ASU Mini All-Dielectric Self-Supporting Fiber Cable | Factory Supply
| Customization |
OEM/ODM Services Available Logo Print, Jacket Color, Length, Connectors |
| Packaging | Plywood Reel / Pull Box / Palletizing |
| Application | Data Center / Industrial / Telecommunication |
The 250μm fibers are positioned in a loose tube made of a high modulus plastic.The tube is filled with a water-resistant filling compound.The loose tube and two
high-strength non-metallic Fiber Reinforced Plastics(FRP)twisted together to form a compact cable core.In the core,water-blocking material is applied to keep the
cable watertight.Finally,the cable is sheathed by PE material.
ASU Mini All-Dielectric Self-Supporting Optical Fiber Cable (2-24 Cores)
Ultra-Lightweight & Lightning-Proof Aerial Connectivity
The ASU Mini All-Dielectric Self-Supporting (ADSS) Cable is a compact, high-efficiency solution designed specifically for overhead power systems and high-interference environments. By utilizing a completely non-metallic construction with high-strength Fiber Reinforced Plastics (FRP), this cable eliminates the risk of electrical induction and lightning damage. Its “mini” profile makes it an ideal choice for streamlined, cost-effective aerial network deployments where safety and durability are paramount.
Key Product Features
- All-Dielectric Safety: Constructed entirely without metallic components, making it immune to electromagnetic interference (EMI) and safe for installation near high-voltage power lines.
- Compact Self-Supporting Design: Features two integrated non-metallic FRP strength members twisted with the central tube to form a compact cable core, allowing for self-supporting aerial spans without a separate messenger wire.
- Advanced Moisture Protection: The central loose tube is filled with water-resistant jelly and wrapped with water-blocking yarn to ensure the core remains watertight and signal-stable.
- High-Modulus Protection: Fibers are housed in a high-modulus plastic tube designed to protect the $250\mu m$ cores from mechanical stress and environmental factors.
- Weather-Hardened PE Sheath: Encased in a rugged Polyethylene (PE) jacket that provides excellent UV protection and durability in extreme climates.
Technical Parameters
Cable Type Fiber Count Cable Weight (kg/km) Tensile Strength (Long/Short Term) Crush Resistance (N/100mm) (Long/Short Term) Bending Radius (Static/Dynamic) ASU – (2-12)C 2-12 42 750N / 1250N 300N / 1000N 12.5D / 20D ASU – (14-24)C 14-24 61 750N / 1250N 300N / 1000N 12.5D / 20D Note: “D” represents the actual outer diameter of the cable.
Temperature Specifications
- Transport/Storage/Operating Temperature: -40°C ~ +70°C
- Installation Temperature: -20°C ~ +60°C
Professional Applications
- Electric Power Systems: Safe for deployment alongside high-voltage distribution lines.
- Self-Supporting Aerial: Designed for overhead spans in municipal or rural telecommunications.
- Lightning-Prone Areas: The non-metallic design prevents lightning strikes from damaging the network infrastructure.
- High EMI Zones: Ideal for environments plagued by electromagnetic interference, such as industrial sites or railway tracks.
Internal Structure Breakdown
Ripcord: Included for easy and safe sheath removal.
Outer Sheath: Durable PE protection.
Strength Members: High-strength non-metallic FRP rods.
Loose Tube: High-modulus housing for the fibers.
Optical Fibers: High-clarity $250\mu m$ cores.
Fiber Jelly: Internal water-resistant filling compound.
Water-blocking Yarn: Provides longitudinal water protection.
Custom Manufacturing Available
Custom jacket color, logo printing, and specific lengths.
Technical Specs
Technical Specifications
01
Are you a direct manufacturer?
02
Compliance & Quality Certifications?
03
MOQ & Small Order Support?
04
OEM/ODM & Custom Branding?
05
Lead Time & Export Packaging?
06
What is your Warranty Period?
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