SKF 6204-2RSH/W64 1 Row Ball Bearing - 20 mm ID, 47 mm OD

SKF Ball Bearing, 20mm Inside Diameter, 47mm Outside Diameter - 6204-2RSH/W64

This ball bearing falls under the category of single row deep groove ball bearings and features a 20mm inner diameter and a 47mm outer diameter. Designed for enhanced performance in diverse applications, this sealed ball bearing offers reliability and efficiency in operational settings, supported by SKF’s respected manufacturing standards.

This ball bearing falls under the category of single row deep groove ball bearings and features a 20mm inner diameter and a 47mm outer diameter. Designed for enhanced performance in diverse applications, this sealed ball bearing offers reliability and efficiency in operational settings, supported by SKF’s respected manufacturing standards.

Features & Benefits

• Manufactured from high-quality steel for durability• Sealing arrangement protects against contaminants for longevity• Suitable for a wide range of temperatures and speeds• Achieves a basic dynamic load rating of 13.5 kN• Designed to handle radial internal clearance with CN specifications• Compact design facilitates easy installation in various machinery

• Manufactured from high-quality steel for durability

• Sealing arrangement protects against contaminants for longevity

• Sealing arrangement protects against contaminants for longevity

• Suitable for a wide range of temperatures and speeds

• Suitable for a wide range of temperatures and speeds

• Achieves a basic dynamic load rating of 13.5 kN

• Achieves a basic dynamic load rating of 13.5 kN

• Designed to handle radial internal clearance with CN specifications

• Designed to handle radial internal clearance with CN specifications

• Compact design facilitates easy installation in various machinery

• Compact design facilitates easy installation in various machinery

Applications

• Used in automotive for wheel bearings• Suitable for electronic equipment requiring smooth rotation• Employed in domestic appliances needing reliability• Utilised in industrial machinery for long-term performance

• Used in automotive for wheel bearings

• Suitable for electronic equipment requiring smooth rotation

• Suitable for electronic equipment requiring smooth rotation

• Employed in domestic appliances needing reliability

• Employed in domestic appliances needing reliability

• Utilised in industrial machinery for long-term performance

• Utilised in industrial machinery for long-term performance

How do I determine the appropriate load ratings for my application?

The basic dynamic load rating of 13.5 kN and static load rating of 6.55 kN indicate the maximum loads the bearing can support. Reviewing your machinery's operational loads against these ratings is essential to ensure compatibility and prevent premature failure.

The basic dynamic load rating of 13.5 kN and static load rating of 6.55 kN indicate the maximum loads the bearing can support. Reviewing your machinery's operational loads against these ratings is essential to ensure compatibility and prevent premature failure.

What are the benefits of using sealed configurations in bearings?

Sealed configurations limit contamination from dirt and moisture, ensuring smoother operation and extending bearing life. This is particularly beneficial in challenging environments where exposure to debris is a concern.

Sealed configurations limit contamination from dirt and moisture, ensuring smoother operation and extending bearing life. This is particularly beneficial in challenging environments where exposure to debris is a concern.

What factors influence the lifespan of this ball bearing?

Factors such as operating load, rotational speed, lubrication quality, and environmental conditions significantly impact lifespan. Regular monitoring and appropriate maintenance can enhance longevity.

Factors such as operating load, rotational speed, lubrication quality, and environmental conditions significantly impact lifespan. Regular monitoring and appropriate maintenance can enhance longevity.

What installation considerations should I keep in mind?

Ensure that the seating surfaces are clean and properly aligned during installation. Additionally, avoid applying excessive force which may lead to misalignment or damage to the bearing and its surrounding components.

Ensure that the seating surfaces are clean and properly aligned during installation. Additionally, avoid applying excessive force which may lead to misalignment or damage to the bearing and its surrounding components.