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ASTM B 231 Standard AAC Bare Conductor for Overhead Transmission

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Trung Quốc Zhongdong Cable Co., Ltd. Chứng chỉ
Trung Quốc Zhongdong Cable Co., Ltd. Chứng chỉ
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ASTM B 231 Standard AAC Bare Conductor for Overhead Transmission

ASTM B 231 Standard AAC Bare Conductor for Overhead Transmission
ASTM B 231 Standard AAC Bare Conductor for Overhead Transmission

Hình ảnh lớn :  ASTM B 231 Standard AAC Bare Conductor for Overhead Transmission

Thông tin chi tiết sản phẩm:
Nguồn gốc: Hà Bắc,Trung Quốc
Hàng hiệu: Zhongdong
Chứng nhận: CCC,IEC,VDE,TUV,ISO
Số mô hình: AAC
Thanh toán:
Số lượng đặt hàng tối thiểu: Có thể đàm phán
Giá bán: có thể đàm phán
chi tiết đóng gói: Trống gỗ
Thời gian giao hàng: 7-30 ngày dựa trên số QTY khác nhau
Điều khoản thanh toán: ,L/C,T/T
Khả năng cung cấp: 500KM/tuần

ASTM B 231 Standard AAC Bare Conductor for Overhead Transmission

Sự miêu tả
Phạm vi áp dụng: Truyền trên cao, mặt đất trên cao Vật liệu: ACSR
trống đóng gói: Trống gỗ thép Tên sản phẩm: ACSR Thỏ dẫn chó dẫn
Loại: dây dẫn trần Tiêu chuẩn: IEC, BS, ICEA, ASTM, DIN

ASTM B 231 Standard AAC Bare Conductor for Overhead Transmission


APPLICATION

AAC bare conductors are primarily used in overhead power transmission and distribution system.Their applications include:

  • Power Transmission Lines
  • Distribution Networks
  • Utility Grids

AAC's advantages include high conductivity-to-weight ratio and corrosion resistance, though it requires mechanical reinforcement in high-tension applications


CONSUTRUCTION

 


ASTM B 231 Standard AAC Bare Conductor for Overhead Transmission 0


STANDARD

IEC, BS, ICEA, ASTM, DIN

SPECIFICATION

ominal cross-sectional area mm2

Actual cross-sectional area mm2

Number of strands

Diameter

Approximate weight of cable

Nominal Breaking Load

Maximum DC Resistance at 20℃

Single wire

Conductor

mm

mm

kg/km

kN

Ω/km

10

10

7

1.35

4.05

27.4

1.95

2.8633

16

16

7

1.71

5.12

43.8

3.04

1.7896

25

25

7

2.13

6.4

68.4

4.5

1.1453

40

40

7

2.7

8.09

109.4

6.8

0.7158

63

63

7

3.39

10.2

172.3

10.39

0.4545

100

100

19

2.59

12.9

274.8

17

0.2877

125

125

19

2.89

14.5

343.6

21.25

0.2302

160

160

19

3.27

16.4

439.8

26.4

0.1798

200

200

19

3.66

18.3

549.7

32

0.1439

250

250

19

4.09

20.5

687.1

40

0.1151

315

315

37

3.29

23

867.9

51.97

0.0916

400

400

37

3.71

26

1102

64

0.0721

450

450

37

3.94

27.5

1239.8

72

0.0641

600

600

37

4.15

29

1377.6

80

0.0577

560

560

37

4.39

30.7

1542.9

89.6

0.0515

630

630

61

3.63

32.6

1738.3

100.8

0.0458

710

710

61

3.85

34.6

1959.1

113.6

0.0407

800

800

61

4.09

36.8

2207.4

128

0.0361

900

900

61

4.33

39

2483.3

144

0.0321

1000

1000

61

4.57

41.1

2759.2

160

0.0289

1120

1120

91

3.96

43.5

3093.5

179.2

0.0258

1250

1250

91

4.18

46

3452.6

200

0.0231

1400

1400

91

4.43

48.7

3866.9

224

0.0207

1500

1500

91

4.58

50.4

4143.1

240

0.0193


ABOUT US


ASTM B 231 Standard AAC Bare Conductor for Overhead Transmission 1


     

OUR WAREHOUSE


ASTM B 231 Standard AAC Bare Conductor for Overhead Transmission 2



APPLICATION


ASTM B 231 Standard AAC Bare Conductor for Overhead Transmission 3ASTM B 231 Standard AAC Bare Conductor for Overhead Transmission 4

ASTM B 231 Standard AAC Bare Conductor for Overhead Transmission 5ASTM B 231 Standard AAC Bare Conductor for Overhead Transmission 6



FAQ


Q. What is an AAC bare conductor?

A. AAC (All-Aluminum Conductor) is an overhead power line conductor made entirely of aluminum with no steel or other metal reinforcement, offering lightweight and corrosion-resistant properties.


Q. What are the primary applications of AAC bare conductors?

A. AAC is commonly used in medium-voltage distribution networks (1–35 kV) and urban/suburban power transmission due to its cost-effectiveness and ease of installation.


Q. What are the advantages of AAC over copper conductors?

A. Lower cost, lighter weight, and better corrosion resistance in humid or coastal environments. However, copper has higher conductivity.


Q. Does AAC require special installation techniques?

A. Yes, it needs proper tensioning and supports due to its lower tensile strength compared to ACSR. Sag must be carefully calculated to avoid overstretching.


Q. How does weather affect AAC performance?

A. AAC resists corrosion but may experience thermal expansion. Ice or wind loads require additional support structures.


Q. What maintenance does AAC need?

A. Regular inspections for sag, corrosion, and hardware integrity. Cleaning vegetation near lines is essential to prevent damage.


Q. Is AAC environmentally friendly?

A. Yes, as aluminum is 100% recyclable. AAC’s lifecycle carbon footprint is lower than steel-reinforced alternatives.

Chi tiết liên lạc
Zhongdong Cable Co., Ltd.

Người liên hệ: Mr. Bai

Tel: +8619829885532

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