SKF 3310 A 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

This angular contact ball bearing is designed for high-performance applications in various industries. It features a 50mm inside diameter and 110mm outside diameter, with a race width of 44.4mm. This open-type ball bearing incorporates double row angular contact specifications, making it suitable for dynamic load management and axial loads in both directions. The robust steel construction guarantees durability and reliability in operation.

This angular contact ball bearing is designed for high-performance applications in various industries. It features a 50mm inside diameter and 110mm outside diameter, with a race width of 44.4mm. This open-type ball bearing incorporates double row angular contact specifications, making it suitable for dynamic load management and axial loads in both directions. The robust steel construction guarantees durability and reliability in operation.

Features & Benefits

• Offers high load capacity ratings of 95 kN dynamically• Designed for smooth operation up to 6000r/min• Features double row design for increased stability• Open type enhances accessibility for lubrication• Constructed from steel for strength and longevity• Suitable for medium series applications

• Offers high load capacity ratings of 95 kN dynamically

• Designed for smooth operation up to 6000r/min

• Designed for smooth operation up to 6000r/min

• Features double row design for increased stability

• Features double row design for increased stability

• Open type enhances accessibility for lubrication

• Open type enhances accessibility for lubrication

• Constructed from steel for strength and longevity

• Constructed from steel for strength and longevity

• Suitable for medium series applications

• Suitable for medium series applications

Applications

• Used for precision machinery in automation settings• Ideal for electric motor assemblies requiring robust bearings• Applied in mechanical systems needing reliable axial load support• Utilised in custom-built machinery that demands high-performance components

• Used for precision machinery in automation settings

• Ideal for electric motor assemblies requiring robust bearings

• Ideal for electric motor assemblies requiring robust bearings

• Applied in mechanical systems needing reliable axial load support

• Applied in mechanical systems needing reliable axial load support

• Utilised in custom-built machinery that demands high-performance components

• Utilised in custom-built machinery that demands high-performance components

What is the significance of the open-type design?

The open-type design allows for easier access to lubrication, which can enhance performance and prolong bearing life by reducing wear and tear.

The open-type design allows for easier access to lubrication, which can enhance performance and prolong bearing life by reducing wear and tear.

How does the double row configuration benefit operations?

The double row design provides enhanced stability and load distribution, making it particularly effective for applications where axial loads are present in both directions.

The double row design provides enhanced stability and load distribution, making it particularly effective for applications where axial loads are present in both directions.

What factors determine the suitability of this bearing for high-speed applications?

The bearing's high limiting speed rating of 6000r/min and dynamic load capacity ensure reliable performance in high-speed environments, reducing the risk of failure or overheating.

The bearing's high limiting speed rating of 6000r/min and dynamic load capacity ensure reliable performance in high-speed environments, reducing the risk of failure or overheating.

How does the material influence bearing performance?

The steel construction offers excellent wear resistance and load-bearing capabilities, which are critical for maintaining performance under high-stress conditions.

The steel construction offers excellent wear resistance and load-bearing capabilities, which are critical for maintaining performance under high-stress conditions.