E1502S.25.03

Multiple Conductor Cables

A multiple conductor cable is the collective name for a range of electrical wires and cables which have multiple copper conductors within the same sheath or jacket. In order to prevent crosstalk and other transmission issues, the conductors are often twisted together in a pattern for uniform shielding. This type of cable is used in many different fields and applications, and the requirements for the combinations of conductors, insulation, and protection can vary depending on the specific needs of the system.

E1502S.25.03 Application Field and Working Principle

E1502S.25.03 cables are used in a variety of applications, including power, control, and instrumentation. The most commonly used conductor combinations are three or four twisted together pairs that can be unshielded or shielded with an overall braided conductor shield. This type of multiple conductor cable also offers high electrical performance that is ideal for industrial and commercial installations that require low levels of attenuation and crosstalk.

In terms of construction and insulation, the E1502S.25.03 cable uses a polyvinylchloride (PVC) insulation with a nylon inner wrap. It also has a conductive aluminum foil shield, with an overall shielded construction designed to provide superior EMI/RFI protection. The aluminum foil shield is laminated to the outer sheath and is highly resistant to mechanical stress, moisture, and abrasion.

In regard to working principle, this type of cable has a cross-linked polyethylene (XLPE) insulation compound that is applied to each of the individual conductors. This XLPE insulation is available in various thicknesses and offers excellent dielectric strength and resistance to chemical attack, as well as a low temperature co-efficient, allowing for higher current capacities in comparison to other similar cables. Each of the stranded conductors are then insulated and twisted with a PVC insulation. The individual conductors are then jacketed with a protective nylon jacket in order to protect them from poor environmental conditions, and an overall braided shield is then applied for protection from EMI/RFI.

The vast majority of multiple conductor cables are designed with an overall shield and shielding to protect the conductors from external interference. This overall shield is usually two to three layers of stranded copper, which is then wrapped in an aluminum foil shield. The foil shield is designed to provide the most complete protection against EMI/RFI, and is also usually reinforced by the use of an overall braided shield.

The E1502S.25.03 multiple conductor cable is designed to provide the most efficient and reliable performance in a wide range of environments and applications. It offers superior electrical performance, as well as high durability and flexibility, making it an ideal choice for industrial and commercial installations. This type of cable is also extremely lightweight and easy to install, making it an ideal choice for a range of applications.

Conclusion

The E1502S.25.03 multiple conductor cable is an extremely versatile and reliable choice for various industrial and commercial installations. Its individual components are designed to provide maximum performance, and its overall construction provides superior electrical performance and superior EMI/RFI protection. With its high strength and its light weight, this type of cable is ideal for many applications, and its durability and flexibility make it a great choice for a range of applications.