Deep Groove Ball Bearings FAG 6236 -M-C3

The FAG 6236 -M-C3 deep-groove ball bearing features dimensions of 180 × 320 × 52 mm, a solid brass cage and an increased C3 radial clearance.

This single-row deep-groove ball bearing 6236 -M-C3 primarily withstands high radial loads and also supports axial forces in both directions. As an open roller bearing made from standard 100Cr6 bearing steel, it can be flexibly integrated into lubricated housing designs. Manufactured to standard tolerance P0 or ABEC 1, the component fits reliably into standardised industrial environments subject to high mechanical stresses.

In which industrial applications is the 6236 -M-C3 deep groove ball bearing used?

Large bearings of this size are primarily used in industrial bearing arrangements subject to combined radial and axial loads. Thanks to the open design without sealing washers, lubricating oil or grease circulates freely between the raceways and the brass cage. The bearing performs well in designs with a continuous lubricant supply, where operational heat needs to be effectively dissipated.

Furthermore, the design is suitable for applications with operating temperatures between –30 and +200 degrees Celsius. The absence of contacting sealing lips enables low-friction operation with smoothly guided shaft movements.

What are the advantages of a brass cage and C3 clearance?

The suffix ‘M’ stands for a dimensionally stable solid brass cage, which guides the rolling elements precisely even under severe vibrations and shock loads. The slightly increased C3 bearing clearance compensates for temperature-induced expansion of the shaft and housing during operation, thereby preventing the rolling elements from becoming jammed.

It is recommended that the housing fit and operating clearance be checked prior to installation. The combination of a metal cage and increased radial clearance is particularly suitable where a temperature gradient arises between the inner and outer rings, or where tight fits reduce the bearing clearance after assembly.