RCF158-50JFNA-NYCT
1-5/8" RADIAFLEX® RCF Cable, A-series, for NYCT
Rev : G | Rev date : 11 May 2021
- RADIAFLEX® functions as a distributed antenna to provide communications in tunnels, mines and large building complexes and is the solution for any application in confined areas.
- Slots in the copper outer conductor allow a controlled portion of the internal RF energy to be radiated into the surrounding environment. Conversely, a signal transmitted near the cable will couple into the slots and be carried along the cable length.
- RADIAFLEX® is used for both one-way and two-way communication systems and because of its broadband capability, a single radiating cable can handle multiple communication systems simultaneously.
- This RADIAFLEX® radiating cable utilize a low-loss cellular polyethylene foam dielectric and a corrugated copper outer conductor which offers a combination of remarkable flexibility, high strength and excellent electrical performance.
- MADE IN MERIDEN, CT USA
FEATURES / BENEFITS
- Broadband radiating cable supporting all wireless application between 30 MHz to 2650 MHz
- Ideally suited for application that require low bending radii
- Robust radiating cable operational under all enviromental conditions as e.g. harsh tunnels or mines
RCF cable, A-series
Technical features
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External Document Links
Notes
- Coupling loss values are average values of all three spatial orientations (radial, parallel and orthogonal) of dipole antenna.
- As with any radiating cable, the performance in building or tunnel environments may deviate from figures based on free space method.
- Spec Rev F specifically for NYCT:
(*) Coupling Loss and Longitudinal Loss values are nominal values in table above and measured by the free space method according to IEC 61196-4 at 2m (6.6ft) distance.
(**) Longitudinal loss values in table above with a tolerance of +/-5 %
(***) Orthogonal Coupling loss measured by the free space method according to IEC 61196-4 at distance of 6 m (20 ft) below
(Maximum Values - 50% RP)
150MHz: 85 dB | 450 MHz; 88 dB | 900MHz: 89 dB