DATA SHEET:

Governing Units: Imperial

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 154.4 mm2 304.7 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 182.1 mm2 0.282 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 478 kg/km 321.3 lb/kft

Aluminum Nominal Mass per unit length** 424.5 kg/km 285.3 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 1.72E-05 /oC 9.57E-06 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 112.3 GPa 16.3 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 63.1 GPa 9.1 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.1793 ohm/km 0.2885 ohm/mile

Temperature Coefficient of Resistance 0.00404 0.00404

Frequency 60 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.1829 ohm/km 0.2944 ohm/mile

AC Nominal Resistance at 75ºC 0.2197 ohm/km 0.3535 ohm/mile

AC Nominal Resistance at 180ºC 0.2968 ohm/km 0.4776 ohm/mile

528 @ 100C & 60 Hz

778 @ 180C & 60 Hz

GMR (estimated) 0.006 m 0.021 ft

Inductive Reactance 0.291 ohm/km 0.468 ohm/mile

Capacitive Reactance 0.175 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-730-116-E ACCC-TW 154 (305 kcmil) Pasadena Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

AC Current Rating at Given Temperature3

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 158.9 sq. mm (313.6 kcmil)

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

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.

Metric Imperial

ACCC®-Pasadena

NOT RELEASED

For questions, please contact CTC Application Engineering Department: applicationsupport@ctcglobal.com

Metric Imperial

DATA SHEET:

Governing Units: Imperial

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 194.2 mm2 383.2 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 17.27 mm 0.680 in.

Nominal Cross-sectional Area of the Conductor 221.9 mm2 0.344 in

2

Ultimate Tensile Strength of Conductor1,2 71.2 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 589 kg/km 396.0 lb/kft

Aluminum Nominal Mass per unit length** 535.6 kg/km 360.0 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 1.81E-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 61.5 GPa 8.9 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.1441 ohm/km 0.2319 ohm/mile

Temperature Coefficient of Resistance 0.00404 0.00404

Frequency 60 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.1475 ohm/km 0.2374 ohm/mile

AC Nominal Resistance at 75ºC 0.1765 ohm/km 0.2841 ohm/mile

AC Nominal Resistance at 180ºC 0.2375 ohm/km 0.3822 ohm/mile

606 @ 100C & 60 Hz

896 @ 180C & 60 Hz

GMR (estimated) 0.007 m 0.023 ft

Inductive Reactance 0.284 ohm/km 0.457 ohm/mile

Capacitive Reactance 0.170 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-730-193-E ACCC-TW 194 (383 kcmil) Oceanside Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

AC Current Rating at Given Temperature3

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 199.9 sq. mm (394.5 kcmil)

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

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.

Metric Imperial

ACCC®-Oceanside

NOT RELEASED

For questions, please contact CTC Application Engineering Department: applicationsupport@ctcglobal.com

Metric Imperial

DATA SHEET:

Governing Units: Imperial

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 218.1 mm2 430.5 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 245.9 mm2 0.381 in

2

Ultimate Tensile Strength of Conductor1,2 72.5 kN 16.3 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 655 kg/km 440.1 lb/kft

Aluminum Nominal Mass per unit length** 601.3 kg/km 404.1 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 1.86E-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 60.8 GPa 8.8 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.1319 ohm/km 0.2122 ohm/mile

Temperature Coefficient of Resistance 0.00404 0.00404

Frequency 60 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.1307 ohm/km 0.2103 ohm/mile

AC Nominal Resistance at 75ºC 0.1564 ohm/km 0.2517 ohm/mile

AC Nominal Resistance at 180ºC 0.2104 ohm/km 0.3386 ohm/mile

654 @ 100C & 60 Hz

968 @ 180C & 60 Hz

GMR (estimated) 0.007 m 0.024 ft

Inductive Reactance 0.280 ohm/km 0.451 ohm/mile

Capacitive Reactance 0.167 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-730-082-E ACCC-TW 218 (430 kcmil) Linnet Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

AC Current Rating at Given Temperature3

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 224.6 sq. mm (443.1 kcmil)

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

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.

Metric Imperial

ACCC®-Linnet

NOT RELEASED

For questions, please contact CTC Application Engineering Department: applicationsupport@ctcglobal.com

Metric Imperial

DATA SHEET:

Governing Units: Imperial

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 222.3 mm2 438.6 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 18.82 mm 0.741 in.

Nominal Cross-sectional Area of the Conductor 262.3 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 689 kg/km 463.0 lb/kft

Aluminum Nominal Mass per unit length** 613.0 kg/km 412.0 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 1.72E-05 /oC 9.57E-06 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 112.3 GPa 16.3 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 63.1 GPa 9.1 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.1255 ohm/km 0.2019 ohm/mile

Temperature Coefficient of Resistance 0.00404 0.00404

Frequency 60 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.1283 ohm/km 0.2065 ohm/mile

AC Nominal Resistance at 75ºC 0.1535 ohm/km 0.2471 ohm/mile

AC Nominal Resistance at 180ºC 0.2065 ohm/km 0.3324 ohm/mile

665 @ 100C & 60 Hz

986 @ 180C & 60 Hz

GMR (estimated) 0.008 m 0.025 ft

Inductive Reactance 0.277 ohm/km 0.446 ohm/mile

Capacitive Reactance 0.166 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-730-086-E ACCC-TW 222 (439 kcmil) Oriole Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

AC Current Rating at Given Temperature3

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 228.8 sq. mm (451.5 kcmil)

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

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.

Metric Imperial

ACCC®-Oriole

NOT RELEASED

For questions, please contact CTC Application Engineering Department: applicationsupport@ctcglobal.com

Metric Imperial

DATA SHEET:

Governing Units: Imperial

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 230.1 mm2 454.0 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 19.56 mm 0.770 in.

Nominal Cross-sectional Area of the Conductor 277.2 mm2 0.430 in

2

Ultimate Tensile Strength of Conductor1,2 114.8 kN 25.8 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 721 kg/km 484.6 lb/kft

Aluminum Nominal Mass per unit length** 634.7 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 1.67E-05 /oC 9.26E-06 /

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 0.1212 ohm/km 0.1951 ohm/mile

Temperature Coefficient of Resistance 0.00404 0.00404

Frequency 60 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.1240 ohm/km 0.1996 ohm/mile

AC Nominal Resistance at 75ºC 0.1488 ohm/km 0.2395 ohm/mile

AC Nominal Resistance at 180ºC 0.2009 ohm/km 0.3233 ohm/mile

683 @ 100C & 60 Hz

1012 @ 180C & 60 Hz

GMR (estimated) 0.008 m 0.027 ft

Inductive Reactance 0.274 ohm/km 0.440 ohm/mile

Capacitive Reactance 0.164 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-730-117-E ACCC-TW 230 (454 kcmil) Waco Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

AC Current Rating at Given Temperature3

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 236.8 sq. mm (467.4 kcmil)

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

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.

Metric Imperial

ACCC®-Waco

NOT RELEASED

For questions, please contact CTC Application Engineering Department: applicationsupport@ctcglobal.com

Metric Imperial

DATA SHEET:

Governing Units: Imperial

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 268.5 mm2 529.8 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 308.5 mm2 0.478 in

2

Ultimate Tensile Strength of Conductor1,2 101.0 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 816 kg/km 548.4 lb/kft

Aluminum Nominal Mass per unit length** 740.1 kg/km 497.4 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 1.80E-05 /oC 9.99E-06 /

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 0.1038 ohm/km 0.1671 ohm/mile

Temperature Coefficient of Resistance 0.00404 0.00404

Frequency 60 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.1064 ohm/km 0.1712 ohm/mile

AC Nominal Resistance at 75ºC 0.1276 ohm/km 0.2053 ohm/mile

AC Nominal Resistance at 180ºC 0.1721 ohm/km 0.2769 ohm/mile

747 @ 100C & 60 Hz

1109 @ 180C & 60 Hz

GMR (estimated) 0.008 m 0.027 ft

Inductive Reactance 0.271 ohm/km 0.436 ohm/mile

Capacitive Reactance 0.162 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-730-118-E ACCC-TW 268 (530 kcmil) Laredo Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

AC Current Rating at Given Temperature3

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 276.4 sq. mm (545.4 kcmil)

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

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.

Metric Imperial

ACCC®-Laredo

NOT RELEASED

For questions, please contact CTC Application Engineering Department: applicationsupport@ctcglobal.com

Metric Imperial

DATA SHEET:

Governing Units: Imperial

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 308.8 mm2 609.5 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 22.40 mm 0.882 in.

Nominal Cross-sectional Area of the Conductor 368.8 mm2 0.572 in

2

Ultimate Tensile Strength of Conductor1,2 147.7 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 965 kg/km 648.5 lb/kft

Aluminum Nominal Mass per unit length** 851.8 kg/km 572.5 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 1.67E-05 /oC 9.28E-06 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 116.0 GPa 16.8 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 0.0903 ohm/km 0.1454 ohm/mile

Temperature Coefficient of Resistance 0.00404 0.00404

Frequency 60 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0926 ohm/km 0.1491 ohm/mile

AC Nominal Resistance at 75ºC 0.1111 ohm/km 0.1788 ohm/mile

AC Nominal Resistance at 180ºC 0.1499 ohm/km 0.2412 ohm/mile

820 @ 100C & 60 Hz

1222 @ 180C & 60 Hz

GMR (estimated) 0.009 m 0.030 ft

Inductive Reactance 0.264 ohm/km 0.424 ohm/mile

Capacitive Reactance 0.158 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-730-119-E ACCC-TW 309 (609 kcmil) Irving Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

AC Current Rating at Given Temperature3

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 317.9 sq. mm (627.4 kcmil)

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

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.

Metric Imperial

ACCC®-Irving

NOT RELEASED

For questions, please contact CTC Application Engineering Department: applicationsupport@ctcglobal.com

Metric Imperial

DATA SHEET:

Governing Units: Imperial

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 309.8 mm2 611.3 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 21.79 mm 0.858 in.

Nominal Cross-sectional Area of the Conductor 349.7 mm2 0.542 in

2

Ultimate Tensile Strength of Conductor1,2 103.2 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 930 kg/km 624.8 lb/kft

Aluminum Nominal Mass per unit length** 853.8 kg/km 573.8 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 1.85E-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 60.9 GPa 8.8 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0900 ohm/km 0.1448 ohm/mile

Temperature Coefficient of Resistance 0.00404 0.00404

Frequency 60 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0923 ohm/km 0.1485 ohm/mile

AC Nominal Resistance at 75ºC 0.1094 ohm/km 0.1760 ohm/mile

AC Nominal Resistance at 180ºC 0.1452 ohm/km 0.2338 ohm/mile

823 @ 100C & 60 Hz

1231 @ 180C & 60 Hz

GMR (estimated) 0.009 m 0.029 ft

Inductive Reactance 0.267 ohm/km 0.429 ohm/mile

Capacitive Reactance 0.159 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-730-088-E ACCC-TW 310 (611 kcmil) Hawk Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

AC Current Rating at Given Temperature3

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 318.9 sq. mm (629.3 kcmil)

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

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.

Metric Imperial

ACCC®-Hawk

NOT RELEASED

For questions, please contact CTC Application Engineering Department: applicationsupport@ctcglobal.com

Metric Imperial

DATA SHEET:

Governing Units: Imperial

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 361.6 mm2 713.5 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 408.6 mm2 0.633 in

2

Ultimate Tensile Strength of Conductor1,2 122.3 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 1083 kg/km 727.7 lb/kft

Aluminum Nominal Mass per unit length** 996.5 kg/km 669.7 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 1.85E-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 60.9 GPa 8.8 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0771 ohm/km 0.1240 ohm/mile

Temperature Coefficient of Resistance 0.00404 0.00404

Frequency 60 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0792 ohm/km 0.1274 ohm/mile

AC Nominal Resistance at 75ºC 0.0947 ohm/km 0.1524 ohm/mile

AC Nominal Resistance at 180ºC 0.1273 ohm/km 0.2049 ohm/mile

902 @ 100C & 60 Hz

1346 @ 180C & 60 Hz

GMR (estimated) 0.010 m 0.031 ft

Inductive Reactance 0.261 ohm/km 0.420 ohm/mile

Capacitive Reactance 0.155 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-730-090-E ACCC-TW 362 (714 kcmil) Dove Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

AC Current Rating at Given Temperature3

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 372.2 sq. mm (734.5 kcmil)

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

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.

Metric Imperial

ACCC®-Dove

NOT RELEASED

For questions, please contact CTC Application Engineering Department: applicationsupport@ctcglobal.com

Metric Imperial

DATA SHEET:

Governing Units: Imperial

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 416.2 mm2 821.4 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 467.8 mm2 0.725 in

2

Ultimate Tensile Strength of Conductor1,2 135.2 kN 30.4 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 1245 kg/km 836.9 lb/kft

Aluminum Nominal Mass per unit length** 1147.0 kg/km 770.9 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 1.87E-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 60.6 GPa 8.8 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0672 ohm/km 0.1081 ohm/mile

Temperature Coefficient of Resistance 0.00404 0.00404

Frequency 60 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0692 ohm/km 0.1114 ohm/mile

AC Nominal Resistance at 75ºC 0.0829 ohm/km 0.1334 ohm/mile

AC Nominal Resistance at 180ºC 0.1116 ohm/km 0.1796 ohm/mile

981 @ 100C & 60 Hz

1468 @ 180C & 60 Hz

GMR (estimated) 0.010 m 0.033 ft

Inductive Reactance 0.256 ohm/km 0.412 ohm/mile

Capacitive Reactance 0.152 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-730-092-E ACCC-TW 416 (821 kcmil) Grosbeak Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

AC Current Rating at Given Temperature3

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 428.4 sq. mm (845.5 kcmil)

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

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.

Metric Imperial

ACCC®-Grosbeak

NOT RELEASED

For questions, please contact CTC Application Engineering Department: applicationsupport@ctcglobal.com

Metric Imperial

DATA SHEET:

Governing Units: Imperial

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 458.0 mm2 903.9 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 26.42 mm 1.040 in.

Nominal Cross-sectional Area of the Conductor 518.0 mm2 0.803 in

2

Ultimate Tensile Strength of Conductor1,2 156.1 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 1375 kg/km 924.0 lb/kft

Aluminum Nominal Mass per unit length** 1261.7 kg/km 848.0 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 1.83E-05 /oC 1.02E-05 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 116.0 GPa 16.8 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 61.4 GPa 8.9 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0608 ohm/km 0.0979 ohm/mile

Temperature Coefficient of Resistance 0.00404 0.00404

Frequency 60 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0628 ohm/km 0.1011 ohm/mile

AC Nominal Resistance at 75ºC 0.0752 ohm/km 0.1210 ohm/mile

AC Nominal Resistance at 180ºC 0.1012 ohm/km 0.1628 ohm/mile

1045 @ 100C & 60 Hz

1566 @ 180C & 60 Hz

GMR (estimated) 0.011 m 0.035 ft

Inductive Reactance 0.252 ohm/km 0.406 ohm/mile

Capacitive Reactance 0.150 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-730-120-E ACCC-TW 458 (904 kcmil) Lubbock Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

AC Current Rating at Given Temperature3

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 471.5 sq. mm (930.5 kcmil)

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

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.

Metric Imperial

ACCC®-Lubbock

NOT RELEASED

For questions, please contact CTC Application Engineering Department: applicationsupport@ctcglobal.com

Metric Imperial

DATA SHEET:

Governing Units: Imperial

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 512.5 mm2 1011.3 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 27.69 mm 1.090 in.

Nominal Cross-sectional Area of the Conductor 572.5 mm2 0.887 in

2

Ultimate Tensile Strength of Conductor1,2 158.8 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 1525 kg/km 1025.0 lb/kft

Aluminum Nominal Mass per unit length** 1412.0 kg/km 949.0 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 1.87E-05 /oC 1.04E-05 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 116.0 GPa 16.8 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 60.7 GPa 8.8 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0544 ohm/km 0.0875 ohm/mile

Temperature Coefficient of Resistance 0.00404 0.00404

Frequency 60 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0564 ohm/km 0.0907 ohm/mile

AC Nominal Resistance at 75ºC 0.0674 ohm/km 0.1084 ohm/mile

AC Nominal Resistance at 180ºC 0.0905 ohm/km 0.1456 ohm/mile

1119 @ 100C & 60 Hz

1681 @ 180C & 60 Hz

GMR (estimated) 0.011 m 0.037 ft

Inductive Reactance 0.249 ohm/km 0.401 ohm/mile

Capacitive Reactance 0.148 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-730-121-E ACCC-TW 512 (1011 kcmil) Galveston Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

AC Current Rating at Given Temperature3

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 527.5 sq. mm (1041.1 kcmil)

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

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.

Metric Imperial

ACCC®-Galveston

NOT RELEASED

For questions, please contact CTC Application Engineering Department: applicationsupport@ctcglobal.com

Metric Imperial

DATA SHEET:

Governing Units: Imperial

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 519.7 mm2 1025.6 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 0.110 in

2

Overall Diameter of Conductor 28.14 mm 1.108 in.

Nominal Cross-sectional Area of the Conductor 590.6 mm2 0.916 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 1565 kg/km 1051.8 lb/kft

Aluminum Nominal Mass per unit length** 1432.6 kg/km 962.8 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 61.2 GPa 8.9 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0536 ohm/km 0.0863 ohm/mile

Temperature Coefficient of Resistance 0.00404 0.00404

Frequency 60 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0554 ohm/km 0.0892 ohm/mile

AC Nominal Resistance at 75ºC 0.0662 ohm/km 0.1065 ohm/mile

AC Nominal Resistance at 180ºC 0.0888 ohm/km 0.1428 ohm/mile

1134 @ 100C & 60 Hz

1706 @ 180C & 60 Hz

GMR (estimated) 0.011 m 0.038 ft

Inductive Reactance 0.247 ohm/km 0.398 ohm/mile

Capacitive Reactance 0.147 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-730-097-E ACCC-TW 520 (1026 kcmil) Drake Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

AC Current Rating at Given Temperature3

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 535 sq. mm (1055.8 kcmil)

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

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.

Metric Imperial

ACCC®-Drake

NOT RELEASED

For questions, please contact CTC Application Engineering Department: applicationsupport@ctcglobal.com

Metric Imperial

DATA SHEET:

Governing Units: Imperial

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 523.4 mm2 1033.0 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 28.96 mm 1.140 in.

Nominal Cross-sectional Area of the Conductor 610.5 mm2 0.946 in

2

Ultimate Tensile Strength of Conductor1,2 218.0 kN 49.0 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 1610 kg/km 1082.0 lb/kft

Aluminum Nominal Mass per unit length** 1446.2 kg/km 972.0 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 1.75E-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 62.5 GPa 9.1 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0536 ohm/km 0.0862 ohm/mile

Temperature Coefficient of Resistance 0.00404 0.00404

Frequency 60 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0558 ohm/km 0.0898 ohm/mile

AC Nominal Resistance at 75ºC 0.0664 ohm/km 0.1069 ohm/mile

AC Nominal Resistance at 180ºC 0.0887 ohm/km 0.1428 ohm/mile

1142 @ 100C & 60 Hz

1722 @ 180C & 60 Hz

GMR (estimated) 0.012 m 0.039 ft

Inductive Reactance 0.245 ohm/km 0.394 ohm/mile

Capacitive Reactance 0.145 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-730-132-E ACCC-TW 523 (1033 kcmil) Curlew Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

AC Current Rating at Given Temperature3

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 538.8 sq. mm (1063.4 kcmil)

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

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.

Metric Imperial

ACCC®-Curlew

NOT RELEASED

For questions, please contact CTC Application Engineering Department: applicationsupport@ctcglobal.com

Metric Imperial

DATA SHEET:

Governing Units: Imperial

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 536.9 mm2 1059.5 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 28.63 mm 1.127 in.

Nominal Cross-sectional Area of the Conductor 596.8 mm2 0.925 in

2

Ultimate Tensile Strength of Conductor1,2 160.1 kN 36.0 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 1597 kg/km 1073.0 lb/kft

Aluminum Nominal Mass per unit length** 1483.4 kg/km 997.0 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 60.4 GPa 8.8 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0522 ohm/km 0.0840 ohm/mile

Temperature Coefficient of Resistance 0.00404 0.00404

Frequency 60 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0544 ohm/km 0.0876 ohm/mile

AC Nominal Resistance at 75ºC 0.0649 ohm/km 0.1045 ohm/mile

AC Nominal Resistance at 180ºC 0.0870 ohm/km 0.1400 ohm/mile

1150 @ 100C & 60 Hz

1733 @ 180C & 60 Hz

GMR (estimated) 0.012 m 0.038 ft

Inductive Reactance 0.247 ohm/km 0.397 ohm/mile

Capacitive Reactance 0.146 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-730-122-E ACCC-TW 537 (1059 kcmil) Plano Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

AC Current Rating at Given Temperature3

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 552.6 sq. mm (1090.6 kcmil)

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

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.

Metric Imperial

ACCC®-Plano

NOT RELEASED

For questions, please contact CTC Application Engineering Department: applicationsupport@ctcglobal.com

Metric Imperial

DATA SHEET:

Governing Units: Imperial

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 558.9 mm2 1103.0 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 29.11 mm 1.146 in.

Nominal Cross-sectional Area of the Conductor 618.9 mm2 0.959 in

2

Ultimate Tensile Strength of Conductor1,2 161.5 kN 36.3 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 1656 kg/km 1113.0 lb/kft

Aluminum Nominal Mass per unit length** 1543.0 kg/km 1037.0 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 1.90E-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 60.2 GPa 8.7 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0501 ohm/km 0.0806 ohm/mile

Temperature Coefficient of Resistance 0.00404 0.00404

Frequency 60 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0524 ohm/km 0.0843 ohm/mile

AC Nominal Resistance at 75ºC 0.0624 ohm/km 0.1005 ohm/mile

AC Nominal Resistance at 180ºC 0.0836 ohm/km 0.1345 ohm/mile

1179 @ 100C & 60 Hz

1777 @ 180C & 60 Hz

GMR (estimated) 0.012 m 0.039 ft

Inductive Reactance 0.245 ohm/km 0.395 ohm/mile

Capacitive Reactance 0.145 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-730-123-E ACCC-TW 559 (1103 kcmil) Corpus Christi Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

AC Current Rating at Given Temperature3

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 575.4 sq. mm (1135.4 kcmil)

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

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.

Metric Imperial

ACCC®-Corpus Christi

NOT RELEASED

For questions, please contact CTC Application Engineering Department: applicationsupport@ctcglobal.com

Metric Imperial

DATA SHEET:

Governing Units: Imperial

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 583.2 mm2 1151.0 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 0.110 in

2

Overall Diameter of Conductor 29.90 mm 1.177 in.

Nominal Cross-sectional Area of the Conductor 654.2 mm2 1.014 in

2

Ultimate Tensile Strength of Conductor1,2 186.4 kN 41.9 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 1745 kg/km 1173.0 lb/kft

Aluminum Nominal Mass per unit length** 1612.9 kg/km 1084.0 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 1.87E-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 60.5 GPa 8.8 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0480 ohm/km 0.0773 ohm/mile

Temperature Coefficient of Resistance 0.00404 0.00404

Frequency 60 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0503 ohm/km 0.0809 ohm/mile

AC Nominal Resistance at 75ºC 0.0599 ohm/km 0.0964 ohm/mile

AC Nominal Resistance at 180ºC 0.0801 ohm/km 0.1290 ohm/mile

1213 @ 100C & 60 Hz

1830 @ 180C & 60 Hz

GMR (estimated) 0.012 m 0.040 ft

Inductive Reactance 0.243 ohm/km 0.391 ohm/mile

Capacitive Reactance 0.144 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-730-124-E ACCC-TW 583 (1151 kcmil) Arlington Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

AC Current Rating at Given Temperature3

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 600.4 sq. mm (1184.9 kcmil)

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

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.

Metric Imperial

ACCC®-Arlington

NOT RELEASED

For questions, please contact CTC Application Engineering Department: applicationsupport@ctcglobal.com

Metric Imperial

DATA SHEET:

Governing Units: Imperial

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 619.1 mm2 1221.8 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 30.43 mm 1.198 in.

Nominal Cross-sectional Area of the Conductor 679.4 mm2 1.053 in

2

Ultimate Tensile Strength of Conductor1,2 165.0 kN 37.1 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 1823 kg/km 1225.0 lb/kft

Aluminum Nominal Mass per unit length** 1709.6 kg/km 1149.0 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 59.7 GPa 8.7 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0452 ohm/km 0.0728 ohm/mile

Temperature Coefficient of Resistance 0.00404 0.00404

Frequency 60 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0473 ohm/km 0.0762 ohm/mile

AC Nominal Resistance at 75ºC 0.0563 ohm/km 0.0906 ohm/mile

AC Nominal Resistance at 180ºC 0.0751 ohm/km 0.1208 ohm/mile

1258 @ 100C & 60 Hz

1902 @ 180C & 60 Hz

GMR (estimated) 0.012 m 0.040 ft

Inductive Reactance 0.242 ohm/km 0.390 ohm/mile

Capacitive Reactance 0.143 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-730-102-E ACCC-TW 619 (1222 kcmil) Cardinal Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

AC Current Rating at Given Temperature3

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 637.3 sq. mm (1257.7 kcmil)

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

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.

Metric Imperial

ACCC®-Cardinal

NOT RELEASED

For questions, please contact CTC Application Engineering Department: applicationsupport@ctcglobal.com

Metric Imperial

DATA SHEET:

Governing Units: Imperial

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 658.9 mm2 1300.4 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 0.110 in

2

Overall Diameter of Conductor 31.50 mm 1.240 in.

Nominal Cross-sectional Area of the Conductor 729.9 mm2 1.131 in

2

Ultimate Tensile Strength of Conductor1,2 190.8 kN 42.9 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 1952 kg/km 1312.0 lb/kft

Aluminum Nominal Mass per unit length** 1819.7 kg/km 1223.0 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 59.9 GPa 8.7 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0425 ohm/km 0.0684 ohm/mile

Temperature Coefficient of Resistance 0.00404 0.00404

Frequency 60 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0448 ohm/km 0.0721 ohm/mile

AC Nominal Resistance at 75ºC 0.0533 ohm/km 0.0858 ohm/mile

AC Nominal Resistance at 180ºC 0.0712 ohm/km 0.1146 ohm/mile

1305 @ 100C & 60 Hz

1975 @ 180C & 60 Hz

GMR (estimated) 0.013 m 0.042 ft

Inductive Reactance 0.240 ohm/km 0.385 ohm/mile

Capacitive Reactance 0.141 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-730-125-E ACCC-TW 659 (1300 kcmil) Fort Worth Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

AC Current Rating at Given Temperature3

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 678.3 sq. mm (1338.6 kcmil)

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

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.

Metric Imperial

ACCC®-Fort Worth

NOT RELEASED

For questions, please contact CTC Application Engineering Department: applicationsupport@ctcglobal.com

Metric Imperial

DATA SHEET:

Governing Units: Imperial

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 684.0 mm2 1349.9 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 31.80 mm 1.252 in.

Nominal Cross-sectional Area of the Conductor 744.0 mm2 1.153 in

2

Ultimate Tensile Strength of Conductor1,2 168.6 kN 37.9 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 2001 kg/km 1345.0 lb/kft

Aluminum Nominal Mass per unit length** 1888.2 kg/km 1269.0 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 116.0 GPa 16.8 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 59.2 GPa 8.6 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0409 ohm/km 0.0659 ohm/mile

Temperature Coefficient of Resistance 0.00404 0.00404

Frequency 60 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0434 ohm/km 0.0698 ohm/mile

AC Nominal Resistance at 75ºC 0.0515 ohm/km 0.0829 ohm/mile

AC Nominal Resistance at 180ºC 0.0686 ohm/km 0.1104 ohm/mile

1332 @ 100C & 60 Hz

2018 @ 180C & 60 Hz

GMR (estimated) 0.013 m 0.042 ft

Inductive Reactance 0.239 ohm/km 0.385 ohm/mile

Capacitive Reactance 0.141 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-730-126-E ACCC-TW 684 (1350 kcmil) El Paso Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

AC Current Rating at Given Temperature3

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 704.1 sq. mm (1389.6 kcmil)

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

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.

Metric Imperial

ACCC®-El Paso

NOT RELEASED

For questions, please contact CTC Application Engineering Department: applicationsupport@ctcglobal.com

Metric Imperial

DATA SHEET:

Governing Units: Imperial

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 723.9 mm2 1428.6 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 0.110 in

2

Overall Diameter of Conductor 32.87 mm 1.294 in.

Nominal Cross-sectional Area of the Conductor 794.8 mm2 1.232 in

2

Ultimate Tensile Strength of Conductor1,2 194.4 kN 43.7 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 2137 kg/km 1436.0 lb/kft

Aluminum Nominal Mass per unit length** 2004.2 kg/km 1347.0 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 1.94E-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 59.4 GPa 8.6 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0387 ohm/km 0.0623 ohm/mile

Temperature Coefficient of Resistance 0.00404 0.00404

Frequency 60 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0411 ohm/km 0.0661 ohm/mile

AC Nominal Resistance at 75ºC 0.0488 ohm/km 0.0785 ohm/mile

AC Nominal Resistance at 180ºC 0.0650 ohm/km 0.1045 ohm/mile

1381 @ 100C & 60 Hz

2096 @ 180C & 60 Hz

GMR (estimated) 0.013 m 0.043 ft

Inductive Reactance 0.237 ohm/km 0.381 ohm/mile

Capacitive Reactance 0.139 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-730-127-E ACCC-TW 724 (1429 kcmil) Dhaka-Beaumont Data Sheet www.ctcglobal.com Date Produced: 8/23/2018

AC Current Rating at Given Temperature3

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 745.2 sq. mm (1470.6 kcmil)

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

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.

Metric Imperial

ACCC®-Dhaka/Beaumont

NOT RELEASED

For questions, please contact CTC Application Engineering Department: applicationsupport@ctcglobal.com

Metric Imperial

DATA SHEET:

Governing Units: Imperial

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 747.4 mm2 1474.9 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 822.2 mm2 1.274 in

2

Ultimate Tensile Strength of Conductor1,2 204.2 kN 45.9 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 2211 kg/km 1486.0 lb/kft

Aluminum Nominal Mass per unit length** 2068.2 kg/km 1390.0 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 1.94E-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 59.5 GPa 8.6 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0375 ohm/km 0.0603 ohm/mile

Temperature Coefficient of Resistance 0.00404 0.00404

Frequency 60 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0387 ohm/km 0.0623 ohm/mile

AC Nominal Resistance at 75ºC 0.0459 ohm/km 0.0738 ohm/mile

AC Nominal Resistance at 180ºC 0.0609 ohm/km 0.0980 ohm/mile

1432 @ 100C & 60 Hz

2176 @ 180C & 60 Hz

GMR (estimated) 0.013 m 0.044 ft

Inductive Reactance 0.235 ohm/km 0.379 ohm/mile

Capacitive Reactance 0.139 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-730-128-E ACCC-TW 747 (1475 kcmil) San Antonio Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

AC Current Rating at Given Temperature3

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 769.4 sq. mm (1518.3 kcmil)

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

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.

Metric Imperial

ACCC®-San Antonio

NOT RELEASED

For questions, please contact CTC Application Engineering Department: applicationsupport@ctcglobal.com

Metric Imperial

DATA SHEET:

Governing Units: Imperial

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 801.4 mm2 1581.6 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 861.3 mm2 1.335 in

2

Ultimate Tensile Strength of Conductor1,2 175.3 kN 39.4 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 2330 kg/km 1566.0 lb/kft

Aluminum Nominal Mass per unit length** 2217.0 kg/km 1490.0 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 2.01E-05 /oC 1.11E-05 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 116.0 GPa 16.8 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 58.5 GPa 8.5 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0352 ohm/km 0.0566 ohm/mile

Temperature Coefficient of Resistance 0.00404 0.00404

Frequency 60 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0375 ohm/km 0.0603 ohm/mile

AC Nominal Resistance at 75ºC 0.0444 ohm/km 0.0714 ohm/mile

AC Nominal Resistance at 180ºC 0.0589 ohm/km 0.0947 ohm/mile

1465 @ 100C & 60 Hz

2229 @ 180C & 60 Hz

GMR (estimated) 0.014 m 0.045 ft

Inductive Reactance 0.234 ohm/km 0.377 ohm/mile

Capacitive Reactance 0.138 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-730-108-E ACCC-TW 801 (1582 kcmil) Bittern Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

AC Current Rating at Given Temperature3

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 825 sq. mm (1628.1 kcmil)

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

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.

Metric Imperial

ACCC®-Bittern

NOT RELEASED

For questions, please contact CTC Application Engineering Department: applicationsupport@ctcglobal.com

Metric Imperial

DATA SHEET:

Governing Units: Imperial

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 909.5 mm2 1794.9 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 36.88 mm 1.452 in.

Nominal Cross-sectional Area of the Conductor 984.3 mm2 1.526 in

2

Ultimate Tensile Strength of Conductor1,2 213.1 kN 47.9 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 2671 kg/km 1795.0 lb/kft

Aluminum Nominal Mass per unit length** 2528.0 kg/km 1699.0 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 1.99E-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 58.6 GPa 8.5 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0309 ohm/km 0.0497 ohm/mile

Temperature Coefficient of Resistance 0.00404 0.00404

Frequency 60 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0339 ohm/km 0.0546 ohm/mile

AC Nominal Resistance at 75ºC 0.0398 ohm/km 0.0640 ohm/mile

AC Nominal Resistance at 180ºC 0.0520 ohm/km 0.0837 ohm/mile

1585 @ 100C & 60 Hz

2430 @ 180C & 60 Hz

GMR (estimated) 0.015 m 0.048 ft

Inductive Reactance 0.228 ohm/km 0.367 ohm/mile

Capacitive Reactance 0.134 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-730-129-E ACCC-TW 910 (1795 kcmil) Dallas Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

AC Current Rating at Given Temperature3

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 936.3 sq. mm (1847.7 kcmil)

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

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.

Metric Imperial

ACCC®-Dallas

NOT RELEASED

For questions, please contact CTC Application Engineering Department: applicationsupport@ctcglobal.com

Metric Imperial

DATA SHEET:

Governing Units: Imperial

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 976.7 mm2 1927.4 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 38.25 mm 1.506 in.

Nominal Cross-sectional Area of the Conductor 1063.7 mm2 1.649 in

2

Ultimate Tensile Strength of Conductor1,2 243.3 kN 54.7 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 2878 kg/km 1934.0 lb/kft

Aluminum Nominal Mass per unit length** 2713.9 kg/km 1824.0 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 1.97E-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 59.0 GPa 8.6 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0285 ohm/km 0.0459 ohm/mile

Temperature Coefficient of Resistance 0.00404 0.00404

Frequency 60 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0317 ohm/km 0.0510 ohm/mile

AC Nominal Resistance at 75ºC 0.0370 ohm/km 0.0596 ohm/mile

AC Nominal Resistance at 180ºC 0.0483 ohm/km 0.0777 ohm/mile

1660 @ 100C & 60 Hz

2554 @ 180C & 60 Hz

GMR (estimated) 0.015 m 0.050 ft

Inductive Reactance 0.225 ohm/km 0.363 ohm/mile

Capacitive Reactance 0.132 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-730-130-E ACCC-TW 977 (1927 kcmil) Houston Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

AC Current Rating at Given Temperature3

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 1005.4 sq. mm (1984.1 kcmil)

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

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.

Metric Imperial

ACCC®-Houston

NOT RELEASED

For questions, please contact CTC Application Engineering Department: applicationsupport@ctcglobal.com

Metric Imperial

DATA SHEET:

Governing Units: Imperial

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 987.6 mm2 1948.9 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 38.20 mm 1.504 in.

Nominal Cross-sectional Area of the Conductor 1062.6 mm2 1.647 in

2

Ultimate Tensile Strength of Conductor1,2 217.5 kN 48.9 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 2887 kg/km 1940.0 lb/kft

Aluminum Nominal Mass per unit length** 2743.7 kg/km 1844.0 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 2.01E-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 58.3 GPa 8.5 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0285 ohm/km 0.0458 ohm/mile

Temperature Coefficient of Resistance 0.00404 0.00404

Frequency 60 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0315 ohm/km 0.0507 ohm/mile

AC Nominal Resistance at 75ºC 0.0370 ohm/km 0.0595 ohm/mile

AC Nominal Resistance at 180ºC 0.0485 ohm/km 0.0780 ohm/mile

1660 @ 100C & 60 Hz

2547 @ 180C & 60 Hz

GMR (estimated) 0.015 m 0.050 ft

Inductive Reactance 0.226 ohm/km 0.363 ohm/mile

Capacitive Reactance 0.132 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-730-111-E ACCC-TW 988 (1949 kcmil) Lapwing Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

AC Current Rating at Given Temperature3

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 1016.6 sq. mm (2006.3 kcmil)

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

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.

Metric Imperial

ACCC®-Lapwing

NOT RELEASED

For questions, please contact CTC Application Engineering Department: applicationsupport@ctcglobal.com

Metric Imperial

DATA SHEET:

Governing Units: Imperial

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 1036.3 mm2 2045.1 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 39.24 mm 1.545 in.

Nominal Cross-sectional Area of the Conductor 1123.2 mm2 1.741 in

2

Ultimate Tensile Strength of Conductor1,2 246.4 kN 55.4 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 3043 kg/km 2045.0 lb/kft

Aluminum Nominal Mass per unit length** 2879.1 kg/km 1935.0 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 1.99E-05 /oC 1.10E-05 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 112.3 GPa 16.3 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 58.7 GPa 8.5 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0271 ohm/km 0.0436 ohm/mile

Temperature Coefficient of Resistance 0.00404 0.00404

Frequency 60 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0298 ohm/km 0.0479 ohm/mile

AC Nominal Resistance at 75ºC 0.0350 ohm/km 0.0563 ohm/mile

AC Nominal Resistance at 180ºC 0.0459 ohm/km 0.0739 ohm/mile

1719 @ 100C & 60 Hz

2639 @ 180C & 60 Hz

GMR (estimated) 0.016 m 0.052 ft

Inductive Reactance 0.224 ohm/km 0.360 ohm/mile

Capacitive Reactance 0.131 Mohm-km 0.081 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-730-131-E ACCC-TW 1036 (2045 kcmil) Falcon Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

AC Current Rating at Given Temperature3

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 1066.8 sq. mm (2105.2 kcmil)

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

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.

Metric Imperial

ACCC®-Falcon

NOT RELEASED

For questions, please contact CTC Application Engineering Department: applicationsupport@ctcglobal.com

Metric Imperial

DATA SHEET:

Governing Units: Imperial

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 1135.8 mm2 2241.5 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-010) 10.03 mm 0.395 in.

Nominal Cross-sectional Area of Core 79.1 mm2 0.123 in

2

Overall Diameter of Conductor 40.74 mm 1.604 in.

Nominal Cross-sectional Area of the Conductor 1215.5 mm2 1.884 in

2

Ultimate Tensile Strength of Conductor1,2 234.4 kN 52.7 kips

Rated Strength of Core - 313 ksi (2158 MPa) 170.6 kN 38.4 kips

Core Nominal Mass per unit length 147 kg/km 99 lb/kft

Conductor Nominal Mass per unit length 3303 kg/km 2220.0 lb/kft

Aluminum Nominal Mass per unit length** 3155.9 kg/km 2121.0 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 2.03E-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 58.0 GPa 8.4 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0247 ohm/km 0.0398 ohm/mile

Temperature Coefficient of Resistance 0.00404 0.00404

Frequency 60 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0277 ohm/km 0.0445 ohm/mile

AC Nominal Resistance at 75ºC 0.0324 ohm/km 0.0521 ohm/mile

AC Nominal Resistance at 180ºC 0.0423 ohm/km 0.0681 ohm/mile

1808 @ 100C & 60 Hz

2785 @ 180C & 60 Hz

GMR (estimated) 0.016 m 0.053 ft

Inductive Reactance 0.221 ohm/km 0.356 ohm/mile

Capacitive Reactance 0.129 Mohm-km 0.080 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-730-114-E ACCC-TW 1136 (2242 kcmil) Chukar Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

AC Current Rating at Given Temperature3

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 1169.2 sq. mm (2307.5 kcmil)

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

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.

Metric Imperial

ACCC®-Chukar

NOT RELEASED

For questions, please contact CTC Application Engineering Department: applicationsupport@ctcglobal.com

Metric Imperial

DATA SHEET:

Governing Units: Imperial

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 1320.3 mm2 2605.6 kcmil

Nominal Diameter of Composite Core (CTC Part Number 200-010) 10.03 mm 0.395 in.

Nominal Cross-sectional Area of Core 79.1 mm2 0.123 in

2

Overall Diameter of Conductor 43.69 mm 1.720 in.

Nominal Cross-sectional Area of the Conductor 1400.0 mm2 2.170 in

2

Ultimate Tensile Strength of Conductor1,2 245.1 kN 55.1 kips

Rated Strength of Core - 313 ksi (2158 MPa) 170.6 kN 38.4 kips

Core Nominal Mass per unit length 147 kg/km 99 lb/kft

Conductor Nominal Mass per unit length 3824 kg/km 2570.0 lb/kft

Aluminum Nominal Mass per unit length** 3676.6 kg/km 2471.0 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 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 57.5 GPa 8.3 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0214 ohm/km 0.0344 ohm/mile

Temperature Coefficient of Resistance 0.00404 0.00404

Frequency 60 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0255 ohm/km 0.0410 ohm/mile

AC Nominal Resistance at 75ºC 0.0293 ohm/km 0.0471 ohm/mile

AC Nominal Resistance at 180ºC 0.0372 ohm/km 0.0599 ohm/mile

1947 @ 100C & 60 Hz

3037 @ 180C & 60 Hz

GMR (estimated) 0.017 m 0.057 ft

Inductive Reactance 0.216 ohm/km 0.348 ohm/mile

Capacitive Reactance 0.126 Mohm-km 0.078 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-730-178-E ACCC-TW 1320 (2606 kcmil) Chukar II Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

AC Current Rating at Given Temperature3

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 1359.2 sq. mm (2682.2 kcmil)

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

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.

Metric Imperial

ACCC®-Chukar II

NOT RELEASED

For questions, please contact CTC Application Engineering Department: applicationsupport@ctcglobal.com

Metric Imperial

DATA SHEET:

Governing Units: Imperial

Mechanical Specifications

Nominal Aluminum Cross-sectional Area* 1388.7 mm2 2740.6 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 1476.1 mm2 2.288 in

2

Ultimate Tensile Strength of Conductor1,2 266.4 kN 59.9 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 4022 kg/km 2703.0 lb/kft

Aluminum Nominal Mass per unit length** 3858.1 kg/km 2593.0 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 2.06E-05 /oC 1.14E-05 /

oF

Final Modulus of Elasticity Above Thermal Kneepoint 112.3 GPa 16.3 Msi

Final Modulus of Elasticity Below Thermal Kneepoint 57.7 GPa 8.4 Msi

Electrical Specifications

Nominal Resistivity of Aluminum at 20ºC, DC 63% IACS 0.0203 ohm/km 0.0326 ohm/mile

Temperature Coefficient of Resistance 0.00404 0.00404

Frequency 60 Hz 60 Hz

AC Nominal Resistance at 25ºC 0.0240 ohm/km 0.0387 ohm/mile

AC Nominal Resistance at 75ºC 0.0278 ohm/km 0.0447 ohm/mile

AC Nominal Resistance at 180ºC 0.0356 ohm/km 0.0573 ohm/mile

2010 @ 100C & 60 Hz

3130 @ 180C & 60 Hz

GMR (estimated) 0.018 m 0.058 ft

Inductive Reactance 0.214 ohm/km 0.345 ohm/mile

Capacitive Reactance 0.125 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-730-115-E ACCC-TW 1389 (2741 kcmil) Bluebird Data Sheet www.ctcglobal.com Date Produced: 7/10/2015

AC Current Rating at Given Temperature3

*ACCC® conductor is produced with 1350 O-tempered aluminum. The nominal H-19 Aluminum equivaelnt area is 1429.6 sq. mm (2821.2 kcmil)

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

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.

Metric Imperial

ACCC®-Bluebird

NOT RELEASED

For questions, please contact CTC Application Engineering Department: applicationsupport@ctcglobal.com

Metric Imperial