Project5k,
Everything looks great. I can't wait to see the tank in the wall. Are those GFCI outlets, I can't really see the picture very well. If so, are they harder to install than a regualr outlet?
yes they are, and no they arent. All you gotta do is put a hot leg, a neutral, and a ground to em, same as anything else. the only thing that makes them any harder to work on is that they are just a tad bit larger on the backside of the outlet, meaning that you have to work just a bit harder to push all the wires back into the box, but thats it... also, if you daisy chain your outlets, like say if you come from the breaker, go to the top screws of an outlet, and then come off the bottom screws and go to the next outlet and so on, (not a practice i really recomend) but if you do it, when you come off the bottom of the gfci plug screws and go to the next one, all the ones after it (the gfci) are protected, if that makes any sence...
They might be GFCI protected, but those are not GFCI outlets. GFCI outlets have the little breaker switches (tranditionally red and black) in the middle. The main difficulty with installing those outlet is making sure they are properly grounded. If they are not grounded, then they do not operate. Plus, the issue is if you place them in a hard to reach area, and one happens to trip, you would have to move everything out of the way so you can reset the outlet.
I would suggest using regular outlets with GFCI protection by use of a GFCI breaker if it is a dedicated line or (the cheaper option) by placing one GFCI plug earlier in the line that is in an accessilbe location which can easily be reset if necessary.
yes, yes they are. they do, but in this case, they are not the traditional red and black, these are white, so that they dont stand out and look all ugly. properly grounding an outlet SHOULD be just as easy as hooking up the hot and neutral, if its not, then i would suggest you get some training on the national electric code. IF THEY HAPPEN TO TRIP, then there is something wrong and its doing its job. GFCI breakers are
QO
20 Amp Single Pole Ground Fault Circuit Breaker
Model 52232
$57.72
where as the gfci outlets are:
Leviton®
White 20A GFCI
Model R52-07899-0KW
$14.49
oh, and there are 2 completely dedicated circuits there, 1 20A breaker per plug. I just happen to be one of thoes guys that keeps 4 or 5 extra breakers laying around, just incase one goes weak on me on a sunday night, after the stores close... so, thats a cost i dont have to incur right now...
so, just the cost alone, over $100, or less than $30?
oh, and i also might should mention that my extra load box is on the outside of the house, so, if i did trip a gfci breaker, then i would have to go outside, round the end of the house, in the dark, wake up the dogs, and reset it, and you know its gonna be a cold windy rainy night, OR, i can just reach up and pus a button with my pointy finger... you do the math...
hehehehe dang kid, kinda stuck your whole foot in your mouth on that one... hehehehe just messn with ya tho, k? :mrgreen:
looks good so far ;)
the plug on the left looks as if it is a GFCI which monitors the imbalance of the hot and nuetral. as long as theres no portion traveling along the nuetral shel run just fine.
the plug on the right is a 15/20 combo outlet, meaning it can run up to 20 amps as long as the wireing supplying the recepticle is rated for the 20 amp current load and the breaker as well, also known as a T-Slot recepticle
well, the far left one is a 20A GFCI, and so is the one on the far right, the one that is horozontal in the middle is the 15A outlet that was in this wall, when i tore it apart, i just left it there for a future plan we have...
also, if yall noticed in the previous pictures, i'm using yellow romex, meaning its 12ga, and good for 20A, so why would i use anything less for a breaker or an outlet? Oh, and i probably didnt mention this, but you can ask my wife, we had the conversation about pulling a 220 span into that room, so, go ahead, ask me if i know my nuts from my volts.