Product Description
Product Reviews
The superb low pressure flow control response of the Nelson Flow Control Nozzle is unrivaled in the industry. The flow control sprinkler is ideal for areas with uneven water pressure, such as sloped or hilly landscapes, where traditional sprinklers may result in over-watering in some areas and under-watering in others.
Because, flow control sprinklers maintain a consistent flow rate, they can help reduce water waste and improve irrigation efficiency. The S7 Quick Connect system allows for rapid unplugging of the sprinkler while under pressure. Two great plate choices: one with radius reducing tab that can be removed as trees mature and one plate without the break-off tab. Less friction, more spin with the integrated ball bearing on the upper spin surface. A must for reliability and long field life
Key benefits:
•Energy Efficiency: The Nelson Flow Control nozzle in the S7 maintained a constant flow rate starting from a pressure as low as 100 kPa, as opposed to the typical 350 kPa in other devices. This translated into significant energy savings.
•Ease of Maintenance: The S7 Spinner's unique modular design allowed for quick and easy nozzle exchange. Combined with its Quick Clean technology, this made nozzle maintenance less labour-intensive.
•Reliability: The S7 Spinner featured a ball bearing interface in its housing, reducing friction and wear, which improved start-up reliability and extended service life.
Because, flow control sprinklers maintain a consistent flow rate, they can help reduce water waste and improve irrigation efficiency. The S7 Quick Connect system allows for rapid unplugging of the sprinkler while under pressure. Two great plate choices: one with radius reducing tab that can be removed as trees mature and one plate without the break-off tab. Less friction, more spin with the integrated ball bearing on the upper spin surface. A must for reliability and long field life
Key benefits:
•Energy Efficiency: The Nelson Flow Control nozzle in the S7 maintained a constant flow rate starting from a pressure as low as 100 kPa, as opposed to the typical 350 kPa in other devices. This translated into significant energy savings.
•Ease of Maintenance: The S7 Spinner's unique modular design allowed for quick and easy nozzle exchange. Combined with its Quick Clean technology, this made nozzle maintenance less labour-intensive.
•Reliability: The S7 Spinner featured a ball bearing interface in its housing, reducing friction and wear, which improved start-up reliability and extended service life.
