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entstehung des hochdruckwasserstrahls: eine hochdruckpumpe saugt wasser an und beschleunigt es stark. das beschleunigte wasser durchläuft das pumpensystem und gelangt dann über den hochdruckschlauch und weiteren komponenten, wie z.b. der hochdruckpistole und der handlanze, zur hochdruckdüse.
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formation of a high pressure water jet: a high pressure pump sucks water and accelerates it strongly. the accelerated water runs through the pump system and gets through the high pressure hose and further components, as e.g. the high pressure gun and the hand-lance, to the high pressure nozzle. the nozzle produces the high pressure water jet. the water jet can be different in form and intensity depending on the pump pressure, the nozzle geometry as well as the diameter of the nozzle hole.
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formation of a high pressure water jet: a high pressure pump sucks water and accelerates it strongly. the accelerated water runs through the pump system and gets through the high pressure hose and further components, as e.g. the high pressure gun and the hand-lance, to the high pressure nozzle. the nozzle produces the high pressure water jet. the water jet can be different in form and intensity depending on the pump pressure, the nozzle geometry as well as the diameter of the nozzle hole.
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formation of a high pressure water jet: a high pressure pump sucks water and accelerates it strongly. the accelerated water runs through the pump system and gets through the high pressure hose and further components, as e.g. the high pressure gun and the hand-lance, to the high pressure nozzle. the nozzle produces the high pressure water jet. the water jet can be different in form and intensity depending on the pump pressure, the nozzle geometry as well as the diameter of the nozzle hole.
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