JavaScript seems to be disabled in your browser. For the best experience on our site, be sure to turn on Javascript in your browser.

Account

US415HE - 4 in. UNI-Spray Series Pop-up Spray Head Sprinkler with 15 ft. HE-VAN Series High Efficiency Variable Arc Nozzle

$4.34

Out of stock

SKU

P40015

4 in. pop up spray with 15-HE-VAN nozzle
Pressure-activated, wiper seal prevents excessive flow-by and water waste. Keeps debris from entering upon retraction
Durable stem ratchet allows for quick and easy nozzle pattern alignment
Internal parts removable from the top of the sprinkler for easy servicing
Small exposed cover makes the unit virtually invisible for more attractive landscapes
Rugged cover and body provide durability in high pressure and surge conditions
Plastic and stainless steel materials resist corrosion
HE-VAN nozzle and screen are easily removable for flushing
UNI-Spray™ accepts all Rain Bird® Series nozzles and accessories, which simplifies inventory management

Skip to the end of the images gallery

Skip to the beginning of the images gallery

Details

Rain Bird® UNI-Sprays and HE-VAN Nozzles ensure the diverse needs of your landscape, including oddly shaped corners, will be evenly watered, leaving you with a beautiful lawn and garden. UNI-Sprays are ideal for smaller grassy areas around sidewalks and driveways; they can also be used for watering flowerbeds or shrubs. The UNI-Spray's compact design makes these sprinklers less noticeable when not in operation, so relax and enjoy your landscape.

More Information

More Information
Model	US415HE
Nozzle Pattern	Adjustable arc
Nozzle Radius	15 ft
Nozzle Type	Fixed spray, High-efficiency
Nozzle Series	HE-VAN
Spray Head Series	UNI-Spray Series
Dimensions	1/2" (15/21) NPT female threaded inlet Body height: 5 7/8" (15 cm) Exposed surface diameter: 1 1/4" (3,2 cm)
Pop-up Height	4 in
Specifications	Pressure: 15 to 70 psi (1,0 to 4,8 bar) Optimum Pressure: 30 psi (2 bar) Adjustable nozzle arc range: 0° - 360° Flow-by: 0 at 10 psi (0,75 bar) or greater; 0.20 GPM (0,04 m3/h; 0,01 l/s) otherwise