5 Core DC Power Cables

5 core DC power cable is a special electrical cable that has five individual conductors or “cores” within one single sheath, dedicated to DC power transmission. Each core carries electricity for performing some particular function, including grounding or signal transmission, which makes the cable suitable for complex systems. Our 5 core DC cable is specially designed for low voltage applications of high-efficiency DC systems, such as solar panels, telecom equipment, and industrial machinery, in which energy loss should be minimal.

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5 Core DC Power Cords Technical Description

Color

Black, White

Wire core material

Tinned Copper, Copper

American Wire Gauge

18AWG - 28AWG

Insulation Material

Silicone, PVC

Maximum Temperature

-40 - 80℃

Voltage

3V, 5V, 9V, 12V

Certification

RoHS, CE

WaterProof

IP67

Ways

2-8 ways

Pins

5 Pin

How does one choose appropriate specifications for a 5 core DC power cable?

In fact, the right choice of 5 core DC power cable will altogether depend on the particular voltage and current that your application requires, together with considerations around the environment the cable will be in and the distance it needs to cover. Key specifications include the conductor material, typically either of copper or aluminum for maximum conductivity; the type of insulation, which must be compatible with the operational voltage and, where applicable, with other environmental stresses such as heat or moisture; and the cross-sectional area of each core, which determines its current-carrying capacity. Attention to technical standards, supported where necessary by the advice of a professional supplier, is helpful in securing an optimum trade-off between performance on the one hand, safety on the other, and cost.

How to ensure to install and maintain a 5 core DC power cable correctly for optimum performance?

Proper installation and maintenance of the 5 core DC power cable start with the following guidelines that have been provided by its manufacturer and further adherence to safety regulations. The cable should be laid without sharp bends or undue stress during installation; otherwise, it may lead to the damage of insulation or core. Connectors and terminations should be of the proper type to minimize electrical resistance, hence preventing overheating. Regular inspections shall be directed towards wear and tear, corrosion, or physical damage in outdoor or industrial environments. Keeping the cable clean and functioning within its rated capacity will go a long way in extending its useful life and preserving its efficiency.