Rain Bird 3500 Nozzle Chart
This versatile rotor offers an attachable nozzle tree with six superior performing rain curtain nozzles and the convenience of reversing full and part circle.
Rain bird 3500 nozzle chart. The 3500 series rotor is an easy to use short to mid range gear drive rotor offering value and convenience for residential applications. All mpr nozzles tested on 4 10 2 cm pop ups q square spacing based on 50 diameter of throw v triangular spacing based on 50 diameter of throw. This versatile rotor offers an attachable nozzle tree with six superior performing rain curtain nozzles and the convenience of reversing full and part circle operation up to 360 degrees in one unit.
1 these ranges are based on proper pressure at nozzle. 2 rain bird recommends using 1800 prs spray bodies to maintain optimum nozzle performance in higher pressure situations. Rain bird 3500 series rotors precipitation rates based on half circle operation n square spacing based on 50 diameter of throw.
Rain bird nozzle sets are designed to save water with even and efficient coverage. Plus a nozzle removal feature and easily removable filter screen makes maintenance a breeze. Utilizing a simple flat bladed screwdriver the 3500 s arc adjustment is quick and easy.
3500 series nozzle performance n s pressure nozzle radius flow flow precip precip bar m m3 h l mmm h mm h 1 7 0 754 6 0 12 12 2 0414 1 0 6 1 0 17 2 91 9 11. Nozzle tree includes various nozzle sizes 1 75 1 1 0 1 1 5 1 2 0 1 3 0 and 1 4 0 can be used with rain bird 32sa series rotor 32sa shrub series rotors and 3500 series rotors. Changing nozzles can help even out the amount of water being sprayed between rotors that are set for different patterns.
Pressure nozzle radius flow flow precip precip bar m m3 h l m mm h mm h 1 7 0 75 4 6 0 12 2 04 12 14 1 0 6 1 0 17 2 91 9 11 1 5 7 0 0 24 4 01 10 11. All of this and an affordable price makes the rain bird 3500 series one rotor that is easy to use easy to buy and tough to beat. Angle rain curtain nozzle performance v pressure nozzle radius flow precip precip psi ft.