SKF Cylindrical Roller Bearing NU 322 ECJ/C3 110 mm ID 240 mm OD Steel Cage Parallel Bore NU 322 ECJ/C3

The SKF NU 322 ECJ/C3 cylindrical roller bearing is designed with a 110 mm inside diameter and a 240 mm outside diameter, featuring a 50 mm race width and a steel cage construction with a parallel bore type. This bearing provides reliable, smooth motion and is resistant to oxidation, ensuring extended service life.

Its robust construction enables it to withstand simultaneous radial and axial loads, making it well-suited for heavy-duty and industrial applications. The bearing components, including the outer and inner raceways and rollers, are interchangeable and removable, facilitating straightforward maintenance and inspection processes.

With a dynamic load rating of 530 kN and a static load rating of 540 kN, this bearing supports substantial radial and axial forces for demanding environments. Its low friction coefficient leads to reduced heat generation, lower noise levels, and decreased lubricant usage, enhancing overall efficiency.

The limiting speed of the bearing is 3400 revolutions per minute, making it capable of performing in high-velocity machinery and equipment. Typical use cases include industrial pumps, materials handling systems, and aerospace applications where durability and performance are critical.

The steel cage ensures durability and oxidation resistance. Supports radial and axial loads simultaneously. Parallel bore type for high load capacity. Dynamic load rating of 530 kN for radial load support. Static load rating of 540 kN for axial load support.

Interchangeable raceways and rollers simplify maintenance. Low friction reduces heat, noise, and lubricant usage. Limiting speed of 3400 rpm suits high-velocity uses. Used in industrial pumps, materials handling, and aerospace.

This SKF Roller Bearing combines precision engineering with industrial-grade materials, ideal for various mechanical machinery and spares requirements. Explore the broader SKF category for more quality bearings and components.