INA NK32/20-TV-XL 32 mm ID Roller Bearing Needle, 42 mm OD

Schaeffler Needle Roller Bearing, 32mm Inside Diameter, 20mm Race Width - NK32/20-TV-XL

This needle roller bearing offers a robust solution for various applications within automation and mechanical industries. Featuring an inside diameter of 32mm and an outside diameter of 42mm, this component is designed for high efficiency and reliability. Its 20mm race width and parallel bore design ensure optimal performance, making it suitable for dynamic and static load situations.

This needle roller bearing offers a robust solution for various applications within automation and mechanical industries. Featuring an inside diameter of 32mm and an outside diameter of 42mm, this component is designed for high efficiency and reliability. Its 20mm race width and parallel bore design ensure optimal performance, making it suitable for dynamic and static load situations.

Features & Benefits

• Open end design allows easy installation and maintenance• Dynamic load rating of 29500 N supports demanding applications• High static load rating of 44500 N ensures structural integrity• Lightweight plastic cage minimises friction during operation• Single row configuration improves axial load distribution• Operating speeds of up to 14000 rpm enhance performance output

• Open end design allows easy installation and maintenance

• Dynamic load rating of 29500 N supports demanding applications

• Dynamic load rating of 29500 N supports demanding applications

• High static load rating of 44500 N ensures structural integrity

• High static load rating of 44500 N ensures structural integrity

• Lightweight plastic cage minimises friction during operation

• Lightweight plastic cage minimises friction during operation

• Single row configuration improves axial load distribution

• Single row configuration improves axial load distribution

• Operating speeds of up to 14000 rpm enhance performance output

• Operating speeds of up to 14000 rpm enhance performance output

Applications

• Utilised in various automation mechanisms• Ideal for electrical and electronic assembly equipment• Employed in mechanical systems requiring load balancing• Perfect for compact machinery where space is limited

• Utilised in various automation mechanisms

• Ideal for electrical and electronic assembly equipment

• Ideal for electrical and electronic assembly equipment

• Employed in mechanical systems requiring load balancing

• Employed in mechanical systems requiring load balancing

• Perfect for compact machinery where space is limited

• Perfect for compact machinery where space is limited

What is the significance of the static load rating in this bearing?

A high static load rating of 44500 N indicates that the bearing can withstand significant loads without permanent deformation, making it suitable for heavy-duty applications.

A high static load rating of 44500 N indicates that the bearing can withstand significant loads without permanent deformation, making it suitable for heavy-duty applications.

How does the plastic cage contribute to the bearing's performance?

The plastic cage reduces friction between the rollers, resulting in smoother operation and increased longevity, especially in high-speed applications.

The plastic cage reduces friction between the rollers, resulting in smoother operation and increased longevity, especially in high-speed applications.

Can this bearing be used in high-speed applications?

Yes, it is designed to operate efficiently at speeds of up to 14000 rpm, making it suitable for various high-speed environments.

Yes, it is designed to operate efficiently at speeds of up to 14000 rpm, making it suitable for various high-speed environments.

What are the advantages of using a needle roller design?

The needle roller design allows for a higher load capacity in a compact structure, making it efficient for space-constrained applications while ensuring reliable performance.

The needle roller design allows for a higher load capacity in a compact structure, making it efficient for space-constrained applications while ensuring reliable performance.