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Strand Aluminium Clad Steel Wire Acs For Extra High Voltage Overhead Conductor

Strand Aluminium Clad Steel Wire Acs For Extra High Voltage Overhead Conductor

  • High Light

    aluminum stranded conductor

    ,

    aluminum clad steel wire

  • Standard
    Standard ASTM B 416-98, AS 1222, IEC6 1089
  • Material Shape
    Round Wire
  • Packed In Iron Wooden Reels
    Fit Customer Design
  • Different Grades
    Lb14, Lb20, Lb23, Lb27, Lb30, Lb35 ,Lb40
  • Single Wire′s Diameters
    1.8mm Minimum
  • High Voltage
    Over 110kv
  • Place of Origin
    Anhui,China
  • Brand Name
    Litong Global
  • Certification
    ISO9001,CE,CCC
  • Model Number
    LT-190523-2
  • Minimum Order Quantity
    1ton
  • Price
    discuss
  • Packaging Details
    Packed in Iron Wooden Reels
  • Supply Ability
    400tons/day

Strand Aluminium Clad Steel Wire Acs For Extra High Voltage Overhead Conductor

 
Product description:
Aluminum clad steel stranded wire is made of an aluminum clad steel wire core stranded with one or more layers of single aluminum clad steel wire in spiral. Opposite stranding direction between neighboring layers provides higher mechanical strength and corrosion resistance. Primarily, it's applied to overhead power transmission in electric system. Our aluminum clad steel stranded wire portfolio includes products for overhead power line, long span, aluminum stranded wire for aluminum clad steel core, aluminum alloy stranded wire for aluminum clad steel core and heat-resistant aluminum alloy stranded wire for aluminum clad steel core.

Application:
Aerial electricity transmission, overhead ground conductor, extra high voltage overhead conductor, optical fiber composite overhead ground line and self-damping conductor line, etc.

Standard:
ASTM B416-98, AS1222, IEC61089
Parameters Before Stranding:
Approximate Properties of Hard-drawn 20.3% Conductivity Aluminum-Clad steel
Wire (20.3%)

Nominal Dia

Size

Calculated cross sectional area

Min tensile
strength

Calculated
breaking
load

Mincoating
thickness

D.C resistance
at 20ºC≤


Weight
in. mm AWG mm2 cmils Mpa psi kn mm Ω/1000ft Ω/km kg/km 1b/1000ft
0.2043 5.189 4 21.150 41740 1070 155000 22.60 0.259 1.222 4.009 139.32 93.63
0.1880 4.775 4 17.908 35342 1100 160000 19.70 0.239 1.443 4.735 118.01 79.31
0.1819 4.620 5 16.767 33090 1140 165000 18.10 0.231 1.541 5.056 110.48 74.25
0.1729 4.392 5 15.150 29899 1170 170000 17.73 0.220 1.706 5.597 99.84 67.10
0.1620 4.115 6 13.296 26240 1210 175000 16.00 0.206 1.943 6.375 87.61 58.88
0.1549 3.934 6 12.155 23989 1240 180000 15.07 0.197 2.126 6.976 80.10 53.83
0.1443 3,665 7 10.549 20820 1280 185000 13.50 0.183 2.450 8.038 69.47 46.69
0.1369 3.477 7 9.495 18739 1310 190000 12.44 0.174 2.722 8.931 62.57 42.05
0.1285 3.264 8 8.366 16510 1340 195000 11.20 0.163 3.089 10.135 55.15 37.03
0.1144 2.906 9 6.633 13090 1340 195000 8.92 0.145 3.896 12.783 43.70 29.37
0.1019 2.588 10 5.260 10380 1340 195000 7.07 0.129 4.912 16.116 34.66 23.29
0.0907 2.304 11 4.170 8230 1340 195000 5.61 0.115 6.194 20.323 27.48 18.47
0.0808 2.052 12 3.309 6530 1340 195000 4.45 0.103 7.811 25.628 21.80 14.65
Approximate Properties of Hard-drawn 27% Conductivity Aluminum-Clad steel
Wire (27%)

Nominal Dia

Size

Calculated cross sectional area

Min tensile
strength

Calculated
breaking
load

Mincoating
thickness

D.C resistance
at 20ºC≤


Weight
in. mm AWG mm2 cmils Mpa psi kn mm Ω/1000ft Ω/km kg/km 1b/1000ft
0.2043 5.189 4 21.150 41740 862 125000 18.20 0.363 0.920 3.019 124.99 84.00
0.1880 4.775 4 17.908 35342 889 129000 15.92 0.334 1.087 3.566 105.83 71.12
0.1819 4.620 5 16.767 33090 917 133000 15.40 0.323 1.161 3.809 99.09 66.59
0.1729 4.392 5 15.150 29899 945 137000 14.32 0.307 1.285 4.215 89.54 60.17
0.1620 4.115 6 13.296 26240 972 141000 12.90 0.288 1.464 4.803 78.57 52.80
0.1549 3.934 6 12.155 23989 1000 145000 12.16 0.275 1.601 5.254 71.84 48.28
0.1443 3,665 7 10.549 20820 1034 150000 10.90 0.257 1.845 6.053 62.33 41.89
0.1369 3.477 7 9.495 18739 1062 154000 10.08 0.243 2.050 6.726 56.12 37.71
0.1285 3.264 8 8.366 16510 1076 156000 9.00 0.228 2.326 7.632 49.43 33.22
0.1144 2.906 9 6.633 13090 1076 156000 7.13 0.203 2.934 9.626 39.19 26.34
0.1019 2.588 10 5.260 10380 1076 156000 5.66 0.181 3.700 12.140 31.08 20.89
0.0907 2.304 11 4.170 8230 1076 156000 4.48 0.161 4.667 15.312 24.63 16.55
0.0808 2.052 12 3.309 6530 1076 156000 3.56 0.144 5.882 19.299 19.55 13.14
Approximate Properties of Hard-drawn 30% Conductivity Aluminum-Clad steel
Wire (30%)

Nominal Dia

Size

Calculated cross sectional area

Min tensile
strength

Calculated
breaking
load

Mincoating
thickness

D.C resistance
at 20ºC≤


Weight
in. mm AWG mm2 cmils Mpa psi kn mm Ω/1000ft Ω/km kg/km 1b/1000ft
0.2043 5.189 4 21.150 41740 703 102000 14.90 0.389 0.828 2.717 118.64 79.73
0.1880 4.775 4 17.908 35342 731 106000 13.09 0.358 0.978 3.209 100.46 67.51
0.1819 4.620 5 16.767 33090 758 110000 12.70 0.347 1.045 3.429 94.06 63.21
0.1729 4.392 5 15.150 29899 786 114000 11.91 0.329 1.156 3.793 84.99 57.12
0.1620 4.115 6 13.296 26240 786 118000 10.50 0.309 1.317 4.321 74.59 50.13
0.1549 3.934 6 12.155 23989 814 122000 9.89 0.295 1.441 4.728 68.19 45.83
0.1443 3,665 7 10.549 20820 841 126000 8.87 0.275 1.660 5.446 59.18 39.77
0.1369 3.477 7 9.495 18739 869 128000 8.25 0.261 1.845 6.053 53.27 35.80
0.1285 3.264 8 8.366 16510 883 128000 7.38 0.245 2.094 6.870 46.95 31.55
0.1144 2.906 9 6.633 13090 883 128000 5.85 0.218 2.642 8.668 37.20 25.00
0.1019 2.588 10 5.260 10380 883 128000 4.47 0.194 3.329 10.922 29.52 19.84
0.0907 2.304 11 4.170 8230 883 128000 3.68 0.173 4.203 13.79 23.38 15.71
0.0808 2.052 12 3.309 6530 883 128000 2.92 0.154 5.295 17.373 18.57 12.48