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  • Thermal Resistance Aluminum Alloy Conductor Steel Reinforced

TACSR--Thermal Resistance Aluminum alloy Conductor Steel Reinforced

Application: TACSR could withstand high tensile load to be used mainly for overhead transmission lines, overhead distribution wire.

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APPLICATION:
TACSR could withstand high tensile load to be used mainly for overhead transmission lines, overhead distribution wire. 

CONSTRUCTION:
The center wire or wires are of galvanized steel and the outer layer or layers of thermal-resistant  aluminum-alloy.
TACSR Conductors are very similar in construction to a conventional ACSR conductor but the EC Grade Aluminum wires are replaced with Hard Drawn Aluminum wires of Heat Resistant Aluminum Alloy (generally known as TAL ) .

FEATURES:

TACSR can be safely operated continuously above 150℃ enabling to pump more current through the conductor. Where there is a need to transmit higher power but restrictions on getting new power corridors approved, various types of TAL conductors are one of the best creative solution options to utilities. Ability of the Zirconium doped aluminum alloy to maintain its electrical and mechanical properties at elevated temperatures makes these conductors a very cost effective solution in refurbishing the existing lines with enhanced capacity.
TACSR (Thermal Resistance Aluminium Alloy Conductor Steel Reinforced)
Nominal Cross
Sectional Area
No/Dia of Wire Cross Sectional Area Approximately DC Resistance at 20 ℃, max Calculated Breaking Load, min Current Carrying Capacity *) Standard Delivery Length
TAL Wire AS Wire TAL Wire AS Wire Total Overall Dia. Net Weight
No./mm mm2 mm kg/km Ω/km Kgf N A m
58 6/3.5 1/3.5 57.73 9.52 67.35 10.5 234 0.5050 1,980 19,423 375 5,000
80 6/4.2 1/4.2 83.13 13.85 96.98 12.6 336 0.3500 2,770 27,173 480 5,000
80 15/2.6 4/2.6 79.64 21.24 100.88 13.0 386 0.3680 3,810 37,376 470 5,000
95 6/4.5 1/4.5 95.43 15.90 111.33 13.5 386 0.3050 3,180 31,195 525 5,000
100 15/2.9 4/2.9 99.08 26.42 125.50 14.5 480 0.2960 4,740 46,499 545 5,000
120 15/3.2 4/3.2 120.64 32.17 152.81 16.0 585 0.2430 5,550 54,445 620 5,000
120 30/2.3 7/2.3 124.64 29.08 153.72 16.1 574 0.2370 5,460 53,562 630 5,000
160 30/2.6 7/2.6 159.28 37.17 196.45 18.2 734 0.1850 6,980 68,473 745 3,000
200 30/2.9 7/2.9 198.16 46.24 244.40 20.3 912 0.1490 8,680 85,150 860 3,000
240 30/3.2 7/3.2 241.27 56.30 297.57 22.4 1111 0.1220 10,170 99,767 980 2,000
330 26/4.0 7/3.1 326.73 52.83 379.56 25.3 1320 0.0901 10,940 107,321 1,190 2,000
410 26/4.5 7/3.5 413.51 67.35 480.86 28.5 1674 0.0712 13,900 136,359 1,390 1,500
520 54/3.5 7/3.5 519.54 67.35 586.89 31.5 1969 0.0567 15,590 152,937 1,610 1,500
610 54/3.8 7/3.8 612.42 79.39 691.81 34.2 2321 0.0481 18,380 180,307 1,795 1,000
680 54/4.0 7/4.0 678.58 87.96 766.54 36.0 2572 0.0434 19,790 194,139 1,920 1,000
680 45/4.4 7/2.9 684.24 46.24 730.48 35.1 2260 0.0431 15,590 152,937 1,910 1,000
810 45/4.8 7/3.2 814.30 56.30 870.60 38.4 2700 0.0362 18,460 181,092 2,145 1,000
1160 84/4.2 7/4.2 1163.77 96.98 1,260.75 46.2 3997 0.0254 27,870 273,404 2,700 500
1520 84/4.8 7/4.8 1520.03 126.67 1,646.70 52.8 5221 0.0195 36,410 357,182 3,185 500
Note: Continuous operating temperature of conductor = 80℃, Air temperature = 35℃, wind velocity = 0.6 m/sec

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