Product Literature

Toro
®
Precision
Series Spray Nozzles are the most ecient spray nozzles available and feature proprietary
H
2
O Chip Technology. With a precipitation rate of 1” per hour, Precision
Series Spray Nozzles help irrigation
professionals better manage water usage, eliminate runo, and reduce their customers’ water bills. These nozzles
are available in a wide variety of arcs and radii, as well as Toro (male) and female-threaded bodies, making them
ideal for large scale installations and retrofits. In addition, the best-in-class* Precision
Series Spray nozzles are
available with factory-installed Pressure Compensating Discs (PCD).
Patented H
2
0 Chip Technology
Each nozzle contains one or more H
2
O chips that create a high
frequency oscillating stream and deliver a precipitation rate of
1” per hour – an industry first – while using up to 35% less water
than a standard MPR nozzle.
Pressure-Compensating Versions Available
At a fraction of the cost of a pressure-regulating spray head,
pressure-compensating Precision
Series Spray Nozzles
maintain a 1” per hour precipitation rate and minimize misting
and water waste that results from higher pressure systems.
Design and Retrofit Eectiveness
The lower flow rate of Precision
Series Spray Nozzles
maximizes design eciency and helps reduce overall material
costs based on the need for fewer valves and controller stations.
Third-Party Performance Validation
Precision
Series Spray Nozzles** have been tested and validated
in the field and at the Center for Irrigation Technology (CIT).
* Laboratory and third party independent field testing show eciency to be 15-20% higher than
competitive nozzles at 15 feet or less.
** non-PCD models only
PRECISION
SERIES SPRAY NOZZLES
FEATURES & BENEFITS
Pressure Compensating Disc (PCD)
The elastomeric PCD adjusts
in response to changes in inlet
pressure to maintain optimal nozzle
performance. Recommended for use
on systems operating above 40 psi,
PCD models can easily be identified
by the red Toro lettering across the
top of the nozzle.
Female-threaded
Model
Male-threaded
Model

Summary of content (8 pages)