BS En50183 AAAC Condcutor AAAC Sorbus

BS En50183 AAAC Condcutor AAAC Sorbus

BS En50183 AAAC Condcutor AAAC Sorbus

AAAC conductor

AAAC

BS En50183

Yifang

Drum

Sorbus

China

7614900000

Product Description

BS EN50183 AAAC condcutor AAAC Sorbus
 

All Aluminum Alloy Conductor (aaac) Applications
7 and 19 strand construction is suitable for bare overhead reticulation of medium spans, normally at low and medium voltages. 
37 and 61 strand construction is suitable for transmission and subtransmission lines where homogeneous construction can reduce line losses and improve corrosion resistance in conductors with similar strength to ACSR types.

 

All Aluminum Alloy Conductor (aaac) Features
Moderate-strength all aluminum alloy conductor has good sag characteristics, can increase the transmission tower span. It also has excellent resistance to overload and fatigue properties. Compared with the same diameter ACSR conductor, the vertical load of AAAC reduced by 10% with the equal horizontal load. Wire surface damage resistance. It has great corrosion resistance than ACSR, avoid electrochemical corrosion between aluminum and galvanized steel wire, thus have long running life.

 

All Aluminum Alloy Conductor (aaac) Construction
Moderate-strength all aluminum alloy conductor concentric-lay stranded by aluminum wires of 230 ~ 265MPa tensile strength, similar in construction and appearance to 1350 grade aluminum conductors.
 

3. AAAC / All Aluminum Alloy Conductor Standard
ASTM B399,BS EN50183 ,BS 3242,DIM 48201,IEC 61089
 

AAAC 1120 – All Aluminium Alloy Conductor – AS1531

Code Name Strands/Wire Diameter mm Overall Diameter (Approx)
mm
Calculated Equivalent Aluminum Area
mm2
Sectional Area
mm2
Calculated Minimum Breaking Load
kN
Approx. Mass 
kg/km
D.C. Resistance
at 20 ºC 
Ω/km
Argon 7/1.75 5.25 16 16.84 4 46 1.763
Boron 7/2.25 6.75 26.5 27.83 6.61 76 1.065
Chlorine 7/2.50 7.50 32.8 34.36 8.18 94 0.864
Chromium 7/2.75 8.25 39.7 41.58 9.91 114 0.713
Fluorine 7/3.00 9.00 47.2 49.48 11.8 135 0.599
Helium 7/3.75 11.3 73.7 77.28 17.6 211 0.383
Hydrogen 7/4.50 13.5 106 111.3 24.3 304 0.266
Iodine 7/4.75 14.3 118 124.0 27.1 340 0.239
Krypton 19/3.25 16.3 150 157.6 37.4 430 0.189
Lutetium 19/3.50 17.5 173 182.80 41.7 500 0.163
Neon 19/3.75 18.8 199 209.8 47.8 580 0.142
Nitrogen 37/3.00 21.0 248 261.60 62.2 720 0.114
Nobelium 37/3.25 22.8 291 307.00 72.8 850 0.0973
Oxygen 19/4.75 23.8 320 336.7 73.6 930 0.0884
Phosphorus 37/3.75 26.3 387 408.50 93.1 1100 0.0731
Selenium 61/3.25 29.3 478 506.10 114 1400 0.0592
Silicon 61/3.50 31.5 555 586.90 127 1620 0.0511
Sulfur 61/3.75 33.8 636 673.40 145 1860 0.0444
Xenon 91/4.50 49.5 1360 1447.00 300 3998 0.0207

 

AAAC / All Aluminum Alloy Conductors ASTM B 399

Area Stranding Approx. Dia. Weight Nominal Breaking Load D.C. Resistance at 20ºC Standard Length
Nominal Actual
AWG or MCM mm2 mm mm kg/km kN ohm/km m±5%
6 13.30 7/1.554 4.67 37 4.22 2.5199 3500
4 21.15 1/1.961 5.89 58 6.71 1.5824 3000
2 33.63 7/2.474 7.42 93 10.68 0.9942 2500
1/0 53.48 7/3.119 9.36 148 16.97 0.6256 2000
2/0 67.42 7/3.503 10.51 186 20.52 0.4959 3500
3/0 85.03 7/3.932 11.80 234 25.86 0.3936 3000
4/0 107.23 7/4.417 13.26 296 32.63 0.3119 2000
250 126.66 19/2.913 14.57 349 38.93 0.2642 2000
300 152.10 19/63.193 15.97 419 46.77 0.2199 3000
350 177.35 19/3.447 17.24 489 52.25 0.1887 3000
400 202.71 19/3.686 18.43 559 59.74 0.1650 2500
450 228.00 19/3.909 19.55 629 67.19 0.1467 2000
500 253.35 19/4.120 20.60 698 74.64 0.1321 2000
550 278.60 37/3.096 21.67 768 83.80 0.1202 2000
600 303.80 37/3.233 22.63 838 91.38 0.1102 2000
650 329.25 37/3.366 23.56 908 97.94 0.1016 2000
700 354.55 37/3.493 24.45 978 102.20 0.0944 3500
750 380.20 37/3.617 25.32 1049 109.60 0.0880 3000
800 405.15 37/3.734 26.14 1117 116.80 0.0826 3000
900 456.16 37/3.962 27.73 1258 131.50 0.0733 3000
1000 506.71 37/4.176 26.23 1300 146.10 0.0660 2500

 

AAAC / Aluminum Alloy Conductors BS EN 50183

Area. No. of Wires Diameter Weight Rated Strength D.C. Resistance at 20ºC Standard Length
Wire Cond
mm2   mm mm kg/km kN ohm/km m±5%
15.9 7 1.70 5.10 43.3 4.69 2.0701 3000
24.2 7 2.10 6.30 66.2 7.15 1.3566 3000
34.4 7 2.50 7.50 93.8 10.14 0.9572 3000
49.5 7 3.00 9.00 135.1 14.60 0.6647 3000
48.3 19 1.80 9.00 132.7 14.26 0.6841 3000
65.8 19 2.10 10.5 180.7 19.41 0.5026 2000
93.3 19 2.50 12.5 256.0 27.51 0.3546 2000
117.0 19 2.80 14.0 321.2 34.51 0.2827 2000
147.1 37 2.25 15.8 405.3 43.40 0.2256 2000
181.6 37 2.50 17.5 500.3 53.58 0.1827 2000
242.5 61 2.25 20.3 670.3 71.55 0.1373 2000
299.4 61 2.50 22.5 827.5 88.33 0.1112 2000
400.1 61 2.89 26.0 1105.9 118.04 0.0832 2000
499.8 61 3.23 29.1 1381.4 147.45 0.0666 2000
626.2 91 2.96 32.6 1737.7 184.73 0.0534 2000
802.1 91 3.35 36.9 2225.8 236.62 0.0417 2000
999.7 91 3.74 41.1 2774.3 294.91 0.0334 2000

 

All Aluminum Alloy Conductors (AAAC) BS EN 50183

Designation Area Stranding Overall Dia. Nominal Breaking Load D.C. Resistance at 20ºC Standard Weight Standard Length
  mm2 No mm mm kN ohm/km kg/km m±5%
ASTER 22 22.0 7 2.00 6.00 7.15 1.4989 60.0 4000
ASTER 34.4 34.4 7 2.50 7.50 11.17 0.9593 93.8 3000
ASTER 54.6 54.6 7 3.15 9.45 17.73 0.6042 148.9 3000
ASTER 75.5 75.5 19 2.25 11.3 24.55 0.4388 207.4 3000
ASTER 117 117.0 19 2.80 14.0 38.02 0.2833 321.2 2000
ASTER 148 148.1 19 3.15 15.8 48.12 0.2239 406.5 2000
ASTER 181.6 181.6 37 2.50 17.5 59.03 0.1831 500.3 2000
ASTER 228 227.8 37 2.80 19.6 74.04 0.1460 627.6 2000
ASTER 288 288.3 37 3.15 22.1 93.71 0.1154 794.3 2000
ASTER 366 366.2 37 3.55 24.9 115.36 0.0908 1008.9 2000
ASTER 570 570.2 61 3.45 31.1 185.33 0.0585 1576.0 2000
ASTER 851 850.7 91 3.45 38.0 276.47 0.0394 2360.7 2000
ASTER 1144 1143.5 91 4.00 44.0 360.22 0.0293 3173.4 2000
ASTER 1600 1595.9 127 4.00 52.0 502.72 0.0210 4427.5 2000

 

Characteristics of A2 Conductors IEC 61089

All Aluminum Alloy Conductors (AAAC)

Code Number Area No. of Wires Diameter Linear Mass Rated Strength D.C. Resistance at 20ºC
Wire Cond
  mm2   mm mm kg/km kN ohm/km
16 18.4 7 1.83 5.49 50.4 5.43 1.7896
25 28.8 7 2.29 6.86 78.7 8.49 1.1453
40 46.0 7 2.89 8.68 125.9 13.58 0.7158
63 72.5 7 3.63 10.9 198.3 21.39 0.4545
100 115 19 2.70 13.9 316.3 33.95 0.2877
125 144 19 3.10 15.5 395.4 42.44 0.2302
160 184 19 3.51 17.6 506.1 54.32 0.1798
200 230 19 3.93 19.6 632.7 67.91 0.1439
250 288 19 4.39 22.0 790.8 84.88 0.1151
315 363 37 3.53 24.7 998.9 106.95 0.0916
400 460 37 3.98 27.9 1268.4 135.81 0.0721
450 518 37 4.22 29.6 1426.9 152.79 0.0641
500 575 37 4.45 31.2 1585.5 169.76 0.0577
560 645 61 3.67 33.0 1778.4 190.14 0.0516
630 725 61 3.89 35.0 2000.7 213.90 0.0458
710 817 61 4.13 37.2 2254.8 241.07 0.0407
800 921 61 4.38 39.5 2540.6 271.62 0.0361
900 1036 91 3.81 41.8 2861.1 305.68 0.0321
1000 1151 91 4.01 44.1 3179.0 339.53 0.0289
1120 1289 91 4.25 46.7 3560.5 380.27 0.0258
1250 1439 91 4.49 49.4 3973.7 424.41 0.0231

 

Characteristics of A3 Conductors IEC 61089

All Aluminum Alloy Conductors (AAAC)

Code Number Area No. of Wires Diameter Linear Mass Rated Strength D.C. Resistance at 20ºC
Wire Cond
  mm2   mm mm kg/km kN ohm/km
16 18.6 7 1.84 5.52 50.8 6.04 1.7896
25 29.0 7 2.30 6.90 79.5 9.44 1.1453
40 46.5 7 2.91 8.72 127.1 15.10 0.7158
63 73.2 7 3.65 10.9 200.2 23.06 0.4545
100 116 19 2.79 14.0 319.3 37.76 0.2877
125 145 19 3.12 15.6 399.2 47.20 0.2302
160 186 19 3.53 17.6 511.0 58.56 0.1798
200 232 19 3.95 19.7 638.7 73.20 0.1439
250 290 19 4.41 22.1 798.4 91.50 0.1151
315 366 37 3.55 24.8 1008.4 115.29 0.0916
400 465 37 4.00 28.0 1280.5 146.40 0.0721
450 523 37 4.24 29.7 1440.5 164.70 0.0641
500 581 37 4.47 31.3 1600.6 183.00 0.0577
560 651 61 3.69 33.2 1795.3 204.96 0.0516
630 732 61 3.91 35.2 2019.8 230.58 0.0458
710 825 61 4.15 37.3 2276.2 259.86 0.0407
800 930 61 4.40 39.6 2564.8 292.80 0.0361
900 1046 91 3.83 42.1 2888.3 329.40 0.0321
1000 1162 91 4.03 44.4 3209.3 366.00 0.0289
1120 1301 91 4.27 46.9 3594.4 409.92 0.0258

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