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The Mobile iNetVu 1800 VSAT system is a multi-platform & multi-band satellite system that is capable of locking on most any satellite. At 341 lbs, (155kg) this large frame dish will operate in wind speed of 45 mph (72 km/h).
Bundled with our superior iDirect service, you can expect speeds of 5Mb down and 2Mb up with an amazing low latency network, perfect for VoIP, Streaming, or VPN applications.
C-Band normally requires at least a 1.8 meter dish, which the 1800 was designed for. However, with the larger dish size comes faster speed potentials of our Ku-Band and X-Band services.
3 Controllers To Choose From
All controllers allow for easy configuration and control of the 1800 system. The primary difference is speed of acquisition, the platform being connected to and whether or not a PC is required to control the unit..
is cost effective stand alone unit (does not need to communicate with a satellite modem). It does require computer control for deploying and stowing the dish. A communications link with the satellite modem for updating GPS, & Cross Pol more
is also a stand alone device that helps satellite acquire times to average about 2 minutes. This system requires a PC for unit configuration and control. Compatible communications links are available. more
is also optimized to find a satellite within 2 minutes, and it eliminates the need for a PC for operation. Front panel buttons allow for one button operation. This system is also compatible for communicating with our platforms. more
tracks the power density of a satellite beacon (930MHz - 2300MHz) in real time. This unit is an optional addition to any of the controllers. more
| Physical |
| Mounting Plate |
|
52" L x 28" W (1321 x 711mm) |
| Stowed Dish Dimensions |
|
91.1" L x 80" W x 26.4" H (2492 x 2032 x 671 mm) |
| Deployed Height |
|
97.8" (2484 mm) |
| Weight |
|
341 lbs (155 kg) |
| RF Interface |
| Radio Mounting |
|
Feed Arm/Rear of Base & Inside Vehicle |
| Axis Transition |
|
Twist-Flex Waveguide |
| Waveguide |
|
WR75 Cover Flange Interface |
| Coaxial |
|
RG6U from Feedhorn to Base Controller |
| Electrical Interface |
|
Connectors for Controller, 10m ext. Cable |
| Feed |
|
2 port - XPol |
| Motors |
| Electrical Interface |
|
12 VDC 15A Max. |
| Maximum Mount Rotation |
|
| Azimuth |
|
Full 360º in overlapping, 200º sectors |
| Elevation |
|
0-80º from horizon |
| Polarization |
|
+ 90º |
| Elevation Deploy Speed |
|
Variable 2º /sec typ |
| Azimuth Deploy Speed |
|
Variable 15º /sec typ, 10º /sec typ |
| Peaking Speed |
|
0.1º /sec |
| VSWR |
|
1.3:1 Max |
| Mechanical |
| Reflector |
|
1.8 m Offset Feed |
| Mount Geometry |
|
Elevation over Azimuth |
| Deployment Sensors |
|
GPS Antenna, Compass + 2º, Tilt Sensor + 0.2º |
| F/D Ratio |
|
0.61 |
| Environmental |
| Wind Survival Deployed |
|
70 mph (112km/hr) |
| Wind Survival Stowed |
|
140 mph (225 km/hr) |
| Survival Temperature |
|
-40º F to 150º F (-40º C to 65º C) |
| Operational Max Wind |
|
45 mph (72 km/hr) |
| Operational Max Temps |
|
-22°F to 130°F
(-30ºC to 55ºC) |
| |
| C-Band (Linear) |
| |
Receive |
Transmit |
| Frequency |
|
3.4 - 4.2 GHz |
5.700 - 6.725 GHz |
| Feed Interface |
|
WR229 |
WR137 |
| Midband Gain (+ .2dB) |
|
36.0 dBi |
39.8 dBi |
| Antenna Noise Temperature |
|
| 10º Elevation |
|
55 K |
| 30º Elevation |
|
50 K |
Sidelobe Envelope
Co-Pol (dBi) |
|
2.8º < Ø < 20º
20º< Ø < 26.3º
26.3º < Ø < 48º
48º < Ø |
29 - 25 log Ø
-3.5 dBi
32 - 25 log Ø
-10 dBi (averaged) |
| Cross-Polarization |
|
| On Axis |
|
30 dBi |
30 dBi |
| Within 1 dB Beamwidth |
|
22 dBi |
25 dBi |
| |
|
|
|
| C-Band (Circular) |
| |
|
Receive |
Transmit |
| Frequency |
|
3.625 - 4.200 GHz |
5.850 - 6.425 GHz |
| Feed Interface |
|
WR229 |
WR137 |
| Midband Gain (+ .2dB) |
|
35.6 dBi |
39.5 dBi |
| Antenna Noise Temperature |
|
| 10º Elevation |
|
65 K |
|
| 30º Elevation |
|
60 K |
|
Sidelobe Envelope
Co-Pol (dBi) |
|
2.8º < Ø < 20º
20º< Ø < 26.3º
26.3º < Ø < 48º
48º < Ø |
29 - 25 log Ø
-3.5 dBi
32 - 25 log Ø
-10 dBi (averaged) |
| Cross-Polarization |
|
| On Axis |
|
15.3 dBi |
17.7 dBi |
| Within 1 dB Beamwidth |
|
15.3 dBi |
17.7 dBi |
| |
|
|
|
| Ku-Band (Linear Orthogonal) |
| Transmit Power |
|
1 to 200 Watt (depending on size and weight for feed arm) |
| |
|
Receive |
Transmit |
| Frequency |
|
10.70 - 12.75 GHz |
13.75 - 14.50 GHz |
| Feed Interface |
|
WR75 |
WR75 |
| Efficiency |
|
70% |
70% |
| Midband Gain (+ - 2dBi) |
|
45.0 / 45.3 dBi |
47.0 dBi |
| Antenna Noise Temperature |
|
| 10º Elevation |
|
55K |
| 30º Elevation |
|
50K |
Sidelobe Envelope
Co-Pol (dBi) |
|
2º < Ø < 20º
20º < Ø < 26.3º
26.3º < Ø < 48º
48º < Ø |
29 - 25 Log Ø dBi
-3.5 dBi
32-25 Log Ø dBi
-10 dBi (averaged) |
| Cross-Polarization |
|
| On Axis |
|
30 dBi |
30 dBi |
| Within 1 dB Beamwidth |
|
22 dBi |
26 dBi |
| |
|
|
|
| X-Band (Circular) |
| |
|
Receive |
Transmit |
| Frequency |
|
7.25 - 7.75 GHz |
7.25 - 7.75 GHz |
| Feed Interface |
|
WR112 |
WR112 |
| Midband Gain (+ .2dB) |
|
41.5 dBi |
42.2 dBi |
| Antenna Noise Temperature |
|
| 10º Elevation |
|
38 K |
|
| 30º Elevation |
|
35 K |
|
| Sidelobe Envelope, Co-Pol (dBi) |
|
2º < Ø < 20º
20º < Ø < 26.3º
26.3º < Ø < 48º
48º < Ø |
29 - 25 Log Ø dBi
-3.5 dBi
32-25 Log Ø dBi
-10 dBi (averaged) |
| Cross-Polarization |
|
| On Axis |
|
23 dBi |
21 dBi |
| |
|
23 dBi |
21 dBi |
|
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Incline Orbit Tracking
The 1800 has the ability to track incline orbiting satellites in one of 4 ways
Search Method using DVB
In this search method a correctly polarized DVB signal is chosen and used as the signal that verifies the correct satellite. This DVB can be any DVB signal on the same satellite. A good choice is a TV station that broadcasts 24 hours per day, 7 days per week.
Search Method using RF
In this search method a modem that is directly supported by the iNetVu™ controller is used for verification of the correct satellite. This method operates by looking for a signal sent from a satellite and then asking the modem to verify if that exact frequency is found. This frequency is the operation frequency for that particular modem and client.
Search Method using Reference Satellite
In this search method there is no DVB signal available on the target satellite. In this case a DVB signal is used from an adjoining satellite to locate and verify the position. Once it has been confirmed that this satellite is the correct reference satellite, the platform automatically moves a controlled number of degrees in azimuth, elevation and polarization to the target satellite. The target satellite is then verified by the modem and the Controller can then peak on that signal.
Search Method using Beacon
In this search method an iNetVu™ BR300L Beacon Receiver is employed to verify that the satellite located is in fact the target satellite. This feature can be used in situations where there is no DVB, no direct modem interface and no reliable reference satellite.
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