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พบ 90 ผลลัพธ์สำหรับ "
mining cable
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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
PRODUCT DESCRIPTION Our PV1-F Solar Cable is specially designed for photovoltaic solar power systems. Adopts high-quality tinned copper conductor and XLPE double insulation, featuring UV resistance, ozone resistance, high temperature resistance, weatherproof and anti-aging. Suitable for outdoor long-term exposure, solar panel connection, photovoltaic power station wiring, rooftop solar projects and energy storage system layout. Support DC 1000V / 1500V voltage grade,
THHN CABLE 600V Copper Nylon Sheath Building Wire for Electrical Wiring Description THHN cable is 600V building wire with PVC insulation and nylon sheath, featuring heat resistance, flame retardant, oil and abrasion resistance. It is widely used for indoor conduit wiring, residential, commercial and industrial building power distribution, suitable for dry and damp indoor locations. Quick Detail 600V rated voltage for general electrical applications Stranded / solid bare
EV Power Cable Single Core 2.5mm² 4mm² Flame Retardant New Energy Vehicle Wire High-voltage electric vehicle wires and cables are mainly responsible for starting, driving, charging and discharging, air conditioning power, etc. It mainly includes battery systems, power trains, high-voltagea electronic control systems, charging systems, high-voltage equipment, and wiring harness systems. Electric vehicle high-voltage lines are used to connect charging ports and batteries,
OEM/ODM Custom Production Wiring Harness OEM Cable Assembly Product Introduction Our customised wiring harnesses are specifically designed to meet the unique requirements of various industries, combining high-quality conductors, durable insulation materials and precision connectors. These products are engineered to ensure stable signal transmission, robust resistance to interference and a long service life, whilst withstanding harsh operating conditions such as high
PV1-F Single Core Cable 2.5mm² | 1000V DC TUV Wire for Solar Array Model: PV1-F 1×2.5mm² Rated Voltage: AC 0.6/1kV, DC 1.0/1.8kV Conductor: Tinned copper, Class 5 (49×0.25mm) Insulation: XLPO (cross-linked polyolefin), halogen-free Specifications at a glance Cross section 2.5 mm² Conductor construction 49 × 0.25 mm (tinned copper) Conductor resistance (20°C) ≤8.21 Ω/km Insulation thickness ≥0.7 mm Outer diameter 5.4 ±0.3 mm Current rating (60°C ambient, free air) 41 A
Mining Cable MYP for Continuous Miner 0.66/1.14kV Power Supply Our mining cables are engineered specifically for harsh underground mining environments, designed to withstand heavy mechanical stress, extreme temperature fluctuations, moisture, chemical corrosion and potential rock impact. Manufactured under strict industry standards, these cables deliver stable power transmission, reliable signal connection and long‑term safety for coal mines, metal mines, non‑metal mines and
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
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,
