Antenna : 5.8 GHz ISM / UNII Band 22 dBi Reflector
Grid Wireless LAN Antenna Model: HG5822G
Superior Performance
The HyperGain® HG5822G High-Performance Reflector Grid Wi-Fi Antenna is ideal
for long-range highly directional 5.8GHz ISM and UNII band applications. These
antennas are ideal for point to point systems, point to multi-point and wireless
bridges. Its compact design makes it nearly invisible in most installations,
and it can be installed for either vertical or horizontal polarization.
Rugged and Weatherproof
The antennas' construction features a rust-proof cast aluminum
reflector grid for superior strength and light weight. The
2-piece reflector grid is simple to assemble and significantly reduces shipping
costs. The grid surface is UV powder coated for durability and aesthetics.
The open-frame grid design minimizes wind loading.
This antenna is supplied
with a 60 degree tilt and swivel mast mount kit. This
allows installation at various degrees of incline for easy
alignment. They can be adjusted up or down from 0° to
60°.
Applications
- 5.8GHz UNII applications
- 5.8GHz ISM applications
- 5.8GHz Wireless LAN systems
- Long-range Directional
Applications
- Point to Point, Point to Multi-point
Systems
- Wireless Bridges
- Backhaul Applications
- Wireless Video Systems
Features
- 22 dBi gain
- Superior performance
- Cast aluminum
construction
- UV stable light gray powder coat finish
- All weather operation
- Easy to assemble
- RoHS
Compliant
Specifications
Frequency : |
5725-5850 MHz |
Gain : |
22 dBi |
Polarization : |
Horizontal or Vertical |
Horizontal Beam Width : |
10° |
Vertical Beam Width : |
13° |
| Front to Back Ratio :
| 25 dB |
Impedance : |
50 Ohm |
Max. Input Power : |
100 Watts |
VSWR : |
< 1.5:1 avg. |
| Weight :
| 3.0 lbs. (1.4 kg) |
| Grid Dimensions :
| 11.8 x 15.7 inches (300
x 400 mm) |
| Mounting :
| 2 pulg. (50.8 mm) diameter mast max. |
| Operating Temperature
:
| -40° C to 85° C (-40° F to 185° F) |
| Lighting Protection
:
| DC Short |
| Connector :
| N-Female |
| RoHS Compliant :
| Yes |
RF Antenna Patterns