Wooden coil 500m Burial coaxial cable 1/2″ 7RtC UV Resident…
KSh820,380.00
Coaxial cable with both conductors made of copper 100% (Cu/Cu) and excellent braid coverage (77%). Includes a petro-gel layer and an external UV-resistant LSFH coverage, which makes it perfect for indoor and outdoor installation, specially for underground use, free of deformations and degradations that could affect the quality of the transported signal. A 7 RtC cable with double shielded.
Coaxial cable with both conductors made of copper 100% (Cu/Cu) and excellent braid coverage (77%). Includes a petro-gel layer and an external UV-resistant LSFH coverage, which makes it perfect for indoor and outdoor installation, specially for underground use, free of deformations and degradations that could affect the quality of the transported signal. A 7 RtC cable with double shielded.
Stands out for
Copper conductors
Class A shielded
Dca-s2,d2,a1 Euroclass
Petro-gel layer
Main Features
Grey-colour external UV-resistant LSFH sheath
75 Ohm characteristic impedance
500 m wood reel
Specifications
Type 1/2?
Standard EN 50117-2-5
Euroclass Dca
Euroclass: Smoke Production s2
Euroclass: Flaming droplets d2
Euroclass: Acidity a1
Class A
Inner conductor Diameter mm 2.7
Inner conductor Material Copper (Cu)
Inner conductor Resistance ?/km <3.2
Dielectric Diameter mm 11.5
Dielectric Material Foam polyethylene (PEE)
Dielectric Color White RAL 9003
Overlapped foil Copper + Polyester
Braid Material Copper
Braid dimensions: No. of carriers (Nc) 24
Braid Dimensions: No. of strands per carrier (Ns) 8
Braid Dimensions: strand diameter (?) mm 0.12
Braid Resistance ?/km <7
Braid Coverage % 77
2nd foil No
2nd foil glued to the dielectric No
Petrol-Jelly Yes
Anti-migrating film No
Outer sheath Diameter mm 15
Outer sheath Material LSFH, UV-resistant
Outer sheath Thickness mm 1
Minimum bending radius mm 75
Transfer impedance (5-30MHz) m?/m <5
1GHz shielding dB > 85
Spark Test Vac 8000
Capacitance pF/m 55
Impedance ? 75
Velocity ratio % 82
Operating temperature ?C -25 … 70
Frequencies
5 MHz 47 MHz 54 MHz 90 MHz 200 MHz 500 MHz 698 MHz 800 MHz 862 MHz 950 MHz 1000 MHz 1220 MHz 1350 MHz 1750 MHz 2050 MHz 2150 MHz 2200 MHz 2300 MHz 2400 MHz 3000 MHz
Attenuation (typ.) dB/m
0.01 0.02 0.02 0.02 0.03 0.06 0.07 0.08 0.08 0.08 0.09 0.09 0.11 0.12 0.13 0.12 0.12 0.14 0.15 0.14
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