SKF 2212E-2RS1TN9 60 mm ID 2 Row Ball Bearing -, 110 mm OD

SKF Self-Aligning Ball Bearing, 60mm Inside Diameter, 110mm Outside Diameter - 2212E-2RS1TN9

This self-aligning ball bearing is designed for durability and efficiency in various mechanical applications. With an inside diameter of 60mm and an outside diameter of 110mm, this bearing suits diverse operational environments, ensuring smooth performance. It features two rows of steel balls and is suitable for high load capacities, making it ideal for demanding applications.

This self-aligning ball bearing is designed for durability and efficiency in various mechanical applications. With an inside diameter of 60mm and an outside diameter of 110mm, this bearing suits diverse operational environments, ensuring smooth performance. It features two rows of steel balls and is suitable for high load capacities, making it ideal for demanding applications.

Features & Benefits

• Designed with a sealing arrangement on both sides for enhanced protection• Offers a robust static load rating of 12.2 kN• Engineered for a dynamic load rating of 31.2 kN for reliable operation• Constructed from top-grade steel for longevity and strength• Non-metallic cage material ensures reduced friction during operation• Features cylindrical bore design for easy installation and alignment

• Designed with a sealing arrangement on both sides for enhanced protection

• Offers a robust static load rating of 12.2 kN

• Offers a robust static load rating of 12.2 kN

• Engineered for a dynamic load rating of 31.2 kN for reliable operation

• Engineered for a dynamic load rating of 31.2 kN for reliable operation

• Constructed from top-grade steel for longevity and strength

• Constructed from top-grade steel for longevity and strength

• Non-metallic cage material ensures reduced friction during operation

• Non-metallic cage material ensures reduced friction during operation

• Features cylindrical bore design for easy installation and alignment

• Features cylindrical bore design for easy installation and alignment

Applications

• Used in various machinery requiring high load performance• Utilised in conveyor systems for efficient material handling• Implemented in automotive components for improved reliability• Appropriate for electrical and mechanical sectors needing durable solutions

• Used in various machinery requiring high load performance

• Utilised in conveyor systems for efficient material handling

• Utilised in conveyor systems for efficient material handling

• Implemented in automotive components for improved reliability

• Implemented in automotive components for improved reliability

• Appropriate for electrical and mechanical sectors needing durable solutions

• Appropriate for electrical and mechanical sectors needing durable solutions

What load ratings can this bearing handle under different conditions?

It has a static load rating of 12.2 kN and a dynamic load rating of 31.2 kN, ensuring it can withstand significant stress during operation.

It has a static load rating of 12.2 kN and a dynamic load rating of 31.2 kN, ensuring it can withstand significant stress during operation.

How does the sealing arrangement impact maintenance needs?

The seals on both sides effectively prevent contaminants from entering, which minimises maintenance and extends bearing life.

The seals on both sides effectively prevent contaminants from entering, which minimises maintenance and extends bearing life.

What are the advantages of the two-row design?

The two-row design enhances load distribution, allowing for a higher radial load capacity while maintaining alignment in dynamic applications.

The two-row design enhances load distribution, allowing for a higher radial load capacity while maintaining alignment in dynamic applications.

What material properties contribute to the effectiveness of this bearing?

Constructed from steel, it combines structural integrity with performance, while the non-metallic cage reduces friction, enhancing overall efficiency.

Constructed from steel, it combines structural integrity with performance, while the non-metallic cage reduces friction, enhancing overall efficiency.