摘要:
One exemplary embodiment of a method for mounting an anti-friction bearing carrier module (100) on a machine (160) with a shaft (170), wherein the machine has an end surface (150) and a hole (140) in the end surface, into which hole (140) the shaft of the machine extends at least partially, comprises provision of the anti-friction bearing carrier module (100) with a carrier (100) and a first anti-friction bearing (120) which is configured for receiving the shaft, application of the first anti-friction bearing (120) with the anti-friction bearing carrier module (100) on the shaft (170), with the result that the carrier (110) rests on the end surface (150) of the machine (160), rolling of the shaft on at least one part of a circumference of the hole (140), detection of movement data of the shaft (170) during the rolling, determining of an orientation point on the basis of the movement data, orientation of the anti-friction bearing carrier module (100) at the orientation point, and fastening of the anti-friction bearing carrier module (100) to the end side (150) of the machine (160) in the oriented position.
摘要:
An anti-friction bearing carrier module (100) for a machine is described, which anti-friction bearing carrier module (100) has a carrier (100) for mounting on the machine, wherein the machine has a hole, into which a shaft with a bearing surface which extends in the radial direction extends at least partially in the axial direction, wherein the end surface and the contact surface extend substantially parallel to one another. Furthermore, the anti-friction bearing arrangement (100) has a first anti-friction bearing (130) and a second anti-friction bearing (140), wherein one end surface of the first anti-friction bearing (130) is aligned with a plane (180) which corresponds to the end surface of the machine or the contact surface of the shaft, wherein the first anti-friction bearing (130) is configured to dissipate axial forces in at least one direction via the side surface to a component in a corresponding plane of the other surface of the end surface and the contact surface, and wherein the second anti-friction bearing (140) is arranged on a side which faces away from the side surface of the first anti-friction bearing (130).