The reason why the inner and outer gear rings of the coupling cannot be meshed normally

XINLAN analysisCouplingReasons why the inner and outer gear rings cannot mesh normally:

       If the gear coupling has a large error in the production process, it will cause the inner gear ring and the outer gear ring to not mesh normally. This is also because the two shafts are not on the same horizontal line, and the coaxiality error is large. , Exceeding the compensation range stipulated by the industry, only the parts of the internal and external teeth are locally contacted, and additional moments will appear at the same time. The axial moment is an important form of bearing this additional moment.

 　　Usually this additional torque will act on the inner gear ring of the gear coupling. If the deviation is greater, the force will be greater, and the two are proportional to each other. It depends entirely on the deviation. The greater the force will be the internal gear. The circle produces axis displacement.The teeth of many couplings will experience a lot of wear, or even break the teeth, the internal and external teeth cannot mesh with each other, and even cannot transmit force. This is because the additional torque makes the internal gear ring unable to control the displacement to increase. In this case, it can be positioned. *Serious failures are to be discontinued and the coupling needs to be re-aligned. It is conceivable how much impact this has on the production of the enterprise.

Botou XINLAN Coupling Co., Ltd. is an enterprise specializing in the research and production of couplings.Our company has a variety of equipment and strong technical force. It is a manufacturer of various types of couplings. The main products are: various star- shaped elastic couplings, tire couplings, universal couplings, drum gears Type coupling, plum-shaped elastic coupling, rigid coupling, slider coupling, roller chain coupling, diaphragm coupling, elastic sleeve pin coupling, elastic pin coupling, Elastic pin gear coupling, water pump coupling, etc.