Sprinkler Flush Head Plastic Green 3.6m 360
Sprinkler Flush Head Plastic Green 3.6m 360
Sprinkler Flush Head Plastic Green 3.6m 360
Sprinkler Flush Head Plastic Green 3.6m 360

PLASTIC FLUSH HEAD GREEN 360° SPRINKLER

Plastic flush-head sprinkler for garden watering in open areas. Its fixed 360° full circle pattern sprays water out level with the head rather than upwards. The green nozzle identifies the spray pattern.

✓ Coverage: 3.65m radius at 137 kPa
✓ Spray Pattern: Fixed 360° full circle
✓ Flow: 11.35L/min at 137 kPa
✓ Construction: Plastic body and nozzle

Plastic Flush Head Sprinkler Specifications & Performance Charts

Sprinkler Flush Head Plastic Green 3.6m 360

Plastic flush-head sprinkler for garden watering in open areas. Its fixed 360° full circle pattern sprays water out level with the head rather than upwards. The green nozzle identifies the spray pattern.

The attached nozzle waters all the way around the head. Its spray angle is fixed, so choose this pattern for an area that needs full circle coverage.

At 137 kPa, it waters to a 3.65m radius and uses 11.35L/min. The nominal 3.6m radius changes with pressure: the performance table gives 3.35m at 103 kPa and 4.57m at 206 kPa. Match sprinkler spacing to the radius at the available operating pressure.

Includes one plastic sprinkler body with its attached plastic nozzle.

Plastic Flush Head Sprinkler Specifications & Performance Charts

✓ Application
Fixed-pattern garden watering in open areas.
Water sprays out level with the sprinkler head rather than at an upward angle.

✓ Coverage and Spray Pattern
Fixed 360° full circle.
Green nozzle identifies the pattern.
Radius: 3.65m at 137 kPa.
The spray angle is fixed.

✓ Pressure and Flow
103 kPa: 3.35m radius. 9.84L/min.
137 kPa: 3.65m radius. 11.35L/min.
172 kPa: 4.26m radius. 12.49L/min.
206 kPa: 4.57m radius. 14.00L/min.

✓ Construction and Included Equipment
Plastic body with an attached plastic nozzle.
One sprinkler.

✓ Performance Notes
Watering radius and flow change with pressure. Select spacing using the performance figures for the pressure available at the sprinkler.

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