The axial bearing axial orientation and tighten including axial fixation. In order to prevent bearing on the shaft and the bearing hole in mobile, bearing rings in the shaft must tighten; The contractor must tighten in the bearing hole (or set in the cup). Bearing the inner and external contractor need to tighten one-way or two-way shaft, or axial swimming, depends on the support of the requirements and the limit of the bearing type.
In a double limit bearing (namely fixed support), bearing rings in the shaft, and the rings in the hole in the housing shall be to bi-directional tighten. In the one-way limit bearing, must be in the opposite direction of force transmission interior and exterior rings with one-way axial tighten. If not for the bearing the fraction swimming supporting, just rings inside to bi-directional fastening on the shaft, and the relative to a hole collar free axial swimming; When the inside and outside of the rings can be divided to heart bearings for swimming supported, the inside and outside contractor to bi-directional all needs to tighten the shaft and a hole, and bearing the inner and external contractor axial relative winding.
Bearing axial orientation are generally in the shaft shoulder collar is the orientation, the collar bearing hole (or set of cup) block shoulder positioning. In order to ensure that the shaft shoulder and block the positioning of the shoulder function, should make shaft shoulder and block the shoulder and bearing rings inside and outside of end adhere. Shaft shoulder and block the height of the shoulders shall also be selected according to the standard, so that will ensure positioning strength have easy installation.
Bearing inside and outside of the collar is fixed way with the size of the force to correspond.




Other News:
The rolling bearing axial orientation and fixed
Sliding bearing damage type (2)
Common bearing inner ring fixed way
Sliding bearing the electroplating of the new process of reducing friction (3)
Common bearing outer ring fixed way
Sliding bearing the failure reasons of (1)
Bearing temperature and high performance characteristics and application of grea
Cylindrical aperture to heart bearings of loading and unloading