The amps you can run off a 5-volt charger depend on its power rating, which is usually indicated on the charger itself. Most 5V chargers come with a specific amp output capacity (like 1A, 2A, or 3A), which tells you the maximum current it can safely supply.
To determine how much current you can draw, check the charger's label for its maximum amp rating. Exceeding this limit can cause overheating, potential damage, or trigger safety features that shut it down. For example, a 5V, 2A charger can safely provide up to 2 amps, which is 10 watts of power (5V x 2A = 10W). If you need more amps, you’ll need a charger rated for a higher current at 5 volts.
As many as will fit. The limit is usually determined by other factors, such as how many amps or watts are required rather than how many volts.
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Watts = Amps x Volts. Amps = Watts/Volts. 10000/120 = 83.3 amps can be used at 120 volts. On a generator that large it is most likely that it also has the capacity to produce 240 volts. 10000/240 = 41.6 amps can be used at 240 volts. What you can connect to the generator will be totals of the amperage of devices that do not go above these amp ratings.
That of course depends on who made the water heater and what model number it is you could always call the manufacturer. Quickest way I know of is to look at the heating elements. They will have a wattage rating. This number is visible when you take the cover or covers off, move aside the insulation and use a flashlite to spy the pesky little rascals.I suggest you shut off the voltage first. My 80 gal has 2 elements of 4500 watts each if I'm not mistaken. All you need to do is multiply the Volts by the Amps and that equals watts
The V stands for volts and A is amps. If for example you have a 12kVA device and are running off a voltage of 120 volts then Amps = 12000/120 = 100. You then use the calculated amps in a wire size table to get the correct size.
These are not convertible quantities. The same way that you cannot convert seconds into pounds. Or pounds into miles per hour. If you reconstituted your question into the form of "I have a device that draws 2 amps at 125 volts, how many Watts is it consuming?" we'd be off to the races. Hope that helps.
The inverter isn't run off the alternator... it's run off the battery. The alternator simply recharges the battery.
It's the amps that are controlled by the breaker not the volts. You can have a 600 volt 15 amp breaker, you can have a 347 volt 15 amp breaker. The breaker will trip when you exceed 15 AMPS.
An iPad charger typically uses 10 to 20 watts, depending on the model and the specific charger. Older iPads usually come with a 10W or 12W charger, while newer models, especially iPad Pro versions, can use chargers up to 20W or more. Apple’s latest USB-C iPad chargers are often rated at 18W or 20W, which allows for faster charging. You can find the exact wattage on the charger itself or in the iPad’s specifications.
50 amps maximum and 40 Amps continuous. The voltage in this case doesn't enter into the equation. There are some issues to consider when DC is involved with arcing when plugging or unplugging device. You should only do this when power is off.
depends on voltage.... 120volt = 8.33 amps , 240volt = 4.17 amps
It will work on an American DS. My DS is American, and I just bought a regular DS charger off Amazon :)