In this case only the outside geometry of the bearing is defined with inner diameter d, outer diameter D and width B. Additionally, the contact angle and the clearance have to be defined.
The number and size of rolling elements are approximated by the software. The load capacities are then calculated using this inner geometry. This does not lead to accurate results, because the real bearing geometry is not used. But still influences of moment loads and other parameters could be seen.
Since bearing manufacturers often use load capacities larger than calculated according to standards, it is possible to enter both: the inner geometry and the load capacities. The load capacities are then used for the calculation of life.
Instead of entering bearing geometry by the user, it can be selected from a database.
Inner and outer diameter can be defined optionally. This restricts the number of bearings shown in the list. By clicking on the titles of the columns, the data can be selected according to this column.
Double-clicking of a row reads in the bearing data and updates the values which are read from the database.
The data of inner geometry of the bearings provided with the database are approximated from outer dimensions. Additional databases from bearing manufacturers are available. Catalog data with approximated inner geometry is available from Schaeffler and SKF and is included in the installation. Encrypted bearing databases including inner geometry are available from HQW/Barden, CSC, GMN and IBC and other manufacturers. The databases from HQW/Barden and CSC are included in the installation, please contact the bearing manufacturer for further databases.
Bearings with approximated bearing inner geometry and bearings with manufacturer setting "Generic" are shown with default font, custom bearings and databases with inner geometry information are shown in bold font.