1215KJC3 - NSK Double Row Self-Aligning Bearing - 75x130x25mm

1215KJC3 - NSK Double Row Self-Aligning Bearing - 75x130x25mmThis 1215KJC3 bearing is a double row, extra narrow series, metric self aligning bearing with a 1: 12 tapered bore, a steel cage and a larger than normal radial internal clearance. The bearing's dimensions are 75x130x25. 12 15 k j c3 Extra Narrow Bore Size 75mm Tapered Bore (1: 12 on Diameter) Pressed Steel Cage Radial Internal Clearance Greater than Normal

This 6210 C3 QBL bearing is a Open Type Deep Groove Radial Ball Bearing with a larger than standard radial internal clearance The bearing's dimensions are 50x90x20

718 19 CD G B /P4 Series - SKF Ultra Light Bore Size - 95mm 15 Degree Contact Angle Single Universal Medium Preload Precision Rating

This 7218A5TRSULP3 bearing is a Super Precision angular contact bearing with a 25° contact angle and a phenolic cage

718 09 CD /P4 DG A Series - SKF Ultra Light Bore Size - 45mm 15 Degree Contact Angle Precision Rating Duplex Universal Light Preload

Light Series 65mm - Bore Size Double Row without Filling Slots Rubber Seals On Both Sides Axial Internal Clearance Greater than Normal Grease with a lithium thickener of consistency 3 to the NLGI Scale for a temperature range –30 to +120 °C

79 44 A5TR DU L P3 Series - NSK - Ultra Light Bore Size - 220mm 25 Degree Contact Angle Duplex Universal Light Preload Precision Rating

This 7028A5TRDUMP3 bearing is a Super Precision angular contact bearing with a 25° contact angle and a phenolic cage

62 10 2RSR Light Series 50mm - Bore Size Rubber Seals on Both Sides of Bearing Normal Radial Internal Clearance

This 71912ACD/P4ADGA bearing is a Super Precision angular contact bearing with a 25° contact angle and a high capacity design

718 04 CD /P4 DG B Series - SKF Ultra Light Bore Size - 20mm 15 Degree Contact Angle Precision Rating Duplex Universal Medium Preload

1/2 EC 1030 4 Cast Iron Flange Bearing Unit 1

This 7022CDGB/P4A bearing is a Super Precision angular contact bearing with a 15° contact angle and a high capacity design