NACHI, 5209-2NS, Double Row Angular Contact Bearing, Double Sealed, 45MM Bore x 85MM OD x 30.2MM W

NACHI 5314, Double Row Angular Contact Bearing, Open, 70MM Bore x 150MM OD x 63.5MM 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.

Features NACHI Sheave Bearing is a Double Row Full Compliment Cylindrical Roller Bearing Since the bearing carries the highest Dynamic & Static Load Ratings, it is highly recommended for Rope Sheave applications If snap rings are used on both sides of outer ring, it is easy to set the axial location of the bearing Re-lubrication can be done through lubrication holes and groove on the inner ring or outer ring (for certain items) Operating temperature range is -30° to 80°C (-35° to 175°F)

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 5310ZZ, Double Row Angular Contact Bearing, Double Shielded, 50MM Bore x 110MM OD x 44.4MM 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 5218ZZ, Double Row Angular Contact Bearing, Double Shielded, 90MM Bore x 160MM OD x 52.4MM 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.