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Networking > Wireless > Antennas > MAXRAD XtremeWave Parabolic Dish Antennas |
MAXRAD XtremeWave 5.7-5.8 GHz ISM/UNII Parabolic Dish Antenna, 5.9 deg. Beamwidth, 29-dBi Gain
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| Manufacturer: |
Black Box |
| Item #: |
MPR58029 |
| Availability: |
0
$895.93
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Description:
- Alignment is made easy--and precise--with adjustable azimuth and elevation mechanism.
- Mount securely to keep from oscillating in the wind.
- Reflector made of high-grade aluminum that's lightweight but very durable. The MAXRAD(R) XtremeWave(tm) family of parabolic reflector antennas gives your wireless application outstanding coverage with high gain and minimal interference. Advanced technology enables the antennas to suppress extraneous sidelobe and cross-polarized energy to direct the radiated signal toward its target coverage area. Three sizes of the dishes are available, offering you varying levels of gain (29 dbi, 31 dBi, and 33 dBi) while operating in the 5.725- to 5.825-GHz frequency range and resulting in horizontal and vertical beamwidth at 5.9, 4.7, or 4.0 degrees. Polarization flexibility and easy alignment. The XtremeWave 5.7-5.8 GHz ISM/UNII Parabolic Dish Antennas are set up for vertical polarization but can be aligned horizontally by removing a U-bolt and rotating them clockwise. A coax cable connects to the N-Type bulkhead at the rear of dish's pivot point. For aligning the dish's path, use the micro-fine azimuth and elevation adjustment mechanism, which enables you to adjust the antenna up to 10 deg. vertical and horizontal and/or right to left to suit your application.
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Electrospec, Inc. is committed to serving its customers in a manner, which ensures that customer requirements are always met or exceeded.
Our objective is to provide electronic parts and components to our customers on the agreed upon date and at the agreed upon price.
Customer concerns and/or complaints will be addressed quickly and effectively to assure the customer's satisfaction.
Our service, delivery performance and our quality system will be continually updated to reflect system changes and improve our effectiveness.
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