R142AL50.E3.62

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Cables, be it single conductor or multiple conductor, are important components of any electrical system. In fact, cabling practice is often the most difficult and time-consuming part of designing any electrical system. Multiple conductor cables feature two or more conductors wrapped together in an insulating jacket and are especially valuable for applications where a large number of signal lines need to be transmitted between two points. While these cables are designed to provide safe transmission of power and signals, they can also be expensive, heavy, and difficult to install. The R142AL50.E3.62 multiple conductor cable is a high-performance cable specifically created to address these issues, offering a variety of applications and a simplified working principle.

Application Field of R142AL50.E3.62

The R142AL50.E3.62 cable is designed for controlling multiple motors at the same time, such as those found in industrial automation systems. This type of cable can be used for signals, power, and serial data transmission. Throughput rates of up to 16.5 Mbps are possible, making this cable a practical solution for complex industrial applications. In addition, the cable is rated to withstand temperatures of -40° C to +125° C, making it suitable for any environment.

The cable is also officially certified to be RoHS compliant, ensuring safety for the environment. For transportation purposes, the R142AL50.E3.62 cable is also lightweight and flexible, while providing optimal shielding for protection from contaminants and electromagnetic interference (EMI). Finally, the cable is also flame-retardant and available in a wide range of color and length variants.

Working Principle of R142AL50.E3.62

At its most basic level, the R142AL50.E3.62 multiple conductor cable consists of two or more insulated conductors wrapped together in a continuous spiral. The conductors are then enclosed in a flexible and protective insulation jacket. The insulation material used for the individual conductors is color-coded to ensure that all colors show the same polarity.

The cable also includes an inner shield, made of a combination of copper braid and foil, that provides protection against distortion due to interference from outside sources. Finally, the cable’s surface is protected by an outer jacket to ensure that it can survive harsh elements and temperatures. All the components of the cable are specially formulated to reduce signal losses and withstand the rigors of prolonged use.

The R142AL50.E3.62 cable is rated for excellent electrical transport. With its low resistance, distortion-free signals are assured with minimal to no signal losses. This allows the cable to easily transport power and signals in any commercial or industrial automation system. The cable also features improved mechanical characteristics, providing effective long-term performance. In addition, the cable is designed for easy installation, offering simple assembly and reliability.

Conclusion

In summary, the R142AL50.E3.62 cable is an excellent solution for multiple conductor applications requiring high-speed, reliable data transmission. The cable is comprised of specially formulated components that allow for low electrical resistance and efficient signal transfers, while it is also designed to be lightweight and flexible for easy installation and protection against EMI. With its low resistance, long-term reliability, and simple assembly, the R142AL50.E3.62 multiple conductor cable is a durable and safe solution for industrial automation systems.

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