RG 6 U/4 PHY-HF

28.09.2021
173
RG 6 U/4 PHY-HF

General Details     

Technical Specifications

Operating temperature-30 °C … +70 °C
Bending radius min.10 x D
Impedance75 ± 3 Ω
Capacity52 ± 2 pF/m
Propagation speed%84 ± 2
Insulation resistance min.2 G Ω x km
Operating voltage max.1300 V
Test voltage3000 V
StandardsEN 50117, IEC 61196
fire performanceVertical flame spread EN 60332-1-2 Corrosive gas EN 50267-2-1/2 Smoke density EN 61034-2
Satellite distribution cable usage length2150MHz – 60m
VHF/UHF distribution cable length860MHz – 150m
S-band cable TV distribution cable run length470MHz – 210m
Attenuation @20 °C max50 MHz 4,74 dB/100m
200 MHz 9,29 dB/100m
470 MHz 14,35 dB/100m
860 MHz 19,72 dB/100m
1000 MHz 21,37 dB/100m
2150 MHz 32,52 dB/100m
2400 MHz 34,59 dB/100m
3000 MHz 39,26 dB/100m
return loss5-470 MHz > 20 dB
470-1000MHz > 18 dB
1000-2000 MHz > 16 dB
2000-3000 MHz > 15 dB
Screen Attenuation30-1000 MHz ≥ 75 dB
1000-2000MHz ≥ 65 dB
2000-3000 MHz ≥ 55 dB
Transfer Impedance5-30 MHz ≤ 50 mΩ/m

Attenuation = 2,00 * f(MHz) + 0,05*f(MHz) + 4,3

Usage areas

Using physical foamed insulation technology, cables with 75 ohm characteristic impedance are used in Cable TV, individual-central antenna and satellite distribution systems and CCTV security camera systems in accordance with EN 50117 standards.

Halogen-free material is used in the cable structure (it does not receive and transmit the flame late, it does not create toxic gas and black smoke that hinders vision after combustion). It is used in buildings such as mass housing, hotels, shopping centers, smart buildings, where people are concentrated, especially in places that should not be affected by fire conditions.

Cable Structure

ConductiveElectrolytic copper wire, Ø 1.02mm (AWG18) Class 1, IEC 60228
Insulationblue, PE with physical foam, Ø 4,60mm 70°C, EN 50290-2-23
ScreenAl-Pet foil min.100% coverage aluminum wire mesh
SheathHFFR – RAL 9003 White, Ø 6,80mm
70°C, EN 50290-2-27
Proposal form

    Comments

    No comments yet. You can be the first filling the form below.