TERMINALS

2.0m 2020 Multi-Band Motorized Terminal

AvL’s 2.0m motorized flyaway antennas operate with the enhanced-duty Model 2020 positioner and a tripod configuration. Standard operation for these antennas is Ku-band with optional C-, X- or Ka-band and operational wind tolerances of 30 mph (48 kph) gusting to 45 mph (72 kph).

KEY FEATURES
  • 2-man lift
  • Packs into three or four rugged cases depending on options selected
  • 2.0m segmented carbon fiber reflector 
  • Standard 2-port Precision Ku-band feed (standard cross-pol comp.)
  • Zero Backlash AvL Cable Drive
  • Elevation over azimuth mount geometry
  • Polarization adjustment by motorized rotation of linear feeds
  • Fully compliant for FCC and Intelsat
Reflector construction2.0m segmented 9-piece carbon-fiber
Axis travel
          Azimuth 
          Elevation, operational
          Polarization
                 
+/- 200°
0° to 90° of reflector boresight from calibrated inclinometer
+/- 95° adjustable to within 1°
Az / El speed 
          Slewing / deploying, typical
          Peaking, typical
                     
2°/second Az; 1°/second El
0.2°/second
Motors24V DC variable speed, constant torque
Interfaces
          BUC mounting
          RF
          Electrical

                             
Feed boom or behind reflector (additional CFE case or optional case required)
Std. 50 ohm coax (2) at base, cover flange at feed Tx port
30 ft. (9.1m) cable with connectors for controller 

Manual / emergency driveHandcrank for Az and El
Power requirements24-28VDC 500W
Transport configurationStandard configuration with one feed:
Four cases, all weigh < 170 lbs. (<77 kg); additional feeds require additional cases
Set-up time<15 minutes

Wind – survival, anchored

80 mph (129 kph) in 90º elevation stowed position 

Wind – operational, any look angle
          Without anchoring
          With anchoring


25 mph (40 kph) 
30 mph (48 kph) gusting to 45 mph (72 kph)

Pointing loss in operational wind
          Ku-band Rx
          Ka-band Rx


0.1 dB typical, 0.5 dB max
1.0 dB typical, 2.0 dB max

Temperature – operational

-25°F to 125°F (-32°C to 52°C)

 Temperature – storage

-40°F to 140°F (-40°C to 60°C)

 Std. Ku-band ReceiveStd. Ku-band TransmitOpt. Ka-band ReceiveOpt. Ka-band Transmit
Frequency range (GHz)10.95 – 12.7513.75 – 14.520.2 – 21.2 MIL or 17.7 – 20.2 Commercial30.0 – 31.0 MIL or 27.5 – 30.0 Commercial
Polarization configurationLinear orthogonal standard, opt. co-polCircular or linear
Gain, mid-band46.0 dBi47.6 dBi50.6 dBi53.8 dBi
-3dB beamwidth, mid-band0.9°0.7°0.4°0.3°
Radiation pattern complianceFCC 25.209, ITU-R S.580-6, IESS 208FCC 25.209, MIL-STD-188-164A
G/T with LNB, midband, clear
horizon
25.7 dB/°K  with 50°K LNB 27.5 dB/°K with 100° LNB 
Antenna noise temp, mid-band, 20° el57° K 104° K 
Power handling capability 500 watts per port  
Axial Ratio, CP only, within pointing cone  1.5 dB 1.0 dB
Cross-polarization isolation
          On-axis, minimum
          Within pointing cone
             
35 dB
28 dB
               
35 dB
30 dB
             
35 dB
30 dB
             
35 dB
30 dB
Feed port isolation, Tx to Rx35 dB80 dB including filter30 dB80 dB including filter

The AvL antenna control system is embedded on the antenna with a built-in compass, GPS and tilt compensation. The auto-acquisition controller is ethernet based, modem agnostic, OpenAMIP compliant, up-to-date with the latest cybersecurity, and operates with a web-based user interface that can be used on a phone, laptop or PC. The controller includes a satellite profile management system, a built-in AvL carrier/beacon receiver with an optional rack-mount interface panel or outdoor rated power supply and offers intelligent tracking and multi-orbit capabilities. Power requirements vary by antenna.

  • AvL 2020 case-based positioner or AvL 2020T case-packed tripod positioner
  • 2-port Mode-Matched Ku-band feed (enhanced cross-pol comp.)
  • 4-port Ku-band wideband feed
  • 2-port L-band feed
  • 2-port C-band feed (CP or LP)
  • 2-port X-band feed
  • 2- or 4-port Ka-band feed

*Specifications subject to change without notice.