Cat.6A U/FTP PVC, PE, LSZH 4x2x23 AWG
Application
Multicore and symmetrical twisted pair cable for digital communications:
• Type Cat. 6A U/FTP 4x2x23 AWG is designed for structured cabling networks with single laying inside buildings, constructions and equipment. This cable type can operate at frequencies up to 500 MHz, 10 Gbit/s 10 Gigabit Ethernet in conditions of increased electromagnetic action.
• Type Cat. 6A U/FTP 4x2x23 AWG LSZH is designed for structured cabling networks with single laying and laying in bundles inside buildings, constructions and equipment. This cable type can operate at frequencies up to 500 MHz, 10 Gbit/s 10 Gigabit Ethernet in conditions of increased electromagnetic action and where low smoke emission is required.
• Type Cat. 6A U/FTP 4x2x23 AWG PE is designed for structured cabling networks with external laying along the walls of buildings, constructions, in mines and collectors. This cable type can operate at frequencies up to 500 MHz, 10 Gbit/s 10 Gigabit Ethernet in conditions of increased electromagnetic action.
Cable structure
• Conductive core: 23 AWG copper soft wire
• Insulation: Physical foam PE in compliance with TIA 568 insulation color coding
• Screen: Al-PET tape min 100% coverage
• A tinned copper drain wire Ø 26 AWG
• Sheath:
PVC RAL 7001 Grey
PE RAL 9011 Black
LSZH/LS0H RAL 2003 Orange
STANDARDS
ISO/IEC 11801-1, IEC 61156-5
EN 50288-10-1
ANSI EIA/TIA 568.2-D
SPECIFICATIONS
Temperature range: | |
• fixed | -20°C…+60°C |
• flexing | 0°C…+50°C |
Bending radius: | |
• fixed | min. 4 x D |
• flexing | min. 8 x D |
Tensile strength | max. 100 N |
Crushing strength | min. 1000 N/10 cm |
Impact strength | min. 10 impacts |
Conductor resistance | max. 85 Ω/km |
Resistance imbalance | max. 2% |
Insulation resistance | min. 5000 MΩ x m |
Capacitance | max. 56 pF/m |
Capacity imbalance | max. 1600 pF/km |
Velocity of propagation | 78-80% |
Propagation delay | max. 537 ns/100 m |
Signal delay | max. 25 ns/100 m |
Test voltage | 1000 V |
Operating voltage | max. 72 V |
TCL min. «Level 2»
Coupling attenuation «Type II»
Transfer impedance «Class 2»