This work presents the modeling of the functioning of the water-conducting belt of the "Cascade" family of sprinklers with standard values of pipe diameters and variable length of the machine. The flow rate values and pressure on the length of the water-conducting belt are calculated for two design options: with a sector end sprinkler and an end long-range sprinkler powered by a booster pump. By eliminating the length of the water-conducting belt for the considered two design options, the flow-pressure characteristic of the sprinkler was built. An example of the selection of a machine according to the flowpressure characteristic is given.
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