Superior Essex 110066D01 Dri-Lite Loose Tube Single Jacket All Dielectric Cable, 11D, 6-Fiber, OSP, OM1

Built for reliable outdoor backbone and surveillance links, the Superior Essex Dri-Lite loose tube cable delivers durable, all-dielectric fiber connectivity where it matters most. This Superior Essex fiber optic cable (110066D01) pairs a single-jacket OSP design with loose-tube protection to provide weather-resistant performance for campus, telecom and security installations. With 6 fibers in an OM1 multimode construction, it supports legacy CCTV, access control and monitoring systems while providing a simple path for future upgrades.

The non-metallic all-dielectric build removes grounding and corrosion concerns, improving safety for perimeter and remote-site deployments. The compact 11D profile and flexible loose-tube design make pulls through conduit easier and reduce labor time during installation. Dri-Lite technology helps resist water intrusion and environmental stress, keeping mission-critical surveillance and networking links available.

Choose the Superior Essex 6-fiber OM1 Dri-Lite OSP cable for dependable outdoor fiber runs that integrate smoothly with security, monitoring and enterprise networks. Contact your supplier to order or specify this cable for camera backbones, access-control links and outdoor data connections.

• Rugged outdoor performance: single‑jacket, OSP-rated construction protects fiber runs in aerial and duct installations to keep security and surveillance networks online
• All-dielectric design: non-metallic, corrosion‑free cable eliminates grounding issues and reduces lightning risk for safer perimeter monitoring
• IMMEDIATE compatibility: 6-fiber OM1 multimode supports legacy and CCTV/surveillance camera systems for straightforward integration
• Easy to install: loose-tube construction and flexible 11D profile simplify pulling and routing in campus and telco backbone runs
• Cost-effective scalability: compact 6-fiber count lets you deploy targeted links for monitoring, access control, and network expansions without overspending