low voltage wire

ABC Overhead Cable line stability reducing faults caused overhead power networks Upgrading low-voltage overhead lines doesn't mean rebuilding the entire power grid. JKLV Bundled Overhead Cables (ABC) are specifically designed for low-voltage overhead distribution. Their bundled insulated cores enhance safety, reduce the risk of accidental contact, and help maintain stable performance in windy, vegetated, and densely populated areas. Compared to bare conductors, JKLV ABC

YJV22 (0.6/1kV) is a mainstream low-voltage armored power cable, featuring solid/stranded copper conductors, cross-linked polyethylene insulation, and galvanized steel tape armor. Specifically designed for 50Hz AC 0.6/1kV power distribution systems, it integrates high-quality conductive materials, high-performance insulation, and enhanced mechanical protection. Unlike aluminum conductor YJLV22 and alloy conductor cables, this copper core cable boasts superior conductivity,

NH-YJV 0.6/1kV Fire-Resistant Low-Voltage Cable NH-YJV 0.6/1kV is a national standard fire-resistant low-voltage fixed-laying cable. Its structure consists of a high-purity copper conductor, an inorganic fire-resistant sheath, cross-linked polyethylene (XLPE) insulation, and a polyvinyl chloride (PVC) outer sheath, with no steel tape armor. NH Definition: The inorganic fire-resistant structure ensures continuous power supply under standard flame burning tests; YJV Definition:

Code Symbol Full Definition Engineering Practical Value for Design & Procurement YJ Cross-Linked Polyethylene (XLPE) Insulation High temperature resistant insulation, stable dielectric performance, higher allowable ampacity than PVC insulated cables L Aluminum Conductor Core Light weight, obvious raw material cost advantage, ideal for long-distance trunk power transmission & large-budget controlled projects V PVC Outer Protective Sheath Anti-aging, moisture-proof, dust-proof,

YJHLV is a 0.6/1kV low-voltage aluminum alloy power cable, specifically developed for global civil buildings, industrial applications, and municipal low-voltage power distribution systems. It utilizes high-quality AA8000 series aluminum alloy conductors, coupled with cross-linked polyethylene insulation and a durable PVC outer sheath, overcoming the limitations of traditional pure aluminum cables in terms of structural stability and creep resistance. Unlike traditional copper

YJHLV is a new type of optimized low-voltage power cable, using AA8000 series aluminum alloy solid conductors, cross-linked polyethylene (XLPE) insulation, and a PVC outer sheath. It is manufactured strictly according to GB/T 12706 and corresponding IEC international manufacturing standards. Unlike traditional pure aluminum YJLV and copper core YJV cables, its core design upgrades the conductor metallurgical composition, solving problems such as natural creep, poor bending

YJLV22 is a standard steel-tape armored aluminum core power cable conforming to GB/T12706 and the harmonized IEC60502 industry standards. It features a five-layer structure: compacted pure aluminum conductor, cross-linked polyethylene (XLPE) insulation, PVC inner lining, double-overlapping steel tape armor layer, and PVC outer sheath. Unlike copper core YJV22 and alloy core YJLHV22 armored cables, this product uses high-purity electrical-grade aluminum as the conductive

JKYJ Medium Voltage Fixed Laying Power Cable JKYJ is a robust and durable medium-voltage stationary power cable designed for commercial, industrial, and utility power transmission and distribution systems worldwide. Featuring a multi-layered semi-conductive shield, high-purity cross-linked polyethylene insulation, and a durable outer sheath, this cable covers a full range of medium-voltage classes from 6kV to 35kV and is available in both copper and aluminum core configuratio

Product Core Definition and Production Standard Compliance The YJV22-0.6/1kV 3×95+1×50 XLPE insulated double-steel-tape armored copper cable is a fixed-lay low-voltage trunk cable specifically designed for global building, industrial, and municipal power distribution projects. All manufacturing processes strictly adhere to the domestic standard GB/T12706-2020 and the international standard IEC 60502, and it is suitable for 50Hz AC transmission systems. Its five-layer