Depending on size of Fridge. But AVERAGE is 12 volts for fridge, circuit necessity 15 amps
15 amps X 120 Volts=1800 watts minimum...I'm LEARNING myself
A backup generator keeps you out of trouble if the power goes off in your neighborhood. You can temporarily use a generator to run your appliances so that you have light, a refrigerator and other important functions needed on a daily basis. Make sure that you buy a backup generator that is the right size for your needs; it might be necessary to estimate the amount of power that you need before you go shopping.
What KVA generator is needed to run 1 ton split?Read more:What_KVA_generator_is_needed_to_run_1_ton_split
Depends on the refrigerator. There should be a sticker on the inside of the fridge that lists the power requirements. Make sure the generator rating is RMS and not peak. You can use a generator wattage calculator to estimate the total wattage you would need to power your "must have" appliances during a power outage. This way you can estimate the generator size (in watts) you would need to power them.
The factors that determine how long a propane generator can run are the size of the propane tank, the size of the generator, the brand of generator, and what is being used under the generator's power.
You need a 5.5kw generator to run a 5.5kw motor.
A 2 ton unit would be most useful for that size home. 1280SF generator will be most useful and cost less in the long run. It will also last longer because it can hold up to what is needed.
A 1500 watt generator will do fine.
Yes, generators are manufactured that can run on these products. The overlying factor is how large a KVA generator is needed for backup. If a large size generator is needed, the gasoline engine driving the generator may not have enough horsepower to do the job when compared to a diesel engine. Larger gasoline engines consume much more fuel per HP than do diesel engines, if cost is a factor in the equation as to what engine should be used to drive the generator.
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No, a 2800 watt generator is not large enough to run a home as stand by power. For a generator ot produce 100 amps a 25,000 watt or 25 kW generator would be needed. Since a house uses about 50 to 60 amp at any one moment during normal everyday living, a 60A x 240V = 14,000 watts. A 15 kW generator would be the minimum size generator to run a house without cutting back on any loads.
I think it can work with a certain type of generator and an electric motor like one that uses 300w/h The idea is to run a generator that can produce more electricity than needed to run the motor that is powering it.
To answer this question the voltage and amperage of the unit must be stated. Once this is given the generator size can be calculated.