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RF LLF 1/2" SHF1

RF LLF 1/2"

Select variant

    • RF LLF 1/2", black

      SKU: 1028850
      • Lagerført: NEK Kabel

    • RF LLF 1/2" , grey

      SKU: 1028857

Description

Feeder cable
50Ω
SHF1, UV
DNV

Low loss flexible feeder cable designed for broadband transmission from sources like radio antennas, radars, GPS devices,
mobile phone antennas to distribution systems inside ships, tunnels, buildings and underground areas where RF signals
normally cannot be received.

Download data sheet (pdf)
Conductor 
Copper coated Al wire
4.80 ± 0.05 [mm]
Dielectricum 
Cellular PE
12.10 ± 0.30 [mm]
Screen 
Corrugated Cu tube
13.90 ± 0.25 [mm]
Jacket 
Black or grey
SHF1
UV-resistant
O.D. 
16.4 ± 0.4 [mm]
Weight 
265 [kg/km]
Jacket marking 
NEK Kabel – RF LLF 1/2" 50 – SHF1 – DNV –
DD/MM/YYYY – <batch no.> – ****m
Operating temperature normal 
-25 – +70 [°C]
Temperature @ installation 
-20 – +50 [°C]
Inductance 
0.19
[µH/m]
Peak RF voltage 
1.8 [kV]
Characteristic impedance 
50 ± 2 Ω
Peak power rating 
32 [kW]
Insulation resistance 
10 [GΩ x km]
Capacitance 
76 [pF/m]
Velocity factor 
88 [%]
Min. bending radius 
60 [mm]
Min. bending radius flexible 
125 [mm]
Halogenfree, max content corrosive and toxic gases 
IEC 60754-1 & IEC 60754-2
Material properties, insulation and sheath 
IEC 60092-360 (359)
Design and testing standards 
IEC 60096-0-1 Ed 3
IEC 61196-1-100
Flame resistance 
IEC 60332-3-24 Cat.C
Flame retardant 
IEC 60332-1-2
Weather resistant 
ASTM G 154
Smoke emission 
IEC 61034-2
UV-resistant 
ASTM G 154
Certification 
DNV
Prod.no. 
1028850-black
1028857-grey
Frequency [MHz] Attenuation [dB/100m ±5%] Coupling loss 95% [dB±10]
150 3.40 78
450 6.00 80
700 6.48 80
900 9.50 82
1800 13.75 88
2200 15.40 85
2400 16.00 87
Frequency [MHz] -
260 – 480 ≤ 1.25
820 – 960 ≤ 1.25
1700 – 1860 ≤ 1.25
1900 – 2050 ≤ 1.30
2100 – 2200 ≤ 1.30
2300 – 2400 ≤ 1.30
Date Rev. Description
13.09.2017 1 Update outer diam.
10.10.2017 2 Update screen resistance
27.11.2017 3 Update design Norm
27.9.2019 4 Corr. approval
16.06.2020 5 Corr. approvals
11.01.2022 6 Attenuation/VSWR
22.12.2023 7 Norms
23.04.2025 8 Attenuation