NACHI Double Sealed Sheave Bearing E5008XNNTS1, Without Snap Rings & Coating, 40MM Bore, 68MM OD

NACHI Features Cylindrical Roller Bearings have a high radial load capacity and are suitable for high speeds The application of these bearings are intended to come in linear contact with raceways Inner or outer rings are separable for easy mounting and dismounting "N" and "NU" type can be used as free-end bearings since they have no ribs on either inner or outer ring "N" and "NU" rings can move axially relative to one another

NACHI 5313-2NS, Double Row Angular Contact Bearing, Double Sealed, 65MM Bore x 140MM OD x 58.7MM W Double Row Angular Contact Ball Bearings are functionally same as two single row angular contact ball bearings mounted back-to-back except they have only one inner ring and one outer ring. These bearings take heavy radial loads, and axial loads equally in either direction.

NACHI 5215-2NS, Double Row Angular Contact Bearing, Double Sealed, 75MM Bore x 130MM OD x 41.3MM W Double Row Angular Contact Ball Bearings are functionally same as two single row angular contact ball bearings mounted back-to-back except they have only one inner ring and one outer ring. These bearings take heavy radial loads, and axial loads equally in either direction.

NACHI Features Cylindrical Roller Bearings have a high radial load capacity and are suitable for high speeds The application of these bearings are intended to come in linear contact with raceways Inner or outer rings are separable for easy mounting and dismounting "N" and "NU" type can be used as free-end bearings since they have no ribs on either inner or outer ring "N" and "NU" rings can move axially relative to one another

NACHI 5210-2NS, Double Row Angular Contact Bearing, Double Sealed, 50MM Bore x 90MM OD x 30.2MM W Double Row Angular Contact Ball Bearings are functionally same as two single row angular contact ball bearings mounted back-to-back except they have only one inner ring and one outer ring. These bearings take heavy radial loads, and axial loads equally in either direction.