Double row angular contact ball bearings, with seals or shields, correspond to a pair of single row angular contact ball bearings in a back-to-back arrangement, while requiring less axial space.

3208 atn9 Double row angular contact ball bearing They can operate at high speeds and are more suitable than deep groove ball bearings for supporting large axial forces in both directions.

Jan 29, 2013 · This SKF 3208 A/C3 double row ball bearing is unsealed, has a steel cage, and has C3 internal clearance. It has a 40mm ID, an 80mm OD, and a 1-3/16" width. This double-row ball bearing has deep groove geometry for supporting both radial and axial loads.

Buy SKF 3208 A/C3 Double Row Angular Contact Bearing - 40 mm Bore, 80 mm OD, 1.1875 in Width, Open, 30 ° Contact Angle, C3 at Motion. Keeping Your Industry In Motion Since 1972!

3208 enr Angular Contact Ball Bearing; 40MM Bore; 80MM Outside Diameter; 30.2MM Width; Open; No Flush Ground; Double Row of Balls; ABEC 1 | ISO P0; No Filling Slot; Yes Snap Ring; C0-Medium Internal Clearance; Steel Cage; 30 Degree; 1 (Single)

Double Row Angular Contact Bearing - 40 mm Bore, 80 mm OD, 1.1875 in Width, Open, 30 ° Contact Angle, C0

Shop SKF 3208 A/C3 at Applied.com, which includes; Unmounted, Angular Contact Bearing , 1.57 in Inner Diameter , 3.15 in Outer Diameter , 1.19 in Width , Bearing Steel Material , Cylindrical O.D , 1.19 in Outer Ring Width , Double Row , Metric.

Double row angular contact ball bearing 3208 A They can operate at high speeds and are more suitable than deep groove ball bearings for supporting large axial forces in both directions.

3208 a-2rs1/c3 Angular Contact Ball Bearing; 40MM Bore; 80MM Outside Diameter; 30.2MM Width; 2 Seals; No Flush Ground; Double Row of Balls; ABEC 3 | ISO P6; No Filling Slot; No Snap Ring; C3-Loose Internal Clearance; Steel Cage; 30 Degree; 1 (Single)

The 3208 SKF is a double-row angular contact ball bearing with solid inner- and outer rings. The design of this bearing type resembles two single-row angular contact ball bearings in O-arrangement but is slightly narrower.