C0456A.46.10

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Multiple conductor cables (MCC) are used to physically connect multiple electrical components in various electrical and electronic systems. MCCs are designed to provide a secure, reliable environment for reliable power and signal transfer. C0456A.46.10 is one type of MCC used in industrial applications.

The C0456A.46.10 MCC is a high-quality power and data transmission cable used in the industrial field. It is composed of 10 single-core cables that are stranded and formed into a single unit. Each phase is made of an annealed stranded copper conductor with insulation and jacket of high-temperature modified ethylene-propylene elastomer (MEP).

The C0456A.46.10 MCC offers several advantages in the industrial field such as:

• Its insulation provides excellent mechanical protection against water and oil.
• It is flame retardant and fire-resistant.
• It is highly flexible for easy use.
• It is resistant to abrasion, gouging, and crushing.
• It has a low weight.

In addition to these benefits, the C0456A.46.10 MCC also offers a strong electrical connection between different components in a single unit. The cables use a termination method that is effective and simple as they are crimped onto the one conductor. This makes the connection secure and reliable.

The working principle of the C0456A.46.10 MCC is simple. The single-core cables are electronically connected together in a specific order and held together by the insulation and jacket. The cables are then crimped into a single unit that is easy to assemble. Finally, the MCC is ready to be connected with other electrical components.

The C0456A.46.10 MCC is ideal for industrial applications that require reliable, sturdy, and efficient power and signal transfer. The cable is designed to be highly flexible, abrasion-resistant, flame retardant, and fire-resistant. As a result, it is suitable for use in the most extreme conditions. It is also lightweight and offers superior electrical connection.

In conclusion, the C0456A.46.10 MCC has a variety of features that make it suitable for a wide range of industrial applications. Its flexibility, insulation, jacket, and strong electrical connection make it a reliable choice for power and signal transmission.

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