Home › Environmental › Parameter Measurement › LSI LASTEM GidasADM Odour Dispersion Program (BSZ422)
LSI LASTEM GidasADM Odour Dispersion Program (BSZ422)
The GidasADM (BSZ422) by LSI LASTEM allows the odour concentration report and calculation in one area that is the percentage or odourimetric unit in respect to a maximum obtained value. This uses the very simple version which is developed by the ENTA and Maind Srl. It is notable that the LSI LASTEM model is highly recommended by the ARPA agency. This GidasADM (BSZ422) is the one that allows the odour concentration preliminary analysis and it cannot be merely used for the complex and official analysis where results must in compliance with a local laws and standard.
It includes good results on charts and map, class calculation of atmosphere, meteorological quantity from the GIDAS data base, air temperature, wind direction and speed data value display as well as hourly base concentration recalculation and calculation on the longer periods.
The configuration of the channel selection and data logger used by a model engine such as wind speed, direction, air temperature and net radiations. The configuration includes map selection, predicted emission value and odor source selection.
This LSI LASTEM GidasADM (BSZ422) has a wide range of uses such results and map features with copy/paste, modes with manual or automatic mode, report in the form of HTML format with the customized logo and data report with respect to the setup designed.
|
Features
Meteorological quantities from GIDAS data base;
Results on map and charts;
Hourly base concentration calculation and recalculation on longer periods;
Odour concentration results in odour unit with pick value (Peak to Mean Ratio), or in percentage respect to the maximum obtained value;
Atmosphere class calculation;
Air temperature, wind speed and direction instant value data display.
Downloads
Datasheet
Manual
|
Please note - Product designs and specifications are subject to change without notice. The user is responsible for determining the suitability of this product.
Back To Last Page
|
|