SKF 63007-2RS1 1 Row Deep Groove Ball Bearing - 35 mm ID, 62 mm OD

SKF 3 Medium Series Deep Groove Ball Bearing, 35mm Inside Diameter, 62mm Outside Diameter - 63007-2RS1

This deep groove ball bearing is a single row product designed for various precision applications. With an inner diameter of 35mm and an outer diameter of 62mm, it provides an effective solution for applications requiring both durability and efficiency. This model is sealed on both sides, ensuring proper protection against contaminants.

This deep groove ball bearing is a single row product designed for various precision applications. With an inner diameter of 35mm and an outer diameter of 62mm, it provides an effective solution for applications requiring both durability and efficiency. This model is sealed on both sides, ensuring proper protection against contaminants.

Features & Benefits

• High load capacity with a dynamic load rating of 15.9kN• Designed with a cylindrical bore, facilitating easy installation• Sealed design prevents dirt ingress, enhancing durability• Constructed from steel for added strength and longevity• Static load rating of 10.2kN, ideal for demanding tasks• Mass of 0.22kg, allowing for versatile usability in various setups

• High load capacity with a dynamic load rating of 15.9kN

• Designed with a cylindrical bore, facilitating easy installation

• Designed with a cylindrical bore, facilitating easy installation

• Sealed design prevents dirt ingress, enhancing durability

• Sealed design prevents dirt ingress, enhancing durability

• Constructed from steel for added strength and longevity

• Constructed from steel for added strength and longevity

• Static load rating of 10.2kN, ideal for demanding tasks

• Static load rating of 10.2kN, ideal for demanding tasks

• Mass of 0.22kg, allowing for versatile usability in various setups

• Mass of 0.22kg, allowing for versatile usability in various setups

Applications

• Ideal for automation equipment to ensure smooth operations• Used for electrical machinery for reliable motion transfer• Recommended for mechanical assemblies for reduced friction• Suitable for demanding electronic devices where precision is key

• Ideal for automation equipment to ensure smooth operations

• Used for electrical machinery for reliable motion transfer

• Used for electrical machinery for reliable motion transfer

• Recommended for mechanical assemblies for reduced friction

• Recommended for mechanical assemblies for reduced friction

• Suitable for demanding electronic devices where precision is key

• Suitable for demanding electronic devices where precision is key

What are the benefits of the sealed design in this bearing?

The sealed design minimises the risk of contamination from dust and moisture, which extends the bearing's lifespan and maintains its performance in challenging environments.

The sealed design minimises the risk of contamination from dust and moisture, which extends the bearing's lifespan and maintains its performance in challenging environments.

How does the cylindrical bore design impact installation?

The cylindrical bore simplifies alignment and positioning during installation, allowing for a more straightforward setup process, particularly in automated or precision-sensitive applications.

The cylindrical bore simplifies alignment and positioning during installation, allowing for a more straightforward setup process, particularly in automated or precision-sensitive applications.

What is the significance of the load ratings provided for this bearing?

The dynamic and static load ratings indicate the bearing's capacity to withstand various operational stresses without failure, ensuring reliability in demanding applications.

The dynamic and static load ratings indicate the bearing's capacity to withstand various operational stresses without failure, ensuring reliability in demanding applications.

How does the material selection contribute to the performance of this bearing?

Using steel in the construction enhances the bearing's strength and resistance to wear, making it suitable for high-load applications across multiple industries.

Using steel in the construction enhances the bearing's strength and resistance to wear, making it suitable for high-load applications across multiple industries.

What maintenance practices should be considered for longevity?

Regular checks should be made to ensure that the seals are intact and free from damage, while lubricants should be monitored to maintain optimal performance over time.

Regular checks should be made to ensure that the seals are intact and free from damage, while lubricants should be monitored to maintain optimal performance over time.