Alumoweld Cable Acs All Aluminum Clad Steel Wire

Alumoweld Cable Acs All Aluminum Clad Steel Wire

Alumoweld Cable Acs All Aluminum Clad Steel Wire

Alumoweld Cable

Overhead

Low and Medium Voltage Cable

DC Cable

Bare

Bare

Round Wire

ISO, CCC

ACSR

OEM

OEM

Wooden Drum

2.5~400sqmm

China(Mainland)

76141000

Product Description

Alumoweld Overhead Ground Wire

Alumoweld wire and strand is used by power utilities, as well as formed wire and optical ground wire manufacturers. Alumoweld outlasts other options by as much as 200% in corrosive environments, significantly lowering maintenance and replacement costs. When compared to solid aluminum wire, Alumoweld offers tremendous savings

Features of acs conductor

Corrosion Resistance Alumoweld overhead ground wire has excellent corrosion resistance. Its strength and conductivity remain unchanged in any atmosphere where aluminum is satisfactory, especially those known to be corrosive from industrial or atmospheric conditions. This assurance against corrosion is obtained through the application of a thick covering of pure aluminum, which provides a substantial barrier of protective metal. The minimum cladding thickness of Alumoweld is 10% of the radius of the wire. The cladding has a continuous, strong metallic bond to the steel core that will not crack or flake.

Strength Comparable to Steel acs conductor

Alumoweld also provides strength greater than or comparable to other overhead ground wires. For commonly used wire sizes, the tensile strength of the individual wire can approach 200,000 pounds per square inch. When used in a strand for overhead ground wire, this high strength permits greater span lengths, less sag, and heavier loads under storm loading conditions.

Lightweight for acs conductor

Directly related to strength and sag performance is the lighter weight of Alumoweld. Due to its thick cladding of aluminum, Alumoweld is 15% lighter than a steel strand of equivalent size. This lighter weight, combined with high strength, permits Alumoweld to be installed to the same sags as steel with correspondingly lower tensions and lower stresses on the towers or supporting structures.

Alumoweld Overhead Ground Wire (cont.)

Code No.

Area

No.of wires

Diameter

wight

Rated Strength

Max DC.Resistance at 20 degree

Mm2

Wire mm

Cond.

mm

Kg/Km

KN

Ohm/Km

3No5AWG

50.32

3

4.62

9.96

334.1

54.42

1.699

3No6AWG

39.00

3

4.11

8.87

265

45.74

2.142

3No7AWG

31.65

3

3.67

7.9

210.1

38.36

2.701

3No8AWG

25.10

3

3.26

7.03

166.7

32.06

3.406

3No9AWG

19.9

3

2.91

6.26

132.2

25.43

4.294

3No10AWG

15.78

3

2.59

5.58

104.8

20.16

5.415

7No5AWG

117.4

7

4.62

13.9

781.1

120.27

0.7426

7No6AWG

93.1

7

4.11

12.4

619.5

101.14

0.9198

7No7AWG

73.87

7

3.67

11.0

494.1

84.81

1.16

7No8AWG

58.56

7

3.26

9.78

389.6

70.88

1.4630

7No9AWG

46.44

7

2.91

8.71

308.9

56.2

1.844

7No10AWG

36.83

7

2.59

7.76

245.1

44.58

2.325

7No11AWG

29.21

7

2.3

6.91

194.4

35.35

2.932

7No12AWG

23.16

7

2.05

6.16

154.2

28.03

3.697

19No5AWG

318.7

19

4.62

23.1

2129

326.39

0.2698

19No6AWG

252.7

19

4.11

20.6

1688

274.55

0.3402

19No7AWG

200.4

19

3.67

18.3

1339

230.18

0.429

19No8AWG

158.9

19

3.26

16.3

1062

192.41

0.5409

19No9AWG

126.1

19

2.91

14.5

842

152.58

0.6821

19No10AWG

99.96

19

2.59

12.9

667.7

121

0.8601

37No5AWG

620.6

37

4.62

32.3

4170

635.43

0.1394

37No6AWG

492.2

37

4.11

28.8

3307

534.85

0.1757

37No7AWG

390.3

37

3.67

25.7

2623

448.09

0.2216

37No8AWG

309.5

37

3.26

22.9

2080

374.67

0.2794

37No9AWG

245.5

37

2.91

20.3

1649

279.11

0.3523

37No10AWG

194.7

37

2.59

17.9

1308

235.61

0.4443

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