0.6/1kV Aerial Bundled Cable 3×50+54.6mm² Aluminum/Steel Core - Technical Overview Product Summary Our 0.6/1kV Aerial Bundled Cable with 3×50mm² aluminum conductors and 54.6mm² steel core represents the pinnacle of overhead power distribution technology. Designed for medium-voltage applications, this ABC (Aerial Bundled Cable) solution combines optimal conductivity with exceptional mechanical strength for reliable performance in demanding environments. Key Technical Specifications Conductor System: 3×50mm² high-purity aluminum conductors (1350-H19 alloy) 54.6mm² high-strength steel core (Grade 30HS) Aluminum conductivity: 61% IACS minimum DC resistance: ≤0.641Ω/km at 20°C Current rating: 210A at 30°C ambient Insulation & Construction: XLPE (Cross-linked Polyethylene) insulation Voltage rating: 0.6/1kV Operating temperature: -40°C to +90°C Short circuit rating: 250°C for 1 second Bending radius: 12× cable diameter Mechanical Properties: Tensile strength: ≥1100MPa (steel core) Weight: Approx. 850kg/km Wind resistance: 150km/h rated Ice loading: 15mm radial ice capacity Performance Advantages Electrical Benefits: ✓ Balanced three-phase power distribution ✓ Low impedance for reduced voltage drop ✓ Excellent current carrying capacity ✓ Superior phase-to-phase spacing Structural Advantages: ✓ High strength-to-weight ratio ✓ Minimal sag over long spans ✓ Corrosion-resistant design ✓ Vibration damping characteristics Installation & Applications Recommended Uses: Primary distribution networks (11kV systems) Rural electrification projects Industrial power supply lines Renewable energy connections Mountainous terrain installations Installation Features: Suitable for spans up to 100m Compatible with standard ABC fittings Reduced need for support structures Faster deployment than conventional systems Quality Assurance Complies with IEC 61089 standards Meets ASTM B232 requirements CE Marked for European markets RoHS compliant construction Why Choose This Cable? • Cost-effective alternative to copper systems • Durable 30+ year service life • Low-maintenance design • Weather-resistant performance • Eco-friendly materials This aerial bundled cable solution delivers optimal balance of electrical performance and mechanical strength, making it ideal for utility companies and contractors seeking reliable, long-lasting overhead power distribution infrastructure. SEO Keywords: aerial bundled cable, ABC power line, aluminum steel core cable, 0.6/1kV overhead cable, medium voltage distribution, three-phase power cable, utility power conductor, XLPE insulated cable

This product is an ABC Aerial Bundled Cable, a high-efficiency power transmission equipment specifically designed for overhead power transmission scenarios. Its core specifications cover two aluminum wire cross-sections: 16mm² and 25mm². It adopts a 4-core structure and AAAC (Aluminum Alloy Conductors) material, featuring excellent weather resistance and UV protection performance. It is available for wholesale in full drum packaging, and can be fully adapted to urban and rural distribution networks, power supply lines in remote areas, and temporary power transmission scenarios, providing users with a cost-effective and highly reliable overhead power transmission solution.​ In terms of core specifications and structural design, the cable clearly adopts a 4-core configuration, with conductor cross-sections available in 16mm² and 25mm². Both specifications have undergone precise electrical load calculation and can meet the needs of overhead power transmission scenarios with different power requirements. The 16mm² specification is suitable for small and medium-capacity power transmission, such as power supply for scattered rural households and renovation of small village distribution networks; the 25mm² specification is adapted to areas with slightly higher power load, such as centralized residential areas in towns, small industrial parks, or power transmission for agricultural irrigation. The 4-core structure design not only ensures the stable transmission of three-phase current but also improves the overall mechanical stability of the cable through reasonable core arrangement, avoiding problems such as deviation and wear of single-core cables caused by external forces during overhead installation. At the same time, it simplifies the installation process and reduces the labor and time costs of separately erecting multiple cores.​ The conductor material is AAAC aluminum alloy stranded wire, which has significant advantages compared with traditional pure aluminum conductors or steel-cored aluminum stranded wires. Firstly, it has higher mechanical strength, excellent tensile performance, and fatigue resistance, which can effectively resist mechanical stress caused by wind, ice coating, and temperature changes in the overhead environment, reduce the risk of conductor breakage and deformation, and extend the service life of the cable. Secondly, the aluminum alloy material has stable electrical conductivity, which is slightly lower than pure copper but much higher than ordinary steel-core conductors, and is lighter in weight. During overhead installation, it can reduce the load-bearing pressure of the tower, lowering the tower selection cost and installation difficulty in engineering construction. In addition, the AAAC conductor also has excellent corrosion resistance, and can operate stably in complex environments such as humidity, heavy fog, coastal areas, or industrial pollution, reducing the decline in transmission efficiency or line failures caused by conductor corrosion.​ Weather resistance and UV protection performance are among the core highlights of this cable. In response to the characteristics of overhead cables being exposed to the outdoor environment for a long time, the product has been specially optimized in material selection and production process: the outer insulation and sheath materials are added with UV stabilizers, which can effectively resist material aging and cracking caused by strong UV radiation, and avoid leakage and short-circuit risks caused by insulation layer failure; at the same time, the overall material has excellent high and low-temperature resistance, and can work stably in a wide temperature range from -40℃ to 80℃, adapting to extreme weather such as high-temperature exposure, low-temperature freezing and thawing, heavy rain, and heavy snow. It ensures that overhead lines in different climate regions can continuously and reliably transmit power, and is especially suitable for areas with harsh natural environments such as plateaus, mountainous areas, and coastal regions.​ In terms of application scenarios and market service models, the cable has strong adaptability. In the construction of urban and rural distribution networks, it can be used as a power transmission carrier for main roads or branch lines, replacing traditional bare wires to improve line safety and transmission efficiency; in power supply projects in remote villages or mountainous areas, its lightweight design and weather resistance can reduce the difficulty of installation in complex terrain and reduce the frequency of later maintenance; in temporary power demand scenarios, such as large-scale events and temporary power supply for engineering construction, the full-drum packaging form is convenient for rapid deployment and recycling. At the same time, the product is mainly sold in wholesale mode, with the entire roll wound on a dedicated cable drum. This not only facilitates storage and transportation but also prevents the cable from being damaged during handling, meeting the large-volume procurement needs of power engineering enterprises, distributors, and other customers, and effectively reducing procurement costs and supply chain management difficulties.​ In terms of overall value, this ABC aerial bundled cable achieves the comprehensive advantages of "reliable performance, controllable cost, and convenient deployment" through precise specification configuration, high-quality AAAC conductor material, enhanced weather resistance and UV protection performance, and a flexible wholesale packaging mode. It can not only meet the core needs of different overhead power transmission scenarios but also reduce the overall investment of users through bulk supply, providing highly adaptable product support for the construction and transformation of medium and low-voltage overhead lines in the power industry, helping to improve the stability and economy of regional power transmission, and promoting the development of distribution network construction towards high efficiency and low cost.