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OEM Overhead ABC Conductor Producer Suke®
OEM Overhead ABC Conductor Producer Suke®
OEM Overhead ABC Conductor Producer Suke®
OEM Overhead ABC Conductor Producer Suke®
OEM Overhead ABC Conductor Producer Suke®

OEM Overhead ABC Conductor Producer Suke®

This product is usually used in transmission power lines, laying overhead. It has a series of certifications, such as ISO, CCC, and RoHS. Transport packages can be reels or drums.

Brand : Suke Cable®

Voltage : High Voltage Cable

Conductor : Aluminium or Alumininum Alloy

Insulation Material : Bare

Sheath Material : Bare

MOQ : 100 Meters

Whatapp:0086 19942882089

Email: sukecable@fjkangke.com

Product Details

Features

a. High tensile strength

b. Long life

c. Light in weight

d. Suitable for high as well as extra high overhead voltage lines

 

Brief Description

AAC conductor consists of a solid or stranded steel core surrounded by strands of aluminium (E.C. GRADE).AAC CONDUCTOR is available in a wide range of steel varying from as low as 6% to as high as 40 %. The higher strength AAC CONDUCTORS are used for river crossings, overhead ground wires, installations involving extra long spans etc.. Against any given resistance of conductor, AAC CONDUCTORS may be manufactured for having a wide range of tensile strength as per requirement. The principal advantage of these conductors are high tensile strength and light weight with longer spans as well as with lesser supports. Due to the greater diameter of AAC CONDUCTORS a much higher corona limit can be obtained causing big advantages on high as well as extra high voltage overhead lines.

 

Applications

Used as bare overhead transmission cable and as primary and secondary distribution cable. AAC CONDUTOR offers optimal strength for line design. Variable steel core stranding enables desired strength to be achieved without sacrificing ampacity. AAC CONDUTORS are used extensively for overhead ground wires, river crossings etc. These AAC CONDUTORS are available with us in various types for meeting the exact requirements of the clients.

 

Aluminum Conductors

 

AAC all aluminum conductors standards

We can supply this conductor according to different recognized standards, such as IEC61089, BS215, BS EN 50182: 2001, STM B231, CSA C49, DIN480201, JIS C3109, customer special specification also can be satisfied.

 

IEC standard

Code Number

Area

Number of Wires

Diameter

Linear Mass

Rated Strength

Max.D.C.Resistence at 20ºC

mm2

 

Wire

Cond.

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

500

500

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

 

BS 215

Code name

Nominal

Number

Cross-

Overall

Weight

Calculated Breaking Load

Max.D.C. Resistance at 20ºC

 

( mm² )

( mm )

( mm² )

( mm )

( kg/km )

daN

Ω/km

Midge

22

7/2.06

23.33

6.18

64

399

1.227

Aphis

25

3/3.35

26.44

7.22

74

411

1.081

Gnat

25

7/2.21

26.85

6.63

73

459

1.066

Weevil

30

3/3.66

31.56

7.89

86

486

0.9082

Mosquito 

35

7/2.59 

36.88

7.77

101

603

0.7762

Ladybird

40

7/2.79

42.8

8.37

117

687

0.6689

Ant

50

7/3.10

52.83

9.3

145

828

0.5419

Fly

60

7/3.40

63.55

10.2

174

990

0.4505

Bluebottle

70

7/3.66

73.65

10.98

202

1134

0.3881

Earwig 

75

7/3.78 

78.55

11.34

215

1194

0.3644

Grasshopper

80

7/3.91

84.05

11.73

230

1278

0.3406

Clegg

90

7/4.17

95.6

12.51

262

1453

0.2994

Wasp

100

7/4.39

106

13.17

290

1600

0.2702

Beetle

100

19/2.67

106.4

13.35

293

1742

0.2704

Bee 

125

7/4.90 

132

14.7

361

1944

0.2169

Cricket

150

7/5.36

157.9

16.08

432

2385

0.1818

Hornet

150

19/3.25

157.6

16.25

434

2570

0.1825

Caterpilar

175

19/3.53

185.9

17.65

511

2863

0.1547

Chafer

200

19/3.78

213.2

18.9

587

3240

0.1349

Spider 

225

19/3.99 

237.6

19.95

654

3601

0.1211

Cockroach

250

19/4.22

265.7

21.1

731

4040

0.1083

Butterfly

300

19/4.65

322.7

23.25

888

4875

0.08916

Moth

350

19/5.00

373.1

25

1027

5637

0.07711

Drone

350

37/3.58

372.4

25.06

1027

5745

0.07741

Locust 

400

19/5.36 

428.7

26.8

1180

6473

0.0671

Centipede

400

37/3.78

415.2

26.46

1145

6310

0.06944

Maybug

450

37/4.09

486.1

28.63

1340

7401

0.05931

Scorpion

500

37/4.27

529.8

29.89

1461

7998

0.05441

Cicada

600

37/4.65

628.3

32.55

1732

9495

0.04588

Tarantula 

750

37/5.23 

794.9

36.61

2192

12010

0.03627

 

 

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

Code Name

AWG or 
MCM

mm2

Peachbell

6

13.29

7/1.554

37

4.67

249

2.1692

Peachbell

Rose

4

21.16

7/1.961

58

5.89

396

1.3624

Rose

Iris

2

33.61

7/2.474

93

7.42

597

0.8577

Iris

Pansy

1

42.39

7/2.776

117

8.33

732

0.6801

Pansy

Poppy

1/0

53.48

7/3.119

147

9.36

873

0.5390

Poppy

Aster

2/0

67.42

7/3.503

186

10.51

1100

0.4276

Aster

Phlox

3/0

85.03

7/3.932

234

11.80

1347

0.3390

Phlox

Oxlip

4/0

107.23

7/4.417

296

13.26

1698

0.2688

Oxlip

Valerian

250

126.71

19/2.931

349

14.57

2062

0.2275

Valerian

Sneezewort

250

126.71

7/4.80

349

14.4

2007

0.2275

Sneezewort

Laurel

266.8

135.16

19/3.01

373

15.05

2200

0.2133

Laurel

Daisy

266.8

135.16

7/4.96

373

14.9

2141

0.2133

Daisy

Peony

300

152.0

19/3.193

419

15.97

2403

0.1896

Peony

Tulip

336.4

170.45

19/3.381

470

16.91

2695

0.1691

Tulip

Daffodil

350

177.35

19/3.447

489

17.24

2804

0.1625

Daffodil

Canna

397.5

201.42

19/3.673

555

18.36

3184

0.1431

Canna

Goldentuft

450

228

19/3.909

629

19.55

3499

0.1264

Goldentuft

Syringa

477

241.68

37/2.882

666

20.19

3849

0.1193

Syringa

Cosmos

477

241.68

19/4.023

666

20.12

3708

0.1193

Cosmos

Hyacinth

500

253.35

37/2.951

698

20.65

4035

0.1138

Hyacinth

Zinnia

500

253.35

19/4.12

698

20.6

3888

0.1138

Zinnia

Dahlia

556.5

282

19/4.346

777

21.73

4327

0.1022

Dahlia

Mistletoe

556.5

282

37/3.114

777

21.79

4362

0.1022

Mistletoe

Meadowsweet

600

304

37/3.233

838

22.63

4703

0.0948

Meadowsweet

Orchid

636

322.25

37/3.33

888

23.31

4985

0.0894

Orchid

Heuchera

650

329.35

37/3.366

908

23.56

5095

0.0875

Heuchera

Flag

700

354.71

61/2.72

978

24.48

5146

0.0813

Flag

 

DIN 48201

Code Number

Caculated Area

Stranding and wire Diameter 

Overall Diameter

Linear Mass

Calculated Breaking Load

Max D.C.Resistance at 20ºC

mm2

mm2

mm

mm

kg/km

daN

Ω,km

16

15.89

7/1.70

5.1

44

290

1.8018

25

24.25

7/2.10

6.3

67

425

1.1808

35

34.36

7/2 50

7.5

94

585

0.8332

50

49.48

7/3.00

9

135

810

0.5786

50

48.36

19/1.80

9

133

860

0.595

70

65.82

19/2.10

10.5

181

1150

0.4371

95

93.27

19/2.50

12.5

256

1595

0.3084

120

117

19/2.50

14

322

1910

0.2459

150

147.1

37/2.25

15.2

406

2570

0.196

185

181.6

37/2.50

17.5

501

3105

0.1587

240

242.54

61/2.25

20.2

670

4015

0.1191

300

299.43

61/2.50

22.5

827

4850

0.0965

400

400.14

61/2.89

26

1105

6190

0.07221

500

499.83

61/3.23

29.1

1381

7600

0.05781

625

626.2

91/2.96

32.6

1733

9690

0.04625

500

802.1

91/3.35

36.8

2219

12055

0.03611

1000

999.71

91/3.74

41.1

2766

14845

0.02897

 

Aluminum ABC Conductor

About us

Custom cable maker

 

 

We have alarms on extruding insulation andjacket, to keep 100% quality.

Founded in 1994, Fujian Suke Cable Technology Co., Ltd. Decades of wire and cable manufacturing experience enables us to be one of Top 20 cable manufacturers in China. Our products cover low/medium/extra high voltage power cable, submarine cable, control cable, instrumentation cable, building wire, flexible rubber cable, fire rated cable, renewable cable, solar cable, industrial cable, LAN cable, coaxial cable etc, a total of nearly 30 series with 4,000 types and more than 50,000 specifications for various fields within over 100 countries.

 

38

No. of R&D Staff: 38

10

No. of Production Lines:Above 10

7

Number of Foreign Trading Staff:7

130

130 technical staff

3

The company has 3 factories

 

 

Our workshops and certifications

High temperature wire & cable manufacturers

Suke electrical copper wire manufacturers factory

Electrical copper wire manufacturers

Custom wire and cable manufacturer in China

 

 

Our company has three plants possessing 200 square kilometers and over 4500 employees with 130 technicians creating annual export revenue exceeding 150 Million USD.

 

Also, our company has passed ISO 9001, ISO 14001, ISO45001, OHSAS18001,etc certificatiom, and has got CCC,TLC, TUV, VDE, UL, CE, SAA, BS etc. certificates for our products.

 

 

 

 

FAQ

What is building wire?

Building wire is generally used in house fixed wiring. It is PVC insulated unsheathed electric wire. The onstruction is CU/PVC.

How do I know if a cable is compliant with standards?

Look for certification marks or labels on the cable, such as those from IEC, UL, or other relevant regulatory bodies that indicate compliance with safety and performance standards.

What are armoured cables?

Armoured cables have an additional layer of protection (usually metal) to prevent physical damage. They are often used in harsh environments or where cables may be exposed to impact.

Conductor Structure of Power Cable

1. Conductors comply with IEC, AS/NZS and BSI standard requirements

2. The conductors of multi-core have different shapes. The single-core is circular. The shape of Multi-core cable with size up to and 35m2 can be circular, semicircular and fan-shaped, the conductor with size over and 50m2 are circular and semicircle.

3. A single core is allowed with size below 16m2. Conductor More than 25m2 are multi strands.

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