ADSS All-Dielectric Self-Supporting Outdoor Fiber Optic Cable 3×6 Core PE Anti-Tracking Aerial Cable
ADSS all-dielectric self-supporting fiber optic cable with 3×6 core structure and aramid reinforcement. Designed for aerial power line installations and smart grid networks.
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Description
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Specification
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Features
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Application
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Custom Service
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FAQ
This ADSS (All-Dielectric Self-Supporting) outdoor fiber optic cable is engineered for aerial installation on power transmission lines and utility pole networks without the need for metal support wires. Its fully dielectric structure ensures safe deployment in high-voltage environments, making it ideal for smart grids, power utilities, and long-span backbone communication systems.
The cable adopts a 3×6 core loose tube structure with water-blocking protection and aramid reinforcement, providing excellent tensile strength, moisture resistance, and long-term mechanical stability. With a durable PE or anti-tracking outer sheath, it is designed to withstand harsh outdoor conditions, including UV exposure, wind load, and electrical field influence.
Bulk Fiber Optic Cables Features Catalog
| SKU | Fiber Count | Fiber Type | Cable Structure | Cable Design | Installation | Jacket/Protection | Cable Model | Features |
| ADSS-C-F-E | 16 | OS2/MM | Loose Tube | ADSS | Aerial, Outdoor | PE | ADSS | Anti-Tracking |
| FOCB-R2-G2-T-BK-1KM | 2 | OS2/MM | Tight Buffered | Duplex Round | Indoor / Outdoor | |||
| FOCB-R2-G7-T-BK-1KM | 2 | OS2/MM | Tight Buffered | Duplex Round | Indoor / Outdoor | Compression-Resistant Flame-Retardant | Flame-Retardant | |
| FOCI-B12-G6-C-OR-1KM | 6 | OS2/MM | Tight Buffered | Breakout | Indoor | |||
| FOCI-D-G2-C-YL-1KM | 2 | OS2 | Tight Buffered | Duplex Figure-8 | Indoor | PVC | ||
| FOCI-D12-G2-C-YL-1KM | 12 | OS2/MM | Tight Buffered | Distribution | Indoor | PVC LSZH Plenum | Flame-Retardant | |
| FOCI-F12-G3-C-AQ-1KM | 48 | OS2/MM | Tight Buffered | Distribution | Indoor | LSZH / PVC | ||
| FOCI-F2-G2-C-YL-1KM | 2 | OS2 | Tight Buffered | Duplex Zipcord | Indoor | PVC | ||
| FOCI-M12-G2-C-AQ-1KM | 10 | OS2/MM | Tight Buffered | Distribution | Indoor | LSZH / PVC | ||
| FOCIO-R2-G2-T-BK-1KM | 2 | OS2/MM | Tight Buffered | Distribution | Indoor | LSZH | GJYWFJH | |
| FTTH-AB2-G7-L-BK-1KM | 2 | OS2/MM | Tight Buffered | Bow-tie | Aerial & Duct | Armored | ||
| FTTH-L2-G7-L-BK-1KM | 6 | OS2 | Loose Tube | Drop Cable | Indoor | LSZH | ||
| FTTH-R2S-G7-L-BK-1KM | 1 | OS2/MM | Tight Buffered | Simplex Round | Aerial, Outdoor | |||
| FTTH-R4-G7-L-BK-1KM | 4 | OS2/MM | Ribbon | Bow-type | Aerial, Outdoor | |||
| GJFJVA-D-F-P | 2 | OS2/MM | Tight Buffered | Figure-8 | Indoor / Outdoor | Metal Tube | Armored | |
| GJFJVA-UD-F-P | 2 | OS2/MM | Unitube | Duplex Round | Indoor | Spiral Steel, LSZH PVC | Armored | |
| GJYFJH-01 | 2 | OS2/MM | Tight Buffered | Duplex Round | Indoor / Outdoor | GJYFJH | ||
| GYDXTW | 144 | OS2/MM | Ribbon | Breakout | Indoor / Outdoor | PE | GYDXTW | |
| GYFTY | 24 | OS2/MM | Loose Tube | Distribution | Outdoor | PE PET | GYFTY | |
| GYFZS | 288 | OS2/MM | Loose Tube | Breakout | Indoor / Outdoor | GYFZS | Armored | |
| GYTA53 | 144 | OS2/MM | Loose Tube | Breakout | Direct Burial | PE PET | GYTA53 | Armored |
| GYXTC8S | 12 | OS2/MM | Loose Tube | Figure-8 | Outdoor | PE | GYXTC8S | |
| GYTS-C-F-E | 24 | OS2/MM | Loose Tube | Distribution | Outdoor | PE | GYTS | Armored |
| Fiber Count | 18 Fibers (3×6 Core) |
|---|---|
| Fiber Structure | Loose Tube |
| Strength Member | Aramid Yarn (Dielectric) |
| Metal Component | None (Fully Dielectric) |
| Water Protection | Water Blocking System |
| Sheath Material | PE / Anti-Tracking PE |
| Cable Type | ADSS Self-Supporting Aerial |
| Installation Type | Overhead Power Line / Aerial |
| Application | Power Utility / Smart Grid |
| Operating Temperature | -40°C to +70°C |
- Fully dielectric structure, safe for energized power lines
- Self-supporting aerial design for long-span installation
- 3×6 core loose tube structure for stable fiber organization
- Aramid yarn reinforcement for high tensile strength
- Water-blocking system for moisture protection
- PE or anti-tracking sheath for harsh outdoor environments
- Excellent resistance to UV, wind, and electrical interference
- Overhead power line communication systems
- Smart grid and utility fiber networks
- Long-span aerial backbone installations
- Substation and power transmission communication
- Rural and remote broadband access networks
OEM and ODM customization is available, including fiber count, fiber type (single mode or multimode), sheath material (PE or anti-tracking), cable span design, printing, and packaging. Customized mechanical strength and environmental resistance levels can also be provided based on project requirements.
Bulk Fiber Cable Customization Options
| Fiber Type | OS2 (G.652D, G.657A1, G.657A2), OM1, OM2, OM3, OM4, OM5 |
| Fiber Count | 1–288 Fibers (Custom Available) |
| Cable Structure | Tight Buffer, Loose Tube, Unitube, Distribution, Breakout, Ribbon |
| Installation Type | Indoor, Outdoor, Indoor/Outdoor, FTTH, Aerial, Direct Burial, Duct |
| Strength Member | Aramid Yarn, FRP, Steel Wire, Central FRP, Steel Rod |
| Armoring | Non-Armored, Steel Tape, Aluminum Tape, Corrugated Steel Tape, Spiral Steel Tube |
| Jacket Material | PE, LSZH, PVC, TPU, OFNR, OFNP |
| Jacket Color | Black, Yellow, Orange, Aqua, Violet, Lime Green, Custom |
| Operating Temperature | Standard or Extended Temperature Range |
| Cable Length | 100m, 200m, 305m, 500m, 1km, 2km, Custom |
| Packaging | Wooden Drum, Plywood Reel, Plastic Reel, Paper Spool, Coil Packing |
| OEM Service | Custom Printing, Sequential Meter Marking, Private Label, Customized Packaging |
1. Why is ADSS cable used on power lines?
Because it is fully dielectric and does not conduct electricity, it can be safely installed on energized overhead power lines.
2. What is the advantage of anti-tracking sheath?
Anti-tracking sheath improves resistance to electrical stress and prevents surface degradation in high-voltage environments.
3. How does the cable support itself without metal strength members?
It uses aramid yarn reinforcement to provide high tensile strength for self-supporting aerial installation.
4. Is this cable suitable for long-span installations?
Yes, ADSS cables are specifically designed for long-span aerial deployments between poles or towers.
5. What does 3×6 core structure mean?
It means the cable contains 3 loose tubes, each with 6 fibers, providing organized fiber grouping and scalability.
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