Cat.6 Shielded Patch Cord
Cat.6 Patch cords allow you to complete and optimise your Cat.6 system to EIA/TIA 568B, ISO 11801 and EN 50173-1 Class D levels of performance. The module boot provides better mechanical protection and insures minimum bend radius is not exceeded.
Cat.6 Shielded Patch Cords are key components of the Cat.6 shielded end-to-end solution. Cat 6 Patch Cords are designed to support high speed networks. The patch cable is made from high quality four pair 26 AWG stranded copper wire. Available in a range of colors and lengths, Cat.6 patch cords are pre-terminated with RJ45 plugs and feature anti-snag slim strain relief slip on boots.
Application:
Cat.6 Patch Cords can be used to deliver a full end-to-end Class E solution. They provide improved data throughput and allow for the inclusion of a cross connect or Consolidation Points for maximum system flexibility. They will also maximize the lifetime and long term performance of the system by minimizing the risk of wear & tear damage which can be caused by using non-matched cords. .Cat.6 Cords feature a slim over-moulded boot which is kept inside the RJ45 boundaries to enable High Density Patching with 48 cords in 1 height unit. They also come with a Retrofit Latch Protector, which can be used for colour coding of different services.
Features:
- Slim plug and boot design provide additional space between adjacent plugs
- Supports to 1Gb/s
- Individually tested up to 250MHz
- Meets or exceeds Category 6 performance standards
- 4-Pair stranded Unshielded 24 AWG conductors
- Non-plenum (CM rated)
- Universal wiring (T568A/T568B)
- Lead-Free (no heavy metals)
- Six color-coded keyed designs limit improper connections in segregated networks
- Universal wiring (T568A/T568B)
- Shielded and unshielded cable assemblies
Mechanical characteristics:
Operating Temp.Range: -20°C ~ +75°C
Max.Recommended Pulling Tension: 110N
Min. Bend Radius (install): 4 x O.D.
Flame Test: CMX, CM, CMG, CMR. IEC60332-1
Electrical characteristics:
Nom. Mutual Capacitance @ 1KHz: ≤5.6 nF/100m (@ 1KHz)
Max. Capacitance Unbalance (pF/100m): ≤330 pF/100m
Nominal Velocity of Propagation: 65%
Max. Delay Skew (ns/100m): ≤45 ns/100m
Max. Conductor DC Resistance @ 20 Deg.C: 8.76Ω/100m
Max. DC Resistance Unbalance @ 20 Deg.C: ≤5%
Max. Insulation Resistance ( MΩ/km): 5000
Max.Operating Voltage-UL: 300V