SKF 2202 ETN9 Self Aligning Ball Bearing- Open Type 15mm I.D, 35mm O.D

This self-aligning ball bearing is a robust solution for various mechanical applications. Designed with a 15mm inside diameter and a 35mm outside diameter, it ensures reliable performance in alignment challenges. The open type sealing arrangement allows for easy access and maintenance, while the non-metallic cage improves durability and reduces friction. Designed specifically to handle misalignment situations, this steel ball bearing is ideal for dynamic applications requiring reliability under challenging conditions.

• Flexible operation with a permissible angular misalignment of 2.5°
• Two rows provide increased stability and load distribution
• Lightweight at 0.06kg for ease of installation
• Open type design allows for simplified servicing and lubrication

• Used in precision machinery for improved shaft alignment
• Effective in electrical equipment for low-friction operation
• Utilised in automation systems where alignment compensation is necessary
• Integrated into mechanical assemblies requiring robust load handling
• Suitable for various industries including manufacturing and electronics

The construction of this bearing enables it to accommodate misalignments effectively, which is crucial in dynamic scenarios. Its self-aligning feature helps to reduce wear on associated components and prolongs the service life of the assembly.

The dynamic load rating of 8.71kN indicates the bearing's capacity to withstand varying loads during operation. This means it can perform reliably under significant stress, ensuring smooth operation and reducing the risk of fatigue.

This bearing is primarily made of steel, which offers excellent strength and resilience. The non-metallic cage enhances weight efficiency and reduces friction, leading to improved performance and longevity in applications.

The open type design allows for easy access to the bearing, which simplifies lubrication and routine inspections. This ensures optimal performance whilst minimising downtime for maintenance tasks.

When integrating this bearing, check the dimensional fit and alignment requirements of the assembly. Also, consider load conditions, speeds, and environmental factors to ensure optimal performance and longevity.