Network Cable Ārdarbu 96 Optical Fiber Cable Multitube Duct SM AR-LT-MT-96F-E1990 NA

The Ārdarbu 96 Optical Fiber Cable Multitube Duct SM AR-LT-MT-96F-E1990 NA is a single-mode, 96-fiber multitube cable designed for long-distance, high-capacity network links. Its construction groups fibers into multiple loose tubes to simplify routing and splicing while maintaining uniform attenuation and mechanical protection. The cable is intended for installation in ducts and engineered for durability, low signal loss, and consistent optical performance across long spans.

Advantages

This optical fiber cable combines a high fiber count with a multitube layout to reduce handling complexity during installation and maintenance. Single-mode fibers minimize dispersion and attenuation for long-reach transmission, and the cable sheath and internal buffering deliver mechanical protection and resistance to typical duct environment stresses. The design supports organized fiber management, making it easier to identify and access individual fibers for splicing or termination.

Suitable for

• Long-distance backbone and trunk network routes
• Duct installations in urban and intercity environments
• Telecommunications and internet service provider networks
• Data center interconnects requiring single-mode fiber
• Passive optical network (PON) distribution segments

Key specifications

• Fiber type: single-mode
• Fiber count: 96 fibers arranged in multitube configuration
• Cable structure: loose tube multitube design for organized fiber grouping
• Installation: suitable for duct deployment
• Performance: low attenuation suitable for long-distance transmission
• Mechanical characteristics: sheath and buffering for protection against mechanical stress in ducts

How to use

Plan the cable route through ducts, allowing for appropriate bending radius and tension limits. Use standard fiber preparation and splicing procedures when terminating or joining fibers: strip the outer sheath and tube layers carefully, clean fiber cores, and perform fusion splicing or connector termination according to industry best practices. Secure the cable within ducts using designated clamps or supports and provide adequate slack at access points for future maintenance.

Usage recommendations

Store and handle the cable to avoid tight bends, crush loads, and excessive pulling forces. Verify minimum bend radius and maximum tensile load during installation. Use proper fiber identification and labeling for each tube and fiber to simplify future troubleshooting and expansion. Test end-to-end optical loss and continuity after installation to confirm performance meets system requirements.