Brand: FAG
FAG NU P2204 E.TVP2 High Precision Cylindrical Roller Bearing (P2 Tolerance) | 20x47x14mm
The FAG NU P2204 E.TVP2 is a highly specialized single-row cylindrical roller bearing engineered for extreme rotational accuracy and high-speed operation. Featuring the 'E' design, this bearing utilizes optimized internal geometry, including larger or a greater number of rollers, significantly increasing both dynamic and static load carrying capacity compared to standard designs. The NU configuration ensures that the bearing can accommodate axial displacement between the shaft and the housing, functioning perfectly as a non-locating (floating) bearing. Crucially, the P2 dimensional and running accuracy class places this component firmly in the machine tool quality segment, making it suitable for applications where minimal runout and superior stiffness are mandatory requirements.
Built with the robust TVP2 polyamide cage, this bearing ensures low friction torque, excellent thermal stability, and reduced centrifugal forces at the elevated operating speeds it is designed to handle. Its application portfolio includes high-speed motorized spindles, precision gear drives, textile machinery, and high-performance pumps where reliability under continuous high load cycles is essential. Investing in the NU P2204 E.TVP2 guarantees extended service life, reduced maintenance intervals, and optimal operational efficiency, delivering performance consistent with FAG's legacy in high-precision rolling element technology.
Key Features
P2 Ultra-High Precision Tolerance: Ideal for machine tool spindles and demanding precision applications.
E Design High Capacity: Enhanced radial load rating due to optimized internal geometry.
TVP2 Polyamide Cage: Allows for exceptionally high limiting speeds and reduced inertia.
Non-Locating (Floating) Functionality: NU design accommodates axial thermal expansion and contraction.
Low Friction and Heat Generation: Optimized internal design and cage material minimize energy loss.
High Stiffness: Offers superior rigidity necessary for precise shaft guidance.
