PL
Spherical roller radial bearing 23034 CCK/W33 SKF 170 × 260 × 67 mm
Specifications
23034 CCK/W33 SKF
- Designation
- 23034 CCK/W33
- Manufacturer
- SKF
- Inner diameter d
- 170 mm
- Outer diameter D
- 260 mm
- Width B
- 67 mm
- Dynamic load rating C
- 745 kN
- Static load rating C0
- 1 060 kN
- Limiting speed
- 2 800 rpm
- Nominal speed
- 2 200 rpm
- Weight
- 12.6 kg
- Chamfer radius r
- 2.1 mm
- Rolling elements
- Spherical roller bearings
- Load type
- Radial
- Number of rows
- Double-row
- Mounting hole
- Conical
Product summary
23034 CCK/W33: spherical roller bearing, brand SKF. Bore diameter d 170 mm, outside diameter D 260 mm, width B 67 mm. Dynamic load rating C 745 kN, static load rating C0 1060 kN, limiting speed 2800 rpm, weight 12.6 kg.
Two rows of barrel-shaped rollers on the spherical raceway of the outer ring: high load capacity combined with compensation of misalignment. For heavy and shock loads at low and medium speeds.
Where it is used
Vibrating screens and sieves, belt conveyor pulleys, crushers, mills, high-power fans, long line shafts that deflect. The spherical outer raceway compensates for misalignment of supports in a welded frame that cannot be corrected by machining.
When not to use
Do not fit it instead of a deep groove ball bearing in a high-speed assembly: in the same size, a spherical roller bearing can have a limiting speed several times lower, so the assembly will overheat and push grease out through the seals. The reverse swap costs even more: if the supports are misaligned, any rigid bearing will run on the edge of the raceway and start spalling within a few hundred hours.
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.