Fibre optic junction box with 2 LC duplex adapters, white

• Equipment: 2× LC duplex coupler (without flange), adapter colour erica violet
• Fibre compatibility: OS2 and OM2/OM3/OM4/OM5 (LCD)
• Supports transmission rates up to 10 Gbit Ethernet (application-dependent on the overall system)
• 45° angled outlet: improved fibre routing and service access in confined installation situations
• Dust protection caps + integrated labelling field for clean ports and clear assignment
• Material: Plastic housing, couplings with ceramic sleeves for precise centring
• Dimensions: Frame 80 × 80 mm, cover 50 × 50 mm; compact design
• Scope of delivery: 2 modules, metal support plate, frame and insert

The DINIC Keystone junction box provides two LC duplex fibre optic ports in a compact, easy-to-install unit. The housing in white (similar to RAL9010) is designed for structured fibre optic cabling and supports singlemode and multimode applications (OS2, OM2/OM3/OM4/OM5).

The couplings are equipped with ceramic sleeves and are used for precise alignment of the connectors. Dust caps protect the connections during installation, conversion and servicing. The labelling field facilitates port identification in patch panels, distributors and floor distributors.

Note on connector orientation for angled outlets: The illustration of the connection side is decisive, as the viewing angle can influence the orientation (e.g. left/right/top/bottom).

• Building cabling / floor distributors (fibre optic connection and transfer points)
• Data centre & server room (cross-connect/interconnect, patch zones)
• System integration & IT infrastructure (structured fibre optic installations)
• Industrial networks / automation (fibre optic uplinks, EMC-resistant routes)
• Control cabinet construction (fibre optic transitions and defined patch points)

• For fibre optic patch cables and pigtails with LC duplex connectors
• Can be used in installation environments with OS2 and OM2/OM3/OM4/OM5 fibres (LCD)
• Suitable as a defined fibre optic connection/transfer point in floor distributions, patch zones and technical rooms