Universal joints are used to transmit power, motion or both. It is a mechanical connection between intersecting shafts, which are usually not parallel. Cardan joint or Hooke joint is the most common and consists of two yokes, one on each shaft,...
Belden’s complete universal joint line includes a full range of military certified and continually tested universal joints used in defense vehicles, as well as shiftgear change linkage in specialty vehicles....
Universal Metal Bellows Expansion Joints are constructed with two metal bellows of equal length separated by a center pipe. This expansion joint design will accept large amounts of lateral offset in multiple planes. The amount of deflection is based...
The amount of lateral offset that can be accommodated is only limited by the distance between the bellows elements and the overall length of the assembly. The separation of the bellows elements also results in a very low lateral offset spring rate....
Spicer Universal Joints are manufactured to exact Dana standards, which are the same standards that have made Spicer an industry leader for more than a century. And because we are 100% dedicated to consistent innovation, the industrial universal...
DME custom designs universal bellows expansion joints according to the Expansion Joint Manufacturer’s Association. This type of joint is generally designed to absorb large amounts of lateral deflection and possibly a small amount of axial...
>> Brakes PIC offers a selection of flange mounted shaft brakes that can be actuated by either applying or removing voltage. Our parts come in several voltage ranges and a number of bore sizes to complement our standard shafting. >> Clutches Our...
Universal Expansion Joints have two separate Bellows in the assembly that are joined by a pipe section in the center. This design allows for large amounts of lateral deflection. Also, the assembly can accept movements axially and laterally....
Universal joints decouple the roll and pitch motions from large elements such as surface buoys, minimizing bend loading on mooring riser elements. They are used directly under surface buoys, for interfaces to subsurface buoys, and between mooring...
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