Bucket elevator for centrifugal unloading; During work, if materials flow out of the dustbin, it will not only reduce the conveying capacity but also the crushing rate of food, which is mainly based on clinical effects. For bucket elevators with large transportation volumes, they can also damage the components of the drive mechanism, such as burning out the electric motor, breaking the V-belt, or causing the hydraulic coupling to spray oil.
Causing bucket elevator; There are many factors that can cause reflux, which can be analyzed from the unloading situation of the bucket elevator. The tangential velocity of the hopper of the bucket elevator with centrifugal discharge around the head wheel and the speed at which the material slides inside the bucket towards the outer edge determine the instantaneous velocity and direction of motion of the material thrown out of the discharge. In addition, the filling level of the hopper determines the time when the hopper starts unloading. The end time of unloading depends on the geometric shape of the hopper. This indicates that the flight trajectory of the material after leaving the hopper at the nose of the machine is influenced by factors such as the hopper line speed, hopper shape, and material characteristics. If the nose cover is made to encompass all flight trajectory lines, the material thrown out of the hopper can smoothly fall into the discharge port without being obstructed by the shell, which is non-contact discharge.
