• AAAC Conductor IEC 61089 Overhead Conductor

AAAC Conductor IEC 61089 Overhead Conductor

Application: Construction, Overhead, Underground, Industrial, Power Station, Telecommunication
Voltage: Low and Medium Voltage Cable
Current: DC Cable
Insulation Material: Bare
Sheath Material: No
Material Shape: Round Wire
Samples:
US$ 0.25/Meter 1 Meter(Min.Order)
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Customization:

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Manufacturer/Factory

Basic Info.

Model NO.
AAAC
Wire Core Material
Aluminum Alloy
Certification
ISO, CCC, CE, RoHS, VDE
Model
Zs-AAAC16-6-222
Brand
Dayuan
Supplier′s Nature
Manufacturer
Conductor
Annealed Wire, Solid or Stranded
Certificate
ISO, TUV, CCC, IEC
Specification Type
ASTM B399
OEM
Ok
ODM
Ok
Transport Package
Wooden Drum, as Request
Specification
IEC, ISO, GB, TUV, CCC
Trademark
Da Yuan
Origin
Henan, China
HS Code
7614100000
Production Capacity
8000 Kilometers/Month

Product Description

All Aluminum Conductor AAC to ASTM B231

Applications:
Conductor(AAC, AAAC and ACSR) have been widely used in power transmission lines with various voltage levels,because they have such good characteristics as simple structure,convenient installation and maintenance,low cost large transmission capacity.And they are also suitable for laying across rivers valleys and the places where special geographical features exist.
 
AAAC Conductor IEC 61089 Overhead Conductor
Material Standard:

1) The hard aluminum conductor used for AAC and ACSR conforms to the standard GB/T 17048-1997(equivalent to IEC 60889:1987).
2) The zinc coated steel wire used for ACSR conforms to IEC 60888:1987.
3) Production can be arranged according to customers requirements for material standard,etc.
Construction of All Aluminum Conductor and Aluminum Conductor Steel Reinforced

AAAC Conductor IEC 61089 Overhead Conductor
Standards:

ASTM-B232   Standard specification for Concentric-Lay-Stranded Aluminum 1350 Conductors
BS215-2       aluminum conductors steel-reinforced -For overhead power transmission
DIN48204       Steel reinforced aluminum stranded conductors
IEC209           Aluminum stranded conductor steel reinforced
         Customized type available.
 
ACSR bare conductor meets/exceeds the following ASTM specifications:
        B-230 Aluminum Wire, 1350-H19 for Electrical Purposes
        B-231 Aluminum Conductors, Concentric-Lay-Stranded 
        B-232 Aluminum Conductors, Concentric-Lay-Stranded, Coated Steel Reinforced      
(ACSR)
        B-341 Aluminum-Coated Steel Core Wire for Aluminum Conductors, Steel 
      Reinforced (ACSR/AZ)
        B-498 Zinc-Coated Steel Core Wire for Aluminum Conductors, Steel Reinforced 
      (ACSR/AZ) 
        B-500 Zinc Coated and Aluminum Coated Stranded Steel Core for Aluminum 
      Conductors, Steel Reinforced (ACSR)

Technical characteristics
 Standard GB/T 1179-2008


Area
/
Pieces/Diameter

Diameter
Max. resistance
At 20ºC
Calculation
Force


Weight
mm2 mm mm Ω/km KN kg/km
10 7/1.35 4.05 2.8633 1.95 27.4
16 7/1.71 5.12 1.7896 3.04 43.8
25 7/2.13 6.40 1.1453 4.50 68.4
40 7/2.70 8.09 0.7158 6.80 109.4
63 7/3.39 10.2 0.4545 10.39 172.3
100 19/2.59 12.9 0.2877 17.00 274.8
125 19/2.89 14.5 0.2302 21.25 343.6
160 19/3.27 16.4 0.1798 26.40 439.8
200 19/3.66 18.3 0.1439 32.00 549.7
250 19/4.09 20.5 0.1151 40.00 687.1
315 37/3.29 23.0 0.0916 51.97 867.9
400 37/3.71 26.0 0.0721 64.00 1102.0
450 37/3.94 27.5 0.0641 72.00 1239.8
500 37/4.15 29.0 0.0577 80.00 1377.6
560 37/4.39 30.7 0.0515 89.60 1542.9
630 61/3.63 32.6 0.0458 100.80 1738.3
710 61/3.85 34.6 0.0407 113.60 1959.1
800 61/4.09 36.8 0.0361 128.00 2207.4
900 61/4.33 39.0 0.0321 144.00 2483.3
1000 61/4.57 41.1 0.0289 160.00 2759.2
1120 91/3.96 43.5 0.0258 179.20 3093.5
1250 91/4.18 46.0 0.0231 200.00 3452.6
1400 91/4.43 48.7 0.0207 224.00 3866.9
1500 91/4.58 50.4 0.0193 240.00 4143.1
AAC Standard: ASTM B231
 

 
Code Name
Total Area /
Stranding and wire diameter
mm

Linear Mass
 
kg/km

Overall Diameter
mm

Nominal Breaking Load
daN

Max. D.C. Resistance at 20ºC
≤Ω/k
AWG or MCM mm2
Peachbell 6 13.29 7/1.554 37 4.67 249 2.1692
Rose 4 21.16 7/1.961 58 5.89 396 1.3624
Iris 2 33.61 7/2.474 93 7.42 597 0.8577
Pansy 1 42.39 7/2.776 117 8.33 732 0.6801
Poppy 1/0 53.48 7/3.119 147 9.36 873 0.5390
Aster 2/0 67.42 7/3.503 186 10.51 1100 0.4276
Phlox 3/0 85.03 7/3.932 234 11.80 1347 0.3390
Oxlip 4/0 107.23 7/4.417 296 13.26 1698 0.2688
Valerian 250 126.71 19/2.931 349 14.57 2062 0.2275
Sneezewort 250 126.71 7/4.80 349 14.4 2007 0.2275
Laurel 266.8 135.16 19/3.01 373 15.05 2200 0.2133
Daisy 266.8 135.16 7/4.96 373 14.9 2141 0.2133
Peony 300 152.0 19/3.193 419 15.97 2403 0.1896
Tulip 336.4 170.45 19/3.381 470 16.91 2695 0.1691
Daffodil 350 177.35 19/3.447 489 17.24 2804 0.1625
Canna 397.5 201.42 19/3.673 555 18.36 3184 0.1431
Goldentuft 450 228 19/3.909 629 19.55 3499 0.1264
Syringa 477 241.68 37/2.882 666 20.19 3849 0.1193
Cosmos 477 241.68 19/4.023 666 20.12 3708 0.1193
Hyacinth 500 253.35 37/2.951 698 20.65 4035 0.1138
Zinnia 500 253.35 19/4.12 698 20.6 3888 0.1138
Dahlia 556.5 282 19/4.346 777 21.73 4327 0.1022
Mistletoe 556.5 282 37/3.114 777 21.79 4362 0.1022
Meadowsweet 600 304 37/3.233 838 22.63 4703 0.0948
Orchid 636 322.25 37/3.33 888 23.31 4985 0.0894
Heuchera 650 329.35 37/3.366 908 23.56 5095 0.0875
Flag 700 354.71 61/2.72 978 24.48 5146 0.0813

 AAC Standard: ASTM B231 
 

 
Code Name
Total Area /
Stranding and wire diameter
mm

Overall Diameter
mm

Linear Mass
kg/mass

Nominal Breaking Load
daN

Max. D.C. Resistance at 20ºC
≤Ω/km
AWG or MCM mm2
Verbena 700 354.71 37/3.493 24.45 978 5487 0.0813
Nasturtium 715.5 362.58 61/2.75 24.76 1000 5874 0.0795
Violet 715.5 362.58 37/3.533 24.74 1000 5609 0.0795
Cattail 750 380 61/2.817 25.35 1048 5985 0.0759
Petunia 750 380 37/3.617 25.32 1048 5875 0.0759
Lilac 795 402.84 61/2.90 26.11 1111 6345 0.0715
Arbutus 795 402.84 37/3.724 26.06 1111 6232 0.0715
Snapdragon 900 456.06 61/3.086 27.78 1257 6978 0.0632
Cockscomb 900 456.06 37/3.962 27.73 1257 6848 0.0632
Goldenrod 954 483.42 61/3.177 28.6 1333 7896 0.0596
Magnolia 954 483.42 37/4.079 28.55 1333 7258 0.0596
Camellia 1000 506.71 61/3.251 29.36 1397 7753 0.0569
Hawkweed 1000 506.71 37/4.176 29.23 1397 7608 0.0569
Larkspur 1033.5 523.68 61/3.307 29.76 1444 8012 0.0550
Bluebell 1033.5 523.68 37/4.244 29.72 1444 7863 0.0550
Marigold 1113 563.93 61/3.432 30.89 1555 8628 0.0511
Hawthorn 1192.5 604.26 61/3.551 31.05 1666 9245 0.0477
Narcissus 1272 644.51 61/3.668 33.02 1777 9861 0.0477
Columbine 1351.5 684.84 61/3.78 34.01 1888 10478 0.0421
Carnation 1431 725.10 61/3.89 35.03 1999 10768 0.0398
Gladiolus 1510.5 765.35 61/4.00 35.09 2110 11365 0.0376
Coreopsis 1590 805.68 61/4.099 36.51 2221 11964 0.0358
Jessamine 1750 886.71 61/4.302 38.72 2445 13168 0.0325
Cowslip 2000 1013.42 91/3.76 41.40 2791 15300 0.0285
Lupine 2500 1266.67 91/4.21 46.30 3524 18700 0.0230
Trillium 3000 1520.13 127/3.90 50.75 4232 22500 0.0192
Bluebonnet 3500 1773.50 127/4.21 54.80 4985 26200 0.0166

AAC Standard: BS215 Part 1 
 
Nominal
Alum
Area
mm2
Stranding
and wire
diameter
mm
Sectional Area
 
mm2
Approx.
Weight
 
Kg/km
Overall Diameter
 
mm
Max..D.C.
Resistance
At 20ºC
≤Ω/km
Calculated
breaking load
da N
Final
Modulus
Of Elasticity
hbar
Coefficient of Linear Expansion
/ºC
22 7/2.06 23.33 64 6.18 1.227 399 5900 23×10-
25 3/3.35 26.40 73 7.2 1.081 411 5900 23×10-
25 7/2.21 26.8 73 6.6 1.066 459 5900 23×10-
30 3/3.66 31.6 86 7.9 0.9082 486 5900 23×10-
35 7/2.59 37.0 101 7.8 0.7762 603 5900 23×10-
40 7/2.79 42.8 117 8.4 0.6689 687 5900 23×10-
50 7/3.10 52.83 145 9.30 0.5419 828 5900 23×10-
60 7/3.40 63.55 174 10.20 0.4505 990 5900 23×10-
70 7/3.66 73.7 202 11.0 0.3881 1134 5900 23×10-
75 7/3.78 78.5 215 11.4 0.3644 1194 5900 23×10-
80 7/3.91 84.1 230 11.7 0.3406 1278 5900 23×10-
90 7/4.17 95.6 262 12.5 0.2994 1453 5900 23×10-
100 7/4.39 106.0 290 13.17 0.2702 1600 5900 23×10-
100 19/2.67 106.0 293 13.4 0.2704 1742 5600 23×10-
125 7/4.90 132.0 361 14.7 0.2169 1944 5900 23×10-
150 7/5.36 157.9 432 16.1 0.1818 2385 5900 23×10-
150 19/3.25 157.9 434 16.25 0.1825 2570 5600 23×10-
175 19/3.53 186 512 17.7 0.1547 2863 5600 23×10-
200 19/3.78 213.2 587 18.9 0.1349 3240 5600 23×10-
225 19/3.99 236.9 652 20.0 0.1211 3601 5600 23×10-
250 19/4.22 265.7 731 21.10 0.1083 4040 5600 23×10-
300 19/4.65 322.7 888 23.25 0.08916 4875 5600 23×10-
350 37/5.00 373.2 1027 25.0 0.07711 5637 5600 23×10-
350 19/3.58 373.3 1029 25.1 0.07741 5745 5600 23×10-
400 37/5.36 428.5 1179 26.8 0.06710 6473 5600 23×10-
400 37/3.78 415.2 1145 26.46 0.06944 6310 5600 23×10-
450 37/4.09 486.9 1342 28.6 0.05931 7401 5600 23×10-
500 37/4.27 529.5 1460 29.9 0.05441 7998 5600 23×10-
600 37/4.65 628.6 1733 32.6 0.04588 9495 5600 23×10-
750 37/5.23 794.6 2191 36.6 0.03627 12010 5600 23×10-
We can make according to your specifications, customized LOGO, with your company name on the cable.

Factory Address:
AAAC Conductor IEC 61089 Overhead Conductor
Yichuan Electricity Industry zone, Luoyang City, Henan Province, China


Test Machine
AAAC Conductor IEC 61089 Overhead Conductor
extruding machine, cable-former, drawbench and so on.


Package
AAAC Conductor IEC 61089 Overhead Conductor
Wooden drum or 100m/roll


Customer
AAAC Conductor IEC 61089 Overhead Conductor
American, Australia, India, South Africa, South America...


Our Principles

1. Quality first, customer first, safety first
2. Better service, faster delivery
3. Equal and mutual benefit
4. Honest and professional

Why choose us?
1. Swift and professional response
2. Patient and trusty
3. Severe quality control system
4. On-time delivery

Contact
Leo liu

Department sale manager
International Trade Department
Luoyang Dayuan Cable Co., Ltd
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