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    A comprehensive guide about XT60 to XT90 charger adapter 

    Let's first define the difference between a charger and an adapter before getting into depth regarding the XT60 to XT90 charger adapter.


    Difference between charger and adapter:


    The actual distinction between a charger and an adapter is that a charger is an electrical or electronic device that is specifically designed to supply power to an electronic device, such as a USB fan, laptop, music player, or supercapacitor, while an adapter is an electrical or electronic device that is specifically designed to charge a chargeable device.

    Unlike an adapter, which is made to supply a device with the necessary power source, a charger is specifically made to charge a device like a battery or a supercapacitor.
    The charger's output voltage rating is typically higher than the voltage that the devices need. A 2V battery, for instance, requires a 5V charger. Conversely, adapters have the same needed output voltage as devices. A 5V DC fan, for instance, needs a 5V DC adapter.
    Because all supercapacitors and batteries are charged with DC, not AC, there is no AC to AC charger accessible. However, both AC to DC and AC to AC adapters are available on the market and are used to give power to DC and AC devices, respectively.

    There isn't much of a competition between the xt60 and xt90 because they are both excellent. These connections can help you do your task quickly and accurately. This is dependent on the kind of battery you're using and how much amperage it requires.


    Key differences between XT60 and XT90 adapter:


    There are some of the key differences between both XT60 and XT90 battery adapters:


    Their sizes are one of the primary differences between these two charger adapters. The XT90 charger adapter is greater in size than the XT60 charger adapter.


    About usage:


    Batteries of 4 to 5 cells work well with the XT60. For 6-cell batteries, it also performs admirably. The XT90 connections may now accommodate batteries with up to 6–8 cells and these connections can be utilized if you are consistently drawing more than 90 amps.

    Amount of current XT60 to XT90 charger adapter carry:


    When utilizing 12AWG wire, XT60 connections can sustain 60A continuous and 180A peak (150A peak for 14AWG wire). To facilitate soldering the wire easier and cleaner, the connections contain solder cups. Because XT60 is polarity specific, it is impossible to inadvertently plug a battery or component in reverse.

    Another significant difference between the two is the amount of current they can handle. While XT60 connections can take 60A continuously, the XT90 offers a reliable connection for applications requiring up to 90 amps of continuous current and 120 amps of peak current.


    Installation difference:


    Installing the XT60 connector needs some soldering skill, doing it for the XT90 battery connector just requires moderate effort.


    Price difference:


    Another important contrast between these adapters is price. Price-wise, xt60 is a little less expensive than xt90. We have a reputation for ignoring less expensive things. And always choose the priciest options. However, in this instance, the xt60 offers about the same efficiency and performance as the xt90 although being less expensive. Up to 60 amps, the XT60 performs extraordinarily. Additionally, the majority of the equipment you use uses 60 amps or less.


    Soldering technique of XT60 to XT90 charger adapter:


    • Let's examine the soldering procedure for the XT60 to XT90 connections. You will want a type C tip for this. Type C will more quickly and effectively heat a broader surface.
    • There are two separate connections. The two connectors must be connected before soldering.
    • If you overheat the nylon case, this will keep the pins in place. After that, unplug the old battery.
    • Never cut the two wires at the same time. Shorting out one of them will result in a short circuit. First, cut one of the two wires.
    • Next, trim the insulation by 3 mm, and twist the wire end around each other.
    • Use the tip of the soldering iron to coat the bottom of the wire with tin. Apply flux to the wire before soldering, or use a tin with flux.
    • Maintain a cool cable. After that, the cable is shrunk by heat. The connection is then clamped.
    • The rounded side of the plug is a downside if it isn't labeled. The square side is also advantageous.
    • On the connected pin, warm up the soldering iron tip. Put tin within the joint. Put the cable inside the pin and heat it until the tin and cable melt together.
    • If heated for a long enough time, the connector's nylon shell might melt.
    • Wait a minute or immediately apply the heat shrink tube. It will start to get smaller right away.
    • For the XT90, thin both the connection and the wire simultaneously to improve grip. Twist the wire after removing the shooting.
    • Afterward, thin the wire. Start touching the iron with the solder until the wire begins to wick, and then stop. This will thin the wire. As soon as the wire begins to absorb solder, move quickly to it.
    • Ensure that the wire is entirely soldered, leaving no exposed areas. Your connection has now been soldered.




    XT60 to XT90 charger adapter are used to charge RC batteries, drones, and aircraft.
    A converted xt60 or xt90 battery from a Li-Po cell might also power a drone. You should be aware that drone batteries may be charged through USB. In addition to batteries, charging is essential.




    Both connections essentially have the same functionality. It all depends on the kind of battery or gadget you intend to utilize the connection with. With 11 years of manufacturing expertise, Kelemax offers a variety of battery adapters. The inexpensive cost and simplicity of soldering make XT60 to XT90 charger adapter worth buying.