ADSS Cable 100 Span 12 Core

ADSS Cable 100 Span 12 Core – All-Dielectric Self-Supporting Fiber Optic Cable

The ADSS Cable 100 Span 12 Core is a high-performance, all-dielectric self-supporting fiber optic cable designed for aerial installations without the need for metallic support or grounding. This cable is ideal for telecom networks, power utility networks, and long-distance communication systems. With a 100-meter span capability, it ensures stable signal transmission across medium aerial distances.

Key Features of ADSS Cable 100 Span 12 Core

• All-Dielectric Design – Non-metallic structure eliminates the need for grounding, making it perfect for high-voltage power line environments.

• 12 Core Fiber – Offers reliable and high-capacity data transmission for various network applications.

• 100 Span Capacity – Supports aerial installations up to 100 meters between poles.

• Lightweight & Durable – Easy to install and resistant to environmental conditions such as UV, rain, and wind.

• Low Signal Attenuation – Ensures consistent high-speed communication with minimal data loss.

Technical Specifications

• Type: ADSS (All-Dielectric Self-Supporting)

• Fiber Count: 12 Core

• Span: 100 meters

• Installation: Aerial, self-supporting

• Outer Jacket Material: UV-resistant polyethylene

• Operating Temperature: -40°C to +70°C

• Applications: Telecom backbone, FTTH, power transmission lines, and rural broadband.

Applications

The ADSS 100 Span 12 Core cable is widely used in:

• Telecommunication networks

• Broadband Internet service

• FTTH (Fiber To The Home) deployments

• Overhead power line communication systems

• Rural and urban network expansions

Why Choose the ADSS Cable 100 Span 12 Core?

• No Metallic Elements – Safe for high-voltage environments.

• Cost-Effective Installation – No need for messenger wire.

• Long Lifespan – Resistant to corrosion, UV, and harsh weather.

• Versatile – Suitable for both power utility and telecom sectors.

For more technical details, visit Fiber Optic Cable Overview.