Fibre optic adapter DELOCK LC female to LC female, beige, pack of 2

DELOCK LC female to LC female fibre optic adapter (beige) is a compact coupling solution for connecting two LC fibre connectors. The adapter accepts LC simplex connectors on both ends and aligns them to ensure light transmission between two fibre cables. Supplied as a pack of two in a protective polybag, the adapters are intended for mounting in patch panels, wall outlets or fibre extension links where a small, reliable inline connection is required.

Advantages

The adapter offers precise mechanical alignment of LC ferrules to minimise insertion loss and back reflection. Its compact design saves space in dense patching environments and allows straightforward, tool-free mating of LC connectors. The beige colour provides visual identification for multimode applications and helps maintain an organised cabling infrastructure. Each unit is built to provide stable physical contact and repeatable performance for routine fibre connections.

Suitable for

• Joining two LC‑terminated fibre cables in patch panels
• Extending fibre runs through wall outlets and faceplates
• Temporary or permanent inline connections in LAN and data centre environments

Key specifications

• Connector type: LC female to LC female
• Quantity: pack of 2 adapters
• Colour: beige
• Application: single‑mode and multimode fibre compatibility
• Form factor: simplex inline coupler

How to use

Insert an LC connector from one fibre cable into one side of the adapter until it clicks, then insert the LC connector from the second cable into the opposite side. Ensure connectors are clean and free from dust before mating to avoid increased attenuation. The adapter is designed for direct insertion into compatible panel or outlet cutouts or can be used as a free inline coupling between two patch cords.

Recommendations

Always clean fibre endfaces with appropriate lint‑free wipes and fibre cleaning fluid prior to connection. Use dust caps when adapters are not in use to protect ferrules. For critical optical links, verify insertion loss with a suitable test instrument after installation.