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Your position: Home > Overhead Cable > AACSR-Aluminum Alloy Conductor Steel Reinforced
High Voltage Power Cable
Medium Voltage Power Cable
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Building Wire
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AACSR-Aluminum Alloy Conductor Steel Reinforced
AACSR-Aluminum Alloy Conductor Steel Reinforced
AACSR-Aluminum Alloy Conductor Steel Reinforced
AACSR-Aluminum Alloy Conductor Steel Reinforced

AACSR-Aluminum Alloy Conductor Steel Reinforced

AACSR Conductor is applied for large span overhead transmission and distribution lines than ACSR.
Certificate :
ISO 9001 ISO 14001 ISO 45001
Manufacturing Capacity :
10000km/Month
Packaging Details :
Wood Drum, Steel-Wood Drum or Metal Drum
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Product Description
Product Application
Product Structure
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Specification
Related Products
Product Description
AACSR Conductor is applied for large span overhead transmission and distribution lines than ACSR.
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Product Application
AACSR Conductor is applied for large span overhead transmission and distribution lines than ACSR.
Product Application
Product Application
Product Application
Product Structure
6201 -T81 Aluminum alloy wire and steel core consists of one or more concentrically stranded galvanized steel wires in the centre, and concentrically stranded aluminum alloy wires in external layers, Small weight of aluminum and its best conductivity are combined with high resistance to elongation of steel.
AACSR-Aluminum Alloy Conductor Steel Reinforced
Standard
IEC standard, ASTM standard, EN standard, and other standard and customizable cable.
Feature
High Tensile Strength than ACSR, Excellent resistance to corrosion.
Specification

Table 1 AACSR ( Characteristics of A2/S1A Conductor) IEC 61089

 

Code Number  Areas Number of Wires Wire Dia. Diameter Liner
Mass		 Rated
Strength		 Max. D.C.
Resistance
at 20 ℃
Alloy St. Total Alloy St. Alloy St. Core Cond.
mm² mm² mm² mm² mm mm mm mm kg/km kn Ω/km
16 18.4 3.07 21.5 6 1 1.98 1.98 1.98 5.93 74.4 9.02 1.7934
25 28.8 4.80 33.6 6 1 2.47 2.47 2.47 7.41 116.2 13.96 1.1478
40 46 7.67 53.7 6 1 3.13 3.13 3.13 9.38 185.9 22.02 0.7174
63 72.5 12.10 84.6 6 1 3.92 3.92 3.92 11.80 292.8 34.68 0.4555
100 115 63.90 121 18 1 2.85 2.85 2.85 14.30 366.4 41.24 0.2880
125 144 7.99 152 18 1 3.19 3.19 3.19 16.00 458.0 51.23 0.2304
125 144 23.40 167 26 7 2.65 2.06 6.19 16.80 579.9 69.86 0.2310
160 184 10.20 194 18 1 3.61 3.61 3.61 18.00 586.2 65.58 0.1800
160 184 30.00 214 26 7 3.00 2.34 7.01 19.00 742.3 88.52 0.1805
200 230 12.80 243 18 1 4.04 4.04 4.04 20.20 732.8 81.97 0.1440
200 230 37.50 268 26 7 3.36 2.61 7.83 21.30 927.9 110.64 0.1444
250 288 28.30 316 22 7 4.08 2.27 6.80 23.10 1013.5 117.09 0.1154
250 288 469.00 335 26 7 3.75 2.92 8.76 23.80 1159.6 138.31 0.1155
315 363 25.10 388 45 7 3.20 2.14 6.41 25.80 1196.5 136.28 0.0917
315 363 59.00 422 26 7 4.21 3.28 9.83 26.70 1461.4 171.90 0.0917
400 460 31.80 402 45 7 3.61 2.41 7.22 28.90 1519.4 172.10 0.0722
400 460 59.70 520 54 7 3.29 3.29 9.88 29.70 1738.3 201.46 0.0723
450 518 35.80 564 45 7 3.83 2.55 7.66 30.60 1709.3 193.61 0.0642
450 518 67.10 585 54 7 3.49 3.49 10.50 31.50 1955.6 226.64 0.0643
500 575 39.80 615 45 7 4.04 2.69 8.07 32.30 1899.3 215.12 0.0578
500 575 74.60 650 54 7 3.68 3.68 11.10 33.20 2172.9 251.82 0.0578
560 645 44.60 689 45 7 4.27 2.85 8.54 34.20 2127.2 240.93 0.0516
560 645 81.60 726 54 19 3.90 2.34 11.70 35.10 2420.9 283.21 0.0516
630 725 313.00 756 72 7 3.58 2.39 7.16 35.80 2248.0 249.62 0.0459
630 725 91.80 817 54 19 4.13 2.48 12.40 37.20 2723.5 318.61 0.0459
710 817 35.30 852 72 7 3.80 2.53 7.60 38.00 2533.4 281.32 0.0407
710 817 10.40 921 54 19 4.39 2.63 13.20 39.50 3069.4 359.06 0.0407
800 921 39.80 961 72 7 4.04 2.69 80.70 40.40 2854.6 316.98 0.0361
800 921 76.70 997 84 7 3.74 3.74 11.20 41.10 3145.1 356.03 0.0362
900 1036 44.80 1081 72 7 4.28 2.85 8.56 42.80 3211.4 356.60 0.0321
900 1036 86.30 1122 84 7 3.96 3.96 11.90 43.60 3538.3 400.53 0.0322
1000 1151 93.70 1245 84 19 4.18 2.61 12.50 45.90 3916.8 446.37 0.0289
1120 1289 105.00 1394 84 19 4.42 2.65 13.30 48.60 4386.8 499.93 0.0258

 

Table 2 AACSR ( Characteristics of A2/S3A Conductor) IEC 61089

 

Code Number  Areas Number of Wires Wire Dia. Diameter Liner
Mass		 Rated
Strength		 Max. D.C.
Resistance
at 20 ℃
Alloy St. Total Alloy St. Alloy St. Core Cond.
mm² mm² mm² mm² mm mm mm mm kg/km kn Ω/km
16 18.4 3.07 21.5 6 1 1.98 1.98 1.98 5.93 74.4 9.88 1.7934
25 28.8 4.8 33.6 6 1 2.47 2.47 2.47 7.41 116.2 15.25 1.1418
40 46 7.67 53.7 6 1 3.13 3.13 3.13 9.38 185.9 24.17 0.7174
63 72.5 12.1 84.6 6 1 3.92 3.92 3.92 11.80 292.8 37.58 0.4555
100 115 6.39 121 18 1 2.85 2.85 2.85 14.30 366.4 42.97 0.2880
125 144 7.99 152 18 1 3.19 3.19 3.19 16.00 458.0 53.47 0.2304
125 144 23.4 167 26 7 2.65 2.06 6.19 16.80 579.9 76.42 0.2310
160 184 10.2 194 18 1 3.61 3.61 3.61 18.00 586.2 68.03 0.1800
160 184 30 214 26 7 3.00 2.34 7.01 19.00 742.3 96.61 0.1805
200 230 12.8 243 18 1 4.04 4.04 4.04 20.20 732.8 85.04 0.1440
200 230 37.5 268 26 7 3.36 2.61 7.83 21.30 927.9 120.77 0.1444
250 288 28.3 316 22 7 4.08 2.27 6.80 23.10 1013.5 124.72 0.1154
250 288 46.9 335 26 7 3.75 2.92 8.76 23.80 1159.6 150.96 0.1155
315 363 25.1 388 45 7 3.20 2.14 6.41 25.80 1196.5 143.30 0.0917
315 363 59 422 26 7 4.21 3.28 9.83 26.70 1461.4 188.44 0.0917
400 460 31.8 492 45 7 3.61 2.41 7.22 28.90 1519.4 180.36 0.0722
400 460 59.7 520 54 7 3.29 3.29 9.88 29.70 1738.3 218.17 0.0723
450 518 35.8 554 45 7 3.83 2.55 7.66 30.60 1709.3 203.28 0.0642
450 518 67.1 585 54 7 3.49 3.49 10.50 31.50 1955.6 245.44 0.0643
500 575 39.8 615 45 7 4.04 2.69 8.07 32.30 1899.3 225.86 0.0578
500 575 74.6 650 54 7 3.68 3.68 11.10 33.20 2172.9 269.73 0.0578
560 645 44.6 689 45 7 4.27 2.85 8.54 34.20 2127.2 252.97 0.0516
560 645 81.6 726 54 19 3.90 2.34 11.70 35.10 2420.9 305.25 0.0516
630 725 31.3 756 72 7 3.58 2.39 7.16 35.80 2248.0 258.08 0.0459
630 725 91.8 817 54 19 4.13 2.48 12.40 37.20 2723.5 343.40 0.0459
710 817 35.3 852 72 7 3.80 2.53 7.60 38.00 2533.4 290.85 0.0407
710 817 10.4 921 54 19 4.39 2.63 13.20 39.50 3069.4 387.01 0.0407
800 921 39.8 961 72 7 4.04 2.69 8.07 40.40 2854.6 327.72 0.0361
800 921 76.7 997 84 7 3.74 3.74 11.20 41.10 3145.4 374.44 0.0362
900 1036 44.8 1081 72 7 4.28 2.85 8.56 42.80 3211.4 368.69 0.0321
900 1036 86.3 1122 84 7 3.96 3.96 11.90 43.60 3538.3 421.25 0.0322
1000 1151 93.7 1245 84 19 4.18 2.61 12.50 45.90 3916.8 471.67 0.0289
1120 1289 105 1394 84 19 4.42 2.65 13.30 48.60 4386.8 528.27 0.0258

 

Table 3 AACSR ( Characteristics of A3/S1A Conductor) IEC 61089

 

Code Number  Areas Number of Wires Wire Dia. Diameter Liner
Mass		 Rated
Strength		 Max. D.C.
Resistance
at 20 ℃
Alloy St. Total Alloy St. Alloy St. Core Cond.
mm² mm² mm² mm² mm mm mm mm kg/km kn Ω/km
16 18.6 3.1 21.7 6 1 1.99 1.99 1.99 5.96 75.1 9.67 1.7934
25 29 4.8 33.9 6 1 2.48 2.48 2.48 7.45 117.3 14.96 1.1478
40 46.5 7.8 54.2 6 1 3.14 3.14 3.14 9.42 187.7 23.63 0.7174
63 73.2 1.2 85.4 6 1 3.84 3.94 3.94 11.80 295.6 36.48 0.4555
100 116 6.5 123 18 1 2.87 2.87 2.87 14.30 369.9 45.12 0.2880
125 145 8.1 153 18 1 3.21 3.21 3.21 16.00 462.3 56.08 0.2304
125 145 23.7 169 26 7 2.67 2.07 6.22 16.90 585.4 74.88 0.2310
160 186 10.3 196 18 1 3.63 3.63 3.63 18.10 591.8 69.92 0.1800
160 186 30.3 216 26 7 3.02 2.35 7.04 19.10 749.4 94.94 0.1805
200 232 12.9 245 18 1 4.05 4.05 4.05 20.30 739.8 87.40 0.1440
200 232 37.8 270 26 7 3.37 2.62 7.87 21.40 936.7 118.67 0.1444
250 290 28.5 319 22 7 4.10 2.28 6.83 23.20 1023.2 124.02 0.1151
250 290 47.3 338 26 7 3.77 2.93 8.80 23.90 1170.9 145.43 0.1155
315 366 25.3 391 45 7 3.22 2.15 6.44 25.70 1207.9 148.56 0.0917
315 366 59.6 426 26 7 4.23 3.29 9.88 26.80 1475.9 180.86 0.0917
400 465 32.1 497 45 7 3.03 2.42 7.25 29.00 1533.9 183.03 0.0722
400 465 60.2 525 54 7 3.31 3.31 9.93 29.80 1754.9 217.32 0.0723
450 523 36.1 559 45 7 3.85 2.56 7.69 30.80 1725.6 205.91 0.0642
450 523 67.8 591 54 7 3.51 3.51 10.50 31.60 1974.2 239.26 0.0643
500 581 40.2 621 45 7 4.05 2.70 8.11 32.40 1917.3 228.79 0.0578
500 581 75.3 656 54 7 3.70 3.70 11.10 33.30 2193.6 265.84 0.0578
560 651 45.0 696 45 7 4.29 2.86 8.58 34.30 2147.4 256.24 0.0516
560 651 82.4 733 54 19 3.92 2.35 11.80 35.30 2444.0 298.92 0.0516
630 732 31.6 764 72 7 3.60 2.40 7.20 36.00 2269.4 266.64 0.0459
630 732 92.7 825 54 19 4.15 2.49 125.00 37.40 2749.5 336.28 0.0459
710 825 35.6 861 72 7 3.82 2.55 7.64 38.20 2557.6 300.50 0.0407
710 825 104.0 929 54 19 4.41 2.65 1.32 39.70 3098.6 378.98 0.0407
800 930 40.2 970 72 7 4.05 2.70 8.11 40.50 2881.8 338.59 0.0361
800 930 77.5 1007 84 7 3.75 3.75 11.30 41.30 3175.1 378.01 0.0362
900 1046 45.2 1091 72 7 4.30 2.87 8.60 43.00 3242.0 380.91 0.0321
900 1046 87.1 1133 84 7 3.98 3.98 11.90 43.80 3572.0 425.26 0.0322
1000 1162 94.6 1257 84 19 4.20 2.52 12.60 46.20 3954.1 473.86 0.0289
1120 1301 106.0 1407 84 19 4.44 2.66 13.30 48.90 4428.6 530.72 0.0258

 

Table 4 AACSR ( Characteristics of A3/S3A Conductor) IEC 61089

 

Code Number  Areas Number of Wires Wire Dia. Diameter Liner
Mass		 Rated
Strength		 Max. D.C.
Resistance
at 20 ℃
Alloy St. Total Alloy St. Alloy St. Core Cond.
mm² mm² mm² mm² mm mm mm mm kg/km kn Ω/km
16 18.6 3.1 21.7 6 1 1.99 1.99 1.99 5.96 75.10 10.53 1.7934
25 29 4.8 33.9 6 1 2.48 2.48 2.48 7.45 117.30 16.27 1.1478
40 46.5 7.75 54.2 6 1 3.14 3.14 3.14 9.42 187.7 25.79 0.7174
63 73.2 12.20 85.4 6 1 3.84 3.94 3.94 11.80 295.6 39.41 0.4555
100 116 6.46 123 18 1 2.87 2.87 2.87 14.30 369.9 46.86 0.2880
125 145 8.07 153 18 1 3.21 3.21 3.21 16.00 462.3 58.34 0.2304
125 145 23.70 169 26 7 2.67 2.07 6.22 16.90 585.4 81.50 0.2310
160 186 10.30 196 18 1 3.63 3.63 3.63 18.10 591.8 72.40 0.1800
160 186 30.30 216 26 7 3.02 2.35 7.04 19.10 749.4 103.11 0.1805
200 232 12.90 245 18 1 4.05 4.05 4.05 20.30 739.8 90.50 0.1440
200 232 37.80 270 26 7 3.37 2.62 7.87 21.40 936.7 128.89 0.1444
250 290 28.50 319 22 7 4.10 2.28 6.83 23.20 1023.2 131.72 0.1151
250 290 47.30 338 26 7 3.77 2.93 8.80 23.90 1170.9 158.21 0.1155
315 366 25.30 391 45 7 3.22 2.15 6.44 25.70 1207.9 155.64 0.0917
315 366 59.60 426 26 7 4.23 3.29 9.88 26.80 1475.9 197.55 0.0917
400 465 32.10 407 45 7 3.03 2.42 7.25 29.00 1533.9 191.71 0.0722
400 465 60.20 525 54 7 3.31 3.31 9.93 29.80 1754.9 234.19 0.0723
450 523 36.10 559 45 7 3.85 2.56 7.69 30.80 1725.6 215.67 0.0642
450 523 67.80 591 54 7 3.51 3.51 10.50 31.60 1974.2 255.52 0.0643
500 581 40.20 621 45 7 4.05 2.70 8.11 32.40 1917.3 239.63 0.0578
500 581 75.30 656 54 7 3.70 3.70 11.10 33.30 2193.6 283.91 0.0578
560 651 45.00 696 45 7 4.29 2.86 8.58 34.30 2147.4 268.39 0.0516
560 651 82.40 733 54 19 3.92 2.35 11.80 35.30 244.4 321.17 0.0516
630 732 31.60 764 72 7 3.60 2.40 7.20 36.00 2269.4 275.18 0.0459
630 732 92.70 825 54 19 4.15 2.49 12.50 37.40 2749.5 361.32 0.0459
710 825 35.60 861 72 7 3.82 2.55 7.64 38.20 2557.6 310.12 0.0407
710 825 104.00 929 54 19 4.41 2.65 13.20 39.70 3098.6 407.20 0.0407
800 930 40.20 970 72 7 4.05 2.70 8.11 40.50 2881.8 349.43 0.0361
800 930 77.50 1007 84 7 3.75 3.75 11.30 41.30 3175.1 396.60 0.0362
900 1046 45.20 1091 72 7 4.30 2.87 8.60 43.00 3242.0 393.11 0.0321
900 1046 87.10 1133 84 7 3.98 3.98 11.90 43.80 3572.0 446.17 0.0322
1000 1162 94.60 1257 84 19 4.20 2.52 12.60 46.20 3954.1 499.40 0.0289
1120 1301 106.00 1407 84 19 4.44 2.66 13.30 48.90 4428.6 559.33 0.0258

 

Table 5 AS 3067

 

Product code Strand/Wire

No/mm

 Cross sectional area

Mm2

 Nominal O.D.

mm

 Weight

Kg/km

 Min.Breaking Load Final modulus of elasticity Coefficient of linear expansion
Alloy Steel Alloy Steel Total KN GPA /℃*10-6
Apple 1120 6/3.00 1/3.00 42.4 7.1 49.5 9.0 171 18.3 79 19.3
Banana 1120 6/3.75 1/3.75 66.3 11.0 77.3 11.3 268 27.9 79 19.3
Cherry 1120 6/4.75 7/1.60 106 14.1 120 14.3 402 40.7 76 19.9
Grape 1120 30/2.50 7/2.50 147 34.4 182 17.5 677 74.4 80 19.4
Lemon 1120 30/3.00 7/3.00 212 49.5 262 21.0 973 107 80 19.4
Lychee 1120 30/3.25 7/3.25 249 58.1 307 22.8 1140 126 80 19.4
Lime 1120 30/3.50 7/3.50 289 67.3 356 24.5 1320 143 80 19.4
Mango 1120 54/3.00 7/3.00 382 49.5 431 27.0 1440 149 68 20.6
Orange 1120 54/3.25 7/3.25 448 58.1 506 29.3 1690 174 68 20.6
Olive 1120 54/3.50 7/3.50 519 67.3 587 31.5 1960 197 68 20.6

 

Table 6 ASTM B711

 

Nominal
Cross Section		 Alloy Cross Section Steel Cross Section Number
of Alloy
Wires		 Diameter
of Alloy
Wires		 Number
of Steel
Wires		 Diameter
of Steel
Wires		 Overall
Diameter		 Linear
Mass		 Rated
Tensile
Strength		 Max.D.C. Resistance
at 20℃
mm² mm² mm² – mm – mm mm kg/km daN Ω/km
163 140 23 26 2.62 7 2.04 16.6 560 7500 0.24
173 140 33 30 2.44 7 2.44 17.1 650 8740 0.24
186 160 26 26 2.8 7 2.18 17.7 645 8560 0.21
198 160 38 30 2.61 7 2.61 18.3 740 10600 0.21
209 180 29 26 2.97 7 2.31 18.8 725 9510 0.187
222 180 42 30 2.76 7 2.76 19.3 825 11200 0.187
232 200 32 26 3.13 7 2.43 19.8 800 10600 0.168
247 200 47 30 2.91 7 2.91 20.4 920 12400 0.168
260 224 36 26 3.31 7 2.57 21 900 11800 0.15
276 224 52 30 3.08 7 3.08 21.6 1025 13900 0.15
291 250 41 26 3.5 7 2.72 22.2 1010 12900 0.135
308 250 58 30 3.26 7 3.26 22.8 1145 15600 0.135
326 280 46 26 3.7 7 2.88 23.4 1140 14400 0.12
345 280 65 30 3.45 7 3.45 24.2 1280 17100 0.12
367 315 52 26 3.93 7 3.06 24.9 1276 16300 0.107
387 315 72 30 3.66 19 2.2 25.6 1433 19000 0.107
413 355 58 26 4.17 7 3.24 26.4 1433 18300 0.095
436 355 81 30 3.88 19 2.33 27.2 1614 21100 0.095
465 400 65 26 4.43 7 3.45 28.1 1612 20700 0.0842
491 400 91 30 4.12 19 2.47 28.8 1816 23700 0.0842
509 450 59 54 3.26 19 1.98 29.5 1703 21500 0.0748
563 500 63 54 3.43 19 2.06 30.9 1873 22900 0.0673
631 560 71 54 3.63 19 2.18 32.7 2101 25700 0.0601
710 630 80 54 3.85 19 2.31 34.6 2365 28600 0.0534
800 710 90 54 4.09 19 2.45 36.8 2665 32200 0.0474
901 800 101 54 4.34 19 2.6 39 3000 36300 0.042
973 900 73 84 3.69 19 2.21 40.6 3062 35500 0.0374
1081 1000 81 84 3.89 19 2.33 42.8 3395 39100 0.0337
1211 1120 91 84 4.12 19 2.47 45.3 3803 43900 0.03
1352 1250 102 84 4.35 19 2.61 47.8 4250 49000 0.027
Nominal
Cross Section		 Alloy Cross Section Steel Cross Section Number
of Alloy
Wires		 Diameter
of Alloy
Wires		 Number
of Steel
Wires		 Diameter
of Steel
Wires		 Overall
Diameter		 Linear
Mass		 Rated
Tensile
Strength		 Max.D.C. Resistance
at 20℃
mm² mm² mm² – mm – mm mm kg/km daN Ω/km
163 140 23 26 2.62 7 2.04 16.6 560 7500 0.24
173 140 33 30 2.44 7 2.44 17.1 650 8740 0.24
186 160 26 26 2.8 7 2.18 17.7 645 8560 0.21
198 160 38 30 2.61 7 2.61 18.3 740 10600 0.21
209 180 29 26 2.97 7 2.31 18.8 725 9510 0.187
222 180 42 30 2.76 7 2.76 19.3 825 11200 0.187
232 200 32 26 3.13 7 2.43 19.8 800 10600 0.168
247 200 47 30 2.91 7 2.91 20.4 920 12400 0.168
260 224 36 26 3.31 7 2.57 21 900 11800 0.15
276 224 52 30 3.08 7 3.08 21.6 1025 13900 0.15
291 250 41 26 3.5 7 2.72 22.2 1010 12900 0.135
308 250 58 30 3.26 7 3.26 22.8 1145 15600 0.135
326 280 46 26 3.7 7 2.88 23.4 1140 14400 0.12
345 280 65 30 3.45 7 3.45 24.2 1280 17100 0.12
367 315 52 26 3.93 7 3.06 24.9 1276 16300 0.107
387 315 72 30 3.66 19 2.2 25.6 1433 19000 0.107
413 355 58 26 4.17 7 3.24 26.4 1433 18300 0.095
436 355 81 30 3.88 19 2.33 27.2 1614 21100 0.095
465 400 65 26 4.43 7 3.45 28.1 1612 20700 0.0842
491 400 91 30 4.12 19 2.47 28.8 1816 23700 0.0842
509 450 59 54 3.26 19 1.98 29.5 1703 21500 0.0748
563 500 63 54 3.43 19 2.06 30.9 1873 22900 0.0673
631 560 71 54 3.63 19 2.18 32.7 2101 25700 0.0601
710 630 80 54 3.85 19 2.31 34.6 2365 28600 0.0534
800 710 90 54 4.09 19 2.45 36.8 2665 32200 0.0474
901 800 101 54 4.34 19 2.6 39 3000 36300 0.042
973 900 73 84 3.69 19 2.21 40.6 3062 35500 0.0374
1081 1000 81 84 3.89 19 2.33 42.8 3395 39100 0.0337
1211 1120 91 84 4.12 19 2.47 45.3 3803 43900 0.03
1352 1250 102 84 4.35 19 2.61 47.8 4250 49000 0.027

 

Table7

 

Nominal Area Alloy Area Steel Area Number  of Alloy  Wires Diameter of Alloy  Wires Number  of Steel  Wires Diameter of Steel Wires Overall Diameter Liner Mass Rated Tensile Strength Max. D.C. Resistance at 20 ℃
mm² mm² mm² mm mm mm kg/km daN Ω/km
16/2.5 15.27 2.54 6 1.8 1 1.8 5.4 62 748 2.18
25/4 23.86 3.98 6 2.25 1 2.25 6.8 97 1171 1.3952
35/6 34.35 5.73 6 2.7 1 2.7 8.1 140 1685 0.9689
44/32 43.98 31.67 14 2 7 2.4 11.2 373 5027 0.7625
50/8 48.25 8.04 6 3.2 1 3.2 9.6 196 2366 0.6898
50/30 51.17 29.85 12 2.33 7 2.33 11.7 378 5024 0.6547
70/12 69.89 11.4 26 1.85 7 1.44 11.7 284 3399 0.4791
95/15 94.39 15.33 26 2.15 7 1.67 13.6 383 4582 0.3547
95/55 96.51 56.3 12 3.2 7 3.2 16 714 9475 0.3471
105/75 105.67 75.55 14 3.1 19 2.25 17.5 899 12014 0.3174
120/20 121.57 19.85 26 2.44 7 1.9 15.5 494 5914 0.2754
120/70 122.15 71.25 12 3.6 7 3.6 18 904 11912 0.2742
125/30 127.92 29.85 30 2.33 7 2.33 16.3 590 7280 0.2621
150/25 148.86 24.25 26 2.7 7 2.1 17.1 604 7236 0.2249
170/40 171.77 40.08 30 2.7 7 2.7 18.9 794 9775 0.1952
185/30 183.78 29.85 26 3 7 2.33 19 744 8922 0.1822
210/35 209.1 34.09 26 3.2 7 2.49 20.3 848 10167 0.1601
210/50 212.06 49.48 30 3 7 3 21 979 12068 0.1581
230/30 230.91 29.85 24 3.5 7 2.33 21 874 10308 0.1449
240/40 243.05 39.49 26 3.45 7 2.68 21.8 985 11802 0.1378
265/35 263.66 34.09 24 3.74 7 2.49 22.4 998 11771 0.1269
300/50 304.26 49.48 26 3.86 7 3 24.5 1233 14779 0.1101
305/40 304.62 39.49 54 2.68 7 2.68 24.1 1155 13612 0.1101
340/30 339.29 29.85 48 3 7 2.33 25 1174 13494 0.0988
380/50 381.7 49.48 54 3 7 3 27 1448 17056 0.0879
385/35 386.04 34.09 48 3.2 7 2.49 26.7 1336 15369 0.0868
435/55 434.29 56.3 54 3.2 7 3.2 28.8 1647 19406 0.0772
450/40 448.71 39.49 48 3.45 7 2.68 28.7 1553 17848 0.0747
490/65 490.28 63.55 54 3.4 7 3.4 30.6 1860 21907 0.0684
550/70 540.65 71.25 54 3.6 7 3.6 32.4 2085 24560 0.061
560/50 561.7 49.48 48 3.86 7 3 32.2 1943 22348 0.0597
680/85 678.58 85.95 54 4 19 2.4 36 2564 30084 0.0404
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