FFSD-18-S-62.00-01-N

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Rectangular Cable Assemblies are an essential part of any type of industrial, commercial or residential environment. They are used for various purposes, namely to transfer power and data, reduce noise, provide mechanical or electrical protection, and improve user safety. The FFSD-18-S-62.00-01-N is a specific type of rectangular cable assembly that is used in a wide variety of applications.The FFSD-18-S-62.00-01-N application field is the power and data transmission. This type of cable allows fast data transmission with its ultra-high-bandwidth capability, with excellent flexibility and high-end shielding. Moreover, it is ideal for power transmission as it has high voltage resistance which ensures the safety of the user. In addition, it has improved fatigue resistance and a high temperature endurance. All of these features make it highly suitable for both data transfer and power transmission across long distances.The working principle of the FFSD-18-S-62.00-01-N is based on the fact that it utilizes a three-layer tubular copper core, which is covered with a two-layer insulation and covered with a flexible external sheath. The copper core is responsible for transferring the electrical current, while the insulation layer acts as a barrier to protect the current from any external interference. The outer flexible sheath is responsible for ensuring that the cable does not get damaged and is flexible enough to be bent around the tightest corners. The flexible external sheath also protects the electric current against extreme temperatures, vibrations and corrosive materials.In conclusion, the FFSD-18-S-62.00-01-N is a rectangular cable assembly designed for the transmission of power and data between two or more points. It is highly suitable for both indoor and outdoor applications and has excellent temperature endurance, flexibility and high voltage resistance. It also provides noise reduction and improved user safety. The three-layer copper core, two-layer insulation and flexible external sheath all work together in order to provide a reliable and safe transfer of electricity from one point to another.

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