POWERMAX™ : GIGABIT HIGH SPEED ETHERNET
PowerMAXTM Cat6 Blue UTP Cable - 305mtr 23AWG PVC
The DINTEK PowerMAX™ Category 6 solution is guaranteed to exceed ClassE channel specifications as set down in International standards.
The PowerMAX™ solution comprises Category 6 component compliant patch panels, keystones and patch cords. When combined with DINTEK’s Category 6 UTP cable, an end-to-end channel exists that maximises data throughput and provides headroom for all future technologies operating beyond one Gigabit.
POWERMAX™ UTP CABLE FEATURES
DINTEK uses only solid copper conductors in all of its cables. We will not lower the quality of our product at the risk of the end users experience.
DINTEK conductor sizes for Category 6 are set at 23AWG. By keeping the gauge size of the conductor larger, there is less heat generation caused and less drop of voltage over distance. Cables simply perform better.
DINTEK Category 6 exceeds current ANSI/TIA and ISO Standards for performance.
DINTEK Category 6 cabling is capable of handling the latest versions of power over Ethernet including IEEE 802.3-bt versions level 3 & 4 without the need for derating, required for lower core sizes
Cable Structure
Twisted pair
Color code:
Pair 1> blue, white / blue ring
Pair 2> orange, white / orange ring
Pair 3> green, white / green ring
Pair 4> brown, white / brown ring
Conductor: 23AWG (1x0.56±0.007mm) solid anneal copper wire
Insulation material: HDPE
Diameter of dielectric core: 1.0±0.05mm
Insulation thickness: min at any point: 0.22mm
Number of twist pairs: 4 pairs
Assembly: 4 pairs of dielectric core shall be stranded in circular form.
Material of jacket:PVC
Thickness of jacket: AVG 0.6mm
Nominal O.D.: 6.4±0.2mm
Flame rating: CM
Physical Characteristics
Insulation elongation: min 300%
Insulation tensile strength: min 2400psi
Jacket elongation: min 100%
Jacket tensile strength: min 1500psi
Electrical Characteristics
Spark test: 2.5KV
Impedance: 100 Ohm 15%
D.C.R (Max.) : 9.38 Ohm/100m at 20
D.C.R. Unbalance (Max.) : 5% MAX./100m
Capacitance, unbalance (Max.): 330 pF/100m
DC Insulation Resistance (Min.): 1500M ohm/km
Dielectric Strength: 2500 Vdc / 3 seconds