ADSS FRP 100m Span Optical Fiber Cable – High-Density, All-Dielectric Self-Supporting Solution for Aerial Deployment This advanced
ADSS Fiber Optic Cable is engineered for reliable and durable aerial installations across power line corridors, telecommunications networks, and utility infrastructure. Designed with a robust non-metallic structure, it ensures safe deployment even alongside live high-voltage lines without risk of electrical interference. Ideal for both distribution and transmission applications, this cable offers exceptional mechanical strength, environmental resistance, and long-term performance in demanding outdoor conditions. Key Features: - Non-metallic central strength member made from FRP (Fiber-Reinforced Polymer) for superior tensile strength and corrosion resistance - Gel-filled loose tubes provide moisture protection and secure fiber containment - Aramid yarn wrapping enhances tensile load-bearing capacity while maintaining flexibility - Water-blocking tape and polyethylene (PE) outer jacket offer comprehensive protection against humidity, UV exposure, and physical abrasion - Supports 4 to 144 fiber cores using G652D standard or custom fiber types, enabling scalable network expansion - Compliant with international standards for aerial fiber deployment, including IEC, ITU-T, and IEEE specifications Detailed Description: The construction begins with filler materials and buffered loose tubes that house ribbonized optical fibers—arranged precisely to maximize core density and minimize signal loss. Each tube is filled with a water-blocking gel to prevent moisture ingress, which could otherwise degrade performance over time. A central FRP strength element is then surrounded by SZ-stranded material to create a stable, low-stress cable core. Additional layers include water-blocking tapes, aramid yarn reinforcement, and a weather-resistant PE sheath that resists cracking, UV degradation, and rodent damage. This multi-layered design ensures the cable can withstand extreme temperature fluctuations, wind loads, and mechanical stress during installation and service life. This all-dielectric self-supporting cable eliminates the need for additional support wires or metallic components, making it an ideal choice for pole-to-pole installations where safety and ease of deployment are critical. With options ranging from 24-core to 144-core configurations, it supports diverse bandwidth requirements—from small-scale access networks to large metropolitan backbones. Ideal Applications: - Overhead fiber deployment along existing utility poles or towers - Rural broadband expansion projects requiring minimal civil works - Telecommunications upgrades in remote or challenging terrains - Emergency restoration efforts where rapid deployment is essential - Smart grid communication systems integrated with power transmission lines Customer Feedback: Users consistently praise its lightweight design, ease of handling, and consistent signal integrity over extended spans up to 100 meters. Many highlight its ability to perform reliably in harsh climates—from desert heat to coastal salt exposure—without degradation. The absence of metal components makes it particularly suitable for environments where electromagnetic compatibility is crucial, such as near substations or industrial facilities. Frequently Asked Questions: What does ADSS mean in fiber optics? ADSS stands for All-Dielectric Self-Supporting—a type of aerial fiber optic cable designed without any metallic elements, allowing safe installation on energized power lines. Is this cable rodent-resistant? Yes, the outer PE jacket and internal aramid yarn layer make it highly resistant to chewing and gnawing by rodents, ensuring long-term integrity in wildlife-prone areas. Can it be installed under live power lines? Absolutely—it’s specifically engineered for safe deployment on energized conductors due to its dielectric nature, eliminating grounding risks. How many fibers does the cable contain? Available in various configurations: 4, 8, 12, 24, 48, 72, and up to 144 fibers per cable, depending on project needs. What is the maximum span length supported? Designed for spans up to 100 meters, offering optimal balance between tension management and cost-effective deployment. Why choose G652D fiber over other types? G652D is a low-water-peak single-mode fiber optimized for long-haul and metro applications, providing excellent attenuation characteristics and compatibility with CWDM/DWDM technologies.
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