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Accurate knowledge of droplet size characteristics of a given sprinkler will aid selection for design of sprinkler irrigation systems. In this paper, the droplet size distribution characteristics of the new type complete fluidic sprinkler have been experimentally determined using a Thiess Clima Laser precipitation monitor under in door conditions. The experimental data were accessed using the RS 48/422 interface of the Laser precipitation monitor. Droplet diameter measurements were performed for three manufacturers recommended operating pressure conditions. Comparisons of the percentage of droplets at the three different operating conditions are presented. The cumulative numeric frequency and cumulative volumetric frequency curves indicate that about 50% of the droplets had diameter less 0.5mm and 50% of the water volume consisted of droplets with diameter less than 2mm at most distances. The results are similar to those obtained by earlier researchers who used different sprinkler-types and droplet size measurement methods and hence proves the validity of the measurements.

Droplet Size Characterization of the New Type Complete Fluidic Sprinkler