AC to DC 18.5v 6.5A 120W Refurbished Power Supply for Lipo Chargers with XT60 Cable Adapter

Are you looking for a reliable DC power supply for your FPV Lipo Charger with an XT60 input? Look no further! Many popular chargers like the ISDT Q6 Nano and ToolkitRC M6 & M7 require an XT60 power input. That's why we've put together a complete package. It includes a 19.5V DC refurbished power supply and the necessary adapter cable, ready to use right out of the box. These chargers are tested and have C-Tick/RCM compliance. They offer great value for charging your lipos on a budget. You can calculate your charging amperage by dividing the total wattage by your cell voltage. For example, a 4s battery (13.5V flat - 16.8V charged) can be charged at a max rate of 8.8 amps (120w/13.5), and a 6s battery (20V flat - 25.2V charged) at a max rate of 6 amps (120w/20). If you overdraw the wattage on the power supply, it may reboot your charger or turn off. You can check the wattage draw on your charger's status screen. Please note that due to supply issues, the brand and size of the power supplies may vary slightly. Specifications: Input Voltage is AU Standard AC 100 - 240V~3.5A, Input Frequency is AU Standard 50Hz - 60Hz, Output Voltage is 18.5V - 6.5a - 120W, it has C-Tick and CE certifications, comes with an Australian Style 3Pin Power Cable and a DC 5.5x2.1mm Jack. The package includes a DC to XT60 Adapter Cable, 1x Power Cable, and 1x 19.5V 120w DC Power Supply. Also, you can browse all LiPo Chargers, LiION Chargers, LiPo Batteries, and cables and connectors.

Using this power supply is easy. First, connect the Australian Style 3 - pin power cable to the power supply and plug it into a standard AC outlet (100 - 240V~3.5A, 50Hz - 60Hz). Then, use the DC to XT60 adapter cable to connect the power supply to your FPV Lipo Charger. Before charging, calculate the appropriate charging amperage based on your battery's cell voltage and the total wattage of the power supply (120W). For example, for a 4s battery, the max charging rate is 8.8 amps, and for a 6s battery, it's 6 amps. Keep an eye on the charger's status screen to check the wattage draw. If you overdraw the wattage, the power supply may reboot or turn off. In that case, simply power - cycle it. Remember, due to supply issues, the brand and size of the power supply might vary a bit. To maintain the power supply, keep it in a dry and cool place. Avoid exposing it to moisture or extreme temperatures. When not in use, unplug it from the power source to save energy and prolong its lifespan.