INA NK24/16-XL 24 mm ID Roller Bearing Needle, 32 mm OD

Schaeffler Roller Bearing, 24mm Inside Diameter, 32mm Outside Diameter - NK24/16-XL

This roller bearing is a high-quality needle bearing designed for efficient performance in various mechanical applications. With an internal diameter of 24mm and an external diameter of 32mm, this component features a parallel bore type. The bearing is built for robust use, offering significant load-bearing capabilities across a wide range of operational settings.

This roller bearing is a high-quality needle bearing designed for efficient performance in various mechanical applications. With an internal diameter of 24mm and an external diameter of 32mm, this component features a parallel bore type. The bearing is built for robust use, offering significant load-bearing capabilities across a wide range of operational settings.

Features & Benefits

• High static load rating of 22,300N ensures durability• Dynamic load rating of 16,900N supports demanding requirements• Open-end design facilitates easy installation and maintenance• Constructed with a sheet steel cage for enhanced strength• Operates effectively at a reference speed of 11,000 rpm• Capable of achieving a limiting speed of 18,500 rpm

• High static load rating of 22,300N ensures durability

• Dynamic load rating of 16,900N supports demanding requirements

• Dynamic load rating of 16,900N supports demanding requirements

• Open-end design facilitates easy installation and maintenance

• Open-end design facilitates easy installation and maintenance

• Constructed with a sheet steel cage for enhanced strength

• Constructed with a sheet steel cage for enhanced strength

• Operates effectively at a reference speed of 11,000 rpm

• Operates effectively at a reference speed of 11,000 rpm

• Capable of achieving a limiting speed of 18,500 rpm

• Capable of achieving a limiting speed of 18,500 rpm

Applications

• Used for high-load in machinery and automotive sectors• Suitable for various automated systems requiring needle bearings• Ideal for precision equipment in the electronics industry• Recommended for manufacturing tools and equipment for enhanced efficiency

• Used for high-load in machinery and automotive sectors

• Suitable for various automated systems requiring needle bearings

• Suitable for various automated systems requiring needle bearings

• Ideal for precision equipment in the electronics industry

• Ideal for precision equipment in the electronics industry

• Recommended for manufacturing tools and equipment for enhanced efficiency

• Recommended for manufacturing tools and equipment for enhanced efficiency

What are the advantages of the needle bearing design for industrial applications?

The needle bearing design offers reduced friction and improved load distribution, making it ideal for high-speed and high-load applications in industrial environments. This contributes to enhanced efficiency and longevity of machinery.

The needle bearing design offers reduced friction and improved load distribution, making it ideal for high-speed and high-load applications in industrial environments. This contributes to enhanced efficiency and longevity of machinery.

How does the sheet steel cage impact performance?

The sheet steel cage provides robust structural support while ensuring optimal lubrication flow. This maintains performance and reliability under varying operational conditions, reducing wear over time.

The sheet steel cage provides robust structural support while ensuring optimal lubrication flow. This maintains performance and reliability under varying operational conditions, reducing wear over time.

What maintenance is required for optimal operation?

Regular lubrication is essential to maintain performance and prolong the lifespan. Periodic checks for wear and alignment can also help in identifying potential issues before they affect the bearing’s functionality.

Regular lubrication is essential to maintain performance and prolong the lifespan. Periodic checks for wear and alignment can also help in identifying potential issues before they affect the bearing’s functionality.