7133 WH001

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Single conductor cables, commonly referred to as hook-up wires, are used in many electrical and electronic applications. These flexible cables are used to interconnect components within an electrical circuit. The conductor material used in a hook-up wire is important as it must have the necessary electrical properties to allow the conductor to safely carry current. Hook-up wires are often chosenbased on the UL 7133 standard. The standard defines several categories of hook-up wire which are divided into operating temperature ranges.

The 7133 WH001 single conductor cable is a high-temperature hook-up wire, with an operating temperature of 250°C. This cable is usually composed of several strands of nickel-coated copper wire. The primary purpose of the nickel coating is to reduce electrical resistance and to increase the cable’s tensile strength. The stranded design of the cable also makes it more flexible and resistant to breakage. This helps provide reliable performance even in extreme temperatures.

The 7133 WH001 hook-up wire is most often used in applications such as amp and signal transmission, as well as power connections in automobiles, plus electrical and high-temperature systems. It is also used in a variety of industrial applications, including ovens, hot plates, and other high-temperature heating elements.

The working principle behind the 7133 WH001 hook-up wire is simple and straightforward. The wire insulation is designed to provide electrical insulation from the wire strands. This allows the cable to safely carry varying amounts of electric current without overheating or causing a short circuit. Additionally, the nickel coating helps to reduce the possibility of corrosion and other insulation-damaging effects when exposed to temperatures ranging from -40°C to 250°C.

The 7133 WH001 hook-up wire is an ideal solution for many high-temperature electrical applications due toitsability to withstand extreme temperatures and chemical damage. It is also highly resistant to corrosion, moisture, and abrasion, making it a great choice for long-term performance in any environment.

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