99M0111-12-2 Cables, Wires

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Single Conductor Cables (Hook-Up Wire) have a wide range of application fields and working principles. Primarily, because of their flexible design, these cables are often used for connections between components in electrical and electronic systems. Moreover, their robust construction and thin insulation make them ideal for connecting two points within a machine. Even small, low-power connections can be made with this type of cable.

In terms of working principles, Single Conductor cables are based on an uninsulated thermal cut area, where two wires are insulated from each other. The most common materials used for this type of connection include copper, aluminum, and nylon-coated copper. Additionally, these cables are also available in a variety of insulation ratings and wire diameters.

Due to the advantages this type of wire provides, Single Conductor cables have found a home in many applications, such as industrial automation systems, automotive wiring, medical equipment, and communications and entertainment products. Additionally, they can also be used for high-temperature applications, including solar and fuel cell systems.

The incremental, or ring, resistance of a Single Conductor Cable is important in terms of overall performance. This parameter is defined as the total resistance of the wire, including the insulation, measured in ohms per unit conductor. A lower incremental resistance will reduce the heat generated by the cable and, in turn, increase its efficiency.

In order to achieve the highest possible performance from these cables, makers must comply with the highest industry standards. A few examples of the various standards that can be enforced include UL (Underwriters Laboratories), CSA (Canadian Standards Association), and RoHS (Restriction of Hazardous Substances).

In conclusion, Single Conductor Cables are a versatile and valuable option for customers in many industries. Their exceptional design and high-quality materials make them suitable for a wide range of applications, while the strict compliance with industry standards guarantees that these cables can be trusted to perform reliably and consistently.

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