EN
Innovative airMAX sector antennas are characterized by robust construction and 2x2 performance, with double polarity. Ubiquiti antennas can work as an advanced PtMP network base station. AirMax Sector Titanium model is a continuation of the evolution of Ubiquiti antennas, the best sector antennas in its class. Advanced RF isolation and variable beam configuration make the AirMax Sector Titanium AM-V2G-TI 2GHz 15-17dBi the leader in sector antenna technology.
The airMAX sector antennas are highly interference-resistant and provide excellent gain and transmission performance for efficient multi-point networks.
Ubiquiti antennas have the ability to adjust the beam width, increasing scalability. Universal airMAX Titanium Sector models are equipped with advanced signal isolation and beam width adjustment: 60°, 90° or 120°.
AirMAX antennas are designed to be robust and weather-resistant for outdoor use.
The Titanium sector antenna has an integrated Rocket mounting bracket, which allows Rocket to be mounted without any tools. A specially designed protective cover helps protect Rocket from damage.
Features / filters | |
Antenna frequency | 2.4 GHz |
Energy gain | 10dBi - 20dBi |
Antenna connector type | RP-SMA |
Antenna gain level (max) | 17 |
Antenna type | Sector, Sector antenna, |
Application | Outdoor |
Certification | EN 302 326 DN2 CE, FCC, IC |
Compatible with brand | Ubiquiti |
Connector gender | Male |
Connector type | 2x RP-SMA |
Cross polarization isolation | >25 dB |
Depth | 372 |
Electric deviation | 4° |
Frequency band | 2.3 - 2.6 |
Front-to-back ratio | 30 dB |
Height | 120 |
Horizontal beam width | 120 |
Horizontal beam width (2.4 GHz) | 4 |
Horizontal beamwidth | 60°, 90°, 120°, |
Mounting | Wall |
Polarization | Double linear, Dual polarization, |
Product colour | White |
Purpose | Outdoor |
Quantity per pack | 1 |
Vertical beam width | 60 |
Vertical beam width (2.4 GHz) | 4 |
Voltage Standing Wave Ratio (VSWR) | 1.5:1 |
VSWR | 1.5:1 |
Weight | 6.4 |
Width | 773 |
Basic technical parameters | |
Dimensions | 773 × 372 × 120 mm |
Weight | 6.40 kg |
Frequency range | 2.3 - 2.6 GHz |
Beam width | 60°/ 90°/ 120° |
Gain | 17 dBi @ 60° 16 dBi @ 90° 15 dBi @ 120° |
Elevation Beamwidth | 4° |
Electrical Downtilt | 4° |
Wind resistance | 200 km/h |
Wind load | 640.5 N@ 200 km/h |
Polarisation | Linear Dual |
Separation between polarization | 25 dB |
F/B ratio | 30 dB |
Standing Wave Voltage Ratio (VSRW) | 1.5:1 |
Connections | 2 x RP-SMA (waterproof) |
Compatible radios | RocketM2 Titanium RocketM2 |
Mounting kit | Pole bracket included |
ETSI | EN 302 326 DN2 |
Certificates | CE, FCC, IC |
1. Set the desired beam width by adjusting the antenna. Loosen the four bolts with hex nuts to be able to move the antenna, but don't remove the bolts.
2. Carefully set the antenna to a desired beam width, according to the markings on the screws.
3. Tighten the four bolts.
4. Connect the RF cables to the sockets marked Chain 0 and Chain 1 on the Rocket.
5. Secure the Rocket to the mount.
a. Align the latches on the back of the Rocket with the four openings on the mount.
b. Slide the Rocket down until it locks in place.
6. Connect the RF cables to the antenna.
7. Slide the protective cover down until it locks in place on the mount.
8. Attach the U-Brackets to the antenna:
a. Secure the U-Bracket to the upper mounting brackets of the antenna using two nuts.
b. Secure the second U-Bracket to the lower mounting brackets of the antenna using two nuts.
9. Insert two carriage bolts to each pole bracket.
10. Secure each pole bracket to each U-Bracket using two bolts, tighten them only by hand.
11. To mount the antenna on the pole, slide the pole brackets over each pair of bolts, secure each bracket using two nuts.
12. The antenna has a 4° electrical downtilt, to furthe adjust the tilt:
a. Loosen four screws on the U-Brackets and two nuts on the upper bracket.
b. Adjust the antenna to have the desired tilt.
c. Tighten every bolt and nut to about 25 N-m (18 lb-ft) or less, to avoid deforming the pole.