Optical Fiber Coupler DeLOCK 86900 LC Duplex Female to Female Multi-mode Aqua

The DeLOCK Optical Fiber Coupler 86900 is an LC Duplex female-to-female adapter designed for multi-mode aqua cables. It allows two LC male optical fiber connectors to be joined directly and is suitable for mounting in fiber connection boxes, cabinets and patch panels. The compact coupler measures approximately 12.7 mm (W) x 29.2 mm (D) x 9.3 mm (H) and is supplied as a single piece.

Advantages

The coupling provides a secure direct connection between LC Duplex male connectors and includes an integrated flip mechanism for protection against laser radiation. A dust cover is supplied to protect and keep the internal sleeve clean. Its aqua color identifies it for multi-mode use and the female-to-female configuration simplifies inline connections and repairs.

Suitable for

• Joining two LC Duplex multi-mode optical fiber cables
• Use inside fiber connection boxes and distribution cabinets
• Patch panels and temporary inline connections

Key specifications

• Brand: DELOCK
• Model / MPN: 86900
• Type: LC Duplex female to female coupler (multi-mode)
• Color: Aqua (multi-mode identification)
• Dimensions: approx. 12.7 mm (W) x 29.2 mm (D) x 9.3 mm (H)
• Protection: integrated flip for laser protection, dust cover included
• Pack contents: 1 piece
• EAN: 4043619869008

How to use

Insert the LC male connector of the optical fiber cable into one side of the coupler and the matching LC male connector into the other side until each connector clicks into place. Ensure the integrated flip is in the protective position when making or inspecting connections to limit exposure to laser radiation. Keep the dust cover on unused ports to prevent contamination of the ferrule and sleeve.

Recommendations

Use in accordance with fiber optic safety guidelines: avoid looking directly into connected fiber ends, verify connectors are clean before mating, and store the dust cap on unused ports. For installations in cabinets or patch panels, secure the coupler to avoid mechanical strain on the fibers.