This description refers to a single-core black flexible low-voltage power cable with a specification of 250 MCM (127 mm²), featuring a copper conductor, cross-linked polyethylene (XLPE) insulation, polyvinyl chloride (PVC) sheathing, and a rated voltage of 0.6/1kV.

The NA2XY and NA2XH series 0.6/1kV low voltage power cables feature aluminum conductors with XLPE insulation, available in PVC or LSZH (Low Smoke Zero Halogen) sheathing options in non-armored construction. These cables offer excellent electrical performance and environmental benefits, with the LSZH version providing low smoke and non-toxic emissions when burned, making them particularly suitable for crowded locations. Compliant with international electrical standards, they are ideal for fixed installation in buildings, industrial plants and public facilities, delivering safe and reliable power transmission solutions.

The N1XE and SE-N1XE-AR series 1kV low voltage power cables feature aluminum conductors with XLPE insulation and PE sheath, available in 16A/30A rated current options. These cables offer excellent electrical performance and weather resistance, with PE sheath providing superior waterproof and UV protection. Suitable for outdoor fixed installations in power distribution systems such as industrial plants and municipal projects, they combine cost-effectiveness with long service life while complying with international electrical standards.

Low Voltage XLPE Hard Drawn Copper Aerial Bundle Cables Service and Mains Cables to AS/NZS 3560​ Compliant with AS/NZS 3560, Low Voltage XLPE Hard Drawn Copper Aerial Bundle Cables stand as a premium solution for service and mains power distribution. Engineered to deliver reliable performance in low-voltage networks (typically up to 1kV), these cables combine the conductivity of hard-drawn copper with the durability of cross-linked polyethylene (XLPE) insulation, making them ideal for overhead applications in residential, commercial, and rural settings.​ The hard-drawn copper conductors form the core of these cables, offering exceptional electrical conductivity and mechanical strength. Hard-drawn processing enhances the copper’s tensile strength, enabling the cables to withstand the stresses of overhead installation—including tension from suspension and wind loads—while maintaining efficient current transmission. This ensures minimal power loss even during peak demand, a critical feature for mains and service cables connecting distribution points to end-users.​ XLPE insulation further elevates the cable’s performance. Its cross-linked molecular structure provides superior thermal stability, allowing operation across a wide temperature range (-40°C to 90°C) without degradation. Resistant to UV radiation, moisture, and chemical exposure, XLPE insulation protects against environmental damage, extending the cable’s service life in harsh conditions such as coastal areas or industrial zones. Additionally, its high dielectric strength ensures safe operation, reducing the risk of short circuits or insulation breakdown.​ Designed as aerial bundles, these cables integrate multiple insulated conductors into a single, compact unit. This configuration simplifies installation, reduces clutter on utility poles, and lowers labor costs compared to individual conductors. The bundled design also minimizes electromagnetic interference (EMI), ensuring clean power delivery to homes and businesses.​ Adherence to AS/NZS 3560 guarantees compliance with strict Australian and New Zealand safety and performance standards, covering conductor quality, insulation thickness, and mechanical resilience. This certification makes the cables suitable for a range of applications, from urban service drops to rural mains distribution, where reliability and longevity are paramount.​ In summary, Low Voltage XLPE Hard Drawn Copper Aerial Bundle Cables to AS/NZS 3560 offer a blend of conductivity, durability, and ease of installation, making them a trusted choice for low-voltage overhead power distribution in Australia, New Zealand, and global markets requiring adherence to these standards.

This set of reeling power cables is designed for low-voltage applications, featuring flexibility (denoted by "Flexible M") and operating within a voltage range of 0.6/1 kV, with a maximum voltage rating of 1.2 kV. These cables are specifically engineered for reeling applications, making them suitable for use in scenarios where frequent winding and unwinding are required, such as in mobile equipment, industrial machinery, cranes, and material handling systems. The cables come in several core configurations to meet different power transmission needs: 3X95+3G16, 3X120+3G25, 3X150+3G25, and 3X185+3G35. The numerical designations indicate the cross-sectional areas of the conductors in square millimeters. In each configuration, the "3X" refers to three main power conductors, which are responsible for transmitting the primary electrical power. The "+3G" denotes three auxiliary conductors (with "G" likely indicating ground or auxiliary use), which serve supplementary functions such as grounding, signal transmission, or providing additional current paths for auxiliary systems. The 3X95+3G16 variant includes three main conductors each with a 95 mm² cross-section and three auxiliary conductors each at 16 mm². This configuration is suitable for medium-power applications where a balance between power capacity and flexibility is needed. The 3X120+3G25 and 3X150+3G25 models offer higher power-carrying capacity with main conductors of 120 mm² and 150 mm² respectively, paired with 25 mm² auxiliary conductors, making them ideal for heavier-duty equipment that requires increased current transmission. The largest configuration, 3X185+3G35, features main conductors of 185 mm² and auxiliary conductors of 35 mm², designed to handle the highest power loads in demanding industrial environments. The flexibility ("Flexible M") is a key attribute, achieved through specialized construction techniques. This likely includes the use of fine-stranded conductors, which enhance bendability and reduce fatigue during repeated reeling cycles. The insulation and sheathing materials are also carefully selected to withstand mechanical stress, abrasion, and exposure to various environmental factors such as moisture, oils, and chemicals commonly found in industrial settings. Operating at 0.6/1 kV, these low-voltage cables are compliant with standard electrical safety regulations, ensuring safe and reliable power distribution. The 1.2 kV rating indicates their ability to handle occasional overvoltage conditions, adding a layer of durability in dynamic operation. In summary, these reeling power cables combine robust conductor sizing with flexible design, making them versatile solutions for a wide range of low-voltage, mobile, and reeling applications. Their various configurations allow for customization based on specific power requirements, while their construction ensures longevity and performance in challenging industrial environments. Whether for powering cranes, mobile generators, or automated machinery, these cables provide a reliable and flexible electrical connection that can withstand the rigors of frequent movement and reeling.