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Our satellite receiver is a compact and easy solution to send the transmitter´s position. It proves very useful to know the position of helicopters, motorcycles, mobile units, wireless cameras, etc.
The received GPS data allows the receiver to know the position, distance, etc, of the transmitter, controlling the multisector antenna based on this GPS position, as well as controlling the QPT pan-tilt positioner with an offset antenna towards the transmitter.
It has direct connection to SVP equipment. The HDT-02, HDT-04 and the HDT-70 units have a specific connector for this GPS antenna. It can also be connected to an HDR-108 receiver (the receiver must also know its own position to perform autotracking).
The transmitter is responsible for the power supply of the GPS. Also it’s the transmitter that receives the data from the GPS. The connection to the transmitter is made with a Lemo 6 connector and the connection to the receiver with a DB-9.
In the receiver, the data is obtained through a serial connector DB-9. This allows a direct connection to the PC where the position can be displayed using Google – Earth or a similar software.
| SPECIFICATIONS | |||
| Power Supply | +5 V (provided by the transmitter) | Connector | SVP Transmitter: Lemo 6 pins (P/N: GPS-01) SVP Receiver: DB-9 (P/N: GPS-02) |
| Dimension | L: 47 mm, W: 38 mm, H: 16 mm | Weight without cable | 70 g |
| Receiving frequency | 1,575.42 MHz | Enclosure | Highly impact; corrosion-proof |
| Mounting | Magnetic base | Construction | Ultrasonic welded, fully waterproof |
| Temperature operating | 10ºC to +70ºC | Built in antenna | Highly-reliable ceramic patch |
| Sensibility | -158 dBm | SBAS | 1 channel (Waas, Egnos, Msas) |
| Start-up time | 1 sec typical (hot start) 35 sec typical (warm start) 41 sec typical (cold start) |
Update rate | 1 Hz |
| Baud rate | 4,800 bps | Protocol | NMEA V3.01 |
| Signal level | RS-232 | Power consumption | 50 mA |
| Position accuracy | 3.3 m | Cable length | 5 meters |
Our satellite receiver is a compact and easy solution to send the transmitter´s position. It proves very useful to know the position of helicopters, motorcycles, mobile units, wireless cameras, etc.
The received GPS data allows the receiver to know the position, distance, etc, of the transmitter, controlling the multisector antenna based on this GPS position, as well as controlling the QPT pan-tilt positioner with an offset antenna towards the transmitter.
It has direct connection to SVP equipment. The HDT-02, HDT-04 and the HDT-70 units have a specific connector for this GPS antenna. It can also be connected to an HDR-108 receiver (the receiver must also know its own position to perform autotracking).
The transmitter is responsible for the power supply of the GPS. Also it’s the transmitter that receives the data from the GPS. The connection to the transmitter is made with a Lemo 6 connector and the connection to the receiver with a DB-9.
In the receiver, the data is obtained through a serial connector DB-9. This allows a direct connection to the PC where the position can be displayed using Google – Earth or a similar software.
| SPECIFICATIONS | |||
| Power Supply | +5 V (provided by the transmitter) | Connector | SVP Transmitter: Lemo 6 pins (P/N: GPS-01) SVP Receiver: DB-9 (P/N: GPS-02) |
| Dimension | L: 47 mm, W: 38 mm, H: 16 mm | Weight without cable | 70 g |
| Receiving frequency | 1,575.42 MHz | Enclosure | Highly impact; corrosion-proof |
| Mounting | Magnetic base | Construction | Ultrasonic welded, fully waterproof |
| Temperature operating | 10ºC to +70ºC | Built in antenna | Highly-reliable ceramic patch |
| Sensibility | -158 dBm | SBAS | 1 channel (Waas, Egnos, Msas) |
| Start-up time | 1 sec typical (hot start) 35 sec typical (warm start) 41 sec typical (cold start) |
Update rate | 1 Hz |
| Baud rate | 4,800 bps | Protocol | NMEA V3.01 |
| Signal level | RS-232 | Power consumption | 50 mA |
| Position accuracy | 3.3 m | Cable length | 5 meters |