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Product Description
AAAC, or All Aluminium Alloy Conductor, is used as a bare overhead conductor for power transmission and distribution lines. AAAC conductor are made out from aluminum-magnesium-silicon alloy of high electrical conductivity (min 53% IACS) containing magnesium (0.6-0.9%) & silicon (0.5-0.9%) to give it better mechanical properties after treatment. AAAC conductors are made out of aluminum alloy 6201. AAAC conductor has a better corrosion resistance and better strength to weight ratio and improved electrical conductivity than ACSR conductor on equal diameter basis.
Standards: ASTM - B 399 Metric Units
ASTM - B 231
TS IEC 1089
DIN 48201
BS 215
UNE 21.018
Key Benefits:
High tensile strength as compared to AAAC conductor.
Higher conductivity as compared to ACSR conductor.
Better corrosion resistance than ACSR conductor.
Physical Contents of Aluminium Alloy:
Density:
Coefficient of Linear Expansion: 23 X 10-6 / ° C
Resistivity: 0.0326 Ohms mm2/m at 20° C
Constant Mass Temperature Coefficient (a): 0.00360/ ° C
Material: Heat treated Al. Mg. Si. Alloy
2.70 kgm/dm3 at 20° C
AAAC, or All Aluminium Alloy Conductor, is used as a bare overhead conductor for power transmission and distribution lines. AAAC conductor are made out from aluminum-magnesium-silicon alloy of high electrical conductivity (min 53% IACS) containing magnesium (0.6-0.9%) & silicon (0.5-0.9%) to give it better mechanical properties after treatment. AAAC conductors are made out of aluminum alloy 6201. AAAC conductor has a better corrosion resistance and better strength to weight ratio and improved electrical conductivity than ACSR conductor on equal diameter basis.
Standards: ASTM - B 399 Metric Units
ASTM - B 231
TS IEC 1089
DIN 48201
BS 215
UNE 21.018
Key Benefits:
High tensile strength as compared to AAAC conductor.
Higher conductivity as compared to ACSR conductor.
Better corrosion resistance than ACSR conductor.
Physical Contents of Aluminium Alloy:
Density:
Coefficient of Linear Expansion: 23 X 10-6 / ° C
Resistivity: 0.0326 Ohms mm2/m at 20° C
Constant Mass Temperature Coefficient (a): 0.00360/ ° C
Material: Heat treated Al. Mg. Si. Alloy
2.70 kgm/dm3 at 20° C
