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  • TUV UL Float Buoyant Solar Cable 4mm2 Waterproof AD8 PV Wire 6mm2 10mm2
  • TUV UL Float Buoyant Solar Cable 4mm2 Waterproof AD8 PV Wire 6mm2 10mm2
  • TUV UL Float Buoyant Solar Cable 4mm2 Waterproof AD8 PV Wire 6mm2 10mm2
  • TUV UL Float Buoyant Solar Cable 4mm2 Waterproof AD8 PV Wire 6mm2 10mm2
  • TUV UL Float Buoyant Solar Cable 4mm2 Waterproof AD8 PV Wire 6mm2 10mm2
  • TUV UL Float Buoyant Solar Cable 4mm2 Waterproof AD8 PV Wire 6mm2 10mm2
TUV UL Float Buoyant Solar Cable 4mm2 Waterproof AD8 PV Wire 6mm2 10mm2

TUV UL Float Buoyant Solar Cable 4mm2 Waterproof AD8 PV Wire 6mm2 10mm2

  • 1000 - 9999 Kilometers
    $0.60
  • 10000 - 99999 Kilometers
    $0.41
  • >= 100000 Kilometers
    $0.35

Customization:

Customized logo(Min.Order: 10000 pieces)
Customized packaging(Min.Order: 10000 pieces)
Graphic customization(Min.Order: 10000 pieces)

TUV UL Float Buoyant Solar Cable 4mm2 Waterproof AD8 PV Wire 6mm2 10mm2

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Voltage Solar Energy Transmission: Designed for DC1500V rated voltage, enabling efficient power distribution in solar systems.
  • Waterproof & Buoyant Design: Floatable, waterproof construction (TUV/UL certified) ensures reliability in wet or marine environments, protecting against water ingress and corrosion.
  • Durability & Safety: Tinned copper conductors with XLPO (cross-linked polyolefin) insulation and low smoke zero halogen materials enhance fire resistance, chemical durability, and environmental safety.

Key features

  • 1. Advanced Material Technology for Durability and Safety

  • With tinned copper conductors and low smoke zero halogen (LSZH) XLPO insulation, you can ensure corrosion resistance and fire safety in harsh outdoor environments. The waterproof design further protects against moisture, making it ideal for solar installations exposed to rain or humidity.

  • 2. High-Performance Parameters for Solar System Reliability

  • With a DC1500V voltage rating and cross-sectional sizes up to 10mm², you can handle high-power solar systems while maintaining optimal current flow. The XLPO jacket ensures compatibility with diverse environmental conditions, from extreme temperatures to UV exposure.

  • 3. Certified for Global Safety and Compliance

  • With TÜV and UL certifications, you can meet strict international safety standards for commercial and industrial solar applications. The LSZH insulation also complies with eco-friendly regulations, reducing environmental impact.

  • 4. Float Buoyant Design for Water-Based Installations

  • With a float buoyant feature, you can easily manage and locate cables in water-based solar setups, such as floating panels or marine applications*. This reduces deployment time and simplifies maintenance compared to non-buoyant cables.

  • 5. Adaptability for Diverse Solar System Needs

  • With conductor sizes ranging from 4mm² to 10mm², you can customize power delivery for residential, commercial, or large-scale solar projects. The single-conductor design ensures simplicity and efficiency in wiring configurations.

Product details

TUV UL Float Buoyant Solar Cable 4mm2 Waterproof AD8 PV Wire 6mm2 10mm2

The KUKA CABLE TUV UL Float Buoyant Solar Cable is engineered for high-performance solar systems, featuring tinned copper conductors, XLPO insulation, and waterproof construction. Available in 4mm², 6mm², and 10mm² sizes, it combines buoyancy, corrosion resistance, and compliance with TUV and UL standards for reliable use in marine, rooftop, and floating PV applications.

Technical specifications

FeatureSpecificationApplication Scenario
Conductor MaterialTinned CopperCorrosion-prone marine or industrial environments
Insulation MaterialLow Smoke Zero Halogen XLPO (optional) / Standard XLPOFire-safety critical sites or cost-sensitive projects
Jacket MaterialXLPO (Cross-linked Polyolefin)Harsh outdoor conditions with UV/chemical exposure
Waterproof RatingWaterproof construction with XLPO jacketSubmerged or rain-exposed solar installations
Rated VoltageDC 1500VHigh-voltage solar PV systems
BuoyancyTUV Certified Float BuoyantFloating solar panel arrays on water bodies
Conductor Sizes4mm², 6mm², 10mm²Residential to industrial solar power needs

Customization guide

Adjust conductor sizes (4mm², 6mm², 10mm²) to match specific current load requirements. Choose between low smoke zero halogen XLPO insulation for fire safety compliance or standard XLPO for cost-sensitive projects. Jacket colors can be customized for easy identification in complex installations.

Get inspired

Maximize your solar system’s performance with KUKA CABLE’s buoyant solar cables. Designed for harsh outdoor conditions, these cables ensure reliable power transmission in floating PV systems, rooftop installations, and more. With customizable sizes and certifications, they adapt to your project’s unique needs.

Choose your model

ParameterBase Model (4mm²)Advanced Model (6mm²)Pro Model (10mm²)
Conductor Size4mm²6mm²10mm²
Insulation TypeStandard XLPOLSZH XLPOLSZH XLPO + UV+
Buoyancy RatingStandardEnhancedPremium (72h float)
Waterproof RatingIPX6IPX7IPX8
Temperature Range-20°C to 90°C-30°C to 105°C-40°C to 125°C

Supplier's note

  1. Technical Breakthroughs:

    • Tinned Copper Conductors: With 20% higher UV resistance than PVC cables, ensuring longevity in outdoor use.
    • Float Buoyancy: TUV-certified design reduces deployment time by 50% in floating solar farms.
    • LSZH Insulation: Cuts toxic emissions by 90% in fire scenarios, exceeding industry safety standards.
  2. Version Selection Guide:

    • Base Model (4mm²): Ideal for residential solar setups or small-scale projects needing basic durability.
    • Advanced Model (6mm²): Perfect for commercial solar farms requiring fire safety (LSZH) and moderate temperature resilience.
    • Pro Model (10mm²): Engineers industrial-grade solutions with IPX8 waterproofing and -40°C operation, enabling use in extreme environments.

With the Pro Model’s IPX8 rating, you can safely install cables in submerged environments without risk of water ingress. The Advanced Model’s LSZH insulation ensures compliance with fire codes in urban solar projects. Choose the Base Model for cost-effective residential applications.

Frequently asked questions

  • Which KUKA CABLE solar cable size (4mm², 6mm², or 10mm²) is best for residential solar systems?

  • How do I clean and store the KUKA CABLE buoyant solar cable to maintain waterproofing?

  • Why choose XLPO insulation over PVC for solar cables?

  • Can KUKA CABLE customize cable lengths or color codes for solar projects?

  • Is the KUKA CABLE solar cable TUV and UL certified for marine solar installations?

  • Why is the Tinned Copper conductor critical for solar cables?

  • Can the 4mm² KUKA CABLE handle DC1500V in rooftop solar arrays?

  • How does the buoyant feature benefit floating solar farms?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Solar PV CableSolar power systems, rooftop installations- Waterproof: IP68 (immersion up to 1m)
- Insulation: LSZH XLPO (IEC 60332-1 flame retardant)
- Voltage: DC1500V (UL 444 compliant)
- Jacket: XLPO▲ (2mm thickness, UV-resistant)
High voltage tolerance
Corrosion-resistant tinned copper conductors
Low smoke emission in fire
Bulkier design
Higher cost than standard cables
Marine Grade CableBoats, offshore platforms, marine equipment- Waterproof: IP68▲ (immersion up to 3m for Advanced)
- UV Resistance: ASTM D4303 (500+ hours)
- Jacket: Polyurethane (ASTM D543 salt spray test)
Enhanced saltwater corrosion resistance
Flexible at -30°C to 80°C
Heavier weight
Limited high-voltage compatibility
Industrial Control CableFactories, machinery control systems- Flame Resistance: IEC 60332-1▲ (self-extinguishing)
- Temperature: -20°C to 105°C (UL 1569)
- Shielding: Optional foil/braid (IEC 61156)
Improved fire safety
Stranded copper for flexibility
Reduced EMI interference
Less durable in outdoor UV exposure
Data Transmission CableNetworking, telecommunications- Twisted Pair Design: Cat6▲ (ISO/IEC 11801)
- Shielding: Foil + braid (250 MHz bandwidth)
- Jacket: PVC (UL 94 V-0 flame rating)
Higher data speeds
Low crosstalk interference
Cost-effective for short runs
Requires proper grounding
Not rated for outdoor use
High Voltage DC CableEV charging stations, power grids- Voltage: DC1500V (Base), DC2000V▲ (Advanced)
- Insulation Thickness: 2.5mm▲ (IEC 60811)
- Conductor: Tinned Copper (ASTM B35/B35M)
Higher power capacity
Enhanced oxidation resistance
Complies with UL 444
Stiffer design
Complex installation requirements
Fire-Rated CableBuildings, fire safety systems- Fire Resistance: IEC 60331▲ (3-hour operation)
- Low Smoke: EN 50267-2-1 (zero halogen)
- Jacket: Halogen-Free▲ (IEC 61034-2)
Continued operation during fire
Reduces toxic fumes in emergencies
Meets NEC 760
Higher cost
Less flexible than standard cables

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