SKF 6205-2Z/VA228 1 Row Ball Bearing - 25 mm ID, 52 mm OD

SKF Deep Groove Ball Bearing, 25mm Inner Diameter, 52mm Outer Diameter - 6205-2Z/VA228

This deep groove ball bearing is designed for high-temperature applications, offering reliability in challenging environments. With an inner diameter of 25mm and an outer diameter of 52mm, it features a single row deep groove design. This bearing’s robust construction includes both sides shielded for enhanced protection against contamination, making it ideal for various industrial uses.

This deep groove ball bearing is designed for high-temperature applications, offering reliability in challenging environments. With an inner diameter of 25mm and an outer diameter of 52mm, it features a single row deep groove design. This bearing’s robust construction includes both sides shielded for enhanced protection against contamination, making it ideal for various industrial uses.

Features & Benefits

• Low radial internal clearance ensures precision performance• Shielded design prevents dirt and debris ingress• Suitable for a diverse range of mechanical usage• Non-metallic cage material enhances weight reduction and durability

• Low radial internal clearance ensures precision performance

• Shielded design prevents dirt and debris ingress

• Shielded design prevents dirt and debris ingress

• Suitable for a diverse range of mechanical usage

• Suitable for a diverse range of mechanical usage

• Non-metallic cage material enhances weight reduction and durability

• Non-metallic cage material enhances weight reduction and durability

Applications

• Used in high-speed electric motors• Ideal for fans and blowers operating at elevated temperatures• Applied in heat exchangers in industrial processing• Utilised in automation equipment requiring precision and reliability

• Used in high-speed electric motors

• Ideal for fans and blowers operating at elevated temperatures

• Ideal for fans and blowers operating at elevated temperatures

• Applied in heat exchangers in industrial processing

• Applied in heat exchangers in industrial processing

• Utilised in automation equipment requiring precision and reliability

• Utilised in automation equipment requiring precision and reliability

What is the significance of the C5 clearance rating?

The C5 clearance rating indicates a larger radial internal clearance, which accommodates thermal expansion and misalignment during operation, making it suitable for high-temperature contexts.

The C5 clearance rating indicates a larger radial internal clearance, which accommodates thermal expansion and misalignment during operation, making it suitable for high-temperature contexts.

How does the shielded design benefit its performance?

The shielded design protects the internal components from contaminants and moisture, extending service life and maintaining optimal performance in demanding conditions.

The shielded design protects the internal components from contaminants and moisture, extending service life and maintaining optimal performance in demanding conditions.

What load capacities can be expected from this component?

It can handle a basic dynamic load rating of 14.8 kN and a static load rating of 7.8 kN, making it suitable for heavy-duty applications.

It can handle a basic dynamic load rating of 14.8 kN and a static load rating of 7.8 kN, making it suitable for heavy-duty applications.

How do I install this bearing for optimal performance?

Ensure that the bore and housing fit are within tolerance, and properly lubricate the bearing before installation to reduce friction and wear during operation.

Ensure that the bore and housing fit are within tolerance, and properly lubricate the bearing before installation to reduce friction and wear during operation.

What are the implications of using this bearing in high-temperature environments?

It maintains functionality and efficiency even at temperatures up to 350°C, making it ideal for applications where standard bearings may fail.

It maintains functionality and efficiency even at temperatures up to 350°C, making it ideal for applications where standard bearings may fail.