SKF NKIB 5902 15 mm ID Roller Bearing Angular Contact Ball, Needle Roller, 28 mm OD

SKF Combined Needle Roller & Angular Contact Ball Bearing, 15mm Inside Diameter, 28mm Outside Diameter - NKIB 5902

This combined needle roller and angular contact ball bearing is designed for precision applications requiring high load capacities and speed. It features an inside diameter of 15mm and an outside diameter of 28mm with a race width of 20mm, making it an ideal choice for compact assemblies. This product excels in demanding environments where both radial and axial loads are present.

This combined needle roller and angular contact ball bearing is designed for precision applications requiring high load capacities and speed. It features an inside diameter of 15mm and an outside diameter of 28mm with a race width of 20mm, making it an ideal choice for compact assemblies. This product excels in demanding environments where both radial and axial loads are present.

Features & Benefits

• High-speed capability with reference speed of 19000r/min• Robust static load rating of 15.3kN for durability• Effective dynamic load rating of 11.2kN to support high performance• Fatigue limit loads of 1.83kN radial and 0.099kN axial for prolonged use• Minimal radial internal clearance ensures optimal fit

• High-speed capability with reference speed of 19000r/min

• Robust static load rating of 15.3kN for durability

• Robust static load rating of 15.3kN for durability

• Effective dynamic load rating of 11.2kN to support high performance

• Effective dynamic load rating of 11.2kN to support high performance

• Fatigue limit loads of 1.83kN radial and 0.099kN axial for prolonged use

• Fatigue limit loads of 1.83kN radial and 0.099kN axial for prolonged use

• Minimal radial internal clearance ensures optimal fit

• Minimal radial internal clearance ensures optimal fit

Applications

• Used in automation equipment for precision motion control• Suitable for electrical machinery requiring compact bearings• Ideal for mechanical assemblies where space is limited• Utilised in high-speed rotating to minimise friction• Effective in diverse sectors, including automotive and aerospace

• Used in automation equipment for precision motion control

• Suitable for electrical machinery requiring compact bearings

• Suitable for electrical machinery requiring compact bearings

• Ideal for mechanical assemblies where space is limited

• Ideal for mechanical assemblies where space is limited

• Utilised in high-speed rotating to minimise friction

• Utilised in high-speed rotating to minimise friction

• Effective in diverse sectors, including automotive and aerospace

• Effective in diverse sectors, including automotive and aerospace

What are the advantages of using this type of bearing in high-speed applications?

The design offers low friction, allowing for higher operational speeds without compromising load capacity. With a limiting speed of 22000r/min, it is specifically engineered to function efficiently in demanding situations.

The design offers low friction, allowing for higher operational speeds without compromising load capacity. With a limiting speed of 22000r/min, it is specifically engineered to function efficiently in demanding situations.

How do the load ratings affect the performance in mechanical assemblies?

The substantial radial and axial load ratings ensure stability and reliability in heavy load conditions, reducing the risk of failure in dynamic applications that experience varying loads.

The substantial radial and axial load ratings ensure stability and reliability in heavy load conditions, reducing the risk of failure in dynamic applications that experience varying loads.

Can this bearing withstand harsh environments?

Being constructed from quality steel, it is robust enough to handle challenging conditions, providing effective support in both radial and axial directions while resisting wear over time.

Being constructed from quality steel, it is robust enough to handle challenging conditions, providing effective support in both radial and axial directions while resisting wear over time.