Drifting Buoy to Measure ocean Current observe sea surface temperature with GPS location
Small Size, Long Observation Period, Real-Time Communication, Disposable
Drifting buoy can follow different layers of deep current drift to observe the Ocean surface temperature.
Description
Drifting buoy can follow different layers of deep current drift. Location via GPS or Beidou, measure ocean currents by using Lagrange’s principle, and observe the Ocean surface temperature. Surface drift buoy supports remote deploy through Iridium,to get the location and data transmission frequency.
Technical Parameters
Iterm: | Index |
Size | φ504mm |
Meterail | High strength modified polycarbonate |
Location via | GPS or Beidou |
Transmission frequency. | Default 1 hour, tunable: 1 min~12 h |
Temp Sensor | Range:-10~50℃, accuracy:0.1℃ |
Data transmission | Default Iridium(multiple options: Beidou/Tiantong/4G) |
Set and testing mode | Remote |
Sail wideth | φ90 cm, H:4.4m |
Sail depth | 1~20m |
Net weight |
12Kg |
Drift trace | Auto |
On/off mode | Single contact Magne-switch |
Work Temp | 0℃-50℃ |
Storage Temp | -20℃-60℃ |
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Specifications
-
General
-
Type
Drifting buoy
Year of last update
2019
Year of introduction
2019
Length [m]
0.5
Width [m]
0.5
-
Power Supply
-
Battery
Lithium
Battery type
12V
Solar panels
No
Solar panels description
N
-
Wave and tide variables sensors
-
Wave frequency
No
Wave height
No
Wave period
No
Wave direction
N
Current speed
No
Current direction
No
Other sensors or additional information
N
-
Operation Characteristics
-
Operating temperature: min. [°C]
-20
Operating temperature: max. [°C]
50
Min deployment depth [m]
20
Max deployment depth [m]
3000
Max wave conditions [m]
50
-
Positioning and navigation
-
GPS sensor
Y
GPS description
GPS or Beidou
Navigation lights
No
Radar reflector
No
Other sensors or additional information
N
-
Water variables sensors
-
Water depth
Water temperature
Water salinity
Water turbidity
Chromophoric dissolved organic matter (CDOM)
Nitrate
Dissolved oxygen
Chlorophyll
Underwater radiance
Sound Velocity
-
Atmospheric and solar variables
-
Air temperature
Optional
Air humidity
Optional
Barometric pressure
Optional
Wind speed
No
Wind direction
No
Solar radiation
No
Other sensors or additional information
N
-
Application and Use
-
Training facilities
optional
Main applications
temperature
Distinguishable features:
N
-
Communication and data
-
Web based control and tracking
optional
Acoustic communication
No
Iridium/Satellite communication
optional
Cellular comunication
optional
UHF/VHF communication
No
Other sensors or additional information
N