SKF High-Capacity Cylindrical Roller Bearing 70 mm ID, 150 mm OD, 51 mm Race Width, Shielded, Explorer Series NU 2314 ECML

SKF NU 2314 ECML is a high-capacity cylindrical roller bearing engineered for demanding industrial applications requiring superior load carrying capability combined with excellent speed performance. It features a 70 mm inside diameter and 150 mm outside diameter with a 51 mm race width, making it suitable for medium to large scale mechanical assemblies.

This bearing has one row of cylindrical rollers and a cylindrical bore type designed to withstand heavy radial loads effectively while maintaining rotational accuracy. The shielded end type of the bearing protects the internal mechanism from dust and other contaminants, enhancing its durability and service life in harsh environments.

As part of the SKF Explorer series, this bearing benefits from advanced engineering and materials selection, providing improved reliability and performance in a variety of industrial machinery, manufacturing equipment, and heavy-duty applications.

With a static load rating of 325 kN and dynamic load rating of 315 kN, it is well-suited for applications requiring robust load support. Its limiting speed of 8500 rpm enables operation at elevated speeds without compromising performance.

Made in Germany, this bearing reflects high-quality manufacturing standards. Single-row cylindrical roller design for radial load capacity. Shielded ends protect against contamination. SKF Explorer series for enhanced performance and durability.

Precision cylindrical bore type for accurate fits. Static load rating of 325 kN and dynamic load rating of 315 kN. Maximum operating speed of 8500 rpm for high-speed applications. Manufactured in Germany ensuring quality.

This product is ideal for use in mechanical machinery, manufacturing plants, industrial tools, and other heavy-duty equipment requiring reliable bearing solutions. Browse more SKF bearings and high-quality Roller Bearings available at EnvMart for diverse industrial needs.