BS EN 50183 AAAC Aluminum Alloy Conductor Cable

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Product Details

Product parameter

Application

AAAC Aluminum Alloy Conductor Cable is used as bare overhead conductor for primary and secondary distribution. Designed for utilizing a high-strength aluminum-alloy to achieve a high strength-to-weight ratio; affords good sag characteristics.
(1) AAAC conductors are extensively used for overhead distribution and transmission lines adjacent to ocean coastlines where there can be a problem of corrosion in the steel of an ACSR construction.
(2) The Aluminum Alloy Conductor Cable are used in replace of single-layer ACSR conductors to reduce power loss in overhead distribution and transmission lines,when replacing the aluminum conductor steel reinforced , the AAAC can save 5-8% of the construction cost.
(3) AAAC referred to have higher strength but lower conductivity than pure aluminum. Being lighter, alloy conductors can sometimes be used to replace the conventional ACSR.

Advantages

It has the advantage of large transmission amount, good sag performance, low loss, corrosion resistance, simple construction, etc.

Construction

AAAC is concentric-lay- stranded, similar in construction and appearance with 1350 grade aluminum conductors. They were developed to the need of economical conductor for overhead applications requiring higher strength than that of 1350 grade aluminum conductors, but without a steel core.

BS EN 50183 AAAC Aluminum Alloy Conductor Cable (2)

Packing

Delivery lengths are determined from a consideration of such factors as physical drum dimensions, drum weights, span length, handling equipment or the customer’s request.

Packing Materials

Wooden drum, steel-wooden drum, steel drum.

Specifications

-BS 3242 Standard Aluminum Alloy Conductors
-BS EN 50183 Standard Aluminum Alloy Conductor Cable.

BS EN 50183 Standard AAAC Conductor Size Chart Physical and Mechanical Performance Parameters

Section Area

Calculated Section Area

Stranding Wires

Nominal Diameter

Nominal Weight

Rated  Strength

Max.D.C. Resistance

at 20℃

Current Carrying Capacity

No.

Dia.

-

mm²

-

mm

mm

kg/km

kN

Ω/km

A

Box

18.8

7

1.85

5.55

51.4

5.55

1.7480

93

Acacia

23.8

7

2.08

6.24

64.9

7.02

1.3828

110

Almond

30.1

7

2.34

7.02

82.2

8.88

1.0926

128

Cedar

35.5

7

2.54

7.62

96.8

10.46

0.9273

132

Deodar

42.2

7

2.77

8.31

115.2

12.44

0.7797

148

Fir

47.8

7

2.95

8.85

130.6

14.11

0.6875

161

Hazel

59.9

7

3.30

9.90

163.4

17.66

0.5494

184

Pine

71.6

7

3.61

10.8

195.6

21.14

0.4591

204

Holly

84.1

7

3.91

11.7

229.5

24.79

0.3913

222

Willow

89.7

7

4.04

12.1

245.0

26.47

0.3665

233

Oak

118.9

7

4.65

14.0

324.5

35.07

0.2726

272

Mulberry

150.9

19

3.18

15.9

414.3

44.52

0.2192

319

Ash

180.7

19

3.48

17.4

496.1

53.31

0.1830

354

Elm

211.0

19

3.76

18.8

579.2

62.24

0.1568

385

Poplar

239.4

37

2.87

20.1

659.4

70.61

0.1387

414

Sycamore

303.2

37

3.23

22.6

835.2

89.40

0.1095

487

Upas

362.1

37

3.53

24.7

977.5

106.82

0.0917

527

Yew

479.0

37

4.06

28.4

1319.6

141.31

0.0693

629

Totara

498.1

37

4.14

29.0

1372.1

146.93

0.0666

640

Rubus

586.9

61

3.50

31.5

1622.0

173.13

0.0567

716

Sorbus

659.4

61

3.71

33.4

1822.5

194.53

0.0505

760

Araucaria

821.1

61

4.14

37.3

2269.4

242.24

0.0406

842

Rrdwood

996.2

61

4.56

41.0

2753.2

293.88

0.0334

920

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