Fiber optic ADSS-32F span cable G652D Single PE Jacket 100 meters

Description

Enhance your aerial network infrastructure with our premium Fiber optic ADSS span cable. As an All-Dielectric Self-Supporting (ADSS) fiber optic cable, it is engineered for direct installation on power lines, eliminating the need for a separate messenger wire. Its lightweight, all-dielectric design ensures complete immunity to electromagnetic interference, making it the ideal choice for installation on high-voltage power towers.

This Fiber optic ADSS span cable features 32 fibers of G652D single-mode fiber, housed in a robust loose tube structure and strengthened with high-tenacity aramid yarn, the key to its self-supporting capability. The black PE (Polyethylene) outer sheath provides excellent protection against UV radiation and harsh environmental conditions. Designed for a span of 100 meters, this cable offers a perfect balance of strength and flexibility for medium-span aerial applications, ensuring reliable data transmission and long-term durability.

The mechanical performance of ADSS optical cable is mainly embodied in the maximum permissible tension (Maximum Allowable Tension, MAT), the average annual operating tension (Every Day Strength, EDS) and ultimate tensile strength (Ultimate Tensile Strength, for short).

The ADSS fiber cable has different structure from the overhead wire. Its tensile strength is borne by the aramid yarn. The elastic modulus of the aramid yarn is more than half that of the steel. The thermal expansion coefficient is one of the parts of the steel. This determines that the ADSS cable sag is more sensitive to the change of the external load. Under the condition of icing, the length of ADSS fiber cable can reach 0.6%, and the wire is only 0.1%; the sag is rather dull to the temperature change, and the sag of the arc is basically unchanged when the temperature changes. In the wind condition, the wind deflection angle is very large. When the wind speed is 30m/s, the wind deflection angle is up to 80 degrees, and the wind deflection angle of the wire is only about half of the cable.

Fiber optic ADSS span cable Key Features & Benefits

• True Self-Supporting Design: Constructed with high-modulus aramid yarn as the strength member, allowing the cable to bear its own weight and external loads (like ice and wind) without a metal messenger, ideal for overhead aerial installation on power poles and towers.
• Full Dielectric Construction: Contains no metallic elements, making it completely resistant to electromagnetic interference (EMI) and lightning strikes. It is perfectly safe for installation within the high-voltage environment of power utilities.
• Optimized for 100-Meter Spans: Engineered for superior performance in medium-span applications, balancing tensile strength with manageable sag characteristics under various weather conditions (wind, ice, temperature variations).
• High-Strength G652D Fiber: Utilizes 32 fibers of the industry-standard G652D single-mode fiber, ensuring low attenuation, high bandwidth, and broad compatibility with existing network equipment for long-distance communication.
• Durable PE Outer Sheath: The robust black polyethylene jacket provides excellent resistance to UV radiation, moisture, and environmental degradation, ensuring reliable long-term outdoor performance.
• Extreme Weather Resilience: Designed to tolerate strong winds and icing conditions, maintaining signal integrity where standard cables might fail.
• Easy and Secure Installation: The aramid yarn strength member allows for the use of standard ADSS hardware like tension clamps and suspension fittings, ensuring a secure and reliable installation.

Package wooden drum for exporting:  1/2/3/4/5km each drum