Spin the outer ring back so the nomenclature of the bearing is visible from the front. You don't need to measure the bearing bore, the last 2 digits of the bearing designation multiplied by 5 gives the nominal bore size. In this case, possibly a 23211 bearing, 11 x 5 =55 mm bore. There will also be a K in the designation indicating a 1:12 taper.
Test the curvature of the spherical raceway, the reliability of high precision bearing is stronger when the speed is close to the limit. For example, spherical roller bearings installed in the high-speed final rebar mill. Many bearings have severe heat and short life. The force of the final bar mill is not large, but the rotational speed is very high. Therefore, the high-precision MB type (copper cage) spherical roller bearing will be more competent. MB spherical roller bearings have the characteristics of high speed, low vibration and noise, low oil consumption and slow heating.
When measuring the initial bearing clearance, do you pass the feeler gauge through one rolling element or through both rolling elements at the same time?
I have to ask you. You measure clearance on bottom of the ring of bearingIn my work , they recommend me to measure in middle of the bearing. Now what is correct way ?
hey bro you need to beasure where the gap will be, for example if bearing is hanging on a shaft you measure bottom, if the bearing is sitting on a bench you measure top
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Spin the outer ring back so the nomenclature of the bearing is visible from the front. You don't need to measure the bearing bore, the last 2 digits of the bearing designation multiplied by 5 gives the nominal bore size. In this case, possibly a 23211 bearing, 11 x 5 =55 mm bore. There will also be a K in the designation indicating a 1:12 taper.
Great video
Thanks for the video
thank you
Test the curvature of the spherical raceway, the reliability of high precision bearing is stronger when the speed is close to the limit. For example, spherical roller bearings installed in the high-speed final rebar mill. Many bearings have severe heat and short life. The force of the final bar mill is not large, but the rotational speed is very high. Therefore, the high-precision MB type (copper cage) spherical roller bearing will be more competent. MB spherical roller bearings have the characteristics of high speed, low vibration and noise, low oil consumption and slow heating.
Question when you're done when releasing the bearing is it suppose to make a sound when sliding forward?? Towards you
When measuring the initial bearing clearance, do you pass the feeler gauge through one rolling element or through both rolling elements at the same time?
what is the rule on the final clearance of the spherical bearing if we do not have a charter in our possession? Thanks
Is that possible measure clearance of roller bearing in engine side?
Very nice sar g
I have to ask you. You measure clearance on bottom of the ring of bearingIn my work , they recommend me to measure in middle of the bearing. Now what is correct way ?
hey bro you need to beasure where the gap will be, for example if bearing is hanging on a shaft you measure bottom, if the bearing is sitting on a bench you measure top
🤝🤝
Evary bearing 50% tight sir?
Please send me bearing clearence chart...
If bearing clearance maximum how to loss bearing
Rollers getting worn out
Bearing od calculation formal
Bearing tight off %
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Ca serais bien