Back In Stock Skf Nu212ecp Single Row Cylindrical Roller Bearing - Polyamide Cage ( 60x110x22mm) Gift Ready [SLxMlhrE]

SKF NU212ECP Cylindrical Roller Bearing Overview

The SKF NU212ECP Single Row Cylindrical Roller Bearing is a high-performance component designed for linear contact and ideal for handling radial loads at high speeds. This bearing is part of the SKF NU series, which is renowned for its robust construction and precision engineering. With a polyamide cage and a size of 60x110x22mm, the NU212ECP is a versatile solution for various industrial applications. Key features of this bearing include its linear contact design, which ensures minimal friction and heat generation, and its ability to accommodate radial loads effectively.

• High-speed operation capability
• Excellent radial load handling
• Minimal friction and heat generation

Product Features and Specifications

The SKF NU212ECP features a polyamide cage, which not only provides increased strength and durability but also contributes to reduced noise levels and improved operational efficiency. This bearing is available with different cage materials, including brass, pressed steel, and polyamide, allowing for customization based on specific application requirements. Additionally, cylindrical roller bearings like the NU212ECP can be supplied without ribs to facilitate axial movement relative to the inner and outer rings. Key specifications include:

Size: 60x110x22mm

Material: Chrome steel

Dynamic Load Rating: 140 kN

Static Load Rating: 130 kN

Practical Applications and Benefits

The SKF NU212ECP is a versatile bearing suitable for a wide range of applications, including machine tools, automotive systems, and industrial machinery. Its ability to handle radial loads and operate at high speeds makes it an excellent choice for demanding environments. The use of a polyamide cage not only enhances the bearing's performance but also reduces maintenance costs and prolongs its service life. Benefits of choosing the SKF NU212ECP include:

Increased operational efficiency

Reduced maintenance and downtime

Longer service life