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見つかりました 90 試験結果 "
high voltage cable
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High Voltage EV Cable Shielded And Unshielded Cable XLPE Insulated PVC Cables For New Energy Vehicle Product Introduction This high voltage EV cable is engineered exclusively for new energy vehicle high-voltage systems. It comes in both shielded and unshielded types, adopting XLPE as core insulation and durable PVC for outer sheath. The combination delivers reliable electrical performance, solid mechanical protection and wide environmental adaptability. Widely applied in
Mining Cable Multiple Sizes Available Durable Copper Core Coal Mine Control Cable Mining Cable Feature:1. Conductor: Class 5 flexible plain copper conductor 2. Insulation: EPR(Ethylene Propylene Rubber)/EPDM 3. Sheath: PCP(Polychioroprene) 4. Cores: 3 4 5 Cores or Others 5. Voltage:0.38/0.66KV 0.66/1.14KV 1.9/3.3KV 3.6/6KV 6/10KV 6. Temperature Rating: conductor operation temperature -20°C to +55°CMining Cable Application: Mining cable is a special kind rubber cable used as
35‑500kV High Voltage Copper Conductor Cable XLPE Underground Industrial Power Transmission Cable Introduction This series of high‑voltage power cables covers voltage levels from 35kV up to 500kV, mainly built with compact‑stranded high‑conductivity copper conductors and cross‑linked polyethylene (XLPE) insulation layers. Designed for long‑distance bulk power delivery, urban main grid networking, large industrial park power supply and new energy base transmission projects, it
High Voltage Cable YJV22 1KV/8.7KV/36KV 3*70/95/120 Copper Core XLPE PVC Insulated Cable Product Description The maximum rated temperature of the cable conductor is 90 ° C. During a short circuit (with a maximum duration of no more than 5 seconds), the maximum rated temperature of the cable conductor is 2.The temperature should not exceed 250 ° C. The ambient temperature during cable laying should not be lower than 0 ° C 3. Allowable bending radius during laying: Single core
35kv Single Core Three Core Cold Shrink Cable Terminal Head High Voltage The 35kV cold shrink cable termination kit is a high-performance medium-to-high voltage cable accessory designed for XLPE power cable systems. It uses advanced pre-expanded silicone rubber technology that automatically shrinks into position once the support core is removed, ensuring fast installation, reliable insulation, and long-term electrical stability. This product is widely used in power transmissi
High Voltage Cable YJV Single Copper Core 26/35KV XLPE Insulated PVC Sheathed Cable The High-Performance Heart of Urban Power Grids. 26/35KV single-core YJV cable is engineered for primary power distribution in substations and industrial networks. Utilizing triple-extrusion XLPE technology and high-purity copper, it guarantees stable energy transmission under extreme electrical stress. Technical Specifications: 26/35KV High Voltage Cable Cable Model YJV (Single Core) Voltage
High-Temperature Mica Cable – Fire Resistant Mica Insulated Copper Wire High-Temperature Mica Cable is designed for electrical systems that must continue operating under extreme heat conditions. The cable uses mica tape insulation combined with copper conductors and a heat-resistant outer layer, providing reliable electrical performance at elevated temperatures. It is widely used in industrial furnaces, heating equipment, metallurgy, glass manufacturing, power plants, and
XLPE power cable 0.6/1 kV with copper conductor and PVC sheath for underground use Product description Cross-linked polyethylene (XLPE) insulated cables are suitable for applications such as distribution networks and offer advantages that PVC-insulated cables cannot match. They feature a simple construction, are lightweight, offer excellent heat resistance, have a high load-carrying capacity, do not melt, are resistant to chemical corrosion, and possess high mechanical
EVR New Energy EV 50mm 70mm Oxygen-Free Copper DC Charging Cable Product Introduction EV cables are specialized cables used for power transmission in high-voltage battery harnesses and motor leads of new energy vehicles. These cables typically require a range of important properties, such as high voltage resistance, high temperature resistance, electromagnetic interference resistance, and stable signal transmission, to ensure normal system operation during charging or driving
