BTR NETCOM Cat.6 Ultraflex500 3m network cable

The BTR NETCOM Cat.6 Ultraflex500 3m is a fully shielded networking cable designed for high-speed data transmission in environments with limited installation space. With S/FTP 4x2 AWG26/7 construction and shielded RJ45 connectors at both ends, this 3‑metre cable offers improved signal integrity and reduced interference for Cat.6 EA-class networks. The white LSHF (LSOH) sheath provides halogen-free protection and a neat appearance.

Advantages

The cable’s S/FTP shielding and two shielded RJ45 connectors ensure consistent protection against electromagnetic interference, making it suitable for both shielded and unshielded EA systems. Its ultraflex design and very short boot allow installation where space is limited and enable a bending radius down to 10 mm. The LSHF outer sheath and robust construction deliver higher durability than standard patch cords, with up to 8,500 movement cycles under load.

Suitable for

• Office and home networks requiring Cat.6 performance
• Connections to VoIP terminal devices and routers
• Environments with limited space or tight cable routing
• Shielded and unshielded EA-class structured cabling systems

Key specifications

• Length: 3 m
• Cable type: S/FTP 4x2xAWG 26/7 PIMF
• Connectors: 2 × shielded RJ45, 1:1 assignment
• Category: Cat.6 (EA class)
• Sheath: LSHF (LSOH), halogen-free
• Bending radius: down to 10 mm
• Durability: up to 8,500 movement cycles under load
• Color: white

How to use

Connect the shielded RJ45 plugs to the corresponding ports on network devices such as switches, routers or VoIP terminals. Ensure proper grounding in shielded installations to maintain shielding effectiveness. Route the cable carefully through tight spaces, observing the minimum bending radius of 10 mm to avoid damaging the internal conductors.

Recommendations

For optimal performance in shielded EA-class systems, use appropriate cable management and grounding. Avoid sharp bends and excessive tension; inspect connectors periodically if the cable is subject to frequent movement.