Fibre optic cable EFB Elektronik O0350FT.30 — OS2 LC‑to‑LC, 30 m, I‑V(ZN) HH, yellow

Single‑mode fibre optic cable EFB Elektronik O0350FT.30 with OS2 fibre and LC‑to‑LC connectors, 30 m length. The flat twin duplex jumper features an outer jacket made from LSZH material and an I‑V(ZN) HH jacket type, supplied in yellow. It is designed for low‑loss optical links in data centres, telecom and network infrastructure and is compatible with InfiniBand and other high‑speed connections.

Advantages

The flat twin duplex design provides higher stability compared with standard jumpers due to an additional outer jacket. The LSZH jacket reduces hazardous smoke and toxic gas emission in case of fire. The LC‑to‑LC connectors and OS2 single‑mode fibre ensure low attenuation for long‑distance and high‑bandwidth links, while the flat profile simplifies routing and installation in dense cabling environments.

Suitable for

• Data centre uplinks and server connections
• Telecommunications and network backbone installations
• InfiniBand and other high‑speed optical links
• Indoor cabling where low smoke zero halogen material is required

Key specifications

• Manufacturer: EFB Elektronik
• Model / MPN: O0350FT.30
• EAN: 4049759224295
• Fibre type: OS2 (single‑mode)
• Connectors: LC to LC (duplex)
• Length: 30 m
• Jacket: I‑V(ZN) HH, LSZH
• Colour: yellow

How to use

Route the LC‑to‑LC flat twin duplex jumper between the two equipment ports, taking care to maintain the minimum bend radius specified by the equipment or cabling standard. Insert LC connectors into the appropriate ports until they click into place, observing transmit/receive orientation if required. Secure the cable along trays or underfloor pathways to avoid strain on the connectors and prevent sharp bends.

Recommendations

Use this cable for indoor installations where low‑smoke, zero‑halogen properties are required; avoid exposure to direct sunlight and outdoor environments unless additional protection is applied. Inspect connector endfaces for cleanliness before mating to ensure low insertion loss and reliable performance.