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- What are the characteristics of the pin coupling[2016-09-19]
- The pin coupling is the friction torque generated on the contact surface by the locking force of the pin group
- Analysis on Deviation of LMZ-1 Plum Blossom Coupling[2016-09-18]
- The plum blossom flexible coupling can transmit torque and rotation angle while absorbing shaft deviation
- Problems that need to be paid attention to when installing plum coupling[2016-09-16]
- The installation of the plum blossom coupling can be installed when the machine is cooled, or when the machine is running
- Troubleshoot and Solve the Sudden Problems of Pin Coupling[2016-09-14]
- The pin coupling structure is relatively simple, easy to manufacture, no lubrication, no need to bond with metal vulcanization, easy to replace the elastic sleeve
- How to classify pin couplings[2016-09-13]
- The pin coupling is a pin made of a number of non-metallic elastic materials and placed in the flange holes of the two halves of the coupling.
- Hardness of coupling pin and tolerance of coupling shaft hole[2016-09-12]
- The elastic pin is used on the TL-type LXZ-type pin coupling, which is mainly used to drive the two half couplings to fix and transmit.
- Structural features of pin coupling[2016-09-11]
- The pin coupling relies on the locking force of the pin group to generate the friction torque on the contact surface, and compress the rubber elastic sleeve to transmit the torque
- Popularization of knowledge of commonly used couplings[2016-09-09]
- Rigid coupling does not have the ability to compensate for the relative offset of the two shafts being coupled, nor does it have cushioning and shock absorption performance
- The development trend of drum gear coupling[2016-09-08]
- The drum gear coupling is a new type of drum gear coupling developed on the basis of the spur gear coupling and digesting and absorbing foreign advanced technology.
- Precautions when using plum coupling[2016-09-06]
- The plum coupling is the intermediate connecting part of each motion mechanism, which has a direct impact on the normal operation of each motion mechanism