轴耦合和项圈

耦合有助于连接驱动器和另一个驱动轴，以帮助优化电力传输和机器运行时间。虽然两者需要轴对齐和在操作过程中不可能运行，耦合提供了一些灵活性，以帮助保护设备免受过载。耦合用于多种用途，包括将功率从一端转移到另一端，连接轴，减少变速箱冲击，改变振动特性和防止滑动。压缩耦合分为两部分，可在轴周围组合在一起以形成袖子。这意味着它们也可以用来将轴固定在适当的位置。压缩耦合是为轻型设备而设计的。如果您使用的是重型工业设备，则应考虑选择法兰的刚性耦合。这些耦合带有较短的袖子，被法兰包围。一旦将耦合放在轴上，法兰将使用法兰。法兰单元可用于帮助对齐轴。1.单拆分耦合2.设置螺钉耦合3.公制耦合4.双拆分耦合5.设置螺钉耦合轴项圈被用作机械停止，轴承面或定位器。 The collars are designed in three main designs. The first group comprises of collars had a solid ring type design that utilized square-head crew protruding from the collar. However, improvements especially in the 20th century introduced the hex socket head-set screw design, shaft collar model and set screw collar. The second type of collars is the clamping style. This group is available in one and two-piece models. Instead of protruding to the shaft to lock it in place like the pioneer collars, the clamping style simply compressed the shaft so that the connection is through friction. The last group of collars is the axial夹具。这些项圈是夹紧衣领设计的改进。它们的设计是用KERF切割的，并制作手指以压缩轴以将其锁定在适当的位置。