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Multiple conductor cables are a type of communication and electrical cable with multiple conductors, typically made of copper, laid parallel to each other. The physical construction of these cables allows them to provide more electrical power than a single conductor would, enabling them to be used in a variety of applications.

Multiple conductor cables are used in electrical, control, and communication systems, and can have as few as two conductors and as many as hundreds. Most commonly, these cables consist of flexible, copper-based conductors that are insulated from one another, and are arranged in a stranded formation to make them easier to terminate and handle. Numerous insulation materials are available, including PVC, neoprene, polyurethane, and Teflon®, among many others.

Multiple conductor cables can be used for a range of functions in industrial and general applications, including direct current (DC) power distribution, signal and low-level control, data transfer, and communication. In some cases, the cables will contain two shielded pairs, enabling them to be used for high-speed data transmission. These cables can also be used as a multi-wire cable for combining signals, such as on digital addressable lighting control systems.

The main advantage of these cables is their space-saving design. With multiple conductors packed into a small size, they can be used in applications with limited space. This is particularly useful in installation scenarios, where space is a premium. Additionally, multiple conductors can provide more than twice the electrical power that a single conductor of the same size can, making them ideal for applications when additional power is needed.

Multiple conductor cables also have inherent safety benefits. For example, they are designed to protect the system from short circuits because the conductors are insulated from each other. This prevents any accidental electrical connection between the conductors, thus protecting the system and the people operating it. Additionally, the twisted configuration of multiple conductor cables helps to minimize crosstalk from adjacent cables, helping to ensure that signals remain distinct.

For their range of benefits, multiple conductor cables are a popular choice for many applications. They provide a dependable and space-saving solution for many different uses, from DC power and signal transmission to HVAC systems and lighting control modules.

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