PL
Tapered roller bearing 32230 J2 SKF 150 × 270 × 77 mm
Specifications
32230 J2 SKF
- Designation
- 32230 J2
- Manufacturer
- SKF
- Inner diameter d
- 150 mm
- Outer diameter D
- 270 mm
- Height T
- 77 mm
- Width B
- 73 mm
- Dynamic load rating C
- 737 kN
- Static load rating C0
- 1 140 kN
- Limiting speed
- 2 400 rpm
- Nominal speed
- 1 700 rpm
- Weight
- 18 kg
- Chamfer radius r
- 3 mm
- Rolling elements
- Roller tapered
- Load type
- Radial and axial
- Outer ring width C
- 60 mm
Product summary
32230 J2: tapered roller bearing, brand SKF. Bore diameter d 150 mm, outside diameter D 270 mm, mounting height T 77 mm. Dynamic load rating C 737 kN, static load rating C0 1140 kN, limiting speed 2400 rpm, weight 18 kg.
Tapered raceways and rollers whose cone apexes meet on the bearing axis. Carries combined loads: radial and axial in one direction. Can be mounted in pairs, with the clearance or preload set during mounting. Suitable for heavy and shock loads.
Where it is used
Wheel hubs, shafts of bevel-helical and worm gearboxes, machine tool spindles, drums and rollers. Mounted in pairs in an O or X arrangement, with the axial clearance or preload adjusted during mounting.
When not to use
Do not fit it instead of a ball or cylindrical roller bearing: without a second support that closes the axial force, a tapered roller bearing has no preload. The rollers unload and start sliding on the raceway instead of rolling, which leads to scoring and rapid failure. Note that matching d and D proves nothing: a tapered roller bearing is specified by its mounting height T instead of the width B, so the seat width differs and the assembly needs adjustment during mounting.
Technical data is for information only. Drawings may not show all design features.
About the technical data
* - Technical specifications and other information are provided for reference only. We provide this data and believe the information to be reliable, however, no guarantee of accuracy or completeness of such information can be provided.
- Drawings and images may not reflect all design features of the product.