Vibration analysis is the most adaptable method for detecting the mechanical condition of a rotating machine via a perfect vibration chart, such as misalignment, bearing damage, resonances, and defective or loose parts, all of which can be vital indicators of a machine's status. The purpose of this type of vibration analysis is to identify issues before they lead to sudden machine breakdown and significant cost of replacement.
Characteristics
The diameter and length of the rolling element are increased
to reduce bearing vibration. The external rib of
the retainer directs the roller element to lower the roller's working force.
Furthermore, the internal rib is used to control the roller to increase its
performance. Because the bearing has a tank hole in its diameter, the bearing's
lubricating efficiency is rather strong.
Material
The inner and outer rings, as well as the roller, are made
of vacuum bearing steel. Hence, the vibration bearing has a long fatigue life.
Furthermore, because the retainer is made of aluminum, iron, manganese, and
bronze, the bearings have greater strength, flexibility, and wear resistance.
Treatment with Heat
The martempering procedure and high tempering are used to
treat the vibration bearing. Therefore, this bearing has a high level of
hardness and durability.
Internal Clearance
As per the vibrating machine's requirements, vibration
bearing clearance is adjusted in a very small range.
Usage Outcomes
When the vibration bearing is in use, the noise level is
very low, so there’s no initial wear problem. It takes a lot of time for the
service to be completed.
