Thermal-resistant Aluminium-alloy Conductor TACSR (/ AW)

TACSR conductors are recommended for new lines for high power transfer requirements. AW Type has excellent rustless characteristics Galvanised steel core wire /Zinc-coated Steel Wire / Aluminum-clad Steel Wire(AW) - for ACSR

Classification:

Telephone:+86-13523009770

Product Introduction

Application

TACSR Conductors are very similar in construction to a conventional ACSR conductor but the EC Grade Aluminum wires are replaced with Hard Drawn Aluminum wires of Heat Resistant Aluminum Alloy (generally known as TAL ) . TACSR can be safely operated continuously above 150℃ enabling to pump more current through the conductor. Where there is a need to transmit higher power but restrictions on getting new power corridors approved, various Types of TAL conductors are one of the best creative solution options to utilities. Ability of the Zirconium doped aluminum alloy to maintain its electrical and mechanical properties at elevated temperatures makes these conductors a very cost effective solution in refurbishing the existing lines with enhanced capacity.

TACSR (/AW) is used for overhead electric power transmission lines. Big city, seaside district, moisture area etc.

Construction

• Core(St, AW): Zinc-coated Steel Wire / Aluminum-clad Steel Wire(AW) : 14% ~ 40% AW

• Conductor(TAI) : Thermal Resistant Aluminum Alloy Wire used for continuously allowable temperature up to 150℃

Features:

New aluminium alloys having high thermal resistance can carry 50%-60% more current than ACSR of the same size, while maximum sag and maximum working tension remains almost the same as that of ACSR.

● Can carry 50%-60% more current than ACSR of the same size.

● Higher capacity new lines can be built to deal with future demands.

TECHNICAL SPECIFICATIONS

PROPERTIES

TACSR (ACSR MOOSE EQUIVALENT

TACSR (ACSR ZEBRA EQUIVALENT)

TACSR (ACSR PANTHER EQUIVALENT)

Typical factors

3.53 mm

0.1378 in

3.18 mm

0.1252 in

3.00 mm

0.1181 in

Reference specifications

IEC 62004

IEC 62004

IEC 62004

Total cross section area

596.99 mm2

0.9253 in2

484.25 mm2

0.7506 in2

261.50 mm2

0.4054 in2

Conductive wire

Al Zr ATI

Al Zr ATI

Al Zr ATI

Core wire

Galvanized Steel

Galvanized Steel

Galvanized Steel

Conductor diameter

31.77 mm

1.2508 in

28.62 mm

1.1268 in

21.00 mm

0.8268 in

Weight

2004

1346.6

1621

1089.3

972

653.2

 

kg/gm

Ibs/mile

kg/km

Ibs/mile

kg/km

Ibs/mile

Ultimate tensile strength

16438 kg

36239.54 lbs

14407 kg

31761.96 lbs

10119 kg

22308.55 lbs

DC resistance at

0.06

0.09

0.07

0.11

0.14

0.22

20°C temperature

0/km

Q/mile

O/km

Q/mile

n/km

Q/mile

Maximum operating temperature

150°C

302°F

150°C

302°F

150°C

302°F

Current carrying capacity at maximum operating temperature

1509 Amp

1302 Amp

831 Amp

 

TACSR

Conductor Size

 

(mm2)

Stranding (Nos./mm)

Min. Breaking Load

(kgf)

Reference

Cross-sectional Area (mm2)

Overall Diameter (mm)

Weight (kg/km)

DC

Resistance at 20℃ (Ω/km)

Modulus of   Elasticity (kgf/mm2)

Coefficient of Linear Expansion

(10-6/℃)

Standard Length

 

(m)

Current Carrying Capacity (A)

TAl

ST

TAl

ST

Total

TAl

ST

TAl

ST

Total

58

6/3.5

1/3.5

1,980

57.73

9.621

67.35

10.5

3.5

158.1

75.04

233.1

0.505

8,400

18.9

1,000

343

80

6/4.2

1/4.2

2,770

83.10

13.85

96.95

12.6

4.2

227.5

108.0

335.5

0.350

8,400

18.9

1,000

430

95

6/4.5

1/4.5

3,810

95.40

15.90

111.3

13.5

4.5

261.2

124.0

385.2

0.306

8,400

18.9

1,000

478

80

15/2.6

4/2.6

4,720

79.64

21.24

100.9

13.0

7.8

219.2

166.5

385.7

0.368

9,390

17.6

2,000

448

100

15/2.9

4/2.9

5,580

99.08

26.42

125.5

14.5

8.7

272.8

207.1

479.9

0.296

9,390

17.6

2,000

517

120

15/3.2

4/3.2

5,550

120.6

32.17

152.8

16.0

9.6

332.2

252.2

584.4

0.243

9,390

17.6

2,000

590

120

30/2.3

7/2.3

5,540

124.7

29.09

153.8

16.1

6.9

345.7

228.0

573.7

0.237

9,080

18.0

2,000

598

160

30/2.6

7/2.6

6,980

159.3

37.16

196.5

18.2

7.8

441.5

291.3

732.8

0.185

9,080

18.0

2,000

706

200

30/2.9

7/2.9

8,640

198.2

46.24

244.4

20.3

8.7

549.3

362.4

911.7

0.149

9,080

18.0

2,000

816

240

30/3.2

7/3.2

10,210

241.3

56.29

297.6

22.4

9.6

668.9

441.3

1,110

0.122

9,080

18.0

2,000

932

330

26/4.0

7/3.1

10,950

326.8

52.84

379.6

25.3

9.3

905.4

414.2

1,320

0.0904

8,360

19.0

2,000

1,128

410

26/4.5

7/3.5

13,910

413.4

67.35

480.8

28.5

10.5

1,145

527.9

1,673

0.0714

8,360

19.0

2,000

1,322

480

45/3.7

7/2.47

11,260

483.8

33.54

517.34

29.6

7.41

1336.1

262.9

1,599

0.0610

7,250

20.8

2,000

1,425

520

54/3.5

7/3.5

15,600

519.5

67.35

586.9

31.5

10.5

1,441

527.9

1,969

0.0569

7,990

19.5

1,600

1,504

610

54/3.8

7/3.8

18,350

612.4

79.38

691.8

34.2

11.4

1,698

622.2

2,320

0.0481

7,990

19.5

1,600

1,682

680

54/4.0

7/4.0

19,810

678.8

87.99

766.8

36.0

12.0

1,882

689.8

2,572

0.0436

7,990

19.5

1,600

1,797

680

45/4.4

7/2.9

15,580

684.5

46.24

730.7

35.1

8.7

1,898

362.4

2,260

0.0431

7,250

20.8

1,600

1,787

810

45/4.8

7/3.2

18,480

814.5

56.29

870.8

38.4

9.6

2,259

441.3

2,700

0.0363

7,250

20.8

1,600

2,004

1,160

84/4.2

7/4.2

27,830

1.163

96.95

1,260

46.2

12.6

3,236

759.8

3,996

0.0254

7,430

20.5

1,200

2,573

1,520

84/4.8

7/4.8

36,390

1.520

126.7

1,647

52.8

14.4

4,228

993.3

5,222

0.0195

7,430

20.5

1,200

3,035

 

TACSR/AW (20.3% Conductivity AW)

Conductor Size

 

(mm2)

Stranding (Nos./mm)

Min. Breaking Load

(kgf)

Reference

Cross-sectional Area (mm2)

Overall Diameter (mm)

Weight

 

(kg/km)

DC

Resistance at 20℃ (Ω/km)

Modulus of   Elasticity (kgf/mm2)

Coefficient of Linear Expansion

(10-6/℃)

Standard Length

 

(m)

Current Carrying Capacity (A)

TAl

AW

TAl

AW

TAl

AW

120

30/2.3

7/2.3

5,540

124.7

29.08

16.1

6.9

536.5

0.219

8,100

19.2

2,000

624

160

30/2.6

7/2.6

6,980

159.3

37.16

18.2

7.8

685.4

0.171

8,100

19.2

2,000

734

200

30/2.9

7/2.9

8,640

198.2

46.24

20.3

8.7

852.8

0.138

8,100

19.2

2,000

847

210

30/3.2

7/3.2

10,160

241.3

56.29

22.4

9.6

1,038

0.113

8,100

19.2

2,000

968

330

26/4.0

7/3.1

11,200

326.8

52.84

25.3

9.3

1,252

0.0856

7,620

20.0

2,000

1,159

410

26/4.5

7/3.5

14,230

413.4

67.35

28.5

10.5

1,587

0.0676

7,630

20.0

2,000

1,358

480

45/3.7

7/2.47

11,260

483.84

33.54

29.6

7.4

1,561

0.0595

6,910

21.5

2,000

1,437

520

54/3.5

7/3.5

15,920

519.5

67.35

31.5

10.5

1,883

0.0544

7,390

20.4

1,600

1,537

610

54/3.8

7/3.8

18,730

612.4

79.38

34.2

11.4

2,219

0.0461

7,330

20.4

1,600

1,717

680

45/4.4

7/2.9

15,580

684.5

46.24

35.1

8.7

2,201

0.0422

6,900

21.5

1,600

1,805

810

45/4.8

7/3.2

18,730

814.5

56.29

38.4

9.6

2,628

0.0354

6,910

21.5

1,600

2,028

950

84/3.8

7/3.8

23,780

952.6

79.38

41.8

11.4

3,170

0.0302

7,030

21.2

1,200

2,292

1,160

84/4.2

7/4.2

28,720

1,163

96.95

46.2

12.6

3,872

0.0247

7,030

21.2

1,200

2,606

1,520

84/4.8

7/4.8

37,520

1,520

126.7

52.8

14.4

5,060

0.0189

7,030

21.2

1,200

3,075

 

TACSR/AW (23% Conductivity AW)

Conductor Size

 

(mm2)

Stranding (Nos./mm)

Min. Breaking Load

(kgf)

Reference

Cross-sectional Area (mm2)

Overall Diameter (mm)

Weight

 

(kg/km)

DC

Resistance at 20℃ (Ω/km)

Modulus of   Elasticity (kgf/mm2)

Coefficient of Linear Expansion

(10-6/℃)

Standard Length

 

(m)

Current Carrying Capacity (A)

TAl

AW

TAl

AW

TAl

AW

120

30/2.3

7/2.3

7/2.3

124.7

29.08

16.1

6.9

528.9

0.217

7,980

19.4

2,000

625

160

30/2.6

7/2.6

7/2.6

159.3

37.16

18.2

7.8

675.7

0.170

7,980

19.4

2,000

736

200

30/2.9

7/2.9

7/2.9

198.2

46.24

20.3

8.7

840.7

0.136

7,980

19.4

2,000

854

210

30/3.2

7/3.2

7/3.2

241.3

56.29

22.4

9.6

1,024

0.112

7,980

19.4

2,000

973

330

26/4.0

7/3.1

7/3.1

326.8

52.84

25.3

9.3

1,238

0.085

7,540

20.2

2,000

1,163

410

26/4.5

7/3.5

7/3.5

413.4

67.35

28.5

10.5

1,570

0.0671

7,550

20.2

2,000

1,363

480

45/3.7

7/2.47

7/2.47

483.84

33.54

29.6

7.4

1,550

0.0592

6,880

20.6

2,000

1,441

520

54/3.5

7/3.5

7/3.5

519.5

67.35

31.5

10.5

1,865

0.0541

7,330

20.6

1,600

1,541

610

54/3.8

7/3.8

7/3.8

612.4

79.38

34.2

11.4

2,198

0.0458

7,320

20.6

1,600

1,722

680

45/4.4

7/2.9

7/2.9

684.5

46.24

35.1

8.7

2,189

0.0420

6,860

21.6

1,600

1,809

810

45/4.8

7/3.2

7/3.2

814.5

56.29

38.4

9.6

2,613

0.0353

6,880

21.6

1,600

2,031

950

84/3.8

7/3.8

7/3.8

952.6

79.38

41.8

11.4

3,149

0.0300

6,980

21.3

1,200

2,299

1,160

84/4.2

7/4.2

7/4.2

1,163

96.95

46.2

12.6

3,847

0.0246

6,980

21.3

1,200

2,611

1,520

84/4.8

7/4.8

7/4.8

1,520

126.7

52.8

14.4

5,027

0.0189

6,980

21.3

1,200

3,075

Key words:

Thermal-resistant Aluminium-alloy Conductor TACSR (/ AW)

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