Aluminum Power Cables with Double Steel Tape Armoured Al/XLPE/Sta/PVC Cable 230kw

1. Product Specifications

• Type: YJLHV22

• Rated Voltage: 0.6/1kV

• Conductor Material: AA8030 Aluminum Alloy

• Conductor Size: 240mm²-500mm² (Customizable)

• Insulation: XLPE

• Armour: Double Layer Galvanized Steel Tape

• Sheath: PVC ST2

• Rated Power: 230kW (at 30℃ ambient temp.)

• Standards: GB/T 12706.3, IEC 60502

2. Key Features

• Superior crush resistance with double armour

• 30% lighter than Copper Cables for easier installation

• XLPE insulation withstands 90℃ continuous operation

• Excellent corrosion resistance

• Flame retardant PVC Sheath (IEC 60332 compliant)

• Over 30% cost saving vs Copper Cables

3. Main Applications

• Industrial plant main Power Lines

• Mining equipment power supply

• Port machinery electrification

• Direct burial power projects

• Areas requiring mechanical protection

4. Installation Environments

• Direct buried installation

• Cable trench laying

• Tunnel applications

• Rocky terrain

• Areas with mechanical risks

5. Construction Details

• Conductor: AA8030 alloy stranded

• Insulation: XLPE

• Inner bedding: Water-blocking tape

• Armour: Double layer galvanized steel tape (≥0.2mm)

• Outer sheath: PVC ST2 (≥2.5mm)

6. Manufacturing Process

• 54-basket stranding for conductor

• Triple-layer co-extrusion insulation

• Fully automatic armouring line

• Online spark testing

• 100% voltage test (3.5kV/5min)

7. Packaging & Shipping

• Waterproof steel-wood cable drums

• Sealed ends for moisture protection

• Max. 2000m per drum

• Container shipping compatible

• Shock-proof packaging design

8. Delivery Services

• Standard sizes within 30 days

• Third-party inspection accepted

• Complete technical documentation

• On-site technical support available

• Flexible payment terms (LC etc.)

9. After-Sales Service

• 36-month quality warranty

• Lifetime technical support

• 48-hour emergency response

• Free replacement for quality issues

• Regular customer follow-up system