Yes, but only in Europe on a 230 volt 50Hz circuit.
No battery charger designed for home use should ever be used on a 240 volt 60Hz circuit in USA or Canada - or in any other country using that system - because the circuit breakers for that voltage will be sized to protect the wiring for much larger appliances like dryers, washing machines, air conditioners, etc. which take much higher currents than battery chargers. It is not safe to use a small appliance such as a battery charger on such a circuit.
If you are in doubt about what to do,
the best advice anyone should give you is to
call a licensed electrician for advice.
No. You cannot use any battery for it.
Electric golf carts operate from a DC voltage supply which is supplied by batteries. These batteries have to be charged on a regular basis. The voltage the battery charger operates on is governed by the manufacturer of the battery charger. Check the nameplate on the charger to see what voltage AC is required. Usually the chargers operate on 110 volts, but in some high capacity chargers they will operate on 220 volts. The nameplate will tell you what voltage is needed to operate the charger. That depends on the charger being used. Either is available.
what is the number of turns in the primary and secondary coil for 12 volt battery charger with 220 volt power supply> what is the number of turns in the primary and secondary coil for 12 volt battery charger with 220 volt power supply>
Your question is confusing. First off a battery charger puts out DC voltage not AC. If you are asking if you can run a 120 volt battery charger on a 220 volt circuit the answer is no you cannot. That would destroy the charger.
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.
With a 12 volt battery charger that is made to plug into a 220 volt circuit.
There is no remedy but to plug it into a 230 circut.
This scenario can not happen due to the different configurations of the plugs (caps) that are used for different voltages and amperages.
No. You will probably burn out your charger by subjecting it to nearly twice its rated voltage!
The higher voltage need more resistance, from the formula W = V2 / R. That means R = V2 / W. So 220 v 100 W is 484 ohms, while 115 v 100 W is 132¼ ohms.
No country in the world uses 138 volts. They use 100, 110, 115, 120, 127, 210, 220, & 240.
Assuming a resistive load, the continuous current flowing would be 600/220 = 1.36 amps. The resistance of the load is 220/1.36 = 162 ohms. If you have a 200 ampere hour battery that only supplies 24 volts you can't run your 600 watt device that is designed to run at 220 volts. For sake of argument, say your load is an incandescent light bulb designed to work at 24 volts. If you attached the battery it would try and draw 600/24 = 25 amps and the resistance of the load would be about 1 ohm. You need to match the voltage source to the load requirements. CAVEAT - This example assumes that if a 24 volt battery was used that the 600 watt device was made to work for 24 volts. It is not the same load that would be for a 600 watt device at 220 volts. The problem is that the hypothetical question asked does not match reality.