2475/18 CL-500

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Single Conductor Cables, or commonly known as Hook-Up Wire, are used for connecting electrical, electronic and other related equipment. As an indispensable part of the electrical wiring and cable industry, Hook-Up Wire functions not only to provide power, but also to interconnect other related components and components, providing a continuous and safe flow of electricity along the transmission path. The 2475/18 CL-500 class is a single conductor cable suitable for use in applications needing flexibility. Commonly referred to as “FEP cable,” the CL-500 application field and working principle will be discussed in this article.

Firstly, the 2475/18 CL-500 class is a single conductor cable consisting of FEP insulation. FEP (fluorinated ethylene propylene) is a fluorocarbon-based polymer and is a variation of polytetrafluoroethylene (PTFE) commonly used in high-temperature and chemical resistant applications. The cable features conductors composed of annealed copper strands that give the maximum flexibility. With an internal diameter of 0.9mm, the 2475/18 CL-500 class offers excellent corrosion protection, fire resistance, low smoke emissions, and excellent surface insulation.

Secondly, the 2475/18 CL-500 class is most commonly used in construction, aviation, automation, and industrial applications. The cable is particularly suitable for the control and connection of motors, switches, sockets, and other electrical devices. Furthermore, the cable can withstand a high current load over long periods of time, making it ideal for situations where reliable current supply is necessary. The CL-500 class has excellent abrasion resistance and excellent electrical performance, which makes it well-suited for use in harsh environments. Moreover, the flexible cable can also resist flame propagation and can be used in high-temperature environments.

Thirdly, the 2475/18 CL-500 class functions on the principle of electrical conduction and insulation. The cable consists of multiple strands of annealed copper wires that are insulated by the FEP jacket. Each wire strand has an electrical resistance which, when combined, creates a wire with a low resistance. This means that the more strands the cable has, the better its electrical conductivity. The cable insulation helps to prevent current leakage and maintain electrical safety. When connected to an appliance, the conductor allows electricity to flow freely in one direction, providing power to the appliance.

Fourthly, the 2475/18 CL-500 class is also commonly used as a data cable for computer applications. The internal strands of the cable are insulated with materials such as 568A, 4KST, or 4KST-S. As a result, the cable provides excellent data transmission capacity, and is durable enough to survive multiple cable cycles. Furthermore, the cable provides excellent EMI/RFI protection, which is necessary to ensure the quality of data transmission.

In conclusion, the 2475/18 CL-500 class is suitable for a variety of applications such as construction, automation, and industrial use. The cable is insulated with FEP, offers excellent corrosion and fire protection, and low smoke emissions. Additionally, the cable has excellent electrical performance, EMI/RFI protection, and can be used as a data cable in computer applications. Whether it is used as a power cable or as a data cable, the 2475/18 CL-500 class offers reliable current and data transmission over long periods of time, making it an excellent choice for single-conductor applications.

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