The US does not use 120 volts at 50 Hertz.
In North America, it is 60 Hertz, and in Europe it is 50 hertz.
Voltage is a measure of potential difference while Hertz is the term we use for cycles per second when we consider rates of change. We might say 50 Hz is a rate of change of voltage equal to 50 cycles of that voltage per second. There isn't a way to "convert" voltage to Hertz.
Home electrical service in the UK is 230 volts at 50 hertz.
Philippines follows 60 hz.
No. Lots of countries use 50 hertz for their national electricity services.
The US does not use 120 volts at 50 Hertz.
No, the U.S. electrical system is 60 hertz not 50 hertz. The only way you can use it is if the charger will operate at 50 & 60 hertz which is unlikely but possible. It will be listed on the charger if it will operate at a lower hertz.
In North America, it is 60 Hertz, and in Europe it is 50 hertz.
50. Hertz is the same as cycles per second.
The same as charging at 60 hertz if you are in a county that runs at 50 hertz and have a charger that runs at 50 hertz.
It's "hertz", not "hetz". The number of hertz is the frequency. For example, if the current has a frequency of 50 hertz... well, that's the frequency. Hertz is equivalent to cycles/second, and it is sometimes written that way. So, 50 hertz could also be written as 50 cycles/second.
50 hertz
There is nothing to convert. You are using the same unit of measurement. A hertz is a hertz, all you are dealing with is 10 less Hertz. 60 Hertz - 10 Hertz = 50 Hertz The difference is 10 Hertz. The math there is just to give you a clear example and illustrate my point. What you are asking for is similar to someone asking "how do you convert miles to miles" or "how do I convert inches to inches".
Being a resistive load it would work. The hard part of this procedure will be inserting a 50 Hertz plug into a 60 Hertz receptacle. The pin configurations of the two systems do not match each other.
50 Europe 60 USA
Original Answer:If the power was being generated by a generator all that has to be done is slow the RPM of the generator down until the frequency meter reads 50 Hertz. On a hydro site it would be the same scenario by slowing the turbine down.Improved Answer:changing frequency is one of the more difficult things to do. Decreasing the speed of a generator is not a practical answer if the power comes from grid. You can use a variable frequency drive, or a motor generator set (Where the motor is rated for 60HZ, and the Generator is rated at 50 Hertz).For practical purposes, just get rid of the 50 hertz device and buy a new one.