C3128.30.86

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Multiple Conductor Cables

A multiple-conductor cable is a cable with two or more conductors bundled into a single sheath. The conductors are typically a combination of strands of copper, or occasionally other metals. Multiple-conductor cables are used in a wide variety of applications, depending on the type of cable in question.

C3128.30.86 Application Field and Working Principle

C3128.30.86 is a type of multiple-conductor electrical cable with a six-conductor configuration. It is designed for use in high-current industrial and commercial applications such as controlling motor pressure systems, moving electrical devices, and powering factory machinery. The cable also has applications in the automotive industry and medical imaging equipment.

The C3128.30.86 is composed of six insulated conductors, each with a nominal operating voltage of 600 volts and a temperature rating of 500 degrees Celsius. The cable is made of stranded copper conductors for increased flexibility and is jacketed in a protective cover to help protect the conductors. The cable also features a built-in heat conductor that can act as an added heat sink to disperse heat and minimize damage to the insulation.

The conductors in the C3128.30.86 are arranged into three pairs with each pair having two insulated conductors. This arrangement allows for multiple applications that require different voltages or currents. The cable’s large cross-sectional area also provides increased current-carrying capacity, making it ideal for applications with high current or power requirements. Additionally, the cable is designed to be resistant to abrasion, UV light, and the elements.

The C3128.30.86 is commonly used in high-current applications such as power distribution, motor control, heavy industrial equipment, and factory automation systems. It can also be used in commercial and automotive applications such as car audio systems, mobile radio systems, and medical imaging equipment. Furthermore, the C3128.30.86 is also ideal for outdoor applications due to its high resistance to the elements.

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