A pressure washer is one of man’s greatest creations in regards to efficient cleaning. It operates by pressurizing water and expelling it in great speeds to wash and eliminate even the toughest dirt. It has four primary elements – pressure pump, engine, hose, and gun.
These four components are important to operating properly, it’s the pressure pump which is the most important since it’s responsible for producing the pressure necessary for cleaning.
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High-pressure pumps have been designed mostly for industrial and commercial applications. Based on their version, they may include the capacity to have their flow rate, pressure, and valve adjusted to match the taste of the operator.
When using a high-pressure pump, it’s essential that you know what you’re doing as these are extremely powerful equipment’s and are meant to work on the company’s specification. To put it simply, you will need to know them before using them for any of your tasks.
To generate pressure, the pressure pump has to be spun by a motor. Based on its configuration, a pressure pump can be powered by a motor by a belt drive or direct drive. Each configuration has its own strong points in addition to significant weak points.
Belt Drive – a belt drive works through a belt and pulley system. The principal benefit of using a belt drive is that because the engine isn’t directly on the pressure pump, the pressure pump receives lesser vibration because the belt and pulley acts as shock absorbers.
Direct Drive – a direct drive works with a shaft directly connected between the engine and the pressure pump. The major advantage in using a direct drive configuration is that more compact layouts can be produced as a result of direct link between the engine and pressure pump.