INA HFL0822-L564 Sprag Clutch Bearing 8mm I.D., 12mm O.D., 22mm Race Width

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£22.50

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£27.00

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RS Stock No.:
137-1796
Mfr. Part No.:
HFL0822-L564
Brand:
INA
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Brand

INA

Inside Diameter

8mm

Outside Diameter

12mm

Torque

3.15Nm

Race Width

22mm

Series

HFL

Dynamic Load Rating

3650N

Static Load Rating

3950N

COO (Country of Origin):
DE

Schaeffler HFL Series Sprag Clutch Bearing, 8mm Inside Diameter, 22mm Race Width - HFL0822-L564


This sprag clutch bearing is a crucial component designed to provide efficient torque transfer in various mechanical systems. With an inside diameter of 8mm and an outside diameter of 12mm, this compact bearing excels in applications requiring high torque and limited space. The bearing features a race width of 22mm and impressive loading capacities, reinforcing its suitability for demanding environments.

Features & Benefits


• High torque rating ensures reliable performance in usage
• Static load rating of 3950 N enhances its durability
• Compact design ideal for miniature use
• Effective torque transfer capability improves machine efficiency
• Low friction operation reduces wear and increases longevity

Applications


• Used in automation requiring precise movements
• Ideal for electrical and electronic device assemblies
• Utilised in mechanical systems where space is constrained
• Effective in equipment that necessitates reliable clutch functionality
• Suitable for various industrial machinery requiring robust support

What are the implications of the bearing's dynamic load rating in practical applications?


The dynamic load rating of 3650 N indicates the bearing's capacity to handle continuous stress during operation, ensuring consistency and reliability across various mechanical systems. This rating is essential for preventing premature failure in high-load scenarios.

How does the static load rating influence the bearing's selection in specific machinery?


The static load rating of 3950 N signifies the maximum load the bearing can withstand while stationary. This is crucial for applications where heavy loads must be supported without movement, ensuring stability and integrity in the design.

What aspects should be considered when integrating this bearing into current systems?


When integrating, one should evaluate the housing dimensions, load requirements, and operating conditions to ensure compatibility with other components. It is essential to ensure that the specified torque and load ratings align with the application’s demands for optimal performance.


INA

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