ASS Fiber Optic Cable Model List

Common ADSS (All-Dielectric Self-Supporting) fiber optic cable models include ADSS-12J, ADSS-24, ADSS-48F, and custom AFL-ADSS designs supporting 12 to 432 fibers.

Standard ADSS Models

1. ADSS-12J – Typically designed for short-span aerial installations with up to 12 fibers per tube, suitable for light NESC loading conditions .
2. ADSS-24 – Medium-span cable supporting 24 fibers, often used in distribution networks and backbone routes in urban or suburban areas .
3. ADSS-48F – Supports 48 fibers, designed for medium to long-span applications, providing higher capacity for backbone or high-demand networks .
4. AFL-ADSS Custom Designs – These cables can support 12 to 432 fibers, with options for gel-filled or gel-free buffer tubes, single-mode or multimode fibers, and double-jacket designs for long spans or high-strength requirements .

Key Features Across Models

• Fiber Counts: 12–432 fibers, with gel-free options up to 216 fibers .
• Span Lengths: Standard designs accommodate 100–2500 feet, with custom lengths available for specific projects .
• Voltage Ratings: Suitable for installation near power lines, with options for <69 kV or ≥69 kV .
• Construction: All-dielectric, self-supporting, with aramid yarn strength members, water-blocking systems, and polyethylene or track-resistant outer jackets .
• Special Options: Double jackets for long spans, ballistic protection, and BABA-compliant fibers for specific regulatory requirements .

Application Considerations

• Short-span installations: ADSS-12J or ADSB designs, typically for spans up to 450 feet under light NESC conditions .
• Medium-span installations: ADSS-24 or ADSC designs, suitable for spans of 300–600 feet under medium NESC conditions .
• Long-span or high-capacity networks: Custom AFL-ADSS designs with double jackets and up to 432 fibers, ideal for backbone routes or high-voltage environments . These models are widely used by electric utilities, telecom operators, municipalities, and emerging network providers for aerial fiber deployment along existing rights-of-way . For precise selection, factors such as span length, voltage class, environmental conditions, and fiber type should be considered .