2×10mm² Configuration: Two 10mm² conductors, each consisting of 7 strands of 1.3mm diameter 1350-H19 aluminum, providing:
35A continuous current at 90°C
45A short-term current at 130°C
850N breaking force per conductor
1.8kg/m total weight (including insulation and sheath)
2×16mm² Configuration: Two 16mm² conductors, each with 7 strands of 1.6mm diameter 1350-H19 aluminum, delivering:
55A continuous current at 90°C
70A short-term current at 130°C
1,350N breaking force per conductor
2.2kg/m total weight
4×16mm² Configuration: Four 16mm² conductors (same strand design as 2×16mm²), offering:
65A continuous current per conductor at 90°C
85A short-term current per conductor at 130°C
1,350N breaking force per conductor
2.8kg/m total weight
4×25mm² Configuration: Four 25mm² conductors, each with 19 strands of 1.3mm diameter 1350-H19 aluminum, featuring:
90A continuous current per conductor at 90°C
115A short-term current per conductor at 130°C
2,100N breaking force per conductor
3.2kg/m total weight
Material Properties: Cross-linked polyethylene insulation (1.2mm thickness) delivers:
20kV/mm dielectric strength, ensuring safe operation at 600V
-40°C to 90°C operating temperature range
Resistance to water, oils, and industrial chemicals
Excellent thermal stability under load cycling
Manufacturing Process: The XLPE undergoes:
Peroxide cross-linking for enhanced thermal and mechanical properties
Extrusion at precise temperatures to ensure uniform thickness
100% spark testing at 10kV to verify integrity
Post-extrusion curing to eliminate residual stresses
Insulation Performance:
Volume resistivity: >10¹⁴ Ω·cm
Dielectric loss tangent: <0.001 at 60Hz
Insulation resistance: >100MΩ/km at 20°C
Flame resistance: Self-extinguishing per UL 94 V-0
Color Coding: Individual conductors feature standard color identification:
Phase conductors: Brown, Black, Gray (4-core) or Brown, Black (2-core)
Neutral conductor: Blue
Ground conductor (when included): Green/Yellow stripe
Material Composition: Flame-retardant PVC compound with:
1.5mm thickness (2-core) to 2.0mm thickness (4-core)
UL 94 V-0 flammability rating
-40°C to 90°C operating temperature range
UV stabilizers for outdoor applications
Sheath Properties:
Tensile strength: >15MPa
Elongation at break: >200%
Impact resistance: Passes -40°C impact test
Abrasion resistance: >10,000 cycles per Taber test
Protective Features:
Resistance to oils, greases, and mild chemicals
Water resistance (IP66 rating when properly terminated)
Resistance to rodent and insect damage
Protection against mechanical abuse during installation
Jacket Construction:
Extruded over the insulated cores in a single process
Bonded to individual insulations to prevent core migration
Uniform wall thickness for consistent protection
Smooth outer surface for easy pulling through conduit
Voltage Rating: 600V phase-to-phase, 347V phase-to-ground, suitable for:
Single-phase 120/240V systems (2-core)
Three-phase 208Y/120V systems (4-core)
Three-phase 480Y/277V systems (4-core)
DC systems up to 600V
Current-Carrying Capacity:
Voltage Drop Characteristics:
2×10mm²: <3% at 35A over 40-meter runs
2×16mm²: <3% at 55A over 50-meter runs
4×16mm²: <3% at 65A over 50-meter runs
4×25mm²: <3% at 90A over 60-meter runs
Short-Circuit Withstand:
15kA for 2 seconds (2-core)
20kA for 2 seconds (4-core)
Physical Dimensions:
2×10mm²: 12.5mm outer diameter, 1.8kg/m weight
2×16mm²: 14.0mm outer diameter, 2.2kg/m weight
4×16mm²: 16.5mm outer diameter, 2.8kg/m weight
4×25mm²: 18.5mm outer diameter, 3.2kg/m weight
Flexibility:
Minimum bend radius: 8× outer diameter (fixed installations)
12× outer diameter (dynamic applications)
16× outer diameter (low-temperature installations below -20°C)
Tensile Performance:
Overall cable breaking force: 3,500N (2×10mm²) to 8,500N (4×25mm²)
Safe pulling tension: 10% of breaking force
Maximum sidewall pressure: 5kN/m
Environmental Resistance:
Operating temperature: -40°C to 90°C
Storage temperature: -50°C to 100°C
Humidity resistance: 95% relative humidity at 40°C for 1,000 hours
Altitude rating: Up to 2,000 meters without derating
Time Savings:
Eliminates on-site core assembly (saves 2-3 hours per 100 meters)
Reduces labor requirements by 50% compared to separate conductors
Simplifies inventory management (single SKU vs. multiple components)
Faster termination due to pre-identified conductors
Installation Methods:
Conduit installation: Compatible with EMT, PVC, and rigid metal conduit
Cable tray installation: Suitable for ladder, solid-bottom, and wire mesh trays
Direct burial: Approved for underground installation with proper protection
Outdoor installation: UV-stabilized sheath allows exposed runs
Termination Process:
Factory-cut ends for precise termination
Compatible with Standard Aluminum compression lugs
Color-coded conductors simplify phase identification
Pre-stripped options available for faster termination
Handling Benefits:
Available on 100-meter and 200-meter reels
Reinforced reel flanges for protection during transport
Clear labeling for easy identification
Lightweight design reduces installer fatigue
Special Installation Considerations:
Maximum pull length: 150 meters without intermediate pull points
Recommended pulling tension: <10% of breaking force
Conductor fill: 40% maximum in conduit
Temperature during installation: >-20°C for standard pulling
IEC 60502-1: International standard for Power Cables with rated voltages up to 1kV
UL 44: Underwriters Laboratories standard for XLPE-Insulated Cables
UL 94: V-0 flammability rating for both insulation and sheath
ASTM B230: Standard specification for 1350 aluminum Electrical Conductors
CSA C22.2 No. 210: Canadian standard for Flexible Cables and cords
RoHS: Compliance with restriction of hazardous substances directive
Certifications:
UL Listed
CSA Certified
CE Marked
RoHS Compliant
ISO 9001 Quality Management System
Commercial Buildings:
Office tower power distribution
Retail store electrical systems
Hotel and restaurant wiring
Healthcare facility non-critical circuits
Educational institution electrical systems
Industrial Facilities:
Manufacturing plant machinery wiring
Warehouse distribution systems
Food processing facility electrical circuits
Automotive production line power
Pharmaceutical facility utilities
Infrastructure Projects:
Transportation hubs (airports, train stations)
Sports stadium electrical systems
Convention center power distribution
Data center auxiliary circuits
Telecommunication facility wiring
Renewable Energy Systems:
Solar farm inverter connections
Wind turbine auxiliary systems
Battery energy storage interconnections
Renewable microgrid distribution
Biogas facility electrical systems
Specialized Applications:
Mobile equipment Power Cables
Temporary event power distribution
Emergency backup systems
Marine shore power connections
Agricultural facility wiring
Material Cost Savings:
35% lower than equivalent Copper Cables
Reduced shipping costs due to lighter weight
Lower inventory carrying costs (single product vs. multiple components)
Reduced waste (precisely cut lengths)
Installation Cost Reduction:
50% lower labor costs compared to separate conductors
Faster project completion (earlier revenue generation)
Reduced equipment rental time
Fewer callbacks due to assembly errors
Lifecycle Savings:
25-year service life minimizes replacement costs
Low maintenance requirements
Energy efficiency (61% IACS conductivity)
Reduced downtime due to reliable performance
Total Cost of Ownership:
40% lower than copper cable systems over 25 years
30% lower than traditional multi-conductor systems
Fast return on investment (typically within 1-2 years)
Service Life Expectancy:
25 years in normal indoor environments
20 years in outdoor or industrial environments
15 years in harsh or corrosive environments
Maintenance Requirements:
Visual inspection every 5 years
Thermal imaging every 10 years for critical circuits
Torque verification of terminations every 15 years
No regular cleaning or treatment required
Troubleshooting Advantages:
Color-coded conductors simplify identification
Integrated design reduces potential failure points
Consistent construction enables predictable performance
Compatible with standard testing equipment
Repair Capabilities:
Splice kits available for section replacement
Sheath repair using heat-shrink sleeves
Individual conductor repair possible within sheath
Compatible with standard electrical test equipment
شركة Hongtai Cable Technology Co. ، Ltd
البريد الإلكتروني: export@qlcables.com
sales@qlcables.com
Tel/Whatsapp:+86-18032066271
إضافة : منطقة التنمية الصناعية Xiaokou ، مقاطعة نينغجين ، مدينة Xingtai , مقاطعة Hebei ، الصين
حقوق الطبع والنشر © Hongtai Cable Technology Co. ، Ltd الدعم الفني:Ronglida Technology
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