| Operating Temperature | -30°C …+70°C |
| Bending radius min. | min. 10 x D |
| Impedance
Capacitance Velocity of propagation |
75 ± 3 Ω
52 ± 2 pF/m (85 ± 2)% |
| Attenuation @20°C | max. 50 MHz 4.32 dB/
100 m 200 MHz 8.44 dB/ 100 m 470 MHz 13.05 dB/ 100 m 860 MHz 17.96 dB/ 100 m 1000 MHz 19.48 dB/ 100 m 2150 MHz 29.74 dB/ 100 m 2400 MHz 31.65 dB/ 100 m 3000 MHz 35.98 dB/100 m |
| Insulation resistance min. | min. 2 GΩ x km |
| Test voltage | 3000 V |
| Operating voltage max. | MAX 1300 V |
| Standards | EN 50117, IEC 61196 |
| Fire performance | Vertical flame propagation EN 60332-1-2 Corrosive gas EN 60754-1/2 Smoke density EN 61034-2 |
| EU declaration of conformity | LVD Low Voltage Directive 2014/35/EU RoHS Restriction of Hazardous Substances 2011/65/EU |
Cable assembly length Satellite distribution2)
2150 MHz 70 m VHF/UHF distribution3)
860 MHz 170 m S-band Cable TV distribution3) 470 MHz 230 m
Return loss1)
5-470 MHz > 23 dB
470-1000 MHz > 20 dB
000-2000 MHz > 18 dB
2000-3000 MHz > 16 dB
Screening Class Class A+ Segregation class “d” EN 50174-2
Screen Attenuation 30-1000 MHz ≥ 95 dB
1000-2000 MHz ≥ 85 dB
2000-3000 MHz ≥ 75 dB
Transfer Impedance 5-30 MHz ≤ 2.5 mΩ/m
Utilising physical foam insulation technology, cables have a rated impedance of 75 ohms and comply with EN 50117. They are primarily used in Cable TV, individual/central satellite distribution and CCTV security camera systems. Cables are composed of halogen-free materials (flame retardant materials that do not emit toxic gas or black dense smoke that lowers visibility). They are primarily used in highly populated areas that should have fire resistance, such as housing estates, hotels, shopping malls and smart buildings
Conductor Electrolytic copper wire, Ø 1.13 mm
Insulation Physical foam PE, Ø 4.80 mm 70°C, EN 50290-2-23
Screen Al-Pet-Sy foil min. 100% coverage Tinned braided copper wire Al-Pet foil min. 100% coverage
Sheath HFFR – RAL 4005 Lilac, Ø 6.90 mm 70°C, EN 50290-2-27