Glasvezel-lasbehuizing DeLOCK 67007 zwart metaal 482x220x44mm

The DeLOCK 67007 fibre optic splice enclosure is a pre-assembled 19" rack-mount unit designed to provide secure and organized fiber optic connections in buildings. It features a black metal housing with dimensions 482 × 220 × 44 mm and is intended for protecting and managing fibre splices and connectors in data and communication racks.

Advantages

This enclosure comes pre-equipped with 12 SC Duplex couplers and 24 pigtails already placed in the splice cassette, which simplifies and speeds up installation. The durable metal construction offers mechanical protection for splices and connectors, while the drawer-style front panel allows access to both sides of the couplers without removing the cover, enabling convenient maintenance and fibre routing.

Suitable for

• Rack-mounted fibre management in server rooms and telecom cabinets
• Indoor fibre backbone termination in buildings
• Environments requiring organized protection of splices and connector interfaces

Key specifications

• Brand: DELOCK
• Model / MPN: 67007
• EAN: 4043619670079
• Form factor: 19" rack-mount enclosure
• Material: metal (black)
• Dimensions (W × D × H): 482 × 220 × 44 mm
• Couplers: 12 × SC Duplex
• Pigtails: 24 included, pre-installed in splice cassette

How to use

Mount the unit in a standard 19" rack space and secure it according to rack manufacturer instructions. Route incoming and outgoing fibre cables to the enclosure, open the drawer-style front panel to access the splice cassette, and perform splicing between field fibres and the pre-installed pigtails. After splicing, place fibres into the cassette for strain relief and orderly storage, then close the front panel to protect the connections.

Recommendations

For reliable performance, handle fibres with appropriate cleaning and safety procedures, use compatible SC duplex connectors and follow standard fibre splicing practices. Install the enclosure in a dry, dust-free rack location and avoid excessive bending radii for fibres when routing into the unit.