Cylindrical Roller Bearing Axial Load

The axial load capacity of a cylindrical roller bearing is influenced by various factors such as the bearing’s dimensions, design, and material properties. The axial load capacity is typically provided by the manufacturer in their specifications, and it is important to refer to these values for accurate information.

In general, the axial load capacity (C₀) for cylindrical roller bearings is determined using the following formula:

C₀=Fₐ/Y₀

Where:

Fₐ Y₀

• C₀ is the static axial load capacity of the bearing.
• Fₐ  is the applied axial load.
• Y₀ is the dimensionless axial load factor.0

The axial load factor (Y₀ ) is a value determined by the bearing type, size, and design. It is provided by the bearing manufacturer and can be found in bearing catalogs or technical documentation. 

It’s crucial to note that this formula provides a simplified representation, and in practical applications, various factors like operating conditions, lubrication, and temperature can affect the bearing’s performance. Therefore, it’s recommended to consult the manufacturer’s specifications for precise information regarding axial load capacity.