1-5 core steel wire armored (SWA) power cable, available in 16mm², 25mm², 35mm², and 95mm² cross-sectional areas, with copper or aluminum conductors and PVC/XLPE insulation, suitable for underground installation. Featuring robust steel wire armor (SWA), it offers excellent mechanical protection, making it ideal for power transmission, industrial distribution, and infrastructure projects. Rated at 0.6/1kV, the cable provides corrosion resistance, crush resistance, and long-term durability.

This is a 4/0AWG (107mm²) copper conductor low voltage power cable rated at 0.6/1kV, TTU type. Featuring high-purity copper conductors and premium insulation materials, it delivers excellent conductivity and durability for fixed installation applications like building power distribution and industrial equipment supply. The cable complies with international electrical standards for safe and reliable power transmission.

This is a 4-core copper cable with XLPE insulation, medium-voltage PVC/SWA/PVC construction, specifications of 150/185/240 mm², voltage rating of 600/1000V, and specific model of 185 mm².

The 95mm² 4-core copper underground cable features XLPE insulation and a 2×0.1mm dual-layer design, offering excellent electrical and mechanical properties. Specifically engineered for underground installation with superior waterproof performance, it is ideal for fixed distribution systems in industrial zones and commercial buildings. Compliant with international electrical standards, the cable provides high temperature resistance and aging resistance for long-term reliable operation.

This super flexible XLPE copper cable features 2/0 AWG (250MCM) large cross-section conductors with 600V voltage rating, offering exceptional bending performance and high-temperature resistance (90℃ continuous operation). Ideal for high-power equipment requiring frequent movement, its cross-linked polyethylene insulation ensures superior electrical performance while complying with UL1277 and other international standards.

This abstract covers copper core cables with XLPE (cross-linked polyethylene) insulation and PVC (polyvinyl chloride) sheathing. They are single-core (1X) with common specifications including 1X50mm², 1X95mm², 1X120mm², 1X300mm², and 1X400mm², with a rated voltage of 1kV, suitable for low-voltage power transmission scenarios.​ In terms of materials, the XLPE insulation layer has excellent temperature resistance (long-term operating temperature up to 90℃) and insulation performance, which can reduce power loss; the PVC sheath has good corrosion resistance and mechanical protection capabilities, adapting to various laying environments. The single-core design makes it more flexible in single-phase power transmission, especially suitable for scenarios that require separate wiring.​ In terms of specifications, 1X50-120mm² cables have moderate current-carrying capacity, suitable for building distribution branches, small motor power supply, etc.; 1X300-400mm² cables have larger current-carrying capacity and can be used in high-power scenarios such as industrial equipment main power supplies and large transformer outgoing lines. All cables meet the 1kV low-voltage transmission standards and can ensure the stability and safety of power transmission.

Copper cable series such as Cu U1000 Rvfv, Arvfv, Rvfv-K, and Xav, covering specifications like 1X95mm² and 1X300mm², are armoured cables designed for underground laying, with both high-power transmission and environmental adaptability.​ The conductor is made of high-purity copper with excellent conductivity. The current-carrying capacity of 1X95mm² is about 180-220A, and that of 1X300mm² can reach 300-350A, meeting the needs of equipment with different powers. The armoured layer provides mechanical protection, resisting underground soil extrusion and stone collision, and is suitable for complex underground environments. Some models (such as Arvfv) may have corrosion resistance to cope with underground moisture and slight corrosion.​ 1X95mm² is suitable for underground branch lines (such as underground distribution branches in residential areas); 1X300mm² is adapted to main lines (such as underground main cables in industrial parks). They are widely used in municipal underground power grids, industrial underground power supply systems, etc., and have become a reliable choice for underground power transmission with stable performance.​

Rz1-K type 3*185+95 mm² and 95 Sq mm 4-core copper conductor cables, with a rated voltage of 0.6/1kv, adopt cross-linked polyethylene (XLPE) insulation and low smoke zero halogen (LSZH/Lsoh-Fr) sheaths, featuring both flexibility and safety, suitable for various power transmission scenarios.​ The conductors are made of high-purity copper, and the multi-strand stranded structure enhances flexibility, facilitating bending and laying. Both 95 Sq mm 4-core cables and 3*185+95 mm² cables can transmit power stably. The copper conductors have excellent conductivity, reducing power transmission loss. The XLPE insulation layer has a wide temperature resistance range (-40℃ to 90℃) and high insulation resistance, which can resist water vapor and chemical erosion.​ The LSZH sheath has low smoke and halogen-free characteristics, producing little smoke and no toxicity when burned, with outstanding safety. The black PVC outer layer enhances wear resistance and corrosion resistance. This cable is applicable to building power distribution, industrial equipment power supply, etc. Its flexible laying performance enables it to adapt to complex wiring environments, providing reliable guarantee for power transmission.

Cable U-1000 Rvfv 3X240mm2 95mm2 U1000 is a specific copper cable designed for PV panels. Its rated voltage meets the U1000 standard, which can accurately match the power transmission requirements of photovoltaic systems.​ This cable has two specifications: 3×240mm² and 95mm². The 3×240mm² specification contains 3 conductors of 240mm², suitable for high-power power transmission in photovoltaic arrays; the 95mm² specification is applicable to branch lines or small and medium-sized photovoltaic systems. The conductors are made of high-purity copper with excellent conductivity, which can reduce losses in photovoltaic power transmission and improve power generation efficiency. The multi-strand stranded copper conductor structure enhances the flexibility of the cable, facilitating bending and laying in complex angles and narrow spaces where PV panels are installed.​ The insulation layer and sheath material of the cable are suitable for photovoltaic scenarios, with good weather resistance. They can resist ultraviolet rays, high and low temperatures (-40℃ to 80℃) and moisture erosion, ensuring stability during long-term outdoor use. Its PV-specific design also considers anti-aging and ozone resistance, extending the service life in open-air environments.​ This cable is an ideal choice for scenarios such as photovoltaic power stations and distributed photovoltaic rooftops. Its stable transmission performance and weather-resistant characteristics provide a reliable guarantee for power transmission from the panel end to the inverter in photovoltaic systems.

The Ymvk series copper cables (including models Ymvk-MB and Ymvk-as) are power cables compliant with KEMA K42 and IEC 60502 standards, with a rated voltage of 600/1000V, suitable for various power transmission scenarios.​ This series of cables uses cross-linked polyethylene (XLPE) as the insulation material, which offers excellent electrical insulation performance, high-temperature resistance, and mechanical strength. It can effectively resist aging and wear in the environment, ensuring stable power transmission. The sheath is made of polyvinyl chloride (PVC) material, which has good corrosion resistance and mechanical protection capabilities, making it suitable for laying in general industrial, civil, and commercial environments.​ The conductors are made of high-purity copper, featuring excellent conductivity, which can reduce energy loss during power transmission and meet different load requirements. Different models (such as Ymvk-MB and Ymvk-as) have slight differences in structural details to adapt to diverse installation methods, such as direct burial, pipe threading, or overhead.​ In summary, with strong compliance, reliable performance, and a wide range of applications, the Ymvk series cables are an ideal choice for power transmission in industrial facilities, building wiring, and public infrastructure.

This article introduces the Cable U1000 R02V 1X240 XLPE insulated copper cable, which belongs to high-voltage power transmission cables and is suitable for fixed laying scenarios in industrial, energy, municipal and other fields, especially for occasions with high requirements for transmission efficiency and safety.​ This cable uses copper as the conductor material. Copper has excellent conductivity, which can effectively reduce transmission loss and ensure the efficiency of power transmission. The cross-sectional area of the conductor is 240mm², with a large current-carrying capacity, which can meet the power supply needs of high-power equipment. The insulation layer is made of cross-linked polyethylene (XLPE) material, which has good temperature resistance, aging resistance and electrical insulation performance. It has a wide applicable temperature range, can maintain stable operation in complex environments, and effectively prevent current leakage to ensure electrical safety.​ "U1000" in the model indicates that the rated voltage of the cable is 1000V, and "R02V" represents its specific structure and sheath type. The sheath is usually made of wear-resistant and corrosion-resistant materials, which further enhances the protective performance of the cable. The single-core design of the cable makes it more flexible in laying, suitable for use in environments with limited space such as pipes and cable trays.​ This cable complies with relevant international and domestic electrical safety standards, and undergoes strict quality inspection during the production process to ensure stable and reliable product performance. Its structural design takes into account both efficient transmission and safety protection, providing a high-quality solution for high-voltage power transmission.

This paper introduces a series of pure copper cable products with specifications including 3X185+95, 3X150+70, 3X95+50, 3X70+35, 3X25+16 mm², etc. These cables use high-purity copper as conductors, which have excellent electrical conductivity, effectively reducing energy loss during power transmission and being suitable for various power transmission scenarios. The insulation layer of the cables is made of polyvinyl chloride (PVC) material, which has good insulation, corrosion resistance, and mechanical strength. It can ensure the stable operation of the cables in different environments, and also has certain fire and moisture resistance capabilities, improving the safety of use. The "3X+" structure in the model indicates that the cable is designed for a three-phase four-wire system, where "3X" represents three phase lines, and the following number indicates the cross-sectional area of the neutral line. This structure meets the power transmission needs of three-phase power systems and is widely used in industrial equipment, building power distribution, municipal engineering, and other fields. In addition, the mentioned "2xy, 3xy, N2xy Kabe" may be additional models or classification identifiers of the cables, further enriching the product series to adapt to different installation environments and technical requirements. With their excellent performance and diverse specifications, these pure copper PVC insulated cables provide reliable and flexible solutions for power transmission, meeting the electricity needs of multiple fields from industrial production to civil construction.