| Weight | 25 Kg |
The on board GPS continuously sends the position of the vessel to the system processor through the serial port. The system processor with the input from the GPS and the antenna’s internal compass precisely points the antenna at the selected satellite. Two inclinometers control the elavation. As soon as the satellite is tracked the system will search and save the strongest signal available.The system continuously measures the pich, roll and turns of the vessel through gyroscopes, inclinometers, the internal compass and GPS and keeps the antenna accurately pointed at the selected satellite ensuring an optimal reception. The mechanism of the antenna built in aluminum treated and painted at 180° is specifically designed for the marine environment. The cables and their plugs pass through the baseplate of the antenna and are invisible and well protected from water and salt. An elegant white radome in VTR encloses, protects and gives a pleasant design to the antenna.
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| Radome diameter | 58 cm | |
| Radome heoght | 65 cm | |
| Power | 220 Vac | |
| Average consumption | 35 W | |
| Maximum consuption | 50 W | |
| Elevation range | 15°-90° | |
| Azimuth | +/- 360° | |
| Rotation speed | 30°/sec | |
| Maximum relative speed | 50 Knots | |
| Dish diameter | 55 cm | |
| Dish type | Prime focus | |
| Frequencies | 10.7:12.75 GHz | |
| Universal LNB | 4 outputs |