![RF elements 30° Symmetrical Horn Antenna Gen2 with N-Female Connectors [HG3-CC-S30]](http://www.balticnetworks.com/cdn/shop/files/hg3-cc-s30-front_512x512.jpg?v=1718212319)
RF elements 30° Symmetrical Horn Antenna Gen2 with N-Female Connectors [HG3-CC-S30]
The RF elements 30 Degree Gen2 Carrier Class Symmetrical Horn Antenna offers unique RF performance in a compact package. Scalar horn antennas have symmetrical main beam with identical beam width in Vertical and Horizontal plane. Exceptionally small side lobes ensure remarkable interference suppression. The RF elements HG3-CC-S30 Gen2 Antenna is ideal for coverage of areas with clients close to the installation site, where null zone issues exist. High density AP clusters and radio co-location is made possible due to the unique radiation pattern and compact size. The RF elements Symmetrical Horn Gen 2 Antenna features multiple improvements of RF performance and design, namely, optically lighter body and significantly improved bracket. Radome is made of more resistant material, and all of HG3-CC Gen2 antennas use only two radome sizes.
The RF elements 30 Degree Gen2 Carrier Class Symmetrical Horn Antenna is equipped with N-female connectors.
Product Features:
- Radio Connection: 2x N Female Bulkhead Connector
- Antenna Type: Horn
- Materials: UV Resistant Polycarbonate, Polypropylene, Aluminum, Zinc, Stainless Steel
- Environmental: IP55
- Flame Rating: UL 94 HB
- Pole Mounting Diameter: 30-80mm (RF Elements recommends as close as possible to 80mm)
- Temperature: -30°C to +55°C (-22°F to +131°F)
- Wind Survival: 160 Km/Hour
- Wind Loading: 44 N at 160 Km/Hour
- Mechanical Tilt: ±25°
Product Specifications:
- Frequency Range: 5180 - 6400 MHz
- Gain: 18.4 dBi
- Azimuth Beam Width -3dB: H 21° / V 21°
- Elevation Beam Width -3dB: H 21° / V 21°
- Azimuth Beam Width -6dB: H 30° / V 30°
- Elevation Beam Width -6dB: H 30° / V 30°
- Front-to-Back Ratio: 37 dB
- VSWR Max 5180-5850 MHz: 1.6
- VSWR Max 5850-6400 MHz: 1.9
- Beam Efficiency: 94%
- Polarization: Double Linear H + V
- Impedance: 50 Ohm
