AAAC aluminum core aluminum strands are made of aluminum wire and aluminum alloy wire twisting, suitable for overhead transmission lines. It is the inside of the aluminum alloy "core", the outside is wrapped around the aluminum alloy core by twisting aluminum wire, aluminum alloy core mainly plays the role of increasing strength, aluminum strand mainly plays the role of transmitting electrical energy.
NFC Standard All Aluminum Alloy Conductor AAAC Cable
Features:
1. Conductor: Hard-Drawn 1350-H19 Aluminum Alloy Wires, Minimum Purity 99.45%,
2. Reinforcement: Galvanized Steel Wires (Zinc-Coated)
3. Standards: ASTM B232,
4. Construction (Aluminum/Steel): 6/1, 7/1, 8/1, 12/7, 16/19, 24/7, 26/7, 30/7, 30/19, 36/1, 45/7, 54/7, 54/19, 72/7, 76/19, 84/19
5. Cross-Sectional Area: 6~4/0 awg, 80~2312 mcm (80~211.3 mcm for Standard High-Strength Conductor),
6. Galvanization: Class A, B or C
7. Grease Corrosion Protection: Available upon Request.
Similar Products(Different structure; Different size)
AAC(All Aluminum Conductor)
AAAC(All Aluminum Alloy Conductor)
ACSR(Aluminun Conductor Steel Reinforced)
ACSR/AW ACSR/AS ACSR/AC
AACSR TACSR TACSR/AW
ACAR(Aluminum Conductor Aluminum Alloy Reinforced)
ACCC(Aluminum Composite Core Conductor)
Galvanized Steel Wire /Strand(GSW,SC/GZ)
Aluminum Clad Steel Wire(Alumoweld,ACS,SC/AC)
Aluminum Rod
CERTIFICATE SHOWN
ISO,CE,CCC,ROHS,UL,VDE of AAAC AAC ACSR
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Aluminum Alloy Wires parameters
Executive Stand:BS3242
Code name
Nominal aera
No. of wires
Diameter
Weight
Rated s strength
Max D.C resistance at 20°C
Wire
Cond
m m 2
m m
m m
KG/KM
KM
O/k m
Box
15
7
1.85
5.55
51
5.37
1.7495
Acacia
20
7
2.08
6.24
65
6.8
1.384
Almond
25
7
2.34
7.02
82
8.61
1.0934
Cedar
30
7
2.54
7.62
97
10.14
0.9281
-
35
7
2.77
8.31
115
12.05
0.7804
Fir
40
7
2.95
8.85
131
13.67
0.688
Hazel
50
7
3.3
9.9
164
17.11
0.5498
Pine
60
7
3.61
10.83
196
20.48
0.4594
-
70
7
3.91
11.73
230
24.02
0.3917
Willow
75
7
4.04
12.12
245
25.65
0.3669
-
80
7
4.19
12.57
264
27.58
0.3441
-
90
7
4.44
13.32
298
31.12
0.3023
Oak
100
7
4.65
13.95
325
33.98
0.2769
-
100
19
2.82
14.1
326
33.93
0.2787
Mulberry
125
19
3.18
15.9
415
43.12
0.2192
Ask
150
19
3.48
17.4
497
51.64
0.1831
Elm
175
19
3.76
18.8
580
60.3
0.1568
Poplar
200
19
2.87
20.9
659
88.41
0.1385
-
225
37
3.05
21.35
744
77.24
0.1227
Sycamore
250
37
3.22
22.54
835
86.64
0.1093
Upas
300
37
3.53
24.71
997
103.5
0.09156
Walrut
350
37
3.81
26.67
1162
120.53
0.0786
Yew
400
37
4.06
28.42
1319
136.85
0.06921
Totara
425
37
4.14
28.98
1372
142.33
0.06656
Rubus
500
61
3.5
31.5
1620
167.71
0.05662
Sorbus
659.4
61
3.71
33.4
1822.5
194.53
0.0505
Araucaria
700
61
4.14
37.26
2266
234.5
0.04047
Executive Standard:ASTM B399
Code name
Area
No./wire diameter
Overall diameter
Weight
Nominal breaking load
Strandard lengh
Norminal
Actual
MCM
m m 2
m m
m m
Kg/k m
KN
m ±5%
Akron
30.58
15.48
7/1.68
5.04
42.7
4.92
3000
Alton
48.69
24.71
7/2.12
6.35
68
7.84
3000
Ames
77.47
39.22
7/2.67
8.02
108
12.45
2000
Azusa
123.3
62.38
7/3.37
10.11
172
18.97
2000
Anaheim
155.4
78.65
7/3.78
11.35
217
23.93
3000
Amberst
195.7
99.22
7/4.25
12.75
273
30.18
2500
Alliance
246.9
125.1
7/4.77
14.31
345
38.05
2000
Buttle
312.8
158.6
19/3.26
16.3
437
48.76
3000
Canton
394.5
199.9
19/3.66
18.3
551
58.91
2500
Cairo
465.4
235.8
19/3.98
19.88
650
69.48
2000
Darien
559.5
283.5
19/4.36
21.79
781
83.52
2000
Elgin
652.4
330.6
19/4.71
23.54
911
97.42
1500
Flint
740.8
375.3
37/3.59
25.16
1035
108.21
3000
Greely
927.2
469.8
37/4.02
28.14
1295
135.47
2500
Executive Standard:DIN 48201
Code number
Calculated area
No of wires
Diam eter
Weight
Rated tensile s trength
Max D.C. res is tance at 20℃
Wire
Cond
m m 2
m m 2
m m
m m
Kg/k m
daN
O/k m
16
15.89
7
1.7
5.1
43
444
2.091
25
24.25
7
2.1
6.3
66
677
1.3703
35
34.36
7
2.5
7.5
94
960
0.9669
50
49.48
7
3
9
135
1382
0.6714
50
48.35
19
1.8
9
133
1350
0.6905
70
65.81
19
2.1
10.5
181
1838
0.5073
95
93.27
19
2.5
12.5
256
2605
0.3579
120
116.99
19
2.8
14
322
3268
0.2854
150
147.11
37
2.25
15.8
406
4109
0.2274
185
181.62
37
2.5
17.5
500
5073
0.1842
240
242.54
61
2.25
20.3
670
6774
0.1383
300
299.43
61
2.5
22.5
827
8363
0.112
400
400.14
61
2.89
26
1104
11176
0.0838
500
499.63
61
3.23
29.1
1379
13960
0.06709
625
626.2
91
2.96
32.6
1732
17490
0.054
800
802.09
91
3.35
36.9
2218
22402
0.0418
1000
999.71
91
3.74
41.1
2767
27922
0.0335
Executive Standard:IEC 61089
Code Number
Calculated Area
Number of Wire
Diameter of Wire
Diameter of Cond.
Liner Mass
Rated Strength
Max DC Rresistance at 20°C
m m ²
m m ²
m m
m m
k g/k m
KN
O/k m
16
18.4
7
1.83
5.49
50.4
5.43
1.7896
25
28.8
7
2.29
6.87
78.7
8.49
1.1453
40
46
7
2.89
8.67
125.9
13.58
0.7158
63
72.5
7
3.63
10.8
198.3
21.39
0.4545
100
115
19
2.78
13.9
316.3
33.95
0.2877
125
144
19
3.10
15.50
395.40
42.44
0.2302
160
184
19
3.51
17.55
506.1
54.32
0.1798
200
230
19
3.93
19.65
623.7
67.91
0.1439
250
288
19
4.39
21.95
790.8
84.68
0.1151
315
363
37
3.53
24.71
998.9
106.95
0.0916
400
460
37
3.98
27.86
1268.4
135.81
0.0721
450
518
37
4.22
29.54
1426.9
152.79
0.0641
500
575
37
4.45
31.15
1585.5
169.76
0.0577
560
645
61
3.67
33.03
1778.4
190.14
0.0516
630
725
61
3.89
35.01
2000.7
213.9
0.0458
710
817
61
4.13
37.17
2254.8
241.07
0.0407
800
921
61
4.38
39.42
2540.6
271.62
0.0361
900
1036
91
3.81
41.91
2861.1
305.58
0.0632
1000
1151
91
4.01
44.11
3179
339.53
0.0289
1120
1289
91
4.25
46.75
3560.5
380.27
0.0258
1252
1439
91
4.49
49.39
3973.7
424.41
0.0231