My shop is basically wired with white coated Romex
I would love to redo it with conduit and pull the wire, but that's not cost effect for me
No need for 12/2 in most cases for lighting,14/2 is fine.I was told that I want 12-2 with ground for my 120v circuits.
12-3 or 10-3 is only needed for 240v or 3 way switches
Unless youre shacking/new construction I personally see no need to drag a 1000' roll of any kind of romex around,250' rolls are just right for dragging around the house and rolling out as you need it.in my experience, 1000' rolls are exactly the same price per foot as 250' rolls (i usually just hit lowes or depot, maybe electrical supply shops are different, idk).
so depending on your wiring projects and lengths needed, i don't agree that using #12 wire everywhere will be any cheaper. it's going to greatly depend how much wire you need. if you need 200 ft of wire total for the entire re-wire and you'll never need wire again, then yes, all #12 wire will be cheaper. if you need more than that, or want wire left over for future projects, it will more than likely be cheaper to use #14 and #12.
250ft of 12/2 = $64.74 ($.26/ft)
1000 ft of 12/2 = $258 ($.26/ft)
250ft of 14/2 = $42.17 ($.17/ft)
as a homeowner, i always keep a 250ft roll of both #12 and #14 wire around. i find myself using them all the time here and there (if i owned a new construction house, this would be a different story).
I have never seen those prices for 250' rolls, that is double what they should be. Sounds closer to UF prices.
14/2 250' here is $39.95.
12/2 250' here is $60.87.
As 87jeep said, the 1000' spools are exactly the same price as four 250' rolls, or close enough where it doesn't really matter.
Unless youre shacking/new construction I personally see no need to drag a 1000' roll of any kind of romex around,250' rolls are just right for dragging around the house and rolling out as you need it.![]()
How many 4' long shop lights can be ran on one breaker....say 20 amp?
They will be a combo of 2 bulb and 4 bulb shop light fixtures
What fixtures are the best bang for the buck, especially in colder temps..........T8?
This is basic math, how would we figure it without knowing two or four?
20A * 120v = 2400W. Loading at 80% gives you 1920W to work with. You can load a lighting circuit up to 125% I believe, but I like to keep a margin for additions/changes later.
T8 bulb is usually 32W, most shop lights I see people use are 2-bulb. So 64W per fixture. Guessing 8% efficiency loss, or 69W per 2-bulb, 138W per 4-bulb.
1920 = 69t + 138f, where t is the number of two-bulb and f is the number of four-bulb.
That's 27-28 2-bulb fixtures.
Good info here, I was at HD tonight and looking at romex. I have all the drywall down in the garage and want to replace some tin wire and clean up other messes. The wiring that has been run/spliced over the last 50 years is awful and dangerous, lots of electrical tape and bare wires buried in insulation.
I'm waiting to hear from an electrician but might attempt myself, just a little worried about the dryer circuit and electricity in general. Luckily the panel is inside the garage so I can see point A and B.