mustang_steve said:
i think i'm wrong on this....but if you bundle a bunch of finer copper strands together for say a 10ga cord, would there be more copper in that cable than a 10 ga heavier stranded cord due to the finer wire strands fitting in gaps that would have been left if a heavier gague was used?
You are correct....you were indeed wrong on this..
I am sorry, I can't find the belden link anymore for the info..I have it printed right in front of me..
the link at the bottom of the page is:
http://www.belden.com/products/Catalog/help/TechAWGStranded.htm.
But, it doesn't work I can't find it again..oh well
Anyhoo, your example..#10 AWG. They list three types.
105/30...105 wires of #30..
65/28...65 wires of #28
37/26...37 wires of #26..
All, 10380 circular mils..all 31.58 lbs per thousand feet, all 1.08 ohms/1000 feet.
The higher strandcount is more flexible, but they all seem to have the exact same amount of copper, by weight, by resistance, and by cross section.
Cheers, John