Overhead Line Power Transmission Bare All Aluminum Alloy Conductor AAAC
Product Description
Application:
Aluminum alloy bare conductor is used as bare overhead conductor for primary and secondary distribution. Designed utilizing a high strength aluminum alloy to achieve a high strength-to-weight ratio; affords better sag characteristic. Aluminum alloy have higher resistance to corrosion than ACSR and AAC. It can be used in coastal regions owing to its high degree of corrosion resistance and is also used extensively within the Railway and Metro industries.
Applicable standards:
Aluminum alloy conductor (AAAC) are produced according to ASTM B-399, BS EN-50182, AS/NZS 1531, DIN 48201, CSA 61089, IEC 61089, GB/T 1179, BS 3242, NFC 34-125 or the standards agreed by both of the customers and us.
Advantages
AAAC products have many advantages for use, like low resistance, large carrying capacity, corrosion resistance, easy installation, and so on.
Construction:
Aluminum alloy wires, concentrically stranded.
ASTM B-398/B-399 standard:
| Code Name |
Total Area |
Stranding and wire diameter |
Approximate Overall Diameter |
Linear Mass |
Nominal breaking Load |
Maximum Resistance at 20ºC |
| AWG or MCM |
mm2 |
mm |
mm |
Kg/km |
daN |
Ω/km |
| Akron |
6 |
7/1.68 |
15.51 |
5.04 |
42.7 |
492 |
2.15980 |
| |
4 |
7/1.96 |
21.14 |
5.89 |
57.89 |
671 |
1.58600 |
| Alton |
48.69(4) |
7/2.12 |
24.67 |
6.35 |
67.56 |
783 |
1.35570 |
| |
2 |
7/2.47 |
33.65 |
7.42 |
92.14 |
1069 |
0.99870 |
| Ames |
77.47(2) |
7/2.67 |
39.26 |
8.02 |
107.50 |
1250 |
0.85470 |
| |
1/0 |
7/3.12 |
53.49 |
9.35 |
146.50 |
1698 |
0.62590 |
| Azusa |
123.3(1/0) |
7/3. 37 |
62.46 |
10.11 |
171.00 |
1979 |
0.53650 |
| |
2/0 |
7/3.50 |
67.45 |
10.52 |
184.70 |
2048 |
0.49740 |
| Anaheim |
155.4(2/0) |
7/3.78 |
78.75 |
11.35 |
215.16 |
2398 |
0.42640 |
| |
3/0 |
7/3.93 |
85.00 |
11.79 |
232.70 |
2588 |
0.39450 |
| Amherst |
195.7 (3/0) |
7/4.25 |
99.20 |
12.75 |
271.50 |
3017 |
0.33730 |
| |
4/0 |
7/4.42 |
107.20 |
13.26 |
293.70 |
3267 |
0.31190 |
| Alliance |
246.9 (4/0) |
7/4.77 |
125.10 |
14.30 |
342.60 |
3807 |
0.26780 |
| |
250.0 |
19/2.91 |
126.70 |
14.58 |
346.90 |
3897 |
0.26510 |
| |
300.0 |
19/3.19 |
152.10 |
15.89 |
418.60 |
4677 |
0.22060 |
| Butte |
312.8 |
19/3.26 |
158.50 |
16.31 |
434.00 |
4876 |
0.21120 |
| |
350.0 |
19/3.45 |
177.30 |
17.25 |
485.50 |
5226 |
0.18860 |
| Canton |
394.5 |
19/3.66 |
199.00 |
18.31 |
547.40 |
5896 |
0.16760 |
| |
|
19/3.69 |
202.70 |
18.44 |
555.10 |
5976 |
0.16490 |
| |
450.0 |
19/3.91 |
228.00 |
19.56 |
624.40 |
6725 |
0.14680 |
| Cairo |
465.4 |
19/3.98 |
235.80 |
19.89 |
645.70 |
6955 |
0.14310 |
| |
500.0 |
19/4.12 |
253.40 |
20.60 |
693.60 |
7465 |
0.13220 |
| |
550.0 |
37/3.10 |
278.70 |
21.67 |
762.90 |
8384 |
0.12000 |
| Darien |
559.5 |
19/4.36 |
283.50 |
21.79 |
776.30 |
8355 |
0.11810 |
| |
660.0 |
37/3.23 |
304.00 |
22.63 |
832.00 |
9143 |
0.11050 |
| |
650.0 |
37/3.37 |
329.40 |
23.57 |
909.80 |
9903 |
0.10150 |
| Elgin |
652.4 |
19/4.71 |
330.60 |
23.55 |
970.60 |
9743 |
0.10120 |
| |
700.0 |
37/3.49 |
354.50 |
24.46 |
910.60 |
10193 |
0.09464 |
| Flint |
740.8 |
37/3.59 |
375.40 |
25.15 |
1028.00 |
10793 |
0.08944 |
| Code Name |
Total Area |
Stranding and wire diameter |
Approximate Overall Diameter |
Linear Mass |
Nominal breaking Load |
Maximum Resistance at 20ºC |
| AWG or MCM |
mm2 |
mm |
mm |
Kg/km |
daN |
Ω/km |
| |
750.0 |
37/3.62 |
380.20 |
25.32 |
1041.00 |
10992 |
0.08796 |
| |
800.0 |
37/3.73 |
405.40 |
26.14 |
1109.00 |
11691 |
0.08285 |
| |
900.0 |
37/3.96 |
456.30 |
27.74 |
1249.00 |
13191 |
0.07351 |
| Greeley |
927.2 |
37/4.02 |
469.80 |
28.14 |
1287.00 |
13591 |
0.07133 |
| |
1000.0 |
37/4.18 |
506.70 |
29.24 |
1388.00 |
14589 |
0.06597 |
| |
1077.4 |
61/3.38 |
483.40 |
30.42 |
1496.00 |
15589 |
0.06120 |
| |
1165.1 |
61/3.51 |
523.70 |
31.59 |
1617.00 |
16888 |
0.05675 |
| |
1250.0 |
61/3.63 |
633.30 |
32.67 |
1733.00 |
17987 |
0.05306 |
| |
1259.6 |
61/3.65 |
564.00 |
32.85 |
1748.00 |
18187 |
0.05248 |
| |
1348.8 |
61/3.78 |
604.20 |
34.02 |
1872.00 |
19486 |
0.04893 |
| |
1439.2 |
61/3.90 |
644.50 |
35.10 |
1997.00 |
20785 |
0.04597 |
| |
1500.0 |
61/3.98 |
760.00 |
35.82 |
2081.00 |
21684 |
0.04414 |
| |
1750.0 |
61/4.30 |
886.70 |
38.70 |
2429.00 |
25282 |
0.03781 |
FAQ
Q1.What are the main applications of your Aluminum Alloy Bare Wire?
A1:Aluminum Alloy Bare Wire is mainly used in power transmission, electrical wiring, grounding systems, and wind power construction, widely applied in industrial and commercial projects.
Q2. How is the corrosion resistance of Aluminum Alloy Bare Wire?
A2:Our Aluminum Alloy Bare Wire exhibits excellent corrosion resistance, ensuring long-term usage in harsh environments and reducing the frequency of maintenance and replacement.
Q3.How do I choose the right Aluminum Alloy Bare Wire for my project?
A3:You can select the appropriate alloy type, size, and specifications based on your project's specific requirements. Our technical team can provide professional advice to help you make the best choice.
Q4.What is the conductivity performance of Aluminum Alloy Bare Wire?
A4:Aluminum Alloy Bare Wire offers good conductivity performance, meeting various electrical application needs and ensuring stable and efficient power transmission.
Q5.Have your products passed relevant certifications?
A5:Yes, our Aluminum Alloy Bare Wire products have passed multiple international standard certifications, such as ISO and ASTM, ensuring product quality and reliability.
Q6.What should I pay attention to during the installation of Aluminum Alloy Bare Wire?
A6:During installation, care should be taken to avoid damaging the surface of the wire and ensure tight connections. Follow the steps and precautions outlined in the installation guide for safety and performance.
Q7. Do you offer customization services?
A7: Yes, we can provide customization services according to customer-specific requirements, including special sizes, lengths, and specific application requirements for Aluminum Alloy Bare Wire.
Q8.How long is the service life of Aluminum Alloy Bare Wire?
A8:Under proper installation and maintenance, the service life of Aluminum Alloy Bare Wire can reach several decades, depending on the environmental conditions and application conditions.
Q9. How are Aluminum Alloy Bare Wire products packaged and transported?
A9: We use professional packaging methods such as wooden pallets and cartons to ensure the safety and integrity of Aluminum Alloy Bare Wire products during transportation. We also provide flexible logistics solutions to ensure on-time delivery.
Q10. How can I contact you if I have questions about the products or need technical support?
A10: You can contact our sales and technical support team through our website's online inquiry form, email, or customer service phone. We are dedicated to providing assistance and support to our customers.
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