2 Core DC Power Cables

Our 2 core DC power cables have wide usage in systems whose operations involve the transmission of stable DC power. This finds its niche in solar energy systems; thus, it connects the solar panel to either the battery or the charge controller. LED lighting, especially for outdoor or decorative purposes, provides consistent power delivery. Several other applications are found in the automotive and marine industries to supply various low-voltage devices such as sensors and auxiliary equipment. Due to its versatility, the 2-core DC power cable can be reliably applied in many fields.

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2 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

2 Pin

Can a 2 core DC power cable be used in both low and high-voltage applications?

The 2 core DC power cables can support both low and high voltages, provided their design capacity allows for the same. In general, standard cables with PVC insulation can be made for low-voltage applications, powering LED lights, or small devices. Applications requiring high voltage, such as connecting industrial equipment, require cables to be made of advanced insulation materials like XLPE or any such material that can bear higher electrical stress. Always ensure the cable’s voltage rating is compatible with the application so as not to encourage overheating or unsafe operations.

What factors should one consider when selecting a 2 core DC power cable for industrial machinery?

First, there is the current rating of the cable, which should be good enough to carry the maximum current that may be utilized by the machinery without overheating or causing voltage drops. This capability is directly related to the cross-sectional area of the cable, which is usually given in square millimeters and should be suitable for the demands of the system. The insulating material used is also a factor. During industrial use, cables go through very harsh conditions of high temperature, oil, chemicals, or sometimes even physical abrasion. Cables intended to be used in such conditions should be made with tougher insulation materials, such as XLPE and rubber, which are highly recommended owing to their excellent resistance and durability. Another important aspect is flexibility, especially when the cable is going to move or bend during operations. Flexible cables reduce stress impact on the connecting ends and prevent wear and tear.