A Good Way to Solder an RC Battery

RC battery energy are usually rechargeable battery energy wired as a energy supply to provide greater current. They are often lithium-based battery energy because they are lightweight and produce 3.6 v compared to 1.2 v from a nickel-based battery energy. Soldering an RC battery energy so it's wired to another battery energy to increase outcome is a fairly straightforward task.

1. Eliminate ¼ inches of plastic off both ends of a 3-inch remove of cable using cable strippers. This shows the copper mineral metal core.

2. Heat a soldering metal to operating temperature. Position one end of the cable remove on the beneficial terminal of the first RC battery; it's marked "+" and then put the end of the soldering metal onto the cable and terminal and introduce the solder. Let the solder melt so it coats the terminal and the cable, then take away the soldering metal and let the solder solidify.

3. Position the other end on the adverse terminal marked "-" of the second RC battery energy you are soldering. Repeat using the soldering metal and solder. Eliminate the soldering metal and let the solder solidify. Turn off the soldering metal.

This procedure has soldered two RC battery energy in sequence to double the outcome current. You have one adverse terminal 100 % free on the first RC battery energy and one beneficial terminal 100 % free on the second RC battery energy. Use these terminals to connect to the RC model you want to energy.

Tips

You can solder as many lipo battery energy in sequence as you need to energy your device. Simply continue to solder the end of another cable remove to the beneficial terminal of the second battery energy and then solder the other end to the adverse terminal of a third battery energy and so on, to get to the energy you need.