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?
gfci weather-resistant
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up vote
4
down vote
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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?
gfci weather-resistant
add a comment |Â
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?
gfci weather-resistant
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?
gfci weather-resistant
edited 16 hours ago
feetwet
1,44711027
1,44711027
asked Sep 4 at 13:49
Traktopel
211
211
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2 Answers
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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.
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
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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".
add a comment |Â
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.
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
add a comment |Â
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.
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
add a comment |Â
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.
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.
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
add a comment |Â
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
add a comment |Â
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".
add a comment |Â
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".
add a comment |Â
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".
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".
answered Sep 4 at 16:38
Harper
55.1k332112
55.1k332112
add a comment |Â
add a comment |Â
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