SKF 61813-2RS1 1 Row Ball Bearing - 65 mm ID, 85 mm OD

SKF Deep Groove Ball Bearing, 65mm Inside Diameter, 85mm Outside Diameter - 61813-2RS1

This deep groove ball bearing is designed for high efficiency and performance in a variety of applications. With an inside diameter of 65mm, an outside diameter of 85mm, and a race width of 10mm, it is a single row deep groove bearing that provides enhanced load capacity and durability. The sealed design ensures protection against contaminants, making it suitable for demanding environments.

This deep groove ball bearing is designed for high efficiency and performance in a variety of applications. With an inside diameter of 65mm, an outside diameter of 85mm, and a race width of 10mm, it is a single row deep groove bearing that provides enhanced load capacity and durability. The sealed design ensures protection against contaminants, making it suitable for demanding environments.

Features & Benefits

• Sealed on both sides to prevent contamination• High dynamic load rating of 11.9 kN for reliable performance• Operating at a limiting speed of 4500 r/min for various use• Steel construction ensures strength and longevity• Suitable for work requiring extra light thrust bearings

• Sealed on both sides to prevent contamination

• High dynamic load rating of 11.9 kN for reliable performance

• High dynamic load rating of 11.9 kN for reliable performance

• Operating at a limiting speed of 4500 r/min for various use

• Operating at a limiting speed of 4500 r/min for various use

• Steel construction ensures strength and longevity

• Steel construction ensures strength and longevity

• Suitable for work requiring extra light thrust bearings

• Suitable for work requiring extra light thrust bearings

Applications

• Suitable for use in automation machinery• Ideal for electrical and electronic equipment• Used in mechanical systems with high load demands• Applicable in various industrial settings for rotating assemblies• Integrated into equipment where space is limited

• Suitable for use in automation machinery

• Ideal for electrical and electronic equipment

• Ideal for electrical and electronic equipment

• Used in mechanical systems with high load demands

• Used in mechanical systems with high load demands

• Applicable in various industrial settings for rotating assemblies

• Applicable in various industrial settings for rotating assemblies

• Integrated into equipment where space is limited

• Integrated into equipment where space is limited

What is the significance of the sealing arrangement in this bearing?

The sealing arrangement ensures that contaminants are kept out, extending the bearing's lifespan and maintaining optimal performance, especially in harsh environments.

The sealing arrangement ensures that contaminants are kept out, extending the bearing's lifespan and maintaining optimal performance, especially in harsh environments.

How does the dynamic load rating affect the bearing's functionality?

The dynamic load rating indicates the maximum load the bearing can endure while rotating, allowing for reliable operation in applications with varying load conditions.

The dynamic load rating indicates the maximum load the bearing can endure while rotating, allowing for reliable operation in applications with varying load conditions.

What are the implications of the cylindrical bore design?

The cylindrical bore enables straightforward installation on shafts, assisting in optimal alignment and reducing the risk of misalignment during operation.

The cylindrical bore enables straightforward installation on shafts, assisting in optimal alignment and reducing the risk of misalignment during operation.

What should be considered when selecting lubricants for this bearing?

Selecting a compatible lubricant is crucial to ensure proper functioning, reduce friction, and prolong the service life, while also taking into account the operating temperature and speed.

Selecting a compatible lubricant is crucial to ensure proper functioning, reduce friction, and prolong the service life, while also taking into account the operating temperature and speed.

Why is understanding the race width important for bearing applications?

The race width impacts the load-carrying capacity and rigidity of the bearing, ensuring its efficiency in specific applications and load scenarios.

The race width impacts the load-carrying capacity and rigidity of the bearing, ensuring its efficiency in specific applications and load scenarios.