AVL Technologies 1060K 1.0M Carbon Fiber Motorized Flyaway VSAT Antenna
Compact, Rugged, and Lightweight
1060K Motorized Flyaway VSAT Antenna
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The AVL Technologies 1060K 1.0M Carbon Fiber Motorized Flyaway VSAT Antenna is ideal for SNG/ENG applications that demand highly reliable satellite connectivity. The AVL 1060K features One Button Quick Deploy with Fully Auto Satellite Acquisition, Peaking, and Cross-Pol Adjustment using GPS, Compass, and Level Sensor Inputs, Certified for Auto-Commissioning on Certain Satellite Systems Reflector: 1.0m AvL Carbon Fiber Optics: Offset, Prime Focus Reflector: Construction Six Segment Carbon Fiber Drive System: Patented Roto-Lok 3-axis Positioner Mount: Geometry Elevation over Azimuth Polarization Adjustment: Rotation of Feed Case Options: 70lb/32kg Backpack, Rugged Shipping Case Controller: One-button Auto-acquisition
| Model | 1060K |
|---|
Transmit & Receive
Gain (Midband)
R/T 39.8 dBi 41.5 dBi
VSWR 1.30:1 1.30:1
Beamwidth (degrees)
-3 dB 1.6 1.4
-10 dB 2.8 2.3
First Sidelobe Level -22 dB -25 dB
Tx Radiation Pattern Compliance > 1.5° 3 dB Better than FCC §25.209, ITU-R S.528.5
Antenna Noise Temperature 50° K at 30° Elevation
Polarization Linear Orthogonal
Cross-Pol Isolation Std. Feed Opt. Feed
On-Axis (typical) 30 dB 35 dB 35 dB
Off-Axis (within 0.3°) 28 dB 28 dB 32 dB
Satellite System Compliance FCC, PanAmSat, Intelsat (Eutelsat with Opt. Feed)
BUC/HPA Capacity <25W in Separate Case via Power Coax to Feed
Allowable Power -14dBw/4kHz per FCC, -0dBw/4kHz per ITU
Feed Port Isolation – TX to RX 70 dB
Controller
Type Tracstar One Button Deploy with Fully Automatic Satellite
Acquisition, Peaking, and Cross-Pol Adjustment using
GPS, Compass, and Level Sensor Inputs, Certified for
Auto-Commissioning on Certain Satellite Systems
Operator Interface GUI Interface Program via CFE Computer for Manual/Jog
Operation or Reprogramming User/Data Satellite
Auto Positioning Accuracy ≤ ±0.1 degree
Input Power Requirements 24-28VDC, 300w peak, Optional 90-256V AC Power Supply
Mechanical
Az/El/Pol Drive System Patented Roto-Lok® Cable Drive System
Travel
Azimuth 225° (+90° to -135°)
Elevation True elevation readout from calibrated inclinometer
Mechanical 15° to 75° of Reflector Boresight
Polarization Motorized ±95°
Speed
Slewing/Deploying 10°/sec. 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
Total Antenna System Weight 68 lbs. (31 kg) in AvL Furnished Suit-Case
Size Carry-on Suitcase
Manual Operation Handcranks On All Axii
Assembly No Tools Required
Assembly and Acquistion in 10 minutes
Environmental
Wind
Operational 20 mph (32 kph),
Operational with Anchoring Weights 30 mph (48 kph)
Survival with Anchoring Weights 40 mph (64 kph)
Pointing Loss in Wind
10 mph (16 kmph) 0.1 dB, 0.1° Typical
20 mph (32 kmph) 0.5 dB, 0.3° Typical
Temperature
Operational +15° to 125°F (-10° to 52°C)
Survival -40° to 140°F (-40° to 60°C)
Sand and Dust Method 510.4 per MIL-STD-810F
Humidity Method 507.4 per MIL-STD-810F
Shock and Drop in Shipping Case Method 514.5 per MIL-STD-810F
Solar Radiation Method 505.4 per MIL-STD-810F
Options
Optional Power Supply with Handheld Operator Interface
Standard Power Supply with Hand Held Wt. 4.7 lbs. (2.1 kg)
Rack Mounted 1 RU Chassis 8 in (20 cm) deep, Wt. 4.6 lbs. (2.1 kg)
Input Power Requirements 90-256V AC, 300 watts peak, 60 watts continuous
Video Broadcast, Remote Broadband Internet Access, Scientific Expedition Communications
