Angular contact ball bearings memiliki lintasan cincin bagian dalam dan luar yang dipindahkan relatif satu sama lain ke arah sumbu bantalan. Ini berarti bahwa bantalan ini dirancang untuk mengakomodasi beban gabungan, yaitu beban radial dan aksial yang bekerja secara bersamaan
Daya dukung beban aksial bantalan bola kontak sudut meningkat dengan meningkatnya sudut kontak. Sudut kontak didefinisikan sebagai sudut antara garis yang menghubungkan titik kontak bola dan lintasan pada bidang radial, di mana beban gabungan ditransmisikan dari satu lintasan ke lintasan lainnya, dan garis yang tegak lurus terhadap sumbu bantalan
Tipe Produk :
Single row angular contact ball bearings
SKF single row angular contact ball bearings can accommodate axial loads in one direction only. This type of bearing is typically adjusted against a second bearing. Their bearing rings have an upper and a lower shoulder and are non-separable.
Product details
- Designs and variants
- Bearing data
- Loads
- Temperature limits
- Permissible speed
- Design considerations
- Designation system
Double row angular contact ball bearings
The design of SKF double row angular contact ball bearings corresponds to two single row angular contact ball bearings arranged back-to-back.
Product details
Four-point contact ball bearings
Four-point contact ball bearings are radial single row angular contact ball bearings with raceways that are designed to support axial loads in both directions. For a given axial load, a limited radial load can also be supported (Load ratio). The bearings are separable, i.e. the outer ring with ball and cage assembly can be mounted separately from the two inner ring halves.
Both inner ring halves of SKF Explorer four-point contact ball bearings have a recessed shoulder. This improves oil flow when the bearing is used in combination with an SKF cylindrical roller bearing (fig. 1). In addition, these recesses can be used to facilitate dismounting.
Product details
- Designs and variants
- Bearing data
- Loads
- Temperature limits
- Permissible speed
- Design considerations
- Designation system
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