24/0.2 Wire Gauge New HIGH PERFORMANCE Single Core, Multi Strand Wiring Cable, Use In Most Electrical Applications Including: Collections
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Fantastic 24/0.2 Wire Gauge Images - A standard twine gauge. From wikipedia, the loose encyclopedia american twine gauge (awg), additionally referred to as the brown & sharpe cord gauge, is a standardized wire gauge device used since 1857 predominantly within the u.S.A. For the diameters of spherical, stable, nonferrous, electrically accomplishing cord.  the move-sectional location of every gauge is an vital factor for figuring out its modern-carrying capacity. The metal industry uses distinct twine gauges (for example, w&m twine gauge or us steel twine gauge, or tune cord gauge). The table underneath does not observe to steel cord. Increasing gauge numbers supply decreasing twine diameters, that is much like many different non-metric gauging systems. This gauge gadget originated inside the the number of drawing operations used to produce a given gauge of cord. Very best twine (for example, 30 gauge) requires more passes via the drawing dies than does zero gauge cord. Producers of wire formerly had proprietary cord gauge structures; the improvement of standardized twine gauges rationalized selection of wire for a particular purpose. The awg tables are for a single, strong, spherical conductor. The awg of a stranded cord is determined with the aid of the full move-sectional area of the conductor, which determines its contemporary-wearing potential and electric resistance. Due to the fact there are also small gaps between the strands, a stranded wire will continually have a slightly large common diameter than a stable twine with the same awg. The awg size is one of the essential specifications that are printed on records cables. As an instance, an awg of 24 is not unusual for community cables which include a class five utp, and an awg of 26 is the norm for serial ata cables. Awg is also generally used to specify frame piercing jewelry sizes, specially smaller sizes.  contents 1 components 1.1 rules of thumb 2 desk of awg twine sizes three pronunciation 4 references 5 see additionally 6 external links method via definition, no. 36 awg is 0.0.5 inches in diameter, and no. 0000 is 0.46 inches in diameter. The ratio of /american_wire_gauge 1 of 6 eleven/eleven/2008 eight:forty five am these diameters is 92, and there are 40 gauge sizes from no. 36 to no. 0000, or 39 steps. The usage of this not unusual ratio, wire gauge sizes vary geometrically consistent with the subsequent system: the diameter of a no. N awg cord is or the gauge can be calculated from the diameter the usage of  and the move-phase location is . Sizes with more than one zeros are successively large than no. Zero and can be denoted the usage of "number of zeros/zero", as an instance 4/0 for 0000. For an m/0 awg wire, use n = −(m−1) = 1−m in the above formulation. As an instance, for no. 0000 or four/zero, use n = −3. The astm b 258-02 widespread defines the ratio among successive sizes to be the thirty ninth root of 92, or approximately 1.1229322.  astm b 258-02 additionally dictates that wire diameters have to be tabulated and not using a greater than four great figures, with a decision of no greater than 0.0001 inches (zero.1 mils) for wires larger than no. Forty four awg, and zero.00001 inches (zero.01 mils) for wires no. 45 awg and smaller. Guidelines of thumb the 6th energy of this ratio could be very close to 2,  which leads to the subsequent regulations of thumb: while the diameter of a twine is doubled, the awg will decrease through 6. (E.G. No. 2 awg is ready twice the diameter of no. 8 awg.) While the region of a twine is doubled, the awg will lower by three. (E.G. No. 14 awg wires have about the identical move-sectional vicinity as a single no. Eleven awg twine.) Additionally, a decrease of ten gauge numbers, as an example from no. 10 to one/0, multiplies the region and weight by way of approximately 10 and decreases the resistance via about 10. Desk of awg wire sizes the table under indicates various facts consisting of each the resistance of the numerous wire gauges and the allowable cutting-edge (ampacity) based on plastic insulation. The diameter facts in the table applies to solid wires. Stranded wires are calculated via calculating the equal move sectional copper place. The desk underneath assumes dc, or ac frequencies same to or much less than 60 hz, and does now not take skin effect into consideration. Turns of wire is on a best-case situation while winding tightly packed coils without a insulation. /American_wire_gauge 2 of 6 eleven/eleven/2008 8:forty five am awg diameter turns of wire location copper resistance  nec copper cord ampacity with 60/75/ 90°c insulation (a)  approximate stranded metric equivalents (inch) (mm) (according to inch) (in step with cm) (kcmil) (mm²) (ω/km) (ω/kft) 0000 (four/zero) 0.4600 eleven.684 2.17 0.856 212 107 zero.1608 zero.04901 195 / 230 / 260 000 (3/0) zero.4096 10.404 2.44 zero.961 168 85.0 zero.2028 zero.06180 a hundred sixty five / 200 / 225 00 (2/zero) 0.3648 9.266 2.74 1.08 133 67.4 zero.2557 0.07793 a hundred forty five / 175 / 195 zero (1/zero) zero.3249 8.252 3.08 1.21 106 fifty three.5 zero.3224 zero.09827 125 / 150 / 170 1 0.2893 7.348 three.46 1.36 eighty three.7 42.4 0.4066 0.1239 110 / one hundred thirty / 150 2 0.2576 6.544 three.88 1.Fifty three sixty six.Four 33.6 zero.5127 0.1563 ninety five / a hundred and fifteen / a hundred thirty three zero.2294 5.827 four.36 1.72 fifty two.6 26.7 zero.6465 0.1970 eighty five / 100 / a hundred and ten 196/zero.Four 4 0.2043 five.189 4.89 1.Ninety three 41.7 21.2 0.8152 zero.2485 70 / 85 / ninety five 5 zero.1819 4.621 five.50 2.Sixteen 33.1 sixteen.8 1.028 zero.3133 126/zero.Four 6 0.1620 four.A hundred and fifteen 6.17 2.Forty three 26.Three 13.Three 1.296 zero.3951 55 / sixty five / 75 7 zero.1443 three.665 6.Ninety three 2.73 20.Eight 10.5 1.634 0.4982 80/zero.4 eight zero.1285 three.264 7.78 3.06 16.Five eight.37 2.061 zero.6282 40 / 50 / 55 nine 0.1144 2.906 eight.74 three.44 thirteen.1 6.Sixty three 2.599 0.7921 eighty four/0.Three 10 zero.1019 2.588 nine.81 three.86 10.Four 5.26 three.277 0.9989 30 / 35 / forty 11 zero.0907 2.305 11.Zero four.34 8.23 four.17 4.132 1.260 fifty six/0.Three 12 0.0808 2.053 12.Four 4.87 6.Fifty three 3.31 five.211 1.588 25 / 25 / 30 (20) thirteen 0.0720 1.828 13.9 5.47 five.18 2.62 6.571 2.003 50/zero.25 14 zero.0641 1.628 15.6 6.14 four.11 2.08 8.286 2.525 20 / 20 / 25 (15) 15 zero.0571 1.450 17.Five 6.Ninety three.26 1.65 10.45 three.184 30/0.25 sixteen 0.0508 1.291 19.7 7.Seventy five 2.Fifty eight 1.31 thirteen.17 4.016 — / — / 18 (10) 17 0.0453 1.A hundred and fifty 22.1 8.70 2.05 1.04 sixteen.61 5.064 32/zero.2 18 0.0403 1.024 24.8 nine.Seventy seven 1.Sixty two zero.823 20.95 6.385 — / — / 14 (7) 24/0.2 19 zero.0359 zero.912 27.9 eleven.0 1.29 0.653 26.Forty two 8.051 /american_wire_gauge 3 of 6 11/11/2008 eight:45 am 20 0.0320 zero.812 31.3 12.3 1.02 0.518 33.31 10.15 16/0.2 21 zero.0285 zero.723 35.1 thirteen.8 0.810 0.410 forty two.00 12.80 22 0.0253 zero.644 39.Five 15.Five 0.642 0.326 52.Ninety six 16.14 7/zero.25 23 zero.0226 0.573 forty four.3 17.4 0.509 0.258 66.79 20.36 24 zero.0201 zero.511 forty nine.7 19.6 0.404 0.205 eighty four.22 25.67 1/zero.Five, 7/zero.2, 30/zero.1 25 0.0179 0.455 55.9 22.Zero 0.320 0.162 106.2 32.37 26 zero.0159 zero.405 sixty two.7 24.7 0.254 zero.129 133.Nine 40.81 7/0.15 27 0.0142 0.361 70.Four 27.7 zero.202 zero.102 168.9 fifty one.47 28 0.0126 zero.321 seventy nine.1 31.1 0.A hundred and sixty zero.0810 212.9 sixty four.90 29 zero.0113 0.286 88.Eight 35.0 0.127 0.0642 268.Five 81.84 30 0.0100 zero.255 99.7 39.Three zero.101 zero.0509 338.6 103.2 1/zero.25, 7/zero.1 31 zero.00893 0.227 112 forty four.1 0.0797 0.0404 426.9 a hundred thirty.1 32 0.00795 0.202 126 49.Five zero.0632 zero.0320 538.3 164.1 1/zero.2, 7/0.08 33 zero.00708 zero.180 141 fifty five.6 zero.0501 zero.0254 678.Eight 206.Nine 34 zero.00630 zero.One hundred sixty 159 62.4 0.0398 zero.0201 856.Zero 260.Nine 35 0.00561 zero.143 178 70.1 0.0315 0.0160 1079 329.0 36 zero.00500 0.127 2 hundred 78.7 0.0250 0.0127 1361 414.8 37 0.00445 0.113 225 88.4 zero.0198 0.0100 1716 523.1 38 zero.00397 0.101 252 ninety nine.Three 0.0157 0.00797 2164 659.6 39 0.00353 zero.0897 283 111 zero.0125 zero.00632 2729 831.Eight 40 zero.00314 zero.0799 318 one hundred twenty five zero.00989 0.00501 3441 1049 the "approximate stranded metric equivalents" column lists commonly to be had cables inside the format "variety of strands / diameter of individual strand (mm)" that is the commonplace nomenclature describing cable production inside an standard move-sectional location. Some common cables are midway between two awg sizes. Cables offered in europe are usually categorized according to the mixed go section of all strands in mm², which can be in comparison without delay with the place column. Within the north american electric industry, conductors larger than 4/zero awg are normally diagnosed through the region in hundreds of circular mils (kcmil), where 1 kcmil = 0.5067 mm². A round mil is the place of a cord one mil in diameter. One million circular mils is the place of a cylinder with one thousand mil = 1 inch diameter. An older abbreviation for 1000 circular mils is mcm. Outdoor north america, cord sizes for electric purposes are usually given as the cross sectional location in square millimeters. Worldwide popular manufacturing sizes for conductors in electrical cables are defined in iec 60228. Be aware that the location in mm² may additionally vary rather from the numbers given inside the table, relying on number of strands etc. Pronunciation /american_wire_gauge 4 of 6 11/eleven/2008 8:45 am awg is colloquially known as gauge and the zeros in huge twine sizes are called aught (suggested /t/). Cord sized 1 awg is known as "one gauge"; similarly, smaller diameters are mentioned "x gauge", in which x is the tremendous integer awg variety. Larger wire (#0 and up) is known as "one aught", "two aught" and so forth, depending on how many zeros are in the awg score.  references donald g. Fink and h. Wayne beaty, trendy handbook for electric engineers, 11th edition,mcgraw-hill, the big apple, 1978, isbn zero-07-020974-x, page four-18 and table four-11. ^ Astm widespread b 258-02, fashionable specification for general nominal diameters and pass-sectional regions of awg sizes of strong spherical wires used as electrical conductors, astm global, 2002 1. ) 2. ^ The logarithm to the bottom ninety two can be computed the use of every other logarithm, along with commonplace or natural logarithm, using log 92 x = (log x)/(log ninety two). 3. ^ Astm preferred b 258-02, page four four. ^ The end result is roughly 2.0050, or one-zone of 1 percentage higher than 2 5. ^ Figure for stable copper cord at sixty eight °f, computed primarily based on one hundred iacs conductivity of 58.0 ms/m, which concurs with more than one sources: mark lund, powerstream inc., American cord gauge desk and awg electrical modern-day load , retrieved on 2 may additionally 2008 (even though the ft/m conversion appears slightly erroneous) ) , 2006, despite the fact that statistics from there for gauges 35 and 37–forty seems glaringly wrong. Excessive-purity oxygen-free copper can acquire as much as 101.5 iacs conductivity; e.G. The kanthal /062cc3b124d69a8ec1256988002a3d76/f6421c7808255963c12572bb001c8704/$record ?Openelement) lists barely lower resistances than this desk. 6. /) . Table 310.16 web page 70-148, allowable ampacities of insulated conductors rated zero throrugh 2000 volts, 60°c through ninety°c, not greater than 3 cutting-edge-sporting conductors in raceway, cable, or earth (directly buried) based on ambient temperature of 30°c. Extracts from nfpa 70 do now not represent the total role of nfpa and the unique entire code must be consulted. 7. _extras/february_2006 /glossary_of_power_terms) 8. See additionally iec 60228 for worldwide general cord sizes imperial wire gauge & british fashionable gauge a chart comparing all recognised wire gauges outside links ) - on-line calculator converts gauge to diameter or diameter to gauge for any twine length. ) /American_wire_gauge five of 6 11/eleven/2008 8:45 am this web page was final modified on 1 november 2008, at 04:26. All text is available underneath the phrases of the gnu unfastened documentation license. (See copyrights for details.) Wikipedia® is a registered trademark of the wikimedia foundation, inc., A u.S. Registered 501(c)(3) tax-deductible nonprofit charity. ) ) ) ) /American_wire_gauge" classes: cord gauges | standard gadgets inside the united states /american_wire_gauge 6 of 6 eleven/eleven/2008 eight:forty five am.