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Multiple conductor cables are a type of wire cable composed of several insulated conductors within a single sheath. Primarily used in electrical applications, these cables are often made up of two, three or four conductors and have a variety of uses, depending on the size, electrical properties, shielding characteristics and application. Though the most commonly used types are typically insulated, multiple conductor cables also come in uninsulated varieties or with a braided shield, as in coaxial cable.

01307.15.01 application field and working principle

Multiple conductor cables are used in a wide range of electrical and communication projects, from simple residential wiring jobs to more complex industrial applications. Some typical uses include connecting audio or video equipment, making electrical connections between equipment, creating wiring harnesses or servicing panel wiring on appliances. Multiple conductor cables are also used by telephone companies for voice transmissions.

These cables are special because they offer numerous electrical current carrying conductors within a single sheath. This provides the user with the ability to utilize several conductors with one single cable. On top of that, each conductor stays consistently insulated from the outer sheath.

The flexibility of multiple conductor cables makes them incredibly easy to install. In many residential jobs, contractors can complete the wiring by almost “dropping” the wires into place due to the relatively easy installation process. That’s why it is so well suited to the many different residential wiring applications, in which the cable is exposed to the harsh external environment.

One of the most noteworthy benefits of multiple conductor cables is their ability to save time and money in the installation phase. This type of wires can be bundled together, keeping the wiring neat and orderly, while simultaneously reducing the number of connections that would otherwise need to be made. This type of cable is also frequently used in hazardous locations. With proper installation, the cables are capable of dissipating heat to keep workers safe from electrical shock.

In terms of working principle, multiple conductor cables use a variety of methods to transmit electrical signals through both power and communication lines. Due to the high degree of variation between cables, the most common technique for transmitting signals is through twisted pairs of copper wires. When inside a conduit, multiple twisted pairs can be used to create larger cable configurations capable of carrying greater electrical current.

Additionally, multiple conductor cables are also capable of transmitting audio, video, and other communications signals through optical fiber strands. By using these optical strands, the multiple connectors will be able to convert the audio and video signals into optical signals, and then transmit them through the cable.

Overall, multiple conductor cables are industry-tested and reliable materials that are capable of solving a variety of electrical needs. Manufactured using insulation materials and effective shielding methods, they are also designed to resist fire, resist the electrical aging effects of sunlight, and stand up to mechanical abuse over time. If you’re in the market for a reliable electrical wiring solution, multiple conductor cables should be a top choice.

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