The tooth width coefficient affects the tooth root bending strength
The lubricating oil needs to be filtered by a high-precision oil filter with a filtration degree of less than 10 microns. The drum-shaped gear coupling has a larger tooth width. For the relevant knowledge of the coupling and the serpentine spring coupling, please browse our official website or contact us directly!
Reasonable use can also increase the service life of drum-shaped gear coupling to a certain extent. Some important high-speed drum-shaped gear couplings can also use oil collection grooves. There will be no edge contact when the inclination angle between the shafts is at the maximum. The larger the degree circle radius, the larger the backlash required. The radius of curvature of the drum curve is related to the meshing gap of the tooth. Insufficient thinning may cause interference, and excessive thinning will weaken the strength of the tooth, and the backlash will be large.Drum-shaped gear coupling is a relatively common type of coupling, and it is also a kind of coupling with a wide range of use.
The tooth width coefficient affects the tooth root bending strength and tooth surface contact strength of the gear teeth. The above is what the editor tells you to extend the service life of drum-shaped gear couplings. I hope that you can provide some help in actual operation. Drum-shaped gear couplings are usually lubricated by lubricating oil. Generally, the smaller the concentrated load of the gear teeth, the better, and the curvature of the tooth surface is proportional to the circumference of the drum, so the drum radius is as large as possible.
Today, I will tell you how to extend the service life of the drum gear coupling. The greater the tooth width coefficient, the greater the strength of these two items. Drive Axle Suppliers I want to know more about elastic log-off gear couplings and diaphragm couplings. What can be done to extend the service life of the drum gear coupling? The tooth width coefficient affects the degree of coincidence.
The structure of the hole is to drill an oil hole communicating with the oil collecting groove at the bottom of the tooth groove of the exteal gear, and use the centrifugal force of high-speed operation to spray oil into the meshing part of the inteal and exteal teeth