Ultra-Precision Professional Weather System
This standard-certified weather station collects records and automatically uploads accurate and detailed weather data for ease of access in tracking mid to long-term weather patterns. With customisable recording interval settings, it allow users to capture and store information via the data logger at selected intervals for improved usability in research and study.
With solar powered sensors that are capable of wirelessly transmitting data up to 300m, the system makes it easy to monitor micro-climates. On the touch screen console you will see precise radio-controlled time, indoor and outdoor temperature and humidity, wind speed and direction, wind chill, dew point, heat index, barometric pressure and rainfall data. Made to meet professional and industry standards, all sensors are built to NIST-traceable standards. This superior weather system can help you take your research to the next level.
Touch Screen Data Logging Console
The touch screen console is the central control panel for your WMR300, showing live weather reports. Graphical display of up to 24 months of detailed local weather data at a time. A built in data logger allows you collect weather data at logging intervals from 1 minute to 60 minutes. Plus with a USB connection you are able to view, analyse, store and share all your weather data on through your PC as well as the console.
Measure rain rate, accumulated rainfall, past 24 hours rainfall, current hour rainfall with the large self tipping rain gauge. Measuring in both mm and inches
The study anemometer allows you to measure both wind speed (both mph and kmph) and direction of speeds up to 180mph with a 2mph accuracy
Solar Powered transmitter
The Energy saving solar panel provides
power to the sensors prolonging battery life. The solar transmitter wireless transmits weather data up to 300m back to the console.
Temperature & Humidity sensor
Measure and record outdoor temperature (both °C and °F)and humidity. With an operating range of -40°C to +65°C measured to an accuracy of +/- 0.5°C