INA HK1010-B 10 mm ID Roller Bearing Drawn Cup Needle, 14 mm OD

Schaeffler Roller Bearing, 10mm Inside Diameter, 14mm Outside Diameter - HK1010-B

This roller bearing is designed to meet the high demands of industrial applications, specifically within the automation, electronics, electrical, and mechanical industries. With an inside diameter of 10mm and an outside diameter of 14mm, it offers robust performance characterised by its drawn cup needle design. It is constructed from durable steel, ensuring longevity and reliability in various operational environments.

This roller bearing is designed to meet the high demands of industrial applications, specifically within the automation, electronics, electrical, and mechanical industries. With an inside diameter of 10mm and an outside diameter of 14mm, it offers robust performance characterised by its drawn cup needle design. It is constructed from durable steel, ensuring longevity and reliability in various operational environments.

Features & Benefits

• High static load rating of 5100N enhances durability• Dynamic load rating of 4400N for reliable performance• Open end design facilitates easy lubrication and maintenance• Capable of maximum speeds up to 24,300 rpm for efficient operation• One-row configuration maximises load distribution and stability

• High static load rating of 5100N enhances durability

• Dynamic load rating of 4400N for reliable performance

• Dynamic load rating of 4400N for reliable performance

• Open end design facilitates easy lubrication and maintenance

• Open end design facilitates easy lubrication and maintenance

• Capable of maximum speeds up to 24,300 rpm for efficient operation

• Capable of maximum speeds up to 24,300 rpm for efficient operation

• One-row configuration maximises load distribution and stability

• One-row configuration maximises load distribution and stability

Applications

• Used for high-speed in automation equipment• Suitable for performance-critical electronic devices• Ideal for machinery requiring robust support under load• Suitable for electrical motor components requiring reduced friction• Recommended for mechanical assemblies demanding precision and reliability

• Used for high-speed in automation equipment

• Suitable for performance-critical electronic devices

• Suitable for performance-critical electronic devices

• Ideal for machinery requiring robust support under load

• Ideal for machinery requiring robust support under load

• Suitable for electrical motor components requiring reduced friction

• Suitable for electrical motor components requiring reduced friction

• Recommended for mechanical assemblies demanding precision and reliability

• Recommended for mechanical assemblies demanding precision and reliability

What are the advantages of using steel as the material for this bearing?

Steel offers high strength, excellent wear resistance, and the ability to withstand high loads, making it suitable for demanding conditions.

Steel offers high strength, excellent wear resistance, and the ability to withstand high loads, making it suitable for demanding conditions.

How does the open end design benefit lubrication processes?

The open end design allows for easy access during lubrication, ensuring thorough and efficient maintenance, ultimately extending the bearing's lifespan.

The open end design allows for easy access during lubrication, ensuring thorough and efficient maintenance, ultimately extending the bearing's lifespan.

What typical load ratings should I consider when selecting a bearing for my application?

It is advisable to match the static load rating of 5100 N and dynamic load rating of 4400 N with the anticipated loads in your specific application to ensure performance and durability.

It is advisable to match the static load rating of 5100 N and dynamic load rating of 4400 N with the anticipated loads in your specific application to ensure performance and durability.

How does the one-row configuration impact performance?

The one-row configuration optimises load distribution, enhancing stability and overall performance during operation, which is vital in dynamic applications.

The one-row configuration optimises load distribution, enhancing stability and overall performance during operation, which is vital in dynamic applications.

Drawn Cup Needle Roller Bearings

INA from Schaeffler drawn cup needle roller bearings with open ends and closed ends are bearings with a small radial section height. They comprise thin-walled, drawn cup outer rings and needle roller and cage assemblies which together form a complete unit.;Most the bearings are of a single row design and do not have a lubrication hole. Double row designs have a lubrication hole and the suffix ZW.

INA from Schaeffler drawn cup needle roller bearings with open ends and closed ends are bearings with a small radial section height. They comprise thin-walled, drawn cup outer rings and needle roller and cage assemblies which together form a complete unit.;Most the bearings are of a single row design and do not have a lubrication hole. Double row designs have a lubrication hole and the suffix ZW.

Features and Benefits

• Lower operating costs;• Reduced maintenance due to improved lubrication;• Lower heat generation;• Less noise

• Lower operating costs;• Reduced maintenance due to improved lubrication;• Lower heat generation;• Less noise

Product Application Information

These bearings allow the design of compact and easy‑to‑fit bearing arrangements with high radial load carrying capacity.;Drawn cup needle roller bearings require a hardened and ground bearing raceway on the shaft.

These bearings allow the design of compact and easy‑to‑fit bearing arrangements with high radial load carrying capacity.;Drawn cup needle roller bearings require a hardened and ground bearing raceway on the shaft.

Suffixes

2RS - Contact seals on both sides;RS - Contact seal on one side;ZW - Double row design, with lubrication hole

2RS - Contact seals on both sides;RS - Contact seal on one side;ZW - Double row design, with lubrication hole