7/30/2019 Acsr Fiche Technique

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Overhead Conductors Electric Utility

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

CODEWORD (1)

CONDUCTOR SIZESTRANDING

NO. X DIA. INCHESCROSS-SECTION

SQ. INCHES O.D.APPROX. WEIGHT

LB/1000 FT (2)PERCENTBY MASS

RATEDSTRENGTH STANDARD PACKAGES (3)

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

WTkg

LENGTHM

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 4980

COIL 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 4700

COIL 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 5459

NR 30.22 272 2729

COIL 109 1091

Sparrow 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 2955

NR 30.22 268 1970

COIL 100 735

Sparate 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 1714

COIL 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 4681

NR 36.22 401 2341

NR 30.22 268 1560

COIL 100 582

Raven 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 1858

NR 30.22 268 1237

COIL 100 462

Quail 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 1474

NR 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 2338

NR 36.22 401 1169

NR 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 1853

NR 36.22 401 927

NR 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 4407

RW 60.32 1118 2204

RW 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 4377

RW 66.36 1882 4377

RW 50.32 941 2188

Spoonbi ll 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 2668

RW 60.32 1275 2668

RW 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 2902

RW 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 foralternative 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 ma ximum are nominal values and subject to manufacturing tolerances. In this context, weight means mass.

TransPowr

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

http://www.generalcable.com/

7/30/2019 Acsr Fiche Technique

2/2

75

Electric Utility Overhead Conductors

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

CODEWORD (4)

CONDUCTOR SIZESTRANDING

NO. X DIA. INCHESCROSS-SECTION

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

AMPACITY75C (6)

GEOMETRICMEAN

RADIUSFT

INDUCTIVEREACTANCE

OHM/1000 FT(7)

CAPACITIVEREACTANCEMEGAOHM1000 FT (7)

AWG ORkcmil mm2 AL STEEL TOTAL AL INCHES mm

DC@ 20C

AC@ 25C

AC@ 75C

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

Par tridge 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 foralternative design options.

(5) Based on a conductivity of 61.0% IACS at 20C 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 by3.281.

(6) Based on a conductor temperature of 75C at 60 Hz and the following conditions: 32C ambient temperature, 1.98 ft/sec (0.6 m/s) crosswind (90 to conductor), 0.5 coefficient ofemissivity, 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 (resultingin 95.0 W/ft of solar and sky radiated heat). Actual ampacity will dif fer based on local conditions. For specific ampacities, please contact your General Cable s ales 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 by0.03821. 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 C61089Aluminum Conductor Steel-Reinforced Concentric-Lay-Stranded

http://www.generalcable.com/