FEDRAL MOBUL 6206 Deep Groove Ball Bearing | C3 Clearance | 30x62x16mm Industrial Grade High Speed
The FEDRAL MOBUL 6206 Deep Groove Ball Bearing is engineered for high-precision industrial applications demanding reliability and sustained high-speed performance. Manufactured from premium, high-carbon chromium steel (SAE 52100), this bearing features optimized raceway geometry and controlled surface finishes to minimize friction and operational noise. The standard C3 internal clearance is ideal for environments where thermal expansion or slight misalignment may occur, ensuring consistent load distribution and dramatically extending service life under continuous heavy-duty cycles. Designed as the workhorse for electric motors, gear reducers, and power transmission equipment, the 6206 guarantees superior rotational accuracy.
Choosing the FEDRAL MOBUL 6206 translates directly into reduced total cost of ownership (TCO) by minimizing unplanned downtime and decreasing maintenance intervals. This bearing is subjected to stringent quality assurance protocols, including non-destructive testing for subsurface integrity and specialized cage designs optimized for maximum lubricant retention. Whether applied in HVAC systems, agricultural machinery, or high-speed pumping stations, the FEDRAL MOBUL 6206 delivers robust dynamic and static load resistance, ensuring smooth, vibration-free operation even in the most demanding industrial settings. Equip your machinery with FEDRAL MOBUL quality for unparalleled operational durability.
Key Features
Optimized C3 Internal Clearance for severe operating conditions and thermal stability.
Precision-honed raceways ensure low vibration and reduced operational noise across all speed ranges.
Manufactured with FEDRAL MOBUL's proprietary heat treatment process for maximum fatigue life and exceptional resistance to wear.
High dynamic load ratings suitable for demanding electric motor, compressor, and pump applications.
Available in open, shielded (ZZ), or sealed (2RS) configurations to meet diverse environmental requirements.
