Patch panel accessory EFB Elektronik SB-FP-S-6SC-S-OS2 — 1U rack mount, 6x SC simplex, black, 432×13×43.5 mm

EFB Elektronik SB-FP-S-6SC-S-OS2 is a 1U rack-mount front panel designed for 19" splice boxes and fibre distribution panels. The panel provides six SC simplex ports in a black finish and compact dimensions (432 × 13 × 43.5 mm), enabling tidy termination and stable placement of fibre connections for single-mode OS2 links in server racks and telecom cabinets.

Advantages

The front panel fits standard 19" splice boxes and occupies 1U of rack space while offering six SC simplex ports for easy fibre termination. Its slim profile and black coating help save space and integrate neatly into existing rack layouts. The product is specifically intended to support OS2 single-mode fibre connections and to provide stable port alignment for ferrule-based connectors.

Suitable for

• Termination and organization of OS2 single-mode fibre links
• Installation in 19" splice boxes and fibre distribution panels
• Use in server racks and telecom/network cabinets

Key specifications

• Brand: EFB Elektronik
• Model / MPN: SB-FP-S-6SC-S-OS2
• EAN: 4049759262471
• Form factor: 1U rack mount, fits 19" splice boxes
• Connector type: 6 × SC simplex ports
• Supported fibre category: OS2 (single-mode)
• Colour: Black
• Dimensions (W × D × H): 432 × 13 × 43.5 mm

How to use

Mount the panel into a compatible 19" splice box or directly into a 1U rack space according to the splice box manufacturer’s instructions. Secure the panel with the appropriate screws, route fibre cables to the SC simplex adapters, perform splicing or connector termination as required, and verify connections with suitable test equipment. Ensure that fibre bend radii and cable strain relief are maintained during installation.

Recommendations

Use this front panel with OS2 single-mode fibre and SC simplex connectors. Follow standard fibre-handling procedures: avoid excessive bending, keep adapters and connectors clean, and use proper strain relief. Verify link continuity and loss with an optical power meter or OTDR after installation.