InLine RJ45 plug Cat.6A 500MHz field-installable shielded 76204A

The InLine RJ45 plug Cat.6A 500MHz field-installable shielded 76204A is a shielded RJ45 connector designed for installation on rigid-core Ethernet cables. It supports data transmission up to 10 Gbps and operation to 500 MHz. Constructed from metal and plastic with a metallic and transparent finish, the connector is intended for field assembly and comes as a single piece per pack for custom cable terminations.

Advantages

The shielded design reduces electromagnetic interference and improves signal integrity for high-speed networks. Field-installable construction allows on-site termination of Cat.5e, Cat.6, Cat.6A and Cat.7/7A rigid-core installation cables. Durable metal and plastic materials provide mechanical stability and a professional appearance.

Suitable for

• Field termination of Ethernet installation cables with rigid cores
• Applications requiring up to 10 Gbps data rates
• Shielded network installations where EMI protection is needed

Key specifications

• Connector type: RJ45
• Performance: Cat.6A, up to 500 MHz, supports up to 10 Gbps
• Compatibility: Cat.5e, Cat.6, Cat.6A, Cat.7/7A installation cables with rigid cores
• Finish / colour: Metallic, Transparent
• Packaging: 1 connector per pack
• Manufacturer part number (MPN): 76204A
• EAN: 4043718269716

How to use

Prepare the rigid-core installation cable by stripping the outer sheath and aligning the conductor pairs according to the required wiring standard (T568A or T568B). Insert the conductors into the plug contacts ensuring correct pair order and full insertion. Close or secure the plug according to the connector's assembly mechanism to establish the shield contact and mechanical retention. Verify the termination with appropriate testing equipment to confirm continuity and performance.

Recommendations

Use this field-installable shielded Cat.6A plug with rigid (solid) conductor installation cables only; it is not intended for stranded patch cords. After assembly, test the link at the intended network speed to ensure proper performance and shielding continuity.