ACT CAT6A pass-through Conector modular RJ45 blindado Contactos dorados Plata Transparente

The ACT CAT6A pass-through shielded modular RJ45 connector (TD168P) is designed for convenient installation on CAT6A cables with 24–26 AWG conductors. It features a pass-through design and gold-plated contacts to ensure reliable electrical contact and support high-speed Ethernet links. The connector is shielded and comes in a silver and transparent finish suitable for standard networking applications.

Advantages

The pass-through construction allows wires to be pushed through the connector for faster, more accurate termination without pre-cutting. Gold-plated contacts improve conductivity and contact reliability. Shielding reduces electromagnetic interference in environments that require improved signal integrity. The transparent housing makes it easier to verify wire order during termination.

Suitable for

• Termination of CAT6A solid or stranded cables (24–26 AWG)
• High-speed Ethernet installations (up to CAT6A performance)
• Network patch panels, switches, and wall outlets

Key specifications

• Model: TD168P
• Category: CAT6A pass-through shielded RJ45 connector
• Contact plating: Gold
• Cable compatibility: 24–26 AWG solid and stranded
• Housing colour: Silver, Transparent
• EAN: 8716065536577

How to use

Prepare the CAT6A cable by cutting to length and stripping the outer jacket. Arrange the conductors according to the T568A or T568B wiring scheme and push the individual wires through the pass-through connector until the cable jacket seats inside the connector. Use the ACT TD168T crimp tool to crimp the connector onto the cable; the tool trims the excess wire and secures the connector in a single operation. Verify the wire order and perform a cable test after termination.

Recommendations

For consistent results use the ACT TD168T crimp tool specifically designed for pass-through terminations. Follow standard wiring practices (T568A or T568B) and test each terminated cable with an appropriate cable tester to confirm continuity and performance.