About 180 watts assuming a 90% conversion efficiency.
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Have to know the wattage or resistance of the lamp to answer this question.
It would be at least 250 amps, maybe 300 amps.
The average deep freezer or chest freezer uses about 130 watts. There are some energy saver models that might use less wattage.
The answer depends entirely on the wattage of bulb used! You can find the amperage of your light by using the Power Law which states that amperage = wattage divided by voltage. Thus a 60 watt bulb on a 120 volt system would draw .5 or 1/2 an amp.
You need to find the wattage of the pump motor. This is found by multiplying the voltage of the motor by the amperage of the motor. Once you have this figure use it to find an inverter that can handle this wattage load at a 240 volt output.
They are not compatible. You cannot connect any AC device to a DC battery without a inverter. The size of the inverter determines what it will run. And the wattage of the fan determines what size inverter to buy.
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NO! I recently tried connecting a 12 volt inverter to my solar panels that have an 18 volt output. The inverter fried in under a minute.
You can buy an "inverter." It plugs into the cigarette lighter or accessory plug or directly clips to the battery terminals and converts the 12 volt DC to AC. You can then plug your appliance into it. Be sure to get an inverter that is the right wattage capacity for your device.
12 volt of an ordinary inverter battery
No, you can not hook up a 12-110 volt inverter to a house socket.
An inverter changes a d.c. input to an a.c. output. Inverter is a device to change low volt DC to high volt AC 12 Dc to 220 Ac volt So many type of inverter of watts 500 watt 1000 watt 5000 watt
Yes, an 18 volt charger can damage a 14 volt battery. This is because the wattage for the battery needs to be equal to the wattage of the charger.
That is called an inverter.
Determining Size of Power Inverter NeededGenerally power inverters are designated by how much power they are capable of putting out. Usually this is indicated in Watts, which is a universally accepted unit of power measurement.For example, I have a 120 Volt / 1,000 Watt inverter which I use with my 12 Volt pickup truck battery. That one thousand watt specification indicates that it will operate a 120 Volt electrical device that uses 1,000 Watts [or less]. Commonly, to save line space, the Wattage is expressed in Kilowatt [Kw] units, with 1Kw meaning 1,000 Watts. Thus, you will see various designators such as 1.2 Kw [1,200 Watts], or 3Kw [3,000 Watts], etc.To determine what size inverter you need, it is necessary to carefully examine the ID labels on the electrical devices that you want, or may want, to power from the inverter.Usually these labels or decals will specify their voltage and wattage, BUT SOMETIMES they will not specify Wattage, instead giving an Amperage [Amps] rating. You can convert this Amperage draw info into Watts by multiplying the Volts [for example, 125 Volts] times the Amps [for example 10 Amps] to calculate the Watts [thus 1,250 Watts in this example].Thus knowing the Wattage demand of your appliances or electrical devices, you can decide which ones, and their total wattage demand, and thus the size of the power inverter you need.Remember that the inverter does not have to be large enough to operate all the devices at the same time, just the sum Wattage of the most heavy power users you would want to use at the same time.
Purchase a power inverter.