The online version of the E+E Humidity Calculator is available in 8 languages, while the app is available in German and English. The GE Moisture Calculator converts a known Dew point and a known pressure to PPMv (Parts per Million, volume basis) for Ideal Gases, as well as converting a Dew point and Temperature to RH (Relative Humidity). Mold growth Corrosion damage Dripping condensate Frost damage. The online humidity calculator also offers the option of copying the results to an Excel file. Calculate the dew point, vapour pressure and absolute humidity. These calculations are based on methods found in ISO 18453 and IGT Bulletin 8. The conversions and calculations can be saved or sent as a PDF. A separate natural gas moisture calculator allows calculation of water dew-points in natural gas from ppmV and absolute humidity (mg/m 3, g/ 3, kg/m 3, lb/MMscf) and vice versa. Thanks to the intuitive operation the humidity calculator is very easy to use. The app also features a pressure dew point calculator specifically tailored for compressed air applications. Our Dewpoint Calculator is a very useful online tool for dew point conversion within the gases and compressed air industries. This means that realistic and reliable total uncertainties can be calculated based on the accuracy specification of the measuring device. Unique is that the E+E humidity calculator takes into account measurement uncertainties in the calculation. Calculations can be made in metric (SI) as well as imperial (US) units. The app also features a pressure dew point calculator.īased on known ambient conditions, the E+E humidity calculator converts among all humidity-related parameters, such as relative humidity, dew point/frost point temperature, water vapour density, mixing ratio, partial water vapour pressure and specific enthalpy. The app for Android or iOS operating systems can be downloaded from the Google Play or Apple App Store. The E+E humidity calculator is now also available as a free app for mobile devices. In contrast to other programs, it takes into account the measurement uncertainties.
0 Comments
Leave a Reply. |