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
Elevation
Mechanical
180°
True elevation readout from calibrated inclinometer
15° to 75° of Reflector Boresight
Polarization
Motorized ±75° with manual H/V selection
Speed: Slewing/Deploying
Peaking
10°/second in azimuth, 5°/sec. elevation, 5°/sec polarization
0.2°/second
Motors
24V DC variable speed with optical encoders
RF Interface
RX
TX
L-band with Type -N at rear of antenna
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
Environmental
Wind
Operational
Survival with Anchoring Weights
20 mph (32 kph),
30 gusting to 45 mph (48 to 72 kph)
Pointing Loss in Wind
10 mph (16 kmph)
20 mph (32 kmph)
0.1 dB, 0.1° Typical
0.2 dB, 0.2° Typical
Temperature
Operational
Survival
+15° to 125°F (-10° to 52°C)
-40° to 140°F (-40° to 60°C)
Sand and Dust
Humidity
Shock and Drop in Shipping Case
Solar Radiation
Method 510.4 per MIL-STD-810F
Method 507.4 per MIL-STD-810F
Method 514.5 per MIL-STD-810F
Method 505.4 per MIL-STD-810F
Electrical RF
Receive
Transmit
Frequency
10.95-12.75 GHz
13.75 -14.5 GHz
Gain (Midband)
37.8 dBi
39.3 dBi
1.30:1
1.30:1
-3 dB
1.8
1.6
-10 dB
3.3
2.8
First Sidelobe Level (Typical)
-18dB
-21 dB
TX Radiation Pattern Compliance ›1.55°
FCC §25.209, ITU-R S.528.5
Antenna Noise Temperature
50° K at 30° Elevation
Polarization
Linear Orthogonal
VSWR
Beamwidth on Orbital Arc (degrees)
Cross-Pol Isolation
STD. FEED
OPT. FEED
On-Axis
30 dB
35 dB
35 dB
Off-Axis (within 0.3°)
28 dB
28 dB
32 dB
Satellite System Compliance
FCC, PanAmSat, Intelsat, Eutelsat
Satellite Approval
PanAmSat USA-8189
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
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
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
24VDC, 2 amps peak, optional 90-256V AC power supply
Optional
Power Supply with handheld operator interface
Standard
Two Cases 6 x 6 x 3.5 in (15 x 15 x 9 cm)
Rack Mounted
1 RU Chassis 8 in (20 cm) deep, Wt.3.75 lbs (1.7kg)
Input Power Requirements
90-256V AC, 5 amps peak
130 Roberts Street, Asheville, NC • 828.250.9950 • FAX 828.250.9938 • www.AvLTech.com
AvL TECHNOLOGIES
Model 1060K iSNG Suit Case
1M Auto-Acquisition Case Based Antenna
Reflector
Optics
Reflector Construction
Drive System
Mount Geometry
Polarization Alignment
Case Options
Controller
1M Aperture
Offset, Prime Focus
Six-segments carbon fiber
Patented Roto-Lok® 3-axis positioner
Elevation over Azimuth
Rotation of feed
70lb/32kg Suitcase, Backpack, Rugged Shipping Case
One-button Auto-Acquisition
Electrical RF
Gain (Midband)
R/T
VSWR
Beamwidth (degrees)
-3 dB
-10 dB
First Sidelobe Level (Typical)
TX Radiation Pattern Compliance ›1.5°
Antenna Noise Temperature
Polarization
Cross-Pol Isolation
On-Axis (typical)
Off-Axis (within 0.3°)
Satellite System Compliance
BUC/HPA Capacity
Allowable Power
Feed Port Isolation - TX to RX
Controller
Type
Operator Interface
Receive
Transmit
39.8 dBi
1.30:1
41.5 dBi
1.30:1
1.6
1.4
2.8
2.3
-22 dB
-25 dB
3 dB Better than FCC §25.209, ITU-R S.528.5
50° K at 30° Elevation
Linear Orthogonal
STD. FEED OPT. FEED
30 dB
35 dB
35 dB
28 dB
28 dB
32 dB
FCC, PanAmSat, Intelsat, (Eutelsat with Opt. Feed)
<25W in separate Case via Power Coax to Feed
-14dBw/4kHz per FCC, -0dBw/4kHz per ITU
70 dB
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
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
Travel
Azimuth
Elevation
Mechanical
Polarization
Speed
Slewing/Deploying
Peaking
Motors
RF Interface
RX
TX
Total Antenna System Weight
Size
Manual Operation
Assembly
Environmental
Wind
Operational
Operational with Anchoring Weights
Survival with Anchoring Weights
Pointing Loss in Wind
10 mph (16 kmph)
20 mph (32 kmph)
Temperature
Operational
Survival
Sand and Dust
Humidity
Shock and Drop in Shipping Case
Solar Radiation
Patented Roto-Lok® Cable Drive System
180°
True elevation readout from calibrated inclinometer
15° to 75° of reflector boresight
Motorized ±95°
10°/sec. Azimuth, 5°/sec. Elevation, 5°.sec, Polarization
0.2°/second
24V DC variable speed with optical encoders
L-band with Type-N at rear of antenna
Ku with Type-N at feed flange
68 lbs. (31 kg) in AvL furnished suit-case
Carry-on suitcase
Handcranks on all Axii
No tools required
Assembly and acquisition in 10 minutes
20 mph (32 kph)
30 mph (48 kph)
40 mph (64 kph)
0.1 dB, 0.1° Typical
0.5 dB, 0.3° Typical
±15° to 125°F (-10° to 52° C)
-40° to 140°F (-40° to 60°C)
Method 510.4 per MIL-STD-810F
Method 507.4 per MIL-STD-810F
Method 514.5 per MIL-STD-810F
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
130 Roberts Street, Asheville, NC • 828.250.9950 • FAX 828.250.9938 • www.AvLTech.com
AvL TECHNOLOGIES
MODEL 1010K iSNG
1.0M Portable Antenna System
Reflector
Optics
Feeds
Drive System
Configuration
Controller
1.0 meter, 4-piece Carbon-fiber
Offset, Prime Focus, .8 f/d
Standard, Precision, Mode-Matched
Patented Roto-Lok® 3-axis Positioner
Two case Motorized Flyaway
Auto-acquisition Tracstar
Electrical RF
Frequency
Gain (Midband)
R/T
VSWR
Beamwidth (degrees)
-3 dB
-10 dB
First Sidelobe Level
Radiation Pattern Compliance > 1.5°
Standard Feed
Precision and Mode Matched
Antenna Noise Temperature
Polarization
Power Handling Capability
Allowable Power
Cross-Pol Isolation
On-Axis (minimum)
Off-Axis (within 0.3°)
Peak
Feed Port Isolation - TX to RX
Satellite System Compliance
Standard
Precision
Mode-Matched
Receive
Transmit
10.95 - 12.75 Ghz
13.75 - 14.5 Ghz
39.8 dBi
1.30:1
41.5 dBi
1.30:1
1.6
2.8
-22 dB
1.4
2.3
-25 dB
FCC §25.209, ITU-R S.528.5
3dB Better than FCC §25.209, ITU-R S.528.5
46° K at 30° Elevation
Orthogonal standard, Optional Co-pol
40 watts
-14dBw/4kHz per FCC, -0dBw/4kHz per ITU
Std.
Precision Mode-Matched
35 dB
35 dB
35 dB
35 dB
25 dB
28 dB
32 dB
35 dB
22 dB
24 dB
24 dB
29 dB
75 db
FCC, PanAmSat
FCC, PanAmSat, Intelsat
FCC, PanAmSAt, Intelsat, Eutelsat, AsiaSAt
Controller
Type
Auto Pointing Accuracy
Size
Standard
Optional Rack Mounted Config.
Input Power
Fully Automatic Satellite Acquisition, Peaking and CrossPol Adjustment using GPS, Compass, and Level Sensor
Inputs with Entry of Desired Satellite
# ±0.2 degree
Two Cases 6 x 6 x 3.5 in (15 x 15 x 9 cm)
1 RU Chassis 8 in (20 cm) deep, Weight 3.75 lbs. (1.7 kg)
110/240 VAC, 1 ph, 50/60 Hz, 6/3A peak, 1A continuous
Mechanical
Az/El/Pol Drive System
Travel
Azimuth
Elevation
Mechanical
Electrical
Polarization
Speed
Slewing/Deploying
Peaking
Motors
RF Interface
BUC/HPA Mounting
2 watt
4 watt
8-40 watt
Waveguide
Coax (L-band TX & RX)
Electrical Interface
Manual Drive
Patented Roto-Lok® CableDrive System
400°
True elevation readout from calibrated inclinometer
0° to 90° of reflector boresight
Standard limits at 15° to 65° (CE Approval) or 15° to 90°
±75° Motorized, H/V Switching Manual
8°/sec. .in Azimuth, 5°/sec. in Elevation, 5°/sec. in Polarization
0.2°/second
24V DC Variable Speed with Optical Encoders
Feed Boom
Base of Feed Boom or Rear of Reflector
In Reflector Case
WR 75 Cover Flange at Feed Interface Point
RG59 with Type-F at Base of Case Interface Point
15 ft. (5 m) Removable Cables for Controller
Handcrank on Az, El, Pol Axis
Shipping Configuration
Standard (Platt) Cases
Positioner Case
Reflector/Feed/Controller/BUC Case
Optional Rugged (Hardigg) Cases
Positioner Case (with Shock Mounting)
Reflector/Feed/Controller/BUC Case
98 lbs. (43 kg.), 23 x 33 x 13.5 in (58 x 84 x 34 cm)
70 lbs. (32 kg.), 23 x 33 x 13.5 in (58 x 84 x 34 cm)
140 lbs. (64 kg.), 27 x 37 x 16 in (69 x 94 x 41 cm)
80 lbs. (36 kg.), 27 x 37 x 16 in (69 x 94 x 41 cm)
Environmental
Pointing Loss in Wind (with Cases anchored)
20 mph (32 kmph)
0.1 dB, 0.15 degrees Maximum
30 Gusting to 45 mph (48 to 72 kmph)
0.6 dB, 0.30 degrees Maximum
Temperature
Operational
Survival
±5° to 125°F (-15° to 52°C)
-40° to 140°F (-40° to 60°C)
130 Roberts Street, Asheville, NC 28801 A 828.250.9950 A FAX 828.250.9938 A www.AvLTech.com
AvL TECHNOLOGIES
Model 1296K iSNG
1.2M AUTO-ACQUISITION FLYAWAY ANTENNA
Reflector Type
Standard
Optional
Feed - Standard
- Optional
1.2M
2-piece SMC reflector
AvL 4-piece carbon fiber
2-port standard feed
2-port global mode-matched
3-port (co-pol)
Optics
Offset, Prime Focus, .8f/d
Drive System
Patented Roto-Lok® 3-axis positioner
Configuration
Two-case motorized flyaway
Controller
One-button auto-acquisition
Electrical RF
Receive
Transmit
Frequency
10.95-12.75 GHz
13.75-14.5 Ghz
Gain (Midband) - R/T
41.6 dBi
43.2 dBi
VSWR
1.30:1
1.30:1
1.25
2.1
1.1
1.8
First Sidelobe Level (Typical)
-22 dB
-25 dB
Radiation Pattern Compliance
Better than FCC §25.209, ITU-R S.528.5
Antenna Noise Temperature
43° K at 30° elevation
Polarization
Linear Orthogonal standard, Optional co-pol
Beamwidth (degrees)
-3 dB
-10 dB
Power Handling Capability
0.5 KW per port
Cross-pol Isolation
On-Axis (minimum)
Off-Axis (within 1 dB BW)
Off-Axis (peak)
Feed Port Isolation - TX to RX
Satellite System Compliance
35 dB
30 dB
22 dB
35 dB
27 dB (35 dB with mode-matched)
25 dB (32 dB with mode-matched)
75 dB
FCC, Intelsat, and PanAmSat
Controller
Type
Positioning Accuracy
Size
Standard
Optional Rack-Mounting
Input Power
Fully-automatic satellite acquisition, peaking, and cross-pol
adjustment using GPS, compass, and level sensor inputs with
entry of desired satellite
#±0.1 degree
Two cases 6" x 6" x 3.5" (15 cm x 15 cm x 9 cm)
1 RU chassis 8" (20 cm) deep, weight 3.75 lbs. (1.7 kg)
110/240 VAC, 1 ph, 50/60 Hz, 6/3A peak, 1A continuous
Mechanical
Az/El Drive System
Patented Roto-Lok® cable drive system
Polarization Drive System
Patented Roto-Lok® cable drive system rotates reflector/feed
Travel
- Azimuth
400°
- Elevation
True elevation readout from calibrated inclinometer
Mechanical
Electrical
Speed
0° to 80° of reflector boresight
Standard limits at 15° to 65° (CE Approval) or 15° to 80°
- Polarization
±95/
- Slewing/Deploying
- Peaking
8//second in azimuth, 5°/second in elevation, 5°/second in polarization
0.2//second
Motors
24V DC variable speed, constant torque
RF Interface
BUC/HPA Mounting
2-watt
4-watt
8-watt
8-40 watt
Feed boom
Base of feed boom or rear of reflector
Rear of reflector
In reflector case
Waveguide (BUC)
WR 75 cover flange at feed interface point
Coax (L-band TX & RX)
RG59 with Type-F at base of case interface point
Electrical Interface
10 ft. (3 m) removable cables for controller
Manual Drive
Handcrank on Az, El, and Pol Axis
Shipping Configuration
Positioner Case
Reflector/Feed
173 lbs. (78 kg.) - 43" x 28" x 21" (109 x 71 x 53 cm)
102 lbs. (47 kg.) - 43" x 28" x 21" (109 x 71 x 53 cm)
Environmental
Pointing Loss in Wind (with cases anchored)
20 mph (32 kmph)
0.3 dB, 0.2° typical
30 mph (48 kmph)
0.8 dB, 0.3° typical
Temperature
Operational
Survival
+5° to 125°F (-15° to 52°C)
-40° to 140°F (-40° to 60°C)
130 Roberts Street, Asheville, NC 28801 A 828.250.9950 A FAX 828.250.9938 Awww.avltech.com
AvL TECHNOLOGIES
Model 1660
Quad-Band Motorized FlyAway Antenna System
Reflector Type
Optics
Interchangeable Feeds
Positioner
Az/El Drive System
Mount Geometry
Polarization Adjustment
Military Standard
Mechanical
Travel - Azimuth
- Elevation: Operational
1.6M segmented carbon fiber
Offset, Prime Focus, .8 F/D
CLP, CCP, XCP, Ku LP, Ka CP or LP
Case-based Jack-in-the-Box
Patented Roto-Lok® Positioner
Elevation over Azimuth
Motorized Rotation of Linear Feeds
MIL-STD-188-164a Type E-V
400°
0-90/ of boresight with 400° Az Travel
-5-90° of boresight with + /-15° Az Travel
±95/ of Linear Feeds, Adjustable within <1°
2//second
0.2//second
0.1°/second
10 to 200 ft. Cables
Handcrank on Az, El; 12V leads on pol
- Polarization
- Slewing
- Peaking
- Tracking
Electrical Interface
Emergency Drive
Wind - Operational-mph
Without anchoring
With anchoring
- Survival
Temperature - Operational
- Survival
Configuration - Rugged Hardigg Shipping Cases
C, X, Ku Motorized Positioner
C, X, Ku Ka Motorized Positioner
Outriggers/Feed Boom
Reflector Panels
Feeds (C,X and Ka)
RF Interface
HPA Mounting
Set-up Time
Speed
Controllers
Auto-Acquisition
Tracking
Operator Interface
Auto Positioning Accuracy
Input Power
35 mph
45 mph
80 mph in stow position
+15° to 125°F
-40°F to 140°F
24" x 25" x 24"
27" x 29" x 30"
20" x 59" x 12"
36" x 34" x 12"
20" x 59" x 12" or 30" x 30" x 16"
145 lbs.
170 lbs.
105 lbs.
135 lbs.
95 lbs
Separate case or rear of reflector
Less than 30 minutes
One-button deploy with full-automatic satellite acquisition, peaking, and
cross-pol adjustment using GPS, compass, and level-sensor inputs;
certified for auto-commissioning on certain satellite systems.
Step-tracking with CFE beacon receiver to reduce gain loss to 0.8dB
without wind and 2.0dB with operational winds
Front panel keyboard with 4-line display or remote PC
#±0.2°
90-256V AC power supply, 10A peak, 2A continuous
Model 1660 Quad-Band FlyAway
C-Band
Receive
Transmit
Frequency
3.40-4.20 Ghz
5.85 -6.65 Ghz
Polarization
Linear or circular, convertible to either RHCP or LHCP
Gain (Midband)
34.0 dBi
38.0 dBi
Antenna Noise Temperature @ 30°
50°K
G/T with 20°K LNB
15.5 dB/° K
Radiation Pattern Compliance
29-25 log 1 dBi, 3.5/>1<36/
Axial Ratio within Tracking Cone
1.3 dB
Linear Cross-Polarization with Tracking Cone
›30 dB
Power Handling Capability
1000 watts per port
*Requires special approval by satellite operator
X-Band
Frequency
Polarization
Gain (Midband)
Antenna Noise Temperature @ 30°
Minimum G/T with 45° K LNA
Radiation Pattern Compliance
Axial Ratio within Tracking Cone
Power Handling Capability
Receive
Transmit
7.250-7.750 Ghz
7.900-8.400 Ghz
Convertible to RH circular or LH circular
39.7 dBi
40.5 dBi
45°K
20.2 dB/° K
MIL-STD-188-164A
<1.2 dB
<1.2 dB
1000 watts per port
Ku-Band
Frequency
Polarization
Gain (Midband)
Antenna Noise Temperature @ 30°
G/T with 50°K LNB
Radiation Pattern Compliance
Linear Cross-Pol Isolation
Power Handling Capability
Receive
Transmit
10.95-12.75 Ghz
13.75-14.5 Ghz
Orthogonal Linear, Optional Co-pol Linear
43.7 dBi
45.0 dBi
50°K
23.7 dB/° K
IESS-601 and FCC 47CFR25.209
>35 dB within cone of tracking error
500 watts per port
Ka-Band
Frequency (Commercial)
Frequency (Military)
Polarization
Gain (20 & 30 Ghz)
Antenna Noise Temperature @ 30°
G/T with 100° LNB
Radiation Pattern Compliance
Axial Ratio
Power Handling Capability
Receive
Transmit
17.7-20.2 Ghz
27.5-30.0 Ghz
20.2-21.2 Ghz
30.0-31.0 Ghz
Linear or Circular
RHCP and LHCP
47.5 dBi
51.0 dBi
50°K
25.9 dB/° K
FCC and MIL-STD-188-164A
<1.5 dB
<1.0 dB
250 watts per port
130 Roberts Street, Asheville NC 28801 • 828.250.9950 • Fax 828.250.9938 • www.avltech.com
AvL TECHNOLOGIES
Model 2060
Dual-Band Motorized FlyAway Antenna System
Reflector Type
Optics
Interchangeable Feeds
Positioner
Az/El Drive System
Mount Geometry
Polarization Adjustment
Military Standard
Mechanical
Travel - Azimuth
- Elevation: Operational
- Polarization
Speed - Slewing/Deploying
- Peaking
- Tracking
Electrical Interface
Emergency Drive
Wind - Operational-mph
Without anchoring
With anchoring
- Survival
Temperature - Operational
- Survival
Configuration - Rugged Cases
Motorized Positioner
Outriggers/Feed Boom
Ku-LP Feed
Reflector Panels
Feeds
C-CP and C-LP
X-CP, X-LP
RF Interface
HPA Mounting
Set-up Time
2.0M segmented carbon fiber
Offset, Prime Focus, 8 F/D
CLP, CCP, Ku LP,
Case-based Jack-in-the-Box
Patented Roto-Lok® positioner
Elevation over azimuth
Motorized rotation of linear feeds
MIL-STD-188-164a Type E-V
400E
15-90° of boresight with 400E Az travel
0-90E of boresight with ± 15E Az travel
±95° of linear feeds, adjustable within ‹1E
2°/second
0.2°/second
0.1E/second
25 ft. cable with connectors for controller
Handcrank on Az, El; 12V leads on pol
35 mph
45 mph
80 mph in zenith stowed position
+15E to 125EF
-40EF to 140EF
26" x 27" x 25"
148 lbs.
20" x 59" x 12"
36" x 34" x 12"
105 lbs.
165 lbs. standard, 150 lbs. optional
30" x 30" x 16"
30" x 30" x 16"
60 lbs.
60 lbs.
Separate CFE case or rear of reflector
Less than 30 minutes
Controllers
Auto-Acquisition
One-button deploy with full-automatic satellite acquisition, peaking, and
cross-pol adjustment using GPS, compass and level-sensor inputs;
certified for auto-commission on certain satellite systems.
Tracking
Step-tracking with CFE beacon receiver receiver to reduce gain loss to
0.8 dB without wind and 2.0 dB with operational winds
Front panel keyboard with 4-line display or remote PC
±0.2°
90-256V AC power supply, 10A peak, 2A continuous
Operator Interface
Auto Positioning Accuracy
Input Power
Model 2060 Dual-Band FlyAway
C-Band
Receive
Transmit
Frequency
Polarization
Gain (Midband)
Antenna Noise Temperature @ 30E
G/T with 20EK LNB
Radiation Pattern Compliance
Axial Ratio within Tracking Cone
Linear Polarization with Tracking Cone
Power Handling Capability
3.40-4.20 Ghz
5.85 -6.65 Ghz
Linear or circular, convertible to either RCP or LHCP
36.1 dBi
40.5 dBi
50EK
17.0 dB/E K
IESS-601 and FCC 47CFR25.209
1.3 dB
›30 dB
1000 watts per port
Ku-Band
Receive
Frequency
Polarization
Gain (Midband)
Antenna Noise Temperature @ 30E
G/T with 43EK LNB
Radiation Pattern Compliance
Cross-Pol Isolation
Power Handling Capability
10.95-12.75 Ghz
13.75-14.5 Ghz
Orthogonal Linear, Optional Co-pol Linear
45.7 dBi
47.5 dBi
47EK
25.4 dB/E K
IESS-601 Std. G and FCC 47CFR25.209
35 dB within cone of tracking error
500 watts per port
Transmit
130 Roberts Street, Asheville, NC 28801 A 828.250.9950 A FAX 828.250.9938 Awww.avltech.com
AvL TECHNOLOGIES
Model 2260
Quad-Band Motorized FlyAway Antenna System
Reflector Type
Optics
Interchangeable Feeds
Positioner
Az/El Drive System
Mount Geometry
Polarization Adjustment
Military Standard
Mechanical
Travel - Azimuth
- Elevation: Operational
- Polarization
- Slewing/Deploying
- Peaking
- Tracking
Electrical Interface
Emergency Drive
Wind - Operational-mph
Without anchoring
With anchoring
- Survival
Temperature - Operational
- Survival
Configuration - Rugged Cases
Motorized Positioner
Outriggers/Feed Boom
Ku-LP Feed
Reflector Panels
Feeds
C-CP and C-LP
X-CP, X-LP and Ka-CP
RF Interface
HPA Mounting
Set-up Time
Speed
Controllers
Auto-Acquisition
Tracking
Operator Interface
Auto Positioning Accuracy
Input Power
2.0M segmented carbon fiber
Offset, Prime Focus, 8 F/D
CLP, CCP, XCP, XLP, Ku LP, Ka CP
Case-based Jack-in-the-Box
Patented Roto-Lok® Positioner
Elevation over Azimuth
Motorized Rotation of Linear Feeds
MIL-STD-188-164a Type E-V
400E
15-90° of boresight with 400E Az Travel
0-90E of boresight with ± 15E Az Travel
±95° of Linear Feeds, Adjustable within ‹1E
2°/second
0.2°/second
0.1E/second
25 ft. Cable with Connectors for Controller
Handcrank on Az, El; 12V leads on pol
35 mph
45 mph
80 mph in zenith stowed position
+15E to 125EF
-40EF to 140EF
26" x 27" x 25"
148 lbs.
20" x 59" x 12"
36" x 34" x 12"
105 lbs.
148 lbs.
30" x 30" x 16"
30" x 30" x 16"
60 lbs.
60 lbs.
Separate CFE case or rear of reflector
Less than 30 minutes
One-button deploy with full-automatic satellite acquisition, peaking, and
cross-pol adjustment using GPS, compass, and level-sensor inputs;
certified for auto-commission on certain satellite systems.
Step-tracking with CFE beacon receiver to reduce gain loss to 0.8dB
without wind and 2.0dB with operational winds
Front panel keyboard with 4-line display or remote PC
±0.2°
90-256V AC power supply, 10A peak, 2A continuous
Model 2260 Quad-Band FlyAway
C-Band
Receive
Transmit
Frequency
3.40-4.20 Ghz
5.85 -6.65 Ghz
Polarization
Linear or circular, convertible to either RCP or LHCP
Gain (Midband)
36.1 dBi
40.5 dBi
Antenna Noise Temperature @ 30E 50EK
G/T with 20EK LNB
17.0 dB/E K
Radiation Pattern Compliance
IESS-601 and FCC 47CFR25.209
Axial Ratio within Tracking Cone
1.3 dB
Linear Polarization with Tracking Cone
›30 dB
Power Handling Capability
1000 watts per port
X-Band
Frequency
Polarization
Gain (Midband)
Antenna Noise Temperature @ 30°
Minimum G/T with 45° K LNA
Radiation Pattern Compliance
Axial Ratio within Tracking Cone
Power Handling Capability
Receive
Transmit
7.250-7.750 Ghz
7.900-8.400 Ghz
Linear or circular, convertible to either RCP or LHCP
41.9 dBi
42.6 dBi
47°K
21.8 dB/° K
MIL-STD-188-164A
<1.21 dB
<2.0 dB
1000 watts per port
Ku-Band
Frequency
Polarization
Gain (Midband)
Antenna Noise Temperature @ 30E
G/T with 43EK LNB
Radiation Pattern Compliance
Cross-Pol Isolation
Power Handling Capability
Receive
Transmit
10.95-12.75 Ghz
13.75-14.5 Ghz
Orthogonal Linear, Optional Co-pol Linear
45.7 dBi
47.5 dBi
47EK
25.4 dB/E K
IESS-601 Std. G and FCC 47CFR25.209
35 dB within cone of tracking error
500 watts per port
Ka-Band
Frequency (Commercial)
Frequency (Military)
Polarization
Gain (Midband)
Antenna Noise Temperature @ 30°
G/T with 100° LNB
Radiation Pattern Compliance
Axial Ratio
Power Handling Capability
Receive
Transmit
17.7-20.2 Ghz
27.5-30.0 Ghz
20.2-21.2 Ghz
30.0-31.0 Ghz
Circular
RHCP and LHCP
49.5 dBi
54.0 dBi
47°K
27.5 dB/° K
FCC and MIL-STD-188-164A
<1.5 dB
<1.0 dB
250 watts per port
130 Roberts Street, Asheville NC 28801 • 828.250.9950 • Fax 828.250.9938 • www.avltech.com