The speed of IKO bearing speed depends on some specific conditions .
including the stability or strength of cage structure, lubrication conditions of cage surface, centrifugal force and rotary force acting on the rolling element, manufacturing accuracy and other factors.
factors that limit the IKO bearing speed, such as seals and greases that seal IKO bearings.
The experience obtained from laboratory tests and practical applications shows that for technical reasons.
the cost of maintaining the operating temperature of IKO bearings at an acceptable level is too high, the high speed that IKO bearings can achieve is limited.
In the case of grease lubrication • there are more other factors to be considered.
such as the lubrication conditions of the guide guide surface of the cage and the shear strength of the lubricant.
These factors depend on the foundation of the grease and the thickener.
The friction of some open ball IKO bearings is very low, and the reference speed listed in the product table may be higher than the limit speed.
In this case, it is necessary to compare the allowable IKO bearing speed and limit speed obtained by calculating IKO bearing.
take the lower value between them. Please note that in order for IKO bearing to work normally at high IKO bearing speed, it must bear a given small load.
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut elit tellus, luctus nec ullamcorper mattis, pulvinar dapibus leo.
The experience gained from laboratory tests and practical applications shows that for technical reasons .
the cost of maintaining the operating temperature of IKO bearings at an acceptable level is too high, the maximum IKO bearing speed that ik0 bearings can achieve is limited.
Of course, in the monitoring and diagnosis of outer spherical bearing faults, the use of vibration is much easier and more reliable than noise.
Therefore, vibration is undoubtedly the main research direction.
However, this is no longer a problem of bearing itself, but a problem of bearing application, which should be another matter.