressure, and still perform as needed. Pressure regulated models provide new opportunities for extraordinary water savings.