Half my house losing power.












1














Good morning. I have an odd question. For the past couple of weeks I have been losing power occasionally to half my house. My central ac goes out, half my kitchen, living room and my kids rooms. There are no tripped breakers though. I have noticed that when the ac finally turns back on, so does everything else. It will be that for a while then all of a sudden everything goes off again. Once I get the ac running, everthing powers up again. Odd right? My house is only 13 years old and have never had this problem.










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  • 1




    Breakers aren't universal detector-all's. They only detect overcurrent (too much power being used, e.g.by a faulty appliance).
    – Harper
    1 hour ago






  • 1




    Is there an outside main breaker near the meter? Are the circuits that go dead all on one side of the electric panel?
    – Kris
    1 hour ago
















1














Good morning. I have an odd question. For the past couple of weeks I have been losing power occasionally to half my house. My central ac goes out, half my kitchen, living room and my kids rooms. There are no tripped breakers though. I have noticed that when the ac finally turns back on, so does everything else. It will be that for a while then all of a sudden everything goes off again. Once I get the ac running, everthing powers up again. Odd right? My house is only 13 years old and have never had this problem.










share|improve this question







New contributor




ALBERT YBARRA is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
















  • 1




    Breakers aren't universal detector-all's. They only detect overcurrent (too much power being used, e.g.by a faulty appliance).
    – Harper
    1 hour ago






  • 1




    Is there an outside main breaker near the meter? Are the circuits that go dead all on one side of the electric panel?
    – Kris
    1 hour ago














1












1








1







Good morning. I have an odd question. For the past couple of weeks I have been losing power occasionally to half my house. My central ac goes out, half my kitchen, living room and my kids rooms. There are no tripped breakers though. I have noticed that when the ac finally turns back on, so does everything else. It will be that for a while then all of a sudden everything goes off again. Once I get the ac running, everthing powers up again. Odd right? My house is only 13 years old and have never had this problem.










share|improve this question







New contributor




ALBERT YBARRA is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.











Good morning. I have an odd question. For the past couple of weeks I have been losing power occasionally to half my house. My central ac goes out, half my kitchen, living room and my kids rooms. There are no tripped breakers though. I have noticed that when the ac finally turns back on, so does everything else. It will be that for a while then all of a sudden everything goes off again. Once I get the ac running, everthing powers up again. Odd right? My house is only 13 years old and have never had this problem.







electrical






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New contributor




ALBERT YBARRA is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.











share|improve this question







New contributor




ALBERT YBARRA is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.









share|improve this question




share|improve this question






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ALBERT YBARRA is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.









asked 1 hour ago









ALBERT YBARRA

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New contributor





ALBERT YBARRA is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.






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Check out our Code of Conduct.








  • 1




    Breakers aren't universal detector-all's. They only detect overcurrent (too much power being used, e.g.by a faulty appliance).
    – Harper
    1 hour ago






  • 1




    Is there an outside main breaker near the meter? Are the circuits that go dead all on one side of the electric panel?
    – Kris
    1 hour ago














  • 1




    Breakers aren't universal detector-all's. They only detect overcurrent (too much power being used, e.g.by a faulty appliance).
    – Harper
    1 hour ago






  • 1




    Is there an outside main breaker near the meter? Are the circuits that go dead all on one side of the electric panel?
    – Kris
    1 hour ago








1




1




Breakers aren't universal detector-all's. They only detect overcurrent (too much power being used, e.g.by a faulty appliance).
– Harper
1 hour ago




Breakers aren't universal detector-all's. They only detect overcurrent (too much power being used, e.g.by a faulty appliance).
– Harper
1 hour ago




1




1




Is there an outside main breaker near the meter? Are the circuits that go dead all on one side of the electric panel?
– Kris
1 hour ago




Is there an outside main breaker near the meter? Are the circuits that go dead all on one side of the electric panel?
– Kris
1 hour ago










2 Answers
2






active

oldest

votes


















5














If you're in the US, my guess is that you're losing one leg of your incoming power somehow. Power comes into your home as 2 phase 240 volts - there are two 120V "legs" that are 180 degrees out of phase. Typically one leg goes to each side of the breaker panel. I bet if you trace the circuits that are down, they all go to the same half of the panel. When the air conditioning, which uses both legs, turns on, it bridges the gap and backfeeds power to the other half of your house.



Now, how you're losing a leg of your power is another question entirely. This is likely a utility problem and you should call them ASAP. The utility will check things out and if it is on their side of things then they will fix it for free. If they determine that the problem is in your panel, they will let you know and then you need to call an electrician for a repair. This is an unsafe condition and can cause all sorts of problems, so get it checked out ASAP.






share|improve this answer























  • If you flip off all 240 V breakers and all the 120 V breakers that are trying to draw from that side (in most panels it's every-other breaker), it should be relatively safe.
    – Nick T
    58 secs ago



















4














You are losing a hot from the pole



In North American {or multiphase European} service, When you lose all your 240V* loads and about half of your 120V** circuits, that means you have lost a leg of power.



That problem may be around the main breaker in your service panel. It may also be inside your meter pan. However it is most likely out at the electric pole or somewhere in between pole and meter. That is the power company's bailiwick and they fix that for free as part of the service.



You can get this diagnosed for free by calling the power company and reporting an outage. They will also treat it as an urgent matter.



Turn off your 240V* loads, this can damage them.



You don't see any bold headlines on this answer because it isn't another problem: same problem but with the neutral wire broken. In that case it would be a true emergency. Your 240V* loads would work, but your two 120V** loads would have either too-high or too-low voltage (the two voltages adding up to 240V* ***). The too-high voltage can melt appliances and start a fire. The advice would be the same, we'd just be screaming it.




* in Europe and Eurostyle service on 5 continents, this number is 400V. In NYC and parts of Central America this number is 208V.



** in Europe etc. this number is 230V.



*** in Europe or NYC, the voltages won't quite add up to the higher number, because of 3-phase weirdness. There, power is supposed to be a triangle with neutral in the middle. This failure causes it to float around.







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    2 Answers
    2






    active

    oldest

    votes








    2 Answers
    2






    active

    oldest

    votes









    active

    oldest

    votes






    active

    oldest

    votes









    5














    If you're in the US, my guess is that you're losing one leg of your incoming power somehow. Power comes into your home as 2 phase 240 volts - there are two 120V "legs" that are 180 degrees out of phase. Typically one leg goes to each side of the breaker panel. I bet if you trace the circuits that are down, they all go to the same half of the panel. When the air conditioning, which uses both legs, turns on, it bridges the gap and backfeeds power to the other half of your house.



    Now, how you're losing a leg of your power is another question entirely. This is likely a utility problem and you should call them ASAP. The utility will check things out and if it is on their side of things then they will fix it for free. If they determine that the problem is in your panel, they will let you know and then you need to call an electrician for a repair. This is an unsafe condition and can cause all sorts of problems, so get it checked out ASAP.






    share|improve this answer























    • If you flip off all 240 V breakers and all the 120 V breakers that are trying to draw from that side (in most panels it's every-other breaker), it should be relatively safe.
      – Nick T
      58 secs ago
















    5














    If you're in the US, my guess is that you're losing one leg of your incoming power somehow. Power comes into your home as 2 phase 240 volts - there are two 120V "legs" that are 180 degrees out of phase. Typically one leg goes to each side of the breaker panel. I bet if you trace the circuits that are down, they all go to the same half of the panel. When the air conditioning, which uses both legs, turns on, it bridges the gap and backfeeds power to the other half of your house.



    Now, how you're losing a leg of your power is another question entirely. This is likely a utility problem and you should call them ASAP. The utility will check things out and if it is on their side of things then they will fix it for free. If they determine that the problem is in your panel, they will let you know and then you need to call an electrician for a repair. This is an unsafe condition and can cause all sorts of problems, so get it checked out ASAP.






    share|improve this answer























    • If you flip off all 240 V breakers and all the 120 V breakers that are trying to draw from that side (in most panels it's every-other breaker), it should be relatively safe.
      – Nick T
      58 secs ago














    5












    5








    5






    If you're in the US, my guess is that you're losing one leg of your incoming power somehow. Power comes into your home as 2 phase 240 volts - there are two 120V "legs" that are 180 degrees out of phase. Typically one leg goes to each side of the breaker panel. I bet if you trace the circuits that are down, they all go to the same half of the panel. When the air conditioning, which uses both legs, turns on, it bridges the gap and backfeeds power to the other half of your house.



    Now, how you're losing a leg of your power is another question entirely. This is likely a utility problem and you should call them ASAP. The utility will check things out and if it is on their side of things then they will fix it for free. If they determine that the problem is in your panel, they will let you know and then you need to call an electrician for a repair. This is an unsafe condition and can cause all sorts of problems, so get it checked out ASAP.






    share|improve this answer














    If you're in the US, my guess is that you're losing one leg of your incoming power somehow. Power comes into your home as 2 phase 240 volts - there are two 120V "legs" that are 180 degrees out of phase. Typically one leg goes to each side of the breaker panel. I bet if you trace the circuits that are down, they all go to the same half of the panel. When the air conditioning, which uses both legs, turns on, it bridges the gap and backfeeds power to the other half of your house.



    Now, how you're losing a leg of your power is another question entirely. This is likely a utility problem and you should call them ASAP. The utility will check things out and if it is on their side of things then they will fix it for free. If they determine that the problem is in your panel, they will let you know and then you need to call an electrician for a repair. This is an unsafe condition and can cause all sorts of problems, so get it checked out ASAP.







    share|improve this answer














    share|improve this answer



    share|improve this answer








    edited 59 mins ago









    manassehkatz

    6,8681029




    6,8681029










    answered 1 hour ago









    CoAstroGeek

    1,1241612




    1,1241612












    • If you flip off all 240 V breakers and all the 120 V breakers that are trying to draw from that side (in most panels it's every-other breaker), it should be relatively safe.
      – Nick T
      58 secs ago


















    • If you flip off all 240 V breakers and all the 120 V breakers that are trying to draw from that side (in most panels it's every-other breaker), it should be relatively safe.
      – Nick T
      58 secs ago
















    If you flip off all 240 V breakers and all the 120 V breakers that are trying to draw from that side (in most panels it's every-other breaker), it should be relatively safe.
    – Nick T
    58 secs ago




    If you flip off all 240 V breakers and all the 120 V breakers that are trying to draw from that side (in most panels it's every-other breaker), it should be relatively safe.
    – Nick T
    58 secs ago













    4














    You are losing a hot from the pole



    In North American {or multiphase European} service, When you lose all your 240V* loads and about half of your 120V** circuits, that means you have lost a leg of power.



    That problem may be around the main breaker in your service panel. It may also be inside your meter pan. However it is most likely out at the electric pole or somewhere in between pole and meter. That is the power company's bailiwick and they fix that for free as part of the service.



    You can get this diagnosed for free by calling the power company and reporting an outage. They will also treat it as an urgent matter.



    Turn off your 240V* loads, this can damage them.



    You don't see any bold headlines on this answer because it isn't another problem: same problem but with the neutral wire broken. In that case it would be a true emergency. Your 240V* loads would work, but your two 120V** loads would have either too-high or too-low voltage (the two voltages adding up to 240V* ***). The too-high voltage can melt appliances and start a fire. The advice would be the same, we'd just be screaming it.




    * in Europe and Eurostyle service on 5 continents, this number is 400V. In NYC and parts of Central America this number is 208V.



    ** in Europe etc. this number is 230V.



    *** in Europe or NYC, the voltages won't quite add up to the higher number, because of 3-phase weirdness. There, power is supposed to be a triangle with neutral in the middle. This failure causes it to float around.







    share|improve this answer




























      4














      You are losing a hot from the pole



      In North American {or multiphase European} service, When you lose all your 240V* loads and about half of your 120V** circuits, that means you have lost a leg of power.



      That problem may be around the main breaker in your service panel. It may also be inside your meter pan. However it is most likely out at the electric pole or somewhere in between pole and meter. That is the power company's bailiwick and they fix that for free as part of the service.



      You can get this diagnosed for free by calling the power company and reporting an outage. They will also treat it as an urgent matter.



      Turn off your 240V* loads, this can damage them.



      You don't see any bold headlines on this answer because it isn't another problem: same problem but with the neutral wire broken. In that case it would be a true emergency. Your 240V* loads would work, but your two 120V** loads would have either too-high or too-low voltage (the two voltages adding up to 240V* ***). The too-high voltage can melt appliances and start a fire. The advice would be the same, we'd just be screaming it.




      * in Europe and Eurostyle service on 5 continents, this number is 400V. In NYC and parts of Central America this number is 208V.



      ** in Europe etc. this number is 230V.



      *** in Europe or NYC, the voltages won't quite add up to the higher number, because of 3-phase weirdness. There, power is supposed to be a triangle with neutral in the middle. This failure causes it to float around.







      share|improve this answer


























        4












        4








        4






        You are losing a hot from the pole



        In North American {or multiphase European} service, When you lose all your 240V* loads and about half of your 120V** circuits, that means you have lost a leg of power.



        That problem may be around the main breaker in your service panel. It may also be inside your meter pan. However it is most likely out at the electric pole or somewhere in between pole and meter. That is the power company's bailiwick and they fix that for free as part of the service.



        You can get this diagnosed for free by calling the power company and reporting an outage. They will also treat it as an urgent matter.



        Turn off your 240V* loads, this can damage them.



        You don't see any bold headlines on this answer because it isn't another problem: same problem but with the neutral wire broken. In that case it would be a true emergency. Your 240V* loads would work, but your two 120V** loads would have either too-high or too-low voltage (the two voltages adding up to 240V* ***). The too-high voltage can melt appliances and start a fire. The advice would be the same, we'd just be screaming it.




        * in Europe and Eurostyle service on 5 continents, this number is 400V. In NYC and parts of Central America this number is 208V.



        ** in Europe etc. this number is 230V.



        *** in Europe or NYC, the voltages won't quite add up to the higher number, because of 3-phase weirdness. There, power is supposed to be a triangle with neutral in the middle. This failure causes it to float around.







        share|improve this answer














        You are losing a hot from the pole



        In North American {or multiphase European} service, When you lose all your 240V* loads and about half of your 120V** circuits, that means you have lost a leg of power.



        That problem may be around the main breaker in your service panel. It may also be inside your meter pan. However it is most likely out at the electric pole or somewhere in between pole and meter. That is the power company's bailiwick and they fix that for free as part of the service.



        You can get this diagnosed for free by calling the power company and reporting an outage. They will also treat it as an urgent matter.



        Turn off your 240V* loads, this can damage them.



        You don't see any bold headlines on this answer because it isn't another problem: same problem but with the neutral wire broken. In that case it would be a true emergency. Your 240V* loads would work, but your two 120V** loads would have either too-high or too-low voltage (the two voltages adding up to 240V* ***). The too-high voltage can melt appliances and start a fire. The advice would be the same, we'd just be screaming it.




        * in Europe and Eurostyle service on 5 continents, this number is 400V. In NYC and parts of Central America this number is 208V.



        ** in Europe etc. this number is 230V.



        *** in Europe or NYC, the voltages won't quite add up to the higher number, because of 3-phase weirdness. There, power is supposed to be a triangle with neutral in the middle. This failure causes it to float around.








        share|improve this answer














        share|improve this answer



        share|improve this answer








        edited 51 mins ago

























        answered 58 mins ago









        Harper

        65.3k342132




        65.3k342132






















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