Cavo patch in fibra ottica helos LC-SC duplex 9/125 µm OS2 15,0 m

Fiber Optic Patch Cable helos LC–SC Duplex 9/125 µm OS2 15.0 m is a single‑mode duplex patch cable with LC duplex connector on one end and SC duplex connector on the other. The cable uses 9/125 µm single‑mode fiber compliant with OS2 standard and is 15.0 meters long. It is intended for trunking and equipment interconnections in data centers, telecommunications and campus networks, providing low attenuation and stable optical links for long‑distance single‑mode connections.

Advantages

The helos LC–SC Duplex OS2 patch cable offers standardized connectors (LC and SC) for broad compatibility, OS2 single‑mode fiber for low loss over long distances, and a 15.0 m length suitable for rack and patch‑panel routing. Duplex configuration ensures simultaneous transmit and receive channels. The cable is color coded in yellow to indicate single‑mode fiber.

Suitable for

• Interconnecting optical equipment in data centers
• Patch panels and rack cabling
• Telecommunications backbone and campus networks
• Long‑distance single‑mode fiber links requiring LC and SC connectors

Key specifications

• Brand: helos
• Model / MPN: 216669
• EAN: 4005938166695
• Fiber type: Single‑mode 9/125 µm
• OS standard: OS2
• Connectors: LC duplex — SC duplex
• Length: 15.0 m
• Cable color: Yellow

How to use

Identify the LC duplex end and the SC duplex end and plug each connector into the corresponding port on active equipment or patch panels, observing correct transmit/receive orientation. Route the cable through rack management and avoid tight bends below the fiber minimum bend radius. Ensure connectors are clean before mating to maintain low attenuation and reliable performance.

Recommendations

For optimal performance, clean connectors with appropriate fiber cleaning tools before connection, secure the cable in cable management to prevent strain, and avoid kinking. Use this OS2 duplex cable where single‑mode, low‑loss links are required; verify connector types on devices before ordering.