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Aluminum ACSR Overhead Power Cable with Greased AAC AAAC Steel Reinforced Stranded Conductor Bare Wire

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Power Transmission Efficiency: Designed for high-capacity electrical power distribution in overhead lines and transformer connections, combining aluminum's conductivity with steel-reinforced strength for optimal performance.
  • Durability & Flexibility: Stranded aluminum conductor with greased AAC/AAAC steel core ensures resistance to corrosion and mechanical stress, enabling reliable operation in harsh environments.

Key features

  • 1. Material Technology

  • With aluminum-conductor steel-reinforced (ACSR) technology, you can achieve high conductivity and mechanical strength for reliable power transmission. Compared to pure aluminum cables, this design offers 30% greater tensile strength.

  • 2. Performance Parameters

  • With a 200-meter length, you can cover extensive distances in overhead installations, reducing the need for multiple splices. This exceeds the typical 150-meter standard for similar cables.

  • 3. Certification Standards

  • With RoHS certification, you can ensure compliance with environmental regulations, minimizing hazardous materials in production. This meets stricter EU standards than non-certified alternatives.

  • 4. Scenario Solutions

  • With overhead power transmission design, you can support high-stress applications like utility grids, ensuring stable power delivery under extreme conditions. Ideal for commercial use compared to residential-grade cables.

  • 5. Interactive Design

  • With stranded aluminum conductors, you can enhance flexibility and durability, reducing breakage risks during installation. Outperforms solid conductors in bending scenarios.

Product details

Aluminum ACSR Overhead Power Cable with Greased AAC AAAC Steel Reinforced Stranded Conductor Bare Wire

The Aluminum ACSR Overhead Power Cable with Greased AAC/AAAC Steel Reinforced Stranded Conductor is engineered for high-performance power transmission in overhead systems. Featuring a durable aluminum conductor reinforced with steel, this bare wire ensures optimal conductivity and mechanical strength. RoHS-certified, it is ideal for applications like transformer connections, long-distance power distribution, and industrial infrastructure.

Technical specifications

FeatureSpecificationApplication Scenario
Conductor MaterialAluminum (AAC/AAAC) with greased steel-reinforced coreOverhead power lines requiring corrosion resistance and tensile strength
Coiling MethodTightly stranded and bundled with a metallic clamping bandSecure installation in harsh environments (e.g., wind, vibration)
CertificationRoHS compliantCompliance-driven projects in regulated industries
LengthStandard 200m (customizable)Long-distance power distribution networks
Conductor TypeStranded circular designFlexible routing for overhead installations
Tensile Strength120 N/m㎡ (Base), 138 N/m㎡ (Advanced), 156 N/m㎡ (Pro)Withstanding extreme tension in high-stress scenarios

Customization guide

Adjustable parameters include:

  • Length: Extendable up to 500m for large-scale projects.
  • Diameter: Custom sizes to meet specific current load requirements.
  • Conductor Mix: Aluminum-to-steel ratio optimized for corrosion resistance or mechanical strength.

Get inspired

Whether upgrading a rural power grid or constructing an industrial facility, this cable’s reinforced design and corrosion-resistant coating ensure reliability in even the harshest conditions. Pair it with our Pro Model for coastal regions or industrial zones demanding extreme durability.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Tensile Strength120 N/m㎡+15% (138 N/m㎡)+30% (156 N/m㎡)*
Current Capacity400A480A (+20%)560A (+40%)
Corrosion ResistanceStandard greaseEnhanced grease + PVC coatingTriple-layer coating (+50% longevity)

Supplier's note

  1. Technical Breakthroughs:

    • Greased AAC/AAAC Core: Reduces oxidation by 40% in humid environments.
    • Stranded Circular Design: 20% easier to install than rigid conductors.
    • Metallic Bundling: Prevents unraveling, cutting maintenance costs by 30%.
  2. Optimal Version Selection:

    • Base Model: Ideal for standard overhead installations (e.g., residential grids).
    • Advanced Model: Suitable for medium-stress applications (e.g., urban substations) needing 15% higher tensile strength.
    • Pro Model: Designed for extreme conditions (e.g., coastal power lines) where triple-layer corrosion resistance and +30% tensile strength are critical.

*Pro Model’s tensile strength exceeds industry benchmarks by 25%, enabling safe use in high-tension spans.

Frequently asked questions

  • Which ACSR overhead power cable suits transformer applications?

  • How to install aluminum ACSR cables for long-distance power transmission?

  • Aluminum vs Copper overhead power cables: Which is better for cost-effective power lines?

  • Can 200m aluminum ACSR cables be customized for specific projects?

  • Is this ACSR cable RoHS certified for compliant power systems?

  • What makes ACSR cables suitable for harsh outdoor power transmission?

  • How does the metallic band secure ACSR cables during installation?

  • Why choose ACSR over AAC cables for high-stress power lines?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionOverhead power in corrosive environments
Industry Standard: Plain Aluminum Conductor (IEC 61084-1)
Our Base: ACSR (Aluminum Conductor Steel Reinforced) with 37 strands (▲20% stronger, ASTM B230)
Our Advanced: AAAC (All Aluminum Alloy Conductor) with 49 strands (▲▲30% lighter, ASTM B231)
Base improves strength-to-weight ratio; Advanced offers superior corrosion resistance and flexibilityIndustry Standard lacks reinforcement; Advanced version requires specialized installation tools
Mechanical StrengthHigh-tension power lines
Industry Standard: 1,500 N/m² tensile strength (ASTM B230)
Our Base: 1,800 N/m² (▲20% stronger)
Our Advanced: 2,200 N/m² (▲▲22% stronger than Base)
Base handles heavy loads; Advanced withstands extreme weather and heavy machinery vibrationsIndustry Standard risks failure under stress; Advanced version may be bulkier
LengthLong-distance installations
Industry Standard: 100m rolls (ISO 3801)
Our Base: 200m (▲100% longer)
Our Advanced: 300m (▲▲50% longer than Base)
Base reduces splicing needs; Advanced minimizes joints and labor costsIndustry Standard requires frequent joints; Advanced version harder to transport
CertificationCompliance-driven projects
Industry Standard: Basic local certifications
Our Base: RoHS + IEC 61084-1 (▲ EU/NA compliance)
Our Advanced: Adds IEEE 524 (▲▲ global utility grid standards)
Base meets EU/NA regulations; Advanced qualifies for global projectsIndustry lacks international compliance; Advanced may have longer lead times
Corrosion ResistanceCoastal/industrial areas
Industry Standard: 200-hour salt spray resistance (ASTM B117)
Our Base: 400-hour resistance (▲100%)
Our Advanced: 800-hour resistance (▲▲200% over Base)
Base resists saltwater corrosion; Advanced lasts decades in harsh environmentsIndustry Standard corrodes rapidly; Advanced version has higher upfront cost
Installation FlexibilityUrban power upgrades
Industry Standard: Manual bundling (ISO 2062)
Our Base: Pre-coiled with metallic band (▲50% faster deployment)
Our Advanced: Modular segments with snap-together design (▲▲70% faster than Base)
Base reduces labor time; Advanced cuts installation duration by 50%Industry requires skilled labor; Advanced may need training for optimal use

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