(23268 bearing)
The 23268 spherical roller bearing handles axial/radial loads up to 895 kN dynamically, outperforming standard bearings in mining equipment. Its 92% operational efficiency in contaminated environments (e.g., cement plants) reduces replacement frequency by 40% compared to tapered alternatives. OEMs like Liebherr and Komatsu specifically engineer machinery around this bearing type due to its 150,000-hour L10 life rating under 15 RPM conditions.
Spherical roller bearings (SRBs) provide 35% higher load capacity than similarly sized ball bearings. In stress tests at 400 RPM with 12 kN axial loads, SRBs maintained stable temperatures below 75°C versus ball bearings exceeding 110°C. The 23268 series particularly excels with its 3.5:1 width-to-diameter ratio, enabling 22° misalignment compensation – critical in vibrating screens and crushers.
Radial bearings in the 23268 class withstand 580 kN pure radial loads, while dedicated thrust variants manage 320 kN axial forces. Combined-load scenarios reveal a 15% efficiency drop when using general-purpose bearings versus specialized units. The table below compares load capabilities across bearing types:
Type | Radial Load (kN) | Axial Load (kN) | Max RPM |
---|---|---|---|
23268 SRB | 580 | 315 | 1,200 |
Ball Bearing | 220 | 85 | 3,500 |
Cylindrical Radial | 700 | 40 | 900 |
SKF's 23268-2CS5/VT143 design achieves 18% longer service life in abrasive environments through patented Wave Cage technology. Timken's 23268EMW33W45CC3 offers 5% higher dynamic load rating (912 kN) but requires 30% more frequent relubrication. NTN's ECO version reduces grease consumption by 60% via labyrinth seals, though with 12% lower axial capacity.
For steel mill applications involving 800°C thermal spikes, modified 23268 bearing
s with ceramic-coated rollers and high-nickel cages maintain dimensional stability. In subsea installations, double-lip seals combined with lithium-complex grease extend maintenance intervals from 6 to 24 months. Custom bore tolerances (IT5-IT7) prevent fretting corrosion in high-vibration generators.
A Chilean copper mine replaced 89 conventional bearings with 23268SRB units across 4km of conveyor belts. Results over 18 months:
Smart 23268 variants now integrate IoT sensors measuring vibration (ISO 10816 compliance), temperature, and lubrication states. SKF's Insight model transmits real-time load distribution data, enabling predictive maintenance with 89% fault detection accuracy. These advancements position the 23268 series as essential components in automated mineral processing and renewable energy systems.
(23268 bearing)
A: The 23268 bearing is a spherical roller bearing with 340mm bore diameter, 580mm outer diameter, and 190mm width. It's designed for heavy radial loads and moderate axial loads. Its self-aligning capability compensates for shaft misalignment.
A: Spherical roller bearings handle heavier radial loads and misalignment better than ball bearings. Ball bearings excel in high-speed applications with lighter loads. Use 23268-type bearings for industrial machinery requiring shock resistance.
A: Yes, 23268 spherical roller bearings support moderate axial/thrust loads in both directions. For heavy thrust loads, dedicated thrust bearings are preferable. Their dual-row rollers accommodate combined radial and axial loads effectively.
A: Radial bearings primarily handle rotating shaft loads perpendicular to the axis (radial). Thrust bearings specifically manage parallel axial loads. The 23268 bearing combines both capabilities through its spherical roller design.
A: Its spherical rollers and aligned raceways reduce friction and wear during misalignment. Regular lubrication extends service life in harsh conditions. The sealed design variants minimize contamination risks in industrial environments.