These general purpose, multi-beam couplings will readily accommodate any combination of axial motion and angular & parallel misalignment but should be used with caution if low bearing loads are desirable. The three start helical-cut design provides higher torque capability and greatly reduced wind-up when compared to single beam couplings. The 6 beam version provides greater misalignment capability but reduced torque accuracy when compared to the 3 beam version.
The couplings are available in aluminium and stainless steel to suit various environments.
These general purpose, single-beam couplings will readily accommodate any combination of axial motion and angular & parallel (if used in pairs) misalignment but should be used with caution if low bearing loads are desirable. The single start helical-cut design provides lower torque capability and greater wind-up when compared to multi-beam couplings. The long version provides greater misalignment capability but reduced torque accuracy when compared to the short version.
The couplings are available in aluminium and stainless steel to suit various environments.
The stepped radial slot design of the Huco Step-Beam coupling provides a product that combines the high torsional stiffness of a straight beam coupling with the lateral flexibility of its helical counterpart.
The Huco Step-Beam is moulded from a plastic capable of withstanding temperatures up to 150?C. This provides economic advantage to the customer and gives the coupling a low inertia which, combined with its other performance characteristics, makes it ideal for driving encoders and for applications that require electrical isolation and corrosion resistance
Stainless steel version of the “WA(C)“ series, with higher torque capacity and torsional stiffness. Increased fatigue resistance with all metric dimensions and fasteners.
Low inertia, high performance, aluminum coupling, using Helical double start technology. Torsionally stiffer and higher torque capacity than the “A“ series. Lighter with lower inertia than the “H” series.