AFCI/GFCI Outlet

I disagree. All of the bedroom outlets on the far side of my house are 12g and 20A. It's very common here. All the outlets in my living room and master bedroom are 14g, 15A because they are closer to the garage where the distribution panel is.
That blows my mind actually.. Bedrooms here are 15a 14g AFCI.
 
Residential wiring really depends on the electrician wiring. There are done specific NEC regs for bathrooms, laundry rooms, and kitchens, as well as new requirements for afci in living spaces...but some electricians will wire lights on 15A only on a seperate circuit and receptacles to 20A breakers. They do this so the lights don't go out if you overload. Others will wire one room (lights and receptacles) to one breaker.
 
That blows my mind actually.. Bedrooms here are 15a 14g AFCI.
I just ran 20A to the master and 15A to each individual smaller bedroom. My back den (to have the tank) is all 20A, mud room with washer 20A, dining 15A, living 15A with dedicated 20A to entertainment area and seperste 20A to fireplace.
 
Ok, can we all at least agree that 14g is for 15a. That was really the point I was trying to drive home. For the OP to ensure the circuit wiring is appropriate to the task.
 
I just ran 20A to the master and 15A to each individual smaller bedroom. My back den (to have the tank) is all 20A, mud room with washer 20A, dining 15A, living 15A with dedicated 20A to entertainment area and seperste 20A to fireplace.
What you personally choose to do and go above and beyond is your choice. Most homes that are built are to minimums from my experience.
 
@Brew12 I didn't misread his post. I wasn't saying what he posted was a bad way to do it, just that the statement that you had to use a 20A outlet on a 20A circuit wasn't accurate which is why I said the post wasn't "completely" accurate.

Whenever I wire a house I use 12g for all of the outlet runs and 14g for any dedicated light runs. It does cost a bit more but saves me having to rerun the wire with 12g if the homeowner makes a change that needs it. The labor associated with fishing walls to do a run after the walls are closed in far outweigh the price difference in the wire itself IMO.

But back to the OPs question now that we've beaten this horse to death. I can't comment on that specific device as I've never installed a combo like that. I've always used an AFCI breaker if needed and then used a GFCI receptacle if necessary. That said nuisance tripping doesn't seem to be as common as it used to be. If fact I can't remember the last time I had to replace a GFCI for it. I replaced failed ones for sure but not many for random tripping.

edited to correct my grammar.
 
What you personally choose to do and go above and beyond is your choice. Most homes that are built are to minimums from my experience.
Oh I know...I once worked with a builder who speced a 200 amp meter pan/8 spot panel for the outside since the utility company was responsible up to it, and then just 100A subpanel to feed a 2,700 sqft house just to save some money. I ended up running two 100A subs
 
But back to the OPs question now that we've beaten this horse to death. I can't comment on that specific device as I've never installed a combo like that.
Good call! I forgot to go back and address that!

Has anyone used this type of outlet? It's apparently a combined AFCI/GFCI Outlet.


I've read somewhere that the 20amp ones don't trip as often accidentally as the 15 amp ones; any truth to that or should I go for the 15amp one?
No, there is no reason to use a 20A AFCI/GFCI over a 15A one of the same model line of the same manufacturer.
You aren't the first one to hear of this, and I'll tell you what I suspect. People who didn't understand that GFCI devices don't care about load current assumed that the higher current rating meant it wouldn't be as likely to trip so they tried installing them and they worked better. It wasn't because they were 20A but because they were new. The GFCI sensing circuit is improving all of the time. A new 15A GFCI will have fewer nuisance trips than a 10 year old 20A GFCI.
The 2nd factor is that there are more low cost manufacturers and models of 15A GFCI's than 20A GFCI's. Most manufacturers don't make a budget line of 20A receptacles and people tend to buy the cheapest they see. Within a model line, the 20A and 15A GFCI sensing and trip circuits are almost always going to be identical and will have the same susceptibility to false trips.

Hope that helps!
 
Good call! I forgot to go back and address that!


No, there is no reason to use a 20A AFCI/GFCI over a 15A one of the same model line of the same manufacturer.
You aren't the first one to hear of this, and I'll tell you what I suspect. People who didn't understand that GFCI devices don't care about load current assumed that the higher current rating meant it wouldn't be as likely to trip so they tried installing them and they worked better. It wasn't because they were 20A but because they were new. The GFCI sensing circuit is improving all of the time. A new 15A GFCI will have fewer nuisance trips than a 10 year old 20A GFCI.
The 2nd factor is that there are more low cost manufacturers and models of 15A GFCI's than 20A GFCI's. Most manufacturers don't make a budget line of 20A receptacles and people tend to buy the cheapest they see. Within a model line, the 20A and 15A GFCI sensing and trip circuits are almost always going to be identical and will have the same susceptibility to false trips.

Hope that helps!

Yup that makes sense. Thanks.
 

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