Καλώδιο patch helos 263763 RJ-45 σε RJ-45 S/FTP Cat6a, μήκος 30 m

helos ultra flex patch cable, 30 m, blue. This S/FTP Cat6a RJ‑45 to RJ‑45 cable is designed for high-speed Ethernet and structured cabling. It has 8 copper conductors (4 pairs), foil and braided shielding to reduce crosstalk and electromagnetic interference, a halogen-free TPE jacket and length marking on the sheath. Connectors on both ends are gold‑plated RJ‑45 male plugs with a strain relief sleeve.

Advantages

The helos ultra flex patch cable combines S/FTP shielding and Cat6a specification to support high data rates and improved signal integrity over longer runs. Its halogen‑free thermoplastic elastomer jacket and molded strain relief reduce the risk of damage in tight routing situations. Gold‑plated connector pins and precise copper conductors ensure stable contact and low attenuation.

Suitable for

• Structured cabling in offices and data centers
• Connections between switches, routers and servers
• Patch panels and network outlets requiring Cat6a performance

Key specifications

• Type: Patch cable, Cat6a
• Shielding: S/FTP (foil + braided)
• Length: 30 m
• Conductors: 8 wires (4 pairs), AWG 27, copper
• Connectors: RJ‑45 male to RJ‑45 male, gold‑plated contacts
• Jacket material: Thermoplastic elastomer (TPE), halogen‑free
• Color: Blue
• Manufacturer: helos, MPN 263763, EAN 4005938637638

How to use

Route the patch cable between network devices ensuring the connector clips align with the ports. Avoid tight bends and excessive pulling; use the molded strain relief when inserting or removing the plug. For best performance, keep the cable separated from high‑power electrical lines to minimise electromagnetic interference. Verify link speed and connection status on the connected devices after installation.

Recommendations

Use this S/FTP Cat6a cable for runs that require Cat6a performance or where shielding against EMI is needed. Do not exceed recommended bend radius for AWG27 cables and avoid mechanical stress at connector ends to maintain long-term signal quality.