Brand: FAG
FAG NU 204 ETVP2 Cylindrical Roller Bearing | High Precision P2 | High-Speed Polyamide Cage
The FAG NU 204 ETVP2 is engineered for demanding applications requiring superior load capacity and rotational accuracy. The 'NU' configuration denotes a single-row cylindrical roller bearing without inner ring flanges, allowing the bearing to accommodate axial displacement between the shaft and housing. The 'E' designation signifies an optimized internal geometry, maximizing dynamic and static load ratings well beyond standard 204 series bearings. Combined with the low-friction, high-speed capabilities of the 'T' polyamide cage, this bearing delivers exceptional performance stability, particularly in environments involving elevated temperatures or rapid acceleration cycles. Its separable design facilitates easier mounting and dismounting operations, making it an excellent choice for critical maintenance cycles where minimizing downtime is paramount.
Featuring the ultra-high precision tolerance P2, the NU 204 ETVP2 meets stringent requirements for minimizing runout and vibration in sensitive machinery. This precision makes it indispensable for use in machine tool spindles, high-speed gear drives, large industrial motors, and precision pumping systems where reliable performance directly impacts product quality and operational efficiency. Choosing this premium FAG specification ensures a substantial reduction in friction torque, contributing to lower operating temperatures and extended grease life. Investing in the ETVP2 ensures maximized Total Cost of Ownership (TCO) through unparalleled reliability and extended service life under heavy radial loads.
Key Features
Ultra-High Precision P2 Tolerance Class for minimal runout and vibration.
Optimized Internal Geometry (E) providing maximum dynamic and static load capacity.
NU Configuration accommodates high radial loads and allows for necessary axial expansion.
T Polyamide Cage delivers low friction torque and high thermal stability for high-speed operation.
Separable components simplify complex mounting and inspection procedures.
Ideal for demanding applications including CNC spindles, precision gearboxes, and critical pumps.
