Microconnect KAB024-100 networking cable Black 100 m Cat6 S/FTP (S-STP)

The Microconnect KAB024-100 RJ45 Cat6 networking cable is a 100 m black cable designed for structured cabling and Ethernet applications. It uses AWG 23 CCA conductors and LSA-compatible termination, with a jacket that is UV and water resistant to suit indoor and sheltered outdoor installations.

Advantages

This Cat6 cable with S/FTP shielding supports high data rates and provides protection against electromagnetic interference. AWG 23 CCA conductors offer cost-effective signal transmission and the LSA connector compatibility simplifies installation in patch panels and keystone modules. The UV- and water-resistant jacket increases durability in exposed or humid environments.

Suitable for

• Ethernet networks up to Cat6 performance levels
• Structured cabling in homes and offices
• Connections to patch panels and keystone modules using LSA termination
• Indoor use and sheltered outdoor runs where UV and moisture resistance are needed

Key specifications

• Length: 100 m
• Standard: Cat6, S/FTP shielding
• Conductor: AWG 23 CCA
• Data rate: up to 10000 Mbit/s (as per manufacturer summary)
• Colour: Black
• Connectors: no pre-attached connectors (bulk cable)
• Weight: 2.706 kg
• Jacket: UV and water resistant

How to use

Measure and cut the required length of cable for your installation. Terminate the cable using LSA-compatible punch-down blocks or keystone jacks following Cat6 wiring standards and maintain the specified pair twist and shield continuity. Use appropriate cable management and support to avoid sharp bends and mechanical strain. Test the link after installation to verify performance up to Cat6 specifications.

Recommendations

For best results, avoid prolonged exposure to direct weather without additional protection; when used outdoors, route the cable in conduit or under eaves. Ensure termination is performed with tools suitable for AWG 23 CCA conductors and confirm shielding is correctly connected to ground to maintain S/FTP effectiveness.