Sure, if you want to keep resetting it. To be safe change to a 20 amp and make sure the wire is no smaller than 20 gauge....pkazsr To recharacterize your question, you asked, "Should an electrical appliance be interupted by a circuit breaker designed to trip at the same request for power?" The answer is no because power availability should exceed demand. Amperage is based upon demand. That is, if you have a 15 Amp demand, you need a breaker in excess of that demand. If my electric shaver requires 15 Amps to run, which is the equivalent of a buzzsaw, I don't want the circuit breaker to trip at that demand. A 20 Amp circuit breaker would be fine. It is a compromise. If the breaker is at 30 Amps it will power my 15A appliance without interuption. However, if I drop my 15A electric facial buzzsaw into water, the breaker will hopefully trip before I no longer need to concern myself about ever shaving again. That is, the breaker should furnish adequate power for normal use yet shut down when there is excessive demand, such as a shortage. Like when my wife tests our breaker panel by throwing a toaster into my bath, ostensibly to warm the water. The water was warmed I assure you.
Usualy 14 guage if you're using a 15 amp breaker. If you use a 20 amp breaker you can use a 12 guage wire.
While you can physically do this it violates the Electrical Code. 110 Volt and 220 Volt receptacles are required by the Electrical Code to be on separate breakers for safety reasons, this would put them on the same 220 Volt breaker.
No. Also it would be a moot point using a 20 amp receptacle because the breaker protecting the circuit will only be a 15 amp. If you use a 20 amp breaker then make sure that the wire size is #12 and that you remove the 15 amp receptacle from the circuit as it will be not rated for the new 20 amp current.
If the circuit breaker or the GFCI receptacle tripping you are pulling too many amps through the circuit. If that is not the problem you have a problem with the electrical wiring and probably requires an electrician to spot the problem If you are talking about using a different plug in, and it isn't working, the circuit more than likely doesn't have power or the receptacle need to be replaced due to being worn out
The circuit breaker obviously breaks the circuit but only in an attempt to stop a surge of electricity going through your house and possibly hurting you if you're using an appliance, or popping light bulbs and most likely starting a fire.
The main and only advantage of using a split receptacle is the ability to use two 1200 watt appliances on the same duplex outlet. If the receptacle was not split the total wattage would be 2400 watts. Amps = Watts/Volts. 2400/120 = 20 amps. This load would trip a 15 amp circuit breaker.
If you're using a GFCI breaker then the entire circuit will be protected by just the breaker alone. Every receptacle, switch, etc on that breaker will utilise the GFCI protection. You may have problems with it tripping if you plug in a motor (vacuum, etc) on the circuit.
Read your appliance manual.
A refrigerator is an appliance. Her appliance broke, so she had to get a new stove.
No. You will no longer be getting the correct voltage to the appliance. It should be replaced before using again.
On a short circuit trip; the fuses have to be replaced with new ones. On a breaker all that has to be done is it has to be reset. and it a simpel prossess.
If the earth connection has a high resistance it is not capable of acting as a true earth. For example, the high resistance might mean that the fuse or circuit-breaker will fail to operate when there is a fault.
An alternative to using a fuse is to use an electrical circuit breaker.
I went to the orthodontist to have an appliance put in my mouth.
One disadvantage of using fuses is when you have a short circuit condition and the circuit opens, the fuse has to be physically removed and replaced with a new one. This is unlike a breaker that just has to be reset to the on position.
A home circuit for a clothes dryer is 30 amps. This means that the breaker feeding the circuit must be rated at 30 amps. A # 10 copper conductor with an insulation factor of 90 degrees C is rated at 30 amps.So to answer the first part of your question about the breaker the answer is no, the breaker must be changed to a 30 amp breaker.The receptacle configuration of the 50 amp receptacle will not fit the four pin cord that comes complete with a new dryer. So the 50 amp receptacle can not be used.If the 50 amp circuit is in a older home then the feeder cable might not have enough conductors in it. New dryer cable requires three current carrying conductors with a ground conductor also in the cable set. If the existing cable has three current carrying conductors and a ground then it can be used. The cable could be a # 6 depending on what was plugged into the old 50 amp receptacle.Older set ups grounded the neutral conductor of the cable set to the frame of the dryer there by using the neutral return conductor as a ground conductor.The electrical code has changed and this is not allowed any more and states that the ground wire has to be a separate conductor and it connects the frame of the dryer directly to the ground bus on the electrical distribution panelboard. Hence the new four pin plug that comes with every new dryer and the need of a new four pin wall receptacle.
using number 4 wire what is the maximun size breaker possible
Answer for USA, Canada and countries running a 60 Hz supply service.Do this electrical work only if you feel confident that you can do it safely. If not then this is the procedure that an electrician would use and you would be able to follow what he is doing. Again an electrician should be your first choice.If you consider doing this the first thing is SHUT THE MAIN BREAKER OFF. Use an auxiliary light source to see when working in a dead panel. Always keep in mind an ARC FLASH ACROSS HOT MAINS HAS ENOUGH HEAT TO PEAL THE SKIN OFF OF YOU.Before an explanation of how to do this you should keep in mind that this is for a single receptacle only. If any other receptacles are on the same circuit they will also be changed to 120 volts.The existing two pole breaker in the distribution panel that is to be replaced should not have a larger rating than a 15 or 20 amps. The wire size from that breaker will be #14 or #12 respectively. The final results of this project will leave you with a 15 amp 120 volt receptacle and one spare 15 amp breaker in the distribution panel.That said, OK, any 240 volt outlet can be changed to 120 volt by removing the white wire from the 2 pole breaker and inserting it into the neutral bus bar. Remove the other wire (probably black) from the breaker. Remove the 2 pole breaker from the breaker panel. Install two single pole 15 amp breakers into the hole left by the 2 pole breaker. Leave both of these breakers turned off.Connect the black wire that came off of the 2 pole breaker on to one of the new single pole 15 amp breakers. Re install the cover to the electrical panel, this end is finished. At the old 240 volt receptacle, remove the existing device and install a new 120 volt receptacle.Materials can be purchased at local building supply store. Remember to take the electrical panel data with you so you have the information for the 2 new breakers. Once you have the new 120 volt receptacle installed, identify on the electrical panel door what the breaker is used for. Leave the unused breaker in the off position. Turn the new 15 amp breaker on. Turn the main breaker back on. Test the new receptacle with a lamp to make sure every thing is OK.As always, if you are in doubt about what to do, the best advice anyone should give you is to call a licensed electrician to advise what work is needed.Before you do any work yourself,on electrical circuits, equipment or appliancesalways use a test meter to ensure the circuit is, in fact, de-energized.IF YOU ARE NOT ALREADY SURE YOU CAN DO THIS JOBSAFELY AND COMPETENTLYREFER THIS WORK TO QUALIFIED PROFESSIONALS.
Carol and James headed straight to the appliance department to buy a new refrigerator. Some synonyms for appliance are machine, gadget, and apparatus.
how to work a project on speed breaker energy
Yes. Provided you can find a physical match to the existing breaker.
Depends on the wire size you are using. If the generator breaker is a 30 amp then install a 30 amp breaker.
you will need 1-15 amp circuit 120 volts with 14 guage romex wire for lights / you will need 1- 20 amp circuit with 12/2 romex going to receptacle that microwave will plug into in Virginia this has to be a dedicated circuit meaning nothing else but microwave can be plugged into this receptacle. the same rules apply also to the washer and the refrigerator as the microwave. the t.v. also should have 1-20amp receptacle to plug in to but this doesn't have to be a dedicated circuit and other items can be plugged into this receptacle such as vcr's lamps etc. you did not say whether you were planning on having a 120 volt air conditioner or a 230 volt a/c but either way you will need a dedicated circuit with either 1-20amp receptacle using 12/3 romex wire or 1-30amp receptacle using 10/2 romex wire. be sure to match your breaker size to your wire size 14/2 wire size = 15amp breaker 12/2 wire size = 20amp breaker and 10/2 wire size = 30amp breaker. so if this is a new install you will need a total of 6 new breakers i can not give you the wattage or power consumption for anything but the lights which will pull about 500 watts if all on at the same time pulling about 4.3amps
Answer for USA, Canada and countries running a 60 Hz power supply service. Yes you can if it is a split receptacle. These installations can be found in kitchen counter receptacles. These types of receptacles are fed with a #14 three wire from a two pole 15 amp breaker. The top part of the duplex receptacle is isolated from the bottom half of the duplex receptacle by removing the brass coloured tie bar that joins the two halves together. The top part of the receptacle is fed with a full 15 amp capacity by using the black and white wires of the three wire cable and the bottom half is fed with a full 15 amp capacity by using the red and the same white wire of the three wire cable. This allows two appliances to be plugged in to the same receptacle
STEPS IN CONSTRUCTING A SIMPLE ELECTRIC CIRCUIT:1.Prepare the materials.2.Remove the bulb from the receptacle.3.Unscrew the screw in the receptacle using a screw driver.4.Extend the cord of a wire using pliers.5.Connect the cords of the wire in between the loosen screw and the receptacle.6.Put the bulb again on the receptacle.7.Attach the cord at the end of both batteries.