Absorb vibration and deformation: Telescopic universal couplings usually have a certain telescopic capacity and can absorb a certain degree of vibration and deformation when the axis is misaligned or the shaft segment is deformed. This feature can effectively reduce vibration and impact caused by axis misalignment or shaft segment deformation, which is beneficial to maintaining the stability of the equipment during operation.
Reduce the load on the transmission system: The universal coupling plays the role of connecting two shafts in the transmission system. When the equipment is running, if there is misalignment or offset between the shafts, it will increase the load on the transmission system and cause the equipment to run Unstable. The telescopic universal coupling can compensate for the misalignment between shafts, reduce the load on the transmission system, and help improve the smooth operation of the equipment.
Increase system flexibility: The telescopic universal coupling has a certain degree of flexibility and can adapt to axis misalignment or shaft segment deformation, increasing the flexibility of the transmission system. This flexibility can balance the misalignment between the shafts when the equipment is running, reduce the rigidity of the transmission system, and make the equipment more stable during operation.
Reduce shaft transmission impact: In the transmission system, shaft misalignment or offset may cause transmission impact, thereby affecting the smooth operation of the equipment. The telescopic universal coupling can alleviate this transmission impact through its telescopic ability, reduce interference to the operation of the equipment, and maintain the stable operation of the equipment.
In general, telescopic universal couplings play an important role in promoting the smooth operation of equipment by absorbing vibration and deformation, reducing transmission system load, increasing system flexibility, and reducing shaft transmission impact.
