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Medium Voltage Power Cable (1–35kV)
Voltage: 1kV To 35kV
Conductor: High-conductivity Aluminum (AL)
Insulation: High-grade XLPE or PVC
Metallic Shield: Copper Tape (CTS) or Copper Wire + Tape (CWS+CTS)
Armoring: Optional AWA, SWA, or STA mechanical protection
Sheath: Durable PVC, PE, or LSZH
Compliance: IEC, UL, CE, CCC, CNAS Certified
Enhanced Safety: Fire Retardant (FR/FRLS), Low Smoke Halogen-Free (LSZH/LSOH/LSHF), Anti-Termite, and Water-proof options available
*Customized products are supported
Email: sales1@hihuanghecable.com
Conductor: High-conductivity Aluminum (AL)
Insulation: High-grade XLPE or PVC
Metallic Shield: Copper Tape (CTS) or Copper Wire + Tape (CWS+CTS)
Armoring: Optional AWA, SWA, or STA mechanical protection
Sheath: Durable PVC, PE, or LSZH
Compliance: IEC, UL, CE, CCC, CNAS Certified
Enhanced Safety: Fire Retardant (FR/FRLS), Low Smoke Halogen-Free (LSZH/LSOH/LSHF), Anti-Termite, and Water-proof options available
*Customized products are supported
Email: sales1@hihuanghecable.com
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STRUCTURE
MODEL
CHARACTERISTICS
Medium Voltage (MV) Aluminum XLPE Power Cable
（structure）
High-Performance Power Distribution | 3.6kV to 35kV
This cable is engineered for reliable medium-voltage transmission, featuring a high-conductivity aluminum core and multi-layer shielding for maximum safety and efficiency.
- Conductor: Premium Grade Aluminum (AL)
- Insulation: High-performance XLPE (Standard) or PVC (Optional)
- Triple Shielding System:
- Inner & Outer Semi-conductive Layers
- Metallic Shield: Copper Tape (CTS) or Copper Wire + Tape (CWS+CTS)
- Mechanical Armoring (Optional):
- Steel (STA/SWA): For multi-core protection
- Aluminum (AWA): For single-core magnetic field reduction
- Outer Sheath: Durable PVC or PE (Moisture Resistant)
- Compliance: Fully certified to IEC, UL, CE, CCC, and CNAS standards
Custom Engineering & Safety Options:
Available with Fire Retardant (FR/FRLS), Low Smoke Zero Halogen (LSZH), Anti-Termite, or Waterproof jackets to meet your specific project requirements.
Thermal Performance Summary
- Normal Operating Temp: 90°C (XLPE) / 70°C (PVC)
- Short-Circuit Limit: 250°C (XLPE) / 160°C (PVC)
- Max Duration: 5 Seconds
*Customized products are supported.
Technical Specifications: XLPE vs. PVC Insulation
Based on the thermal and installation parameters provided, here is the standardized technical comparison for these cable insulation materials:
XLPE Insulation (Cross-Linked Polyethylene)
- Maximum Operating Temperature: 90°C
- Minimum Installation Temperature: 0°C
- Maximum Short-Circuit Temperature: 250°C (Duration ≤ 5s)
- Minimum Service Temperature: -40°C (For fixed and protected installations)
PVC Insulation (Polyvinyl Chloride)
- Maximum Operating Temperature: 70°C
- Minimum Installation Temperature: 0°C
- Maximum Short-Circuit Temperature: 160°C (Duration ≤ 5s)
- Minimum Service Temperature: -40°C (For fixed and protec
Min.Bending Radius:
