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  • 11kV HDPE Aerial Bunched Aluminum Line Copper Core Overhead Aerial Power Cable With Origin Manufacturers
  • 11kV HDPE Aerial Bunched Aluminum Line Copper Core Overhead Aerial Power Cable With Origin Manufacturers
  • 11kV HDPE Aerial Bunched Aluminum Line Copper Core Overhead Aerial Power Cable With Origin Manufacturers
  • 11kV HDPE Aerial Bunched Aluminum Line Copper Core Overhead Aerial Power Cable With Origin Manufacturers
  • 11kV HDPE Aerial Bunched Aluminum Line Copper Core Overhead Aerial Power Cable With Origin Manufacturers
  • 11kV HDPE Aerial Bunched Aluminum Line Copper Core Overhead Aerial Power Cable With Origin Manufacturers
11kV HDPE Aerial Bunched Aluminum Line Copper Core Overhead Aerial Power Cable With Origin Manufacturers

11kV HDPE Aerial Bunched Aluminum Line Copper Core Overhead Aerial Power Cable With Origin Manufacturers

$1.50-$9.50/ Meter|500 Meter/Meters(Min. Order)

Customization:

Customized logo(Min.Order: 5000 pieces)
Customized packaging(Min.Order: 5000 pieces)

11kV HDPE Aerial Bunched Aluminum Line Copper Core Overhead Aerial Power Cable With Origin Manufacturers

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Voltage Power Transmission: Designed to handle 11kV electrical loads with a multi-core copper and aluminum conductor configuration, ensuring efficient and reliable power distribution.
  • Overhead Application: Built for aerial installation, featuring a durable HDPE (High-Density Polyethylene) insulation layer and XLPE (Cross-Linked Polyethylene) jacket to withstand outdoor environmental stress.

Key features

  • 1. Advanced Material Technology

  • With a copper core combined with aluminum conductors, achieve superior conductivity and reduced weight compared to all-copper cables*, enhancing durability and ease of installation. The HDPE insulation and XLPE jacket provide enhanced resistance to environmental stressors like moisture, UV exposure, and mechanical damage.

  • 2. Optimized Performance Parameters

  • With an 11kV voltage rating and multi-core design, handle high-power transmission demands efficiently, supporting robust energy distribution for industrial and commercial use. The PE/XLPE insulation combination ensures stable performance across a wide temperature range (-40°C to +90°C).

  • 3. Versatile Scenario Solutions

  • Designed for overhead aerial applications, this cable withstands harsh outdoor conditions such as extreme temperatures, UV radiation, and mechanical stress. Its bunched aluminum structure and protective jacket ensure reliability in both urban and industrial settings.

  • 4. Certification Standards Compliance

  • With CE certification, meet stringent safety and performance standards for use in regulated environments, ensuring compliance with EU directives for electrical equipment safety and environmental protection.

  • 5. Color-Coded Interactive Design

  • With color-coded conductors (e.g., red, black, brown), simplify phase identification and wiring organization during installation, reducing errors and improving maintenance efficiency.

  • Notes:

    • The product’s multi-core structure and overhead application align with high-capacity power transmission needs, as highlighted in the visual and technical descriptions.

Product details

11kV HDPE Aerial Bunched Aluminum Line Copper Core Overhead Aerial Power Cable With Origin Manufacturers

The 11kV HDPE Aerial Bunched Aluminum Line Copper Core Overhead Aerial Power Cable is engineered for high-voltage overhead power transmission. Combining copper and aluminum conductors with HDPE/XLPE insulation, it ensures durability, efficiency, and compliance with CE standards. Ideal for industrial and commercial applications, this cable supports reliable power distribution in diverse environmental conditions.

Technical specifications

FeatureSpecificationBenefit
Voltage Rating11kVSafe operation under high-voltage loads
ConductorsHybrid copper (core) + aluminum (bunched)Optimized conductivity and weight balance
Insulation MaterialPE (Polyethylene)Lightweight, moisture-resistant insulation
JacketXLPE (Cross-Linked Polyethylene)Enhanced UV resistance and temperature tolerance (-40°C to +90°C)
CertificationCE CertifiedCompliance with EU safety and quality standards
Core TypeMulti-coreHigh capacity for complex power distribution
ApplicationOverhead aerial installationsSuitable for outdoor/industrial environments

Customization guide

Adjustable parameters:

  • Conductor material ratio: Optimize copper-to-aluminum proportions for weight vs. conductivity trade-offs.
  • Jacket thickness: Customize XLPE jacket to withstand extreme temperatures or mechanical stress.
  • Core configuration: Modify multi-core layout for specific power load requirements.

Get inspired

With its hybrid copper-aluminum core and XLPE jacket, this cable delivers unmatched performance in overhead applications. Whether for urban grid upgrades or industrial complexes, the cable’s lightweight design and CE certification ensure compliance and reliability.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Voltage Capacity11kV12.65kV (+15%)14.3kV (+30%)*
Temperature Range-25°C to +85°C-35°C to +90°C-40°C to +95°C
FlexibilityStandardEnhancedPremium (20% lighter than all-copper cables)
Jacket Thickness2.5mm3.0mm3.5mm

Supplier's note

  1. Three Technical Breakthroughs:

    • Hybrid Core Design: Combines copper’s conductivity with aluminum’s lightness, reducing weight by 25% compared to all-copper cables.
    • XLPE Jacket: Triple the UV resistance of standard PE jackets, extending lifespan in harsh outdoor conditions.
    • CE Certification: Ensures compliance with EU safety standards for voltage leakage and fire resistance.
  2. Version Selection Guidance:

    • Base Model: Ideal for standard overhead installations (e.g., residential grids) requiring 11kV capacity.
    • Advanced Model: Suitable for moderate industrial use (e.g., factories) needing enhanced temperature and mechanical resilience.
    • Pro Model: Designed for high-stress environments (e.g., mining, offshore platforms) with extreme voltage demands and temperature fluctuations.

    With the Pro version’s 14.3kV rating and -40°C tolerance, operators can safely power remote industrial sites year-round. Pair its XLPE jacket with the hybrid core to achieve 30% lower material costs than all-copper alternatives.

Frequently asked questions

  • Which overhead power cable suits high-voltage outdoor installations like industrial sites?

  • Copper vs Aluminum conductors in 11kV aerial cables: Which offers better performance?

  • Can I customize conductor size for specific power needs in overhead cables?

  • Is the 11kV HDPE aerial cable CE-certified for safety compliance?

  • How do I clean and maintain the XLPE jacket of an overhead power cable?

  • What are the best applications for 11kV copper core aerial power cables?

  • What safety features does the HDPE jacketed overhead cable offer?

  • How long does a copper core XLPE jacketed aerial cable last outdoors?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Overhead Aerial Power CablesIndustrial/Commercial Overhead LinesCopper core + bunched aluminum conductors (▲10% weight reduction vs ASTM B3)
PE insulation (IEC 60811)
XLPE jacket (▲20% UV resistance vs PVC (ASTM D1243))
▲ Lightweight design reduces installation costs
UV-resistant jacket (▲ extends lifespan in sunlight)
CE certified (▲ EU safety compliance)
Higher initial cost (▲20% more than aluminum-only cables)
Requires sturdy mounting structures
Underground Medium Voltage CablesUrban/Suburban Underground NetworksAluminum conductors (▲30% cost savings vs copper)
PVC insulation (IEC 60502)
Lead sheathing (▲ moisture resistance per IEC 62067)
Cost-effective for mass deployment
Moisture-resistant for underground use
Durable against soil corrosion
Bulky design limits flexibility
Requires trenching (▲ increases labor costs)
Submarine Power CablesOffshore/Undersea TransmissionCopper conductors (▲100% conductivity vs aluminum)
XLPE insulation (▲25% voltage rating per IEC 60502)
Steel-armored jacket (▲ mechanical protection)
▲ Superior conductivity for long-distance power flow
耐腐蚀的铠装设计 (▲ withstands saltwater corrosion)
Extremely high cost (▲3x land cables)
Complex installation requiring specialized vessels
Industrial Flexible CablesFactories/Machinery ConnectionsStranded copper conductors (▲ bend resistance per IEC 60228)
PVC insulation (▲ flexibility at -20°C)
Flame-retardant jacket (▲ fire safety per IEC 60332)
▲ Frequent movement tolerance (▲50% more flex cycles)
Flame-resistant (▲ meets fire safety codes)
Lower voltage capacity (▲ limited to 1kV)
Bulky insulation reduces conduit space
Residential Low Voltage CablesHome Wiring/Lighting SystemsSingle-core copper (▲ ease of installation)
PVC insulation (IEC 60245)
Thin jacket (▲ space-saving design)
Affordable (▲ 40% cheaper than industrial-grade cables)
Easy to route in tight spaces
Low voltage rating (▲ max 480V)
Not rated for outdoor exposure (▲ risks water ingress)
High Voltage Transmission CablesLong-Distance Power GridsAluminum conductors (▲ weight reduction vs copper)
Expanded PVC insulation (▲30% thermal resistance per IEC 60840)
Composite sheathing (▲ UV/moisture resistance)
▲ Efficient for 110kV+ transmission (▲ minimal power loss)
Lightweight for aerial deployment
耐候性增强 (▲50% longer lifespan in harsh climates)
Bulky diameter (▲ requires larger towers)
Specialized installation expertise required

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