Network cable Dätwyler Cat.6A S/FTP LS0H 20m CU 7702 flex

Cable Dätwyler Kat.6A H AMP v2 20m CU 7702 flex LS0H v2 SFTP is a shielded, low-smoke halogen-free Ethernet cable designed for network installations requiring Category 6A performance. The cable comes in a 20-meter length and is intended for high-speed data transmission in commercial and industrial environments. It includes foil and braid shielding (SFTP) to reduce electromagnetic interference and a flexible copper conductor construction for easier routing.

Advantages

This Dätwyler Cat.6A cable provides improved signal integrity thanks to SFTP shielding and is manufactured with LS0H (low smoke zero halogen) materials to reduce toxic emissions in case of fire. The flexible CU 7702 conductor design simplifies installation in confined spaces and around bends. The product is supplied in a 20 m length and is compatible with AMP v2 connector systems (MPN 21.05.0626), enabling reliable Category 6A connections.

Suitable for

• Gigabit and 10 Gigabit Ethernet networks
• Office cabling and structured wiring
• Industrial environments with EMI concerns
• Installations requiring LS0H (low smoke zero halogen) materials

Key specifications

• Brand: Dätwyler
• Model/MPN: 21.05.0626
• EAN: 7611990758845
• Category: Cat.6A (Kat.6A)
• Shielding: SFTP (foil + braid)
• Conductor: CU 7702 flex (copper, flexible)
• Fire rating: LS0H (low smoke zero halogen)
• Length: 20 m

How to use

Measure and cut the required length of the Dätwyler Cat.6A SFTP cable, strip the outer sheath and foil/braid shielding following standard cabling procedures, and terminate with compatible AMP v2 connectors or keystone jacks rated for Cat.6A. Maintain proper cable bending radius and avoid excessive pulling force during installation to preserve performance. Ensure connectors are fitted according to the manufacturer’s termination guidance for reliable data transmission.

Recommendations

For best performance, use this cable for links up to the specified length in structured cabling systems and avoid running it in parallel with power lines to minimize interference; verify connector compatibility with AMP v2 components.