SKF 3208 A-2RS1/MT33 2 Row Ball Bearing - 40 mm ID, 80 mm OD 30.2 mm Race Width

SKF Angular Contact Ball Bearing, 40mm Inside Diameter, 80mm Outside Diameter - 3208 A-2RS1/MT33

This angular contact ball bearing is a reliable solution designed for high load applications. Offering a 40mm inside diameter and an 80mm outside diameter, this double row ball bearing features a robust sealing arrangement on both sides, ensuring optimal performance in various industrial settings. Its high-quality steel construction contributes to durability and longevity.

This angular contact ball bearing is a reliable solution designed for high load applications. Offering a 40mm inside diameter and an 80mm outside diameter, this double row ball bearing features a robust sealing arrangement on both sides, ensuring optimal performance in various industrial settings. Its high-quality steel construction contributes to durability and longevity.

Features & Benefits

• Sealed ball bearings ensure effective contamination protection• High load capacity rating of 48 kN for dynamic loads• Designed for maximum operational efficiency with low friction• Constructed from steel for improved strength and durability• Compatible with standard seat tolerances for easy installation

• Sealed ball bearings ensure effective contamination protection

• High load capacity rating of 48 kN for dynamic loads

• High load capacity rating of 48 kN for dynamic loads

• Designed for maximum operational efficiency with low friction

• Designed for maximum operational efficiency with low friction

• Constructed from steel for improved strength and durability

• Constructed from steel for improved strength and durability

• Compatible with standard seat tolerances for easy installation

• Compatible with standard seat tolerances for easy installation

Applications

• Ideal for use in robotics and automation equipment• Suitable for electric motors and power transmission• Utilised in material handling systems and conveyor belts• Effective in precision machinery requiring high load capacities

• Ideal for use in robotics and automation equipment

• Suitable for electric motors and power transmission

• Suitable for electric motors and power transmission

• Utilised in material handling systems and conveyor belts

• Utilised in material handling systems and conveyor belts

• Effective in precision machinery requiring high load capacities

• Effective in precision machinery requiring high load capacities

What specifications should be considered for reduction in noise during operation?

A low friction design and appropriate internal clearance play crucial roles in minimising operational noise levels. Aligning the bearing with the correct tolerances also contributes to smoother performance.

A low friction design and appropriate internal clearance play crucial roles in minimising operational noise levels. Aligning the bearing with the correct tolerances also contributes to smoother performance.

How can usage in harsh environments affect bearing life?

Extended exposure to extreme temperatures, moisture, or contaminants can lead to premature wear. Selecting sealed versions and ensuring regular maintenance can help mitigate these risks.

Extended exposure to extreme temperatures, moisture, or contaminants can lead to premature wear. Selecting sealed versions and ensuring regular maintenance can help mitigate these risks.

What are the implications of the bearing's dynamic load rating in my applications?

The dynamic load rating indicates the maximum load the bearing can handle during operations without failure. For applications consistently near this limit, consider using higher-rated alternatives for reliability.

The dynamic load rating indicates the maximum load the bearing can handle during operations without failure. For applications consistently near this limit, consider using higher-rated alternatives for reliability.

How does the type of sealing arrangement enhance the bearing's performance?

The dual sealing arrangement effectively prevents the ingress of contaminants, extending the bearing's operational life by reducing wear and tear and maintaining lubrication integrity.

The dual sealing arrangement effectively prevents the ingress of contaminants, extending the bearing's operational life by reducing wear and tear and maintaining lubrication integrity.