SKF N 205 ECP 25 mm ID Roller Bearing, 52 mm OD

SKF Cylindrical Roller Bearing, 25mm Inside Diameter, 52mm Outside Diameter - N 205 ECP

This cylindrical roller bearing offers exceptional performance, suitable for various mechanical applications. Designed with a 25mm inner diameter and a 52mm outer diameter, it features a non-metallic cage, enhancing durability and reducing friction. The single-row construction is tailored for high-speed operations, with a reference speed of 15,000 r/min and a limiting speed of 16,000 r/min.

This cylindrical roller bearing offers exceptional performance, suitable for various mechanical applications. Designed with a 25mm inner diameter and a 52mm outer diameter, it features a non-metallic cage, enhancing durability and reducing friction. The single-row construction is tailored for high-speed operations, with a reference speed of 15,000 r/min and a limiting speed of 16,000 r/min.

Features & Benefits

• High dynamic load rating of 32.5kN for increased reliability• Static load rating of 27kN ensures robust performance• Non-metallic cage promotes lower friction and longer life• Designed for high-speed applications to enhance efficiency• Compact dimensions support space-constrained setups• Effective fatigue load limit of 3.35kN for durability

• High dynamic load rating of 32.5kN for increased reliability

• Static load rating of 27kN ensures robust performance

• Static load rating of 27kN ensures robust performance

• Non-metallic cage promotes lower friction and longer life

• Non-metallic cage promotes lower friction and longer life

• Designed for high-speed applications to enhance efficiency

• Designed for high-speed applications to enhance efficiency

• Compact dimensions support space-constrained setups

• Compact dimensions support space-constrained setups

• Effective fatigue load limit of 3.35kN for durability

• Effective fatigue load limit of 3.35kN for durability

Applications

• Used in automation systems for precise motion control• Employed in mechanical assemblies facilitating smooth rotations• Applicable in electrical equipment requiring reliable motion• Utilised in industrial machinery for improved operational efficiency

• Used in automation systems for precise motion control

• Employed in mechanical assemblies facilitating smooth rotations

• Employed in mechanical assemblies facilitating smooth rotations

• Applicable in electrical equipment requiring reliable motion

• Applicable in electrical equipment requiring reliable motion

• Utilised in industrial machinery for improved operational efficiency

• Utilised in industrial machinery for improved operational efficiency

What load ratings should I consider for optimal performance?

For optimal performance, you should consider a dynamic load rating of 32.5kN and a static load rating of 27kN. These values ensure the bearing can handle the required loads effectively.

For optimal performance, you should consider a dynamic load rating of 32.5kN and a static load rating of 27kN. These values ensure the bearing can handle the required loads effectively.

How does the non-metallic cage contribute to performance?

The non-metallic cage minimises friction, allowing for smoother operation and prolonging the life of the bearing, particularly in high-speed applications.

The non-metallic cage minimises friction, allowing for smoother operation and prolonging the life of the bearing, particularly in high-speed applications.

What are the implications of the limiting speed?

The limiting speed of 16,000 r/min indicates the maximum rotational speed at which the bearing can operate without risk of failure, making it ideal for demanding applications.

The limiting speed of 16,000 r/min indicates the maximum rotational speed at which the bearing can operate without risk of failure, making it ideal for demanding applications.

Can this bearing be used in environments with high temperature variations?

While the specifications do not provide explicit temperature limits, the non-metallic cage typically performs well in various ambient conditions, but should be evaluated based on specific application requirements.

While the specifications do not provide explicit temperature limits, the non-metallic cage typically performs well in various ambient conditions, but should be evaluated based on specific application requirements.