It could be that the bathroom circuit simply has more on it so the hair dryer is pushing the circuit beyond its limit. In a typical bathroom, properly wired, this would not be the case. But if there are lights on the circuit other than in the bathroom (it would take a lot of lights for this to be a problem), or if there is a source of heat in the bathroom that is on, this may be where your problem is.
The formula you are looking for is I = W/E. W = kW x 1000.
It moves a fan. The fan is what causes the airflow in the hair dryer.
A circuit breaker is a device that opens its contacts in order to open the circuit in case of current overload. A differential circuit breaker is a device that opens the circuit in case of leakage (current measured on the phase line is differentthan the current returned to neutral line); therefore protects users from electric shocks.To more understand how it operates, consider the following:Say that your electrical wall outlet is connected to a differential breaker. When plugging let's say a hair dryer to it, the current traveling on the phase line (going into the hair dryer and out to the neutral line of the wall outlet) equals but in reverse direction of the current returned to the neutral line, thus the difference is zero. Now let's say this hair dryer got faulty and fraction of the current coming from the outlet phase line travels through your body and return to earth (considering that you are not electrically isolated from the ground). Thus the current in neutral line is less than the current on phase line; at this moment the difference is not zero and breaker opens to protect you from getting electrocuted.
An overload trip is due to too much load on a circuit (for example, my wife running a hair dryer and portable heater on the same outlet). An over current trip is the same thing, but it can also refer to an actual fault condition where conductors have come in contact with eachother/shorted.
About 660 watts. A hair dryer has a small blower motor and a resistance winding that heats up. The formula is watts = volts x amps x power factor. In the case of a resistive load like the wire that heats up the PF = 1. However, the blower will have a lower PF of about .8.
You, my friend, have a problem with your hairdryer! The windings for your motor or the heater are brushing the ground system within the dryer. The whole reason we have GFCI systems is to prevent you from using that very device in your bathroom. Buy a new one!
Yes - a hair-dryer rated at 120 volts will work in a 110 volt outlet.
in a power outlet
with electric
depends on the wattage of the hair dryer. most are 1250 to 1600 watts so a 20 amp gfci circuit would be able to carry the load of a standard hair dryer.
Yes, you can.
More than likely, you are getting them wet. Most hair dryers have GFCI (ground fault circuit interrupter) devices, and that is why the plug is so big. However, on most, it is a single-use device. So it protects you one time from electric shock and then renders the hair dryer useless. There is a metal screen in the end, and it is wired to the GFCI. So try to avoid touching the hair dryer all the way to your head. There may be other possibilities like buying shoddy hair dryers or getting too much electricity to the outlet. Here are some things to try to stop burning out hair dryers: 1. Don't let the metal in the end of the hair dryer touch your hair or body while using it. 2. Keep the hair dryers dry and away from water at all times. 3. Always unplug it when not using it. 4. Install a GFCI outlet in the bathroom if you don't have one there already. 5. Get a voltmeter and test the outlets. Call the power company if it is too high. 6. Get a quality hair dryer.
Often times when people put down their hair dryers, the area they place them in is wet. A hair dryer holder makes it so that your electrical hair dryer does not get water in it and electrocute the person or short circuit your wall outlet.
Often times when people put down their hair dryers, the area they place them in is wet. A hair dryer holder makes it so that your electrical hair dryer does not get water in it and electrocute the person or short circuit your wall outlet.
Ground fault circuit interrupter. Turns off the the power to the outlet, when the there is a leakage in current. example when you stick your finger in the outlet and the current leaks threw your body
If you drop a hair dryer in a bath tub, you will electrocute anything in it.
The formula you are looking for is I = W/E. W = kW x 1000.