你知道單工位旋轉噴淋清洗機使用的空化作用具體是怎樣實現的嗎？實際上這個作用廣泛應用于多個類型的清洗機中，下面小編就來為您講講。

Do you know how the cavitation effect used by the single station rotary spray washer is realized? In fact, this function is widely used in many types of cleaning machines. The following section will tell you about it.

單工位旋轉噴淋清洗機的空化作用就是超聲波以每秒兩萬次以上的壓縮力和減壓力交互性的高頻變換方式向液體進行透射。在減壓力作用時，液體中產生真空核群泡的現象，在壓縮力作用時，真空核群泡受壓力壓碎時產生強大的沖擊力，由此剝離被清洗物表面的污垢，從而達到精密洗凈目的。

The cavitation effect of the single station rotary spray washer is that the ultrasonic wave transmits to the liquid in the high-frequency transformation mode of the interaction of the compression force and pressure reduction more than 20,000 times per second. In the process of pressure reduction, the phenomenon of vacuum core bubble cluster is generated in the liquid. In the process of compression, the vacuum core bubble cluster is crushed under pressure, which generates a strong impact force, thus stripping the dirt on the surface of the object to be cleaned, so as to achieve the purpose of precise cleaning.

單工位旋轉噴淋清洗機在液體中會沿著聲的傳播方向產生流動的現象被稱為直進流，其聲波強度在0.5W/cm2時，肉眼能看到直進流，垂直于振動面產生流動，流速約為10cm/s。通過此直進流使被清洗物表面的微油污垢被攪拌，污垢表面的清洗液也產生對流，溶解污物的溶解液與新液混合，使溶解速度加快，對污物的搬運起著很大的作用。

The phenomenon that the single station rotary spray washer will flow in the liquid along the sound propagation direction is called direct inflow. When the sound intensity is 0.5W/cm2, the direct inflow can be seen with the naked eye, and flow is generated perpendicular to the vibration surface, with a flow rate of about 10cm/s. Through this direct inflow, the tiny oil dirt on the surface of the object to be cleaned is stirred, and the cleaning solution on the surface of the dirt also has convection. The solution to dissolve the dirt is mixed with the new solution, which speeds up the dissolution rate and plays a great role in the transportation of the dirt.

單工位旋轉噴淋清洗機的液體粒子推動就會產生的加速度，在運行時對于頻率較高的設備，其空化作用就是很不顯著了，這時候的清洗主要靠液體粒子超聲作用下的加速度撞擊粒子對污物進行超精密清洗。

The acceleration generated when the liquid particles of the single station rotary spray washer are pushed, the cavitation effect of the equipment with high frequency is not significant during operation. At this time, the cleaning mainly depends on the acceleration of the liquid particles under the ultrasonic action to impact the particles for ultra precision cleaning.

此外單工位旋轉噴淋清洗機的安裝說明書連接清洗機的電控柜和主機間的溫控傳感器信號、超聲驅動線、加熱器控制線等線路，并接通380VAC電源，安裝清洗機的上水管、放水管與溢流排放管。

In addition, the installation instructions of the single station rotary spray washer connect the electric control cabinet of the washer and the temperature control sensor signal, ultrasonic drive line, heater control line and other lines between the main machine, connect the 380VAC power supply, and install the water supply pipe, drain pipe and overflow drain pipe of the washer.

單工位旋轉噴淋清洗機需要有效的向清洗池內加入其適量清水，其液面高度主要是以浸沒將要清洗的零部件為準，一般不超過清洗池的四分之三。啟動電控加熱開關，將水溫調節旋鈕上的白色刻度線指向適當的溫度（應為60℃左右）。

The single station rotary spray washer needs to effectively add an appropriate amount of clean water into the cleaning pool. The liquid level height is mainly based on the immersion of the parts to be cleaned, generally not more than three quarters of the cleaning pool. Start the electric control heating switch and point the white scale mark on the water temperature regulating knob to the appropriate temperature (about 60 ℃).

清洗機在使用過程中，清洗劑的溫度不應超過70℃。待水溫升至40℃左右時，將UC-O3零部件清洗劑加入清洗池中（一般一次5kg左右），徐徐攪動清水使其充分溶解（此時亦可啟動越聲波或開啟鼓氣裝置進行攪拌）。

During the use of the cleaning machine, the temperature of the cleaning agent should not exceed 70 ℃. When the water temperature rises to about 40 ℃, add the UC-O3 parts cleaning agent into the cleaning pool (generally about 5kg at a time), and slowly stir the clean water to fully dissolve it (at this time, you can also start the ultrasonic wave or open the air blowing device to stir).

單工位旋轉噴淋清洗機使用的空化作用以及其安裝事項就講解到這里了，您對此有什么疑惑或者需求就來我們網站www.heqingliang.cn咨詢了解吧！

The cavitation effect of single station rotary spray washer and its installation matters will be explained here. If you have any doubts or needs, please come to our website www.heqingliang.cn for consultation!