M13504 SL005

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Multiple Conductor Cables can provide various advantages when used in industrial and commercial applications, including but not limited to providing electrical power and communication connections. The M13504 SL005 is one such cable that is popular in these types of applications. In this article, we will discuss its application field and working principle.

M13504 SL005 Application Field

The M13504 SL005 is used mainly in industrial and commercial projects – especially in automotive, aerospace, military, and medical equipment. Its relatively safe and rugged construction makes it perfect for these industries. It has the ability to resist temperatures up to 300℃, high mechanical and abrasion resistance, as well as great flexibility and compatibility with many common connectors and straight plugs. It has a UL1581 flame retardancy rating, making it suitable for many commercial and home appliance uses. Additionally, the design features non-halogen insulators with wool insulation material. This cable is designed to exceed fire safety standards and is approved for applications up to 60 volts.

M13504 SL005 Working Principle

The M13504 SL005 utilizes a standard unshielded multiple conductor cable (UCMCC) design. This type of design consists of an inner conductor made of copper or aluminum, an insulating layer, a jacket and a shielding layer if needed. The inner conductor is the source of power, while the other layers stabilize and protect the inner conductor from external interference. The number of conductors in a UCMCC is usually determined by the current needed in the system and the type of power supply. The higher the voltage, the greater the number of conductors. The insulation is usually made of PVDF, PE, Foam PE or fiberglass.

In the case of the M13504 SL005, the power source is a combination of conductors, insulation and shielding. The total number of conductors is seven: three conductors for each phase and one ground wire. The power source is the three conductors, which transfer electrical energy from one end of the cable to the other. The insulation layer provides protection from external interferences, while the jacket adds strength and durability to the cable.

The shielding layer is needed to protect the cable from electro-magnetic interferences and noise coming from other devices. This layer is sometimes made of copper braid, which is tightly woven around the cable and secured with soft annealed copper or stainless steel wires and features an additional non-halogen insulation layer. This extra layer serves to further protect the cable from heat and provide additional safety when needed.

Conclusion

The M13504 SL005 is a popular choice among multiple conductor cables due to its numerous advantages and features. Its application is mainly in industrial and commercial projects, where it provides efficient and reliable data and power transfer connections. It has a UL1581 flame retardancy rating and is able to resist temperatures up to 300℃. Its design utilizes a standard unshielded multiple conductor cable with a combination of conductors, insulation and shielding in order to provide the best protection against external interferences and heat. With a non-halogen insulation layer, it further ensures its safety and reliability, making it perfect for many industrial and commercial applications.

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