عربى
EspañolThe SMC Type Compressed Air Mist Separator’s automatic drainage device is designed to efficiently drain moisture and oil accumulated inside the separator, ensuring the normal operation of the system and the safe operation of downstream equipment. The device's working mechanism relies on a series of sophisticated designs and technologies that enable it to perform drainage tasks automatically and continuously.
The core of the automatic drainage device lies in the float valve design. The float valve consists of a float and a valve. When the liquid level inside the separator reaches a certain height, the float will rise as the liquid level rises, thereby opening the valve and allowing the liquid to be discharged through the drain port. When the liquid level drops to a predetermined level, the float drops and the valve automatically closes, stopping drainage. This process requires no manual intervention and ensures continuous operation of the system.
In addition, automatic drainage devices use the pressure difference of the compressed air system to drive the drainage process. When the float valve opens, the pressure inside the separator pushes the liquid out through the drain. Drains are usually connected to drainage pipes or collection tanks to ensure that discharged liquids can be properly disposed of or collected. This design makes the drainage process not only automated, but also efficient and reliable, reducing the need for system maintenance.
To prevent the drain outlet from being blocked by solid particles or impurities, the automatic drainage device is also equipped with an anti-clogging design. This usually involves using a filter or screen to catch larger particles and keep drains clear. At the same time, regular maintenance and cleaning are necessary to prevent clogging problems caused by the accumulation of impurities. Through this design, the drainage device can maintain efficient operation under various working conditions.
