xlpe copper cable

WDZ-YJY23 LSZH XLPE Copper Cable with STA Armor for LV Underground Runs WDZ-YJY23 is a low-voltage copper core power cable with cross-linked polyethylene (XLPE) insulation, steel tape armor (STA) protective layer, and a low-smoke halogen-free (LSZH) outer sheath. It is designed for fixed installations, suitable for underground or mechanically sensitive lines, and requires fire resistance to reduce smoke concentration and the release of corrosive gases. WDZ-YJY23 is widely

YJV22 XLPE Copper PVC STA Armored Cable 0.6/1kV for Underground Feeders YJV22 is a low-voltage copper core power cable designed for fixed installations requiring enhanced mechanical protection. It typically features XLPE insulated copper conductors, a steel tape armor (STA) layer for enhanced compressive strength, and a PVC outer sheath for durability in the construction site. This cable construction is widely used in underground conduits, protected trenches, cable corridors,

Rated Voltage Typical Rated Voltage:8.7/15 kV Applications: Medium-voltage distribution feeders and sub-feeders (fixed installation) Please confirm the reference standards and test ranges listed in your Bill of Materials (BOQ). General Specifications Overview Common Core Wire Configurations (Depending on Project) 1C for high current, phase-separated wiring 2C for single-phase feeders and dedicated circuits 3C for three-phase circuits without a neutral conductor (Depending on

Code Symbol Full Definition Engineering Practical Value for Design & Procurement YJ Cross-Linked Polyethylene (XLPE) Insulation High thermal stability, low dielectric loss, long-term 90℃ continuous operation, superior aging resistance vs conventional PVC insulation V PVC Inner Bedding Sheath Smooth buffer layer to separate core assembly and armor, prevent armor wire abrasion on insulation structure under tensile deformation 32 Galvanized Fine Steel Wire Helical Armored Layer

Flame Retardant Steel Tape Armored XLPE Power Cable Copper Conductor Industrial Industrial ZR-YJV22 26/35kV XLPE Power Cable Flame-retardant XLPE insulated, PVC sheathed, steel tape armored power cable with copper conductors, designed for applications requiring both mechanical protection and enhanced fire safety. Cable Designation Breakdown ZR: Flame Retardant (Chinese standard designation) YJ: XLPE (Cross-Linked Polyethylene) Insulation V: PVC Sheath 22: Double Steel Tape

YJV22 XLPE Power Cable Copper Core Steel Tape Armor Robust Power Distribution YJV22 Copper Core XLPE Insulated Power Cable YJV22 is an XLPE insulated, PVC sheathed, steel tape armored power cable with copper conductors, engineered for robust power distribution in demanding environments requiring superior mechanical protection and reliability. Cable Construction Breakdown YJ: XLPE (Cross-Linked Polyethylene) Insulation V: PVC (Polyvinyl Chloride) Sheath 22: Double Steel Tape

YJLHV22 Rare-Earth Aluminum Alloy Power Cable XLPE Insulation • PVC Sheath • Double Steel Tape Armoring YJLHV22 is a next-generation power cable solution built for projects that need strong electrical performance without paying copper prices. By combining rare-earth aluminum alloy conductors with XLPE insulation and double steel tape armoring, it delivers: Higher conductivity than conventional pure aluminum cables Long-term stability and anti-aging performance Significant

Aluminum Core YJV/YJLV22/YJLV 1-5 Core 10mm² Buried Armored Power Cable YJLV22 is a XLPE insulated, PVC sheathed, steel tape armored aluminum core power cable designed for robust power distribution in demanding environments. Cable Construction Breakdown YJ: XLPE (Cross-Linked Polyethylene) Insulation L: Aluminum Conductor V: PVC Sheath 22: Double Steel Tape Armor Primary Applications Underground Power Networks: Direct burial in industrial sites, renewable energy farms, and

YJHLV Rare-Earth Aluminum Alloy Power Cable XLPE Insulation • PVC Sheath • Non-Armored Lightweight Design YJHLV is a specialized aluminum alloy power cable created for non-direct-buried installations such as conduits, overhead lines, and cable trays. By removing the heavy armoring structure while preserving the high-performance aluminum alloy core, it solves three common points: Poor conductivity of ordinary pure aluminum cables High material & installation costs of copper