55/2124-28-2/6-9

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 have many distinct applications and provide crucial applications for industrial products. One particular type, 55/2124-28-2/6-9, is designed for specific applications and has its own working principle.

This type of cable is composed of many layers of copper strands that are twisted together into a single shape. The strands are arranged in groups of two, three, four, five, six, seven, eight, and nine, allowing for increased flexibility and resistance to mechanical shock. Additionally, these cables are resistant to environmental factors such as temperature, moisture, UV, and ozone. Other specialized performance options are also available, such as flame retardancy, low smoke generation, low toxicity, and ultra-low capacitance. Since each individual copper strand has its own metallic properties, they can be used together to form custom, high-performance cables.

55/2124-28-2/6-9 multiple conductor cables are beneficial for many fields, such as industrial control, medical equipment, motor and generator applications, data transmission, and aerospace. In terms of motor and generator applications, such as automatic door openers, a multiple conductor cable is able to provide reliable transmission of power and control. Since the multiple strands of conductors are twisted together, the power and control currents will be able to experience less electromagnetic interference. Additionally, because each individual strand is smaller, the overall cable has a lower electrical resistance, which leads to improved system efficiency.

The working principle of the 55/2124-28-2/6-9 multiple conductor cable is related to its construction. The strands of the cable consist of many small strands that are strategically twisted together. As the strands are placed together, the solid wire core becomes surrounded by the thin strands. This creates a mesh-type structure that has the ability to be bent and manipulated around corners and even confined spaces. Additionally, the strands of the conductor create an interlocking effect that helps to reduce electrical resistance. Finally, the thin strands themselves reduce the weight of the cable and make it easier for operators to handle.

Overall, the 55/2124-28-2/6-9 multiple conductor cable is a great option for a variety of applications and provides crucial benefits. Its multiple strands exponentially reduce electromagnetic interference, while the overall cable is lightweight and easy to manipulate. Additionally, the mesh-type structure of the strands further reduces the electrical resistance. This combination of features makes it a great choice for industrial, medical, and data transmission applications.

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