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INA Sprag Clutch Bearing Drawn Cup Roller Clutch 15.88 mm ID 22.23 mm OD 25.4 mm Race Width HFLZ101416-L564

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INA Sprag Clutch Bearing Drawn Cup Roller Clutch 15.88 mm ID 22.23 mm OD 25.4 mm Race Width HFLZ101416-L564

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Category Sprag Clutch Bearings Brand INA Condition New

Specifications

Country of Origin	Germany
Brand	INA
Model	HFLZ101416-L564
Race Width	25.4mm

Key Features

Thin-walled drawn outer ring design for compact radial dimensions.
Includes plastic cages, pressure springs, and needle rollers for reliable one-way torque transmission.
Suitable for high torque and precise indexing applications.
Low moment of inertia allows high indexing frequency and reduced frictional torque.
Drawn cup design reduces operating costs with less maintenance and heat generation.
Supports overrunning and locking functions in various industrial applications.
Manufactured in Germany, ensuring high-quality standards.
Integral bearing arrangements available for torque and radial force support.

Product Description

INA HFLZ101416-L564 Sprag Clutch Bearing is a precision drawn cup roller clutch designed for one-way torque transmission with a 15.88 mm inner diameter, 22.23 mm outer diameter, and 25.4 mm race width.

This drawn cup roller clutch offers precise indexing due to individual spring loading on needle rollers, ensuring continuous contact between the shaft, rollers, and ramps. Thanks to its low mass and moment of inertia, it supports high indexing frequency and low overrunning frictional torque, making it highly efficient and durable. The design reduces operating costs through improved lubrication, less heat generation, and lower noise levels.

The product is suited for a range of applications including indexing clutches, back-stopping clutches, and overrunning clutches where it performs overrunning or locking functions effectively. The HFL series provides integral plain or rolling bearing arrangements that support both torques and radial forces, enhancing versatility and reliability.

Constructed to German quality standards, this sprag clutch bearing is ideal for industrial uses such as mechanical power transmission systems, automation equipment, manufacturing machinery, and other heavy-duty applications requiring robust, low-friction, and compact clutches.

Thin-walled drawn outer rings provide compact radial dimensions. Plastic cages, pressure springs, and needle rollers ensure reliable one-way torque transmission. High torque handling capability with precise indexing. Low moment of inertia enables high indexing frequency and minimal frictional torque.

Reduces operating costs through improved lubrication and lower heat generation. Supports overrunning and locking functions in various industrial systems. Integral bearing arrangements support torque and radial forces. Manufactured in Germany for high quality and durability.

Applicable in mechanical power transmission, automation, and industrial machinery. Explore more high-quality bearings and mechanical components at EnvMart, your industrial equipment partner.

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Frequently Asked Questions

This model has an inner diameter of 15.88 mm, an outer diameter of 22.23 mm, and a race width of 25.4 mm.

It is manufactured in Germany, ensuring adherence to high-quality standards.

This unit is suitable for mechanical power transmission, automation equipment, manufacturing machinery, and other heavy-duty applications requiring robust clutches.

The low moment of inertia allows for high indexing frequency and reduces frictional torque, enhancing operational efficiency.

It supports overrunning and locking functions in various industrial applications.

Yes, the HFL series provides integral plain or rolling bearing arrangements that support both torque and radial forces.

The drawn cup design reduces operating noise levels and provides compact radial dimensions, making it suitable for space-constrained applications.

The design allows for precise indexing due to its low mass and moment of inertia, facilitating efficient operation in indexing applications.

It has a high torque handling capability, making it suitable for demanding applications that require reliable torque transmission.