Sectoral airMAX antennas have 2x2 MIMO double polarization, which was designed for seamless integration with Rocket radio devices (Rocket sold separately). The airMAX sector antenna can be deployed in a point-multipoint (PtMP) network.
The airMAX sector antenna is highly resistant to interference and provides excellent gain and performance for multi-point networks.
Each airMAX sector antenna is designed for rugged construction for outdoor use.
Each airMAX sector antenna has a built-in mounting bracket, so installation does not require any special tools. Snap the device securely into place and attach the antenna to get the optimal combination of Rocket radio and airMAX sector antenna for your use.
| Features / filters | |
| Antenna frequency | 900 MHz |
| Antenna type | Sector |
| Energy gain | 10dBi - 20dBi |
| Antenna gain level (max) | 13.8 |
| Application | Outdoor |
| Compatible with brand | Ubiquiti |
| Cross polarization isolation | >30 dB |
| Depth | 290 |
| Frequency band | 0.902 - 0.928 |
| Height | 134 |
| Horizontal beam width | 109 |
| Horizontal beamwidth | 120° |
| Numbers of pieces in the package | 1-pack |
| Polarization | Double linear, Dual polarization, |
| Product colour | White |
| Quantity per pack | 1 |
| Vertical beam width | 120 |
| Vertical beamwidth | 109° |
| VSWR | 1.5:1 |
| Weight | 12.5 |
| Width | 1290 |
| Basic technical parameters | |
| Dimensions | 129 × 29 × 13,4 cm |
| Weight | 12.5 kg |
| Frequency | 902 - 928 MHz |
| Gain | 13,2 - 13,8 dBi |
| HPOL Beamwidth | 109° (6 dB) |
| VPOL Beamwidth | 120° (6 dB) |
| Electrical beamwidth | 15°. |
| Downtilt electric system | N/A |
| Maximum VSWR | 1.5:1 |
| Wind survivability | 200 km/h |
| Polarisation | Dual-Linear |
| Wind load | 658.3 N @ 200 km/h |
| Cross-insulation | 30 dB Min. |
| ETSI specification | Not applicable |
| Mounting | Universal pole mount and radio jumpers included |
1. Remove the Port Cover by lifting the release latch on the
bottom of the RocketM900 and sliding the Port Cover off.
2. Route an Ethernet cable through the hole on the Antenna
Bottom Cover and connect it to the Ethernet Port.
3. Replace the Port Cover.
4. Attach the two Antenna RF Connectors to the connectors
labeled Chain 0 and Chain 1 on the RocketM900. Place the
RocketM900 in the bottom of the antenna.
5. To install the Antenna Bottom Cover:
a. Insert the cover's tabs into the notches of the antenna
bottom.
b. Press the cover and snap it into place
c. Secure the cover to the bottom of the antenna using
the M3x8 Tapping Screw.
6. Wrap the Bushing around the Ethernet cable and then push
it into place in the Antenna Bottom Cover.
7. Attach the two U-Brackets to the two brackets on the
antenna using the four M8x25 Bolts and four M8 Serrated
Flange Nuts.
8. To mount the antenna to the pole, you will attach the
upper U-Bracket in step 9 and then attach the lower
U-Bracket in step 10.
9. To attach the upper U-Bracket to the pole:
a. Insert the two M12x180 Bolts into the upper U-Bracket
b. Secure each bolt using a M12 Serrated Flange Nut
c. Screw on two more M12 Serrated Flange Nuts. Slide a
V-Bracket on the M12x180 Bolts.
d. Position the antenna so that the pole is between the
M12x180 Bolts. Slide a second V-Bracket on the M12x180
Bolts, so that the pole is between the V-Brackets.
e. Secure the second V-Bracket using two M12 Serrated
Flange Nuts.
10. To attach the lower U-Bracket to the pole:
a. Insert the two M12x130 Bolts into the lower U-Bracket.
b. Position the antenna so that the pole is between the
M12x130 Bolts. Slide the V-Bracket on the M12x130 Bolts,
so that the pole is between the U-Bracket and V-Bracket.
c. Secure the V-Bracket using two M12 Serrated
Flange Nuts.
11. To adjust the elevation angle of the antenna:
a. Loosen the four M12 Serrated Flange Nuts securing the
V-Brackets of the upper U-Bracket.
b. Slide the V-Brackets to provide the desired tilt
c. Tighten all bolts and nuts to approximately
25 N-m (18 lb-ft) or less to avoid deforming the pole.
It has a double polarization 2x2 MIMO
Beam height: 15°.
