C3240.41.03

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Multiple conductor cables are electrical cables that are made up of two or more electrical conductors that are individually insulated and bundled together. They are used in a wide range of applications, including telecommunications wiring, power transmission and the industrial equipment and facilities. C3240.41.03 is one type of multiple conductor cables, which has been approved by the UL of the United States and Europe CE.

C3240.41.03 Application Field and Working Principle

C3240.41.03 multiple conductor cables consist of three bare tinned copper conductors, each cabled in a perpendicular direction to the other two. Such construction not only maximizes flexibility, but also the maximum amount of electrical current is transmitted in each direction. The wire core of C3240.41.03 is PVC insulated. It is also an efficient type of cable for its lightweight and small size. Additionally, C3240.41.03 multiple conductor cables are suitable for environmental conditions ranging from -15 to 105 degrees Celsius.

C3240.41.03 multiple conductor cables are commonly used in industrial, home and commercial communication and data transmission systems. With its excellent flexibility, it makes for a great wiring solution when operating in cramped-space locations. In vehicle control systems, C3240.41.03 cables are especially fit for transmitting data in GPS and CAN open applications. These cables is mainly suitable for dry, wet, corrosive and oil-resistant uses and is able to meet GB-9330 and IEC-60332-1 flame retardant requirement.

C3240.41.03 multiple conductor cables work based on the principles of electricity. Electrical energy is transmitted through the copper conductors by electrons that flow through the conductor from one end to the other. The electrons flow at a fixed rate due to the electromagnetic forces that act on the conductor. Therefore, the amount of current that flows through the conductors depends on the resistance of the conductors. Generally, a low-resistance cable will allow more current to flow in comparison with a high-resistance cable.

In terms of electromagnetic interference shielding, C3240.41.03 multiple conductor cables also offer excellent performance. The cable is designed with an outer jacket that is made from PVC material for excellent flexibility and longer service life. The outer jacket also has an effective shielding layer covering the internal conductors which minimizes signal loss due to electromagnetic fields. This capability makes C3240.41.03 cables perfect for use in radio frequency, control and signal transmission system.

In conclusion, C3240.41.03 multiple conductor cables are an excellent choice for use in industrial applications such as control and data transmission due to their electrical and electromagnetic properties, construction flexibility, high current transmission capacity and EMC resistance. C3240.41.03 multiple conductor cables make for a great wiring solution when operating in limited-space and environmentally hostile locations.

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