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Quick Details
-
Jacket:
-
None
-
Place of Origin:
-
Hebei, China, Hebei, China
-
Brand Name:
-
Honglin
-
Model Number:
-
ACSR
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Size:
-
Customization
-
Brand:
-
HONGLIN
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Product name:
-
Bare Conductor
-
Certificate:
-
CCC CE IEC
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Outer Conductor:
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Aluminum or Aluminum Alloy
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Inside Conductor:
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Steel
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Insulation:
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No
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Sheath:
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No
-
Sample:
-
Avaliable
-
Packing:
-
Roll
Quick Details
-
Insulation Material:
-
None
-
Application:
-
Power Station
-
Conductor Material:
-
Aluminum
-
Jacket:
-
None
-
Place of Origin:
-
Hebei, China, Hebei, China
-
Brand Name:
-
Honglin
-
Model Number:
-
ACSR
-
Size:
-
Customization
-
Brand:
-
HONGLIN
-
Product name:
-
Bare Conductor
-
Certificate:
-
CCC CE IEC
-
Outer Conductor:
-
Aluminum or Aluminum Alloy
-
Inside Conductor:
-
Steel
-
Insulation:
-
No
-
Sheath:
-
No
-
Sample:
-
Avaliable
-
Packing:
-
Roll
ACSR
(Aluminum Conductor Steel Reinforced): Aluminum conductor steel core stranded wire, composed of aluminum conductor and steel core stranded wire. The steel core provides additional strength and support for long-distance power transmission lines and wind vibration applications.
AACSR
(Aluminum Alloy Conductor Steel Reinforced): Aluminum Alloy Conductor Steel Core Stranded Wire, consisting of aluminum alloy conductor and steel core stranded wire. Combining the advantages of aluminum alloy conductors and steel cores, it is used for long-distance power transmission lines and wind vibration resistance applications.
ACAR
(Aluminum Conductor Aluminum Alloy Reinforced): Aluminum conductor aluminum alloy reinforced conductor, consisting of aluminum conductor and aluminum alloy reinforced wire. Suitable for medium and low voltage transmission lines and regional power distribution, with high conductivity and strength.
ACSR———
IEC Sizes IEC 361089:1991
|
Code Word
|
Stranding&Wire Diameter
(mm)
|
|
Overall Diameter
(mm)
|
Sectional Area
(mm²)
|
|
Approximate Weight
（Kg/Km）
|
Breaking Load
(KN)
|
DC Resistance
(ohm/km)
|
||
|
|
Aluminum
|
Steel
|
|
Aluminum
|
Steel
|
|
|
|
||
|
25
|
6/2.26
|
1/2.26
|
6.78
|
24
|
4.00
|
92.1
|
9.00
|
11.471
|
||
|
40
|
6/2.85
|
1/2.85
|
8.55
|
38
|
6.40
|
147.4
|
14.21
|
0.7169
|
||
|
63
|
6/3.58
|
1/3.58
|
10.7
|
60
|
10.08
|
232.2
|
21.17
|
0.4552
|
||
|
100
|
6/4.51
|
1/4.51
|
13.5
|
96
|
16.00
|
368.6
|
21.84
|
0.2868
|
||
|
125
|
18/2.95
|
1/2.95
|
14.8
|
123
|
6.85
|
384.3
|
29.18
|
0.2304
|
||
|
125
|
26/2.46
|
7/1.89
|
15.4
|
120
|
19.6
|
460.8
|
44.49
|
0.2308
|
||
|
160
|
18/3.34
|
1/3.34
|
16.7
|
158
|
8.77
|
491.9
|
36.38
|
0.1800
|
||
|
200
|
26/2.74
|
7/2.13
|
17.4
|
154
|
25.0
|
589.9
|
56.18
|
0.1803
|
||
|
200
|
18/3.74
|
1/3.74
|
18.7
|
197
|
10.96
|
614.9
|
43.62
|
0.1440
|
||
|
250
|
26/3.07
|
7/2.39
|
19.4
|
192
|
31.3
|
737.2
|
69.27
|
0.1443
|
||
|
250
|
22/3.76
|
7/2.09
|
21.3
|
244
|
24.0
|
830.9
|
67.80
|
0.1153
|
||
|
315
|
26/3.43
|
7/2.67
|
21.7
|
240
|
39.1
|
921.5
|
86.58
|
0.1154
|
||
|
315
|
45/2.96
|
7/1.97
|
23.7
|
310
|
21.4
|
996.4
|
78.33
|
0.0917
|
||
|
400
|
26/3.85
|
7/3.02
|
24.4
|
303
|
49.3
|
1161.1
|
107.58
|
0.0916
|
||
|
400
|
45/3.34
|
7/2.22
|
26.7
|
393
|
27.2
|
1265.3
|
97.5
|
0.0722
|
||
|
710
|
54/4.03
|
19/2.42
|
36.3
|
688
|
87.2
|
2480.3
|
214.72
|
0.0407
|
||
|
800
|
72/3.74
|
7/2.49
|
37.4
|
791
|
34.2
|
2412.8
|
167.67
|
0.0361
|
||
ACSR (aluminum-clad steel core conductor) and AACSR (aluminum alloy-clad steel core conductor) are two common conductor materials, which have their own advantages and usage scenarios in different application scenarios.
Advantages of ACSR
:
1. High strength: ACSR’s steel core provides high strength and rigidity, allowing it to withstand greater tension and span longer distances.
2. Corrosion resistance: The steel core has good corrosion resistance, making ACSR suitable for various environmental conditions, including moisture, high temperature and corrosive climates.
3. High electrical conductivity: Aluminum conductors have good electrical conductivity and can effectively transmit electrical energy.
The main usage scenarios of ACSR:
1. Medium and high voltage transmission lines: ACSR is often used in medium and high voltage transmission systems for long-distance power transmission.
2. Spanning large distances: Because ACSR has high strength and rigidity, it is suitable for transmission lines spanning large distances and can reduce the number of supporting towers.
Advantages of AACSR:
1. Lightweight: Compared with ACSR, AACSR’s aluminum alloy conductor is lighter in weight, reducing the load of the line and the requirements of the support structure.
2. Good electrical conductivity: AACSR’s aluminum alloy conductor has good electrical conductivity and can effectively transmit electrical energy.
3. Corrosion resistance: Aluminum alloy has good corrosion resistance, making AACSR suitable for humid and corrosive environments.
The main usage scenarios of AACSR:
1. Low-voltage transmission and distribution systems: AACSR is commonly used in low-voltage transmission and distribution systems, including low-voltage distribution networks and low-voltage transmission lines.
2. Short-distance transmission: Due to its light weight and good conductive properties, AACSR is suitable for relatively short-distance power transmission.
Q1: Are you a factory or trading company?
A1: We are a manufacturer.
Q2: What payment method do you accept?
A2: T/T(Bank transfer), L/C, Western Union, Money Gram, Paypal, etc.
03: Can you make the Customized Products ?
A3: Yes, we can do it according to your requests.
Q4: May l buy samples from you?
A4: Of course you can get samples from me, but you don't need to pay for the samples, you only need to pay for the shipping cost.
05:How can l get a sample?
A5: You can add my contact information, contact me online, tell me your requirements and pay the shipping cost of the samples (samples are free)and then l will mail the samples you requested to you as soon as possible.
Q6: How long does shipping take?
A6: For samples: 1-7 days;For formal orders: 10-18 days.
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