Patch panel de fibra ótica DeLOCK 10 polegadas 12 portas LC duplex violeta 1U preto

The DeLOCK 10" 12 Port LC Duplex fiber optic patch panel is a 1U rack-mount unit designed for structured fibre management in 10" network cabinets. It contains twelve LC Duplex couplers that allow simple connection of LC male fibre connectors and is manufactured from metal for reliable mechanical durability. The compact dimensions and 12-port layout make it suitable for orderly termination and routing of fibre links.

Advantages

This patch panel provides twelve LC Duplex ports in a 1U, 10" form factor, enabling dense fibre termination in a small rack space. Metal construction ensures robust mounting and long service life. The LC Duplex couplers allow quick mating of LC connectors for fast and repeatable fibre connections. The black and violet colour scheme aids visual identification and rack organisation.

Suitable for

• 10" network cabinets and 1U rack installations
• Telecommunications and data centre fibre management
• FTTx, LAN backbone and patching panels
• Environments requiring LC Duplex connections

Key specifications

• Brand: DELOCK
• Model / MPN: 66769
• EAN: 4043619667697
• Ports: 12 × LC Duplex couplers
• Form factor: 1U, 10" rack-mount
• Material: metal housing
• Colour: Black, Violet
• Dimensions (approx.): 44 mm × 10 mm × 254 mm (W × H × D)

How to use

Mount the patch panel in a 10" network cabinet using the standard 1U mounting holes. Route and secure incoming fibre cables to the rear of the panel, terminate or attach pigtails as required, and insert LC male connectors into the front LC Duplex couplers until they click into place. Label ports as needed for easy identification and manage excess cable with appropriate organisers or ties.

Recommendations

Use appropriate fibre handling procedures: avoid bending fibres beyond their minimum bend radius, keep connector endfaces clean using recommended cleaning tools, and ensure connectors are fully seated in the LC Duplex couplers to maintain optimal optical performance.