TORRINGTON B-1416 Heavy-Duty Cylindrical Roller Bearing NU Type | 80x140x26mm | High Speed & Radial Load
The TORRINGTON B-1416 is a premium single-row cylindrical roller bearing (NU configuration) engineered for demanding industrial environments requiring high radial stiffness and extreme rotational precision. Featuring a bore diameter (d) of 80mm and an outer diameter (D) of 140mm, this bearing utilizes high-grade vacuum-degassed steel for exceptional fatigue resistance and durability. The NU designation ensures that the rolling elements are guided by flanges on the inner ring, while the outer ring is detachable. This separable design simplifies mounting and dismounting operations, making it an ideal choice for complex assemblies where periodic maintenance is critical. With a robust machined brass cage (or reinforced polyamide cage, depending on application specifications), the B-1416 maintains optimal roller spacing and lubrication flow even under significant dynamic loads.
Designed specifically for critical applications such as large gearboxes, industrial pumps, machine tool spindles, and traction motors, the TORRINGTON B-1416 provides a crucial blend of reliable performance and extended service life. Its high dynamic load capacity (Cr) of 152 kN allows machinery to operate continuously under heavy stress without premature failure, drastically reducing costly unplanned downtime. Investing in the B-1416 ensures superior operational efficiency and reliability, delivering a significantly lower Total Cost of Ownership (TCO) compared to standard-grade alternatives. Trust TORRINGTON engineering for unparalleled performance in severe-duty environments.
Key Features
Separable Design (NU Type) allows for separate mounting of inner and outer rings, simplifying installation and maintenance procedures.
Exceptional Radial Load Capacity due to the line contact between rollers and raceways, supporting heavy machinery applications.
High-Grade Material Construction (Clean Steel) maximizes service life and minimizes premature bearing fatigue.
Low Friction and Heat Generation optimized roller profile reduces friction torque, allowing for higher operating speeds and cooler running.
Suitable for High-Speed Applications due to precise roller guidance and reduced friction characteristics.
