SKF 3310 A/C3 2 Row Ball Bearing - 50 mm ID, 110 mm OD 44.4 mm Race Width

SKF Angular Contact Ball Bearing, 50mm Inside Diameter, 110mm Outside Diameter - 3310 A/C3

This angular contact ball bearing is a high-performance component designed for heavy-duty applications. It features a double-row configuration, ensuring enhanced load distribution and stability. With an inner diameter of 50mm and an outer diameter of 110mm, this bearing is ideal for various mechanical systems requiring robust support and reliability.

This angular contact ball bearing is a high-performance component designed for heavy-duty applications. It features a double-row configuration, ensuring enhanced load distribution and stability. With an inner diameter of 50mm and an outer diameter of 110mm, this bearing is ideal for various mechanical systems requiring robust support and reliability.

Features & Benefits

• Open type design allows for easier maintenance and lubrication• High dynamic load rating of 95 kN ensures durability• C3 bearing clearance accommodates thermal expansion• Steel construction provides strength and longevity• Suitable for high-speed applications with a limiting speed of 6000 r/min• Efficient ball arrangement reduces friction for smoother operation

• Open type design allows for easier maintenance and lubrication

• High dynamic load rating of 95 kN ensures durability

• High dynamic load rating of 95 kN ensures durability

• C3 bearing clearance accommodates thermal expansion

• C3 bearing clearance accommodates thermal expansion

• Steel construction provides strength and longevity

• Steel construction provides strength and longevity

• Suitable for high-speed applications with a limiting speed of 6000 r/min

• Suitable for high-speed applications with a limiting speed of 6000 r/min

• Efficient ball arrangement reduces friction for smoother operation

• Efficient ball arrangement reduces friction for smoother operation

Applications

• Used with automation conveyors in industrial settings• Suitable for electric motor bearings requiring high load capacity• Employed in precision machinery for enhanced performance• Ideal for mechanical equipment where space is limited

• Used with automation conveyors in industrial settings

• Suitable for electric motor bearings requiring high load capacity

• Suitable for electric motor bearings requiring high load capacity

• Employed in precision machinery for enhanced performance

• Employed in precision machinery for enhanced performance

• Ideal for mechanical equipment where space is limited

• Ideal for mechanical equipment where space is limited

What load ratings should be considered when selecting a bearing for demanding applications?

The static load rating is 69.5 kN, while the dynamic load rating is 95 kN, making it suitable for heavy-duty use.

The static load rating is 69.5 kN, while the dynamic load rating is 95 kN, making it suitable for heavy-duty use.

What lubrication methods are recommended for maintaining this bearing?

Regular lubrication with appropriate grease is advised, especially in open type designs, to ensure efficient operation and longevity.

Regular lubrication with appropriate grease is advised, especially in open type designs, to ensure efficient operation and longevity.

How does this bearing’s design impact performance in mechanical assemblies?

The double-row configuration ensures even load distribution, reducing stress on individual balls, thus enhancing durability in demanding environments.

The double-row configuration ensures even load distribution, reducing stress on individual balls, thus enhancing durability in demanding environments.

What factors influence the choice of bearing clearance for specific applications?

C3 bearing clearance is ideal for applications subject to temperature variations, allowing for sufficient space for thermal expansion and ensuring consistent performance.

C3 bearing clearance is ideal for applications subject to temperature variations, allowing for sufficient space for thermal expansion and ensuring consistent performance.