Kullager med djup spårning FAG 6206-C-2Z-C3>V, Yttre diameter: 62 mm | Bredd: 16 mm | Innerdiameter: 30 mm

Thanks to its optimized design, this FAG deep groove ball bearing significantly reduces noise and friction while ensuring increased energy efficiency. This single-row ball bearing is known for its robustness, its ability to withstand high radial loads, and its flange seal, all of which simplify maintenance.

Features:
This deep-groove ball bearing features the advanced characteristics of FAG’s C-generation: improved performance, enhanced geometry, and reduced noise and friction. It features a riveted sheet-metal cage and two metal flanges that provide effective sealing against coarse contamination. It is pre-lubricated for life, which reduces maintenance requirements. The C3 radial internal clearance, which is greater than standard, compensates for thermal expansion caused by high temperatures while offering increased radial and axial load capacity.

Maintenance:
This deep-groove ball bearing is pre-lubricated for life, which generally eliminates the need for regular lubrication. However, it is recommended to periodically check the condition of the flanges to ensure they are intact and provide optimal protection. If used in highly demanding environments, regular monitoring of the operating temperature may be necessary to ensure optimal long-term performance.

Sealing:
This FAG bearing is equipped with two metal flanges that provide a narrow-clearance seal. This design protects against contaminants such as gravel, long fibers, or metal shavings, while minimizing grease leakage, thereby ensuring extended product life. This sealing method is particularly valued for its versatility, as it induces very little resistance torque (compared to rubber seals).

Brand Information:
FAG, a subsidiary of the Schaeffler Group, is a renowned brand in the bearing and precision engineering sector. With over 130 years of innovation, it provides high-quality solutions for global industry. It stands out for its commitment to sustainability, performance, and energy efficiency.