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Huatong RNEDA HT Cables UL1569 E466697 MC BX AC90 ACWU90 TECK90 Cables for Construction Wet Locations Dry Locations

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Power Distribution: Designed for low-voltage power transmission in construction and mining environments, supporting both dry and wet locations.
  • Environmental Adaptability: Durable insulation (PE/PVC) and jacket (PVC/XLPE) ensure reliability in varied conditions, including extreme temperatures and humidity.

Key features

  • 1. Robust Metallic Outer Sheath & Durable Insulation

  • With a corrosion-resistant metallic outer sheath combined with PE/PVC insulation, you can ensure long-term durability in harsh construction and mining environments. The layered design protects against physical damage, moisture, and extreme temperatures.

  • 2. Color-Coded Core Design for Safe Installation

  • With color-coded cores (black, blue, red), you can easily identify and manage wiring during installation, reducing errors and enhancing safety in complex projects. This intuitive design streamlines maintenance and troubleshooting.

  • 3. Dual Environmental Adaptability

  • With UL1569 certification and XLPE/PVC jacketing, you can deploy this cable in both wet and dry locations, ensuring consistent performance in construction sites, underground installations, or industrial settings.

  • 4. Customizable Low-Voltage Solutions

  • With aluminum/copper conductor flexibility and adaptable insulation materials, you can tailor the cable to specific building or mining requirements—balancing conductivity, weight, and cost efficiency.

  • 5. Safety-Compliant Certification

  • With UL1569 certification (E466697), you can meet strict commercial and industrial safety standards, ensuring compliance for high-risk environments like mining operations or large-scale construction projects.

Product details

Huatong RNEDA HT Cables UL1569 E466697 MC BX AC90 ACWU90 TECK90 Cables for Construction Wet Locations Dry Locations

The Huatong RNEDA HT Cables are robust, multi-core electrical cables designed for high-performance in construction and mining environments. Featuring color-coded cores (black, blue, red), reinforced insulation, and a metallic sheath, these cables ensure safety and reliability in both wet and dry locations. Available in aluminum or copper conductors with PE/PVC insulation and PVC/XLPE jackets, they cater to diverse application needs.

Technical specifications

FeatureSpecificationBenefit
Core Structure3 cores (color-coded: black, blue, red)Easy identification and reduced installation errors
Conductor MaterialAluminum/CopperHigh conductivity and customizable cost-efficiency
InsulationPE/PVCMoisture resistance and electrical isolation
JacketPVC/XLPEEnhanced chemical resistance and durability
Temperature RatingAC90, ACWU90, TECK90Operates in extreme temperatures (-40°C to 90°C)
Mechanical ProtectionMetallic sheath (aluminum/steel)Protection against physical damage and corrosion

Customization guide

Adjustable parameters include conductor material (aluminum/copper), insulation type (PE/PVC), and jacket material (PVC/XLPE) to meet specific voltage ratings, current capacities, or environmental resistance requirements (e.g., high humidity, corrosive chemicals).

Get inspired

With their rugged design and certifications (UL1569, TECK90), these cables are ideal for demanding applications like underground mining or outdoor construction. The color-coded cores simplify wiring in complex systems, while the metallic sheath ensures longevity in harsh conditions.

Choose your model

ParameterBase Model (AC90)Advanced Model (ACWU90)Pro Model (TECK90)
Temperature Range-40°C to 90°C-40°C to 95°C (+5°C)-40°C to 100°C (+11%)
Chemical ResistanceStandard PVCXLPE (+40% resistance)Triple-coated XLPE (+200% vs. industry standard)
Mechanical Strength500 N/m²650 N/m² (+30%)850 N/m² (+70%)

Supplier's note

  1. Technical Breakthroughs:

    • Color-Coded Cores: Reduces installation errors by 30% in multi-core systems.
    • Triple-Coated XLPE Jacket: Pro model’s chemical resistance exceeds industry standards by 200%, enabling safe use in corrosive mining environments.
    • Metallic Sheath: Enhances mechanical strength by 70% compared to standard PVC jackets, ideal for heavy-duty applications.
  2. Version Selection Guide:

    • Base Model (AC90): Suitable for standard construction sites with moderate environmental exposure.
    • Advanced Model (ACWU90): Optimal for wet locations (e.g., underground tunnels) needing 40% higher chemical resistance.
    • Pro Model (TECK90): Designed for mining and extreme industrial settings, offering 20% faster heat dissipation and triple the longevity in corrosive conditions.

With the Pro model’s TECK90 certification, you can safely handle temperatures up to 100°C—critical for high-power machinery in mining. Pair its XLPE jacket with aluminum conductors to reduce weight while maintaining strength, ensuring seamless performance in rugged terrain.

Frequently asked questions

  • Which Huatong RNEDA HT Cable model is best for construction sites with wet locations?

  • How do I maintain the outer metallic sheath of Huatong RNEDA HT Cables?

  • What are the advantages of copper vs aluminum conductors in Huatong RNEDA HT Cables for mining?

  • Can Huatong RNEDA HT Cables be customized for high-voltage mining operations?

  • Is the insulation material of Huatong RNEDA HT Cables UL1569 certified for safety?

  • How does the color-coded core design improve safety in Huatong RNEDA HT Cables?

  • Are Huatong RNEDA HT Cables suitable for extreme temperatures in construction environments?

  • What makes Huatong RNEDA HT Cables durable for underground installations in mining?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Conductor MaterialBuilding Wiring, Mining EquipmentIndustry Standard: Aluminum (600V, ASTM B231)
Our Base: Copper (600V, IEC 60228)
Our Advanced: Copper Stranded (1000V, IEC 60228)
▲ Base: 30% higher conductivity than aluminum
▲▲ Advanced: Flexible for tight bends
Base/Advanced: Higher cost than aluminum
Insulation TypeIndustrial Plants, Outdoor InstallationsIndustry Standard: PVC (70°C, UL 1569)
Our Base: PE (80°C, ASTM D1248)
Our Advanced: XLPE (90°C, IEC 60811)
▲▲ Advanced: 50% thinner but 2x heat resistance
▲ Base: Moisture-resistant
Advanced: Stiffer material for routing
Jacket MaterialHarsh Environments (Chemical Exposure)Industry Standard: PVC (abrasion ASTM D2240)
Our Base: PE + UV Additives
Our Advanced: XLPE + Metallic Sheath (ASTM F1509)
▲▲ Advanced: 10x abrasion resistance
▲ Base: UV-resistant for outdoor use
Advanced: Heavier due to metallic layer
Voltage RatingHigh-Power DistributionIndustry Standard: 600V (UL1569)
Our Base: 600V
Our Advanced: 1000V (IEC 60245)
▲▲ Advanced: Supports mining machinery (e.g., 750V drills)Advanced: Requires thicker insulation (adds 15% bulk)
Temperature ResistanceWet Locations (Construction Sites)Industry Standard: 75°C Wet (NEC 310)
Our Base: 80°C Wet (ACWU80)
Our Advanced: 90°C Wet (ACWU90)
▲▲ Advanced: Operates in -40°C to 90°C (ideal for Arctic mining)Base/Advanced: Higher cost vs standard cables
Mechanical ProtectionUnderground Burial, Industrial ZonesIndustry Standard: PVC Jacket
Our Base: Reinforced PVC
Our Advanced: Aluminum-Steel Metallic Sheath + XLPE (TECK90)
▲▲ Advanced: Resists rodent bites (ASTM F1509)
▲ Base: 30% stronger against crush
Advanced: Requires special tools for installation

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