ACSR Steel Core Aluminum Stranded Wire, High Tensile Large Span Overhead Conductor

ACSR Steel Core Aluminum Stranded Wire, High Tensile Large Span Overhead Conductor - Image 3

ACSR Steel Core Aluminum Stranded Wire, High Tensile Large Span Overhead Conductor - Image 4

ACSR Steel Core Aluminum Stranded Wire, High Tensile Large Span Overhead Conductor - Image 5

ACSR Steel Core Aluminum Stranded Wire, High Tensile Large Span Overhead Conductor - Image 6

ACSR Steel Core Aluminum Stranded Wire, High Tensile Large Span Overhead Conductor - Image 7

ACSR Steel Core Aluminum Stranded Wire, High Tensile Large Span Overhead Conductor

Steel cored aluminum stranded wire (ACSR) combines high tensile strength and good conductivity, making it suitable for harsh environments such as large crossings, mountainous areas, and river crossings

Steel cored aluminum stranded wire acts as composite overhead conductor. It mixes inner steel core and outer aluminum strands.

It serves high voltage and ultra-high voltage power transmission lines widely.

The inner steel core delivers strong tensile force. It handles long spans, heavy ice and strong wind zones.

Outer aluminum strands secure smooth power conduction. It supports efficient long-distance power delivery.

We supply multiple variants for diverse working conditions. Main types include ACSR, ACSR/GA and ACSR/AW.

Each type matches different corrosion levels and mechanical load standards.

It becomes the top pick for crossing rivers, canyons and long-span overhead projects.

Working temperature limits vary by wire type. Long-term safe temperature ranges from 75℃ to 100℃.

Short circuit temperature within 5 seconds cannot go over 200℃.

This wire resists fatigue and creep well. It stays stable under repeated outdoor loads.

Engineers pick different steel core grades and aluminum-steel ratios. The choice balances power capacity and tower construction costs.

Technical Parameters

Main models: ACSR, ACSR/GA, ACSR/AW

Applicable voltage: 35kV up to 750kV and above

Cross section range: 10/2mm² to 500/65mm²

Stranding combinations: 6+1, 12+7, 24+7, 26+7, 30+7, 54+7

Steel core options: galvanized steel, aluminum clad steel, high-strength alloy

Aluminum layer material: hard aluminum wire or aluminum alloy

Long-term working temp: 75℃–100℃

Short circuit limit (5s max): ≤200℃

Tensile grades: standard, high strength, extra high strength

Conductivity at 20℃: ≥61% IACS

Compliant standards: IEC 61089, ASTM B232, GB/T 1179

Product Advantages

Dual steel-aluminum structure balances high tensile strength and stable conductivity.
Small sag performance fits mountain, icy and windy long-distance transmission routes.
Multiple anti-corrosion types work for coastal and polluted industrial environments.
Low overall wire weight cuts pressure on power towers for long-span projects.
Standardized specifications meet global international testing standards.

Application Scenarios

35kV to 750kV high and ultra-high voltage main transmission grids.

Long-span lines across rivers, valleys and railway corridors.

Power circuits built in mountainous, heavy ice and coastal windy regions.

Large-scale overhead transmission infrastructure projects.

Quality & Service Support

Every strand passes strict tensile, conductivity and aging inspections before delivery.

We customize aluminum steel ratios, cross-section sizes and steel core grades as required.

We are direct factory supplier with competitive bulk prices for global power grid contractors.

Visit our official website: https://yidongjiaolian.com to view full specs and send quotation requests.

Code Name	Aluminum Area (mm²)	Stranding (Al/St)	Overall Dia. (mm)	Breaking Strength(kN)	DC Resis.at 20℃ (2/km)
Wolf	158.1	30/7	18.13	63.8	0.1828
Dog	105.4	6/7	14.15	32.7	0.2733
Hyena	126.5	7/7	15.65	40.5	0.2285
Raven	53.5	6/1	10.11	19.5	0.5398