Acoplador para cabo de rede DeLOCK Cat.6A STP sem ferramentas

The DeLOCK Coupler for network cable Cat.6A STP toolfree allows two network cables without plugs to be joined quickly to extend or repair a connection. It features two LSA female connectors in a compact, silver housing with an outer diameter of 8.5 mm and is supplied as a single unit. The product is designed for Category 6A shielded twisted‑pair (STP) cables and is tool‑free for straightforward installation.

Advantages

Tool‑free design enables fast assembly without special tools. Compact silver housing with a small outer diameter keeps the connection discreet and suitable for tight spaces. LSA female connectors provide a reliable termination for Cat.6A STP cables. Single‑piece packaging simplifies replacement or emergency repair needs.

Suitable for

• Extending Cat.6A STP network cables
• Repairing damaged network cable runs
• Temporary or permanent in‑field cable connections
• Installations where tool‑free termination is preferred

Key specifications

• Brand: DELOCK
• Model / MPN: 86929
• EAN: 4043619869299
• Type: Coupler for network cable, Cat.6A STP
• Connector: 2 × LSA, female
• Tooling: Tool‑free installation
• Colour: Silver
• Outer diameter: 8.5 mm
• Quantity: 1 piece
• Made in: China

How to use

Prepare the two Cat.6A STP cables by stripping the outer jacket and arranging the shield and conductors as required for LSA termination. Insert each cable into a respective end of the coupler until the conductors engage the LSA contacts, then secure per the coupler's tool‑free closure mechanism. Ensure the cable shields are properly aligned with the coupler to maintain shielding continuity. Verify the connection with a network tester before final routing.

Recommendations

Use this coupler only with compatible Cat.6A STP cables and follow standard practices for maintaining cable shielding and pair integrity. For permanent installations, test link performance after joining and consider using a fixed connector or patch panel if repeated reconnections are expected.