Wire comparison tables

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Table of AWG wire sizes
Adapted from wikipedia article


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!rowspan=2| AWG !!colspan="2"|Diameter !!colspan="2"|Turns of wire !!colspan="2"|Area !!colspan=2| Copper Resistance !!rowspan=2| NEC copper wire ampacity with 60/75/90°C insulation !!rowspan=2| Approximate stranded metric equivalents ! (inch)!!(mm)!! (/inch) !! (/cm) !! (kcmil (Circular mil) !!(mm²)!!(ohm Ω/km) !! (Ω/kFT)
 * 0000 (4/0) || 0.4600 || 11.684 || 2.17 || 0.856 || 212 || 107 || 0.1608 || 0.04901|| 195 / 230 / 260 ||
 * 000 (3/0) || 0.4096 || 10.404 || 2.44 || 0.961 || 168 || 85.0 || 0.2028 || 0.06180|| 165 / 200 / 225 ||
 * 00 (2/0) || 0.3648 || 9.266 || 2.74 || 1.08  || 133 || 67.4 || 0.2557 || 0.07793|| 145 / 175 / 195 ||
 * 0 (1/0) || 0.3249 || 8.252 || 3.08 || 1.21  || 106 || 53.5 || 0.3224 || 0.09827|| 125 / 150 / 170 ||
 * 1 || 0.2893 || 7.348  || 3.46 || 1.36 || 83.7  || 42.4   || 0.4066|| 0.1239 || 110 / 130 / 150 ||
 * 2 || 0.2576 || 6.544  || 3.88 || 1.53 || 66.4  || 33.6   || 0.5127|| 0.1563 || 95 / 115 / 130 ||
 * 3 || 0.2294 || 5.827  || 4.36 || 1.72 || 52.6  || 26.7   || 0.6465|| 0.1970 || 85 / 100 / 110 || 196/0.4
 * 4 || 0.2043 || 5.189  || 4.89 || 1.93 || 41.7  || 21.2   || 0.8152|| 0.2485 || 70 / 85 / 95 ||
 * 5 || 0.1819 || 4.621  || 5.50 || 2.16 || 33.1  || 16.8   || 1.028 || 0.3133 || || 126/0.4
 * 6 || 0.1620 || 4.115  || 6.17 || 2.43 || 26.3  || 13.3   || 1.296 || 0.3951 || 55 / 65 / 75 ||
 * 7 || 0.1443 || 3.665  || 6.93 || 2.73 || 20.8  || 10.5   || 1.634 || 0.4982 || || 80/0.4
 * 8 || 0.1285 || 3.264  || 7.78 || 3.06 || 16.5  || 8.37   || 2.061 || 0.6282 || 40 / 50 / 55 ||
 * 9 || 0.1144 || 2.906  || 8.74 || 3.44 || 13.1  || 6.63   || 2.599 || 0.7921 || ||rowspan=2| 84/0.3
 * 10 || 0.1019 || 2.588  || 9.81 || 3.86 || 10.4  || 5.26   || 3.277 || 0.9989 || 30 / 35 / 40
 * 11 || 0.0907 || 2.305  || 11.0 || 4.34 || 8.23  || 4.17   || 4.132 || 1.260 || || 56/0.3
 * 12 || 0.0808 || 2.053  || 12.4 || 4.87 || 6.53  || 3.31   || 5.211 || 1.588 || 25 / 25 / 30 (20) ||
 * 13 || 0.0720 || 1.828  || 13.9 || 5.47 || 5.18  || 2.62   || 6.571 || 2.003 || || 50/0.25
 * 14 || 0.0641 || 1.628  || 15.6 || 6.14 || 4.11  || 2.08   || 8.286 || 2.525 || 20 / 20 / 25 (15) ||
 * 15 || 0.0571 || 1.450  || 17.5 || 6.90 || 3.26  || 1.65   || 10.45 || 3.184 || ||rowspan=2| 30/0.25
 * 16 || 0.0508 || 1.291  || 19.7 || 7.75 || 2.58  || 1.31   || 13.17 || 4.016 || — / — / 18 (10)
 * 17 || 0.0453 || 1.150  || 22.1 || 8.70 || 2.05  || 1.04   || 16.61 || 5.064 || || 32/0.2
 * 18 || 0.0403 || 1.024  || 24.8 || 9.77 || 1.62  || 0.823  || 20.95 || 6.385 || — / — / 14 (7) ||rowspan=2| 24/0.2
 * 19 || 0.0359 || 0.912  || 27.9 || 11.0 || 1.29  || 0.653  || 26.42 || 8.051 ||
 * 20 || 0.0320 || 0.812  || 31.3 || 12.3 || 1.02  || 0.518  || 33.31 || 10.15 || || 16/0.2
 * 21 || 0.0285 || 0.723  || 35.1 || 13.8 || 0.810 || 0.410  || 42.00 || 12.80 || ||
 * 22 || 0.0253 || 0.644  || 39.5 || 15.5 || 0.642 || 0.326  || 52.96 || 16.14 || || 7/0.25
 * 23 || 0.0226 || 0.573  || 44.3 || 17.4 || 0.509 || 0.258  || 66.79 || 20.36 || ||
 * 24 || 0.0201 || 0.511  || 49.7 || 19.6 || 0.404 || 0.205  || 84.22 || 25.67 || || 1/0.5, 7/0.2, 30/0.1
 * 25 || 0.0179 || 0.455  || 55.9 || 22.0 || 0.320 || 0.162  || 106.2 || 32.37 || ||
 * 26 || 0.0159 || 0.405  || 62.7 || 24.7 || 0.254 || 0.129  || 133.9 || 40.81 || || 7/0.15
 * 27 || 0.0142 || 0.361  || 70.4 || 27.7 || 0.202 || 0.102  || 168.9 || 51.47 || ||
 * 28 || 0.0126 || 0.321  || 79.1 || 31.1 || 0.160 || 0.0810 || 212.9 || 64.90 || ||
 * 29 || 0.0113 || 0.286  || 88.8 || 35.0 || 0.127 || 0.0642 || 268.5 || 81.84 || ||
 * 30 || 0.0100 || 0.255  || 99.7 || 39.3 || 0.101 || 0.0509 || 338.6 || 103.2 || || 1/0.25, 7/0.1
 * 31 || 0.00893 || 0.227 || 112  || 44.1 ||0.0797 || 0.0404 || 426.9 || 130.1 || ||
 * 32 || 0.00795 || 0.202 || 126  || 49.5 ||0.0632 || 0.0320 || 538.3 || 164.1 || || 1/0.2, 7/0.08
 * 33 || 0.00708 || 0.180 || 141  || 55.6 ||0.0501 || 0.0254 || 678.8 || 206.9 || ||
 * 34 || 0.00630 || 0.160 || 159  || 62.4 ||0.0398 || 0.0201 || 856.0 || 260.9 || ||
 * 35 || 0.00561 || 0.143 || 178  || 70.1 ||0.0315 || 0.0160 || 1079  || 329.0 || ||
 * 36 || 0.00500 || 0.127 || 200  || 78.7 ||0.0250 || 0.0127 || 1361  || 414.8 || ||
 * 37 || 0.00445 || 0.113 || 225  || 88.4 ||0.0198 || 0.0100 || 1716  || 523.1 || ||
 * 38 || 0.00397 || 0.101 || 252  || 99.3 ||0.0157 ||0.00797 || 2164  || 659.6 || ||
 * 39 || 0.00353 || 0.0897 || 283 || 111  ||0.0125 ||0.00632 || 2729  || 831.8 || ||
 * 40 || 0.00314 || 0.0799 || 318 || 125 ||0.00989 ||0.00501 || 3441  || 1049  || ||
 * }
 * 19 || 0.0359 || 0.912  || 27.9 || 11.0 || 1.29  || 0.653  || 26.42 || 8.051 ||
 * 20 || 0.0320 || 0.812  || 31.3 || 12.3 || 1.02  || 0.518  || 33.31 || 10.15 || || 16/0.2
 * 21 || 0.0285 || 0.723  || 35.1 || 13.8 || 0.810 || 0.410  || 42.00 || 12.80 || ||
 * 22 || 0.0253 || 0.644  || 39.5 || 15.5 || 0.642 || 0.326  || 52.96 || 16.14 || || 7/0.25
 * 23 || 0.0226 || 0.573  || 44.3 || 17.4 || 0.509 || 0.258  || 66.79 || 20.36 || ||
 * 24 || 0.0201 || 0.511  || 49.7 || 19.6 || 0.404 || 0.205  || 84.22 || 25.67 || || 1/0.5, 7/0.2, 30/0.1
 * 25 || 0.0179 || 0.455  || 55.9 || 22.0 || 0.320 || 0.162  || 106.2 || 32.37 || ||
 * 26 || 0.0159 || 0.405  || 62.7 || 24.7 || 0.254 || 0.129  || 133.9 || 40.81 || || 7/0.15
 * 27 || 0.0142 || 0.361  || 70.4 || 27.7 || 0.202 || 0.102  || 168.9 || 51.47 || ||
 * 28 || 0.0126 || 0.321  || 79.1 || 31.1 || 0.160 || 0.0810 || 212.9 || 64.90 || ||
 * 29 || 0.0113 || 0.286  || 88.8 || 35.0 || 0.127 || 0.0642 || 268.5 || 81.84 || ||
 * 30 || 0.0100 || 0.255  || 99.7 || 39.3 || 0.101 || 0.0509 || 338.6 || 103.2 || || 1/0.25, 7/0.1
 * 31 || 0.00893 || 0.227 || 112  || 44.1 ||0.0797 || 0.0404 || 426.9 || 130.1 || ||
 * 32 || 0.00795 || 0.202 || 126  || 49.5 ||0.0632 || 0.0320 || 538.3 || 164.1 || || 1/0.2, 7/0.08
 * 33 || 0.00708 || 0.180 || 141  || 55.6 ||0.0501 || 0.0254 || 678.8 || 206.9 || ||
 * 34 || 0.00630 || 0.160 || 159  || 62.4 ||0.0398 || 0.0201 || 856.0 || 260.9 || ||
 * 35 || 0.00561 || 0.143 || 178  || 70.1 ||0.0315 || 0.0160 || 1079  || 329.0 || ||
 * 36 || 0.00500 || 0.127 || 200  || 78.7 ||0.0250 || 0.0127 || 1361  || 414.8 || ||
 * 37 || 0.00445 || 0.113 || 225  || 88.4 ||0.0198 || 0.0100 || 1716  || 523.1 || ||
 * 38 || 0.00397 || 0.101 || 252  || 99.3 ||0.0157 ||0.00797 || 2164  || 659.6 || ||
 * 39 || 0.00353 || 0.0897 || 283 || 111  ||0.0125 ||0.00632 || 2729  || 831.8 || ||
 * 40 || 0.00314 || 0.0799 || 318 || 125 ||0.00989 ||0.00501 || 3441  || 1049  || ||
 * }
 * 31 || 0.00893 || 0.227 || 112  || 44.1 ||0.0797 || 0.0404 || 426.9 || 130.1 || ||
 * 32 || 0.00795 || 0.202 || 126  || 49.5 ||0.0632 || 0.0320 || 538.3 || 164.1 || || 1/0.2, 7/0.08
 * 33 || 0.00708 || 0.180 || 141  || 55.6 ||0.0501 || 0.0254 || 678.8 || 206.9 || ||
 * 34 || 0.00630 || 0.160 || 159  || 62.4 ||0.0398 || 0.0201 || 856.0 || 260.9 || ||
 * 35 || 0.00561 || 0.143 || 178  || 70.1 ||0.0315 || 0.0160 || 1079  || 329.0 || ||
 * 36 || 0.00500 || 0.127 || 200  || 78.7 ||0.0250 || 0.0127 || 1361  || 414.8 || ||
 * 37 || 0.00445 || 0.113 || 225  || 88.4 ||0.0198 || 0.0100 || 1716  || 523.1 || ||
 * 38 || 0.00397 || 0.101 || 252  || 99.3 ||0.0157 ||0.00797 || 2164  || 659.6 || ||
 * 39 || 0.00353 || 0.0897 || 283 || 111  ||0.0125 ||0.00632 || 2729  || 831.8 || ||
 * 40 || 0.00314 || 0.0799 || 318 || 125 ||0.00989 ||0.00501 || 3441  || 1049  || ||
 * }
 * 36 || 0.00500 || 0.127 || 200  || 78.7 ||0.0250 || 0.0127 || 1361  || 414.8 || ||
 * 37 || 0.00445 || 0.113 || 225  || 88.4 ||0.0198 || 0.0100 || 1716  || 523.1 || ||
 * 38 || 0.00397 || 0.101 || 252  || 99.3 ||0.0157 ||0.00797 || 2164  || 659.6 || ||
 * 39 || 0.00353 || 0.0897 || 283 || 111  ||0.0125 ||0.00632 || 2729  || 831.8 || ||
 * 40 || 0.00314 || 0.0799 || 318 || 125 ||0.00989 ||0.00501 || 3441  || 1049  || ||
 * }
 * 39 || 0.00353 || 0.0897 || 283 || 111  ||0.0125 ||0.00632 || 2729  || 831.8 || ||
 * 40 || 0.00314 || 0.0799 || 318 || 125 ||0.00989 ||0.00501 || 3441  || 1049  || ||
 * }
 * }

SWG wire table
Adapted from Wikipedia article

Metric to AWG - approximate equivalents
This table assumes wire of the same type - it should not be used to compare for example copper and aluminium of the same diameter.

AWG to metric - approximate equivalents
This table assumes wire of the same type - it should not be used to compare for example copper and aluminium of the same diameter.

Metric to SWG - approximate equivalents
This table assumes wire of the same type - it should not be used to compare for example copper and aluminium of the same diameter.

Metric to SWG - approximate equivalents
This table assumes wire of the same type - it should not be used to compare for example copper and aluminium of the same diameter.