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xlpe cable
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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
Xlpe Power Cable 0.6/1kV YJV Copper Cable General Purpose Industrial & Building Wire YJV series represents the pinnacle of standard industrial power distribution. This 0.6/1kV non-armored cable is specifically designed for installation in cable trays, conduits, and underground ducts where mechanical protection is provided by the environment. By utilizing 99.99% oxygen-free copper and high-density XLPE insulation, it offers the perfect balance of high current capacity and
XLPE Power Cable 0.6/1KV YJV32 Steel Armoured Pure Copper Conductor Cable Model YJV32 (steel tape armoured) Voltage rating 0.6/1kV (U₀/U) Conductor Pure annealed copper, class 2 stranded – no copper‑clad or recycled scrap Core configurations 2 core, 3 core, 4 core, 5 core, or 3+1, 4+1, 3+2 (tell us your need) Conductor size 1.5mm² up to 400mm² – same price formula per kg of copper Insulation XLPE (cross‑linked polyethylene) – 90℃ continuous, 250℃ short‑circuit Armour Double
XLPE Insulated Cable Low Voltage YJV 4X120mm² Copper Power Cable Technical Specifications Parameter Technical Details Model YJV (CU/XLPE/PVC) Number of Cores 4 Cores (L1, L2, L3 + Neutral) Nominal Cross‑section 120 mm² per core Rated Voltage 0.6/1 kV (Um: 1.2 kV) Conductor Type Class 2 Compacted Stranded Copper Current Carrying Capacity Approx. 310A (In Air, 30°C) Max. Conductor Temp. 90°C (Normal) / 250°C (Short Circuit) Outer Diameter Approx. 42‑45 mm Key Performance
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
XLPE Power Cable YJV32 0.6/1kV – 4×185+1×95 mm² & 4×240+1×120 mm² – Pure Copper, Steel Tape Armoured Specifications Parameter 4×185+1×95 mm² 4×240+1×120 mm² Voltage rating 0.6/1kV 0.6/1kV Conductor Pure annealed copper, class 2 stranded (GB/T 3956) Same Insulation XLPE (thickness: 1.6mm for 185/240, 1.2mm for neutral) XLPE (1.6mm for 240, 1.2mm for 120) Inner sheath PVC, nominal 1.5mm PVC, nominal 1.6mm Armour Double layer galvanized steel tape (0.5mm thick per layer) Double
XLPE Power Cable 4 Core 50mm² YJV32 SWA Arnoured Copper Power Cable 4x50mm² YJV32 series is engineered for primary feeder circuits in environments where high current loads meet extreme mechanical stress. Utilizing heavy-gauge Galvanized Steel Wire Armor (SWA), this cable is the gold standard for direct burial in rocky soil and high-rise power shafts. It provides 360° crush resistance and superior longitudinal strength (14,000 N), ensuring zero-interruption power for critical
10kV Medium Cable XLPE/PE/PVC Insulation 16mm 35mm 95mm Overhead Insulated Power Cable 10kV overhead insulated power cable is a core medium-voltage transmission cable specially designed for overhead power distribution scenarios, mainly used in 10kV power grid transmission and distribution projects. It is composed of conductor, insulation layer and optional protective layer, with the characteristics of light weight, convenient erection, strong weather resistance and high
TUV Certificated 1000V 4mm2 H1z2z2K Solar Cable Single Core PV Cable XLPE XLPO Insulation H1Z2Z2-K / PV1-F / 62930 IEC131, providing multiple standard certifications, can be selected and produced according to different national requirements, and can be authorized TUV Certification. Complies with the TUV MARK certificate issued by TUV Rheinland and the European standard (H1Z2Z2 - K) photovoltaic DC irradiated cable, used for interconnection within photovoltaic systems such as