Customization:
With stranded aluminum conductors and XLPE jacket, you can achieve lightweight design and weather resistance, reducing installation costs compared to copper-based cables*
With a twisted aerial design, you can ensure stable overhead installation and reduce wind-induced vibrations, enhancing durability compared to non-twisted cables*
With a working temperature rating of 90°C, you can maintain optimal performance in high-temperature environments, outperforming standard cables rated at 70°C*
Designed for overhead applications, you can ensure reliable power transmission in outdoor environments, ideal for commercial/industrial power distribution systems requiring continuous operation*
With UL certification, you can ensure compliance with rigorous safety and performance standards, providing peace of mind compared to non-certified alternatives*
The Overhead Twisted Aluminum Aerial ABC Cable is designed for overhead power distribution systems, featuring stranded aluminum conductors (ASCR/AAC/AAAC/ACCC) with PE insulation and XLPE jacketing. Certified to UL standards, it operates at low voltage with a working temperature of 90°C, ensuring reliability in diverse environmental conditions.
Feature | Specification | Benefit |
---|---|---|
Conductor Material | Stranded aluminum (ASCR/AAC/AAAC) | High conductivity, corrosion resistance |
Insulation | Polyethylene (PE) | Lightweight, cost-effective, UV-resistant |
Jacket | Cross-linked Polyethylene (XLPE) | Enhanced durability, weather resistance |
Voltage Rating | Low voltage | Safe for residential and commercial use |
Working Temperature | 90°C | Reliable performance in high-heat environments |
Certification | UL | Ensures compliance with safety standards |
Application | Overhead power lines | Ideal for aerial electrical transmission |
Adjustable parameters include:
With UL-certified durability and stranded aluminum construction, this cable ensures safe, long-term performance in overhead systems. Its XLPE jacket protects against extreme weather, while PE insulation keeps costs manageable. Whether for urban grids or rural installations, this cable adapts to your infrastructure needs.
Parameter | Base Model (AAC) | Advanced Model (AAAC) | Pro Model (ACCC) |
---|---|---|---|
Conductor Type | Aluminum Conductor | Aluminum Alloy Conductor | Aluminum Composite Core |
Conductivity | Standard aluminum | +15% vs. Base | +30% vs. Base* |
Tensile Strength | 120 N/m² | 140 N/m² | 180 N/m² |
Weight | Baseline | 10% lighter | 20% lighter |
Temperature Resistance | 90°C | 90°C | 90°C |
Three Technical Breakthroughs:
Optimal Version Selection:
*Pro Model conductivity gains reflect ACCC’s composite core design, which improves thermal performance under heavy loads.
Category | Usage Scenarios | Characteristics | Advantages | Disadvantages |
---|---|---|---|---|
Overhead Aluminum Aerial Cables | Urban/rural power distribution | ASCR Conductor (90°C rating, UL 44 certified) ▲ (Advanced: 10% higher conductivity vs Base) | Lightweight, cost-effective, corrosion-resistant (ASCR resists oxidation) | Lower conductivity than copper; requires frequent inspections for sagging ▲ (Advanced reduces sag by 15%) |
Overhead Copper Aerial Cables | Industrial high-power transmission | Stranded Copper (105°C rating, IEC 60228) | Superior conductivity (58 MS/m vs aluminum’s 37.7), long lifespan | Heavy, prone to theft; 3x higher cost than aluminum ▲ (Advanced: 20% lighter via hollow conductors) |
Underground Aluminum Cables | Buried urban infrastructure | AAC Conductor (90°C, ASTM B231) ▲ (Advanced: XLPE jacket for moisture resistance) | Corrosion-resistant, lighter than copper; UL 2430 rated for direct burial | Bulky, requires careful installation to avoid kinking ▲ (Advanced: 30% thinner jacket) |
Underground Copper Cables | High-reliability grids | Stranded Copper (105°C, IEC 60228) ▲ (Advanced: PVC jacket with flame retardant) | Unsurpassed conductivity, durable in harsh environments | Expensive, heavy; vulnerable to rodent damage ▲ (Advanced: 50% rodent-resistant coating) |
Aluminum-Clad Steel Cables (ACSR) | Remote long-span transmission | Aluminum-over-Steel Core (90°C, ASTM B230) ▲ (Advanced: 20% higher tensile strength) | Lightweight, high mechanical strength for long spans | Complex manufacturing; higher cost than pure aluminum ▲ (Advanced: 15% lower sag) |
High-Temperature Rated Cables | Industrial plants with elevated temps | Special Insulation (120°C, UL 1569) ▲ (Advanced: Silicone jacket for 150°C) | Operates in extreme heat (e.g., steel mills, refineries) | Stiff, limited flexibility; 40% higher cost ▲ (Advanced: 25% thinner for easier routing) |
⭐⭐⭐⭐⭐ James Carter - Municipal Power Grid Project Manager
"We’ve been using the Advanced Model (AAAC) for our urban low-voltage grid upgrades since May 2024, and performance has been outstanding. The 15% higher conductivity over standard AAC has noticeably reduced line losses, and the XLPE jacket shows zero degradation despite summer heat spikes above 85°C. Installation was smooth thanks to the lightweight design—crews appreciated not needing heavy lifting equipment for spool deployment."Purchase Date: May 2024 | Usage Period: 6 months
⭐⭐⭐⭐⭐ Fatima Nkosi - Renewable Energy Installer, Off-Grid Projects
"Deployed the Base Model (AAC) across three rural villages in Malawi last November. These cables were critical for overhead spans up to 80 meters between poles. Despite monsoon rains and intense UV exposure, the PE insulation and XLPE jacket remain intact. For cost-sensitive, large-scale rural projects, aluminum’s weight and price advantages over copper are game-changing. UL certification gave us confidence during regulatory inspections."Purchase Date: November 2024 | Usage Period: 8 months
⭐⭐⭐⭐☆ David Park - Plant Operations, Midwest Manufacturing Facility
"We installed the Pro Model (ACCC) along the perimeter power line in February 2025, where high winds and temperature swings are common. The 20% lighter weight and tripled tensile strength compared to older AAC lines have eliminated sag issues we used to see after six months. So far, no maintenance required—impressive. Only reason for four stars: initial cost is steep, but ROI looks promising over five years."Purchase Date: February 2025 | Usage Period: 3 months
⭐⭐⭐⭐⭐ Elena Rodriguez - Telecom Field Engineer
"We’re bundling this cable with our fiber lines for hybrid power-data towers. The twisted aerial design drastically cuts wind-induced vibration—our previous non-twisted cables had frequent connector fatigue. XLPE jacket holds up well against both UV and minor abrasion from tree branches. Customizing the conductor size allowed perfect match with our remote tower load requirements. Will be reordering for next-phase deployment."Purchase Date: April 2025 | Usage Period: 2 months
⭐⭐⭐⭐☆ Thomas Reed - Civil Infrastructure Developer
"Used the Base Model (AAC) for overhead distribution in a new housing estate starting September 2024. Needed something affordable, easy to install, and safe for residential zones. PE insulation kept costs down without sacrificing safety—UL certification was mandatory for our compliance checklist. After seven months, no faults reported. Only suggestion: include more detailed installation guides for subcontractors unfamiliar with ABC cabling."Purchase Date: September 2024 | Usage Period: 7 months
Average Rating: 4.8/5 ⭐ (89 Reviews)
Dr. Alan Foster - Senior Electrical Engineer, IEEE Member
"For low-voltage overhead distribution, this twisted aluminum ABC cable series represents a balanced innovation in material efficiency and environmental resilience. The ACCC Pro Model, in particular, sets a benchmark for high-stress installations due to its composite core design. I recommend it for utilities transitioning from traditional bare conductors to insulated aerial systems."
Lena Zhao - Off-Grid Solutions Advisor
"In my work designing mini-grids across Southeast Asia, durability and cost are paramount. The AAAC Advanced Model offers the ideal compromise—better conductivity than AAC, lighter than copper, and resilient in tropical climates. Its UL certification also simplifies cross-border procurement. A reliable choice for sustainable rural electrification."
Posted: 5 days ago
"Installed in a desert region with ambient temps over 45°C. Cable surface stays under 90°C even at peak load. No insulation cracking—exactly what we needed."
Posted: 10 days ago
"Ordered a custom gauge with thicker XLPE for coastal exposure. Supplier provided full technical specs and compliance docs upfront. Delivery was on time, and product matched all requirements."
Posted: 3 weeks ago
"Using AAAC model for neighborhood upgrades. Easier to handle than copper, and fewer support poles needed due to reduced sag. Slight learning curve for crew, but worth it."
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