| Twin 160/Plus |
Taper bore
nozzle, Trajectory 24° |
|
Pressure
Bar |
Nozzle
20mm-0.79" |
Nozzle
22.5mm-0.89" |
Nozzle
25mm-0.98" |
Nozzle
27.5mm-1.08" |
Nozzle
30mm-1.18" |
Nozzle
32.5mm-1.28" |
Nozzle
35mm-1.38" |
| Flow |
Radius |
Flow |
Radius |
Flow |
Radius |
Flow |
Radius |
Flow |
Radius |
Flow |
Radius |
Flow |
Radius |
| m3/hr |
l/s |
m |
m3/hr |
l/s |
m |
m3/hr |
l/s |
m |
m3/hr |
l/s |
m |
m3/hr |
l/s |
m |
m3/hr |
l/s |
m |
m3/hr |
l/s |
m |
| 3.0 |
26.07 |
7.24 |
37.2 |
32.99 |
9.16 |
38.9 |
40.73 |
11.31 |
41.5 |
49.28 |
13.69 |
43.5 |
58.65 |
16.29 |
45.7 |
68.83 |
19.12 |
47.5 |
79.83 |
22.17 |
49.5 |
| 3.5 |
28.16 |
7.82 |
41.2 |
35.63 |
9.90 |
43.8 |
43.99 |
12.22 |
46.5 |
53.32 |
14.81 |
48.7 |
63.35 |
17.59 |
51.3 |
74.35 |
20.65 |
53.6 |
86.22 |
23.95 |
56.0 |
| 4.0 |
30.10 |
8.36 |
44.2 |
38.09 |
10.58 |
47.3 |
47.03 |
13.06 |
49.9 |
56.90 |
15.80 |
52.5 |
67.72 |
18.81 |
55.2 |
79.48 |
22.08 |
57.9 |
92.18 |
25.60 |
60.2 |
| 4.5 |
31.98 |
8.87 |
46.0 |
40.41 |
11.22 |
49.4 |
49.38 |
13.85 |
52.4 |
60.36 |
16.76 |
55.2 |
71.83 |
19.95 |
57.8 |
84.30 |
23.42 |
60.5 |
97.77 |
27.16 |
62.8 |
| 5.0 |
33.65 |
9.36 |
47.5 |
42.59 |
11.83 |
51.0 |
52.58 |
14.60 |
54.0 |
63.62 |
17.67 |
57.0 |
75.72 |
21.03 |
60.0 |
88.86 |
24.68 |
62.5 |
103.06 |
28.63 |
64.9 |
| 5.5 |
35.29 |
9.80 |
49.0 |
44.67 |
12.41 |
52.5 |
55.15 |
15.32 |
55.4 |
66.73 |
18.53 |
58.5 |
79.41 |
22.06 |
61.5 |
93.20 |
25.88 |
63.9 |
108.09 |
30.02 |
66.3 |
| 6.0 |
36.86 |
10.24 |
50.0 |
46.66 |
12.96 |
53.4 |
57.60 |
16.00 |
56.5 |
69.69 |
19.36 |
59.7 |
82.90 |
23.05 |
62.5 |
97.34 |
27.04 |
65.0 |
112.89 |
31.36 |
67.3 |
| 6.5 |
38.37 |
10.66 |
50.5 |
48.56 |
13.49 |
54.0 |
59.95 |
16.65 |
57.4 |
72.54 |
20.15 |
60.7 |
86.33 |
23.98 |
63.3 |
101.32 |
28.14 |
65.7 |
117.50 |
32.64 |
68.0 |
| 7.0 |
39.82 |
11.06 |
51.1 |
50.39 |
14.00 |
54.6 |
62.21 |
17.28 |
57.9 |
75.28 |
20.91 |
61.3 |
89.59 |
24.88 |
63.9 |
105.14 |
29.20 |
66.2 |
121.94 |
33.87 |
68.5 |
| N.B. The performance data were
obtained under ideal testing conditions and may be adversely
affected by wind and other factors. Pressure refers to
pressure at nozzle. A lowered trajectory angle improves the
irrigation efficiency in windy conditions. For every
3° drop of the trajectory angle, the throw
is reduced by approximately
3-4%. |
|