Place of Origin : Hebei,China
ACSR is made up of concentric-lay-stranded aluminum wires with galvanized steel as its core. Galvanized steel core consists normally of 7 or 19 wires. The diameters of steel land aluminum wires can be the same, or different. By varying the relative proportions of aluminum and steel, the required characteristics for any particular application can be reached.
Here Are The Typical Specifications For ACSR (Aluminum Conductor Steel Reinforced) Overhead Lines:
ACSR Overhead Lines Specifications
1. Type
Cable Type: ACSR (Aluminum Conductor Steel Reinforced)
Application: Used For Overhead Power Transmission And Distribution.
2. Conductor Construction
Material:
Outer Layer: Aluminum (usually High Conductivity Aluminum).
Inner Layer: Steel Wires For Reinforcement.
Stranding:
Conductors Are Typically Composed Of Multiple Strands Of Aluminum And Steel, Providing Strength And Flexibility.
3. Configuration
Common Configurations:
Various Designs Such As 7, 19, 37 Strands, Etc., Depending On The Specific Conductor Type.
Typical Sizes:
Common Sizes Include ACSR 6/1, ACSR 7/1, ACSR 19/1, Etc.
4. Electrical Properties
Current Rating:
Depends On The Specific Conductor Size And Environmental Conditions.
Resistance:
Varies By Conductor Size; Typically Measured In Ohms Per Kilometer (Ω/km).
Ampacity:
Defined By The Conductor Size, Installation Conditions, And Ambient Temperature.
5. Mechanical Properties
Tensile Strength:
High Tensile Strength Due To The Steel Core, Enhancing Durability And Reducing Sag.
Weight:
Varies Based On The Size And Configuration Of The Conductor.
6. Standards
Compliance:
Typically Conforms To International Standards Such As ASTM B232, IEC 61089, And Others.
7. Features
Corrosion Resistance:
Aluminum Provides Good Resistance To Corrosion, While Steel Is Often Galvanized For Additional Protection.
Thermal Properties:
Designed To Operate Effectively Over A Wide Temperature Range.
8. Applications
Usage:
Widely Used In Overhead Transmission Lines, Distribution Networks, And Rural Electrification.