1857/19 VI005

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Single Conductor Cables (Hook-Up Wire)

Single conductor cables, also known as hook-up wires, are developed to fulfill several standard, generic or customized requirements. They are highly used in the aircraft, rail and marine industries as well as in industrial machinery, building automation & control systems, and other electronic and electrical applications. The 1857/19 VI005 single conductor cable is one such cable and is intended to be used for connecting and joining devices with low power supply (up to 240V) such as alarm systems, low voltage lighting, doorbell systems, low power equipment, etc.

Material used in the 1857/19 VI005

The 1857/19 VI005 is primarily comprised of oxygen-free copper (OFC) as its main component. Copper is a relatively soft material with low electrical resistance, allowing for more efficient current transmission. It is also corrosion-resistant, meaning that it has a higher tolerance when exposed to natural elements, such as moisture, making it a great option for outdoor applications. Another component found in the 1857/19 VI005 single conductor cable is polyvinyl chloride (PVC), a type of plastic that is heat resistant, flexible and malleable.

Application Field of 1857/19 VI005

The 1857/19 VI005 Single Conductor Cables can be used for a wide range of applications. It is suitable for fixed installations in power, control, signal, lighting, and instrumentation circuits thanks to its flexibility, which allows for easy installation and use with tight bends and turns. Also, the 1857/19 VI005 wires are resistant to most mineral oils, greases, hydrocarbons, and salt solutions making it suitable for outdoor installations.

Working Principle of 1857/19 VI005

The working principle of the 1857/19 VI005 single conductor cables is based on a few fundamental laws of electricity. These laws state that when a current is applied in one side of a circuit, an electrical field is created that forces electrons to flow in the other side, thus creating an electric current. This current can be measured and will be equal to the voltage applied in the circuit divided by the resistance of the cable material. The 1857/19 VI005 is designed to have low electrical resistance which allows current to flow with minimal losses, making it a reliable conductor.

Finally, the 1857/19 VI005 is reliably insulated thanks to its stated materials; the polyvinyl chloride used in this type of wire houses the inner wires and protects them from external damages, making it a great and safe choice for many application fields.

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