Description

Colour: Black, Red
Connector gender: Male-to-Female
Voltage: 1.5E+3 Volts DC
Input current: 50 Amps

【10 m/32 ft Solar Panel Extension Cable】— Solar Panel Extension Cable with Female Connector and Male Connector 10 m/32 ft Red + 10 m/32 ft Black, Which is Designed For Installing Solar Panels For Power Connections And Off-Grid Systems
【IP68 Waterproof】— Can Withstand Extremely High And Extremely Low Temperatures -40°C To 95°C. Easy To Maneuver
【Minimum Power Loss】— Solar Panel Cable Is 10 AWG with a Conductor Diameter Of 6mm², Can Reduce The Power Loss In Your Solar Panel System. An Adapter Cable Is A Set Of Two Wires Specifically Designed To Connect A Solar Panel To A Solar Charge Controller
【Safety Material】— Made Of Irradiated Polyolefin Plastic Sheath + Tinned Copper Conductor Safety Material, Ensure Its Good Electrical Conductivity. 100% Solar Cable TUV, CE, ROHS Certificate, Manufactured with the Highest Quality and Durable
【 Easy to Install 】— Insert The Plug Into The Solar Panel Or Inverter Without Cutting And Removing The Crimp Terminals Of The Cable Or Plug. The Locking Design On Both Sides Of The Solar Plug Can Prevent The Plug From Loosening And Provide Security

Additional information

Style Name	3m/10ft 12awg/4mm², 5m/16ft 12awg/4mm², 6m/19ft 10awg/6mm², 8m/26ft 12awg/4mm², 10m/32ft 10awg/6mm², 10m/32ft 12awg/4mm², 20m/65ft 10awg/6mm²

Cable as described.

The cables came in great condition and worked perfectly.

Good stuff

Nice heavy duty cables. Just what I wanted

Worked

They exte ded my cords off the solar panels as stated. I needed a little extra line and it did the job no issues with panels attaching to existing cords.

Renogy Compatible

Purchased the Renogy 400W system/kit to run my CPAP at my family's off-grid remote camp. The kit comes with only a 10' cable to hook the panels to the charge controller, so I purchased these extensions. The connectors are a perfect match. Good quality cable at a reasonable price.

Works as intended.

It works as intended, but with any solar system, more length of the wire creates more resistance and loss of power. At 400 watts with an 8 ft cord, it turns to 280-300 watts at 30 ft.

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