Rotor Adjustable Pattern Pop-Up Sprinkler (Discontinued)

The Rain Bird 22SA-RVAN mini rotor combines watering efficiency with the accuracy and simplicity of 45 Deg to 270 Deg pattern adjustment by hand, with no tools required. This versatile sprinkler allows you to apply multi-stream, water-saving coverage in more areas of your lawn - in narrow or wide corners, along curved walkways, even in outside corners. It is an ideal complement to other Rain Bird 22SA mini rotors available in fixed full, half or quarter patterns. To adjust the sprinkler pattern from 45 Deg to 270 Deg , just push down and turn the top cap. To adjust distance from 17 to 24 ft., turn the stem collar. No other multi-stream rotor is so easy to fine tune, allowing you to keep water on the grass or garden, not on buildings, the sidewalk or driveway. In operation, the sprinkler produces remarkably low precipitation rates of 0.6 in. per hour, reducing water use up to 30%. The secret is in the nozzle's rotary multi-stream action. The water delivery is gentle enough for newly seeded areas and hillsides, yet covers more area than standard pop-up sprays. The nozzle's water droplets are also larger than traditional pop-up spray droplets, resisting windblown overspray. If you are planning a new irrigation system, this sprinkler's extended throw up to 24 ft. allows you to use fewer heads per zone to reduce system complexity.Hand-adjustable spray pattern from 45 Deg to 270 Deg Multiple rotating streams distribute water uniformlyExtended throw up to 24 ft. covers more area with fewer sprinklersNozzle and screen are easily removed for flushingPressure-activated wiper seal protects mechanism from creeping grasses and sandy soilReduces water use up to 30% over pop-up sprinklersSlow distribution rate of 0.6 in. per hour is ideal for newly seeded areas, slopes and hillsidesMultiple rotating streams resist windblown over sprayA protected closed-case design that makes it ideal for in.creeping in. grasses, sandy soil and other harsh surroundingsEngineered to operate at lower pressure while still delivering precise even coverage