SKF Bearing Inserts 25mm ID 52mm OD YET 205

SKF Bearing Inserts With Locking Collar, 25mm ID, 52mm OD - YET 205

Looking for a way to seal your ball bearings for more reliable use in harsh environments? Use these bearing inserts from SKF. The inner ring extends on one side and comes with a locking collar. This lets you slip it onto a shaft and lock it in place for quick and simple installation. Once mounted, the NBR (nitrile butadiene rubber) material keeps lubricant from leaking out of the bearing and prevents contaminants from interfering with the movement of the balls, ensuring a longer product life and more efficient operation.

Looking for a way to seal your ball bearings for more reliable use in harsh environments? Use these bearing inserts from SKF. The inner ring extends on one side and comes with a locking collar. This lets you slip it onto a shaft and lock it in place for quick and simple installation. Once mounted, the NBR (nitrile butadiene rubber) material keeps lubricant from leaking out of the bearing and prevents contaminants from interfering with the movement of the balls, ensuring a longer product life and more efficient operation.

• Limiting speed of 7000rpm (rotations per minute) for use in high-speed applications• Lubrication holes on outer ring for quick re-greasing• Static load rating of 14kN and dynamic load rating of 7.8kN for use in heavy-duty applications

• Limiting speed of 7000rpm (rotations per minute) for use in high-speed applications• Lubrication holes on outer ring for quick re-greasing• Static load rating of 14kN and dynamic load rating of 7.8kN for use in heavy-duty applications

Applications

• Product packaging• Agricultural industry• Conveyor belts• Printing equipment

• Product packaging• Agricultural industry• Conveyor belts• Printing equipment

Can I use these bearing inserts in applications where the rotation changes direction?

These bearing inserts are designed for use in applications where the direction of rotation is constant. This is because the locking collar must be turned in the direction of rotation to lock the inserts in place.

These bearing inserts are designed for use in applications where the direction of rotation is constant. This is because the locking collar must be turned in the direction of rotation to lock the inserts in place.