Research-grade Fourier Transform Infrared Gas Analyzer
Research-grade FTIR gas analyzer delivering real-time, high-sensitivity identification and quantification of multiple gas components on-site.
Key Features:
✔️Real-time, continuous FTIR gas analysis
✔️ Automated multi-gas identification and quantification
✔️ ppb-level sensitivity for trace gas detection
✔️ Wide spectral range with selectable resolution
✔️ Advanced MCT detector options for high stability
✔️Long-path, temperature-controlled gas cell
✔️ Built-in spectral library with 300+ gas species
✔️Automatic temperature, pressure, and gas compensation
✔️ User-configurable analysis software and USB interface
Research-grade Fourier Transform Infrared Gas Analyzer
Research-grade Fourier Transform Infrared Gas Analyzer delivers real-time gas concentration measurement through automated spectroscopic analysis. The system operates across 750-4500 cm⁻¹ spectral range with selectable resolution settings at 1, 2, and 4 cm⁻¹ intervals. Unit dimensions are 630mm x 350mm x 270mm weighing 25kg with 220V 50Hz power requirements. The 5-meter long optical path nickel-plated absorption cell incorporates temperature control for stable measurement conditions.
Detector options include liquid nitrogen-cooled MCT or thermoelectrically-cooled interferometer configurations. ZnSe beam splitter material provides mid-infrared transmission characteristics. Spatial difference technology and permanent collimation design maintain optical alignment stability during extended operation. Detection sensitivity reaches parts-per-billion levels for specific gaseous compounds. Spectral library contains over 300 gas species including CNCl, HCl, CO, CO₂, SO₂, NO₃⁻, H₂O, NH₃ with expandable reference databases. Fully automated temperature and pressure compensation algorithms correct measurement variations. Water vapor and carbon dioxide interference compensation routines isolate target analyte signals.
Industrial hygiene teams at defense manufacturing facilities deploy the Fourier Transform Infrared Gas Analyzer for workplace air quality monitoring during chemical weapons decontamination procedures. Navy shipboard atmospheric monitoring systems analyze enclosed space air composition in submarine habitability studies. Airforce jet engine emission research programs utilize continuous gas analysis characterizing combustion byproducts under variable operating conditions.
Tactical Supply Pakistan supplies analytical instrumentation supporting environmental monitoring and research applications, providing Fourier transform infrared technology with automated compensation algorithms and comprehensive spectral libraries for complex gas mixture analysis.
Does the liquid nitrogen-cooled detector require daily cryogen refilling during continuous operation?
Yes, MCT detectors consume liquid nitrogen within 8-12 hours requiring daily refills for 24-hour operation, though thermoelectrically-cooled alternatives eliminate cryogen logistics at slightly reduced sensitivity for most common gas detection applications.
HAVE QUESTIONS?
Fill out the form, and our team will respond promptly to assist with your product inquiries or order support.
