Cooper Split Roller Bearings

The design of SKF Cooper split roller bearings make them beneficial for inaccessible applications where mounting, dismounting and maintenance is a challenge, for example, between head pulley and gearbox or motor. They are also highly suitable for long shafts which require support at several positions, or on cranked shafts. Split roller bearings can therefore be the ideal solution to reduce machinery maintenance and repair downtime. They are typically mounted in a cartridge that fits into different kinds of housings, building a complete unit.

SKF Cooper split bearing units can be disassembled into smaller components, easing the tasks of lifting and handling and making mounting or replacement simple even in the most cramped and inaccessible conditions. Clearances are pre-set, so there is no requirement for any on-site adjustments or specialized fitting tools.

Product types

SKF Cooper split spherical roller bearings

Robust bearings that can accomodate very heavy radial and heavy axial loads in applications prone to misalignment or shaft deflections

SKF Cooper split cylindrical roller bearings

Bearings that accommodates heavy radial loads and high speeds. They are available either with or without outer ring flanges to handle axial displacements

SKF Cooper split tapered roller bearings

Bearings with tapered inner and outer ring raceways as well as tapered rollers. Designed to take on heavy combined loads

Explorer deep groove ball bearings – meeting demands beyond standard

More robust than typical deep groove ball bearings, they are highly customizable with the possible combination of many different components. This results in up to 10 000 possible configurations! Find the optimum configuration to deliver the kind of high performance you need – whether that’s exceptional durability, for example, or lower friction.

Quiet Running deep groove ball bearings

Designed especially for wind turbine generators, SKF Quiet Running deep groove ball bearings significantly reduce noise levels and structural resonance. They are less sensitive to variable operating conditions, can increase bearing service life and extend relubrication intervals.