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A driving force in operations

机译:运营动力

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Without exposed drive components and with no other drive parts rotating outside the conveyor frame, the drum motor features a unique belt drive design. The drum motor also maximizes space utilization and worker safety. When a drum motor is used, external electric motor, gear reducer, bearings, chain and chain guards mounted outside the conveyor frame are not needed. Most standard conventional conveyor drives use either a 90-degree gear reducer mounted direct on the drive shaft or sprockets and chains to drive the head conveyor drive drum. Using a 90-degree gear reducer impedes on the efficiency of the drive, resulting in mechanical losses. In the drum motor conveyor drive, the motor is mechanically connected in-line with the gear reducer. This increases mechanical efficiency by 20 to 40 percent, depending on the type of gear reducer with which it is being compared. Because the drum motor drive uses no external drive components, it offers a more streamlined conveyor design.
机译:鼓式电机没有暴露的驱动器部件,也没有其他驱动器部件在输送机框架外部旋转,因此具有独特的皮带驱动设计。电动滚筒还可以最大程度地利用空间和工人安全。当使用滚筒电动机时,不需要安装在输送机框架外部的外部电动机,齿轮减速器,轴承,链条和链条防护装置。大多数标准的传统输送机驱动器都使用直接安装在驱动轴上的90度齿轮减速器或链轮和链条来驱动顶部输送机驱动鼓。使用90度齿轮减速器会影响驱动器的效率,从而导致机械损耗。在滚筒电动机输送机驱动器中,电动机与齿轮减速器机械地串联连接。机械效率提高了20%到40%,具体取决于与之进行比较的齿轮减速器的类型。由于滚筒电动机驱动器不使用外部驱动器组件,因此它提供了更加简化的输送机设计。

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    《Beverage industry》 |2020年第1期|74-7476|共2页
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