Category 6 RiT EPV Patch Cords
The CLASSix STP Patch Cord conforms to ANSI/TIA/EIA-568-B.2-1, ISO/IEC 11801 2nd edition (2002) and CENELEC EN50173 (2002) for Category 6/Class E and it's designed for high speed protocols such as ATM 622 Mbps and Gigabit Ethernet 1000 Mbps applications. The CLASSix SMART Patch Cord is comprised of a flexible patch lead cable and terminates with two modular plugs.
CLASSix STP Patch Cable
CLASSix SMART Patch Cable is a 100-ohm, double-shielded cable, designed for high data rates for indoor installations. The cable is housed in a blue, PVC jacket with a braided shield, and includes four individually shielded twisted pairs. An additional 26 AWG flexible, insulated conductor at the centre of the cable serves as a control wire, which carries the EPV scanning signal. As a result, scanning does not interfere with the data signal-carrying pairs.
CLASSix Modular Plugs
The CLASSix Plug is field-terminatable, with superior cable retention providing enhanced pull-strength and preventing pair deformation. The plug is designed to ensure precision wire placement, providing superior performance. With RiT's Precesion Placement Technology (PPT), the CLASSix Plug ensures high repeatability Cross-Talk performance, with both factory and field termination. PPT enables Category 6 performance under any field condition.
The connectors have 9 contacts, and accommodate termination of 24 AWG and 26 AWG solid and stranded conductors.
Features
- SMART ReView Patch Cords are used in cross-connect EPV applications
- Comprise a length of nine-wire flexible patch cable, terminated with two ten position RJ-45 plugs at the ends with external nine-contact
- Accommodate with either internal or external nine-pin connection
- SMART ReView Patch Cords feature non-molded flexible boot for enhanced life and reliability
- Anti-snag latch design
- Conform to ANSI/TIA/EIA-568-B.2-1, ISO/IEC 11801 2nd edition (2002) and CENELEC EN50173 (2002) for Category 6/Class E
- 100% tested at the factory
See for yourself the simplicity of the EPV system
