DeLOCK glasvezel-aansluitdoos FTTH wandmontage 4 x SC simplex LC duplex wit

The DeLOCK Optical Fiber Connection Box FTTH is a wall-mountable enclosure designed to organise and protect fibre optic connections. It accepts up to four SC Simplex or LC Duplex couplings and includes an integrated splice tray for tidy routing of individual fibres. The housing is made of durable plastic and is suitable for use in residential or small commercial FTTH installations.

Advantages

The integrated splice tray enables clean routing of fibres to maintain optimal lightwave transmission. The box supports both SC Simplex and LC Duplex couplings, offering flexible connector options. Its compact dimensions (80 mm width × 100 mm depth × 26 mm height) and wall-mount design simplify installation and save space. The plastic housing provides protection against mechanical stress and helps organise cables.

Suitable for

• FTTH wall-mounted termination points
• Residential fibre installations
• Small office or commercial fibre terminations
• Mechanical splicing and fusion splicing applications

Key specifications

• Brand: DELOCK
• Model / MPN: 87890
• EAN: 4043619878901
• Connector capacity: up to 4 × SC Simplex or LC Duplex couplings
• Included: integrated splice tray (cassette) for mechanical and fusion splicing
• Mounting: wall mount
• Material: plastic housing
• Dimensions: 80 mm (W) × 100 mm (D) × 26 mm (H)

How to use

Mount the enclosure on a suitable wall surface using appropriate fasteners. Route incoming fibre cables into the box and secure them to prevent strain. Place and secure individual fibres on the integrated splice tray to ensure orderly routing and protection of splice points. Install SC Simplex or LC Duplex couplings as required and connect patch cords or pigtails. Close the housing to protect the internal components.

Recommendations

For reliable performance, perform fibre splicing and connector installation in a clean, dust-free environment and follow standard fibre handling procedures. Use appropriate strain relief and avoid sharp bends to preserve transmission quality.