SKF Bearing Inserts 20mm ID 47mm OD YET 204

SKF Bearing Inserts, 20mm ID, 47mm OD - YET 204

Need a reliable bearing solution that's easy to lock to a shaft? Turn to this bearing insert from SKF. Its inner ring extends on one side, allowing it to simply fit on a shaft. Thanks to the spherical shape of its outside ring, the unit can accommodate initial misalignment if you set it in a housing. As it comes with robust NBR seals, lubricant stays in place and supports an extended service life.

Need a reliable bearing solution that's easy to lock to a shaft? Turn to this bearing insert from SKF. Its inner ring extends on one side, allowing it to simply fit on a shaft. Thanks to the spherical shape of its outside ring, the unit can accommodate initial misalignment if you set it in a housing. As it comes with robust NBR seals, lubricant stays in place and supports an extended service life.

• Limiting speed of 8500rpm for safe use in high-speed applications• Dynamic load rating of 12.7kN and static load rating of 6.55kN to withstand heavy-duty loads• NBR seals are resistant to oils and solvents for durability in contaminated environments

• Limiting speed of 8500rpm for safe use in high-speed applications• Dynamic load rating of 12.7kN and static load rating of 6.55kN to withstand heavy-duty loads• NBR seals are resistant to oils and solvents for durability in contaminated environments

Applications

• Manufacturing industry• Mechanical engineering• Packaging industry

• Manufacturing industry• Mechanical engineering• Packaging industry

How do I lock this bearing insert to a shaft?

To lock this bearing insert to a shaft, slip it onto the shaft and insert two M6x0.75 set screws into the inner ring of the bearing. Tighten to the shaft using a hexagonal key. It has a recommended tightening torque of 35.403 lbf-in for a secure fit. This will help keep it steady under vibrations or on a constantly rotating shaft.

To lock this bearing insert to a shaft, slip it onto the shaft and insert two M6x0.75 set screws into the inner ring of the bearing. Tighten to the shaft using a hexagonal key. It has a recommended tightening torque of 35.403 lbf-in for a secure fit. This will help keep it steady under vibrations or on a constantly rotating shaft.