SKF 6302-2Z/C3 1 Row Ball Bearing - 15 mm ID, 42 mm OD

SKF Ball Bearing, 42mm Outside Diameter, 11.9 kN Dynamic Load Rating - 6302-2Z/C3

This single row deep groove ball bearing from SKF provides remarkable durability and performance for various mechanical applications. It is designed to promote efficient rotational movement in machinery, enhancing operational reliability. With a shielded design and robust steel construction, this bearing is well-suited for high load capacities while minimising the entry of contaminants.

This single row deep groove ball bearing from SKF provides remarkable durability and performance for various mechanical applications. It is designed to promote efficient rotational movement in machinery, enhancing operational reliability. With a shielded design and robust steel construction, this bearing is well-suited for high load capacities while minimising the entry of contaminants.

Features & Benefits

• High dynamic load rating of 11.9kN ensures effective performance• C3 clearance accommodates thermal expansions, promoting longevity• Steel material enhances strength and durability• Shielded design protects against external debris• 15mm inner diameter allows compatibility with numerous assemblies• Proven effectiveness in automation and mechanical applications

• High dynamic load rating of 11.9kN ensures effective performance

• C3 clearance accommodates thermal expansions, promoting longevity

• C3 clearance accommodates thermal expansions, promoting longevity

• Steel material enhances strength and durability

• Steel material enhances strength and durability

• Shielded design protects against external debris

• Shielded design protects against external debris

• 15mm inner diameter allows compatibility with numerous assemblies

• 15mm inner diameter allows compatibility with numerous assemblies

• Proven effectiveness in automation and mechanical applications

• Proven effectiveness in automation and mechanical applications

Applications

• Suitable for electric motors to facilitate optimal rotation• Employed in conveyor systems for smooth motion• Utilised in automation equipment necessitating precision• Commonly found in pumps requiring consistent performance

• Suitable for electric motors to facilitate optimal rotation

• Employed in conveyor systems for smooth motion

• Employed in conveyor systems for smooth motion

• Utilised in automation equipment necessitating precision

• Utilised in automation equipment necessitating precision

• Commonly found in pumps requiring consistent performance

• Commonly found in pumps requiring consistent performance

What is the benefit of using this type of bearing in machinery?

This type of bearing promotes smooth operation under high loads, reducing friction and wear, which helps maintain efficiency and prolong equipment life.

This type of bearing promotes smooth operation under high loads, reducing friction and wear, which helps maintain efficiency and prolong equipment life.

How do the shielded features improve performance in challenging environments?

The shielded design prevents contaminants from entering the bearing, preserving lubrication and minimising the risk of premature failure in harsh conditions.

The shielded design prevents contaminants from entering the bearing, preserving lubrication and minimising the risk of premature failure in harsh conditions.

Can this bearing be used for both high-speed and heavy-load applications?

Yes, its high dynamic load rating supports effective use in both high-speed and heavy-load situations, ensuring reliability across various contexts.

Yes, its high dynamic load rating supports effective use in both high-speed and heavy-load situations, ensuring reliability across various contexts.

What maintenance is required to prolong its lifespan?

Regular inspections and appropriate lubrication at set intervals contribute to extending its lifespan, alongside monitoring for unusual noises or vibrations during operation.

Regular inspections and appropriate lubrication at set intervals contribute to extending its lifespan, alongside monitoring for unusual noises or vibrations during operation.