This paper will analyze the relationship between the cleaning efficiency of the high-pressure atomizing spray system and the water pressure from the aspects of pressure, flow, nozzle and so on.
First, the influence of water pressure on high pressure atomizing spray system
The high pressure atomizing spray system needs a lot of water flow, and the size of water flow is closely related to the water pressure. In general, the higher the pressure of the water source, the greater the water flow provided by the high-pressure atomizing spray system, and the better the cleaning effect. On the contrary, the lower the pressure of the water source, the smaller the water flow provided by the high-pressure atomizing spray system, and the worse the cleaning effect.
Based on the above principles, the high-pressure atomizing spray system usually requires a pump near the water source to improve the pressure of the water source, ensure the normal operation of the system, and improve the cleaning efficiency. In addition, the high-pressure atomizing spray system on the market today will also be equipped with some advanced control systems, which can adjust the water pressure, flow rate, atomizing spray direction, atomizing spray Angle, etc., to improve the cleaning efficiency.
Second, the relationship between the water pressure and the nozzle of the high-pressure atomizing spray system
The nozzle of high-pressure atomizing spray system is the core component of the system, and the parameters such as injection direction and Angle have a great influence on the cleaning efficiency. However, the setting of these parameters depends heavily on the pressure of the water source. In general, the higher the pressure of the water source, the greater the atomizing spray Angle and direction required by the high-pressure atomizing spray system, so that the atomizing spray water covers a wider area and achieves a better cleaning effect.
Taking the cleaning vehicle of the high-pressure atomizing spray system as an example, when the pressure of the water source reaches more than 5MPa, the conventional nozzle can atomizing spray the water to the surface of the car body at a jet Angle of 40 degrees, to achieve a better cleaning effect. If the pressure of the water source drops below 3MPa, more nozzle support is needed to cover more cleaning areas and improve cleaning efficiency.
Third, the influence of water source pressure on the cleaning speed of high pressure atomizing spray system
The cleaning efficiency of the high-pressure atomizing spray system is not only related to the pressure of the water source, but also related to the cleaning speed of the system. When the pressure of the water source is large enough, the water flow provided by the high-pressure atomizing spray system is large and the cleaning speed is fast, so as to achieve the purpose of cleaning. When the pressure of the water source is reduced, the water flow provided by the high-pressure atomizing spray system is correspondingly reduced, the cleaning speed is reduced, and the cleaning efficiency is difficult to ensure.