ProLink 24‑Core Single Armor Central Loose Tube Cable — OM3 Multimode 50/125, OD 10 mm

Key Features:

• 24 OM3 Multimode Fibers — Supports 50/125 µm laser‑optimized multimode performance for high‑bandwidth links such as Gigabit and 10 Gigabit Ethernet over typical multimode distances.

• Single Armor Central Loose Tube — Armored cable structure adds mechanical protection and crush resistance while maintaining flexibility for installation.

• Central Loose Tube Design — Protects fiber strands from microbending and mechanical stress.

• Strength Member — Integrated steel strength member enhances tensile performance for cable pulls and long routes.

• Rugged Jacket — Durable polyethylene (PE) outer jacket suited for indoor backbone or protected conduit pathways.

• ~10 mm Outer Diameter — Compact profile that balances ruggedness with manageability in cable trays and raceways.

• Colored Fiber Coating — Individual fiber coloring simplifies identification and termination in panels and ODFs.

Note: Exact ProLink SKU (e.g., PL‑FOC24S‑OM3) and detailed specifications such as attenuation and bandwidth ratings should be confirmed per supplier datasheets; available references show similar ProLink single armor OM3 central loose tube cables at 12 cores with ~9 mm jacket OD and can act as a base spec reference.

Technical Highlights :

• Brand: ProLink

• Cable Type: Single Armor Central Loose Tube Fiber Optic Cable

• Fiber Count: 24 cores

• Fiber Mode: OM3 Multimode (50/125 µm)

• Outer Diameter: ~10 mm

• Jacket Material: PE (black)

• Armor: Single armor layer for mechanical protection

• Strength Member: Steel wire

• Loose Tube Material: PBT (natural color)

• Installation: Indoor backbone, riser, conduit, cable tray

Performance & Connectivity:

• High‑Bandwidth Multimode Support — OM3 fiber is optimized for higher modal bandwidth, making it suitable for 10 Gigabit Ethernet and other demanding multimode optical networking standards over moderate distances.

• Enhanced Mechanical Protection — The single armor construction adds crush and tensile resistance compared with non‑armored designs, improving durability during installation and service life.

• Structured Cabling Integration — Typically works with fiber distribution frames (ODFs), splice enclosures, patch panels, and multimode termination hardware for organized backbone networks.