22213-EK Spherical Roller Bearing with Tapered Bore 65*120*31mm SUNBEARING

22213-EK Spherical Roller Bearing with Tapered Bore 65*120*31mm SUNBEARING Product Specification Bore diameter: 65 mm Basic dynamic load rating 198kN Outside diameter: 120 mm Basic static load rating 216kN Overall width: 31 mm Fatigue load limit 24kN Rows of Rollers Double Reference speed 5000r/min Outer ring type: Unsplit Limiting speed 7000r/min Radial clearance class C3 Internal Clearance(Higher than Cn) Mass 1.5kg Closure type: Open r1,2 Tapered bore, taper 1:12 min.1.5mm Material Chrome Steel K 3mm Cage Material Sheet Steel Da max.111mm Bore K - 1:12 Tapered Bore (Standard for Most Types) ra max.1.5mm 22213-EK Bearing Short Description 22213EK Spherical Roller Bearing 65x120x31 Spherical Roller Bearings are manufactured for the most demanding bearing applications. Manufactured using 2 rows of rollers using a common spherical outer raceway and two inner ring raceways they are self-aligning and therefore insensitive to shaft misalignment, deflection, or bending. Bore Type: Tapered Bore - Adaptor Sleeve Require: H313 22213-EK Spherical Roller Bearing Description Bearing is self-aligning Insensitive to angular misalignment Accommodates combined loads Three-piece cage so roller sets can operate independently of each other Produced in the cylindrical and tapered bore Bearings for vibratory applications available 22213-EK Bearing Application Main applications: papermaking machinery, reduction gears, railway vehicle axles, rolling mill gearbox bearing seats, rolling mill rolls, crushers, vibrating screens, printing machinery, woodworking machinery, various industrial reducers, vertical self-aligning bearings. Spherical Roller Bearing Clearance For the installation axial clearance of the spherical roller bearing, it can be adjusted with the adjusting nut on the journal, the adjusting washer and the thread in the bearing seat hole, or the pre-tensioned spring. The size of the axial clearance is related to the arrangement of the bearing, the distance between the bearings, and the material of the shaft and the bearing seat, and can be determined according to the working conditions.