SKF 32313 Taper 65 mm ID Roller Bearing, 140 mm OD

SKF Tapered Roller Bearing, 65mm Inside Diameter, 140mm Outside Diameter - 32313

This tapered roller bearing is a robust component designed for high load capacity applications in industrial settings. With a 65mm inside diameter and 140mm outside diameter, this single-row bearing provides reliable performance under varying conditions. Its tapered design allows for effective axial and radial load distribution, making it suitable for a range of mechanical applications.

This tapered roller bearing is a robust component designed for high load capacity applications in industrial settings. With a 65mm inside diameter and 140mm outside diameter, this single-row bearing provides reliable performance under varying conditions. Its tapered design allows for effective axial and radial load distribution, making it suitable for a range of mechanical applications.

Features & Benefits

• Designed to accommodate high axial loads and radial loads• Rated dynamic load capacity of 323kN for enhanced performance• Static load rating of 335kN ensures durability under heavy loads• Incorporates a fatigue limit load of 40kN, supporting longer service life• Suitable for operation at reference speeds of up to 3600rpm• Tapered roller design improves load distribution and rotational stability

• Designed to accommodate high axial loads and radial loads

• Rated dynamic load capacity of 323kN for enhanced performance

• Rated dynamic load capacity of 323kN for enhanced performance

• Static load rating of 335kN ensures durability under heavy loads

• Static load rating of 335kN ensures durability under heavy loads

• Incorporates a fatigue limit load of 40kN, supporting longer service life

• Incorporates a fatigue limit load of 40kN, supporting longer service life

• Suitable for operation at reference speeds of up to 3600rpm

• Suitable for operation at reference speeds of up to 3600rpm

• Tapered roller design improves load distribution and rotational stability

• Tapered roller design improves load distribution and rotational stability

Applications

• Utilised in automotive transmissions for effective torque handling• Implemented in various machinery where high load capacity is essential• Employed in electric motor assemblies to ensure smooth operation• Used in construction equipment for enhanced bearing performance

• Utilised in automotive transmissions for effective torque handling

• Implemented in various machinery where high load capacity is essential

• Implemented in various machinery where high load capacity is essential

• Employed in electric motor assemblies to ensure smooth operation

• Employed in electric motor assemblies to ensure smooth operation

• Used in construction equipment for enhanced bearing performance

• Used in construction equipment for enhanced bearing performance

What are the load ratings for this bearing?

The static load rating is 335kN, while the dynamic load rating is 323kN, allowing it to handle substantial loads effectively.

The static load rating is 335kN, while the dynamic load rating is 323kN, allowing it to handle substantial loads effectively.

How does the tapered design enhance performance?

The tapered shape allows for better distribution of forces, enabling simultaneous handling of axial and radial loads, which is vital in high-stress environments.

The tapered shape allows for better distribution of forces, enabling simultaneous handling of axial and radial loads, which is vital in high-stress environments.

What are the maximum operating speeds for optimal performance?

The reference speed is 3600rpm, with a limiting speed of 4800rpm, ensuring reliable performance under high-speed operation.

The reference speed is 3600rpm, with a limiting speed of 4800rpm, ensuring reliable performance under high-speed operation.

What type of materials is used in the construction?

The bearing features a cage made of sheet metal, providing strength and maintaining roller alignment for optimal performance.

The bearing features a cage made of sheet metal, providing strength and maintaining roller alignment for optimal performance.

How does this bearing perform under varying temperatures?

It is designed to operate efficiently in various temperature ranges, maintaining its load-carrying capacity and performance standards in demanding environments.

It is designed to operate efficiently in various temperature ranges, maintaining its load-carrying capacity and performance standards in demanding environments.