1531905 Cable Assemblies

Series:	*
Part Status:	Obsolete
Lead Free Status / RoHS Status:	--
Moisture Sensitivity Level (MSL):	--

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Circular Cable Assemblies

Circular cable assemblies, sometimes referred to as “ringouts”, serve a variety of application fields and have a number of unique working principles. The most common application field for circular cable assemblies is in electrical transmission and reception, where the cable can move freely without resultant restrictions due to tight bends or changes in direction. Additionally, these cables are often used in robotics and automation systems to coordinate the movement of robotics arms or other automated components, eliminating any potential cable jamming or snags.In terms of the physical construction of circular cable assemblies, wires or fibers are passed through one or more helical shaped turns that are typically wound from solid polyurethane and insulated conductors. These turns are designed with a wide range of sizes and shapes that accommodate various applications. Additionally, each end of the cable is often capped off with a rigid end terminal or wire loop to facilitate easy and secure installation. The working principles of circular cable assemblies are relatively simple and take advantage of their tight, bendable nature. A single, continuous cable is looped around a series of pins or rollers, often set into groves or pockets of material, which captures the original shape and tension of the cable. This looped structure serves two purposes, namely eliminating the need for a connector or splicer, as well as consistently keeping tension and tension control while the cable moves, which helps to prevent stretching or severe deviations from the original loop configuration. Additionally, circular cable assemblies often come with integrated cable guides, which allow the cable to run along a specific, predetermined pathway without the need for multiple splices or connectors. This provides potential savings on both time and money, as the cable guides effectively keep the cable in the right position without extra fiddling or time. Finally, circular cable assemblies have become a popular choice for medical instruments such as endoscopes, ultrasonic probes, and other medical instruments, due to the inherent flexibility and the elimination of possible snags or tangles that can occur with shorter cables. This allows the instrument to reach deep into areas that aren\'t accessible otherwise due to the tight turns and tight spaces that it must traverse. In conclusion, circular cable assemblies provide an obvious benefit for many different applications and have unique working principles. By utilizing their flexibility and consistency in the form of integrated cable guides, they can enable an instrument to reach inaccessible spaces or provide a low cost solution to complex electrical systems. Circular cable assemblies are thus a powerful and cost-effective method of providing both data and power transmission and reception.

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