55PC0211-12-9CS2502

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Single Conductor Cables (Hook-Up Wire) are designed for use in applications where insulation and connection are of utmost importance. The 55PC0211-12-9CS2502 is a special example of single conductor cable used mainly for industrial and commercial purposes. It is a UL 3104 and UL listed VW-1 flame-retardant cable, meaning it meets specific features and safety requirements for use in wiring installations.

The 55PC0211-12-9CS2502 is composed of both a conductor and an insulation. The conductor is made of stranded Tinned Copper wires with a nominal area of 0.53mm2 and a structure of 7 strands. This conductor is given a PVC insulation that has a nominal thickness between 0.6mm and 0.8mm. The overall outer jacket is made of PVC that has a nominal thickness of 0.46mm to minimize cable tension and offer flexible and easy installation. This combination of materials ensures excellent protection and insulation for the cable.

The 55PC0211-12-9CS2502 is designed for use in a variety of applications. It is mainly used in commercial and industrial wiring, buildings, transformer rooms, and for illumination in industrial control circuits. It is also suitable for connection of transmission and distribution networks, as well as in conduit and cable trays.

The 55PC0211-12-9CS2502 operates based on the principle of electrical conductivity. As electrical current flows through an electrical conductor, the electrons move to the opposite end of the wire. This movement is known as electron flow and it produces an electric field around the wire. This electric field is constantly changing due to the fluctuation of the electrical current and creates an electric current in neighboring conductors. This principle is the basis of the 55PC0211-12-9CS2502 and how it is able to transmit electricity through its conductors.

Overall, the 55PC0211-12-9CS2502 Single Conductor Cables (Hook-Up Wire) is a highly reliable cable that is suitable for many applications. The combination of its insulation and conductor materials allows it to meet specific safety standards and provides excellent protection and insulation for the transmitted electrical current. Finally, its working principle of electrical conductivity is the basis for how it is able to effectively transmit electricity.

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