| Luogo di origine: | Hebei, Cina |
|---|---|
| Marca: | Zhongdong |
| Certificazione: | CCC,IEC,VDE,TUV,ISO |
| Numero di modello: | Aaac |
| Quantità di ordine minimo: | Negoziabile |
| Prezzo: | Negoziabile |
| Imballaggi particolari: | Tamburo di legno |
| Tempi di consegna: | 7-30 giorni in base alla quantità diversa |
| Termini di pagamento: | , L/c, t/t |
| Capacità di alimentazione: | 500 km/settimana |
| Gamma di applicazioni: | Trasmissione aerea, aereo a terra | Materiale: | Alluminio |
|---|---|---|---|
| Imballaggio del tamburo: | Tamburo in legno in acciaio | Nome del prodotto: | AAC/AAAC/ACSR/ACSS/ACCC |
| Per peso del tamburo: | Su richiesta | Voltaggio: | fino a 110KV |
GSW Bare Conductor Aluminum Alloy Conductor Steel Reinforced for Overhead Distribution
Steel Wire Galvanized is suitable for overhead line stay wires, binding and jointing wires.
Core Material
Zinc Coating
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Stranding & Wire Diameler |
Overall |
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Alumimium |
Steel |
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|
mm |
mm |
mm |
mm² |
mm² |
kg/km |
kN |
ohm/km |
A |
|
6/1.98 |
1/1.98 |
5.43 |
18.4 |
3.07 |
21.5 |
74.4 |
9.02 |
1.7934 |
|
6/2.47 |
1/2.47 |
7.41 |
28.8 |
4.80 |
33.6 |
116.2 |
13.96 |
1.1478 |
|
6/3.13 |
1/3.13 |
9.38 |
46.0 |
7.67 |
53.7 |
185.9 |
22.02 |
0.7174 |
|
6/3.92 |
1/3.92 |
11.80 |
72.5 |
12.10 |
84.6 |
292.8 |
34.68 |
0.4555 |
|
18/2.85 |
1/2.85 |
14.30 |
115.0 |
6.39 |
121.0 |
266.4 |
41.24 |
0.2880 |
|
18/3.19 |
1/6.19 |
16.00 |
144.0 |
7.99 |
152.0 |
458.0 |
51.23 |
0.2304 |
|
26/2.65 |
7/2.06 |
16.80 |
144.0 |
2340 |
167.0 |
579.9 |
69.86 |
0.2310 |
|
18/3.61 |
1/3.61 |
18.00 |
184.0 |
10.20 |
294.0 |
586.2 |
65.58 |
0.1800 |
|
26/3.00 |
7/2.34 |
19.00 |
184.0 |
30.00 |
214.0 |
742.3 |
88.52 |
1.1805 |
|
18/4.04 |
1/4.04 |
20.20 |
230.0 |
12.80 |
243.0 |
732.8 |
81.97 |
0.1440 |
|
26/3.36 |
7/2.61 |
21.30 |
230.0 |
37.50 |
268.0 |
927.9 |
110.64 |
0.1444 |
|
22/4.08 |
7/2.27 |
23.10 |
288.0 |
28.30 |
316.0 |
1,013.5 |
117.09 |
0.1154 |
|
26/3.75 |
712.92 |
23.80 |
288.0 |
46.90 |
335.0 |
1,159.8 |
138.31 |
0.1155 |
|
45/3.20 |
7/2.14 |
25.60 |
363.0 |
25.10 |
388.0 |
1,196.5 |
136.28 |
0.0917 |
|
26/4.21 |
7/3.28 |
26.70 |
363.0 |
59.00 |
422.0 |
1,461.4 |
171.90 |
0.09117 |
|
45/3.61 |
7/2.41 |
28.90 |
460.0 |
31.80 |
492.0 |
1,519.4 |
172.10 |
0.0722 |
|
54/3.29 |
7/3.29 |
29.70 |
460.6 |
59.70 |
520.0 |
1,738.0 |
201.46 |
0.0723 |
|
45/3.83 |
7/2.55 |
30.60 |
518.0 |
35.80 |
554.0 |
1,709.3 |
193.61 |
0.0642 |
|
54/3.49 |
7/3.49 |
31.50 |
518.0 |
67.10 |
585.0 |
1,955.6 |
226.64 |
0.0643 |
|
45/4.04 |
7/2.69 |
32.30 |
575.0 |
39.80 |
615.0 |
1,899.3 |
215.12 |
0.0578 |
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What are the standard sizes available for GSW bare conductors?
GSW offers bare conductors in a range of standard sizes to accommodate various electrical applications, including common diameters and cross-sectional areas for power transmission and distribution needs.
What materials are used in manufacturing GSW bare conductors?
These conductors are typically made from high-quality aluminum or copper, chosen for their excellent conductivity and durability in outdoor environments.
What are the advantages of using GSW bare conductors over insulated ones?
Bare conductors provide superior heat dissipation, reduced cost, and ease of installation, making them ideal for overhead transmission lines where insulation is not required.
How should GSW bare conductors be installed to ensure safety?
Proper installation involves using appropriate hardware like insulators and spacers, maintaining clearances from structures, and following local electrical codes to prevent short circuits.
What environmental conditions are GSW bare conductors suitable for?
They are designed to withstand harsh weather, including rain, wind, and temperature fluctuations, though extreme conditions may require additional protective measures.
Can GSW bare conductors be used in industrial settings?
Yes, they are widely used in industrial applications for power distribution due to their reliability and ability to handle high current loads.
What maintenance practices are recommended for GSW bare conductors?
Regular inspections for corrosion, mechanical damage, and vegetation encroachment are essential to ensure long-term performance and safety.
How do GSW bare conductors compare in cost to other types of conductors?
They are generally more cost-effective than insulated alternatives, offering savings in material and installation expenses while maintaining efficiency.
What certifications or standards apply to GSW bare conductors?
These products comply with international electrical standards, ensuring quality and safety for global use in power networks.
Where can I find technical support or documentation for GSW bare conductors?
For detailed specifications, installation guides, or assistance, contact GSW’s customer support or visit their official website for downloadable resources.