HRF400 0.400" 6 GHz Coaxial Cable

Antenna Cable HRF400 LSZH 0.400" 6 GHz

High-class professional coaxial cable impedance 50 ohms in a polyethylene sheath, designed for transmission RF signals, data, etc. via
radio (WLAN 5 GHz, 2.4 GHz, WiMAX etc.) and other radio communication applications, for work in installations transmitting and receiving.

Design:

• Inner conductor Cu clad on Al wire (CCA), diameter Ø 2.74 mm +/- 0.03 mm
• Dielectric Physically foamed PE, diameter Ø 7.24 mm +/- 0.05mm
• Screen (outer conductor) Al-PET foil glued to dielectric + 93% tinned Cu braid
• LSZH outer coating, UV resistant, total diameter Ø 10.3 mm +/- 0.2 mm, color black (RAL 9005 )
• Standards EN 50117-1, IEC 61196-1, fire resistance according to EN 60332-3-24
• Minimum bend radius:
  no load 5 x cable diameter
  with load 10 x cable diameter

Temperature range:

• during operation -30° C to + 70° C
• during installation -10° C to + 55° C

Electrical parameters @20°C :

• Resistance for direct current ( DC )
  internal vein 4.8 ohm/km
  outer core (screen) 5.4 ohm/km
• Unit capacitance 79 pF/m
• Wavelength reduction factor 85%
• Wave impedance 50 ohm  ± 2 
• Transfer impedance  <5 mom/m @10 MHz
• Operating voltage 1.2 kVrms
• Voltage test inner core/shield 3.0 kVrms
• Shielding efficiency 100-1000 MHz 90 dB

Performance parameters @20°C

Frequency (MHz) Wave attenuation dB/100m (nominal)

• 30MHz ......................... 2.2 dB
• 150 MHz .................... 5.0 dB
• 220MHz .................... 6.1 dB
• 450MHz .................... 8.9 dB
• 900 MHz ............ 12.8 dB
• 1800MHz............18.6dB
• 2500MHz............22.3dB
• 5200MHz.............33.6dB
• 5800MHz............35.5dB

Maximum power rating Watts (ambient temperature 40°C and maximum internal core temperature 100°C)

• 30 MHz ................. 3330 IN
• 150 MHz ................. 1470 IN
• 220MHz............1200 IN
• 450MHz ......................... 830 IN
• 900 MHz ................. 580 IN
• 1800MHz............400W
• 2500MHz............330W
• 5200 MHz .................... 222 W
• 5800MHz............210W

Return loss (dB) (average values )

• 50-450 MHz ............. >= 26 dB
• 450-1000 MHz ............ >= 23 dB
• 1000-2500MHz............>= 15 dB