SKF 3210A-2RS1TN9/MT33 2 Row Ball Bearing - 50 mm ID, 90 mm OD 30.2 mm Race Width

SKF Ball Bearing, 50mm Inside Diameter, 90mm Outside Diameter - 3210A-2RS1TN9/MT33

This ball bearing belongs to the category of double row angular contact ball bearings, featuring an internal diameter of 50mm and an external diameter of 90mm. With a race width of 30.2mm, this model is designed to provide robust performance in various applications. The sealing arrangement on both sides enhances its durability, making it suitable for demanding environments.

This ball bearing belongs to the category of double row angular contact ball bearings, featuring an internal diameter of 50mm and an external diameter of 90mm. With a race width of 30.2mm, this model is designed to provide robust performance in various applications. The sealing arrangement on both sides enhances its durability, making it suitable for demanding environments.

Features & Benefits

• Double row design enables higher load capacities• Sealed construction to prevent contamination and wear• High dynamic load rating of 51 kN ensures reliability• Steel material enhances strength and longevity• Non-metallic cage offers reduced friction and noise• Suitable for high-speed applications with a limit speed of 4800 r/min

• Double row design enables higher load capacities

• Sealed construction to prevent contamination and wear

• Sealed construction to prevent contamination and wear

• High dynamic load rating of 51 kN ensures reliability

• High dynamic load rating of 51 kN ensures reliability

• Steel material enhances strength and longevity

• Steel material enhances strength and longevity

• Non-metallic cage offers reduced friction and noise

• Non-metallic cage offers reduced friction and noise

• Suitable for high-speed applications with a limit speed of 4800 r/min

• Suitable for high-speed applications with a limit speed of 4800 r/min

Applications

• Used for precise positioning in rotary machinery• Suitable for robotics and automation equipment• Ideal for electrical and electronic machine components• Utilised in drive systems requiring high reliability• Appropriate for assembly lines and production machinery

• Used for precise positioning in rotary machinery

• Suitable for robotics and automation equipment

• Suitable for robotics and automation equipment

• Ideal for electrical and electronic machine components

• Ideal for electrical and electronic machine components

• Utilised in drive systems requiring high reliability

• Utilised in drive systems requiring high reliability

• Appropriate for assembly lines and production machinery

• Appropriate for assembly lines and production machinery

What makes the sealing arrangement beneficial for this bearing?

The sealing arrangement on both sides effectively protects the internal components from dust, dirt, and moisture, which prolongs the operational lifespan and maintains performance under challenging conditions.

The sealing arrangement on both sides effectively protects the internal components from dust, dirt, and moisture, which prolongs the operational lifespan and maintains performance under challenging conditions.

How does the double row configuration impact load handling?

The double row configuration allows for a greater number of balls, which distributes the load more evenly. This results in improved load-bearing capabilities and enhanced stability during operation.

The double row configuration allows for a greater number of balls, which distributes the load more evenly. This results in improved load-bearing capabilities and enhanced stability during operation.

What materials are used in the construction, and why are they important?

The bearing is constructed from steel for the main body and balls, while a non-metallic cage is employed. This combination provides a balance of strength, durability, and reduced friction, ensuring efficient operation and longevity.

The bearing is constructed from steel for the main body and balls, while a non-metallic cage is employed. This combination provides a balance of strength, durability, and reduced friction, ensuring efficient operation and longevity.