Category 6 cable shall meet ANSI/TIA-568-2.E Category 6 component Standard. The conductors shall be 22 AWG construction with PE insulation. The copper conductors shall be twisted in pairs, separated by cross divider, and covered by a flame-retardant (CMR) PVC jacket. Provides less voltage drop, increased current carrying capacity and reduced heat generation for PoE applications. The cable shall exceed the 100-meter distance for security, ICT, building automation, and IoT applications. Green

Category 6 cable shall meet ANSI/TIA-568-2.E Category 6 component Standard. The conductors shall be 22 AWG construction with PE insulation. The copper conductors shall be twisted in pairs, separated by cross divider, and covered by a flame-retardant (CMR) PVC jacket. Provides less voltage drop, increased current carrying capacity and reduced heat generation for PoE applications. The cable shall exceed the 100-meter distance for security, ICT, building automation, and IoT applications. Black

Category 6 cable shall meet ANSI/TIA-568-2.E Category 6 component Standard. The conductors shall be 22 AWG construction with PE insulation. The copper conductors shall be twisted in pairs, separated by cross divider, and covered by a flame-retardant (CMR) PVC jacket. Provides less voltage drop, increased current carrying capacity and reduced heat generation for PoE applications. The cable shall exceed the 100-meter distance for security, ICT, building automation, and IoT applications. Intl Grey

Category 6 cable shall meet ANSI/TIA-568-2.E Category 6 component Standard. The conductors shall be 22 AWG construction with PE insulation. The copper conductors shall be twisted in pairs, separated by cross divider, and covered by a flame-retardant (CMR) PVC jacket. Provides less voltage drop, increased current carrying capacity and reduced heat generation for PoE applications. The cable shall exceed the 100-meter distance for security, ICT, building automation, and IoT applications. Yellow

Category 6 cable shall meet ANSI/TIA-568-2.E Category 6 component Standard. The conductors shall be 22 AWG construction with PE insulation. The copper conductors shall be twisted in pairs, separated by cross divider, and covered by a flame-retardant (CMR) PVC jacket. Provides less voltage drop, increased current carrying capacity and reduced heat generation for PoE applications. The cable shall exceed the 100-meter distance for security, ICT, building automation, and IoT applications. Orange

Category 6 cable shall meet ANSI/TIA-568-2.E Category 6 component Standard. The conductors shall be 22 AWG construction with PE insulation. The copper conductors shall be twisted in pairs, separated by cross divider, and covered by a flame-retardant (CMR) PVC jacket. Provides less voltage drop, increased current carrying capacity and reduced heat generation for PoE applications. The cable shall exceed the 100-meter distance for security, ICT, building automation, and IoT applications. Violet

Category 6 cable shall meet ANSI/TIA-568-2.E Category 6 component Standard. The conductors shall be 22 AWG construction with PE insulation. The copper conductors shall be twisted in pairs, separated by cross divider, and covered by a flame-retardant (CMR) PVC jacket. Provides less voltage drop, increased current carrying capacity and reduced heat generation for PoE applications. The cable shall exceed the 100-meter distance for security, ICT, building automation, and IoT applications. White

Category 6 cable shall meet ANSI/TIA-568-2.E Category 6 component Standard. The conductors shall be 22 AWG construction with PE insulation. The copper conductors shall be twisted in pairs, separated by cross divider, and covered by a flame-retardant (CMR) PVC jacket. Provides less voltage drop, increased current carrying capacity and reduced heat generation for PoE applications. The cable shall exceed the 100-meter distance for security, ICT, building automation, and IoT applications. Blue

Category 6 cable shall meet ANSI/TIA-568-2.E Category 6 component Standard. The conductors shall be 22 AWG construction with PE insulation. The copper conductors shall be twisted in pairs, separated by cross divider, and covered by a flame-retardant (CMR) PVC jacket. Provides less voltage drop, increased current carrying capacity and reduced heat generation for PoE applications. The cable shall exceed the 100-meter distance for security, ICT, building automation, and IoT applications. Red

Class 4 Power Patch Cord shall be UL listed, compliant with UL 1400-2 for Class 4 cabling. Each power patch cord shall be cut to a specific predetermined length with pre-terminated ferrules on each end. The conductors shall be 18 AWG stranded copper insulated with polyvinyl chloride. The copper conductors shall be a single pair and covered by a flame retardant (CMP) PVC jacket.

Class 4 Copper Cable shall be UL listed and compliant with UL 1400-2 for Class 4 cabling. It shall be a component of an end-to-end Class 4 Fault Managed Power System (FMPS) that efficiently and safely carries significant power at higher voltages over long distances. The conductors shall be 18/19 AWG stranded copper insulated with polyvinyl chloride. The copper conductors shall be twisted in pairs and covered by a flame retardant (CMP) PVC jacket.

Category 6 cable shall meet ANSI/TIA-568.2-E Category 6 component standard. The conductors shall be 24 AWG construction with HDPE insulation. The copper conductors shall be twisted in pairs and covered by a low smoke, flame-retardant PVC (CMR) jacket.