4KM ADSS 48 CORE ROLL

Brand: FIBRE

Condition: New

KES 350000 KES 355000

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Description

4KM ADSS 48 Core Fiber Optic Cable Roll

The 4KM ADSS 48 Core Fiber Optic Cable Roll is a high-capacity, carrier-grade aerial fiber optic cable engineered for long-distance telecommunications, ISP backbone infrastructure, enterprise networking, FTTH deployments, and high-speed broadband transmission systems. Built using advanced All-Dielectric Self-Supporting (ADSS) technology, this cable delivers exceptional optical performance, superior tensile strength, and reliable outdoor durability for modern fiber network installations.

Designed for demanding outdoor deployments, this cable combines 48-core single-mode fiber capacity with a rugged self-supporting structure, making it ideal for large-scale data transmission, telecom backbone expansion, surveillance systems, and high-bandwidth communication networks. Its fully dielectric construction eliminates metallic components, making the cable immune to electromagnetic interference and safe for installation near power transmission lines.

The cable features a lightweight yet durable structure reinforced with aramid yarn (Kevlar) and FRP strength members, allowing it to withstand long aerial spans, strong winds, mechanical stress, and harsh environmental conditions. The UV-resistant HDPE outer sheath and waterproof gel-filled loose tube design provide excellent protection against rain, sunlight, humidity, and moisture penetration, ensuring long-term outdoor reliability.

Its 48-core configuration supports multiple high-capacity communication channels simultaneously, making it ideal for ISPs, telecom operators, smart city infrastructure, enterprise campuses, CCTV backbone systems, and future-proof broadband expansion projects.

🔧 Key Specifications & Features

Product Type: ADSS Fiber Optic Cable
Fiber Count: 48 Core
Cable Length: 4KM Continuous Roll
Fiber Type: Single Mode G.652D / OS2
Cable Structure: All-Dielectric Self-Supporting (ADSS)
Installation Type: Outdoor Aerial / Pole-to-Pole Deployment
Outer Jacket Material: UV-Resistant HDPE / PE Sheath
Strength Members: Aramid Yarn (Kevlar) + FRP Reinforcement
Cable Design: Loose Tube Gel-Filled Water-Blocking Structure
EMI Protection: Fully dielectric non-metallic design
Span Capability: Approx. 80m – 150m aerial spans depending on environmental conditions
Outer Diameter: Approx. 10mm – 16mm depending on cable structure design
Maximum Tensile Strength: Up to 3000N short-term load support
Crush Resistance: Up to 1500N–2000N/10cm
Minimum Bending Radius:
- Dynamic: 20D
- Static: 10D
Operating Temperature: -40°C to +70°C
Water Protection: Waterproof gel-filled loose tube construction
Weather Resistance: UV, moisture, rain, humidity, and wind resistant
Compliance Standards: IEEE P1222 / IEC 60794 / ITU-T G.652D
Cable Lifespan: Approx. 25–30 years under proper installation conditions

⚡ Performance & Real-World Benefits

The 4KM ADSS 48 Core cable is engineered for high-capacity optical transmission with minimal signal attenuation, making it suitable for long-distance telecom and broadband infrastructure deployments.

Its 48-core fiber architecture enables:

High-bandwidth ISP backbone distribution
Multiple redundant fiber communication paths
Large-scale FTTH & FTTB deployments
Enterprise and campus fiber networking
CCTV and smart surveillance infrastructure
Future-ready broadband scalability

The ADSS self-supporting design eliminates the need for metallic messenger wires, reducing installation complexity and lowering deployment costs while improving electrical safety. Its dielectric construction ensures immunity from lightning-induced electrical interference and electromagnetic disturbances.

The aramid yarn reinforcement provides excellent tensile performance for long-span aerial deployment, while the waterproof loose-tube design protects optical fibers from environmental stress and moisture damage.

Its lightweight structure allows easier transportation, faster installation, and lower labor costs compared to heavier conventional fiber cable systems.