Definition and range of application
Fundamentals
Characteristics
Nozzle types
Nozzle inserts
Pulling force – Water jet force, Number of nozzl...
Pressure losses
Pressure losses
Pressure losses at the vehicle
Pressure loss in the high-pressure flushing hose
Pressure loss in the high-pressure flushing hose (...
Pressure loss in the high-pressure flushing hose (...
Pressure loss in the high-pressure hose (4)
Pressure loss in the high-pressure hose (5)
Pressure loss in the cleaning nozzle
Pressure loss in the cleaning nozzle (2)
Pressure loss in the cleaning nozzle (3)
Pressure loss in the cleaning nozzle (4)
Pressure loss in the cleaning nozzle (5)
Number of cleaning cycles
Damage due to high pressure cleaning
Resistance to the stresses of high pressure cleani...
Use of cleaning nozzles
Practical recommendations
Summary
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| Conventional nozzle design | Patented hydrodynamic nozzle design | Patented hydrodynamic nozzle design with single jet | |
| Efficiency | 45 .. 65% | 80 .. 90% | up to 97% |
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Cleaning power with fixed beam angle
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50% | 85% |
100%
(reference value)
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