I have a problem . My conversion consist's of varying guages of copper wire(labelled in KG's not length) to be converted to meters. For example I have a chart that states 22awg(7Bit) copper wire is as follows; Kilogram/kilometer is 3.17 as 50 kilograms = 15,773 Meters, or 10awg(104bit) copper wire is 47.49(kilogram/kilometer) where 50kg = 1,053Meters. I was wandering If you may be able to help apply this info to create a base formula or equation to apply to any quage of wire. As I said I do have a list of KG/KM. Thanx in advance Dennis
Announcement
Collapse
No announcement yet.
weight to length with copper wire
Collapse
X

UnregisteredTags: None

Re: weight to length with copper wire
Not exactly sure what you are after, but it would be different for each guage of wire, but you have the density of each so it would be easy, just different.
kilograms of wire / kg/km = kilometers of wire
Where kg/km is your wire density, which you list as different for each guage.Last edited by Robert Fogt; 07132016, 01:57 PM.

Unregistered
Re: weight to length with copper wire
For general electrical wiring conductor (plain soft copper) the following formulae has worked for me for past 30 years;
(indiv strand size)² x 6.98 x (No. of ends) = kg/km
leeds guru
Comment

vrmatroja
Comment

Guest
Re: weight to length with copper wire
Originally posted by Unregistered View Post(indiv strand size)² x 6.98 x (No. of ends) = kg/km
From http://en.wikipedia.org/wiki/Wire
"Number of strands
The more individual wire strands in a wire bundle, the more flexible, kinkresistant, breakresistant, and stronger the wire is. But more strands cost more.
The lowest number of strands is 7: one in the middle, 6 surrounding it.
The next level up is 19, which is another layer of 12 strands on top of the 7. After that the number varies, but 37 and 49 are common, then in the 70 to 100 range (the number is no longer exact). Even larger numbers than that are typically found only in very large wires.
For application where the wire moves, 19 is the lowest that should be used (7 should only be used in applications where the wire is placed and then doesn't move), and 49 is much better. For applications with constant repeated movement, such as assembly robots, and headphone wires, 70 to 100 is mandatory.
For applications that need even more flexibility (welding is the usual example, but also any need to move wire in tight areas), even more strands are used. One example is a 2/0 wire made from 5,292 strands of #36 gauge wire. The strands are organized by first creating a bundle of 7 strands. Then 7 of these bundles are put together into super bundles. Finally 108 super bundles are used to make the final cable. Each group of wires is wound in a helix so that when the wire is flexed, the part of a bundle that is stretched moves around the helix to a part that is compressed to allow the wire to have less stress."
Comment

Muhammad Yasir
Re: weight to length with copper wire
The Std.Formula for the weight calculation of cable conductor is
(Number of core x dia of conductor x 0.0089).
you will get the total cupper in one meter and multiply that with 1000 .you will get the 1km cable conductor wieght.
Comment

Unregistered

Unregistered

Unregistered
Re: weight to length with copper wire
What would be the weight of copper wire that will go to Mesosphere, 50 km from the ground?
107 tones?
Comment

Unregistered
Re: weight to length with copper wire
42 SWG copper wire weight for 1000mtrs
reply
gee.com@hotmail.com
Comment

Re: weight to length with copper wire
Originally posted by Unregistered View Post
Comment

Unregistered
Comment

Can anyone help me by telling how to calculate the Wire Drawing Charges, For example i need a copper wire which has 36 strands, each strand has dia of .285 mm, now i am able to calculate copper rate on LME Basis but after that i need to calculate Wire Drawing Charges for wire size 0.285 mm, as i am outsourcing the Bunched Form Copper, i need to how my supplier is adding up those conversion charges for drawing the wire from the copper rod...thanks a lot...
Comment
Comment