Industrial Factory Automation

Schaeffler 's Generation C deep groove ball bearings offer 35 per cent less friction and 50 per cent less noise than their predecessor. The bearings also benefit from more effective sealing and a riveted steel cage. The design improvements mean that Schaeffler's Generation C FAG deep groove ball bearings can achieve higher running speeds and efficiencies, while simultaneously increasing the life of the bearing and reducing energy consumption. In order to minimise friction, Schaeffler optimised the osculation (raceway curvature) between the balls and rings on the Generation C bearings. This means there is less chance of misalignment between the inner and outer ring. As well as offering 35 per cent less friction, the bearings generate less heat, making them suitable for higher running speeds. The bearings are therefore suitable for applications in which low noise and smooth running are critical, for example, electric motors, power tools, ventilators and washing machines, where re...

Schaeffler 's Generation C deep groove ball bearings offer 35 per cent less friction and 50 per cent less noise than their predecessor. The bearings also benefit from more effective sealing and a riveted steel cage. The design improvements mean that Schaeffler's Generation C FAG deep groove ball bearings can achieve higher running speeds and efficiencies, while simultaneously increasing the life of the bearing and reducing energy consumption. In order to minimise friction, Schaeffler optimised the osculation (raceway curvature) between the balls and rings on the Generation C bearings. This means there is less chance of misalignment between the inner and outer ring. As well as offering 35 per cent less friction, the bearings generate less heat, making them suitable for higher running speeds. The bearings are therefore suitable for applications in which low noise and smooth running are critical, for example, electric motors, power tools, ventilators and washing machines, where re...