旋轉供料器，也被稱為旋轉閥、星形卸料閥、關風機、鎖氣閥、旋轉給料器、星型下料器、關風器、電動鎖氣器等，是一種散狀物料輸送的主要設備。它主要由主閥(殼體、端蓋、葉輪、軸承、油封和集氣管等)、電機減速機、防護裝置組成。【電話/微信咨詢：陳經(jīng)理18068546632】

　　電動鎖氣器/鎖氣閥的工作原理主要是通過電機驅動葉輪旋轉來實現(xiàn)物料的輸送和鎖氣功能。具體來說：?

　　電機傳動：電動鎖氣器通過電機驅動減速機，進而帶動閥體內(nèi)的葉輪轉子轉動。

　　物料輸送：葉輪的旋轉使得物料從上一級管道或輸送斜槽輸送到設備中，然后通過葉輪的旋轉將物料輸送到下一級管道或收料設備。?

　　鎖氣功能：在輸送過程中,電動鎖氣器的葉輪不僅負責物料的輸送,還起到密閉作用,防止氣力輸送過程中從出料口吸入空氣，保證系統(tǒng)的正常運作。?【電話/微信咨詢：陳經(jīng)理18068546632】

　　結構特點：電動鎖氣器的葉輪與殼體內(nèi)壁的間隙很小，有效防止下方低壓泵氣流的上竄，具有良好的鎖氣效果;同時，葉輪采用耐磨材料制成，具有良好的密封性和耐用性。?

　　總之，電動鎖氣器通過電機驅動葉輪的旋轉來實現(xiàn)物料的連續(xù)均勻給料和氣路的隔斷，確保系統(tǒng)設備的使用需求得到滿足，同時保證物料輸送的安全和效率。【電話/微信咨詢：陳經(jīng)理18068546632】

         《掃二維碼-添加 陳經(jīng)理 微信-咨詢鎖氣閥/旋轉閥》

　　The working principle of electric air lock/air lock valve is mainly to achieve material conveying and air lock function by driving the impeller to rotate through the motor. Specifically:

　　Motor drive: The electric air lock drives the reducer through the motor, which in turn drives the impeller rotor inside the valve body to rotate.

　　Material transportation: The rotation of the impeller causes the material to be transported from the previous pipeline or inclined conveyor to the equipment, and then the material is transported to the next pipeline or receiving equipment through the rotation of the impeller. ?

　　Air locking function: During the conveying process, the impeller of the electric air lock is not only responsible for the transportation of materials, but also plays a sealing role to prevent air from being sucked in from the discharge port during pneumatic conveying, ensuring the normal operation of the system. ?

　　Structural features: The gap between the impeller of the electric air lock and the inner wall of the housing is very small, effectively preventing the upward movement of the low-pressure pump airflow below, and having a good air lock effect; Meanwhile, the impeller is made of wear-resistant materials, which have good sealing and durability. ?

　　In short, the electric air lock achieves continuous and uniform feeding of materials and separation of gas paths through the rotation of the impeller driven by the motor, ensuring that the usage requirements of the system equipment are met while ensuring the safety and efficiency of material transportation.