E1502S.38.03

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Multiple Conductor Cables are electrical cables of multiple types that contain two or more electrical conductors in one sheath. The conductors are usually bare copper, copper-coated aluminum, or copper-coated steel, and are bound together in a unit that is of the same size and shape, as well as of identical electrical impedance. Examples of multiple conductor cables include telephone line wiring, LAN equipment wiring, computer networking cables, and multiple-conductor wiring used in power distribution.

The E1502S.38.03 is a specific type of multiple conductor cable, specifically one that is designed for use in Power Distribution purposes. It is composed of three separately insulated conductors, each of which has the same cross-sectional area, with a total area of 1502sqmm and a conductor diameter of 8.5mm. The conductors are each encased in a black PVC sheath, with a single green/yellow sheath cover over the entire length of the cable. The insulation on the individual conductors is resistant to fire and to water, and is designed for electrical performance up to 500 volts.

The most important application of E1502S.38.03 is in electrical power distribution. It is particularly suited for this purpose due to its ability to transmit high levels of current safely and efficiently. Its conductors are also able to carry currents at very high frequencies, making it suitable for applications in frequency-dependent equipment. In addition, the sheath cover provides protection from water, dust, and other elements that could potentially damage the cable. It is also easy to install, in part attributed to its light weight and to the strength of its insulation.

The working principle of E1502S.38.03 is straightforward. The current from the energy source passes through the conductors, with each conductor receiving an equal share of the current. The resistance of the cable with the current flowing causes the electrons to slow down and shed some of their energy as heat along the length of the cable. The rate at which the electrons are slowed depends on the size of the cable, as the larger the conductors, the lower the resistance of the cable. The resulting energy from the current in the cable is then used to power whatever equipment it is attached to.

E1502S.38.03 is a robust and reliable multiple conductor cable that can be used for various power distribution applications. Its rated voltage, Fire & Water Resistance, and efficiency make it ideal for use in a variety of scenarios, from industrial automation to computer networking. The working principle of the cable is also quite simple, with electrons passing through the conductors, resulting in a steady and reliable flow of current.

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