Ruland Aluminium Clamp Style Flexible Coupler 25.4 mm OD, 9.53 mm Bore, 11.86 mm Length OCT16-6-A

Ruland OCT16-6-A Aluminium Clamp Style Flexible Coupler provides reliable and precise shaft coupling with a 25.4 mm outside diameter and 9.53 mm bore diameter finished without a keyway bore. Made from robust anodised aluminium, it ensures lightweight durability ideal for light industrial and motion control settings.

The coupling features an 11.86 mm hub length optimized for compact mechanical assemblies. It supports rotational speeds up to 4500 rpm while accommodating angular misalignment of 0.5°, parallel misalignment of 0.2 mm, and axial misalignment of 0.1 mm, allowing flexibility in shaft alignment without compromising performance.

Clamp style hubs secure the connection via set screws - smaller hubs use one set screw per end, while larger hubs have two set screws positioned 90° apart for enhanced grip. This coupling is often used in mechanical power transmission and motion control applications requiring smooth torque transfer with maintenance of shaft alignment.

The product adheres to REACH and RoHS standards, and is manufactured in the United States, ensuring compliance with environmental and safety regulations.

Note that this item is a single clamp style hub and is not supplied as a complete coupling assembly. Two hubs and one torque disc need to be assembled together for a full coupling system.

Constructed from anodised aluminium providing lightweight and corrosion resistance. Clamp style mechanism ensures secure shaft attachment with set screws. Supports shaft misalignments to protect connected equipment. Maximum operational speed of 4500 rpm suits moderate speed applications.

Meets REACH and RoHS standards for environmental safety. Manufactured in the United States ensuring quality control and compliance. Recommended for light industrial machinery and motion control systems. Explore more in our Mechanical Power Transmission and Flexible Coupler selections for complementary components and assembly parts.