Add items to comparison
Add items to wish list
0
My order
Add products to cart
Features
Brand SKF
Designation 6310-2RS1/HC5C3WT
Dimensions [d x D x W] 50х110х27 mm.
Bore diameter (d) 1.969 in. / 50 mm.
Outside diameter (D) 4.331 in. / 110 mm.
Width (B) 1.063 in. / 27 mm.
Weight 0.4293 lbs. / 0.9465 kg.
Sealing Seal on both sides
Bearing Material Bearing steel/ceramic
Cage Sheet metal
Radial internal clearance Greater than Normal (C3)
Tolerance class Normal
Number of rows 1
Outer ring type Cylindrical
Bore type Cylindrical
Coating Without
Series Metric
Description
Hybrid single row deep groove ball bearing 6310-2RS1/HC5C3WT by SKF brand.

Cylindrical bore type for 1.969 in. / 50 mm. shaft diametr, outer ring surface is cylindrical.
The bearing rings are made of through-hardened carbon bearing steel. Ceramic rolling elements, made from silicon nitride.
Principal dimensions is 1.969х4.331х1.063 in. equal to 50х110х27 mm.
Sealed with double-lip seal on both sides. Sealed radial spherical plain bearings require less maintenance and have longer service life.
Sheet metal cage.
Metric series product.
Most widely used bearing type, optimized for low noise and low vibration, provide low friction and high rotational speeds. Capped bearings require less maintenance than open type bearings.

Hybrid ceramic bearings contribute higher performance, longer service life and reduced maintenance requirements, they can lead to reduced energy use and fewer resources.
This bearing suitable for high speeds, offer electrical insulation and superior durability in challenging or extreme application conditions.

Picture for illustration purposes only, product may differ from image. See technical specification for details.

A new review or comment
Sign in with
Rate this item
Share

6310-2RS1/HC5C3WT SKF Bearing (50х110х27 mm.)

Out of stock
SKU: 50X110X27|6310-2RS1/HC5C3WT@SKF
Price upon request
Sign in
to add this item to wishlist
%
Sign in to see your personal discount
Request the price

We care about your privacy

This website uses cookies for marketing and statistical purposes and for a secure and optimal site experience. You can change this in your browser settings. Click on the «Accept cookies» button to consent using cookies. You can read more on the Privacy Policy and Cookie Policy.