This system was designed for indoor air monitoring with the needs of
the Industrial Hygiene industry in mind. The system is capable of monitoring
extremely low levels of gases in ambient air, at breathing levels.
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Mobile Gas Cell
Open gas cell has an 80 meter optical path length for detection of extremely low-levels of gas species. Gas cell walls are completely removed for ambient air monitoring. A collapsable cover may be pulled up, enclosing the cell during purging for background measurements. System is integrated on a wheeled frame supporting a notebook data system and I2000 Series FTIR. Entire structure is rugged enough to withstand rigors of heavy use, and may be disassembled for maximum transportability. Dimensions: 68" H x 12" W x 43" L .5cm-1 FTIR MCT Detector, ZnSe Optics,
I2001
Featuring automated data collection and real-time spectral analysis with optional alarm outputs which is implemented by means of an advanced multivariate algorithm developed by engineers at NASA Kennedy Space Center. Spectra and quantitative results may be archived; and time of collection, concentration, and error analysis data may be later exported to any spreadsheet program, Excel, Lotus, etc. or used to generate concentration versus time plots for individual components. The AutoQuant software package is based on a Visual Basic platform which incorporates C++ language DLLs for high speed execution of most arithmetic and collect functions. This approach gives MIDAC and MIDAC customers a great deal of flexibility in the development of custom features and routines for process, environmental, or QA/QC type applications. Spectral files collected in AutoQuant are compatible with Galactics GRAMS and may also be converted to Galactics LabCalc format. (Minimum hardware requirements: 586/75MHz processor, 32MB RAM, 4MB free hard drive space although data collection can take hundreds of Megabyte space, and Windows 95) Gas Phase Infrared Spectral Standards
Library
GRAMS/32tm with Data Acquisition
Portable FTIR Data Acquisition System
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