Engineered to the highest standards, the NJ2314ECP SKF is made to ensure you get the maximum performance out of your machinery. This bearing has two flanges on the outer ring and one flange on the inner ring, an optimized internal design, a roller centred, glass fibre reinforced PA66 cage, and a normal radial internal clearance. The NJ2314ECP SKF bearing is purposely constructed to meet the demands of diverse industrial applications, providing excellent durability, precision, and overall performance and ensuring optimal functionality in every setting. Whether you're in manufacturing, automotive, or any other industry requiring reliable rotational motion, the SKF NJ2314ECP is engineered to meet your requirements. The dimensions of the SKF NJ2314ECP bearing are 70x150x51mm.

Key Features

Cylindrical Roller Design

The NJ2314ECP SKF bearing features a cylindrical roller design, optimising load distribution and facilitating high radial load capacity. NJ-type bearings have two flanges on the outer ring and one flange on the inner ring, meaning the inner ring is separable in one direction. This type can therefore accommodate axial displacement in one direction.

Optimised Load Distribution and Carrying

The design of the NJ2314ECP SKF bearing ensures even load distribution and carries heavy radial loads while maintaining a low cross-sectional height and low friction. This helps to enhance performance and ultimately extend the bearing’s lifespan.

High-Speed Capability

The NJ2314 ECP SKF bearing is designed to handle high-speed operations while maintaining low noise and vibration levels. This ensures smooth and efficient rotation in dynamic environments without compromising stability. This makes it ideal for applications that demand rapid rotation.

Robust Construction

Crafted with high-quality materials and precision engineering, the SKF NJ2314ECP bearing is built to withstand the rigours of industrial environments. Its robust construction ensures reliable performance, making it an ideal choice for heavy-duty machinery.