2617/16-BK-500

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Single conductor cables, also known as hook-up wire, are found in a wide variety of applications. 2617/16-BK-500 is one such commonly used wire. This wire is a stranded, 16 AWG bare copper wire, with a black thermoplastic insulation. It is suitable for use in a variety of applications, in particular those that require flexibility or are exposed to extreme conditions.

The most common application for 2617/16-BK-500 is in electronic circuits, such as instrumentation and control panels. As the wire is relatively thin and flexible, this makes it well suited for use in tight spaces, such as those found within circuit boards. Additionally, the wire’s insulation helps protect the wire from any potential short circuit or ground fault. The wire is also popular in the automotive industry for its resistance to extreme temperatures, vibration and corrosion. Furthermore, the wire complies with UL and CSA standards.

The general working principle of 2617/16-BK-500 is fairly straightforward. When power is supplied to the wire, electricity runs through the copper conductor. This in turn causes a magnetic field to be created, which expands around the copper conductor. The magnetic field will then induce a voltage in any nearby conductive material, such as the copper windings of a motor or electronic circuits. The resulting current flow then powers the application.

When buying 2617/16-BK-500, it is important to consider the length, diameter, temperature rating and maximum voltage rating of the wire. These factors will ultimately determine how suitable the wire is for the desired application. Additionally, it is worth noting that 2617/16-BK-500 is only suitable for indoor use; any outdoor applications should always use an appropriate outdoor rated cable.

In conclusion, 2617/16-BK-500 is a type of single conductor cable, commonly referred to as a hook-up wire. The wire is primarily used in electronic circuits and electrical appliances, as well as in automotive applications, due to its flexibility, insulation and resistance to extreme conditions. The working principle of the wire involves a magnetic field being induced by the power supplied through the copper conductor, which then causes current to flow through nearby conductors. Selection of the wire should take into account its length, diameter, temperature and voltage rating.

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