InLine patch cable installation feed-through, S/FTP (PiMf), Cat.6A, LSZH, copper, 10 m

The InLine Patch cable built-in extension S/FTP Cat.6A LSZH copper 10m is a 10-metre network extension cable with an integrated socket on one end for front-panel mounting. It uses S/FTP shielding and copper conductors to comply with Cat.6A performance requirements, and the LSZH jacket reduces smoke and toxic emissions in case of fire. Both ends are terminated with RJ-45 connectors and the product is supplied in black.

Advantages

This Cat.6A S/FTP extension offers enhanced protection against electromagnetic interference thanks to its braided and foil shielding. The built-in socket enables neat installation on front panels without additional adapters. The LSZH outer sheath improves safety in confined spaces, and copper conductors ensure reliable high-speed data transmission over the full 10 m length.

Suitable for

• Extending RJ-45 ports on server racks and patch panels
• Front-panel installations in network cabinets
• Structured cabling systems requiring Cat.6A performance
• Environments where low-smoke, halogen-free materials are required

Key specifications

• Standard: Cat.6A
• Shielding: S/FTP (braided + foil)
• Length: 10 m
• Conductor material: Copper
• Jacket: LSZH
• Connectors: RJ-45 to RJ-45
• Colour: Black
• MPN: 76500X
• EAN: 4043718300464

How to use

Mount the built-in socket into a compatible front panel cutout and secure it according to the panel manufacturer’s instructions. Plug the RJ-45 connector on the cable into the desired network port and use the free RJ-45 plug to connect devices or patch panels. Ensure connectors are fully inserted and cable routing avoids sharp bends to maintain signal integrity.

Recommendations

For optimal performance, use this Cat.6A S/FTP extension within structured cabling installations up to 10 m and avoid running parallel to high-voltage power lines. Verify that connected equipment supports Cat.6A speeds and follow rack and cabinet grounding practices to preserve shielding effectiveness.