No, A double pole breaker is going to give you 220 volts. 220 Volts is too much voltage for a 110 Volt outlet to handle. == Answer== Better to pull the duplex 30a and install to single-pole 20a breakers...if one kicks out, you will know which side the problem's on. And there's no problem with running a 20a circuit over 10awg wire.
your house has 220 you must use a 2 pole breaker. your wiring will change ,not a do it your selfer call someone
A breaker is based on wire size, as the breaker protects the wire and not the load. This is a voltage drop question. A #3 copper conductor will limit the voltage drop to 3% or less when supplying 60 amps for 110 feet on a 110 volt system.
: Replace the main panel breaker feeding the subpanel with a 30 amp breaker if it is currently larger (50A typical). Then you should be able to change your subpanel's 2 pole breaker to a couple of single pole 30A breakers. Use one of the single 30's for your 30A receptacle.: : : : IF YOU ARE NOT ALREADY SURE YOU CAN DO THIS JOB : SAFELY AND COMPETENTLY : REFER THIS WORK TO QUALIFIED PROFESSIONALS. : If you do this work yourself, always turn off the power at the breaker box/fuse panel BEFORE you attempt to do any work AND always use an electrician's test meter having metal-tipped probes (not a simple proximity voltage indicator) to insure the circuit is, in fact, de-energized.
Generally, no. Some welding machines are designed to run on 110 volts and they are able to weld using limited power. However, a welding machine that is design to run on 220 volts requires more power than can safely be provided by a typical 110 outlet (even if a converter is used). Here's why:110 Outlets typically only have #12 (or even #14) gauge wire, which can only support so much power before becoming dangerously hot.110 Outlets also typically tie into a 15 or 20 amp breaker (or fuse) at the panel, and if more amperage is used, the breaker will trip.Most 220 volt welding machines require a 220 volt outlet that is fed with either #8 or #6 gauge wire, and ties into the panel with a 2 pole breaker rated for at least 30 amps.
The size breaker you use is determined by the size wire used in the circuit. If you use AWG #12/2 wire then use a 20 amp breaker. If you use AWG # 14/2 then use a 15 amp breaker.
Take out the double pole breaker, place the white wire on the grounding bar along with the ground wire, install singe pole breaker(size needed) attach black wire onto new breaker and you now have 110 line.
A double pole 15 amp breaker is designed to protect a 240-volt circuit and may not be suitable for a standard 120-volt circuit. It is important to use the correct type of breaker for the specific circuit to ensure proper protection and safety within the electrical system. If you are unsure about the appropriate breaker to use, consult a licensed electrician.
AnswerAccording to my husband, all sockets are double pole, single and double pole refer to switches. Hope that helps. Double pole isolates both neutral and live, single pole only isolates live, double is better, but single is cheaper. DP-switched sockets have only become commonplace in relatively recent times anyway, marketed on yet another "increased safety" angle when there was never any safety problem with SP to begin with.
Answer for USA, Canada and countries running a 60 Hz supply service.Breakers are rated in amperage and by the amount of poles that they have. Your classification of a 220 breaker is described in electrical terminology as a two pole breaker.Choosing the amperage of the two pole breaker depends upon the 220 volt load that it feeds.Two pole breakers for 220 volt loads.Single pole breakers for 120 volt loads.If the service is only 120 volt then every other bus bar in the panel will be energized. If the panel is a 120/240, then every bus bar in the panel will be energized.This is how and why a 240 volt load requires a two pole breaker.To the answer, yes you an use a two pole breaker in a 120 volt service but only one side of the breaker will have voltage on it depending on where it is situated in the panel board.
A single pole socket will have two prongs, while a double pole socket will have four prongs. Double pole sockets are typically used for appliances that require a higher voltage or have a heating element, such as dryers or ovens.
your house has 220 you must use a 2 pole breaker. your wiring will change ,not a do it your selfer call someone
No. If your AC is currently running on a 30 amp 2 pole breaker, then it is a 220 volt unit. You cannot substitute one 60 amp single pole breaker as you'll only be supplying 110 volts and the AC unit won't work. In fact you could damage it.
You bring in the two phases from the main panel plus a neutral wire and a ground wire. you land the two hot wires on the two hot lugs at the top of the panel and the neutral wire to the neutral buss.and the ground wire to the ground buss strip. when you take power from a single breaker and the neutral, its 110. when you pull power from both hots on a 2 pole breaker with no neutral, its 220 If you dont have a set of lugs at the top, you can feed into a two pole breaker mounted in the panel.Make sure your panel has a two phase lug mount. to check to make sure, with the breaker mounted and no power wires connected and all the breakers except your new 2 pole breaker off. use an ohm meter to make sure that there is no conductivity between the two pole breaker terminals. if there is conductivity, thre panel is not suitable to feed with 220, its a 110 panel, with only one phase back board.
Check voltage on top side of breaker each leg to ground should read 110 if not check main fuses on incoming side to be sure 220 is present,then check secondary side of fuses 220 line to line 110 from line to ground.I think you will find that one leg is open. Did you use a 1 inch double breaker by chance.You need to use regular double pole breakers so you get volts from both phases,The skinny double breakers are the same width as a single 1 inch breaker but they are running off one phase and that would cause your problem.
A breaker is based on wire size, as the breaker protects the wire and not the load. This is a voltage drop question. A #3 copper conductor will limit the voltage drop to 3% or less when supplying 60 amps for 110 feet on a 110 volt system.
The job of a breaker is to limit the amount of current that is applied to the size of wire that is connected to the breaker.
Answers for the US:A true 2-pole breaker (with a single operating handle) is designed such that an overload on either pole will cause a trip, disconnecting both poles. This type of breaker must be used to supply a 240 volt appliance.Breakers with separate operating handles or separate breakers should never be used to supply 240 volt appliances, because a trip on one of the breakers may not trip the other, leaving the circuit energized - a very dangerous condition. This is absolutely illegal in the US.Another view:They make both types. If a 220-240 Volt device is connected to a 2-pole breaker it may be using both 110-120 V to operate. For example an electric stove may have 220-240 V across the heating elements and use 110-120 V for the clock. Hence, if only one pole tripped the stove may appear to be on because the clock is working, but the 220-240 functions won't work. If you find this condition, have it immediately corrected, because it is both unsafe and illegal.