|Place of Origin:||Henan|
|Minimum Order Quantity:||1000M|
|Packaging Details:||Export wooden drum|
|Payment Terms:||L/C, T/T, Western Union|
|Supply Ability:||200 tons per day|
|Material:||Aluminum Conductor Steel Reinforced||Application:||Overhead Transmission Line|
|Standard:||IEC,ASTM,BS,DIN,NFC,CSA||Name:||Aluminium Conductor Steel Reinforced|
135mm2 Aluminium Conductor Steel Reinforced,
NFC Aluminium Conductor Steel Reinforced,
135mm2 acsr wolf conductor
Overhead bare stranded aluminum conductor steel reinforced acsr conductor
These conductors are formed by several wires of aluminum and galvanized steel, stranded in concentric layers. The wire or wires which form the core are made of galvanized steel and the external layer or layers are of aluminum. Normally these conductors have a Galvanized steel core of 1, 7, 19 or 37 wires, surrounded by concentric layers of aluminum wires. The diameters of the steel and aluminum wires can be alike or different. By varying the relative proportions of aluminum and steel ratios, the ideal conductor can be produced for any particular application. In this way , if a high tensile strength conductor is required, the number of steel wires can be increased until the required strength is reached . When a conductor with high current carrying capacity and a comparatively low strength is required, this is attained with high aluminum content.
In comparison with copper, these conductors have considerable technical and economical advantages in the installation of overhead lines. Its characteristics, and low weight, combined with its high break1ng strength, are gathered which makes it possible to have large span runs, without having to revert to excessive mechanical stresses or to heavy metallic Towers. Due to the greater diameter of the conductors, electric losses by the corona Effect are greatly reduced. By making use of these properties economical electric energy transmission is attained at very high voltages and distances.
Main applications: Overhead lines of medium, high and very high voltages.
Contact Person: Elva Jin