Belden FD1D012F9 Indoor / Outdoor Riser OM1 Distribution 12F Aluminum Interlocked

Designed for demanding security and enterprise networks, the Belden FD1D012F9 indoor/outdoor riser fiber cable delivers durable, high‑integrity connectivity for surveillance, monitoring and backbone applications. This 12‑fiber OM1 multimode distribution cable (62.5/125 µm) combines interlocked aluminum armor with water‑blocking gel to protect fiber from moisture, mechanical impact and rodent damage—ideal for burial, conduit and exposed runs. The riser‑rated jacket (FT4/OFCR) and rugged thermoplastic/PVDF construction enable seamless transitions between outdoor pathways and indoor riser spaces, reducing installation time and compliance headaches. Engineered to support 1 Gigabit Ethernet and short‑reach 10 Gigabit links, this cable is optimized for camera systems, access control aggregations and facility monitoring where reliability matters. Choose Belden’s FD1D012F9 when you need an armored, easy‑to‑deploy fiber solution that lowers lifecycle costs and keeps critical security and networking systems online. Add to your project or contact our sales team for bulk ordering and design support.

• Rugged indoor/outdoor protection: interlocked aluminum armor and water‑blocking gel safeguard fiber for burial and exposed runs, reducing downtime and repair costs.
• Reliable performance for infrastructure and security: 12-fiber OM1 multimode design supports gigabit Ethernet and short-distance 10GbE links for surveillance and monitoring networks.
• Simplified installation and compliance: riser-rated (FT4/OFCR) jacket and black thermoplastic sheath suit mixed indoor/outdoor pathways and meet building cabling requirements.
• Space-efficient distribution cable: 12-fiber count in a compact profile streamlines backbone and riser deployments for camera, access control and network aggregation points.
• Long-term durability: PVDF and thermoplastic materials resist environmental degradation while aluminum interlock protects against rodents, crushing and mechanical damage.