ADSS Fiber Optic Cable Model List

ADSS fiber optic cables are available in multiple models such as ADSS-12J, ADSS-24, ADSS-48F, and custom designs with fiber counts from 12 to 432, suitable for aerial installation along power lines without metallic support.

Common ADSS Cable Models

• ADSS-12J: Typically a 12-fiber cable, suitable for short to medium span aerial installations, often used in distribution networks .
• ADSS-24: 24-fiber configuration, ideal for medium-capacity routes and backbone distribution in urban or rural areas .
• ADSS-48F: 48-fiber cable, designed for higher-capacity aerial transmission lines, supporting longer spans and higher data throughput .
• Custom AFL-ADSS® Models: Fiber counts range from 12 to 432, with options for gel-filled or gel-free buffer tubes, single-mode or multimode fibers, and specialized jackets for high-voltage or harsh environments .

Key Specifications

• Fiber Count: 12–432 fibers; gel-free buffer tubes available up to 216 fibers .
• Fiber Types: Single-mode, multimode (50/125 or 62.5/125), non-zero dispersion-shifted, and BABA-compliant options .
• Span Lengths: Standard designs support spans from 100 to 2500 feet, with some custom designs up to 3500 feet .
• Voltage Ratings: Options for less than 69 kV or ≥69 kV; AT-sheath required for high-voltage lines (110kV, 220kV, 500kV), .
• Cable Structure: Central tube or stranded design; central tube uses PBT loose tubes with water-blocking material, stranded design allows longer fiber lengths with FRP central reinforcement .
• Environmental Features: Track-resistant jackets, double jackets for higher strength, UV-resistant, and suitable for EHV environments .

Applications

• Electric Utility Transmission Lines: Installed along existing power lines without metallic support .
• Telecommunications Backbones: Long-distance aerial routes, campus networks, and pole-to-building connections .
• Harsh Environments: High-voltage areas, extreme weather, and long-span installations requiring mechanical strength and dielectric insulation .

Selection Considerations

When choosing an ADSS cable model, consider:

1. Span Length: Longer spans require higher tensile strength and sag control .
2. Voltage Level: High-voltage lines need AT-sheath for electrical insulation .
3. Environmental Conditions: Temperature, wind, ice, and UV exposure affect jacket and material selection .
4. Fiber Count and Type: Match the network capacity and single-mode or multimode requirements . ADSS cables provide a versatile, self-supporting solution for aerial fiber optic installations, offering a range of models and custom options to meet diverse utility and telecom needs.