Self-Aligning Ball B. FAG 2310 -K-TVH-C3

The FAG 2310 -K-TVH-C3 double-row self-aligning ball bearing, measuring 50 × 110 × 40 mm, compensates for misalignment via a hollow-spherical outer ring raceway.

The 2310 -K-TVH-C3 self-aligning ball bearing is a double-row rolling bearing made from bearing steel (100Cr6) that accommodates radial loads. Thanks to the spherical outer ring raceway, the bearing adjusts to shaft deflection with angular adjustment. The combination of a tapered bore (1:12 taper), a polyamide cage and increased C3 bearing clearance creates practical conditions for industrial applications within a temperature range of -30 to +120 degrees.

In which applications does the 2310 -K-TVH-C3 self-aligning ball bearing compensate for misalignment?

This double-row rolling bearing is designed for constructions where elastic shaft deflection or misalignment occurs between the bearing locations. As the outer ring has a shared hollow ball raceway for both rows of balls, the rolling elements compensate for misalignments during operation without any binding. It is primarily used in shaft mountings with longer support spans or statically indeterminate mountings, where misalignment of the housing bores must be compensated for due to the design.

When is a tapered bore with C3 clearance required?

The tapered bore with a taper ratio of 1:12 allows mounting on a tapered bearing seat or, using a shrink sleeve, on cylindrical shafts. When slid onto the taper, the inner ring expands, thereby reducing the radial clearance. The increased C3 bearing clearance helps to prevent the bearing from becoming seized after axial locking or as a result of operational heating. The polyamide cage guides the rolling elements quietly and smoothly.