Aluminum Conductor Dealers in Nagpur

Aluminium conductor steel reinforced consists of a solid or stranded steel core surrounded by strands of aluminum (e.c. Grade). Aluminium conductor steel reinforced is available in a wide range of steel, containing carbon from 0.5% to 0.85 %. The higher strength aluminium conductor steel reinforced is used for river crossings, overhead ground wires, installations involving extra long spans etc. Against any given resistance of conductor, aluminium conductor steel reinforced may be manufactured for having a wide range of tensile strength as per requirements. The principal advantage of these aluminium conductor steel reinforced is high tensile strength so that they are used for longer spans with less supports. Due to the greater diameter of aluminium conductor steel reinforced, a much higher corona limit can be obtained causing big advantages on high as well as extra high voltage overhead lines. complying with : astm b232: 1981 c 49-1965 as 1220 - part I nfc 34125 din 48204 iec 209 is 398 part 2 & 5 bs 215 part 2

This conductor is made from aluminium-magnesium-silicon alloy of high electrical conductivity containing enough magnesium silicideto give it better mechanical properties after treatment. These conductors are generally made out of aluminium alloy. AAAC Conductor has a better corrosion resistance and better strength to weight ratio and improved electrical conductivity than ACSR Conductor on equal diameter basis.  

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 AAAC are made out of high strength Aluminum-Magnesium-Silicon alloy.  AAAC with different variants of electrical grade Alloys type 6101 and 6201.  These conductors are designed to get better strength to weight ratio and offers improved electrical characteristics, excellent sag-tension characteristics and superior corrosion resistance when compared with ACSR.  Equivalent aluminum alloy conductors have approximately the same ampacity and strength as their ACSR counterparts with a much improved strength-to-weight ratio, and also exhibit substantially better electrical loss characteristics than their equivalent single layer ACSR constructions. The thermal coefficient of expansion is greater than that of ACSR.  As compared to conventional ACSR, lighter weight, comparable strength & current carrying capacity, lower electrical losses and superior corrosion resistance have given AAAC a wide acceptance in the distribution and transmission lines. Features  High strength to weight ratio  Better sag characteristics  Improved electrical properties  Excellent resistance to corrosion  Specifications  Higher Tensile Strength  Excellent Corrosion Resistance  Good Strength to Weight Ratio  Lower Electrical Losses  Moderate Conductivity –52.5% IACS Typical Application  Transmission and Distribution applications in corrosive environments, ACSR replacement.

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