C0479.41.03

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Introduction

C0479.41.03 is one type of multiple conductor cables, consisting of multiple conductors in one single insulated jacket. It is mainly used in various industrial applications, such as instrumentation, automation and power transmission. C0479.41.03 cable provides many advantages over traditional two and four conductor cables.

Construction

C0479.41.03 cables are constructed from multiple small and flexible conductors that are insulated by a single jacket. The jacket itself is made from a thermoplastic material, such as polypropylene, that provides flexibility and durability. The insulation of the cable is also very important, as it aids in preventing electrical shorts. As the number of conductors increases, the insulation thickness must also increase to prevent electrical shorts. In addition, the cable must be rated as flame-retardant, in order to protect the cable from heat damage.

Application Fields and Working Principle

C0479.41.03 cables are commonly used in industrial applications. They are generally used for connecting equipment, transmitting power or conducting measurements. Examples of applications in instrumentation include pressure transducers, thermocouples and frequency inputs. In automation, the cables can be used to control servo motors, robotic actuators and valves. In power transmission, they are commonly used to connect power supplies and electrical enclosures. The working principle of C0479.41.03 cables is simple – the multiple conductors allow for the transfer of electricity between different components, in order to achieve the desired result.

Advantages

The major advantage of C0479.41.03 multiple conductor cables is their flexibility. Compared to traditional two and four conductor cables, they offer greater flexibility, allowing them to be used in cramped or complex spaces. Additionally, they can be used in high temperature environments, as the thermoplastic jacket provides excellent heat resistance. In addition, due to the multiple conductors, the cable is better able to manage higher current flows, making it suitable for applications where large currents are present. Finally, the insulation protects against any potential electrical shorts.

Conclusion

C0479.41.03 multiple conductor cables are suitable for a variety of industrial applications, such as instrumentation, automation and power transmission. The multiple conductors offer advantages such as flexibility, heat resistance and higher current flows. The insulation protects against any potential electrical shorts. Overall, C0479.41.03 cables are an excellent choice for any industrial application.

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