A charger designed to run on 220 volts only will not operate on 110 volt supplies but single voltage chargers are rare. The majority of chargers will accept any AC voltage from around 100 volts up to 250 volts.
To find out, take a look at the information panel on the charger. On the panel there will be a voltage rating as well as other data. The voltage is likely to say something like "Input - 100-250 VAC". As long as the voltage available is within the upper and lower limits, the charger should work. You will probably need an adaptor to plug it into the local mains outlets but once you have that, you should be set.
yes as long as you only use one leg and the neutral of the 220 or if the charger is designed to operate on either voltage
THe mbile charger takes a.c (alternating current) from power source and convers it to d.c(direct current) and feds it to mobile battery. The charger also steps down the voltage from the power line voltage 110v etc to very small voltages e.g3 v etc.
Well, that all depends on the voltage of both the inverter and the charger. As long as the output of the inverter is the same voltage as the input on the charger, you should be fine. Example: Normal scooter charger is 110 volts. Inverter is a 12V DC to 110V AC inverter. (the type used to watch a household TV while in a car) and your scooter charger normally plugs into a wall socket in your house, this will work fine. If the inverter you have is one that turns 110V AC to 12V DC, then you will have a problem.
It will work on an American DS. My DS is American, and I just bought a regular DS charger off Amazon :)
The Moto 360 charges on a dock or on a Qi-compatible wireless charger. So, the voltage probably doesn't matter since it doesn't "plug in" in the traditional sense.
To calculate the watts from amperes and volts, you can use the formula: Watts = Amperes × Volts. For 20A at 110V, the calculation would be 20A × 110V = 2200 watts. Therefore, 20A at 110V is equal to 2200 watts.
After the smoke clears...... the charger won't work. Unless it was rated for 120v-220v. Radio Shack (and others) sell devices to convert 220v to 110v to use your charger, but be sure to get one that uses a "transformer". Here's one rated for 85w (watts) http://www.radioshack.com/product/index.jsp?productId=2062422
You don't give the most important piece of information: what is the appliance that the battery charger is used for?That information is needed because the right answer to this question will depend on the power drawn by the battery charger. If it is a very small one designed for use in Europe for a camcorder or a mobile phone, then it should work OK if its label or rating plate says it can be used on a wide range of voltages, such as from 110 Volts to 240 Volts.Even if it does not say that on the label, because it is an old-fashioned "transformer-based" type which will only work on 230 Volts AC, you might be able to use a small type of "international travel" voltage transformer to convert the supply voltage up from 120 volts to 230 Volts AC. These can sometimes be bought at airport shops or usually they are available from electronics parts stores - Maplin Electronics in the UK, for instance.But that small type of "international travel" voltage transformer is not a cheap item to buy and it may actually cost you less to buy - in USA, Canada or wherever you are going to - the right type of battery charger that would be suitable for the battery in your appliance.If the battery charger is a very big and heavy one, taking a lot of power, you would have to buy a much heavier and more expensive kind, an "auto-transformer", to convert the supply voltage up from 120 Volts to 230 Volts AC at the much higher current. But, again, they are very expensive and it may actually cost less to buy the right type of battery charger for whatever the appliance is that you wish to use in USA, Canada or wherever you are going to. (The small "international travel" type of voltage transformer would not handle it, it would probably just blow its internal fuse or might even explode and die!)
To rewire a 220V water heater to 110V, you would need to change the heating element to one that is compatible with 110V. You would also need to adjust the wiring connections in the water heater to accommodate the lower voltage. It is recommended to consult a qualified electrician to ensure proper and safe rewiring of the water heater.
Only if you have a battery charger connected to that 110 volt AC outlet. If you are thinking about connecting live AC current directly to the battery post forget it. That would more than likely cause the battery to explode.
NO the heat would be to strong and the insides where the heat comes out would melt!!!!!!!!!!!!!!!!!!!!!!
To calculate VA (volt-amp), you can use the formula: VA = Volts x Amps. So, for 13A at 110V, the VA would be 1430 VA.