Ubiquiti 5 GHz Beamwidth Horn Antenna, 19 dBi - antenna
Manufacturer: UBIQUITI NETWORKS
ID: HORN-5-30
8190€
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Multitronic Vaasa
Multitronic Pietarsaari
Multitronic Jyväskylä
Multitronic Lappeenranta
Multitronic Mariehamn
Key Specifications
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Specifications
Description
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Delivery
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Weight & dimensions | |
Weight | 1.1 kg |
Depth | 184.2 mm |
Diameter | 22.1 cm |
Packaging content | |
Quantity per pack | 1 pc(s) |
Performance | |
Frequency band | 5.15 - 5.85 GHz |
Antenna gain level (max) | 19 dBi |
Horizontal beam width | 30° |
Vertical beam width | 30° |
Features | |
Antenna type | Horn antenna |
Product colour | White |
Polarization | Dual polarization |
Voltage Standing Wave Ratio (VSWR) | 1.7:1 |
Wind load | 56 |
Survival wind speed | 200 km/h |
Isolation | 17 dB |
Logistics data | |
Harmonized System (HS) code | 85177100 |
EAN | 817882020060 |
Warranty | 2 years |
Source: Icecat.biz |
5 GHz Beamwidth Horn Antenna
With a range of different beam widths, the isolation antennas are interchangeable and feature high-performance beam patterns ideal for a range of deployment needs. Used with the airFiber® LTU and airMAX® radios, these antennas deliver superb co‐location performance without sacrificing gain.
Modular Design
The isolation antennas are interchangeable and feature high-performance beam patterns for a range of demanding deployment needs. Combined with the PrismStation 5AC or airFiber LTU radio, the system gets maximum gain out of the smallest footprint.
Asymmetrical horn antennas
60° and 90° versions have naturally attenuated side lobes and extremely low back radiation. They offer the best front-to-back ratio in the industry and the lowest side lobe radiation. Asymmetrical horn antennas are ideal for cluster sector installations with high co-location requirements.
With a range of different beam widths, the isolation antennas are interchangeable and feature high-performance beam patterns ideal for a range of deployment needs. Used with the airFiber® LTU and airMAX® radios, these antennas deliver superb co‐location performance without sacrificing gain.
Modular Design
The isolation antennas are interchangeable and feature high-performance beam patterns for a range of demanding deployment needs. Combined with the PrismStation 5AC or airFiber LTU radio, the system gets maximum gain out of the smallest footprint.
Asymmetrical horn antennas
60° and 90° versions have naturally attenuated side lobes and extremely low back radiation. They offer the best front-to-back ratio in the industry and the lowest side lobe radiation. Asymmetrical horn antennas are ideal for cluster sector installations with high co-location requirements.
Multitronic Vaasa: 0 pcs
Estimated delivery: 25.08 - 27.08
Estimated delivery: 25.08 - 27.08
Today: 10:00 - 18:00
Multitronic Pietarsaari: 0 pcs
Estimated delivery: 25.08 - 27.08
Estimated delivery: 25.08 - 27.08
Today: 09:00 - 17:00
Multitronic Jyväskylä: 0 pcs
Estimated delivery: 25.08 - 27.08
Estimated delivery: 25.08 - 27.08
Today: 10:00 - 17:00
Multitronic Lappeenranta: 0 pcs
Estimated delivery: 25.08 - 27.08
Estimated delivery: 25.08 - 27.08
Today: 10:00 - 18:00
Multitronic Mariehamn: 0 pcs
Estimated delivery: 25.08 - 27.08
Estimated delivery: 25.08 - 27.08
Today: 10:00 - 17:00
Fetch from the shop
Estimated delivery time: 25.08 - 27.08
Estimated delivery time: 25.08 - 27.08
Matkahuolto: Parcel lockers and service points
Estimated delivery time: 26.08 - 27.08
Estimated delivery time: 26.08 - 27.08
Posti: Parcel lockers and service points
Estimated delivery time: 25.08 - 26.08
Estimated delivery time: 25.08 - 26.08
Posti: Postal package
Estimated delivery time: 26.08 - 27.08
Estimated delivery time: 26.08 - 27.08
Posti: Doorstep delivery
Estimated delivery time: 26.08
Estimated delivery time: 26.08
Posti: Home delivery
Estimated delivery time: 26.08
Estimated delivery time: 26.08
The above technical details are for reference only and may change without notice. We reserve the right to correct printing errors and use illustrations for guidance. Some text may be auto-generated or machine-translated, which could lead to inaccuracies.