Specifications

copper 23awg cat6 outdoor belden cable

RPCCABLE  supplies high quality, high caliber voice, video, security, and data products. Cat6 outdoor  cable boosts your network & offers great protection. We continue to meet and exceed industry standards across the board. Optimize your network.

• Cat6 Cable: accelerate network speeds up to 600 MHz.
• Twisted Pairs: greatly reduce crosstalk and system noise (EMI).
• 23AWG Solid Copper: pure solid copper has better transmission and provides better performance.
• Isolation Spleen: keeps twisted pairs tight and reduces interference between pairs.
• Durable PE Jacket: thick jacket to prevent snag tears and breakage.
• Pull Box: low tension for easy pulling, saves time and money.
• Sequential foot markers: show how much cat6 cable is left.

feature:

• High-performance data communications cable for noisy environment
• Suitable for 600MHz high speed data applications, Gigabit Ethernet, fast Ethernet and 155Mbps TP-PMD/CDDI
• Designed for indoor installations
• Category-6 foil shielded twisted pair (F/UTP) cable
• 4-Pair – easily identified color-striped pairs
• 23AWG solid bare copper conductors
• Excellent attenuation and crosstalk characteristics
• Exceeds EIA/TIA 568 B.2-1, CSA and ISO/IEC 11801 specifications
• ETL Verified
• Supplied in 1000 ft. wooden spool  

 Electrical Characteristics
• Nom. Mutual Capacitance: N/A
• Nominal Velocity of Propagation: 68%
• Maximum Delay: 537.60 @ 100MHz (ns/100m)
• Maximum Delay Skew: ≤ 45 (ns/100m)
• Maximum Conductor DC Resistance: 9.38 (@ 20°C OHm/100m)
• Maximum Operating Voltage - UL: N/A
• Maximum DCR Unbalanced: 5% (@ 20°C)
• Attenuation (Maximum)
 19.1dB/100m (328.1ft.) @ 100MHz
 61.7dB/100m (328.1ft.) @ 550MHz
• 1.0 - 100MHz Impedance: 100Ω ± 15%
• NEXT (Minimum)
 44.3dB/100m (328.1ft.) @ 100MHz
 33.2dB/100m (328.1ft.) @ 550MHz
• PS-NEXT (Minimum)
 42.3dB/100m (328.1ft.) @ 100MHz 31.2dB/100m (328.1ft.) @ 550MHz
 Return Loss (Minimum)
 20.1dB/100m (328.1ft.) @ 100MHz
12.6dB/100m (328.1ft.) @ 550MHz

factory workshop: