E3614S.41.03

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Multiple conductor cables are useful in many applications where a single wire is needed. E3614S.41.03 is an example of a multiple conductor cable that is used in applications where the power dissipated is more than the maximum continuous current of a single conductor cable. The benefits of using this multiple conductor cable are manifold, from its intrinsic resistance to moisture ingress, its resistance to vibration, and its ability to be manufactured in various sizes and insulation types.

The E3614S.41.03 is a multiple conductor cable that consists of three different types of wire: a shield, a ground, and a bus cable. The shield is made of stainless steel and has a low-profile design to help reduce electromagnetic fields. It also serves as a shield between the low-profile ground wire and the bus cable, ensuring that the ground wire does not come into contact with the bus cable. The ground wire is insulated in order to reduce the amount of electrical current that passes through. The bus cable is insulated to protect against any electrical voltage that can leak from the shield or ground. The shielding of the heat and current dissipates the heat, reducing the amount of energy lost to the environment.

The working principle of the E3614S.41.03 multiple conductor cable is relatively straightforward. The shield serves as a protective layer that prevents the ground wire and bus from coming into direct contact with one another, making it possible for the cable to transfer electrical current without leakages or disruptions. Since the ground wire is also insulated, it prevents any leakage or extra energy loss from occurring. The bus cable carries the electrical current, which is then transferred to the end user.

The E3614S.41.03 multiple conductor cables are most commonly used in industrial settings, specifically in factory installations and equipment, such as automated machinery. They are also used in high-voltage applications such as security systems, transformers, and power distribution systems. The cable is highly resistant to vibration and temperature changes, making it ideal for extreme operating conditions. Additionally, the cable does not absorb moisture, making it ideal for applications where exposure to moisture or humid conditions may occur.

The E3614S.41.03 multiple conductor cable is an excellent choice for applications where the power dissipated is greater than the maximum continuous current of a single conductor cable. It offers high reliability in extreme operating conditions due to its resistance to temperature change and vibration, as well as its protection against moisture ingress. Furthermore, the cable is available in various sizes and insulation types, making it suitable for a wide variety of applications.

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