C0721A.41.10

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Multiple Conductor Cable C0721A.41.1

Multiple conductor cables are power or signal cables consisting of multiple cables encased in a protective jacket. They are most commonly used in the automotive, industrial, and power systems industries. C0721A.41.10 is a type of multiple conductor cable that is designed specifically for the automotive industry. This type of cable is often found in the interior of cars to provide power to multiple components and systems.

Application Field

C0721A.41.10 is a four-conductor cable that is designed for automotive use. It is used to provide power to a variety of automotive systems such as power windows, power seats, power locks, engine control units, radios, and headlight dimmers. It is also used in the interior of automobiles to provide power to various accessories such as speakers, heated seats, cell phone chargers, and more.

Working Principle

C0721A.41.10 is designed with four insulated conductors that are twisted together and then encased in a protective jacket. This design helps reduce electronic interference from the outside environment. The conductors are rated for a maximum voltage of 15 volts, and an amperage rating of 10 amps. The cable is capable of transmitting 120MHz frequency signals, and can be used for both high speed data transmission and low speed signal transfer.

The cable is designed to be flexible and easy to install. It can be cut to the desired length and the individual conductors can be connected to devices without any additional preparation. It is also designed to be resistant to UV radiation and mechanical abuse, and is flame retardant. This makes it safe to use in the interior of an automobile where temperatures can reach up to 120°F.

C0721A.41.10 multiple conductor cables are an essential part in automotive systems. They provide the necessary power and data transmission needed for various components within a car. The cables are designed to be evenly distributed and to have minimal electronic interference. They are also resistant to UV radiation and mechanical abuse, making them safe and reliable in the automotive environment.

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