Eliminate Self-Heating from Temperature Data – MeteoTemp RH+T with MeteoShield
Eliminate Self-Heating from Temperature Data – MeteoTemp RH+T with MeteoShield
WHERE IS SELF-HEATING ERROR HIDDEN?
Self-heating is an important factor for professional air temperature measurement in meteorology. Low wind conditions cause air to stagnate in most radiation shields, thus uncovering this seldom talked about measurement error (MeteoShield - Helical shield and fan-ventilated shields being the exception). Since self-heating is a problem for most digital humidity and temperature sensor probes, it has limited their use where temperature accuracy is really important. This can be seen by the meteorological industries strong reliance on analog PT100 platinum temperature sensors.
AFFORDABLE SOLUTION
By reducing MeteoTemp's power consumption to an industry low, 5x lower than industry average, we addressed this problem directly :
820 µA including a pressure sensor with RS-485 MODBUS RTU and ASCII interface and integrated lightning protection.
BENEFIT FOR THE CUSTOMER - METEOTEMP WITH METEOSHIELD
High quality temperature data of MeteoTemp sensor in combination with lowest air temperature measurement uncertainty of the patented helical MeteoShield surpasses any other available solution on the market.
