Meteolabor AG products

VTP37 is a combination of the WMO-recognized thermohygrometer THYGAN VTP6 and the control unit CU-VTP. The combination of these two instruments saves space, is lighter, and reduces installation efforts. The Thygan is an extremely precise, heated and networked weather station with a dew point mirror. It is designed for low-maintenance use under the most adverse climatic conditions. The VTP37 is both a ventilated, heated thermometer and a  dew  point   mirror   hygrometer.     The   instrument  is designed  for field operation and meets the highest standards with regards to reliability and accuracy, even under the most severe environmental conditions.

The BM35 barometer is a precise instrument that measures pressure for meteorological applications. A resonance pressure cell ensures maximum stability and accuracy. This unit is equipped with an RS73? or RS485 interface and can be connected to the MeteoBus. The unit that measures pressure features an airtight design for optimal accuracy. Ihe airtight design ensures that the pressure from your desired source is measured rather than the pressure surrounding the instrument. The BM35 is a precision instrument for meteorological applications. A resonance pressure sensor cell guarantees maximum stability and accuracy. The measuring range is 600..1`100 hPa with a resolution of 0.01 hPa.

The Klimet A30 is a reference measuring device for temperature, dew point and air pressure. The device was developed for the determination of the air weight in comparator scales. 

The newly developed digital radiosonde SRS-C50 can be equipped with different sensors. The temperature, humidity, air pressure, ozone and wind are measured.

Our anemometers record the wind components east / west and north / south to determine the wind data of interest in the horizontal plane. In addition, WNZ37 measures the zenith component. The measuring range is 0.1m / s ... 50m / s with a resolution of 0.01m / s,

On behalf of ESA, Meteolabor developed a device for the Colombus module of the international space station. It serves the  long-term and low-maintenance monitoring of the climate. Monitoring the ISS climate.

Together with CSEM and Smartfish, Meteolabor has developed a system that can be used when space shuttles re-enter. The client was the ESA. The space glider flew with MACH 1 to an altitude of 32 km and independently corrected mission-endangering situations. iHMSD for the ESA.

Meteolabor developed a system for the Swiss Air Force that probes the exact weather situation on site. It consists of radiosondes and a mobile ground station.

At the heart of the THY6AN EK33 system is a high precision, computer-controlled dew point mirror-thermohygrometer. For use in fog detection systems, this measuring principle has been refined in the past few years. THYGAN EK33 measures both air temperature and dew point temperature with very high accuracy. From these two temperatures, the relative humidity is calculated. The sensor housing is heated if there is danger of fog. When fog actually arrives, the heating causes the fog droplets to evaporate. The dew point mirror then measures the artificially increased water vapour pressure so produced. As a result, the measurement results include information concerning the fog density. The apparatus resists street air pollution: the critical internal sensor components are well protectively installed, and in addition, are cleaned on a regular basis by means of a cleaning mechanism.

The HG34 photometer measures the luminance of a horizontal surface using the light from the sky. When used in conjunction with an automatic weather station, the HG34 enables you to observe a cloud cover even at night. Ihe photometer functions with all intensities ranging from starlight to direct sunlight due to the silicon photoelement and built-in electronics.  Additionally, the temperature dependence of the silicon photoelement is compensated for. Since the photometer is housed in stainless steel, it is splash-proof and can be set up in the open.