KP Performance 5 GHz 120° 16.3 dBi Dual Pol Sector Antenna / Cables Included
- SKU: KPPA-5GHZDP120S
$487.63 $541.81
+ $75.17 Tariff
Product Information
KP Performance KPPA-5GHZDP120S
5 GHz 16.3 dBi Dual Pol H/V 120 Degree Sector Antenna (Cables Included)
The KP Performance KPPA-5GHZDP120S is a 5 GHz 16.3 dBi Dual Pol H/V 120 degree sector antenna. These sector antennas come with heavy duty mounting brackets with an easy-attach system and stainless steel hardware. Our 5 GHz sectors have an exceptional F/B ratio and designed for channel reusability on towers between sectors.
Features:
- Metal radio casing
- Metal case covers up the N connections on the sector and radio
- Out performs our competitors by 1 to 4 dBi (compared to a competitor sector with shield added)
- Will not requite a purchase of additional RF shield kit
- Very high F/B ratio
- Versatile mounting bracket
- Flexible LMR200 cables provided
- Sleek new design for low wind loading
- Stainless steel hardware
- Most cost effective all in one solution sector antenna on the market
Specifications
Specifications KPPA-5GHZDP120S
| Part Number | KPPA-5GHZDP120S |
| Electrical | |
| Frequency range | 5100-5900 MHz |
| Polarization | Vertical and Horizontal |
| Gain | 16.3 dBi |
| Azimuth 3dB beamwidth | 120 ° |
| Elevation 3dB beamwidth | 4.4 ° |
| Electrical Downtilt | 0.9 ° |
| VSWR | < 2:1 |
| Return loss | > 10 dB |
| F/B ratio | > 32 dB |
| Cross-pol ratio | > 27 dB |
| V-H port isolation | 33 dB |
| ABAB frequency re-use | 29 dB |
| ABABAB frequency re-use | -14 dB |
| ABCABC frequency re-use | -30 dB |
| Input power | 30 W max per port |
| Impedance | 50 Ω |
| Connector Type | Type N Female x 2 |
| Mechanical | |
| Dimensions | 27 x 7 x 3.5” |
| Weight | 9 lb |
| Mounting method | Carriage bolts |
| Mounting pole dia | 1¼” – 3 ½” |
| Surface Finish | Matt powder coat |
| Environmental | |
| Temperature range | -40° to +60° C / +140° F |
| Wind speed | 160 km/h / 100 mph |
| UV protection | UV resistant powder coat |
| Ingress protection | IP55 rain resistant |