medium voltage wire

Product Overview The YJV22 0.6/1kV 3240+1120 is a high-capacity, low-voltage, three-phase four-wire steel-tape armored power cable designed for heavy-duty main power distribution systems. It features three 240mm phase conductors to handle high rated three-phase operating currents and a 120mm neutral conductor to balance phase loads and meet system grounding requirements. Its construction comprises compacted high-purity electrolytic copper conductors, extruded cross-linked

Detailed specifications for this model, enabling electrical designers, cost engineers, and procurement teams to quickly identify its structural characteristics: Product Overview: WDZ-YJY23 0.6/1kV Cable Key Features WDZ: Features low-smoke, zero-halogen, and flame-retardant properties; flame-retardant grades (WDZA/WDZB/WDZC) can be customized as required. YJ: Utilizes cross-linked polyethylene (XLPE) as the primary insulation layer. Y: Employs low-smoke, zero-halogen

WDZB-YJY is a widely used unarmored low-voltage fixed wiring cable with a rated voltage of 0.6/1kV. It is formulated with low-smoke halogen-free polymer compounds and has Class B flame retardant properties. It is specifically developed to meet the low-voltage backbone power distribution requirements of fire-resistant buildings. Detailed Model Specifications WDZ: Low-smoke halogen-free; all insulation layers, inner fillers, and outer sheaths are made of halogen-free environmen

WDZ-YJY Cable Product Overview An Analysis of the WDZ-YJY Model Designation: WDZ: Low-smoke, halogen-free, and flame-retardant properties YJ: Cross-linked polyethylene (XLPE) insulation Y: Low-smoke, halogen-free polyolefin outer sheath WDZ-YJY is a widely used unarmored, flame-retardant power cable designed for fixed indoor power transmission and distribution lines. It features solid or stranded oxygen-free copper conductors, XLPE insulation, and a halogen-free, flame

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

WDZ-BYJ LSZH Flame-Retardant Building Wire WDZ-BYJ is a single-core low-smoke halogen-free (LSZH) flame-retardant building cable designed for indoor fixed wiring with high requirements for fire safety, smoke reduction, and reduced corrosive gas emissions. It is commonly used in commercial buildings, public facilities, high-rise residential buildings, and industrial buildings where wiring routes need to pass through shafts, corridors, cable trays, and conduit systems to ensure

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

WDZ-KYJYRP is a 0.45/0.75kV low-smoke halogen-free double-shielded control cable, specifically designed for high-precision Safety Instrumented Systems (SIS), DCS analog signals, fieldbus matching cabling, and other industrial projects requiring high electromagnetic interference and high fire resistance. It is an upgraded double-shielded derivative model based on the single-shielded KYJRP series control cables. Detailed Model Code Explanation: WDZ: Low-smoke halogen-free; all

Our high-quality WDZBN-YJY medium-voltage cables significantly enhance the safety performance of critical power infrastructure. Combining halogen-free, low-smoke, Class B flame-retardant, and fire-resistant properties, these cables feature XLPE insulation and a PE sheath, ensuring a stable power supply even in emergencies such as fires. They are ideal for critical facilities such as hospitals, data centers, subway systems, and industrial emergency circuits. Compliant with IEC