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Waterproof DC Power Cables

Waterproof DC power cables achieve protection through the usage of insulation that tightly seals and specially designed connectors, each preventing moisture entry into either the cable or its connections. Other materials used will be thermoplastic or cross-linked polyethylene, offering great resistance to UV rays, changes in temperature, and even water ingress. The cables are tested for IP standards to ensure reliable performances in submerged conditions or extreme weather.

Waterproof DC Power Cable Technical Description

Color

Black, White, Red

Wire core material

Tinned Copper, Copper

American Wire Gauge

16AWG - 30AWG

Insulation Material

Silicone, PVC

Ways

2 - 8 ways

Pins

2 - 10 pins

Maximum Temperature

-40 - 80℃

Voltage

3 - 24V

Length

30 -300CM

Certification

RoHS, CE

WaterProof

IP67

Inner diameter

2.1mm, 2.5mm

Outer diameter

5.5mm, 5.1mm

Waterproof DC power cables have high demand in the marine, solar energy, and automotive industries for their excellent performance in providing power through the most unfavorable conditions of the environment. The cables have protected water and salt exposure within the frames of a marine appliance and have endured outdoor weather to connect panels and inverters in the case of solar energy applications. Power feeding is also provided by these cables to critical systems that are exposed to moisture in automotive and industrial automation.

Waterproof DC power cables are designed with a structure to bear such high power safely. The efficient passing of energy is maintained by high-class conductors, and insulation is durable enough to bear the heat generated by such current. Provided that selection is made out of voltage and current values, such cables may keep their structural features and electrical safety under severe conditions, too.
The selection of the right waterproof DC power cable will depend on voltage/current requirements, environmental conditions, and specifics in installation. It shall be designed according to the requirements of power but must also be durable in the environment if it is exposed to UV rays, water, or very extreme temperatures. The compatibility of connectors with your equipment and safety standards is another thing that you will need to consider. Lastly, consider the scaling up of your setup if it may require more power in the future.