89023.35.05

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Multiple conductor cables are a type of electrical wiring that consists of two or more individual insulated conductors which are enclosed in a common sheath or jacket. This type of wiring is typically used in applications that require the transmission of power or signals over distances greater than those achievable with a single conductor. Among the most commonly-used multiple conductor cables are 89023.35.05 cables.

89023.35.05 cables are flexible, multi-stranded, insulated cables which are designed for use in situations where the transmission of electrical power or signals is required over long distances. These cables are typically used in applications such as industrial machinery, manufacturing plants, and for wiring purposes in homes and buildings. These cables are also frequently used in the telecommunications industry for long distance transmission of signals.

The basic working principle of 89023.35.05 cables is the same as that of any other type of multiple conductor cable. Multiple insulated conductors, typically made of copper or aluminum, are bundled together and encased in a common sheath. The number of individual conductors used in the cable can vary according to the specific application requirements. The insulation on the conductors typically consists of an outer sheet of plastic or rubber, while an inner layer of insulation is typically used to protect the wires from being shorted out due to contact with other metal objects.

When these cables are used to transfer power, the individual conductors are typically arranged into groups which are connected together. These "race" cables are then connected to an appropriate power source, such as a transformer or generator. The power is then transmitted through the cables to the destination. In applications where the transmission of signals is required, the conductors may be arranged into pairs which are connected together and then connected to a suitable sending and receiving device.

89023.35.05 cables are able to withstand significant levels of mechanical stress and are well suited for use in areas where the cables may be subject to heavy bending or flexing, such as in industrial and manufacturing applications. The cables are designed for use in temperatures ranging from -20° C to +105° C, and are also highly resistant to fire. As a result, these cables are commonly used in hazardous locations, such as in explosion-proof applications.

89023.35.05 cables offer a reliable and cost-effective way to transmit power or signals over long distances. The cables are designed for use in a wide range of applications, including for industrial machines, manufacturing plants, and for electrical wiring in homes and buildings. The cables are also well suited for a variety of hazardous location applications due to their excellent resistance to fire, mechanical stress, and extreme temperatures.

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