INA Thrust Roller Bearing (INA-81216-TV)

Description

Their axial section height corresponds only to the diameter of the rollers plus the thickness of the washers. As a result, it can transmit higher forces, has greater rigidity and allows smaller rolling element diameters under the same load. Since sliding occurs towards the ends of the rollers during rolling of the rolling elements and this increases with the length of the roller, bearings with a wide cross-section have several short rollers arranged adjacent to each other. The axial cages are made from brass or plastic and are fitted with one or two rows of cylindrical rollers. The single and double row bearings comprise flat, rib less washers (housing and shaft locating washers) between which axial cylindrical roller and cage assemblies are arranged. In contrast to the ball, the roller has a larger contact area perpendicular to the roller axis. Due to this design, the bearings are particularly small in axial height. As a result, it can transmit higher forces, has greater rigidity and allows smaller rolling element diameters under the same load. The axial cages are made from brass or plastic and are fitted with one or two rows of cylindrical rollers. Single and double row axial cylindrical roller bearings are particularly suitable where: High axial and shock loads occur in one direction but no radial loads are present The load carrying capacity of the corresponding axial deep groove ball bearings is no.

Key Features

• The axial cages are made from brass or plastic and are fitted with one or two rows of cylindrical rollers.
• In contrast to the ball, the roller has a larger contact area perpendicular to the roller axis.
• Their axial section height corresponds only to the diameter of the rollers plus the thickness of the washers.
• The single and double row bearings comprise flat, rib less washers (housing and shaft locating washers) between which axial cylindrical roller and cage assemblies are arranged.
• Axial cylindrical roller bearings are part of the group of axial roller bearings.
• As a result, it can transmit higher forces, has greater rigidity and allows smaller rolling element diameters under the same load.