aluminum conductor cable
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Flame Retardant Low Voltage Power Cable 0.6KV 1KV PVC Insulated For Electrical Connection
Flame Retardant Low Voltage Power Cable 0.6/1Kv Pvc Insulated for Electrical Connection Application The cables are specifically designed to enhance fire safety while maintaining the versatility of standard PVC cables, they are widely used in environments where fire resistance, reduced flame propagation, and minimal smoke emission are critical. Construction Conductor: Circular, solid, compacted or sector shaped stranded Copper or aluminum Insulation: PVC Filler: non-hygroscopi
Flame Retardant Medium Voltage Cable 12/20kV N2XSH Single Core Three Core
Flame-retardant Medium Voltage Cable 12/20kV N2XSH Single Core Three Core APPLICATION Suitable for power supply lines with flame retardant requirements, such as urban underground power grids, power station outgoing lines, and internal power lines of industrial and mining enterprises. CONSTRUCTION C onductor: Tightly press circular conductor Conductor shield: S emi conductive shielding material (below 500mm ) Semi conductive tape+semi conductive shielding material (500mm
IEC 60502 Standard PVC Insulated Cable Steel Wire Armoured PVC Sheathed NYRY VV32
IEC 60502 Standard PVC Insulated Cable Steel Wire Armoured PVC Sheathed NYRY VV32 APPLICATION This product is suitable for power transmission and distribution in lines with AC 50Hz and rated voltage not exceeding 0.6/1kV. CONSTRUCTION Conductor: Class 1/ Class 2 stranded Copper conductor Insulation: Polyvinyl chloride (PVC) Filler ( options ): Polypropylene mesh tearing rope I nner sheath: Polyvinyl chloride (PVC) A rmour: Aluminum wire or stainless steel wire ( single core
Individual and Overall Shielded Instrument Cable Multi Pair Computer Cable
Individual and Overall Shielded Instrument Cable Multi Pair Computer Cable APPLICATION The cable is suitable for electronic computers and automation instruments with high anti-interference requirements for rated voltage of 500V and below CONSTRUCTION C onductor: The first or second type of copper conductor In s u lation: Low density polyethylene (LLDPE) Fill er (optional): Filling rope Separate shielding: Braided shielding (P) O verall shield: Braided shielding (P) Outer
Three Core 0.6/1kV Low voltage Power Cable 1.5mm2 to 400mm2 EAC Certified Cable
Three Core 0.6/1kV Low voltage Power Cable 1.5mm2 to 400mm2 EAC Certified Cable APPLICATION Three Core 0.6/1kV Low Voltage Power Cable with EAC certification is designed for: Underground installations in commercial/residential power distribution systems, utilizing durable PVC/XLPE insulation for environmental protection Industrial applications such as construction sites and power stations, where armored variants (e.g., SWA) provide mechanical strength Low-voltage networks
Copper Conductor Underground Power Cable 10kv 22kv 11kv 15kv 33kv Medium Voltage
10kv 22kv 11kv 15kv 33kv Medium Voltage Cable Copper Conductor Swa Steel Wire Armored Underground Power Cable Application Mine environments : In mines, cables need to withstand large mechanical stresses and harsh environmental conditions. The thick steel wire armor and good insulation performance of YJV42 cable enable it to operate safely and reliably in mines, providing power support for mining equipment. Industrial installations : Suitable for various industrial settings
ABC Aerial Bundled Cable 2 Cores Low Voltage XLPE Insulation Black Color
ABC Aerial Bundled Cable 2 Cores Low Voltage XLPE Insulation Applications Aerial Bundled Cable (ABC) is widely used in overhead low-voltage power distribution (typically up to 1kV). Its key applications include: Rural & urban power lines Replaces bare conductors for improved safety and reliability. Storm-prone areas Resists wind, rain, and environmental damage better than traditional wiring. Crowded or narrow spaces Compact bundled design minimizes installation space.
PVC Sheathed 3 Core XLPE Cable Corrosion Resistant With Aluminum Copper Conductor
Aluminum/Copper Conductor 3 Core XLPE Insulated Power Cable PVC Sheathed Application Power Grids:Underground or overhead power transmission in utility networks (typically 6 kV35 kV or higher). Industrial Plants:Heavy machinery, mining, and manufacturing facilities requiring stable high-voltage supply. Renewable Energy:Connecting wind farms, solar parks, or hydropower stations to substations. Urban Infrastructure:Subway systems, airports, and large commercial complexes with
Three Core Medium Voltage Cable XLPE/ PVC/ STA Underground Transmission Cable
Three Core Medium Voltage Cable XLPE/ PVC/ STA Underground Transmission cable Construction Conductor: Round compacted conductors Conductor Shield: Semi conductive shielding material (below 500mm) Semi conductive tape+semi conductive shielding material (500 mm and above) Insulation: Polyvinyl chloride (PVC) Insulation Shield: Peelable semiconducting shielding material Metal Shield Layer: Copper Tape Copper Wire(35kV 500mm above) Filler: Polypropylene (PP) m esh f illing r ope
