Molex U/FTP 4 Pair PowerCat 6A LS0H B2ca 500m Reel Violet

The PowerCat 6A Shielded Cable is a key component of the PowerCat 6A end-to-end solution. Molex PowerCat 6A U/FTP Cable is specifically designed to support high speed data network applications such as 10-Gigabyte Ethernet (10GBASE-T). The cable is constructed of 4 screened pairs and a drain wire. This cable minimizes alien crosstalk, provides excellent signal isolation and provides superior electromagnetic interference (EMI) protection.

Molex recommends that the full range of PowerCat 6A Shielded products be used in a system to maximize cabling performance. This system is compliant with the latest ISO/IEC 11801 2nd Ed 2.2:2011 and ratified TIA 568-C.2 for the support of cat. 6A and 10GBASE-T.

Features & Advantages

• Reaction to Fire Euroclass - B2ca -s1a d1 a1
• Outstanding signal isolation
• The cable is compliant with ISO/IEC 11801 Ed 2.2:2011 and TIA 568-C.2 and EN 50173:2011
• Enhanced performance 4 pair U/FTP LS0H Cable
• Resistant to alien crosstalk (Alien NEXT) and crosstalk (PS NEXT)
• Color coded for ease of termination
• RoHS Compliant

Technical Information

Mechanical

• Conductor Size [mm]: 23 AWG (0.570±0,005)
• Insulated conductor diameter [mm]: 1.350 ?0,05
• Color code: Blue x White/Orange x White/Green x White/Brown x White
• Pair number: 4
• Outside cable diameter [mm]: 7.4?0,5
• Individual pair shield: Aluminium foil, providing 100% coverage, foil face out
• Drain Wire: Yes
• Overall shield: No
• Pulling force: 100N max
• Sheath: LS0H
• Flame test: IEC 60332-1
• Gas & smoke test: IEC 60754 (halogen & acid gas) and IEC 61034 (dense smoke)
• Sheath color LSZH: Violet RAL4005
• Shipping weight [kg]: 28.5
• Cable length tolerance: +/- 5%

Electrical

• Characteristic Impedance [Ohm]: 100?15 @ 1-250 MHz / 100?20 @ 250-500 MHz
• DC Resistance [Ohm/100m]: 9,38 max
• Resistance unbalance [%]: 2% max
• Capacitance [nF/100m]: ?5.6
• Voltage rating [Vdc]: 72 max
• NVP: 74% - printed on a jacket
• Delay Skew [nS/100m]: ?45
• Insulation Resistance [MegaOhm•Km]: 5000 min. @ 500 Vdc