INA HF1816-L564 Sprag Clutch Bearing 18mm I.D., 24mm O.D., 16mm Race Width

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£13.64

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£16.37

(inc. VAT)

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RS Stock No.:
137-1790
Mfr. Part No.:
HF1816-L564
Brand:
INA
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Brand

INA

Inside Diameter

18mm

Outside Diameter

24mm

Torque

24.1Nm

Race Width

16mm

Series

HF

COO (Country of Origin):
DE

Schaeffler Series HF Sprag Clutch Bearing, 18mm Inside Diameter, 24mm Outside Diameter - HF1816-L564


This sprag clutch bearing is an essential component in torque transmission applications. With an inside diameter of 18mm and an outside diameter of 24mm, it provides robust support in various mechanical systems. This high-performance clutch bearing features a race width of 16mm, making it suitable for demanding industrial environments where precision and reliability are crucial.

Features & Benefits


• Designed for effective torque transmission in machinery
• Compact size enhances compatibility with various usage
• High-performance design ensures durability under stress
• Enables smooth and efficient operation of mechanical systems
• Optimised for minimal friction, increasing longevity
• Suitable for diverse industrial clutch solutions

Applications


• Used in specialised machinery requiring precise torque control
• Ideal for automated systems in the manufacturing sector
• Effective in renewable energy equipment to optimise performance
• Utilised in robotics for improved mechanical efficiency
• Compatible with various automotive requiring reliable clutch action

What operational advantages does this component offer in automation?


This component is engineered to ensure smooth torque transfer and reduce slippage in automated systems, thus enhancing overall efficiency and precision control.

How does the compact design benefit integration into existing systems?


The small footprint allows for easy integration into tighter spaces, making it particularly useful in systems where larger components cannot be accommodated.

What role does the race width play in the overall functionality?


The 16mm race width is designed to distribute loads evenly, minimising wear and extending the lifespan of the bearing in dynamic applications.

In what environments can this bearing be effectively used?


It is suitable for high-load environments where consistent performance is necessary, including industrial and automotive settings that demand reliability under various conditions.


INA

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