12H - Fixed angle nozzle 3.7m throw 180 degrees


The Rain Bird MPR Series 12H nozzle provides uniform, even watering.
The maximum nozzle throw is 3.7 meters and the working angle is 180 degrees.
The adjustment screw on the nozzle allows you to slightly vary the flow rate and range of the irrigation.
Filter placed under the head easily accessible and sent with the head.
For optimal performance we recommend using Rain Bird 1800 Series.
- Max range (m)
- 3.7
- Working angle
- fixed
- Angolo di lavoro
- 180
- Type of attack
- female

Gear transmission
It uses a good planetary gear drive, variable stator and turbine to rotate the nozzle.

Fewer models
To cover the 4.3 to 8.0 m radius and the 45 to 360 ° arc range, only two male thread and two female thread nozzles are required.

Uniform precipitation rate of 14 mm / h.
The nozzles dispense water slower and more evenly than standard spray nozzles. The precipitation rate of 14mm / h prevents excessive work times often required to stay within irrigation windows.

Constant rotation speed
The gear drive mechanism provides constant rotational speed regardless of system pressure and prevents product stalling at low pressure.