IMet UAV sonde package: Difference between revisions
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The sensor information is detailed on the corresponding [https://www.intermetsystems.com/ee/pdf/202021_iMet-XQ2_171207.pdf data sheet] | The sensor information is detailed on the corresponding [https://www.intermetsystems.com/ee/pdf/202021_iMet-XQ2_171207.pdf data sheet] | ||
Routines for data processing are available on the [https://git.app.uib.no/uib-gfi/gfi_instruments/-/tree/master/iMet GFI git repository], including a simple plotting routine in matlab. The code in its current version is cloned on cyclone at location <code> | Routines for data processing are available on the [https://git.app.uib.no/uib-gfi/gfi_instruments/-/tree/master/iMet GFI git repository], including a simple plotting routine in matlab. The code in its current version is cloned on the cyclone compute system at location <code>/Data/gfi/scratch/metdata/scripts/gfi_instuments/imet</code>. | ||
Revision as of 05:37, 21 June 2020
The Meteorology group has 2 UAV measurement sondes of type iMet XQ2 (see Intermet Systems website).
Figure (c) Intermet systems
Measurement features in the second-generation sensor include
- atmospheric pressure,
- air temperature
- relative humidity,
- GPS coordinates,
This is packaged into a small housing, with rechargeable battery and data logger. The sonde can be run on battery power or powered by micro-USB cable. Battery capacity five hours.
The sensor information is detailed on the corresponding data sheet
Routines for data processing are available on the GFI git repository, including a simple plotting routine in matlab. The code in its current version is cloned on the cyclone compute system at location /Data/gfi/scratch/metdata/scripts/gfi_instuments/imet.