DIGITUS Fo Front Panel Quick Lock 12x Lc Dx Sc Sx E2000 Sx Γκρι

The DIGITUS Front Panel DN-96206-QL is a 1U fiber optic splice box front panel designed for the DIGITUS basic housing DN-96200-QL. It features a quick lock system and is compatible with 12 connectors in LC DX, SC SX, or E2000 SX formats. The compact panel measures 430 mm (width) × 15 mm (depth) × 44 mm (height) and is intended for organized fiber management in rack-mounted network installations.

Advantages

The quick lock system allows fast and tool-free installation into the DN-96200-QL housing using the fixing material supplied with the basic housing. The panel supports multiple common connector types (LC DX, SC SX, E2000 SX), enabling flexible port configuration and efficient use of 1U rack space. Its standardized dimensions simplify planning and integration into existing rack setups.

Suitable for

• Rack-mounted fiber distribution and splice management
• Data center patching and fiber consolidation
• Telecom and enterprise network racks using LC, SC, or E2000 connectors

Key specifications

• Model: DIGITUS DN-96206-QL
• Compatible housing: DN-96200-QL
• Connector capacity: 12 (LC DX, SC SX, E2000 SX)
• Rack unit: 1U
• Dimensions (W×D×H): 430 × 15 × 44 mm
• Quick lock installation system

How to use

Install the front panel into the DIGITUS DN-96200-QL basic housing using the fixing material provided with the housing. Engage the quick lock mechanism to secure the panel; the system is designed for faster installation compared with conventional front panels. Populate the panel with up to 12 fiber connectors in the supported formats and route fibers according to your rack’s cabling plan, maintaining appropriate bend radii and secure strain relief.

Recommendations

Use the panel inside compatible DIGITUS housings only and ensure the fixing material from the basic housing is available before installation. Observe standard fiber handling practices—avoid tight bends, protect connector endfaces from contamination, and perform proper strain relief to maintain signal integrity.