C0552A.41.10

Multiple conductor cables are commonly used in electric power and communications systems for the transfer of electricity, data, and energy. Multiple conductor cables are used in a wide range of applications, including power transmission, power distribution, industrial wiring, building wiring, electronic wiring, and communications wiring. C0552A.41.10 is an example of a multiple conductor cable.

C0552A.41.10 is used for applications where high fire protection requirements must be met, such as electrical wiring in nuclear power plants, aircraft, marine applications, and medical equipment. The cable consists of high-temperature insulation material, providing excellent mechanical and protective properties, with a fire protection rating of UL94V-2. It has excellent resistance to most fuels and chemicals, and is also resistant to high temperatures, up to +125 C.

The cable also includes two braid layers of heavy duty PVC insulation. These layers provide extra shielding, protecting the cable from electrical interference, and ensuring consistent performance in a wide range of environments. The braid layers are also chemical and flame resistant, providing extra protection to the wires and cables inside the cable.

The C0552A.41.10 is designed for use in low voltage applications, with a voltage rating of 0.6/1kV. The cable is available in three conductor sizes: AWG 20, 22 & 24. The stranded construction consists of seven strands of tinned copper wires, with a stranded conductive core covered by Aramid yarn used for screening. Each core is insulated with black XLPE and a high temperature red PVC tape wrap.

The C0552A.41.10 cable can be used in a variety of applications, including for: electrical wiring in hazardous locations such as petrochemical and nuclear power plants, aircraft, ships and commercial buildings, and for electronic equipment. The cable’s excellent fire protection properties make it suitable for many different industrial and commercial applications.

The C0552A.41.10 multiple conductor cable’s working principle is based on the traditional current-carrying principle. In basic setup, the current flows from one conductor to the other or from a single conductor to a conductor in close proximity. This principle is used to transfer and conserve energy in electric power systems as well as to transfer data and signals in electronic systems.

The C0552A.41.10 is an example of a multiple conductor cable suitable for a wide range of applications. Its many advantages, such as the high fire protection rating, the resistance to most fuels and chemicals and the excellent shielding, make it an excellent choice for industrial and commercial wiring. The traditional current-carrying principle makes this cable suitable for both electric power and data/signal transmission applications.