Toro Precision Series Spray Nozzles Brochure
Water Usage Comparison
70,000
60,000
50,000
40,000
30,000
20,000
10,000
0
1 Year 3 Year 5 Year
Thousand Gallons
Precision™ Series Spray Nozzles
Competitive Spray Nozzles
7,229
11,801
21,686
35,403
36,143
59,006
H²0 Chip Technology
Hyperstream, High-Frequency Oscillating Streams
Precision™ Series
Spray Nozzles
Toro’s Precision™ Series spray nozzles look, install
and radius-adjust like the most popular brand of
spray nozzles. However, that is where the similarities
end. Using patented H²O chip technology – and no
moving parts - each Precision Series spray nozzle
helps professionals save water, reduce runoff and
lower water bills.
Water enters a specially
designed chamber to
create high-frequency
oscillations.
Water droplets of consistent
size and velocity exit the
nozzle as high-frequency
oscillating streams detectable
only with strobe light
illumination.
The patented H²O Chip
creates high-frequency
oscillating streams - 200
cycles per second - that
achieve distances of throw
with up to 42% less water.
*vs. competitive 12H nozzles at 30 PSI
The End Result
is Visible!
• Use Less Water!
• Reduce Runoff!
www.toro.com • The Toro Company • Irrigation Division
5825 Jasmine St. • Riverside, CA • 92504 877-345-8676
©2012 The Toro Company. P/N 12-1059-IRC
We reserve the right to improve our products and make changes in the
specifications and designs without notice and without incurring obligation.
• Save Money!
Powered by H²O Chip Technology
Maintain 1”/hr. Matched Precipitation – Even After
20% Radius Reduction. All Toro Precision Series Spray
nozzles can be combined on the same zone for greater
design and installation flexibility.
5 Radii Available In
Male & Female Threads
5’
9 Arcs Plus Side and Corner Strips Available
60° 90° 120° 150° 180° 210° 240° 270° 360°
4’ X 15’
4’ X 9’
LCS
(Left Corner Strip)
(Side Strip)
WATER SAVINGS
Precision Sprays are more efficient than standard sprays
because they apply water more slowly and evenly. With 42%
lower flow 12’ Precision Series Spray nozzles still achieve
the same 12’ distance of throw as conventional competitive
nozzles. At 30 PSI:
12H Spray Nozzle 1.30 gpm
Precision O-T-12-H 0.75 gpm
SAVINGS = .55 gallons or 42%
LOWER SYSTEM COST
The good news about applying water more slowly and
evenly is that Precision Sprays can lower your system costs.
This means fewer valves and possibly a less expensive
controller. The table below assumes 30 PSI operation and
half-circle nozzles:
AWWA
Meter
Size
5/8” 12 5.1 9 16
3/4” 18 5.2 13 24
1” 30 5.3 23 40
Flow
(GPM)
(PSI)
SST
Loss
4’ X 30’
4’ X 18’
8’
10’
12’
4’ X 15’
4’ X 9’
RCS
(Right Corner Strip)
Max #
12 H
Sprays
Max #
PSN’s
15’
Performance Data — Precision™ Series Spray Nozzles
5’ Radius* 8’ Radius* 10’ Radius* 12’ Radius* 15’ Radius*
Arc PSI GPM Radius
20 0.04 4.7
30 0.04 5.0
5-
60°
40 0.04 5.0
50 0.05 5.3
20 0.06 4.6
30 0.06 5.0
5Q
40 0.06 5.0
50 0.07 5.0
20 0.07 4.4
30 0.09 5.0
5T
40 0.09 5.2
50 0.09 5.4
20 0.07 4.0
30 0.11 5.0
5-
150°
40 0.12 5.2
50 0.13 5.4
20 0.10 4.4
30 0.13 5.0
5H
40 0.14 5.1
50 0.14 5.2
20 0.10 4.4
30 0.15 5.2
5-
210°
40 0.16 5.3
50 0.17 5.5
20 0.14 4.3
30 0.17 5.0
5TT
40 0.19 5.0
50 0.19 5.0
20 0.15 4.3
30 0.20 5.0
5TQ
40 0.21 5.0
50 0.22 5.0
20 0.17 4.0
30 0.26 5.0
5F
40 0.26 5.0
50 0.26 5.0
*Precipitation rate (50% square spacing): 1” per hour even after radius reduction of 20%.
Arc PSI GPM Radius
20 0.10 7.6
30 0.11 8.0
8-
60°
40 0.12 8.1
50 0.13 8.3
20 0.14 7.0
30 0.17 8.0
8Q
40 0.18 8.2
50 0.18 8.4
20 0.20 7.6
30 0.22 8.0
8T
40 0.23 8.2
50 0.24 8.3
20 0.25 7.5
30 0.27 8.0
8-
150°
40 0.28 8.1
50 0.29 8.2
20 0.26 7.0
30 0.33 8.0
8H
40 0.34 8.0
50 0.34 8.0
20 0.33 7.6
30 0.36 8.0
8-
210°
40 0.37 8.1
50 0.38 8.2
20 0.34 7.0
30 0.44 8.0
8TT
40 0.46 8.0
50 0.46 8.0
20 0.41 7.2
30 0.49 8.0
8TQ
40 0.54 8.0
50 0.55 8.0
20 0.55 7.0
30 0.66 8.0
8F
40 0.68 8.0
50 0.71 8.0
Arc PSI GPM Radius
20 0.16 9.5
30 0.17 10.0
1060°
40 0.18 10.0
50 0.19 10.0
20 0.26 9.5
30 0.23 10.0
10Q
40 0.28 10.2
50 0.28 10.3
20 0.31 9.5
30 0.34 10.0
10T
40 0.36 10.0
50 0.37 10.0
20 0.41 9.8
30 0.43 10.0
10-
150°
40 0.44 10.2
50 0.46 10.4
20 0.48 9.7
30 0.51 10.0
10H
40 0.55 10.3
50 0.56 10.4
20 0.56 9.8
30 0.58 10.0
10-
210°
40 0.60 10.4
50 0.62 10.5
20 0.63 9.6
30 0.69 10.0
10TT
40 0.73 10.3
50 0.74 10.4
20 0.71 9.5
30 0.79 10.0
10TQ
40 0.84 10.3
50 0.86 10.4
20 0.95 9.6
30 1.03 10.0
10F
40 1.08 10.3
50 1.12 10.4
Arc PSI GPM Radius
20 0.24 11.5
30 0.25 12.0
1260°
40 0.26 12.1
50 0.28 12.2
20 0.34 12.0
30 0.37 12.1
12Q
40 0.39 11.4
50 0.39 12.0
20 0.46 11.5
30 0.49 12.0
12T
40 0.51 12.2
50 0.52 12.3
20 0.60 11.6
30 0.62 12.0
12-
150°
40 0.63 12.2
50 0.64 12.3
20 0.70 11.5
30 0.74 12.0
12H
40 0.79 12.3
50 0.80 12.4
20 0.76 11.6
30 0.82 12.0
12-
210°
40 0.84 12.3
50 0.85 12.4
20 0.90 11.4
30 0.99 12.0
12TT
40 1.04 12.3
50 1.05 12.4
20 1.05 11.4
30 1.15 12.0
12TQ
40 1.19 12.2
50 1.22 12.3
20 1.35 11.5
30 1.48 12.0
12F
40 1.59 12.4
50 1.60 12.5
Arc PSI GPM Radius
20 0.35 14.0
30 0.39 15.0
1560°
40 0.40 15.1
50 0.42 15.3
20 0.53 14.2
30 0.58 15.0
15Q
40 0.60 15.1
50 0.61 15.3
20 0.72 14.3
30 0.77 15.0
15T
40 0.81 15.3
50 0.82 15.4
20 0.92 14.7
30 0.96 15.0
15-
150°
40 1.00 15.2
50 1.10 15.3
20 1.10 14.5
30 1.16 15.0
15H
40 1.25 15.4
50 1.28 15.5
20 1.15 14.5
30 1.20 15.0
15-
210°
40 1.30 15.5
50 1.40 15.6
20 1.45 14.5
30 1.54 15.0
15TT
40 1.58 15.2
50 1.61 15.3
20 1.72 14.5
30 1.78 15.0
15TQ
40 1.82 15.0
50 1.90 15.3
20 2.20 14.5
30 2.31 15.0
15F
40 2.35 15.2
50 2.40 15.3
Side and Corner Strips*
Arc PSI GPM Radius
20 0.62 4x28
30 0.66 4x30
4X30
SST
40 0.67 4x30
50 0.68 4x30
20 0.32 4x15
30 0.33 4x15
4X15
LCS
40 0.34 4x15
50 0.34 4x15
20 0.32 4x15
30 0.33 4x15
4X15
RCS
40 0.34 4x15
50 0.34 4x15
20 0.36 4X18
30 0.37 4X18
4X18
SST
40 0.38 4X18
50 0.38 4X18
20 0.18 4X9
30 0.19 4X9
4X9
LCS
40 0.20 4X9
50 0.20 4X9
20 0.18 4X9
30 0.19 4X9
4X9
RCS
40 0.20 4X9
50 0.20 4X9
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