E1001S.18.10

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Multiple Conductor Cables, also known as multiconductor cables, are extensively used in many industries and applications, mainly due to their superior flexibility and reliable insulation. The E1001S.18.10 is one such type of cable, possessing excellent performance and various industrial applications.

The E1001S.18.10 is a very flexible, multi conductor cable made with tinned copper strands and a semi-rigid PVC insulated jacket. It is capable of producing reliable electrical performance in a broad range of temperatures, from -40°C to 105°C. The small minimum bend radius of these cables makes them very useful in confined areas, as well as for applications requiring repeated flexing and bending. These cables also feature a ripcord for easy removal of the outer jacket.

E1001S.18.10 cables are typically used in industrial automation, robotic, and automotive electrical applications. In industrial automation, the semi-rigid nature of these cables allows them to transmit power and control signals safely and without experiencing signal loss or disruption. The flexibility of the E1001S.18.10 also makes them ideal for robot applications, as they are able to withstand the repetitive flexing and variable contours the robots must move through. In automotive applications, the cable is used to supply power and signals from the engine and transmission to the other electrical components. The flexibility of the E1001S.18.10 makes it suitable for applications where the cable is routed through tight areas.

In terms of working principle, the E1001S.18.10 operates with an electric current and voltage. When electrical current passes through the cable, a magnetic field is created around it, which causes the electrons in the cable to circulate in a circular motion. This movement of electrons creates a flow of electromagnetic energy that is transmitted through the core of the cable. When two or more of the conductors are joined together, the strength of the electromagnetic field increases. The amount of current that can flow through a certain section of cable is then dependent on the number and type of conductors as well as their size.

The E1001S.18.10 multi conductor cable is an ideal choice for a variety of industries that require reliable and flexible power and signal transmission. Its excellent performance in a range of temperatures and its capable of being used in tight spaces are just some of the reasons why this type of cable is the preferred choice of many. The working principle of the cable is simple yet effective, and its ability to transmit electromagnetic energy efficiently makes it suitable for a variety of applications.

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