Ultra-light-weight (ULW) Cables
HFCL’s Ultra-Light-Weight (ULW) Cables- Safe, Sturdy and Lightweight
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About
Engineered for safety with a breaking load exceeding 2000N, our ultra-light-weight optical fiber cable ensures reliability. This cable allows seamless network expansion without infrastructure upgrades, contributing to a resilient and sustainable future. Additionally, our 96-fiber ultra-light-weight optical fiber cable prioritizes safety in pole collisions, absorbing impacts for enhanced protection of poles, property, and people. Double the fiber count without increasing cable size makes it a standout choice for efficiency.
Features
Benefits
Fiber Versatility
This optical fiber cable is available in both single-mode and multimode fibers
Buffer Size Variety
Our ULW optical fiber cable is available in both 600 µm and 900 µm tight buffers
Fire-resistant
This optical fiber cable ensures flame retardancy for enhanced safety
Key Specifications
Applications
- Midspan
- Backbone network
- Access network
- Feeder and distribution network
- Last-mile connectivity
- Network
Variants
FAQs
Breaking load range in optical fiber cables denotes the tensile forces they can endure before mechanical failure. It's a critical measure of cable strength during installation and external stresses. Specified in pounds or newtons, this parameter guides users in selecting cables suitable for specific applications, ensuring durability and preventing potential breakage.
Optical fiber cables contribute to pole safety in collisions through strategic design and installation. Flexible cable constructions absorb impact forces, and proper routing minimizes damage risk. Protective sheathing and secure attachments add resilience. Reinforcing poles and adhering to industry standards further enhance safety. Regular inspections detect issues early, ensuring timely maintenance and overall network reliability.
The reduced weight of an ultra-light-weight optical fiber cable simplifies installations, especially in scenarios where handling and maneuverability are crucial. This cable contributes to ease of deployment without compromising performance.