3×1.5mm², 3×2.5mm², and 3×4mm² copper-core PVC insulated halogen-free power cables (Type U1000 R02V), designed for low-voltage distribution systems up to 1000V. Featuring halogen-free PVC insulation and sheath, the cables comply with IEC 60502 and GB/T 5023 standards, offering low smoke zero halogen (LSZH) properties for enhanced fire safety in buildings, subways, hospitals, and other critical environments. The unarmoured design ensures flexibility for easy installation.

This product is an XLPE/PVC insulated aluminum conductor power cable, available in 5-core configurations with cross-sections of 70mm², 95mm², 120mm², 150mm², 185mm², 240mm², and 300mm². Designed for medium-low voltage power transmission systems, it features cross-linked polyethylene (XLPE) insulation and PVC sheath, offering excellent electrical performance, heat resistance, and mechanical strength for fixed installation in industrial and commercial power distribution applications.

The key information of these electric power cables is as follows:​ Specification and Structure: There are three specifications: 3×95 + 50mm², 3×120 + 1×70mm², and 3×185 + 1×95mm². All are designed with 3 main cores and 1 neutral core, suitable for three-phase power supply systems. The main cores are responsible for power transmission, and the neutral core balances the current.​ Model and Conductor: The models are YJV (copper core) and YJLV (aluminum core). YJV uses copper conductors with excellent conductivity; YJLV uses aluminum conductors, which are lightweight and low-cost, meeting the needs of different scenarios.​ Performance and Application: Relying on the conductivity of copper/aluminum conductors and standardized structure, they are suitable for low-voltage scenarios such as building power distribution, industrial plant power transmission, and municipal engineering power supply. Different specifications are adapted to different power requirements. The 95mm² series is suitable for small and medium-sized electricity consumption, and the 185mm² series can carry higher power.​ Overall, they are suitable for various low-voltage power distribution scenarios. The choice of copper and aluminum conductors is flexible, and the specifications cover a wide range, which can meet different power transmission needs.

YJLV22 Electric Wire Power Cables Low Voltage 0.6/10KV PVC XLPE Insulated Steel Tape Armored Power Cable for Construction​ YJLV22 low voltage power cables, rated for 0.6/10KV, are engineered for reliable performance in construction and industrial applications, combining XLPE insulation, PVC sheathing, and steel tape armoring to deliver durability and safety. Designed to meet rigorous standards, these cables are ideal for power distribution in building sites, infrastructure projects, and industrial facilities where mechanical protection and stability are paramount.​ The XLPE insulation ensures excellent thermal resistance, allowing continuous operation at up to 90°C, with resistance to moisture and chemical corrosion—critical for withstanding harsh construction environments. This insulation minimizes energy loss, enhancing efficiency in low-voltage systems. The steel tape armoring (YJV22 variant feature) provides robust protection against physical damage, such as impact from heavy machinery or crushing forces during installation, making them suitable for direct burial or installation in conduits.​ Encased in a PVC outer sheath, the cables gain additional resistance to abrasion, UV radiation, and environmental stressors, extending their service life in both indoor and outdoor construction settings. The aluminum conductors (indicated by "L" in YJLV22) offer a cost-effective alternative to copper while maintaining sufficient conductivity for low-voltage power transmission.​ Compliant with industry standards, these 0.6/10KV cables support stable power supply for construction equipment, temporary installations, and permanent building networks. Their armored design reduces maintenance needs, making them a practical choice for projects requiring long-term reliability and cost efficiency.

The 0.6/1kV Aerial Bundled Cable (ABC) with cross-sectional areas ranging from 25mm² to 95mm² represents a versatile and robust solution for overhead power distribution, designed to meet the demands of modern electrical grids across residential, commercial, and rural settings. Featuring aluminum conductors and XLPE insulation, this cable combines efficiency, durability, and safety, making it a preferred choice for secondary power lines connecting medium-voltage transformers to end-users. At the core of these cables are high-grade aluminum alloy conductors (typically AA 6201 or AA 6101), selected for their optimal balance of conductivity, strength, and cost-effectiveness. The aluminum alloy offers a conductivity of 52% IACS (International Annealed Copper Standard), ensuring efficient power transmission with minimal energy loss, while its lightweight nature (2.7 g/cm³) reduces mechanical stress on support structures such as poles and brackets. The conductors are stranded—comprising multiple thin aluminum wires twisted helically—to enhance flexibility, allowing the cable to withstand wind-induced vibrations, thermal expansion, and contraction without fatigue. This flexibility is crucial for overhead spans, which may extend up to 60 meters between poles in rural areas. The range of cross-sectional sizes caters to diverse current demands: 25mm² (85A), 35mm² (100A), 50mm² (120A), 70mm² (150A), and 95mm² (180A) at 30°C ambient temperature, with derating factors applied for higher temperatures (e.g., 95mm² conductor rated at 165A at 40°C). This scalability ensures the cable can serve applications from small residential neighborhoods (25mm²) to larger commercial districts or industrial zones (95mm²), where higher power loads are common. Each conductor is individually insulated with cross-linked polyethylene (XLPE), a material renowned for its superior thermal and mechanical properties. The insulation thickness varies by conductor size (0.8mm for 25mm² to 1.4mm for 95mm²) and boasts a dielectric strength of 20 kV/mm, effectively preventing electrical leakage and short circuits—critical for overhead installations exposed to the elements. XLPE insulation operates within a temperature range of -40°C to +90°C, with short-term overload tolerance up to +130°C, allowing it to handle transient current spikes from utility grids. It is UV-stabilized to resist degradation from prolonged sunlight exposure (withstanding 5,000 hours of direct UV radiation) and resistant to moisture, salt spray, and industrial pollutants, making it suitable for coastal areas, industrial zones, and regions with harsh weather conditions. Additionally, the XLPE insulation is flame-retardant, adhering to IEC 60332-1-2 standards, which require it to self-extinguish within 60 seconds of ignition, reducing fire propagation risks. The aerial bundled design integrates multiple insulated conductors (typically 2 to 4 cores) into a single, compact cable, bound together by a UV-stabilized polyethylene tape. This unified structure simplifies installation, as the cable can be pulled as a single unit from poles to distribution points, reducing labor time and costs. The tape includes a ripcord for easy separation of conductors during termination, facilitating quick and secure connections to transformers or service entrances. The overall diameter of the cable ranges from 18mm (25mm², 2-core) to 32mm (95mm², 4-core), with weights between 1.2 kg/m and 2.8 kg/m, minimizing strain on support structures. This ABC cable is primarily used for secondary overhead power distribution, connecting 10kV/20kV medium-voltage transformers to low-voltage (0.6/1kV) networks. In residential areas, it supplies power to neighborhoods, with smaller sizes (25mm², 35mm²) handling typical household loads, including lighting, appliances, and HVAC systems. In commercial and industrial settings, larger sizes (50mm² to 95mm²) support higher-power equipment such as machinery, large HVAC units, and industrial lighting. Rural applications benefit from its ability to span long distances between poles, reducing the need for intermediate supports and lowering installation costs in sparsely populated areas. Compliance with international standards is a key feature, ensuring the cable meets rigorous safety and performance criteria. It adheres to specifications set by organizations such as the International Electrotechnical Commission (IEC 60502-2) and Underwriters Laboratories (UL 854), governing conductor material, insulation thickness, voltage rating (0.6/1kV), and mechanical durability. These certifications guarantee the cable can withstand the mechanical stresses of overhead installation, including tension, vibration, and environmental impact, while maintaining reliable electrical performance. Installation is streamlined by the cable’s design, compatible with standard overhead hardware such as cleats, brackets, and tensioning devices. Its minimum bending radius (12× outer diameter for fixed installations) allows easy routing around obstacles, while its lightweight nature simplifies handling during deployment. Termination involves stripping the XLPE insulation, cleaning the aluminum conductors to remove oxidation, and connecting them to compatible lugs—processes optimized for efficiency by the cable’s design. In terms of longevity, the cable is designed to have a service life of 30 years or more under normal operating conditions. The aluminum conductors, protected by corrosion-resistant XLPE insulation, resist oxidation and degradation, while the insulation material maintains its protective properties over time. Regular inspections—checking for insulation cracks, conductor damage, or loose connections—can identify potential issues early, allowing for timely repairs and extending the cable’s lifespan further. In summary, the 0.6/1kV Aerial Bundled Cable (25mm²-95mm²) with XLPE insulation is a versatile, efficient, and durable solution for overhead power distribution. Its scalable design, high-quality materials, and compliance with global standards make it suitable for diverse applications, ensuring reliable electricity transmission across residential, commercial, and rural environments. Whether powering small neighborhoods or large industrial zones, this cable delivers consistent performance, solidifying its role as a cornerstone of modern electrical grids.