Pierre C Belarge said:Take the length of the pipe, and multiple the number of conductors permitted in the size EMT.
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....somebody forgot to mention what size EMT this is here
Pierre C Belarge said:Take the length of the pipe, and multiple the number of conductors permitted in the size EMT.
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If you looked at the book you would get:iwire said:Seems straight foward to me, 700' without looking in the book.
10 x 70' = 700'
Is this an inductive load?realolman said:How about this? ... In a circuit where you install the maximum allowable number of #12 THHN wires,hooking them end to end, in a 70' piece of 3/4" EMT, and hook them to a continuous load on the maximum sized allowable breaker,... the load being installed on the end of the maximum length of LFMC that may be used without a ECG, in an ambient temperature of 556.67? Rankine, multiplied by the minimum required cubic inches of the two boxes?
There is a box on each end of the EMT and it is 10 ft from the breaker to the first box.
What is the electrician's name?
That's easy: 70 feet. You guys make everything complicated. :roll:Pierre C Belarge said:What is the total length of 10 AWG, Type THHN conductors that can be installed in a 70 foot length of EMT?
I still say 70 feet. Anything more would hang out of the ends of the tube.Pierre C Belarge said:My mistake, I misprinted the question. Lets try again
What is the total length of 10 AWG, Type THHN conductors that can be installed in a 70 foot length of 1 inch EMT?
I agree especially when 15 # 12 thhn in 3/4" pvc sch 40 would be fill to 39.3%William1978 said:I would hate to have to pull 15 # 12 in an 3/4 conduit.