AVL Technologies 9066K .90m SNG Checkable Backpack VSAT Antenna
Fully airline checkable, highly portable Backpack VSAT system
9066K .90m SNG Checkable Mini VSAT Antenna
The AVL 9066K .90M Backpack VSAT SNG Antenna System is a highly portable Tx/Rx news gathering system that's easily tranported via carry on luggage. The AVL 9066K .90M Backpack VSAT SNG Antenna System consists of a light weight carbon fiber reflector, tranport backpack and a versatile auto satellite acquire control system as well as a standard hand crank positioning.
AvL TECHNOLOGIES Model 9066K iSNG Carry-On:
90cm x 66cm Auto-Acquisition Case Based Antenna
Mechanical
Reflector 90cm x 66 cm Elliptical Optics Offset
Prime Focus Reflector Construction
Segmented Carbon Fiber Az/El/Pol
Drive System Patented Roto-Lok
3-Axis Positioner
Mount Geometry Elevation over Azimuth
Polarization Alignment Rotation of reflector/feed aligns major axis with orbital arc
Case Options
Carry-on Suitcase, Rugged Shipping, or Backpack Controller
One-button Auto-Acquisition
Travel: Azimuth 180°
Elevation True elevation readout from calibrated inclinometer
Mechanical 15° to 75° of Reflector Boresight
Polarization Motorized ±75° with manual H/V selection
Speed: Slewing/Deploying 10°/second in azimuth, 5°/sec. elevation, 5°/sec polarization
Peaking 0.2°/second Motors 24V DC variable speed with optical encoders
RF Interface RX L-band with Type -N at rear of antenna TX Ku with Type-N at feed flange
Weight 40-50 lbs. (18-23 kg) depending on case option selected
Stowed Size Carry-on suitcase/cabin baggage
Manual Operation Handcranks on all axii
The Model 9066 antenna family is available in the following configurations:
Model 9066FA Backpack Carry-On (one backpack)
Model 9066FA Checkable Rolling Case (one case)
Model 9066FA Checkable Backpack (single backpack)
Model 9066FA Checkable Case-Based (two cases)
Mechanical |
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Reflector |
90cm x 66 cm Elliptical |
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Optics |
Offset, Prime Focus |
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Reflector Construction |
Segmented Carbon Fiber |
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Az/El/Pol Drive System |
Patented Roto-Lok® 3-Axis Positioner |
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Mount Geometry |
Elevation over Azimuth |
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Polarization Alignment |
Rotation of reflector/feed aligns major axis with orbital arc |
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Case Options |
Carry-on Suitcase, Rugged Shipping, or Backpack |
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Controller |
One-button Auto-Acquisition |
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Travel |
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Speed |
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Motors |
24V DC variable speed with optical encoders |
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RF Interface |
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Weight |
40-50 lbs. (18-23 kg) depending on case option selected |
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Stowed Size |
Carry-on suitcase/cabin baggage |
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Manual Operation |
Handcranks on all axii |
Environmental |
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Wind |
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Pointing Loss in Wind |
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Temperature |
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Sand and Dust |
Method 510.4 per MIL-STD-810F |
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Humidity |
Method 507.4 per MIL-STD-810F |
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Shock and Drop in Shipping Case |
Method 514.5 per MIL-STD-810F |
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Solar Radiation |
Method 505.4 per MIL-STD-810F |
Electrical |
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Frequency |
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Gain (Midband) |
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VSWR |
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Beamwidth (degrees) |
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First Sidelobe Level (Typical) |
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Radiation Pattern Compliance |
Better than FCC §25.209, ITU-R S.528.5 |
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Antenna Noise Temperature |
50° K at 30° Elevation |
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Polarization |
Linear Orthogonal |
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Cross-Pol Isolation |
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Satellite System Compliance |
FCC, PanAmSat, Intelsat Eutelsat |
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Satellite Approval |
PanAmSat USA-8189 |
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BUC/HPA Capacity |
<25W in Separate Case via Power Coax to Feed |
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Allowable Power |
-14dBw/4kHz per FCC, -0dBw/4kHz per ITU |
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Feed Port Isolation - Tx to Rx |
70 dB |
Controller |
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Type |
One-button deploy with fully-automatic satellite acquisition, peaking, and cross-pol adjustment using GPS, compass, and level sensors inputs, certified for auto-commissioning on certain satellite systems; one-button stow |
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Operator Interface |
GUI Interface Program via CFE Computer for Manual/Jog Operation or Reprogramming User/Data Satellite |
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Auto Positioning Accuracy |
≤±0.1 degree |
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Input Power Requirements |
24VDC, 2 amps peak, optional 90-256V AC power supply |
Communications in Remote Locations and Hard-to-Reach areas
