Aircell 5 Heatex
Aircell 5 Heatex is a five millimeters thin, flexible coaxial cable for the frequency range up to 10 GHz. The very low attenuation in relation to the diameter and the alternative usability of standard RG-58 coaxial connectors make this cable the first choice not only for wireless LAN but for many applications in telecommunications.
The relatively low attenuation of Aircell 5 Heatex is achieved by a low-loss PE-LLC dielectric with a gas content of over 70%. The material is also resistant to moisture. The solid core conductor of Aircell 5 Heatex is drawn from low-oxygen copper (OFC). In order to achieve good shielding and low losses, the external conductor of Aircell 5 Heatex is made of two layers of copper: on a thin, overlapping copper foil, a shielding braid with a coverage of 70% is applied. The film is PE-coated on the inside and thus protected against cracking if the bending radius is too small. The jacket of the cable is made of a halogen-free and flame retardant copolymer. Due to this Heatex jacket, the cable has a low fire load, low flame propagation, limited smoke emission and reduced production of toxic and corrosive gases. With the fire protection rating Cca Aircell 5 Heatex is approved for installation in public buildings. Aircell 5 Heatex is certified for railway applications for interior and exterior use according to requirement sets R15 and R16 of the EN45545-2 standard.
Due to its outer diameter of 5 mm, the Aircell 5 Heatex can be used with almost all commercially available coaxial connectors for 5 mm coaxial cables. Aircell 5 Heatex is a modern coaxial cable for many applications in telecommunications: it is relatively flexible, low-attenuation and anti-radiation.
The relatively low attenuation of Aircell 5 Heatex is achieved by a low-loss PE-LLC dielectric with a gas content of over 70%. The material is also resistant to moisture. The solid core conductor of Aircell 5 Heatex is drawn from low-oxygen copper (OFC). In order to achieve good shielding and low losses, the external conductor of Aircell 5 Heatex is made of two layers of copper: on a thin, overlapping copper foil, a shielding braid with a coverage of 70% is applied. The film is PE-coated on the inside and thus protected against cracking if the bending radius is too small. The jacket of the cable is made of a halogen-free and flame retardant copolymer. Due to this Heatex jacket, the cable has a low fire load, low flame propagation, limited smoke emission and reduced production of toxic and corrosive gases. With the fire protection rating Cca Aircell 5 Heatex is approved for installation in public buildings. Aircell 5 Heatex is certified for railway applications for interior and exterior use according to requirement sets R15 and R16 of the EN45545-2 standard.
Due to its outer diameter of 5 mm, the Aircell 5 Heatex can be used with almost all commercially available coaxial connectors for 5 mm coaxial cables. Aircell 5 Heatex is a modern coaxial cable for many applications in telecommunications: it is relatively flexible, low-attenuation and anti-radiation.
Characteristics:
| Diameter | 5.0 ± 0.2 mm |
| Impedance | 50 ± 2 Ω |
| Attenuation at 1 GHz / 100 m | 29.54 dB |
| f max | 10 GHz |
| Euroclass acc. to EN 50575 | Cca |
Properties:
Certified according to EN 45545-2:2013+A1:2015 and EN 45545-2:2020 requirement sets R15 + R16 for railway applications
Flame retardancy tested according to EN 60332-1-2:2004 + A1:2015 + A11:2016 and EN 60332-1-3:2004 + A1:2015
Smoke density tested according to DIN EN 61034-2:2005
Smoke toxicity tested according to EN 50305:2002 Section 9.2
Vertical flame propagation tested according to EN 50305:2002 Section 9.1.2. (bundle test for cables with ⌀ ≤ 6 mm)
Halogen-free tested according to DIN EN 50306-1:2003
Halogen acid gas content tested according to DIN EN 60754-1:2015 (HCI < 0,5%)
Acidity of gases tested according to DIN EN 60754-2:2015 (pH value > 4,3)
Conductivity of gases tested according DIN EN 60754-2:2015 (< 10,0 µS/mm)
Fluorine content tested according to EN 60684-2:2011 Clause 45.2 Procedure A (< 0,1%)
Insulating material according to DIN EN 50290-2-23 (VDE 0819), Tab. 2 / A (HD 624.3)
Jacket material according to DIN EN 50290-2-27 (HD 624.7)
Flame retardant according to IEC 60332-1-2
RoHS compliant (Directive 2011/65/EC & 2015/863/EU RoHS 3)
Fire retardant, low smoke, halogen free (LSZH)
UV-resistant
