The sensors of the weather station are running autonomously. Please contact DWD for any inquiries.

Summary

The weather station at Heincke consists of several devices which autonomously measure standard parameters such as temperature, wind speed, wind direction, humidity and barometric pressure.




ManufacturerDWD
ModelDWD
Serial No.n/a
Typesmall scale facility




Contacts


NameInstitutionRole
Henry KletaDeutsche Wetterdienst (DWD)Data Provider


Components

Data of the different sensors are gathered by the central data aquisition unit which assorts them into telegrams.



NameModelType
Humidity SensorHMP45Dmeteorological package
Barometric Pressure SensorPTB220pressure sensor
Wind Sensor (anemometer)wind and wind direction transmitter classicmeteorological package
Temperature SensorPT-100temperature sensor
Water Temperature SensorPT-100temperature sensor
Data aquisition unitMILOS 500meteorological package


Position


Origin Description:Sensors are installed on the main mast of RV Heincke. The barometric pressure sensor and the data aquisiton unit are installed in the Umformerraum.


Data logging, storage and archiving

Logged parameters


ParameterSensor Output TypeUnit
absolute wind directionwind directiondegree
absolute wind speedwind speedm/s
air pressurepressurehPa
air temperatureair temperature°C
humidityhumidity, relative%
relative wind directionwind directiondegree
relative wind speedwind speedm/s
water temperaturewater temperature°C
global radiationglobal radiationW/m^2
longwave radiationdiffuse radiationW/m^2


Central geographical ship's position and time standard

Time synchronization is done by DShip receiving the data for logging.

Rawdata storage on board

Data storage in DShip system.

Device nameWeatherstation DWD
ParameterAbsolute wind direction [deg]; Absolute wind speed [m/s]; Air pressure [hpa]; Air temperature [°C]; Humidity [%]; Relative wind direction [deg]; Relative wind speed [m/s]; Water temperature [°C]; Weatherstation_DWD.PDWDA.Sentence

Data archiving on land

Data are transferred to DShip.

Documentation

No resources available.