Prolink PL-FOC24D-OS2 Double Armor Central Loose Tube Fiber Cable 24 Core OS2 9/125 OD:12.5MM Steel Wire

 Prolink 24 Core OS2 Double Armored Fiber Cable

Prolink PL-FOC24D-OS2 Double Armored Fiber Optic Cable – 24 Core, OS2 9/125µm, Central Loose Tube, Steel Wire, OD 12.5mm

The Prolink PL-FOC24D-OS2 is a heavy-duty double armored single-mode fiber optic cable designed for high-capacity, long-distance transmission in the most demanding environments. Built with a central loose tube structure and reinforced steel wire double armor, this cable delivers maximum protection, durability, and reliable performance for critical network infrastructure.

Using OS2 single-mode fibers (9/125µm), it ensures ultra-low attenuation and high signal integrity over long distances, making it ideal for telecom backbone networks, FTTH deployments, and large-scale data communication systems.

The double armor construction provides superior resistance against mechanical stress, crushing, rodent damage, and harsh environmental conditions, making it perfectly suited for underground, duct, and direct burial installations.

With a larger 12.5mm outer diameter, this cable offers enhanced protection and strength, ensuring long service life and consistent performance even in extreme conditions.

Key Features:

• 24-core single-mode fiber cable (OS2 9/125µm)
• Central loose tube design for superior fiber protection
• Double armor with steel wire for maximum durability
• Excellent resistance to impact, pressure, and harsh environments
• Ultra-low attenuation for long-distance transmission
• Outer diameter: 12.5mm for extra strength and protection
• Suitable for outdoor, underground, and industrial installations
• Designed for high-reliability and long-term performance

Ideal For:

• Telecom and ISP backbone networks
• Long-distance fiber optic connections
• Underground and direct burial installations
• Industrial and heavy-duty environments
• Enterprise and large-scale infrastructure

Deploy a powerful and ultra-durable fiber solution built to handle the toughest conditions while delivering stable, high-speed connectivity.