Entire circuit dead after GFCI outletGFCI outlet won't come onIs this a faulty GFCI receptacle?My washer...

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Entire circuit dead after GFCI outlet


GFCI outlet won't come onIs this a faulty GFCI receptacle?My washer keeps tripping my gfciCannot determine which breaker has my 3 dead outlets onGFCI Tripped - Cannot ResetDead GFCI outlet(s), wire is liveGFCI seemed to fizzle and pop, and now works as a non-GFCI outlet - what happened?Outlet trips GFCI and Circuit Breaker. Help!Regular Outlet Tripped, Now Various Outlets Are DeadGFCI Outlet in Bathroom, Lights not working






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4















We had a storm, and a GFCI outlet breaker flipped (orange light on). I reset it by pushing the button, and the outlet started working again. But everything else on the circuit remains dead.
Can a GFCI outlet "go bad", or is there something else I should be looking for?










share|improve this question







New contributor



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




















  • They can go bad and connections burn or come loose in a high-current event. Are you comfortable removing the GFCI device?

    – JPhi1618
    9 hours ago











  • Yes - I pulled it from the wall, and all the connections look nice and tight (the breaker is off on the panel). I guess at this point it's buy a multimeter and start checking outputs/inputs?

    – Jaimi McEntire
    9 hours ago











  • Yep, posted as answer.

    – JPhi1618
    9 hours ago


















4















We had a storm, and a GFCI outlet breaker flipped (orange light on). I reset it by pushing the button, and the outlet started working again. But everything else on the circuit remains dead.
Can a GFCI outlet "go bad", or is there something else I should be looking for?










share|improve this question







New contributor



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




















  • They can go bad and connections burn or come loose in a high-current event. Are you comfortable removing the GFCI device?

    – JPhi1618
    9 hours ago











  • Yes - I pulled it from the wall, and all the connections look nice and tight (the breaker is off on the panel). I guess at this point it's buy a multimeter and start checking outputs/inputs?

    – Jaimi McEntire
    9 hours ago











  • Yep, posted as answer.

    – JPhi1618
    9 hours ago














4












4








4








We had a storm, and a GFCI outlet breaker flipped (orange light on). I reset it by pushing the button, and the outlet started working again. But everything else on the circuit remains dead.
Can a GFCI outlet "go bad", or is there something else I should be looking for?










share|improve this question







New contributor



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











We had a storm, and a GFCI outlet breaker flipped (orange light on). I reset it by pushing the button, and the outlet started working again. But everything else on the circuit remains dead.
Can a GFCI outlet "go bad", or is there something else I should be looking for?







receptacle circuit-breaker gfci






share|improve this question







New contributor



Jaimi McEntire 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



Jaimi McEntire 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






New contributor



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








asked 9 hours ago









Jaimi McEntireJaimi McEntire

232




232




New contributor



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




New contributor




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















  • They can go bad and connections burn or come loose in a high-current event. Are you comfortable removing the GFCI device?

    – JPhi1618
    9 hours ago











  • Yes - I pulled it from the wall, and all the connections look nice and tight (the breaker is off on the panel). I guess at this point it's buy a multimeter and start checking outputs/inputs?

    – Jaimi McEntire
    9 hours ago











  • Yep, posted as answer.

    – JPhi1618
    9 hours ago



















  • They can go bad and connections burn or come loose in a high-current event. Are you comfortable removing the GFCI device?

    – JPhi1618
    9 hours ago











  • Yes - I pulled it from the wall, and all the connections look nice and tight (the breaker is off on the panel). I guess at this point it's buy a multimeter and start checking outputs/inputs?

    – Jaimi McEntire
    9 hours ago











  • Yep, posted as answer.

    – JPhi1618
    9 hours ago

















They can go bad and connections burn or come loose in a high-current event. Are you comfortable removing the GFCI device?

– JPhi1618
9 hours ago





They can go bad and connections burn or come loose in a high-current event. Are you comfortable removing the GFCI device?

– JPhi1618
9 hours ago













Yes - I pulled it from the wall, and all the connections look nice and tight (the breaker is off on the panel). I guess at this point it's buy a multimeter and start checking outputs/inputs?

– Jaimi McEntire
9 hours ago





Yes - I pulled it from the wall, and all the connections look nice and tight (the breaker is off on the panel). I guess at this point it's buy a multimeter and start checking outputs/inputs?

– Jaimi McEntire
9 hours ago













Yep, posted as answer.

– JPhi1618
9 hours ago





Yep, posted as answer.

– JPhi1618
9 hours ago










2 Answers
2






active

oldest

votes


















5














These devices do go bad, but when that happens they often will not reset and the outlet itself will not have any power. However, there are a lot of different designs, so its possible the LOAD side of the GFCI has gone bad, I guess.



Another thing that can happen when a surge is on the line is that already loose or poor connections can melt or break.



Your next step is going to get a multimeter and check for voltages along the circuit. This will involve frequent trips to the breaker panel for safety. Turn off the power when you are disassembling any wiring or taking an outlet away from the wall.



First, pull out the GFCI outlet (leave all wires connected) and check the LINE and LOAD terminals with your meter. LINE should always be hot, even when the outlet is not reset. Once it is reset, the LOAD terminals should have voltage. If they do not, replace the GFCI device (label line and load wires before removing the old one).



If there is voltage, you will just have to move down the line to the next dead outlet. On any other outlets the damage is likely to be melting or a loose wire.
You're looking for the outlet that has power coming in, but not going out. Really scrutinize any outlet that just has wires pushed into the back rather than using the side screws - those push in connections fail the most.






share|improve this answer



















  • 1





    Thanks - I'm going through the list. Strangely enough there are three GFCI all in a row, followed by 4 non GFCI outlets.

    – Jaimi McEntire
    7 hours ago






  • 1





    Thanks - The second GFCI was bad, off to lowes I go.

    – Jaimi McEntire
    5 hours ago



















2














You could do a test without a multimeter as follows. Remove connection from the load terminals and connect them to the line side along with the existing wires to the line. (This would be only temporary.)



Check that you have power on the GFCI receptacle, then check for power in the following receptacles, i.e., can you run lights or other loads on the following receptacles? If so, then the problem is in the load side of the GFCI receptacle. If you do not have power, then the problem is in the following wiring. If the problem is in the following wiring, it can be in the hot or the neutral side. To determine which you'd best have a multimeter.






share|improve this answer
























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    2 Answers
    2






    active

    oldest

    votes








    2 Answers
    2






    active

    oldest

    votes









    active

    oldest

    votes






    active

    oldest

    votes









    5














    These devices do go bad, but when that happens they often will not reset and the outlet itself will not have any power. However, there are a lot of different designs, so its possible the LOAD side of the GFCI has gone bad, I guess.



    Another thing that can happen when a surge is on the line is that already loose or poor connections can melt or break.



    Your next step is going to get a multimeter and check for voltages along the circuit. This will involve frequent trips to the breaker panel for safety. Turn off the power when you are disassembling any wiring or taking an outlet away from the wall.



    First, pull out the GFCI outlet (leave all wires connected) and check the LINE and LOAD terminals with your meter. LINE should always be hot, even when the outlet is not reset. Once it is reset, the LOAD terminals should have voltage. If they do not, replace the GFCI device (label line and load wires before removing the old one).



    If there is voltage, you will just have to move down the line to the next dead outlet. On any other outlets the damage is likely to be melting or a loose wire.
    You're looking for the outlet that has power coming in, but not going out. Really scrutinize any outlet that just has wires pushed into the back rather than using the side screws - those push in connections fail the most.






    share|improve this answer



















    • 1





      Thanks - I'm going through the list. Strangely enough there are three GFCI all in a row, followed by 4 non GFCI outlets.

      – Jaimi McEntire
      7 hours ago






    • 1





      Thanks - The second GFCI was bad, off to lowes I go.

      – Jaimi McEntire
      5 hours ago
















    5














    These devices do go bad, but when that happens they often will not reset and the outlet itself will not have any power. However, there are a lot of different designs, so its possible the LOAD side of the GFCI has gone bad, I guess.



    Another thing that can happen when a surge is on the line is that already loose or poor connections can melt or break.



    Your next step is going to get a multimeter and check for voltages along the circuit. This will involve frequent trips to the breaker panel for safety. Turn off the power when you are disassembling any wiring or taking an outlet away from the wall.



    First, pull out the GFCI outlet (leave all wires connected) and check the LINE and LOAD terminals with your meter. LINE should always be hot, even when the outlet is not reset. Once it is reset, the LOAD terminals should have voltage. If they do not, replace the GFCI device (label line and load wires before removing the old one).



    If there is voltage, you will just have to move down the line to the next dead outlet. On any other outlets the damage is likely to be melting or a loose wire.
    You're looking for the outlet that has power coming in, but not going out. Really scrutinize any outlet that just has wires pushed into the back rather than using the side screws - those push in connections fail the most.






    share|improve this answer



















    • 1





      Thanks - I'm going through the list. Strangely enough there are three GFCI all in a row, followed by 4 non GFCI outlets.

      – Jaimi McEntire
      7 hours ago






    • 1





      Thanks - The second GFCI was bad, off to lowes I go.

      – Jaimi McEntire
      5 hours ago














    5












    5








    5







    These devices do go bad, but when that happens they often will not reset and the outlet itself will not have any power. However, there are a lot of different designs, so its possible the LOAD side of the GFCI has gone bad, I guess.



    Another thing that can happen when a surge is on the line is that already loose or poor connections can melt or break.



    Your next step is going to get a multimeter and check for voltages along the circuit. This will involve frequent trips to the breaker panel for safety. Turn off the power when you are disassembling any wiring or taking an outlet away from the wall.



    First, pull out the GFCI outlet (leave all wires connected) and check the LINE and LOAD terminals with your meter. LINE should always be hot, even when the outlet is not reset. Once it is reset, the LOAD terminals should have voltage. If they do not, replace the GFCI device (label line and load wires before removing the old one).



    If there is voltage, you will just have to move down the line to the next dead outlet. On any other outlets the damage is likely to be melting or a loose wire.
    You're looking for the outlet that has power coming in, but not going out. Really scrutinize any outlet that just has wires pushed into the back rather than using the side screws - those push in connections fail the most.






    share|improve this answer













    These devices do go bad, but when that happens they often will not reset and the outlet itself will not have any power. However, there are a lot of different designs, so its possible the LOAD side of the GFCI has gone bad, I guess.



    Another thing that can happen when a surge is on the line is that already loose or poor connections can melt or break.



    Your next step is going to get a multimeter and check for voltages along the circuit. This will involve frequent trips to the breaker panel for safety. Turn off the power when you are disassembling any wiring or taking an outlet away from the wall.



    First, pull out the GFCI outlet (leave all wires connected) and check the LINE and LOAD terminals with your meter. LINE should always be hot, even when the outlet is not reset. Once it is reset, the LOAD terminals should have voltage. If they do not, replace the GFCI device (label line and load wires before removing the old one).



    If there is voltage, you will just have to move down the line to the next dead outlet. On any other outlets the damage is likely to be melting or a loose wire.
    You're looking for the outlet that has power coming in, but not going out. Really scrutinize any outlet that just has wires pushed into the back rather than using the side screws - those push in connections fail the most.







    share|improve this answer












    share|improve this answer



    share|improve this answer










    answered 9 hours ago









    JPhi1618JPhi1618

    11.6k22548




    11.6k22548








    • 1





      Thanks - I'm going through the list. Strangely enough there are three GFCI all in a row, followed by 4 non GFCI outlets.

      – Jaimi McEntire
      7 hours ago






    • 1





      Thanks - The second GFCI was bad, off to lowes I go.

      – Jaimi McEntire
      5 hours ago














    • 1





      Thanks - I'm going through the list. Strangely enough there are three GFCI all in a row, followed by 4 non GFCI outlets.

      – Jaimi McEntire
      7 hours ago






    • 1





      Thanks - The second GFCI was bad, off to lowes I go.

      – Jaimi McEntire
      5 hours ago








    1




    1





    Thanks - I'm going through the list. Strangely enough there are three GFCI all in a row, followed by 4 non GFCI outlets.

    – Jaimi McEntire
    7 hours ago





    Thanks - I'm going through the list. Strangely enough there are three GFCI all in a row, followed by 4 non GFCI outlets.

    – Jaimi McEntire
    7 hours ago




    1




    1





    Thanks - The second GFCI was bad, off to lowes I go.

    – Jaimi McEntire
    5 hours ago





    Thanks - The second GFCI was bad, off to lowes I go.

    – Jaimi McEntire
    5 hours ago













    2














    You could do a test without a multimeter as follows. Remove connection from the load terminals and connect them to the line side along with the existing wires to the line. (This would be only temporary.)



    Check that you have power on the GFCI receptacle, then check for power in the following receptacles, i.e., can you run lights or other loads on the following receptacles? If so, then the problem is in the load side of the GFCI receptacle. If you do not have power, then the problem is in the following wiring. If the problem is in the following wiring, it can be in the hot or the neutral side. To determine which you'd best have a multimeter.






    share|improve this answer




























      2














      You could do a test without a multimeter as follows. Remove connection from the load terminals and connect them to the line side along with the existing wires to the line. (This would be only temporary.)



      Check that you have power on the GFCI receptacle, then check for power in the following receptacles, i.e., can you run lights or other loads on the following receptacles? If so, then the problem is in the load side of the GFCI receptacle. If you do not have power, then the problem is in the following wiring. If the problem is in the following wiring, it can be in the hot or the neutral side. To determine which you'd best have a multimeter.






      share|improve this answer


























        2












        2








        2







        You could do a test without a multimeter as follows. Remove connection from the load terminals and connect them to the line side along with the existing wires to the line. (This would be only temporary.)



        Check that you have power on the GFCI receptacle, then check for power in the following receptacles, i.e., can you run lights or other loads on the following receptacles? If so, then the problem is in the load side of the GFCI receptacle. If you do not have power, then the problem is in the following wiring. If the problem is in the following wiring, it can be in the hot or the neutral side. To determine which you'd best have a multimeter.






        share|improve this answer













        You could do a test without a multimeter as follows. Remove connection from the load terminals and connect them to the line side along with the existing wires to the line. (This would be only temporary.)



        Check that you have power on the GFCI receptacle, then check for power in the following receptacles, i.e., can you run lights or other loads on the following receptacles? If so, then the problem is in the load side of the GFCI receptacle. If you do not have power, then the problem is in the following wiring. If the problem is in the following wiring, it can be in the hot or the neutral side. To determine which you'd best have a multimeter.







        share|improve this answer












        share|improve this answer



        share|improve this answer










        answered 8 hours ago









        Jim StewartJim Stewart

        12.2k11332




        12.2k11332






















            Jaimi McEntire is a new contributor. Be nice, and check out our Code of Conduct.










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