SKF 32016 X Taper 80 mm ID Roller Bearing, 125 mm OD

SKF Tapered Roller Bearing, 80mm Inside Diameter, 125mm Outside Diameter - 32016 X

This tapered roller bearing is designed for stability and performance in various applications. With an inside diameter of 80mm and an outside diameter of 125mm, it offers robust construction ideal for high-load scenarios. The 29mm race width facilitates efficient weight distribution, allowing for improved operational efficiency.

This tapered roller bearing is designed for stability and performance in various applications. With an inside diameter of 80mm and an outside diameter of 125mm, it offers robust construction ideal for high-load scenarios. The 29mm race width facilitates efficient weight distribution, allowing for improved operational efficiency.

Features & Benefits

• Capable of sustaining high dynamic loads up to 168kN• Static load capacity of 216kN enhances durability in demanding conditions• Designed for high-speed applications with a reference speed of 4000r/min• Limiting speed rating up to 5000r/min for versatile use cases• Built with a sheet metal cage to ensure lightweight performance• Single row design simplifies installation and maintenance procedures

• Capable of sustaining high dynamic loads up to 168kN

• Static load capacity of 216kN enhances durability in demanding conditions

• Static load capacity of 216kN enhances durability in demanding conditions

• Designed for high-speed applications with a reference speed of 4000r/min

• Designed for high-speed applications with a reference speed of 4000r/min

• Limiting speed rating up to 5000r/min for versatile use cases

• Limiting speed rating up to 5000r/min for versatile use cases

• Built with a sheet metal cage to ensure lightweight performance

• Built with a sheet metal cage to ensure lightweight performance

• Single row design simplifies installation and maintenance procedures

• Single row design simplifies installation and maintenance procedures

Applications

• Utilised in automotive systems for enhanced wheel support• Suitable for heavy-duty machinery requiring precise load handling• Ideal for electrical and mechanical assemblies where space is constrained• Commonly found in industrial automation equipment for smooth operations

• Utilised in automotive systems for enhanced wheel support

• Suitable for heavy-duty machinery requiring precise load handling

• Suitable for heavy-duty machinery requiring precise load handling

• Ideal for electrical and mechanical assemblies where space is constrained

• Ideal for electrical and mechanical assemblies where space is constrained

• Commonly found in industrial automation equipment for smooth operations

• Commonly found in industrial automation equipment for smooth operations

What is the significance of the load ratings associated with this component?

The dynamic load rating of 168kN indicates how much force the bearing can withstand while in motion, ensuring it performs well under operational stresses. The static load rating of 216kN refers to the maximum static load the bearing can sustain without deforming, which is crucial for heavy initial loads.

The dynamic load rating of 168kN indicates how much force the bearing can withstand while in motion, ensuring it performs well under operational stresses. The static load rating of 216kN refers to the maximum static load the bearing can sustain without deforming, which is crucial for heavy initial loads.

How does the bore type affect performance in this bearing?

The tapered bore type facilitates axial load handling, allowing for self-alignment under slight misalignments, which can enhance longevity and reduce wear in mechanical applications.

The tapered bore type facilitates axial load handling, allowing for self-alignment under slight misalignments, which can enhance longevity and reduce wear in mechanical applications.

What are the implications of the race width on performance?

A race width of 29mm is optimal for balancing load distribution and operational stability, allowing the bearing to perform effectively under varied conditions, such as in machinery that experiences fluctuating loads.

A race width of 29mm is optimal for balancing load distribution and operational stability, allowing the bearing to perform effectively under varied conditions, such as in machinery that experiences fluctuating loads.