6717 YL190

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Single conductor cables, also commonly known as hook-up wires, are essential components in a wide variety of electrical equipment. The 6717 YL190 is a type of single conductor cable designed to meet stringent standards for applications in harsh environments and is often chosen for its superior performance. This article will discuss the application fields and working principle of the 6717 YL190.

Application Field of the 6717 YL190

The 6717 YL190 is a single conductor cable designed for applications that require excellent performance in high temperature and wet conditions. The cable features an insulation system that is resistant to heat, chemicals, and moisture, making it suitable for use in automotive and industrial applications. Additionally, its low-smoke and zero-halogen construction makes it a preferred choice for installations around areas with a large accumulation of people, such as schools, offices, or shopping centers. In addition, the 6717 YL190 cable also offers exceptional value due to its low cost per foot and its ease of installation.

Working Principle of the 6717 YL190

The 6717 YL190 is designed to ensure reliable and safe performance, even in harsh environments. The cable is made up of four layers of insulation: an outer jacket made of polyurethane, a critical layer of polyvinyl chloride, an inner semi-conductive barrier, and a single conductor. The conductor is composed of galvanized steel strands, which provide superior strength and stability. The PVC layer provides excellent insulation properties and superior resistance to abrasives, oils, acid, and alkali. The outer jacket is highly resistant to temperature, abrasion, mechanical shock, ozone, and weathering. The semi-conductive inner layer helps to protect the cable from electromagnetic interference.

The working principle of the 6717 YL190 is simple. As current is applied to the cable, the differential electrical field across the polyvinyl chloride causes the electrons to be pushed away from the conductor, allowing electricity to flow freely through it. The outer jacket serves as a barrier, preventing the electrons from escaping. The semi-conductive barrier further increases the insulation resistance and helps to protect the cable from electromagnetic interference. The cable is ultimately able to meet stringent safety requirements and provide reliable performance even in harsh environments.

Conclusion

The 6717 YL190 single conductor cable is an excellent choice for applications that require high performance in wet or high temperature environments. It is made up of four layers of insulation, which provide superior resistance to heat, chemicals, moisture, and abrasives. Additionally, its low-smoke and zero-halogen construction makes it a preferred choice for installations around areas with a large accumulation of people. The working principle of the 6717 YL190 is simple and easy to understand, and the cable has been proven to meet stringent safety requirements, providing reliable performance even in harsh environments. Thus, the 6717 YL190 is an ideal choice for applications that require high performance in harsh conditions.

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