Camplex 1000' TAC1 Simplex 1-Channel OM1 Multimode LC Fiber Optic Tactical Cable Reel, Orange

From field production to rental houses, the 1000' TAC1 Simplex 1-Channel OM1 Multimode LC Fiber Optic Tactical Cable Reel is a robust solution designed for multiple deployments in outside broadcast environments. This high-quality, durable fiber optic cable is engineered with internal aramid strength members, offering exceptional crush resistance in high traffic areas when handled correctly.

Encased in a sturdy polyurethane outer sheath, this cable is built to withstand the pressure exerted by both military tanks and Outside Broadcast vehicles, demonstrating its superior strength and reliability. Each assembly undergoes multi-stage machine polishing and rigorous testing to ensure optimal performance in various conditions.

This tactical cable reel is not only strong and lightweight but also extremely durable, designed to withstand impact and crush even after deployment. It operates efficiently within a wide temperature range, typically from -55 Degree C to 85 Degree C, making it suitable for use in diverse environments.

The cable features a 500-microm primary acrylate buffer with a 900um secondary hard elastomeric buffer (Ultra-Fox Plus), enhancing its resilience and impact resistance. The orange-colored fiber optic cable extends up to 1000 ft (305m), making it ideal for networking or other applications that require long-distance data transmission using light signals.

The package includes a JACKREEL-F4 fiber optic cable reel with a connector protection cavity and a hinged latching door. Each Jackreel is meticulously selected to provide the necessary support and maintain the critical bend radius required by fiber optic cables. For optimal storage and longevity, it is recommended that tactical fiber optic cables over 25 feet be stored on a cable reel.

In summary, the 1000' TAC1 Simplex 1-Channel OM1 Multimode LC Fiber Optic Tactical Cable Reel is a reliable, high-quality solution for your data transmission needs, offering durability, ease of use, and exceptional performance.