23810.15.01 Cables, Wires

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Multiple conductor cables are specialized types of cable that come with multiple conductors branching off a shared sheath. The conductors are usually grouped together to allow for greater electrical capacity without having to add additional cores. Variations of this type of cable include coaxial, communication, and control cables, all of which have specific functions and applications.

23810.15.01 is one of these multiple conductor cables, designed for control applications. Its design takes advantage of several features including its electrical and mechanical properties. This article aims to explore the application field for 23810.15.01 and the working principle of this cable.

Application Field of 23810.15.01

23810.15.01 is designed for control applications, such as for Robotics, Factory Automation, Automotive, Aerospace, Medical Devices, Security and Surveillance, and Communications. It is primarily suited for applications where high flexibility, superior electrical isolation, and protection from mechanical forces are required. The cable has characteristics that make it suitable for connecting and controlling sensors, relays, motors, remote controls, actuators, and power conditioning.

The flexibility of the cable makes it ideal for use in tight spaces, as well as in systems where cables need to move around during operation. In addition, since it includes multiple conductors in a single sheath, it simplifies installation processes and reduces wiring costs. Other characteristics include its resistance to oil, water, and fireproof capabilities, as well as UV durability. Finally, the cable is capable of maintaining tight temperature resistance at both normal and extreme temperatures.

Working Principle of 23810.15.01

The working principle of 23810.15.01 is based on the principles of electrical engineering. The conductors in the cable are metal strands of various sizes and shapes, typically copper. A dielectric material, such as a solid plastic, surrounds the conductors, providing electrical insulation. The core is protected by an additional outer layer of insulation or jacket. This jacket can often be made of PVC, Teflon, rubber, or even nylon. This type of insulation provides environmental protection as well as mechanical protection.

The core of the cable is designed to maximize conductivity and minimize disturbances. Various methods are used to reduce electromagnetic interference, including twisting and shielding. Twisted wire helps to reduce the amount of radiation emitted from the cable by canceling out the electric fields, while shielding helps to absorb or decrease the amount of static electricity.

The final layer of insulation provides a shield against any external electric or magnetic fields. This helps to keep the signal within the cable from being corrupted or otherwise affected by outside sources. In addition, this layer helps reduce the amount of signal leakage, ensuring the integrity of the data.

23810.15.01 is a versatile and efficient multiple conductor cable, well-suited for a variety of applications. Its design provides superior flexibility, electrical performance, and environmental protection. Additionally, its intricate construction ensures consistent signal transmission and zero interference. This makes it an ideal choice for many control applications, such as factory automation, robotics, medical devices, and communications.

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