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Encontrado 90 Resultados para "
high voltage cable
"
125°C High Temperature 1500V EV Cable | XLPE Insulated High Voltage Cable for EV Charging Pile Product Overview Engineered for 1500V DC high-power charging systems, this XLPE-insulated EV cable delivers exceptional thermal stability (continuous 125°C operation) and electrical safety. Designed for EV charging piles, battery packs, and high-voltage onboard systems, it balances high current capacity, flexibility, and durability for harsh indoor/outdoor charging environments. Key
70mm2 95mm2 120mm2 High Voltage EV Cable Shielded and Unshielded XLPE Insulated PVC Cables What is high-voltage EV Cable? The electric vehicle high-voltage cable is used to connect the charging port and the battery, the inside of the battery, the battery and the engine and other components, as a carrier for power transmission. For some reason, the application environment in the car is harsh, and the high-voltage lines of electric vehicles have very high performance requiremen
High Voltage Cable 12/20kV 3-Core Cable YJV22 CU/XLPE/STA/PVC Customized For Mining & Grids Introduction This 12/20kV three‑core high‑voltage cable is standard YJV22 type, constructed with copper conductor, XLPE insulation, steel tape armor and PVC outer sheath. It is specially developed for mining power supply, urban power grid networking, industrial heavy‑load power distribution and underground buried projects. Built with strict high‑voltage electrical safety standards, it
YJV22 10kV 35kV High Voltage Copper Cable, XLPE Insulated, Steel Tape Armored, Power Cable Structural Description Copper Conductor: Compactly stranded circular structure, oxygen content ≤0.02%, conductivity not less than 97% IACS. Nominal Cross-Section: 10kV commonly 25~630mm²; 35kV commonly 50~400mm² (single-core or three-core). Conductor Shielding: Extruded semi-conductive layer, uniform electric field, preventing void discharge. XLPE Insulation: Cross-linked polyethylene,
High Voltage Power Cable 35kV XLPE Insulated Steel Armored Copper Conductor Power Cable Product Introduction The XLPE Insulated Armored Power Cable is developed for medium and high-voltage power transmission applications where electrical stability, mechanical strength, and long-term service performance are required. Featuring a multi-layer structure of copper conductor, XLPE insulation, metallic shielding, armored protection, and outer sheath, this cable provides dependable
High-Temperature Mica Cable – Industrial-Grade Heat-Resistant Transmission Solution Product Positioning & Technical Overview This product series utilizes high-purity fluorophlogopite (synthetic mica) tape as the primary insulation medium, reinforced externally with a continuous fiberglass braid to form a composite insulation structure that combines rigidity with flexibility. The inherent layered silicate crystal structure of mica effectively suppresses electric arc tracking
High Temperature Cable Fire-Resistant Mica Glass Cable Engineering-Grade Mica Cable – Built for Thermal Stress and Fire Safety When equipment operates at extreme temperatures, wiring becomes the weakest link. Our mica-based high-temperature cable addresses this challenge directly. Using a multi-layer insulation system that combines compressed mica tape with a tightly woven fiberglass outer sheath, this wire maintains stable electrical performance even when surface temperature
High-Voltage Cable YJV32 XLPE Insulated Power Cable Copper Core PVC Sheathed SWA Armoured Cable Vertical Installation Specialist | High Tensile Strength | IEC & BS Certified Engineered for high-rise shafts, deep mines, and bridge infrastructure. sxftdl's YJV32 series features premium Galvanized Steel Wire Armor (SWA) to withstand extreme longitudinal tension and heavy mechanical impact. Technical Specifications Engineer's Note: For YJV32 SWA Cable, the maximum permissible
High-Temperature Mica Cable – Engineered for Extreme Heat When standard PVC or silicone wires fail under extreme temperatures, our high-temperature mica cable delivers reliable performance where others cannot survive. Designed with a mica tape insulation layer combined with a fiberglass braid, this cable is built for applications that demand exceptional heat resistance, fire safety, and long-term durability. Construction & Materials The conductor is available in bare copper,
