INA HFL1022-L564 Sprag Clutch Bearing 10mm I.D., 14mm O.D., 22mm Race Width

INA from Schaeffler drawn cup roller clutches are one-way clutches comprising thin‑walled, drawn outer rings with a series of ramps on the inside diameter. There are also plastic cages, pressure springs and needle rollers. They can transmit high torques in one direction and are compact in a radial direction.

• Lower operating costs

Drawn cup roller clutches can be used in various applications such as indexing clutches, back-stopping clutches and overrunning clutches. In these cases, the drawn cup roller clutch performs an overrunning or locking function.

KF - Plastic pressure springs

This sprag clutch bearing is a precision component designed for efficient over-running applications. With an inside diameter of 10mm and an outside diameter of 14mm, this miniature clutch bearing offers a compact design without compromising performance. This product is optimised for high-speed operations, rated for over-running speeds of up to 14,000 rpm. Beyond its small size, it is engineered to handle significant loads and torque, making it an essential choice in automation and mechanical applications.

• High torque capacity of 5.3 Nm for effective power transfer
• Dynamic load rating of 3950N ensures durability under stress
• Static load rating of 4500N supports stationary requirements
• Operates at over-running speeds of 11,000 to 14,000 rpm for versatile requirements
• Enhances system efficiency with high-performance materials and design

• Used for automation systems for efficient motion control
• Ideal for electrical equipment requiring reliable torque transfer
• Recommended for mechanical assemblies needing compact and powerful clutches
• Used for industrial machinery for reliable over-running support
• Suitable for robotics where precision and speed are crucial

The compact dimensions allow installation in confined areas while still delivering high torque and speed capabilities, ensuring effective operation without compromising performance.

Operating at speeds of up to 14,000 rpm maximises efficiency and performance in high-speed applications, reducing the risk of mechanical failure or slippage.

It is particularly vital in machinery with high-speed rotational components, such as conveyor systems, robotics, and certain types of electric motors.

The high torque rating enables efficient power transfer, allowing the bearing to handle demanding applications and preventing excess wear and tear.

INA