Bare 6201 AAAC Conductor Upas 37/3.53mm

Bare 6201 AAAC Conductor Upas 37/3.53mm

Bare 6201 AAAC Conductor Upas 37/3.53mm

AAAC

Bare

Stranded

Overhead

Aluminum Alloy Conductor

None

Without

Round Wire

Overhead

ISO9001, CCC, VDE

Yifang

All Aluminium Alloy Conductor

YIFANG

Wooden Drum, Steel Drum, Wooden&Steel Drum

14awg, 12awg, 8awg, 4awg, 2/0awg, 4/0awg

Zhengzhou, Henan, China

8544492100

Product Description

Aaac (all aluminum alloy conductor)
Application:
Overhead transmission and primary and secondary distribution .
The alloys referred to have higher strength but lower conductivity than pure aluminum. Being lighter, alloy conductors can sometimes be used to advantage in place of the more conventional acsr; Having lower breaking loads than the latter, their use becomes particularly favourable When ice and win loadings are low.
Construction:
AAAC is a high-strength aluminum alloy, concentric-lay-stranded conductor.
It is similar in construction and appearance to the AAC all-aluminum conductor. The AAAC conductor is manufactured in accordance with the requirements of the latest issue of ASTM B399. The AAAC conductor is manufactured from a heat-treated, magnesium-silicide high-strength 6201-T81 aluminum alloy. The aluminum strands consist of a concentric stranded cable of 7, 19, 37 or more wires. The sizes and strands listed are common examples used in overhead lines. Metric (mm) sizes are also available.

1). All aluminum alloy stranded conductor cable are for power transmission and distribution.
2). Standard: GB1179, iec61089, bs3242, DIN48201, ASTM b399
3). We accept OEM orders with other equivalent standards.
4).packing: Can be supplied in any length required .

we also supply AAC(all aluminum conductor), ACSR(aluminium conductor steel reinforced).

Other special charastics: design and manufacture according to customers’s request
Please contact us freely ; may be I will give you a big surprise !

 

Code Word Conductor size Stranding Sectional Area Diameter of Conductor Linear Density Rated Strength D.C. Resistance at 20°C
mm2 No. /mm mm2 mm kg/km kgf Ω/km
Box 15 7/1.85 18.82 5.55 51 537 1.74950
Acacia 20 7/2.08 23.79 6.24 65 680 1.38400
Almond 25 7/2.34 30.10 7.02 82 861 1.09340
Cedar 30 7/2.54 35.47 7.62 97 1014 0.92810
  35 7/2. 77 42.18 8.31 115 1205 0.78040
Fir 40 7/2.95 47.84 8.85 131 1367 0.68800
Hazel 50 7/3.30 59.87 9.90 164 1711 0.54980
Pine 60 7/3.61 71.65 10.83 196 2048 0.45940
  70 7/3.91 84.05 11.73 230 2402 0.39170
Willow 75 7/4. 04 89.73 12.12 245 2565 0.36690
  80 7/4.19 96.52 12.57 264 2758 0.34410
  90 7/4.44 108.00 13.32 298 3112 0.30230
Oak 100 7/4.65 118.90 13.95 325 3398 0.27690
  100 19/2.82 118.70 14.10 326 3393 0.27870
Mulberry 125 19/3.18 150. 90 15.90 415 4312 0.21920
Ash 150 19/3.48 180.70 17.40 497 5164 0.18310
Elm 175 19/3.76 211.00 18.80 580 6030 0.15680
Poplar 200 37/2.87 239.40 20.09 659 8841 0.13850
  225 37/3.05 270.30 21.35 744 7724 0.12270
Sycamore 250 37/3.22 303.20 22.54 835 8664 0.10930
Upas 300 37/3.53 362.10 24.71 997 10350 0.09156
Walnut 350 37/3.81 421.80 26.67 1162 12053 0.07860
Yew 400 37/4.06 479.00 28.42 1319 13685 0.06921
Totara 425 37/4.14 498.10 28.98 1372 14233 0.06656
Rub us 500 61/3.50 586.90 31.50 1620 16771 0.05662
Araucaria 700 61/4.14 821.10 37.26 2266 23450 0.04047

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