YUTIANHOME 100m 6-Core Industrial TPU Armored Fiber Optic Cable LC-LC OS2 Single Mode Direct Burial

Overview

Designed for demanding outdoor and industrial environments, the YUTIANHOME 100 meter 6-core armored fiber optic patch cable blends OS2 single-mode performance with rugged protection. Its pre-terminated six-strand assembly and LC to LC connectors offer a straightforward, plug-and-play experience, while the robust jacket is built to withstand real-world conditions. This cable is well suited for long runs between rooms, outdoor racks, or field installations where reliability matters.

The core design emphasizes resilience without sacrificing signal integrity. The 9/125 µm single-mode fiber supports clear transmission over moderate distances, and the combination of protective layers is intended to minimize exposure to moisture, abrasion, and impact. The result is a cable that can be routed through conduits, laid overhead, or buried directly in the ground, providing flexibility to align with site constraints and project timelines.

Rugged construction

• 6 Core Single Mode LC Industrial Armored patch cable: Industrial TPU jacket delivers high tensile strength, abrasion resistance, water resistance, temperature tolerance, UV resistance, and bending stability.
• Dual physical protection: A steel armor layer paired with glass fiber yarn helps guard against rodents and external stress along the length of the run.

Deployment and use

• Indoor and outdoor versatility: Suitable for overhead mounting, direct burial in soil, or routing through conduits to fit varied installation layouts.
• Pre-terminated for convenience: Six strands are ready to connect, reducing on-site assembly time and simplifying the plug-and-play process.
• Strength and endurance: Rated for high tensile strength up to 600 N and crush strength up to 3000 N, which contributes to stability in challenging environments.

Real-world scenarios for this cable include outdoor data centers, roadside network feeds, and industrial sites where routes may be exposed to weather, temperature fluctuations, and physical wear. While performance depends on system design and installation precision, the materials and construction described here are intended to support dependable links in tough settings without relying on frequent field repairs.