AAAC with BS 3242 Standard

Application

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 characteristics. Aluminum alloy gives AAAC higher resistance to corrosion than ACSR.

Specification

Code Name

Nominal Area

Stranding

Diameter of
Conductor

Linear
Mass

Rated Strength

Code Name

Nominal Area

Stranding

Diameter of
Conductor

Linear
Mass

Rated Strength


mm²

No./mm

 mm

kg/km

  kgf


mm²

No./mm

 mm

kg/km

  kgf

Box

15

7/1.85

5.55

51

537


100

19/2.82

 14.1

 326

3393

Acacia

20

7/2.08

6.24

65

680

Mulberry

125

19/3.18

 15.9

 415

4312

Almond

25

7/2.34

7.02

82

861

Ash

150

19/3.48

 17.4

 497

5164

Cedar

30

7/2.54

7.62

97

1014

Elm

175

19/3.76

 18.8

 580

6030


35

7/2.77

 8.31

 115

1205

Poplar

200

37/2.87

20.09

 659

8841

Fir

40

7/2.95

8.85

 131

1367


225

37/3.05

21.35

 744

7724

Hazel

50

7/3.30

9.9

 164

1711

Sycamore

250

37/3.22

22.54

 835

8664

Pine

60

 7/3.61

10.83

 196

2048

Upas

300

37/3.53

24.71

 997

10350


70

 7/3.91

11.73

 230

2402

Walnut

350

37/3.81

26.67

1162

12053

Willow

75

7/4.04

12.12

 245

2565

Yew

400

37/4.06

28.42

1319

13685


80

7/4.19

12.57

 264

2758

Totara

425

37/4.14

28.98

1372

14233

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