halogen
A dehumidifier is pretty much the same device as an air conditioner. It has a compressor which uses freon to create a cold surface for water to condense on. The fan only is a simple fan that moves air. The fan is the smallest electrical draw as opposed to the dehumidifier. The fan can have a current draw of as little as 1/10 of an amp when the dehumidifier can have a current draw as much as 15 amps when the compressor is running.
A simple fan runs on about 15-20 watts. It does that continuously while it's running. If it runs for an hour it will use 15-20 watt-hours of energy.
By far a toaster draws more current than a light bulb.
It depends on the wattage the fan draws. A simple way to work it out is to use a simple formula. Find where it tells you the wattage and then devide by the house hold voltage and that will give you how much current is being used in amps
You need to mention the wattage of the fan to know the current.
More information is needed to answer this question. Voltage, type of fan, horsepower of the fan or wattage of the fanareneeded to find what the current draw of the fan.
halogen
0.4 amp
Failed fan motor.
A 240 v 14 w cfl bulb uses about 0.14 amps.
How much diesel does BMW X5 consumes ??
as much as he can
A dehumidifier is pretty much the same device as an air conditioner. It has a compressor which uses freon to create a cold surface for water to condense on. The fan only is a simple fan that moves air. The fan is the smallest electrical draw as opposed to the dehumidifier. The fan can have a current draw of as little as 1/10 of an amp when the dehumidifier can have a current draw as much as 15 amps when the compressor is running.
Fan speed is the result of the impetus provided by the motor and the drag resulting from pushing the blades through the air. When the air through the fan blades already has velocity, the drag on the blades decreases...the motor power remains the same...so the fan speeds up. Current draw on the motor does not change.
FAn works by current
Overheating is a symptom of too much current. There may be a short in the winding of the fan motor across windings that effectively reduces the resistance, but the fan could still work.