Vaisala radiosonde. These units made use of a water-activated wet battery that had a very long storage life and high power density but a limited working life. de/10. Befolgen Sie die Schritte und A World-class RS41 Upper Air Radiosonde provide high-quality atmospheric sounding data for the most accurate weather forecasting. com) Weight 109 g: RS41-SG 113 g: RS41-SGP Size 145 x 63 x 46 mm (body) 272 x 63 x 104 mm (sensor boom bent) Sensors Pressure: silicon (if SGP), derived from GPS (if SG) Temperature: platinum resistor Humidity: thin-film capacitor, heated sensor, with internal temperature sensor Position: GPS Measurement cycle 1 s Available since 2014 Ground system It works seamlessly with Vaisala’s Radiosonde RS41, which features world-leading data accuracy, and advanced temperature and humidity sensors that ensure dependability. Die Abwickeleinrichtung muss richtig angebracht werden, damit sie sich nicht frei dreht, da sich die Schnur sonst zu schnell abwickelt und die Radiosonde während des Starts auf den Boden fallen kann. vaisala. 991441 (DOI registration in progress) Always quote citation above when using data! You can download the citation in several formats Die Radiosonde RS41 wird in einer Schachtel mit 40 Radiosonden geliefert. Der Transportbehälter wurde gemäß den üblichen Standards geprüft und widersteht den mechanischen Belastungen und Umweltbedingungen während des Transports. . The radiosonde is fast and stable with individual, SI-standard traceable calibration. Vaisala’s sounding systems integrate sounding control, data processing, and output in customized formats. Connections Using the RS41 Sonde and RI41 Ground Check 3. Vaisala Radiosonde [UPDATE] – If you plan to obtain helium for launching radiosondes, please note that there is currently a helium shortage. Radiosonde RS41-NG Vaisala Radiosonde RS41-NG – accuracy and reliability. Im Transportbehälter befinden sich die Radiosonden in jeweils separaten Kartons. The older instructions are provided as this equipment remains available. The Autosonde ® AS41 is designed to provide round-the-clock sounding data even in the harshest conditions and most remote locations. Vaisala radiosondes provide world-class data, and the Vaisala CirrusTM Sounding System MW51 enables superior data processing and operational performance over a long lifecycle. Therefore the implications of changes in the Vaisala radiosonde model are of great interest. Upper-air soundings are critical to global weather observations, forecasts, and climate studies. g. Vaisala RS92-SGP Radiosonde teardown Weather Balloon (Radiosonde) tracking with RTL SDR (RTL2832), Sondemonitor and SDR Sharp RS41-SG / RS92-SGP RS92/DFM Tandem Recieving and Chasing a RS92-SGPD Radiosonde (GERMAN) radiosonda 1 RS92-SGP Additional Links Vaisala Radiosonde Technical Sheet Vaisala RS92 Radiosondes Presentation Additional Images Upper-air soundings provide crucial atmospheric information for weather forecasting including public safety, critical severe weather forecasting, numerical weather prediction and research. Vaisala Radiosonde RS41 ofers excellent data availability and accuracy of humidity, temperature, pressure, and wind measurement. Vaisala BAROCAP® barometric pressure sensor technology was introduced, as well as a new radiosonde family - the Vaisala Radiosonde RS80 (1981–2008). Vaisala’s radiosondes provide upper air weather measurement data including temperature, humidity, pressure, and wind speed and direction, and perform even in the most demanding weather conditions — all in a robust and easy-to-use design. Twice a day, seven days a week, nearly 900 stations around the world release weather balloons into the atmosphere to obtain upper air weather information. Meteorologists and research institutions launch radiosondes every day — but by nature, some cannot be recovered. The EC includes correction for mean calibration bias and for solar radiation error, and it removes radiosonde bias relative to three instruments of known accuracy. Vaisala Radiosonde RS41 introduces improvements to the data accuracy and consistency. The Model RS41 Manufacturer Vaisala (www. pangaea. This could lead to long delays in helium deliveries. 1. Meteorologisches Observatorium Lindenberg - Richard-Aßmann-Observatorium, PANGAEA, https://doi. 1594/PANGAEA. Die Abwickeleinrichtung muss aber während der Sondierung trotzdem leicht pendeln können. Our systems deliver precise atmospheric data and reliably forecast high impact weather in the harshest conditions. Using the MW41 Software and Completing the Gr The Vaisala Radiosonde RS41 streamlines launch preparations, reduces human errors, and lowers operational costs of upper-air weather observations, while delivering industry-leading data accuracy. weather forecasting, climatology, and atmospheric research. Vaisala’s combination of sounding devices and software are used to process, analyze, archive, and relay sounding data — resulting in optimal networking, detection, and monitoring. Connections Using the RS92-SGPL Sonde and GC25 Ground Check 2. Wacker, Stefan (2026): Radiosonde measurements from station Lindenberg (2023-08) [dataset]. Note: the RS92 sonde and GC25 Ground Check have been replaced by the newer RS41 sonde and RI41 ground check. Because of this, sustainable materials are important and Vaisala has focused on developing Model RS41 Manufacturer Vaisala (www. Only Vaisala RS92 radiosonde sensors were used and an empirical correction (EC) was applied to the radiosonde measurements. The new RS41 features customer-driven design improvements, and enhancements to the humidity and temperature sensors that ensure the data reliability and accuracy customers expect from Vaisala. com) Weight 109 g: RS41-SG 113 g: RS41-SGP Size 145 x 63 x 46 mm (body) 272 x 63 x 104 mm (sensor boom bent) Sensors Pressure: silicon (if SGP), derived from GPS (if SG) Temperature: platinum resistor Humidity: thin-film capacitor, heated sensor, with internal temperature sensor Position: GPS Measurement cycle 1 s Available since 2014 Ground system Radiosonde data is crucial for many important applications, e. o4wii, 6ueh, vnqp5, skrjr, s9lx, bdwmsx, dmjpu, v2koe, jsqip, 0xrj,