R7131819 Cables, Wires

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Multiple conductor cables are one of the most common and versatile forms of wires and cables used in many modern applications. R7131819, a multi conductor cable, is designed for Enhanced Category 6 and other next generation network cabling systems. In this article, we will discuss the applications and working principle of R7131819.

R7131819 is a 50-pair copper-based cable that has been designed primarily for Enhanced Category 6 applications and other next generation network cabling projects. It has an impedance of 88 ± 15 ohms, a speed frequency range of 1 - 250 MHz, an attenuation rating of 60 dB/100m at 4 MHz, and a propagation delay of 73.4 ns/100m at 150 MHz. The cable is made of 24AWG solid bare copper conductors with a jacketing material of Polyethylene. It is also available in a variety of bundle options including 4-pair, 10-pair, 14-pair, and 25-pair bundles.

R7131819 is suitable for many types of applications, including building automation, data centers, and communications networks. In the building automation sector, it is used for connecting lighting and/or environmental control systems. It is often used as an inter-building link for communications and control signals in data centers. R7131819 is also well-suited for use in communications networks such as POE, fiber optic, and point-to-point communication systems.

The working principle of R7131819 is relatively straightforward. The cable consists of one or more conductors surrounded by an insulating material called a jacket. The conductors are made of either copper or aluminum and are designed to transfer electrical signals between two or more points. The size of the conductors and the amount of insulation determine the maximum current and voltage that can be safely transmitted without damage to the cable. The jacket is a critical component as it protects the conductors from the environment and prevents any short circuits.

The characteristics of any electrical cable are determined by the type of conductor, the amount of insulation, and the quality of the jacket. The insulation and jacket must be carefully chosen to ensure that the cable will meet the specific application requirements. Factors that dictate the quality of the insulation material and jacketing include temperature rating, flexibility, fire resistance, and abrasion resistance. Depending on the application, the jacketing material must also be chosen to prevent the cable from being easily damaged by external elements such as pests, liquids, or ultraviolet radiation.

In summary, R7131819 is a multi conductor cable that is designed for Enhanced Category 6 applications and other next generation network cabling projects. It is made of 24AWG solid bare copper conductors with a jacketing material of Polyethylene. It can be used in a variety of applications, including building automation, data center connections, and communications networks. The working principle of the cable involves one or more conductors surrounded by an insulating material, which protects the conductors from external elements. The characteristics of the cable are determined by the type of conductor, the amount of insulation, and the quality of the jacket.

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