InLine Crimp connector Cat.6A RJ45 shielded, 3-piece grey 100-pack

The InLine Crimp connector Cat.6A RJ45 shielded 3-piece grey is a pack of 100 shielded male RJ45 connectors designed for terminating Cat6A patch cables. The connectors support high-speed network connections and are intended for creating reliable, shielded cable terminations in environments that require Cat6A performance. The pack includes three-piece connectors in a grey finish suitable for professional installations and structured cabling tasks.

Advantages

Shielded design reduces electromagnetic interference and improves signal integrity for high-bandwidth applications. The three-piece construction facilitates secure crimping and consistent contact alignment. Supplied in a 100-pack, the connectors offer value and convenience for bulk terminations and repeated installation work.

Suitable for

• Terminating Cat.6A patch cables
• Professional network installations and data cabinets
• Environments requiring shielded cable connections
• Bulk cable assembly and service technicians

Key specifications

• Product type: Shielded RJ45 crimp connector, 3-piece
• Category: Cat.6A compatible
• Quantity: 100 pieces per pack
• Color / finish: Grey
• Brand: InLine
• MPN: 76016A
• EAN: 4043718317097

How to use

Strip the outer jacket of the Cat.6A patch cable to the recommended length, untwist pairs and align conductors according to the chosen wiring standard (T568A or T568B). Insert conductors fully into the connector body, ensuring correct pair order and that the shield and drain wire are positioned for contact with the connector shield. Crimp the three-piece connector using a compatible RJ45 crimping tool to secure contacts and shield. Verify continuity and pairing with a cable tester before deploying the cable.

Recommendations

Use appropriate Cat.6A cable and a certified crimping tool to maintain performance. Ensure proper handling of the braided shield and drain wire to achieve effective grounding. Test each terminated cable to confirm correct wiring and signal integrity.