Overhead Coved Line Aluminum (Bare Conductor-AAC/AAAC/ACSR)
Huadong Cable (HDC) is professional Overhead line bare conductor manufacturer, the Aluminum bare conductor including: AAC/ AAAC/ACSR/ACS/GSW and insulation overhead ABC Cable. and can custom the size according to your requirement.
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Overhead Line (AAC Conductor)-All Aluminum Conductor
Application: AAC used in overhead electric power transmission and distribution lines with various grade voltages. Mainly used in urban areas for electricity transfer where the spacing is short and the supports are closer together. Apart from that, these conductors are also extensively used in coastal area because of their corrosion resistance properties.
AAC Conductor Parameter List
AAC Conductor Parameter-ASTM B-231B 231M
AAC conductor-ASTM B 231/B 231M
Code
Nominal Area
Stranding
Overall Diameter
Weight
Rated Strength
Electrical Resistance
Current Rating*
AWG&MCM
mm^2
No.xmm
mm
kg/km
KN
Ω/Km
A
Peachbell
6
13.3
7/1.56
4.68
36.6
2.53
2.1477
75
Rose
4
21.1
7/1.96
5.88
58.2
3.91
1.3606
99
Iris
2
33.6
7/2.47
7.41
92.6
5.99
0.8567
132
Pansy
1
42.4
7/2.78
8.34
116.6
7.3
0.6763
153
Poppy
1/0.0
53.5
7/3.12
9.36
147.2
8.84
0.5369
176
Aster
2/0.0
67.4
7/3.50
10.5
185.7
11.1
0.4267
203
Phlox
3/0.0
85
7/3.93
11.79
233.9
13.5
0.3384
234
Oxlip
4/0.0
107.2
7/4.42
13.26
295.2
17
0.2675
270
Valerian
250
126.7
19/2.91
14.55
348.6
20.7
0.2274
299
Sneezewort
250
126.7
7/4.80
14.4
348.8
20.1
0.2269
299
Laurel
266.8
135.2
19/3.01
15.05
372.2
22.1
0.2125
312
Daisy
266.8
135.2
7/4.96
14.88
372.3
21.4
0.2125
311
Peony
300
152
19/3.19
15.95
418.3
24.3
0.1892
335
Tulip
336.4
170.5
19/3.38
16.9
469.5
27.3
0.1686
359
Daffodil
350
177.3
19/3.45
17.25
487.9
28.4
0.1618
369
Canna
397.5
201.4
19/3.67
18.35
554.9
31.6
0.143
397
Goldentuft
450
228
19/3.91
19.55
627.6
35
0.126
429
Syringa
477
241.7
37/2.88
20.16
664.8
38.6
0.1192
444
Cosmos
477
241.7
19/4.02
20.1
664.8
37
0.1192
444
Hyacinth
500
253.3
37/2.95
20.65
696.8
40.5
0.1136
458
Zinnia
500
253.3
19/4.12
20.6
697.1
38.9
0.1134
458
Dahlia
556.5
282
19/4.35
21.75
775.8
43.3
0.1018
489
Mistletoe
556.5
282
37/3.12
21.84
775.7
44.3
0.1016
490
Meadowsweet
600
304
37/3.23
22.61
836.3
47.5
0.0948
511
Orchid
636
322.3
37/3.33
23.31
886.9
50.4
0.0892
530
Heuchera
650
329.4
37/3.37
23.59
907.4
51.7
0.0871
538
Flag
700
354.7
61/2.72
24.48
975.8
57.1
0.0811
561
Varbena
700
354.7
37/3.49
24.43
975.7
55.4
0.0812
561
Nasturtium
715.5
362.6
61/2.75
24.75
998.5
58.4
0.0793
569
Violet
715.5
362.6
37/3.53
24.71
998.5
56.7
0.0794
568
Cattail
750
380
61/2.82
25.38
1046
60.3
0.0754
587
Petunia
750
380
37/3.62
25.34
1046
58.6
0.0755
586
Lilac
795
402.8
61/2.90
26.1
1110
63.8
0.0713
607
Arbutus
795
402.8
37/3.72
26.04
1109
61.8
0.0715
605
Snapdragon
900
456
61/3.09
27.81
1256
70.8
0.0628
654
Cockscomb
900
456
37/3.96
27.72
1256
68.4
0.0631
652
Goldenrod
954
483.4
61/3.18
28.62
1331
75
0.0593
677
Magnolia
954
483.4
37/4.08
28.56
1331
72.6
0.0594
676
Camellia
1000
506.7
61/3.25
29.25
1394
78.3
0.0568
695
Hawkweed
1000
506.7
37/4.18
29.26
1395
76.2
0.0566
696
Larkspur
1033.5
523.7
61/3.31
29.79
1442
81.3
0.0547
710
Bluebell
1033.5
523.7
37/4.25
29.75
1441
78.8
0.0547
710
Marigold
1113
564
61/3.43
30.87
1553
87.3
0.051
740
Hawthorn
1192.5
604.2
61/3.55
31.95
1662
93.5
0.0476
771
Narsissus
1272
644.5
61/3.67
33.03
1774
98.1
0.0445
802
Columbine
1351
694.8
61/3.78
34.02
1884
104
0.042
829
Carnation
1431
725.1
61/3.89
35.01
1997
108
0.0396
858
Gladiolus
1510.5
765.4
61/4.00
36
2108
114
0.0375
885
Coreopsis
1590
805.7
61/4.10
36.9
2216
120
0.0357
911
Jassamine
1750
886.7
61/4.30
38.7
2442
132
0.0324
962
Cowslip*
2000
1013
91/3.77
41.47
2787
153
0.0286
1032
Sagebrush*
2250
1140
91/3.99
43.89
3166
167
0.0255
1099
Lupine*
2500
1267
91/4.21
46.31
3519
186
0.0229
1163
Bitterrot*
2750
1393
91/4.42
48.62
3872
205
0.0208
1223
Trillium*
3000
1520
127/3.90
50.7
4226
223
0.0193
1271
Bluebonnet*
3500
1773
127/4.22
54.86
4977
261
0.0165
137
AAC Conductor Parameter-BS 215 Part 1 Standard
AAC Conductor-BS 215 Part 1
Code
Nominal Area
Stranding
Overall Diameter
Weight
Rated Strength
Electrical Resistance
Current Rating*
Nominal
Teorical
mm^2
mm^2
No.xmm
mm
kg/km
KN
Ω/Km
A
Midge
22
23.33
7/2.06
6.18
64
3.99
1.227
106
Gnat
25
26.8
7/2.21
6.6
73.8
4.83
1.0643
122
Mosquito
35
37
7/2.59
7.8
102.1
6.27
0.7749
141
Ladybird
40
42.8
7/2.79
8.4
117.9
7.28
0.6678
157
Ant
50
52.83
7/3.1
9.3
145
8.28
0.5419
175
Fly
60
63.55
7/3.4
10.2
174
9.9
0.4505
196
Wasp
100
106
7/4.39
13.17
290
16
0.2702
268
Hornet
150
157.6
19 / 3.25
16.25
434
25.7
0.1825
342
Charfer
200
213.2
19 / 3.78
18.9
587
35.4
0.1349
412
Cockroach
250
265.7
19/4.22
21.1
731
40.4
0.1083
471
Butterfly
300
322.7
19/4.65
23.25
888
48.75
0.08916
530
Centipede
400
415.2
37/3.78
26.46
1145
63.1
0.06944
616
Maybug
475
486,1
37/4,09
28,6
1342
0.05571
0,05900
740
Skorpion
500
529,8
37/4,27
29,9
1460
0.04916
0,05400
887
Cicada
600
628,3
37/4,65
32,6
1733
0.03423
0,04500
1056
AAC Conductor Parameter-BS EN 50182 Strandard
AAC conductor-BS EN 50182
Code
Nominal Area
Stranding
Overall Diameter
Weight
Rated Strength
Electrical Resistance
Current Rating*
Nominal
Teorical
mm^2
mm^2
No.xmm
mm
kg/km
KN
Ω/Km
A
Gnat
25
26.9
7/2.21
6.63
73
4.83
1.0643
115
Mosquito
35
36.9
7/2.59
7.77
101
6.27
0.7749
140
Ladybird
40
42.8
7/2.79
8.37
117
7.28
0.6678
154
Bluebottle
70
73.6
7/3.66
10.98
201
11.78
0.388
215
Earwig
75
78.6
7/3.78
11.34
215
12.57
0.3638
223
Grasshopper
80
84.1
7/3.91
11.73
230
13.45
0.34
233
Clegg
90
95.6
7/4.17
12.51
261
15.3
0.2989
252
Beetle
100
106.4
19/2.67
13.35
292
18.08
0.2701
269
Bee
120
132
7/4.90
14.7
361
21.12
0.2165
307
Caterpillar
180
185.9
19/3.53
17.65
511
29.75
0.1546
379
Spider
220
237.6
19/3.99
19.95
653
38.01
0.121
440
Moth
350
373.1
19/5.00
25
1025
59.69
0.077
579
Drone
350
372.4
37/3.58
25.06
1027
59.59
0.0774
577
Maybug
450
486.1
37/4.09
28.63
1341
77.78
0.0593
677
Scorpion
500
529.8
37/4.27
29.89
1461
84.77
0.0544
713
Cicada
600
628.3
37/4.65
32.55
1733
100.54
0.0459
788
AAC Conductor Paramter-IEC 61089 Standard
AAC Conductor-IEC 61089
Code
Nominal Area
Stranding
Overall Diameter
Weight
Rated Strength
Electrical Resistance
Current Rating*
mm^2
No.xmm
mm
kg/km
KN
Ω/Km
A
10
10
7/1.35
4.05
27.4
1.95
2.8633
62
16
16
7/1.71
5.13
43.8
3.04
1.7896
84
25
25
7/2.13
6.39
68.4
4.5
1.1453
110
40
40
7/2.70
8.1
109.4
6.8
0.7158
147
63
63
7/3.39
10.17
172.3
10.39
0.4545
195
100
100
19/2.59
12.95
274.8
17
0.2877
259
125
125
19/2.89
14.45
343.6
21.25
0.2302
297
160
160
19/3.27
16.35
439.8
26.4
0.1798
345
200
200
19/3.66
18.3
549.7
32
0.1439
396
250
250
19/4.09
20.45
687.1
40
0.1151
454
315
315
37/3.29
23.03
867.9
51.97
0.0916
522
400
400
37/3.71
25.97
1102
64
0.0721
603
450
450
37/3.94
27.58
1239.8
72
0.0641
647
500
500
37/4.15
29.05
1377.6
80
0.0577
688
560
560
37/4.39
30.73
1542.9
89.6
0.0515
736
630
630
61/3.63
32.67
1738.3
100.8
0.0458
789
710
710
61/3.85
34.65
1959.1
113.6
0.0407
845
800
800
61/4.09
36.81
2207.4
128
0.0361
905
900
900
61/4.33
38.97
2483.3
144
0.0321
967
1000
1000
61/4.57
41.13
2759.2
160
0.0289
1026
1120*
1120
91/3.96
43.56
3093.5
179.2
0.0258
1091
1250*
1250
91/4.18
45.98
3452.6
200
0.0231
1157
1400*
1400
91/4.43
48.73
3866.9
224
0.0207
1226
1500*
1500
91/4.58
50.38
4143.1
240
0.0193
1270
AAC Coductor Parameter- German- DIN 48201
AAC Coductor Technical characteristics / German Sizes – DIN 48201
Area
Stranding and wire Diameter
Overall Diameter mm
Linear Mass kg/km
Calculated Breaking Load daN
Maximum D.C. Resistance at 20℃ Ω/km
Current Rating A
Nominal cross-section mm2
Actual cross-section mm2
16
16.1616
7/1.70
5.55
44
290
2.22222
110
25
24.2424
7/2.10
6.66
67
425
1.11111
145
35
34.3434
7/2.50
8.88
94
585
1.11111
180
50
49.4949
7/3.00
9.99
135
810
1.11111
225
50
48.4848
19/1.80
9.99
133
860
1.11111
225
70
66.6666
19/2.10
10.1010
181
1150
0.00000
270
95
93.9393
19/2.50
12.1212
256
1595
0.00000
340
120
117.117117
19/2.80
14.1414
322
1910
0.00000
390
150
147.147147
37/2.25
15.1515
406
2570
0.00000
455
185
182.182182
37/2.50
18.1818
501
3105
0.00000
520
240
243.243243
61/2.25
20.2020
670
4015
0.00000
625
300
299.299299
61/2.50
22.2222
827
4850
0.00000
710
400
400.400400
61/2.89
26.2626
1105
6190
0.00000
855
500
500.500500
61/3.23
29.2929
1381
7600
0.00000
990
625
626.626626
91/2.96
33.3333
1733
9690
0.00000
1140
800
802.802802
91/3.35
37.3737
2219
12055
0.00000
1340
1000
1000.10001000
91/3.74
41.4141
2766
14845
0.00000
1540
AAC Conductor Parameter- Canadian- CSA C49 Standard
AAC Conductor Technical characteristics Canadian Sizes CSA C49-1965
Overhead Line (AAAC Conductor)-All Aluminum Conductor
Application: The aluminum alloy conductors are used in replace of single-layer ACSR conductors to reduce power loss in overhead distribution and transmission lines,when replacing the aluminum conductor steel reinforced , the AAAC can save 5-8% of the construction cost.
AAAC Conductor Parameter List
AAAC Conductor Parameter-ASTM B-399B 399M
AAAC conductor-ASTM B 399B 399M
Nominal Area
Stranding
Overall Diameter
Weight
Rated Strength
Electrical Resistance
Current Rating*
AWG&MCM
mm^2
No.xmm
mm
kg/km
KN
Ω/Km
A
6
13.2
7/1.55
4.65
36.2
4.18
2.5361
69
4
21.1
7/1.96
5.88
57.9
6.69
1.586
93
2
33.5
7/2.47
7.41
92
10.6
0.9987
123
0
53.5
7/3.12
9.36
146.8
17
0.62592
165
2/0
67.3
7/3.50
10.5
184.8
20.4
0.49738
190
3/0
84.9
7/3.93
11.79
233
25.7
0.3945
219
4/0
107
7/4.42
13.26
294.7
32.5
0.31188
253
250
126
19/2.91
14.55
346.7
38.8
0.26509
280
300
152
19/3.19
15.95
416.7
46.6
0.22059
313
350
178
19/3.45
17.25
487.3
52
0.1886
345
400
203
19/3.69
18.45
557.5
59.5
0.16486
375
450
228
19/3.91
19.55
626
66.8
0.14683
402
500
253
19/4.12
20.6
695
74.2
0.13224
429
550
279
37/3.10
21.7
766.2
83.9
0.11995
455
600
303
37/3.23
22.61
831.9
91
0.11049
478
650
330
37/3.37
23.59
905.5
94.9
0.1015
504
700
354
37/3.49
24.43
971.2
101
0.09464
525
750
381
37/3.62
25.34
1045
109
0.08796
549
800
404
37/3.73
26.11
1109
116
0.08285
569
900
456
37/3.96
27.72
1250
131
0.07351
612
1000
508
37/4.18
29.26
1393
146
0.06597
653
1250
631
61/3.63
32.67
1732
179
0.05306
743
1500
759
61/3.98
35.82
2082
215
0.04414
827
1750
886
61/4.30
38.7
2431
251
0.03781
904
AAAC Conductor Parameter-BS 3242
AAAC conductor-BS 3242
Code
AL Nominal Area
Cu Nominal Area Equivalent
Total Area
Stranding
Overall Diameter
Weight
mm^2
mm^2
mm^2
No.Ω/mm
mm
kg/km
–
–
6.45
11.7
7/1.47
4.41
32.2
Box
–
9.68
18.8
7/1.85
5.55
51.7
Acacia
–
12.9
21.9
7/2.08
6.24
66.1
Almond
25
16.1
30.1
7/2.34
7.02
82.9
Ceda
30
19.4
35.5
7/2.54
7.62
97.8
–
40
22.6
42.2
7/2.77
8.31
116.4
Fir
50
25.8
47.8
7/2.95
8.85
131.8
Hazel
100
32.3
59.9
7/3.30
9.9
165
Pine
–
38.7
71.7
7/3.61
10.83
197.7
–
–
45.2
84.1
7/3.91
11.73
231.6
Willow
150
48.4
89.8
7/4.04
12.12
247.5
–
175
51.6
96.5
7/4.19
12.57
266.2
–
300
58.1
108.8
7/4.45
13.35
299.8
Oak
–
64.5
118.9
7/4.65
13.95
327.8
–
–
80.6
118.8
19/2.82
14.1
327.6
Mulberry
–
96.8
151.1
19/3.18
15.9
416.7
Ash
–
113
180.7
19/3.48
17.4
498.1
Elm
–
129
211
19/3.76
18.8
582.1
Poplar
–
145
239
37/2.87
20.09
658.8
–
–
161
270.8
37/3.05
21.35
746.7
Sycamore
–
194
303
37/3.23
22.61
834.9
Upas
–
226
362.1
37/3.53
24.71
998.6
–
–
258
421.8
37/3.81
26.47
1163
Yew
–
–
479.9
37/4.06
28.42
132
AAAC Conductor Parameter-BS EN 50182
AAAC conductor-BS EN 50182
Code
Stranding
Nominal Area
Overall Diameter
Weight
Rated Strength
Electrical Resistance
Current Rating*
No.xmm
mm^2
mm
kg/km
KN
Ω/Km
A
Box
7/1.85
18.8
5.55
51.4
5.55
1.748
87
Acacia
7/2.08
23.8
6.24
64.9
7.02
1.3828
101
Almond
7/2.34
30.1
7.02
82.2
8.88
1.0926
116
Cedar
7/2.54
35.5
7.62
96.8
10.46
0.9273
129
Deodar
7/2.77
42.2
8.31
115.2
12.44
0.7797
143
Fir
7/2.95
47.8
8.85
130.6
14.11
0.6875
155
Hazel
7/3.30
59.9
9.9
163.4
17.66
0.5494
178
Pine
7/3.61
71.6
10.83
195.6
21.14
0.4591
199
Holly
7/3.91
84.1
11.73
229.5
24.79
0.3913
219
Willow
7/4.04
89.7
12.12
245
26.47
0.3665
228
Oak
7/4.65
118.9
13.95
324.5
35.07
0.2767
272
Mulberry
19/3.18
150.9
15.9
414.3
44.52
0.2192
314
Ash
19/3.48
180.7
17.4
496.1
53.31
0.183
351
Elm
19/3.76
211
18.8
579.2
62.24
0.1568
386
Poplar
37/2.87
239.4
20.09
659.4
70.61
0.1387
416
Sycamore
37/3.23
303.2
22.61
835.2
89.4
0.1095
480
Upas
37/3.53
362.1
24.71
997.5
106.82
0.0917
535
Yew
37/4.06
479
28.42
1319.6
141.31
0.0693
633
Totara
37/4.14
498.1
28.98
1372.1
146.93
0.0666
648
Rubus
61/3.50
586.9
31.5
1622
173.13
0.0567
714
Sorbus
61/3.71
659.4
33.39
1822.5
194.53
0.0505
764
Araucaria
61/4.14
821.1
37.26
2269.4
242.24
0.0406
868
Redwood
61/4.56
996.2
41.04
2753.2
293.88
0.0334
970
AAAC Conductor Parameter-DIN 48201 Part 6
AAAC conductor-DIN 48201 Part 6
Nominal Area
Stranding
Overall Diameter
Weight
Rated Strength
Electrical Resistance
Current Rating*
Nominal
Teorical
mm^2
mm^2
No.xmm
mm
kg/km
KN
Ω/Km
A
16
15.89
7/1.70
5.1
43
4.44
2.0742
78
25
24.25
7/2.10
6.3
66
6.77
1.3593
102
35
34.36
7/2.50
7.5
94
9.6
0.9591
126
50
49.48
7/3.00
9
135
13.82
0.666
158
50
48.35
19/1.80
9
133
13.5
0.6849
156
70
65.81
19/2.10
10.5
181
18.38
0.5032
189
95
93.27
19/2.50
12.5
256
26.05
0.3551
234
120
116.99
19/2.80
14
322
32.68
0.2831
269
150
147.11
37/2.25
15.8
406
41.09
0.2256
309
185
181.62
37/2.50
17.5
500
50.73
0.1828
352
240
242.54
61/2.25
20.3
670
67.74
0.1371
420
300
299.43
61/2.50
22.5
827
83.63
0.111
477
400
400.14
61/2.89
26
1104
111.76
0.0831
568
500
499.83
61/3.23
29.1
1379
139.6
0.0665
649
625*
626.2
91/2.96
32.6
1732
174.9
0.0531
742
800*
802.09
91/3.35
36.9
2218
224.02
0.0415
857
1000*
999.71
91/3.74
41.1
2767
279.22
0.0333
971
AAAC Conductor Parameter-IEC 61089
AAAC conductor-IEC 61089
Code
Nominal Area
Stranding
Overall Diameter
Weight
Rated Strength
Electrical Resistance
Current Rating*
mm^2
No.xmm
mm
kg/km
KN
Ω/Km
A
16
18.4
18.4
5.49
50.4
5.43
1.7896
86
25
28.8
28.8
6.87
78.7
8.49
1.1453
113
40
46
46
8.67
125.9
13.58
0.7158
151
63
72.5
72.5
10.89
198.3
21.39
0.4545
200
100
115
115
13.9
316.3
33.95
0.2877
266
125
144
144
15.5
395.4
42.44
0.2302
305
160
184
184
17.55
506.1
54.32
0.1798
355
200
230
230
19.65
632.7
67.91
0.1439
407
250
288
288
21.95
790.8
84.88
0.1151
466
315
363
363
24.71
998.9
106.95
0.0916
535
400
460
460
27.86
1268.4
135.81
0.0721
618
450
518
518
29.54
1426.9
152.79
0.0641
663
500
575
575
31.15
1585.5
169.76
0.0577
706
560
645
645
33.03
1778.4
190.14
0.0516
755
630
725
725
35.01
2000.7
213.9
0.0458
809
710
817
817
37.17
2254.8
241.07
0.0407
866
800
921
921
39.42
2540.6
271.62
0.0361
928
900*
1036
1036
41.91
2861.1
305.58
0.0321
992
1000*
1151
1151
44.11
3179
339.53
0.0289
1051
1120*
1289
1289
46.75
3560.5
380.27
0.0258
1118
1250*
1439
1439
49.39
3973.7
424.41
0.0231
1185
AAAC Conductor Parameter- China GB 9329 Standard
AAAC Technical characteristics of GB9329
Nominal Area
Stranding Number Diameter
Calculated Area
Overall Diameter
D,C. Resistance
Calculated Breaking Load
Calculated Weight
Continuous Carrying Capacity(A)
mm2
No. mm
mm2
mm
Ω/km
N
kg/km
70 ℃
80 ℃
90 ℃
35
7/2.52
35.3535
8.88
1.11111
10.1010
96.96
50
7/3.02
50.5050
9.99
1.11111
14.1414
137.137
159
191
218
70
7/3.57
70.7070
11.1111
0.00000
20.2020
192.192
195
235
369
95
7/4.16
95.9595
12.1212
0.00000
27.2727
260.260
234
285
328
120
19/2.84
120.120120
14.1414
0.00000
34.3434
331.331
270
330
379
150
19/3.17
150.150150
16.1616
0.00000
42.4242
412.412
308
378
436
185
19/3.52
185.185185
18.1818
0.00000
52.5252
508.508
350
431
497
210
19/3.75
210.210210
19.1919
0.00000
59.5959
577.577
377
466
539
240
19/4.01
240.240240
20.2020
0.00000
67.6767
660.660
409
507
587
300
37/3.21
299.299299
22.2222
0.00000
84.8484
825.825
466
581
675
400
37/3.71
400.400400
26.2626
0.00000
112.112112
1102.1102
553
695
810
500
37/4.15
500.500500
29.2929
0.00000
140.140140
1379.1379
631
798
933
630
61/3.63
631.631631
33.3333
0.00000
176.176176
1742.1742
721
919
1078
800
61/4.09
801.801801
37.3737
0.00000
224.224224
2212.2212
826
1061
1249
1000
61/4.57
1001.10011001
41.4141
0.00000
279.279279
2761.2761
933
1209
1429
Overhead Line (ACSR Conductor)-All Aluminum Conductor
Application: Used as bare overhead transmission conductor and as primary and secondary distribution conductor and messenger support. ACSR offers optimal strength for line design. Variable steel core stranding enables desired strength to be achieved without sacrificing ampacity.