Heaters use a lot of power and can easily exceed the capacity of an already loaded circuit. Anything with a motor or fan will use more power when starting up than after it is already running. If the circuit breaker or fuse is tripping when you plug in or turn on the heater, then you may have too many things on that circuit. Look at every electrical device on the circuit and add up the total watts of each one (it's listed somewhere on each, usually the back or bottom). Divide the total wattage by 120 to get the total amperage needed on that circuit. The fuse or circuit breaker should be rated for at least as many amps needed or it will trip when the total is exceeded. You may have to find another place to plug the heater in or have a circuit added to handle the extra load.
DON'T replace the fuse or circuit breaker with one rated for a higher load, the wiring may not be able to handle it and you could start a fire within the walls or attic. (Using extension cords for heaters in a house is a bad idea because the cord can overheat and start a fire.) If you aren't comfortable with this, find someone that knows what they are doing or hire a licensed electrician.
Yes, maters exist in electricity. A good example is the one you use to plug an appliance into the wall. Electricity is the momement of electrons. Electrons are matter.
The switch to the appliance is down stream from where the power comes in from the plug. Even though the appliance is turned off at the switch the appliance has electricity up to the switch. As you stated there will be voltage potential right up until the pins of the appliance become disengaged from the receptacle If you have ever noticed a three blade plug, the ground pin is longer that the hot and neutral blades. What this accomplishes is that when plugging in a device the ground is made first and when un-plugging the ground is the last to be disconnected. By holding the appliance you were at the same ground potential as the appliance. By touching the "hot" side of the plug when pulling it out you became the return path for the electricity to flow. If you had touched the neutral side of the plug when pulling it out you would have felt nothing. Be careful when removing plugs from receptacles. Always pull on the plug body and never on the appliance's cord
they only use electricity when an appliance is plugged in and switched on
If an appliance does not work at all when you plug it in and turn the switch on the appliance circuit is not on.
Plug the appliance into the electricity socket. Singapore plugs are the same as UK plugs.
Insulators and conductors perform completely opposite functions. Insulators prevent (or insulate) against electricity and conductors carry electricity to someplace. An electrical cord on an appliance, for instance has a metal wire inside to conduct the electricity from the plug to the appliance and rubber or plastic outside to insulate the wire so the electricity does not go anywhere else but the appliance.
No, the applied 110 volt is too high for a 3 volt appliance. The appliance would burn out right away.
Because, copper is abundant, cheap and a good conductor of electricity, with minimum resistance.Another answerCopper is a good conductor of electricity so it allows the current of electricity to flow quite easily from the socket outlet into the three pin plug, then into the wire and then into the electrical appliance or device.Copper is also quite cheap so it's a great way for the companies who make the plug and wires (and also the people who buy them!) to save a LOT of money compared to what they would have to pay if they were made of silver or gold, which happen to be even better conductors of electricity...
You will burn up your appliance!!!!!
permanent attachment to an appliance An appliance plug may have a differently shaped plug, in order to prevent it from being plugged into an ordinary electrical outlet (one with the wrong voltage or power rating).
No, it would completely destroy the 110 volt appliance if you could. The reason that this action can not be done is due to the different plug (cap) configurations on the appliance's cords. They would have to be physically changed to match polarities.
Some appliances, like air conditioners and clothes dryers require about twice as much electricity as most other devices, and require their own 220V supply of electricity. Your appliance will not work with only half the amount of electricity it needs. I recommend calling an electrician and having him install the appropriate plug.
Not really if the 110v plug has a 110v rated appliance fitted, 220v will blow the fuse or damage the appliance, and there is a chance that the 220v will be to much for the 110v plug to handle
This is intended to protect the flex of a plug. A fuse is a little wire that all of the electricity coming into the appliance flows through. If something goes wrong and the current is higher than it should be, this fuse will overheat and burn out, thus breaking the wire and cutting the flow of electricity. If there was no fuse, the circuit would not be broken, this could overheat the plug and it could possibly catch fire. The 13A means that that fuse is set to 13 Amps of current, If it gets anything over that, the fuse will blow. Depending on the appliance the number will vary. 13A fuses are mostly used in the flexes of an appliance that have a high voltage, such as heating appliances like kettles fan heaters. When choosing a fuse for a plug you must choose a fuse that is higher than the current that the appliance has as current is higher when things are first switched on. If you choose a fuse that is too low for the appliance, the fuse will keep blowing out. Never choose a fuse that is too high for an appliance as this will not blow out if the current is too high.
The appliance's circuit is open.
You don`t. You cannot put 220 volts into a 110 volt appliance. Find another plug to run off or get an electrician to change the plug over.
boost the current flow to the appliance
You get an adaptor
Yes, the 250 volt rating on the appliance is the maximum voltage rating that can be applied to the appliance.
You have a potentially dangerous overcurrent situation. The problem could be an appliance or an outlet. Electricity can kill and start fires. It is recommended to call an electrician.
Don't stick anything into a plug socket unless it is a plug, this doe not include fingers, pencils or scissors. Do not use wet hands when turning on electrical equipment. Ensure that the plug has the correct fuse rating for the appliance. Ensure that if the appliance needs to be earthed then it is. Ensure that theg. Always turn off the plug sockets when a plug is not in it otherwise your house will be swamped by delta wave radiation. Don't stick anything into a plug socket unless it is a plug, this doe not include fingers, pencils or scissors. Do not use wet hands when turning on electrical equipment. Ensure that the plug has the correct fuse rating for the appliance. Ensure that if the appliance needs to be earthed then it is. Ensure that the fuse box has the correct rating for the power requirements of the building. Always turn off the plug sockets when a plug is not in it otherwise your house will be swamped by delta wave radiation.
No. Attempting to run an appliance on insufficient voltage can cause damage to the appliance and can be dangerous. Call an electrician and get him to install a 220v plug