accc®-helsinki · data sheet: governing units: metric mechanical specifications 2 f **accc® ®

37
DATA SHEET: Governing Units: Metric Mechanical Specifications Nominal Aluminum Cross-sectional Area* 150.6 mm 2 297.2 kcmil Nominal Diameter of Composite Core (CTC Part Number 200-003) 5.97 mm 0.235 in. Nominal Cross-sectional Area of Core 28.0 mm 2 0.043 in 2 Overall Diameter of Conductor 15.65 mm 0.616 in. Nominal Cross-sectional Area of the Conductor 178.6 mm 2 0.277 in 2 Ultimate Tensile Strength of Conductor 1,2 68.9 kN 15.5 kips Rated Strength of Core - 313 ksi (2158 MPa) 60.4 kN 13.6 kips Core Nominal Mass per unit length 54 kg/km 36 lb/kft Conductor Nominal Mass per unit length 471.0 kg/km 316.6 lb/kft Aluminum Nominal Mass per unit length** 417.0 kg/km 280.3 lb/kft Maximum Allowable Operating Temperature at Surface 4 180 o C 356 o F Coefficient of Linear Expansion Above Thermal Kneepoint 1.61E-06 / o C 8.94E-07 / o F Coefficient of Linear Expansion Below Thermal Kneepoint 1.74E-05 / o C 9.65E-06 / o F Final Modulus of Elasticity Above Thermal Kneepoint 112.3 GPa 16.3 Msi Final Modulus of Elasticity Below Thermal Kneepoint 66.5 GPa 9.6 Msi Electrical Specifications Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.1862 ohm/km 0.2997 ohm/mile Temperature Coefficient of Resistance 0.00403 0.00403 Frequency 50 Hz 60 Hz AC Nominal Resistance at 25ºC 0.1902 ohm/km 0.3062 ohm/mile AC Nominal Resistance at 75ºC 0.2277 ohm/km 0.3665 ohm/mile AC Nominal Resistance at 180ºC 0.3064 ohm/km 0.4931 ohm/mile 519 @ 100C & 50 Hz 765 @ 180C & 50 Hz GMR (estimated) 0.006 m 0.021 ft Inductive Reactance 0.242 ohm/km 0.468 ohm/mile Capacitive Reactance 0.210 Mohm-km 0.109 Mohm-mile 1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540. 2) Strength at ambient temperature F-730-081-E ACCC-TW 151 (297 kcmil) Helsinki Data Sheet www.ctcglobal.com Date Produced: 7/10/2015 Metric Imperial AC Current Rating at Given Temperature 3 The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec sheet, with the weight and cross sectional area being no more than ±2% of the value indicated. **ACCC ® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540. 3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation 4) Maximum continuous operating temperature of ACCC ® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor). *ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 155 sq. mm (305.9 kcmil) ACCC®-Helsinki NOT RELEASED For questions, please contact CTC Application Engineering Department: [email protected] Metric Imperial

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DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 150.6 mm2 297.2 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-003) 5.97 mm 0.235 in.

Nominal Cross-sectional Area of Core 28.0 mm2 0.043 in

2

Overall Diameter of Conductor 15.65 mm 0.616 in.

Nominal Cross-sectional Area of the Conductor 178.6 mm2 0.277 in

2

Ultimate Tensile Strength of Conductor1,2 68.9 kN 15.5 kips

Rated Strength of Core - 313 ksi (2158 MPa) 60.4 kN 13.6 kips

Core Nominal Mass per unit length 54 kg/km 36 lb/kft

Conductor Nominal Mass per unit length 471.0 kg/km 316.6 lb/kft

Aluminum Nominal Mass per unit length** 417.0 kg/km 280.3 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.61E-06 /oC 8.94E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 1.74E-05 /oC 9.65E-06 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 112.3 GPa 16.3 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 66.5 GPa 9.6 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.1862 ohm/km 0.2997 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.1902 ohm/km 0.3062 ohm/mile

AC Nominal Resistance at 75ºC 0.2277 ohm/km 0.3665 ohm/mile

AC Nominal Resistance at 180ºC 0.3064 ohm/km 0.4931 ohm/mile

519 @ 100C & 50 Hz

765 @ 180C & 50 Hz

GMR (estimated) 0.006 m 0.021 ft

Inductive Reactance 0.242 ohm/km 0.468 ohm/mile

Capacitive Reactance 0.210 Mohm-km 0.109 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-081-E ACCC-TW 151 (297 kcmil) Helsinki Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 155 sq. mm (305.9 kcmil)

ACCC®-Helsinki

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial

DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 155.7 mm2 307.3 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-005) 7.75 mm 0.305 in.

Nominal Cross-sectional Area of Core 47.1 mm2 0.073 in

2

Overall Diameter of Conductor 16.50 mm 0.650 in.

Nominal Cross-sectional Area of the Conductor 202.8 mm2 0.314 in

2

Ultimate Tensile Strength of Conductor1,2 112.3 kN 25.2 kips

Rated Strength of Core - 313 ksi (2158 MPa) 101.7 kN 22.9 kips

Core Nominal Mass per unit length 86 kg/km 58 lb/kft

Conductor Nominal Mass per unit length 520.0 kg/km 349.5 lb/kft

Aluminum Nominal Mass per unit length** 434.0 kg/km 291.7 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.61E-06 /oC 8.94E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 1.51E-05 /oC 8.40E-06 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 112.3 GPa 16.3 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 70.6 GPa 10.2 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.1801 ohm/km 0.2898 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.1803 ohm/km 0.2902 ohm/mile

AC Nominal Resistance at 75ºC 0.2202 ohm/km 0.3544 ohm/mile

AC Nominal Resistance at 180ºC 0.3039 ohm/km 0.4892 ohm/mile

534 @ 100C & 50 Hz

781 @ 180C & 50 Hz

GMR (estimated) 0.007 m 0.023 ft

Inductive Reactance 0.237 ohm/km 0.459 ohm/mile

Capacitive Reactance 0.207 Mohm-km 0.107 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-146-E ACCC-TW 156 (307 kcmil) Jaipur Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 160.3 sq. mm (316.3 kcmil)

ACCC®-Jaipur

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial

DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 177.4 mm2 350.1 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-004) 7.11 mm 0.280 in.

Nominal Cross-sectional Area of Core 39.7 mm2 0.062 in

2

Overall Diameter of Conductor 17.10 mm 0.673 in.

Nominal Cross-sectional Area of the Conductor 217.1 mm2 0.337 in

2

Ultimate Tensile Strength of Conductor1,2 95.7 kN 21.5 kips

Rated Strength of Core - 313 ksi (2158 MPa) 85.7 kN 19.3 kips

Core Nominal Mass per unit length 76 kg/km 51 lb/kft

Conductor Nominal Mass per unit length 566.0 kg/km 380.4 lb/kft

Aluminum Nominal Mass per unit length** 490.0 kg/km 329.3 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.61E-06 /oC 8.94E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 1.66E-05 /oC 9.20E-06 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 112.3 GPa 16.3 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 67.9 GPa 9.9 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.1576 ohm/km 0.2536 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.1611 ohm/km 0.2593 ohm/mile

AC Nominal Resistance at 75ºC 0.1928 ohm/km 0.3103 ohm/mile

AC Nominal Resistance at 180ºC 0.2594 ohm/km 0.4174 ohm/mile

578 @ 100C & 50 Hz

854 @ 180C & 50 Hz

GMR (estimated) 0.007 m 0.023 ft

Inductive Reactance 0.236 ohm/km 0.456 ohm/mile

Capacitive Reactance 0.205 Mohm-km 0.106 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-148-E ACCC-TW 177 (350 kcmil) Zadar Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 182.6 sq. mm (360.4 kcmil)

ACCC®-Zadar

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial

DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 187.8 mm2 370.6 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-003) 5.97 mm 0.235 in.

Nominal Cross-sectional Area of Core 28.0 mm2 0.043 in

2

Overall Diameter of Conductor 17.10 mm 0.673 in.

Nominal Cross-sectional Area of the Conductor 217.3 mm2 0.337 in

2

Ultimate Tensile Strength of Conductor1,2 71.1 kN 16.0 kips

Rated Strength of Core - 313 ksi (2158 MPa) 60.4 kN 13.6 kips

Core Nominal Mass per unit length 54 kg/km 36 lb/kft

Conductor Nominal Mass per unit length 576.4 kg/km 387.4 lb/kft

Aluminum Nominal Mass per unit length** 522.4 kg/km 351.1 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.61E-06 /oC 8.94E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 1.83E-05 /oC 1.01E-05 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 112.3 GPa 16.3 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 65.0 GPa 9.4 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.1487 ohm/km 0.2393 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.1520 ohm/km 0.2448 ohm/mile

AC Nominal Resistance at 75ºC 0.1819 ohm/km 0.2929 ohm/mile

AC Nominal Resistance at 180ºC 0.2447 ohm/km 0.3940 ohm/mile

595 @ 100C & 50 Hz

880 @ 180C & 50 Hz

GMR (estimated) 0.007 m 0.023 ft

Inductive Reactance 0.237 ohm/km 0.458 ohm/mile

Capacitive Reactance 0.205 Mohm-km 0.106 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-147-E ACCC-TW 188 (371 kcmil) Rovinj Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 193.3 sq. mm (381.5 kcmil)

ACCC®-Rovinj

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial

DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 219.9 mm2 434.0 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-003) 5.97 mm 0.235 in.

Nominal Cross-sectional Area of Core 28.0 mm2 0.043 in

2

Overall Diameter of Conductor 18.29 mm 0.720 in.

Nominal Cross-sectional Area of the Conductor 247.9 mm2 0.384 in

2

Ultimate Tensile Strength of Conductor1,2 72.8 kN 16.4 kips

Rated Strength of Core - 313 ksi (2158 MPa) 60.4 kN 13.6 kips

Core Nominal Mass per unit length 54 kg/km 36 lb/kft

Conductor Nominal Mass per unit length 661.0 kg/km 444.2 lb/kft

Aluminum Nominal Mass per unit length** 607.0 kg/km 407.9 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.61E-06 /oC 8.94E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 1.88E-05 /oC 1.04E-05 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 112.3 GPa 16.3 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 64.1 GPa 9.3 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.1272 ohm/km 0.2047 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.1301 ohm/km 0.2097 ohm/mile

AC Nominal Resistance at 75ºC 0.1557 ohm/km 0.2508 ohm/mile

AC Nominal Resistance at 180ºC 0.2094 ohm/km 0.3371 ohm/mile

656 @ 100C & 50 Hz

971 @ 180C & 50 Hz

GMR (estimated) 0.007 m 0.024 ft

Inductive Reactance 0.233 ohm/km 0.451 ohm/mile

Capacitive Reactance 0.201 Mohm-km 0.104 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-083-E ACCC-TW 220 (434 kcmil) Copenhagen Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 226.4 sq. mm (446.7 kcmil)

ACCC®-Copenhagen

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial

DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 223.1 mm2 440.3 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-004) 7.11 mm 0.280 in.

Nominal Cross-sectional Area of Core 39.7 mm2 0.062 in

2

Overall Diameter of Conductor 18.82 mm 0.741 in.

Nominal Cross-sectional Area of the Conductor 262.8 mm2 0.407 in

2

Ultimate Tensile Strength of Conductor1,2 98.3 kN 22.1 kips

Rated Strength of Core - 313 ksi (2158 MPa) 85.7 kN 19.3 kips

Core Nominal Mass per unit length 76 kg/km 51 lb/kft

Conductor Nominal Mass per unit length 693.7 kg/km 466.2 lb/kft

Aluminum Nominal Mass per unit length** 617.7 kg/km 415.1 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.61E-06 /oC 8.94E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 1.75E-05 /oC 9.75E-06 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 112.3 GPa 16.3 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 66.2 GPa 9.6 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.1256 ohm/km 0.2021 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.1285 ohm/km 0.2070 ohm/mile

AC Nominal Resistance at 75ºC 0.1537 ohm/km 0.2476 ohm/mile

AC Nominal Resistance at 180ºC 0.2067 ohm/km 0.3328 ohm/mile

665 @ 100C & 50 Hz

986 @ 180C & 50 Hz

GMR (estimated) 0.008 m 0.025 ft

Inductive Reactance 0.231 ohm/km 0.446 ohm/mile

Capacitive Reactance 0.199 Mohm-km 0.103 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-087-E ACCC-TW 223 (440 kcmil) Reykjavik Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 229.7 sq. mm (453.2 kcmil)

ACCC®-Reykjavik

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial

DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 228.5 mm2 450.9 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-011) 10.54 mm 0.415 in.

Nominal Cross-sectional Area of Core 87.3 mm2 0.135 in

2

Overall Diameter of Conductor 20.78 mm 0.818 in.

Nominal Cross-sectional Area of the Conductor 315.8 mm2 0.489 in

2

Ultimate Tensile Strength of Conductor1,2 201.2 kN 45.2 kips

Rated Strength of Core - 313 ksi (2158 MPa) 188.3 kN 42.3 kips

Core Nominal Mass per unit length 164 kg/km 110 lb/kft

Conductor Nominal Mass per unit length 798.8 kg/km 536.8 lb/kft

Aluminum Nominal Mass per unit length** 634.8 kg/km 426.6 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.61E-06 /oC 8.94E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 1.39E-05 /oC 7.74E-06 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 112.3 GPa 16.3 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 73.0 GPa 10.6 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.1230 ohm/km 0.1979 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.1257 ohm/km 0.2024 ohm/mile

AC Nominal Resistance at 75ºC 0.1504 ohm/km 0.2422 ohm/mile

AC Nominal Resistance at 180ºC 0.2024 ohm/km 0.3258 ohm/mile

691 @ 100C & 50 Hz

1027 @ 180C & 50 Hz

GMR (estimated) 0.009 m 0.029 ft

Inductive Reactance 0.222 ohm/km 0.429 ohm/mile

Capacitive Reactance 0.194 Mohm-km 0.100 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-133-E ACCC-TW 229 (451 kcmil) Monte Carlo Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 235.2 sq. mm (464.2 kcmil)

ACCC®-Monte Carlo

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial

DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 236.7 mm2 467.1 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-005) 7.75 mm 0.305 in.

Nominal Cross-sectional Area of Core 47.1 mm2 0.073 in

2

Overall Diameter of Conductor 19.53 mm 0.769 in.

Nominal Cross-sectional Area of the Conductor 283.8 mm2 0.440 in

2

Ultimate Tensile Strength of Conductor1,2 115.0 kN 25.9 kips

Rated Strength of Core - 313 ksi (2158 MPa) 101.7 kN 22.9 kips

Core Nominal Mass per unit length 86 kg/km 58 lb/kft

Conductor Nominal Mass per unit length 740.8 kg/km 497.9 lb/kft

Aluminum Nominal Mass per unit length** 654.8 kg/km 440.1 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.61E-06 /oC 8.94E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 1.71E-05 /oC 9.49E-06 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 112.3 GPa 16.3 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 67.0 GPa 9.7 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.1184 ohm/km 0.1905 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.1211 ohm/km 0.1951 ohm/mile

AC Nominal Resistance at 75ºC 0.1449 ohm/km 0.2334 ohm/mile

AC Nominal Resistance at 180ºC 0.1949 ohm/km 0.3138 ohm/mile

692 @ 100C & 50 Hz

1027 @ 180C & 50 Hz

GMR (estimated) 0.008 m 0.026 ft

Inductive Reactance 0.228 ohm/km 0.441 ohm/mile

Capacitive Reactance 0.197 Mohm-km 0.102 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-084-E ACCC-TW 237 (467 kcmil) Glasgow Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 243.7 sq. mm (480.9 kcmil)

ACCC®-Glasgow

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial

DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 248.8 mm2 491.0 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-003) 5.97 mm 0.235 in.

Nominal Cross-sectional Area of Core 28.0 mm2 0.043 in

2

Overall Diameter of Conductor 19.20 mm 0.756 in.

Nominal Cross-sectional Area of the Conductor 276.8 mm2 0.429 in

2

Ultimate Tensile Strength of Conductor1,2 74.4 kN 16.7 kips

Rated Strength of Core - 313 ksi (2158 MPa) 60.4 kN 13.6 kips

Core Nominal Mass per unit length 54 kg/km 36 lb/kft

Conductor Nominal Mass per unit length 742.1 kg/km 498.7 lb/kft

Aluminum Nominal Mass per unit length** 688.1 kg/km 462.4 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.61E-06 /oC 8.94E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 1.92E-05 /oC 1.07E-05 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 112.3 GPa 16.3 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 63.5 GPa 9.2 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.1126 ohm/km 0.1812 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.1153 ohm/km 0.1859 ohm/mile

AC Nominal Resistance at 75ºC 0.1379 ohm/km 0.2222 ohm/mile

AC Nominal Resistance at 180ºC 0.1854 ohm/km 0.2986 ohm/mile

706 @ 100C & 50 Hz

1047 @ 180C & 50 Hz

GMR (estimated) 0.008 m 0.025 ft

Inductive Reactance 0.231 ohm/km 0.445 ohm/mile

Capacitive Reactance 0.198 Mohm-km 0.103 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-139-E ACCC-TW 249 (491 kcmil) Gdansk Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 256.1 sq. mm (505.4 kcmil)

ACCC®-Gdansk

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial

DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 273.6 mm2 539.9 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-004) 7.11 mm 0.280 in.

Nominal Cross-sectional Area of Core 39.7 mm2 0.062 in

2

Overall Diameter of Conductor 20.50 mm 0.807 in.

Nominal Cross-sectional Area of the Conductor 313.3 mm2 0.486 in

2

Ultimate Tensile Strength of Conductor1,2 101.1 kN 22.7 kips

Rated Strength of Core - 313 ksi (2158 MPa) 85.7 kN 19.3 kips

Core Nominal Mass per unit length 76 kg/km 51 lb/kft

Conductor Nominal Mass per unit length 834.0 kg/km 560.5 lb/kft

Aluminum Nominal Mass per unit length** 758.0 kg/km 509.4 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.61E-06 /oC 8.94E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 1.83E-05 /oC 1.02E-05 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 112.3 GPa 16.3 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 64.9 GPa 9.4 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.1024 ohm/km 0.1648 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.1049 ohm/km 0.1691 ohm/mile

AC Nominal Resistance at 75ºC 0.1255 ohm/km 0.2022 ohm/mile

AC Nominal Resistance at 180ºC 0.1686 ohm/km 0.2716 ohm/mile

754 @ 100C & 50 Hz

1120 @ 180C & 50 Hz

GMR (estimated) 0.008 m 0.027 ft

Inductive Reactance 0.226 ohm/km 0.436 ohm/mile

Capacitive Reactance 0.194 Mohm-km 0.101 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-085-E ACCC-TW 274 (540 kcmil) Casablanca Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 281.6 sq. mm (555.8 kcmil)

ACCC®-Casablanca

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial

DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 313.8 mm2 619.3 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-008) 8.76 mm 0.345 in.

Nominal Cross-sectional Area of Core 60.3 mm2 0.093 in

2

Overall Diameter of Conductor 22.40 mm 0.882 in.

Nominal Cross-sectional Area of the Conductor 374.1 mm2 0.580 in

2

Ultimate Tensile Strength of Conductor1,2 147.9 kN 33.2 kips

Rated Strength of Core - 313 ksi (2158 MPa) 130.2 kN 29.3 kips

Core Nominal Mass per unit length 113 kg/km 76 lb/kft

Conductor Nominal Mass per unit length 980.7 kg/km 659.1 lb/kft

Aluminum Nominal Mass per unit length** 867.7 kg/km 583.2 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.45E-06 /oC 8.06E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 1.70E-05 /oC 9.47E-06 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 116.0 GPa 16.8 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 67.4 GPa 9.8 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0893 ohm/km 0.1437 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0915 ohm/km 0.1476 ohm/mile

AC Nominal Resistance at 75ºC 0.1095 ohm/km 0.1764 ohm/mile

AC Nominal Resistance at 180ºC 0.1471 ohm/km 0.2369 ohm/mile

827 @ 100C & 50 Hz

1233 @ 180C & 50 Hz

GMR (estimated) 0.009 m 0.030 ft

Inductive Reactance 0.220 ohm/km 0.424 ohm/mile

Capacitive Reactance 0.189 Mohm-km 0.098 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-094-E ACCC-TW 314 (619 kcmil) Oslo Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 323 sq. mm (637.5 kcmil)

ACCC®-Oslo

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial

DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 315.5 mm2 622.6 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-004) 7.11 mm 0.280 in.

Nominal Cross-sectional Area of Core 39.7 mm2 0.062 in

2

Overall Diameter of Conductor 21.79 mm 0.858 in.

Nominal Cross-sectional Area of the Conductor 355.2 mm2 0.551 in

2

Ultimate Tensile Strength of Conductor1,2 103.4 kN 23.2 kips

Rated Strength of Core - 313 ksi (2158 MPa) 85.7 kN 19.3 kips

Core Nominal Mass per unit length 76 kg/km 51 lb/kft

Conductor Nominal Mass per unit length 947.9 kg/km 637.1 lb/kft

Aluminum Nominal Mass per unit length** 871.9 kg/km 586.0 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.61E-06 /oC 8.94E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 1.88E-05 /oC 1.05E-05 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 112.3 GPa 16.3 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 64.1 GPa 9.3 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0887 ohm/km 0.1427 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0910 ohm/km 0.1469 ohm/mile

AC Nominal Resistance at 75ºC 0.1088 ohm/km 0.1754 ohm/mile

AC Nominal Resistance at 180ºC 0.1461 ohm/km 0.2354 ohm/mile

823 @ 100C & 50 Hz

1227 @ 180C & 50 Hz

GMR (estimated) 0.009 m 0.029 ft

Inductive Reactance 0.222 ohm/km 0.430 ohm/mile

Capacitive Reactance 0.191 Mohm-km 0.099 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-089-E ACCC-TW 316 (623 kcmil) Lisbon Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 324.8 sq. mm (640.9 kcmil)

ACCC®-Lisbon

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial

DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 367.4 mm2 725.1 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-005) 7.75 mm 0.305 in.

Nominal Cross-sectional Area of Core 47.1 mm2 0.073 in

2

Overall Diameter of Conductor 23.55 mm 0.927 in.

Nominal Cross-sectional Area of the Conductor 414.5 mm2 0.642 in

2

Ultimate Tensile Strength of Conductor1,2 122.4 kN 27.5 kips

Rated Strength of Core - 313 ksi (2158 MPa) 101.7 kN 22.9 kips

Core Nominal Mass per unit length 86 kg/km 58 lb/kft

Conductor Nominal Mass per unit length 1101.3 kg/km 740.2 lb/kft

Aluminum Nominal Mass per unit length** 1015.3 kg/km 682.4 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.61E-06 /oC 8.94E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 1.88E-05 /oC 1.04E-05 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 112.3 GPa 16.3 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 64.2 GPa 9.3 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0762 ohm/km 0.1226 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0784 ohm/km 0.1265 ohm/mile

AC Nominal Resistance at 75ºC 0.0936 ohm/km 0.1510 ohm/mile

AC Nominal Resistance at 180ºC 0.1256 ohm/km 0.2024 ohm/mile

907 @ 100C & 50 Hz

1355 @ 180C & 50 Hz

GMR (estimated) 0.010 m 0.031 ft

Inductive Reactance 0.217 ohm/km 0.420 ohm/mile

Capacitive Reactance 0.186 Mohm-km 0.097 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-091-E ACCC-TW 367 (725 kcmil) Amsterdam Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 378.2 sq. mm (746.4 kcmil)

ACCC®-Amsterdam

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial

DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 383.2 mm2 756.2 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-011) 10.54 mm 0.415 in.

Nominal Cross-sectional Area of Core 87.3 mm2 0.135 in

2

Overall Diameter of Conductor 25.00 mm 0.984 in.

Nominal Cross-sectional Area of the Conductor 470.5 mm2 0.729 in

2

Ultimate Tensile Strength of Conductor1,2 209.9 kN 47.2 kips

Rated Strength of Core - 313 ksi (2158 MPa) 188.3 kN 42.3 kips

Core Nominal Mass per unit length 164 kg/km 110 lb/kft

Conductor Nominal Mass per unit length 1223.0 kg/km 821.9 lb/kft

Aluminum Nominal Mass per unit length** 1059.0 kg/km 711.7 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.61E-06 /oC 8.94E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 1.65E-05 /oC 9.16E-06 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 112.3 GPa 16.3 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 68.1 GPa 9.9 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0730 ohm/km 0.1175 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0750 ohm/km 0.1210 ohm/mile

AC Nominal Resistance at 75ºC 0.0896 ohm/km 0.1445 ohm/mile

AC Nominal Resistance at 180ºC 0.1203 ohm/km 0.1938 ohm/mile

943 @ 100C & 50 Hz

1412 @ 180C & 50 Hz

GMR (estimated) 0.010 m 0.034 ft

Inductive Reactance 0.212 ohm/km 0.410 ohm/mile

Capacitive Reactance 0.183 Mohm-km 0.095 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-149-E ACCC-TW 383 (756 kcmil) 25 mm Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 394.5 sq. mm (778.5 kcmil)

ACCC®-25 mm

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial

DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 406.4 mm2 802.0 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-007) 9.53 mm 0.375 in.

Nominal Cross-sectional Area of Core 71.3 mm2 0.111 in

2

Overall Diameter of Conductor 25.14 mm 0.990 in.

Nominal Cross-sectional Area of the Conductor 477.7 mm2 0.740 in

2

Ultimate Tensile Strength of Conductor1,2 176.7 kN 39.7 kips

Rated Strength of Core - 313 ksi (2158 MPa) 153.8 kN 34.6 kips

Core Nominal Mass per unit length 132 kg/km 89 lb/kft

Conductor Nominal Mass per unit length 1257.2 kg/km 844.9 lb/kft

Aluminum Nominal Mass per unit length** 1125.2 kg/km 756.2 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.61E-06 /oC 8.94E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 1.76E-05 /oC 9.78E-06 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 112.3 GPa 16.3 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 66.1 GPa 9.6 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0690 ohm/km 0.1110 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0710 ohm/km 0.1147 ohm/mile

AC Nominal Resistance at 75ºC 0.0848 ohm/km 0.1368 ohm/mile

AC Nominal Resistance at 180ºC 0.1138 ohm/km 0.1833 ohm/mile

971 @ 100C & 50 Hz

1454 @ 180C & 50 Hz

GMR (estimated) 0.010 m 0.034 ft

Inductive Reactance 0.213 ohm/km 0.411 ohm/mile

Capacitive Reactance 0.183 Mohm-km 0.095 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-153-E ACCC-TW 406 (802 kcmil) Leipzig Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 418.4 sq. mm (825.6 kcmil)

ACCC®-Leipzig

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial

DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 421.4 mm2 831.6 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-006) 8.13 mm 0.320 in.

Nominal Cross-sectional Area of Core 51.9 mm2 0.080 in

2

Overall Diameter of Conductor 25.15 mm 0.990 in.

Nominal Cross-sectional Area of the Conductor 473.3 mm2 0.734 in

2

Ultimate Tensile Strength of Conductor1,2 135.7 kN 30.5 kips

Rated Strength of Core - 313 ksi (2158 MPa) 112.0 kN 25.2 kips

Core Nominal Mass per unit length 98 kg/km 66 lb/kft

Conductor Nominal Mass per unit length 1264.7 kg/km 850.0 lb/kft

Aluminum Nominal Mass per unit length** 1166.7 kg/km 784.1 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.61E-06 /oC 8.94E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 1.89E-05 /oC 1.05E-05 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 112.3 GPa 16.3 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 64.0 GPa 9.3 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0666 ohm/km 0.1072 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0687 ohm/km 0.1110 ohm/mile

AC Nominal Resistance at 75ºC 0.0820 ohm/km 0.1323 ohm/mile

AC Nominal Resistance at 180ºC 0.1099 ohm/km 0.1771 ohm/mile

987 @ 100C & 50 Hz

1479 @ 180C & 50 Hz

GMR (estimated) 0.010 m 0.033 ft

Inductive Reactance 0.213 ohm/km 0.412 ohm/mile

Capacitive Reactance 0.183 Mohm-km 0.095 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-093-E ACCC-TW 421 (832 kcmil) Brussels Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 433.8 sq. mm (856.1 kcmil)

ACCC®-Brussels

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial

DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 453.7 mm2 895.4 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-008) 8.76 mm 0.345 in.

Nominal Cross-sectional Area of Core 60.3 mm2 0.093 in

2

Overall Diameter of Conductor 26.40 mm 1.039 in.

Nominal Cross-sectional Area of the Conductor 514.0 mm2 0.797 in

2

Ultimate Tensile Strength of Conductor1,2 155.7 kN 35.0 kips

Rated Strength of Core - 313 ksi (2158 MPa) 130.2 kN 29.3 kips

Core Nominal Mass per unit length 113 kg/km 76 lb/kft

Conductor Nominal Mass per unit length 1367.8 kg/km 919.3 lb/kft

Aluminum Nominal Mass per unit length** 1254.8 kg/km 843.3 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.45E-06 /oC 8.06E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 1.85E-05 /oC 1.03E-05 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 116.0 GPa 16.8 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 64.8 GPa 9.4 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0617 ohm/km 0.0993 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0637 ohm/km 0.1031 ohm/mile

AC Nominal Resistance at 75ºC 0.0760 ohm/km 0.1228 ohm/mile

AC Nominal Resistance at 180ºC 0.1019 ohm/km 0.1642 ohm/mile

1039 @ 100C & 50 Hz

1560 @ 180C & 50 Hz

GMR (estimated) 0.011 m 0.035 ft

Inductive Reactance 0.210 ohm/km 0.406 ohm/mile

Capacitive Reactance 0.180 Mohm-km 0.093 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-134-E ACCC-TW 454 (895 kcmil) Stockholm 3L Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 467 sq. mm (921.7 kcmil)

ACCC®-Stockholm 3L

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial

DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 463.3 mm2 914.3 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-008) 8.76 mm 0.345 in.

Nominal Cross-sectional Area of Core 60.3 mm2 0.093 in

2

Overall Diameter of Conductor 26.40 mm 1.039 in.

Nominal Cross-sectional Area of the Conductor 523.6 mm2 0.812 in

2

Ultimate Tensile Strength of Conductor1,2 156.3 kN 35.1 kips

Rated Strength of Core - 313 ksi (2158 MPa) 130.2 kN 29.3 kips

Core Nominal Mass per unit length 113 kg/km 76 lb/kft

Conductor Nominal Mass per unit length 1394.6 kg/km 937.3 lb/kft

Aluminum Nominal Mass per unit length** 1281.6 kg/km 861.4 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.45E-06 /oC 8.06E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 1.86E-05 /oC 1.03E-05 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 116.0 GPa 16.8 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 64.7 GPa 9.4 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0605 ohm/km 0.0974 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0625 ohm/km 0.1011 ohm/mile

AC Nominal Resistance at 75ºC 0.0746 ohm/km 0.1205 ohm/mile

AC Nominal Resistance at 180ºC 0.0999 ohm/km 0.1610 ohm/mile

1049 @ 100C & 50 Hz

1576 @ 180C & 50 Hz

GMR (estimated) 0.011 m 0.035 ft

Inductive Reactance 0.210 ohm/km 0.406 ohm/mile

Capacitive Reactance 0.180 Mohm-km 0.093 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-095-E ACCC-TW 463 (914 kcmil) Stockholm 2L Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 476.9 sq. mm (941.2 kcmil)

ACCC®-Stockholm 2L

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial

DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 507.5 mm2 1001.5 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-008) 8.76 mm 0.345 in.

Nominal Cross-sectional Area of Core 60.3 mm2 0.093 in

2

Overall Diameter of Conductor 27.72 mm 1.091 in.

Nominal Cross-sectional Area of the Conductor 567.8 mm2 0.880 in

2

Ultimate Tensile Strength of Conductor1,2 158.7 kN 35.7 kips

Rated Strength of Core - 313 ksi (2158 MPa) 130.2 kN 29.3 kips

Core Nominal Mass per unit length 113 kg/km 76 lb/kft

Conductor Nominal Mass per unit length 1519.3 kg/km 1021.1 lb/kft

Aluminum Nominal Mass per unit length** 1406.3 kg/km 945.1 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.45E-06 /oC 8.06E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 1.89E-05 /oC 1.05E-05 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 116.0 GPa 16.8 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 64.2 GPa 9.3 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0553 ohm/km 0.0890 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0573 ohm/km 0.0928 ohm/mile

AC Nominal Resistance at 75ºC 0.0683 ohm/km 0.1104 ohm/mile

AC Nominal Resistance at 180ºC 0.0914 ohm/km 0.1474 ohm/mile

1112 @ 100C & 50 Hz

1673 @ 180C & 50 Hz

GMR (estimated) 0.011 m 0.037 ft

Inductive Reactance 0.207 ohm/km 0.401 ohm/mile

Capacitive Reactance 0.177 Mohm-km 0.092 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-096-E ACCC-TW 508 (1002 kcmil) Warsaw Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 522.4 sq. mm (1031 kcmil)

ACCC®-Warsaw

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial

DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 524.5 mm2 1035.1 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-007) 9.53 mm 0.375 in.

Nominal Cross-sectional Area of Core 71.3 mm2 0.111 in

2

Overall Diameter of Conductor 28.14 mm 1.108 in.

Nominal Cross-sectional Area of the Conductor 595.8 mm2 0.923 in

2

Ultimate Tensile Strength of Conductor1,2 183.3 kN 41.2 kips

Rated Strength of Core - 313 ksi (2158 MPa) 153.8 kN 34.6 kips

Core Nominal Mass per unit length 132 kg/km 89 lb/kft

Conductor Nominal Mass per unit length 1583.2 kg/km 1064.1 lb/kft

Aluminum Nominal Mass per unit length** 1451.2 kg/km 975.4 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.61E-06 /oC 8.94E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 1.86E-05 /oC 1.03E-05 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 112.3 GPa 16.3 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 64.5 GPa 9.4 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0534 ohm/km 0.0859 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0553 ohm/km 0.0897 ohm/mile

AC Nominal Resistance at 75ºC 0.0660 ohm/km 0.1067 ohm/mile

AC Nominal Resistance at 180ºC 0.0883 ohm/km 0.1423 ohm/mile

1136 @ 100C & 50 Hz

1711 @ 180C & 50 Hz

GMR (estimated) 0.011 m 0.038 ft

Inductive Reactance 0.206 ohm/km 0.398 ohm/mile

Capacitive Reactance 0.176 Mohm-km 0.091 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-098-E ACCC-TW 525 (1035 kcmil) Dublin Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 539.9 sq. mm (1065.5 kcmil)

ACCC®-Dublin

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial

DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 543.5 mm2 1072.6 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-007) 9.53 mm 0.375 in.

Nominal Cross-sectional Area of Core 71.3 mm2 0.111 in

2

Overall Diameter of Conductor 28.62 mm 1.127 in.

Nominal Cross-sectional Area of the Conductor 614.8 mm2 0.953 in

2

Ultimate Tensile Strength of Conductor1,2 184.4 kN 41.5 kips

Rated Strength of Core - 313 ksi (2158 MPa) 153.8 kN 34.6 kips

Core Nominal Mass per unit length 132 kg/km 89 lb/kft

Conductor Nominal Mass per unit length 1642.9 kg/km 1104.2 lb/kft

Aluminum Nominal Mass per unit length** 1510.9 kg/km 1015.5 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.61E-06 /oC 8.94E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 1.87E-05 /oC 1.04E-05 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 112.3 GPa 16.3 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 64.3 GPa 9.3 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0517 ohm/km 0.0832 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0536 ohm/km 0.0870 ohm/mile

AC Nominal Resistance at 75ºC 0.0639 ohm/km 0.1034 ohm/mile

AC Nominal Resistance at 180ºC 0.0855 ohm/km 0.1378 ohm/mile

1160 @ 100C & 50 Hz

1748 @ 180C & 50 Hz

GMR (estimated) 0.012 m 0.038 ft

Inductive Reactance 0.205 ohm/km 0.396 ohm/mile

Capacitive Reactance 0.175 Mohm-km 0.091 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-135-E ACCC-TW 544 (1073 kcmil) Kolkata Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 559.5 sq. mm (1104.1 kcmil)

ACCC®-Kolkata

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial

DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 546.4 mm2 1078.3 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-008) 8.76 mm 0.345 in.

Nominal Cross-sectional Area of Core 60.3 mm2 0.093 in

2

Overall Diameter of Conductor 28.62 mm 1.127 in.

Nominal Cross-sectional Area of the Conductor 606.7 mm2 0.940 in

2

Ultimate Tensile Strength of Conductor1,2 160.9 kN 36.2 kips

Rated Strength of Core - 313 ksi (2158 MPa) 130.2 kN 29.3 kips

Core Nominal Mass per unit length 113 kg/km 76 lb/kft

Conductor Nominal Mass per unit length 1626.8 kg/km 1093.3 lb/kft

Aluminum Nominal Mass per unit length** 1513.8 kg/km 1017.4 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.45E-06 /oC 8.06E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 1.91E-05 /oC 1.06E-05 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 116.0 GPa 16.8 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 63.8 GPa 9.2 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0514 ohm/km 0.0827 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0534 ohm/km 0.0866 ohm/mile

AC Nominal Resistance at 75ºC 0.0636 ohm/km 0.1030 ohm/mile

AC Nominal Resistance at 180ºC 0.0850 ohm/km 0.1372 ohm/mile

1163 @ 100C & 50 Hz

1752 @ 180C & 50 Hz

GMR (estimated) 0.012 m 0.038 ft

Inductive Reactance 0.206 ohm/km 0.397 ohm/mile

Capacitive Reactance 0.175 Mohm-km 0.091 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-099-E ACCC-TW 546 (1078 kcmil) Hamburg Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 562.5 sq. mm (1110 kcmil)

ACCC®-Hamburg

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial

DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 567.7 mm2 1120.3 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-008) 8.76 mm 0.345 in.

Nominal Cross-sectional Area of Core 60.3 mm2 0.093 in

2

Overall Diameter of Conductor 29.10 mm 1.146 in.

Nominal Cross-sectional Area of the Conductor 628.0 mm2 0.973 in

2

Ultimate Tensile Strength of Conductor1,2 162.1 kN 36.4 kips

Rated Strength of Core - 313 ksi (2158 MPa) 130.2 kN 29.3 kips

Core Nominal Mass per unit length 113 kg/km 76 lb/kft

Conductor Nominal Mass per unit length 1685.6 kg/km 1132.8 lb/kft

Aluminum Nominal Mass per unit length** 1572.6 kg/km 1056.9 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.45E-06 /oC 8.06E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 1.93E-05 /oC 1.07E-05 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 116.0 GPa 16.8 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 63.6 GPa 9.2 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0494 ohm/km 0.0795 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0514 ohm/km 0.0835 ohm/mile

AC Nominal Resistance at 75ºC 0.0612 ohm/km 0.0991 ohm/mile

AC Nominal Resistance at 180ºC 0.0818 ohm/km 0.1320 ohm/mile

1191 @ 100C & 50 Hz

1797 @ 180C & 50 Hz

GMR (estimated) 0.012 m 0.039 ft

Inductive Reactance 0.205 ohm/km 0.395 ohm/mile

Capacitive Reactance 0.174 Mohm-km 0.090 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-100-E ACCC-TW 568 (1120 kcmil) Milan Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 584.4 sq. mm (1153.3 kcmil)

ACCC®-Milan

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial

DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 592.5 mm2 1169.3 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-007) 9.53 mm 0.375 in.

Nominal Cross-sectional Area of Core 71.3 mm2 0.111 in

2

Overall Diameter of Conductor 29.89 mm 1.177 in.

Nominal Cross-sectional Area of the Conductor 663.8 mm2 1.029 in

2

Ultimate Tensile Strength of Conductor1,2 187.1 kN 42.1 kips

Rated Strength of Core - 313 ksi (2158 MPa) 153.8 kN 34.6 kips

Core Nominal Mass per unit length 132 kg/km 89 lb/kft

Conductor Nominal Mass per unit length 1773.9 kg/km 1192.2 lb/kft

Aluminum Nominal Mass per unit length** 1641.9 kg/km 1103.5 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.61E-06 /oC 8.94E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 1.90E-05 /oC 1.06E-05 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 112.3 GPa 16.3 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 63.8 GPa 9.3 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0474 ohm/km 0.0763 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0494 ohm/km 0.0802 ohm/mile

AC Nominal Resistance at 75ºC 0.0588 ohm/km 0.0952 ohm/mile

AC Nominal Resistance at 180ºC 0.0785 ohm/km 0.1267 ohm/mile

1225 @ 100C & 50 Hz

1850 @ 180C & 50 Hz

GMR (estimated) 0.012 m 0.040 ft

Inductive Reactance 0.203 ohm/km 0.391 ohm/mile

Capacitive Reactance 0.173 Mohm-km 0.089 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-101-E ACCC-TW 593 (1169 kcmil) Rome Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 609.9 sq. mm (1203.7 kcmil)

ACCC®-Rome

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial

DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 629.2 mm2 1241.7 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-008) 8.76 mm 0.345 in.

Nominal Cross-sectional Area of Core 60.3 mm2 0.093 in

2

Overall Diameter of Conductor 30.42 mm 1.198 in.

Nominal Cross-sectional Area of the Conductor 689.5 mm2 1.069 in

2

Ultimate Tensile Strength of Conductor1,2 165.6 kN 37.2 kips

Rated Strength of Core - 313 ksi (2158 MPa) 130.2 kN 29.3 kips

Core Nominal Mass per unit length 113 kg/km 76 lb/kft

Conductor Nominal Mass per unit length 1852.2 kg/km 1244.8 lb/kft

Aluminum Nominal Mass per unit length** 1739.2 kg/km 1168.9 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.45E-06 /oC 8.06E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 1.96E-05 /oC 1.09E-05 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 115.9 GPa 16.8 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 63.1 GPa 9.1 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0445 ohm/km 0.0716 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0466 ohm/km 0.0758 ohm/mile

AC Nominal Resistance at 75ºC 0.0554 ohm/km 0.0898 ohm/mile

AC Nominal Resistance at 180ºC 0.0738 ohm/km 0.1192 ohm/mile

1269 @ 100C & 50 Hz

1918 @ 180C & 50 Hz

GMR (estimated) 0.012 m 0.040 ft

Inductive Reactance 0.202 ohm/km 0.390 ohm/mile

Capacitive Reactance 0.172 Mohm-km 0.089 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-103-E ACCC-TW 629 (1242 kcmil) Vienna Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 647.7 sq. mm (1278.2 kcmil)

ACCC®-Vienna

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial

DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 668.3 mm2 1318.9 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-007) 9.53 mm 0.375 in.

Nominal Cross-sectional Area of Core 71.3 mm2 0.111 in

2

Overall Diameter of Conductor 31.50 mm 1.240 in.

Nominal Cross-sectional Area of the Conductor 739.6 mm2 1.146 in

2

Ultimate Tensile Strength of Conductor1,2 191.4 kN 43.0 kips

Rated Strength of Core - 313 ksi (2158 MPa) 153.8 kN 34.6 kips

Core Nominal Mass per unit length 132 kg/km 89 lb/kft

Conductor Nominal Mass per unit length 1983.5 kg/km 1333.1 lb/kft

Aluminum Nominal Mass per unit length** 1851.5 kg/km 1244.4 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.61E-06 /oC 8.94E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 1.94E-05 /oC 1.08E-05 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 112.3 GPa 16.3 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 63.2 GPa 9.2 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0420 ohm/km 0.0676 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0440 ohm/km 0.0717 ohm/mile

AC Nominal Resistance at 75ºC 0.0523 ohm/km 0.0849 ohm/mile

AC Nominal Resistance at 180ºC 0.0697 ohm/km 0.1126 ohm/mile

1318 @ 100C & 50 Hz

1996 @ 180C & 50 Hz

GMR (estimated) 0.013 m 0.042 ft

Inductive Reactance 0.200 ohm/km 0.385 ohm/mile

Capacitive Reactance 0.170 Mohm-km 0.088 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-104-E ACCC-TW 668 (1319 kcmil) Budapest Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 688 sq. mm (1357.7 kcmil)

ACCC®-Budapest

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial

DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 685.4 mm2 1352.6 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-007) 9.53 mm 0.375 in.

Nominal Cross-sectional Area of Core 71.3 mm2 0.111 in

2

Overall Diameter of Conductor 31.77 mm 1.251 in.

Nominal Cross-sectional Area of the Conductor 756.7 mm2 1.173 in

2

Ultimate Tensile Strength of Conductor1,2 192.4 kN 43.3 kips

Rated Strength of Core - 313 ksi (2158 MPa) 153.8 kN 34.6 kips

Core Nominal Mass per unit length 132 kg/km 89 lb/kft

Conductor Nominal Mass per unit length 2034.6 kg/km 1367.4 lb/kft

Aluminum Nominal Mass per unit length** 1902.6 kg/km 1278.7 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.61E-06 /oC 8.94E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 1.94E-05 /oC 1.08E-05 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 112.3 GPa 16.3 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 63.1 GPa 9.2 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0410 ohm/km 0.0660 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0431 ohm/km 0.0701 ohm/mile

AC Nominal Resistance at 75ºC 0.0511 ohm/km 0.0830 ohm/mile

AC Nominal Resistance at 180ºC 0.0681 ohm/km 0.1101 ohm/mile

1336 @ 100C & 50 Hz

2025 @ 180C & 50 Hz

GMR (estimated) 0.013 m 0.042 ft

Inductive Reactance 0.199 ohm/km 0.384 ohm/mile

Capacitive Reactance 0.169 Mohm-km 0.088 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-136-E ACCC-TW 685 (1353 kcmil) Mumbai Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 705.6 sq. mm (1392.4 kcmil)

ACCC®-Mumbai

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial

DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 690.7 mm2 1363.1 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-008) 8.76 mm 0.345 in.

Nominal Cross-sectional Area of Core 60.3 mm2 0.093 in

2

Overall Diameter of Conductor 31.77 mm 1.251 in.

Nominal Cross-sectional Area of the Conductor 751.0 mm2 1.164 in

2

Ultimate Tensile Strength of Conductor1,2 169.1 kN 38.0 kips

Rated Strength of Core - 313 ksi (2158 MPa) 130.2 kN 29.3 kips

Core Nominal Mass per unit length 113 kg/km 76 lb/kft

Conductor Nominal Mass per unit length 2030.2 kg/km 1364.5 lb/kft

Aluminum Nominal Mass per unit length** 1917.2 kg/km 1288.5 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.45E-06 /oC 8.06E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 1.98E-05 /oC 1.10E-05 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 116.0 GPa 16.8 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 62.7 GPa 9.1 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0407 ohm/km 0.0655 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0428 ohm/km 0.0699 ohm/mile

AC Nominal Resistance at 75ºC 0.0508 ohm/km 0.0826 ohm/mile

AC Nominal Resistance at 180ºC 0.0676 ohm/km 0.1093 ohm/mile

1340 @ 100C & 50 Hz

2032 @ 180C & 50 Hz

GMR (estimated) 0.013 m 0.042 ft

Inductive Reactance 0.199 ohm/km 0.385 ohm/mile

Capacitive Reactance 0.169 Mohm-km 0.088 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-105-E ACCC-TW 691 (1363 kcmil) Prague Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 711 sq. mm (1403.2 kcmil)

ACCC®-Prague

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial

DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 733.2 mm2 1446.9 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-007) 9.53 mm 0.375 in.

Nominal Cross-sectional Area of Core 71.3 mm2 0.111 in

2

Overall Diameter of Conductor 32.85 mm 1.293 in.

Nominal Cross-sectional Area of the Conductor 804.5 mm2 1.247 in

2

Ultimate Tensile Strength of Conductor1,2 195.0 kN 43.8 kips

Rated Strength of Core - 313 ksi (2158 MPa) 153.8 kN 34.6 kips

Core Nominal Mass per unit length 132 kg/km 89 lb/kft

Conductor Nominal Mass per unit length 2169.9 kg/km 1458.4 lb/kft

Aluminum Nominal Mass per unit length** 2037.9 kg/km 1369.7 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.61E-06 /oC 8.94E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 1.96E-05 /oC 1.09E-05 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 112.3 GPa 16.3 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 62.8 GPa 9.1 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0384 ohm/km 0.0618 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0405 ohm/km 0.0661 ohm/mile

AC Nominal Resistance at 75ºC 0.0480 ohm/km 0.0781 ohm/mile

AC Nominal Resistance at 180ºC 0.0638 ohm/km 0.1032 ohm/mile

1392 @ 100C & 50 Hz

2113 @ 180C & 50 Hz

GMR (estimated) 0.013 m 0.043 ft

Inductive Reactance 0.197 ohm/km 0.381 ohm/mile

Capacitive Reactance 0.167 Mohm-km 0.087 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-106-E ACCC-TW 733 (1447 kcmil) Munich Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 754.8 sq. mm (1489.5 kcmil)

ACCC®-Munich

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial

DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 749.5 mm2 1479.1 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-011) 10.54 mm 0.415 in.

Nominal Cross-sectional Area of Core 87.3 mm2 0.135 in

2

Overall Diameter of Conductor 33.40 mm 1.315 in.

Nominal Cross-sectional Area of the Conductor 836.8 mm2 1.297 in

2

Ultimate Tensile Strength of Conductor1,2 230.5 kN 51.8 kips

Rated Strength of Core - 313 ksi (2158 MPa) 188.3 kN 42.3 kips

Core Nominal Mass per unit length 164 kg/km 110 lb/kft

Conductor Nominal Mass per unit length 2242.6 kg/km 1507.2 lb/kft

Aluminum Nominal Mass per unit length** 2078.6 kg/km 1397.0 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.61E-06 /oC 8.94E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 1.91E-05 /oC 1.06E-05 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 112.3 GPa 16.3 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 63.7 GPa 9.2 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0375 ohm/km 0.0604 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0395 ohm/km 0.0645 ohm/mile

AC Nominal Resistance at 75ºC 0.0469 ohm/km 0.0762 ohm/mile

AC Nominal Resistance at 180ºC 0.0624 ohm/km 0.1008 ohm/mile

1415 @ 100C & 50 Hz

2148 @ 180C & 50 Hz

GMR (estimated) 0.014 m 0.044 ft

Inductive Reactance 0.196 ohm/km 0.378 ohm/mile

Capacitive Reactance 0.166 Mohm-km 0.086 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-151-E ACCC-TW 750 (1479 kcmil) Warwick Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 771.5 sq. mm (1522.6 kcmil)

ACCC®-Warwick

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial

DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 759.0 mm2 1497.9 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-009) 9.78 mm 0.385 in.

Nominal Cross-sectional Area of Core 75.1 mm2 0.116 in

2

Overall Diameter of Conductor 33.40 mm 1.315 in.

Nominal Cross-sectional Area of the Conductor 834.1 mm2 1.293 in

2

Ultimate Tensile Strength of Conductor1,2 204.8 kN 46.0 kips

Rated Strength of Core - 313 ksi (2158 MPa) 162.1 kN 36.4 kips

Core Nominal Mass per unit length 143 kg/km 96 lb/kft

Conductor Nominal Mass per unit length 2247.9 kg/km 1510.8 lb/kft

Aluminum Nominal Mass per unit length** 2104.9 kg/km 1414.7 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.61E-06 /oC 8.94E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 1.96E-05 /oC 1.09E-05 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 112.3 GPa 16.3 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 62.9 GPa 9.1 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0370 ohm/km 0.0595 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0391 ohm/km 0.0639 ohm/mile

AC Nominal Resistance at 75ºC 0.0464 ohm/km 0.0754 ohm/mile

AC Nominal Resistance at 180ºC 0.0616 ohm/km 0.0996 ohm/mile

1424 @ 100C & 50 Hz

2164 @ 180C & 50 Hz

GMR (estimated) 0.013 m 0.044 ft

Inductive Reactance 0.196 ohm/km 0.379 ohm/mile

Capacitive Reactance 0.166 Mohm-km 0.086 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-107-E ACCC-TW 759 (1498 kcmil) London Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 781.3 sq. mm (1541.9 kcmil)

ACCC®-London

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial

DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 813.7 mm2 1605.8 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-008) 8.76 mm 0.345 in.

Nominal Cross-sectional Area of Core 60.3 mm2 0.093 in

2

Overall Diameter of Conductor 34.16 mm 1.345 in.

Nominal Cross-sectional Area of the Conductor 874.0 mm2 1.355 in

2

Ultimate Tensile Strength of Conductor1,2 176.0 kN 39.6 kips

Rated Strength of Core - 313 ksi (2158 MPa) 130.2 kN 29.3 kips

Core Nominal Mass per unit length 113 kg/km 76 lb/kft

Conductor Nominal Mass per unit length 2365.8 kg/km 1590.0 lb/kft

Aluminum Nominal Mass per unit length** 2252.8 kg/km 1514.1 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.45E-06 /oC 8.06E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 2.03E-05 /oC 1.13E-05 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 116.0 GPa 16.8 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 62.0 GPa 9.0 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0345 ohm/km 0.0555 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0368 ohm/km 0.0604 ohm/mile

AC Nominal Resistance at 75ºC 0.0435 ohm/km 0.0710 ohm/mile

AC Nominal Resistance at 180ºC 0.0576 ohm/km 0.0933 ohm/mile

1480 @ 100C & 50 Hz

2254 @ 180C & 50 Hz

GMR (estimated) 0.014 m 0.045 ft

Inductive Reactance 0.195 ohm/km 0.377 ohm/mile

Capacitive Reactance 0.165 Mohm-km 0.085 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-109-E ACCC-TW 814 (1606 kcmil) Paris Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 837.6 sq. mm (1653 kcmil)

ACCC®-Paris

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial

DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 880.9 mm2 1738.4 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-011) 10.54 mm 0.415 in.

Nominal Cross-sectional Area of Core 87.3 mm2 0.135 in

2

Overall Diameter of Conductor 35.76 mm 1.408 in.

Nominal Cross-sectional Area of the Conductor 968.2 mm2 1.501 in

2

Ultimate Tensile Strength of Conductor1,2 237.9 kN 53.5 kips

Rated Strength of Core - 313 ksi (2158 MPa) 188.3 kN 42.3 kips

Core Nominal Mass per unit length 164 kg/km 110 lb/kft

Conductor Nominal Mass per unit length 2602.0 kg/km 1748.8 lb/kft

Aluminum Nominal Mass per unit length** 2438.0 kg/km 1638.6 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.61E-06 /oC 8.94E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 1.96E-05 /oC 1.09E-05 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 112.3 GPa 16.3 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 62.9 GPa 9.1 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0318 ohm/km 0.0512 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0340 ohm/km 0.0559 ohm/mile

AC Nominal Resistance at 75ºC 0.0402 ohm/km 0.0656 ohm/mile

AC Nominal Resistance at 180ºC 0.0532 ohm/km 0.0861 ohm/mile

1560 @ 100C & 50 Hz

2379 @ 180C & 50 Hz

GMR (estimated) 0.014 m 0.047 ft

Inductive Reactance 0.192 ohm/km 0.370 ohm/mile

Capacitive Reactance 0.162 Mohm-km 0.084 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-138-E ACCC-TW 881 (1738 kcmil) Bordeaux Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 906.8 sq. mm (1789.6 kcmil)

ACCC®-Bordeaux

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial

DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 944.9 mm2 1864.7 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-009) 9.78 mm 0.385 in.

Nominal Cross-sectional Area of Core 75.1 mm2 0.116 in

2

Overall Diameter of Conductor 36.85 mm 1.451 in.

Nominal Cross-sectional Area of the Conductor 1020.0 mm2 1.581 in

2

Ultimate Tensile Strength of Conductor1,2 215.3 kN 48.4 kips

Rated Strength of Core - 313 ksi (2158 MPa) 162.1 kN 36.4 kips

Core Nominal Mass per unit length 143 kg/km 96 lb/kft

Conductor Nominal Mass per unit length 2759.5 kg/km 1854.6 lb/kft

Aluminum Nominal Mass per unit length** 2616.5 kg/km 1758.5 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.61E-06 /oC 8.94E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 2.02E-05 /oC 1.12E-05 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 112.3 GPa 16.3 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 62.0 GPa 9.0 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0297 ohm/km 0.0478 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0321 ohm/km 0.0529 ohm/mile

AC Nominal Resistance at 75ºC 0.0378 ohm/km 0.0619 ohm/mile

AC Nominal Resistance at 180ºC 0.0498 ohm/km 0.0808 ohm/mile

1623 @ 100C & 50 Hz

2483 @ 180C & 50 Hz

GMR (estimated) 0.015 m 0.048 ft

Inductive Reactance 0.190 ohm/km 0.367 ohm/mile

Capacitive Reactance 0.161 Mohm-km 0.083 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-110-E ACCC-TW 945 (1865 kcmil) Antwerp Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 972.7 sq. mm (1919.6 kcmil)

ACCC®-Antwerp

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial

DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 1006.5 mm2 1986.3 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-011) 10.54 mm 0.415 in.

Nominal Cross-sectional Area of Core 87.3 mm2 0.135 in

2

Overall Diameter of Conductor 38.20 mm 1.504 in.

Nominal Cross-sectional Area of the Conductor 1093.8 mm2 1.695 in

2

Ultimate Tensile Strength of Conductor1,2 244.9 kN 55.1 kips

Rated Strength of Core - 313 ksi (2158 MPa) 188.3 kN 42.3 kips

Core Nominal Mass per unit length 164 kg/km 110 lb/kft

Conductor Nominal Mass per unit length 2948.9 kg/km 1981.9 lb/kft

Aluminum Nominal Mass per unit length** 2784.9 kg/km 1871.7 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.61E-06 /oC 8.94E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 2.00E-05 /oC 1.11E-05 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 112.3 GPa 16.3 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 62.3 GPa 9.0 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0278 ohm/km 0.0447 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0303 ohm/km 0.0499 ohm/mile

AC Nominal Resistance at 75ºC 0.0356 ohm/km 0.0583 ohm/mile

AC Nominal Resistance at 180ºC 0.0467 ohm/km 0.0759 ohm/mile

1692 @ 100C & 50 Hz

2594 @ 180C & 50 Hz

GMR (estimated) 0.015 m 0.050 ft

Inductive Reactance 0.188 ohm/km 0.363 ohm/mile

Capacitive Reactance 0.159 Mohm-km 0.082 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-112-E ACCC-TW 1007 (1986 kcmil) Berlin Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 1036.1 sq. mm (2044.7 kcmil)

ACCC®-Berlin

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial

DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 1013.1 mm2 1999.3 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-009) 9.78 mm 0.385 in.

Nominal Cross-sectional Area of Core 75.1 mm2 0.116 in

2

Overall Diameter of Conductor 38.20 mm 1.504 in.

Nominal Cross-sectional Area of the Conductor 1088.2 mm2 1.687 in

2

Ultimate Tensile Strength of Conductor1,2 219.1 kN 49.3 kips

Rated Strength of Core - 313 ksi (2158 MPa) 162.1 kN 36.4 kips

Core Nominal Mass per unit length 143 kg/km 96 lb/kft

Conductor Nominal Mass per unit length 2947.3 kg/km 1980.8 lb/kft

Aluminum Nominal Mass per unit length** 2804.3 kg/km 1884.7 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.61E-06 /oC 8.94E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 2.04E-05 /oC 1.13E-05 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 112.3 GPa 16.3 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 61.8 GPa 9.0 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0276 ohm/km 0.0444 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0302 ohm/km 0.0498 ohm/mile

AC Nominal Resistance at 75ºC 0.0354 ohm/km 0.0581 ohm/mile

AC Nominal Resistance at 180ºC 0.0464 ohm/km 0.0755 ohm/mile

1696 @ 100C & 50 Hz

2602 @ 180C & 50 Hz

GMR (estimated) 0.015 m 0.050 ft

Inductive Reactance 0.188 ohm/km 0.363 ohm/mile

Capacitive Reactance 0.159 Mohm-km 0.082 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-113-E ACCC-TW 1013 (1999 kcmil) Madrid Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 1042.9 sq. mm (2058.1 kcmil)

ACCC®-Madrid

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial

DATA SHEET:

Governing Units: Metric

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 1409.7 mm2 2782.0 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-011) 10.54 mm 0.415 in.

Nominal Cross-sectional Area of Core 87.3 mm2 0.135 in

2

Overall Diameter of Conductor 44.75 mm 1.762 in.

Nominal Cross-sectional Area of the Conductor 1497.0 mm2 2.320 in

2

Ultimate Tensile Strength of Conductor1,2 267.6 kN 60.2 kips

Rated Strength of Core - 313 ksi (2158 MPa) 188.3 kN 42.3 kips

Core Nominal Mass per unit length 164 kg/km 110 lb/kft

Conductor Nominal Mass per unit length 4065.4 kg/km 2732.3 lb/kft

Aluminum Nominal Mass per unit length** 3901.4 kg/km 2622.1 lb/kft

Maximum Allowable Operating Temperature at Surface4 180 o

C 356 oF

Coefficient of Linear Expansion Above Thermal Kneepoint 1.61E-06 /oC 8.94E-07 /

oF

Coefficient of Linear Expansion Below Thermal Kneepoint 2.07E-05 /oC 1.15E-05 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 112.3 GPa 16.3 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 61.2 GPa 8.9 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0199 ohm/km 0.0320 ohm/mile

Temperature Coefficient of Resistance 0.00403 0.00403

Frequency 50 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0231 ohm/km 0.0388 ohm/mile

AC Nominal Resistance at 75ºC 0.0267 ohm/km 0.0402 ohm/mile

AC Nominal Resistance at 180ºC 0.0343 ohm/km 0.0432 ohm/mile

2050 @ 100C & 50 Hz

3189 @ 180C & 50 Hz

GMR (estimated) 0.018 m 0.058 ft

Inductive Reactance 0.178 ohm/km 0.345 ohm/mile

Capacitive Reactance 0.150 Mohm-km 0.077 Mohm-mile

1) Based on 96% of the annealed aluminum minimum tensile strength given in ASTM B 609 and EN 50540.

2) Strength at ambient temperature

F-730-137-E ACCC-TW 1410 (2782 kcmil) Athens Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

Metric Imperial

AC Current Rating at Given Temperature3

The information contained herein is offered in good faith. The ACCC® manufacturer’s specification may have some variation from the indicated values in this spec

sheet, with the weight and cross sectional area being no more than ±2% of the value indicated.

**ACCC® Conductors are required to exhibit lay lengths (ratios) that conform to ASTM B 857 or EN 50540.

3) Conditions: 2 ft/s (0.61 m/s) wind, 0 ft (0 m) Elevation, 0.5 Emis. 0.5 absorp. 40°C Ambient temperature, 96 W/sq. ft (1033 W/sq. m) sun radiation

4) Maximum continuous operating temperature of ACCC® is 180°C and a maximum emergency temperature of 200°C (10,000 hours over the life of the conductor).

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 1451.2 sq. mm (2863.8 kcmil)

ACCC®-Athens

NOT RELEASED

For questions, please contact CTC Application Engineering Department: [email protected]

Metric Imperial