Revisi QC 20 4 2020 resize

BARE CONDUCTOR

Bare Aluminium Conductor 1

ACSR/AS (A1/SA1A) 3Concentric-Lay Stranded Aluminium Conductor/Aluminium Clad Steel Reinforced

ACSR (A1/S1A) 4Aluminium Conductor Steel Reinforced

ACSR (A1/S1B) 5Aluminium Conductor Steel Reinforced

AS (SA1A) 6Concentric-Lay Stranded Aluminium-Clad Steel Conductor

THAL 8Thermal Aluminium Conductor

AAC 9All Aluminium Conductor

AAAC 11All Aluminium Alloy Conductor

GSW 13Galvanized Steel Wire Strands

ACFR/ ATW 15Aluminium Conductor Fiber Reinforced/Aluminium Trapezoid Wire

OPGW 18Optical Ground Wire

Bare Copper Conductor 24

BCC-H 26Bare Copper Conductor - Hard

BCC-1/2H 27Bare Copper Conductor – 1/2 Hard

BCC-H 28Hard Drawn Copper Stranded Conductors

Type- AAC (All Aluminium Conductor)

- HAL (Hard-Drawn Aluminium Stranded Conductor)

- AAAC (All Aluminium Alloy Conductor)

- THAL (Thermal Aluminium)

- ACSR (Aluminium Conductor Steel Reinforced)

- TACSR/ AS (Aluminium - Clad Steel Core thermal Resistant Aluminium Alloy)

- ACFR/ ATW (Aluminium Conductor Fiber

Reinforced/ Aluminium Trapezoid Wire)

- OPGW (Optical Ground Wire)

BARE ALUMINIUMCONDUCTOR










1










FEATUREThe conductors are applied for overhead power transmission purposes, medium tension overhead systems and distribution networks.

CONSTRUCTION

ConductorSeven or more aluminium wires of the same diameter are twisted together in concentric layers. When conductor consists of more than one layer, successive layers are twisted in opposite directions which is defined as right-hand lay (Z) or left-hand lay (S).

All Aluminium Conductor (AAC)The conductor shall be constructed of hard drawn aluminium wires with 99.45% minimum purity of aluminium. The Maximum resistivity at 20°C is 0.028264 ohm.mm²/m.

All Aluminium Alloy Conductor (AAAC)The conductor shall be constructed of hard drawn aluminium alloy wires which consists of:minimum 97.28% Aluminium+ 0.5% Magnesium+ 0.5% SiliconThe maximum resistivity at 20°C is 0.0328 ohm.mm²/m.

Thermal Aluminium (THAL)The conductor shall be constructed of hard drawn aluminium wires with 97.28% minimum purity of aluminium. The maximum resistivity at 20°C is 0.028735 ohm.mm²/m.

Aluminium Conductor Steel Reinforced (ACSR)The conductor shall be constructed of all aluminium conductor (AAC) and one or stranded seven Galvanized Steel Wires as a core, together built up in concentric layers. The galvanized steel wires which is used as a core shall be heat treatment and Zinc coated uniformly by using the method of hot dipped or electrolyte zinc coated.

Aluminium-Clad Steel Core Thermal Resistant Aluminium Alloy (TACSR/AS)The conductor shall be constructed of Thermal Resistant Aluminium Alloy wires (TAL wires) and stranded seven Aluminium-clad Steel wires (AS wires) as a core, together built up in concentric layers. The tensile strength of TAL wire after heating 230°C for one hour shall be more 90% than the value before heating. And the conductivity is more of 60% IACS (International Annealed Copper Standard). The conductivity of AS wire is 20.30% - 23.0% IACS.

Aluminium Conductor Fiber Reinforced / Aluminium Trapezoid Wire (ACFR/ ATW)ACSR/ATW is the next generation conductor cable. A key component of the ACFR / ATW is the unique stranded carbon fiber reinforced plastic or carbon fiber composite cable (CFCC). Compared to ACSR, CFCC has about one-fifth the weight, one-tenth the thermal expansion coefficient, and a higher tensile strength. It contains only nonmagnetic materials and, therefore, does not suffer from magnetic losses. It is highly flexible so that it can be wound around a small drum and is highly resistant to corrosion, unlike iron and steel. Last, its expected creeping deformation level at high temperatures is similar to that of iron.

Optical Ground Wire (OPGW)Glass optical fibers are placed in a plastic tube. The tube is inserted into a stainless steel, aluminum, or aluminum-coated steel tube, with some slack length of fiber allowed to prevent strain on the glass fibers. The buffer tubes are filled with grease to protect the fiber unit from water and to protect the steel tube from corrosion, the interstices of the cable are filled with grease. The tube is stranded into the cable with aluminum, aluminum alloy or steel strands, similar to an ACSR cable.

Specification:

ACSR/AS(A1/SA1A) SPLN T3.001-1 : 2015,

IEC 61089 : 1991ACSR

(A1/S1B) SPLN T3.001-1 : 2015, IEC 61089 : 1991

AS (SA1A)IEC 61232 : 1993, IEC 61089 : 1991,

ASTM B 415, ASTM B 416THAL

JIEC 197, IEC 61089, & IEC 62004AAC

ASTM B 231 – 16 (CLASS A AND CLASS AA)

AAACASTM B 399 : 2004, SPLN 41-8:1981

GSWSPLN T3.001-3 : 2008, JIS G 3537:1994

ACFRASTM B 233, ASTM B 609,

STM B 857OPGW

IEC60794-4-1, IEEE-1138

Other Speci�cationare available upon request

2

ACSR/AS (A1/SA1A)CONCENTRIC-LAY STRANDEDALUMINIUM CONDUCTOR,ALUMINIUM CLAD STEELREINFORCED

Specification : SPLN T3.001-1 : 2015, IEC 61089 : 1991

Physical and Electrical Properties

Type

250-A1/SA1A-26/7

450-A1/SA1A-54/7

SteelRatio

%

16.3

13.0

Cross Section Area

SA1A

mm2

39.1

56.5

Total

mm2

279

492

A1

mm2

240

436

Numberof Wire

A1

-

26

54

SA1A

-

7

7

Diameter of Wire

A1

mm

3.43

3.21

SA1A

mm

2.67

3.21

Diameter

Nom

mm

8.00

9.62

Act

mm

21.7

28.9

LinearDensity

BreakingForce

kg/km

921.5

1578.2

kN

D.C Resistance

at 20oC

Approx. Weight ofGrease

kg/km

Grease

Characteristics of A1/SA1A conductor, SPLN T3.001-1 : 2015

3

16254063100

125125

160160

200200

250250

315315

400400

450450

500500

560560

630630

710710

800800800

900900

1000

11201120

1250

1250

64.6100.9161.5254.4403.8

397.9503.9

509.3644.9

636.7806.2

880.61007.7

1039.61269.7

1320.11510.3

1485.21699.1

1650.21887.9

1848.22103.4

2079.22366.3

2343.22666.8

2480.22732.73004.9

2790.23074.2

3100.3

3464.93811.5

4253.9

3867.1

6.089.1314.4021.6334.33

29.1745.69

36.1857.69

44.2270.13

68.7287.67

79.03106.83

98.36123.04

107.47138.42

119.41153.80

133.74172.59

150.45191.77

169.56216.12

167.41205.33243.52

188.33226.50

209.26

234.53283.17

316.04

261.75

16254063100

125125

160160

200200

250250

315315

400400

450450

500500

560560

630630

710710

800800800

900900

1000

11201120

1250

1250

2.674.176.6710.516.7

6.9420.4

8.8926.1

11.132.6

24.640.7

21.851.3

27.751.9

31.158.3

34.664.8

38.770.9

43.679.8

49.189.9

34.666.7101

38.975.0

43.2

47.391.2

102

52.8

18.729.246.773.5117

132145

169186

211233

275291

337366

428452

481508

535565

599631

674710

759800

835867901

939975

1043

11671211

1352

1303

66666

1826

1826

1826

2226

4526

4554

4554

4554

4554

4554

4554

728454

7284

72

7284

84

72

11111

17

17

17

77

77

77

77

77

719

719

719

7719

77

7

1919

19

19

1.842.302.913.664.61

2.972.47

3.362.80

3.763.13

3.803.50

2.993.93

3.363.07

3.573.26

3.763.43

3.983.63

4.223.85

4.484.09

3.763.484.34

3.993.69

4.21

4.454.12

4.35

4.70

1.842.302.913.664.61

2.971.92

3.362.18

3.762.43

2.112.72

1.993.05

2.243.07

2.383.26

2.513.43

2.652.18

2.812.31

2.992.45

2.513.482.61

2.663.69

2.80

1.782.47

2.61

1.88

1.842.302.913.664.61

2.975.77

3.366.53

3.767.30

6.348.16

5.979.16

6.739.21

7.149.77

7.5210.3

7.9610.9

8.4411.6

8.9612.3

7.5210.413.0

7.9811.1

8.41

8.9012.4

13.1

9.40

5.536.918.7411.013.8

14.915.7

16.817.7

18.819.8

21.622.2

23.924.9

26.927.6

28.529.3

30.130.9

31.832.7

33.834.7

35.936.8

37.638.339.1

39.940.6

42.1

44.545.3

47.9

47.0

1717171717

616

616

616

1016

716

713

713

713

713

713

713

4813

48

4

48

8

4

Codenumber

Linearmass

kg/km

Rated Strength

kN

D.CResistance

Ohm/km

1.79341.14780.71740.45550.2869

0.23040.2310

0.18000.1805

0.14400.1444

0.11540.1155

0.09170.0917

0.07220.0723

0.06420.0643

0.05780.0578

0.05160.0516

0.04590.0459

0.04070.0407

0.03610.03620.0362

0.03210.0322

0.0289

0.02580.0258

0.0232

0.0231

Steel ratio

%

Areas

Alum. Steel Total

mm2 mm2 mm2

Numberof Wires

AL St

WireDiameter

AL St

mm mm

Diameter

Core Cond.

mm mm

Characteristics of A1/S1A conductor, IEC 61089; 1991

ACSR (A1/S1A)ALUMINIUM CONDUCTOR STEELREINFORCEDIEC 61089 : 1991

4

16254063100

125125

160160

200200

250250

315315

400400

450450

500500

560560

630630

710710

800800800

900900

1000

11201120

1250

1250

64.6100.9161.5254.4403.8

397.9503.9

509.3644.9

636.7806.2

880.61007.7

1039.61269.7

1320.11510.3

1485.21699.1

1650.21887.9

1848.22103.4

2079.22366.3

2343.22666.8

2480.22732.73004.9

2790.23074.2

3100.3

3464.93811.5

3867.1

4253.9

5.898.8313.9320.5832.67

28.6844.27

35.2955.86

43.1167.85

67.0184.82

77.51101.70

96.42117.85

105.29132.58

116.99147.31

131.03167.63

147.40186.19

166.12209.83

164.99198.67236.43

185.61219.00

206.23

231.22276.78

258.06

308.91

16254063

100

125125

160160

200200

250250

315315

400400

450450

500500

560560

630630

710710

800800800

900900

1000

11201120

1250

1250

2.674.176.6710.516.7

6.9420.4

8.8926.1

11.132.6

24.640.7

21.851.3

27.751.9

31.158.3

34.664.8

38.770.9

43.679.8

49.189.9

34.666.7101

38.975.0

43.2

47.391.2

52.8

102

18.729.246.773.5117

132145

169186

211233

275291

337366

428452

481508

535565

599631

674710

759800

835867901

939975

1043

11671211

1303

1352

66666

1826

1826

1826

2226

4526

4554

4554

4554

4554

4554

4554

728454

7284

72

7284

72

84

11111

17

17

17

77

77

77

77

77

719

719

719

7719

77

7

1919

19

19

1.842.302.913.664.61

2.972.47

3.362.80

3.763.13

3.803.50

2.993.93

3.363.07

3.573.26

3.763.43

3.983.63

4.223.85

4.484.09

3.763.484.34

3.993.69

4.21

4.454.12

4.70

4.35

1.842.302.913.664.61

2.971.92

3.362.18

3.762.43

2.112.72

1.993.05

2.243.07

2.383.26

2.513.43

2.652.18

2.812.31

2.992.45

2.513.482.61

2.663.69

2.80

1.782.47

1.88

2.61

1.842.302.913.664.61

2.975.77

3.366.53

3.767.30

6.348.16

5.979.16

6.739.21

7.149.77

7.5210.3

7.9610.9

8.4411.6

8.9612.3

7.5210.413.0

7.9811.1

8.41

8.9012.4

9.40

13.1

5.536.918.7411.013.8

14.915.7

16.817.7

18.819.8

21.622.2

23.924.9

26.927.6

28.529.3

30.130.9

31.832.7

33.834.7

35.936.8

37.638.339.1

39.940.6

42.1

44.545.3

47.9

47.0

1717171717

616

616

1016

716

713

713

713

713

713

713

713

4813

48

4

48

4

8

Codenumber

Linearmass

kg/km

Rated Strength

kN

D.CResistance

Ohm/km

1.79341.14780.71740.45550.2869

0.23040.2310

0.18000.1805

0.14400.1444

0.11540.1155

0.09170.0917

0.07220.0723

0.06420.0643

0.05780.0578

0.05160.0516

0.04590.0459

0.04070.0407

0.03610.03620.0362

0.03210.0322

0.0289

0.02580.0258

0.0231

0.0232

Steel ratio

%

Areas

Alum. Steel Total

mm2 mm2 mm2

Numberof Wires

AL St

WireDiameter

AL St

mm mm

Diameter

Core Cond.

mm mm

Characteristics of A1/S1B conductor, IEC 61089; 1991

ACSR (A1/S1B)ALUMINIUM CONDUCTOR STEELREINFORCEDIEC 61089 : 1991

5

Total Area

cmil

1,750,0001,500,0001,250,0001,000,000 900,000 800,000 750,000 700,000 650,000 600,000 550,000 500,000 450,000 400,000 350,000 300,000 250,000 211,600 167,800 133,000 105,600 66,360 41,740 26,240

AWG

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 0000 000 00 0 2 4 6

mm2

88675963150845640438135433030327925322820317815212610784.967.353.533.521.113.2

Number /Diameter of

Wire

mm

61/4.361/3.9861/3.6337/4.1837/3.9637/3.7337/3.6237/3.4937/3.3737/3.2337/3.1019/4.1219/3.9119/3.6919/3.4519/3.1919/2.917/4.427/3.937/3.57/3.127/2.477/1.967/1.55

ApproximateOverall

Diameter

mm2

38.7035.8232.6729.2627.7226.1125.3424.4323.5922.6121.7020.6019.5518.4517.2515.9514.5513.2611.7910.59.367.415.884.65

ApproximateWeight

kg/km

2431208217321393125011091045971.2905.5831.9766.2695626

557.5487.3416.7346.7294.7233

184.8146.8

9257.936.2

BreakingLoad

kN

25121517914613111610910194.991

83.974.266.859.552.046.638.832.525.720.417.010.66.694.18

DCResistance

20o C

Ohm/km

0.037810.044140.053060.065970.073510.082850.087960.094640.101500.110490.119950.132240.146830.164860.188600.220590.265090.311880.394500.497380.625920.998701.586002.53610

CurrentRating

A

13281223110497291084681678174670867263159154950345540536331326923217212895

All Aluminium Alloy Conductor

AAACALL ALUMINIUM ALLOY CONDUCTOR

Specification : ASTM B 399:2004

C

M

Y

CM

MY

CY

CMY

K

8 AAAC.pdf 1 30/12/2019 16:07:07

Total Area

cmil

1,750,0001,500,0001,250,0001,000,000 900,000 800,000 750,000 700,000 650,000 600,000 550,000 500,000 450,000 400,000 350,000 300,000 250,000 211,600 167,800 133,000 105,600 66,360 41,740 26,240

AWG

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 0000 000 00 0 2 4 6

mm2

88675963150845640438135433030327925322820317815212610784.967.353.533.521.113.2

Number /Diameter of

Wire

mm

61/4.361/3.9861/3.6337/4.1837/3.9637/3.7337/3.6237/3.4937/3.3737/3.2337/3.1019/4.1219/3.9119/3.6919/3.4519/3.1919/2.917/4.427/3.937/3.5

7/3.127/2.477/1.967/1.55

ApproximateOverall

Diameter

mm2

38.7035.8232.6729.2627.7226.1125.3424.4323.5922.6121.7020.6019.5518.4517.2515.9514.5513.2611.7910.59.367.415.884.65

ApproximateWeight

kg/km

2431208217321393125011091045971.2905.5831.9766.2695626

557.5487.3416.7346.7294.7233

184.8146.8

9257.936.2

BreakingLoad

kN

25121517914613111610910194.991

83.974.266.859.552.046.638.832.525.720.417.010.66.694.18

DCResistance

20o C

Ohm/km

0.037810.044140.053060.065970.073510.082850.087960.094640.101500.110490.119950.132240.146830.164860.188600.220590.265090.311880.394500.497380.625920.998701.586002.53610

CurrentRating

A

13281223110497291084681678174670867263159154950345540536331326923217212895




C

M

Y

CM

MY

CY

CMY

K

8 AAAC.pdf 1 30/12/2019 16:07:07

AS (SA1A)CONCENTRIC-LAYSTRANDED ALUMINIUM-CLADSTEEL CONDUCTOR

Specification : IEC 61232 :1993,IEC 61089 : 1991, ASTM B 415 & ASTM B 416

No. of Wire/ diameter n/mm AS

7/3.20 7/3.50 19/2.50

Approx. Diameter of Conductor mm

9.6 10.5 12.5

Approx. net Weight of Conductor kg/km 375 448 626

CalculatedBreaking

Force (min)

KN

67.96 78.45 121.39

StandardLength

per Reel

Meter

2000 2000

2000

D.C Resistanceat 20 oC (max)

ohm/ km

1.53 1.27

0.925


Aluminium Clad Steel

6

Total Area

cmil

1,750,0001,500,0001,250,0001,000,000 900,000 800,000 750,000 700,000 650,000 600,000 550,000 500,000 450,000 400,000 350,000 300,000 250,000 211,600 167,800 133,000 105,600 66,360 41,740 26,240

AWG

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 0000 000 00 0 2 4 6

mm2

88675963150845640438135433030327925322820317815212610784.967.353.533.521.113.2

Number /Diameter of

Wire

mm

61/4.361/3.9861/3.6337/4.1837/3.9637/3.7337/3.6237/3.4937/3.3737/3.2337/3.1019/4.1219/3.9119/3.6919/3.4519/3.1919/2.917/4.427/3.937/3.5

7/3.127/2.477/1.967/1.55

ApproximateOverall

Diameter

mm2

38.7035.8232.6729.2627.7226.1125.3424.4323.5922.6121.7020.6019.5518.4517.2515.9514.5513.2611.7910.59.367.415.884.65

ApproximateWeight

kg/km

2431208217321393125011091045971.2905.5831.9766.2695626

557.5487.3416.7346.7294.7233

184.8146.8

9257.936.2

BreakingLoad

kN

25121517914613111610910194.991

83.974.266.859.552.046.638.832.525.720.417.010.66.694.18

DCResistance

20o C

Ohm/km

0.037810.044140.053060.065970.073510.082850.087960.094640.101500.110490.119950.132240.146830.164860.188600.220590.265090.311880.394500.497380.625920.998701.586002.53610

CurrentRating

A

13281223110497291084681678174670867263159154950345540536331326923217212895




C

M

Y

CM

MY

CY

CMY

K

8 AAAC.pdf 1 30/12/2019 16:07:07

Total Area

cmil

1,750,0001,500,0001,250,0001,000,000 900,000 800,000 750,000 700,000 650,000 600,000 550,000 500,000 450,000 400,000 350,000 300,000 250,000 211,600 167,800 133,000 105,600 66,360 41,740 26,240

AWG

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 0000 000 00 0 2 4 6

mm2

88675963150845640438135433030327925322820317815212610784.967.353.533.521.113.2

Number /Diameter of

Wire

mm

61/4.361/3.9861/3.6337/4.1837/3.9637/3.7337/3.6237/3.4937/3.3737/3.2337/3.1019/4.1219/3.9119/3.6919/3.4519/3.1919/2.917/4.427/3.937/3.5

7/3.127/2.477/1.967/1.55

ApproximateOverall

Diameter

mm2

38.7035.8232.6729.2627.7226.1125.3424.4323.5922.6121.7020.6019.5518.4517.2515.9514.5513.2611.7910.59.367.415.884.65

ApproximateWeight

kg/km

2431208217321393125011091045971.2905.5831.9766.2695626

557.5487.3416.7346.7294.7233

184.8146.8

9257.936.2

BreakingLoad

kN

25121517914613111610910194.991

83.974.266.859.552.046.638.832.525.720.417.010.66.694.18

DCResistance

20o C

Ohm/km

0.037810.044140.053060.065970.073510.082850.087960.094640.101500.110490.119950.132240.146830.164860.188600.220590.265090.311880.394500.497380.625920.998701.586002.53610

CurrentRating

A

13281223110497291084681678174670867263159154950345540536331326923217212895




C

M

Y

CM

MY

CY

CMY

K

8 AAAC.pdf 1 30/12/2019 16:07:07

AS (SA1A)CONCENTRIC-LAYSTRANDED ALUMINIUM-CLADSTEEL CONDUCTOR

Specification : SPLN T3.001-3:2008

Area

mm2

30 37.5 48 75 120

No. of Wires

77777

Diameter Steel Wire mm mm

2.34 7.05 2.61 7.84 2.95 8.06 3.69 11.08 4.67 14.02

Approx. net Weight of Conductor

kg/km 200.3 250.4 320.5 500.7 801.2

CalculatedBreaking Force (min)

KN

40.2 50.25 64.32 93.75 132.00

CodeNumber

10

12.5162540

D.C Resistanceat 20 oC (max)

ohm/km

2.8637 2.2910 1.7898 1.1455 0.7159


Aluminium Clad Steel

Aluminium

7

Total Area

cmil

1,750,0001,500,0001,250,0001,000,000 900,000 800,000 750,000 700,000 650,000 600,000 550,000 500,000 450,000 400,000 350,000 300,000 250,000 211,600 167,800 133,000 105,600 66,360 41,740 26,240

AWG

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 0000 000 00 0 2 4 6

mm2

88675963150845640438135433030327925322820317815212610784.967.353.533.521.113.2

Number /Diameter of

Wire

mm

61/4.361/3.9861/3.6337/4.1837/3.9637/3.7337/3.6237/3.4937/3.3737/3.2337/3.1019/4.1219/3.9119/3.6919/3.4519/3.1919/2.917/4.427/3.937/3.5

7/3.127/2.477/1.967/1.55

ApproximateOverall

Diameter

mm2

38.7035.8232.6729.2627.7226.1125.3424.4323.5922.6121.7020.6019.5518.4517.2515.9514.5513.2611.7910.59.367.415.884.65

ApproximateWeight

kg/km

2431208217321393125011091045971.2905.5831.9766.2695626

557.5487.3416.7346.7294.7233

184.8146.8

9257.936.2

BreakingLoad

kN

25121517914613111610910194.991

83.974.266.859.552.046.638.832.525.720.417.010.66.694.18

DCResistance

20o C

Ohm/km

0.037810.044140.053060.065970.073510.082850.087960.094640.101500.110490.119950.132240.146830.164860.188600.220590.265090.311880.394500.497380.625920.998701.586002.53610

CurrentRating

A

13281223110497291084681678174670867263159154950345540536331326923217212895




C

M

Y

CM

MY

CY

CMY

K

8 AAAC.pdf 1 30/12/2019 16:07:07

THALTHERMAL ALUMINIUM CONDUCTOR

Specification : JEC 197, IEC 61089 & IEC 62004

Construction Data

Conductor Size

mm2 240 400 510 660 850980

1,030 1,260

Stranding

no/mm 19/4.0 37/3.7 37/4.2 61/3.7 61/4.2 91/3.7 91/3.8 91/4.2

Calculated Sectional area

mm2 238.8 397.8 512.6 655.9 845.1978.4

1,032.0 1,260.8

OveralDiameter

mm20.0 25.9 29.4 33.3 37.8 40.7 41.8 46.2

Weight(approx.)

kg/km654.5

1,097.0 1,413.0 1,812.0 2,334.0 2,716.0 2,864.0 3,499.0

UltimateStrength

kg3,490 5,890 7,460 9,720 12,300 14,500 15,320 18,350

Calculated D.CResistance at 20OC

ohm/km0.1220 0.0737 0.0571 0.0448 0.0347 0.0302 0.0286 0.0234

Rated Current(at 150oC)

A 897 1,258 1,491 1,753 2,073 2,272 2,353 2,672

Thermal AluminiumConductor

8

Conductor sizeCM or AWG

3,500,0003,000,0002,750,0002,500,0002,250,0002,000,0001,750,0001,590,0001,510,0001,431,0001,351,0001,272,0001,192,0001,113,0001,033,500

Construction Data

Code name

BluebonnetTrilliumBitterrootLupineSagebrushCowslipJessamineCoreopsisGladiolusCarnationColumbineNarcissusHawthornMarigoldBluebeli

Stranding

Nos./mm127/4.216127/3.90491/4.41591/4.20991/3.99391/3.76461/4.30361/4.10061/3.99861/3.89161/3.78061/3.66861/3.55161/3.43237/4.244

Conductor sizeCM or AWG

3,500,0003,000,0002,750,0002,500,0002,250,0002,000,0001,750,0001,590,0001,510,0001,431,0001,351,0001,272,0001,192,0001,113,0001,033,500

Sectional area

mm1,7731,5201,3931,2661,1391,013886.9805.2765.6725.3684.4644.4604.1564.3523.6

Overalldiameter

mm54.8150.7548.5746.3043.9241.4038.7336.9035.9835.0234.0233.0131.9630.8929.71

Weight

kg/km4,9834,2743,8793,5253,1732,8192,4462,2212,1112,0001,8871,7771,6651,5561,443

Ultimatestrength

kg26,70022,80020,90019,00017,10015,60013,50012,20011,60011,00010,6009,9009,5508,9508,050

DC Resistance at20oC

Ohm/ Km0.016530.019270.020830.022920.025470.028660.032390.035680.037520.039610.041970.044580.047570.050920.05489

All Aluminium Conductor

AACALL ALUMINIUM CONDUCTOR

Specification : ASTM B 231 - 16 (Class A and Class AA)

9

Code name Conductor sizeCM or AWG

Standing

Nos./mm

Sectional area

mm

Overalldiameter

mm

UltimateStrength

kg

Weight

kg/km

Class

AA / A- oo -- oo -- oo -- oo -- oo -- oo -- oo -- oo -o oo oo -o oo -- oo -- oo -o o- o- o- oo -- oo -- oo oo oo oo oo oo oo -o -

LarkspurHawkweedCamelliaMagnoliaGoldenrodCockscombSnapdragonArbutusLilacPetuniaCattailVioletNasturtiumVerbenaFlagHeucheraOrchidMeadowsweetDahliaMistletoeZinniaHyacinthCosmosSyringaGoldentuftCannaDaffodilTulipPeonyDaisyLaurelSneezewortValerianOxlipPhloxAsterPoppyPansyIrisRosePeachbell

1,033,5001,000,0001,000,000954,000954,000900,000900,000795,000795,000750,000750,000715,500715,500700,000700,000650,000636,000600,000556,500556,500500,000500,000477,000477,000450,000397,500350,000336,400300,000266,800266,800250,000250,000

(4/0)(3/0)(2/0)(1/0)(1)(2)(4)(6)

61/3.30737/4.17661/3.25137/4.07961/3.17837/3.96261/3.08637/3.72461/2.90137/3.61761/2.81737/3.53361/2.75137/3.49361/2.72037/3.36837/3.33037/3.23319/4.34637/3.11419/4.12037/2.95119/4.02337/2.88319/3.90919/3.67519/3.44719/3.38119/3.1937/4.96119/3.0107/4.80119/2.9137/4.4177/3.9327/3.5037/3.1197/2.7767/2.4747/1.9617/1.554

523.9506.9506.4483.6483.9456.2456.3402.9403.2380.4380.2362.7362.6354.6354.5329.6322.2303.7281.8281.8253.3253.1241.5241.5228.0201.6177.3170.6152.1135.3135.2126.7126.6107.284.9867.4753.4842.3633.6521.1413.28

29.7629.2329.2628.5528.6027.7327.7726.0726.1125.3225.3524.7324.7624.4524.4823.5823.3122.6321.7321.8020.6020.6620.1220.1819.5518.3817.2416.9115.9714.8815.0514.4014.5713.2511.8010.519.3578.3287.4225.8834.662

1,4451,3971,3961,3331,3341,2571,2581,1111,1121,0481,0481,000999.9977.5977.5908.8888.4837.5777.1777.1698.5697.8665.9666.1628.7555.6488.8470.4419.4373.1372.7349.4349.0295.7234.3186.0147.4116.892.7558.2936.61

8,2907,7808,0207,4107,6307,0007,1906,3306,4805,9606,1505,7905,9805,6605,8205,2905,1504,8504,4204,5103,9804,1403,7803,9403,5703,2302,9002,7902,4902,1902,2602,0502,1001,7401,3801,140900746614400255

0.054850.056710.056750.059440.059390.062990.062970.071290.071270.075590.075580.079230.079260.081050.081060.087170.089180.094610.10190.10200.11340.11360.11900.11900.12600.14260.16210.16850.18890.21230.21250.22670.22690.26800.33810.42590.53720.67830.85391.3592.164

DC Resistance at

20oC Ohm/ Km

Construction Data

Characteristics of AAC conductor, ASTM B231-16

10


1,439,2001,348,8001,259,6001,165,1001,077,400927,200740,800652,400

559,500465,400394,500312,800

246,900195,700155,400123,300

77,47048,69030,580

ConductorSize

Code WordsA

Approx. Aluminium1350 Size Having

EquivalentRelevance

Size and Strandingof ACSR with

Equal Diameter

Required ConstructionMass

RatedStrength Nominal DC

Resistance at 20 o C

cmil cmilB AWGmm²

Size

mm² cmilB AWG mm²Stran-ding

No. ofWires

Diameter. ofWires Class lb per

1000 ftkg per

km kips kN Ohm per1000 ft

Ohm perkmin. mm

1,272,0001,192,5001,113,0001,033,500954,000795,000636,000556,500

477,000397,500336,400266,800

211,600167,800133,100105,600

66,36041,74026,240

1,272,0001,192,5001,113,0001,033,500954,000795,000636,000556,500

477,000397,500336,400266,800

211,600167,800133,100105,600

66,36041,74026,240

. . .

. . .

. . .

. . .

. . .

. . .

. . .

. . .

. . .

. . .

. . .

. . .

0000000000

246

. . .

. . .

. . .

. . .

. . .

. . .

. . .

. . .

. . .

. . .

. . .

. . .

0000000000

246

644.5604.2564.0523.7483.4402.8322.3282.0

241.7201.4170.5135.2

107.285.067.453.5

33.621.113.3

644.5604.2564.0523.7483.4402.8322.3282.0

241.7201.4170.5135.2

107.285.067.453.5

33.621.113.3

54/754/754/754/754/726/726/726/7

26/726/726/726/7

6/16/16/16/1

6/16/16/1

6161616161373719

19191919

7777

777

0.15360.14870.14370.13820.13290.15830.14150.1853

0.17160.15650.14410.1283

0.18780.16720.14900.1327

0.10520.08340.0661

3.903.783.653.513.384.023.594.71

4.363.983.663.26

4.774.253.783.37

2.672.121.68

AAAAAAAAAAAAAAAA

AAAA

AA,AA

AAAA,AAA,AAA,A

AA,AAA

13421258117510861005864.6690.8608.3

521.7433.9367.9291.6

230.2182.5144.9114.9

72.2445.4028.52

1999187817511620150212891028908.3

778.3648.6548.5435.1

343.2272.5215.6171.3

107.567.8042.58

46.843.941.037.935.030.524.421.9

18.815.613.310.5

8.566.795.394.27

2.801.761.11

20719418116715613510797.0

83.163.258.646.5

37.830.023.818.9

12.47.834.92

0.014000.014940.016000.017300.018700.021730.027200.03089

0.036020.043300.051070.06449

0.081620.10300.12970.1635

0.26010.41390.6588

0.045970.048930.052480.056750.061200.071330.089440.1012

0.11810.14170.16760.2112

0.26780.33730.42640.5365

0.85471.3562.159

729685638590547470375331

284236200159

12599.378.662.4

39.224.715.5

__________

GreeleyFlintElgin

DarienCairo

CantonButte

AllianceAmherstAnaheim

Azusa

AmesAltonAkron

Characteristics of AAAC, ASTM B 399 : 2004



11

Total Area

cmil

1,750,0001,500,0001,250,0001,000,000 900,000 800,000 750,000 700,000 650,000 600,000 550,000 500,000 450,000 400,000 350,000 300,000 250,000 211,600 167,800 133,000 105,600 66,360 41,740 26,240

AWG

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 0000 000 00 0 2 4 6

mm2

88675963150845640438135433030327925322820317815212610784.967.353.533.521.113.2

Number /Diameter of

Wire

mm

61/4.361/3.9861/3.6337/4.1837/3.9637/3.7337/3.6237/3.4937/3.3737/3.2337/3.1019/4.1219/3.9119/3.6919/3.4519/3.1919/2.917/4.427/3.937/3.57/3.127/2.477/1.967/1.55

ApproximateOverall

Diameter

mm2

38.7035.8232.6729.2627.7226.1125.3424.4323.5922.6121.7020.6019.5518.4517.2515.9514.5513.2611.7910.59.367.415.884.65

ApproximateWeight

kg/km

2431208217321393125011091045971.2905.5831.9766.2695626

557.5487.3416.7346.7294.7233

184.8146.8

9257.936.2

BreakingLoad

kN

25121517914613111610910194.991

83.974.266.859.552.046.638.832.525.720.417.010.66.694.18

DCResistance

20o C

Ohm/km

0.037810.044140.053060.065970.073510.082850.087960.094640.101500.110490.119950.132240.146830.164860.188600.220590.265090.311880.394500.497380.625920.998701.586002.53610

CurrentRating

A

13281223110497291084681678174670867263159154950345540536331326923217212895




C

M

Y

CM

MY

CY

CMY

K

8 AAAC.pdf 1 30/12/2019 16:07:07

Total Area

cmil

1,750,0001,500,0001,250,0001,000,000 900,000 800,000 750,000 700,000 650,000 600,000 550,000 500,000 450,000 400,000 350,000 300,000 250,000 211,600 167,800 133,000 105,600 66,360 41,740 26,240

AWG

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 0000 000 00 0 2 4 6

mm2

88675963150845640438135433030327925322820317815212610784.967.353.533.521.113.2

Number /Diameter of

Wire

mm

61/4.361/3.9861/3.6337/4.1837/3.9637/3.7337/3.6237/3.4937/3.3737/3.2337/3.1019/4.1219/3.9119/3.6919/3.4519/3.1919/2.917/4.427/3.937/3.5

7/3.127/2.477/1.967/1.55

ApproximateOverall

Diameter

mm2

38.7035.8232.6729.2627.7226.1125.3424.4323.5922.6121.7020.6019.5518.4517.2515.9514.5513.2611.7910.59.367.415.884.65

ApproximateWeight

kg/km

2431208217321393125011091045971.2905.5831.9766.2695626

557.5487.3416.7346.7294.7233

184.8146.8

9257.936.2

BreakingLoad

kN

25121517914613111610910194.991

83.974.266.859.552.046.638.832.525.720.417.010.66.694.18

DCResistance

20o C

Ohm/km

0.037810.044140.053060.065970.073510.082850.087960.094640.101500.110490.119950.132240.146830.164860.188600.220590.265090.311880.394500.497380.625920.998701.586002.53610

CurrentRating

A

13281223110497291084681678174670867263159154950345540536331326923217212895




C

M

Y

CM

MY

CY

CMY

K

8 AAAC.pdf 1 30/12/2019 16:07:07

AAAC

Physical Properties

Cross Sectional Section

Nominal Size

mm2

1625355050557095100120150150185240240300400500630800

1,000

Actual Size

mm2

16.8427.8334.3649.4845.7058.0775.5593.2799.30112.85157.62147.12181.60238.76242.54299.44431.18506.04643.24754.92

1,005.07

Number&

Diameter Wire

n/mm

7/1.757/2.257/2.507/3.0019/1.757/3.2519/2.2519/2.507/4.2519/2.7519/3.2537/2.2537/2.5019/4.0061/2.2561/2.5061/3.0061/3.2591/3.0091/3.2591/3.75

Approx.Overall

Diameter

mm

5.256.757.509.008.759.7511.2512.5012.7513.7516.2515.7517.5020.0020.2522.5027.0029.2533.0035.7541.25

Approx. NetWeight

kg/km

457694

135186160208256272310434406501657670827

1,1911,3981,7822,0912,784

CalculatedBreaking

Force

kg

480790980

1,4101,3001,6552,1502,6602,8303,2204,4904,1905,1756,8056,9108,530

12,29014,42018,33021,51528,640

DC.Resistance

at 20o C

ohm/km

1.9551.1830.9580.6650.7240.5670.4380.3550.3320.2930.2100.2250.1830.1370.1390.1110.0770.0660.0520.0440.033

CurrentCarryingCapacity

A

105135170210210220255320325365425425490585585670810930

1,0851,2551,450

Electrical Properties

Characteristics of AAAC, SPLN 41- 8: 1981



Specification : SPLN 41-8:1981

12

Total Area

cmil

1,750,0001,500,0001,250,0001,000,000 900,000 800,000 750,000 700,000 650,000 600,000 550,000 500,000 450,000 400,000 350,000 300,000 250,000 211,600 167,800 133,000 105,600 66,360 41,740 26,240

AWG

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 0000 000 00 0 2 4 6

mm2

88675963150845640438135433030327925322820317815212610784.967.353.533.521.113.2

Number /Diameter of

Wire

mm

61/4.361/3.9861/3.6337/4.1837/3.9637/3.7337/3.6237/3.4937/3.3737/3.2337/3.1019/4.1219/3.9119/3.6919/3.4519/3.1919/2.917/4.427/3.937/3.5

7/3.127/2.477/1.967/1.55

ApproximateOverall

Diameter

mm2

38.7035.8232.6729.2627.7226.1125.3424.4323.5922.6121.7020.6019.5518.4517.2515.9514.5513.2611.7910.59.367.415.884.65

ApproximateWeight

kg/km

2431208217321393125011091045971.2905.5831.9766.2695626

557.5487.3416.7346.7294.7233

184.8146.8

9257.936.2

BreakingLoad

kN

25121517914613111610910194.991

83.974.266.859.552.046.638.832.525.720.417.010.66.694.18

DCResistance

20o C

Ohm/km

0.037810.044140.053060.065970.073510.082850.087960.094640.101500.110490.119950.132240.146830.164860.188600.220590.265090.311880.394500.497380.625920.998701.586002.53610

CurrentRating

A

13281223110497291084681678174670867263159154950345540536331326923217212895




C

M

Y

CM

MY

CY

CMY

K

8 AAAC.pdf 1 30/12/2019 16:07:07

Total Area

cmil

1,750,0001,500,0001,250,0001,000,000 900,000 800,000 750,000 700,000 650,000 600,000 550,000 500,000 450,000 400,000 350,000 300,000 250,000 211,600 167,800 133,000 105,600 66,360 41,740 26,240

AWG

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 0000 000 00 0 2 4 6

mm2

88675963150845640438135433030327925322820317815212610784.967.353.533.521.113.2

Number /Diameter of

Wire

mm

61/4.361/3.9861/3.6337/4.1837/3.9637/3.7337/3.6237/3.4937/3.3737/3.2337/3.1019/4.1219/3.9119/3.6919/3.4519/3.1919/2.917/4.427/3.937/3.5

7/3.127/2.477/1.967/1.55

ApproximateOverall

Diameter

mm2

38.7035.8232.6729.2627.7226.1125.3424.4323.5922.6121.7020.6019.5518.4517.2515.9514.5513.2611.7910.59.367.415.884.65

ApproximateWeight

kg/km

2431208217321393125011091045971.2905.5831.9766.2695626

557.5487.3416.7346.7294.7233

184.8146.8

9257.936.2

BreakingLoad

kN

25121517914613111610910194.991

83.974.266.859.552.046.638.832.525.720.417.010.66.694.18

DCResistance

20o C

Ohm/km

0.037810.044140.053060.065970.073510.082850.087960.094640.101500.110490.119950.132240.146830.164860.188600.220590.265090.311880.394500.497380.625920.998701.586002.53610

CurrentRating

A

13281223110497291084681678174670867263159154950345540536331326923217212895




C

M

Y

CM

MY

CY

CMY

K

8 AAAC.pdf 1 30/12/2019 16:07:07

CodeNumber

46.310

12.516

Area

mm2

27.142.767.884.7

108.4

Approx. netWeight ofConductor

kg/km

213.3335.9533.2666.5853.1

BreakingStrength

kN

36.355.987.4

109.3139.9

DCResistance

ohm/km

7.14454.53622.85782.28621.7861

No. of Wire

77777

Diameter

Steelmm

22.22.793.513.934.44

Wiremm

6.668.36

10.5311.7813.32

CodeNumber

46.310

12.516

Area

mm2

27.142.767.884.7

108.4

Approx. netWeight ofConductor

kg/km

213.3335.9533.2666.5853.1

BreakingStrength

kN

39.360.293.5116.9199.7

DCResistance

ohm/km

7.14454.53622.85782.28621.7861

No. of Wire

77777

Diameter

Steelmm

22.22.793.513.934.44

Wiremm

6.668.36

10.5311.7813.32

The Conditions of Raw Materials based on DC Resistance 9% IACS

The Conditions of Raw Materials based on DC Resistance 9% IACS

Galvanized Steel Wire Strands

Construction Data Galvanized Steel Wire (S1A)

Construction Data Galvanized Steel Wire (S2A)

Characteristics of GSW, SPLN T3.001 - 3: 2008

GSWGALVANIZED STEEL WIRE STRANDS

Specification : SPLN T3.001-3:2008

13

Total Area

cmil

1,750,0001,500,0001,250,0001,000,000 900,000 800,000 750,000 700,000 650,000 600,000 550,000 500,000 450,000 400,000 350,000 300,000 250,000 211,600 167,800 133,000 105,600 66,360 41,740 26,240

AWG

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 0000 000 00 0 2 4 6

mm2

88675963150845640438135433030327925322820317815212610784.967.353.533.521.113.2

Number /Diameter of

Wire

mm

61/4.361/3.9861/3.6337/4.1837/3.9637/3.7337/3.6237/3.4937/3.3737/3.2337/3.1019/4.1219/3.9119/3.6919/3.4519/3.1919/2.917/4.427/3.937/3.5

7/3.127/2.477/1.967/1.55

ApproximateOverall

Diameter

mm2

38.7035.8232.6729.2627.7226.1125.3424.4323.5922.6121.7020.6019.5518.4517.2515.9514.5513.2611.7910.59.367.415.884.65

ApproximateWeight

kg/km

2431208217321393125011091045971.2905.5831.9766.2695626

557.5487.3416.7346.7294.7233

184.8146.8

9257.936.2

BreakingLoad

kN

25121517914613111610910194.991

83.974.266.859.552.046.638.832.525.720.417.010.66.694.18

DCResistance

20o C

Ohm/km

0.037810.044140.053060.065970.073510.082850.087960.094640.101500.110490.119950.132240.146830.164860.188600.220590.265090.311880.394500.497380.625920.998701.586002.53610

CurrentRating

A

13281223110497291084681678174670867263159154950345540536331326923217212895




C

M

Y

CM

MY

CY

CMY

K

8 AAAC.pdf 1 30/12/2019 16:07:07

Characteristics of GSW, JIS G 3537 : 1994

Cross Section Area

NominalSize

mm²

68

1014162225355055708095

100120135

ActualSize

mm²

5.57.9

10.814.117.822.029.137.246.256.367.379.388.0

102.0111.0137.0

No. ofwire/

Diameter

No/mm

7/1.07/1.27/1.47/1.67/1.87/2.07/2.37/2.67/2.97/3.27/3.57/3.87/4.07/4.37/4.57/5.0

Approx.Overall

Diameter

mm

3.03.64.24.85.46.06.97.88.79.610.511.412.012.913.515.0

Tensileload ofStand

Ton

0.6310.9081.241.622.052.533.344.285.326.507.739.1410.1011.7012.8015.80

Approx.net

weight ofconductor

kg/km

43.562.785.31111411742302943664465336286968058811090

Standardlength

per reel

mm

2000200020002000200020002000200020002000200010001000100010001000

Galvanized Steel Wire Strands

Construction Data

GSWGALVANIZED STEEL WIRE STRANDS

Specification : JIS G 3537:1994

14

ACFR/ ATWALUMINIUM CONDUCTOR FIBER REINFORCED/ALUMINIUM TRAPEZOID WIRE

Specification : ASTM B 233, ASTM B 609, ASTM B 857

AnnealedAluminium Wire

Trapezodial Shape

Carbon Fiber Composite Cable

Physical and Electrical PropertiesSpecification of ACFR (Aluminium Conductor Fiber Reinforced)

Item Description Unit ACFR 315/ 40 mm² ACFR 365/ 40 mm² ACFR 550/ 40 mm²A Mechanical & Electrical Properties

1 Applicable Standard

ASTM B 233; ASTM B 609; ASTM B 857 and Factory Standard



2 Material

Core

Circular Stranded Composite Fibre Reinforced



ConductorFully Annealed Aluminium 1350-H0 "O" temper

Fully Annealed Aluminium 1350-H0 "O" temper


3 ConstructionCore/ Mesengger Nos./ mm 7/ 2,60 7/ 2,76Conductor Nos./ mm 6/ 4,98; 10/ 4,98 8/ 4,82; 12/ 4,82 8/ 4,54; 12/ 4,54; 14/ 4,54

4 Shape of Aluminium - TRAPEZOID TRAPEZOID TRAPEZOID5 Calculated cross-section area

Core/ Mesengger mm² 37.17 41.9 56.3Conductor mm² 311.5 365.11 540.4Total mm² 348.47 406.99 596.7

6 Overall diameter, approximate mm 22.36 24.15 29.217 Approx. weight per 1.000 meters kg/km 919 1,080 1,5918 The diection of lay of the outermost layer9 Standard length per reel/ Drum Mtr 2,000 2,000 2,000

10 Minimum Rated Strength kg 9,575 11,614 15,2811 Modulus elasticity kgf/ mm² 11,719 11,719 11,71912 Coefficient of linear expansion 10 -6/ 20°C 0.60 0.60 0.6013 Max. DC resistant at 20°C Ohm/km 0.0892 0.0763 0.051614 Conductivity % IACS 63 63 6315 Allowable temperature

Continuous °C 175 175 175Emergency (short time) °C 200 200 200

16Temp. Coeficient of electrical resistance of conductor at 20°C /°C 0.00410 0.00410 0.00410

Specification of ACFR (Aluminium Conductor Fiber Reinforced)






2 Material

Core




















2 Material

Core




















2 Material

Core




















2 Material

Core




















2 Material

Core














15

ACFR/ ATWALUMINIUM CONDUCTOR FIBER REINFORCED/ALUMINIUM TRAPEZOID WIRE



Trapezodial Shape



Item Description Unit ACFR 315/ 40 mm² ACFR 365/ 40 mm² ACFR 550/ 40 mm²B Current Carrying Capacity (CCC)

Calculated based on the condition as follow : a. Ambient temperature 35 °Cb. Wind velocity 0,6 m/sc. Solar radiation 0,1 W/cm²d. Radiation factor 0,9 -

1 AC Resistance at Continuous Ohm/km 0.14905 0.12846 0.089712 AC Resistance Short times Ohm/km 0.15801 0.13607 0.094713 Current Carrying Capacity at Continuous A 1325 (at 175 °C) 1469 (at 175°C) 1886 (at 175 °C)4 Current Carrying Capacity at Short times A 1420 (at 200 °C) 1575 (at 200°C) 2029 (at 200 °C)

C Conductor SaggingCalculated based on the condition as follow : a. Ambient temperature 35 °C

b. Wind velocity 25 m/sc. Initial Tension at 15 °C 2400 kgd. Rulling Span 350 Mtrs

C.1 Tensions - On basic condition of temp. kgf 2,400 2,400 2,400 - On Temperature at T1, at full wind kgf 3,038 3,031 2,932 - Max. Continuous Cond. Temp. at Nil wind kgf 2,295 2,314 2,354 - Short time Conductor temperature, at Nil wind kgf 2,280 2,301 2,317 - Max. Continuous Cond. Temp. at full wind kgf 2,942 2,948 2,884

C.2 Sagging - On basic condition of temp. Mtr 5.89 6.89 10.15 - On Temperature at T1, at full wind Mtr 4.63 5.45 8.31 - Max. Continuous Cond. Temp. at Nil wind Mtr 6.16 7.14 10.31 - Short time Conductor temperature, at Nil wind Mtr 6.20 7.18 10.35 - Max. Continuous Cond. Temp. at full wind Mtr 3.51 4.44 7.72

Conductor Sagging

Tensions

Sagging

C

C.1

C.2

Calculated based on the condition as follow :

a. Ambient temperatureb. Wind velocityc. Solar radiationd. Radiation factor

35oC0,6 m/s0,1 W/cm²0,9 -

a. Ambient temperatureb. Wind velocityc. Initial Tension at 15oCd. Rulling Span

35oC25 m/s

350 mtrs

16

ACFR/ ATWALUMINIUM CONDUCTOR FIBER REINFORCED/

ALUMINIUM TRAPEZOID WIRE


Notes *1: TW(X.XX) stands for Trapezoidal Shaped Wires for which the equivalent outside diameter is X.XX mm. *2: Current Carrying Capacity is solved using the Cigre Method.

Calculation Conditons: Ambient temperature: 35°C, Wind: 0.9 m/s, Wind direction: 45°, Solar radiation: 0.1 W/cm2, Absorptivity and Emmisivity of conductor surface: 0.5, Frequency: 50 Hz, Sea level: 0m

at 75°C

at 175°C

Conductor

Core

Conductor

Core

No./mm

kN

mm

mm

mm2

mm2

mm2

kg/km

Ω/km

A

A

GPa

GPa

×10-6/ °C

×10-6/ °C

Aluminum No./mm

7/2.6

95.15

21.79

7.80

309

37.2

346

917.3

0.0910

678

1250

74.7

130

18.9

1.0

7/3.2

135.47

21.79

9.60

285

56.3

342

884.6

0.0985

652

1202

79.0

135

16.8

1.0

7/3.2

147.44

28.14

9.60

522

56.3

578

1540.2

0.0539

932

1748

74.5

135

19.1

1.0

7/4.2

228.03

28.14

12.50

474

95.4

570

1461.0

0.0593

890

1668

77.2

123

17.1

1.0

8/TW(4.44)12/TW(4.43)

10/TW(3.88)14/TW(3.90)

10/TW(3.97)14/TW(3.98)18/TW(3.98)

10/TW(5.01)14/TW(5.02)

10/TW(4.75)14/TW(4.77)

Equivalent conventional ACSR

Type of design

Size

Stranding*1

Rated Tensile Strength

Diameter

Cross Sectional Area

Weight

DC Resistance at 20°C

Current Carrying Capacity *2

Modulus of Elasticity

Coefficient of Thermal Expansion

Conductor

Core

Conductor

Core

Total

Core

Hawk Drake Curlew

Low Loss

310/40

Low Sag

290/55

Low Loss

520/55

7/3.6

186.39

31.62

10.80

659

71.3

730

1938.4

0.0426

1074

2032

73.7

126

19.3

1.0

8/TW(4.82)12/TW(4.83)16/TW(4.83)

Low Loss

660/70

7/5.1

331.05

31.62

15.20

573

141

714

1811.0

0.0490

1006

1900

79.6

127

16.1

1.0

12/TW(3.90)16/TW(3.90)20/TW(3.90)

Low Sag

570/140

Bison

7/2.9

126.63

27.00

8.80

486

47.3

533

1425.1

0.0578

892

1668

73.6

131

19.5

1.0

8/TW(4.13)12/TW(4.14)16/TW(4.16)

Low Loss

490/45

7/4.2

225.66

27.00

12.50

427

95.4

523

1331.1

0.0658

838

1565

78.0

123

16.7

1.0

Low Sag

430/95

12/TW(4.46)16/TW(4.47)

Zebra

7/3.2

148.48

28.62

9.60

542

56.3

599

1597.1

0.0518

954

1791

74.3

135

19.2

1.0

8/TW(4.38)12/TW(4.38)16/TW(4.38)

Low Loss

540/55

7/5.1

324.22

28.62

15.20

439

141

580

1437.1

0.0641

861

1614

82.4

127

14.7

1.0

Low Sag

440/140

Low Sag

470/95

The following is standard ACFR Design Example. Final design should be agreed with the conductor's manufacturer.

Standard ACFR Design Example

Performance Example compared to ACSR

Design Concept Transmission Loss Transmission Capaicty Sag

Low Loss

High Capacity

Low Sag-Low Loss

Low Sag-High Capacity

27% Less

More

9% Less

More

Same

120% More

Same

103% More

Same

Same

12% Less

10% Less

Case Study Accessories (Dead End Clamp and Mid Span Joint)

Supply SchemeHighCapacity

LowSag

*This figure depends on design and operating conditions.

Basic Design is the same as those for the conventional ACSR conductor, except for using an aluminum buffer which grabs the CFCC core securely.

Tokyo Rope provides CFCC to local conductor producer which will make ACFR.

ALUMINUM CONDUCTOR FIBER REINFORCED

Reference

LocalConductorProducer

Advisor: ACFR Design

Accessoriesdevelopment

Advisor: Accessories Installation TrainingConductor Stringing Training

TransmissionOwner

Contractor

AccessoriesProducer

*These pictures are for example purposes. Actual design to be decided by the customer's requirements.

Dead End Clamp Mid Span Joint

Reduction of total construction cost includig land, foundation and tower.

LowLoss

ACSR

100A 90A 100A

27% Less

ACSR

ACSR

ACSR

Longer spanDeduction of tower structual cost

Lower tower’s height

100A

100A

200A

93A

Twice capacity usingexsiting tower

TOKYO ROPE

ACFR / ATW

ACFR / ATWACSR

ACSR

ACSR / ATW ACSR / ATW

ACSR ACFR/ ATW

CRCC has Lighter Weight and Smaller Thermal ExpansionTrapezoidal Aluminium Wire Can Provide

Larger Cross Sectional Area

Steel Core

Round Shape

ACFR/ATW: Performance Compare to ACSR


Trapezoidal Shape


17

Total Area

cmil

1,750,0001,500,0001,250,0001,000,000 900,000 800,000 750,000 700,000 650,000 600,000 550,000 500,000 450,000 400,000 350,000 300,000 250,000 211,600 167,800 133,000 105,600 66,360 41,740 26,240

AWG

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 0000 000 00 0 2 4 6

mm2

88675963150845640438135433030327925322820317815212610784.967.353.533.521.113.2

Number /Diameter of

Wire

mm

61/4.361/3.9861/3.6337/4.1837/3.9637/3.7337/3.6237/3.4937/3.3737/3.2337/3.1019/4.1219/3.9119/3.6919/3.4519/3.1919/2.917/4.427/3.937/3.57/3.127/2.477/1.967/1.55

ApproximateOverall

Diameter

mm2

38.7035.8232.6729.2627.7226.1125.3424.4323.5922.6121.7020.6019.5518.4517.2515.9514.5513.2611.7910.59.367.415.884.65

ApproximateWeight

kg/km

2431208217321393125011091045971.2905.5831.9766.2695626

557.5487.3416.7346.7294.7233

184.8146.8

9257.936.2

BreakingLoad

kN

25121517914613111610910194.991

83.974.266.859.552.046.638.832.525.720.417.010.66.694.18

DCResistance

20o C

Ohm/km

0.037810.044140.053060.065970.073510.082850.087960.094640.101500.110490.119950.132240.146830.164860.188600.220590.265090.311880.394500.497380.625920.998701.586002.53610

CurrentRating

A

13281223110497291084681678174670867263159154950345540536331326923217212895




C

M

Y

CM

MY

CY

CMY

K

8 AAAC.pdf 1 30/12/2019 16:07:07

Total Area

cmil

1,750,0001,500,0001,250,0001,000,000 900,000 800,000 750,000 700,000 650,000 600,000 550,000 500,000 450,000 400,000 350,000 300,000 250,000 211,600 167,800 133,000 105,600 66,360 41,740 26,240

AWG

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 0000 000 00 0 2 4 6

mm2

88675963150845640438135433030327925322820317815212610784.967.353.533.521.113.2

Number /Diameter of

Wire

mm

61/4.361/3.9861/3.6337/4.1837/3.9637/3.7337/3.6237/3.4937/3.3737/3.2337/3.1019/4.1219/3.9119/3.6919/3.4519/3.1919/2.917/4.427/3.937/3.5

7/3.127/2.477/1.967/1.55

ApproximateOverall

Diameter

mm2

38.7035.8232.6729.2627.7226.1125.3424.4323.5922.6121.7020.6019.5518.4517.2515.9514.5513.2611.7910.59.367.415.884.65

ApproximateWeight

kg/km

2431208217321393125011091045971.2905.5831.9766.2695626

557.5487.3416.7346.7294.7233

184.8146.8

9257.936.2

BreakingLoad

kN

25121517914613111610910194.991

83.974.266.859.552.046.638.832.525.720.417.010.66.694.18

DCResistance

20o C

Ohm/km

0.037810.044140.053060.065970.073510.082850.087960.094640.101500.110490.119950.132240.146830.164860.188600.220590.265090.311880.394500.497380.625920.998701.586002.53610

CurrentRating

A

13281223110497291084681678174670867263159154950345540536331326923217212895




C

M

Y

CM

MY

CY

CMY

K

8 AAAC.pdf 1 30/12/2019 16:07:07

OPGWOPTICAL GROUND WIRE

Specification : IIEC60794-4-1, IEEE-1138

Structure

Technical Data

Temperature Range

Material No Material No. Material Dia.Fiber G.652 18 G.655 6

OPGW AL tube 1 Inner-Dia. 5.40 Outer-Dia. 7.60 mmStructure Layer1 20.3%AS wire 9 Diameter 3.80 mm

according to IEC60794-4-1, IEEE-1138 standardsStranding direction of outer layer is right hand(Z-Stranding)Cable Diameter 15.20 mmCable Weight 763 kg/kmSupporting Cross Section 124.5 mm2

Section of AS Wire 102.07 mm2

Section of AL Tube 22.46 mm2

Ultimate Tensile Strength (UTS) 127.6 kNRated Tensile Strength (RTS) 121.2 kN

Thermal Elongation Coefficient 13.7 ×10-6/�Permissible Maximum Working Stress (40% RTS) 389.3 N/mm2

Everyday Stress（EDS) (16%~25% RTS) 155.7 ~243.3 N/mm2

DC Resistance 0.504 Ω/kmShort Time Current ( 1s ) 9.7 kAShort Time Current Capacity I2t(40� ~200� ) 94.6 kA2SMinimum Bending Radius：Installation： 304 mm

Operating： 228 mmTemperature Installation -10� ~ +50 �

Range: Transportation and Operation -40� ~ +80 �Remarks: All Sizes and Values are Nominal Values

The deviation of the diamater and weight is 1%*D and 2%*W.

GreasedAs WireOP UnitAA Wire

PT. Voksel Electric, Tbk

Cable Type: OPGW - (18 G652 + 6 G655)-102/22 [121;94] Central Tube

Technical Data Modulus of Elasticity (E-Modulus) 142.9 kN/mm2

OPGW Cable Specifications Spec no. : OPGW_9

Cross Section:

OPGW – S1/(24 G652)-63/28 [53.6;77.1]

MaterialG652

20.3% AS wire14% AS wire

SUS Tube

No.12142

MaterialG.655

AA WireFibers (all tube)

AA Wire

No.12

2412

Material Dia.

DiameterDiameterTube Dia.Diameter

2.602.502.502.50

FiberCenterLayer 1

Layer 2

Installation -10 C ~ +50 C Transportation and Operation -40 C ~ +80 C

Cable Diameter 12.60 mmCable Weight 380 kg/kmSupporting Cross Section 83.8 mm²Section of AS Wire 24.94 mm²Section of AL Tube 58.90 mm²Ultimate Tensile Strength (UTS) 55.7 kNRated Tensile Strength (RTS) 53.8 kNModulus of Elasticity (E-Modulus) 95.8 kN/mm²Linear Expansion Coefficient 17.4 x 10-6

Permissible Maximum Working Stress (40% RTS) 256.6 N/mm²Everyday Stress (EDS) (16%~25% RTS) 102.6~160.4 N/mm²Ultimate Exceptional Stress (70% RTS) 449.1 N/mm²DC Resistance 0.501ohm/km

14.54 kA Short Time Current Capacity l²t 52.9 kA²SMinimum Bending Rac Installation : 252 mm Operating : 189 mmRatio between Pull and Weight 14.5 km

18

Total Area

cmil

1,750,0001,500,0001,250,0001,000,000 900,000 800,000 750,000 700,000 650,000 600,000 550,000 500,000 450,000 400,000 350,000 300,000 250,000 211,600 167,800 133,000 105,600 66,360 41,740 26,240

AWG

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 0000 000 00 0 2 4 6

mm2

88675963150845640438135433030327925322820317815212610784.967.353.533.521.113.2

Number /Diameter of

Wire

mm

61/4.361/3.9861/3.6337/4.1837/3.9637/3.7337/3.6237/3.4937/3.3737/3.2337/3.1019/4.1219/3.9119/3.6919/3.4519/3.1919/2.917/4.427/3.937/3.5

7/3.127/2.477/1.967/1.55

ApproximateOverall

Diameter

mm2

38.7035.8232.6729.2627.7226.1125.3424.4323.5922.6121.7020.6019.5518.4517.2515.9514.5513.2611.7910.59.367.415.884.65

ApproximateWeight

kg/km

2431208217321393125011091045971.2905.5831.9766.2695626

557.5487.3416.7346.7294.7233

184.8146.8

9257.936.2

BreakingLoad

kN

25121517914613111610910194.991

83.974.266.859.552.046.638.832.525.720.417.010.66.694.18

DCResistance

20o C

Ohm/km

0.037810.044140.053060.065970.073510.082850.087960.094640.101500.110490.119950.132240.146830.164860.188600.220590.265090.311880.394500.497380.625920.998701.586002.53610

CurrentRating

A

13281223110497291084681678174670867263159154950345540536331326923217212895




C

M

Y

CM

MY

CY

CMY

K

8 AAAC.pdf 1 30/12/2019 16:07:07

Total Area

cmil

1,750,0001,500,0001,250,0001,000,000 900,000 800,000 750,000 700,000 650,000 600,000 550,000 500,000 450,000 400,000 350,000 300,000 250,000 211,600 167,800 133,000 105,600 66,360 41,740 26,240

AWG

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 0000 000 00 0 2 4 6

mm2

88675963150845640438135433030327925322820317815212610784.967.353.533.521.113.2

Number /Diameter of

Wire

mm

61/4.361/3.9861/3.6337/4.1837/3.9637/3.7337/3.6237/3.4937/3.3737/3.2337/3.1019/4.1219/3.9119/3.6919/3.4519/3.1919/2.917/4.427/3.937/3.5

7/3.127/2.477/1.967/1.55

ApproximateOverall

Diameter

mm2

38.7035.8232.6729.2627.7226.1125.3424.4323.5922.6121.7020.6019.5518.4517.2515.9514.5513.2611.7910.59.367.415.884.65

ApproximateWeight

kg/km

2431208217321393125011091045971.2905.5831.9766.2695626

557.5487.3416.7346.7294.7233

184.8146.8

9257.936.2

BreakingLoad

kN

25121517914613111610910194.991

83.974.266.859.552.046.638.832.525.720.417.010.66.694.18

DCResistance

20o C

Ohm/km

0.037810.044140.053060.065970.073510.082850.087960.094640.101500.110490.119950.132240.146830.164860.188600.220590.265090.311880.394500.497380.625920.998701.586002.53610

CurrentRating

A

13281223110497291084681678174670867263159154950345540536331326923217212895




C

M

Y

CM

MY

CY

CMY

K

8 AAAC.pdf 1 30/12/2019 16:07:07


Specification : IEC60794-4-1, IEEE-1138

Thermal barrierAL-covered layer

















Cross Section: AS wire

Optical fibers and Gel

loose tube

FRP

OPGW – (18 G652 + 6 G655)-102/22 [121;94]Central Tube

MaterialG652

20.3% AS wire

No.1819

MaterialG.655

Inner-Dia

No.6

5.40

Material Dia.

Outter-DiaDiameter

7.603.80

FiberAL tubeLayer 1


Cable Diameter 15.20 mmCable Weight 763 kg/kmSupporting Cross Section 124.5 mm²Section of AS Wire 102.07 mm²Section of AL Tube 22.46 mm²


Thermal Elongation Coefficient 13.7 x 10-6

Permissible Maximum Working Stress (40% RTS) 389.3 N/mm²Everyday Stress (EDS) (16%~25% RTS) 155.7~243.3 N/mm²DC Resistance 0.504 ohm/kmShort Time Current (1s) 9.7 kA

94.6 kA²SMinimum Bending Rac Installation : 304 mm Operating : 228 mm

Temperature Range

Structure

Technical Data

Bare Copper Conductor

FeatureThe conductors are applied forgrounding system.

CONSTRUCTIONConductorSeven or more copper wires the same nominal diameterare twisted together in concentric layers.When conductor consists of more than one layer, alternatelayers are twisted in opposite directions which is definedas right-hand lay (Z) or left-hand lay (S).

Bare Copper Conductor - Hard (BCC-H)The conductor has mechanic characteristic minimum428N/mm . The maximum resistivity at 20 C is 0.01786ohm. mm /m.

2

2

o

Bare Copper Conductor - Half Hard (BCC-1/2H)The conductor has mechanic characteristic between minimum 340N/mm .Maximum 410 N/mm .The maximum resistivity at 20 C is 0.01784 ohm. mm /m.

Annealed Copper Wire (BCW Soft)The Conductor has maximum resistivity at 20 C is 0.017241 ohm. mm /m.

Type:- Bare Copper Conductor - Half Hard (BCC-1/2H)- Bare Copper Conductor - Hard (BCC-H)- Annealed Copper Wire (BCW-Soft)

Spesification:SPLN 41-4:1981SPLN 41-5:1981JIS C 3102(Other specification are available upon request)

2

2

2

o

o

2

1

19

Total Area

cmil

1,750,0001,500,0001,250,0001,000,000 900,000 800,000 750,000 700,000 650,000 600,000 550,000 500,000 450,000 400,000 350,000 300,000 250,000 211,600 167,800 133,000 105,600 66,360 41,740 26,240

AWG

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 0000 000 00 0 2 4 6

mm2

88675963150845640438135433030327925322820317815212610784.967.353.533.521.113.2

Number /Diameter of

Wire

mm

61/4.361/3.9861/3.6337/4.1837/3.9637/3.7337/3.6237/3.4937/3.3737/3.2337/3.1019/4.1219/3.9119/3.6919/3.4519/3.1919/2.917/4.427/3.937/3.5

7/3.127/2.477/1.967/1.55

ApproximateOverall

Diameter

mm2

38.7035.8232.6729.2627.7226.1125.3424.4323.5922.6121.7020.6019.5518.4517.2515.9514.5513.2611.7910.59.367.415.884.65

ApproximateWeight

kg/km

2431208217321393125011091045971.2905.5831.9766.2695626

557.5487.3416.7346.7294.7233

184.8146.8

9257.936.2

BreakingLoad

kN

25121517914613111610910194.991

83.974.266.859.552.046.638.832.525.720.417.010.66.694.18

DCResistance

20o C

Ohm/km

0.037810.044140.053060.065970.073510.082850.087960.094640.101500.110490.119950.132240.146830.164860.188600.220590.265090.311880.394500.497380.625920.998701.586002.53610

CurrentRating

A

13281223110497291084681678174670867263159154950345540536331326923217212895




C

M

Y

CM

MY

CY

CMY

K

8 AAAC.pdf 1 30/12/2019 16:07:07


Specification : IEC60794-4-1, IEEE-1138

Thermal barrierAL-covered layer

















Cross Section: AS wire

Optical fibers and Gel

loose tube

FRP

OPGW – (24 G652)-70/21 [90.4;48.5]Central Tube

Structure

Technical Data

Temperature Range

MaterialG652

20.3% AS wire

No.1819

MaterialG.655

Inner-Dia

No.6

5.40

Material Dia.

Outter-DiaDiameter

7.603.80

FiberAL tubeLayer 1


Cable Diameter 13.20 mmCable Weight 550 kg/kmSupporting Cross Section 91.4 mm²Section of AS Wire 70.17 mm²Section of AL Tube 21.28 mm²

Rated Tensile Strength (RTS) 90.4 kNModulus of Elasticity (E-Modulus) 137.3 kN/mm²Thermal Elongation Coefficient 13.9 x 10-6

Permissible Maximum Working Stress (40% RTS) 395.3 N/mm²Everyday Stress (EDS) (16%~25% RTS) 158.1~247 N/mm²Ultimate Exceptional Stress (70% RTS) 691.7 N/mm²DC Resistance 0.637 ohm/kmShort Time Current (1s) 7.0 kA

48.5 kA²SMinimum Bending Rac Installation : 528 mm Operating : 396 mmRatio of RTS to Weight 16.8 km





2

2

o





2

2

2

o

o

2

1

20



OPGW – S1/(24 G652)-59/30 [63.5;57.9]

Structure

Technical Data

Temperature Range


















Cross Section:

MaterialG652

14% AS wireSUS Tube

20.3% AS Wire

No.241510

MaterialG.655


AA Wire

No.0

01212

Material Dia.


2.602.502.502.50

FiberAL tubeLayer 1Layer 2



Permissible Maximum Working Stress (40% RTS) 275.8 N/mm²Everyday Stress (EDS) (16%~25% RTS) 110.3~172.4 N/mm²Ultimate Exceptional Stress (70% RTS) 482.7 N/mm²DC Resistance 0.492 ohm/km


21



Structure

Technical Data

Temperature Range


















Cross Section:

OPGW – S1/(24 G652)-63/28 [53.6;77.1]

MaterialG652

20.3% AS wire20.3% AS wire

SUS Tube20.3% AS Wire

No.121510

MaterialG.655


AA Wire

No.0

01212

Material Dia.


2.502.402.402.70

FiberCenterLayer 1

Layer 2


Cable Diameter 12.70 mmCable Weight 377 kg/kmSupporting Cross Section 90.5 mm²Section of AS Wire 27.53 mm²Section of AL Tube 62.98 mm² Rated Tensile Strength (RTS) 53.6 kNModulus of Elasticity (E-Modulus) 94.5 kN/mm²Linear Expansion Coefficient 17.8 x 10-6



22



Structure

Technical Data

Temperature Range


















Cross Section:

OPGW – S1/(24 G652)-77;38 [71.3;100.1]

MaterialG652

14% AS wireSUS Tube

No.24151

MaterialG.655


AA Wire

No.0

02412

Material Dia.


2.852.852.802.85

FiberCenterLayer 1

Layer 2





23

BARECOPPERCONDUCTOR

Type :

- Bare Copper Conductor – Half Hard (BCC-1/2H) - Bare Copper Conductor – Hard (BCC-H)

24





2

2

o





2

2

2

o

o

2

1

Specification:

SPLN 41-4:1981 SPLN 41-5:1981

BS 7884 : 1997

Other specificationare available upon request

FEATUREThe conductors are applied for grounding system.

CONSTRUCTION

ConductorSeven or more copper wires the same nominaldiameter are twisted together in concentric layers.When conductor consists of more than one layer,alternate layers are twisted in opposite directionswhich is defined as right-hand lay (Z) or left-hand lay (S).

Bare Copper Conductor – Hard (BCC-H)The conductor mechanic characteristic minimum 428N/mm².The maximum resistivity at 20°C is 0.01786 ohm.mm²/m.

Bare Copper Conductor – Half Hard (BCC-1/2H)The conductor has mechanic characteristic betweenminimum 340N/mm². The maximum resistivityat 20°C is 0.01784 ohm.mm²/m.

25





2

2

o





2

2

2

o

o

2

1


Nominal Size

mm²

61010162535507095

120150185240300400500

No. of Wire/

Diameter

n/mm

1/2.801/3.507/1.357/1.707/2.107/2.50

19/1.8019/2.1019/2.5019/2.8037/2.2537/2.5061/2.2561/2.5061/2.8961/3.23

Approx.Overall

Diameter

mm

2.83.5

4.055.16.37.59.0

10.512.514.015.717.520.222.510

29.1

Approx.

Net Weightof Conductor

kg/km

558690

143218309437595844

1,0591,3341,6472,2042,7213,6364,542

ActualSize

mm²

6.169.62

10.0215.8924.2534.3648.3665.8293.27117.00147.10181.60242.50299.40400.10499.10


Nominal Size

mm²

61010162535507095120150185240300400500

ActualSize

mm²

6.169.6210.0215.8924.2534.3648.3665.8293.27117.00147.10181.60242.50299.40400.10499.10

Max. DCConductor Resistance

at 20o C

Ohm/km

BCC-H

2.89941.85651.81811.14650.75120.53020.37850.27810.19630.15650.12440.10080.07550.06110.04580.0367

Bare Copper

Dimensional andMechanical Data

Electrical Data

BCC-HBARE COPPER CONDUCTOR - HARD Specification : SPLN 41 - 5:1981 & SNI 04 - 3894:1995

26


Nominal Size

mm²

61010162535507095

120150185240300400500

No. of Wire/

Diameter

n/mm

1/2.801/3.507/1.357/1.707/2.107/2.50

19/1.8019/2.1019/2.5019/2.8037/2.2537/2.5061/2.2561/2.5061/2.8961/3.23

Approx.

Net Weightof Conductor

kg/km

558690

143218309437595844

1,0591,3341,6472,2042,7213,6364,542

ActualSize

mm²

6.169.62

10.0215.8924.2534.3648.3665.8293.27117.00147.10181.60242.50299.40400.10499.10


Nominal Size

mm²

61010162535507095120150185240300400500

ActualSize

mm²

6.169.6210.0215.8924.2534.3648.3665.8293.27117.00147.10181.60242.50299.40400.10499.10

Max. DCConductor Resistance

at 20o C

Ohm/km

BCC-1/2H

2.89611.85451.81601.14520.75040.52960.37810.27780.19610.15630.12430.10070.07540.06110.04570.0366

Bare Copper

Dimensional andMechanical Data

Electrical Data

BCC-1/2HBARE COPPER CONDUCTOR - 1/2 HARDSpecification :SPLN 41 - 4:1981 & SNI 04 - 3895:1995

27

Nominal Area of Cross-Section of

Stranded Conductor

mm²

10141616253232355050707095100120125150150185185

Construction(Stranding and Wire

Diameter)

number/mm

7/1.357/1.603/2.657/1.707/2.103/3.757/2.467/2.507/3.00

19/1.807/3.55

19/2.1019/2.507/4.30

19/2.8019/2.9019/3.2037/2.2519/3.5537/2.50

OverallDiameter of Conductor

(Approx.)

mm

4.054.805.705.106.308.067.387.509.009.00

10.6510.5012.5012.9014.0014.5016.0015.7517.7517.50

Nominal Mass per Unit Length

kg/km

89.82126.2148.3142.4217.3296.9298.2308.0443.5435.8621.1593.2840.7911.2105511311377133416951647

Minimum Breaking Load

N

37525267619459469073124001244212860185201770025930240903414036540428304594055940538806886066490

Nominal

Ohm/Km

89.82126.2148.3142.4217.3296.9298.2308.0443.5435.8621.1593.2840.7911.2105511311377133416951647

Max

Ohm/Km

1.8291.3031.1061.154

0.75630.55200.54970.53370.37060.38190.26460.28060.19800.18100.15780.14710.12080.1264

0.098150.1024

Resistance at 20oC

CONSTRUCTION DATA

BCC-HHARD DRAWN COPPERSTRANDED CONDUCTORSSpecification : BS 7884:1997

28

TOTAL CABLE SOLUTION PROVIDER

Executive OfficeMenara Karya 3rd Floor, Suite D, Jl. HR. Rasuna Said Blok X-5 Kav 1-2,Jakarta 2950 - IndonesiaP. (+62 21) 5794 4622

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