Panel de parcheo EFB Elektronik VSB-FP-6SC-S

The EFB Elektronik VSB-FP-6SC-S is a 1U rack-mounted patch panel for fiber optic networks, designed to accept SC Simplex, E2000® Simplex, MTRJ and LC Duplex front plates with vertically arranged breakouts. It fits standard 1U EFB splice and breakout boxes and provides a compact, durable solution for organizing fiber terminations in server cabinets and communication racks.

Advantages

This model supports multiple connector types (SC Simplex, E2000® Simplex, MTRJ, LC Duplex) via interchangeable front plates and vertical breakouts, allowing flexible deployment in mixed connector environments. Its 1U form factor saves rack space while enabling orderly cable routing and protection of splices within compatible EFB splice and breakout boxes. Manufactured by EFB Elektronik with the VSB-FP-6SC-S designation, it offers a straightforward integration into standard rack systems.

Suitable for

• Server cabinets and communication racks
• Data centers and telecom distribution frames
• FTTx and LAN fiber termination points
• Environments requiring mixed connector support and compact 1U installations

Key specifications

• Form factor: 1U rack-mounted panel
• Supported front plates/connectors: SC Simplex, E2000® Simplex, MTRJ, LC Duplex
• Breakout arrangement: vertically arranged for EFB splice and breakout boxes
• Manufacturer: EFB Elektronik
• Model / MPN: VSB-FP-6SC-S
• EAN: 4049759230593

How to use

Install the VSB-FP-6SC-S into a standard 19" 1U rack space and secure it with appropriate fasteners. Fit the required front plate type (SC Simplex, E2000® Simplex, MTRJ, or LC Duplex) and route fiber cables into the vertically arranged breakouts toward the compatible EFB splice or breakout box. Perform splicing or connector terminations as required and manage excess fiber slack inside the splice/breakout enclosure to prevent bending stress.

Recommendations

Handle connectors and fiber with care to avoid contamination and microbends. Use proper cleaning tools before mating connectors, maintain minimum bend radii for the fiber type in use, and verify connections with appropriate test equipment after installation.