C1358.18.90

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Multiple Conductor Cables

Today, multiple conductor cables are essential components in many electrical systems. They provide a safe, efficient way to route power, data, video, and other electrical signals. As technology and digitalization progresses, an ever-increasing variety of multiple conductor cables are developed for a wide array of applications.

Among the multiple conductor cables, C1358.18.90 is one of the specialized cables. It is specially designed to meet demanding requirements in high-temperature and remote data transmitting applications. It features excellent flexural performance, superior flame retardant properties and high mechanical stress resistance. According to the standards, C1358.18.90 multiple conductor cables can endure high temperatures up to 105°C.

Application Field

C1358.18.90 multi-conductor cables are mainly used in remote control systems, biomedical equipment, temperature control systems, sensing and measurement systems, automotive applications, LED lighting systems, and security systems. With the superior electrical and thermal properties, it can be applied in many data transmitting and power transmission systems.

Working Principle

A multiple conductor cable is composed by two or more insulated conductors. The conductors are helically stranded in order to improve strength and flexibility. An insulation layer is added to prevent the conductors from electric shock and environmental damages. With the tight stranding structure, C1358.18.90 cables are able to perform stably with high tensile strength and high anti-bending properties.

To improve flame retardant performance, each cable is wrapped with a special fire-resistant material. The special material is able to resist fire and halt its spread to other cables. Additionally, to enhance mechanical shock resistance, the cables are heavily shielded with durable metallic sheath or braided shields. Apart from protecting the conductor’s mechanical strength, it can also reduce electromagnetic interference and ensures data transmission reliability.

C1358.18.90 cables consists of a combination of different materials, such as polyethylene, nylon or halogen- free cross linked polyolefin, to reduce electric leakage and increase protection against short-circuit. It also offers impedance matching that reduce signal distortion, improve signal quality, and support a wide frequency range up to 50 GHz.

Conclusion

C1358.18.90 multiple conductor cables inherit the excellent electrical and mechanical performance of traditional multi-conductor cables and provide better insulation and flame retardant properties. It is an ideal choice for applications requiring reliable power and signal transmission with high temperature resistance.

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