Specifications:

Product Description:

All-Dielectric Self-Supporting (ADSS) single jacket fiber optic cable is engineered for aerial deployment in power utilities, telecommunication networks, and private infrastructure projects. Designed to be completely metal-free, it combines mechanical ruggedness with excellent optical performance for spans ranging from 100 to 200 meters.

Key Specifications & Features:

Comprehensive Core Count Options: Available in 12, 24, 36, 48, 72, 96, and 144 cores to accommodate various network capacities from access networks to backbone infrastructure .

Optimized for 100/150/200 Meter Spans: Engineered specifically for short to medium-span aerial routes typical in distribution networks and access deployments, with proven performance across 100m, 150m, and 200m pole intervals .

All-Dielectric Self-Supporting Design: Contains no metallic elements, eliminating the need for grounding and allowing safe installation on power utility poles without power shutdown .

Robust Loose Tube Stranded Construction: Features 250μm fibers positioned in gel-filled loose tubes made of high-modulus materials, stranded around a non-metallic central strength member (FRP) for optimal fiber protection .

Aramid Yarn Strength Members: High-tenacity aramid yarns (such as Kevlar®) are applied over the cable core to provide the necessary tensile strength for self-supporting aerial installation, with break strength ratings up to 30kN depending on span requirements .

UV-Resistant HDPE Outer Jacket: Encased in a black UV-stabilized and weather-resistant High-Density Polyethylene (HDPE) or Medium-Density Polyethylene (MDPE) sheath, ensuring long-term durability against sunlight, moisture, and temperature extremes .

Water-Resistant Core Protection: Dry water-blocking technology (water-blocking yarns and tapes) prevents water ingress and longitudinal moisture migration without messy gels .

Proven Mechanical Performance:

Crush Resistance: Long-term 300N/100mm, short-term 1000N/100mm .

Bending Radius: Static 10D, Dynamic 20D (where D = cable diameter) .

Single-Mode Fiber Options: Compatible with ITU-T G.652D standard single-mode fibers, with attenuation values of ≤0.36dB/km at 1310nm and ≤0.22dB/km at 1550nm . Bend-insensitive G.657 options available for tight routing.

The dielectric construction and self-supporting capability of this ADSS cable make it the ideal choice for a wide range of outdoor aerial installations.

-Power Utility Networks (Distribution Voltage Levels)
Specifically designed for installation on power distribution poles (typically under 110kV) where dielectric cables are required for safety . The all-dielectric construction allows installation without power shutdown, making it ideal for utility communication networks, smart grid monitoring, and distribution automation .

-Telecommunication Backbone and Access Networks
Perfect for regional and metropolitan telecommunication networks requiring reliable aerial fiber connectivity. The 12-144 core options provide scalable capacity for both backbone infrastructure and last-mile access networks .

-Rural and Suburban Broadband Deployments
Ideal for Fiber-to-the-Home (FTTH) and broadband expansion projects in rural and suburban areas where aerial installation along existing pole lines is the most cost-effective deployment method. The 100-200m span capability matches typical rural pole intervals .

-Private Network Infrastructure
Well-suited for enterprise campus networks, industrial parks, and institutional facilities requiring inter-building connectivity via aerial pathways. The self-supporting design eliminates the need for separate messenger wires, simplifying installation .

-Railway and Transportation Communication Networks
Deployed along railway corridors and highway rights-of-way for signaling systems, surveillance backhaul, and passenger communication networks. The robust mechanical design withstands vibration and environmental exposure .

-Temporary and Emergency Restoration Networks
Ideal for rapid deployment in disaster recovery scenarios or temporary event networks where quick aerial installation is required. The lightweight design and self-supporting capability enable fast restoration of communication services .

-Renewable Energy and Utility Monitoring
Applied in solar farms, wind parks, and hydroelectric facilities for monitoring and control communications. The dielectric construction ensures safety in high-voltage environments while providing reliable data transmission .

-Secure Government and Military Installations
Suitable for secure communication links between facilities where non-conductive, non-metallic cabling is specified for both operational security and lightning protection .

-Cross-Country and Challenging Terrain Deployments
Perfect for installations across valleys, rivers, and rough terrain where aerial spans provide the most practical solution. The 150-200m span capability handles typical crossing requirements .

-Smart City Infrastructure
Deployed for municipal communication networks supporting traffic management systems, public Wi-Fi, surveillance cameras, and environmental sensors. The UV-resistant construction ensures long-term reliability in outdoor urban environments