SKF 6010-Z 1 Row Ball Bearing - 50 mm ID, 80 mm OD

SKF Ball Bearing, 50mm Inside Diameter, 80mm Outside Diameter - 6010-Z

This ball bearing is a single row deep groove variant designed for various industrial applications. With an inside diameter of 50mm and an outside diameter of 80mm, this model caters to high load capacity needs while ensuring smooth operation. It features a one-side shielded design, making it suitable for environments where contamination is a concern.

This ball bearing is a single row deep groove variant designed for various industrial applications. With an inside diameter of 50mm and an outside diameter of 80mm, this model caters to high load capacity needs while ensuring smooth operation. It features a one-side shielded design, making it suitable for environments where contamination is a concern.

Features & Benefits

• Steel construction enhances durability and performance• Single row design facilitates efficient load handling• Shielded feature protects against dirt and moisture ingress• Designed for high dynamic load ratings up to 22.9 kN• Parallel bore ensures easy fitting in standard applications• Low radial internal clearance optimises operational reliability

• Steel construction enhances durability and performance

• Single row design facilitates efficient load handling

• Single row design facilitates efficient load handling

• Shielded feature protects against dirt and moisture ingress

• Shielded feature protects against dirt and moisture ingress

• Designed for high dynamic load ratings up to 22.9 kN

• Designed for high dynamic load ratings up to 22.9 kN

• Parallel bore ensures easy fitting in standard applications

• Parallel bore ensures easy fitting in standard applications

• Low radial internal clearance optimises operational reliability

• Low radial internal clearance optimises operational reliability

Applications

• Utilised in automation equipment and machinery• Commonly used in electric motor assemblies• Suitable for use in conveyor systems• Applied in precision engineering devices• Used in pulleys for seamless rotation

• Utilised in automation equipment and machinery

• Commonly used in electric motor assemblies

• Commonly used in electric motor assemblies

• Suitable for use in conveyor systems

• Suitable for use in conveyor systems

• Applied in precision engineering devices

• Applied in precision engineering devices

• Used in pulleys for seamless rotation

• Used in pulleys for seamless rotation

How does the design of this bearing handle loads effectively?

The single row structure accommodates radial loads with ease, allowing for efficient load distribution across the bearing, which enhances its longevity and performance in demanding applications.

The single row structure accommodates radial loads with ease, allowing for efficient load distribution across the bearing, which enhances its longevity and performance in demanding applications.

What are the advantages of its shielded feature?

The one-side shielded design prevents contaminants from entering the bearing, which reduces wear and extends its operational life, making it particularly suitable for environments with dust or moisture.

The one-side shielded design prevents contaminants from entering the bearing, which reduces wear and extends its operational life, making it particularly suitable for environments with dust or moisture.

What kind of speeds can this bearing handle?

It boasts a reference speed of 18000 r/min and a limiting speed of 11000 r/min, making it well-suited for high-speed applications where reliability is crucial.

It boasts a reference speed of 18000 r/min and a limiting speed of 11000 r/min, making it well-suited for high-speed applications where reliability is crucial.

In what ways does the bearing material contribute to its performance?

The steel construction provides high strength and resistance to deformation under load, allowing it to maintain performance even in challenging conditions.

The steel construction provides high strength and resistance to deformation under load, allowing it to maintain performance even in challenging conditions.

What should be considered when fitting this bearing?

Pay attention to the dimensional tolerances and ensure alignment to minimise operational stresses, thereby optimising the bearing's performance and lifespan.

Pay attention to the dimensional tolerances and ensure alignment to minimise operational stresses, thereby optimising the bearing's performance and lifespan.