FAG NUP 303-E-XL-TVP2 roller bearing

Product detailed description

FAG NUP 303-E-XL-TVP2 is a roller bearing that belongs to the category of axial guide bearings. Its design allows it to carry high radial loads and at the same time limited axial loads in both directions. The bearing has a single-row roller configuration, which means that it is equipped with one row of rollers, which are arranged to ensure optimal load distribution.

The dimensions of the bearing are defined by an inner diameter (d) of 17 mm, an outer diameter (D) of 47 mm and a width (B) of 14 mm. These dimensions are standardized and meet the requirements for running accuracy in class P0/PN, which is equivalent to ABEC 1, which means a basic level of accuracy suitable for common applications.

The bearing is equipped with a polyamide cage, which is lightweight and wear-resistant, which contributes to reducing friction and extending the life of the bearing. The internal clearance is normal radial, which is suitable for most standard applications where special clearance adjustments are not required.

The FAG NUP 303-E-XL-TVP2 is an uncovered bearing, which means that it has no seal and is therefore suitable for applications where external lubrication is provided. The bearing has no groove or lubrication hole on the outer ring, which simplifies its design and reduces maintenance costs.

The operating temperature range of the bearing is from -30 °C to +120 °C, which allows it to be used in a wide range of applications, including those requiring resistance to low and high temperatures. The bearing is not insulated against the passage of electrical current, which is important to consider in applications where electrical current may occur.

The total weight of the bearing is 0.158 kg, which is a relatively low weight that contributes to reducing the overall weight of the structure in which the bearing is used. The manufacturer FAG is known for its high quality and reliability, which guarantees a long service life and trouble-free operation of the bearing in various industrial applications.