INA Roller Bearing 50 mm Inside Diameter, 90 mm Outside Diameter, 20 mm Race Width, Plastic Cage, Open End NJ210-E-XL-TVP2

INA NJ210-E-XL-TVP2 roller bearing combines precision engineering with durable materials for industrial applications requiring high load ratings. With a 50 mm inside diameter and 90 mm outside diameter, the bearing offers 20 mm race width and is designed for both radial and axial loads.

The plastic cage enhances the bearing's operational life by reducing friction and noise. Its open end design allows for easier mounting and dismounting, facilitating maintenance procedures. This bearing is ideal for applications where bearing arrangements require very high rigidity and the ability to compensate for axial shaft displacements without constraint.

Featuring a static load rating of 69 kN and a dynamic load rating of 75 kN, the NJ210-E-XL-TVP2 model supports demanding industrial environments, ensuring stable and reliable operations at high speeds. While no external standards or approvals are specified, this product belongs to INA’s Better World product line, which emphasizes sustainability, extended product life, and energy savings.

Typical use cases include mechanical machinery and spares within manufacturing, HVAC systems, construction equipment, and water treatment plants where high-load capacity roller bearings are essential for equipment efficiency and longevity.

Engineered for high radial and axial load capacity. Plastic cage minimizes wear and noise during operation. Open end type bearing for straightforward assembly and separation. High static and dynamic load ratings of 69 kN and 75 kN respectively.

Supports bearing arrangements requiring semi-locating or locating functions. Part of INA’s Better World initiative for sustainability and energy efficiency.

This INA Roller Bearing NJ210-E-XL-TVP2 is an ideal component choice for professionals exploring high-quality mechanical spares. Explore similar products and discover extensive technical resources through EnvMart’s comprehensive catalog.