Caixa de fusão de fibra ótica DIGITUS de encaixe, 1HE, equipada com 6x LC-Duplex, incl. parafuso M 25, cassete de fusão OM4 pigtails coloridos, adaptador

The Digitus DN-96330-4 is a 1U fiber optic sliding splice box designed for organized cable management in racks and enclosures. Housed in a grey steel 19" (48.3 cm) panel with a 280 mm depth, the unit is equipped for OM4 multimode fiber and comes with preinstalled LC duplex connections and an included splice cassette with colored pigtails and couplers to simplify termination and routing.

Advantages

This cable management panel provides a compact 1U footprint for professional fiber installations, supports high-performance OM4 multimode links via LC duplex ports, and includes a splice cassette to protect and manage splices. The sliding design allows easy access for installation and maintenance while the steel housing offers mechanical protection in rack environments.

Suitable for

• Data center rack installations
• Telecommunications and network closets
• Server rooms and structured cabling panels
• Sites requiring OM4 multimode connections with LC duplex interfaces

Key specifications

• Form factor: 1U, 19" (48.3 cm) panel
• Depth: 280 mm
• Fiber type: OM4 multimode
• Connectors: 6× LC duplex (LC DX)
• Includes: splice cassette, colored pigtails, couplers
• Housing: grey steel
• Brand/Model: DIGITUS DN-96330-4
• EAN: 4016032325703

How to use

Mount the panel in a standard 19" rack occupying 1U of space. Slide out the drawer to access the splice cassette and routing area. Terminate fibers into the provided splice cassette, secure splices according to standard practices, and route colored pigtails to the LC duplex couplers. Close the drawer and secure the panel. Verify connections and perform optical testing to confirm link performance.

Recommendations

Handle OM4 multimode fibers and pigtails with appropriate ESD precautions and use suitable splice protection. Keep bend radii within manufacturer limits and perform insertion loss testing after installation to ensure expected performance.