DeLOCK 19 inch glasvezel-lasbox 6 x SC Duplex OS2 1U

This pre-assembled optical fiber splice box by DeLOCK is designed for mounting in a 19" rack and provides an organized solution for setting up fiber optic connections in buildings. It supports six SC Duplex OS2 connections and is made of durable metal with compact 1U dimensions (220 mm width, 44 mm height, 482 mm depth) suitable for standard rack installation.

Advantages

The unit comes pre-fitted with 12 pigtails inserted into a splice cassette, enabling immediate splicing work. Six SC Duplex couplers are integrated to provide reliable connection points. A pull-out front panel (drawer) allows access to both sides of the couplers without removing the cover, simplifying installation and maintenance while keeping fibers protected and organised.

Suitable for

• Rack-mounted fiber distribution in server rooms and telecom cabinets
• Building backbone and riser installations
• FTTx and local area network (LAN) fiber termination
• Environments requiring compact 1U fiber management

Key specifications

• Manufacturer: DELOCK
• Model / MPN: 67000
• EAN: 4043619670000
• Ports: 6 x SC Duplex
• Fiber type: OS2 (single-mode)
• Pigtails: 12 pre-installed in splice cassette
• Form factor: 1U rack-mountable
• Dimensions (W x H x D): 220 x 44 x 482 mm
• Colour: Black

How to use

Install the splice box into a 19" rack using appropriate mounting screws. Pull the front panel out to access the internal splice cassette and the SC Duplex couplers. Perform fiber splicing on the pre-inserted pigtails inside the cassette, secure splices according to standard practice, and route fibers into the management channels. Push the front panel back to close and secure the box once work is complete.

Recommendations

Handle fibers and pigtails with care to avoid bending beyond recommended radii. Use appropriate fusion or mechanical splicing tools and follow standard safety and installation procedures for single-mode OS2 fiber. Ensure the rack is properly grounded and that cable strain relief is applied to maintain long-term connection reliability.