1 Inner conductor: AWG26, bare copper wire, stranded
2 PE insulated conductor: Ø 0.99 mm
3 Screen (pair): Alu PETP foil
4 Overall screen: tinned braided copper
5 Single cable sheath: FRNC/LS0H, orange RAL 2003
6 Outer foil of Breakout Light (BOL) construction:
Polyester foil, transparent, sealed
Product variants & stock
Article No.
Stock
Product
Reaction to fire
Outer sheath dimensions [mm]
CU rate [kg/km]
Weight [kg/km]
Packing unit
GTIN / EAN
18848300EZ
CU 7702 6x4P Flex BOL
Eca
17.6
105
241
by the metre
40393910034554
Technical specifications
Electrically and mechanically superior quality Cat.7 patch cord - exceeds the requirements of ISO/IEC 11801, IEC 61156-6, EN 50173-1 and EN 50288-4-2.
Excellent shielding effect due to individually screened pairs and overall copper braid.
Easy wire identification and termination due to different coloured wires.
Compatible with all current connecting hardware in accordance with EN 50173, ISO/IEC 11801 and 60603-x.
AWG
26
Repeated bending
1000 cycles
Tensile strength (4P)
56
N
Minimal crush resistance / 10cm
600
N
Minimum number of impacts
10
Solid / Flex
Stranded wire (flexible)
Minimum bending radius
20
mm
Segregation class
c
Category
Cat.7
Loop resistance at 20 °C
270
Ω/km
Operating capacity
43
pF/m
Transfer impedance
10
mΩ/m
Delay skew
4
ns/100 m
Impedance at 100 MHz, ±5Ω
100
Ω
Near end unbalance attenuation LCL at 1-600 MHz
40
dB
NVP %
78
Coupling attenuation
70
dB
GBit/s
Up to 10 Gbit/s
Shielding
shielded
As patch cord in patch panels and as equipment connection cable, especially suitable for CP (Consolidation Point) applications.
For the transmission of digital and analogue voice, video and data signals.
Suitable for all ICT network applications up to class F applications (600 MHz) in accordance with EN 50173-1 and ISO/IEC 11801.
Optimized for the transmission of broadband signals (such as cable TV) in accordance with IEC 15018.
Applicable for Power over Ethernet (PoE) / PoE+.
Wire colour
white/blue, red/orange, black/green, yellow/brown, according to IEC 60189 and IEC 60708
