CT2882-4-10

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Single-conductor cables, also known as hook-up wire, are used to connect electrical components and signals in most industrial, military and aerospace electronic systems. The variety of sizes and types of single conductor cables have been designed to meet particular demands of environment, size and other parameters. CT2882-4-10 is one such kind of hook-up wire.

CT2882-4-10 is a UL1007 wire that meets the requirements of UL Style1007, CSA C22.2 No.210.10, Mil-W-76B Type W and VW-1. It comes in a variety of sizes, ranging from 36 to 18 AWG. With its crosslink polyethylene insulation, it has a temperature rating of +105°C (UL/CSA) or +125°C (Mil). It is also RoHS compliant and halogen free.

CT2882-4-10 is well-suited for a variety of applications, including communication and control systems. Due to its various strain reliefs, flexible body and tinned copper strands, it is an ideal solution for applications such as audio or video equipment. Additionally, it is resistant to UV light, oil, water and radiation, making it suitable for industrial and military requirements. Furthermore, the insulation resists abrasion and lets the hook-up wire achieve a high durability in both internal and external environments.

The working principle of a single conductor cable, such as the CT2882-4-10, is quite simple. It allows electrical signals, such as currents, to pass from one point to another. This is accomplished by connecting two insulated wires together. By connecting the ends of the wires, electrical current can travel through the wire, and the transmitted information can be received on the opposite end. This gives the user the ability to connect a variety of electrical components and systems together. Additionally, this connection offers greater clarity of electrical signals and greater security of electrical components.

In summary, CT2882-4-10 belongs to the family of single conductor cables or hook-up wire. It is well-suited for communication and control systems due to its various strain reliefs, flexible body and tinned copper strands. Additionally, its insulation offers great protection against UV, oil, water and radiation. The working principle of single conductor cable involves connecting two insulated wires together in order to allow electrical signals to pass from one point to another.

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