How to deal with jamming problems during screw conveyor transportation
Through experiments, we first determined the entrance size of the screw conveyor to solve the problem of steel particles getting stuck at the entrance during the transportation process. By improving the support structure at the tail end and head end of the screw, the steel particles no longer stayed inside the conveyor during the transportation process. in the gap. In the test to study the conveying performance, by changing the depth of the screw groove, the gap between the screw and the inner wall of the barrel, the surface quality of the outer surface of the screw and the inner surface of the barrel, and the particle size of the material, it was concluded that these changes in the conveying capacity of the screw conveyor Influence of For this pressure, software needs to be used to simulate working conditions to determine whether the screw material can meet the requirements.
In actual use, the screw conveyor will adjust itself according to the state of the material, and will also handle jamming problems in a timely manner according to the specific operating status of the screw conveyor. Since the screw conveyor is mostly used to transport powdery, Granular and small lump materials, so the possibility of jamming is very low, or the actual usage conditions are very good for material transportation, and it is difficult to have unsolved jamming, so as long as you pay attention to the screw conveyor in a timely manner Operating conditions, or timely adjustment of the material transportation status, can effectively avoid jamming, and it is also a good protection measure for improving the efficiency of the screw conveyor.
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