Overview
Like all ASC Signal earth station antennas, the 6.5 Meter High Wind Earth Station Antenna provides high gain and exceptional pattern characteristics.
This antenna system is designed to address the stringent requirements of both the television broadcast industry and telecommunications network operators who demand unsurpassed flexibility and electrical performance in high-quality, cost-effective, and reliable packages.
The 6.5 M High Wind is capable of operation at L-,S-,C-, X- and Kubands with the selection of feed and combiner systems.
The versatile kingpost pedestal mount, features 180o azimuth coverage in three contiguous 120o overlapping ranges, and 90o continuous elevation adjustment. This large range of adjustment provides non-critical foundation orientation, and the ability to view geostationary satellites, from horizon-to-horizon, from any location worldwide.
The electrical performance and exceptional versatility provides the ability to configure the antenna with your choice of combining network. That versatility is provided at the time of initial purchase, as well as in the future, as your satellite communication requirements evolve.
This antenna system is used worldwide in broadcast applications and high density data, voice and communications networks. The ASC Signal 6.5 meter high wind earth station antenna features a computer-optimized dual reflector Gregorian optics or prime focus system and close-tolerance manufacturing techniques.
This combination provides extremely accurate surface contour resulting in exceptionally high gain and closely controlled pattern characteristics. ASC Signal earth station antennas provide maximum durability with minimal maintenance.
Details
- Rugged aluminum and steel construction
- Superior Pointing Accuracy
- A computer-optimized dual reflector Gregorian system or prime focus
- L-, S-, C-, X-, Ku-band Operation
- Deep Equipment Enclosure
- 3 year warranty on all structural components
- ITU-R S.580 and S-465
- U.S. FCC Regulation 25.209
- 200 mph (320 km/h) survival at 90° elevation