First of all, when transmitting torque, the elastic element of the Torx elastic GE coupling can ensure that the torque is smoothly transmitted from one shaft to the other. This is because the elastic element has a certain elasticity and toughness and can undergo slight deformation under the action of torque, thereby absorbing and transmitting torque. This transmission method not only ensures the accuracy and stability of torque transmission, but also reduces vibration and noise caused by torque transmission.
Secondly, the elastic element of the plum blossom elastic GE coupling also plays an important role when compensating for the deviation between shafts. Since there may be errors such as angular deviation and radial displacement between the two shafts, these errors will lead to misalignment between the shafts. The elastic element of the plum blossom elastic GE coupling has a certain deformation ability and can automatically adjust the relative position between the two shafts to compensate for these inter-axis deviations. This compensation effect can not only reduce the friction and wear between the shafts, but also reduce the vibration and noise caused by the deviation between the shafts, and improve the stability and reliability of the entire transmission system.
In short, the elastic elements of the plum blossom elastic GE coupling play an indispensable role in transmitting torque and compensating the deviation between shafts.
Plum blossom elastic GE coupling realizes the connection and torque transmission between shafts through its unique plum blossom-shaped elastic element. Specifically, this coupling consists of two half couplings with the same lugs and a plum blossom-shaped elastic element. These elastic elements are placed between the lugs of the two half couplings. When relative deviations occur between the two shafts (such as angular deviation, radial displacement, etc.), the elastic elements can undergo corresponding elastic deformation to absorb these deviations.
When transmitting torque, the two half couplings realize the transmission of rotational motion and torque through the tight fit of the plum blossom-shaped elastic elements. When one shaft rotates, through the elastic action of the plum blossom-shaped elastic element, the torque can be smoothly transmitted to the other shaft, achieving synchronous rotation of the two shafts.
The design of this plum blossom-shaped elastic element enables the plum blossom elastic GE coupling to have an automatic compensation function, which can maintain stable transmission performance even if there is a certain deviation between the shafts. At the same time, due to its compact structure, easy installation, and maintenance-free characteristics, plum elastic GE couplings have been widely used in industrial production.
