GFCI WR question

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I am installing a couple outlet outside and I noticed a significant price difference between a standard GFCI outlet and the WR GFCI ones.



If I put a GFCI outlet in a weather resistant box why would I need a WR one?







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    up vote
    4
    down vote

    favorite












    I am installing a couple outlet outside and I noticed a significant price difference between a standard GFCI outlet and the WR GFCI ones.



    If I put a GFCI outlet in a weather resistant box why would I need a WR one?







    share|improve this question
























      up vote
      4
      down vote

      favorite









      up vote
      4
      down vote

      favorite











      I am installing a couple outlet outside and I noticed a significant price difference between a standard GFCI outlet and the WR GFCI ones.



      If I put a GFCI outlet in a weather resistant box why would I need a WR one?







      share|improve this question














      I am installing a couple outlet outside and I noticed a significant price difference between a standard GFCI outlet and the WR GFCI ones.



      If I put a GFCI outlet in a weather resistant box why would I need a WR one?









      share|improve this question













      share|improve this question




      share|improve this question








      edited 16 hours ago









      feetwet

      1,44711027




      1,44711027










      asked Sep 4 at 13:49









      Traktopel

      211




      211




















          2 Answers
          2






          active

          oldest

          votes

















          up vote
          3
          down vote













          First the NEC defines any receptacle, device or light fixture installed outdoors as a wet or damp location no matter what type of enclosure it is in.



          NEC Article 406.4 (D)(6) states that any receptacle installed in a damp or wet location must be labeled suitable for that location (WR).



          The difference between a WR and a non WR receptacle is that the WR has additional corrosion protection. Which makes sense even if you install a receptacle in an approved cover, it is still subject to condensation and corrosion.



          Hope this helps and stay safe.






          share|improve this answer




















          • Agree the moisture or dampness outside gets into the electronics of non WR outlets and they fail much faster covered or not.
            – Ed Beal
            Sep 4 at 16:32

















          up vote
          3
          down vote













          Weatherproof boxes aren't. Weather resistant GFCIs aren't.



          My dad taught me a rule about not leaving valuable electronics out in the weather. I wouldn't put a GFCI anywhere I wouldn't put a smartphone.



          Every GFCI device, even the GFCI+receptacle variety, has a feature that lets it protect downline parts of a circuit. Put such a device upline of the outdoor receptacle, and you've provided GFCI protection to the receptacles.



          Now you use a plain WR receptacle and a sticker that says "GFCI Protected".






          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








            up vote
            3
            down vote













            First the NEC defines any receptacle, device or light fixture installed outdoors as a wet or damp location no matter what type of enclosure it is in.



            NEC Article 406.4 (D)(6) states that any receptacle installed in a damp or wet location must be labeled suitable for that location (WR).



            The difference between a WR and a non WR receptacle is that the WR has additional corrosion protection. Which makes sense even if you install a receptacle in an approved cover, it is still subject to condensation and corrosion.



            Hope this helps and stay safe.






            share|improve this answer




















            • Agree the moisture or dampness outside gets into the electronics of non WR outlets and they fail much faster covered or not.
              – Ed Beal
              Sep 4 at 16:32














            up vote
            3
            down vote













            First the NEC defines any receptacle, device or light fixture installed outdoors as a wet or damp location no matter what type of enclosure it is in.



            NEC Article 406.4 (D)(6) states that any receptacle installed in a damp or wet location must be labeled suitable for that location (WR).



            The difference between a WR and a non WR receptacle is that the WR has additional corrosion protection. Which makes sense even if you install a receptacle in an approved cover, it is still subject to condensation and corrosion.



            Hope this helps and stay safe.






            share|improve this answer




















            • Agree the moisture or dampness outside gets into the electronics of non WR outlets and they fail much faster covered or not.
              – Ed Beal
              Sep 4 at 16:32












            up vote
            3
            down vote










            up vote
            3
            down vote









            First the NEC defines any receptacle, device or light fixture installed outdoors as a wet or damp location no matter what type of enclosure it is in.



            NEC Article 406.4 (D)(6) states that any receptacle installed in a damp or wet location must be labeled suitable for that location (WR).



            The difference between a WR and a non WR receptacle is that the WR has additional corrosion protection. Which makes sense even if you install a receptacle in an approved cover, it is still subject to condensation and corrosion.



            Hope this helps and stay safe.






            share|improve this answer












            First the NEC defines any receptacle, device or light fixture installed outdoors as a wet or damp location no matter what type of enclosure it is in.



            NEC Article 406.4 (D)(6) states that any receptacle installed in a damp or wet location must be labeled suitable for that location (WR).



            The difference between a WR and a non WR receptacle is that the WR has additional corrosion protection. Which makes sense even if you install a receptacle in an approved cover, it is still subject to condensation and corrosion.



            Hope this helps and stay safe.







            share|improve this answer












            share|improve this answer



            share|improve this answer










            answered Sep 4 at 16:07









            Retired Master Electrician

            6,838418




            6,838418











            • Agree the moisture or dampness outside gets into the electronics of non WR outlets and they fail much faster covered or not.
              – Ed Beal
              Sep 4 at 16:32
















            • Agree the moisture or dampness outside gets into the electronics of non WR outlets and they fail much faster covered or not.
              – Ed Beal
              Sep 4 at 16:32















            Agree the moisture or dampness outside gets into the electronics of non WR outlets and they fail much faster covered or not.
            – Ed Beal
            Sep 4 at 16:32




            Agree the moisture or dampness outside gets into the electronics of non WR outlets and they fail much faster covered or not.
            – Ed Beal
            Sep 4 at 16:32












            up vote
            3
            down vote













            Weatherproof boxes aren't. Weather resistant GFCIs aren't.



            My dad taught me a rule about not leaving valuable electronics out in the weather. I wouldn't put a GFCI anywhere I wouldn't put a smartphone.



            Every GFCI device, even the GFCI+receptacle variety, has a feature that lets it protect downline parts of a circuit. Put such a device upline of the outdoor receptacle, and you've provided GFCI protection to the receptacles.



            Now you use a plain WR receptacle and a sticker that says "GFCI Protected".






            share|improve this answer
























              up vote
              3
              down vote













              Weatherproof boxes aren't. Weather resistant GFCIs aren't.



              My dad taught me a rule about not leaving valuable electronics out in the weather. I wouldn't put a GFCI anywhere I wouldn't put a smartphone.



              Every GFCI device, even the GFCI+receptacle variety, has a feature that lets it protect downline parts of a circuit. Put such a device upline of the outdoor receptacle, and you've provided GFCI protection to the receptacles.



              Now you use a plain WR receptacle and a sticker that says "GFCI Protected".






              share|improve this answer






















                up vote
                3
                down vote










                up vote
                3
                down vote









                Weatherproof boxes aren't. Weather resistant GFCIs aren't.



                My dad taught me a rule about not leaving valuable electronics out in the weather. I wouldn't put a GFCI anywhere I wouldn't put a smartphone.



                Every GFCI device, even the GFCI+receptacle variety, has a feature that lets it protect downline parts of a circuit. Put such a device upline of the outdoor receptacle, and you've provided GFCI protection to the receptacles.



                Now you use a plain WR receptacle and a sticker that says "GFCI Protected".






                share|improve this answer












                Weatherproof boxes aren't. Weather resistant GFCIs aren't.



                My dad taught me a rule about not leaving valuable electronics out in the weather. I wouldn't put a GFCI anywhere I wouldn't put a smartphone.



                Every GFCI device, even the GFCI+receptacle variety, has a feature that lets it protect downline parts of a circuit. Put such a device upline of the outdoor receptacle, and you've provided GFCI protection to the receptacles.



                Now you use a plain WR receptacle and a sticker that says "GFCI Protected".







                share|improve this answer












                share|improve this answer



                share|improve this answer










                answered Sep 4 at 16:38









                Harper

                55.1k332112




                55.1k332112



























                     

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