E3514S.18.03 Cables, Wires

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Multiple conductor cables are a type of wiring configuration that consists of several conductors running parallel together to provide power or signal transmission. Among the many cable types out there on the market today, a specific type is the E3514S.18.03 cable, which has a distinct application field and particular working principles.

The E3514S.18.03 specializes in data transmission. It is composed of 14 conductors running parallel. That includes 10 copper stranded insulated conductors, with a cross-sectional area of 0.32mm² each, and 4 copper stranded conductors, with a cross-sectional area of 0.5mm². This configuration makes this cable ideal for extensive data transmissions, such as those requiring higher wattage or frequencies. The jacket is a flame-retardant PVC and has a maximum operating temperature of 70°C, making it ideal for harsher environments.

The E3514S.18.03’s construction also makes it suitable for outdoor environments, like those found in industrial facilities or conservatories. The cable is also oil-resistant, making it highly resistant to conditions found alongside oil wells and drill rigs. This cable often finds application in the telecommunications and automotive industries, among others. Due to its superb mechanical integrity, the cable is useful for applications requiring greater flexibility.

The working principles behind the E3514S.18.03 feature two main factors. First, the twisting of the insulated conductors makes it an effective conduit for audio and video signals. The twist reduces the effect of interference and increases signal integrity. The second factor is the PVC jacket, which serves as a shield to help reduce interference. Both work together to create a stable transmission link that transmits data with little interference or degradation.

In conclusion, the E3514S.18.03, a multiple conductor cable, is utilized for data transmission purposes mainly within the telecommunications, automotive, and industrial fields. This cable integrates 10 copper stranded insulated conductors and 4 copper stranded conductors with an overall 0.32mm² and 0.5mm² cross-sectional area respectively. Its PVC jacket is flame-retardant and oil-resistant, making it suitable for outdoor use. The working principles behind the cable feature the twisting of insulated conductors, as well as the use of a PVC jacket to reduce interference.

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