C6348A.41.10

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Multiple Conductor Cables:

C6348A.41.10 is a type of multiple conductor cable, utilizing multiple insulated conductors twisted together to form a single unit. These cables can often handle far more electrical power than a single conductor cable, and are designed to be used in demanding environments and to minimize the potential for short circuiting. The construction and selection of components used to make multiple conductor cables is highly important, as their effectiveness can be determined not only by the materials and proper insulation of each individual conductor, but also by the flexibility of the twisting and the overall protection from the outside environment.

C6348A.41.10 is made using multiple strands of solid copper stranded conductors cabled together with a protective outer jacket. The use of stranded copper provides increased flexibility and improved efficiency during installation, while the jacket helps to protect against outside elements. The jacket of the cable is also designed with a certain resistance rating, to help protect against static electricity and electromagnetic interference. The multiple conductor cable is then rated according to the AWG (American Wire Gauge), which indicates the size or "gauge" of the cable being used.

The multiple conductor cables can also be referred to a type of "coaxial" cable, due to their electrical properties that make them capable of reducing or actively filtering interference. Coaxial cables are a great choice when interference is a concern. The physical characteristics of the cable are also important because the flexibility of the stranded wires improves the effectiveness of the installation, helping to reduce the potential for trace breaks or short circuits, as well as forcing the cable to "bend" or twist with the movement of the conductor it is attached to.

Additionally, the cables are able to carry more electricity without shorting out because the multiple conductors can better dissipate the heat that is generated along the electricity\'s path. This also helps to improve the durability of the cable and can lead to longer life. Cables made using stranded wire may also have a lower resistance to bending, making them easier to install in tight or confined spaces. Lastly, multiple conductor cables are often made using a PVC jacket to provide increased protection from chemicals, solvents and other corrosive elements.

In conclusion, C6348A.41.10 is a type of multiple conductor cable that is designed to handle high power loads, while providing flexibility and improved performance in terms of reducing or actively filtering interference. It is also designed to withstand harsh environments, due to its resistance to static electricity and electromagnetic interference. Its stranded conductors and PVC jacket further improve its durability, making it ideal for use in demanding applications.

The specific data is subject to PDF, and the above content is for reference