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73 Electric Utility Overhead Conductors TransPowr ® ACSR Bare Overhead Conductor to CAN/CSA C61089 Aluminum Conductor Steel-Reinforced Concentric-Lay-Stranded Product Construction: Complete Conductor: ACSR is a composite concentric-lay-stranded conductor. The conductors are manufactured in accordance with the requirements of the latest applicable issue of CAN/CSA C61089. The steel strand or strands form the central core of the conductor, around which is stranded one or more layers of aluminum 1350-H19 wires. The steel core may consist of a single strand or a concentric stranded cable of 7, 19, 37, or more wires. Numerous combinations of aluminum and steel strands and layers are possible. The sizes and strandings listed on the following pages are common examples used in overhead lines. Metric (mm 2 ) sizes are also available. The Canadian ACSR conductors are similar in design (strand component size and configuration) to the ACSR conductors designed to ASTM B232 specifications. Differences lie in the methods used to calculate the rated strength and dc resistance values. CAN/CSA C61089 refers to ACSR as Type A1/S1A conductors, where the A1 refers to 1350 H19 aluminum and the S1A as Class A galvanized, regular strength steel. Features and Benefits: ACSR conductors are recognized for their record of economy, dependability and favorable strength/ weight ratio. ACSR conductors combine the light weight and good conductivity of aluminum with the high tensile strength and ruggedness of steel. In line design, this can provide higher tensions, less sag, and longer span lengths than obtainable with most other types of overhead conductors. The steel strands are added as mechanical reinforcements. The cross-sections above illustrate some common strandings. The steel core wires are protected from corrosion by galvanizing. The standard Class A zinc coating is usually adequate for ordinary environments. For greater protection, Class B coating may be specified. High Strength (S2A) or Extra High Strength (S3A) steel core with Class A galvanizing are also available. The product is available with conductor corrosion inhibitor treatment applied to the central steel component. Applications: Aluminum Conductors, Steel-Reinforced (ACSR) are extensively used for overhead distribution and transmission lines. Options: • High-Conductivity aluminum (/HC) (62.2% IACS) • CSA high-strength Class A galvanized steel core (S2A) • CSA extra-high-strength Class A galvanized steel core (S3A) • ASTM regular-strength Class A zinc-5% aluminum mischmetal alloy-coated steel core (/MA2 to ASTM B802) • ASTM high-strength Class A zinc-5% aluminum mischmetal alloy-coated steel core (/MA3 to ASTM B803) • Aluminum-clad steel core (20SA) • Non-Specular surface finish (/NS) • Aluminum Alloy Steel Reinforced Conductors (A2/SxA and A4/SxA) designs are available For more information, contact your General Cable sales representative or e-mail [email protected]. 12/12

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Page 1: Electric tility Overhead Conductors TransPowr ACSR · PDF file73 Electric tility Overhead Conductors TransPowr® ACSR Bare Overhead Conductor to CAN/CSA C61089 Aluminum Conductor Steel-Reinforced

73

Electric Utility Overhead Conductors

TransPowr® ACSR Bare Overhead Conductor to CAN/CSA C61089Aluminum Conductor Steel-Reinforced Concentric-Lay-Stranded

Product Construction:

Complete Conductor: ACSR is a composite concentric-lay-stranded conductor. The conductors are manufactured in accordance with the requirements of the latest applicable issue of CAN/CSA C61089.

The steel strand or strands form the central core of the conductor, around which is stranded one or more layers of aluminum 1350-H19 wires. The steel core may consist of a single strand or a concentric stranded cable of 7, 19, 37, or more wires. Numerous combinations of aluminum and steel strands and layers are possible. The sizes and strandings listed on the following pages are common examples used in overhead lines. Metric (mm2) sizes are also available.

The Canadian ACSR conductors are similar in design (strand component size and configuration) to the ACSR conductors designed to ASTM B232 specifications. Differences lie in the methods used to calculate the rated strength and dc resistance values.

CAN/CSA C61089 refers to ACSR as Type A1/S1A conductors, where the A1 refers to 1350 H19 aluminum and the S1A as Class A galvanized, regular strength steel.

Features and Benefits:ACSR conductors are recognized for their record of economy, dependability and favorable strength/weight ratio. ACSR conductors combine the light weight and good conductivity of aluminum with the high tensile strength and ruggedness of steel. In line design, this can provide higher tensions, less sag, and longer span lengths than obtainable with most other types of overhead conductors. The steel strands are added as mechanical reinforcements. The cross-sections above illustrate some common strandings.

The steel core wires are protected from corrosion by galvanizing. The standard Class A zinc coating is usually adequate for ordinary environments. For greater protection, Class B coating may be specified. High Strength (S2A) or Extra High Strength (S3A) steel core with Class A galvanizing are also available.

The product is available with conductor corrosion inhibitor treatment applied to the central steel component.

Applications:Aluminum Conductors, Steel-Reinforced (ACSR) are extensively used for overhead distribution and transmission lines.

Options: •High-Conductivityaluminum(/HC)(62.2%IACS)

•CSAhigh-strengthClassAgalvanizedsteelcore (S2A)

•CSAextra-high-strengthClassAgalvanizedsteel core (S3A)

•ASTMregular-strengthClassAzinc-5% aluminum mischmetal alloy-coated steel core (/MA2 to ASTM B802)

•ASTMhigh-strengthClassAzinc-5%aluminum mischmetal alloy-coated steel core (/MA3 to ASTM B803)

•Aluminum-cladsteelcore(20SA)

•Non-Specularsurfacefinish(/NS)

•AluminumAlloySteelReinforcedConductors (A2/SxA and A4/SxA) designs are available

For more information, contact your General Cable sales representative or e-mail [email protected].

12/12

Page 2: Electric tility Overhead Conductors TransPowr ACSR · PDF file73 Electric tility Overhead Conductors TransPowr® ACSR Bare Overhead Conductor to CAN/CSA C61089 Aluminum Conductor Steel-Reinforced

74

Overhead Conductors Electric Utility

ACSR, ALUMINUM CONDUCTOR, STEEL-REINFORCED, CONCENTRIC-LAY-STRANDED (MECHANICAL PROPERTIES)

CODE WORD (1)

CONDUCTOR SIZESTRANDING

NO. X DIA. INCHESCROSS-SECTION

SQ. INCHES O.D.APPROX. WEIGHT

LB/1000 FT (2)PERCENT BY MASS

RATED STRENGTH STANDARD PACKAGES (3)

AWG OR kcmil mm2 AL STEEL TOTAL AL INCHES mm TOTAL AL STEEL AL STEEL LB kN REEL DESIG.

WT kg

LENGTH M

Turkey 6 13.3 6x0.0661 1x0.0661 0.0240 0.0206 0.198 5.04 36.1 24.5 11.6 67.90 32.10 1160 5.16 NR 30.22 268 4980COIL 88 1646

Swan 4 21.1 6x0.0834 1x0.0834 0.0382 0.0328 0.250 6.36 57.4 38.9 18.4 67.89 32.11 1830 8.14 NR 36.22 401 4700COIL 100 1169

Swanate 4 21.1 7x0.0772 1x0.1029 0.0411 0.0328 0.257 6.54 67.0 38.9 28.0 58.13 41.87 2300 10.2 RW 40.18 544 5459NR 30.22 272 2729

COIL 109 1091Sparrow 2 33.6 6x0.1052 1x0.1052 0.0608 0.0522 0.316 8.01 91.2 61.9 29.3 67.87 32.13 2800 12.5 RW 48.24 803 5910

NR 36.22 401 2955NR 30.22 268 1970

COIL 100 735Sparate 2 33.6 7x0.0974 1x0.1299 0.0654 0.0522 0.325 8.24 106.6 61.9 44.7 58.08 41.92 3510 15.6 RW 48.24 544 3429

NR 30.22 272 1714COIL 109 686

Robin 1 42.4 6x0.1181 1x0.1181 0.0767 0.0657 0.354 9.00 115.0 78.1 36.9 67.88 32.12 3480 15.5 RW 48.24 801 4681NR 36.22 401 2341NR 30.22 268 1560

COIL 100 582Raven 1/0 53.5 6x0.1327 1x0.1327 0.0968 0.0830 0.398 10.1 145.1 98.5 46.6 67.87 32.13 4250 18.9 RW 48.24 803 3715

NR 36.22 401 1858NR 30.22 268 1237

COIL 100 462Quail 2/0 67.4 6x0.1489 1x0.1489 0.1219 0.1045 0.447 11.3 182.9 124.2 58.7 67.89 32.11 5280 23.5 RW 48.24 803 2947

NR 36.22 401 1474NR 30.22 268 981

Pigeon 3/0 85.0 6x0.1672 1x0.1672 0.1537 0.1317 0.502 12.7 230.6 156.5 74.0 67.89 32.11 6660 29.6 RW 48.24 801 2338NR 36.22 401 1169NR 30.22 268 780

Penguin 4/0 107.2 6x0.1878 1x0.1878 0.1939 0.1662 0.563 14.3 290.8 197.4 93.4 67.88 32.12 8400 37.4 RW 48.24 803 1853NR 36.22 401 927NR 30.22 268 617

Owl 266.8 135.2 6x0.2109 7x0.0703 0.2368 0.2096 0.633 16.1 341.0 249 92 73.01 26.99 9500 42.3 RM 68.38 2237 4407RW 60.32 1118 2204RW 48.24 559 1102

Waxwing 266.8 135.2 18x0.1217 1x0.1217 0.2210 0.2094 0.609 15.5 289.0 250 39 86.43 13.57 7000 31.1 RM 68.38 1882 4377RW 66.36 1882 4377RW 50.32 941 2188

Spoonbill 266.8 135.2 22x0.1101 7x0.0612 0.2300 0.2095 0.624 15.9 320.0 250 70 78.20 21.80 8800 39.1 RM 68.38 1275 2668RW 60.32 1275 2668RW 50.32 851 1778

Scaup 266.8 135.2 24x0.1054 7x0.0703 0.2366 0.2094 0.633 16.1 342.0 250 92 73.11 26.89 10100 44.9 RM 68.38 1481 2902RW 66.36 1481 2902RW 60.32 989 1935

Partridge 266.8 135.2 26x0.1013 7x0.0788 0.2437 0.2095 0.642 16.3 366.0 250 116 68.42 31.58 11300 50.3 RW 60.32 1719 3148

(1) Code words shown denote ACSR with regular-strength Class A galvanized steel core (S1A). See the Options section to find the appropriate code word modifier designation for alternative design options.

(2) Due to rounding, total values may be slightly greater or slightly less than the sum of the component values.(3) Weights shown are for conductor only and do not include the reel. Normal length and shipping tolerances apply.Dimensions and weights not designated minimum or maximum are nominal values and subject to manufacturing tolerances. In this context, weight means mass.

TransPowr® ACSR Bare Overhead Conductor to CAN/CSA C61089 Aluminum Conductor Steel-Reinforced Concentric-Lay-Stranded

Page 3: Electric tility Overhead Conductors TransPowr ACSR · PDF file73 Electric tility Overhead Conductors TransPowr® ACSR Bare Overhead Conductor to CAN/CSA C61089 Aluminum Conductor Steel-Reinforced

75

Electric Utility Overhead Conductors

ACSR, ALUMINUM CONDUCTOR, STEEL-REINFORCED, CONCENTRIC-LAY-STRANDED (ELECTRICAL PROPERTIES)

CODE WORD (4)

CONDUCTOR SIZESTRANDING

NO. X DIA. INCHESCROSS-SECTION

SQ. INCHES O.D.RESISTANCE (5) OHMS/1000 FT

AMPACITY 75˚C (6)

GEOMETRICMEAN

RADIUS FT

INDUCTIVE REACTANCE

OHM/1000 FT (7)

CAPACITIVE REACTANCE MEGAOHM 1000 FT (7)

AWG OR kcmil mm2 AL STEEL TOTAL AL INCHES mm

DC @ 20˚C

AC @ 25˚C

AC @ 75˚C

Turkey 6 13.3 6x0.0661 1x0.0661 0.0240 0.0206 0.198 5.04 0.658 0.671 0.804 95 0.0064 0.1163 0.7512

Swan 4 21.1 6x0.0834 1x0.0834 0.0382 0.0328 0.250 6.36 0.414 0.422 0.505 125 0.0080 0.1109 0.7148

Swanate 4 21.1 7x0.0772 1x0.1029 0.0411 0.0328 0.257 6.54 0.414 0.422 0.505 125 0.0085 0.1096 0.7104

Sparrow 2 33.6 6x0.1052 1x0.1052 0.0608 0.0522 0.316 8.01 0.260 0.265 0.318 165 0.0101 0.1056 0.6785

Sparate 2 33.6 7x0.0974 1x0.1299 0.0654 0.0522 0.325 8.24 0.260 0.265 0.318 165 0.0107 0.1043 0.6741

Robin 1 42.4 6x0.1181 1x0.1181 0.0767 0.0657 0.354 9.00 0.206 0.210 0.252 190 0.0113 0.1029 0.6603

Raven 1/0 53.5 6x0.1327 1x0.1327 0.0968 0.0830 0.398 10.1 0.163 0.167 0.200 220 0.0127 0.1003 0.6421

Quail 2/0 67.4 6x0.1489 1x0.1489 0.1219 0.1045 0.447 11.3 0.130 0.132 0.158 250 0.0143 0.0976 0.6240

Pigeon 3/0 85.0 6x0.1672 1x0.1672 0.1537 0.1317 0.502 12.7 0.103 0.105 0.126 285 0.0161 0.0950 0.6059

Penguin 4/0 107.2 6x0.1878 1x0.1878 0.1939 0.1662 0.563 14.3 0.0816 0.0833 0.100 325 0.0180 0.0923 0.5877

Owl 266.8 135.1876 6x0.2109 7x0.0703 0.2368 0.2096 0.633 16.1 0.0647 0.0661 0.0791 385 0.0202 0.0896 0.5695

Waxwing 266.8 135.2 18x0.1217 1x0.1217 0.2210 0.2094 0.609 15.5 0.0649 0.0664 0.0794 410 0.0197 0.0903 0.5756

Spoonbill 266.8 135.2 22x0.1101 7x0.0612 0.2300 0.2095 0.624 15.9 0.0650 0.0664 0.0795 410 0.0207 0.0891 0.5717

Scaup 266.8 135.2 24x0.1054 7x0.0703 0.2366 0.2094 0.633 16.1 0.0650 0.0664 0.0795 415 0.0212 0.0886 0.5695

Partridge 266.8 135.2 26x0.1013 7x0.0788 0.2437 0.2095 0.642 16.3 0.0651 0.0665 0.0796 415 0.0217 0.0880 0.5673

(4) Code words shown denote ACSR with regular-strength Class A galvanized steel core (S1A). See the Options section to find the appropriate code word modifier designation for alternative design options.

(5) Based on a conductivity of 61.0% IACS at 20˚C for aluminum and ignores the effects of the steel core. To convert to ohms/mile, multiply by 5.28. To convert to ohms/km, multiply by 3.281.

(6) Based on a conductor temperature of 75˚C at 60 Hz and the following conditions: 32˚C ambient temperature, 1.98 ft/sec (0.6 m/s) crosswind (90˚ to conductor), 0.5 coefficient of emissivity, 0.5 coefficient of absorbtivity, 42˚ northern latitude, sea level elevation, 90˚ azimuth of line (East-West), clear atmosphere, and a date and time of noon on July 1 (resulting in 95.0 W/ft² of solar and sky radiated heat). Actual ampacity will differ based on local conditions. For specific ampacities, please contact your General Cable sales representative.

(7) Values for inductive reactance and capacitive reactance are expressed in terms of a 1 ft radius (30.48 cm). To convert the Geometric Mean Radius (GMR) to cm, divide the value by 0.03821. To convert inductive reactance to ohm/km, multiply the value by 3.281. To convert capacitive reactance to ohm/km, divide the value by 3.281.

TransPowr® ACSR Bare Overhead Conductor to CAN/CSA C61089 Aluminum Conductor Steel-Reinforced Concentric-Lay-Stranded

Page 4: Electric tility Overhead Conductors TransPowr ACSR · PDF file73 Electric tility Overhead Conductors TransPowr® ACSR Bare Overhead Conductor to CAN/CSA C61089 Aluminum Conductor Steel-Reinforced

76

Overhead Conductors Electric Utility

ACSR, ALUMINUM CONDUCTOR, STEEL-REINFORCED, CONCENTRIC-LAY-STRANDED (MECHANICAL PROPERTIES)

CODE WORD (1)

CONDUCTOR SIZESTRANDING

NO. X DIA. INCHESCROSS-SECTION

SQ. INCHES O.D.APPROX. WEIGHT

LB/1000 FT (2)PERCENT BY MASS

RATED STRENGTH STANDARD PACKAGES (3)

AWG OR kcmil mm2 AL STEEL TOTAL AL INCHES mm TOTAL AL STEEL AL STEEL LB kN REEL DESIG.

WT kg

LENGTH M

Junco 266.8 135.2 30x0.0943 7x0.0943 0.2584 0.2095 0.660 16.8 416.0 250 166 60.20 39.80 13700 60.9 RM 68.38 2254 3624RW 66.36 2254 3624

Phoebe 300.0 152.0 18x0.1291 1x0.1291 0.2487 0.2356 0.646 16.4 325.0 281 44 86.41 13.59 7900 35.1 RW 66.36 1887 3901RW 60.32 943 1951

Piper 300.0 152.0 30x0.1000 7x0.1000 0.2906 0.2356 0.700 17.8 468.0 282 186 60.20 39.80 15200 67.6 RMT 84.36 3392 4870RW 60.32 1696 2435

Ostrich 300.0 152.0 26x0.1074 7x0.0835 0.2739 0.2355 0.680 17.3 411.0 282 130 68.45 31.55 12700 56.5 RW 60.32 1717 2801Merlin 336.4 170.5 18x0.1367 1x0.1367 0.2789 0.2642 0.684 17.4 364.0 315 49 86.42 13.58 8900 39.6 RM 68.38 1885 3472

RW 66.36 1885 3472RW 50.32 943 1736

Woodcock 336.4 170.5 22x0.1237 7x0.0687 0.2903 0.2644 0.701 17.8 403.0 315 88 78.21 21.79 10900 48.5 RMT 84.36 2549 4230RW 60.32 1275 2115

Widgeon 336.4 170.5 24x0.1184 7x0.0789 0.2985 0.2642 0.710 18.0 431.0 315 116 73.13 26.87 12300 54.7 RMT 84.36 2971 4611RW 60.32 1486 2306

Linnet 336.4 170.5 26x0.1137 7x0.0884 0.3072 0.2643 0.720 18.3 461.0 316 145 68.46 31.54 14000 62.3 RMT 84.36 3438 4995RW 60.32 1717 2498

Oriole 336.4 170.5 30x0.1059 7x0.1059 0.3259 0.2642 0.741 18.8 525.0 316 209 60.20 39.80 17100 76.1 RMT 84.36 3383 4319RM 60.32 1692 2159

Chickadee 397.5 201.4 18x0.1486 1x0.1486 0.3295 0.3122 0.743 18.9 431.0 372 58 86.42 13.58 10200 45.4 RM 68.38 1882 2935RW 66.36 1882 2935RW 50.32 941 1468

Stork 397.5 201.4 22x0.1344 7x0.0747 0.3428 0.3121 0.762 19.3 477.0 373 104 78.20 21.80 12900 57.4 RMT 84.36 2542 3575RW 60.32 1272 1788

Brant 397.5 201.4 24x0.1287 7x0.0858 0.3527 0.3122 0.772 19.6 510.0 373 137 73.11 26.89 14600 64.9 RMT 84.36 2964 3898RW 60.32 1483 1949

Ibis 397.5 201.4 26x0.1236 7x0.0961 0.3630 0.3123 0.783 19.9 545.0 373 172 68.46 31.54 16100 71.6 RMT 84.36 3436 4227RW 60.32 1717 2114

Lark 397.5 201.4 30x0.1151 7x0.1151 0.3850 0.3121 0.806 20.5 620.0 373 247 60.21 39.79 20000 89.0 RM 68.38 2252 2432RW 66.36 2252 2432

Pelican 477.0 241.7 18x0.1628 1x0.1628 0.3955 0.3747 0.814 20.7 517.0 447 70 86.42 13.58 12300 54.7 RM 68.38 1882 2447RW 66.36 1882 2447RW 50.32 941 1224

Toucan 477.0 241.7 22x0.1472 7x0.0818 0.4112 0.3744 0.834 21.2 572.0 447 125 78.21 21.79 15500 68.9 RMT 84.36 2549 2984RW 60.32 1275 1492

Flicker 477.0 241.7 24x0.1410 7x0.0940 0.4233 0.3747 0.846 21.5 612.0 447 165 73.11 26.89 17300 77.0 RMT 84.36 2964 3249RW 60.32 1481 1625

Hawk 477.0 241.7 26x0.1354 7x0.1053 0.4357 0.3747 0.858 21.8 654.0 448 206 68.45 31.55 19300 85.8 RMT 84.36 3429 3523RW 60.32 1715 1762

Hen 477.0 241.7 30x0.1261 7x0.1261 0.4621 0.3747 0.883 22.4 744.0 448 296 60.20 39.80 23200 103 RM 68.38 2250 2027RW 66.36 2250 2027

Heron 500.0 253.4 30x0.1291 7x0.1291 0.4843 0.3927 0.904 23.0 780.0 469 310 60.20 39.80 24300 108.1 RM 68.38 2250 1934Osprey 556.5 282.0 18x0.1758 1x0.1758 0.4612 0.4369 0.879 22.3 603.0 521 82 86.43 13.57 14300 63.6 RM 68.38 1885 2100

RW 66.36 1885 2100RW 50.32 941 1050

(1) Code words shown denote ACSR with regular-strength Class A galvanized steel core (S1A). See the Options section to find the appropriate code word modifier designation for alternative design options.

(2) Due to rounding, total values may be slightly greater or slightly less than the sum of the component values.(3) Weights shown are for conductor only and do not include the reel. Normal length and shipping tolerances apply.Dimensions and weights not designated minimum or maximum are nominal values and subject to manufacturing tolerances. In this context, weight means mass.

TransPowr® ACSR Bare Overhead Conductor to CAN/CSA C61089 Aluminum Conductor Steel-Reinforced Concentric-Lay-Stranded

Page 5: Electric tility Overhead Conductors TransPowr ACSR · PDF file73 Electric tility Overhead Conductors TransPowr® ACSR Bare Overhead Conductor to CAN/CSA C61089 Aluminum Conductor Steel-Reinforced

77

Electric Utility Overhead Conductors

TransPowr® ACSR Bare Overhead Conductor to CAN/CSA C61089 Aluminum Conductor Steel-Reinforced Concentric-Lay-Stranded

ACSR, ALUMINUM CONDUCTOR, STEEL-REINFORCED, CONCENTRIC-LAY-STRANDED (ELECTRICAL PROPERTIES)

CODE WORD (4)

CONDUCTOR SIZESTRANDING

NO. X DIA. INCHESCROSS-SECTION

SQ. INCHES O.D.RESISTANCE (5) OHMS/1000 FT

AMPACITY 75˚C (6)

GEOMETRICMEAN

RADIUS FT

INDUCTIVE REACTANCE

OHM/1000 FT (7)

CAPACITIVE REACTANCE MEGAOHM 1000 FT (7)

AWG OR kcmil mm2 AL STEEL TOTAL AL INCHES mm

DC @ 20˚C

AC @ 25˚C

AC @ 75˚C

Junco 266.8 135.2 30x0.0943 7x0.0943 0.2584 0.2095 0.660 16.8 0.0651 0.0665 0.0796 415 0.0227 0.0870 0.5629

Phoebe 300.0 152.0 18x0.1291 1x0.1291 0.2487 0.2356 0.646 16.4 0.0577 0.0591 0.0707 440 0.0209 0.0889 0.5664

Piper 300.0 152.0 30x0.1000 7x0.1000 0.2906 0.2356 0.700 17.8 0.0579 0.0591 0.0708 450 0.0241 0.0856 0.5537

Ostrich 300.0 152.0 26x0.1074 7x0.0835 0.2739 0.2355 0.680 17.3 0.0579 0.0592 0.0708 445 0.0230 0.0867 0.5582Merlin 336.4 170.5 18x0.1367 1x0.1367 0.2789 0.2642 0.684 17.4 0.0515 0.0527 0.0631 475 0.0221 0.0876 0.5574

Woodcock 336.4 170.5 22x0.1237 7x0.0687 0.2903 0.2644 0.701 17.8 0.0516 0.0527 0.0631 475 0.0232 0.0865 0.5535

Widgeon 336.4 170.5 24x0.1184 7x0.0789 0.2985 0.2642 0.710 18.0 0.0516 0.0527 0.0631 475 0.0238 0.0859 0.5514

Linnet 336.4 170.5 26x0.1137 7x0.0884 0.3072 0.2643 0.720 18.3 0.0516 0.0528 0.0632 480 0.0244 0.0854 0.5492

Oriole 336.4 170.5 30x0.1059 7x0.1059 0.3259 0.2642 0.741 18.8 0.0516 0.0528 0.0632 480 0.0255 0.0843 0.5447

Chickadee 397.5 201.4 18x0.1486 1x0.1486 0.3295 0.3122 0.743 18.9 0.0436 0.0447 0.0534 525 0.0240 0.0857 0.5443

Stork 397.5 201.4 22x0.1344 7x0.0747 0.3428 0.3121 0.762 19.3 0.0436 0.0447 0.0535 530 0.0252 0.0846 0.5404

Brant 397.5 201.4 24x0.1287 7x0.0858 0.3527 0.3122 0.772 19.6 0.0436 0.0447 0.0534 530 0.0259 0.0840 0.5383

Ibis 397.5 201.4 26x0.1236 7x0.0961 0.3630 0.3123 0.783 19.9 0.0437 0.0447 0.0535 530 0.0265 0.0835 0.5361

Lark 397.5 201.4 30x0.1151 7x0.1151 0.3850 0.3121 0.806 20.5 0.0437 0.0447 0.0535 535 0.0277 0.0824 0.5316

Pelican 477.0 241.7 18x0.1628 1x0.1628 0.3955 0.3747 0.814 20.7 0.0363 0.0373 0.0446 590 0.0263 0.0836 0.5301

Toucan 477.0 241.7 22x0.1472 7x0.0818 0.4112 0.3744 0.834 21.2 0.0364 0.0373 0.0446 590 0.0276 0.0825 0.5262

Flicker 477.0 241.7 24x0.1410 7x0.0940 0.4233 0.3747 0.846 21.5 0.0364 0.0373 0.0446 595 0.0283 0.0819 0.5240

Hawk 477.0 241.7 26x0.1354 7x0.1053 0.4357 0.3747 0.858 21.8 0.0364 0.0373 0.0446 595 0.0290 0.0814 0.5218

Hen 477.0 241.7 30x0.1261 7x0.1261 0.4621 0.3747 0.883 22.4 0.0364 0.0373 0.0446 600 0.0304 0.0803 0.5174

Heron 500.0 253.4 30x0.1291 7x0.1291 0.4843 0.3927 0.904 23.0 0.0347 0.0356 0.0425 620 0.0311 0.0797 0.5137Osprey 556.5 282.0 18x0.1758 1x0.1758 0.4612 0.4369 0.879 22.3 0.0311 0.0320 0.0383 645 0.0284 0.0818 0.5180

(4) Code words shown denote ACSR with regular-strength Class A galvanized steel core (S1A). See the Options section to find the appropriate code word modifier designation for alternative design options.

(5) Based on a conductivity of 61.0% IACS at 20˚C for aluminum and ignores the effects of the steel core. To convert to ohms/mile, multiply by 5.28. To convert to ohms/km, multiply by 3.281.

(6) Based on a conductor temperature of 75˚C at 60 Hz and the following conditions: 32˚C ambient temperature, 1.98 ft/sec (0.6 m/s) crosswind (90˚ to conductor), 0.5 coefficient of emissivity, 0.5 coefficient of absorbtivity, 42˚ northern latitude, sea level elevation, 90˚ azimuth of line (East-West), clear atmosphere, and a date and time of noon on July 1 (resulting in 95.0 W/ft² of solar and sky radiated heat). Actual ampacity will differ based on local conditions. For specific ampacities, please contact your General Cable sales representative.

(7) Values for inductive reactance and capacitive reactance are expressed in terms of a 1 ft radius (30.48 cm). To convert the Geometric Mean Radius (GMR) to cm, divide the value by 0.03821. To convert inductive reactance to ohm/km, multiply the value by 3.281. To convert capacitive reactance to ohm/km, divide the value by 3.281.

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Overhead Conductors Electric Utility

ACSR, ALUMINUM CONDUCTOR, STEEL-REINFORCED, CONCENTRIC-LAY-STRANDED (MECHANICAL PROPERTIES)

CODE WORD (1)

CONDUCTOR SIZESTRANDING

NO. X DIA. INCHESCROSS-SECTION

SQ. INCHES O.D.APPROX. WEIGHT

LB/1000 FT (2)PERCENT BY MASS

RATED STRENGTH STANDARD PACKAGES (3)

AWG OR kcmil mm2 AL STEEL TOTAL AL INCHES mm TOTAL AL STEEL AL STEEL LB kN REEL DESIG.

WT kg

LENGTH M

Sapsucker 556.5 282.0 22x0.1590 7x0.0883 0.4800 0.4372 0.901 22.9 667.0 522 145 78.24 21.76 17700 78.7 RMT 84.36 2547 2557RW 60.32 1272 1279

Parakeet 556.5 282.0 24x0.1523 7x0.1015 0.4939 0.4372 0.914 23.2 714.0 522 192 73.12 26.88 19800 88.1 RMT 84.36 2969 2786RW 60.32 1483 1393

Dove 556.5 282.0 26x0.1463 7x0.1138 0.5083 0.4371 0.927 23.5 764.0 522 241 68.42 31.58 22500 100 RMT 84.36 3438 3020RW 60.32 1719 1510

Eagle 556.5 282.0 30x0.1362 7x0.1362 0.5391 0.4371 0.953 24.2 868.0 522 345 60.20 39.80 27000 120 RM 68.38 2250 1737RW 66.36 2250 1737

-none- 605.0 306.6 22x0.1658 7x0.0921 0.5216 0.4750 0.940 23.9 725.0 567 158 78.22 21.78 19100 85.0 RW 66.36 1907 1768Peacock 605.0 306.6 24x0.1588 7x0.1059 0.5370 0.4753 0.953 24.2 776.0 567 209 73.10 26.90 21600 96.1 RMT 84.36 2971 2563

RW 60.32 1486 1282Squab 605.0 306.6 26x0.1525 7x0.1186 0.5522 0.4749 0.966 24.5 830.0 568 262 68.44 31.56 24200 108 RMT 84.36 3438 2777

RW 60.32 1719 1388Wood Duck 605.0 306.6 30x0.1420 7x0.1420 0.5860 0.4751 0.994 25.2 943.0 568 375 60.20 39.80 29400 131 RM 68.38 2250 1599

RW 66.36 2250 1599Duck 605.0 306.6 54x0.1058 7x0.1058 0.5366 0.4750 0.953 24.2 777.0 569 208 73.19 26.81 22600 101 RMT 90.45 5017 4339

RM 68.38 2508 2169Kingbird 636.0 322.3 18x0.1880 1x0.1880 0.5274 0.4997 0.940 23.9 689.0 596 94 86.42 13.58 16400 72.9 RMT 84.36 2835 2761

RM 68.38 1885 1835RW 66.36 1885 1835RW 50.32 941 917

Goldfinch 636.0 322.3 22x0.1700 7x0.0944 0.5483 0.4994 0.963 24.5 762.0 596 166 78.23 21.77 20100 89.4 RMT 84.45 3822 3356RMT 84.36 2547 2237RW 60.32 1275 1119

Rook 636.0 322.3 24x0.1628 7x0.1085 0.5643 0.4996 0.977 24.8 816.0 596 219 73.12 26.88 22700 101 RMT 84.45 4452 3657RMT 84.36 2969 2438RW 60.32 1483 1219

Grosbeak 636.0 322.3 26x0.1564 7x0.1216 0.5808 0.4995 0.990 25.2 872.0 597 275 68.44 31.56 24900 111 RMT 90.45 5157 3965RMT 84.36 3438 2642RW 60.32 1719 1321

Scoter 636.0 322.3 30x0.1456 7x0.1456 0.6160 0.4995 1.019 25.9 992.0 597 395 60.20 39.80 30900 137 RMT 96.60 6772 4578RM 68.38 2257 1525

Egret 636.0 322.3 30x0.1456 19x0.0874 0.6135 0.4995 1.019 25.9 987.0 601 387 60.83 39.17 31500 140 RMT 96.60 6697 4560RMT 84.45 4468 3042

RM 68.38 2234 1521RW 66.36 2234 1521

Goose 636.0 322.3 54x0.1085 7x0.1085 0.5640 0.4993 0.977 24.8 817.0 598 219 73.18 26.82 23400 104 RMT 90.45 5020 4128RM 68.38 2509 2063

Flamingo 666.6 337.8 24x0.1667 7x0.1111 0.5917 0.5238 1.000 25.4 855.0 625 230 73.12 26.88 23800 106 RMT 84.45 4461 3493RMT 84.36 2969 2326RW 60.32 1486 1163

Gannet 666.6 337.8 26x0.1601 7x0.1245 0.6086 0.5234 1.014 25.8 914.0 626 289 68.44 31.56 26100 116 RMT 90.45 5162 3782RMT 84.36 3445 2524RW 60.32 1721 1262

(1) Code words shown denote ACSR with regular-strength Class A galvanized steel core (S1A). See the Options section to find the appropriate code word modifier designation for alternative design options.

(2) Due to rounding, total values may be slightly greater or slightly less than the sum of the component values.(3) Weights shown are for conductor only and do not include the reel. Normal length and shipping tolerances apply.Dimensions and weights not designated minimum or maximum are nominal values and subject to manufacturing tolerances. In this context, weight means mass.

TransPowr® ACSR Bare Overhead Conductor to CAN/CSA C61089 Aluminum Conductor Steel-Reinforced Concentric-Lay-Stranded

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Electric Utility Overhead Conductors

TransPowr® ACSR Bare Overhead Conductor to CAN/CSA C61089 Aluminum Conductor Steel-Reinforced Concentric-Lay-Stranded

ACSR, ALUMINUM CONDUCTOR, STEEL-REINFORCED, CONCENTRIC-LAY-STRANDED (ELECTRICAL PROPERTIES)

CODE WORD (4)

CONDUCTOR SIZESTRANDING

NO. X DIA. INCHESCROSS-SECTION

SQ. INCHES O.D.RESISTANCE (5) OHMS/1000 FT

AMPACITY 75˚C (6)

GEOMETRICMEAN

RADIUS FT

INDUCTIVE REACTANCE

OHM/1000 FT (7)

CAPACITIVE REACTANCE MEGAOHM 1000 FT (7)

AWG OR kcmil mm2 AL STEEL TOTAL AL INCHES mm

DC @ 20˚C

AC @ 25˚C

AC @ 75˚C

Sapsucker 556.5 282.0 22x0.1590 7x0.0883 0.4800 0.4372 0.901 22.9 0.0312 0.0320 0.0383 650 0.0298 0.0807 0.5141

Parakeet 556.5 282.0 24x0.1523 7x0.1015 0.4939 0.4372 0.914 23.2 0.0312 0.0320 0.0383 655 0.0306 0.0801 0.5120

Dove 556.5 282.0 26x0.1463 7x0.1138 0.5083 0.4371 0.927 23.5 0.0312 0.0320 0.0383 655 0.0313 0.0796 0.5098

Eagle 556.5 282.0 30x0.1362 7x0.1362 0.5391 0.4371 0.953 24.2 0.0312 0.0320 0.0383 660 0.0328 0.0785 0.5053

-none- 605.0 306.6 22x0.1658 7x0.0921 0.5216 0.4750 0.940 23.9 0.0287 0.0295 0.0352 685 0.0311 0.0797 0.5076Peacock 605.0 306.6 24x0.1588 7x0.1059 0.5370 0.4753 0.953 24.2 0.0287 0.0295 0.0352 690 0.0319 0.0792 0.5054

Squab 605.0 306.6 26x0.1525 7x0.1186 0.5522 0.4749 0.966 24.5 0.0287 0.0295 0.0352 690 0.0327 0.0786 0.5032

Wood Duck 605.0 306.6 30x0.1420 7x0.1420 0.5860 0.4751 0.994 25.2 0.0287 0.0294 0.0352 695 0.0342 0.0776 0.4987

Duck 605.0 306.6 54x0.1058 7x0.1058 0.5366 0.4750 0.953 24.2 0.0288 0.0296 0.0353 690 0.0321 0.0790 0.5054

Kingbird 636.0 322.3 18x0.1880 1x0.1880 0.5274 0.4997 0.940 23.9 0.0272 0.0281 0.0335 705 0.0304 0.0803 0.5075

Goldfinch 636.0 322.3 22x0.1700 7x0.0944 0.5483 0.4994 0.963 24.5 0.0273 0.0281 0.0335 710 0.0319 0.0792 0.5036

Rook 636.0 322.3 24x0.1628 7x0.1085 0.5643 0.4996 0.977 24.8 0.0273 0.0281 0.0335 710 0.0327 0.0786 0.5015

Grosbeak 636.0 322.3 26x0.1564 7x0.1216 0.5808 0.4995 0.990 25.2 0.0273 0.0281 0.0335 715 0.0335 0.0781 0.4993

Scoter 636.0 322.3 30x0.1456 7x0.1456 0.6160 0.4995 1.019 25.9 0.0273 0.0280 0.0335 720 0.0351 0.0770 0.4948

Egret 636.0 322.3 30x0.1456 19x0.0874 0.6135 0.4995 1.019 25.9 0.0273 0.0280 0.0335 715 0.0351 0.0770 0.4948

Goose 636.0 322.3 54x0.1085 7x0.1085 0.5640 0.4993 0.977 24.8 0.0274 0.0281 0.0336 710 0.0330 0.0784 0.5015

Flamingo 666.6 337.8 24x0.1667 7x0.1111 0.5917 0.5238 1.000 25.4 0.0260 0.0268 0.0320 730 0.0335 0.0781 0.4978

Gannet 666.6 337.8 26x0.1601 7x0.1245 0.6086 0.5234 1.014 25.8 0.0261 0.0268 0.0320 735 0.0343 0.0775 0.4956

(4) Code words shown denote ACSR with regular-strength Class A galvanized steel core (S1A). See the Options section to find the appropriate code word modifier designation for alternative design options.

(5) Based on a conductivity of 61.0% IACS at 20˚C for aluminum and ignores the effects of the steel core. To convert to ohms/mile, multiply by 5.28. To convert to ohms/km, multiply by 3.281.

(6) Based on a conductor temperature of 75˚C at 60 Hz and the following conditions: 32˚C ambient temperature, 1.98 ft/sec (0.6 m/s) crosswind (90˚ to conductor), 0.5 coefficient of emissivity, 0.5 coefficient of absorbtivity, 42˚ northern latitude, sea level elevation, 90˚ azimuth of line (East-West), clear atmosphere, and a date and time of noon on July 1 (resulting in 95.0 W/ft² of solar and sky radiated heat). Actual ampacity will differ based on local conditions. For specific ampacities, please contact your General Cable sales representative.

(7) Values for inductive reactance and capacitive reactance are expressed in terms of a 1 ft radius (30.48 cm). To convert the Geometric Mean Radius (GMR) to cm, divide the value by 0.03821. To convert inductive reactance to ohm/km, multiply the value by 3.281. To convert capacitive reactance to ohm/km, divide the value by 3.281.

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80

Overhead Conductors Electric Utility

ACSR, ALUMINUM CONDUCTOR, STEEL-REINFORCED, CONCENTRIC-LAY-STRANDED (MECHANICAL PROPERTIES)

CODE WORD (1)

CONDUCTOR SIZESTRANDING

NO. X DIA. INCHESCROSS-SECTION

SQ. INCHES O.D.APPROX. WEIGHT

LB/1000 FT (2)PERCENT BY MASS

RATED STRENGTH STANDARD PACKAGES (3)

AWG OR kcmil mm2 AL STEEL TOTAL AL INCHES mm TOTAL AL STEEL AL STEEL LB kN REEL DESIG.

WT kg

LENGTH M

-none- 666.6 337.8 42x0.1260 7x0.0700 0.5506 0.5237 0.966 24.5 717.0 626 91 87.28 12.72 17500 78 RMT 84.36 3252 3048Gull 666.6 337.8 54x0.1111 7x0.1111 0.5914 0.5235 1.000 25.4 857.0 627 230 73.17 26.83 24500 109 RMT 90.45 5015 3932

RM 68.38 2511 1969Stilt 715.5 362.5 24x0.1727 7x0.1151 0.6350 0.5622 1.036 26.3 918.0 671 247 73.12 26.88 25500 113 RMT 84.45 4454 3249

RMT 84.36 2967 2164RW 60.32 1483 1082

Starling 715.5 362.5 26x0.1659 7x0.1290 0.6535 0.5620 1.051 26.7 982.0 672 310 68.43 31.57 28000 125 RMT 90.45 5155 3520RMT 84.36 3441 2350RW 60.32 1721 1175

Redwing 715.5 362.5 30x0.1544 19x0.0926 0.6897 0.5617 1.081 27.5 1110 676 434 60.88 39.12 34600 154 RMT 96.60 6691 4054RMT 84.45 4468 2706

RM 68.38 2234 1353RW 66.36 2234 1353

-none- 715.5 362.5 42x0.1305 7x0.0725 0.5907 0.5618 1.001 25.4 770.0 672 98 87.28 12.72 18800 84 RMT 84.36 3276 2859Crow 715.5 362.5 54x0.1151 7x0.1151 0.6347 0.5619 1.036 26.3 919.0 673 247 73.17 26.83 26300 117 RMT 90.45 5019 3670

RM 68.38 2509 1835Macaw 795.0 402.8 42x0.1376 7x0.0764 0.6566 0.6245 1.055 26.8 855.0 746 109 87.29 12.71 20800 93 RMT 90.45 4359 3414

RM 68.38 2180 1707RW 60.32 1452 1137

Tern 795.0 402.8 45x0.1329 7x0.0886 0.6674 0.6243 1.063 27.0 893.0 747 146 83.63 16.37 22700 101 RMT 96.60 7307 5486RMT 90.45 4872 3657

RM 68.38 2436 1829RW 60.32 1624 1219

Puffin 795.0 402.8 22x0.1901 7x0.1056 0.6857 0.6244 1.077 27.4 953.0 745 208 78.22 21.78 25100 112 RMT 84.45 3819 2682RMT 84.36 2549 1789RW 60.32 1275 895

Cuckoo 795.0 402.8 24x0.1820 7x0.1213 0.7053 0.6244 1.092 27.7 1019 745 274 73.13 26.87 27800 124 RMT 84.45 4459 2929RMT 84.36 2969 1951RW 60.32 1486 975

Condor 795.0 402.8 54x0.1213 7x0.1213 0.7050 0.6241 1.092 27.7 1022 748 274 73.18 26.82 28300 126 RMT 96.60 8677 5706RMT 90.45 5341 3511

Drake 795.0 402.8 26x0.1749 7x0.1360 0.7263 0.6247 1.107 28.1 1091 746 344 68.43 31.57 31200 139 RMT 90.45 5155 3170RMT 84.36 3441 2115RW 60.32 1721 1058

Mallard 795.0 402.8 30x0.1628 19x0.0977 0.7669 0.6245 1.140 28.9 1234 751 483 60.84 39.16 38400 171 RMT 96.60 6492 3536RMT 84.45 4466 2432

RM 68.38 2234 1216-none- 874.5 443.1 42x0.1443 7x0.0802 0.7222 0.6869 1.106 28.1 941 821 120 87.27 12.73 22900 102 RMT 84.36 3276 2339Crane 874.5 443.1 54x0.1273 7x0.1273 0.7760 0.6870 1.145 29.1 1124 822 302 73.16 26.84 31200 139 RMT 90.45 5022 3002

RM 68.38 2511 1501-none- 900.0 456.0 42x0.1464 7x0.0813 0.7433 0.7070 1.122 28.5 971 848 123 87.29 12.71 23600 105 RMT 84.36 3273 2265Ruddy 900.0 456.0 45x0.1414 7x0.0943 0.7556 0.7067 1.131 28.7 1011 845 166 83.62 16.38 25500 113 RMT 96.60 7301 4843

RMT 90.45 4867 3228RM 68.38 2434 1614RW 60.32 1622 1076

(1) Code words shown denote ACSR with regular-strength Class A galvanized steel core (S1A). See the Options section to find the appropriate code word modifier designation for alternative design options.

(2) Due to rounding, total values may be slightly greater or slightly less than the sum of the component values.(3) Weights shown are for conductor only and do not include the reel. Normal length and shipping tolerances apply.Dimensions and weights not designated minimum or maximum are nominal values and subject to manufacturing tolerances. In this context, weight means mass.

TransPowr® ACSR Bare Overhead Conductor to CAN/CSA C61089 Aluminum Conductor Steel-Reinforced Concentric-Lay-Stranded

Page 9: Electric tility Overhead Conductors TransPowr ACSR · PDF file73 Electric tility Overhead Conductors TransPowr® ACSR Bare Overhead Conductor to CAN/CSA C61089 Aluminum Conductor Steel-Reinforced

81

Electric Utility Overhead Conductors

TransPowr® ACSR Bare Overhead Conductor to CAN/CSA C61089 Aluminum Conductor Steel-Reinforced Concentric-Lay-Stranded

ACSR, ALUMINUM CONDUCTOR, STEEL-REINFORCED, CONCENTRIC-LAY-STRANDED (ELECTRICAL PROPERTIES)

CODE WORD (4)

CONDUCTOR SIZESTRANDING

NO. X DIA. INCHESCROSS-SECTION

SQ. INCHES O.D.RESISTANCE (5) OHMS/1000 FT

AMPACITY 75˚C (6)

GEOMETRICMEAN

RADIUS FT

INDUCTIVE REACTANCE

OHM/1000 FT (7)

CAPACITIVE REACTANCE MEGAOHM 1000 FT (7)

AWG OR kcmil mm2 AL STEEL TOTAL AL INCHES mm

DC @ 20˚C

AC @ 25˚C

AC @ 75˚C

-none- 666.6 337.8 42x0.1260 7x0.0700 0.5506 0.5237 0.966 24.5 0.0261 0.0269 0.0321 725 0.0317 0.0793 0.5033Gull 666.6 337.8 54x0.1111 7x0.1111 0.5914 0.5235 1.000 25.4 0.0261 0.0269 0.0321 730 0.0337 0.0779 0.4978

Stilt 715.5 362.5 24x0.1727 7x0.1151 0.6350 0.5622 1.036 26.3 0.0242 0.0250 0.0298 765 0.0347 0.0773 0.4923

Starling 715.5 362.5 26x0.1659 7x0.1290 0.6535 0.5620 1.051 26.7 0.0243 0.0250 0.0299 765 0.0355 0.0767 0.4901

Redwing 715.5 362.5 30x0.1544 19x0.0926 0.6897 0.5617 1.081 27.5 0.0236 0.0243 0.0290 770 0.0369 0.0758 0.4856

-none- 715.5 362.5 42x0.1305 7x0.0725 0.5907 0.5618 1.001 25.4 0.0243 0.0251 0.0299 755 0.0329 0.0785 0.4977Crow 715.5 362.5 54x0.1151 7x0.1151 0.6347 0.5619 1.036 26.3 0.0243 0.0251 0.0299 765 0.0350 0.0771 0.4923

Macaw 795.0 402.8 42x0.1376 7x0.0764 0.6566 0.6245 1.055 26.8 0.0218 0.0227 0.0270 810 0.0346 0.0773 0.4895

Tern 795.0 402.8 45x0.1329 7x0.0886 0.6674 0.6243 1.063 27.0 0.0219 0.0227 0.0270 810 0.0352 0.0769 0.4882

Puffin 795.0 402.8 22x0.1901 7x0.1056 0.6857 0.6244 1.077 27.4 0.0218 0.0226 0.0269 815 0.0357 0.0766 0.4862

Cuckoo 795.0 402.8 24x0.1820 7x0.1213 0.7053 0.6244 1.092 27.7 0.0218 0.0225 0.0269 815 0.0366 0.0760 0.4840

Condor 795.0 402.8 54x0.1213 7x0.1213 0.7050 0.6241 1.092 27.7 0.0219 0.0226 0.0270 815 0.0368 0.0759 0.4840

Drake 795.0 402.8 26x0.1749 7x0.1360 0.7263 0.6247 1.107 28.1 0.0218 0.0225 0.0269 820 0.0375 0.0755 0.4818

Mallard 795.0 402.8 30x0.1628 19x0.0977 0.7669 0.6245 1.140 28.9 0.0218 0.0225 0.0269 825 0.0392 0.0744 0.4773

-none- 874.5 443.1 42x0.1443 7x0.0802 0.7222 0.6869 1.106 28.1 0.0199 0.0207 0.0246 855 0.0363 0.0762 0.4820Crane 874.5 443.1 54x0.1273 7x0.1273 0.7760 0.6870 1.145 29.1 0.0199 0.0206 0.0246 865 0.0386 0.0748 0.4766

-none- 900.0 456.0 42x0.1464 7x0.0813 0.7433 0.7070 1.122 28.5 0.0193 0.0201 0.0239 870 0.0369 0.0758 0.4797Ruddy 900.0 456.0 45x0.1414 7x0.0943 0.7556 0.7067 1.131 28.7 0.0193 0.0201 0.0239 875 0.0374 0.0755 0.4785

(4) Code words shown denote ACSR with regular-strength Class A galvanized steel core (S1A). See the Options section to find the appropriate code word modifier designation for alternative design options.

(5) Based on a conductivity of 61.0% IACS at 20˚C for aluminum and ignores the effects of the steel core. To convert to ohms/mile, multiply by 5.28. To convert to ohms/km, multiply by 3.281.

(6) Based on a conductor temperature of 75˚C at 60 Hz and the following conditions: 32˚C ambient temperature, 1.98 ft/sec (0.6 m/s) crosswind (90˚ to conductor), 0.5 coefficient of emissivity, 0.5 coefficient of absorbtivity, 42˚ northern latitude, sea level elevation, 90˚ azimuth of line (East-West), clear atmosphere, and a date and time of noon on July 1 (resulting in 95.0 W/ft² of solar and sky radiated heat). Actual ampacity will differ based on local conditions. For specific ampacities, please contact your General Cable sales representative.

(7) Values for inductive reactance and capacitive reactance are expressed in terms of a 1 ft radius (30.48 cm). To convert the Geometric Mean Radius (GMR) to cm, divide the value by 0.03821. To convert inductive reactance to ohm/km, multiply the value by 3.281. To convert capacitive reactance to ohm/km, divide the value by 3.281.

Page 10: Electric tility Overhead Conductors TransPowr ACSR · PDF file73 Electric tility Overhead Conductors TransPowr® ACSR Bare Overhead Conductor to CAN/CSA C61089 Aluminum Conductor Steel-Reinforced

82

Overhead Conductors Electric Utility

ACSR, ALUMINUM CONDUCTOR, STEEL-REINFORCED, CONCENTRIC-LAY-STRANDED (MECHANICAL PROPERTIES)

CODE WORD (1)

CONDUCTOR SIZESTRANDING

NO. X DIA. INCHESCROSS-SECTION

SQ. INCHES O.D.APPROX. WEIGHT

LB/1000 FT (2)PERCENT BY MASS

RATED STRENGTH STANDARD PACKAGES (3)

AWG OR kcmil mm2 AL STEEL TOTAL AL INCHES mm TOTAL AL STEEL AL STEEL LB kN REEL DESIG.

WT kg

LENGTH M

Canary 900.0 456.0 54x0.1291 7x0.1291 0.7985 0.7069 1.162 29.5 1157 846 310 73.17 26.83 32000 142 RMT 96.60 8689 5041RMT 90.45 5348 3103

Phoenix 954.0 483.4 42x0.1507 7x0.0837 0.7877 0.7492 1.155 29.3 1026 896 130 87.29 12.71 24500 109 RMT 90.45 4355 2847RM 68.38 2177 1423

Rail 954.0 483.4 45x0.1456 7x0.0971 0.8011 0.7493 1.165 29.6 1072 896 176 83.62 16.38 27000 120 RMT 96.60 7307 4572RMT 90.45 4872 3048

RM 68.38 2436 1524RW 60.32 1624 1016

Towhee 954.0 483.4 48x0.1410 7x0.1097 0.8156 0.7495 1.175 29.8 1120 896 224 80.00 20.00 29400 131 RMT 96.60 8151 4877RMT 90.45 5434 3252RMT 84.36 2717 1626

Redbird 954.0 483.4 24x0.1994 7x0.1329 0.8466 0.7495 1.196 30.4 1223 895 329 73.12 26.88 33400 149 RMT 84.45 4457 2438RMT 84.36 2969 1625

Cardinal 954.0 483.4 54x0.1329 7x0.1329 0.8462 0.7491 1.196 30.4 1226 897 329 73.18 26.82 34000 151 RMT 96.60 8682 4755RMT 90.45 5343 2926

Snowbird 1033.5 523.7 42x0.1569 7x0.0872 0.8535 0.8117 1.203 30.5 1112 970 142 87.27 12.73 26500 118 RMT 90.45 4359 2624RM 68.38 2180 1312

Ortolan 1033.5 523.7 45x0.1515 7x0.1010 0.8677 0.8116 1.212 30.8 1161 971 190 83.64 16.36 28700 128 RMT 96.60 7307 4221RMT 90.45 4869 2813

RM 68.38 2434 1407RW 60.32 1622 937

Whooper 1033.5 523.7 48x0.1467 7x0.1141 0.8830 0.8114 1.223 31.1 1213 971 242 80.02 19.98 31800 141 RMT 96.60 8140 4502RMT 90.45 5430 3002RMT 84.36 2715 1501

Curlew 1033.5 523.7 54x0.1383 7x0.1383 0.9167 0.8116 1.245 31.6 1328 972 356 73.18 26.82 36800 164 RMT 96.60 8682 4389RMT 90.45 5348 2703

Beaumont 1113.0 564.0 42x0.1628 7x0.0904 0.9192 0.8742 1.248 31.7 1197 1045 152 87.29 12.71 28300 126 RMT 96.60 6536 3657(Avocet) RMT 90.45 4359 2438

RM 68.38 2180 1219Bullfinch 1113.0 564.0 48x0.1523 7x0.1185 0.9516 0.8744 1.269 32.2 1307 1046 261 80.00 20.00 33700 150 RMT 96.60 8140 4176

RMT 90.45 5432 2786RMT 84.36 2715 1393

Finch 1113.0 564.0 54x0.1436 19x0.0862 0.9851 0.8742 1.292 32.8 1423 1047 377 73.53 26.47 40400 180 RMT 96.60 8634 4057RMT 90.45 5318 2499

Oxbird 1192.5 604.2 42x0.1685 7x0.0936 0.9847 0.9366 1.292 32.8 1283 1119 163 87.28 12.72 30400 135 RMT 96.60 6534 3414RMT 90.45 4357 2277

RM 68.38 2180 1138Bunting 1192.5 604.2 45x0.1628 7x0.1085 1.0014 0.9367 1.302 33.1 1339 1120 219 83.64 16.36 33100 147 RMT 96.60 7305 3657

RMT 90.45 4869 2438RM 68.38 2436 1219RW 60.32 1622 812

Cormorant 1192.5 604.2 48x0.1576 7x0.1226 1.0190 0.9364 1.313 33.4 1400 1120 280 80.01 19.99 35600 158 RMT 96.60 8147 3901RMT 90.45 5430 2600RMT 84.36 2715 1300

(1) Code words shown denote ACSR with regular-strength Class A galvanized steel core (S1A). See the Options section to find the appropriate code word modifier designation for alternative design options.

(2) Due to rounding, total values may be slightly greater or slightly less than the sum of the component values.(3) Weights shown are for conductor only and do not include the reel. Normal length and shipping tolerances apply.Dimensions and weights not designated minimum or maximum are nominal values and subject to manufacturing tolerances. In this context, weight means mass.

TransPowr® ACSR Bare Overhead Conductor to CAN/CSA C61089 Aluminum Conductor Steel-Reinforced Concentric-Lay-Stranded

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Electric Utility Overhead Conductors

TransPowr® ACSR Bare Overhead Conductor to CAN/CSA C61089 Aluminum Conductor Steel-Reinforced Concentric-Lay-Stranded

ACSR, ALUMINUM CONDUCTOR, STEEL-REINFORCED, CONCENTRIC-LAY-STRANDED (ELECTRICAL PROPERTIES)

CODE WORD (4)

CONDUCTOR SIZESTRANDING

NO. X DIA. INCHESCROSS-SECTION

SQ. INCHES O.D.RESISTANCE (5) OHMS/1000 FT

AMPACITY 75˚C (6)

GEOMETRICMEAN

RADIUS FT

INDUCTIVE REACTANCE

OHM/1000 FT (7)

CAPACITIVE REACTANCE MEGAOHM 1000 FT (7)

AWG OR kcmil mm2 AL STEEL TOTAL AL INCHES mm

DC @ 20˚C

AC @ 25˚C

AC @ 75˚C

Canary 900.0 456.0 54x0.1291 7x0.1291 0.7985 0.7069 1.162 29.5 0.0193 0.0200 0.0239 880 0.0392 0.0744 0.4743

Phoenix 954.0 483.4 42x0.1507 7x0.0837 0.7877 0.7492 1.155 29.3 0.0182 0.0190 0.0226 905 0.0380 0.0752 0.4752

Rail 954.0 483.4 45x0.1456 7x0.0971 0.8011 0.7493 1.165 29.6 0.0182 0.0190 0.0226 905 0.0385 0.0748 0.4739

Towhee 954.0 483.4 48x0.1410 7x0.1097 0.8156 0.7495 1.175 29.8 0.0182 0.0190 0.0226 910 0.0391 0.0745 0.4726

Redbird 954.0 483.4 24x0.1994 7x0.1329 0.8466 0.7495 1.196 30.4 0.0182 0.0189 0.0225 915 0.0400 0.0739 0.4697

Cardinal 954.0 483.4 54x0.1329 7x0.1329 0.8462 0.7491 1.196 30.4 0.0182 0.0189 0.0226 915 0.0404 0.0738 0.4697

Snowbird 1033.5 523.7 42x0.1569 7x0.0872 0.8535 0.8117 1.203 30.5 0.0168 0.0176 0.0209 950 0.0395 0.0743 0.4689

Ortolan 1033.5 523.7 45x0.1515 7x0.1010 0.8677 0.8116 1.212 30.8 0.0168 0.0176 0.0209 950 0.0401 0.0739 0.4676

Whooper 1033.5 523.7 48x0.1467 7x0.1141 0.8830 0.8114 1.223 31.1 0.0168 0.0176 0.0209 955 0.0407 0.0736 0.4663

Curlew 1033.5 523.7 54x0.1383 7x0.1383 0.9167 0.8116 1.245 31.6 0.0168 0.0175 0.0209 960 0.0420 0.0728 0.4635

Beaumont 1113.0 564.0 42x0.1628 7x0.0904 0.9192 0.8742 1.248 31.7 0.0156 0.0164 0.0195 990 0.0410 0.0734 0.4631(Avocet)

Bullfinch 1113.0 564.0 48x0.1523 7x0.1185 0.9516 0.8744 1.269 32.2 0.0156 0.0164 0.0195 1000 0.0423 0.0727 0.4605

Finch 1113.0 564.0 54x0.1436 19x0.0862 0.9851 0.8742 1.292 32.8 0.0156 0.0163 0.0194 1005 0.0436 0.0720 0.4577

Oxbird 1192.5 604.2 42x0.1685 7x0.0936 0.9847 0.9366 1.292 32.8 0.0146 0.0154 0.0183 1035 0.0424 0.0726 0.4577

Bunting 1192.5 604.2 45x0.1628 7x0.1085 1.0014 0.9367 1.302 33.1 0.0146 0.0154 0.0182 1035 0.0431 0.0723 0.4564

Cormorant 1192.5 604.2 48x0.1576 7x0.1226 1.0190 0.9364 1.313 33.4 0.0146 0.0154 0.0182 1040 0.0437 0.0719 0.4551

(4) Code words shown denote ACSR with regular-strength Class A galvanized steel core (S1A). See the Options section to find the appropriate code word modifier designation for alternative design options.

(5) Based on a conductivity of 61.0% IACS at 20˚C for aluminum and ignores the effects of the steel core. To convert to ohms/mile, multiply by 5.28. To convert to ohms/km, multiply by 3.281.

(6) Based on a conductor temperature of 75˚C at 60 Hz and the following conditions: 32˚C ambient temperature, 1.98 ft/sec (0.6 m/s) crosswind (90˚ to conductor), 0.5 coefficient of emissivity, 0.5 coefficient of absorbtivity, 42˚ northern latitude, sea level elevation, 90˚ azimuth of line (East-West), clear atmosphere, and a date and time of noon on July 1 (resulting in 95.0 W/ft² of solar and sky radiated heat). Actual ampacity will differ based on local conditions. For specific ampacities, please contact your General Cable sales representative.

(7) Values for inductive reactance and capacitive reactance are expressed in terms of a 1 ft radius (30.48 cm). To convert the Geometric Mean Radius (GMR) to cm, divide the value by 0.03821. To convert inductive reactance to ohm/km, multiply the value by 3.281. To convert capacitive reactance to ohm/km, divide the value by 3.281.

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Overhead Conductors Electric Utility

ACSR, ALUMINUM CONDUCTOR, STEEL-REINFORCED, CONCENTRIC-LAY-STRANDED (MECHANICAL PROPERTIES)

CODE WORD (1)

CONDUCTOR SIZESTRANDING

NO. X DIA. INCHESCROSS-SECTION

SQ. INCHES O.D.APPROX. WEIGHT

LB/1000 FT (2)PERCENT BY MASS

RATED STRENGTH STANDARD PACKAGES (3)

AWG OR kcmil mm2 AL STEEL TOTAL AL INCHES mm TOTAL AL STEEL AL STEEL LB kN REEL DESIG.

WT kg

LENGTH M

Grackle 1192.5 604.2 54x0.1486 19x0.0892 1.0553 0.9366 1.338 34.0 1525 1121 403 73.54 26.46 42600 189 RMT 96.60 8630 3785RMT 90.45 5697 2499

Scissortail 1272.0 644.5 42x0.1740 7x0.0967 1.0502 0.9988 1.334 33.9 1368 1194 174 87.28 12.72 32400 144 RMT 96.60 6534 3200RMT 90.45 4357 2133

RM 68.38 2177 1067Bittern 1272.0 644.5 45x0.1681 7x0.1121 1.0679 0.9988 1.345 34.2 1429 1195 234 83.63 16.37 35300 157 RMT 96.60 7307 3429

RMT 90.45 4872 2286RM 68.38 2436 1143RW 60.32 1624 762

Diver 1272.0 644.5 48x0.1628 7x0.1266 1.0873 0.9991 1.357 34.5 1493 1195 298 80.02 19.98 38000 169 RMT 96.60 8142 3657RMT 90.45 5430 2438RMT 84.36 2715 1219

Pheasant 1272.0 644.5 54x0.1535 19x0.0921 1.1258 0.9993 1.381 35.1 1626 1196 430 73.55 26.45 44800 199 RMT 96.60 8630 3551RMT 90.45 5314 2187

Ringdove 1351.5 684.8 42x0.1794 7x0.0997 1.1163 1.0616 1.375 34.9 1454 1269 185 87.27 12.73 34400 153 RMT 96.60 6539 3011RMT 90.45 4361 2009

RM 68.38 2180 1004Dipper 1351.5 684.8 45x0.1733 7x0.1155 1.1348 1.0614 1.386 35.2 1518 1270 248 83.64 16.36 37500 167 RMT 96.60 7301 3228

RMT 90.45 4867 2152RM 68.38 2434 1076RW 60.32 1624 718

-none- 1351.5 684.8 48x0.1678 7x0.1305 1.1551 1.0615 1.398 35.5 1587 1270 317 80.02 19.98 40300 179 RMT 96.60 8138 3441RMT 90.45 5427 2295RMT 84.36 2715 1148

Martin 1351.5 684.8 54x0.1582 19x0.0949 1.1958 1.0614 1.424 36.2 1728 1271 457 73.57 26.43 47600 212 RMT 96.60 8625 3340RMT 90.45 5316 2059

Popinjay 1431.0 725.1 42x0.1846 7x0.1026 1.1820 1.1241 1.415 35.9 1539 1343 196 87.27 12.73 36500 162 RMT 96.60 6534 2844RMT 90.45 4357 1896

RM 68.38 2177 948Bobolink 1431.0 725.1 45x0.1783 7x0.1189 1.2014 1.1237 1.427 36.2 1608 1344 263 83.63 16.37 39700 177 RMT 96.60 7307 3048

RMT 90.45 4869 2031RM 68.38 2438 1016

Wagtail 1431.0 725.1 48x0.1727 7x0.1343 1.2235 1.1243 1.439 36.5 1680 1344 336 80.01 19.99 42700 190 RMT 96.60 8142 3249RMT 90.45 5432 2167RMT 84.36 2715 1084

Plover 1431.0 725.1 54x0.1628 19x0.0977 1.2665 1.1241 1.465 37.2 1830 1346 484 73.55 26.45 50500 225 RMT 96.60 8630 3155RMT 90.45 5314 1943

-none- 1510.5 765.4 42x0.1896 7x0.1053 1.2472 1.1862 1.454 36.9 1624 1418 206 87.29 12.71 38500 171 RMT 84.45 4346 1798Nuthatch 1510.5 765.4 45x0.1832 7x0.1221 1.2682 1.1862 1.466 37.2 1697 1419 278 83.64 16.36 41500 185 RMT 96.60 7305 2889

RMT 90.45 4872 1926RM 68.38 2436 963

Parrot 1510.5 765.4 54x0.1672 19x0.1003 1.3362 1.1861 1.505 38.2 1930 1420 510 73.58 26.42 53200 237 RMT 96.60 8614 2987RMT 90.45 5309 1841

(1) Code words shown denote ACSR with regular-strength Class A galvanized steel core (S1A). See the Options section to find the appropriate code word modifier designation for alternative design options.

(2) Due to rounding, total values may be slightly greater or slightly less than the sum of the component values.(3) Weights shown are for conductor only and do not include the reel. Normal length and shipping tolerances apply.Dimensions and weights not designated minimum or maximum are nominal values and subject to manufacturing tolerances. In this context, weight means mass.

TransPowr® ACSR Bare Overhead Conductor to CAN/CSA C61089 Aluminum Conductor Steel-Reinforced Concentric-Lay-Stranded

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Electric Utility Overhead Conductors

TransPowr® ACSR Bare Overhead Conductor to CAN/CSA C61089 Aluminum Conductor Steel-Reinforced Concentric-Lay-Stranded

ACSR, ALUMINUM CONDUCTOR, STEEL-REINFORCED, CONCENTRIC-LAY-STRANDED (ELECTRICAL PROPERTIES)

CODE WORD (4)

CONDUCTOR SIZESTRANDING

NO. X DIA. INCHESCROSS-SECTION

SQ. INCHES O.D.RESISTANCE (5) OHMS/1000 FT

AMPACITY 75˚C (6)

GEOMETRICMEAN

RADIUS FT

INDUCTIVE REACTANCE

OHM/1000 FT (7)

CAPACITIVE REACTANCE MEGAOHM 1000 FT (7)

AWG OR kcmil mm2 AL STEEL TOTAL AL INCHES mm

DC @ 20˚C

AC @ 25˚C

AC @ 75˚C

Grackle 1192.5 604.2 54x0.1486 19x0.0892 1.0553 0.9366 1.338 34.0 0.0146 0.0153 0.0182 1045 0.0451 0.0712 0.4523

Scissortail 1272.0 644.5 42x0.1740 7x0.0967 1.0502 0.9988 1.334 33.9 0.0137 0.0145 0.0172 1075 0.0438 0.0719 0.4526

Bittern 1272.0 644.5 45x0.1681 7x0.1121 1.0679 0.9988 1.345 34.2 0.0137 0.0145 0.0172 1080 0.0445 0.0715 0.4514

Diver 1272.0 644.5 48x0.1628 7x0.1266 1.0873 0.9991 1.357 34.5 0.0137 0.0145 0.0171 1080 0.0452 0.0712 0.4500

Pheasant 1272.0 644.5 54x0.1535 19x0.0921 1.1258 0.9993 1.381 35.1 0.0137 0.0144 0.0171 1090 0.0466 0.0705 0.4472

Ringdove 1351.5 684.8 42x0.1794 7x0.0997 1.1163 1.0616 1.375 34.9 0.0129 0.0137 0.0162 1115 0.0452 0.0712 0.4479

Dipper 1351.5 684.8 45x0.1733 7x0.1155 1.1348 1.0614 1.386 35.2 0.0129 0.0137 0.0162 1120 0.0459 0.0708 0.4466

-none- 1351.5 684.8 48x0.1678 7x0.1305 1.1551 1.0615 1.398 35.5 0.0129 0.0137 0.0162 1120 0.0466 0.0705 0.4453

Martin 1351.5 684.8 54x0.1582 19x0.0949 1.1958 1.0614 1.424 36.2 0.0129 0.0136 0.0161 1130 0.0480 0.0698 0.4425

Popinjay 1431.0 725.1 42x0.1846 7x0.1026 1.1820 1.1241 1.415 35.9 0.0121 0.0131 0.0154 1155 0.0465 0.0705 0.4434

Bobolink 1431.0 725.1 45x0.1783 7x0.1189 1.2014 1.1237 1.427 36.2 0.0121 0.0130 0.0154 1155 0.0472 0.0702 0.4422

Wagtail 1431.0 725.1 48x0.1727 7x0.1343 1.2235 1.1243 1.439 36.5 0.0121 0.0130 0.0153 1160 0.0479 0.0698 0.4408

Plover 1431.0 725.1 54x0.1628 19x0.0977 1.2665 1.1241 1.465 37.2 0.0122 0.0129 0.0153 1170 0.0494 0.0691 0.4380

-none- 1510.5 765.4 42x0.1896 7x0.1053 1.2472 1.1862 1.454 36.9 0.0115 0.0124 0.0146 1190 0.0478 0.0699 0.4392Nuthatch 1510.5 765.4 45x0.1832 7x0.1221 1.2682 1.1862 1.466 37.2 0.0115 0.0124 0.0146 1195 0.0485 0.0696 0.4379

Parrot 1510.5 765.4 54x0.1672 19x0.1003 1.3362 1.1861 1.505 38.2 0.0115 0.0123 0.0145 1210 0.0508 0.0685 0.4338

(4) Code words shown denote ACSR with regular-strength Class A galvanized steel core (S1A). See the Options section to find the appropriate code word modifier designation for alternative design options.

(5) Based on a conductivity of 61.0% IACS at 20˚C for aluminum and ignores the effects of the steel core. To convert to ohms/mile, multiply by 5.28. To convert to ohms/km, multiply by 3.281.

(6) Based on a conductor temperature of 75˚C at 60 Hz and the following conditions: 32˚C ambient temperature, 1.98 ft/sec (0.6 m/s) crosswind (90˚ to conductor), 0.5 coefficient of emissivity, 0.5 coefficient of absorbtivity, 42˚ northern latitude, sea level elevation, 90˚ azimuth of line (East-West), clear atmosphere, and a date and time of noon on July 1 (resulting in 95.0 W/ft² of solar and sky radiated heat). Actual ampacity will differ based on local conditions. For specific ampacities, please contact your General Cable sales representative.

(7) Values for inductive reactance and capacitive reactance are expressed in terms of a 1 ft radius (30.48 cm). To convert the Geometric Mean Radius (GMR) to cm, divide the value by 0.03821. To convert inductive reactance to ohm/km, multiply the value by 3.281. To convert capacitive reactance to ohm/km, divide the value by 3.281.

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86

Overhead Conductors Electric Utility

ACSR, ALUMINUM CONDUCTOR, STEEL-REINFORCED, CONCENTRIC-LAY-STRANDED (MECHANICAL PROPERTIES)

CODE WORD (1)

CONDUCTOR SIZESTRANDING

NO. X DIA. INCHESCROSS-SECTION

SQ. INCHES O.D.APPROX. WEIGHT

LB/1000 FT (2)PERCENT BY MASS

RATED STRENGTH STANDARD PACKAGES (3)

AWG OR kcmil mm2 AL STEEL TOTAL AL INCHES mm TOTAL AL STEEL AL STEEL LB kN REEL DESIG.

WT kg

LENGTH M

Ratite 1590.0 805.7 42x0.1946 7x0.1081 1.3133 1.2491 1.492 37.9 1710 1493 218 87.28 12.72 40500 180 RMT 96.60 6534 2560RMT 90.45 4357 1707

RM 68.38 2177 853Lapwing 1590.0 805.7 45x0.1880 7x0.1253 1.3354 1.2491 1.504 38.2 1786 1494 292 83.63 16.37 43700 194 RMT 96.60 7307 2743

RMT 90.45 4872 1829RM 68.38 2436 914

Hornbill 1590.0 805.7 48x0.1820 7x0.1416 1.3590 1.2488 1.517 38.5 1867 1494 373 80.00 20.00 47500 211 RMT 96.60 8147 2926RMT 90.45 5432 1951RMT 84.36 2715 975

Falcon 1590.0 805.7 54x0.1716 19x0.1030 1.4072 1.2489 1.544 39.2 2033 1495 538 73.54 26.46 56100 250 RMT 96.60 8632 2841RMT 90.45 5316 1749

-none- 1590.0 805.7 72x0.1486 7x0.0991 1.3028 1.2488 1.486 37.7 1678 1495 183 89.10 10.90 38800 173 RMT 84.45 3642 1458Chukar 1780.0 901.9 84x0.1456 19x0.0874 1.5118 1.3978 1.601 40.7 2062 1675 387 81.22 18.78 53800 239 RMT 96.60 8650 2804Seahawk 1869.0 947.0 68x0.1658 7x0.0921 1.5147 1.4681 1.603 40.7 1915 1757 158 91.75 8.25 42800 190 RMT 96.60 7868 2743Mockingbird 2034.5 1030.9 72x0.1681 7x0.1121 1.6671 1.5980 1.681 42.7 2147 1913 234 89.10 10.90 49700 221 RMT 96.60 7310 2274Roadrunner 2057.5 1042.5 76x0.1645 19x0.0768 1.7035 1.6155 1.700 43.2 2234 1935 299 86.61 13.39 53600 238 RMT 96.60 7943 2377Bluebird 2156.0 1092.4 84x0.1602 19x0.0961 1.8309 1.6931 1.762 44.8 2497 2029 468 81.25 18.75 63300 282 RMT 96.60 8530 2286Kiwi 2167.0 1098.0 72x0.1735 7x0.1157 1.7758 1.7022 1.735 44.1 2287 2037 249 89.10 10.90 52900 235 RMT 96.60 7303 2133Thrasher 2312.0 1171.5 76x0.1744 19x0.0814 1.9145 1.8156 1.802 45.8 2510 2174 336 86.61 13.39 60200 268 RMT 96.60 8011 2133Joree 2515.0 1274.4 76x0.1819 19x0.0849 2.0827 1.9751 1.880 47.7 2730 2365 365 86.61 13.39 65500 291 RMT 96.60 7845 1920

(1) Code words shown denote ACSR with regular-strength Class A galvanized steel core (S1A). See the Options section to find the appropriate code word modifier designation for alternative design options.

(2) Due to rounding, total values may be slightly greater or slightly less than the sum of the component values.(3) Weights shown are for conductor only and do not include the reel. Normal length and shipping tolerances apply.Dimensions and weights not designated minimum or maximum are nominal values and subject to manufacturing tolerances. In this context, weight means mass.

TransPowr® ACSR Bare Overhead Conductor to CAN/CSA C61089 Aluminum Conductor Steel-Reinforced Concentric-Lay-Stranded

Page 15: Electric tility Overhead Conductors TransPowr ACSR · PDF file73 Electric tility Overhead Conductors TransPowr® ACSR Bare Overhead Conductor to CAN/CSA C61089 Aluminum Conductor Steel-Reinforced

87

Electric Utility Overhead Conductors

TransPowr® ACSR Bare Overhead Conductor to CAN/CSA C61089 Aluminum Conductor Steel-Reinforced Concentric-Lay-Stranded

ACSR, ALUMINUM CONDUCTOR, STEEL-REINFORCED, CONCENTRIC-LAY-STRANDED (ELECTRICAL PROPERTIES)

CODE WORD (4)

CONDUCTOR SIZESTRANDING

NO. X DIA. INCHESCROSS-SECTION

SQ. INCHES O.D.RESISTANCE (5) OHMS/1000 FT

AMPACITY 75˚C (6)

GEOMETRICMEAN

RADIUS FT

INDUCTIVE REACTANCE

OHM/1000 FT (7)

CAPACITIVE REACTANCE MEGAOHM 1000 FT (7)

AWG OR kcmil mm2 AL STEEL TOTAL AL INCHES mm

DC @ 20˚C

AC @ 25˚C

AC @ 75˚C

Ratite 1590.0 805.7 42x0.1946 7x0.1081 1.3133 1.2491 1.492 37.9 0.0109 0.0119 0.0140 1230 0.0490 0.0693 0.4352

Lapwing 1590.0 805.7 45x0.1880 7x0.1253 1.3354 1.2491 1.504 38.2 0.0109 0.0118 0.0139 1230 0.0497 0.0690 0.4339

Hornbill 1590.0 805.7 48x0.1820 7x0.1416 1.3590 1.2488 1.517 38.5 0.0109 0.0118 0.0139 1235 0.0505 0.0686 0.4326

Falcon 1590.0 805.7 54x0.1716 19x0.1030 1.4072 1.2489 1.544 39.2 0.0109 0.0117 0.0138 1245 0.0521 0.0679 0.4297

-none- 1590.0 805.7 72x0.1486 7x0.0991 1.3028 1.2488 1.486 37.7 0.0109 0.0119 0.0140 1225 0.0489 0.0694 0.4358Chukar 1780.0 901.9 84x0.1456 19x0.0874 1.5118 1.3978 1.601 40.7 0.00978 0.0107 0.0126 1320 0.0534 0.0673 0.4241Seahawk 1869.0 947.0 68x0.1658 7x0.0921 1.5147 1.4681 1.603 40.7 0.00931 0.0104 0.0122 1340 0.0524 0.0678 0.4239Mockingbird 2034.5 1030.9 72x0.1681 7x0.1121 1.6671 1.5980 1.681 42.7 0.00855 0.00967 0.0113 1410 0.0553 0.0665 0.4165Roadrunner 2057.5 1042.5 76x0.1645 19x0.0768 1.7035 1.6155 1.700 43.2 0.00845 0.00953 0.0111 1425 0.0562 0.0662 0.4147Bluebird 2156.0 1092.4 84x0.1602 19x0.0961 1.8309 1.6931 1.762 44.8 0.00807 0.00909 0.0106 1470 0.0588 0.0651 0.4091Kiwi 2167.0 1098.0 72x0.1735 7x0.1157 1.7758 1.7022 1.735 44.1 0.00803 0.00918 0.0107 1460 0.0570 0.0658 0.4115Thrasher 2312.0 1171.5 76x0.1744 19x0.0814 1.9145 1.8156 1.802 45.8 0.00752 0.00868 0.0101 1520 0.0595 0.0648 0.4055Joree 2515.0 1274.4 76x0.1819 19x0.0849 2.0827 1.9751 1.880 47.7 0.00692 0.00813 0.00937 1590 0.0621 0.0639 0.3989

(4) Code words shown denote ACSR with regular-strength Class A galvanized steel core (S1A). See the Options section to find the appropriate code word modifier designation for alternative design options.

(5) Based on a conductivity of 61.0% IACS at 20˚C for aluminum and ignores the effects of the steel core. To convert to ohms/mile, multiply by 5.28. To convert to ohms/km, multiply by 3.281.

(6) Based on a conductor temperature of 75˚C at 60 Hz and the following conditions: 32˚C ambient temperature, 1.98 ft/sec (0.6 m/s) crosswind (90˚ to conductor), 0.5 coefficient of emissivity, 0.5 coefficient of absorbtivity, 42˚ northern latitude, sea level elevation, 90˚ azimuth of line (East-West), clear atmosphere, and a date and time of noon on July 1 (resulting in 95.0 W/ft² of solar and sky radiated heat). Actual ampacity will differ based on local conditions. For specific ampacities, please contact your General Cable sales representative.

(7) Values for inductive reactance and capacitive reactance are expressed in terms of a 1 ft radius (30.48 cm). To convert the Geometric Mean Radius (GMR) to cm, divide the value by 0.03821. To convert inductive reactance to ohm/km, multiply the value by 3.281. To convert capacitive reactance to ohm/km, divide the value by 3.281.

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ACSR, ALUMINUM CONDUCTOR, STEEL-REINFORCED, CONCENTRIC-LAY-STRANDED HIGH-STRENGTH STRANDING (MECHANICAL PROPERTIES)

CODE WORD (1)

CONDUCTOR SIZESTRANDING

NO. X DIA. INCHESCROSS-SECTION

SQ. INCHES O.D.APPROX. WEIGHT

LB/1000 FT (2)PERCENT BY MASS

RATED STRENGTH STANDARD PACKAGES (3)

AWG OR kcmil mm2 AL STEEL TOTAL AL INCHES mm TOTAL AL STEEL AL STEEL LB kN REEL DESIG.

WT kg

LENGTH M

Grouse 80.0 40.5 8x0.1000 1x0.1670 0.0847 0.0628 0.367 9.32 148.5 74.6 73.9 50.26 49.74 5130 22.8 NR 36.22 513 2310Petrel 101.8 51.6 12x0.0921 7x0.0921 0.1266 0.0799 0.461 11.7 253.5 95.6 157.9 37.70 62.30 9860 43.9 RW 50.32 1440 3810Minorca 110.8 56.1 12x0.0961 7x0.0961 0.1378 0.0870 0.480 12.2 276.0 104.0 171.9 37.69 62.31 10730 47.7 RW 50.32 1438 3499Leghorn 134.6 68.2 12x0.1059 7x0.1059 0.1674 0.1057 0.530 13.5 335.2 126.4 208.8 37.70 62.30 12950 57.6 RW 50.32 1440 2880Guinea 159.0 80.6 12x0.1151 7x0.1151 0.1977 0.1249 0.576 14.6 395.9 149.3 246.7 37.70 62.30 15210 67.7 RW 50.32 1440 2438Dotterel 176.9 89.6 12x0.1214 7x0.1214 0.2199 0.1389 0.607 15.4 440.5 166.1 274.4 37.71 62.29 16350 72.7 RW 50.32 1440 2193Dorking 190.8 96.7 12x0.1261 7x0.1261 0.2373 0.1499 0.630 16.0 475.2 179.1 296.1 37.70 62.30 17640 78.5 RW 50.32 1440 2031Auk 203.0 102.9 8x0.1593 7x0.0886 0.2026 0.1594 0.584 14.8 335.5 189.4 146.1 56.45 43.55 11140 49.6 RW 50.32 964 1931Brahma 203.2 103.0 16x0.1127 19x0.0977 0.3020 0.1596 0.714 18.1 674.6 191.4 483.2 28.37 71.63 27600 123 RW 60.32 1919 1911Cochin 211.3 107.1 12x0.1327 7x0.1327 0.2628 0.1660 0.663 16.9 526.2 198.4 327.9 37.70 62.30 19540 86.9 RW 50.32 1440 1835

ACSR, ALUMINUM CONDUCTOR, STEEL-REINFORCED, CONCENTRIC-LAY-STRANDED CANADIAN DIAMETER-BASED SIZES (MECHANICAL PROPERTIES)

CODE WORD (1)

CONDUCTOR SIZESTRANDING

NO. X DIA. INCHESCROSS-SECTION

SQ. INCHES O.D.APPROX. WEIGHT

LB/1000 FT (2)PERCENT BY MASS

RATED STRENGTH STANDARD PACKAGES (3)

AWG OR kcmil mm2 AL STEEL TOTAL AL INCHES mm TOTAL AL STEEL AL STEEL LB kN REEL DESIG.

WT kg

LENGTH M

Shelter Bay 504.2 255.5 22x0.1514 7x0.0841 0.4349 0.3961 0.858 21.8 604.0 473 132 78.21 21.79 16100 71.6 RW 66.36 1912 2127Chignecto 588.9 298.4 22x0.1636 7x0.0909 0.5079 0.4625 0.927 23.6 706.0 552 154 78.19 21.81 18600 82.7 RM 66.32 1913 1821Peace River 625.8 317.1 48x0.1141 7x0.0886 0.5347 0.4916 0.951 24.2 734.0 588 146 80.09 19.91 19800 88.1 RM 68.38 2038 1865Mica 666.9 337.9 24x0.1667 7x0.1110 0.5916 0.5238 1.000 25.4 855.0 625 229 73.15 26.85 23700 105 RM 68.38 3393 2667Grand Rapids 685.4 347.3 22x0.1765 7x0.0980 0.5911 0.5383 1.000 25.4 821.0 643 179 78.23 21.77 21600 96.1 RM 66.32 1912 1565Chutes 849.6 430.5 45x0.1374 7x0.0917 0.7136 0.6673 1.099 27.9 955.0 798 157 83.59 16.41 24100 107 RMT 84.45 3660 2575Des Passes

Les Boules 864.9 438.2 42x0.1435 7x0.0797 0.7142 0.6793 1.100 27.9 930.0 812 118 87.29 12.71 22700 101 RMT 84.36 3274 2365Carillon 1028.7 521.2 42x0.1565 7x0.0870 0.8496 0.8080 1.200 30.5 1107 966 141 87.27 12.73 26400 117 RMT 84.36 3276 1989Gatineau 1168.1 591.9 48x0.1560 7x0.1213 0.9983 0.9174 1.300 33.0 1371 1097 274 80.02 19.98 34900 155 RMT 84.45 4080 1999Seaway 1277.5 647.3 42x0.1744 7x0.0969 1.0549 1.0033 1.337 34.0 1374 1199 175 87.28 12.72 32500 145 RMT 84.36 3272 1600Bersfort 1354.8 686.5 48x0.1680 7x0.1307 1.1580 1.0640 1.400 35.6 1591 1273 318 80.01 19.99 40400 180 RMT 84.45 4077 1722Bersimis 1361.0 689.6 42x0.1800 7x0.1000 1.1238 1.0688 1.380 35.1 1464 1278 186 87.28 12.72 34700 154 RMT 84.36 3274 1503Nelson 1840.0 932.3 72x0.1598 7x0.1063 1.5068 1.4447 1.598 40.6 1940 1730 210 89.16 10.84 44800 199 RMT 96.60 5491 1902

(1) Code words shown denote ACSR with regular-strength Class A galvanized steel core (S1A). See the Options section to find the appropriate code word modifier designation for alternative design options.

(2) Due to rounding, total values may be slightly greater or slightly less than the sum of the component values.(3) Weights shown are for conductor only and do not include the reel. Normal length and shipping tolerances apply.Dimensions and weights not designated minimum or maximum are nominal values and subject to manufacturing tolerances. In this context, weight means mass.

TransPowr® ACSR Bare Overhead Conductor to CAN/CSA C61089 Aluminum Conductor Steel-Reinforced Concentric-Lay-Stranded

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Electric Utility Overhead Conductors

TransPowr® ACSR Bare Overhead Conductor to CAN/CSA C61089 Aluminum Conductor Steel-Reinforced Concentric-Lay-Stranded

ACSR, ALUMINUM CONDUCTOR, STEEL-REINFORCED, CONCENTRIC-LAY-STRANDED CANADIAN DIAMETER-BASED SIZES (ELECTRICAL PROPERTIES)

CODE WORD (4)

CONDUCTOR SIZESTRANDING

NO. X DIA. INCHESCROSS-SECTION

SQ. INCHES O.D.RESISTANCE (5) OHMS/1000 FT

AMPACITY 75˚C (6)

GEOMETRICMEAN

RADIUS FT

INDUCTIVE REACTANCE

OHM/1000 FT (7)

CAPACITIVE REACTANCE MEGAOHM 1000 FT (7)

AWG OR kcmil mm2 AL STEEL TOTAL AL INCHES mm

DC @ 20˚C

AC @ 25˚C

AC @ 75˚C

Shelter Bay 504.2 255.5 22x0.1514 7x0.0841 0.4349 0.3961 0.858 21.8 0.03441 0.03531 0.04221 615 0.0284 0.0818 0.5218Chignecto 588.9 298.4 22x0.1636 7x0.0909 0.5079 0.4625 0.927 23.6 0.02946 0.03029 0.03619 675 0.0307 0.0800 0.5097Peace River 625.8 317.1 48x0.1141 7x0.0886 0.5347 0.4916 0.951 24.2 0.02778 0.02860 0.03415 700 0.0317 0.0793 0.5056Mica 666.9 337.9 24x0.1667 7x0.1110 0.5916 0.5238 1.000 25.4 0.02601 0.02678 0.03198 730 0.0335 0.0781 0.4978Grand Rapids 685.4 347.3 22x0.1765 7x0.0980 0.5911 0.5383 1.000 25.4 0.02531 0.02610 0.03115 740 0.0331 0.0783 0.4978Chutes 849.6 430.5 45x0.1374 7x0.0917 0.7136 0.6673 1.099 27.9 0.02046 0.02125 0.02531 845 0.0364 0.0762 0.4830Des Passes

Les Boules 864.9 438.2 42x0.1435 7x0.0797 0.7142 0.6793 1.100 27.9 0.02008 0.02090 0.02488 850 0.0361 0.0763 0.4829Carillon 1028.7 521.2 42x0.1565 7x0.0870 0.8496 0.8080 1.200 30.5 0.01688 0.01771 0.02104 945 0.0394 0.0743 0.4693Gatineau 1168.1 591.9 48x0.1560 7x0.1213 0.9983 0.9174 1.300 33.0 0.01488 0.01566 0.01858 1025 0.0433 0.0722 0.4567Seaway 1277.5 647.3 42x0.1744 7x0.0969 1.0549 1.0033 1.337 34.0 0.01360 0.01447 0.01712 1080 0.0439 0.0718 0.4523Bersfort 1354.8 686.5 48x0.1680 7x0.1307 1.1580 1.0640 1.400 35.6 0.01283 0.01364 0.01614 1125 0.0466 0.0704 0.4451Bersimis 1361.0 689.6 42x0.1800 7x0.1000 1.1238 1.0688 1.380 35.1 0.01276 0.01366 0.01613 1120 0.0453 0.0711 0.4473Nelson 1840.0 932.3 72x0.1598 7x0.1063 1.5068 1.4447 1.598 40.6 0.00945 0.01051 0.01229 1335 0.0525 0.0677 0.4243

(4) Code words shown denote ACSR with regular-strength Class A galvanized steel core (S1A). See the Options section to find the appropriate code word modifier designation for alternative design options.

(5) Based on a conductivity of 61.0% IACS at 20˚C for aluminum and ignores the effects of the steel core. To convert to ohms/mile, multiply by 5.28. To convert to ohms/km, multiply by 3.281.

(6) Based on a conductor temperature of 75˚C at 60 Hz and the following conditions: 32˚C ambient temperature, 1.98 ft/sec (0.6 m/s) crosswind (90˚ to conductor), 0.5 coefficient of emissivity, 0.5 coefficient of absorbtivity, 42˚ northern latitude, sea level elevation, 90˚ azimuth of line (East-West), clear atmosphere, and a date and time of noon on July 1 (resulting in 95.0 W/ft² of solar and sky radiated heat). Actual ampacity will differ based on local conditions. For specific ampacities, please contact your General Cable sales representative.

(7) Values for inductive reactance and capacitive reactance are expressed in terms of a 1 ft radius (30.48 cm). To convert the Geometric Mean Radius (GMR) to cm, divide the value by 0.03821. To convert inductive reactance to ohm/km, multiply the value by 3.281. To convert capacitive reactance to ohm/km, divide the value by 3.281.

ACSR, ALUMINUM CONDUCTOR, STEEL-REINFORCED, CONCENTRIC-LAY-STRANDED HIGH-STRENGTH STRANDING (ELECTRICAL PROPERTIES)

CODE WORD (4)

CONDUCTOR SIZESTRANDING

NO. X DIA. INCHESCROSS-SECTION

SQ. INCHES O.D.RESISTANCE (5) OHMS/1000 FT

AMPACITY 75˚C (6)

GEOMETRICMEAN

RADIUS FT

INDUCTIVE REACTANCE

OHM/1000 FT (7)

CAPACITIVE REACTANCE MEGAOHM 1000 FT (7)

AWG OR kcmil mm2 AL STEEL TOTAL AL INCHES mm

DC @ 20˚C

AC @ 25˚C

AC @ 75˚C

Grouse 80.0 40.5 8x0.1000 1x0.1670 0.0847 0.0628 0.367 9.32 0.206 0.211 0.252 185 0.0122 0.1012 0.6549Petrel 101.8 51.6 12x0.0921 7x0.0921 0.1266 0.0799 0.461 11.7 0.158 0.161 0.193 220 0.0163 0.0947 0.6193Minorca 110.8 56.1 12x0.0961 7x0.0961 0.1378 0.0870 0.480 12.2 0.145 0.148 0.177 230 0.0170 0.0937 0.6126Leghorn 134.6 68.2 12x0.1059 7x0.1059 0.1674 0.1057 0.530 13.5 0.120 0.122 0.146 255 0.0187 0.0914 0.5974Guinea 159.0 80.6 12x0.1151 7x0.1151 0.1977 0.1249 0.576 14.6 0.101 0.103 0.124 280 0.0203 0.0895 0.5843Dotterel 176.9 89.6 12x0.1214 7x0.1214 0.2199 0.1389 0.607 15.4 0.0911 0.0929 0.111 300 0.0214 0.0883 0.5760Dorking 190.8 96.7 12x0.1261 7x0.1261 0.2373 0.1499 0.630 16.0 0.0845 0.0862 0.103 310 0.0223 0.0874 0.5701Auk 203.0 102.9 8x0.1593 7x0.0886 0.2026 0.1594 0.584 14.8 0.0850 0.0868 0.104 320 0.0197 0.0903 0.5820Brahma 203.2 103.0 16x0.1127 19x0.0977 0.3020 0.1596 0.714 18.1 0.0764 0.0779 0.093 330 0.0260 0.0839 0.5506Cochin 211.3 107.1 12x0.1327 7x0.1327 0.2628 0.1660 0.663 16.9 0.0763 0.0778 0.093 330 0.0234 0.0863 0.5621

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Notes