[advertisement]

September 5, 2013



Product News

Huco-Dynatork Releases Step-Beam

High torsional stiffness and good radial flexibility are the proven benefits of the Huco Dynatork aluminium Step-Beam coupling but the latest generation of this design has been able to factor in even more benefits. The re-design of this product provides from 18-35 percent higher torque depending on the size, radial and axial compensation and zero backlash. The unique stepped radial slot configuration of the one-piece Huco Step-Beam coupling derives its high torsional stiffness from the straight beam design and its lateral flexibility from its helical counterpart. It has a big cross section that is in-shear providing a level of performance that is bordering on that of a bellows or membrane coupling. The low inertia and high accuracy of the Step-Beam continue to make it suitable for driving encoders. It is also remains a popular choice for applications that require electrical isolation and corrosion resistance. Manufacturing economies have also resulted in this latest design being introduced at a highly competitive price. This new aluminium Step Beam is available with standard bores up to 14 mm and with clamp fixing or set screw.

Share and save:



[advertisement]

×

Like What You see?

Power Transmission Engineering magazinePower Transmission Engineering is THE magazine of mechanical components. PTE is written for engineers and maintenance pros who specify, purchase and use gears, gear drives, bearings, motors, couplings, clutches, lubrication, seals and all other types of mechanical power transmission and motion control components.

E-mail

Choose at least one from the options below:

 Power Transmission Engineering magazine, published 8 times per year (print or digital).

 Power Transmission Engineering e-mail newsletter, published weekly.

 Special Offers and promotions via e-mail from Power Transmission Engineering's advertisers and partners.

*Unsubscribe any time.
Full details in our privacy policy
Already a subscriber? Log in